本文整理汇总了C++中cryptopp::Integer类的典型用法代码示例。如果您正苦于以下问题：C++ Integer类的具体用法？C++ Integer怎么用？C++ Integer使用的例子？那么恭喜您, 这里精选的类代码示例或许可以为您提供帮助。
在下文中一共展示了Integer类的20个代码示例，这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞，您的评价将有助于我们的系统推荐出更棒的C++代码示例。
示例1: invalid_argument
const vector<unsigned char> CryptoPpDlogZpSafePrime::decodeGroupElementToByteArray(GroupElement * groupElement) {
ZpSafePrimeElementCryptoPp * zp_element = dynamic_cast<ZpSafePrimeElementCryptoPp *>(groupElement);
if (!(zp_element))
throw invalid_argument("element type doesn't match the group type");
//Given a group element y, find the two inverses z,-z. Take z to be the value between 1 and (p-1)/2. Return s=z-1
biginteger y = zp_element->getElementValue();
biginteger p = ((ZpGroupParams * ) groupParams)->getP();
MathAlgorithms::SquareRootResults roots = MathAlgorithms::sqrtModP_3_4(y, p);
biginteger goodRoot;
biginteger halfP = (p - 1) / 2;
if (roots.getRoot1()>1 && roots.getRoot1() < halfP)
goodRoot = roots.getRoot1();
else
goodRoot = roots.getRoot2();
goodRoot -= 1;
CryptoPP::Integer cpi = biginteger_to_cryptoppint(goodRoot);
int len = ceil((cpi.BitCount() + 1) / 8.0); //ceil(find_log2_floor(goodRoot) / 8.0);
byte * output = new byte[len];
cpi.Encode(output, len);
vector<byte> res;
// Remove the padding byte at the most significant position (that was added while encoding)
for (int i = 1; i < len; ++i)
res.push_back(output[i]);
return res;
}
开发者ID:figaw，项目名称:scapi，代码行数:30，代码来源:DlogCryptopp.cpp
示例2: VerifyPublicKeyValid
bool CryptoECDSA::VerifyPublicKeyValid(SecureBinaryData const & pubKey65)
{
if(CRYPTO_DEBUG)
{
cout << "BinPub: " << pubKey65.toHexStr() << endl;
}
// Basically just copying the ParsePublicKey method, but without
// the assert that would throw an error from C++
SecureBinaryData pubXbin(pubKey65.getSliceRef( 1,32));
SecureBinaryData pubYbin(pubKey65.getSliceRef(33,32));
CryptoPP::Integer pubX;
CryptoPP::Integer pubY;
pubX.Decode(pubXbin.getPtr(), pubXbin.getSize(), UNSIGNED);
pubY.Decode(pubYbin.getPtr(), pubYbin.getSize(), UNSIGNED);
BTC_ECPOINT publicPoint(pubX, pubY);
// Initialize the public key with the ECP point just created
BTC_PUBKEY cppPubKey;
cppPubKey.Initialize(CryptoPP::ASN1::secp256k1(), publicPoint);
// Validate the public key -- not sure why this needs a PRNG
static BTC_PRNG prng;
return cppPubKey.Validate(prng, 3);
}
开发者ID:vtcex，项目名称:BitcoinArmory，代码行数:25，代码来源:EncryptionUtils.cpp
示例3: SerializePrivateKey
SecureBinaryData CryptoECDSA::SerializePrivateKey(BTC_PRIVKEY const & privKey)
{
CryptoPP::Integer privateExp = privKey.GetPrivateExponent();
SecureBinaryData privKeyData(32);
privateExp.Encode(privKeyData.getPtr(), privKeyData.getSize(), UNSIGNED);
return privKeyData;
}
开发者ID:CarltonCode，项目名称:BitcoinArmory，代码行数:7，代码来源:EncryptionUtils.cpp
示例4:
std::vector<byte> encode_signature(CryptoPP::Integer r, CryptoPP::Integer s) {
std::vector<byte> signature;
signature.resize(64);
r.Encode(signature.data(), 32);
s.Encode(signature.data() + 32, 32);
return signature;
}
开发者ID:wacban，项目名称:SellingInformation，代码行数:9，代码来源:shared_sig.cpp
示例5: ParsePrivateKey
BTC_PRIVKEY CryptoECDSA::ParsePrivateKey(SecureBinaryData const & privKeyData)
{
BTC_PRIVKEY cppPrivKey;
CryptoPP::Integer privateExp;
privateExp.Decode(privKeyData.getPtr(), privKeyData.getSize(), UNSIGNED);
cppPrivKey.Initialize(CryptoPP::ASN1::secp256k1(), privateExp);
return cppPrivKey;
}
开发者ID:CarltonCode，项目名称:BitcoinArmory，代码行数:9，代码来源:EncryptionUtils.cpp
示例6: SerializePublicKey
SecureBinaryData CryptoECDSA::SerializePublicKey(BTC_PUBKEY const & pubKey)
{
BTC_ECPOINT publicPoint = pubKey.GetPublicElement();
CryptoPP::Integer pubX = publicPoint.x;
CryptoPP::Integer pubY = publicPoint.y;
SecureBinaryData pubData(65);
pubData.fill(0x04); // we fill just to set the first byte...
