/**
* Tests executing of {@link Component#handleVerificationToken(String)}: verification token passed
* properly and life cycle method call handled properly.
*
* @throws ComponentExecutionException on unexpected error
* @throws ComponentException on unexpected error
* @throws InterruptedException on unexpected error
* @throws ExecutionException on unexpected error
*/
@Test(timeout = TEST_TIMEOUT_500_MSEC)
public void testHandleVerificationToken()
throws ComponentExecutionException, ComponentException, InterruptedException,
ExecutionException {
final String someToken = "some-token";
ComponentExecutionRelatedInstances compExeRelatedInstancesStub =
createComponentExecutionRelatedInstancesStub(true);
Component compMock = EasyMock.createStrictMock(Component.class);
compMock.handleVerificationToken(someToken);
EasyMock.expectLastCall();
EasyMock.replay(compMock);
compExeRelatedInstancesStub.component.set(compMock);
ComponentExecutionType compExeType = ComponentExecutionType.HandleVerificationToken;
compExeType.setVerificationToken(someToken);
ComponentExecutor compExecutor =
new ComponentExecutor(compExeRelatedInstancesStub, compExeType);
compExecutor.bindComponentExecutionPermitsService(createComponentExecutionPermitServiceMock());
compExecutor.executeByConsideringLimitations();
assertFalse(compExeRelatedInstancesStub.compExeRelatedStates.isComponentCancelled.get());
EasyMock.verify(compMock);
}
/**
* Tests executing of {@link Component#processInputs()} in success case.
*
* @throws ComponentExecutionException on unexpected error
* @throws ComponentException on unexpected error
* @throws InterruptedException on unexpected error
* @throws ExecutionException on unexpected error
*/
@Test(timeout = TEST_TIMEOUT_500_MSEC)
public void testProcessingInputsSuccess()
throws ComponentExecutionException, ComponentException, InterruptedException,
ExecutionException {
ComponentExecutionRelatedInstances compExeRelatedInstancesStub =
createComponentExecutionRelatedInstancesStub();
Component compMock = EasyMock.createStrictMock(Component.class);
compMock.processInputs();
EasyMock.expectLastCall();
EasyMock.replay(compMock);
compExeRelatedInstancesStub.component.set(compMock);
Capture<ComponentStateMachineEvent> compStateMachineEventCapture = new Capture<>();
ComponentStateMachine compStateMachineMock =
createComponentStateMachineEventForRuns(compStateMachineEventCapture);
compExeRelatedInstancesStub.compStateMachine = compStateMachineMock;
ComponentExecutionStorageBridge compExeStorageBridgeMock =
createComponentExecutionStorageBridgeRunSuccess(compExeRelatedInstancesStub);
compExeRelatedInstancesStub.compExeStorageBridge = compExeStorageBridgeMock;
ComponentContextBridge compCtxBridgeMock =
EasyMock.createStrictMock(ComponentContextBridge.class);
EasyMock.expect(compCtxBridgeMock.getEndpointDatumsForExecution())
.andStubReturn(new HashMap<String, EndpointDatum>());
EasyMock.replay(compCtxBridgeMock);
compExeRelatedInstancesStub.compCtxBridge = compCtxBridgeMock;
compExeRelatedInstancesStub.compExeScheduler = createComponentExecutionSchedulerMock(false);
ConsoleRowsSender consoleRowsSenderMock = createConsoleRowsSenderMock(null, null);
compExeRelatedInstancesStub.consoleRowsSender = consoleRowsSenderMock;
ComponentExecutionStatsService compExeStatsServiceMock =
createComponentExecutionStatsServiceMock(compExeRelatedInstancesStub);
ComponentExecutor compExecutor =
new ComponentExecutor(compExeRelatedInstancesStub, ComponentExecutionType.ProcessInputs);
compExecutor.bindComponentExecutionPermitsService(createComponentExecutionPermitServiceMock());
compExecutor.bindComponentExecutionStatsService(compExeStatsServiceMock);
compExecutor.executeByConsideringLimitations();
assertFalse(compExeRelatedInstancesStub.compExeRelatedStates.isComponentCancelled.get());
EasyMock.verify(compMock);
EasyMock.verify(compStateMachineMock);
assertEquals(
ComponentStateMachineEventType.RUNNING, compStateMachineEventCapture.getValue().getType());
assertEquals(
ComponentState.PROCESSING_INPUTS,
compStateMachineEventCapture.getValue().getNewComponentState());
EasyMock.verify(compExeStorageBridgeMock);
EasyMock.verify(consoleRowsSenderMock);
}
/**
* Tests tearing down component in success case.
