//*********************************************************************
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
}
}
