}
override suspend fun recoverNB(runtimeException: RuntimeException, executionRequest: ExecutionServiceInput) {
log.info("Executing Recovery")
- bluePrintRuntimeService.getBlueprintError().addError("${runtimeException.message}")
+ addError("${runtimeException.message}")
}
fun modifyTemplate(configmapName: String, typOfVfmodule: String): String {
override suspend fun recoverNB(runtimeException: RuntimeException, executionRequest: ExecutionServiceInput) {
log.info("Executing Recovery")
- bluePrintRuntimeService.getBlueprintError().addError("${runtimeException.message}")
+ addError("${runtimeException.message}")
}
inner class K8sApi(
\r
override suspend fun recoverNB(runtimeException: RuntimeException, executionRequest: ExecutionServiceInput) {\r
log.info("Executing Recovery")\r
- bluePrintRuntimeService.getBlueprintError().addError("${runtimeException.message}")\r
+ addError("${runtimeException.message}")\r
}\r
}\r
\r
\r
override suspend fun recoverNB(runtimeException: RuntimeException, executionRequest: ExecutionServiceInput) {\r
log.info("Executing Recovery")\r
- bluePrintRuntimeService.getBlueprintError().addError("${runtimeException.message}")\r
+ addError("${runtimeException.message}")\r
}\r
}\r
\r
\r
override suspend fun recoverNB(runtimeException: RuntimeException, executionRequest: ExecutionServiceInput) {\r
log.info("Executing Recovery")\r
- bluePrintRuntimeService.getBlueprintError().addError("${runtimeException.message}")\r
+ addError("${runtimeException.message}")\r
}\r
}\r
\r
}
// then
- assertTrue(bluePrintRuntimeService.getBlueprintError().errors.isEmpty())
+ assertTrue(bluePrintRuntimeService.getBlueprintError().allErrors().isEmpty())
}
@Test
}
// then
- val errors = bluePrintRuntimeService.getBlueprintError().errors
+ val errors = bluePrintRuntimeService.getBlueprintError().allErrors()
assertEquals(1, errors.size)
}
}
// then
- val errors = bluePrintRuntimeService.getBlueprintError().errors
+ val errors = bluePrintRuntimeService.getBlueprintError().allErrors()
assertEquals(1, errors.size)
}
}
// then; we should get error in our output properties
- assertTrue(bluePrintRuntimeService.getBlueprintError().errors.size == 1)
+ assertTrue(bluePrintRuntimeService.getBlueprintError().allErrors().size == 1)
assertEquals(
ComponentConfigSnapshotsExecutor.OUTPUT_STATUS_ERROR.asJsonPrimitive(),
bluePrintRuntimeService.getNodeTemplateAttributeValue(
}
// then; we should get success
- assertTrue(bluePrintRuntimeService.getBlueprintError().errors.size == 0)
+ assertTrue(bluePrintRuntimeService.getBlueprintError().allErrors().size == 0)
assertEquals(
ComponentConfigSnapshotsExecutor.OUTPUT_STATUS_SUCCESS.asJsonPrimitive(),
bluePrintRuntimeService.getNodeTemplateAttributeValue(
}
// then; we should get success
- assertTrue(bluePrintRuntimeService.getBlueprintError().errors.size == 0)
+ assertTrue(bluePrintRuntimeService.getBlueprintError().allErrors().size == 0)
assertEquals(
ComponentConfigSnapshotsExecutor.OUTPUT_STATUS_SUCCESS.asJsonPrimitive(),
bluePrintRuntimeService.getNodeTemplateAttributeValue(
}
override suspend fun recoverNB(runtimeException: RuntimeException, executionRequest: ExecutionServiceInput) {
- bluePrintRuntimeService.getBlueprintError().addError(runtimeException.message!!)
+ addError(runtimeException.message!!)
}
private fun getTemplatePrefixList(node: JsonNode?): ArrayList<String> {
}
override suspend fun recoverNB(runtimeException: RuntimeException, executionRequest: ExecutionServiceInput) {
- bluePrintRuntimeService.getBlueprintError().addError(runtimeException.message!!)
+ addError(runtimeException.message!!)
