A Language Server Protocol implementation for Clojure and ClojureScript, providing advanced IDE features through static analysis.
clojure-lsp is a Language Server Protocol implementation for Clojure and ClojureScript that provides advanced IDE features like autocomplete, jump-to-definition, and refactoring through static code analysis. It solves the problem of inconsistent editor support for Clojure by offering a standardized, editor-agnostic tooling layer that enhances developer productivity and code quality.
Clojure and ClojureScript developers using any editor that supports LSP, such as Emacs (lsp-mode), VSCode (Calva), or vim, who seek robust, feature-rich language tooling.
Developers choose clojure-lsp for its comprehensive feature set, reliable static analysis approach, and seamless integration across multiple editors, eliminating the need for editor-specific plugins and providing a consistent development experience.
Clojure & ClojureScript Language Server (LSP) implementation
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Provides consistent Clojure tooling across all LSP-supporting editors like Emacs, VSCode, and vim, eliminating the need for editor-specific plugins as highlighted in the README.
Offers a wide array of features from autocomplete and jump-to-definition to automatic namespace cleaning and refactoring, ensuring robust development support as detailed in the key features list.
Adopts a Cursive-like static analysis approach for accurate code navigation and error detection, which works reliably without a running REPL, per the project philosophy.
Maintained with over 30,000 lines of code, an active GitHub community, and sponsorship options, indicating ongoing updates and troubleshooting support as shown in the README badges.
May not fully capture dynamic Clojure behaviors or runtime errors, which are critical in a REPL-centric language, limiting insights for live coding scenarios.
Requires setup and tuning via configuration files or settings, which can be complex for users unfamiliar with LSP or Clojure tooling, as implied by the dedicated settings and troubleshooting sections.
Full static analysis of extensive projects can consume significant resources, potentially impacting editor responsiveness, especially in memory-intensive environments.