[ActivePlatforms(Platform.Browser)] // TODO: support drag-and-drop testing on mobile https://github.com/unoplatform/Uno.UITest/issues/31
public void When_Reorder_SelectedItem_Down()
{
const int itemHeight = 75;
Run("UITests.Windows_UI_Xaml.DragAndDrop.DragDrop_ListView_Selection", skipInitialScreenshot: true);
var mode = App.Marked("SelectionModeConfig");
var sut = App.Marked("SUT");
mode.SetDependencyPropertyValue("SelectedValue", "Single");
var sutBounds = _app.Query(sut).Single().Rect;
var x = sutBounds.X + 50;
float Item(int index) => this.Item(sutBounds, index, itemHeight);
// Select "Item #3"
App.TapCoordinates(x, Item(2));
var afterSelect = TakeScreenshot("Item_2_Selected");
// Reorder "Item #3" to position 6
App.DragCoordinates(x, Item(2), x, Item(5));
var afterReorder = TakeScreenshot("Item_2_selected_at_position_5");
ImageAssert.HasColorAt(afterSelect, x, Item(1), Color.White);
ImageAssert.HasPixels(afterSelect, ExpectedPixels.At(x, Item(2)).Pixel(Color.Red).OrPixel("#FFFF00").OrPixel("#FFA000C0")); // Any selected state
ImageAssert.HasColorAt(afterSelect, x, Item(3), Color.White);
ImageAssert.HasColorAt(afterSelect, x, Item(5), Color.White);
ImageAssert.HasColorAt(afterReorder, x, Item(2), Color.White);
ImageAssert.HasColorAt(afterReorder, x, Item(4), Color.White);
ImageAssert.HasPixels(afterReorder, ExpectedPixels.At(x, Item(5)).Pixel(Color.Red).OrPixel("#FFFF00").OrPixel("#FFA000C0")); // Any selected state
ImageAssert.HasColorAt(afterReorder, x, Item(6), Color.White);
}
public void ElevatedView_Corners_Validation()
{
Run("UITests.Toolkit.ElevatedView_Corners");
_app.WaitForElement("Elevation");
var elevationRect = _app.GetPhysicalRect("Elevation");
using var snapshot = this.TakeScreenshot("check", ignoreInSnapshotCompare: true);
const string white = "#FFFFFF";
const string gray = "#A9A9A9"; // DarkGray
const string pink = "#FFE0E0"; // Red shadow mixed with white background
ImageAssert.HasPixels(
snapshot,
ExpectedPixels
.At("top-middle", elevationRect.CenterX, elevationRect.Y)
.WithPixelTolerance(1, 1)
.Pixel(gray),
ExpectedPixels
.At("bottom-middle", elevationRect.CenterX, elevationRect.Bottom)
.WithPixelTolerance(1, 1)
.Pixel(gray),
ExpectedPixels
.At("left-middle", elevationRect.X, elevationRect.CenterY)
.WithPixelTolerance(1, 1)
.Pixel(gray),
ExpectedPixels
.At("right-middle", elevationRect.Right, elevationRect.CenterY)
.WithPixelTolerance(1, 1)
.Pixel(gray),
ExpectedPixels
.At("right-middle-shadow", elevationRect.Right + 1, elevationRect.CenterY)
.WithPixelTolerance(5, 1)
.WithColorTolerance(22)
.Pixel(pink),
ExpectedPixels
.At("bottom-middle-shadow", elevationRect.CenterX, elevationRect.Bottom + 1)
.WithPixelTolerance(1, 5)
.WithColorTolerance(22)
.Pixel(pink),
ExpectedPixels
.At("top-left", elevationRect.X, elevationRect.Y)
.WithPixelTolerance(1, 1)
.Pixel(white),
ExpectedPixels
.At("top-right", elevationRect.Right, elevationRect.Y)
.WithPixelTolerance(1, 1)
.Pixel(white),
ExpectedPixels
.At("bottom-left", elevationRect.X, elevationRect.Bottom)
.WithPixelTolerance(1, 1)
.Pixel(white),
ExpectedPixels
.At("bottom-right", elevationRect.Right, elevationRect.Bottom)
.WithPixelTolerance(1, 1)
.Pixel(white)
);
}
public void Border_CornerRadius_Clipping()
{
const string red = "#FF0000";
Run("UITests.Windows_UI_Xaml_Controls.BorderTests.Border_CornerRadius_Clipping");