}
private fun getTemplatePrefixList(node: JsonNode?): ArrayList<String> {
}
override suspend fun recoverNB(runtimeException: RuntimeException, executionRequest: ExecutionServiceInput) {
- bluePrintRuntimeService.getBlueprintError().addError(runtimeException.message!!)
+ addError(runtimeException.message!!)
}
private enum class OperationType {
}
override suspend fun recoverNB(runtimeException: RuntimeException, executionRequest: ExecutionServiceInput) {
- bluePrintRuntimeService.getBlueprintError()
- .addError("Failed in ComponentNetconfExecutor : ${runtimeException.message}")
+ addError("Failed in ComponentNetconfExecutor : ${runtimeException.message}")
}
}
}
override suspend fun recoverNB(runtimeException: RuntimeException, executionRequest: ExecutionServiceInput) {
- bluePrintRuntimeService.getBlueprintError()
- .addError("Failed in ComponentJythonExecutor : ${runtimeException.message}")
+ addError("Failed in ComponentJythonExecutor : ${runtimeException.message}")
}
private suspend fun populateJythonComponentInstance() {
}
}
- private fun noBlueprintErrors() = bluePrintRuntimeService.getBlueprintError().errors.isEmpty()
+ private fun noBlueprintErrors() =
+ bluePrintRuntimeService.getBlueprintError().stepErrors(stepName).isNullOrEmpty()
override suspend fun recoverNB(runtimeException: RuntimeException, executionRequest: ExecutionServiceInput) {
- bluePrintRuntimeService.getBlueprintError()
- .addError("Failed in ComponentRemotePythonExecutor : ${runtimeException.message}")
+ addError("Failed in ComponentRemotePythonExecutor : ${runtimeException.message}")
}
private fun formatNestedJsonNode(node: JsonNode): String {
bluePrintRuntimeService,
nodeTemplateName,
artifactPrefixNames,
- properties
+ properties,
+ stepName
)
// provide indexed result in output if we have multiple resolution
}
override suspend fun recoverNB(runtimeException: RuntimeException, executionRequest: ExecutionServiceInput) {
- bluePrintRuntimeService.getBlueprintError().addError(runtimeException.message!!)
+ addError(runtimeException.message!!)
}
}
bluePrintRuntimeService: BlueprintRuntimeService<*>,
nodeTemplateName: String,
artifactNames: List<String>,
- properties: Map<String, Any>
+ properties: Map<String, Any>,
+ stepName: String
): ResourceResolutionResult
suspend fun resolveResources(
bluePrintRuntimeService: BlueprintRuntimeService<*>,
nodeTemplateName: String,
artifactNames: List<String>,
- properties: Map<String, Any>
+ properties: Map<String, Any>,
+ stepName: String
): ResourceResolutionResult {
val resourceAssignmentRuntimeService =
val failedResolution = resourceAssignmentList.filter { it.status != "success" && it.property?.required == true }.map { it.name }
if (failedResolution.isNotEmpty()) {
- // The following error message is returned by default to handle a scenario when
- // error message comes empty even when resolution has actually failed.
- // Example: input-source type resolution seems to fail with no error code.
- bluePrintRuntimeService.getBlueprintError().errors.add("Failed to resolve required resources($failedResolution)")
- bluePrintRuntimeService.getBlueprintError().errors.addAll(resourceAssignmentRuntimeService.getBlueprintError().errors)
+ val errorMessages = mutableListOf("Failed to resolve required values: $failedResolution").apply {
+ this.addAll(resourceAssignmentRuntimeService.getBlueprintError().allErrors())
+ }
+ bluePrintRuntimeService.getBlueprintError().addErrors(stepName, errorMessages)
}
}
return ResourceResolutionResult(templateMap, assignmentMap)
}
override suspend fun recoverNB(runtimeException: RuntimeException, executionRequest: ResourceAssignment) {
- raRuntimeService.getBlueprintError().addError(runtimeException.message!!)
+ addError(runtimeException.message!!)
}
/** Generates aggregated request payload for Ip Assign mS. Parses the resourceassignments of
}
override suspend fun recoverNB(runtimeException: RuntimeException, executionRequest: ResourceAssignment) {
- raRuntimeService.getBlueprintError().addError(runtimeException.message!!)
