public void FindDevices(IPAddress ipAddressOfSender)
{
searching = true;
smartPlugList = new List <SmartPlug.Core.SmartPlug>();
//Assuming to work with a class C IP address, so broadcast address looks like a.b.c.255
byte[] broadcastIpAddress = ipAddressOfSender.GetAddressBytes();
broadcastIpAddress[3] = 255;
UdpClient listenClient = new UdpClient(54520);
IPEndPoint localEp = new IPEndPoint(IPAddress.Any, 20560);
udpState = new UdpState(localEp, listenClient);
asyncCallback = new AsyncCallback(ReceiveSmartPlugCallBack);
//sending a "Hello" to all smartplugs in the network
SendHelloToPlugs(new IPAddress(broadcastIpAddress), udpState.UdpClient);
udpState.UdpClient.BeginReceive(asyncCallback, udpState);
timeout = new Timer(new TimerCallback(TimeCallBack), null, TimeoutPeriod, 0);
}
public void FindDevices(IPAddress ipAddressOfSender)
{
searching = true;
smartPlugList = new List<SmartPlug.Core.SmartPlug>();
//Assuming to work with a class C IP address, so broadcast address looks like a.b.c.255
byte[] broadcastIpAddress = ipAddressOfSender.GetAddressBytes();
broadcastIpAddress[3] = 255;
UdpClient listenClient = new UdpClient(54520);
IPEndPoint localEp = new IPEndPoint(IPAddress.Any, 20560);
udpState = new UdpState(localEp, listenClient);
asyncCallback = new AsyncCallback(ReceiveSmartPlugCallBack);
//sending a "Hello" to all smartplugs in the network
SendHelloToPlugs(new IPAddress(broadcastIpAddress), udpState.UdpClient);
udpState.UdpClient.BeginReceive(asyncCallback, udpState);
timeout = new Timer(new TimerCallback(TimeCallBack), null, TimeoutPeriod, 0);
}
