alejandrolog/retrograde-raspberry

1. Overall shape

- This is an Astro project that acts mainly as a shell for a React-based single-page application.

- The repository is organized around a music commerce/admin domain: releases, tracks, artists, merch, orders, inventory, genres, and users.

2. Astro entry point

- src/pages/index.astro is the only visible page route in the tree, so the app likely boots from a single Astro page and hands control to React.

- astro.config.mjs and the minimal Astro starter structure suggest Astro is used for hosting/building rather than as the primary application framework.

3. Client application boundary

- src/components/AppRouter.tsx is the most likely top-level application boundary.

- It probably decides which dashboard or feature view to show based on authentication and role, and coordinates navigation among the app sections.

4. Role-based feature areas

- The component set is clearly split by user type:

- Admin: AdminDashboard, AdminSummary, AdminUsers, AdminOrders, AdminInventory, AdminMerch, AdminGenres, AdminFormats

- Artist: ArtistDashboard, ArtistProfile, ArtistSales, ArtistMerch

- Customer: CustomerDashboard, CustomerProfile, CustomerOrders

- This implies a role-aware UI layer with different capabilities and views sharing the same backend domain.

5. Core music catalog flow

- ReleasesList, ReleaseDetail, CreateReleaseForm, and TracksManager define the release lifecycle.

- The flow is likely: browse releases → inspect release detail → create or edit a release → manage associated tracks.

- This is one of the central domain paths in the app.

6. Commerce and operations flow

- AdminInventory, AdminOrders, ArtistSales, CustomerOrders, AdminMerch, and ArtistMerch indicate the app also manages selling and fulfillment.

- Inventory and order management appear in the admin area, while artists and customers each have their own sales/order visibility.

7. Authentication and user context

- Auth.tsx is the likely entry for login/session handling and user-role establishment.

- UserService in src/api supports user-related backend interactions, which probably feed the auth and profile/dashboard views.

8. API boundary and backend integration

- The src/api/ folder is the main integration layer:

- artistService

- genreService

- merchService

- releaseService

- shopService

- trackService

- userService

- config.ts

- These services likely wrap HTTP calls and isolate the UI from backend endpoints, creating a clean separation between presentation and data access.

9. Shared data contracts

- src/types/dtos.ts suggests the app uses shared DTO/type definitions for API payloads and responses.

- That means the components and service layer are probably strongly typed around backend objects such as releases, tracks, genres, merch, and users.

10. UI composition pattern

- The components are mostly feature-oriented rather than generic design-system widgets.

- This points to a structure where each major business area owns its own view logic, with the router and services providing the glue.

11. Static assets and styling

- public/assets holds static files such as images or branding assets.

- src/styles/global.css provides app-wide styling, which likely spans both Astro-rendered shell elements and React views.

12. Likely runtime/data path

- Browser loads the Astro page → React app mounts → AppRouter selects the active section → feature component calls the relevant service in src/api → service exchanges data with the backend → DTOs type the response and populate dashboards/forms.

- The main architectural boundary is therefore UI vs API services, with role-based screens sitting above domain-specific service modules.

13. What to draw in an architecture diagram

- A simple diagram should show:

- Astro shell at the top

- React application/router inside it

- Three major UI branches: Admin, Artist, Customer

- A shared auth/user layer

- A shared API service layer

- A shared DTO/types layer

- External backend API/server outside the repo boundary