def init(self):
os.system('clear')
self.number_of_players = utils.input_number('Number of players: ')
self.number_of_decks = utils.input_number('Number of decks: ')
self.table_bet = utils.input_number('Initial table bet: ')
self.five_card_rule = utils.input_boolean('Activate five card rule: ')
self.players = [
Player(i) for i in range(1, self.number_of_players + 1)
]
self.deck = Deck(self.number_of_decks)
self.dealer = Dealer()
def solve(stage):
position, label = get_position_or_label(stage, display(stage))
if position is not None:
print_command(f'position {position}')
else:
print_command(f'label {label}')
if stage < 5:
if label is None:
label = input_number('Label: ', size=1)
else:
position = input_number('Position: ', size=1)
next_button(position, label)
print()
def module_library(self, clear):
# ekran biblioteki schematów zadań, dostępny kreator i edycja zadań w bibliotece
clear()
print("<< Wciśnij 0 by wrócić\n")
print(
"Witaj w bibliotece zadań!\nTutaj możesz tworzyć i edytować zadania."
)
print("Oto Twoje zadania:") # ewentualne katalogi TU
for module in self.available_modules:
module.print_module()
print("\nCo chcesz teraz zrobić? (liczba + enter)")
print("0. Wróć do poprzedniego ekranu")
print("1. Edytuj zadanie")
print("2. Dodaj zadanie")
print("3. Usuń zadanie")
menu_option = -1
while menu_option not in range(0, 4):
menu_option = input_number(">> ")
if menu_option == 1:
self.edit_module()
if menu_option == 2:
self.add_module()
if menu_option == 3:
self.delete_module()
pass
if menu_option == 0:
return
def edit_module(self):
# edytuj moduł (czyli "duże" zadanie)
print("Jakie zadanie chcesz edytować? (podaj numer od 1 do " +
str(len(self.available_modules)) + ")")
chosen_module = -1
while chosen_module not in range(1, len(self.available_modules) + 1):
chosen_module = input_number(">> ")
chosen_module -= 1
self.available_modules[chosen_module].print_module()
print("Chcesz dodać nową nazwę? (t, n)")
edit = 'z'
while edit not in ['t', 'n']:
edit = input(">> ")
if edit == 't':
self.available_modules[chosen_module].name = input(
"Wprowadź nazwę\n>> ")
print("Chcesz dodać nowy obraz? (t, n)")
edit = 'z'
while edit not in ['t', 'n']:
edit = input(">> ")
if edit == 't':
self.available_modules[chosen_module].image = input(
"Wprowadź link do obrazu\n>> ")
print("Chcesz dodać nowy opis? (t, n)")
edit = 'z'
while edit not in ['t', 'n']:
edit = input(">> ")
if edit == 't':
self.available_modules[chosen_module].description = input(
"Wprowadź opis\n>> ")
def process_code(n):
code = input_number(f'Code {n}: ', 6)
matches = set()
root = digital_root(code)
if root == 8: # digital root is 8
matches.add(0)
if sqrt(n) == int(sqrt(code)): # perfect square
matches.add(1)
if code % 7 == 0: # divisible by 7
matches.add(2)
if (code % 5) % 2 == 1: # modulo 5 is odd
matches.add(3)
if root == 3 or root == 4: # digital root is 3 or 4
matches.add(4)
if code % 6 == 0: # divisible by 6
matches.add(5)
if root == 7: # digital root is 7
matches.add(6)
if code % 9 == 0: # divisibile by 9
matches.add(7)
if root == 5: # digital root is 5
matches.add(8)
if (code % 6) % 2 == 0 or code**(1 / 3) == int(
code**(1 / 3)
): # modulo 6 is even (Standard version) or perfect cube (No Copyright version)
matches.add(9)
return matches
def delete_module(self):
#usunięcie zadania z biblioteki
print("Jakie zadanie chcesz usunąć? (podaj numer od 1 do " +
str(len(self.available_modules)) + ")")
chosen_module = -1
while chosen_module not in range(1, len(self.available_modules) + 1):
chosen_module = input_number(">> ")
chosen_module -= 1
del self.available_modules[chosen_module]
def download_model(bucket, model_name, models_folder):
s3 = boto3.resource('s3')
conn = sqlite3.connect(database)
cur = conn.cursor()
# check model availability in database
try:
cur.execute(
"Select rowid, name, version from model_info where name='{}' and available=1;"
.format(model_name))
result = cur.fetchall()
if result:
if len(result) == 1:
model_id = result[0][0]
else:
print('You have more than one model with such a name:')
print([res for res in result])
model_id = input_number(
'Input model id you want to download (Enter 0 to Cancel):\n'
)
else:
print(
'You don\'t have model with provided name, exiting without any changes'
)
sys.exit()
except (sqlite3.DatabaseError, sqlite3.OperationalError,
sqlite3.ProgrammingError):
print('Problems while checking model info in database... Try again!')
