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docs: align architecture and contributor guidance with current services

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kyasuda
2026-02-10 13:17:56 -08:00
committed by sudacode
parent 79b580e033
commit 744d460e1d
2 changed files with 6 additions and 6 deletions
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10
docs/architecture.md
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@@ -23,7 +23,7 @@ SubMiner uses a service-oriented Electron main-process architecture where `src/m
- Provides a narrow state API used by `main.ts` and overlay services.
- `src/core/services/*`
- Stateless or narrowly stateful units for a specific responsibility.
- Examples: startup bootstrap, app lifecycle hooks, CLI command handling, IPC registration, overlay visibility, MPV IPC behavior, shortcut registration, subtitle websocket, jimaku/subsync helpers.
- Examples: startup bootstrap/ready flow, app lifecycle wiring, CLI command handling, IPC registration, overlay visibility, MPV IPC behavior, shortcut registration, subtitle websocket, jimaku/subsync helpers.
- `src/core/utils/*`
- Pure helpers and coercion/config utilities.
- `src/cli/*`
@@ -41,7 +41,7 @@ Most runtime code follows a dependency-injection pattern:
1. Define a service interface in `src/core/services/*`.
2. Keep core logic in pure or side-effect-bounded functions.
3. Build runtime deps in `main.ts`; use `*-deps-runtime-service.ts` helpers only when they add real adaptation logic.
3. Build runtime deps in `main.ts`; extract an adapter/helper only when it adds meaningful behavior or reuse.
4. Call the service from lifecycle/command wiring points.
This keeps side effects explicit and makes behavior easy to unit-test with fakes.
@@ -49,15 +49,15 @@ This keeps side effects explicit and makes behavior easy to unit-test with fakes
## Lifecycle Model
- Startup:
- `startup-bootstrap-runtime-service` handles initial argv/env/backend setup and decides generate-config flow vs app lifecycle start.
- `runStartupBootstrapRuntimeService` handles initial argv/env/backend setup and decides generate-config flow vs app lifecycle start.
- `app-lifecycle-service` handles Electron single-instance + lifecycle event registration.
- `startup-lifecycle-hooks-runtime-service` wires app-ready and app-shutdown hooks.
- `runAppReadyRuntimeService` performs ready-time initialization (config load, websocket policy, tokenizer/tracker setup, overlay auto-init decisions).
- Runtime:
- CLI/shortcut/IPC events map to service calls.
- Overlay and MPV state sync through dedicated services.
- Runtime options and mining flows are coordinated via service boundaries.
- Shutdown:
- `app-shutdown-runtime-service` coordinates cleanup ordering (shortcuts, sockets, trackers, integrations).
- `startAppLifecycleService` registers cleanup hooks (`will-quit`) while teardown behavior stays delegated to focused services from `main.ts`.
## Why This Design