// ClientCDKey::Init(RawBuffer)
// Initializes key from encrypted binary buffer. Does not validate key.
bool
ClientCDKey::Init(const RawBuffer& theKeyR)
{
WTRACE("ClientCDKey::Init(RawBuffer)");
WDBG_LH("ClientCDKey::Init(RawBuffer) Buf=" << theKeyR);
mValidity = Unknown;
mKey.erase();
mStrKey.erase();
// Init BinKey and validate length
mBinKey = theKeyR;
if (mBinKey.size() != BINARYKEY_LEN)
{
WDBG_LH("ClientCDKey::Init(RawBuffer) Key length invalid, len=" << mBinKey.size());
mValidity = Invalid;
return false;
}
// Build symmetric key from Product name
__int64 aBuf = 0;
if (! DecryptKey(aBuf))
{
WDBG_LH("ClientCDKey::Init(RawBuffer) Decrypt of bin key failed.");
mValidity = Invalid;
return false;
}
WDBG_LM("ClientCDKey::Init(RawBuffer) Extracting fields.");
FieldsFromBuffer(aBuf);
return true;
}
// ClientCDKey::Load
// Loads CD-Key from WON standard location in registry. Entry is registry must be
// the enrypted binary form. Calls Init(RawBuffer).
bool
ClientCDKey::Load()
{
WTRACE("ClientCDKey::Load");
WDBG_LM("ClientCDKey::Load Loading key from registry.");
// Open registry key
RegKey aRegKey(REG_CDKEY_PATH, HKEY_LOCAL_MACHINE);
if (! aRegKey.IsOpen())
{
WDBG_LH("ClientCDKey::Load Fail open registry key: " << REG_CDKEY_PATH);
mValidity = Invalid;
return false;
}
// Fetch key from registry for value product
unsigned char* aBufP = NULL;
unsigned long aLen = 0;
if (aRegKey.GetValue(mProduct, aBufP, aLen) != RegKey::Ok)
{
WDBG_LH("ClientCDKey::Load Fail fetch key value for product=" << mProduct);
mValidity = Invalid;
return false;
}
// Build buffer and call Init(RawBuffer)
RawBuffer aKey(aBufP, aLen);
delete aBufP;
return Init(aKey);
}
// ClientCDKey::Init(string)
// Initializes key from human readable string. Does not validate key.
bool
ClientCDKey::Init(const string& theKeyR)
{
WTRACE("ClientCDKey::Init(string)");
WDBG_LH("ClientCDKey::Init(string) String=" << theKeyR);
mValidity = Unknown;
mKey.erase();
mBinKey.erase();
// Init StrKey and remove and dashes
mStrKey = theKeyR;
RemoveSkipChars(mStrKey);
// Validate length
if (mStrKey.size() != STRINGKEY_LEN)
{
WDBG_LH("ClientCDKey::Init(string) Key length invalid, len=" << mStrKey.size());
mValidity = Invalid;
return false;
}
// Process each char in string
WDBG_LM("ClientCDKey::Init(string) Parsing string key.");
__int64 aBuf = 0;
unsigned int anOffset = 0;
for (int i=0; i < STRINGKEY_LEN; i++)
{
bool aTst = true;
switch (STRINGKEY_MAP[i])
{
case 'C':
aTst = ProcessCChar(aBuf, anOffset, mStrKey[i]); break;
case 'V':
aTst = ProcessVChar(aBuf, anOffset, mStrKey[i]); break;
case 'N':
aTst = ProcessNChar(aBuf, anOffset, mStrKey[i]); break;
#ifdef _DEBUG
default:
throw WONCommon::WONException(WONCommon::ExSoftwareFail, __LINE__, __FILE__,
"ClientCDKey::Init(string) Unknown char is STRINGKEY_MAP!");
break;
#endif
}
if (! aTst)
{
WDBG_LH("ClientCDKey::Init(string) Parse of string to binary failed.");
mValidity = Invalid;
return false;
}
}
// Extract fields from buffer
WDBG_LM("ClientCDKey::Init(string) Extracting fields.");
FieldsFromBuffer(aBuf);
mStrKey.erase();
return true;
}
// TMessage ctor from WONException
BadMsgException::BadMsgException(const BaseMessage& theMsgR, int theLine,
