farzaa/freewrite

1. Project shape

- This is a single macOS app built with SwiftUI in Xcode.

- The repo is intentionally small: one app target, a couple of feature views, assets/fonts, and basic test targets.

- There is no evidence of a server, database, or networked backend; the app appears to be fully local.

2. App entry point

- freewrite/freewriteApp.swift is the application bootstrap.

- It wires the SwiftUI scene and is the top of the runtime graph for the app.

- freewrite.entitlements indicates the app is sandboxed and likely uses macOS permissions relevant to recording or media access.

3. Primary UI composition

- freewrite/ContentView.swift is the main screen/root view.

- This is the likely coordinator for the app’s user flow, selecting between the writing experience and any media-related subviews.

- For an architecture diagram, treat ContentView as the central UI boundary that hosts the app’s feature modules.

4. Recording subsystem

- freewrite/VideoRecordingView.swift is a distinct feature boundary for capture/recording.

- The name suggests it owns the user-facing recording experience and probably interfaces with macOS media APIs.

- This is the most likely place where permissions, capture state, and recording controls are concentrated.

5. Playback subsystem

- freewrite/VideoPlayerView.swift is the companion feature for reviewing recorded media.

- It likely receives recorded output from the recording flow and presents playback UI.

- In the diagram, keep playback separate from capture to show a clean producer/consumer boundary.

6. Document/content defaults

- freewrite/default.md suggests the app ships with a default writing prompt, template, or starter content.

- This is likely a local bundled resource rather than runtime-generated data.

- It belongs in the “static content/resources” layer alongside assets and fonts.

7. Resource layer

- freewrite/Assets.xcassets contains app icons and color assets used by the UI.

- freewrite/fonts/ includes a bundled font license and font assets used to shape the writing experience.

- These are presentation resources, not business logic, but they materially affect the app’s look and feel.

8. No backend / offline-first boundary

- The repository does not show any API clients, sync logic, persistence stack, or cloud integration.

- That implies the architecture is likely offline-first and self-contained, with state managed locally in SwiftUI and system frameworks.

- For a diagram, avoid adding external services unless you later find them in implementation files.

9. Tests

- freewriteTests/ holds unit tests and freewriteUITests/ holds UI/integration tests.

- These are separate validation layers around the app target, but they do not appear to introduce new runtime subsystems.

- They’re useful to show as adjacent quality gates rather than part of the product path.

10. Developer workflow / packaging

- The root README.md describes a very simple workflow: clone, open in Xcode, build.

- That reinforces that the repo is a single Xcode project without additional build tooling or deployment orchestration.

- The architecture is therefore centered on the Xcode app target and SwiftUI views.

11. Likely data flow to diagram

- User launches app → freewriteApp creates the SwiftUI scene → ContentView coordinates the experience → VideoRecordingView captures a session → VideoPlayerView reviews output.

- Static resources such as default.md, assets, and fonts feed the UI layer.

- Any captured media/state is expected to stay on-device and be managed by the app and system frameworks.

12. Diagram boundaries to preserve

- Separate application bootstrap, main UI coordinator, recording, playback, and static resources.

- Keep tests and preview assets outside the runtime path.

- Do not draw network, persistence, or backend boxes unless you confirm them in the source files.