/**
* This test tackles the issue, that if the waitbrick is at last position within a script, the
* whole thread will not be set to "destroy" to early. So this test checks that the script is set
* to "sleeping" until wait time has exceeded.
*/
public void testWaitWhenBrickIsLast() {
String customName1 = "custom1";
LookData customData1 = createCostumeData(customName1);
LookData customData2 = createCostumeData(customNameResult_);
String spriteName = "sprite1";
sprite_ = spriteManager.getSprite(spriteName, true);
sprite_.addLookData(customData1);
sprite_.addLookData(customData2);
// simulate SetLookBrick
sprite_.getLook().setLookData(customData1);
// create BroadcastScript which executes one NextLookBrick
String startScriptName = "broadcastScript";
final StartScript startScript = new StartScript(sprite_, startScriptName);
final Formula time = new Formula(1);
WaitBrick waitBrick = new WaitBrick(spriteName, time, startScript);
NextLookBrick nextLookBrick = new NextLookBrick(spriteName);
startScript.addBrick(nextLookBrick);
startScript.addBrick(waitBrick);
final CatThread thread = new CatThread(spriteName + startScriptName, startScript);
scheduler.schedule(thread);
// execute nextLookBrick
scheduler.execute();
// execute waitBrick
scheduler.execute();
Timer timer =
new Timer() {
public void run() {
System.out.println(thread.getStatus());
assertTrue(thread.getStatus() == CatThread.SLEEPING);
// tell the test system the test is now done
finishTest();
}
};
timer.schedule(900);
// Set a delay period significantly longer than the
// event is expected to take
// delayTestFinish(1100);
}
public void testExecute() {
String spriteName = "spriteName";
Sprite sprite = stage.getSpriteManager().getSprite(spriteName, true);
String scriptName = "scriptName";
StartScript startScript = new StartScript(sprite, scriptName);
ForeverBrick repeatBrick = new ForeverBrick(spriteName);
LoopEndBrick loopEndBrick = new LoopEndBrick(spriteName, repeatBrick);
repeatBrick.setLoopEndBrick(loopEndBrick);
startScript.addBrick(repeatBrick);
startScript.addBrick(loopEndBrick);
sprite.addScript(startScript);
repeatBrick.execute();
assertEquals(LoopEndBrick.FOREVER, loopEndBrick.getTimesToRepeat());
}
public void testWait() {
String costumeName1 = "costume1";
LookData costumeData1 = createCostumeData(costumeName1);
LookData costumeData2 = createCostumeData(customNameResult_);
String spriteName = "sprite1";
sprite_ = spriteManager.getSprite(spriteName, true);
sprite_.addLookData(costumeData1);
sprite_.addLookData(costumeData2);
// simulate SetLookBrick
sprite_.getLook().setLookData(costumeData1);
// create BroadcastScript which executes one NextLookBrick
String startScriptName = "broadcastScript";
StartScript startScript = new StartScript(sprite_, startScriptName);
Formula time = new Formula(0.4);
WaitBrick waitBrick = new WaitBrick(spriteName, time, startScript);
NextLookBrick nextLookBrick = new NextLookBrick(spriteName);
startScript.addBrick(waitBrick);
startScript.addBrick(nextLookBrick);
CatThread thread = new CatThread(spriteName + startScriptName, startScript);
scheduler.schedule(thread);
// execute WaitBrick
scheduler.execute();
// should have no effect because there is no --> currentThread.getStatus() == CatThread.READY
scheduler.execute();
scheduler.execute();
scheduler.execute();
scheduler.execute();
scheduler.execute();
scheduler.execute();
//
Timer timer =
new Timer() {
public void run() {
// execute NextLookBrick
scheduler.execute();
assertEquals(customNameResult_, sprite_.getLook().getLookData().getName());
// tell the test system the test is now done
finishTest();
}
};
// Set a delay period significantly longer than the
// event is expected to take
delayTestFinish(700);
// Schedule the event and return control to the test system
timer.schedule(500);
}
public void testForeverNextCostume() {
CatScheduler.get().clear();
String spriteName = "spriteName";
Sprite sprite = stage.getSpriteManager().getSprite(spriteName, true);
String costumeName1 = "costume1";
String costumeName2 = "costume2";
String costumeName3 = "costume3";
LookData costumeData1 = createCostumeData(costumeName1);
LookData costumeData2 = createCostumeData(costumeName2);
LookData costumeData3 = createCostumeData(costumeName3);
sprite.addLookData(costumeData1);
sprite.addLookData(costumeData2);
sprite.addLookData(costumeData3);
String scriptName = "scriptName";
StartScript startScript = new StartScript(sprite, scriptName);
NextLookBrick nextLookBrick = new NextLookBrick(spriteName);
ForeverBrick repeatBrick = new ForeverBrick(spriteName);
LoopEndBrick loopEndBrick = new LoopEndBrick(spriteName, repeatBrick);
repeatBrick.setLoopEndBrick(loopEndBrick);
startScript.addBrick(repeatBrick);
startScript.addBrick(nextLookBrick);
startScript.addBrick(loopEndBrick);
sprite.addScript(startScript);
// simulate SetLookBrick
sprite.getLook().setLookData(costumeData1);
sprite.getLook().hide();
CatThread thread = new CatThread("threadName", startScript);
CatScheduler.get().schedule(thread);
CatScheduler.get().execute(); // repeat
CatScheduler.get().execute(); // next
CatScheduler.get().execute(); // loop end
assertEquals(costumeName2, sprite.getLook().getLookData().getName());
CatScheduler.get().execute(); // next
CatScheduler.get().execute(); // loop end
assertEquals(costumeName3, sprite.getLook().getLookData().getName());
CatScheduler.get().execute(); // next
CatScheduler.get().execute(); // loop end
assertEquals(costumeName1, sprite.getLook().getLookData().getName());
CatScheduler.get().execute(); // next
CatScheduler.get().execute(); // loop end
assertEquals(costumeName2, sprite.getLook().getLookData().getName());
assertEquals(LoopEndBrick.FOREVER, loopEndBrick.getTimesToRepeat());
assertEquals(1, CatScheduler.get().getThreadCount());
CatScheduler.get().clear();
}
