03. Programming Fundamentals Final Exam Retake with FUNCTIONS ! 300/300

03. Programming Fundamentals Final Exam Retake with FUNCTIONS ! 300/300
https://judge.softuni.org/Contests/Practice/Index/2307#0

## 01. Secret Chat
## 02. Mirror Words
## 03. Need for Speed III

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# 01. Secret Chat


def insert_space_func(some_details, some_message):
    index = int(some_details[1])
    some_message = some_message[:index] + ' ' + some_message[index:]
    print(some_message)
    return some_message


def reverse_func(some_details, some_message):
    substring = some_details[1]
    if substring in some_message:
        some_message = some_message.replace(substring, "", 1)
        some_message += substring[::-1]
        print(some_message)
    else:
        print('error')
    return some_message


def change_all_func(some_details, some_message):
    substring = some_details[1]
    replacement = some_details[2]
    if substring in some_message:
        some_message = some_message.replace(substring, replacement)
        print(some_message)
    return some_message


message = input()
command = input()

while not command == 'Reveal':
    details = command.split(':|:')
    if details[0] == 'InsertSpace':
        message = insert_space_func(details, message)

    elif details[0] == 'Reverse':
        message = reverse_func(details, message)

    elif details[0] == 'ChangeAll':
        message = change_all_func(details, message)

    command = input()

print(f"You have a new text message: {message}")


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# 02. Mirror Words


def extracting_datas(matches):
    pairs = []
    pairs_found = 0
    for match in matches:
        pairs_found += 1
        word1 = match[1]
        word2 = match[3]
        if word1 == word2[::-1]:
            to_print = f'{word1} <=> {word2}'
            pairs.append(to_print)
    return pairs, pairs_found


import re

data = input()
pattern = r'(\@|\#)([A-Za-z]{3,})\1(\@|\#)([A-Za-z]{3,})\3'
matches_pairs = re.findall(pattern, data)
valid_pairs, word_pairs_found = extracting_datas(matches_pairs)

if word_pairs_found > 0:
    print(f'{word_pairs_found} word pairs found!')
else:
    print('No word pairs found!')

if valid_pairs:
    print('The mirror words are:')
    print(', '.join(valid_pairs))
else:
    print('No mirror words!')

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# 03. Need for Speed III


def create_car_dict_func(count_of_cars):
    initial_cars = {}
    for _ in range(count_of_cars):
        input_line = input().split('|')
        car = input_line[0]
        mileage = int(input_line[1])
        fuel = int(input_line[2])
        initial_cars[car] = {'mileage': mileage, 'fuel': fuel}
    return initial_cars


def drive_func(some_details, some_cars):
    car = some_details[1]
    distance = int(some_details[2])
    fuel = int(some_details[3])
    if some_cars[car]['fuel'] >= fuel:
        some_cars[car]['fuel'] -= fuel
        some_cars[car]['mileage'] += distance
        print(f"{car} driven for {distance} kilometers. {fuel} liters of fuel consumed.")

        if some_cars[car]['mileage'] >= 100000:
            print(f'Time to sell the {car}!')
            del some_cars[car]
    else:
        print('Not enough fuel to make that ride')
    return some_cars


def refuel_func(some_details, some_cars):
    car = some_details[1]
    fuel = int(some_details[2])
    if some_cars[car]['fuel'] + fuel >= 75:
        print(f'{car} refueled with {75 - some_cars[car]["fuel"]} liters')
        some_cars[car]['fuel'] = 75
    else:
        print(f'{car} refueled with {fuel} liters')
        some_cars[car]['fuel'] += fuel
    return some_cars


def revert_func(some_details, some_cars):
    car = some_details[1]
    kilometers = int(some_details[2])
    some_cars[car]['mileage'] -= kilometers
    if some_cars[car]['mileage'] < 10000:
        some_cars[car]['mileage'] = 10000
    else:
        print(f'{car} mileage decreased by {kilometers} kilometers')
    return some_cars


def final_print_func(some_cars):
    for car in some_cars:
        print(f"{car} -> Mileage: {some_cars[car]['mileage']} kms, Fuel in the tank: {some_cars[car]['fuel']} lt.")


n = int(input())
my_cars = create_car_dict_func(n)
command = input()

while not command == 'Stop':
    details = command.split(" : ")
    if details[0] == 'Drive':
        my_cars = drive_func(details, my_cars)
    elif details[0] == 'Refuel':
        my_cars = refuel_func(details, my_cars)
    elif details[0] == 'Revert':
        my_cars = revert_func(details, my_cars)

    command = input()

final_print_func(my_cars)

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