def __init__(self,
name: str,
exec_time: int,
by: int,
checker: ck.Checker = None,
dependent: dp.Dependent = None):
self.name = name
self.exec_time = exec_time
self.by = by
self.create_time = time_utils.datetime_string(time_utils.TYPE2)
self.checker = checker if checker else ck.Checker()
if dependent:
self.dependent = dependent
else:
if self.checker is None:
raise AttributeError('check is None, scene create fail')
self.dependent = checker.generate_dependent()
self.details = dict()
self.work_threads = list()
self.start_time = None
self.cur_count = None
self.report = None
self.start_row = None
self.device = None
self.fd: fd.FD = None
self.save_in_usb = False
self.config_list = [constant.CONFIG_FILE]
if self.by not in [BY_COUNT, BY_TIME]:
raise KeyError('illegal by : {}'.format(self.by))
def create_dc_scene(self,devices_list, scene_name,exec_times):
this_checker = ck.Checker(
power_off=self.dc_dict["待机是否正常"],
sub_screen=self.dc_dict["副屏是否正常（外置摄像头保存图片）"],
power_on=self.dc_dict["开机是否正常"],
)
if len(devices_list) == 0:
self.scene_dcwake = scene_wake.SceneDCWake(
name=scene_name,
exec_time=exec_times,
by=sc.BY_COUNT,
checker=this_checker,
mode=dk.MODE_QUICK
)
self.scene_dcwake.save()
self.attribute_init()
self.creat_success_toast = toast(parent=self, text='DC待机场景\n创建成功！')
self.creat_success_toast.move(QPoint(self.geometry().left() + self.width() * 0.3, self.geometry().top() + self.height() * 0.3))
self.creat_success_toast.ocl_signal.connect(self.open_scene_list)
self.creat_success_toast.setModal(True)
self.creat_success_toast.exec()
else:
self.scene_dcwake = scene_wake.SceneDCWake(
name="DC待机",
exec_time=1,
checker=this_checker,
mode=dk.MODE_QUICK
)
self.attribute_init()
self.scene_dcwake.device = dv.Device(devices_list[0][0], devices_list[0][1])
self.checkscene = sceneOneCheck(self.scene_dcwake)
self.checkscene.reflash_sig.connect(self.showlog)
self.checkscene.dependent_check_sig.connect(self.check_message)
self.checkscene.start()
def create_scene_boot_enter(self, devices_list, scene_name, exec_times):
this_checker = ck.Checker()
if len(devices_list) == 0:
self.scene_boot_enter = scene_boot_enter.SceneBootEnter(
name=scene_name,
exec_time=exec_times,
by=sc.BY_COUNT,
checker=this_checker,
inner=self.onAndoff_dict["内置应用"],
third=self.onAndoff_dict["第三方应用"],
tv=self.onAndoff_dict["信源"])
self.scene_boot_enter.save()
self.attribute_init()
self.creat_success_toast = toast(parent=self, text='开机直达场景\n创建成功！')
self.creat_success_toast.move(
QPoint(self.geometry().left() + self.width() * 0.3,
self.geometry().top() + self.height() * 0.3))
self.creat_success_toast.ocl_signal.connect(self.open_scene_list)
self.creat_success_toast.exec()
else:
self.scene_boot_enter = scene_boot_enter.SceneBootEnter(
name="开机直达",
exec_time=1,
checker=this_checker,
inner=self.onAndoff_dict["内置应用"],
third=self.onAndoff_dict["第三方应用"],
tv=self.onAndoff_dict["信源"])
self.attribute_init()
self.scene_boot_enter.device = dv.Device(devices_list[0][0],
devices_list[0][1])
self.checkscene = sceneOneCheck(self.scene_boot_enter)
self.checkscene.reflash_sig.connect(self.showlog)
self.checkscene.dependent_check_sig.connect(self.check_message)
self.checkscene.start()