*
* @throws ComponentException on unexpected error
* @throws ComponentExecutionException on unexpected error
*/
@Test
public void testTearDownFailure() throws ComponentException, ComponentExecutionException {
ComponentExecutionRelatedInstances compExeRelatedInstancesStub =
createComponentExecutionRelatedInstancesStub();
String errorMessage = "some error in tear down";
Component.FinalComponentState finalCompState = Component.FinalComponentState.FINISHED;
Component compMock = EasyMock.createStrictMock(Component.class);
compMock.tearDown(finalCompState);
EasyMock.expectLastCall().andThrow(new RuntimeException(errorMessage));
EasyMock.replay(compMock);
compExeRelatedInstancesStub.component.set(compMock);
ComponentExecutionStorageBridge compExeStorageBridgeMock =
createComponentExecutionStorageBridgeNonRunFailure(
compExeRelatedInstancesStub, DataModelConstants.TEAR_DOWN_RUN);
compExeRelatedInstancesStub.compExeStorageBridge = compExeStorageBridgeMock;
compExeRelatedInstancesStub.compExeScheduler = createComponentExecutionSchedulerMock(false);
Capture<ConsoleRow.Type> consoleRowTypeCapture = new Capture<>();
Capture<String> logMessageCapture = new Capture<>();
ConsoleRowsSender consoleRowsSenderMock =
createConsoleRowsSenderMock(consoleRowTypeCapture, logMessageCapture);
compExeRelatedInstancesStub.consoleRowsSender = consoleRowsSenderMock;
ComponentExecutionType compExeType = ComponentExecutionType.TearDown;
compExeType.setFinalComponentStateAfterTearedDown(finalCompState);
ComponentExecutor compExecutor =
new ComponentExecutor(compExeRelatedInstancesStub, ComponentExecutionType.TearDown);
try {
compExecutor.executeByConsideringLimitations();
fail("ComponentException expected");
} catch (ComponentException e) {
assertFailureHandling(consoleRowTypeCapture, logMessageCapture, e, errorMessage);
}
EasyMock.verify(compMock);
EasyMock.verify(compExeStorageBridgeMock);
EasyMock.verify(consoleRowsSenderMock);
}
/**
* Tests tearing down component in success case.
*
* @throws ComponentException on unexpected error
* @throws ComponentExecutionException on unexpected error
*/
@Test
public void testTearDownSuccess() throws ComponentException, ComponentExecutionException {
Component.FinalComponentState finalCompState = Component.FinalComponentState.FINISHED;
Component compMock = EasyMock.createStrictMock(Component.class);
compMock.tearDown(finalCompState);
EasyMock.expectLastCall();
EasyMock.replay(compMock);
ComponentExecutionRelatedInstances compExeRelatedInstancesStub =
createComponentExecutionRelatedInstancesStub();
compExeRelatedInstancesStub.component.set(compMock);
ComponentExecutionType compExeType = ComponentExecutionType.TearDown;
compExeType.setFinalComponentStateAfterTearedDown(finalCompState);
ComponentExecutor compExecutor =
new ComponentExecutor(compExeRelatedInstancesStub, ComponentExecutionType.TearDown);
compExecutor.executeByConsideringLimitations();
EasyMock.verify(compMock);
}
/**
* Tests executing of {@link Component#completeStartOrProcessInputsAfterVerificationDone()} in
* case results are rejected.
