Initial import

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sirily
2026-03-10 14:03:52 +03:00
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# Repository Layout
## Tree
```text
.
|- apps/
| |- web/
| |- worker/
| |- bot/
| `- cli/
|- packages/
| |- config/
| |- db/
| |- domain/
| `- providers/
|- docs/
| |- plan/
| |- architecture/
| `- ops/
|- infra/
| |- compose/
| `- caddy/
`- scripts/
```
## Directory responsibilities
### `apps/web`
Owns the browser-facing product and HTTP API entrypoints. It should not own core business rules.
### `apps/worker`
Owns asynchronous and scheduled work. It is the execution surface for image-generation jobs, cleanup, and health polling.
### `apps/bot`
Owns Telegram admin interaction only. Business decisions still belong to `packages/domain`.
### `apps/cli`
Owns operator-facing CLI commands such as `nproxy pair`, `nproxy pair list`, and `nproxy pair revoke`.
### `packages/config`
Owns typed environment contracts and config normalization.
### `packages/db`
Owns database schema, migrations, and data-access utilities.
### `packages/domain`
Owns subscription logic, quota logic, key state transitions, and orchestration rules.
### `packages/providers`
Owns provider-specific adapters and low-level HTTP calls. It should not decide business policy.
### `infra`
Owns deployment templates and reverse-proxy configuration for the single-VPS Docker Compose target.

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# System Overview
## Runtime components
- `apps/web`: public site, user dashboard, admin UI, HTTP API handlers
- `apps/worker`: background jobs for generation execution, reconciliation, cleanup, and health checks
- `apps/bot`: Telegram admin bot runtime
- `apps/cli`: operator commands executed on the server
## Shared packages
- `packages/config`: environment parsing and config contracts
- `packages/db`: Prisma schema, migrations, data access helpers
- `packages/domain`: business rules and state machines
- `packages/providers`: external adapters for model APIs, payment processor, storage, email, and Telegram
## Core request flow
1. User submits a generation request from the chat UI.
2. The web app validates auth, subscription, quota, and request shape.
3. The app stores a `GenerationRequest` and enqueues work.
4. The worker runs provider routing through the key pool.
5. The worker persists `GenerationAttempt` rows for each key-level attempt.
6. On the first success, the worker stores assets, marks the request succeeded, and consumes quota.
7. The web app exposes polling endpoints until the result is ready.
## Data boundaries
- User-visible request lifecycle lives in `GenerationRequest`.
- Key-level retries live in `GenerationAttempt`.
- Quota accounting lives in `UsageLedgerEntry`.
- Provider key health lives in `ProviderKey` plus status-event history.
## Failure handling
- Retryable provider failures are hidden from the user while eligible keys remain.
- User-caused provider failures are terminal for that request.
- Balance or quota exhaustion removes a key from active rotation.
- Provider-key state transitions must be audited.