log.warn(
"Additional tosca file found with resource version id : "
+ resourceUuId);
- break;
+ continue;
}
//update resource version with version from service tosca
String resourceVersion = resourcesVersion.get(resourceUuId);
"author": "ECOMP",
"license": "SEE LICENSE IN LICENSE.TXT",
"dependencies": {
- "d3": "^4.10.0",
+ "d3": "^3.5.16",
"lodash": "^4.12.0",
"react": "^15.1.0",
"react-dnd": "^2.1.2",
"eslint-plugin-jsx-a11y": "^1.2.2",
"eslint-plugin-react": "^5.1.1",
"file-loader": "^0.8.5",
- "gulp": "^3.9.1",
"json-loader": "^0.5.4",
"node-http-proxy": "^0.2.3",
"node-sass": "^3.7.0",
public class EntitlementPoolLimitsImpl implements EntitlementPoolLimits {
private static MdcDataDebugMessage mdcDataDebugMessage = new MdcDataDebugMessage();
private VendorLicenseManager vendorLicenseManager =
- VendorLicenseManagerFactory.getInstance().createInterface();
+ VendorLicenseManagerFactory.getInstance().createInterface();
+
+ public static final String parent = "EntitlementPool";
@Override
public Response createLimit(LimitRequestDto request,
MdcUtil.initMdc(LoggerServiceName.Create_LIMIT.toString());
vendorLicenseManager.getEntitlementPool(new EntitlementPoolEntity(vlmId, Version.valueOf
- (versionId), entitlementPoolId), user);
+ (versionId), entitlementPoolId), user);
LimitEntity limitEntity =
- new MapLimitRequestDtoToLimitEntity()
- .applyMapping(request, LimitEntity.class);
+ new MapLimitRequestDtoToLimitEntity()
+ .applyMapping(request, LimitEntity.class);
limitEntity.setEpLkgId(entitlementPoolId);
limitEntity.setVendorLicenseModelId(vlmId);
+ limitEntity.setParent(parent);
LimitEntity createdLimit = vendorLicenseManager.createLimit(limitEntity, user);
MapLimitEntityToLimitCreationDto mapper = new MapLimitEntityToLimitCreationDto();
LimitCreationDto createdLimitDto = mapper.applyMapping(createdLimit, LimitCreationDto
- .class);
+ .class);
/*StringWrapperResponse result =
createdLimit != null ? new StringWrapperResponse(createdLimit.getId())
//return Response.ok(result).build();
return Response.ok(createdLimitDto != null ? createdLimitDto : null)
- .build();
+ .build();
}
@Override
public Response listLimits(String vlmId, String versionId, String entitlementPoolId, String
- user) {
+ user) {
mdcDataDebugMessage.debugEntryMessage("VLM id", vlmId, "EP id", entitlementPoolId);
MdcUtil.initMdc(LoggerServiceName.List_EP.toString());
vendorLicenseManager.getEntitlementPool(new EntitlementPoolEntity(vlmId, Version.valueOf
- (versionId), entitlementPoolId), user);
+ (versionId), entitlementPoolId), user);
Collection<LimitEntity> limits =
- vendorLicenseManager.listLimits(vlmId, Version.valueOf(versionId), entitlementPoolId, user);
+ vendorLicenseManager.listLimits(vlmId, Version.valueOf(versionId), entitlementPoolId, user);
GenericCollectionWrapper<LimitEntityDto> result = new GenericCollectionWrapper<>();
MapLimitEntityToLimitDto outputMapper =
- new MapLimitEntityToLimitDto();
+ new MapLimitEntityToLimitDto();
for (LimitEntity limit : limits) {
result.add(outputMapper.applyMapping(limit, LimitEntityDto.class));
}
public Response getLimit( String vlmId, String versionId, String entitlementPoolId,
String limitId, String user) {
mdcDataDebugMessage.debugEntryMessage("VLM id, EP id, Limit Id", vlmId, entitlementPoolId,
- limitId);
+ limitId);
MdcUtil.initMdc(LoggerServiceName.Get_LIMIT.toString());
vendorLicenseManager.getEntitlementPool(new EntitlementPoolEntity(vlmId, Version.valueOf
- (versionId), entitlementPoolId), user);
+ (versionId), entitlementPoolId), user);
LimitEntity epInput = new LimitEntity();
epInput.setVendorLicenseModelId(vlmId);
epInput.setVersion(Version.valueOf(versionId));
LimitEntity limit = vendorLicenseManager.getLimit(epInput, user);
LimitEntityDto entitlementPoolEntityDto = limit == null ? null :
- new MapLimitEntityToLimitDto()
- .applyMapping(limit, LimitEntityDto.class);
+ new MapLimitEntityToLimitDto()
+ .applyMapping(limit, LimitEntityDto.class);
mdcDataDebugMessage.debugExitMessage("VLM id, EP id, Limit Id", vlmId, entitlementPoolId,
- limitId);
+ limitId);
return Response.ok(entitlementPoolEntityDto).build();
}
String limitId,
String user) {
mdcDataDebugMessage.debugEntryMessage("VLM id", vlmId, "EP id", entitlementPoolId, "limit Id",
- limitId);
+ limitId);
MdcUtil.initMdc(LoggerServiceName.Update_LIMIT.toString());
vendorLicenseManager.getEntitlementPool(new EntitlementPoolEntity(vlmId, Version.valueOf
- (versionId), entitlementPoolId), user);
+ (versionId), entitlementPoolId), user);
LimitEntity limitEntity =
- new MapLimitRequestDtoToLimitEntity()
- .applyMapping(request, LimitEntity.class);
+ new MapLimitRequestDtoToLimitEntity()
+ .applyMapping(request, LimitEntity.class);
limitEntity.setEpLkgId(entitlementPoolId);
limitEntity.setVendorLicenseModelId(vlmId);
limitEntity.setId(limitId);
+ limitEntity.setParent(parent);
vendorLicenseManager.updateLimit(limitEntity, user);
mdcDataDebugMessage.debugExitMessage("VLM id", vlmId, "EP id", entitlementPoolId, "limit Id",
- limitId);
+ limitId);
return Response.ok().build();
}
/**
- * Delete entitlement pool.
- *
- * @param vlmId the vlm id
- * @param entitlementPoolId the entitlement pool id
- * @param limitId the limitId
- * @param user the user
- * @return the response
+ * Delete entitlement pool.
+ *
+ * @param vlmId the vlm id
+ * @param entitlementPoolId the entitlement pool id
+ * @param limitId the limitId
+ * @param user the user
+ * @return the response
*/
public Response deleteLimit(String vlmId, String versionId, String entitlementPoolId,
- String limitId, String user) {
+ String limitId, String user) {
mdcDataDebugMessage.debugEntryMessage("VLM id, Verison Id, EP id, Limit Id", vlmId, versionId, entitlementPoolId, limitId);
MdcUtil.initMdc(LoggerServiceName.Delete_LIMIT.toString());
limitInput.setVendorLicenseModelId(vlmId);
limitInput.setEpLkgId(entitlementPoolId);
limitInput.setId(limitId);
+ limitInput.setParent(parent);
+
vendorLicenseManager.deleteLimit(limitInput, user);
mdcDataDebugMessage.debugExitMessage("VLM id, Verison Id, EP id, Limit Id", vlmId, versionId, entitlementPoolId, limitId);
private static MdcDataDebugMessage mdcDataDebugMessage = new MdcDataDebugMessage();
private VendorLicenseManager vendorLicenseManager =
- VendorLicenseManagerFactory.getInstance().createInterface();
+ VendorLicenseManagerFactory.getInstance().createInterface();
+
+ public static final String parent = "LicenseKeyGroup";
@Override
public Response createLimit(LimitRequestDto request,
(versionId), licenseKeyGroupId), user);
LimitEntity limitEntity =
- new MapLimitRequestDtoToLimitEntity()
- .applyMapping(request, LimitEntity.class);
+ new MapLimitRequestDtoToLimitEntity()
+ .applyMapping(request, LimitEntity.class);
limitEntity.setEpLkgId(licenseKeyGroupId);
limitEntity.setVendorLicenseModelId(vlmId);
+ limitEntity.setParent(parent);
LimitEntity createdLimit = vendorLicenseManager.createLimit(limitEntity, user);
MapLimitEntityToLimitCreationDto mapper = new MapLimitEntityToLimitCreationDto();
LimitCreationDto createdLimitDto = mapper.applyMapping(createdLimit, LimitCreationDto
- .class);
+ .class);
/*StringWrapperResponse result =
createdLimit != null ? new StringWrapperResponse(createdLimit.getId())
: null;*/
//return Response.ok(result).build();
return Response.ok(createdLimitDto != null ? createdLimitDto : null)
- .build();
+ .build();
}
@Override
public Response listLimits(String vlmId, String versionId, String licenseKeyGroupId, String
- user) {
+ user) {
mdcDataDebugMessage.debugEntryMessage("VLM id", vlmId, "LKG id", licenseKeyGroupId);
MdcUtil.initMdc(LoggerServiceName.List_EP.toString());
vendorLicenseManager.getLicenseKeyGroup(new LicenseKeyGroupEntity(vlmId, Version.valueOf
- (versionId), licenseKeyGroupId), user);
+ (versionId), licenseKeyGroupId), user);
Collection<LimitEntity> limits =
- vendorLicenseManager.listLimits(vlmId, Version.valueOf(versionId), licenseKeyGroupId, user);
+ vendorLicenseManager.listLimits(vlmId, Version.valueOf(versionId), licenseKeyGroupId, user);
GenericCollectionWrapper<LimitEntityDto> result = new GenericCollectionWrapper<>();
MapLimitEntityToLimitDto outputMapper =
- new MapLimitEntityToLimitDto();
+ new MapLimitEntityToLimitDto();
for (LimitEntity limit : limits) {
result.add(outputMapper.applyMapping(limit, LimitEntityDto.class));
}
String limitId,
String user) {
mdcDataDebugMessage.debugEntryMessage("VLM id", vlmId, "LKG id", licenseKeyGroupId, "limit Id",
- limitId);
+ limitId);
MdcUtil.initMdc(LoggerServiceName.Update_LIMIT.toString());
vendorLicenseManager.getLicenseKeyGroup(new LicenseKeyGroupEntity(vlmId, Version.valueOf
- (versionId), licenseKeyGroupId), user);
+ (versionId), licenseKeyGroupId), user);
LimitEntity limitEntity =
- new MapLimitRequestDtoToLimitEntity()
- .applyMapping(request, LimitEntity.class);
+ new MapLimitRequestDtoToLimitEntity()
+ .applyMapping(request, LimitEntity.class);
limitEntity.setEpLkgId(licenseKeyGroupId);
limitEntity.setVendorLicenseModelId(vlmId);
limitEntity.setId(limitId);
+ limitEntity.setParent(parent);
vendorLicenseManager.updateLimit(limitEntity, user);
mdcDataDebugMessage.debugExitMessage("VLM id", vlmId, "LKG id", licenseKeyGroupId, "limit Id",
- limitId);
+ limitId);
return Response.ok().build();
}
public Response deleteLimit(String vlmId, String versionId, String licenseKeyGroupId,
String limitId, String user) {
mdcDataDebugMessage.debugEntryMessage("VLM id, Verison Id, LKG id, Limit Id", vlmId, versionId,
- licenseKeyGroupId, limitId);
+ licenseKeyGroupId, limitId);
MdcUtil.initMdc(LoggerServiceName.Delete_LIMIT.toString());
vendorLicenseManager.getLicenseKeyGroup(new LicenseKeyGroupEntity(vlmId, Version.valueOf
- (versionId), licenseKeyGroupId), user);
+ (versionId), licenseKeyGroupId), user);
LimitEntity limitInput = new LimitEntity();
limitInput.setVendorLicenseModelId(vlmId);
limitInput.setEpLkgId(licenseKeyGroupId);
limitInput.setId(limitId);
+ limitInput.setParent(parent);
+
vendorLicenseManager.deleteLimit(limitInput, user);
mdcDataDebugMessage.debugExitMessage("VLM id, Verison Id, LKG id, Limit Id", vlmId, versionId,
- licenseKeyGroupId, limitId);
+ licenseKeyGroupId, limitId);
return Response.ok().build();
}
public Response getLimit( String vlmId, String versionId, String licenseKeyGroupId,
String limitId, String user) {
mdcDataDebugMessage.debugEntryMessage("VLM id, LKG id, Limit Id", vlmId, licenseKeyGroupId,
- limitId);
+ limitId);
MdcUtil.initMdc(LoggerServiceName.Get_LIMIT.toString());
vendorLicenseManager.getLicenseKeyGroup(new LicenseKeyGroupEntity(vlmId, Version.valueOf
- (versionId), licenseKeyGroupId), user);
+ (versionId), licenseKeyGroupId), user);
LimitEntity epInput = new LimitEntity();
epInput.setVendorLicenseModelId(vlmId);
epInput.setVersion(Version.valueOf(versionId));
LimitEntity limit = vendorLicenseManager.getLimit(epInput, user);
LimitEntityDto entitlementPoolEntityDto = limit == null ? null :
- new MapLimitEntityToLimitDto()
- .applyMapping(limit, LimitEntityDto.class);
+ new MapLimitEntityToLimitDto()
+ .applyMapping(limit, LimitEntityDto.class);
mdcDataDebugMessage.debugExitMessage("VLM id, LKG id, Limit Id", vlmId, licenseKeyGroupId,
- limitId);
+ limitId);
return Response.ok(entitlementPoolEntityDto).build();
}
import org.apache.commons.collections4.MapUtils;
import org.openecomp.sdc.common.errors.ErrorCode;
import org.openecomp.sdc.datatypes.error.ErrorMessage;
-import org.openecomp.sdc.vendorsoftwareproduct.types.ComponentValidationResult;
-import org.openecomp.sdc.vendorsoftwareproduct.types.DeploymentFlavorValidationResult;
import org.openecomp.sdc.vendorsoftwareproduct.types.QuestionnaireValidationResult;
import org.openecomp.sdc.vendorsoftwareproduct.types.ValidationResponse;
import org.openecomp.sdc.vendorsoftwareproduct.types.composition.CompositionEntityValidationData;
import java.util.stream.Collectors;
public class MapValidationResponseToDto
- extends MappingBase<ValidationResponse, ValidationResponseDto> {
+ extends MappingBase<ValidationResponse, ValidationResponseDto> {
private static Map<String, List<ErrorMessageDto>> mapUploadDataErrors(
- Map<String, List<ErrorMessage>> uploadDataErrors) {
+ Map<String, List<ErrorMessage>> uploadDataErrors) {
if (MapUtils.isEmpty(uploadDataErrors)) {
return null;
}
return uploadDataErrors.entrySet().stream().collect(
- Collectors.toMap(entry -> entry.getKey(), entry -> mapErrorMessages(entry.getValue())));
+ Collectors.toMap(entry -> entry.getKey(), entry -> mapErrorMessages(entry.getValue())));
}
private static QuestionnaireValidationResultDto mapQuestionnaireValidationResult(
- QuestionnaireValidationResult questionnaireValidationResult) {
+ QuestionnaireValidationResult questionnaireValidationResult) {
if (Objects.isNull(questionnaireValidationResult)
- || Objects.isNull(questionnaireValidationResult.getValidationData())) {
+ || Objects.isNull(questionnaireValidationResult.getValidationData())) {
return null;
}
QuestionnaireValidationResultDto questionnaireValidationResultDto =
- new QuestionnaireValidationResultDto();
+ new QuestionnaireValidationResultDto();
questionnaireValidationResultDto.setValid(questionnaireValidationResult.isValid());
Set<CompositionEntityValidationDataDto> validationDataDto = new HashSet<>();
for(CompositionEntityValidationData validationData : questionnaireValidationResult.getValidationData()){
validationDataDto.add(new MapCompositionEntityValidationDataToDto().applyMapping
- (validationData, CompositionEntityValidationDataDto.class));
+ (validationData, CompositionEntityValidationDataDto.class));
}
questionnaireValidationResultDto.setValidationData(validationDataDto);
return questionnaireValidationResultDto;
}
- private static ComponentValidationResultDto mapcomponentValidationResult(
+ /*private static ComponentValidationResultDto mapcomponentValidationResult(
ComponentValidationResult componentValidationResult) {
if (componentValidationResult == null) {
return null;
deploymentFlavorValidationResultDto.setValidationData(validationDataDto);
return deploymentFlavorValidationResultDto;
- }
+ }*/
private static List<ErrorMessageDto> mapErrorMessages(List<ErrorMessage> errorMessages) {
return errorMessages == null ? null : errorMessages.stream().map(
- errorMessage -> new MapErrorMessageToDto()
- .applyMapping(errorMessage, ErrorMessageDto.class)).collect(Collectors.toList());
+ errorMessage -> new MapErrorMessageToDto()
+ .applyMapping(errorMessage, ErrorMessageDto.class)).collect(Collectors.toList());
}
private static Collection<ErrorCodeDto> mapErrorCodes(Collection<ErrorCode> errorCodes) {
return CollectionUtils.isEmpty(errorCodes) ? null : errorCodes.stream()
- .map(errorCode -> new MapErrorCodeToDto().applyMapping(errorCode, ErrorCodeDto.class))
- .collect(Collectors.toList());
+ .map(errorCode -> new MapErrorCodeToDto().applyMapping(errorCode, ErrorCodeDto.class))
+ .collect(Collectors.toList());
}
@Override
target.setLicensingDataErrors(mapErrorCodes(source.getLicensingDataErrors()));
target.setUploadDataErrors(mapUploadDataErrors(source.getUploadDataErrors()));
target.setQuestionnaireValidationResult(
- mapQuestionnaireValidationResult(source.getQuestionnaireValidationResult()));
- target.setComponentValidationResult(mapcomponentValidationResult(source.getComponentValidationResult()));
- target.setDeploymentFlavorValidationResult(mapdeploymentFlavorValidationResult(source.getDeploymentFlavorValidationResult()));
+ mapQuestionnaireValidationResult(source.getQuestionnaireValidationResult()));
}
}
private static MdcDataDebugMessage mdcDataDebugMessage = new MdcDataDebugMessage();
private static final Logger logger =
- LoggerFactory.getLogger(VendorLicenseManagerImpl.class);
+ LoggerFactory.getLogger(VendorLicenseManagerImpl.class);
public VendorLicenseManagerImpl(VersioningManager versioningManager,
VendorLicenseFacade vendorLicenseFacade,
private static void sortVlmListByModificationTimeDescOrder(
- List<VersionedVendorLicenseModel> vendorLicenseModels) {
+ List<VersionedVendorLicenseModel> vendorLicenseModels) {
vendorLicenseModels.sort((o1, o2) -> o2.getVendorLicenseModel().getWritetimeMicroSeconds()
- .compareTo(o1.getVendorLicenseModel().getWritetimeMicroSeconds()));
+ .compareTo(o1.getVendorLicenseModel().getWritetimeMicroSeconds()));
}
@Override
mdcDataDebugMessage.debugEntryMessage("VLM id", vendorLicenseModelId);
Version newVersion = versioningManager
- .checkout(VENDOR_LICENSE_MODEL_VERSIONABLE_TYPE, vendorLicenseModelId, user);
+ .checkout(VENDOR_LICENSE_MODEL_VERSIONABLE_TYPE, vendorLicenseModelId, user);
ActivityLogEntity activityLogEntity = new ActivityLogEntity(vendorLicenseModelId, String.valueOf(newVersion.getMajor()+1),
ActivityType.CHECKOUT.toString(), user, true, "", "");
mdcDataDebugMessage.debugEntryMessage("VLM id", vendorLicenseModelId);
Version newVersion = versioningManager
- .undoCheckout(VENDOR_LICENSE_MODEL_VERSIONABLE_TYPE, vendorLicenseModelId, user);
+ .undoCheckout(VENDOR_LICENSE_MODEL_VERSIONABLE_TYPE, vendorLicenseModelId, user);
vendorLicenseFacade.updateVlmLastModificationTime(vendorLicenseModelId, newVersion);
mdcDataDebugMessage.debugExitMessage("VLM id", vendorLicenseModelId);
mdcDataDebugMessage.debugEntryMessage(null);
Map<String, VersionInfo> idToVersionsInfo = versioningManager
- .listEntitiesVersionInfo(VENDOR_LICENSE_MODEL_VERSIONABLE_TYPE, user,
- VersionableEntityAction.Read);
+ .listEntitiesVersionInfo(VENDOR_LICENSE_MODEL_VERSIONABLE_TYPE, user,
+ VersionableEntityAction.Read);
List<VersionedVendorLicenseModel> vendorLicenseModels = new ArrayList<>();
for (Map.Entry<String, VersionInfo> entry : idToVersionsInfo.entrySet()) {
try {
VendorLicenseModelEntity vlm =
- vendorLicenseModelDao.get(new VendorLicenseModelEntity(entry.getKey(), version));
+ vendorLicenseModelDao.get(new VendorLicenseModelEntity(entry.getKey(), version));
if (vlm != null) {
VersionedVendorLicenseModel versionedVlm = new VersionedVendorLicenseModel();
versionedVlm.setVendorLicenseModel(vlm);
vendorLicenseModels.add(versionedVlm);
}
}catch(RuntimeException rte){
- logger.error("Error trying to retrieve vlm["+entry.getKey()+"] version["+version.toString
- ()+"] " +
- "message:"+rte
- .getMessage());
- }
+ logger.error("Error trying to retrieve vlm["+entry.getKey()+"] version["+version.toString
+ ()+"] " +
+ "message:"+rte
+ .getMessage());
+ }
}
sortVlmListByModificationTimeDescOrder(vendorLicenseModels);
mdcDataDebugMessage.debugEntryMessage("VLM id", vendorLicenseModelEntity.getId());
Version version = resloveVersion(vendorLicenseModelEntity.getId(),null,
- getVersionInfo(vendorLicenseModelEntity.getId(), VersionableEntityAction.Write, user),
- user);
+ getVersionInfo(vendorLicenseModelEntity.getId(), VersionableEntityAction.Write, user),
+ user);
vendorLicenseModelEntity.setVersion(version);
String existingVendorName = vendorLicenseModelDao.get(vendorLicenseModelEntity).getVendorName();
updateUniqueName(VendorLicenseConstants.UniqueValues.VENDOR_NAME, existingVendorName,
- vendorLicenseModelEntity.getVendorName());
+ vendorLicenseModelEntity.getVendorName());
vendorLicenseModelDao.update(vendorLicenseModelEntity);
vendorLicenseFacade
- .updateVlmLastModificationTime(vendorLicenseModelEntity.getId(), version);
+ .updateVlmLastModificationTime(vendorLicenseModelEntity.getId(), version);
mdcDataDebugMessage.debugExitMessage("VLM id", vendorLicenseModelEntity.getId());
}
@Override
public void deleteVendorLicenseModel(String vlmId, String user) {
MdcDataErrorMessage.createErrorMessageAndUpdateMdc(LoggerConstants.TARGET_ENTITY_DB,
- LoggerTragetServiceName.DELETE_ENTITY, ErrorLevel.ERROR.name(),
- LoggerErrorCode.DATA_ERROR.getErrorCode(), LoggerErrorDescription.UNSUPPORTED_OPERATION);
+ LoggerTragetServiceName.DELETE_ENTITY, ErrorLevel.ERROR.name(),
+ LoggerErrorCode.DATA_ERROR.getErrorCode(), LoggerErrorDescription.UNSUPPORTED_OPERATION);
throw new UnsupportedOperationException(VendorLicenseConstants.UNSUPPORTED_OPERATION_ERROR);
}
mdcDataDebugMessage.debugEntryMessage("VLM id", vlmId);
mdcDataDebugMessage.debugExitMessage("VLM id", vlmId);
LicenseAgreementEntity licenseAgreementEntity = createLicenseAgreementForList(vlmId, version,
- user);
+ user);
// return licenseAgreementDao.list(new LicenseAgreementEntity(vlmId, VersioningUtil
// .resolveVersion(version, getVersionInfo(vlmId, VersionableEntityAction.Read, user), user),
// null));
public LicenseAgreementEntity createLicenseAgreement(LicenseAgreementEntity licenseAgreement,
String user) {
mdcDataDebugMessage
- .debugEntryMessage("VLM id", licenseAgreement.getVendorLicenseModelId());
+ .debugEntryMessage("VLM id", licenseAgreement.getVendorLicenseModelId());
mdcDataDebugMessage
- .debugExitMessage("VLM id", licenseAgreement.getVendorLicenseModelId());
+ .debugExitMessage("VLM id", licenseAgreement.getVendorLicenseModelId());
return vendorLicenseFacade.createLicenseAgreement(licenseAgreement, user);
}
Set<String> addedFeatureGroupIds,
Set<String> removedFeatureGroupIds, String user) {
mdcDataDebugMessage.debugEntryMessage("VLM id, LA id", licenseAgreement
- .getVendorLicenseModelId(), licenseAgreement.getId());
+ .getVendorLicenseModelId(), licenseAgreement.getId());
Version version = VersioningUtil.resolveVersion(licenseAgreement.getVersion(),
- getVersionInfo(licenseAgreement.getVendorLicenseModelId(), VersionableEntityAction.Write,
- user), user);
+ getVersionInfo(licenseAgreement.getVendorLicenseModelId(), VersionableEntityAction.Write,
+ user), user);
licenseAgreement.setVersion(version);
LicenseAgreementEntity retrieved = licenseAgreementDao.get(licenseAgreement);
VersioningUtil
- .validateEntityExistence(retrieved, licenseAgreement, VendorLicenseModelEntity.ENTITY_TYPE);
+ .validateEntityExistence(retrieved, licenseAgreement, VendorLicenseModelEntity.ENTITY_TYPE);
VersioningUtil.validateContainedEntitiesExistence(new FeatureGroupEntity().getEntityType(),
- removedFeatureGroupIds, retrieved, retrieved.getFeatureGroupIds());
+ removedFeatureGroupIds, retrieved, retrieved.getFeatureGroupIds());
VersioningUtil.validateEntitiesExistence(addedFeatureGroupIds,
- new FeatureGroupEntity(licenseAgreement.getVendorLicenseModelId(), version, null),
- featureGroupDao, VendorLicenseModelEntity.ENTITY_TYPE);
+ new FeatureGroupEntity(licenseAgreement.getVendorLicenseModelId(), version, null),
+ featureGroupDao, VendorLicenseModelEntity.ENTITY_TYPE);
updateUniqueName(VendorLicenseConstants.UniqueValues.LICENSE_AGREEMENT_NAME,
- retrieved.getName(), licenseAgreement.getName(), licenseAgreement.getVendorLicenseModelId(),
- licenseAgreement.getVersion().toString());
+ retrieved.getName(), licenseAgreement.getName(), licenseAgreement.getVendorLicenseModelId(),
+ licenseAgreement.getVersion().toString());
licenseAgreementDao.updateColumnsAndDeltaFeatureGroupIds(licenseAgreement, addedFeatureGroupIds,
- removedFeatureGroupIds);
+ removedFeatureGroupIds);
addFeatureGroupsToLicenseAgreementRef(addedFeatureGroupIds, licenseAgreement);
removeFeatureGroupsToLicenseAgreementRef(removedFeatureGroupIds, licenseAgreement);
vendorLicenseFacade
- .updateVlmLastModificationTime(licenseAgreement.getVendorLicenseModelId(), version);
+ .updateVlmLastModificationTime(licenseAgreement.getVendorLicenseModelId(), version);
mdcDataDebugMessage.debugExitMessage("VLM id, LA id", licenseAgreement
- .getVendorLicenseModelId(), licenseAgreement.getId());
+ .getVendorLicenseModelId(), licenseAgreement.getId());
}
@Override
mdcDataDebugMessage.debugEntryMessage("VLM id, LA id", vlmId, licenseAgreementId);
version = VersioningUtil
- .resolveVersion(version, getVersionInfo(vlmId, VersionableEntityAction.Write, user), user);
+ .resolveVersion(version, getVersionInfo(vlmId, VersionableEntityAction.Write, user), user);
LicenseAgreementEntity input =
- new LicenseAgreementEntity(vlmId, version, licenseAgreementId);
+ new LicenseAgreementEntity(vlmId, version, licenseAgreementId);
LicenseAgreementEntity retrieved = licenseAgreementDao.get(input);
VersioningUtil.validateEntityExistence(retrieved, input, VendorLicenseModelEntity.ENTITY_TYPE);
licenseAgreementDao.delete(retrieved);
deleteUniqueName(VendorLicenseConstants.UniqueValues.LICENSE_AGREEMENT_NAME,
- retrieved.getVendorLicenseModelId(), retrieved.getVersion().toString(),
- retrieved.getName());
+ retrieved.getVendorLicenseModelId(), retrieved.getVersion().toString(),
+ retrieved.getName());
vendorLicenseFacade
- .updateVlmLastModificationTime(input.getVendorLicenseModelId(), input.getVersion());
+ .updateVlmLastModificationTime(input.getVendorLicenseModelId(), input.getVersion());
mdcDataDebugMessage.debugExitMessage("VLM id, LA id", vlmId, licenseAgreementId);
}
@Override
public FeatureGroupEntity createFeatureGroup(FeatureGroupEntity featureGroup, String user) {
mdcDataDebugMessage
- .debugEntryMessage("VLM id", featureGroup.getVendorLicenseModelId());
+ .debugEntryMessage("VLM id", featureGroup.getVendorLicenseModelId());
mdcDataDebugMessage.debugExitMessage("VLM id", featureGroup.getId());
return vendorLicenseFacade.createFeatureGroup(featureGroup, user);
}
Set<String> removedEntitlementPools,
String user) {
mdcDataDebugMessage.debugEntryMessage("VLM id, FG id", featureGroup
- .getVendorLicenseModelId(), featureGroup.getId());
+ .getVendorLicenseModelId(), featureGroup.getId());
Version version = VersioningUtil.resolveVersion(featureGroup.getVersion(),
- getVersionInfo(featureGroup.getVendorLicenseModelId(), VersionableEntityAction.Write, user),
- user);
+ getVersionInfo(featureGroup.getVendorLicenseModelId(), VersionableEntityAction.Write, user),
+ user);
featureGroup.setVersion(version);
FeatureGroupEntity retrieved = featureGroupDao.get(featureGroup);
VersioningUtil
- .validateEntityExistence(retrieved, featureGroup, VendorLicenseModelEntity.ENTITY_TYPE);
+ .validateEntityExistence(retrieved, featureGroup, VendorLicenseModelEntity.ENTITY_TYPE);
VersioningUtil.validateContainedEntitiesExistence(new LicenseKeyGroupEntity().getEntityType(),
- removedLicenseKeyGroups, retrieved, retrieved.getLicenseKeyGroupIds());
+ removedLicenseKeyGroups, retrieved, retrieved.getLicenseKeyGroupIds());
VersioningUtil.validateContainedEntitiesExistence(new EntitlementPoolEntity().getEntityType(),
- removedEntitlementPools, retrieved, retrieved.getEntitlementPoolIds());
+ removedEntitlementPools, retrieved, retrieved.getEntitlementPoolIds());
VersioningUtil.validateEntitiesExistence(addedLicenseKeyGroups,
- new LicenseKeyGroupEntity(featureGroup.getVendorLicenseModelId(), version, null),
- licenseKeyGroupDao, VendorLicenseModelEntity.ENTITY_TYPE);
+ new LicenseKeyGroupEntity(featureGroup.getVendorLicenseModelId(), version, null),
+ licenseKeyGroupDao, VendorLicenseModelEntity.ENTITY_TYPE);
VersioningUtil.validateEntitiesExistence(addedEntitlementPools,
- new EntitlementPoolEntity(featureGroup.getVendorLicenseModelId(), version, null),
- entitlementPoolDao, VendorLicenseModelEntity.ENTITY_TYPE);
+ new EntitlementPoolEntity(featureGroup.getVendorLicenseModelId(), version, null),
+ entitlementPoolDao, VendorLicenseModelEntity.ENTITY_TYPE);
updateUniqueName(VendorLicenseConstants.UniqueValues.FEATURE_GROUP_NAME,
- retrieved.getName(), featureGroup.getName(), featureGroup.getVendorLicenseModelId(),
- featureGroup.getVersion().toString());
+ retrieved.getName(), featureGroup.getName(), featureGroup.getVendorLicenseModelId(),
+ featureGroup.getVersion().toString());
addLicenseKeyGroupsToFeatureGroupsRef(addedLicenseKeyGroups, featureGroup);
removeLicenseKeyGroupsToFeatureGroupsRef(removedLicenseKeyGroups, featureGroup);
removeEntitlementPoolsToFeatureGroupsRef(removedEntitlementPools, featureGroup);
featureGroupDao.updateFeatureGroup(featureGroup, addedEntitlementPools, removedEntitlementPools,
- addedLicenseKeyGroups, removedLicenseKeyGroups);
+ addedLicenseKeyGroups, removedLicenseKeyGroups);
vendorLicenseFacade
- .updateVlmLastModificationTime(featureGroup.getVendorLicenseModelId(), version);
+ .updateVlmLastModificationTime(featureGroup.getVendorLicenseModelId(), version);
mdcDataDebugMessage.debugExitMessage("VLM id, FG id", featureGroup
- .getVendorLicenseModelId(), featureGroup.getId());
+ .getVendorLicenseModelId(), featureGroup.getId());
}
@Override
public FeatureGroupModel getFeatureGroupModel(FeatureGroupEntity featureGroup, String user) {
mdcDataDebugMessage.debugEntryMessage("VLM id, FG id",
- featureGroup.getVendorLicenseModelId(), featureGroup.getId());
+ featureGroup.getVendorLicenseModelId(), featureGroup.getId());
mdcDataDebugMessage.debugExitMessage("VLM id, FG id",
- featureGroup.getVendorLicenseModelId(), featureGroup.getId());
+ featureGroup.getVendorLicenseModelId(), featureGroup.getId());
return vendorLicenseFacade.getFeatureGroupModel(featureGroup, user);
}
@Override
public void deleteFeatureGroup(FeatureGroupEntity featureGroup, String user) {
mdcDataDebugMessage.debugEntryMessage("VLM id, FG id",
- featureGroup.getVendorLicenseModelId(), featureGroup.getId());
+ featureGroup.getVendorLicenseModelId(), featureGroup.getId());
Version version = VersioningUtil.resolveVersion(featureGroup.getVersion(),
- getVersionInfo(featureGroup.getVendorLicenseModelId(), VersionableEntityAction.Write,
- user), user);
+ getVersionInfo(featureGroup.getVendorLicenseModelId(), VersionableEntityAction.Write,
+ user), user);
featureGroup.setVersion(version);
FeatureGroupEntity retrieved = featureGroupDao.get(featureGroup);
VersioningUtil
- .validateEntityExistence(retrieved, featureGroup, VendorLicenseModelEntity.ENTITY_TYPE);
+ .validateEntityExistence(retrieved, featureGroup, VendorLicenseModelEntity.ENTITY_TYPE);
removeLicenseKeyGroupsToFeatureGroupsRef(retrieved.getLicenseKeyGroupIds(), featureGroup);
removeEntitlementPoolsToFeatureGroupsRef(retrieved.getEntitlementPoolIds(), featureGroup);
for (String licenceAgreementId : retrieved.getReferencingLicenseAgreements()) {
licenseAgreementDao.removeFeatureGroup(
- new LicenseAgreementEntity(featureGroup.getVendorLicenseModelId(), version,
- licenceAgreementId), featureGroup.getId());
+ new LicenseAgreementEntity(featureGroup.getVendorLicenseModelId(), version,
+ licenceAgreementId), featureGroup.getId());
}
featureGroupDao.delete(featureGroup);
deleteUniqueName(VendorLicenseConstants.UniqueValues.FEATURE_GROUP_NAME,
- retrieved.getVendorLicenseModelId(), retrieved.getVersion().toString(),
- retrieved.getName());
+ retrieved.getVendorLicenseModelId(), retrieved.getVersion().toString(),
+ retrieved.getName());
vendorLicenseFacade.updateVlmLastModificationTime(featureGroup.getVendorLicenseModelId(),
- featureGroup.getVersion());
+ featureGroup.getVersion());
mdcDataDebugMessage
- .debugExitMessage("VLM id, FG id",
- featureGroup.getVendorLicenseModelId(), featureGroup.getId());
+ .debugExitMessage("VLM id, FG id",
+ featureGroup.getVendorLicenseModelId(), featureGroup.getId());
}
@Override
public EntitlementPoolEntity createEntitlementPool(EntitlementPoolEntity entitlementPool,
String user) {
mdcDataDebugMessage
- .debugEntryMessage("VLM id", entitlementPool.getVendorLicenseModelId());
+ .debugEntryMessage("VLM id", entitlementPool.getVendorLicenseModelId());
mdcDataDebugMessage
- .debugExitMessage("VLM id", entitlementPool.getVendorLicenseModelId());
+ .debugExitMessage("VLM id", entitlementPool.getVendorLicenseModelId());
entitlementPool.setStartDate(entitlementPool.getStartDate() != null ? (entitlementPool
- .getStartDate().trim().length() != 0 ? entitlementPool.getStartDate()+"T00:00:00Z"
- : null) : null);
+ .getStartDate().trim().length() != 0 ? entitlementPool.getStartDate()+"T00:00:00Z"
+ : null) : null);
entitlementPool.setExpiryDate(entitlementPool.getExpiryDate() != null ? (entitlementPool
- .getExpiryDate().trim().length() != 0 ? entitlementPool.getExpiryDate()+"T23:59:59Z"
- : null) : null);
+ .getExpiryDate().trim().length() != 0 ? entitlementPool.getExpiryDate()+"T23:59:59Z"
+ : null) : null);
validateCreateDate(entitlementPool.getStartDate(), entitlementPool.getExpiryDate(),
- entitlementPool.getVendorLicenseModelId());
+ entitlementPool.getVendorLicenseModelId());
return vendorLicenseFacade.createEntitlementPool(entitlementPool, user);
}
private void validateCreateDate(String startDate, String expiryDate, String vendorLicenseModelId){
mdcDataDebugMessage.debugEntryMessage("Start date and end date", startDate
- +" "+expiryDate);
+ +" "+expiryDate);
DateTimeFormatter formatter = DateTimeFormatter.ofPattern("MM/dd/yyyy'T'HH:mm:ss'Z'");
if(startDate != null && expiryDate != null) {
if (LocalDate.parse(startDate, formatter).atStartOfDay().isBefore
- (LocalDate.now().atStartOfDay()) || LocalDate.parse(expiryDate, formatter).atStartOfDay()
+ (LocalDate.now().atStartOfDay()) || LocalDate.parse(expiryDate, formatter).atStartOfDay()
.isEqual(LocalDate.parse(startDate, formatter).atStartOfDay()) || LocalDate
- .parse(expiryDate, formatter).isBefore(LocalDate.parse(startDate, formatter))) {
+ .parse(expiryDate, formatter).isBefore(LocalDate.parse(startDate, formatter))) {
MdcDataErrorMessage.createErrorMessageAndUpdateMdc(LoggerConstants.TARGET_ENTITY_DB,
- LoggerTragetServiceName.VALIDATE_DATE_RANGE,ErrorLevel.ERROR.name(),
- LoggerErrorCode.DATA_ERROR.getErrorCode(), LoggerErrorDescription.INVALID_VALUE);
+ LoggerTragetServiceName.VALIDATE_DATE_RANGE,ErrorLevel.ERROR.name(),
+ LoggerErrorCode.DATA_ERROR.getErrorCode(), LoggerErrorDescription.INVALID_VALUE);
throw new CoreException(
- new InvalidDateErrorBuilder(vendorLicenseModelId)
- .build());
+ new InvalidDateErrorBuilder(vendorLicenseModelId)
+ .build());
}
}
if(startDate != null && expiryDate == null) {
if (LocalDate.parse(startDate, formatter).atStartOfDay().isBefore
- (LocalDate.now().atStartOfDay())) {
+ (LocalDate.now().atStartOfDay())) {
MdcDataErrorMessage.createErrorMessageAndUpdateMdc(LoggerConstants.TARGET_ENTITY_DB,
- LoggerTragetServiceName.VALIDATE_DATE_RANGE,ErrorLevel.ERROR.name(),
- LoggerErrorCode.DATA_ERROR.getErrorCode(), LoggerErrorDescription.INVALID_VALUE);
+ LoggerTragetServiceName.VALIDATE_DATE_RANGE,ErrorLevel.ERROR.name(),
+ LoggerErrorCode.DATA_ERROR.getErrorCode(), LoggerErrorDescription.INVALID_VALUE);
throw new CoreException(
- new InvalidDateErrorBuilder(vendorLicenseModelId)
- .build());
+ new InvalidDateErrorBuilder(vendorLicenseModelId)
+ .build());
}
}
if(startDate == null && expiryDate != null) {
MdcDataErrorMessage.createErrorMessageAndUpdateMdc(LoggerConstants.TARGET_ENTITY_DB,
- LoggerTragetServiceName.VALIDATE_DATE_RANGE,ErrorLevel.ERROR.name(),
- LoggerErrorCode.DATA_ERROR.getErrorCode(), LoggerErrorDescription.INVALID_VALUE);
+ LoggerTragetServiceName.VALIDATE_DATE_RANGE,ErrorLevel.ERROR.name(),
+ LoggerErrorCode.DATA_ERROR.getErrorCode(), LoggerErrorDescription.INVALID_VALUE);
throw new CoreException(
- new InvalidDateErrorBuilder(vendorLicenseModelId)
- .build());
+ new InvalidDateErrorBuilder(vendorLicenseModelId)
+ .build());
}
private void validateUpdateDate(String startDate, String expiryDate, String vendorLicenseModelId){
mdcDataDebugMessage.debugEntryMessage("Start date and end date", startDate
- +" "+ expiryDate);
+ +" "+ expiryDate);
DateTimeFormatter formatter = DateTimeFormatter.ofPattern("MM/dd/yyyy'T'HH:mm:ss'Z'");
if(startDate != null && expiryDate != null) {
if (LocalDate.parse(expiryDate, formatter).atStartOfDay()
- .isEqual(LocalDate.parse(startDate, formatter).atStartOfDay()) ||
- LocalDate.parse(expiryDate, formatter).isBefore(LocalDate.parse(startDate, formatter))) {
+ .isEqual(LocalDate.parse(startDate, formatter).atStartOfDay()) ||
+ LocalDate.parse(expiryDate, formatter).isBefore(LocalDate.parse(startDate, formatter))) {
MdcDataErrorMessage.createErrorMessageAndUpdateMdc(LoggerConstants.TARGET_ENTITY_DB,
- LoggerTragetServiceName.VALIDATE_DATE_RANGE,ErrorLevel.ERROR.name(),
- LoggerErrorCode.DATA_ERROR.getErrorCode(), LoggerErrorDescription.INVALID_VALUE);
+ LoggerTragetServiceName.VALIDATE_DATE_RANGE,ErrorLevel.ERROR.name(),
+ LoggerErrorCode.DATA_ERROR.getErrorCode(), LoggerErrorDescription.INVALID_VALUE);
throw new CoreException(
- new InvalidDateErrorBuilder(vendorLicenseModelId)
- .build());
+ new InvalidDateErrorBuilder(vendorLicenseModelId)
+ .build());
}
}
if(startDate == null && expiryDate != null) {
MdcDataErrorMessage.createErrorMessageAndUpdateMdc(LoggerConstants.TARGET_ENTITY_DB,
- LoggerTragetServiceName.VALIDATE_DATE_RANGE,ErrorLevel.ERROR.name(),
- LoggerErrorCode.DATA_ERROR.getErrorCode(), LoggerErrorDescription.INVALID_VALUE);
+ LoggerTragetServiceName.VALIDATE_DATE_RANGE,ErrorLevel.ERROR.name(),
+ LoggerErrorCode.DATA_ERROR.getErrorCode(), LoggerErrorDescription.INVALID_VALUE);
throw new CoreException(
- new InvalidDateErrorBuilder(vendorLicenseModelId)
- .build());
+ new InvalidDateErrorBuilder(vendorLicenseModelId)
+ .build());
}
@Override
public void updateEntitlementPool(EntitlementPoolEntity entitlementPool, String user) {
mdcDataDebugMessage.debugEntryMessage("VLM id, EP id", entitlementPool
- .getVendorLicenseModelId(), entitlementPool.getId());
+ .getVendorLicenseModelId(), entitlementPool.getId());
entitlementPool.setStartDate(entitlementPool.getStartDate() != null ? (entitlementPool
- .getStartDate().trim().length() != 0 ? entitlementPool.getStartDate()+"T00:00:00Z"
- : null) : null);
+ .getStartDate().trim().length() != 0 ? entitlementPool.getStartDate()+"T00:00:00Z"
+ : null) : null);
entitlementPool.setExpiryDate(entitlementPool.getExpiryDate() != null ? (entitlementPool
- .getExpiryDate().trim().length() != 0 ? entitlementPool.getExpiryDate()+"T23:59:59Z"
- : null) : null);
+ .getExpiryDate().trim().length() != 0 ? entitlementPool.getExpiryDate()+"T23:59:59Z"
+ : null) : null);
validateUpdateDate(entitlementPool.getStartDate(), entitlementPool.getExpiryDate(),
- entitlementPool.getVendorLicenseModelId());
+ entitlementPool.getVendorLicenseModelId());
Version version = VersioningUtil.resolveVersion(entitlementPool.getVersion(),
- getVersionInfo(entitlementPool.getVendorLicenseModelId(), VersionableEntityAction.Write,
- user), user);
+ getVersionInfo(entitlementPool.getVendorLicenseModelId(), VersionableEntityAction.Write,
+ user), user);
vendorLicenseFacade
- .updateVlmLastModificationTime(entitlementPool.getVendorLicenseModelId(), version);
+ .updateVlmLastModificationTime(entitlementPool.getVendorLicenseModelId(), version);
vendorLicenseFacade.updateEntitlementPool(entitlementPool, user);
mdcDataDebugMessage.debugExitMessage("VLM id, EP id", entitlementPool
- .getVendorLicenseModelId(), entitlementPool.getId());
+ .getVendorLicenseModelId(), entitlementPool.getId());
}
@Override
public EntitlementPoolEntity getEntitlementPool(EntitlementPoolEntity entitlementPool,
String user) {
mdcDataDebugMessage.debugEntryMessage("VLM id, EP id", entitlementPool
- .getVendorLicenseModelId(), entitlementPool.getId());
+ .getVendorLicenseModelId(), entitlementPool.getId());
entitlementPool.setVersion(VersioningUtil.resolveVersion(entitlementPool.getVersion(),
- getVersionInfo(entitlementPool.getVendorLicenseModelId(), VersionableEntityAction.Read,
- user), user));
+ getVersionInfo(entitlementPool.getVendorLicenseModelId(), VersionableEntityAction.Read,
+ user), user));
EntitlementPoolEntity retrieved = entitlementPoolDao.get(entitlementPool);
VersioningUtil
- .validateEntityExistence(retrieved, entitlementPool, VendorLicenseModelEntity.ENTITY_TYPE);
+ .validateEntityExistence(retrieved, entitlementPool, VendorLicenseModelEntity.ENTITY_TYPE);
DateTimeFormatter formatter = DateTimeFormatter.ofPattern("MM/dd/yyyy'T'HH:mm:ss'Z'");
DateTimeFormatter targetFormatter = DateTimeFormatter.ofPattern("MM/dd/yyyy");
if(retrieved.getStartDate() != null){
retrieved.setStartDate(LocalDate.parse(retrieved.getStartDate(),formatter).format
- (targetFormatter));
+ (targetFormatter));
}
if(retrieved.getExpiryDate() != null){
retrieved.setExpiryDate(LocalDate.parse(retrieved.getExpiryDate(),formatter).format
- (targetFormatter));
+ (targetFormatter));
}
mdcDataDebugMessage.debugExitMessage("VLM id, EP id", entitlementPool
- .getVendorLicenseModelId(), entitlementPool.getId());
+ .getVendorLicenseModelId(), entitlementPool.getId());
return retrieved;
}
@Override
public void deleteEntitlementPool(EntitlementPoolEntity entitlementPool, String user) {
mdcDataDebugMessage.debugEntryMessage("VLM id, EP id", entitlementPool
- .getVendorLicenseModelId(), entitlementPool.getId());
+ .getVendorLicenseModelId(), entitlementPool.getId());
Version version = VersioningUtil.resolveVersion(entitlementPool.getVersion(),
- getVersionInfo(entitlementPool.getVendorLicenseModelId(), VersionableEntityAction.Write,
- user), user);
+ getVersionInfo(entitlementPool.getVendorLicenseModelId(), VersionableEntityAction.Write,
+ user), user);
entitlementPool.setVersion(version);
EntitlementPoolEntity retrieved = entitlementPoolDao.get(entitlementPool);
VersioningUtil
- .validateEntityExistence(retrieved, entitlementPool, VendorLicenseModelEntity.ENTITY_TYPE);
+ .validateEntityExistence(retrieved, entitlementPool, VendorLicenseModelEntity.ENTITY_TYPE);
for (String referencingFeatureGroupId : retrieved.getReferencingFeatureGroups()) {
featureGroupDao.removeEntitlementPool(
- new FeatureGroupEntity(entitlementPool.getVendorLicenseModelId(), version,
- referencingFeatureGroupId), entitlementPool.getId());
+ new FeatureGroupEntity(entitlementPool.getVendorLicenseModelId(), version,
+ referencingFeatureGroupId), entitlementPool.getId());
}
deleteChildLimits(entitlementPool.getVendorLicenseModelId(), entitlementPool.getVersion(), entitlementPool.getId(), user);
entitlementPoolDao.delete(entitlementPool);
deleteUniqueName(VendorLicenseConstants.UniqueValues.ENTITLEMENT_POOL_NAME,
- retrieved.getVendorLicenseModelId(), retrieved.getVersion().toString(),
- retrieved.getName());
+ retrieved.getVendorLicenseModelId(), retrieved.getVersion().toString(),
+ retrieved.getName());
vendorLicenseFacade.updateVlmLastModificationTime(entitlementPool.getVendorLicenseModelId(),
- entitlementPool.getVersion());
+ entitlementPool.getVersion());
mdcDataDebugMessage.debugExitMessage("VLM id, EP id", entitlementPool
- .getVendorLicenseModelId(), entitlementPool.getId());
+ .getVendorLicenseModelId(), entitlementPool.getId());
}
protected void deleteChildLimits(String vlmId, Version version, String epLkgId, String user) {
- Optional<Collection<LimitEntity>> limitEntities = Optional.ofNullable(
- listLimits(vlmId, version, epLkgId, user));
- limitEntities.ifPresent(entities->
- entities.forEach(entity->
- deleteLimit(entity, user)));
+ Optional<Collection<LimitEntity>> limitEntities = Optional.ofNullable(
+ listLimits(vlmId, version, epLkgId, user));
+ limitEntities.ifPresent(entities->
+ entities.forEach(entity->
+ deleteLimit(entity, user)));
}
@Override
public LicenseKeyGroupEntity createLicenseKeyGroup(LicenseKeyGroupEntity licenseKeyGroup,
String user) {
mdcDataDebugMessage
- .debugEntryMessage("VLM id", licenseKeyGroup.getVendorLicenseModelId());
+ .debugEntryMessage("VLM id", licenseKeyGroup.getVendorLicenseModelId());
mdcDataDebugMessage.debugExitMessage("VLM id", licenseKeyGroup
- .getVendorLicenseModelId());
+ .getVendorLicenseModelId());
licenseKeyGroup.setStartDate(licenseKeyGroup.getStartDate() != null ? (licenseKeyGroup
- .getStartDate().trim().length() != 0 ? licenseKeyGroup.getStartDate()+"T00:00:00Z"
- : null) : null);
+ .getStartDate().trim().length() != 0 ? licenseKeyGroup.getStartDate()+"T00:00:00Z"
+ : null) : null);
licenseKeyGroup.setExpiryDate(licenseKeyGroup.getExpiryDate() != null ? (licenseKeyGroup
- .getExpiryDate().trim().length() != 0 ? licenseKeyGroup.getExpiryDate()+"T23:59:59Z"
- : null) : null);
+ .getExpiryDate().trim().length() != 0 ? licenseKeyGroup.getExpiryDate()+"T23:59:59Z"
+ : null) : null);
validateCreateDate(licenseKeyGroup.getStartDate(), licenseKeyGroup.getExpiryDate(),
- licenseKeyGroup.getVendorLicenseModelId());
+ licenseKeyGroup.getVendorLicenseModelId());
return vendorLicenseFacade.createLicenseKeyGroup(licenseKeyGroup, user);
}
@Override
public void updateLicenseKeyGroup(LicenseKeyGroupEntity licenseKeyGroup, String user) {
mdcDataDebugMessage.debugEntryMessage("VLM id, LKG id", licenseKeyGroup
- .getVendorLicenseModelId(), licenseKeyGroup.getId());
+ .getVendorLicenseModelId(), licenseKeyGroup.getId());
licenseKeyGroup.setStartDate(licenseKeyGroup.getStartDate() != null ? (licenseKeyGroup
- .getStartDate().trim().length() != 0 ? licenseKeyGroup.getStartDate()+"T00:00:00Z"
- : null) : null);
+ .getStartDate().trim().length() != 0 ? licenseKeyGroup.getStartDate()+"T00:00:00Z"
+ : null) : null);
licenseKeyGroup.setExpiryDate(licenseKeyGroup.getExpiryDate() != null ? (licenseKeyGroup
- .getExpiryDate().trim().length() != 0 ? licenseKeyGroup.getExpiryDate()+"T23:59:59Z"
- : null) : null);
+ .getExpiryDate().trim().length() != 0 ? licenseKeyGroup.getExpiryDate()+"T23:59:59Z"
+ : null) : null);
validateUpdateDate(licenseKeyGroup.getStartDate(), licenseKeyGroup.getExpiryDate(),
- licenseKeyGroup.getVendorLicenseModelId());
+ licenseKeyGroup.getVendorLicenseModelId());
Version version = VersioningUtil.resolveVersion(licenseKeyGroup.getVersion(),
- getVersionInfo(licenseKeyGroup.getVendorLicenseModelId(), VersionableEntityAction.Write,
- user), user);
+ getVersionInfo(licenseKeyGroup.getVendorLicenseModelId(), VersionableEntityAction.Write,
+ user), user);
vendorLicenseFacade
- .updateVlmLastModificationTime(licenseKeyGroup.getVendorLicenseModelId(), version);
+ .updateVlmLastModificationTime(licenseKeyGroup.getVendorLicenseModelId(), version);
vendorLicenseFacade.updateLicenseKeyGroup(licenseKeyGroup, user);
mdcDataDebugMessage.debugExitMessage("VLM id, LKG id", licenseKeyGroup
- .getVendorLicenseModelId(), licenseKeyGroup.getId());
+ .getVendorLicenseModelId(), licenseKeyGroup.getId());
}
@Override
public LicenseKeyGroupEntity getLicenseKeyGroup(LicenseKeyGroupEntity licenseKeyGroup,
String user) {
mdcDataDebugMessage.debugEntryMessage("VLM id, LKG id", licenseKeyGroup
- .getVendorLicenseModelId(), licenseKeyGroup.getId());
+ .getVendorLicenseModelId(), licenseKeyGroup.getId());
licenseKeyGroup.setVersion(VersioningUtil.resolveVersion(licenseKeyGroup.getVersion(),
- getVersionInfo(licenseKeyGroup.getVendorLicenseModelId(), VersionableEntityAction.Read,
- user), user));
+ getVersionInfo(licenseKeyGroup.getVendorLicenseModelId(), VersionableEntityAction.Read,
+ user), user));
LicenseKeyGroupEntity retrieved = licenseKeyGroupDao.get(licenseKeyGroup);
VersioningUtil
- .validateEntityExistence(retrieved, licenseKeyGroup, VendorLicenseModelEntity.ENTITY_TYPE);
+ .validateEntityExistence(retrieved, licenseKeyGroup, VendorLicenseModelEntity.ENTITY_TYPE);
mdcDataDebugMessage.debugExitMessage("VLM id, LKG id", licenseKeyGroup
- .getVendorLicenseModelId(), licenseKeyGroup.getId());
+ .getVendorLicenseModelId(), licenseKeyGroup.getId());
return retrieved;
}
@Override
public void deleteLicenseKeyGroup(LicenseKeyGroupEntity licenseKeyGroup, String user) {
mdcDataDebugMessage.debugEntryMessage("VLM id, LKG id", licenseKeyGroup
- .getVendorLicenseModelId(), licenseKeyGroup.getId());
+ .getVendorLicenseModelId(), licenseKeyGroup.getId());
Version version = VersioningUtil.resolveVersion(licenseKeyGroup.getVersion(),
- getVersionInfo(licenseKeyGroup.getVendorLicenseModelId(), VersionableEntityAction.Write,
- user), user);
+ getVersionInfo(licenseKeyGroup.getVendorLicenseModelId(), VersionableEntityAction.Write,
+ user), user);
licenseKeyGroup.setVersion(version);
LicenseKeyGroupEntity retrieved = licenseKeyGroupDao.get(licenseKeyGroup);
VersioningUtil
- .validateEntityExistence(retrieved, licenseKeyGroup, VendorLicenseModelEntity.ENTITY_TYPE);
+ .validateEntityExistence(retrieved, licenseKeyGroup, VendorLicenseModelEntity.ENTITY_TYPE);
for (String referencingFeatureGroupId : retrieved.getReferencingFeatureGroups()) {
featureGroupDao.removeLicenseKeyGroup(
- new FeatureGroupEntity(licenseKeyGroup.getVendorLicenseModelId(), version,
- referencingFeatureGroupId), licenseKeyGroup.getId());
+ new FeatureGroupEntity(licenseKeyGroup.getVendorLicenseModelId(), version,
+ referencingFeatureGroupId), licenseKeyGroup.getId());
}
deleteChildLimits(licenseKeyGroup.getVendorLicenseModelId(), licenseKeyGroup.getVersion(), licenseKeyGroup.getId(), user);
licenseKeyGroupDao.delete(licenseKeyGroup);
deleteUniqueName(VendorLicenseConstants.UniqueValues.LICENSE_KEY_GROUP_NAME,
- retrieved.getVendorLicenseModelId(), retrieved.getVersion().toString(),
- retrieved.getName());
+ retrieved.getVendorLicenseModelId(), retrieved.getVersion().toString(),
+ retrieved.getName());
vendorLicenseFacade.updateVlmLastModificationTime(licenseKeyGroup.getVendorLicenseModelId(),
- licenseKeyGroup.getVersion());
+ licenseKeyGroup.getVersion());
mdcDataDebugMessage.debugExitMessage("VLM id, LKG id", licenseKeyGroup
- .getVendorLicenseModelId(), licenseKeyGroup.getId());
+ .getVendorLicenseModelId(), licenseKeyGroup.getId());
}
@Override
public LimitEntity createLimit(LimitEntity limit, String user) {
mdcDataDebugMessage
- .debugEntryMessage("VLM id", limit.getVendorLicenseModelId(), "EP/LKGId", limit
- .getEpLkgId());
+ .debugEntryMessage("VLM id", limit.getVendorLicenseModelId(), "EP/LKGId", limit
+ .getEpLkgId());
mdcDataDebugMessage
- .debugExitMessage("VLM id", limit.getVendorLicenseModelId(), "EP/LKGId", limit
- .getEpLkgId());
+ .debugExitMessage("VLM id", limit.getVendorLicenseModelId(), "EP/LKGId", limit
+ .getEpLkgId());
validateLimit(limit, user);
- return vendorLicenseFacade.createLimit(limit, user);
+ LimitEntity createdLimit = vendorLicenseFacade.createLimit(limit, user);
+ updateParentForLimit(limit,user);
+ return createdLimit;
}
private void validateLimit(LimitEntity limit, String user) {
Version version = VersioningUtil.resolveVersion(limit.getVersion(),
- getVersionInfo(limit.getVendorLicenseModelId(), VersionableEntityAction.Write,
- user), user);
+ getVersionInfo(limit.getVendorLicenseModelId(), VersionableEntityAction.Write,
+ user), user);
Collection<LimitEntity> limitList = listLimits(limit.getVendorLicenseModelId(),version
- ,limit.getEpLkgId(), user);
+ ,limit.getEpLkgId(), user);
if (!isLimitNameUnique(limitList,limit.getName(), limit.getType(), limit.getId())) {
final ErrorCode duplicateLimitNameErrorBuilder =
- LimitErrorBuilder.getDuplicateNameErrorbuilder(limit.getName(), limit.getType().name());
+ LimitErrorBuilder.getDuplicateNameErrorbuilder(limit.getName(), limit.getType().name());
MdcDataErrorMessage.createErrorMessageAndUpdateMdc(LoggerConstants.TARGET_ENTITY_DB,
- LoggerServiceName.Create_LIMIT.toString(), ErrorLevel.ERROR.name(),
- LoggerErrorCode.DATA_ERROR.getErrorCode(),
- duplicateLimitNameErrorBuilder.message());
+ LoggerServiceName.Create_LIMIT.toString(), ErrorLevel.ERROR.name(),
+ LoggerErrorCode.DATA_ERROR.getErrorCode(),
+ duplicateLimitNameErrorBuilder.message());
throw new CoreException(duplicateLimitNameErrorBuilder);
}
}
private boolean isLimitNameUnique(Collection<LimitEntity> limitList, String name, LimitType
- type, String id) {
+ type, String id) {
for (LimitEntity limit : limitList) {
if(limit.getName().equalsIgnoreCase(name) &&
- limit.getType().name().equalsIgnoreCase(type.name())) {
+ limit.getType().name().equalsIgnoreCase(type.name())) {
if(id != null && limit.getId().equals(id)){
continue;
}
user), user);
limitEntity.setVersion(version);
- if(!isLimitPresent(limitEntity)){
+ if ( !isLimitPresent(limitEntity)) {
VersioningUtil
- .validateEntityExistence(null, limitEntity, VendorLicenseModelEntity.ENTITY_TYPE);
+ .validateEntityExistence(null, limitEntity, VendorLicenseModelEntity.ENTITY_TYPE);
}
LimitEntity retrieved = limitDao.get(limitEntity);
VersioningUtil
vendorLicenseFacade.updateVlmLastModificationTime(limitEntity.getVendorLicenseModelId(),
limitEntity.getVersion());
+ updateParentForLimit(limitEntity,user);
+
mdcDataDebugMessage.debugExitMessage("VLM id, EP id, Limit Id", limitEntity
.getVendorLicenseModelId(), limitEntity.getEpLkgId(), limitEntity.getId());
}
@Override
public void updateLimit(LimitEntity limit, String user) {
mdcDataDebugMessage
- .debugEntryMessage("VLM id", limit.getVendorLicenseModelId(), "EP/LKGId", limit
- .getEpLkgId());
+ .debugEntryMessage("VLM id", limit.getVendorLicenseModelId(), "EP/LKGId", limit
+ .getEpLkgId());
getLimit(limit,user);
validateLimit(limit, user);
vendorLicenseFacade.updateLimit(limit, user);
+ updateParentForLimit(limit,user);
mdcDataDebugMessage
- .debugExitMessage("VLM id", limit.getVendorLicenseModelId(), "EP/LKGId", limit
- .getEpLkgId());
+ .debugExitMessage("VLM id", limit.getVendorLicenseModelId(), "EP/LKGId", limit
+ .getEpLkgId());
}
private boolean isLimitPresent(LimitEntity limit) {
@Override
public LimitEntity getLimit(LimitEntity limitEntity,
- String user) {
+ String user) {
mdcDataDebugMessage.debugEntryMessage("VLM id", limitEntity.getVendorLicenseModelId(),
- "EP/LKGId", limitEntity.getEpLkgId());
+ "EP/LKGId", limitEntity.getEpLkgId());
limitEntity.setVersion(VersioningUtil.resolveVersion(limitEntity.getVersion(),
- getVersionInfo(limitEntity.getVendorLicenseModelId(), VersionableEntityAction.Read,
- user), user));
+ getVersionInfo(limitEntity.getVendorLicenseModelId(), VersionableEntityAction.Read,
+ user), user));
if(!isLimitPresent(limitEntity)){
VersioningUtil
- .validateEntityExistence(null, limitEntity, VendorLicenseModelEntity.ENTITY_TYPE);
+ .validateEntityExistence(null, limitEntity, VendorLicenseModelEntity.ENTITY_TYPE);
}
LimitEntity retrieved = limitDao.get(limitEntity);
VersioningUtil
- .validateEntityExistence(retrieved, limitEntity, VendorLicenseModelEntity.ENTITY_TYPE);
+ .validateEntityExistence(retrieved, limitEntity, VendorLicenseModelEntity.ENTITY_TYPE);
mdcDataDebugMessage.debugExitMessage("VLM id", limitEntity.getVendorLicenseModelId(),
- "EP/LKGId", limitEntity.getEpLkgId());
+ "EP/LKGId", limitEntity.getEpLkgId());
return retrieved;
}
+ /**
+ * update Parent of limit (EP/LKG) versionuuid when limit is modified so that limit updates are
+ * captured in VLM XML
+ * @param limit
+ * @param user
+ */
+ private void updateParentForLimit(LimitEntity limit, String user) {
+ mdcDataDebugMessage.debugEntryMessage("VLM id", limit.getVendorLicenseModelId(),
+ "EP/LKGId", limit.getEpLkgId(), "Limit Parent ", limit.getParent());
+ if ("EntitlementPool".equals(limit.getParent()) ) {
+ EntitlementPoolEntity entitlementPoolEntity =
+ entitlementPoolDao.get(new EntitlementPoolEntity(limit.getVendorLicenseModelId(),
+ limit.getVersion(), limit.getEpLkgId()));
+ vendorLicenseFacade.updateEntitlementPool(entitlementPoolEntity, user);
+ }
+
+ if ("LicenseKeyGroup".equals(limit.getParent())) {
+ LicenseKeyGroupEntity licenseKeyGroupEntity = licenseKeyGroupDao.get(
+ new LicenseKeyGroupEntity(limit.getVendorLicenseModelId(), limit.getVersion(),
+ limit.getEpLkgId()));
+ vendorLicenseFacade.updateLicenseKeyGroup(licenseKeyGroupEntity, user);
+ }
+
+ mdcDataDebugMessage.debugEntryMessage("VLM id", limit.getVendorLicenseModelId(),
+ "EP/LKGId", limit.getEpLkgId(), "Limit Parent ", limit.getParent());
+ }
+
protected void addFeatureGroupsToLicenseAgreementRef(Set<String> featureGroupIds,
- LicenseAgreementEntity licenseAgreement) {
+ LicenseAgreementEntity licenseAgreement) {
if (featureGroupIds != null) {
for (String featureGroupId : featureGroupIds) {
featureGroupDao.addReferencingLicenseAgreement(
- new FeatureGroupEntity(licenseAgreement.getVendorLicenseModelId(),
- licenseAgreement.getVersion(), featureGroupId), licenseAgreement.getId());
+ new FeatureGroupEntity(licenseAgreement.getVendorLicenseModelId(),
+ licenseAgreement.getVersion(), featureGroupId), licenseAgreement.getId());
}
}
}
protected void removeFeatureGroupsToLicenseAgreementRef(Set<String> featureGroupIds,
- LicenseAgreementEntity licenseAgreement) {
+ LicenseAgreementEntity licenseAgreement) {
if (featureGroupIds != null) {
for (String featureGroupId : featureGroupIds) {
featureGroupDao.removeReferencingLicenseAgreement(
- new FeatureGroupEntity(licenseAgreement.getVendorLicenseModelId(),
- licenseAgreement.getVersion(), featureGroupId), licenseAgreement.getId());
+ new FeatureGroupEntity(licenseAgreement.getVendorLicenseModelId(),
+ licenseAgreement.getVersion(), featureGroupId), licenseAgreement.getId());
}
}
}
protected void addLicenseKeyGroupsToFeatureGroupsRef(Set<String> licenseKeyGroupIds,
- FeatureGroupEntity featureGroup) {
+ FeatureGroupEntity featureGroup) {
if (licenseKeyGroupIds != null) {
for (String licenseKeyGroupId : licenseKeyGroupIds) {
licenseKeyGroupDao.addReferencingFeatureGroup(
- new LicenseKeyGroupEntity(featureGroup.getVendorLicenseModelId(),
- featureGroup.getVersion(), licenseKeyGroupId), featureGroup.getId());
+ new LicenseKeyGroupEntity(featureGroup.getVendorLicenseModelId(),
+ featureGroup.getVersion(), licenseKeyGroupId), featureGroup.getId());
}
}
}
protected void removeLicenseKeyGroupsToFeatureGroupsRef(Set<String> licenseKeyGroupIds,
- FeatureGroupEntity featureGroup) {
+ FeatureGroupEntity featureGroup) {
if (licenseKeyGroupIds != null) {
for (String licenseKeyGroupId : licenseKeyGroupIds) {
licenseKeyGroupDao.removeReferencingFeatureGroup(
- new LicenseKeyGroupEntity(featureGroup.getVendorLicenseModelId(),
- featureGroup.getVersion(), licenseKeyGroupId), featureGroup.getId());
+ new LicenseKeyGroupEntity(featureGroup.getVendorLicenseModelId(),
+ featureGroup.getVersion(), licenseKeyGroupId), featureGroup.getId());
}
}
}
protected void addEntitlementPoolsToFeatureGroupsRef(Set<String> entitlementPoolIds,
- FeatureGroupEntity featureGroup) {
+ FeatureGroupEntity featureGroup) {
if (entitlementPoolIds != null) {
for (String entitlementPoolId : entitlementPoolIds) {
entitlementPoolDao.addReferencingFeatureGroup(
- new EntitlementPoolEntity(featureGroup.getVendorLicenseModelId(),
- featureGroup.getVersion(), entitlementPoolId), featureGroup.getId());
+ new EntitlementPoolEntity(featureGroup.getVendorLicenseModelId(),
+ featureGroup.getVersion(), entitlementPoolId), featureGroup.getId());
}
}
}
protected void removeEntitlementPoolsToFeatureGroupsRef(Set<String> entitlementPoolIds,
- FeatureGroupEntity featureGroup) {
+ FeatureGroupEntity featureGroup) {
if (entitlementPoolIds != null) {
for (String entitlementPoolId : entitlementPoolIds) {
entitlementPoolDao.removeReferencingFeatureGroup(
- new EntitlementPoolEntity(featureGroup.getVendorLicenseModelId(),
- featureGroup.getVersion(), entitlementPoolId), featureGroup.getId());
+ new EntitlementPoolEntity(featureGroup.getVendorLicenseModelId(),
+ featureGroup.getVersion(), entitlementPoolId), featureGroup.getId());
}
}
}
protected VersionInfo getVersionInfo(String vendorLicenseModelId, VersionableEntityAction action,
- String user) {
+ String user) {
return vendorLicenseFacade.getVersionInfo(vendorLicenseModelId, action, user);
}
protected LicenseAgreementEntity createLicenseAgreementForList(String vlmId, Version version,
String user) {
return new LicenseAgreementEntity(vlmId, VersioningUtil
- .resolveVersion(version, getVersionInfo(vlmId, VersionableEntityAction.Read, user), user),
- null);
+ .resolveVersion(version, getVersionInfo(vlmId, VersionableEntityAction.Read, user), user),
+ null);
}
protected void updateUniqueName(String uniqueValueType ,String oldName, String newName,String ...
- context) {
+ context) {
UniqueValueUtil
- .updateUniqueValue(uniqueValueType, oldName, newName,context);
+ .updateUniqueValue(uniqueValueType, oldName, newName,context);
}
protected void deleteUniqueName(String uniqueValueType,String ... uniqueCombination) {
protected Version resloveVersion(String vlmId,Version requestedVersion, VersionInfo versionInfo,
String user){
- return VersioningUtil.resolveVersion(null,
- getVersionInfo(vlmId, VersionableEntityAction.Write, user), user);
+ return VersioningUtil.resolveVersion(null,
+ getVersionInfo(vlmId, VersionableEntityAction.Write, user), user);
}
}
private static final String CREATE_DEPLOYMENT_FLAVOR_NOT_ALLOWED_IN_HEAT_ONBOARDING_MSG=
"Deployment Flavor cannot be added for VSPs onboarded with HEAT.";
private static final String FEATURE_GROUP_NOT_EXIST_FOR_VSP_MSG=
- "Invalid request,Feature Group with Id %s does not exist for Vsp with Id %s and version " +
- "%s.";
+ "Invalid request,Feature Group with Id %s does not exist for Vsp with Id %s and version " +
+ "%s.";
private static final String INVALID_COMPONENT_COMPUTE_ASSOCIATION_MSG
- ="Invalid request,for valid association please provide ComponentId for Compute Flavor";
+ ="Invalid request,for valid association please provide ComponentId for Compute Flavor";
private static final String SAME_VFC_ASSOCIATION_MORE_THAN_ONCE_NOT_ALLOWED_MSG=
- "Invalid Request,Same Vfc cannot be associated more than once.";
+ "Invalid Request,Same Vfc cannot be associated more than once.";
private static final String DUPLICATE_DEPLOYMENT_FLAVOR_MODEL_NOT_ALLOWED_MSG =
- "Invalid request, Deployment Flavor with model %s already exists for Vsp with Id %s.";
+ "Invalid request, Deployment Flavor with model %s already exists for Vsp with Id %s.";
private static final String DEPLOYMENT_FLAVOUR_NAME_FORMAT_MSG = "Field does not conform to predefined criteria"
+ ": name : must match %s";
private static final String INVALID_COMPUTE_FLAVOR_ID_MSG =
- "Invalid request, Compute Flavor with Id %s does not exist for VFC with Id %s.";
+ "Invalid request, Compute Flavor with Id %s does not exist for VFC with Id %s.";
private static final String INVALID_COMPONENT_COMPUTE_ASSOCIATION_ERROR_MSG="VSP cannot be " +
- "submitted with an invalid Deployment Flavor. All Deployment Flavor should have atleast a VFC included with it's required Compute needs. Please fix the Deployment Flavor and re-submit the VSP.";
+ "submitted with an invalid Deployment Flavor. All Deployment Flavor should have atleast a VFC included with it's required Compute needs. " +
+ "Please fix the Deployment Flavor %s and re-submit the VSP.";
private static final String FEATUREGROUP_REQUIRED_IN_DEPLOYMENT_FLAVOR_MSG = "VSP cannot be " +
- "submitted with an invalid Deployment Flavor. All Deployment Flavor should have " +
- "FeatureGroup. Please fix the Deployment Flavor and re-submit the VSP.";
+ "submitted with an invalid Deployment Flavor. All Deployment Flavor should have " +
+ "FeatureGroup. Please fix the Deployment Flavor %s and re-submit the VSP.";
public static ErrorCode getAddDeploymentNotSupportedHeatOnboardErrorBuilder(){
ErrorCode.ErrorCodeBuilder builder = new ErrorCode.ErrorCodeBuilder();
}
public static ErrorCode getFeatureGroupNotexistErrorBuilder( String featureGroupId, String
- VspId, Version activeVersion){
+ VspId, Version activeVersion){
ErrorCode.ErrorCodeBuilder builder = new ErrorCode.ErrorCodeBuilder();
builder.withId(VendorSoftwareProductErrorCodes.FEATURE_GROUP_NOT_EXIST_FOR_VSP);
builder.withCategory(ErrorCategory.APPLICATION);
builder.withMessage(String.format(FEATURE_GROUP_NOT_EXIST_FOR_VSP_MSG,featureGroupId,
- VspId,activeVersion.toString()));
+ VspId,activeVersion.toString()));
return builder.build();
}
return builder.build();
}
public static ErrorCode getInvalidComputeIdErrorBuilder( String computeFlavorId, String
- vfcId){
+ vfcId){
ErrorCode.ErrorCodeBuilder builder = new ErrorCode.ErrorCodeBuilder();
builder.withId(VendorSoftwareProductErrorCodes.INVALID_COMPUTE_FLAVOR_ID);
builder.withCategory(ErrorCategory.APPLICATION);
builder.withMessage(String.format(INVALID_COMPUTE_FLAVOR_ID_MSG,computeFlavorId,
- vfcId));
+ vfcId));
return builder.build();
}
- public static ErrorCode getInvalidComponentComputeAssociationErrorBuilder(){
+ public static ErrorCode getInvalidComponentComputeAssociationErrorBuilder(String model){
ErrorCode.ErrorCodeBuilder builder = new ErrorCode.ErrorCodeBuilder();
builder.withId(VendorSoftwareProductErrorCodes.INVALID_COMPONENT_COMPUTE_ASSOCIATION);
builder.withCategory(ErrorCategory.APPLICATION);
- builder.withMessage(String.format(INVALID_COMPONENT_COMPUTE_ASSOCIATION_ERROR_MSG));
+ builder.withMessage(String.format(INVALID_COMPONENT_COMPUTE_ASSOCIATION_ERROR_MSG, model));
return builder.build();
}
- public static ErrorCode getFeatureGroupMandatoryErrorBuilder(){
+ public static ErrorCode getFeatureGroupMandatoryErrorBuilder(String model){
ErrorCode.ErrorCodeBuilder builder = new ErrorCode.ErrorCodeBuilder();
builder.withId(VendorSoftwareProductErrorCodes.FEATUREGROUP_REQUIRED_IN_DEPLOYMENT_FLAVOR);
builder.withCategory(ErrorCategory.APPLICATION);
- builder.withMessage(String.format(FEATUREGROUP_REQUIRED_IN_DEPLOYMENT_FLAVOR_MSG));
+ builder.withMessage(String.format(FEATUREGROUP_REQUIRED_IN_DEPLOYMENT_FLAVOR_MSG, model));
return builder.build();
}
import org.openecomp.sdc.logging.types.LoggerErrorCode;
import org.openecomp.sdc.logging.types.LoggerTragetServiceName;
import org.openecomp.sdc.vendorsoftwareproduct.ImageManager;
-import org.openecomp.sdc.vendorsoftwareproduct.VendorSoftwareProductConstants;
import org.openecomp.sdc.vendorsoftwareproduct.dao.ImageDao;
import org.openecomp.sdc.vendorsoftwareproduct.dao.VendorSoftwareProductInfoDao;
import org.openecomp.sdc.vendorsoftwareproduct.dao.type.ComponentEntity;
private CompositionEntityDataManager compositionEntityDataManager;
public ImageManagerImpl(
- VendorSoftwareProductInfoDao vspInfoDao,
- ImageDao imageDao,
- CompositionEntityDataManager compositionEntityDataManager
+ VendorSoftwareProductInfoDao vspInfoDao,
+ ImageDao imageDao,
+ CompositionEntityDataManager compositionEntityDataManager
) {
if (!isManual) {
ErrorCode errorCode = NotSupportedHeatOnboardMethodErrorBuilder
- .getAddImageNotSupportedHeatOnboardMethodErrorBuilder();
+ .getAddImageNotSupportedHeatOnboardMethodErrorBuilder();
MdcDataErrorMessage.createErrorMessageAndUpdateMdc(LoggerConstants.TARGET_ENTITY_DB,
- LoggerTragetServiceName.CREATE_IMAGE, ErrorLevel.ERROR.name(),
- errorCode.id(), errorCode.message());
+ LoggerTragetServiceName.CREATE_IMAGE, ErrorLevel.ERROR.name(),
+ errorCode.id(), errorCode.message());
throw new CoreException(errorCode);
}
- Collection<ImageEntity> vfcImageList = listImages(imageEntity.getVspId() ,
- imageEntity.getVersion(), imageEntity.getComponentId());
- validateVfcImage(isManual, imageEntity, vfcImageList, LoggerTragetServiceName.CREATE_IMAGE);
+ /*Collection<ImageEntity> vfcImageList = listImages(imageEntity.getVspId() ,
+ imageEntity.getVersion(), imageEntity.getComponentId());*/
compositionEntityDataManager.createImage(imageEntity);
return imageEntity;
}
@Override
public CompositionEntityResponse<Image> getImage(String vspId, Version version, String
- componentId, String imageId, String user) {
+ componentId, String imageId, String user) {
mdcDataDebugMessage.debugEntryMessage("VSP id, componentId, image id", vspId, componentId,
- imageId);
+ imageId);
/*version = VersioningUtil
.resolveVersion(version, getVersionInfo(vspId, VersionableEntityAction.Read, user));*/
response.setSchema(getImageCompositionSchema(schemaInput));
mdcDataDebugMessage.debugExitMessage("VSP id, componentId, image id", vspId, componentId,
- imageId);
+ imageId);
return response;
}
@Override
public QuestionnaireResponse getImageQuestionnaire(String vspId, Version version, String
- componentId, String imageId, String user) {
+ componentId, String imageId, String user) {
mdcDataDebugMessage.debugEntryMessage("VSP id", vspId);
/*version = VersioningUtil
@Override
public void deleteImage(String vspId, Version version, String componentId, String imageId, String
- user) {
+ user) {
mdcDataDebugMessage
- .debugEntryMessage("VSP id, component id", vspId, componentId, imageId);
+ .debugEntryMessage("VSP id, component id", vspId, componentId, imageId);
/*Version activeVersion =
getVersionInfo(vspId, VersionableEntityAction.Write, user).getActiveVersion();
ImageEntity imageEntity = getImageEntity(vspId, version, componentId, imageId);
if (!vspInfoDao.isManual(vspId, version)) {
final ErrorCode deleteImageErrorBuilder =
- NotSupportedHeatOnboardMethodErrorBuilder
- .getDelImageNotSupportedHeatOnboardMethodErrorBuilder();
+ NotSupportedHeatOnboardMethodErrorBuilder
+ .getDelImageNotSupportedHeatOnboardMethodErrorBuilder();
MdcDataErrorMessage.createErrorMessageAndUpdateMdc(LoggerConstants.TARGET_ENTITY_DB,
- LoggerTragetServiceName.DELETE_IMAGE, ErrorLevel.ERROR.name(),
- LoggerErrorCode.PERMISSION_ERROR.getErrorCode(),
- deleteImageErrorBuilder.message());
+ LoggerTragetServiceName.DELETE_IMAGE, ErrorLevel.ERROR.name(),
+ LoggerErrorCode.PERMISSION_ERROR.getErrorCode(),
+ deleteImageErrorBuilder.message());
throw new CoreException(deleteImageErrorBuilder);
}
if (imageEntity != null) {
imageDao.delete(new ImageEntity(vspId, version, componentId, imageId));
}
mdcDataDebugMessage
- .debugExitMessage("VSP id, component id", vspId, componentId, imageId);
+ .debugExitMessage("VSP id, component id", vspId, componentId, imageId);
}
private void validateHeatVspImageUpdate(String name, String value, String retrivedValue) {
if(value != null && !value.equals(retrivedValue)) {
final ErrorCode updateHeatImageErrorBuilder =
- ImageErrorBuilder.getImageHeatReadOnlyErrorBuilder(name);
+ ImageErrorBuilder.getImageHeatReadOnlyErrorBuilder(name);
MdcDataErrorMessage.createErrorMessageAndUpdateMdc(LoggerConstants.TARGET_ENTITY_DB,
- LoggerTragetServiceName.UPDATE_IMAGE, ErrorLevel.ERROR.name(),
- LoggerErrorCode.PERMISSION_ERROR.getErrorCode(),
- updateHeatImageErrorBuilder.message());
+ LoggerTragetServiceName.UPDATE_IMAGE, ErrorLevel.ERROR.name(),
+ LoggerErrorCode.PERMISSION_ERROR.getErrorCode(),
+ updateHeatImageErrorBuilder.message());
throw new CoreException(updateHeatImageErrorBuilder);
}
}
@Override
public CompositionEntityValidationData updateImage(ImageEntity image, String user) {
mdcDataDebugMessage
- .debugEntryMessage("VSP id, component id", image.getVspId(), image.getComponentId(),
- image.getId());
+ .debugEntryMessage("VSP id, component id", image.getVspId(), image.getComponentId(),
+ image.getId());
/*Version activeVersion =
getVersionInfo(image.getVspId(), VersionableEntityAction.Write, user).getActiveVersion();
image.setVersion(activeVersion);*/
boolean isManual = vspInfoDao.isManual(image.getVspId(), image.getVersion());
ImageEntity retrieved = getImageEntity(image.getVspId(), image.getVersion(), image.getComponentId(),
- image.getId());
+ image.getId());
if(!isManual) {
final Image imageCompositionData = image.getImageCompositionData();
final String fileName = imageCompositionData.getFileName();
//final String format = imageCompositionData.getFormat();
validateHeatVspImageUpdate("fileName", fileName, retrieved.getImageCompositionData()
- .getFileName());
+ .getFileName());
/*validateHeatVspImageUpdate("format", format, retrieved.getImageCompositionData()
.getFormat());*/
}
Collection<ImageEntity> vfcImageList = listImages(image.getVspId() ,
- image.getVersion(), image.getComponentId());
+ image.getVersion(), image.getComponentId());
//Set to null so that retrieved object is equal to one in list and gets removed.
retrieved.setQuestionnaireData(null);
vfcImageList.remove(retrieved);
- validateVfcImage(isManual, image, vfcImageList, LoggerTragetServiceName.UPDATE_IMAGE);
//Set format to default value in order to handle FTL validation when image format is null
/*if(image.getImageCompositionData().getFormat() == null)
schemaInput.setImage(image.getImageCompositionData());
CompositionEntityValidationData validationData = compositionEntityDataManager
- .validateEntity(image, SchemaTemplateContext.composition, schemaInput);
+ .validateEntity(image, SchemaTemplateContext.composition, schemaInput);
if (CollectionUtils.isEmpty(validationData.getErrors())) {
imageDao.update(image);
}
mdcDataDebugMessage
- .debugExitMessage("VSP id, component id", image.getVspId(), image.getComponentId(),
- image.getId());
+ .debugExitMessage("VSP id, component id", image.getVspId(), image.getComponentId(),
+ image.getId());
return validationData;
}
@Override
public void updateImageQuestionnaire(String vspId, Version version, String componentId, String
- imageId, String questionnaireData, String user) {
+ imageId, String questionnaireData, String user) {
mdcDataDebugMessage.debugEntryMessage("VSP id, component id, imageId", vspId, componentId,
- imageId);
+ imageId);
getImageEntity(vspId, version, componentId, imageId);
} catch (IllegalArgumentException exception) {
ErrorCode errorCode = ImageErrorBuilder.getInvalidImageFormatErrorBuilder();
MdcDataErrorMessage.createErrorMessageAndUpdateMdc(LoggerConstants.TARGET_ENTITY_DB,
- LoggerTragetServiceName.UPDATE_IMAGE, ErrorLevel.ERROR.name(),
- errorCode.id(), errorCode.message() );
+ LoggerTragetServiceName.UPDATE_IMAGE, ErrorLevel.ERROR.name(),
+ errorCode.id(), errorCode.message() );
throw new CoreException(errorCode);
}
//Validate Format is read only for HEAT Onboarding
if (!vspInfoDao.isManual(vspId, version)) {
final QuestionnaireResponse imageQuestionnaire = getImageQuestionnaire(vspId, version,
- componentId, imageId, user);
+ componentId, imageId, user);
final String data = imageQuestionnaire.getData();
if (data != null) {
String retrivedFormat = JsonUtil.json2Object(data, ImageDetails.class).getFormat();
if(!isImageVersionUnique(vspId, version, componentId, imageId, image, user))
{
- ErrorCode errorCode = ImageErrorBuilder.getDuplicateImageVersionErrorBuilder(image
- .getVersion(), componentId);
+ ErrorCode errorCode = ImageErrorBuilder.getDuplicateImageVersionErrorBuilder(image
+ .getVersion(), componentId);
- MdcDataErrorMessage.createErrorMessageAndUpdateMdc(LoggerConstants.TARGET_ENTITY_DB,
- LoggerTragetServiceName.UPDATE_IMAGE, ErrorLevel.ERROR.name(),
- errorCode.id(),errorCode.message());
+ MdcDataErrorMessage.createErrorMessageAndUpdateMdc(LoggerConstants.TARGET_ENTITY_DB,
+ LoggerTragetServiceName.UPDATE_IMAGE, ErrorLevel.ERROR.name(),
+ errorCode.id(),errorCode.message());
- throw new CoreException(errorCode);
+ throw new CoreException(errorCode);
}
imageDao.updateQuestionnaireData(vspId, version, componentId, imageId, questionnaireData);
mdcDataDebugMessage.debugExitMessage("VSP id, component id, imageId", vspId, componentId,
- imageId);
+ imageId);
}
private boolean isImageVersionUnique(String vspId, Version version, String componentId, String imageId,
boolean isPresent = true;
if(image!=null && image.getVersion()!=null)
{
- Collection<ImageEntity> imageEntities = imageDao.list(new ImageEntity(vspId, version, componentId, null));
- if(CollectionUtils.isNotEmpty(imageEntities))
- {
- imageEntities = imageEntities.stream().filter(imageEntity -> image.getVersion().trim().equalsIgnoreCase(
- getImageVersion(vspId, version, componentId, imageEntity, user))
- && !imageEntity.getId().equals(imageId)).collect(Collectors.toList());
-
- isPresent = CollectionUtils.isEmpty(imageEntities);
- }
+ Collection<ImageEntity> imageEntities = imageDao.list(new ImageEntity(vspId, version, componentId, null));
+ if(CollectionUtils.isNotEmpty(imageEntities))
+ {
+ imageEntities = imageEntities.stream().filter(imageEntity -> image.getVersion().trim().equalsIgnoreCase(
+ getImageVersion(vspId, version, componentId, imageEntity, user))
+ && !imageEntity.getId().equals(imageId)).collect(Collectors.toList());
+
+ isPresent = CollectionUtils.isEmpty(imageEntities);
+ }
}
return isPresent;
private String getImageVersion(String vspId, Version version, String componentId, ImageEntity imageEntity, String user)
{
- QuestionnaireResponse imageQuestionnaire = getImageQuestionnaire(vspId, version,
- componentId, imageEntity.getId(), user);
- ImageDetails imageDetails = JsonUtil.json2Object(imageQuestionnaire.getData(), ImageDetails.class);
+ QuestionnaireResponse imageQuestionnaire = getImageQuestionnaire(vspId, version,
+ componentId, imageEntity.getId(), user);
+ ImageDetails imageDetails = JsonUtil.json2Object(imageQuestionnaire.getData(), ImageDetails.class);
- return imageDetails==null?null:imageDetails.getVersion()!=null?imageDetails.getVersion().trim():null;
+ return imageDetails==null?null:imageDetails.getVersion()!=null?imageDetails.getVersion().trim():null;
}
private ImageEntity getImageEntity(String vspId, Version version, String componentId,
String imageId) {
ImageEntity imageEntity = imageDao.get(new ImageEntity(vspId, version, componentId, imageId));
VersioningUtil.validateEntityExistence(imageEntity, new ImageEntity(vspId, version, componentId,
- imageId), VspDetails.ENTITY_TYPE);
+ imageId), VspDetails.ENTITY_TYPE);
return imageEntity;
}
return false;
}
- private void validateVfcImage(boolean isManual, ImageEntity image,
- Collection<ImageEntity> vfcImageList, String event) {
- if (isImageNameDuplicate(vfcImageList,image.getImageCompositionData().getFileName())) {
- ErrorCode errorCode = ImageErrorBuilder.getDuplicateImageNameErrorBuilder(image
- .getImageCompositionData().getFileName(), image.getComponentId());
-
- MdcDataErrorMessage.createErrorMessageAndUpdateMdc(LoggerConstants.TARGET_ENTITY_DB,
- event, ErrorLevel.ERROR.name(),
- errorCode.id(),errorCode.message());
-
- throw new CoreException(errorCode);
- }
- }
-
protected String getImageCompositionSchema(SchemaTemplateInput schemaInput) {
mdcDataDebugMessage.debugEntryMessage(null, null);
mdcDataDebugMessage.debugExitMessage(null, null);
return SchemaGenerator
- .generate(SchemaTemplateContext.composition, CompositionEntityType.image,
- schemaInput);
+ .generate(SchemaTemplateContext.composition, CompositionEntityType.image,
+ schemaInput);
}
protected String getImageQuestionnaireSchema(SchemaTemplateInput schemaInput) {
mdcDataDebugMessage.debugExitMessage(null, null);
return SchemaGenerator
- .generate(SchemaTemplateContext.questionnaire, CompositionEntityType.image,
- schemaInput);
+ .generate(SchemaTemplateContext.questionnaire, CompositionEntityType.image,
+ schemaInput);
}
}
import org.openecomp.sdc.vendorsoftwareproduct.informationArtifact.InformationArtifactGenerator;
import org.openecomp.sdc.vendorsoftwareproduct.services.composition.CompositionEntityDataManager;
import org.openecomp.sdc.vendorsoftwareproduct.services.schemagenerator.SchemaGenerator;
-import org.openecomp.sdc.vendorsoftwareproduct.types.ComponentValidationResult;
-import org.openecomp.sdc.vendorsoftwareproduct.types.DeploymentFlavorValidationResult;
import org.openecomp.sdc.vendorsoftwareproduct.types.QuestionnaireResponse;
import org.openecomp.sdc.vendorsoftwareproduct.types.QuestionnaireValidationResult;
import org.openecomp.sdc.vendorsoftwareproduct.types.ValidationResponse;
import java.io.OutputStream;
import java.nio.ByteBuffer;
import java.util.ArrayList;
-import java.util.Arrays;
import java.util.Collection;
import java.util.HashMap;
import java.util.HashSet;
private static MdcDataDebugMessage mdcDataDebugMessage = new MdcDataDebugMessage();
private static final Logger logger =
- LoggerFactory.getLogger(VendorSoftwareProductManagerImpl.class);
+ LoggerFactory.getLogger(VendorSoftwareProductManagerImpl.class);
private OrchestrationTemplateDao orchestrationTemplateDao;
private VendorSoftwareProductInfoDao vspInfoDao;
* @param enrichedServiceModelDao the enriched service model dao
* @param healingManager the healing manager
* @param licenseArtifactsService the license artifacts service
- * @param compositionEntityDataManager the composition entity data manager
* @param informationArtifactGenerator the information artifact generator
* @param packageInfoDao the package info dao
* @param activityLogManager the activity log manager
* @param nicDao the nic dao
*/
public VendorSoftwareProductManagerImpl(
- VersioningManager versioningManager,
- VendorSoftwareProductDao vendorSoftwareProductDao,
- OrchestrationTemplateDao orchestrationTemplateDataDao,
- VendorSoftwareProductInfoDao vspInfoDao,
- VendorLicenseFacade vendorLicenseFacade,
- ServiceModelDao<ToscaServiceModel, ServiceElement> serviceModelDao,
- EnrichedServiceModelDao<ToscaServiceModel, ServiceElement> enrichedServiceModelDao,
- HealingManager healingManager,
- VendorLicenseArtifactsService licenseArtifactsService,
- InformationArtifactGenerator informationArtifactGenerator,
- PackageInfoDao packageInfoDao,
- ActivityLogManager activityLogManager,
- DeploymentFlavorDao deploymentFlavorDao,
- NicDao nicDao,
- ManualVspToscaManager manualVspToscaManager) {
+ VersioningManager versioningManager,
+ VendorSoftwareProductDao vendorSoftwareProductDao,
+ OrchestrationTemplateDao orchestrationTemplateDataDao,
+ VendorSoftwareProductInfoDao vspInfoDao,
+ VendorLicenseFacade vendorLicenseFacade,
+ ServiceModelDao<ToscaServiceModel, ServiceElement> serviceModelDao,
+ EnrichedServiceModelDao<ToscaServiceModel, ServiceElement> enrichedServiceModelDao,
+ HealingManager healingManager,
+ VendorLicenseArtifactsService licenseArtifactsService,
+ InformationArtifactGenerator informationArtifactGenerator,
+ PackageInfoDao packageInfoDao,
+ ActivityLogManager activityLogManager,
+ DeploymentFlavorDao deploymentFlavorDao,
+ NicDao nicDao,
+ ManualVspToscaManager manualVspToscaManager) {
this.versioningManager = versioningManager;
this.vendorSoftwareProductDao = vendorSoftwareProductDao;
this.orchestrationTemplateDao = orchestrationTemplateDataDao;
private void registerToVersioning() {
vendorSoftwareProductDao.registerVersioning(
- VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE);
+ VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE);
serviceModelDao.registerVersioning(
- VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE);
+ VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE);
enrichedServiceModelDao.registerVersioning(
- VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE);
+ VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE);
}
@Override
MDC.put(LoggerConstants.SERVICE_NAME, LoggerServiceName.Checkout_Entity.toString());
Version newVersion = versioningManager
- .checkout(VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE,
- vendorSoftwareProductId, user);
+ .checkout(VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE,
+ vendorSoftwareProductId, user);
if (newVersion != null) {
ActivityLogEntity activityLogEntity =
- new ActivityLogEntity(vendorSoftwareProductId, String.valueOf(newVersion.getMajor() + 1),
- ActivityType.CHECKOUT.toString(), user, true, "", "");
+ new ActivityLogEntity(vendorSoftwareProductId, String.valueOf(newVersion.getMajor() + 1),
+ ActivityType.CHECKOUT.toString(), user, true, "", "");
activityLogManager.addActionLog(activityLogEntity, user);
}
mdcDataDebugMessage.debugEntryMessage("VSP id", vendorSoftwareProductId);
Version version =
- getVersionInfo(vendorSoftwareProductId, VersionableEntityAction.Read, user)
- .getActiveVersion();
+ getVersionInfo(vendorSoftwareProductId, VersionableEntityAction.Read, user)
+ .getActiveVersion();
String preVspName = vspInfoDao
- .get(new VspDetails(vendorSoftwareProductId, version)).getName();
+ .get(new VspDetails(vendorSoftwareProductId, version)).getName();
Version newVersion = versioningManager.undoCheckout(
- VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE,
- vendorSoftwareProductId, user);
+ VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE,
+ vendorSoftwareProductId, user);
String postVspName = vspInfoDao
- .get(new VspDetails(vendorSoftwareProductId, newVersion))
- .getName();
+ .get(new VspDetails(vendorSoftwareProductId, newVersion))
+ .getName();
updateUniqueName(preVspName, postVspName);
mdcDataDebugMessage.debugEntryMessage("VSP id", vendorSoftwareProductId);
Version newVersion = versioningManager.checkin(
- VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE,
- vendorSoftwareProductId, user, null);
+ VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE,
+ vendorSoftwareProductId, user, null);
if (newVersion != null) {
ActivityLogEntity activityLogEntity =
- new ActivityLogEntity(vendorSoftwareProductId, String.valueOf(newVersion.getMajor() + 1),
- ActivityType.CHECKIN.toString(), user, true, "", "");
+ new ActivityLogEntity(vendorSoftwareProductId, String.valueOf(newVersion.getMajor() + 1),
+ ActivityType.CHECKIN.toString(), user, true, "", "");
activityLogManager.addActionLog(activityLogEntity, user);
}
VspDetails vspDetails = getVsp(vspId, version, user);
UploadDataEntity uploadData = orchestrationTemplateDao.getOrchestrationTemplate(vspId, version);
ToscaServiceModel serviceModel =
- serviceModelDao.getServiceModel(vspId, vspDetails.getVersion());
+ serviceModelDao.getServiceModel(vspId, vspDetails.getVersion());
ValidationResponse validationResponse = new ValidationResponse();
validationResponse
- .setVspErrors(validateCompletedVendorSoftwareProduct(vspDetails, uploadData, serviceModel),
- LoggerServiceName.Submit_VSP, LoggerTragetServiceName.SUBMIT_VSP);
+ .setVspErrors(validateCompletedVendorSoftwareProduct(vspDetails, uploadData, serviceModel),
+ LoggerServiceName.Submit_VSP, LoggerTragetServiceName.SUBMIT_VSP);
if (isCyclicDependencyInComponents(vspId, vspDetails.getVersion())) {
Collection<ErrorCode> vspErrors = validationResponse.getVspErrors() == null
- ? new ArrayList<>()
- : validationResponse.getVspErrors();
+ ? new ArrayList<>()
+ : validationResponse.getVspErrors();
vspErrors.add(ComponentDependencyModelErrorBuilder
- .getcyclicDependencyComponentErrorBuilder());
+ .getcyclicDependencyComponentErrorBuilder());
validationResponse.setVspErrors(vspErrors, LoggerServiceName.Submit_VSP,
- LoggerTragetServiceName.SUBMIT_VSP);
+ LoggerTragetServiceName.SUBMIT_VSP);
}
validationResponse.setLicensingDataErrors(validateLicensingData(vspDetails));
validationResponse
- .setUploadDataErrors(validateUploadData(uploadData), LoggerServiceName.Submit_VSP,
- LoggerTragetServiceName.SUBMIT_VSP);
+ .setUploadDataErrors(validateUploadData(uploadData), LoggerServiceName.Submit_VSP,
+ LoggerTragetServiceName.SUBMIT_VSP);
validationResponse.setQuestionnaireValidationResult(
- validateQuestionnaire(vspDetails.getId(), vspDetails.getVersion(), vspDetails
- .getOnboardingMethod()));
+ validateQuestionnaire(vspDetails.getId(), vspDetails.getVersion(), vspDetails
+ .getOnboardingMethod()));
if (vspDetails.getOnboardingMethod().equals("Manual")) {
- validationResponse.setDeploymentFlavorValidationResult(
- deploymentFlavorValidation(vspDetails.getId(), vspDetails.getVersion()));
- validationResponse.setComponentValidationResult(
- componentValidation(vspDetails.getId(), vspDetails.getVersion()));
+ Collection<ErrorCode> deploymentFlavourValidationErrList = deploymentFlavorValidation(vspDetails.getId(), vspDetails.getVersion());
+ if (validationResponse.getVspErrors() != null) {
+ if(deploymentFlavourValidationErrList != null)
+ validationResponse.getVspErrors().addAll(deploymentFlavourValidationErrList);
+ } else {
+ validationResponse.setVspErrors(deploymentFlavourValidationErrList, LoggerServiceName.Submit_VSP,
+ LoggerTragetServiceName.SUBMIT_VSP);
+ }
+
+ Set<CompositionEntityValidationData> compositionEntityValidationData = componentValidation(vspDetails.getId(), vspDetails.getVersion());
+ if (validationResponse.getQuestionnaireValidationResult() != null) {
+ if(!CollectionUtils.isEmpty(compositionEntityValidationData))
+ validationResponse.getQuestionnaireValidationResult().getValidationData().addAll(compositionEntityValidationData);
+ } else {
+ validationResponse.setQuestionnaireValidationResult(CollectionUtils.isEmpty(compositionEntityValidationData) ? null :
+ new QuestionnaireValidationResult(compositionEntityValidationData));
+ }
+
//Generate Tosca service model for Manual Onboarding flow
VspModelInfo vspModelInfo = manualVspToscaManager.gatherVspInformation(vspId, version, user);
serviceModel = manualVspToscaManager.generateToscaModel(vspModelInfo);
}
-
validationResponse.setCompilationErrors(
- compile(vspId, vspDetails.getVersion(), serviceModel),
- LoggerServiceName.Submit_VSP, LoggerTragetServiceName.SUBMIT_VSP);
+ compile(vspId, vspDetails.getVersion(), serviceModel),
+ LoggerServiceName.Submit_VSP, LoggerTragetServiceName.SUBMIT_VSP);
if (validationResponse.isValid()) {
Version newVersion = versioningManager.submit(
- VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE,
- vspId, user, null);
+ VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE,
+ vspId, user, null);
ActivityLogEntity activityLogEntity = new ActivityLogEntity(vspDetails.getId(), String
- .valueOf(newVersion.getMajor()),
- ActivityType.SUBMIT.toString(), user, true, "", "");
+ .valueOf(newVersion.getMajor()),
+ ActivityType.SUBMIT.toString(), user, true, "", "");
activityLogManager.addActionLog(activityLogEntity, user);
}
private boolean isCyclicDependencyInComponents(String vendorSoftwareProductId,
Version version) {
final Collection<ComponentDependencyModelEntity> componentDependencyModelEntities =
- vendorSoftwareProductDao.listComponentDependencies(vendorSoftwareProductId, version);
+ vendorSoftwareProductDao.listComponentDependencies(vendorSoftwareProductId, version);
ComponentDependencyTracker dependencyTracker = new ComponentDependencyTracker();
for (ComponentDependencyModelEntity entity : componentDependencyModelEntities) {
return dependencyTracker.isCyclicDependencyPresent();
}
- private DeploymentFlavorValidationResult deploymentFlavorValidation(String vspId,
- Version version) {
+ private Collection<ErrorCode> deploymentFlavorValidation(String vspId,
+ Version version) {
mdcDataDebugMessage.debugEntryMessage("VSP id", vspId);
Set<CompositionEntityValidationData> validationData = new HashSet<>();
+ Collection<ErrorCode> errorCodeList = new ArrayList<>();
Collection<DeploymentFlavorEntity> deploymentFlavors =
- vendorSoftwareProductDao.listDeploymentFlavors(vspId, version);
+ vendorSoftwareProductDao.listDeploymentFlavors(vspId, version);
if (!CollectionUtils.isEmpty(deploymentFlavors)) {
deploymentFlavors.forEach(deploymentFlavor -> {
DeploymentFlavorEntity deployment = vendorSoftwareProductDao.getDeploymentFlavor(vspId,
- version, deploymentFlavor.getId());
+ version, deploymentFlavor.getId());
DeploymentFlavor deploymentlocalFlavor = deployment.getDeploymentFlavorCompositionData();
if (deploymentlocalFlavor != null) {
if (deploymentlocalFlavor.getFeatureGroupId() == null ) {
ErrorCode deploymentFlavorErrorBuilder = DeploymentFlavorErrorBuilder.
