docs: map codebase

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Mikhail Putilovskij 2026-05-03 00:31:20 +03:00
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# Architecture
# Архитектура (ARCHITECTURE.md)
**Analysis Date:** 2026-04-01
## Паттерн "Thin Adapter" (Тонкая поверхность)
## Pattern Overview
Система разделена на три логических слоя:
1. **Транспортный слой (Adapter)**: Подключается к внешней платформе (Matrix). Занимается конвертацией нативных событий (`room.message`) во внутренние структуры (`IncomingMessage`).
2. **Ядро (Core)**: Предоставляет единый протокол (`core/protocol.py`), не зависящий от конкретной реализации (Matrix, Telegram и т.д.).
3. **Платформенный слой (SDK)**: `RealPlatformClient` инкапсулирует подключение по WebSocket к реальным агентам (AgentApi).
**Overall:** Hexagonal / Ports-and-Adapters
## Routing & Registry
Бот может обслуживать множество агентов (multi-tenant). Маршрутизация настраивается статически через `config/matrix-agents.yaml`. Каждый пользователь (`@user:server`) привязан к конкретному `agent_id`, у которого есть свой HTTP URL и свой изолированный `workspace_path` (например, `/agents/1/`).
**Key Characteristics:**
- A platform-neutral `core/` defines all business logic and unified event types
- Adapters (`adapter/telegram/`, `adapter/matrix/`) translate platform-specific events into core types and back
- The AI platform SDK is hidden behind a `PlatformClient` Protocol; the current implementation (`sdk/mock.py`) is swappable without touching core or adapters
- All state is stored through a `StateStore` Protocol, with `InMemoryStore` for tests and `SQLiteStore` for production
## Layers
**Protocol Layer:**
- Purpose: Defines every data structure crossing layer boundaries
- Location: `core/protocol.py`
- Contains: `IncomingMessage`, `IncomingCommand`, `IncomingCallback`, `OutgoingMessage`, `OutgoingUI`, `OutgoingNotification`, `OutgoingTyping`, `ChatContext`, `AuthFlow`, `SettingsAction`, type aliases `IncomingEvent` and `OutgoingEvent`
- Depends on: Python stdlib only
- Used by: All other layers
**Core / Business Logic Layer:**
- Purpose: Handles all domain logic independent of any platform
- Location: `core/`
- Contains:
- `core/handler.py``EventDispatcher`: routes `IncomingEvent` to registered handler functions; returns `list[OutgoingEvent]`
- `core/handlers/` — one module per event category (`start`, `message`, `chat`, `settings`, `callback`)
- `core/store.py``StateStore` Protocol + `InMemoryStore` + `SQLiteStore`
- `core/chat.py``ChatManager`: creates/renames/archives chat workspaces (C1/C2/C3); persists via `StateStore`
- `core/auth.py``AuthManager`: tracks auth flow state (`pending``confirmed`); persists via `StateStore`
- `core/settings.py``SettingsManager`: fetches/caches user settings from SDK; invalidates on write
- Depends on: `core/protocol.py`, `sdk/interface.py` (Protocol only), `core/store.py`
- Used by: Adapters
**SDK / Platform Layer:**
- Purpose: Wraps the external Lambda AI platform; isolated behind a Protocol
- Location: `sdk/`
- Contains:
- `sdk/interface.py``PlatformClient` Protocol: `get_or_create_user`, `send_message`, `stream_message`, `get_settings`, `update_settings`; also `WebhookReceiver` Protocol, Pydantic models (`User`, `MessageResponse`, `MessageChunk`, `UserSettings`, `AgentEvent`)
- `sdk/mock.py``MockPlatformClient`: full in-memory implementation with simulated latency; supports both sync (`send_message`) and streaming (`stream_message`, currently returns single chunk); includes webhook simulation via `simulate_agent_event()`
- Depends on: `sdk/interface.py`
- Used by: `core/` managers, adapters during bot startup
**Adapter Layer:**
- Purpose: Translates platform-native events into `IncomingEvent` and `OutgoingEvent` back to platform-native calls
- Location: `adapter/matrix/`, adapter/telegram/ (in `.worktrees/telegram/`)