+ addError(runtimeException.message!!)
}
/** Generates aggregated request payload for Naming mS. Parses the resourceassignments of
}
override suspend fun recoverNB(runtimeException: RuntimeException, resourceAssignment: ResourceAssignment) {
- raRuntimeService.getBlueprintError()
- .addError("Failed in CapabilityResourceResolutionProcessor : ${runtimeException.message}")
+ addError("Failed in CapabilityResourceResolutionProcessor : ${runtimeException.message}")
ResourceAssignmentUtils.setFailedResourceDataValue(resourceAssignment, runtimeException.message)
}
}
override suspend fun recoverNB(runtimeException: RuntimeException, resourceAssignment: ResourceAssignment) {
- raRuntimeService.getBlueprintError().addError(runtimeException.message!!)
+ addError(runtimeException.message!!)
}
}
}
override suspend fun recoverNB(runtimeException: RuntimeException, resourceAssignment: ResourceAssignment) {
- raRuntimeService.getBlueprintError().addError(runtimeException.message!!)
+ addError(runtimeException.message!!)
}
}
}
override suspend fun recoverNB(runtimeException: RuntimeException, resourceAssignment: ResourceAssignment) {
- raRuntimeService.getBlueprintError().addError(runtimeException.message!!)
+ addError(runtimeException.message!!)
}
}
}
fun addError(type: String, name: String, error: String) {
- raRuntimeService.getBlueprintError().addError(type, name, error)
+ raRuntimeService.getBlueprintError().addError(type, name, error, getName())
}
fun addError(error: String) {
- raRuntimeService.getBlueprintError().addError(error)
+ raRuntimeService.getBlueprintError().addError(error, getName())
}
fun isTemplateKeyValueNull(resourceAssignment: ResourceAssignment): Boolean {
}
override suspend fun recoverNB(runtimeException: RuntimeException, resourceAssignment: ResourceAssignment) {
- raRuntimeService.getBlueprintError().addError(runtimeException.message!!)
+ addError(runtimeException.message!!)
}
}
any(),
any(),
any<List<String>>(),
- any<MutableMap<String, Any>>()
+ any<MutableMap<String, Any>>(),
+ "step"
)
} returns ResourceResolutionResult(mutableMapOf(), mutableMapOf())
every { bluePrintRuntimeService.getBlueprintError() } returns blueprintError
resourceResolutionComponent.recoverNB(exception, executionRequest)
- assertEquals(1, blueprintError.errors.size)
+ assertEquals(1, blueprintError.allErrors().size)
}
}
}
bluePrintRuntimeService,
"resource-assignment",
artifactNames,
- props
+ props,
+ "mockStep"
)
}.let {
assertEquals(artifactNames.toSet(), it.templateMap.keys)
}
override suspend fun recoverNB(runtimeException: RuntimeException, executionRequest: ResourceAssignment) {
- raRuntimeService.getBlueprintError().addError(runtimeException.message!!)
+ addError(runtimeException.message!!)