- getFeatureGroupMandatoryErrorBuilder();
- CompositionEntityValidationData compositionEntityValidationData = new
- CompositionEntityValidationData(CompositionEntityType.deployment,
- deploymentFlavor.getId());
- compositionEntityValidationData.setEntityName(deploymentlocalFlavor.getModel());
- List<String> errors = new ArrayList<>();
- errors.add(deploymentFlavorErrorBuilder.message());
- compositionEntityValidationData.setErrors(errors);
- validationData.add(compositionEntityValidationData);
+ getFeatureGroupMandatoryErrorBuilder(deploymentlocalFlavor.getModel());
+ errorCodeList.add(deploymentFlavorErrorBuilder);
}
List<ComponentComputeAssociation> componetComputeAssociations = new ArrayList<>();
componetComputeAssociations = deploymentlocalFlavor.getComponentComputeAssociations();
if (CollectionUtils.isEmpty(componetComputeAssociations)) {
CompositionEntityValidationData compositionEntityValidationData = new
- CompositionEntityValidationData(CompositionEntityType.deployment,deploymentFlavor
- .getId());
+ CompositionEntityValidationData(CompositionEntityType.deployment,deploymentFlavor
+ .getId());
compositionEntityValidationData.setEntityName(deployment
- .getDeploymentFlavorCompositionData().getModel());
+ .getDeploymentFlavorCompositionData().getModel());
ErrorCode deploymentFlavorErrorBuilder = DeploymentFlavorErrorBuilder
- .getInvalidComponentComputeAssociationErrorBuilder();
- List<String> errors = new ArrayList<>();
- errors.add(deploymentFlavorErrorBuilder.message());
- compositionEntityValidationData.setErrors(errors);
- validationData.add(compositionEntityValidationData);
+ .getInvalidComponentComputeAssociationErrorBuilder(deploymentlocalFlavor.getModel());
+
+ errorCodeList.add(deploymentFlavorErrorBuilder);
} else {
componetComputeAssociations.forEach(componetComputeAssociation -> {
if (componetComputeAssociation == null
- || !(componetComputeAssociation.getComponentId() != null
+ || !(componetComputeAssociation.getComponentId() != null
&& componetComputeAssociation.getComputeFlavorId() != null)) {
CompositionEntityValidationData compositionEntityValidationData = new
- CompositionEntityValidationData(CompositionEntityType.deployment,
- deploymentFlavor.getId());
+ CompositionEntityValidationData(CompositionEntityType.deployment,
+ deploymentFlavor.getId());
compositionEntityValidationData.setEntityName(deployment
- .getDeploymentFlavorCompositionData().getModel());
+ .getDeploymentFlavorCompositionData().getModel());
ErrorCode deploymentFlavorErrorBuilder = DeploymentFlavorErrorBuilder
- .getInvalidComponentComputeAssociationErrorBuilder();
- List<String> errors = new ArrayList<>();
- errors.add(deploymentFlavorErrorBuilder.message());
- compositionEntityValidationData.setErrors(errors);
- validationData.add(compositionEntityValidationData);
+ .getInvalidComponentComputeAssociationErrorBuilder(deploymentlocalFlavor.getModel());
+
+ errorCodeList.add(deploymentFlavorErrorBuilder);
}
});
}
}
});
}
- if (CollectionUtils.isEmpty(validationData)) {
- return null;
- }
- DeploymentFlavorValidationResult deploymentFlavorValidationResult = new
- DeploymentFlavorValidationResult(validationData);
- return deploymentFlavorValidationResult;
-
+ return errorCodeList;
}
- private ComponentValidationResult componentValidation(String vspId, Version version) {
+ private Set<CompositionEntityValidationData> componentValidation(String vspId, Version version) {
mdcDataDebugMessage.debugEntryMessage("VSP id", vspId);
Set<CompositionEntityValidationData> validationData = new HashSet<>();
});
}
- if (CollectionUtils.isEmpty(validationData)) {
- return null;
- }
- ComponentValidationResult componentValidationResult =
- new ComponentValidationResult(validationData);
- return componentValidationResult;
+
+ return validationData;
}
private void validateNic(String vspId, Version version,
if (CollectionUtils.isNotEmpty(nics)) {
nics.forEach(nicEntity -> {
NicEntity nic = nicDao.get(new NicEntity(vspId, version, component.getId(),
- nicEntity.getId()));
+ nicEntity.getId()));
NetworkType networkType = nic.getNicCompositionData().getNetworkType();
String networkId = nic.getNicCompositionData().getNetworkId();
if (networkType.equals(NetworkType.Internal) && networkId == null) {
CompositionEntityValidationData compositionEntityValidationData = new
- CompositionEntityValidationData(CompositionEntityType.nic, nic.getId());
+ CompositionEntityValidationData(CompositionEntityType.nic, nic.getId());
compositionEntityValidationData.setEntityName(nic.getNicCompositionData().getName());
ErrorCode nicInternalNetworkErrorBuilder = NicInternalNetworkErrorBuilder
- .getNicNullNetworkIdInternalNetworkIdErrorBuilder();
+ .getNicNullNetworkIdInternalNetworkIdErrorBuilder();
List<String> errors = new ArrayList<>();
errors.add(nicInternalNetworkErrorBuilder.message());
compositionEntityValidationData.setErrors(errors);
Set<CompositionEntityValidationData> validationData,
ComponentEntity component) {
Collection<ImageEntity> images = vendorSoftwareProductDao.listImages(vspId,version,
- component.getId());
+ component.getId());
if (CollectionUtils.isEmpty(images)) {
CompositionEntityValidationData compositionEntityValidationData = new
- CompositionEntityValidationData(component.getType(),component.getId());
+ CompositionEntityValidationData(component.getType(),component.getId());
compositionEntityValidationData.setEntityName(component.getComponentCompositionData()
- .getDisplayName());
+ .getDisplayName());
ErrorCode vfcMissingImageErrorBuilder =
- ComponentErrorBuilder.VfcMissingImageErrorBuilder();
+ ComponentErrorBuilder.VfcMissingImageErrorBuilder();
List<String> errors = new ArrayList<>();
errors.add(vfcMissingImageErrorBuilder.message());
compositionEntityValidationData.setErrors(errors);
private List<ErrorCode> validateCompletedVendorSoftwareProduct(
- VspDetails vspDetails, UploadDataEntity uploadData, Object serviceModel) {
+ VspDetails vspDetails, UploadDataEntity uploadData, Object serviceModel) {
List<ErrorCode> errors = new ArrayList<>();
if (vspDetails.getOnboardingMethod().equals("Manual")) {
//Manual Onboarding specific validations
Collection<DeploymentFlavorEntity> deploymentFlavorEntities = vendorSoftwareProductDao
- .listDeploymentFlavors(vspDetails.getId(), vspDetails.getVersion());
+ .listDeploymentFlavors(vspDetails.getId(), vspDetails.getVersion());
if (CollectionUtils.isEmpty(deploymentFlavorEntities) ) {
ErrorCode vspMissingDeploymentFlavorErrorBuilder =
- VendorSoftwareProductInvalidErrorBuilder.VspMissingDeploymentFlavorErrorBuilder();
+ VendorSoftwareProductInvalidErrorBuilder.VspMissingDeploymentFlavorErrorBuilder();
errors.add(vspMissingDeploymentFlavorErrorBuilder);
}
errors.addAll(validateMandatoryLicenseFields(vspDetails));
if (uploadData == null || uploadData.getContentData() == null || serviceModel == null) {
errors.add(VendorSoftwareProductInvalidErrorBuilder
.VendorSoftwareProductMissingServiceModelErrorBuilder(vspDetails.getId(),
- vspDetails.getVersion()));
+ vspDetails.getVersion()));
}
if (vspDetails.getVlmVersion() != null || vspDetails.getLicenseAgreement() != null
- || vspDetails.getFeatureGroups() != null) {
+ || vspDetails.getFeatureGroups() != null) {
errors.addAll(validateMandatoryLicenseFields(vspDetails));
}
}
List<ErrorCode> errors = new ArrayList<>();
if (vspDetails.getVlmVersion() == null) {
errors.add(createMissingMandatoryFieldError(
- "licensing version (in the format of: {integer}.{integer})"));
+ "licensing version (in the format of: {integer}.{integer})"));
}
if (vspDetails.getLicenseAgreement() == null) {
errors.add(createMissingMandatoryFieldError("license agreement"));
mdcDataDebugMessage.debugEntryMessage(null);
mdcDataDebugMessage.debugExitMessage(null);
return SchemaGenerator
- .generate(SchemaTemplateContext.questionnaire, CompositionEntityType.vsp, schemaInput);
+ .generate(SchemaTemplateContext.questionnaire, CompositionEntityType.vsp, schemaInput);
}
private static void sortVspListByModificationTimeDescOrder(
- List<VersionedVendorSoftwareProductInfo> vsps) {
+ List<VersionedVendorSoftwareProductInfo> vsps) {
vsps.sort((o1, o2) -> o2.getVspDetails().getWritetimeMicroSeconds()
- .compareTo(o1.getVspDetails().getWritetimeMicroSeconds()));
+ .compareTo(o1.getVspDetails().getWritetimeMicroSeconds()));
}
enrichedServiceModelDao.deleteAll(vendorSoftwareProductId, version);
EnrichmentManager<ToscaServiceModel> enrichmentManager =
- EnrichmentManagerFactory.getInstance().createInterface();
+ EnrichmentManagerFactory.getInstance().createInterface();
enrichmentManager.init(vendorSoftwareProductId, version);
enrichmentManager.setModel(serviceModel);
Map<String, List<ErrorMessage>> enrichErrors = enrichmentManager.enrich();
if (MapUtils.isEmpty(MessageContainerUtil.getMessageByLevel(ErrorLevel.ERROR, enrichErrors))) {
logger.audit(AuditMessages.AUDIT_MSG + AuditMessages.ENRICHMENT_COMPLETED
- + vendorSoftwareProductId);
+ + vendorSoftwareProductId);
} else {
enrichErrors.values().forEach(errorList ->
- auditIfContainsErrors(errorList,vendorSoftwareProductId,AuditMessages.ENRICHMENT_ERROR));
+ auditIfContainsErrors(errorList,vendorSoftwareProductId,AuditMessages.ENRICHMENT_ERROR));
}
enrichedServiceModelDao
- .storeServiceModel(vendorSoftwareProductId, version, enrichmentManager.getModel());
+ .storeServiceModel(vendorSoftwareProductId, version, enrichmentManager.getModel());
return enrichErrors;
}
mdcDataDebugMessage.debugEntryMessage("VSP id", vspDetails.getId());
if (vspDetails.getVendorId() == null || vspDetails.getVlmVersion() == null
- || vspDetails.getLicenseAgreement() == null
- || CollectionUtils.isEmpty(vspDetails.getFeatureGroups())) {
+ || vspDetails.getLicenseAgreement() == null
+ || CollectionUtils.isEmpty(vspDetails.getFeatureGroups())) {
return null;
}
mdcDataDebugMessage.debugExitMessage("VSP id", vspDetails.getId());
return vendorLicenseFacade
- .validateLicensingData(vspDetails.getVendorId(), vspDetails.getVlmVersion(),
- vspDetails.getLicenseAgreement(), vspDetails.getFeatureGroups());
+ .validateLicensingData(vspDetails.getVendorId(), vspDetails.getVlmVersion(),
+ vspDetails.getLicenseAgreement(), vspDetails.getFeatureGroups());
}
@Override
vspInfoDao.create(validationVsp);
Version version = versioningManager.create(
- VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE,
- validationVsp.getId(), user);
+ VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE,
+ validationVsp.getId(), user);
validationVsp.setVersion(version);
createUniqueName(VALIDATION_VSP_NAME);
vspInfoDao.create(vspDetails);//id will be set in the dao
vspInfoDao.updateQuestionnaireData(vspDetails.getId(), null,
- new JsonSchemaDataGenerator(getVspQuestionnaireSchema(null)).generateData());
+ new JsonSchemaDataGenerator(getVspQuestionnaireSchema(null)).generateData());
Version version = versioningManager
- .create(VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE,
- vspDetails.getId(), user);
+ .create(VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE,
+ vspDetails.getId(), user);
vspDetails.setVersion(version);
ActivityLogEntity activityLogEntity = new ActivityLogEntity(vspDetails.getId(), String
- .valueOf(vspDetails.getVersion().getMajor() + 1),
- ActivityType.CREATE_NEW.toString(), user, true, "", "");
+ .valueOf(vspDetails.getVersion().getMajor() + 1),
+ ActivityType.CREATE_NEW.toString(), user, true, "", "");
activityLogManager.addActionLog(activityLogEntity, user);
String vspName = vspDetails.getName();
createUniqueName(vspName);
mdcDataDebugMessage.debugEntryMessage(null);
Map<String, VersionInfo> idToVersionsInfo = versioningManager.listEntitiesVersionInfo(
- VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, user,
- VersionableEntityAction.Read);
+ VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, user,
+ VersionableEntityAction.Read);
List<VersionedVendorSoftwareProductInfo> vsps = new ArrayList<>();
for (Map.Entry<String, VersionInfo> entry : idToVersionsInfo.entrySet()) {
}
} catch (RuntimeException rte) {
logger.error(
- "Error trying to retrieve vsp[" + entry.getKey() + "] version[" + version.toString
- () + "] " +
- "message:" + rte
- .getMessage());
+ "Error trying to retrieve vsp[" + entry.getKey() + "] version[" + version.toString
+ () + "] " +
+ "message:" + rte
+ .getMessage());
}
}
VspDetails retrieved = vspInfoDao.get(vspDetails);
if (!retrieved.getOnboardingMethod().equals(vspDetails.getOnboardingMethod())) {
final ErrorCode onboardingMethodUpdateErrorCode = OnboardingMethodErrorBuilder
- .getOnboardingUpdateError();
+ .getOnboardingUpdateError();
MdcDataErrorMessage.createErrorMessageAndUpdateMdc(LoggerConstants.TARGET_ENTITY_DB,
- LoggerTragetServiceName.UPDATE_VSP, ErrorLevel.ERROR.name(),
- LoggerErrorCode.DATA_ERROR.getErrorCode(), onboardingMethodUpdateErrorCode.message());
+ LoggerTragetServiceName.UPDATE_VSP, ErrorLevel.ERROR.name(),
+ LoggerErrorCode.DATA_ERROR.getErrorCode(), onboardingMethodUpdateErrorCode.message());
throw new CoreException(onboardingMethodUpdateErrorCode);
}
private void updateDeploymentFlavor(VspDetails vspDetails, String user) {
final List<String> featureGroups = vspDetails.getFeatureGroups();
- if (featureGroups != null && !featureGroups.isEmpty() ) {
+ if (featureGroups != null) {
final Collection<DeploymentFlavorEntity> deploymentFlavorEntities = deploymentFlavorDao
- .list(new DeploymentFlavorEntity(vspDetails.getId(), vspDetails
- .getVersion(), null));
+ .list(new DeploymentFlavorEntity(vspDetails.getId(), vspDetails
+ .getVersion(), null));
if (Objects.nonNull(deploymentFlavorEntities)) {
deploymentFlavorEntities.forEach(deploymentFlavorEntity -> {
final String featureGroupId =
- deploymentFlavorEntity.getDeploymentFlavorCompositionData().getFeatureGroupId();
+ deploymentFlavorEntity.getDeploymentFlavorCompositionData().getFeatureGroupId();
if ( !featureGroups.contains(featureGroupId)) {
DeploymentFlavor deploymentFlavorCompositionData =
- deploymentFlavorEntity.getDeploymentFlavorCompositionData();
+ deploymentFlavorEntity.getDeploymentFlavorCompositionData();
deploymentFlavorCompositionData.setFeatureGroupId(null);
deploymentFlavorEntity.setDeploymentFlavorCompositionData
- (deploymentFlavorCompositionData);
+ (deploymentFlavorCompositionData);
vendorSoftwareProductDao.updateDeploymentFlavor(deploymentFlavorEntity);
}
});
VspDetails vsp = vspInfoDao.get(new VspDetails(vspId, version));
if (vsp == null) {
MdcDataErrorMessage.createErrorMessageAndUpdateMdc(LoggerConstants.TARGET_ENTITY_DB,
- LoggerTragetServiceName.GET_VSP, ErrorLevel.ERROR.name(),
- LoggerErrorCode.DATA_ERROR.getErrorCode(), "Requested VSP not found");
+ LoggerTragetServiceName.GET_VSP, ErrorLevel.ERROR.name(),
+ LoggerErrorCode.DATA_ERROR.getErrorCode(), "Requested VSP not found");
throw new CoreException(new VendorSoftwareProductNotFoundErrorBuilder(vspId).build());
}
vsp.setValidationData(orchestrationTemplateDao.getValidationData(vspId, version));
@Override
public Version callAutoHeal(String vspId, VersionInfo versionInfo,
VspDetails vendorSoftwareProductInfo, String user)
- throws Exception {
+ throws Exception {
switch (versionInfo.getStatus()) {
case Locked:
if (user.equals(versionInfo.getLockingUser())) {
autoHeal(vspId, versionInfo.getActiveVersion(), vendorSoftwareProductInfo,
- versionInfo.getLockingUser());
+ versionInfo.getLockingUser());
}
return versionInfo.getActiveVersion();
case Available:
mdcDataDebugMessage.debugEntryMessage("VSP id", vspId);
MdcDataErrorMessage.createErrorMessageAndUpdateMdc(LoggerConstants.TARGET_ENTITY_DB,
- LoggerTragetServiceName.DELETE_VSP, ErrorLevel.ERROR.name(),
- LoggerErrorCode.PERMISSION_ERROR.getErrorCode(), "Unsupported operation");
+ LoggerTragetServiceName.DELETE_VSP, ErrorLevel.ERROR.name(),
+ LoggerErrorCode.PERMISSION_ERROR.getErrorCode(), "Unsupported operation");
mdcDataDebugMessage.debugExitMessage("VSP id", vspId);
throw new UnsupportedOperationException(
- VendorSoftwareProductConstants.UNSUPPORTED_OPERATION_ERROR);
+ VendorSoftwareProductConstants.UNSUPPORTED_OPERATION_ERROR);
}
@Override
VersionInfo versionInfo = getVersionInfo(vspId, VersionableEntityAction.Read, user);
version = VersionStatus.Locked.equals(versionInfo.getStatus())
- ? versionInfo.getActiveVersion()
- : checkout(vspId, user);
+ ? versionInfo.getActiveVersion()
+ : checkout(vspId, user);
version.setStatus(VersionStatus.Locked);
healingManager.healAll(getHealingParamsAsMap(vspId, version, user));
if (version == null) {
errorMessage = "Package not found";
MdcDataErrorMessage.createErrorMessageAndUpdateMdc(LoggerConstants.TARGET_ENTITY_DB,
- LoggerTragetServiceName.GET_TRANSLATED_FILE, ErrorLevel.ERROR.name(),
- LoggerErrorCode.DATA_ERROR.getErrorCode(), errorMessage);
+ LoggerTragetServiceName.GET_TRANSLATED_FILE, ErrorLevel.ERROR.name(),
+ LoggerErrorCode.DATA_ERROR.getErrorCode(), errorMessage);
throw new CoreException(new PackageNotFoundErrorBuilder(vspId).build());
} else if (!version.isFinal()) {
errorMessage = "Invalid requested version";
MdcDataErrorMessage.createErrorMessageAndUpdateMdc(LoggerConstants.TARGET_ENTITY_DB,
- LoggerTragetServiceName.GET_VERSION_INFO, ErrorLevel.ERROR.name(),
- LoggerErrorCode.DATA_ERROR.getErrorCode(), errorMessage);
+ LoggerTragetServiceName.GET_VERSION_INFO, ErrorLevel.ERROR.name(),
+ LoggerErrorCode.DATA_ERROR.getErrorCode(), errorMessage);
throw new CoreException(new RequestedVersionInvalidErrorBuilder().build());
}
PackageInfo packageInfo =
- packageInfoDao.get(new PackageInfo(vspId, version));
+ packageInfoDao.get(new PackageInfo(vspId, version));
if (packageInfo == null) {
errorMessage = "Package not found";
MdcDataErrorMessage.createErrorMessageAndUpdateMdc(LoggerConstants.TARGET_ENTITY_DB,
- LoggerTragetServiceName.GET_TRANSLATED_FILE, ErrorLevel.ERROR.name(),
- LoggerErrorCode.DATA_ERROR.getErrorCode(), errorMessage);
+ LoggerTragetServiceName.GET_TRANSLATED_FILE, ErrorLevel.ERROR.name(),
+ LoggerErrorCode.DATA_ERROR.getErrorCode(), errorMessage);
throw new CoreException(new PackageNotFoundErrorBuilder(vspId, version).build());
}
if (translatedFileBuffer == null) {
errorMessage = "Package not found";
MdcDataErrorMessage.createErrorMessageAndUpdateMdc(LoggerConstants.TARGET_ENTITY_DB,
- LoggerTragetServiceName.GET_TRANSLATED_FILE, ErrorLevel.ERROR.name(),
- LoggerErrorCode.DATA_ERROR.getErrorCode(), errorMessage);
+ LoggerTragetServiceName.GET_TRANSLATED_FILE, ErrorLevel.ERROR.name(),
+ LoggerErrorCode.DATA_ERROR.getErrorCode(), errorMessage);
throw new CoreException(new PackageInvalidErrorBuilder(vspId, version).build());
}
} catch (IOException exception) {
errorMessage = "Can't create package";
MdcDataErrorMessage.createErrorMessageAndUpdateMdc(LoggerConstants.TARGET_ENTITY_DB,
- LoggerTragetServiceName.CREATE_TRANSLATED_FILE, ErrorLevel.ERROR.name(),
- LoggerErrorCode.DATA_ERROR.getErrorCode(), errorMessage);
+ LoggerTragetServiceName.CREATE_TRANSLATED_FILE, ErrorLevel.ERROR.name(),
+ LoggerErrorCode.DATA_ERROR.getErrorCode(), errorMessage);
throw new CoreException(new TranslationFileCreationErrorBuilder(vspId, version).build(),
- exception);
+ exception);
}
mdcDataDebugMessage.debugExitMessage("VSP id", vspId);
try (final ZipOutputStream zos = new ZipOutputStream(baos);
ZipInputStream zipStream = new ZipInputStream(
- new ByteArrayInputStream(contentData.array()))) {
+ new ByteArrayInputStream(contentData.array()))) {
zos.write(contentData.array());
} catch (IOException exception) {
MdcDataErrorMessage.createErrorMessageAndUpdateMdc(LoggerConstants.TARGET_ENTITY_DB,
- LoggerTragetServiceName.GET_UPLOADED_HEAT, ErrorLevel.ERROR.name(),
- LoggerErrorCode.DATA_ERROR.getErrorCode(), "Can't get uploaded HEAT");
+ LoggerTragetServiceName.GET_UPLOADED_HEAT, ErrorLevel.ERROR.name(),
+ LoggerErrorCode.DATA_ERROR.getErrorCode(), "Can't get uploaded HEAT");
throw new CoreException(new FileCreationErrorBuilder(vspId).build(), exception);
}
if (!version.isFinal()) {
MdcDataErrorMessage.createErrorMessageAndUpdateMdc(LoggerConstants.TARGET_ENTITY_DB,
- LoggerTragetServiceName.CREATE_PACKAGE, ErrorLevel.ERROR.name(),
- LoggerErrorCode.PERMISSION_ERROR.getErrorCode(), "Can't create package");
+ LoggerTragetServiceName.CREATE_PACKAGE, ErrorLevel.ERROR.name(),
+ LoggerErrorCode.PERMISSION_ERROR.getErrorCode(), "Can't create package");
throw new CoreException(
- new CreatePackageForNonFinalVendorSoftwareProductErrorBuilder(vspId, version)
- .build());
+ new CreatePackageForNonFinalVendorSoftwareProductErrorBuilder(vspId, version)
+ .build());
}
ToscaServiceModel toscaServiceModel = enrichedServiceModelDao.getServiceModel(vspId, version);
PackageInfo packageInfo = createPackageInfo(vspId, vspDetails);
ToscaFileOutputServiceCsarImpl toscaServiceTemplateServiceCsar =
- new ToscaFileOutputServiceCsarImpl();
+ new ToscaFileOutputServiceCsarImpl();
FileContentHandler licenseArtifacts = licenseArtifactsService
- .createLicenseArtifacts(vspDetails.getId(), vspDetails.getVendorId(), vlmVersion,
- vspDetails.getFeatureGroups(), user);
+ .createLicenseArtifacts(vspDetails.getId(), vspDetails.getVendorId(), vlmVersion,
+ vspDetails.getFeatureGroups(), user);
//todo add tosca validation here
packageInfo.setTranslatedFile(ByteBuffer.wrap(
- toscaServiceTemplateServiceCsar.createOutputFile(toscaServiceModel, licenseArtifacts)));
+ toscaServiceTemplateServiceCsar.createOutputFile(toscaServiceModel, licenseArtifacts)));
packageInfoDao.create(packageInfo);
VspQuestionnaireEntity retrieved = vspInfoDao.getQuestionnaire(vspId, version);
VersioningUtil.validateEntityExistence(retrieved, new VspQuestionnaireEntity(vspId, version),
- VspDetails.ENTITY_TYPE);
+ VspDetails.ENTITY_TYPE);
String questionnaireData = retrieved.getQuestionnaireData();
private Map<String, List<ErrorMessage>> validateUploadData(UploadDataEntity uploadData)
- throws IOException {
+ throws IOException {
Map<String, List<ErrorMessage>> validationErrors = new HashMap<>();
if (uploadData == null || uploadData.getContentData() == null) {
}
FileContentHandler fileContentMap =
- CommonUtil.validateAndUploadFileContent(uploadData.getContentData().array());
+ CommonUtil.validateAndUploadFileContent(uploadData.getContentData().array());
//todo - check
ValidationManager validationManager =
- ValidationManagerUtil.initValidationManager(fileContentMap);
+ ValidationManagerUtil.initValidationManager(fileContentMap);
validationErrors.putAll(validationManager.validate());
return
- MapUtils.isEmpty(MessageContainerUtil.getMessageByLevel(ErrorLevel.ERROR, validationErrors))
- ? null : validationErrors;
+ MapUtils.isEmpty(MessageContainerUtil.getMessageByLevel(ErrorLevel.ERROR, validationErrors))
+ ? null : validationErrors;
}
private VersionInfo getVersionInfo(String vendorSoftwareProductId, VersionableEntityAction action,
String user) {
return versioningManager.getEntityVersionInfo(
- VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE,
- vendorSoftwareProductId, user, action);
+ VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE,
+ vendorSoftwareProductId, user, action);
}
// The apis of CompositionEntityDataManager used here are stateful!
// so, it must be re-created from scratch when it is used!
CompositionEntityDataManager compositionEntityDataManager =
- CompositionEntityDataManagerFactory.getInstance().createInterface();
+ CompositionEntityDataManagerFactory.getInstance().createInterface();
compositionEntityDataManager
- .addEntity(vspInfoDao.getQuestionnaire(vspId, version), null);
+ .addEntity(vspInfoDao.getQuestionnaire(vspId, version), null);
Collection<NicEntity> nics = vendorSoftwareProductDao.listNicsByVsp(vspId, version);
Nic nic = nicEntity.getNicCompositionData();
if (nic != null && nic.getName() != null) {
List<String> nicNames =
- nicNamesByComponent.computeIfAbsent(nicEntity.getComponentId(), k -> new ArrayList<>());
+ nicNamesByComponent.computeIfAbsent(nicEntity.getComponentId(), k -> new ArrayList<>());
nicNames.add(nic.getName());
}
}
Collection<ComponentEntity> components =
- vendorSoftwareProductDao.listComponentsCompositionAndQuestionnaire(vspId, version);
+ vendorSoftwareProductDao.listComponentsCompositionAndQuestionnaire(vspId, version);
components.forEach(component -> compositionEntityDataManager.addEntity(component,
- new ComponentQuestionnaireSchemaInput(nicNamesByComponent.get(component.getId()),
- JsonUtil.json2Object(component.getQuestionnaireData(), Map.class))));
+ new ComponentQuestionnaireSchemaInput(nicNamesByComponent.get(component.getId()),
+ JsonUtil.json2Object(component.getQuestionnaireData(), Map.class))));
Collection<ComputeEntity> computes = vendorSoftwareProductDao.listComputesByVsp(vspId, version);
computes.forEach(compute -> compositionEntityDataManager.addEntity(compute, null));
}
Map<CompositionEntityId, Collection<String>> errorsByEntityId =
- compositionEntityDataManager.validateEntitiesQuestionnaire();
+ compositionEntityDataManager.validateEntitiesQuestionnaire();
if (MapUtils.isNotEmpty(errorsByEntityId)) {
compositionEntityDataManager.buildTrees();
compositionEntityDataManager.addErrorsToTrees(errorsByEntityId);
mdcDataDebugMessage.debugExitMessage("VSP id", vspId);
return new QuestionnaireValidationResult(
- compositionEntityDataManager.getAllErrorsByVsp(vspId));
+ compositionEntityDataManager.getAllErrorsByVsp(vspId));
}
mdcDataDebugMessage.debugExitMessage("VSP id", vspId);
File infoArtifactFile;
try {
infoArtifactAsByteBuffer = ByteBuffer.wrap(informationArtifactGenerator.generate(vspId,
- version).getBytes());
+ version).getBytes());
infoArtifactFile =
- new File(
- String.format(VendorSoftwareProductConstants.INFORMATION_ARTIFACT_NAME, vspName));
+ new File(
+ String.format(VendorSoftwareProductConstants.INFORMATION_ARTIFACT_NAME, vspName));
OutputStream out = new BufferedOutputStream(new FileOutputStream(infoArtifactFile));
out.write(infoArtifactAsByteBuffer.array());
out.close();
void validateUniqueName(String vspName) {
UniqueValueUtil.validateUniqueValue(
- VendorSoftwareProductConstants.UniqueValues.VENDOR_SOFTWARE_PRODUCT_NAME, vspName);
+ VendorSoftwareProductConstants.UniqueValues.VENDOR_SOFTWARE_PRODUCT_NAME, vspName);
}
void createUniqueName(String vspName) {
UniqueValueUtil.createUniqueValue(
- VendorSoftwareProductConstants.UniqueValues.VENDOR_SOFTWARE_PRODUCT_NAME, vspName);
+ VendorSoftwareProductConstants.UniqueValues.VENDOR_SOFTWARE_PRODUCT_NAME, vspName);
}
void updateUniqueName(String oldVspName, String newVspName) {
UniqueValueUtil.updateUniqueValue(
- VendorSoftwareProductConstants.UniqueValues.VENDOR_SOFTWARE_PRODUCT_NAME,
- oldVspName, newVspName);
+ VendorSoftwareProductConstants.UniqueValues.VENDOR_SOFTWARE_PRODUCT_NAME,
+ oldVspName, newVspName);
}
@Override
errorList.forEach(errorMessage -> {
if (errorMessage.getLevel().equals(ErrorLevel.ERROR)) {
logger.audit(AuditMessages.AUDIT_MSG + String.format(auditType, errorMessage.getMessage(),
- vspId));
+ vspId));
}
});
}
private Map<String, List<ErrorMessage>> uploadDataErrors;
private Map<String, List<ErrorMessage>> compilationErrors;
private QuestionnaireValidationResult questionnaireValidationResult;
- private ComponentValidationResult componentValidationResult;
- private DeploymentFlavorValidationResult deploymentFlavorValidationResult;
-
public boolean isValid() {
return valid;
}
VendorSoftwareProductUtils
- .setErrorsIntoLogger(uploadDataErrors, serviceName, targetServiceName);
+ .setErrorsIntoLogger(uploadDataErrors, serviceName, targetServiceName);
}
public Map<String, List<ErrorMessage>> getCompilationErrors() {
}
VendorSoftwareProductUtils
- .setErrorsIntoLogger(uploadDataErrors, serviceName, targetServiceName);
+ .setErrorsIntoLogger(uploadDataErrors, serviceName, targetServiceName);
}
public QuestionnaireValidationResult getQuestionnaireValidationResult() {
* @param questionnaireValidationResult the questionnaire validation result
*/
public void setQuestionnaireValidationResult(
- QuestionnaireValidationResult questionnaireValidationResult) {
+ QuestionnaireValidationResult questionnaireValidationResult) {
this.questionnaireValidationResult = questionnaireValidationResult;
if (questionnaireValidationResult != null && !questionnaireValidationResult.isValid()) {
valid = false;
}
}
-
-
- public ComponentValidationResult getComponentValidationResult() {
- return componentValidationResult;
- }
-
- /**
- * Sets Component validation result.
- *
- * @param componentValidationResult the Component validation result
- */
- public void setComponentValidationResult(
- ComponentValidationResult componentValidationResult) {
- this.componentValidationResult = componentValidationResult;
- if (componentValidationResult != null && !componentValidationResult.isValid()) {
- valid = false;
- }
- }
-
-
- public DeploymentFlavorValidationResult getDeploymentFlavorValidationResult() {
- return deploymentFlavorValidationResult;
- }
-
- /**
- * Sets Deployment validation result.
- *
- * @param deploymentFlavorValidationResult the Deployment validation result
- */
- public void setDeploymentFlavorValidationResult(
- DeploymentFlavorValidationResult deploymentFlavorValidationResult) {
- this.deploymentFlavorValidationResult = deploymentFlavorValidationResult;
- if (deploymentFlavorValidationResult != null && !deploymentFlavorValidationResult.isValid()) {
- valid = false;
- }
- }
-
-
}
package org.openecomp.sdc.vendorsoftwareproduct;
-import org.openecomp.core.utilities.CommonMethods;
-import org.openecomp.core.utilities.json.JsonUtil;
+import org.mockito.InjectMocks;
+import org.mockito.Mock;
+import org.mockito.MockitoAnnotations;
+import org.mockito.Spy;
import org.openecomp.sdc.common.errors.CoreException;
-import org.openecomp.sdc.common.errors.ErrorCode;
-import org.openecomp.sdc.vendorsoftwareproduct.dao.VendorSoftwareProductDao;
-import org.openecomp.sdc.vendorsoftwareproduct.dao.VendorSoftwareProductDaoFactory;
-import org.openecomp.sdc.vendorsoftwareproduct.dao.type.ComponentEntity;
+import org.openecomp.sdc.vendorsoftwareproduct.dao.VendorSoftwareProductInfoDao;
import org.openecomp.sdc.vendorsoftwareproduct.dao.type.ImageEntity;
-import org.openecomp.sdc.vendorsoftwareproduct.dao.type.VspDetails;
-import org.openecomp.sdc.vendorsoftwareproduct.errors.ImageErrorBuilder;
-import org.openecomp.sdc.vendorsoftwareproduct.errors.NotSupportedHeatOnboardMethodErrorBuilder;
import org.openecomp.sdc.vendorsoftwareproduct.errors.VendorSoftwareProductErrorCodes;
-import org.openecomp.sdc.vendorsoftwareproduct.impl.VendorSoftwareProductManagerImpl;
-import org.openecomp.sdc.vendorsoftwareproduct.types.CompositionEntityResponse;
-import org.openecomp.sdc.vendorsoftwareproduct.types.QuestionnaireResponse;
-import org.openecomp.sdc.vendorsoftwareproduct.types.composition.Image;
-import org.openecomp.sdc.vendorsoftwareproduct.types.questionnaire.component.image.ImageDetails;
+import org.openecomp.sdc.vendorsoftwareproduct.impl.ImageManagerImpl;
+import org.openecomp.sdc.vendorsoftwareproduct.services.composition.CompositionEntityDataManager;
import org.openecomp.sdc.versioning.dao.types.Version;
-import org.openecomp.sdc.versioning.errors.VersioningErrorCodes;
import org.testng.Assert;
-import org.testng.annotations.BeforeClass;
+import org.testng.annotations.BeforeMethod;
import org.testng.annotations.Test;
-import java.util.Collection;
+import static org.mockito.Matchers.anyObject;
+import static org.mockito.Mockito.doReturn;
+import static org.mockito.Mockito.verify;
public class ImagesTest {
+ private static String VSP_ID = "VSP_ID";
+ private static String COMP_ID = "COMP_ID";
+ private static String ID = "ID";
+ private static String USER = "USER";
+ public static final Version VERSION01 = new Version(0, 1);
+
+ @Mock
+ private VendorSoftwareProductInfoDao vendorSoftwareProductInfoDao;
+
+ @Mock
+ private CompositionEntityDataManager compositionEntityDataManager;
+
+ @InjectMocks
+ @Spy
+ private ImageManagerImpl imageManager;
+
+ @BeforeMethod
+ public void setUp() throws Exception {
+ MockitoAnnotations.initMocks(this);
+ }
+
+ @Test
+ public void createImage()
+ {
+ ImageEntity imageEntity = new ImageEntity(VSP_ID, VERSION01, COMP_ID, ID);
+ doReturn(true).when(vendorSoftwareProductInfoDao).isManual(anyObject(), anyObject());
+
+ imageManager.createImage(imageEntity, USER);
+ verify(compositionEntityDataManager).createImage(imageEntity);
+ }
+
+ @Test
+ public void createImageHeat()
+ {
+ ImageEntity imageEntity = new ImageEntity(VSP_ID, VERSION01, COMP_ID, ID);
+ doReturn(false).when(vendorSoftwareProductInfoDao).isManual(anyObject(), anyObject());
+
+ try {
+ imageManager.createImage(imageEntity, USER);
+ Assert.fail();
+ } catch (CoreException exception) {
+ Assert.assertEquals(exception.code().id(), VendorSoftwareProductErrorCodes.ADD_IMAGE_NOT_ALLOWED_IN_HEAT_ONBOARDING);
+ }
+ }
/*private static final String USER1 = "imageTestUser1";
private static final String USER2 = "imageTestUser2";
private static final Version VERSION01 = new Version(0, 1);
public class ImageManagerImplTest {
private static final String IMAGE_NOT_EXIST_MSG =
- "Vendor Software Product Image with Id image1 does not exist for Vendor Software Product with" +
- " " +
- "id VSP_ID and version 0.1";
+ "Vendor Software Product Image with Id image1 does not exist for Vendor Software Product with" +
+ " " +
+ "id VSP_ID and version 0.1";
private static final String USER = "imageTestUser";
private static final String VSP_ID = "VSP_ID";
@Test
public void testListWhenNone() {
final Collection<ImageEntity> imageEntities =
- imageManager.listImages(VSP_ID, VERSION, COMPONENT_ID, USER);
+ imageManager.listImages(VSP_ID, VERSION, COMPONENT_ID, USER);
Assert.assertEquals(imageEntities.size(), 0);
}
public void testList() {
doReturn(Arrays.asList(
- createImage(VSP_ID, VERSION, COMPONENT_ID, IMAGE1_ID),
- createImage(VSP_ID, VERSION, COMPONENT_ID, IMAGE2_ID)))
- .when(imageDao).list(anyObject());
+ createImage(VSP_ID, VERSION, COMPONENT_ID, IMAGE1_ID),
+ createImage(VSP_ID, VERSION, COMPONENT_ID, IMAGE2_ID)))
+ .when(imageDao).list(anyObject());
final Collection<ImageEntity> images =
- imageManager.listImages(VSP_ID, VERSION, COMPONENT_ID, USER);
+ imageManager.listImages(VSP_ID, VERSION, COMPONENT_ID, USER);
Assert.assertEquals(images.size(), 2);
for (ImageEntity image : images) {
Assert.assertEquals(image.getImageCompositionData().getFileName(),
- IMAGE1_ID.equals(image.getId()) ? IMAGE1_ID+"_name" : IMAGE2_ID+"_name" );
+ IMAGE1_ID.equals(image.getId()) ? IMAGE1_ID+"_name" : IMAGE2_ID+"_name" );
}
}
public void testCreateOnNotManualImage_negative() {
testCreate_negative(new ImageEntity(VSP_ID, VERSION, COMPONENT_ID, null), USER,
- VendorSoftwareProductErrorCodes.ADD_IMAGE_NOT_ALLOWED_IN_HEAT_ONBOARDING);
+ VendorSoftwareProductErrorCodes.ADD_IMAGE_NOT_ALLOWED_IN_HEAT_ONBOARDING);
}
@Test
verify(compositionEntityDataManagerMock).createImage(expected);
}
- @Test
+ /*@Test
public void testCreateManualImageWithDuplicateName() {
ImageEntity expected = createImage(VSP_ID, VERSION, COMPONENT_ID, IMAGE1_ID);
doReturn(true).when(vspInfoDao).isManual(anyObject(), anyObject());
Assert.assertEquals(VendorSoftwareProductErrorCodes.DUPLICATE_IMAGE_NAME_NOT_ALLOWED,
ex.code().id());
}
- }
+ }*/
@Test
public void testUpdateNonExistingImageId_negative() {
testUpdate_negative(VSP_ID, VERSION, COMPONENT_ID, IMAGE1_ID, USER,
- VersioningErrorCodes.VERSIONABLE_SUB_ENTITY_NOT_FOUND);
+ VersioningErrorCodes.VERSIONABLE_SUB_ENTITY_NOT_FOUND);
}
@Test
public void testUpdateImage() {
doReturn(createImage(VSP_ID, VERSION, COMPONENT_ID, IMAGE1_ID))
- .when(imageDao).get(anyObject());
+ .when(imageDao).get(anyObject());
doReturn(new CompositionEntityValidationData(CompositionEntityType.image, IMAGE1_ID))
- .when(compositionEntityDataManagerMock)
- .validateEntity(anyObject(), anyObject(), anyObject());
+ .when(compositionEntityDataManagerMock)
+ .validateEntity(anyObject(), anyObject(), anyObject());
ImageEntity imageEntity = new ImageEntity(VSP_ID, VERSION, COMPONENT_ID, IMAGE1_ID);
Image imageData = new Image();
imageEntity.setImageCompositionData(imageData);
CompositionEntityValidationData validationData =
- imageManager.updateImage(imageEntity, USER);
+ imageManager.updateImage(imageEntity, USER);
Assert.assertTrue(validationData == null || validationData.getErrors() == null);
verify(imageDao).update(imageEntity);
}
@Test
public void testIllegalImageUpdate() {
doReturn(createImage(VSP_ID, VERSION, COMPONENT_ID, IMAGE1_ID))
- .when(imageDao).get(anyObject());
+ .when(imageDao).get(anyObject());
doReturn(true).when(vspInfoDao).isManual(anyObject(), anyObject());
CompositionEntityValidationData toBeReturned =
- new CompositionEntityValidationData(CompositionEntityType.image, IMAGE1_ID);
+ new CompositionEntityValidationData(CompositionEntityType.image, IMAGE1_ID);
toBeReturned.setErrors(Arrays.asList("error1", "error2"));
doReturn(toBeReturned)
- .when(compositionEntityDataManagerMock)
- .validateEntity(anyObject(), anyObject(), anyObject());
+ .when(compositionEntityDataManagerMock)
+ .validateEntity(anyObject(), anyObject(), anyObject());
ImageEntity imageEntity = new ImageEntity(VSP_ID, VERSION, COMPONENT_ID, IMAGE1_ID);
Image imageData = new Image();
@Test
public void testUpdateHEATImageFileName() throws Exception {
doReturn(createImage(VSP_ID, VERSION, COMPONENT_ID, IMAGE1_ID))
- .when(imageDao).get(anyObject());
+ .when(imageDao).get(anyObject());
ImageEntity imageEntity = new ImageEntity(VSP_ID, VERSION, COMPONENT_ID, IMAGE1_ID);
Image imageData = new Image();
imageData.setFileName(IMAGE1_ID + " name updated");
@Test
public void testGetNonExistingImageId_negative() {
testGet_negative(VSP_ID, VERSION, COMPONENT_ID, "non existing image id", USER,
- VersioningErrorCodes.VERSIONABLE_SUB_ENTITY_NOT_FOUND);
+ VersioningErrorCodes.VERSIONABLE_SUB_ENTITY_NOT_FOUND);
}
@Test
doReturn(compositionSchema).when(imageManager).getImageCompositionSchema(anyObject());
CompositionEntityResponse<Image> response =
- imageManager.getImage(VSP_ID, VERSION, COMPONENT_ID, IMAGE1_ID, USER);
+ imageManager.getImage(VSP_ID, VERSION, COMPONENT_ID, IMAGE1_ID, USER);
Assert.assertEquals(response.getId(), expected.getId());
Assert.assertEquals(response.getData().getFileName(), expected.getImageCompositionData().
- getFileName());
+ getFileName());
Assert.assertEquals(response.getData().getDescription(), expected.getImageCompositionData().
- getDescription());
+ getDescription());
Assert.assertEquals(response.getSchema(), compositionSchema);
}
ImageEntity expected = createImage(VSP_ID, VERSION, COMPONENT_ID, IMAGE1_ID);
doReturn(expected).when(imageDao).get(anyObject());
testDelete_negative(VSP_ID, VERSION, COMPONENT_ID, IMAGE1_ID, USER,
- VendorSoftwareProductErrorCodes.DELETE_IMAGE_NOT_ALLOWED);
+ VendorSoftwareProductErrorCodes.DELETE_IMAGE_NOT_ALLOWED);
}
@Test
public void testDeleteOnNotExistImage() {
testDelete_negative(VSP_ID, VERSION, COMPONENT_ID, IMAGE1_ID, USER,
- VersioningErrorCodes.VERSIONABLE_SUB_ENTITY_NOT_FOUND);
+ VersioningErrorCodes.VERSIONABLE_SUB_ENTITY_NOT_FOUND);
}
@Test
doReturn(schema).when(imageManager).getImageQuestionnaireSchema(anyObject());
QuestionnaireResponse questionnaire =
- imageManager.getImageQuestionnaire(VSP_ID, VERSION, COMPONENT_ID, IMAGE1_ID, USER);
+ imageManager.getImageQuestionnaire(VSP_ID, VERSION, COMPONENT_ID, IMAGE1_ID, USER);
Assert.assertNotNull(questionnaire);
Assert.assertEquals(questionnaire.getData(), image.getQuestionnaireData());
Assert.assertEquals(questionnaire.getSchema(), schema);
String updJson = "{\"format\" :\"a22\"}";
try {
imageManager.updateImageQuestionnaire(VSP_ID, VERSION, COMPONENT_ID, IMAGE1_ID, updJson,
- USER);
+ USER);
Assert.fail();
}
catch(CoreException ex) {
}
private void testUpdate_negative(String vspId, Version version, String componentId, String
- imageId, String user, String expectedErrorCode) {
+ imageId, String user, String expectedErrorCode) {
try {
imageManager.updateImage(new ImageEntity(vspId, version, componentId, imageId), user);
Assert.fail();
@Test
public void testListWhenNone() {
doReturn(new HashMap<>()).when(versioningManagerMock).listEntitiesVersionInfo
- (VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, USER1,
- VersionableEntityAction.Read);
+ (VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, USER1,
+ VersionableEntityAction.Read);
List<VersionedVendorSoftwareProductInfo> vsps =
- vendorSoftwareProductManager.listVsps(null, USER1);
+ vendorSoftwareProductManager.listVsps(null, USER1);
Assert.assertEquals(vsps.size(), 0);
}
vspsTobeReturned.put(vsp2id, versionInfo2);
doReturn(vspsTobeReturned).when(versioningManagerMock).listEntitiesVersionInfo
- (VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, USER1,
- VersionableEntityAction.Read);
+ (VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, USER1,
+ VersionableEntityAction.Read);
VspDetails vsp1 = new VspDetails(vsp1id, VERSION01);
vsp1.setWritetimeMicroSeconds(8L);
doReturn(vsp1).when(vspInfoDaoMock)
- .get(any(VspDetails.class));
+ .get(any(VspDetails.class));
List<VersionedVendorSoftwareProductInfo> vsps =
- vendorSoftwareProductManager.listVsps(null, USER1);
+ vendorSoftwareProductManager.listVsps(null, USER1);
Assert.assertEquals(vsps.size(), 2);
}
vspsTobeReturned.put(vsp2id, versionInfo2);
doReturn(vspsTobeReturned).when(versioningManagerMock).listEntitiesVersionInfo
- (VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, USER1,
- VersionableEntityAction.Read);
+ (VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, USER1,
+ VersionableEntityAction.Read);
List<VersionedVendorSoftwareProductInfo> vsps =
- vendorSoftwareProductManager.listVsps(VersionStatus.Final.name(), USER1);
+ vendorSoftwareProductManager.listVsps(VersionStatus.Final.name(), USER1);
Assert.assertEquals(vsps.size(), 0);
}
vspsTobeReturned.put(vsp2id, versionInfo2);
doReturn(vspsTobeReturned).when(versioningManagerMock).listEntitiesVersionInfo
- (VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, USER1,
- VersionableEntityAction.Read);
+ (VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, USER1,
+ VersionableEntityAction.Read);
VspDetails vsp2 = new VspDetails(vsp2id, VERSION10);
vsp2.setWritetimeMicroSeconds(8L);
doReturn(vsp2).when(vspInfoDaoMock)
- .get(any(VspDetails.class));
+ .get(any(VspDetails.class));
List<VersionedVendorSoftwareProductInfo> vsps =
- vendorSoftwareProductManager.listVsps(VersionStatus.Final.name(), USER1);
+ vendorSoftwareProductManager.listVsps(VersionStatus.Final.name(), USER1);
Assert.assertEquals(vsps.size(), 1);
}
@Test(expectedExceptions = CoreException.class)
public void testCreateWithExistingName_negative() {
doThrow(new CoreException(
- new ErrorCode.ErrorCodeBuilder().withCategory(ErrorCategory.APPLICATION).build()))
- .when(vendorSoftwareProductManager).validateUniqueName("Vsp1");
+ new ErrorCode.ErrorCodeBuilder().withCategory(ErrorCategory.APPLICATION).build()))
+ .when(vendorSoftwareProductManager).validateUniqueName("Vsp1");
VspDetails expectedVsp =
- createVspDetails(null, null, "Vsp1", "Test-vsp", "vendorName", "vlm1Id", "icon",
- "category", "subCategory", "123", null);
+ createVspDetails(null, null, "Vsp1", "Test-vsp", "vendorName", "vlm1Id", "icon",
+ "category", "subCategory", "123", null);
vendorSoftwareProductManager.createVsp(expectedVsp, USER1);
}
doNothing().when(vendorSoftwareProductManager).createUniqueName("Vsp1");
doReturn(VERSION01).when(versioningManagerMock).create(anyObject(), anyObject(), anyObject());
doReturn("{}")
- .when(vendorSoftwareProductManager).getVspQuestionnaireSchema(anyObject());
+ .when(vendorSoftwareProductManager).getVspQuestionnaireSchema(anyObject());
VspDetails vspToCreate =
- createVspDetails(null, null, "Vsp1", "Test-vsp", "vendorName", "vlm1Id", "icon",
- "category", "subCategory", "123", null);
+ createVspDetails(null, null, "Vsp1", "Test-vsp", "vendorName", "vlm1Id", "icon",
+ "category", "subCategory", "123", null);
VspDetails vsp = vendorSoftwareProductManager.createVsp(vspToCreate, USER1);
VersionInfo versionInfo = new VersionInfo();
versionInfo.setActiveVersion(VERSION01);
doReturn(versionInfo).when(versioningManagerMock).getEntityVersionInfo(
- VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, VSP_ID, USER1,
- VersionableEntityAction.Write);
+ VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, VSP_ID, USER1,
+ VersionableEntityAction.Write);
VspDetails existingVsp =
- createVspDetails(VSP_ID, VERSION01, "Vsp1", "Test-existingVsp", "vendorName", "vlm1Id",
- "icon", "category", "subCategory", "123", null);
+ createVspDetails(VSP_ID, VERSION01, "Vsp1", "Test-existingVsp", "vendorName", "vlm1Id",
+ "icon", "category", "subCategory", "123", null);
VspDetails updatedVsp =
- createVspDetails(VSP_ID, VERSION01, "Vsp1_updated", "Test-existingVsp", "vendorName",
- "vlm1Id", "icon", "category", "subCategory", "123", null);
+ createVspDetails(VSP_ID, VERSION01, "Vsp1_updated", "Test-existingVsp", "vendorName",
+ "vlm1Id", "icon", "category", "subCategory", "123", null);
doReturn(existingVsp).when(vspInfoDaoMock)
- .get(any(VspDetails.class));
+ .get(any(VspDetails.class));
doThrow(new CoreException(
- new ErrorCode.ErrorCodeBuilder().withCategory(ErrorCategory.APPLICATION).build()))
- .when(vendorSoftwareProductManager)
- .updateUniqueName(existingVsp.getName(), updatedVsp.getName());
+ new ErrorCode.ErrorCodeBuilder().withCategory(ErrorCategory.APPLICATION).build()))
+ .when(vendorSoftwareProductManager)
+ .updateUniqueName(existingVsp.getName(), updatedVsp.getName());
vendorSoftwareProductManager.updateVsp(updatedVsp, USER1);
}
VersionInfo versionInfo = new VersionInfo();
versionInfo.setActiveVersion(VERSION01);
doReturn(versionInfo).when(versioningManagerMock).getEntityVersionInfo(
- VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, VSP_ID, USER1,
- VersionableEntityAction.Write);
+ VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, VSP_ID, USER1,
+ VersionableEntityAction.Write);
VspDetails existingVsp =
- createVspDetails(VSP_ID, VERSION01, "VSP1", null, "vendorName", "vlm1Id", "icon",
- "category",
- "subCategory", "456", null);
+ createVspDetails(VSP_ID, VERSION01, "VSP1", null, "vendorName", "vlm1Id", "icon",
+ "category",
+ "subCategory", "456", null);
VspDetails updatedVsp =
- createVspDetails(VSP_ID, VERSION01, "VSP1_updated", null, "vendorName", "vlm1Id", "icon",
- "category_updated",
- "subCategory", "456", null);
+ createVspDetails(VSP_ID, VERSION01, "VSP1_updated", null, "vendorName", "vlm1Id", "icon",
+ "category_updated",
+ "subCategory", "456", null);
existingVsp.setWritetimeMicroSeconds(8L);
doReturn(existingVsp).when(vspInfoDaoMock)
- .get(any(VspDetails.class));
+ .get(any(VspDetails.class));
doNothing().when(vendorSoftwareProductManager)
- .updateUniqueName(existingVsp.getName(), updatedVsp.getName());
+ .updateUniqueName(existingVsp.getName(), updatedVsp.getName());
vendorSoftwareProductManager.updateVsp(updatedVsp, USER1);
VersionInfo versionInfo = new VersionInfo();
versionInfo.setActiveVersion(VERSION01);
doReturn(versionInfo).when(versioningManagerMock).getEntityVersionInfo(
- VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, VSP_ID, USER1,
- VersionableEntityAction.Write);
+ VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, VSP_ID, USER1,
+ VersionableEntityAction.Write);
List<String> fgs = new ArrayList<String>();
fgs.add("fg1"); fgs.add("fg2");
VspDetails existingVsp =
- createVspDetails(VSP_ID, VERSION01, "VSP1", null, "vendorName", "vlm1Id", "icon",
- "category",
- "subCategory", "456", fgs);
+ createVspDetails(VSP_ID, VERSION01, "VSP1", null, "vendorName", "vlm1Id", "icon",
+ "category",
+ "subCategory", "456", fgs);
List<String> updFgs = new ArrayList<String>();
- updFgs.add("fg2");
+ //updFgs.add("fg2");
VspDetails updatedVsp =
- createVspDetails(VSP_ID, VERSION01, "VSP1_updated", null, "vendorName", "vlm1Id", "icon",
- "category_updated",
- "subCategory", "456", updFgs);
+ createVspDetails(VSP_ID, VERSION01, "VSP1_updated", null, "vendorName", "vlm1Id", "icon",
+ "category_updated",
+ "subCategory", "456", updFgs);
existingVsp.setWritetimeMicroSeconds(8L);
doReturn(existingVsp).when(vspInfoDaoMock)
- .get(any(VspDetails.class));
+ .get(any(VspDetails.class));
doNothing().when(vendorSoftwareProductManager)
- .updateUniqueName(existingVsp.getName(), updatedVsp.getName());
+ .updateUniqueName(existingVsp.getName(), updatedVsp.getName());
DeploymentFlavorEntity dfEntity = new DeploymentFlavorEntity(VSP_ID,VERSION01,"DF_ID");
DeploymentFlavor flavor = new DeploymentFlavor();
versionInfo.setStatus(VersionStatus.Locked);
versionInfo.setLockingUser(USER1);
doReturn(versionInfo).when(versioningManagerMock).getEntityVersionInfo(
- VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, VSP_ID, USER1,
- VersionableEntityAction.Read);
+ VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, VSP_ID, USER1,
+ VersionableEntityAction.Read);
VspDetails existingVsp =
- createVspDetails(VSP_ID, VERSION01, "VSP1", null, "vendorName", "vlm1Id", "icon",
- "category",
- "subCategory", "456", null);
+ createVspDetails(VSP_ID, VERSION01, "VSP1", null, "vendorName", "vlm1Id", "icon",
+ "category",
+ "subCategory", "456", null);
existingVsp.setWritetimeMicroSeconds(8L);
doReturn(existingVsp).when(vspInfoDaoMock).get(any(VspDetails.class));
VspDetails actualVsp =
- vendorSoftwareProductManager.getVsp(VSP_ID, VERSION01, USER1);
+ vendorSoftwareProductManager.getVsp(VSP_ID, VERSION01, USER1);
assertVspsEquals(actualVsp, existingVsp);
}
versionInfo.setStatus(VersionStatus.Locked);
versionInfo.setLockingUser(USER2);
doReturn(versionInfo).when(versioningManagerMock).getEntityVersionInfo(
- VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, VSP_ID, USER1,
- VersionableEntityAction.Read);
+ VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, VSP_ID, USER1,
+ VersionableEntityAction.Read);
VspDetails existingVsp =
- createVspDetails(VSP_ID, VERSION01, "VSP1", null, "vendorName", "vlm1Id", "icon",
- "category",
- "subCategory", "456", null);
+ createVspDetails(VSP_ID, VERSION01, "VSP1", null, "vendorName", "vlm1Id", "icon",
+ "category",
+ "subCategory", "456", null);
existingVsp.setWritetimeMicroSeconds(8L);
doReturn(existingVsp)
- .when(vspInfoDaoMock).get(any(VspDetails.class));
+ .when(vspInfoDaoMock).get(any(VspDetails.class));
VspDetails actualVsp =
- vendorSoftwareProductManager.getVsp(VSP_ID, VERSION01, USER1);
+ vendorSoftwareProductManager.getVsp(VSP_ID, VERSION01, USER1);
VspDetails expectedVsp =
- vspInfoDaoMock
- .get(new VspDetails(VSP_ID, VERSION01));
+ vspInfoDaoMock
+ .get(new VspDetails(VSP_ID, VERSION01));
assertVspsEquals(actualVsp, expectedVsp);
}
@Test
public void testCheckin() {
doReturn(VERSION01).when(versioningManagerMock)
- .checkin(VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, VSP_ID,
- USER1, null);
+ .checkin(VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, VSP_ID,
+ USER1, null);
Version version = vendorSoftwareProductManager.checkin(VSP_ID, USER1);
Assert.assertEquals(version, VERSION01);
verify(versioningManagerMock)
- .checkin(VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, VSP_ID,
- USER1, null);
+ .checkin(VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, VSP_ID,
+ USER1, null);
verify(activityLogManagerMock).addActionLog(activityLogEntityArg.capture(), eq(USER1));
ActivityLogEntity activityLogEntity = activityLogEntityArg.getValue();
Assert.assertEquals(activityLogEntity.getVersionId(), String.valueOf(VERSION01.getMajor() + 1));
@Test
public void testCheckout() {
doReturn(VERSION01).when(versioningManagerMock)
- .checkout(VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, VSP_ID,
- USER1);
+ .checkout(VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, VSP_ID,
+ USER1);
Version version = vendorSoftwareProductManager.checkout(VSP_ID, USER1);
Assert.assertEquals(version, VERSION01);
verify(versioningManagerMock)
- .checkout(VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, VSP_ID,
- USER1);
+ .checkout(VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, VSP_ID,
+ USER1);
verify(activityLogManagerMock).addActionLog(activityLogEntityArg.capture(), eq(USER1));
ActivityLogEntity activityLogEntity = activityLogEntityArg.getValue();
VersionInfo versionInfo = new VersionInfo();
versionInfo.setActiveVersion(existingVersion);
doReturn(versionInfo).when(versioningManagerMock).getEntityVersionInfo(
- VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE,
- VSP_ID, USER1, VersionableEntityAction.Read);
+ VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE,
+ VSP_ID, USER1, VersionableEntityAction.Read);
doReturn(VERSION01).when(versioningManagerMock).undoCheckout(VendorSoftwareProductConstants
- .VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, VSP_ID, USER1);
+ .VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, VSP_ID, USER1);
VspDetails vsp = new VspDetails(VSP_ID, existingVersion);
vsp.setName("ExistingName");
VersionInfo versionInfo = new VersionInfo();
versionInfo.setActiveVersion(VERSION01);
doReturn(versionInfo).when(versioningManagerMock).getEntityVersionInfo(
- VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE,
- VSP_ID, USER1, VersionableEntityAction.Read);
+ VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE,
+ VSP_ID, USER1, VersionableEntityAction.Read);
VspDetails vsp =
- createVspDetails(VSP_ID, VERSION01, "Vsp1", "Test-vsp", "vendorName", "vlm1Id", "icon",
- "category", "subCategory", "licenseAgreementId",
- Collections.singletonList("featureGroupId"));
+ createVspDetails(VSP_ID, VERSION01, "Vsp1", "Test-vsp", "vendorName", "vlm1Id", "icon",
+ "category", "subCategory", "licenseAgreementId",
+ Collections.singletonList("featureGroupId"));
doReturn(vsp).when(vspInfoDaoMock).get(anyObject());
UploadDataEntity uploadData = new UploadDataEntity(VSP_ID, VERSION01);
uploadData.setContentData(
- ByteBuffer.wrap(FileUtils.toByteArray(getFileInputStream("/emptyComposition"))));
+ ByteBuffer.wrap(FileUtils.toByteArray(getFileInputStream("/emptyComposition"))));
doReturn(uploadData).when(orchestrationTemplateDataDaoMock)
- .getOrchestrationTemplate(anyObject(), anyObject());
+ .getOrchestrationTemplate(anyObject(), anyObject());
doReturn(new ToscaServiceModel(new FileContentHandler(), new HashMap<>(),
- "MainServiceTemplate.yaml"))
- .when(serviceModelDaoMock).getServiceModel(VSP_ID, VERSION01);
+ "MainServiceTemplate.yaml"))
+ .when(serviceModelDaoMock).getServiceModel(VSP_ID, VERSION01);
ValidationResponse validationResponse = vendorSoftwareProductManager.submit(VSP_ID, USER1);
Assert.assertNotNull(validationResponse);
Assert.assertEquals(validationResponse.getLicensingDataErrors(), 1);
verify(versioningManagerMock, never())
- .submit(VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, VSP_ID,
- USER1, null);
+ .submit(VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, VSP_ID,
+ USER1, null);
//TODO - check..
verify(activityLogManagerMock, never()).addActionLog(any(ActivityLogEntity.class), eq(USER1));
EnrichmentManagerFactory.getInstance();
AbstractFactoryBase
- .registerFactory(EnrichmentManagerFactory.class, EnrichmentManagerFactoryImpl.class);
+ .registerFactory(EnrichmentManagerFactory.class, EnrichmentManagerFactoryImpl.class);
VspDetails vsp =
- createVspDetails(VSP_ID, VERSION01, "Vsp1", "Test-vsp", "vendorName", "vlm1Id", "icon",
- "category", "subCategory", "123", Collections.singletonList("fg1"));
+ createVspDetails(VSP_ID, VERSION01, "Vsp1", "Test-vsp", "vendorName", "vlm1Id", "icon",
+ "category", "subCategory", "123", Collections.singletonList("fg1"));
doReturn(vsp).when(vspInfoDaoMock).get(anyObject());
UploadDataEntity uploadData = new UploadDataEntity(VSP_ID, VERSION01);
uploadData.setContentData(
- ByteBuffer.wrap(FileUtils.toByteArray(getFileInputStream("/emptyComposition"))));
+ ByteBuffer.wrap(FileUtils.toByteArray(getFileInputStream("/emptyComposition"))));
doReturn(uploadData).when(orchestrationTemplateDataDaoMock)
- .getOrchestrationTemplate(anyObject(), anyObject());
+ .getOrchestrationTemplate(anyObject(), anyObject());
doReturn(new ToscaServiceModel(new FileContentHandler(), new HashMap<>(),
- "MainServiceTemplate.yaml"))
- .when(serviceModelDaoMock).getServiceModel(VSP_ID, VERSION01);
+ "MainServiceTemplate.yaml"))
+ .when(serviceModelDaoMock).getServiceModel(VSP_ID, VERSION01);
ValidationResponse validationResponse = vendorSoftwareProductManager.submit(VSP_ID, USER1);
Assert.assertTrue(validationResponse.isValid());
Assert.assertNull(vsp2.getVersionInfo().getLockingUser());*/
verify(versioningManagerMock)
- .submit(VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, VSP_ID,
- USER1, null);
+ .submit(VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, VSP_ID,
+ USER1, null);
verify(activityLogManagerMock).addActionLog(activityLogEntityArg.capture(), eq(USER1));
ActivityLogEntity activityLogEntity = activityLogEntityArg.getValue();
Assert.assertEquals(activityLogEntity.getVersionId(), String.valueOf(VERSION10.getMajor()));
VersionInfo versionInfo = new VersionInfo();
versionInfo.setActiveVersion(VERSION10);
doReturn(versionInfo).when(versioningManagerMock).getEntityVersionInfo(
- VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, VSP_ID, USER1,
- VersionableEntityAction.Read);
+ VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, VSP_ID, USER1,
+ VersionableEntityAction.Read);
doReturn(new ToscaServiceModel(new FileContentHandler(), new HashMap<>(), "")).when
- (enrichedServiceModelDaoMock).getServiceModel(VSP_ID, VERSION10);
+ (enrichedServiceModelDaoMock).getServiceModel(VSP_ID, VERSION10);
VspDetails vsp = new VspDetails(VSP_ID, VERSION10);
vsp.setVendorId("vendorId");
doReturn(vsp).when(vspInfoDaoMock).get(any(VspDetails.class));
doReturn(new FileContentHandler()).when(licenseArtifactsServiceMock)
- .createLicenseArtifacts(VSP_ID, vsp.getVendorId(), VERSION10, vsp.getFeatureGroups(),
- USER1);
+ .createLicenseArtifacts(VSP_ID, vsp.getVendorId(), VERSION10, vsp.getFeatureGroups(),
+ USER1);
PackageInfo packageInfo = vendorSoftwareProductManager.createPackage(VSP_ID, VERSION10, USER1);
Assert.assertNotNull(packageInfo.getVspId());
InputStream zis = getFileInputStream("/vspmanager/zips/missingYml.zip");
UploadFileResponse uploadFileResponse =
- candidateManager.upload(VSP_ID, VERSION01, zis, USER1);
+ candidateManager.upload(VSP_ID, VERSION01, zis, USER1);
Assert.assertEquals(uploadFileResponse.getErrors().size(), 0);
}
try {
candidateManager
- .upload(VSP_ID, VERSION01,
- url.openStream(), USER1);
+ .upload(VSP_ID, VERSION01,
+ url.openStream(), USER1);
candidateManager.process(VSP_ID, VERSION01, USER1);
} catch (Exception ce) {
Assert.assertEquals(ce.getMessage(), Messages.CREATE_MANIFEST_FROM_ZIP.getErrorMessage());
}*/
private List<String> getWantedFileNamesFromCsar(String pathInCsar)
- throws IOException {
+ throws IOException {
File translatedFile = vendorSoftwareProductManager.getTranslatedFile(VSP_ID, VERSION10, USER1);
return getFileNamesFromFolderInCsar(translatedFile,
- pathInCsar);
+ pathInCsar);
}
private List<String> getFileNamesFromFolderInCsar(File csar, String folderName)
- throws IOException {
+ throws IOException {
List<String> fileNames = new ArrayList<>();
ZipInputStream zip = new ZipInputStream(new FileInputStream(csar));
}*/
private void createPackageFromUpload(String vspId, String user, String filePath)
- throws IOException {
+ throws IOException {
uploadFileAndProcess(vspId, user, filePath);
checkinSubmitCreatePackage(vspId, user);
}
candidateManager.process(vspId, VERSION01, user);
UploadDataEntity uploadData =
- orchestrationTemplateDataDaoMock.getOrchestrationTemplate(vspId, version);
+ orchestrationTemplateDataDaoMock.getOrchestrationTemplate(vspId, version);
Assert.assertNotNull(uploadData);
}
private void assertVSPInWantedLocationInVSPList(String vspId, int location, String user) {
List<VersionedVendorSoftwareProductInfo> vspList =
- vendorSoftwareProductManager.listVsps(null, user);
+ vendorSoftwareProductManager.listVsps(null, user);
Assert.assertEquals(vspList.get(location).getVspDetails().getId(), vspId);
}
VersionInfo versionInfo = new VersionInfo();
versionInfo.setActiveVersion(VERSION01);
doReturn(versionInfo).when(versioningManagerMock).getEntityVersionInfo(
- VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, VSP_ID, USER1,
- action);
+ VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, VSP_ID, USER1,
+ action);
}
private void mockVersioningEntityNotExist(VersionableEntityAction action, String vspId) {
doThrow(new CoreException(new EntityNotExistErrorBuilder(
- VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, vspId).build()))
- .when(versioningManagerMock).getEntityVersionInfo(
- VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, vspId, USER1,
- action);
+ VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, vspId).build()))
+ .when(versioningManagerMock).getEntityVersionInfo(
+ VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, vspId, USER1,
+ action);
}
private void MockVersioningEntityLocked(VersionableEntityAction action) {
doThrow(new CoreException(new EditOnEntityLockedByOtherErrorBuilder(
- VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, VSP_ID, USER1)
- .build()))
- .when(versioningManagerMock).getEntityVersionInfo(
- VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, VSP_ID, USER2,
- action);
+ VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, VSP_ID, USER1)
+ .build()))
+ .when(versioningManagerMock).getEntityVersionInfo(
+ VendorSoftwareProductConstants.VENDOR_SOFTWARE_PRODUCT_VERSIONABLE_TYPE, VSP_ID, USER2,
+ action);
}
}
\ No newline at end of file
import org.openecomp.config.api.ConfigurationManager;
import org.openecomp.core.utilities.CommonMethods;
import org.openecomp.core.utilities.file.FileContentHandler;
+import org.openecomp.sdc.common.errors.CoreException;
+import org.openecomp.sdc.common.errors.ErrorCode;
import org.openecomp.sdc.common.utils.SdcCommon;
import org.openecomp.sdc.datatypes.configuration.ImplementationConfiguration;
import org.openecomp.sdc.heat.datatypes.manifest.FileData;
import org.openecomp.sdc.heat.datatypes.manifest.ManifestFile;
import org.openecomp.sdc.heat.datatypes.model.Resource;
import org.openecomp.sdc.tosca.datatypes.model.NodeTemplate;
+import org.openecomp.sdc.tosca.datatypes.model.RequirementAssignment;
import org.openecomp.sdc.tosca.datatypes.model.ServiceTemplate;
import org.openecomp.sdc.tosca.services.ToscaUtil;
import org.openecomp.sdc.translator.datatypes.heattotosca.to.TranslatedHeatResource;
import org.openecomp.sdc.translator.services.heattotosca.globaltypes.GlobalTypesGenerator;
import java.io.InputStream;
-import java.util.ArrayList;
-import java.util.Collection;
import java.util.HashMap;
import java.util.HashSet;
import java.util.List;
Configuration config = ConfigurationManager.lookup();
String propertyFileName = SdcCommon.HEAT_TO_TOSCA_MAPPING_CONF;
translationMapping =
- config.generateMap(ConfigConstants.MAPPING_NAMESPACE, ConfigConstants.RESOURCE_MAPPING_KEY);
+ config.generateMap(ConfigConstants.MAPPING_NAMESPACE, ConfigConstants.RESOURCE_MAPPING_KEY);
try {
globalServiceTemplates = GlobalTypesGenerator.getGlobalTypesServiceTemplate();
} catch (Exception exc) {
throw new RuntimeException("Failed to load GlobalTypes", exc);
}
nameExtractorImplMap = config.populateMap(ConfigConstants.TRANSLATOR_NAMESPACE,
- ConfigConstants.NAMING_CONVENTION_EXTRACTOR_IMPL_KEY, ImplementationConfiguration.class);
+ ConfigConstants.NAMING_CONVENTION_EXTRACTOR_IMPL_KEY, ImplementationConfiguration.class);
supportedConsolidationComputeResources = config.populateMap(ConfigConstants
- .MANDATORY_UNIFIED_MODEL_NAMESPACE, ConfigConstants
- .SUPPORTED_CONSOLIDATION_COMPUTE_RESOURCES_KEY, ImplementationConfiguration.class);
+ .MANDATORY_UNIFIED_MODEL_NAMESPACE, ConfigConstants
+ .SUPPORTED_CONSOLIDATION_COMPUTE_RESOURCES_KEY, ImplementationConfiguration.class);
supportedConsolidationPortResources = config.populateMap(ConfigConstants
- .MANDATORY_UNIFIED_MODEL_NAMESPACE, ConfigConstants
- .SUPPORTED_CONSOLIDATION_PORT_RESOURCES_KEY, ImplementationConfiguration.class);
+ .MANDATORY_UNIFIED_MODEL_NAMESPACE, ConfigConstants
+ .SUPPORTED_CONSOLIDATION_PORT_RESOURCES_KEY, ImplementationConfiguration.class);
enrichPortResourceProperties = config.getAsStringValues(ConfigConstants
- .MANDATORY_UNIFIED_MODEL_NAMESPACE, ConfigConstants
- .ENRICH_PORT_RESOURCE_PROP);
+ .MANDATORY_UNIFIED_MODEL_NAMESPACE, ConfigConstants
+ .ENRICH_PORT_RESOURCE_PROP);
}
private Map<String, UnifiedSubstitutionData> unifiedSubstitutionData = new HashMap<>();
private Set<String> unifiedHandledServiceTemplates = new HashSet<>();
+ private Map<String, Map<RequirementAssignment, String>>
+ mapDependencySubMappingToRequirementAssignment = new HashMap<>();
+
public static Map<String, ImplementationConfiguration>
getSupportedConsolidationComputeResources() {
return supportedConsolidationComputeResources;
}
public static void setSupportedConsolidationComputeResources(
- Map<String, ImplementationConfiguration> supportedConsolidationComputeResources) {
+ Map<String, ImplementationConfiguration> supportedConsolidationComputeResources) {
TranslationContext.supportedConsolidationComputeResources =
- supportedConsolidationComputeResources;
+ supportedConsolidationComputeResources;
}
public static Map<String, ImplementationConfiguration> getSupportedConsolidationPortResources() {
}
public static void setSupportedConsolidationPortResources(
- Map<String, ImplementationConfiguration> supportedConsolidationPortResources) {
+ Map<String, ImplementationConfiguration> supportedConsolidationPortResources) {
TranslationContext.supportedConsolidationPortResources = supportedConsolidationPortResources;
}
*/
public static NameExtractor getNameExtractorImpl(String extractorImplKey) {
String nameExtractorImplClassName =
- nameExtractorImplMap.get(extractorImplKey).getImplementationClass();
+ nameExtractorImplMap.get(extractorImplKey).getImplementationClass();
return CommonMethods.newInstance(nameExtractorImplClassName, NameExtractor.class);
}
}
public void setUnifiedSubstitutionData(
- Map<String, UnifiedSubstitutionData> unifiedSubstitutionData) {
+ Map<String, UnifiedSubstitutionData> unifiedSubstitutionData) {
this.unifiedSubstitutionData = unifiedSubstitutionData;
}
NodeTemplate nodeTemplate) {
this.unifiedSubstitutionData.putIfAbsent(serviceTemplateName, new UnifiedSubstitutionData());
this.unifiedSubstitutionData
- .get(serviceTemplateName)
- .addCleanedNodeTemplate(nodeTemplateId, unifiedCompositionEntity, nodeTemplate);
+ .get(serviceTemplateName)
+ .addCleanedNodeTemplate(nodeTemplateId, unifiedCompositionEntity, nodeTemplate);
}
public NodeTemplate getCleanedNodeTemplate(String serviceTemplateName,
String nodeTemplateId) {
return this.unifiedSubstitutionData.get(serviceTemplateName)
- .getCleanedNodeTemplate(nodeTemplateId);
+ .getCleanedNodeTemplate(nodeTemplateId);
}
public void addUnifiedNestedNodeTemplateId(String serviceTemplateName,
String unifiedNestedNodeTemplateId) {
this.unifiedSubstitutionData.putIfAbsent(serviceTemplateName, new UnifiedSubstitutionData());
this.unifiedSubstitutionData.get(serviceTemplateName)
- .addUnifiedNestedNodeTemplateId(nestedNodeTemplateId, unifiedNestedNodeTemplateId);
+ .addUnifiedNestedNodeTemplateId(nestedNodeTemplateId, unifiedNestedNodeTemplateId);
}
public Optional<String> getUnifiedNestedNodeTemplateId(String serviceTemplateName,
String nestedNodeTemplateId) {
return this.unifiedSubstitutionData.get(serviceTemplateName) == null ? Optional.empty()
- : this.unifiedSubstitutionData.get(serviceTemplateName)
+ : this.unifiedSubstitutionData.get(serviceTemplateName)
.getUnifiedNestedNodeTemplateId(nestedNodeTemplateId);
}
String unifiedNestedNodeTypeId) {
this.unifiedSubstitutionData.putIfAbsent(serviceTemplateName, new UnifiedSubstitutionData());
this.unifiedSubstitutionData.get(serviceTemplateName)
- .addUnifiedNestedNodeTypeId(nestedNodeTypeId, unifiedNestedNodeTypeId);
+ .addUnifiedNestedNodeTypeId(nestedNodeTypeId, unifiedNestedNodeTypeId);
}
public Optional<String> getUnifiedNestedNodeTypeId(String serviceTemplateName,
String nestedNodeTemplateId) {
return this.unifiedSubstitutionData.get(serviceTemplateName) == null ? Optional.empty()
- : this.unifiedSubstitutionData.get(serviceTemplateName)
+ : this.unifiedSubstitutionData.get(serviceTemplateName)
.getUnifiedNestedNodeTypeId(nestedNodeTemplateId);
}
}
public Set<String> getAllTranslatedResourceIdsFromDiffNestedFiles(String
- nestedHeatFileNameToSkip){
+ nestedHeatFileNameToSkip){
Set<String> allTranslatedResourceIds = new HashSet<>();
this.translatedIds.entrySet().stream().filter(
- heatFileNameToTranslatedIdsEntry -> !heatFileNameToTranslatedIdsEntry.getKey()
- .equals(nestedHeatFileNameToSkip)).forEach(heatFileNameToTranslatedIdsEntry -> {
+ heatFileNameToTranslatedIdsEntry -> !heatFileNameToTranslatedIdsEntry.getKey()
+ .equals(nestedHeatFileNameToSkip)).forEach(heatFileNameToTranslatedIdsEntry -> {
allTranslatedResourceIds.addAll(heatFileNameToTranslatedIdsEntry.getValue().keySet());
});
public void addHeatSharedResourcesByParam(String parameterName, String resourceId,
Resource resource) {
this.addHeatSharedResourcesByParam(parameterName,
- new TranslatedHeatResource(resourceId, resource));
+ new TranslatedHeatResource(resourceId, resource));
}
private void addHeatSharedResourcesByParam(String parameterName,
}
public void addUsedHeatPseudoParams(String heatFileName, String heatPseudoParam, String
- translatedToscaParam) {
+ translatedToscaParam) {
if (Objects.isNull(this.usedHeatPseudoParams.get(heatFileName))) {
this.usedHeatPseudoParams.put(heatFileName, new HashMap<>());
}
String abstractNodeTemplateId) {
Map<String, String> nodeAbstractNodeTemplateIdMap = this.getUnifiedSubstitutionData()
- .computeIfAbsent(serviceTemplateFileName, k -> new UnifiedSubstitutionData())
- .getNodesRelatedAbstractNode();
+ .computeIfAbsent(serviceTemplateFileName, k -> new UnifiedSubstitutionData())
+ .getNodesRelatedAbstractNode();
if (nodeAbstractNodeTemplateIdMap == null) {
nodeAbstractNodeTemplateIdMap = new HashMap<>();
}
+
+ if(nodeAbstractNodeTemplateIdMap.containsKey(originalNodeTemplateId)){
+ throw new CoreException((new ErrorCode.ErrorCodeBuilder())
+ .withMessage("Resource with id "
+ + originalNodeTemplateId + " occures more than once in different addOn files")
+ .build());
+ }
nodeAbstractNodeTemplateIdMap.put(originalNodeTemplateId, abstractNodeTemplateId);
this.getUnifiedSubstitutionData().get(serviceTemplateFileName).setNodesRelatedAbstractNode(
- nodeAbstractNodeTemplateIdMap);
+ nodeAbstractNodeTemplateIdMap);
}
/**
* service template
*/
public void addSubstitutionServiceTemplateUnifiedSubstitutionData(
- String serviceTemplateFileName,
- String originalNodeTemplateId,
- String substitutionServiceTemplateNodeTemplateId) {
+ String serviceTemplateFileName,
+ String originalNodeTemplateId,
+ String substitutionServiceTemplateNodeTemplateId) {
Map<String, String> nodesRelatedSubstitutionServiceTemplateNodeTemplateIdMap = this
- .getUnifiedSubstitutionData()
- .computeIfAbsent(serviceTemplateFileName, k -> new UnifiedSubstitutionData())
- .getNodesRelatedSubstitutionServiceTemplateNode();
+ .getUnifiedSubstitutionData()
+ .computeIfAbsent(serviceTemplateFileName, k -> new UnifiedSubstitutionData())
+ .getNodesRelatedSubstitutionServiceTemplateNode();
if (nodesRelatedSubstitutionServiceTemplateNodeTemplateIdMap == null) {
nodesRelatedSubstitutionServiceTemplateNodeTemplateIdMap = new HashMap<>();
}
nodesRelatedSubstitutionServiceTemplateNodeTemplateIdMap.put(originalNodeTemplateId,
- substitutionServiceTemplateNodeTemplateId);
+ substitutionServiceTemplateNodeTemplateId);
this.getUnifiedSubstitutionData().get(serviceTemplateFileName)
- .setNodesRelatedSubstitutionServiceTemplateNode(
- nodesRelatedSubstitutionServiceTemplateNodeTemplateIdMap);
+ .setNodesRelatedSubstitutionServiceTemplateNode(
+ nodesRelatedSubstitutionServiceTemplateNodeTemplateIdMap);
}
/**
public String getUnifiedAbstractNodeTemplateId(ServiceTemplate serviceTemplate,
String nodeTemplateId) {
UnifiedSubstitutionData unifiedSubstitutionData =
- this.unifiedSubstitutionData.get(ToscaUtil.getServiceTemplateFileName(serviceTemplate));
+ this.unifiedSubstitutionData.get(ToscaUtil.getServiceTemplateFileName(serviceTemplate));
return unifiedSubstitutionData.getNodesRelatedAbstractNode().get(nodeTemplateId);
}
public String getUnifiedSubstitutionNodeTemplateId(ServiceTemplate serviceTemplate,
String nodeTemplateId) {
UnifiedSubstitutionData unifiedSubstitutionData =
- this.unifiedSubstitutionData.get(ToscaUtil.getServiceTemplateFileName(serviceTemplate));
+ this.unifiedSubstitutionData.get(ToscaUtil.getServiceTemplateFileName(serviceTemplate));
return unifiedSubstitutionData.getNodesRelatedSubstitutionServiceTemplateNode()
- .get(nodeTemplateId);
+ .get(nodeTemplateId);
}
public int getHandledNestedComputeNodeTemplateIndex(String serviceTemplateName,
String computeType) {
return this.unifiedSubstitutionData.get(serviceTemplateName)
- .getHandledNestedComputeNodeTemplateIndex(computeType);
+ .getHandledNestedComputeNodeTemplateIndex(computeType);
}
public void updateHandledComputeType(String serviceTemplateName,
String handledComputeType,
String nestedServiceTemplateFileName) {
String globalSTName =
- ToscaUtil.getServiceTemplateFileName(Constants.GLOBAL_SUBSTITUTION_TYPES_TEMPLATE_NAME);
+ ToscaUtil.getServiceTemplateFileName(Constants.GLOBAL_SUBSTITUTION_TYPES_TEMPLATE_NAME);
this.unifiedSubstitutionData.putIfAbsent(
- globalSTName, new UnifiedSubstitutionData());
+ globalSTName, new UnifiedSubstitutionData());
this.unifiedSubstitutionData.get(globalSTName)
- .addHandledComputeType(handledComputeType);
+ .addHandledComputeType(handledComputeType);
this.unifiedSubstitutionData.get(globalSTName).addHandlesNestedServiceTemplate(nestedServiceTemplateFileName);
this.unifiedSubstitutionData.putIfAbsent(serviceTemplateName, new UnifiedSubstitutionData());
public boolean isComputeTypeHandledInServiceTemplate(String serviceTemplateName,
String computeType) {
return !Objects.isNull(this.unifiedSubstitutionData.get(serviceTemplateName))
- && this.unifiedSubstitutionData.get(serviceTemplateName)
- .isComputeTypeHandledInServiceTemplate(computeType);
+ && this.unifiedSubstitutionData.get(serviceTemplateName)
+ .isComputeTypeHandledInServiceTemplate(computeType);
}
public int getHandledNestedComputeNodeTemplateIndex(String serviceTemplateName,
String nestedServiceTemplateName,
String computeType){
return this.unifiedSubstitutionData.get(serviceTemplateName)
- .getHandledNestedComputeNodeTemplateIndex(computeType);
+ .getHandledNestedComputeNodeTemplateIndex(computeType);
}
public boolean isNestedServiceTemplateWasHandled(String serviceTemplateName,
return false;
}
return this.unifiedSubstitutionData.get(serviceTemplateName)
- .isNestedServiceTemplateWasHandled(nestedServiceTemplateFileName);
+ .isNestedServiceTemplateWasHandled(nestedServiceTemplateFileName);
}
public Set<String> getAllRelatedNestedNodeTypeIds(){
String globalName = "GlobalSubstitutionTypes";
if(Objects.isNull(this.unifiedSubstitutionData) ||
- Objects.isNull(this.unifiedSubstitutionData.get(globalName))){
+ Objects.isNull(this.unifiedSubstitutionData.get(globalName))){
return new HashSet<>();
}
return false;
}
return this.unifiedSubstitutionData.get(serviceTemplateName)
- .isNestedNodeWasHandled(nestedNodeTemplateId);
+ .isNestedNodeWasHandled(nestedNodeTemplateId);
}
public void addNestedNodeAsHandled(String serviceTemplateName,
String nestedNodeTemplateId) {
this.unifiedSubstitutionData.putIfAbsent(serviceTemplateName, new UnifiedSubstitutionData());
this.unifiedSubstitutionData.get(serviceTemplateName)
- .addHandledNestedNodes(nestedNodeTemplateId);
+ .addHandledNestedNodes(nestedNodeTemplateId);
}
public void updateUsedTimesForNestedComputeNodeType(String serviceTemplateName,
this.unifiedSubstitutionData.putIfAbsent(serviceTemplateName, new UnifiedSubstitutionData());
this.unifiedSubstitutionData.get(serviceTemplateName)
- .updateUsedTimesForNestedComputeNodeType(computeType);
+ .updateUsedTimesForNestedComputeNodeType(computeType);
}
public int getGlobalNodeTypeIndex(String serviceTemplateName,
return 0;
}
return this.unifiedSubstitutionData.get(serviceTemplateName).getGlobalNodeTypeIndex
- (computeType);
+ (computeType);
}
public void addNewPropertyIdToNodeTemplate(String serviceTemplateName,
Object origPropertyValue){
this.unifiedSubstitutionData.putIfAbsent(serviceTemplateName, new UnifiedSubstitutionData());
this.unifiedSubstitutionData.get(serviceTemplateName).addNewPropertyIdToNodeTemplate(
- newPropertyId, origPropertyValue);
+ newPropertyId, origPropertyValue);
}
public Optional<Object> getNewPropertyInputParamId(String serviceTemplateName,
}
return this.unifiedSubstitutionData.get(serviceTemplateName).getNewPropertyInputParam
- (newPropertyId);
+ (newPropertyId);
}
public Map<String, Object> getAllNewPropertyInputParamIdsPerNodeTenplateId(String serviceTemplateName){
}
+ public void addSubMappingReqAssignment(String serviceTemplateName,
+ RequirementAssignment requirementAssignment,
+ String newReqId){
+ this.mapDependencySubMappingToRequirementAssignment
+ .putIfAbsent(serviceTemplateName, new HashMap<>());
+ this.mapDependencySubMappingToRequirementAssignment.get(serviceTemplateName)
+ .putIfAbsent(requirementAssignment, newReqId);
+ }
+
+ public Optional<String> getNewReqAssignmentDependencyId(String serviceTemplateName,
+ RequirementAssignment requirementAssignment){
+ if(!this.mapDependencySubMappingToRequirementAssignment.containsKey(serviceTemplateName)){
+ return Optional.empty();
+ }
+
+ Map<RequirementAssignment, String> requirementAssignmentMap =
+ this.mapDependencySubMappingToRequirementAssignment.get(serviceTemplateName);
+ return requirementAssignmentMap.containsKey
+ (requirementAssignment) ? Optional.of(requirementAssignmentMap.get(requirementAssignment)) :
+ Optional.empty();
+ }
+
}
* @return the compute template consolidation data
*/
public static ComputeTemplateConsolidationData getComputeTemplateConsolidationData(
- TranslationContext context,
- ServiceTemplate serviceTemplate,
- String computeNodeType,
- String computeNodeTemplateId) {
+ TranslationContext context,
+ ServiceTemplate serviceTemplate,
+ String computeNodeType,
+ String computeNodeTemplateId) {
ConsolidationData consolidationData = context.getConsolidationData();
String serviceTemplateFileName = ToscaUtil.getServiceTemplateFileName(serviceTemplate);
ComputeConsolidationData computeConsolidationData = consolidationData
- .getComputeConsolidationData();
+ .getComputeConsolidationData();
FileComputeConsolidationData fileComputeConsolidationData = computeConsolidationData
- .getFileComputeConsolidationData(serviceTemplateFileName);
+ .getFileComputeConsolidationData(serviceTemplateFileName);
if (fileComputeConsolidationData == null) {
fileComputeConsolidationData = new FileComputeConsolidationData();
computeConsolidationData.setFileComputeConsolidationData(serviceTemplateFileName,
- fileComputeConsolidationData);
+ fileComputeConsolidationData);
}
TypeComputeConsolidationData typeComputeConsolidationData = fileComputeConsolidationData
- .getTypeComputeConsolidationData(computeNodeType);
+ .getTypeComputeConsolidationData(computeNodeType);
if (typeComputeConsolidationData == null) {
typeComputeConsolidationData = new TypeComputeConsolidationData();
fileComputeConsolidationData.setTypeComputeConsolidationData(computeNodeType,
- typeComputeConsolidationData);
+ typeComputeConsolidationData);
}
ComputeTemplateConsolidationData computeTemplateConsolidationData =
- typeComputeConsolidationData.getComputeTemplateConsolidationData(computeNodeTemplateId);
+ typeComputeConsolidationData.getComputeTemplateConsolidationData(computeNodeTemplateId);
if (computeTemplateConsolidationData == null) {
computeTemplateConsolidationData = new ComputeTemplateConsolidationData();
computeTemplateConsolidationData.setNodeTemplateId(computeNodeTemplateId);
typeComputeConsolidationData.setComputeTemplateConsolidationData(computeNodeTemplateId,
- computeTemplateConsolidationData);
+ computeTemplateConsolidationData);
}
return computeTemplateConsolidationData;
* @return the port template consolidation data
*/
public static PortTemplateConsolidationData getPortTemplateConsolidationData(
- TranslationContext context,
- ServiceTemplate serviceTemplate,
- String portNodeTemplateId) {
+ TranslationContext context,
+ ServiceTemplate serviceTemplate,
+ String portNodeTemplateId) {
ConsolidationData consolidationData = context.getConsolidationData();
String serviceTemplateFileName = ToscaUtil.getServiceTemplateFileName(serviceTemplate);
PortConsolidationData portConsolidationData = consolidationData.getPortConsolidationData();
FilePortConsolidationData filePortConsolidationData = portConsolidationData
- .getFilePortConsolidationData(serviceTemplateFileName);
+ .getFilePortConsolidationData(serviceTemplateFileName);
if (filePortConsolidationData == null) {
filePortConsolidationData = new FilePortConsolidationData();
portConsolidationData.setFilePortConsolidationData(serviceTemplateFileName,
- filePortConsolidationData);
+ filePortConsolidationData);
}
PortTemplateConsolidationData portTemplateConsolidationData =
- filePortConsolidationData.getPortTemplateConsolidationData(portNodeTemplateId);
+ filePortConsolidationData.getPortTemplateConsolidationData(portNodeTemplateId);
if (portTemplateConsolidationData == null) {
portTemplateConsolidationData = new PortTemplateConsolidationData();
portTemplateConsolidationData.setNodeTemplateId(portNodeTemplateId);
filePortConsolidationData.setPortTemplateConsolidationData(portNodeTemplateId,
- portTemplateConsolidationData);
+ portTemplateConsolidationData);
}
return portTemplateConsolidationData;
*@param nestedNodeTemplateId the nested node template id @return the nested template consolidation data
*/
public static NestedTemplateConsolidationData getNestedTemplateConsolidationData(
- TranslationContext context,
- ServiceTemplate serviceTemplate,
- String nestedHeatFileName, String nestedNodeTemplateId) {
+ TranslationContext context,
+ ServiceTemplate serviceTemplate,
+ String nestedHeatFileName, String nestedNodeTemplateId) {
if(isNestedResourceIdOccuresInDifferentNestedFiles(context, nestedHeatFileName,
- nestedNodeTemplateId)){
+ nestedNodeTemplateId)){
throw new CoreException((new ErrorCode.ErrorCodeBuilder())
- .withMessage("Resource with id "
- + nestedNodeTemplateId + " occures more than once in different addOn "
- + "files").build());
+ .withMessage("Resource with id "
+ + nestedNodeTemplateId + " occures more than once in different addOn "
+ + "files").build());
}
ConsolidationData consolidationData = context.getConsolidationData();
String serviceTemplateFileName = ToscaUtil.getServiceTemplateFileName(serviceTemplate);
NestedConsolidationData nestedConsolidationData = consolidationData
- .getNestedConsolidationData();
+ .getNestedConsolidationData();
FileNestedConsolidationData fileNestedConsolidationData = nestedConsolidationData
- .getFileNestedConsolidationData(serviceTemplateFileName);
+ .getFileNestedConsolidationData(serviceTemplateFileName);
if (fileNestedConsolidationData == null) {
fileNestedConsolidationData = new FileNestedConsolidationData();
nestedConsolidationData.setFileNestedConsolidationData(serviceTemplateFileName,
- fileNestedConsolidationData);
+ fileNestedConsolidationData);
}
NestedTemplateConsolidationData nestedTemplateConsolidationData =
- fileNestedConsolidationData.getNestedTemplateConsolidationData(nestedNodeTemplateId);
+ fileNestedConsolidationData.getNestedTemplateConsolidationData(nestedNodeTemplateId);
if (nestedTemplateConsolidationData == null) {
nestedTemplateConsolidationData = new NestedTemplateConsolidationData();
nestedTemplateConsolidationData.setNodeTemplateId(nestedNodeTemplateId);
fileNestedConsolidationData.setNestedTemplateConsolidationData(nestedNodeTemplateId,
- nestedTemplateConsolidationData);
+ nestedTemplateConsolidationData);
}
return nestedTemplateConsolidationData;
* @param translatedGroupId Group id of which compute node is a part
*/
public static void updateGroupIdInConsolidationData(EntityConsolidationData
- entityConsolidationData,
+ entityConsolidationData,
String translatedGroupId) {
if (entityConsolidationData.getGroupIds() == null) {
entityConsolidationData.setGroupIds(new ArrayList<>());
String computeNodeTemplateId,
String requirementId,
RequirementAssignment
- requirementAssignment) {
+ requirementAssignment) {
TranslationContext translationContext = translateTo.getContext();
ServiceTemplate serviceTemplate = translateTo.getServiceTemplate();
ComputeTemplateConsolidationData computeTemplateConsolidationData =
- getComputeTemplateConsolidationData(translationContext, serviceTemplate, computeType,
- computeNodeTemplateId);
+ getComputeTemplateConsolidationData(translationContext, serviceTemplate, computeType,
+ computeNodeTemplateId);
computeTemplateConsolidationData.addVolume(requirementId, requirementAssignment);
}
TranslationContext translationContext = translateTo.getContext();
ServiceTemplate serviceTemplate = translateTo.getServiceTemplate();
ComputeTemplateConsolidationData computeTemplateConsolidationData =
- getComputeTemplateConsolidationData(translationContext, serviceTemplate, computeNodeType,
- translateTo.getTranslatedId());
+ getComputeTemplateConsolidationData(translationContext, serviceTemplate, computeNodeType,
+ translateTo.getTranslatedId());
computeTemplateConsolidationData.addPort(getPortType(portNodeTemplateId), portNodeTemplateId);
// create port in consolidation data
getPortTemplateConsolidationData(translationContext, serviceTemplate, portNodeTemplateId);
RequirementAssignment requirementAssignment) {
ConsolidationEntityType consolidationEntityType = ConsolidationEntityType.OTHER;
HeatOrchestrationTemplate heatOrchestrationTemplate = translateTo
- .getHeatOrchestrationTemplate();
+ .getHeatOrchestrationTemplate();
TranslationContext translationContext = translateTo.getContext();
consolidationEntityType.setEntityType(heatOrchestrationTemplate, sourceResource,
- targetResource, translateTo.getContext());
+ targetResource, translateTo.getContext());
// Add resource dependency information in nodesConnectedIn if the target node
// is a consolidation entity
if (isConsolidationEntity(consolidationEntityType.getTargetEntityType())) {
ConsolidationDataUtil.updateNodesConnectedIn(translateTo,
- nodeTemplateId, consolidationEntityType.getTargetEntityType(), targetResourceId,
- requirementId, requirementAssignment);
+ nodeTemplateId, consolidationEntityType.getTargetEntityType(), targetResourceId,
+ requirementId, requirementAssignment);
}
//Add resource dependency information in nodesConnectedOut if the source node
//is a consolidation entity
if (isConsolidationEntity(consolidationEntityType.getSourceEntityType())) {
ConsolidationDataUtil.updateNodesConnectedOut(translateTo,
- requirementAssignment.getNode(), consolidationEntityType.getSourceEntityType(),
- requirementId, requirementAssignment);
+ requirementAssignment.getNode(), consolidationEntityType.getSourceEntityType(),
+ requirementId, requirementAssignment);
+ ConsolidationDataUtil.updateNodesConnectedOut(translateTo,
+ requirementAssignment.getNode(), consolidationEntityType.getSourceEntityType(),
+ requirementId + "_" + nodeTemplateId, requirementAssignment);
+
+ translationContext.addSubMappingReqAssignment(ToscaUtil.getServiceTemplateFileName
+ (translateTo.getServiceTemplate()),
+ requirementAssignment, requirementId + "_" + nodeTemplateId);
+
}
}
private static boolean isConsolidationEntity(ConsolidationEntityType consolidationEntityType) {
return (consolidationEntityType == ConsolidationEntityType.COMPUTE
- || consolidationEntityType == ConsolidationEntityType.PORT
- || consolidationEntityType == ConsolidationEntityType.NESTED
- || consolidationEntityType == ConsolidationEntityType.VFC_NESTED);
+ || consolidationEntityType == ConsolidationEntityType.PORT
+ || consolidationEntityType == ConsolidationEntityType.NESTED
+ || consolidationEntityType == ConsolidationEntityType.VFC_NESTED);
}
/**
TranslationContext translationContext = translateTo.getContext();
ServiceTemplate serviceTemplate = translateTo.getServiceTemplate();
RequirementAssignmentData requirementAssignmentData = new RequirementAssignmentData(
- requirementId, requirementAssignment);
+ requirementId, requirementAssignment);
if (consolidationEntityType == ConsolidationEntityType.COMPUTE) {
String nodeType = DataModelUtil.getNodeTemplate(serviceTemplate, translateTo
- .getTranslatedId()).getType();
+ .getTranslatedId()).getType();
entityConsolidationData = getComputeTemplateConsolidationData(translationContext,
- serviceTemplate, nodeType, translateTo.getTranslatedId());
+ serviceTemplate, nodeType, translateTo.getTranslatedId());
} else if (consolidationEntityType == ConsolidationEntityType.PORT) {
entityConsolidationData = getPortTemplateConsolidationData(translationContext,
- serviceTemplate, translateTo.getTranslatedId());
+ serviceTemplate, translateTo.getTranslatedId());
} else if (consolidationEntityType == ConsolidationEntityType.VFC_NESTED
- || consolidationEntityType == ConsolidationEntityType.NESTED) {
+ || consolidationEntityType == ConsolidationEntityType.NESTED) {
//ConnectedOut data for nested is not updated
return;
}
}
entityConsolidationData.getNodesConnectedOut()
- .computeIfAbsent(nodeTemplateId, k -> new ArrayList<>())
- .add(requirementAssignmentData);
+ .computeIfAbsent(nodeTemplateId, k -> new ArrayList<>())
+ .add(requirementAssignmentData);
}
/**
TranslationContext translationContext = translateTo.getContext();
ServiceTemplate serviceTemplate = translateTo.getServiceTemplate();
RequirementAssignmentData requirementAssignmentData = new RequirementAssignmentData(
- requirementId, requirementAssignment);
+ requirementId, requirementAssignment);
String dependentNodeTemplateId = requirementAssignment.getNode();
if (consolidationEntityType == ConsolidationEntityType.COMPUTE) {
NodeTemplate computeNodeTemplate = DataModelUtil.getNodeTemplate(serviceTemplate,
- dependentNodeTemplateId);
+ dependentNodeTemplateId);
String nodeType = null;
if (Objects.isNull(computeNodeTemplate)) {
Resource targetResource =
- translateTo.getHeatOrchestrationTemplate().getResources().get(targetResourceId);
+ translateTo.getHeatOrchestrationTemplate().getResources().get(targetResourceId);
NameExtractor nodeTypeNameExtractor =
- translateTo.getContext().getNameExtractorImpl(targetResource.getType());
+ translateTo.getContext().getNameExtractorImpl(targetResource.getType());
nodeType =
- nodeTypeNameExtractor.extractNodeTypeName(translateTo.getHeatOrchestrationTemplate()
- .getResources().get(dependentNodeTemplateId),
- dependentNodeTemplateId, dependentNodeTemplateId);
+ nodeTypeNameExtractor.extractNodeTypeName(translateTo.getHeatOrchestrationTemplate()
+ .getResources().get(dependentNodeTemplateId),
+ dependentNodeTemplateId, dependentNodeTemplateId);
} else {
nodeType = computeNodeTemplate.getType();
}
entityConsolidationData = getComputeTemplateConsolidationData(translationContext,
- serviceTemplate, nodeType, dependentNodeTemplateId);
+ serviceTemplate, nodeType, dependentNodeTemplateId);
} else if (consolidationEntityType == ConsolidationEntityType.PORT) {
entityConsolidationData = getPortTemplateConsolidationData(translationContext,
- serviceTemplate, dependentNodeTemplateId);
+ serviceTemplate, dependentNodeTemplateId);
} else if (consolidationEntityType == ConsolidationEntityType.NESTED
- || consolidationEntityType == ConsolidationEntityType.VFC_NESTED) {
+ || consolidationEntityType == ConsolidationEntityType.VFC_NESTED) {
entityConsolidationData = getNestedTemplateConsolidationData(translationContext,
- serviceTemplate, translateTo.getHeatFileName(), dependentNodeTemplateId);
+ serviceTemplate, translateTo.getHeatFileName(), dependentNodeTemplateId);
}
if (entityConsolidationData.getNodesConnectedIn() == null) {
}
entityConsolidationData.getNodesConnectedIn()
- .computeIfAbsent(sourceNodeTemplateId, k -> new ArrayList<>())
- .add(requirementAssignmentData);
+ .computeIfAbsent(sourceNodeTemplateId, k -> new ArrayList<>())
+ .add(requirementAssignmentData);
}
String resourceId) {
String resourceType = heatOrchestrationTemplate.getResources().get(resourceId).getType();
Map<String, ImplementationConfiguration> supportedComputeResources = TranslationContext
- .getSupportedConsolidationComputeResources();
+ .getSupportedConsolidationComputeResources();
if (supportedComputeResources.containsKey(resourceType)) {
if (supportedComputeResources.get(resourceType).isEnable()) {
return true;
public static boolean isComputeResource(Resource resource) {
String resourceType = resource.getType();
Map<String, ImplementationConfiguration> supportedComputeResources = TranslationContext
- .getSupportedConsolidationComputeResources();
+ .getSupportedConsolidationComputeResources();
if (supportedComputeResources.containsKey(resourceType)) {
if (supportedComputeResources.get(resourceType).isEnable()) {
return true;
String resourceId) {
String resourceType = heatOrchestrationTemplate.getResources().get(resourceId).getType();
Map<String, ImplementationConfiguration> supportedPortResources = TranslationContext
- .getSupportedConsolidationPortResources();
+ .getSupportedConsolidationPortResources();
if (supportedPortResources.containsKey(resourceType)) {
if (supportedPortResources.get(resourceType).isEnable()) {
return true;
public static boolean isPortResource(Resource resource) {
String resourceType = resource.getType();
Map<String, ImplementationConfiguration> supportedPortResources = TranslationContext
- .getSupportedConsolidationPortResources();
+ .getSupportedConsolidationPortResources();
if (supportedPortResources.containsKey(resourceType)) {
if (supportedPortResources.get(resourceType).isEnable()) {
return true;
String resourceId) {
String resourceType = heatOrchestrationTemplate.getResources().get(resourceId).getType();
return (resourceType.equals(HeatResourcesTypes.CINDER_VOLUME_RESOURCE_TYPE.getHeatResource())
- || resourceType.equals(HeatResourcesTypes.CINDER_VOLUME_ATTACHMENT_RESOURCE_TYPE
- .getHeatResource()));
+ || resourceType.equals(HeatResourcesTypes.CINDER_VOLUME_ATTACHMENT_RESOURCE_TYPE
+ .getHeatResource()));
}
/**
public static boolean isVolumeResource(Resource resource) {
String resourceType = resource.getType();
return (resourceType.equals(HeatResourcesTypes.CINDER_VOLUME_RESOURCE_TYPE.getHeatResource())
- || resourceType.equals(HeatResourcesTypes.CINDER_VOLUME_ATTACHMENT_RESOURCE_TYPE
- .getHeatResource()));
+ || resourceType.equals(HeatResourcesTypes.CINDER_VOLUME_ATTACHMENT_RESOURCE_TYPE
+ .getHeatResource()));
}
/**
TranslationContext context = translateTo.getContext();
ServiceTemplate serviceTemplate = translateTo.getServiceTemplate();
getNestedTemplateConsolidationData(
- context, serviceTemplate, translateTo.getHeatFileName(), translateTo.getTranslatedId());
+ context, serviceTemplate, translateTo.getHeatFileName(), translateTo.getTranslatedId());
}
public static void removeSharedResource(ServiceTemplate serviceTemplate,
String contrailSharedResourceId,
String sharedTranslatedResourceId) {
if (ConsolidationDataUtil.isComputeResource(heatOrchestrationTemplate,
- contrailSharedResourceId)) {
+ contrailSharedResourceId)) {
NodeTemplate nodeTemplate = DataModelUtil.getNodeTemplate(serviceTemplate,
- sharedTranslatedResourceId);
+ sharedTranslatedResourceId);
EntityConsolidationData entityConsolidationData = getComputeTemplateConsolidationData(
- context, serviceTemplate, nodeTemplate.getType(), sharedTranslatedResourceId);
+ context, serviceTemplate, nodeTemplate.getType(), sharedTranslatedResourceId);
List<GetAttrFuncData> getAttrFuncDataList = entityConsolidationData
- .getOutputParametersGetAttrIn();
+ .getOutputParametersGetAttrIn();
removeParamNameFromAttrFuncList(paramName, getAttrFuncDataList);
}
if (ConsolidationDataUtil.isPortResource(heatOrchestrationTemplate,
- contrailSharedResourceId)) {
+ contrailSharedResourceId)) {
NodeTemplate nodeTemplate = DataModelUtil.getNodeTemplate(serviceTemplate,
- sharedTranslatedResourceId);
+ sharedTranslatedResourceId);
EntityConsolidationData entityConsolidationData = getPortTemplateConsolidationData(context,
- serviceTemplate, sharedTranslatedResourceId);
+ serviceTemplate, sharedTranslatedResourceId);
List<GetAttrFuncData> getAttrFuncDataList = entityConsolidationData
- .getOutputParametersGetAttrIn();
+ .getOutputParametersGetAttrIn();
removeParamNameFromAttrFuncList(paramName, getAttrFuncDataList);
}
}
}
public static void updateOutputGetAttributeInConsolidationData(EntityConsolidationData
- entityConsolidationData,
+ entityConsolidationData,
String outputParameterName,
String attributeName) {
import org.openecomp.config.api.Configuration;
import org.openecomp.config.api.ConfigurationManager;
import org.openecomp.core.utilities.CommonMethods;
+import org.openecomp.core.utilities.json.JsonUtil;
import org.openecomp.sdc.datatypes.configuration.ImplementationConfiguration;
import org.openecomp.sdc.heat.services.HeatConstants;
import org.openecomp.sdc.logging.api.Logger;
import org.openecomp.sdc.tosca.datatypes.model.PropertyType;
import org.openecomp.sdc.tosca.datatypes.model.RelationshipTemplate;
import org.openecomp.sdc.tosca.datatypes.model.RequirementAssignment;
+import org.openecomp.sdc.tosca.datatypes.model.RequirementDefinition;
import org.openecomp.sdc.tosca.datatypes.model.ServiceTemplate;
import org.openecomp.sdc.tosca.datatypes.model.SubstitutionMapping;
import org.openecomp.sdc.tosca.datatypes.model.heatextend.PropertyTypeExt;
public class UnifiedCompositionService {
protected static Logger logger =
- (Logger) LoggerFactory.getLogger(UnifiedCompositionService.class);
+ (Logger) LoggerFactory.getLogger(UnifiedCompositionService.class);
protected static MdcDataDebugMessage mdcDataDebugMessage = new MdcDataDebugMessage();
private static Map<String, ImplementationConfiguration> unifiedCompositionImplMap;
static {
Configuration config = ConfigurationManager.lookup();
unifiedCompositionImplMap =
- config.populateMap(ConfigConstants.MANDATORY_UNIFIED_MODEL_NAMESPACE,
- ConfigConstants.UNIFIED_COMPOSITION_IMPL_KEY, ImplementationConfiguration.class);
+ config.populateMap(ConfigConstants.MANDATORY_UNIFIED_MODEL_NAMESPACE,
+ ConfigConstants.UNIFIED_COMPOSITION_IMPL_KEY, ImplementationConfiguration.class);
}
private ConsolidationService consolidationService = new ConsolidationService();
private static List<EntityConsolidationData> getPortConsolidationDataList(
- Set<String> portIds,
- List<UnifiedCompositionData> unifiedCompositionDataList) {
+ Set<String> portIds,
+ List<UnifiedCompositionData> unifiedCompositionDataList) {
List<EntityConsolidationData> portConsolidationDataList = new ArrayList<>();
for (UnifiedCompositionData unifiedCompositionData : unifiedCompositionDataList) {
for (PortTemplateConsolidationData portTemplateConsolidationData : unifiedCompositionData
- .getPortTemplateConsolidationDataList()) {
+ .getPortTemplateConsolidationDataList()) {
if (portIds.contains(portTemplateConsolidationData.getNodeTemplateId())) {
portConsolidationDataList.add(portTemplateConsolidationData);
}
return;
}
unifiedCompositionInstance.get()
- .createUnifiedComposition(serviceTemplate, nestedServiceTemplate,
- unifiedCompositionDataList, context);
+ .createUnifiedComposition(serviceTemplate, nestedServiceTemplate,
+ unifiedCompositionDataList, context);
mdcDataDebugMessage.debugExitMessage(null, null);
}
* @return the substitution service template
*/
public Optional<ServiceTemplate> createUnifiedSubstitutionServiceTemplate(
- ServiceTemplate serviceTemplate,
- List<UnifiedCompositionData> unifiedCompositionDataList,
- TranslationContext context,
- String substitutionNodeTypeId,
- Integer index) {
+ ServiceTemplate serviceTemplate,
+ List<UnifiedCompositionData> unifiedCompositionDataList,
+ TranslationContext context,
+ String substitutionNodeTypeId,
+ Integer index) {
if (CollectionUtils.isEmpty(unifiedCompositionDataList)) {
return Optional.empty();
}
UnifiedCompositionData unifiedCompositionData = unifiedCompositionDataList.get(0);
String templateName =
- getTemplateName(serviceTemplate, unifiedCompositionData, substitutionNodeTypeId, index);
+ getTemplateName(serviceTemplate, unifiedCompositionData, substitutionNodeTypeId, index);
ServiceTemplate substitutionServiceTemplate =
- HeatToToscaUtil.createInitSubstitutionServiceTemplate(templateName);
+ HeatToToscaUtil.createInitSubstitutionServiceTemplate(templateName);
createIndexInputParameter(substitutionServiceTemplate);
String computeNodeType =
- handleCompute(serviceTemplate, substitutionServiceTemplate, unifiedCompositionDataList,
- context);
+ handleCompute(serviceTemplate, substitutionServiceTemplate, unifiedCompositionDataList,
+ context);
handlePorts(serviceTemplate, substitutionServiceTemplate, unifiedCompositionDataList,
- computeNodeType, context);
+ computeNodeType, context);
createOutputParameters(serviceTemplate, substitutionServiceTemplate, unifiedCompositionDataList,
- computeNodeType, context);
+ computeNodeType, context);
NodeType substitutionGlobalNodeType =
- handleSubstitutionGlobalNodeType(serviceTemplate, substitutionServiceTemplate,
- context, unifiedCompositionData, substitutionNodeTypeId, index);
+ handleSubstitutionGlobalNodeType(serviceTemplate, substitutionServiceTemplate,
+ context, unifiedCompositionData, substitutionNodeTypeId, index);
+
+ ServiceTemplate globalSubstitutionServiceTemplate =
+ HeatToToscaUtil.fetchGlobalSubstitutionServiceTemplate(serviceTemplate, context);
+ addComputeNodeTypeToGlobalST(computeNodeType, serviceTemplate,
+ globalSubstitutionServiceTemplate, substitutionGlobalNodeType);
HeatToToscaUtil.handleSubstitutionMapping(context,
- substitutionNodeTypeId,
- substitutionServiceTemplate, substitutionGlobalNodeType);
+ substitutionNodeTypeId,
+ substitutionServiceTemplate, substitutionGlobalNodeType);
context.getTranslatedServiceTemplates().put(templateName, substitutionServiceTemplate);
return Optional.of(substitutionServiceTemplate);
}
+ private void addComputeNodeTypeToGlobalST(String computeNodeType,
+ ServiceTemplate serviceTemplate,
+ ServiceTemplate globalSubstitutionServiceTemplate,
+ NodeType substitutionGlobalNodeType) {
+ NodeType nodeType = DataModelUtil.getNodeType(serviceTemplate, computeNodeType);
+ NodeType clonedNT =
+ (NodeType) DataModelUtil.getClonedObject(substitutionGlobalNodeType, NodeType.class);
+ clonedNT.setDerived_from(nodeType.getDerived_from());
+ DataModelUtil
+ .addNodeType(globalSubstitutionServiceTemplate, computeNodeType,
+ clonedNT);
+ }
+
/**
* Create abstract substitute node template that can be substituted by the input
* substitutionServiceTemplate.
