public static void PerformTest(string file, string[] args, string suffix, bool checkOutput)
{
Tester tester = new Tester();
string inputFile = Path.Combine(TestCase.Folder, Path.GetFileName(file));
string outputFile = TestCase.Folder + @"Output.Tiff\" + Path.GetFileName(file) + suffix + ".tif";
tester.Run(args, inputFile, outputFile, checkOutput);
}
private void performTest(string[] args, string file, string pageSpecifier, string suffix)
{
Tester tester = new Tester();
string inputFile = Path.Combine(TestCase.Folder, Path.GetFileName(file));
inputFile += pageSpecifier;
string outputFile = TestCase.Folder + @"Output.Tiff\" + Path.GetFileName(file) + suffix + ".tif";
tester.Run(args, inputFile, outputFile);
}
public void test_page0and2ViaTwoInputImages()
{
Tester tester = new Tester();
string inputFile = Path.Combine(TestCase.Folder, Path.GetFileName("1.tif"));
string inputFile1 = inputFile + ",0";
string inputFile2 = inputFile + ",2";
string outputFile = TestCase.Folder + @"Output.Tiff\" + Path.GetFileName("1.tif") + "_page0and2_via_two_input_images.tif";
tester.Run(new string[] { inputFile1 }, inputFile2, outputFile);
}
public void test_CCITT_bounds()
{
string file = "CCITT-bounds.tif";
string[] args = new string[] { "-c", "none", };
string suffix = "_converted_none";
// produce uncompressed image
Tester tester = new Tester();
string inputFile = Path.Combine(TestCase.Folder, Path.GetFileName(file));
string outputFile = TestCase.Folder + @"Output.Tiff\" + Path.GetFileName(file) + suffix + ".tif";
tester.Run(args, inputFile, outputFile, false);
// recompress image and compare with sample
suffix = "_converted_ccitt_g4";
args = new string[] { "-c", "g4", };
inputFile = outputFile;
outputFile = TestCase.Folder + @"Output.Tiff\" + Path.GetFileName(file) + suffix + ".tif";
tester.Run(args, inputFile, outputFile);
}