_app.WaitForElement("MainBorder");
var topLeftTarget = _app.GetPhysicalRect("TopLeftTarget");
var topRightTarget = _app.GetPhysicalRect("TopRightTarget");
var bottomLeftTarget = _app.GetPhysicalRect("BottomLeftTarget");
var bottomRightTarget = _app.GetPhysicalRect("BottomRightTarget");
using var snapshot = TakeScreenshot("Screenshot");
ImageAssert.HasPixels(
snapshot,
ExpectedPixels
.At($"top-left", topLeftTarget.CenterX, topLeftTarget.CenterY)
.WithPixelTolerance(1, 1)
.Pixel(red),
ExpectedPixels
.At($"top-right", topRightTarget.CenterX, topRightTarget.CenterY)
.WithPixelTolerance(1, 1)
.Pixel(red),
ExpectedPixels
.At($"bottom-left", bottomLeftTarget.CenterX, bottomLeftTarget.CenterY)
.WithPixelTolerance(1, 1)
.Pixel(red),
ExpectedPixels
.At($"bottom-right", bottomRightTarget.CenterX, bottomRightTarget.CenterY)
.WithPixelTolerance(1, 1)
.Pixel(red)
);
}
public void When_TextTrimming_Is_Set_Then_Ellipsis_Is_Used()
{
Run("UITests.Windows_UI_Xaml_Controls.TextBlockControl.TextBlock_TextTrimming");
using var snapshot = this.TakeScreenshot("ellipsisText", ignoreInSnapshotCompare: true);
var rectOfTextWithEllipsis = _app.GetPhysicalRect("border3");
var rectThatShouldBeBlankBecauseOfEllipsis = new AppRect(
x: rectOfTextWithEllipsis.Right - 15,
y: rectOfTextWithEllipsis.Y,
width: 15,
height: rectOfTextWithEllipsis.Height * 0.6f);
var cyan = "#00FFFF";
ImageAssert.HasPixels(
snapshot,
ExpectedPixels.UniformRect(rectThatShouldBeBlankBecauseOfEllipsis, cyan)
.WithTolerance(PixelTolerance.None));
}
public void Check_CornerRadius_Border_Basic()
{
const string white = "#FFFFFF";
// Verify that border is drawn with CornerRadius
Run("Uno.UI.Samples.UITests.BorderTestsControl.Border_CornerRadius", skipInitialScreenshot: true);
var sample = _app.GetPhysicalRect("Sample1");
var eighth = sample.Width / 8;
using var result = TakeScreenshot("sample");
ImageAssert.HasPixels(
result,
ExpectedPixels.At(sample.X + eighth, sample.Y + eighth).Named("top left corner").Pixel(white),
ExpectedPixels.At(sample.Right - eighth, sample.Y + eighth).Named("top right corner").Pixel(white),
ExpectedPixels.At(sample.Right - eighth, sample.Bottom - eighth).Named("bottom right corner").Pixel(white),
ExpectedPixels.At(sample.X + eighth, sample.Bottom - eighth).Named("bottom left corner").Pixel(white)
);
}
public void Detereminate_ProgressRing_Validation()
{
Run("UITests.Microsoft_UI_Xaml_Controls.ProgressRing.WinUIDeterminateProgressRing");
_app.WaitForElement("ProgressRing");
var topLeftTargetRect = _app.GetPhysicalRect("TopLeftTarget");
var topRightTargetRect = _app.GetPhysicalRect("TopRightTarget");
var bottomLeftTargetRect = _app.GetPhysicalRect("BottomLeftTarget");
var bottomRightTargetRect = _app.GetPhysicalRect("BottomRightTarget");
foreach (var expected in _expectedColors)
{
SetComboBox("ProgressValue", expected.Value.ToString());
_app.Wait(TimeSpan.FromSeconds(5)); //Wait for animations to finish
using var snapshot = TakeScreenshot($"Progress-Ring-Value-{expected.Value}");
ImageAssert.HasPixels(
snapshot,
ExpectedPixels
.At($"top-left-{expected.Value}-progress", topLeftTargetRect.CenterX, topLeftTargetRect.CenterY)
.WithPixelTolerance(1, 1)
.Pixel(expected.Colors[0]),
ExpectedPixels
.At($"top-right-{expected.Value}-progress", topRightTargetRect.CenterX, topRightTargetRect.CenterY)
