protected override void Given()
{
var handshakeResponse = new HandshakeResponse
{
Ok = true,
WebSocketUrl = "some-valid-url"
};
GetMockFor <IHandshakeClient>()
.Setup(x => x.FirmShake(SlackKey))
.ReturnsAsync(handshakeResponse);
Connection = new SlackConnectionStub();
SlackFactoryStub.Create_Value = Connection;
GetMockFor <IConnectionFactory>()
.Setup(x => x.CreateHandshakeClient())
.Returns(GetMockFor <IHandshakeClient>().Object);
ProxySettings = new ProxySettings("hi", "you", "ok?");
GetMockFor <IConnectionFactory>()
.Setup(x => x.CreateWebSocketClient(handshakeResponse.WebSocketUrl, ProxySettings))
.Returns(GetMockFor <IWebSocketClient>().Object);
GetMockFor <IWebSocketClient>()
.Setup(x => x.Connect())
.Returns(Task.Factory.StartNew(() => { }));
}
private Dictionary <string, SlackChatHub> GetChatHubs(HandshakeResponse handshakeResponse)
{
var hubs = new Dictionary <string, SlackChatHub>();
foreach (Channel channel in handshakeResponse.Channels.Where(x => !x.IsArchived))
{
if (channel.IsMember)
{
hubs.Add(channel.Id, _cachedDataProvider.GetChatHub(channel));
}
}
foreach (Group group in handshakeResponse.Groups.Where(x => !x.IsArchived))
{
if (group.Members.Any(x => x == handshakeResponse.Self.Id))
{
var users = new List <User>();
foreach (var userId in group.Members)
{
users.Add(handshakeResponse.Users.FirstOrDefault(x => x.Id == userId));
}
var usersName = users.Select(x => x?.Name);
hubs.Add(group.Id, _cachedDataProvider.GetChatHub(group, usersName?.ToArray()));
}
}
foreach (Im im in handshakeResponse.Ims)
{
User user = handshakeResponse.Users.FirstOrDefault(x => x.Id == im.User);
var userName = user?.Name;
hubs.Add(im.Id, _cachedDataProvider.GetChatHub(im, userName));
}
return(hubs);
}
private Dictionary <string, SlackUser> GenerateUsers(HandshakeResponse handshakeResponse)
{
var users = new Dictionary <string, SlackUser>();
foreach (var user in handshakeResponse.Users)
{
var slackUser = new SlackUser
{
Id = user.Id,
Name = user.Name,
IsBot = false,
Icons = user.Profile?.Icons
};
users.Add(user.Id, slackUser);
}
foreach (var bot in handshakeResponse.Bots)
{
var slackUser = new SlackUser
{
Id = bot.Id,
Name = bot.Name,
IsBot = true,
Icons = bot.Icons
};
users.Add(bot.Id, slackUser);
}
return(users);
}
public void Constructor_InitializesPropertiesForError()
{
var response = new HandshakeResponse(MessageResponseCode.Error, protocolVersion: null);
Assert.Equal(MessageResponseCode.Error, response.ResponseCode);
Assert.Null(response.ProtocolVersion);
}
public void Constructor_InitializesPropertiesForSuccess()
{
var response = new HandshakeResponse(MessageResponseCode.Success, _version);
Assert.Equal(MessageResponseCode.Success, response.ResponseCode);
Assert.Equal(_version, response.ProtocolVersion);
}
public static void ClientFinish(TlsConnection connection, int length)
{
Log.Info("Recv ClientFinish");
var sha256 = SHA256.Create();
var handshakeData = connection.HandshakeMessages.GetRange(0, connection.HandshakeMessages.Count - length - 4).ToArray();
var handshakeHash = sha256.ComputeHash(handshakeData);
var prfClient = new PseudoRandomFunction(connection.MasterSecretBytes, "client finished", handshakeHash);
byte[] clientVerifyData = prfClient.GenerateBytes(12);
byte[] data = connection.Buffer.Read(12);
for (uint i = 0; i < 12; i++)
{
if (clientVerifyData[i] != data[i])
{
Log.Error("Invalid ClientFinish!");
return;
}
}
HandshakeResponse.ServerChangeCipherSpec(connection);
connection.SendEncrypted = true;
HandshakeResponse.ServerServerFinish(connection);
}
protected override void Given()
{
HandshakeResponse = new HandshakeResponse
{
Ok = true,
Self = new Detail {
Id = "my-id", Name = "my-name"
},
Team = new Detail {
Id = "team-id", Name = "team-name"