def create_onoff_scene(self, devices_list, scene_name, exec_times):
this_checker = ck.Checker(
net=self.onAndoff_dict["网络是否回连成功"],
usb=self.onAndoff_dict["移动存储设备挂载是否成功,U盘个数："],
hdmi=self.onAndoff_dict["HDMI出图是否成功"],
blue_controller=self.onAndoff_dict["遥控器是否回连成功"],
blue_speaker=self.onAndoff_dict["蓝牙音箱是否回连成功"],
near=self.onAndoff_dict["近场唤醒是否成功"],
far=self.onAndoff_dict["远场唤醒是否成功"],
usb_count=self.usb_count,
# a2dp_mac=self.a2dp_mac
)
if len(devices_list) == 0:
self.scene_onoff = scene_on_and_off.SceneOnAndOff(
name=scene_name,
exec_time=exec_times,
by=sc.BY_COUNT,
checker=this_checker,
mode=self.mode,
key_set=dict(volume=self.onAndoff_dict["音量+-"],
channel=self.onAndoff_dict["频道+-"],
pad=self.onAndoff_dict["五维键"],
voice=self.onAndoff_dict['语音键']),
dc_off_interval=self.waittime,
on2check_interval=self.boottime,
ad_root=self.ad_root,
far=self.far)
self.scene_onoff.save()
self.attribute_init()
self.creat_success_toast = toast(parent=self, text='开关机场景\n创建成功！')
self.creat_success_toast.move(
QPoint(self.geometry().left() + self.width() * 0.3,
self.geometry().top() + self.height() * 0.3))
self.creat_success_toast.ocl_signal.connect(self.open_scene_list)
self.creat_success_toast.exec()
else:
self.scene_onoff = scene_on_and_off.SceneOnAndOff(
name="开机压测",
exec_time=1,
checker=this_checker,
mode=self.mode,
key_set=dict(volume=self.onAndoff_dict["音量+-"],
channel=self.onAndoff_dict["频道+-"],
pad=self.onAndoff_dict["五维键"],
voice=self.onAndoff_dict['语音键']),
dc_off_interval=self.waittime,
on2check_interval=self.boottime,
ad_root=self.ad_root,
far=self.far)
self.attribute_init()
self.scene_onoff.device = dv.Device(devices_list[0][0],
devices_list[0][1])
self.checkscene = sceneOneCheck(self.scene_onoff)
self.checkscene.reflash_sig.connect(self.showlog)
self.checkscene.dependent_check_sig.connect(self.check_message)
self.checkscene.start()
def create_toscreen_scene(self, devices_list, scene_name, exec_times):
this_checker = ck.Checker(
launcher=True,
# blue_controller=self.online_dict["遥控器是否回连成功"],
# blue_speaker=self.online_dict["蓝牙音箱是否回连成功"],
# near=self.online_dict["近场唤醒是否成功"],
# far=self.online_dict["远场唤醒是否成功"],
)
# brand_list = []
# for channel in ["腾讯视频", "爱奇艺", "酷喵", "QQ音乐MV",
# "QQ音乐", "HDP", "电视家",
# "本地视频", "信源"]:
# if self.online_dict[channel] == True:
# brand_list.append(channel)
# print('brand_list', brand_list)
if self.videomode == True:
profile = ''
else:
profile = ''
if len(devices_list) == 0:
self.online_scene = scene_media.SceneMedia(
name=scene_name,
exec_time=exec_times,
by=sc.BY_COUNT,
profile=profile,
checker=this_checker,
brand_list=[],
performance_str=self.lineEdit_7.text(),
performance_interval=int(self.lineEdit_6.text()),
# check_interval=self.lineEdit_2.text()
)
self.online_scene.save()
else:
self.online_scene = scene_media.SceneMedia(
name="开机直达",
exec_time=1,
profile=profile,
checker=this_checker,
brand_list=[],
performance_str=self.lineEdit_7.text(),
performance_interval=int(self.lineEdit_6.text()),
# check_interval=self.lineEdit_2.text()
)
task = task_base.TaskBase(name=scene_name,
device=dv.Device(devices_list[0][0],
devices_list[0][1]),
scene_list=[self.online_scene])
