public async Task ApplyShouldReturnSuccessResponseWhenActionHandlerWasSuccessfullyProcessed()
{
// Arrange
var action = new TestAction(nameof(ApplyShouldReturnNoMatchingActionResponseWhenProviderReturnsFalse));
Mock.Get(this.reducer)
.Setup(r => r.TryGetProvider(TestStateId.New, out It.Ref <IActionProvider <TestStateSubject> > .IsAny))
.Callback(new StateOutputCallback <TestStateSubject>((StateId id, out IActionProvider <TestStateSubject> provider) =>
{
provider = this.provider;
}))
.Returns(true);
Mock.Get(this.provider)
.Setup(p => p.TryGet(out It.Ref <IActionHandler <TestAction, TestStateSubject> > .IsAny))
.Callback(new ActionOutputCallback <TestAction, TestStateSubject>((out IActionHandler <TestAction, TestStateSubject> handler) =>
{
handler = this.handler;
}))
.Returns(true);
Mock.Get(this.handler)
.Setup(h => h.Execute(action, It.Is <IStateView <TestStateSubject> >(x => x.StateId == TestStateId.New && x.Subject == this.context)))
.ReturnsAsync(TestStateId.Processing);
Mock.Get(this.reducer)
.Setup(r => r.SetState(It.Is <StateId>(x => x.Name == TestStateId.Processing.Name), this.context));
// Act
var result = await this.state.Apply(action);
// Assert
Assert.Equal(StateResponse.Success.Id, result?.Id);
}
public static void ClassInitialize(TestContext context)
{
testAction = new TestAction(context);
//fjsonContainer = new FakeJsonContainer();
//MemoryCache mc = new MemoryCache("TestCache");
}
public void TriggersOnlyEffectsThatHandleTheDispatchedAction()
{
var mockIncompatibleEffect = new Mock <IEffect>();
mockIncompatibleEffect
.Setup(x => x.ShouldReactToAction(It.IsAny <IAction>()))
.Returns(false);
var mockCompatibleEffect = new Mock <IEffect>();
mockCompatibleEffect
.Setup(x => x.ShouldReactToAction(It.IsAny <IAction>()))
.Returns(true);
var subject = new Store(BrowserInteropStub);
subject.AddEffect(mockIncompatibleEffect.Object);
subject.AddEffect(mockCompatibleEffect.Object);
BrowserInteropStub._TriggerPageLoaded();
var action = new TestAction();
subject.Dispatch(action);
mockIncompatibleEffect.Verify(x => x.HandleAsync(action, It.IsAny <IDispatcher>()), Times.Never);
mockCompatibleEffect.Verify(x => x.HandleAsync(action, It.IsAny <IDispatcher>()), Times.Once);
}
private void check(TestAction action, params CheckConditions[] entries)
{
AddAssert($"check {action}", () =>
{
Assert.Multiple(() =>
{
foreach (var entry in entries)
{
var testButton = entry.Tester[action];
if (!lastEventCounts.TryGetValue(testButton, out var count))
{
lastEventCounts[testButton] = count = new EventCounts();
}
count.OnPressedCount += entry.OnPressedDelta;
count.OnReleasedCount += entry.OnReleasedDelta;
Assert.AreEqual(count.OnPressedCount, testButton.OnPressedCount, $"{testButton.Concurrency} {testButton.Action}");
Assert.AreEqual(count.OnReleasedCount, testButton.OnReleasedCount, $"{testButton.Concurrency} {testButton.Action}");
}
});
return(true);
});
}
public void StartAction(TestAction action)
{
_action = action;
if (_action != null)
{
if (_action.autoSkip)
{
if (_action.delay > 0f)
{
Invoke("EndAction", _action.delay);
}
else
{
EndAction();
}
}
if (_action.move)
{
if (_action.delay > 0f)
{
Invoke("Move", _action.delay);
}
else
{
Move();
}
}
}
}
public void ExecuteCorrectAction()
{
// should execute the right actions
TestAction enter = new TestAction();
TestAction step = new TestAction();
TestAction exit = new TestAction();
origin.SetAction( enter, "enter" );
origin.SetAction( step, "step" );
origin.SetAction( exit, "exit" );
enter.executed = false;
step.executed = false;
exit.executed = false;
// test Enter
origin.Enter(context);
UUnitAssert.False( step.executed, "only enter should have executed ");
UUnitAssert.False( exit.executed, "only enter should have executed ");
UUnitAssert.True( enter.executed, "enter should have executed");
enter.executed = false;
// test step
origin.Execute(context);
UUnitAssert.False( enter.executed, "only step should have executed ");
UUnitAssert.False( exit.executed, "only step should have executed ");
UUnitAssert.True( step.executed, "step should have executed");
step.executed = false;
// test Exit
origin.Exit(context);
UUnitAssert.False( enter.executed, "only exit should have executed ");
UUnitAssert.False( step.executed, "only exit should have executed ");
UUnitAssert.True( exit.executed, "exit should have executed");
}
public void Test_InvokeActions_any()
{
// テスト用トリガソース
var cause = new Action <object>((_) => { });
var source = Observable.FromEvent <object>(h => cause += h, h => cause -= h);
// テスト対象の準備
var trigger = new ReactiveTrigger();
trigger.Source = source;
// テスト対象のアクションを呼び出すためのトリガ作成
var element = new DependencyObject();
var action = new TestAction();
trigger.Attach(element);
trigger.Actions.Add(action);
// ソースシーケンスへの投入と結果確認
action.InvokedParameters.Should().BeEmpty();
action.Reset();
cause("a");
action.InvokedParameters.Should().Equal("a");
action.Reset();
cause(100);
action.InvokedParameters.Should().Equal(100);
action.Reset();
cause(200);
cause("c");
cause(Tuple.Create(123, TimeSpan.FromSeconds(1)));
action.InvokedParameters.Should().Equal(200, "c", Tuple.Create(123, TimeSpan.FromSeconds(1)));
