/// <summary>
/// Check new connections from other world
/// </summary>
public async Task CheckNewConnectionAsync()
{
var newConnection = await _tcpListener.AcceptTcpClientAsync();
var connectionUser = new ConnectionModel
{
TcpSocket = newConnection
};
var connection = new Connection
{
User = connectionUser
};
CurrentConnections.Add(connection);
connection.OnReceivedMessage += Connection_OnReceivedMessage;;
connection.OnDisconnected += Connection_OnDisconnected;
connection.OnReceivedCommand += Connection_OnReceivedCommand;
connection.OnReceivedVideoFrame += Connection_OnReceivedVideoFrame;
connection.OnStartSendingVideo += Connection_OnStartSendingVideo;
connection.OnStopSendingVideo += Connection_OnStopSendingVideo;
connection.StartReceiveResponses();
}
/// <summary>
/// Performs execution of the command
/// </summary>
protected override void DoProcessRecord()
{
CurrentConnections.Set(
CurrentConnections.Server,
null
);
}
public void CloseGame(string connectionId)
{
var user = CurrentConnections.FirstOrDefault(x => x.ConnectionId == connectionId);
CurrentConnections.Remove(user);
Clients.Caller.leaveGame();
}
/// <summary>
/// Performs execution of the command
/// </summary>
protected override void DoProcessRecord()
{
CurrentConnections.Set(
CurrentConnections.Server,
CurrentConnections.Collection,
CurrentConnections.Project,
null
);
}
public int GetNumberOfGroups()
{
var groups = 0;
while (ExcludedPrograms.Any())
{
var startingProgram = ExcludedPrograms.First();
var group = startingProgram.GetExtendedConnections(this).ToList();
CurrentConnections.Clear();
groups++;
}
return(groups);
}
/// <inheritdoc/>
protected override void DoProcessRecord()
{
var srv = this.GetServer();
srv.Connect();
CurrentConnections.Set(srv);
this.Log($"Connected to {srv.Uri}, ID {srv.ServerId}, as {srv.AuthorizedIdentity.DisplayName}");
if (Passthru)
{
WriteObject(srv);
}
}
/// <summary>
/// Performs execution of the command
/// </summary>
protected override void DoProcessRecord()
{
var tpc = this.GetCollection();
tpc.Connect();
var srv = tpc.ConfigurationServer;
CurrentConnections.Set(srv, tpc);
this.Log($"Connected to {tpc.Uri}, ID {tpc.ServerId}, as '{tpc.AuthorizedIdentity.DisplayName}'");
if (Passthru)
{
WriteObject(tpc);
}
}
/// <summary>
/// Method which send video frame from one to another user
/// </summary>
public async Task <bool> SendVideoFrameAsync(ConversationModel conversationData, Connection initiator)
{
var targetConnection = CurrentConnections.FirstOrDefault(connection => connection.User.Id == conversationData.Target.Id);
if (targetConnection == null)
{
return(false);
}
Packet videoPacket = new Packet
{
ActionState = ActionStates.Video,
Conversation = conversationData
};
return(await SendConversationResponseAsync(videoPacket, targetConnection, initiator));
}
/// <summary>
/// Performs execution of the command
/// </summary>
protected override void DoProcessRecord()
{
var(tpc, tp, t) = this.GetCollectionProjectAndTeam();
CurrentConnections.Set(tpc.ConfigurationServer, tpc, tp, t);
// TODO:
//this.Log($"Adding '{tp.Name} to the MRU list");
//_SetMru "Server" - Value(srv.Uri)
//_SetMru "Collection" - Value(tpc.Uri)
//_SetMru "Project" - Value(tp.Name)
this.Log($"Connected to '{t.Name}'");
if (Passthru)
{
WriteObject(tp);
}
}
public async Task SendNotificationAsync(Guid targetId, NotificationModel notification)
{
var target = CurrentConnections.FirstOrDefault(c => c.User.Id == targetId);
if (target == null)
{
return;
}
Packet commandResultPacket = new Packet
{
ActionState = ActionStates.Notification,
Notification = notification
};
//Add notification in query
if (!await NetHelper.SendDataAsync(target?.User?.TcpSocket, commandResultPacket))
{
CurrentNotifications.Add(targetId, notification);
}
}
public void Send(string name)
{
string connectionId = Context.ConnectionId;
string userName = name;
if (userName != null && userName.Length >= 1)
{
var u = new Users()
{
ConnectionId = connectionId,
UserName = userName
};
if (u.ConnectionId != null && !CurrentConnections.Contains(u))
{
CurrentConnections.Add(u);
}
}
//Clients.AllExcept(CurrentConnections.Where(x => x.ConnectionId == Context.ConnectionId).Select(x => x.ConnectionId).FirstOrDefault());
Clients.All.broadcastMessage(name);
Clients.Caller.renderGame();
}
/// <devdoc>
/// <para>
/// Used by the ServicePoint to find a free or new Connection
/// for use in making Requests. Under NTLM and Negotiate requests,
/// this function depricates itself and switches the object over to
/// using a new code path (see FindConnectionAuthenticationGroup).