pubX.Encode(pubData.getPtr()+1, 32, UNSIGNED);
pubY.Encode(pubData.getPtr()+33, 32, UNSIGNED);
return pubData;
}
开发者ID:CarltonCode，项目名称:BitcoinArmory，代码行数:12，代码来源:EncryptionUtils.cpp
示例7: Mul
CryptoPP::ECP::Point Mul (const CryptoPP::ECP::Point& p, const CryptoPP::Integer& e) const
{
CryptoPP::ECP::Point res {0, 1};
if (!e.IsZero ())
{
auto bitCount = e.BitCount ();
for (int i = bitCount - 1; i >= 0; i--)
{
res = Sum (res, res);
if (e.GetBit (i)) res = Sum (res, p);
}
}
return res;
}
开发者ID:notorca，项目名称:i2pd，代码行数:14，代码来源:Signature.cpp
示例8: str
std::string security::str(const CryptoPP::Integer& input)
{
const auto input_size = input.MinEncodedSize();
CryptoPP::SecByteBlock block(input_size);
input.Encode(block.BytePtr(), input_size);
return str(block);
// NOTE: CryptoPP::Integer has a weird ostream format (uses prefixes to specify numeric base)
//
/*std::ostringstream oss;
oss << std::hex << input;
return oss.str();*/
}
开发者ID:DanAurea，项目名称:demoncrypt，代码行数:14，代码来源:security.cpp
示例9: ComputeChainedPublicKey
/////////////////////////////////////////////////////////////////////////////
// Deterministically generate new public key using a chaincode
SecureBinaryData CryptoECDSA::ComputeChainedPublicKey(
SecureBinaryData const & binPubKey,
SecureBinaryData const & chainCode,
SecureBinaryData* multiplierOut)
{
if(CRYPTO_DEBUG)
{
cout << "ComputeChainedPUBLICKey:" << endl;
cout << " BinPub: " << binPubKey.toHexStr() << endl;
cout << " BinChn: " << chainCode.toHexStr() << endl;
}
static SecureBinaryData SECP256K1_ORDER_BE = SecureBinaryData::CreateFromHex(
"fffffffffffffffffffffffffffffffebaaedce6af48a03bbfd25e8cd0364141");
// Added extra entropy to chaincode by xor'ing with hash256 of pubkey
BinaryData chainMod = binPubKey.getHash256();
BinaryData chainOrig = chainCode.getRawCopy();
BinaryData chainXor(32);
for(uint8_t i=0; i<8; i++)
{
uint8_t offset = 4*i;
*(uint32_t*)(chainXor.getPtr()+offset) =
*(uint32_t*)( chainMod.getPtr()+offset) ^
*(uint32_t*)(chainOrig.getPtr()+offset);
}
// Parse the chaincode as a big-endian integer
CryptoPP::Integer mult;
mult.Decode(chainXor.getPtr(), chainXor.getSize(), UNSIGNED);
// "new" init as "old", to make sure it's initialized on the correct curve
BTC_PUBKEY oldPubKey = ParsePublicKey(binPubKey);
BTC_PUBKEY newPubKey = ParsePublicKey(binPubKey);
// Let Crypto++ do the EC math for us, serialize the new public key
newPubKey.SetPublicElement( oldPubKey.ExponentiatePublicElement(mult) );
if(multiplierOut != NULL)
(*multiplierOut) = SecureBinaryData(chainXor);
//LOGINFO << "Computed new chained public key using:";
//LOGINFO << " Public key: " << binPubKey.toHexStr().c_str();
//LOGINFO << " PubKeyHash: " << chainMod.toHexStr().c_str();
