public Decrypter45(PeImage peImage, CodeHeader codeHeader)
: base(peImage, codeHeader)
{
}
public ProDecrypter(PeImage peImage, CodeHeader codeHeader)
: base(peImage, codeHeader)
{
for (int i = 0; i < 4; i++)
{
key[i] = be_readUInt32(codeHeader.decryptionKey, i * 4);
}
}
public ProDecrypter(PeImage peImage, CodeHeader codeHeader)
: base(peImage, codeHeader)
{
for (int i = 0; i < 4; i++)
key[i] = be_readUint32(codeHeader.decryptionKey, i * 4);
}
public NormalDecrypter(PeImage peImage, CodeHeader codeHeader)
: base(peImage, codeHeader)
{
}
public DecrypterBase(PeImage peImage, CodeHeader codeHeader)
{
this.peImage = peImage;
this.codeHeader = codeHeader;
endOfMetadata = peImage.rvaToOffset(peImage.Cor20Header.metadataDirectory.virtualAddress + peImage.Cor20Header.metadataDirectory.size);
}
public DecrypterBase(PeImage peImage, CodeHeader codeHeader)
{
this.peImage = peImage;
this.codeHeader = codeHeader;
endOfMetadata = peImage.rvaToOffset(peImage.Cor20Header.metadataDirectory.virtualAddress + peImage.Cor20Header.metadataDirectory.size);
}
public Decrypter5(PeImage peImage, CodeHeader codeHeader, uint codeHeaderSize)
: base(peImage, codeHeader)
{
this.codeHeaderSize = codeHeaderSize;
}
public Decrypter45(PeImage peImage, CodeHeader codeHeader)
: base(peImage, codeHeader)
{
}
public Decrypter5(PeImage peImage, CodeHeader codeHeader, uint codeHeaderSize)
: base(peImage, codeHeader)
{
this.codeHeaderSize = codeHeaderSize;
}
public NormalDecrypter(PeImage peImage, CodeHeader codeHeader)
: base(peImage, codeHeader)
{
}