/// </para>
/// </devdoc>
internal Connection FindConnection(HttpWebRequest request, string connName, out bool forcedsubmit)
{
Connection leastbusyConnection = null;
Connection newConnection = null;
bool freeConnectionsAvail = false;
forcedsubmit = false;
if (m_AuthenticationGroup || request.LockConnection)
{
m_AuthenticationGroup = true;
return(FindConnectionAuthenticationGroup(request, connName));
}
GlobalLog.Print("ConnectionGroup::FindConnection [" + connName + "] m_ConnectionList.Count:" + m_ConnectionList.Count.ToString());
lock (m_ConnectionList) {
//
// go through the list of open connections to this service point and pick the connection as follows:
// - free connection
// - if there is no free connection and if we are under connection limit, create new connection
// - pick the least busy connection which does not have non-keep alive request pipelined
// - pick the least busy connection which may have non-keep alive request pipelined
// If we pick the connection with non keep-alive request pipelined on it, we set forcedsubmit to true.
// This will make sure that we don't start the request immediately and it gets queued on the connection.
//
int minBusyCount = Int32.MaxValue;
bool foundLiveConnection = false;
foreach (Connection currentConnection in m_ConnectionList)
{
GlobalLog.Print("ConnectionGroup::FindConnection currentConnection.BusyCount:" + currentConnection.BusyCount.ToString());
bool useThisConnection = false;
if (foundLiveConnection)
{
useThisConnection = (!currentConnection.NonKeepAliveRequestPipelined && minBusyCount > currentConnection.BusyCount);
}
else
{
useThisConnection = (!currentConnection.NonKeepAliveRequestPipelined || minBusyCount > currentConnection.BusyCount);
}
if (useThisConnection)
{
leastbusyConnection = currentConnection;
minBusyCount = currentConnection.BusyCount;
if (!foundLiveConnection)
{
foundLiveConnection = !currentConnection.NonKeepAliveRequestPipelined;
}
else
{
GlobalLog.Assert(!currentConnection.NonKeepAliveRequestPipelined, "Connection.NonKeepAliveRequestPipelined == false|Non keep-alive request has been pipelined on this connection.");
}
if (foundLiveConnection && minBusyCount == 0)
{
freeConnectionsAvail = true;
break;
}
}
}
//
// If there is NOT a Connection free, then we allocate a new Connection
//
if (!freeConnectionsAvail && CurrentConnections < ConnectionLimit)
{
//
// If we can create a new connection, then do it,
// this may have complications in pipeling because
// we may wish to optimize this case by actually
// using existing connections, rather than creating new ones
//
// Note: this implicately results in a this.Associate being called.
