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dsdecmp/CSharp/DSDecmp/TestProgram.cs

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C#: Fixed the writing of the header of the RLE compressed files; it should state the decompressed size, and not the compressed size. Also added an exception that indicates there is still some input data to read after the compressed stream. The current RLE implementation passed the first test: compression->decompression resulted in the same file for a manually created test file. (and the compressed file also has the expected format)
2011-04-05 18:44:41 +02:00
using System;
using System.Collections.Generic;
using System.Text;
using System.IO;
namespace DSDecmp
{
class TestProgram
{
C#: A step into a new system, where game-specific formats can be defined as plugins, preventing users from having to download DSDecmp itself again and again. Such plugins must be stores in a 'Plugins' folder in the same location as the DSDecmp.exe. To keep the base program mobile, all native NDS formats do not require plugins. The 8-bit Huffman format cannot be used to compress at the moment; thanks to CUE a bug has been found where the offset-field of a node overflows, corrupting the compressed file.
2011-11-13 17:14:45 +01:00
public static void MainTest(string[] args)
C#: Fixed the writing of the header of the RLE compressed files; it should state the decompressed size, and not the compressed size. Also added an exception that indicates there is still some input data to read after the compressed stream. The current RLE implementation passed the first test: compression->decompression resulted in the same file for a manually created test file. (and the compressed file also has the expected format)
2011-04-05 18:44:41 +02:00
{
C#: A step into a new system, where game-specific formats can be defined as plugins, preventing users from having to download DSDecmp itself again and again. Such plugins must be stores in a 'Plugins' folder in the same location as the DSDecmp.exe. To keep the base program mobile, all native NDS formats do not require plugins. The 8-bit Huffman format cannot be used to compress at the moment; thanks to CUE a bug has been found where the offset-field of a node overflows, corrupting the compressed file.
2011-11-13 17:14:45 +01:00
/*
C#: Fixed the writing of the header of the RLE compressed files; it should state the decompressed size, and not the compressed size. Also added an exception that indicates there is still some input data to read after the compressed stream. The current RLE implementation passed the first test: compression->decompression resulted in the same file for a manually created test file. (and the compressed file also has the expected format)
2011-04-05 18:44:41 +02:00
new RLE().Compress("tests/rle/testdata.dat", "tests/rle/cmp/testdata.rle.dat");
new RLE().Decompress("tests/rle/cmp/testdata.rle.dat", "tests/rle/dec/testdata.elr.dat");
C#: A step into a new system, where game-specific formats can be defined as plugins, preventing users from having to download DSDecmp itself again and again. Such plugins must be stores in a 'Plugins' folder in the same location as the DSDecmp.exe. To keep the base program mobile, all native NDS formats do not require plugins. The 8-bit Huffman format cannot be used to compress at the moment; thanks to CUE a bug has been found where the offset-field of a node overflows, corrupting the compressed file.
2011-11-13 17:14:45 +01:00
/**/
//Program.Main1(new string[] { "tests/huff/00.dat", "tests/huff/dec2/" });
//Console.WriteLine("-----------------------------------------------------");
//new Huffman().Decompress("tests/huff/00.dat", "tests/huff/dec/00.ffuh.dat");
/**/
//new LZ11().Decompress("tests/lz11/game_over_NCGR.cdat", "tests/lz11/dec/game_over.11zl.NCGR");
//new LZOvl().Decompress("tests/lzovl/overlay_0001.bin", "tests/lzovl/dec/overlay_0001.dat");
//new LZ10().Decompress("tests/lz10/npc002_LZ.bin", "tests/lz10/dec/npc002.narc");
//LZ10.LookAhead = true;
//new LZ10().Compress("tests/lz10/dec/npc002.narc", "tests/lz10/cmp/npc002_d.narc.lz");
//new LZ10().Decompress("tests/lz10/cmp/npc002_d.narc.lz", "tests/lz10/cmpdec/npc002.narc");
//LZ11.LookAhead = true;
//new LZ11().Compress("tests/lz11/dec/game_over.11zl.NCGR", "tests/lz11/cmp/game_over.NCGR2.lz11");
//new LZ11().Decompress("tests/lz11/cmp/game_over.NCGR2.lz11", "tests/lz11/cmpdec/game_over.NCGR");
//LZOvl.LookAhead = true;
//new LZOvl().Compress("tests/lzovl/dec/overlay_0001.dat", "tests/lzovl/cmp/overlay_0001b.bin");
//new LZOvl().Decompress("tests/lzovl/cmp/overlay_0001b.bin", "tests/lzovl/cmpdec/overlay_0001.dat");
//Huffman.CompressBlockSize = Huffman.BlockSize.FOURBIT;
//new Huffman().Compress("tests/huff/dec/00.ffuh.dat", "tests/huff/cmp/00.huff4");
//new Huffman().Decompress("tests/huff/cmp/00.huff4", "tests/huff/cmpdec/00.dat");
//new Huffman().Compress("tests/huff/test.dat", "tests/huff/cmp/test.huff");
//new Huffman().Decompress("tests/huff/cmp/test.huff", "tests/huff/cmpdec/test.dat");
//new LZOvl().Decompress("tests/lzovl2/overlay_0001.bin", "tests/lzovl2/overlay_0001.dat");
//new LuminousArc().Decompress("tests/Le/advimg00.imb", "tests/Le/dec/advimg00.imb");
C#: Fixed the writing of the header of the RLE compressed files; it should state the decompressed size, and not the compressed size. Also added an exception that indicates there is still some input data to read after the compressed stream. The current RLE implementation passed the first test: compression->decompression resulted in the same file for a manually created test file. (and the compressed file also has the expected format)
2011-04-05 18:44:41 +02:00
Console.WriteLine("Success?");
Console.ReadLine();
}
}
}
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