use of org.iobserve.common.record.IAllocationEvent in project iobserve-analysis by research-iobserve.
the class DynamicEventDispatcherTest method checkAllocationDetection.
/**
* Check whether all allocation events are found.
*/
@Test
public void checkAllocationDetection() {
final DynamicEventDispatcher eventDispatcher = new DynamicEventDispatcher(this.kiekerMetadataMatcher, true, true, false);
final List<IAllocationEvent> localAllocationRecords = new ArrayList<>();
StageTester.test(eventDispatcher).and().send(this.inputRecords).to(eventDispatcher.getInputPort()).and().receive(localAllocationRecords).from(this.allocationEventMatcher.getOutputPort()).start();
Assert.assertThat("Did not collect all allocation events.", (int) eventDispatcher.getEventCount(), Is.is(this.inputRecords.size()));
// Assert.assertEquals("Wrong number of allocations", this.allocationRecords.size(),
// localAllocationRecords.size());
}
use of org.iobserve.common.record.IAllocationEvent in project iobserve-analysis by research-iobserve.
the class AnalysisConfiguration method containerManagement.
/**
* Create all stages necessary for the container management.
*
* @param configuration
* potential configuration parameter for filters
* @param resourceEnvironmentModelResource
* @param systemModelResource
* @param allocationModelResource
* @param correspondenceModelResource
*
* @throws ConfigurationException
* when configuration fails
*/
private void containerManagement(final kieker.common.configuration.Configuration configuration, final Neo4JModelResource<ResourceEnvironment> resourceEnvironmentModelResource, final Neo4JModelResource<System> systemModelResource, final Neo4JModelResource<Allocation> allocationModelResource, final Neo4JModelResource<CorrespondenceModel> correspondenceModelResource) throws ConfigurationException {
if (configuration.getBooleanProperty(ConfigurationKeys.CONTAINER_MANAGEMENT, false)) {
/**
* allocation.
*/
this.allocationStage = new AllocationStage(resourceEnvironmentModelResource);
final IEventMatcher<IAllocationEvent> allocationMatcher = new ImplementsEventMatcher<>(IAllocationEvent.class, null);
/**
* connect ports.
*/
this.eventDispatcher.registerOutput(allocationMatcher);
this.connectPorts(allocationMatcher.getOutputPort(), this.allocationStage.getInputPort());
/**
* deallocation.
*/
this.deallocationStage = new DeallocationStage(resourceEnvironmentModelResource);
/**
* connect ports.
*/
final IEventMatcher<IDeallocationEvent> deallocationMatcher = new ImplementsEventMatcher<>(IDeallocationEvent.class, null);
this.eventDispatcher.registerOutput(deallocationMatcher);
this.connectPorts(deallocationMatcher.getOutputPort(), this.deallocationStage.getInputPort());
/**
* deployment.
*/
final IEventMatcher<IDeployedEvent> deployedEventMatcher = new ImplementsEventMatcher<>(IDeployedEvent.class, null);
this.eventDispatcher.registerOutput(deployedEventMatcher);
this.deploymentStage = new DeploymentCompositeStage(resourceEnvironmentModelResource, systemModelResource, allocationModelResource, correspondenceModelResource);
/**
* connect ports.
*/
this.connectPorts(deployedEventMatcher.getOutputPort(), this.deploymentStage.getDeployedInputPort());
/**
* undeployment.
*/
final IEventMatcher<IUndeployedEvent> undeployedEventMatcher = new ImplementsEventMatcher<>(IUndeployedEvent.class, null);
this.eventDispatcher.registerOutput(undeployedEventMatcher);
this.undeploymentStage = new UndeploymentCompositeStage(resourceEnvironmentModelResource, systemModelResource, allocationModelResource, correspondenceModelResource);
/**
* connect ports.
*/
this.connectPorts(undeployedEventMatcher.getOutputPort(), this.undeploymentStage.getUndeployedInputPort());
/**
* dependent features.
*/
this.createContainerManagementSink(configuration, resourceEnvironmentModelResource, systemModelResource, allocationModelResource);
}
}
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