def book_a_cage():
print(' ****************** Book a cage **************** ')
if not state.active_account:
error_msg("You must log in first to book a cage")
return
snakes = svc.get_snakes_for_user(state.active_account.id)
if not snakes:
error_msg('You must first [a]dd a snake before you can book a cage.')
return
print("Let's start by finding available cages.")
start_text = input("Check-in date [yyyy-mm-dd]: ")
if not start_text:
error_msg('cancelled')
return
checkin = parser.parse(
start_text
)
checkout = parser.parse(
input("Check-out date [yyyy-mm-dd]: ")
)
if checkin >= checkout:
error_msg('Check in must be before check out')
return
print()
for idx, s in enumerate(snakes):
print('{}. {} (length: {}, venomous: {})'.format(
idx + 1,
s.name,
s.length,
'yes' if s.is_venomous else 'no'
))
snake = snakes[int(input('Which snake do you want to book (number)')) - 1]
cages = svc.get_available_cages(checkin, checkout, snake)
print("There are {} cages available in that time.".format(len(cages)))
for idx, c in enumerate(cages):
print(" {}. {} with {}m carpeted: {}, has toys: {}.".format(
idx + 1,
c.name,
c.square_meters,
'yes' if c.is_carpeted else 'no',
'yes' if c.has_toys else 'no'))
if not cages:
error_msg("Sorry, no cages are available for that date.")
return
cage = cages[int(input('Which cage do you want to book (number)')) - 1]
svc.book_cage(state.active_account, snake, cage, checkin, checkout)
success_msg('Successfully booked {} for {} at ${}/night.'.format(cage.name, snake.name, cage.price))
def book_a_cage():
print(' ****************** Book a cage **************** ')
if not state.active_account:
error_msg("You must log in first to book a cage")
return
snakes = svc.get_snakes_for_user(state.active_account.id)
if not snakes:
error_msg('You must first [a]dd a snake before you can book a cage.')
return
print("Let's start by finding available cages.")
start_text = input("Check-in date [yyyy-mm-dd]: ")
if not start_text:
error_msg('cancelled')
return
checkin = parser.parse(
start_text
)
checkout = parser.parse(
input("Check-out date [yyyy-mm-dd]: ")
)
if checkin >= checkout:
error_msg('Check in must be before check out')
return
print()
for idx, s in enumerate(snakes):
print('{}. {} (length: {}, venomous: {})'.format(
idx + 1,
s.name,
s.length,
'yes' if s.is_venomous else 'no'
))
snake = snakes[int(input('Which snake do you want to book (number)')) - 1]
cages = svc.get_available_cages(checkin, checkout, snake)
print("There are {} cages available in that time.".format(len(cages)))
for idx, c in enumerate(cages):
print(" {}. {} with {}m carpeted: {}, has toys: {}.".format(
idx + 1,
c.name,
c.square_meters,
'yes' if c.is_carpeted else 'no',
'yes' if c.has_toys else 'no'))
if not cages:
error_msg("Sorry, no cages are available for that date.")
return
cage = cages[int(input('Which cage do you want to book (number)')) - 1]
svc.book_cage(state.active_account, snake, cage, checkin, checkout)
success_msg('Successfully booked {} for {} at ${}/night.'.format(cage.name, snake.name, cage.price))
def book_a_cage():
print(' ****************** Book a cage **************** ')
if not state.active_account:
hosts.error_msg("Must be logged in to register a cage")
return
snakes = svc.get_snakes_for_user(state.active_account.id)
if not snakes:
hosts.error_msg(
f'No snakes found for user {state.active_account.name}')
return
start_text = input("Check-in date for cage [yyyy-mm-dd]: ")
if not start_text:
hosts.error_msg('Cancelled')
return
check_in_date = parser.parse(start_text)
checkout_date = parser.parse(
input("Checkout date for cage [yyyy-mm-dd]: "))
if check_in_date >= checkout_date:
hosts.error_msg('Check in date must be prior to checkout date')
return
print('Select snake to book:')
view_your_snakes(show_header=False)
snake_number = int(input("Enter snake number: ")) - 1
snake = snakes[snake_number]
print('Finding available cages...')
