private void startLambdaInvocation(VMObservableEvent event) {
org.lgna.project.ast.UserLambda lambda = (UserLambda) event.getObject();
ComponentThread thread = event.getThread();
double startTime = event.getTime();
org.lgna.project.ast.AbstractMethod method = (AbstractMethod) event.getProperties()[0];
// We ignore scene activation
if (!method.getName().contentEquals("sceneActivated")) {
AbstractEventNode<?> eventNode =
EventNodeFactory.createEventNode(lambda, thread, startTime, null);
((LambdaEventNode) eventNode).setInvokingEventMethod(method);
pushEventNode(eventNode, false);
}
}
private void endLambdaInvocation(VMObservableEvent event) {
org.lgna.project.ast.UserLambda lambda = (UserLambda) event.getObject();
org.lgna.project.ast.AbstractMethod method = (AbstractMethod) event.getProperties()[0];
ComponentThread thread = event.getThread();
double endTime = event.getTime();
if (!method.getName().contentEquals("sceneActivated")) {
AbstractEventNode<?> eventNode = popEventNode(thread, false);
lambdaEventNodes.add((LambdaEventNode) eventNode);
if ((eventNode != null)
&& (eventNode.getAstNode() == lambda)
&& (eventNode.getThread() == thread)) {
eventNode.setEndTime(endTime);
} else {
throw new ExecutionObserverException("EventNode invalid: " + eventNode.toString(), event);
}
}
}
