python获取机器信息脚本(网上寻找的)

获取机器信息(待测试)

# -*- coding: UTF-8 -*-
import psutil
import json
import os
import socket
import struct
import time
import sys


# 当前时间函数
def now_time():
    now_time = time.strftime("%Y-%m-%d %H:%M:%S", time.localtime(time.time()))
    return now_time


# 获取硬盘信息函数
def disk_info():
    disk_dict = {}
    disk_name = []
    disk_parttions = psutil.disk_partitions()
    for i in range(len(disk_parttions)):
        parttions_name = disk_parttions[i].device
        mountpoint = disk_parttions[i].mountpoint
        mountfstype = disk_parttions[i].fstype
        disk_info = psutil.disk_usage(mountpoint)
        total = disk_info.total
        used = disk_info.used
        free = disk_info.free
        disk_io = psutil.disk_io_counters(perdisk=True)
        disk_name.append(str(parttions_name.split('/', parttions_name.count('/'))[-1]))
        for key1 in disk_name:
            tmp_disk_list = []
            for key2 in disk_io.keys():
                tmp_disk_list.append(key2)
                if key1 in tmp_disk_list:
                    disk_dict[parttions_name] = {
                        "read_bytes": disk_io[key1].read_bytes,
                        "write_bytes": disk_io[key1].write_bytes,
                        "read_count": disk_io[key1].read_count,
                        "write_count": disk_io[key1].write_count,
                        "mountpoint": mountpoint,
                        "mountfstype": mountfstype,
                        "total": total,
                        "used": used,
                        "free": free
                    }
                else:
                    pass
    return disk_dict


# 获取内存信息函数
def mem_info():
    mem_dict_list = psutil.virtual_memory()
    mem_total = mem_dict_list.total
    mem_used = mem_dict_list.used
    mem_free = mem_dict_list.free
    cpu_use = psutil.cpu_percent(interval=True)
    host_runtime = psutil.boot_time()
    mem_list_info = {
        "mem_total": mem_total,
        "mem_used": mem_used,
        "mem_free": mem_free,
        "cpu_used": cpu_use,
        "host_run": host_runtime
    }
    return mem_list_info


# 获取CPU信息函数
def cpu_info():
    cpu_use = psutil.cpu_percent(interval=True)
    cpu_usage = {
        "cpu_used": cpu_use
    }
    return cpu_usage


# 获取网卡信息函数
def net_info():
    net_dict_list = {}
    net_dev = psutil.net_io_counters(pernic=True)
    for dev_name in net_dev.keys():
        net_dict_list[dev_name] = {
            "RX_b": net_dev[dev_name].bytes_recv,
            "TX_b": net_dev[dev_name].bytes_sent,
            "Dropout": net_dev[dev_name].dropout,
            "Dropint": net_dev[dev_name].dropin
        }
    return net_dict_list


# 获取用户信息函数
def user_info():
    user_dict_list = []
    user_dict = psutil.users()
    for i in range(len(user_dict)):
        user_dict_tmp = {}
        user_dict_tmp[user_dict[i].name] = {
            "terminal": user_dict[i].terminal,
            "host": user_dict[i].host,
            "start_time": user_dict[i].started
        }
        user_dict_list.append(user_dict_tmp)
    return user_dict_list


# 获取内存消耗前10的进程函数
def process_info():
    process_dict_list_tmp = []
    pid_dict = psutil.pids()
    for i in pid_dict:
        pid = psutil.Process(i)
        pid_tuple = (i, pid.name(), pid.memory_percent(), pid.create_time(), pid.status(), pid.cwd(), pid.exe())
        process_dict_list_tmp.append(pid_tuple)
    process_dict_list_tmp.sort(key=lambda mem1: mem1[2], reverse=True)
    process_dict_list = process_dict_list_tmp[0:10]
    return process_dict_list


# 获取开机时间函数
def runtime_info():
    host_runtime = psutil.boot_time()
    host_run_time = {
        "host_runtime": host_runtime
    }
    return host_run_time


# 没用的函数
def get_info():
    host_info = {
        'disk_info': disk_info(),
        'mem_info': mem_info(),
        'cpu_info': cpu_info(),
        'net_info': net_info(),
        'process_info': process_info(),
        'user_info': user_info(),
        'runtime_info': runtime_info()
    }
    return repr(host_info)


# socket数据发送函数
def socket_send(socket_server=None, socket_port=None, cammds=None, type=None, PackName=None):
    if type == 'regs':
        s = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
        s.connect((socket_server, socket_port))
        s.sendall(cammds)
        request = str(s.recv(18))
        s.close()
        return request
    elif type == 'data':
        s = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
        s.connect((socket_server, socket_port))
        s.sendall(cammds)
        request = str(s.recv(128))
        if request == 'OK':
            Rtime = now_time()
            PackSize = sys.getsizeof(cammds)
            print(" '%s' : transfer TCP Package '%s' Size '%s' sucessful ") % (Rtime, PackName, PackSize)
            s.close()


