public TestImageGenerator(TestImageGenerator copy)
{
this.toc = copy.toc;
this.seed = copy.seed;
this.offset = copy.offset;
this.start = copy.start;
this.end = copy.end;
this.errors = copy.errors;
this.maxStrideErrors = copy.maxStrideErrors;
}
public TestImageGenerator(TestImageGenerator copy)
{
this.toc = copy.toc;
this.seed = copy.seed;
this.offset = copy.offset;
this.start = copy.start;
this.end = copy.end;
this.errors = copy.errors;
this.maxStrideErrors = copy.maxStrideErrors;
}
public static void MyClassInitialize(TestContext testContext)
{
generator = new TestImageGenerator("0 9801", seed, 32 * 588, 0);
encode = generator.CreateCDRepairEncode(stride);
encodeSyndrome = "DP5e7sS+kHjtAEb/o599As2tA3puoW+wuWA5hT1cZxCBRs0bU7Ow3jyLb97/pW1Yjt6H3pph7zKa+hFsT6Wct1r7IciaQ8QUhvzxCof3sJEnJZERL/LnLGrfbjkmdw6wZ0PJjSD5cmwGKFvLpslT/OYwc5M3fbmmFmVDJWRvQdE=";
encodeSyndromePosOffset = "x5gK5qlKM0HjrEEWOVHQX5VRqD0FtDWGqO/JP2ArcdR0yxE04pdR6B06J3iXbKv9CghrqvNiq+AlMAVWr/pm7bp5s3s+v5Bo3oYpQymmtd0FDKaZ4GQhi9yDu0Vm22j0Cllf5fLPFixhRMCBN/3S3t8IeHtVfmo5Vw0icN7OTHo=";
encodeSyndromeNegOffset = "wDLTEG5XPVhGlH8fuucGl8St2G/jGLyN3dByVGzOWeZ0CzI1M9jJq4DLj8A3XsMh8u80yvCq36SHXU+iO5cpVcfyiu08pqO1PjPUynqQa/aOcjbFhwjaEZePD42rQCBVdhViBeBEYzMhCTKroorw/Tt0AFC+NlRCMOsUmzSlsRU=";
encodeSyndrome1 = "YJNmzBE8sVjyo1l59bs/6I+Kqb4PRwEWY34ZHS/yKY5P+AzgGYtQrDplinhvvDKkjMpKOJm6iYplMDQ6OnR0ZwrzJv39czortUxnzOsjIxmzYtdszjDV6jFf/lA8+3lTS2veoTxIJ1a46z9+5hIbAthejftqYB8h9/PAk5PfWDk=";
encodeParity[8] = "jvR9QJ1cSWpqbyP0I0tBrBkQRjCDTDDQkttZGj14ROvsXyg+AnnxVKxL7gwLZbrQmTw5ZPps1Q3744g94qaOOQ==";
encodeParity[16] = "gwln1GxlYWH/Jn74PreMLv4aFF2glkScSWVFlxMBx94v5D3/3wPx+2guRLquED0s9tOFikPLiSnAv0Xq8aIQ6Q==";
}
public void CDRepairVerifyParitySpeedTest()
{
var generator1 = new TestImageGenerator("0 98011", seed, 32 * 588);
var encode1 = generator1.CreateCDRepairEncode(stride);
var generator2 = new TestImageGenerator("0 98011", seed, 32 * 588, stride / 2 * 3, 7);
//var generator2 = new TestImageGenerator("0 98011", seed, 32 * 588, stride, 7);
var decode = generator2.CreateCDRepairEncode(stride);
int actualOffset;
bool hasErrors;
var syndrome = encode1.AR.GetSyndrome();
Assert.IsTrue(decode.FindOffset(syndrome, encode1.CRC, out actualOffset, out hasErrors));
Assert.IsTrue(hasErrors, "doesn't have errors");
Assert.AreEqual(0, actualOffset, "wrong offset");
for (int t = 0; t < 100; t++)
decode.VerifyParity(syndrome, encode1.CRC, actualOffset);
CDRepairFix fix = decode.VerifyParity(syndrome, encode1.CRC, actualOffset);
Assert.IsTrue(fix.HasErrors, "doesn't have errors");
Assert.IsTrue(fix.CanRecover, "cannot recover");
//generator2.Write(fix);
//Assert.AreEqual<uint>(encode1.CRC, fix.CRC);
//var encodeTable = Galois16.instance.makeEncodeTable(16);
//using (StreamWriter sr = new StreamWriter(@"D:\Work\cuetoolsnet\CUETools\x64\Release\ddd"))
//{
// for (int i = 0; i < encodeTable.GetLength(0) * encodeTable.GetLength(1) * encodeTable.GetLength(2); i++)
