public void ReadAndSaveBitmapsTest()
{
ExtBitmap.ExtBitmap.SetHWndProvider(null);
ExtBitmap.ExtBitmap2.SetHWndProvider(null);
ExtBitmap.ExtBitmap3.SetHWndProvider(null);
FastFind.FastFindHelper.SetHWndProvider(null);
ExtBitmap.ExtBitmap eb1 = new ExtBitmap.ExtBitmap();
ExtBitmap.ExtBitmap2 eb2 = new ExtBitmap.ExtBitmap2();
ExtBitmap.ExtBitmap3 eb3 = new ExtBitmap.ExtBitmap3();
using (Chrono chrono = new Chrono("Screen capture with ExtBitmap in Background mode"))
{
chrono.Success = eb1.SnapShot(false);
Assert.IsTrue(chrono.Success == true, "ExtBitmap screen capture");
if (chrono.Success == true)
{
chrono.Comment = string.Format("Size {0}x{1}", eb1.Width, eb1.Height);
}
}
using (Chrono chrono = new Chrono("Screen capture with ExtBitmap2 in Background mode"))
{
chrono.Success = eb2.SnapShot(false);
Assert.IsTrue(chrono.Success == true, "ExtBitmap2 screen capture");
if (chrono.Success == true)
{
chrono.Comment = string.Format("Size {0}x{1}", eb2.Width, eb2.Height);
}
}
using (Chrono chrono = new Chrono("Screen capture with ExtBitmap3 in Background mode"))
{
chrono.Success = eb3.SnapShot(false);
Assert.IsTrue(chrono.Success == true, "ExtBitmap3 screen capture");
if (chrono.Success == true)
{
chrono.Comment = string.Format("Size {0}x{1}", eb3.Width, eb3.Height);
}
}
using (Chrono chrono = new Chrono("Screen capture with FastFind"))
{
chrono.Success = FastFindHelper.TakeFullScreenCapture(true);
Assert.IsTrue(chrono.Success == true, "FastFind screen capture");
if (chrono.Success == true)
{
chrono.Comment = string.Format("Size {0}x{1}", eb3.Width, eb3.Height);
}
}
eb1.Save("eb1.png");
eb2.Save("eb2.png");
eb3.Save("eb3.png");
FastFindWrapper.SaveBMP(FastFindHelper.DEFAULT_SNAP, "ff");
//FastFindWrapper.SaveJPG(FastFindHelper.DEFAULT_SNAP, "ff", 100);
FastFindWrapper.LoadFromFile(FastFindHelper.DEFAULT_SNAP, FastFindWrapper.LastSavedFileName);
eb1.LoadFromFile(FastFindWrapper.LastSavedFileName);
eb2.LoadFromFile(FastFindWrapper.LastSavedFileName);
eb3.LoadFromFile(FastFindWrapper.LastSavedFileName);
// Makes sure that all 4 bitmaps returns the same pixel color for an arbitrary pixel
Assert.AreEqual(eb1.NativeGetPixel(150, 150).ToArgb() & 0x00FFFFFF, eb1.GetPixel(150, 150) & 0x00FFFFFF);
Assert.AreEqual(eb2.NativeGetPixel(150, 150).ToArgb() & 0x00FFFFFF, eb2.GetPixel(150, 150) & 0x00FFFFFF);
Assert.AreEqual(eb3.NativeGetPixel(150, 150).ToArgb() & 0x00FFFFFF, eb3.GetPixel(150, 150) & 0x00FFFFFF);
Assert.AreEqual(eb1.GetPixel(150, 150), eb2.GetPixel(150, 150));
Assert.AreEqual(eb2.GetPixel(150, 150), eb3.GetPixel(150, 150));
Assert.AreEqual(FastFindWrapper.GetPixel(150, 150, FastFindHelper.DEFAULT_SNAP), eb1.GetPixel(150, 150));
int clr = FastFindWrapper.GetPixel(150, 150, FastFindHelper.DEFAULT_SNAP);
// Makes sure that all 4 bitmaps have the same colour count with shade variation
Assert.AreEqual(FastFindWrapper.ColorCount(clr, FastFindHelper.DEFAULT_SNAP, 20), eb1.CountPixels(clr, 20, true));
Assert.AreEqual(eb1.CountPixels(clr, 20, true), eb2.CountPixels(clr, 20, true));
Assert.AreEqual(eb2.CountPixels(clr, 20, true), eb3.CountPixels(clr, 20, true));
}
