public void IsProcessingEnabled_WhenThereIsAnInboxAction_IsTrue()
{
var test = new WorkspacePresenter(AnInboxActionsFilter.Providing(AnAction.In(State.Inbox)).Build(), null,
null);
Assert.True(test.IsProcessingEnabled);
}
private async Task SendMessageToConnection(AnAction action, string connectionId)
{
var json = LambdaSerializer.Serialize <object>(action);
if (DebugLoggingEnabled)
{
LogDebug($"Post to connection: {connectionId}\n{{0}}", json);
}
else
{
LogInfo($"Post to connection: {connectionId}");
}
// attempt to send serialized message to connection
var messageBytes = Encoding.UTF8.GetBytes(json);
try {
await _amaClient.PostToConnectionAsync(new PostToConnectionRequest {
ConnectionId = connectionId,
Data = new MemoryStream(messageBytes)
});
} catch (AmazonServiceException e) when(e.StatusCode == System.Net.HttpStatusCode.Gone)
{
// HTTP Gone status code indicates the connection has been closed; nothing to do
} catch (Exception e) {
LogErrorAsWarning(e, "PostToConnectionAsync() failed on connection {0}", connectionId);
}
}
public void Setup()
{
_result = new AnAction();
_result.FillParameters(new Dictionary <string, object> {
{ "param1", _obj }
});
}
public void ProcessButtonText_WhenThereIsAnInboxAction_ContainsNumber()
{
var test = new WorkspacePresenter(AnInboxActionsFilter.Providing(AnAction.In(State.Inbox)).Build(), null,
null);
Assert.Equal("Process (1)", test.ProcessButtonText);
}
public void DisplayName__ReturnsActionTitle()
{
const string titleOfTheAction = "Title of the action";
var test = new ProcessActionPresenter(AnAction.Called(titleOfTheAction).Build(),
x => new[] { _fakeProcessor.Object });
Assert.Equal(titleOfTheAction, test.DisplayName);
}
public void Initialize__PopulatesPresenters()
{
var test = new ProcessActionPresenter(AnAction.Build(), x => new[] { _fakeProcessor.Object });
test.Initialize();
Assert.NotEmpty(test.Screens);
}
public void CanAdd_WhenTitleIsNotEmpty_IsTrue()
{
_fakeAction = AnAction.Called("This action has a title").Mock();
InputPresenter test = BuildDefaultInputViewPresenter();
Assert.True(test.CanAdd());
}
public void CanAdd_WhenTitleIsEmpty_IsFalse()
{
_fakeAction = AnAction.Called(string.Empty).Mock();
InputPresenter test = BuildDefaultInputViewPresenter();
Assert.False(test.CanAdd());
}
public void CurrentPresenter_WhenInboxHasACurrentItem_IsAPresenter()
{
_fakeInbox.Setup(x => x.SelectedItem).Returns(AnAction.Build());
ProcessPresenter test = BuildDefaultProcessPresenter();
test.Initialize();
Assert.NotNull(test.ActiveScreen);
}
public void BlockingActions__ReturnsBlockingActions()
{
var stubBlockingActions = new Mock <IBlockingActionsPresenter>();
var test = new ActionTreeNodePresenter(AnAction.BlockedBy(AnAction).Build(),
stubBlockingActions.Object);
Assert.Same(stubBlockingActions.Object, test.BlockingActions);
}
public void AddBlockingAction_GivenAction_AddsActionToBlockingActions()
{
var test = new Action();
IAction blockingAction = AnAction.Build();
test.AddBlockingAction(blockingAction);
Assert.Contains(blockingAction, test.BlockingActions);
}
public void Actions_WhenWorkspaceContainsAnActionThatIsBlockedButNotBlocking_ContainsAction()
{
IAction unblockedAction = AnAction.Build();
IAction blockedAction = AnAction.BlockedBy(unblockedAction).Build();
var test = new ProjectsFilter(AWorkspace.With(blockedAction).