.WithPixelTolerance(1, 1)
.Pixel(expected.Colors[1]),
ExpectedPixels
.At($"bottom-right-{expected.Value}-progress", bottomRightTargetRect.CenterX, bottomRightTargetRect.CenterY)
.WithPixelTolerance(1, 1)
.Pixel(expected.Colors[2]),
ExpectedPixels
.At($"bottom-left-{expected.Value}-progress", bottomLeftTargetRect.CenterX, bottomLeftTargetRect.CenterY)
.WithPixelTolerance(1, 1)
.Pixel(expected.Colors[3])
);
}
}
public void Border_AntiAlias()
{
const string firstRectBlueish = "#ffd8d8ff";
const string secondRectBlueish = "#ff9e9eff";
Run("UITests.Windows_UI_Xaml_Controls.BorderTests.BorderAntiAlias");
var firstBorderRect = _app.GetPhysicalRect("firstBorder");
var secondBorderRect = _app.GetPhysicalRect("secondBorder");
using var screenshot = TakeScreenshot(nameof(Border_AntiAlias));
ImageAssert.HasColorInRectangle(
screenshot,
firstBorderRect.ToRectangle(),
ColorCodeParser.Parse(firstRectBlueish)
);
ImageAssert.HasPixels(
screenshot,
ExpectedPixels
.At($"top-left", secondBorderRect.X, secondBorderRect.Y)
.WithPixelTolerance(1, 1)
.Pixel(secondRectBlueish),
ExpectedPixels
.At($"top-right", secondBorderRect.Right, secondBorderRect.Y)
.WithPixelTolerance(1, 1)
.Pixel(secondRectBlueish),
ExpectedPixels
.At($"bottom-right", secondBorderRect.Right, secondBorderRect.Bottom)
.WithPixelTolerance(1, 1)
.Pixel(secondRectBlueish),
ExpectedPixels
.At($"bottom-left", secondBorderRect.X, secondBorderRect.Bottom)
.WithPixelTolerance(1, 1)
.Pixel(secondRectBlueish)
);
}
public void ItemsControl_ItemContainerStyle()
{
Run("UITests.Windows_UI_Xaml_Controls.ItemsControl.ItemsControl_ItemContainerStyle");
_app.WaitForElement(_app.Marked("theItemsControl"));
var theItemsControl = _app.Marked("theItemsControl");
const string deepPink = "#FF1493";
const string lime = "#00FF00";
var firstItem = _app.GetPhysicalRect("FirstItem");
var secondItem = _app.GetPhysicalRect("SecondItem");
using var snapshot = TakeScreenshot("ItemsControl_ItemContainerStyle");
ImageAssert.HasPixels(
snapshot,
ExpectedPixels
.At("first item center", firstItem.CenterX, firstItem.CenterY)
.Pixel(deepPink),
ExpectedPixels
.At("second item center", secondItem.CenterX, secondItem.CenterY)
.Pixel(lime));
}
//Only include Browser as a platform until following issue is fixed: https://github.com/unoplatform/uno/issues/5271
public void When_StretchAndAlignment()
{
Run("UITests.Windows_UI_Xaml_Media.ImageBrushTests.ImageBrushShapeStretchesAlignments");
_app.WaitForElement("MyRectangle");
foreach (var expected in _expectedColors)
{
SetProperty("MyStretch", "SelectedIndex", ((int)expected.Stretch).ToString());
SetProperty("MyAlignmentX", "SelectedIndex", ((int)expected.AlignmentX).ToString());
SetProperty("MyAlignmentY", "SelectedIndex", ((int)expected.AlignmentY).ToString());
SetProperty("MyWidth", "Text", expected.Size.Width.ToString());
SetProperty("MyHeight", "Text", expected.Size.Height.ToString());
var greenContainer = _app.GetPhysicalRect("GreenBackground");
var permutation = $"{expected.Size.Width}-{expected.Size.Height}-{Enum.GetName(typeof(Stretch), expected.Stretch)}-X{Enum.GetName(typeof(AlignmentX), expected.AlignmentX)}-Y{Enum.GetName(typeof(AlignmentY), expected.AlignmentY)}";
using var snapshot = TakeScreenshot($"ImageBrush-{permutation}");
ImageAssert.HasPixels(
snapshot,
ExpectedPixels
.At($"middle-left-{permutation}", greenContainer.X, greenContainer.CenterY)
