public void ComputeBestButtonSize_NullPossibleSizes_EmptySize()
{
Size spaceForButtons = new Size(500, 300);
Assert.AreEqual(Size.Empty,
Dash.ComputeBestButtonSize(null, spaceForButtons, new List <int>()));
}
public void ComputeBestButtonSize_OneSizeNoAvailableSpace_SameSize()
{
Size spaceForButtons = Size.Empty;
List <Size> sizes = new List <Size>();
sizes.Add(new Size(1000, 5000));
List <int> buttonsPerGroup = new List <int>();
buttonsPerGroup.Add(1);
Size result = Dash.ComputeBestButtonSize(sizes, spaceForButtons, buttonsPerGroup);
Assert.AreEqual(new Size(1000, 5000), result);
}
public void ComputeBestButtonSize_TwoSizesBothFit_SizeClosestToRatio()
{
Size spaceForButtons = new Size(500, 300);
List <Size> sizes = new List <Size>();
sizes.Add(new Size(100, 25));
sizes.Add(new Size(101, 24));
List <int> buttonsPerGroup = new List <int>();
buttonsPerGroup.Add(1);
Size result = Dash.ComputeBestButtonSize(sizes, spaceForButtons, buttonsPerGroup);
Assert.AreEqual(new Size(100, 25), result);
}
public void ComputeBestButtonSize_TwoSizesOneScrolledOneClipped_ScrolledSize()
{
Size spaceForButtons = new Size(500, 300);
List <Size> sizes = new List <Size>();
sizes.Add(new Size(600, 250));
sizes.Add(new Size(40, 500));
List <int> buttonsPerGroup = new List <int>();
buttonsPerGroup.Add(1);
Size result = Dash.ComputeBestButtonSize(sizes, spaceForButtons, buttonsPerGroup);
Assert.AreEqual(new Size(40, 500), result);
}
public void ComputeBestButtonSize_TwoSizesBothScrolled_LeastScrolledSize()
{
Size spaceForButtons = new Size(500, 4);
List <Size> sizes = new List <Size>();
sizes.Add(new Size(60, 5));
sizes.Add(new Size(40, 10));
List <int> buttonsPerGroup = new List <int>();
buttonsPerGroup.Add(1);
Size result = Dash.ComputeBestButtonSize(sizes, spaceForButtons, buttonsPerGroup);
Assert.AreEqual(new Size(60, 5), result);
}
public void ComputeBestButtonSize_TwoSizesBothClipped_LeastClippedSize()
{
Size spaceForButtons = new Size(50, 300);
List <Size> sizes = new List <Size>();
sizes.Add(new Size(60, 50));
sizes.Add(new Size(70, 30));
List <int> buttonsPerGroup = new List <int>();
buttonsPerGroup.Add(1);
Size result = Dash.ComputeBestButtonSize(sizes, spaceForButtons, buttonsPerGroup);
Assert.AreEqual(new Size(60, 50), result);
}
public void ComputeBestButtonSize_TwoSizesOneScrolledMultipleButtons_NonScrolledSize()
{
Size spaceForButtons = new Size(500, 149);
List <Size> sizes = new List <Size>();
sizes.Add(new Size(105, 50));
sizes.Add(new Size(50, 55));
List <int> buttonsPerGroup = new List <int>();
buttonsPerGroup.Add(5);
buttonsPerGroup.Add(2);
Size result = Dash.ComputeBestButtonSize(sizes, spaceForButtons, buttonsPerGroup);
Assert.AreEqual(new Size(50, 55), result);
}
ComputeBestButtonSize_MultipleSizesContainingClippedScrolledNonscrolled_BestSizeByRatioAndNotClippedAndNotScrolled
()
{
Size spaceForButtons = new Size(500, 300);
List <Size> sizes = new List <Size>();
sizes.Add(new Size(105, 50));
sizes.Add(new Size(60, 70));
sizes.Add(new Size(50, 55));
sizes.Add(new Size(260, 49));
List <int> buttonsPerGroup = new List <int>();
buttonsPerGroup.Add(5);
buttonsPerGroup.Add(2);
Size result = Dash.ComputeBestButtonSize(sizes, spaceForButtons, buttonsPerGroup);
Assert.AreEqual(new Size(105, 50), result);
}
