I needed to compile Crypto++ (a very good cryptography library which uses RTTI) but my client requested that we leave out RTTI information to make reverse-engineering of the resulting product more difficult. Here’s how I managed to fake RTTI good enough to get Crypto++ to compile.
1. redefine typeid()
In cryptlib.h, I added directly after the initial
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#include "config.h"
#include "stdcpp.h"
the following template and define to revert typeid() to my own implementation:
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template < typename T > const std :: type_info & HajoTypeID ( void );
#define typeid(a) HajoTypeID<a>()
2. compile to get list of undefined symbols
I then compiled Crypto++ and was greeted with a huge list of undefined symbols, which were references to my HajoTypeID<>() template function. The errors looked like:
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"__Z10HajoTypeIDIN8CryptoPP21InvertibleLUCFunctionEERKSt9type_infov", referenced from:
__ZNK8CryptoPP14NameValuePairs13GetThisObjectINS_21InvertibleLUCFunctionEEEbRT_ in libCryptoPP.a(luc.o)
__ZNK8CryptoPP14NameValuePairs8GetValueINS_21InvertibleLUCFunctionEEEbPKcRT_ in libCryptoPP.a(luc.o)
I copied all of those into undefined.txt and ran
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cat undefined.txt | grep "\", referenced" | sed 's/"_//' | sed 's/",.*//' | mate
to get a list of the raw, mangled symbols that were missing. The output looked like this:
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_Z10HajoTypeIDIPKhERKSt9type_infov
_Z10HajoTypeIDIPhERKSt9type_infov
_Z10HajoTypeIDIPSsERKSt9type_infov
3. demangle symbols to get needed template classes
I then piped the result through the Javascript from
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http://slush.warosu.org/c++filtjs/
to get a list of the needed, unmangled symbols like this:
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std :: type_info const & HajoTypeID < int > ()
std :: type_info const & HajoTypeID < char const *> ()
std :: type_info const & HajoTypeID < std :: ostream *> ()
I stored this list into defineme.txt and ran
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cat defineme.txt | sed 's/std::type_info const& HajoTypeID<//' | sed 's/>()//' | sed 's/^.*$/template <> const std::type_info\& HajoTypeID< & >(void) { static HajoMkType type("&"); return type; }/' | mate
to get the needed C++ source to fake typeid(..) for those classes. The output looks like this:
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template <> const std :: type_info & HajoTypeID < int > ( void ) { static HajoMkType type ( "int" ); return type ; }
template <> const std :: type_info & HajoTypeID < char const * > ( void ) { static HajoMkType type ( "char const*" ); return type ; }
template <> const std :: type_info & HajoTypeID < std :: ostream * > ( void ) { static HajoMkType type ( "std::ostream*" ); return type ; }
and together with this class:
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class HajoMkType : public std :: type_info {
public :
inline HajoMkType ( const char * name ) : std :: type_info ( name ) {}
inline virtual ~ HajoMkType () {}
};
can fake RTTI good enough such that the compiled Crypto++ library passes all validations with RTTI disabled.