}
public void Test_Source_OnError()
{
// テスト用トリガソース
var subject = new Subject <int>();
// テスト対象の準備
var trigger = new ReactiveTrigger <int>();
trigger.Source = subject;
// テスト対象のアクションを呼び出すためのトリガ作成
var element = new DependencyObject();
var action = new TestAction();
trigger.Attach(element);
trigger.Actions.Add(action);
// 適当にシーケンスに値を流す
action.Reset();
subject.OnNext(10);
subject.OnNext(11);
subject.OnNext(12);
action.InvokedParameters.Should().AllBeOfType <int>().And.Equal(10, 11, 12);
// シーケンスをエラー終了する
subject.OnError(new Exception());
action.InvokedParameters.Should().AllBeOfType <int>().And.Equal(10, 11, 12);
// 完了後に値を流してみる
// これは単に完了したSubjectがOnNextの呼び出しを無視するだけかもしれないが。
subject.OnNext(20);
action.InvokedParameters.Should().AllBeOfType <int>().And.Equal(10, 11, 12);
}
public void TestStopOnFailure()
{
// make some scripts
var a = new TestAction("a");
var b = new TestAction("b");
var c = new TestAction("c");
var abc = new TestScript("abc", a, b, c);
var d = new TestAction("d");
var e = new TestAction("e");
var f = new TestAction("f");
var def = new TestScript("def", d, e, f);
var q = new ScriptQueue();
q.Enqueue(new List <Script>()
{
abc, def
});
q.OnUpdate();
Assert.IsTrue(a.IsEnqueued && a.IsActive && a.IsStarted);
// if we stop just action a with the failure flag set, it should stop the entire script
// and advance to the next one
abc.StopCurrentAction(false, null);
Assert.IsTrue(!a.IsEnqueued && !a.IsActive);
Assert.IsTrue(!abc.IsEnqueued && !abc.IsActive);
Assert.IsTrue(def.IsActive && d.IsActive);
// similary stopping the script will just remove it
def.StopScript(false, null);
Assert.IsTrue(!def.IsActive && !d.IsActive);
}
public void testActionTypesHaveUniqueIDs()
{
var id1 = new GameAction().id;
var id2 = new TestAction().id;
Assert.AreNotEqual(id1, id2);
}
public TestResultEventArgs(TestAction action, ResultNode result) : base(action)
{
if (result == null)
throw new ArgumentNullException("result");
Result = result;
}
public void Msmq_Receive()
{
var msmq = DistributedApplication.ClusterChannel as MsmqChannelProvider;
// init: purge queues
msmq._receiveQueue.Purge();
for (var i = 0; i < msmq._sendQueues.Count; i++)
{
var sendqueue = msmq._sendQueues[i];
sendqueue.Purge();
}
// send a single message to the receive queue and check if it gets received and executed
var message = new TestAction();
var clusterMemberInfo = new ClusterMemberInfo();
clusterMemberInfo.InstanceID = Guid.NewGuid().ToString(); // ensures message percieved as coming from other source
message.SenderInfo = clusterMemberInfo;
Stream messageStream = new BinaryMessageFormatter().Serialize(message);
var m = new System.Messaging.Message(messageStream);
m.TimeToBeReceived = TimeSpan.FromSeconds(RepositoryConfiguration.MessageRetentionTime);
m.Formatter = new System.Messaging.BinaryMessageFormatter();
_messageReceivedEvent = new AutoResetEvent(false);
msmq._receiveQueue.Send(m); // send message to receivequeue
// test for execution: _messageReceived should be set to true
var received = _messageReceivedEvent.WaitOne(3000);
Assert.IsTrue(received, "Distributed action was not received/executed within 3 seconds");
}
private void check(TestAction action, params CheckConditions[] entries)
{
AddAssert($"check {action}", () =>
{
Assert.Multiple(() =>
{
foreach (var entry in entries)
{
var scrollEntry = entry as ScrollCheckConditions;
var testButton = entry.Tester[action];
if (!lastEventCounts.TryGetValue(testButton, out var count))
{
lastEventCounts[testButton] = count = new EventCounts();
}
count.OnPressedCount += entry.OnPressedDelta;
count.OnReleasedCount += entry.OnReleasedDelta;
count.OnScrollCount += scrollEntry?.OnScrollCount ?? 0;
Assert.AreEqual(count.OnPressedCount, testButton.OnPressedCount, $"{testButton.Concurrency} {testButton.Action} OnPressedCount");
Assert.AreEqual(count.OnReleasedCount, testButton.OnReleasedCount, $"{testButton.Concurrency} {testButton.Action} OnReleasedCount");
if (testButton is ScrollTestButton scrollTestButton && scrollEntry != null)
{
Assert.AreEqual(count.OnScrollCount, scrollTestButton.OnScrollCount, $"{testButton.Concurrency} {testButton.Action} OnScrollCount");
Assert.AreEqual(scrollEntry.LastScrollAmount, scrollTestButton.LastScrollAmount, $"{testButton.Concurrency} {testButton.Action} LastScrollAmount");
}
}
});
return(true);
});
public void ActionDeserializes()
{
string json = DataTest.SampleAction.ToJson();
TestAction act = (TestAction)GameAction.FromJson(json);
Assert.AreEqual(act.TestValue, DataTest.SampleAction.TestValue);
}
public async Task Should_create_DispatchContext_using_dispatchContextFactory()
{
var action = new TestAction();
await sut.DispatchAsync(action, CancellationToken.None);
_dispatchContextFactory.Verify(x => x.Create(action, sut), Times.Once);
}
protected override TestingObject <OperationManager> GetTestingObject()
{
if (_createOp)
{
_createdOp = new OperationSetup("TestOperation", "Test", new Dictionary <string, string>
{
{ "Test1", "Test1" },
{ "Test2", "Test2" },
{ "Test3", "Test3" },
{ "Test4", "Test4" }
}, DateTime.Now).ToOperation().ToOperationEntity();
}
