public enum StateChangeResult {
NO_ERROR,
- FAILED
+ FAILED,
+ TIMEOUT
}
private static final String NO_ERROR = StateChangeResult.NO_ERROR.name();
private static final String FAILED = StateChangeResult.FAILED.name();
+ private static final String TIMEOUT = StateChangeResult.TIMEOUT.name();
// list of results
public static final String DEPLOY = DeployOrder.DEPLOY.name();
this.graph.put(new String[] {DEPLOY_NONE, LOCK, DEPLOYED, UNLOCKING, FAILED}, LOCK);
this.graph.put(new String[] {DEPLOY_NONE, UNLOCK, DEPLOYED, UNLOCKING, FAILED}, UNLOCK);
+
+ // timeout
+ this.graph.put(new String[] {DEPLOY, LOCK_NONE, UNDEPLOYING, STATE_LOCKED_NONE, TIMEOUT}, DEPLOY);
+ this.graph.put(new String[] {UNDEPLOY, LOCK_NONE, UNDEPLOYING, STATE_LOCKED_NONE, TIMEOUT}, UNDEPLOY);
+ this.graph.put(new String[] {UNDEPLOY, LOCK_NONE, UPDATING, STATE_LOCKED_NONE, TIMEOUT}, UNDEPLOY);
+
+ this.graph.put(new String[] {DEPLOY, LOCK_NONE, DEPLOYING, STATE_LOCKED_NONE, TIMEOUT}, DEPLOY);
+ this.graph.put(new String[] {UNDEPLOY, LOCK_NONE, DEPLOYING, STATE_LOCKED_NONE, TIMEOUT}, UNDEPLOY);
+
+ this.graph.put(new String[] {DELETE, LOCK_NONE, DELETING, LOCK_NONE, TIMEOUT}, DELETE);
+
+ this.graph.put(new String[] {DEPLOY_NONE, UNLOCK, DEPLOYED, LOCKING, TIMEOUT}, UNLOCK);
+ this.graph.put(new String[] {DEPLOY_NONE, LOCK, DEPLOYED, LOCKING, TIMEOUT}, LOCK);
+
+ this.graph.put(new String[] {DEPLOY_NONE, LOCK, DEPLOYED, UNLOCKING, TIMEOUT}, LOCK);
+ this.graph.put(new String[] {DEPLOY_NONE, UNLOCK, DEPLOYED, UNLOCKING, TIMEOUT}, UNLOCK);
}
/**
import org.onap.policy.clamp.models.acm.concepts.AutomationComposition;
import org.onap.policy.clamp.models.acm.concepts.DeployState;
import org.onap.policy.clamp.models.acm.concepts.ParticipantUtils;
+import org.onap.policy.clamp.models.acm.concepts.StateChangeResult;
import org.onap.policy.clamp.models.acm.persistence.provider.AcDefinitionProvider;
import org.onap.policy.clamp.models.acm.persistence.provider.AutomationCompositionProvider;
import org.onap.policy.clamp.models.acm.utils.AcmUtils;
return;
}
+ if (automationCompositionCounter.isFault(automationComposition.getInstanceId())
+ && StateChangeResult.NO_ERROR.equals(automationComposition.getStateChangeResult())) {
+ // retry by the user
+ LOGGER.debug("clearing fault for the ac instance");
+ clearFaultAndCounter(automationComposition);
+ }
+
var completed = true;
var minSpNotCompleted = 1000; // min startPhase not completed
var maxSpNotCompleted = 0; // max startPhase not completed
} else {
LOGGER.debug("report AutomationComposition fault");
automationCompositionCounter.setFault(instanceId);
+ LOGGER.debug("report timeout for the ac instance");
+ automationComposition.setStateChangeResult(StateChangeResult.TIMEOUT);
+ automationCompositionProvider.updateAutomationComposition(automationComposition);
}
}
}
import static org.onap.policy.clamp.acm.runtime.util.CommonTestData.TOSCA_SERVICE_TEMPLATE_YAML;
import java.util.List;
+import java.util.Map;
import java.util.Objects;
import java.util.UUID;
import org.junit.jupiter.api.BeforeAll;
import org.onap.policy.clamp.acm.runtime.util.CommonTestData;
import org.onap.policy.clamp.models.acm.concepts.AutomationComposition;
import org.onap.policy.clamp.models.acm.concepts.AutomationCompositionDefinition;
+import org.onap.policy.clamp.models.acm.concepts.AutomationCompositionElement;
import org.onap.policy.clamp.models.acm.concepts.DeployState;
import org.onap.policy.clamp.models.acm.concepts.LockState;
import org.onap.policy.clamp.models.acm.persistence.provider.AcDefinitionProvider;
verify(automationCompositionProvider).updateAutomationComposition(any(AutomationComposition.class));
}
+
@Test
void testScannerDelete() {
var automationComposition = InstantiationUtils.getAutomationCompositionFromResource(AC_JSON, "Crud");
verify(automationCompositionProvider, times(0)).updateAutomationComposition(any(AutomationComposition.class));
}
+ @Test
+ void testScannerForCounterHandling() {
+ var automationComposition = InstantiationUtils.getAutomationCompositionFromResource(AC_JSON, "Crud");
+ automationComposition.setDeployState(DeployState.DEPLOYING);
+ automationComposition.setLockState(LockState.NONE);
+ for (Map.Entry<UUID, AutomationCompositionElement> entry : automationComposition.getElements().entrySet()) {
+ entry.getValue().setDeployState(DeployState.DEPLOYING);
+ }
+ var automationCompositionProvider = mock(AutomationCompositionProvider.class);
+ when(automationCompositionProvider.getAcInstancesByCompositionId(compositionId))
+ .thenReturn(List.of(automationComposition));
+
+ var automationCompositionDeployPublisher = mock(AutomationCompositionDeployPublisher.class);
+ var automationCompositionStateChangePublisher = mock(AutomationCompositionStateChangePublisher.class);
+ var acRuntimeParameterGroup = CommonTestData.geParameterGroup("dbScanner");
+ acRuntimeParameterGroup.getParticipantParameters().setMaxStatusWaitMs(-1);
+
+ //verify retry scenario
+ var scannerObj1 = new SupervisionScanner(automationCompositionProvider, acDefinitionProvider,
+ automationCompositionStateChangePublisher, automationCompositionDeployPublisher,
+ acRuntimeParameterGroup);
+
+ scannerObj1.run(true);
+ verify(automationCompositionProvider, times(0)).updateAutomationComposition(any(AutomationComposition.class));
+
+ //verify timeout scenario
+ acRuntimeParameterGroup.getParticipantParameters().getUpdateParameters().setMaxRetryCount(0);
+ var scannerObj2 = new SupervisionScanner(automationCompositionProvider, acDefinitionProvider,
+ automationCompositionStateChangePublisher, automationCompositionDeployPublisher,
+ acRuntimeParameterGroup);
+
+ scannerObj2.run(true);
+ verify(automationCompositionProvider, times(1)).updateAutomationComposition(any(AutomationComposition.class));
+
+ }
+
@Test
void testSendAutomationCompositionMsgUpdate() {
var automationComposition = InstantiationUtils.getAutomationCompositionFromResource(AC_JSON, "Crud");