private Mod ParseSingleModule(int modi, MSFStreamEntireFile ef)
{
int begin = ReadOffset;
var ret = new Mod();
ret.UnusedModuleHeader = ExtractInt32();
ParseSectionContribution();
ret.Flags = ExtractInt16();
ret.StreamNumber = ExtractInt16();
ret.SymbolSize = ExtractUInt32();
ret.LineNumberBytes = ExtractUInt32();
ret.C13LineNumberBytes = ExtractUInt32();
ret.NumContributingFiles = ExtractInt16();
ret.Padding = ExtractInt16();
ret.FileNameOffset = ExtractInt32();
ret.SourceFileNameIndex = ExtractInt32();
ret.PDBPathIndex = ExtractInt32();
ret.SourceFileName = ExtractTerminatedString();
ret.ObjectFileName = ExtractTerminatedString();
if (ReadOffset - begin < ModuleSubstreamSize.ExtractedValue)
{
Extract4ByteAlignment();
}
var seq = new ByteSequence(FlattenedBuffer, begin, ReadOffset - begin);
ret.OriginalSequence = seq;
ef.RegisterDBIModuleStream(modi, ret.StreamNumber.ExtractedValue, ret.SymbolSize.ExtractedValue, ret.LineNumberBytes.ExtractedValue, ret.C13LineNumberBytes.ExtractedValue);
return(ret);
}
private void ParseModules(MSFStreamEntireFile ef)
{
int modi = 0;
int begin = ReadOffset;
ModulesBeginOffset = begin;
while (ReadOffset - begin < ModuleSubstreamSize.ExtractedValue)
{
var mod = ParseSingleModule(modi, ef);
Mods.Add(mod);
++modi;
}
}
public MSFStreamDBI(int streamindex, byte[] entirefile, int streamsize, List <int> blocks, int blocksize, MSFStreamEntireFile ef)
: base(streamindex, entirefile, streamsize, blocks, blocksize)
{
Mods = new List <Mod>();
Contributions = new List <SectionContribution>();
ParseHeaders();
ParseModules(ef);
ParseSectionContributions();
// TODO
//ParseSectionMap();
//ParseFiles();
ef.RegisterDBIStreams(GlobalsStreamIndex.ExtractedValue, PublicsStreamIndex.ExtractedValue, SymbolsStreamIndex.ExtractedValue);
}
public MSF(string filename)
{
EntireFile = new MSFStreamEntireFile(File.ReadAllBytes(filename));
EntireFile.Name = "(Entire file)";
}
