In the world of modern development, monorepos are increasingly popular due to their ability to unite multiple projects in a single repository. This makes it easier to manage dependencies, team collaboration, and automation. Two prominent tools often chosen to handle monorepo are Turborepo and Nx.
Both tools are designed to increase efficiency and scalability in monorepo management, but they have different advantages and features. In this article, we will compare Turborepo and Nx, and see how they work through simple examples.
What is a Monorepo?
Monorepo is a project management approach where multiple modules or applications are stored in a single code repository. This differs from the multi-repo approach, where each project is stored in a separate repository.
Monorepo provides benefits such as:
- Ease of sharing code: All modules or applications are accessed from a single source, making it easier to manage dependencies.
- Better team collaboration: Every change can be tracked in a single repository, making code reviews and CI/CD easier.
However, with large repository sizes, special tools are needed to manage the project efficiently. This is where Turborepo and Nx come to the rescue.
What is Turborepo?
Turborepo is a fast, optimized build system tool for JavaScript/TypeScript monorepo. Turborepo supports smart caching and parallel execution to improve performance when executing commands such as build, linting, or testing.
Main Features Turborepo:
- Distributed Caching: Cache build results to avoid unnecessary rebuilds.
- Parallel Pipelines: Execute tasks across projects simultaneously, so it's faster.
- Simple Setup: Minimal configuration to get started.
- Focus on JavaScript/TypeScript: Turborepo is specifically optimized for the JavaScript and TypeScript ecosystem.
What is Nx?
Nx is a build platform originally created by Nrwl and designed for Angular projects. However, currently Nx supports many frameworks such as React, Node.js, and many more. Nx provides a richer toolset, such as workspace management features and broader plugin integration.
Main Features Nx:
- Plugin Ecosystem: Supports multiple frameworks (Angular, React, NestJS, and others) through a plugin system.
- Intelligent Build: Smart caching system and task runner that recognizes changes to optimize the build process.
- Workspaces: Nx is designed for scale by providing structured workspaces.
- Code Generation: Nx provides a CLI to make it easier to scaffold new applications or modules with ready-to-use templates.
- Rich CLI: Many automated commands for managing dependency graphs and workspaces.
Turborepo vs Nx Comparison
1. Setup Complexity
- Turborepo: Has minimal setup and is easy to get started, perfect for developers who want to get up to speed with JavaScript/TypeScript.
- Nx: Offers a richer toolset with many features such as code generation, but initial setup may be a bit more complex, especially if using multiple frameworks.
2. Framework support
- Turborepo: Focuses on JavaScript/TypeScript and works great with modern frameworks like React and Next.js.
- Nx: Supports a variety of frameworks through a plugin system, such as Angular, React, NestJS, and even non-JS technologies like Go.
3. Caching and Build Performance
- Turborepo: Stands out with distributed caching across local and cloud storage, ensuring fast builds even in large teams.
- Nx: Has an intelligent build system with very efficient local and remote caching, and is able to run tasks selectively based on the dependency graph.
4. Community and Documentation
- Turborepo: The community is still developing, but the documentation is very good and detailed for the JavaScript/TypeScript monorepo.
- Nx: It is more mature and has a large community, especially among Angular users. The documentation is also comprehensive, especially with the many plugins and features on offer.
Simple Example
Here is a simple example of creating a monorepo using Turborepo and Nx.
Example with Turborepo
- Monorepo Initialization:
npx create-turbo@latest
- Executing Command: Run build, lint, or test with a single command across workspaces:
turbo run build
- Configure turbo.json for parallel build:
{ "pipeline": { "build": { "dependsOn": ["^build"], "outputs": ["dist/**"] } } }
Example with Nx
- Monorepo Initialization:
npx create-nx-workspace@latest
- Adding Project: Add a React app in a monorepo:
nx generate @nrwl/react:application my-app
- Running Build: Run the build command for the application:
nx build my-app
Conclusion
Both Turborepo and Nx are very powerful tools for monorepo management, but they have different focuses. Turborepo excels in simplicity and performance for JavaScript/TypeScript projects, while Nx is better suited to developers who need extensive framework support and advanced features such as code generation and workspace management.
If your project is more focused on the JavaScript/TypeScript ecosystem with a focus on speed, then Turborepo could be a better choice. However, if you need flexibility with a variety of frameworks and richer workspace management, Nx is a solid option.
Try it and adapt it to your project needs!
This is a quick guide and comparison between Turborepo and Nx. Which do you think is more suitable for your monorepo project?
The above is the detailed content of Turborepo vs Nx: Which is Best for Monorepo?. For more information, please follow other related articles on the PHP Chinese website!

