public void TestLinkMaps()
{
bool prefabLoadedEventReceived = false;
EventBus.instance.Subscribe(new object(), IoEvents.PREFAB_LOADED, () => { prefabLoadedEventReceived = true; });
GameObject prefab = ResourcesV2.LoadPrefab("ExamplePrefab1.prefab");
Assert.IsTrue(prefabLoadedEventReceived);
bool linkMapCreationEventReceived = false;
EventBus.instance.Subscribe(new object(), LinkingEvents.LINK_MAP_CREATED, () => { linkMapCreationEventReceived = true; });
var links = prefab.GetLinkMap();
Assert.IsTrue(linkMapCreationEventReceived);
Assert.IsNotNull(links.Get <Button>("Button 1"));
Assert.IsNotNull(links.Get <GameObject>("Button 1"));
AssertV2.Throws <Exception>(() => { links.Get <Button>("Button 2"); });
links.Get <Text>("Text 1").text = "Some text";
Assert.AreEqual("Some text", links.Get <Text>("Text 1").text);
links.Get <Button>("Button 1").SetOnClickAction(delegate {
Log.d("Button 1 clicked");
});
links.Get <Toggle>("Toggle 1").SetOnValueChangedAction((isNowChecked) => {
Log.d("Toggle 1 is now " + (isNowChecked ? "checked" : "unchecked"));
return(true);
});
}
public void TestLoadingPrefabs()
{
// Load the ExamplePrefab1.prefab located in Assets\Tests\TestLinking\Resources :
Assert.IsNotNull(ResourcesV2.LoadPrefab("ExamplePrefab1"));
// Loading a prefab that does not exist results in an error:
AssertV2.Throws <Exception>(() => { ResourcesV2.LoadPrefab("ExamplePrefab2"); });
}
public void TestAssertV2Throws()
{
AssertV2.ThrowExeptionIfAssertionFails(() => {
try {
AssertV2.Throws <Exception>(() => {
AssertV2.AreEqual(1, 1); // this will not fail..
}); // ..so the AssertV2.Throws should fail
Log.e("This line should never be reached since AssertV2.Throws should fail!");
throw new Exception("AssertV2.Throws did not fail correctly!");
} catch (AssertV2.ThrowsException) { // Only catch it if its a ThrowsException
// AssertV2.Throws failed correctly and threw an ThrowsException error
Log.d("ThrowsException was expected and arrived correctly");
}
});
}
public IEnumerator TestExecuteDelayed2()
{
{
MonoBehaviour myMonoBehaviour = CreateSomeMonoBehaviour();
myMonoBehaviour.enabled = false;
AssertV2.Throws <Exception>(() => {
myMonoBehaviour.ExecuteDelayed(() => { throw Log.e("Executing coroutine of disabled mono"); });
});
}
{
MonoBehaviour myMonoBehaviour = CreateSomeMonoBehaviour();
myMonoBehaviour.gameObject.SetActive(false);
AssertV2.Throws <Exception>(() => {
myMonoBehaviour.ExecuteDelayed(() => { throw Log.e("Executing coroutine of inactive GO"); });
});
}
yield return(null);
}
public IEnumerator TestMainThread()
{
GameObject go = null;
var task = TaskRunner.instance.RunInBackground(delegate {
// Test that its not be possible to create a GO in a background thread:
AssertV2.Throws <Exception>(() => { go = new GameObject(name: "A"); });
// Test that on MainThread the gameobject can be created:
MainThread.Invoke(() => { go = new GameObject(name: "B"); });
Thread.Sleep(1000); // wait for main thread action to execute
Assert.IsTrue(go != null);
// Assert.AreEqual("B", go.name); // go.name not allowed in background thread
Log.d("Background thread now done");
}).task;
Assert.IsNull(go);
yield return(task.AsCoroutine());
task.ThrowIfException();
Assert.IsNotNull(go);
Assert.AreEqual("B", go.name);
}
public void TestGetOrAddComponentSingleton()
{
Injector injector = GetInjectorForTesting();
