protected virtual void Start() { _progress = new NotifyingObject<int>(0); _command = new NotifyingObject<ICommand>(new DelegateCommand(() => { Ticks++; Progress = 0; })); var resourceManager = GetComponentInParent<ResourceManager>(); var cooldownButton = GetComponentInChildren<CooldownButton>(); cooldownButton.EnabledColorProperty.Bind( BindingType.OneWay, resourceManager.ButtonEnabledColorProperty); cooldownButton.DisabledColorProperty.Bind( BindingType.OneWay, resourceManager.ButtonDisabledColorProperty); cooldownButton.EnabledTextColorProperty.Bind( BindingType.OneWay, resourceManager.ButtonEnabledTextColorProperty); cooldownButton.DisabledTextColorProperty.Bind( BindingType.OneWay, resourceManager.ButtonDisabledTextColorProperty); cooldownButton.EnabledProgressBarColorProperty.Bind( BindingType.OneWay, resourceManager.ButtonEnabledProgressBarColorProperty); cooldownButton.DisabledProgessBarColorProperty.Bind( BindingType.OneWay, resourceManager.ButtonDisabledProgressBarColorProperty); cooldownButton.TextProperty.SetValue(Text); cooldownButton.ProgressProperty.Bind(BindingType.TwoWay, _progress); cooldownButton.CommandProperty.Bind(BindingType.OneWay, _command); }
public void Ctor_RefernceType_Initialized() { var value = new List(); var subject = new NotifyingObject <List>(value); Assert.AreEqual(value, subject.GetValue()); }
public void Ctor_ValueType_Initialized() { const int value = 42; var subject = new NotifyingObject <int>(value); Assert.AreEqual(value, subject.GetValue()); }
public void RegisterNotifyingObject(NotifyingObject obj) { Contract.Requires<ArgumentNullException>(obj != null); RegisterNotifyingObject((INotifyPropertyChanging)obj); RegisterNotifyingObject((INotifyPropertyChanged)obj); }
protected virtual void Start() { _progress = new NotifyingObject <int>(0); _command = new NotifyingObject <ICommand>(new DelegateCommand(() => { Ticks++; Progress = 0; })); var resourceManager = GetComponentInParent <ResourceManager>(); var cooldownButton = GetComponentInChildren <CooldownButton>(); cooldownButton.EnabledColorProperty.Bind( BindingType.OneWay, resourceManager.ButtonEnabledColorProperty); cooldownButton.DisabledColorProperty.Bind( BindingType.OneWay, resourceManager.ButtonDisabledColorProperty); cooldownButton.EnabledTextColorProperty.Bind( BindingType.OneWay, resourceManager.ButtonEnabledTextColorProperty); cooldownButton.DisabledTextColorProperty.Bind( BindingType.OneWay, resourceManager.ButtonDisabledTextColorProperty); cooldownButton.EnabledProgressBarColorProperty.Bind( BindingType.OneWay, resourceManager.ButtonEnabledProgressBarColorProperty); cooldownButton.DisabledProgessBarColorProperty.Bind( BindingType.OneWay, resourceManager.ButtonDisabledProgressBarColorProperty); cooldownButton.TextProperty.SetValue(Text); cooldownButton.ProgressProperty.Bind(BindingType.TwoWay, _progress); cooldownButton.CommandProperty.Bind(BindingType.OneWay, _command); }
public EnemyViewModel() { TextProperty = new NotifyingObject <string>(string.Empty); PositionProperty = new NotifyingObject <Vector3>(); SizeProperty = new NotifyingObject <Vector2>(); SizeProperty.PropertyChanged += SizePropertyOnPropertyChanged; _stringFormatter = new StringFormatter(CultureInfo.CurrentCulture); }
protected TowerModel( string id, Sprite baseSprite, TLevel[] levels) { _id = id; _baseSprite = baseSprite; _levels = levels; LevelProperty = new NotifyingObject <int>(); }