//LOGINFO << " Chaincode: " << chainOrig.toHexStr().c_str();
//LOGINFO << " Multiplier: " << chainXor.toHexStr().c_str();
return CryptoECDSA::SerializePublicKey(newPubKey);
}
开发者ID:CarltonCode，项目名称:BitcoinArmory，代码行数:51，代码来源:EncryptionUtils.cpp
示例10: verify
bool verify(CryptoPP::ECPPoint Q, byte *message, unsigned message_length, CryptoPP::Integer r, CryptoPP::Integer s){
auto ec = common::ec_parameters().GetCurve();
auto G = common::ec_parameters().GetSubgroupGenerator();
auto n = common::ec_parameters().GetGroupOrder();
Integer z = hash_m_to_int(message, message_length, n.ByteCount());
// verify
if (Q == ec.Identity()){
cerr << "Q == O" << endl;
return false;
}
if (!(ec.Multiply(n, Q) == ec.Identity())){
cerr << "n x Q != O" << endl;
return false;
}
if (r <= 0 || r >= n){
cerr << "incorrect r" << endl;
return false;
}
if (s <= 0 || s >= n){
cerr << "incorrect s" << endl;
return false;
}
Integer w = s.InverseMod(n);
Integer u1 = a_times_b_mod_c(z, w, n);
Integer u2 = a_times_b_mod_c(r, w, n);
ECPPoint P2 = ec.Add(ec.Multiply(u1, G), ec.Multiply(u2, Q));
if (P2.x != r){
cerr << "P2.x != r" << endl;
return false;
}
return true;
}
开发者ID:wacban，项目名称:SellingInformation，代码行数:34，代码来源:shared_sig.cpp
示例11: ECVerifyPoint
bool CryptoECDSA::ECVerifyPoint(BinaryData const & x,
BinaryData const & y)
{
BTC_PUBKEY cppPubKey;
CryptoPP::Integer pubX;
CryptoPP::Integer pubY;
pubX.Decode(x.getPtr(), x.getSize(), UNSIGNED);
pubY.Decode(y.getPtr(), y.getSize(), UNSIGNED);
BTC_ECPOINT publicPoint(pubX, pubY);
// Initialize the public key with the ECP point just created
cppPubKey.Initialize(CryptoPP::ASN1::secp256k1(), publicPoint);
// Validate the public key -- not sure why this needs a PRNG
BTC_PRNG prng;
return cppPubKey.Validate(prng, 3);
}
开发者ID:CarltonCode，项目名称:BitcoinArmory，代码行数:18，代码来源:EncryptionUtils.cpp
示例12: Read
template<> unsigned long Read(CryptoPP::Integer & val)
{
std::vector<unsigned char> data;
unsigned long rValue = SimpleReader::Read(data);
val.Decode(&data[0], data.size());
return rValue;
}
开发者ID:srgylvn，项目名称:Protection-Talk，代码行数:9，代码来源:SimpleReader.hpp
示例13: RecoverX
CryptoPP::Integer RecoverX (const CryptoPP::Integer& y) const
{
auto y2 = y.Squared ();
auto xx = (y2 - CryptoPP::Integer::One())*(d*y2 + CryptoPP::Integer::One()).InverseMod (q);
auto x = a_exp_b_mod_c (xx, (q + CryptoPP::Integer (3)).DividedBy (8), q);
if (!(x.Squared () - xx).Modulo (q).IsZero ())
x = a_times_b_mod_c (x, I, q);
if (x.IsOdd ()) x = q - x;
return x;
}
开发者ID:notorca，项目名称:i2pd，代码行数:10，代码来源:Signature.cpp
示例14: CopyInteger
CK_RV CKKeyObject::CopyInteger(CK_ATTRIBUTE& attribute,
const CryptoPP::Integer& intValue) const
{
CK_ULONG intSize = intValue.MinEncodedSize();
if (attribute.pValue == NULL_PTR)
{
attribute.ulValueLen = intSize;
