public void TestAnswerSSH2_AGENTC_REMOVE_IDENTITY()
{
Agent agent = new TestAgent(allKeys);
BlobBuilder builder = new BlobBuilder();
/* test remove key returns success when key is removed */
builder.AddBlob(rsaKey.GetPublicKeyBlob());
builder.InsertHeader(Agent.Message.SSH2_AGENTC_REMOVE_IDENTITY);
PrepareMessage(builder);
agent.AnswerMessage(stream);
RewindStream();
Agent.BlobHeader header = parser.ReadHeader();
Assert.That(header.BlobLength, Is.EqualTo(1));
Assert.That(header.Message, Is.EqualTo(Agent.Message.SSH_AGENT_SUCCESS));
Assert.That(agent.GetAllKeys()
.SequenceEqual(allKeys.Where(key => key != rsaKey)));
/* test remove key returns failure when key does not exist */
int startCount = agent.GetAllKeys().Count();
PrepareMessage(builder);
agent.AnswerMessage(stream);
RewindStream();
header = parser.ReadHeader();
Assert.That(header.BlobLength, Is.EqualTo(1));
Assert.That(header.Message, Is.EqualTo(Agent.Message.SSH_AGENT_FAILURE));
Assert.That(agent.GetAllKeys().Count(), Is.EqualTo(startCount));
/* test returns failure when locked */
agent.Lock(new byte[0]);
startCount = agent.GetAllKeys().Count();
builder.AddBlob(dsaKey.GetPublicKeyBlob());
builder.InsertHeader(Agent.Message.SSH2_AGENTC_REMOVE_IDENTITY);
PrepareMessage(builder);
agent.AnswerMessage(stream);
RewindStream();
header = parser.ReadHeader();
Assert.That(header.BlobLength, Is.EqualTo(1));
Assert.That(header.Message, Is.EqualTo(Agent.Message.SSH_AGENT_FAILURE));
Assert.That(agent.GetAllKeys().Count(), Is.EqualTo(startCount));
}
public void TestAnswerSSH2_AGENTC_REMOVE_ALL_IDENTITIES()
{
Agent agent = new TestAgent(allKeys);
/* test that remove all keys removes keys */
PrepareSimpleMessage(Agent.Message.SSH2_AGENTC_REMOVE_ALL_IDENTITIES);
agent.AnswerMessage(stream);
RewindStream();
Agent.BlobHeader header = parser.ReadHeader();
Assert.That(header.BlobLength, Is.EqualTo(1));
Assert.That(header.Message, Is.EqualTo(Agent.Message.SSH_AGENT_SUCCESS));
int actualKeyCount = agent.GetAllKeys()
.Count(key => key.Version != SshVersion.SSH2);
int expectedKeyCount = allKeys.Count(key => key.Version != SshVersion.SSH2);
Assert.That(actualKeyCount, Is.EqualTo(expectedKeyCount));
/* test that remove all keys returns success even when there are no keys */
agent = new TestAgent();
PrepareSimpleMessage(Agent.Message.SSH2_AGENTC_REMOVE_ALL_IDENTITIES);
agent.AnswerMessage(stream);
RewindStream();
header = parser.ReadHeader();
Assert.That(header.BlobLength, Is.EqualTo(1));
Assert.That(header.Message, Is.EqualTo(Agent.Message.SSH_AGENT_SUCCESS));
/* test that returns failure when locked */
agent.Lock(new byte[0]);
PrepareSimpleMessage(Agent.Message.SSH2_AGENTC_REMOVE_ALL_IDENTITIES);
agent.AnswerMessage(stream);
RewindStream();
header = parser.ReadHeader();
Assert.That(header.BlobLength, Is.EqualTo(1));
Assert.That(header.Message, Is.EqualTo(Agent.Message.SSH_AGENT_FAILURE));
}
public void TestAnswerSSH2_AGENTC_ADD_IDENTITY()
{
Agent agent = new TestAgent();
/* test adding RSA key */
BlobBuilder builder = new BlobBuilder();
RsaPrivateCrtKeyParameters rsaParameters =
(RsaPrivateCrtKeyParameters)rsaKey.GetPrivateKeyParameters();
builder.AddStringBlob(rsaKey.Algorithm.GetIdentifierString());
builder.AddBigIntBlob(rsaParameters.Modulus);
builder.AddBigIntBlob(rsaParameters.PublicExponent);
builder.AddBigIntBlob(rsaParameters.Exponent);
builder.AddBigIntBlob(rsaParameters.QInv);
builder.AddBigIntBlob(rsaParameters.P);
builder.AddBigIntBlob(rsaParameters.Q);
builder.AddStringBlob(rsaKey.Comment);
builder.InsertHeader(Agent.Message.SSH2_AGENTC_ADD_IDENTITY);
PrepareMessage(builder);
agent.AnswerMessage(stream);
RewindStream();
Agent.BlobHeader header = parser.ReadHeader();
Assert.That(header.BlobLength, Is.EqualTo(1));
Assert.That(header.Message, Is.EqualTo(Agent.Message.SSH_AGENT_SUCCESS));
ISshKey returnedKey = agent.GetAllKeys().First();
Assert.That(returnedKey.GetPublicKeyParameters(),
Is.InstanceOf<RsaKeyParameters>());
Assert.That(returnedKey.GetPrivateKeyParameters(),
