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Deciding between SPA, SSR, and SSG in Quasar affects SEO, first paint speed, and hosting costs. This guide compares the modes and provides a validation strategy for SSR and PWA implementation.
Fix port conflicts, stale caches, and dependency mismatches that stop `quasar dev` or break hot module replacement.
When Quasar bundle sizes spike after dependency updates, use this diagnostic guide to identify bloated chunks and apply targeted fixes to reduce production build size.
Learn how to use Quasar boot files to centralize app initialization, manage plugin registration order, and avoid common SSR pitfalls when setting up Vue applications.
When datasets grow, a Quasar QTable that renders every row in the browser becomes sluggish. This post shows how to use QTable’s request event to delegate slicing, sorting, and total counts to a backend API, keeping the client lean and responsive.
Quasar v2's mode-based CLI builds SPA, SSR, PWA, Capacitor, Electron, and BEX from one codebase. This guide shows how to isolate platform-specific dependencies (like SSR-only sharp) using build-time QUASAR_MODE guards and runtime Platform.is checks, with worked config examples and common pitfalls.
Quasar boot files centralize plugin registration, API client setup, and global state initialization across SPA, SSR, PWA, and Capacitor targets—while guarding against SSR hydration errors and enabling per-target tree shaking.
Quasar CLI v2+ uses Vite as the dev server. HTTPS is configured via devServer.https in quasar.config.js as a boolean for auto-generated self-signed certs or an object with key / cert / ca paths. devServer.proxy forwards API requests to backend services. Certificate validation for proxied HTTPS requests is performed by Node.js using its built-in trust store.
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