Snake Game With Rust, JavaScript, and WebAssembly

Snake Game With Rust, JavaScript, and WebAssembly, available at $34.99, has an average rating of 3.55, with 11 lectures, based on 36 reviews, and has 332 subscribers.

You will learn about Connect JavaScript and Rust with WebAssembly Game Development Basics Practical Applications of Vectors This course is ideal for individuals who are Beginner Game Developers or JavaScript Developers or Rust Developers It is particularly useful for Beginner Game Developers or JavaScript Developers or Rust Developers.

Enroll now: Snake Game With Rust, JavaScript, and WebAssembly

Summary

Title: Snake Game With Rust, JavaScript, and WebAssembly

Price: $34.99

Average Rating: 3.55

Number of Lectures: 11

Number of Published Lectures: 11

Number of Curriculum Items: 11

Number of Published Curriculum Objects: 11

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

Connect JavaScript and Rust with WebAssembly

Game Development Basics

Practical Applications of Vectors

Who Should Attend

Beginner Game Developers

JavaScript Developers

Rust Developers

Target Audiences

Beginner Game Developers

JavaScript Developers

Rust Developers

In this course, we will build a Snake Game with Rust, JavaScript, and WebAssembly. We will learn how to export API implemented with Rust to JavaScript app. We will get to know canvas rendering, applications of vectors, and basics of game development so that at the end of the course, you can take the core of this project and improve it or create your game.

Before we start writing code, we need to have a clear vision of what we are going to build. Let’s first decide on what features the game will have and how it will look like so that we can make a plan of action.

We are going to build a classic snake game that you can see on the screen. When the snake eats food, it becomes longer, and the score increases. If the snake heats the wall or bites the tail game is over. Additionally, we will allow the player to stop the game by pressing the space button. To keep the user motivated, we will save the best score and show it alongside the current one. We make sure that the game looks good on any screen size, be it a tiny mobile phone or a large TV.

We want each component of the game to be as independent as possible. We will implement the core logic of the game with Rust and will export API to JavaScript via WebAssembly.

The main thing that we will export from Rust is Game struct with a constructor and two public methods. The first method will receive a duration from the last update and direction that the user wants a snake to take. The second method will check if the game is over.

On the JavaScript side, we will run the game loop, call API methods, render all game elements, capture user input, and save the best score.

Now let’s plan how we are going to make it all happen. First, we will install the tools needed for development and start the project. Then we will create an instance of the Game struct from JavaScript. Next, we will render all the objects of the game. Then we will implement logic to place food in a random place that is free from the snake. After that, we will start the game loop and make the snake move. Next, we will allow the user to control the snake direction and stop the game. After that, we will make that every time the snake eats the food, its tail grows longer. Finally, we will complete the development of the game by adding logic that will restart the game when the player lost and deploy the game.

All the source code you can find in the repository. Each part will have a link to the corresponding commit. There are a lot of things to cover in this short course, so let’s jump in.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: Starting the Project

Lecture 3: Creating the Game Instance

Lecture 4: Rendering the Game

Lecture 5: Placing the Food

Lecture 6: Game Loop

Lecture 7: Moving the Snake

Lecture 8: Eating the Food

Lecture 9: The Game Is Over

Lecture 10: Deploy the Game

Lecture 11: Next Steps

Instructors

Rodion Chachura
Software Engineer

Rating Distribution

1 stars: 3 votes

2 stars: 2 votes

3 stars: 11 votes

4 stars: 9 votes

5 stars: 11 votes

Frequently Asked Questions

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