def start_getHistory(hermes, intent_message):
""" callback function for the intent "getHistory", gets called when intent is detected
Parameters
----------
hermes : <Hermes instance>
current instance of the hermes broker
intent_message : <intent_message by Snips>
message created when intent was received
"""
#log the input and the received intent
start_logging()
log_asr_input(intent_message.input)
log_received_intent(intent_message)
#get history of medications as a dict
[non_corrects, history] = get_history()
#choose parts of the TTS message randomly
final_message = get_random_answer(intent_name='getHistory', key_name='info') + ' '
history_msg = get_random_answer(intent_name='getHistory', key_name='nonCorrects')
#create complete TTS message based on received history
final_message = final_message + history_msg.format(non_corrects)
print(final_message)
#terminate the session by sending message to tts
log_tts_output(final_message)
hermes.publish_end_session(intent_message.session_id, final_message)
def start_infoRefilling(hermes, intent_message):
""" Callback function for the intent "infoRefilling", gets called when intent is detected
Parameters
----------
hermes : <Hermes instance>
current instance of the hermes broker
intent_message : <intent_message by Snips>
message created when intent was received
"""
#log the input and the received intent
start_logging()
log_asr_input(intent_message.input)
log_received_intent(intent_message)
#get the stock information from the controls
stock_info = get_stock_info()
#get a random answer for constructing the final message to the TTS
info_message = get_random_answer(
'infoRefilling', 'info') + 'Folgende Magazine sind noch voll: '
single_message_stock = get_random_answer('infoRefilling', 'stock_info')
single_message_empty = get_random_answer('infoRefilling', 'empty')
#extract the information from stock_info and form the TTS message
message_to_tts = ''
for magazine_nr in range(0, len(stock_info)):
if stock_info[magazine_nr] in [25, 50, 75]:
#magazines that are neither completely empty nor completely full
message_to_tts += single_message_stock.format(
dic_weekdays[magazine_nr], stock_info[magazine_nr])
elif stock_info[magazine_nr] == 100:
#magazines that are completely empty
message_to_tts += single_message_empty.format(
dic_weekdays[magazine_nr])
else:
#magazines that are completely full
info_message += dic_weekdays[magazine_nr] + ', '
message_to_tts = info_message[:-2] + '. ' + message_to_tts
# terminate the session by sending message to tts
log_tts_output(message_to_tts)
hermes.publish_end_session(intent_message.session_id, message_to_tts)
def continue_durationMobilemode(hermes, intent_message):
""" Callback function for the intent "durationMobilemode", gets called when intent is detected
Parameters
----------
hermes : <Hermes instance>
current instance of the hermes broker
intent_message : <intent_message by Snips>
message created when intent was received
"""
#log the input and the received intent
start_logging()
log_asr_input(intent_message.input)
log_received_intent(intent_message)
#get required days based on slot values in intent message
required_days = get_required_days(intent_message.slots)
#convert numbers to weekdays and format for output message
required_days_str = ''
if required_days is not None:
for key in required_days:
required_days_str += dic_weekdays.get(key) + ', '
#no action in control unit!
#log
log_msg = ' started mobile dispenser: {}'.format(
required_days_str[:-2])
log_event(log_msg)
#get a randomly chosen answer from a list of possible answers
message_to_tts = get_random_answer('durationMobilemode').format(
required_days_str[:-2])
log_tts_output(message_to_tts)
else:
#error occurred during extraction of required days
message_to_tts = 'Mobilmodus konnte nicht gestartet werden. Bitte erneut versuchen.'
#end the session by sending the message to the tts
hermes.publish_end_session(intent_message.session_id, message_to_tts)
def end_contact(hermes, intent_message, person):
""" Person (emergency contact or doctor) could be extracted, send a message to the TTS
Parameters
----------
hermes : <Hermes instance>
current instance of the hermes broker
intent_message : <intent_message by Snips>
message created when intent was received
person : string
name of the person to be called
"""
# terminate the session by sending message to tts
# get a randomly chosen answer from a list of possible answers
message_to_tts = get_random_answer('contact', 'call').format(person)
#log the tts output
log_tts_output(message_to_tts)
hermes.publish_end_session(intent_message.session_id, message_to_tts)
log_event(' contacted: {}'.format(person))
def continue_contact(hermes, intent_message, names=None):
""" No specific person was found for 'contact', send a message to the TTS
Parameters
----------
hermes : <Hermes instance>
current instance of the hermes broker
intent_message : <intent_message by Snips>
message created when intent was received
names : list
possible doctors if any where found
"""
#log the input and the received intent
start_logging()
log_asr_input(intent_message.input)
log_received_intent(intent_message)
if names is not None:
#user tried to call a doctor, name was not given
#suggest possible doctors to be called
message_to_tts = get_random_answer('contact', 'suggestDoc')
for name in names:
message_to_tts += name + ', '
message_to_tts = message_to_tts[:-2] + '. ' + get_random_answer(
'contact', 'notSuccess')
else:
#no success in extracting person
message_to_tts = "Leider konnte ich keine Person ermitteln. " + get_random_answer(
'contact', 'notSuccess')
#continue the session but only allow intent contact and quitDialog
INTENT_FILTER_CONTACT = ["carlasailer:contact", "carlasailer:quitDialog"]
#log the tts output
log_tts_output(message_to_tts)
hermes.publish_continue_session(intent_message.session_id, message_to_tts,
INTENT_FILTER_CONTACT)