var opRepo = BuildMock <IOperationRepository>(m => m.Setup(or => or.AddOperation(It.IsAny <OperationEntity>()))
.Returns(Task.CompletedTask)
.Callback <OperationEntity>(op => _createdOp = op),
m => m.Setup(or => or.UpdateOperation(It.IsAny <string>(), It.IsAny <Action <OperationEntity> >()))
.Returns(Task.CompletedTask)
.Callback <string, Action <OperationEntity> >(((s, action) => action(_createdOp))),
m => m.Setup(or => or.Remove(It.Is <string>(e => e == _createdOp.OperationId)))
.Returns(Task.CompletedTask).Callback(() => _removeCalled = true));
_testAction = new TestAction();
var unitMock = BuildMock <IUnitOfWork>(m => m.Setup(u => u.SaveChanges()).Returns(Task.FromResult(0)),
m => m.Verify(u => u.SaveChanges(), Times.Never),
m => m.SetupGet(u => u.OperationRepository).Returns(opRepo));
return(base.GetTestingObject()
.AddDependency <IEnumerable <IOperationAction> >(new[] { _testAction })
.AddLogger(TestOutputHelper)
.AddDependency(unitMock)
.AddDependencyWithProvider <IBackgroundTaskDispatcher>(p => new SyncTaskSheduler(p)));
}
public async Task Should_call_managers_in_the_expected_order()
{
// Arrange
var action = new TestAction();
var token = CancellationToken.None;
var operationQueue = new Queue <string>();
_interceptorsManager
.Setup(x => x.DispatchAsync(It.IsAny <IDispatchContext <TestAction> >(), token))
.Callback(() => operationQueue.Enqueue("Interceptors"));
_actionHandlersManager
.Setup(x => x.DispatchAsync(It.IsAny <IDispatchContext <TestAction> >(), token))
.Callback(() => operationQueue.Enqueue("Reducers"));
_afterEffectsManager
.Setup(x => x.DispatchAsync(It.IsAny <IDispatchContext <TestAction> >(), token))
.Callback(() => operationQueue.Enqueue("AfterEffects"));
// Act
await sut.DispatchAsync(action, token);
// Assert
Assert.Collection(operationQueue,
operation => Assert.Equal("Interceptors", operation),
operation => Assert.Equal("Reducers", operation),
operation => Assert.Equal("AfterEffects", operation)
);
}
void OnPerform(object sender, object args)
{
var action = args as TestAction;
var marks = action.orderOfPlay == rootActionOrder ? actionMarks : reactionMarks;
marks.perform = true;
action.didPerform = true;
if (action.orderOfPlay != rootActionOrder)
{
reactions.Add(action);
}
else
{
AddReactions((IContainer)sender);
}
if (action.priority == depthCheckPriority)
{
var reaction = new TestAction();
reaction.orderOfPlay = depthReactionOrder;
((IContainer)sender).GetAspect <ActionSystem> ().AddReaction(reaction);
}
if (action.orderOfPlay == depthReactionOrder)
{
// Expect '2'. The trigger action and child action,
// Any greater value indicates that a sibling action of the trigger action responded first
depthFirst = (reactions.Count == 2);
}
}
public async Task ShouldReturnSuccessResponse()
{
// Arrange
var action = new TestAction("TEST");
var state = TestStateId.New;
var resultState = TestStateId.Processing;
Mock.Get(this.core)
.SetupGet(c => c.Component)
.Returns(this.component);
Mock.Get(this.core)
.SetupGet(c => c.InitialStateId)
.Returns(state);
Mock.Get(this.component)
.Setup(c => c.Apply(action, state))
.ReturnsAsync(new StateTransitionResponse(StateMachineResponse.Success, resultState));
// Act
var result = await new StateMachine(this.core).Apply(action);
// Assert
Assert.Equal(TestStateId.Processing.Name, resultState.Name);
Assert.Equal(StateMachineResponse.Success.Id, result.Id);
Assert.Equal(StateMachineResponse.Success.Message, result.Message);
}
private IEnumerable <ITestStep> ExtractSteps(List <List <string> > tableRows)
{
var steps = new List <ExcelStep>();
TestAction lastAction = TestAction.Unknown;
for (int i = 0; i < tableRows.Count; i++)
{
List <string> row = tableRows[i];
IEnumerable <string> rowContent = row.Where(x => !x.IsNullOrEmpty());
if (rowContent.Any())
{
TestAction currentAction;
var firstValue = rowContent.First().Trim();
if (Enum.TryParse(firstValue, out currentAction))
{
lastAction = currentAction;
}
if (rowContent.Any(x => ContainsStep(x)))
{
// Extract the current step and move the index to the next
var stepContents = GetCurrentStepContent(tableRows, i, out i);
if (!stepContents.IsNullOrEmpty())
{
steps.Add(new ExcelStep(lastAction, stepContents));
}
}
}
}
return(this.CreateTestSteps(steps));
}
public async Task ShouldReturnUnknownStateResponseWhenResultResponseIsNull()
{
// Arrange
var action = new TestAction("TEST");
var state = TestStateId.New;
var resultState = TestStateId.Processing;
Mock.Get(this.core)
.SetupGet(c => c.Component)
.Returns(this.component);
Mock.Get(this.core)
.SetupGet(c => c.InitialStateId)
.Returns(state);
Mock.Get(this.component)
.Setup(c => c.Apply(action, state))
.ReturnsAsync(new StateTransitionResponse(null, resultState));
// Act
var result = await new StateMachine(this.core).Apply(action);
// Assert
Assert.Equal(TestStateId.Processing.Name, resultState.Name);
Assert.Equal(StateMachineResponse.UnknownState.Id, result.Id);
Assert.Equal($"The provided state identification could not find the corresponding state. Provided state-id: {resultState.Name}", result.Message);
}
public void TestActionsInScript()
{
// make some actions
var a = new TestAction("a");
var b = new TestAction("b");