sys.exit(1)
# Check if directory exists
if not os.path.isdir(models_folder):
print('New directory for models has been created.')
os.makedirs(models_folder)
else:
model = os.path.isfile('{}{}'.format(models_folder, model_name))
if model:
confirmation = confirm_input(
'Model with such name exists, do you want to replace (y/n)?\n')
if not confirmation:
print('Exiting without changes...')
sys.exit()
# download model from cloud:
try:
model_to_download = 'model_{}_{}'.format(model_name, model_id)
print(model_to_download)
s3.Object(bucket_name=bucket,
key=model_to_download).download_file('{}/{}'.format(
models_folder, model_name))
except:
print('Problems with model download from cloud... Try again!')
sys.exit()
print('Your model downloaded successfully!')
def arts():
ARTISTS = {
'Bob Ross': (1942, 1995),
'Picasso': (1881, 1973),
'Da Vinci': (1452, 1519),
'Van Gogh': (1853, 1890)
}
images = Image.open('./images/Samsung_Google_Arts.png')
images.show()
shown = ask('Is the displayed painting shown in the table?')
if not shown:
digit = input_number('Last digit of Serial#: ')
else:
pos = 0
while pos == 0 or pos == 5:
pos = input_number(
'Position of Arts app on the home screen (1-9 reading order): ',
size=1)
artist = ''
artists = set(map(str.lower, ARTISTS.keys()))
print_info(', '.join(ARTISTS.keys()))
while artist.lower() not in artists:
artist = input("Identify the artist of the painting: ")
artist_name = capitalize_all(artist)
artist = ARTISTS[artist_name]
n = 0
while n < 1 or n > 5:
n = input_number("Displayed Painting's Index (1-5): ", size=1)
if pos < 5:
birth_year = str(artist[0])
digit = int(birth_year[pos - 1])
else:
death_year = str(artist[1])
digit = int(death_year[pos - 5 - 1])
if ask(f'Displayed Artist is {artist_name}?'):
digit += 2 * (n - 1) # nth even digit in 0-9
else: # lying
digit += 2 * (n - 1) + 1 # nth odd digit in 0-9
save('Arts', digit % 10)
def add_module(self):
# dodaj zadanie do biblioteki
name = input("Wprowadź nazwę\n>> ")
image = input("Wprowadź link do obrazu\n>> ")
description = input("Wprowadź opis\n>> ")
print("Ile kroków chcesz dodać do zadania?")
num = input_number(">> ")
tasks = []
for i in range(num):
nam = input("Wprowadź nazwę kroku\n>> ")
imag = input("Wprowadź link do obrazu\n>> ")
descript = input("Wprowadź opis\n>> ")
tasks.append(Task(nam, imag, descript))
self.available_modules.append(Module(tasks, name, image, description))
def program_loop(self):
# główna pętla sterująca programu
exit_program = True
clear = lambda: os.system('cls')
while exit_program is True:
clear()
print("Wybierz aktywność: (liczba + enter)")
print("0. Zakończ program")
print("1. Kalendarz")
print("2. Biblioteka nagród")
print("3. Biblioteka zadań")
print("4. Podsumowanie")
menu_option = input_number(">> ")
if menu_option == 1:
self.calendar_view(clear)
if menu_option == 2:
clear()
print(
"Oto Twój zbiór naklejek.\n\n(W tym miejscu w aplikacji zostaną wyświetlone\nfoldery z naklejkami, "
"które mogą zdobywać podopieczni)\n")
for award in self.available_awards:
print(award.name, award.image)
input("\nNaciśnij dowolny klawisz by wrócić.")
