def candidate_input(candidates):
"""
Presents the list of candidates, asks user to vote until done, prints the results of the voting.
:param candidates: dict
:return:
"""
options = {index: goof for index, goof in enumerate(candidates, start=1)}
while True:
display_ballot(candidates)
i_choose = input(
"Enter your choice for President or type 'done' to see the results. ➙ "
)
try:
i_choose = int(i_choose)
except ValueError:
if i_choose == 'done':
chalk.cyan(f"Total votes per candidate: {candidates}")
winner = max(candidates.items(), key=lambda t: t[-1])
chalk.magenta(
f"The winner is {winner[0]} with {winner[1]} votes.")
break
chalk.red('Please enter the number to the left of the name.')
continue
if input_is_valid(i_choose):
choice = options[i_choose]
candidates[choice] += 1
def print_image(file_name):
with open(file_name) as image:
for line in image:
line = line.strip('\n')
print(chalk.magenta(line))
input(chalk.blue('Press any key to continue...'))
return
def print_image(file_name):
with open(file_name, 'r') as image:
lines = [line.rstrip() for line in image]
for line in lines:
print(chalk.magenta(line))
time.sleep(2)
return
def another_trans(account: act) -> None:
chalk.green("""
Would you like another transaction?
=====*=====*=====*=====*=====*=====*=====
Yes: press 1
No: press 2
""")
choose = int(input('Enter ➤➤ '))
if choose == 1:
dep_with(account=account)
else:
chalk.magenta("Thank you! Have a nice day.")
quit()
def print_image(file_name):
file_name = 'adventure_game/' + file_name
with open(file_name, 'r') as image:
lines = [line.rstrip() for line in image]
audio = lines.pop(0)
for line in lines:
print(chalk.magenta(line))
time.sleep(2)
return
def welcome(balance: int, account_type: str) -> None:
"""
Greet customer, open deposit and accept first deposit.
:return:
"""
account = None
while True:
chalk.green("""
Welcome to Uptown Bank.
======*======*======*======*======
Open Account press 1
To quit press 2
""")
choose = int(input('Enter ➤➤ '))
if choose == 1:
chalk.green(f"Make your account number, enter any four numbers.")
choice = int(input('Enter ➤➤ '))
# except ValueError:
# chalk.red('Please enter a number.')
account = Account(balance, account_type)
chalk.green(f"Enter the amount to deposit.")
new_dep = int(input('➤➤ $ '))
new_deposit = account.deposit(new_dep)
current_balance = account.get_funds()
chalk.magenta(f"""\n${new_deposit} has been deposited into your account.
Your current balance is {current_balance}.""")
another_trans(account=account)
else:
choose == 2
chalk.magenta("Maybe next time. Chiao!")
quit()
def main() -> None:
args: Namespace = get_args()
# start main script
print(chalk.green('Distinct Happy Number Range Counter\n'))
print('Range:', chalk.red(args.r))
time_start: float = perf_counter() # start timer
count: int = get_dist_happy(args.r)
time_end: float = perf_counter() # end timer
time_delta: float = time_end - time_start
print('Count Total: {count}'.format(count=chalk.cyan(count)))
print('Calc Time (s): {}'.format(chalk.magenta(format_dec(time_delta))))
def voting_machine(nominees):
options = {index: cand for index, cand in enumerate(nominees, start=1)}
votes = nominees
try:
vote_cast = int(
input('Type the number for the candidate you want. --> '))
except ValueError:
chalk.red('Not valid! Try again')
return voting_machine(nominees)
choice = options[vote_cast]
votes[choice] += 1
chalk.green("Your vote has been counted.")
chalk.yellow(f"Current standing: {votes}")
more_votes = input("Continue voting? Y/n ")
if more_votes.lower() != 'n':
voting_machine(nominees)
else:
winner = max(votes.items(), key=lambda t: t[-1])
chalk.magenta(f"The winner is {winner[0]} with {winner[1]} votes.")
def wrapper_welcome():
ascii_art_1 = """
_____ _ _
|_ _(_)_ __ ___ ___ ___ ___ __ _| | ___
| | | | '_ ` _ \ / _ \ / __|/ __/ _` | |/ _ \\
| | | | | | | | | __/ \__ | (_| (_| | | __/
|_| |_|_| |_| |_|\___| |___/\___\__,_|_|\___|"""
ascii_art_2 = """
,--,--' .
`- | . ,-,-. ,-. ,-. ,-. ,-. | ,-.
, | | | | | |-' `-. | ,-| | |-'
`-' ' ' ' ' `-' `-' `-' `-^ `' `-'"""
message = "The timescalecalculus python library."
star = emoji.emojize(':star:', use_aliases=True)
print(chalk.green(ascii_art_1, bold = True))
print(chalk.yellow(ascii_art_2, bold = True))
print(chalk.magenta(3*star + " " + message + 3*star))
print(chalk.cyan("¡Bienvenido matemático!"))