var c = new TestAction("c");
var d = new TestAction("d");
var e = new TestAction("e");
var f = new TestAction("f");
var seq = new TestScript("test");
seq.Enqueue(new List <Action>()
{
a, b, c
});
// make sure they're all enqueued but only A is activated
Assert.IsTrue(!seq.IsEmpty && seq.Head == a);
Assert.IsTrue(a.IsEnqueued && a.IsActive);
Assert.IsTrue(b.IsEnqueued && !b.IsActive);
Assert.IsTrue(c.IsEnqueued && !c.IsActive);
// stop A, this should dequeue it and activate B
a.Stop(true);
Assert.IsTrue(!seq.IsEmpty && seq.Head == b);
Assert.IsTrue(!a.IsEnqueued && !a.IsActive);
Assert.IsTrue(b.IsEnqueued && b.IsActive);
Assert.IsTrue(c.IsEnqueued && !c.IsActive);
// stop the script, this should pop B and C without activating the latter
seq.Clear();
Assert.IsTrue(seq.IsEmpty && seq.Head == null);
Assert.IsTrue(!a.IsEnqueued && !a.IsActive && a.countActivate == 1 && a.countDeactivate == 1);
Assert.IsTrue(!b.IsEnqueued && !b.IsActive && b.countActivate == 1 && b.countDeactivate == 1);
Assert.IsTrue(!c.IsEnqueued && !c.IsActive && c.countActivate == 0 && c.countDeactivate == 0);
// push two more
seq.Enqueue(new List <Action>()
{
d, e
});
Assert.IsTrue(d.IsEnqueued && d.IsActive && d.countActivate == 1 && d.countDeactivate == 0);
Assert.IsTrue(e.IsEnqueued && !e.IsActive && e.countActivate == 0 && e.countDeactivate == 0);
// pop E from the end, this should not affect D, or activate/deactivate E
seq.PopTail();
Assert.IsTrue(d.IsEnqueued && d.IsActive && d.countActivate == 1 && d.countDeactivate == 0);
Assert.IsTrue(!e.IsEnqueued && !e.IsActive && e.countActivate == 0 && e.countDeactivate == 0);
// push F to the front, this should deactivate D but keep it in the queue
seq.PushHead(f);
Assert.IsTrue(f.IsEnqueued && f.IsActive && f.countActivate == 1 && f.countDeactivate == 0);
Assert.IsTrue(d.IsEnqueued && !d.IsActive && d.countActivate == 1 && d.countDeactivate == 1);
// now dequeue F from the front, this should pop it, and re-activate D
seq.StopCurrentAction(true, null);
Assert.IsTrue(!f.IsEnqueued && !f.IsActive && f.countActivate == 1 && f.countDeactivate == 1);
Assert.IsTrue(d.IsEnqueued && d.IsActive && d.countActivate == 2 && d.countDeactivate == 1);
}
public async Task WhenCalled_ThenTriggersOnlyEffectsThatHandleTheDispatchedAction()
{
var mockIncompatibleEffect = new Mock <IEffect>();
mockIncompatibleEffect
.Setup(x => x.ShouldReactToAction(It.IsAny <object>()))
.Returns(false);
var mockCompatibleEffect = new Mock <IEffect>();
mockCompatibleEffect
.Setup(x => x.ShouldReactToAction(It.IsAny <object>()))
.Returns(true);
var subject = new TestStore();
await subject.InitializeAsync();
subject.AddEffect(mockIncompatibleEffect.Object);
subject.AddEffect(mockCompatibleEffect.Object);
var action = new TestAction();
subject.Dispatch(action);
mockIncompatibleEffect.Verify(x => x.HandleAsync(action, It.IsAny <IDispatcher>()), Times.Never);
mockCompatibleEffect.Verify(x => x.HandleAsync(action, It.IsAny <IDispatcher>()), Times.Once);
}
public async Task ShouldReturnSuccessResponse()
{
// Arrange
var input = new TestAction("TEST");
var state = TestStateId.New;
this.component.Add(typeof(TestAction).FullName, this.next);
this.component.Add(typeof(object).FullName, this.defaultComponent);
Mock.Get(this.next)
.Setup(n => n.Apply(input, state))
.ReturnsAsync(new StateTransitionResponse(StateMachineResponse.Success, state));
// Act
var result = await this.component.Apply(input, state);
// Arrange
Assert.Equal(StateMachineResponse.Success.Id, result.Response.Id);
Assert.True(this.component.TryGetValue(typeof(TestAction).FullName, out var com1));
Assert.NotNull(com1);
Assert.True(this.component.TryGetValue(typeof(object).FullName, out var com2));
Assert.NotNull(com2);
}
public void Test_DragOver_Reject()
{
// テスト対象のアクションを呼び出すためのトリガ作成
var element = new UIElement();
var action = new TestAction();
// テスト対象の準備
var trigger = new DragDropTerigger();
trigger.AcceptDropFormats = new[] { DataFormats.FileDrop };
trigger.AcceptDropEffect = DragDropEffects.Move;
// 要素にアタッチ
trigger.Attach(element);
trigger.Actions.Add(action);
// ドロップデータのモック
var dataMock = new TestDataObject();
dataMock.Setup_GetDataPresent(DataFormats.FileDrop, () => false);
// テスト用のイベントパラメータ生成
var args = TestActivator.CreateDragEventArgs(dataMock.Object, allowedEffects: DragDropEffects.All);
args.RoutedEvent = UIElement.DragOverEvent;
args.Effects = DragDropEffects.Copy;
// イベントを発生させる
element.RaiseEvent(args);
// イベント処理結果検証
args.Effects.Should().Be(DragDropEffects.None);
}
public void Test_InvokeActions_Detach()
{
// テスト用トリガソース
var cause = new Action <int>((_) => { });
var source = Observable.FromEvent <int>(h => cause += h, h => cause -= h);
// テスト対象の準備
var trigger = new ReactiveTrigger <int>();
trigger.Source = source;
// テスト対象のアクションを呼び出すためのトリガ作成
var element = new DependencyObject();
var action = new TestAction();
trigger.Attach(element);
trigger.Actions.Add(action);
// 一応デタッチ前の状態確認
action.Reset();
cause(10);
action.InvokedParameters.Should().AllBeOfType <int>().And.Equal(10);
// 要素からデタッチ
trigger.Detach();
// 一応デタッチ前の状態確認
action.Reset();
cause(30);
action.InvokedParameters.Should().AllBeOfType <int>().And.Equal(30);