}
private fun blueprintWebClientService(resourceAssignment: ResourceAssignment): MockBlueprintWebClientService {
}
override suspend fun recoverNB(runtimeException: RuntimeException, executionRequest: ExecutionServiceInput) {
- bluePrintRuntimeService.getBlueprintError()
- .addError("Failed in ComponentRestfulExecutor : ${runtimeException.message}")
+ addError("Failed in ComponentRestfulExecutor : ${runtimeException.message}")
}
}
class BlueprintError {
- var errors: MutableList<String> = arrayListOf()
+ private val errors: MutableMap<String, MutableList<String>> = mutableMapOf()
- fun addError(type: String, name: String, error: String) {
- this.errors.add("$type : $name : $error")
+ fun addError(type: String, name: String, error: String, stepName: String) {
+ addError("$type : $name : $error", stepName)
}
- fun addError(error: String) {
- this.errors.add(error)
+ fun addError(error: String, stepName: String) {
+ errors.getOrPut(stepName, { mutableListOf() }).add(error)
}
+
+ fun addErrors(stepName: String, errorList: List<String>) {
+ errors.getOrPut(stepName, { mutableListOf() }).addAll(errorList)
+ }
+
+ fun allErrors(): List<String> = errors.values.flatten()
+
+ fun stepErrors(stepName: String): MutableList<String>? = errors[stepName]
}
fun workflowInputs(workFlowName: String) = workflowByName(workFlowName).inputs
+ fun workflowSteps(workFlowName: String) =
+ workflowByName(workFlowName).steps ?: throw BlueprintException("could't get steps for workflow($workFlowName)")
+
fun workflowStepByName(workFlowName: String, stepName: String): Step {
- return workflowByName(workFlowName).steps?.get(stepName)
+ return workflowSteps(workFlowName)[stepName]
?: throw BlueprintException("could't get step($stepName) for workflow($workFlowName)")
}
}
fun workflowFirstStepNodeTemplate(workFlowName: String): String {
- val firstStepName = workflowByName(workFlowName).steps?.keys?.first()
- ?: throw BlueprintException("could't get first step for workflow($workFlowName)")
+ val firstStepName = workflowSteps(workFlowName).keys.ifEmpty {
+ throw BlueprintException("could't get first step for workflow($workFlowName)")
+ }.first()
return workflowStepNodeTemplate(workFlowName, firstStepName)
}
fun testBlueprintErrorIsCreatedWithemptyList() {
val bluePrintError = BlueprintError()
- assertTrue(bluePrintError.errors.isEmpty())
+ assertTrue(bluePrintError.allErrors().isEmpty())
}
@Test
fun testAddErrorWith3Params() {
val bluePrintError = BlueprintError()
- bluePrintError.addError("type", "name", "error")
+ bluePrintError.addError("type", "name", "error", "step")
- assertEquals("type : name : error", bluePrintError.errors[0])
+ assertEquals("type : name : error", bluePrintError.stepErrors("step")!![0])
}
@Test
- fun testAddErrorWith1Params() {
+ fun testAddErrorWith2Params() {
val bluePrintError = BlueprintError()
- bluePrintError.addError("error")
+ bluePrintError.addError("error", "step")
- assertEquals("error", bluePrintError.errors[0])
+ assertEquals("error", bluePrintError.stepErrors("step")!![0])
}
}
package org.onap.ccsdk.cds.controllerblueprints.validation
+import org.jetbrains.kotlin.utils.addToStdlib.ifNotEmpty
import org.onap.ccsdk.cds.controllerblueprints.core.BlueprintConstants
import org.onap.ccsdk.cds.controllerblueprints.core.BlueprintException
import org.onap.ccsdk.cds.controllerblueprints.core.interfaces.BlueprintTypeValidatorService
// Validate Resource Definitions
validateResourceDefinitions(bluePrintRuntimeService)
- if (bluePrintRuntimeService.getBlueprintError().errors.size > 0) {
- throw BlueprintException("failed in blueprint validation : ${bluePrintRuntimeService.getBlueprintError().errors.joinToString("\n")}")
+ bluePrintRuntimeService.getBlueprintError().allErrors().ifNotEmpty {
+ throw BlueprintException("failed in blueprint validation : ${this.joinToString("\n")}")
}
+
return true
}
serviceTemplate.topologyTemplate?.let { validateTopologyTemplate(serviceTemplate.topologyTemplate!!) }
} catch (e: Exception) {
log.error("failed in blueprint service template validation", e)
- error.addError(BlueprintConstants.PATH_SERVICE_TEMPLATE, paths.joinToString(BlueprintConstants.PATH_DIVIDER), e.message!!)
+ error.addError(BlueprintConstants.PATH_SERVICE_TEMPLATE, paths.joinToString(BlueprintConstants.PATH_DIVIDER), e.message!!, "BlueprintServiceTemplateValidator")
}
}
.addError(
"Failed to validate Workflow($workflowName)'s step($stepName)'s " +
"definition",
- paths.joinToString(BlueprintConstants.PATH_DIVIDER), e.message!!
