Python TCP Socket Transport server Resource information (c/s)

Server-side script:

1 #!/usr/bin/env python2 #Coding:utf83  fromSocketImport*4 ImportOS5 Import time6host="'7port=215678bufsiz=10249Addr=(host,port)Ten  oneTcpsersock =Socket (af_inet,sock_stream) aTcpsersock.bind (ADDR)#Creating Sockets -Tcpsersock.listen (5)#Number of connections -Dic={} the  whileTrue: -tcpclisock, addr = tcpsersock.accept ()#Accept client Connections -data = Tcpclisock.recv (bufsiz)#receiving client Data -Tcpclisock.close ()#shutting down the client +dic[addr[0]]=Data.split () -Os.system ('Touch System_info') +string="' a      forKinchdic: ats = k +' '+ dic[k][0] +' '+ dic[k][1] +' '+dic[k][2] -string+=','. Join (s.split ()) +'\ n'       #Convert a string to a comma by a hollow lattice -With open ('System_info','W') as F: -F.write (string)

Client Script:

1 #!/usr/bin/env python2 #Coding:utf83  fromSocketImport*4 ImportOS5  fromTimeImportSleep6host='192.168.1.226'7port=215678bufsiz=10249Addr=(host,port)Ten              one  whileTrue: aTcpclisock =Socket (af_inet, Sock_stream) -Tcpclisock.connect (ADDR)#try to connect -      whileTrue: thedata = Os.popen ("free-h | head-2 | tail-1 | awk ' {print $2,$3} '"). Read (). strip ('\ n') + -         ' '+ Os.popen ("Vmstat | tail-1 | awk-f "' {print $} '"). Read (). strip ('\ n') -         PrintData -Tcpclisock.send (data)#Send Message +          break -Tcpclisock.close ()#Close Client Connections +Sleep (5)

The server end of the implementation of the Client's ip, total memory, using memory, the CPU is written into the text in a string.

Cases:

192.168.1.121,15g,3.1g,100
192.168.1.42,125g,7.3g,100
192.168.1.43,125g,2.2g,100

Python TCP Socket Transport server Resource information (c/s)