clear()
if menu_option == 3:
self.module_library(clear)
if menu_option == 4:
clear()
print(
"Oto hub podsumowujący.\n\n(W tym miejscu w aplikacji zostaną wyświetlone statystyki,\n"
"podsumowanie postępów, zdobyte nagrody i skończone zadania.)"
)
done_modules = self.schedule.get_done_modules()
for date in done_modules.keys():
print(date.strftime("%d/%m/%Y"))
for as_module in done_modules[date]:
print(" - ",
as_module.module.name,
": ",
as_module.award.name,
sep="")
input("\nNaciśnij dowolny klawisz by wrócić.")
clear()
if menu_option == 0:
exit_program = False
def program_loop(self):
# główna pętla sterująca programu
exit_program = True
clear = lambda: os.system('cls')
while exit_program is True:
clear()
print("Cześć! :)")
print("Oto Twoje dzisiejsze wyzwania!", end='\n\n')
today = datetime.date.today()
self.schedule.show_tasks_from_date(today)
print("+---------------------------------")
print(
"\n//do celów testowych: wprowadź 0 by zakończyć, 1 by wejść w zadanie, 2 by wejść w trofea."
)
print(
"Docelowy interfejs również umożliwia wejście jedynie w obszar trofeów i w aktualne zadanie."
)
menu_option = -1
while menu_option not in range(0, 3):
menu_option = input_number(">> ")
if menu_option == 0:
exit_program = False
elif menu_option == 1 and self.schedule.current_module != None:
self.enter_task(clear, today)
print("Gratulacje! Zadanie wykonane!")
input("\nNaciśnij dowolny klawisz by wrócić.")
elif menu_option == 1 and self.schedule.current_module == None:
print("Nie masz dziś do wykonania więcej zadań :)")
elif menu_option == 2:
clear()
print(
"Oto Twoje zdobyte nagrody!\n\n(W tym miejscu w aplikacji zostaną wyświetlone naklejki,\n"
)
done_modules = self.schedule.get_done_modules()
for date in done_modules.keys():
print(date.strftime("%d/%m/%Y"))
for as_module in done_modules[date]:
print(" - ",
as_module.module.name,
": ",
as_module.award.name,
sep="")
input("\nNaciśnij dowolny klawisz by wrócić.")
clear()
def enter_task(self, clear, today, first_task=True, nav=0):
# wejście do zadania i rozpoczęcie postępu. Funkcja rekurencyjna do nawigacji
# i oznaczania postępu (czynność po czynności jest odhaczana jako wykonana)
assigned_module_entered = self.schedule.schedule_dict[today][
self.schedule.current_module]
task_name = assigned_module_entered.module.tasks_list[nav].name
task_img_url = assigned_module_entered.module.tasks_list[nav].image
task_done = False
reprint = True
while reprint:
clear()
if nav < assigned_module_entered.which_task_to_do:
task_done = True
if task_done:
print(FULL_SCREEN_UPPER_done)
else:
print(FULL_SCREEN_UPPER)
centerer = int((FULL_SCREEN_COUNT - len(task_name)) / 2)
for air in range(0, centerer):
if air == (centerer - 3) and first_task == False:
print("<", end="")
else:
print(" ", end="")
print(task_name + " >")
centerer = int((FULL_SCREEN_COUNT - len(task_img_url)) / 2)
for air in range(0, centerer):
print(" ", end="")
print(task_img_url)
if first_task:
print(FULL_SCREEN_LOWER_first)
else:
print(FULL_SCREEN_LOWER)
answ = -1
while answ not in range(1, 3):
answ = input_number(">> ")
if answ == 1 and first_task == False:
return True # cofa i true reprint
elif answ == 2 and task_done == False:
if self.schedule.make_progress():
return False # gdy nie chcemy ponownego wyswietlenia
else:
reprint = self.enter_task(clear, today, False, nav + 1)
elif answ == 2 and task_done == True:
reprint = self.enter_task(clear, today, False, nav + 1)
def calendar_view(self, clear):
#wyświetlenie kalendarza (docelowo), domyślnie widok dzienny. Możliwośc dodawania zadań wybranego dnia.
