public static void AreAlmostEqual(ScreenshotInfo expected, Rectangle expectedRect, ScreenshotInfo actual, Rectangle actualRect, int permittedPixelError, double expectedToActualScale = 1, [CallerLineNumber] int line = 0) => AreEqualImpl(expected, expectedRect, actual, actualRect, expectedToActualScale, PixelTolerance.Cummulative(permittedPixelError), line);
public static void AreAlmostEqual(ScreenshotInfo expected, ScreenshotInfo actual, Rectangle?rect = null, int permittedPixelError = 5, double expectedToActualScale = 1, [CallerLineNumber] int line = 0) => AreEqualImpl(expected, rect ?? FirstQuadrant, actual, rect ?? FirstQuadrant, expectedToActualScale, PixelTolerance.Cummulative(permittedPixelError), line);
public void BitmapImage_vs_SvgImageSource_SvgRemote()
{
Run("UITests.Windows_UI_Xaml_Controls.ImageTests.BitmapImage_vs_SvgImageSource");
var url = _app.Marked("url");
var btnSvg = _app.Marked("btnSvg");
var streamMode = _app.Marked("streamMode");
var showLow = _app.Marked("showLow");
var img = _app.Marked("img");
showLow.SetDependencyPropertyValue("IsCheked", "False");
// Load image from url
url.SetDependencyPropertyValue("Text", "https://nv-assets.azurewebsites.net/tests/images/uno-overalls.svg");
streamMode.SetDependencyPropertyValue("IsChecked", "False");
btnSvg.FastTap();
WaitForBitmapOrSvgLoaded();
using var screenshotDirect = TakeScreenshot("url_direct");
streamMode.SetDependencyPropertyValue("IsChecked", "True");
btnSvg.FastTap();
WaitForBitmapOrSvgLoaded();
using var screenshotStream = TakeScreenshot("url_stream");
var rect = _app.GetPhysicalRect(img);
// Both images should be the same
ImageAssert.AreEqual(screenshotDirect, screenshotStream, rect, tolerance: PixelTolerance.Cummulative(2));
}
/// <summary> /// Asserts that two screenshots are equal to each other inside the area of the nominated rect to within the given pixel error /// (ie, the A, R, G, or B values cumulatively differ by more than the permitted error for any pixel). /// </summary> public static void AreAlmostEqual(ScreenshotInfo expected, IAppRect expectedRect, ScreenshotInfo actual, IAppRect actualRect, int permittedPixelError, [CallerLineNumber] int line = 0) => AreEqualImpl(expected, expectedRect.ToRectangle(), actual, actualRect.ToRectangle(), 1, PixelTolerance.Cummulative(permittedPixelError), line);
/// <summary> /// Asserts that two screenshots are equal to each other inside the area of the nominated rect to within the given pixel error /// (ie, the A, R, G, or B values cumulatively differ by more than the permitted error for any pixel). /// </summary> public static void AreAlmostEqual(FileInfo expected, Rectangle expectedRect, FileInfo actual, Rectangle actualRect, int permittedPixelError, [CallerLineNumber] int line = 0) => AreEqualImpl(expected, expectedRect, actual, actualRect, 1, PixelTolerance.Cummulative(permittedPixelError), line);
/// <summary> /// Asserts that two screenshots are equal to each other inside the area of the nominated rect to within the given pixel error /// (ie, the A, R, G, or B values cumulatively differ by more than the permitted error for any pixel). /// </summary> public static void AreAlmostEqual(FileInfo expected, FileInfo actual, Rectangle?rect = null, int permittedPixelError = 5, [CallerLineNumber] int line = 0) => AreEqualImpl(expected, rect ?? FirstQuadrant, actual, rect ?? FirstQuadrant, 1, PixelTolerance.Cummulative(permittedPixelError), line);