05. Programming Fundamentals Final Exam with FUNCTIONS ! 300/300

05. Programming Fundamentals Final Exam with FUNCTIONS ! 300/300
https://judge.softuni.org/Contests/Practice/Index/2302#2

# 01. Activation Keys
# 02. Emoji Detector
# 03. P!rates

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# 01. Activation Keys


def slice_func(some_details, some_key):
    start_slice = int(some_details[1])
    end_slice = int(some_details[2])

    to_remove = some_key[start_slice:end_slice]
    some_key = some_key.replace(to_remove, "")

    print(some_key)
    return some_key


def flip_func(some_details, some_key):
    make_it_to = some_details[1]
    start_flip = int(some_details[2])
    end_flip = int(some_details[3])
    to_change = some_key[start_flip:end_flip]

    if make_it_to == 'Upper':
        some_key = some_key[:start_flip] + to_change.upper() + some_key[end_flip:]
    elif make_it_to == 'Lower':
        some_key = some_key[:start_flip] + to_change.lower() + some_key[end_flip:]

    print(some_key)
    return some_key


def contains_func(some_details, some_key):
    substring_to_check = some_details[1]
    if substring_to_check in some_key:
        print(f"{some_key} contains {substring_to_check}")
    else:
        print(f"Substring not found!")
    return some_key


key = input()
command = input()
while not command == 'Generate':
    details = command.split('>>>')
    if details[0] == 'Contains':
        key = contains_func(details, key)

    elif details[0] == 'Flip':
        key = flip_func(details, key)

    elif details[0] == 'Slice':
        key = slice_func(details, key)

    command = input()

print(f'Your activation key is: {key}')


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# 02. Emoji Detector


def calculate_threshold_func(some_data):
    total_sum = 1
    for digit in some_data:
        if digit.isdigit():
            total_sum *= int(digit)
    print(f'Cool threshold: {total_sum}')
    return total_sum


def find_cool_emojis_and_print(some_threshold, some_result):
    cool_emojis = []
    for emoji in some_result:
        emoji_sum = 0
        symbols = emoji[0]
        current_emoji = emoji[1]
        for char in current_emoji:
            emoji_sum += ord(char)
        if emoji_sum > some_threshold:
            cool_emojis.append(symbols + current_emoji + symbols)
    print(f'{len(some_result)} emojis found in the text. The cool ones are:')
    if cool_emojis:
        print(*cool_emojis, sep='\n')


import re

data = input()
pattern = r'(::|\*\*)([A-Z][a-z]{2,})\1'

threshold = calculate_threshold_func(data)
result = re.findall(pattern, data)
find_cool_emojis_and_print(threshold, result)


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# 03. P!rates

def plunder_func(some_details, some_town):
    plundered_town = some_details[1]
    killed_people = int(some_details[2])
    stolen_gold = int(some_details[3])

    some_town[plundered_town]['people'] -= killed_people
    some_town[plundered_town]['gold'] -= stolen_gold

    print(f"{plundered_town} plundered! {stolen_gold} gold stolen, {killed_people} citizens killed.")
    if some_town[plundered_town]['gold'] == 0 or some_town[plundered_town]['people'] == 0:
        del some_town[plundered_town]
        print(f"{plundered_town} has been wiped off the map!")
    return some_town


def prosper_func(some_details, some_town):
    prosper_town = some_details[1]
    prosper_gold = int(some_details[2])

    if not prosper_gold < 0:
        some_town[prosper_town]['gold'] += prosper_gold
        print(f"{prosper_gold} gold added to the city treasury."
              f" {prosper_town} now has {some_town[prosper_town]['gold']} gold.")
    else:
        print(f"Gold added cannot be a negative number!")
    return some_town


def final_print_func(result):
    if result:
        print(f"Ahoy, Captain! There are {len(result)} wealthy settlements to go to:")
        for city in result:
            print(f'{city} -> Population: {result[city]["people"]} citizens, Gold: {result[city]["gold"]} kg')
    else:
        print('Ahoy, Captain! All targets have been plundered and destroyed!')


all_towns = {}
command1 = input()
while not command1 == 'Sail':
    information = command1.split("||")

    town = information[0]
    people = int(information[1])
    gold = int(information[2])

    if town not in all_towns:
        all_towns[town] = {'people': people, 'gold': gold}
    else:
        all_towns[town]['people'] += people
        all_towns[town]['gold'] += gold

    command1 = input()

command2 = input()

while not command2 == 'End':
    details = command2.split('=>')
    if details[0] == 'Plunder':
        all_towns = plunder_func(details, all_towns)

    elif details[0] == 'Prosper':
        all_towns = prosper_func(details, all_towns)

    command2 = input()

final_print_func(all_towns)

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