def store_password():
"""
Gets an image and then detects the face. If the database is empty, then it immediately prompts for your name to create a new
profile. If the database is not empty but the computer can not recognize you, it prompts for your name to create a new profile.
Otherwise, it asks you which website do you want to save the password to.
"""
global descript
global Boolean
global FaceGot
img_array = get_image()
FaceGot = detect(img_array, False)
if (len(FaceGot) > 1):
return statement("Sorry there are multiple people behind you")
global BestMatch
#print(len(db.profiles), flush = True)
if (not(len(db.profiles)) == 0):
#print((FaceGot[0])[0],flush = True)
BestMatch = db.computeMatches((FaceGot[0])[0], db.profiles)
#print(BestMatch, flush = True)
if (BestMatch in db.profiles):
msg = "What website do you want to save a password to. After you enter a website, follow the instructions in the computer console"
return question(msg)
else:
Boolean = True
msg = "Tell me your name"
return question(msg)
else:
Boolean = True
msg = "Tell me your name"
return question(msg)
def completed(payload, name, status, token):
products = Product(context.System.apiAccessToken)
logger.info('on-purchase-completed {}'.format( request))
logger.info('payload: {} {}'.format(payload.purchaseResult, payload.productId))
logger.info('name: {}'.format(name))
logger.info('token: {}'.format(token))
logger.info('status: {}'.format( status.code == 200))
product_name = products.productName(payload.productId)
logger.info('Product name'.format(product_name))
if status.code == '200' and ('ACCEPTED' in payload.purchaseResult):
return question('To listen it just say - play {} '.format(product_name))
else:
return question('Do you want to buy another product?')
def model_answer(spoken_model):
alldata = loader_util.load_data_from_s3()
model = spoken_model;
result = query_util.find_matches_by_model(alldata, model)
if result.getlen() < 1:
session.attributes['answer'] = "No match"
msg = render_template('no_matching_models', model=model)
return question(msg)
else:
session.attributes['model'] = model
# session.attributes['product'] can be unset or empty; check for empty
try:
if session.attributes['product'] == "":
# remove it because it is empty
session.attributes.pop('product')
except KeyError:
# it's unset. Do something meaningless to handle the expected KeyError
session.attributes['answer'] = ""
# session.attributes['product'] can be unset.
# We know it isn't empty because we checked above.
try:
# if this succeeds, we're querying for a model and we already know
# the product... so query for a product+model combination
product=session.attributes['product']
result = query_util.find_matches_by_product_model(alldata, product, model)
if result.getlen() < 1:
session.attributes['answer'] = "No match"
msg = render_template('no_matching_product_model', product=product, model=model)
else:
session.attributes['answer'] = result.toSimpleString()
msg = render_template('read_matches', result=session.attributes['answer'])
return statement(msg)
except KeyError:
# it's unset. This means we're querying for a model WITHOUT knowing product.
# we alredy have the query from above so we just store the answer
session.attributes['answer'] = result.toSimpleString()
msg = render_template('read_matches', result=session.attributes['answer'])
return statement(msg)
return question(msg)
def get_first_event(day):
month_name = day.strftime("%B")
day_number = day.day
events = _get_json_events_from_wikipedia(month_name, day_number)
if not events:
speech_output = "There is a problem connecting to Wikipedia at this time. Please try again later."
return statement("<speak>{}</speak>".format(speech_output))
else:
card_title = "Events on {} {}".format(month_name, day_number)
speech_output = "<p>For {} {}</p>".format(month_name, day_number)
card_output = ""
for i in range(PAGINATION_SIZE):
speech_output += "<p>{}</p>".format(events[i])
card_output += "{}\n".format(events[i])
speech_output += " Wanna go deeper into history?"
card_output += " Wanna go deeper into history?"
reprompt_text = (
"With History Buff, you can get historical events for any day of the year. "
+ "For example, you could say today, or August thirtieth. "
+ "Now, which day do you want?"