.WithPixelTolerance(1, 1)
.Pixel(expected.Colors[0]),
ExpectedPixels
.At($"top-left-{permutation}", greenContainer.X, greenContainer.Y)
.WithPixelTolerance(1, 1)
.Pixel(expected.Colors[1]),
ExpectedPixels
.At($"middle-top-{permutation}", greenContainer.CenterX, greenContainer.Y)
.WithPixelTolerance(1, 1)
.Pixel(expected.Colors[2]),
ExpectedPixels
.At($"top-right-{permutation}", greenContainer.Right, greenContainer.Y)
.WithPixelTolerance(1, 1)
.Pixel(expected.Colors[3]),
ExpectedPixels
.At($"middle-right-{permutation}", greenContainer.Right, greenContainer.CenterY)
.WithPixelTolerance(1, 1)
.Pixel(expected.Colors[4]),
ExpectedPixels
.At($"bottom-right-{permutation}", greenContainer.Right, greenContainer.Bottom)
.WithPixelTolerance(1, 1)
.Pixel(expected.Colors[5]),
ExpectedPixels
.At($"middle-bottom-{permutation}", greenContainer.CenterX, greenContainer.Bottom)
.WithPixelTolerance(1, 1)
.Pixel(expected.Colors[6]),
ExpectedPixels
.At($"bottom-left-{permutation}", greenContainer.X, greenContainer.Bottom)
.WithPixelTolerance(1, 1)
.Pixel(expected.Colors[7]),
ExpectedPixels
.At($"middle-middle-{permutation}", greenContainer.CenterX, greenContainer.CenterY)
.WithPixelTolerance(1, 1)
.Pixel(expected.Colors[8])
);
}
}
public void When_TransformGroup_Translate()
{
const string color = color1;
const int trY = 50;
var(host, scale, half, final) = BeginTransformGroupTest("TranslateHost");
// "Half" is approximative, we only validate that the element has move bellow
ImageAssert.HasPixels(
half,
ExpectedPixels
.At("Top left", host.X - 1, host.Y - 1)
.WithPixelTolerance(x: 1, y: 1)
.Pixels(new[, ]
{
{ defaultColor, defaultColor },
{ defaultColor, bgColor },
}),
ExpectedPixels
.At("Top right", host.Right - 1, host.Y - 1)
.WithPixelTolerance(x: 1, y: 1)
.Pixels(new[, ]
{
{ defaultColor, defaultColor },
{ bgColor, defaultColor },
}),
ExpectedPixels
.At("Bottom right", host.Right - 1, host.Bottom - 1)
.WithPixelTolerance(x: 1, y: 1)
.Pixels(new[, ]
{
{ color, defaultColor },
{ color, defaultColor },
}),
ExpectedPixels
.At("Bottom left", host.X - 1, host.Bottom - 1)
.WithPixelTolerance(x: 1, y: 1)
.Pixels(new[, ]
{
{ defaultColor, color },
{ defaultColor, color },
})
);
//// Complete animation
var finalTrY = trY * scale;
ImageAssert.HasPixels(
final,
ExpectedPixels
.At("Top left", host.X - 1, host.Y + finalTrY - 1)
.WithPixelTolerance(x: 1, y: 1)
.Pixels(new[, ]
{
{ defaultColor, bgColor },
{ defaultColor, color }
}),
ExpectedPixels
.At("Top right", host.Right - 1, host.Y + finalTrY - 1)
.WithPixelTolerance(x: 1, y: 1)
.Pixels(new[, ]
{
{ bgColor, defaultColor },
{ color, defaultColor },
}),
ExpectedPixels
.At("Bottom right", host.Right - 1, host.Bottom + finalTrY - 1)
.WithPixelTolerance(x: 1, y: 1)
.Pixels(new[, ]
public void Border_CornerRadius_BorderThickness()
{
// White Background color underneath
const string white = "#FFFFFF";
//Colors with 50% Opacity
const string red50 = "#80FF0000";
const string blue50 = "#800000FF";
//Same colors but with the addition of a White background color underneath
const string lightPink = "#FF7F7F";
const string lightBlue = "#7F7FFF";
var expectedColors = new[]
{
new ExpectedColor {
Thicknesses = new [] { 10, 10, 10, 10 }, Colors = new [] { lightPink, lightPink, lightPink, lightPink }
},
new ExpectedColor {