+ paths.joinToString(BlueprintConstants.PATH_DIVIDER), e.message!!,
+ "BlueprintWorkflowValidatorImpl"
)
}
}
workflow.steps = mutableMapOf("test" to step)
workflowValidator.validate(bluePrintRuntime, workflowName, workflow)
- assertEquals(1, bluePrintRuntime.getBlueprintError().errors.size)
+ assertEquals(1, bluePrintRuntime.getBlueprintError().allErrors().size)
assertEquals(
"Failed to validate Workflow(resource-assignment)'s step(test)'s definition : resource-assignment/steps/test : could't get node template for the name(TestCaseFailNoNodeTemplate)",
- bluePrintRuntime.getBlueprintError().errors[0]
+ bluePrintRuntime.getBlueprintError().allErrors()[0]
)
}
workflow.steps = mutableMapOf("test" to step)
workflowValidator.validate(bluePrintRuntime, workflowName, workflow)
- assertEquals(1, bluePrintRuntime.getBlueprintError().errors.size)
+ assertEquals(1, bluePrintRuntime.getBlueprintError().allErrors().size)
assertEquals(
"Failed to validate Workflow(resource-assignment)'s step(test)'s definition : " +
"resource-assignment/steps/test : NodeType(TestNodeType) derived from is 'tosca.nodes.TEST', " +
"Expected 'tosca.nodes.Workflow' or 'tosca.nodes.Component'",
- bluePrintRuntime.getBlueprintError().errors[0]
+ bluePrintRuntime.getBlueprintError().allErrors()[0]
)
}
// Write the Enhanced Blueprint Resource Definitions
ResourceDictionaryUtils.writeResourceDefinitionTypes(basePath, resourceDefinitions)
- if (blueprintRuntimeService.getBlueprintError().errors.isNotEmpty()) {
- throw BlueprintException(blueprintRuntimeService.getBlueprintError().errors.toString())
+ if (blueprintRuntimeService.getBlueprintError().allErrors().isNotEmpty()) {
+ throw BlueprintException(blueprintRuntimeService.getBlueprintError().allErrors().toString())
}
} catch (e: BlueprintProcessorException) {
val errorMsg = "Error while enriching the CBA package."
import org.onap.ccsdk.cds.controllerblueprints.core.utils.BlueprintMetadataUtils
import org.slf4j.LoggerFactory
import org.springframework.stereotype.Service
-import java.util.stream.Collectors
@Service
class ExecutionServiceHandler(
executionServiceInput, hashMapOf()
)
- val errors = blueprintRuntimeService.getBlueprintError().errors
+ val errors = blueprintRuntimeService.getBlueprintError().allErrors()
if (errors.isNotEmpty()) {
- val errorMessage = errors.stream().map { it.toString() }.collect(Collectors.joining(", "))
- setErrorStatus(errorMessage, executionServiceOutput.status)
+ setErrorStatus(errors.joinToString(", "), executionServiceOutput.status)
}
}
} catch (e: Exception) {
val blueprintRuntimeService = BlueprintMetadataUtils.getBlueprintRuntime(requestId, basePath.toString())
val blueprintContext = blueprintRuntimeService.bluePrintContext()
- val workflowSteps = blueprintContext.workflowByName(workflowName).steps
- checkNotNull(workflowSteps) { "Failed to get step(s) for workflow($workflowName)" }
- workflowSteps.forEach { step ->
+ blueprintContext.workflowSteps(workflowName).forEach { step ->
val nodeTemplateName = step.value.target
checkNotNull(nodeTemplateName) { "Failed to get node template target for workflow($workflowName), step($step)" }
val nodeTemplate = blueprintContext.nodeTemplateByName(nodeTemplateName)
var operationInputs: MutableMap<String, JsonNode> = hashMapOf()
override fun getName(): String {
- return stepName
+ return "$stepName - $nodeTemplateName"
}
override suspend fun prepareRequestNB(executionRequest: ExecutionServiceInput): ExecutionServiceInput {
properties = stepOutputs
}
executionServiceOutput.stepData = stepOutputData
- // Set the Default Step Status
+
status.eventType = EventType.EVENT_COMPONENT_EXECUTED.name
+
