private static void ScanFiles()
{
var parsers = new List <Action <BinaryReader, string> >();
if (_checkAll || _checkTim)
{
parsers.Add((binaryReader, fileTitle) =>
{
var timParser = new TIMParser((tmdEntity, fp) =>
{
AllTextures.Add(tmdEntity);
UpdateProgress(fp, $"Found Texture {tmdEntity.Width}x{tmdEntity.Height} {tmdEntity.Bpp}bpp");
PreviewForm.ReloadItems();
});
//Program.Logger.WriteLine("");
Program.Logger.WriteLine("Scanning for TIM at file {0}", fileTitle);
timParser.LookForTim(binaryReader, fileTitle);
});
}
if (_checkAll || _checkCroc)
{
parsers.Add((binaryReader, fileTitle) =>
{
var crocModelReader = new CrocModelReader((tmdEntity, fp) =>
{
AllEntities.Add(tmdEntity);
UpdateProgress(fp, $"Found Model with {tmdEntity.ChildCount} objects");
PreviewForm.ReloadItems();
});
//Program.Logger.WriteLine("");
Program.Logger.WriteLine("Scanning for Croc at file {0}", fileTitle);
crocModelReader.LookForCrocModel(binaryReader, fileTitle);
});
}
if (_checkAll || _checkBff)
{
parsers.Add((binaryReader, fileTitle) =>
{
var crocModelReader = new BFFModelReader((tmdEntity, fp) =>
{
AllEntities.Add(tmdEntity);
UpdateProgress(fp, $"Found Model with {tmdEntity.ChildCount} objects");
PreviewForm.ReloadItems();
});
//Program.Logger.WriteLine("");
Program.Logger.WriteLine("Scanning for BFF at file {0}", fileTitle);
crocModelReader.LookForBFF(binaryReader, fileTitle);
});
}
if (_checkAll || _checkPsx)
{
parsers.Add((binaryReader, fileTitle) =>
{
var psxParser = new PSXParser((tmdEntity, fp) =>
{
AllEntities.Add(tmdEntity);
UpdateProgress(fp, $"Found Model with {tmdEntity.ChildCount} objects");
PreviewForm.ReloadItems();
});
//Program.Logger.WriteLine("");
Program.Logger.WriteLine("Scanning for PSX at file {0}", fileTitle);
psxParser.LookForPSX(binaryReader, fileTitle);
});
}
if (_checkAll || _checkTmd)
{
parsers.Add((binaryReader, fileTitle) =>
{
var tmdParser = new TMDParser((tmdEntity, fp) =>
{
AllEntities.Add(tmdEntity);
UpdateProgress(fp, $"Found Model with {tmdEntity.ChildCount} objects");
PreviewForm.ReloadItems();
});
//Program.Logger.WriteLine("");
Program.Logger.WriteLine("Scanning for TMD at file {0}", fileTitle);
tmdParser.LookForTmd(binaryReader, fileTitle);
});
}
if (_checkAll || _checkVdf)
{
parsers.Add((binaryReader, fileTitle) =>
{
var vdfParser = new VDFParser((vdfEntity, fp) =>
{
AllAnimations.Add(vdfEntity);
UpdateProgress(fp, $"Found Animation with {vdfEntity.ObjectCount} objects");
PreviewForm.ReloadItems();
});
//Program.Logger.WriteLine("");
Program.Logger.WriteLine("Scanning for VDF at file {0}", fileTitle);
vdfParser.LookForVDF(binaryReader, fileTitle);
});
}
if (_checkAll || _checkAn)
{
parsers.Add((binaryReader, fileTitle) =>
{
var anParser = new ANParser((vdfEntity, fp) =>
{
AllAnimations.Add(vdfEntity);
UpdateProgress(fp, $"Found Animation with {vdfEntity.ObjectCount} objects");
PreviewForm.ReloadItems();
});
//Program.Logger.WriteLine("");
Program.Logger.WriteLine("Scanning for AN at file {0}", fileTitle);
anParser.LookForAN(binaryReader, fileTitle);
});
}
if (_checkAll || _checkPmd)
{
parsers.Add((binaryReader, fileTitle) =>
{
var pmdParser = new PMDParser((pmdEntity, fp) =>
{
AllEntities.Add(pmdEntity);
UpdateProgress(fp, $"Found Model with {pmdEntity.ChildCount} objects");
PreviewForm.ReloadItems();
});
//Program.Logger.WriteLine("");
Program.Logger.WriteLine("Scanning for PMD at file {0}", fileTitle);
pmdParser.LookForPMD(binaryReader, fileTitle);
});
}
if (_checkAll || _checkTod)
{
parsers.Add((binaryReader, fileTitle) =>
{
var todParser = new TODParser((todEntity, fp) =>
{
AllAnimations.Add(todEntity);
UpdateProgress(fp, $"Found Animation with {todEntity.ObjectCount} objects and {todEntity.FrameCount} frames");
PreviewForm.ReloadItems();
});
//Program.Logger.WriteLine("");
Program.Logger.WriteLine("Scanning for TOD at file {0}", fileTitle);
todParser.LookForTOD(binaryReader, fileTitle);
});
}
if (_checkAll || _checkHmd)
{
parsers.Add((binaryReader, fileTitle) =>
{
var hmdParser = new HMDParser((hmdEntity, fp) =>
{
AllEntities.Add(hmdEntity);
UpdateProgress(fp, $"Found Model with {hmdEntity.ChildCount} objects");
PreviewForm.ReloadItems();
}, (hmdAnimation, fp) =>
{
AllAnimations.Add(hmdAnimation);
UpdateProgress(fp, $"Found Animation with {hmdAnimation.ObjectCount} objects and {hmdAnimation.FrameCount} frames");
PreviewForm.ReloadItems();
