public static SubsectionDirectory Read(long lfaBase, BinaryReader r)
{
// Read directory section header
var hdr = Misc.FromBinaryReader <SubsectionDirectoryHeader>(r);
var sd = new SubsectionDirectory {
Header = hdr
};
// Read entry headers
var eheaders = new DirectoryEntryHeader[(int)hdr.DirectoryCount];
for (int i = 0; i < hdr.DirectoryCount; i++)
{
eheaders[i] = Misc.FromBinaryReader <DirectoryEntryHeader>(r);
}
// Read directory entry contents
sd.Sections = new SubsectionData[hdr.DirectoryCount];
for (int i = 0; i < hdr.DirectoryCount; i++)
{
sd.Sections[i] = SubsectionData.Read(lfaBase, eheaders[i], r);
}
return(sd);
}
public static SubsectionData Read(long lfaBase, DirectoryEntryHeader hdr, BinaryReader r)
{
SubsectionData sd = null;
switch (hdr.Type)
{
case SubsectionType.sstModule:
sd = new sstModule();
break;
case SubsectionType.sstSrcModule:
sd = new sstSrcModule();
break;
case SubsectionType.sstLibraries:
sd = new sstLibraries();
break;
case SubsectionType.sstGlobalSym:
sd = new sstGlobalSym();
break;
case SubsectionType.sstGlobalTypes:
sd = new sstGlobalTypes();
break;
case SubsectionType.sstSegName:
sd = new sstSegName();
break;
case SubsectionType.sstFileIndex:
sd = new sstFileIndex();
break;
}
if (sd != null)
{
sd.Header = hdr;
r.BaseStream.Position = lfaBase + hdr.ContentOffset;
sd.Read(r);
}
return(sd);
}