* @return the abstract substitute node template id
*/
public String createAbstractSubstituteNodeTemplate(
- ServiceTemplate serviceTemplate,
- ServiceTemplate substitutionServiceTemplate,
- List<UnifiedCompositionData> unifiedCompositionDataList,
- String substituteNodeTypeId,
- TranslationContext context,
- Integer index) {
+ ServiceTemplate serviceTemplate,
+ ServiceTemplate substitutionServiceTemplate,
+ List<UnifiedCompositionData> unifiedCompositionDataList,
+ String substituteNodeTypeId,
+ TranslationContext context,
+ Integer index) {
NodeTemplate substitutionNodeTemplate = new NodeTemplate();
List<String> directiveList = new ArrayList<>();
substitutionNodeTemplate.setDirectives(directiveList);
substitutionNodeTemplate.setType(substituteNodeTypeId);
Optional<Map<String, Object>> abstractSubstitutionProperties =
- createAbstractSubstitutionProperties(serviceTemplate,
- substitutionServiceTemplate, unifiedCompositionDataList, context);
+ createAbstractSubstitutionProperties(serviceTemplate,
+ substitutionServiceTemplate, unifiedCompositionDataList, context);
abstractSubstitutionProperties.ifPresent(substitutionNodeTemplate::setProperties);
//Add substitution filtering property
String substitutionServiceTemplateName = ToscaUtil.getServiceTemplateFileName(
- substitutionServiceTemplate);
+ substitutionServiceTemplate);
int count = unifiedCompositionDataList.size();
DataModelUtil.addSubstitutionFilteringProperty(substitutionServiceTemplateName,
- substitutionNodeTemplate, count);
+ substitutionNodeTemplate, count);
//Add index_value property
addIndexValueProperty(substitutionNodeTemplate);
String substituteNodeTemplateId =
- getSubstituteNodeTemplateId(serviceTemplate, unifiedCompositionDataList.get(0),
- substituteNodeTypeId, index);
+ getSubstituteNodeTemplateId(serviceTemplate, unifiedCompositionDataList.get(0),
+ substituteNodeTypeId, index);
//Add node template id and related abstract node template id in context
addUnifiedSubstitionData(context, serviceTemplate, unifiedCompositionDataList,
- substituteNodeTemplateId);
+ substituteNodeTemplateId);
DataModelUtil
- .addNodeTemplate(serviceTemplate, substituteNodeTemplateId, substitutionNodeTemplate);
+ .addNodeTemplate(serviceTemplate, substituteNodeTemplateId, substitutionNodeTemplate);
return substituteNodeTemplateId;
}
* @param context the translation context
*/
public void cleanUnifiedCompositionEntities(
- ServiceTemplate serviceTemplate,
- List<UnifiedCompositionData> unifiedCompositionDataList,
- TranslationContext context) {
+ ServiceTemplate serviceTemplate,
+ List<UnifiedCompositionData> unifiedCompositionDataList,
+ TranslationContext context) {
for (UnifiedCompositionData unifiedCompositionData : unifiedCompositionDataList) {
ComputeTemplateConsolidationData computeTemplateConsolidationData =
- unifiedCompositionData.getComputeTemplateConsolidationData();
+ unifiedCompositionData.getComputeTemplateConsolidationData();
cleanServiceTemplate(serviceTemplate, computeTemplateConsolidationData, context);
List<PortTemplateConsolidationData> portTemplateConsolidationDataList =
- getPortTemplateConsolidationDataList(unifiedCompositionData);
+ getPortTemplateConsolidationDataList(unifiedCompositionData);
for (PortTemplateConsolidationData portTemplateConsolidationData :
- portTemplateConsolidationDataList) {
+ portTemplateConsolidationDataList) {
cleanServiceTemplate(serviceTemplate, portTemplateConsolidationData, context);
}
}
TranslationContext context) {
for (UnifiedCompositionData unifiedData : unifiedCompositionDataList) {
removeCleanedNodeType(
- unifiedData.getComputeTemplateConsolidationData().getNodeTemplateId(), serviceTemplate,
- context);
+ unifiedData.getComputeTemplateConsolidationData().getNodeTemplateId(), serviceTemplate,
+ context);
}
if (MapUtils.isEmpty(serviceTemplate.getNode_types())) {
serviceTemplate.setNode_types(null);
String serviceTemplateFileName = ToscaUtil.getServiceTemplateFileName(serviceTemplate);
UnifiedSubstitutionData unifiedSubstitutionData = context.getUnifiedSubstitutionData()
- .get(serviceTemplateFileName);
+ .get(serviceTemplateFileName);
if (Objects.nonNull(unifiedSubstitutionData)) {
//Handle get attribute in connectivity for abstarct node to abstract node templates
Set<String> abstractNodeIds =
- new HashSet<>(unifiedSubstitutionData.getAllRelatedAbstractNodeIds());
+ new HashSet<>(unifiedSubstitutionData.getAllRelatedAbstractNodeIds());
handleGetAttrInConnectivity(serviceTemplate, abstractNodeIds, context);
//Handle get attribute in connectivity for abstract node templates to nested node template
Set<String> nestedNodeIds =
- new HashSet<>(unifiedSubstitutionData.getAllUnifiedNestedNodeTemplateIds());
+ new HashSet<>(unifiedSubstitutionData.getAllUnifiedNestedNodeTemplateIds());
handleGetAttrInConnectivity(serviceTemplate, nestedNodeIds, context);
}
}
TranslationContext context) {
handleUnifiedNestedNodeType(mainServiceTemplate, nestedServiceTemplate, context);
updateUnifiedNestedTemplates(mainServiceTemplate, nestedServiceTemplate,
- unifiedCompositionData, context);
+ unifiedCompositionData, context);
}
private void handleGetAttrInConnectivity(ServiceTemplate serviceTemplate,
Set<String> unifiedNodeIds,
TranslationContext context) {
Map<String, NodeTemplate> nodeTemplates =
- serviceTemplate.getTopology_template().getNode_templates();
+ serviceTemplate.getTopology_template().getNode_templates();
String serviceTemplateFileName = ToscaUtil.getServiceTemplateFileName(serviceTemplate);
for (String unifiedNodeId : unifiedNodeIds) {
NodeTemplate nodeTemplate = nodeTemplates.get(unifiedNodeId);
handleGetAttrInAbstractNodeTemplate(serviceTemplate, context, serviceTemplateFileName,
- nodeTemplate);
+ nodeTemplate);
}
}
SubstitutionMapping substitutionMappings =
- nestedServiceTemplate.getTopology_template().getSubstitution_mappings();
+ nestedServiceTemplate.getTopology_template().getSubstitution_mappings();
String nodeTypeId = substitutionMappings.getNode_type();
Optional<String> newNestedNodeTypeId =
- getNewNestedNodeTypeId(mainServiceTemplate, nestedServiceTemplate, context);
+ getNewNestedNodeTypeId(mainServiceTemplate, nestedServiceTemplate, context);
ServiceTemplate globalSubstitutionServiceTemplate =
- context.getGlobalSubstitutionServiceTemplate();
+ context.getGlobalSubstitutionServiceTemplate();
if (isNestedServiceTemplateWasHandled(globalSubstitutionServiceTemplate, nestedServiceTemplate,
- context,
- newNestedNodeTypeId)) {
+ context,
+ newNestedNodeTypeId)) {
context
- .updateHandledComputeType(ToscaUtil.getServiceTemplateFileName(mainServiceTemplate),
- newNestedNodeTypeId.get(),
- ToscaUtil.getServiceTemplateFileName(nestedServiceTemplate));
+ .updateHandledComputeType(ToscaUtil.getServiceTemplateFileName(mainServiceTemplate),
+ newNestedNodeTypeId.get(),
+ ToscaUtil.getServiceTemplateFileName(nestedServiceTemplate));
return;
}
newNestedNodeTypeId.ifPresent(
- newNestedNodeTypeIdVal -> handleNestedNodeType(nodeTypeId, newNestedNodeTypeIdVal,
- nestedServiceTemplate, mainServiceTemplate, globalSubstitutionServiceTemplate,
- context));
+ newNestedNodeTypeIdVal -> handleNestedNodeType(nodeTypeId, newNestedNodeTypeIdVal,
+ nestedServiceTemplate, mainServiceTemplate, globalSubstitutionServiceTemplate,
+ context));
}
TranslationContext context,
Optional<String> newNestedNodeTypeId) {
return newNestedNodeTypeId.isPresent()
- && context.isNestedServiceTemplateWasHandled(
- ToscaUtil.getServiceTemplateFileName(mainServiceTemplate),
- ToscaUtil.getServiceTemplateFileName(nestedServiceTemplate));
+ && context.isNestedServiceTemplateWasHandled(
+ ToscaUtil.getServiceTemplateFileName(mainServiceTemplate),
+ ToscaUtil.getServiceTemplateFileName(nestedServiceTemplate));
}
private void handleNestedNodeType(String nodeTypeId, String newNestedNodeTypeId,
TranslationContext context) {
updateNestedServiceTemplate(nestedServiceTemplate, context);
updateNestedNodeType(nodeTypeId, newNestedNodeTypeId, nestedServiceTemplate,
- mainServiceTemplate,
- globalSubstitutionServiceTemplate, context);
+ mainServiceTemplate,
+ globalSubstitutionServiceTemplate, context);
}
private void enrichPortProperties(ServiceTemplate nestedServiceTemplate,
TranslationContext context) {
String nestedServiceTemplateFileName =
- ToscaUtil.getServiceTemplateFileName(nestedServiceTemplate);
+ ToscaUtil.getServiceTemplateFileName(nestedServiceTemplate);
FilePortConsolidationData filePortConsolidationData =
- context.getConsolidationData().getPortConsolidationData().getFilePortConsolidationData
- (nestedServiceTemplateFileName);
+ context.getConsolidationData().getPortConsolidationData().getFilePortConsolidationData
+ (nestedServiceTemplateFileName);
if (Objects.nonNull(filePortConsolidationData)) {
Set<String> portNodeTemplateIds = filePortConsolidationData.getAllPortNodeTemplateIds();
if (Objects.nonNull(portNodeTemplateIds)) {
for (String portNodeTemplateId : portNodeTemplateIds) {
NodeTemplate portNodeTemplate = DataModelUtil.getNodeTemplate(nestedServiceTemplate,
- portNodeTemplateId);
+ portNodeTemplateId);
List<EntityConsolidationData> portEntityConsolidationDataList = new ArrayList<>();
portEntityConsolidationDataList.add(filePortConsolidationData
- .getPortTemplateConsolidationData(portNodeTemplateId));
+ .getPortTemplateConsolidationData(portNodeTemplateId));
handleNodeTypeProperties(nestedServiceTemplate,
- portEntityConsolidationDataList, portNodeTemplate, UnifiedCompositionEntity.Port,
- null, context);
+ portEntityConsolidationDataList, portNodeTemplate, UnifiedCompositionEntity.Port,
+ null, context);
}
}
}
ServiceTemplate globalSubstitutionServiceTemplate,
TranslationContext context) {
String indexedNewNestedNodeTypeId =
- updateNodeTypeId(nodeTypeId, newNestedNodeTypeId, nestedServiceTemplate,
- mainServiceTemplate,
- globalSubstitutionServiceTemplate, context);
+ updateNodeTypeId(nodeTypeId, newNestedNodeTypeId, nestedServiceTemplate,
+ mainServiceTemplate,
+ globalSubstitutionServiceTemplate, context);
updateNodeTypeProperties(nestedServiceTemplate, globalSubstitutionServiceTemplate,
- indexedNewNestedNodeTypeId);
+ indexedNewNestedNodeTypeId);
+ //addComputeNodeTypeToGlobalST();
+
}
private void updateNodeTypeProperties(ServiceTemplate nestedServiceTemplate,
String nodeTypeId) {
ToscaAnalyzerService toscaAnalyzerService = new ToscaAnalyzerServiceImpl();
Map<String, PropertyDefinition> nodeTypePropertiesDefinition =
- toscaAnalyzerService.manageSubstitutionNodeTypeProperties(nestedServiceTemplate);
+ toscaAnalyzerService.manageSubstitutionNodeTypeProperties(nestedServiceTemplate);
NodeType nestedNodeType =
- DataModelUtil.getNodeType(globalSubstitutionServiceTemplate, nodeTypeId);
+ DataModelUtil.getNodeType(globalSubstitutionServiceTemplate, nodeTypeId);
nestedNodeType.setProperties(nodeTypePropertiesDefinition);
+ addComputeNodeTypeToGlobalST(nestedServiceTemplate.getNode_types().keySet().iterator().next()
+ , nestedServiceTemplate, globalSubstitutionServiceTemplate, nestedNodeType);
}
private String updateNodeTypeId(String nodeTypeId, String newNestedNodeTypeId,
ServiceTemplate globalSubstitutionServiceTemplate,
TranslationContext context) {
String indexedNewNestedNodeTypeId =
- handleNestedNodeTypeInGlobalSubstitutionTemplate(nodeTypeId, newNestedNodeTypeId,
- globalSubstitutionServiceTemplate, context);
+ handleNestedNodeTypeInGlobalSubstitutionTemplate(nodeTypeId, newNestedNodeTypeId,
+ globalSubstitutionServiceTemplate, context);
handleSubstitutionMappingInNestedServiceTemplate(indexedNewNestedNodeTypeId,
- nestedServiceTemplate, context);
+ nestedServiceTemplate, context);
context
- .updateHandledComputeType(
- ToscaUtil.getServiceTemplateFileName(mainServiceTemplate),
- ToscaUtil.getServiceTemplateFileName(nestedServiceTemplate),
- newNestedNodeTypeId);
+ .updateHandledComputeType(
+ ToscaUtil.getServiceTemplateFileName(mainServiceTemplate),
+ ToscaUtil.getServiceTemplateFileName(nestedServiceTemplate),
+ newNestedNodeTypeId);
return indexedNewNestedNodeTypeId;
}
ServiceTemplate globalSubstitutionServiceTemplate,
TranslationContext context) {
String indexedNodeType =
- getIndexedGlobalNodeTypeId(newNestedNodeTypeId, context);
+ getIndexedGlobalNodeTypeId(newNestedNodeTypeId, context);
context.updateUsedTimesForNestedComputeNodeType(
- ToscaUtil.getServiceTemplateFileName(globalSubstitutionServiceTemplate),
- newNestedNodeTypeId);
+ ToscaUtil.getServiceTemplateFileName(globalSubstitutionServiceTemplate),
+ newNestedNodeTypeId);
handleNestedNodeTypesInGlobalSubstituteServiceTemplate(nodeTypeId, indexedNodeType,
- globalSubstitutionServiceTemplate, context);
+ globalSubstitutionServiceTemplate, context);
return indexedNodeType;
}
private String getIndexedGlobalNodeTypeId(String newNestedNodeTypeId,
TranslationContext context) {
int globalNodeTypeIndex =
- context.getGlobalNodeTypeIndex(
- ToscaUtil.getServiceTemplateFileName(Constants.GLOBAL_SUBSTITUTION_TYPES_TEMPLATE_NAME),
- newNestedNodeTypeId);
+ context.getGlobalNodeTypeIndex(
+ ToscaUtil.getServiceTemplateFileName(Constants.GLOBAL_SUBSTITUTION_TYPES_TEMPLATE_NAME),
+ newNestedNodeTypeId);
return globalNodeTypeIndex > 0 ? newNestedNodeTypeId + "_"
- + String.valueOf(globalNodeTypeIndex) : newNestedNodeTypeId;
+ + String.valueOf(globalNodeTypeIndex) : newNestedNodeTypeId;
}
private void updateUnifiedNestedTemplates(ServiceTemplate mainServiceTemplate,
TranslationContext context) {
NestedTemplateConsolidationData nestedTemplateConsolidationData =
- unifiedCompositionData.getNestedTemplateConsolidationData();
+ unifiedCompositionData.getNestedTemplateConsolidationData();
if (Objects.isNull(nestedTemplateConsolidationData)) {
return;
}
handleNestedNodeTemplateInMainServiceTemplate(
- nestedTemplateConsolidationData.getNodeTemplateId(), mainServiceTemplate,
- nestedServiceTemplate, context);
+ nestedTemplateConsolidationData.getNodeTemplateId(), mainServiceTemplate,
+ nestedServiceTemplate, context);
}
TranslationContext context) {
updNestedCompositionNodesConnectedInConnectivity(serviceTemplate, unifiedCompositionData,
- context);
+ context);
updNestedCompositionNodesGetAttrInConnectivity(serviceTemplate, unifiedCompositionData,
- context);
+ context);
updNestedCompositionOutputParamGetAttrInConnectivity(serviceTemplate,
- unifiedCompositionData, context);
+ unifiedCompositionData, context);
}
UnifiedCompositionData unifiedCompositionData,
TranslationContext context) {
EntityConsolidationData entityConsolidationData =
- unifiedCompositionData.getNestedTemplateConsolidationData();
+ unifiedCompositionData.getNestedTemplateConsolidationData();
updateHeatStackGroupNestedComposition(serviceTemplate, entityConsolidationData, context);
}
public void handleComplexVfcType(ServiceTemplate serviceTemplate, TranslationContext context) {
SubstitutionMapping substitution_mappings =
- serviceTemplate.getTopology_template().getSubstitution_mappings();
+ serviceTemplate.getTopology_template().getSubstitution_mappings();
if (Objects.isNull(substitution_mappings)) {
return;
}
ServiceTemplate globalSubstitutionServiceTemplate =
- context.getGlobalSubstitutionServiceTemplate();
+ context.getGlobalSubstitutionServiceTemplate();
String substitutionNT = substitution_mappings.getNode_type();
if (globalSubstitutionServiceTemplate.getNode_types().containsKey(substitutionNT)) {
}
}
+
protected void updNodesConnectedOutConnectivity(ServiceTemplate serviceTemplate,
List<UnifiedCompositionData>
- unifiedCompositionDataList,
+ unifiedCompositionDataList,
TranslationContext context) {
for (UnifiedCompositionData unifiedCompositionData : unifiedCompositionDataList) {
ComputeTemplateConsolidationData computeTemplateConsolidationData = unifiedCompositionData
- .getComputeTemplateConsolidationData();
+ .getComputeTemplateConsolidationData();
//Add requirements in the abstract node template for nodes connected out for computes
String newComputeNodeTemplateId = getNewComputeNodeTemplateId(serviceTemplate,
- computeTemplateConsolidationData.getNodeTemplateId());
+ computeTemplateConsolidationData.getNodeTemplateId());
Map<String, List<RequirementAssignmentData>> computeNodesConnectedOut =
- computeTemplateConsolidationData.getNodesConnectedOut();
+ computeTemplateConsolidationData.getNodesConnectedOut();
if (computeNodesConnectedOut != null) {
updateRequirementInAbstractNodeTemplate(serviceTemplate, computeTemplateConsolidationData,
- newComputeNodeTemplateId, computeNodesConnectedOut, context);
+ newComputeNodeTemplateId, computeNodesConnectedOut, context);
}
String computeType = getComputeTypeSuffix(serviceTemplate, computeTemplateConsolidationData
- .getNodeTemplateId());
+ .getNodeTemplateId());
//Add requirements in the abstract node template for nodes connected out for ports
List<PortTemplateConsolidationData> portTemplateConsolidationDataList =
- getPortTemplateConsolidationDataList(unifiedCompositionData);
+ getPortTemplateConsolidationDataList(unifiedCompositionData);
for (PortTemplateConsolidationData portTemplateConsolidationData :
- portTemplateConsolidationDataList) {
+ portTemplateConsolidationDataList) {
String newPortNodeTemplateId = getNewPortNodeTemplateId(portTemplateConsolidationData
- .getNodeTemplateId(), computeType, computeTemplateConsolidationData);
+ .getNodeTemplateId(), computeType, computeTemplateConsolidationData);
Map<String, List<RequirementAssignmentData>> portNodesConnectedOut =
- portTemplateConsolidationData.getNodesConnectedOut();
+ portTemplateConsolidationData.getNodesConnectedOut();
if (portNodesConnectedOut != null) {
updateRequirementInAbstractNodeTemplate(serviceTemplate, portTemplateConsolidationData,
- newPortNodeTemplateId, portNodesConnectedOut, context);
+ newPortNodeTemplateId, portNodesConnectedOut, context);
}
}
}
protected void updNodesConnectedInConnectivity(ServiceTemplate serviceTemplate,
List<UnifiedCompositionData>
- unifiedCompositionDataList,
+ unifiedCompositionDataList,
TranslationContext context) {
for (UnifiedCompositionData unifiedCompositionData : unifiedCompositionDataList) {
ComputeTemplateConsolidationData computeTemplateConsolidationData = unifiedCompositionData
- .getComputeTemplateConsolidationData();
+ .getComputeTemplateConsolidationData();
//Update requirements in the node template which pointing to the computes
String newComputeNodeTemplateId = getNewComputeNodeTemplateId(serviceTemplate,
- computeTemplateConsolidationData.getNodeTemplateId());
+ computeTemplateConsolidationData.getNodeTemplateId());
updNodesConnectedInConnectivity(serviceTemplate, computeTemplateConsolidationData,
- newComputeNodeTemplateId, context, false);
+ newComputeNodeTemplateId, context, false);
String computeType = getComputeTypeSuffix(serviceTemplate, computeTemplateConsolidationData
- .getNodeTemplateId());
+ .getNodeTemplateId());
//Update requirements in the node template which pointing to the ports
List<PortTemplateConsolidationData> portTemplateConsolidationDataList =
- getPortTemplateConsolidationDataList(unifiedCompositionData);
+ getPortTemplateConsolidationDataList(unifiedCompositionData);
for (PortTemplateConsolidationData portTemplateConsolidationData :
- portTemplateConsolidationDataList) {
+ portTemplateConsolidationDataList) {
String newPortNodeTemplateId = getNewPortNodeTemplateId(portTemplateConsolidationData
- .getNodeTemplateId(), computeType, computeTemplateConsolidationData);
+ .getNodeTemplateId(), computeType, computeTemplateConsolidationData);
updNodesConnectedInConnectivity(serviceTemplate, portTemplateConsolidationData,
- newPortNodeTemplateId, context, false);
+ newPortNodeTemplateId, context, false);
}
}
}
TranslationContext context,
boolean isNested) {
Map<String, List<RequirementAssignmentData>> nodesConnectedIn =
- entityConsolidationData.getNodesConnectedIn();
+ entityConsolidationData.getNodesConnectedIn();
if (nodesConnectedIn == null) {
//No nodes connected in info
return;
}
for (Map.Entry<String, List<RequirementAssignmentData>> entry : nodesConnectedIn
- .entrySet()) {
+ .entrySet()) {
List<RequirementAssignmentData> requirementAssignmentDataList = entry.getValue();
for (RequirementAssignmentData requirementAssignmentData : requirementAssignmentDataList) {
RequirementAssignment requirementAssignment = requirementAssignmentData
- .getRequirementAssignment();
+ .getRequirementAssignment();
if (!requirementAssignment.getNode().equals(entityConsolidationData
- .getNodeTemplateId())) {
+ .getNodeTemplateId())) {
//The requirement assignment target node should be the one which we are handling in the
//consolidation object
continue;
//Update the requirement assignment object in the original node template
if (isNested) {
updateRequirementForNestedCompositionNodesConnectedIn(serviceTemplate,
- requirementAssignmentData, entityConsolidationData, newNodeTemplateId, context);
+ requirementAssignmentData, entityConsolidationData, newNodeTemplateId, context);
} else {
updateRequirementForNodesConnectedIn(serviceTemplate, requirementAssignmentData,
- entityConsolidationData, entry.getKey(), newNodeTemplateId, context);
+ entityConsolidationData, entry.getKey(), newNodeTemplateId, context);
}
}
}
protected void updNestedCompositionNodesConnectedInConnectivity(
- ServiceTemplate serviceTemplate,
- UnifiedCompositionData unifiedCompositionData,
- TranslationContext context) {
+ ServiceTemplate serviceTemplate,
+ UnifiedCompositionData unifiedCompositionData,
+ TranslationContext context) {
NestedTemplateConsolidationData nestedTemplateConsolidationData = unifiedCompositionData
- .getNestedTemplateConsolidationData();
+ .getNestedTemplateConsolidationData();
//Update requirements in the node template which pointing to the nested nodes
String serviceTemplateFileName = ToscaUtil.getServiceTemplateFileName(serviceTemplate);
Optional<String> newNestedNodeTemplateId = context.getUnifiedNestedNodeTemplateId(
- serviceTemplateFileName, nestedTemplateConsolidationData.getNodeTemplateId());
+ serviceTemplateFileName, nestedTemplateConsolidationData.getNodeTemplateId());
newNestedNodeTemplateId.ifPresent(
- newNestedNodeTemplateIdVal -> updNodesConnectedInConnectivity(serviceTemplate,
- nestedTemplateConsolidationData,
- newNestedNodeTemplateIdVal, context, true));
+ newNestedNodeTemplateIdVal -> updNodesConnectedInConnectivity(serviceTemplate,
+ nestedTemplateConsolidationData,
+ newNestedNodeTemplateIdVal, context, true));
}
protected void updVolumeConnectivity(ServiceTemplate serviceTemplate,
List<UnifiedCompositionData>
- unifiedCompositionDataList,
+ unifiedCompositionDataList,
TranslationContext context) {
for (UnifiedCompositionData unifiedCompositionData : unifiedCompositionDataList) {
ComputeTemplateConsolidationData computeTemplateConsolidationData = unifiedCompositionData
- .getComputeTemplateConsolidationData();
+ .getComputeTemplateConsolidationData();
//Add requirements in the abstract node template for compute volumes
String newComputeNodeTemplateId = getNewComputeNodeTemplateId(serviceTemplate,
- computeTemplateConsolidationData.getNodeTemplateId());
+ computeTemplateConsolidationData.getNodeTemplateId());
Map<String, List<RequirementAssignmentData>> computeVolumes =
- computeTemplateConsolidationData.getVolumes();
+ computeTemplateConsolidationData.getVolumes();
if (computeVolumes != null) {
updateRequirementInAbstractNodeTemplate(serviceTemplate, computeTemplateConsolidationData,
- newComputeNodeTemplateId, computeVolumes, context);
+ newComputeNodeTemplateId, computeVolumes, context);
}
}
}
protected void updGroupsConnectivity(ServiceTemplate serviceTemplate,
List<UnifiedCompositionData>
- unifiedCompositionDataList,
+ unifiedCompositionDataList,
TranslationContext context) {
for (UnifiedCompositionData unifiedCompositionData : unifiedCompositionDataList) {
ComputeTemplateConsolidationData computeTemplateConsolidationData = unifiedCompositionData
- .getComputeTemplateConsolidationData();
+ .getComputeTemplateConsolidationData();
//Add requirements in the abstract node template for nodes connected in for computes
String newComputeNodeTemplateId = getNewComputeNodeTemplateId(serviceTemplate,
- computeTemplateConsolidationData.getNodeTemplateId());
+ computeTemplateConsolidationData.getNodeTemplateId());
updGroupsConnectivity(serviceTemplate, computeTemplateConsolidationData, context);
String computeType = getComputeTypeSuffix(serviceTemplate, computeTemplateConsolidationData
- .getNodeTemplateId());
+ .getNodeTemplateId());
//Add requirements in the abstract node template for nodes connected in for ports
List<PortTemplateConsolidationData> portTemplateConsolidationDataList =
- getPortTemplateConsolidationDataList(unifiedCompositionData);
+ getPortTemplateConsolidationDataList(unifiedCompositionData);
for (PortTemplateConsolidationData portTemplateConsolidationData :
- portTemplateConsolidationDataList) {
+ portTemplateConsolidationDataList) {
String newPortNodeTemplateId = getNewPortNodeTemplateId(portTemplateConsolidationData
- .getNodeTemplateId(), computeType, computeTemplateConsolidationData);
+ .getNodeTemplateId(), computeType, computeTemplateConsolidationData);
updGroupsConnectivity(serviceTemplate, portTemplateConsolidationData, context);
}
}
}
private void updGroupsConnectivity(ServiceTemplate serviceTemplate, EntityConsolidationData
- entityConsolidationData, TranslationContext context) {
+ entityConsolidationData, TranslationContext context) {
List<String> groupIds = entityConsolidationData.getGroupIds();
if (groupIds == null) {
return;
}
String oldNodeTemplateId = entityConsolidationData.getNodeTemplateId();
String abstractNodeTemplateId = context.getUnifiedAbstractNodeTemplateId(
- serviceTemplate, entityConsolidationData.getNodeTemplateId());
+ serviceTemplate, entityConsolidationData.getNodeTemplateId());
Map<String, GroupDefinition> groups = serviceTemplate.getTopology_template().getGroups();
if (groups != null) {
for (String groupId : groupIds) {
}
protected void updOutputParamGetAttrInConnectivity(
- ServiceTemplate serviceTemplate, List<UnifiedCompositionData> unifiedComposotionDataList,
- TranslationContext context) {
+ ServiceTemplate serviceTemplate, List<UnifiedCompositionData> unifiedComposotionDataList,
+ TranslationContext context) {
for (UnifiedCompositionData unifiedCompositionData : unifiedComposotionDataList) {
ComputeTemplateConsolidationData computeTemplateConsolidationData =
- unifiedCompositionData.getComputeTemplateConsolidationData();
+ unifiedCompositionData.getComputeTemplateConsolidationData();
String newComputeNodeTemplateId = getNewComputeNodeTemplateId(serviceTemplate,
- computeTemplateConsolidationData.getNodeTemplateId());
+ computeTemplateConsolidationData.getNodeTemplateId());
updOutputParamGetAttrInConnectivity(serviceTemplate, computeTemplateConsolidationData,
- computeTemplateConsolidationData.getNodeTemplateId(), newComputeNodeTemplateId,
- context, false);
+ computeTemplateConsolidationData.getNodeTemplateId(), newComputeNodeTemplateId,
+ context, false);
String computeType =
- getComputeTypeSuffix(serviceTemplate,
- computeTemplateConsolidationData.getNodeTemplateId());
+ getComputeTypeSuffix(serviceTemplate,
+ computeTemplateConsolidationData.getNodeTemplateId());
List<PortTemplateConsolidationData> portTemplateConsolidationDataList =
- getPortTemplateConsolidationDataList(unifiedCompositionData);
+ getPortTemplateConsolidationDataList(unifiedCompositionData);
for (PortTemplateConsolidationData portTemplateConsolidationData :
- portTemplateConsolidationDataList) {
+ portTemplateConsolidationDataList) {
String newPortNodeTemplateId =
- getNewPortNodeTemplateId(portTemplateConsolidationData.getNodeTemplateId(), computeType,
- computeTemplateConsolidationData);
+ getNewPortNodeTemplateId(portTemplateConsolidationData.getNodeTemplateId(), computeType,
+ computeTemplateConsolidationData);
updOutputParamGetAttrInConnectivity(serviceTemplate, portTemplateConsolidationData,
- portTemplateConsolidationData.getNodeTemplateId(), newPortNodeTemplateId, context,
- false);
+ portTemplateConsolidationData.getNodeTemplateId(), newPortNodeTemplateId, context,
+ false);
}
}
}
protected void updNodesGetAttrInConnectivity(
- ServiceTemplate serviceTemplate,
- List<UnifiedCompositionData> unifiedComposotionDataList,
- TranslationContext context) {
+ ServiceTemplate serviceTemplate,
+ List<UnifiedCompositionData> unifiedComposotionDataList,
+ TranslationContext context) {
Map<String, UnifiedCompositionEntity> consolidationNodeTemplateIdAndType =
- getAllConsolidationNodeTemplateIdAndType(unifiedComposotionDataList);
+ getAllConsolidationNodeTemplateIdAndType(unifiedComposotionDataList);
for (UnifiedCompositionData unifiedCompositionData : unifiedComposotionDataList) {
ComputeTemplateConsolidationData computeTemplateConsolidationData =
- unifiedCompositionData.getComputeTemplateConsolidationData();
+ unifiedCompositionData.getComputeTemplateConsolidationData();
String newComputeNodeTemplateId = getNewComputeNodeTemplateId(serviceTemplate,
- computeTemplateConsolidationData.getNodeTemplateId());
+ computeTemplateConsolidationData.getNodeTemplateId());
updNodeGetAttrInConnectivity(serviceTemplate, computeTemplateConsolidationData,
- computeTemplateConsolidationData.getNodeTemplateId(),
- newComputeNodeTemplateId, context, consolidationNodeTemplateIdAndType, false);
+ computeTemplateConsolidationData.getNodeTemplateId(),
+ newComputeNodeTemplateId, context, consolidationNodeTemplateIdAndType, false);
String computeType =
- getComputeTypeSuffix(serviceTemplate,
- computeTemplateConsolidationData.getNodeTemplateId());
+ getComputeTypeSuffix(serviceTemplate,
+ computeTemplateConsolidationData.getNodeTemplateId());
List<PortTemplateConsolidationData> portTemplateConsolidationDataList =
- getPortTemplateConsolidationDataList(unifiedCompositionData);
+ getPortTemplateConsolidationDataList(unifiedCompositionData);
for (PortTemplateConsolidationData portTemplateConsolidationData :
- portTemplateConsolidationDataList) {
+ portTemplateConsolidationDataList) {
String newPotNodeTemplateId =
- getNewPortNodeTemplateId(portTemplateConsolidationData.getNodeTemplateId(), computeType,
- computeTemplateConsolidationData);
+ getNewPortNodeTemplateId(portTemplateConsolidationData.getNodeTemplateId(), computeType,
+ computeTemplateConsolidationData);
updNodeGetAttrInConnectivity(serviceTemplate, portTemplateConsolidationData,
- portTemplateConsolidationData.getNodeTemplateId(),
- newPotNodeTemplateId, context, consolidationNodeTemplateIdAndType, false);
+ portTemplateConsolidationData.getNodeTemplateId(),
+ newPotNodeTemplateId, context, consolidationNodeTemplateIdAndType, false);
}
}
}
protected void updNestedCompositionOutputParamGetAttrInConnectivity(
- ServiceTemplate serviceTemplate, UnifiedCompositionData unifiedCompositionData,
- TranslationContext context) {
+ ServiceTemplate serviceTemplate, UnifiedCompositionData unifiedCompositionData,
+ TranslationContext context) {
NestedTemplateConsolidationData nestedTemplateConsolidationData =
- unifiedCompositionData.getNestedTemplateConsolidationData();
+ unifiedCompositionData.getNestedTemplateConsolidationData();
if (Objects.isNull(nestedTemplateConsolidationData)) {
return;
}
String serviceTemplateFileName = ToscaUtil.getServiceTemplateFileName(serviceTemplate);
Optional<String> newNestedNodeTemplateId = context.getUnifiedNestedNodeTemplateId(
- serviceTemplateFileName, nestedTemplateConsolidationData.getNodeTemplateId());
+ serviceTemplateFileName, nestedTemplateConsolidationData.getNodeTemplateId());
newNestedNodeTemplateId.ifPresent(
- newNestedNodeTemplateIdVal -> updOutputParamGetAttrInConnectivity(serviceTemplate,
- nestedTemplateConsolidationData, nestedTemplateConsolidationData.getNodeTemplateId(),
- newNestedNodeTemplateIdVal, context, true));
+ newNestedNodeTemplateIdVal -> updOutputParamGetAttrInConnectivity(serviceTemplate,
+ nestedTemplateConsolidationData, nestedTemplateConsolidationData.getNodeTemplateId(),
+ newNestedNodeTemplateIdVal, context, true));
}
protected void updNestedCompositionNodesGetAttrInConnectivity(
- ServiceTemplate serviceTemplate,
- UnifiedCompositionData unifiedCompositionData,
- TranslationContext context) {
+ ServiceTemplate serviceTemplate,
+ UnifiedCompositionData unifiedCompositionData,
+ TranslationContext context) {
NestedTemplateConsolidationData nestedTemplateConsolidationData =
- unifiedCompositionData.getNestedTemplateConsolidationData();
+ unifiedCompositionData.getNestedTemplateConsolidationData();
if (Objects.isNull(nestedTemplateConsolidationData)) {
return;
}
String serviceTemplateFileName = ToscaUtil.getServiceTemplateFileName(serviceTemplate);
Optional<String> newNestedNodeTemplateId = context.getUnifiedNestedNodeTemplateId(
- serviceTemplateFileName, nestedTemplateConsolidationData.getNodeTemplateId());
+ serviceTemplateFileName, nestedTemplateConsolidationData.getNodeTemplateId());
newNestedNodeTemplateId.ifPresent(
- newNestedNodeTemplateIdVal -> updNodeGetAttrInConnectivity(serviceTemplate,
- nestedTemplateConsolidationData, nestedTemplateConsolidationData.getNodeTemplateId(),
- newNestedNodeTemplateIdVal, context, null, true));
+ newNestedNodeTemplateIdVal -> updNodeGetAttrInConnectivity(serviceTemplate,
+ nestedTemplateConsolidationData, nestedTemplateConsolidationData.getNodeTemplateId(),
+ newNestedNodeTemplateIdVal, context, null, true));
}
private void updateRequirementForNodesConnectedIn(
- ServiceTemplate serviceTemplate,
- RequirementAssignmentData requirementAssignmentData,
- EntityConsolidationData entityConsolidationData,
- String originalNodeTemplateId,
- String newNodeTemplateId,
- TranslationContext context) {
+ ServiceTemplate serviceTemplate,
+ RequirementAssignmentData requirementAssignmentData,
+ EntityConsolidationData entityConsolidationData,
+ String originalNodeTemplateId,
+ String newNodeTemplateId,
+ TranslationContext context) {
ToscaAnalyzerService toscaAnalyzerService = new ToscaAnalyzerServiceImpl();
RequirementAssignment requirementAssignment = requirementAssignmentData
- .getRequirementAssignment();
+ .getRequirementAssignment();
String newAbstractUnifiedNodeTemplateId = context.getUnifiedAbstractNodeTemplateId(
- serviceTemplate, entityConsolidationData.getNodeTemplateId());
+ serviceTemplate, entityConsolidationData.getNodeTemplateId());
NodeTemplate abstractUnifiedNodeTemplate = DataModelUtil.getNodeTemplate(serviceTemplate,
- newAbstractUnifiedNodeTemplateId);
+ newAbstractUnifiedNodeTemplateId);
Optional<String> newCapabilityId = getNewCapabilityForNodesConnectedIn(serviceTemplate,
- abstractUnifiedNodeTemplate, requirementAssignment, newNodeTemplateId, context);
+ abstractUnifiedNodeTemplate, requirementAssignment, newNodeTemplateId, context);
if (newCapabilityId.isPresent()) {
//Creating a copy of the requirement object and checking if it already exists in the
// original node template
RequirementAssignment requirementAssignmentCopy = (RequirementAssignment) getClonedObject(
- requirementAssignmentData.getRequirementAssignment(), RequirementAssignment.class);
+ requirementAssignmentData.getRequirementAssignment(), RequirementAssignment.class);
NodeTemplate originalNodeTemplate = DataModelUtil.getNodeTemplate(serviceTemplate,
- originalNodeTemplateId);
+ originalNodeTemplateId);
requirementAssignmentCopy.setCapability(newCapabilityId.get());
requirementAssignmentCopy.setNode(newAbstractUnifiedNodeTemplateId);
if (!toscaAnalyzerService.isRequirementExistInNodeTemplate(originalNodeTemplate,
- requirementAssignmentData.getRequirementId(), requirementAssignmentCopy)) {
+ requirementAssignmentData.getRequirementId(), requirementAssignmentCopy)) {
//Update the existing requirement
requirementAssignmentData.getRequirementAssignment().setCapability(newCapabilityId
- .get());
+ .get());
requirementAssignmentData.getRequirementAssignment()
- .setNode(newAbstractUnifiedNodeTemplateId);
+ .setNode(newAbstractUnifiedNodeTemplateId);
} else {
//The updated requirement already exists in the node template so simply remove the
// current one
DataModelUtil.removeRequirementAssignment(originalNodeTemplate, requirementAssignmentData
- .getRequirementId(), requirementAssignmentData.getRequirementAssignment());
+ .getRequirementId(), requirementAssignmentData.getRequirementAssignment());
}
}
}
private void updateRequirementForNestedCompositionNodesConnectedIn(
- ServiceTemplate serviceTemplate,
- RequirementAssignmentData requirementAssignmentData,
- EntityConsolidationData entityConsolidationData,
- String newNodeTemplateId,
- TranslationContext context) {
+ ServiceTemplate serviceTemplate,
+ RequirementAssignmentData requirementAssignmentData,
+ EntityConsolidationData entityConsolidationData,
+ String newNodeTemplateId,
+ TranslationContext context) {
ToscaAnalyzerService toscaAnalyzerService = new ToscaAnalyzerServiceImpl();
String newAbstractUnifiedNodeTemplateId = newNodeTemplateId;
RequirementAssignment requirementAssignment = requirementAssignmentData
- .getRequirementAssignment();
+ .getRequirementAssignment();
//Creating a copy of the requirement object and checking if it already exists in the
// original node template
RequirementAssignment requirementAssignmentCopy = (RequirementAssignment) getClonedObject(
- requirementAssignmentData.getRequirementAssignment(), RequirementAssignment.class);
+ requirementAssignmentData.getRequirementAssignment(), RequirementAssignment.class);
NodeTemplate unifiedAbstractNestedNodeTemplate = DataModelUtil
- .getNodeTemplate(serviceTemplate, newAbstractUnifiedNodeTemplateId);
+ .getNodeTemplate(serviceTemplate, newAbstractUnifiedNodeTemplateId);
requirementAssignmentCopy.setCapability(requirementAssignment.getCapability());
requirementAssignmentCopy.setNode(newAbstractUnifiedNodeTemplateId);
if (!toscaAnalyzerService.isRequirementExistInNodeTemplate(unifiedAbstractNestedNodeTemplate,
- requirementAssignmentData.getRequirementId(), requirementAssignmentCopy)) {
+ requirementAssignmentData.getRequirementId(), requirementAssignmentCopy)) {
//Update the existing requirement
requirementAssignmentData.getRequirementAssignment()
- .setNode(newAbstractUnifiedNodeTemplateId);
+ .setNode(newAbstractUnifiedNodeTemplateId);
} else {
//The updated requirement already exists in the node template so simply remove the
// current one
DataModelUtil.removeRequirementAssignment(unifiedAbstractNestedNodeTemplate,
- requirementAssignmentData.getRequirementId(), requirementAssignmentData
- .getRequirementAssignment());
+ requirementAssignmentData.getRequirementId(), requirementAssignmentData
+ .getRequirementAssignment());
}
}
private Optional<String> getNewCapabilityForNodesConnectedIn(ServiceTemplate serviceTemplate,
NodeTemplate unifiedNodeTemplate,
RequirementAssignment
- requirementAssignment,
+ requirementAssignment,
String newNodeTemplateId,
TranslationContext context) {
ServiceTemplate globalSubstitutionServiceTemplate =
- HeatToToscaUtil.fetchGlobalSubstitutionServiceTemplate(serviceTemplate, context);
+ HeatToToscaUtil.fetchGlobalSubstitutionServiceTemplate(serviceTemplate, context);
Map<String, NodeType> nodeTypes = globalSubstitutionServiceTemplate.getNode_types();
String unifiedNodeTemplateType = unifiedNodeTemplate.getType();
NodeType unifiedNodeType = nodeTypes.get(unifiedNodeTemplateType);
Map<String, CapabilityDefinition> abstractNodeTypeCapabilities = unifiedNodeType
- .getCapabilities();
+ .getCapabilities();
for (Map.Entry<String, CapabilityDefinition> entry : abstractNodeTypeCapabilities.entrySet()) {
String capabilityId = entry.getKey();
CapabilityDefinition capabilityDefinition = entry.getValue();
private void updateRequirementInAbstractNodeTemplate(ServiceTemplate serviceTemplate,
EntityConsolidationData
- entityConsolidationData,
+ entityConsolidationData,
String newNodeTemplateId,
Map<String, List<RequirementAssignmentData>>
- requirementAssignmentDataMap,
+ requirementAssignmentDataMap,
TranslationContext context) {
ToscaAnalyzerService toscaAnalyzerService = new ToscaAnalyzerServiceImpl();
for (Map.Entry<String, List<RequirementAssignmentData>> entry : requirementAssignmentDataMap
- .entrySet()) {
+ .entrySet()) {
String abstractNodeTemplateId = context.getUnifiedAbstractNodeTemplateId(
- serviceTemplate, entityConsolidationData.getNodeTemplateId());
+ serviceTemplate, entityConsolidationData.getNodeTemplateId());
NodeTemplate abstractNodeTemplate = DataModelUtil.getNodeTemplate(serviceTemplate,
- abstractNodeTemplateId);
+ abstractNodeTemplateId);
if (abstractNodeTemplate == null) {
//The abstract node template is not found from id in the context
return;
for (RequirementAssignmentData requirementAssignmentData : requirementAssignmentDataList) {
String oldRequirementId = requirementAssignmentData.getRequirementId();
RequirementAssignment abstractRequirementAssignment = (RequirementAssignment)
- getClonedObject(requirementAssignmentData.getRequirementAssignment(),
- RequirementAssignment.class);
+ getClonedObject(requirementAssignmentData.getRequirementAssignment(),
+ RequirementAssignment.class);
String newRequirementId = oldRequirementId + "_" + newNodeTemplateId;
//Check if the requirement is not already present in the list of requirements of the
// abstract node template
if (!toscaAnalyzerService.isRequirementExistInNodeTemplate(abstractNodeTemplate,
- newRequirementId, abstractRequirementAssignment)) {
+ newRequirementId, abstractRequirementAssignment)) {
DataModelUtil.addRequirementAssignment(abstractNodeTemplate, newRequirementId,
- abstractRequirementAssignment);
+ abstractRequirementAssignment);
//Update the volume relationship template if required
updateVolumeRelationshipTemplate(serviceTemplate, abstractRequirementAssignment
- .getRelationship(), context);
+ .getRelationship(), context);
}
}
}
}
private NodeTemplate getAbstractNodeTemplate(
- ServiceTemplate serviceTemplate,
- UnifiedCompositionEntity unifiedCompositionEntity,
- ComputeTemplateConsolidationData computeTemplateConsolidationData,
- PortTemplateConsolidationData portTemplateConsolidationData,
- TranslationContext context) {
+ ServiceTemplate serviceTemplate,
+ UnifiedCompositionEntity unifiedCompositionEntity,
+ ComputeTemplateConsolidationData computeTemplateConsolidationData,
+ PortTemplateConsolidationData portTemplateConsolidationData,
+ TranslationContext context) {
String abstractNodeTemplateId =
- getAbstractNodeTemplateId(serviceTemplate, unifiedCompositionEntity,
- computeTemplateConsolidationData, portTemplateConsolidationData, context);
+ getAbstractNodeTemplateId(serviceTemplate, unifiedCompositionEntity,
+ computeTemplateConsolidationData, portTemplateConsolidationData, context);
return DataModelUtil.getNodeTemplate(serviceTemplate,
- abstractNodeTemplateId);
+ abstractNodeTemplateId);
}
private String getAbstractNodeTemplateId(
- ServiceTemplate serviceTemplate,
- UnifiedCompositionEntity unifiedCompositionEntity,
- ComputeTemplateConsolidationData computeTemplateConsolidationData,
- PortTemplateConsolidationData portTemplateConsolidationData,
- TranslationContext context) {
+ ServiceTemplate serviceTemplate,
+ UnifiedCompositionEntity unifiedCompositionEntity,
+ ComputeTemplateConsolidationData computeTemplateConsolidationData,
+ PortTemplateConsolidationData portTemplateConsolidationData,
+ TranslationContext context) {
switch (unifiedCompositionEntity) {
case Compute:
return context.getUnifiedAbstractNodeTemplateId(serviceTemplate,
- computeTemplateConsolidationData.getNodeTemplateId());
+ computeTemplateConsolidationData.getNodeTemplateId());
case Port:
return context.getUnifiedAbstractNodeTemplateId(serviceTemplate,
- portTemplateConsolidationData.getNodeTemplateId());
+ portTemplateConsolidationData.getNodeTemplateId());
default:
return null;
}
}
private void updNodeGetAttrInConnectivity(
- ServiceTemplate serviceTemplate,
- EntityConsolidationData entityConsolidationData,
- String oldNodeTemplateId, String newNodeTemplateId,
- TranslationContext context,
- Map<String, UnifiedCompositionEntity> consolidationNodeTemplateIdAndType,
- boolean isNested) {
+ ServiceTemplate serviceTemplate,
+ EntityConsolidationData entityConsolidationData,
+ String oldNodeTemplateId, String newNodeTemplateId,
+ TranslationContext context,
+ Map<String, UnifiedCompositionEntity> consolidationNodeTemplateIdAndType,
+ boolean isNested) {
Map<String, List<GetAttrFuncData>> nodesGetAttrIn = entityConsolidationData.getNodesGetAttrIn();
if (MapUtils.isEmpty(nodesGetAttrIn)) {
return;
for (String sourceNodeTemplateId : nodesGetAttrIn.keySet()) {
NodeTemplate sourceNodeTemplate =
- DataModelUtil.getNodeTemplate(serviceTemplate, sourceNodeTemplateId);
+ DataModelUtil.getNodeTemplate(serviceTemplate, sourceNodeTemplateId);
if (!isNested && consolidationNodeTemplateIdAndType.keySet().contains(sourceNodeTemplateId)) {
continue;
}
List<GetAttrFuncData> getAttrFuncDataList = nodesGetAttrIn.get(sourceNodeTemplateId);
for (GetAttrFuncData getAttrFuncData : getAttrFuncDataList) {
Object propertyValue =
- DataModelUtil.getPropertyValue(sourceNodeTemplate, getAttrFuncData.getFieldName());
+ DataModelUtil.getPropertyValue(sourceNodeTemplate, getAttrFuncData.getFieldName());
String newAttrName = null;
String newGetAttrAbstractNodeTemplateId = newNodeTemplateId;
if (!isNested) {
newGetAttrAbstractNodeTemplateId =
- context.getUnifiedAbstractNodeTemplateId(serviceTemplate, oldNodeTemplateId);
+ context.getUnifiedAbstractNodeTemplateId(serviceTemplate, oldNodeTemplateId);
newAttrName = getNewSubstitutionOutputParameterId(newNodeTemplateId, getAttrFuncData
- .getAttributeName());
+ .getAttributeName());
}
List<List<Object>> getAttrFuncValueList = extractGetAttrFunction(propertyValue);
updateGetAttrValue(oldNodeTemplateId, getAttrFuncData, newGetAttrAbstractNodeTemplateId,
- newAttrName, getAttrFuncValueList, isNested);
+ newAttrName, getAttrFuncValueList, isNested);
}
}
}
List<List<Object>> getAttrFuncValueList, boolean isNested) {
for (List<Object> getAttrFuncValue : getAttrFuncValueList) {
if (oldNodeTemplateId.equals(getAttrFuncValue.get(0))
- && getAttrFuncData.getAttributeName().equals(getAttrFuncValue.get(1))) {
+ && getAttrFuncData.getAttributeName().equals(getAttrFuncValue.get(1))) {
getAttrFuncValue.set(0, newNodeTemplateId);
if (!isNested) {
getAttrFuncValue.set(1, newAttrName);
String nodeTypeId,
Integer index) {
ComputeTemplateConsolidationData computeTemplateConsolidationData =
- unifiedCompositionData.getComputeTemplateConsolidationData();
+ unifiedCompositionData.getComputeTemplateConsolidationData();
String computeType = getComputeTypeSuffix(nodeTypeId);
String templateName = "Nested_" + computeType;
if (Objects.nonNull(index)) {
private String getComputeTypeSuffix(ServiceTemplate serviceTemplate,
String computeNodeTemplateId) {
NodeTemplate computeNodeTemplate =
- DataModelUtil.getNodeTemplate(serviceTemplate, computeNodeTemplateId);
+ DataModelUtil.getNodeTemplate(serviceTemplate, computeNodeTemplateId);
return getComputeTypeSuffix(computeNodeTemplate.getType());
}
TranslationContext context,
boolean isNested) {
List<GetAttrFuncData> outputParametersGetAttrIn =
- entityConsolidationData.getOutputParametersGetAttrIn();
+ entityConsolidationData.getOutputParametersGetAttrIn();
if (CollectionUtils.isEmpty(outputParametersGetAttrIn)) {
return;
}
for (GetAttrFuncData getAttrFuncData : outputParametersGetAttrIn) {
Object outputParamValue =
- DataModelUtil.getOuputParameter(serviceTemplate, getAttrFuncData.getFieldName())
- .getValue();
+ DataModelUtil.getOuputParameter(serviceTemplate, getAttrFuncData.getFieldName())
+ .getValue();
String newAttrName = null;
String newGetAttrAbstractNodeTemplateId = newNodeTemplateId;
if (!isNested) {
newGetAttrAbstractNodeTemplateId =
- context.getUnifiedAbstractNodeTemplateId(serviceTemplate, oldNodeTemplateId);
+ context.getUnifiedAbstractNodeTemplateId(serviceTemplate, oldNodeTemplateId);
newAttrName = getNewSubstitutionOutputParameterId(newNodeTemplateId, getAttrFuncData
- .getAttributeName());
+ .getAttributeName());
}
List<List<Object>> getAttrFuncValueList = extractGetAttrFunction(outputParamValue);
updateGetAttrValue(oldNodeTemplateId, getAttrFuncData, newGetAttrAbstractNodeTemplateId,
- newAttrName,
- getAttrFuncValueList, isNested);
+ newAttrName,
+ getAttrFuncValueList, isNested);
}
}
if (valueObject instanceof Map) {
if (((Map) valueObject).containsKey(ToscaFunctions.GET_ATTRIBUTE.getDisplayName())) {
getAttrValueList.add(
- (List<Object>) ((Map) valueObject).get(ToscaFunctions.GET_ATTRIBUTE.getDisplayName()));
+ (List<Object>) ((Map) valueObject).get(ToscaFunctions.GET_ATTRIBUTE.getDisplayName()));
}
for (Object key : ((Map) valueObject).keySet()) {
if (((Map) valueObject).containsKey(toscaFunction.getDisplayName())) {
return true;
}
- Map.Entry<String, Object> functionMapEntry =
- (Map.Entry<String, Object>) ((Map) valueObject).entrySet().iterator().next();
- return isIncludeToscaFunc(functionMapEntry.getValue(), toscaFunction);
+
+ Set<Map.Entry<String, Object>> entries = ((Map<String, Object>) valueObject).entrySet();
+ for(Map.Entry<String, Object> valueObjectEntry : entries){
+ if(isIncludeToscaFunc(valueObjectEntry.getValue(), toscaFunction)){
+ return true;
+ }
+ }
+// Map.Entry<String, Object> functionMapEntry =
+// (Map.Entry<String, Object>) ((Map) valueObject).entrySet().iterator().next();
+// return isIncludeToscaFunc(functionMapEntry.getValue(), toscaFunction);
} else if (valueObject instanceof List) {
for (Object valueEntity : (List) valueObject) {
String computeNodeType, TranslationContext context) {
createOutputParametersForCompute(serviceTemplate, substitutionServiceTemplate,
- unifiedCompositionDataList, context);
+ unifiedCompositionDataList, context);
createOutputParameterForPorts(serviceTemplate, substitutionServiceTemplate,
- unifiedCompositionDataList, computeNodeType, context);
+ unifiedCompositionDataList, computeNodeType, context);
}
private void createOutputParameterForPorts(
- ServiceTemplate serviceTemplate,
- ServiceTemplate substitutionServiceTemplate,
- List<UnifiedCompositionData> unifiedCompositionDataList,
- String connectedComputeNodeType,
- TranslationContext context) {
+ ServiceTemplate serviceTemplate,
+ ServiceTemplate substitutionServiceTemplate,
+ List<UnifiedCompositionData> unifiedCompositionDataList,
+ String connectedComputeNodeType,
+ TranslationContext context) {
for (UnifiedCompositionData unifiedCompositionData : unifiedCompositionDataList) {
List<PortTemplateConsolidationData> portTemplateConsolidationDataList =
- getPortTemplateConsolidationDataList(unifiedCompositionData);
+ getPortTemplateConsolidationDataList(unifiedCompositionData);
if (CollectionUtils.isEmpty(portTemplateConsolidationDataList)) {
return;
}
for (PortTemplateConsolidationData portTemplateConsolidationData :
- portTemplateConsolidationDataList) {
+ portTemplateConsolidationDataList) {
String newPortNodeTemplateId =
- getNewPortNodeTemplateId(portTemplateConsolidationData.getNodeTemplateId(),
- connectedComputeNodeType,
- unifiedCompositionData.getComputeTemplateConsolidationData());
+ getNewPortNodeTemplateId(portTemplateConsolidationData.getNodeTemplateId(),
+ connectedComputeNodeType,
+ unifiedCompositionData.getComputeTemplateConsolidationData());
addOutputParameters(portTemplateConsolidationData, newPortNodeTemplateId,
- serviceTemplate, substitutionServiceTemplate, unifiedCompositionDataList, context);
+ serviceTemplate, substitutionServiceTemplate, unifiedCompositionDataList, context);
}
}
}
//The ID should be <vm_type>_<port_type> or <vm_type>_<portNodeTemplateId>
private String getNewPortNodeTemplateId(
- String portNodeTemplateId,
- String connectedComputeNodeType,
- ComputeTemplateConsolidationData computeTemplateConsolidationData) {
+ String portNodeTemplateId,
+ String connectedComputeNodeType,
+ ComputeTemplateConsolidationData computeTemplateConsolidationData) {
StringBuilder newPortNodeTemplateId = new StringBuilder();
String portType = ConsolidationDataUtil.getPortType(portNodeTemplateId);
}
private void createOutputParametersForCompute(
- ServiceTemplate serviceTemplate,
- ServiceTemplate substitutionServiceTemplate,
- List<UnifiedCompositionData>
- unifiedCompositionDataList,
- TranslationContext context) {
+ ServiceTemplate serviceTemplate,
+ ServiceTemplate substitutionServiceTemplate,
+ List<UnifiedCompositionData>
+ unifiedCompositionDataList,
+ TranslationContext context) {
List<EntityConsolidationData> computeConsolidationDataList =
- getComputeConsolidationDataList(unifiedCompositionDataList);
+ getComputeConsolidationDataList(unifiedCompositionDataList);
for (EntityConsolidationData computeTemplateConsolidationData : computeConsolidationDataList) {
String newComputeNodeTemplateId =
- getNewComputeNodeTemplateId(serviceTemplate,
- computeTemplateConsolidationData.getNodeTemplateId());
+ getNewComputeNodeTemplateId(serviceTemplate,
+ computeTemplateConsolidationData.getNodeTemplateId());
addOutputParameters(computeTemplateConsolidationData, newComputeNodeTemplateId,
- serviceTemplate, substitutionServiceTemplate, unifiedCompositionDataList, context);
+ serviceTemplate, substitutionServiceTemplate, unifiedCompositionDataList, context);
}
}
List<UnifiedCompositionData> unifiedCompositionDataList,
TranslationContext context) {
handleNodesGetAttrIn(entityConsolidationData, newNodeTemplateId, serviceTemplate,
- substitutionServiceTemplate, unifiedCompositionDataList, context);
+ substitutionServiceTemplate, unifiedCompositionDataList, context);
handleOutputParamGetAttrIn(entityConsolidationData, newNodeTemplateId, serviceTemplate,
- substitutionServiceTemplate, context);
+ substitutionServiceTemplate, context);
}
private void handleOutputParamGetAttrIn(EntityConsolidationData entityConsolidationData,
ServiceTemplate substitutionServiceTemplate,
TranslationContext context) {
List<GetAttrFuncData> outputParametersGetAttrIn =
- entityConsolidationData.getOutputParametersGetAttrIn();
+ entityConsolidationData.getOutputParametersGetAttrIn();
if (!CollectionUtils.isEmpty(outputParametersGetAttrIn)) {
for (GetAttrFuncData getAttrFuncData : outputParametersGetAttrIn) {
createAndAddOutputParameter(entityConsolidationData, newNodeTemplateId,
- substitutionServiceTemplate, getAttrFuncData, context);
+ substitutionServiceTemplate, getAttrFuncData, context);
}
}
}
if (!MapUtils.isEmpty(getAttrIn)) {
Map<String, UnifiedCompositionEntity> consolidationNodeTemplateIdAndType =
- getAllConsolidationNodeTemplateIdAndType(unifiedCompositionDataList);
+ getAllConsolidationNodeTemplateIdAndType(unifiedCompositionDataList);
for (String sourceNodeTemplateId : getAttrIn.keySet()) {
if (!consolidationNodeTemplateIdAndType.keySet().contains(sourceNodeTemplateId)) {
List<GetAttrFuncData> getAttrFuncDataList = getAttrIn.get(sourceNodeTemplateId);
for (GetAttrFuncData getAttrFuncData : getAttrFuncDataList) {
createAndAddOutputParameter(entityConsolidationData, newNodeTemplateId,
- substitutionServiceTemplate, getAttrFuncData, context);
+ substitutionServiceTemplate, getAttrFuncData, context);
}
}
}
ParameterDefinition outputParameter = new ParameterDefinition();
outputParameter.setValue(parameterValue);
setOutputParameterType(substitutionServiceTemplate, newNodeTemplateId, getAttrFuncData
- .getAttributeName(), outputParameter, context);
+ .getAttributeName(), outputParameter, context);
DataModelUtil.addOutputParameterToTopologyTemplate(substitutionServiceTemplate,
- getNewSubstitutionOutputParameterId(newNodeTemplateId, getAttrFuncData.getAttributeName()),
- outputParameter);
+ getNewSubstitutionOutputParameterId(newNodeTemplateId, getAttrFuncData.getAttributeName()),
+ outputParameter);
}
private void setOutputParameterType(ServiceTemplate substitutionServiceTemplate,
ParameterDefinition outputParameter,
TranslationContext context) {
NodeTemplate nodeTemplate = DataModelUtil.getNodeTemplate(substitutionServiceTemplate,
- newNodeTemplateId);
+ newNodeTemplateId);
//Get the type and entry schema of the output parameter from the node type flat hierarchy
String outputParameterType = null;
EntrySchema outputParameterEntrySchema = null;
NodeType nodeTypeWithFlatHierarchy =
- HeatToToscaUtil.getNodeTypeWithFlatHierarchy(nodeTemplate.getType(),
- substitutionServiceTemplate, context);
+ HeatToToscaUtil.getNodeTypeWithFlatHierarchy(nodeTemplate.getType(),
+ substitutionServiceTemplate, context);
//Check if the parameter is present in the attributes
AttributeDefinition outputParameterDefinitionFromAttributes =
- getOutputParameterDefinitionFromAttributes(nodeTypeWithFlatHierarchy, outputParameterName);
+ getOutputParameterDefinitionFromAttributes(nodeTypeWithFlatHierarchy, outputParameterName);
if (Objects.nonNull(outputParameterDefinitionFromAttributes)) {
outputParameterType = outputParameterDefinitionFromAttributes.getType();
outputParameterEntrySchema = outputParameterDefinitionFromAttributes.getEntry_schema();
// properties and global types are in sync. Ideally the parameter should be found in either
// properties or attributes collected from global types
PropertyDefinition outputParameterDefinitionFromProperties =
- nodeTypeWithFlatHierarchy.getProperties().get(outputParameterName);
+ nodeTypeWithFlatHierarchy.getProperties().get(outputParameterName);
outputParameterType = outputParameterDefinitionFromProperties.getType();
outputParameterEntrySchema = outputParameterDefinitionFromProperties.getEntry_schema();
}
String inputParameterName,
TranslationContext context) {
NodeType nodeTypeWithFlatHierarchy =
- HeatToToscaUtil.getNodeTypeWithFlatHierarchy(nodeTemplate.getType(),
- serviceTemplate, context);
+ HeatToToscaUtil.getNodeTypeWithFlatHierarchy(nodeTemplate.getType(),
+ serviceTemplate, context);
String parameterType = nodeTypeWithFlatHierarchy.getProperties()
- .get(inputParameterName).getType();
+ .get(inputParameterName).getType();
return getUnifiedInputParameterType(parameterType);
}
private AttributeDefinition getOutputParameterDefinitionFromAttributes(NodeType
- nodeTypeWithFlatHierarchy,
+ nodeTypeWithFlatHierarchy,
String outputParameterName) {
AttributeDefinition outputParameterDefinition = null;
if ((Objects.nonNull(nodeTypeWithFlatHierarchy.getAttributes()))
- && (nodeTypeWithFlatHierarchy.getAttributes().containsKey(outputParameterName))) {
+ && (nodeTypeWithFlatHierarchy.getAttributes().containsKey(outputParameterName))) {
outputParameterDefinition =
- nodeTypeWithFlatHierarchy.getAttributes().get(outputParameterName);
+ nodeTypeWithFlatHierarchy.getAttributes().get(outputParameterName);
}
return outputParameterDefinition;
}
String unifiedInputParameterType = null;
if (Objects.nonNull(parameterType)) {
if (parameterType.equalsIgnoreCase(PropertyType.STRING.getDisplayName())
- || parameterType.equalsIgnoreCase(PropertyType.INTEGER.getDisplayName())
- || parameterType.equalsIgnoreCase(PropertyType.FLOAT.getDisplayName())
- || parameterType.equalsIgnoreCase(PropertyType.BOOLEAN.getDisplayName())
- || parameterType.equalsIgnoreCase(PropertyType.TIMESTAMP.getDisplayName())
- || parameterType.equalsIgnoreCase(PropertyType.NULL.getDisplayName())
- || parameterType.equalsIgnoreCase(PropertyType.SCALAR_UNIT_SIZE.getDisplayName())
- || parameterType.equalsIgnoreCase(PropertyType.SCALAR_UNIT_FREQUENCY.getDisplayName())) {
+ || parameterType.equalsIgnoreCase(PropertyType.INTEGER.getDisplayName())
+ || parameterType.equalsIgnoreCase(PropertyType.FLOAT.getDisplayName())
+ || parameterType.equalsIgnoreCase(PropertyType.BOOLEAN.getDisplayName())
+ || parameterType.equalsIgnoreCase(PropertyType.TIMESTAMP.getDisplayName())
+ || parameterType.equalsIgnoreCase(PropertyType.NULL.getDisplayName())
+ || parameterType.equalsIgnoreCase(PropertyType.SCALAR_UNIT_SIZE.getDisplayName())
+ || parameterType.equalsIgnoreCase(PropertyType.SCALAR_UNIT_FREQUENCY.getDisplayName())) {
unifiedInputParameterType = parameterType.toLowerCase();
} else if (parameterType.equalsIgnoreCase(PropertyType.MAP.getDisplayName())
- || parameterType.equalsIgnoreCase(PropertyType.LIST.getDisplayName())
- || parameterType.equalsIgnoreCase(PropertyTypeExt.JSON.getDisplayName())) {
+ || parameterType.equalsIgnoreCase(PropertyType.LIST.getDisplayName())
+ || parameterType.equalsIgnoreCase(PropertyTypeExt.JSON.getDisplayName())) {
unifiedInputParameterType = PropertyTypeExt.JSON.getDisplayName();
} else {
unifiedInputParameterType = parameterType;
}
private void addUnifiedSubstitionData(TranslationContext context, ServiceTemplate
- serviceTemplate, List<UnifiedCompositionData> unifiedCompositionDataList, String
- substituteNodeTemplateId) {
+ serviceTemplate, List<UnifiedCompositionData> unifiedCompositionDataList, String
+ substituteNodeTemplateId) {
String serviceTemplateFileName = ToscaUtil.getServiceTemplateFileName(serviceTemplate);
for (UnifiedCompositionData unifiedCompositionData : unifiedCompositionDataList) {
//Add compute node template mapping information
ComputeTemplateConsolidationData computeTemplateConsolidationData =
- unifiedCompositionData.getComputeTemplateConsolidationData();
+ unifiedCompositionData.getComputeTemplateConsolidationData();
String computeNodeTemplateId = computeTemplateConsolidationData.getNodeTemplateId();
context.addUnifiedSubstitutionData(serviceTemplateFileName, computeNodeTemplateId,
- substituteNodeTemplateId);
+ substituteNodeTemplateId);
//Add Port template mapping information
List<PortTemplateConsolidationData> portTemplateConsolidationDataList =
- getPortTemplateConsolidationDataList(unifiedCompositionData);
+ getPortTemplateConsolidationDataList(unifiedCompositionData);
if (CollectionUtils.isNotEmpty(portTemplateConsolidationDataList)) {
for (PortTemplateConsolidationData portTemplateConsolidationData :
- portTemplateConsolidationDataList) {
+ portTemplateConsolidationDataList) {
String oldPortNodeTemplateId = portTemplateConsolidationData.getNodeTemplateId();
context.addUnifiedSubstitutionData(serviceTemplateFileName, oldPortNodeTemplateId,
- substituteNodeTemplateId);
+ substituteNodeTemplateId);
}
}
}
Map<String, Object> indexPropertyValue = new HashMap<>();
Map<String, Object> properties = nodeTemplate.getProperties();
indexPropertyValue.put(ToscaFunctions.GET_PROPERTY.getDisplayName(),
- indexValueGetPropertyValue);
+ indexValueGetPropertyValue);
properties.put(ToscaConstants.INDEX_VALUE_PROPERTY_NAME,
- indexPropertyValue);
+ indexPropertyValue);
nodeTemplate.setProperties(properties);
}
String nodeTypeId,
Integer index) {
String computeNodeTemplateId =
- unifiedCompositionData.getComputeTemplateConsolidationData().getNodeTemplateId();
+ unifiedCompositionData.getComputeTemplateConsolidationData().getNodeTemplateId();
NodeTemplate computeNodeTemplate =
- DataModelUtil.getNodeTemplate(serviceTemplate, computeNodeTemplateId);
+ DataModelUtil.getNodeTemplate(serviceTemplate, computeNodeTemplateId);
String nodeTemplateId = ABSTRACT_NODE_TEMPLATE_ID_PREFIX + DataModelUtil
- .getNamespaceSuffix(nodeTypeId);
+ .getNamespaceSuffix(nodeTypeId);
if (Objects.nonNull(index)) {
nodeTemplateId = nodeTemplateId + "_" + index.toString();
}
Integer index,
TranslationContext context) {
String computeNodeTemplateId =
- unifiedCompositionData.getComputeTemplateConsolidationData().getNodeTemplateId();
+ unifiedCompositionData.getComputeTemplateConsolidationData().getNodeTemplateId();
NodeTemplate computeNodeTemplate =
- DataModelUtil.getNodeTemplate(serviceTemplate, computeNodeTemplateId);
+ DataModelUtil.getNodeTemplate(serviceTemplate, computeNodeTemplateId);
String computeType = computeNodeTemplate.getType();
String globalSTName = ToscaUtil.getServiceTemplateFileName(Constants
- .GLOBAL_SUBSTITUTION_TYPES_TEMPLATE_NAME);
+ .GLOBAL_SUBSTITUTION_TYPES_TEMPLATE_NAME);
String nodeTypeId = ToscaNodeType.ABSTRACT_NODE_TYPE_PREFIX
- + DataModelUtil.getNamespaceSuffix(getIndexedGlobalNodeTypeId(computeType, context));
+ + DataModelUtil.getNamespaceSuffix(getIndexedGlobalNodeTypeId(computeType, context));
context.updateUsedTimesForNestedComputeNodeType(globalSTName, computeType);
}
private String getNewComputeNodeTemplateId(
- ServiceTemplate serviceTemplate,
- String computeNodeTemplateId) {
+ ServiceTemplate serviceTemplate,
+ String computeNodeTemplateId) {
return getComputeTypeSuffix(serviceTemplate, computeNodeTemplateId);
}
UnifiedCompositionData unifiedCompositionData,
String substitutionNodeTypeId,
Integer index) {
-// String substitutionNodeTypeId =
-// getSubstitutionNodeTypeId(serviceTemplate, unifiedCompositionData, index, context);
NodeType substitutionNodeType = new ToscaAnalyzerServiceImpl()
- .createInitSubstitutionNodeType(substitutionServiceTemplate,
- ToscaNodeType.VFC_ABSTRACT_SUBSTITUTE);
+ .createInitSubstitutionNodeType(substitutionServiceTemplate,
+ ToscaNodeType.VFC_ABSTRACT_SUBSTITUTE);
ServiceTemplate globalSubstitutionServiceTemplate =
- HeatToToscaUtil.fetchGlobalSubstitutionServiceTemplate(serviceTemplate, context);
+ HeatToToscaUtil.fetchGlobalSubstitutionServiceTemplate(serviceTemplate, context);
DataModelUtil.addNodeType(globalSubstitutionServiceTemplate, substitutionNodeTypeId,
- substitutionNodeType);
+ substitutionNodeType);
return substitutionNodeType;
}
if (unifiedCompositionDataList.size() > 1) {
handleConsolidationPorts(serviceTemplate, substitutionServiceTemplate,
- unifiedCompositionDataList, connectedComputeNodeType, context);
+ unifiedCompositionDataList, connectedComputeNodeType, context);
} else {
handleSinglePorts(serviceTemplate, substitutionServiceTemplate, connectedComputeNodeType,
- unifiedCompositionDataList, context);
+ unifiedCompositionDataList, context);
}
}
TranslationContext context) {
UnifiedCompositionData unifiedCompositionData = unifiedCompositionDataList.get(0);
List<PortTemplateConsolidationData> portTemplateConsolidationDataList =
- getPortTemplateConsolidationDataList(unifiedCompositionData);
+ getPortTemplateConsolidationDataList(unifiedCompositionData);
if (CollectionUtils.isEmpty(portTemplateConsolidationDataList)) {
return;
}
for (PortTemplateConsolidationData portTemplateConsolidationData :
- portTemplateConsolidationDataList) {
+ portTemplateConsolidationDataList) {
List<EntityConsolidationData> portConsolidationDataList = new ArrayList<>();
portConsolidationDataList.add(portTemplateConsolidationData);
handlePortNodeTemplate(serviceTemplate, substitutionServiceTemplate,
- portConsolidationDataList, connectedComputeNodeType,
- unifiedCompositionData.getComputeTemplateConsolidationData(),
- unifiedCompositionDataList, context);
+ portConsolidationDataList, connectedComputeNodeType,
+ unifiedCompositionData.getComputeTemplateConsolidationData(),
+ unifiedCompositionDataList, context);
}
}
String connectedComputeNodeType,
TranslationContext context) {
Collection<ComputeTemplateConsolidationData> computeConsolidationDataList =
- (Collection) getComputeConsolidationDataList(unifiedCompositionDataList);
+ (Collection) getComputeConsolidationDataList(unifiedCompositionDataList);
Map<String, Set<String>> portIdsPerPortType = UnifiedCompositionUtil
- .collectAllPortsFromEachTypesFromComputes(computeConsolidationDataList);
+ .collectAllPortsFromEachTypesFromComputes(computeConsolidationDataList);
for (String portType : portIdsPerPortType.keySet()) {
List<EntityConsolidationData> portTemplateConsolidationDataList =
- getPortConsolidationDataList(portIdsPerPortType.get(portType),
- unifiedCompositionDataList);
+ getPortConsolidationDataList(portIdsPerPortType.get(portType),
+ unifiedCompositionDataList);
if (CollectionUtils.isEmpty(portTemplateConsolidationDataList)) {
continue;
}
handlePortNodeTemplate(serviceTemplate, substitutionServiceTemplate,
- portTemplateConsolidationDataList, connectedComputeNodeType,
- unifiedCompositionDataList.get(0).getComputeTemplateConsolidationData(),
- unifiedCompositionDataList, context);
+ portTemplateConsolidationDataList, connectedComputeNodeType,
+ unifiedCompositionDataList.get(0).getComputeTemplateConsolidationData(),
+ unifiedCompositionDataList, context);
}
}
private void handlePortNodeTemplate(
- ServiceTemplate serviceTemplate,
- ServiceTemplate substitutionServiceTemplate,
- List<EntityConsolidationData> portTemplateConsolidationDataList,
- String connectedComputeNodeType,
- ComputeTemplateConsolidationData computeTemplateConsolidationData,
- List<UnifiedCompositionData> unifiedCompositionDataList,
- TranslationContext context) {
+ ServiceTemplate serviceTemplate,
+ ServiceTemplate substitutionServiceTemplate,
+ List<EntityConsolidationData> portTemplateConsolidationDataList,
+ String connectedComputeNodeType,
+ ComputeTemplateConsolidationData computeTemplateConsolidationData,
+ List<UnifiedCompositionData> unifiedCompositionDataList,
+ TranslationContext context) {
EntityConsolidationData portTemplateConsolidationData =
- portTemplateConsolidationDataList.get(0);
+ portTemplateConsolidationDataList.get(0);
NodeTemplate newPortNodeTemplate = getNodeTemplate(
- portTemplateConsolidationData.getNodeTemplateId(), serviceTemplate, context).clone();
+ portTemplateConsolidationData.getNodeTemplateId(), serviceTemplate, context).clone();
removeConnectivityOut(portTemplateConsolidationData, newPortNodeTemplate);
handleProperties(serviceTemplate, newPortNodeTemplate,
- substitutionServiceTemplate, UnifiedCompositionEntity.Port,
- portTemplateConsolidationDataList, computeTemplateConsolidationData,
- unifiedCompositionDataList, context);
+ substitutionServiceTemplate, UnifiedCompositionEntity.Port,
+ portTemplateConsolidationDataList, computeTemplateConsolidationData,
+ unifiedCompositionDataList, context);
String newPortNodeTemplateId =
- getNewPortNodeTemplateId(portTemplateConsolidationData
- .getNodeTemplateId(), connectedComputeNodeType,
- computeTemplateConsolidationData);
+ getNewPortNodeTemplateId(portTemplateConsolidationData
+ .getNodeTemplateId(), connectedComputeNodeType,
+ computeTemplateConsolidationData);
//Update requirements for relationships between the consolidation entities
handleConsolidationEntitiesRequirementConnectivity(newPortNodeTemplateId, newPortNodeTemplate,
- serviceTemplate, context);
+ serviceTemplate, context);
DataModelUtil.addNodeTemplate(substitutionServiceTemplate, newPortNodeTemplateId,
- newPortNodeTemplate);
+ newPortNodeTemplate);
//Add the node template mapping in the context for handling requirement updation
for (EntityConsolidationData data : portTemplateConsolidationDataList) {
String newPortTemplateId = getNewPortNodeTemplateId(data.getNodeTemplateId(),
- connectedComputeNodeType, computeTemplateConsolidationData);
+ connectedComputeNodeType, computeTemplateConsolidationData);
context.addSubstitutionServiceTemplateUnifiedSubstitutionData(ToscaUtil
- .getServiceTemplateFileName(serviceTemplate), data.getNodeTemplateId(),
- newPortTemplateId);
+ .getServiceTemplateFileName(serviceTemplate), data.getNodeTemplateId(),
+ newPortTemplateId);
}
}
if (Objects.isNull(nodeTemplate)) {
nodeTemplate = context
- .getCleanedNodeTemplate(ToscaUtil.getServiceTemplateFileName(serviceTemplate),
- nodeTemplateId);
+ .getCleanedNodeTemplate(ToscaUtil.getServiceTemplateFileName(serviceTemplate),
+ nodeTemplateId);
}
return nodeTemplate;
List<UnifiedCompositionData> unifiedCompositionDataList,
TranslationContext context) {
ComputeTemplateConsolidationData computeTemplateConsolidationData =
- unifiedCompositionDataList.get(0).getComputeTemplateConsolidationData();
+ unifiedCompositionDataList.get(0).getComputeTemplateConsolidationData();
handleComputeNodeTemplate(serviceTemplate, substitutionServiceTemplate,
- unifiedCompositionDataList, context);
- return handleComputeNodeType(serviceTemplate, substitutionServiceTemplate,
- computeTemplateConsolidationData);
+ unifiedCompositionDataList, context);
+ ServiceTemplate globalSubstitutionServiceTemplate =
+ HeatToToscaUtil.fetchGlobalSubstitutionServiceTemplate(serviceTemplate, context);
+ return handleComputeNodeType(serviceTemplate, substitutionServiceTemplate, globalSubstitutionServiceTemplate,
+ computeTemplateConsolidationData);
}
private String handleComputeNodeType(
- ServiceTemplate serviceTemplate,
- ServiceTemplate substitutionServiceTemplate,
- ComputeTemplateConsolidationData computeTemplateConsolidationData) {
+ ServiceTemplate serviceTemplate,
+ ServiceTemplate substitutionServiceTemplate,
+ ServiceTemplate globalSubstitutionServiceTemplate,
+ ComputeTemplateConsolidationData computeTemplateConsolidationData) {
NodeTemplate computeNodeTemplate = DataModelUtil.getNodeTemplate(serviceTemplate,
- computeTemplateConsolidationData.getNodeTemplateId());
+ computeTemplateConsolidationData.getNodeTemplateId());
+ String computeNodeTypeId = computeNodeTemplate.getType();
NodeType computeNodeType =
- DataModelUtil.getNodeType(serviceTemplate, computeNodeTemplate.getType());
+ DataModelUtil.getNodeType(serviceTemplate, computeNodeTypeId);
DataModelUtil
- .addNodeType(substitutionServiceTemplate, computeNodeTemplate.getType(), computeNodeType);
+ .addNodeType(substitutionServiceTemplate, computeNodeTypeId, computeNodeType);
+// NodeType globalNodeType = new ToscaAnalyzerServiceImpl()
+// .createInitSubstitutionNodeType(substitutionServiceTemplate,
+// computeNodeType.getDerived_from());
+// DataModelUtil
+// .addNodeType(globalSubstitutionServiceTemplate, computeNodeTypeId, globalNodeType);
- return computeNodeTemplate.getType();
+ return computeNodeTypeId;
}
private void handleComputeNodeTemplate(ServiceTemplate serviceTemplate,
List<UnifiedCompositionData> unifiedCompositionDataList,
TranslationContext context) {
ComputeTemplateConsolidationData computeTemplateConsolidationData =
- unifiedCompositionDataList.get(0).getComputeTemplateConsolidationData();
+ unifiedCompositionDataList.get(0).getComputeTemplateConsolidationData();
NodeTemplate newComputeNodeTemplate = DataModelUtil.getNodeTemplate(serviceTemplate,
- computeTemplateConsolidationData.getNodeTemplateId()).clone();
+ computeTemplateConsolidationData.getNodeTemplateId()).clone();
removeConnectivityOut(computeTemplateConsolidationData, newComputeNodeTemplate);
removeVolumeConnectivity(computeTemplateConsolidationData, newComputeNodeTemplate);
List<EntityConsolidationData> computeConsoliadtionDataList =
- getComputeConsolidationDataList(unifiedCompositionDataList);
+ getComputeConsolidationDataList(unifiedCompositionDataList);
handleProperties(serviceTemplate, newComputeNodeTemplate,
- substitutionServiceTemplate, UnifiedCompositionEntity.Compute,
- computeConsoliadtionDataList, computeTemplateConsolidationData, unifiedCompositionDataList,
- context);
+ substitutionServiceTemplate, UnifiedCompositionEntity.Compute,
+ computeConsoliadtionDataList, computeTemplateConsolidationData, unifiedCompositionDataList,
+ context);
String newComputeNodeTemplateId = getNewComputeNodeTemplateId(serviceTemplate,
- computeTemplateConsolidationData.getNodeTemplateId());
+ computeTemplateConsolidationData.getNodeTemplateId());
//Update requirements for relationships between the consolidation entities
handleConsolidationEntitiesRequirementConnectivity(newComputeNodeTemplateId,
- newComputeNodeTemplate,
- serviceTemplate, context);
+ newComputeNodeTemplate,
+ serviceTemplate, context);
DataModelUtil
- .addNodeTemplate(substitutionServiceTemplate,
- newComputeNodeTemplateId, newComputeNodeTemplate);
+ .addNodeTemplate(substitutionServiceTemplate,
+ newComputeNodeTemplateId, newComputeNodeTemplate);
//Add the node template mapping in the context for handling requirement updation
for (EntityConsolidationData data : computeConsoliadtionDataList) {
String newComputeTemplateId = getNewComputeNodeTemplateId(serviceTemplate,
- computeTemplateConsolidationData.getNodeTemplateId());
+ computeTemplateConsolidationData.getNodeTemplateId());
context.addSubstitutionServiceTemplateUnifiedSubstitutionData(ToscaUtil
- .getServiceTemplateFileName(serviceTemplate), data.getNodeTemplateId(),
- newComputeTemplateId);
+ .getServiceTemplateFileName(serviceTemplate), data.getNodeTemplateId(),
+ newComputeTemplateId);
}
}
private List<EntityConsolidationData> getComputeConsolidationDataList(
- List<UnifiedCompositionData> unifiedCompositionDataList) {
+ List<UnifiedCompositionData> unifiedCompositionDataList) {
List<EntityConsolidationData> computeConsolidationDataList = new ArrayList<>();
for (UnifiedCompositionData unifiedCompositionData : unifiedCompositionDataList) {
computeConsolidationDataList
- .add(unifiedCompositionData.getComputeTemplateConsolidationData());
+ .add(unifiedCompositionData.getComputeTemplateConsolidationData());
}
return computeConsolidationDataList;
}
List<UnifiedCompositionData> unifiedCompositionDataList,
TranslationContext context) {
List<String> propertiesWithIdenticalVal =
- consolidationService.getPropertiesWithIdenticalVal(unifiedCompositionEntity, context);
+ consolidationService.getPropertiesWithIdenticalVal(unifiedCompositionEntity, context);
nodeTemplate.setProperties(new HashedMap());
handleNodeTemplateProperties(serviceTemplate, nodeTemplate, substitutionServiceTemplate,
- unifiedCompositionEntity, entityConsolidationDataList, computeTemplateConsolidationData,
- unifiedCompositionDataList, context);
+ unifiedCompositionEntity, entityConsolidationDataList, computeTemplateConsolidationData,
+ unifiedCompositionDataList, context);
//Add enrich properties from openecomp node type as input to global and substitution ST
handleNodeTypeProperties(substitutionServiceTemplate,
- entityConsolidationDataList, nodeTemplate, unifiedCompositionEntity,
- computeTemplateConsolidationData, context);
+ entityConsolidationDataList, nodeTemplate, unifiedCompositionEntity,
+ computeTemplateConsolidationData, context);
}
ServiceTemplate substitutionServiceTemplate,
UnifiedCompositionEntity unifiedCompositionEntity,
List<EntityConsolidationData>
- entityConsolidationDataList,
+ entityConsolidationDataList,
ComputeTemplateConsolidationData
- computeTemplateConsolidationData,
+ computeTemplateConsolidationData,
List<UnifiedCompositionData> unifiedCompositionDataList,
TranslationContext context) {
List<String> propertiesWithIdenticalVal =
- consolidationService.getPropertiesWithIdenticalVal(unifiedCompositionEntity, context);
+ consolidationService.getPropertiesWithIdenticalVal(unifiedCompositionEntity, context);
for (EntityConsolidationData entityConsolidationData : entityConsolidationDataList) {
String nodeTemplateId = entityConsolidationData.getNodeTemplateId();
Map<String, Object> properties =
- DataModelUtil.getNodeTemplateProperties(serviceTemplate, nodeTemplateId);
+ DataModelUtil.getNodeTemplateProperties(serviceTemplate, nodeTemplateId);
if (MapUtils.isEmpty(properties)) {
continue;
}
for (Map.Entry<String, Object> propertyEntry : properties.entrySet()) {
NodeType nodeTypeWithFlatHierarchy =
- HeatToToscaUtil.getNodeTypeWithFlatHierarchy(nodeTemplate.getType(), serviceTemplate,
- context);
+ HeatToToscaUtil.getNodeTypeWithFlatHierarchy(nodeTemplate.getType(), serviceTemplate,
+ context);
PropertyDefinition propertyDefinition =
- nodeTypeWithFlatHierarchy.getProperties().get(propertyEntry.getKey());
+ nodeTypeWithFlatHierarchy.getProperties().get(propertyEntry.getKey());
String propertyType = propertyDefinition.getType();
if (propertiesWithIdenticalVal.contains(propertyEntry.getKey())) {
String parameterId =
- updateIdenticalProperty(nodeTemplateId, propertyEntry.getKey(), nodeTemplate,
- unifiedCompositionEntity, unifiedCompositionDataList);
+ updateIdenticalProperty(nodeTemplateId, propertyEntry.getKey(), nodeTemplate,
+ unifiedCompositionEntity, unifiedCompositionDataList);
addInputParameter(
- parameterId, propertyType,
- propertyType.equals(PropertyType.LIST.getDisplayName()) ? propertyDefinition
- .getEntry_schema() : null,
- substitutionServiceTemplate);
+ parameterId, propertyType,
+ propertyType.equals(PropertyType.LIST.getDisplayName()) ? propertyDefinition
+ .getEntry_schema() : null,
+ substitutionServiceTemplate);
} else {
Optional<String> parameterId =
- updateProperty(serviceTemplate, nodeTemplateId, nodeTemplate, propertyEntry,
- unifiedCompositionEntity, computeTemplateConsolidationData,
- unifiedCompositionDataList,
- context);
+ updateProperty(serviceTemplate, nodeTemplateId, nodeTemplate, propertyEntry,
+ unifiedCompositionEntity, computeTemplateConsolidationData,
+ unifiedCompositionDataList,
+ context);
//todo - define list of type which will match the node property type (instead of string)
addPropertyInputParameter(propertyType, substitutionServiceTemplate, propertyDefinition
- .getEntry_schema(),
- parameterId, unifiedCompositionEntity, context);
+ .getEntry_schema(),
+ parameterId, unifiedCompositionEntity, context);
}
}
}
NodeTemplate nodeTemplate,
UnifiedCompositionEntity compositionEntity,
ComputeTemplateConsolidationData
- computeTemplateConsolidationData,
+ computeTemplateConsolidationData,
TranslationContext context) {
ToscaAnalyzerService toscaAnalyzerService = new ToscaAnalyzerServiceImpl();
Optional<NodeType> enrichNodeType;
if (compositionEntity.equals(UnifiedCompositionEntity.Port)) {
enrichNodeType =
- toscaAnalyzerService.fetchNodeType(ToscaNodeType.NETWORK_PORT,
- context.getGlobalServiceTemplates().values());
+ toscaAnalyzerService.fetchNodeType(ToscaNodeType.NETWORK_PORT,
+ context.getGlobalServiceTemplates().values());
enrichProperties = context.getEnrichPortResourceProperties();
if (!enrichNodeType.isPresent() || Objects.isNull(enrichProperties)) {
return;
if (Objects.nonNull(enrichNodeTypeProperties)) {
for (String enrichPropertyName : enrichProperties) {
handleEntityConsolidationDataNodeTypeProperties(
- enrichPropertyName, substitutionServiceTemplate,
- enrichNodeType.get(), nodeTemplate, compositionEntity, computeTemplateConsolidationData,
- entityConsolidationDataList, nodeTemplateProperties, context);
+ enrichPropertyName, substitutionServiceTemplate,
+ enrichNodeType.get(), nodeTemplate, compositionEntity, computeTemplateConsolidationData,
+ entityConsolidationDataList, nodeTemplateProperties, context);
}
}
}
String nodeTemplateId = entityConsolidationData.getNodeTemplateId();
String inputParamId =
- getParameterId(nodeTemplateId, nodeTemplate, enrichPropertyName,
- compositionEntity, computeTemplateConsolidationData);
+ getParameterId(nodeTemplateId, nodeTemplate, enrichPropertyName,
+ compositionEntity, computeTemplateConsolidationData);
Map<String, String> propertyValMap = new HashMap<>();
context
- .addNewPropertyIdToNodeTemplate(
- ToscaUtil.getServiceTemplateFileName(substitutionServiceTemplate),
- inputParamId, nodeTemplateProperties.get(enrichPropertyName));
+ .addNewPropertyIdToNodeTemplate(
+ ToscaUtil.getServiceTemplateFileName(substitutionServiceTemplate),
+ inputParamId, nodeTemplateProperties.get(enrichPropertyName));
if (nodeTemplateProperties.containsKey(enrichPropertyName)) {
handleExistingEnrichedProperty(enrichPropertyName, nodeTemplateProperties, inputParamId);
nodeTemplate.getProperties().put(enrichPropertyName, propertyValMap);
}
propertyType =
- enrichNodeType.getProperties().get(enrichPropertyName).getType();
+ enrichNodeType.getProperties().get(enrichPropertyName).getType();
addPropertyInputParameter(propertyType, substitutionServiceTemplate, enrichNodeType
- .getProperties().get(enrichPropertyName).getEntry_schema(),
- Optional.of(inputParamId), compositionEntity, context);
+ .getProperties().get(enrichPropertyName).getEntry_schema(),
+ Optional.of(inputParamId), compositionEntity, context);
}
}
UnifiedCompositionEntity unifiedCompositionEntity,
TranslationContext context) {
if (parameterId.isPresent() &&
- isParameterBelongsToEnrichedPortProperties(parameterId.get(), context)) {
+ isParameterBelongsToEnrichedPortProperties(parameterId.get(), context)) {
addInputParameter(parameterId.get(),
- propertyType,
- propertyType.equals(PropertyType.LIST.getDisplayName()) ? entrySchema : null,
- substitutionServiceTemplate);
+ propertyType,
+ propertyType.equals(PropertyType.LIST.getDisplayName()) ? entrySchema : null,
+ substitutionServiceTemplate);
} else if (isPropertySimpleType(propertyType)) {
parameterId
- .ifPresent(parameterIdValue -> addInputParameter(parameterIdValue,
- PropertyType.LIST.getDisplayName(),
- DataModelUtil
- .createEntrySchema(propertyType.toLowerCase(), null, null),
- substitutionServiceTemplate));
+ .ifPresent(parameterIdValue -> addInputParameter(parameterIdValue,
+ PropertyType.LIST.getDisplayName(),
+ DataModelUtil
+ .createEntrySchema(propertyType.toLowerCase(), null, null),
+ substitutionServiceTemplate));
} else if (propertyType.equals(PropertyTypeExt.JSON.getDisplayName()) ||
- (Objects.nonNull(entrySchema) && isPropertySimpleType(entrySchema.getType()))) {
+ (Objects.nonNull(entrySchema) && isPropertySimpleType(entrySchema.getType()))) {
parameterId
- .ifPresent(parameterIdValue -> addInputParameter(parameterIdValue,
- PropertyType.LIST.getDisplayName(),
- DataModelUtil
- .createEntrySchema(PropertyTypeExt.JSON.getDisplayName(), null, null),
- substitutionServiceTemplate));
+ .ifPresent(parameterIdValue -> addInputParameter(parameterIdValue,
+ PropertyType.LIST.getDisplayName(),
+ DataModelUtil
+ .createEntrySchema(PropertyTypeExt.JSON.getDisplayName(), null, null),
+ substitutionServiceTemplate));
} else {
parameterId
- .ifPresent(parameterIdValue -> addInputParameter(parameterIdValue,
- analyzeParameterType(propertyType),
- DataModelUtil
- .createEntrySchema(analyzeEntrySchemaType(propertyType, entrySchema),
- null, null),
- substitutionServiceTemplate));
+ .ifPresent(parameterIdValue -> addInputParameter(parameterIdValue,
+ analyzeParameterType(propertyType),
+ DataModelUtil
+ .createEntrySchema(analyzeEntrySchemaType(propertyType, entrySchema),
+ null, null),
+ substitutionServiceTemplate));
}
}
private boolean isPropertySimpleType(String propertyType) {
return !Objects.isNull(propertyType) &&
- (propertyType.equalsIgnoreCase(PropertyType.STRING.getDisplayName())
- || propertyType.equalsIgnoreCase(PropertyType.INTEGER.getDisplayName())
- || propertyType.equalsIgnoreCase(PropertyType.FLOAT.getDisplayName())
- || propertyType.equalsIgnoreCase(PropertyType.BOOLEAN.getDisplayName()));
+ (propertyType.equalsIgnoreCase(PropertyType.STRING.getDisplayName())
+ || propertyType.equalsIgnoreCase(PropertyType.INTEGER.getDisplayName())
+ || propertyType.equalsIgnoreCase(PropertyType.FLOAT.getDisplayName())
+ || propertyType.equalsIgnoreCase(PropertyType.BOOLEAN.getDisplayName()));
}
private String analyzeParameterType(String propertyType) {
return propertyType.equalsIgnoreCase(PropertyType.LIST.getDisplayName()) ? PropertyType.LIST
- .getDisplayName() : propertyType;
+ .getDisplayName() : propertyType;
}
private String analyzeEntrySchemaType(String propertyType, EntrySchema entrySchema) {
return propertyType.equalsIgnoreCase(PropertyType.LIST.getDisplayName()) ?
- entrySchema.getType() : null;
+ entrySchema.getType() : null;
}
private void handleConsolidationEntitiesRequirementConnectivity(String nodeTemplateId,
TranslationContext context) {
Map<String, RequirementAssignment> updatedNodeTemplateRequirements = new HashMap<>();
List<Map<String, RequirementAssignment>> nodeTemplateRequirements = DataModelUtil
- .getNodeTemplateRequirementList(nodeTemplate);
+ .getNodeTemplateRequirementList(nodeTemplate);
if (CollectionUtils.isEmpty(nodeTemplateRequirements)) {
return;
}
RequirementAssignment requirementAssignment = entry.getValue();
String requirementNode = requirementAssignment.getNode();
String unifiedNodeTemplateId =
- context.getUnifiedSubstitutionNodeTemplateId(serviceTemplate,
- requirementNode);
+ context.getUnifiedSubstitutionNodeTemplateId(serviceTemplate,
+ requirementNode);
if (unifiedNodeTemplateId != null) {
//Update the node id in the requirement
requirementAssignment.setNode(unifiedNodeTemplateId);
String relationshipId,
TranslationContext context) {
Map<String, RelationshipTemplate> relationshipTemplates = DataModelUtil
- .getRelationshipTemplates(serviceTemplate);
+ .getRelationshipTemplates(serviceTemplate);
if (relationshipTemplates != null) {
RelationshipTemplate relationshipTemplate = relationshipTemplates.get(relationshipId);
if (relationshipTemplate != null) {
String relationshipTemplateType = relationshipTemplate.getType();
if (relationshipTemplateType.equals(ToscaRelationshipType.CINDER_VOLUME_ATTACHES_TO)) {
handleCinderVolumeAttachmentRelationshipTemplate(serviceTemplate,
- relationshipTemplate, context);
+ relationshipTemplate, context);
}
}
}
private void handleCinderVolumeAttachmentRelationshipTemplate(ServiceTemplate
- substitutionServiceTemplate,
+ substitutionServiceTemplate,
RelationshipTemplate
- relationshipTemplate,
+ relationshipTemplate,
TranslationContext context) {
Map<String, Object> properties = relationshipTemplate.getProperties();
properties.computeIfPresent(HeatConstants.INSTANCE_UUID_PROPERTY_NAME, (key, value) ->
- context.getUnifiedAbstractNodeTemplateId(substitutionServiceTemplate,
- (String) value));
+ context.getUnifiedAbstractNodeTemplateId(substitutionServiceTemplate,
+ (String) value));
}
private String updateIdenticalProperty(String nodeTemplateId, String propertyId,
switch (unifiedCompositionEntity) {
case Compute:
inputParamId = COMPUTE_IDENTICAL_VALUE_PROPERTY_PREFIX + propertyId
- + COMPUTE_IDENTICAL_VALUE_PROPERTY_SUFFIX;
+ + COMPUTE_IDENTICAL_VALUE_PROPERTY_SUFFIX;
propertyVal.put(ToscaFunctions.GET_INPUT.getDisplayName(), inputParamId);
nodeTemplate.getProperties().put(propertyId, propertyVal);
case Port:
String portType = ConsolidationDataUtil.getPortType(nodeTemplateId);
ComputeTemplateConsolidationData computeTemplateConsolidationData =
- getConnectedComputeConsolidationData(unifiedCompositionDataList, nodeTemplateId);
+ getConnectedComputeConsolidationData(unifiedCompositionDataList, nodeTemplateId);
inputParamId = getInputParamIdForPort(nodeTemplateId, propertyId, portType,
- computeTemplateConsolidationData);
+ computeTemplateConsolidationData);
propertyVal.put(ToscaFunctions.GET_INPUT.getDisplayName(), inputParamId);
nodeTemplate.getProperties().put(propertyId, propertyVal);
ComputeTemplateConsolidationData computeTemplateConsolidationData) {
String inputParamId;
if (Objects.isNull(computeTemplateConsolidationData)
- || computeTemplateConsolidationData.getPorts().get(portType).size() > 1) {
+ || computeTemplateConsolidationData.getPorts().get(portType).size() > 1) {
inputParamId =
- UnifiedCompositionEntity.Port.name().toLowerCase() + "_" + nodeTemplateId + "_" +
- propertyId;
+ UnifiedCompositionEntity.Port.name().toLowerCase() + "_" + nodeTemplateId + "_" +
+ propertyId;
} else {
inputParamId =
- UnifiedCompositionEntity.Port.name().toLowerCase() + "_" + portType + "_"
- + propertyId;
+ UnifiedCompositionEntity.Port.name().toLowerCase() + "_" + portType + "_"
+ + propertyId;
}
return inputParamId;
}
ServiceTemplate serviceTemplate) {
ParameterDefinition parameterDefinition = DataModelUtil.createParameterDefinition
- (parameterType, null, null,
- true, null, null,
- entrySchema, null);
+ (parameterType, null, null,
+ true, null, null,
+ entrySchema, null);
DataModelUtil
- .addInputParameterToTopologyTemplate(serviceTemplate, parameterId, parameterDefinition);
+ .addInputParameterToTopologyTemplate(serviceTemplate, parameterId, parameterDefinition);
}
// Return the input parameter Id which is used in the new property value if there is one
private Optional<String> updateProperty(
- ServiceTemplate serviceTemplate,
- String nodeTemplateId, NodeTemplate nodeTemplate,
- Map.Entry<String, Object> propertyEntry,
- UnifiedCompositionEntity compositionEntity,
- ComputeTemplateConsolidationData computeTemplateConsolidationData,
- List<UnifiedCompositionData> unifiedCompositionDataList,
- TranslationContext context) {
+ ServiceTemplate serviceTemplate,
+ String nodeTemplateId, NodeTemplate nodeTemplate,
+ Map.Entry<String, Object> propertyEntry,
+ UnifiedCompositionEntity compositionEntity,
+ ComputeTemplateConsolidationData computeTemplateConsolidationData,
+ List<UnifiedCompositionData> unifiedCompositionDataList,
+ TranslationContext context) {
if (handleGetAttrFromConsolidationNodes(serviceTemplate, nodeTemplateId, nodeTemplate,
- propertyEntry, unifiedCompositionDataList, context)) {
+ propertyEntry, unifiedCompositionDataList, context)) {
return Optional.empty();
}
String inputParamId =
- getParameterId(nodeTemplateId, nodeTemplate, propertyEntry.getKey(), compositionEntity,
- computeTemplateConsolidationData);
+ getParameterId(nodeTemplateId, nodeTemplate, propertyEntry.getKey(), compositionEntity,
+ computeTemplateConsolidationData);
Map<String, List<String>> propertyVal = getPropertyValueInputParam(nodeTemplateId,
- nodeTemplate, inputParamId);
+ nodeTemplate, inputParamId);
nodeTemplate.getProperties().put(propertyEntry.getKey(), propertyVal);
return Optional.of(inputParamId);
}
}
private boolean handleGetAttrFromConsolidationNodes(
- ServiceTemplate serviceTemplate,
- String nodeTemplateId, NodeTemplate nodeTemplate,
- Map.Entry<String, Object> propertyEntry,
- List<UnifiedCompositionData> unifiedCompositionDataList,
- TranslationContext context) {
+ ServiceTemplate serviceTemplate,
+ String nodeTemplateId, NodeTemplate nodeTemplate,
+ Map.Entry<String, Object> propertyEntry,
+ List<UnifiedCompositionData> unifiedCompositionDataList,
+ TranslationContext context) {
Map<String, UnifiedCompositionEntity> consolidationNodeTemplateIdAndType =
- getAllConsolidationNodeTemplateIdAndType(unifiedCompositionDataList);
+ getAllConsolidationNodeTemplateIdAndType(unifiedCompositionDataList);
Set<String> consolidationNodeTemplateIds = consolidationNodeTemplateIdAndType.keySet();
Map<String, String> entityIdToType = ConsolidationService.getConsolidationEntityIdToType(
- serviceTemplate, context.getConsolidationData());
+ serviceTemplate, context.getConsolidationData());
boolean includeGetAttrFromConsolidationNodes = false;
boolean includeGetAttrFromOutsideNodes = false;
boolean isGetAttrFromConsolidationIsFromSameType = false;
}
}
if ((includeGetAttrFromConsolidationNodes && includeGetAttrFromOutsideNodes)
- ||
- (includeGetAttrFromConsolidationNodes && isIncludeToscaFunc(propertyEntry.getValue(),
- ToscaFunctions.GET_INPUT))) {
+ ||
+ (includeGetAttrFromConsolidationNodes && isIncludeToscaFunc(propertyEntry.getValue(),
+ ToscaFunctions.GET_INPUT))) {
//This case is currently not supported - this property will be ignored
return true;
} else if (includeGetAttrFromConsolidationNodes && !isGetAttrFromConsolidationIsFromSameType) {
String targetNodeTemplateId = (String) getAttrFunc.get(0);
if (consolidationNodeTemplateIds.contains(targetNodeTemplateId)) {
updatePropertyGetAttrFunc(serviceTemplate, unifiedCompositionDataList, context,
- consolidationNodeTemplateIdAndType, targetNodeTemplateId, getAttrFunc);
+ consolidationNodeTemplateIdAndType, targetNodeTemplateId, getAttrFunc);
}
}
nodeTemplate.getProperties().put(propertyEntry.getKey(), clonedPropertyValue);
private boolean isGetAttrFromConsolidationNodesIsFromSameType(String sourceNodeTemplateId,
Set<String> nodeTemplateIdsFromConsolidation,
Map<String, String>
- nodeTemplateIdToType) {
+ nodeTemplateIdToType) {
for (String idFromConsolidation : nodeTemplateIdsFromConsolidation) {
if (isGetAttrNodeTemplateFromSameType(sourceNodeTemplateId, idFromConsolidation,
- nodeTemplateIdToType)) {
+ nodeTemplateIdToType)) {
return true;
}
}
Map<String, String> nodeTemplateIdToType) {
if (Objects.isNull(nodeTemplateIdToType.get(sourceNodeTemplateId))
- || Objects.isNull(nodeTemplateIdToType.get(targetNodeTemplateId))) {
+ || Objects.isNull(nodeTemplateIdToType.get(targetNodeTemplateId))) {
return false;
}
return nodeTemplateIdToType.get(sourceNodeTemplateId).equals(nodeTemplateIdToType
- .get(targetNodeTemplateId));
+ .get(targetNodeTemplateId));
}
private void updatePropertyGetAttrFunc(
- ServiceTemplate serviceTemplate,
- List<UnifiedCompositionData> unifiedCompositionDataList,
- TranslationContext context,
- Map<String, UnifiedCompositionEntity> consolidationNodeTemplateIdAndType,
- String targetNodeTemplateId,
- List<Object> getAttrFunc) {
+ ServiceTemplate serviceTemplate,
+ List<UnifiedCompositionData> unifiedCompositionDataList,
+ TranslationContext context,
+ Map<String, UnifiedCompositionEntity> consolidationNodeTemplateIdAndType,
+ String targetNodeTemplateId,
+ List<Object> getAttrFunc) {
UnifiedCompositionEntity targetCompositionEntity =
- consolidationNodeTemplateIdAndType.get(targetNodeTemplateId);
+ consolidationNodeTemplateIdAndType.get(targetNodeTemplateId);
String targetNewNodeTemplateId =
- getNewNodeTemplateId(serviceTemplate, unifiedCompositionDataList, targetNodeTemplateId,
- targetCompositionEntity);
+ getNewNodeTemplateId(serviceTemplate, unifiedCompositionDataList, targetNodeTemplateId,
+ targetCompositionEntity);
getAttrFunc.set(0, targetNewNodeTemplateId);
}
return getNewComputeNodeTemplateId(serviceTemplate, nodeTemplateId);
case Port:
ComputeTemplateConsolidationData connectedComputeConsolidationData =
- getConnectedComputeConsolidationData(
- unifiedCompositionDataList, nodeTemplateId);
+ getConnectedComputeConsolidationData(
+ unifiedCompositionDataList, nodeTemplateId);
NodeTemplate connectedComputeNodeTemplate =
- DataModelUtil.getNodeTemplate(serviceTemplate,
- connectedComputeConsolidationData.getNodeTemplateId());
+ DataModelUtil.getNodeTemplate(serviceTemplate,
+ connectedComputeConsolidationData.getNodeTemplateId());
return getNewPortNodeTemplateId(nodeTemplateId, connectedComputeNodeTemplate.getType(),
- connectedComputeConsolidationData);
+ connectedComputeConsolidationData);
default:
return null;
}
ConsolidationData consolidationData = context.getConsolidationData();
if (isIdIsOfExpectedType(origNodeTemplateId, UnifiedCompositionEntity.Port,
- serviceTemplateFileName,
- context)) {
+ serviceTemplateFileName,
+ context)) {
return handleIdOfPort(origNodeTemplateId, serviceTemplateFileName, consolidationData);
} else if (isIdIsOfExpectedType(origNodeTemplateId, UnifiedCompositionEntity.Compute,
- serviceTemplateFileName, context)) {
+ serviceTemplateFileName, context)) {
NodeTemplate nodeTemplate =
- getComputeNodeTemplate(origNodeTemplateId, serviceTemplate, context);
+ getComputeNodeTemplate(origNodeTemplateId, serviceTemplate, context);
return getComputeTypeSuffix(nodeTemplate.getType());
}
}
private ComputeTemplateConsolidationData getConnectedComputeConsolidationData(
- List<UnifiedCompositionData> unifiedCompositionDataList,
- String portNodeTemplateId) {
+ List<UnifiedCompositionData> unifiedCompositionDataList,
+ String portNodeTemplateId) {
for (UnifiedCompositionData unifiedCompositionData : unifiedCompositionDataList) {
Collection<List<String>> portsCollection =
- unifiedCompositionData.getComputeTemplateConsolidationData().getPorts().values();
+ unifiedCompositionData.getComputeTemplateConsolidationData().getPorts().values();
for (List<String> portIdList : portsCollection) {
if (portIdList.contains(portNodeTemplateId)) {
return unifiedCompositionData.getComputeTemplateConsolidationData();
switch (unifiedCompositionEntity) {
case Compute:
return UnifiedCompositionEntity.Compute.name().toLowerCase() + "_"
- + getComputeTypeSuffix(nodeTemplate.getType()) + "_" + propertyId;
+ + getComputeTypeSuffix(nodeTemplate.getType()) + "_" + propertyId;
case Port:
String portType = ConsolidationDataUtil.getPortType(nodeTemplateId);
if (Objects.isNull(computeTemplateConsolidationData)
- || computeTemplateConsolidationData.getPorts().get(portType).size() > 1) {
+ || computeTemplateConsolidationData.getPorts().get(portType).size() > 1) {
return UnifiedCompositionEntity.Port.name().toLowerCase() + "_" + nodeTemplateId + "_"
- + propertyId;
+ + propertyId;
}
return UnifiedCompositionEntity.Port.name().toLowerCase() + "_" + portType + "_"
- + propertyId;
+ + propertyId;
default:
return propertyId;
}
}
for (List<RequirementAssignmentData> requirementAssignmentDataList : entityConsolidationData
- .getNodesConnectedOut().values()) {
+ .getNodesConnectedOut().values()) {
for (RequirementAssignmentData requirementAssignmentData : requirementAssignmentDataList) {
DataModelUtil.removeRequirementsAssignment(nodeTemplate.getRequirements(),
- requirementAssignmentData.getRequirementId());
+ requirementAssignmentData.getRequirementId());
}
if (nodeTemplate.getRequirements().isEmpty()) {
nodeTemplate.setRequirements(null);
}
private void removeVolumeConnectivity(
- ComputeTemplateConsolidationData computeTemplateConsolidationData,
- NodeTemplate computeNodeTemplate) {
+ ComputeTemplateConsolidationData computeTemplateConsolidationData,
+ NodeTemplate computeNodeTemplate) {
if (MapUtils.isEmpty(computeTemplateConsolidationData.getVolumes())) {
return;
}
Collection<List<RequirementAssignmentData>> volumeCollection =
- computeTemplateConsolidationData.getVolumes().values();
+ computeTemplateConsolidationData.getVolumes().values();
for (List<RequirementAssignmentData> requirementAssignmentDataList : volumeCollection) {
for (RequirementAssignmentData requirementAssignmentData : requirementAssignmentDataList) {
DataModelUtil.removeRequirementsAssignment(computeNodeTemplate.getRequirements(),
- requirementAssignmentData.getRequirementId());
+ requirementAssignmentData.getRequirementId());
}
}
if (computeNodeTemplate.getRequirements().isEmpty()) {
private void createIndexInputParameter(ServiceTemplate substitutionServiceTemplate) {
ParameterDefinition indexParameterDefinition =
- DataModelUtil.createParameterDefinition(PropertyType.INTEGER.getDisplayName(),
- "Index value of this substitution service template runtime instance", null,
- false, createIndexValueConstraint(), null, null, 0);
+ DataModelUtil.createParameterDefinition(PropertyType.INTEGER.getDisplayName(),
+ "Index value of this substitution service template runtime instance", null,
+ false, createIndexValueConstraint(), null, null, 0);
DataModelUtil.addInputParameterToTopologyTemplate(substitutionServiceTemplate,
- ToscaConstants.INDEX_VALUE_PROPERTY_NAME, indexParameterDefinition);
+ ToscaConstants.INDEX_VALUE_PROPERTY_NAME, indexParameterDefinition);
}
private Optional<UnifiedComposition> getUnifiedCompositionInstance(UnifiedCompositionMode mode) {
String unifiedCompositionImplClassName =
- unifiedCompositionImplMap.get(mode.name()).getImplementationClass();
+ unifiedCompositionImplMap.get(mode.name()).getImplementationClass();
if (StringUtils.isEmpty(unifiedCompositionImplClassName)) {
return Optional.empty();
}
return Optional
- .of(CommonMethods.newInstance(unifiedCompositionImplClassName, UnifiedComposition.class));
+ .of(CommonMethods.newInstance(unifiedCompositionImplClassName, UnifiedComposition.class));
}
private Optional<Map<String, Object>> createAbstractSubstitutionProperties(
- ServiceTemplate serviceTemplate,
- ServiceTemplate substitutionServiceTemplate,
- List<UnifiedCompositionData> unifiedCompositionDataList,
- TranslationContext context) {
+ ServiceTemplate serviceTemplate,
+ ServiceTemplate substitutionServiceTemplate,
+ List<UnifiedCompositionData> unifiedCompositionDataList,
+ TranslationContext context) {
Map<String, Object> abstractSubstituteProperties = new LinkedHashMap<>();
Map<String, ParameterDefinition> substitutionTemplateInputs = DataModelUtil
- .getInputParameters(substitutionServiceTemplate);
+ .getInputParameters(substitutionServiceTemplate);
if (substitutionTemplateInputs == null) {
return Optional.empty();
}
//Since all the computes have the same type fetching the type from the first entry
NodeTemplate firstComputeNodeTemplate = DataModelUtil.getNodeTemplate(serviceTemplate,
- unifiedCompositionDataList.get(0)
- .getComputeTemplateConsolidationData().getNodeTemplateId());
+ unifiedCompositionDataList.get(0)
+ .getComputeTemplateConsolidationData().getNodeTemplateId());
String computeType = getComputeTypeSuffix(firstComputeNodeTemplate.getType());
for (Map.Entry<String, ParameterDefinition> input : substitutionTemplateInputs.entrySet()) {
String substitutionTemplateInputName = input.getKey();
ParameterDefinition inputParameterDefinition = input.getValue();
String inputType = inputParameterDefinition.getType();
UnifiedCompositionEntity inputUnifiedCompositionEntity =
- getInputCompositionEntity(substitutionTemplateInputName);
+ getInputCompositionEntity(substitutionTemplateInputName);
if (!inputType.equalsIgnoreCase(PropertyType.LIST.getDisplayName())) {
if (isIdenticalValueProperty(
- substitutionTemplateInputName, inputUnifiedCompositionEntity, context)) {
+ substitutionTemplateInputName, inputUnifiedCompositionEntity, context)) {
//Handle identical value properties
Optional<String> identicalValuePropertyName =
- getIdenticalValuePropertyName(substitutionTemplateInputName,
- inputUnifiedCompositionEntity, context);
+ getIdenticalValuePropertyName(substitutionTemplateInputName,
+ inputUnifiedCompositionEntity, context);
if (identicalValuePropertyName.isPresent()) {
updateIdenticalPropertyValue(identicalValuePropertyName.get(),
- substitutionTemplateInputName, computeType, inputUnifiedCompositionEntity,
- unifiedCompositionDataList.get(0), serviceTemplate, abstractSubstituteProperties,
- context);
+ substitutionTemplateInputName, computeType, inputUnifiedCompositionEntity,
+ unifiedCompositionDataList.get(0), serviceTemplate, abstractSubstituteProperties,
+ context);
}
}
continue;
case Compute:
for (UnifiedCompositionData compositionData : unifiedCompositionDataList) {
ComputeTemplateConsolidationData computeTemplateConsolidationData =
- compositionData.getComputeTemplateConsolidationData();
+ compositionData.getComputeTemplateConsolidationData();
propertyValue = getComputePropertyValue(substitutionTemplateInputName,
- serviceTemplate, computeTemplateConsolidationData);
+ serviceTemplate, computeTemplateConsolidationData);
if (!(propertyValue instanceof Optional)) {
abstractPropertyValue.add(propertyValue);
}
case Port:
for (UnifiedCompositionData compositionData : unifiedCompositionDataList) {
List<PortTemplateConsolidationData> portTemplateConsolidationDataList =
- getPortTemplateConsolidationDataList(compositionData);
+ getPortTemplateConsolidationDataList(compositionData);
//Get the input type for this input whether it is of type
// port_<port_node_template_id>_<property_name> or port_<port_type>_<property_name>
PortInputType portInputType = getPortInputType(substitutionTemplateInputName,
- compositionData);
+ compositionData);
for (PortTemplateConsolidationData portTemplateConsolidationData :
- portTemplateConsolidationDataList) {
+ portTemplateConsolidationDataList) {
//Get the port property value
String portNodeTemplateId = portTemplateConsolidationData.getNodeTemplateId();
propertyValue = getPortPropertyValue(substitutionTemplateInputName,
- computeType, portInputType, serviceTemplate,
- portNodeTemplateId);
+ computeType, portInputType, serviceTemplate,
+ portNodeTemplateId);
//If the value object is Optional.empty it implies that the property name was not
// found in the input name
if (!(propertyValue instanceof Optional)) {
for (Object val : abstractPropertyValue) {
if (Objects.nonNull(val)) {
updateAbstractPropertyValue(substitutionTemplateInputName, inputParameterDefinition,
- abstractPropertyValue, abstractSubstituteProperties);
+ abstractPropertyValue, abstractSubstituteProperties);
break;
}
}
Object propertyValue = abstractPropertyValue.get(0);
String entrySchemaType = parameterDefinition.getEntry_schema().getType();
if (entrySchemaType.equalsIgnoreCase(PropertyType.STRING.getDisplayName())
- || entrySchemaType.equalsIgnoreCase(PropertyType.INTEGER.getDisplayName())
- || entrySchemaType.equalsIgnoreCase(PropertyType.FLOAT.getDisplayName())
- || entrySchemaType.equalsIgnoreCase(PropertyType.BOOLEAN.getDisplayName())
- || entrySchemaType.equals(PropertyTypeExt.JSON.getDisplayName())) {
+ || entrySchemaType.equalsIgnoreCase(PropertyType.INTEGER.getDisplayName())
+ || entrySchemaType.equalsIgnoreCase(PropertyType.FLOAT.getDisplayName())
+ || entrySchemaType.equalsIgnoreCase(PropertyType.BOOLEAN.getDisplayName())
+ || entrySchemaType.equals(PropertyTypeExt.JSON.getDisplayName())) {
abstractSubstituteProperties.put(substitutionTemplateInputName, abstractPropertyValue);
} else {
abstractSubstituteProperties.put(substitutionTemplateInputName, propertyValue);
Map<String, Object> abstractSubstituteProperties,
TranslationContext context) {
Optional<Object> identicalPropertyValueByType =
- getIdenticalPropertyValueByType(identicalValuePropertyName, substitutionTemplateInputName,
- entity, unifiedCompositionData, serviceTemplate, context);
+ getIdenticalPropertyValueByType(identicalValuePropertyName, substitutionTemplateInputName,
+ entity, unifiedCompositionData, serviceTemplate, context);
if (identicalPropertyValueByType.isPresent()) {
abstractSubstituteProperties
- .put(substitutionTemplateInputName, identicalPropertyValueByType.get());
+ .put(substitutionTemplateInputName, identicalPropertyValueByType.get());
}
TranslationContext context) {
ComputeTemplateConsolidationData computeTemplateConsolidationData =
- unifiedCompositionData.getComputeTemplateConsolidationData();
+ unifiedCompositionData.getComputeTemplateConsolidationData();
Optional<Object> computeIdenticalPropertyValue;
switch (entity) {
case Compute:
computeIdenticalPropertyValue =
- getIdenticalPropertyValue(identicalValuePropertyName, serviceTemplate,
- entity, computeTemplateConsolidationData, context);
+ getIdenticalPropertyValue(identicalValuePropertyName, serviceTemplate,
+ entity, computeTemplateConsolidationData, context);
return computeIdenticalPropertyValue.isPresent() ? Optional.of(
- computeIdenticalPropertyValue.get()) : Optional.empty();
+ computeIdenticalPropertyValue.get()) : Optional.empty();
case Other:
computeIdenticalPropertyValue =
- getIdenticalPropertyValue(identicalValuePropertyName, serviceTemplate,
- entity, computeTemplateConsolidationData, context);
+ getIdenticalPropertyValue(identicalValuePropertyName, serviceTemplate,
+ entity, computeTemplateConsolidationData, context);
return computeIdenticalPropertyValue.isPresent() ? Optional.of(
- computeIdenticalPropertyValue.get()) : Optional.empty();
+ computeIdenticalPropertyValue.get()) : Optional.empty();
case Port:
List<PortTemplateConsolidationData> portTemplateConsolidationDataList =
- unifiedCompositionData.getPortTemplateConsolidationDataList();
+ unifiedCompositionData.getPortTemplateConsolidationDataList();
for (PortTemplateConsolidationData portTemplateConsolidationData : portTemplateConsolidationDataList) {
String portType =
- ConsolidationDataUtil.getPortType(portTemplateConsolidationData.getNodeTemplateId());
+ ConsolidationDataUtil.getPortType(portTemplateConsolidationData.getNodeTemplateId());
if (substitutionTemplateInputName.contains(portType)) {
return getIdenticalPropertyValue(identicalValuePropertyName, serviceTemplate,
- entity, portTemplateConsolidationData, context);
+ entity, portTemplateConsolidationData, context);
}
}
}
UnifiedCompositionData unifiedCompositionData) {
String portInputPrefix = UnifiedCompositionEntity.Port.name().toLowerCase() + "_";
ComputeTemplateConsolidationData computeTemplateConsolidationData = unifiedCompositionData
- .getComputeTemplateConsolidationData();
+ .getComputeTemplateConsolidationData();
List<PortTemplateConsolidationData> portTemplateConsolidationDataList =
- getPortTemplateConsolidationDataList(unifiedCompositionData);
+ getPortTemplateConsolidationDataList(unifiedCompositionData);
//Scan the available port node template ids to check if the input is of the form
// "port_<port_node_template_id>_<property_name>"
for (PortTemplateConsolidationData portTemplateConsolidationData :
- portTemplateConsolidationDataList) {
+ portTemplateConsolidationDataList) {
String portNodeTemplateId = portTemplateConsolidationData.getNodeTemplateId();
String portNodeTemplateIdPrefix = portInputPrefix + portNodeTemplateId;
if (inputName.startsWith(portNodeTemplateIdPrefix)) {
TranslationContext context) {
String nodeTemplateIdToRemove = entity.getNodeTemplateId();
Map<String, NodeTemplate> nodeTemplates =
- serviceTemplate.getTopology_template().getNode_templates();
+ serviceTemplate.getTopology_template().getNode_templates();
NodeTemplate nodeTemplateToRemove =
- nodeTemplates.get(nodeTemplateIdToRemove);
+ nodeTemplates.get(nodeTemplateIdToRemove);
nodeTemplates.remove(nodeTemplateIdToRemove);
context.addCleanedNodeTemplate(ToscaUtil.getServiceTemplateFileName(serviceTemplate),
- nodeTemplateIdToRemove,
- entity.getClass() == ComputeTemplateConsolidationData.class
- ? UnifiedCompositionEntity.Compute
- : UnifiedCompositionEntity.Port,
- nodeTemplateToRemove);
+ nodeTemplateIdToRemove,
+ entity.getClass() == ComputeTemplateConsolidationData.class
+ ? UnifiedCompositionEntity.Compute
+ : UnifiedCompositionEntity.Port,
+ nodeTemplateToRemove);
}
ServiceTemplate serviceTemplate,
TranslationContext context) {
NodeTemplate cleanedNodeTemplate =
- context
- .getCleanedNodeTemplate(ToscaUtil.getServiceTemplateFileName(serviceTemplate),
- cleanedNodeTemplateId);
+ context
+ .getCleanedNodeTemplate(ToscaUtil.getServiceTemplateFileName(serviceTemplate),
+ cleanedNodeTemplateId);
String typeToRemove = cleanedNodeTemplate.getType();
if (Objects.nonNull(typeToRemove)
- && serviceTemplate.getNode_types().containsKey(typeToRemove)) {
+ && serviceTemplate.getNode_types().containsKey(typeToRemove)) {
serviceTemplate.getNode_types().remove(typeToRemove);
}
}
EntityConsolidationData entity,
TranslationContext context) {
Map<String, GroupDefinition> groups = serviceTemplate.getTopology_template()
- .getGroups() == null ? new HashMap<>()
- : serviceTemplate.getTopology_template().getGroups();
+ .getGroups() == null ? new HashMap<>()
+ : serviceTemplate.getTopology_template().getGroups();
String serviceTemplateFileName = ToscaUtil.getServiceTemplateFileName(serviceTemplate);
String nodeRelatedAbstractNodeId =
- context.getUnifiedAbstractNodeTemplateId(serviceTemplate, entity.getNodeTemplateId());
+ context.getUnifiedAbstractNodeTemplateId(serviceTemplate, entity.getNodeTemplateId());
for (Map.Entry<String, GroupDefinition> groupEntry : groups.entrySet()) {
GroupDefinition groupDefinition = groupEntry.getValue();
if (isHeatStackGroup(groupDefinition.getType())) {
updateGroupMembersWithNewUnifiedNodeTemplateId(entity, nodeRelatedAbstractNodeId,
- groupEntry);
+ groupEntry);
}
}
}
private void updateGroupMembersWithNewUnifiedNodeTemplateId(
- EntityConsolidationData entity,
- String newNodetemplateId,
- Map.Entry<String, GroupDefinition> groupEntry) {
+ EntityConsolidationData entity,
+ String newNodetemplateId,
+ Map.Entry<String, GroupDefinition> groupEntry) {
List<String> members = groupEntry.getValue().getMembers();
if (members.contains(entity.getNodeTemplateId())) {
members.remove(entity.getNodeTemplateId());
groupEntry.getValue().setMembers(members);
}
+ private void updateSubstitutableNodeTemplateRequirements(ServiceTemplate serviceTemplate,
+ ServiceTemplate substitutionServiceTemplate){
+ if(Objects.isNull(substitutionServiceTemplate.getTopology_template())){
+ return;
+ }
+
+ SubstitutionMapping substitution_mappings =
+ substitutionServiceTemplate.getTopology_template().getSubstitution_mappings();
+
+ if(Objects.isNull(substitution_mappings)){
+ return;
+ }
+
+ String node_type = substitution_mappings.getNode_type();
+ Map<String, List<String>> requirements = substitution_mappings.getRequirements();
+
+
+ }
+
private void updateSubstitutionMapping(ServiceTemplate serviceTemplate,
TranslationContext context) {
SubstitutionMapping substitutionMappings =
- DataModelUtil.getSubstitutionMappings(serviceTemplate);
+ DataModelUtil.getSubstitutionMappings(serviceTemplate);
if (Objects.nonNull(substitutionMappings)) {
if (Objects.nonNull(substitutionMappings.getRequirements())) {
updateSubstitutionMappingRequirements(substitutionMappings.getRequirements(),
- serviceTemplate, context);
+ serviceTemplate, context);
}
if (Objects.nonNull(substitutionMappings.getCapabilities())) {
updateSubstitutionMappingCapabilities(substitutionMappings.getCapabilities(),
- serviceTemplate, context);
+ serviceTemplate, context);
}
}
}
private void updateSubstitutionMappingRequirements(Map<String, List<String>>
- substitutionMappingRequirements,
+ substitutionMappingRequirements,
ServiceTemplate serviceTemplate,
TranslationContext context) {
for (Map.Entry<String, List<String>> entry : substitutionMappingRequirements.entrySet()) {
List<String> requirement = entry.getValue();
String oldNodeTemplateId = requirement.get(0);
String newAbstractNodeTemplateId = context.getUnifiedAbstractNodeTemplateId(serviceTemplate,
- requirement.get(0));
+ requirement.get(0));
String newSubstitutionNodeTemplateId = context.getUnifiedSubstitutionNodeTemplateId(
- serviceTemplate, oldNodeTemplateId);
+ serviceTemplate, oldNodeTemplateId);
if (Objects.nonNull(newAbstractNodeTemplateId)
- && Objects.nonNull(newSubstitutionNodeTemplateId)) {
+ && Objects.nonNull(newSubstitutionNodeTemplateId)) {
requirement.set(0, newAbstractNodeTemplateId);
String newRequirementValue = requirement.get(1) + "_" + newSubstitutionNodeTemplateId;
requirement.set(1, newRequirementValue);
}
private void updateSubstitutionMappingCapabilities(Map<String, List<String>>
- substitutionMappingCapabilities,
+ substitutionMappingCapabilities,
ServiceTemplate serviceTemplate,
TranslationContext context) {
for (Map.Entry<String, List<String>> entry : substitutionMappingCapabilities.entrySet()) {
List<String> capability = entry.getValue();
String oldNodeTemplateId = capability.get(0);
String newAbstractNodeTemplateId = context.getUnifiedAbstractNodeTemplateId(serviceTemplate,
- capability.get(0));
+ capability.get(0));
String newSubstitutionNodeTemplateId = context.getUnifiedSubstitutionNodeTemplateId(
- serviceTemplate, oldNodeTemplateId);
+ serviceTemplate, oldNodeTemplateId);
if (Objects.nonNull(newAbstractNodeTemplateId)
- && Objects.nonNull(newSubstitutionNodeTemplateId)) {
+ && Objects.nonNull(newSubstitutionNodeTemplateId)) {
capability.set(0, newAbstractNodeTemplateId);
String newRequirementValue = capability.get(1) + "_" + newSubstitutionNodeTemplateId;
capability.set(1, newRequirementValue);
EntityConsolidationData entity,
TranslationContext context) {
Map<String, GroupDefinition> groups = serviceTemplate.getTopology_template()
- .getGroups() == null ? new HashMap<>() : serviceTemplate.getTopology_template().getGroups();
+ .getGroups() == null ? new HashMap<>() : serviceTemplate.getTopology_template().getGroups();
String serviceTemplateFileName = ToscaUtil.getServiceTemplateFileName(serviceTemplate);
Optional<String> nestedNodeTemplateId =
- context.getUnifiedNestedNodeTemplateId(serviceTemplateFileName, entity.getNodeTemplateId());
+ context.getUnifiedNestedNodeTemplateId(serviceTemplateFileName, entity.getNodeTemplateId());
if (nestedNodeTemplateId.isPresent()) {
for (Map.Entry<String, GroupDefinition> groupEntry : groups.entrySet()) {
GroupDefinition groupDefinition = groupEntry.getValue();
if (isHeatStackGroup(groupDefinition.getType())) {
updateGroupMembersWithNewUnifiedNodeTemplateId(entity, nestedNodeTemplateId.get(),
- groupEntry);
+ groupEntry);
}
}
}
ServiceTemplate nestedServiceTemplate,
TranslationContext context) {
NodeTemplate nestedNodeTemplate = DataModelUtil.getNodeTemplate(mainServiceTemplate,
- nestedNodeTemplateId);
+ nestedNodeTemplateId);
if (Objects.isNull(nestedNodeTemplate)) {
return;
}
updateNestedNodeTemplateProperties(nestedServiceTemplate, nestedNodeTemplate, context);
Optional<String> unifiedNestedNodeTypeId = context
- .getUnifiedNestedNodeTypeId(
- ToscaUtil.getServiceTemplateFileName(Constants.GLOBAL_SUBSTITUTION_TYPES_TEMPLATE_NAME),
- nestedNodeTemplate.getType());
+ .getUnifiedNestedNodeTypeId(
+ ToscaUtil.getServiceTemplateFileName(Constants.GLOBAL_SUBSTITUTION_TYPES_TEMPLATE_NAME),
+ nestedNodeTemplate.getType());
unifiedNestedNodeTypeId
- .ifPresent(unifiedNestedNodeTypeIdVal -> updateNestedNodeTemplate(
- unifiedNestedNodeTypeIdVal, nestedNodeTemplateId, nestedNodeTemplate,
- mainServiceTemplate, context));
+ .ifPresent(unifiedNestedNodeTypeIdVal -> updateNestedNodeTemplate(
+ unifiedNestedNodeTypeIdVal, nestedNodeTemplateId, nestedNodeTemplate,
+ mainServiceTemplate, context));
+
+ updateNodeTemplateRequirements(nestedNodeTemplateId, mainServiceTemplate,
+ nestedServiceTemplate, context);
+
+ //updateNodeDependencyRequirement(mainServiceTemplate, context, nestedNodeTemplate);
+ }
+
+ public void updateNodeTemplateRequirements(String nestedNodeTemplateId,
+ ServiceTemplate mainServiceTemplate,
+ ServiceTemplate nestedServiceTemplate,
+ TranslationContext context){
+ String computeNodeType = nestedServiceTemplate.getNode_types().keySet().iterator().next();
+ NodeTemplate nestedNtFromMain =
+ mainServiceTemplate.getTopology_template().getNode_templates().get(nestedNodeTemplateId);
+ ServiceTemplate globalSubstitutionServiceTemplate =
+ context.getGlobalSubstitutionServiceTemplate();
+
+ if(Objects.isNull(computeNodeType)){
+ return;
+ }
+
+ NodeType nestedNodeType =
+ globalSubstitutionServiceTemplate.getNode_types().get(computeNodeType);
+
+ if(Objects.isNull(nestedNodeType)){
+ return;
+ }
+
+ List<Map<String, RequirementDefinition>> requirements = nestedNodeType.getRequirements();
+
+ if(CollectionUtils.isEmpty(nestedNtFromMain.getRequirements())){
+ nestedNtFromMain.setRequirements(new ArrayList<>());
+ }
+
+ if(CollectionUtils.isEmpty(requirements)) {
+ return;
+ }
+
+ updateNodeTemplateRequirements(nestedNtFromMain, requirements);
+ }
+
+ private void updateNodeTemplateRequirements(NodeTemplate nestedNtFromMain,
+ List<Map<String, RequirementDefinition>> requirements) {
+ for(Map<String, RequirementDefinition> requirementDefinitionMap : requirements){
+ Map<String, RequirementAssignment> currReqAssignmentMap = new HashMap<>();
+ for(Map.Entry<String, RequirementDefinition> requirementDefinitionEntry :
+ requirementDefinitionMap.entrySet()){
+ RequirementAssignment requirementAssignment =
+ getRequirementAssignmentFromDefinition(requirementDefinitionEntry);
+ currReqAssignmentMap.put(requirementDefinitionEntry.getKey(), requirementAssignment);
+ }
+
+ if(!nestedNtFromMain.getRequirements().contains(currReqAssignmentMap)) {
+ nestedNtFromMain.getRequirements().add(new HashMap(currReqAssignmentMap));
+ }
+ }
+
+ List<Map<String, RequirementAssignment>> reqsToRemove = new ArrayList<>();
+ for(Map<String, RequirementAssignment> requirementDefinitionMap : nestedNtFromMain.getRequirements()) {
+ if (requirementDefinitionMap.containsKey("dependency")) {
+ reqsToRemove.add(requirementDefinitionMap);
+ }
+ }
+
+ nestedNtFromMain.getRequirements().removeAll(reqsToRemove);
+ }
+
+ private RequirementAssignment getRequirementAssignmentFromDefinition(
+ Map.Entry<String, RequirementDefinition> requirementDefinitionEntry) {
+
+ RequirementAssignment requirementAssignment = new RequirementAssignment();
+ if(requirementDefinitionEntry.getValue() instanceof RequirementDefinition) {
+ requirementAssignment.setCapability(requirementDefinitionEntry.getValue().getCapability());
+ requirementAssignment.setNode(requirementDefinitionEntry.getValue().getNode());
+ requirementAssignment.setRelationship(requirementDefinitionEntry.getValue().getRelationship());
+ }
+ else if(requirementDefinitionEntry.getValue() instanceof Map){
+ Map<String, Object> reqAsMap = (Map<String, Object>) requirementDefinitionEntry.getValue();
+ requirementAssignment.setCapability((String) reqAsMap.get("capability"));
+ requirementAssignment.setNode((String) reqAsMap.get("node"));
+ requirementAssignment.setRelationship((String) reqAsMap.get("relationship"));
+ }
+ return requirementAssignment;
+ }
+
+ private void updateNodeDependencyRequirement(ServiceTemplate mainServiceTemplate,
+ TranslationContext context,
+ NodeTemplate nestedNodeTemplate) {
+ List<Map<String, RequirementAssignment>> requirements = nestedNodeTemplate.getRequirements();
+ for(int i = 0; i < requirements.size(); i++){
+ Map<String, RequirementAssignment> requirementAssignmentMap = requirements.get(i);
+ Map<String, RequirementAssignment> updatedMap = new HashMap<>();
+ for(Map.Entry<String, RequirementAssignment> requirementAssignmentEntry :
+ requirementAssignmentMap.entrySet()){
+ if(requirementAssignmentEntry.getKey().equals("dependency")){
+ Optional<String> newReqAssignmentDependencyId =
+ context.getNewReqAssignmentDependencyId(ToscaUtil.getServiceTemplateFileName
+ (mainServiceTemplate), requirementAssignmentEntry.getValue());
+
+ if(newReqAssignmentDependencyId.isPresent()){
+ updatedMap.put(newReqAssignmentDependencyId.get(), requirementAssignmentEntry
+ .getValue());
+ }
+ }else{
+ updatedMap.put(requirementAssignmentEntry.getKey(), requirementAssignmentEntry
+ .getValue());
+ }
+ }
+
+ requirements.add(i, updatedMap);
+ }
}
private void updateNestedNodeTemplateProperties(ServiceTemplate nestedServiceTemplate,
TranslationContext context) {
Map<String, Object> newPropertyInputParamIds =
- context.getAllNewPropertyInputParamIdsPerNodeTenplateId(ToscaUtil
- .getServiceTemplateFileName(nestedServiceTemplate));
+ context.getAllNewPropertyInputParamIdsPerNodeTenplateId(ToscaUtil
+ .getServiceTemplateFileName(nestedServiceTemplate));
for (Map.Entry<String, Object> entry : newPropertyInputParamIds.entrySet()) {
if (Objects.nonNull(entry.getValue())) {
}
String subNodeType =
- nestedServiceTemplate.getTopology_template().getSubstitution_mappings().getNode_type();
+ nestedServiceTemplate.getTopology_template().getSubstitution_mappings().getNode_type();
nestedNodeTemplate.setType(subNodeType);
}
private void handleSubstitutionMappingInNestedServiceTemplate(
- String newNestedNodeType,
- ServiceTemplate nestedServiceTemplate,
- TranslationContext context) {
+ String newNestedNodeType,
+ ServiceTemplate nestedServiceTemplate,
+ TranslationContext context) {
if (Objects.isNull(newNestedNodeType)) {
return;
}
Set<String> relatedNestedNodeTypeIds =
- context.getAllRelatedNestedNodeTypeIds();
+ context.getAllRelatedNestedNodeTypeIds();
- SubstitutionMapping substitutionMappings =
- nestedServiceTemplate.getTopology_template().getSubstitution_mappings();
+ SubstitutionMapping substitutionMappings =
+ nestedServiceTemplate.getTopology_template().getSubstitution_mappings();
if(!relatedNestedNodeTypeIds.contains(substitutionMappings.getNode_type())) {
substitutionMappings.setNode_type(newNestedNodeType);
}
TranslationContext context) {
String mainSTName = ToscaUtil.getServiceTemplateFileName(mainServiceTemplate);
String globalSTName =
- ToscaUtil.getServiceTemplateFileName(Constants.GLOBAL_SUBSTITUTION_TYPES_TEMPLATE_NAME);
+ ToscaUtil.getServiceTemplateFileName(Constants.GLOBAL_SUBSTITUTION_TYPES_TEMPLATE_NAME);
int index =
- context.getHandledNestedComputeNodeTemplateIndex(globalSTName, newNestedNodeTypeId);
+ context.getHandledNestedComputeNodeTemplateIndex(globalSTName, newNestedNodeTypeId);
String newNodeTemplateId =
- Constants.ABSTRACT_NODE_TEMPLATE_ID_PREFIX + getComputeTypeSuffix(newNestedNodeTypeId)
- + "_" + index;
+ Constants.ABSTRACT_NODE_TEMPLATE_ID_PREFIX + getComputeTypeSuffix(newNestedNodeTypeId)
+ + "_" + index;
nestedNodeTemplate.setType(newNestedNodeTypeId);
mainServiceTemplate.getTopology_template().getNode_templates().remove(nestedNodeTemplateId);
mainServiceTemplate.getTopology_template().getNode_templates()
- .put(newNodeTemplateId, nestedNodeTemplate);
+ .put(newNodeTemplateId, nestedNodeTemplate);
context.addUnifiedNestedNodeTemplateId(mainSTName, nestedNodeTemplateId, newNodeTemplateId);
}
private void handleNestedNodeTypesInGlobalSubstituteServiceTemplate(
- String origNestedNodeTypeId,
- String newNestedNodeTypeId,
- ServiceTemplate globalSubstitutionServiceTemplate,
- TranslationContext context) {
+ String origNestedNodeTypeId,
+ String newNestedNodeTypeId,
+ ServiceTemplate globalSubstitutionServiceTemplate,
+ TranslationContext context) {
Set<String> relatedNestedNodeTypeIds =
- context.getAllRelatedNestedNodeTypeIds();
+ context.getAllRelatedNestedNodeTypeIds();
Map<String, NodeType> nodeTypes = globalSubstitutionServiceTemplate.getNode_types();
if (!relatedNestedNodeTypeIds.contains(origNestedNodeTypeId)) {
NodeType nested = DataModelUtil.getNodeType(globalSubstitutionServiceTemplate,
- origNestedNodeTypeId);
+ origNestedNodeTypeId);
setNewValuesForNestedNodeType(origNestedNodeTypeId, newNestedNodeTypeId, nested, nodeTypes);
} else {
NodeType nested =
- (NodeType) DataModelUtil.getClonedObject(
- DataModelUtil.getNodeType(globalSubstitutionServiceTemplate, origNestedNodeTypeId));
+ (NodeType) DataModelUtil.getClonedObject(
+ DataModelUtil.getNodeType(globalSubstitutionServiceTemplate, origNestedNodeTypeId));
nested.setDerived_from(ToscaNodeType.VFC_ABSTRACT_SUBSTITUTE);
nodeTypes.put(newNestedNodeTypeId, nested);
}
context.addUnifiedNestedNodeTypeId(Constants.GLOBAL_SUBSTITUTION_TYPES_TEMPLATE_NAME,
- origNestedNodeTypeId, newNestedNodeTypeId);
+ origNestedNodeTypeId, newNestedNodeTypeId);
}
private void setNewValuesForNestedNodeType(String origNestedNodeType,
ServiceTemplate nestedServiceTemplate,
TranslationContext context) {
FileComputeConsolidationData fileComputeConsolidationData =
- context.getConsolidationData().getComputeConsolidationData()
- .getFileComputeConsolidationData(
- ToscaUtil.getServiceTemplateFileName(nestedServiceTemplate));
+ context.getConsolidationData().getComputeConsolidationData()
+ .getFileComputeConsolidationData(
+ ToscaUtil.getServiceTemplateFileName(nestedServiceTemplate));
if (Objects.nonNull(fileComputeConsolidationData)) {
String nestedNodeTypePrefix = ToscaNodeType.ABSTRACT_NODE_TYPE_PREFIX + "heat.";
return Optional
- .of(nestedNodeTypePrefix + getComputeTypeInNestedFile(fileComputeConsolidationData));
+ .of(nestedNodeTypePrefix + getComputeTypeInNestedFile(fileComputeConsolidationData));
}
return Optional.empty();
}
private String getComputeTypeInNestedFile(
- FileComputeConsolidationData fileComputeConsolidationData) {
+ FileComputeConsolidationData fileComputeConsolidationData) {
List<TypeComputeConsolidationData> typeComputeConsolidationDatas =
- new ArrayList<>(fileComputeConsolidationData.getAllTypeComputeConsolidationData());
+ new ArrayList<>(fileComputeConsolidationData.getAllTypeComputeConsolidationData());
if (typeComputeConsolidationDatas.size() == 0) {
return null;
} else {
String serviceTemplateFileName,
NodeTemplate abstractNodeTemplate) {
Map<String, Object> properties =
- abstractNodeTemplate == null || abstractNodeTemplate.getProperties() == null
- ? new HashMap<>()
- : abstractNodeTemplate.getProperties();
+ abstractNodeTemplate == null || abstractNodeTemplate.getProperties() == null
+ ? new HashMap<>()
+ : abstractNodeTemplate.getProperties();
for (Object propertyValue : properties.values()) {
List<List<Object>> getAttrList = extractGetAttrFunction(propertyValue);
for (List<Object> getAttrFuncValue : getAttrList) {
String origNodeTemplateId = (String) getAttrFuncValue.get(0);
Optional<String> nestedNodeTemplateId = context.getUnifiedNestedNodeTemplateId(ToscaUtil
- .getServiceTemplateFileName(serviceTemplate), origNodeTemplateId);
+ .getServiceTemplateFileName(serviceTemplate), origNodeTemplateId);
if (nestedNodeTemplateId.isPresent()) {
getAttrFuncValue.set(0, nestedNodeTemplateId.get());
} else {
replaceGetAttrNodeIdAndAttrName(serviceTemplate, context, serviceTemplateFileName,
- getAttrFuncValue);
+ getAttrFuncValue);
}
}
}
String attributeName = (String) getAttrFuncValue.get(1);
String unifiedAbstractNodeTemplateId =
- context.getUnifiedAbstractNodeTemplateId(serviceTemplate, origNodeTemplateId);
+ context.getUnifiedAbstractNodeTemplateId(serviceTemplate, origNodeTemplateId);
if (Objects.isNull(unifiedAbstractNodeTemplateId)) {
return;
}
String newNodeTemplateId =
- getNewNodeTemplateId(origNodeTemplateId, serviceTemplateFileName, serviceTemplate, context);
+ getNewNodeTemplateId(origNodeTemplateId, serviceTemplateFileName, serviceTemplate, context);
String newSubstitutionOutputParameterId =
- getNewSubstitutionOutputParameterId(newNodeTemplateId, attributeName);
+ getNewSubstitutionOutputParameterId(newNodeTemplateId, attributeName);
getAttrFuncValue.set(0, unifiedAbstractNodeTemplateId);
getAttrFuncValue.set(1, newSubstitutionOutputParameterId);
ServiceTemplate serviceTemplate,
TranslationContext context) {
NodeTemplate computeNodeTemplate =
- DataModelUtil.getNodeTemplate(serviceTemplate, origNodeTemplateId);
+ DataModelUtil.getNodeTemplate(serviceTemplate, origNodeTemplateId);
if (computeNodeTemplate == null) {
computeNodeTemplate =
- context.getCleanedNodeTemplate(ToscaUtil.getServiceTemplateFileName(serviceTemplate),
- origNodeTemplateId);
+ context.getCleanedNodeTemplate(ToscaUtil.getServiceTemplateFileName(serviceTemplate),
+ origNodeTemplateId);
}
return computeNodeTemplate;
}
private String handleIdOfPort(String origNodeTemplateId, String serviceTemplateFileName,
ConsolidationData consolidationData) {
Optional<Pair<String, ComputeTemplateConsolidationData>>
- computeTypeAndComputeTemplateByPortId =
- getComputeTypeAndComputeTemplateByPortId(origNodeTemplateId, serviceTemplateFileName,
- consolidationData);
+ computeTypeAndComputeTemplateByPortId =
+ getComputeTypeAndComputeTemplateByPortId(origNodeTemplateId, serviceTemplateFileName,
+ consolidationData);
if (computeTypeAndComputeTemplateByPortId.isPresent()) {
Pair<String, ComputeTemplateConsolidationData> computeIdToComputeData =
- computeTypeAndComputeTemplateByPortId.get();
+ computeTypeAndComputeTemplateByPortId.get();
return getNewPortNodeTemplateId(origNodeTemplateId, computeIdToComputeData.getKey(),
- computeIdToComputeData.getValue());
+ computeIdToComputeData.getValue());
}
return null;
getComputeTypeAndComputeTemplateByPortId(String portId, String serviceTemplateFileName,
ConsolidationData consolidationData) {
FileComputeConsolidationData fileComputeConsolidationData =
- consolidationData.getComputeConsolidationData()
- .getFileComputeConsolidationData(serviceTemplateFileName);
+ consolidationData.getComputeConsolidationData()
+ .getFileComputeConsolidationData(serviceTemplateFileName);
Set<String> computeTypes =
- fileComputeConsolidationData.getAllComputeTypes();
+ fileComputeConsolidationData.getAllComputeTypes();
for (String computeType : computeTypes) {
Collection<ComputeTemplateConsolidationData> computeTemplateConsolidationDatas =
- fileComputeConsolidationData.getTypeComputeConsolidationData(computeType)
- .getAllComputeTemplateConsolidationData();
+ fileComputeConsolidationData.getTypeComputeConsolidationData(computeType)
+ .getAllComputeTemplateConsolidationData();
for (ComputeTemplateConsolidationData compute : computeTemplateConsolidationDatas) {
if (ConsolidationDataUtil.isComputeReferenceToPortId(compute, portId)) {
String serviceTemplateFileName,
TranslationContext context) {
UnifiedSubstitutionData unifiedSubstitutionData =
- context.getUnifiedSubstitutionData().get(serviceTemplateFileName);
+ context.getUnifiedSubstitutionData().get(serviceTemplateFileName);
if (Objects.isNull(unifiedSubstitutionData)) {
return false;
}
UnifiedCompositionEntity actualUnifiedCompositionEntity =
- unifiedSubstitutionData.getCleanedNodeTemplateCompositionEntity(id);
+ unifiedSubstitutionData.getCleanedNodeTemplateCompositionEntity(id);
return actualUnifiedCompositionEntity == null ? false
- : actualUnifiedCompositionEntity.equals(expectedUnifiedCompositionEntity);
+ : actualUnifiedCompositionEntity.equals(expectedUnifiedCompositionEntity);
}
private boolean isHeatStackGroup(String groupType) {
String portNodeTemplateId) {
//Get the input prefix to extract the property name from the input name
String portInputPrefix = getPortInputPrefix(
- portNodeTemplateId, portInputType);
+ portNodeTemplateId, portInputType);
//Get the property name from the input
Optional<String> propertyName = getPropertyNameFromInput(inputName,
- UnifiedCompositionEntity.Port, computeType, portInputPrefix);
+ UnifiedCompositionEntity.Port, computeType, portInputPrefix);
//Get the property value from the node template
if (propertyName.isPresent()) {
NodeTemplate portNodeTemplate = DataModelUtil.getNodeTemplate(serviceTemplate,
- portNodeTemplateId);
+ portNodeTemplateId);
if (Objects.nonNull(portNodeTemplate)) {
return getPropertyValueFromNodeTemplate(propertyName.get(), portNodeTemplate);
}
}
private Optional<String> getPortTypeFromInput(
- String inputName,
- String portNodeTemplateId,
- ComputeTemplateConsolidationData computeTemplateConsolidationData) {
+ String inputName,
+ String portNodeTemplateId,
+ ComputeTemplateConsolidationData computeTemplateConsolidationData) {
String portTypeFromInput = null;
String portInputPrefix = UnifiedCompositionEntity.Port.name().toLowerCase() + "_";
String portNodeTemplateIdPrefix = portInputPrefix + portNodeTemplateId;
}
private Object getComputePropertyValue(
- String inputName,
- ServiceTemplate serviceTemplate,
- ComputeTemplateConsolidationData computeTemplateConsolidationData) {
+ String inputName,
+ ServiceTemplate serviceTemplate,
+ ComputeTemplateConsolidationData computeTemplateConsolidationData) {
NodeTemplate nodeTemplate = DataModelUtil.getNodeTemplate(serviceTemplate,
- computeTemplateConsolidationData.getNodeTemplateId());
+ computeTemplateConsolidationData.getNodeTemplateId());
String nodeType = getComputeTypeSuffix(nodeTemplate.getType());
Optional<String> propertyName =
- getPropertyNameFromInput(inputName, UnifiedCompositionEntity.Compute, nodeType, null);
+ getPropertyNameFromInput(inputName, UnifiedCompositionEntity.Compute, nodeType, null);
if (propertyName.isPresent()) {
return getPropertyValueFromNodeTemplate(propertyName.get(), nodeTemplate);
}
EntityConsolidationData entity,
TranslationContext context) {
NodeTemplate nodeTemplate =
- getNodeTemplate(entity.getNodeTemplateId(), serviceTemplate, context);
+ getNodeTemplate(entity.getNodeTemplateId(), serviceTemplate, context);
Object propertyValueFromNodeTemplate =
- getPropertyValueFromNodeTemplate(identicalValuePropertyName, nodeTemplate);
+ getPropertyValueFromNodeTemplate(identicalValuePropertyName, nodeTemplate);
return Objects.isNull(propertyValueFromNodeTemplate) ? Optional.empty()
- : Optional.of(propertyValueFromNodeTemplate);
+ : Optional.of(propertyValueFromNodeTemplate);
}
private UnifiedCompositionEntity getInputCompositionEntity(String inputName) {
}
private Optional<String> getPropertyNameFromInput(
- String inputName,
- UnifiedCompositionEntity compositionEntity,
- String computeType, String portInputPrefix) {
+ String inputName,
+ UnifiedCompositionEntity compositionEntity,
+ String computeType, String portInputPrefix) {
String propertyName = null;
switch (compositionEntity) {
case Compute:
propertyName = inputName.substring(inputName.lastIndexOf(computeType)
- + computeType.length() + 1);
+ + computeType.length() + 1);
break;
case Port:
if (inputName.startsWith(portInputPrefix)) {
}
private String getPortInputPrefix(
- String portNodeTemplateId,
- PortInputType portInputType) {
+ String portNodeTemplateId,
+ PortInputType portInputType) {
String portInputPrefix = UnifiedCompositionEntity.Port.name().toLowerCase() + "_";
String portType = ConsolidationDataUtil.getPortType(portNodeTemplateId);
if (portInputType == PortInputType.NodeTemplateId) {
TranslationContext context) {
List<String> identicalValuePropertyList =
- consolidationService.getPropertiesWithIdenticalVal(unifiedCompositionEntity, context);
+ consolidationService.getPropertiesWithIdenticalVal(unifiedCompositionEntity, context);
StringBuilder builder = getPropertyValueStringBuilder(unifiedCompositionEntity);
boolean isMatchingProperty = Pattern.matches(builder.toString(), inputName);
return (isMatchingProperty
- && isPropertyFromIdenticalValuesList(inputName, unifiedCompositionEntity,
- identicalValuePropertyList));
+ && isPropertyFromIdenticalValuesList(inputName, unifiedCompositionEntity,
+ identicalValuePropertyList));
}
private boolean isPropertyFromIdenticalValuesList(String inputName,
switch (unifiedCompositionEntity) {
case Compute:
return identicalValuePropertyList.contains(getIdenticalValuePropertyName(inputName,
- unifiedCompositionEntity, null).get());
+ unifiedCompositionEntity, null).get());
case Other:
return identicalValuePropertyList.contains(getIdenticalValuePropertyName(inputName,
- unifiedCompositionEntity, null).get());
+ unifiedCompositionEntity, null).get());
case Port:
return getPortPropertyNameFromInput(inputName, identicalValuePropertyList).isPresent();
}
private StringBuilder getPropertyValueStringBuilder(
- UnifiedCompositionEntity unifiedCompositionEntity) {
+ UnifiedCompositionEntity unifiedCompositionEntity) {
switch (unifiedCompositionEntity) {
case Compute:
case Port:
return getPortPropertyNameFromInput(input, consolidationService
- .getPropertiesWithIdenticalVal(unifiedCompositionEntity, context));
+ .getPropertiesWithIdenticalVal(unifiedCompositionEntity, context));
default:
return Optional.empty();
}
private Map<String, UnifiedCompositionEntity> getAllConsolidationNodeTemplateIdAndType(
- List<UnifiedCompositionData> unifiedCompositionDataList) {
+ List<UnifiedCompositionData> unifiedCompositionDataList) {
Map<String, UnifiedCompositionEntity> consolidationNodeTemplateIdAndType = new HashMap<>();
for (UnifiedCompositionData unifiedCompositionData : unifiedCompositionDataList) {
ComputeTemplateConsolidationData computeTemplateConsolidationData =
- unifiedCompositionData.getComputeTemplateConsolidationData();
+ unifiedCompositionData.getComputeTemplateConsolidationData();
if (Objects.nonNull(computeTemplateConsolidationData)) {
consolidationNodeTemplateIdAndType
- .put(computeTemplateConsolidationData.getNodeTemplateId(),
- UnifiedCompositionEntity.Compute);
+ .put(computeTemplateConsolidationData.getNodeTemplateId(),
+ UnifiedCompositionEntity.Compute);
}
List<PortTemplateConsolidationData> portTemplateConsolidationDataList =
- getPortTemplateConsolidationDataList(unifiedCompositionData);
+ getPortTemplateConsolidationDataList(unifiedCompositionData);
for (PortTemplateConsolidationData portTemplateConsolidationData :
- portTemplateConsolidationDataList) {
+ portTemplateConsolidationDataList) {
consolidationNodeTemplateIdAndType.put(portTemplateConsolidationData.getNodeTemplateId(),
- UnifiedCompositionEntity.Port);
+ UnifiedCompositionEntity.Port);
}
NestedTemplateConsolidationData nestedTemplateConsolidationData =
- unifiedCompositionData.getNestedTemplateConsolidationData();
+ unifiedCompositionData.getNestedTemplateConsolidationData();
if (Objects.nonNull(nestedTemplateConsolidationData)) {
consolidationNodeTemplateIdAndType
- .put(nestedTemplateConsolidationData.getNodeTemplateId(),
- UnifiedCompositionEntity.Nested);
+ .put(nestedTemplateConsolidationData.getNodeTemplateId(),
+ UnifiedCompositionEntity.Nested);
}
}
return consolidationNodeTemplateIdAndType;
}
private List<PortTemplateConsolidationData> getPortTemplateConsolidationDataList(
- UnifiedCompositionData unifiedCompositionData) {
+ UnifiedCompositionData unifiedCompositionData) {
return unifiedCompositionData.getPortTemplateConsolidationDataList() == null ? new
- ArrayList<>() : unifiedCompositionData.getPortTemplateConsolidationDataList();
+ ArrayList<>() : unifiedCompositionData.getPortTemplateConsolidationDataList();
}
private enum PortInputType {
occurrences:
- 1
- UNBOUNDED
+ org.openecomp.resource.vfc.nodes.heat.pcma_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ port_pcm_port_0_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_fixed_ips:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.heat.neutron.port.FixedIps
+ port_pcm_port_0_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_security_groups:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ compute_pcma_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pcm_port_0_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pcm_port_0_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pcm_port_1_security_groups:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ compute_pcma_server_config_drive:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: boolean
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_pcma_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pcm_port_0_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pcm_port_1_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_pcm_port_1_fixed_ips:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.heat.neutron.port.FixedIps