// {
// if ((i % 16) == 0)
// sr.WriteLine();
// sr.Write(string.Format("0x{0:X4}, ", pte[i]));
// }
// sr.Close();
// throw new Exception("aa");
//}
}
public void CDRepairVerifyParityLongTest()
{
var generator1 = new TestImageGenerator("0 655000", seed);
var encode1 = generator1.CreateCDRepairEncode(stride);
var generator2 = new TestImageGenerator("0 655000", seed, 0, stride / 2 * 3, 7);
var decode = generator2.CreateCDRepairEncode(stride);
int actualOffset;
bool hasErrors;
var syndrome = encode1.AR.GetSyndrome();
Assert.IsTrue(decode.FindOffset(syndrome, encode1.CRC, out actualOffset, out hasErrors));
Assert.IsTrue(hasErrors, "doesn't have errors");
Assert.AreEqual(0, actualOffset, "wrong offset");
CDRepairFix fix = decode.VerifyParity(syndrome, encode1.CRC, actualOffset);
Assert.IsTrue(fix.HasErrors, "doesn't have errors");
Assert.IsTrue(fix.CanRecover, "cannot recover");
}
public void CDRepairEncodeSpeedTest()
{
var generator = new TestImageGenerator("0 75000", seed, 0, 0);
var encode = generator.CreateCDRepairEncode(stride);
Assert.AreEqual<string>(Convert.ToBase64String(Convert.FromBase64String(encodeSyndrome1), 0, AccurateRipVerify.maxNpar * 2 * 4),
Convert.ToBase64String(ParityToSyndrome.Syndrome2Bytes(encode.AR.GetSyndrome(AccurateRipVerify.maxNpar, 4))), "syndrome mismatch");
}
public unsafe void CDRepairSplitSpeedTest()
{
var seed = 723722;
var split = 20 * 588;
var ar1 = new TestImageGenerator("13 68 99 136", seed, 0, 0, 0, 0, split).CreateCDRepairEncode(stride);
var ar2 = new TestImageGenerator("13 68 99 136", seed, 0, 0, 0, split, (int)ar1.FinalSampleCount).CreateCDRepairEncode(stride);
for (int i = 0; i < 20; i++)
ar1.AR.Combine(ar2.AR, split, (int)ar1.FinalSampleCount);
}
public void CDRepairSplitTest()
{
var seed = 723722;
var ar0 = new TestImageGenerator("13 68 99 136", seed, 0, 0).CreateCDRepairEncode(stride);
var splits = new int[] { 1, 13 * 588 - 1, 13 * 588, 13 * 588 + 1, 30 * 588 - 1, 30 * 588, 30 * 588 + 1, 68 * 588 - 1, 68 * 588, 68 * 588 + 1 };
foreach (int split in splits)
{
var ar1 = new TestImageGenerator("13 68 99 136", seed, 0, 0, 0, 0, split).CreateCDRepairEncode(stride);
var ar2 = new TestImageGenerator("13 68 99 136", seed, 0, 0, 0, split, (int)ar0.FinalSampleCount).CreateCDRepairEncode(stride);
ar1.AR.Combine(ar2.AR, split, (int)ar0.FinalSampleCount);
string message = "split = " + CDImageLayout.TimeToString((uint)split / 588) + "." + (split % 588).ToString();
Assert.AreEqual(ar0.CRC, ar1.CRC, "CRC was not set correctly, " + message);
CollectionAssert.AreEqual(ar0.AR.GetSyndrome(), ar1.AR.GetSyndrome(), "Parity was not set correctly, " + message);
}
}
public void CDRepairDecodeModifiedWithPregapTest()
{
var generator2 = new TestImageGenerator("32 9833", seed, offset, errors);
var decode = generator2.CreateCDRepairEncode(stride);
int actualOffset;
bool hasErrors;
Assert.IsTrue(decode.FindOffset(encode.AR.GetSyndrome(), encode.CRC, out actualOffset, out hasErrors));
