def init_app(plat, package_name, app_path, sleep_time, serialno=None):
dev = None
if plat.lower().find('android') >= 0:
if serialno:
if re.search('127.0.0.1:\d+', serialno):
dev = connect_device('Android:///{}?cap_method=JAVACAP&ori_method=ADBORI'.format(serialno))
else:
dev = connect_device('Android:///{}'.format(serialno))
else:
dev = connect_device('Android:///')
wake()
install_android_app(current_device().adb, app_path)
stop_app(package_name)
start_app(package_name)
sleep(sleep_time / 1.5)
elif plat == 'PC_editor':
w = Windows()
dev = UnityEditorWindow()
w.keyevent('^P') # Ctrl+P运行
sleep(sleep_time / 2)
dev.stop_app = w.app # 用于获取进程id，结束进程用
elif plat == 'PC_win':
w = Windows()
w.start_app(app_path)
sleep(sleep_time)
w.connect(process=w.app.process)
dev = connect_device("Windows:///?class_name=UnityWndClass")
dev.stop_app = w.app
# elif plat == 'iOS':
# pass
# elif plat == 'MAC_editor':
# pass
return dev
def setUp(self):
if not current_device():
connect_device('Android:///')
self.package_name = 'com.google.android.calculator'
apk_path = self.R('res/app/com.google.android.calculator.apk')
install_android_app(current_device().adb, apk_path)
start_app(self.package_name)
def start_app(self, activity=None):
"""
启动app
:param activity: 启用的页面 only android
:return:
"""
self.check_device()
start_app(self.app_name, activity)
def setUp(self):
stop_app("com.gameholic.drawsomethingbyspider")
clear_app("com.gameholic.drawsomethingbyspider")
wake()
home()
start_app("com.gameholic.drawsomethingbyspider")
sleep(7)
self.poco = UnityPoco()
print("handBook test start")
def setUp(self):
stop_app("com.gameholic.drawsomethingbyspider")
clear_app("com.gameholic.drawsomethingbyspider")
wake()
home()
start_app("com.gameholic.drawsomethingbyspider")
sleep(7)
self.poco = UnityPoco()
print("test reward level no coins start")
def __init__(self, device, logging_level=logging.ERROR):
logger = logging.getLogger("airtest")
logger.setLevel(logging_level)
auto_setup(__file__, devices=[device])
start_app('com.tencent.qqlite')
self.poco = AndroidUiautomationPoco(
use_airtest_input=True, screenshot_each_action=False)
self.normalize_qqlite()
def setUp(self):
# connect_device("android:///")
# self.poco1 = AndroidUiautomationPoco(force_restart=False)
stop_app("com.gameholic.drawsomethingbyspider")
clear_app("com.gameholic.drawsomethingbyspider")
wake()
home()
start_app("com.gameholic.drawsomethingbyspider")
sleep(7)
self.poco = UnityPoco()
def check_poco_service(stopped, client_thread):
"""
每隔150 启动 poco_service
:param stopped:
:param client_thread:
:return:
"""
while not stopped:
if client_thread is not None and client_thread.stopped:
return
time.sleep(150)
start_app('com.netease.open.pocoservice', 'TestActivity')
def restart_app_by_scan():
try:
stop_app("com.taobao.qianniu") # 如果应用存在后台，先停止，保证能够进入千牛工作台首页
finally:
start_app('com.taobao.qianniu') # 启动千牛工作台
try:
poco('com.taobao.qianniu:id/workbench_title_scan').click()
poco('com.taobao.qianniu:id/btn_album').click()
poco(name='显示根目录').click()
poco(text='图库').click()
poco(text='trade').click()
poco('com.android.gallery3d:id/iv_thumbnail').click()
poco(desc='确定').click()
except PocoNoSuchNodeException:
restart_app_by_scan()
def connect_iOS():
"""
连接 iOS 手机
:return: 是否连接设备并启动了 app
"""
try:
iOS_device = 'IOS:http://127.0.0.1:8100'
connect_device(iOS_device)
Data.device_type = 'iOS'
start_app(Data.iOS_package)
return True
except Exception as e:
print('连接 iOS 失败：', e)
return False
def init_app(plat=SD.PLAT, package_name=SD.PACKAGE_NAME, app_path=SD.APP_PATH[SD.PLAT], sleep_time=SD.SLEEP_TIME,
serialno=SD.SERIALNO):
dev = None
if plat == 'android':
if SD.USE_ATX_SERVER2:
atx_server2 = AtxServer2()
device_info = atx_server2.get_usable_device_info()
SD.UDID = device_info['udid']
serialno = device_info['source']['remoteConnectAddress']
