def qidongapp():
start_tim = []
cishu = []
status_shebei = huoqushebeizhuangtai()
if status_shebei == 'device':
try:
packname = conf_dict['packname']
activty = conf_dict['activty']
times = conf_dict['times']
except:
LOG.info('获取不到测试数据，请检查！')
if times <= 1 or len(packname) <= 1:
LOG.info('包命或者包名activity不能为空')
else:
if times <= 1:
LOG.info('次数不能为空')
else:
sum = 0
for i in range(int(times)):
start_time = starttime_app(packagename=packname,
packagenameactivicy=activty)
start_tim.append(int(start_time[1]))
cishu.append(i)
if start_time is None:
break
LOG.info('第%s次启动时间：%s' % (i + 1, start_time[1]))
sum += int(start_time[1])
qidongceshi(cishu=cishu, start=start_tim)
LOG.info('测试报告已经生成，请到当前目录查看')
LOG.info('测试已经完成')
else:
LOG.info('设备连接异常')
def cpu_app():
status_shebei = huoqushebeizhuangtai()
if status_shebei == 'device':
xingneng_bao = 'com.lalamove.'
xing = 20
if len(xingneng_bao) <= 5:
LOG.info('包名必须真实有效')
cishu_list = []
cpu_list = []
pass_list = []
i = 0
for i in range(int(xing)):
nen_cun = getnencun(xingneng_bao)
# rescv, send, liulang_sum = liulang(xingneng_bao)
cpu_caiji = caijicpu(xingneng_bao)
pass_list.append(int(nen_cun[:-1]))
LOG.info('第%s次：Pass：%s' % (i, nen_cun))
cpu_list.append(int(cpu_caiji.split('%')[0]))
LOG.info('第%s次：CPU占用率：%s' % (i, cpu_caiji))
# total_list.append(int(liulang_sum))
# rescv_list.append(int(rescv))
# send_list.append(int(send))
# LOG.info('第%s次：总流量：%sk,上传流量:%sk,下载流量：%sk' % (i, liulang_sum, rescv, send))
i += 1
cishu_list.append(int(i))
getcpu(cishu=cishu_list, start_cpu=cpu_list, Pass_list=pass_list)
LOG.info('测试完成')
else:
LOG.info('测试的设备必须正常连接，请注意')
def cpu_app():
status_shebei = huoqushebeizhuangtai()
if status_shebei == 'device':
xingneng_bao = xingneng_baoming.get('0.0', END).split()[0]
xing = xing_t.get()
if len(xingneng_bao) <= 5:
LOG.info('包名必须真实有效')
messagebox.showwarning('警告', '请检查您的包名')
cishu_list = []
cpu_list = []
rescv_list = []
send_list = []
total_list = []
pass_list = []
i = 0
for i in range(int(xing)):
nen_cun = getnencun(xingneng_bao)
rescv, send, liulang_sum = liulang(xingneng_bao)
cpu_caiji = caijicpu(xingneng_bao)
neicun_t['state'] = 'normal'
pass_list.append((nen_cun))
neicun_t.insert(tkinter.END, ('Pass值：%s' % nen_cun))
LOG.info('第%s次：Pass：%s' % (i, nen_cun))
neicun_t.insert(tkinter.END, '\n')
neicun_t.see(END)
neicun_t['state'] = 'disabled'
cpu_t['state'] = 'normal'
cpu_list.append((cpu_caiji.split('%')[0]))
cpu_t.insert(tkinter.END, ('CPU占有率：%s' % cpu_caiji))
LOG.info('第%s次：CPU占用率：%s' % (i, cpu_caiji))
cpu_t.insert(tkinter.END, '\n')
cpu_t.see(END)
cpu_t['state'] = 'disabled'
liulang_t['state'] = 'normal'
total_list.append((liulang_sum))
rescv_list.append((rescv))
send_list.append((send))
liulang_t.insert(tkinter.END, ('总流量：%sk,上传流量:%sk,下载流量：%sk' %
(liulang_sum, rescv, send)))
LOG.info('第%s次：总流量：%sk,上传流量:%sk,下载流量：%sk' %
(i, liulang_sum, rescv, send))
liulang_t.insert(tkinter.END, '\n')
liulang_t.see(END)
liulang_t['state'] = 'disabled'
xingneng_btn['state'] = 'disabled'
i += 1
cishu_list.append(int(i))
getcpu(cishu=cishu_list,
start_cpu=cpu_list,
recv_list=rescv_list,
send_list=send_list,
total_list=total_list,
Pass_list=pass_list)
xingneng_btn['state'] = 'normal'
LOG.info('测试完成')
messagebox.showinfo('提醒', '测试完毕，测试报告已经生成！')
else:
LOG.info('测试的设备必须正常连接，请注意')
messagebox.showwarning('警告', '设备连接异常 请重新连接设备!')
