@biomejs/biome and dprint are both high-performance, developer-focused tools designed to format and lint JavaScript, TypeScript, and related web languages. They aim to replace traditional toolchains like ESLint and Prettier with faster, more integrated alternatives that reduce configuration overhead and improve developer experience through unified tooling.
Both @biomejs/biome and dprint are next-generation tools built to solve the same core problem: making code formatting and linting faster, simpler, and more reliable. But they take different approaches to get there. Let’s compare how they work in practice.
@biomejs/biome is an all-in-one JavaScript toolchain that includes a linter, formatter, and analyzer — all in one binary. It’s designed to replace ESLint, Prettier, and even parts of your type checker.
// biome.json (minimal config)
{
"$schema": "https://biomejs.dev/schemas/1.7.3/schema.json",
"formatter": {
"indentStyle": "space",
"indentWidth": 2
},
"linter": {
"enabled": true,
"rules": {
"recommended": true
}
}
}
You run everything with one command:
# Format and lint in one go
npx @biomejs/biome check --apply src/
dprint is primarily a code formatter that uses plugins to support different languages. It doesn’t include linting or semantic analysis — it focuses solely on formatting source code consistently.
// dprint.json
{
"incremental": true,
"typescript": {
"quoteStyle": "preferDouble",
"indentWidth": 2
},
"includes": ["**/*.{ts,tsx,js,jsx,json,md}"]
}
You run it like this:
# Format supported files
npx dprint fmt
💡 Key difference: Biome lints and formats, while dprint only formats.
@biomejs/biome ships with strong opinions. You can override them, but the goal is to minimize config. For example, it enforces trailing commas and specific brace styles by default.
// Biome will auto-fix this to use double quotes and add trailing comma
const user = { name: 'Alice', age: 30 };
// Becomes:
const user = { name: "Alice", age: 30, };
Its linter also catches bugs like unused variables:
function greet() {
const message = "Hello"; // Biome warns: 'message' is never used
return "Hi";
}
dprint gives you fine-grained control over every formatting rule. Want single quotes? Tabs instead of spaces? No semicolons? You can configure it.
// dprint.json
{
"typescript": {
"quoteStyle": "preferSingle",
"useSemicolons": false,
"indentStyle": "tab"
}
}
But remember: dprint won’t tell you that a variable is unused. It only changes whitespace, quotes, and layout.
@biomejs/biome currently supports JavaScript, TypeScript, JSX, TSX, JSON, and JSONC. It’s laser-focused on the frontend/web ecosystem.
// biome handles React components out of the box
function App() {
return <div>Hello</div>;
}
dprint supports those too — but also Markdown, TOML, Rust, and more via official and community plugins.
// dprint.json
{
"plugins": [
"https://plugins.dprint.dev/typescript-0.89.0.wasm",
"https://plugins.dprint.dev/json-0.19.0.wasm",
"https://plugins.dprint.dev/markdown-0.17.0.wasm"
]
}
This makes dprint a better fit if your project mixes JavaScript with documentation (Markdown), config files (TOML/JSON), or even backend code (Rust).
Both integrate well with editors like VS Code.
For Biome, install the official extension and it handles formatting and diagnostics inline:
// .vscode/settings.json
{
"editor.defaultFormatter": "biomejs.biome",
"editor.formatOnSave": true
}
For dprint, use the dprint VS Code extension:
// .vscode/settings.json
{
"editor.defaultFormatter": "dprint.dprint",
"editor.formatOnSave": true
}
In CI, both support checking without applying changes:
# Biome: fail if formatting or linting issues exist
npx @biomejs/biome check src/
# dprint: fail if files aren't formatted
npx dprint check
But note: biome check also runs linter rules, while dprint check only verifies formatting.
Both are written in Rust and compile to native binaries, making them significantly faster than JavaScript-based tools like Prettier or ESLint.
However, Biome goes further by using a custom parser designed for error recovery and speed, and it shares ASTs between linting and formatting passes to avoid redundant work.
dprint uses language-specific parsers (often the same as Prettier’s) but processes each file independently per plugin.
In practice, both feel instant on medium-sized projects. The difference shows in very large codebases, where Biome’s integrated architecture may have an edge.
@biomejs/biome includes semantic-aware linting. For example, it knows the difference between let and const, and can suggest fixes based on usage:
let value = 42; // Biome suggests: convert to 'const'
console.log(value);
It also prevents common footguns:
if (user.name = "admin") { } // Biome catches accidental assignment in condition
dprint does not perform these checks. It treats code as text with structure — it doesn’t understand variable scopes or types. So it won’t catch logic errors, only style inconsistencies.