# 构架TCP格式数据包函数
def trans_pack(commands=None, type=None):
    Net_type = 4  # package versions
    Mem_type = 1
    Cpu_type = 2
    Disk_type = 3
    Runtime_type = 5
    if type == 'Mem':
        machine_number = json_conf()["machine_number"]  # 获取机器码
        body = json.dumps(dict(commands))  # 生成JSON格式包体
        header = [Mem_type, body.__len__(), machine_number]  # 组成包头格式为:版本,包体长度,机器码
        headPack = struct.pack("!3I", *header)  # 生成包头
        sendPack = headPack + body.encode()  # 构建TCP数据包
        return sendPack
    elif type == 'Net':
        machine_number = json_conf()["machine_number"]  # 获取机器码
        body = json.dumps(dict(commands))  # 生成JSON格式包体
        header = [Net_type, body.__len__(), machine_number]  # 组成包头格式为:版本,包体长度,机器码
        headPack = struct.pack("!3I", *header)  # 生成包头
        sendPack = headPack + body.encode()  # 构建TCP数据包
        return sendPack
    elif type == 'Cpu':
        machine_number = json_conf()["machine_number"]  # 获取机器码
        body = json.dumps(dict(commands))  # 生成JSON格式包体
        header = [Cpu_type, body.__len__(), machine_number]  # 组成包头格式为:版本,包体长度,机器码
        headPack = struct.pack("!3I", *header)  # 生成包头
        sendPack = headPack + body.encode()  # 构建TCP数据包
        return sendPack
    elif type == 'Disk':
        machine_number = json_conf()["machine_number"]  # 获取机器码
        body = json.dumps(dict(commands))  # 生成JSON格式包体
        header = [Disk_type, body.__len__(), machine_number]  # 组成包头格式为:版本,包体长度,机器码
        headPack = struct.pack("!3I", *header)  # 生成包头
        sendPack = headPack + body.encode()  # 构建TCP数据包
        return sendPack
    elif type == 'Run':
        machine_number = json_conf()["machine_number"]  # 获取机器码
        body = json.dumps(dict(commands))  # 生成JSON格式包体
        header = [Runtime_type, body.__len__(), machine_number]  # 组成包头格式为:版本,包体长度,机器码
        headPack = struct.pack("!3I", *header)  # 生成包头
        sendPack = headPack + body.encode()  # 构建TCP数据包
        return sendPack


# 读取JSON配置函数
def json_conf():
    a = os.getcwd()
    # os.chdir("%s/client/conf" % a)  # 改变工作目录为JSON文件目录
    json_list = file("%s/client/conf/client_conf.json" % a)  # 读取JSON配置文件
    m = json_list.read()
    json_list.seek(0)
    json_conf = json.loads(json_list.read())  # 取出JSON配置文件
    json_list.close()
    return json_conf


def json_write(command=None):
    a = os.getcwd()
    os.chdir("%s/client/conf" % a)
    print(command)
    b = type(command)
    m = open("client_conf.json", 'w')





# agent第一次注册函数
def client_regs():
    host_info = json.dumps({'ip': str(json_conf()['local_adder']), 'mac': str(json_conf()['local_mac'])})
    regs_addr = json_conf()['send_server']
    regs_port = json_conf()['server_regs_port']
    server_request = str(socket_send(socket_server=regs_addr, socket_port=regs_port, cammds=host_info, type='regs'))
    conf = json_conf()
    conf['machine_number'] = server_request
    conf = json.dumps(conf)
    json_write(command=conf)


# 数据包发送函数
def send_data():
    DiskPack = trans_pack(commands=disk_info(), type='Disk')  # 生成TCP数据包
    MemPack = trans_pack(commands=mem_info(), type='Mem')
    NetPack = trans_pack(commands=net_info(), type='Net')
    regs_addr = json_conf()['send_server']  # 获取服务器地址
    regs_port = json_conf()['send_port']  # 获取服务器端口
    socket_send(socket_server=regs_addr, socket_port=regs_port, cammds=DiskPack, type='data',
                PackName='DiskPack')  # 向服务器发送数据包
    socket_send(socket_server=regs_addr, socket_port=regs_port, cammds=MemPack, type='data', PackName='MemPack')
    socket_send(socket_server=regs_addr, socket_port=regs_port, cammds=NetPack, type='data', PackName='NetPack')
    time.sleep(json_conf()['sendoff_time'])  # 等待延时


def check_client():
    print('start get client info....')
    machine_number = json_conf()['machine_number']
    if machine_number:
        print(machine_number)
        print(11111)
    else:
        print(machine_number)
        print(22222)


 if __name__ == '__main__':
    while True:
        send_data()