def qidongapp():
start_tim = []
cishu = []
status_shebei = huoqushebeizhuangtai()
if status_shebei == 'device':
try:
packname = baoming_t.get('0.0', END)
acti = activ_t.get('0.0', END)
cish = cishu_ac.get()
except:
LOG.info('获取不到测试数据，请检查！')
messagebox.showinfo('提醒', '获取不到测试数据，请检查！')
if len(acti) <= 1 or len(packname) <= 1:
messagebox.showinfo('提醒', '包命或者包名activity不能为空')
LOG.info('包命或者包名activity不能为空')
else:
if len(cish) <= 1:
messagebox.showinfo('提醒', '次数不能为空')
LOG.info('次数不能为空')
else:
i = 0
e1['state'] = 'normal'
e1.delete(1.0, tkinter.END)
sum = 0
for i in range(int(cish)):
start_time = starttime_app(packagename=packname,
packagenameactivicy=acti)
start_tim.append(int(start_time[1]))
cishu.append(i)
if start_time is None:
messagebox.showwarning('警告', '请检查您输入的包或者包的启动activity')
break
text = '第%s次启动时间：%s' % (i + 1, start_time[1])
LOG.info('第%s次启动时间：%s' % (i + 1, start_time[1]))
sum += int(start_time[1])
e1['state'] = 'normal'
e1.insert(tkinter.END, text)
e1.insert(tkinter.END, '\n')
e1.see(END)
btn_start['state'] = 'disabled'
e1.insert(tkinter.END, ('平均用时:%s' % (sum / int(cish))))
LOG.info(('平均用时:%s' % (sum / int(cish))))
qidongceshi(cishu=cishu, start=start_tim)
messagebox.showinfo('提示', '测试报告已经生成，请到当前目录查看')
LOG.info('测试报告已经生成，请到当前目录查看')
e1['state'] = 'disabled'
btn_start['state'] = 'normal'
messagebox.showinfo('通知', '测试已经完成')
LOG.info('测试已经完成')
else:
messagebox.showerror('警告', '设备连接异常')
LOG.info('设备连接异常')
def monkey_app():
status_shebei = huoqushebeizhuangtai()
if status_shebei == 'device':
try:
packname = baoming_t1.get('0.0', END).split()[0]
zhongzi = zhongzi_t.get('0.0', END).split()[0]
time = time_t.get().split()[0]
touch = touch_t.get('0.0', END).split()[0]
huadong = huadong_t.get('0.0', END).split()[0]
guiji = guiji_t.get('0.0', END).split()[0]
xitong = xitong_t.get('0.0', END).split()[0]
acti = acti_t.get('0.0', END).split()[0]
event = event_t.get('0.0', END).split()[0]
log = log_t.get('0.0', END).split()[0]
danghang = danghang_t.get('0.0', END).split()[0]
if len(packname) <= 5:
LOG.info('请正确填写包名')
messagebox.showwarning('提醒', '请正确填写包名')
if int(touch) + int(huadong) + int(guiji) + int(danghang) + int(
xitong) + int(acti) > 100:
messagebox.showerror('提醒', '您输入的所有的事件的比例和不能超过100%')
LOG.info('您输入的所有的事件的比例和不能超过100')
adb_monkey(packagename=packname,
s_num=zhongzi,
throttle=time,
pct_touch=touch,
pct_motion=huadong,
pct_trackball=guiji,
pct_nav=danghang,
pct_syskeys=xitong,
pct_appswitch=acti,
num=event,
logfilepath=log)
except:
messagebox.showwarning('警告', '必须填写monkey相关数据')
LOG.info('monkey 测试出错，原因:%s' % Exception)
else:
LOG.info('设备连接异常 请重新连接设备!')
messagebox.showwarning('警告', '设备连接异常 请重新连接设备!')
def monkey_app():
status_shebei = huoqushebeizhuangtai()
if status_shebei == 'device':
try:
packname = conf_dict['packname']
seed = conf_dict['seed']
throttle = conf_dict['throttle']
touch = conf_dict['touch']
motion = conf_dict['motion']
majornav = conf_dict['majornav']
appswitch = conf_dict['appswitch']
trackball = conf_dict['trackball']
syskeys = conf_dict['syskeys']
count = conf_dict['count']
log_file_path = conf_dict['log_file_path']
if len(packname) <= 5:
LOG.info('请正确填写包名')
if int(touch) + int(motion) + int(trackball) + int(majornav) + int(
syskeys) + int(appswitch) > 100:
LOG.info('您输入的所有的事件的比例和不能超过100')
adb_monkey(packagename=packname,
s_num=seed,
throttle=throttle,
pct_touch=touch,
pct_motion=motion,
pct_trackball=trackball,
pct_nav=majornav,
pct_syskeys=syskeys,
pct_appswitch=appswitch,
num=count,
logfilepath=log_file_path)
except:
LOG.info('monkey 测试出错，原因:%s' % Exception)
else:
LOG.info('设备连接异常 请重新连接设备!')
def teread_cpu():
t3 = threading.Thread(target=qidongapp, args=())
t3.start()
t3.join()
if not t3.is_alive():
time.sleep(5)
# threads = []
# t1 = threading.Thread(target=monkey_app, args=())
# t2 = threading.Thread(target=cpu_app, args=())
# threads.append(t1)
# threads.append(t2)
# for th in threads:
# th.start()
# th.join()
monkey_app()
time.sleep(5)
cpu_app()
LOG.info('线程执行完成')
if __name__ == '__main__':
LOG.info('测试小程序开始启动！测试开启！')
try:
status_shebei = huoqushebeizhuangtai()
if status_shebei == 'device':
teread_cpu()
else:
LOG('设备未连接或者连接异常!目前连接状态:%s' % status_shebei)
except Exception as e:
LOG.info('测试异常，原因：%s' % e)