//********************************************************************* private void ThreadableConnectToAP(String SSID, Connect _conn, AP _connecttoAP) { bool connectSuccess = false; _AssociatedWithAPList.Clear(); Int32 tRYStOcONNECT = 0; _conn.SSID = _connecttoAP.SSID; _conn.Destination = _connecttoAP.getMACAddress(); _conn.PacketChannel = _connecttoAP.getOperateChannel(); _conn.PacketBand = _connecttoAP.getOperateBand(); _conn.Reciver = _connecttoAP.getMACAddress(); this.setOperateChannel(_connecttoAP.getOperateChannel()); this.setOperateBand(_connecttoAP.getOperateBand()); while (!connectSuccess) { if (!_AssociatedWithAPList.Contains(SSID)) { if (tRYStOcONNECT < 10) { SendData(_conn); tRYStOcONNECT++; Thread.Sleep(1000); } } else { connectSuccess = true; } } if (connectSuccess && _scanning) { SpinWait.SpinUntil (() => { return((bool)!_scanning); } ); this.setOperateChannel(_connecttoAP.getOperateChannel()); this.setOperateBand(_connecttoAP.getOperateBand()); } // Fix Work Channel under scan }
private void tbrGUISlow_Tick(object sender, EventArgs e) { lblMAC.Text = _ap.getMACAddress(); lblChannel.Text = _ap.getOperateChannel().ToString(); lblBand.Text = _ap.getOperateBand(); lblSSID.Text = _ap.SSID; ArrayListCounted devicesList = _ap.getAssociatedDevices(); listStations.Items.Clear(); foreach (object __o in devicesList) { string s = (string)__o; listStations.Items.Add(s); // loop body } }