With(unblockedAction).Build());
Assert.Contains(blockedAction, test.Actions);
Assert.Equal(1, test.Actions.Count);
}
public void Execute__MarksActionAsCompleted()
{
DateTime timeAtStart = DateTime.UtcNow;
Mock <IAction> mockAction = AnAction.Mock();
var test = new DoNowCommand();
test.Execute(mockAction.Object);
mockAction.VerifySet(x => x.CompletedDate = It.IsInRange(timeAtStart, DateTime.UtcNow, Range.Inclusive));
}
public void Execute_GivenProject_AddsActionToProjectBlockingActions()
{
Mock <IAction> mockProject = AnAction.Mock();
_test.Context = AContext.Build();
_test.Project = mockProject.Object;
_test.Execute(_fakeAction.Object);
mockProject.Verify(x => x.AddBlockingAction(_fakeAction.Object));
}
public void DisplayName_WhenActionTitleChanges_RaisesPropertyChanged()
{
const string titleOfTheAction = "Title of the action";
Mock <IAction> stubAction = AnAction.Called(titleOfTheAction).Mock();
var test = new ProcessActionPresenter(stubAction.Object, x => new[] { _fakeProcessor.Object });
test.AssertThatChangeNotificationIsRaisedBy(x => x.DisplayName).
When(() => stubAction.Raise(x => x.PropertyChanged += null,
new PropertyChangedEventArgs("Title")));
}
public void DisplayName_WhenSet_SetsActionTitle()
{
Mock <IAction> mockAction = AnAction.Mock();
var test = new ProcessActionPresenter(mockAction.Object, x => new[] { _fakeProcessor.Object });
const string newTitle = "New title";
test.DisplayName = newTitle;
mockAction.VerifySet(x => x.Title = newTitle);
}
public bool AsyncWaitHandle ()
{
var d = new AnAction (DoAction);
IAsyncResult ar = d.BeginInvoke (true, 1, null, null);
do {
} while (!ar.AsyncWaitHandle.WaitOne (10, true));
return d.EndInvoke (ar);
}
public bool IsCompleted ()
{
var d = new AnAction (DoAction);
IAsyncResult ar = d.BeginInvoke (true, 1, null, null);
do {
Thread.Sleep (10);
} while(!ar.IsCompleted);
return d.EndInvoke (ar);
}
public bool AsyncWaitHandle()
{
var d = new AnAction(DoAction);
IAsyncResult ar = d.BeginInvoke(true, 1, null, null);
do
{
} while (!ar.AsyncWaitHandle.WaitOne(10, true));
return(d.EndInvoke(ar));
}
public bool IsCompleted()
{
var d = new AnAction(DoAction);
IAsyncResult ar = d.BeginInvoke(true, 1, null, null);
do
{
Thread.Sleep(10);
} while(!ar.IsCompleted);
return(d.EndInvoke(ar));
}
public void TopLevelProjects_WhenWorkspaceContainsAnActionThatIsBlockedButNotBlocking_ReturnsAction()
{
var stubProjectPresenter = new Mock <IActionTreeNodePresenter>();
var test =
new OptionalProjectSelector(AProjectsFilter.Providing(AnAction.Build()).Build(),
action => stubProjectPresenter.Object,
new AllowNullSelectionPolicy());
test.Initialize();
Assert.Contains(stubProjectPresenter.Object, test.Screens);
}
public void GettingApplyCommandProject_WhenProjectHasBeenSelected_ReturnsTheProject()
{
DoLaterPresenter test = BuildDefaultDoLaterPresenter();
test.Initialize();
IAction project = AnAction.Build();
ProjectIsSelected(project);
GC.KeepAlive(test);
Assert.Same(project, _applyCommand.Project);
}
public bool AsyncCallbackWithState ()
{
var d = new AnAction (DoAction);
var ar = d.BeginInvoke (true, 10,
new AsyncCallback (MyCallback),
new object ());
do {
Thread.Sleep (10);
} while(!ar.IsCompleted && !CallBackCalled);
return true;
}
public void Presenters_WhenThereIsAnInboxAction_ContainsInboxActionPresenter()
{
IAction inboxAction = AnAction.In(State.Inbox).Build();
var stubActionPresenter = new Mock <IActionPresenter>();
var test = new SingleInboxActionSelector(AnInboxActionsFilter.Providing(inboxAction).Build(),
