🏓 Build the Classic Pong Game using Pygame and Amazon Q CLI

Atul Sharma — Thu, 22 May 2025 16:36:44 +0000

A modern take on the classic Pong game – with neon aesthetics, power-ups, AI, and more!

🕹️ Introduction

Let’s rewind to the golden era of gaming with the Classic Pong Game—a simple yet iconic two-player game that laid the foundation of video game history. In this post, we’ll build it using Pygame, a popular Python game development library, and speed up our development with Amazon Q CLI, the conversational AI-powered coding assistant from AWS.

What makes this even better? You can build this effortlessly on both Linux and Windows (via WSL) using a few terminal commands and natural language prompts.

⚙️ What You’ll Need

💡 Amazon Q CLI – AI that generates code through simple prompts
🐍 Python 3.8+ – For scripting the game logic
🕹 Pygame – For rendering graphics and handling game mechanics
💻 Linux or Windows using WSL (Windows Subsystem for Linux)

💻 Installing Prerequisites

🔧 On Linux

sudo apt update
sudo apt install -y python3 python3-pip python3-venv git
pip3 install pygame

🧠 Install Amazon Q CLI (Linux)

wget https://desktop-release.q.us-east-1.amazonaws.com/latest/amazon-q.deb
sudo dpkg -i amazon-q.deb
sudo apt-get install -f
q --version  # Verify installation
q chat       # Start Amazon Q CLI

🪟 Setting Up Amazon Q CLI on Windows via WSL

🏗 Step-by-Step

1.Install WSL

wsl --install

2.Launch Ubuntu

wsl -d Ubuntu

3.Install Essentials

sudo apt update
sudo apt install unzip

4.Download & Install Amazon Q CLI

curl --proto '=https' --tlsv1.2 -sSf https://desktop-release.codewhisperer.us-east-1.amazonaws.com/latest/q-x86_64-linux-musl.zip -o q.zip
unzip q.zip
cd q
chmod +x install.sh
./install.sh
bash

5.Login via Builder ID

q login

Choose “Use for Free with Builder ID”
Open the provided URL, sign in/register, and you're ready to code:

q chat

🤖 Building the Classic Pong Game with Amazon Q CLI

Once Amazon Q CLI is set up, you can begin generating your Pong game in seconds using simple prompts. Here's how to build the full game in guided stages:

1. 🏓 Game Setup with Two Paddles & Ball

Create a Pong game in Python using Pygame. Include a window with two paddles (left and right), a ball that bounces off walls and paddles, and score tracking.

Output Includes:

Game window
Player-controlled paddles
Ball movement and bounce
Basic scoring system

2. ⌨️ Player Controls

Add player controls: W and S keys for left paddle, UP and DOWN keys for right paddle.

Result:

Left paddle: W (up), S (down)
Right paddle: Arrow Up/Down

3. 🧮 Scoring System & Win Condition

Add score tracking and display scores at the top. End game when one player reaches 10 points with a “Player X Wins” message.

4. 📺 Game Over Screen

When a player wins, display a game over screen with restart and quit options.

Result:

Game pauses on win
Restart or quit options shown

✅ Features Recap

Feature	Status
Dual paddle movement	✅
Ball physics (bounce/collision)	✅
Score tracking & display	✅
Game over screen	✅
Restart/Quit logic	✅

🚀 Conclusion

By combining Pygame and the Amazon Q Developer CLI, we’ve made building the Classic Pong Game easier, faster, and more intuitive. Instead of writing every line from scratch, you guide the AI through natural prompts — and it writes the code for you.

Whether you’re learning game development or just exploring AI-enhanced coding workflows, this setup provides a solid foundation.

🧠 Next Steps

Want to take this project to the next level? Try adding:

🕹 Multiplayer over network
🎵 Sound effects
🏁 Difficulty levels
🧠 AI-controlled paddle (single-player mode)

💬 Final Thoughts

AI won’t replace developers — it supercharges them. With Amazon Q CLI and Pygame, you’re not just writing code — you’re building games, faster and smarter.

DEV Community: Atul Sharma