JavaScript's application in the real world includes front-end and back-end development. 1) Display front-end applications by building a TODO list application, involving DOM operations and event processing. 2) Build RESTfulAPI through Node.js and Express to demonstrate back-end applications.

The main uses of JavaScript in web development include client interaction, form verification and asynchronous communication. 1) Dynamic content update and user interaction through DOM operations; 2) Client verification is carried out before the user submits data to improve the user experience; 3) Refreshless communication with the server is achieved through AJAX technology.

Understanding how JavaScript engine works internally is important to developers because it helps write more efficient code and understand performance bottlenecks and optimization strategies. 1) The engine's workflow includes three stages: parsing, compiling and execution; 2) During the execution process, the engine will perform dynamic optimization, such as inline cache and hidden classes; 3) Best practices include avoiding global variables, optimizing loops, using const and lets, and avoiding excessive use of closures.

Python is more suitable for beginners, with a smooth learning curve and concise syntax; JavaScript is suitable for front-end development, with a steep learning curve and flexible syntax. 1. Python syntax is intuitive and suitable for data science and back-end development. 2. JavaScript is flexible and widely used in front-end and server-side programming.

Python and JavaScript have their own advantages and disadvantages in terms of community, libraries and resources. 1) The Python community is friendly and suitable for beginners, but the front-end development resources are not as rich as JavaScript. 2) Python is powerful in data science and machine learning libraries, while JavaScript is better in front-end development libraries and frameworks. 3) Both have rich learning resources, but Python is suitable for starting with official documents, while JavaScript is better with MDNWebDocs. The choice should be based on project needs and personal interests.

The shift from C/C to JavaScript requires adapting to dynamic typing, garbage collection and asynchronous programming. 1) C/C is a statically typed language that requires manual memory management, while JavaScript is dynamically typed and garbage collection is automatically processed. 2) C/C needs to be compiled into machine code, while JavaScript is an interpreted language. 3) JavaScript introduces concepts such as closures, prototype chains and Promise, which enhances flexibility and asynchronous programming capabilities.

Different JavaScript engines have different effects when parsing and executing JavaScript code, because the implementation principles and optimization strategies of each engine differ. 1. Lexical analysis: convert source code into lexical unit. 2. Grammar analysis: Generate an abstract syntax tree. 3. Optimization and compilation: Generate machine code through the JIT compiler. 4. Execute: Run the machine code. V8 engine optimizes through instant compilation and hidden class, SpiderMonkey uses a type inference system, resulting in different performance performance on the same code.

JavaScript's applications in the real world include server-side programming, mobile application development and Internet of Things control: 1. Server-side programming is realized through Node.js, suitable for high concurrent request processing. 2. Mobile application development is carried out through ReactNative and supports cross-platform deployment. 3. Used for IoT device control through Johnny-Five library, suitable for hardware interaction.


Hot AI Tools

Undresser.AI Undress
AI-powered app for creating realistic nude photos

AI Clothes Remover
Online AI tool for removing clothes from photos.

Undress AI Tool
Undress images for free

Clothoff.io
AI clothes remover

Video Face Swap
Swap faces in any video effortlessly with our completely free AI face swap tool!

Hot Article

Hot Tools

ZendStudio 13.5.1 Mac
Powerful PHP integrated development environment

mPDF
mPDF is a PHP library that can generate PDF files from UTF-8 encoded HTML. The original author, Ian Back, wrote mPDF to output PDF files "on the fly" from his website and handle different languages. It is slower than original scripts like HTML2FPDF and produces larger files when using Unicode fonts, but supports CSS styles etc. and has a lot of enhancements. Supports almost all languages, including RTL (Arabic and Hebrew) and CJK (Chinese, Japanese and Korean). Supports nested block-level elements (such as P, DIV),

MinGW - Minimalist GNU for Windows
This project is in the process of being migrated to osdn.net/projects/mingw, you can continue to follow us there. MinGW: A native Windows port of the GNU Compiler Collection (GCC), freely distributable import libraries and header files for building native Windows applications; includes extensions to the MSVC runtime to support C99 functionality. All MinGW software can run on 64-bit Windows platforms.

SublimeText3 Mac version
God-level code editing software (SublimeText3)

Dreamweaver CS6
Visual web development tools