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// **********************************************************************
//
// Copyright (c) 2001
// MutableRealms, Inc.
// Huntsville, AL, USA
//
// All Rights Reserved
//
// **********************************************************************
#include <IceUtil/Config.h>
#include <IceUtil/Base64.h>
#include <Ice/SslRSAKeyPair.h>
#include <Ice/SslRSAPrivateKey.h>
#include <Ice/SslRSAPublicKey.h>
#include <assert.h>
void ::IceInternal::incRef(::IceSecurity::Ssl::OpenSSL::RSAKeyPair* p) { p->__incRef(); }
void ::IceInternal::decRef(::IceSecurity::Ssl::OpenSSL::RSAKeyPair* p) { p->__decRef(); }
using std::back_inserter;
using std::string;
using IceUtil::Base64;
IceSecurity::Ssl::OpenSSL::RSAKeyPair::RSAKeyPair(const string& key, const string& cert) :
_privateKey(new RSAPrivateKey(key)),
_publicKey(new RSAPublicKey(cert))
{
/*
_privateKey = 0;
_publicKey = 0;
ByteSeq keySeq = Base64::decode(key);
ByteSeq certSeq = Base64::decode(cert);
byteSeqToKey(keySeq);
byteSeqToCert(certSeq);
*/
}
IceSecurity::Ssl::OpenSSL::RSAKeyPair::RSAKeyPair(const ByteSeq& keySeq, const ByteSeq& certSeq) :
_privateKey(new RSAPrivateKey(keySeq)),
_publicKey(new RSAPublicKey(certSeq))
{
/*
_privateKey = 0;
_publicKey = 0;
byteSeqToKey(keySeq);
byteSeqToCert(certSeq);
*/
}
IceSecurity::Ssl::OpenSSL::RSAKeyPair::~RSAKeyPair()
{
/*
RSA_free(_privateKey);
X509_free(_publicKey);
*/
}
void
IceSecurity::Ssl::OpenSSL::RSAKeyPair::keyToBase64(string& b64Key)
{
_privateKey->keyToBase64(b64Key);
/*
ByteSeq keySeq;
keyToByteSeq(keySeq);
b64Key = Base64::encode(keySeq);
*/
}
void
IceSecurity::Ssl::OpenSSL::RSAKeyPair::certToBase64(string& b64Cert)
{
_publicKey->certToBase64(b64Cert);
/*
ByteSeq certSeq;
certToByteSeq(certSeq);
b64Cert = Base64::encode(certSeq);
*/
}
void
IceSecurity::Ssl::OpenSSL::RSAKeyPair::keyToByteSeq(ByteSeq& keySeq)
{
_privateKey->keyToByteSeq(keySeq);
/*
assert(_privateKey);
// Output the Private Key to a char buffer
unsigned int privKeySize = i2d_RSAPrivateKey(_privateKey, 0);
assert(privKeySize > 0);
unsigned char* privateKeyBuffer = new unsigned char[privKeySize];
// We have to do this because i2d_RSAPrivateKey changes the pointer.
unsigned char* privKeyBuff = privateKeyBuffer;
i2d_RSAPrivateKey(_privateKey, &privKeyBuff);
ucharToByteSeq(privateKeyBuffer, privKeySize, keySeq);
delete []privateKeyBuffer;
*/
}
void
IceSecurity::Ssl::OpenSSL::RSAKeyPair::certToByteSeq(ByteSeq& certSeq)
{
_publicKey->certToByteSeq(certSeq);
/*
assert(_publicKey);
// Output the Public Key to a char buffer
unsigned int pubKeySize = i2d_X509(_publicKey, 0);
assert(pubKeySize > 0);
unsigned char* publicKeyBuffer = new unsigned char[pubKeySize];
// We have to do this because i2d_X509_PUBKEY changes the pointer.
unsigned char* pubKeyBuff = publicKeyBuffer;
i2d_X509(_publicKey, &pubKeyBuff);
ucharToByteSeq(publicKeyBuffer, pubKeySize, certSeq);
delete []publicKeyBuffer;
*/
}
RSA*
IceSecurity::Ssl::OpenSSL::RSAKeyPair::getRSAPrivateKey() const
{
return _privateKey->getRSAPrivateKey();
}
X509*
IceSecurity::Ssl::OpenSSL::RSAKeyPair::getX509PublicKey() const
{
return _publicKey->getX509PublicKey();
}
// IceSecurity::Ssl::OpenSSL::RSAKeyPair::RSAKeyPair(RSA* rsa, X509* x509) :
IceSecurity::Ssl::OpenSSL::RSAKeyPair::RSAKeyPair(const RSAPrivateKeyPtr& rsa, const RSAPublicKeyPtr& x509) :
_privateKey(rsa),
_publicKey(x509)
{
}
/*
void
IceSecurity::Ssl::OpenSSL::RSAKeyPair::byteSeqToKey(const ByteSeq& keySeq)
{
unsigned char* privateKeyBuffer = byteSeqToUChar(keySeq);
assert(privateKeyBuffer);
unsigned char* privKeyBuff = privateKeyBuffer;
unsigned char** privKeyBuffpp = &privKeyBuff;
RSA** rsapp = &_privateKey;
_privateKey = d2i_RSAPrivateKey(rsapp, privKeyBuffpp, (long)keySeq.size());
assert(_privateKey);
delete []privateKeyBuffer;
}
void
IceSecurity::Ssl::OpenSSL::RSAKeyPair::byteSeqToCert(const ByteSeq& certSeq)
{
unsigned char* publicKeyBuffer = byteSeqToUChar(certSeq);
assert(publicKeyBuffer);
// We have to do this because d2i_X509 changes the pointer.
unsigned char* pubKeyBuff = publicKeyBuffer;
unsigned char** pubKeyBuffpp = &pubKeyBuff;
X509** x509pp = &_publicKey;
_publicKey = d2i_X509(x509pp, pubKeyBuffpp, (long)certSeq.size());
assert(_publicKey);
delete []publicKeyBuffer;
}
void
IceSecurity::Ssl::OpenSSL::RSAKeyPair::ucharToByteSeq(unsigned char* ucharBuffer, int length, ByteSeq& destBuffer)
{
destBuffer.reserve(length);
std::copy(ucharBuffer, (ucharBuffer + length), back_inserter(destBuffer));
}
unsigned char*
IceSecurity::Ssl::OpenSSL::RSAKeyPair::byteSeqToUChar(const ByteSeq& sequence)
{
int seqSize = sequence.size();
assert(seqSize > 0);
unsigned char* ucharSeq = new unsigned char[seqSize];
unsigned char* ucharPtr = ucharSeq;
std::copy(sequence.begin(), sequence.end(), ucharPtr);
return ucharSeq;
}
*/
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