}
public TestCase(string label, TestAction action)
{
this.label = label;
this.action = action;
time = 0f;
}
public void Test_InvokeActions_string()
{
// テスト用トリガソース
var cause = new Action <string>((_) => { });
var source = Observable.FromEvent <string>(h => cause += h, h => cause -= h);
// テスト対象の準備
var trigger = new ReactiveTrigger <string>();
trigger.Source = source;
// テスト対象のアクションを呼び出すためのトリガ作成
var element = new DependencyObject();
var action = new TestAction();
trigger.Attach(element);
trigger.Actions.Add(action);
// ソースシーケンスへの投入と結果確認
action.InvokedParameters.Should().BeEmpty();
action.Reset();
cause("a");
action.InvokedParameters.Should().AllBeOfType <string>().And.Equal("a");
action.Reset();
cause("b");
cause("c");
cause("c");
action.InvokedParameters.Should().AllBeOfType <string>().And.Equal("b", "c", "c");
}
public void Test_AutoAllowDrop_Enable()
{
// テスト対象のアクションを呼び出すためのトリガ作成
var element = new UIElement();
var action = new TestAction();
// テスト対象の準備
var trigger = new DragDropTerigger();
trigger.AcceptDropFormats = new[] { DataFormats.FileDrop };
trigger.AcceptDropEffect = DragDropEffects.Move;
trigger.AutoAllowDrop = true;
// 事前の状態チェック
element.AllowDrop.Should().Be(false);
// 要素にアタッチ
trigger.Attach(element);
trigger.Actions.Add(action);
// 設定の影響を確認
element.AllowDrop.Should().Be(true);
// 要素からデタッチ
trigger.Detach();
// 元の設定に戻ることを確認
element.AllowDrop.Should().Be(false);
}
public void Creating_a_new_allowedaction_object_with_custom_name_should_correctly_set_properties()
{
var expectedName = "TestActionName";
var action = new TestAction(expectedName);
Assert.AreEqual(expectedName, action.Name);
}
public void Creating_a_new_allowedaction_object_should_correctly_set_properties()
{
var expectedName = nameof(TestAction);
var action = new TestAction();
Assert.AreEqual(expectedName, action.Name);
}
// Creates and seeds an ApplicationContext with test data; then calls test action.
private async Task PrepareTestContext(TestAction testAction)
{
// Database is in memory as long the connection is open
var connection = new SqliteConnection("DataSource=:memory:");
try
{
connection.Open();
var options = new DbContextOptionsBuilder <ApplicationContext>()
.UseSqlite(connection)
.Options;
// Create the schema in the database and seeds with test data
using (var context = new ApplicationContext(options))
{
context.Database.EnsureCreated();
SeedData.Initialize(context);
await testAction(context);
}
}
finally
{
connection.Close();
}
}
public TestEventArgs(TestAction action, ResultNode result)
{
if (result == null)
throw new ArgumentNullException("result");
this.Action = action;
this.Result = result;
}
public TestEventArgs(TestAction action, TestNode test)
{
if (test == null)
throw new ArgumentNullException("test");
this.Action = action;
this.Test = test;
}
public TestNodeEventArgs(TestAction action, TestNode test)
: base(action)
{
if (test == null)
throw new ArgumentNullException("test");
Test = test;
}
public PipeLineTestor()
{
_Func = new TestFunction<int, int>(a => a * 5);
_Func2 = new TestFunction<int, int>(a => a - 2);
_Func3 = new TestFunction<int, int>(a => a + 2);
_Func4 = new TestFunction<int, int>(a => { Thread.Sleep(300); return a * 3; });
_Act = new TestAction<int>();
_Act2 = new TestAction<int>();
_Act3 = new TestAction<int>(a => { Thread.Sleep(300); });
}
public void TestActionsInScript()
{
// make some actions
var a = new TestAction("a");
var b = new TestAction("b");
var c = new TestAction("c");
var d = new TestAction("d");
var e = new TestAction("e");
var f = new TestAction("f");
var seq = new TestScript("test");
seq.Enqueue(new List<Action>() { a, b, c });
// make sure they're all enqueued but only A is activated
Assert.IsTrue(!seq.IsEmpty && seq.Head == a);
Assert.IsTrue(a.IsEnqueued && a.IsActive);
Assert.IsTrue(b.IsEnqueued && !b.IsActive);
Assert.IsTrue(c.IsEnqueued && !c.IsActive);
// stop A, this should dequeue it and activate B
a.Stop(true);
Assert.IsTrue(!seq.IsEmpty && seq.Head == b);
Assert.IsTrue(!a.IsEnqueued && !a.IsActive);
Assert.IsTrue( b.IsEnqueued && b.IsActive);
Assert.IsTrue( c.IsEnqueued && !c.IsActive);
// stop the script, this should pop B and C without activating the latter
seq.Clear();
Assert.IsTrue(seq.IsEmpty && seq.Head == null);
Assert.IsTrue(!a.IsEnqueued && !a.IsActive && a.countActivate == 1 && a.countDeactivate == 1);
Assert.IsTrue(!b.IsEnqueued && !b.IsActive && b.countActivate == 1 && b.countDeactivate == 1);
Assert.IsTrue(!c.IsEnqueued && !c.IsActive && c.countActivate == 0 && c.countDeactivate == 0);
// push two more
seq.Enqueue(new List<Action>() { d, e });
Assert.IsTrue(d.IsEnqueued && d.IsActive && d.countActivate == 1 && d.countDeactivate == 0);
Assert.IsTrue(e.IsEnqueued && !e.IsActive && e.countActivate == 0 && e.countDeactivate == 0);
// pop E from the end, this should not affect D, or activate/deactivate E
seq.PopTail();
Assert.IsTrue( d.IsEnqueued && d.IsActive && d.countActivate == 1 && d.countDeactivate == 0);
Assert.IsTrue(!e.IsEnqueued && !e.IsActive && e.countActivate == 0 && e.countDeactivate == 0);
// push F to the front, this should deactivate D but keep it in the queue