const char* theFileP, const char* addTextP) throw() :
WONException(WONCommon::ExBadTitanMessage, theLine, theFileP)
{
WTRACE("BadMsgException::ctor(TMessage)");
// Add header type info or header corrupt message
if (theMsgR.GetDataLen() >= theMsgR.GetHeaderLength())
{
WDBG_LL("BadMsgException::ctor(TMessage) Add header info.");
GetStream() << "MessageClass=" << (int)theMsgR.GetMessageClass()
<< " MessageType=" << theMsgR.GetMessageType()
<< " ServiceType=" << theMsgR.GetServiceType();
}
else
{
WDBG_LH("BadMsgException::ctor(TMessage) Corrupt header!");
GetStream() << HDRCORRUPT_MSG;
}
// Add message length and data length
WDBG_LL("BadMsgException::ctor(TMessage) Add length info.");
GetStream() << " DataLength=" << theMsgR.GetDataLen();
// Add additional text if defined
if (addTextP) GetStream() << " " << addTextP;
}
// ClientCDKey::EncryptKey
// Encrypts into 8 byte buffer in 16 byte binary. Uses symmetric key built from product
// name for encryption.
bool
ClientCDKey::EncryptKey(const __int64& theBufR) const
{
WTRACE("ClientCDKey::EncryptKey");
try
{
// Build symmetric key from product
WDBG_LL("ClientCDKey::EncryptKey Creating symmetric key from product=" << mProduct);
BFSymmetricKey aSymKey;
CreateSymmetricKey(aSymKey);
// Decrypt the key
WDBG_LL("ClientCDKey::EncryptKey Encrypting CDKey.");
BFSymmetricKey::CryptReturn anEncrypt(aSymKey.Encrypt(reinterpret_cast<const unsigned char*>(&theBufR), sizeof(theBufR)));
auto_ptr<unsigned char> aDelP(anEncrypt.first);
if (anEncrypt.second != BINARYKEY_LEN)
{
WDBG_LM("ClientCDKey::EncryptKey Encrypt of key has bad length.");
return false;
}
// Fill BinKey with encrypted key
mBinKey.assign(anEncrypt.first, anEncrypt.second);
}
catch (WONCrypt::CryptException& anExR)
{
WDBG_LH("ClientCDKey::EncryptKey exception encrypting key: " << anExR);
return false;
}
return true;
}
// Auth2Certificate::PackData
// Packs member data into raw buffer in base class. Returns true on success and
// false on failure. Verifies member data and appends member data to buffer.
bool
Auth2Certificate::PackData()
{
WTRACE("Auth2Certificate::PackData");
if (! AuthCertificateBase::PackData()) return false;
// UserId and be non-zero and at least one community's info must be known.
WDBG_LL("Auth2Certificate::PackData Validating...");
if ( mDataList.size() == 0 )
{
WDBG_LH("Auth2Certificate::PackData DataList is empty, pack fails.");
return false;
}
unsigned short tmpDataListSize = mDataList.size();
mRawBuf.append(reinterpret_cast<unsigned char*>(&tmpDataListSize), sizeof(tmpDataListSize));
Auth2Certificate::DataListCIter anIter = mDataList.begin();
while( anIter != mDataList.end() )
{
if( ! (*anIter)->Serialize( mRawBuf ) ) return false;
++anIter;
}
return true;
}
// Auth1PublicKeyBlock::PackData
// Packs member data into raw buffer in base class. Returns true on success and
// false on failure. Makes sure keyList is not empty. Appends number of keys
// in key list. For each key, appends key length and the key.
bool
Auth1PublicKeyBlock::PackData()
{
WTRACE("Auth1PublicKeyBlock::PackData");
if (! AuthPublicKeyBlockBase::PackData()) return false;
// KeyList cannot be empty.
