Python Simple multithreaded link implementation Code _python

Service side:

#!/usr/bin/env
Import Socketserver
class Mymonitorhandler (Socketserver.baserequesthandler):
 def Handle (self):
  self.data=self.request.recv (1024). Strip ()
  print "from%s:%s"% (self.client_address, Self.data)
if __name__== "__main__":
 host,port= ' 0.0.0.0 ', 18000
 server= Socketserver.threadingtcpserver ((host,port), Mymonitorhandler)
 server.serve_forever ()
 server.close ()

Client:

#!/usr/bin/env python
import socket
host,port= "10.23.30.191", 18000
s=socket.socket (socket.af_inet , socket. SOCK_STREAM)
S.connect ((host,port))
s.send ("Up")

Server-side Run results:
From (' 10.23.30.61 ', 45809): Up
From (' 10.23.30.61 ', 45810): Up
From (' 10.23.30.61 ', 45811): Up
From (' 10.23.30.61 ', 45812): Up
From (' 10.23.30.61 ', 45813): Up
From (' 10.23.30.61 ', 45814): Up
From (' 10.23.30.61 ', 45815): Up

Python Simple multithreaded links (ii)

One. Simple multithreading (server-side added time tag)
1.1 Service side

#!/usr/bin/env
import datetime
import socketserver
Classmymonitorhandler ( Socketserver.baserequesthandler):
    def handle (self):
       self.data=self.request.recv (1024). Strip ()
        print ' From%s:%s:  %s '% (Self.client_address,datetime.datetime.now (), self.data)
if__name__== "__main__":
    Host,port= ' 0.0.0.0 ', 18000
   server=socketserver.threadingtcpserver ((host,port), Mymonitorhandler)
    Server.serve_forever ()
    server.close ()

1.2 Client:

#!/usr/bin/envpython

Import Socket

host,port= "192.168.1.103", 18000
s=socket.socket (socket.af_ Inet,socket. SOCK_STREAM)
S.connect ((host,port))
s.send ("Up")

Results:
From (' 192.168.1.104 ', 58032): 2013-12-24 06:47:03.620356:up
From (' 192.168.1.104 ', 58033): 2013-12-24 06:47:05.464851:up
From (' 192.168.1.104 ', 58034): 2013-12-24 06:47:06.273092:up

Two. Server Side Add Time label (judge 30 seconds update Send)

2.1 First need to have the dictionary to store the client's information
Define 1 empty dictionaries first

#!/usr/bin/env
importdatetime
importsocketserver
host_status={}

f=open (' Client.txt ')
while 1:
    line=f.readline (). Split ()
    if Len (line) ==0:break
    host_status[line[0]]= []
f.close ()

Classmymonitorhandler (Socketserver.baserequesthandler):
    def handle (self):
       self.data=self.request.recv (1024). Strip ()
        if self.client_address[0] Inhost_status.keys ():
           Host_status[self.client_address[0]]. Append ((Datetime.datetime.now (), self.data))
            print "from%s:%s  :%s"% (self.client_address, Datetime.datetime.now (), Self.data)
        else:
            print "Sorry,ip%sis ' t in the Monitor list!"%self.client_address[ 0]
        for t,m in Host_status.items ():
            print t,m

if__name__== "__main__":
    host,port= ' 0.0.0.0 ', 18000
   Server=socketserver.threadingtcpserver ((host,port), Mymonitorhandler)
    server.serve_forever (
    ) Server.close ()

Explain:

#!/usr/bin/env import datetime import Socketserver host_status={} #定义个空子典用来存储客户端发送的信息和时间 f=open (' client.txt ') #文件的读取 WH Ile 1:line=f.readline (), split () #文件的读取并分段 if Len (line) ==0:break #结尾退出 host_status[line[0]]= [] #初始化字典, set the IP in the file to Dictionary key F.close () Classmymonitorhandler (Socketserver.baserequesthandler): def handle (self): self.data=self.requ EST.RECV (1024). Strip () Ifself.client_address[0] in Host_status.keys (): #如果获取客户端ip在字典的列表的key中 host_status [Self.client_address[0]].append (Datetime.datetime.now (), self.data)) #这儿采用追加的方式 print "from%s:%s:%s"% (self . Client_address,datetime.datetime.now (), self.data) #输出客户端的ip, connection time, sent content Else:print "Sorry,ip%s is ' t i 

n the monitor list! "%self.client_address[0] #不在提示 for T,m inhost_status.items (): #字典输出 printt,m #字典的输出 if__name__== "__main__": host,port= ' 0.0.0.0 ', 18000 server=socketserver.threadingtcpserver ((host,port), MyMonitorHa Ndler) Server.serve_foRever () Server.close () 

This article comes from the "lzt417" blog