private void HandleLoginCommand(LoginCommand loginCommand)
{
if (_connection.ConnectionState != ConnectionState.Initiated)
{
_connection.Reply("login badcommand");
return;
}
if (_connectionRegistry.IsLoggedIn(loginCommand.DeviceId))
{
_connection.Reply("login badcommand");
return;
}
if (
!_deviceAuthenticator.Authenticate(new AuthenticationParameters(loginCommand.DeviceId,
loginCommand.ApiKey)))
{
Logger.Error("Login unauthorized. Device: {0}", loginCommand.DeviceId);
_connection.Reply("login unauthorized");
return;
}
var numericDeviceId = _deviceOperations.Get(loginCommand.DeviceId).NumericId;
_connectionRegistry.PromoteToLoggedInConnection(_connection, loginCommand.DeviceId, numericDeviceId);
_connection.Reply("login ack");
_connection.Heartbeat();
}
public void RegisterInitiatedConnection(IPersistentConnection connection)
{
lock (_lock)
{
connection.ConnectionState = ConnectionState.Initiated;
connection.Heartbeat();
InitiatedConnections.Add(connection.ConnectionId, connection);
}
}
public void PromoteToLoggedInConnection(IPersistentConnection connection, string deviceId, long numericDeviceId)
{
if (deviceId == null)
{
throw new ArgumentNullException(nameof(deviceId));
}
lock (_lock)
{
InitiatedConnections.Remove(connection.ConnectionId);
connection.DeviceId = deviceId;
connection.NumericDeviceId = numericDeviceId;
connection.ConnectionState = ConnectionState.LoggedIn;
connection.Heartbeat();
LoggedInConnections.Add(connection.DeviceId, connection);
}
}