WDBG_LL("Auth1PublicKeyBlock::PackData Validating...");
if (mKeyList.empty())
{
WDBG_LH("Auth1PublicKeyBlock::PackData KeySet is empty, pack fails.");
return false;
}
// Append fixed length data
WDBG_LL("Auth1PublicKeyBlock::PackData Packing...");
unsigned short aNumKeys = mKeyList.size();
makeLittleEndian(aNumKeys);
mRawBuf.append(reinterpret_cast<unsigned char*>(&aNumKeys), sizeof(aNumKeys));
// Append each key (length and binary data)
WDBG_LL("Auth1PublicKeyBlock::PackData Packing keys (" << mKeyList.size() << ')');
PublicKeyList::iterator anItr(mKeyList.begin());
for (; anItr != mKeyList.end(); anItr++)
{
unsigned short aKeyLen = anItr->GetKeyLen();
unsigned short tmpKeyLen = getLittleEndian(aKeyLen);
mRawBuf.append(reinterpret_cast<unsigned char*>(&tmpKeyLen), sizeof(tmpKeyLen));
mRawBuf.append(anItr->GetKey(), aKeyLen);
}
return true;
}
// ClientCDKey::DecryptKey
// Decrypt 16 byte binary key into 8 byte buffer. Uses symmetric key built from product
// name for decryption.
bool
ClientCDKey::DecryptKey(__int64& theBufR)
{
WTRACE("ClientCDKey::DecryptKey");
try
{
// Build symmetric key from product
WDBG_LL("ClientCDKey::DecryptKey Creating symmetric key from product=" << mProduct);
BFSymmetricKey aSymKey;
CreateSymmetricKey(aSymKey);
// Decrypt the key
WDBG_LL("ClientCDKey::DecryptKey Decrypting CDKey.");
BFSymmetricKey::CryptReturn aDecrypt(aSymKey.Decrypt(mBinKey.data(), mBinKey.size()));
auto_ptr<unsigned char> aDelP(aDecrypt.first);
if (aDecrypt.second != sizeof(theBufR))
{
WDBG_LM("ClientCDKey::DecryptKey Decrypt of key has bad length.");
return false;
}
// Fill buffer with decrypted key
memcpy(static_cast<void*>(&theBufR), aDecrypt.first, sizeof(theBufR));
}
catch (WONCrypt::CryptException& anExR)
{
WDBG_LH("ClientCDKey::DecryptKey exception decrypting key: " << anExR);
return false;
}
return true;
}
// ClientCDKey::ProcessVChar
// Places a V into 8 byte buffer starting at theOffset. Vs use 2 bits. Value of
// theOffset is incremented by 2.
bool
ClientCDKey::ProcessVChar(__int64& theBuf, unsigned int& theOffset, char theChar)
{
WTRACE("ClientCDKey::ProcessVChar");
WDBG_LL("ClientCDKey::ProcessVChar char=" << theChar << " offset=" << theOffset);
bool aRet = true;
__int64 aMask = 0;
// Determine mask based on char
switch (toupper(theChar))
{
case 'A':
aMask = 0; break;
case 'E':
aMask = 1; break;
case 'U':
aMask = 2; break;
case 'Y':
aMask = 3; break;
default:
WDBG_LH("ClientCDKey::ProcessVChar Bad input, char=" << theChar);
return false;
}
// Shift mask by offset and or with buffer. Update offset
theBuf |= (aMask << theOffset);
theOffset += 2;
return aRet;
}
bool AuthDataBlk::Serialize( WONCommon::RawBuffer &theRawBuf ) const
{
WTRACE("AuthDataBlk::Serialize");
if (! CertificateDataBlock::Serialize( theRawBuf )) return false;
// UserId and be non-zero and at least one community's info must be known.