- Contains per adapter: `bot.py` (entry point + send logic), `converter.py` (native event → protocol), `handlers/` (adapter-specific handler overrides registered on top of core handlers), optional `store.py` / `room_router.py` / `reactions.py` for adapter state
- Depends on: `core/`, `sdk/`, platform SDK (aiogram or matrix-nio)
- Used by: `__main__` / `asyncio.run(main())`
## Data Flow
**Incoming Message (Matrix example):**
1. `matrix-nio` fires `RoomMessageText` callback → `MatrixBot.on_room_message()` in `adapter/matrix/bot.py`
2. `resolve_chat_id()` in `adapter/matrix/room_router.py` maps `room_id` → logical `chat_id` (e.g. `C1`), persisted in `StateStore`
3. `from_room_event()` in `adapter/matrix/converter.py` converts the nio event to `IncomingMessage` or `IncomingCommand`
4. `EventDispatcher.dispatch(incoming)` in `core/handler.py` selects the handler by routing key (command name, callback action, or `"*"` for messages)
5. Handler (e.g. `core/handlers/message.py:handle_message`) calls `platform.send_message()` on `MockPlatformClient`, receives `MessageResponse`
6. Handler returns `list[OutgoingEvent]` (e.g. `[OutgoingTyping(..., False), OutgoingMessage(...)]`)
7. `MatrixBot._send_all()` iterates the list; `send_outgoing()` converts each to a `client.room_send()` / `client.room_typing()` call
**Incoming Reaction (Matrix):**
1. `ReactionEvent` callback → `MatrixBot.on_reaction()`
2. `from_reaction()` maps emoji key to `IncomingCallback` with `action="confirm"`, `"cancel"`, or `"toggle_skill"`
3. Dispatch → `core/handlers/callback.py`
**Command Routing:**
The `EventDispatcher` uses a routing key per event type:
- `IncomingCommand``event.command` (e.g. `"start"`, `"new"`, `"settings"`)
- `IncomingCallback``event.action` (e.g. `"confirm"`, `"toggle_skill"`)
- `IncomingMessage``"*"` (catch-all), or `event.attachments[0].type` if attachments present
Adapters call `register_all(dispatcher)` first (core handlers), then `register_matrix_handlers(dispatcher, ...)` to override or add platform-specific variants (e.g. `!new` creates a real Matrix room via the nio client).
**State Management:**
- All persistent state goes through `StateStore` (key-value, async interface)
- Key namespaces: `chat:{user_id}:{chat_id}`, `auth:{user_id}`, `settings:{user_id}`, `matrix_room:{room_id}`, `matrix_user:{matrix_user_id}`, `matrix_state:{room_id}`, `matrix_skills_msg:{room_id}`
- Production uses `SQLiteStore` (row-per-key, JSON-serialised values); tests use `InMemoryStore`
## Key Abstractions
**EventDispatcher (`core/handler.py`):**
- Purpose: Single dispatch table for all event types; decouples handler logic from transport
- Pattern: Registry (map of `event_type → {key → HandlerFn}`); wildcard `"*"` as fallback
- Handler signature: `async def handler(event, chat_mgr, auth_mgr, settings_mgr, platform) → list[OutgoingEvent]`
**StateStore Protocol (`core/store.py`):**
- Purpose: Pluggable persistence behind a minimal `get/set/delete/keys` interface
- Implementations: `InMemoryStore` (tests/dev), `SQLiteStore` (production)
- Key pattern: `"{namespace}:{discriminator}"`
**PlatformClient Protocol (`sdk/interface.py`):**
- Purpose: Contracts the entire surface of the Lambda AI SDK
- Current implementation: `MockPlatformClient` in `sdk/mock.py`
- Swap path: Replace `sdk/mock.py` with a real SDK client; no changes needed elsewhere
**Converter functions (`adapter/matrix/converter.py`):**
- Purpose: One-way transformation from platform-native event to `IncomingEvent`
- Always produce canonical protocol types; adapters never pass raw library objects to core
## Entry Points
**Matrix Bot:**
- Location: `adapter/matrix/bot.py:main()`
- Run: `python -m adapter.matrix.bot`
- Startup sequence: load `.env` → build `AsyncClient``build_runtime()` → register callbacks → `client.sync_forever()`
**Telegram Bot:**
- Location: `.worktrees/telegram/adapter/telegram/bot.py` (feature branch, not merged to main yet)
- Run: `python -m adapter.telegram.bot`
## Error Handling
**Strategy:** Errors propagate up to the adapter's event callback. The adapter logs and drops the event; the bot keeps running.