# task.start()
try:
self.test = scene_test(task)
self.test.sig.connect(self.inform_text)
self.test.start()
except:
print(traceback.format_exc())
def base_deserialize(clazz: type, d: dict):
"""
静态方法，基本的反序列化操作
:param clazz:
:param d:
:return:
"""
checker = ck.Checker(**d['checker'])
dependent = checker.generate_dependent()
d['checker'] = checker
d['dependent'] = dependent
return clazz(**d)
def create_online_scene(self, devices_list, scene_name, exec_times):
this_checker = ck.Checker(
blue_controller=self.online_dict["遥控器是否回连成功"],
blue_speaker=self.online_dict["蓝牙音箱是否回连成功"],
near=self.online_dict["近场唤醒是否成功"],
far=self.online_dict["远场唤醒是否成功"],
)
brand_list = []
for channel in [
"腾讯视频", "爱奇艺", "酷喵", "QQ音乐MV", "QQ音乐", "HDP", "电视家",
"本地视频_大码率", "本地视频_混合编解码", "信源"
]:
if self.online_dict[channel] == True:
brand_list.append(channel)
if len(devices_list) == 0:
self.online_scene = scene_media.SceneMedia(
name=scene_name,
exec_time=exec_times,
by=sc.BY_TIME,
checker=this_checker,
brand_list=brand_list,
profile=self.lineEdit.text(),
performance_str=self.performance_str,
performance_interval=self.performance_interval,
local_video=self.local_video
# check_interval=self.lineEdit_2.text()
)
self.attribute_init()
self.online_scene.save()
self.creat_success_toast = toast(parent=self, text='视频煲机场景\n创建成功！')
self.creat_success_toast.move(
QPoint(self.geometry().left() + self.width() * 0.3,
self.geometry().top() + self.height() * 0.3))
self.creat_success_toast.ocl_signal.connect(self.open_scene_list)
self.creat_success_toast.exec()
else:
self.online_scene = scene_media.SceneMedia(
name="视频煲机",
exec_time=1,
checker=this_checker,
brand_list=brand_list,
profile=self.lineEdit.text(),
performance_str=self.performance_str,
performance_interval=self.performance_interval,
local_video=self.local_video)
self.attribute_init()
self.online_scene.device = dv.Device(devices_list[0][0],
devices_list[0][1])
self.checkscene = sceneOneCheck(self.online_scene)
self.checkscene.reflash_sig.connect(self.showlog)
self.checkscene.dependent_check_sig.connect(self.check_message)
self.checkscene.start()
def create_recorder_scene(self, device_list, curname, times):
check = ck.Checker()
self.recorder_scene = SceneRecord(name=curname,
exec_time=times,
checker=check,
scripts=self.script_list)
self.recorder_scene.save()
self.creat_success_toast = toast(parent=self, text='录制脚本压测场景\n创建成功！')
self.creat_success_toast.move(
self.geometry().left() + self.width() * 0.2,
self.geometry().top() + self.height() * 0.1)
self.creat_success_toast.ocl_signal.connect(self.open_scene_list)
self.creat_success_toast.exec()
def create_scene_TV(self,devices_list, scene_name,exec_times):
this_checker = ck.Checker(
blue_controller=self.choice_dict["遥控器是否回连成功"],
blue_speaker=self.choice_dict["蓝牙音箱是否回连成功"],
near=self.choice_dict["近场唤醒是否成功"],
far=self.choice_dict["远场唤醒是否成功"],
# a2dp_mac=self.a2dp_mac
)
chanel_list = []
for channel in ['HDMI1','HDMI2','HDMI3','ATV','DTMB']:
if self.choice_dict[channel] == True:
chanel_list.append(channel)
if len(devices_list) == 0:
self.SceneTV = scene_tv.SceneTV(
name=scene_name,
exec_time=exec_times,
by=sc.BY_TIME,
checker=this_checker,
channel_list=chanel_list,