public CooldownButtonViewModel() { ProgressBarAnchorMinProperty = new NotifyingObject<Vector2>(); ProgressBarAnchorMaxProperty = new NotifyingObject<Vector2>(); ProgressBarColorPoperty = new NotifyingObject<Color>(); ButtonColorProperty = new NotifyingObject<Color>(); ButtonTextProperty = new NotifyingObject<string>(); ButtonTextColorProperty = new NotifyingObject<Color>(); CommandProperty = new NotifyingObject<ICommand>(); _cooldownButtonCommand = new DelegateCommand(CommandExecute, CommandCanExecute); CommandProperty.SetValue(_cooldownButtonCommand); }
public CooldownButtonViewModel() { ProgressBarAnchorMinProperty = new NotifyingObject <Vector2>(); ProgressBarAnchorMaxProperty = new NotifyingObject <Vector2>(); ProgressBarColorPoperty = new NotifyingObject <Color>(); ButtonColorProperty = new NotifyingObject <Color>(); ButtonTextProperty = new NotifyingObject <string>(); ButtonTextColorProperty = new NotifyingObject <Color>(); CommandProperty = new NotifyingObject <ICommand>(); _cooldownButtonCommand = new DelegateCommand(CommandExecute, CommandCanExecute); CommandProperty.SetValue(_cooldownButtonCommand); }
public void CanSubscribeMockDelegateAsEventListener() { var notifyingObject = new NotifyingObject(); var mockListener = new Mock<PropertyChangedEventHandler>(); notifyingObject.PropertyChanged += mockListener.Object; notifyingObject.Value = 5; // That should have caused one event to have been fired. mockListener .Verify(l => l(notifyingObject, It.Is<PropertyChangedEventArgs>(e => e.PropertyName == "Value")), Times.Once()); }
public void CanSubscribeMockDelegateAsEventListener() { var notifyingObject = new NotifyingObject(); var mockListener = new Mock <PropertyChangedEventHandler>(); notifyingObject.PropertyChanged += mockListener.Object; notifyingObject.Value = 5; // That should have caused one event to have been fired. mockListener .Verify(l => l(notifyingObject, It.Is <PropertyChangedEventArgs>(e => e.PropertyName == "Value")), Times.Once()); }
public void SetValue_ReferenceType_PropertyChangedRaised() { var newValue = new List(); var eventRaised = false; var subject = new NotifyingObject<List>(); subject.PropertyChanged += (sender, args) => { Assert.IsFalse(eventRaised); Assert.IsNull(args.OldValue); Assert.AreEqual(newValue, args.NewValue); eventRaised = true; }; subject.SetValue(newValue); Assert.IsTrue(eventRaised); }
public void ValueWithRandomAdded_should_raise_PropertyChanged_event_with_its_name() { // Arrange var notifyingObject = new NotifyingObject(); var mockHandler = new Mock <PropertyChangedEventHandler>(); mockHandler.Setup(_ => _(It.IsAny <object>(), It.IsAny <PropertyChangedEventArgs>())); notifyingObject.PropertyChanged += mockHandler.Object; // Act notifyingObject.ValueWithRandomAdded = 42; // Assert mockHandler.Verify(_ => _(notifyingObject, It.Is <PropertyChangedEventArgs>(o => o.PropertyName == "ValueWithRandomAdded")), Times.Once()); }
public void ValueWithRandomAdded_should_raise_PropertyChanged_event_with_its_name() { // Arrange var notifyingObject = new NotifyingObject(); var mockHandler = Substitute.For <PropertyChangedEventHandler>(); mockHandler(Arg.Any <object>(), Arg.Any <PropertyChangedEventArgs>()); notifyingObject.PropertyChanged += mockHandler; // Act notifyingObject.ValueWithRandomAdded = 42; // Assert mockHandler.Received(1)(notifyingObject, Arg.Is <PropertyChangedEventArgs>(o => o.PropertyName == "ValueWithRandomAdded")); }
