public static ECDSA_SIG ECDSASign(ECPrivateKeyInfo keyInfo, byte[] digest)
{
ECDSA_SIG result = default;
CryptoLibHelper.DoECDSASign(keyInfo.EC_OpenSSL_NID, keyInfo.RAW_PrivKey, digest, ref result);
return(result);
}
public static bool ECDSAVerify(ECDSA_Public pubKey, byte[] digest, ECDSA_SIG signature) => CryptoLibHelper.DoECDSAVerify(pubKey, digest, signature);
public static byte[] DoRipeMD160AsRaw(byte[] message) => CryptoLibHelper.DoRIPEMD160(message);
public static byte[] DoSha256(byte[] message) => CryptoLibHelper.DoSHA256(message);
public static bool DoPascalCoinECIESDecrypt(
ushort ecOpensslNid, byte[] privateKey, byte[] encryptedMessage, ref byte[] decryptedMessage) =>
CryptoLibHelper.DoPascalCoinECIESDecrypt(
ecOpensslNid, privateKey, encryptedMessage, ref decryptedMessage);
public static bool DoPascalCoinECIESEncrypt(ECDSA_Public publicKey, byte[] message,
ref byte[] encryptedMessage) => CryptoLibHelper.DoPascalCoinECIESEncrypt(publicKey, message,
ref encryptedMessage);
public static bool DoPascalCoinAESDecrypt(byte[] encryptedMessage, byte[] password,
ref byte[] decryptedMessage) => CryptoLibHelper.DoPascalCoinAESDecrypt(encryptedMessage, password,
ref decryptedMessage);
public static byte[] DoPascalCoinAESEncrypt(byte[] message, byte[] password) => CryptoLibHelper.DoPascalCoinAESEncrypt(message, password);