**Patterns:**
- `EventDispatcher.dispatch()` returns `[]` (empty list) when no handler is found and logs a warning
- `AuthManager` and `ChatManager` raise `ValueError` for not-found entities; callers are responsible for catching
- `MockPlatformClient` raises `PlatformError` (defined in `sdk/interface.py`) on unexpected states
## Cross-Cutting Concerns
**Logging:** `structlog` throughout; all managers and the dispatcher use `structlog.get_logger(__name__)`
**Validation:** Pydantic models in `sdk/interface.py` for SDK responses; plain dataclasses in `core/protocol.py` for internal events
**Authentication:** `AuthManager.is_authenticated()` is checked in `handle_message` before forwarding to platform; unauthenticated users receive a prompt to run `!start` / `/start`
---
*Architecture analysis: 2026-04-01*
## Файловый контракт
Файлы не передаются агенту в base64. Бот сохраняет вложение напрямую в локальную директорию (общий volume), и передает агенту только относительный путь (`workspace_path`).

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# Codebase Concerns
# Известные проблемы (CONCERNS.md)
**Analysis Date:** 2026-04-01
---
## Tech Debt
### Telegram adapter not merged to main
- Issue: The entire `adapter/telegram/` directory exists only in the `feat/telegram-adapter` branch (worktree at `.worktrees/telegram/`). `main` has no Telegram adapter at all.
- Files: `.worktrees/telegram/adapter/telegram/` and remote branch `origin/feat/telegram-adapter`
- Impact: Running `python -m adapter.telegram.bot` from `main` fails with ImportError. Tests referencing `adapter/telegram/` (e.g., `tests/adapter/test_forum_db.py`) only exist in the worktree and are absent from `main`.
- Fix approach: Merge `feat/telegram-adapter` into `main` after final manual QA pass. The branch is ahead of main by 5 commits (`a1b7a14` being the most recent).
### Divergent core/handlers between main and feat/telegram-adapter
- Issue: `feat/telegram-adapter` removed platform-awareness from `core/handlers/chat.py` and `core/handlers/message.py` — the `_command()` and `_start_command()` helpers that format Matrix `!cmd` vs Telegram `/cmd` prompts were deleted. The branch hardcodes `/start` everywhere.
- Files: `core/handlers/chat.py`, `core/handlers/message.py` (differ between branches)
- Impact: If the Matrix adapter relies on these platform-aware helpers being in `main`'s version of core, merging `feat/telegram-adapter` will break Matrix `!start` prompt text for unauthenticated users.
- Fix approach: Before merging, decide which version of `core/handlers/` is canonical. The Matrix adapter in `main` currently passes because `main` still has the platform-aware helpers.
### SQLiteStore uses blocking I/O in async context
- Issue: `core/store.py` `SQLiteStore` methods are declared `async` but perform synchronous blocking `sqlite3.connect()` calls without `asyncio.to_thread` or `aiosqlite`.
- Files: `core/store.py` lines 4673
- Impact: Each database call blocks the asyncio event loop. Under any concurrent load (e.g., two Matrix users sending messages simultaneously) this will cause visible latency spikes and potential event loop starvation.
- Fix approach: Replace `sqlite3` calls with `aiosqlite` or wrap each call in `asyncio.to_thread()`.
### Telegram adapter has its own separate SQLite database layer
- Issue: `adapter/telegram/db.py` is a fully independent SQLite database (file: `lambda_bot.db`) with its own schema (`tg_users`, `chats`). Meanwhile, `core/store.py` has `SQLiteStore` with a KV schema (`lambda_matrix.db` for Matrix). The two stores are incompatible and do not share data.
