Refactoring to Rust
Don’t rewrite from scratch! Improve your software speed and scalability by iteratively replacing performance-critical code with Rust
Refactoring to Rust helps you get the speed and reliability of Rust libraries, functions, and high-performance features without needing a complete rewrite of your codebase.
In Refactoring to Rust you will learn to:
• Create Rust libraries you can call from other programming languages
• Integrate Rust functions with code in other languages
• Use Rust’s ownership and borrowing system to write high performance code
• Handle errors as values using Rust’s enums
• Minimize unnecessary memory usage with Rust’s multiple string types
• Boost performance with Rust concurrency and async event processing
• Create Rust HTTP services
Rust is designed to gradually replace other languages by integrating and decomposing existing code. Refactoring to Rust helps you take full advantage of this amazing feature, even if you’ve never coded in Rust before. You’ll learn practical code-mixing techniques like embedding Rust libraries into apps written in other languages.
About the technology
Upgrade your software without starting from scratch! By incrementally introducing Rust into your codebase, you can upgrade key features and improve the performance of almost any application. This book shows you how to create standalone Rust libraries, boost speed and stability by using Rust for concurrency, and create safe, memory-efficient low-level code.
About the book
Refactoring to Rust shows you exactly where and how to integrate Rust surgically into applications written in another language. You’ll start by reviewing Rust’s unique syntax and concepts, with special emphasis on unique language features like variable lifetime and ownership. Then, you’ll learn to use Rust to wrap dangerous code, call standard and custom Rust libraries, and even use WASM to run Rust in the browser.
What’s inside
• Create Rust libraries you can call from other languages
• Handle errors as values using Rust’s enums
• Optimize for memory efficiency
• Boost performance with Rust concurrency
About the reader
For intermediate programmers. No Rust experience required.
About the author
Lily Mara is a software engineer focused on high-performance Rust applications. Joel Holmes is a software developer building cloud native applications. He is the Author of Shipping Go, and Co-Author of Go in Action, Second Edition.
Table of Contents
1 Why refactor to Rust
2 An overview of Rust
3 Introduction to C FFI and unsafe Rust
4 Advanced FFI
5 Structuring Rust libraries
6 Integrating with dynamic languages
7 Testing your Rust integrations
8 Asynchronous Python with Rust
9 WebAssembly for refactoring JavaScript
10 WebAssembly interface for refactoring
Get a free eBook (PDF or ePub) from Manning as well as access to the online liveBook format (and its AI assistant that will answer your questions in any language) when you purchase the print book.
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Refactoring to Rust helps you get the speed and reliability of Rust libraries, functions, and high-performance features without needing a complete rewrite of your codebase.
In Refactoring to Rust you will learn to:
• Create Rust libraries you can call from other programming languages
• Integrate Rust functions with code in other languages
• Use Rust’s ownership and borrowing system to write high performance code
• Handle errors as values using Rust’s enums
• Minimize unnecessary memory usage with Rust’s multiple string types
• Boost performance with Rust concurrency and async event processing
• Create Rust HTTP services
Rust is designed to gradually replace other languages by integrating and decomposing existing code. Refactoring to Rust helps you take full advantage of this amazing feature, even if you’ve never coded in Rust before. You’ll learn practical code-mixing techniques like embedding Rust libraries into apps written in other languages.
About the technology
Upgrade your software without starting from scratch! By incrementally introducing Rust into your codebase, you can upgrade key features and improve the performance of almost any application. This book shows you how to create standalone Rust libraries, boost speed and stability by using Rust for concurrency, and create safe, memory-efficient low-level code.
About the book
Refactoring to Rust shows you exactly where and how to integrate Rust surgically into applications written in another language. You’ll start by reviewing Rust’s unique syntax and concepts, with special emphasis on unique language features like variable lifetime and ownership. Then, you’ll learn to use Rust to wrap dangerous code, call standard and custom Rust libraries, and even use WASM to run Rust in the browser.
What’s inside
• Create Rust libraries you can call from other languages
• Handle errors as values using Rust’s enums
• Optimize for memory efficiency
• Boost performance with Rust concurrency
About the reader
For intermediate programmers. No Rust experience required.
About the author
Lily Mara is a software engineer focused on high-performance Rust applications. Joel Holmes is a software developer building cloud native applications. He is the Author of Shipping Go, and Co-Author of Go in Action, Second Edition.
Table of Contents
1 Why refactor to Rust
2 An overview of Rust
3 Introduction to C FFI and unsafe Rust
4 Advanced FFI
5 Structuring Rust libraries
6 Integrating with dynamic languages
7 Testing your Rust integrations
8 Asynchronous Python with Rust
9 WebAssembly for refactoring JavaScript
10 WebAssembly interface for refactoring
Get a free eBook (PDF or ePub) from Manning as well as access to the online liveBook format (and its AI assistant that will answer your questions in any language) when you purchase the print book.
Refactoring to Rust
Don’t rewrite from scratch! Improve your software speed and scalability by iteratively replacing performance-critical code with Rust
Refactoring to Rust helps you get the speed and reliability of Rust libraries, functions, and high-performance features without needing a complete rewrite of your codebase.