},
Users = new[]
{
new User {
Id = "user-1-id", Name = "user-1-name"
},
new User {
Id = "user-2-id", Name = "user-2-name"
},
},
Channels = new[]
{
new Channel {
Id = "i-am-a-channel", Name = "channel-name", IsMember = true
}
},
Groups = new[]
{
new Group {
Id = "i-am-a-group", Name = "group-name", Members = new [] { "my-id" }
},
},
Ims = new[]
{
new Im {
Id = "i-am-a-im", User = "******"
}
},
WebSocketUrl = "some-valid-url"
};
GetMockFor <IHandshakeClient>()
.Setup(x => x.FirmShake(SlackKey))
.ReturnsAsync(HandshakeResponse);
Connection = new SlackConnectionStub();
SlackFactoryStub.Create_Value = Connection;
GetMockFor <IConnectionFactory>()
.Setup(x => x.CreateHandshakeClient())
.Returns(GetMockFor <IHandshakeClient>().Object);
GetMockFor <IConnectionFactory>()
.Setup(x => x.CreateWebSocketClient(HandshakeResponse.WebSocketUrl, null))
.Returns(GetMockFor <IWebSocketClient>().Object);
GetMockFor <IWebSocketClient>()
.Setup(x => x.Connect())
.Returns(Task.Factory.StartNew(() => { }));
}
private async Task <IWebSocketClient> GetWebSocket(HandshakeResponse handshakeResponse, ProxySettings proxySettings)
{
var webSocketClient = _connectionFactory.CreateWebSocketClient(handshakeResponse.WebSocketUrl, proxySettings);
await webSocketClient.Connect();
return(webSocketClient);
}
/// <summary>
/// 分组命令
/// </summary>
/// <param name="response">握手返回值</param>
/// <param name="secrets">密码列表</param>
/// <param name="groupNumber">当前组数量 从1 开始</param>
public GroupingCommandRequest(HandshakeResponse response, List <UInt64> secrets, int groupNumber, shareAction1 s1, shareAction2 s2) : base(response, s1, s2)
{
this.dataBelong = 0;
this.number = groupNumber;
this.dotPwoer = secrets.Count();
var baseOffset = (groupNumber - 1) * 4;
var maxOffset = baseOffset + 4;
List <UInt64> secretsInt = new List <UInt64>();
if (baseOffset + 4 >= secrets.Count())
{
maxOffset = secrets.Count();
}
for (int i = baseOffset; i < maxOffset; i++)
{
secretsInt.Add(secrets[i]);
}
if (secretsInt.Count() < 4)
{
var count = secretsInt.Count();
for (int i = 0; i < 4 - count; i++)
{
secretsInt.Add(0);
}
}
this.request += secretsInt[0] << 48;
this.request += secretsInt[1] << 32;
this.request += secretsInt[2] << 16;
this.request += secretsInt[3];
}
public async Task should_return_expected_connection()
{
// given
var handshakeResponse = new HandshakeResponse
{
Ok = true,
Self = new Detail {
Id = "my-id", Name = "my-name"
},
WebSocketUrl = _webSocketUrl
};
_handshakeClient
.Setup(x => x.FirmShake(_slackKey))
.ReturnsAsync(handshakeResponse);
var expectedConnection = new Mock <ISlackConnection>().Object;
_slackConnectionFactory
.Setup(x => x.Create(It.IsAny <ConnectionInformation>()))
.ReturnsAsync(expectedConnection);
// when
var result = await _slackConnector.Connect(_slackKey);
// then
result.ShouldBe(expectedConnection);
}
public async Task should_initialise_connection_with_expected_users_details()
{
// given
var handshakeResponse = new HandshakeResponse
{
Ok = true,
Users = new[]
{
new User {
Id = "user-1-id", Name = "user-1-name"
},
new User {
Id = "user-2-id", Name = "user-2-name"
},
},
WebSocketUrl = _webSocketUrl
};
_handshakeClient
.Setup(x => x.FirmShake(_slackKey))
.ReturnsAsync(handshakeResponse);
// when
await _slackConnector.Connect(_slackKey);
// then
_slackConnectionFactory
.Verify(x => x.Create(It.Is((ConnectionInformation p) => p.Users.Count == 2)), Times.Once);
_slackConnectionFactory
.Verify(x => x.Create(It.Is((ConnectionInformation p) => p.Users["user-1-id"].Name == "user-1-name")), Times.Once);
_slackConnectionFactory
.Verify(x => x.Create(It.Is((ConnectionInformation p) => p.Users["user-2-id"].Name == "user-2-name")), Times.Once);
}
