/*!
* @brief Testa se o certificado mantém a formatação após ser emitido.
*/
TEST_F(CertificateBuilderTest, EncodingTest_ExportedCertificateStringValues) {
initializeCertRequestAndBuilder(FULL_PRINTABLE);
certBuilder->alterSubject(rdn);
RSAKeyPair key = RSAKeyPair(4096);
Certificate* cert = certBuilder->sign(*key.getPrivateKey(), MessageDigest::SHA512);
testStringValues(cert->getSubject());
}
/*!
* @brief Testa se o certificado mantém a formatação após ser emitido.
*/
TEST_F(CertificateBuilderTest, EncodingTest_ExportedCertificateUTF8Codification) {
initializeCertRequestAndBuilder(FULL_UTF8);
certBuilder->alterSubject(rdn);
RSAKeyPair key = RSAKeyPair(4096);
Certificate* cert = certBuilder->sign(*key.getPrivateKey(), MessageDigest::SHA512);
testStringCodificaton(V_ASN1_UTF8STRING, cert);
}
CryptoPP::RSA::PublicKey CardClient::initKeys(CryptoPP::RSA::PublicKey server_key)
{
CryptoPP::RSA::PublicKey pub;
this->sec_server_key = server_key;
if (file_exists("data/client-pub.key")) {
pub = RSAKeyPair::loadPubKey("data/client-pub.key");
} else {
pub = card->initialize(this->sec_server_key);
RSAKeyPair::saveKey("data/client-pub.key", pub);
}
this->key_pair = RSAKeyPair();
this->key_pair.setPublic(pub);
return pub;
}
/**
* Construct a security server and generate a security server RSA key pair
* @param string identity
* @param string port_number
*/
SecurityServer::SecurityServer(bytestring identity, std::string port_number)
{
this->id = identity;
this->port = port_number;
if (file_exists("data/server-priv.key") && file_exists("data/server-pub.key")) {
CryptoPP::RSA::PublicKey pub = RSAKeyPair::loadPubKey("data/server-pub.key");
CryptoPP::RSA::PrivateKey priv = RSAKeyPair::loadPrivKey("data/server-priv.key");
this->key_pair = RSAKeyPair(pub, priv);
} else {
this->key_pair = this->generateKeyPair(RSAKeyPair::KeyLength);
RSAKeyPair::saveKey("data/server-priv.key", this->key_pair.getPrivate());
RSAKeyPair::saveKey("data/server-pub.key", this->key_pair.getPublic());
}
// terminal log color
this->color = RED;
}