Thicknesses = new [] { 10, 0, 10, 10 }, Colors = new [] { lightPink, lightBlue, lightPink, lightPink }
},
new ExpectedColor {
Thicknesses = new [] { 10, 0, 0, 10 }, Colors = new [] { lightPink, lightBlue, lightBlue, lightPink }
},
new ExpectedColor {
Thicknesses = new [] { 10, 0, 0, 0 }, Colors = new [] { lightPink, lightBlue, lightBlue, lightBlue }
},
new ExpectedColor {
Thicknesses = new [] { 0, 0, 0, 0 }, Colors = new [] { lightBlue, lightBlue, lightBlue, lightBlue }
},
};
Run("UITests.Windows_UI_Xaml_Controls.BorderTests.Border_CornerRadius_BorderThickness");
_app.WaitForElement("MyBackgroundUnderneath");
SetBorderProperty("MyBackgroundUnderneath", "Background", white);
_app.WaitForElement("MyBorder");
var leftTarget = _app.GetPhysicalRect("LeftTarget");
var topTarget = _app.GetPhysicalRect("TopTarget");
var rightTarget = _app.GetPhysicalRect("RightTarget");
var bottomTarget = _app.GetPhysicalRect("BottomTarget");
var centerTarget = _app.GetPhysicalRect("CenterTarget");
SetBorderProperty("MyBorder", "CornerRadius", "10");
SetBorderProperty("MyBorder", "BorderBrush", red50);
SetBorderProperty("MyBorder", "Background", blue50);
foreach (var expected in expectedColors)
{
SetBorderProperty("MyBorder", "BorderThickness", expected.ToString());
using var snapshot = TakeScreenshot($"Border-CornerRadius-10-BorderThickness-{expected}");
ImageAssert.HasPixels(
snapshot,
ExpectedPixels
.At($"left-{expected}", leftTarget.CenterX, leftTarget.CenterY)
.WithPixelTolerance(1, 1)
.Pixel(expected.Colors[0]),
ExpectedPixels
.At($"top-{expected}", topTarget.CenterX, topTarget.CenterY)
.WithPixelTolerance(1, 1)
.Pixel(expected.Colors[1]),
ExpectedPixels
.At($"right-{expected}", rightTarget.CenterX, rightTarget.CenterY)
.WithPixelTolerance(1, 1)
.Pixel(expected.Colors[2]),
ExpectedPixels
.At($"bottom-{expected}", bottomTarget.CenterX, bottomTarget.CenterY)
.WithPixelTolerance(1, 1)
.Pixel(expected.Colors[3]),
ExpectedPixels
.At($"center-{expected}", centerTarget.CenterX, centerTarget.CenterY)
.WithPixelTolerance(1, 1)
.Pixel(lightBlue)
);
}
}
public void When_CornerRadiusControls()
{
Run("UITests.Windows_UI_Xaml.Clipping.CornerRadiusControls");
_app.WaitForElement("TestRoot");
using var snapshot = this.TakeScreenshot("validation", ignoreInSnapshotCompare: false);
using (new AssertionScope("Rounded corners"))
{
CheckRoundedCorners("ctl1");
CheckRoundedCorners("ctl2");
CheckRoundedCorners("ctl3");
CheckRoundedCorners("ctl4");
CheckRoundedCorners("ctl5");
CheckRoundedCorners("ctl6");
CheckRoundedCorners("ctl7");
CheckRoundedCorners("ctl8");
}
using (new AssertionScope("No Rounded corners"))
{
CheckNoRoundedCorners("ctl1_rect");
CheckNoRoundedCorners("ctl2_rect");
CheckNoRoundedCorners("ctl3_rect");
}
void CheckRoundedCorners(string s)
{
var rectCtl = _app.GetPhysicalRect(s);
var green = "#FF008000";
var white = "#FFFFFFFF";
ImageAssert.HasPixels(
snapshot,
ExpectedPixels
.At("top-middle " + s, rectCtl.CenterX, rectCtl.Y + 2)
.WithPixelTolerance(1, 1)
.Pixel(green),
ExpectedPixels
.At("bottom-middle " + s, rectCtl.CenterX, rectCtl.Bottom - 2)
.WithPixelTolerance(1, 1)
.Pixel(green),
ExpectedPixels
.At("left-middle " + s, rectCtl.X + 2, rectCtl.CenterY)
.WithPixelTolerance(1, 1)
.Pixel(green),
ExpectedPixels
.At("right-middle " + s, rectCtl.Right - 2, rectCtl.CenterY)
.WithPixelTolerance(1, 1)