public async Task should_not_contain_channels_that_are_archived_and_bot_is_not_a_member_off()
{
// given
var handshakeResponse = new HandshakeResponse
{
Ok = true,
Channels = new[]
{
new Channel
{
Id = "Id1",
Name = "Name1",
IsArchived = false,
IsMember = false
}
}
};
_handshakeClient
.Setup(x => x.FirmShake(It.IsAny <string>()))
.ReturnsAsync(handshakeResponse);
// when
await _slackConnector.Connect("something");
// then
_slackConnectionFactory
.Verify(x => x.Create(It.Is((ConnectionInformation p) => p.SlackChatHubs.Count == 0)), Times.Once);
}
public async Task <ISlackConnection> Connect(string slackKey)
{
if (string.IsNullOrEmpty(slackKey))
{
throw new ArgumentNullException(nameof(slackKey));
}
var handshakeClient = this._connectionFactory.CreateHandshakeClient();
HandshakeResponse handshakeResponse = await handshakeClient.FirmShake(slackKey);
if (!handshakeResponse.Ok)
{
throw new HandshakeException(handshakeResponse.Error);
}
Dictionary <string, SlackUser> users = this.GenerateUsers(handshakeResponse.Users);
var connectionInfo = new ConnectionInformation
{
SlackKey = slackKey,
Self = new ContactDetails {
Id = handshakeResponse.Self.Id, Name = handshakeResponse.Self.Name
},
Team = new ContactDetails {
Id = handshakeResponse.Team.Id, Name = handshakeResponse.Team.Name
},
Users = users,
SlackChatHubs = this.GetChatHubs(handshakeResponse, users.Values.ToArray()),
WebSocket = await this._connectionFactory.CreateWebSocketClient(handshakeResponse.WebSocketUrl, null)
};
var connection = await this._slackConnectionFactory.Create(connectionInfo);
return(connection);
}
public async Task should_initialise_connection_with_expected_self_details()
{
// given
var handshakeResponse = new HandshakeResponse
{
Ok = true,
Self = new Detail {
Id = "my-id", Name = "my-name"
},
WebSocketUrl = _webSocketUrl
};
_handshakeClient
.Setup(x => x.FirmShake(_slackKey))
.ReturnsAsync(handshakeResponse);
// when
await _slackConnector.Connect(_slackKey);
// then
_slackConnectionFactory
.Verify(x => x.Create(It.Is((ConnectionInformation p) => p.Self.Id == handshakeResponse.Self.Id)), Times.Once);
_slackConnectionFactory
.Verify(x => x.Create(It.Is((ConnectionInformation p) => p.Self.Name == handshakeResponse.Self.Name)), Times.Once);
}
public async Task should_not_contain_archived_groups()
{
// given
var handshakeResponse = new HandshakeResponse
{
Ok = true,
Groups = new[]
{
new Group
{
Id = "group-id",
Name = "group-name",
IsArchived = true
}
}
};
_handshakeClient
.Setup(x => x.FirmShake(It.IsAny <string>()))
.ReturnsAsync(handshakeResponse);
// when
await _slackConnector.Connect("something");
// then
_slackConnectionFactory
.Verify(x => x.Create(It.Is((ConnectionInformation p) => p.SlackChatHubs.Count == 0)), Times.Once);
}
public async Task should_call_expected_url_with_given_slack_key()
{
// given
const string slackKey = "I-is-da-key-yeah";
var expectedResponse = new HandshakeResponse
{
Ok = true,
WebSocketUrl = "some-url"
};
_httpTest.RespondWithJson(expectedResponse);
// when
var result = await _handshakeClient.FirmShake(slackKey);
// then
_responseVerifierMock.Verify(x => x.VerifyResponse(Looks.Like(expectedResponse)));
_httpTest
.ShouldHaveCalled(ClientConstants.SlackApiHost.AppendPathSegment(FlurlHandshakeClient.HANDSHAKE_PATH))
.WithQueryParamValue("token", slackKey)
.Times(1);
result.ToExpectedObject().ShouldEqual(expectedResponse);
}
public void Write(IContext context, object msg)
{
HttpResponse response = msg as HttpResponse;
if (response != null)
{
bool isContinue = true;
if (_config.StatusListener != null && response.Status != 200)
{
isContinue = _config.StatusListener(response);
}
if (isContinue)
{
response.KeepAlive = _keepalive;
if (_config.DisableGzip)
{
response.Gzip = false;
}
HttpResponseEncoder.WriteResponse(response);