}
else if (attribute.ulValueLen < intSize)
{
attribute.ulValueLen = (CK_ULONG)-1;
return CKR_BUFFER_TOO_SMALL;
}
else
{
attribute.ulValueLen = intSize;
intValue.Encode((byte*)attribute.pValue, attribute.ulValueLen);
}
return CKR_OK;
}
开发者ID:dcblake，项目名称:SMP，代码行数:20，代码来源:CKSession.cpp
示例15: ParsePublicKey
BTC_PUBKEY CryptoECDSA::ParsePublicKey(SecureBinaryData const & pubKeyX32B,
SecureBinaryData const & pubKeyY32B)
{
BTC_PUBKEY cppPubKey;
CryptoPP::Integer pubX;
CryptoPP::Integer pubY;
pubX.Decode(pubKeyX32B.getPtr(), pubKeyX32B.getSize(), UNSIGNED);
pubY.Decode(pubKeyY32B.getPtr(), pubKeyY32B.getSize(), UNSIGNED);
BTC_ECPOINT publicPoint(pubX, pubY);
// Initialize the public key with the ECP point just created
cppPubKey.Initialize(CryptoPP::ASN1::secp256k1(), publicPoint);
// Validate the public key -- not sure why this needs a PRNG
BTC_PRNG prng;
assert(cppPubKey.Validate(prng, 3));
return cppPubKey;
}
开发者ID:CarltonCode，项目名称:BitcoinArmory，代码行数:20，代码来源:EncryptionUtils.cpp
示例16: ECP
CryptoPP::ECP CryptoECDSA::Get_secp256k1_ECP(void)
{
static bool firstRun = true;
static CryptoPP::Integer intN;
static CryptoPP::Integer inta;
static CryptoPP::Integer intb;
static BinaryData N;
static BinaryData a;
static BinaryData b;
if(firstRun)
{
firstRun = false;
N = BinaryData::CreateFromHex(
"fffffffffffffffffffffffffffffffffffffffffffffffffffffffefffffc2f");
a = BinaryData::CreateFromHex(
"0000000000000000000000000000000000000000000000000000000000000000");
b = BinaryData::CreateFromHex(
"0000000000000000000000000000000000000000000000000000000000000007");
intN.Decode( N.getPtr(), N.getSize(), UNSIGNED);
inta.Decode( a.getPtr(), a.getSize(), UNSIGNED);
intb.Decode( b.getPtr(), b.getSize(), UNSIGNED);
}
return CryptoPP::ECP(intN, inta, intb);
}
开发者ID:CarltonCode，项目名称:BitcoinArmory，代码行数:29，代码来源:EncryptionUtils.cpp
示例17: InvMod
SecureBinaryData CryptoECDSA::InvMod(const SecureBinaryData& m)
{
static BinaryData N = BinaryData::CreateFromHex(
"fffffffffffffffffffffffffffffffebaaedce6af48a03bbfd25e8cd0364141");
CryptoPP::Integer cppM;
CryptoPP::Integer cppModulo;
cppM.Decode(m.getPtr(), m.getSize(), UNSIGNED);
cppModulo.Decode(N.getPtr(), N.getSize(), UNSIGNED);
CryptoPP::Integer cppResult = cppM.InverseMod(cppModulo);
SecureBinaryData result(32);
cppResult.Encode(result.getPtr(), result.getSize(), UNSIGNED);
return result;
}
开发者ID:CarltonCode，项目名称:BitcoinArmory，代码行数:13，代码来源:EncryptionUtils.cpp
示例18: VerifyPublicKeyValid
bool CryptoECDSA::VerifyPublicKeyValid(SecureBinaryData const & pubKey)
{
if(CRYPTO_DEBUG)
{
cout << "BinPub: " << pubKey.toHexStr() << endl;
}
SecureBinaryData keyToCheck(65);
// To support compressed keys, we'll just check to see if a key is compressed
// and then decompress it.
