def on_enter_available_tutors(self, reply_token):
from app import Booking, populateDB
fromTime = self.dateQuery - timedelta(hours=3)
toTime = self.dateQuery + timedelta(hours=3)
availableBookings = Booking.query.filter(fromTime < Booking.time).filter(
Booking.time < toTime).filter(Booking.available).order_by(Booking.time).all()
if len(availableBookings) < 1:
populateDB()
availableBookings = Booking.query.filter(fromTime < Booking.time).filter(
Booking.time < toTime).filter(Booking.available).order_by(Booking.time).all()
availableBookings = availableBookings[0:(5 if len(
availableBookings) > 5 else len(availableBookings))]
elements = []
for booking in availableBookings:
elements.append(LineAPI.makeCarouselElement(
booking.tutor.picture,
f"Tutor {booking.tutor.name} \nDate (MM/DD):{booking.time.month}/{booking.time.day} \nTime: {booking.time.hour}:00",
"Schedule now",
f"SET_BOOKING {booking.id}"
))
if len(elements) > 0:
LineAPI.sendCarousel(reply_token=reply_token, elements=elements)
else:
LineAPI.send_reply_message(
reply_token, "Sorry, no tutors available at the moment")
LineAPI.sendButtons(reply_token, [
LineAPI.makeDatetimePickerAction("Pick other date"),
'Main'
], 'More Options:')
LineAPI.commitMessages()
def on_enter_sample_week(self, reply_token):
today = datetime.utcnow().replace(hour=0, minute=0, second=0)
plusOneWeek = today + timedelta(days=7)
from app import Booking, populateDB
availableBookings = Booking.query.filter(today < Booking.time).filter(
Booking.time < plusOneWeek).filter(Booking.available).all()
if len(availableBookings) < 1:
populateDB()
availableBookings = Booking.query.filter(today < Booking.time).filter(
Booking.time < plusOneWeek).filter(Booking.available).all()
availableBookings = random.sample(availableBookings, 5 if len(
availableBookings) > 5 else (len(availableBookings) - 1))
elements = []
for booking in availableBookings:
elements.append(LineAPI.makeCarouselElement(
booking.tutor.picture,
f"Tutor {booking.tutor.name} \nDate (MM/DD):{booking.time.month}/{booking.time.day} \nTime: {booking.time.hour}:00",
"Schedule now",
f"SET_BOOKING {booking.id}"
))
if len(elements) > 0:
LineAPI.sendCarousel(reply_token=reply_token, elements=elements)
else:
LineAPI.send_reply_message(
reply_token, "Sorry, no tutors available at the moment")
LineAPI.sendButtons(reply_token, [
LineAPI.makeDatetimePickerAction("Pick a date"),
'More times',
'Main'
], 'More Options:')
LineAPI.commitMessages()
def on_enter_schedule_class(self, reply_token):
datePicker = LineAPI.makeDatetimePickerAction("Pick a date")
LineAPI.sendButtons(
reply_token,
[datePicker, "This week"],
'When do you want your class?'
)
LineAPI.commitMessages()
def on_enter_price(self, reply_token):
quick_reply = LineAPI.makeQuickReplyTexts([
'Tutors',
'Main'
])
LineAPI.send_reply_message(
reply_token, reply_msg=chatClientFSM.price_text, quickReply=quick_reply)
LineAPI.commitMessages()
def on_enter_main(self, reply_token):
quick_reply = LineAPI.makeQuickReplyTexts([
'Prices',
'Tutors',
'Book class',
'My schedule'
])
LineAPI.send_reply_message(
reply_token, chatClientFSM.main_menu_text, quickReply=quick_reply)
LineAPI.commitMessages()
def on_enter_all_bookings(self, reply_token):
from app import Booking
bookings = Booking.query.filter(Booking.available == False).all()
message = ""
print(bookings)
for i, booking in enumerate(bookings):
if i < 10 and booking:
message = (message +
f"Booking id: {booking.id}, tutor {booking.tutor.name} with {booking.client.name}\n")
LineAPI.send_reply_message(reply_token,message)
LineAPI.commitMessages()
def on_enter_show_schedule(self,reply_token):
from app import Client
client = Client.query.filter(Client.line_id == self.lineId).first()
message = ""
bookings = client.bookings
for booking in bookings:
message = message + f"Class with tutor {booking.tutor.name} at {booking.time.hour}:00 on the {booking.time.month}/{booking.time.day}.\n"
LineAPI.send_reply_message(reply_token, message, LineAPI.makeQuickReplyTexts([
'Main'
]))
LineAPI.commitMessages()
def on_enter_set_class(self, reply_token):
LineAPI.send_reply_message(reply_token,
"Great, now we just need some info to book your " +
"personal class with one of our best tutors!")
