Python detection system Basic information example

Script Example

#!/usr/bin/env python  # -*- coding:utf-8 -*-import psutil   import timeimport datetimeimport sys  import osimport socketimport  Uuidimport platform def get_baseinfo ():         nowtime= Datetime.datetime.now (). Strftime ('%y-%m-%d %h:%m:%s ')         macs  = uuid. UUID (Int = uuid.getnode ()) .hex[-12:]        mac =  ":". Join ([Macs[e:e+2] for e in range (0,11,2)]) #        Mac=os.popen ("/usr/sbin/ip a|grep ether|awk -f  '   '   ' {print $2} '). Read () #        ipaddr=os.popen ("/usr/sbin/ip a|grep eno|grep inet| awk -f  '   '   ' {print $2} ' |awk -f  '/'   ' {print $1} '). Read ()    &nBsp;     hostname=socket.getfqdn (Socket.gethostname ())          ipaddr=socket.gethostbyname (Hostname)         boot_ Start = time.strftime ("%y-%m-%d %h:%m:%s", Time.localtime (Psutil.boot_time ()))          print ('---------------basic Information------------------')          print (' Current time:%s '  % nowtime)         print (' Host Domain name:%s '  % hostname)         print (' IP address:%s '  %  IPADDR)         print (' Mac address:%s '  % mac)          print (' Start time:%s '  % boot_start)          print ('-----------------------------------------') def get_platinfo ():         print ('---------------System Information-------------------')         print (' calculation type  :%s   '  % platform.machine ())         print (' Host name  :%s   '  % platform.node ())         print (' OS type  :%s   '  % platform.system ())         print (' operating system name and version number  : %s  '  % platform.platform ())         print ('------------- -----------------------------') Def get_cpuinfo ():         cpu_ Count=psutil.cpu_count ()         cpu_usage=psutil.cpu_percent ()          cpu_type=os.popen ("Cat /proc/cpuinfo | grep name  |uniq -c| cut -f2 -d: "). Read ()         print ( '-----------------CPU Information------------------')         print (' Cpu cores:%s  cores '  % cpu_ count )         print (' Current CPU usage: %s%s  '  %  (CPU _usage, "%"))         print (' Cpu model:  %s '  % cpu_type)          print ('------------------------------------------') def get_ Meminfo ():         mem_total=int (Psutil.virtual_memory (). total/(1024* )         mem_free=int (Psutil.virtual_memory (). free/(1024*1024))         mem_percent=psutil.virtual_memory () .percent         swap_total=int (Psutil.swap_memory (). total/(1024*1024))          swap_percent=psutil.swap_memory () .percent         print ('-----------------Memory Information------------------')         print (' Physical Memory:%DM '  % mem_ Total)         print (' Free Memory:%DM '  % mem_free)          print (' Memory utilization:%s%s '  %  (mem_percent, "%"))          print (' Swap Memory:%DM '  % swap_total)          Print (' Swap utilization:%s%s '  %  (swap_percent, "%"))         print ('--- ----------------------------------------') Def get_diskinfo (): #    for i in  psutil.disk_partitions ():#        print  "drive letter: %s    mount point: %s   total space:%dm   remaining space:%dm  usage:  %s%s " %  (i[0],i[1), Psutil.disk_usage (i[1]) [0]/(1024*1024), Psutil.disk_usage (i[1]) [2]/(1024*1024), Psutil.disk_usage (I[1]) [3], "%")     priNT ('----------------disk Information-------------------')     num=int (Len (Psutil.disk_partitions ()))     for j in range (0,num):         Device=psutil.disk_partitions () [j].device        mountpoint= Psutil.disk_partitions () [J].mountpoint        total=psutil.disk_usage ( mountpoint). total/(1024*1024)         free=psutil.disk_usage (mountpoint ). free/(1024*1024)         percent=psutil.disk_usage (mountpoint). percent        print  "drive letter: %s   mount point: %s    Total space:%dm   remaining space:%dm  usage:  %s%s " %  (device,mountpoint,total,free,percent,"% ")     print ('-------------------------------------------') def get_netinfo ():        &nBsp;net_sent = psutil.net_io_counters () .bytes_sent           net_recv = psutil.net_io_counters () .bytes_recv           net_spkg = psutil.net_io_counters () .packets_sent           net_rpkg = psutil.net_io_counters () .packets_recv           print ('----------------Network Information-------------------')          print (' send:%d byte     number of packets:%d  '  %  (Net_ sent,net_spkg))         print (' Receive:%d byte     Number of packets Received:%d  '  %  (net_recv,net_rpkg))         print ('------- ------------------------------------') if __name__ ==  "__main__":          &Nbsp;      get_baseinfo ()                  get_platinfo ()                  get_cpuinfo ()                  get_meminfo ()                  get_diskinfo ()                  get_netinfo ()

Python test.py

Output Result:

---------------Basic Information------------------

Current time: 2018-05-09-18:23:58

Host Domain name: www.linuxtest01.com

IP Address: 192.168.1.16

MAC Address: 00:59:06:b0:55:62

Start time: 2017-02-12 7:23:50

-----------------------------------------

---------------System Information-------------------

Calculation type: x86_64

Host Name: linuxtest01

Operating system type: Linux

Operating system name and version number: Linux-3.10.0-327.el7.x86_64-x86_64-with-redhat-7.2-maipo

------------------------------------------

-----------------CPU Information------------------

Number of CPU cores: 4 cores

Current CPU Usage: 27.8%

CPU Model: Intel (R) Xeon (r) CPU e5-4640 0 @ 2.40GHz

------------------------------------------

-----------------Memory Information------------------

Physical Memory: 7823M

Free Memory: 1549M

Memory Utilization: 49.4%

Swap Memory: 4095M

Swap utilization: 17.6%

-------------------------------------------

----------------Disk Information-------------------

Drive letter:/dev/mapper/mount point:/Total space: 97752M remaining space: 47922M usage: 51%

Drive letter:/DEV/SDA1 mount point:/boot total space: 496M remaining space: 340M usage: 31.5%

-------------------------------------------

----------------Network Information-------------------

Send: 165857977619 bytes Sent: 718,789,512 packets

Receive: 688809440896 Byte received packets: 784,210,872

-------------------------------------------

Script for reference only

Python detection system Basic information example