)
session.attributes[SESSION_INDEX] = PAGINATION_SIZE
session.attributes[SESSION_TEXT] = events
speech_output = "<speak>{}</speak>".format(speech_output)
return question(speech_output).reprompt(reprompt_text).simple_card(card_title, card_output)
def default_response():
msg = render_template('default')
session.attributes['product'] = ""
session.attributes['model'] = ""
return question(msg)
def give_welcome():
welcome_msg = render_template('welcome')
session.attributes['product'] = ""
session.attributes['model'] = ""
return question(welcome_msg)
def alexa_ask_game():
"""Return the five three games in the list"""
card_title = render_template('card_title')
game_list = moonlight_games()
game_list_msg = render_template('game_list', games=game_list[:5])
session.attributes['games'] = game_list[:5]
return question(game_list_msg).simple_card(card_title, game_list_msg)
def take_image():
"""
Takes an image, gets the image array from get_image() and then asks who is in the photo
"""
global img_array
img_array = get_image()
msg = "Who's in the photo?"
return question(msg)
def alexafavorite():
alexafavorite_msg = 'My favourite quote is from William Butler Yeats. \
It goes, How many loved your moments of glad grace, \
And loved your beauty with love false or true, \
But one man loved the pilgrim soul in you, \
And loved the sorrows of your changing face. \
The words are so beautiful. I hope I could fall in love someday.'
return question(alexafavorite_msg)
def launch():
speech_output = "History buff. What day do you want events for?"
reprompt_text = (
"With History Buff, you can get historical events for any day of the year. "
+ "For example, you could say today, or August thirtieth. "
+ "Now, which day do you want?"
)
return question(speech_output).reprompt(reprompt_text)
def next_round():
numbers = [randint(0, 9) for _ in range(3)]
round_msg = render_template('round', numbers=numbers)
session.attributes['numbers'] = numbers[::-1] # reverse
return question(round_msg)
def askWhichQueryType():
"""
Used for control low
Return: Asks if the user wnats a list of docs or a list of entities
"""
global Query
Query = Input
msg = "Do you want a list of documents or a list of entities"
return question(msg)
def whats_my_color():
card_title = render_template('card_title')
color = session.attributes.get(COLOR_KEY)
if color is not None:
statement_text = render_template('known_color_bye', color=color)
return statement(statement_text).simple_card(card_title, statement_text)
else:
question_text = render_template('unknown_color_reprompt')
return question(question_text).reprompt(question_text).simple_card(card_title, question_text)
def add_profile(name):
"""
Parameter: User Name
Asks for the name of the user.
"""
global Name
Name = "{}".format(name)
msg = "What website do you want to save a password to. After you enter a website, follow the instructions in the computer console"
return question(msg)
def my_color_is(color):
card_title = render_template('card_title')
if color is not None:
session.attributes[COLOR_KEY] = color
question_text = render_template('known_color', color=color)
reprompt_text = render_template('known_color_reprompt')
else:
question_text = render_template('unknown_color')
reprompt_text = render_template('unknown_color_reprompt')
return question(question_text).reprompt(reprompt_text).simple_card(card_title, question_text)
def alexa_launch_game(game_title):
"""Launch the desired GameStream App"""
card_title = render_template('card_title')
if game_title is not None:
statement_msg = render_template('known_game', game=game_title.title())
launch_game(game_title.title())
return statement(statement_msg).simple_card(card_title, statement_msg)
else:
question_msg = render_template('unknown_game')
return question(question_msg).simple_card(card_title, question_msg)
def askWhichType(input):
"""
Paramter: What the user wants to know more about
This function is used for control flow
Return: Asks if this is an entity or a query
"""
global Input
Input = "{}".format(input)
print(Input, flush = True)
newsQ = "Alright. Please tell me if this is an entity or query"
return question(newsQ)
def list_products():
alldata = loader_util.load_data_from_s3()
products_supported = query_util.get_list_of_products_string(alldata, ", ")
session.attributes['product_supported'] = products_supported
session.attributes['product'] = ""
session.attributes['model'] = ""
msg = render_template('list_products', product_names=products_supported)
return question(msg)
def add_child(name):
if name is None:
return question(render_template("child_name")).reprompt(render_template("child_name_reprompt"))
user_token = session.user.accessToken
endpoint = "/api/child"
r = requests.post(BASE+endpoint,
headers={'Authorization': 'Basic %s' % b64encode(bytes(user_token+":"))},
data={'name': name})
if r.status_code != 200:
return statement(render_template("failed_request"))
resp = f"{name} was added as your child"
return statement(resp).simple_card(resp)
def next_round():
nextx = session.attributes['search_item']
nextx = nextx.title()
try:
quotes = wikiquote.quotes(nextx)
except wikiquote.utils.DisambiguationPageException:
nextx = wikiquote.search(nextx)[0]
quotes = wikiquote.quotes(nextx)
except wikiquote.utils.NoSuchPageException:
for search in wikiquote.search(nextx):
if nextx.lower() in search.lower():
quotes = wikiquote.quotes(search)
break
else:
# raise wikiquote.utils.NoSuchPageException('No pages matched' + search_item)
return question("Sorry, I can't find proper quotes, please try a more specific word.")
