All Dictionaries - Exercise Python Fundamentals 100/100

# Dictionaries - Exercise Python Fundamentals 100/100
# https://judge.softuni.org/Contests/Compete/Index/1737#0

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# 01. Count Chars in a String

data = input()
new_data = data.replace(" ", "")
data = new_data
my_dict = {}

for word in data:
    for letter in word:
        if letter not in my_dict:
            my_dict[letter] = 1
        else:
            my_dict[letter] += 1

for el in my_dict:
    print(f'{el} -> {my_dict[el]}')

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# 02. A Miner Task

data = input()

miner = {}

while not data == 'stop':
    resource = data
    count = int(input())
    if resource not in miner:
        miner[resource] = 0
    miner[resource] += count

    data = input()

for el in miner:
    print(f'{el} -> {miner[el]}')


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# 03. Capitals

# 1. zip

country = input().split(', ')
capitals = input().split(', ')

my_dict = {}

my_dict = dict(zip(country, capitals))

for el in my_dict:
    print(f"{el} -> {my_dict[el]}")

#2. without zip

country = input().split(', ')
capitals = input().split(', ')

for index, el in enumerate(country):
    my_dict = {}
    my_dict[el] = capitals[index]
    print(f"{el} -> {my_dict[el]}")

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# 04. Phonebook

data = input()
contacts = {}

while not len(data) == 1:
    data = data.split("-")
    key = data[0]
    value = data[1]
    if key not in contacts:
        contacts[key] = value
    else:
        contacts[key] = value

    data = input()

n = int(data)

for name in range(n):
    searched_name = input()
    if searched_name in contacts:
        print(f'{searched_name} -> {contacts[searched_name]}')
    else:
        print(f"Contact {searched_name} does not exist.")

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# 05. Legendary Farming

materials = input()

legendary = {'shards': 'Shadowmourne', 'fragments': 'Valanyr', 'motes': 'Dragonwrath'}
key_materials = {'shards': 0, 'fragments': 0, 'motes': 0}
junk = {}
obtained = False
final_print = ""

while not obtained:
    details = materials.split(' ')
    for index in range(0, len(details), 2):
        amount = int(details[index])
        material = details[index + 1].lower()
        if material in legendary.keys():
            key_materials[material] += amount
            if key_materials[material] >= 250:
                key_materials[material] -= 250
                final_print = legendary[material]
                obtained = True
                print(f'{final_print} obtained!')
                break
        else:
            if material not in junk.keys():
                junk[material] = 0
            junk[material] += amount

    if not obtained:
        materials = input()

for key, value in key_materials.items():
    print(f'{key}: {value}')
for key, value in junk.items():
    print(f'{key}: {value}')

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# 06. Orders

data = input()
products = {}
while not data == 'buy':
    data = data.split()
    key = data[0]
    amount = data[1]
    value = data[2]

    if key not in products:
        products[key] = []
    else:
        if products[key][0] != amount:
            products[key][0] = amount
        products[key][1] = float(value) + float(products[key][1])
    if amount not in products[key]:
        products[key].append(amount)
    if value not in products[key]:
        products[key].append(value)

    data = input()

for el in products:
    print(f'{el} -> {float(products[el][0]) * float(products[el][1]):.2f}')

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# 07. SoftUni Parking

n = int(input())
registry = {}
for client in range(n):
    data = input()
    data = data.split()
    action = data[0]

    if action == 'register':
        name = data[1]
        code = data[2]
        if name not in registry:
            registry[name] = code
            print(f"{name} registered {code} successfully")
        else:
            print(f"ERROR: already registered with plate number {code}")

    elif action == 'unregister':
        name = data[1]
        if name not in registry:
            print(f"ERROR: user {name} not found")
        else:
            print(f"{name} unregistered successfully")
            del registry[name]

for el in registry:
    print(f'{el} => {registry[el]}')

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# 08. Courses

data = input()

courses_dict = {}

while not data == 'end':
    data = data.split(' : ')
    course = data[0]
    name = data[1]
    if course not in courses_dict:
        courses_dict[course] = [name]
    else:
        courses_dict[course].append(name)

    data = input()

for el in courses_dict:
    print(f'{el}: {len(courses_dict[el])}')
    for name in courses_dict[el]:
        print(f'-- {name}')

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# 09. Student Academy

n = int(input())

students = {}

for _ in range(n):
    name = input()
    grade = float(input())

    if name not in students:
        students[name] = grade
    else:
        students[name] += grade
        students[name] /= 2

for name in students:
    if students[name] >= 4.50:
        print(f'{name} -> {students[name]:.2f}')

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# 10. Company Users

data = input()
company = {}

while not data == 'End':
    data = data.split(" -> ")
    name = data[0]
    id = data[1]

    if name not in company:
        company[name] = [id]
    else:
        if id not in company[name]:
            company[name].append(id)

    data = input()

for el in company:
    print(f'{el}')
    for name in company[el]:
        print(f'-- {name}')

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# 11. Force Book *

def force_user_exists(force_book_dict: dict, user: str):
    for user_list in force_book_dict.values():
        if user in user_list:
            return True
    return False


def remove_user_from_side(force_book_dict: dict, user: str):
    for (side, users) in force_book_dict.items():
        if user in users:
            force_book_dict[side].remove(user)


def initial_join_force_side(force_book_dict: dict, side: str, user: str):
    if side not in force_book_dict.keys() and not force_user_exists(force_book_dict, user):
        force_book_dict[side] = []
        force_book_dict[side].append(user)

    elif not force_user_exists(force_book_dict, user):
        force_book_dict[side].append(user)


def join_force_side(force_book_dict: dict, side: str, user: str):
    if side not in force_book_dict.keys() and not force_user_exists(force_book_dict, user):
        force_book_dict[side] = []
        force_book_dict[side].append(user)

    elif not force_user_exists(force_book_dict, user):
        if side not in force_book_dict.keys():
            force_book_dict[side] = []
        force_book_dict[side].append(user)

    elif force_user_exists(force_book_dict, user):
        remove_user_from_side(force_book_dict, user)

        if side not in force_book_dict.keys():
            force_book_dict[side] = []

        force_book_dict[side].append(user)

    print(f'{user} joins the {side} side!')


force_book = {}

command = input()
while command != 'Lumpawaroo':
    if '|' in command:
        details = command.split(' | ')
        force_side = details[0]
        force_user = details[1]

        initial_join_force_side(force_book, force_side, force_user)

    elif '->' in command:
        details = command.split(' -> ')
        force_user = details[0]
        force_side = details[1]

        join_force_side(force_book, force_side, force_user)

    command = input()

for key, value in force_book.items():
    if len(value) > 0:
        print(f'Side: {key}, Members: {len(value)}')
        for el in value:
            print(f"! {el}")

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# 12. SoftUni Exam Results *

command = input()
data = {}
all_languages = []
count_languages = []

while not command == 'exam finished':
    command = command.split("-")
    if command[1] == "banned":
        name = command[0]
        del data[name]
        command = input()
        continue
    elif not command[1] == 'banned':
        name = command[0]
        language = command[1]
        points = int(command[2])
    if name not in data:
        data[name] = points
    else:
        if points > data[name]:
            data[name] = points
    all_languages += [language]

    if language not in count_languages:
        count_languages.append(language)

    command = input()

print('Results:')
for name, points in data.items():
    print(f'{name} | {points}')

print('Submissions:')
for subm in range(len(count_languages)):
    result = count_languages[subm]
    print(f"{count_languages[subm]} - {all_languages.count(result)}")

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