if serialno and serialno.strip() != '':
if re.search(r'127.0.0.1:\d+', serialno):
logger.debug('模拟器用JAVACAP和ADBORI')
dev = connect_device(f'Android:///{serialno}?cap_method=JAVACAP&ori_method=ADBORI')
else:
logger.debug(f'指定连接serialno: {serialno}')
dev = connect_device(f'Android:///{serialno}')
else:
dev = connect_device('Android:///')
wake()
install_android_app(current_device().adb, app_path)
stop_app(package_name)
logger.debug(f'启动app:{package_name}')
start_app(package_name)
sleep(sleep_time / 1.5)
elif plat == 'pc_editor':
w = Windows()
dev = UnityEditorWindow()
w.keyevent('^P') # Ctrl+P运行
sleep(sleep_time / 2)
dev.stop_app = w.app # 用于获取进程id，结束进程用
elif plat == 'pc_win':
w = Windows()
w.start_app(app_path)
sleep(sleep_time)
w.connect(process=w.app.process)
dev = connect_device("Windows:///?class_name=UnityWndClass")
dev.stop_app = w.app
# elif plat == 'ios':
# pass
# elif plat == 'mac_editor':
# pass
return dev
def connect_android():
"""
连接 Android 手机
:return: 是否连接设备并启动了 app
"""
adb = ADB()
device_list = adb.devices()
if len(device_list) >= 1:
try:
androd_device = 'Android://127.0.0.1:5037/' + device_list[0][0]
connect_device(androd_device)
Data.device_type = 'android'
start_app(Data.android_package)
return True
except Exception as e:
print('连接 android 失败：', e)
return False
else:
return False
def inner(*args, **kwargs):
print(f"测试开始 {test_name}")
start_case(test_name)
from airtest.core.api import start_app, stop_app
stop_app(app_package)
start_app(app_package)
recorder_queue.put(test_name) # 这里启动监控
result = None
try:
result = func(*args, **kwargs)
except Exception as e:
logger.error(e)
logger.error(traceback.format_exc())
recorder_queue.put(DefaultConfig.RECORD_CASE_END_MARK)
time.sleep(1)
stop_app(app_package)
print(f"测试结束 {test_name}")
stop_case(test_name)
time.sleep(5)
return result
def login(self, username, password):
self.poco1 = AndroidUiautomationPoco()
if self.poco1(text="Sign in").exists():
self.poco1(text="Sign in").click()
sleep(1.0)
self.poco1("android.widget.LinearLayout").offspring("android.widget.RelativeLayout").child("android.widget.LinearLayout").child("android.widget.LinearLayout").child("android.widget.LinearLayout").child("android.widget.ImageView").click()
sleep(1)
self.poco1(text="Username").click()
sleep(1)
text(username)
sleep(1)
self.poco1("android.widget.LinearLayout").offspring("android.widget.RelativeLayout").child("android.widget.LinearLayout").child("android.widget.LinearLayout")[2].child("android.widget.EditText").click()
sleep(1)
#有的手机text()方法不起作用
shell("input keyboard text %s"%password)
shell("input keyevent 4")
sleep(1)
self.poco1("android.widget.LinearLayout").offspring("android.widget.RelativeLayout").child("android.widget.LinearLayout").child("android.widget.LinearLayout")[3].child("android.widget.TextView").click()
sleep(7)
else:
print("登录弹框未出现")
start_app("com.gameholic.drawsomethingbyspider")
def runTest():
stop_app("com.gameholic.drawsomethingbyspider")
clear_app("com.gameholic.drawsomethingbyspider")
wake()
home()
start_app("com.gameholic.drawsomethingbyspider")
sleep(7)
permissionClick()
autoUpdate()
login("wn10001", "z123456")
waitLogin()
sleep(5)
poco = UnityPoco()
#进入商店
poco("Shop").click()
sleep(1)
#关闭购买去广告提示弹框
if poco("BitchPopup").child("Image").child("Image").exists():
print("弹出支付去广告成功")
poco("Button").child("Text").click()
if not poco("BitchPopup").child("Image").child("Image").exists():
print("关闭弹框成功")
sleep(1)
#关闭商店
poco("Return").click()
sleep(1)
if not poco(text="Limited").exists():
print("退出商店成功")
poco("Shop").click()
sleep(1)
#关闭购买去广告提示弹框
if poco("BitchPopup").child("Image").child("Image").exists():
print("弹出支付去广告成功")
poco("Button").child("Text").click()
sleep(1)
#切换标签和购买
#切换所有标签
poco(text="Gift").click()
sleep(1)
if poco("PropName").get_text() == "Marvellous Gift":
