def handle_measurement(self, worker_measurement_data):
#log.debug('Receiving worker measurement...')
try:
with self.measurements_lock:
worker_measurement = WorkerMeasurement.deserialize_message(
worker_measurement_data)
measurement = Measurement()
measurement.worker = worker_measurement.worker_name
session_detail_id = worker_measurement.session_detail_id
session_detail = SessionDetail.objects.get(
pk=session_detail_id)
measurement.session_detail = session_detail
measurement.device = worker_measurement.device_name
measurement.value = worker_measurement.value
measurement.set_point = worker_measurement.set_point
measurement.work = worker_measurement.work
measurement.remaining = worker_measurement.remaining
if not worker_measurement.debug_timer is None: # In simulation mode, use fake timestamps
#measurement.timestamp = datetime.strptime(worker_measurement.debug_timer, "%Y-%m-%d %H:%M:%S.%f")
#measurement.timestamp = dt.get_current_timezone.localize(measurement.timestamp)
measurement.timestamp = worker_measurement.debug_timer
else:
measurement.timestamp = dt.now()
measurement.save()
except Exception as e:
log.error(
'Master could not save measurement to database ({0})'.format(
e.args[0]))
def handle_done(self, body):
data = str(body).split(MessageSplit)
worker_name = data[1]
session_detail_id = int(data[2])
session_detail = SessionDetail.objects.get(pk=session_detail_id)
session_detail.end_work()
done_measurement = Measurement()
done_measurement.timestamp = dt.now()
done_measurement.worker_name = worker_name
done_measurement.session_detail_id = session_detail_id
done_measurement.value = 0
done_measurement.set_point = 0
done_measurement.work = "Done"
done_measurement.remaining = "0";
done_measurement.save()
def handle_done(self, body):
data = str(body).split(MessageSplit)
worker_name = data[1]
session_detail_id = int(data[2])
session_detail = SessionDetail.objects.get(pk=session_detail_id)
session_detail.end_work()
done_measurement = Measurement()
done_measurement.timestamp = dt.now()
done_measurement.worker_name = worker_name
done_measurement.session_detail_id = session_detail_id
done_measurement.value = 0
done_measurement.set_point = 0
done_measurement.work = "Done"
done_measurement.remaining = "0"
done_measurement.save()
def handle_measurement(self, worker_measurement_data):
#log.debug('Receiving worker measurement...')
try:
with self.measurements_lock:
worker_measurement = WorkerMeasurement.deserialize_message(worker_measurement_data)
measurement = Measurement()
measurement.worker = worker_measurement.worker_name
session_detail_id = worker_measurement.session_detail_id
session_detail = SessionDetail.objects.get(pk=session_detail_id)
measurement.session_detail = session_detail
measurement.device = worker_measurement.device_name
measurement.value = worker_measurement.value
measurement.set_point = worker_measurement.set_point
measurement.work = worker_measurement.work
measurement.remaining = worker_measurement.remaining
if not worker_measurement.debug_timer is None: # In simulation mode, use fake timestamps
#measurement.timestamp = datetime.strptime(worker_measurement.debug_timer, "%Y-%m-%d %H:%M:%S.%f")
#measurement.timestamp = dt.get_current_timezone.localize(measurement.timestamp)
measurement.timestamp = worker_measurement.debug_timer
else:
measurement.timestamp = dt.now()
measurement.save()
except Exception as e:
log.error('Master could not save measurement to database ({0})'.format(e.args[0]))