injector.RemoveAllInjectorsFor <MyExampleMono1>();
AssertV2.Throws <Exception>(() => {
// It should not be possible to create a mono via default constructor:
injector.GetOrAddSingleton <MyExampleMono1>(this);
});
{
var singletonsName = "SingletonsMaster1";
var x1 = injector.GetOrAddComponentSingleton <MyExampleMono1>(this, singletonsName);
Assert.NotNull(x1);
var go = x1.gameObject;
Assert.NotNull(go);
Assert.AreEqual(singletonsName, go.GetParent().name);
var x2 = injector.Get <MyExampleMono1>(this);
Assert.AreEqual(x1, x2);
Assert.AreEqual(x1.gameObject, x2.gameObject);
}
}
public void TestAssertV2Methods()
{
AssertV2.ThrowExeptionIfAssertionFails(() => {
AssertV2.IsTrue(AssertV2.throwExeptionIfAssertionFails, "AssertV2.throwExeptionIfAssertionFails");
AssertV2.IsTrue(1 + 1 == 2, "This assertion must not fail");
AssertV2.Throws <Exception>(() => {
AssertV2.IsTrue(1 + 1 == 4, "This assertion has to fail");
Log.e("This line should never be printed since throwExeptionIfAssertionFails is true");
});
var s1 = "a";
AssertV2.AreEqual(s1, s1);
AssertV2.IsTrue(AssertV2.throwExeptionIfAssertionFails, "AssertV2.throwExeptionIfAssertionFails");
AssertV2.Throws <Exception>(() => { AssertV2.AreNotEqual(s1, s1, "s1"); });
string myVarX = null;
AssertV2.IsNull(null, "myVarX");
myVarX = "Now myVarX is not null anymore";
AssertV2.Throws <Exception>(() => { AssertV2.IsNull(myVarX, "myVarX"); });
AssertV2.AreEqual(1, 1);
AssertV2.Throws <Exception>(() => { AssertV2.AreEqual(1, 2); });
AssertV2.AreNotEqual(1, 2);
AssertV2.Throws <Exception>(() => { AssertV2.AreNotEqual(1, 1); });
var stopWatch = AssertV2.TrackTiming();
Thread.Sleep(10);
stopWatch.Stop();
AssertV2.Throws <Exception>(() => { stopWatch.AssertUnderXms(1); }); // This should always fail
stopWatch.AssertUnderXms(50);
AssertV2.IsTrue(stopWatch.IsUnderXms(50), "More time was needed than expected!");
});
}
public IEnumerator TestMainThread()
{
var queue = BackgroundTaskQueue.NewBackgroundTaskQueue(1);
GameObject go = null;
var task = queue.Run(async(cancel) => {
cancel.ThrowIfCancellationRequested();
// Test that its not be possible to create a GO in a background thread:
AssertV2.Throws <Exception>(() => { go = new GameObject(name: "A"); });
// Test that on MainThread the gameobject can be created:
MainThread.Invoke(() => { go = new GameObject(name: "B"); });
await TaskV2.Delay(1000); // wait for main thread action to execute
Assert.IsTrue(go != null);
// Assert.AreEqual("B", go.name); // go.name not allowed in background thread
Log.d("Background thread now done");
});
Assert.IsNull(go);
yield return(task.AsCoroutine());
task.ThrowIfException();
Assert.IsNotNull(go);
Assert.AreEqual("B", go.name);
}
public async Task TestDirectoryMethods()
{
AssertV2.throwExeptionIfAssertionFails = true;
var rootDir = CreateDirectoryForTesting("DirMethodsTest_" + DateTimeV2.UtcNow.ToUnixTimestampUtc());
// Test FullPath:
var dir1 = rootDir.GetChildDir("TestDir 1");
var alsoDir1 = dir1.Parent.GetChildDir("TestDir 1");
Assert.Equal(dir1.FullName, alsoDir1.FullName);
// Test deleting and creating Dir 1:
dir1.DeleteV2(); // Make sure dir does not yet exist from previous tests
Assert.False(dir1.IsNotNullAndExists(), "dir1.IsNotNullAndExists");
Assert.False(dir1.Exists, "dir1.Exists");
Assert.True(dir1.CreateV2().Exists, "dir1.CreateV2().Exists");
Assert.True(dir1.IsNotNullAndExists(), "dir1.IsNotNullAndExists");