+ compute_pcma_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pcm_port_0_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pcm_port_1_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ org.openecomp.resource.vfc.nodes.heat.pcm_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ port_pcm_port_0_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ availabilityzone_name:
+ type: string
+ description: availabilityzone name
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ pcm_image_name:
+ type: string
+ description: PCRF CM image name
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ pcm_server_name:
+ type: string
+ description: PCRF CM server name
+ required: true
+ status: SUPPORTED
+ cps_net_mask:
+ type: string
+ description: CPS network mask
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ oam_net_name:
+ type: string
+ description: OAM network name
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ server_group:
+ type: string
+ required: true
+ status: SUPPORTED
+ connectivityChk:
+ type: json
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ oam_net_gw:
+ type: string
+ description: CPS network gateway
+ required: true
+ status: SUPPORTED
+ security_group_name:
+ type: string
+ description: the name of security group
+ required: true
+ status: SUPPORTED
+ cps_net_ip:
+ type: string
+ description: CPS network ip
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ pcm_flavor_name:
+ type: string
+ description: flavor name of PCRF CM instance
+ required: true
+ status: SUPPORTED
+ pcm_vol:
+ type: string
+ description: CPS Cluman Cinder Volume
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pcm_port_0_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ cps_net_name:
+ type: string
+ description: CPS network name
+ required: true
+ status: SUPPORTED
+ oam_net_ip:
+ type: string
+ description: OAM network ip
+ required: true
+ status: SUPPORTED
+ oam_net_mask:
+ type: string
+ description: CPS network mask
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ attributes:
+ server_pcm_id:
+ type: string
+ description: the pcm nova service id
+ status: SUPPORTED
+ requirements:
+ - dependency_pcm_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_pcm_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_server_pcm:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - local_storage_server_pcm:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - dependency_pcm_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_pcm_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ capabilities:
+ network.incoming.packets.rate_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.iops_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.resident_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.usage_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.allocation_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.usage_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.root.size_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.ephemeral.size_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.latency_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_pcm_port_0:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ binding_pcm_port_1:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ memory.usage_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.requests_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.capacity_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ os_server_pcm:
+ type: tosca.capabilities.OperatingSystem
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_pcm_port_1:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_pcm_port_0:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_pcm_port_0:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_pcm_port_1:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ endpoint_server_pcm:
+ type: tosca.capabilities.Endpoint.Admin
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ vcpus_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.iops_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.allocation_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ scalable_server_pcm:
+ type: tosca.capabilities.Scalable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_util_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ host_server_pcm:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu.delta_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_server_pcm:
+ type: tosca.capabilities.network.Bindable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.capacity_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ instance_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.latency_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_server_pcm:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ org.openecomp.resource.vfc.nodes.heat.1c1_scalling_instance:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ port_1c1_t1_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_1c1_t2_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ compute_1c1_scalling_instance_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c1_t2_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c1_t1_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_1c1_scalling_instance_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c1_t1_port_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c1_t1_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c1_t2_port_fixed_ips:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.heat.neutron.port.FixedIps
+ port_1c1_t2_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c1_t1_port_fixed_ips:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.heat.neutron.port.FixedIps
+ port_1c1_t1_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_1c1_t2_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_1c1_t1_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ port_1c1_t2_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c1_t2_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_1c1_t2_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ compute_1c1_scalling_instance_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c1_t2_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c1_t2_port_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_1c1_scalling_instance_scheduler_hints:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ port_1c1_t2_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ compute_1c1_scalling_instance_metadata:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ port_1c1_t1_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c1_t1_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c1_t1_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c1_t1_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ attributes:
+ 1c1_scalling_instance_1c1_t1_port_tenant_id:
+ type: string
+ status: SUPPORTED
+ 1c1_scalling_instance_instance_name:
+ type: string
+ status: SUPPORTED
+ 1c1_scalling_instance_1c1_t2_port_tenant_id:
+ type: string
+ status: SUPPORTED
+ org.openecomp.resource.vfc.nodes.heat.a_single_1a:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ compute_a_single_1a_metadata:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ port_1a_t1_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_1a_t2_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1a_t2_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1a_t2_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1a_t1_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_1a_t1_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1a_t1_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1a_t2_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_1a_t1_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_1a_t1_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ compute_a_single_1a_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_a_single_1a_scheduler_hints:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ port_1a_t1_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1a_t1_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1a_t1_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_1a_t2_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_1a_t2_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_1a_t2_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1a_t2_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ compute_a_single_1a_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_a_single_1a_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1a_t2_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ attributes:
+ a_single_1a_instance_name:
+ type: string
+ status: SUPPORTED
+ a_single_1a_1a_t1_port_tenant_id:
+ type: string
+ status: SUPPORTED
org.openecomp.resource.abstract.nodes.pcma_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
occurrences:
- 1
- UNBOUNDED
+ org.openecomp.resource.vfc.nodes.heat.b_single_1b:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ port_1b_t1_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_1b_t1_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1b_t1_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1b_t1_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1b_t2_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1b_t2_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ compute_b_single_1b_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1b_t2_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_1b_t2_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1b_t2_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1b_t2_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ compute_b_single_1b_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_b_single_1b_scheduler_hints:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ port_1b_t2_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_1b_t2_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_1b_t1_port_value_specs:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ port_1b_t1_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1b_t1_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1b_t1_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_1b_t2_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1b_t1_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_1b_t1_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_b_single_1b_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ attributes:
+ b_single_1b_instance_name:
+ type: string
+ status: SUPPORTED
+ b_single_1b_1b_t1_port_tenant_id:
+ type: string
+ status: SUPPORTED
org.openecomp.resource.abstract.nodes.b_single_1b_1:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
occurrences:
- 1
- UNBOUNDED
+ org.openecomp.resource.vfc.nodes.heat.1c2_catalog_instance:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ port_1c2_t2_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ compute_1c2_catalog_instance_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c2_t2_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c2_t2_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c2_t2_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c2_t1_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c2_t2_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_1c2_t1_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_1c2_t1_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c2_t2_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_1c2_t1_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_1c2_t1_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c2_t2_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_1c2_catalog_instance_metadata:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ compute_1c2_catalog_instance_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c2_t1_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_1c2_t1_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c2_t2_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_1c2_t2_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ compute_1c2_catalog_instance_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c2_t1_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c2_t1_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ compute_1c2_catalog_instance_scheduler_hints:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ attributes:
+ 1c2_catalog_instance_instance_name:
+ type: string
+ status: SUPPORTED
+ 1c2_catalog_instance_1c2_t1_port_tenant_id:
+ type: string
+ status: SUPPORTED
\ No newline at end of file
capability: tosca.capabilities.network.Linkable
node: nested_network
relationship: tosca.relationships.network.LinksTo
+ - dependency_pcm_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_server_pcm:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_server_pcm:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_pcm_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
abstract_1c2_catalog_instance_0:
type: org.openecomp.resource.abstract.nodes.1c2_catalog_instance
directives:
occurrences:
- 1
- UNBOUNDED
+ org.openecomp.resource.vfc.nodes.heat.pcma_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ port_pcm_port_0_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_fixed_ips:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.heat.neutron.port.FixedIps
+ port_pcm_port_0_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_security_groups:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ compute_pcma_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pcm_port_0_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pcm_port_0_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pcm_port_1_security_groups:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ compute_pcma_server_config_drive:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: boolean
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_pcma_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pcm_port_0_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pcm_port_1_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_pcm_port_1_fixed_ips:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.heat.neutron.port.FixedIps
+ compute_pcma_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pcm_port_0_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pcm_port_1_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ org.openecomp.resource.vfc.nodes.heat.pcm_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ port_pcm_port_0_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ availabilityzone_name:
+ type: string
+ description: availabilityzone name
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ pcm_image_name:
+ type: string
+ description: PCRF CM image name
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ pcm_server_name:
+ type: string
+ description: PCRF CM server name
+ required: true
+ status: SUPPORTED
+ cps_net_mask:
+ type: string
+ description: CPS network mask
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ oam_net_name:
+ type: string
+ description: OAM network name
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ server_group:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ oam_net_gw:
+ type: string
+ description: CPS network gateway
+ required: true
+ status: SUPPORTED
+ security_group_name:
+ type: string
+ description: the name of security group
+ required: true
+ status: SUPPORTED
+ cps_net_ip:
+ type: string
+ description: CPS network ip
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ pcm_flavor_name:
+ type: string
+ description: flavor name of PCRF CM instance
+ required: true
+ status: SUPPORTED
+ pcm_vol:
+ type: string
+ description: CPS Cluman Cinder Volume
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pcm_port_0_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ cps_net_name:
+ type: string
+ description: CPS network name
+ required: true
+ status: SUPPORTED
+ oam_net_ip:
+ type: string
+ description: OAM network ip
+ required: true
+ status: SUPPORTED
+ oam_net_mask:
+ type: string
+ description: CPS network mask
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ attributes:
+ server_pcm_id:
+ type: string
+ description: the pcm nova service id
+ status: SUPPORTED
+ requirements:
+ - dependency_pcm_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_pcm_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_server_pcm:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - local_storage_server_pcm:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - dependency_pcm_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_pcm_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ capabilities:
+ network.incoming.packets.rate_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.iops_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.resident_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.usage_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.allocation_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.usage_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.root.size_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.ephemeral.size_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.latency_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_pcm_port_0:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ binding_pcm_port_1:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ memory.usage_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.requests_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.capacity_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ os_server_pcm:
+ type: tosca.capabilities.OperatingSystem
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_pcm_port_1:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_pcm_port_0:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_pcm_port_0:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_pcm_port_1:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ endpoint_server_pcm:
+ type: tosca.capabilities.Endpoint.Admin
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ vcpus_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.iops_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.allocation_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ scalable_server_pcm:
+ type: tosca.capabilities.Scalable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_util_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ host_server_pcm:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu.delta_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_server_pcm:
+ type: tosca.capabilities.network.Bindable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.capacity_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ instance_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.latency_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_server_pcm:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ org.openecomp.resource.vfc.nodes.heat.1c1_scalling_instance:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ port_1c1_t1_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_1c1_t2_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ compute_1c1_scalling_instance_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c1_t2_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c1_t1_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_1c1_scalling_instance_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c1_t1_port_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c1_t1_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c1_t2_port_fixed_ips:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.heat.neutron.port.FixedIps
+ port_1c1_t2_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c1_t1_port_fixed_ips:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.heat.neutron.port.FixedIps
+ port_1c1_t1_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_1c1_t2_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_1c1_t1_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ port_1c1_t2_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c1_t2_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_1c1_t2_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ compute_1c1_scalling_instance_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c1_t2_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c1_t2_port_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_1c1_scalling_instance_scheduler_hints:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ port_1c1_t2_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_1c1_t1_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c1_t1_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c1_t1_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c1_t1_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ attributes:
+ 1c1_scalling_instance_instance_name:
+ type: string
+ status: SUPPORTED
+ 1c1_scalling_instance_1c1_t2_port_tenant_id:
+ type: string
+ status: SUPPORTED
+ org.openecomp.resource.abstract.nodes.heat.nested-no-nova:
+ derived_from: org.openecomp.resource.abstract.nodes.AbstractSubstitute
+ properties:
+ security_group_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ net_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ attributes:
+ output1:
+ type: string
+ status: SUPPORTED
+ requirements:
+ - dependency_dependsOn_network:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - dependency_jsa_security_group:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - port_jsa_security_group:
+ capability: tosca.capabilities.Attachment
+ node: org.openecomp.resource.cp.nodes.heat.network.neutron.Port
+ relationship: org.openecomp.relationships.AttachesTo
+ occurrences:
+ - 0
+ - UNBOUNDED
+ capabilities:
+ end_point_dependsOn_network:
+ type: tosca.capabilities.Endpoint
+ occurrences:
+ - 1
+ - UNBOUNDED
+ link_dependsOn_network:
+ type: tosca.capabilities.network.Linkable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_jsa_security_group:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_dependsOn_network:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_dependsOn_network:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ org.openecomp.resource.vfc.nodes.heat.a_single_1a:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ port_1a_t1_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_1a_t2_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1a_t2_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1a_t2_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1a_t1_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_1a_t1_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1a_t1_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1a_t2_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_1a_t1_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_1a_t1_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ compute_a_single_1a_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_a_single_1a_scheduler_hints:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ port_1a_t1_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1a_t1_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1a_t1_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_1a_t2_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_1a_t2_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_1a_t2_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1a_t2_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ compute_a_single_1a_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_a_single_1a_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1a_t2_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ attributes:
+ a_single_1a_instance_name:
+ type: string
+ status: SUPPORTED
+ a_single_1a_1a_t1_port_tenant_id:
+ type: string
+ status: SUPPORTED
org.openecomp.resource.abstract.nodes.pcma_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
occurrences:
- 1
- UNBOUNDED
+ org.openecomp.resource.vfc.nodes.heat.b_single_1b:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ port_1b_t1_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_1b_t1_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1b_t1_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1b_t1_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1b_t2_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1b_t2_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ compute_b_single_1b_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1b_t2_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_1b_t2_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1b_t2_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1b_t2_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ compute_b_single_1b_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_b_single_1b_scheduler_hints:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ port_1b_t2_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_1b_t2_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_1b_t1_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1b_t1_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1b_t1_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_1b_t2_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1b_t1_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_1b_t1_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_b_single_1b_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ attributes:
+ b_single_1b_instance_name:
+ type: string
+ status: SUPPORTED
+ b_single_1b_1b_t1_port_tenant_id:
+ type: string
+ status: SUPPORTED
org.openecomp.resource.abstract.nodes.b_single_1b_1:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
occurrences:
- 1
- UNBOUNDED
- org.openecomp.resource.abstract.nodes.heat.nested-no-nova:
- derived_from: org.openecomp.resource.abstract.nodes.AbstractSubstitute
+ org.openecomp.resource.vfc.nodes.heat.1c2_catalog_instance:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
properties:
- security_group_name:
+ port_1c2_t2_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ compute_1c2_catalog_instance_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c2_t2_port_subnetpoolid:
type: string
required: true
status: SUPPORTED
- net_name:
+ port_1c2_t2_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c2_t2_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c2_t1_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c2_t2_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_1c2_t1_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_1c2_t1_port_subnetpoolid:
type: string
required: true
status: SUPPORTED
+ port_1c2_t2_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_1c2_t1_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_1c2_t1_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c2_t2_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_1c2_catalog_instance_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c2_t1_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_1c2_t1_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c2_t2_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_1c2_t2_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ compute_1c2_catalog_instance_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c2_t1_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c2_t1_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ compute_1c2_catalog_instance_scheduler_hints:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
attributes:
- output1:
+ 1c2_catalog_instance_instance_name:
type: string
status: SUPPORTED
- requirements:
- - dependency_dependsOn_network:
- capability: tosca.capabilities.Node
- node: tosca.nodes.Root
- relationship: tosca.relationships.DependsOn
- occurrences:
- - 0
- - UNBOUNDED
- - dependency_jsa_security_group:
- capability: tosca.capabilities.Node
- node: tosca.nodes.Root
- relationship: tosca.relationships.DependsOn
- occurrences:
- - 0
- - UNBOUNDED
- - port_jsa_security_group:
- capability: tosca.capabilities.Attachment
- node: org.openecomp.resource.cp.nodes.heat.network.neutron.Port
- relationship: org.openecomp.relationships.AttachesTo
- occurrences:
- - 0
- - UNBOUNDED
- capabilities:
- end_point_dependsOn_network:
- type: tosca.capabilities.Endpoint
- occurrences:
- - 1
- - UNBOUNDED
- link_dependsOn_network:
- type: tosca.capabilities.network.Linkable
- occurrences:
- - 1
- - UNBOUNDED
- feature_jsa_security_group:
- type: tosca.capabilities.Node
- occurrences:
- - 1
- - UNBOUNDED
- feature_dependsOn_network:
- type: tosca.capabilities.Node
- occurrences:
- - 1
- - UNBOUNDED
- attachment_dependsOn_network:
- type: tosca.capabilities.Attachment
- occurrences:
- - 1
- - UNBOUNDED
+ 1c2_catalog_instance_1c2_t1_port_tenant_id:
+ type: string
+ status: SUPPORTED
\ No newline at end of file
capability: tosca.capabilities.Node
node: nestedWithNoNovaHadDependencyToIt
relationship: tosca.relationships.DependsOn
+ - dependency_1b01_single_1B_b_single_1b:
+ capability: tosca.capabilities.Node
+ node: nestedWithNoNovaHadDependencyToIt
+ relationship: tosca.relationships.DependsOn
- link_b_single_1b_1b_t2_port:
capability: tosca.capabilities.network.Linkable
node: b_single_1b_network
capability: tosca.capabilities.Node
node: nestedWithNoNovaHadDependencyToIt
relationship: tosca.relationships.DependsOn
+ - dependency_1c102_scalling_instance_1C1_1c1_scalling_instance:
+ capability: tosca.capabilities.Node
+ node: nestedWithNoNovaHadDependencyToIt
+ relationship: tosca.relationships.DependsOn
- link_1c1_scalling_instance_1c1_t1_port:
capability: tosca.capabilities.network.Linkable
node: 1c1_scalling_instance_network
relationship: tosca.relationships.network.LinksTo
+ - dependency_1c101_scalling_instance_1C1_1c1_scalling_instance:
+ capability: tosca.capabilities.Node
+ node: nestedWithNoNovaHadDependencyToIt
+ relationship: tosca.relationships.DependsOn
b_single_1b_network:
type: org.openecomp.resource.vl.nodes.heat.network.neutron.Net
properties:
capability: tosca.capabilities.network.Linkable
node: nested_network
relationship: tosca.relationships.network.LinksTo
- - dependency:
+ - dependency_pcm_port_1:
capability: tosca.capabilities.Node
- node: nestedWithNoNovaHadDependencyToIt
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_server_pcm:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
relationship: tosca.relationships.DependsOn
+ - local_storage_server_pcm:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_pcm_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
abstract_1c2_catalog_instance_0:
type: org.openecomp.resource.abstract.nodes.1c2_catalog_instance
directives:
capability: tosca.capabilities.Node
node: nestedWithNoNovaHadDependencyToIt
relationship: tosca.relationships.DependsOn
+ - dependency_1c2_t1_port_0_1c2_catalog_instance_1c2_t1_port:
+ capability: tosca.capabilities.Node
+ node: nestedWithNoNovaHadDependencyToIt
+ relationship: tosca.relationships.DependsOn
- link_1c2_catalog_instance_1c2_t2_port:
capability: tosca.capabilities.network.Linkable
node: 1c2_catalog_instance_network
capability: tosca.capabilities.Node
node: nestedWithNoNovaHadDependencyToIt
relationship: tosca.relationships.DependsOn
+ - dependency_1c2_t1_port_1_1c2_catalog_instance_1c2_t1_port:
+ capability: tosca.capabilities.Node
+ node: nestedWithNoNovaHadDependencyToIt
+ relationship: tosca.relationships.DependsOn
- link_1c2_catalog_instance_1c2_t2_port:
capability: tosca.capabilities.network.Linkable
node: 1c2_catalog_instance_network
capability: tosca.capabilities.Node
node: nestedWithNoNovaHadDependencyToIt
relationship: tosca.relationships.DependsOn
+ - dependency_1a_single_1A_a_single_1a:
+ capability: tosca.capabilities.Node
+ node: nestedWithNoNovaHadDependencyToIt
+ relationship: tosca.relationships.DependsOn
- link_a_single_1a_1a_t1_port:
capability: tosca.capabilities.network.Linkable
node: a_single_1a_network
occurrences:
- 1
- UNBOUNDED
+ org.openecomp.resource.vfc.nodes.heat.pcma_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ port_pcm_port_0_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_fixed_ips:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.heat.neutron.port.FixedIps
+ port_pcm_port_0_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_security_groups:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ compute_pcma_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pcm_port_0_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pcm_port_0_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pcm_port_1_security_groups:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ compute_pcma_server_config_drive:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: boolean
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_pcma_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pcm_port_0_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pcm_port_1_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_pcm_port_1_fixed_ips:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.heat.neutron.port.FixedIps
+ compute_pcma_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pcm_port_0_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pcm_port_1_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ org.openecomp.resource.vfc.nodes.heat.pcm_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ port_pcm_port_0_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ availabilityzone_name:
+ type: string
+ description: availabilityzone name
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ pcm_image_name:
+ type: string
+ description: PCRF CM image name
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ pcm_server_name:
+ type: string
+ description: PCRF CM server name
+ required: true
+ status: SUPPORTED
+ cps_net_mask:
+ type: string
+ description: CPS network mask
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ oam_net_name:
+ type: string
+ description: OAM network name
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ server_group:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ oam_net_gw:
+ type: string
+ description: CPS network gateway
+ required: true
+ status: SUPPORTED
+ security_group_name:
+ type: string
+ description: the name of security group
+ required: true
+ status: SUPPORTED
+ cps_net_ip:
+ type: string
+ description: CPS network ip
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ pcm_flavor_name:
+ type: string
+ description: flavor name of PCRF CM instance
+ required: true
+ status: SUPPORTED
+ pcm_vol:
+ type: string
+ description: CPS Cluman Cinder Volume
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pcm_port_0_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ cps_net_name:
+ type: string
+ description: CPS network name
+ required: true
+ status: SUPPORTED
+ oam_net_ip:
+ type: string
+ description: OAM network ip
+ required: true
+ status: SUPPORTED
+ oam_net_mask:
+ type: string
+ description: CPS network mask
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ attributes:
+ server_pcm_id:
+ type: string
+ description: the pcm nova service id
+ status: SUPPORTED
+ requirements:
+ - dependency_pcm_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_pcm_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_server_pcm:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - local_storage_server_pcm:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - dependency_pcm_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_pcm_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ capabilities:
+ network.incoming.packets.rate_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.iops_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.resident_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.usage_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.allocation_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.usage_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.root.size_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.ephemeral.size_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.latency_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_pcm_port_0:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ binding_pcm_port_1:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ memory.usage_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.requests_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.capacity_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ os_server_pcm:
+ type: tosca.capabilities.OperatingSystem
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_pcm_port_1:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_pcm_port_0:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_pcm_port_0:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_pcm_port_1:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ endpoint_server_pcm:
+ type: tosca.capabilities.Endpoint.Admin
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ vcpus_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.iops_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.allocation_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ scalable_server_pcm:
+ type: tosca.capabilities.Scalable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_util_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ host_server_pcm:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu.delta_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_server_pcm:
+ type: tosca.capabilities.network.Bindable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.capacity_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ instance_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.latency_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_server_pcm:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ org.openecomp.resource.vfc.nodes.heat.1c1_scalling_instance:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ port_1c1_t1_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_1c1_t2_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ compute_1c1_scalling_instance_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c1_t2_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c1_t1_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_1c1_scalling_instance_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c1_t1_port_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c1_t1_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c1_t2_port_fixed_ips:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.heat.neutron.port.FixedIps
+ port_1c1_t2_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c1_t1_port_fixed_ips:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.heat.neutron.port.FixedIps
+ port_1c1_t1_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_1c1_t2_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_1c1_t1_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ port_1c1_t2_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c1_t2_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_1c1_t2_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ compute_1c1_scalling_instance_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c1_t2_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c1_t2_port_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_1c1_scalling_instance_scheduler_hints:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ port_1c1_t2_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_1c1_t1_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c1_t1_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c1_t1_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c1_t1_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ attributes:
+ 1c1_scalling_instance_instance_name:
+ type: string
+ status: SUPPORTED
+ 1c1_scalling_instance_1c1_t2_port_tenant_id:
+ type: string
+ status: SUPPORTED
+ org.openecomp.resource.vfc.nodes.heat.a_single_1a:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ port_1a_t1_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_1a_t2_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1a_t2_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1a_t2_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1a_t1_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_1a_t1_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1a_t1_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1a_t2_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_1a_t1_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_1a_t1_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ compute_a_single_1a_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_a_single_1a_scheduler_hints:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ port_1a_t1_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1a_t1_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1a_t1_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_1a_t2_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_1a_t2_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_1a_t2_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1a_t2_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ compute_a_single_1a_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_a_single_1a_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1a_t2_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ attributes:
+ a_single_1a_instance_name:
+ type: string
+ status: SUPPORTED
+ a_single_1a_1a_t1_port_tenant_id:
+ type: string
+ status: SUPPORTED
org.openecomp.resource.abstract.nodes.pcma_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
occurrences:
- 1
- UNBOUNDED
+ org.openecomp.resource.vfc.nodes.heat.b_single_1b:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ port_1b_t1_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_1b_t1_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1b_t1_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1b_t1_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1b_t2_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1b_t2_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ compute_b_single_1b_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1b_t2_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_1b_t2_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1b_t2_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1b_t2_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ compute_b_single_1b_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_b_single_1b_scheduler_hints:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ port_1b_t2_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_1b_t2_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_1b_t1_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1b_t1_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1b_t1_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_1b_t2_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1b_t1_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_1b_t1_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_b_single_1b_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ attributes:
+ b_single_1b_instance_name:
+ type: string
+ status: SUPPORTED
+ b_single_1b_1b_t1_port_tenant_id:
+ type: string
+ status: SUPPORTED
org.openecomp.resource.abstract.nodes.b_single_1b_1:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
occurrences:
- 1
- UNBOUNDED
+ org.openecomp.resource.vfc.nodes.heat.1c2_catalog_instance:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ port_1c2_t2_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ compute_1c2_catalog_instance_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c2_t2_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c2_t2_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c2_t2_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c2_t1_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c2_t2_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_1c2_t1_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_1c2_t1_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c2_t2_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_1c2_t1_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_1c2_t1_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c2_t2_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_1c2_catalog_instance_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c2_t1_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_1c2_t1_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c2_t2_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_1c2_t2_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ compute_1c2_catalog_instance_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c2_t1_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c2_t1_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ compute_1c2_catalog_instance_scheduler_hints:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ attributes:
+ 1c2_catalog_instance_instance_name:
+ type: string
+ status: SUPPORTED
+ 1c2_catalog_instance_1c2_t1_port_tenant_id:
+ type: string
+ status: SUPPORTED
\ No newline at end of file
capability: tosca.capabilities.network.Linkable
node: nested_network
relationship: tosca.relationships.network.LinksTo
+ - dependency_pcm_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_server_pcm:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_server_pcm:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_pcm_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
abstract_1c2_catalog_instance_0:
type: org.openecomp.resource.abstract.nodes.1c2_catalog_instance
directives:
- openecomp_heat_index:
file: openecomp-heat/_index.yml
node_types:
- org.openecomp.resource.abstract.nodes.heat.nested-no_vfc_v0.1:
- derived_from: org.openecomp.resource.abstract.nodes.AbstractSubstitute
+ org.openecomp.resource.abstract.nodes.heat.pcm_server_1:
+ derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
- server_group:
+ port_pcm_port_0_network_role:
type: string
required: true
status: SUPPORTED
- connectivityChk:
- type: json
+ port_pcm_port_1_network_role_tag:
+ type: string
required: true
status: SUPPORTED
availabilityzone_name:
description: availabilityzone name
required: true
status: SUPPORTED
- oam_net_gw:
- type: string
- description: CPS network gateway
+ port_pcm_port_0_vlan_requirements:
+ type: list
required: true
status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
pcm_image_name:
type: string
description: PCRF CM image name
required: true
status: SUPPORTED
- security_group_name:
- type: string
- description: the name of security group
+ port_pcm_port_0_order:
+ type: integer
required: true
status: SUPPORTED
- cps_net_ip:
+ port_pcm_port_0_subnetpoolid:
type: string
- description: CPS network ip
required: true
status: SUPPORTED
- pcm_flavor_name:
+ port_pcm_port_1_subnetpoolid:
type: string
- description: flavor name of PCRF CM instance
required: true
status: SUPPORTED
- pcm_vol:
+ port_pcm_port_0_network_role_tag:
type: string
- description: CPS Cluman Cinder Volume
required: true
status: SUPPORTED
pcm_server_name:
description: PCRF CM server name
required: true
status: SUPPORTED
- cps_net_name:
+ cps_net_mask:
type: string
- description: CPS network name
+ description: CPS network mask
required: true
status: SUPPORTED
- cps_net_mask:
+ port_pcm_port_1_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ oam_net_name:
type: string
- description: CPS network mask
+ description: OAM network name
required: true
status: SUPPORTED
- oam_net_ip:
+ port_pcm_port_1_network_role:
type: string
- description: OAM network ip
required: true
status: SUPPORTED
- oam_net_mask:
+ server_group:
type: string
- description: CPS network mask
required: true
status: SUPPORTED
- pcma_flavor_name:
+ connectivityChk:
+ type: json
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ oam_net_gw:
type: string
+ description: CPS network gateway
required: true
status: SUPPORTED
- oam_net_name:
+ security_group_name:
type: string
- description: OAM network name
+ description: the name of security group
required: true
status: SUPPORTED
- pcma_server_name:
+ cps_net_ip:
type: string
+ description: CPS network ip
required: true
status: SUPPORTED
- pcma_image_name:
+ port_pcm_port_1_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ pcm_flavor_name:
+ type: string
+ description: flavor name of PCRF CM instance
+ required: true
+ status: SUPPORTED
+ pcm_vol:
+ type: string
+ description: CPS Cluman Cinder Volume
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pcm_port_0_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ cps_net_name:
+ type: string
+ description: CPS network name
+ required: true
+ status: SUPPORTED
+ oam_net_ip:
+ type: string
+ description: OAM network ip
+ required: true
+ status: SUPPORTED
+ oam_net_mask:
type: string
+ description: CPS network mask
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_order:
+ type: integer
required: true
status: SUPPORTED
attributes:
- portId:
+ server_pcm_id:
type: string
+ description: the pcm nova service id
status: SUPPORTED
requirements:
- - dependency_pcm_port_2:
- capability: tosca.capabilities.Node
- node: tosca.nodes.Root
- relationship: tosca.relationships.DependsOn
- occurrences:
- - 0
- - UNBOUNDED
- - link_pcm_port_2:
- capability: tosca.capabilities.network.Linkable
- relationship: tosca.relationships.network.LinksTo
- occurrences:
- - 1
- - 1
- dependency_pcm_port_1:
capability: tosca.capabilities.Node
node: tosca.nodes.Root
occurrences:
- 1
- 1
- - dependency_pcm_port_3:
- capability: tosca.capabilities.Node
- node: tosca.nodes.Root
- relationship: tosca.relationships.DependsOn
- occurrences:
- - 0
- - UNBOUNDED
- - link_pcm_port_3:
- capability: tosca.capabilities.network.Linkable
- relationship: tosca.relationships.network.LinksTo
- occurrences:
- - 1
- - 1
- - dependency_server_pcma2:
- capability: tosca.capabilities.Node
- node: tosca.nodes.Root
- relationship: tosca.relationships.DependsOn
- occurrences:
- - 0
- - UNBOUNDED
- - local_storage_server_pcma2:
- capability: tosca.capabilities.Attachment
- node: tosca.nodes.BlockStorage
- relationship: tosca.relationships.AttachesTo
- occurrences:
- - 0
- - UNBOUNDED
- - dependency_server_pcma1:
+ - dependency_server_pcm:
capability: tosca.capabilities.Node
node: tosca.nodes.Root
relationship: tosca.relationships.DependsOn
occurrences:
- 0
- UNBOUNDED
- - local_storage_server_pcma1:
+ - local_storage_server_pcm:
capability: tosca.capabilities.Attachment
node: tosca.nodes.BlockStorage
relationship: tosca.relationships.AttachesTo
occurrences:
- 1
- UNBOUNDED
- network.incoming.packets.rate_pcm_port_3:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- network.incoming.packets.rate_pcm_port_2:
+ cpu_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
occurrences:
- 1
- UNBOUNDED
- disk.device.iops_server_pcma2:
+ memory_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outpoing.packets_pcm_port_0:
+ disk.write.requests_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outpoing.packets_pcm_port_3:
+ network.outpoing.packets_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outpoing.packets_pcm_port_2:
+ disk.device.iops_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.iops_server_pcma1:
+ memory.resident_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.capacity_server_pcma2:
+ disk.device.write.requests_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.capacity_server_pcma1:
+ disk.device.usage_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.read.requests_server_pcma2:
+ disk.allocation_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.read.requests_server_pcma1:
+ disk.usage_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.requests.rate_server_pcma1:
+ disk.device.write.bytes_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.requests.rate_server_pcma2:
+ disk.root.size_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory_server_pcma2:
+ disk.ephemeral.size_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory_server_pcma1:
+ disk.device.latency_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.bytes.rate_server_pcma1:
+ network.incoming.bytes_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes_pcm_port_3:
+ network.incoming.bytes_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.bytes.rate_server_pcma2:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ binding_pcm_port_0:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
occurrences:
- - 1
+ - 0
- UNBOUNDED
- binding_pcm_port_3:
+ binding_pcm_port_1:
type: tosca.capabilities.network.Bindable
valid_source_types:
- org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
occurrences:
- 0
- UNBOUNDED
- disk.device.latency_server_pcma2:
+ memory.usage_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.usage_server_pcma2:
+ disk.read.requests_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes_pcm_port_0:
+ disk.capacity_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.latency_server_pcma1:
+ os_server_pcm:
+ type: tosca.capabilities.OperatingSystem
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes_pcm_port_2:
+ network.outgoing.packets.rate_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes_pcm_port_1:
+ network.outgoing.packets.rate_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.usage_server_pcma1:
+ feature_pcm_port_1:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- binding_pcm_port_0:
- type: tosca.capabilities.network.Bindable
- valid_source_types:
- - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ disk.device.read.bytes_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- - 0
+ - 1
- UNBOUNDED
- binding_pcm_port_1:
- type: tosca.capabilities.network.Bindable
- valid_source_types:
- - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
- occurrences:
- - 0
- - UNBOUNDED
- binding_pcm_port_2:
- type: tosca.capabilities.network.Bindable
- valid_source_types:
- - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
- occurrences:
- - 0
- - UNBOUNDED
- network.incoming.bytes_pcm_port_3:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- network.outgoing.packets.rate_pcm_port_3:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- disk.device.read.requests_server_pcma1:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- disk.device.read.requests_server_pcma2:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- network.outgoing.packets.rate_pcm_port_0:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- network.outgoing.packets.rate_pcm_port_1:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- disk.write.bytes_server_pcma2:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- disk.device.read.requests.rate_server_pcma1:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- network.outgoing.packets.rate_pcm_port_2:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- disk.device.read.requests.rate_server_pcma2:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- disk.write.bytes_server_pcma1:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- feature_pcm_port_1:
- type: tosca.capabilities.Node
- occurrences:
- - 1
- - UNBOUNDED
- binding_server_pcma1:
- type: tosca.capabilities.network.Bindable
- occurrences:
- - 1
- - UNBOUNDED
- network.outgoing.bytes_pcm_port_0:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- binding_server_pcma2:
- type: tosca.capabilities.network.Bindable
- occurrences:
- - 1
- - UNBOUNDED
- feature_pcm_port_0:
- type: tosca.capabilities.Node
- occurrences:
- - 1
- - UNBOUNDED
- network.outgoing.bytes_pcm_port_2:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- feature_pcm_port_3:
- type: tosca.capabilities.Node
- occurrences:
- - 1
- - UNBOUNDED
- feature_pcm_port_2:
- type: tosca.capabilities.Node
+ feature_pcm_port_0:
+ type: tosca.capabilities.Node
occurrences:
- 1
- UNBOUNDED
occurrences:
- 1
- UNBOUNDED
- disk.write.bytes.rate_server_pcma2:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- attachment_pcm_port_2:
- type: tosca.capabilities.Attachment
- occurrences:
- - 1
- - UNBOUNDED
- disk.write.bytes.rate_server_pcma1:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- attachment_pcm_port_3:
- type: tosca.capabilities.Attachment
- occurrences:
- - 1
- - UNBOUNDED
- disk.root.size_server_pcma2:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ endpoint_server_pcm:
+ type: tosca.capabilities.Endpoint.Admin
occurrences:
- 1
- UNBOUNDED
- disk.root.size_server_pcma1:
+ disk.device.read.requests.rate_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.iops_server_pcma2:
+ vcpus_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.iops_server_pcma1:
+ disk.write.bytes_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.bytes.rate_server_pcma1:
+ disk.iops_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.bytes.rate_server_pcma2:
+ disk.read.bytes.rate_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.read.bytes_server_pcma1:
+ disk.device.allocation_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.read.bytes_server_pcma2:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ scalable_server_pcm:
+ type: tosca.capabilities.Scalable
occurrences:
- 1
- UNBOUNDED
- cpu_util_server_pcma1:
+ disk.device.read.bytes.rate_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- cpu_util_server_pcma2:
+ cpu_util_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- feature_server_pcma2:
- type: tosca.capabilities.Node
- occurrences:
- - 1
- - UNBOUNDED
- memory.usage_server_pcma2:
+ disk.write.requests.rate_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory.usage_server_pcma1:
+ disk.device.write.bytes.rate_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- feature_server_pcma1:
- type: tosca.capabilities.Node
- occurrences:
- - 1
- - UNBOUNDED
- disk.read.bytes.rate_server_pcma1:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ host_server_pcm:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
occurrences:
- 1
- UNBOUNDED
- disk.device.read.bytes_server_pcma2:
+ cpu.delta_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.bytes_server_pcma1:
+ network.outgoing.bytes.rate_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- endpoint_server_pcma2:
- type: tosca.capabilities.Endpoint.Admin
- occurrences:
- - 1
- - UNBOUNDED
- disk.read.bytes.rate_server_pcma2:
+ network.incoming.packets_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- endpoint_server_pcma1:
- type: tosca.capabilities.Endpoint.Admin
- occurrences:
- - 1
- - UNBOUNDED
- cpu.delta_server_pcma1:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ binding_server_pcm:
+ type: tosca.capabilities.network.Bindable
occurrences:
- 1
- UNBOUNDED
- cpu.delta_server_pcma2:
+ network.outgoing.bytes.rate_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- host_server_pcma2:
- type: tosca.capabilities.Container
- valid_source_types:
- - tosca.nodes.SoftwareComponent
- occurrences:
- - 1
- - UNBOUNDED
- host_server_pcma1:
- type: tosca.capabilities.Container
- valid_source_types:
- - tosca.nodes.SoftwareComponent
- occurrences:
- - 1
- - UNBOUNDED
- disk.ephemeral.size_server_pcma1:
+ disk.device.capacity_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.ephemeral.size_server_pcma2:
+ network.incoming.packets_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.requests.rate_server_pcma2:
+ instance_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.latency_server_pcma1:
+ disk.device.write.requests.rate_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.latency_server_pcma2:
+ disk.latency_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.requests.rate_server_pcma1:
+ disk.device.read.requests_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- scalable_server_pcma2:
- type: tosca.capabilities.Scalable
- occurrences:
- - 1
- - UNBOUNDED
- scalable_server_pcma1:
- type: tosca.capabilities.Scalable
- occurrences:
- - 1
- - UNBOUNDED
- disk.device.write.requests_server_pcma1:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ feature_server_pcm:
+ type: tosca.capabilities.Node
occurrences:
- 1
- UNBOUNDED
- disk.device.write.requests_server_pcma2:
+ network.incoming.bytes.rate_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- instance_server_pcma2:
+ disk.write.bytes.rate_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.allocation_server_pcma1:
+ network.incoming.bytes.rate_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.allocation_server_pcma2:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- instance_server_pcma1:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- os_server_pcma1:
- type: tosca.capabilities.OperatingSystem
- occurrences:
- - 1
- - UNBOUNDED
- os_server_pcma2:
- type: tosca.capabilities.OperatingSystem
- occurrences:
- - 1
- - UNBOUNDED
- disk.capacity_server_pcma1:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- disk.capacity_server_pcma2:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- disk.write.requests_server_pcma1:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- disk.write.requests_server_pcma2:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- network.outgoing.bytes.rate_pcm_port_1:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- network.incoming.packets_pcm_port_0:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- network.outgoing.bytes.rate_pcm_port_2:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- network.outgoing.bytes.rate_pcm_port_0:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- network.incoming.packets_pcm_port_3:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- disk.usage_server_pcma2:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- network.incoming.packets_pcm_port_2:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- network.outgoing.bytes.rate_pcm_port_3:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- disk.usage_server_pcma1:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- vcpus_server_pcma1:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- memory.resident_server_pcma1:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- network.incoming.packets_pcm_port_1:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- vcpus_server_pcma2:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- memory.resident_server_pcma2:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- disk.device.write.bytes_server_pcma2:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- disk.allocation_server_pcma1:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- disk.allocation_server_pcma2:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- disk.device.write.bytes_server_pcma1:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- cpu_server_pcma1:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- network.incoming.bytes.rate_pcm_port_0:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- cpu_server_pcma2:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- network.incoming.bytes.rate_pcm_port_3:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- network.incoming.bytes.rate_pcm_port_2:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- network.incoming.bytes.rate_pcm_port_1:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- org.openecomp.resource.abstract.nodes.1c12_scalling_instance:
- derived_from: org.openecomp.resource.abstract.nodes.VFC
+ org.openecomp.resource.vfc.nodes.heat.1c12_scalling_instance:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
properties:
port_1c1_t1_port_exCP_naming:
type: org.openecomp.datatypes.Naming
1c12_scalling_instance_instance_name:
type: string
status: SUPPORTED
- requirements:
- - dependency_1c12_scalling_instance_1c1_t1_port:
- capability: tosca.capabilities.Node
- node: tosca.nodes.Root
- relationship: tosca.relationships.DependsOn
- occurrences:
- - 0
- - UNBOUNDED
- - link_1c12_scalling_instance_1c1_t1_port:
- capability: tosca.capabilities.network.Linkable
- relationship: tosca.relationships.network.LinksTo
- occurrences:
- - 1
- - 1
- - dependency_1c12_scalling_instance:
- capability: tosca.capabilities.Node
- node: tosca.nodes.Root
- relationship: tosca.relationships.DependsOn
- occurrences:
- - 0
- - UNBOUNDED
- - local_storage_1c12_scalling_instance:
- capability: tosca.capabilities.Attachment
- node: tosca.nodes.BlockStorage
- relationship: tosca.relationships.AttachesTo
- occurrences:
- - 0
- - UNBOUNDED
- capabilities:
- cpu_1c12_scalling_instance:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- disk.device.write.bytes_1c12_scalling_instance:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- network.incoming.bytes.rate_1c12_scalling_instance_1c1_t1_port:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- disk.usage_1c12_scalling_instance:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- disk.device.read.requests_1c12_scalling_instance:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- feature_1c12_scalling_instance_1c1_t1_port:
- type: tosca.capabilities.Node
- occurrences:
- - 1
- - UNBOUNDED
- disk.device.latency_1c12_scalling_instance:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ org.openecomp.resource.vfc.nodes.heat.a_single_2a:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ compute_a_single_2a_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1a_t1_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ port_1a_t1_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_1a_t1_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1a_t1_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_a_single_2a_scheduler_hints:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ port_1a_t1_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ compute_a_single_2a_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1a_t1_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_1a_t1_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1a_t1_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_a_single_2a_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1a_t1_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ compute_a_single_2a_metadata:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ attributes:
+ a_single_2a_instance_name:
+ type: string
+ status: SUPPORTED
+ org.openecomp.resource.abstract.nodes.pcma_server:
+ derived_from: org.openecomp.resource.abstract.nodes.VFC
+ properties:
+ port_pcm_port_3_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pcm_port_2_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_2_fixed_ips:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.heat.neutron.port.FixedIps
+ port_pcm_port_3_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_3_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_3_security_groups:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ port_pcm_port_3_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ compute_pcma_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_2_security_groups:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ port_pcm_port_2_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pcm_port_3_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pcm_port_2_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_2_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pcm_port_2_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_pcm_port_3_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_3_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_pcma_server_config_drive:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: boolean
+ port_pcm_port_3_fixed_ips:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.heat.neutron.port.FixedIps
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_pcma_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pcm_port_2_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pcm_port_3_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pcm_port_2_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pcm_port_2_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pcm_port_2_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_3_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pcma_server_scheduler_hints:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ compute_pcma_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ requirements:
+ - dependency_pcma_server:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - local_storage_pcma_server:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - dependency_pcma_server_pcm_port_3:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_pcma_server_pcm_port_3:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_pcma_server_pcm_port_2:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_pcma_server_pcm_port_2:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ capabilities:
+ cpu.delta_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ scalable_pcma_server:
+ type: tosca.capabilities.Scalable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ vcpus_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ host_pcma_server:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests.rate_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.usage_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_pcma_server_pcm_port_3:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.iops_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_pcma_server_pcm_port_2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_pcma_server_pcm_port_2:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ endpoint_pcma_server:
+ type: tosca.capabilities.Endpoint.Admin
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_pcma_server:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_pcma_server_pcm_port_3:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_pcma_server_pcm_port_2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.usage_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_pcma_server_pcm_port_3:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_pcma_server_pcm_port_3:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ network.incoming.bytes.rate_pcma_server_pcm_port_3:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_pcma_server_pcm_port_2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes.rate_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes.rate_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_pcma_server_pcm_port_3:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_pcma_server_pcm_port_2:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ os_pcma_server:
+ type: tosca.capabilities.OperatingSystem
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_pcma_server_pcm_port_2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_pcma_server_pcm_port_3:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_pcma_server_pcm_port_3:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_pcma_server_pcm_port_2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes.rate_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_pcma_server_pcm_port_2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests.rate_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_util_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes.rate_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.usage_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.requests_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.allocation_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_pcma_server_pcm_port_2:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_pcma_server_pcm_port_3:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.ephemeral.size_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_pcma_server:
+ type: tosca.capabilities.network.Bindable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.latency_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.allocation_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.resident_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.root.size_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_pcma_server_pcm_port_2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_pcma_server_pcm_port_3:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests.rate_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.iops_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ instance_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_pcma_server_pcm_port_3:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.latency_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_pcma_server_pcm_port_2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.capacity_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.capacity_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ org.openecomp.resource.vfc.nodes.heat.1c11_scalling_instance:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ port_1c1_t1_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_1c1_t1_port_fixed_ips:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.heat.neutron.port.FixedIps
+ port_1c1_t1_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_1c1_t1_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_1c11_scalling_instance_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_1c11_scalling_instance_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_1c11_scalling_instance_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c1_t1_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c1_t1_port_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_1c11_scalling_instance_scheduler_hints:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ port_1c1_t1_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c1_t1_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c1_t1_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c1_t1_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c1_t1_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ attributes:
+ 1c11_scalling_instance_instance_name:
+ type: string
+ status: SUPPORTED
+ 1c11_scalling_instance_1c1_t1_port_tenant_id:
+ type: string
+ status: SUPPORTED
+ org.openecomp.resource.abstract.nodes.2c2_catalog_instance:
+ derived_from: org.openecomp.resource.abstract.nodes.VFC
+ properties:
+ compute_2c2_catalog_instance_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c201_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_2c202_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_2c202_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_1c201_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_2c202_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_2c202_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_2c202_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_1c201_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_2c2_catalog_instance_scheduler_hints:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ compute_2c2_catalog_instance_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c201_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_2c202_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_2c2_catalog_instance_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_2c202_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_2c202_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c201_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_1c201_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_2c202_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_1c201_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c201_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c201_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ attributes:
+ 2c2_catalog_instance_instance_name:
+ type: string
+ status: SUPPORTED
+ requirements:
+ - dependency_2c2_catalog_instance:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - local_storage_2c2_catalog_instance:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - dependency_2c2_catalog_instance_2c202_port:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_2c2_catalog_instance_2c202_port:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_2c2_catalog_instance_1c201_port:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_2c2_catalog_instance_1c201_port:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ capabilities:
+ network.outgoing.packets.rate_2c2_catalog_instance_1c201_port:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ instance_2c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes_2c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.capacity_2c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes.rate_2c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes_2c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests.rate_2c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes_2c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.allocation_2c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ scalable_2c2_catalog_instance:
+ type: tosca.capabilities.Scalable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests_2c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_2c2_catalog_instance_1c201_port:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.root.size_2c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests_2c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ host_2c2_catalog_instance:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.allocation_2c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_2c2_catalog_instance_1c201_port:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ disk.device.write.requests.rate_2c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ os_2c2_catalog_instance:
+ type: tosca.capabilities.OperatingSystem
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_2c2_catalog_instance_2c202_port:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes.rate_2c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_2c2_catalog_instance_1c201_port:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_2c2_catalog_instance_1c201_port:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.latency_2c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.iops_2c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ endpoint_2c2_catalog_instance:
+ type: tosca.capabilities.Endpoint.Admin
+ occurrences:
+ - 1
+ - UNBOUNDED
+ vcpus_2c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_2c2_catalog_instance_2c202_port:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_2c2_catalog_instance_1c201_port:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_2c2_catalog_instance_2c202_port:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.iops_2c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_2c2_catalog_instance_1c201_port:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_2c2_catalog_instance_1c201_port:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.latency_2c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_2c2_catalog_instance_2c202_port:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes.rate_2c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.usage_2c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes.rate_2c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.capacity_2c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.requests_2c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_2c2_catalog_instance_2c202_port:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_2c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.ephemeral.size_2c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes_2c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.resident_2c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.usage_2c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_2c2_catalog_instance_2c202_port:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_2c2_catalog_instance_1c201_port:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_util_2c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_2c2_catalog_instance_1c201_port:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.usage_2c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_2c2_catalog_instance_2c202_port:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ feature_2c2_catalog_instance:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests_2c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu.delta_2c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_2c2_catalog_instance_2c202_port:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_2c2_catalog_instance:
+ type: tosca.capabilities.network.Bindable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_2c2_catalog_instance_2c202_port:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_2c2_catalog_instance_2c202_port:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_2c2_catalog_instance_2c202_port:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory_2c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_2c2_catalog_instance_1c201_port:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests.rate_2c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ org.openecomp.resource.abstract.nodes.1c2_catalog_instance:
+ derived_from: org.openecomp.resource.abstract.nodes.VFC
+ properties:
+ compute_1c2_catalog_instance_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c201_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_1c2_catalog_instance_personality:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ port_2c202_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_2c202_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_1c201_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_2c202_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_2c202_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_2c202_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_1c201_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c201_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_2c202_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_1c2_catalog_instance_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_2c202_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_2c202_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c201_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_1c201_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_2c202_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_1c201_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c201_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_1c2_catalog_instance_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c201_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_1c2_catalog_instance_scheduler_hints:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ attributes:
+ 1c2_catalog_instance_instance_name:
+ type: string
+ status: SUPPORTED
+ 1c2_catalog_instance_1c201_port_tenant_id:
+ type: string
+ status: SUPPORTED
+ requirements:
+ - dependency_1c2_catalog_instance:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - local_storage_1c2_catalog_instance:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - dependency_1c2_catalog_instance_1c201_port:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_1c2_catalog_instance_1c201_port:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
occurrences:
- 1
+ - 1
+ - dependency_1c2_catalog_instance_2c202_port:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
- UNBOUNDED
- network.outgoing.bytes_1c12_scalling_instance_1c1_t1_port:
+ - link_1c2_catalog_instance_2c202_port:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ capabilities:
+ disk.device.capacity_1c2_catalog_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- cpu_util_1c12_scalling_instance:
+ attachment_1c2_catalog_instance_2c202_port:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_1c2_catalog_instance_2c202_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.read.bytes_1c12_scalling_instance:
+ network.incoming.packets_1c2_catalog_instance_2c202_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- binding_1c12_scalling_instance:
+ network.incoming.packets.rate_1c2_catalog_instance_1c201_port:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes.rate_1c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_1c2_catalog_instance_1c201_port:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.usage_1c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_1c2_catalog_instance_1c201_port:
type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ disk.write.bytes.rate_1c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- endpoint_1c12_scalling_instance:
- type: tosca.capabilities.Endpoint.Admin
+ cpu_util_1c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- scalable_1c12_scalling_instance:
- type: tosca.capabilities.Scalable
+ cpu_1c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- os_1c12_scalling_instance:
- type: tosca.capabilities.OperatingSystem
+ disk.read.requests_1c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.usage_1c12_scalling_instance:
+ network.outpoing.packets_1c2_catalog_instance_1c201_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.allocation_1c12_scalling_instance:
+ disk.ephemeral.size_1c2_catalog_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- binding_1c12_scalling_instance_1c1_t1_port:
- type: tosca.capabilities.network.Bindable
- valid_source_types:
- - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ disk.device.write.bytes_1c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- - 0
+ - 1
- UNBOUNDED
- network.incoming.packets_1c12_scalling_instance_1c1_t1_port:
+ memory.resident_1c2_catalog_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- attachment_1c12_scalling_instance_1c1_t1_port:
- type: tosca.capabilities.Attachment
+ disk.device.write.requests.rate_1c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.latency_1c12_scalling_instance:
+ os_1c2_catalog_instance:
+ type: tosca.capabilities.OperatingSystem
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.iops_1c2_catalog_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes_1c12_scalling_instance_1c1_t1_port:
+ feature_1c2_catalog_instance_2c202_port:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_1c2_catalog_instance_2c202_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory_1c12_scalling_instance:
+ endpoint_1c2_catalog_instance:
+ type: tosca.capabilities.Endpoint.Admin
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.allocation_1c2_catalog_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- host_1c12_scalling_instance:
- type: tosca.capabilities.Container
+ disk.latency_1c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_1c2_catalog_instance_2c202_port:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.iops_1c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_1c2_catalog_instance_2c202_port:
+ type: tosca.capabilities.network.Bindable
valid_source_types:
- - tosca.nodes.SoftwareComponent
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ vcpus_1c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- cpu.delta_1c12_scalling_instance:
+ disk.device.latency_1c2_catalog_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.capacity_1c12_scalling_instance:
+ network.outgoing.bytes_1c2_catalog_instance_1c201_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.read.requests_1c12_scalling_instance:
+ attachment_1c2_catalog_instance_1c201_port:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_1c2_catalog_instance_1c201_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.requests.rate_1c12_scalling_instance:
+ network.incoming.packets_1c2_catalog_instance_1c201_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.bytes.rate_1c12_scalling_instance:
+ disk.read.bytes_1c2_catalog_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.requests_1c12_scalling_instance:
+ instance_1c2_catalog_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes.rate_1c12_scalling_instance_1c1_t1_port:
+ disk.capacity_1c2_catalog_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.ephemeral.size_1c12_scalling_instance:
+ disk.write.bytes_1c2_catalog_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.requests.rate_1c12_scalling_instance:
+ disk.device.read.bytes.rate_1c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_1c2_catalog_instance_2c202_port:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.allocation_1c2_catalog_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes_1c2_catalog_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- instance_1c12_scalling_instance:
+ disk.device.read.requests_1c2_catalog_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.bytes.rate_1c12_scalling_instance:
+ disk.device.write.bytes.rate_1c2_catalog_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.iops_1c12_scalling_instance:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ scalable_1c2_catalog_instance:
+ type: tosca.capabilities.Scalable
occurrences:
- 1
- UNBOUNDED
- disk.device.iops_1c12_scalling_instance:
+ disk.device.write.requests_1c2_catalog_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- feature_1c12_scalling_instance:
- type: tosca.capabilities.Node
+ host_1c2_catalog_instance:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
occurrences:
- 1
- UNBOUNDED
- disk.device.write.bytes.rate_1c12_scalling_instance:
+ disk.root.size_1c2_catalog_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.bytes_1c12_scalling_instance:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ feature_1c2_catalog_instance_1c201_port:
+ type: tosca.capabilities.Node
occurrences:
- 1
- UNBOUNDED
- disk.device.read.bytes_1c12_scalling_instance:
+ network.outpoing.packets_1c2_catalog_instance_2c202_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- vcpus_1c12_scalling_instance:
+ network.incoming.packets.rate_1c2_catalog_instance_2c202_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.packets.rate_1c12_scalling_instance_1c1_t1_port:
+ disk.device.usage_1c2_catalog_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.requests.rate_1c12_scalling_instance:
+ network.outgoing.packets.rate_1c2_catalog_instance_1c201_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.packets.rate_1c12_scalling_instance_1c1_t1_port:
+ disk.usage_1c2_catalog_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.requests_1c12_scalling_instance:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ feature_1c2_catalog_instance:
+ type: tosca.capabilities.Node
occurrences:
- 1
- UNBOUNDED
- network.outpoing.packets_1c12_scalling_instance_1c1_t1_port:
+ memory_1c2_catalog_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.allocation_1c12_scalling_instance:
+ network.outgoing.bytes.rate_1c2_catalog_instance_1c201_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.root.size_1c12_scalling_instance:
+ disk.write.requests.rate_1c2_catalog_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.capacity_1c12_scalling_instance:
+ disk.write.requests_1c2_catalog_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory.resident_1c12_scalling_instance:
+ binding_1c2_catalog_instance:
+ type: tosca.capabilities.network.Bindable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu.delta_1c2_catalog_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.read.bytes.rate_1c12_scalling_instance:
+ network.outgoing.bytes_1c2_catalog_instance_2c202_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory.usage_1c12_scalling_instance:
+ disk.device.read.requests.rate_1c2_catalog_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- org.openecomp.resource.abstract.nodes.heat.pcm_server_1:
+ org.openecomp.resource.abstract.nodes.pcma_server_1:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
port_pcm_port_0_network_role:
type: string
required: true
status: SUPPORTED
- availabilityzone_name:
- type: string
- description: availabilityzone name
+ port_pcm_port_0_fixed_ips:
+ type: list
required: true
status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.heat.neutron.port.FixedIps
port_pcm_port_0_vlan_requirements:
type: list
required: true
status: SUPPORTED
entry_schema:
type: org.openecomp.datatypes.network.VlanRequirements
- pcm_image_name:
+ vm_flavor_name:
type: string
- description: PCRF CM image name
required: true
status: SUPPORTED
- port_pcm_port_0_order:
- type: integer
+ port_pcm_port_0_security_groups:
+ type: list
required: true
status: SUPPORTED
- port_pcm_port_0_subnetpoolid:
- type: string
+ entry_schema:
+ type: json
+ compute_pcma_server_availability_zone:
+ type: list
required: true
status: SUPPORTED
- port_pcm_port_1_subnetpoolid:
- type: string
+ entry_schema:
+ type: string
+ port_pcm_port_0_order:
+ type: integer
required: true
status: SUPPORTED
- port_pcm_port_0_network_role_tag:
+ port_pcm_port_0_subnetpoolid:
type: string
required: true
status: SUPPORTED
- pcm_server_name:
+ vm_image_name:
type: string
- description: PCRF CM server name
required: true
status: SUPPORTED
- cps_net_mask:
+ port_pcm_port_1_subnetpoolid:
type: string
- description: CPS network mask
required: true
status: SUPPORTED
- port_pcm_port_1_exCP_naming:
- type: org.openecomp.datatypes.Naming
+ port_pcm_port_0_network_role_tag:
+ type: string
required: true
status: SUPPORTED
port_pcm_port_0_exCP_naming:
type: org.openecomp.datatypes.Naming
required: true
status: SUPPORTED
- oam_net_name:
- type: string
- description: OAM network name
+ port_pcm_port_1_exCP_naming:
+ type: org.openecomp.datatypes.Naming
required: true
status: SUPPORTED
port_pcm_port_1_network_role:
type: string
required: true
status: SUPPORTED
- server_group:
- type: string
- required: true
- status: SUPPORTED
- connectivityChk:
- type: json
+ port_pcm_port_1_network:
+ type: list
required: true
status: SUPPORTED
+ entry_schema:
+ type: string
port_pcm_port_0_ip_requirements:
type: list
required: true
status: SUPPORTED
entry_schema:
type: org.openecomp.datatypes.network.IpRequirements
- oam_net_gw:
- type: string
- description: CPS network gateway
+ port_pcm_port_1_security_groups:
+ type: list
required: true
status: SUPPORTED
- security_group_name:
- type: string
- description: the name of security group
+ entry_schema:
+ type: json
+ compute_pcma_server_config_drive:
+ type: list
required: true
status: SUPPORTED
- cps_net_ip:
- type: string
- description: CPS network ip
+ entry_schema:
+ type: boolean
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_pcma_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pcm_port_0_network:
+ type: list
required: true
status: SUPPORTED
+ entry_schema:
+ type: string
port_pcm_port_1_mac_requirements:
type: org.openecomp.datatypes.network.MacRequirements
required: true
status: SUPPORTED
entry_schema:
type: org.openecomp.datatypes.network.VlanRequirements
- pcm_flavor_name:
- type: string
- description: flavor name of PCRF CM instance
- required: true
- status: SUPPORTED
- pcm_vol:
- type: string
- description: CPS Cluman Cinder Volume
+ port_pcm_port_1_fixed_ips:
+ type: list
required: true
status: SUPPORTED
- port_pcm_port_1_ip_requirements:
+ entry_schema:
+ type: org.openecomp.datatypes.heat.neutron.port.FixedIps
+ compute_pcma_server_name:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: org.openecomp.datatypes.network.IpRequirements
+ type: string
port_pcm_port_0_mac_requirements:
type: org.openecomp.datatypes.network.MacRequirements
required: true
status: SUPPORTED
- cps_net_name:
- type: string
- description: CPS network name
- required: true
- status: SUPPORTED
- oam_net_ip:
- type: string
- description: OAM network ip
- required: true
- status: SUPPORTED
- oam_net_mask:
- type: string
- description: CPS network mask
+ port_pcm_port_1_ip_requirements:
+ type: list
required: true
status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
port_pcm_port_1_order:
type: integer
required: true
status: SUPPORTED
- attributes:
- server_pcm_id:
- type: string
- description: the pcm nova service id
- status: SUPPORTED
requirements:
- - dependency_pcm_port_1:
+ - dependency_pcma_server:
capability: tosca.capabilities.Node
node: tosca.nodes.Root
relationship: tosca.relationships.DependsOn
occurrences:
- 0
- UNBOUNDED
- - link_pcm_port_1:
- capability: tosca.capabilities.network.Linkable
- relationship: tosca.relationships.network.LinksTo
+ - local_storage_pcma_server:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
occurrences:
- - 1
- - 1
- - dependency_server_pcm:
+ - 0
+ - UNBOUNDED
+ - dependency_pcma_server_pcm_port_0:
capability: tosca.capabilities.Node
node: tosca.nodes.Root
relationship: tosca.relationships.DependsOn
occurrences:
- 0
- UNBOUNDED
- - local_storage_server_pcm:
- capability: tosca.capabilities.Attachment
- node: tosca.nodes.BlockStorage
- relationship: tosca.relationships.AttachesTo
+ - link_pcma_server_pcm_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
occurrences:
- - 0
- - UNBOUNDED
- - dependency_pcm_port_0:
+ - 1
+ - 1
+ - dependency_pcma_server_pcm_port_1:
capability: tosca.capabilities.Node
node: tosca.nodes.Root
relationship: tosca.relationships.DependsOn
occurrences:
- 0
- UNBOUNDED
- - link_pcm_port_0:
+ - link_pcma_server_pcm_port_1:
capability: tosca.capabilities.network.Linkable
relationship: tosca.relationships.network.LinksTo
occurrences:
- 1
- 1
capabilities:
- network.incoming.packets.rate_pcm_port_0:
+ cpu.delta_pcma_server:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- cpu_server_pcm:
+ scalable_pcma_server:
+ type: tosca.capabilities.Scalable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ vcpus_pcma_server:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.packets.rate_pcm_port_1:
+ host_pcma_server:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests.rate_pcma_server:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outpoing.packets_pcm_port_1:
+ disk.usage_pcma_server:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory_server_pcm:
+ attachment_pcma_server_pcm_port_0:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes_pcma_server:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.requests_server_pcm:
+ disk.iops_pcma_server:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outpoing.packets_pcm_port_0:
+ network.outgoing.bytes.rate_pcma_server_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.iops_server_pcm:
+ network.outgoing.bytes.rate_pcma_server_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory.resident_server_pcm:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ attachment_pcma_server_pcm_port_1:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ endpoint_pcma_server:
+ type: tosca.capabilities.Endpoint.Admin
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_pcma_server:
+ type: tosca.capabilities.Node
occurrences:
- 1
- UNBOUNDED
- disk.device.write.requests_server_pcm:
+ memory.usage_pcma_server:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.usage_server_pcm:
+ network.incoming.packets_pcma_server_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.allocation_server_pcm:
+ network.incoming.bytes.rate_pcma_server_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.usage_server_pcm:
+ network.outgoing.bytes_pcma_server_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.bytes_server_pcm:
+ memory_pcma_server:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.root.size_server_pcm:
+ network.outgoing.bytes_pcma_server_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.ephemeral.size_server_pcm:
+ cpu_pcma_server:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.latency_server_pcm:
+ disk.device.write.bytes.rate_pcma_server:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes_pcm_port_0:
+ disk.read.bytes.rate_pcma_server:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes_pcm_port_1:
+ network.incoming.packets.rate_pcma_server_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- binding_pcm_port_0:
+ binding_pcma_server_pcm_port_0:
type: tosca.capabilities.network.Bindable
valid_source_types:
- org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
occurrences:
- 0
- UNBOUNDED
- binding_pcm_port_1:
+ network.incoming.packets_pcma_server_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ os_pcma_server:
+ type: tosca.capabilities.OperatingSystem
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_pcma_server_pcm_port_1:
type: tosca.capabilities.network.Bindable
valid_source_types:
- org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
occurrences:
- 0
- UNBOUNDED
- memory.usage_server_pcm:
+ network.incoming.packets.rate_pcma_server_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.read.requests_server_pcm:
+ disk.device.read.requests_pcma_server:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.capacity_server_pcm:
+ disk.write.bytes.rate_pcma_server:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- os_server_pcm:
- type: tosca.capabilities.OperatingSystem
- occurrences:
- - 1
- - UNBOUNDED
- disk.read.bytes_server_pcm:
+ network.outgoing.packets.rate_pcma_server_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.packets.rate_pcm_port_0:
+ disk.device.write.requests.rate_pcma_server:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.packets.rate_pcm_port_1:
+ network.incoming.bytes.rate_pcma_server_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- feature_pcm_port_1:
- type: tosca.capabilities.Node
- occurrences:
- - 1
- - UNBOUNDED
- network.outgoing.bytes_pcm_port_0:
+ network.outgoing.packets.rate_pcma_server_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.bytes_server_pcm:
+ cpu_util_pcma_server:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- feature_pcm_port_0:
- type: tosca.capabilities.Node
- occurrences:
- - 1
- - UNBOUNDED
- network.outgoing.bytes_pcm_port_1:
+ disk.device.write.bytes_pcma_server:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- attachment_pcm_port_0:
- type: tosca.capabilities.Attachment
- occurrences:
- - 1
- - UNBOUNDED
- attachment_pcm_port_1:
- type: tosca.capabilities.Attachment
- occurrences:
- - 1
- - UNBOUNDED
- endpoint_server_pcm:
- type: tosca.capabilities.Endpoint.Admin
+ disk.device.read.bytes.rate_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.requests.rate_server_pcm:
+ disk.device.usage_pcma_server:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- vcpus_server_pcm:
+ disk.read.requests_pcma_server:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.bytes_server_pcm:
+ disk.allocation_pcma_server:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.iops_server_pcm:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ feature_pcma_server_pcm_port_0:
+ type: tosca.capabilities.Node
occurrences:
- 1
- UNBOUNDED
- disk.read.bytes.rate_server_pcm:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ feature_pcma_server_pcm_port_1:
+ type: tosca.capabilities.Node
occurrences:
- 1
- UNBOUNDED
- disk.device.allocation_server_pcm:
+ disk.ephemeral.size_pcma_server:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- scalable_server_pcm:
- type: tosca.capabilities.Scalable
+ binding_pcma_server:
+ type: tosca.capabilities.network.Bindable
occurrences:
- 1
- UNBOUNDED
- disk.device.read.bytes.rate_server_pcm:
+ disk.latency_pcma_server:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- cpu_util_server_pcm:
+ disk.device.write.requests_pcma_server:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.requests.rate_server_pcm:
+ disk.device.read.bytes_pcma_server:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.bytes.rate_server_pcm:
+ disk.device.allocation_pcma_server:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- host_server_pcm:
- type: tosca.capabilities.Container
- valid_source_types:
- - tosca.nodes.SoftwareComponent
- occurrences:
- - 1
- - UNBOUNDED
- cpu.delta_server_pcm:
+ memory.resident_pcma_server:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes.rate_pcm_port_1:
+ disk.root.size_pcma_server:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.packets_pcm_port_0:
+ disk.write.bytes_pcma_server:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- binding_server_pcm:
- type: tosca.capabilities.network.Bindable
- occurrences:
- - 1
- - UNBOUNDED
- network.outgoing.bytes.rate_pcm_port_0:
+ network.incoming.bytes_pcma_server_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.capacity_server_pcm:
+ disk.write.requests_pcma_server:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.packets_pcm_port_1:
+ network.incoming.bytes_pcma_server_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- instance_server_pcm:
+ disk.write.requests.rate_pcma_server:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.requests.rate_server_pcm:
+ disk.device.iops_pcma_server:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.latency_server_pcm:
+ instance_pcma_server:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.requests_server_pcm:
+ disk.device.latency_pcma_server:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- feature_server_pcm:
- type: tosca.capabilities.Node
+ disk.capacity_pcma_server:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes.rate_pcm_port_0:
+ disk.device.capacity_pcma_server:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.bytes.rate_server_pcm:
+ network.outpoing.packets_pcma_server_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes.rate_pcm_port_1:
+ network.outpoing.packets_pcma_server_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- org.openecomp.resource.abstract.nodes.1c11_scalling_instance:
+ org.openecomp.resource.abstract.nodes.a_single_1a:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
- port_1c1_t1_port_exCP_naming:
- type: org.openecomp.datatypes.Naming
- required: true
- status: SUPPORTED
- port_1c1_t1_port_fixed_ips:
+ compute_a_single_1a_metadata:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: org.openecomp.datatypes.heat.neutron.port.FixedIps
- port_1c1_t1_port_vlan_requirements:
+ type: json
+ port_1a_t1_port_ip_requirements:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: org.openecomp.datatypes.network.VlanRequirements
- port_1c1_t1_port_mac_requirements:
- type: org.openecomp.datatypes.network.MacRequirements
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_1a_t2_port_network_role_tag:
+ type: string
required: true
status: SUPPORTED
- index_value:
- type: integer
- description: Index value of this substitution service template runtime instance
- required: false
- default: 0
- status: SUPPORTED
- constraints:
- - greater_or_equal: 0
vm_flavor_name:
type: string
required: true
status: SUPPORTED
- compute_1c11_scalling_instance_name:
+ port_1a_t2_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1a_t2_port_network:
type: list
required: true
status: SUPPORTED
entry_schema:
type: string
- compute_1c11_scalling_instance_availability_zone:
+ port_1a_t1_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_1a_t1_port_network:
type: list
required: true
status: SUPPORTED
entry_schema:
type: string
- compute_1c11_scalling_instance_user_data_format:
+ port_1a_t1_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1a_t2_port_ip_requirements:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: string
- port_1c1_t1_port_ip_requirements:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_1a_t1_port_vlan_requirements:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: org.openecomp.datatypes.network.IpRequirements
- vm_image_name:
- type: string
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_1a_t1_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
required: true
status: SUPPORTED
- port_1c1_t1_port_name:
+ compute_a_single_1a_availability_zone:
type: list
required: true
status: SUPPORTED
entry_schema:
type: string
- compute_1c11_scalling_instance_scheduler_hints:
+ compute_a_single_1a_scheduler_hints:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ port_1a_t1_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1a_t1_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1a_t1_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_1a_t2_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_1a_t2_port_vlan_requirements:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: json
- port_1c1_t1_port_subnetpoolid:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_1a_t2_port_subnetpoolid:
type: string
required: true
status: SUPPORTED
- port_1c1_t1_port_network_role_tag:
- type: string
+ port_1a_t2_port_order:
+ type: integer
required: true
status: SUPPORTED
- port_1c1_t1_port_network_role:
- type: string
+ compute_a_single_1a_user_data_format:
+ type: list
required: true
status: SUPPORTED
- port_1c1_t1_port_network:
+ entry_schema:
+ type: string
+ compute_a_single_1a_name:
type: list
required: true
status: SUPPORTED
entry_schema:
type: string
- port_1c1_t1_port_order:
- type: integer
+ port_1a_t2_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
required: true
status: SUPPORTED
attributes:
- 1c11_scalling_instance_instance_name:
+ a_single_1a_instance_name:
type: string
status: SUPPORTED
- 1c11_scalling_instance_1c1_t1_port_tenant_id:
+ a_single_1a_1a_t1_port_tenant_id:
type: string
status: SUPPORTED
requirements:
- - dependency_1c11_scalling_instance:
+ - dependency_a_single_1a_1a_t1_port:
capability: tosca.capabilities.Node
node: tosca.nodes.Root
relationship: tosca.relationships.DependsOn
occurrences:
- 0
- UNBOUNDED
- - local_storage_1c11_scalling_instance:
+ - link_a_single_1a_1a_t1_port:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_a_single_1a:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - local_storage_a_single_1a:
capability: tosca.capabilities.Attachment
node: tosca.nodes.BlockStorage
relationship: tosca.relationships.AttachesTo
occurrences:
- 0
- UNBOUNDED
- - dependency_1c11_scalling_instance_1c1_t1_port:
+ - dependency_a_single_1a_1a_t2_port:
capability: tosca.capabilities.Node
node: tosca.nodes.Root
relationship: tosca.relationships.DependsOn
occurrences:
- 0
- UNBOUNDED
- - link_1c11_scalling_instance_1c1_t1_port:
+ - link_a_single_1a_1a_t2_port:
capability: tosca.capabilities.network.Linkable
relationship: tosca.relationships.network.LinksTo
occurrences:
- 1
- 1
capabilities:
- disk.device.usage_1c11_scalling_instance:
+ disk.read.bytes_a_single_1a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.packets_1c11_scalling_instance_1c1_t1_port:
+ network.incoming.bytes.rate_a_single_1a_1a_t2_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.packets.rate_1c11_scalling_instance_1c1_t1_port:
+ disk.usage_a_single_1a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.allocation_1c11_scalling_instance:
+ attachment_a_single_1a_1a_t2_port:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ scalable_a_single_1a:
+ type: tosca.capabilities.Scalable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_a_single_1a_1a_t2_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.bytes_1c11_scalling_instance:
+ host_a_single_1a:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
+ occurrences:
+ - 1
+ - UNBOUNDED
+ endpoint_a_single_1a:
+ type: tosca.capabilities.Endpoint.Admin
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.root.size_a_single_1a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.allocation_1c11_scalling_instance:
+ memory.resident_a_single_1a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.read.bytes_1c11_scalling_instance:
+ network.incoming.packets.rate_a_single_1a_1a_t2_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- binding_1c11_scalling_instance:
- type: tosca.capabilities.network.Bindable
+ cpu.delta_a_single_1a:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- feature_1c11_scalling_instance:
- type: tosca.capabilities.Node
+ disk.device.write.requests_a_single_1a:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory.usage_1c11_scalling_instance:
+ network.incoming.bytes.rate_a_single_1a_1a_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.usage_1c11_scalling_instance:
+ disk.iops_a_single_1a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.latency_1c11_scalling_instance:
+ network.incoming.bytes_a_single_1a_1a_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.packets.rate_1c11_scalling_instance_1c1_t1_port:
+ cpu_util_a_single_1a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- vcpus_1c11_scalling_instance:
+ os_a_single_1a:
+ type: tosca.capabilities.OperatingSystem
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.usage_a_single_1a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory_1c11_scalling_instance:
+ network.incoming.packets.rate_a_single_1a_1a_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- cpu_1c11_scalling_instance:
+ network.outgoing.packets.rate_a_single_1a_1a_t2_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- endpoint_1c11_scalling_instance:
- type: tosca.capabilities.Endpoint.Admin
+ disk.read.requests_a_single_1a:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- feature_1c11_scalling_instance_1c1_t1_port:
- type: tosca.capabilities.Node
+ disk.read.bytes.rate_a_single_1a:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- scalable_1c11_scalling_instance:
- type: tosca.capabilities.Scalable
+ disk.write.bytes.rate_a_single_1a:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- os_1c11_scalling_instance:
- type: tosca.capabilities.OperatingSystem
+ attachment_a_single_1a_1a_t1_port:
+ type: tosca.capabilities.Attachment
occurrences:
- 1
- UNBOUNDED
- network.outpoing.packets_1c11_scalling_instance_1c1_t1_port:
+ cpu_a_single_1a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.ephemeral.size_1c11_scalling_instance:
+ memory.usage_a_single_1a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- cpu_util_1c11_scalling_instance:
+ disk.device.write.requests.rate_a_single_1a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.bytes.rate_1c11_scalling_instance:
+ binding_a_single_1a_1a_t2_port:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ network.incoming.packets_a_single_1a_1a_t2_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.read.bytes.rate_1c11_scalling_instance:
+ disk.device.read.requests_a_single_1a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.capacity_1c11_scalling_instance:
+ disk.device.latency_a_single_1a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- host_1c11_scalling_instance:
- type: tosca.capabilities.Container
- valid_source_types:
- - tosca.nodes.SoftwareComponent
+ instance_a_single_1a:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.bytes.rate_1c11_scalling_instance:
+ binding_a_single_1a:
+ type: tosca.capabilities.network.Bindable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.latency_a_single_1a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- cpu.delta_1c11_scalling_instance:
+ network.outgoing.bytes_a_single_1a_1a_t2_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes_1c11_scalling_instance_1c1_t1_port:
+ disk.device.allocation_a_single_1a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.requests_1c11_scalling_instance:
+ disk.write.bytes_a_single_1a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes.rate_1c11_scalling_instance_1c1_t1_port:
+ feature_a_single_1a_1a_t1_port:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_a_single_1a_1a_t2_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.capacity_1c11_scalling_instance:
+ network.outpoing.packets_a_single_1a_1a_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- binding_1c11_scalling_instance_1c1_t1_port:
- type: tosca.capabilities.network.Bindable
- valid_source_types:
- - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ disk.device.read.bytes.rate_a_single_1a:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- - 0
+ - 1
- UNBOUNDED
- disk.write.bytes_1c11_scalling_instance:
+ disk.device.write.bytes_a_single_1a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.requests_1c11_scalling_instance:
+ disk.device.write.bytes.rate_a_single_1a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes_1c11_scalling_instance_1c1_t1_port:
+ memory_a_single_1a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes.rate_1c11_scalling_instance_1c1_t1_port:
+ disk.allocation_a_single_1a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.requests_1c11_scalling_instance:
+ network.outgoing.packets.rate_a_single_1a_1a_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.bytes_1c11_scalling_instance:
+ feature_a_single_1a_1a_t2_port:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.capacity_a_single_1a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.bytes.rate_1c11_scalling_instance:
+ disk.device.read.bytes_a_single_1a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.root.size_1c11_scalling_instance:
+ network.incoming.packets_a_single_1a_1a_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- instance_1c11_scalling_instance:
+ feature_a_single_1a:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_a_single_1a_1a_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.read.requests_1c11_scalling_instance:
+ disk.ephemeral.size_a_single_1a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.iops_1c11_scalling_instance:
+ vcpus_a_single_1a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory.resident_1c11_scalling_instance:
+ binding_a_single_1a_1a_t1_port:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ disk.device.iops_a_single_1a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- attachment_1c11_scalling_instance_1c1_t1_port:
- type: tosca.capabilities.Attachment
+ disk.write.requests_a_single_1a:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.requests.rate_1c11_scalling_instance:
+ disk.device.read.requests.rate_a_single_1a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.requests.rate_1c11_scalling_instance:
+ disk.device.capacity_a_single_1a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.requests.rate_1c11_scalling_instance:
+ disk.write.requests.rate_a_single_1a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.latency_1c11_scalling_instance:
+ network.incoming.bytes_a_single_1a_1a_t2_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.iops_1c11_scalling_instance:
+ network.outgoing.bytes.rate_a_single_1a_1a_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- org.openecomp.resource.abstract.nodes.pcma_server:
- derived_from: org.openecomp.resource.abstract.nodes.VFC
+ org.openecomp.resource.vfc.nodes.heat.b_single_1b:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
properties:
- port_pcm_port_3_mac_requirements:
- type: org.openecomp.datatypes.network.MacRequirements
+ port_1b_t1_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_1b_t1_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1b_t1_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
required: true
status: SUPPORTED
- port_pcm_port_2_network_role:
+ vm_flavor_name:
type: string
required: true
status: SUPPORTED
- port_pcm_port_2_fixed_ips:
+ port_1b_t1_port_ip_requirements:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: org.openecomp.datatypes.heat.neutron.port.FixedIps
- port_pcm_port_3_network_role:
+ type: org.openecomp.datatypes.network.IpRequirements
+ vm_image_name:
type: string
required: true
status: SUPPORTED
- port_pcm_port_3_vlan_requirements:
+ port_1b_t2_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1b_t2_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ compute_b_single_1b_user_data_format:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: org.openecomp.datatypes.network.VlanRequirements
- vm_flavor_name:
+ type: string
+ port_1b_t2_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_1b_t2_port_network_role_tag:
type: string
required: true
status: SUPPORTED
- port_pcm_port_3_security_groups:
+ port_1b_t2_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1b_t2_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ compute_b_single_1b_availability_zone:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: json
- port_pcm_port_3_order:
+ type: string
+ index_value:
type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_b_single_1b_scheduler_hints:
+ type: list
required: true
status: SUPPORTED
- compute_pcma_server_availability_zone:
+ entry_schema:
+ type: json
+ port_1b_t2_port_vlan_requirements:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: string
- vm_image_name:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_1b_t2_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_1b_t1_port_network_role_tag:
type: string
required: true
status: SUPPORTED
- port_pcm_port_2_security_groups:
+ compute_b_single_1b_metadata:
type: list
required: true
status: SUPPORTED
entry_schema:
type: json
- port_pcm_port_2_exCP_naming:
- type: org.openecomp.datatypes.Naming
+ port_1b_t1_port_subnetpoolid:
+ type: string
required: true
status: SUPPORTED
- port_pcm_port_3_ip_requirements:
+ port_1b_t1_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_1b_t2_port_network:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: org.openecomp.datatypes.network.IpRequirements
- port_pcm_port_2_subnetpoolid:
+ type: string
+ port_1b_t1_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ compute_b_single_1b_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ attributes:
+ b_single_1b_instance_name:
+ type: string
+ status: SUPPORTED
+ b_single_1b_1b_t1_port_tenant_id:
+ type: string
+ status: SUPPORTED
+ org.openecomp.resource.abstract.nodes.b_single_1b_1:
+ derived_from: org.openecomp.resource.abstract.nodes.VFC
+ properties:
+ port_1b_t1_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_1b_t1_port_network_role:
type: string
required: true
status: SUPPORTED
- port_pcm_port_2_mac_requirements:
- type: org.openecomp.datatypes.network.MacRequirements
+ port_1b_t1_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
required: true
status: SUPPORTED
- port_pcm_port_2_vlan_requirements:
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1b_t1_port_ip_requirements:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: org.openecomp.datatypes.network.VlanRequirements
- port_pcm_port_3_subnetpoolid:
+ type: org.openecomp.datatypes.network.IpRequirements
+ vm_image_name:
type: string
required: true
status: SUPPORTED
- port_pcm_port_3_network_role_tag:
+ port_1b_t2_port_network_role:
type: string
required: true
status: SUPPORTED
- compute_pcma_server_config_drive:
+ port_1b_t2_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ compute_b_single_1b_user_data_format:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: boolean
- port_pcm_port_3_fixed_ips:
+ type: string
+ port_1b_t2_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_1b_t2_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1b_t2_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1b_t2_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ compute_b_single_1b_availability_zone:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: org.openecomp.datatypes.heat.neutron.port.FixedIps
+ type: string
index_value:
type: integer
description: Index value of this substitution service template runtime instance
status: SUPPORTED
constraints:
- greater_or_equal: 0
- compute_pcma_server_user_data_format:
+ compute_b_single_1b_scheduler_hints:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: string
- port_pcm_port_2_order:
- type: integer
- required: true
- status: SUPPORTED
- port_pcm_port_3_exCP_naming:
- type: org.openecomp.datatypes.Naming
+ type: json
+ port_1b_t2_port_vlan_requirements:
+ type: list
required: true
status: SUPPORTED
- port_pcm_port_2_network:
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_1b_t2_port_ip_requirements:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: string
- port_pcm_port_2_ip_requirements:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_1b_t1_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_b_single_1b_metadata:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: org.openecomp.datatypes.network.IpRequirements
- port_pcm_port_2_network_role_tag:
+ type: json
+ port_1b_t1_port_subnetpoolid:
type: string
required: true
status: SUPPORTED
- port_pcm_port_3_network:
+ port_1b_t1_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_1b_t2_port_network:
type: list
required: true
status: SUPPORTED
entry_schema:
type: string
- compute_pcma_server_scheduler_hints:
+ port_1b_t1_port_vlan_requirements:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: json
- compute_pcma_server_name:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ compute_b_single_1b_name:
type: list
required: true
status: SUPPORTED
entry_schema:
type: string
+ attributes:
+ b_single_1b_instance_name:
+ type: string
+ status: SUPPORTED
+ b_single_1b_1b_t1_port_tenant_id:
+ type: string
+ status: SUPPORTED
requirements:
- - dependency_pcma_server:
+ - dependency_b_single_1b:
capability: tosca.capabilities.Node
node: tosca.nodes.Root
relationship: tosca.relationships.DependsOn
occurrences:
- 0
- UNBOUNDED
- - local_storage_pcma_server:
+ - local_storage_b_single_1b:
capability: tosca.capabilities.Attachment
node: tosca.nodes.BlockStorage
relationship: tosca.relationships.AttachesTo
occurrences:
- 0
- UNBOUNDED
- - dependency_pcma_server_pcm_port_3:
+ - dependency_b_single_1b_1b_t1_port:
capability: tosca.capabilities.Node
node: tosca.nodes.Root
relationship: tosca.relationships.DependsOn
occurrences:
- 0
- UNBOUNDED
- - link_pcma_server_pcm_port_3:
+ - link_b_single_1b_1b_t1_port:
capability: tosca.capabilities.network.Linkable
relationship: tosca.relationships.network.LinksTo
occurrences:
- 1
- 1
- - dependency_pcma_server_pcm_port_2:
+ - dependency_b_single_1b_1b_t2_port:
capability: tosca.capabilities.Node
node: tosca.nodes.Root
relationship: tosca.relationships.DependsOn
occurrences:
- 0
- UNBOUNDED
- - link_pcma_server_pcm_port_2:
+ - link_b_single_1b_1b_t2_port:
capability: tosca.capabilities.network.Linkable
relationship: tosca.relationships.network.LinksTo
occurrences:
- 1
- 1
capabilities:
- cpu.delta_pcma_server:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ attachment_b_single_1b_1b_t2_port:
+ type: tosca.capabilities.Attachment
occurrences:
- 1
- UNBOUNDED
- scalable_pcma_server:
- type: tosca.capabilities.Scalable
+ endpoint_b_single_1b:
+ type: tosca.capabilities.Endpoint.Admin
occurrences:
- 1
- UNBOUNDED
- vcpus_pcma_server:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ feature_b_single_1b:
+ type: tosca.capabilities.Node
occurrences:
- 1
- UNBOUNDED
- host_pcma_server:
- type: tosca.capabilities.Container
- valid_source_types:
- - tosca.nodes.SoftwareComponent
+ disk.iops_b_single_1b:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.requests.rate_pcma_server:
+ network.incoming.bytes.rate_b_single_1b_1b_t2_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.usage_pcma_server:
+ network.outgoing.bytes.rate_b_single_1b_1b_t2_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes.rate_pcma_server_pcm_port_3:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ scalable_b_single_1b:
+ type: tosca.capabilities.Scalable
occurrences:
- 1
- UNBOUNDED
- disk.read.bytes_pcma_server:
+ disk.write.bytes_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.iops_pcma_server:
+ os_b_single_1b:
+ type: tosca.capabilities.OperatingSystem
+ occurrences:
+ - 1
+ - UNBOUNDED
+ vcpus_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes.rate_pcma_server_pcm_port_2:
+ cpu_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- attachment_pcma_server_pcm_port_2:
- type: tosca.capabilities.Attachment
+ disk.device.read.requests.rate_b_single_1b:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- endpoint_pcma_server:
- type: tosca.capabilities.Endpoint.Admin
+ network.incoming.packets.rate_b_single_1b_1b_t2_port:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- feature_pcma_server:
- type: tosca.capabilities.Node
+ instance_b_single_1b:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- attachment_pcma_server_pcm_port_3:
- type: tosca.capabilities.Attachment
+ network.incoming.bytes.rate_b_single_1b_1b_t1_port:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes.rate_pcma_server_pcm_port_2:
+ disk.read.bytes_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory.usage_pcma_server:
+ disk.device.latency_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes_pcma_server_pcm_port_3:
+ disk.usage_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- binding_pcma_server_pcm_port_3:
- type: tosca.capabilities.network.Bindable
- valid_source_types:
- - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ network.incoming.bytes_b_single_1b_1b_t1_port:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- - 0
+ - 1
- UNBOUNDED
- network.incoming.bytes.rate_pcma_server_pcm_port_3:
+ disk.device.allocation_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory_pcma_server:
+ network.outgoing.packets.rate_b_single_1b_1b_t2_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes_pcma_server_pcm_port_2:
+ disk.device.capacity_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- cpu_pcma_server:
+ disk.latency_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.bytes.rate_pcma_server:
+ network.incoming.packets_b_single_1b_1b_t2_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.read.bytes.rate_pcma_server:
+ network.incoming.packets.rate_b_single_1b_1b_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.packets_pcma_server_pcm_port_3:
+ attachment_b_single_1b_1b_t1_port:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- binding_pcma_server_pcm_port_2:
+ binding_b_single_1b_1b_t2_port:
type: tosca.capabilities.network.Bindable
valid_source_types:
- org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
occurrences:
- 0
- UNBOUNDED
- os_pcma_server:
- type: tosca.capabilities.OperatingSystem
- occurrences:
- - 1
- - UNBOUNDED
- network.incoming.packets_pcma_server_pcm_port_2:
+ disk.ephemeral.size_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.packets.rate_pcma_server_pcm_port_3:
+ disk.write.requests.rate_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.packets.rate_pcma_server_pcm_port_3:
+ network.outpoing.packets_b_single_1b_1b_t2_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.packets.rate_pcma_server_pcm_port_2:
+ disk.device.iops_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.requests_pcma_server:
+ disk.read.requests_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.bytes.rate_pcma_server:
+ memory.resident_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.packets.rate_pcma_server_pcm_port_2:
+ disk.root.size_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.requests.rate_pcma_server:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ feature_b_single_1b_1b_t1_port:
+ type: tosca.capabilities.Node
occurrences:
- 1
- UNBOUNDED
- cpu_util_pcma_server:
+ network.outgoing.bytes_b_single_1b_1b_t2_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.bytes_pcma_server:
+ disk.capacity_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.bytes.rate_pcma_server:
+ disk.device.write.bytes_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.usage_pcma_server:
+ disk.device.read.bytes_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.read.requests_pcma_server:
+ disk.device.read.bytes.rate_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.allocation_pcma_server:
+ cpu_util_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- feature_pcma_server_pcm_port_2:
- type: tosca.capabilities.Node
- occurrences:
- - 1
- - UNBOUNDED
- feature_pcma_server_pcm_port_3:
- type: tosca.capabilities.Node
- occurrences:
- - 1
- - UNBOUNDED
- disk.ephemeral.size_pcma_server:
+ disk.write.requests_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- binding_pcma_server:
- type: tosca.capabilities.network.Bindable
+ network.outgoing.packets.rate_b_single_1b_1b_t1_port:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.latency_pcma_server:
+ disk.device.usage_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.requests_pcma_server:
+ disk.read.bytes.rate_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.bytes_pcma_server:
+ network.outgoing.bytes_b_single_1b_1b_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.allocation_pcma_server:
+ disk.device.read.requests_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory.resident_pcma_server:
+ network.incoming.packets_b_single_1b_1b_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.root.size_pcma_server:
+ binding_b_single_1b_1b_t1_port:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ network.outpoing.packets_b_single_1b_1b_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.bytes_pcma_server:
+ disk.device.write.requests.rate_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.requests_pcma_server:
+ memory.usage_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes_pcma_server_pcm_port_2:
+ disk.write.bytes.rate_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes_pcma_server_pcm_port_3:
+ network.incoming.bytes_b_single_1b_1b_t2_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.requests.rate_pcma_server:
+ network.outgoing.bytes.rate_b_single_1b_1b_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.iops_pcma_server:
+ cpu.delta_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- instance_pcma_server:
+ disk.allocation_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outpoing.packets_pcma_server_pcm_port_3:
+ disk.device.write.bytes.rate_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.latency_pcma_server:
+ memory_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outpoing.packets_pcma_server_pcm_port_2:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ host_b_single_1b:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
occurrences:
- 1
- UNBOUNDED
- disk.capacity_pcma_server:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ binding_b_single_1b:
+ type: tosca.capabilities.network.Bindable
occurrences:
- 1
- UNBOUNDED
- disk.device.capacity_pcma_server:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ feature_b_single_1b_1b_t2_port:
+ type: tosca.capabilities.Node
occurrences:
- 1
- UNBOUNDED
- org.openecomp.resource.abstract.nodes.heat.pcm_server:
+ org.openecomp.resource.abstract.nodes.b_single_2b:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
- port_pcm_port_0_network_role:
- type: string
+ port_1b_t1_port_order:
+ type: integer
required: true
status: SUPPORTED
- port_pcm_port_1_network_role_tag:
+ port_1b_t1_port_network_role:
type: string
required: true
status: SUPPORTED
- availabilityzone_name:
+ port_1b_t1_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
type: string
- description: availabilityzone name
required: true
status: SUPPORTED
- port_pcm_port_0_vlan_requirements:
+ port_1b_t1_port_ip_requirements:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: org.openecomp.datatypes.network.VlanRequirements
- pcm_image_name:
+ type: org.openecomp.datatypes.network.IpRequirements
+ vm_image_name:
type: string
- description: PCRF CM image name
required: true
status: SUPPORTED
- port_pcm_port_0_order:
- type: integer
+ compute_b_single_2b_scheduler_hints:
+ type: list
required: true
status: SUPPORTED
- port_pcm_port_0_subnetpoolid:
+ entry_schema:
+ type: json
+ port_1b_t2_port_network_role:
type: string
required: true
status: SUPPORTED
- port_pcm_port_1_subnetpoolid:
- type: string
+ port_1b_t2_port_order:
+ type: integer
required: true
status: SUPPORTED
- port_pcm_port_0_network_role_tag:
- type: string
+ port_1b_t2_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
required: true
status: SUPPORTED
- pcm_server_name:
+ port_1b_t2_port_network_role_tag:
type: string
- description: PCRF CM server name
required: true
status: SUPPORTED
- cps_net_mask:
+ port_1b_t2_port_subnetpoolid:
type: string
- description: CPS network mask
- required: true
- status: SUPPORTED
- port_pcm_port_1_exCP_naming:
- type: org.openecomp.datatypes.Naming
- required: true
- status: SUPPORTED
- port_pcm_port_0_exCP_naming:
- type: org.openecomp.datatypes.Naming
required: true
status: SUPPORTED
- oam_net_name:
- type: string
- description: OAM network name
+ compute_b_single_2b_availability_zone:
+ type: list
required: true
status: SUPPORTED
- port_pcm_port_1_network_role:
- type: string
+ entry_schema:
+ type: string
+ port_1b_t2_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
required: true
status: SUPPORTED
- server_group:
- type: string
- required: true
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
status: SUPPORTED
- connectivityChk:
- type: json
+ constraints:
+ - greater_or_equal: 0
+ port_1b_t2_port_vlan_requirements:
+ type: list
required: true
status: SUPPORTED
- port_pcm_port_0_ip_requirements:
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_1b_t2_port_ip_requirements:
type: list
required: true
status: SUPPORTED
entry_schema:
type: org.openecomp.datatypes.network.IpRequirements
- oam_net_gw:
- type: string
- description: CPS network gateway
- required: true
- status: SUPPORTED
- security_group_name:
- type: string
- description: the name of security group
- required: true
- status: SUPPORTED
- cps_net_ip:
- type: string
- description: CPS network ip
+ compute_b_single_2b_name:
+ type: list
required: true
status: SUPPORTED
- port_pcm_port_1_mac_requirements:
- type: org.openecomp.datatypes.network.MacRequirements
+ entry_schema:
+ type: string
+ port_1b_t1_port_value_specs:
+ type: list
required: true
status: SUPPORTED
- port_pcm_port_1_vlan_requirements:
+ entry_schema:
+ type: json
+ compute_b_single_2b_user_data_format:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: org.openecomp.datatypes.network.VlanRequirements
- pcm_flavor_name:
+ type: string
+ port_1b_t1_port_network_role_tag:
type: string
- description: flavor name of PCRF CM instance
required: true
status: SUPPORTED
- pcm_vol:
+ port_1b_t1_port_subnetpoolid:
type: string
- description: CPS Cluman Cinder Volume
- required: true
- status: SUPPORTED
- port_pcm_port_1_ip_requirements:
- type: list
required: true
status: SUPPORTED
- entry_schema:
- type: org.openecomp.datatypes.network.IpRequirements
- port_pcm_port_0_mac_requirements:
+ port_1b_t1_port_mac_requirements:
type: org.openecomp.datatypes.network.MacRequirements
required: true
status: SUPPORTED
- cps_net_name:
- type: string
- description: CPS network name
- required: true
- status: SUPPORTED
- oam_net_ip:
- type: string
- description: OAM network ip
+ port_1b_t2_port_network:
+ type: list
required: true
status: SUPPORTED
- oam_net_mask:
- type: string
- description: CPS network mask
+ entry_schema:
+ type: string
+ port_1b_t1_port_vlan_requirements:
+ type: list
required: true
status: SUPPORTED
- port_pcm_port_1_order:
- type: integer
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_1b_t1_port_network:
+ type: list
required: true
status: SUPPORTED
+ entry_schema:
+ type: string
attributes:
- server_pcm_id:
+ b_single_2b_instance_name:
type: string
- description: the pcm nova service id
status: SUPPORTED
requirements:
- - dependency_pcm_port_1:
+ - dependency_b_single_2b:
capability: tosca.capabilities.Node
node: tosca.nodes.Root
relationship: tosca.relationships.DependsOn
occurrences:
- 0
- UNBOUNDED
- - link_pcm_port_1:
- capability: tosca.capabilities.network.Linkable
- relationship: tosca.relationships.network.LinksTo
+ - local_storage_b_single_2b:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
occurrences:
- - 1
- - 1
- - dependency_server_pcm:
+ - 0
+ - UNBOUNDED
+ - dependency_b_single_2b_1b_t1_port:
capability: tosca.capabilities.Node
node: tosca.nodes.Root
relationship: tosca.relationships.DependsOn
occurrences:
- 0
- UNBOUNDED
- - local_storage_server_pcm:
- capability: tosca.capabilities.Attachment
- node: tosca.nodes.BlockStorage
- relationship: tosca.relationships.AttachesTo
+ - link_b_single_2b_1b_t1_port:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
occurrences:
- - 0
- - UNBOUNDED
- - dependency_pcm_port_0:
+ - 1
+ - 1
+ - dependency_b_single_2b_1b_t2_port:
capability: tosca.capabilities.Node
node: tosca.nodes.Root
relationship: tosca.relationships.DependsOn
occurrences:
- 0
- UNBOUNDED
- - link_pcm_port_0:
+ - link_b_single_2b_1b_t2_port:
capability: tosca.capabilities.network.Linkable
relationship: tosca.relationships.network.LinksTo
occurrences:
- 1
- 1
capabilities:
- network.incoming.packets.rate_pcm_port_0:
+ disk.usage_b_single_2b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- cpu_server_pcm:
+ network.incoming.bytes.rate_b_single_2b_1b_t2_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.packets.rate_pcm_port_1:
+ network.outgoing.bytes.rate_b_single_2b_1b_t2_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outpoing.packets_pcm_port_1:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ attachment_b_single_2b_1b_t2_port:
+ type: tosca.capabilities.Attachment
occurrences:
- 1
- UNBOUNDED
- memory_server_pcm:
+ disk.write.bytes.rate_b_single_2b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.requests_server_pcm:
+ disk.device.capacity_b_single_2b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outpoing.packets_pcm_port_0:
+ cpu.delta_b_single_2b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.iops_server_pcm:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ host_b_single_2b:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
occurrences:
- 1
- UNBOUNDED
- memory.resident_server_pcm:
+ disk.device.write.requests_b_single_2b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.requests_server_pcm:
+ network.incoming.packets.rate_b_single_2b_1b_t2_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.usage_server_pcm:
+ disk.read.bytes_b_single_2b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.allocation_server_pcm:
+ disk.device.iops_b_single_2b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.usage_server_pcm:
+ disk.ephemeral.size_b_single_2b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.bytes_server_pcm:
+ network.incoming.bytes.rate_b_single_2b_1b_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.root.size_server_pcm:
+ network.incoming.bytes_b_single_2b_1b_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.ephemeral.size_server_pcm:
+ disk.write.requests.rate_b_single_2b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.latency_server_pcm:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ feature_b_single_2b:
+ type: tosca.capabilities.Node
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes_pcm_port_0:
+ memory.resident_b_single_2b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes_pcm_port_1:
+ disk.write.requests_b_single_2b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- binding_pcm_port_0:
- type: tosca.capabilities.network.Bindable
- valid_source_types:
- - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
- occurrences:
- - 0
- - UNBOUNDED
- binding_pcm_port_1:
- type: tosca.capabilities.network.Bindable
- valid_source_types:
- - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ network.outgoing.packets.rate_b_single_2b_1b_t2_port:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- - 0
+ - 1
- UNBOUNDED
- memory.usage_server_pcm:
+ disk.capacity_b_single_2b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.read.requests_server_pcm:
+ disk.device.read.bytes_b_single_2b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.capacity_server_pcm:
+ network.incoming.packets.rate_b_single_2b_1b_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- os_server_pcm:
- type: tosca.capabilities.OperatingSystem
+ attachment_b_single_2b_1b_t1_port:
+ type: tosca.capabilities.Attachment
occurrences:
- 1
- UNBOUNDED
- disk.read.bytes_server_pcm:
+ disk.write.bytes_b_single_2b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.packets.rate_pcm_port_0:
+ network.incoming.packets_b_single_2b_1b_t2_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.packets.rate_pcm_port_1:
+ vcpus_b_single_2b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- feature_pcm_port_1:
- type: tosca.capabilities.Node
- occurrences:
- - 1
- - UNBOUNDED
- network.outgoing.bytes_pcm_port_0:
+ disk.device.read.requests.rate_b_single_2b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.bytes_server_pcm:
+ binding_b_single_2b_1b_t2_port:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ instance_b_single_2b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- feature_pcm_port_0:
- type: tosca.capabilities.Node
+ network.outpoing.packets_b_single_2b_1b_t2_port:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes_pcm_port_1:
+ disk.device.read.requests_b_single_2b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- attachment_pcm_port_0:
- type: tosca.capabilities.Attachment
+ disk.device.latency_b_single_2b:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- attachment_pcm_port_1:
- type: tosca.capabilities.Attachment
+ network.outgoing.bytes_b_single_2b_1b_t2_port:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- endpoint_server_pcm:
- type: tosca.capabilities.Endpoint.Admin
+ disk.device.allocation_b_single_2b:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.requests.rate_server_pcm:
+ disk.latency_b_single_2b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- vcpus_server_pcm:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ feature_b_single_2b_1b_t1_port:
+ type: tosca.capabilities.Node
occurrences:
- 1
- UNBOUNDED
- disk.write.bytes_server_pcm:
+ disk.device.read.bytes.rate_b_single_2b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.iops_server_pcm:
+ network.outpoing.packets_b_single_2b_1b_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.read.bytes.rate_server_pcm:
+ disk.device.write.bytes.rate_b_single_2b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.allocation_server_pcm:
+ disk.allocation_b_single_2b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- scalable_server_pcm:
- type: tosca.capabilities.Scalable
+ memory_b_single_2b:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.bytes.rate_server_pcm:
+ network.outgoing.packets.rate_b_single_2b_1b_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- cpu_util_server_pcm:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ binding_b_single_2b:
+ type: tosca.capabilities.network.Bindable
occurrences:
- 1
- UNBOUNDED
- disk.write.requests.rate_server_pcm:
+ network.incoming.packets_b_single_2b_1b_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.bytes.rate_server_pcm:
+ network.outgoing.bytes_b_single_2b_1b_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- host_server_pcm:
- type: tosca.capabilities.Container
+ binding_b_single_2b_1b_t1_port:
+ type: tosca.capabilities.network.Bindable
valid_source_types:
- - tosca.nodes.SoftwareComponent
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ feature_b_single_2b_1b_t2_port:
+ type: tosca.capabilities.Node
occurrences:
- 1
- UNBOUNDED
- cpu.delta_server_pcm:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ os_b_single_2b:
+ type: tosca.capabilities.OperatingSystem
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes.rate_pcm_port_1:
+ disk.root.size_b_single_2b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.packets_pcm_port_0:
+ disk.read.requests_b_single_2b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- binding_server_pcm:
- type: tosca.capabilities.network.Bindable
+ endpoint_b_single_2b:
+ type: tosca.capabilities.Endpoint.Admin
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes.rate_pcm_port_0:
+ disk.iops_b_single_2b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.capacity_server_pcm:
+ disk.device.write.bytes_b_single_2b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.packets_pcm_port_1:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ scalable_b_single_2b:
+ type: tosca.capabilities.Scalable
occurrences:
- 1
- UNBOUNDED
- instance_server_pcm:
+ memory.usage_b_single_2b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.requests.rate_server_pcm:
+ cpu_util_b_single_2b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.latency_server_pcm:
+ disk.device.usage_b_single_2b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.requests_server_pcm:
+ disk.device.write.requests.rate_b_single_2b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- feature_server_pcm:
- type: tosca.capabilities.Node
+ cpu_b_single_2b:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes.rate_pcm_port_0:
+ disk.read.bytes.rate_b_single_2b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.bytes.rate_server_pcm:
+ network.incoming.bytes_b_single_2b_1b_t2_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes.rate_pcm_port_1:
+ network.outgoing.bytes.rate_b_single_2b_1b_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- org.openecomp.resource.abstract.nodes.2c2_catalog_instance:
- derived_from: org.openecomp.resource.abstract.nodes.VFC
+ org.openecomp.resource.vfc.nodes.heat.2c2_catalog_instance:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
properties:
compute_2c2_catalog_instance_user_data_format:
type: list
required: false
default: 0
status: SUPPORTED
- constraints:
- - greater_or_equal: 0
- compute_2c2_catalog_instance_name:
- type: list
+ constraints:
+ - greater_or_equal: 0
+ compute_2c2_catalog_instance_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_2c202_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_2c202_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c201_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_1c201_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_2c202_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_1c201_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c201_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c201_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ attributes:
+ 2c2_catalog_instance_instance_name:
+ type: string
+ status: SUPPORTED
+ org.openecomp.resource.vfc.nodes.heat.1c2_catalog_instance:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ compute_1c2_catalog_instance_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c201_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_1c2_catalog_instance_personality:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ port_2c202_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_2c202_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_1c201_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_2c202_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_2c202_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_2c202_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_1c201_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c201_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_2c202_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_1c2_catalog_instance_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_2c202_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_2c202_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c201_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_1c201_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_2c202_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_1c201_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c201_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_1c2_catalog_instance_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1c201_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_1c2_catalog_instance_scheduler_hints:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ attributes:
+ 1c2_catalog_instance_instance_name:
+ type: string
+ status: SUPPORTED
+ 1c2_catalog_instance_1c201_port_tenant_id:
+ type: string
+ status: SUPPORTED
+ org.openecomp.resource.abstract.nodes.heat.nested-no_vfc_v0.1:
+ derived_from: org.openecomp.resource.abstract.nodes.AbstractSubstitute
+ properties:
+ server_group:
+ type: string
+ required: true
+ status: SUPPORTED
+ connectivityChk:
+ type: json
+ required: true
+ status: SUPPORTED
+ availabilityzone_name:
+ type: string
+ description: availabilityzone name
+ required: true
+ status: SUPPORTED
+ oam_net_gw:
+ type: string
+ description: CPS network gateway
+ required: true
+ status: SUPPORTED
+ pcm_image_name:
+ type: string
+ description: PCRF CM image name
+ required: true
+ status: SUPPORTED
+ security_group_name:
+ type: string
+ description: the name of security group
+ required: true
+ status: SUPPORTED
+ cps_net_ip:
+ type: string
+ description: CPS network ip
+ required: true
+ status: SUPPORTED
+ pcm_flavor_name:
+ type: string
+ description: flavor name of PCRF CM instance
+ required: true
+ status: SUPPORTED
+ pcm_vol:
+ type: string
+ description: CPS Cluman Cinder Volume
required: true
status: SUPPORTED
- entry_schema:
- type: string
- port_2c202_port_mac_requirements:
- type: org.openecomp.datatypes.network.MacRequirements
+ pcm_server_name:
+ type: string
+ description: PCRF CM server name
required: true
status: SUPPORTED
- port_2c202_port_network:
- type: list
+ cps_net_name:
+ type: string
+ description: CPS network name
required: true
status: SUPPORTED
- entry_schema:
- type: string
- port_1c201_port_ip_requirements:
- type: list
+ cps_net_mask:
+ type: string
+ description: CPS network mask
required: true
status: SUPPORTED
- entry_schema:
- type: org.openecomp.datatypes.network.IpRequirements
- port_1c201_port_mac_requirements:
- type: org.openecomp.datatypes.network.MacRequirements
+ oam_net_ip:
+ type: string
+ description: OAM network ip
required: true
status: SUPPORTED
- port_2c202_port_exCP_naming:
- type: org.openecomp.datatypes.Naming
+ oam_net_mask:
+ type: string
+ description: CPS network mask
required: true
status: SUPPORTED
- port_1c201_port_subnetpoolid:
+ pcma_flavor_name:
type: string
required: true
status: SUPPORTED
- port_1c201_port_network_role:
+ oam_net_name:
type: string
+ description: OAM network name
required: true
status: SUPPORTED
- port_1c201_port_network:
- type: list
+ pcma_server_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ pcma_image_name:
+ type: string
required: true
status: SUPPORTED
- entry_schema:
- type: string
attributes:
- 2c2_catalog_instance_instance_name:
+ portId:
type: string
status: SUPPORTED
requirements:
- - dependency_2c2_catalog_instance:
+ - dependency_pcm_port_2:
capability: tosca.capabilities.Node
node: tosca.nodes.Root
relationship: tosca.relationships.DependsOn
occurrences:
- 0
- UNBOUNDED
- - local_storage_2c2_catalog_instance:
- capability: tosca.capabilities.Attachment
- node: tosca.nodes.BlockStorage
- relationship: tosca.relationships.AttachesTo
+ - link_pcm_port_2:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
occurrences:
- - 0
- - UNBOUNDED
- - dependency_2c2_catalog_instance_2c202_port:
+ - 1
+ - 1
+ - dependency_pcm_port_1:
capability: tosca.capabilities.Node
node: tosca.nodes.Root
relationship: tosca.relationships.DependsOn
occurrences:
- 0
- UNBOUNDED
- - link_2c2_catalog_instance_2c202_port:
+ - link_pcm_port_1:
capability: tosca.capabilities.network.Linkable
relationship: tosca.relationships.network.LinksTo
occurrences:
- 1
- 1
- - dependency_2c2_catalog_instance_1c201_port:
+ - dependency_pcm_port_3:
capability: tosca.capabilities.Node
node: tosca.nodes.Root
relationship: tosca.relationships.DependsOn
occurrences:
- 0
- UNBOUNDED
- - link_2c2_catalog_instance_1c201_port:
+ - link_pcm_port_3:
capability: tosca.capabilities.network.Linkable
relationship: tosca.relationships.network.LinksTo
occurrences:
- 1
- 1
- capabilities:
- network.outgoing.packets.rate_2c2_catalog_instance_1c201_port:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- instance_2c2_catalog_instance:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- disk.write.bytes_2c2_catalog_instance:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- disk.capacity_2c2_catalog_instance:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- disk.device.read.bytes.rate_2c2_catalog_instance:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- disk.read.bytes_2c2_catalog_instance:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- disk.write.requests.rate_2c2_catalog_instance:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- disk.device.read.bytes_2c2_catalog_instance:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- disk.device.allocation_2c2_catalog_instance:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- scalable_2c2_catalog_instance:
- type: tosca.capabilities.Scalable
- occurrences:
- - 1
- - UNBOUNDED
- disk.device.read.requests_2c2_catalog_instance:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- network.outgoing.bytes_2c2_catalog_instance_1c201_port:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- disk.root.size_2c2_catalog_instance:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- disk.device.write.requests_2c2_catalog_instance:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- host_2c2_catalog_instance:
- type: tosca.capabilities.Container
- valid_source_types:
- - tosca.nodes.SoftwareComponent
- occurrences:
- - 1
- - UNBOUNDED
- disk.allocation_2c2_catalog_instance:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- binding_2c2_catalog_instance_1c201_port:
- type: tosca.capabilities.network.Bindable
- valid_source_types:
- - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ - dependency_server_pcma2:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
occurrences:
- 0
- UNBOUNDED
- disk.device.write.requests.rate_2c2_catalog_instance:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- os_2c2_catalog_instance:
- type: tosca.capabilities.OperatingSystem
- occurrences:
- - 1
- - UNBOUNDED
- network.outpoing.packets_2c2_catalog_instance_2c202_port:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- disk.device.write.bytes.rate_2c2_catalog_instance:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- network.outgoing.bytes.rate_2c2_catalog_instance_1c201_port:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- network.incoming.packets.rate_2c2_catalog_instance_1c201_port:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- disk.latency_2c2_catalog_instance:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- disk.iops_2c2_catalog_instance:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ - local_storage_server_pcma2:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
occurrences:
- - 1
+ - 0
- UNBOUNDED
- endpoint_2c2_catalog_instance:
- type: tosca.capabilities.Endpoint.Admin
+ - dependency_server_pcma1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
occurrences:
- - 1
+ - 0
- UNBOUNDED
- vcpus_2c2_catalog_instance:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ - local_storage_server_pcma1:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
occurrences:
- - 1
+ - 0
- UNBOUNDED
- network.incoming.bytes_2c2_catalog_instance_2c202_port:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ - dependency_pcm_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
occurrences:
- - 1
+ - 0
- UNBOUNDED
- feature_2c2_catalog_instance_1c201_port:
- type: tosca.capabilities.Node
+ - link_pcm_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
occurrences:
- 1
- - UNBOUNDED
- network.incoming.bytes.rate_2c2_catalog_instance_2c202_port:
+ - 1
+ capabilities:
+ network.incoming.packets.rate_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.iops_2c2_catalog_instance:
+ network.incoming.packets.rate_pcm_port_3:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- attachment_2c2_catalog_instance_1c201_port:
- type: tosca.capabilities.Attachment
- occurrences:
- - 1
- - UNBOUNDED
- network.incoming.packets_2c2_catalog_instance_1c201_port:
+ network.incoming.packets.rate_pcm_port_2:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.latency_2c2_catalog_instance:
+ network.incoming.packets.rate_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.packets.rate_2c2_catalog_instance_2c202_port:
+ network.outpoing.packets_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.read.bytes.rate_2c2_catalog_instance:
+ disk.device.iops_server_pcma2:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory.usage_2c2_catalog_instance:
+ network.outpoing.packets_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.bytes.rate_2c2_catalog_instance:
+ network.outpoing.packets_pcm_port_3:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.capacity_2c2_catalog_instance:
+ network.outpoing.packets_pcm_port_2:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.read.requests_2c2_catalog_instance:
+ disk.device.iops_server_pcma1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes_2c2_catalog_instance_2c202_port:
+ disk.device.capacity_server_pcma2:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- cpu_2c2_catalog_instance:
+ disk.device.capacity_server_pcma1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.ephemeral.size_2c2_catalog_instance:
+ disk.read.requests_server_pcma2:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.bytes_2c2_catalog_instance:
+ disk.read.requests_server_pcma1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory.resident_2c2_catalog_instance:
+ disk.write.requests.rate_server_pcma1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.usage_2c2_catalog_instance:
+ disk.write.requests.rate_server_pcma2:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes.rate_2c2_catalog_instance_2c202_port:
+ memory_server_pcma2:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outpoing.packets_2c2_catalog_instance_1c201_port:
+ memory_server_pcma1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- cpu_util_2c2_catalog_instance:
+ disk.device.read.bytes.rate_server_pcma1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes.rate_2c2_catalog_instance_1c201_port:
+ network.outgoing.bytes_pcm_port_3:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.usage_2c2_catalog_instance:
+ disk.device.read.bytes.rate_server_pcma2:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- binding_2c2_catalog_instance_2c202_port:
+ binding_pcm_port_3:
type: tosca.capabilities.network.Bindable
valid_source_types:
- org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
occurrences:
- 0
- UNBOUNDED
- feature_2c2_catalog_instance:
- type: tosca.capabilities.Node
+ disk.device.latency_server_pcma2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.requests_2c2_catalog_instance:
+ disk.device.usage_server_pcma2:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- cpu.delta_2c2_catalog_instance:
+ network.incoming.bytes_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.packets.rate_2c2_catalog_instance_2c202_port:
+ disk.device.latency_server_pcma1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- binding_2c2_catalog_instance:
- type: tosca.capabilities.network.Bindable
+ network.incoming.bytes_pcm_port_2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- attachment_2c2_catalog_instance_2c202_port:
- type: tosca.capabilities.Attachment
+ network.incoming.bytes_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.packets_2c2_catalog_instance_2c202_port:
+ disk.device.usage_server_pcma1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- feature_2c2_catalog_instance_2c202_port:
- type: tosca.capabilities.Node
+ binding_pcm_port_0:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
occurrences:
- - 1
+ - 0
- UNBOUNDED
- memory_2c2_catalog_instance:
+ binding_pcm_port_1:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ binding_pcm_port_2:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ network.incoming.bytes_pcm_port_3:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes_2c2_catalog_instance_1c201_port:
+ network.outgoing.packets.rate_pcm_port_3:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.requests.rate_2c2_catalog_instance:
+ disk.device.read.requests_server_pcma1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- - 1
- - UNBOUNDED
- org.openecomp.resource.abstract.nodes.1c2_catalog_instance:
- derived_from: org.openecomp.resource.abstract.nodes.VFC
- properties:
- compute_1c2_catalog_instance_availability_zone:
- type: list
- required: true
- status: SUPPORTED
- entry_schema:
- type: string
- port_1c201_port_vlan_requirements:
- type: list
- required: true
- status: SUPPORTED
- entry_schema:
- type: org.openecomp.datatypes.network.VlanRequirements
- vm_flavor_name:
- type: string
- required: true
- status: SUPPORTED
- compute_1c2_catalog_instance_personality:
- type: list
- required: true
- status: SUPPORTED
- entry_schema:
- type: json
- port_2c202_port_subnetpoolid:
- type: string
- required: true
- status: SUPPORTED
- port_2c202_port_ip_requirements:
- type: list
- required: true
- status: SUPPORTED
- entry_schema:
- type: org.openecomp.datatypes.network.IpRequirements
- port_1c201_port_exCP_naming:
- type: org.openecomp.datatypes.Naming
- required: true
- status: SUPPORTED
- port_2c202_port_network_role_tag:
- type: string
- required: true
- status: SUPPORTED
- port_2c202_port_network_role:
- type: string
- required: true
- status: SUPPORTED
- vm_image_name:
- type: string
- required: true
- status: SUPPORTED
- port_2c202_port_order:
- type: integer
- required: true
- status: SUPPORTED
- port_1c201_port_network_role_tag:
- type: string
- required: true
- status: SUPPORTED
- port_1c201_port_order:
- type: integer
- required: true
- status: SUPPORTED
- port_2c202_port_vlan_requirements:
- type: list
- required: true
- status: SUPPORTED
- entry_schema:
- type: org.openecomp.datatypes.network.VlanRequirements
- index_value:
- type: integer
- description: Index value of this substitution service template runtime instance
- required: false
- default: 0
- status: SUPPORTED
- constraints:
- - greater_or_equal: 0
- compute_1c2_catalog_instance_name:
- type: list
- required: true
- status: SUPPORTED
- entry_schema:
- type: string
- port_2c202_port_mac_requirements:
- type: org.openecomp.datatypes.network.MacRequirements
- required: true
- status: SUPPORTED
- port_2c202_port_network:
- type: list
- required: true
- status: SUPPORTED
- entry_schema:
- type: string
- port_1c201_port_ip_requirements:
- type: list
- required: true
- status: SUPPORTED
- entry_schema:
- type: org.openecomp.datatypes.network.IpRequirements
- port_1c201_port_mac_requirements:
- type: org.openecomp.datatypes.network.MacRequirements
- required: true
- status: SUPPORTED
- port_2c202_port_exCP_naming:
- type: org.openecomp.datatypes.Naming
- required: true
- status: SUPPORTED
- port_1c201_port_subnetpoolid:
- type: string
- required: true
- status: SUPPORTED
- port_1c201_port_network_role:
- type: string
- required: true
- status: SUPPORTED
- compute_1c2_catalog_instance_user_data_format:
- type: list
- required: true
- status: SUPPORTED
- entry_schema:
- type: string
- port_1c201_port_network:
- type: list
- required: true
- status: SUPPORTED
- entry_schema:
- type: string
- compute_1c2_catalog_instance_scheduler_hints:
- type: list
- required: true
- status: SUPPORTED
- entry_schema:
- type: json
- attributes:
- 1c2_catalog_instance_instance_name:
- type: string
- status: SUPPORTED
- 1c2_catalog_instance_1c201_port_tenant_id:
- type: string
- status: SUPPORTED
- requirements:
- - dependency_1c2_catalog_instance:
- capability: tosca.capabilities.Node
- node: tosca.nodes.Root
- relationship: tosca.relationships.DependsOn
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests_server_pcma2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- - 0
+ - 1
- UNBOUNDED
- - local_storage_1c2_catalog_instance:
- capability: tosca.capabilities.Attachment
- node: tosca.nodes.BlockStorage
- relationship: tosca.relationships.AttachesTo
+ network.outgoing.packets.rate_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- - 0
+ - 1
- UNBOUNDED
- - dependency_1c2_catalog_instance_1c201_port:
- capability: tosca.capabilities.Node
- node: tosca.nodes.Root
- relationship: tosca.relationships.DependsOn
+ network.outgoing.packets.rate_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- - 0
+ - 1
- UNBOUNDED
- - link_1c2_catalog_instance_1c201_port:
- capability: tosca.capabilities.network.Linkable
- relationship: tosca.relationships.network.LinksTo
+ disk.write.bytes_server_pcma2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests.rate_server_pcma1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_pcm_port_2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
- 1
- - dependency_1c2_catalog_instance_2c202_port:
- capability: tosca.capabilities.Node
- node: tosca.nodes.Root
- relationship: tosca.relationships.DependsOn
+ - UNBOUNDED
+ disk.device.read.requests.rate_server_pcma2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- - 0
+ - 1
- UNBOUNDED
- - link_1c2_catalog_instance_2c202_port:
- capability: tosca.capabilities.network.Linkable
- relationship: tosca.relationships.network.LinksTo
+ disk.write.bytes_server_pcma1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
+ - UNBOUNDED
+ feature_pcm_port_1:
+ type: tosca.capabilities.Node
+ occurrences:
- 1
- capabilities:
- disk.device.capacity_1c2_catalog_instance:
+ - UNBOUNDED
+ binding_server_pcma1:
+ type: tosca.capabilities.network.Bindable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- attachment_1c2_catalog_instance_2c202_port:
- type: tosca.capabilities.Attachment
+ binding_server_pcma2:
+ type: tosca.capabilities.network.Bindable
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes.rate_1c2_catalog_instance_2c202_port:
+ feature_pcm_port_0:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_pcm_port_2:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.packets_1c2_catalog_instance_2c202_port:
+ feature_pcm_port_3:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_pcm_port_2:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.packets.rate_1c2_catalog_instance_1c201_port:
+ attachment_pcm_port_0:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_pcm_port_1:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes.rate_server_pcma2:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.read.bytes.rate_1c2_catalog_instance:
+ attachment_pcm_port_2:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes.rate_server_pcma1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes_1c2_catalog_instance_1c201_port:
+ attachment_pcm_port_3:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.root.size_server_pcma2:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory.usage_1c2_catalog_instance:
+ disk.root.size_server_pcma1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- binding_1c2_catalog_instance_1c201_port:
- type: tosca.capabilities.network.Bindable
- valid_source_types:
- - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ disk.iops_server_pcma2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- - 0
+ - 1
- UNBOUNDED
- disk.write.bytes.rate_1c2_catalog_instance:
+ disk.iops_server_pcma1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- cpu_util_1c2_catalog_instance:
+ disk.device.write.bytes.rate_server_pcma1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- cpu_1c2_catalog_instance:
+ disk.device.write.bytes.rate_server_pcma2:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.read.requests_1c2_catalog_instance:
+ disk.read.bytes_server_pcma1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outpoing.packets_1c2_catalog_instance_1c201_port:
+ disk.read.bytes_server_pcma2:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.ephemeral.size_1c2_catalog_instance:
+ cpu_util_server_pcma1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.bytes_1c2_catalog_instance:
+ cpu_util_server_pcma2:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory.resident_1c2_catalog_instance:
+ feature_server_pcma2:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.usage_server_pcma2:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.requests.rate_1c2_catalog_instance:
+ memory.usage_server_pcma1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- os_1c2_catalog_instance:
- type: tosca.capabilities.OperatingSystem
+ feature_server_pcma1:
+ type: tosca.capabilities.Node
occurrences:
- 1
- UNBOUNDED
- disk.device.iops_1c2_catalog_instance:
+ disk.read.bytes.rate_server_pcma1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- feature_1c2_catalog_instance_2c202_port:
- type: tosca.capabilities.Node
+ disk.device.read.bytes_server_pcma2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.packets.rate_1c2_catalog_instance_2c202_port:
+ disk.device.read.bytes_server_pcma1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- endpoint_1c2_catalog_instance:
+ endpoint_server_pcma2:
type: tosca.capabilities.Endpoint.Admin
occurrences:
- 1
- UNBOUNDED
- disk.allocation_1c2_catalog_instance:
+ disk.read.bytes.rate_server_pcma2:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.latency_1c2_catalog_instance:
+ endpoint_server_pcma1:
+ type: tosca.capabilities.Endpoint.Admin
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu.delta_server_pcma1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes.rate_1c2_catalog_instance_2c202_port:
+ cpu.delta_server_pcma2:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.iops_1c2_catalog_instance:
+ host_server_pcma2:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
+ occurrences:
+ - 1
+ - UNBOUNDED
+ host_server_pcma1:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.ephemeral.size_server_pcma1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- binding_1c2_catalog_instance_2c202_port:
- type: tosca.capabilities.network.Bindable
- valid_source_types:
- - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ disk.ephemeral.size_server_pcma2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- - 0
+ - 1
- UNBOUNDED
- vcpus_1c2_catalog_instance:
+ disk.device.write.requests.rate_server_pcma2:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.latency_1c2_catalog_instance:
+ disk.latency_server_pcma1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes_1c2_catalog_instance_1c201_port:
+ disk.latency_server_pcma2:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- attachment_1c2_catalog_instance_1c201_port:
- type: tosca.capabilities.Attachment
+ disk.device.write.requests.rate_server_pcma1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ scalable_server_pcma2:
+ type: tosca.capabilities.Scalable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ scalable_server_pcma1:
+ type: tosca.capabilities.Scalable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests_server_pcma1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests_server_pcma2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ instance_server_pcma2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.allocation_server_pcma1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.allocation_server_pcma2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes.rate_1c2_catalog_instance_1c201_port:
+ instance_server_pcma1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.packets_1c2_catalog_instance_1c201_port:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ os_server_pcma1:
+ type: tosca.capabilities.OperatingSystem
occurrences:
- 1
- UNBOUNDED
- disk.read.bytes_1c2_catalog_instance:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ os_server_pcma2:
+ type: tosca.capabilities.OperatingSystem
occurrences:
- 1
- UNBOUNDED
- instance_1c2_catalog_instance:
+ disk.capacity_server_pcma1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.capacity_1c2_catalog_instance:
+ disk.capacity_server_pcma2:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.bytes_1c2_catalog_instance:
+ disk.write.requests_server_pcma1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.bytes.rate_1c2_catalog_instance:
+ disk.write.requests_server_pcma2:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes_1c2_catalog_instance_2c202_port:
+ network.outgoing.bytes.rate_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.allocation_1c2_catalog_instance:
+ network.incoming.packets_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.bytes_1c2_catalog_instance:
+ network.outgoing.bytes.rate_pcm_port_2:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.requests_1c2_catalog_instance:
+ network.outgoing.bytes.rate_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.bytes.rate_1c2_catalog_instance:
+ network.incoming.packets_pcm_port_3:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- scalable_1c2_catalog_instance:
- type: tosca.capabilities.Scalable
+ disk.usage_server_pcma2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.requests_1c2_catalog_instance:
+ network.incoming.packets_pcm_port_2:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- host_1c2_catalog_instance:
- type: tosca.capabilities.Container
- valid_source_types:
- - tosca.nodes.SoftwareComponent
+ network.outgoing.bytes.rate_pcm_port_3:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.root.size_1c2_catalog_instance:
+ disk.usage_server_pcma1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- feature_1c2_catalog_instance_1c201_port:
- type: tosca.capabilities.Node
+ vcpus_server_pcma1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outpoing.packets_1c2_catalog_instance_2c202_port:
+ memory.resident_server_pcma1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.packets.rate_1c2_catalog_instance_2c202_port:
+ network.incoming.packets_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.usage_1c2_catalog_instance:
+ vcpus_server_pcma2:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.packets.rate_1c2_catalog_instance_1c201_port:
+ memory.resident_server_pcma2:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.usage_1c2_catalog_instance:
+ disk.device.write.bytes_server_pcma2:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- feature_1c2_catalog_instance:
- type: tosca.capabilities.Node
+ disk.allocation_server_pcma1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory_1c2_catalog_instance:
+ disk.allocation_server_pcma2:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes.rate_1c2_catalog_instance_1c201_port:
+ disk.device.write.bytes_server_pcma1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.requests.rate_1c2_catalog_instance:
+ cpu_server_pcma1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.requests_1c2_catalog_instance:
+ network.incoming.bytes.rate_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- binding_1c2_catalog_instance:
- type: tosca.capabilities.network.Bindable
+ cpu_server_pcma2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- cpu.delta_1c2_catalog_instance:
+ network.incoming.bytes.rate_pcm_port_3:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes_1c2_catalog_instance_2c202_port:
+ network.incoming.bytes.rate_pcm_port_2:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.requests.rate_1c2_catalog_instance:
+ network.incoming.bytes.rate_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- org.openecomp.resource.abstract.nodes.a_single_2a:
+ org.openecomp.resource.abstract.nodes.1c12_scalling_instance:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
- compute_a_single_2a_user_data_format:
+ port_1c1_t1_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ compute_1c12_scalling_instance_scheduler_hints:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ port_1c1_t1_port_fixed_ips:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.heat.neutron.port.FixedIps
+ compute_1c12_scalling_instance_name:
type: list
required: true
status: SUPPORTED
entry_schema:
type: string
- port_1a_t1_port_exCP_naming:
- type: org.openecomp.datatypes.Naming
+ port_1c1_t1_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_1c1_t1_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
required: true
status: SUPPORTED
index_value:
status: SUPPORTED
constraints:
- greater_or_equal: 0
- port_1a_t1_port_ip_requirements:
- type: list
- required: true
- status: SUPPORTED
- entry_schema:
- type: org.openecomp.datatypes.network.IpRequirements
- port_1a_t1_port_network_role_tag:
- type: string
- required: true
- status: SUPPORTED
- port_1a_t1_port_network_role:
+ vm_flavor_name:
type: string
required: true
status: SUPPORTED
- compute_a_single_2a_scheduler_hints:
+ compute_1c12_scalling_instance_user_data_format:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: json
- port_1a_t1_port_order:
- type: integer
- required: true
- status: SUPPORTED
- compute_a_single_2a_availability_zone:
+ type: string
+ port_1c1_t1_port_ip_requirements:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: string
- vm_flavor_name:
+ type: org.openecomp.datatypes.network.IpRequirements
+ vm_image_name:
type: string
required: true
status: SUPPORTED
- port_1a_t1_port_mac_requirements:
- type: org.openecomp.datatypes.network.MacRequirements
- required: true
- status: SUPPORTED
- port_1a_t1_port_network:
+ port_1c1_t1_port_name:
type: list
required: true
status: SUPPORTED
entry_schema:
type: string
- port_1a_t1_port_subnetpoolid:
+ port_1c1_t1_port_subnetpoolid:
type: string
required: true
status: SUPPORTED
- compute_a_single_2a_name:
- type: list
+ port_1c1_t1_port_network_role_tag:
+ type: string
required: true
status: SUPPORTED
- entry_schema:
- type: string
- vm_image_name:
+ port_1c1_t1_port_network_role:
type: string
required: true
status: SUPPORTED
- port_1a_t1_port_vlan_requirements:
+ compute_1c12_scalling_instance_availability_zone:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: org.openecomp.datatypes.network.VlanRequirements
- compute_a_single_2a_metadata:
+ type: string
+ port_1c1_t1_port_network:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: json
+ type: string
+ port_1c1_t1_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
attributes:
- a_single_2a_instance_name:
+ 1c12_scalling_instance_1c1_t1_port_tenant_id:
+ type: string
+ status: SUPPORTED
+ 1c12_scalling_instance_instance_name:
type: string
status: SUPPORTED
requirements:
- - dependency_a_single_2a:
+ - dependency_1c12_scalling_instance_1c1_t1_port:
capability: tosca.capabilities.Node
node: tosca.nodes.Root
relationship: tosca.relationships.DependsOn
occurrences:
- 0
- UNBOUNDED
- - local_storage_a_single_2a:
- capability: tosca.capabilities.Attachment
- node: tosca.nodes.BlockStorage
- relationship: tosca.relationships.AttachesTo
+ - link_1c12_scalling_instance_1c1_t1_port:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
occurrences:
- - 0
- - UNBOUNDED
- - dependency_a_single_2a_1a_t1_port:
+ - 1
+ - 1
+ - dependency_1c12_scalling_instance:
capability: tosca.capabilities.Node
node: tosca.nodes.Root
relationship: tosca.relationships.DependsOn
occurrences:
- 0
- UNBOUNDED
- - link_a_single_2a_1a_t1_port:
- capability: tosca.capabilities.network.Linkable
- relationship: tosca.relationships.network.LinksTo
+ - local_storage_1c12_scalling_instance:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
occurrences:
- - 1
- - 1
+ - 0
+ - UNBOUNDED
capabilities:
- disk.capacity_a_single_2a:
+ cpu_1c12_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.ephemeral.size_a_single_2a:
+ disk.device.write.bytes_1c12_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.bytes_a_single_2a:
+ network.incoming.bytes.rate_1c12_scalling_instance_1c1_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- cpu_util_a_single_2a:
+ disk.usage_1c12_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.requests_a_single_2a:
+ disk.device.read.requests_1c12_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.read.requests_a_single_2a:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ feature_1c12_scalling_instance_1c1_t1_port:
+ type: tosca.capabilities.Node
occurrences:
- 1
- UNBOUNDED
- disk.device.iops_a_single_2a:
+ disk.device.latency_1c12_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.usage_a_single_2a:
+ network.outgoing.bytes_1c12_scalling_instance_1c1_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.read.bytes.rate_a_single_2a:
+ cpu_util_1c12_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.requests.rate_a_single_2a:
+ disk.read.bytes_1c12_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes.rate_a_single_2a_1a_t1_port:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ binding_1c12_scalling_instance:
+ type: tosca.capabilities.network.Bindable
occurrences:
- 1
- UNBOUNDED
- disk.write.requests.rate_a_single_2a:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ endpoint_1c12_scalling_instance:
+ type: tosca.capabilities.Endpoint.Admin
occurrences:
- 1
- UNBOUNDED
- disk.device.latency_a_single_2a:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ scalable_1c12_scalling_instance:
+ type: tosca.capabilities.Scalable
occurrences:
- 1
- UNBOUNDED
- disk.read.bytes_a_single_2a:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ os_1c12_scalling_instance:
+ type: tosca.capabilities.OperatingSystem
occurrences:
- 1
- UNBOUNDED
- disk.device.read.requests_a_single_2a:
+ disk.device.usage_1c12_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.allocation_a_single_2a:
+ disk.device.allocation_1c12_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.latency_a_single_2a:
+ binding_1c12_scalling_instance_1c1_t1_port:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ network.incoming.packets_1c12_scalling_instance_1c1_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.packets.rate_a_single_2a_1a_t1_port:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ attachment_1c12_scalling_instance_1c1_t1_port:
+ type: tosca.capabilities.Attachment
occurrences:
- 1
- UNBOUNDED
- disk.usage_a_single_2a:
+ disk.latency_1c12_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes_a_single_2a_1a_t1_port:
+ network.incoming.bytes_1c12_scalling_instance_1c1_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- scalable_a_single_2a:
- type: tosca.capabilities.Scalable
+ memory_1c12_scalling_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- feature_a_single_2a_1a_t1_port:
- type: tosca.capabilities.Node
+ host_1c12_scalling_instance:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
occurrences:
- 1
- UNBOUNDED
- disk.device.write.bytes_a_single_2a:
+ cpu.delta_1c12_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.bytes.rate_a_single_2a:
+ disk.device.capacity_1c12_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- endpoint_a_single_2a:
- type: tosca.capabilities.Endpoint.Admin
+ disk.read.requests_1c12_scalling_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.root.size_a_single_2a:
+ disk.write.requests.rate_1c12_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.requests_a_single_2a:
+ disk.write.bytes.rate_1c12_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- attachment_a_single_2a_1a_t1_port:
- type: tosca.capabilities.Attachment
+ disk.write.requests_1c12_scalling_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.iops_a_single_2a:
+ network.outgoing.bytes.rate_1c12_scalling_instance_1c1_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- vcpus_a_single_2a:
+ disk.ephemeral.size_1c12_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- os_a_single_2a:
- type: tosca.capabilities.OperatingSystem
+ disk.device.read.requests.rate_1c12_scalling_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.bytes.rate_a_single_2a:
+ instance_1c12_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.capacity_a_single_2a:
+ disk.device.read.bytes.rate_1c12_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- cpu_a_single_2a:
+ disk.iops_1c12_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.requests.rate_a_single_2a:
+ disk.device.iops_1c12_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory.usage_a_single_2a:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ feature_1c12_scalling_instance:
+ type: tosca.capabilities.Node
occurrences:
- 1
- UNBOUNDED
- network.outgoing.packets.rate_a_single_2a_1a_t1_port:
+ disk.device.write.bytes.rate_1c12_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outpoing.packets_a_single_2a_1a_t1_port:
+ disk.write.bytes_1c12_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- binding_a_single_2a:
- type: tosca.capabilities.network.Bindable
+ disk.device.read.bytes_1c12_scalling_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- instance_a_single_2a:
+ vcpus_1c12_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes_a_single_2a_1a_t1_port:
+ network.incoming.packets.rate_1c12_scalling_instance_1c1_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.bytes_a_single_2a:
+ disk.device.write.requests.rate_1c12_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- binding_a_single_2a_1a_t1_port:
- type: tosca.capabilities.network.Bindable
- valid_source_types:
- - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
- occurrences:
- - 0
- - UNBOUNDED
- network.incoming.packets_a_single_2a_1a_t1_port:
+ network.outgoing.packets.rate_1c12_scalling_instance_1c1_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- host_a_single_2a:
- type: tosca.capabilities.Container
- valid_source_types:
- - tosca.nodes.SoftwareComponent
+ disk.device.write.requests_1c12_scalling_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.bytes.rate_a_single_2a:
+ network.outpoing.packets_1c12_scalling_instance_1c1_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory_a_single_2a:
+ disk.allocation_1c12_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.allocation_a_single_2a:
+ disk.root.size_1c12_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory.resident_a_single_2a:
+ disk.capacity_1c12_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes.rate_a_single_2a_1a_t1_port:
+ memory.resident_1c12_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- cpu.delta_a_single_2a:
+ disk.read.bytes.rate_1c12_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- feature_a_single_2a:
- type: tosca.capabilities.Node
+ memory.usage_1c12_scalling_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- org.openecomp.resource.abstract.nodes.pcma_server_1:
- derived_from: org.openecomp.resource.abstract.nodes.VFC
+ org.openecomp.resource.vfc.nodes.heat.pcma_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
properties:
port_pcm_port_0_network_role:
type: string
type: integer
required: true
status: SUPPORTED
+ org.openecomp.resource.vfc.nodes.heat.pcm_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ port_pcm_port_0_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ availabilityzone_name:
+ type: string
+ description: availabilityzone name
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ pcm_image_name:
+ type: string
+ description: PCRF CM image name
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ pcm_server_name:
+ type: string
+ description: PCRF CM server name
+ required: true
+ status: SUPPORTED
+ cps_net_mask:
+ type: string
+ description: CPS network mask
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ oam_net_name:
+ type: string
+ description: OAM network name
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ server_group:
+ type: string
+ required: true
+ status: SUPPORTED
+ connectivityChk:
+ type: json
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ oam_net_gw:
+ type: string
+ description: CPS network gateway
+ required: true
+ status: SUPPORTED
+ security_group_name:
+ type: string
+ description: the name of security group
+ required: true
+ status: SUPPORTED
+ cps_net_ip:
+ type: string
+ description: CPS network ip
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ pcm_flavor_name:
+ type: string
+ description: flavor name of PCRF CM instance
+ required: true
+ status: SUPPORTED
+ pcm_vol:
+ type: string
+ description: CPS Cluman Cinder Volume
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pcm_port_0_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ cps_net_name:
+ type: string
+ description: CPS network name
+ required: true
+ status: SUPPORTED
+ oam_net_ip:
+ type: string
+ description: OAM network ip
+ required: true
+ status: SUPPORTED
+ oam_net_mask:
+ type: string
+ description: CPS network mask
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ attributes:
+ server_pcm_id:
+ type: string
+ description: the pcm nova service id
+ status: SUPPORTED
requirements:
- - dependency_pcma_server:
+ - dependency_pcm_port_1:
capability: tosca.capabilities.Node
node: tosca.nodes.Root
relationship: tosca.relationships.DependsOn
occurrences:
- 0
- UNBOUNDED
- - local_storage_pcma_server:
- capability: tosca.capabilities.Attachment
- node: tosca.nodes.BlockStorage
- relationship: tosca.relationships.AttachesTo
+ - link_pcm_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
occurrences:
- - 0
- - UNBOUNDED
- - dependency_pcma_server_pcm_port_0:
+ - 1
+ - 1
+ - dependency_server_pcm:
capability: tosca.capabilities.Node
node: tosca.nodes.Root
relationship: tosca.relationships.DependsOn
occurrences:
- 0
- UNBOUNDED
- - link_pcma_server_pcm_port_0:
- capability: tosca.capabilities.network.Linkable
- relationship: tosca.relationships.network.LinksTo
+ - local_storage_server_pcm:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
occurrences:
- - 1
- - 1
- - dependency_pcma_server_pcm_port_1:
+ - 0
+ - UNBOUNDED
+ - dependency_pcm_port_0:
capability: tosca.capabilities.Node
node: tosca.nodes.Root
relationship: tosca.relationships.DependsOn
occurrences:
- 0
- UNBOUNDED
- - link_pcma_server_pcm_port_1:
+ - link_pcm_port_0:
capability: tosca.capabilities.network.Linkable
relationship: tosca.relationships.network.LinksTo
occurrences:
- 1
- 1
capabilities:
- cpu.delta_pcma_server:
+ network.incoming.packets.rate_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- scalable_pcma_server:
- type: tosca.capabilities.Scalable
- occurrences:
- - 1
- - UNBOUNDED
- vcpus_pcma_server:
+ cpu_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- host_pcma_server:
- type: tosca.capabilities.Container
- valid_source_types:
- - tosca.nodes.SoftwareComponent
- occurrences:
- - 1
- - UNBOUNDED
- disk.device.read.requests.rate_pcma_server:
+ network.incoming.packets.rate_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.usage_pcma_server:
+ network.outpoing.packets_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- attachment_pcma_server_pcm_port_0:
- type: tosca.capabilities.Attachment
- occurrences:
- - 1
- - UNBOUNDED
- disk.read.bytes_pcma_server:
+ memory_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.iops_pcma_server:
+ disk.write.requests_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes.rate_pcma_server_pcm_port_0:
+ network.outpoing.packets_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes.rate_pcma_server_pcm_port_1:
+ disk.device.iops_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- attachment_pcma_server_pcm_port_1:
- type: tosca.capabilities.Attachment
- occurrences:
- - 1
- - UNBOUNDED
- endpoint_pcma_server:
- type: tosca.capabilities.Endpoint.Admin
- occurrences:
- - 1
- - UNBOUNDED
- feature_pcma_server:
- type: tosca.capabilities.Node
+ memory.resident_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory.usage_pcma_server:
+ disk.device.write.requests_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.packets_pcma_server_pcm_port_0:
+ disk.device.usage_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes.rate_pcma_server_pcm_port_1:
+ disk.allocation_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes_pcma_server_pcm_port_0:
+ disk.usage_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory_pcma_server:
+ disk.device.write.bytes_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes_pcma_server_pcm_port_1:
+ disk.root.size_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- cpu_pcma_server:
+ disk.ephemeral.size_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.bytes.rate_pcma_server:
+ disk.device.latency_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.read.bytes.rate_pcma_server:
+ network.incoming.bytes_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.packets.rate_pcma_server_pcm_port_0:
+ network.incoming.bytes_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- binding_pcma_server_pcm_port_0:
+ binding_pcm_port_0:
type: tosca.capabilities.network.Bindable
valid_source_types:
- org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
occurrences:
- 0
- UNBOUNDED
- network.incoming.packets_pcma_server_pcm_port_1:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- os_pcma_server:
- type: tosca.capabilities.OperatingSystem
- occurrences:
- - 1
- - UNBOUNDED
- binding_pcma_server_pcm_port_1:
+ binding_pcm_port_1:
type: tosca.capabilities.network.Bindable
valid_source_types:
- org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
occurrences:
- 0
- UNBOUNDED
- network.incoming.packets.rate_pcma_server_pcm_port_1:
+ memory.usage_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.requests_pcma_server:
+ disk.read.requests_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.bytes.rate_pcma_server:
+ disk.capacity_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.packets.rate_pcma_server_pcm_port_1:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ os_server_pcm:
+ type: tosca.capabilities.OperatingSystem
occurrences:
- 1
- UNBOUNDED
- disk.device.write.requests.rate_pcma_server:
+ disk.read.bytes_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes.rate_pcma_server_pcm_port_0:
+ network.outgoing.packets.rate_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.packets.rate_pcma_server_pcm_port_0:
+ network.outgoing.packets.rate_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- cpu_util_pcma_server:
+ feature_pcm_port_1:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.bytes_pcma_server:
+ disk.device.read.bytes_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.bytes.rate_pcma_server:
+ feature_pcm_port_0:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.usage_pcma_server:
+ attachment_pcm_port_0:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_pcm_port_1:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ endpoint_server_pcm:
+ type: tosca.capabilities.Endpoint.Admin
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests.rate_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.read.requests_pcma_server:
+ vcpus_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.allocation_pcma_server:
+ disk.write.bytes_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- feature_pcma_server_pcm_port_0:
- type: tosca.capabilities.Node
+ disk.iops_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- feature_pcma_server_pcm_port_1:
- type: tosca.capabilities.Node
+ disk.read.bytes.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.ephemeral.size_pcma_server:
+ disk.device.allocation_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- binding_pcma_server:
- type: tosca.capabilities.network.Bindable
+ scalable_server_pcm:
+ type: tosca.capabilities.Scalable
occurrences:
- 1
- UNBOUNDED
- disk.latency_pcma_server:
+ disk.device.read.bytes.rate_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.requests_pcma_server:
+ cpu_util_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.bytes_pcma_server:
+ disk.write.requests.rate_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.allocation_pcma_server:
+ disk.device.write.bytes.rate_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory.resident_pcma_server:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ host_server_pcm:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
occurrences:
- 1
- UNBOUNDED
- disk.root.size_pcma_server:
+ cpu.delta_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.bytes_pcma_server:
+ network.outgoing.bytes.rate_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes_pcma_server_pcm_port_0:
+ network.incoming.packets_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.requests_pcma_server:
+ binding_server_pcm:
+ type: tosca.capabilities.network.Bindable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes_pcma_server_pcm_port_1:
+ disk.device.capacity_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.requests.rate_pcma_server:
+ network.incoming.packets_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.iops_pcma_server:
+ instance_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- instance_pcma_server:
+ disk.device.write.requests.rate_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.latency_pcma_server:
+ disk.latency_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.capacity_pcma_server:
+ disk.device.read.requests_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.capacity_pcma_server:
+ feature_server_pcm:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outpoing.packets_pcma_server_pcm_port_1:
+ disk.write.bytes.rate_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outpoing.packets_pcma_server_pcm_port_0:
+ network.incoming.bytes.rate_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- org.openecomp.resource.abstract.nodes.b_single_1b:
- derived_from: org.openecomp.resource.abstract.nodes.VFC
- properties:
- port_1b_t1_port_order:
- type: integer
- required: true
- status: SUPPORTED
- port_1b_t1_port_network_role:
- type: string
- required: true
- status: SUPPORTED
- port_1b_t1_port_exCP_naming:
- type: org.openecomp.datatypes.Naming
- required: true
- status: SUPPORTED
- vm_flavor_name:
- type: string
+ org.openecomp.resource.vfc.nodes.heat.a_single_1a:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ compute_a_single_1a_metadata:
+ type: list
required: true
status: SUPPORTED
- port_1b_t1_port_ip_requirements:
+ entry_schema:
+ type: json
+ port_1a_t1_port_ip_requirements:
type: list
required: true
status: SUPPORTED
entry_schema:
type: org.openecomp.datatypes.network.IpRequirements
- vm_image_name:
+ port_1a_t2_port_network_role_tag:
type: string
required: true
status: SUPPORTED
- port_1b_t2_port_network_role:
+ vm_flavor_name:
type: string
required: true
status: SUPPORTED
- port_1b_t2_port_order:
- type: integer
+ port_1a_t2_port_network_role:
+ type: string
required: true
status: SUPPORTED
- compute_b_single_1b_user_data_format:
+ port_1a_t2_port_network:
type: list
required: true
status: SUPPORTED
entry_schema:
type: string
- port_1b_t2_port_exCP_naming:
- type: org.openecomp.datatypes.Naming
+ port_1a_t1_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
required: true
status: SUPPORTED
- port_1b_t2_port_network_role_tag:
+ port_1a_t1_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1a_t1_port_subnetpoolid:
type: string
required: true
status: SUPPORTED
- port_1b_t2_port_subnetpoolid:
+ vm_image_name:
type: string
required: true
status: SUPPORTED
- port_1b_t2_port_mac_requirements:
- type: org.openecomp.datatypes.network.MacRequirements
+ port_1a_t2_port_ip_requirements:
+ type: list
required: true
status: SUPPORTED
- compute_b_single_1b_availability_zone:
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_1a_t1_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_1a_t1_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ compute_a_single_1a_availability_zone:
type: list
required: true
status: SUPPORTED
entry_schema:
type: string
+ compute_a_single_1a_scheduler_hints:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
index_value:
type: integer
description: Index value of this substitution service template runtime instance
status: SUPPORTED
constraints:
- greater_or_equal: 0
- compute_b_single_1b_scheduler_hints:
- type: list
+ port_1a_t1_port_network_role_tag:
+ type: string
required: true
status: SUPPORTED
- entry_schema:
- type: json
- port_1b_t2_port_vlan_requirements:
+ port_1a_t1_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1a_t1_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_1a_t2_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_1a_t2_port_vlan_requirements:
type: list
required: true
status: SUPPORTED
entry_schema:
type: org.openecomp.datatypes.network.VlanRequirements
- port_1b_t2_port_ip_requirements:
+ port_1a_t2_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1a_t2_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ compute_a_single_1a_user_data_format:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: org.openecomp.datatypes.network.IpRequirements
- port_1b_t1_port_value_specs:
+ type: string
+ compute_a_single_1a_name:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: json
- port_1b_t1_port_network_role_tag:
- type: string
+ type: string
+ port_1a_t2_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
required: true
status: SUPPORTED
- port_1b_t1_port_subnetpoolid:
+ attributes:
+ a_single_1a_instance_name:
+ type: string
+ status: SUPPORTED
+ a_single_1a_1a_t1_port_tenant_id:
type: string
+ status: SUPPORTED
+ org.openecomp.resource.abstract.nodes.1c11_scalling_instance:
+ derived_from: org.openecomp.resource.abstract.nodes.VFC
+ properties:
+ port_1c1_t1_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
required: true
status: SUPPORTED
- port_1b_t1_port_mac_requirements:
+ port_1c1_t1_port_fixed_ips:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.heat.neutron.port.FixedIps
+ port_1c1_t1_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_1c1_t1_port_mac_requirements:
type: org.openecomp.datatypes.network.MacRequirements
required: true
status: SUPPORTED
- port_1b_t2_port_network:
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_1c11_scalling_instance_name:
type: list
required: true
status: SUPPORTED
entry_schema:
type: string
- port_1b_t1_port_vlan_requirements:
+ compute_1c11_scalling_instance_availability_zone:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: org.openecomp.datatypes.network.VlanRequirements
- port_1b_t1_port_network:
+ type: string
+ compute_1c11_scalling_instance_user_data_format:
type: list
required: true
status: SUPPORTED
entry_schema:
type: string
- compute_b_single_1b_name:
+ port_1c1_t1_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c1_t1_port_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_1c11_scalling_instance_scheduler_hints:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ port_1c1_t1_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c1_t1_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c1_t1_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1c1_t1_port_network:
type: list
required: true
status: SUPPORTED
entry_schema:
type: string
+ port_1c1_t1_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
attributes:
- b_single_1b_instance_name:
+ 1c11_scalling_instance_instance_name:
type: string
status: SUPPORTED
- b_single_1b_1b_t1_port_tenant_id:
+ 1c11_scalling_instance_1c1_t1_port_tenant_id:
type: string
status: SUPPORTED
requirements:
- - dependency_b_single_1b:
+ - dependency_1c11_scalling_instance:
capability: tosca.capabilities.Node
node: tosca.nodes.Root
relationship: tosca.relationships.DependsOn
occurrences:
- 0
- UNBOUNDED
- - local_storage_b_single_1b:
+ - local_storage_1c11_scalling_instance:
capability: tosca.capabilities.Attachment
node: tosca.nodes.BlockStorage
relationship: tosca.relationships.AttachesTo
occurrences:
- 0
- UNBOUNDED
- - dependency_b_single_1b_1b_t1_port:
- capability: tosca.capabilities.Node
- node: tosca.nodes.Root
- relationship: tosca.relationships.DependsOn
- occurrences:
- - 0
- - UNBOUNDED
- - link_b_single_1b_1b_t1_port:
- capability: tosca.capabilities.network.Linkable
- relationship: tosca.relationships.network.LinksTo
- occurrences:
- - 1
- - 1
- - dependency_b_single_1b_1b_t2_port:
+ - dependency_1c11_scalling_instance_1c1_t1_port:
capability: tosca.capabilities.Node
node: tosca.nodes.Root
relationship: tosca.relationships.DependsOn
occurrences:
- - 0
- - UNBOUNDED
- - link_b_single_1b_1b_t2_port:
- capability: tosca.capabilities.network.Linkable
- relationship: tosca.relationships.network.LinksTo
- occurrences:
- - 1
- - 1
- capabilities:
- attachment_b_single_1b_1b_t2_port:
- type: tosca.capabilities.Attachment
- occurrences:
- - 1
- - UNBOUNDED
- endpoint_b_single_1b:
- type: tosca.capabilities.Endpoint.Admin
- occurrences:
- - 1
- - UNBOUNDED
- feature_b_single_1b:
- type: tosca.capabilities.Node
- occurrences:
- - 1
- - UNBOUNDED
- disk.iops_b_single_1b:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- network.incoming.bytes.rate_b_single_1b_1b_t2_port:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- network.outgoing.bytes.rate_b_single_1b_1b_t2_port:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- scalable_b_single_1b:
- type: tosca.capabilities.Scalable
- occurrences:
- - 1
- - UNBOUNDED
- disk.write.bytes_b_single_1b:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
+ - 0
- UNBOUNDED
- os_b_single_1b:
- type: tosca.capabilities.OperatingSystem
+ - link_1c11_scalling_instance_1c1_t1_port:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
occurrences:
- 1
- - UNBOUNDED
- vcpus_b_single_1b:
+ - 1
+ capabilities:
+ disk.device.usage_1c11_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- cpu_b_single_1b:
+ network.incoming.packets_1c11_scalling_instance_1c1_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.requests.rate_b_single_1b:
+ network.incoming.packets.rate_1c11_scalling_instance_1c1_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.packets.rate_b_single_1b_1b_t2_port:
+ disk.allocation_1c11_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- instance_b_single_1b:
+ disk.device.read.bytes_1c11_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes.rate_b_single_1b_1b_t1_port:
+ disk.device.allocation_1c11_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.read.bytes_b_single_1b:
+ disk.read.bytes_1c11_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.latency_b_single_1b:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ binding_1c11_scalling_instance:
+ type: tosca.capabilities.network.Bindable
occurrences:
- 1
- UNBOUNDED
- disk.usage_b_single_1b:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ feature_1c11_scalling_instance:
+ type: tosca.capabilities.Node
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes_b_single_1b_1b_t1_port:
+ memory.usage_1c11_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.allocation_b_single_1b:
+ disk.usage_1c11_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.packets.rate_b_single_1b_1b_t2_port:
+ disk.latency_1c11_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.capacity_b_single_1b:
+ network.outgoing.packets.rate_1c11_scalling_instance_1c1_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.latency_b_single_1b:
+ vcpus_1c11_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.packets_b_single_1b_1b_t2_port:
+ memory_1c11_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.packets.rate_b_single_1b_1b_t1_port:
+ cpu_1c11_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- attachment_b_single_1b_1b_t1_port:
- type: tosca.capabilities.Attachment
+ endpoint_1c11_scalling_instance:
+ type: tosca.capabilities.Endpoint.Admin
occurrences:
- 1
- UNBOUNDED
- disk.device.write.requests_b_single_1b:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ feature_1c11_scalling_instance_1c1_t1_port:
+ type: tosca.capabilities.Node
occurrences:
- 1
- UNBOUNDED
- binding_b_single_1b_1b_t2_port:
- type: tosca.capabilities.network.Bindable
- valid_source_types:
- - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ scalable_1c11_scalling_instance:
+ type: tosca.capabilities.Scalable
occurrences:
- - 0
+ - 1
- UNBOUNDED
- disk.ephemeral.size_b_single_1b:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ os_1c11_scalling_instance:
+ type: tosca.capabilities.OperatingSystem
occurrences:
- 1
- UNBOUNDED
- disk.write.requests.rate_b_single_1b:
+ network.outpoing.packets_1c11_scalling_instance_1c1_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outpoing.packets_b_single_1b_1b_t2_port:
+ disk.ephemeral.size_1c11_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.iops_b_single_1b:
+ cpu_util_1c11_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.read.requests_b_single_1b:
+ disk.write.bytes.rate_1c11_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory.resident_b_single_1b:
+ disk.read.bytes.rate_1c11_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.root.size_b_single_1b:
+ disk.capacity_1c11_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- feature_b_single_1b_1b_t1_port:
- type: tosca.capabilities.Node
+ host_1c11_scalling_instance:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes_b_single_1b_1b_t2_port:
+ disk.device.write.bytes.rate_1c11_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.capacity_b_single_1b:
+ cpu.delta_1c11_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.bytes_b_single_1b:
+ network.outgoing.bytes_1c11_scalling_instance_1c1_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.bytes_b_single_1b:
+ disk.device.write.requests_1c11_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.bytes.rate_b_single_1b:
+ network.incoming.bytes.rate_1c11_scalling_instance_1c1_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- cpu_util_b_single_1b:
+ disk.device.capacity_1c11_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.requests_b_single_1b:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ binding_1c11_scalling_instance_1c1_t1_port:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
occurrences:
- - 1
+ - 0
- UNBOUNDED
- network.outgoing.packets.rate_b_single_1b_1b_t1_port:
+ disk.write.bytes_1c11_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.usage_b_single_1b:
+ disk.write.requests_1c11_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.read.bytes.rate_b_single_1b:
+ network.incoming.bytes_1c11_scalling_instance_1c1_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes_b_single_1b_1b_t1_port:
+ network.outgoing.bytes.rate_1c11_scalling_instance_1c1_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.requests_b_single_1b:
+ disk.device.read.requests_1c11_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.packets_b_single_1b_1b_t1_port:
+ disk.device.write.bytes_1c11_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- binding_b_single_1b_1b_t1_port:
- type: tosca.capabilities.network.Bindable
- valid_source_types:
- - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
- occurrences:
- - 0
- - UNBOUNDED
- network.outpoing.packets_b_single_1b_1b_t1_port:
+ disk.device.read.bytes.rate_1c11_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.requests.rate_b_single_1b:
+ disk.root.size_1c11_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory.usage_b_single_1b:
+ instance_1c11_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.bytes.rate_b_single_1b:
+ disk.read.requests_1c11_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes_b_single_1b_1b_t2_port:
+ disk.device.iops_1c11_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes.rate_b_single_1b_1b_t1_port:
+ memory.resident_1c11_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- cpu.delta_b_single_1b:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ attachment_1c11_scalling_instance_1c1_t1_port:
+ type: tosca.capabilities.Attachment
occurrences:
- 1
- UNBOUNDED
- disk.allocation_b_single_1b:
+ disk.write.requests.rate_1c11_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.bytes.rate_b_single_1b:
+ disk.device.read.requests.rate_1c11_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory_b_single_1b:
+ disk.device.write.requests.rate_1c11_scalling_instance:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- host_b_single_1b:
- type: tosca.capabilities.Container
- valid_source_types:
- - tosca.nodes.SoftwareComponent
- occurrences:
- - 1
- - UNBOUNDED
- binding_b_single_1b:
- type: tosca.capabilities.network.Bindable
+ disk.device.latency_1c11_scalling_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- feature_b_single_1b_1b_t2_port:
- type: tosca.capabilities.Node
+ disk.iops_1c11_scalling_instance:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- org.openecomp.resource.abstract.nodes.a_single_1a:
+ org.openecomp.resource.abstract.nodes.heat.pcm_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
- compute_a_single_1a_metadata:
- type: list
+ port_pcm_port_0_network_role:
+ type: string
required: true
status: SUPPORTED
- entry_schema:
- type: json
- port_1a_t1_port_ip_requirements:
- type: list
+ port_pcm_port_1_network_role_tag:
+ type: string
required: true
status: SUPPORTED
- entry_schema:
- type: org.openecomp.datatypes.network.IpRequirements
- port_1a_t2_port_network_role_tag:
+ availabilityzone_name:
type: string
+ description: availabilityzone name
required: true
status: SUPPORTED
- vm_flavor_name:
- type: string
+ port_pcm_port_0_vlan_requirements:
+ type: list
required: true
status: SUPPORTED
- port_1a_t2_port_network_role:
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ pcm_image_name:
type: string
+ description: PCRF CM image name
required: true
status: SUPPORTED
- port_1a_t2_port_network:
- type: list
+ port_pcm_port_0_order:
+ type: integer
required: true
status: SUPPORTED
- entry_schema:
- type: string
- port_1a_t1_port_mac_requirements:
- type: org.openecomp.datatypes.network.MacRequirements
+ port_pcm_port_0_subnetpoolid:
+ type: string
required: true
status: SUPPORTED
- port_1a_t1_port_network:
- type: list
+ port_pcm_port_1_subnetpoolid:
+ type: string
required: true
status: SUPPORTED
- entry_schema:
- type: string
- port_1a_t1_port_subnetpoolid:
+ port_pcm_port_0_network_role_tag:
type: string
required: true
status: SUPPORTED
- vm_image_name:
+ pcm_server_name:
type: string
+ description: PCRF CM server name
required: true
status: SUPPORTED
- port_1a_t2_port_ip_requirements:
- type: list
+ cps_net_mask:
+ type: string
+ description: CPS network mask
required: true
status: SUPPORTED
- entry_schema:
- type: org.openecomp.datatypes.network.IpRequirements
- port_1a_t1_port_vlan_requirements:
- type: list
+ port_pcm_port_1_exCP_naming:
+ type: org.openecomp.datatypes.Naming
required: true
status: SUPPORTED
- entry_schema:
- type: org.openecomp.datatypes.network.VlanRequirements
- port_1a_t1_port_exCP_naming:
+ port_pcm_port_0_exCP_naming:
type: org.openecomp.datatypes.Naming
required: true
status: SUPPORTED
- compute_a_single_1a_availability_zone:
- type: list
+ oam_net_name:
+ type: string
+ description: OAM network name
required: true
status: SUPPORTED
- entry_schema:
- type: string
- compute_a_single_1a_scheduler_hints:
- type: list
+ port_pcm_port_1_network_role:
+ type: string
required: true
status: SUPPORTED
- entry_schema:
- type: json
- index_value:
- type: integer
- description: Index value of this substitution service template runtime instance
- required: false
- default: 0
+ server_group:
+ type: string
+ required: true
+ status: SUPPORTED
+ connectivityChk:
+ type: json
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_ip_requirements:
+ type: list
+ required: true
status: SUPPORTED
- constraints:
- - greater_or_equal: 0
- port_1a_t1_port_network_role_tag:
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ oam_net_gw:
type: string
+ description: CPS network gateway
required: true
status: SUPPORTED
- port_1a_t1_port_network_role:
+ security_group_name:
type: string
+ description: the name of security group
required: true
status: SUPPORTED
- port_1a_t1_port_order:
- type: integer
+ cps_net_ip:
+ type: string
+ description: CPS network ip
required: true
status: SUPPORTED
- port_1a_t2_port_exCP_naming:
- type: org.openecomp.datatypes.Naming
+ port_pcm_port_1_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
required: true
status: SUPPORTED
- port_1a_t2_port_vlan_requirements:
+ port_pcm_port_1_vlan_requirements:
type: list
required: true
status: SUPPORTED
entry_schema:
type: org.openecomp.datatypes.network.VlanRequirements
- port_1a_t2_port_subnetpoolid:
+ pcm_flavor_name:
type: string
+ description: flavor name of PCRF CM instance
required: true
status: SUPPORTED
- port_1a_t2_port_order:
- type: integer
+ pcm_vol:
+ type: string
+ description: CPS Cluman Cinder Volume
required: true
status: SUPPORTED
- compute_a_single_1a_user_data_format:
+ port_pcm_port_1_ip_requirements:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: string
- compute_a_single_1a_name:
- type: list
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pcm_port_0_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
required: true
status: SUPPORTED
- entry_schema:
- type: string
- port_1a_t2_port_mac_requirements:
- type: org.openecomp.datatypes.network.MacRequirements
+ cps_net_name:
+ type: string
+ description: CPS network name
required: true
status: SUPPORTED
- attributes:
- a_single_1a_instance_name:
+ oam_net_ip:
type: string
+ description: OAM network ip
+ required: true
status: SUPPORTED
- a_single_1a_1a_t1_port_tenant_id:
+ oam_net_mask:
+ type: string
+ description: CPS network mask
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ attributes:
+ server_pcm_id:
type: string
+ description: the pcm nova service id
status: SUPPORTED
requirements:
- - dependency_a_single_1a_1a_t1_port:
+ - dependency_pcm_port_1:
capability: tosca.capabilities.Node
node: tosca.nodes.Root
relationship: tosca.relationships.DependsOn
occurrences:
- 0
- UNBOUNDED
- - link_a_single_1a_1a_t1_port:
+ - link_pcm_port_1:
capability: tosca.capabilities.network.Linkable
relationship: tosca.relationships.network.LinksTo
occurrences:
- 1
- 1
- - dependency_a_single_1a:
+ - dependency_server_pcm:
capability: tosca.capabilities.Node
node: tosca.nodes.Root
relationship: tosca.relationships.DependsOn
occurrences:
- 0
- UNBOUNDED
- - local_storage_a_single_1a:
+ - local_storage_server_pcm:
capability: tosca.capabilities.Attachment
node: tosca.nodes.BlockStorage
relationship: tosca.relationships.AttachesTo
occurrences:
- 0
- UNBOUNDED
- - dependency_a_single_1a_1a_t2_port:
+ - dependency_pcm_port_0:
capability: tosca.capabilities.Node
node: tosca.nodes.Root
relationship: tosca.relationships.DependsOn
occurrences:
- 0
- UNBOUNDED
- - link_a_single_1a_1a_t2_port:
+ - link_pcm_port_0:
capability: tosca.capabilities.network.Linkable
relationship: tosca.relationships.network.LinksTo
occurrences:
- 1
- 1
capabilities:
- disk.read.bytes_a_single_1a:
+ network.incoming.packets.rate_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes.rate_a_single_1a_1a_t2_port:
+ cpu_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.usage_a_single_1a:
+ network.incoming.packets.rate_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- attachment_a_single_1a_1a_t2_port:
- type: tosca.capabilities.Attachment
- occurrences:
- - 1
- - UNBOUNDED
- scalable_a_single_1a:
- type: tosca.capabilities.Scalable
- occurrences:
- - 1
- - UNBOUNDED
- network.outgoing.bytes.rate_a_single_1a_1a_t2_port:
+ network.outpoing.packets_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- host_a_single_1a:
- type: tosca.capabilities.Container
- valid_source_types:
- - tosca.nodes.SoftwareComponent
+ memory_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- endpoint_a_single_1a:
- type: tosca.capabilities.Endpoint.Admin
+ disk.write.requests_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.root.size_a_single_1a:
+ network.outpoing.packets_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory.resident_a_single_1a:
+ disk.device.iops_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.packets.rate_a_single_1a_1a_t2_port:
+ memory.resident_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- cpu.delta_a_single_1a:
+ disk.device.write.requests_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.requests_a_single_1a:
+ disk.device.usage_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes.rate_a_single_1a_1a_t1_port:
+ disk.allocation_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.iops_a_single_1a:
+ disk.usage_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes_a_single_1a_1a_t1_port:
+ disk.device.write.bytes_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- cpu_util_a_single_1a:
+ disk.root.size_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- os_a_single_1a:
- type: tosca.capabilities.OperatingSystem
+ disk.ephemeral.size_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.usage_a_single_1a:
+ disk.device.latency_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.packets.rate_a_single_1a_1a_t1_port:
+ network.incoming.bytes_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.packets.rate_a_single_1a_1a_t2_port:
+ network.incoming.bytes_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.read.requests_a_single_1a:
+ binding_pcm_port_0:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ binding_pcm_port_1:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ memory.usage_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.read.bytes.rate_a_single_1a:
+ disk.read.requests_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.bytes.rate_a_single_1a:
+ disk.capacity_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- attachment_a_single_1a_1a_t1_port:
- type: tosca.capabilities.Attachment
+ os_server_pcm:
+ type: tosca.capabilities.OperatingSystem
occurrences:
- 1
- UNBOUNDED
- cpu_a_single_1a:
+ disk.read.bytes_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory.usage_a_single_1a:
+ network.outgoing.packets.rate_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.requests.rate_a_single_1a:
+ network.outgoing.packets.rate_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- binding_a_single_1a_1a_t2_port:
- type: tosca.capabilities.network.Bindable
- valid_source_types:
- - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ feature_pcm_port_1:
+ type: tosca.capabilities.Node
occurrences:
- - 0
+ - 1
- UNBOUNDED
- network.incoming.packets_a_single_1a_1a_t2_port:
+ network.outgoing.bytes_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.requests_a_single_1a:
+ disk.device.read.bytes_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.latency_a_single_1a:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ feature_pcm_port_0:
+ type: tosca.capabilities.Node
occurrences:
- 1
- UNBOUNDED
- instance_a_single_1a:
+ network.outgoing.bytes_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- binding_a_single_1a:
- type: tosca.capabilities.network.Bindable
+ attachment_pcm_port_0:
+ type: tosca.capabilities.Attachment
occurrences:
- 1
- UNBOUNDED
- disk.latency_a_single_1a:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ attachment_pcm_port_1:
+ type: tosca.capabilities.Attachment
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes_a_single_1a_1a_t2_port:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ endpoint_server_pcm:
+ type: tosca.capabilities.Endpoint.Admin
occurrences:
- 1
- UNBOUNDED
- disk.device.allocation_a_single_1a:
+ disk.device.read.requests.rate_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.bytes_a_single_1a:
+ vcpus_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- feature_a_single_1a_1a_t1_port:
- type: tosca.capabilities.Node
+ disk.write.bytes_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outpoing.packets_a_single_1a_1a_t2_port:
+ disk.iops_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outpoing.packets_a_single_1a_1a_t1_port:
+ disk.read.bytes.rate_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.bytes.rate_a_single_1a:
+ disk.device.allocation_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.bytes_a_single_1a:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ scalable_server_pcm:
+ type: tosca.capabilities.Scalable
occurrences:
- 1
- UNBOUNDED
- disk.device.write.bytes.rate_a_single_1a:
+ disk.device.read.bytes.rate_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory_a_single_1a:
+ cpu_util_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.allocation_a_single_1a:
+ disk.write.requests.rate_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.packets.rate_a_single_1a_1a_t1_port:
+ disk.device.write.bytes.rate_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- feature_a_single_1a_1a_t2_port:
- type: tosca.capabilities.Node
+ host_server_pcm:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
occurrences:
- 1
- UNBOUNDED
- disk.capacity_a_single_1a:
+ cpu.delta_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.bytes_a_single_1a:
+ network.outgoing.bytes.rate_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.packets_a_single_1a_1a_t1_port:
+ network.incoming.packets_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- feature_a_single_1a:
- type: tosca.capabilities.Node
+ binding_server_pcm:
+ type: tosca.capabilities.network.Bindable
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes_a_single_1a_1a_t1_port:
+ network.outgoing.bytes.rate_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.ephemeral.size_a_single_1a:
+ disk.device.capacity_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- vcpus_a_single_1a:
+ network.incoming.packets_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- - 1
- - UNBOUNDED
- binding_a_single_1a_1a_t1_port:
- type: tosca.capabilities.network.Bindable
- valid_source_types:
- - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
- occurrences:
- - 0
+ - 1
- UNBOUNDED
- disk.device.iops_a_single_1a:
+ instance_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.requests_a_single_1a:
+ disk.device.write.requests.rate_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.requests.rate_a_single_1a:
+ disk.latency_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.capacity_a_single_1a:
+ disk.device.read.requests_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.requests.rate_a_single_1a:
+ feature_server_pcm:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes_a_single_1a_1a_t2_port:
+ disk.write.bytes.rate_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes.rate_a_single_1a_1a_t1_port:
+ network.incoming.bytes.rate_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- org.openecomp.resource.abstract.nodes.b_single_1b_1:
+ org.openecomp.resource.abstract.nodes.a_single_2a:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
- port_1b_t1_port_order:
- type: integer
- required: true
- status: SUPPORTED
- port_1b_t1_port_network_role:
- type: string
+ compute_a_single_2a_user_data_format:
+ type: list
required: true
status: SUPPORTED
- port_1b_t1_port_exCP_naming:
+ entry_schema:
+ type: string
+ port_1a_t1_port_exCP_naming:
type: org.openecomp.datatypes.Naming
required: true
status: SUPPORTED
- vm_flavor_name:
- type: string
- required: true
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
status: SUPPORTED
- port_1b_t1_port_ip_requirements:
+ constraints:
+ - greater_or_equal: 0
+ port_1a_t1_port_ip_requirements:
type: list
required: true
status: SUPPORTED
entry_schema:
type: org.openecomp.datatypes.network.IpRequirements
- vm_image_name:
+ port_1a_t1_port_network_role_tag:
type: string
required: true
status: SUPPORTED
- port_1b_t2_port_network_role:
+ port_1a_t1_port_network_role:
type: string
required: true
status: SUPPORTED
- port_1b_t2_port_order:
- type: integer
- required: true
- status: SUPPORTED
- compute_b_single_1b_user_data_format:
+ compute_a_single_2a_scheduler_hints:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: string
- port_1b_t2_port_exCP_naming:
- type: org.openecomp.datatypes.Naming
- required: true
- status: SUPPORTED
- port_1b_t2_port_network_role_tag:
- type: string
- required: true
- status: SUPPORTED
- port_1b_t2_port_subnetpoolid:
- type: string
- required: true
- status: SUPPORTED
- port_1b_t2_port_mac_requirements:
- type: org.openecomp.datatypes.network.MacRequirements
+ type: json
+ port_1a_t1_port_order:
+ type: integer
required: true
status: SUPPORTED
- compute_b_single_1b_availability_zone:
+ compute_a_single_2a_availability_zone:
type: list
required: true
status: SUPPORTED
entry_schema:
type: string
- index_value:
- type: integer
- description: Index value of this substitution service template runtime instance
- required: false
- default: 0
- status: SUPPORTED
- constraints:
- - greater_or_equal: 0
- compute_b_single_1b_scheduler_hints:
- type: list
+ vm_flavor_name:
+ type: string
required: true
status: SUPPORTED
- entry_schema:
- type: json
- port_1b_t2_port_vlan_requirements:
- type: list
+ port_1a_t1_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
required: true
status: SUPPORTED
- entry_schema:
- type: org.openecomp.datatypes.network.VlanRequirements
- port_1b_t2_port_ip_requirements:
+ port_1a_t1_port_network:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: org.openecomp.datatypes.network.IpRequirements
- port_1b_t1_port_network_role_tag:
+ type: string
+ port_1a_t1_port_subnetpoolid:
type: string
required: true
status: SUPPORTED
- compute_b_single_1b_metadata:
+ compute_a_single_2a_name:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: json
- port_1b_t1_port_subnetpoolid:
+ type: string
+ vm_image_name:
type: string
required: true
status: SUPPORTED
- port_1b_t1_port_mac_requirements:
- type: org.openecomp.datatypes.network.MacRequirements
- required: true
- status: SUPPORTED
- port_1b_t2_port_network:
- type: list
- required: true
- status: SUPPORTED
- entry_schema:
- type: string
- port_1b_t1_port_vlan_requirements:
+ port_1a_t1_port_vlan_requirements:
type: list
required: true
status: SUPPORTED
entry_schema:
type: org.openecomp.datatypes.network.VlanRequirements
- compute_b_single_1b_name:
+ compute_a_single_2a_metadata:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: string
+ type: json
attributes:
- b_single_1b_instance_name:
- type: string
- status: SUPPORTED
- b_single_1b_1b_t1_port_tenant_id:
+ a_single_2a_instance_name:
type: string
status: SUPPORTED
requirements:
- - dependency_b_single_1b:
+ - dependency_a_single_2a:
capability: tosca.capabilities.Node
node: tosca.nodes.Root
relationship: tosca.relationships.DependsOn
occurrences:
- 0
- UNBOUNDED
- - local_storage_b_single_1b:
+ - local_storage_a_single_2a:
capability: tosca.capabilities.Attachment
node: tosca.nodes.BlockStorage
relationship: tosca.relationships.AttachesTo
occurrences:
- 0
- UNBOUNDED
- - dependency_b_single_1b_1b_t1_port:
- capability: tosca.capabilities.Node
- node: tosca.nodes.Root
- relationship: tosca.relationships.DependsOn
- occurrences:
- - 0
- - UNBOUNDED
- - link_b_single_1b_1b_t1_port:
- capability: tosca.capabilities.network.Linkable
- relationship: tosca.relationships.network.LinksTo
- occurrences:
- - 1
- - 1
- - dependency_b_single_1b_1b_t2_port:
+ - dependency_a_single_2a_1a_t1_port:
capability: tosca.capabilities.Node
node: tosca.nodes.Root
relationship: tosca.relationships.DependsOn
occurrences:
- 0
- UNBOUNDED
- - link_b_single_1b_1b_t2_port:
+ - link_a_single_2a_1a_t1_port:
capability: tosca.capabilities.network.Linkable
relationship: tosca.relationships.network.LinksTo
occurrences:
- 1
- 1
capabilities:
- attachment_b_single_1b_1b_t2_port:
- type: tosca.capabilities.Attachment
- occurrences:
- - 1
- - UNBOUNDED
- endpoint_b_single_1b:
- type: tosca.capabilities.Endpoint.Admin
- occurrences:
- - 1
- - UNBOUNDED
- feature_b_single_1b:
- type: tosca.capabilities.Node
- occurrences:
- - 1
- - UNBOUNDED
- disk.iops_b_single_1b:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- network.incoming.bytes.rate_b_single_1b_1b_t2_port:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- network.outgoing.bytes.rate_b_single_1b_1b_t2_port:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- scalable_b_single_1b:
- type: tosca.capabilities.Scalable
- occurrences:
- - 1
- - UNBOUNDED
- disk.write.bytes_b_single_1b:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- os_b_single_1b:
- type: tosca.capabilities.OperatingSystem
- occurrences:
- - 1
- - UNBOUNDED
- vcpus_b_single_1b:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- cpu_b_single_1b:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- disk.device.read.requests.rate_b_single_1b:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- network.incoming.packets.rate_b_single_1b_1b_t2_port:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- instance_b_single_1b:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- network.incoming.bytes.rate_b_single_1b_1b_t1_port:
+ disk.capacity_a_single_2a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.read.bytes_b_single_1b:
+ disk.ephemeral.size_a_single_2a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.latency_b_single_1b:
+ disk.device.read.bytes_a_single_2a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.usage_b_single_1b:
+ cpu_util_a_single_2a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes_b_single_1b_1b_t1_port:
+ disk.write.requests_a_single_2a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.allocation_b_single_1b:
+ disk.read.requests_a_single_2a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.packets.rate_b_single_1b_1b_t2_port:
+ disk.device.iops_a_single_2a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.capacity_b_single_1b:
+ disk.device.usage_a_single_2a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.latency_b_single_1b:
+ disk.read.bytes.rate_a_single_2a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.packets_b_single_1b_1b_t2_port:
+ disk.device.write.requests.rate_a_single_2a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.packets.rate_b_single_1b_1b_t1_port:
+ network.incoming.bytes.rate_a_single_2a_1a_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- attachment_b_single_1b_1b_t1_port:
- type: tosca.capabilities.Attachment
- occurrences:
- - 1
- - UNBOUNDED
- disk.device.write.requests_b_single_1b:
+ disk.write.requests.rate_a_single_2a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- binding_b_single_1b_1b_t2_port:
- type: tosca.capabilities.network.Bindable
- valid_source_types:
- - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ disk.device.latency_a_single_2a:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- - 0
+ - 1
- UNBOUNDED
- disk.ephemeral.size_b_single_1b:
+ disk.read.bytes_a_single_2a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.requests.rate_b_single_1b:
+ disk.device.read.requests_a_single_2a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outpoing.packets_b_single_1b_1b_t2_port:
+ disk.device.allocation_a_single_2a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.iops_b_single_1b:
+ disk.latency_a_single_2a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.read.requests_b_single_1b:
+ network.incoming.packets.rate_a_single_2a_1a_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory.resident_b_single_1b:
+ disk.usage_a_single_2a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.root.size_b_single_1b:
+ network.incoming.bytes_a_single_2a_1a_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- feature_b_single_1b_1b_t1_port:
+ scalable_a_single_2a:
+ type: tosca.capabilities.Scalable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_a_single_2a_1a_t1_port:
type: tosca.capabilities.Node
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes_b_single_1b_1b_t2_port:
+ disk.device.write.bytes_a_single_2a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.capacity_b_single_1b:
+ disk.device.read.bytes.rate_a_single_2a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.bytes_b_single_1b:
+ endpoint_a_single_2a:
+ type: tosca.capabilities.Endpoint.Admin
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.root.size_a_single_2a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.bytes_b_single_1b:
+ disk.device.write.requests_a_single_2a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.bytes.rate_b_single_1b:
+ attachment_a_single_2a_1a_t1_port:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.iops_a_single_2a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- cpu_util_b_single_1b:
+ vcpus_a_single_2a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.requests_b_single_1b:
+ os_a_single_2a:
+ type: tosca.capabilities.OperatingSystem
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes.rate_a_single_2a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.packets.rate_b_single_1b_1b_t1_port:
+ disk.device.capacity_a_single_2a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.usage_b_single_1b:
+ cpu_a_single_2a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.read.bytes.rate_b_single_1b:
+ disk.device.read.requests.rate_a_single_2a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes_b_single_1b_1b_t1_port:
+ memory.usage_a_single_2a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.requests_b_single_1b:
+ network.outgoing.packets.rate_a_single_2a_1a_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.packets_b_single_1b_1b_t1_port:
+ network.outpoing.packets_a_single_2a_1a_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- binding_b_single_1b_1b_t1_port:
+ binding_a_single_2a:
type: tosca.capabilities.network.Bindable
- valid_source_types:
- - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
occurrences:
- - 0
+ - 1
- UNBOUNDED
- network.outpoing.packets_b_single_1b_1b_t1_port:
+ instance_a_single_2a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.requests.rate_b_single_1b:
+ network.outgoing.bytes_a_single_2a_1a_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory.usage_b_single_1b:
+ disk.write.bytes_a_single_2a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.bytes.rate_b_single_1b:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ binding_a_single_2a_1a_t1_port:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
occurrences:
- - 1
+ - 0
- UNBOUNDED
- network.incoming.bytes_b_single_1b_1b_t2_port:
+ network.incoming.packets_a_single_2a_1a_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes.rate_b_single_1b_1b_t1_port:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ host_a_single_2a:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
occurrences:
- 1
- UNBOUNDED
- cpu.delta_b_single_1b:
+ disk.device.write.bytes.rate_a_single_2a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.allocation_b_single_1b:
+ memory_a_single_2a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.bytes.rate_b_single_1b:
+ disk.allocation_a_single_2a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory_b_single_1b:
+ memory.resident_a_single_2a:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- host_b_single_1b:
- type: tosca.capabilities.Container
- valid_source_types:
- - tosca.nodes.SoftwareComponent
+ network.outgoing.bytes.rate_a_single_2a_1a_t1_port:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- binding_b_single_1b:
- type: tosca.capabilities.network.Bindable
+ cpu.delta_a_single_2a:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- feature_b_single_1b_1b_t2_port:
+ feature_a_single_2a:
type: tosca.capabilities.Node
occurrences:
- 1
- UNBOUNDED
- org.openecomp.resource.abstract.nodes.b_single_2b:
+ org.openecomp.resource.abstract.nodes.b_single_1b:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
port_1b_t1_port_order:
type: string
required: true
status: SUPPORTED
- compute_b_single_2b_scheduler_hints:
- type: list
- required: true
- status: SUPPORTED
- entry_schema:
- type: json
port_1b_t2_port_network_role:
type: string
required: true
type: integer
required: true
status: SUPPORTED
+ compute_b_single_1b_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
port_1b_t2_port_exCP_naming:
type: org.openecomp.datatypes.Naming
required: true
type: string
required: true
status: SUPPORTED
- compute_b_single_2b_availability_zone:
+ port_1b_t2_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ compute_b_single_1b_availability_zone:
type: list
required: true
status: SUPPORTED
entry_schema:
type: string
- port_1b_t2_port_mac_requirements:
- type: org.openecomp.datatypes.network.MacRequirements
- required: true
- status: SUPPORTED
index_value:
type: integer
description: Index value of this substitution service template runtime instance
status: SUPPORTED
constraints:
- greater_or_equal: 0
- port_1b_t2_port_vlan_requirements:
+ compute_b_single_1b_scheduler_hints:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: org.openecomp.datatypes.network.VlanRequirements
- port_1b_t2_port_ip_requirements:
+ type: json
+ port_1b_t2_port_vlan_requirements:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: org.openecomp.datatypes.network.IpRequirements
- compute_b_single_2b_name:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_1b_t2_port_ip_requirements:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: string
+ type: org.openecomp.datatypes.network.IpRequirements
port_1b_t1_port_value_specs:
type: list
required: true
status: SUPPORTED
entry_schema:
type: json
- compute_b_single_2b_user_data_format:
- type: list
- required: true
- status: SUPPORTED
- entry_schema:
- type: string
port_1b_t1_port_network_role_tag:
type: string
required: true
status: SUPPORTED
entry_schema:
type: string
+ compute_b_single_1b_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
attributes:
- b_single_2b_instance_name:
+ b_single_1b_instance_name:
+ type: string
+ status: SUPPORTED
+ b_single_1b_1b_t1_port_tenant_id:
type: string
status: SUPPORTED
requirements:
- - dependency_b_single_2b:
+ - dependency_b_single_1b:
capability: tosca.capabilities.Node
node: tosca.nodes.Root
relationship: tosca.relationships.DependsOn
occurrences:
- 0
- UNBOUNDED
- - local_storage_b_single_2b:
+ - local_storage_b_single_1b:
capability: tosca.capabilities.Attachment
node: tosca.nodes.BlockStorage
relationship: tosca.relationships.AttachesTo
occurrences:
- 0
- UNBOUNDED
- - dependency_b_single_2b_1b_t1_port:
+ - dependency_b_single_1b_1b_t1_port:
capability: tosca.capabilities.Node
node: tosca.nodes.Root
relationship: tosca.relationships.DependsOn
occurrences:
- 0
- UNBOUNDED
- - link_b_single_2b_1b_t1_port:
+ - link_b_single_1b_1b_t1_port:
capability: tosca.capabilities.network.Linkable
relationship: tosca.relationships.network.LinksTo
occurrences:
- 1
- 1
- - dependency_b_single_2b_1b_t2_port:
+ - dependency_b_single_1b_1b_t2_port:
capability: tosca.capabilities.Node
node: tosca.nodes.Root
relationship: tosca.relationships.DependsOn
occurrences:
- 0
- UNBOUNDED
- - link_b_single_2b_1b_t2_port:
+ - link_b_single_1b_1b_t2_port:
capability: tosca.capabilities.network.Linkable
relationship: tosca.relationships.network.LinksTo
occurrences:
- 1
- 1
capabilities:
- disk.usage_b_single_2b:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
- occurrences:
- - 1
- - UNBOUNDED
- network.incoming.bytes.rate_b_single_2b_1b_t2_port:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ attachment_b_single_1b_1b_t2_port:
+ type: tosca.capabilities.Attachment
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes.rate_b_single_2b_1b_t2_port:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ endpoint_b_single_1b:
+ type: tosca.capabilities.Endpoint.Admin
occurrences:
- 1
- UNBOUNDED
- attachment_b_single_2b_1b_t2_port:
- type: tosca.capabilities.Attachment
+ feature_b_single_1b:
+ type: tosca.capabilities.Node
occurrences:
- 1
- UNBOUNDED
- disk.write.bytes.rate_b_single_2b:
+ disk.iops_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.capacity_b_single_2b:
+ network.incoming.bytes.rate_b_single_1b_1b_t2_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- cpu.delta_b_single_2b:
+ network.outgoing.bytes.rate_b_single_1b_1b_t2_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- host_b_single_2b:
- type: tosca.capabilities.Container
- valid_source_types:
- - tosca.nodes.SoftwareComponent
+ scalable_b_single_1b:
+ type: tosca.capabilities.Scalable
occurrences:
- 1
- UNBOUNDED
- disk.device.write.requests_b_single_2b:
+ disk.write.bytes_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.packets.rate_b_single_2b_1b_t2_port:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ os_b_single_1b:
+ type: tosca.capabilities.OperatingSystem
occurrences:
- 1
- UNBOUNDED
- disk.read.bytes_b_single_2b:
+ vcpus_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.iops_b_single_2b:
+ cpu_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.ephemeral.size_b_single_2b:
+ disk.device.read.requests.rate_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes.rate_b_single_2b_1b_t1_port:
+ network.incoming.packets.rate_b_single_1b_1b_t2_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes_b_single_2b_1b_t1_port:
+ instance_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.requests.rate_b_single_2b:
+ network.incoming.bytes.rate_b_single_1b_1b_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- feature_b_single_2b:
- type: tosca.capabilities.Node
+ disk.read.bytes_b_single_1b:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory.resident_b_single_2b:
+ disk.device.latency_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.requests_b_single_2b:
+ disk.usage_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.packets.rate_b_single_2b_1b_t2_port:
+ network.incoming.bytes_b_single_1b_1b_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.capacity_b_single_2b:
+ disk.device.allocation_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.bytes_b_single_2b:
+ network.outgoing.packets.rate_b_single_1b_1b_t2_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.packets.rate_b_single_2b_1b_t1_port:
+ disk.device.capacity_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- attachment_b_single_2b_1b_t1_port:
- type: tosca.capabilities.Attachment
+ disk.latency_b_single_1b:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.bytes_b_single_2b:
+ network.incoming.packets_b_single_1b_1b_t2_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.packets_b_single_2b_1b_t2_port:
+ network.incoming.packets.rate_b_single_1b_1b_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- vcpus_b_single_2b:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ attachment_b_single_1b_1b_t1_port:
+ type: tosca.capabilities.Attachment
occurrences:
- 1
- UNBOUNDED
- disk.device.read.requests.rate_b_single_2b:
+ disk.device.write.requests_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- binding_b_single_2b_1b_t2_port:
+ binding_b_single_1b_1b_t2_port:
type: tosca.capabilities.network.Bindable
valid_source_types:
- org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
occurrences:
- 0
- UNBOUNDED
- instance_b_single_2b:
+ disk.ephemeral.size_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outpoing.packets_b_single_2b_1b_t2_port:
+ disk.write.requests.rate_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.requests_b_single_2b:
+ network.outpoing.packets_b_single_1b_1b_t2_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.latency_b_single_2b:
+ disk.device.iops_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes_b_single_2b_1b_t2_port:
+ disk.read.requests_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.allocation_b_single_2b:
+ memory.resident_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.latency_b_single_2b:
+ disk.root.size_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- feature_b_single_2b_1b_t1_port:
+ feature_b_single_1b_1b_t1_port:
type: tosca.capabilities.Node
occurrences:
- 1
- UNBOUNDED
- disk.device.read.bytes.rate_b_single_2b:
+ network.outgoing.bytes_b_single_1b_1b_t2_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outpoing.packets_b_single_2b_1b_t1_port:
+ disk.capacity_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.bytes.rate_b_single_2b:
+ disk.device.write.bytes_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.allocation_b_single_2b:
+ disk.device.read.bytes_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory_b_single_2b:
+ disk.device.read.bytes.rate_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.packets.rate_b_single_2b_1b_t1_port:
+ cpu_util_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- binding_b_single_2b:
- type: tosca.capabilities.network.Bindable
+ disk.write.requests_b_single_1b:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.packets_b_single_2b_1b_t1_port:
+ network.outgoing.packets.rate_b_single_1b_1b_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes_b_single_2b_1b_t1_port:
+ disk.device.usage_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- binding_b_single_2b_1b_t1_port:
- type: tosca.capabilities.network.Bindable
- valid_source_types:
- - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
- occurrences:
- - 0
- - UNBOUNDED
- feature_b_single_2b_1b_t2_port:
- type: tosca.capabilities.Node
+ disk.read.bytes.rate_b_single_1b:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- os_b_single_2b:
- type: tosca.capabilities.OperatingSystem
+ network.outgoing.bytes_b_single_1b_1b_t1_port:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.root.size_b_single_2b:
+ disk.device.read.requests_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.read.requests_b_single_2b:
+ network.incoming.packets_b_single_1b_1b_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- endpoint_b_single_2b:
- type: tosca.capabilities.Endpoint.Admin
+ binding_b_single_1b_1b_t1_port:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
occurrences:
- - 1
+ - 0
- UNBOUNDED
- disk.iops_b_single_2b:
+ network.outpoing.packets_b_single_1b_1b_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.bytes_b_single_2b:
+ disk.device.write.requests.rate_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- scalable_b_single_2b:
- type: tosca.capabilities.Scalable
+ memory.usage_b_single_1b:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory.usage_b_single_2b:
+ disk.write.bytes.rate_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- cpu_util_b_single_2b:
+ network.incoming.bytes_b_single_1b_1b_t2_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.usage_b_single_2b:
+ network.outgoing.bytes.rate_b_single_1b_1b_t1_port:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.requests.rate_b_single_2b:
+ cpu.delta_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- cpu_b_single_2b:
+ disk.allocation_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.read.bytes.rate_b_single_2b:
+ disk.device.write.bytes.rate_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.incoming.bytes_b_single_2b_1b_t2_port:
+ memory_b_single_1b:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- network.outgoing.bytes.rate_b_single_2b_1b_t1_port:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ host_b_single_1b:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_b_single_1b:
+ type: tosca.capabilities.network.Bindable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_b_single_1b_1b_t2_port:
+ type: tosca.capabilities.Node
occurrences:
- 1
- UNBOUNDED
+ org.openecomp.resource.vfc.nodes.heat.b_single_2b:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ port_1b_t1_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_1b_t1_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1b_t1_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_b_single_2b_metadata:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ port_1b_t1_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_b_single_2b_scheduler_hints:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ port_1b_t2_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1b_t2_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_1b_t2_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_1b_t2_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1b_t2_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_b_single_2b_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1b_t2_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ port_1b_t2_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_1b_t2_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ compute_b_single_2b_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_b_single_2b_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1b_t1_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1b_t1_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_1b_t1_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_1b_t2_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_1b_t1_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ attributes:
+ b_single_2b_instance_name:
+ type: string
+ status: SUPPORTED
org.openecomp.resource.abstract.nodes.b_single_2b_1:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- - UNBOUNDED
+ - UNBOUNDED
\ No newline at end of file
capability: tosca.capabilities.network.Linkable
node: nested_network
relationship: tosca.relationships.network.LinksTo
+ - dependency_pcm_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_server_pcm:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_server_pcm:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_pcm_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
1c1_t2_port_12:
type: org.openecomp.resource.cp.nodes.heat.network.neutron.Port
properties:
capability: tosca.capabilities.network.Linkable
node: nested_network
relationship: tosca.relationships.network.LinksTo
+ - dependency_pcm_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_server_pcm:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_server_pcm:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_pcm_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
1c1_t2_port_11:
type: org.openecomp.resource.cp.nodes.heat.network.neutron.Port
properties:
capability: tosca.capabilities.Node
node: test_nested_no_compute
relationship: tosca.relationships.DependsOn
+ - dependency_server_main_ps_1b_ps_server_main_1b:
+ capability: tosca.capabilities.Node
+ node: test_nested_no_compute
+ relationship: tosca.relationships.DependsOn
test_nested1Level_duplicate_same_file:
type: org.openecomp.resource.abstract.nodes.heat.nested1
directives:
capability: tosca.capabilities.Node
node: test_nested_no_compute
relationship: tosca.relationships.DependsOn
+ - dependency_server_main_1c1_cmaui_2_cmaui_1c1_main:
+ capability: tosca.capabilities.Node
+ node: test_nested_no_compute
+ relationship: tosca.relationships.DependsOn
+ - dependency_server_main_1c1_cmaui_1_cmaui_1c1_main:
+ capability: tosca.capabilities.Node
+ node: test_nested_no_compute
+ relationship: tosca.relationships.DependsOn
test_nested_pattern_4_main_0:
type: org.openecomp.resource.abstract.nodes.heat.pd_server_pattern4
directives:
floating_ip_count_required:
is_required: false
requirements:
- - dependency:
+ - dependency_server_pd_pattern4:
capability: tosca.capabilities.Node
- node: test_nested_no_compute
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_server_pd_pattern4:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_pd_server_pattern4_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pd_server_pattern4_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_pd_server_pattern4_port_2:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
relationship: tosca.relationships.DependsOn
+ - link_pd_server_pattern4_port_2:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
test_nested1Level:
type: org.openecomp.resource.abstract.nodes.heat.nested1
directives:
- test_nested_pattern_4_main_0
- abstract_pd_server_main_1b_1
- abstract_ps_server_main_1b_1
- - abstract_cmaui_1c1_main_1
+ - abstract_cmaui_1c1_main_1
\ No newline at end of file
is_required: true
floating_ip_count_required:
is_required: false
+ requirements:
+ - dependency_server_pd_pattern4:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_server_pd_pattern4:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_pd_server_pattern4_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pd_server_pattern4_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_pd_server_pattern4_port_2:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pd_server_pattern4_port_2:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
abstract_ps_server_main_1b:
type: org.openecomp.resource.abstract.nodes.ps_server_main_1b
directives:
- dependency_test_nested_pattern_4_nested2
dependency_test_nested3Level_test_nested2Level:
- test_nested2Level
- - dependency_test_nested3Level
+ - dependency_test_nested3Level
\ No newline at end of file
capability: tosca.capabilities.Node
node: test_nested3Level
relationship: tosca.relationships.DependsOn
+ - dependency_server_nested2_pd_1b_pd_server_nested2_1b:
+ capability: tosca.capabilities.Node
+ node: test_nested3Level
+ relationship: tosca.relationships.DependsOn
test_nested_pattern_4_nested2:
type: org.openecomp.resource.abstract.nodes.heat.pd_server_pattern4
directives:
floating_ip_count_required:
is_required: false
requirements:
- - dependency:
+ - dependency_server_pd_pattern4:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_server_pd_pattern4:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_pd_server_pattern4_port_1:
capability: tosca.capabilities.Node
- node: test_resourceGroup
+ node: tosca.nodes.Root
relationship: tosca.relationships.DependsOn
+ - link_pd_server_pattern4_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_pd_server_pattern4_port_2:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pd_server_pattern4_port_2:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
test_nested3Level:
type: org.openecomp.resource.abstract.nodes.heat.nested3
directives:
is_required: true
floating_ip_count_required:
is_required: false
+ requirements:
+ - dependency_server_pd_pattern4:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_server_pd_pattern4:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_pd_server_pattern4_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pd_server_pattern4_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_pd_server_pattern4_port_2:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pd_server_pattern4_port_2:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
abstract_ps_server_nested2_1b:
type: org.openecomp.resource.abstract.nodes.ps_server_nested2_1b
directives:
capability: tosca.capabilities.Node
node: test_nested3Level
relationship: tosca.relationships.DependsOn
+ - dependency_server_nested2_1c1_cmaui_2_cmaui_1c1_nested2:
+ capability: tosca.capabilities.Node
+ node: test_nested3Level
+ relationship: tosca.relationships.DependsOn
+ - dependency_server_nested2_1c1_cmaui_1_cmaui_1c1_nested2:
+ capability: tosca.capabilities.Node
+ node: test_nested3Level
+ relationship: tosca.relationships.DependsOn
groups:
nested2_group:
type: org.openecomp.groups.heat.HeatStack
- dependency
dependency_pd_server_pattern4_port_1_test_nested_pattern_4_nested2:
- test_nested_pattern_4_nested2
- - dependency_pd_server_pattern4_port_1
+ - dependency_pd_server_pattern4_port_1
\ No newline at end of file
is_required: true
floating_ip_count_required:
is_required: false
+ requirements:
+ - dependency_cmaui_port_7:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_cmaui_port_7:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_cmaui_port_8:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_cmaui_port_8:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_server_cmaui:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_server_cmaui:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
abstract_sm_server:
type: org.openecomp.resource.abstract.nodes.sm_server
directives:
- dependency_oam_server_oam_server_port
dependency_server_sm:
- abstract_sm_server
- - dependency_sm_server
+ - dependency_sm_server
\ No newline at end of file
port_pd_server_port_1_mac_requirements:
mac_count_required:
is_required: false
+ requirements:
+ - dependency_pd_server_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pd_server_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_pd_server_port_2:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pd_server_port_2:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_server_pd:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_server_pd:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
test_nested_no_compute:
type: org.openecomp.resource.abstract.nodes.heat.nested-no-compute
directives:
port_pd_server_port_1_mac_requirements:
mac_count_required:
is_required: false
+ requirements:
+ - dependency_pd_server_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pd_server_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_pd_server_port_2:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pd_server_port_2:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_server_pd:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_server_pd:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
packet_external_network:
type: org.openecomp.resource.vl.nodes.heat.network.neutron.Net
properties:
value:
get_attribute:
- abstract_osm_server_1c2_1
- - osm_server_1c2_accessIPv4
+ - osm_server_1c2_accessIPv4
\ No newline at end of file
port_pd_server_port_1_mac_requirements:
mac_count_required:
is_required: false
+ requirements:
+ - dependency_pd_server_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pd_server_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_pd_server_port_2:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pd_server_port_2:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_server_pd:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_server_pd:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
abstract_pd_server_1b:
type: org.openecomp.resource.abstract.nodes.pd_server_1b
directives:
- dependency
dependency_server_1b_pd_2:
- abstract_pd_server_1b
- - dependency_pd_server_1b
+ - dependency_pd_server_1b
\ No newline at end of file
- openecomp_heat_index:
file: openecomp-heat/_index.yml
node_types:
+ org.openecomp.resource.vfc.nodes.heat.pd_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ p1:
+ type: string
+ description: UID of OAM network
+ required: true
+ status: SUPPORTED
+ p2:
+ type: string
+ description: UID of OAM network
+ required: true
+ status: SUPPORTED
+ port_pd_server_port_1_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ pd_server_names:
+ type: list
+ description: PD server names
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd_server_port_1_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pd_server_port_2_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd_server_port_1_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ pd_server_flavor:
+ type: string
+ description: Flavor for PD server
+ required: true
+ status: SUPPORTED
+ port_pd_server_port_2_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd_server_port_2_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ availability_zone_0:
+ type: string
+ description: availabilityzone name
+ required: true
+ status: SUPPORTED
+ net:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd_server_port_2_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_pd_server_port_2_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ pd_server_ips:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd_server_port_1_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd_server_port_1_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ security_group_name:
+ type: list
+ description: CMAUI1, CMAUI2 server names
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ ps_server_flavor:
+ type: string
+ description: Flavor for PS server
+ required: true
+ status: SUPPORTED
+ port_pd_server_port_1_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_pd_server_port_2_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd_server_port_2_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ pd_server_image:
+ type: string
+ description: Flavor for PD server
+ required: true
+ status: SUPPORTED
+ port_pd_server_port_1_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd_server_port_2_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pd_server_port_1_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ attributes:
+ pattern4_attr_1:
+ type: string
+ description: pattern4_attr_1_value
+ status: SUPPORTED
+ requirements:
+ - dependency_pd_server_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_pd_server_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_pd_server_port_2:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_pd_server_port_2:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_server_pd:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - local_storage_server_pd:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ occurrences:
+ - 0
+ - UNBOUNDED
+ capabilities:
+ disk.iops_server_pd:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes.rate_server_pd:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.resident_server_pd:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_util_server_pd:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_pd_server_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_pd_server_port_2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests_server_pd:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_pd_server_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_pd_server_port_2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.allocation_server_pd:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.usage_server_pd:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.capacity_server_pd:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ endpoint_server_pd:
+ type: tosca.capabilities.Endpoint.Admin
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.capacity_server_pd:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_pd_server_port_2:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_pd_server_port_2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_pd_server_port_1:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_pd_server_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.usage_server_pd:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.allocation_server_pd:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes.rate_server_pd:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory_server_pd:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests_server_pd:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.usage_server_pd:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_pd_server_port_1:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_pd_server_port_2:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes_server_pd:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes_server_pd:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_pd_server_port_2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_pd_server_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ instance_server_pd:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_pd_server_port_2:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ binding_pd_server_port_1:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ cpu.delta_server_pd:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ host_server_pd:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_pd_server_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ vcpus_server_pd:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.ephemeral.size_server_pd:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_pd_server_port_2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_pd_server_port_2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.latency_server_pd:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_pd_server_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes.rate_server_pd:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests.rate_server_pd:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests_server_pd:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_pd_server_port_2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.iops_server_pd:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_pd_server_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.requests_server_pd:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ os_server_pd:
+ type: tosca.capabilities.OperatingSystem
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.latency_server_pd:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_server_pd:
+ type: tosca.capabilities.network.Bindable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ scalable_server_pd:
+ type: tosca.capabilities.Scalable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_pd_server_port_2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_pd_server_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes_server_pd:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes.rate_server_pd:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_server_pd:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.root.size_server_pd:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests.rate_server_pd:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests.rate_server_pd:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes_server_pd:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_server_pd:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ org.openecomp.resource.vfc.nodes.heat.ps_server_1b:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ port_ps_server_b_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_ps_server_b_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_ps_server_b_port_replacement_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ port_ps_server_b_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_ps_server_b_port_fixed_ips:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.heat.neutron.port.FixedIps
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_ps_server_b_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_ps_server_b_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_ps_server_b_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_ps_server_b_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_ps_server_b_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_ps_server_b_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_ps_server_1b_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_ps_server_1b_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
org.openecomp.resource.abstract.nodes.oam_server_1c2:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
occurrences:
- 1
- UNBOUNDED
+ org.openecomp.resource.vfc.nodes.heat.oam_server_1c2:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ port_oam_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ compute_oam_server_1c2_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ port_oam_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_oam_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_oam_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_oam_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_oam_server_1c2_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_oam_port_fixed_ips:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.heat.neutron.port.FixedIps
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_oam_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_oam_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_oam_port_replacement_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_oam_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_oam_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ attributes:
+ oam_server_1c2_accessIPv4:
+ type: string
+ status: SUPPORTED
org.openecomp.resource.abstract.nodes.heat.pd_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
occurrences:
- 1
- UNBOUNDED
+ org.openecomp.resource.vfc.nodes.heat.pd_server_1b:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ compute_pd_server_1b_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd_server_b_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd_server_b_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pd_server_b_port_fixed_ips:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.heat.neutron.port.FixedIps
+ port_pd_server_b_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd_server_b_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd_server_b_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd_server_b_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd_server_b_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd_server_b_port_replacement_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_1b_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd_server_b_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd_server_b_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ org.openecomp.resource.vfc.nodes.heat.cmaui_1c1:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ port_cmaui_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_cmaui_port_fixed_ips:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.heat.neutron.port.FixedIps
+ port_cmaui_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_cmaui_1c1_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_cmaui_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_replacement_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_cmaui_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ compute_cmaui_1c1_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_cmaui_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
org.openecomp.resource.abstract.nodes.heat.nested-no-compute:
derived_from: org.openecomp.resource.abstract.nodes.AbstractSubstitute
properties:
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- - UNBOUNDED
+ - UNBOUNDED
\ No newline at end of file
port_pd_server_port_1_mac_requirements:
mac_count_required:
is_required: false
+ requirements:
+ - dependency_pd_server_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pd_server_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_pd_server_port_2:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pd_server_port_2:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_server_pd:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_server_pd:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
test_nested_no_compute:
type: org.openecomp.resource.abstract.nodes.heat.nested-no-compute
directives:
occurrences:
- 1
- UNBOUNDED
+ org.openecomp.resource.vfc.nodes.heat.pcm_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ port_pcm_port_0_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ availabilityzone_name:
+ type: string
+ description: availabilityzone name
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ pcm_image_name:
+ type: string
+ description: PCRF CM image name
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ pcm_server_name:
+ type: string
+ description: PCRF CM server name
+ required: true
+ status: SUPPORTED
+ cps_net_mask:
+ type: string
+ description: CPS network mask
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ oam_net_name:
+ type: string
+ description: OAM network name
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ oam_net_gw:
+ type: string
+ description: CPS network gateway
+ required: true
+ status: SUPPORTED
+ security_group_name:
+ type: string
+ description: the name of security group
+ required: true
+ status: SUPPORTED
+ cps_net_ip:
+ type: string
+ description: CPS network ip
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ pcm_flavor_name:
+ type: string
+ description: flavor name of PCRF CM instance
+ required: true
+ status: SUPPORTED
+ pcm_vol:
+ type: string
+ description: CPS Cluman Cinder Volume
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pcm_port_0_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ cps_net_name:
+ type: string
+ description: CPS network name
+ required: true
+ status: SUPPORTED
+ oam_net_ip:
+ type: string
+ description: OAM network ip
+ required: true
+ status: SUPPORTED
+ oam_net_mask:
+ type: string
+ description: CPS network mask
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ attributes:
+ server_pcm_id:
+ type: string
+ description: the pcm nova service id
+ status: SUPPORTED
+ requirements:
+ - dependency_pcm_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_pcm_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_server_pcm:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - local_storage_server_pcm:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - dependency_pcm_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_pcm_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ capabilities:
+ network.incoming.packets.rate_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.iops_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.resident_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.usage_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.allocation_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.usage_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.root.size_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.ephemeral.size_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.latency_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_pcm_port_0:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ binding_pcm_port_1:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ memory.usage_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.requests_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.capacity_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ os_server_pcm:
+ type: tosca.capabilities.OperatingSystem
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_pcm_port_1:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_pcm_port_0:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_pcm_port_0:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_pcm_port_1:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ endpoint_server_pcm:
+ type: tosca.capabilities.Endpoint.Admin
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ vcpus_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.iops_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.allocation_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ scalable_server_pcm:
+ type: tosca.capabilities.Scalable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_util_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ host_server_pcm:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu.delta_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_server_pcm:
+ type: tosca.capabilities.network.Bindable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.capacity_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ instance_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.latency_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_server_pcm:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
org.openecomp.resource.abstract.nodes.heat.pcm_server_1:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
occurrences:
- 1
- UNBOUNDED
+ org.openecomp.resource.vfc.nodes.heat.compute:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ compute_compute_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_compute_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_compute_config_drive:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: boolean
\ No newline at end of file
get_input:
- pcm_server_names
- 0
+ requirements:
+ - dependency_pcm_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_server_pcm:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_server_pcm:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_pcm_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
server_pcm_001:
type: org.openecomp.resource.abstract.nodes.heat.pcm_server_1
directives:
get_input:
- pcm_server_names
- 0
+ requirements:
+ - dependency_pcm_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_server_pcm:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_server_pcm:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_pcm_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
compute_port_0:
type: org.openecomp.resource.cp.nodes.heat.network.neutron.Port
properties:
vson_vm_names:
- get_input: vson_clm_name_0
requirements:
- - dependency:
+ - dependency_vson_server:
capability: tosca.capabilities.Node
- node: oam_net_security_group
+ node: tosca.nodes.Root
relationship: tosca.relationships.DependsOn
+ - local_storage_vson_server:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_vson_server_oam_net_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_vson_server_oam_net_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
vson_mgt_group:
type: org.openecomp.resource.abstract.nodes.heat.vson_vm_2
directives:
get_input: oam_net_id
vson_vm_names:
- get_input: vson_mgt_name_0
+ requirements:
+ - dependency_vson_server:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_vson_server:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_vson_server_oam_net_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_vson_server_oam_net_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
vson_dbs_volume_1:
type: org.openecomp.resource.vfc.nodes.heat.cinder.Volume
properties:
get_input: oam_net_id
vson_vm_names:
- get_input: vson_dbc_name_0
+ requirements:
+ - dependency_vson_server:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_vson_server:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_vson_server_oam_net_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_vson_server_oam_net_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
vson_dbs_volume_0:
type: org.openecomp.resource.vfc.nodes.heat.cinder.Volume
properties:
get_input: oam_net_id
vson_vm_names:
- get_input: vson_clm_name_0
+ requirements:
+ - dependency_vson_server:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_vson_server:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_vson_server_oam_net_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_vson_server_oam_net_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
vson_dcl_volume_2:
type: org.openecomp.resource.vfc.nodes.heat.cinder.Volume
properties:
get_input: oam_net_id
vson_vm_names:
- get_input: vson_mdr_name_0
+ requirements:
+ - dependency_vson_server:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_vson_server:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_vson_server_oam_net_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_vson_server_oam_net_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
vson_dbs_group:
type: org.openecomp.resource.abstract.nodes.heat.vson_vm_1
directives:
vson_vm_names:
- get_input: vson_dbs_name_0
- get_input: vson_dbs_name_1
+ requirements:
+ - dependency_vson_server:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_vson_server:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_vson_server_oam_net_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_vson_server_oam_net_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
vson_app_group:
type: org.openecomp.resource.abstract.nodes.heat.vson_vm
directives:
get_input: oam_net_id
vson_vm_names:
- get_input: vson_app_name_0
+ requirements:
+ - dependency_vson_server:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_vson_server:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_vson_server_oam_net_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_vson_server_oam_net_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
oam_net_security_group:
type: org.openecomp.resource.vfc.rules.nodes.heat.network.neutron.SecurityRules
properties:
get_input: oam_net_id
vson_vm_names:
- get_input: vson_dbg_name_0
+ requirements:
+ - dependency_vson_server:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_vson_server:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_vson_server_oam_net_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_vson_server_oam_net_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
vson_cll_group:
type: org.openecomp.resource.abstract.nodes.heat.vson_vm_1
directives:
- get_input: vson_cll_name_0
- get_input: vson_cll_name_1
- get_input: vson_cll_name_2
+ requirements:
+ - dependency_vson_server:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_vson_server:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_vson_server_oam_net_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_vson_server_oam_net_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
vson_app_volume_0:
type: org.openecomp.resource.vfc.nodes.heat.cinder.Volume
properties:
get_input: oam_net_id
vson_vm_names:
- get_input: vson_mon_name_0
+ requirements:
+ - dependency_vson_server:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_vson_server:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_vson_server_oam_net_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_vson_server_oam_net_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
vson_dcl_group:
type: org.openecomp.resource.abstract.nodes.heat.vson_vm_1
directives:
- get_input: vson_dcl_name_0
- get_input: vson_dcl_name_1
- get_input: vson_dcl_name_2
+ requirements:
+ - dependency_vson_server:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_vson_server:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_vson_server_oam_net_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_vson_server_oam_net_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
groups:
module_5_vson_dbg_volume_group:
type: org.openecomp.groups.heat.HeatStack
--- /dev/null
+{
+ "name": "vEP_JSA_Net",
+ "description": "Version 2.0 02-09-2016 (Authors: John Doe, user PROD)",
+ "version": "2013-05-23",
+ "data": [
+ {
+ "file": "base_cscf.yaml",
+ "type": "HEAT",
+ "data": [
+ {
+ "file": "base_cscf.env",
+ "type": "HEAT_ENV"
+ }
+ ]
+ },
+ {
+ "file": "base_cscf_volume.yaml",
+ "type": "HEAT_VOL",
+ "data": [
+ {
+ "file": "base_cscf_volume.env",
+ "type": "HEAT_ENV"
+ }
+ ]
+ },
+ {
+ "file": "nested_cscf.yaml",
+ "type": "HEAT"
+ },
+ {
+ "file": "nested_tdcore.yaml",
+ "type": "HEAT"
+ }
+ ]
+}
\ No newline at end of file
--- /dev/null
+## Copyright:: Nokia Corporation 2017
+## Note: Nokia VM HOT file for CFX-5000 IMS17.0
+## Name: "base_cscf.env"
+## History
+## Date: 23 Aug 2017
+## 1. corrected the flavour
+## 2. internal ip range to match the TPD for all VMs
+## 3. number of internal ip assignment in list
+## a) cscf_internal_zone_0_ips
+## b) cscf_internal_zone_1_ips
+## c) cscf_internal_zone_0_v6_ips
+## d) cscf_internal_zone_1_v6_ips
+## e) tdcore_internal_zone_0_ips
+## f) tdcore_internal_zone_1_ips
+## to match the count of cscf and tdcore.