//
GlobalLog.Print("ConnectionGroup::FindConnection [returning new Connection] freeConnectionsAvail:" + freeConnectionsAvail.ToString() + " CurrentConnections:" + CurrentConnections.ToString() + " ConnectionLimit:" + ConnectionLimit.ToString());
newConnection = new Connection(this);
forcedsubmit = false;
}
else
{
//
// All connections are busy, use the least busy one
//
GlobalLog.Print("ConnectionGroup::FindConnection [returning leastbusyConnection] freeConnectionsAvail:" + freeConnectionsAvail.ToString() + " CurrentConnections:" + CurrentConnections.ToString() + " ConnectionLimit:" + ConnectionLimit.ToString());
GlobalLog.Assert(leastbusyConnection != null, "Connect.leastbusyConnection != null|All connections have BusyCount equal to Int32.MaxValue.");
newConnection = leastbusyConnection;
forcedsubmit = !foundLiveConnection;
}
newConnection.MarkAsReserved();
}
return(newConnection);
}
/// <devdoc>
/// <para>
/// Attempts to match a request with a connection, if a connection is unassigned ie not locked with
/// a request, then the least busy connections is returned in "leastbusyConnection." If the
/// connection limit allows, and all connections are busy, a new one is allocated and returned.
///
/// RETURNS: a Connection shown to match a previously locked Request/Connection (OTHERWISE)
/// leasebusyConnection - will contain a newly allocated Connection or least Busy one
/// suiteable for requests.
///
/// NOTE: For Whidbey: try to integrate this code into FindConnection()
/// </para>
/// </devdoc>
private Connection FindMatchingConnection(HttpWebRequest request, string connName, out Connection leastbusyConnection)
{
int minBusyCount = Int32.MaxValue;
bool freeConnectionsAvail = false;
leastbusyConnection = null;
lock (m_ConnectionList) {
//
// go through the list of open connections to this service point and pick the first free one or,
// if none is free, pick the least busy one. Skip all connections with non keep-alive request pipelined.
//
minBusyCount = Int32.MaxValue;
foreach (Connection currentConnection in m_ConnectionList)
{
GlobalLog.Print("ConnectionGroup::FindMatchingConnection currentConnection.BusyCount:" + currentConnection.BusyCount.ToString());
if (currentConnection.LockedRequest == request)
{
leastbusyConnection = currentConnection;
return(currentConnection);
}
GlobalLog.Print("ConnectionGroup::FindMatchingConnection: lockedRequest# " + ((currentConnection.LockedRequest == null) ? "null" : currentConnection.LockedRequest.GetHashCode().ToString()));
if (!currentConnection.NonKeepAliveRequestPipelined && currentConnection.BusyCount < minBusyCount && currentConnection.LockedRequest == null)
{
leastbusyConnection = currentConnection;
minBusyCount = currentConnection.BusyCount;
if (minBusyCount == 0)
{
freeConnectionsAvail = true;
}
}
}
//
// If there is NOT a Connection free, then we allocate a new Connection
//
if (!freeConnectionsAvail && CurrentConnections < ConnectionLimit)
{
//
// If we can create a new connection, then do it,
// this may have complications in pipeling because
// we may wish to optimize this case by actually
// using existing connections, rather than creating new ones
//
// Note: this implicately results in a this.Associate being called.
//
GlobalLog.Print("ConnectionGroup::FindMatchingConnection [returning new Connection] CurrentConnections:" + CurrentConnections.ToString() + " ConnectionLimit:" + ConnectionLimit.ToString());
leastbusyConnection = new Connection(this);
}
}
return(null); // only if we have a locked Connection that matches can return non-null
}
/// <devdoc>
/// <para>
/// Attempts to match a request with a connection, if a connection is unassigned ie not locked with
/// a request, then the least busy connections is returned in "leastbusyConnection." If the
/// connection limit allows, and all connections are busy, a new one is allocated and returned.
///
/// RETURNS: a Connection shown to match a previously locked Request/Connection (OTHERWISE)
/// leasebusyConnection - will contain a newly allocated Connection or least Busy one
/// suiteable for requests.