WDBG_LL("AuthDataBlk::Serialize Validating...");
if ((mUserId == 0) || (mAccessList.size() == 0))
{
WDBG_LH("AuthDataBlk::Serialize UserId is 0 or AccessList is empty, pack fails.");
return false;
}
// PubKey must be valid
if (mPubKey.GetKeyLen() <= 1)
{
WDBG_LH("Auth2Certificate::PackData PubKey not valid, pack fails.");
return false;
}
// Append fixed length data
WDBG_LL("AuthDataBlk::Serialize Packing...");
theRawBuf.append(reinterpret_cast<const unsigned char*>(&mUserId), sizeof(mUserId));
// Append PubKey length and PubKey
WDBG_LL("AuthDataBlk::Serialize Packing PublicKey.");
unsigned short aKeyLen = mPubKey.GetKeyLen();
theRawBuf.append(reinterpret_cast<unsigned char*>(&aKeyLen), sizeof(aKeyLen));
theRawBuf.append(mPubKey.GetKey(), aKeyLen);
// Append user name
unsigned short aNameLen = mUserName.size();
theRawBuf.append(reinterpret_cast<unsigned char*>(&aNameLen), sizeof(aNameLen));
theRawBuf.append(reinterpret_cast<const unsigned char*>( mUserName.data() ), (aNameLen*sizeof(wchar_t)) );
// Append community data
unsigned char aCommunityCount = mAccessList.size();
theRawBuf.append(reinterpret_cast<unsigned char*>(&aCommunityCount), sizeof(aCommunityCount));
for (AuthCertificateBase::AccessList::const_iterator itr = mAccessList.begin(); itr != mAccessList.end(); ++itr)
{
theRawBuf.append(reinterpret_cast<const unsigned char*>(&itr->mCommunityId), sizeof(itr->mCommunityId));
theRawBuf.append(reinterpret_cast<const unsigned char*>(&itr->mTrustLevel), sizeof(itr->mTrustLevel));
}
return true;
}
// Auth1PrivateKeyBlock::PackData
// Packs member data into raw buffer in base class. Returns true on success and
// false on failure. Makes sure keyList is not empty. Appends number of keys
// in key list. For each key, appends key length and the key.
bool
Auth1PrivateKeyBlock::PackData()
{
WTRACE("Auth1PrivateKeyBlock::PackData");
if (! AuthPublicKeyBlockBase::PackData()) return false;
// KeyList cannot be empty.
WDBG_LL("Auth1PrivateKeyBlock::PackData Validating...");
if (mKeyList.empty())
{
WDBG_LH("Auth1PrivateKeyBlock::PackData KeySet is empty, pack fails.");
return false;
}
// Append fixed length data
WDBG_LL("Auth1PrivateKeyBlock::PackData Packing...");
unsigned short aNumKeys = mKeyList.size();
unsigned short tmpNumKeys = getLittleEndian(aNumKeys);
mRawBuf.append(reinterpret_cast<unsigned char*>(&tmpNumKeys), sizeof(tmpNumKeys));
// Append each key (length and binary data)
WDBG_LL("Auth1PrivateKeyBlock::PackData Packing keys (" << mKeyList.size() << ')');
PrivateKeyList::iterator anItr(mKeyList.begin());
for (; anItr != mKeyList.end(); anItr++)
{
unsigned short aKeyLen = (*anItr)->GetKeyLen();
unsigned short tmpKeyLen = getLittleEndian(tmpKeyLen);
mRawBuf.append(reinterpret_cast<unsigned char*>(&tmpKeyLen), sizeof(tmpKeyLen));
mRawBuf.append((*anItr)->GetKey(), aKeyLen);
// count and record which BlockId's map to this key.
PrivateKeyMap::iterator aMapIter(mKeyMap.begin());
unsigned short aBlockIDCount=0;
std::list<unsigned short> aBlockIdList;
for(; aMapIter != mKeyMap.end(); aMapIter++)
{
if( aMapIter->second == *anItr )
{
aBlockIDCount++;
aBlockIdList.push_back( aMapIter->first );
}
}
unsigned short tmpBlockIDCount = getLittleEndian(aBlockIDCount);
// pack BlockId count and BlockIds
mRawBuf.append(reinterpret_cast<unsigned char*>(&tmpBlockIDCount), sizeof(tmpBlockIDCount));
while( aBlockIdList.size() )
{
unsigned short aBlockId = aBlockIdList.front();
makeLittleEndian(aBlockId);
mRawBuf.append(reinterpret_cast<unsigned char*>(& aBlockId), sizeof(unsigned short));
aBlockIdList.pop_front();
}
}
return true;
}
// ClientCDKey::ProcessCChar
// Places a C into 8 byte buffer starting at theOffset. Cs use 4 bits. Value of
// theOffset is incremented by 4.
