public Lifecycle transitionTo(STATE next) {
Lifecycle nextLifecycle = null;
switch (next) {
case SUSPENDED: // only RUNNING instances can be SUSPENDED
if (STATE.RUNNING.equals(current)) {
nextLifecycle = new Lifecycle(instance, next);
instance.suspended = true;
break;
} else {
throw new IllegalTransitionException(current, next);
}
case ENDED: // both RUNNING and SUSPENDED instances can be ENDED
if (STATE.RUNNING.equals(current) || STATE.SUSPENDED.equals(current)) {
nextLifecycle = new Lifecycle(instance, next);
instance.suspended = false;
instance.endDate = new Date();
break;
} else {
throw new IllegalTransitionException(current, next);
}
case RUNNING: // only SUSPENDED instances can become RUNNING
if (STATE.SUSPENDED.equals(current)) {
nextLifecycle = new Lifecycle(instance, next);
instance.suspended = false;
break;
} else {
throw new IllegalTransitionException(current, next);
}
default:
throw new IllegalTransitionException(current, next);
}
return nextLifecycle;
}
@Test
@Ignore
public void testNewProcessInstanceWithVariables() {
HashMap<String, Object> variables = new HashMap<String, Object>();
variables.put("key2", "variable2");
ProcessInstanceRef instanceRef = processManager.newInstance("UserTask", variables);
assertEquals("UserTask", instanceRef.getDefinitionId());
assertEquals(3, processManager.getProcessInstances("UserTask").size());
assertEquals("variable2", processManager.getInstanceData(instanceRef.getId()).get("key2"));
}
public static ProcessInstanceRef processInstance(ProcessInstanceLog processInstance) {
ProcessInstanceRef result =
new ProcessInstanceRef(
processInstance.getProcessInstanceId() + "",
processInstance.getProcessId(),
processInstance.getStart(),
processInstance.getEnd(),
false);
TokenReference token =
new TokenReference(processInstance.getProcessInstanceId() + "", null, "");
result.setRootToken(token);
return result;
}