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ESLint vs standard

Which should you use? A side-by-side look at what each one does, who it suits, what it costs, how hard it is to set up, and where each falls short.

ESLint

Open source · MIT

A JavaScript linter that finds and reports problematic code patterns, with rules you can configure.

standard

Open source · MIT

A JavaScript style guide with a linter and auto-fixer that needs no config files.

The short answer

Choose ESLint if you need…

  • JavaScript developers who want automatic checks on their code
  • Teams that want consistent rules enforced in a shared configuration
  • Projects that need to customize which code patterns are flagged
  • Developers working with React who add a React-specific plugin on top

Choose standard if you need…

  • JavaScript projects where the team wants consistent style without debating rules
  • Node.js developers who want a quick, zero-config check in their package.json test script
  • Open source projects that want clear, automated style expectations for contributors
  • Developers who want to avoid managing .eslintrc files

Side-by-side

ESLintstandard
TypeDev toolDev tool
PriceFree and open sourceFree and open source
LicenceMITMIT
GitHub stars27.6k29.4k
Setup difficultyIntermediateBeginner
How you get itInstall with a package managerInstall with a package manager
Main languageJavaScriptJavaScript
Last code update4 days ago16 months ago

What each one is

ESLint

ESLint is a tool that scans JavaScript (ECMAScript) code and reports patterns that may be problems or bad practice. It works by parsing code into a syntax tree and checking it against rules, and every rule is a pluggable piece you can turn on, off, or adjust. Developers use it to catch mistakes and keep code style consistent across a project.

standard

Standard is a JavaScript style guide enforced by a linter, which is a tool that checks code for formatting problems and common programmer mistakes. Running standard --fix will automatically correct many style issues. It is designed so you do not need to write or maintain a configuration file.

Best for

ESLint

  • JavaScript developers who want automatic checks on their code
  • Teams that want consistent rules enforced in a shared configuration
  • Projects that need to customize which code patterns are flagged
  • Developers working with React who add a React-specific plugin on top

standard

  • JavaScript projects where the team wants consistent style without debating rules
  • Node.js developers who want a quick, zero-config check in their package.json test script
  • Open source projects that want clear, automated style expectations for contributors
  • Developers who want to avoid managing .eslintrc files

Strengths

ESLint

  • Highly pluggable: every rule is a plugin and rules can be added at runtime, per the README
  • Mature and widely used, with an MIT license and about 27,600 GitHub stars
  • Clear three-level severity model (off, warn, error) that controls the exit code

standard

  • No configuration files to create or maintain
  • Automatic fixing via standard --fix saves review time
  • Widely used and actively maintained, with about 29,000 GitHub stars and a recent push in July 2025

Not ideal for

ESLint

  • People who only want code formatting; the README says Prettier is the formatter and ESLint is a linter
  • Users of experimental or non-standard syntax without a suitable parser, since ESLint officially supports only the latest final ECMAScript standard
  • Environments that cannot run a supported Node.js version (^20.19.0, ^22.13.0, or >=24)

standard

  • Teams that want to customize many style rules, since the README stresses there is no configuration (reason: the style is fixed by design)
  • Projects that prefer Prettier-style formatting specifically, since the README only compares to Prettier in a linked talk and does not describe it as a replacement (reason: different approach)
  • Developers who need the linter to check non-JavaScript languages (reason: it targets JavaScript files by default: **/*.js and **/*.jsx)

Trade-offs

ESLint

  • Requires a supported Node.js version and, for TypeScript type definitions, TypeScript 5.3 or later
  • Does not lock dependency versions by design, so behavior can change as dependencies update
  • Parser officially supports only the latest final ECMAScript standard; newer experimental syntax may need other parsers

standard

  • Style rules are fixed, so you cannot easily adjust them to personal or team preferences
  • Requires Node.js and npm to be installed first
  • The README is truncated here, so details on supported syntax and newer language features are unclear

Getting started

ESLint

Install and configure ESLint

npm init @eslint/config@latest

Run ESLint on a file

npx eslint yourfile.js
Step-by-step guide: how to use ESLint

standard

Install globally as a command line program

npm install standard --global

Install locally for a single project

npm install standard --save-dev
Step-by-step guide: how to use standard

Frequently asked questions

What is the difference between ESLint and standard?

ESLint: A JavaScript linter that finds and reports problematic code patterns, with rules you can configure. standard: A JavaScript style guide with a linter and auto-fixer that needs no config files. ESLint suits javascript developers who want automatic checks on their code, while standard suits javascript projects where the team wants consistent style without debating rules.

Are ESLint and standard free?

ESLint: Free and open source. standard: Free and open source.

Which is easier to set up, ESLint or standard?

standard is easier to get started with (rated beginner); ESLint is rated intermediate and usually needs more setup.

Is ESLint or standard more popular?

standard has more GitHub stars (29.4k) than ESLint (27.6k). Popularity isn't the same as fit — check which one matches your use case above.

What are other alternatives to ESLint and standard?

Other options people compare them with include typescript-eslint, Prettier, lint-staged, RuboCop.

Keep comparing

Built from our catalogue entries for both products: open-source details come from each project's README (AI-assisted, refreshed weekly) and GitHub data; AI-tool details are editorial. Spotted something wrong? Let us know from either product's page.