clear()
print("\nCo chcesz wyświetlić? (liczba + enter)")
print("1. Chcę zobaczyć zadania na dziś")
print("2. Chcę samemu wybrać datę")
chosen_date = None
menu_option = -1
while menu_option not in range(1, 3):
menu_option = input_number(">> ")
if menu_option == 1:
chosen_date = datetime.date.today()
if menu_option == 2:
clear()
day = input_number("Podaj dzień: ")
month = input_number("Podaj miesiąc: ")
year = input_number("Podaj rok: ")
chosen_date = datetime.date(year, month, day)
clear()
print("<< Wciśnij 0 by wrócić\n")
print("Oto Twój kalendarz! :)\nOto zadania zaplanowane na dziś:")
print(chosen_date.strftime("%d/%m/%Y") + "\n")
self.schedule.show_tasks_from_date(chosen_date)
print("+---------------------------------")
print("\nWybierz aktywność: (liczba + enter)")
print("0. Wróć do poprzedniego ekranu")
print("1. Zaplanuj zadanie")
print("2. Przejdź do widoku miesiąca")
menu_option = -1
while menu_option not in range(0, 3):
menu_option = input_number(">> ")
if menu_option == 1:
order = 0
length_l = len(
self.schedule.schedule_dict[chosen_date]
) if chosen_date in self.schedule.schedule_dict else 0
if length_l < 1:
order = 1
while order not in range(1, length_l + 2):
order = input_number(
"Podaj, na którym miejscu ma pojawić się nowe zadanie (od 1 do "
+ str(length_l + 1) + "): ")
self.create_assigned_module_view(clear, chosen_date, order)
return
if menu_option == 2:
self.schedule.show_tasks_from_month(chosen_date)
input("\nNaciśnij dowolny klawisz by wrócić.")
if menu_option == 0:
return
def remove_from_cloud(bucket, model_name):
s3 = boto3.resource('s3')
conn = sqlite3.connect(database)
cur = conn.cursor()
# change model availability in database
try:
cur.execute(
"Select rowid, name, version from model_info where name='{}' and available=1;"
.format(model_name))
result = cur.fetchall()
if result:
if len(result) == 1:
model_id = result[0][0]
else:
print('You have more than one model with such a name:')
print([res for res in result])
model_id = input_number(
'Input model id you want to delete (Enter 0 to Cancel):\n')
cur.execute(
"Update model_info set available=0 where rowid={}".format(
model_id))
else:
print(
'You don\'t have model with provided name, exiting without any changes'
)
sys.exit()
except (sqlite3.DatabaseError, sqlite3.OperationalError,
sqlite3.ProgrammingError):
print('Problems with updating model status in database... Try again!')
sys.exit(1)
# delete model from cloud:
try:
model_to_delete = 'model_{}_{}'.format(model_name, model_id)
s3.Object(bucket_name=bucket, key=model_to_delete).delete()
except:
print('Problems with deleting model from cloud... Try again!')
sys.exit()
conn.commit()
print('Your model deleted successfully!')
def create_assigned_module_view(self, clear, chosen_date, order):
# kreator nowego zadania z datą, czyli utworzenie obiektu zadania "wykonywalnego"
# na podstawie zadań z biblioteki
clear()
print("<< Wciśnij 0 by wrócić\n")
print("Utwórz nowe zadanie.")
