def validate(self, data: dict) -> Acknowledgment: # pylint: disable=no-self-use
"""Validates the input data.
:param dict data: Input data
:returns: Acknowledgment with the status and possible error messages.
:rtype: models.acknowledgment.Acknowledgment
"""
ack = Acknowledgment()
validate = Validate(ack)
balance = data.get('balance')
node_type = data.get('nodeType')
test_mode = data.get('testMode')
test_mode_speaker = data.get('testModeSpeaker')
if balance is not None:
validate.boolean(balance, label='Balance')
if test_mode is not None:
validate.boolean(test_mode, label='Test Mode')
if test_mode_speaker is not None and len(test_mode_speaker) > 0:
speaker = self.config.speaker_repository.get_speaker(
test_mode_speaker)
if speaker is None:
ack.add_error('test mode speaker does not exist')
if node_type is not None and node_type != 'master' and node_type != 'tracking':
ack.add_error('nodeType must be either master or tracking')
if data.get('network') is not None:
network_ack = self.networks_controller.validate(
data.get('network'))
if not network_ack.successful:
for error in network_ack.errors:
ack.add_error(error)
return ack
def validate(self, data: dict) -> Acknowledgment: # pylint: disable=no-self-use
"""Validates the input data.
:param dict data: Input data
:returns: Acknowledgment with the status and possible error messages.
:rtype: models.acknowledgment.Acknowledgment
"""
ack = Acknowledgment()
validate = Validate(ack)
start = data.get('start')
finish = data.get('finish')
repeat = data.get('repeat')
if start is not None:
validate.boolean(start, label='Start')
if finish is not None:
validate.boolean(finish, label='Finish')
if repeat is not None:
validate.boolean(repeat, label='Repeat')
if data.get('node') is None or isinstance(data.get('node'),
dict) is False:
ack.add_error('Node id must not be empty')
elif validate.integer(data.get('node').get('id'),
label='Node id',
min_value=1):
if self.config.node_repository.get_node(
data.get('node').get('id')) is None:
ack.add_error('A node with this id does not exist')
return ack
def validate_update(self, data: dict) -> Acknowledgment:
"""Validates the input data.
:param dict data: Input data
:returns: Acknowledgment with the status and possible error messages.
:rtype: models.acknowledgment.Acknowledgment
"""
ack = Acknowledgment()
validate = Validate(ack)
start = data.get('start')
start_volume = data.get('startVolume')
finish = data.get('finish')
repeat_point = data.get('repeatPoint')
confirm_point = data.get('confirmPoint')
next_point = data.get('nextPoint')
next_speaker = data.get('nextSpeaker')
if data.get('room') is None or isinstance(data.get('room'),
dict) is False:
ack.add_error('Room id must not be empty')
elif validate.integer(data.get('room').get('id'),
label='Room id',
min_value=1):
room = self.config.room_repository.get_room(
data.get('room').get('id'))
if room is None:
ack.add_error('A room with this id does not exist')
elif len(room.nodes) != 2:
ack.add_error('A room needs exactly two nodes')
if start is not None:
validate.boolean(start, label='Start')
if start and self.config.room_repository.get_room(
data.get('room').get('id')).calibrating:
ack.add_error('The room is already calibrating currently')
elif start and start_volume is None:
ack.add_error('Calibration start volume is required')
elif start:
validate.integer(start_volume,
label='Calibration Start Volume')
if finish is not None:
validate.boolean(finish, label='Finish')
if finish and not self.config.room_repository.get_room(
data.get('room').get('id')).calibrating:
ack.add_error('The room wasn\'t beeing calibrated')
if repeat_point is not None:
validate.boolean(repeat_point, label='Repeat Point')
if confirm_point is not None:
validate.boolean(confirm_point, label='Confirm Point')
if next_point is not None:
validate.boolean(next_point, label='Next Point')
if next_speaker is not None:
validate.boolean(next_speaker, label='Next Speaker')
return ack