public void TestBasicInvalidations()
{
var panel = new StackPanel();
var child = new StackPanel();
panel.Children.Add(child);
// - test the properties that are not supposed to invalidate the object layout state
UIElementLayeringTests.TestNoInvalidation(panel, () => child.DependencyProperties.Set(ZIndexPropertyKey, 37));
}
public void TestBasicInvalidations()
{
// - test the properties that are supposed to invalidate the object measurement
UIElementLayeringTests.TestMeasureInvalidation(this, () => Font = new DummyFont());
Font = null;
UIElementLayeringTests.TestMeasureInvalidation(this, () => Text = "New Text");
// - test the properties that are not supposed to invalidate the object layout state
UIElementLayeringTests.TestNoInvalidation(this, () => TextColor = new Color(1, 2, 3, 4));
}
public void TestBasicInvalidations()
{
// - test the properties that are supposed to invalidate the object measurement
UIElementLayeringTests.TestMeasureInvalidation(this, () => ScrollMode = ScrollingMode.InDepthHorizontal);
// - test the properties that are not supposed to invalidate the object layout state
UIElementLayeringTests.TestNoInvalidation(this, () => Deceleration = 5.5f);
UIElementLayeringTests.TestNoInvalidation(this, () => TouchScrollingEnabled = !TouchScrollingEnabled);
UIElementLayeringTests.TestNoInvalidation(this, () => ScrollBarColor = new Color(1, 2, 3, 4));
UIElementLayeringTests.TestNoInvalidation(this, () => ScrollBarThickness = 34);
}
public void TestBasicInvalidations()
{
var newButton = new Button();
// - test the properties that are supposed to invalidate the object measurement
UIElementLayeringTests.TestMeasureInvalidation(this, () => Content = newButton);
var sameButton = newButton;
// - test the properties that are not supposed to invalidate the object layout state
UIElementLayeringTests.TestNoInvalidation(this, () => Content = sameButton);
}
public void TestBasicInvalidations()
{
SizeToContent = true;
// - test the properties that are not supposed to invalidate the object layout state
UIElementLayeringTests.TestNoInvalidation(this, () => PressedImage = (SpriteFromTexture) new Sprite());
UIElementLayeringTests.TestNoInvalidation(this, () => NotPressedImage = (SpriteFromTexture) new Sprite());
SizeToContent = false;
// - test the properties that are supposed to invalidate the object layout state
UIElementLayeringTests.TestMeasureInvalidation(this, () => PressedImage = (SpriteFromTexture) new Sprite());
UIElementLayeringTests.TestMeasureInvalidation(this, () => NotPressedImage = (SpriteFromTexture) new Sprite());
}
public void TestBasicInvalidations()
{
var canvas = new Canvas();
var child = new Canvas();
canvas.Children.Add(child);
// - test the properties that are supposed to invalidate the object measurement
UIElementLayeringTests.TestMeasureInvalidation(canvas, () => child.DependencyProperties.Set(PinOriginPropertyKey, new Vector3(0.1f, 0.2f, 0.3f)));
UIElementLayeringTests.TestMeasureInvalidation(canvas, () => child.DependencyProperties.Set(RelativePositionPropertyKey, new Vector3(1f, 2f, 3f)));
UIElementLayeringTests.TestMeasureInvalidation(canvas, () => child.DependencyProperties.Set(AbsolutePositionPropertyKey, new Vector3(1f, 2f, 3f)));
UIElementLayeringTests.TestMeasureInvalidation(canvas, () => child.DependencyProperties.Set(RelativeSizePropertyKey, new Vector3(1f, 2f, 3f)));
}
public void TestBasicInvalidations()
{
var grid = new UniformGrid {
Rows = 2, Columns = 2, Layers = 2
};
var child = new UniformGrid();
grid.Children.Add(child);
// - test the properties that are not supposed to invalidate the object layout state
UIElementLayeringTests.TestMeasureInvalidation(grid, () => child.DependencyProperties.Set(ColumnPropertyKey, 2));