+##
+## Kilo Version
+
+parameters:
+# PSEUDO CONSTANTS
+# -----------------------------------------------------------------------------
+ vcscf_release: "17.0"
+ vcscf_name_delimeter: "_"
+ vcscf_internal_network_mtu: 1500
+
+ oam_image_name: IMS_17_0_OPENSTACK_OAM_1701400.000
+ cif_image_name: IMS_17_0_OPENSTACK_CSCF_1701400.000
+ lbd_image_name: IMS_17_0_OPENSTACK_CSCF_1701400.000
+ cdi_image_name: IMS_17_0_OPENSTACK_CSCF_1701400.000
+ cscf_image_name: IMS_17_0_OPENSTACK_CSCF_1701400.000
+ tdcore_image_name: IMS_17_0_OPENSTACK_CSCF_1701400.000
+
+ oam_flavor_name: ND.c4r32d30
+ cscf_flavor_name: ND.c8r16d38
+ cif_flavor_name: ND.c4r16d38
+ lbd_flavor_name: ND.c4r16d38
+ tdcore_flavor_name: ND.c4r16d38
+ cdi_flavor_name: ND.c4r8d38
+
+
+ # vCSCF VM Counts
+
+ cscf_zone_0_count: 19
+ cscf_zone_1_count: 18
+ tdcore_zone_0_count: 4
+ tdcore_zone_1_count: 4
+
+
+ # vCSCF Internal Network
+
+ vcscf_internal_netmask: 255.255.255.0
+ vcscf_internal_network_cidr: 192.168.210.0/24
+ vcscf_internal_network_v6_cidr: 2a00:9a00:a000:1190:0:1:1:2b00/120
+ vcscf_internal_dpdk_network_cidr: 192.168.211.0/24
+
+ # OAM Internal network
+
+ oam_internal_vip_0: 192.168.210.3
+ oam_internal_ip_0: 192.168.210.136
+ oam_internal_ip_1: 192.168.210.137
+ oam_internal_ip_2: 192.168.210.138
+
+ # CSCF VM Internal Network
+
+ cscf_internal_zone_0_ips:
+ - 192.168.210.16
+ - 192.168.210.18
+ - 192.168.210.20
+ - 192.168.210.22
+ - 192.168.210.24
+ - 192.168.210.26
+ - 192.168.210.28
+ - 192.168.210.30
+ - 192.168.210.32
+ - 192.168.210.34
+ - 192.168.210.36
+ - 192.168.210.38
+ - 192.168.210.40
+ - 192.168.210.42
+ - 192.168.210.44
+ - 192.168.210.46
+ - 192.168.210.48
+ - 192.168.210.50
+ - 192.168.210.52
+
+ cscf_internal_zone_1_ips:
+ - 192.168.210.17
+ - 192.168.210.19
+ - 192.168.210.21
+ - 192.168.210.23
+ - 192.168.210.25
+ - 192.168.210.27
+ - 192.168.210.29
+ - 192.168.210.31
+ - 192.168.210.33
+ - 192.168.210.35
+ - 192.168.210.37
+ - 192.168.210.39
+ - 192.168.210.41
+ - 192.168.210.43
+ - 192.168.210.45
+ - 192.168.210.47
+ - 192.168.210.49
+ - 192.168.210.51
+ cscf_internal_zone_0_v6_ips:
+ - "2a00:9a00:a000:1190:0:1:1:2b10"
+ - "2a00:9a00:a000:1190:0:1:1:2b12"
+ - "2a00:9a00:a000:1190:0:1:1:2b14"
+ - "2a00:9a00:a000:1190:0:1:1:2b16"
+ - "2a00:9a00:a000:1190:0:1:1:2b18"
+ - "2a00:9a00:a000:1190:0:1:1:2b1a"
+ - "2a00:9a00:a000:1190:0:1:1:2b1c"
+ - "2a00:9a00:a000:1190:0:1:1:2b1e"
+ - "2a00:9a00:a000:1190:0:1:1:2b20"
+ - "2a00:9a00:a000:1190:0:1:1:2b22"
+ - "2a00:9a00:a000:1190:0:1:1:2b24"
+ - "2a00:9a00:a000:1190:0:1:1:2b26"
+ - "2a00:9a00:a000:1190:0:1:1:2b28"
+ - "2a00:9a00:a000:1190:0:1:1:2b2a"
+ - "2a00:9a00:a000:1190:0:1:1:2b2c"
+ - "2a00:9a00:a000:1190:0:1:1:2b2e"
+ - "2a00:9a00:a000:1190:0:1:1:2b30"
+ - "2a00:9a00:a000:1190:0:1:1:2b32"
+ - "2a00:9a00:a000:1190:0:1:1:2b34"
+
+ cscf_internal_zone_1_v6_ips:
+ - "2a00:9a00:a000:1190:0:1:1:2b11"
+ - "2a00:9a00:a000:1190:0:1:1:2b13"
+ - "2a00:9a00:a000:1190:0:1:1:2b15"
+ - "2a00:9a00:a000:1190:0:1:1:2b17"
+ - "2a00:9a00:a000:1190:0:1:1:2b19"
+ - "2a00:9a00:a000:1190:0:1:1:2b1b"
+ - "2a00:9a00:a000:1190:0:1:1:2b1d"
+ - "2a00:9a00:a000:1190:0:1:1:2b1f"
+ - "2a00:9a00:a000:1190:0:1:1:2b21"
+ - "2a00:9a00:a000:1190:0:1:1:2b23"
+ - "2a00:9a00:a000:1190:0:1:1:2b25"
+ - "2a00:9a00:a000:1190:0:1:1:2b27"
+ - "2a00:9a00:a000:1190:0:1:1:2b29"
+ - "2a00:9a00:a000:1190:0:1:1:2b2b"
+ - "2a00:9a00:a000:1190:0:1:1:2b2d"
+ - "2a00:9a00:a000:1190:0:1:1:2b2f"
+ - "2a00:9a00:a000:1190:0:1:1:2b31"
+ - "2a00:9a00:a000:1190:0:1:1:2b33"
+
+ # TDCore VM Internal Network
+
+ tdcore_internal_zone_0_ips:
+ - 192.168.210.8
+ - 192.168.210.10
+ - 192.168.210.12
+ - 192.168.210.14
+
+ tdcore_internal_zone_1_ips:
+ - 192.168.210.9
+ - 192.168.210.11
+ - 192.168.210.13
+ - 192.168.210.15
+ # TDCore VM DPDK Internal Network
+
+ tdcore_dpdk_zone_0_ips:
+ - 192.168.211.8
+ - 192.168.211.10
+ - 192.168.211.12
+ - 192.168.211.14
+
+ tdcore_dpdk_zone_1_ips:
+ - 192.168.211.9
+ - 192.168.211.11
+ - 192.168.211.13
+ - 192.168.211.15
+
+ # CIF VM Internal Network
+
+ cif_internal_ip_0: 192.168.210.1
+ cif_internal_ip_1: 192.168.210.2
+ cif_internal_vip_0: 192.168.210.150
+ cif_internal_v6_ip_0: "2a00:9a00:a000:1190:0:1:1:2b04"
+ cif_internal_v6_ip_1: "2a00:9a00:a000:1190:0:1:1:2b05"
+
+ # LBD (l2TD) VM Internal Network
+
+ lbd_internal_ip_0: 192.168.210.4
+ lbd_internal_ip_1: 192.168.210.5
+
+ # LBD (l2TD) VM DPDK Internal Network
+
+ lbd_internal_dpdk_ip_0: 192.168.211.1
+ lbd_internal_dpdk_ip_1: 192.168.211.2
+ lbd_internal_dpdk_vip_0: 192.168.211.181
+
+ # CDI VM Internal Network
+
+ cdi_internal_ip_0: 192.168.210.139
+ cdi_internal_ip_1: 192.168.210.140
+
+
+ cdi_internal_v6_ip_0: "2a00:9a00:a000:1190:0:1:1:2b8b"
+ cdi_internal_v6_ip_1: "2a00:9a00:a000:1190:0:1:1:2b8c"
+ cdi_internal_v6_vip_0: "2a00:9a00:a000:1190:0:1:1:2b8d"
+
+# SITE SPECIFIC
+# -----------------------------------------------------------------------------
+# oam_volume_id_0: f0781f87-671c-40c0-82ce-4d8c0531fbc1
+# oam_volume_id_1: 53a1d529-47a1-4722-bab0-d502603eef14
+# cif_volume_id_0: d2262ef6-7bac-4c4e-abfb-fd78e3f0cc0b
+# cif_volume_id_1: b1f6f2bc-6774-4c66-88ef-cb225d216bf0
+#
+#
+#------------------------------------
+# Preload Sheet
+#------------------------------------
+# # Network IDs
+# oam_net_id: LAN1
+# ims_core_net_id: ipv6_1256
+# ims_li_v6_net_id: ipv6_1255
+#
+# # instance availability zones for 1+1 pairs
+# availability_zone_0: zone1
+# availability_zone_1: zone2
+#
+# cif_oam_ip_0: 192.168.1.26
+# cif_oam_ip_1: 192.168.1.27
+#
+# Tag Value
+# cif_oam_vip_0: 192.168.1.28
+#
+# cif_ims_core_v6_ip_0: "2a00:8a00:a000:4000::308"
+# cif_ims_core_v6_ip_1: "2a00:8a00:a000:4000::309"
+# cif_ims_core_v6_vip_0: "2a00:8a00:a000:4000::310"
+#
+# # Seperated Interface for LI-X1 (eth3)
+# cif_oam_ip_2: 192.168.1.29
+# cif_oam_ip_3: 192.168.1.30
+#
+# Tag Value
+# cif_oam_vip_1: 192.168.1.31
+#
+# # Seperated Interface for LI-X2 (eth4)
+#
+# cif_ims_li_v6_ip_0: "2a00:8a00:a000:4000::284"
+# cif_ims_li_v6_ip_1: "2a00:8a00:a000:4000::285"
+# cif_ims_li_v6_vip_0: "2a00:8a00:a000:4000::286"
+#
+#
+# lbd_ims_core_v6_ip_0: "2a00:8a00:a000:4000::311"
+# lbd_ims_core_v6_ip_1: "2a00:8a00:a000:4000::312"
+# lbd_ims_core_v6_vip_0: "2a00:8a00:a000:4000::313"
+#
+#
+# cdi_ims_core_v6_ip_0: "2a00:8a00:a000:4000::314"
+# cdi_ims_core_v6_ip_1: "2a00:8a00:a000:4000::315"
+# cdi_ims_core_v6_vip_0: "2a00:8a00:a000:4000::316"
+#
+# oam_name_0: cscf0011vm001oam001
+# oam_name_1: cscf0011vm002oam001
+# oam_name_2: cscf0011vm003oam001
+# cif_name_0: cscf0011vm004cif001
+# cif_name_1: cscf0011vm005cif001
+# cdi_name_0: cscf0011vm006cdi001
+# cdi_name_1: cscf0011vm007cdi001
+# lbd_name_0: cscf0011vm008lbd001
+# lbd_name_1: cscf0011vm009lbd001
+#
+#------------------------------------
+# Tag values
+#------------------------------------
+#
+# vcscf_dn: DN1
+# vcscf_du: DU1
+# vcscf_cmrepo_address: 10.111.12.71
+# vcscf_swrepo_address: 10.111.12.71
+# vcscf_dns_address: 10.111.12.67
+#
+# vnf_name: CSCF0001
+# vnf_id: CSCF0001
+# vf_module_name: CSCF0001
+# vf_module_id: CSCF0001
+#
+# vcscf_oam_netmask: 255.255.255.0
+# vcscf_default_gateway: 192.168.1.1
+#
+# oam_oam_vip_0: 192.168.1.21
+# oam_oam_ip_0: 192.168.1.23
+# oam_oam_ip_1: 192.168.1.24
+# oam_oam_ip_2: 192.168.1.25
+#
+# tdcore_zone_0_names:
+# - cscf0011vm101sip001
+# - cscf0011vm103sip001
+# - cscf0011vm105sip001
+# - cscf0011vm107sip001
+#
+# tdcore_zone_1_names:
+# - cscf0011vm102sip001
+# - cscf0011vm104sip001
+# - cscf0011vm106sip001
+# - cscf0011vm108sip001
+#
+# cscf_zone_0_names:
+# - cscf0011vm201scf001
+# - cscf0011vm203scf001
+# - cscf0011vm205scf001
+# - cscf0011vm207scf001
+# - cscf0011vm209scf001
+# - cscf0011vm211scf001
+# - cscf0011vm213scf001
+# - cscf0011vm215scf001
+# - cscf0011vm217scf001
+# - cscf0011vm219scf001
+# - cscf0011vm221scf001
+# - cscf0011vm223scf001
+# - cscf0011vm225scf001
+# - cscf0011vm227scf001
+# - cscf0011vm229scf001
+# - cscf0011vm231scf001
+# - cscf0011vm233scf001
+# - cscf0011vm235scf001
+# - cscf0011vm237scf001
+#
+# cscf_zone_1_names:
+# - cscf0011vm202scf001
+# - cscf0011vm204scf001
+# - cscf0011vm206scf001
+# - cscf0011vm208scf001
+# - cscf0011vm210scf001
+# - cscf0011vm212scf001
+# - cscf0011vm214scf001
+# - cscf0011vm216scf001
+# - cscf0011vm218scf001
+# - cscf0011vm220scf001
+# - cscf0011vm222scf001
+# - cscf0011vm224scf001
+# - cscf0011vm226scf001
+# - cscf0011vm228scf001
+# - cscf0011vm230scf001
+# - cscf0011vm232scf001
+# - cscf0011vm234scf001
+# - cscf0011vm236scf001
+#
+# # Below value should be taken from CMRepo after parsing the TPD or the below names should be used while parsing TPD as input
+#
+# oam_uuid_0: cscf0011vm001oam001
+# oam_uuid_1: cscf0011vm002oam001
+# oam_uuid_2: cscf0011vm003oam001
+# cif_uuid_0: cscf0011vm004cif001
+# cif_uuid_1: cscf0011vm005cif001
+# lbd_uuid_0: cscf0011vm006cdi001
+# lbd_uuid_1: cscf0011vm007cdi001
+# cdi_uuid_0: cscf0011vm008lbd001
+# cdi_uuid_1: cscf0011vm009lbd001
+#
+# tdcore_zone_0_uuids:
+# - cscf0011vm101sip001
+# - cscf0011vm103sip001
+# - cscf0011vm105sip001
+# - cscf0011vm107sip001
+#
+# tdcore_zone_1_uuids:
+# - cscf0011vm102sip001
+# - cscf0011vm104sip001
+# - cscf0011vm106sip001
+# - cscf0011vm108sip001
+#
+# cscf_zone_0_uuids:
+# - cscf0011vm201scf001
+# - cscf0011vm203scf001
+# - cscf0011vm205scf001
+# - cscf0011vm207scf001
+# - cscf0011vm209scf001
+# - cscf0011vm211scf001
+# - cscf0011vm213scf001
+# - cscf0011vm215scf001
+# - cscf0011vm217scf001
+# - cscf0011vm219scf001
+# - cscf0011vm221scf001
+# - cscf0011vm223scf001
+# - cscf0011vm225scf001
+# - cscf0011vm227scf001
+# - cscf0011vm229scf001
+# - cscf0011vm231scf001
+# - cscf0011vm233scf001
+# - cscf0011vm235scf001
+# - cscf0011vm237scf001
+#
+# cscf_zone_1_uuids:
+# - cscf0011vm202scf001
+# - cscf0011vm204scf001
+# - cscf0011vm206scf001
+# - cscf0011vm208scf001
+# - cscf0011vm210scf001
+# - cscf0011vm212scf001
+# - cscf0011vm214scf001
+# - cscf0011vm216scf001
+# - cscf0011vm218scf001
+# - cscf0011vm220scf001
+# - cscf0011vm222scf001
+# - cscf0011vm224scf001
+# - cscf0011vm226scf001
+# - cscf0011vm228scf001
+# - cscf0011vm230scf001
+# - cscf0011vm232scf001
+# - cscf0011vm234scf001
+# - cscf0011vm236scf001
+
+
--- /dev/null
+## Copyright:: Nokia Corporation 2017
+## Note: Nokia VM HOT file for CFX
+## Name: "base_cscf.yaml"
+## Date: 20 Mar 2017
+## Kilo Version
+heat_template_version: 2015-04-30
+
+description: >
+ CFX-5000 N+K VNF HOT template for AT&T.
+
+parameters:
+
+ vnf_name:
+ type: string
+ description: Unique name for this VF instance
+
+ vnf_id:
+ type: string
+ description: Unique ID for this VF instance
+
+ vf_module_name:
+ type: string
+ description: Unique name for this VF Module instance
+
+ vf_module_id:
+ type: string
+ description: Unique ID for this VF Module instance
+
+ cif_volume_id_0:
+ type: string
+ description: size of the cinder volume used for cif
+ cif_volume_id_1:
+ type: string
+ description: size of the cinder volume used for cif
+
+ oam_volume_id_0:
+ type: string
+ description: size of the cinder volume used for oam
+ oam_volume_id_1:
+ type: string
+ description: size of the cinder volume used for oam
+
+ oam_net_id:
+ type: string
+ description: Name/UUID of OAM network
+
+ ims_core_net_id:
+ type: string
+ description: Name/UUID of Core network
+
+ ims_li_v6_net_id:
+ type: string
+ description: Name/UUID of V6 LI network
+
+ availability_zone_0:
+ type: string
+ description: >
+ Availability zone where the first node of a pair will be deployed.
+ Availability zone 0 and 1 can have same zone name if single zone is used.
+
+ availability_zone_1:
+ type: string
+ description: >
+ Availability zone where the second node of a pair will be deployed.
+ Availability zone 0 and 1 can have same zone name if single zone is used.
+
+ oam_image_name:
+ type: string
+ description: OAM VM image name
+
+ cif_image_name:
+ type: string
+ description: CSCF CIF VM image name
+
+ lbd_image_name:
+ type: string
+ description: CSCF LBD VM image name
+
+ cdi_image_name:
+ type: string
+ description: CDI VM image name
+
+ cscf_image_name:
+ type: string
+ description: CSCF server VM image name
+
+ tdcore_image_name:
+ type: string
+ description: TDCORE VM image name
+
+ oam_flavor_name:
+ type: string
+ description: OAM VM flavor
+
+ cscf_flavor_name:
+ type: string
+ description: CSCF server VM flavor
+
+ cif_flavor_name:
+ type: string
+ description: CSCF CIF VM flavor
+
+ lbd_flavor_name:
+ type: string
+ description: CSCF LBD VM flavor
+
+ tdcore_flavor_name:
+ type: string
+ description: TDCORE VM flavor
+
+ cdi_flavor_name:
+ type: string
+ description: CDI VM flavor
+
+ cscf_zone_0_count:
+ type: number
+ description: >
+ Number of CSCF to be deployed on zone 0.
+ This parameter is used to scale the cscf instances.
+ constraints:
+ - range: { min: 0, max: 120 }
+
+ cscf_zone_1_count:
+ type: number
+ description: >
+ Number of CSCF to be deployed on zone 1.
+ This parameter is used to scale the cscf instances.
+ constraints:
+ - range: { min: 0, max: 120 }
+
+ tdcore_zone_0_count:
+ type: number
+ description: >
+ Number of TD Core VMs to be deployed zone 0.
+ This parameter is used to scale the TD Core instances.
+ constraints:
+ - range: { min: 0, max: 8 }
+
+ tdcore_zone_1_count:
+ type: number
+ description: >
+ Number of TD Core VMs to be deployed zone 1.
+ This parameter is used to scale the TD Core instances.
+ constraints:
+ - range: { min: 0, max: 8 }
+
+ vcscf_internal_netmask:
+ type: string
+ description: Netmask for Internal LAN
+
+ vcscf_internal_network_cidr:
+ type: string
+ description: CIDR for for Internal LAN
+
+ vcscf_internal_network_v6_cidr:
+ type: string
+ description: CIDR for for Internal LAN v6
+
+ vcscf_internal_dpdk_network_cidr:
+ type: string
+ description: CIDR for for Internal LAN DPDK
+
+ vcscf_oam_netmask:
+ type: string
+ description: Netmask for OAM LAN
+
+ vcscf_default_gateway:
+ type: string
+ description: Default gateway for OAM LAN
+
+ oam_oam_vip_0:
+ type: string
+ description: OAM CIPA IP of OAM unit
+
+ oam_oam_ip_0:
+ type: string
+ description: OAM IP of OAM01 instance
+
+ oam_oam_ip_1:
+ type: string
+ description: OAM IP of OAM02 instance
+
+ oam_oam_ip_2:
+ type: string
+ description: OAM IP of OAM03 instance
+
+ oam_internal_vip_0:
+ type: string
+ description: Internal CIPA IP of OAM unit
+
+ oam_internal_ip_0:
+ type: string
+ description: Internal IP of OAM01 instance
+
+ oam_internal_ip_1:
+ type: string
+ description: Internal IP of OAM01 instance
+
+ oam_internal_ip_2:
+ type: string
+ description: Internal IP of OAM01 instance
+
+ cscf_internal_zone_0_ips:
+ type: comma_delimited_list
+ description: "List of Internal Lan IPs for CSCF instances on zone 0"
+
+ cscf_internal_zone_0_v6_ips:
+ type: comma_delimited_list
+ description: "List of Internal Lan v6 IPs for CSCF instances on zone 0"
+
+ cscf_internal_zone_1_ips:
+ type: comma_delimited_list
+ description: "List of Internal Lan IPs for CSCF instances on zone 1"
+
+ cscf_internal_zone_1_v6_ips:
+ type: comma_delimited_list
+ description: "List of Internal Lan v6 IPs for CSCF instances on zone 1"
+
+ tdcore_internal_zone_0_ips:
+ type: comma_delimited_list
+ description: "List of Internal Lan IPs for TDCORE instances on zone 0"
+
+ tdcore_dpdk_zone_0_ips:
+ type: comma_delimited_list
+ description: "List of DPDK Lan IPs for TDCORE instances on zone 0"
+
+ tdcore_internal_zone_1_ips:
+ type: comma_delimited_list
+ description: "List of Internal Lan IPs for TDCORE instances on zone 1"
+
+ tdcore_dpdk_zone_1_ips:
+ type: comma_delimited_list
+ description: "List of DPDK Lan IPs for TDCORE instances on zone 1"
+
+ cif_internal_ip_0:
+ type: string
+ description: Internal IP of CIF01 instance
+
+ cif_internal_ip_1:
+ type: string
+ description: Internal IP of CIF02 instance
+
+ cif_internal_vip_0:
+ type: string
+ description: Internal CIPA IP of CIF
+
+ cif_internal_v6_ip_0:
+ type: string
+ description: Internal IP v6 of CIF01 instance
+
+ cif_internal_v6_ip_1:
+ type: string
+ description: Internal IP v6 of CIF02 instance
+
+ cif_oam_ip_0:
+ type: string
+ description: OAM IP of CIF01 instance
+
+ cif_oam_ip_1:
+ type: string
+ description: OAM IP of CIF02 instance
+
+ cif_oam_vip_0:
+ type: string
+ description: OAM CIPA IP of CIF
+
+ cif_ims_core_v6_ip_0:
+ type: string
+ description: IMS CORE v6 IP of CIF01 instance
+
+ cif_ims_core_v6_ip_1:
+ type: string
+ description: IMS CORE v6 IP of CIF02 instance
+
+ cif_ims_core_v6_vip_0:
+ type: string
+ description: IMS CORE v6 CIPA IP of CIF
+
+ cif_oam_ip_2:
+ type: string
+ description: OAM (LI-X1) v4 IP of CIF01 instance
+
+ cif_oam_ip_3:
+ type: string
+ description: OAM (LI-X1) v4 IP of CIF02 instance
+
+ cif_oam_vip_1:
+ type: string
+ description: OAM (LI-X1) v4 CIPA of CIF
+
+ cif_ims_li_v6_ip_0:
+ type: string
+ description: IMS LI v6 IP of CIF01 instance
+
+ cif_ims_li_v6_ip_1:
+ type: string
+ description: IMS LI v6 IP of CIF02 instance
+
+ cif_ims_li_v6_vip_0:
+ type: string
+ description: IMS LI CIPA v6 IP of CIF
+
+ lbd_internal_ip_0:
+ type: string
+ description: Internal IP of LBD01 instance
+
+ lbd_internal_ip_1:
+ type: string
+ description: Internal IP of LBD02 instance
+
+ lbd_internal_dpdk_ip_0:
+ type: string
+ description: Internal DPDK IP of LBD01 instance
+
+ lbd_internal_dpdk_ip_1:
+ type: string
+ description: Internal DPDK IP of LBD02 instance
+
+ lbd_internal_dpdk_vip_0:
+ type: string
+ description: Internal DPDK CIP IP of LBD
+
+ lbd_ims_core_v6_ip_0:
+ type: string
+ description: IMS CORE v6 IP of LBD01 instance
+
+ lbd_ims_core_v6_ip_1:
+ type: string
+ description: IMS CORE v6 IP of LBD02 instance
+
+ lbd_ims_core_v6_vip_0:
+ type: string
+ description: IMS CORE CIPA v6 IP of LBD
+
+ cdi_internal_ip_0:
+ type: string
+ description: Internal IP of CDI01 instance
+
+ cdi_internal_ip_1:
+ type: string
+ description: Internal IP of CDI02 instance
+
+ cdi_internal_v6_ip_0:
+ type: string
+ description: Internal v6 IP of CDI01 instance
+
+ cdi_internal_v6_ip_1:
+ type: string
+ description: Internal v6 IP of CDI02 instance
+
+ cdi_internal_v6_vip_0:
+ type: string
+ description: Internal v6 CIPA IP of CDI
+
+ cdi_ims_core_v6_ip_0:
+ type: string
+ description: IMS CORE LAN v6 IP of CDI01 instance
+
+ cdi_ims_core_v6_ip_1:
+ type: string
+ description: IMS CORE LAN v6 IP of CDI02 instance
+
+ cdi_ims_core_v6_vip_0:
+ type: string
+ description: IMS CORE LAN CIPA v6 IP of CDI
+
+ vcscf_name_delimeter:
+ type: string
+ description: 'delimeter used in concatenating different words while naming (ex: "-","_",".",...)'
+ constraints:
+ - allowed_values: [ '-', '', '_', '.']
+
+ oam_name_0:
+ type: string
+ description: OAM01 instance name
+
+ oam_name_1:
+ type: string
+ description: OAM02 instance name
+
+ oam_name_2:
+ type: string
+ description: OAM03 instance name
+
+ cif_name_0:
+ type: string
+ description: CIF01 instance name
+
+ cif_name_1:
+ type: string
+ description: CIF02 instance name
+
+ lbd_name_0:
+ type: string
+ description: LBD01 instance name
+
+ lbd_name_1:
+ type: string
+ description: LBD02 instance name
+
+ cdi_name_0:
+ type: string
+ description: CDI01 instance name
+
+ cdi_name_1:
+ type: string
+ description: CDI02 instance name
+
+ cscf_zone_0_names:
+ type: comma_delimited_list
+ description: "List of instance names for CSCF instances on zone 0"
+
+ cscf_zone_1_names:
+ type: comma_delimited_list
+ description: "List of instance names for CSCF instances on zone 1"
+
+ tdcore_zone_0_names:
+ type: comma_delimited_list
+ description: "List of instance names for TDCORE instances on zone 0"
+
+ tdcore_zone_1_names:
+ type: comma_delimited_list
+ description: "List of instance names for TDCORE instances on zone 1"
+
+ vcscf_release:
+ type: string
+ description: "IMS release"
+
+ vcscf_dn:
+ type: string
+ description: "DN name"
+
+ vcscf_du:
+ type: string
+ description: "DU name"
+
+ vcscf_cmrepo_address:
+ type: string
+ description: "CMRepo IP or FQDN"
+
+ vcscf_swrepo_address:
+ type: string
+ description: SWRepo IP or FQDN
+
+ vcscf_dns_address:
+ type: string
+ description: DNS server IP
+
+ vcscf_internal_network_mtu:
+ type: number
+ description: MTU for internal network interface (eth0)
+ constraints:
+ - range: { min: 1000, max: 9100 }
+
+ oam_uuid_0:
+ type: string
+ description: UUID generated by cmrepo for OAM01
+
+ oam_uuid_1:
+ type: string
+ description: UUID generated by cmrepo for OAM02
+
+ oam_uuid_2:
+ type: string
+ description: UUID generated by cmrepo for OAM03
+
+ cif_uuid_0:
+ type: string
+ description: UUID generated by cmrepo for CIF01
+
+ cif_uuid_1:
+ type: string
+ description: UUID generated by cmrepo for CIF02
+
+ lbd_uuid_0:
+ type: string
+ description: UUID generated by cmrepo for LBD01
+
+ lbd_uuid_1:
+ type: string
+ description: UUID generated by cmrepo for LBD02
+
+ cdi_uuid_0:
+ type: string
+ description: UUID generated by cmrepo for CDI01
+
+ cdi_uuid_1:
+ type: string
+ description: UUID generated by cmrepo for CDI02
+
+ cscf_zone_0_uuids:
+ type: comma_delimited_list
+ description: "List of UUIDs generated by cmrepo for CSCF instances on zone 0"
+
+ cscf_zone_1_uuids:
+ type: comma_delimited_list
+ description: "List of UUIDs generated by cmrepo for CSCF instances on zone 1"
+
+ tdcore_zone_0_uuids:
+ type: comma_delimited_list
+ description: "List of UUIDs generated by cmrepo for TDCORE instances on zone 0"
+
+ tdcore_zone_1_uuids:
+ type: comma_delimited_list
+ description: "List of UUIDs generated by cmrepo for TDCORE instances on zone 1"
+
+resources:
+
+ cscf_RSG:
+ type: OS::Neutron::SecurityGroup
+ properties:
+ description: Allow all
+ name:
+ str_replace:
+ template: "$VNF$DELsecurity$DELgroup"
+ params:
+ $VNF: { get_param: vnf_name }
+ $DEL: { get_param: vcscf_name_delimeter }
+ rules:
+ - { direction: ingress, ethertype: IPv4 }
+ - { direction: egress, ethertype: IPv4 }
+ - { direction: ingress, ethertype: IPv6 }
+ - { direction: egress, ethertype: IPv6 }
+
+ cscf_internal_network_0:
+ type: OS::Neutron::Net
+ properties:
+ name:
+ str_replace:
+ template: $PREFIX$DELinternal$DELnetwork
+ params:
+ $PREFIX: { get_param: vnf_name }
+ $DEL: { get_param: vcscf_name_delimeter }
+ admin_state_up: True
+ shared: False
+
+ cscf_internal_subnet_0:
+ type: OS::Neutron::Subnet
+ properties:
+ name:
+ str_replace:
+ template: $PREFIX$DELinternal$DELsubnet
+ params:
+ $PREFIX: { get_param: vnf_name }
+ $DEL: { get_param: vcscf_name_delimeter }
+ ip_version: 4
+ network: { get_resource: cscf_internal_network_0 }
+ cidr: { get_param: vcscf_internal_network_cidr }
+ enable_dhcp: False
+ gateway_ip: null
+
+ cscf_internal_subnet_v6_0:
+ type: OS::Neutron::Subnet
+ properties:
+ name:
+ str_replace:
+ template: $PREFIX$DELinternal$DELsubnetv6
+ params:
+ $PREFIX: { get_param: vnf_name }
+ $DEL: { get_param: vcscf_name_delimeter }
+ ip_version: 6
+ network: { get_resource: cscf_internal_network_0 }
+ cidr: { get_param: vcscf_internal_network_v6_cidr }
+ enable_dhcp: False
+ gateway_ip: null
+
+ cscf_internal_dpdk_network_0:
+ type: OS::Neutron::Net
+ properties:
+ name:
+ str_replace:
+ template: $PREFIX$DELinternal$DELdpdk$DELnetwork
+ params:
+ $PREFIX: { get_param: vnf_name }
+ $DEL: { get_param: vcscf_name_delimeter }
+ admin_state_up: True
+ shared: False
+
+ cscf_internal_dpdk_subnet_0:
+ type: OS::Neutron::Subnet
+ properties:
+ name:
+ str_replace:
+ template: $PREFIX$DELinternal$DELdpdk$DELsubnet
+ params:
+ $PREFIX: { get_param: vnf_name }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_resource: cscf_internal_dpdk_network_0 }
+ cidr: { get_param: vcscf_internal_dpdk_network_cidr }
+ enable_dhcp: False
+ gateway_ip: null
+
+ cif_server_group:
+ type: OS::Nova::ServerGroup
+ properties:
+ name:
+ str_replace:
+ template: "$VNF$DELcif$DELgroup"
+ params:
+ $VNF: { get_param: vnf_name }
+ $DEL: { get_param: vcscf_name_delimeter }
+ policies: ["anti-affinity"]
+
+ lbd_server_group:
+ type: OS::Nova::ServerGroup
+ properties:
+ name:
+ str_replace:
+ template: "$VNF$DELlbd$DELgroup"
+ params:
+ $VNF: { get_param: vnf_name }
+ $DEL: { get_param: vcscf_name_delimeter }
+ policies: ["anti-affinity"]
+
+ cdi_server_group:
+ type: OS::Nova::ServerGroup
+ properties:
+ name:
+ str_replace:
+ template: "$VNF$DELcdi$DELgroup"
+ params:
+ $VNF: { get_param: vnf_name }
+ $DEL: { get_param: vcscf_name_delimeter }
+ policies: ["anti-affinity"]
+
+ oam_server_group:
+ type: OS::Nova::ServerGroup
+ properties:
+ name:
+ str_replace:
+ template: "$VNF$DELoam$DELgroup"
+ params:
+ $VNF: { get_param: vnf_name }
+ $DEL: { get_param: vcscf_name_delimeter }
+ policies: ["anti-affinity"]
+
+ tdcore_zone_0_server_group:
+ type: OS::Nova::ServerGroup
+ properties:
+ name:
+ str_replace:
+ template: "$VNF$DELtdcore$DELzone0$DELgroup"
+ params:
+ $VNF: { get_param: vnf_name }
+ $DEL: { get_param: vcscf_name_delimeter }
+ policies: ["anti-affinity"]
+
+ tdcore_zone_1_server_group:
+ type: OS::Nova::ServerGroup
+ properties:
+ name:
+ str_replace:
+ template: "$VNF$DELtdcore$DELzone1$DELgroup"
+ params:
+ $VNF: { get_param: vnf_name }
+ $DEL: { get_param: vcscf_name_delimeter }
+ policies: ["anti-affinity"]
+
+ cif_internal_vip_0_port:
+ type: OS::Neutron::Port
+ depends_on:
+ - cscf_internal_subnet_0
+ properties:
+ name:
+ str_replace:
+ template: $NAME$DELcif$DELinternal$DELvip
+ params:
+ $NAME: { get_param: vnf_name }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_resource: cscf_internal_network_0 }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips:
+ - ip_address: { get_param: cif_internal_vip_0 }
+
+ cif_oam_vip_1_port:
+ type: OS::Neutron::Port
+ properties:
+ name:
+ str_replace:
+ template: $NAME$DELcif$DELoam$DELvip0
+ params:
+ $NAME: { get_param: vnf_name }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_param: oam_net_id }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips:
+ - ip_address: { get_param: cif_oam_vip_0 }
+
+ cif_ims_core_v6_vip_2_port:
+ type: OS::Neutron::Port
+ properties:
+ name:
+ str_replace:
+ template: $NAME$DELcif$DELims$DELcore$DELvip$DELv6
+ params:
+ $NAME: { get_param: vnf_name }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_param: ims_core_net_id }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips:
+ - ip_address: { get_param: cif_ims_core_v6_vip_0 }
+
+ cif_oam_vip_3_port:
+ type: OS::Neutron::Port
+ properties:
+ name:
+ str_replace:
+ template: $NAME$DELcif$DELoam$DELvip1
+ params:
+ $NAME: { get_param: vnf_name }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_param: oam_net_id }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips:
+ - ip_address: { get_param: cif_oam_vip_1 }
+
+ cif_ims_li_v6_vip_4_port:
+ type: OS::Neutron::Port
+ properties:
+ name:
+ str_replace:
+ template: $NAME$DELcif$DELims$DELli$DELvip$DELv6
+ params:
+ $NAME: { get_param: vnf_name }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_param: ims_li_v6_net_id }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips:
+ - ip_address: { get_param: cif_ims_li_v6_vip_0 }
+
+ lbd_internal_dpdk_vip_1_port:
+ type: OS::Neutron::Port
+ depends_on:
+ - cscf_internal_dpdk_subnet_0
+ properties:
+ name:
+ str_replace:
+ template: $NAME$DELlbd$DELinternal$DELdpdk$DELvip
+ params:
+ $NAME: { get_param: vnf_name }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_resource: cscf_internal_dpdk_network_0 }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips:
+ - ip_address: { get_param: lbd_internal_dpdk_vip_0 }
+
+ lbd_ims_core_v6_vip_2_port:
+ type: OS::Neutron::Port
+ properties:
+ name:
+ str_replace:
+ template: $NAME$DELlbd$DELims$DELcore$DELvip$DELv6
+ params:
+ $NAME: { get_param: vnf_name }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_param: ims_core_net_id }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips:
+ - ip_address: { get_param: lbd_ims_core_v6_vip_0 }
+
+ cdi_internal_v6_vip_0_port:
+ type: OS::Neutron::Port
+ depends_on:
+ - cscf_internal_subnet_v6_0
+ properties:
+ name:
+ str_replace:
+ template: $NAME$DELcdi$DELinternal$DELvip$DELv6
+ params:
+ $NAME: { get_param: vnf_name }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_resource: cscf_internal_network_0 }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips:
+ - ip_address: { get_param: cdi_internal_v6_vip_0 }
+
+ cdi_ims_core_v6_vip_1_port:
+ type: OS::Neutron::Port
+ properties:
+ name:
+ str_replace:
+ template: $NAME$DELcdi$DELims$DELdb$DELvip$DELv6
+ params:
+ $NAME: { get_param: vnf_name }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_param: ims_core_net_id }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips:
+ - ip_address: { get_param: cdi_ims_core_v6_vip_0 }
+
+ oam_internal_vip_0_port:
+ type: OS::Neutron::Port
+ depends_on:
+ - cscf_internal_subnet_0
+ properties:
+ name:
+ str_replace:
+ template: $NAME$DELoam$DELinternal$DELvip
+ params:
+ $NAME: { get_param: vnf_name }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_resource: cscf_internal_network_0 }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips:
+ - ip_address: { get_param: oam_internal_vip_0 }
+
+ oam_oam_vip_1_port:
+ type: OS::Neutron::Port
+ properties:
+ name:
+ str_replace:
+ template: $NAME$DELoam$DELoam$DELvip
+ params:
+ $NAME: { get_param: vnf_name }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_param: oam_net_id }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips:
+ - ip_address: { get_param: oam_oam_vip_0 }
+
+ oam_internal_0_port_0:
+ type: OS::Neutron::Port
+ depends_on:
+ - cscf_internal_subnet_0
+ properties:
+ name:
+ str_replace:
+ template: $PREFIX$DELeth0
+ params:
+ $PREFIX: { get_param: oam_name_0 }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_resource: cscf_internal_network_0 }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips:
+ - ip_address: { get_param: oam_internal_ip_0 }
+ allowed_address_pairs:
+ - ip_address: "0.0.0.0/1"
+ - ip_address: "128.0.0.0/1"
+ - ip_address: "::/1"
+ - ip_address: "8000::/1"
+
+ oam_oam_0_port_1:
+ type: OS::Neutron::Port
+ properties:
+ name:
+ str_replace:
+ template: $PREFIX$DELeth1
+ params:
+ $PREFIX: { get_param: oam_name_0 }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_param: oam_net_id }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips:
+ - ip_address: { get_param: oam_oam_ip_0 }
+ allowed_address_pairs:
+ - ip_address: { get_param: oam_oam_vip_0}
+
+
+ oam_server_0:
+ type: OS::Nova::Server
+ properties:
+ availability_zone: { get_param: availability_zone_0 }
+ scheduler_hints: { group: { get_resource: oam_server_group } }
+ name: { get_param: oam_name_0 }
+ flavor: { get_param: oam_flavor_name }
+ image: { get_param: oam_image_name }
+ metadata:
+ vm_role: oam
+ vnf_id: {get_param: vnf_id}
+ vnf_name: {get_param: vnf_name}
+ vf_module_id: {get_param: vf_module_id}
+ vf_module_name: {get_param: vf_module_name}
+ networks:
+ - port: { get_resource: oam_internal_0_port_0 }
+ - port: { get_resource: oam_oam_0_port_1 }
+ block_device_mapping:
+ - device_name: vdb
+ volume_id: { get_param: oam_volume_id_0 }
+ config_drive: True
+ user_data_format: RAW
+ user_data:
+ str_replace:
+ template: |
+ DN=$dn_name
+ DUName=$du_name
+ Uuid=$uuid
+ SwRepoIp=$swrepo_ip
+ CmRepoIp=$cmrepo_ip
+ OamDnsIp=$dns_ip
+ eth0_MTU=$mtu
+ UniqueId=$dn_name/$du_name/$release/$uuid
+ OamNetmask=$oam_netmask
+ OamIp=$oam_ip
+ OamCipa=$oam_cipa_ip
+ NodeCipa=$node_cipa_ip
+ Gateway=$gateway
+ OamGateway=$gateway
+ NodeIp=$node_ip
+ Netmask=$netmask
+ NodeType=OAM
+ DUType=CSCF
+ Release=$release
+ SwRepoPort=5571
+ CmRepoPort=8051
+ LbGroupId=1
+ HaGroupId=101
+ NodeName=$instance_name
+ params:
+ $dn_name: { get_param: vcscf_dn}
+ $du_name: { get_param: vcscf_du }
+ $uuid: { get_param: oam_uuid_0 }
+ $dns_ip: { get_param: vcscf_dns_address }
+ $cmrepo_ip: { get_param: vcscf_cmrepo_address }
+ $swrepo_ip: { get_param: vcscf_swrepo_address }
+ $release: { get_param: vcscf_release }
+ $mtu: { get_param: vcscf_internal_network_mtu }
+ $node_ip: { get_param: oam_internal_ip_0 }
+ $netmask: { get_param: vcscf_internal_netmask }
+ $gateway: { get_param: vcscf_default_gateway}
+ $oam_ip: { get_param: oam_oam_ip_0 }
+ $oam_netmask: { get_param: vcscf_oam_netmask }
+ $node_cipa_ip: { get_param: oam_internal_vip_0 }
+ $oam_cipa_ip: { get_param: oam_oam_vip_0 }
+ $instance_name: { get_param: oam_name_0 }
+
+
+ oam_internal_1_port_0:
+ type: OS::Neutron::Port
+ depends_on:
+ - cscf_internal_subnet_0
+ properties:
+ name:
+ str_replace:
+ template: $PREFIX$DELeth0
+ params:
+ $PREFIX: { get_param: oam_name_1 }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_resource: cscf_internal_network_0 }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips:
+ - ip_address: { get_param: oam_internal_ip_1 }
+ allowed_address_pairs:
+ - ip_address: "0.0.0.0/1"
+ - ip_address: "128.0.0.0/1"
+ - ip_address: "::/1"
+ - ip_address: "8000::/1"
+
+ oam_oam_1_port_1:
+ type: OS::Neutron::Port
+ properties:
+ name:
+ str_replace:
+ template: $PREFIX$DELeth1
+ params:
+ $PREFIX: { get_param: oam_name_1 }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_param: oam_net_id }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips:
+ - ip_address: { get_param: oam_oam_ip_1 }
+ allowed_address_pairs:
+ - ip_address: { get_param: oam_oam_vip_0}
+
+
+ oam_server_1:
+ type: OS::Nova::Server
+ properties:
+ availability_zone: { get_param: availability_zone_1 }
+ scheduler_hints: { group: { get_resource: oam_server_group } }
+ name: { get_param: oam_name_1 }
+ flavor: { get_param: oam_flavor_name }
+ image: { get_param: oam_image_name }
+ metadata:
+ vm_role: oam
+ vnf_id: {get_param: vnf_id}
+ vnf_name: {get_param: vnf_name}
+ vf_module_id: {get_param: vf_module_id}
+ vf_module_name: {get_param: vf_module_name}
+ networks:
+ - port: { get_resource: oam_internal_1_port_0 }
+ - port: { get_resource: oam_oam_1_port_1 }
+ block_device_mapping:
+ - device_name: vdb
+ volume_id: { get_param: oam_volume_id_1 }
+ config_drive: True
+ user_data_format: RAW
+ user_data:
+ str_replace:
+ template: |
+ DN=$dn_name
+ DUName=$du_name
+ Uuid=$uuid
+ SwRepoIp=$swrepo_ip
+ CmRepoIp=$cmrepo_ip
+ OamDnsIp=$dns_ip
+ eth0_MTU=$mtu
+ UniqueId=$dn_name/$du_name/$release/$uuid
+ OamNetmask=$oam_netmask
+ OamIp=$oam_ip
+ OamCipa=$oam_cipa_ip
+ NodeCipa=$node_cipa_ip
+ Gateway=$gateway
+ OamGateway=$gateway
+ NodeIp=$node_ip
+ Netmask=$netmask
+ NodeType=OAM
+ DUType=CSCF
+ Release=$release
+ SwRepoPort=5571
+ CmRepoPort=8051
+ LbGroupId=1
+ HaGroupId=101
+ NodeName=$instance_name
+ params:
+ $dn_name: { get_param: vcscf_dn}
+ $du_name: { get_param: vcscf_du }
+ $uuid: { get_param: oam_uuid_1 }
+ $dns_ip: { get_param: vcscf_dns_address }
+ $cmrepo_ip: { get_param: vcscf_cmrepo_address }
+ $swrepo_ip: { get_param: vcscf_swrepo_address }
+ $release: { get_param: vcscf_release }
+ $mtu: { get_param: vcscf_internal_network_mtu }
+ $node_ip: { get_param: oam_internal_ip_1 }
+ $netmask: { get_param: vcscf_internal_netmask }
+ $gateway: { get_param: vcscf_default_gateway}
+ $oam_ip: { get_param: oam_oam_ip_1 }
+ $oam_netmask: { get_param: vcscf_oam_netmask }
+ $node_cipa_ip: { get_param: oam_internal_vip_0 }
+ $oam_cipa_ip: { get_param: oam_oam_vip_0 }
+ $instance_name: { get_param: oam_name_1 }
+
+ oam_internal_2_port_0:
+ type: OS::Neutron::Port
+ depends_on:
+ - cscf_internal_subnet_0
+ properties:
+ name:
+ str_replace:
+ template: $PREFIX$DELeth0
+ params:
+ $PREFIX: { get_param: oam_name_2 }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_resource: cscf_internal_network_0 }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips:
+ - ip_address: { get_param: oam_internal_ip_2 }
+ allowed_address_pairs:
+ - ip_address: "0.0.0.0/1"
+ - ip_address: "128.0.0.0/1"
+ - ip_address: "::/1"
+ - ip_address: "8000::/1"
+
+ oam_oam_2_port_1:
+ type: OS::Neutron::Port
+ properties:
+ name:
+ str_replace:
+ template: $PREFIX$DELeth1
+ params:
+ $PREFIX: { get_param: oam_name_2 }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_param: oam_net_id }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips:
+ - ip_address: { get_param: oam_oam_ip_2 }
+ allowed_address_pairs:
+ - ip_address: { get_param: oam_oam_vip_0}
+
+
+ oam_server_2:
+ type: OS::Nova::Server
+ properties:
+ availability_zone: { get_param: availability_zone_0 }
+ scheduler_hints: { group: { get_resource: oam_server_group } }
+ name: { get_param: oam_name_2 }
+ flavor: { get_param: oam_flavor_name }
+ image: { get_param: oam_image_name }
+ metadata:
+ vm_role: oam
+ vnf_id: {get_param: vnf_id}
+ vnf_name: {get_param: vnf_name}
+ vf_module_id: {get_param: vf_module_id}
+ vf_module_name: {get_param: vf_module_name}
+ networks:
+ - port: { get_resource: oam_internal_2_port_0 }
+ - port: { get_resource: oam_oam_2_port_1 }
+ config_drive: True
+ user_data_format: RAW
+ user_data:
+ str_replace:
+ template: |
+ DN=$dn_name
+ DUName=$du_name
+ Uuid=$uuid
+ SwRepoIp=$swrepo_ip
+ CmRepoIp=$cmrepo_ip
+ OamDnsIp=$dns_ip
+ eth0_MTU=$mtu
+ UniqueId=$dn_name/$du_name/$release/$uuid
+ OamNetmask=$oam_netmask
+ OamIp=$oam_ip
+ OamCipa=$oam_cipa_ip
+ NodeCipa=$node_cipa_ip
+ Gateway=$gateway
+ OamGateway=$gateway
+ NodeIp=$node_ip
+ Netmask=$netmask
+ NodeType=OAM
+ DUType=CSCF
+ Release=$release
+ SwRepoPort=5571
+ CmRepoPort=8051
+ LbGroupId=1
+ HaGroupId=101
+ NodeName=$instance_name
+ params:
+ $dn_name: { get_param: vcscf_dn}
+ $du_name: { get_param: vcscf_du }
+ $uuid: { get_param: oam_uuid_2 }
+ $dns_ip: { get_param: vcscf_dns_address }
+ $cmrepo_ip: { get_param: vcscf_cmrepo_address }
+ $swrepo_ip: { get_param: vcscf_swrepo_address }
+ $release: { get_param: vcscf_release }
+ $mtu: { get_param: vcscf_internal_network_mtu }
+ $node_ip: { get_param: oam_internal_ip_2 }
+ $netmask: { get_param: vcscf_internal_netmask }
+ $gateway: { get_param: vcscf_default_gateway}
+ $oam_ip: { get_param: oam_oam_ip_2 }
+ $oam_netmask: { get_param: vcscf_oam_netmask }
+ $node_cipa_ip: { get_param: oam_internal_vip_0 }
+ $oam_cipa_ip: { get_param: oam_oam_vip_0 }
+ $instance_name: { get_param: oam_name_2 }
+
+
+ cif_internal_0_port_0:
+ type: OS::Neutron::Port
+ depends_on:
+ - cscf_internal_subnet_0
+ properties:
+ name:
+ str_replace:
+ template: $PREFIX$DELeth0
+ params:
+ $PREFIX: { get_param: cif_name_0 }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_resource: cscf_internal_network_0 }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips:
+ - ip_address: { get_param: cif_internal_ip_0 }
+ - ip_address: { get_param: cif_internal_v6_ip_0 }
+ allowed_address_pairs:
+ - ip_address: { get_param: cif_internal_vip_0 }
+
+ cif_oam_0_port_1:
+ type: OS::Neutron::Port
+ properties:
+ name:
+ str_replace:
+ template: $PREFIX$DELeth1
+ params:
+ $PREFIX: { get_param: cif_name_0 }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_param: oam_net_id }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips:
+ - ip_address: { get_param: cif_oam_ip_0 }
+ allowed_address_pairs:
+ - ip_address: { get_param: cif_oam_vip_0}
+
+ cif_ims_core_0_port_2:
+ type: OS::Neutron::Port
+ properties:
+ name:
+ str_replace:
+ template: $PREFIX$DELeth2
+ params:
+ $PREFIX: { get_param: cif_name_0 }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_param: ims_core_net_id }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips:
+ - ip_address: { get_param: cif_ims_core_v6_ip_0 }
+ allowed_address_pairs:
+ - ip_address: { get_param: cif_ims_core_v6_vip_0}
+
+
+ cif_oam_0_port_3:
+ type: OS::Neutron::Port
+ properties:
+ name:
+ str_replace:
+ template: $PREFIX$DELeth3
+ params:
+ $PREFIX: { get_param: cif_name_0 }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_param: oam_net_id }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips:
+ - ip_address: { get_param: cif_oam_ip_2 }
+ allowed_address_pairs:
+ - ip_address: { get_param: cif_oam_vip_1}
+
+
+ cif_ims_li_0_port_4:
+ type: OS::Neutron::Port
+ properties:
+ name:
+ str_replace:
+ template: $PREFIX$DELeth4
+ params:
+ $PREFIX: { get_param: cif_name_0 }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_param: ims_li_v6_net_id }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips:
+ - ip_address: { get_param: cif_ims_li_v6_ip_0 }
+ allowed_address_pairs:
+ - ip_address: { get_param: cif_ims_li_v6_vip_0}
+
+ cif_server_0:
+ type: OS::Nova::Server
+ properties:
+ availability_zone: { get_param: availability_zone_0 }
+ scheduler_hints: { group: { get_resource: cif_server_group } }
+ name: { get_param: cif_name_0 }
+ flavor: { get_param: cif_flavor_name }
+ image: { get_param: cif_image_name }
+ metadata:
+ vnf_id: {get_param: vnf_id}
+ vm_role: cif
+ vnf_name: {get_param: vnf_name}
+ vf_module_id: {get_param: vf_module_id}
+ vf_module_name: {get_param: vf_module_name}
+ networks:
+ - port: { get_resource: cif_internal_0_port_0 }
+ - port: { get_resource: cif_oam_0_port_1 }
+ - port: { get_resource: cif_ims_core_0_port_2 }
+ - port: { get_resource: cif_oam_0_port_3 }
+ - port: { get_resource: cif_ims_li_0_port_4 }
+ block_device_mapping:
+ - device_name: vdb
+ volume_id: { get_param: cif_volume_id_0 }
+ config_drive: True
+ user_data_format: RAW
+ user_data:
+ str_replace:
+ template: |
+ DN=$dn_name
+ DUName=$du_name
+ Uuid=$uuid
+ SwRepoIp=$swrepo_ip
+ CmRepoIp=$cmrepo_ip
+ OamDnsIp=$dns_ip
+ eth0_MTU=$mtu
+ UniqueId=$dn_name/$du_name/$release/$uuid
+ OAMUnitInternalIp=$oam_unit_ip
+ NodeIp=$node_ip
+ Netmask=$netmask
+ Gateway=$oam_unit_ip
+ NodeType=CIF
+ DUType=CSCF
+ Release=$release
+ SwRepoPort=5571
+ CmRepoPort=8051
+ LbGroupId=1
+ HaGroupId=1
+ NodeName=$instance_name
+ params:
+ $dn_name: { get_param: vcscf_dn}
+ $du_name: { get_param: vcscf_du }
+ $cmrepo_ip: { get_param: vcscf_cmrepo_address }
+ $swrepo_ip: { get_param: vcscf_swrepo_address }
+ $oam_unit_ip: { get_param: oam_internal_vip_0 }
+ $netmask: { get_param: vcscf_internal_netmask }
+ $release: { get_param: vcscf_release }
+ $mtu: { get_param: vcscf_internal_network_mtu }
+ $dns_ip: { get_param: vcscf_dns_address }
+ $uuid: { get_param: cif_uuid_0 }
+ $node_ip: { get_param: cif_internal_ip_0 }
+ $instance_name: { get_param: cif_name_0 }
+
+ cif_internal_1_port_0:
+ type: OS::Neutron::Port
+ depends_on:
+ - cscf_internal_subnet_0
+ properties:
+ name:
+ str_replace:
+ template: $PREFIX$DELeth0
+ params:
+ $PREFIX: { get_param: cif_name_1 }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_resource: cscf_internal_network_0 }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips:
+ - ip_address: { get_param: cif_internal_ip_1 }
+ - ip_address: { get_param: cif_internal_v6_ip_1 }
+ allowed_address_pairs:
+ - ip_address: { get_param: cif_internal_vip_0 }
+
+
+ cif_oam_1_port_1:
+ type: OS::Neutron::Port
+ properties:
+ name:
+ str_replace:
+ template: $PREFIX$DELeth1
+ params:
+ $PREFIX: { get_param: cif_name_1 }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_param: oam_net_id }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips:
+ - ip_address: { get_param: cif_oam_ip_1 }
+ allowed_address_pairs:
+ - ip_address: { get_param: cif_oam_vip_0}
+
+ cif_ims_core_1_port_2:
+ type: OS::Neutron::Port
+ properties:
+ name:
+ str_replace:
+ template: $PREFIX$DELeth2
+ params:
+ $PREFIX: { get_param: cif_name_1 }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_param: ims_core_net_id }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips:
+ - ip_address: { get_param: cif_ims_core_v6_ip_1 }
+ allowed_address_pairs:
+ - ip_address: { get_param: cif_ims_core_v6_vip_0}
+
+ cif_oam_1_port_3:
+ type: OS::Neutron::Port
+ properties:
+ name:
+ str_replace:
+ template: $PREFIX$DELeth3
+ params:
+ $PREFIX: { get_param: cif_name_0 }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_param: oam_net_id }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips:
+ - ip_address: { get_param: cif_oam_ip_3 }
+ allowed_address_pairs:
+ - ip_address: { get_param: cif_oam_vip_1}
+
+
+ cif_ims_li_1_port_4:
+ type: OS::Neutron::Port
+ properties:
+ name:
+ str_replace:
+ template: $PREFIX$DELeth4
+ params:
+ $PREFIX: { get_param: cif_name_1 }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_param: ims_li_v6_net_id }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips:
+ - ip_address: { get_param: cif_ims_li_v6_ip_1 }
+ allowed_address_pairs:
+ - ip_address: { get_param: cif_ims_li_v6_vip_0}
+
+ cif_server_1:
+ type: OS::Nova::Server
+ properties:
+ availability_zone: { get_param: availability_zone_1 }
+ scheduler_hints: { group: { get_resource: cif_server_group } }
+ name: { get_param: cif_name_1 }
+ flavor: { get_param: cif_flavor_name }
+ image: { get_param: cif_image_name }
+ metadata:
+ vnf_id: {get_param: vnf_id}
+ vm_role: cif
+ vnf_name: {get_param: vnf_name}
+ vf_module_id: {get_param: vf_module_id}
+ vf_module_name: {get_param: vf_module_name}
+ networks:
+ - port: { get_resource: cif_internal_1_port_0 }
+ - port: { get_resource: cif_oam_1_port_1 }
+ - port: { get_resource: cif_ims_core_1_port_2 }
+ - port: { get_resource: cif_oam_1_port_3 }
+ - port: { get_resource: cif_ims_li_1_port_4 }
+ block_device_mapping:
+ - device_name: vdb
+ volume_id: { get_param: cif_volume_id_1 }
+ config_drive: True
+ user_data_format: RAW
+ user_data:
+ str_replace:
+ template: |
+ DN=$dn_name
+ DUName=$du_name
+ Uuid=$uuid
+ SwRepoIp=$swrepo_ip
+ CmRepoIp=$cmrepo_ip
+ OamDnsIp=$dns_ip
+ eth0_MTU=$mtu
+ UniqueId=$dn_name/$du_name/$release/$uuid
+ OAMUnitInternalIp=$oam_unit_ip
+ NodeIp=$node_ip
+ Netmask=$netmask
+ Gateway=$oam_unit_ip
+ NodeType=CIF
+ DUType=CSCF
+ Release=$release
+ SwRepoPort=5571
+ CmRepoPort=8051
+ LbGroupId=1
+ HaGroupId=1
+ NodeName=$instance_name
+ params:
+ $dn_name: { get_param: vcscf_dn}
+ $du_name: { get_param: vcscf_du }
+ $cmrepo_ip: { get_param: vcscf_cmrepo_address }
+ $swrepo_ip: { get_param: vcscf_swrepo_address }
+ $oam_unit_ip: { get_param: oam_internal_vip_0 }
+ $netmask: { get_param: vcscf_internal_netmask }
+ $release: { get_param: vcscf_release }
+ $mtu: { get_param: vcscf_internal_network_mtu }
+ $dns_ip: { get_param: vcscf_dns_address }
+ $uuid: { get_param: cif_uuid_1 }
+ $node_ip: { get_param: cif_internal_ip_1 }
+ $instance_name: { get_param: cif_name_1 }
+
+ lbd_internal_0_port_0:
+ type: OS::Neutron::Port
+ depends_on:
+ - cscf_internal_subnet_0
+ properties:
+ name:
+ str_replace:
+ template: $PREFIX$DELeth0
+ params:
+ $PREFIX: { get_param: lbd_name_0 }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_resource: cscf_internal_network_0 }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips:
+ - ip_address: { get_param: lbd_internal_ip_0 }
+
+ lbd_dpdk_0_port_1:
+ type: OS::Neutron::Port
+ depends_on:
+ - cscf_internal_dpdk_subnet_0
+ properties:
+ name:
+ str_replace:
+ template: $PREFIX$DELeth1
+ params:
+ $PREFIX: { get_param: lbd_name_0 }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_resource: cscf_internal_dpdk_network_0 }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips:
+ - ip_address: { get_param: lbd_internal_dpdk_ip_0 }
+ allowed_address_pairs:
+ - ip_address: "0.0.0.0/1"
+ - ip_address: "128.0.0.0/1"
+ - ip_address: "::/1"
+ - ip_address: "8000::/1"
+
+ lbd_ims_core_0_port_2:
+ type: OS::Neutron::Port
+ properties:
+ name:
+ str_replace:
+ template: $PREFIX$DELeth2
+ params:
+ $PREFIX: { get_param: lbd_name_0 }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_param: ims_core_net_id }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips:
+ - ip_address: { get_param: lbd_ims_core_v6_ip_0 }
+ allowed_address_pairs:
+ - ip_address: { get_param: lbd_ims_core_v6_vip_0}
+
+ lbd_server_0:
+ type: OS::Nova::Server
+ properties:
+ availability_zone: { get_param: availability_zone_0 }
+ scheduler_hints: { group: { get_resource: lbd_server_group } }
+ name: { get_param: lbd_name_0 }
+ flavor: { get_param: lbd_flavor_name }
+ image: { get_param: lbd_image_name }
+ metadata:
+ vnf_id: {get_param: vnf_id}
+ vm_role: lbd
+ vnf_name: {get_param: vnf_name}
+ vf_module_id: {get_param: vf_module_id}
+ vf_module_name: {get_param: vf_module_name}
+ networks:
+ - port: { get_resource: lbd_internal_0_port_0 }
+ - port: { get_resource: lbd_dpdk_0_port_1 }
+ - port: { get_resource: lbd_ims_core_0_port_2 }
+ config_drive: True
+ user_data_format: RAW
+ user_data:
+ str_replace:
+ template: |
+ DN=$dn_name
+ DUName=$du_name
+ Uuid=$uuid
+ SwRepoIp=$swrepo_ip
+ CmRepoIp=$cmrepo_ip
+ OamDnsIp=$dns_ip
+ eth0_MTU=$mtu
+ eth1_MTU=$mtu
+ UniqueId=$dn_name/$du_name/$release/$uuid
+ OAMUnitInternalIp=$oam_unit_ip
+ NodeIp=$node_ip
+ Netmask=$netmask
+ Gateway=$oam_unit_ip
+ NodeType=L2TD
+ DUType=CSCF
+ Release=$release
+ SwRepoPort=5571
+ CmRepoPort=8051
+ LbGroupId=1
+ HaGroupId=1
+ NodeName=$instance_name
+ params:
+ $dn_name: { get_param: vcscf_dn}
+ $du_name: { get_param: vcscf_du }
+ $cmrepo_ip: { get_param: vcscf_cmrepo_address }
+ $swrepo_ip: { get_param: vcscf_swrepo_address }
+ $netmask: { get_param: vcscf_internal_netmask }
+ $release: { get_param: vcscf_release }
+ $mtu: { get_param: vcscf_internal_network_mtu }
+ $oam_unit_ip: { get_param: oam_internal_vip_0 }
+ $dns_ip: { get_param: vcscf_dns_address }
+ $uuid: { get_param: lbd_uuid_0 }
+ $node_ip: { get_param: lbd_internal_ip_0 }
+ $instance_name: { get_param: lbd_name_0 }
+
+ lbd_internal_1_port_0:
+ type: OS::Neutron::Port
+ depends_on:
+ - cscf_internal_subnet_0
+ properties:
+ name:
+ str_replace:
+ template: $PREFIX$DELeth0
+ params:
+ $PREFIX: { get_param: lbd_name_1 }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_resource: cscf_internal_network_0 }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips:
+ - ip_address: { get_param: lbd_internal_ip_1 }
+
+ lbd_dpdk_1_port_1:
+ type: OS::Neutron::Port
+ depends_on:
+ - cscf_internal_dpdk_subnet_0
+ properties:
+ name:
+ str_replace:
+ template: $PREFIX$DELeth1
+ params:
+ $PREFIX: { get_param: lbd_name_1 }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_resource: cscf_internal_dpdk_network_0 }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips:
+ - ip_address: { get_param: lbd_internal_dpdk_ip_1 }
+ allowed_address_pairs:
+ - ip_address: "0.0.0.0/1"
+ - ip_address: "128.0.0.0/1"
+ - ip_address: "::/1"
+ - ip_address: "8000::/1"
+
+ lbd_ims_core_1_port_2:
+ type: OS::Neutron::Port
+ properties:
+ name:
+ str_replace:
+ template: $PREFIX$DELeth2
+ params:
+ $PREFIX: { get_param: lbd_name_1 }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_param: ims_core_net_id }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips:
+ - ip_address: { get_param: lbd_ims_core_v6_ip_1 }
+ allowed_address_pairs:
+ - ip_address: { get_param: lbd_ims_core_v6_vip_0}
+
+ lbd_server_1:
+ type: OS::Nova::Server
+ properties:
+ availability_zone: { get_param: availability_zone_1 }
+ scheduler_hints: { group: { get_resource: lbd_server_group } }
+ name: { get_param: lbd_name_1 }
+ flavor: { get_param: lbd_flavor_name }
+ image: { get_param: lbd_image_name }
+ metadata:
+ vnf_id: {get_param: vnf_id}
+ vm_role: lbd
+ vnf_name: {get_param: vnf_name}
+ vf_module_id: {get_param: vf_module_id}
+ vf_module_name: {get_param: vf_module_name}
+ networks:
+ - port: { get_resource: lbd_internal_1_port_0 }
+ - port: { get_resource: lbd_dpdk_1_port_1 }
+ - port: { get_resource: lbd_ims_core_1_port_2 }
+ config_drive: True
+ user_data_format: RAW
+ user_data:
+ str_replace:
+ template: |
+ DN=$dn_name
+ DUName=$du_name
+ Uuid=$uuid
+ SwRepoIp=$swrepo_ip
+ CmRepoIp=$cmrepo_ip
+ OamDnsIp=$dns_ip
+ eth0_MTU=$mtu
+ eth1_MTU=$mtu
+ UniqueId=$dn_name/$du_name/$release/$uuid
+ OAMUnitInternalIp=$oam_unit_ip
+ NodeIp=$node_ip
+ Netmask=$netmask
+ Gateway=$oam_unit_ip
+ NodeType=L2TD
+ DUType=CSCF
+ Release=$release
+ SwRepoPort=5571
+ CmRepoPort=8051
+ LbGroupId=1
+ HaGroupId=1
+ NodeName=$instance_name
+ params:
+ $dn_name: { get_param: vcscf_dn}
+ $du_name: { get_param: vcscf_du }
+ $cmrepo_ip: { get_param: vcscf_cmrepo_address }
+ $swrepo_ip: { get_param: vcscf_swrepo_address }
+ $netmask: { get_param: vcscf_internal_netmask }
+ $release: { get_param: vcscf_release }
+ $mtu: { get_param: vcscf_internal_network_mtu }
+ $oam_unit_ip: { get_param: oam_internal_vip_0 }
+ $dns_ip: { get_param: vcscf_dns_address }
+ $uuid: { get_param: lbd_uuid_1 }
+ $node_ip: { get_param: lbd_internal_ip_1 }
+ $instance_name: { get_param: lbd_name_1 }
+
+ cdi_internal_0_port_0:
+ type: OS::Neutron::Port
+ depends_on:
+ - cscf_internal_subnet_0
+ - cscf_internal_subnet_v6_0
+ properties:
+ name:
+ str_replace:
+ template: $PREFIX$DELeth0
+ params:
+ $PREFIX: { get_param: cdi_name_0 }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_resource: cscf_internal_network_0 }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips:
+ - ip_address: { get_param: cdi_internal_ip_0 }
+ - ip_address: { get_param: cdi_internal_v6_ip_0 }
+ allowed_address_pairs:
+ - ip_address: "0.0.0.0/1"
+ - ip_address: "128.0.0.0/1"
+ - ip_address: "::/1"
+ - ip_address: "8000::/1"
+
+ cdi_ims_core_0_port_1:
+ type: OS::Neutron::Port
+ properties:
+ name:
+ str_replace:
+ template: $PREFIX$DELeth1
+ params:
+ $PREFIX: { get_param: cdi_name_0 }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_param: ims_core_net_id }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips :
+ - ip_address: { get_param: cdi_ims_core_v6_ip_0 }
+ allowed_address_pairs:
+ - ip_address: { get_param: cdi_ims_core_v6_vip_0}
+
+ cdi_server_0:
+ type: OS::Nova::Server
+ properties:
+ availability_zone: { get_param: availability_zone_0 }
+ scheduler_hints: { group: { get_resource: cdi_server_group } }
+ name: { get_param: cdi_name_0 }
+ flavor: { get_param: cdi_flavor_name }
+ image: { get_param: cdi_image_name }
+ metadata:
+ vnf_id: {get_param: vnf_id}
+ vm_role: cdi
+ vnf_name: {get_param: vnf_name}
+ vf_module_id: {get_param: vf_module_id}
+ vf_module_name: {get_param: vf_module_name}
+ networks:
+ - port: { get_resource: cdi_internal_0_port_0 }
+ - port: { get_resource: cdi_ims_core_0_port_1 }
+ config_drive: True
+ user_data_format: RAW
+ user_data:
+ str_replace:
+ template: |
+ DN=$dn_name
+ DUName=$du_name
+ Uuid=$uuid
+ SwRepoIp=$swrepo_ip
+ CmRepoIp=$cmrepo_ip
+ OamDnsIp=$dns_ip
+ eth0_MTU=$mtu
+ UniqueId=$dn_name/$du_name/$release/$uuid
+ OAMUnitInternalIp=$oam_unit_ip
+ NodeIp=$node_ip
+ Netmask=$netmask
+ Gateway=$oam_unit_ip
+ NodeType=CDI
+ DUType=CSCF
+ Release=$release
+ SwRepoPort=5571
+ CmRepoPort=8051
+ LbGroupId=1
+ HaGroupId=1
+ NodeName=$instance_name
+ params:
+ $dn_name: { get_param: vcscf_dn}
+ $du_name: { get_param: vcscf_du }
+ $dns_ip: { get_param: vcscf_dns_address }
+ $cmrepo_ip: { get_param: vcscf_cmrepo_address }
+ $swrepo_ip: { get_param: vcscf_swrepo_address }
+ $oam_unit_ip: { get_param: oam_internal_vip_0 }
+ $netmask: { get_param: vcscf_internal_netmask }
+ $release: { get_param: vcscf_release }
+ $mtu: { get_param: vcscf_internal_network_mtu }
+ $node_ip: { get_param: cdi_internal_ip_0 }
+ $uuid: { get_param: cdi_uuid_0 }
+ $instance_name: { get_param: cdi_name_0 }
+
+ cdi_internal_1_port_0:
+ type: OS::Neutron::Port
+ depends_on:
+ - cscf_internal_subnet_0
+ - cscf_internal_subnet_v6_0
+ properties:
+ name:
+ str_replace:
+ template: $PREFIX$DELeth0
+ params:
+ $PREFIX: { get_param: cdi_name_1 }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_resource: cscf_internal_network_0 }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips:
+ - ip_address: { get_param: cdi_internal_ip_1 }
+ - ip_address: { get_param: cdi_internal_v6_ip_1 }
+ allowed_address_pairs:
+ - ip_address: "0.0.0.0/1"
+ - ip_address: "128.0.0.0/1"
+ - ip_address: "::/1"
+ - ip_address: "8000::/1"
+
+ cdi_ims_core_1_port_1:
+ type: OS::Neutron::Port
+ properties:
+ name:
+ str_replace:
+ template: $PREFIX$DELeth1
+ params:
+ $PREFIX: { get_param: cdi_name_1 }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_param: ims_core_net_id }
+ security_groups:
+ - { get_resource: cscf_RSG }
+ fixed_ips :
+ - ip_address: { get_param: cdi_ims_core_v6_ip_1 }
+ allowed_address_pairs:
+ - ip_address: { get_param: cdi_ims_core_v6_vip_0}
+
+ cdi_server_1:
+ type: OS::Nova::Server
+ properties:
+ availability_zone: { get_param: availability_zone_1 }
+ scheduler_hints: { group: { get_resource: cdi_server_group } }
+ name: { get_param: cdi_name_1 }
+ flavor: { get_param: cdi_flavor_name }
+ image: { get_param: cdi_image_name }
+ metadata:
+ vnf_id: {get_param: vnf_id}
+ vm_role: cdi
+ vnf_name: {get_param: vnf_name}
+ vf_module_id: {get_param: vf_module_id}
+ vf_module_name: {get_param: vf_module_name}
+ networks:
+ - port: { get_resource: cdi_internal_1_port_0 }
+ - port: { get_resource: cdi_ims_core_1_port_1 }
+ config_drive: True
+ user_data_format: RAW
+ user_data:
+ str_replace:
+ template: |
+ DN=$dn_name
+ DUName=$du_name
+ Uuid=$uuid
+ SwRepoIp=$swrepo_ip
+ CmRepoIp=$cmrepo_ip
+ OamDnsIp=$dns_ip
+ eth0_MTU=$mtu
+ UniqueId=$dn_name/$du_name/$release/$uuid
+ OAMUnitInternalIp=$oam_unit_ip
+ NodeIp=$node_ip
+ Netmask=$netmask
+ Gateway=$oam_unit_ip
+ NodeType=CDI
+ DUType=CSCF
+ Release=$release
+ SwRepoPort=5571
+ CmRepoPort=8051
+ LbGroupId=1
+ HaGroupId=1
+ NodeName=$instance_name
+ params:
+ $dn_name: { get_param: vcscf_dn}
+ $du_name: { get_param: vcscf_du }
+ $dns_ip: { get_param: vcscf_dns_address }
+ $cmrepo_ip: { get_param: vcscf_cmrepo_address }
+ $swrepo_ip: { get_param: vcscf_swrepo_address }
+ $oam_unit_ip: { get_param: oam_internal_vip_0 }
+ $netmask: { get_param: vcscf_internal_netmask }
+ $release: { get_param: vcscf_release }
+ $mtu: { get_param: vcscf_internal_network_mtu }
+ $node_ip: { get_param: cdi_internal_ip_1 }
+ $uuid: { get_param: cdi_uuid_1 }
+ $instance_name: { get_param: cdi_name_1 }
+
+ tdcore_zone_0_RRG:
+ type: OS::Heat::ResourceGroup
+ depends_on:
+ - cscf_internal_subnet_0
+ - cscf_internal_dpdk_subnet_0
+ properties:
+ count: { get_param: tdcore_zone_0_count }
+ index_var: $INDEX
+ resource_def:
+ type: nested_tdcore.yaml
+ properties:
+ index: $INDEX
+ tdcore_server_group: { get_resource: tdcore_zone_0_server_group }
+ vnf_name: { get_param: vnf_name }
+ vcscf_name_delimeter: { get_param: vcscf_name_delimeter }
+ tdcore_flavor_name: { get_param: tdcore_flavor_name }
+ tdcore_image_name: { get_param: tdcore_image_name }
+ tdcore_security_group: { get_resource: cscf_RSG }
+ internal_net_id: { get_resource: cscf_internal_network_0 }
+ internal_dpdk_net_id: { get_resource: cscf_internal_dpdk_network_0 }
+ vcscf_dn: { get_param: vcscf_dn}
+ vcscf_du: { get_param: vcscf_du }
+ vcscf_cmrepo_address: { get_param: vcscf_cmrepo_address }
+ vcscf_swrepo_address: { get_param: vcscf_swrepo_address }
+ vcscf_gateway: { get_param: oam_internal_vip_0 }
+ vcscf_internal_netmask: { get_param: vcscf_internal_netmask }
+ vcscf_release: { get_param: vcscf_release }
+ vcscf_dns_address: { get_param: vcscf_dns_address }
+ vcscf_internal_network_mtu: { get_param: vcscf_internal_network_mtu }
+ vnf_id: {get_param: vnf_id}
+ vf_module_id: {get_param: vf_module_id}
+ vf_module_name: {get_param: vf_module_name}
+ availability_zone_0: { get_param: availability_zone_0 }
+ tdcore_internal_ips: { get_param: tdcore_internal_zone_0_ips }
+ tdcore_dpdk_ips: { get_param: tdcore_dpdk_zone_0_ips }
+ tdcore_names: { get_param: tdcore_zone_0_names }
+ tdcore_uuids: { get_param: tdcore_zone_0_uuids }
+
+ tdcore_zone_1_RRG:
+ type: OS::Heat::ResourceGroup
+ depends_on:
+ - cscf_internal_subnet_0
+ - cscf_internal_dpdk_subnet_0
+ properties:
+ count: { get_param: tdcore_zone_1_count }
+ index_var: $INDEX
+ resource_def:
+ type: nested_tdcore.yaml
+ properties:
+ index: $INDEX
+ tdcore_server_group: { get_resource: tdcore_zone_1_server_group }
+ vnf_name: { get_param: vnf_name }
+ vcscf_name_delimeter: { get_param: vcscf_name_delimeter }
+ tdcore_flavor_name: { get_param: tdcore_flavor_name }
+ tdcore_image_name: { get_param: tdcore_image_name }
+ tdcore_security_group: { get_resource: cscf_RSG }
+ internal_net_id: { get_resource: cscf_internal_network_0 }
+ internal_dpdk_net_id: { get_resource: cscf_internal_dpdk_network_0 }
+ vcscf_dn: { get_param: vcscf_dn}
+ vcscf_du: { get_param: vcscf_du }
+ vcscf_cmrepo_address: { get_param: vcscf_cmrepo_address }
+ vcscf_swrepo_address: { get_param: vcscf_swrepo_address }
+ vcscf_gateway: { get_param: oam_internal_vip_0 }
+ vcscf_internal_netmask: { get_param: vcscf_internal_netmask }
+ vcscf_release: { get_param: vcscf_release }
+ vcscf_dns_address: { get_param: vcscf_dns_address }
+ vcscf_internal_network_mtu: { get_param: vcscf_internal_network_mtu }
+ vnf_id: {get_param: vnf_id}
+ vf_module_id: {get_param: vf_module_id}
+ vf_module_name: {get_param: vf_module_name}
+ availability_zone_0: { get_param: availability_zone_1 }
+ tdcore_internal_ips: { get_param: tdcore_internal_zone_1_ips }
+ tdcore_dpdk_ips: { get_param: tdcore_dpdk_zone_1_ips }
+ tdcore_names: { get_param: tdcore_zone_1_names }
+ tdcore_uuids: { get_param: tdcore_zone_1_uuids }
+
+ cscf_zone_0_RRG:
+ type: OS::Heat::ResourceGroup
+ depends_on:
+ - cscf_internal_subnet_0
+ - cscf_internal_subnet_v6_0
+ properties:
+ count: { get_param: cscf_zone_0_count }
+ index_var: $INDEX
+ resource_def:
+ type: nested_cscf.yaml
+ properties:
+ index: $INDEX
+ vnf_name: { get_param: vnf_name }
+ vcscf_name_delimeter: { get_param: vcscf_name_delimeter }
+ cscf_flavor_name: { get_param: cscf_flavor_name }
+ cscf_image_name: { get_param: cscf_image_name }
+ cscf_security_group: { get_resource: cscf_RSG }
+ internal_net_id: { get_resource: cscf_internal_network_0 }
+ vcscf_dn: { get_param: vcscf_dn}
+ vcscf_du: { get_param: vcscf_du }
+ vcscf_cmrepo_address: { get_param: vcscf_cmrepo_address }
+ vcscf_swrepo_address: { get_param: vcscf_swrepo_address }
+ vcscf_gateway: { get_param: oam_internal_vip_0 }
+ vcscf_internal_netmask: { get_param: vcscf_internal_netmask }
+ vcscf_release: { get_param: vcscf_release }
+ vcscf_dns_address: { get_param: vcscf_dns_address }
+ vcscf_internal_network_mtu: { get_param: vcscf_internal_network_mtu }
+ vnf_id: {get_param: vnf_id}
+ vf_module_id: {get_param: vf_module_id}
+ vf_module_name: {get_param: vf_module_name}
+ availability_zone_0 : { get_param: availability_zone_0 }
+ cscf_internal_ips: { get_param: cscf_internal_zone_0_ips }
+ cscf_internal_v6_ips: { get_param: cscf_internal_zone_0_v6_ips }
+ cscf_names: { get_param: cscf_zone_0_names }
+ cscf_uuids: { get_param: cscf_zone_0_uuids }
+
+ cscf_zone_1_RRG:
+ type: OS::Heat::ResourceGroup
+ depends_on:
+ - cscf_internal_subnet_0
+ - cscf_internal_subnet_v6_0
+ properties:
+ count: { get_param: cscf_zone_1_count }
+ index_var: $INDEX
+ resource_def:
+ type: nested_cscf.yaml
+ properties:
+ index: $INDEX
+ vnf_name: { get_param: vnf_name }
+ vcscf_name_delimeter: { get_param: vcscf_name_delimeter }
+ cscf_flavor_name: { get_param: cscf_flavor_name }
+ cscf_image_name: { get_param: cscf_image_name }
+ cscf_security_group: { get_resource: cscf_RSG }
+ internal_net_id: { get_resource: cscf_internal_network_0 }
+ vcscf_dn: { get_param: vcscf_dn}
+ vcscf_du: { get_param: vcscf_du }
+ vcscf_cmrepo_address: { get_param: vcscf_cmrepo_address }
+ vcscf_swrepo_address: { get_param: vcscf_swrepo_address }
+ vcscf_gateway: { get_param: oam_internal_vip_0 }
+ vcscf_internal_netmask: { get_param: vcscf_internal_netmask }
+ vcscf_release: { get_param: vcscf_release }
+ vcscf_dns_address: { get_param: vcscf_dns_address }
+ vcscf_internal_network_mtu: { get_param: vcscf_internal_network_mtu }
+ vnf_id: {get_param: vnf_id}
+ vf_module_id: {get_param: vf_module_id}
+ vf_module_name: {get_param: vf_module_name}
+ cscf_internal_ips: { get_param: cscf_internal_zone_1_ips }
+ cscf_internal_v6_ips: { get_param: cscf_internal_zone_1_v6_ips }
+ cscf_names: { get_param: cscf_zone_1_names }
+ cscf_uuids: { get_param: cscf_zone_1_uuids }
+ availability_zone_0 : { get_param: availability_zone_1 }
+
+outputs:
+ internal_net_id:
+ description: internal network
+ value: {get_resource: cscf_internal_network_0}
+
+ internal_dpdk_net_id:
+ description: dpdk network
+ value: {get_resource: cscf_internal_dpdk_network_0}
+
+ cscf_security_group:
+ description: cscf security group
+ value: {get_resource: cscf_RSG}
+
+ tdcore_zone_0_server_group:
+ description: tdcore zone 0 server group name/id
+ value: {get_resource: tdcore_zone_0_server_group}
+
+ tdcore_zone_1_server_group:
+ description: tdcore zone 1 server group name/id
+ value: {get_resource: tdcore_zone_1_server_group}
--- /dev/null
+## Copyright:: Nokia Corporation 2017
+## Note: Nokia VM HOT file for CFX
+## Name: "base_cscf_volume.env"
+## Date: 20 Mar 2017
+## Kilo Version
+parameters:
+
+# PSEUDO CONSTANTS
+# -----------------------------------------------------------------------------
+ cif_volume_size_0: 300
+ oam_volume_size_0: 300
+ vcscf_name_delimeter: "_"
+
+# SITE SPECIFIC
+# -----------------------------------------------------------------------------
+# vnf_name: CSCF0001
+ # storage availability zones
+# availability_zone_0: zone1
+# availability_zone_1: zone2
--- /dev/null
+## Copyright:: Nokia Corporation 2017
+## Note: Nokia VM HOT file for CFX
+## Name: "base_cscf_volume.yaml"
+## Date: 20 Mar 2017
+## Kilo Version
+heat_template_version: 2015-04-30
+
+description: Volume template for CFX
+
+parameters:
+ vnf_name:
+ type: string
+ description: Unique name for this VF instance
+
+ vcscf_name_delimeter:
+ type: string
+ description: 'delimeter used in concatenating different words while naming (ex: "-","_",".",...)'
+ constraints:
+ - allowed_values: [ '-', '', '_', '.']
+
+ availability_zone_0:
+ type: string
+ description: Storage availability zone for volume of first vm
+
+ availability_zone_1:
+ type: string
+ description: Storage availability zone for volume of second vm
+
+ cif_volume_size_0:
+ type: number
+ description: Size of Volume for cif VMs
+ constraints:
+ - range: { min: 1, max: 300 }
+
+ oam_volume_size_0:
+ type: number
+ description: Size of Volume for oam VMs
+ constraints:
+ - range: { min: 1, max: 300 }
+
+resources:
+ cif_volume_0:
+ type: OS::Cinder::Volume
+ properties:
+ size: { get_param: cif_volume_size_0 }
+ availability_zone: { get_param: availability_zone_0}
+ name:
+ str_replace:
+ template: "$VNF$DELcif$DELvolume$DEL0"
+ params:
+ $VNF: { get_param: vnf_name }
+ $DEL: { get_param: vcscf_name_delimeter }
+
+ cif_volume_1:
+ type: OS::Cinder::Volume
+ properties:
+ availability_zone: { get_param: availability_zone_1}
+ size: { get_param: cif_volume_size_0 }
+ name:
+ str_replace:
+ template: "$VNF$DELcif$DELvolume$DEL1"
+ params:
+ $VNF: { get_param: vnf_name }
+ $DEL: { get_param: vcscf_name_delimeter }
+
+ oam_volume_0:
+ type: OS::Cinder::Volume
+ properties:
+ size: { get_param: oam_volume_size_0 }
+ availability_zone: { get_param: availability_zone_0}
+ name:
+ str_replace:
+ template: "$VNF$DELoam$DELvolume$DEL0"
+ params:
+ $VNF: { get_param: vnf_name }
+ $DEL: { get_param: vcscf_name_delimeter }
+
+ oam_volume_1:
+ type: OS::Cinder::Volume
+ properties:
+ size: { get_param: oam_volume_size_0 }
+ availability_zone: { get_param: availability_zone_1}
+ name:
+ str_replace:
+ template: "$VNF$DELoam$DELvolume$DEL1"
+ params:
+ $VNF: { get_param: vnf_name }
+ $DEL: { get_param: vcscf_name_delimeter }
+
+outputs:
+ cif_volume_id_0:
+ description: volume id for first cif
+ value: {get_resource: cif_volume_0}
+
+ cif_volume_id_1:
+ description: volume id for second cif
+ value: {get_resource: cif_volume_1}
+
+ oam_volume_id_0:
+ description: volume id for first oam
+ value: {get_resource: oam_volume_0}
+
+ oam_volume_id_1:
+ description: volume id for second oam
+ value: {get_resource: oam_volume_1}
--- /dev/null
+## Copyright:: Nokia Corporation 2017
+## Note: Nokia VM HOT file for CFX
+## Name: "cscf.yaml"
+## Date: 20 Mar 2017
+## Kilo Version
+heat_template_version: 2015-04-30
+
+description: IMS CSCF
+
+parameters:
+
+ vcscf_name_delimeter:
+ type: string
+ description: 'delimeter used in concatenating different words while naming (ex: "-","_",".",...)'
+ constraints:
+ - allowed_values: [ '-', '', '_', '.']
+
+ vnf_name:
+ type: string
+ description: Unique name for this VF instance
+
+ vnf_id:
+ type: string
+ description: Unique ID for this VF instance
+
+ vf_module_name:
+ type: string
+ description: Unique name for this VF Module instance
+
+ vf_module_id:
+ type: string
+ description: Unique ID for this VF Module instance
+
+ cscf_security_group:
+ type: string
+ description: security group
+
+ cscf_flavor_name:
+ type: string
+ description: flavor name
+
+ cscf_image_name:
+ type: string
+ description: image name
+
+ internal_net_id:
+ type: string
+ description: internal network name/uuid
+
+ vcscf_internal_netmask:
+ type: string
+ description: internal netmask
+
+ vcscf_release:
+ type: string
+ description: "IMS release"
+
+ vcscf_dn:
+ type: string
+ description: "DN name"
+
+ vcscf_du:
+ type: string
+ description: "DU name"
+
+ vcscf_cmrepo_address:
+ type: string
+ description: "CMRepo IP or FQDN"
+
+ vcscf_swrepo_address:
+ type: string
+ description: SWRepo IP or FQDN
+
+ vcscf_dns_address:
+ type: string
+ description: DNS server IP
+
+ vcscf_internal_network_mtu:
+ type: number
+ description: MTU for internal network interface (eth0)
+ constraints:
+ - range: { min: 1000, max: 9100 }
+
+ vcscf_gateway:
+ type: string
+ description: OAM unit cipa ip
+
+ cscf_internal_ips:
+ type: comma_delimited_list
+ description: "List of Internal Lan IPs for CSCF instances"
+
+ cscf_internal_v6_ips:
+ type: comma_delimited_list
+ description: "List of Internal Lan v6 IPs for CSCF instances"
+
+ cscf_names:
+ type: comma_delimited_list
+ description: "List of instance names for CSCF instances"
+
+ cscf_uuids:
+ type: comma_delimited_list
+ description: "List of UUIDs generated by cmrepo for CSCF instances"
+
+ availability_zone_0:
+ type: string
+ description: Availability zone name for CSCF instances.
+
+ index:
+ type: number
+ description: index
+ constraints:
+ - range: { min: 0, max: 119 }
+
+resources:
+
+ cscf_internal_0_port_0:
+ type: OS::Neutron::Port
+ properties:
+ name:
+ str_replace:
+ template: $PREFIX$DELeth0
+ params:
+ $PREFIX: { get_param: [ cscf_names, { get_param: index } ] }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_param: internal_net_id }
+ security_groups:
+ - { get_param: cscf_security_group }
+ fixed_ips:
+ - ip_address: { get_param: [ cscf_internal_ips, { get_param: index } ] }
+ - ip_address: { get_param: [ cscf_internal_v6_ips, { get_param: index } ] }
+
+ cscf_server_0:
+ type: OS::Nova::Server
+ properties:
+ availability_zone: { get_param: availability_zone_0 }
+ name: { get_param: [ cscf_names, { get_param: index } ] }
+ flavor: { get_param: cscf_flavor_name }
+ image: { get_param: cscf_image_name }
+ metadata:
+ vnf_id: {get_param: vnf_id}
+ vm_role: cscf
+ vnf_name: {get_param: vnf_name}
+ vf_module_id: {get_param: vf_module_id}
+ vf_module_name: {get_param: vf_module_name}
+ networks:
+ - port: { get_resource: cscf_internal_0_port_0 }
+ config_drive: True
+ user_data_format: RAW
+ user_data:
+ str_replace:
+ template: |
+ DN=$dn_name
+ DUName=$du_name
+ Uuid=$uuid
+ SwRepoIp=$swrepo_ip
+ CmRepoIp=$cmrepo_ip
+ OamDnsIp=$dns_ip
+ eth0_MTU=$mtu
+ UniqueId=$dn_name/$du_name/$release/$uuid
+ OAMUnitInternalIp=$oam_unit_ip
+ NodeIp=$node_ip
+ Netmask=$netmask
+ Gateway=$oam_unit_ip
+ NodeType=CSCF
+ DUType=CSCF
+ Release=$release
+ SwRepoPort=5571
+ CmRepoPort=8051
+ LbGroupId=1
+ NodeName=$instance_name
+ params:
+ $dn_name: { get_param: vcscf_dn }
+ $du_name: { get_param: vcscf_du }
+ $uuid: { get_param: [ cscf_uuids, { get_param: index } ] }
+ $dns_ip: { get_param: vcscf_dns_address }
+ $cmrepo_ip: { get_param: vcscf_cmrepo_address }
+ $swrepo_ip: { get_param: vcscf_swrepo_address }
+ $oam_unit_ip: { get_param: vcscf_gateway }
+ $netmask: { get_param: vcscf_internal_netmask }
+ $release: { get_param: vcscf_release }
+ $mtu: { get_param: vcscf_internal_network_mtu }
+ $node_ip: { get_param: [ cscf_internal_ips, { get_param: index } ] }
+ $instance_name: { get_param: [ cscf_names, { get_param: index } ] }
--- /dev/null
+## Copyright:: Nokia Corporation 2017
+## Note: Nokia VM HOT file for CFX
+## Name: "tdcore.yaml"
+## Date: 20 Mar 2017
+## Kilo Version
+heat_template_version: 2015-04-30
+
+description: IMS TDCORE VM
+
+parameters:
+
+ vcscf_name_delimeter:
+ type: string
+ description: 'delimeter used in concatenating different words while naming (ex: "-","_",".",...)'
+ constraints:
+ - allowed_values: [ '-', '', '_', '.']
+
+ vnf_name:
+ type: string
+ description: Unique name for this VF instance
+
+ vnf_id:
+ type: string
+ description: Unique ID for this VF instance
+
+ vf_module_name:
+ type: string
+ description: Unique name for this VF Module instance
+
+ vf_module_id:
+ type: string
+ description: Unique ID for this VF Module instance
+
+ tdcore_security_group:
+ type: string
+ description: security group
+
+ tdcore_flavor_name:
+ type: string
+ description: flavor name
+
+ tdcore_image_name:
+ type: string
+ description: image name
+
+ internal_net_id:
+ type: string
+ description: internal network name/uuid
+
+ internal_dpdk_net_id:
+ type: string
+ description: internal dpdk network name/uuid
+
+ vcscf_internal_netmask:
+ type: string
+ description: internal netmask
+
+ vcscf_release:
+ type: string
+ description: "IMS release"
+
+ vcscf_dn:
+ type: string
+ description: "DN name"
+
+ vcscf_du:
+ type: string
+ description: "DU name"
+
+ vcscf_cmrepo_address:
+ type: string
+ description: "CMRepo IP or FQDN"
+
+ vcscf_swrepo_address:
+ type: string
+ description: SWRepo IP or FQDN
+
+ vcscf_dns_address:
+ type: string
+ description: DNS server IP
+
+ vcscf_internal_network_mtu:
+ type: number
+ description: MTU for internal network interface (eth0)
+ constraints:
+ - range: { min: 1000, max: 9100 }
+
+ vcscf_gateway:
+ type: string
+ description: OAM unit virtual ip
+
+ tdcore_names:
+ type: comma_delimited_list
+ description: "List of instance names for TDCORE instances"
+
+ tdcore_internal_ips:
+ type: comma_delimited_list
+ description: "List of Internal Lan IPs for TDCORE instances"
+
+ tdcore_dpdk_ips:
+ type: comma_delimited_list
+ description: "List of DPDK Lan IPs for TDCORE instances"
+
+ tdcore_uuids:
+ type: comma_delimited_list
+ description: "List of UUIDs generated by cmrepo for TDCORE instances"
+
+ availability_zone_0:
+ type: string
+ description: Availability zone name.
