private static void TestAfterPlaying()
{
// Disables the runner located in basic non-testing scene
FindObjectsOfType <GameTestRunner>().ForEach(run => run.gameObject.SetActive(false));
var allTestComponents = TestComponent.FindAllTestsOnScene().ToList();
var dynamicTests = allTestComponents.Where(t => t.dynamic).ToList();
var dynamicTestsToRun = dynamicTests.Select(c => c.dynamicTypeName).ToList();
allTestComponents.RemoveAll(dynamicTests.Contains);
TestComponent.DisableAllTests();
var testRunner = CleanTestRunner();
testRunner.TestRunnerCallback.Add(new TestCallback());
testRunner.InitRunner(allTestComponents, dynamicTestsToRun);
print("*** Start of testing ***");
testRunner.StartCoroutine(testRunner.StateMachine());
if (!testRunner.enabled)
{
throw new Exception("BuildProject self-assertion failed: Test Runner is not enabled");
}
// Makes sure the flag used to keep track of thread exit is initialized correctly
TestRunner.ApplicationIsPlaying = true;
// Currently not used, moved Passed and Failed functionality to the GameTestRunner
if (_testBackgroundThread != null)
{
Log.i("Interrupting previous test thread");
_testBackgroundThread.Interrupt();
}
_testBackgroundThread = new Thread(() =>
{
const int timeoutMinutes = 5;
for (var i = 0; i < timeoutMinutes * 30; i++)
{
if (!TestRunner.ApplicationIsPlaying)
{
Log.i("Application stopped, exiting test thread");
return;
}
// _stopTests doesn't currently work, as its callback is never called from the TestRunner
if (_stopTests)
{
GameTestRunner.Passed = true;
return;
}
Thread.Sleep(2000);
}
Log.e("Test timeout, " + timeoutMinutes + " minute" + (timeoutMinutes == 1 ? "" : "s") + " passed");
GameTestRunner.Failed = true;
});
_testBackgroundThread.Start();
}