seq.PushHead(f);
Assert.IsTrue(f.IsEnqueued && f.IsActive && f.countActivate == 1 && f.countDeactivate == 0);
Assert.IsTrue(d.IsEnqueued && !d.IsActive && d.countActivate == 1 && d.countDeactivate == 1);
// now dequeue F from the front, this should pop it, and re-activate D
seq.StopCurrentAction(true, null);
Assert.IsTrue(!f.IsEnqueued && !f.IsActive && f.countActivate == 1 && f.countDeactivate == 1);
Assert.IsTrue( d.IsEnqueued && d.IsActive && d.countActivate == 2 && d.countDeactivate == 1);
}
public void ExecuteExitActions()
{
// should execute step actions
TestAction first = new TestAction();
TestAction second = new TestAction();
origin.SetAction( first, "exit" );
origin.SetAction( second, "exit" );
UUnitAssert.False( first.executed );
origin.Exit(context);
UUnitAssert.True( first.executed, "exit actions should have executed");
UUnitAssert.True( second.executed, "exit actions should have executed");
}
void FocusAndEnter()
{
var comment = GetCommentTextBox();
if (comment == null)
return;
comment.Focus();
var rnd = new Random();
comment.Text = "comment" + rnd.Next(100);
_prevAction = TestAction.FocusedAndEdited;
}
public TaskStatusTest(TestParameters parameters)
{
_testAction = parameters.TestAction;
_childCreationOptions = parameters.ChildTaskCreationOptions;
_createChildTask = parameters.CreateChildTask;
_isPromise = parameters.IsPromise;
_finalTaskStatus = parameters.FinalTaskStatus;
_finalChildTaskStatus = parameters.FinalChildTaskStatus;
_finalPromiseStatus = parameters.FinalPromiseStatus;
_mre = new ManualResetEventSlim(false);
_taskCts = new CancellationTokenSource();
_childTaskToken = new CancellationToken(false);
}
public void HandleRequest_ForPostRequest_CallsThePostMethodOnTheAction()
{
var route = new Route("tests/([a-z]+).html", typeof(TestAction));
var action = new TestAction();
var httpContext = Mocked.HttpContext()
.WithRegisteredAction(action)
.WithHttpMethod("POST")
.WithUrl("http://localhost/tests/request.html")
.Mock;
route.HandleRequest(httpContext);
Assert.Equal("Post", action.LastMethod);
}
static void Main(string[] args)
{
IHistory _history = new WpfHistory();
_history.Clear();
TestAction action = new TestAction();
_history.RecordAction(action);
Assert.IsFalse(_history.CanUndo);
Assert.IsFalse(_history.CanRedo);
_history.ExecutedLastRecordedAction();
Assert.IsTrue(_history.CanUndo);
Assert.IsFalse(_history.CanRedo);
Assert.AreEqual(_history.UndoStackCount, 1);
Assert.AreEqual(action, _history.UndoAction);
}
public void TestActionStartupAndUpdate()
{
// make some actions
var a = new TestAction("a");
var b = new TestAction("b");
var c = new TestAction("c", true); // this one stops before first update
var seq = new TestScript("test", a, b, c);
Assert.IsTrue(a.IsEnqueued && a.IsActive && !a.IsStarted);
Assert.IsTrue(a.countUpdate == 0);
// fake an update cycle
seq.OnUpdate();
Assert.IsTrue(a.IsEnqueued && a.IsActive && a.IsStarted);
Assert.IsTrue(a.countUpdate == 1);
// stop. this will remove and deactivate A, and activate B,
// but not start it yet until an update
a.Stop(true);
Assert.IsTrue(!a.IsEnqueued && !a.IsActive && !a.IsStarted);
Assert.IsTrue( b.IsEnqueued && b.IsActive && !b.IsStarted);
Assert.IsTrue(a.countUpdate == 1);
Assert.IsTrue(b.countUpdate == 0);
seq.OnUpdate();
Assert.IsTrue(b.IsEnqueued && b.IsActive && b.IsStarted);
Assert.IsTrue(b.countUpdate == 1);
// stop b. this will activate c, which will stop itself before first update
b.Stop(true);
Assert.IsTrue(c.IsEnqueued && c.IsActive && !c.IsStarted);
Assert.IsTrue(c.countUpdate == 0);
seq.OnUpdate();
Assert.IsTrue(!c.IsEnqueued && !c.IsActive && !c.IsStarted);
Assert.IsTrue(c.countUpdate == 0); // this update never got a chance to run
}
public static void Test(int n, TimeUnit timeUnit, out long total, out long avg, TestAction ac)
{
Stopwatch sw = new Stopwatch();
sw.Start();
for (int i = n; i > 0; --i)
{
ac();
}
sw.Stop();
total = sw.ElapsedTicks;
avg = total / n;
}
public void TestQueueUpdate()
{
// make some scripts
var a = new TestAction("a");
var b = new TestAction("b");
var c = new TestAction("c");
var abc = new TestScript("abc", a, b, c);
var d = new TestAction("d");
var e = new TestAction("e");
var f = new TestAction("f");
var def = new TestScript("def", d, e, f);
var q = new ScriptQueue();
q.Enqueue(new List<Script>() { abc, def });
Assert.IsTrue(a.IsEnqueued && a.IsActive && !a.IsStarted);
// fake a queue update
q.OnUpdate();
Assert.IsTrue(a.IsEnqueued && a.IsActive && a.IsStarted);
// stop the script. the first action in the next script
// will be activated, but won't be started until another update
q.StopCurrentScript(true, null);
Assert.IsTrue(!abc.IsEnqueued && !abc.IsActive && !a.IsActive && !a.IsStarted);
Assert.IsTrue(def.IsEnqueued && def.IsActive && d.IsActive && !d.IsStarted);
q.OnUpdate();
Assert.IsTrue(def.IsEnqueued && def.IsActive && d.IsActive && d.IsStarted);
// clear everything. no more updates
q.StopAllScripts(true, null);
Assert.IsTrue(!def.IsEnqueued && !def.IsActive && !d.IsActive && !d.IsStarted);
Assert.IsTrue(q.IsEmpty);
}
/// <summary>
/// Reads the JSON representation of the object.