public void SetValue_ValueType_PropertyChangedRaised() { const int oldValue = default(int); const int newValue = 64; var eventRaised = false; var subject = new NotifyingObject<int>(); subject.PropertyChanged += (sender, args) => { Assert.IsFalse(eventRaised); Assert.AreEqual(oldValue, args.OldValue); Assert.AreEqual(newValue, args.NewValue); eventRaised = true; }; subject.SetValue(newValue); Assert.IsTrue(eventRaised); }
public void ValueWithRandomAdded_should_raise_PropertyChanged_event_with_its_name() { // Arrange var notifyingObject = new NotifyingObject(); var mockHandler = MockRepository.GenerateStub <PropertyChangedEventHandler>(); mockHandler.Stub(_ => _(Arg <object> .Is.Anything, Arg <PropertyChangedEventArgs> .Is.Anything)); notifyingObject.PropertyChanged += mockHandler; // Act notifyingObject.ValueWithRandomAdded = 42; // Assert mockHandler.AssertWasCalled(_ => _(Arg <object> .Is.Same(notifyingObject), Arg <PropertyChangedEventArgs> .Matches(o => o.PropertyName == "ValueWithRandomAdded")), options => options.Repeat.Once()); }
public void SetValue_ReferenceType_PropertyChangedRaised() { var newValue = new List(); var eventRaised = false; var subject = new NotifyingObject <List>(); subject.PropertyChanged += (sender, args) => { Assert.IsFalse(eventRaised); Assert.IsNull(args.OldValue); Assert.AreEqual(newValue, args.NewValue); eventRaised = true; }; subject.SetValue(newValue); Assert.IsTrue(eventRaised); }
public void ValueWithRandomAdded_should_raise_PropertyChanged_event_with_its_name() { // Arrange var notifyingObject = new NotifyingObject(); var mockHandler = A.Fake <PropertyChangedEventHandler>(); A.CallTo(() => mockHandler(A <object> ._, A <PropertyChangedEventArgs> ._)); notifyingObject.PropertyChanged += mockHandler; // Act notifyingObject.ValueWithRandomAdded = 42; // Assert A.CallTo(() => mockHandler(notifyingObject, A <PropertyChangedEventArgs> .That.Matches(_ => _.PropertyName == "ValueWithRandomAdded"))).MustHaveHappened(); }
public void SetValue_ValueType_PropertyChangedRaised() { const int oldValue = default(int); const int newValue = 64; var eventRaised = false; var subject = new NotifyingObject <int>(); subject.PropertyChanged += (sender, args) => { Assert.IsFalse(eventRaised); Assert.AreEqual(oldValue, args.OldValue); Assert.AreEqual(newValue, args.NewValue); eventRaised = true; }; subject.SetValue(newValue); Assert.IsTrue(eventRaised); }
public void ValueWithRandomAdded_should_hold_passed_value_plus_random_value() { using (new IndirectionsContext()) { // Arrange var notifyingObject = new NotifyingObject(); var mockNext = MockRepository.GenerateStub <IndirectionFunc <Random, int> >(); mockNext.Stub(_ => _(Arg <Random> .Is.Anything)).Return(10); PRandom.Next().Body = mockNext; // Act notifyingObject.ValueWithRandomAdded = 32; var actual = notifyingObject.ValueWithRandomAdded; // Assert mockNext.AssertWasCalled(_ => _(Arg <Random> .Is.Anything), options => options.Repeat.Once()); Assert.AreEqual(42, actual); } }
public void ValueWithRandomAdded_should_hold_passed_value_plus_random_value() { using (new IndirectionsContext()) { // Arrange var notifyingObject = new NotifyingObject(); var mockNext = A.Fake <IndirectionFunc <Random, int> >(); A.CallTo(() => mockNext(A <Random> ._)).Returns(10); PRandom.Next().Body = mockNext; // Act notifyingObject.ValueWithRandomAdded = 32; var actual = notifyingObject.ValueWithRandomAdded; // Assert A.CallTo(() => mockNext(A <Random> ._)).MustHaveHappened(); Assert.AreEqual(42, actual); } }