print("Wybierz zadanie z Twoich zadań:") # ewentualne katalogi TU
counter = 1
for module in self.available_modules:
print(str(counter) + '.', end=' ')
counter += 1
module.print_module()
counter = -1
while counter not in range(1, len(self.available_modules) + 1):
counter = input_number(
"\nPamiętaj, że nowe zadania możesz tworzyć w bibliotece zadań.\nWybierz numer od "
"1 do " + str(len(self.available_modules)) + ": ")
counter -= 1
self.schedule.add_module(chosen_date, self.available_modules[counter],
order)
clear()
print("\nTwoje zadanie zostało utworzone!\n")
input("\nNaciśnij dowolny klawisz by wrócić.")
return
# source: https://www.practicepython.org/exercise/2014/04/30/13-fibonacci.html
from utils import input_number
input_num = input_number(
'How many numbers do you wish to yeild the Fibonacci numbers?')
num0 = 0
num1 = 1
numbers = [num0, num1]
for i in range(1, input_num):
num = num0 + num1
numbers.append(num)
num0 = num1
num1 = num
print('List of {} Fibonacci numbers!'.format(input_num))
print(numbers)
funni -= len(get_divisors(n, UNFUNNY))
# If the number is even subtract one funni point, otherwise add 1 funni point.
if n % 2 == 0:
funni -= 1
else:
funni += 1
# If the number is prime, add 2 funni points.
if is_prime(n):
funni += 2
# If the number is a perfect square, subtract 2 funni points.
root = sqrt(n)
if root == int(root):
funni -= 2
# If the number is the square of a prime, subtract another 2 funni points.
if is_prime(root):
funni -= 2
print_info(funni)
return funni > 0
if __name__ == "__main__":
try:
print_info('Press Ctrl+C to cancel')
for i in range(5):
if is_funny(input_number('Number: ')):
print_command('funny')
else:
print_command('unfunny')
except KeyboardInterrupt:
pass
def set_cash(self):
return utils.input_number('{}\'s initial cash: '.format(self.name),
float_=True)
while True:
login = input("Enter username: "******"":
break
password = input("Enter password: "******"Incorrect username/password")
continue
user = users[login]
while True:
print("1 - list all tasks")
print("2 - add new task")
print("3 - delete task")
print("4 - logout")
action = input_number("Select an action: ", MIN_ACTION, MAX_ACTION)
if action == 1:
list_tasks(user)
elif action == 3:
print("Your tasks: ")
i = 1
for task in user[USR_TASKS]:
print(f'{i}: {task[TASK_NAME]}')
i += 1
to_delete_index = input_number("Select a task to delete: ", 1,
len(user[USR_TASKS]) + 1)
delete_task(users, tasks, user[USR_TASKS][to_delete_index - 1])
save_data(users, tasks, FILE_NAME)
elif action == 2:
new_task = input_new_task()
if new_task:
# source: https://www.practicepython.org/exercise/2014/02/15/03-list-less-than-ten.html
from utils import random_list, input_number
a = random_list(100, 100)
num = input_number(
'Give me a number and I\'ll print a list of numbers that are smaller than that given number:'
)
print('Original list:')
print(a)
print('Numbers that are smaller than {}:'.format(num))
print([x for x in a if x < num])
#!/usr/bin/python3
# -*- coding: utf-8 -*-
# https://ktane.timwi.de/HTML/Prime%20Checker.html
from math_utils import is_prime
from utils import input_number, print_info, print_command
if __name__ == "__main__":
try:
print_info('Press Ctrl+C to cancel')
while True:
n = input_number('Number: ')
if is_prime(n):
print_command('prime')
else:
print_command('not prime')
except KeyboardInterrupt:
pass
# source: https://www.practicepython.org/exercise/2014/02/05/02-odd-or-even.html
from utils import input_number
num = input_number(
'Give me a number and I\'ll say whether this is an odd or even number:')
if num % 2 == 0:
print('This number is even!')
else:
print('This number is odd!')
# source: https://www.practicepython.org/exercise/2014/01/29/01-character-input.html
from utils import input_number
from datetime import date
print('Give me your name:')
name = input()
age = input_number('Give me your age:')
print(date.today().year - age)
year = (date.today().year - age) + 100
print('{}, you\'ll turn 100 years old in {}.'.format(name, year))
