def userViewBooking():
userVoucher = int(raw_input("Voucher ID: "))
Booking.printSingleRecord(userVoucher)
choice = option("Press any key to go back!")
if choice == "Y":
menuselect()
else:
menuselect()
def book():
date = request.form.get('date')
time = request.form.get('time')
booking = Booking(date, time)
booking.booked_tables()
available_times = booking.available_tables()
return jsonify({'available_times': available_times})
def index():
roomList = []
for room in mongoRooms.getAll():
roomList += [room['name']]
bookingList = []
for room in roomList:
booking = Booking(roomId=room, lockDays = mongo.getBookedDays(room))
# booking = Booking(roomId=room, name=room[0:3], mail=room[0:3]+'@gmail.com', phone='0781828688', lockDays = mongo.getBookedDays(room))
bookingList += [booking]
if request.method == "POST":
print('Form was posted')
print(request.form)
# Retrieve the booking by roomId
for booking in bookingList:
if booking.roomId == request.form["roomId"]: break
booking.name = request.form["name"]
booking.mail = request.form["mail"]
booking.phone = request.form["phone"]
booking.startDate = request.form["stayDate"] # Validate will assign startDate/endDate using it
booking.yScroll = request.form["yScroll"] # To keep the scroll position
if booking.validate():
registerNewBooking(booking)
return render_template('confirm.html', booking=booking)
else:
print(booking.phone, booking.startDate, booking.endDate)
return render_template('calendar.html', bookingList=bookingList)
else: print('Not a post')
return render_template('calendar.html', bookingList=bookingList)
def userBooking():
User.printUserRecords()
userID = int(raw_input("Please enter the id of the user to book: "))
Services.printServices()
servicesID = int(
raw_input(
"Please enter the id of the service chosen by the customer: "))
userObject = User.getbyID(userID)
serviceObject = Services.getbyID(servicesID)
bookingObject = Booking()
bookingObject.customerID = userObject.userid
bookingObject.serviceID = serviceObject.servicesid
bookingObject.voucher_id = Booking.generateVoucher()
choice = option("Would you like to save changes")
if choice == "Y":
bookingObject.save()
print("Event records successfully saved!")
print("Voucher ID: {}".format(bookingObject.voucher_id))
print("Please keep the voucher number for booking reference! ")
else:
start()
choice = option("Would you like to add more booking")
if choice == "Y":
userBooking()
else:
userMenuArgs()
def make_booking(self, customer, car, period, location):
self._nbooking += 1
self._customers.append(customer)
self._cars.append(car)
new_booking = Booking(customer, car, period, location)
new_booking.calculate_fee()
self._bookings.append(new_booking)
print('~~~ Make ' + num2words(self._nbooking, to='ordinal') +
' booking ~~~')
print('=== Booking Successful! ===')
print('Booking details:')
print(new_booking)
print('=== Thank you for using Affordable Rentals ===')
print('\n')
def AddBooking(userid):
source = input("Enter Source Location : ")
destination = input("Enter Destination Location : ")
flights = list(
filter(
lambda x: x.GetSource() == source and x.GetDestination() ==
destination, dl.GetFlightDetails()))
print("Available Flights from ", source, " to ", destination, " are:")
print()
print(
"Flight No.\t\tName\t\tSource\t\tDestination\t\tFare\t\tAvailability")
print("-" * 100)
for flight in flights:
print(flight.GetFlightNo(), end="\t\t\t")
print(flight.GetName(), end="\t\t")
print(flight.GetSource(), end="\t\t")
print(flight.GetDestination(), end="\t\t\t")
print(flight.GetFare(), end="\t\t")
availability = flight.GetAvailability().split(',')
days = ['S', 'M', 'T', 'W', 'T', 'F', 'S']
for i in range(availability.__len__()):
if (availability[i] == '1'):
print(days[i], end=' ')
bookingid = int(input("Enter Booking Id : "))
flightno = int(input("Enter Flight Number : "))
bookingdate = input("Enter Booking Date (Y-M-D) : ")
booking = Booking(bookingid, userid, flightno, bookingdate)
if (dl.SaveBooking(booking)):
print("Flight Booked Successfull")
else:
print("Please Try Again!!")