if(pubKey.getSize() == 33) {
keyToCheck = UncompressPoint(pubKey);
}
else {
keyToCheck = pubKey;
}
// Basically just copying the ParsePublicKey method, but without
// the assert that would throw an error from C++
SecureBinaryData pubXbin(keyToCheck.getSliceRef( 1,32));
SecureBinaryData pubYbin(keyToCheck.getSliceRef(33,32));
CryptoPP::Integer pubX;
CryptoPP::Integer pubY;
pubX.Decode(pubXbin.getPtr(), pubXbin.getSize(), UNSIGNED);
pubY.Decode(pubYbin.getPtr(), pubYbin.getSize(), UNSIGNED);
BTC_ECPOINT publicPoint(pubX, pubY);
// Initialize the public key with the ECP point just created
BTC_PUBKEY cppPubKey;
cppPubKey.Initialize(CryptoPP::ASN1::secp256k1(), publicPoint);
// Validate the public key -- not sure why this needs a PRNG
BTC_PRNG prng;
return cppPubKey.Validate(prng, 3);
}
开发者ID:CarltonCode，项目名称:BitcoinArmory，代码行数:36，代码来源:EncryptionUtils.cpp
示例19: StartNegotiation
void CEncryptedStreamSocket::StartNegotiation(bool bOutgoing)
{
//printf("Starting socket negotiation\n");
if (!bOutgoing) {
//printf("Incoming connection negotiation on %s\n", (const char*) unicode2char(DbgGetIPString()));
m_NegotiatingState = ONS_BASIC_CLIENTA_RANDOMPART;
m_StreamCryptState = ECS_NEGOTIATING;
m_nReceiveBytesWanted = 4;
} else if (m_StreamCryptState == ECS_PENDING) {
//printf("Socket is client.pending on negotiation\n");
CMemFile fileRequest(29);
const uint8_t bySemiRandomNotProtocolMarker = GetSemiRandomNotProtocolMarker();
fileRequest.WriteUInt8(bySemiRandomNotProtocolMarker);
fileRequest.WriteUInt32(m_nRandomKeyPart);
fileRequest.WriteUInt32(MAGICVALUE_SYNC);
const uint8_t bySupportedEncryptionMethod = ENM_OBFUSCATION; // we do not support any further encryption in this version
fileRequest.WriteUInt8(bySupportedEncryptionMethod);
fileRequest.WriteUInt8(bySupportedEncryptionMethod); // so we also prefer this one
uint8_t byPadding = (uint8_t)(GetRandomUint8() % (thePrefs::GetCryptTCPPaddingLength() + 1));
fileRequest.WriteUInt8(byPadding);
for (int i = 0; i < byPadding; i++) {
fileRequest.WriteUInt8(GetRandomUint8());
}
m_NegotiatingState = ONS_BASIC_CLIENTB_MAGICVALUE;
m_StreamCryptState = ECS_NEGOTIATING;
m_nReceiveBytesWanted = 4;
SendNegotiatingData(fileRequest.GetRawBuffer(), (uint32_t)fileRequest.GetLength(), 5);
} else if (m_StreamCryptState == ECS_PENDING_SERVER) {
//printf("Socket is server.pending on negotiation\n");
CMemFile fileRequest(113);
const uint8_t bySemiRandomNotProtocolMarker = GetSemiRandomNotProtocolMarker();
fileRequest.WriteUInt8(bySemiRandomNotProtocolMarker);
m_cryptDHA.Randomize((CryptoPP::AutoSeededRandomPool&)GetRandomPool(), DHAGREEMENT_A_BITS); // our random a
wxASSERT( m_cryptDHA.MinEncodedSize() <= DHAGREEMENT_A_BITS / 8 );
CryptoPP::Integer cryptDHPrime((byte*)dh768_p, PRIMESIZE_BYTES); // our fixed prime
// calculate g^a % p
CryptoPP::Integer cryptDHGexpAmodP = a_exp_b_mod_c(CryptoPP::Integer(2), m_cryptDHA, cryptDHPrime);
wxASSERT( m_cryptDHA.MinEncodedSize() <= PRIMESIZE_BYTES );
// put the result into a buffer
uint8_t aBuffer[PRIMESIZE_BYTES];
cryptDHGexpAmodP.Encode(aBuffer, PRIMESIZE_BYTES);
fileRequest.Write(aBuffer, PRIMESIZE_BYTES);
uint8 byPadding = (uint8)(GetRandomUint8() % 16); // add random padding