public void ValueWithRandomAdded_should_hold_passed_value_plus_random_value() { using (new IndirectionsContext()) { // Arrange var notifyingObject = new NotifyingObject(); var mockNext = Substitute.For <IndirectionFunc <Random, int> >(); mockNext(Arg.Any <Random>()).Returns(10); PRandom.Next().Body = mockNext; // Act notifyingObject.ValueWithRandomAdded = 32; var actual = notifyingObject.ValueWithRandomAdded; // Assert mockNext.Received(1)(Arg.Any <Random>()); Assert.AreEqual(42, actual); } }
public void ValueWithRandomAdded_should_hold_passed_value_plus_random_value() { using (new IndirectionsContext()) { // Arrange var notifyingObject = new NotifyingObject(); var mockNext = new Mock <IndirectionFunc <Random, int> >(); mockNext.Setup(_ => _(It.IsAny <Random>())).Returns(10); PRandom.Next().Body = mockNext.Object; // Act notifyingObject.ValueWithRandomAdded = 32; var actual = notifyingObject.ValueWithRandomAdded; // Assert mockNext.Verify(_ => _(It.IsAny <Random>()), Times.Once()); Assert.AreEqual(42, actual); } }
public ViewModel() { PositionProperty = new NotifyingObject <Vector3>(); UpButtonTextProperty = new NotifyingObject <string>(); DownButtonTextProperty = new NotifyingObject <string>(); UpThresholdProperty = new NotifyingObject <float>(); DownThresholdProperty = new NotifyingObject <float>(); UpButtonCommandProperty = new NotifyingObject <ICommand>(); DownButtonCommandProperty = new NotifyingObject <ICommand>(); DownButtonTextProperty = new NotifyingObject <string>(); UpAvailableProperty = new NotifyingObject <bool>(); DownAvailableProperty = new NotifyingObject <bool>(); PositionProperty.PropertyChanged += (o, e) => { SetUpAvailable(); SetDownAvailable(); }; SetUpAvailable(); SetDownAvailable(); UpAvailableProperty.PropertyChanged += (o, e) => SetUpAvailable(); DownAvailableProperty.PropertyChanged += (o, e) => SetDownAvailable(); var upButtonCommand = new DelegateCommand( () => Position += _upDownVector, () => UpAvailable); PositionProperty.PropertyChanged += (o, e) => upButtonCommand.RaiseCanExecuteChanged(); UpThresholdProperty.PropertyChanged += (o, e) => upButtonCommand.RaiseCanExecuteChanged(); UpButtonCommandProperty.SetValue(upButtonCommand); var downButtonCommand = new DelegateCommand( () => Position -= _upDownVector, () => DownAvailable); PositionProperty.PropertyChanged += (o, e) => downButtonCommand.RaiseCanExecuteChanged(); DownThresholdProperty.PropertyChanged += (o, e) => downButtonCommand.RaiseCanExecuteChanged(); DownButtonCommandProperty.SetValue(downButtonCommand); }
public void ParamlessCtor_RefernceType_Null() { var subject = new NotifyingObject <List>(); Assert.IsNull(subject.GetValue()); }
public Enemy() { HealthProperty = new NotifyingObject <float>(); PositionProperty = new NotifyingObject <Vector3>(); _state = State.Undefinded; }
public void ParamlessCtor_ValueType_DefaultValue() { var subject = new NotifyingObject <TimeSpan>(); Assert.AreEqual(default(TimeSpan), subject.GetValue()); }
public TowerViewModel() { VisibleProperty = new NotifyingObject <bool>(); TowerSpriteProperty = new NotifyingObject <Sprite>(); RangeProperty = new NotifyingObject <float>(); }
public void ParamlessCtor_ValueType_DefaultValue() { var subject = new NotifyingObject<TimeSpan>(); Assert.AreEqual(default(TimeSpan), subject.GetValue()); }
public void ParamlessCtor_RefernceType_Null() { var subject = new NotifyingObject<List>(); Assert.IsNull(subject.GetValue()); }
public void Ctor_ValueType_Initialized() { const int value = 42; var subject = new NotifyingObject<int>(value); Assert.AreEqual(value, subject.GetValue()); }
public void Ctor_RefernceType_Initialized() { var value = new List(); var subject = new NotifyingObject<List>(value); Assert.AreEqual(value, subject.GetValue()); }