In Refactoring to Rust you will learn to:
• Create Rust libraries you can call from other programming languages
• Integrate Rust functions with code in other languages
• Use Rust’s ownership and borrowing system to write high performance code
• Handle errors as values using Rust’s enums
• Minimize unnecessary memory usage with Rust’s multiple string types
• Boost performance with Rust concurrency and async event processing
• Create Rust HTTP services
Rust is designed to gradually replace other languages by integrating and decomposing existing code. Refactoring to Rust helps you take full advantage of this amazing feature, even if you’ve never coded in Rust before. You’ll learn practical code-mixing techniques like embedding Rust libraries into apps written in other languages.
About the technology
Upgrade your software without starting from scratch! By incrementally introducing Rust into your codebase, you can upgrade key features and improve the performance of almost any application. This book shows you how to create standalone Rust libraries, boost speed and stability by using Rust for concurrency, and create safe, memory-efficient low-level code.
About the book
Refactoring to Rust shows you exactly where and how to integrate Rust surgically into applications written in another language. You’ll start by reviewing Rust’s unique syntax and concepts, with special emphasis on unique language features like variable lifetime and ownership. Then, you’ll learn to use Rust to wrap dangerous code, call standard and custom Rust libraries, and even use WASM to run Rust in the browser.
What’s inside
• Create Rust libraries you can call from other languages
• Handle errors as values using Rust’s enums
• Optimize for memory efficiency
• Boost performance with Rust concurrency
About the reader
For intermediate programmers. No Rust experience required.
About the author
Lily Mara is a software engineer focused on high-performance Rust applications. Joel Holmes is a software developer building cloud native applications. He is the Author of Shipping Go, and Co-Author of Go in Action, Second Edition.
Table of Contents
1 Why refactor to Rust
2 An overview of Rust
3 Introduction to C FFI and unsafe Rust
4 Advanced FFI
5 Structuring Rust libraries
6 Integrating with dynamic languages
7 Testing your Rust integrations
8 Asynchronous Python with Rust
9 WebAssembly for refactoring JavaScript
10 WebAssembly interface for refactoring
Get a free eBook (PDF or ePub) from Manning as well as access to the online liveBook format (and its AI assistant that will answer your questions in any language) when you purchase the print book.
Refactoring to Rust helps you get the speed and reliability of Rust libraries, functions, and high-performance features without needing a complete rewrite of your codebase.
In Refactoring to Rust you will learn to:
• Create Rust libraries you can call from other programming languages
• Integrate Rust functions with code in other languages
• Use Rust’s ownership and borrowing system to write high performance code
• Handle errors as values using Rust’s enums
• Minimize unnecessary memory usage with Rust’s multiple string types
• Boost performance with Rust concurrency and async event processing
• Create Rust HTTP services
Rust is designed to gradually replace other languages by integrating and decomposing existing code. Refactoring to Rust helps you take full advantage of this amazing feature, even if you’ve never coded in Rust before. You’ll learn practical code-mixing techniques like embedding Rust libraries into apps written in other languages.
About the technology
Upgrade your software without starting from scratch! By incrementally introducing Rust into your codebase, you can upgrade key features and improve the performance of almost any application. This book shows you how to create standalone Rust libraries, boost speed and stability by using Rust for concurrency, and create safe, memory-efficient low-level code.
About the book
Refactoring to Rust shows you exactly where and how to integrate Rust surgically into applications written in another language. You’ll start by reviewing Rust’s unique syntax and concepts, with special emphasis on unique language features like variable lifetime and ownership. Then, you’ll learn to use Rust to wrap dangerous code, call standard and custom Rust libraries, and even use WASM to run Rust in the browser.
What’s inside
• Create Rust libraries you can call from other languages
• Handle errors as values using Rust’s enums
• Optimize for memory efficiency
• Boost performance with Rust concurrency
About the reader
For intermediate programmers. No Rust experience required.
About the author
Lily Mara is a software engineer focused on high-performance Rust applications. Joel Holmes is a software developer building cloud native applications. He is the Author of Shipping Go, and Co-Author of Go in Action, Second Edition.
Table of Contents
1 Why refactor to Rust
2 An overview of Rust
3 Introduction to C FFI and unsafe Rust
4 Advanced FFI
5 Structuring Rust libraries
6 Integrating with dynamic languages
7 Testing your Rust integrations
8 Asynchronous Python with Rust
9 WebAssembly for refactoring JavaScript
10 WebAssembly interface for refactoring
Get a free eBook (PDF or ePub) from Manning as well as access to the online liveBook format (and its AI assistant that will answer your questions in any language) when you purchase the print book.
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Refactoring to Rust
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Product Details
| ISBN-13: | 9781617299018 |
|---|---|
| Publisher: | Manning |
| Publication date: | 08/19/2025 |
| Pages: | 304 |
| Product dimensions: | 7.38(w) x 8.25(h) x 0.70(d) |
About the Author
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