channel_switch_interval=self.channel_switch_interval,
performance_interval=self.performance_interval,
check_interval=self.check_interval,
performance_str=self.performance_str
)
self.SceneTV.save()
self.attribute_init()
self.creat_success_toast = toast(parent=self, text='信源压测场景\n创建成功！')
self.creat_success_toast.move(QPoint(self.geometry().left() + self.width() * 0.3, self.geometry().top() + self.height() * 0.3))
self.creat_success_toast.ocl_signal.connect(self.open_scene_list)
self.creat_success_toast.exec()
else:
self.SceneTV = scene_tv.SceneTV(
name="信源煲机",
exec_time=1,
checker=this_checker,
channel_list=chanel_list,
channel_switch_interval=self.channel_switch_interval,
performance_interval=self.performance_interval,
check_interval=self.check_interval,
performance_str=self.performance_str
)
self.attribute_init()
self.SceneTV.device = dv.Device(devices_list[0][0], devices_list[0][1])
self.checkscene = sceneOneCheck(self.SceneTV)
self.checkscene.reflash_sig.connect(self.showlog)
self.checkscene.dependent_check_sig.connect(self.check_message)
self.checkscene.start()
def create_monkeylogic_scene(self, devices_list, scene_name, exec_times):
this_checker = ck.Checker(
camera=self.monkeyLogic_dict["摄像头是否正常"],
usb=self.monkeyLogic_dict["USB挂载正常,U盘个数："],
far=self.monkeyLogic_dict["远场语音是否唤醒正常"],
net=self.monkeyLogic_dict['网络连接是否正常'],
near=self.monkeyLogic_dict["近场语音是否唤醒正常"],
blue_speaker=self.monkeyLogic_dict['蓝牙音箱是否回连成功'],
blue_controller=self.monkeyLogic_dict['蓝牙遥控器是否回连成功'],
usb_count=self.usb_count,
# a2dp_mac=self.a2dp_mac
)
if len(devices_list) == 0:
self.monkeylogic_scene = scene_monkey.SceneMonkeyLogic(
name=scene_name,
exec_time=exec_times,
by=sc.BY_TIME,
mode=self.mode,
checker=this_checker,
switch_interval=self.switch_interval,
check_interval=self.check_interval,
packages=self.packages)
self.monkeylogic_scene.save()
self.attribute_init()
self.creat_success_toast = toast(parent=self,
text='逻辑Monkey场景\n创建成功！')
self.creat_success_toast.move(
QPoint(self.geometry().left() + self.width() * 0.3,
self.geometry().top() + self.height() * 0.3))
self.creat_success_toast.ocl_signal.connect(self.open_scene_list)
self.creat_success_toast.exec()
else:
self.monkeylogic_scene = scene_monkey.SceneMonkeyLogic(
name="逻辑monkey",
exec_time=1,
mode=self.mode,
checker=this_checker,
switch_interval=self.switch_interval,
check_interval=self.check_interval,
packages=self.packages)
self.attribute_init()
self.monkeylogic_scene.device = dv.Device(devices_list[0][0],
devices_list[0][1])
self.checkscene = sceneOneCheck(self.monkeylogic_scene)
self.checkscene.reflash_sig.connect(self.showlog)
self.checkscene.dependent_check_sig.connect(self.check_message)
self.checkscene.start()
def create_recovery_scene(self, devices_list, scene_name, exec_times):
this_checker = ck.Checker(
launcher=self.recover_dict["launcher进入正常"],
camera=self.recover_dict["摄像头驱动是否正常，是否能升降"],
usb=self.recover_dict["移动存储设备是否能够成功挂载,U盘个数："],
wifi_driver=self.recover_dict["WiFi驱动是否正常"],
far=self.recover_dict["远场语音是否能唤醒"],
check_apk=self.recover_dict["检测第三方应用是否存在"],
install_apk=self.recover_dict["批量安装APK（APK路径：xxx）"],
usb_count=self.usb_count,
apk_root=self.apk_root)
