Map<String, Object> params = new HashMap<String, Object>();
params.put("fail", Boolean.TRUE);
runtimeService.startProcessInstanceByKey("suspensionProcess", params);
// a job definition (which was created for the asynchronous continuation)
JobDefinition jobDefinition = managementService.createJobDefinitionQuery().singleResult();
// ...which will be suspended with the corresponding jobs
managementService.suspendJobDefinitionByProcessDefinitionKey("suspensionProcess", true);
// one week from now
Date startTime = new Date();
ClockUtil.setCurrentTime(startTime);
long oneWeekFromStartTime = startTime.getTime() + (7 * 24 * 60 * 60 * 1000);
// when
// activate the job definition
managementService.activateJobDefinitionByProcessDefinitionKey(processDefinition.getKey(), false, new Date(oneWeekFromStartTime));
// then
// the job definition is still suspended
JobDefinitionQuery jobDefinitionQuery = managementService.createJobDefinitionQuery();
assertEquals(0, jobDefinitionQuery.active().count());
assertEquals(1, jobDefinitionQuery.suspended().count());
// there exists a job for the delayed activation execution
JobQuery jobQuery = managementService.createJobQuery();
Job delayedActivationJob = jobQuery.timers().active().singleResult();
assertNotNull(delayedActivationJob);
// execute job
managementService.executeJob(delayedActivationJob.getId());
// the job definition should be active
assertEquals(1, jobDefinitionQuery.active().count());
assertEquals(0, jobDefinitionQuery.suspended().count());
JobDefinition activeJobDefinition = jobDefinitionQuery.active().singleResult();
assertEquals(jobDefinition.getId(), activeJobDefinition.getId());
assertFalse(activeJobDefinition.isSuspended());
// the corresponding job is still suspended
jobQuery = managementService.createJobQuery();
assertEquals(1, jobQuery.suspended().count());