UIElementLayeringTests.TestMeasureInvalidation(grid, () => child.DependencyProperties.Set(RowPropertyKey, 2));
UIElementLayeringTests.TestMeasureInvalidation(grid, () => child.DependencyProperties.Set(LayerPropertyKey, 2));
UIElementLayeringTests.TestMeasureInvalidation(grid, () => child.DependencyProperties.Set(ColumnSpanPropertyKey, 2));
UIElementLayeringTests.TestMeasureInvalidation(grid, () => child.DependencyProperties.Set(RowSpanPropertyKey, 2));
UIElementLayeringTests.TestMeasureInvalidation(grid, () => child.DependencyProperties.Set(LayerSpanPropertyKey, 2));
}
public void TestAddRemoveHandler()
{
var testRoutedEvent = EventManager.RegisterRoutedEvent <RoutedEventArgs>("Test1", RoutingStrategy.Tunnel, typeof(UIElementLayeringTests));
var element = new UIElementLayeringTests();
// test for ArgumentNullException
Assert.Throws <ArgumentNullException>(() => element.AddHandler <RoutedEventArgs>(null, TestDelegate2));
Assert.Throws <ArgumentNullException>(() => element.AddHandler(testRoutedEvent, null));
Assert.Throws <ArgumentNullException>(() => element.RemoveHandler <RoutedEventArgs>(null, TestDelegate2));
Assert.Throws <ArgumentNullException>(() => element.RemoveHandler(testRoutedEvent, null));
// test that adding and removing 2 times the same element does not throws any exceptions
element.AddHandler(testRoutedEvent, TestDelegate2);
element.AddHandler(testRoutedEvent, TestDelegate2);
element.RemoveHandler(testRoutedEvent, TestDelegate2);
element.RemoveHandler(testRoutedEvent, TestDelegate2);
element.RemoveHandler(testRoutedEvent, TestDelegate2);
}
public static void Main()
{
var uiElementTest = new UIElementLayeringTests();
uiElementTest.TestAll();
var panelTest = new PanelTests();
panelTest.TestAll();
var controlTest = new ControlTests();
controlTest.TestAll();
var stackPanelTest = new StackPanelTests();
stackPanelTest.TestAll();
var canvasTest = new CanvasTests();
canvasTest.TestAll();
var contentControlTest = new ContentControlTest();
contentControlTest.TestAll();
var eventManagerTest = new EventManagerTests();
eventManagerTest.TestAll();
var routedEventArgTest = new RoutedEventArgsTest();
routedEventArgTest.TestAll();
var uiElementEventTest = new UIElementEventTests();
uiElementEventTest.TestAll();
var gridTest = new GridTests();
gridTest.TestAll();
}
public void TestBasicInvalidations()
{
var source = new Sprite();
// ReSharper disable ImplicitlyCapturedClosure
// - test the properties that are supposed to invalidate the object measurement
UIElementLayeringTests.TestMeasureInvalidation(this, () => StretchType = StretchType.None);
UIElementLayeringTests.TestMeasureInvalidation(this, () => StretchDirection = StretchDirection.DownOnly);
UIElementLayeringTests.TestMeasureInvalidation(this, () => Source = (SpriteFromTexture)source);
UIElementLayeringTests.TestMeasureInvalidation(this, () => source.Region = new Rectangle(1, 2, 3, 4));
UIElementLayeringTests.TestMeasureInvalidation(this, () => source.Orientation = ImageOrientation.Rotated90);
UIElementLayeringTests.TestMeasureInvalidation(this, () => source.Borders = Vector4.One);
// - test the properties that are not supposed to invalidate the object layout state
UIElementLayeringTests.TestNoInvalidation(this, () => source.Region = new Rectangle(8, 9, 3, 4)); // if the size of the region does not change we avoid re-measuring
UIElementLayeringTests.TestNoInvalidation(this, () => source.Orientation = ImageOrientation.Rotated90); // no changes
UIElementLayeringTests.TestNoInvalidation(this, () => source.Borders = Vector4.One); // no changes
// ReSharper restore ImplicitlyCapturedClosure
}
public void TestBasicInvalidations()
{
var slider = new Slider();