Is.InstanceOf<RsaKeyParameters>());
Assert.That(returnedKey.Size, Is.EqualTo(rsaKey.Size));
Assert.That(returnedKey.Comment, Is.EqualTo(rsaKey.Comment));
Assert.That(returnedKey.GetMD5Fingerprint(), Is.EqualTo(rsaKey.GetMD5Fingerprint()));
/* test adding DSA key */
agent = new TestAgent();
builder.Clear();
DsaPublicKeyParameters dsaPublicParameters =
(DsaPublicKeyParameters)dsaKey.GetPublicKeyParameters();
DsaPrivateKeyParameters dsaPrivateParameters =
(DsaPrivateKeyParameters)dsaKey.GetPrivateKeyParameters();
builder.AddStringBlob(dsaKey.Algorithm.GetIdentifierString());
builder.AddBigIntBlob(dsaPublicParameters.Parameters.P);
builder.AddBigIntBlob(dsaPublicParameters.Parameters.Q);
builder.AddBigIntBlob(dsaPublicParameters.Parameters.G);
builder.AddBigIntBlob(dsaPublicParameters.Y);
builder.AddBigIntBlob(dsaPrivateParameters.X);
builder.AddStringBlob(dsaKey.Comment);
builder.InsertHeader(Agent.Message.SSH2_AGENTC_ADD_IDENTITY);
PrepareMessage(builder);
agent.AnswerMessage(stream);
RewindStream();
header = parser.ReadHeader();
Assert.That(header.BlobLength, Is.EqualTo(1));
Assert.That(header.Message, Is.EqualTo(Agent.Message.SSH_AGENT_SUCCESS));
returnedKey = agent.GetAllKeys().First();
Assert.That(returnedKey.GetPublicKeyParameters(),
Is.InstanceOf<DsaKeyParameters>());
Assert.That(returnedKey.GetPrivateKeyParameters(),
Is.InstanceOf<DsaKeyParameters>());
Assert.That(returnedKey.Size, Is.EqualTo(dsaKey.Size));
Assert.That(returnedKey.Comment, Is.EqualTo(dsaKey.Comment));
Assert.That(returnedKey.GetMD5Fingerprint(), Is.EqualTo(dsaKey.GetMD5Fingerprint()));
/* test adding ECDSA keys */
List<ISshKey> ecdsaKeysList = new List<ISshKey>();
ecdsaKeysList.Add(ecdsa256Key);
ecdsaKeysList.Add(ecdsa384Key);
ecdsaKeysList.Add(ecdsa521Key);
foreach (ISshKey key in ecdsaKeysList) {
agent = new TestAgent();
builder.Clear();
ECPublicKeyParameters ecdsaPublicParameters =
(ECPublicKeyParameters)key.GetPublicKeyParameters();
ECPrivateKeyParameters ecdsaPrivateParameters =
(ECPrivateKeyParameters)key.GetPrivateKeyParameters();
string ecdsaAlgorithm = key.Algorithm.GetIdentifierString();
builder.AddStringBlob(ecdsaAlgorithm);
ecdsaAlgorithm =
ecdsaAlgorithm.Replace(PublicKeyAlgorithmExt.ALGORITHM_ECDSA_SHA2_PREFIX,
string.Empty);
builder.AddStringBlob(ecdsaAlgorithm);
builder.AddBlob(ecdsaPublicParameters.Q.GetEncoded());
builder.AddBigIntBlob(ecdsaPrivateParameters.D);
builder.AddStringBlob(key.Comment);
builder.InsertHeader(Agent.Message.SSH2_AGENTC_ADD_IDENTITY);
PrepareMessage(builder);
agent.AnswerMessage(stream);
RewindStream();
header = parser.ReadHeader();
Assert.That(header.BlobLength, Is.EqualTo(1));
Assert.That(header.Message, Is.EqualTo(Agent.Message.SSH_AGENT_SUCCESS));
returnedKey = agent.GetAllKeys().First();
Assert.That(returnedKey.GetPublicKeyParameters(),
Is.InstanceOf<ECPublicKeyParameters>());
Assert.That(returnedKey.GetPrivateKeyParameters(),
Is.InstanceOf<ECPrivateKeyParameters>());
Assert.That(returnedKey.Size, Is.EqualTo(key.Size));
Assert.That(returnedKey.Comment, Is.EqualTo(key.Comment));
Assert.That(returnedKey.GetMD5Fingerprint(), Is.EqualTo(key.GetMD5Fingerprint()));
Assert.That(returnedKey.Constraints.Count(), Is.EqualTo(0));
}
/* test adding key that already is in KeyList does not create duplicate */
int startingCount = agent.GetAllKeys().Count();
Assert.That(startingCount, Is.Not.EqualTo(0));
PrepareMessage(builder);
agent.AnswerMessage(stream);
RewindStream();
header = parser.ReadHeader();
Assert.That(header.BlobLength, Is.EqualTo(1));
Assert.That(header.Message, Is.EqualTo(Agent.Message.SSH_AGENT_SUCCESS));
Assert.That(agent.GetAllKeys().Count(), Is.EqualTo(startingCount));
/* test locked => failure */
agent = new TestAgent();
agent.Lock(new byte[0]);
PrepareMessage(builder);
agent.AnswerMessage(stream);
RewindStream();
header = parser.ReadHeader();
Assert.That(header.BlobLength, Is.EqualTo(1));
Assert.That(header.Message, Is.EqualTo(Agent.Message.SSH_AGENT_FAILURE));
Assert.That(agent.GetAllKeys().Count, Is.EqualTo(0));
}
