Col/Internet Protocal (TCP/IP)—and Sockets was designed to support them all. An instructor. TCP/IP Programmer's Reference. 433 Pages20021.5 MB85 Downloads. Compiling and Linking a TCP/IP C Sockets. Running a Sockets P. Sams Teach Yourself TCP/IP in 24 Hours - EBook Free Download. Rounding it all out is plenty of advanced coverage to push your C# network programming skills to the limit. For example, you'll learn two ways to share application methods across the network: using Web services and remoting. You'll also master the security features intrinsic to C# and.NET--features that stand to benefit all. What is the difference between the socket and pipe? - Operating System.

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21-Aug-13 16:28 21-Aug-13 16:28 Great article, helping me to understand sockets. Some references are outdated for VS 2012 but easily updated. I am having problems with the UDP client/server using the exact code above (EmployeeUDPClient/EmployeeUDPServer). After I enter a name, on the line: byte[] rdata = udpc.Recive(ref ep); It returns an error: System.Net.Sockets.SocketException was unhandled HResult=- Message=An existing connection was forcibly closed by the remote host I am running these as console applications (running server first) on VS 2012 using.NET 4.5.

Any thoughts on the problem? You cannot connect two computers on different networks. Diana Palmer Love With A Long Tall Texan Pdf To Word. However most of the time, people are behind NAT routers, which should automatically forward your request or response to or from your public internet IP address. Local adresses can only connect on local networks. Normally your NAT router will forward a request, on lets say TCP port 1337, to your computer, because the TCP-packets holds information about your MAC-address. Your router knows your MAC address.

Example: Two computers, Computer 1 (C1), has: MAC address 00:00:13:F3:34:D7, Local IP (LAN): 192.168.0.34, Public IP (internet): 78.157.19.3 Computer 2 (C2), has: MAC address 00:00:72:F3:DF:13, Local IP (LAN): 10.0.0.3, Public IP (internet): 79.157.1.113 TCP connects only when one computer acts as server (listens on specific port). C1 acts as TCP-server on port 1337, listening for new connections. This will work only on local ip's in the range 192.168.0.* unless the NAT router acts as TCP server on port 1337. This will allow public ip-addresses to connect to the router (which has the public IP), and then the router forwards the client requests to the computer on the network, which has been configured in the router, in this case 192.168.0.34. C2 acts as client and knows only adresses in the range of 10.0.0.* The NAT router which connects C2 to the internet, also has to be configured.

Not as a server, but to forward TCP requests on port 1337 to the internet. This requires the client to know C1's public IP address, which is 78.157.19.3. Most routers will forward all TCP requests to the internet, as it often opposes no security threat.