use of com.axway.ats.log.autodb.events.UpdateRunEvent in project ats-framework by Axway.
the class DbEventRequestProcessor method constructUpdateRunEvent.
private void constructUpdateRunEvent() {
try {
if (userProvidedUpdateRunEvent != null) {
// get current run info from database
Run run = getLatestRun();
// replace the missing fields, received by the latest UpdateRunEvent with the one from the DB
String runName = (userProvidedUpdateRunEvent.getRunName() != null) ? userProvidedUpdateRunEvent.getRunName() : run.runName;
String osName = (userProvidedUpdateRunEvent.getOsName() != null) ? userProvidedUpdateRunEvent.getOsName() : run.os;
String productName = (userProvidedUpdateRunEvent.getProductName() != null) ? userProvidedUpdateRunEvent.getProductName() : run.productName;
String versionName = (userProvidedUpdateRunEvent.getVersionName() != null) ? userProvidedUpdateRunEvent.getVersionName() : run.versionName;
String buildName = (userProvidedUpdateRunEvent.getBuildName() != null) ? userProvidedUpdateRunEvent.getBuildName() : run.buildName;
String userNote = (userProvidedUpdateRunEvent.getUserNote() != null) ? userProvidedUpdateRunEvent.getUserNote() : run.userNote;
String hostName = (userProvidedUpdateRunEvent.getHostName() != null) ? userProvidedUpdateRunEvent.getHostName() : run.hostName;
// construct the new pending UpdateRunEvent
actualUpdateRunEvent = new UpdateRunEvent(userProvidedUpdateRunEvent.getLoggerFqcn(), (Logger) userProvidedUpdateRunEvent.getLogger(), runName, osName, productName, versionName, buildName, userNote, hostName);
}
} catch (SQLException e) {
/*
* Could not obtain run info from database.
* The exception will be logged to the console only, because the event processor is busy handling the UpdateRunEvent
* and will not be able to handle the log message event as well
*/
new AtsConsoleLogger(getClass()).error("Unable to update run with ID '" + eventProcessorState.getRunId() + "'", e);
}
}
use of com.axway.ats.log.autodb.events.UpdateRunEvent in project ats-framework by Axway.
the class DbEventRequestProcessor method processEventRequest.
public void processEventRequest(LogEventRequest eventRequest) throws LoggingException {
if (testcaseToDelete > 0) {
/* Pause for a moment processing the current event.
* This is (delete testcase)event is not coming from the FIFO queue, as we want to process it as
* soon as possible, so any events related to this testcase are directly skipped.
*/
deleteRequestedTestcase();
// now resume the processing of the current event that came from the queue
}
if (isBatchMode && eventRequest == null) {
// timeout waiting for next event - flush the current cache
dbAccess.flushCache();
return;
}
LogEvent event = eventRequest.getEvent();
if (event instanceof AbstractLoggingEvent) {
AbstractLoggingEvent dbAppenderEvent = (AbstractLoggingEvent) event;
if (dbAppenderEvent instanceof UpdateSuiteEvent) {
try {
dbAppenderEvent.checkIfCanBeProcessed(eventProcessorState);
} catch (IncorrectProcessorStateException e) {
/* Suite not started yet,
* so save the current event as pending
* and fired it right after StartSuiteEvent is received
*/
pendingUpdateSuiteEvent = (UpdateSuiteEvent) dbAppenderEvent;
return;
}
} else if (dbAppenderEvent instanceof UpdateRunEvent) {
try {
/* Run not started yet.
* We will fire the event after StartRunEvent is received
*/
userProvidedUpdateRunEvent = (UpdateRunEvent) dbAppenderEvent;
dbAppenderEvent.checkIfCanBeProcessed(eventProcessorState);
} catch (IncorrectProcessorStateException e) {
/*
* If we get an exception, do no process the event any further.
* We will fire it after StartRunEvent is received.
* */
return;
}
} else if (dbAppenderEvent instanceof AddTestcaseMetainfoEvent) {
try {
dbAppenderEvent.checkIfCanBeProcessed(eventProcessorState);
} catch (Exception e) {
AddTestcaseMetainfoEvent atmie = ((AddTestcaseMetainfoEvent) dbAppenderEvent);
boolean throwException = false;
if (atmie.getTestcaseId() == -1) {
if (eventProcessorState.getTestCaseId() == -1 && eventProcessorState.getLastExecutedTestCaseId() == -1) {
// No testcase was either running or previously finished.