print("切换礼物标签成功")
poco("Text (2)").click()
sleep(1)
if poco("PropName").get_text() == "Speed-up":
print("切换到道具标签成功")
poco(text="Diamonds").click()
sleep(1)
if poco(text="Super Gems Pack").get_text() == "Super Gems Pack":
print("切换钻石标签成功")
poco(text="Limited").click()
sleep(1)
if not poco("PropName").exists():
print("切换到礼包标签成功")
poco(text="Monster").click()
sleep(1)
if poco(text="Green Fluffy").get_text() == "Green Fluffy":
print("切换到怪物标签成功")
#滑动列表
poco(texture="monster_A1_1").wait_for_appearance()
poco(texture="monster_A1_1").click()
beforSwipe = poco(texture="monster_A1_1").get_position()
poco.swipe([300.0/576, 850.0/1024],[300.0/576, 150.0/1024])
sleep(2)
afterSwipe = poco(texture="monster_A1_1").get_position()
if beforSwipe != afterSwipe:
print("滑动列表成功")
else:
print("滑动列表失败")
#滑动回顶部
poco.swipe([300.0/576, 150.0/1024],[300.0/576, 850.0/1024])
sleep(2)
#购买逻辑
poco("Tree").child("ShopProp(Clone)")[0].child("BuyIt").child("Text").click()
sleep(2)
buyConfirm = poco("lable").get_text()
if buyConfirm == "Confirm to purchase":
print("打开确认购买弹框成功")
#取消购买
poco(text="Cancel").click()
sleep(1)
if not poco(text="Confirm to purchase").exists():
print("取消购买成功")
#wn10001购买怪物成功
buy()
#切换到钻石标签查看sdk调出
poco(text="Diamonds").click()
sleep(1)
if poco(text="Super Gems Pack").get_text() == "Super Gems Pack":
print("切换钻石标签成功")
buy()
#完成测试
stop_app("com.gameholic.drawsomethingbyspider")
sleep(2.0)
snapshot(msg="app stopped")
print("shop finish test")
def poco(request, driver_class):
# connect_device()
from poco.drivers.android.uiautomation import AndroidUiautomationPoco
case_name = request.node._nodeid
airtestlog = request.config.getoption("airtestlog")
if airtestlog:
split_path = request.module.__file__.split(PROJ_NAME)
log_parentdir = split_path[0] + PROJ_NAME + '\\' + GL.REPORT_DIR
if not os.path.exists(log_parentdir):
os.mkdir(log_parentdir)
jkbuildid = request.config.getoption("--jkbuildid")
jkjobname = request.config.getoption("--jkjobname")
if jkbuildid != -1 and jkjobname:
logdir = os.path.join(log_parentdir, jkjobname)
if not os.path.exists(logdir):
os.mkdir(logdir)
logdir = os.path.join(logdir, jkbuildid)
if not os.path.exists(logdir):
os.mkdir(logdir)
else:
logdir = log_parentdir
#log_subdir = request.module.__name__+' '+request.function.__name__
logdir = os.path.join(logdir, request.module.__name__)
if not os.path.exists(logdir):
os.mkdir(logdir)
logdir = os.path.join(logdir, request.function.__name__)
if not os.path.exists(logdir):
os.mkdir(logdir)
print(' logdir: ', logdir)
#request.logdir=logdir
G.LOGGING.debug('logdir: %s' % logdir)
set_logdir(logdir)
airtesthtml = request.config.getoption("airtesthtml")
if airtesthtml and airtestlog:
from airtest.report.report import custom_report
from airttest_settings import jk_server, static_server
case_info = {"name": case_name, "desc": request.node.function.__doc__}
if jkbuildid != -1 and jkjobname:
#'http://xx.xx.x.x:8080/jenkins/job/JOBNAME/ws/report/JOBNAME/'
print('jk jk_server: ', jk_server)
#jk_logdir=logdir.split(PROJ_NAME)[1]
#print('jk log dir: ',jk_logdir)
#online_report=jk_server+'/job/'+jkjobname+'ws'+jk_logdir.replace('\\','/')+'/'
online_path = jk_server + '/job/' + jkjobname + '/ws/'
static_root = jk_server + '/job/' + jkjobname + '/ws/files/statics/'
else:
online_path = None
static_root = None
startapp = request.config.getoption("startapp")
print('startapp: ', startapp)
print('type(startapp): ', type(startapp))
if startapp == True or startapp == 'True':
clear_app(APP_PACKAGE)
print('conftest: start app')
start_app(APP_PACKAGE)
poco = AndroidUiautomationPoco(use_airtest_input=True,
screenshot_each_action=True)
yield poco
#yield driver_class
def dr_finalizer():
stopapp = request.config.getoption("stopapp")
if stopapp == True or stopapp == 'True':
