Refactoring Network libraries

The previous network library was marked with an ID as the session object, but many application server logic is complex and each session object needs to carry (save) a lot of state, then the developer will always build an object manager.

So I was previously encapsulated in a network library as a C + + object, as a callback to the net event and the parameters of the network interface.

Shown here is a pingpong protocol test program (not subcontracting, subcontracting does not affect the efficiency of this Protocol test)

Project (Requires VS2013): Http://files.cnblogs.com/files/irons/PingPangDemo.zip

The Tcpservice class is the network interface layer that is designed to be labeled with an ID object.

The Wrapserver is a network interface labeled Tcpservice with C + + objects, and its C + + object is tcpsession.

It usually uses its smart pointer.

For the blog Garden Rules (in fact, is dine), only paste code (specific code design, but also please take a moment to see the source code-I do not do more here to explain the HA, there are questions please advise)

Server:

#include <iostream>#include<mutex>#include".. /net/eventloop.h"#include".. /net/wraptcpservice.h"Std::mutex G_mutex;intTOTAL_RECV =0;intTotal_client_num =0;voidonsessionclose (tcpsession::P tr session) {G_mutex.Lock(); Total_client_num--; G_mutex.unlock ();}intOnsessionmsg (tcpsession::P TR Session,Const Char* Buffer,intLen) {Session-Send (buffer, Len); G_mutex.Lock(); Total_recv+=Len;    G_mutex.unlock (); returnLen;}intMainintargcChar**argv) {    intThread_num = Atoi (argv[1]); intPort_num = Atoi (argv[2]); Wrapserver::P TR Server= std::make_shared<wrapserver>(); Server-Setdefaultentercallback ([] (tcpsession::P tr session) {session-Setclosecallback (onsessionclose); Session-Setdatacallback (onsessionmsg); G_mutex.Lock(); Total_client_num++;    G_mutex.unlock ();    }); Server-Startlisten (Port_num); Server-Startworkthread (Thread_num);    EventLoop Mainloop;    Mainloop.restorethreadid ();  while(true) {Mainloop.loop ( +); G_mutex.Lock(); Std::cout<<"Total recv:"<< (TOTAL_RECV/1024x768) /1024x768<<"m/s, of client num:"<< Total_client_num <<Std::endl; Total_recv=0;    G_mutex.unlock (); }}

Client:

#include <iostream>#include<string>#include".. /net/socketlibfunction.h"#include".. /net/wraptcpservice.h"voidonsessionclose (tcpsession::P tr session) {}intOnsessionmsg (tcpsession::P TR Session,Const Char* Buffer,intLen) {Session-Send (buffer, Len); returnLen;}intMainintargcChar**argv) {    intThread_num = Atoi (argv[1]); intPort_num = Atoi (argv[2]); intnum = atoi (argv[3]); intPacket_len = Atoi (argv[4]); STD::stringTMP (Packet_len,'a'); Wrapserver::P TR Server= std::make_shared<wrapserver>(); Server-Startworkthread (Thread_num);  for(inti =0; i < num; i++) {sock FD= Ox_socket_connect ("127.0.0.1", Port_num); Server->addsession (FD, [&] (tcpsession::P tr session) {session-Setclosecallback (onsessionclose); Session-Setdatacallback (onsessionmsg); Session-Send (Tmp.c_str (), tmp.size ());    }); } std::cin.Get();}

Tks

Refactoring Network libraries