LineAPI.sendButtons(reply_token, ['Log in'], 'Booked a class before?')
LineAPI.send_reply_message(
reply_token, "How do we call you? (Write your name please)")
LineAPI.commitMessages()
def on_enter_registered_client(self, reply_token, repeated: bool = False):
if repeated:
LineAPI.send_reply_message(
reply_token, '(Wrong input or not registered before)')
LineAPI.send_reply_message(reply_token, 'Please write your phone number',
LineAPI.makeQuickReplyTexts([
'go back'
]))
LineAPI.commitMessages()
pass
def on_enter_tutors_sample(self, reply_token):
from app import Tutor
LineAPI.send_reply_message(
reply_token, reply_msg="These are some of our tutors:")
# Send carousel of 5 random tutors:
tutor_profiles = Tutor.query.all()
tutor_profiles = random.sample(tutor_profiles, 5)
elements = [LineAPI.makeCarouselElement(tutor.picture, tutor.name, ('Rating: ' + str(tutor.rating)))
for tutor
in tutor_profiles]
LineAPI.sendCarousel(reply_token, elements)
quick_reply = LineAPI.makeQuickReplyTexts([
'More Tutors',
'Book a class',
'Main'
])
LineAPI.send_reply_message(
reply_token, reply_msg="Time to book a class?", quickReply=quick_reply)
LineAPI.commitMessages()
def on_enter_book_class(self, reply_token):
# TODO: Add booking logic
# Add client to the database table
from app import Client, Booking, db
client = Client.query.filter(Client.line_id == self.lineId).first()
if not client:
client = Client(line_id=self.lineId, name=self.userName,
phone=self.phoneNumber)
db.session.add(client)
db.session.commit()
booking = Booking.query.get(self.current_booking.id)
booking.client_id = client.id
booking.available = False
db.session.commit()
# Send event to TimeTree
token = getAccessToken("250",
booking.tutor.timetree_id)
print(token)
res = create_event(token,
f"{booking.tutor.name}'s class with {client.name}",
booking.time,
(booking.time + timedelta(hours=1)),
f"Scheduled class with {client.name}\n" +
"Contact info: \n" +
f"Phone number: {client.phone}")
print(res)
# Send response to Client
LineAPI.send_reply_message(reply_token,
"Thanks for trusting us with your learning. \n" +
f"{booking.tutor.name} will soon " +
"be contacting you for setting up the meeting. \n" +
"Have a nice day.",
LineAPI.makeQuickReplyTexts([
'Main'
]))
LineAPI.commitMessages()
def on_enter_query_schedule(self, reply_token, reEntering: bool = False):
from app import Client
client = Client.query.filter(Client.line_id == self.lineId).first()
LineAPI.send_reply_message(reply_token,
f"Hi {client.name}, to confirm your identity please input your phone number."
)
if reEntering : LineAPI.send_reply_message(reply_token, "(Wrong number)")
LineAPI.commitMessages()
def on_enter_get_phone(self, reply_token, invalid: bool = False):
if invalid:
LineAPI.send_reply_message(
reply_token, "How do we contact you? (Please insert a valid phone number")
else:
LineAPI.send_reply_message(
reply_token, "How do we contact you? (Please insert your phone number")
LineAPI.commitMessages()
def on_enter_confirm_data(self, reply_token):
LineAPI.send_reply_message(reply_token,
"You've entered the following contact info: \n" +
f"Name: {self.userName} \n" +
f"Phone number: {self.phoneNumber}"
)
qr = LineAPI.makeQuickReplyTexts([
"Yes",
"No"
])
LineAPI.send_reply_message(reply_token, "Is this correct?", qr)
LineAPI.commitMessages()
def on_enter_not_user(self, reply_token):
LineAPI.send_reply_message(reply_token, "Sorry you're not a user yet, book a class to become a registered user",
LineAPI.makeQuickReplyTexts([
'Main'
]))