stop_app(APP_PACKAGE)
clear_app(APP_PACKAGE)
print()
print('conftest: stop app')
if airtesthtml and airtestlog:
custom_report(case_info,
logdir,
online_path=online_path,
proj_name=PROJ_NAME,
static_root=static_root)
request.addfinalizer(dr_finalizer)
def startApp(self,package,device):
if G.DEVICE == None:
connect_device(device)
print("start_app(package)")
print(start_app(package))
def tests_runner(main_script, file_config):
# читаем конфиг из config-файла
package, data_config = read_data_from_config(file_config)
gl_report = []
# на сколько я понял это каждый раз открывает новое соединение
'''
# подключаемся к девайсу
if run_on_emulator: # для эмулятора
init_device(platform='Android', cap_method='JAVACAP', ori_method='ADBORI')
else: # для девайса
init_device(platform='Android')
log('Init Device')
'''
init_device(platform='Android')
dev = device()
poco = UnityPoco()
# вроде всё готово для тестов:
t0 = time.time();
out('Cases::tests_runner()... started')
# выставляем значения по умолчанию потому что предыдущего теста не было
last_test_stop_app = False
need_wake = True
# for line in data_csv:
for line in data_config:
# из config-файла
test_id, f_wake, f_stop_before, f_clear_app, f_push_saves, \
f_start_app, f_stop_after = parse_line_from_config(line)
if need_wake:
f_wake = True
need_wake = False
if last_test_stop_app:
f_stop_before = True
f_start_app = True
last_test_stop_app = False
# создаём логирование
log_path = 'report(' + test_id + ')'
set_logdir(log_path)
# пробуждаем устройство
if f_wake:
wake()
# останавливаем приложение
if f_stop_before:
stop_app(package);
time.sleep(1)
# отчистить даные приложения
if f_clear_app:
clear_app(package)
# подсовываем сэйвы
if f_push_saves != '':
push_my_saves(f_push_saves, package)
# стартуем приложение
if f_start_app:
start_app(package)
time.sleep(10)
poco = UnityPoco()
# запускаем тест
tt0 = time.time();
result, runned = test_runner(dev, poco, test_id)
dtt = time.time() - tt0
print('test: ' + test_id + '; ' + \
'runned: ' + str(runned) + '; ' + \
'result: ' + str(result) + '; ' + \
'time(sec): ' + str(int(dtt)))
print('-----------------------')
if not result:
last_test_stop_app = True
f_stop_after = True
gl_report.append([test_id, runned, result, dtt])
# останавливаем приложение
if f_stop_after:
last_test_stop_app = True
stop_app(package)
# далее обязательная секция чтобы сгенерить отчёт
report_path = get_log_path(main_script, log_path)
print(report_path)
simple_report(main_script, report_path, output='report(' + test_id + ').html')
t1 = time.time()
out('Cases::tests_runner()... complete (' + str(t1 - t0) + ' sec)')
# заключительный репорт gl_report
log_path = 'report'
set_logdir(log_path)
for gl_data in gl_report:
txt = gl_data[0] + ' '
prop = ''
if not gl_data[1]:
prop += 'тест не найден'
else:
txt += '(' + str(int(gl_data[3])) + ' sec)'
if not gl_data[2]:
prop += 'тест не пройден'
out(txt, prop)
# далее обязательная секция чтобы сгенерить отчёт
report_path = get_log_path(main_script, log_path)
print(report_path)
simple_report(main_script, report_path, output='global_report.html')
def setUpClass(cls):
super(CalculatorCase, cls).setUpClass()
cls.package_name = 'com.google.android.calculator'
apk_path = cls.R('res/app/com.google.android.calculator.apk')
install_android_app(current_device().adb, apk_path)
start_app(cls.package_name)
def test_my(self, ios_poco):
""" 测试'我的' """
start_app(self.PACKAGENAME)
self.page = MainPage(ios_poco)
self.page.my()
assert self.page.poco("立即登录")
def _start_app(self,package:Key, activity=None):
'''
启动指定app
:return:
'''
start_app(package.value, activity)
def init_app(package: str):
if package_opened(package):
stop_app(package)
start_app(package)
def setUpModule():
connect_device("Android://127.0.0.1:5037/DA08196340368")
start_app('com.caibaopay.cashier')
