# #! /usr/bin/env python
# # -*- coding:utf-8 -*-
# # Author: liwen
# '''
# @time: 2018/8/6 9:19
# '''
# import os
# import os.path

# def clsriz():
#     os.system("cls")  # 清楚日志
#     print ("adb 启动中...")
#     os.popen("adb devices")  # 执行命令
#     os.system("cls")

# def operation():
#     result = os.popen('adb devices').readlines()  # os.popen()执行系统命令并返回执行后的信息对象
#     n = len(result) - 2
#     print (result)
#     print ("检测到" + str(n) + "台设备：")
#     devices = range(n)
#     for i in range(n):
#         nPos = result[i + 1].index("\t")
#         devices[i] = result[i + 1][:nPos]
#         print (str(i + 1) + " - " + devices[i])
#     print (" ")
#     nSel = 1
#     if n != 1:
#         nSel = input("选择设备：")
#     if nSel <= n:
#         dev = devices[nSel - 1]

#     fn = raw_input("输入文件名：")
#     fd = open(fn + '.cmd', 'w')

#     if not os.path.isdir("D:\\" + fn):
#         os.mkdir("D:\\" + fn)

#     fd.write(":loop\n")
#     fd.write("adb -s ")  # 选择设备
#     fd.write(dev)  # 设备号
#     fd.write(
#         r" shell monkey  -p com.android.browser --monitor-native-crashes  --pct-touch 80 --pct-motion 15 --pct-nav 5 -s %random% -v  --throttle 500 320000 >d:\\")  # -s %random%的意思是防止产品相同的时间避免重复执行同一种动作
#     fd.write(fn)
#     fd.write("\\%random%.log\n")
#     fd.write("@ping -n 15 127.1 >nul\n")  # ping自己15次用来延迟
#     fd.write("adb -s ")
#     fd.write(dev)
#     fd.write(" reboot\n")
#     fd.write("@ping -n 120 127.1 >nul\n")
#     fd.write("@goto loop")

#     fd.close()

#     print ("批处理生成完毕")

# if __name__ == '__main__':
#     # clsriz()
#     operation()
import time

print (time.clock())