+
+ tdcore_server_group:
+ type: string
+ description: server group name/id
+
+ index:
+ type: number
+ description: index
+ constraints:
+ - range: { min: 0, max: 7 }
+
+resources:
+
+ tdcore_internal_0_port_0:
+ type: OS::Neutron::Port
+ properties:
+ name:
+ str_replace:
+ template: $PREFIX$DELeth0
+ params:
+ $PREFIX: { get_param: [ tdcore_names, { get_param: index } ] }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_param: internal_net_id }
+ security_groups:
+ - { get_param: tdcore_security_group }
+ fixed_ips:
+ - ip_address: { get_param: [ tdcore_internal_ips, { get_param: index } ] }
+
+ tdcore_dpdk_0_port_1:
+ type: OS::Neutron::Port
+ properties:
+ name:
+ str_replace:
+ template: $PREFIX$DELeth1
+ params:
+ $PREFIX: { get_param: [ tdcore_names, { get_param: index } ] }
+ $DEL: { get_param: vcscf_name_delimeter }
+ network: { get_param: internal_dpdk_net_id }
+ security_groups:
+ - { get_param: tdcore_security_group }
+ fixed_ips:
+ - ip_address: { get_param: [ tdcore_dpdk_ips, { get_param: index } ] }
+ allowed_address_pairs:
+ - ip_address: "0.0.0.0/1"
+ - ip_address: "128.0.0.0/1"
+ - ip_address: "::/1"
+ - ip_address: "8000::/1"
+
+ tdcore_server_0:
+ type: OS::Nova::Server
+ properties:
+ availability_zone: { get_param: availability_zone_0 }
+ scheduler_hints: { group: { get_param: tdcore_server_group } }
+ name: { get_param: [ tdcore_names, { get_param: index } ] }
+ flavor: { get_param: tdcore_flavor_name }
+ image: { get_param: tdcore_image_name }
+ metadata:
+ vnf_id: {get_param: vnf_id}
+ vm_role: tdcore
+ vnf_name: {get_param: vnf_name}
+ vf_module_id: {get_param: vf_module_id}
+ vf_module_name: {get_param: vf_module_name}
+ networks:
+ - port: { get_resource: tdcore_internal_0_port_0 }
+ - port: { get_resource: tdcore_dpdk_0_port_1 }
+ config_drive: True
+ user_data_format: RAW
+ user_data:
+ str_replace:
+ template: |
+ DN=$dn_name
+ DUName=$du_name
+ Uuid=$uuid
+ SwRepoIp=$swrepo_ip
+ CmRepoIp=$cmrepo_ip
+ OamDnsIp=$dns_ip
+ eth0_MTU=$mtu
+ eth1_MTU=$mtu
+ UniqueId=$dn_name/$du_name/$release/$uuid
+ OAMUnitInternalIp=$oam_unit_ip
+ NodeIp=$node_ip
+ Netmask=$netmask
+ Gateway=$oam_unit_ip
+ NodeType=TD_Core
+ DUType=CSCF
+ Release=$release
+ SwRepoPort=5571
+ CmRepoPort=8051
+ LbGroupId=1
+ NodeName=$instance_name
+ params:
+ $dn_name: { get_param: vcscf_dn }
+ $du_name: { get_param: vcscf_du }
+ $uuid: { get_param: [ tdcore_uuids, { get_param: index } ] }
+ $dns_ip: { get_param: vcscf_dns_address }
+ $cmrepo_ip: { get_param: vcscf_cmrepo_address }
+ $swrepo_ip: { get_param: vcscf_swrepo_address }
+ $oam_unit_ip: { get_param: vcscf_gateway }
+ $netmask: { get_param: vcscf_internal_netmask }
+ $release: { get_param: vcscf_release }
+ $mtu: { get_param: vcscf_internal_network_mtu }
+ $node_ip: { get_param: [ tdcore_internal_ips, { get_param: index } ] }
+ $instance_name: { get_param: [ tdcore_names, { get_param: index } ] }
--- /dev/null
+tosca_definitions_version: tosca_simple_yaml_1_0_0
+metadata:
+ template_name: GlobalSubstitutionTypes
+imports:
+- openecomp_heat_index:
+ file: openecomp-heat/_index.yml
+node_types:
+ org.openecomp.resource.abstract.nodes.jsa:
+ derived_from: org.openecomp.resource.abstract.nodes.VFC
+ properties:
+ compute_jsa_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ requirements:
+ - dependency_jsa:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - local_storage_jsa:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ occurrences:
+ - 0
+ - UNBOUNDED
+ capabilities:
+ instance_jsa:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.latency_jsa:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.usage_jsa:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.iops_jsa:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes.rate_jsa:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.allocation_jsa:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes.rate_jsa:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.ephemeral.size_jsa:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_util_jsa:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes.rate_jsa:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes_jsa:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.capacity_jsa:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes_jsa:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.usage_jsa:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes.rate_jsa:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.capacity_jsa:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests_jsa:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ endpoint_jsa:
+ type: tosca.capabilities.Endpoint.Admin
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.requests_jsa:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.resident_jsa:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests.rate_jsa:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ scalable_jsa:
+ type: tosca.capabilities.Scalable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_jsa:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_jsa:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.usage_jsa:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests_jsa:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory_jsa:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes_jsa:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.root.size_jsa:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu.delta_jsa:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests_jsa:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests.rate_jsa:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ os_jsa:
+ type: tosca.capabilities.OperatingSystem
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.allocation_jsa:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_jsa:
+ type: tosca.capabilities.network.Bindable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes_jsa:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ host_jsa:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.latency_jsa:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ vcpus_jsa:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.iops_jsa:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests.rate_jsa:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ org.openecomp.resource.abstract.nodes.heat.cmaui:
+ derived_from: org.openecomp.resource.abstract.nodes.VFC
+ properties:
+ cmaui_names:
+ type: list
+ description: CMAUI1, CMAUI2 server names
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ p1:
+ type: string
+ description: UID of OAM network
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_8_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ p2:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_8_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_7_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ availability_zone_0:
+ type: string
+ description: availabilityzone name
+ required: true
+ status: SUPPORTED
+ net:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_8_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_cmaui_port_7_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ security_group_name:
+ type: list
+ description: CMAUI1, CMAUI2 server names
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_cmaui_port_8_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_8_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_7_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_cmaui_port_7_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ cmaui_image:
+ type: string
+ description: Image for CMAUI server
+ required: true
+ status: SUPPORTED
+ cmaui_flavor:
+ type: string
+ description: Flavor for CMAUI server
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_7_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_7_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_cmaui_port_7_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_7_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_8_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ cmaui_oam_ips:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_8_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_8_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ requirements:
+ - dependency_cmaui_port_7:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_cmaui_port_7:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_cmaui_port_8:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_cmaui_port_8:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_server_cmaui:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - local_storage_server_cmaui:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ occurrences:
+ - 0
+ - UNBOUNDED
+ capabilities:
+ cpu.delta_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests.rate_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.allocation_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_cmaui_port_7:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_cmaui_port_8:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ scalable_server_cmaui:
+ type: tosca.capabilities.Scalable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes.rate_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes.rate_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes.rate_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ host_server_cmaui:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_util_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_cmaui_port_8:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_cmaui_port_7:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_cmaui_port_8:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_cmaui_port_7:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.latency_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.requests_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.capacity_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.usage_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.usage_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.capacity_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests.rate_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ instance_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_cmaui_port_7:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_cmaui_port_8:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.root.size_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_server_cmaui:
+ type: tosca.capabilities.network.Bindable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests.rate_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ os_server_cmaui:
+ type: tosca.capabilities.OperatingSystem
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes.rate_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_cmaui_port_7:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_cmaui_port_8:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_cmaui_port_7:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_cmaui_port_8:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.resident_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_cmaui_port_7:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.latency_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_server_cmaui:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_cmaui_port_7:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ vcpus_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_cmaui_port_8:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_cmaui_port_7:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ network.outgoing.bytes_cmaui_port_8:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_cmaui_port_8:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ disk.allocation_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.usage_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.ephemeral.size_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_cmaui_port_7:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_cmaui_port_8:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ endpoint_server_cmaui:
+ type: tosca.capabilities.Endpoint.Admin
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_cmaui_port_7:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.iops_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_cmaui_port_8:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.iops_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ org.openecomp.resource.abstract.nodes.cmaui:
+ derived_from: org.openecomp.resource.abstract.nodes.VFC
+ properties:
+ port_cmaui_port_6_fixed_ips:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.heat.neutron.port.FixedIps
+ port_cmaui_port_6_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_5_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_5_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_6_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_cmaui_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_cmaui_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_6_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_cmaui_port_6_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_cmaui_port_6_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_5_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_cmaui_port_5_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_6_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_5_fixed_ips:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.heat.neutron.port.FixedIps
+ port_cmaui_port_6_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_cmaui_port_5_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ port_cmaui_port_5_replacement_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_cmaui_port_6_replacement_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_cmaui_port_5_security_groups:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ port_cmaui_port_5_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_5_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_cmaui_port_6_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_5_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_6_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_5_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_6_security_groups:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ requirements:
+ - dependency_cmaui_cmaui_port_5:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_cmaui_cmaui_port_5:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_cmaui_cmaui_port_6:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_cmaui_cmaui_port_6:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_cmaui:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - local_storage_cmaui:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ occurrences:
+ - 0
+ - UNBOUNDED
+ capabilities:
+ disk.read.bytes.rate_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.ephemeral.size_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.iops_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.resident_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes.rate_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_cmaui_cmaui_port_6:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ host_cmaui:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.allocation_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_cmaui_cmaui_port_5:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ scalable_cmaui:
+ type: tosca.capabilities.Scalable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_cmaui_cmaui_port_5:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_cmaui_cmaui_port_6:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ feature_cmaui_cmaui_port_6:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes.rate_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_cmaui_cmaui_port_5:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ cpu.delta_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.root.size_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.usage_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ os_cmaui:
+ type: tosca.capabilities.OperatingSystem
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes.rate_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_cmaui_cmaui_port_6:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_cmaui_cmaui_port_6:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_cmaui_cmaui_port_5:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_cmaui_cmaui_port_5:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_cmaui_cmaui_port_6:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.usage_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_cmaui_cmaui_port_5:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.iops_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.latency_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.capacity_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_cmaui_cmaui_port_6:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_cmaui_cmaui_port_5:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.requests_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_cmaui_cmaui_port_5:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_cmaui_cmaui_port_6:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_cmaui_cmaui_port_6:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_cmaui_cmaui_port_5:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_cmaui_cmaui_port_6:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_cmaui_cmaui_port_5:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ vcpus_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_cmaui:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_cmaui:
+ type: tosca.capabilities.network.Bindable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ endpoint_cmaui:
+ type: tosca.capabilities.Endpoint.Admin
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.capacity_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests.rate_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests.rate_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_cmaui_cmaui_port_6:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.usage_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_cmaui_cmaui_port_5:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.latency_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ instance_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.allocation_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_util_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests.rate_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ org.openecomp.resource.vfc.nodes.heat.cmaui:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ port_cmaui_port_1_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_2_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_1_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_1_security_groups:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_cmaui_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_cmaui_port_2_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_1_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ compute_cmaui_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_cmaui_port_1_fixed_ips:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.heat.neutron.port.FixedIps
+ port_cmaui_port_1_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_2_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_2_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_cmaui_port_2_security_groups:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ port_cmaui_port_1_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_cmaui_port_1_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_2_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_1_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_cmaui_port_1_replacement_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_cmaui_port_2_replacement_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_cmaui_port_1_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_2_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_cmaui_port_2_fixed_ips:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.heat.neutron.port.FixedIps
+ port_cmaui_port_2_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_cmaui_port_2_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_2_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_1_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ org.openecomp.resource.abstract.nodes.cmaui_1:
+ derived_from: org.openecomp.resource.abstract.nodes.VFC
+ properties:
+ port_cmaui_port_3_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_3_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_3_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_cmaui_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_cmaui_port_4_fixed_ips:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.heat.neutron.port.FixedIps
+ port_cmaui_port_4_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_cmaui_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_cmaui_port_4_security_groups:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_3_fixed_ips:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.heat.neutron.port.FixedIps
+ port_cmaui_port_3_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_cmaui_port_3_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_4_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_4_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_3_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_cmaui_port_4_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_cmaui_port_3_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ port_cmaui_port_3_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_cmaui_port_4_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_4_replacement_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_cmaui_port_3_replacement_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_cmaui_port_4_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_cmaui_port_4_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_cmaui_port_3_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_4_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_3_security_groups:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ port_cmaui_port_4_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ requirements:
+ - dependency_cmaui_cmaui_port_4:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_cmaui_cmaui_port_4:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_cmaui_cmaui_port_3:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_cmaui_cmaui_port_3:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_cmaui:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - local_storage_cmaui:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ occurrences:
+ - 0
+ - UNBOUNDED
+ capabilities:
+ disk.read.bytes.rate_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.ephemeral.size_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.iops_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.resident_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes.rate_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ host_cmaui:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.allocation_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_cmaui_cmaui_port_4:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_cmaui_cmaui_port_3:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ scalable_cmaui:
+ type: tosca.capabilities.Scalable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_cmaui_cmaui_port_3:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ feature_cmaui_cmaui_port_3:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_cmaui_cmaui_port_4:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes.rate_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_cmaui_cmaui_port_4:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ cpu.delta_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.root.size_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.usage_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ os_cmaui:
+ type: tosca.capabilities.OperatingSystem
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes.rate_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_cmaui_cmaui_port_3:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_cmaui_cmaui_port_4:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_cmaui_cmaui_port_3:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_cmaui_cmaui_port_4:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.usage_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_cmaui_cmaui_port_3:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_cmaui_cmaui_port_4:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.iops_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.latency_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.capacity_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_cmaui_cmaui_port_4:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.requests_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_cmaui_cmaui_port_4:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_cmaui_cmaui_port_3:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_cmaui_cmaui_port_3:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_cmaui_cmaui_port_4:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_cmaui_cmaui_port_3:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_cmaui_cmaui_port_4:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ vcpus_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_cmaui_cmaui_port_3:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_cmaui:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_cmaui:
+ type: tosca.capabilities.network.Bindable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ endpoint_cmaui:
+ type: tosca.capabilities.Endpoint.Admin
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.capacity_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests.rate_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests.rate_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.usage_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_cmaui_cmaui_port_4:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_cmaui_cmaui_port_3:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.latency_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ instance_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.allocation_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_util_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests.rate_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ org.openecomp.resource.abstract.nodes.heat.nested1:
+ derived_from: org.openecomp.resource.abstract.nodes.AbstractSubstitute
+ properties:
+ cmaui_names:
+ type: list
+ description: CMAUI1, CMAUI2 server names
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ p1:
+ type: string
+ description: UID of OAM network
+ required: true
+ status: SUPPORTED
+ p2:
+ type: string
+ description: UID of OAM network
+ required: true
+ status: SUPPORTED
+ cmaui_image:
+ type: string
+ description: Image for CMAUI server
+ required: true
+ status: SUPPORTED
+ cmaui_flavor:
+ type: string
+ description: Flavor for CMAUI server
+ required: true
+ status: SUPPORTED
+ security_group_name:
+ type: list
+ description: CMAUI1, CMAUI2 server names
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ availability_zone_0:
+ type: string
+ description: availabilityzone name
+ required: true
+ status: SUPPORTED
+ cmaui_oam_ips:
+ type: string
+ required: true
+ status: SUPPORTED
+ net:
+ type: string
+ required: true
+ status: SUPPORTED
+ requirements:
+ - dependency_cmaui_port_2:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_cmaui_port_2:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_server_cmaui:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - local_storage_server_cmaui:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - dependency_test_nested2Level:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - dependency_cmaui_port_3_test_nested2Level:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_cmaui_port_3_test_nested2Level:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_cmaui_port_4_test_nested2Level:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_cmaui_port_4_test_nested2Level:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_test_nested3Level_test_nested2Level:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - dependency_test_nested4Level_test_nested3Level_test_nested2Level:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - dependency_cmaui_port_7_test_nested4Level_test_nested3Level_test_nested2Level:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_cmaui_port_7_test_nested4Level_test_nested3Level_test_nested2Level:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_cmaui_port_8_test_nested4Level_test_nested3Level_test_nested2Level:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_cmaui_port_8_test_nested4Level_test_nested3Level_test_nested2Level:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - local_storage_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - dependency_cmaui_port_5_test_nested3Level_test_nested2Level:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_cmaui_port_5_test_nested3Level_test_nested2Level:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_cmaui_port_6_test_nested3Level_test_nested2Level:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_cmaui_port_6_test_nested3Level_test_nested2Level:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_server_cmaui_test_nested3Level_test_nested2Level:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - local_storage_server_cmaui_test_nested3Level_test_nested2Level:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - dependency_server_cmaui_test_nested2Level:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - local_storage_server_cmaui_test_nested2Level:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - dependency_cmaui_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_cmaui_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ capabilities:
+ os_server_cmaui_test_nested2Level:
+ type: tosca.capabilities.OperatingSystem
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests.rate_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.allocation_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.allocation_server_cmaui_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_cmaui_port_6_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_cmaui_port_6_test_nested3Level_test_nested2Level:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ disk.ephemeral.size_server_cmaui_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.usage_server_cmaui_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ host_server_cmaui:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.latency_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_server_cmaui_test_nested2Level:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_cmaui_port_2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ endpoint_server_cmaui_test_nested3Level_test_nested2Level:
+ type: tosca.capabilities.Endpoint.Admin
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_cmaui_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_cmaui_port_5_test_nested3Level_test_nested2Level:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ disk.device.write.bytes.rate_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ instance_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_cmaui_port_3_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.root.size_server_cmaui_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests_server_cmaui_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_cmaui_port_8_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ disk.root.size_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.usage_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ instance_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu.delta_server_cmaui_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_cmaui_port_6_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_cmaui_port_4_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_cmaui_port_7_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_server_cmaui_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_cmaui_port_3_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_cmaui_port_6_test_nested3Level_test_nested2Level:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_cmaui_port_5_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ os_server_cmaui:
+ type: tosca.capabilities.OperatingSystem
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.resident_server_cmaui_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_cmaui_port_7_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ os_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: tosca.capabilities.OperatingSystem
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests.rate_server_cmaui_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_cmaui_port_4_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes_server_cmaui_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ scalable_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: tosca.capabilities.Scalable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ instance_server_cmaui_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_cmaui_port_8_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ endpoint_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: tosca.capabilities.Endpoint.Admin
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.ephemeral.size_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_cmaui_port_5_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_cmaui_port_6_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.allocation_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes.rate_server_cmaui_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.capacity_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.latency_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_server_cmaui:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_cmaui_port_1:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ binding_cmaui_port_2:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ binding_server_cmaui_test_nested3Level_test_nested2Level:
+ type: tosca.capabilities.network.Bindable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_test_nested2Level:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.usage_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.ephemeral.size_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ os_server_cmaui_test_nested3Level_test_nested2Level:
+ type: tosca.capabilities.OperatingSystem
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_cmaui_port_8_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_util_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes_server_cmaui_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.iops_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_cmaui_port_5_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_cmaui_port_2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.iops_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_cmaui_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_cmaui_port_5_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_cmaui_port_8_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests_server_cmaui_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_cmaui_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_cmaui_port_2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_cmaui_port_8_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_cmaui_port_1:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_cmaui_port_2:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes.rate_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests.rate_server_cmaui_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.latency_server_cmaui_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.latency_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.requests_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.usage_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.usage_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.capacity_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests.rate_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_cmaui_port_7_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes.rate_server_cmaui_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_cmaui_port_8_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.iops_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.iops_server_cmaui_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_cmaui_port_7_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests.rate_server_cmaui_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_server_cmaui:
+ type: tosca.capabilities.network.Bindable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_cmaui_port_4_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests.rate_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ vcpus_server_cmaui_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_cmaui_port_8_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_cmaui_port_7_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.capacity_server_cmaui_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ endpoint_server_cmaui_test_nested2Level:
+ type: tosca.capabilities.Endpoint.Admin
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_cmaui_port_7_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes.rate_server_cmaui_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_cmaui_port_5_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_server_cmaui_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes.rate_server_cmaui_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_cmaui_port_4_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_cmaui_port_3_test_nested2Level:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_cmaui_port_5_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.root.size_server_cmaui_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.usage_server_cmaui_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_cmaui_port_3_test_nested2Level:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: tosca.capabilities.network.Bindable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ vcpus_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes_server_cmaui_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ instance_server_cmaui_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory_server_cmaui_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.allocation_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_cmaui_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_cmaui_port_2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_cmaui_port_7_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.ephemeral.size_server_cmaui_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes_server_cmaui_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.allocation_server_cmaui_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.iops_server_cmaui_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_server_cmaui_test_nested2Level:
+ type: tosca.capabilities.network.Bindable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_cmaui_port_7_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.usage_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu.delta_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_cmaui_port_5_test_nested3Level_test_nested2Level:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.capacity_server_cmaui_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_cmaui_port_8_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests_server_cmaui_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ scalable_server_cmaui:
+ type: tosca.capabilities.Scalable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes.rate_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.usage_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ scalable_server_cmaui_test_nested3Level_test_nested2Level:
+ type: tosca.capabilities.Scalable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes_server_cmaui_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.latency_server_cmaui_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu.delta_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_cmaui_port_3_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.usage_server_cmaui_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_util_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests.rate_server_cmaui_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.capacity_server_cmaui_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes.rate_server_cmaui_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_cmaui_port_4_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.usage_server_cmaui_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.requests_server_cmaui_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_cmaui_port_5_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_util_server_cmaui_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.root.size_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.latency_server_cmaui_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests.rate_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ vcpus_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.capacity_server_cmaui_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests.rate_server_cmaui_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_cmaui_port_2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes.rate_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes.rate_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_cmaui_port_6_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_cmaui_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes_server_cmaui_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests.rate_server_cmaui_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_util_server_cmaui_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_cmaui_port_8_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_cmaui_port_3_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests.rate_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes_server_cmaui_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ host_server_cmaui_test_nested2Level:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_cmaui_port_6_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory_server_cmaui_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_cmaui_port_4_test_nested2Level:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ disk.device.read.bytes.rate_server_cmaui_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_cmaui_port_4_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.latency_server_cmaui_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests_server_cmaui_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ vcpus_server_cmaui_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_cmaui_port_8_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes.rate_server_cmaui_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_cmaui_port_2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.iops_server_cmaui_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_cmaui_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_cmaui_port_4_test_nested2Level:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.usage_server_cmaui_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.iops_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_cmaui_port_5_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_cmaui_port_4_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.requests_server_cmaui_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_server_cmaui_test_nested3Level_test_nested2Level:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes.rate_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.iops_server_cmaui_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_cmaui_port_8_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests.rate_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_cmaui_port_2:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.capacity_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_cmaui_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_cmaui_port_2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_cmaui_port_3_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_cmaui_port_1:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes_server_cmaui_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_cmaui_port_3_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_cmaui_port_7_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests_server_cmaui_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_cmaui_port_6_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes.rate_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes.rate_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ scalable_server_cmaui_test_nested2Level:
+ type: tosca.capabilities.Scalable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.usage_server_cmaui_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_cmaui_port_4_test_nested2Level:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_cmaui_port_6_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_cmaui_port_5_test_nested3Level_test_nested2Level:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.capacity_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.resident_server_cmaui_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_cmaui_port_7_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ host_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_cmaui_port_7_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ host_server_cmaui_test_nested3Level_test_nested2Level:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_cmaui_port_4_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_cmaui_port_3_test_nested2Level:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ disk.device.write.requests_server_cmaui_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.resident_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes.rate_server_cmaui_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.latency_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.allocation_server_cmaui_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.allocation_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_cmaui_port_6_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_cmaui_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_cmaui_port_2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu.delta_server_cmaui_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_test_nested3Level_test_nested2Level:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_cmaui_port_6_test_nested3Level_test_nested2Level:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_cmaui_port_3_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.resident_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_cmaui_port_3_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ endpoint_server_cmaui:
+ type: tosca.capabilities.Endpoint.Admin
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.requests_server_cmaui_test_nested4Level_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.allocation_server_cmaui_test_nested3Level_test_nested2Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ org.openecomp.resource.abstract.nodes.cmaui_2:
+ derived_from: org.openecomp.resource.abstract.nodes.VFC
+ properties:
+ port_cmaui_port_1_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_2_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_1_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_1_security_groups:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_cmaui_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_cmaui_port_2_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_1_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ compute_cmaui_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_cmaui_port_1_fixed_ips:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.heat.neutron.port.FixedIps
+ port_cmaui_port_1_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_2_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_2_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_cmaui_port_2_security_groups:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ port_cmaui_port_1_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_cmaui_port_1_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_2_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_1_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_cmaui_port_1_replacement_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_cmaui_port_2_replacement_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_cmaui_port_1_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_2_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_cmaui_port_2_fixed_ips:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.heat.neutron.port.FixedIps
+ port_cmaui_port_2_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_cmaui_port_2_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_2_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_cmaui_port_1_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ requirements:
+ - dependency_cmaui_cmaui_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_cmaui_cmaui_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_cmaui_cmaui_port_2:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_cmaui_cmaui_port_2:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_cmaui:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - local_storage_cmaui:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ occurrences:
+ - 0
+ - UNBOUNDED
+ capabilities:
+ network.incoming.bytes_cmaui_cmaui_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes.rate_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.ephemeral.size_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.iops_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.resident_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes.rate_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ host_cmaui:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.allocation_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_cmaui_cmaui_port_2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_cmaui_cmaui_port_1:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_cmaui_cmaui_port_2:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ scalable_cmaui:
+ type: tosca.capabilities.Scalable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_cmaui_cmaui_port_2:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_cmaui_cmaui_port_1:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ disk.device.write.bytes.rate_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu.delta_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.root.size_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_cmaui_cmaui_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.usage_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ os_cmaui:
+ type: tosca.capabilities.OperatingSystem
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_cmaui_cmaui_port_1:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes.rate_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_cmaui_cmaui_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_cmaui_cmaui_port_2:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_cmaui_cmaui_port_2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_cmaui_cmaui_port_2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.usage_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.iops_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.latency_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.capacity_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.requests_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_cmaui_cmaui_port_2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_cmaui_cmaui_port_2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_cmaui_cmaui_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_cmaui_cmaui_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_cmaui_cmaui_port_2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_cmaui_cmaui_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ vcpus_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_cmaui_cmaui_port_2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_cmaui_cmaui_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_cmaui:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_cmaui:
+ type: tosca.capabilities.network.Bindable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ endpoint_cmaui:
+ type: tosca.capabilities.Endpoint.Admin
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.capacity_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests.rate_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests.rate_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.usage_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_cmaui_cmaui_port_2:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_cmaui_cmaui_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.latency_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ instance_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.allocation_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_util_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests.rate_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ org.openecomp.resource.abstract.nodes.heat.nested2:
+ derived_from: org.openecomp.resource.abstract.nodes.AbstractSubstitute
+ properties:
+ cmaui_names:
+ type: list
+ description: CMAUI1, CMAUI2 server names
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ p1:
+ type: string
+ description: UID of OAM network
+ required: true
+ status: SUPPORTED
+ p2:
+ type: string
+ description: UID of OAM network
+ required: true
+ status: SUPPORTED
+ cmaui_image:
+ type: string
+ description: Image for CMAUI server
+ required: true
+ status: SUPPORTED
+ cmaui_flavor:
+ type: string
+ description: Flavor for CMAUI server
+ required: true
+ status: SUPPORTED
+ security_group_name:
+ type: list
+ description: CMAUI1, CMAUI2 server names
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ availability_zone_0:
+ type: string
+ description: availabilityzone name
+ required: true
+ status: SUPPORTED
+ cmaui_oam_ips:
+ type: string
+ required: true
+ status: SUPPORTED
+ net:
+ type: string
+ required: true
+ status: SUPPORTED
+ requirements:
+ - dependency_cmaui_port_3:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_cmaui_port_3:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_cmaui_port_4:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_cmaui_port_4:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_test_nested3Level:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - dependency_test_nested4Level_test_nested3Level:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - dependency_cmaui_port_7_test_nested4Level_test_nested3Level:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_cmaui_port_7_test_nested4Level_test_nested3Level:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_cmaui_port_8_test_nested4Level_test_nested3Level:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_cmaui_port_8_test_nested4Level_test_nested3Level:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_server_cmaui_test_nested4Level_test_nested3Level:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - local_storage_server_cmaui_test_nested4Level_test_nested3Level:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - dependency_cmaui_port_5_test_nested3Level:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_cmaui_port_5_test_nested3Level:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_cmaui_port_6_test_nested3Level:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_cmaui_port_6_test_nested3Level:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_server_cmaui_test_nested3Level:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - local_storage_server_cmaui_test_nested3Level:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - dependency_server_cmaui:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - local_storage_server_cmaui:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ occurrences:
+ - 0
+ - UNBOUNDED
+ capabilities:
+ cpu.delta_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests.rate_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes.rate_server_cmaui_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ vcpus_server_cmaui_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.allocation_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.latency_server_cmaui_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.capacity_server_cmaui_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ scalable_server_cmaui:
+ type: tosca.capabilities.Scalable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes.rate_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.resident_server_cmaui_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_cmaui_port_7_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.capacity_server_cmaui_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ host_server_cmaui:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_util_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ os_server_cmaui_test_nested3Level:
+ type: tosca.capabilities.OperatingSystem
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes_server_cmaui_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes.rate_server_cmaui_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.usage_server_cmaui_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_cmaui_port_3:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ instance_server_cmaui_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.capacity_server_cmaui_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_test_nested4Level_test_nested3Level:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes_server_cmaui_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes.rate_server_cmaui_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_cmaui_port_8_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_server_cmaui_test_nested3Level:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_cmaui_port_7_test_nested4Level_test_nested3Level:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.usage_server_cmaui_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ instance_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_server_cmaui_test_nested3Level:
+ type: tosca.capabilities.network.Bindable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.root.size_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory_server_cmaui_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_cmaui_port_5_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_cmaui_port_3:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ os_server_cmaui:
+ type: tosca.capabilities.OperatingSystem
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes.rate_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_cmaui_port_4:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.latency_server_cmaui_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_cmaui_port_6_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_cmaui_port_7_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.ephemeral.size_server_cmaui_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_cmaui_port_6_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests.rate_server_cmaui_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_cmaui_port_5_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ vcpus_server_cmaui_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_cmaui_port_6_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_util_server_cmaui_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_cmaui_port_8_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ endpoint_server_cmaui_test_nested4Level_test_nested3Level:
+ type: tosca.capabilities.Endpoint.Admin
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_cmaui_port_6_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.allocation_server_cmaui_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.resident_server_cmaui_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.ephemeral.size_server_cmaui_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu.delta_server_cmaui_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes_server_cmaui_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests_server_cmaui_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests_server_cmaui_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_server_cmaui:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_cmaui_port_3:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ disk.device.read.bytes.rate_server_cmaui_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_cmaui_port_4:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ disk.device.write.requests_server_cmaui_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ endpoint_server_cmaui_test_nested3Level:
+ type: tosca.capabilities.Endpoint.Admin
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests_server_cmaui_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.usage_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_cmaui_port_6_test_nested3Level:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_cmaui_port_8_test_nested4Level_test_nested3Level:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.ephemeral.size_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_cmaui_port_6_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory_server_cmaui_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_cmaui_port_3:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.usage_server_cmaui_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_cmaui_port_4:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_cmaui_port_6_test_nested3Level:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ disk.iops_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_cmaui_port_4:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.iops_server_cmaui_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_cmaui_port_3:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.iops_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.root.size_server_cmaui_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_cmaui_port_8_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_cmaui_port_8_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_server_cmaui_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_cmaui_port_7_test_nested4Level_test_nested3Level:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_cmaui_port_3:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_cmaui_port_3:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_cmaui_port_4:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_cmaui_port_4:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_cmaui_port_6_test_nested3Level:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes.rate_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes_server_cmaui_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_cmaui_port_6_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes.rate_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_cmaui_port_4:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests.rate_server_cmaui_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_cmaui_port_3:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes_server_cmaui_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_cmaui_port_4:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.iops_server_cmaui_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ host_server_cmaui_test_nested4Level_test_nested3Level:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.latency_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.requests_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.allocation_server_cmaui_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests_server_cmaui_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.capacity_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.usage_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_cmaui_port_3:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.usage_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.iops_server_cmaui_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_cmaui_port_5_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.allocation_server_cmaui_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.capacity_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests.rate_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ os_server_cmaui_test_nested4Level_test_nested3Level:
+ type: tosca.capabilities.OperatingSystem
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_cmaui_port_7_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.latency_server_cmaui_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_cmaui_port_8_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_cmaui_port_7_test_nested4Level_test_nested3Level:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ disk.root.size_server_cmaui_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_cmaui_port_6_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes.rate_server_cmaui_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.requests_server_cmaui_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_cmaui_port_8_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_server_cmaui:
+ type: tosca.capabilities.network.Bindable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.usage_server_cmaui_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests.rate_server_cmaui_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests.rate_server_cmaui_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_cmaui_port_5_test_nested3Level:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests.rate_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_server_cmaui_test_nested4Level_test_nested3Level:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_server_cmaui_test_nested4Level_test_nested3Level:
+ type: tosca.capabilities.network.Bindable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_cmaui_port_7_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes_server_cmaui_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ host_server_cmaui_test_nested3Level:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
+ occurrences:
+ - 1
+ - UNBOUNDED
+ scalable_server_cmaui_test_nested4Level_test_nested3Level:
+ type: tosca.capabilities.Scalable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_cmaui_port_5_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_cmaui_port_8_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_test_nested3Level:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes_server_cmaui_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_cmaui_port_8_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_cmaui_port_8_test_nested4Level_test_nested3Level:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes.rate_server_cmaui_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes.rate_server_cmaui_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests.rate_server_cmaui_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.capacity_server_cmaui_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.usage_server_cmaui_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_cmaui_port_7_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.resident_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_cmaui_port_5_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.allocation_server_cmaui_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_cmaui_port_7_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests_server_cmaui_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.latency_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_cmaui_port_6_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ vcpus_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_cmaui_port_4:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_cmaui_port_7_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ instance_server_cmaui_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_cmaui_port_5_test_nested3Level:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ network.incoming.bytes.rate_cmaui_port_3:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_cmaui_port_4:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_cmaui_port_5_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_util_server_cmaui_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.allocation_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_server_cmaui_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.usage_server_cmaui_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes_server_cmaui_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_cmaui_port_3:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_cmaui_port_4:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_cmaui_port_7_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_cmaui_port_8_test_nested4Level_test_nested3Level:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ scalable_server_cmaui_test_nested3Level:
+ type: tosca.capabilities.Scalable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ endpoint_server_cmaui:
+ type: tosca.capabilities.Endpoint.Admin
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_cmaui_port_5_test_nested3Level:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu.delta_server_cmaui_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_cmaui_port_5_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.iops_server_cmaui_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes.rate_server_cmaui_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests.rate_server_cmaui_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.requests_server_cmaui_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_cmaui_port_5_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.latency_server_cmaui_test_nested4Level_test_nested3Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ org.openecomp.resource.abstract.nodes.heat.nested3:
+ derived_from: org.openecomp.resource.abstract.nodes.AbstractSubstitute
+ properties:
+ cmaui_names:
+ type: list
+ description: CMAUI1, CMAUI2 server names
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ p1:
+ type: string
+ description: UID of OAM network
+ required: true
+ status: SUPPORTED
+ p2:
+ type: string
+ required: true
+ status: SUPPORTED
+ cmaui_image:
+ type: string
+ description: Image for CMAUI server
+ required: true
+ status: SUPPORTED
+ cmaui_flavor:
+ type: string
+ description: Flavor for CMAUI server
+ required: true
+ status: SUPPORTED
+ indx:
+ type: float
+ required: true
+ status: SUPPORTED
+ security_group_name:
+ type: list
+ description: CMAUI1, CMAUI2 server names
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ availability_zone_0:
+ type: string
+ description: availabilityzone name
+ required: true
+ status: SUPPORTED
+ cmaui_oam_ips:
+ type: string
+ required: true
+ status: SUPPORTED
+ net:
+ type: string
+ required: true
+ status: SUPPORTED
+ requirements:
+ - dependency_test_nested4Level:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - dependency_cmaui_port_7_test_nested4Level:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_cmaui_port_7_test_nested4Level:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_cmaui_port_8_test_nested4Level:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_cmaui_port_8_test_nested4Level:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_server_cmaui_test_nested4Level:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - local_storage_server_cmaui_test_nested4Level:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - dependency_cmaui_port_5:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_cmaui_port_5:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_cmaui_port_6:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_cmaui_port_6:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_server_cmaui:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - local_storage_server_cmaui:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ occurrences:
+ - 0
+ - UNBOUNDED
+ capabilities:
+ cpu.delta_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests.rate_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.allocation_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory_server_cmaui_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ scalable_server_cmaui:
+ type: tosca.capabilities.Scalable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes.rate_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ instance_server_cmaui_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.root.size_server_cmaui_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes_server_cmaui_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ host_server_cmaui:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_util_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_server_cmaui_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ vcpus_server_cmaui_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.usage_server_cmaui_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_cmaui_port_7_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ instance_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.latency_server_cmaui_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.capacity_server_cmaui_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_cmaui_port_8_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.root.size_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ host_server_cmaui_test_nested4Level:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
+ occurrences:
+ - 1
+ - UNBOUNDED
+ os_server_cmaui:
+ type: tosca.capabilities.OperatingSystem
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes.rate_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests.rate_server_cmaui_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_cmaui_port_5:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_cmaui_port_7_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.allocation_server_cmaui_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_cmaui_port_6:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes.rate_server_cmaui_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_cmaui_port_7_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes_server_cmaui_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests.rate_server_cmaui_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.iops_server_cmaui_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.requests_server_cmaui_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.ephemeral.size_server_cmaui_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_server_cmaui_test_nested4Level:
+ type: tosca.capabilities.network.Bindable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_cmaui_port_8_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.usage_server_cmaui_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_server_cmaui:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_cmaui_port_5:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ network.incoming.packets_cmaui_port_8_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_cmaui_port_6:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ network.outgoing.packets.rate_cmaui_port_8_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.usage_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.ephemeral.size_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_server_cmaui_test_nested4Level:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes.rate_server_cmaui_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_cmaui_port_6:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_cmaui_port_5:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_cmaui_port_6:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_cmaui_port_5:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.iops_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.iops_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.capacity_server_cmaui_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ scalable_server_cmaui_test_nested4Level:
+ type: tosca.capabilities.Scalable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_cmaui_port_8_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_cmaui_port_8_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes.rate_server_cmaui_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_cmaui_port_5:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.allocation_server_cmaui_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_cmaui_port_6:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests_server_cmaui_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes.rate_server_cmaui_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_cmaui_port_7_test_nested4Level:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests.rate_server_cmaui_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_cmaui_port_8_test_nested4Level:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ network.incoming.packets.rate_cmaui_port_5:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes.rate_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes.rate_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_cmaui_port_6:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_cmaui_port_7_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_cmaui_port_5:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_cmaui_port_6:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_cmaui_port_5:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_cmaui_port_8_test_nested4Level:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.latency_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.requests_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.capacity_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.usage_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.usage_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_cmaui_port_7_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.capacity_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests.rate_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_cmaui_port_8_test_nested4Level:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_cmaui_port_8_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.iops_server_cmaui_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_cmaui_port_7_test_nested4Level:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ endpoint_server_cmaui_test_nested4Level:
+ type: tosca.capabilities.Endpoint.Admin
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_cmaui_port_6:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu.delta_server_cmaui_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.resident_server_cmaui_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_cmaui_port_7_test_nested4Level:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ binding_server_cmaui:
+ type: tosca.capabilities.network.Bindable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests.rate_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_cmaui_port_7_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes_server_cmaui_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests_server_cmaui_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests_server_cmaui_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.latency_server_cmaui_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_cmaui_port_7_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_test_nested4Level:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ os_server_cmaui_test_nested4Level:
+ type: tosca.capabilities.OperatingSystem
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_cmaui_port_6:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.resident_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_cmaui_port_8_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.usage_server_cmaui_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_cmaui_port_5:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.latency_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_cmaui_port_6:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_cmaui_port_6:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_cmaui_port_5:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ vcpus_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes_server_cmaui_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_util_server_cmaui_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_cmaui_port_5:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.allocation_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests_server_cmaui:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_cmaui_port_7_test_nested4Level:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ endpoint_server_cmaui:
+ type: tosca.capabilities.Endpoint.Admin
+ occurrences:
+ - 1
+ - UNBOUNDED
+ org.openecomp.resource.vfc.nodes.heat.jsa:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ compute_jsa_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
\ No newline at end of file
--- /dev/null
+tosca_definitions_version: tosca_simple_yaml_1_0_0
+metadata:
+ template_name: Main
+imports:
+- openecomp_heat_index:
+ file: openecomp-heat/_index.yml
+- GlobalSubstitutionTypes:
+ file: GlobalSubstitutionTypesServiceTemplate.yaml
+topology_template:
+ inputs:
+ cif_internal_ip_0:
+ hidden: false
+ immutable: false
+ type: string
+ description: Internal IP of CIF01 instance
+ default: 192.168.210.1
+ vcscf_release:
+ hidden: false
+ immutable: false
+ type: string
+ description: IMS release
+ default: '17.0'
+ cif_name_1:
+ hidden: false
+ immutable: false
+ type: string
+ description: CIF02 instance name
+ cif_name_0:
+ hidden: false
+ immutable: false
+ type: string
+ description: CIF01 instance name
+ cif_internal_ip_1:
+ hidden: false
+ immutable: false
+ type: string
+ description: Internal IP of CIF02 instance
+ default: 192.168.210.2
+ tdcore_zone_0_count:
+ hidden: false
+ immutable: false
+ type: float
+ description: |
+ Number of TD Core VMs to be deployed zone 0. This parameter is used to scale the TD Core instances.
+ default: 4
+ constraints:
+ - in_range:
+ - 0
+ - 8
+ lbd_internal_dpdk_vip_0:
+ hidden: false
+ immutable: false
+ type: string
+ description: Internal DPDK CIP IP of LBD
+ default: 192.168.211.181
+ lbd_ims_core_v6_vip_0:
+ hidden: false
+ immutable: false
+ type: string
+ description: IMS CORE CIPA v6 IP of LBD
+ cscf_zone_1_count:
+ hidden: false
+ immutable: false
+ type: float
+ description: |
+ Number of CSCF to be deployed on zone 1. This parameter is used to scale the cscf instances.
+ default: 18
+ constraints:
+ - in_range:
+ - 0
+ - 120
+ oam_internal_vip_0:
+ hidden: false
+ immutable: false
+ type: string
+ description: Internal CIPA IP of OAM unit
+ default: 192.168.210.3
+ cscf_image_name:
+ hidden: false
+ immutable: false
+ type: string
+ description: CSCF server VM image name
+ default: IMS_17_0_OPENSTACK_CSCF_1701400.000
+ cif_internal_vip_0:
+ hidden: false
+ immutable: false
+ type: string
+ description: Internal CIPA IP of CIF
+ default: 192.168.210.150
+ cif_ims_core_v6_ip_0:
+ hidden: false
+ immutable: false
+ type: string
+ description: IMS CORE v6 IP of CIF01 instance
+ cif_ims_core_v6_ip_1:
+ hidden: false
+ immutable: false
+ type: string
+ description: IMS CORE v6 IP of CIF02 instance
+ oam_volume_id_1:
+ hidden: false
+ immutable: false
+ type: string
+ description: size of the cinder volume used for oam
+ oam_volume_size_0:
+ hidden: false
+ immutable: false
+ type: float
+ description: Size of Volume for oam VMs
+ default: 300
+ constraints:
+ - in_range:
+ - 1
+ - 300
+ oam_volume_id_0:
+ hidden: false
+ immutable: false
+ type: string
+ description: size of the cinder volume used for oam
+ vcscf_oam_netmask:
+ hidden: false
+ immutable: false
+ type: string
+ description: Netmask for OAM LAN
+ tdcore_zone_1_names:
+ hidden: false
+ immutable: false
+ type: list
+ description: List of instance names for TDCORE instances on zone 1
+ entry_schema:
+ type: string
+ cif_flavor_name:
+ hidden: false
+ immutable: false
+ type: string
+ description: CSCF CIF VM flavor
+ default: ND.c4r16d38
+ vcscf_dns_address:
+ hidden: false
+ immutable: false
+ type: string
+ description: DNS server IP
+ vcscf_internal_network_cidr:
+ hidden: false
+ immutable: false
+ type: string
+ description: CIDR for for Internal LAN
+ default: 192.168.210.0/24
+ cdi_ims_core_v6_ip_1:
+ hidden: false
+ immutable: false
+ type: string
+ description: IMS CORE LAN v6 IP of CDI02 instance
+ cdi_ims_core_v6_ip_0:
+ hidden: false
+ immutable: false
+ type: string
+ description: IMS CORE LAN v6 IP of CDI01 instance
+ cdi_flavor_name:
+ hidden: false
+ immutable: false
+ type: string
+ description: CDI VM flavor
+ default: ND.c4r8d38
+ vcscf_default_gateway:
+ hidden: false
+ immutable: false
+ type: string
+ description: Default gateway for OAM LAN
+ tdcore_zone_0_uuids:
+ hidden: false
+ immutable: false
+ type: list
+ description: List of UUIDs generated by cmrepo for TDCORE instances on zone 0
+ entry_schema:
+ type: string
+ oam_name_1:
+ hidden: false
+ immutable: false
+ type: string
+ description: OAM02 instance name
+ oam_name_0:
+ hidden: false
+ immutable: false
+ type: string
+ description: OAM01 instance name
+ oam_name_2:
+ hidden: false
+ immutable: false
+ type: string
+ description: OAM03 instance name
+ cscf_zone_1_uuids:
+ hidden: false
+ immutable: false
+ type: list
+ description: List of UUIDs generated by cmrepo for CSCF instances on zone 1
+ entry_schema:
+ type: string
+ vf_module_id:
+ hidden: false
+ immutable: false
+ type: string
+ description: Unique ID for this VF Module instance
+ oam_oam_ip_0:
+ hidden: false
+ immutable: false
+ type: string
+ description: OAM IP of OAM01 instance
+ cscf_internal_zone_1_ips:
+ hidden: false
+ immutable: false
+ type: list
+ description: List of Internal Lan IPs for CSCF instances on zone 1
+ default:
+ - 192.168.210.17
+ - 192.168.210.19
+ - 192.168.210.21
+ - 192.168.210.23
+ - 192.168.210.25
+ - 192.168.210.27
+ - 192.168.210.29
+ - 192.168.210.31
+ - 192.168.210.33
+ - 192.168.210.35
+ - 192.168.210.37
+ - 192.168.210.39
+ - 192.168.210.41
+ - 192.168.210.43
+ - 192.168.210.45
+ - 192.168.210.47
+ - 192.168.210.49
+ - 192.168.210.51
+ entry_schema:
+ type: string
+ cif_ims_li_v6_vip_0:
+ hidden: false
+ immutable: false
+ type: string
+ description: IMS LI CIPA v6 IP of CIF
+ oam_oam_ip_1:
+ hidden: false
+ immutable: false
+ type: string
+ description: OAM IP of OAM02 instance
+ oam_oam_ip_2:
+ hidden: false
+ immutable: false
+ type: string
+ description: OAM IP of OAM03 instance
+ vnf_name:
+ hidden: false
+ immutable: false
+ type: string
+ description: Unique name for this VF instance
+ lbd_flavor_name:
+ hidden: false
+ immutable: false
+ type: string
+ description: CSCF LBD VM flavor
+ default: ND.c4r16d38
+ cscf_zone_0_uuids:
+ hidden: false
+ immutable: false
+ type: list
+ description: List of UUIDs generated by cmrepo for CSCF instances on zone 0
+ entry_schema:
+ type: string
+ vf_module_name:
+ hidden: false
+ immutable: false
+ type: string
+ description: Unique name for this VF Module instance
+ cdi_internal_ip_0:
+ hidden: false
+ immutable: false
+ type: string
+ description: Internal IP of CDI01 instance
+ default: 192.168.210.139
+ cscf_zone_0_names:
+ hidden: false
+ immutable: false
+ type: list
+ description: List of instance names for CSCF instances on zone 0
+ entry_schema:
+ type: string
+ oam_oam_vip_0:
+ hidden: false
+ immutable: false
+ type: string
+ description: OAM CIPA IP of OAM unit
+ vcscf_swrepo_address:
+ hidden: false
+ immutable: false
+ type: string
+ description: SWRepo IP or FQDN
+ cdi_internal_ip_1:
+ hidden: false
+ immutable: false
+ type: string
+ description: Internal IP of CDI02 instance
+ default: 192.168.210.140
+ cdi_name_1:
+ hidden: false
+ immutable: false
+ type: string
+ description: CDI02 instance name
+ availability_zone_0:
+ hidden: false
+ immutable: false
+ type: string
+ description: Storage availability zone for volume of first vm
+ availability_zone_1:
+ hidden: false
+ immutable: false
+ type: string
+ description: Storage availability zone for volume of second vm
+ tdcore_image_name:
+ hidden: false
+ immutable: false
+ type: string
+ description: TDCORE VM image name
+ default: IMS_17_0_OPENSTACK_CSCF_1701400.000
+ tdcore_flavor_name:
+ hidden: false
+ immutable: false
+ type: string
+ description: TDCORE VM flavor
+ default: ND.c4r16d38
+ cscf_flavor_name:
+ hidden: false
+ immutable: false
+ type: string
+ description: CSCF server VM flavor
+ default: ND.c8r16d38
+ vcscf_cmrepo_address:
+ hidden: false
+ immutable: false
+ type: string
+ description: CMRepo IP or FQDN
+ cdi_name_0:
+ hidden: false
+ immutable: false
+ type: string
+ description: CDI01 instance name
+ lbd_ims_core_v6_ip_0:
+ hidden: false
+ immutable: false
+ type: string
+ description: IMS CORE v6 IP of LBD01 instance
+ lbd_ims_core_v6_ip_1:
+ hidden: false
+ immutable: false
+ type: string
+ description: IMS CORE v6 IP of LBD02 instance
+ tdcore_internal_zone_1_ips:
+ hidden: false
+ immutable: false
+ type: list
+ description: List of Internal Lan IPs for TDCORE instances on zone 1
+ default:
+ - 192.168.210.9
+ - 192.168.210.11
+ - 192.168.210.13
+ - 192.168.210.15
+ entry_schema:
+ type: string
+ oam_net_id:
+ hidden: false
+ immutable: false
+ type: string
+ description: Name/UUID of OAM network
+ cdi_internal_v6_vip_0:
+ hidden: false
+ immutable: false
+ type: string
+ description: Internal v6 CIPA IP of CDI
+ default: 2a00:9a00:a000:1190:0:1:1:2b8d
+ tdcore_dpdk_zone_1_ips:
+ hidden: false
+ immutable: false
+ type: list
+ description: List of DPDK Lan IPs for TDCORE instances on zone 1
+ default:
+ - 192.168.211.9
+ - 192.168.211.11
+ - 192.168.211.13
+ - 192.168.211.15
+ entry_schema:
+ type: string
+ oam_internal_ip_0:
+ hidden: false
+ immutable: false
+ type: string
+ description: Internal IP of OAM01 instance
+ default: 192.168.210.136
+ oam_internal_ip_1:
+ hidden: false
+ immutable: false
+ type: string
+ description: Internal IP of OAM01 instance
+ default: 192.168.210.137
+ cscf_zone_0_count:
+ hidden: false
+ immutable: false
+ type: float
+ description: |
+ Number of CSCF to be deployed on zone 0. This parameter is used to scale the cscf instances.
+ default: 19
+ constraints:
+ - in_range:
+ - 0
+ - 120
+ oam_internal_ip_2:
+ hidden: false
+ immutable: false
+ type: string
+ description: Internal IP of OAM01 instance
+ default: 192.168.210.138
+ cscf_zone_1_names:
+ hidden: false
+ immutable: false
+ type: list
+ description: List of instance names for CSCF instances on zone 1
+ entry_schema:
+ type: string
+ tdcore_zone_0_names:
+ hidden: false
+ immutable: false
+ type: list
+ description: List of instance names for TDCORE instances on zone 0
+ entry_schema:
+ type: string
+ lbd_uuid_0:
+ hidden: false
+ immutable: false
+ type: string
+ description: UUID generated by cmrepo for LBD01
+ lbd_uuid_1:
+ hidden: false
+ immutable: false
+ type: string
+ description: UUID generated by cmrepo for LBD02
+ cdi_internal_v6_ip_1:
+ hidden: false
+ immutable: false
+ type: string
+ description: Internal v6 IP of CDI02 instance
+ default: 2a00:9a00:a000:1190:0:1:1:2b8c
+ cdi_internal_v6_ip_0:
+ hidden: false
+ immutable: false
+ type: string
+ description: Internal v6 IP of CDI01 instance
+ default: 2a00:9a00:a000:1190:0:1:1:2b8b
+ cdi_uuid_1:
+ hidden: false
+ immutable: false
+ type: string
+ description: UUID generated by cmrepo for CDI02
+ ims_core_net_id:
+ hidden: false
+ immutable: false
+ type: string
+ description: Name/UUID of Core network
+ cdi_uuid_0:
+ hidden: false
+ immutable: false
+ type: string
+ description: UUID generated by cmrepo for CDI01
+ vcscf_internal_network_v6_cidr:
+ hidden: false
+ immutable: false
+ type: string
+ description: CIDR for for Internal LAN v6
+ default: 2a00:9a00:a000:1190:0:1:1:2b00/120
+ oam_image_name:
+ hidden: false
+ immutable: false
+ type: string
+ description: OAM VM image name
+ default: IMS_17_0_OPENSTACK_OAM_1701400.000
+ tdcore_zone_1_uuids:
+ hidden: false
+ immutable: false
+ type: list
+ description: List of UUIDs generated by cmrepo for TDCORE instances on zone 1
+ entry_schema:
+ type: string
+ vcscf_internal_network_mtu:
+ hidden: false
+ immutable: false
+ type: float
+ description: MTU for internal network interface (eth0)
+ default: 1500
+ constraints:
+ - in_range:
+ - 1000
+ - 9100
+ vcscf_internal_dpdk_network_cidr:
+ hidden: false
+ immutable: false
+ type: string
+ description: CIDR for for Internal LAN DPDK
+ default: 192.168.211.0/24
+ tdcore_zone_1_count:
+ hidden: false
+ immutable: false
+ type: float
+ description: |
+ Number of TD Core VMs to be deployed zone 1. This parameter is used to scale the TD Core instances.
+ default: 4
+ constraints:
+ - in_range:
+ - 0
+ - 8
+ cif_volume_size_0:
+ hidden: false
+ immutable: false
+ type: float
+ description: Size of Volume for cif VMs
+ default: 300
+ constraints:
+ - in_range:
+ - 1
+ - 300
+ oam_flavor_name:
+ hidden: false
+ immutable: false
+ type: string
+ description: OAM VM flavor
+ default: ND.c4r32d30
+ ims_li_v6_net_id:
+ hidden: false
+ immutable: false
+ type: string
+ description: Name/UUID of V6 LI network
+ lbd_internal_dpdk_ip_1:
+ hidden: false
+ immutable: false
+ type: string
+ description: Internal DPDK IP of LBD02 instance
+ default: 192.168.211.2
+ cif_ims_core_v6_vip_0:
+ hidden: false
+ immutable: false
+ type: string
+ description: IMS CORE v6 CIPA IP of CIF
+ lbd_internal_dpdk_ip_0:
+ hidden: false
+ immutable: false
+ type: string
+ description: Internal DPDK IP of LBD01 instance
+ default: 192.168.211.1
+ cdi_image_name:
+ hidden: false
+ immutable: false
+ type: string
+ description: CDI VM image name
+ default: IMS_17_0_OPENSTACK_CSCF_1701400.000
+ oam_uuid_2:
+ hidden: false
+ immutable: false
+ type: string
+ description: UUID generated by cmrepo for OAM03
+ oam_uuid_1:
+ hidden: false
+ immutable: false
+ type: string
+ description: UUID generated by cmrepo for OAM02
+ oam_uuid_0:
+ hidden: false
+ immutable: false
+ type: string
+ description: UUID generated by cmrepo for OAM01
+ cif_oam_vip_0:
+ hidden: false
+ immutable: false
+ type: string
+ description: OAM CIPA IP of CIF
+ cif_internal_v6_ip_1:
+ hidden: false
+ immutable: false
+ type: string
+ description: Internal IP v6 of CIF02 instance
+ default: 2a00:9a00:a000:1190:0:1:1:2b05
+ vnf_id:
+ hidden: false
+ immutable: false
+ type: string
+ description: Unique ID for this VF instance
+ cscf_internal_zone_0_v6_ips:
+ hidden: false
+ immutable: false
+ type: list
+ description: List of Internal Lan v6 IPs for CSCF instances on zone 0
+ default:
+ - 2a00:9a00:a000:1190:0:1:1:2b10
+ - 2a00:9a00:a000:1190:0:1:1:2b12
+ - 2a00:9a00:a000:1190:0:1:1:2b14
+ - 2a00:9a00:a000:1190:0:1:1:2b16
+ - 2a00:9a00:a000:1190:0:1:1:2b18
+ - 2a00:9a00:a000:1190:0:1:1:2b1a
+ - 2a00:9a00:a000:1190:0:1:1:2b1c
+ - 2a00:9a00:a000:1190:0:1:1:2b1e
+ - 2a00:9a00:a000:1190:0:1:1:2b20
+ - 2a00:9a00:a000:1190:0:1:1:2b22
+ - 2a00:9a00:a000:1190:0:1:1:2b24
+ - 2a00:9a00:a000:1190:0:1:1:2b26
+ - 2a00:9a00:a000:1190:0:1:1:2b28
+ - 2a00:9a00:a000:1190:0:1:1:2b2a
+ - 2a00:9a00:a000:1190:0:1:1:2b2c
+ - 2a00:9a00:a000:1190:0:1:1:2b2e
+ - 2a00:9a00:a000:1190:0:1:1:2b30
+ - 2a00:9a00:a000:1190:0:1:1:2b32
+ - 2a00:9a00:a000:1190:0:1:1:2b34
+ entry_schema:
+ type: string
+ cscf_internal_zone_1_v6_ips:
+ hidden: false
+ immutable: false
+ type: list
+ description: List of Internal Lan v6 IPs for CSCF instances on zone 1
+ default:
+ - 2a00:9a00:a000:1190:0:1:1:2b11
+ - 2a00:9a00:a000:1190:0:1:1:2b13
+ - 2a00:9a00:a000:1190:0:1:1:2b15
+ - 2a00:9a00:a000:1190:0:1:1:2b17
+ - 2a00:9a00:a000:1190:0:1:1:2b19
+ - 2a00:9a00:a000:1190:0:1:1:2b1b
+ - 2a00:9a00:a000:1190:0:1:1:2b1d
+ - 2a00:9a00:a000:1190:0:1:1:2b1f
+ - 2a00:9a00:a000:1190:0:1:1:2b21
+ - 2a00:9a00:a000:1190:0:1:1:2b23
+ - 2a00:9a00:a000:1190:0:1:1:2b25
+ - 2a00:9a00:a000:1190:0:1:1:2b27
+ - 2a00:9a00:a000:1190:0:1:1:2b29
+ - 2a00:9a00:a000:1190:0:1:1:2b2b
+ - 2a00:9a00:a000:1190:0:1:1:2b2d
+ - 2a00:9a00:a000:1190:0:1:1:2b2f
+ - 2a00:9a00:a000:1190:0:1:1:2b31
+ - 2a00:9a00:a000:1190:0:1:1:2b33
+ entry_schema:
+ type: string
+ cif_internal_v6_ip_0:
+ hidden: false
+ immutable: false
+ type: string
+ description: Internal IP v6 of CIF01 instance
+ default: 2a00:9a00:a000:1190:0:1:1:2b04
+ lbd_internal_ip_1:
+ hidden: false
+ immutable: false
+ type: string
+ description: Internal IP of LBD02 instance
+ default: 192.168.210.5
+ cif_oam_vip_1:
+ hidden: false
+ immutable: false
+ type: string
+ description: OAM (LI-X1) v4 CIPA of CIF
+ lbd_internal_ip_0:
+ hidden: false
+ immutable: false
+ type: string
+ description: Internal IP of LBD01 instance
+ default: 192.168.210.4
+ cif_volume_id_0:
+ hidden: false
+ immutable: false
+ type: string
+ description: size of the cinder volume used for cif
+ cif_ims_li_v6_ip_0:
+ hidden: false
+ immutable: false
+ type: string
+ description: IMS LI v6 IP of CIF01 instance
+ cif_volume_id_1:
+ hidden: false
+ immutable: false
+ type: string
+ description: size of the cinder volume used for cif
+ cif_ims_li_v6_ip_1:
+ hidden: false
+ immutable: false
+ type: string
+ description: IMS LI v6 IP of CIF02 instance
+ lbd_image_name:
+ hidden: false
+ immutable: false
+ type: string
+ description: CSCF LBD VM image name
+ default: IMS_17_0_OPENSTACK_CSCF_1701400.000
+ tdcore_dpdk_zone_0_ips:
+ hidden: false
+ immutable: false
+ type: list
+ description: List of DPDK Lan IPs for TDCORE instances on zone 0
+ default:
+ - 192.168.211.8
+ - 192.168.211.10
+ - 192.168.211.12
+ - 192.168.211.14
+ entry_schema:
+ type: string
+ cif_uuid_0:
+ hidden: false
+ immutable: false
+ type: string
+ description: UUID generated by cmrepo for CIF01
+ cif_uuid_1:
+ hidden: false
+ immutable: false
+ type: string
+ description: UUID generated by cmrepo for CIF02
+ cif_oam_ip_0:
+ hidden: false
+ immutable: false
+ type: string
+ description: OAM IP of CIF01 instance
+ cif_image_name:
+ hidden: false
+ immutable: false
+ type: string
+ description: CSCF CIF VM image name
+ default: IMS_17_0_OPENSTACK_CSCF_1701400.000
+ vcscf_internal_netmask:
+ hidden: false
+ immutable: false
+ type: string
+ description: Netmask for Internal LAN
+ default: 255.255.255.0
+ vcscf_name_delimeter:
+ hidden: false
+ immutable: false
+ type: string
+ description: 'delimeter used in concatenating different words while naming (ex:
+ "-","_",".",...)'
+ default: _
+ constraints:
+ - valid_values:
+ - '-'
+ - ''
+ - _
+ - .
+ cif_oam_ip_3:
+ hidden: false
+ immutable: false
+ type: string
+ description: OAM (LI-X1) v4 IP of CIF02 instance
+ cif_oam_ip_2:
+ hidden: false
+ immutable: false
+ type: string
+ description: OAM (LI-X1) v4 IP of CIF01 instance
+ cif_oam_ip_1:
+ hidden: false
+ immutable: false
+ type: string
+ description: OAM IP of CIF02 instance
+ cdi_ims_core_v6_vip_0:
+ hidden: false
+ immutable: false
+ type: string
+ description: IMS CORE LAN CIPA v6 IP of CDI
+ vcscf_dn:
+ hidden: false
+ immutable: false
+ type: string
+ description: DN name
+ vcscf_du:
+ hidden: false
+ immutable: false
+ type: string
+ description: DU name
+ cscf_internal_zone_0_ips:
+ hidden: false
+ immutable: false
+ type: list
+ description: List of Internal Lan IPs for CSCF instances on zone 0
+ default:
+ - 192.168.210.16
+ - 192.168.210.18
+ - 192.168.210.20
+ - 192.168.210.22
+ - 192.168.210.24
+ - 192.168.210.26
+ - 192.168.210.28
+ - 192.168.210.30
+ - 192.168.210.32
+ - 192.168.210.34
+ - 192.168.210.36
+ - 192.168.210.38
+ - 192.168.210.40
+ - 192.168.210.42
+ - 192.168.210.44
+ - 192.168.210.46
+ - 192.168.210.48
+ - 192.168.210.50
+ - 192.168.210.52
+ entry_schema:
+ type: string
+ tdcore_internal_zone_0_ips:
+ hidden: false
+ immutable: false
+ type: list
+ description: List of Internal Lan IPs for TDCORE instances on zone 0
+ default:
+ - 192.168.210.8
+ - 192.168.210.10
+ - 192.168.210.12
+ - 192.168.210.14
+ entry_schema:
+ type: string
+ lbd_name_1:
+ hidden: false
+ immutable: false
+ type: string
+ description: LBD02 instance name
+ lbd_name_0:
+ hidden: false
+ immutable: false
+ type: string
+ description: LBD01 instance name
+ node_templates:
+ cscf_RSG:
+ type: org.openecomp.resource.vfc.rules.nodes.heat.network.neutron.SecurityRules
+ properties:
+ name:
+ str_replace:
+ template: $VNF$DELsecurity$DELgroup
+ params:
+ $DEL:
+ get_input: vcscf_name_delimeter
+ $VNF:
+ get_input: vnf_name
+ description: Allow all
+ rules:
+ - ethertype: IPv4
+ direction: ingress
+ - ethertype: IPv4
+ direction: egress
+ - ethertype: IPv6
+ direction: ingress
+ - ethertype: IPv6
+ direction: egress
+ requirements:
+ - port:
+ capability: tosca.capabilities.Attachment
+ node: cif_internal_vip_0_port
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: tosca.capabilities.Attachment
+ node: cif_oam_vip_1_port
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: tosca.capabilities.Attachment
+ node: cif_ims_core_v6_vip_2_port
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: tosca.capabilities.Attachment
+ node: cif_oam_vip_3_port
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: tosca.capabilities.Attachment
+ node: cif_ims_li_v6_vip_4_port
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: tosca.capabilities.Attachment
+ node: lbd_internal_dpdk_vip_1_port
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: tosca.capabilities.Attachment
+ node: lbd_ims_core_v6_vip_2_port
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: tosca.capabilities.Attachment
+ node: cdi_internal_v6_vip_0_port
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: tosca.capabilities.Attachment
+ node: cdi_ims_core_v6_vip_1_port
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: tosca.capabilities.Attachment
+ node: oam_internal_vip_0_port
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: tosca.capabilities.Attachment
+ node: oam_oam_vip_1_port
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: attachment_oam_oam_internal_0_port
+ node: abstract_oam
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: attachment_oam_oam_oam_0_port
+ node: abstract_oam
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: attachment_oam_oam_internal_1_port
+ node: abstract_oam_1
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: attachment_oam_oam_oam_1_port
+ node: abstract_oam_1
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: attachment_oam_oam_internal_2_port
+ node: abstract_oam_2
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: attachment_oam_oam_oam_2_port
+ node: abstract_oam_2
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: attachment_cif_cif_internal_0_port
+ node: abstract_cif
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: attachment_cif_cif_oam_0_port_1
+ node: abstract_cif
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: attachment_cif_cif_ims_core_0_port
+ node: abstract_cif
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: attachment_cif_cif_oam_0_port_3
+ node: abstract_cif
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: attachment_cif_cif_ims_li_0_port
+ node: abstract_cif
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: attachment_cif_cif_internal_1_port
+ node: abstract_cif_1
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: attachment_cif_cif_oam_1_port_1
+ node: abstract_cif_1
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: attachment_cif_cif_ims_core_1_port
+ node: abstract_cif_1
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: attachment_cif_cif_oam_1_port_3
+ node: abstract_cif_1
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: attachment_cif_cif_ims_li_1_port
+ node: abstract_cif_1
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: attachment_lbd_lbd_internal_0_port
+ node: abstract_lbd_1
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: attachment_lbd_lbd_dpdk_0_port
+ node: abstract_lbd_1
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: attachment_lbd_lbd_ims_core_0_port
+ node: abstract_lbd_1
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: attachment_lbd_lbd_internal_1_port
+ node: abstract_lbd
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: attachment_lbd_lbd_dpdk_1_port
+ node: abstract_lbd
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: attachment_lbd_lbd_ims_core_1_port
+ node: abstract_lbd
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: attachment_cdi_cdi_internal_0_port
+ node: abstract_cdi
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: attachment_cdi_cdi_ims_core_0_port
+ node: abstract_cdi
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: attachment_cdi_cdi_internal_1_port
+ node: abstract_cdi_1
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: attachment_cdi_cdi_ims_core_1_port
+ node: abstract_cdi_1
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: attachment_tdcore_internal_0_port_0
+ node: tdcore_zone_0_RRG
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: attachment_tdcore_dpdk_0_port_1
+ node: tdcore_zone_0_RRG
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: attachment_tdcore_internal_0_port_0
+ node: tdcore_zone_1_RRG
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: attachment_tdcore_dpdk_0_port_1
+ node: tdcore_zone_1_RRG
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: attachment_cscf_internal_0_port_0
+ node: cscf_zone_0_RRG
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: attachment_cscf_internal_0_port_0
+ node: cscf_zone_1_RRG
+ relationship: org.openecomp.relationships.AttachesTo
+ cdi_internal_v6_vip_0_port:
+ type: org.openecomp.resource.cp.nodes.heat.network.neutron.Port
+ properties:
+ ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: false
+ security_groups:
+ - cscf_RSG
+ fixed_ips:
+ - ip_address:
+ get_input: cdi_internal_v6_vip_0
+ mac_requirements:
+ mac_count_required:
+ is_required: false
+ name:
+ str_replace:
+ template: $NAME$DELcdi$DELinternal$DELvip$DELv6
+ params:
+ $NAME:
+ get_input: vnf_name
+ $DEL:
+ get_input: vcscf_name_delimeter
+ network: cscf_internal_network_0
+ requirements:
+ - link:
+ capability: tosca.capabilities.network.Linkable
+ node: cscf_internal_network_0
+ relationship: tosca.relationships.network.LinksTo
+ - dependency:
+ capability: tosca.capabilities.Node
+ node: cscf_internal_network_0
+ relationship: tosca.relationships.DependsOn
+ cscf_internal_dpdk_network_0:
+ type: org.openecomp.resource.vl.nodes.heat.network.neutron.Net
+ properties:
+ dhcp_enabled: false
+ shared: false
+ admin_state_up: true
+ network_name:
+ str_replace:
+ template: $PREFIX$DELinternal$DELdpdk$DELnetwork
+ params:
+ $PREFIX:
+ get_input: vnf_name
+ $DEL:
+ get_input: vcscf_name_delimeter
+ subnets:
+ cscf_internal_dpdk_subnet_0:
+ enable_dhcp: false
+ name:
+ str_replace:
+ template: $PREFIX$DELinternal$DELdpdk$DELsubnet
+ params:
+ $PREFIX:
+ get_input: vnf_name
+ $DEL:
+ get_input: vcscf_name_delimeter
+ cidr:
+ get_input: vcscf_internal_dpdk_network_cidr
+ cif_ims_core_v6_vip_2_port:
+ type: org.openecomp.resource.cp.nodes.heat.network.neutron.Port
+ properties:
+ ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: false
+ security_groups:
+ - cscf_RSG
+ fixed_ips:
+ - ip_address:
+ get_input: cif_ims_core_v6_vip_0
+ mac_requirements:
+ mac_count_required:
+ is_required: false
+ name:
+ str_replace:
+ template: $NAME$DELcif$DELims$DELcore$DELvip$DELv6
+ params:
+ $NAME:
+ get_input: vnf_name
+ $DEL:
+ get_input: vcscf_name_delimeter
+ network_role_tag: ims_core
+ network:
+ get_input: ims_core_net_id
+ abstract_cdi_1:
+ type: org.openecomp.resource.abstract.nodes.cdi_1
+ directives:
+ - substitutable
+ properties:
+ port_cdi_ims_core_1_port_security_groups:
+ - - cscf_RSG
+ vm_flavor_name:
+ get_input: cdi_flavor_name
+ port_cdi_internal_1_port_security_groups:
+ - - cscf_RSG
+ port_cdi_ims_core_1_port_mac_requirements:
+ mac_count_required:
+ is_required: false
+ vm_image_name:
+ get_input: cdi_image_name
+ compute_cdi_scheduler_hints:
+ - group: cdi_server_group_group
+ port_cdi_ims_core_1_port_fixed_ips:
+ - ip_address:
+ get_input: cdi_ims_core_v6_ip_1
+ compute_cdi_name:
+ - get_input: cdi_name_1
+ port_cdi_ims_core_1_port_network_role_tag: ims_core
+ port_cdi_ims_core_1_port_name:
+ - str_replace:
+ template: $PREFIX$DELeth1
+ params:
+ $PREFIX:
+ get_input: cdi_name_1
+ $DEL:
+ get_input: vcscf_name_delimeter
+ compute_cdi_user_data_format:
+ - RAW
+ port_cdi_ims_core_1_port_network:
+ - get_input: ims_core_net_id
+ compute_cdi_availability_zone:
+ - get_input: availability_zone_1
+ port_cdi_internal_1_port_network:
+ - cscf_internal_network_0
+ port_cdi_ims_core_1_port_ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: true
+ port_cdi_internal_1_port_allowed_address_pairs:
+ - ip_address: 0.0.0.0/1
+ - ip_address: 128.0.0.0/1
+ - ip_address: ::/1
+ - ip_address: 8000::/1
+ compute_cdi_config_drive:
+ - true
+ port_cdi_internal_1_port_mac_requirements:
+ mac_count_required:
+ is_required: false
+ port_cdi_ims_core_1_port_allowed_address_pairs:
+ - ip_address:
+ get_input: cdi_ims_core_v6_vip_0
+ port_cdi_internal_1_port_fixed_ips:
+ - ip_address:
+ get_input: cdi_internal_ip_1
+ - ip_address:
+ get_input: cdi_internal_v6_ip_1
+ port_cdi_internal_1_port_name:
+ - str_replace:
+ template: $PREFIX$DELeth0
+ params:
+ $PREFIX:
+ get_input: cdi_name_1
+ $DEL:
+ get_input: vcscf_name_delimeter
+ port_cdi_internal_1_port_ip_requirements:
+ - ip_version: 6
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: false
+ compute_cdi_metadata:
+ - vf_module_id:
+ get_input: vf_module_id
+ vm_role: cdi
+ vnf_id:
+ get_input: vnf_id
+ vnf_name:
+ get_input: vnf_name
+ vf_module_name:
+ get_input: vf_module_name
+ service_template_filter:
+ substitute_service_template: Nested_cdi_1ServiceTemplate.yaml
+ count: 1
+ index_value:
+ get_property:
+ - SELF
+ - service_template_filter
+ - index_value
+ vm_type_tag: cdi
+ nfc_naming_code: cdi
+ requirements:
+ - link_cdi_cdi_internal_1_port:
+ capability: tosca.capabilities.network.Linkable
+ node: cscf_internal_network_0
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_cdi_cdi_internal_1_port:
+ capability: tosca.capabilities.Node
+ node: cscf_internal_network_0
+ relationship: tosca.relationships.DependsOn
+ cif_internal_vip_0_port:
+ type: org.openecomp.resource.cp.nodes.heat.network.neutron.Port
+ properties:
+ ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: false
+ security_groups:
+ - cscf_RSG
+ fixed_ips:
+ - ip_address:
+ get_input: cif_internal_vip_0
+ mac_requirements:
+ mac_count_required:
+ is_required: false
+ name:
+ str_replace:
+ template: $NAME$DELcif$DELinternal$DELvip
+ params:
+ $NAME:
+ get_input: vnf_name
+ $DEL:
+ get_input: vcscf_name_delimeter
+ network: cscf_internal_network_0
+ requirements:
+ - link:
+ capability: tosca.capabilities.network.Linkable
+ node: cscf_internal_network_0
+ relationship: tosca.relationships.network.LinksTo
+ - dependency:
+ capability: tosca.capabilities.Node
+ node: cscf_internal_network_0
+ relationship: tosca.relationships.DependsOn
+ cscf_zone_1_RRG:
+ type: org.openecomp.resource.abstract.nodes.heat.cscf
+ directives:
+ - substitutable
+ properties:
+ vf_module_id:
+ get_input: vf_module_id
+ internal_net_id: cscf_internal_network_0
+ vcscf_release:
+ get_input: vcscf_release
+ cscf_internal_ips:
+ get_input: cscf_internal_zone_1_ips
+ vcscf_gateway:
+ get_input: oam_internal_vip_0
+ vnf_name:
+ get_input: vnf_name
+ vf_module_name:
+ get_input: vf_module_name
+ cscf_image_name:
+ get_input: cscf_image_name
+ cscf_names:
+ get_input: cscf_zone_1_names
+ service_template_filter:
+ substitute_service_template: nested_cscfServiceTemplate.yaml
+ count:
+ get_input: cscf_zone_1_count
+ mandatory: false
+ vcscf_swrepo_address:
+ get_input: vcscf_swrepo_address
+ cscf_uuids:
+ get_input: cscf_zone_1_uuids
+ vnf_id:
+ get_input: vnf_id
+ availability_zone_0:
+ get_input: availability_zone_1
+ cscf_internal_v6_ips:
+ get_input: cscf_internal_zone_1_v6_ips
+ cscf_flavor_name:
+ get_input: cscf_flavor_name
+ vcscf_cmrepo_address:
+ get_input: vcscf_cmrepo_address
+ vcscf_dns_address:
+ get_input: vcscf_dns_address
+ vcscf_internal_network_mtu:
+ get_input: vcscf_internal_network_mtu
+ port_cscf_internal_0_port_0_ip_requirements:
+ - ip_version: 6
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: false
+ index:
+ get_property:
+ - SELF
+ - service_template_filter
+ - index_value
+ vcscf_internal_netmask:
+ get_input: vcscf_internal_netmask
+ vcscf_name_delimeter:
+ get_input: vcscf_name_delimeter
+ port_cscf_internal_0_port_0_network_role_tag: internal
+ vcscf_dn:
+ get_input: vcscf_dn
+ vcscf_du:
+ get_input: vcscf_du
+ port_cscf_internal_0_port_0_mac_requirements:
+ mac_count_required:
+ is_required: false
+ cscf_security_group: cscf_RSG
+ requirements:
+ - link_cscf_internal_0_port_0:
+ capability: tosca.capabilities.network.Linkable
+ node: cscf_internal_network_0
+ relationship: tosca.relationships.network.LinksTo
+ - dependency:
+ capability: tosca.capabilities.Node
+ node: cscf_internal_network_0
+ relationship: tosca.relationships.DependsOn
+ - dependency:
+ capability: tosca.capabilities.Node
+ node: cscf_internal_network_0
+ relationship: tosca.relationships.DependsOn
+ oam_oam_vip_1_port:
+ type: org.openecomp.resource.cp.nodes.heat.network.neutron.Port
+ properties:
+ ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: false
+ security_groups:
+ - cscf_RSG
+ fixed_ips:
+ - ip_address:
+ get_input: oam_oam_vip_0
+ mac_requirements:
+ mac_count_required:
+ is_required: false
+ name:
+ str_replace:
+ template: $NAME$DELoam$DELoam$DELvip
+ params:
+ $NAME:
+ get_input: vnf_name
+ $DEL:
+ get_input: vcscf_name_delimeter
+ network_role_tag: oam
+ network:
+ get_input: oam_net_id
+ tdcore_zone_0_RRG:
+ type: org.openecomp.resource.abstract.nodes.heat.tdcore
+ directives:
+ - substitutable
+ properties:
+ vf_module_id:
+ get_input: vf_module_id
+ internal_net_id: cscf_internal_network_0
+ vcscf_release:
+ get_input: vcscf_release
+ tdcore_security_group: cscf_RSG
+ tdcore_names:
+ get_input: tdcore_zone_0_names
+ port_tdcore_dpdk_0_port_1_network_role_tag: internal_dpdk
+ port_tdcore_dpdk_0_port_1_ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: false
+ vcscf_gateway:
+ get_input: oam_internal_vip_0
+ vnf_name:
+ get_input: vnf_name
+ internal_dpdk_net_id: cscf_internal_dpdk_network_0
+ vf_module_name:
+ get_input: vf_module_name
+ service_template_filter:
+ substitute_service_template: nested_tdcoreServiceTemplate.yaml
+ count:
+ get_input: tdcore_zone_0_count
+ mandatory: false
+ vcscf_swrepo_address:
+ get_input: vcscf_swrepo_address
+ vnf_id:
+ get_input: vnf_id
+ availability_zone_0:
+ get_input: availability_zone_0
+ port_tdcore_dpdk_0_port_1_mac_requirements:
+ mac_count_required:
+ is_required: false
+ tdcore_flavor_name:
+ get_input: tdcore_flavor_name
+ tdcore_image_name:
+ get_input: tdcore_image_name
+ vcscf_cmrepo_address:
+ get_input: vcscf_cmrepo_address
+ vcscf_dns_address:
+ get_input: vcscf_dns_address
+ vcscf_internal_network_mtu:
+ get_input: vcscf_internal_network_mtu
+ tdcore_server_group: tdcore_zone_0_server_group_group
+ index:
+ get_property:
+ - SELF
+ - service_template_filter
+ - index_value
+ vcscf_internal_netmask:
+ get_input: vcscf_internal_netmask
+ port_tdcore_internal_0_port_0_ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: false
+ vcscf_name_delimeter:
+ get_input: vcscf_name_delimeter
+ tdcore_internal_ips:
+ get_input: tdcore_internal_zone_0_ips
+ tdcore_dpdk_ips:
+ get_input: tdcore_dpdk_zone_0_ips
+ tdcore_uuids:
+ get_input: tdcore_zone_0_uuids
+ vcscf_dn:
+ get_input: vcscf_dn
+ port_tdcore_internal_0_port_0_network_role_tag: internal
+ port_tdcore_internal_0_port_0_mac_requirements:
+ mac_count_required:
+ is_required: false
+ vcscf_du:
+ get_input: vcscf_du
+ requirements:
+ - link_tdcore_internal_0_port_0:
+ capability: tosca.capabilities.network.Linkable
+ node: cscf_internal_network_0
+ relationship: tosca.relationships.network.LinksTo
+ - link_tdcore_dpdk_0_port_1:
+ capability: tosca.capabilities.network.Linkable
+ node: cscf_internal_dpdk_network_0
+ relationship: tosca.relationships.network.LinksTo
+ - dependency:
+ capability: tosca.capabilities.Node
+ node: cscf_internal_network_0
+ relationship: tosca.relationships.DependsOn
+ - dependency:
+ capability: tosca.capabilities.Node
+ node: cscf_internal_dpdk_network_0
+ relationship: tosca.relationships.DependsOn
+ lbd_ims_core_v6_vip_2_port:
+ type: org.openecomp.resource.cp.nodes.heat.network.neutron.Port
+ properties:
+ ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: false
+ security_groups:
+ - cscf_RSG
+ fixed_ips:
+ - ip_address:
+ get_input: lbd_ims_core_v6_vip_0
+ mac_requirements:
+ mac_count_required:
+ is_required: false
+ name:
+ str_replace:
+ template: $NAME$DELlbd$DELims$DELcore$DELvip$DELv6
+ params:
+ $NAME:
+ get_input: vnf_name
+ $DEL:
+ get_input: vcscf_name_delimeter
+ network_role_tag: ims_core
+ network:
+ get_input: ims_core_net_id
+ cif_oam_vip_1_port:
+ type: org.openecomp.resource.cp.nodes.heat.network.neutron.Port
+ properties:
+ ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: false
+ security_groups:
+ - cscf_RSG
+ fixed_ips:
+ - ip_address:
+ get_input: cif_oam_vip_0
+ mac_requirements:
+ mac_count_required:
+ is_required: false
+ name:
+ str_replace:
+ template: $NAME$DELcif$DELoam$DELvip0
+ params:
+ $NAME:
+ get_input: vnf_name
+ $DEL:
+ get_input: vcscf_name_delimeter
+ network_role_tag: oam
+ network:
+ get_input: oam_net_id
+ oam_volume_0:
+ type: org.openecomp.resource.vfc.nodes.heat.cinder.Volume
+ properties:
+ availability_zone:
+ get_input: availability_zone_0
+ size: '(get_input : oam_volume_size_0) * 1024'
+ name:
+ str_replace:
+ template: $VNF$DELoam$DELvolume$DEL0
+ params:
+ $DEL:
+ get_input: vcscf_name_delimeter
+ $VNF:
+ get_input: vnf_name
+ abstract_lbd:
+ type: org.openecomp.resource.abstract.nodes.lbd
+ directives:
+ - substitutable
+ properties:
+ port_lbd_ims_core_1_port_allowed_address_pairs:
+ - ip_address:
+ get_input: lbd_ims_core_v6_vip_0
+ compute_lbd_user_data_format:
+ - RAW
+ compute_lbd_config_drive:
+ - true
+ port_lbd_internal_1_port_name:
+ - str_replace:
+ template: $PREFIX$DELeth0
+ params:
+ $PREFIX:
+ get_input: lbd_name_1
+ $DEL:
+ get_input: vcscf_name_delimeter
+ port_lbd_dpdk_1_port_allowed_address_pairs:
+ - ip_address: 0.0.0.0/1
+ - ip_address: 128.0.0.0/1
+ - ip_address: ::/1
+ - ip_address: 8000::/1
+ port_lbd_ims_core_1_port_ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: true
+ port_lbd_dpdk_1_port_mac_requirements:
+ mac_count_required:
+ is_required: false
+ vm_flavor_name:
+ get_input: lbd_flavor_name
+ port_lbd_ims_core_1_port_mac_requirements:
+ mac_count_required:
+ is_required: false
+ compute_lbd_availability_zone:
+ - get_input: availability_zone_1
+ port_lbd_internal_1_port_ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: false
+ port_lbd_internal_1_port_security_groups:
+ - - cscf_RSG
+ vm_image_name:
+ get_input: lbd_image_name
+ port_lbd_dpdk_1_port_network:
+ - cscf_internal_dpdk_network_0
+ port_lbd_ims_core_1_port_name:
+ - str_replace:
+ template: $PREFIX$DELeth2
+ params:
+ $PREFIX:
+ get_input: lbd_name_1
+ $DEL:
+ get_input: vcscf_name_delimeter
+ port_lbd_ims_core_1_port_security_groups:
+ - - cscf_RSG
+ port_lbd_ims_core_1_port_fixed_ips:
+ - ip_address:
+ get_input: lbd_ims_core_v6_ip_1
+ port_lbd_internal_1_port_fixed_ips:
+ - ip_address:
+ get_input: lbd_internal_ip_1
+ port_lbd_ims_core_1_port_network:
+ - get_input: ims_core_net_id
+ compute_lbd_scheduler_hints:
+ - group: lbd_server_group_group
+ port_lbd_dpdk_1_port_name:
+ - str_replace:
+ template: $PREFIX$DELeth1
+ params:
+ $PREFIX:
+ get_input: lbd_name_1
+ $DEL:
+ get_input: vcscf_name_delimeter
+ port_lbd_dpdk_1_port_security_groups:
+ - - cscf_RSG
+ port_lbd_dpdk_1_port_fixed_ips:
+ - ip_address:
+ get_input: lbd_internal_dpdk_ip_1
+ port_lbd_internal_1_port_network:
+ - cscf_internal_network_0
+ port_lbd_dpdk_1_port_ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: false
+ compute_lbd_metadata:
+ - vf_module_id:
+ get_input: vf_module_id
+ vm_role: lbd
+ vnf_id:
+ get_input: vnf_id
+ vnf_name:
+ get_input: vnf_name
+ vf_module_name:
+ get_input: vf_module_name
+ port_lbd_internal_1_port_mac_requirements:
+ mac_count_required:
+ is_required: false
+ compute_lbd_name:
+ - get_input: lbd_name_1
+ port_lbd_ims_core_1_port_network_role_tag: ims_core
+ service_template_filter:
+ substitute_service_template: Nested_lbdServiceTemplate.yaml
+ count: 1
+ index_value:
+ get_property:
+ - SELF
+ - service_template_filter
+ - index_value
+ vm_type_tag: lbd
+ nfc_naming_code: lbd
+ requirements:
+ - link_lbd_lbd_internal_1_port:
+ capability: tosca.capabilities.network.Linkable
+ node: cscf_internal_network_0
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_lbd_lbd_internal_1_port:
+ capability: tosca.capabilities.Node
+ node: cscf_internal_network_0
+ relationship: tosca.relationships.DependsOn
+ - link_lbd_lbd_dpdk_1_port:
+ capability: tosca.capabilities.network.Linkable
+ node: cscf_internal_dpdk_network_0
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_lbd_lbd_dpdk_1_port:
+ capability: tosca.capabilities.Node
+ node: cscf_internal_dpdk_network_0
+ relationship: tosca.relationships.DependsOn
+ oam_internal_vip_0_port:
+ type: org.openecomp.resource.cp.nodes.heat.network.neutron.Port
+ properties:
+ ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: false
+ security_groups:
+ - cscf_RSG
+ fixed_ips:
+ - ip_address:
+ get_input: oam_internal_vip_0
+ mac_requirements:
+ mac_count_required:
+ is_required: false
+ name:
+ str_replace:
+ template: $NAME$DELoam$DELinternal$DELvip
+ params:
+ $NAME:
+ get_input: vnf_name
+ $DEL:
+ get_input: vcscf_name_delimeter
+ network: cscf_internal_network_0
+ requirements:
+ - link:
+ capability: tosca.capabilities.network.Linkable
+ node: cscf_internal_network_0
+ relationship: tosca.relationships.network.LinksTo
+ - dependency:
+ capability: tosca.capabilities.Node
+ node: cscf_internal_network_0
+ relationship: tosca.relationships.DependsOn
+ tdcore_zone_1_RRG:
+ type: org.openecomp.resource.abstract.nodes.heat.tdcore
+ directives:
+ - substitutable
+ properties:
+ vf_module_id:
+ get_input: vf_module_id
+ internal_net_id: cscf_internal_network_0
+ vcscf_release:
+ get_input: vcscf_release
+ tdcore_security_group: cscf_RSG
+ tdcore_names:
+ get_input: tdcore_zone_1_names
+ port_tdcore_dpdk_0_port_1_network_role_tag: internal_dpdk
+ port_tdcore_dpdk_0_port_1_ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: false
+ vcscf_gateway:
+ get_input: oam_internal_vip_0
+ vnf_name:
+ get_input: vnf_name
+ internal_dpdk_net_id: cscf_internal_dpdk_network_0
+ vf_module_name:
+ get_input: vf_module_name
+ service_template_filter:
+ substitute_service_template: nested_tdcoreServiceTemplate.yaml
+ count:
+ get_input: tdcore_zone_1_count
+ mandatory: false
+ vcscf_swrepo_address:
+ get_input: vcscf_swrepo_address
+ vnf_id:
+ get_input: vnf_id
+ availability_zone_0:
+ get_input: availability_zone_1
+ port_tdcore_dpdk_0_port_1_mac_requirements:
+ mac_count_required:
+ is_required: false
+ tdcore_flavor_name:
+ get_input: tdcore_flavor_name
+ tdcore_image_name:
+ get_input: tdcore_image_name
+ vcscf_cmrepo_address:
+ get_input: vcscf_cmrepo_address
+ vcscf_dns_address:
+ get_input: vcscf_dns_address
+ vcscf_internal_network_mtu:
+ get_input: vcscf_internal_network_mtu
+ tdcore_server_group: tdcore_zone_1_server_group_group
+ index:
+ get_property:
+ - SELF
+ - service_template_filter
+ - index_value
+ vcscf_internal_netmask:
+ get_input: vcscf_internal_netmask
+ port_tdcore_internal_0_port_0_ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: false
+ vcscf_name_delimeter:
+ get_input: vcscf_name_delimeter
+ tdcore_internal_ips:
+ get_input: tdcore_internal_zone_1_ips
+ tdcore_dpdk_ips:
+ get_input: tdcore_dpdk_zone_1_ips
+ tdcore_uuids:
+ get_input: tdcore_zone_1_uuids
+ vcscf_dn:
+ get_input: vcscf_dn
+ port_tdcore_internal_0_port_0_network_role_tag: internal
+ port_tdcore_internal_0_port_0_mac_requirements:
+ mac_count_required:
+ is_required: false
+ vcscf_du:
+ get_input: vcscf_du
+ requirements:
+ - link_tdcore_internal_0_port_0:
+ capability: tosca.capabilities.network.Linkable
+ node: cscf_internal_network_0
+ relationship: tosca.relationships.network.LinksTo
+ - link_tdcore_dpdk_0_port_1:
+ capability: tosca.capabilities.network.Linkable
+ node: cscf_internal_dpdk_network_0
+ relationship: tosca.relationships.network.LinksTo
+ - dependency:
+ capability: tosca.capabilities.Node
+ node: cscf_internal_network_0
+ relationship: tosca.relationships.DependsOn
+ - dependency:
+ capability: tosca.capabilities.Node
+ node: cscf_internal_dpdk_network_0
+ relationship: tosca.relationships.DependsOn
+ oam_volume_1:
+ type: org.openecomp.resource.vfc.nodes.heat.cinder.Volume
+ properties:
+ availability_zone:
+ get_input: availability_zone_1
+ size: '(get_input : oam_volume_size_0) * 1024'
+ name:
+ str_replace:
+ template: $VNF$DELoam$DELvolume$DEL1
+ params:
+ $DEL:
+ get_input: vcscf_name_delimeter
+ $VNF:
+ get_input: vnf_name
+ abstract_cdi:
+ type: org.openecomp.resource.abstract.nodes.cdi
+ directives:
+ - substitutable
+ properties:
+ port_cdi_internal_0_port_ip_requirements:
+ - ip_version: 6
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: false
+ vm_flavor_name:
+ get_input: cdi_flavor_name
+ port_cdi_ims_core_0_port_name:
+ - str_replace:
+ template: $PREFIX$DELeth1
+ params:
+ $PREFIX:
+ get_input: cdi_name_0
+ $DEL:
+ get_input: vcscf_name_delimeter
+ port_cdi_internal_0_port_allowed_address_pairs:
+ - ip_address: 0.0.0.0/1
+ - ip_address: 128.0.0.0/1
+ - ip_address: ::/1
+ - ip_address: 8000::/1
+ vm_image_name:
+ get_input: cdi_image_name
+ compute_cdi_scheduler_hints:
+ - group: cdi_server_group_group
+ compute_cdi_name:
+ - get_input: cdi_name_0
+ port_cdi_ims_core_0_port_ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: true
+ port_cdi_ims_core_0_port_network_role_tag: ims_core
+ compute_cdi_user_data_format:
+ - RAW
+ port_cdi_internal_0_port_name:
+ - str_replace:
+ template: $PREFIX$DELeth0
+ params:
+ $PREFIX:
+ get_input: cdi_name_0
+ $DEL:
+ get_input: vcscf_name_delimeter
+ compute_cdi_availability_zone:
+ - get_input: availability_zone_0
+ port_cdi_ims_core_0_port_network:
+ - get_input: ims_core_net_id
+ port_cdi_internal_0_port_network:
+ - cscf_internal_network_0
+ port_cdi_internal_0_port_fixed_ips:
+ - ip_address:
+ get_input: cdi_internal_ip_0
+ - ip_address:
+ get_input: cdi_internal_v6_ip_0
+ compute_cdi_config_drive:
+ - true
+ port_cdi_internal_0_port_security_groups:
+ - - cscf_RSG
+ port_cdi_ims_core_0_port_security_groups:
+ - - cscf_RSG
+ port_cdi_ims_core_0_port_fixed_ips:
+ - ip_address:
+ get_input: cdi_ims_core_v6_ip_0
+ port_cdi_internal_0_port_mac_requirements:
+ mac_count_required:
+ is_required: false
+ port_cdi_ims_core_0_port_allowed_address_pairs:
+ - ip_address:
+ get_input: cdi_ims_core_v6_vip_0
+ compute_cdi_metadata:
+ - vf_module_id:
+ get_input: vf_module_id
+ vm_role: cdi
+ vnf_id:
+ get_input: vnf_id
+ vnf_name:
+ get_input: vnf_name
+ vf_module_name:
+ get_input: vf_module_name
+ port_cdi_ims_core_0_port_mac_requirements:
+ mac_count_required:
+ is_required: false
+ service_template_filter:
+ substitute_service_template: Nested_cdiServiceTemplate.yaml
+ count: 1
+ index_value:
+ get_property:
+ - SELF
+ - service_template_filter
+ - index_value
+ vm_type_tag: cdi
+ nfc_naming_code: cdi
+ requirements:
+ - link_cdi_cdi_internal_0_port:
+ capability: tosca.capabilities.network.Linkable
+ node: cscf_internal_network_0
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_cdi_cdi_internal_0_port:
+ capability: tosca.capabilities.Node
+ node: cscf_internal_network_0
+ relationship: tosca.relationships.DependsOn
+ cif_volume_0:
+ type: org.openecomp.resource.vfc.nodes.heat.cinder.Volume
+ properties:
+ availability_zone:
+ get_input: availability_zone_0
+ size: '(get_input : cif_volume_size_0) * 1024'
+ name:
+ str_replace:
+ template: $VNF$DELcif$DELvolume$DEL0
+ params:
+ $DEL:
+ get_input: vcscf_name_delimeter
+ $VNF:
+ get_input: vnf_name
+ cif_volume_1:
+ type: org.openecomp.resource.vfc.nodes.heat.cinder.Volume
+ properties:
+ availability_zone:
+ get_input: availability_zone_1
+ size: '(get_input : cif_volume_size_0) * 1024'
+ name:
+ str_replace:
+ template: $VNF$DELcif$DELvolume$DEL1
+ params:
+ $DEL:
+ get_input: vcscf_name_delimeter
+ $VNF:
+ get_input: vnf_name
+ abstract_oam_1:
+ type: org.openecomp.resource.abstract.nodes.oam_1
+ directives:
+ - substitutable
+ properties:
+ port_oam_internal_1_port_security_groups:
+ - - cscf_RSG
+ port_oam_oam_1_port_allowed_address_pairs:
+ - ip_address:
+ get_input: oam_oam_vip_0
+ vm_flavor_name:
+ get_input: oam_flavor_name
+ port_oam_oam_1_port_ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: true
+ port_oam_oam_1_port_network_role_tag: oam
+ port_oam_oam_1_port_security_groups:
+ - - cscf_RSG
+ vm_image_name:
+ get_input: oam_image_name
+ compute_oam_config_drive:
+ - true
+ port_oam_internal_1_port_network:
+ - cscf_internal_network_0
+ port_oam_oam_1_port_fixed_ips:
+ - ip_address:
+ get_input: oam_oam_ip_1
+ port_oam_internal_1_port_ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: false
+ port_oam_oam_1_port_network:
+ - get_input: oam_net_id
+ port_oam_internal_1_port_allowed_address_pairs:
+ - ip_address: 0.0.0.0/1
+ - ip_address: 128.0.0.0/1
+ - ip_address: ::/1
+ - ip_address: 8000::/1
+ compute_oam_user_data_format:
+ - RAW
+ port_oam_internal_1_port_name:
+ - str_replace:
+ template: $PREFIX$DELeth0
+ params:
+ $PREFIX:
+ get_input: oam_name_1
+ $DEL:
+ get_input: vcscf_name_delimeter
+ port_oam_internal_1_port_fixed_ips:
+ - ip_address:
+ get_input: oam_internal_ip_1
+ port_oam_oam_1_port_name:
+ - str_replace:
+ template: $PREFIX$DELeth1
+ params:
+ $PREFIX:
+ get_input: oam_name_1
+ $DEL:
+ get_input: vcscf_name_delimeter
+ compute_oam_scheduler_hints:
+ - group: oam_server_group_group
+ compute_oam_availability_zone:
+ - get_input: availability_zone_1
+ compute_oam_metadata:
+ - vf_module_id:
+ get_input: vf_module_id
+ vm_role: oam
+ vnf_id:
+ get_input: vnf_id
+ vnf_name:
+ get_input: vnf_name
+ vf_module_name:
+ get_input: vf_module_name
+ port_oam_internal_1_port_mac_requirements:
+ mac_count_required:
+ is_required: false
+ compute_oam_name:
+ - get_input: oam_name_1
+ port_oam_oam_1_port_mac_requirements:
+ mac_count_required:
+ is_required: false
+ service_template_filter:
+ substitute_service_template: Nested_oam_1ServiceTemplate.yaml
+ count: 1
+ index_value:
+ get_property:
+ - SELF
+ - service_template_filter
+ - index_value
+ vm_type_tag: oam
+ nfc_naming_code: oam
+ requirements:
+ - link_oam_oam_internal_1_port:
+ capability: tosca.capabilities.network.Linkable
+ node: cscf_internal_network_0
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_oam_oam_internal_1_port:
+ capability: tosca.capabilities.Node
+ node: cscf_internal_network_0
+ relationship: tosca.relationships.DependsOn
+ abstract_oam_2:
+ type: org.openecomp.resource.abstract.nodes.oam_2
+ directives:
+ - substitutable
+ properties:
+ port_oam_oam_2_port_network_role_tag: oam
+ port_oam_oam_2_port_security_groups:
+ - - cscf_RSG
+ port_oam_oam_2_port_name:
+ - str_replace:
+ template: $PREFIX$DELeth1
+ params:
+ $PREFIX:
+ get_input: oam_name_2
+ $DEL:
+ get_input: vcscf_name_delimeter
+ port_oam_internal_2_port_name:
+ - str_replace:
+ template: $PREFIX$DELeth0
+ params:
+ $PREFIX:
+ get_input: oam_name_2
+ $DEL:
+ get_input: vcscf_name_delimeter
+ vm_flavor_name:
+ get_input: oam_flavor_name
+ port_oam_internal_2_port_mac_requirements:
+ mac_count_required:
+ is_required: false
+ vm_image_name:
+ get_input: oam_image_name
+ compute_oam_config_drive:
+ - true
+ port_oam_internal_2_port_allowed_address_pairs:
+ - ip_address: 0.0.0.0/1
+ - ip_address: 128.0.0.0/1
+ - ip_address: ::/1
+ - ip_address: 8000::/1
+ port_oam_internal_2_port_network:
+ - cscf_internal_network_0
+ port_oam_internal_2_port_fixed_ips:
+ - ip_address:
+ get_input: oam_internal_ip_2
+ port_oam_oam_2_port_fixed_ips:
+ - ip_address:
+ get_input: oam_oam_ip_2
+ port_oam_oam_2_port_mac_requirements:
+ mac_count_required:
+ is_required: false
+ port_oam_oam_2_port_network:
+ - get_input: oam_net_id
+ compute_oam_user_data_format:
+ - RAW
+ port_oam_internal_2_port_security_groups:
+ - - cscf_RSG
+ port_oam_oam_2_port_ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: true
+ compute_oam_scheduler_hints:
+ - group: oam_server_group_group
+ port_oam_internal_2_port_ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: false
+ compute_oam_availability_zone:
+ - get_input: availability_zone_0
+ compute_oam_metadata:
+ - vf_module_id:
+ get_input: vf_module_id
+ vm_role: oam
+ vnf_id:
+ get_input: vnf_id
+ vnf_name:
+ get_input: vnf_name
+ vf_module_name:
+ get_input: vf_module_name
+ port_oam_oam_2_port_allowed_address_pairs:
+ - ip_address:
+ get_input: oam_oam_vip_0
+ compute_oam_name:
+ - get_input: oam_name_2
+ service_template_filter:
+ substitute_service_template: Nested_oam_2ServiceTemplate.yaml
+ count: 1
+ index_value:
+ get_property:
+ - SELF
+ - service_template_filter
+ - index_value
+ vm_type_tag: oam
+ nfc_naming_code: oam
+ requirements:
+ - link_oam_oam_internal_2_port:
+ capability: tosca.capabilities.network.Linkable
+ node: cscf_internal_network_0
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_oam_oam_internal_2_port:
+ capability: tosca.capabilities.Node
+ node: cscf_internal_network_0
+ relationship: tosca.relationships.DependsOn
+ cif_ims_li_v6_vip_4_port:
+ type: org.openecomp.resource.cp.nodes.heat.network.neutron.Port
+ properties:
+ ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: false
+ security_groups:
+ - cscf_RSG
+ fixed_ips:
+ - ip_address:
+ get_input: cif_ims_li_v6_vip_0
+ mac_requirements:
+ mac_count_required:
+ is_required: false
+ name:
+ str_replace:
+ template: $NAME$DELcif$DELims$DELli$DELvip$DELv6
+ params:
+ $NAME:
+ get_input: vnf_name
+ $DEL:
+ get_input: vcscf_name_delimeter
+ network_role_tag: ims_li_v6
+ network:
+ get_input: ims_li_v6_net_id
+ cscf_internal_network_0:
+ type: org.openecomp.resource.vl.nodes.heat.network.neutron.Net
+ properties:
+ dhcp_enabled: false
+ shared: false
+ ip_version: 4
+ admin_state_up: true
+ network_name:
+ str_replace:
+ template: $PREFIX$DELinternal$DELnetwork
+ params:
+ $PREFIX:
+ get_input: vnf_name
+ $DEL:
+ get_input: vcscf_name_delimeter
+ subnets:
+ cscf_internal_subnet_0:
+ enable_dhcp: false
+ ip_version: 4
+ name:
+ str_replace:
+ template: $PREFIX$DELinternal$DELsubnet
+ params:
+ $PREFIX:
+ get_input: vnf_name
+ $DEL:
+ get_input: vcscf_name_delimeter
+ cidr:
+ get_input: vcscf_internal_network_cidr
+ cscf_internal_subnet_v6_0:
+ enable_dhcp: false
+ ip_version: 6
+ name:
+ str_replace:
+ template: $PREFIX$DELinternal$DELsubnetv6
+ params:
+ $PREFIX:
+ get_input: vnf_name
+ $DEL:
+ get_input: vcscf_name_delimeter
+ cidr:
+ get_input: vcscf_internal_network_v6_cidr
+ abstract_oam:
+ type: org.openecomp.resource.abstract.nodes.oam
+ directives:
+ - substitutable
+ properties:
+ port_oam_oam_0_port_name:
+ - str_replace:
+ template: $PREFIX$DELeth1
+ params:
+ $PREFIX:
+ get_input: oam_name_0
+ $DEL:
+ get_input: vcscf_name_delimeter
+ port_oam_oam_0_port_fixed_ips:
+ - ip_address:
+ get_input: oam_oam_ip_0
+ vm_flavor_name:
+ get_input: oam_flavor_name
+ port_oam_oam_0_port_mac_requirements:
+ mac_count_required:
+ is_required: false
+ port_oam_internal_0_port_ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: false
+ port_oam_internal_0_port_network:
+ - cscf_internal_network_0
+ vm_image_name:
+ get_input: oam_image_name
+ compute_oam_config_drive:
+ - true
+ port_oam_internal_0_port_name:
+ - str_replace:
+ template: $PREFIX$DELeth0
+ params:
+ $PREFIX:
+ get_input: oam_name_0
+ $DEL:
+ get_input: vcscf_name_delimeter
+ port_oam_oam_0_port_allowed_address_pairs:
+ - ip_address:
+ get_input: oam_oam_vip_0
+ port_oam_internal_0_port_security_groups:
+ - - cscf_RSG
+ port_oam_internal_0_port_fixed_ips:
+ - ip_address:
+ get_input: oam_internal_ip_0
+ port_oam_oam_0_port_network_role_tag: oam
+ compute_oam_user_data_format:
+ - RAW
+ port_oam_oam_0_port_network:
+ - get_input: oam_net_id
+ port_oam_oam_0_port_ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: true
+ port_oam_internal_0_port_mac_requirements:
+ mac_count_required:
+ is_required: false
+ compute_oam_scheduler_hints:
+ - group: oam_server_group_group
+ port_oam_internal_0_port_allowed_address_pairs:
+ - ip_address: 0.0.0.0/1
+ - ip_address: 128.0.0.0/1
+ - ip_address: ::/1
+ - ip_address: 8000::/1
+ compute_oam_availability_zone:
+ - get_input: availability_zone_0
+ compute_oam_metadata:
+ - vf_module_id:
+ get_input: vf_module_id
+ vm_role: oam
+ vnf_id:
+ get_input: vnf_id
+ vnf_name:
+ get_input: vnf_name
+ vf_module_name:
+ get_input: vf_module_name
+ compute_oam_name:
+ - get_input: oam_name_0
+ port_oam_oam_0_port_security_groups:
+ - - cscf_RSG
+ service_template_filter:
+ substitute_service_template: Nested_oamServiceTemplate.yaml
+ count: 1
+ index_value:
+ get_property:
+ - SELF
+ - service_template_filter
+ - index_value
+ vm_type_tag: oam
+ nfc_naming_code: oam
+ requirements:
+ - link_oam_oam_internal_0_port:
+ capability: tosca.capabilities.network.Linkable
+ node: cscf_internal_network_0
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_oam_oam_internal_0_port:
+ capability: tosca.capabilities.Node
+ node: cscf_internal_network_0
+ relationship: tosca.relationships.DependsOn
+ abstract_lbd_1:
+ type: org.openecomp.resource.abstract.nodes.lbd_1
+ directives:
+ - substitutable
+ properties:
+ compute_lbd_user_data_format:
+ - RAW
+ compute_lbd_config_drive:
+ - true
+ port_lbd_dpdk_0_port_fixed_ips:
+ - ip_address:
+ get_input: lbd_internal_dpdk_ip_0
+ port_lbd_internal_0_port_security_groups:
+ - - cscf_RSG
+ vm_flavor_name:
+ get_input: lbd_flavor_name
+ port_lbd_dpdk_0_port_security_groups:
+ - - cscf_RSG
+ compute_lbd_availability_zone:
+ - get_input: availability_zone_0
+ port_lbd_dpdk_0_port_allowed_address_pairs:
+ - ip_address: 0.0.0.0/1
+ - ip_address: 128.0.0.0/1
+ - ip_address: ::/1
+ - ip_address: 8000::/1
+ vm_image_name:
+ get_input: lbd_image_name
+ port_lbd_dpdk_0_port_name:
+ - str_replace:
+ template: $PREFIX$DELeth1
+ params:
+ $PREFIX:
+ get_input: lbd_name_0
+ $DEL:
+ get_input: vcscf_name_delimeter
+ port_lbd_dpdk_0_port_ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: false
+ port_lbd_ims_core_0_port_network:
+ - get_input: ims_core_net_id
+ port_lbd_dpdk_0_port_network:
+ - cscf_internal_dpdk_network_0
+ port_lbd_ims_core_0_port_mac_requirements:
+ mac_count_required:
+ is_required: false
+ port_lbd_ims_core_0_port_allowed_address_pairs:
+ - ip_address:
+ get_input: lbd_ims_core_v6_vip_0
+ port_lbd_internal_0_port_name:
+ - str_replace:
+ template: $PREFIX$DELeth0
+ params:
+ $PREFIX:
+ get_input: lbd_name_0
+ $DEL:
+ get_input: vcscf_name_delimeter
+ port_lbd_ims_core_0_port_network_role_tag: ims_core
+ compute_lbd_scheduler_hints:
+ - group: lbd_server_group_group
+ port_lbd_internal_0_port_mac_requirements:
+ mac_count_required:
+ is_required: false
+ port_lbd_ims_core_0_port_fixed_ips:
+ - ip_address:
+ get_input: lbd_ims_core_v6_ip_0
+ port_lbd_ims_core_0_port_ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: true
+ port_lbd_internal_0_port_fixed_ips:
+ - ip_address:
+ get_input: lbd_internal_ip_0
+ port_lbd_internal_0_port_network:
+ - cscf_internal_network_0
+ port_lbd_dpdk_0_port_mac_requirements:
+ mac_count_required:
+ is_required: false
+ compute_lbd_metadata:
+ - vf_module_id:
+ get_input: vf_module_id
+ vm_role: lbd
+ vnf_id:
+ get_input: vnf_id
+ vnf_name:
+ get_input: vnf_name
+ vf_module_name:
+ get_input: vf_module_name
+ compute_lbd_name:
+ - get_input: lbd_name_0
+ port_lbd_internal_0_port_ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: false
+ port_lbd_ims_core_0_port_security_groups:
+ - - cscf_RSG
+ port_lbd_ims_core_0_port_name:
+ - str_replace:
+ template: $PREFIX$DELeth2
+ params:
+ $PREFIX:
+ get_input: lbd_name_0
+ $DEL:
+ get_input: vcscf_name_delimeter
+ service_template_filter:
+ substitute_service_template: Nested_lbd_1ServiceTemplate.yaml
+ count: 1
+ index_value:
+ get_property:
+ - SELF
+ - service_template_filter
+ - index_value
+ vm_type_tag: lbd
+ nfc_naming_code: lbd
+ requirements:
+ - link_lbd_lbd_internal_0_port:
+ capability: tosca.capabilities.network.Linkable
+ node: cscf_internal_network_0
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_lbd_lbd_internal_0_port:
+ capability: tosca.capabilities.Node
+ node: cscf_internal_network_0
+ relationship: tosca.relationships.DependsOn
+ - link_lbd_lbd_dpdk_0_port:
+ capability: tosca.capabilities.network.Linkable
+ node: cscf_internal_dpdk_network_0
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_lbd_lbd_dpdk_0_port:
+ capability: tosca.capabilities.Node
+ node: cscf_internal_dpdk_network_0
+ relationship: tosca.relationships.DependsOn
+ - dependency:
+ capability: tosca.capabilities.Node
+ node: cscf_internal_network_0
+ relationship: tosca.relationships.DependsOn
+ count:
+ get_input: cscf_zone_0_count
+ mandatory: false
+ vcscf_swrepo_address:
+ get_input: vcscf_swrepo_address
+ cscf_uuids:
+ get_input: cscf_zone_0_uuids
+ vnf_id:
+ get_input: vnf_id
+ availability_zone_0:
+ get_input: availability_zone_0
+ cscf_internal_v6_ips:
+ get_input: cscf_internal_zone_0_v6_ips
+ cscf_flavor_name:
+ get_input: cscf_flavor_name
+ vcscf_cmrepo_address:
+ get_input: vcscf_cmrepo_address
+ vcscf_dns_address:
+ get_input: vcscf_dns_address
+ vcscf_internal_network_mtu:
+ get_input: vcscf_internal_network_mtu
+ port_cscf_internal_0_port_0_ip_requirements:
+ - ip_version: 6
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: false
+ index:
+ get_property:
+ - SELF
+ - service_template_filter
+ - index_value
+ vcscf_internal_netmask:
+ get_input: vcscf_internal_netmask
+ vcscf_name_delimeter:
+ get_input: vcscf_name_delimeter
+ port_cscf_internal_0_port_0_network_role_tag: internal
+ vcscf_dn:
+ get_input: vcscf_dn
+ vcscf_du:
+ get_input: vcscf_du
+ port_cscf_internal_0_port_0_mac_requirements:
+ mac_count_required:
+ is_required: false
+ cscf_security_group: cscf_RSG
+ requirements:
+ - link_cscf_internal_0_port_0:
+ capability: tosca.capabilities.network.Linkable
+ node: cscf_internal_network_0
+ relationship: tosca.relationships.network.LinksTo
+ - dependency:
+ capability: tosca.capabilities.Node
+ node: cscf_internal_network_0
+ relationship: tosca.relationships.DependsOn
+ - dependency:
+ capability: tosca.capabilities.Node
+ node: cscf_internal_network_0
+ relationship: tosca.relationships.DependsOn
+ lbd_internal_dpdk_vip_1_port:
+ type: org.openecomp.resource.cp.nodes.heat.network.neutron.Port
+ properties:
+ ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: false
+ security_groups:
+ - cscf_RSG
+ fixed_ips:
+ - ip_address:
+ get_input: lbd_internal_dpdk_vip_0
+ mac_requirements:
+ mac_count_required:
+ is_required: false
+ name:
+ str_replace:
+ template: $NAME$DELlbd$DELinternal$DELdpdk$DELvip
+ params:
+ $NAME:
+ get_input: vnf_name
+ $DEL:
+ get_input: vcscf_name_delimeter
+ network: cscf_internal_dpdk_network_0
+ requirements:
+ - link:
+ capability: tosca.capabilities.network.Linkable
+ node: cscf_internal_dpdk_network_0
+ relationship: tosca.relationships.network.LinksTo
+ - dependency:
+ capability: tosca.capabilities.Node
+ node: cscf_internal_dpdk_network_0
+ relationship: tosca.relationships.DependsOn
+ cif_oam_vip_3_port:
+ type: org.openecomp.resource.cp.nodes.heat.network.neutron.Port
+ properties:
+ ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: false
+ security_groups:
+ - cscf_RSG
+ fixed_ips:
+ - ip_address:
+ get_input: cif_oam_vip_1
+ mac_requirements:
+ mac_count_required:
+ is_required: false
+ name:
+ str_replace:
+ template: $NAME$DELcif$DELoam$DELvip1
+ params:
+ $NAME:
+ get_input: vnf_name
+ $DEL:
+ get_input: vcscf_name_delimeter
+ network_role_tag: oam
+ network:
+ get_input: oam_net_id
+ cdi_ims_core_v6_vip_1_port:
+ type: org.openecomp.resource.cp.nodes.heat.network.neutron.Port
+ properties:
+ ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: false
+ security_groups:
+ - cscf_RSG
+ fixed_ips:
+ - ip_address:
+ get_input: cdi_ims_core_v6_vip_0
+ mac_requirements:
+ mac_count_required:
+ is_required: false
+ name:
+ str_replace:
+ template: $NAME$DELcdi$DELims$DELdb$DELvip$DELv6
+ params:
+ $NAME:
+ get_input: vnf_name
+ $DEL:
+ get_input: vcscf_name_delimeter
+ network_role_tag: ims_core
+ network:
+ get_input: ims_core_net_id
+ abstract_cif:
+ type: org.openecomp.resource.abstract.nodes.cif
+ directives:
+ - substitutable
+ properties:
+ port_cif_ims_core_0_port_network:
+ - get_input: ims_core_net_id
+ port_cif_oam_0_port_1_name:
+ - str_replace:
+ template: $PREFIX$DELeth1
+ params:
+ $PREFIX:
+ get_input: cif_name_0
+ $DEL:
+ get_input: vcscf_name_delimeter
+ port_cif_oam_0_port_1_allowed_address_pairs:
+ - ip_address:
+ get_input: cif_oam_vip_0
+ port_cif_oam_0_port_1_fixed_ips:
+ - ip_address:
+ get_input: cif_oam_ip_0
+ vm_flavor_name:
+ get_input: cif_flavor_name
+ port_cif_internal_0_port_name:
+ - str_replace:
+ template: $PREFIX$DELeth0
+ params:
+ $PREFIX:
+ get_input: cif_name_0
+ $DEL:
+ get_input: vcscf_name_delimeter
+ vm_image_name:
+ get_input: cif_image_name
+ compute_cif_user_data_format:
+ - RAW
+ port_cif_oam_0_port_1_ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: true
+ port_cif_ims_li_0_port_fixed_ips:
+ - ip_address:
+ get_input: cif_ims_li_v6_ip_0
+ compute_cif_scheduler_hints:
+ - group: cif_server_group_group
+ port_cif_oam_0_port_1_security_groups:
+ - - cscf_RSG
+ port_cif_ims_li_0_port_ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: true
+ compute_cif_metadata:
+ - vf_module_id:
+ get_input: vf_module_id
+ vm_role: cif
+ vnf_id:
+ get_input: vnf_id
+ vnf_name:
+ get_input: vnf_name
+ vf_module_name:
+ get_input: vf_module_name
+ port_cif_ims_li_0_port_name:
+ - str_replace:
+ template: $PREFIX$DELeth4
+ params:
+ $PREFIX:
+ get_input: cif_name_0
+ $DEL:
+ get_input: vcscf_name_delimeter
+ port_cif_ims_core_0_port_fixed_ips:
+ - ip_address:
+ get_input: cif_ims_core_v6_ip_0
+ port_cif_oam_0_port_3_network_role_tag: oam
+ port_cif_ims_core_0_port_security_groups:
+ - - cscf_RSG
+ port_cif_ims_core_0_port_name:
+ - str_replace:
+ template: $PREFIX$DELeth2
+ params:
+ $PREFIX:
+ get_input: cif_name_0
+ $DEL:
+ get_input: vcscf_name_delimeter
+ port_cif_internal_0_port_network:
+ - cscf_internal_network_0
+ port_cif_oam_0_port_3_security_groups:
+ - - cscf_RSG
+ port_cif_ims_core_0_port_ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: true
+ port_cif_ims_li_0_port_mac_requirements:
+ mac_count_required:
+ is_required: false
+ port_cif_oam_0_port_1_network:
+ - get_input: oam_net_id
+ port_cif_ims_li_0_port_security_groups:
+ - - cscf_RSG
+ compute_cif_name:
+ - get_input: cif_name_0
+ compute_cif_availability_zone:
+ - get_input: availability_zone_0
+ port_cif_oam_0_port_1_network_role_tag: oam
+ port_cif_oam_0_port_3_mac_requirements:
+ mac_count_required:
+ is_required: false
+ port_cif_ims_core_0_port_allowed_address_pairs:
+ - ip_address:
+ get_input: cif_ims_core_v6_vip_0
+ port_cif_oam_0_port_3_fixed_ips:
+ - ip_address:
+ get_input: cif_oam_ip_2
+ port_cif_ims_core_0_port_network_role_tag: ims_core
+ port_cif_ims_li_0_port_allowed_address_pairs:
+ - ip_address:
+ get_input: cif_ims_li_v6_vip_0
+ port_cif_internal_0_port_mac_requirements:
+ mac_count_required:
+ is_required: false
+ port_cif_ims_li_0_port_network:
+ - get_input: ims_li_v6_net_id
+ port_cif_internal_0_port_security_groups:
+ - - cscf_RSG
+ port_cif_ims_li_0_port_network_role_tag: ims_li_v6
+ port_cif_oam_0_port_3_allowed_address_pairs:
+ - ip_address:
+ get_input: cif_oam_vip_1
+ port_cif_internal_0_port_fixed_ips:
+ - ip_address:
+ get_input: cif_internal_ip_0
+ - ip_address:
+ get_input: cif_internal_v6_ip_0
+ compute_cif_config_drive:
+ - true
+ port_cif_oam_0_port_3_name:
+ - str_replace:
+ template: $PREFIX$DELeth3
+ params:
+ $PREFIX:
+ get_input: cif_name_0
+ $DEL:
+ get_input: vcscf_name_delimeter
+ port_cif_oam_0_port_3_network:
+ - get_input: oam_net_id
+ port_cif_ims_core_0_port_mac_requirements:
+ mac_count_required:
+ is_required: false
+ port_cif_internal_0_port_allowed_address_pairs:
+ - ip_address:
+ get_input: cif_internal_vip_0
+ port_cif_oam_0_port_1_mac_requirements:
+ mac_count_required:
+ is_required: false
+ port_cif_oam_0_port_3_ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: true
+ port_cif_internal_0_port_ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: true
+ service_template_filter:
+ substitute_service_template: Nested_cifServiceTemplate.yaml
+ count: 1
+ index_value:
+ get_property:
+ - SELF
+ - service_template_filter
+ - index_value
+ vm_type_tag: cif
+ nfc_naming_code: cif
+ requirements:
+ - link_cif_cif_internal_0_port:
+ capability: tosca.capabilities.network.Linkable
+ node: cscf_internal_network_0
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_cif_cif_internal_0_port:
+ capability: tosca.capabilities.Node
+ node: cscf_internal_network_0
+ relationship: tosca.relationships.DependsOn
+ abstract_cif_1:
+ type: org.openecomp.resource.abstract.nodes.cif_1
+ directives:
+ - substitutable
+ properties:
+ port_cif_oam_1_port_1_name:
+ - str_replace:
+ template: $PREFIX$DELeth1
+ params:
+ $PREFIX:
+ get_input: cif_name_1
+ $DEL:
+ get_input: vcscf_name_delimeter
+ port_cif_ims_core_1_port_security_groups:
+ - - cscf_RSG
+ port_cif_oam_1_port_1_mac_requirements:
+ mac_count_required:
+ is_required: false
+ port_cif_oam_1_port_3_network:
+ - get_input: oam_net_id
+ vm_flavor_name:
+ get_input: cif_flavor_name
+ vm_image_name:
+ get_input: cif_image_name
+ compute_cif_user_data_format:
+ - RAW
+ port_cif_oam_1_port_3_allowed_address_pairs:
+ - ip_address:
+ get_input: cif_oam_vip_1
+ compute_cif_scheduler_hints:
+ - group: cif_server_group_group
+ port_cif_oam_1_port_3_ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: true
+ port_cif_internal_1_port_security_groups:
+ - - cscf_RSG
+ port_cif_oam_1_port_1_network:
+ - get_input: oam_net_id
+ port_cif_ims_core_1_port_network_role_tag: ims_core
+ port_cif_ims_li_1_port_security_groups:
+ - - cscf_RSG
+ port_cif_ims_li_1_port_allowed_address_pairs:
+ - ip_address:
+ get_input: cif_ims_li_v6_vip_0
+ port_cif_internal_1_port_allowed_address_pairs:
+ - ip_address:
+ get_input: cif_internal_vip_0
+ port_cif_oam_1_port_3_security_groups:
+ - - cscf_RSG
+ compute_cif_metadata:
+ - vf_module_id:
+ get_input: vf_module_id
+ vm_role: cif
+ vnf_id:
+ get_input: vnf_id
+ vnf_name:
+ get_input: vnf_name
+ vf_module_name:
+ get_input: vf_module_name
+ port_cif_oam_1_port_1_fixed_ips:
+ - ip_address:
+ get_input: cif_oam_ip_1
+ port_cif_internal_1_port_network:
+ - cscf_internal_network_0
+ port_cif_ims_core_1_port_network:
+ - get_input: ims_core_net_id
+ port_cif_oam_1_port_3_fixed_ips:
+ - ip_address:
+ get_input: cif_oam_ip_3
+ port_cif_oam_1_port_1_ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: true
+ port_cif_ims_core_1_port_mac_requirements:
+ mac_count_required:
+ is_required: false
+ compute_cif_name:
+ - get_input: cif_name_1
+ compute_cif_availability_zone:
+ - get_input: availability_zone_1
+ port_cif_internal_1_port_ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: true
+ port_cif_ims_li_1_port_name:
+ - str_replace:
+ template: $PREFIX$DELeth4
+ params:
+ $PREFIX:
+ get_input: cif_name_1
+ $DEL:
+ get_input: vcscf_name_delimeter
+ port_cif_internal_1_port_name:
+ - str_replace:
+ template: $PREFIX$DELeth0
+ params:
+ $PREFIX:
+ get_input: cif_name_1
+ $DEL:
+ get_input: vcscf_name_delimeter
+ port_cif_ims_li_1_port_fixed_ips:
+ - ip_address:
+ get_input: cif_ims_li_v6_ip_1
+ port_cif_internal_1_port_mac_requirements:
+ mac_count_required:
+ is_required: false
+ port_cif_ims_li_1_port_mac_requirements:
+ mac_count_required:
+ is_required: false
+ port_cif_ims_li_1_port_ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: true
+ port_cif_ims_core_1_port_fixed_ips:
+ - ip_address:
+ get_input: cif_ims_core_v6_ip_1
+ port_cif_ims_core_1_port_allowed_address_pairs:
+ - ip_address:
+ get_input: cif_ims_core_v6_vip_0
+ port_cif_oam_1_port_1_network_role_tag: oam
+ port_cif_oam_1_port_3_mac_requirements:
+ mac_count_required:
+ is_required: false
+ port_cif_ims_core_1_port_ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: true
+ port_cif_ims_li_1_port_network:
+ - get_input: ims_li_v6_net_id
+ port_cif_internal_1_port_fixed_ips:
+ - ip_address:
+ get_input: cif_internal_ip_1
+ - ip_address:
+ get_input: cif_internal_v6_ip_1
+ port_cif_ims_core_1_port_name:
+ - str_replace:
+ template: $PREFIX$DELeth2
+ params:
+ $PREFIX:
+ get_input: cif_name_1
+ $DEL:
+ get_input: vcscf_name_delimeter
+ compute_cif_config_drive:
+ - true
+ port_cif_oam_1_port_3_name:
+ - str_replace:
+ template: $PREFIX$DELeth3
+ params:
+ $PREFIX:
+ get_input: cif_name_0
+ $DEL:
+ get_input: vcscf_name_delimeter
+ port_cif_ims_li_1_port_network_role_tag: ims_li_v6
+ port_cif_oam_1_port_1_security_groups:
+ - - cscf_RSG
+ port_cif_oam_1_port_1_allowed_address_pairs:
+ - ip_address:
+ get_input: cif_oam_vip_0
+ port_cif_oam_1_port_3_network_role_tag: oam
+ service_template_filter:
+ substitute_service_template: Nested_cif_1ServiceTemplate.yaml
+ count: 1
+ index_value:
+ get_property:
+ - SELF
+ - service_template_filter
+ - index_value
+ vm_type_tag: cif
+ nfc_naming_code: cif
+ requirements:
+ - link_cif_cif_internal_1_port:
+ capability: tosca.capabilities.network.Linkable
+ node: cscf_internal_network_0
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_cif_cif_internal_1_port:
+ capability: tosca.capabilities.Node
+ node: cscf_internal_network_0
+ relationship: tosca.relationships.DependsOn
+ groups:
+ tdcore_zone_0_server_group_group:
+ type: tosca.groups.Root
+ members: [
+ ]
+ tdcore_zone_1_server_group_group:
+ type: tosca.groups.Root
+ members: [
+ ]
+ oam_server_group_group:
+ type: tosca.groups.Root
+ members:
+ - abstract_oam
+ - abstract_oam_1
+ - abstract_oam_2
+ cdi_server_group_group:
+ type: tosca.groups.Root
+ members:
+ - abstract_cdi
+ - abstract_cdi_1
+ cif_server_group_group:
+ type: tosca.groups.Root
+ members:
+ - abstract_cif
+ - abstract_cif_1
+ base_cscf_group:
+ type: org.openecomp.groups.heat.HeatStack
+ properties:
+ heat_file: ../Artifacts/base_cscf.yaml
+ description: |
+ CFX-5000 N+K VNF HOT template for AT&T.