fileRequest.WriteUInt8(byPadding);
for (int i = 0; i < byPadding; i++) {
fileRequest.WriteUInt8(GetRandomUint8());
}
m_NegotiatingState = ONS_BASIC_SERVER_DHANSWER;
m_StreamCryptState = ECS_NEGOTIATING;
m_nReceiveBytesWanted = 96;
SendNegotiatingData(fileRequest.GetRawBuffer(), (uint32_t)fileRequest.GetLength(), (uint32_t)fileRequest.GetLength());
} else {
wxFAIL;
m_StreamCryptState = ECS_NONE;
return;
}
}
开发者ID:dreamerc，项目名称:amule，代码行数:64，代码来源:EncryptedStreamSocket.cpp
示例20: StartNegotiation
void CEncryptedStreamSocket::StartNegotiation(bool bOutgoing){
if (!bOutgoing){
m_NegotiatingState = ONS_BASIC_CLIENTA_RANDOMPART;
m_StreamCryptState = ECS_NEGOTIATING;
m_nReceiveBytesWanted = 4;
}
else if (m_StreamCryptState == ECS_PENDING){
CSafeMemFile fileRequest(29);
const uint8_t bySemiRandomNotProtocolMarker = GetSemiRandomNotProtocolMarker();
fileRequest.WriteUInt8(bySemiRandomNotProtocolMarker);
fileRequest.WriteUInt32(m_nRandomKeyPart);
fileRequest.WriteUInt32(MAGICVALUE_SYNC);
const uint8_t bySupportedEncryptionMethod = ENM_OBFUSCATION; // we do not support any further encryption in this version
fileRequest.WriteUInt8(bySupportedEncryptionMethod);
fileRequest.WriteUInt8(bySupportedEncryptionMethod); // so we also prefer this one
uint8_t byPadding = (uint8_t)(cryptRandomGen.GenerateByte() % (thePrefs.GetCryptTCPPaddingLength() + 1));
fileRequest.WriteUInt8(byPadding);
for (int i = 0; i < byPadding; i++)
fileRequest.WriteUInt8(cryptRandomGen.GenerateByte());
m_NegotiatingState = ONS_BASIC_CLIENTB_MAGICVALUE;
m_StreamCryptState = ECS_NEGOTIATING;
m_nReceiveBytesWanted = 4;
SendNegotiatingData(fileRequest.GetBuffer(), (uint32_t)fileRequest.GetLength(), 5);
}
else if (m_StreamCryptState == ECS_PENDING_SERVER){
CSafeMemFile fileRequest(113);
const uint8_t bySemiRandomNotProtocolMarker = GetSemiRandomNotProtocolMarker();
fileRequest.WriteUInt8(bySemiRandomNotProtocolMarker);
m_cryptDHA.Randomize(cryptRandomGen, DHAGREEMENT_A_BITS); // our random a
ASSERT( m_cryptDHA.MinEncodedSize() <= DHAGREEMENT_A_BITS / 8 );
CryptoPP::Integer cryptDHPrime((byte*)dh768_p, PRIMESIZE_BYTES); // our fixed prime
// calculate g^a % p
CryptoPP::Integer cryptDHGexpAmodP = CryptoPP::a_exp_b_mod_c(CryptoPP::Integer(2), m_cryptDHA, cryptDHPrime);
ASSERT( m_cryptDHA.MinEncodedSize() <= PRIMESIZE_BYTES );
// put the result into a buffer
uchar aBuffer[PRIMESIZE_BYTES];
cryptDHGexpAmodP.Encode(aBuffer, PRIMESIZE_BYTES);
fileRequest.Write(aBuffer, PRIMESIZE_BYTES);
uint8_t byPadding = (uint8_t)(cryptRandomGen.GenerateByte() % 16); // add random padding
fileRequest.WriteUInt8(byPadding);
for (int i = 0; i < byPadding; i++)
fileRequest.WriteUInt8(cryptRandomGen.GenerateByte());
m_NegotiatingState = ONS_BASIC_SERVER_DHANSWER;
m_StreamCryptState = ECS_NEGOTIATING;
m_nReceiveBytesWanted = 96;
SendNegotiatingData(fileRequest.GetBuffer(), (uint32_t)fileRequest.GetLength(), (uint32_t)fileRequest.GetLength());
}
else{
ASSERT( false );
m_StreamCryptState = ECS_NONE;
return;
}
}
开发者ID:HackLinux，项目名称:eMule-IS-Mod，代码行数:61，代码来源:EncryptedStreamSocket.cpp
注：本文中的cryptopp::Integer类示例由纯净天空整理自Github/MSDocs等源码及文档管理平台，相关代码片段筛选自各路编程大神贡献的开源项目，源码版权归原作者所有，传播和使用请参考对应项目的License；未经允许，请勿转载。 |
客服电话
APP下载
官方微信
请发表评论