def add_b():
try:
if request.method=='POST':
tid=request.form['tid']
sid=request.form['sid']
cemail=request.form['cemail']
Session = sessionmaker(bind=eng)
ses = Session()
x=datetime.datetime.now()
bdate=x.date()
time=x.time()
rb=ses.query(Booking).filter(and_(Booking.bdate==bdate,Booking.sid==sid)).count()
print(rb)
QueueNo=0
if rb==0:
QueueNo=1
elif rb>0:
QueueNo=rb+1
su = Booking(bdate,QueueNo,time,tid,sid,cemail)
ses.add_all([su])
ses.commit()
response={'status':1,"statusMessage":"Booking Successful","QueueNo":QueueNo}
except Exception as e:
response = {'status': 0, 'statusMessage': str(e)}
return jsonify(response)
def make_booking(self, customer, car, period, location):
booking = Booking(customer, car, period, location)
self._bookings.append(booking)
print("=== Booking Successful! ===")
print(booking)
print("=== Thank you for using Affordable Rentals ===")
def bookCab(self, usrid, src, dst):
if usrid in self.users.keys():
cab = self.searchCab(src)
if (cab == None):
print("All Cabs are busy, plz try in some time")
return None
else:
fare = cab.getCost()
dis = self.distance(src, dst)
cost = fare * dis
now = datetime.now()
current_time = now.strftime("%H:%M:%S")
ride = Booking(cab.getDriver(), current_time, src, dst, cost)
#usr params
usr = self.users[usrid]
usr.setPay(cost)
usr.setBookings(ride)
#driver info
driver = cab.getDriver()
driver.addRide(ride)
cab.setAvailability(False)
return ride
else:
print("Not a valid user")
return
def create_booking(self, venueid, userid, startDate, endDate):
"""
Create a new booking object and insert it into the database.
startDate, endDate should be type `datetime.date`
"""
# Verify the booking is allowed
# -----------------------------
# Check that the booking is allowed for the venue.
venue_avails = db.venues.get_overlapping_availability(
venueid, startDate, endDate)
if not venue_avails:
# No availabilities exist for that period
raise BookingError(
"Venue is not available for the requested date range.")
# Check that the venue is not booked for the requested period.
clashes = db.bookings.get_for_venue_overlapping(
venueid, startDate, endDate)
if clashes:
raise BookingError(
"The venue is already booked for the requested period.")
# Booking is valid, insert into system
# ------------------------------------
new_bookingid = db.bookings.insert(venueid, userid, startDate, endDate)
new_booking = Booking(venueid, userid, startDate, endDate)
self.add_booking(new_bookingid, new_booking)
return new_bookingid
def init_synthethic_dataset(self):
self.database = {}
passengers = [Passenger(name) for name in ["john green", \
"louie anderson", \
"liza koshy"]]
bookings = [Booking(*booking) for booking in
[("AMS", "ZRH", "10-Dec-2018"), \
("LHR", "AMS", "01-Jan-2019"), \
("BER", "ARN", "02-Mar-2019")]]
flights = [Flight(*flight) for flight in \
[("KLM", "AMS", "BSL", "10-Dec-2018", 200), \
("SWISS", "BSL", "ZRH", "10-Dec-2018", 100), \
("KLM", "LHR", "AMS", "01-Jan-2019", 300), \
("Eurowings", "BER", "ARN", "02-Mar-2019", 300)]]
tickets = [Ticket(*ticket) for ticket in \
[(passengers[0], flights[0], "economy"),
(passengers[0], flights[1], "economy"),
(passengers[1], flights[2], "business"), \
(passengers[2], flights[3], "economy")]]
bookings[0].add_ticket(tickets[0])
bookings[0].add_ticket(tickets[1])
bookings[1].add_ticket(tickets[2])
bookings[2].add_ticket(tickets[3])
self.database["passengers"] = passengers
self.database["bookings"] = bookings
self.database["flights"] = flights
self.database["tickets"] = tickets
self.database["name_to_tickets"] = {
passenger.name: []
for passenger in passengers
}
for ticket in tickets:
self.database["name_to_tickets"][ticket.client.name] += [ticket]
def _checkMachineReservation(user, machine, dateTime):
# set the time format to UTC time
now = datetime.utcnow().isoformat() + 'Z'
list_calendar = []
for i in range(len(bookings["Records"])):
bookid = bookings["Records"][i]["ResourceId"]
bookname = bookings["Records"][i]["ResourceName"]
userid = bookings["Records"][i]["CoworkerId"]
userfullname = bookings["Records"][i]["CoworkerFullName"]
bookfromtime = bookings["Records"][i]["FromTime"]
booktotime = bookings["Records"][i]["ToTime"]
#create a Booking object
book=Booking(bookid, bookname, usererid, userfullname,bookfromtime, booktotime)
#add the Booking object to the list
list_calendar.append(booking)
# compare the user, machine and dateTime with the Booking object
for i in range(len(list_calendar)):
book1=list_calendar[i]
if book1.bookname==machine && book1.userfullname==user && now >book1.bookfromtime && now <booktotime:
return book1.resourceid
else:
return false
def get_bookings(self):
"""
Return a sorted list of all the bookings for this venue.
