new一下调试成功，可以直接使用
import time, os, random
import subprocess
import re
PATH = lambda p: os.path.abspath(os.path.join(os.path.dirname(__file__), p))
#注意apk包的存放路径
class adbmokeybast(object):
filename = ""
packagename = ""
versionCode = ""
versionName = ""
def __init__(self, adbdeves, locatpath):
self.adbdeves = adbdeves
self.locatpath = locatpath
self.clsriz()
def getApkBaseInfo(self):
getcmd = 'aapt d badging %s |findstr "package launchable-activity"' % self.locatpath
result = subprocess.Popen(getcmd, stdout=subprocess.PIPE,
stderr=subprocess.PIPE,
stdin=subprocess.PIPE, shell=True)
(output, err) = result.communicate()
match = re.compile("package: name='(\S+)' versionCode='(\d+)' versionName='(\S+)'").match(output.decode())
if not match:
raise Exception("can't get packageinfo")
self.packagename = match.group(1)
self.versionCode = match.group(2)
self.versionName = match.group(3)
print('packagename:' + self.packagename)
print('versionCode:' + self.versionCode)
print('versionName:' + self.versionName)
return self.packagename, self.versionName, self.versionCode
def clsriz(self):
os.system("cls") # 清楚日志
print("adb 启动中...")
# 链接模拟器 进行测试
os.popen("adb connect 127.0.0.1:62001")
os.popen("adb devices") # 执行命令
os.system("cls")
def adbmokdeyaut(self):
result = os.popen(self.adbdeves).readlines() # os.popen()执行系统命令并返回执行后的信息对象
devices = []
devicesdec = {}
# 保存选择设备号
dev = ""
alen = len(result)
new_a = result[1:alen - 1]
for i in range(len(new_a)):
newadvices = new_a[i].split("\t")
if newadvices[1] == "device\n":
devices.append(newadvices[0])
devicesdec[i] = newadvices[0]
else:
return "没有可以用的设备号"
print(devices)
print(devicesdec)
try:
while True:
nSel = int(input("选择输入设备按序号就行: "))
for k, v in devicesdec.items():
if nSel == k:
print("您输入的序号为：%d，设备号为: %s" % (int(nSel), devicesdec[nSel]))
dev = devicesdec[nSel]
break
else:
print("你输入的有误！！！")
continue
break
except:
print("输入有误，程序停止")
return 0
self.filename = input("输入保存的结果文件名：")
fd = open(self.filename + '.cmd', 'w')
monkeypath = "e:\\monkey\\" + self.filename
if not os.path.isfile(monkeypath):
os.mkdir(monkeypath)
print(monkeypath)
fd.write(":loop\n")
fd.write("adb -s ") # 选择设备
fd.write(dev) # 设备号
# -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 320000
cmmmdgetapck = " shell monkey -p ${packes} --monitor-native-crashes --pct-touch 80 --pct-motion 15 --pct-nav 5 -s %random% -v --throttle 500 320000".replace(
"${packes}", self.packagename)
fd.write(cmmmdgetapck + " >" + monkeypath)
fd.write("\\%random%.log\n")
# ping自己15次用来延迟
fd.write("@ping -n 15 127.1 >nul\n")
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")
def cmdrun(self):
path = os.getcwd()
print(path)
self.adbmokdeyaut()
print("============" + self.filename)
os.system(self.filename)
if __name__ == '__main__':
locatpath = PATH(r'apk\XXXX.apk')
am = adbmokeybast("adb devices", locatpath)
#获取包名
am.getApkBaseInfo()
#启动全部程序
# am.cmdrun()
old
#! /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(
" 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()
修改版本
result = os.popen(self.adbdeves).readlines() # os.popen()执行系统命令并返回执行后的信息对象
devices = []
devicesdec = {}
# 保存选择设备号
dev = ""
alen = len(result)
new_a = result[1:alen - 1]
for i in range(len(new_a)):
newadvices = new_a[i].split("\t")
if newadvices[1] == "device\n":
devices.append(newadvices[0])
devicesdec[i] = newadvices[0]
else:
return "没有可以用的设备号"
print(devices)
print(devicesdec)
try:
while True:
nSel = int(input("选择输入设备按序号就行: "))
for k, v in devicesdec.items():
if nSel == k:
print("您输入的序号为：%d，设备号为: %s" % (int(nSel), devicesdec[nSel]))
dev = devicesdec[nSel]
break
else:
print("你输入的有误！！！")
continue
break
except:
print("输入有误，程序停止")
return 0
#第二种方法：
devices = []
import subprocess
result = subprocess.Popen("adb devices", shell=True, stdout=subprocess.PIPE,
stderr=subprocess.PIPE).stdout.readlines()
for item in result:
t = item.decode().split("\tdevice")
if len(t) >= 2:
devices.append(t[0])
return devices
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