+ bluePrintRuntimeService.getBlueprintError().stepErrors(stepName)?.let {
+ status.message = BlueprintConstants.STATUS_FAILURE
+ }
} catch (e: Exception) {
status.message = BlueprintConstants.STATUS_FAILURE
status.eventType = EventType.EVENT_COMPONENT_FAILURE.name
}
fun addError(type: String, name: String, error: String) {
- bluePrintRuntimeService.getBlueprintError().addError(type, name, error)
+ bluePrintRuntimeService.getBlueprintError().addError(type, name, error, stepName)
}
fun addError(error: String) {
- bluePrintRuntimeService.getBlueprintError().addError(error)
+ bluePrintRuntimeService.getBlueprintError().addError(error, stepName)
}
/**
}
override suspend fun recoverNB(runtimeException: RuntimeException, executionRequest: ExecutionServiceInput) {
- bluePrintRuntimeService.getBlueprintError()
- .addError("Failed in ComponentRemoteScriptExecutor : ${runtimeException.message}")
+ addError("Failed in ComponentRemoteScriptExecutor : ${runtimeException.message}")
}
}
}
override suspend fun recoverNB(runtimeException: RuntimeException, executionRequest: ExecutionServiceInput) {
- bluePrintRuntimeService.getBlueprintError()
- .addError("Failed in ComponentScriptExecutor : ${runtimeException.message}")
+ addError("Failed in ComponentScriptExecutor : ${runtimeException.message}")
}
open fun populateScriptDependencies(scriptDependencies: MutableList<String>) {
import org.onap.ccsdk.cds.blueprintsprocessor.services.execution.ComponentFunctionScriptingService
import org.onap.ccsdk.cds.blueprintsprocessor.services.execution.nodeTypeComponentScriptExecutor
import org.onap.ccsdk.cds.controllerblueprints.core.BlueprintConstants
+import org.onap.ccsdk.cds.controllerblueprints.core.BlueprintError
import org.onap.ccsdk.cds.controllerblueprints.core.BlueprintTypes
import org.onap.ccsdk.cds.controllerblueprints.core.asJsonPrimitive
import org.onap.ccsdk.cds.controllerblueprints.core.asJsonType
any(), any(), any()
)
} returns Implementation()
+
+ every { bluePrintRuntimeService.getBlueprintError() } returns BlueprintError()
}
@Test
workflowOutputs = bluePrintRuntimeService.resolveWorkflowOutputs(workflowName)
} catch (e: RuntimeException) {
log.error("Failed to resolve outputs for workflow: $workflowName", e)
- e.message?.let { bluePrintRuntimeService.getBlueprintError().errors.add(it) }
+ e.message?.let { bluePrintRuntimeService.getBlueprintError().addError(it, "workflow") }
}
// Set the Response Payload
// Get the DG Node Template
val nodeTemplateName = bluePrintContext.workflowFirstStepNodeTemplate(workflowName)
+ val stepName = bluePrintContext.workflowSteps(workflowName).keys.first()
return nodeTemplateExecutionService.executeNodeTemplate(
- bluePrintRuntimeService,
- nodeTemplateName, executionServiceInput
+ bluePrintRuntimeService, stepName, nodeTemplateName, executionServiceInput
)
}
}
import org.onap.ccsdk.cds.blueprintsprocessor.core.api.data.ExecutionServiceInput
import org.onap.ccsdk.cds.blueprintsprocessor.core.api.data.ExecutionServiceOutput
+import org.onap.ccsdk.cds.blueprintsprocessor.core.api.data.StepData
import org.onap.ccsdk.cds.blueprintsprocessor.services.workflow.utils.SvcGraphUtils
import org.onap.ccsdk.cds.controllerblueprints.core.interfaces.BlueprintWorkflowExecutionService
import org.onap.ccsdk.cds.controllerblueprints.core.normalizedPathName
// Get the DG Node Template
val nodeTemplateName = bluePrintContext.workflowFirstStepNodeTemplate(workflowName)
+ val stepName = bluePrintContext.workflowSteps(workflowName).keys.first()
+ executionServiceInput.stepData = StepData().apply {
+ name = stepName
+ }
+
log.info("Executing workflow($workflowName) directed graph NodeTemplate($nodeTemplateName)")
