Building a number-guessing game in Python is a great way to practice control flow, user input, and random number generation. Below are some input ideas and the steps to implement this game.

Game Steps

1. Welcome Message: Display a welcome message and explain the game rules to the user.
2. Random Number Generation: Generate a random number within a specified range (e.g., 1 to 100).
3. User Input: Prompt the user to guess the number.
4. Feedback: Provide feedback on whether the guess is too high, too low, or correct.
5. Repeat: Allow the user to guess again until they find the correct number.
6. End Game: Congratulate the user and display the number of attempts taken.

Input Ideas

Here are some specific inputs you can use to enhance the game:

1. Range of Numbers: Allow the user to choose the range (e.g., 1 to 50, 1 to 100, or 1 to 1000) to adjust the difficulty.
2. Maximum Attempts: Set a limit on the number of attempts (e.g., 5 or 10 attempts) to increase the challenge.
3. Hints: Provide hints after a certain number of wrong guesses, such as whether the number is even or odd.
4. Difficulty Levels: Offer different difficulty levels (easy, medium, hard) that affect the range of numbers and the number of attempts allowed.
5. Play Again Option: After the game ends, ask if the user wants to play again.
6. Input Validation: Ensure the user inputs a valid number within the specified range.

Additional Features

• Scoring System: Introduce a scoring system based on the number of attempts.
• Leaderboard: Track and display the top scores or fastest guesses.
• Graphical Interface: Use a library like Tkinter to create a GUI version of the game.

In the bustling city of Chennai, young coder Alex discovered an ancient laptop in the attic of their new home. The laptop, covered in dust and cobwebs, intrigued Alex. It held secrets from a bygone era, waiting to be unlocked.

Determined to unravel the mystery, Alex powered on the laptop. To their surprise, it booted up with a retro operating system that presented a list of files in an archaic directory. One file caught Alex’s attention: secrets.txt.

Opening the File

Eagerly, Alex opened the file using their Python skills:

file = open('secrets.txt', 'r')

Reading from the File

Inside, they found lines of cryptic messages and coordinates that promised to lead to a hidden treasure:

with open('secrets.txt', 'r') as file:
    content = file.readlines()
    for line in content:
        print(line.strip())

Writing to a File

Excited by the discovery, Alex decided to keep notes on the clues they deciphered. They created a new file, notes.txt, to jot down their findings:

with open('notes.txt', 'w') as file:
    file.write('Clue 1: Follow the stars.\n')
    file.write('Clue 2: Seek the golden path.\n')

Appending to the File

As Alex decoded more clues, they added them to their notes:

with open('notes.txt', 'a') as file:
    file.write('Clue 3: Trust the wise owl.\n')

Checking File Existence

One clue suggested checking for a specific file that might have more information. Alex verified its existence before proceeding:

import os

if os.path.exists('coordinates.txt'):
    print('Coordinates found!')
else:
    print('Coordinates file is missing.')

Working with Binary Files

The final clue hinted at a binary file, map.bin, containing the treasure map. Alex knew this required a different approach:

with open('map.bin', 'rb') as file:
    map_data = file.read()
    print(map_data)

Deleting a File

After successfully extracting the map, Alex realized that the secrets.txt file could fall into the wrong hands. To protect the treasure, they deleted it:

import os

if os.path.exists('secrets.txt'):
    os.remove('secrets.txt')
    print('Secrets erased.')

The Treasure

Following the map’s instructions, Alex ventured into the heart of Chennai, navigating through bustling streets and hidden alleys. Finally, they arrived at an abandoned warehouse. Inside, they found a chest filled with vintage tech gadgets and historical artifacts, the treasure of Chennai.