context.FirePreWrite(msg);
}
}
else
{
HandshakeResponse websockethandshake = msg as HandshakeResponse;
if (websockethandshake != null)
{
HttpResponseEncoder.WriteWebSocketHandshakeResponse(websockethandshake);
//升级协议为websocket
_source.SetState(new WebSocketState(context, _source, _config));
}
context.FirePreWrite(msg);
}
}
public void HandleResponse_SecondResponseIsIgnored()
{
using (var test = new OutboundRequestContextTest())
{
var payload = new HandshakeResponse(MessageResponseCode.Error, protocolVersion: null);
var firstResponse = MessageUtilities.Create(
test.Request.RequestId,
MessageType.Response,
test.Request.Method,
payload);
test.Context.HandleResponse(firstResponse);
var response = test.Context.CompletionTask.Result;
payload = new HandshakeResponse(MessageResponseCode.Success, ProtocolConstants.CurrentVersion);
var secondResponse = MessageUtilities.Create(
test.Request.RequestId,
MessageType.Response,
test.Request.Method,
payload);
test.Context.HandleResponse(secondResponse);
Assert.Same(response, test.Context.CompletionTask.Result);
}
}
public async Task <ISlackConnection> Connect(string slackKey, ProxySettings proxySettings = null)
{
if (string.IsNullOrEmpty(slackKey))
{
throw new ArgumentNullException(nameof(slackKey));
}
var handshakeClient = _connectionFactory.CreateHandshakeClient();
HandshakeResponse handshakeResponse = await handshakeClient.FirmShake(slackKey);
if (!handshakeResponse.Ok)
{
throw new HandshakeException(handshakeResponse.Error);
}
var connectionInfo = new ConnectionInformation
{
SlackKey = slackKey,
Self = new ContactDetails {
Id = handshakeResponse.Self.Id, Name = handshakeResponse.Self.Name
},
Team = new ContactDetails {
Id = handshakeResponse.Team.Id, Name = handshakeResponse.Team.Name
},
Users = GenerateUsers(handshakeResponse.Users),
SlackChatHubs = GetChatHubs(handshakeResponse),
WebSocket = await GetWebSocket(handshakeResponse, proxySettings)
};
return(_slackConnectionFactory.Create(connectionInfo));
}
private Dictionary <string, SlackChatHub> GetChatHubs(HandshakeResponse handshakeResponse, SlackUser[] users)
{
var hubs = new Dictionary <string, SlackChatHub>();
foreach (Channel channel in handshakeResponse.Channels.Where(x => !x.IsArchived))
{
if (channel.IsMember)
{
var newChannel = channel.ToChatHub();
hubs.Add(channel.Id, newChannel);
}
}
foreach (Group group in handshakeResponse.Groups.Where(x => !x.IsArchived))
{
if ((group.Members ?? new string[0]).Any(x => x == handshakeResponse.Self.Id))
{
var newGroup = group.ToChatHub();
hubs.Add(group.Id, newGroup);
}
}
foreach (Im im in handshakeResponse.Ims)
{
hubs.Add(im.Id, im.ToChatHub(users));
}
return(hubs);
}
public async Task should_initialise_connection_with_websocket_and_return_expected_connection()
{
// given
var handshakeResponse = new HandshakeResponse
{
Ok = true,
WebSocketUrl = _webSocketUrl
};
_handshakeClient
.Setup(x => x.FirmShake(_slackKey))
.ReturnsAsync(handshakeResponse);
var expectedConnection = new Mock <ISlackConnection>().Object;
_slackConnectionFactory
.Setup(x => x.Create(It.IsAny <ConnectionInformation>()))
.ReturnsAsync(expectedConnection);
// when
var result = await _slackConnector.Connect(_slackKey);
// then
result.ShouldBe(expectedConnection);
_slackConnectionFactory
.Verify(x => x.Create(It.Is((ConnectionInformation p) => p.WebSocket == _webSocketClient.Object)), Times.Once);
_connectionFactory.Verify(x => x.CreateWebSocketClient(_webSocketUrl));
}
public async Task CloseAsync()
{
ThrowIfNotStarted();
Logger.LogInformation("Closing socket connection.");
try
{
State = ReadyState.Closing;
//don't receive anything from underlying socket anymore
_pingPongSubscription.Dispose();
_messageSubscription.Dispose();