My fake RTTI source
in cryptlib.h
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template < typename T > const std :: type_info & HajoTypeID ( void );
#define typeid(a) HajoTypeID<a>()
in a C++ file of your choice
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#include "eccrypto.h"
#include "ec2n.h"
#include "luc.h"
#include "esign.h"
#include "rabin.h"
#include "gfpcrypt.h"
#include "modexppc.h"
#include "xtrcrypt.h"
// fake RTTI data holder
class HajoMkType : public std :: type_info {
public :
inline HajoMkType ( const char * name ) : std :: type_info ( name ) {}
inline virtual ~ HajoMkType () {}
};
template <> const std :: type_info & HajoTypeID < int > ( void ) { static HajoMkType type ( "int" ); return type ; }
template <> const std :: type_info & HajoTypeID < char const * > ( void ) { static HajoMkType type ( "char const*" ); return type ; }
template <> const std :: type_info & HajoTypeID < std :: ostream * > ( void ) { static HajoMkType type ( "std::ostream*" ); return type ; }
template <> const std :: type_info & HajoTypeID < int const * > ( void ) { static HajoMkType type ( "int const*" ); return type ; }
template <> const std :: type_info & HajoTypeID < unsigned char > ( void ) { static HajoMkType type ( "unsigned char" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: ConstByteArrayParameter > ( void ) { static HajoMkType type ( "CryptoPP::ConstByteArrayParameter" ); return type ; }
template <> const std :: type_info & HajoTypeID < unsigned char const * > ( void ) { static HajoMkType type ( "unsigned char const*" ); return type ; }
template <> const std :: type_info & HajoTypeID < unsigned char * > ( void ) { static HajoMkType type ( "unsigned char*" ); return type ; }
template <> const std :: type_info & HajoTypeID < std :: string * > ( void ) { static HajoMkType type ( "std::string*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_GroupParameters_IntegerBasedImpl < CryptoPP :: ModExpPrecomputation , CryptoPP :: DL_FixedBasePrecomputationImpl < CryptoPP :: Integer > > > ( void ) { static HajoMkType type ( "CryptoPP::DL_GroupParameters_IntegerBasedImpl<CryptoPP::ModExpPrecomputation, CryptoPP::DL_FixedBasePrecomputationImpl<CryptoPP::Integer> > " ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PublicKeyImpl < CryptoPP :: DL_GroupParameters_DSA > > ( void ) { static HajoMkType type ( "CryptoPP::DL_PublicKeyImpl<CryptoPP::DL_GroupParameters_DSA> " ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PrivateKey < CryptoPP :: Integer > > ( void ) { static HajoMkType type ( "CryptoPP::DL_PrivateKey<CryptoPP::Integer> " ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PrivateKey < CryptoPP :: Integer >* > ( void ) { static HajoMkType type ( "CryptoPP::DL_PrivateKey<CryptoPP::Integer>*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PublicKey < CryptoPP :: Integer > > ( void ) { static HajoMkType type ( "CryptoPP::DL_PublicKey<CryptoPP::Integer> " ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: Integer > ( void ) { static HajoMkType type ( "CryptoPP::Integer" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PrivateKeyImpl < CryptoPP :: DL_GroupParameters_DSA > > ( void ) { static HajoMkType type ( "CryptoPP::DL_PrivateKeyImpl<CryptoPP::DL_GroupParameters_DSA> " ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_GroupParameters_DSA > ( void ) { static HajoMkType type ( "CryptoPP::DL_GroupParameters_DSA" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: OID > ( void ) { static HajoMkType type ( "CryptoPP::OID" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: ECP > ( void ) { static HajoMkType type ( "CryptoPP::ECP" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: ECPPoint > ( void ) { static HajoMkType type ( "CryptoPP::ECPPoint" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: EC2N > ( void ) { static HajoMkType type ( "CryptoPP::EC2N" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: EC2NPoint > ( void ) { static HajoMkType type ( "CryptoPP::EC2NPoint" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PublicKeyImpl < CryptoPP :: DL_GroupParameters_EC < CryptoPP :: ECP > > > ( void ) { static HajoMkType type ( "CryptoPP::DL_PublicKeyImpl<CryptoPP::DL_GroupParameters_EC<CryptoPP::ECP> > " ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PrivateKey < CryptoPP :: ECPPoint > > ( void ) { static HajoMkType type ( "CryptoPP::DL_PrivateKey<CryptoPP::ECPPoint> " ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PrivateKey < CryptoPP :: ECPPoint >* > ( void ) { static HajoMkType type ( "CryptoPP::DL_PrivateKey<CryptoPP::ECPPoint>*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PublicKey < CryptoPP :: ECPPoint > > ( void ) { static HajoMkType type ( "CryptoPP::DL_PublicKey<CryptoPP::ECPPoint> " ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PublicKeyImpl < CryptoPP :: DL_GroupParameters_EC < CryptoPP :: EC2N > > > ( void ) { static HajoMkType type ( "CryptoPP::DL_PublicKeyImpl<CryptoPP::DL_GroupParameters_EC<CryptoPP::EC2N> > " ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PrivateKey < CryptoPP :: EC2NPoint > > ( void ) { static HajoMkType type ( "CryptoPP::DL_PrivateKey<CryptoPP::EC2NPoint> " ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PrivateKey < CryptoPP :: EC2NPoint >* > ( void ) { static HajoMkType type ( "CryptoPP::DL_PrivateKey<CryptoPP::EC2NPoint>*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PublicKey < CryptoPP :: EC2NPoint > > ( void ) { static HajoMkType type ( "CryptoPP::DL_PublicKey<CryptoPP::EC2NPoint> " ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PrivateKeyImpl < CryptoPP :: DL_GroupParameters_EC < CryptoPP :: ECP > > > ( void ) { static HajoMkType type ( "CryptoPP::DL_PrivateKeyImpl<CryptoPP::DL_GroupParameters_EC<CryptoPP::ECP> > " ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_GroupParameters_EC < CryptoPP :: ECP > > ( void ) { static HajoMkType type ( "CryptoPP::DL_GroupParameters_EC<CryptoPP::ECP> " ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PrivateKeyImpl < CryptoPP :: DL_GroupParameters_EC < CryptoPP :: EC2N > > > ( void ) { static HajoMkType type ( "CryptoPP::DL_PrivateKeyImpl<CryptoPP::DL_GroupParameters_EC<CryptoPP::EC2N> > " ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_GroupParameters_EC < CryptoPP :: EC2N > > ( void ) { static HajoMkType type ( "CryptoPP::DL_GroupParameters_EC<CryptoPP::EC2N> " ); return type ; }
template <> const std :: type_info & HajoTypeID < std :: string > ( void ) { static HajoMkType type ( "std::string" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_GroupParameters_GFP > ( void ) { static HajoMkType type ( "CryptoPP::DL_GroupParameters_GFP" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_GroupParameters_IntegerBased > ( void ) { static HajoMkType type ( "CryptoPP::DL_GroupParameters_IntegerBased" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_GroupParameters_GFP * > ( void ) { static HajoMkType type ( "CryptoPP::DL_GroupParameters_GFP*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_GroupParameters < CryptoPP :: Integer > > ( void ) { static HajoMkType type ( "CryptoPP::DL_GroupParameters<CryptoPP::Integer> " ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_GroupParameters < CryptoPP :: Integer >* > ( void ) { static HajoMkType type ( "CryptoPP::DL_GroupParameters<CryptoPP::Integer>*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_GroupParameters_IntegerBasedImpl < CryptoPP :: ModExpPrecomputation , CryptoPP :: DL_FixedBasePrecomputationImpl < CryptoPP :: Integer > >* > ( void ) { static HajoMkType type ( "CryptoPP::DL_GroupParameters_IntegerBasedImpl<CryptoPP::ModExpPrecomputation, CryptoPP::DL_FixedBasePrecomputationImpl<CryptoPP::Integer> >*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PublicKeyImpl < CryptoPP :: DL_GroupParameters_DSA >* > ( void ) { static HajoMkType type ( "CryptoPP::DL_PublicKeyImpl<CryptoPP::DL_GroupParameters_DSA>*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PublicKey < CryptoPP :: Integer >* > ( void ) { static HajoMkType type ( "CryptoPP::DL_PublicKey<CryptoPP::Integer>*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PrivateKeyImpl < CryptoPP :: DL_GroupParameters_DSA >* > ( void ) { static HajoMkType type ( "CryptoPP::DL_PrivateKeyImpl<CryptoPP::DL_GroupParameters_DSA>*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_GroupParameters < CryptoPP :: ECPPoint > > ( void ) { static HajoMkType type ( "CryptoPP::DL_GroupParameters<CryptoPP::ECPPoint> " ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_GroupParameters < CryptoPP :: ECPPoint >* > ( void ) { static HajoMkType type ( "CryptoPP::DL_GroupParameters<CryptoPP::ECPPoint>*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_GroupParameters_EC < CryptoPP :: ECP >* > ( void ) { static HajoMkType type ( "CryptoPP::DL_GroupParameters_EC<CryptoPP::ECP>*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_GroupParameters < CryptoPP :: EC2NPoint > > ( void ) { static HajoMkType type ( "CryptoPP::DL_GroupParameters<CryptoPP::EC2NPoint> " ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_GroupParameters < CryptoPP :: EC2NPoint >* > ( void ) { static HajoMkType type ( "CryptoPP::DL_GroupParameters<CryptoPP::EC2NPoint>*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_GroupParameters_EC < CryptoPP :: EC2N >* > ( void ) { static HajoMkType type ( "CryptoPP::DL_GroupParameters_EC<CryptoPP::EC2N>*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PublicKeyImpl < CryptoPP :: DL_GroupParameters_EC < CryptoPP :: ECP > >* > ( void ) { static HajoMkType type ( "CryptoPP::DL_PublicKeyImpl<CryptoPP::DL_GroupParameters_EC<CryptoPP::ECP> >*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PublicKey < CryptoPP :: ECPPoint >* > ( void ) { static HajoMkType type ( "CryptoPP::DL_PublicKey<CryptoPP::ECPPoint>*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PublicKeyImpl < CryptoPP :: DL_GroupParameters_EC < CryptoPP :: EC2N > >* > ( void ) { static HajoMkType type ( "CryptoPP::DL_PublicKeyImpl<CryptoPP::DL_GroupParameters_EC<CryptoPP::EC2N> >*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PublicKey < CryptoPP :: EC2NPoint >* > ( void ) { static HajoMkType type ( "CryptoPP::DL_PublicKey<CryptoPP::EC2NPoint>*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PrivateKeyImpl < CryptoPP :: DL_GroupParameters_EC < CryptoPP :: ECP > >* > ( void ) { static HajoMkType type ( "CryptoPP::DL_PrivateKeyImpl<CryptoPP::DL_GroupParameters_EC<CryptoPP::ECP> >*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PrivateKeyImpl < CryptoPP :: DL_GroupParameters_EC < CryptoPP :: EC2N > >* > ( void ) { static HajoMkType type ( "CryptoPP::DL_PrivateKeyImpl<CryptoPP::DL_GroupParameters_EC<CryptoPP::EC2N> >*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: ESIGNFunction > ( void ) { static HajoMkType type ( "CryptoPP::ESIGNFunction" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: InvertibleESIGNFunction > ( void ) { static HajoMkType type ( "CryptoPP::InvertibleESIGNFunction" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: ESIGNFunction * > ( void ) { static HajoMkType type ( "CryptoPP::ESIGNFunction*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: InvertibleESIGNFunction * > ( void ) { static HajoMkType type ( "CryptoPP::InvertibleESIGNFunction*" ); return type ; }
template <> const std :: type_info & HajoTypeID < wchar_t const * > ( void ) { static HajoMkType type ( "wchar_t const*" ); return type ; }
template <> const std :: type_info & HajoTypeID < std :: istream * > ( void ) { static HajoMkType type ( "std::istream*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: ByteArrayParameter > ( void ) { static HajoMkType type ( "CryptoPP::ByteArrayParameter" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: BufferedTransformation * > ( void ) { static HajoMkType type ( "CryptoPP::BufferedTransformation*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: RandomNumberGenerator * > ( void ) { static HajoMkType type ( "CryptoPP::RandomNumberGenerator*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: BlockPaddingSchemeDef :: BlockPaddingScheme > ( void ) { static HajoMkType type ( "CryptoPP::BlockPaddingSchemeDef::BlockPaddingScheme" ); return type ; }
template <> const std :: type_info & HajoTypeID < bool > ( void ) { static HajoMkType type ( "bool" ); return type ; }
