public DbiModuleInfo(BitAccess bits, bool readStrings)
{
bits.ReadInt32(out opened);
section = new DbiSecCon(bits);
bits.ReadUInt16(out flags);
bits.ReadInt16(out stream);
bits.ReadInt32(out cbSyms);
bits.ReadInt32(out cbOldLines);
bits.ReadInt32(out cbLines);
bits.ReadInt16(out files);
bits.ReadInt16(out pad1);
bits.ReadUInt32(out offsets);
bits.ReadInt32(out niSource);
bits.ReadInt32(out niCompiler);
if (readStrings) {
bits.ReadCString(out moduleName);
bits.ReadCString(out objectName);
}
else {
bits.SkipCString(out moduleName);
bits.SkipCString(out objectName);
}
bits.Align(4);
if (opened != 0 || pad1 != 0) {
throw new PdbException("Invalid DBI module. "+
"(opened={0}, pad={1})", opened, pad1);
}
}
public DbiModuleInfo(BitAccess bits, bool readStrings)
{
bits.ReadInt32(out opened);
section = new DbiSecCon(bits);
bits.ReadUInt16(out flags);
bits.ReadInt16(out stream);
bits.ReadInt32(out cbSyms);
bits.ReadInt32(out cbOldLines);
bits.ReadInt32(out cbLines);
bits.ReadInt16(out files);
bits.ReadInt16(out pad1);
bits.ReadUInt32(out offsets);
bits.ReadInt32(out niSource);
bits.ReadInt32(out niCompiler);
if (readStrings)
{
bits.ReadCString(out moduleName);
bits.ReadCString(out objectName);
}
else
{
bits.SkipCString(out moduleName);
bits.SkipCString(out objectName);
}
bits.Align(4);
if (opened != 0 || pad1 != 0)
{
throw new PdbException("Invalid DBI module. " +
"(opened={0}, pad={1})", opened, pad1);
}
}
public DbiSecCon(BitAccess bits)
{
bits.ReadInt16(out section);
bits.ReadInt16(out pad1);
bits.ReadInt32(out offset);
bits.ReadInt32(out size);
bits.ReadUInt32(out flags);
bits.ReadInt16(out module);
bits.ReadInt16(out pad2);
bits.ReadUInt32(out dataCrc);
bits.ReadUInt32(out relocCrc);
if (pad1 != 0 || pad2 != 0) {
throw new PdbException("Invalid DBI section. "+
"(pad1={0}, pad2={1})",
pad1, pad2);
}
}
public DbiSecCon(BitAccess bits)
{
bits.ReadInt16(out section);
bits.ReadInt16(out pad1);
bits.ReadInt32(out offset);
bits.ReadInt32(out size);
bits.ReadUInt32(out flags);
bits.ReadInt16(out module);
bits.ReadInt16(out pad2);
bits.ReadUInt32(out dataCrc);
bits.ReadUInt32(out relocCrc);
if (pad1 != 0 || pad2 != 0)
{
throw new PdbException("Invalid DBI section. " +
"(pad1={0}, pad2={1})",
pad1, pad2);
}
}
public DbiHeader(BitAccess bits)
{
bits.ReadInt32(out sig);
bits.ReadInt32(out ver);
bits.ReadInt32(out age);
bits.ReadInt16(out gssymStream);
bits.ReadUInt16(out vers);
bits.ReadInt16(out pssymStream);
bits.ReadUInt16(out pdbver);
bits.ReadInt16(out symrecStream);
bits.ReadUInt16(out pdbver2);
bits.ReadInt32(out gpmodiSize);
bits.ReadInt32(out secconSize);
bits.ReadInt32(out secmapSize);
bits.ReadInt32(out filinfSize);
bits.ReadInt32(out tsmapSize);
bits.ReadInt32(out mfcIndex);
bits.ReadInt32(out dbghdrSize);
bits.ReadInt32(out ecinfoSize);
bits.ReadUInt16(out flags);
bits.ReadUInt16(out machine);
bits.ReadInt32(out reserved);
}
public DbiHeader(BitAccess bits)
{
bits.ReadInt32(out sig);
bits.ReadInt32(out ver);
bits.ReadInt32(out age);
bits.ReadInt16(out gssymStream);
bits.ReadUInt16(out vers);
bits.ReadInt16(out pssymStream);
bits.ReadUInt16(out pdbver);
bits.ReadInt16(out symrecStream);
bits.ReadUInt16(out pdbver2);
bits.ReadInt32(out gpmodiSize);
bits.ReadInt32(out secconSize);
bits.ReadInt32(out secmapSize);
bits.ReadInt32(out filinfSize);
bits.ReadInt32(out tsmapSize);
bits.ReadInt32(out mfcIndex);
bits.ReadInt32(out dbghdrSize);
bits.ReadInt32(out ecinfoSize);
bits.ReadUInt16(out flags);
bits.ReadUInt16(out machine);
bits.ReadInt32(out reserved);
}
static void DumpTpiStream(BitAccess bits,
out int tiHashStream,
out int tiHPadStream)
{
tiHashStream = 0;
tiHPadStream = 0;
// Read the header structure.
int ver;
int hdr;
int min;
int max;
int gprec;
bits.ReadInt32(out ver);
bits.ReadInt32(out hdr);
bits.ReadInt32(out min);
bits.ReadInt32(out max);
bits.ReadInt32(out gprec);
Console.WriteLine(" ** TPI ver={0}, hdr={1}, min={2}, max={3}, gprec={4}",
ver, hdr, min, max, gprec);
// Read the hash structure.
short stream;
short padStream;
int key;
int buckets;
int vals;
int pairs;
int adj;
bits.ReadInt16(out stream);
bits.ReadInt16(out padStream);
bits.ReadInt32(out key);
bits.ReadInt32(out buckets);
bits.ReadInt32(out vals);
bits.ReadInt32(out pairs);
bits.ReadInt32(out adj);
Console.WriteLine(" stream={0}, padstream={1}, key={2}, bux={3}, vals={4}, par={5}, adj={6}",
stream, padStream, key, buckets, vals, pairs, adj);
tiHashStream = stream;
tiHPadStream = padStream;
int u1;
int u2;
int u3;
bits.ReadInt32(out u1);
bits.ReadInt32(out u2);
bits.ReadInt32(out u3);
Console.WriteLine(" pos={0}, u1={1}, u2={2}, u3={3}",
bits.Position, u1, u2, u3);
#if true
int end = hdr + gprec;
while (bits.Position < end) {
ushort cbrec;
ushort leaf;
bits.ReadUInt16(out cbrec);
bits.ReadUInt16(out leaf);
Console.WriteLine(" [{0,4}] : {1}", cbrec, (LEAF)leaf);
Dump(bits.Buffer, bits.Position, bits.Position + cbrec - 2);
bits.Position += cbrec - 2;
// [GalenH]: Need to figure out what RECs are for.
}
#endif
}