_disconnectSubscription.Dispose();
//clean anything set during socket startup/run time
_packetId = -1;
_currentHandshake = null;
_sentPingPackets.Clear();
//finally stop the socket
await _socket.StopOrFail(WebSocketCloseStatus.NormalClosure, string.Empty);
}
catch (Exception ex)
{
Logger.LogError(ex, "Error while stopping socket.");
throw;
}
finally
{
Logger.LogInformation("Socket connection closed.");
State = ReadyState.Closed;
}
}
public PushScoreCommandRequest(HandshakeResponse response, shareAction1 s1, shareAction2 s2, long problemNumber, String answer) : base(response, s1, s2)
{
this.dataBelong = 64;
this.number = 130;
this.dotPwoer = SubVoteDisplayAction.GetSubVoteDisplayAction(answer);
this.request = SubVoteDisplayAction.GetDisplayData(answer);
this.handshakeSecretKey = 2;
}
internal void SendAuthChallenge(string challenge)
{
HandshakeResponse handshakeResponse = new HandshakeResponse(HttpStatusCode.Unauthorized);
handshakeResponse.Headers["WWW-Authenticate"] = challenge;
this._stream.WriteHandshake(handshakeResponse);
this._request = this._stream.ReadHandshake <HandshakeRequest>(new Func <string[], HandshakeRequest>(HandshakeRequest.Parse), 15000);
}
public void JsonSerialization_ReturnsCorrectJson()
{
var response = new HandshakeResponse(MessageResponseCode.Success, _version);
var json = TestUtilities.Serialize(response);
Assert.Equal("{\"ResponseCode\":\"Success\",\"ProtocolVersion\":\"1.0.0\"}", json);
}
internal void SendAuthChallenge(string challenge)
{
var res = new HandshakeResponse(HttpStatusCode.Unauthorized);
res.Headers ["WWW-Authenticate"] = challenge;
_stream.WriteHandshake(res);
_request = _stream.ReadHandshake <HandshakeRequest> (HandshakeRequest.Parse, 15000);
}
public ActionResult <HandshakeResponse> Handshake()
{
var response = new HandshakeResponse
{
UploadId = Guid.NewGuid()
};
return(Ok(response));
}
public void SendHandshakeResponse(ClientConnectionInfo connection, HandshakeResponseCode responseCode)
{
var handShakeResponse = new HandshakeResponse
{
ResponseCode = responseCode
};
DefaultSend(connection, handShakeResponse.Create(), ChannelID.Handshaking, true);
}
/// <summary>
/// Websocket 握手输出
/// </summary>
/// <param name="response"></param>
public static void WriteWebSocketHandshakeResponse(HandshakeResponse response)
{
HeaderBuilder builder = HeaderBuilder.NewResonse(101, "Switching Protocols");
builder.Add("Upgrade", "websocket");
builder.Add("Connection", "Upgrade");
builder.Add("Sec-WebSocket-Accept", response.CreateResponseKey());
builder.Add("Server", Utility.PRODUCT_NAME);
response.Stream.WriteBytes(builder.ToByteArray());
}
public static Byte[] Decrypt(Byte[] list, HandshakeResponse hand)
{
List <Byte> finlist = new List <byte>();
for (int i = 4; i < 20; i++)
{
finlist.Add(list[i]);
}
return(Decrypt(finlist, list[3], list[2]));
}
internal void SendAuthChallenge (string challenge)
{
var res = new HandshakeResponse (HttpStatusCode.Unauthorized);
res.Headers ["WWW-Authenticate"] = challenge;
_stream.WriteHandshake (res);
_request = _stream.ReadHandshake<HandshakeRequest> (HandshakeRequest.Parse, 15000);
}
static HandshakeResponse()
{
Accepted = new HandshakeResponse(true);
Rejected = new HandshakeResponse(false);
}
private void ServerMessageReceived(NetworkClient senderClient, int messageType, ByteString messageContent)
{
Debug.Log("Server message Type={0} Size={1}.", messageType, messageContent.Length);
switch (messageType) {
/* Handshake request. */
case MessageType.ClientHandshakeRequest: {
HandshakeRequest request = HandshakeRequest.Parser.ParseFrom(messageContent);
senderClient.UpdatePublicKey(request.Key);
PublicKey serverPublic = this.ServerKey;
if (serverPublic == null) {
Debug.Error("Server public key is invalid.");