Assert.IsTrue(hasErrors, "doesn't have errors");
Assert.AreEqual(offset, actualOffset, "wrong offset");
CDRepairFix fix = decode.VerifyParity(encode.AR.GetSyndrome(), encode.CRC, actualOffset);
Assert.IsTrue(fix.HasErrors, "doesn't have errors");
Assert.IsTrue(fix.CanRecover, "cannot recover");
generator2.Write(fix);
Assert.AreEqual<uint>(encode.CRC, fix.CRC);
}
public void CDRepairDecodeNegativeOffsetErrorsTest()
{
var generator2 = new TestImageGenerator("0 999 9801", seed, 32 * 588 - offset, errors);
var decode = generator2.CreateCDRepairEncode(stride);
int actualOffset;
bool hasErrors;
Assert.IsTrue(decode.FindOffset(encode.AR.GetSyndrome(), encode.CRC, out actualOffset, out hasErrors), "couldn't find offset");
Assert.IsTrue(hasErrors, "doesn't have errors");
Assert.AreEqual(-offset, actualOffset, "wrong offset");
var fix = decode.VerifyParity(encode.AR.GetSyndrome(), encode.CRC, actualOffset);
Assert.IsTrue(fix.HasErrors, "doesn't have errors");
Assert.IsTrue(fix.CanRecover, "cannot recover");
generator2.Write(fix);
Assert.AreEqual<uint>(encode.CRC, fix.CRC);
if (AccurateRipVerify.maxNpar > 8)
{
fix = decode.VerifyParity(encode.AR.GetSyndrome(8), encode.CRC, actualOffset);
Assert.IsTrue(fix.HasErrors, "doesn't have errors");
Assert.IsTrue(fix.CanRecover, "cannot recover");
generator2.Write(fix);
Assert.AreEqual<uint>(encode.CRC, fix.CRC);
}
}
public void CDRepairDecodePositiveOffsetErrorsTest()
{
var generator2 = new TestImageGenerator("0 9801", seed, 32 * 588 + offset, errors);
var decode = generator2.CreateCDRepairEncode(stride);
int actualOffset;
bool hasErrors;
var syn = encode.AR.GetSyndrome();
Assert.IsTrue(decode.FindOffset(syn, encode.CRC, out actualOffset, out hasErrors));
Assert.IsTrue(hasErrors, "doesn't have errors");
Assert.AreEqual(offset, actualOffset, "wrong offset");
CDRepairFix fix = decode.VerifyParity(syn, encode.CRC, actualOffset);
Assert.IsTrue(fix.HasErrors, "doesn't have errors");
Assert.IsTrue(fix.CanRecover, "cannot recover");
generator2.Write(fix);
Assert.AreEqual<uint>(encode.CRC, fix.CRC);
}
public void CDRepairDecodeNegativeOffsetTest()
{
var generator2 = new TestImageGenerator("0 9801", seed, 32 * 588 - offset, 0);
var decode = generator2.CreateCDRepairEncode(stride);
int actualOffset;
bool hasErrors;
Assert.IsTrue(decode.FindOffset(encode.AR.GetSyndrome(), encode.CRC, out actualOffset, out hasErrors));
Assert.IsFalse(hasErrors, "has errors");
Assert.AreEqual(-offset, actualOffset, "wrong offset");
}
public static AccurateRipVerify CreateAccurateRipVerify(string trackoffsets, int seed, int offset)
{
var generator = new TestImageGenerator(trackoffsets, seed, offset, 0, 0);
return(generator.CreateAccurateRipVerify());
}
public static AccurateRipVerify CreateAccurateRipVerify(string trackoffsets, int seed, int offset)
{
var generator = new TestImageGenerator(trackoffsets, seed, offset, 0, 0);
return generator.CreateAccurateRipVerify();
}
