This book is the documentation for the chess engine Rustic. It describes the design, all of the parts, how they work and how they fit together. The chess engine is written in Rust, so this is the programming language which will be used in this book. Code and examples will be taken directly from a working release of the engine. This means the book contains information about the following:
- How to design a chess engine
- Software engineering principles
- Chess engine programming and algorithms
- Code examples taken straight from the engine
- Chess knowledge and how to use this in an engine
- The Rust programming language, where necessary
- Pointers on how to get the code to compile
- Testing methodology
When designing and writing your own engine, either in Rust or a different programming language, this book provides a way (not the way, because there are many ways to create software) on how to accomplish this. All of the information has been gathered throughout the internet:
- YouTube video's
- Forum posts
- Newsgroup posts written 25 years ago
- Computer science blogs and articles
- And my own knowledge as a software engineer
Listing all of the sources I used would be quite impossible. This would become a gargantuan list, not even taking into account the fact that internet is volatile. A source found in 2019 may not be available in 2021, or the information may have changed. Some people who are mentioned in the credits of Rustic and on the "Further study" page also provide lots of information on chess programming. You may want to check out their work.
If you are hoping for a step-by-step tutorial, you are probably going to be disappointed. This book is not laid out in such a way that you can just follow it from beginning to end and end up with a perfectly working chess engine. This would maybe be possible if you are using Rust, but when using other programming languages different design decisions may need to be made and implementation details may need to be changed. This is because not all languages support the same features and similar features may not work the same way.
The goal of the book is to consolidate enough information in one place to be able to design and write a chess engine from scratch in any modern programming language. The book should provide you with a good foundation in chess engine design and programming. You will be able to research and implement ideas that are not (yet) described in these pages... or even, try and implement your own ideas.
Because I'm not the most evil guy ever, I'll help you along in case you were looking for a step-by-step tutorial. Please note that the links below were available in November 2021; this may have changed since then.
- Programming a chess engine in C (Richard Allbert / Bluefever
- Bitboard chess engine in C (Maksim
- Chess engine in Java (Software Architecture &
- Java chess engine tutorial (Logic Crazy)
The best way to use this book is to read it once from beginning to end, to get a general overview about the topics involved in creating a chess engine. It does not matter if you don't immediately understand everything. After you read the book, you can start designing and writing your own engine. This can be as simple as setting up the main() function, defining two constants for your engine's name and version number and printing those to the screen. At that point your engine has reached the "Hello, world!" stage and you go from there. You can refer back to this book time and again when you reach each new topic.
There is also a "Further study" page in the book, referring to some good material to review. Parts of the tutorials above are no exception; even if you don't want to create a chess engine by following a tutorial, those videos can still be of help. Just find the ones about the topic you are researching in the playlist.