// Get the DG file info
if (exceptions.isNotEmpty()) {
exceptions.forEach {
val errorMessage = it.message ?: ""
- bluePrintRuntimeService.getBlueprintError().addError(errorMessage)
+ bluePrintRuntimeService.getBlueprintError().addError(errorMessage, "workflow")
log.error("workflow($workflowId) exception :", it)
}
message = BlueprintConstants.STATUS_FAILURE
/** execute node template */
val executionServiceOutput = nodeTemplateExecutionService
- .executeNodeTemplate(bluePrintRuntimeService, nodeTemplateName, nodeInput)
+ .executeNodeTemplate(bluePrintRuntimeService, node.id, nodeTemplateName, nodeInput)
- return when (executionServiceOutput.status.message) {
- BlueprintConstants.STATUS_FAILURE -> EdgeLabel.FAILURE
- else -> EdgeLabel.SUCCESS
+ if (executionServiceOutput.status.message == BlueprintConstants.STATUS_FAILURE) {
+ // Clear step errors so that the workflow does not fail
+ bluePrintRuntimeService.getBlueprintError().stepErrors(node.id)?.clear()
+ return EdgeLabel.FAILURE
}
+
+ return EdgeLabel.SUCCESS
}
override suspend fun skipNode(
suspend fun executeNodeTemplate(
bluePrintRuntimeService: BlueprintRuntimeService<*>,
+ stepName: String,
nodeTemplateName: String,
executionServiceInput: ExecutionServiceInput
): ExecutionServiceOutput {
// Set the Blueprint Services
plugin.bluePrintRuntimeService = bluePrintRuntimeService
plugin.bluePrintClusterService = bluePrintClusterService
- plugin.stepName = nodeTemplateName
+ plugin.stepName = stepName
+ plugin.nodeTemplateName = nodeTemplateName
// Parent request shouldn't tamper, so need to clone the request and send to the actual component.
val clonedExecutionServiceInput = ExecutionServiceInput().apply {
stepInputs[BlueprintConstants.PROPERTY_CURRENT_INTERFACE] = interfaceName.asJsonPrimitive()
stepInputs[BlueprintConstants.PROPERTY_CURRENT_OPERATION] = operationName.asJsonPrimitive()
val stepInputData = StepData().apply {
- name = nodeTemplateName
+ name = stepName
properties = stepInputs
}
clonedExecutionServiceInput.stepData = stepInputData
val executionInput = ctx.getRequest() as ExecutionServiceInput
+ val stepName = executionInput.stepData?.name ?: nodeTemplateName
+
try { // Get the Request from the Context and Set to the Function Input and Invoke the function
val executionOutput = nodeTemplateExecutionService.executeNodeTemplate(
- ctx.getBlueprintService(),
- nodeTemplateName, executionInput
+ ctx.getBlueprintService(), stepName, nodeTemplateName, executionInput
)
ctx.setResponse(executionOutput)
val output = bluePrintWorkflowExecutionServiceImpl.executeBlueprintWorkflow(
bluePrintRuntimeService, executionServiceInput, mutableMapOf()
)
- assertEquals("failed to resolve property...", blueprintError.errors[0])
+ assertEquals("failed to resolve property...", blueprintError.allErrors()[0])
assertEquals("""{"config-assign-response":{}}""".asJsonType(), output.payload)
}
}
val input = executionServiceInput.payload.get("resource-assignment-request")
bluePrintRuntimeService.assignWorkflowInputs("resource-assignment", input)
+ val stepName = bluePrintRuntimeService.bluePrintContext()
+ .workflowSteps("resource-assignment").keys.first()
val nodeTemplate = "resource-assignment"
val nodeTemplateExecutionService = NodeTemplateExecutionService(bluePrintClusterService)
val executionServiceOutput = nodeTemplateExecutionService
- .executeNodeTemplate(bluePrintRuntimeService, nodeTemplate, executionServiceInput)
+ .executeNodeTemplate(bluePrintRuntimeService, stepName, nodeTemplate, executionServiceInput)
assertNotNull(executionServiceOutput, "failed to get response")
assertEquals(
Code Review / ccsdk / cds.git / commitdiff