"""
booking_rows = db.bookings.get_for_venue(self._id)
return sorted([Booking(*row[1:]) for row in booking_rows],
key=lambda x: x.start_date)
def index_old():
bookedDays = getBookedDays()
form = getBookingForm()
if form.validate_on_submit():
booking = Booking(form.startDate.data[0:12], form.endDate.data[0:12], "Room to manage later", form.name.data, form.mail.data, form.phone.data)
return render_template('confirmation.html', booking=booking)
print(f'index bookedDays={bookedDays}')
return render_template('index.html', form=form, bookedDays=bookedDays)
def bookinglist():
bookingList = []
roomColor = {'Elodie': '#9090E3', 'Léonie': '#7070E3', 'Mélodie': '#0A0AE3'}
for bookingRecord in mongo.get({}): #{'roomName': 'Elodie'}
booking = Booking(roomId=bookingRecord['roomName'], startDate=bookingRecord['startDate'].strftime('%Y-%m-%d')+'T14:00:00', endDate=bookingRecord['endDate'].strftime('%Y-%m-%d')+'T10:00:00', name=bookingRecord['customerName'], mail=bookingRecord['customerMail'], phone=bookingRecord['customerPhone'], color=roomColor[bookingRecord['roomName']])
bookingList += [booking]
# return render_template('bookinglist.html', bookingList=bookingList)
return render_template('bookingcalendar.html', bookingList=bookingList)
def build(self):
b = Booking()
b.first_name = self.first_name
b.last_name = self.last_name
b.total_price = self.total_price
b.deposit_paid = self.deposit_paid
b.booking_dates = self.booking_dates
b.additional_needs = self.additional_needs
return b
def __init__(self, booking: Booking):
classrooms_source = booking.get_classroom_source()
self._buildings_dict = {} # type: Dict
keys = []
for building in classrooms_source.get_all_buildings():
building_command = building.get_name().lower().replace(" ", "_")
keys.append(building_command)
self._buildings_dict[building_command] = building.get_identifier()
super().__init__(booking, keys, False, exact_match=True)
def __init__(self, booking: Booking):
classrooms_source = booking.get_classroom_source()
self._classrooms_dict = {} # type: Dict
keys = []
for classroom in classrooms_source.get_all_classrooms():
classroom_command = classroom.get_name().lower().replace(" ", "_")
keys.append(classroom_command)
self._classrooms_dict[classroom_command] = classroom.get_identifier()
super().__init__(booking, keys, case_sensitive=False, exact_match=True)
def GetBookingDetail(bookingid):
cur = con.cursor()
cur.execute("SELECT * FROM BOOKING WHERE bookingid=" + bookingid)
data = cur.fetchone()
if (data == None):
return None
booking = Booking(data[0], data[1], data[2], data[3])
return booking
def __init__(self, booking: Booking):
classrooms_source = booking.get_classroom_source()
keys = []
self._keyboard = None
for building in classrooms_source.get_all_buildings():
building_command = "/" + building.get_name().lower().replace(" ", "_")
keys.append([KeyboardButton(building_command)])
if len(keys) > 0:
self._keyboard = ReplyKeyboardMarkup(keys)
super().__init__(booking, ["buildings"], False, exact_match=True)
def GetBookingDetails():
cur = con.cursor()
cur.execute("SELECT * FROM BOOKING")
data = con.fetchall()
bookings = []
for record in data:
booking = Booking(data[0], data[1], data[2], data[3])
bookings.append(user)
return bookings
def generate_alternatives(self, slot, booking):
current_pax = booking.pax
alternatives = []
while ((not alternatives) and (current_pax > 0)):
for alt_slot in range(max(0, slot - 1), min(slot + 2, 12)):
alt_booking = Booking(booking.customer_number, current_pax)
alternatives.append((alt_slot, alt_booking))
alternatives = self.__filter_unavailable(alternatives)
current_pax -= 1
self.__sort_slot_closer_to_init(alternatives, slot)
return alternatives
def test_booking(self):
class _CarStub:
def calculatePrice(self, *_, **__):
return 999
carStub = _CarStub()
booking = Booking(1, carStub, 3, 4)
assert (booking.customer == 1)
assert (booking.car == carStub)
assert (booking.period == 3)
assert (booking.location == 4)
assert (booking.price == 999)
def make_booking(self, customer, car, start_date,end_date, start_location, end_location):
try:
Check = check_booking_error(start_date,end_date, start_location, end_location)
except BookingError as err:
return err
else:
location = Location(start_location, end_location)
d1 = datetime.strptime(start_date, "%Y-%m-%d")
d2 = datetime.strptime(end_date, "%Y-%m-%d")
period = abs((d2 - d1).days) + 1
new_booking = Booking(customer, car, period, location)
new_booking.apply()
print('=== Booking Successful! ===')
print('Booking details:')
print(new_booking)
print('=== Thank you for using Affordable Rentals ===')
self._bookings.append(new_booking)
return new_booking
def ParseRawData(self, reader):
for line in reader:
# Ignore lines that arent booked yet
if line[16] == "Umsatz vorgemerkt":
continue
# Delete unnecessary whitespaces with a regex
for i, element in enumerate(line):
line[i] = re.sub(' +', ' ', element)
booking = Booking(line[self.dateColumn], \
line[self.typeColumn], \
line[self.nameColumn], \
line[self.purposeColumn], \
line[self.valueColumn])
self.bookings.append(booking)
def create(self,destination,TimeOfFlight,TypeOfFlight,Price,SitNumber,name,flightno,PhoneNo):
avalFlight = self.flightmg.find(flightno)
avalpassanger = self.passangermg.find(PhoneNo)
if avalpassanger == None:
print("Passanger Not available")
return False
else:
if avalFlight == None:
print("Flight Not available")
return False
else:
info = Booking(destination,TimeOfFlight,TypeOfFlight,SitNumber,name,avalFlight)
self.Bookings.append(info)
return True
def get_booking(self, bookid):
"""
Find a booking in the stored bookings or from the database.
