Magic packet sender only one usage of each socket utorrent#

You should be able to bind one end to the primary ethernet interface IP address, and bind the client to the loopback (127.0.0.1) address. SOLUTION to 'only one usage of each socket.' problem: if you use NOD, go to Advanced Setup>Web Access Protection>HTTP, HTTPS>Web Browsers> find uTorrent and click twice in the box in front of it until it turns to an X (red cross). Only one usage of each socket address (protocol/network address/port) is normally permitted. argc (argument count) and argv (argument vector) are. Server forms the listener socket while client reaches out to the server. One socket (node) listens on a particular port at an IP, while other socket reaches out to the other to form a connection.

Replace the Any with a specific IP address (one machine can have multiple if you setup IP aliasing or multiple adapters), or simpler, change the port number of the client to differ from the server. Socket programming is a way of connecting two nodes on a network to communicate with each other. A simple observation is that when I send the magic packets within 1-2 minutes of PC1. The UdpClient.Receive() method will populate the IPEndPoint with the ip/port of the sender of the packet so that you can reply to it.Įither don't bind to IPAddress.Any (that causes it to bind to all interfaces). I have been trying to use the Wake on LAN feature but I have been.

The server is usually the only side of the connection that needs a standard, fixed port. Normally, UDP/TCP clients just use a random socket and communicate with the server. I would ask if the client really needs to have a standard port number. The rule is simple, but the workarounds are several. (Technically, it is possible to have 2 processes attached to the same socket, under certain circumstances, but that isn't relevant to your problem). Each IP/Port is a unique mailbox, so to speak. You can't have 2 separate sockets open on the same IP address / port. If the sender is on the same subnet (local network, aka LAN) as the computer to be awakened there are generally no issues.