*
* @throws ComponentExecutionException on unexpected error
* @throws ComponentException on unexpected error
* @throws InterruptedException on unexpected error
* @throws ExecutionException on unexpected error
*/
@Test(timeout = TEST_TIMEOUT_500_MSEC)
public void testCompleteVerificationResultsRejected()
throws ComponentExecutionException, ComponentException, InterruptedException,
ExecutionException {
ComponentExecutionRelatedInstances compExeRelatedInstancesStub =
createComponentExecutionRelatedInstancesStub(true);
Component compMock = EasyMock.createStrictMock(Component.class);
compMock.completeStartOrProcessInputsAfterVerificationDone();
EasyMock.expectLastCall();
EasyMock.replay(compMock);
compExeRelatedInstancesStub.component.set(compMock);
ComponentExecutionStorageBridge compExeStorageBridgeMock =
EasyMock.createStrictMock(ComponentExecutionStorageBridge.class);
compExeStorageBridgeMock.setComponentExecutionFinished(FinalComponentRunState.RESULTS_REJECTED);
EasyMock.expectLastCall();
EasyMock.replay(compExeStorageBridgeMock);
compExeRelatedInstancesStub.compExeStorageBridge = compExeStorageBridgeMock;
compExeRelatedInstancesStub.compExeScheduler = createComponentExecutionSchedulerMock(false);
ConsoleRowsSender consoleRowsSenderMock = createConsoleRowsSenderMock(null, null);
compExeRelatedInstancesStub.consoleRowsSender = consoleRowsSenderMock;
ComponentExecutionType compExeType = ComponentExecutionType.CompleteVerification;
compExeType.setFinalComponentStateAfterRun(FinalComponentRunState.RESULTS_REJECTED);
ComponentExecutor compExecutor =
new ComponentExecutor(compExeRelatedInstancesStub, compExeType);
compExecutor.bindComponentExecutionPermitsService(createComponentExecutionPermitServiceMock());
compExecutor.executeByConsideringLimitations();
assertFalse(compExeRelatedInstancesStub.compExeRelatedStates.isComponentCancelled.get());
EasyMock.verify(compMock);
EasyMock.verify(compExeStorageBridgeMock);
EasyMock.verify(consoleRowsSenderMock);
}
/**
* Tests if the execution of the {@link Component}'s start method has no timeout.
*
* @throws ComponentExecutionException on unexpected error
* @throws ComponentException on unexpected error
*/
@Test(timeout = TEST_TIMEOUT_500_MSEC)
public void testSartAsInitHasNoTimeout() throws ComponentExecutionException, ComponentException {
final ComponentExecutionRelatedInstances compExeRelatedInstancesStub =
createComponentExecutionRelatedInstancesStub();
Component compMock = EasyMock.createStrictMock(Component.class);
compMock.start();
final int startMethodTimeMSec = 200;
EasyMock.expectLastCall()
.andAnswer(
new IAnswer<Void>() {
@Override
public Void answer() throws Throwable {
try {
Thread.sleep(startMethodTimeMSec);
} catch (InterruptedException e) {
throw new ComponentException("Unexpected error", e);
}
return null;
}
});
EasyMock.replay(compMock);
compExeRelatedInstancesStub.component.set(compMock);
Capture<ComponentStateMachineEvent> compStateMachineEventCapture = new Capture<>();
ComponentStateMachine compStateMachineMock =
createComponentStateMachineEventForRuns(compStateMachineEventCapture);
compExeRelatedInstancesStub.compStateMachine = compStateMachineMock;
ComponentExecutor compExecutor =
new ComponentExecutor(compExeRelatedInstancesStub, ComponentExecutionType.StartAsInit);
