def get_rooms():
def do(session):
room_models = db.get_rooms_dashboard(session)
rooms = [_parse_room(session, r) for r in room_models]
return jsonify(rooms=rooms)
return db.sessionize(do)
def get_rooms():
def do(session):
room_models = db.get_rooms_dashboard(session)
rooms = [_parse_room(session, r) for r in room_models]
return jsonify(rooms=rooms)
return db.sessionize(do)
def get_room_temp_history(room_id):
page = int(request.args.get("page", 1))
limit = int(request.args.get("limit", 10))
sort_column = request.args.get("sort_column", models.Measurement.recorded_date)
sort_direction = request.args.get("sort_direction", "DESC")
LOG.debug(
"API call '/api/rooms/%s/temp_history'. Room Id: %s, page=%s, "
"limit: %s, sort_column: %s, sort_direction: %s",
room_id,
room_id,
page,
limit,
sort_column,
sort_direction,
)
def do(session):
room_model = db.get_room_by_id(session, room_id)
sensors = []
if room_model:
for sensor_model in room_model.sensors:
sensor = dict(name=sensor_model.name, manufacturer_id=sensor_model.manufacturer_id)
history = []
measurement_models = db.get_sensor_temperatures(
session,
sensor_id=sensor_model.id,
limit=limit,
order_desc=True if sort_direction == "DESC" else False,
offset=(page - 1) * limit,
order_by=models.Measurement.recorded_date,
)
total = db.count_sensor_temperatures(session, sensor_id=sensor_model.id)
for measurement_model in measurement_models:
h = dict(
id=measurement_model.id,
temp=measurement_model.measurement,
recorded_date=measurement_model.recorded_date,
sensor_id=measurement_model.sensor_id,
)
history.append(h)
return jsonify(total=total, measurements=history)
# sensor['temp_history'] = history
# sensors.append(sensor)
return db.sessionize(do)
def get_room_temp_history(room_id):
page = int(request.args.get('page', 1))
limit = int(request.args.get('limit', 10))
sort_column = request.args.get('sort_column',
models.Measurement.recorded_date)
sort_direction = request.args.get('sort_direction', 'DESC')
LOG.debug(
'API call \'/api/rooms/%s/temp_history\'. Room Id: %s, page=%s, '
'limit: %s, sort_column: %s, sort_direction: %s', room_id, room_id,
page, limit, sort_column, sort_direction)
def do(session):
room_model = db.get_room_by_id(session, room_id)
sensors = []
if room_model:
for sensor_model in room_model.sensors:
sensor = dict(name=sensor_model.name,
manufacturer_id=sensor_model.manufacturer_id)
history = []
measurement_models = db.get_sensor_temperatures(
session,
sensor_id=sensor_model.id,
limit=limit,
order_desc=True if sort_direction == 'DESC' else False,
offset=(page - 1) * limit,
order_by=models.Measurement.recorded_date)
total = db.count_sensor_temperatures(session,
sensor_id=sensor_model.id)
for measurement_model in measurement_models:
h = dict(id=measurement_model.id,
temp=measurement_model.measurement,
recorded_date=measurement_model.recorded_date,
sensor_id=measurement_model.sensor_id)
history.append(h)
return jsonify(total=total, measurements=history)
# sensor['temp_history'] = history
# sensors.append(sensor)
return db.sessionize(do)
def get_current_temp():
def do(session):
temp_agg = 0
temp_cnt = 0
room_models = db.get_rooms_dashboard(session)
for room_model in room_models:
if not room_model.active:
continue
room_temp = None
measurement_agg = 0
measurement_cnt = 0
if room_model.sensors:
for sensor_model in room_model.sensors:
measurement = db.get_most_recent_sensor_temperature(
session,
sensor_id=sensor_model.id,
order_desc=True,
order_by=models.Measurement.recorded_date)
if measurement and measurement.recorded_date > datetime.now(
) - timedelta(minutes=12):
measurement_agg = measurement.measurement
measurement_cnt = measurement_cnt + 1
if measurement_cnt > 0 and measurement_agg > 0:
room_temp = measurement_agg / measurement_cnt
if room_temp:
temp_agg = temp_agg + (room_temp * room_model.weight)
temp_cnt = temp_cnt + room_model.weight
if not temp_cnt and not temp_agg:
raise Exception('No current temperature data found...')
return temp_agg / temp_cnt
return db.sessionize(do)
def get_current_temp():
def do(session):
temp_agg = 0
temp_cnt = 0
room_models = db.get_rooms_dashboard(session)
for room_model in room_models:
if not room_model.active:
continue
room_temp = None
measurement_agg = 0
measurement_cnt = 0
if room_model.sensors:
for sensor_model in room_model.sensors:
measurement = db.get_most_recent_sensor_temperature(session,
sensor_id=sensor_model.id,
order_desc=True,
order_by=models.Measurement.recorded_date)
if measurement and measurement.recorded_date > datetime.now() - timedelta(minutes=12):
measurement_agg = measurement.measurement
measurement_cnt = measurement_cnt + 1
if measurement_cnt > 0 and measurement_agg > 0:
room_temp = measurement_agg / measurement_cnt
if room_temp:
temp_agg = temp_agg + (room_temp * room_model.weight)
temp_cnt = temp_cnt + room_model.weight
if not temp_cnt and not temp_agg:
raise Exception('No current temperature data found...')
return temp_agg / temp_cnt
return db.sessionize(do)