/// </summary>
/// <param name="reader">The <see cref="T:Newtonsoft.Json.JsonReader" /> to read from.</param>
/// <param name="objectType">Type of the object.</param>
/// <param name="existingValue">The existing value of object being read.</param>
/// <param name="serializer">The calling serializer.</param>
/// <returns>
/// The object value.
/// </returns>
public override object ReadJson(JsonReader reader, Type objectType, object existingValue, JsonSerializer serializer)
{
ActionBase action = null;
var condition = Condition.Equals;
var actionName = string.Empty;
var path = string.Empty;
var value = string.Empty;
var text = string.Empty;
var expectedValue = string.Empty;
var expectedText = string.Empty;
var seconds = 0;
while (reader.Read() && reader.TokenType != JsonToken.EndObject)
{
if (reader.TokenType == JsonToken.PropertyName)
{
switch (reader.Value as string)
{
case "action":
actionName = reader.ReadAsString();
break;
case "path":
path = reader.ReadAsString();
break;
case "value":
value = reader.ReadAsString();
break;
case "text":
text = reader.ReadAsString();
break;
case "expectedValue":
expectedValue = reader.ReadAsString();
break;
case "expectedText":
expectedText = reader.ReadAsString();
break;
case "condition":
condition = (Condition)Enum.Parse(typeof (Condition), reader.ReadAsString(), true);
break;
case "seconds":
seconds = reader.ReadAsInt32() ?? 10;
break;
}
}
}
switch (actionName)
{
case "click":
action = new ClickAction { Condition = condition, Path = path, Text = text, Value = value };
break;
case "enterKey":
action = new EnterKeyAction { Condition = condition, Path = path, Text = text, Value = value };
break;
case "navigateTo":
action = new NavigateToAction { Path = path };
break;
case "selectItem":
action = new SelectItemAction { Condition = condition, Path = path, Text = text, Value = value };
break;
case "setText":
action = new SetTextAction { Path = path, Value = value };
break;
case "test":
action = new TestAction { Condition = condition, Path = path, ExpectedText = expectedText, ExpectedValue = expectedValue };
break;
case "wait":
action = new WaitAction { Seconds = seconds };
break;
}
return action;
}
public void TestScriptsInQueue()
{
// make some scripts
var a = new TestAction("a");
var b = new TestAction("b");
var c = new TestAction("c");
var abc = new TestScript("abc", a, b, c);
var empty = new TestScript("empty");
var d = new TestAction("d");
var e = new TestAction("e");
var f = new TestAction("f");
var def = new TestScript("def", d, e, f );
var q = new ScriptQueue();
q.Enqueue(new List<Script>() { abc, empty, def });
// verify the first script and action are active
Assert.IsTrue(!q.IsEmpty && q.Head == abc && q.Head.Head == a);
Assert.IsTrue( abc.IsEnqueued && abc.IsActive);
Assert.IsTrue(empty.IsEnqueued && !empty.IsActive);
Assert.IsTrue( def.IsEnqueued && !def.IsActive);
// stop the first action, keeps the same script active
a.Stop(true);
Assert.IsTrue(!q.IsEmpty && q.Head == abc && q.Head.Head == b);
// finish off actions. this will remove ABC from the queue
b.Stop(true);
c.Stop(true);
Assert.IsTrue(!q.IsEmpty && q.Head != abc);
Assert.IsTrue(abc.countActivate == 1 && abc.countDeactivate == 1);
// the Empty script was activated but then immediately removed, because it's empty
Assert.IsTrue(!empty.IsEnqueued && !empty.IsActive);
Assert.IsTrue(empty.countActivate == 1 && empty.countDeactivate == 1);
// and let's make sure that DEF is the active one now
Assert.IsTrue(!q.IsEmpty && q.Head == def && q.Head.Head == d);
Assert.IsTrue( !abc.IsEnqueued && !abc.IsActive);
Assert.IsTrue(!empty.IsEnqueued && !empty.IsActive);
Assert.IsTrue( def.IsEnqueued && def.IsActive);
Assert.IsTrue(def.countActivate == 1 && def.countDeactivate == 0);
// then if we force-stop DEF, it should clean out of the queue completely
def.StopScript(true, null);
Assert.IsTrue(q.IsEmpty && q.Head == null);
Assert.IsTrue(!def.IsEnqueued && !def.IsActive);
Assert.IsTrue(def.countActivate == 1 && def.countDeactivate == 1);
}
public void ExecuteStepActions()
{
// should execute step actions
TestAction first = new TestAction();
TestAction second = new TestAction();
origin.SetAction( first, "step" );
origin.SetAction( second, "step" );
UUnitAssert.False( first.executed );
origin.Step(context);
UUnitAssert.True( first.executed, "first step action should have executed");
UUnitAssert.True( second.executed, "second step action should have executed");
}
public TestEventArgs(TestAction action)
{
this.Action = action;
}
protected void ReconnectAndRun(TestAction assertion)
{
Reconnect();
assertion();
}
public TestEventArgs(TestAction action, int testCount)
{
this.Action = action;
this.TestCount = testCount;
}
public TestEventArgs(TestAction action, ResultNode result)
{
// TODO: Add Guard for test
this.Action = action;
this.Result = result;
}
public TestEventArgs(TestAction action, TestNode test)
{
// TODO: Add Guard for test
this.Action = action;
this.Test = test;
}
internal TestStep(
