MDSigPatcher(List <byte> sigBuilder, RemappedTypeTokens remappedTypeTokens, RawModuleBytes moduleData, uint blobOffset, uint sigOffset)
{
this.sigBuilder = sigBuilder;
this.remappedTypeTokens = remappedTypeTokens;
currPos = (byte *)moduleData.Pointer + blobOffset + sigOffset;
uint size = MDPatcherUtils.ReadCompressedUInt32(ref currPos, (byte *)moduleData.Pointer + moduleData.Size);
startPos = currPos;
endPos = currPos + size;
usingBuilder = false;
recursionCounter = 0;
}
MDSigPatcher(List <byte> sigBuilder, Dictionary <uint, uint> remappedTypeTokens, byte[] moduleData, uint blobOffset, uint sigOffset)
{
this.sigBuilder = sigBuilder;
this.remappedTypeTokens = remappedTypeTokens;
this.moduleData = moduleData;
startOffset = blobOffset + sigOffset;
uint size = MDPatcherUtils.ReadCompressedUInt32(moduleData, ref startOffset);
endOffset = startOffset + size;
currOffset = startOffset;
usingBuilder = false;
recursionCounter = 0;
}
MDSigPatcher(List <byte> sigBuilder, RemappedTypeTokens remappedTypeTokens, RawModuleBytes moduleData, uint blobOffset, uint sigOffset)
{
if ((ulong)blobOffset + sigOffset > (ulong)moduleData.Size)
{
ThrowInvalidSignatureException();
}
this.sigBuilder = sigBuilder;
this.remappedTypeTokens = remappedTypeTokens;
currPos = (byte *)moduleData.Pointer + blobOffset + sigOffset;
uint size = MDPatcherUtils.ReadCompressedUInt32(ref currPos, (byte *)moduleData.Pointer + moduleData.Size);
startPos = currPos;
endPos = currPos + size;
if ((ulong)(endPos - (byte *)moduleData.Pointer) > (ulong)moduleData.Size)
{
ThrowInvalidSignatureException();
}
usingBuilder = false;
recursionCounter = 0;
}