Vite Fundamentals and Benefits Over Traditional Build Tools Quiz

1. Vite's Development Approach

   Which technology does Vite primarily leverage to achieve faster module loading during development?

   1. Native ES Modules
   2. CommonJS
   3. AMD
   4. UMD
   5. CMD

2. Cold Start Time Comparison

   Why does Vite provide significantly faster 'cold start' times compared to bundler-based tools?

   1. It serves source files over native ES modules without full bundling
   2. It compiles all files up front
   3. It ignores source maps entirely
   4. It minifies code on the fly for every change
   5. It disables code splitting by default

3. Build Output Optimization

   During production builds, how does Vite handle code to ensure efficient delivery to the browser?

   1. It uses a fast bundler to optimize and split code
   2. It serves unbundled files as-is
   3. It only delivers HTML files
   4. It inlines all CSS into HTML
   5. It disables code minification

4. Hot Module Replacement Speed

   How does Vite's hot module replacement (HMR) system improve developer experience over traditional bundlers?

   1. By updating only affected modules instantly
   2. By reloading the entire page each time
   3. By recompiling the full project on every change
   4. By requiring manual server restarts
   5. By disabling live updates completely

5. Configuration Ease

   Which statement best describes why configuring a project with Vite is often simpler compared to traditional build tools?

   1. Vite works with smart defaults and minimal configuration required
   2. It mandates complex configuration files
   3. It requires using a custom scripting language
   4. It demands extensive global installations
   5. It only supports a single programming language

6. Instant Feedback Example

   A developer changes a style in a CSS file and immediately sees the update in their browser when using Vite. What feature makes this possible?

   1. Hot Module Replacement
   2. Code Splitting
   3. Tree Shaking
   4. Source Mapping
   5. Lazy Loading

7. Dependency Pre-Bundling Purpose

   What is the main advantage of Vite's dependency pre-bundling process at startup?

   1. It optimizes external libraries for faster page loads
   2. It removes development server capabilities
   3. It adds unnecessary files to the build
   4. It disables source maps by default
   5. It slows down start-up intentionally

8. Plugin Ecosystem Compatibility

   When using Vite, why can developers often reuse plugins designed for earlier tools with minimal adjustments?

   1. Because Vite supports a compatible plugin API
   2. Because it ignores plugin configurations
   3. Because all plugins are built-in automatically
   4. Because plugins only affect server routing
   5. Because it blocks third-party plugins from loading

9. Static Asset Handling

   How does Vite process static assets like images during development?

   1. It serves them directly without bundling
   2. It embeds them as data URLs by default
   3. It ignores asset requests entirely
   4. It compresses them on each reload
   5. It stores them only in memory

10. Modern JavaScript Support

    Which advantage does Vite offer by targeting modern browsers for development?

    1. It allows the use of latest JavaScript features without transpilation
    2. It enforces legacy syntax limitations
    3. It requires polyfilling all new syntax manually
    4. It excludes support for modules
    5. It disables syntax highlighting