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Decide between @stencil/router and native History API routing for StencilJS, with setup steps, trade-offs, and browser verification.
A practical architecture note for synchronizing child input values to parent state in StencilJS using @Prop and @Event, including trust boundaries and failure checks.
When a Stencil app shows a hydration mismatch warning after an SSR build, the page flickers and stateful components rebuild. This guide walks through the common causes, diagnostic checks, and step‑by‑step fixes so you can restore a smooth client takeover.
Keep heavy Stencil components out of the initial bundle by exporting them correctly and loading them with loadComponent or on first render. Verify with build output and network requests.
Restyle Ionic components without brittle deep selectors. Learn how to use documented CSS custom properties and ::part() to override ion-button styles safely across browser and device WebViews.
Learn how to use the lazy flag in StencilJS to split components into separate chunks, reduce initial JavaScript payload, and verify dynamic imports in a production build.
StencilJS uses compiler-driven lazy loading to ship Web Component chunks only when needed. See how the registry and loader reduce initial bundle size—and where FOUC or request overhead can bite.
Learn how to enable lazy‑loading for a StencilJS component, reduce bundle size, and verify the change. Follow this step‑by‑step guide to add a <component lazy> tag, provide a fallback, and confirm the chunk is fetched at runtime.
Implementing lazy‑loaded components in a StencilJS app keeps the initial bundle lean. This guide walks through the minimal design, trust boundaries, operational checks, and failure modes that can force a redesign. Use the example snippets and diagnostics to verify a robust lazy‑loading strategy.
stenciljs
ionic