TestAction action = TestAction.None,
int? expectedEntryPointHit = null,
int? expectedBreakpointHit = null,
int? expectedStepComplete = null,
string expectedBreakFile = null,
ExceptionInfo expectedExceptionRaised = null,
int? targetBreakpoint = null,
int? targetBreakpointColumn = null,
string targetBreakpointFile = null,
uint? expectedHitCount = null,
uint? hitCount = null,
bool? enabled = null,
BreakOn? breakOn = null,
string condition = null,
bool builtin = false,
bool expectFailure = false,
bool expectReBind = false,
Action<NodeDebugger, NodeThread> validation = null,
int? expectedExitCode = null,
string expectedBreakFunction = null
) {
_action = action;
_expectedEntryPointHit = expectedEntryPointHit;
_expectedBreakpointHit = expectedBreakpointHit;
_expectedStepComplete = expectedStepComplete;
_expectedBreakFile = expectedBreakFile;
_expectedExceptionRaised = expectedExceptionRaised;
_targetBreakpointFile = targetBreakpointFile;
_targetBreakpoint = targetBreakpoint;
_targetBreakpointColumn = targetBreakpointColumn;
_expectedHitCount = expectedHitCount;
_hitCount = hitCount;
_enabled = enabled;
_breakOn = breakOn;
_condition = condition;
_builtin = builtin;
_expectFailure = expectFailure;
_expectReBind = expectReBind;
_validation = validation;
_expectedExitCode = expectedExitCode;
_expectedBreakFunction = expectedBreakFunction;
}
public void HandleRequest_ForUnsupportedRequest_DoesNotCallTheAction()
{
var route = new Route("tests/([a-z]+).html", typeof(TestAction));
var action = new TestAction();
var httpContext = Mocked.HttpContext()
.WithRegisteredAction(action)
.WithHttpMethod("PUT")
.WithUrl("http://localhost/tests/request.html")
.Mock;
route.HandleRequest(httpContext);
Assert.Null(action.LastMethod);
}
void Submit()
{
_privCenter.btnSave_Click(null,null);
_prevAction = TestAction.Submitted;
}
public TestParameters(TestAction testAction)
{
TestAction = testAction;
}
void Remove()
{
var lastContainer = _editBadge.TestGetCommentsControl().ItemContainerGenerator.ContainerFromIndex(
_editBadge.TestGetCommentsControl().Items.Count - 3);
if (lastContainer == null)
return;
var commentUc = Utils.FindChild<CommentUC>(lastContainer);
commentUc.btnRemoveComment_Click(null, null);
_privCenter.btnSave_Click(null, null);
_prevAction = TestAction.Removed;
}
public void TestStopOnFailure()
{
// make some scripts
var a = new TestAction("a");
var b = new TestAction("b");
var c = new TestAction("c");
var abc = new TestScript("abc", a, b, c);
var d = new TestAction("d");
var e = new TestAction("e");
var f = new TestAction("f");
var def = new TestScript("def", d, e, f);
var q = new ScriptQueue();
q.Enqueue(new List<Script>() { abc, def });
q.OnUpdate();
Assert.IsTrue(a.IsEnqueued && a.IsActive && a.IsStarted);
// if we stop just action a with the failure flag set, it should stop the entire script
// and advance to the next one
abc.StopCurrentAction(false, null);
Assert.IsTrue(!a.IsEnqueued && !a.IsActive);
Assert.IsTrue(!abc.IsEnqueued && !abc.IsActive);
Assert.IsTrue(def.IsActive && d.IsActive);
// similary stopping the script will just remove it
def.StopScript(false, null);
Assert.IsTrue(!def.IsActive && !d.IsActive);
}
/// <summary>
/// Creates an initial test instance state object.
/// </summary>
/// <param name="testStep">The test step used to execute the test instance.</param>
/// <param name="testInstanceActions">The test instance actions.</param>
/// <param name="testState">The test state.</param>
/// <param name="bindingItem">The data item.</param>
/// <param name="body">The body of the test instance.</param>
/// <exception cref="ArgumentNullException">Thrown if <paramref name="testStep"/>,
/// <paramref name="testInstanceActions"/> or <paramref name="testState"/> or <paramref name="bindingItem"/> is null.</exception>
/// <exception cref="ArgumentException">Thrown if <paramref name="testState"/> belongs to a
/// different test from the <paramref name="testStep"/>.</exception>
internal PatternTestInstanceState(PatternTestStep testStep,
PatternTestInstanceActions testInstanceActions,
PatternTestState testState, IDataItem bindingItem, TestAction body)
{
if (testStep == null)
throw new ArgumentNullException("testStep");
if (testInstanceActions == null)
throw new ArgumentNullException("testInstanceActions");
if (testState == null)
throw new ArgumentNullException("testState");
if (testStep.Test != testState.Test)
throw new ArgumentException("The test state belongs to a different test from the test step.", "testState");
if (bindingItem == null)
throw new ArgumentNullException("bindingItem");
if (body == null)
throw new ArgumentNullException("body");
this.testStep = testStep;
this.testInstanceActions = testInstanceActions;
this.testState = testState;
this.bindingItem = bindingItem;
this.body = body;
testParameterValues = new Dictionary<PatternTestParameter, object>();
slotValues = new Dictionary<ISlotInfo, object>();
data = new UserDataCollection();
nameBase = testStep.Name;
nameSuffixes = string.Empty;
}