///
/// NOTE: For Whidbey: try to integrate this code into FindConnection()
/// </para>
/// </devdoc>
private Connection FindMatchingConnection(HttpWebRequest request, string connName, out Connection leastbusyConnection)
{
int minBusyCount = Int32.MaxValue;
bool freeConnectionsAvail = false;
leastbusyConnection = null;
lock (m_ConnectionList) {
//
// go through the list of open connections to this service point and pick
// the first empty one or, if none is empty, pick the least busy one.
//
bool completed;
do
{
minBusyCount = Int32.MaxValue;
completed = true; // by default, only once through the outer loop
foreach (WeakReference currentConnectionReference in m_ConnectionList)
{
Connection currentConnection = null;
if (currentConnectionReference != null)
{
currentConnection = currentConnectionReference.Target as Connection;
}
//
// If the weak reference is alive, see if its not busy,
// otherwise make sure to remove it from the list
//
if (currentConnection != null)
{
GlobalLog.Print("ConnectionGroup::FindConnection currentConnection.BusyCount:" + currentConnection.BusyCount.ToString());
if (currentConnection.LockedRequest == request)
{
leastbusyConnection = currentConnection;
return(currentConnection);
}
GlobalLog.Print("ConnectionGroup::FindConnection: lockedRequest# " + ((currentConnection.LockedRequest == null) ? "null" : currentConnection.LockedRequest.GetHashCode().ToString()));
if (currentConnection.BusyCount < minBusyCount && currentConnection.LockedRequest == null)
{
leastbusyConnection = currentConnection;
minBusyCount = currentConnection.BusyCount;
if (minBusyCount == 0)
{
freeConnectionsAvail = true;
}
}
}
else
{
m_ConnectionList.Remove(currentConnectionReference);
completed = false;
// now start iterating again because we changed the ArrayList
break;
}
}
} while (!completed);
//
// If there is NOT a Connection free, then we allocate a new Connection
//
if (!freeConnectionsAvail && CurrentConnections < InternalConnectionLimit)
{
//
// If we can create a new connection, then do it,
// this may have complications in pipeling because
// we may wish to optimize this case by actually
// using existing connections, rather than creating new ones
//
// Note: this implicately results in a this.Associate being called.
//
GlobalLog.Print("ConnectionGroup::FindConnection [returning new Connection] CurrentConnections:" + CurrentConnections.ToString() + " InternalConnectionLimit:" + InternalConnectionLimit.ToString());
leastbusyConnection =
new Connection(
this,
m_ServicePoint,
m_IPAddress,
m_ServicePoint.ProtocolVersion,
m_ServicePoint.SupportsPipelining
);
}
}
return(null); // only if we have a locked Connection that matches can return non-null
}
/// <summary>
/// Performs execution of the command
/// </summary>
protected override void DoProcessRecord()
{
CurrentConnections.Reset();
}
/// <summary>
/// Event which invoke when server receive new response from other world
/// </summary>
private void Connection_OnDisconnected(Connection sender, ReceivedPacketEventsArgs e)
{
CloseConnection(sender);
CurrentConnections.Remove(sender);
}
/// <devdoc>
/// <para>
/// Used by the ServicePoint to find a free or new Connection
/// for use in making Requests. Under NTLM and Negotiate requests,
/// this function depricates itself and switches the object over to
/// using a new code path (see FindConnectionAuthenticationGroup).
/// </para>
/// </devdoc>
internal Connection FindConnection(HttpWebRequest request, string connName)
{
Connection leastbusyConnection = null;
Connection newConnection = null;
bool freeConnectionsAvail = false;
if (m_AuthenticationGroup || request.LockConnection)
{
m_AuthenticationGroup = true;
return(FindConnectionAuthenticationGroup(request, connName));
}
GlobalLog.Print("ConnectionGroup::FindConnection [" + connName + "] m_ConnectionList.Count:" + m_ConnectionList.Count.ToString());
lock (m_ConnectionList) {
//
// go through the list of open connections to this service point and pick
// the first empty one or, if none is empty, pick the least busy one.
