public void DoesNotIgnoreHiddenViews()
{
var view = LayoutTestHelpers.CreateTestView(new Size(100, 100));
var hiddenView = LayoutTestHelpers.CreateTestView(new Size(100, 100));
hiddenView.Visibility.Returns(Visibility.Hidden);
var stack = CreateTestLayout(new List <IView>()
{
view, hiddenView
});
var manager = new HorizontalStackLayoutManager(stack);
var measure = manager.Measure(double.PositiveInfinity, 100);
manager.ArrangeChildren(new Rect(Point.Zero, measure));
// View is visible, so we expect it to be measured and arranged
view.Received().Measure(Arg.Any <double>(), Arg.Any <double>());
view.Received().Arrange(Arg.Any <Rect>());
// View is hidden, so we expect it to be measured and arranged (since it'll need to take up space)
hiddenView.Received().Measure(Arg.Any <double>(), Arg.Any <double>());
hiddenView.Received().Arrange(Arg.Any <Rect>());
}
public void IgnoresCollapsedViews()
{
var view = LayoutTestHelpers.CreateTestView(new Size(100, 100));
var collapsedView = LayoutTestHelpers.CreateTestView(new Size(100, 100));
collapsedView.Visibility.Returns(Visibility.Collapsed);
var stack = CreateTestLayout(new List <IView>()
{
view, collapsedView
});
var manager = new HorizontalStackLayoutManager(stack);
var measure = manager.Measure(double.PositiveInfinity, 100);
manager.ArrangeChildren(new Rect(Point.Zero, measure));
// View is visible, so we expect it to be measured and arranged
view.Received().Measure(Arg.Any <double>(), Arg.Any <double>());
view.Received().Arrange(Arg.Any <Rect>());
// View is collapsed, so we expect it not to be measured or arranged
collapsedView.DidNotReceive().Measure(Arg.Any <double>(), Arg.Any <double>());
collapsedView.DidNotReceive().Arrange(Arg.Any <Rect>());
}
public void ChildMeasureAccountsForPadding(Size viewSize, Thickness padding, Size measureConstraints, Size expectedMeasureConstraint)
{
var view = LayoutTestHelpers.CreateTestView(new Size(viewSize.Width, viewSize.Height));
var stack = CreateTestLayout(new List <IView>()
{
view
});
stack.Padding.Returns(padding);
var manager = new HorizontalStackLayoutManager(stack);
var measuredSize = manager.Measure(measureConstraints.Width, measureConstraints.Height);
view.Received().Measure(Arg.Is(expectedMeasureConstraint.Width), Arg.Is(expectedMeasureConstraint.Height));
}
public void StackAppliesWidth(double viewWidth, double stackWidth, double expectedWidth)
{
var view = LayoutTestHelpers.CreateTestView(new Size(viewWidth, 100));
var stack = CreateTestLayout(new List <IView>()
{
view
});
stack.Width.Returns(stackWidth);
var manager = new HorizontalStackLayoutManager(stack);
var measurement = manager.Measure(double.PositiveInfinity, 100);
Assert.Equal(expectedWidth, measurement.Width);
}
protected IStackLayout BuildStack(int viewCount, double viewWidth, double viewHeight)
{
var stack = CreateTestLayout();
var children = new List <IView>();
for (int n = 0; n < viewCount; n++)
{
var view = LayoutTestHelpers.CreateTestView(new Size(viewWidth, viewHeight));
children.Add(view);
}
SubstituteChildren(stack, children);
return(stack);
}
public void StackAppliesHeight(double viewHeight, double stackHeight, double expectedHeight)
{
var view = LayoutTestHelpers.CreateTestView(new Size(100, viewHeight));
var stack = CreateTestLayout(new List <IView>()
{
view
});
stack.Height.Returns(stackHeight);
var manager = new VerticalStackLayoutManager(stack);
var measurement = manager.Measure(100, double.PositiveInfinity);
Assert.Equal(expectedHeight, measurement.Height);
}