nquotes = random.choice(quotes)
nquote_msg = 'From {}, {}'.format(nextx, nquotes)
reprompt_msg = 'Would you like one more quote?'
return question(nquote_msg) \
.reprompt(reprompt_msg)
def request_message_body(message_body):
message.message_body = message_body
client = TwilioRestClient(ACCOUNT_SID, AUTH_TOKEN)
client.messages.create(
to = '2105553998',
from_ = '2105551244',
body = "Message: " + message.message_body
)
response_text = render_template('request_body', message_body=message_body)
return question(response_text)
def wisdom_quotes(search_item):
search_item = search_item.title()
try:
quotes = wikiquote.quotes(search_item)
except wikiquote.utils.DisambiguationPageException:
search_item = wikiquote.search(search_item)[0]
quotes = wikiquote.quotes(search_item)
except wikiquote.utils.NoSuchPageException:
for search in wikiquote.search(search_item):
if search_item.lower() in search.lower():
quotes = wikiquote.quotes(search)
break
else:
# raise wikiquote.utils.NoSuchPageException('No pages matched' + search_item)
return question("Sorry, I can't find proper quotes, please try a more specific word.")
wquotes = random.choice(quotes)
wquote_msg = 'From {}, {}'.format(search_item, wquotes)
reprompt_msg = 'Would you like one more quote?'
session.attributes['search_item'] = search_item
session.attributes['reply'] = wquote_msg
return question(wquote_msg) \
.reprompt(reprompt_msg)
def list_models_for_product(spoken_product):
product = spoken_product;
alldata = loader_util.load_data_from_s3()
models_supported = query_util.get_list_of_models_by_product_string(alldata, product, ", ")
session.attributes['product'] = spoken_product
session.attributes['model'] = ""
session.attributes['models_supported_by_product'] = models_supported
msg = render_template('list_models', product=product, model_names=models_supported)
return question(msg)
def price(commodity):
try:
commodity = commodity.lower()
url = 'http://spot.seanmckaybeck.com/api/' + commodity
r = requests.get(url)
if 'error' in r.json():
speech_output = "I'm sorry but I don't track the commodity {}. ".format(commodity)
speech_output += "You can ask about any of the following: " + ", ".join(app.config['SUPPORTED'])
return question(speech_output)
else:
d = datetime.datetime.strptime(r.json()['last'], '%Y-%m-%d %H:%M:%S.%f')
if d.date() == datetime.datetime.today():
date_str = 'As of {} today, '.format(d.time().strftime('%I:%M %p'))
else:
date_str = 'As of {} on {}, '.format(d.time().strftime('%I:%M %p'), d.date().strftime('%B %d'))
speech_output = "{} the price of {} is ${}.".format(date_str, commodity, r.json()[commodity])
except requests.exceptions.HTTPError:
speech_output = "I'm sorry, there was an error retrieving the price. Please try again later."
except AttributeError:
# happens when commodity is None
speech_output = "I'm sorry, I didn't receive a valid commodity in your request. "
speech_output += "You can ask about any of the following: " + ", ".join(app.config['SUPPORTED'])
return question(speech_output)
return statement(speech_output).simple_card('Commodity Prices', speech_output)
def summarize_official():
"""
If there is only one document, gets the summary of that document. Otherwise, asks the user which document do they want to
summarize.