log_event(' contact: could not be extracted')
def start_confirmTaking(hermes, intent_message):
""" Callback function for the intent "confirmTaking", gets called when intent is detected
Parameters
----------
hermes : <Hermes instance>
current instance of the hermes broker
intent_message : <intent_message by Snips>
message created when intent was received
"""
#log the input and the received intent
start_logging()
log_asr_input(intent_message.input)
log_received_intent(intent_message)
#send successful alarm confirmation to controls communicator
set_alarm_confirmed_by_voice(True)
#get a randomly chosen answer from a list of possible answers
message_to_tts = get_random_answer('confirmTaking', 'confirm')
log_tts_output(message_to_tts)
hermes.publish_end_session(intent_message.session_id, message_to_tts)
def start_adaptVolume(hermes, intent_message):
""" Callback function for the intent "adaptVolume", gets called when intent is detected
Parameters
----------
hermes : <Hermes instance>
current instance of the hermes broker
intent_message : <intent_message by Snips>
message created when intent was received
"""
#log the input and the received intent
start_logging()
log_asr_input(intent_message.input)
log_received_intent(intent_message)
#extract the desired volume value from the intent message and adapt the volume
volume_value = get_required_volume(intent_message.slots)
if volume_value is None:
#volume value not valid
#get a randomly chosen answer from a list of possible answers
message_to_tts = get_random_answer('adaptVolume', 'error')
else:
#volume value is valid
change_volume(volume_value)
#log the event of changing the volume
log_msg = ' changed output volume to: {} '.format(str(volume_value))
log_event(log_msg)
#get a randomly chosen answer from a list of possible answers
message_to_tts = get_random_answer('adaptVolume', 'adapt')
#end by sending a message to the tts and logging
log_tts_output(message_to_tts)
hermes.publish_end_session(intent_message.session_id, message_to_tts)
def start_repeat(hermes, intent_message):
""" Callback function for the intent "repeat", gets called when intent is detected
Parameters
----------
hermes : <Hermes instance>
current instance of the hermes broker
intent_message : <intent_message by Snips>
message created when intent was received
"""
#extracting relevant information from the slot values
if intent_message.slots.you_me.all() is not None:
direction = intent_message.slots.you_me.first().value
if direction == 'du':
#user wants to know last tts output
log = get_last_log_entry(keyword='output')
message_to_tts = get_random_answer('repeat',
'last_tts').format(log)
elif direction == 'ich':
#user wants to know last asr input
log = get_last_log_entry(keyword='input')
message_to_tts = get_random_answer('repeat',
'last_asr').format(log)
else:
#error occured, default: repeat last tts
log = get_last_log_entry(keyword='output')
message_to_tts = get_random_answer('repeat', 'last_tts').format(log)
#end the session by sending the message to the tts
log_tts_output(message_to_tts)
hermes.publish_end_session(intent_message.session_id, message_to_tts)
def start_startMobilemode(hermes, intent_message):
""" Callback function for the intent "startMobilemode", gets called when intent is detected
Parameters
----------
hermes : <Hermes instance>
current instance of the hermes broker
intent_message : <intent_message by Snips>
message created when intent was received
"""
#log the input and the received intent
start_logging()
log_asr_input(intent_message.input)
log_received_intent(intent_message)
#continue the session by sending a message to the tts, allowing only two intents
INTENT_FILTER_MOBILEMODE = ["carlasailer:durationMobilemode", "carlasailer:quitDialog"]
message_to_tts = get_random_answer('startMobilemode')
log_tts_output(message_to_tts)
hermes.publish_continue_session(intent_message.session_id, message_to_tts, INTENT_FILTER_MOBILEMODE)
def start_infoMedication(hermes, intent_message):
""" Callback function for the intent "infoMedication", gets called when intent is detected
Parameters
----------
hermes : <Hermes instance>
current instance of the hermes broker
intent_message : <intent_message by Snips>
message created when intent was received
"""
#log the input and the received intent
start_logging()
log_asr_input(intent_message.input)
log_received_intent(intent_message)
#extract the days to be informed about from slot values
global alarm_day
required_days = get_required_days(intent_message.slots)
print(required_days)
if required_days is None:
required_days = []
#get day and time of next alarm according to alarm settings
if required_days == 8:
#info about next alarm
[alarm_day, alarm_time] = get_alarm_info()
message_to_tts = get_random_answer('infoMedication', 'next').format(
alarm_day, alarm_time)
elif required_days != 8 and len(required_days) == 1:
#info about alarms for one specific weekday
alarms = get_alarm_info(required_days)
print(alarms)
if alarms == []:
#no alarms found for that day
alarm_day = None
message_to_tts = 'Keine Alarme für {} hinterlegt.'.format(
dic_weekdays[required_days[0]])
else:
[message_to_tts, alarm_day] = create_msg_for_one_day(alarms)
else:
#info about alarms for multiple days
total_alarms = []
message_to_tts = ''
for day in required_days:
alarms = get_alarm_info([day])
if alarms != []:
[day_msg, d] = create_msg_for_one_day(alarms)
alarm_day = required_days
total_alarms.append(alarms)
else:
day_msg = 'Für {} sind keine Alarme hinterlegt. '.format(
dic_weekdays[day])
message_to_tts += day_msg
alarm_day = None
#ToDo: multiple days!
pass
#log
if alarm_day is not None:
log_msg = ' info about next alarm for: {}'.format(alarm_day)
else:
log_msg = ' info about next alarm for: '
log_event(log_msg)
#end the session by sending message to tts
log_tts_output(message_to_tts)
hermes.publish_end_session(intent_message.session_id, message_to_tts)