public static void Main(string[] args)
{
Console.WriteLine("Hello World!");
var pixelSecurer = new PixelSecurer();
int brokenModifier = 7;
if (brokenModifier < -(pixelSecurer.ParityFactor / 2) || brokenModifier >= (pixelSecurer.ParityFactor / 2))
{
throw new Exception("This is not supported by this algorithm");
}
for (int i = 0; i < 256; i++)
{
var inputColor = Color.FromArgb(i, i, i);
var withIdentifier = pixelSecurer.ToSecuredPixel(inputColor);
withIdentifier.ValuePixel = Color.FromArgb(withIdentifier.ValuePixel.R + brokenModifier, withIdentifier.ValuePixel.G + brokenModifier, withIdentifier.ValuePixel.B + brokenModifier);
withIdentifier.IdentifierPixel = Color.FromArgb(withIdentifier.IdentifierPixel.R + brokenModifier, withIdentifier.IdentifierPixel.G + brokenModifier, withIdentifier.IdentifierPixel.B + brokenModifier);
var outputColor = pixelSecurer.FromSecuredPixel(withIdentifier);
var theSame = inputColor == outputColor;
Console.WriteLine($"{ToColorString(inputColor)} - {ToColorString(outputColor)} {ToColorString(withIdentifier.IdentifierPixel)} {ToColorString(withIdentifier.ValuePixel)} {(theSame ? "" : " << WRONG")}");
}
}
public void SecuresUnmodifiedPixels()
{
//Arrange
var pixelSecurer = new PixelSecurer();
int brokenModifier = 0;
//Act / Assert
for (int i = 0; i < 256; i++)
{
var inputColor = Color.FromArgb(i, i, i);
var withIdentifier = pixelSecurer.ToSecuredPixel(inputColor);
withIdentifier.ValuePixel = Color.FromArgb(withIdentifier.ValuePixel.R + brokenModifier, withIdentifier.ValuePixel.G + brokenModifier, withIdentifier.ValuePixel.B + brokenModifier);
withIdentifier.IdentifierPixel = Color.FromArgb(withIdentifier.IdentifierPixel.R + brokenModifier, withIdentifier.IdentifierPixel.G + brokenModifier, withIdentifier.IdentifierPixel.B + brokenModifier);
var outputColor = pixelSecurer.FromSecuredPixel(withIdentifier);
var theSame = inputColor == outputColor;
Assert.True(theSame);
}
}