Return: Summary or a question of which doc do they want to summarize
"""
# print(len(TotalDocs), flush = True)
if (len(TotalDocs) == 1):
summary = summarize(db, TotalDocs[0], stopwords, summarizeLength = 2)
# print(len(summary), flush = True)
msg = "The summary is: {}".format(summary)
return statement(msg)
else:
return question("Which document? Give a number")
def get_next_event():
events = session.attributes[SESSION_TEXT]
index = session.attributes[SESSION_INDEX]
card_title = "More events on this day in history"
speech_output = ""
card_output = ""
i = 0
while i < PAGINATION_SIZE and index < len(events):
speech_output += "<p>{}</p>".format(events[index])
card_output += "{}\n".format(events[index])
i += 1
index += 1
speech_output += " Wanna go deeper into history?"
reprompt_text = "Do you want to know more about what happened on this date?"
session.attributes[SESSION_INDEX] = index
speech_output = "<speak>{}</speak>".format(speech_output)
return question(speech_output).reprompt(reprompt_text).simple_card(card_title, card_output)
def delete_child(name):
if name is None:
return question(render_template("child_name")).reprompt(render_template("child_name_reprompt"))
user_token = session.user.accessToken
endpoint = "/api/child"
child = name_to_id(name, user_token)
if "children" in child:
text = render_template("multiple_name")
return statement(text).simple_card(text)
child_id = child["_id"]
r = requests.delete(BASE+endpoint,
headers={'Authorization': 'Basic %s' % b64encode(bytes(user_token+":"))},
data={'child_id': child_id})
if r.status_code != 200:
return statement(render_template("failed_request"))
resp = f"{name} was deleted"
return statement(resp).simple_card(resp)
def saveFAddress(FAddress):
"""
Takes in the user input of an address in the format of: street address, city, and state. By utilizing geopy,
convert the input to latitude, longitude coordinates. Then, Alexa will prompt the user to enter the second
address.
"""
session.attributes["FAddress"] = FAddress
addr = session.attributes["FAddress"]
print(addr, flush = True)
geolocator = Nominatim()
location = geolocator.geocode(addr)
session.attributes["lato"] = location.latitude
session.attributes["lono"] = location.longitude
print(session.attributes["lato"], session.attributes["lono"])
msg = "Would you like to add another address?"
return question(msg)
def perform_switch(self, location, operation):
try:
resolved_location = self.match_location(location or "")
resolved_operation = self.match_operation(operation or "")
except ActionParseError as ape:
return question(str(ape)).simple_card(_CARD_TITLE, str(ape))
switch_id, switch_func = resolved_location
try:
r = switch_func(resolved_operation)
text = "%s %s!" % (
switch_id.replace('_', ' ').title(), resolved_operation)
status = int(r.status.split(' ')[0])
if status < 200 or status > 299:
raise Exception(status)
except Exception:
text = "I had problems communicating with your device!"
return statement(text).simple_card(_CARD_TITLE, text)
def product_answer(spoken_product):
product = spoken_product;
alldata = loader_util.load_data_from_s3()
# ensure that this is a valid (matching) product
result = query_util.find_matches_by_product(alldata, product)
if result.getlen() < 1:
session.attributes['answer'] = "No match"
msg = render_template('no_matching_products', product=product)
else:
session.attributes['product'] = product
# session.attributes['model'] can be unset or empty; check for empty
try:
if session.attributes['model'] == "":
# remove it because it is empty
session.attributes.pop('model')
msg = render_template('get_model', product=product)
else:
# it's not empty, so execute a query for product model
model = session.attributes['model'];
result = query_util.find_matches_by_product_model(result, product, model)
if result.getlen() < 1:
session.attributes['answer'] = "No match"
msg = render_template('no_matching_product_model', product=product, model=model)
else:
session.attributes['answer'] = result.toSimpleString()
msg = render_template('read_matches', result=session.attributes['answer'])
return statement(msg)
except KeyError:
# model is unset. prompt user for the model
session.attributes['answer'] = ""
msg = render_template('get_model', product=product)
return question(msg)
def SingleItemOrders(item):
intent = "SingleItemOrdersIntent"
ans = item_message(item, intent)
return question(ans)
def launch():
card_title = 'Audio Example'
text = 'Welcome to an audio example. You can ask to begin demo, or try asking me to play the sax.'