ComponentExecutor.waitIntervalAfterCacelledCalledMSec = WAIT_INTERVAL_100_MSEC;
ComponentExecutor.waitIntervalNotRunMSec = WAIT_INTERVAL_100_MSEC;
compExecutor.executeByConsideringLimitations();
assertFalse(compExeRelatedInstancesStub.compExeRelatedStates.isComponentCancelled.get());
}
private void testProcessInputsFailure(Exception expectedException)
throws ComponentExecutionException, ComponentException, InterruptedException,
ExecutionException {
ComponentExecutionRelatedInstances compExeRelatedInstancesStub =
createComponentExecutionRelatedInstancesStub();
Component compMock = EasyMock.createStrictMock(Component.class);
compMock.processInputs();
EasyMock.expectLastCall().andThrow(expectedException);
compMock.completeStartOrProcessInputsAfterFailure();
EasyMock.expectLastCall();
EasyMock.replay(compMock);
compExeRelatedInstancesStub.component.set(compMock);
Capture<ComponentStateMachineEvent> compStateMachineEventCapture = new Capture<>();
ComponentStateMachine compStateMachineMock =
createComponentStateMachineEventForRuns(compStateMachineEventCapture);
compExeRelatedInstancesStub.compStateMachine = compStateMachineMock;
ComponentExecutionStorageBridge compExeStorageBridgeMock =
createComponentExecutionStorageBridgeRunFailure(compExeRelatedInstancesStub);
compExeRelatedInstancesStub.compExeStorageBridge = compExeStorageBridgeMock;
ComponentContextBridge compCtxBridgeMock =
EasyMock.createStrictMock(ComponentContextBridge.class);
EasyMock.expect(compCtxBridgeMock.getEndpointDatumsForExecution())
.andStubReturn(new HashMap<String, EndpointDatum>());
EasyMock.replay(compCtxBridgeMock);
compExeRelatedInstancesStub.compCtxBridge = compCtxBridgeMock;
compExeRelatedInstancesStub.compExeScheduler = createComponentExecutionSchedulerMock(false);
Capture<ConsoleRow.Type> consoleRowTypeCapture = new Capture<>();
Capture<String> logMessageCapture = new Capture<>();
ConsoleRowsSender consoleRowsSenderMock =
createConsoleRowsSenderMock(consoleRowTypeCapture, logMessageCapture);
compExeRelatedInstancesStub.consoleRowsSender = consoleRowsSenderMock;
ComponentExecutionStatsService compExeStatsServiceMock =
createComponentExecutionStatsServiceMock(compExeRelatedInstancesStub);
ComponentExecutor compExecutor =
new ComponentExecutor(compExeRelatedInstancesStub, ComponentExecutionType.ProcessInputs);
compExecutor.bindComponentExecutionPermitsService(createComponentExecutionPermitServiceMock());
compExecutor.bindComponentExecutionStatsService(compExeStatsServiceMock);
try {
compExecutor.executeByConsideringLimitations();
fail("ComponentException expected");
} catch (ComponentException e) {
if (expectedException.getMessage() == null) {
assertFailureHandling(consoleRowTypeCapture, logMessageCapture, e, "Unexpected error");
} else {
assertFailureHandling(
consoleRowTypeCapture, logMessageCapture, e, expectedException.getMessage());
}
}
assertFalse(compExeRelatedInstancesStub.compExeRelatedStates.isComponentCancelled.get());
EasyMock.verify(compMock);
EasyMock.verify(compStateMachineMock);
assertEquals(
ComponentStateMachineEventType.RUNNING, compStateMachineEventCapture.getValue().getType());
assertEquals(
ComponentState.PROCESSING_INPUTS,
compStateMachineEventCapture.getValue().getNewComponentState());
EasyMock.verify(compExeStorageBridgeMock);
EasyMock.verify(consoleRowsSenderMock);
}