dir1.CreateV2(); // Should do nothing and not throw an exception
var nameOfChildDir1 = "ChildDir 1";
var nameOfTestFile1InChildDir1 = "Test file 1";
// Test creating sub dirs and files:
var subDir = dir1.CreateSubdirectory(nameOfChildDir1);
SaveAndLoadTextToFile(subDir.GetChild(nameOfTestFile1InChildDir1), textToSave: "Test 123");
SaveAndLoadTextToFile(subDir.GetChild("Test file 2.txt"), textToSave: "Test 123");
{ // Test moving folders:
var oldPath = dir1.Parent.GetChildDir(dir1.Name);
var dir2 = rootDir.GetChildDir("TestDir 2");
dir2.DeleteV2(); // Make sure dir does not yet exist from previous tests
await TaskV2.Delay(20);
Assert.False(dir2.Exists, "before MOVE: dir2.ExistsV2");
var moveToWorked = dir1.MoveToV2(dir2, out dir1);
await TaskV2.Delay(100);
// After move first test that the new dir is now there:
Assert.True(dir2.Exists, "after MOVE: dir2.ExistsV2");
Assert.True(dir2.IsNotNullAndExists(), "dafter MOVE: ir2.IsNotNullAndExists");
Assert.Equal(dir2.FullName, dir1.FullName);
Assert.True(dir1.Exists, "after MOVE: dir1.ExistsV2");
Assert.True(moveToWorked, "dir1.MoveToV2(dir2) failed");
Assert.False(oldPath.Exists, "oldDir2.Exists");
var subDirs = dir2.GetDirectories();
Assert.NotEmpty(subDirs);
var movedChildDir = dir2.GetChildDir(nameOfChildDir1);
Assert.True(movedChildDir.Exists,
"!movedChildDir.ExistsV2, all childDirs=" + subDirs.ToStringV2(sd => "" + sd));
Assert.NotEmpty(movedChildDir.EnumerateFiles());
var movedTestFile1 = movedChildDir.GetChild(nameOfTestFile1InChildDir1);
Assert.True(movedTestFile1.Exists, "movedTestFile1.ExistsV2");
}
{ // Test that moving to existing folders fails:
var dir3 = rootDir.GetChildDir("TestDir 3").CreateV2();
Assert.Equal("TestDir 3", dir3.Name);
dir3 = rootDir.CreateSubdirectory(dir3.Name);
AssertV2.Throws <Exception>(() => {
dir1.MoveToV2(dir3, out dir1); // This should fail since dir3 already exists
});
Assert.NotEqual(dir3.FullName, dir1.FullName);
dir3.DeleteV2(); // Cleanup after test
}
{ // Test copying folders:
var oldPath = dir1.Parent.GetChildDir(dir1.Name);
var dir4 = rootDir.GetChildDir("TestDir 4");
dir4.DeleteV2(); // Make sure dir does not yet exist from previous tests
Assert.False(dir1.IsEmtpy());
Assert.True(dir1.CopyTo(dir4), "dir1.CopyTo(dir4) failed");
await TaskV2.Delay(20);
Assert.True(dir4.IsNotNullAndExists(), "dir4.IsNotNullAndExists");
Assert.NotEqual(dir4.FullName, dir1.FullName);
Assert.True(oldPath.Exists, "oldDir4.Exists");
// Check that the files were really copied from dir1 to dir4:
var dir4ChildDir1 = dir4.GetChildDir(nameOfChildDir1);
var testFile1InDir1ChildDir4 = dir4ChildDir1.GetChild(nameOfTestFile1InChildDir1);
Assert.True(testFile1InDir1ChildDir4.IsNotNullAndExists(), "tf1d4 not found");
var newTextInTestFile1 = "Some new text for txt file in dir4";
testFile1InDir1ChildDir4.SaveAsText(newTextInTestFile1);
// A second copyTo now that dir4 exists should throw an exception:
Assert.Throws <ArgumentException>(() => { dir1.CopyTo(dir4, replaceExisting: false); });
// Replacing only works when replaceExisting is set to true:
Assert.True(dir1.CopyTo(dir4, replaceExisting: true), "dir1.CopyTo(dir4, replaceExisting true) failed");
// The path to the testFile1 should still exist after copy:
Assert.True(testFile1InDir1ChildDir4.IsNotNullAndExists(), "old tf1d4 not found");