prompt = 'You can ask to begin demo, or try asking me to play the sax.'
return question(text).reprompt(prompt).simple_card(card_title, text)
def sample_questions():
return question(render_template('sample-questions')) \
.reprompt(render_template("reprompt"))
def Users():
intent = "UsersIntent"
ans = message(intent)
return question(ans)
def new_order():
welcome_msg = render_template('welcome')
while (len(pizzas) > 0):
pizzas.pop()
return question(welcome_msg)
def ItemsNotAvailIntent():
intent = "ItemsNotAvailIntent"
ans = message(intent)
return question(ans)
def launch():
speech_text = 'What is the registration you want to check?'
return question(speech_text).reprompt(speech_text).simple_card(
'Launch', speech_text)
def start_skill():
welcome_message = 'Hello Dougie Doo, would you like to hear some reddit news about SpaceX...Python...or SpaceXLounge? For SpaceX just say Yes, for Python say Python...and...for SpaceXLounge please say Another.'
return question(welcome_message)
def start_skill():
welcome_message = "Connected. " # this should be a question
welcome_message = render_template('welcome')
#welcome_message = get_info()
return question(welcome_message)
def fallback():
return question(render_template('error-not-understand')) \
.reprompt(render_template('error-not-understand'))
def launch():
speech_text = "Welcome to Food dashboard "
return question(speech_text)
def new_game():
welcome_msg = render_template('welcome')
return question(welcome_msg).reprompt(welcome_msg)
def new_game():
welcome_msg = render_template('welcome_mqtt')
return question(welcome_msg)
def launch():
speech_text = 'Welcome to the Urban Dictionary, ask for a definition'
return question(speech_text).reprompt(speech_text).simple_card(
'HelloWorld', speech_text)
def help():
speech_text = 'State the registration of the vehicle that you want to check'
return question(speech_text).reprompt(speech_text).simple_card(
'Help', speech_text)
def start_skill(): welcome_message = 'Hello there, what would you like to do?' return question(welcome_message)
def cancel():
pizzas.pop()
cancel_msg = render_template('cancel')
return question(cancel_msg)
def fallback():
speech_text = "unable to process your request, please try again with another word"
return question(speech_text)
def ask_for_size():
session.attributes['size'] = ""
session.attributes['toppings'] = []
size_msg = render_template('size')
return question(size_msg)
def start_skill():
welcome_message = "Hello MHP Lab, would you like to hear some jokes?"
return question(welcome_message)
def SingleUserOrders(name):
intent = "SingleUserOrdersIntent"
ans = name_message(name, intent)
return question(ans)
def start_skill():
global game
global game_state
game = None
game_state = None
return question("Hi. I'm Game Buddy. What would you like to play?")
def help():
speech_text = "you can ask for operaional data by saying show operational data"
return question(speech_text).reprompt(speech_text)
def OrdersIntent():
intent = "OrdersIntent"
ans = message(intent)
return question(ans)
def welcome():
return question(render_template('welcome')) \
.reprompt(render_template("reprompt"))
def start_skill():
message = "Do you want to turn the light on or off?"
return question(message)
def get_show_genre(show_genre):
return question(render_template("show_genre.html", genre=show_genre))
def help():
return question(render_template('help')) \
.reprompt(render_template("reprompt"))
def get_not_watched_movie(boolean):
recommended_title = "Shrek 2"
return question(
render_template("not_watched_show.html", title=recommended_title))
def about():
msg = render_template('about')
reprompt = render_template('about_reprompt')
msg = voice_mod(msg)
reprompt = voice_mod(reprompt)
return question(msg).reprompt(reprompt)