How shubhvarshney30/serdargokhan.dev works
<explanation>
1. Project Type and Purpose
- This is a portfolio website built with Next.js (using the App Router), styled with Tailwind CSS, and deployed on Vercel.
- It is primarily a static/SSR front‑end application that serves personal portfolio pages in multiple locales (en, tr).
2. Key Architectural Components
a. Client (Browser)
b. CDN & Edge Network (Vercel)
c. Next.js Serverless Functions (for SSR/SSG)
d. Static Assets Store (public folder served via CDN)
e. Internationalization Layer (translations JSON + middleware)
f. Component Library (React components, layouts, UI primitives)
g. Build & Deploy Pipeline (pnpm → Vercel)
3. Relationships & Data Flow
- The user’s browser issues an HTTP request for / or /{locale}.
- DNS resolves to Vercel’s edge CDN → static assets (CSS, JS bundles, images, PDFs) are served directly.
- For dynamic pages or fresh builds, Next.js Serverless Functions run at the edge:
• Reads src/app/[locale]/page.tsx, loads translations from translations/*.json, applies layout.tsx.
• Injects Tailwind CSS, global styles, and component tree.
• Returns pre‑rendered HTML + hydration script to client.
- Client-side React takes over for any interactive UI (theme switch, navigation, locale detection).
4. Architectural Patterns & Design Principles
- File‑based routing (App Router) for each locale.
- Component‑driven design: common, pages, ui subdirectories.
- CSS‑in‑JS approach via Tailwind + global CSS.
- Edge-first SSR/SSG: leverage Vercel’s CDN and serverless functions.
- I18N middleware (middleware.ts) routes based on locale.
5. Technologies & Frameworks
- Next.js (App Router, serverless functions)
- React (functional components, hooks)
- Tailwind CSS (utility‑first styling)
- TypeScript (global.d.ts, next-env.d.ts, tsconfig.json)
- Vercel (hosting, CDN)
- pnpm (package manager)
- PostCSS, Prettier, ESLint (build and code quality)
6. Tailoring the Diagram
- Emphasize separation between the User Browser, the CDN layer, and the Next.js serverless runtime.
- Highlight static vs. dynamic content flows.
- Show how translations are loaded at request time.
- Illustrate component hierarchy: Layout → Navbar/Footer → Page Sections (Greeting, About, Portfolio, Contact).
7. Diagramming Guidelines
- Use clear labels for each node: Browser, Edge CDN, Serverless Function, Static Assets, Translations Store.
- Draw directional arrows:
• Browser → CDN (GET bundle, images, CSS)
• CDN → Serverless Function (for SSR pages)
• Serverless Function → Translations JSON (runtime fetch)
• Serverless Function → Browser (HTML + JS)
- Color‑code:
• Blue for client‑side (Browser, React hydration)
• Green for edge network/CDN
• Orange for serverless execution
• Gray for static asset stores
- Use distinct shapes:
• Cylinders for data stores (translations, public/static)
• Clouds for CDN/edge
• Rectangles for compute (Serverless Functions)
8. Detailed Steps to Draw
1. Draw the User Browser icon at the left.
2. Connect to a “Vercel Edge CDN” cloud. Underneath, show “public/images, public/static, JS/CSS bundles.”
3. From the Edge CDN, draw an arrow to a “Next.js Serverless Function” box. Inside note “SSR/SSG via App Router.”
4. From Serverless box, draw a cylinder named “translations/en.json, tr.json.”
5. Inside the Serverless box, list the main modules: middleware.ts (locale routing), src/app/[locale]/page.tsx, layout.tsx.
6. Show React component tree as a nested shape: Layout → Navbar + Footer → PageSections (Greeting, About, Portfolio, Contact).
7. Return arrow from Serverless to Browser labeled “HTML + hydration script.”
8. At the bottom, depict the Build & Deploy pipeline: pnpm install → pnpm build → Vercel.
Remember:
• Be explicit about data flow and dependencies.
• Capture both static asset delivery and server‑rendered page generation.
• Reflect the file‑based routing and I18N middleware.
• Keep the diagram uncluttered but detailed enough for on‑call or new‑hire onboarding.
</explanation>