Both are easy to install via npm:
# Biome
npm install --save-dev @biomejs/biome
# dprint
npm install --save-dev dprint
But Biome provides a setup wizard:
npx @biomejs/biome init
This generates a biome.json with sensible defaults. dprint requires manual config or copying examples from docs.
Despite differences, both tools agree on several key principles:
Both are orders of magnitude faster than legacy JS tooling, thanks to Rust.
They ship with reasonable defaults so you can start formatting immediately.
Given the same input and config, they always produce the same output — no randomness.
Both offer official VS Code extensions with real-time feedback.
Neither tool changes code semantics — formatting only affects whitespace, quotes, and line breaks (within configured rules).
| Feature | @biomejs/biome | dprint |
|---|---|---|
| Primary Role | Linter + Formatter + Analyzer | Formatter only |
| Linting | ✅ Yes (with auto-fixes) | ❌ No |
| Language Support | JS/TS/JSX/TSX/JSON | JS/TS + Markdown, TOML, Rust, etc. |
| Config Philosophy | Opinionated, minimal config | Highly configurable |
| Semantic Awareness | ✅ Understands variable usage, types | ❌ Syntax-only |
| Best For | JS/TS projects wanting unified tooling | Polyglot repos needing consistent formatting |
If you’re working on a JavaScript or TypeScript project and want to replace ESLint + Prettier with one fast, safe tool that also catches bugs, go with @biomejs/biome.
If you’re in a multi-language codebase (e.g., JS + Markdown + config files) and only need consistent formatting without linting, dprint gives you more flexibility and broader language coverage.
Both are excellent choices that represent the future of developer tooling — fast, reliable, and focused on improving daily workflow without unnecessary complexity.
Choose @biomejs/biome if you want an all-in-one solution that combines formatting, linting, and code analysis in a single tool with strong TypeScript support and minimal configuration. It’s ideal for teams seeking a modern, opinionated alternative to the ESLint + Prettier combo with built-in safety checks and fast performance via Rust.
Choose dprint if you need a highly configurable, plugin-based formatter that supports multiple languages beyond JavaScript/TypeScript (like JSON, Markdown, and Rust) and prefer fine-grained control over formatting rules. It’s well-suited for polyglot projects where consistent formatting across different file types is required.
हिन्दी | English | Español | Français | 繁體中文 | 简体中文 | 日本語 | Polski | Português do Brasil | 한국어 | Русский | Українська
Biome is a performant toolchain for web projects, it aims to provide developer tools to maintain the health of said projects.
Biome is a fast formatter for JavaScript, TypeScript, JSX, JSON, CSS and GraphQL that scores 97% compatibility with Prettier.
Biome is a performant linter for JavaScript, TypeScript, JSX, JSON, CSS, and GraphQL that features more than 500 rules from ESLint, typescript-eslint, and other sources. It outputs detailed and contextualized diagnostics that help you to improve your code and become a better programmer!
Biome is designed from the start to be used interactively within an editor. It can format and lint malformed code as you are writing it.
npm install --save-dev --save-exact @biomejs/biome
# format files
npx @biomejs/biome format --write
# lint files and apply the safe fixes
npx @biomejs/biome lint --write
# run format, lint, etc. and apply the safe fixes
npx @biomejs/biome check --write
# check all files against format, lint, etc. in CI environments
npx @biomejs/biome ci
If you want to give Biome a run without installing it, use the online playground, compiled to WebAssembly.
Check out our homepage to learn more about Biome, or directly head to the Getting Started guide to start using Biome.
Biome has sane defaults and it doesn't require configuration.
Biome aims to support all main languages of modern web development.
Biome doesn't require Node.js to function.
Biome has first-class LSP support, with a sophisticated parser that represents the source text in full fidelity and top-notch error recovery.
Biome wants to offer a high-quality Developer Experience, with descriptive diagnostics and great performance.
Biome unifies functionalities that have previously been separate tools. Building upon a shared base allows us to provide a cohesive experience for processing code, displaying errors, parallelize work, caching, and configuration.
Read more about our project philosophy.
Biome is MIT licensed or Apache 2.0 licensed and moderated under the Contributor Covenant Code of Conduct.
You can fund the project in different ways
You can sponsor or fund the project via Open collective or GitHub sponsors
Biome offers a simple sponsorship program that allows companies to get visibility and recognition among various developers.
Biome offers enterprise support, where Core Contributors can be employed to work on company-focused projects.
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