func()
@contact: [email protected] @date 2015-05-09 23:29 """ import os import sys currentPath = os.path.normpath(os.path.dirname(os.path.realpath(__file__))) rootPath = os.path.normpath(os.path.dirname(currentPath)) sys.path.insert(0, rootPath) import chalk print "%s %s %s %s %s %s %s" % ( chalk.bold("bold"), chalk.dim("dim"), chalk.italic("italic"), chalk.underline("underline"), chalk.inverse("inverse"), chalk.strikethrough("strikethrough"), chalk.black(chalk.gray("black")), ) print "%s %s %s %s %s %s %s %s" % ( chalk.red("red"), chalk.green("green"), chalk.yellow("yellow"), chalk.blue("blue"), chalk.magenta("magenta"), chalk.cyan("cyan"), chalk.white("white"), chalk.gray("gray")) print "%s %s %s %s %s %s %s" % ( chalk.bgRed("bgRed"), chalk.bgGreen("bgGreen"), chalk.bgYellow("bgYellow"), chalk.bgBlue("bgBlue"), chalk.bgMagenta("bgMagenta"), chalk.bgCyan("bgCyan"), chalk.bgWhite("bgWhite"))
def score_ari(score: int, text_file: str) -> None:
ari_scale = {
1: {
'ages': '5-6',
'grade_level': 'Kindergarten'
},
2: {
'ages': '6-7',
'grade_level': '1st Grade'
},
3: {
'ages': '7-8',
'grade_level': '2nd Grade'
},
4: {
'ages': '8-9',
'grade_level': '3rd Grade'
},
5: {
'ages': '9-10',
'grade_level': '4th Grade'
},
6: {
'ages': '10-11',
'grade_level': '5th Grade'
},
7: {
'ages': '11-12',
'grade_level': '6th Grade'
},
8: {
'ages': '12-13',
'grade_level': '7th Grade'
},
9: {
'ages': '13-14',
'grade_level': '8th Grade'
},
10: {
'ages': '14-15',
'grade_level': '9th Grade'
},
11: {
'ages': '15-16',
'grade_level': '10th Grade'
},
12: {
'ages': '16-17',
'grade_level': '11th Grade'
},
13: {
'ages': '17-18',
'grade_level': '12th Grade'
},
14: {
'ages': '18-22',
'grade_level': 'College'
}
}
score_data = ari_scale.get(score, ari_scale[14])
chalk.magenta(f"""
--------------------------------------------------------
The ARI for the file, {text_file}, is {score}.
This corresponds to a {score_data['grade_level']} level of difficulty
that is suitable for an average person {score_data['ages']} years old.
--------------------------------------------------------
""")
with open("cache/hubs.json") as f:
hubs = json.loads(f.read())
else:
print(chalk.green("Gathering hubs list..."))
hubs = gatherHubList()
print(chalk.green("Saving to cache"))
with open("cache/hubs.json", "w") as f:
f.write(json.dumps(hubs))
print()
print()
print("Found", len(hubs), "hubs:")
for hub in hubs:
print("#{}{}{}{}".format(chalk.yellow(hub["id"].ljust(30)),
chalk.green(str(hub["subscribers"]).ljust(10)),
chalk.magenta(str(hub["rating"]).ljust(10)),
hub["name"]))
print()
print()
if os.path.exists("cache/gathered_posts.json"):
print(chalk.green("Getting gathered posts list from cache"))
with open("cache/gathered_posts.json") as f:
gathered_posts = set(json.loads(f.read()))
else:
gathered_posts = set()
if os.path.exists("cache/gathered_hubs.json"):
print(chalk.green("Getting gathered hubs list from cache"))
with open("cache/gathered_hubs.json") as f:
gathered_hubs = json.loads(f.read())
def tip(*data):
print(chalk.magenta("tip"), " ".join(data))
#!/usr/bin/env python
import chalk
chalk.blue("Hello world!!")
chalk.yellow("Listen to me!!!")
chalk.red("ERROR", pipe=chalk.stderr)
chalk.magenta('This is pretty cool', opts='bold')
chalk.cyan('...more stuff', opts=('bold', 'underscore'))
def dep_with(account: act) -> int:
# parameters work with welcome()
while True:
chalk.green("""
What would you like to do?
=====*=====*=====*=====*=====*=====*=====*=====*=====*=====
Deposit to checking: press 1 ➤
Deposit to savings: press 2 ➤
Withdrawal from checking: press 3 ➤
Withdrawal from savings: press 4 ➤
""")
choose = int(input('Enter ➤➤ '))
if choose == 1:
chalk.magenta("Enter deposit amount:") # Deposit to checking
new_dep = int(input('➤➤ '))
# except ValueError:
# pass
dep_amount = account.deposit(new_dep)
new_balance = account.get_funds()
chalk.magenta(f"""{dep_amount} has been deposited to your account.
Your new balance is {new_balance}.""")
elif choose == 2:
chalk.magenta("Enter deposit amount:") # Deposit to savings
new_svgs_dep = int(input('➤➤ '))
svgs_dep_amount = account.deposit(new_svgs_dep)
svgs_new_balance = account.get_funds()
chalk.magenta(f"""{svgs_dep_amount} has been deposited to your account.
Your new balance is {svgs_new_balance}.""")
elif choose == 3:
chalk.magenta("Enter withdrawal amount:") # Withdrawal from checking
new_withdra = int(input('➤➤ '))
account.withdrawal(new_withdra)
new_balance = account.get_funds()
chalk.magenta(f"""{new_withdra} has been withdrawn from your account.
Your new balance is {new_balance}.""")
elif choose == 4:
chalk.magenta("Enter withdrawal amount:") # Withdrawal from savings
svgs_new_withdra = int(input('➤➤ '))
account.withdrawal(svgs_new_withdra)
svgs_new_balance = account.get_funds()
chalk.magenta(f"""{svgs_new_withdra} has been withdrawn from your account.
Your new balance is {svgs_new_balance}.""")
# except ValueError as error:
# chalk.red(error.args[0])
return another_trans(account=account) # how affect svgs_account