cages = svc.get_available_cages(check_in_date, checkout_date, snake)
if not cages:
hosts.error_msg('No cages available for your date')
return
print(
f'You have {len(cages)} available cage(s) to book. Please select from the following:'
)
for idx, c in enumerate(cages):
print(
f" * {idx + 1}. {c.name}, size: {c.square_metres}m\N{SUPERSCRIPT TWO}, "
f"carpeted: {'yes' if c.is_carpeted else 'no'}, "
f"toys: {'yes' if c.has_toys else 'no'}, "
f"price: {c.price}")
cage = cages[int(input('Select cage to book: ')) - 1]
cage = svc.book_cage(state.active_account, snake, cage, check_in_date,
checkout_date)
hosts.success_msg(
f'Successfully booked {cage.name} for {snake.name} at £{cage.price}/night'
)
def book_a_cage():
print(' ****************** Book a cage **************** ')
# Require an account
if not state.active_account:
print(f"You have to be logged in")
return
# Verifying that user have a snake
snakes = svc.get_snakes_for_user(state.active_account)
if not snakes:
print("You should frist [a]dd snakes in before booking a cage")
# TODO: Get dates and select snake
print("Lets check for available bookings")
start_date = input("Enter check in date [yyyy-mm-dd]")
if not start_date:
print("cancelled")
return
check_in = parser.parse(start_date)
checcheck_out = parser.parse(input("Enter check in date [yyyy-mm-dd]"))
if check_in > check_out:
print("Error: check_in must be before check_out")
return
snakes = svc.get_snakes_for_user(state.active_account)
for idx, s in enumerate(snakes):
print(" {} - {} -> {}m long and {}venomous".format(
idx + 1, s.name, s.length, '' if s.is_venomous else 'not '))
snake = snakes[int(input('Enter snake number that you wish to book')) - 1]
# Find cages available across date range for our particular snake attributes
cages = svc.get_available_cages(check_in, check_out, snake)
print(f"You snake can be booked in {len(cages)} cages ")
for idx, c in enumerate(cages):
print(
"{} - {c.name} is {c.square_meters} meters. Carpeted = {}, Has Toys = {}"
.format(idx + 1, c.name, c.square_meters,
"YES" if c.is_carpeted else 'NO',
"YES" if c.has_toys else 'NO'))
if not cages:
print("No cages that can be booked")
return
cage = cages[int(input('Enter cage number that you wish to book')) - 1]
svc.book_cage(snake, cage, checkin, checkout)
print("successfully nooked a new cage")
def book_a_cage():
print(' ****************** Book a cage **************** ')
if not state.active_account:
error_msg('You must login first to book a cage.')
return
snakes = svc.get_snakes_for_user(state.active_account.id)
if not snakes:
error_msg('You must first [a]dd a snake before you can book a cage.')
return
print("Let's start by finding available cages")
start_text = input("Check in date [yyyy-mm-dd]? ")
if not start_text:
error_msg('Cancelled')
return
checkin = parser.parse(start_text)
checkout = parser.parse(input("Check out date [yyyy-mm-dd]? "))
if checkin > checkout:
error_msg('Check in must be before checkout')
return
print()
for idx, s in enumerate(snakes):
print(f"{(idx + 1)}. {s.name} (length: {s.length}m, "
f"venomous: {('yes' if s.is_venomous else 'no')})")
snake = snakes[int(input("Which snake do you want book for (number)")) - 1]
cages = svc.get_available_cages(checkin, checkout, snake)
if not cages:
error_msg('Sorry, no cages available for that date')
print(f"There are {len(cages)} available during that time.")
for idx, c in enumerate(cages):
print(f" {(idx + 1)}. {c.name} with {c.square_meters}m, "
f"carpeted: {('yes' if c.is_carpeted else 'no')}"
f"has toys: {('yes' if c.has_toys else 'no')}.")
cage = cages[int(input('Which cage would you like to book (number)? ')) -
1]
svc.book_cage(state.active_account, snake, cage, checkin, checkout)
success_msg(f"Successfully booked {cage.name} for {snake.name} "
f"at €{cage.price} per night.")