public void TestRegisterNullRegistrar()
{
RegistrationRequest regreq = new RegistrationRequest("name", "affiliation");
regreq.EnrollmentID = "abc";
HFCAClient client = HFCAClient.Create("client", "http://localhost:99", null);
client.CryptoSuite = crypto;
client.Register(regreq, null);
}
public void TestRegisterNoServerResponse()
{
Properties testProps = new Properties();
HFCAClient client = HFCAClient.Create("client", "https://localhost:99", testProps);
CryptoPrimitives testcrypt = new CryptoPrimitives();
client.CryptoSuite = testcrypt;
RegistrationRequest regreq = new RegistrationRequest("name", "affiliation");
client.Register(regreq, admin);
}
public void Register(string userName)
{
var secret = fabric_ca_client.Register(new Hyperledger.Fabric_CA.SDK.Requests.RegistrationRequest(userName, "org1.department1")
{
EnrollmentID = userName,
Type = "client"
}, admin);
Console.WriteLine("Successfully registered user1 - secret:" + secret);
try
{
var enrollment = fabric_ca_client.Enroll(userName, secret);
Console.WriteLine($"Successfully enrolled member user '{userName}' ");
string mspid = "Org1MSP";
var newUser = new SampleUser(userName, mspid, new Enrollment()
{
identity = new Identity()
{
certificate = enrollment.Cert
}, signingIdentity = secret
});
string enrollmentFile = Path.Combine(keyStorePath, userName);
string pkeyFile = Path.Combine(keyStorePath, secret + "-priv");
var content = Newtonsoft.Json.JsonConvert.SerializeObject(newUser);
File.WriteAllText(enrollmentFile, content);
File.WriteAllText(pkeyFile, enrollment.Key);
var userFolder = Path.Combine(keyStorePath, userName + "_temp");
if (Directory.Exists(userFolder))
{
Directory.Delete(userFolder, true);
}
Directory.CreateDirectory(userFolder);
File.Copy(enrollmentFile, Path.Combine(userFolder, userName));
File.Copy(pkeyFile, Path.Combine(userFolder, secret + "-priv"));
ZipFile.CreateFromDirectory(userFolder, userFolder.Replace("_temp", ".zip"));
}
catch (Exception ex)
{
}
}
public static void doMainSetup(TestContext context)
{
Util.COut("\n\n\nRUNNING: NetworkConfigIT.\n");
TestUtils.TestUtils.ResetConfig();
configHelper.CustomizeConfig();
// Use the appropriate TLS/non-TLS network config file
networkConfig = NetworkConfig.FromYamlFile(testConfig.GetTestNetworkConfigFileYAML());
networkConfig.OrdererNames.ForEach(ordererName =>
{
try
{
Properties ordererProperties = networkConfig.GetOrdererProperties(ordererName);
Properties testProp = testConfig.GetEndPointProperties("orderer", ordererName);
ordererProperties.Set("clientCertFile", testProp.Get("clientCertFile"));
ordererProperties.Set("clientKeyFile", testProp.Get("clientKeyFile"));
networkConfig.SetOrdererProperties(ordererName, ordererProperties);
}
catch (ArgumentException e)
{
throw new System.Exception(e.Message, e);
}
});
networkConfig.PeerNames.ForEach(peerName =>
{
try
{
Properties peerProperties = networkConfig.GetPeerProperties(peerName);
Properties testProp = testConfig.GetEndPointProperties("peer", peerName);
peerProperties.Set("clientCertFile", testProp.Get("clientCertFile"));
peerProperties.Set("clientKeyFile", testProp.Get("clientKeyFile"));
networkConfig.SetPeerProperties(peerName, peerProperties);
}
catch (ArgumentException e)
{
throw new System.Exception(e.Message, e);
}
});
networkConfig.EventHubNames.ForEach(eventhubName =>
{
try
{
Properties eventHubsProperties = networkConfig.GetEventHubsProperties(eventhubName);
Properties testProp = testConfig.GetEndPointProperties("peer", eventhubName);
eventHubsProperties.Set("clientCertFile", testProp.Get("clientCertFile"));
eventHubsProperties.Set("clientKeyFile", testProp.Get("clientKeyFile"));
networkConfig.SetEventHubProperties(eventhubName, eventHubsProperties);
}
catch (ArgumentException e)
{
throw new System.Exception(e.Message, e);
}
});
//Check if we get access to defined CAs!
NetworkConfig.OrgInfo org = networkConfig.GetOrganizationInfo("Org1");
NetworkConfig.CAInfo caInfo = org.CertificateAuthorities[0];
HFCAClient hfcaClient = HFCAClient.Create(caInfo);
Assert.AreEqual(hfcaClient.CAName, caInfo.CAName);
HFCAInfo info = hfcaClient.Info(); //makes actual REST call.
Assert.AreEqual(caInfo.CAName, info.CAName);
List <NetworkConfig.UserInfo> registrars = caInfo.Registrars;
Assert.IsTrue(registrars.Count > 0);
NetworkConfig.UserInfo registrar = registrars.First();
registrar.Enrollment = hfcaClient.Enroll(registrar.Name, registrar.EnrollSecret);
TestUtils.TestUtils.MockUser mockuser = TestUtils.TestUtils.GetMockUser(org.Name + "_mock_" + DateTimeOffset.UtcNow.ToUnixTimeMilliseconds(), registrar.MspId);
RegistrationRequest rr = new RegistrationRequest(mockuser.Name, "org1.department1");
mockuser.EnrollmentSecret = hfcaClient.Register(rr, registrar);
mockuser.Enrollment = hfcaClient.Enroll(mockuser.Name, mockuser.EnrollmentSecret);
orgRegisteredUsers.Add(org.Name, mockuser);
org = networkConfig.GetOrganizationInfo("Org2");
caInfo = org.CertificateAuthorities[0];
hfcaClient = HFCAClient.Create(caInfo);
Assert.AreEqual(hfcaClient.CAName, caInfo.CAName);
info = hfcaClient.Info(); //makes actual REST call.
Assert.AreEqual(info.CAName, "");
registrars = caInfo.Registrars;
Assert.IsTrue(registrars.Count > 0);
registrar = registrars.First();
registrar.Enrollment = hfcaClient.Enroll(registrar.Name, registrar.EnrollSecret);
mockuser = TestUtils.TestUtils.GetMockUser(org.Name + "_mock_" + DateTimeOffset.UtcNow.ToUnixTimeMilliseconds(), registrar.MspId);
rr = new RegistrationRequest(mockuser.Name, "org1.department1");
mockuser.EnrollmentSecret = hfcaClient.Register(rr, registrar);
mockuser.Enrollment = hfcaClient.Enroll(mockuser.Name, mockuser.EnrollmentSecret);
orgRegisteredUsers.Add(org.Name, mockuser);
DeployChaincodeIfRequired();
}