}, delegate(Texture texture, long fp)
{
AllTextures.Add(texture);
UpdateProgress(fp, $"Found Texture {texture.Width}x{texture.Height} {texture.Bpp}bpp");
PreviewForm.ReloadItems();
}
);
//Program.Logger.WriteLine("");
Program.Logger.WriteLine("Scanning for HMD at file {0}", fileTitle);
hmdParser.LookForHMDEntities(binaryReader, fileTitle);
});
}
if (File.Exists(_path))
{
Parallel.ForEach(parsers, parser =>
{
using (var fs = File.Open(_path, FileMode.Open, FileAccess.Read, FileShare.Read))
{
ProcessFile(fs, _path, parser);
}
});
}
else
{
ProcessFiles(_path, Filter, parsers);
}
}
private static void ScanFiles()
{
var parsers = new List <Action <BinaryReader, string> >();
if (_checkAll || _checkTim)
{
parsers.Add((binaryReader, fileTitle) =>
{
var timParser = new TIMParser((tmdEntity, fp) =>
{
AllTextures.Add(tmdEntity);
UpdateProgress(fp, $"Found Texture {tmdEntity.Width}x{tmdEntity.Height} {tmdEntity.Bpp}bpp");
PreviewForm.ReloadItems();
});
Logger.WriteLine("");
Logger.WriteLine("Scanning for TIM Images at file {0}", fileTitle);
timParser.LookForTim(binaryReader, fileTitle);
});
}
if (_checkTimAlt)
{
parsers.Add((binaryReader, fileTitle) =>
{
var timParser = new TIMParserOld((tmdEntity, fp) =>
{
AllTextures.Add(tmdEntity);
UpdateProgress(fp, $"Found Texture {tmdEntity.Width}x{tmdEntity.Height} {tmdEntity.Bpp}bpp");
PreviewForm.ReloadItems();
});
Logger.WriteLine("");
Logger.WriteLine("Scanning for TIM Images (alt) at file {0}", fileTitle);
timParser.LookForTim(binaryReader, fileTitle);
});
}
if (_checkAll || _checkTmd)
{
parsers.Add((binaryReader, fileTitle) =>
{
var tmdParser = new TMDParser((tmdEntity, fp) =>
{
AllEntities.Add(tmdEntity);
UpdateProgress(fp, $"Found Model with {tmdEntity.ChildCount} objects");
PreviewForm.ReloadItems();
});
Logger.WriteLine("");
Logger.WriteLine("Scanning for TMD Models at file {0}", fileTitle);
tmdParser.LookForTmd(binaryReader, fileTitle);
});
}
if (_checkTmdAlt)
{
parsers.Add((binaryReader, fileTitle) =>
{
var tmdParser = new TMDParserAlternative((tmdEntity, fp) =>
{
AllEntities.Add(tmdEntity);
UpdateProgress(fp, $"Found Model with {tmdEntity.ChildCount} objects");
PreviewForm.ReloadItems();
});
Logger.WriteLine("");
Logger.WriteLine("Scanning for TMD Models (alt) at file {0}", fileTitle);
tmdParser.LookForTmd(binaryReader, fileTitle);
});
}
if (_checkAll || _checkPmd)
{
parsers.Add((binaryReader, fileTitle) =>
{
var pmdParser = new PMDParser((pmdEntity, fp) =>
{
AllEntities.Add(pmdEntity);
UpdateProgress(fp, $"Found Model with {pmdEntity.ChildCount} objects");
PreviewForm.ReloadItems();
});
Logger.WriteLine("");
Logger.WriteLine("Scanning for PMD Models at file {0}", fileTitle);
pmdParser.LookForPMD(binaryReader, fileTitle);
});
}
if (_checkAll || _checkTod)
{
parsers.Add((binaryReader, fileTitle) =>
{
var todParser = new TODParser((todEntity, fp) =>
{
AllAnimations.Add(todEntity);
UpdateProgress(fp, $"Found Animation with {todEntity.ObjectCount} objects and {todEntity.FrameCount} frames");
PreviewForm.ReloadItems();
});
Logger.WriteLine("");
Logger.WriteLine("Scanning for TOD Animations at file {0}", fileTitle);
todParser.LookForTOD(binaryReader, fileTitle);
});
}
if (_checkHmdModels)
{
parsers.Add((binaryReader, fileTitle) =>
{
var hmdParser = new HMDParser((hmdEntity, fp) =>
{
AllEntities.Add(hmdEntity);
UpdateProgress(fp, $"Found Model with {hmdEntity.ChildCount} objects");
PreviewForm.ReloadItems();
});
Logger.WriteLine("");
Logger.WriteLine("Scanning for HMD Models at file {0}", fileTitle);
hmdParser.LookForHMDEntities(binaryReader, fileTitle);
});
}
if (_path.ToLowerInvariant().EndsWith(".iso"))
{
using (var isoStream = File.Open(_path, FileMode.Open))
{
var cdReader = new CDReader(isoStream, true);
var files = cdReader.GetFiles("", _filter ?? "*.*", SearchOption.AllDirectories);
foreach (var file in files)
{
if (file.ToLowerInvariant().Contains(".str;"))
{
continue;
}
var fileInfo = cdReader.GetFileInfo(file);
if (fileInfo.Exists)
{
foreach (var parser in parsers)
{
using (var stream = fileInfo.OpenRead())
{
ProcessFile(stream, file, parser);
}
}
}
}
}
}
else if (File.Exists(_path))
{
Parallel.ForEach(parsers, parser =>
{
using (var fs = File.Open(_path, FileMode.Open, FileAccess.Read, FileShare.Read))
{
ProcessFile(fs, _path, parser);
}
});
}
else
{
ProcessFiles(_path, _filter, parsers);
}
}