//
int minBusyCount = Int32.MaxValue;
foreach (Connection currentConnection in m_ConnectionList)
{
GlobalLog.Print("ConnectionGroup::FindConnection currentConnection.BusyCount:" + currentConnection.BusyCount.ToString());
if (currentConnection.BusyCount < minBusyCount)
{
leastbusyConnection = currentConnection;
minBusyCount = currentConnection.BusyCount;
if (minBusyCount == 0)
{
freeConnectionsAvail = true;
break;
}
}
}
//
// If there is NOT a Connection free, then we allocate a new Connection
//
if (!freeConnectionsAvail && CurrentConnections < ConnectionLimit)
{
//
// If we can create a new connection, then do it,
// this may have complications in pipeling because
// we may wish to optimize this case by actually
// using existing connections, rather than creating new ones
//
// Note: this implicately results in a this.Associate being called.
//
GlobalLog.Print("ConnectionGroup::FindConnection [returning new Connection] freeConnectionsAvail:" + freeConnectionsAvail.ToString() + " CurrentConnections:" + CurrentConnections.ToString() + " ConnectionLimit:" + ConnectionLimit.ToString());
newConnection = new Connection(this);
}
else
{
//
// All connections are busy, use the least busy one
//
GlobalLog.Print("ConnectionGroup::FindConnection [returning leastbusyConnection] freeConnectionsAvail:" + freeConnectionsAvail.ToString() + " CurrentConnections:" + CurrentConnections.ToString() + " ConnectionLimit:" + ConnectionLimit.ToString());
GlobalLog.Assert(leastbusyConnection != null, "Connect.leastbusyConnection != null|All connections have BusyCount equal to Int32.MaxValue.");
newConnection = leastbusyConnection;
}
}
return(newConnection);
}
/// <devdoc>
/// <para>
/// Used by the ServicePoint to find a free or new Connection
/// for use in making Requests.
/// </para>
/// </devdoc>
public Connection FindConnection(string connName)
{
Connection leastbusyConnection = null;
Connection newConnection = null;
bool freeConnectionsAvail = false;
GlobalLog.Print("ConnectionGroup::FindConnection [" + connName + "] m_ConnectionList.Count:" + m_ConnectionList.Count.ToString());
lock (m_ConnectionList) {
//
// go through the list of open connections to this service point and pick
// the first empty one or, if none is empty, pick the least busy one.
//
bool completed;
do
{
int minBusyCount = Int32.MaxValue;
completed = true; // by default, only once through the outer loop
foreach (WeakReference currentConnectionReference in m_ConnectionList)
{
Connection currentConnection = null;
if (currentConnectionReference != null)
{
currentConnection = currentConnectionReference.Target as Connection;
}
//
// If the weak reference is alive, see if its not busy,
// otherwise make sure to remove it from the list
//
if (currentConnection != null)
{
GlobalLog.Print("ConnectionGroup::FindConnection currentConnection.BusyCount:" + currentConnection.BusyCount.ToString());
if (currentConnection.BusyCount < minBusyCount)
{
leastbusyConnection = currentConnection;
minBusyCount = currentConnection.BusyCount;
if (minBusyCount == 0)
{
freeConnectionsAvail = true;
break;
}
}
}
else
{
m_ConnectionList.Remove(currentConnectionReference);
completed = false;
// now start iterating again because we changed the ArrayList
break;
}
}
} while (!completed);
//
// If there is NOT a Connection free, then we allocate a new Connection
//
if (!freeConnectionsAvail && CurrentConnections < InternalConnectionLimit)
{
//
// If we can create a new connection, then do it,
// this may have complications in pipeling because
// we may wish to optimize this case by actually
// using existing connections, rather than creating new ones
//
// Note: this implicately results in a this.Associate being called.
