1. First you have to connect multiple phones

  2. Set the IP list of connected phones ipp = [‘192xxx’,’192xxx’]

  3. Killall previous appium processes subprocess.Popen(‘killall node’,shell = True)

  4. Declare a method def start(IP) that calls with ipP passed in

  5. Start the appium service with a different port number (2 or more)

  6. Call the webDriver. Remote method in the loop to create the driver object

  7. When you create an instance of the script class in the loop, create it in the loop and pass driver 8. Declaring multithreaded lists

  8. Method object that creates the instance with multiple threads in the loop and adds it to the multithreading list

  9. In the main function, start is called to populate the multithreaded list. The multithreaded list is then started with a for loop.

  10. Here is the code for the start method:

    def start(ip): for i in range(len(ip)): Subprocess. Popen (‘/Applications/Appium app/Contents/Resources/node/bin/node / Applications/Appium app/Contents/Resources/node_modules/Appium/build/lib/main js – address “127.0.0.1” -p “” + STR (4723 + 2 * I) +” “- the command – timeout” 100 “- automation -name” Appium “-u” [I] ‘+ IP + “:” + STR (5555 + I) + “” >/ TMP /1.txt ‘,shell=True) time.sleep(3.5) WZJ = webdriver.Remote(‘ http://localhost: ‘+ STR (4723+2* I)+’ /wd/hub ‘, desired_caps) dingwei = DingWei(wzj, name) t = threading.Thread(target=dingwei.begin) tt.append(t)

  11. DingWei above is my script class, where begin is the method in the class that starts the script. Here’s the code for the main function

    If name == “main” : start(ipp) time.sleep(2) for I in tt: i.start()

Here’s the whole script: Go ahead and fix it.

# -*- coding:utf-8 -*- from __future__ import division import time import datetime,subprocess import unittest import threading from appium import webdriver import os import xlrd,xlwt,xlutils from xlutils.copy import copy import wx from HTMLTestRunner import HTMLTestRunner from appium.webdriver.common.touch_action import TouchAction from appium.webdriver.common.touch_action import TouchAction desired_caps = {} desired_caps['platformName'] = 'Android' Desired_caps ['platformVersion'] = '5.1.1' desired_caps['deviceName'] = 'hahaha' desired_caps['appPackage'] = 'com......... blehunter.debug' desired_caps['appActivity'] = 'com......... blehunter.ui.WelcomeActivity' # desired_caps["unicodeKeyboard"] = "True" # desired_caps["resetKeyboard"] = "True" Popen('killall node',shell=True) ipp = ['192.168.0.171','192.168.0.175'] tt = [] # def server(IP): for i in range(len(ip)): name = "./new/"+str(ipp[i])+"*****"+time.ctime()+".xls" SZ = xlrd.open_workbook('./new/0.xls') ww = copy(SZ) ww.save(name) subprocess.Popen('/Applications/Appium.app/Contents/Resources/node/bin/node / Applications/Appium app/Contents/Resources/node_modules/Appium/build/lib/main js - address "127.0.0.1" - p "'+str(4723+2*i)+'" --command-timeout "100" --automation-name "Appium" -U "'+ip[i]+':'+str(5555+i)+'" >/ TMP /1.txt',shell=True) time.sleep(3.5) WZJ = webdriver.Remote('http://localhost:'+str(4723+2*i)+'/wd/hub', desired_caps) dingwei = DingWei(wzj, name) t = threading.Thread(target=dingwei.begin) tt.append(t) class DingWei(): def __init__(self,www,fname): self.wzj = www self.num = 0 self.fname = fname self.SZ = xlrd.open_workbook(self.fname) self.sz = self.SZ.sheet_by_name("sheet1") self.ww = copy(self.SZ) self.nrows = self.sz.nrows def id(self,s): return self.wzj.find_element_by_id(s) ################ def first_start(self): time.sleep(4) for i in range(7): try: Self. swipe(1000, 1500, 180, 1500) except: self. swipe(400,706,90,706) time. self.wzj.find_element_by_id("com......... blehunter.debug:id/bt_guide_login").click() except: pass time.sleep(4) self.id('com......... blehunter.debug:id/et_phone').send_keys('18810437161') self.id('com......... blehunter.debug:id/et_phone_password').send_keys('qwerty') self.id('com......... blehunter.debug:id/btn_login').click() time.sleep(5) def chushihua(self): while 1: if self.m.is_enabled(): try: self.id('com......... blehunter.debug:id/tv_location_failed') except: pass break else: pass def panduan(self,no): while 1: if self.m.is_enabled(): try : self.id('com......... blehunter.debug:id/tv_location_failed') self.ww.get_sheet(0).write(no+1, 1, "failed") os.remove(self.fname) self.ww.save(self.fname) except : self.ww.get_sheet(0).write(no+1, 1, "success") os.remove(self.fname) self.ww.save(self.fname) self.num += 1 break else: pass def begin(self): #self.first_start() self.wzj.implicitly_wait(10) b = self.wzj.find_element_by_xpath('//android.support.v7.widget.RecyclerView/android.widget.FrameLayout[2]/android.widget.Im AgeView ') b.lick () print self. WZJ,u " self.m = self.id('com......... Blehunter.debug :id/iv_refresh_friend_location') self.chushihua() j = 0 time0 = datetime.datetime.now() # total times n = Input (u' Please enter the number of tests, must be an integer! ') for i in range(n): j += 1 time.sleep(1) time1 = datetime.datetime.now() self.id('com......... blehunter.debug:id/iv_refresh_friend_location').click() self.panduan(i) time2 = datetime.datetime.now() self.ww.get_sheet(0).write(i+1, 2, "j") self.ww.get_sheet(0).write(i+1, 3, str(self.num)) self.ww.get_sheet(0).write(i+1, 4, str(j-self.num)) self.ww.get_sheet(0).write(i+1, 5, str((time2-time1).seconds)) self.ww.get_sheet(0).write(i+1, 6, str(int((time2-time0).seconds)-j)) os.remove(self.fname) self.ww.save(self.fname) self.ww.get_sheet(0).write(n+2, 0,str(((self.num)/n)*100)[:6]+'%' ) os.remove(self.fname) self.ww.save(self.fname) if __name__ == "__main__": server(ipp) time.sleep(2) for i in tt: i.start()Copy the code