def update(self, folder, window):
"""This function represents the analysis and restore process core."""
count = 0
cfg = ConfigParser.ConfigParser()
cfg.read(config.configFile)
duration = cfg.get('Analysis', 'duration')
while True:
if self.exit() or not bool(self._dict):
break
self._logger.info('current state -> %s' % 'running')
#create folder to store analysis results
count += 1
exp_f = self.createFolder(self.getDeviceId(), folder, count)
#create the wrapper class
key, l_app = self._dict.popitem()
exp = Analysis(exp_f, self.getDeviceId(), self._shell, window)
exp.addApks(l_app)
#self._logger.info('give root privileges to shell')
#self.getShell().root()
#sleep(2)
###
try:
#update the partitions
###runtime = UpdateManagerDevice(self.getDeviceId())
###runtime.startUpdate()
#perform the experiment setup
exp.setup()
#perform the analysis
exp.start()
except:
self._logger.error('Unable to perform the analysis',
exc_info=True)
#do something
finally:
#wait the update process
self._logger.info('Wait update_device process')
#runtime.join()
self._logger.info('update_device process joined')
self._logger.info('Wait experiment process')
exp.getProcess().join(int(duration))
#if exp.getMessage() == 'ERROR':
# self.reportCrash()
# try:
# exp.join()
# exp.terminate()
# except:
# pass
self._logger.info('experiment process joined')
#before to perform the restore process check if the user has stopped the analysis
if self.exit():
break
self._logger.info('Start restore process')
###self.restore()
self._logger.info('End restore process')
#slow down the process
self._logger.info('wait 15 seconds')
sleep(15) # wait the device
print 'Analysis finished for DeviceId', self.getDeviceId()
self._logger.info('current state -> %s' % 'ready')
def update(self, folder, window):
"""This function represents the analysis and restore process core."""
count = 0
cfg = ConfigParser.ConfigParser()
cfg.read(config.configFile)
duration = cfg.get('Analysis', 'duration')
while True:
if self.exit() or not bool(self._dict):
break
self._logger.info('current state -> %s' % 'running')
#create folder to store analysis results
count += 1
exp_f = self.createFolder(self.getDeviceId(), folder, count)
#create the wrapper class
key, l_app = self._dict.popitem()
exp = Analysis(exp_f, self.getDeviceId(), self._shell, window)
exp.addApks(l_app)
#self._logger.info('give root privileges to shell')
#self.getShell().root()
#sleep(2)
###
try:
#update the partitions
###runtime = UpdateManagerDevice(self.getDeviceId())
###runtime.startUpdate()
#perform the experiment setup
exp.setup()
#perform the analysis
exp.start()
except:
self._logger.error('Unable to perform the analysis', exc_info=True)
#do something
finally:
#wait the update process
self._logger.info('Wait update_device process')
#runtime.join()
self._logger.info('update_device process joined')
self._logger.info('Wait experiment process')
exp.getProcess().join(int(duration))
#if exp.getMessage() == 'ERROR':
# self.reportCrash()
# try:
# exp.join()
# exp.terminate()
# except:
# pass
self._logger.info('experiment process joined')
#before to perform the restore process check if the user has stopped the analysis
if self.exit():
break
self._logger.info('Start restore process')
###self.restore()
self._logger.info('End restore process')
#slow down the process
self._logger.info('wait 15 seconds')
sleep(15) # wait the device
print 'Analysis finished for DeviceId', self.getDeviceId()
self._logger.info('current state -> %s' % 'ready')