//
GlobalLog.Print("ConnectionGroup::FindConnection [returning new Connection] freeConnectionsAvail:" + freeConnectionsAvail.ToString() + " CurrentConnections:" + CurrentConnections.ToString() + " InternalConnectionLimit:" + InternalConnectionLimit.ToString());
newConnection =
new Connection(
this,
m_ServicePoint,
m_IPAddress,
m_ServicePoint.ProtocolVersion,
m_ServicePoint.SupportsPipelining);
}
else
{
//
// All connections are busy, use the least busy one
//
GlobalLog.Print("ConnectionGroup::FindConnection [returning leastbusyConnection] freeConnectionsAvail:" + freeConnectionsAvail.ToString() + " CurrentConnections:" + CurrentConnections.ToString() + " InternalConnectionLimit:" + InternalConnectionLimit.ToString());
GlobalLog.Assert(leastbusyConnection != null, "Connect.leastbusyConnection != null", "All connections have BusyCount equal to Int32.MaxValue");
newConnection = leastbusyConnection;
}
}
return(newConnection);
}
protected override IEnumerable <Connection> DoGetItems()
{
var connectionType = GetParameter <ClientScope>("ConnectionType").ToString();
var connection = GetParameter <object>(connectionType);
VssConnection result = null;
while (result == null)
{
switch (connection)
{
case Connection conn:
{
result = conn.InnerConnection;
break;
}
case VssConnection conn:
{
result = conn;
break;
}
case null:
{
Logger.Log($"Get currently connected {connectionType}");
result = ((Connection)CurrentConnections.Get(connectionType))?.InnerConnection;
if (result == null)
{
yield break;
}
break;
}
case Uri uri:
{
Logger.Log($"Get {connectionType} referenced by URL '{uri}'");
result = new VssConnection(uri, Provider.GetDataService <VssCredentials>(Cmdlet, new{ Url = uri }).GetItem());
break;
}
case string uri when Uri.IsWellFormedUriString(uri, UriKind.Absolute):
{
connection = new Uri(uri);
continue;
}
case string name:
{
connection = VssConnectionHelper.GetOrganizationUrlAsync(name).Result;
continue;
}
default:
{
throw new Exception($"Invalid or non-existent {connectionType} {connection}.");
}
}
}
if (connectionType.Equals("Server"))
{
result = (new Connection(result)).ConfigurationServer;
}
yield return(new Connection(result));
}
/// <summary>
/// Event which invoke when server receive new command from other world
/// </summary>
private async void Connection_OnReceivedCommand(Connection sender, ReceivedCommandEventsArgs e)
{
CommandModel commandResult = null;
switch (e.Command.CommandType)
{
case CommandTypes.Authorization:
DBHelper.TryAuthorizationUser(JObject.Parse(e.Command.Data), out commandResult);
await SendCommandResultAsync(sender, commandResult);
break;
case CommandTypes.Registration:
DBHelper.TryRegisterUser(JObject.Parse(e.Command.Data), out commandResult);
await SendCommandResultAsync(sender, commandResult);
break;
case CommandTypes.UserInfo:
var result = DBHelper.GetUserInfo(JObject.Parse(e.Command.Data));
//Set Id to sender connection
if (result.Item2 != Guid.Empty)
{
var recentConnection = CurrentConnections.FirstOrDefault(cc => cc.User.TcpSocket == sender.User.TcpSocket);
if (recentConnection != null)
{
recentConnection.User.Id = result.Item2;
}
var notification = CurrentNotifications.FirstOrDefault(n => n.Key == recentConnection.User.Id).Value;
//Check that have user missed notification or not
if (notification != null)
{
await SendNotificationAsync(recentConnection.User.Id, notification);
CurrentNotifications.Remove(recentConnection.User.Id);
}
}
await SendCommandResultAsync(sender, result.Item1);
break;
case CommandTypes.Search:
await SendCommandResultAsync(sender, DBHelper.GetSearchResults(JObject.Parse(e.Command.Data)));
break;
case CommandTypes.GetContacts:
await SendCommandResultAsync(sender, DBHelper.GetContacts(JObject.Parse(e.Command.Data)));
break;
case CommandTypes.SendToApproveContact:
result = DBHelper.AddNewContact(JObject.Parse(e.Command.Data));
if (result.Item2 != Guid.Empty)
{
await SendNotificationAsync(result.Item2, new NotificationModel { NotificationType = NotificationTypes.NewContact });
}
await SendCommandResultAsync(sender, result.Item1);
break;
case CommandTypes.RemoveContact:
result = DBHelper.RemoveContact(JObject.Parse(e.Command.Data));
if (result.Item2 != Guid.Empty)
{
await SendNotificationAsync(result.Item2, new NotificationModel { NotificationType = NotificationTypes.RemoveContact });
}
await SendCommandResultAsync(sender, result.Item1);
break;
case CommandTypes.ApproveContact:
result = DBHelper.ApproveContact(JObject.Parse(e.Command.Data));
if (result.Item2 != Guid.Empty)
{
await SendNotificationAsync(result.Item2, new NotificationModel { NotificationType = NotificationTypes.ApprovedContact });
}
await SendCommandResultAsync(sender, result.Item1);
break;
}
}
protected override IEnumerable <Connection> DoGetItems()
{
var connectionType = GetParameter <ClientScope>("ConnectionType").ToString();
var connection = GetParameter <object>(connectionType);
TfsConnection result = null;
while (result == null)
{
switch (connection)
{
case Connection conn:
{
result = conn.InnerConnection;
break;
}
case TfsConnection conn:
{
result = conn;
break;
}
case null:
{
Logger.Log($"Get currently connected {connectionType}");
yield return((Connection)CurrentConnections.Get(connectionType));
yield break;
}
case Uri uri:
{
Logger.Log($"Get {connectionType} referenced by URL '{uri}'");
if (uri.LocalPath.Equals("/"))
{
Cmdlet.WriteWarning("Connecting to a Team Foundation Server instance without " +
$"specifying a collection name may lead to errors. Instead of using {uri} " +
"(without a collection name), consider supplying one in the URL, as in e.g. " +
$"{uri}DefaultCollection");
}
if (connectionType.Equals("Server"))
{
result = new TfsConfigurationServer(uri, Provider.GetDataService <VssCredentials>(Cmdlet, new{ Url = uri }).GetItem());
}
else
{
result = new TfsTeamProjectCollection(uri, Provider.GetDataService <VssCredentials>(Cmdlet, new{ Url = uri }).GetItem());
}
break;
}
case string uri when Uri.IsWellFormedUriString(uri, UriKind.Absolute):
{
connection = new Uri(uri);
continue;
}
case string s:
{
var srv = GetServer();
if (srv.IsHosted)
{
connection = VssConnectionHelper.GetOrganizationUrlAsync(s);
continue;
}
var configSrv = (TfsConfigurationServer)srv.InnerConnection;
var tpcList = configSrv.CatalogNode.QueryChildren(new[] { CatalogResourceTypes.ProjectCollection }, false, CatalogQueryOptions.None);
foreach (var tpc in tpcList.Where(t => t.Resource.DisplayName.IsLike(s)))
{
var uri = configSrv.GetTeamProjectCollection(new Guid(tpc.Resource.Properties["InstanceId"])).Uri;
yield return(connectionType.Equals("Server")?
((TfsConnection) new TfsConfigurationServer(uri, Provider.GetDataService <VssCredentials>(Cmdlet, new{ Url = uri }).GetItem())):
((TfsConnection) new TfsTeamProjectCollection(uri, Provider.GetDataService <VssCredentials>(Cmdlet, new{ Url = uri }).GetItem())));
}
yield break;
}
default:
{
throw new Exception($"Invalid or non-existent {connectionType} {connection}.");
}
}
}
yield return(new Connection(result));
}
/// <summary>
/// Send response data to all users which connected to server
/// </summary>
/// <param name="responseData">Data which need transfer to all clients</param>
public void BroadcastResponse(Packet responseData, Connection initiator)
{
CurrentConnections.ForEach(async connection => await SendConversationResponseAsync(responseData, connection, initiator));
}
