Python - Project - Higher or Lower game (Day 14)

This is a 100 Days challenge to learn a new language (Python). 100 Days of Code - The Complete Python Pro Bootcamp 

I will post some notes to motivate myself to finish this challenge.

Higher or Lower Game

Build a simple higher or lower game such as Reference.

    * Pick up accounts randomly

    * Format the account information

    * Ask user for a guess

    * Once user guess correctly, make account position b (compare B) 

       become position a (Compare A) on next game

    * Score keeping

Ex: 

game_data.py

data = [

    {

        'name': 'Instagram',

        'follower_count': 346,

        'description': 'Social media platform',

        'country': 'United States'

    },

...

]

main.py

import random

from game_data import data

def getAccountInfo(account):

    return account["name"] + ", " + account["description"] + ", " +

account["country"]

def getRandomAccount():

    return random.choice(data)

def setupAccountB(compare):

    compare["B"] = getRandomAccount()

    while compare["B"] == compare["A"]:

        compare["B"] = getRandomAccount()

    return compare

def game():

    score = 0

    # Init Compare Dictionary

    compare = {

        "A": getRandomAccount(),

    }

    game_end = False

    while not game_end:

        # Update compare dictionary by randomly picking company B

# from accounts

        compare = setupAccountB(compare)

        print(f"Compare A: { getAccountInfo(compare['A'])}")

        print("V.S.")

        print(f"Compare B: { getAccountInfo(compare['B'])}")

        # Ask user input

        guess = input("Who has more followers? Type 'A' or 'B': ")

        # Right Guess

        if (

            guess == "A"

            and compare["A"]["follower_count"] >

compare["B"]["follower_count"]

        ) or (

            guess == "B"

            and compare["B"]["follower_count"] >

compare["A"]["follower_count"]

        ):

            score += 1

            print(f"You're right! Current score: { score }.\n")

            # This is an requirement to make B to be a Compare A on

# next run

            compare["A"] = compare["B"]

            continue

        # Wrong Guess, and then terminate this game

        game_end = True

    print(f"Sorry, that's wrong. Final score: { score}")

game()