def getDevice(self):
#todo
#provides more device type, only android target currently
self.logger.debug('get device instance!')
self._device = AndroidDevice()
self._device.getConnect()
self._devices.append(self._device)
return self._device
async def device_watch(allow_remote: bool = False):
serial2udid = {}
udid2serial = {}
def callback(udid: str, status: str):
if status == STATUS_OKAY:
print("Good")
async for event in adb.track_devices():
logger.debug("%s", event)
# udid = event.serial # FIXME(ssx): fix later
if not allow_remote:
if re.match(r"(\d+)\.(\d+)\.(\d+)\.(\d+):(\d+)", event.serial):
logger.debug("Skip remote device: %s", event)
continue
if event.present:
try:
udid = serial2udid[event.serial] = event.serial
udid2serial[udid] = event.serial
device = AndroidDevice(event.serial, partial(callback, udid))
await device.init()
await device.open_identify()
udid2device[udid] = device
await hbconn.device_update({
# "private": False, # TODO
"udid":
udid,
"platform":
"android",
"colding":
False,
"provider":
device.addrs(),
"properties":
await device.properties(),
})
logger.info("Device:%s is ready", event.serial)
except RuntimeError:
logger.warning("Device:%s initialize failed", event.serial)
except Exception as e:
logger.error("Unknown error: %s", e)
import traceback
traceback.print_exc()
else:
udid = serial2udid[event.serial]
if udid in udid2device:
udid2device[udid].close()
udid2device.pop(udid, None)
await hbconn.device_update({
"udid": udid,
"provider": None, # not present
})
def getDevice(self):
#todo
#provides more device type, only android target currently
self.logger.debug('get device instance!')
self._device = AndroidDevice()
self._device.getConnect()
self._devices.append(self._device)
return self._device
class DeviceManager(object):
'''DeviceManager maintains collecion of availiable devices'''
_instance = None
_mutex = threading.Lock()
def __init__(self):
self._devices = list()
self.logger = Logger.getLogger()
self.logger.debug('init DeviceManager instance!')
@staticmethod
def getInstance(context=None):
if(DeviceManager._instance == None):
DeviceManager._mutex.acquire()
if(DeviceManager._instance == None):
DeviceManager._instance = DeviceManager()
else:
pass
DeviceManager._mutex.release()
else:
pass
if not context is None:
DeviceManager._instance.setContext(context)
return DeviceManager._instance
def setContext(self, context=None):
self._context = context
def getDevice(self):
#todo
#provides more device type, only android target currently
self.logger.debug('get device instance!')
self._device = AndroidDevice()
self._device.getConnect()
self._devices.append(self._device)
return self._device
def getDeviceState(self,serial=None):
return self._device.getState()
def getDevices(self):
return self._devices
class DeviceManager(object):
'''DeviceManager maintains collecion of availiable devices'''
_instance = None
_mutex = threading.Lock()
def __init__(self):
self._devices = list()
self.logger = Logger.getLogger()
self.logger.debug('init DeviceManager instance!')
@staticmethod
def getInstance(context=None):
if (DeviceManager._instance == None):
DeviceManager._mutex.acquire()
if (DeviceManager._instance == None):
DeviceManager._instance = DeviceManager()
else:
pass
DeviceManager._mutex.release()
else:
pass
if not context is None:
DeviceManager._instance.setContext(context)
return DeviceManager._instance
def setContext(self, context=None):
self._context = context
def getDevice(self):
#todo
#provides more device type, only android target currently
self.logger.debug('get device instance!')
self._device = AndroidDevice()
self._device.getConnect()
self._devices.append(self._device)
return self._device
def getDeviceState(self, serial=None):
return self._device.getState()
def getDevices(self):
return self._devices
