private void executionEnded(
GridProcess execution, GridProcessState state, List<IResponseTO> responses) {
updateExecution(execution, state, responses);
if (hasJobEnded(execution.getJob())) {
finishJob(execution.getJob(), responses);
}
updateScheduler(responses);
}
private void updateExecution(
GridProcess execution, GridProcessState state, List<IResponseTO> responses) {
try {
execution
.getJob()
.newReplicaResult(
execution.getResult(),
state,
verifyFailure(execution.getTask(), state),
canReplicate(execution.getTask()));
} catch (IllegalResultException e) {
responses.add(
new LoggerResponseTO(
"Illegal result on replicaEnded: " + e.getMessage(), LoggerResponseTO.ERROR));
}
if (state.equals(GridProcessState.FINISHED)) {
abortReplicaSisters(execution, responses);
}
WorkerEntry workerEntry = execution.getWorkerEntry();
workerEntry.deallocate();
if (!isWorkerNeeded(workerEntry, execution)) {
disposeWorker(workerEntry, responses);
}
}
public void executionFailed(GridProcess execution, List<IResponseTO> responses) {
reportReplicaAccounting(execution, responses);
Job job = execution.getJob();
GridProcessExecutionResult executionResult = execution.getResult();
try {
job.newReplicaResult(
executionResult,
GridProcessState.FAILED,
verifyFailure(execution.getTask(), GridProcessState.FAILED),
canReplicate(execution.getTask()));
} catch (IllegalResultException e) {
responses.add(
new LoggerResponseTO(
"Illegal result on replica " + execution.getState() + " : " + e.getMessage(),
LoggerResponseTO.ERROR));
}
GridProcessHandle handle = executionResult.getReplicaHandle();
WorkerEntry workerEntry = execution.getWorkerEntry();
workerEntry.deallocate();
GridProcessErrorTypes type = null;
if (executionResult != null && executionResult.getExecutionError() != null) {
type = executionResult.getExecutionError().getType();
}
boolean enteredTaskBlacklist = executionFailedOnWorker(workerEntry, type, execution, responses);
if (enteredTaskBlacklist) {
if (!isWorkerNeeded(workerEntry, execution)) {
unwantWorker(job, workerEntry, responses);
}
} else {
disposeWorker(workerEntry, responses);
}
boolean hasJobEnded = hasJobEnded(job);
String executorMsg = "";
if (executionResult != null
&& executionResult.getExecutionError() != null
&& executionResult.getExecutionError().getErrorCause() != null) {
executorMsg = executionResult.getExecutionError().getErrorCause().toString();
}
responses.add(
new LoggerResponseTO(
"Grid process "
+ execution.getState()
+ " "
+ handle
+ ". Job ended: "
+ hasJobEnded
+ " "
+ executorMsg
+ ".",
LoggerResponseTO.DEBUG));
if (hasJobEnded) {
finishJob(execution.getJob(), responses);
}
if (!isJobSatisfied(job) && !hasJobEnded) {
Request request = execution.getJob().getRequest(workerEntry.getRequestID());
if (request != null) {
request.setPaused(false);
}
ResumeRequestResponseTO to = new ResumeRequestResponseTO();
to.setPeerAddress(StringUtil.deploymentIDToAddress(workerEntry.getPeerID()));
to.setRequestID(workerEntry.getRequestID());
responses.add(to);
}
updateScheduler(responses);
}
private boolean isWorkerNeeded(WorkerEntry workerEntry, GridProcess execution) {
Job job = execution.getJob();
return isWorkerBlacklistedForEntireJob(workerEntry, job) || isJobSatisfied(job) ? false : true;
}