Prevent Broken JavaScript Interop in ClojureScript Advanced Builds
Use externs files to protect external JavaScript names when compiling ClojureScript with :optimizations :advanced.
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Use externs files to protect external JavaScript names when compiling ClojureScript with :optimizations :advanced.
Elm’s ports give you a safe, typed boundary between Elm and JavaScript. This article explains how ports enforce safety, shows a practical adapter pattern, discusses performance trade‑offs, and provides a checklist for production‑ready apps.
An architecture note describing how to use PureScript’s FFI to call JavaScript safely, covering requirements, minimal design, trust boundaries, checks, failure modes, and when to redesign.
Decide when to use raw PureScript FFI versus purescript-foreign boundary decoding for safer JavaScript interop.
PureScript's FFI lets you call JavaScript, but the compiler cannot see runtime shapes. Here is how to choose between direct bindings and purescript-foreign decoding.
Learn how Elm ports let you safely exchange data with JavaScript libraries like Chart.js without sacrificing Elm’s guarantee of no runtime exceptions.
Create plain JavaScript objects in ClojureScript with #js literals, read nested properties safely using goog.object, and isolate mutation at the interop boundary.
Decide which PureScript FFI style to use when calling JavaScript, with a comparison table, trade-offs, and a validated spago workflow.
Use ClojureScript :advanced compilation for smaller release bundles while protecting JavaScript APIs with externs and verifying every interop boundary before deploy.
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