bool
ClientCDKey::ProcessCChar(__int64& theBuf, unsigned int& theOffset, char theChar)
{
WTRACE("ClientCDKey::ProcessCChar");
WDBG_LL("ClientCDKey::ProcessCChar char=" << theChar << " offset=" << theOffset);
bool aRet = true;
__int64 aMask = 0;
// Determine mask based on char
switch (toupper(theChar))
{
case 'B':
aMask = 0; break;
case 'C':
aMask = 1; break;
case 'D':
aMask = 2; break;
case 'F':
aMask = 3; break;
case 'G':
aMask = 4; break;
case 'J':
aMask = 5; break;
case 'L':
aMask = 6; break;
case 'M':
aMask = 7; break;
case 'N':
aMask = 8; break;
case 'P':
aMask = 9; break;
case 'R':
aMask = 10; break;
case 'S':
aMask = 11; break;
case 'T':
aMask = 12; break;
case 'W':
aMask = 13; break;
case 'X':
aMask = 14; break;
case 'Z':
aMask = 15; break;
default:
WDBG_LH("ClientCDKey::ProcessCChar Bad input, char=" << theChar);
return false;
}
// Shift mask by offset and or with buffer. Update offset
theBuf |= (aMask << theOffset);
theOffset += 4;
return aRet;
}
// Auth1Certificate::PackData
// Packs member data into raw buffer in base class. Returns true on success and
// false on failure. Verifies member data and appends member data to buffer.
bool
Auth1Certificate::PackData()
{
WTRACE("Auth1Certificate::PackData");
if (! AuthCertificateBase::PackData()) return false;
// UserId and CommunityId must not be zero.
WDBG_LL("Auth1Certificate::PackData Validating...");
if ((GetUserId() == 0) || (GetCommunityId() == 0))
{
WDBG_LH("Auth1Certificate::PackData UserId or CommunityId are 0, pack fails.");
return false;
}
// PubKey must be valid
if (mPubKey.GetKeyLen() <= 1)
{
WDBG_LH("Auth1Certificate::PackData PubKey not valid, pack fails.");
return false;
}
// Append fixed length data
WDBG_LL("Auth1Certificate::PackData Packing...");
unsigned long tmpUserId = getLittleEndian(mUserId);
unsigned long tmpCommunityId = getLittleEndian(GetCommunityId());
unsigned short tmpTrustLevel = getLittleEndian(GetTrustLevel());
mRawBuf.append(reinterpret_cast<unsigned char*>(&tmpUserId), sizeof(tmpUserId));
mRawBuf.append(reinterpret_cast<unsigned char*>(&tmpCommunityId), sizeof(tmpCommunityId));
mRawBuf.append(reinterpret_cast<unsigned char*>(&tmpTrustLevel), sizeof(tmpTrustLevel));
// Append PubKey length and PubKey
WDBG_LL("Auth1Certificate::PackData Packing PublicKey.");
unsigned short aKeyLen = mPubKey.GetKeyLen();
unsigned short tmpKeyLen = getLittleEndian(aKeyLen);
mRawBuf.append(reinterpret_cast<unsigned char*>(&tmpKeyLen), sizeof(tmpKeyLen));
mRawBuf.append(mPubKey.GetKey(), aKeyLen);
return true;
}
// ClientCDKey::Init(__int64)
// Initializes key from 8 byte raw buffer. Does not validate key.
bool
ClientCDKey::Init(const __int64& theKeyR)
{
WTRACE("ClientCDKey::Init(__int64)");
WDBG_LH("ClientCDKey::Init(__int64) Key=" << hex << theKeyR << dec);
mValidity = Unknown;
mKey.erase();
mStrKey.erase();
mBinKey.erase();
WDBG_LM("ClientCDKey::Init(__int64) Extracting fields.");
FieldsFromBuffer(theKeyR);
return true;
}
// ClientCDKey::CleanReg
// Cleans registry of CD-Key in WON standard location.