action => stubActionPresenter.Object,
new AlwaysSelectedPolicy());
test.Initialize();
Assert.Contains(stubActionPresenter.Object, test.Screens);
}
public bool AsyncCallbackWithState()
{
var d = new AnAction(DoAction);
var ar = d.BeginInvoke(true, 10,
new AsyncCallback(MyCallback),
new object());
do
{
Thread.Sleep(10);
} while(!ar.IsCompleted && !CallBackCalled);
return(true);
}
public void Apply__AppliesCurrentPresenter()
{
IAction action = AnAction.Build();
var mockCommand = new Mock <ICommand>();
_fakeProcessor.Setup(x => x.ApplyCommand).Returns(mockCommand.Object);
var test = new ProcessActionPresenter(action, x => new[] { _fakeProcessor.Object });
test.Initialize();
test.Apply();
mockCommand.Verify(x => x.Execute(action));
}
public void Actions_WhenWorkspaceHasMixedActions_ContainsOnlyInboxActions()
{
IAction inboxAction = AnAction.In(State.Inbox).Build();
WorkspaceBuilder stubWorkspace =
AWorkspace
.With(AnAction.In(State.Committed))
.With(inboxAction)
.With(AnAction.In(State.Hold))
.With(AnAction.In(State.SomedayMaybe));
var test = new InboxActionsFilter(stubWorkspace.Build());
Assert.Contains(inboxAction, test.Actions);
Assert.Equal(1, test.Actions.Count);
}
public void Presenters_WhenActionHasABlockingAction_ContainsPresenterForBlockingAction()
{
IAction blockingAction = AnAction.Build();
var stubPresenter = new Mock <IActionPresenter>();
var test = new BlockingActionsPresenter(AnAction.BlockedBy(blockingAction).Build(),
delegate(IAction action)
{
Assert.Same(blockingAction, action);
return(stubPresenter.Object);
});
test.Initialize();
Assert.Contains(stubPresenter.Object, test.Screens);
}
public void IsProcessingEnabled_WhenAnInboxActionIsAdded_RaisesPropertyChanged()
{
var actions = new ObservableCollection <IAction>();
Mock <IInboxActionsFilter> inboxActionsFilter = AnInboxActionsFilter.ProvidingViewOf(actions);
var test = new WorkspacePresenter(inboxActionsFilter.Object, null, null);
bool eventRaised = false;
test.PropertyChanged += (sender, args) => eventRaised |= args.PropertyName == "IsProcessingEnabled";
actions.Add(AnAction.In(State.Inbox).Build());
GC.KeepAlive(test);
Assert.True(eventRaised);
}
public void Actions_WhenAnActionIsMovedOutOfTheInbox_RaisesCollectionChanged()
{
Mock <IAction> stubAction = AnAction.In(State.Inbox).Mock();
IWorkspace workspace = AWorkspace.With(stubAction.Object).Build();
var test = new InboxActionsFilter(workspace);
bool eventRaised = false;
test.Actions.CollectionChanged += (o, args) => eventRaised = true;
stubAction.Setup(x => x.ActionState).Returns(State.Committed);
stubAction.Raise(x => x.PropertyChanged += null, new PropertyChangedEventArgs("ActionState"));
Assert.DoesNotContain(stubAction.Object, test.Actions);
Assert.Empty(test.Actions);
Assert.True(eventRaised);
}
public void Actions_WhenFirstInboxActionIsAddedToWorkspace_RaisesCollectionChanged()
{
IWorkspace workspace = AWorkspace.Build();
IAction inboxAction = AnAction.In(State.Inbox).Build();
var test = new InboxActionsFilter(workspace);
bool eventRaised = false;
test.Actions.CollectionChanged +=
(o, args) =>
{
Assert.Same(inboxAction, args.NewItems.Cast <IAction>().Single());
eventRaised = true;
};
workspace.Actions.Add(inboxAction);
Assert.Contains(inboxAction, test.Actions);
Assert.Equal(1, test.Actions.Count);
Assert.True(eventRaised);
}
public void Setup()
{
_result = new AnAction();
}
public void CanExecute_WhenGivenAnAction_ReturnsTrue()
{
Assert.True(new DoNowCommand().CanExecute(AnAction.Build()));
}