// ATS needs to throw an Exception
throwException = true;
}
} else {
// Testcase ID was specified with the event, but still an error occurred. ATS needs to throw an Exception
throwException = true;
}
if (throwException) {
String errorMessage = constructEventProcessingErrorMessage(dbAppenderEvent);
log.error(errorMessage);
throw e;
}
}
} else {
// first check if we can process the event at all
try {
dbAppenderEvent.checkIfCanBeProcessed(eventProcessorState);
} catch (LoggingException e) {
String errorMessage = constructEventProcessingErrorMessage(dbAppenderEvent);
log.error(errorMessage);
throw e;
}
}
if (isBatchMode && !(event instanceof CacheableEvent) && eventProcessorState.getLifeCycleState() == LifeCycleState.TEST_CASE_STARTED) {
// this event can not be cached - flush the current cache
dbAccess.flushCache();
}
switch(dbAppenderEvent.getEventType()) {
case START_RUN:
startRun((StartRunEvent) event, eventRequest.getTimestamp());
if (userProvidedUpdateRunEvent != null) {
constructUpdateRunEvent();
updateRun(actualUpdateRunEvent);
}
break;
case END_RUN:
endRun(eventRequest.getTimestamp());
break;
case UPDATE_RUN:
/*
* By using data from the latest UpdateRunEvent and the current run info,
* construct a pending UpdateRunEvent
* */
constructUpdateRunEvent();
updateRun(actualUpdateRunEvent);
break;
case START_AFTER_SUITE:
afterSuiteMode = true;
break;
case END_AFTER_SUITE:
afterSuiteMode = false;
break;
case ADD_RUN_METAINFO:
addRunMetainfo((AddRunMetainfoEvent) event);
break;
case START_SUITE:
startSuite((StartSuiteEvent) event, eventRequest.getTimestamp());
if (pendingUpdateSuiteEvent != null) {
updateSuite(pendingUpdateSuiteEvent);
pendingUpdateSuiteEvent = null;
}
break;
case END_SUITE:
endSuite(eventRequest.getTimestamp());
break;
case UPDATE_SUITE:
updateSuite((UpdateSuiteEvent) event);
break;
case START_AFTER_CLASS:
afterClassMode = true;
break;
case END_AFTER_CLASS:
afterClassMode = false;
break;
case CLEAR_SCENARIO_METAINFO:
clearScenarioMetainfo();
break;
case ADD_SCENARIO_METAINFO:
addScenarioMetainfo((AddScenarioMetainfoEvent) event);
break;
case UPDATE_TEST_CASE:
updateTestcase((UpdateTestcaseEvent) event, eventRequest.getTimestamp());
break;
case END_TEST_CASE:
endTestCase((EndTestCaseEvent) event, eventRequest.getTimestamp());
break;
case START_TEST_CASE:
startTestCase((StartTestCaseEvent) event, eventRequest.getTimestamp());
break;
case JOIN_TEST_CASE:
joinTestCase((JoinTestCaseEvent) event);
break;
case LEAVE_TEST_CASE:
leaveTestCase();
break;
case ADD_TESTCASE_METAINFO:
addTestcaseMetainfo((AddTestcaseMetainfoEvent) event);
break;
case START_AFTER_METHOD:
afterMethodMode = true;
break;
case END_AFTER_METHOD:
afterMethodMode = false;
break;
case REMEMBER_LOADQUEUE_STATE:
rememberLoadQueueState((RememberLoadQueueStateEvent) event);
break;
case CLEANUP_LOADQUEUE_STATE:
cleanupLoadQueueState((CleanupLoadQueueStateEvent) event);
break;
case END_LOADQUEUE:
endLoadQueue((EndLoadQueueEvent) event, eventRequest.getTimestamp());
break;
case REGISTER_THREAD_WITH_LOADQUEUE:
registerThreadWithLoadQueue((RegisterThreadWithLoadQueueEvent) event);
break;
case START_CHECKPOINT:
startCheckpoint((StartCheckpointEvent) event);
break;
case END_CHECKPOINT:
endCheckpoint((EndCheckpointEvent) event);
break;
case INSERT_CHECKPOINT:
insertCheckpoint((InsertCheckpointEvent) event);
break;
case INSERT_SYSTEM_STAT:
insertSystemStatistics((InsertSystemStatisticEvent) event);
break;
case INSERT_USER_ACTIVITY_STAT:
insertUserActivityStatistics((InsertUserActivityStatisticEvent) event);
break;
case INSERT_MESSAGE:
InsertMessageEvent insertMessageEvent = (InsertMessageEvent) event;
insertMessage(eventRequest, insertMessageEvent.isEscapeHtml(), insertMessageEvent.isRunMessage());
break;
default:
throw new LoggingException("Unsupported logging event of type: " + dbAppenderEvent.getEventType());
}
} else {
insertMessage(eventRequest, false, false);
}
}
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