.Pixel(green),
ExpectedPixels
.At("top-left " + s, rectCtl.X + 1, rectCtl.Y + 1)
.Pixel(white),
ExpectedPixels
.At("top-right " + s, rectCtl.Right - 1, rectCtl.Y + 1)
.Pixel(white),
ExpectedPixels
.At("bottom-left " + s, rectCtl.X + 1, rectCtl.Bottom - 1)
.Pixel(white),
ExpectedPixels
.At("bottom-right " + s, rectCtl.Right - 1, rectCtl.Bottom - 1)
.Pixel(white)
);
}
void CheckNoRoundedCorners(string s)
{
var rectCtl = _app.GetPhysicalRect(s);
var green = "#FF008000";
ImageAssert.HasPixels(
snapshot,
ExpectedPixels
.At("top-middle " + s, rectCtl.CenterX, rectCtl.Y + 2)
.WithPixelTolerance(1, 1)
.Pixel(green),
ExpectedPixels
.At("bottom-middle " + s, rectCtl.CenterX, rectCtl.Bottom - 2)
.WithPixelTolerance(1, 1)
.Pixel(green),
ExpectedPixels
.At("left-middle " + s, rectCtl.X + 2, rectCtl.CenterY)
.WithPixelTolerance(1, 1)
.Pixel(green),
ExpectedPixels
.At("right-middle " + s, rectCtl.Right - 2, rectCtl.CenterY)
.WithPixelTolerance(1, 1)
.Pixel(green),
ExpectedPixels
.At("top-left " + s, rectCtl.X + 1, rectCtl.Y + 1)
.Pixel(green),
ExpectedPixels
.At("top-right " + s, rectCtl.Right - 1, rectCtl.Y + 1)
.Pixel(green),
ExpectedPixels
.At("bottom-left " + s, rectCtl.X + 1, rectCtl.Bottom - 1)
.Pixel(green),
ExpectedPixels
.At("bottom-right " + s, rectCtl.Right - 1, rectCtl.Bottom - 1)
.Pixel(green)
);
}
}
public void Border_CornerRadius_BorderThickness()
{
const string red = "#FF0000";
const string blue = "#0000FF";
var expectedColors = new[]
{
new ExpectedColor {
Thicknesses = new [] { 10, 10, 10, 10 }, Colors = new [] { red, red, red, red }
},
new ExpectedColor {
Thicknesses = new [] { 10, 0, 10, 10 }, Colors = new [] { red, blue, red, red }
},
new ExpectedColor {
Thicknesses = new [] { 10, 0, 0, 10 }, Colors = new [] { red, blue, blue, red }
},
new ExpectedColor {
Thicknesses = new [] { 10, 0, 0, 0 }, Colors = new [] { red, blue, blue, blue }
},
new ExpectedColor {
Thicknesses = new [] { 0, 0, 0, 0 }, Colors = new [] { blue, blue, blue, blue }
},
};
Run("UITests.Windows_UI_Xaml_Controls.BorderTests.Border_CornerRadius_BorderThickness");
_app.WaitForElement("MyBorder");
var leftTarget = _app.GetPhysicalRect("LeftTarget");
var topTarget = _app.GetPhysicalRect("TopTarget");
var rightTarget = _app.GetPhysicalRect("RightTarget");
var bottomTarget = _app.GetPhysicalRect("BottomTarget");
var centerTarget = _app.GetPhysicalRect("CenterTarget");
SetBorderProperty("MyBorder", "CornerRadius", "10");
foreach (var expected in expectedColors)
{
SetBorderProperty("MyBorder", "BorderThickness", expected.ToString());
using var snapshot = TakeScreenshot($"Border-CornerRadius-10-BorderThickness-{expected}");
ImageAssert.HasPixels(
snapshot,
ExpectedPixels
.At($"left-{expected}", leftTarget.CenterX, leftTarget.CenterY)
.WithPixelTolerance(1, 1)
.Pixel(expected.Colors[0]),
ExpectedPixels
.At($"top-{expected}", topTarget.CenterX, topTarget.CenterY)
.WithPixelTolerance(1, 1)
.Pixel(expected.Colors[1]),
ExpectedPixels
.At($"right-{expected}", rightTarget.CenterX, rightTarget.CenterY)
.WithPixelTolerance(1, 1)
.Pixel(expected.Colors[2]),
ExpectedPixels
.At($"bottom-{expected}", bottomTarget.CenterX, bottomTarget.CenterY)
.WithPixelTolerance(1, 1)
.Pixel(expected.Colors[3]),
ExpectedPixels
.At($"center-{expected}", centerTarget.CenterX, centerTarget.CenterY)
.WithPixelTolerance(1, 1)
.Pixel(blue)
);
}
}