template <> const std :: type_info & HajoTypeID < unsigned int > ( void ) { static HajoMkType type ( "unsigned int" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_GroupParameters_IntegerBased * > ( void ) { static HajoMkType type ( "CryptoPP::DL_GroupParameters_IntegerBased*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: Integer :: RandomNumberType > ( void ) { static HajoMkType type ( "CryptoPP::Integer::RandomNumberType" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: PrimeSelector const * > ( void ) { static HajoMkType type ( "CryptoPP::PrimeSelector const*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: LUCFunction > ( void ) { static HajoMkType type ( "CryptoPP::LUCFunction" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: InvertibleLUCFunction > ( void ) { static HajoMkType type ( "CryptoPP::InvertibleLUCFunction" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: LUCFunction * > ( void ) { static HajoMkType type ( "CryptoPP::LUCFunction*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: InvertibleLUCFunction * > ( void ) { static HajoMkType type ( "CryptoPP::InvertibleLUCFunction*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: RabinFunction > ( void ) { static HajoMkType type ( "CryptoPP::RabinFunction" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: InvertibleRabinFunction > ( void ) { static HajoMkType type ( "CryptoPP::InvertibleRabinFunction" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: RabinFunction * > ( void ) { static HajoMkType type ( "CryptoPP::RabinFunction*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: InvertibleRabinFunction * > ( void ) { static HajoMkType type ( "CryptoPP::InvertibleRabinFunction*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PublicKeyImpl < CryptoPP :: DL_GroupParameters_GFP_DefaultSafePrime > > ( void ) { static HajoMkType type ( "CryptoPP::DL_PublicKeyImpl<CryptoPP::DL_GroupParameters_GFP_DefaultSafePrime> " ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PrivateKeyImpl < CryptoPP :: DL_GroupParameters_GFP_DefaultSafePrime > > ( void ) { static HajoMkType type ( "CryptoPP::DL_PrivateKeyImpl<CryptoPP::DL_GroupParameters_GFP_DefaultSafePrime> " ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_GroupParameters_GFP_DefaultSafePrime > ( void ) { static HajoMkType type ( "CryptoPP::DL_GroupParameters_GFP_DefaultSafePrime" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PrivateKeyImpl < CryptoPP :: DL_GroupParameters_GFP > > ( void ) { static HajoMkType type ( "CryptoPP::DL_PrivateKeyImpl<CryptoPP::DL_GroupParameters_GFP> " ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PublicKeyImpl < CryptoPP :: DL_GroupParameters_GFP > > ( void ) { static HajoMkType type ( "CryptoPP::DL_PublicKeyImpl<CryptoPP::DL_GroupParameters_GFP> " ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PublicKeyImpl < CryptoPP :: DL_GroupParameters_GFP_DefaultSafePrime >* > ( void ) { static HajoMkType type ( "CryptoPP::DL_PublicKeyImpl<CryptoPP::DL_GroupParameters_GFP_DefaultSafePrime>*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PrivateKeyImpl < CryptoPP :: DL_GroupParameters_GFP_DefaultSafePrime >* > ( void ) { static HajoMkType type ( "CryptoPP::DL_PrivateKeyImpl<CryptoPP::DL_GroupParameters_GFP_DefaultSafePrime>*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PrivateKeyImpl < CryptoPP :: DL_GroupParameters_GFP >* > ( void ) { static HajoMkType type ( "CryptoPP::DL_PrivateKeyImpl<CryptoPP::DL_GroupParameters_GFP>*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PublicKeyImpl < CryptoPP :: DL_GroupParameters_GFP >* > ( void ) { static HajoMkType type ( "CryptoPP::DL_PublicKeyImpl<CryptoPP::DL_GroupParameters_GFP>*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: RSAFunction > ( void ) { static HajoMkType type ( "CryptoPP::RSAFunction" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: InvertibleRSAFunction > ( void ) { static HajoMkType type ( "CryptoPP::InvertibleRSAFunction" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: RSAFunction * > ( void ) { static