// The text should not be newTextInTestFile1 anymore after its replaced by the original again:
Assert.NotEqual(newTextInTestFile1, testFile1InDir1ChildDir4.LoadAs <string>());
Assert.True(dir4.DeleteV2(), "dir4.Delete"); // Delete dir4 again
Assert.False(dir4.DeleteV2(), "dir4.Del"); // dir4 now does not exist anymore so false is returned
}
{ // Test renaming folders:
var newName = "TestDir 5";
rootDir.GetChildDir(newName).DeleteV2();
var oldPath = dir1.Parent.GetChildDir(dir1.Name);
Assert.True(dir1.Exists, "dir1.Exists false BEFORE rename");
Assert.True(dir1.Rename(newName, out dir1), "dir1.Rename(newName) failed");
Assert.Equal(newName, dir1.Name);
Assert.True(dir1.Exists, "dir1.Exists false AFTER rename, dir1=" + dir1.FullName);
if (oldPath.Exists)
{
var e = Log.e("WebGL renamed via copy but could not delete the original dir=" + oldPath);
if (!EnvironmentV2.isWebGL)
{
throw e;
}
}
}
try { rootDir.DeleteV2(); } catch (Exception e) { Log.e("COuld not cleanup the rootDir as the final step", e); }
}
public void TestDirectoryMethods()
{
var rootDir = CreateDirectoryForTesting("TestDirectoryMethods");
// Test FullPath:
var dir1 = rootDir.GetChildDir("TestDir 1");
var alsoDir1 = dir1.Parent.GetChildDir("TestDir 1");
Assert.Equal(dir1.FullPath(), alsoDir1.FullPath());
// Test deleting and creating Dir 1:
dir1.DeleteV2();
Assert.False(dir1.IsNotNullAndExists());
Assert.False(dir1.Exists);
Assert.True(dir1.CreateV2().Exists);
Assert.True(dir1.IsNotNullAndExists());
dir1.Create(); // Should do nothing and not throw an exception
// Test creating sub dirs and files:
var subDir = dir1.CreateSubdirectory("ChildDir 1");
SaveAndLoadTextToFile(subDir.GetChild("Test file 1"), textToSave: "Test 123");
SaveAndLoadTextToFile(subDir.GetChild("Test file 2.txt"), textToSave: "Test 123");
{ // Test moving folders:
var oldPath = dir1.FullPath();
var dir2 = rootDir.GetChildDir("TestDir 2");
dir2.DeleteV2();
dir1.MoveToV2(dir2);
Assert.True(dir2.IsNotNullAndExists());
Assert.Equal(dir2.FullPath(), dir1.FullPath());
Assert.False(new DirectoryInfo(oldPath).Exists);
}
{ // Test that moving to existing folders fails:
var dir3 = rootDir.GetChildDir("TestDir 3").CreateV2();
Assert.Equal("TestDir 3", dir3.Name);
dir3 = rootDir.CreateSubdirectory(dir3.Name);
AssertV2.Throws <Exception>(() => {
dir1.MoveToV2(dir3); // This should fail since dir3 already exists
});
Assert.NotEqual(dir3.FullPath(), dir1.FullPath());
dir3.Delete(); // Cleanup after test
}
{ // Test copying folders:
var oldPath = dir1.FullPath();
var dir4 = rootDir.GetChildDir("TestDir 4");
dir4.DeleteV2(); // Make sure dir does not yet exist from previous tests
dir1.CopyTo(dir4);
Assert.True(dir4.IsNotNullAndExists(), "dir=" + dir4.FullPath());
Assert.NotEqual(dir4.FullPath(), dir1.FullPath());
Assert.True(new DirectoryInfo(oldPath).Exists);
dir4.DeleteV2(); // Cleanup after test
}
{ // Test renaming folders:
var newName = "TestDir 5";
rootDir.GetChildDir(newName).DeleteV2();
var oldPath = dir1.FullPath();
dir1.Rename(newName);
Assert.False(new DirectoryInfo(oldPath).Exists);
Assert.True(dir1.Exists);
Assert.Equal(newName, dir1.NameV2());
// DirectoryInfo.Name does not correctly update after renaming,
// Thats why DirectoryInfo.name must return an incorrect value:
Assert.NotEqual(newName, dir1.Name);
// TODO is DirectoryInfo.Name broken for all .net versions?
}
rootDir.DeleteV2(); // Cleanup after test
}