Returns `None` if a booking cannot be found in the system nor database
"""
if bookid in self._bookings:
return self._bookings[bookid]
else:
b = db.bookings.get(bookid)
if b is not None:
book = Booking(*b[1:])
self.add_booking(bookid, book)
return book
else:
return None
def check_fee(self, customer, car, date1, date2, location1, location2):
'''
Task 4
'''
start_date = datetime.strptime(start_date, "%Y-%m-%d")
end_date = datetime.strptime(end_date, "%Y-%m-%d")
try:
check_booking_error(start_date, end_date, start_location, end_location)
except BookingError as err:
print(err)
return
period = end_date - start_date
booking = Booking(customer, car, period.days, Location(start_location, end_location))
return booking.fee
def book(self, hour, pax, customer_number, alternatives):
"""Returns true if booking was successful, otherwise returns false and
populates alternatives list with alternative free bookings
hour - booking start hour in 24h system
pax - number of people in booking
customer_number - customer telephone number
alternatives - list variable to store alternative booking options"""
slot = self.hour_to_slot(hour)
initial_booking = Booking(customer_number, pax)
if self.tables.check_available(slot, initial_booking):
self.tables.book(slot, initial_booking)
return True
else:
alt = self.generate_alternatives(slot, initial_booking)
self.__copy_list(alt, alternatives)
return False
def make_booking(self, customer, car, start_date, end_date, start_location, end_location):
'''
Task 3
'''
try:
start_date = datetime.strptime(start_date, "%Y-%m-%d")
except:
raise BookingError({'start_date': 'Invalid start date'})
try:
end_date = datetime.strptime(end_date, "%Y-%m-%d")
except:
raise BookingError({'end_date': 'Invalid end date'})
errors = check_booking_error(start_date, end_date, start_location, end_location)
if errors:
raise BookingError(errors)
period = (end_date - start_date).days + 1
booking = Booking(customer, car, period, Location(start_location, end_location))
car.add_booking(booking)
self._bookings.append(booking)
return [booking]
def parse_bookings(csv_file, offset_header, index_date, index_recipient,
index_reference, index_amount, date_format):
with open(csv_file, newline='') as csvfile:
csv_reader = csv.reader(csvfile, delimiter=';')
rows = []
for row in csv_reader:
rows.append(row)
# Skip Header Lines
rows = rows[offset_header:]
bookings = []
for row in rows:
bookings.append(
Booking(
datetime.strptime(row[index_date], date_format),
row[index_recipient], row[index_reference],
float(row[index_amount].replace(".", "").replace(",",
"."))))
print(f"Parsed {len(bookings)} bookings from {csv_file}")
return bookings
class PriceCalculator:
def __init__(self, booking, strategy):
self.booking = booking
self.strategy = strategy
def prepare_passengers(self):
self.strategy.process_passengers(self.booking)
if __name__ == '__main__':
passanger1 = Passanger('adult')
passanger2 = Passanger('infant')
passanger3 = Passanger('child')
booking1 = Booking(100.0, 10.0, 20.0, [passanger1, passanger2, passanger3])
strategy1 = EqualPriceStrategy()
PriceCalculator(booking1, strategy1).prepare_passengers()
print(booking1.get_passangers())
passanger4 = Passanger('adult')
passanger5 = Passanger('infant')
passanger6 = Passanger('child')
booking2 = Booking(100.0, 10.0, 20.0, [passanger4, passanger5, passanger6])
strategy2 = AgeBasedStrategy()
PriceCalculator(booking2, strategy2).prepare_passengers()
print(booking2.get_passangers())