+ members:
+ - cscf_RSG
+ - cdi_internal_v6_vip_0_port
+ - cscf_internal_dpdk_network_0
+ - cif_ims_core_v6_vip_2_port
+ - cif_internal_vip_0_port
+ - cscf_zone_1_RRG
+ - oam_oam_vip_1_port
+ - tdcore_zone_0_RRG
+ - lbd_ims_core_v6_vip_2_port
+ - cif_oam_vip_1_port
+ - oam_internal_vip_0_port
+ - tdcore_zone_1_RRG
+ - cif_ims_li_v6_vip_4_port
+ - cscf_internal_network_0
+ - cscf_zone_0_RRG
+ - lbd_internal_dpdk_vip_1_port
+ - cif_oam_vip_3_port
+ - cdi_ims_core_v6_vip_1_port
+ - abstract_lbd
+ - abstract_lbd_1
+ - abstract_cif
+ - abstract_cif_1
+ - abstract_oam
+ - abstract_oam_1
+ - abstract_oam_2
+ - abstract_cdi
+ - abstract_cdi_1
+ base_cscf_volume_group:
+ type: org.openecomp.groups.heat.HeatStack
+ properties:
+ heat_file: ../Artifacts/base_cscf_volume.yaml
+ description: Volume template for CFX
+ members:
+ - oam_volume_1
+ - oam_volume_0
+ - cif_volume_0
+ - cif_volume_1
+ lbd_server_group_group:
+ type: tosca.groups.Root
+ members:
+ - abstract_lbd
+ - abstract_lbd_1
+ outputs:
+ oam_volume_id_1:
+ description: volume id for second oam
+ value: oam_volume_1
+ oam_volume_id_0:
+ description: volume id for first oam
+ value: oam_volume_0
+ cif_volume_id_0:
+ description: volume id for first cif
+ value: cif_volume_0
+ cif_volume_id_1:
+ description: volume id for second cif
+ value: cif_volume_1
+ policies:
+ oam_server_group_policy:
+ type: org.openecomp.policies.placement.Antilocate
+ properties:
+ name:
+ str_replace:
+ template: $VNF$DELoam$DELgroup
+ params:
+ $DEL:
+ get_input: vcscf_name_delimeter
+ $VNF:
+ get_input: vnf_name
+ container_type: host
+ targets:
+ - oam_server_group_group
+ cdi_server_group_policy:
+ type: org.openecomp.policies.placement.Antilocate
+ properties:
+ name:
+ str_replace:
+ template: $VNF$DELcdi$DELgroup
+ params:
+ $DEL:
+ get_input: vcscf_name_delimeter
+ $VNF:
+ get_input: vnf_name
+ container_type: host
+ targets:
+ - cdi_server_group_group
+ lbd_server_group_policy:
+ type: org.openecomp.policies.placement.Antilocate
+ properties:
+ name:
+ str_replace:
+ template: $VNF$DELlbd$DELgroup
+ params:
+ $DEL:
+ get_input: vcscf_name_delimeter
+ $VNF:
+ get_input: vnf_name
+ container_type: host
+ targets:
+ - lbd_server_group_group
+ tdcore_zone_0_server_group_policy:
+ type: org.openecomp.policies.placement.Antilocate
+ properties:
+ name:
+ str_replace:
+ template: $VNF$DELtdcore$DELzone0$DELgroup
+ params:
+ $DEL:
+ get_input: vcscf_name_delimeter
+ $VNF:
+ get_input: vnf_name
+ container_type: host
+ targets:
+ - tdcore_zone_0_server_group_group
+ cif_server_group_policy:
+ type: org.openecomp.policies.placement.Antilocate
+ properties:
+ name:
+ str_replace:
+ template: $VNF$DELcif$DELgroup
+ params:
+ $DEL:
+ get_input: vcscf_name_delimeter
+ $VNF:
+ get_input: vnf_name
+ container_type: host
+ targets:
+ - cif_server_group_group
+ tdcore_zone_1_server_group_policy:
+ type: org.openecomp.policies.placement.Antilocate
+ properties:
+ name:
+ str_replace:
+ template: $VNF$DELtdcore$DELzone1$DELgroup
+ params:
+ $DEL:
+ get_input: vcscf_name_delimeter
+ $VNF:
+ get_input: vnf_name
+ container_type: host
+ targets:
+ - tdcore_zone_1_server_group_group
is_required: true
floating_ip_count_required:
is_required: false
+ requirements:
+ - dependency_cmaui_port_7:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_cmaui_port_7:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_cmaui_port_8:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_cmaui_port_8:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_server_cmaui:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_server_cmaui:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
abstract_cmaui:
type: org.openecomp.resource.abstract.nodes.cmaui
directives:
- link_cmaui_port_7
dependency_cmaui_port_5:
- abstract_cmaui
- - dependency_cmaui_cmaui_port_5
+ - dependency_cmaui_cmaui_port_5
\ No newline at end of file
occurrences:
- 1
- UNBOUNDED
- org.openecomp.resource.abstract.nodes.heat.pcm_server_1:
- derived_from: org.openecomp.resource.abstract.nodes.VFC
+ org.openecomp.resource.vfc.nodes.heat.pcm_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
properties:
port_pcm_port_0_network_role:
type: string
occurrences:
- 1
- UNBOUNDED
- org.openecomp.resource.abstract.nodes.compute:
+ org.openecomp.resource.abstract.nodes.heat.pcm_server_1:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
- compute_compute_user_data_format:
+ port_pcm_port_0_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ metadata:
+ type: string
+ description: metadata
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ availabilityzone_name:
+ type: string
+ description: availabilityzone name
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_vlan_requirements:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: string
- vm_image_name:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ pcm_image_name:
type: string
+ description: PCRF CM image name
required: true
status: SUPPORTED
- index_value:
+ port_pcm_port_0_order:
type: integer
- description: Index value of this substitution service template runtime instance
- required: false
- default: 0
+ required: true
status: SUPPORTED
- constraints:
- - greater_or_equal: 0
- compute_compute_metadata:
+ port_pcm_port_0_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ pcm_server_name:
+ type: string
+ description: PCRF CM server name
+ required: true
+ status: SUPPORTED
+ cps_net_mask:
+ type: string
+ description: CPS network mask
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ oam_net_name:
+ type: string
+ description: OAM network name
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_ip_requirements:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: json
- compute_compute_name:
+ type: org.openecomp.datatypes.network.IpRequirements
+ oam_net_gw:
+ type: string
+ description: CPS network gateway
+ required: true
+ status: SUPPORTED
+ security_group_name:
+ type: string
+ description: the name of security group
+ required: true
+ status: SUPPORTED
+ cps_net_ip:
+ type: string
+ description: CPS network ip
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_vlan_requirements:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: string
- vm_flavor_name:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ pcm_flavor_name:
type: string
+ description: flavor name of PCRF CM instance
required: true
status: SUPPORTED
- compute_compute_config_drive:
+ key_name:
+ type: string
+ description: key_name
+ required: true
+ status: SUPPORTED
+ user_data_format:
+ type: string
+ description: user_data_format
+ required: true
+ status: SUPPORTED
+ pcm_vol:
+ type: string
+ description: CPS Cluman Cinder Volume
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_ip_requirements:
type: list
required: true
status: SUPPORTED
entry_schema:
- type: boolean
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pcm_port_0_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ cps_net_name:
+ type: string
+ description: CPS network name
+ required: true
+ status: SUPPORTED
+ oam_net_ip:
+ type: string
+ description: OAM network ip
+ required: true
+ status: SUPPORTED
+ oam_net_mask:
+ type: string
+ description: CPS network mask
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_order:
+ type: integer
+ required: true
+ status: SUPPORTED
attributes:
- compute_instance_name:
+ server_pcm_id:
type: string
+ description: the pcm nova service id
status: SUPPORTED
requirements:
- - dependency_compute:
+ - dependency_pcm_port_1:
capability: tosca.capabilities.Node
node: tosca.nodes.Root
relationship: tosca.relationships.DependsOn
occurrences:
- 0
- UNBOUNDED
- - local_storage_compute:
+ - link_pcm_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_server_pcm:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - local_storage_server_pcm:
capability: tosca.capabilities.Attachment
node: tosca.nodes.BlockStorage
relationship: tosca.relationships.AttachesTo
occurrences:
- 0
- UNBOUNDED
+ - dependency_pcm_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_pcm_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
capabilities:
- disk.device.usage_compute:
+ network.incoming.packets.rate_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.requests_compute:
+ cpu_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- instance_compute:
+ network.incoming.packets.rate_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.ephemeral.size_compute:
+ network.outpoing.packets_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.bytes.rate_compute:
+ memory_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.latency_compute:
+ disk.write.requests_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory.resident_compute:
+ network.outpoing.packets_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- memory_compute:
+ disk.device.iops_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.iops_compute:
+ memory.resident_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.root.size_compute:
+ disk.device.write.requests_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.requests.rate_compute:
+ disk.device.usage_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.read.requests_compute:
+ disk.allocation_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.requests.rate_compute:
+ disk.usage_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.read.bytes_compute:
+ disk.device.write.bytes_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.read.bytes_compute:
+ disk.root.size_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.write.bytes_compute:
+ disk.ephemeral.size_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.usage_compute:
+ disk.device.latency_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- os_compute:
- type: tosca.capabilities.OperatingSystem
- occurrences:
- - 1
- - UNBOUNDED
- disk.write.bytes.rate_compute:
+ network.incoming.bytes_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- vcpus_compute:
+ network.incoming.bytes_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.capacity_compute:
+ binding_pcm_port_0:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ binding_pcm_port_1:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ memory.usage_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- cpu_util_compute:
+ disk.read.requests_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.read.bytes.rate_compute:
+ disk.capacity_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.latency_compute:
- type: org.openecomp.capabilities.metric.Ceilometer
- description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ os_server_pcm:
+ type: tosca.capabilities.OperatingSystem
occurrences:
- 1
- UNBOUNDED
- disk.device.write.requests_compute:
+ disk.read.bytes_server_pcm:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.iops_compute:
+ network.outgoing.packets.rate_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.requests.rate_compute:
+ network.outgoing.packets.rate_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- endpoint_compute:
+ feature_pcm_port_1:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_pcm_port_0:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_pcm_port_0:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_pcm_port_1:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ endpoint_server_pcm:
type: tosca.capabilities.Endpoint.Admin
occurrences:
- 1
- UNBOUNDED
- memory.usage_compute:
+ disk.device.read.requests.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ vcpus_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.iops_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.allocation_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ scalable_server_pcm:
+ type: tosca.capabilities.Scalable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_util_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ host_server_pcm:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu.delta_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_server_pcm:
+ type: tosca.capabilities.network.Bindable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.capacity_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ instance_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.latency_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_server_pcm:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ org.openecomp.resource.abstract.nodes.compute:
+ derived_from: org.openecomp.resource.abstract.nodes.VFC
+ properties:
+ compute_compute_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_compute_metadata:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ compute_compute_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_compute_config_drive:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: boolean
+ attributes:
+ compute_instance_name:
+ type: string
+ status: SUPPORTED
+ requirements:
+ - dependency_compute:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - local_storage_compute:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ occurrences:
+ - 0
+ - UNBOUNDED
+ capabilities:
+ disk.device.usage_compute:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests_compute:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ instance_compute:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.ephemeral.size_compute:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes.rate_compute:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.latency_compute:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.resident_compute:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory_compute:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.iops_compute:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.root.size_compute:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests.rate_compute:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.requests_compute:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests.rate_compute:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes_compute:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes_compute:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes_compute:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.usage_compute:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ os_compute:
+ type: tosca.capabilities.OperatingSystem
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes.rate_compute:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ vcpus_compute:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.capacity_compute:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_util_compute:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes.rate_compute:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.latency_compute:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests_compute:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.iops_compute:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests.rate_compute:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ endpoint_compute:
+ type: tosca.capabilities.Endpoint.Admin
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.usage_compute:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ host_compute:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_compute:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes_compute:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_compute:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes.rate_compute:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ scalable_compute:
+ type: tosca.capabilities.Scalable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests_compute:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.allocation_compute:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.capacity_compute:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.allocation_compute:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu.delta_compute:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_compute:
+ type: tosca.capabilities.network.Bindable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ org.openecomp.resource.vfc.nodes.heat.oam_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ port_pcm_port_0_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ availabilityzone_name:
+ type: string
+ description: availabilityzone name
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ oam_server_name:
+ type: string
+ description: oam server name
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ oam_image_name:
+ type: string
+ description: oam image name
+ required: true
+ status: SUPPORTED
+ cps_net_mask:
+ type: string
+ description: CPS network mask
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ oam_net_name:
+ type: string
+ description: OAM network name
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ oam_net_gw:
+ type: string
+ description: CPS network gateway
+ required: true
+ status: SUPPORTED
+ oam_flavor_name:
+ type: string
+ description: flavor name of PCRF CM instance
+ required: true
+ status: SUPPORTED
+ security_group_name:
+ type: string
+ description: the name of security group
+ required: true
+ status: SUPPORTED
+ cps_net_ip:
+ type: string
+ description: CPS network ip
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ pcm_vol:
+ type: string
+ description: CPS Cluman Cinder Volume
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pcm_port_0_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ cps_net_name:
+ type: string
+ description: CPS network name
+ required: true
+ status: SUPPORTED
+ oam_net_ip:
+ type: string
+ description: OAM network ip
+ required: true
+ status: SUPPORTED
+ oam_net_mask:
+ type: string
+ description: CPS network mask
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ attributes:
+ server_oam_id:
+ type: string
+ description: the oam nova service id
+ status: SUPPORTED
+ requirements:
+ - dependency_server_oam:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - local_storage_server_oam:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - dependency_pcm_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_pcm_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_pcm_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_pcm_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ capabilities:
+ cpu_server_oam:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory_server_oam:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests_server_oam:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.resident_server_oam:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.iops_server_oam:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests_server_oam:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.allocation_server_oam:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.usage_server_oam:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.usage_server_oam:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes_server_oam:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.ephemeral.size_server_oam:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.latency_server_oam:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.root.size_server_oam:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.usage_server_oam:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- host_compute:
- type: tosca.capabilities.Container
+ binding_pcm_port_0:
+ type: tosca.capabilities.network.Bindable
valid_source_types:
- - tosca.nodes.SoftwareComponent
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ binding_pcm_port_1:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ disk.read.bytes_server_oam:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- feature_compute:
+ os_server_oam:
+ type: tosca.capabilities.OperatingSystem
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.requests_server_oam:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.capacity_server_oam:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_pcm_port_1:
type: tosca.capabilities.Node
occurrences:
- 1
- UNBOUNDED
- disk.device.write.bytes_compute:
+ network.outgoing.bytes_pcm_port_0:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- cpu_compute:
+ feature_pcm_port_0:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.write.bytes.rate_compute:
+ attachment_pcm_port_0:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_pcm_port_1:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes_server_oam:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- scalable_compute:
+ endpoint_server_oam:
+ type: tosca.capabilities.Endpoint.Admin
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests.rate_server_oam:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ vcpus_server_oam:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes.rate_server_oam:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes_server_oam:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.iops_server_oam:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.allocation_server_oam:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests.rate_server_oam:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ scalable_server_oam:
type: tosca.capabilities.Scalable
occurrences:
- 1
- UNBOUNDED
- disk.device.read.requests_compute:
+ disk.device.read.bytes.rate_server_oam:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.allocation_compute:
+ cpu_util_server_oam:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.capacity_compute:
+ cpu.delta_server_oam:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- disk.device.allocation_compute:
+ host_server_oam:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes.rate_server_oam:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- cpu.delta_compute:
+ network.outgoing.bytes.rate_pcm_port_1:
type: org.openecomp.capabilities.metric.Ceilometer
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- UNBOUNDED
- binding_compute:
+ network.incoming.packets_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_server_oam:
type: tosca.capabilities.network.Bindable
occurrences:
- 1
- UNBOUNDED
+ network.outgoing.bytes.rate_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.capacity_server_oam:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.latency_server_oam:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ instance_server_oam:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests_server_oam:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests.rate_server_oam:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_server_oam:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes.rate_server_oam:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ org.openecomp.resource.vfc.nodes.heat.compute:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ compute_compute_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_compute_metadata:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ compute_compute_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_compute_config_drive:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: boolean
+ attributes:
+ compute_instance_name:
+ type: string
+ status: SUPPORTED
\ No newline at end of file
type: string
description: PCRF CM image name
default: rhel2
+ shared_security_group_id2:
+ hidden: false
+ immutable: false
+ type: string
+ description: network name of jsa log network
oam_server_names:
label: PCRF CM server names
hidden: false
type: string
description: CPS network mask
default: 255.255.255.0
+ shared_security_group_id1:
+ hidden: false
+ immutable: false
+ type: string
+ description: network name of jsa log network
oam_net_name:
label: OAM network name
hidden: false
properties:
pcm_flavor_name:
get_input: pcm_flavor_name
+ p1: jsa_security_group1
service_template_filter:
substitute_service_template: nested-pcm_v0.1ServiceTemplate.yaml
+ p2: jsa_security_group2
port_pcm_port_1_network_role_tag: oam
port_pcm_port_0_ip_requirements:
- ip_version: 4
get_input:
- pcm_server_names
- 0
+ requirements:
+ - dependency_pcm_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_server_pcm:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_server_pcm:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_pcm_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
server_oam_001:
type: org.openecomp.resource.abstract.nodes.heat.oam_server
directives:
- substitutable
properties:
- port_pcm_port_1_network_role_tag: oam
availabilityzone_name:
get_input: availabilityzone_name
- port_pcm_port_0_ip_requirements:
- - ip_version: 4
- ip_count_required:
- is_required: true
- floating_ip_count_required:
- is_required: false
oam_net_gw:
get_input: oam_net_gw
+ port_oam_port_0_mac_requirements:
+ mac_count_required:
+ is_required: false
oam_flavor_name:
get_input: oam_flavor_name
- security_group_name:
- get_input: security_group_name
cps_net_ip:
get_input:
- cps_net_ips
- 0
+ port_oam_port_1_network_role_tag: oam
oam_server_name:
get_input:
- oam_server_names
- 0
- port_pcm_port_1_mac_requirements:
- mac_count_required:
- is_required: false
service_template_filter:
substitute_service_template: nested-oam_v0.1ServiceTemplate.yaml
- pcm_vol:
- get_input:
- - pcm_volumes
- - 0
- port_pcm_port_1_ip_requirements:
+ port_oam_port_1_ip_requirements:
- ip_version: 4
ip_count_required:
is_required: true
floating_ip_count_required:
is_required: false
- port_pcm_port_0_network_role_tag: cps
- port_pcm_port_0_mac_requirements:
+ port_oam_port_1_mac_requirements:
mac_count_required:
is_required: false
+ pcm_vol:
+ get_input:
+ - pcm_volumes
+ - 0
+ port_oam_port_0_network_role_tag: cps
oam_image_name:
get_input: oam_image_name
cps_net_name:
- 0
oam_net_mask:
get_input: oam_net_mask
+ port_oam_port_0_ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: false
oam_net_name:
get_input: oam_net_name
+ requirements:
+ - dependency_oam_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_oam_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_server_oam:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_server_oam:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_oam_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_oam_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
server_pcm_001:
type: org.openecomp.resource.abstract.nodes.heat.pcm_server
directives:
- substitutable
properties:
- metadata:
- get_attribute:
- - compute_port_0
- - device_id
port_pcm_port_1_network_role_tag: oam
availabilityzone_name:
get_input: availabilityzone_name
is_required: false
pcm_flavor_name:
get_input: pcm_flavor_name
- key_name:
- get_attribute:
- - server_oam_001
- - accessIPv4
service_template_filter:
substitute_service_template: nested-pcm_v0.1ServiceTemplate.yaml
- user_data_format:
- get_attribute:
- - server_pcm_002
- - oam_net_gw
pcm_vol:
get_input:
- pcm_volumes
get_input: oam_net_mask
oam_net_name:
get_input: oam_net_name
+ requirements:
+ - dependency_pcm_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_server_pcm:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_server_pcm:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_pcm_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
packet_mirror_network:
type: org.openecomp.resource.vl.nodes.heat.network.neutron.Net
properties:
- tenant_id:
- get_attribute:
- - abstract_compute
- - compute_instance_name
network_name:
- get_attribute:
- - server_pcm_001
- - instance_name
+ get_input: net_name
+ requirements:
+ - dependency:
+ capability: tosca.capabilities.Node
+ node: server_pcm_001
+ relationship: tosca.relationships.DependsOn
+ - dependency:
+ capability: feature_compute
+ node: abstract_compute
+ relationship: tosca.relationships.DependsOn
compute_port_0:
type: org.openecomp.resource.cp.nodes.heat.network.neutron.Port
properties:
is_required: false
network:
get_input: net_name
+ jsa_security_group1:
+ type: org.openecomp.resource.vfc.rules.nodes.heat.network.neutron.SecurityRules
+ properties:
+ name: jsa_security_group1_name
+ description: ems security group
+ rules:
+ - protocol: icmp
+ ethertype: IPv6
+ remote_ip_prefix: ::/0
+ direction: ingress
+ requirements:
+ - port:
+ capability: attachment_pcm_port_0
+ node: server_pcm_002
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: attachment_pcm_port_1
+ node: server_pcm_002
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: attachment_oam_port_1
+ node: test_shared_node_connected_in_nested
+ relationship: org.openecomp.relationships.AttachesTo
+ - port:
+ capability: attachment_oam_port_0
+ node: test_shared_node_connected_in_nested
+ relationship: org.openecomp.relationships.AttachesTo
+ jsa_security_group2:
+ type: org.openecomp.resource.vfc.rules.nodes.heat.network.neutron.SecurityRules
+ properties:
+ name: jsa_security_group2_name
+ description: ems security group
+ rules:
+ - protocol: tcp
+ ethertype: IPv4
+ port_range_max: 65535
+ remote_ip_prefix: 0.0.0.0/0
+ direction: egress
+ port_range_min: 1
+ requirements:
+ - port:
+ capability: attachment_pcm_port_0
+ node: server_pcm_002
+ relationship: org.openecomp.relationships.AttachesTo
+ test_shared_node_connected_in_nested:
+ type: org.openecomp.resource.abstract.nodes.heat.oam_server
+ directives:
+ - substitutable
+ properties:
+ service_template_filter:
+ substitute_service_template: nested-oam_v0.1ServiceTemplate.yaml
+ p2:
+ get_input: shared_security_group_id2
+ port_oam_port_1_ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: false
+ port_oam_port_1_mac_requirements:
+ mac_count_required:
+ is_required: false
+ port_oam_port_0_mac_requirements:
+ mac_count_required:
+ is_required: false
+ port_oam_port_0_network_role_tag: cps
+ port_oam_port_1_network_role_tag: oam
+ port_oam_port_0_ip_requirements:
+ - ip_version: 4
+ ip_count_required:
+ is_required: true
+ floating_ip_count_required:
+ is_required: false
+ shared_security_group_id1:
+ get_input: shared_security_group_id1
+ requirements:
+ - dependency_oam_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_oam_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_server_oam:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_server_oam:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_oam_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_oam_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
abstract_compute:
type: org.openecomp.resource.abstract.nodes.compute
directives:
get_input: compute_image_name
compute_compute_metadata:
- get_attribute:
- - compute_port_0
- - device_id
+ - server_pcm_001
+ - server_pcm_id
compute_compute_name:
- compute_name: null
vm_flavor_name:
- server_pcm_001
- packet_mirror_network
- compute_port_0
- - abstract_compute
\ No newline at end of file
+ - jsa_security_group1
+ - jsa_security_group2
+ - abstract_compute
+ addOn_group:
+ type: org.openecomp.groups.heat.HeatStack
+ properties:
+ heat_file: ../Artifacts/addOn.yml
+ description: |
+ Version 2.0 02-09-2016 (Authors: John Doe, user PROD)
+ members:
+ - test_shared_node_connected_in_nested
\ No newline at end of file
get_input:
- pcm_server_names
- 0
+ requirements:
+ - dependency_pcm_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_server_pcm:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_server_pcm:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_pcm_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
server_oam_001:
type: org.openecomp.resource.abstract.nodes.heat.oam_server
directives:
get_input: oam_net_mask
oam_net_name:
get_input: oam_net_name
+ requirements:
+ - dependency_server_oam:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_server_oam:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_pcm_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_pcm_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
server_pcm_001:
type: org.openecomp.resource.abstract.nodes.heat.pcm_server
directives:
get_input: oam_net_mask
oam_net_name:
get_input: oam_net_name
+ requirements:
+ - dependency_pcm_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_server_pcm:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_server_pcm:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_pcm_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
packet_mirror_network:
type: org.openecomp.resource.vl.nodes.heat.network.neutron.Net
properties:
value:
get_attribute:
- server_pcm_002
- - server_pcm_id
+ - server_pcm_id
\ No newline at end of file
get_input: oam_net_mask
oam_net_name:
get_input: oam_net_name
+ requirements:
+ - dependency_pcm_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_server_pcm:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_server_pcm:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_pcm_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
packet_mirror_network:
type: org.openecomp.resource.vl.nodes.heat.network.neutron.Net
properties:
occurrences:
- 1
- UNBOUNDED
+ org.openecomp.resource.vfc.nodes.heat.pcm_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ port_pcm_1port_0_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ availabilityzone_name:
+ type: string
+ description: availabilityzone name
+ required: true
+ status: SUPPORTED
+ port_pcm_1port_0_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ pcm_image_name:
+ type: string
+ description: PCRF CM image name
+ required: true
+ status: SUPPORTED
+ port_pcm_1port_0_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_1port_0_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pcm_2port_1_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_2port_1_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pcm_1port_0_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_pcm_1port_0_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ pcm_server_name:
+ type: string
+ description: PCRF CM server name
+ required: true
+ status: SUPPORTED
+ cps_net_mask:
+ type: string
+ description: CPS network mask
+ required: true
+ status: SUPPORTED
+ oam_net_name:
+ type: string
+ description: OAM network name
+ required: true
+ status: SUPPORTED
+ port_pcm_1port_0_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pcm_2port_1_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ oam_net_gw:
+ type: string
+ description: CPS network gateway
+ required: true
+ status: SUPPORTED
+ port_pcm_1port_0_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_2port_1_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ security_group_name:
+ type: string
+ description: the name of security group
+ required: true
+ status: SUPPORTED
+ cps_net_ip:
+ type: string
+ description: CPS network ip
+ required: true
+ status: SUPPORTED
+ port_pcm_2port_1_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ pcm_flavor_name:
+ type: string
+ description: flavor name of PCRF CM instance
+ required: true
+ status: SUPPORTED
+ port_pcm_2port_1_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ pcm_vol:
+ type: string
+ description: CPS Cluman Cinder Volume
+ required: true
+ status: SUPPORTED
+ cps_net_name:
+ type: string
+ description: CPS network name
+ required: true
+ status: SUPPORTED
+ oam_net_ip:
+ type: string
+ description: OAM network ip
+ required: true
+ status: SUPPORTED
+ oam_net_mask:
+ type: string
+ description: CPS network mask
+ required: true
+ status: SUPPORTED
+ port_pcm_2port_1_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pcm_2port_1_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ attributes:
+ server_pcm_id:
+ type: string
+ description: the pcm nova service id
+ status: SUPPORTED
+ requirements:
+ - dependency_server_pcm:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - local_storage_server_pcm:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - dependency_pcm_1port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_pcm_1port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_pcm_2port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_pcm_2port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ capabilities:
+ binding_pcm_2port_1:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ cpu_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_pcm_2port_1:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_pcm_2port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_pcm_2port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_pcm_1port_0:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_pcm_2port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_pcm_2port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.iops_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.resident_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_pcm_2port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.usage_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.allocation_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_pcm_2port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_pcm_1port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.usage_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.root.size_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.ephemeral.size_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.latency_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_pcm_1port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.usage_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.requests_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.capacity_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ os_server_pcm:
+ type: tosca.capabilities.OperatingSystem
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_pcm_1port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ endpoint_server_pcm:
+ type: tosca.capabilities.Endpoint.Admin
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ vcpus_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.iops_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_pcm_1port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.allocation_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_pcm_1port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_pcm_2port_1:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ scalable_server_pcm:
+ type: tosca.capabilities.Scalable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_pcm_1port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_pcm_2port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_util_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_pcm_1port_0:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_pcm_2port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ host_server_pcm:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_pcm_1port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_pcm_1port_0:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ cpu.delta_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_pcm_1port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_server_pcm:
+ type: tosca.capabilities.network.Bindable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.capacity_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ instance_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.latency_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_server_pcm:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
org.openecomp.resource.abstract.nodes.compute:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
occurrences:
- 1
- UNBOUNDED
+ org.openecomp.resource.vfc.nodes.heat.compute:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ compute_compute_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_compute_metadata:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ compute_compute_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_compute_config_drive:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: boolean
\ No newline at end of file
get_input: oam_net_mask
oam_net_name:
get_input: oam_net_name
+ requirements:
+ - dependency_server_pcm:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_server_pcm:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_pcm_1port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_1port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_pcm_2port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_2port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
packet_mirror_network:
type: org.openecomp.resource.vl.nodes.heat.network.neutron.Net
properties:
get_input:
- pcm_server_names
- 0
+ requirements:
+ - dependency_pcm_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_server_pcm:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_server_pcm:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_pcm_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
server_pcm_001:
type: org.openecomp.resource.abstract.nodes.heat.pcm_server_1
directives:
get_input:
- pcm_server_names
- 0
+ requirements:
+ - dependency_pcm_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_server_pcm:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_server_pcm:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_pcm_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
server_pcm_003:
type: org.openecomp.resource.abstract.nodes.heat.pcm_server_2
directives:
get_input:
- pcm_server_names
- 0
+ requirements:
+ - dependency_pcm_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_server_pcm:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_server_pcm:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_pcm_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
compute_port_0:
type: org.openecomp.resource.cp.nodes.heat.network.neutron.Port
properties:
- server_pcm_002
- server_pcm_001
- server_pcm_003
- - compute_port_0
+ - compute_port_0
\ No newline at end of file
get_input:
- pcm_server_names
- 0
+ requirements:
+ - dependency_pcm_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_server_pcm:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_server_pcm:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_pcm_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
server_pcm_001:
type: org.openecomp.resource.abstract.nodes.heat.pcm_server
directives:
get_input:
- pcm_server_names
- 0
+ requirements:
+ - dependency_pcm_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_server_pcm:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_server_pcm:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_pcm_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
server_pcm_003:
type: org.openecomp.resource.abstract.nodes.heat.pcm_server_2
directives:
get_input:
- pcm_server_names
- 0
+ requirements:
+ - dependency_pcm_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_server_pcm:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_server_pcm:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_pcm_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
compute_port_0:
type: org.openecomp.resource.cp.nodes.heat.network.neutron.Port
properties:
occurrences:
- 1
- UNBOUNDED
+ org.openecomp.resource.vfc.nodes.heat.pcm_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ port_pcm_port_0_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ availabilityzone_name:
+ type: string
+ description: availabilityzone name
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ pcm_image_name:
+ type: string
+ description: PCRF CM image name
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ pcm_server_name:
+ type: string
+ description: PCRF CM server name
+ required: true
+ status: SUPPORTED
+ cps_net_mask:
+ type: string
+ description: CPS network mask
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ oam_net_name:
+ type: string
+ description: OAM network name
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ oam_net_gw:
+ type: string
+ description: CPS network gateway
+ required: true
+ status: SUPPORTED
+ security_group_name:
+ type: string
+ description: the name of security group
+ required: true
+ status: SUPPORTED
+ cps_net_ip:
+ type: string
+ description: CPS network ip
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ pcm_flavor_name:
+ type: string
+ description: flavor name of PCRF CM instance
+ required: true
+ status: SUPPORTED
+ pcm_vol:
+ type: string
+ description: CPS Cluman Cinder Volume
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pcm_port_0_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ cps_net_name:
+ type: string
+ description: CPS network name
+ required: true
+ status: SUPPORTED
+ oam_net_ip:
+ type: string
+ description: OAM network ip
+ required: true
+ status: SUPPORTED
+ oam_net_mask:
+ type: string
+ description: CPS network mask
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ attributes:
+ server_pcm_id:
+ type: string
+ description: the pcm nova service id
+ status: SUPPORTED
+ requirements:
+ - dependency_pcm_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_pcm_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_server_pcm:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - local_storage_server_pcm:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - dependency_pcm_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_pcm_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ capabilities:
+ network.incoming.packets.rate_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.iops_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.resident_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.usage_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.allocation_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.usage_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.root.size_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.ephemeral.size_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.latency_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_pcm_port_0:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ binding_pcm_port_1:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ memory.usage_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.requests_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.capacity_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ os_server_pcm:
+ type: tosca.capabilities.OperatingSystem
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_pcm_port_1:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_pcm_port_0:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_pcm_port_0:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_pcm_port_1:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ endpoint_server_pcm:
+ type: tosca.capabilities.Endpoint.Admin
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ vcpus_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.iops_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.allocation_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ scalable_server_pcm:
+ type: tosca.capabilities.Scalable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_util_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ host_server_pcm:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu.delta_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_server_pcm:
+ type: tosca.capabilities.network.Bindable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.capacity_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ instance_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.latency_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_server_pcm:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
org.openecomp.resource.abstract.nodes.heat.pcm_server_1:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
occurrences:
- 1
- UNBOUNDED
+ org.openecomp.resource.vfc.nodes.heat.compute:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ compute_compute_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_compute_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_compute_config_drive:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: boolean
\ No newline at end of file
get_input:
- pcm_server_names
- 0
+ requirements:
+ - dependency_pcm_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_server_pcm:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_server_pcm:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_pcm_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
server_pcm_001:
type: org.openecomp.resource.abstract.nodes.heat.pcm_server
directives:
get_input:
- pcm_server_names
- 0
+ requirements:
+ - dependency_pcm_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_server_pcm:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_server_pcm:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_pcm_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
compute_port_0:
type: org.openecomp.resource.cp.nodes.heat.network.neutron.Port
properties:
- openecomp_heat_index:
file: openecomp-heat/_index.yml
node_types:
+ org.openecomp.resource.vfc.nodes.heat.pd_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_pd_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_replacement_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd01_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ compute_pd_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
org.openecomp.resource.abstract.nodes.pd_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- - UNBOUNDED
+ - UNBOUNDED
\ No newline at end of file
- openecomp_heat_index:
file: openecomp-heat/_index.yml
node_types:
+ org.openecomp.resource.vfc.nodes.heat.pd_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_pd_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_replacement_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd01_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ compute_pd_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ attributes:
+ pd_server_accessIPv6:
+ type: string
+ status: SUPPORTED
+ pd_server_accessIPv4:
+ type: string
+ status: SUPPORTED
+ pd_server_pd01_port_device_owner:
+ type: string
+ status: SUPPORTED
org.openecomp.resource.abstract.nodes.pd_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- - UNBOUNDED
+ - UNBOUNDED
\ No newline at end of file
- openecomp_heat_index:
file: openecomp-heat/_index.yml
node_types:
+ org.openecomp.resource.vfc.nodes.heat.pd_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_pd_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_replacement_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd01_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ compute_pd_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_metadata:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
org.openecomp.resource.abstract.nodes.pd_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- - UNBOUNDED
+ - UNBOUNDED
\ No newline at end of file
- openecomp_heat_index:
file: openecomp-heat/_index.yml
node_types:
+ org.openecomp.resource.vfc.nodes.heat.pd_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_pd_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd01_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
org.openecomp.resource.abstract.nodes.pd_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- - UNBOUNDED
+ - UNBOUNDED
\ No newline at end of file
- openecomp_heat_index:
file: openecomp-heat/_index.yml
node_types:
+ org.openecomp.resource.vfc.nodes.heat.pd_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_pd_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_replacement_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_security_groups:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ port_pd01_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd01_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ compute_pd_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
org.openecomp.resource.abstract.nodes.pd_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- - UNBOUNDED
+ - UNBOUNDED
\ No newline at end of file
- openecomp_heat_index:
file: openecomp-heat/_index.yml
node_types:
+ org.openecomp.resource.vfc.nodes.heat.pd_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_pd_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_replacement_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd01_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ compute_pd_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
org.openecomp.resource.abstract.nodes.pd_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- - UNBOUNDED
+ - UNBOUNDED
\ No newline at end of file
capability: tosca.capabilities.Node
node: packet_mirror_network
relationship: tosca.relationships.DependsOn
+ - dependency_server_pd_02_pd_server:
+ capability: tosca.capabilities.Node
+ node: packet_mirror_network
+ relationship: tosca.relationships.DependsOn
- link_pd_server_pd01_port:
capability: tosca.capabilities.network.Linkable
node: packet_mirror_network
relationship: tosca.relationships.network.LinksTo
+ - dependency_server_pd_01_pd_server:
+ capability: tosca.capabilities.Node
+ node: packet_mirror_network
+ relationship: tosca.relationships.DependsOn
- local_storage_pd_server:
capability: tosca.capabilities.Attachment
node: pd01_volume
members:
- packet_mirror_network
- pd01_volume
- - abstract_pd_server
+ - abstract_pd_server
\ No newline at end of file
- openecomp_heat_index:
file: openecomp-heat/_index.yml
node_types:
+ org.openecomp.resource.vfc.nodes.heat.pd_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ compute_pd_server_scheduler_hints:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_pd_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_replacement_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd01_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ compute_pd_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
org.openecomp.resource.abstract.nodes.pd_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- - UNBOUNDED
+ - UNBOUNDED
\ No newline at end of file
- openecomp_heat_index:
file: openecomp-heat/_index.yml
node_types:
+ org.openecomp.resource.vfc.nodes.heat.pd_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_pd_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_replacement_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd01_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ compute_pd_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ attributes:
+ pd_server_accessIPv6:
+ type: string
+ status: SUPPORTED
+ pd_server_accessIPv4:
+ type: string
+ status: SUPPORTED
+ pd_server_pd01_port_device_id:
+ type: string
+ status: SUPPORTED
org.openecomp.resource.abstract.nodes.pd_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- - UNBOUNDED
+ - UNBOUNDED
\ No newline at end of file
- openecomp_heat_index:
file: openecomp-heat/_index.yml
node_types:
+ org.openecomp.resource.vfc.nodes.heat.pd_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_pd_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_replacement_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd01_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ compute_pd_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
org.openecomp.resource.abstract.nodes.pd_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
occurrences:
- 1
- UNBOUNDED
+ org.openecomp.resource.vfc.nodes.heat.ps_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ compute_ps_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_ps01_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_ps_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_ps_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ port_ps01_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_ps01_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_ps01_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_ps01_port_replacement_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_ps01_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_ps01_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_ps01_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_ps01_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_ps01_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
org.openecomp.resource.abstract.nodes.ps_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- - UNBOUNDED
+ - UNBOUNDED
\ No newline at end of file
- openecomp_heat_index:
file: openecomp-heat/_index.yml
node_types:
+ org.openecomp.resource.vfc.nodes.heat.pd_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_pd_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_replacement_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd01_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ compute_pd_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ attributes:
+ pd_server_accessIPv4:
+ type: string
+ status: SUPPORTED
org.openecomp.resource.abstract.nodes.pd_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
occurrences:
- 1
- UNBOUNDED
+ org.openecomp.resource.vfc.nodes.heat.ps_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ compute_ps_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_ps01_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_ps_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_ps_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ port_ps01_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_ps01_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_ps01_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_ps01_port_replacement_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_ps01_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_ps01_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_ps01_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_ps01_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_ps01_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ attributes:
+ ps_server_accessIPv4:
+ type: string
+ status: SUPPORTED
org.openecomp.resource.abstract.nodes.ps_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- - UNBOUNDED
+ - UNBOUNDED
\ No newline at end of file
- openecomp_heat_index:
file: openecomp-heat/_index.yml
node_types:
+ org.openecomp.resource.vfc.nodes.heat.pd_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_pd_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd02_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pd01_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd02_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd02_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd02_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pd02_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd02_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd01_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd02_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd02_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_pd02_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
org.openecomp.resource.abstract.nodes.pd_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- - UNBOUNDED
+ - UNBOUNDED
\ No newline at end of file
- openecomp_heat_index:
file: openecomp-heat/_index.yml
node_types:
+ org.openecomp.resource.vfc.nodes.heat.smp:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ port_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_smp_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_smp_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_smp_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_smp_metadata:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ port_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_port_replacement_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ compute_smp_scheduler_hints:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
org.openecomp.resource.abstract.nodes.smp:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- - UNBOUNDED
+ - UNBOUNDED
\ No newline at end of file
- openecomp_heat_index:
file: openecomp-heat/_index.yml
node_types:
+ org.openecomp.resource.vfc.nodes.heat.pd_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ compute_pd_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_replacement_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_security_groups:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ port_pd02_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd02_port_replacement_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd02_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ compute_pd_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ port_pd02_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pd01_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pd02_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd02_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd02_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_pd02_port_security_groups:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ port_pd01_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd01_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd02_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd02_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd02_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
org.openecomp.resource.abstract.nodes.pd_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- - UNBOUNDED
+ - UNBOUNDED
\ No newline at end of file
- openecomp_heat_index:
file: openecomp-heat/_index.yml
node_types:
+ org.openecomp.resource.vfc.nodes.heat.pd_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ compute_pd_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_replacement_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd02_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd02_port_replacement_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd02_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ compute_pd_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ port_pd02_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pd01_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pd02_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd02_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd02_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_pd01_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd01_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd02_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd02_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd02_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
org.openecomp.resource.abstract.nodes.pd_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- - UNBOUNDED
+ - UNBOUNDED
\ No newline at end of file
capability: tosca.capabilities.Node
node: packet_mirror_network
relationship: tosca.relationships.DependsOn
+ - dependency_server_pd_01_pd_server:
+ capability: tosca.capabilities.Node
+ node: packet_mirror_network
+ relationship: tosca.relationships.DependsOn
- link_pd_server_pd01_port:
capability: tosca.capabilities.network.Linkable
node: packet_mirror_network
members:
- packet_mirror_network
- pd01_volume
- - abstract_pd_server
+ - abstract_pd_server
\ No newline at end of file
- openecomp_heat_index:
file: openecomp-heat/_index.yml
node_types:
+ org.openecomp.resource.vfc.nodes.heat.pd_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ port_pd01_port_0_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pd01_port_0_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_0_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_1_security_groups:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ port_pd01_port_0_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_pd_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_0_replacement_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_0_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_0_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_0_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ port_pd01_port_1_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd01_port_0_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_pd01_port_1_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_replacement_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_1_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pd01_port_0_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_pd01_port_0_security_groups:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
org.openecomp.resource.abstract.nodes.pd_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- - UNBOUNDED
+ - UNBOUNDED
\ No newline at end of file
- openecomp_heat_index:
file: openecomp-heat/_index.yml
node_types:
+ org.openecomp.resource.vfc.nodes.heat.pd_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ port_pd01_port_0_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pd01_port_0_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_0_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_0_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_pd_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_0_replacement_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_0_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_0_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_0_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ port_pd01_port_1_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd01_port_0_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_pd01_port_1_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_replacement_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_1_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pd01_port_0_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
org.openecomp.resource.abstract.nodes.pd_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- - UNBOUNDED
+ - UNBOUNDED
\ No newline at end of file
capability: tosca.capabilities.Node
node: packet_mirror_network
relationship: tosca.relationships.DependsOn
+ - dependency_server_pd_01_pd_server:
+ capability: tosca.capabilities.Node
+ node: packet_mirror_network
+ relationship: tosca.relationships.DependsOn
- link_pd_server_pd01_port_0:
capability: tosca.capabilities.network.Linkable
node: packet_mirror_network
- packet_mirror_network
- pd01_volume
- packet_internal_network
- - abstract_pd_server
+ - abstract_pd_server
\ No newline at end of file
- openecomp_heat_index:
file: openecomp-heat/_index.yml
node_types:
+ org.openecomp.resource.vfc.nodes.heat.pd_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_pd_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd02_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pd01_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd02_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd02_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd02_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pd02_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd02_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd01_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd02_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd02_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_pd02_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
org.openecomp.resource.abstract.nodes.pd_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
occurrences:
- 1
- UNBOUNDED
+ org.openecomp.resource.vfc.nodes.heat.pcm_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ port_pcm_port_0_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ availabilityzone_name:
+ type: string
+ description: availabilityzone name
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ pcm_image_name:
+ type: string
+ description: PCRF CM image name
+ required: true
+ status: SUPPORTED
+ cps_net_ips:
+ type: string
+ description: CPS network ip
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ pcm_server_name:
+ type: string
+ description: PCRF CM server name
+ required: true
+ status: SUPPORTED
+ cps_net_mask:
+ type: string
+ description: CPS network mask
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ oam_net_name:
+ type: string
+ description: OAM network name
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pcm_port_0_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ oam_net_gw:
+ type: string
+ description: CPS network gateway
+ required: true
+ status: SUPPORTED
+ security_group_name:
+ type: string
+ description: the name of security group
+ required: true
+ status: SUPPORTED
+ cps_net_ip:
+ type: string
+ description: CPS network ip
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ pcm_volumes:
+ type: string
+ description: CPS Cluman Cinder Volume
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ pcm_flavor_name:
+ type: string
+ description: flavor name of PCRF CM instance
+ required: true
+ status: SUPPORTED
+ pcm_vol:
+ type: string
+ description: CPS Cluman Cinder Volume
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pcm_port_0_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ cps_net_name:
+ type: string
+ description: CPS network name
+ required: true
+ status: SUPPORTED
+ oam_net_ip:
+ type: string
+ description: OAM network ip
+ required: true
+ status: SUPPORTED
+ oam_net_mask:
+ type: string
+ description: CPS network mask
+ required: true
+ status: SUPPORTED
+ port_pcm_port_1_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ attributes:
+ server_pcm_id:
+ type: string
+ description: the pcm nova service id
+ status: SUPPORTED
+ requirements:
+ - dependency_pcm_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_pcm_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_server_pcm:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - local_storage_server_pcm:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - dependency_pcm_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ - link_pcm_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ occurrences:
+ - 1
+ - 1
+ - dependency_network:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ occurrences:
+ - 0
+ - UNBOUNDED
+ capabilities:
+ network.incoming.packets.rate_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets.rate_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outpoing.packets_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.iops_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ memory.resident_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.usage_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.allocation_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.usage_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.root.size_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.ephemeral.size_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.latency_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_pcm_port_0:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ binding_pcm_port_1:
+ type: tosca.capabilities.network.Bindable
+ valid_source_types:
+ - org.openecomp.resource.cp.nodes.heat.network.contrailV2.VLANSubInterface
+ occurrences:
+ - 0
+ - UNBOUNDED
+ memory.usage_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.requests_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ link_network:
+ type: tosca.capabilities.network.Linkable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.capacity_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ os_server_pcm:
+ type: tosca.capabilities.OperatingSystem
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.packets.rate_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_pcm_port_1:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_pcm_port_0:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_pcm_port_0:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_pcm_port_1:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ endpoint_server_pcm:
+ type: tosca.capabilities.Endpoint.Admin
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ end_point_network:
+ type: tosca.capabilities.Endpoint
+ occurrences:
+ - 1
+ - UNBOUNDED
+ vcpus_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ attachment_network:
+ type: tosca.capabilities.Attachment
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.iops_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.read.bytes.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.allocation_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ scalable_server_pcm:
+ type: tosca.capabilities.Scalable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_network:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.bytes.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu_util_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.requests.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.bytes.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ host_server_pcm:
+ type: tosca.capabilities.Container
+ valid_source_types:
+ - tosca.nodes.SoftwareComponent
+ occurrences:
+ - 1
+ - UNBOUNDED
+ cpu.delta_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ binding_server_pcm:
+ type: tosca.capabilities.network.Bindable
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.outgoing.bytes.rate_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.capacity_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.packets_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ instance_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.write.requests.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.latency_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.device.read.requests_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ feature_server_pcm:
+ type: tosca.capabilities.Node
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_pcm_port_0:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ disk.write.bytes.rate_server_pcm:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
+ network.incoming.bytes.rate_pcm_port_1:
+ type: org.openecomp.capabilities.metric.Ceilometer
+ description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
+ occurrences:
+ - 1
+ - UNBOUNDED
\ No newline at end of file
port_pcm_port_0_mac_requirements:
mac_count_required:
is_required: false
+ requirements:
+ - dependency_pcm_port_1:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_1:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_server_pcm:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - local_storage_server_pcm:
+ capability: tosca.capabilities.Attachment
+ node: tosca.nodes.BlockStorage
+ relationship: tosca.relationships.AttachesTo
+ - dependency_pcm_port_0:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
+ - link_pcm_port_0:
+ capability: tosca.capabilities.network.Linkable
+ relationship: tosca.relationships.network.LinksTo
+ - dependency_network:
+ capability: tosca.capabilities.Node
+ node: tosca.nodes.Root
+ relationship: tosca.relationships.DependsOn
abstract_pd_server:
type: org.openecomp.resource.abstract.nodes.pd_server
directives:
description: heat template that creates MOG stack
members:
- server_pcm_003
- - abstract_pd_server
+ - abstract_pd_server
\ No newline at end of file
- openecomp_heat_index:
file: openecomp-heat/_index.yml
node_types:
+ org.openecomp.resource.vfc.nodes.heat.pd_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ port_pd01_port_0_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pd01_port_0_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_0_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_0_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_0_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_pd_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_1_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_0_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_0_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_pd01_port_1_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_0_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_pd01_port_0_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
org.openecomp.resource.abstract.nodes.pd_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- - UNBOUNDED
+ - UNBOUNDED
\ No newline at end of file
- openecomp_heat_index:
file: openecomp-heat/_index.yml
node_types:
+ org.openecomp.resource.vfc.nodes.heat.pd_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_pd_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd02_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pd01_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd02_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd02_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd02_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pd02_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd02_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd01_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd02_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd02_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_pd02_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ attributes:
+ pd_server_accessIPv4:
+ type: string
+ status: SUPPORTED
+ pd_server_pd02_port_device_owner:
+ type: string
+ status: SUPPORTED
+ pd_server_pd01_port_device_id:
+ type: string
+ status: SUPPORTED
org.openecomp.resource.abstract.nodes.pd_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- - UNBOUNDED
+ - UNBOUNDED
\ No newline at end of file
- openecomp_heat_index:
file: openecomp-heat/_index.yml
node_types:
+ org.openecomp.resource.vfc.nodes.heat.pd_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ compute_pd_server_key_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_replacement_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_personality:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ compute_pd_server_image_update_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_security_groups:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ port_pd01_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_template_VMInt_OAM_lb_virtual_machine_interface_properties:
+ type: org.openecomp.datatypes.heat.contrailV2.virtual.machine.interface.Properties
+ required: true
+ status: SUPPORTED
+ port_pd01_port_device_id:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_admin_state_up:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: boolean
+ port_pd01_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ compute_pd_server_metadata:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ port_template_VMInt_OAM_lb_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_pd_server_diskConfig:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_mac_address:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_template_VMInt_OAM_lb_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_allowed_address_pairs:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.heat.network.AddressPair
+ port_pd01_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ compute_pd_server_admin_pass:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_flavor_update_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_template_VMInt_OAM_lb_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_template_VMInt_OAM_lb_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_template_VMInt_OAM_lb_virtual_machine_interface_allowed_address_pairs:
+ type: org.openecomp.datatypes.heat.contrailV2.virtual.machine.subInterface.AddressPairs
+ required: true
+ status: SUPPORTED
+ port_pd01_port_value_specs:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ compute_pd_server_security_groups:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ port_template_VMInt_OAM_lb_port_tuple_refs:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ compute_pd_server_software_config_transport:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_pd_server_scheduler_hints:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ port_pd01_port_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_contrail_service_instance_ind:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: boolean
+ compute_pd_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_template_VMInt_OAM_lb_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_binding:vnic_type:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_device_owner:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_fixed_ips:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.heat.neutron.port.FixedIps
+ port_pd01_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_qos_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_config_drive:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: boolean
+ compute_pd_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_template_VMInt_OAM_lb_virtual_network_refs:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ port_template_VMInt_OAM_lb_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_template_VMInt_OAM_lb_virtual_machine_interface_mac_addresses:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ port_template_VMInt_OAM_lb_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_port_security_enabled:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: boolean
+ port_template_VMInt_OAM_lb_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ compute_pd_server_user_data_update_policy:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_reservation_id:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd01_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_template_VMInt_OAM_lb_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_template_VMInt_OAM_lb_security_group_refs:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ attributes:
+ pd_server_pd01_port_allowed_address_pairs:
+ type: list
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.heat.network.AddressPair
+ pd_server_template_VMInt_OAM_lb_virtual_machine_interface_mac_addresses:
+ type: list
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ pd_server_template_VMInt_OAM_lb_virtual_network_refs:
+ type: list
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ pd_server_template_VMInt_OAM_lb_fq_name:
+ type: string
+ status: SUPPORTED
+ pd_server_show:
+ type: string
+ status: SUPPORTED
+ pd_server_console_urls:
+ type: string
+ status: SUPPORTED
+ pd_server_template_VMInt_OAM_lb_virtual_machine_interface_allowed_address_pairs:
+ type: org.openecomp.datatypes.heat.contrailV2.virtual.machine.subInterface.AddressPairs
+ status: SUPPORTED
+ pd_server_pd01_port_security_groups:
+ type: list
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ pd_server_pd01_port_port_security_enabled:
+ type: boolean
+ status: SUPPORTED
+ pd_server_pd01_port_status:
+ type: string
+ status: SUPPORTED
+ pd_server_template_VMInt_OAM_lb_port_tuple_refs:
+ type: list
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ pd_server_pd01_port_fixed_ips:
+ type: list
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.heat.neutron.port.FixedIps
+ pd_server_accessIPv6:
+ type: string
+ status: SUPPORTED
+ pd_server_pd01_port_admin_state_up:
+ type: boolean
+ status: SUPPORTED
+ pd_server_instance_name:
+ type: string
+ status: SUPPORTED
+ pd_server_template_VMInt_OAM_lb_name:
+ type: string
+ status: SUPPORTED
+ pd_server_accessIPv4:
+ type: string
+ status: SUPPORTED
+ pd_server_pd01_port_device_owner:
+ type: string
+ status: SUPPORTED
+ pd_server_pd01_port_show:
+ type: string
+ status: SUPPORTED
+ pd_server_pd01_port_network:
+ type: string
+ status: SUPPORTED
+ pd_server_pd01_port_qos_policy:
+ type: string
+ status: SUPPORTED
+ pd_server_pd01_port_mac_address:
+ type: string
+ status: SUPPORTED
+ pd_server_addresses:
+ type: map
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.heat.novaServer.network.AddressInfo
+ pd_server_pd01_port_tenant_id:
+ type: string
+ status: SUPPORTED
+ pd_server_template_VMInt_OAM_lb_virtual_machine_interface_properties:
+ type: org.openecomp.datatypes.heat.contrailV2.virtual.machine.interface.Properties
+ status: SUPPORTED
+ pd_server_pd01_port_device_id:
+ type: string
+ status: SUPPORTED
+ pd_server_pd01_port_name:
+ type: string
+ status: SUPPORTED
+ pd_server_template_VMInt_OAM_lb_show:
+ type: string
+ status: SUPPORTED
+ pd_server_pd01_port_subnets:
+ type: list
+ status: SUPPORTED
+ entry_schema:
+ type: string
org.openecomp.resource.abstract.nodes.pd_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- - UNBOUNDED
+ - UNBOUNDED
\ No newline at end of file
- openecomp_heat_index:
file: openecomp-heat/_index.yml
node_types:
+ org.openecomp.resource.vfc.nodes.heat.pd_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_pd_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd02_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pd01_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd02_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd02_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd02_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pd02_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd02_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd01_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd02_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd02_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_pd02_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ attributes:
+ pd_server_accessIPv4:
+ type: string
+ status: SUPPORTED
+ pd_server_pd01_port_device_owner:
+ type: string
+ status: SUPPORTED
org.openecomp.resource.abstract.nodes.pd_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- - UNBOUNDED
+ - UNBOUNDED
\ No newline at end of file
- openecomp_heat_index:
file: openecomp-heat/_index.yml
node_types:
+ org.openecomp.resource.vfc.nodes.heat.pd_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_pd_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd02_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pd01_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd02_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd02_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd02_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pd02_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd02_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd01_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd02_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd02_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_pd02_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
org.openecomp.resource.abstract.nodes.pd_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- - UNBOUNDED
+ - UNBOUNDED
\ No newline at end of file
- openecomp_heat_index:
file: openecomp-heat/_index.yml
node_types:
+ org.openecomp.resource.vfc.nodes.heat.pd_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ port_pd01_port_0_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pd01_port_0_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_0_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_0_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_0_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_pd_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_1_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_0_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_0_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_pd01_port_1_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_0_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_pd01_port_0_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
org.openecomp.resource.abstract.nodes.pd_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- - UNBOUNDED
+ - UNBOUNDED
\ No newline at end of file
- openecomp_heat_index:
file: openecomp-heat/_index.yml
node_types:
+ org.openecomp.resource.vfc.nodes.heat.pd_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ port_pd01_port_0_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pd01_port_0_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_0_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_0_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_0_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_pd_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_1_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_0_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_0_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_pd01_port_1_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_0_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_pd01_port_0_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ attributes:
+ pd_server_accessIPv4:
+ type: string
+ status: SUPPORTED
+ pd_server_pd01_port_1_device_owner:
+ type: string
+ status: SUPPORTED
+ pd_server_pd01_port_0_device_owner:
+ type: string
+ status: SUPPORTED
org.openecomp.resource.abstract.nodes.pd_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- - UNBOUNDED
+ - UNBOUNDED
\ No newline at end of file
- openecomp_heat_index:
file: openecomp-heat/_index.yml
node_types:
+ org.openecomp.resource.vfc.nodes.heat.pd_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ port_pd01_port_0_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pd01_port_0_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_0_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_0_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_0_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_pd_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_1_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_0_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_0_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_pd01_port_1_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_0_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_pd01_port_0_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_1_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ attributes:
+ pd_server_pd01_port_0_device_id:
+ type: string
+ status: SUPPORTED
+ pd_server_accessIPv4:
+ type: string
+ status: SUPPORTED
+ pd_server_pd01_port_1_device_owner:
+ type: string
+ status: SUPPORTED
org.openecomp.resource.abstract.nodes.pd_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- - UNBOUNDED
+ - UNBOUNDED
\ No newline at end of file
- openecomp_heat_index:
file: openecomp-heat/_index.yml
node_types:
+ org.openecomp.resource.vfc.nodes.heat.pd_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ compute_pd_server_scheduler_hints:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_pd_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_security_groups:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ port_pd01_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd01_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ compute_pd_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ attributes:
+ pd_server_accessIPv4:
+ type: string
+ status: SUPPORTED
+ pd_server_pd01_port_device_owner:
+ type: string
+ status: SUPPORTED
org.openecomp.resource.abstract.nodes.pd_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
occurrences:
- 1
- UNBOUNDED
+ org.openecomp.resource.vfc.nodes.heat.ps_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ compute_ps_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_ps_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_ps_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_ps_server_scheduler_hints:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ port_pd01_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_security_groups:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ port_pd01_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd01_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ attributes:
+ ps_server_accessIPv4:
+ type: string
+ status: SUPPORTED
+ ps_server_pd01_port_device_id:
+ type: string
+ status: SUPPORTED
org.openecomp.resource.abstract.nodes.oam_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
occurrences:
- 1
- UNBOUNDED
+ org.openecomp.resource.vfc.nodes.heat.oam_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ port_pd01_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_security_groups:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ port_pd01_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ compute_oam_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd01_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_oam_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_oam_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ compute_oam_server_scheduler_hints:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: json
+ attributes:
+ oam_server_accessIPv4:
+ type: string
+ status: SUPPORTED
\ No newline at end of file
capability: tosca.capabilities.Node
node: packet_mirror_network
relationship: tosca.relationships.DependsOn
+ - dependency_server_pd_01_pd_server:
+ capability: tosca.capabilities.Node
+ node: packet_mirror_network
+ relationship: tosca.relationships.DependsOn
abstract_ps_server:
type: org.openecomp.resource.abstract.nodes.ps_server
directives:
capability: tosca.capabilities.Node
node: packet_mirror_network
relationship: tosca.relationships.DependsOn
+ - dependency_server_ps_01_ps_server:
+ capability: tosca.capabilities.Node
+ node: packet_mirror_network
+ relationship: tosca.relationships.DependsOn
abstract_oam_server:
type: org.openecomp.resource.abstract.nodes.oam_server
directives:
capability: tosca.capabilities.Node
node: packet_mirror_network
relationship: tosca.relationships.DependsOn
+ - dependency_server_oam_01_oam_server:
+ capability: tosca.capabilities.Node
+ node: packet_mirror_network
+ relationship: tosca.relationships.DependsOn
network_policy_server_ps:
type: org.openecomp.resource.vfc.rules.nodes.heat.network.contrail.NetworkRules
properties:
name: def
affinity: host
targets:
- - BE_Affinity_group
+ - BE_Affinity_group
\ No newline at end of file
- openecomp_heat_index:
file: openecomp-heat/_index.yml
node_types:
+ org.openecomp.resource.vfc.nodes.heat.pd_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_pd_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd01_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ compute_pd_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
org.openecomp.resource.abstract.nodes.pd_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
occurrences:
- 1
- UNBOUNDED
+ org.openecomp.resource.vfc.nodes.heat.ps_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ compute_ps_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_ps_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_ps_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ port_pd01_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd01_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
org.openecomp.resource.abstract.nodes.oam_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
occurrences:
- 1
- UNBOUNDED
+ org.openecomp.resource.vfc.nodes.heat.oam_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ port_pd01_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ compute_oam_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd01_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_oam_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_oam_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
\ No newline at end of file
- openecomp_heat_index:
file: openecomp-heat/_index.yml
node_types:
+ org.openecomp.resource.vfc.nodes.heat.pd_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_pd_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd01_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ compute_pd_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
org.openecomp.resource.abstract.nodes.pd_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- - UNBOUNDED
+ - UNBOUNDED
\ No newline at end of file
- openecomp_heat_index:
file: openecomp-heat/_index.yml
node_types:
+ org.openecomp.resource.vfc.nodes.heat.pd_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ port_pd01_port_2_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd01_port_3_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_3_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ port_pd01_port_2_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ compute_pd_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_2_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_3_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_3_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pd01_port_3_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_2_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_2_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_3_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_2_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_3_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ port_pd01_port_2_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_pd01_port_2_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ port_pd01_port_3_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_pd_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_2_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_3_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
org.openecomp.resource.abstract.nodes.pd_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- - UNBOUNDED
+ - UNBOUNDED
\ No newline at end of file
- openecomp_heat_index:
file: openecomp-heat/_index.yml
node_types:
+ org.openecomp.resource.vfc.nodes.heat.pd_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_pd_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd01_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ compute_pd_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ attributes:
+ pd_server_accessIPv4:
+ type: string
+ status: SUPPORTED
org.openecomp.resource.abstract.nodes.pd_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
occurrences:
- 1
- UNBOUNDED
+ org.openecomp.resource.vfc.nodes.heat.ps_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ compute_ps_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_ps01_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_ps_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_ps_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ port_ps01_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_ps01_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_ps01_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_ps01_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_ps01_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_ps01_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_ps01_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_ps01_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ attributes:
+ ps_server_accessIPv4:
+ type: string
+ status: SUPPORTED
org.openecomp.resource.abstract.nodes.ps_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- - UNBOUNDED
+ - UNBOUNDED
\ No newline at end of file
- openecomp_heat_index:
file: openecomp-heat/_index.yml
node_types:
+ org.openecomp.resource.vfc.nodes.heat.pd_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ compute_pd_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_pd_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_pd01_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_pd01_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ port_pd01_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_pd01_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ compute_pd_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
org.openecomp.resource.abstract.nodes.pd_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
occurrences:
- 1
- UNBOUNDED
+ org.openecomp.resource.vfc.nodes.heat.ps_server:
+ derived_from: org.openecomp.resource.vfc.nodes.heat.nova.Server
+ properties:
+ compute_ps_server_name:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_ps01_port_subnetpoolid:
+ type: string
+ required: true
+ status: SUPPORTED
+ compute_ps_server_availability_zone:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ compute_ps_server_user_data_format:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ index_value:
+ type: integer
+ description: Index value of this substitution service template runtime instance
+ required: false
+ default: 0
+ status: SUPPORTED
+ constraints:
+ - greater_or_equal: 0
+ port_ps01_port_vlan_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.VlanRequirements
+ vm_flavor_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_ps01_port_order:
+ type: integer
+ required: true
+ status: SUPPORTED
+ vm_image_name:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_ps01_port_network_role:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_ps01_port_mac_requirements:
+ type: org.openecomp.datatypes.network.MacRequirements
+ required: true
+ status: SUPPORTED
+ port_ps01_port_network:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: string
+ port_ps01_port_ip_requirements:
+ type: list
+ required: true
+ status: SUPPORTED
+ entry_schema:
+ type: org.openecomp.datatypes.network.IpRequirements
+ port_ps01_port_network_role_tag:
+ type: string
+ required: true
+ status: SUPPORTED
+ port_ps01_port_exCP_naming:
+ type: org.openecomp.datatypes.Naming
+ required: true
+ status: SUPPORTED
org.openecomp.resource.abstract.nodes.ps_server:
derived_from: org.openecomp.resource.abstract.nodes.VFC
properties:
description: A node type that includes the Metric capability indicates that it can be monitored using ceilometer.
occurrences:
- 1
- - UNBOUNDED
+ - UNBOUNDED
\ No newline at end of file
type: org.openecomp.resource.cp.nodes.heat.network.neutron.Port
properties:
network: Internal2-net
- device_id: {get_attribute: [FSB2_template, device_id]}
+ device_id: {get_attribute: [FSB2_template, att]}
requirements:
- binding:
capability: tosca.capabilities.network.Bindable
properties:
mac_address:
get_input: fsb1-Internal1-mac
- network: {get_attribute: [FSB2_Internal1, device_id]}
+ network: {get_attribute: [FSB2_Internal1, att]}
requirements:
- binding:
capability: tosca.capabilities.network.Bindable
properties:
mac_address:
get_input: fsb1-Internal1-mac
- network: {get_attribute: [FSB2_Internal1, device_id]}
+ network: {get_attribute: [FSB2_Internal1, att]}
requirements:
- binding:
capability: tosca.capabilities.network.Bindable
network:
get_attribute:
- FSB1_FSB2_Internal
- - device_id
+ - att
mac_address:
get_input: port_FSB1_Internal_mac_address
requirements:
device_id:
get_attribute:
- FSB1
- - device_id
+ - att
network:
get_input:
- port_FSB2_Internal_network
private String unit;
private AggregationFunction aggregationFunction;
private String time;
+ //Defined and used only to find parent(EP/LKG) of Limit. Not to be persisted in DB and License
+ // Xmls
+ private String parent;
public LimitEntity() {
}
}
public void setAggregationFunction(
- AggregationFunction aggregationFunction) {
+ AggregationFunction aggregationFunction) {
this.aggregationFunction = aggregationFunction;
}
this.value = value;
}
- @Override
+ //Defined and used only to find parent(EP/LKG) of Limit. Not to be persisted in DB and License
+ // Xmls
+ public String getParent() {
+ return parent;
+ }
+
+ public void setParent(String parent) {
+ this.parent = parent;
+ }
+
+ @Override
public int hashCode() {
return Objects.hash(vendorLicenseModelId, version, epLkgId, id, name, description, type,
- metric, unit, time, aggregationFunction, value);
+ metric, unit, time, aggregationFunction, value);
}
@Override
}
LimitEntity that = (LimitEntity) obj;
return Objects.equals(that.unit, unit)
- && Objects.equals(that.value, value)
- && Objects.equals(vendorLicenseModelId, that.vendorLicenseModelId)
- && Objects.equals(epLkgId, that.epLkgId)
- && Objects.equals(id, that.id)
- && Objects.equals(name, that.name)
- && Objects.equals(description, that.description)
- && Objects.equals(type, that.type)
- && Objects.equals(metric, that.metric)
- && Objects.equals(aggregationFunction, that.aggregationFunction);
+ && Objects.equals(that.value, value)
+ && Objects.equals(vendorLicenseModelId, that.vendorLicenseModelId)
+ && Objects.equals(epLkgId, that.epLkgId)
+ && Objects.equals(id, that.id)
+ && Objects.equals(name, that.name)
+ && Objects.equals(description, that.description)
+ && Objects.equals(type, that.type)
+ && Objects.equals(metric, that.metric)
+ && Objects.equals(aggregationFunction, that.aggregationFunction);
}
@Override
public String toString() {
return "LimitEntity{"
- + "vendorLicenseModelId='" + vendorLicenseModelId + '\''
- + ", version=" + version
- + ", epLkgId=" + epLkgId
- + ", id='" + id + '\''
- + ", name='" + name + '\''
- + ", description='" + description + '\''
- + ", type=" + type
- + ", metric=" + metric
- + ", value='" + value + '\''
- + ", unit='" + unit + '\''
- + ", aggregationFunction=" + aggregationFunction
- + ", time=" + time
-
- + '}';
+ + "vendorLicenseModelId='" + vendorLicenseModelId + '\''
+ + ", version=" + version
+ + ", epLkgId=" + epLkgId
+ + ", id='" + id + '\''
+ + ", name='" + name + '\''
+ + ", description='" + description + '\''
+ + ", type=" + type
+ + ", metric=" + metric
+ + ", value='" + value + '\''
+ + ", unit='" + unit + '\''
+ + ", aggregationFunction=" + aggregationFunction
+ + ", time=" + time
+
+ + '}';
}
}
public interface HealingService {
- // VersionableEntity heal(VersionableEntity toHeal, String user);
VersionableEntity heal(VersionableEntity toHeal, String user);
+
+ void persistNoHealing(VersionableEntity alreadyHealed);
}
package org.openecomp.sdc.vendorlicense.healing.impl;
-import org.openecomp.sdc.common.utils.CommonUtil;
import org.openecomp.sdc.datatypes.error.ErrorLevel;
import org.openecomp.sdc.logging.context.impl.MdcDataDebugMessage;
import org.openecomp.sdc.logging.context.impl.MdcDataErrorMessage;
public class SimpleHealingServiceImpl implements HealingService {
private static final EntitlementPoolDao entitlementPoolDao =
- EntitlementPoolDaoFactory.getInstance().createInterface();
+ EntitlementPoolDaoFactory.getInstance().createInterface();
private static final LicenseKeyGroupDao licenseKeyGroupDao =
- LicenseKeyGroupDaoFactory.getInstance().createInterface();
+ LicenseKeyGroupDaoFactory.getInstance().createInterface();
private static MdcDataDebugMessage mdcDataDebugMessage = new MdcDataDebugMessage();
@Override
return handleMissingVersionId(toHeal, user);
}
+ @Override
+ public void persistNoHealing(VersionableEntity alreadyHealed) {
+ if (alreadyHealed instanceof EntitlementPoolEntity) {
+ entitlementPoolDao.update((EntitlementPoolEntity) alreadyHealed);
+ } else if (alreadyHealed instanceof LicenseKeyGroupEntity) {
+ licenseKeyGroupDao.update((LicenseKeyGroupEntity) alreadyHealed);
+ }
+ }
+
private VersionableEntity handleMissingVersionId(VersionableEntity toHeal, String user) {
licenseKeyGroupDao.update((LicenseKeyGroupEntity) toHeal);
} else {
MdcDataErrorMessage.createErrorMessageAndUpdateMdc(LoggerConstants.TARGET_ENTITY_DB,
- LoggerTragetServiceName.SELF_HEALING, ErrorLevel.ERROR.name(),
- LoggerErrorCode.DATA_ERROR.getErrorCode(), LoggerErrorDescription.UNSUPPORTED_OPERATION);
+ LoggerTragetServiceName.SELF_HEALING, ErrorLevel.ERROR.name(),
+ LoggerErrorCode.DATA_ERROR.getErrorCode(), LoggerErrorDescription.UNSUPPORTED_OPERATION);
throw new UnsupportedOperationException(
- "Unsupported operation for 1610 release/1607->1610 migration.");
- //todo maybe errorbuilder?
+ "Unsupported operation for 1610 release/1607->1610 migration.");
}
mdcDataDebugMessage.debugExitMessage(null, null);
import org.apache.commons.collections.CollectionUtils;
import org.openecomp.core.utilities.file.FileContentHandler;
-import org.openecomp.sdc.common.utils.CommonUtil;
import org.openecomp.sdc.logging.context.impl.MdcDataDebugMessage;
import org.openecomp.sdc.vendorlicense.HealingServiceFactory;
import org.openecomp.sdc.vendorlicense.dao.types.EntitlementPoolEntity;
import org.openecomp.sdc.vendorlicense.dao.types.FeatureGroupEntity;
import org.openecomp.sdc.vendorlicense.dao.types.FeatureGroupModel;
import org.openecomp.sdc.vendorlicense.dao.types.LicenseKeyGroupEntity;
-import org.openecomp.sdc.vendorlicense.dao.types.LimitEntity;
import org.openecomp.sdc.vendorlicense.facade.VendorLicenseFacade;
import org.openecomp.sdc.vendorlicense.facade.VendorLicenseFacadeFactory;
import org.openecomp.sdc.vendorlicense.healing.HealingService;
import org.openecomp.sdc.vendorlicense.licenseartifacts.VendorLicenseArtifactsService;
import org.openecomp.sdc.vendorlicense.licenseartifacts.impl.types.VendorLicenseArtifact;
import org.openecomp.sdc.vendorlicense.licenseartifacts.impl.types.VnfLicenseArtifact;
-import org.openecomp.sdc.vendorlicense.licenseartifacts.impl.util.VendorLicenseArtifactsServiceUtils;
import org.openecomp.sdc.versioning.dao.types.Version;
import java.util.Collection;
import static org.openecomp.sdc.vendorlicense.VendorLicenseConstants.VENDOR_LICENSE_MODEL_ARTIFACT_NAME_WITH_PATH;
import static org.openecomp.sdc.vendorlicense.VendorLicenseConstants.VNF_ARTIFACT_NAME_WITH_PATH;
+import static org.openecomp.sdc.vendorlicense.licenseartifacts.impl.util.VendorLicenseArtifactsServiceUtils.filterChangedEntities;
+import static org.openecomp.sdc.vendorlicense.licenseartifacts.impl.util.VendorLicenseArtifactsServiceUtils.getFinalVersionsForVlm;
+import static org.openecomp.sdc.vendorlicense.licenseartifacts.impl.util.VendorLicenseArtifactsServiceUtils.getVendorName;
+import static org.openecomp.sdc.vendorlicense.licenseartifacts.impl.util.VendorLicenseArtifactsServiceUtils.healEPs;
+import static org.openecomp.sdc.vendorlicense.licenseartifacts.impl.util.VendorLicenseArtifactsServiceUtils.healLkgs;
+import static org.openecomp.sdc.vendorlicense.licenseartifacts.impl.util.VendorLicenseArtifactsServiceUtils.prepareForFiltering;
public class VendorLicenseArtifactsServiceImpl implements VendorLicenseArtifactsService {
public static final VendorLicenseFacade vendorLicenseFacade =
- VendorLicenseFacadeFactory.getInstance().createInterface();
+ VendorLicenseFacadeFactory.getInstance().createInterface();
public static final HealingService healingService =
- HealingServiceFactory.getInstance().createInterface();
+ HealingServiceFactory.getInstance().createInterface();
private static MdcDataDebugMessage mdcDataDebugMessage = new MdcDataDebugMessage();
- static byte[] createVnfArtifact(String vspId, String vlmId, Version vlmVersion, String vendorName,
- List<String> featureGroups, String user) {
+ private static byte[] createVnfArtifact(String vspId, String vlmId, Version vlmVersion,
+ String vendorName,
+ List<String> featureGroups, String user) {
mdcDataDebugMessage.debugEntryMessage("VLM name", vendorName);
artifact.setVspId(vspId);
artifact.setVendorName(vendorName);
- if(featureGroups != null) {
+ if (featureGroups != null) {
for (String featureGroupId : featureGroups) {
FeatureGroupModel featureGroupModel = vendorLicenseFacade
- .getFeatureGroupModel(new FeatureGroupEntity(vlmId, vlmVersion, featureGroupId), user);
- Set<EntitlementPoolEntity> entitlementPoolEntities = featureGroupModel.getEntitlementPools();
- for(EntitlementPoolEntity entitlementPoolEntity : entitlementPoolEntities){
+ .getFeatureGroupModel(new FeatureGroupEntity(vlmId, vlmVersion, featureGroupId), user);
+ Set<EntitlementPoolEntity> entitlementPoolEntities =
+ featureGroupModel.getEntitlementPools();
+ for (EntitlementPoolEntity entitlementPoolEntity : entitlementPoolEntities) {
entitlementPoolEntity.setLimits(vendorLicenseFacade.listLimits(vlmId, vlmVersion,
- entitlementPoolEntity.getId(), user));
+ entitlementPoolEntity.getId(), user));
entitlementPoolEntity.setManufacturerReferenceNumber(featureGroupModel.
- getEntityManufacturerReferenceNumber());
+ getEntityManufacturerReferenceNumber());
}
- Set<LicenseKeyGroupEntity> licenseKeyGroupEntities = featureGroupModel.getLicenseKeyGroups();
- for(LicenseKeyGroupEntity licenseKeyGroupEntity : licenseKeyGroupEntities){
+ Set<LicenseKeyGroupEntity> licenseKeyGroupEntities =
+ featureGroupModel.getLicenseKeyGroups();
+ for (LicenseKeyGroupEntity licenseKeyGroupEntity : licenseKeyGroupEntities) {
licenseKeyGroupEntity.setLimits(vendorLicenseFacade.listLimits(vlmId, vlmVersion,
- licenseKeyGroupEntity.getId(), user));
+ licenseKeyGroupEntity.getId(), user));
licenseKeyGroupEntity.setManufacturerReferenceNumber(featureGroupModel.
- getEntityManufacturerReferenceNumber());
+ getEntityManufacturerReferenceNumber());
}
featureGroupModel.setEntitlementPools(entitlementPoolEntities.stream().map(
- entitlementPoolEntity -> (EntitlementPoolEntity) healingService
- .heal(entitlementPoolEntity, user)).collect(Collectors.toSet()));
+ entitlementPoolEntity -> (EntitlementPoolEntity) healingService
+ .heal(entitlementPoolEntity, user)).collect(Collectors.toSet()));
featureGroupModel.setLicenseKeyGroups(licenseKeyGroupEntities.stream().map(
- licenseKeyGroupEntity -> (LicenseKeyGroupEntity) healingService
- .heal(licenseKeyGroupEntity, user)).collect(Collectors.toSet()));
+ licenseKeyGroupEntity -> (LicenseKeyGroupEntity) healingService
+ .heal(licenseKeyGroupEntity, user)).collect(Collectors.toSet()));
artifact.getFeatureGroups().add(featureGroupModel);
}
}
return artifact.toXml().getBytes();
}
- static byte[] createVendorLicenseArtifact(String vlmId, String vendorName, String user) {
+ private static byte[] createVendorLicenseArtifact(String vlmId, String vendorName, String user) {
mdcDataDebugMessage.debugEntryMessage("VLM name", vendorName);
Set<EntitlementPoolEntity> entitlementPoolEntities = new HashSet<>();
Set<LicenseKeyGroupEntity> licenseKeyGroupEntities = new HashSet<>();
- List<Version> finalVersions = VendorLicenseArtifactsServiceUtils.getFinalVersionsForVlm(vlmId);
+ List<Version> finalVersions = getFinalVersionsForVlm(vlmId);
for (Version finalVersion : finalVersions) {
Collection<EntitlementPoolEntity> coll = vendorLicenseFacade.listEntitlementPools(vlmId,
- finalVersion, user);
- coll.stream().forEach( entitlementPoolEntity -> {
+ finalVersion, user);
+ coll.stream().forEach(entitlementPoolEntity -> {
entitlementPoolEntity.setLimits(vendorLicenseFacade.listLimits(vlmId, finalVersion,
- entitlementPoolEntity.getId(), user));
+ entitlementPoolEntity.getId(), user));
Optional<String> manufacturerReferenceNumber = getFeatureGroupManufactureRefNumber
- (entitlementPoolEntity.getReferencingFeatureGroups(), vlmId, finalVersion, user);
- manufacturerReferenceNumber.ifPresent(mrn -> entitlementPoolEntity
- .setManufacturerReferenceNumber(mrn));
+ (entitlementPoolEntity.getReferencingFeatureGroups(), vlmId, finalVersion, user);
+ manufacturerReferenceNumber
+ .ifPresent(entitlementPoolEntity::setManufacturerReferenceNumber);
});
entitlementPoolEntities.addAll(coll);
Collection<LicenseKeyGroupEntity> coll2 = vendorLicenseFacade.listLicenseKeyGroups(vlmId,
- finalVersion, user);
+ finalVersion, user);
- coll2.stream().forEach( licenseKeyGroupEntity -> {
+ coll2.stream().forEach(licenseKeyGroupEntity -> {
licenseKeyGroupEntity.setLimits(vendorLicenseFacade.listLimits(vlmId, finalVersion,
- licenseKeyGroupEntity.getId(), user));
+ licenseKeyGroupEntity.getId(), user));
Optional<String> manufacturerReferenceNumber = getFeatureGroupManufactureRefNumber
- (licenseKeyGroupEntity.getReferencingFeatureGroups(), vlmId, finalVersion, user);
- manufacturerReferenceNumber.ifPresent(mrn -> licenseKeyGroupEntity
- .setManufacturerReferenceNumber(mrn));
+ (licenseKeyGroupEntity.getReferencingFeatureGroups(), vlmId, finalVersion, user);
+ manufacturerReferenceNumber
+ .ifPresent(licenseKeyGroupEntity::setManufacturerReferenceNumber);
});
licenseKeyGroupEntities.addAll(coll2);
}
- entitlementPoolEntities = VendorLicenseArtifactsServiceUtils
- .healEPs(user,
- VendorLicenseArtifactsServiceUtils.filterChangedEntities(entitlementPoolEntities));
- licenseKeyGroupEntities = VendorLicenseArtifactsServiceUtils
- .healLkgs(user,
- VendorLicenseArtifactsServiceUtils.filterChangedEntities(licenseKeyGroupEntities));
-
+ entitlementPoolEntities =
+ healEPs(user, filterChangedEntities(prepareForFiltering(entitlementPoolEntities, user,
+ true)));
+ licenseKeyGroupEntities =
+ healLkgs(user, filterChangedEntities(prepareForFiltering(licenseKeyGroupEntities, user,
+ false)));
vendorLicenseArtifact.setEntitlementPoolEntities(entitlementPoolEntities);
vendorLicenseArtifact.setLicenseKeyGroupEntities(licenseKeyGroupEntities);
}
private static Optional<String> getFeatureGroupManufactureRefNumber(Set<String> featureGroupIds,
- String vlmId, Version finalVersion, String user) {
+ String vlmId,
+ Version finalVersion,
+ String user) {
String manufactureReferenceNumber = null;
if (CollectionUtils.isNotEmpty(featureGroupIds)) {
Object[] featureGroupIdsList = featureGroupIds.toArray();
- if (featureGroupIdsList != null && featureGroupIdsList.length > 0) {
+ if (featureGroupIdsList.length > 0) {
FeatureGroupEntity featureGroup =
- vendorLicenseFacade.getFeatureGroup(new FeatureGroupEntity(vlmId, finalVersion,
- featureGroupIdsList[0].toString()), user);
+ vendorLicenseFacade.getFeatureGroup(new FeatureGroupEntity(vlmId, finalVersion,
+ featureGroupIdsList[0].toString()), user);
manufactureReferenceNumber = featureGroup != null ? featureGroup
- .getManufacturerReferenceNumber() : null;
+ .getManufacturerReferenceNumber() : null;
}
}
return manufactureReferenceNumber != null ? Optional.of(manufactureReferenceNumber) :
- Optional.empty();
+ Optional.empty();
}
/**
* Create License Artifacts.
- * @param vspId vspId
- * @param vlmId vlmId
- * @param vlmVersion vlmVersion
+ *
+ * @param vspId vspId
+ * @param vlmId vlmId
+ * @param vlmVersion vlmVersion
* @param featureGroups featureGroups
- * @param user user
+ * @param user user
* @return FileContentHandler
*/
public FileContentHandler createLicenseArtifacts(String vspId, String vlmId, Version vlmVersion,
mdcDataDebugMessage.debugEntryMessage("VSP Id", vspId);
FileContentHandler artifacts = new FileContentHandler();
- String vendorName = VendorLicenseArtifactsServiceUtils.getVendorName(vlmId, user);
+ String vendorName = getVendorName(vlmId, user);
artifacts.addFile(VNF_ARTIFACT_NAME_WITH_PATH,
- createVnfArtifact(vspId, vlmId, vlmVersion, vendorName, featureGroups, user));
+ createVnfArtifact(vspId, vlmId, vlmVersion, vendorName, featureGroups, user));
artifacts.addFile(VENDOR_LICENSE_MODEL_ARTIFACT_NAME_WITH_PATH,
- createVendorLicenseArtifact(vlmId, vendorName, user));
+ createVendorLicenseArtifact(vlmId, vendorName, user));
mdcDataDebugMessage.debugExitMessage("VSP Id", vspId);
public class VendorLicenseArtifactsServiceUtils {
private static final HealingService healingService =
- HealingServiceFactory.getInstance().createInterface();
+ HealingServiceFactory.getInstance().createInterface();
/**
* maps the entities by id
*
* @return a Map of id -> list of versionable entities with that id
*/
- static MultiValuedMap<String, VersionableEntity> mapById(
- Collection<? extends VersionableEntity> versionableEntities) {
+ private static MultiValuedMap<String, VersionableEntity> mapById(
+ Collection<? extends VersionableEntity> versionableEntities) {
MultiValuedMap<String, VersionableEntity> mappedById = new ArrayListValuedHashMap<>();
for (VersionableEntity ve : versionableEntities) {
mappedById.put(ve.getId(), ve);
/**
* For all entities with same id, only entities that differ from one another will be returned.
* If no change has occured, the entity with the earlier VLM version will be returned.
- * If only one version of said entitity exists it will be returned
- * @param versionableEntities
+ * If only one version of said entities exists it will be returned
* @return a list of entities that has been changed
*/
public static List<VersionableEntity> filterChangedEntities(
- Collection<? extends VersionableEntity> versionableEntities) {
+ Collection<? extends VersionableEntity> versionableEntities) {
MultiValuedMap<String, VersionableEntity> entitiesById = mapById(
- versionableEntities);
+ versionableEntities);
MultiValuedMap<String, VersionableEntity> entitiesByVersionUuId =
- new ArrayListValuedHashMap<>();
+ new ArrayListValuedHashMap<>();
List<VersionableEntity> changedOnly = new ArrayList<>();
for (String epId : entitiesById.keySet()) {
//for every list of eps which have the same uuid, get the one with the earliest vlm version.
for (String versionUid : entitiesByVersionUuId.keySet()) {
List<VersionableEntity> versionableEntitiesForUuid =
- (List<VersionableEntity>) entitiesByVersionUuId.get(versionUid);
+ (List<VersionableEntity>) entitiesByVersionUuId.get(versionUid);
versionableEntitiesForUuid.sort(new VersionableEntitySortByVlmMajorVersion());
changedOnly.add(versionableEntitiesForUuid.get(0));
}
Set<LicenseKeyGroupEntity> healed = new HashSet<>();
for (VersionableEntity licenseKeyGroupEntity : licenseKeyGroupEntities) {
healed.add((LicenseKeyGroupEntity) VendorLicenseArtifactsServiceImpl.healingService
- .heal(licenseKeyGroupEntity, user));
+ .heal(licenseKeyGroupEntity, user));
}
return healed;
Set<EntitlementPoolEntity> healed = new HashSet<>();
for (VersionableEntity entitlementPoolEntity : entitlementPoolEntities) {
healed.add((EntitlementPoolEntity) VendorLicenseArtifactsServiceImpl.healingService
- .heal(entitlementPoolEntity, user));
+ .heal(entitlementPoolEntity, user));
}
return healed;
public static List<Version> getFinalVersionsForVlm(String vlmId) {
VersionInfo versionInfo =
- VendorLicenseArtifactsServiceImpl.vendorLicenseFacade
- .getVersionInfo(vlmId, VersionableEntityAction.Read, "");
+ VendorLicenseArtifactsServiceImpl.vendorLicenseFacade
+ .getVersionInfo(vlmId, VersionableEntityAction.Read, "");
return versionInfo.getFinalVersions();
}
public static String getVendorName(String vendorLicenseModelId, String user) {
return VendorLicenseArtifactsServiceImpl.vendorLicenseFacade
- .getVendorLicenseModel(vendorLicenseModelId, null, user)
- .getVendorLicenseModel().getVendorName();
+ .getVendorLicenseModel(vendorLicenseModelId, null, user)
+ .getVendorLicenseModel().getVendorName();
}
+
+
+ /**
+ * Written to handle the consequences of ATTASDC-4780 where version_uuid was not saved or
+ * retrieved correctly by DAO for EPs and LKGs. Performs a healing of sorts according to the
+ * following : 1. all versions of a specific entity (EP or LKG that have the same invariant_uuid)
+ * are ordered by their VLM version 2. first element is sent to healing (which will set a
+ * versionUUID for it IF it doesnt exist) 3. each subsequent element is compared to previous . If
+ * same, UUID is copied from the previous element , if they differ - the current element is sent
+ * to healing as before. For VLMs created post-bugfix this code should not update any element
+ */
+ public static Collection<? extends VersionableEntity> prepareForFiltering(Collection<? extends
+ VersionableEntity> versionableEntities, String user, boolean isEP) {
+ MultiValuedMap<String, VersionableEntity> entitiesById = mapById(
+ versionableEntities);
+
+ for (String epId : entitiesById.keySet()) {
+ List<VersionableEntity> versionableEntitiesForId = new ArrayList<>();
+ versionableEntitiesForId.addAll(entitiesById.get(epId));
+ versionableEntitiesForId.sort(new VersionableEntitySortByVlmMajorVersion());
+ healingService.heal(versionableEntitiesForId.get(0), user);
+ for (int i = 1; i < versionableEntitiesForId.size(); i++) {
+ if (isEP) {
+ EntitlementPoolEntity current = (EntitlementPoolEntity) versionableEntitiesForId.get(i);
+ EntitlementPoolEntity previous = (EntitlementPoolEntity) versionableEntitiesForId
+ .get(i - 1);
+ if (current.equals(previous) && current.getVersionUuId() == null) {
+ current.setVersionUuId(previous.getVersionUuId());
+ healingService.persistNoHealing(current);
+ } else {
+ versionableEntitiesForId.set(i, healingService.heal(versionableEntitiesForId.get(i),
+ user));
+ }
+
+ } else {
+ LicenseKeyGroupEntity current = (LicenseKeyGroupEntity) versionableEntitiesForId.get(i);
+ LicenseKeyGroupEntity previous = (LicenseKeyGroupEntity) versionableEntitiesForId
+ .get(i - 1);
+ if (current.equals(previous) && current.getVersionUuId() == null) {
+ current.setVersionUuId(previous.getVersionUuId());
+ healingService.persistNoHealing(current);
+ } else {
+ versionableEntitiesForId.set(i, healingService.heal(versionableEntitiesForId.get(i),
+ user));
+ }
+
+
+ }
+ }
+ }
+ return versionableEntities;
+ }
+
+
}
public class CompositionEntityDataManagerImpl implements CompositionEntityDataManager {
private static final String COMPOSITION_ENTITY_DATA_MANAGER_ERR =
- "COMPOSITION_ENTITY_DATA_MANAGER_ERR";
+ "COMPOSITION_ENTITY_DATA_MANAGER_ERR";
private static final String COMPOSITION_ENTITY_DATA_MANAGER_ERR_MSG =
- "Invalid input: %s may not be null";
+ "Invalid input: %s may not be null";
private static final Logger logger =
- LoggerFactory.getLogger(CompositionEntityDataManagerImpl.class);
+ LoggerFactory.getLogger(CompositionEntityDataManagerImpl.class);
private static MdcDataDebugMessage mdcDataDebugMessage = new MdcDataDebugMessage();
private Map<CompositionEntityId, CompositionEntityData> entities = new HashMap<>();
if (entity == null) {
throw new CoreException(
- new ErrorCode.ErrorCodeBuilder().withCategory(ErrorCategory.APPLICATION)
- .withId(COMPOSITION_ENTITY_DATA_MANAGER_ERR).withMessage(
- String.format(COMPOSITION_ENTITY_DATA_MANAGER_ERR_MSG, "composition entity"))
- .build());
+ new ErrorCode.ErrorCodeBuilder().withCategory(ErrorCategory.APPLICATION)
+ .withId(COMPOSITION_ENTITY_DATA_MANAGER_ERR).withMessage(
+ String.format(COMPOSITION_ENTITY_DATA_MANAGER_ERR_MSG, "composition entity"))
+ .build());
}
if (schemaTemplateContext == null) {
throw new CoreException(
- new ErrorCode.ErrorCodeBuilder().withCategory(ErrorCategory.APPLICATION)
- .withId(COMPOSITION_ENTITY_DATA_MANAGER_ERR).withMessage(
- String.format(COMPOSITION_ENTITY_DATA_MANAGER_ERR_MSG, "schema template context"))
- .build());
+ new ErrorCode.ErrorCodeBuilder().withCategory(ErrorCategory.APPLICATION)
+ .withId(COMPOSITION_ENTITY_DATA_MANAGER_ERR).withMessage(
+ String.format(COMPOSITION_ENTITY_DATA_MANAGER_ERR_MSG, "schema template context"))
+ .build());
}
CompositionEntityValidationData validationData =
- new CompositionEntityValidationData(entity.getType(), entity.getId());
+ new CompositionEntityValidationData(entity.getType(), entity.getId());
String json =
- schemaTemplateContext == SchemaTemplateContext.composition ? entity.getCompositionData()
- : entity.getQuestionnaireData();
+ schemaTemplateContext == SchemaTemplateContext.composition ? entity.getCompositionData()
+ : entity.getQuestionnaireData();
validationData.setErrors(JsonUtil.validate(
- json == null ? JsonUtil.object2Json(new Object()) : json,
- generateSchema(schemaTemplateContext, entity.getType(), schemaTemplateInput)));
+ json == null ? JsonUtil.object2Json(new Object()) : json,
+ generateSchema(schemaTemplateContext, entity.getType(), schemaTemplateInput)));
mdcDataDebugMessage.debugExitMessage(null);
return validationData;
public void addEntity(CompositionEntity entity, SchemaTemplateInput schemaTemplateInput) {
if (entity == null) {
throw new CoreException(
- new ErrorCode.ErrorCodeBuilder().withCategory(ErrorCategory.APPLICATION)
- .withId(COMPOSITION_ENTITY_DATA_MANAGER_ERR).withMessage(
- String.format(COMPOSITION_ENTITY_DATA_MANAGER_ERR_MSG, "composition entity"))
- .build());
+ new ErrorCode.ErrorCodeBuilder().withCategory(ErrorCategory.APPLICATION)
+ .withId(COMPOSITION_ENTITY_DATA_MANAGER_ERR).withMessage(
+ String.format(COMPOSITION_ENTITY_DATA_MANAGER_ERR_MSG, "composition entity"))
+ .build());
}
entities.put(entity.getCompositionEntityId(),
- new CompositionEntityData(entity, schemaTemplateInput));
+ new CompositionEntityData(entity, schemaTemplateInput));
}
/**
@Override
public void buildTrees() {
Map<CompositionEntityId, CompositionEntityValidationData> entitiesValidationData =
- new HashMap<>();
+ new HashMap<>();
entities.entrySet().forEach(
- entry -> addValidationDataEntity(entitiesValidationData, entry.getKey(),
- entry.getValue().entity));
+ entry -> addValidationDataEntity(entitiesValidationData, entry.getKey(),
+ entry.getValue().entity));
}
public Collection<CompositionEntityValidationData> getTrees() {
}
Collection<CompositionEntityValidationData> subEntitiesValidationData =
- entity.getSubEntitiesValidationData();
+ entity.getSubEntitiesValidationData();
return !CollectionUtils.isEmpty(subEntitiesValidationData) &&
- checkForErrorsInChildren(subEntitiesValidationData);
+ checkForErrorsInChildren(subEntitiesValidationData);
}
private boolean checkForErrorsInChildren(
- Collection<CompositionEntityValidationData> subEntitiesValidationData) {
+ Collection<CompositionEntityValidationData> subEntitiesValidationData) {
boolean result = false;
for (CompositionEntityValidationData subEntity : subEntitiesValidationData) {
if (CollectionUtils.isNotEmpty(subEntity.getErrors())) {
//component.setId(CommonMethods.nextUuId()); will be set by the dao
component.setQuestionnaireData(
- new JsonSchemaDataGenerator(
- generateSchema(SchemaTemplateContext.questionnaire, CompositionEntityType.component,
- null))
- .generateData());
+ new JsonSchemaDataGenerator(
+ generateSchema(SchemaTemplateContext.questionnaire, CompositionEntityType.component,
+ null))
+ .generateData());
componentDao.create(component);
//nic.setId(CommonMethods.nextUuId()); will be set by the dao
nic.setQuestionnaireData(
- new JsonSchemaDataGenerator(
- generateSchema(SchemaTemplateContext.questionnaire, CompositionEntityType.nic, null))
- .generateData());
+ new JsonSchemaDataGenerator(
+ generateSchema(SchemaTemplateContext.questionnaire, CompositionEntityType.nic, null))
+ .generateData());
nicDao.create(nic);
public void getEntityListWithErrors(CompositionEntityValidationData entity,
Set<CompositionEntityValidationData> compositionSet) {
Collection<CompositionEntityValidationData> childNodes =
- entity.getSubEntitiesValidationData();
+ entity.getSubEntitiesValidationData();
if (CollectionUtils.isEmpty(childNodes)) {
return;
public void addNodeWithErrors(CompositionEntityValidationData node,
Set<CompositionEntityValidationData> entitiesWithErrors) {
CompositionEntityValidationData compositionNodeToAdd = new CompositionEntityValidationData(node
- .getEntityType(), node.getEntityId());
+ .getEntityType(), node.getEntityId());
compositionNodeToAdd.setErrors(node.getErrors());
compositionNodeToAdd.setSubEntitiesValidationData(null);
private CompositionEntityData getCompositionEntityDataById(CompositionEntityValidationData
- entity) {
+ entity) {
for (Map.Entry<CompositionEntityId, CompositionEntityData> entityEntry : entities
- .entrySet()) {
+ .entrySet()) {
if (entityEntry.getKey().getId().equals(entity.getEntityId())) {
return entityEntry.getValue();
}
private void updateValidationCompositionEntityName(Set<CompositionEntityValidationData>
- compositionSet) {
+ compositionSet) {
for (CompositionEntityValidationData entity : compositionSet) {
String compositionData = getCompositionDataAsString(entity);
if (entity.getEntityType().equals(CompositionEntityType.vsp) ||
- Objects.nonNull(compositionData)) {
+ Objects.nonNull(compositionData)) {
entity.setEntityName(getEntityNameByEntityType(compositionData, entity));
}
}
Network network = JsonUtil.json2Object(compositionData, Network.class);
return network.getName();
+ case image:
+ Image image = JsonUtil.json2Object(compositionData, Image.class);
+ return image.getFileName();
+
case vsp:
CompositionEntityData vspEntity = getCompositionEntityDataById(entity);
VspQuestionnaireEntity vspQuestionnaireEntity = (VspQuestionnaireEntity) vspEntity.entity;
VspDetails vspDetails =
- vspInfoDao.get(new VspDetails(vspQuestionnaireEntity.getId(),
- vspQuestionnaireEntity.getVersion()));
+ vspInfoDao.get(new VspDetails(vspQuestionnaireEntity.getId(),
+ vspQuestionnaireEntity.getVersion()));
return vspDetails.getName();
}
if (hasChildren(node)) {
Collection<CompositionEntityValidationData> subNodes =
- new ArrayList<>(node.getSubEntitiesValidationData());
+ new ArrayList<>(node.getSubEntitiesValidationData());
subNodes.forEach(subNode -> removeNodesWithoutErrors(subNode, node));
node.setSubEntitiesValidationData(subNodes);
private void addValidationDataEntity(
- Map<CompositionEntityId, CompositionEntityValidationData> entitiesValidationData,
- CompositionEntityId entityId, CompositionEntity entity) {
+ Map<CompositionEntityId, CompositionEntityValidationData> entitiesValidationData,
+ CompositionEntityId entityId, CompositionEntity entity) {
if (entitiesValidationData.containsKey(entityId)) {
return;
}
CompositionEntityValidationData validationData =
- new CompositionEntityValidationData(entity.getType(), entity.getId());
+ new CompositionEntityValidationData(entity.getType(), entity.getId());
entitiesValidationData.put(entityId, validationData);
CompositionEntityId parentEntityId = entityId.getParentId();
if (node.getSubEntitiesValidationData() != null) {
node.getSubEntitiesValidationData()
- .forEach(subNode -> addErrorsToTree(subNode, nodeId, errors));
+ .forEach(subNode -> addErrorsToTree(subNode, nodeId, errors));
}
}
private Collection<String> validateQuestionnaire(CompositionEntityData compositionEntityData) {
logger.debug(String.format("validateQuestionnaire start: " +
- "[entity.type]=%s, [entity.id]=%s, [entity.questionnaireString]=%s",
- compositionEntityData.entity.getType().name(),
- compositionEntityData.entity.getCompositionEntityId().toString(),
- compositionEntityData.entity.getQuestionnaireData()));
+ "[entity.type]=%s, [entity.id]=%s, [entity.questionnaireString]=%s",
+ compositionEntityData.entity.getType().name(),
+ compositionEntityData.entity.getCompositionEntityId().toString(),
+ compositionEntityData.entity.getQuestionnaireData()));
+
+ if(Objects.isNull(compositionEntityData.entity.getQuestionnaireData()) || !JsonUtil.isValidJson
+ (compositionEntityData.entity.getQuestionnaireData())){
+ List<String> errors = new ArrayList<>();
+ errors.add("Data is missing for the above " + compositionEntityData.entity.getType() +
+ ". Complete the mandatory fields and resubmit.");
+ return errors;
+ }
return JsonUtil.validate(
- compositionEntityData.entity.getQuestionnaireData() == null
- ? JsonUtil.object2Json(new Object())
- : compositionEntityData.entity.getQuestionnaireData(),
- getSchema(compositionEntityData.entity.getType(), SchemaTemplateContext.questionnaire,
- compositionEntityData.schemaTemplateInput));
+ compositionEntityData.entity.getQuestionnaireData() == null
+ ? JsonUtil.object2Json(new Object())
+ : compositionEntityData.entity.getQuestionnaireData(),
+ getSchema(compositionEntityData.entity.getType(), SchemaTemplateContext.questionnaire,
+ compositionEntityData.schemaTemplateInput));
}
private String getSchema(CompositionEntityType compositionEntityType,
SchemaTemplateContext schemaTemplateContext,
SchemaTemplateInput schemaTemplateInput) {
return schemaTemplateInput == null
- ? nonDynamicSchemas.computeIfAbsent(compositionEntityType,
- k -> generateSchema(schemaTemplateContext, compositionEntityType, null))
- : generateSchema(schemaTemplateContext, compositionEntityType, schemaTemplateInput);
+ ? nonDynamicSchemas.computeIfAbsent(compositionEntityType,
+ k -> generateSchema(schemaTemplateContext, compositionEntityType, null))
+ : generateSchema(schemaTemplateContext, compositionEntityType, schemaTemplateInput);
}
private static class CompositionEntityData {
CompositionEntityType compositionEntityType,
SchemaTemplateInput schemaTemplateInput) {
return SchemaGenerator
- .generate(schemaTemplateContext, compositionEntityType, schemaTemplateInput);
+ .generate(schemaTemplateContext, compositionEntityType, schemaTemplateInput);
}
@Override
image.setId(CommonMethods.nextUuId());
image.setQuestionnaireData(
- new JsonSchemaDataGenerator(SchemaGenerator
- .generate(SchemaTemplateContext.questionnaire, CompositionEntityType.image, null))
- .generateData());
+ new JsonSchemaDataGenerator(SchemaGenerator
+ .generate(SchemaTemplateContext.questionnaire, CompositionEntityType.image, null))
+ .generateData());
imageDao.create(image);
mdcDataDebugMessage.debugExitMessage(null, null);
@Override
public ComputeEntity createCompute(ComputeEntity compute) {
mdcDataDebugMessage.debugEntryMessage("VSP id, component id", compute.getVspId(),
- compute.getComponentId());
+ compute.getComponentId());
compute.setId(CommonMethods.nextUuId());
compute.setQuestionnaireData(
- new JsonSchemaDataGenerator(SchemaGenerator
- .generate(SchemaTemplateContext.questionnaire, CompositionEntityType.compute,
- null)).generateData());
+ new JsonSchemaDataGenerator(SchemaGenerator
+ .generate(SchemaTemplateContext.questionnaire, CompositionEntityType.compute,
+ null)).generateData());
computeDao.create(compute);
mdcDataDebugMessage.debugExitMessage("VSP id, component id", compute.getVspId(),
- compute.getComponentId());
+ compute.getComponentId());
return compute;
}
public void saveComputesFlavorByComponent(String vspId, Version version, Component component, String
- componentId) {
+ componentId) {
if (CollectionUtils.isNotEmpty(component.getCompute())) {
for (ComputeData flavor : component.getCompute()) {
ComputeEntity computeEntity = new ComputeEntity(vspId, version, componentId, null);
}
public void saveImagesByComponent(String vspId, Version version, Component component, String
- componentId) {
+ componentId) {
if (CollectionUtils.isNotEmpty(component.getImages())) {
for (Image img : component.getImages()) {
ImageEntity imageEntity = new ImageEntity(vspId, version, componentId, null);
{
- "$schema": "http://json-schema.org/draft-04/schema#",
- "type": "object",
- "properties": {
- "model": {
- "type": "string",
- "maxLength": 30,
- "pattern": "^[A-Za-z0-9_,-]*$"
- },
- "description": {
- "type": "string",
+"$schema": "http://json-schema.org/draft-04/schema#",
+"type": "object",
+"properties": {
+"model": {
+"type": "string",
+"maxLength": 30
+},
+"description": {
+"type": "string",
- "maxLength": 300
- },
- "featureGroupId":{
- "type": "string",
- "enum": [<#if featureGroupIds??> <#list featureGroupIds as featureGroupId>
- "${featureGroupId}"<#sep>,</#list> </#if>
- ]
- },
- "componentComputeAssociations": {
- "type": "array",
- "properties": {
- "vfcid": {
- "type": "string"
- },
- "computeFlavorid": {
- "type": "string"
- }
- },
- "additionalProperties": false
- }
+"maxLength": 300
+},
+"featureGroupId":{
+"type": "string",
+"enum": [<#if featureGroupIds??> <#list featureGroupIds as featureGroupId>
+"${featureGroupId}"<#sep>,</#list> </#if>
+]
+},
+"componentComputeAssociations": {
+"type": "array",
+"properties": {
+"vfcid": {
+"type": "string"
+},
+"computeFlavorid": {
+"type": "string"
+}
+},
+"additionalProperties": false
+}
- },
- "additionalProperties": false,
- "required": [
- "model"
- ]
+},
+"additionalProperties": false,
+"required": [
+"model"
+]
}
\ No newline at end of file
#!/bin/bash
-###########################################################################################################
-# script name - cassandra2zusammen.sh
-# run script - ./cassandra2zusammen.sh
-# This script migrates ASDC 1st class citizen entities and their sub-entities from Cassandra to
-# Zusammen.
-# This script should be run when upgrading from 1702 to 1707
-###########################################################################################################
+OSTYPE=`uname -a | grep -iq ubuntu; echo $?`
+echo "${OSTYPE}"
+if [ ${OSTYPE} -eq 1 ]
+then
+ CONF_FILE_LOCATION="/opt/app/jetty/base/be/config/catalog-be/configuration.yaml"
+else
+ CONF_FILE_LOCATION="/apps/jetty/base/be/config/catalog-be/configuration.yaml"
+fi
+echo "Configuration file location: ${CONF_FILE_LOCATION}"
# change exist package and service templates in db
-java -Dlog.home=/apps/jetty/base/be/logs -Dconfiguration.yaml=/apps/jetty/base/be/config/catalog-be/configuration.yaml -jar openecomp-zusammen-tools-1.0-SNAPSHOT.jar org.openecomp.core.tools.main.ZusammenMainTool $1 $2 $3 $4 $5 $6
-STATUS="${?}" echo "${STATUS}" echo "All log messages for the zusammenMainTool migration process are in /apps/jetty/base/be/logs/ASDC/ASDC-BE/zusammen_tool_debug.log"
+java -Dlog.home=/apps/jetty/base/be/logs -Dconfiguration.yaml=${CONF_FILE_LOCATION} -jar openecomp-zusammen-tools-1.0-SNAPSHOT.jar org.openecomp.core.tools.main.ZusammenMainTool $1 $2 $3 $4 $5 $6
+STATUS="${?}" echo "${STATUS}"
\ No newline at end of file
"name": "dox-ui",
"version": "1.0.0",
"description": "",
- "author": "OPENECOMP",
+ "author": "ECOMP",
"license": "SEE LICENSE IN LICENSE",
"scripts": {
"start": "gulp dev && webpack-dev-server --progress",
"dependencies": {
"classnames": "^2.2.5",
"core-js": "^2.4.0",
- "d3": "^4.10.0",
+ "d3": "^3.5.16",
"dox-sequence-diagram-ui": "file:../dox-sequence-diagram-ui",
"intl": "^1.0.1",
"intl-format-cache": "^2.0.5",
"intl-messageformat": "^1.2.0",
"intl-relativeformat": "^1.2.0",
- "jquery": "^2.1.4",
"lodash": "^4.13.1",
"md5": "^2.1.0",
"randomstring": "^1.1.5",
<project xmlns="http://maven.apache.org/POM/4.0.0" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
- xsi:schemaLocation="http://maven.apache.org/POM/4.0.0 http://maven.apache.org/xsd/maven-4.0.0.xsd">
+ xsi:schemaLocation="http://maven.apache.org/POM/4.0.0 http://maven.apache.org/xsd/maven-4.0.0.xsd">
<modelVersion>4.0.0</modelVersion>
- <groupId>org.openecomp.sdc</groupId>
+ <groupId>com.att.asdc.onboarding</groupId>
<artifactId>onboarding-fe</artifactId>
<name>onboarding-ui-war</name>
+ <version>1.0-SNAPSHOT</version>
<packaging>war</packaging>
- <parent>
- <groupId>org.openecomp.sdc</groupId>
- <artifactId>sdc-onboarding</artifactId>
- <version>1.1.0-SNAPSHOT</version>
- <relativePath>../onboarding</relativePath>
- </parent>
-
<build>
<plugins>
- <!-- ============================================= -->
- <!-- Clean dist folder -->
- <!-- ============================================= -->
- <plugin>
- <artifactId>maven-clean-plugin</artifactId>
- <version>2.6.1</version>
- <executions>
- <execution>
- <id>clean.dist.folder</id>
- <phase>clean</phase>
- <goals>
- <goal>clean</goal>
- </goals>
- <configuration>
- <filesets>
- <fileset>
- <directory>${basedir}/dist</directory>
- </fileset>
- <fileset>
- <directory>${basedir}/node_modules</directory>
- </fileset>
- <fileset>
- <directory>${basedir}/../dox-sequence-diagram-ui/dist</directory>
- </fileset>
- <fileset>
- <directory>${basedir}/../dox-sequence-diagram-ui/node_modules</directory>
- </fileset>
- </filesets>
- </configuration>
- </execution>
- </executions>
- </plugin>
-
- <!-- ============================================= -->
- <!-- Build the UI module node code -->
- <!-- ============================================= -->
- <plugin>
- <groupId>com.github.eirslett</groupId>
- <artifactId>frontend-maven-plugin</artifactId>
- <version>1.4</version>
-
- <configuration>
- <installDirectory>${project.parent.parent.basedir}</installDirectory>
- </configuration>
-
- <executions>
-
- <execution>
- <id>install node and npm</id>
- <goals>
- <goal>install-node-and-npm</goal>
- </goals>
- <configuration>
- <nodeVersion>v6.9.5</nodeVersion>
- <npmVersion>3.10.10</npmVersion>
- </configuration>
- </execution>
-
- <execution>
- <id>npm set progress off</id>
- <goals>
- <goal>npm</goal>
- </goals>
- <configuration>
- <arguments>set progress=false</arguments>
- </configuration>
- </execution>
-
- <execution>
- <id>npm install in dox-sequence-diagram-ui</id>
- <goals>
- <goal>npm</goal>
- </goals>
- <configuration>
- <workingDirectory>${project.basedir}/../dox-sequence-diagram-ui</workingDirectory>
- <arguments>install</arguments>
- </configuration>
- </execution>
-
- <execution>
- <id>npm install</id>
- <goals>
- <goal>npm</goal>
- </goals>
- <configuration>
- <arguments>install</arguments>
- </configuration>
- </execution>
-
- <execution>
- <id>npm run build</id>
- <goals>
- <goal>npm</goal>
- </goals>
- <configuration>
- <arguments>run build -- --version=${project.version}</arguments>
- </configuration>
- </execution>
- </executions>
- </plugin>
-
- <plugin>
- <artifactId>maven-antrun-plugin</artifactId>
- <executions>
- <execution>
- <id>repack war</id>
- <phase>prepare-package</phase>
- <configuration>
- <tasks>
- <echo message="Building test environment"/>
- <unzip src="dist/onboarding.war" dest="${basedir}/target/dist">
- <patternset>
- <include name="**/*"/>
- </patternset>
- </unzip>
- </tasks>
- </configuration>
- <goals>
- <goal>run</goal>
- </goals>
- </execution>
- </executions>
- </plugin>
-
<plugin>
- <groupId>org.apache.maven.plugins</groupId>
<artifactId>maven-war-plugin</artifactId>
- <version>3.0.0</version>
<configuration>
+ <webXml>webapp-onboarding\WEB-INF\web.xml</webXml>
<webResources>
<resource>
- <directory>${basedir}/target/dist</directory>
+ <directory>external-resources/healthcheck</directory>
+ <includes>
+ <include>v1.0/healthcheck</include>
+ </includes>
</resource>
</webResources>
</configuration>
</plugins>
</build>
+
+ <profiles>
+
+ <profile>
+ <id>dox</id>
+ <activation>
+ <activeByDefault>true</activeByDefault>
+ </activation>
+
+ <properties>
+ <amdocs.repository.host>10.147.3.4</amdocs.repository.host>
+ <amdocs.repository.port>8081</amdocs.repository.port>
+ <amdocs.repository.address>${amdocs.repository.host}:${amdocs.repository.port}</amdocs.repository.address>
+ <amdocs.repository.updatePolicy.default>daily</amdocs.repository.updatePolicy.default>
+ </properties>
+ <repositories>
+
+ <repository>
+ <id>Amdocs</id>
+ <name>Amdocs public</name>
+ <url>http://${amdocs.repository.address}:${amdocs.repository.port}/nexus/content/groups/public/</url>
+ <releases>
+ <enabled>true</enabled>
+ <updatePolicy>${amdocs.repository.updatePolicy.default}</updatePolicy>
+ <checksumPolicy>ignore</checksumPolicy>
+ </releases>
+ <snapshots>
+ <enabled>false</enabled>
+ <updatePolicy>${amdocs.repository.updatePolicy.default}</updatePolicy>
+ <checksumPolicy>ignore</checksumPolicy>
+ </snapshots>
+ </repository>
+
+ <repository>
+ <id>snapshots</id>
+ <name>Maven Snapshot Repository</name>
+ <url>http://${amdocs.repository.address}/nexus/content/repositories/snapshots/</url>
+ <releases>
+ <enabled>false</enabled>
+ <updatePolicy>${amdocs.repository.updatePolicy.default}</updatePolicy>
+ <checksumPolicy>ignore</checksumPolicy>
+ </releases>
+ <snapshots>
+ <enabled>true</enabled>
+ <updatePolicy>${amdocs.repository.updatePolicy.default}</updatePolicy>
+ <checksumPolicy>ignore</checksumPolicy>
+ </snapshots>
+ </repository>
+
+ </repositories>
+
+ <distributionManagement>
+ <repository>
+ <id>ASDC</id>
+ <url>http://${amdocs.repository.address}/nexus/repository/D2-tlv-release</url>
+ </repository>
+ <snapshotRepository>
+ <id>snapshots</id>
+ <url>http://${amdocs.repository.address}/nexus/content/repositories/snapshots</url>
+ <uniqueVersion>false</uniqueVersion>
+ </snapshotRepository>
+ </distributionManagement>
+
+ </profile>
+
+ <profile>
+ <id>att</id>
+ <activation>
+ <activeByDefault>false</activeByDefault>
+ </activation>
+
+ <properties>
+ <nexusServerName>mavencentral.it.att.com</nexusServerName>
+ <nexusServerPort>8084</nexusServerPort>
+ <nexus.release.repository>att-repository-releases</nexus.release.repository>
+ <nexus.snapshot.repository>att-repository-snapshots</nexus.snapshot.repository>
+ <nexus.id.release>nexus</nexus.id.release>
+ <nexus.id.snapshot>nexus</nexus.id.snapshot>
+ </properties>
+
+ <repositories>
+ <repository>
+ <id>2020</id>
+ <name>2020</name>
+ <url>http://${nexusServerName}:${nexusServerPort}/nexus/content/groups/2020SAPC/</url>
+ <layout>default</layout>
+ </repository>
+
+ <repository>
+ <id>ATT public</id>
+ <name>ATT public</name>
+ <url>http://${nexusServerName}:${nexusServerPort}/nexus/content/groups/att-public-group/</url>
+ <layout>default</layout>
+ </repository>
+
+ </repositories>
+
+ <pluginRepositories>
+ <pluginRepository>
+ <id>nexus</id>
+ <name>Nexus repository</name>
+ <url>http://${nexusServerName}:${nexusServerPort}/nexus/content/repositories/att-public-group</url>
+ <layout>default</layout>
+ </pluginRepository>
+ </pluginRepositories>
+
+
+ <distributionManagement>
+ <snapshotRepository>
+ <id>${nexus.id.snapshot}</id>
+ <name>att-repository-snapshots</name>
+ <url>http://${nexusServerName}:${nexusServerPort}/nexus/content/repositories/${nexus.snapshot.repository}/</url>
+ </snapshotRepository>
+
+ <repository>
+ <id>${nexus.id.release}</id>
+ <name>att-repository-releases</name>
+ <url>http://${nexusServerName}:${nexusServerPort}/nexus/content/repositories/${nexus.release.repository}/</url>
+ </repository>
+ </distributionManagement>
+
+ </profile>
+ </profiles>
+
</project>
.collapse-right {
.svg-icon {
&.__chevronDown {
- transform: rotate(270deg);
+ transform: rotate(270deg);
}
}
}
.vsp-attachments-view {
position: relative;
- #attachments-tabs {
- .nav-tabs {
- background-color: $tlv-gray;
- box-shadow: none;
- border-bottom: 1px solid $light-gray;
- & > li {
- & > a {
- @extend .heading-2;
- padding-left: 0;
- padding-right: 0;
- margin-right: 40px;
- };
- &.active > a {color: $blue;};
- }
- }
- }
+ #attachments-tabs {
+ .nav-tabs {
+ background-color: $tlv-gray;
+ box-shadow: none;
+ border-bottom: 1px solid $light-gray;
+ & > li {
+ & > a {
+ @extend .heading-2;
+ padding-left: 0;
+ padding-right: 0;
+ margin-right: 40px;
+ };
+ &.active > a {color: $blue;};
+ }
+ }
+ }
.attachments-view-controllers {
position: absolute;
right: 40px;
top: 15px;
- display: flex;
+ display: flex;
.icon-component {
{item.list.map((error, i) => <ErrorMessage key={i} warning={error.level === 'WARNING'} error={error.message}/> )}
</div>
);}
-
+
return (
<div>
{errors}
const ErrorMessage = ({error, warning}) => {
return (
<ListGroupItem className='error-code-list-item'>
- <SVGIcon
- name={warning ? 'exclamationTriangleLine' : 'error'}
- color={warning ? 'warning' : 'negative'} />
- <span className='icon-label'>{error}</span>
+ <SVGIcon
+ name={warning ? 'exclamationTriangleLine' : 'error'}
+ color={warning ? 'warning' : 'negative'} />
+ <span className='icon-label'>{error}</span>
</ListGroupItem>
);
};
* permissions and limitations under the License.
*/
import IntlObj from 'intl';
+import IntlMessageFormatObj from 'intl-messageformat';
import IntlRelativeFormatObj from 'intl-relativeformat';
import createFormatCacheObj from 'intl-format-cache';
import i18nJson from 'i18nJson';
/*
- Intl libs are using out dated transpailer from ecmascript6.
-* TODO: As soon as they fix it, remove this assignments!!!
-* */
+ Intl libs are using out dated transpailer from ecmascript6.
+ * TODO: As soon as they fix it, remove this assignments!!!
+ * */
var Intl = window.Intl || IntlObj.default,
+ IntlMessageFormat = IntlMessageFormatObj.default,
IntlRelativeFormat = IntlRelativeFormatObj.default,
createFormatCache = createFormatCacheObj.default;
dateRelative(date, options) {
return createFormatCache(IntlRelativeFormat)(this._locale, options).format(date);
},
- message(messageId) {
+ message(messageId, options) {
+ let messageTxt = null;
if (i18nJson && i18nJson[messageId]) {
- return i18nJson[messageId];
+ messageTxt = i18nJson[messageId];
+ } else {
+ messageTxt = String(messageId);
}
- return messageId;
+ return createFormatCache(IntlMessageFormat)(messageTxt, this._locale).format(options);
+
},
getLocale() {
return this._locale;
Code Review / sdc.git / commitdiff