erfanxh/moshify

1. Project type and runtime

- This is a static marketing website called Moshify.

- The architecture is centered on plain HTML, CSS, and a small JavaScript entry file, with no backend, database, or build pipeline visible in the repo.

2. Primary entry points

- index.html is the main site entry.

- playground.html is likely a secondary/demo page for experimenting with layout or components.

- These pages are the top-level composition layer that assemble the site from shared pieces and assets.

3. Content structure

- The site is split into reusable HTML fragments under Components/.

- Components/callout.html and Components/plans.html suggest section-level building blocks used to keep repeated content consistent across the site.

- This indicates a manual component model rather than a framework-based one.

4. Styling system

- All presentation lives in CSS/styles.css, with CSS/normalize.css used as the base reset for cross-browser consistency.

- The styling layer is the main architectural boundary: HTML provides structure, while CSS defines layout, responsive behavior, and visual design.

5. Asset layer

- Images/ contains all visual media used by the pages.

- The website likely depends heavily on these assets for branding, feature illustration, and section visuals, making the image directory a distinct presentation dependency.

6. JavaScript layer

- main.js exists as a separate client-side script entry.

- Based on the README’s “Pure HTML & CSS” emphasis, JavaScript is probably minimal or auxiliary rather than a core application layer.

- If used, it would be confined to progressive enhancement or small UI behaviors.

7. Component composition flow

- The overall flow is: page entry HTML → reusable component fragments → shared CSS → images/assets.

- This keeps repeated sections such as pricing or callout content isolated from the main page markup, reducing duplication.

8. Responsiveness and layout

- The README explicitly positions the site as fast and responsive.

- That means the architectural emphasis is on CSS-driven responsive layout rather than dynamic rendering or client-side state management.

9. Technology boundaries

- There is no evidence of frameworks, templating engines, package management, or server-side rendering.

- The repo is organized around direct browser delivery of static files, so the deployment boundary is simply the file bundle served as-is.

10. How to draw the diagram

- Show two or more HTML entry pages at the top.

- Connect them to shared HTML components, global CSS/reset, images, and optionally main.js.

- Treat Components/ and CSS/ as shared layers reused by all pages, with Images/ as a supporting asset store.