Publish a python service framework iserver (with stress test data)

Publish a python service framework iserver (with stress test data)
Iserver introduction Iserver is a network service framework (compiled version 3.4.1) Written in python. It uses the epool Network Model Tester to configure the processor 2x Genuine Intel (R) CPU T2050 @ 1.60 GHz memory 2060 MB (673 MB used) number of processes enabled by nginx root 2413 2409 2414 0 00:00:00 pts/0 grep-I nginx www 2411 2? 00:00:00 nginx: worker process www 2415 2411 0? 00:00:00 nginx: master process www 2416 2411 0? 00:00:00 nginx: master process www 2417 2411 0? 00:00:00 nginx: master process www 2418 2411 0? 00:00:00 nginx: master process www 2419 2411 0? 00:00:00 nginx: master process www 2420 2411 0? 00:00:00 nginx: master process www 2421 2411 0? 00:00:00 nginx: Eight nginx processes in the master process consume 120 MB of memory (15 MB * 8 = 2424 MB). php-cgi: Number of processes enabled: root 1 0? 00:00:00 php-fpm: master process www 2425 2424 0? 00:00:00 php-fpm: pool www 2426 2424 0? 00:00:00 php-fpm: pool www 2427 2424 0? 00:00:00 php-fpm: pool www 2428 2424 0? 00:00:00 php-fpm: pool www 2429 2424 0? 00:00:00 php-fpm: pool www 2430 2424 0? 00:00:00 php-fpm: pool www 2431 2424 0? 00:00:00 php-fpm: pool www 2432 2424 0? 00:00:00 php-fpm: pool www 2433 2424 0? 00:00:00 php-fpm: pool www 2434 2424 0? 00:00:00 php-fpm: pool www 2435 2424 0? 00:00:00 php-fpm: the pool www enables 12 php-cgi processes to consume 240 MB of memory (20 M * 12 = M). The test process is to first start the queue network service, php inserts an insert SQL statement into the queue service, such as client. php copy code 1/** 2 * socket client 3 * a NULL fill string 4 * n table-style unsigned short integer 5 * unsigned short integer, always 16 points, large-end 6 */7 function insert_queue ($ cmd, $ SQL) {8 $ s = socket_create (AF_INET, SOCK_STREAM, SOL_TCP); 9 try {10 socket_connect ($ s, "127.0.0.1", 8888); 11 $ list = json_encode (array (12 "SQL" => $ sql13); 14 $ Len = strlen ($ list); 15 $ param = pack ("nna {$ len}", $ cmd, $ len, $ list); 16 socket_write ($ s, $ param, strlen ($ param); 17 socket_recv ($ s, $ head, 4, 0); 18 // var_dump ($ head); 19 if ($ head! = '') {20 $ a = unpack (" ncmd/nlen ", $ head); 21 $ cmd = $ a ['cmd']; 22 $ len = $ a ['len']; 23 if ($ cmd = 8001) {24 socket_recv ($ s, $ body, $ len, 0 ); 25 // echo $ body; exit; 26 $ B = json_decode ($ body, true); 27 socket_close ($ s); 28 return $ B; 29} 30} 31 socket_close ($ s); 32} catch (Exception $ e) {33 echo $ e-> getMessage (); 34} 35} 36 $ temp = insert_queue (8001, "insert into (num) values (% d)"); copy the code CircularQueue. py copy code 1 #! /Usr/bin/python 2 # coding = UTF-8 3 #4 # @ Author: LiXiaoYu 5 # @ Time: 2013-11-06 6 # @ Info: CircularQueue Server. 7 8 import Epoll 9 from Config import Config10 from App. queue. circularQueue import CircularQueue11 12 # Get Queue service configuration 13 _ config = Config ("Queue") 14 15 # Initial Parameter 16 _ port = _ config. get ("queue. port ") # service port 17 _ app = CircularQueue () 18 # _ allow_ip = ['2017. 168.1.100'] # whitelist IP address list 19 20 # Start Service 21 s = Epoll. crea TeServer (_ app) 22 # s. setAllowIp (_ allow_ip) 23 s. listen (_ port) 24 25 start service 26 python3 circularQueue. py copy code test tool uses webbench to simulate 10 thousand concurrent webbench-c 10000-t 30 http: // 192.168.1.100/client. php test result lxy @ lenovo-pc :~ $ Webbench-c 10000-t 30 http: // localhost/client. php Webbench-Simple Web Benchmark 1.5 Copyright (c) Radim Kolar 1997-2004, GPL Open Source Software. benchmarking: GET http: // 192.168.1.100/client. php 10000 clients, running 30 sec. speed = 43226 pages/min, 129975 bytes/sec. requests: 21613 susceed, 0 failed. the number of requests per minute is 43226 pages/min, and the amount of data transmitted per second is 129975 bytes/sec, which is equivalent to 43226*60*24 = 62245440 requests per day.