// - test the properties that are supposed to invalidate the object layout state
UIElementLayeringTests.TestMeasureInvalidation(slider, () => slider.Orientation = Orientation.Vertical);
UIElementLayeringTests.TestMeasureInvalidation(slider, () => slider.TrackBackgroundImage = new UIImage());
// - test the properties that are not supposed to invalidate the object layout state
UIElementLayeringTests.TestNoInvalidation(slider, () => slider.AreTicksDisplayed = true);
UIElementLayeringTests.TestNoInvalidation(slider, () => slider.CanBeHitByUser = false);
UIElementLayeringTests.TestNoInvalidation(slider, () => slider.ShouldSnapToTicks = true);
UIElementLayeringTests.TestNoInvalidation(slider, () => slider.DrawLayerNumber = 60);
UIElementLayeringTests.TestNoInvalidation(slider, () => slider.Value = 0.5f);
UIElementLayeringTests.TestNoInvalidation(slider, () => slider.Step = 0.2f);
UIElementLayeringTests.TestNoInvalidation(slider, () => slider.Maximum = 0.2f);
UIElementLayeringTests.TestNoInvalidation(slider, () => slider.Minimum = 0.1f);
UIElementLayeringTests.TestNoInvalidation(slider, () => slider.TrackForegroundImage = new UIImage());
UIElementLayeringTests.TestNoInvalidation(slider, () => slider.ThumbImage = new UIImage());
UIElementLayeringTests.TestNoInvalidation(slider, () => slider.MouseOverThumbImage = new UIImage());
UIElementLayeringTests.TestNoInvalidation(slider, () => slider.DependencyProperties.Set(Slider.TickImagePropertyKey, new UIImage()));
UIElementLayeringTests.TestNoInvalidation(slider, () => slider.TickOffset = new float());
UIElementLayeringTests.TestNoInvalidation(slider, () => slider.TrackStartingOffsets = new Vector2());
}
public void TestPropagateEvent()
{
// create a hierarchy of UIElements
// (00)
// |
// (10)
// / \
// (20) (21)
// | / \
// (30) (31) (32)
var element00 = new ContentControlTest();
var element10 = new StackPanel();
var element20 = new ContentControlTest();
var element21 = new StackPanel();
var element30 = new UIElementLayeringTests();
var element31 = new UIElementLayeringTests();
var element32 = new UIElementLayeringTests();
element00.Content = element10;
element10.Children.Add(element20);
element10.Children.Add(element21);
element20.Content = element30;
element21.Children.Add(element31);
element21.Children.Add(element32);
var elements = new List <UIElement> {
element00, element10, element20, element21, element30, element31, element32
};
// create routed events
var tunnelingEvent = EventManager.RegisterRoutedEvent <RoutedEventArgs>("TestTuneling", RoutingStrategy.Tunnel, typeof(UIElementLayeringTests));
var bubblingEvent = EventManager.RegisterRoutedEvent <RoutedEventArgs>("TestBubbling", RoutingStrategy.Bubble, typeof(UIElementLayeringTests));
var directEvent = EventManager.RegisterRoutedEvent <RoutedEventArgs>("TestDirect", RoutingStrategy.Direct, typeof(UIElementLayeringTests));
// test propagation direction, propagation bounds and sender values
foreach (var uiElement in elements)
{
uiElement.AddHandler(tunnelingEvent, TestAddSenderToList);
uiElement.AddHandler(bubblingEvent, TestAddSenderToList);
uiElement.AddHandler(directEvent, TestAddSenderToList);
}
// tunneling test 1
senderList.Clear();
element20.RaiseEvent(new RoutedEventArgs(tunnelingEvent));
Assert.Equal(3, senderList.Count);
Assert.Equal(element00, senderList[0]);
Assert.Equal(element10, senderList[1]);
Assert.Equal(element20, senderList[2]);
// tunneling test 2
senderList.Clear();
element31.RaiseEvent(new RoutedEventArgs(tunnelingEvent));
Assert.Equal(4, senderList.Count);
Assert.Equal(element00, senderList[0]);
Assert.Equal(element10, senderList[1]);
Assert.Equal(element21, senderList[2]);
Assert.Equal(element31, senderList[3]);
// direct test