bool
ClientCDKey::CleanReg()
{
WTRACE("ClientCDKey::CleanReg");
WDBG_LM("ClientCDKey::CleanReg Clean key from registry.");
// Open registry key
RegKey aRegKey(REG_CDKEY_PATH, HKEY_LOCAL_MACHINE, true);
if (! aRegKey.IsOpen())
{
WDBG_LH("ClientCDKey::CleanReg Fail open registry key: " << REG_CDKEY_PATH);
return false;
}
// Delete key from registry
return aRegKey.DeleteValue(mProduct.c_str());
}
// ClientCDKey::CleanReg
// Cleans registry of CD-Key in WON standard location.
bool
ClientCDKey::CleanReg()
{
WTRACE("ClientCDKey::CleanReg");
WDBG_LM("ClientCDKey::CleanReg Clean key from registry.");
// Open registry key
RegKey aRegKey(REG_CDKEY_PATH, mStoreInHKeyCurUser?HKEY_CURRENT_USER:HKEY_LOCAL_MACHINE, true); // WON 3/21/00
if (! aRegKey.IsOpen())
{
WDBG_LH("ClientCDKey::CleanReg Fail open registry key: " << REG_CDKEY_PATH);
return false;
}
// Delete key from registry
return aRegKey.DeleteValue(mProduct.c_str());
}
// ClientCDKey::Save
// Saves CD-Key to WON standard location in registry. Entry is saved to registry as
// the enrypted binary form. Calls AsBinary().
bool
ClientCDKey::Save() const
{
WTRACE("ClientCDKey::Save");
WDBG_LM("ClientCDKey::Save Save encrypted key to registry.");
// Open registry key
RegKey aRegKey(REG_CDKEY_PATH, HKEY_LOCAL_MACHINE, true);
if (! aRegKey.IsOpen())
{
WDBG_LH("ClientCDKey::Save Fail open registry key: " << REG_CDKEY_PATH);
return false;
}
// Build encrypted binary form if needed and write to registry
AsBinary();
return aRegKey.SetValue(mProduct.c_str(), mBinKey.data(), mBinKey.size());
}
// Auth1Certificate::UnpackData
// Unpacks member data from raw buffer in base class. Returns true on success and
// false on failure. Verifies raw data length, reads memeber data, sets mDatalen.
bool
Auth1Certificate::UnpackData()
{
WTRACE("Auth1Certificate::UnpackData");
if (! AuthCertificateBase::UnpackData()) return false;
// Get data pointer (skip header data)
WDBG_LL("Auth1Certificate::UnpackData Unpack fixed fields.");
const unsigned char* aDataP = mRawBuf.data() + mDataLen;
// Read UserId
mUserId = *(reinterpret_cast<const unsigned long*>(aDataP));
makeLittleEndian(mUserId);
aDataP += sizeof(mUserId);
// Read CommunityId
unsigned long aCommunityId = *(reinterpret_cast<const unsigned long*>(aDataP));
SetCommunityId(aCommunityId);
makeLittleEndian(aCommunityId);
aDataP += sizeof(aCommunityId);
// Read TrustLeve
unsigned short aTrustLevel = *(reinterpret_cast<const unsigned short*>(aDataP));
SetTrustLevel(aTrustLevel);
makeLittleEndian(aTrustLevel);
aDataP += sizeof(aTrustLevel);
// Read length of Pubkey and set mDataLen. Verify there's enough data left
// to read PubKey
unsigned short aKeyLen = *(reinterpret_cast<const unsigned short*>(aDataP));
makeLittleEndian(aKeyLen);
aDataP += sizeof(aKeyLen);
mDataLen += CERT_MINLEN + aKeyLen;
if (mRawBuf.size() < mDataLen)
{
WDBG_LH("Auth1Certificate::UnpackData Raw buf len to short for PubKey read (" << mRawBuf.size() << " < " << (CERT_MINLEN + aKeyLen) << ')');
return false;
}
// Read PubKey
WDBG_LL("Auth1Certificate::UnpackData Unpack PubKey and set dataLen.");
mPubKey.Create(aKeyLen, aDataP);
return true;
}