return;
}
HandshakeResponse response = new HandshakeResponse();
response.Key = serverPublic;
senderClient.SendMessage(MessageType.ClientHandshakeResponse, response);
}
break;
/* Authorization request. */
case MessageType.AuthorizationRequest: {
AuthorizationRequest request = AuthorizationRequest.Parser.ParseFrom(messageContent);
senderClient.Profile.UpdateProfile(request);
AuthorizationResponse response = new AuthorizationResponse();
response.ServerName = this.m_serverConfig.ServerName;
senderClient.SendMessage(MessageType.AuthorizationResponse, response);
Task.Run(() => {
ContactUpdate contactUpdate = new ContactUpdate();
contactUpdate.Add.Add(senderClient.ContactClient);
foreach (NetworkClient connectedClient in this.m_connectedClients) {
if (connectedClient.ClientId == senderClient.ClientId) continue;
Debug.Log("Sending contact update to ClientId={0}.", connectedClient.ClientId);
connectedClient.SendMessage(MessageType.ContactUpdate, contactUpdate);
}
});
}
break;
/* Contact list update. */
case MessageType.ContactUpdateRequest: {
ContactUpdateRequest request = ContactUpdateRequest.Parser.ParseFrom(messageContent);
ContactUpdate contactUpdate = new ContactUpdate();
List<long> clientList = request.Clients.ToList();
foreach (NetworkClient connectedClient in this.m_connectedClients) {
// if (connectedClient.ClientId == senderClient.ClientId) continue;
if (!connectedClient.Profile.Valid) continue;
if (clientList.Contains(connectedClient.ClientId)) {
Debug.Log("Client {0} has got ClientId={1}.", senderClient.ClientId, connectedClient.ClientId);
clientList.Remove(connectedClient.ClientId);
}
else {
Debug.Log("Client {0} requires ClientId={1}.", senderClient.ClientId, connectedClient.ClientId);
contactUpdate.Add.Add(connectedClient.ContactClient);
}
}
Debug.Log("Trash clients count={0}.", clientList.Count);
if (clientList.Count > 0) {
contactUpdate.Remove.Add(clientList);
}
senderClient.SendMessage(MessageType.ContactUpdate, contactUpdate);
}
break;
case MessageType.ContactUpdateChangeRequest: {
ContactUpdateChangeRequest clientRequestedChange = ContactUpdateChangeRequest.Parser.ParseFrom(messageContent);
var senderProfile = senderClient.Profile;
if (senderProfile.Name != clientRequestedChange.Name || senderProfile.Surname != clientRequestedChange.Surname) {
Debug.Log("Updating client data. This is not implemented on the client side. ;)");
}
else if(senderProfile.Status != clientRequestedChange.Online) {
senderProfile.Status = clientRequestedChange.Online;
ContactUpdateStatus statusUpdate = new ContactUpdateStatus();
statusUpdate.Online = clientRequestedChange.Online;
statusUpdate.ClientId = senderClient.ClientId;
foreach (NetworkClient connectedClient in this.m_connectedClients) {
// if (connectedClient.ClientId == senderClient.ClientId) continue;
Debug.Log("Sending status update to ClientId={0}.", connectedClient.ClientId);
connectedClient.SendMessage(MessageType.ContactUpdateStatus, statusUpdate);
}
}
}
break;
/* Client Public Key request. */
case MessageType.MessageClientPublicRequest: {
MessageRequestClientPublic requestMessage = MessageRequestClientPublic.Parser.ParseFrom(messageContent);
PublicKey responseKey = null;
foreach (NetworkClient connectedClient in this.m_connectedClients) {
if (connectedClient.ClientId == requestMessage.ClientId) {
responseKey = connectedClient.ClientPublic;
}
}
if (responseKey != null) {
MessageResponseClientPublic responseMessage = new MessageResponseClientPublic();
responseMessage.ClientId = requestMessage.ClientId;
responseMessage.Key = responseKey;
senderClient.SendMessage(MessageType.MessageClientPublicResponse, responseMessage);
}
else
Debug.Warn("ClientId={0} has invalid public key.");
}
break;
}
}