HajoMkType type ( "CryptoPP::RSAFunction*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: InvertibleRSAFunction * > ( void ) { static HajoMkType type ( "CryptoPP::InvertibleRSAFunction*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: RWFunction > ( void ) { static HajoMkType type ( "CryptoPP::RWFunction" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: InvertibleRWFunction > ( void ) { static HajoMkType type ( "CryptoPP::InvertibleRWFunction" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: RWFunction * > ( void ) { static HajoMkType type ( "CryptoPP::RWFunction*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: InvertibleRWFunction * > ( void ) { static HajoMkType type ( "CryptoPP::InvertibleRWFunction*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_GroupParameters_IntegerBasedImpl < CryptoPP :: DL_GroupPrecomputation_LUC , CryptoPP :: DL_BasePrecomputation_LUC > > ( void ) { static HajoMkType type ( "CryptoPP::DL_GroupParameters_IntegerBasedImpl<CryptoPP::DL_GroupPrecomputation_LUC, CryptoPP::DL_BasePrecomputation_LUC> " ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PublicKeyImpl < CryptoPP :: DL_GroupParameters_LUC > > ( void ) { static HajoMkType type ( "CryptoPP::DL_PublicKeyImpl<CryptoPP::DL_GroupParameters_LUC> " ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PrivateKeyImpl < CryptoPP :: DL_GroupParameters_LUC > > ( void ) { static HajoMkType type ( "CryptoPP::DL_PrivateKeyImpl<CryptoPP::DL_GroupParameters_LUC> " ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_GroupParameters_LUC > ( void ) { static HajoMkType type ( "CryptoPP::DL_GroupParameters_LUC" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PublicKeyImpl < CryptoPP :: DL_GroupParameters_LUC_DefaultSafePrime > > ( void ) { static HajoMkType type ( "CryptoPP::DL_PublicKeyImpl<CryptoPP::DL_GroupParameters_LUC_DefaultSafePrime> " ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PrivateKeyImpl < CryptoPP :: DL_GroupParameters_LUC_DefaultSafePrime > > ( void ) { static HajoMkType type ( "CryptoPP::DL_PrivateKeyImpl<CryptoPP::DL_GroupParameters_LUC_DefaultSafePrime> " ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_GroupParameters_LUC_DefaultSafePrime > ( void ) { static HajoMkType type ( "CryptoPP::DL_GroupParameters_LUC_DefaultSafePrime" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_GroupParameters_LUC * > ( void ) { static HajoMkType type ( "CryptoPP::DL_GroupParameters_LUC*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_GroupParameters_IntegerBasedImpl < CryptoPP :: DL_GroupPrecomputation_LUC , CryptoPP :: DL_BasePrecomputation_LUC >* > ( void ) { static HajoMkType type ( "CryptoPP::DL_GroupParameters_IntegerBasedImpl<CryptoPP::DL_GroupPrecomputation_LUC, CryptoPP::DL_BasePrecomputation_LUC>*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PublicKeyImpl < CryptoPP :: DL_GroupParameters_LUC >* > ( void ) { static HajoMkType type ( "CryptoPP::DL_PublicKeyImpl<CryptoPP::DL_GroupParameters_LUC>*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PrivateKeyImpl < CryptoPP :: DL_GroupParameters_LUC >* > ( void ) { static HajoMkType type ( "CryptoPP::DL_PrivateKeyImpl<CryptoPP::DL_GroupParameters_LUC>*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PublicKeyImpl < CryptoPP :: DL_GroupParameters_LUC_DefaultSafePrime >* > ( void ) { static HajoMkType type ( "CryptoPP::DL_PublicKeyImpl<CryptoPP::DL_GroupParameters_LUC_DefaultSafePrime>*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: DL_PrivateKeyImpl < CryptoPP :: DL_GroupParameters_LUC_DefaultSafePrime >* > ( void ) { static HajoMkType type ( "CryptoPP::DL_PrivateKeyImpl<CryptoPP::DL_GroupParameters_LUC_DefaultSafePrime>*" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: XTR_DH > ( void ) { static HajoMkType type ( "CryptoPP::XTR_DH" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: GFP2Element > ( void ) { static HajoMkType type ( "CryptoPP::GFP2Element" ); return type ; }
template <> const std :: type_info & HajoTypeID < CryptoPP :: XTR_DH * > ( void ) { static HajoMkType type ( "CryptoPP::XTR_DH*" ); return type ; }