private void PAdESHandler_OnRemoteSign(object Sender, byte[] Hash, ref byte[] SignedHash)
{
//aici trebuie sa fac requestul catre transsped si sa intor ref byte[] SignedHash
//pentru semnare -
//send otp
//credentials authorize - cred id, otp, pin, hash
//signHash
//credentials authorize
string[] hashToSign = new[] { Convert.ToBase64String(Hash) };
JsonSerializer serializer = new JsonSerializer();
ErrorLogger errorLogger = new ErrorLogger();
string baseURL = "https://msign-test.transsped.ro/csc/v0/";
CredentialsAuthorizeClient credAuth = new CredentialsAuthorizeClient(serializer, errorLogger, baseURL);
InputCredentialsAuthorize inputCredAuth = new InputCredentialsAuthorize()
{
credentialID = "863971CBC7BF63D49C9F14809FD5A1142B75E9AB", hash = hashToSign, OTP = OTP, PIN = PIN, numSignatures = 1
};
string outputCredAuth = serializer.Serialize(credAuth.GetCredentialsAuthorize(Access_token, inputCredAuth));
OutputCredentialsAuthorize authorize = serializer.Deserialize <OutputCredentialsAuthorize>(outputCredAuth);
//sign hash
InputSignaturesSignHash inputSignHash = new InputSignaturesSignHash()
{
credentialID = "863971CBC7BF63D49C9F14809FD5A1142B75E9AB", hash = hashToSign, SAD = authorize.SAD, hashAlgo = "2.16.840.1.101.3.4.2.1", signAlgo = "1.2.840.113549.1.1.11"
};
SignHashClient signHashClient = new SignHashClient(serializer, errorLogger, baseURL);
string outputSignature = serializer.Serialize(signHashClient.GetSignedHash(Access_token, inputSignHash));
OutputSignaturesSignHash signature = serializer.Deserialize <OutputSignaturesSignHash>(outputSignature);
SignedHash = Encoding.UTF8.GetBytes(signature.signatures.FirstOrDefault());
}
private void CAdES_Handler(object Sender, byte[] Hash, ref byte[] SignedHash)
{
string[] hashToSign = new[] { Convert.ToBase64String(Hash) };
JsonSerializer serializer = new JsonSerializer();
ErrorLogger errorLogger = new ErrorLogger();
InputCredentialsAuthorize inputCredentialsAuthorize = new InputCredentialsAuthorize()
{
credentialID = credentialsID,
hash = hashToSign,
numSignatures = 1,
OTP = otp,
PIN = pin
};
CredentialsAuthorizeClient credentialsAuthorizeClient = new CredentialsAuthorizeClient(serializer, errorLogger, baseURL);
string response = serializer.Serialize(credentialsAuthorizeClient.GetCredentialsAuthorize(access_token, inputCredentialsAuthorize));
if (response != null && !response.Contains("error"))
{
OutputCredentialsAuthorize outCredAuth = serializer.Deserialize <OutputCredentialsAuthorize>(response);
InputSignaturesSignHash inputSignatures = new InputSignaturesSignHash()
{
credentialID = credentialsID,
hash = hashToSign,
hashAlgo = hashAlgo,
SAD = outCredAuth.SAD,
signAlgo = signAlgo
};
SignHashClient signHashClient = new SignHashClient(serializer, errorLogger, baseURL);
string signResponse = serializer.Serialize(signHashClient.GetSignedHash(access_token, inputSignatures));
if (!signResponse.Contains("error"))
{
var signature = serializer.Deserialize <OutputSignaturesSignHash>(signResponse);
var signatureResult = signature.signatures.FirstOrDefault();
SignedHash = Encoding.UTF8.GetBytes(signatureResult);
}
}
}
public object Sign(InputAuthorizeSignHash inputAuthSign)
{
InputCredentialsAuthorize inputCredentialsAuthorize = new InputCredentialsAuthorize()
{
credentialID = inputAuthSign.credentialsID,
numSignatures = inputAuthSign.numSignatures,
hash = inputAuthSign.hash,
PIN = inputAuthSign.PIN,
OTP = inputAuthSign.OTP,
clientData = inputAuthSign.clientData,
description = inputAuthSign.description
};
JsonSerializer serializer = new JsonSerializer();
ErrorLogger errorLogger = new ErrorLogger();
string baseURL = _configuration.GetSection("Transsped").GetSection("BaseURL").Value;
CredentialsAuthorizeClient credentialsAuthorizeClient = new CredentialsAuthorizeClient(serializer, errorLogger, baseURL);
Microsoft.Extensions.Primitives.StringValues value;
string access_token = "";
if (Request.Headers.TryGetValue("Authorization", out value))
{
access_token = value.ToString().Replace("Bearer ", "");
}
else
{
OutputError error = new OutputError()
{
error = "invalid_access_token",
error_description = "Invalid access_token"
};
return(serializer.Serialize(error));
}
string response = serializer.Serialize(credentialsAuthorizeClient.GetCredentialsAuthorize(access_token, inputCredentialsAuthorize));
if (response != null && !response.Contains("error"))
{
OutputCredentialsAuthorize outCredAuth = serializer.Deserialize <OutputCredentialsAuthorize>(response);
InputSignaturesSignHash inputSignatures = new InputSignaturesSignHash()
{
clientData = inputAuthSign.clientData,
credentialID = inputAuthSign.credentialsID,
hash = inputAuthSign.hash,
hashAlgo = inputAuthSign.hashAlgo,
SAD = outCredAuth.SAD,
signAlgo = inputAuthSign.signAlgo,
signAlgoParams = inputAuthSign.signAlgoParams
};
SignHashClient signHashClient = new SignHashClient(serializer, errorLogger, baseURL);
//string signResponse = serializer.Serialize(signHashClient.GetSignedHash(access_token, inputSignatures));
return(signHashClient.GetSignedHash(access_token, inputSignatures));
}
else
{
OutputError error = new OutputError()
{
error = "invalid_access_token",
error_description = "Invalid access_token"
};
return(error);
}
}