if len(devices_list) == 0:
self.recovery_scene = scene_recovery.SceneRecovery(
name=scene_name,
exec_time=exec_times,
by=sc.BY_COUNT,
checker=this_checker,
retain_app=self.is_save_app,
serial_open=self.is_open_Serial)
self.recovery_scene.save()
self.attribute_init()
self.creat_success_toast = toast(parent=self, text='系统重置场景\n创建成功！')
self.creat_success_toast.move(
QPoint(self.geometry().left() + self.width() * 0.3,
self.geometry().top() + self.height() * 0.3))
self.creat_success_toast.ocl_signal.connect(self.open_scene_list)
self.creat_success_toast.exec()
else:
self.recovery_scene = scene_recovery.SceneRecovery(
name="恢复出厂设置",
exec_time=1,
checker=this_checker,
retain_app=self.is_save_app,
serial_open=self.is_open_Serial)
self.attribute_init()
self.recovery_scene.device = dv.Device(devices_list[0][0],
devices_list[0][1])
self.checkscene = sceneOneCheck(self.recovery_scene)
self.checkscene.reflash_sig.connect(self.showlog)
self.checkscene.dependent_check_sig.connect(self.check_message)
self.checkscene.start()
def deserialize(d: dict):
"""
默认的反序列化操作
:param d:
:return:
"""
d = d.copy()
m = importlib.import_module(d['module'])
if not hasattr(m, d['clazz']):
raise ValueError('deserialize fail !')
d.pop('module')
dependent = d.pop('dependent')
clazz = d.pop('clazz')
create_time = d.pop('create_time')
d['checker'] = ck.Checker(**d['checker'])
obj = m.__dict__[clazz](**d)
obj.create_time = create_time
for key, value in dependent.items():
if value:
setattr(obj.dependent, 'key', value)
return obj
"""
self.device.tv.send_cmd('setprop persist.app.launch ' +
self.selected_app[package][1])
string = '<?xml version=\'1.0\' encoding=\'utf-8\' standalone=\'yes\' ?>\n<map>\n<string name=\\"boot_' \
'enter\\">' + self.selected_app[package][0] + '</string>\n</map>\n'
self.device.tv.send_cmd('echo "' + string + '" > ' +
self.boot_enter_sp)
def _set_boot_enter_launcher(self):
try:
package = 'com.konka.livelauncher'
self.device.tv.send_cmd('setprop persist.app.launch ' +
self.app_list[package][1])
string = '<?xml version=\'1.0\' encoding=\'utf-8\' standalone=\'yes\' ?>\n<map>\n<string name=\\"boot_' \
'enter\\">' + self.app_list[package][0] + '</string>\n</map>\n'
self.device.tv.send_cmd('echo "' + string + '" > ' +
self.boot_enter_sp)
except BaseException as e:
logging.warning('_set_boot_enter_launcher fail')
logging.exception(e)
if __name__ == '__main__':
s = SceneBootEnter(name='123',
exec_time=10,
inner=True,
third=False,
tv=True,
checker=ck.Checker())
s.save()
for scene in new_task.scene_list:
old_task.scene_list.append(scene)
if __name__ == '__main__':
from task import scene_on_and_off, scene_boot_enter, scene_tv, scene_media, scene_monkey, scene_wake, checker as ck, switch as sw, dc_wake as dk
from utils import log
log.init_logging("", output=False)
scene1 = scene_on_and_off.SceneOnAndOff(
name='开机压测',
exec_time=2,
by=sc.BY_COUNT,
checker=ck.Checker(
launcher=True,
net=True,
usb=True),
mode=sw.MODE_DC,
key_set=dict(volume=True, voice=True),
on2check_interval=40,
far=False
)
scene2 = scene_boot_enter.SceneBootEnter(
name='开机直达',
exec_time=1,
by=sc.BY_COUNT,
checker=ck.Checker(),
inner=True,
third=True,
tv=True