senderList.Clear();
element10.RaiseEvent(new RoutedEventArgs(directEvent));
Assert.Equal(1, senderList.Count);
Assert.Equal(element10, senderList[0]);
// tunneling test 1
senderList.Clear();
element30.RaiseEvent(new RoutedEventArgs(bubblingEvent));
Assert.Equal(4, senderList.Count);
Assert.Equal(element30, senderList[0]);
Assert.Equal(element20, senderList[1]);
Assert.Equal(element10, senderList[2]);
Assert.Equal(element00, senderList[3]);
// tunneling test 2
senderList.Clear();
element20.RaiseEvent(new RoutedEventArgs(bubblingEvent));
Assert.Equal(3, senderList.Count);
Assert.Equal(element20, senderList[0]);
Assert.Equal(element10, senderList[1]);
Assert.Equal(element00, senderList[2]);
// test with another type of handler
var eventMyTestHandler = EventManager.RegisterRoutedEvent <MyTestRoutedEventArgs>("TestMyTestHandler", RoutingStrategy.Direct, typeof(UIElementLayeringTests));
AddHandler(eventMyTestHandler, TestMyTestHandler);
RaiseEvent(new MyTestRoutedEventArgs(eventMyTestHandler));
Assert.Equal(true, testMyTestHandlerCalled);
// test Handled and EventHandledToo
foreach (var uiElement in elements)
{
uiElement.RemoveHandler(bubblingEvent, TestAddSenderToList);
uiElement.AddHandler(bubblingEvent, TestHandledHandler);
}
senderList.Clear();
element00.AddHandler(bubblingEvent, TestEventHandledHandler, true);
element32.RaiseEvent(new RoutedEventArgs(bubblingEvent));
Assert.Equal(1, senderList.Count);
Assert.Equal(element32, senderList[0]);
Assert.Equal(true, testEventHandledTooCalled);
// test class handlers basic working
foreach (var uiElement in elements)
{
uiElement.RemoveHandler(bubblingEvent, TestHandledHandler);
}
EventManager.RegisterClassHandler(typeof(ContentControl), bubblingEvent, TestAddSenderToClassHandlerList);
element30.RaiseEvent(new RoutedEventArgs(bubblingEvent));
Assert.Equal(2, classHandlerSenderList.Count);
Assert.Equal(element20, classHandlerSenderList[0]);
Assert.Equal(element00, classHandlerSenderList[1]);
// test that class handlers are called before instance handlers + test handledEventToo for class handlers
senderList.Clear();
classHandlerSenderList.Clear();
EventManager.RegisterClassHandler(typeof(ContentControl), bubblingEvent, TestClassHandlerHandled);
EventManager.RegisterClassHandler(typeof(StackPanel), bubblingEvent, TestClassHandlerEventHandled, true);
foreach (var uiElement in elements)
{
uiElement.AddHandler(bubblingEvent, TestAddSenderToList);
}
element20.RaiseEvent(new RoutedEventArgs(bubblingEvent));
Assert.Equal(1, classHandlerSenderList.Count);
Assert.Equal(element20, classHandlerSenderList[0]);
Assert.Equal(0, senderList.Count);
Assert.Equal(true, testClassHandlerEventHandledTooCalled);
}
public void TestBasicInvalidations()
{
// - test the properties that are not supposed to invalidate the object layout state
UIElementLayeringTests.TestNoInvalidation(this, () => OverlayColor = new Color(1, 2, 3, 4));
UIElementLayeringTests.TestNoInvalidation(this, () => IsModal = !IsModal);
}
public void TestBasicInvalidations()
{
// - test the properties that are not supposed to invalidate the object layout state
UIElementLayeringTests.TestNoInvalidation(this, () => PressedImage = new UIImage());
UIElementLayeringTests.TestNoInvalidation(this, () => NotPressedImage = new UIImage());
}
public void TestBasicInvalidations()
{
// - test the properties that are not supposed to invalidate the object layout state
UIElementLayeringTests.TestMeasureInvalidation(this, () => Padding = Thickness.UniformRectangle(23));
}
public void TestBasicInvalidations()
{
// - test the properties that are not supposed to invalidate the object layout state
UIElementLayeringTests.TestNoInvalidation(this, () => ClickMode = ClickMode.Press);
}
