// Test event queuing and dequeuing during broadcasting
public void testEventBroadcasting() {
// Register a listener that will conditionally queue a new event
UIViewRoot root = facesContext.getApplication().getViewHandler().createView(facesContext, null);
facesContext.setViewRoot(root);
root.addFacesListener(new TestListener("t", "2", "4"));
TestListener.trace(null);
// Queue some events, including the trigger one
TestEvent event = new TestEvent(root, "1");
event.setPhaseId(PhaseId.APPLY_REQUEST_VALUES);
root.queueEvent(event);
event = new TestEvent(root, "2");
event.setPhaseId(PhaseId.APPLY_REQUEST_VALUES);
root.queueEvent(event);
event = new TestEvent(root, "3");
event.setPhaseId(PhaseId.APPLY_REQUEST_VALUES);
root.queueEvent(event);
// Simulate the Apply Request Values phase
root.processDecodes(facesContext);
// Validate the results (expect 4th event to also be queued)
String expected = "/t/1/t/2/t/3/t/4";
assertEquals(expected, TestListener.trace());
}
private void checkEventQueueing(PhaseId phaseId) {
// NOTE: Current semantics for ANY_PHASE listeners is that
// the event should be delivered exactly once, so the existence
// of such a listener does not cause the event to remain queued.
// Therefore, the expected string is the same as for any
// phase-specific listener, and it should get matched after
// Apply Request Values processing since that is first phase
// for which events are fired
// Register an event listener for the specified phase id
UIViewRoot root = facesContext.getApplication().getViewHandler().createView(facesContext, null);
facesContext.setViewRoot(root);
TestEvent event = null;
TestListener listener = new TestListener("t");
root.addFacesListener(listener);
// Queue some events to be processed
event = new TestEvent(root, "1");
event.setPhaseId(phaseId);
root.queueEvent(event);
event = new TestEvent(root, "2");
event.setPhaseId(phaseId);
root.queueEvent(event);
String expected = "/t/1/t/2";
// Fire off the relevant lifecycle methods and check expected results
TestListener.trace(null);
assertEquals("", TestListener.trace());
root.processDecodes(facesContext);
if (PhaseId.APPLY_REQUEST_VALUES.equals(phaseId) || PhaseId.ANY_PHASE.equals(phaseId)) {
assertEquals(expected, TestListener.trace());
} else {
assertEquals("", TestListener.trace());
}
root.processValidators(facesContext);
if (PhaseId.PROCESS_VALIDATIONS.equals(phaseId)
|| PhaseId.APPLY_REQUEST_VALUES.equals(phaseId)
|| PhaseId.APPLY_REQUEST_VALUES.equals(phaseId)
|| PhaseId.ANY_PHASE.equals(phaseId)) {
assertEquals(expected, TestListener.trace());
} else {
assertEquals("", TestListener.trace());
}
root.processUpdates(facesContext);
if (PhaseId.UPDATE_MODEL_VALUES.equals(phaseId)
|| PhaseId.PROCESS_VALIDATIONS.equals(phaseId)
|| PhaseId.APPLY_REQUEST_VALUES.equals(phaseId)
|| PhaseId.ANY_PHASE.equals(phaseId)) {
assertEquals(expected, TestListener.trace());
} else {
assertEquals("", TestListener.trace());
}
root.processApplication(facesContext);
assertEquals(expected, TestListener.trace());
}
// Test AbortProcessingException support
public void testAbortProcessingException() {
// Register three listeners, with the second one set to abort
UIViewRoot root = facesContext.getApplication().getViewHandler().createView(facesContext, null);
facesContext.setViewRoot(root);
root.addFacesListener(new TestListener("a", false));
root.addFacesListener(new TestListener("b", true));
root.addFacesListener(new TestListener("c", false));
// Queue two event and check the results
TestListener.trace(null);
TestEvent event1 = new TestEvent(root, "1");
event1.setPhaseId(PhaseId.APPLY_REQUEST_VALUES);
root.queueEvent(event1);
TestEvent event2 = new TestEvent(root, "2");
event2.setPhaseId(PhaseId.APPLY_REQUEST_VALUES);
root.queueEvent(event2);
root.processDecodes(facesContext);
assertEquals("/a/1/b/1/a/2/b/2", TestListener.trace());
}