- Files: `.worktrees/telegram/adapter/telegram/db.py`, `core/store.py`
- Impact: There is no unified storage layer. Chat state is split across two databases. A user's Telegram chats cannot be seen from Matrix and vice versa (even conceptually). Violates the "single core" architecture principle from CLAUDE.md.
- Fix approach: This is a fundamental design gap. Either extend `StateStore` to support the Telegram-specific data model, or accept separate stores as intentional for the prototype stage and document the constraint.
### MockPlatformClient hardcoded throughout — no production path wired
- Issue: Both `adapter/matrix/bot.py` and `.worktrees/telegram/adapter/telegram/bot.py` instantiate `MockPlatformClient()` directly. `PLATFORM_MODE` is defined in `.env.example` but is never read or acted upon anywhere in the codebase.
- Files: `adapter/matrix/bot.py` line 71, `sdk/mock.py`, `sdk/interface.py`
- Impact: There is no runtime switch to connect a real SDK. Switching to production requires code changes, not configuration.
- Fix approach: Add a factory function in `sdk/` that reads `PLATFORM_MODE` and returns either `MockPlatformClient` or a real `PlatformClient`. Both bot entrypoints should use this factory.
### MatrixRuntime type annotation leaks MockPlatformClient
- Issue: `adapter/matrix/bot.py` `MatrixRuntime.platform` is typed as `MockPlatformClient` (not `PlatformClient`). `build_event_dispatcher` and `build_runtime` signatures also use `MockPlatformClient` as the parameter type.
- Files: `adapter/matrix/bot.py` lines 46, 54, 67
- Impact: The isolation promise ("replace only `sdk/mock.py` when real SDK arrives") is broken — the bot layer is coupled to the mock concrete type, not the Protocol.
- Fix approach: Change type annotations to `PlatformClient` from `sdk.interface`.
---
## Known Bugs / Open Issues
### Telegram forum: global commands visible inside topic context
- Issue: Telegram shows the full bot command menu (including `/chats`, `/new`, `/settings`) even when the user is inside a forum topic. The code blocks `switch` and `new_chat` callbacks inside topics but the commands themselves still appear in the UI.
- Files: `.worktrees/telegram/adapter/telegram/handlers/forum.py`, `.worktrees/telegram/adapter/telegram/bot.py`
- Impact: Users can tap `/settings` or `/chats` inside a topic and get confusing behavior.
- Tracked: Issue `#15``Telegram forum topics: remaining UX and synchronization gaps`
### Telegram forum: `/new <name>` inside linked topic does not rename the Telegram topic
- Issue: Running `/new <name>` inside a forum topic that is already linked to a chat renames the internal chat record but does not call `edit_forum_topic` to rename the actual Telegram topic.
- Files: `.worktrees/telegram/adapter/telegram/handlers/forum.py`
- Impact: Topic name in Telegram goes out of sync with internal chat name.
- Tracked: Issue `#15`
### Matrix: `handle_invite` hardcodes `chat_id = "C1"` for all new rooms
- Issue: `adapter/matrix/handlers/auth.py` `handle_invite()` always assigns `chat_id = "C1"` regardless of how many rooms the user already has. If a user invites the bot into a second room before using `!new`, both rooms get `C1`.
- Files: `adapter/matrix/handlers/auth.py` line 26
- Impact: Two rooms mapped to the same `chat_id` causes routing collisions.
- Fix approach: Call `next_chat_id(store, user_id)` here instead of hardcoding `"C1"`.
### Matrix: `remove_reaction` uses non-standard `undo` field
- Issue: `adapter/matrix/reactions.py` `remove_reaction()` sends a `"undo": True` field in the reaction event body. This is not part of the Matrix spec for reaction redaction. The correct approach is to redact the original reaction event via `client.room_redact()`.
- Files: `adapter/matrix/reactions.py` lines 5668
- Impact: Reaction "undo" will silently fail on compliant homeservers.
### Matrix: E2EE not supported (blocked by `python-olm`)
- Issue: `matrix-nio` E2EE requires `python-olm`, which fails to build on macOS/ARM. No encrypted DM support.
- Files: `adapter/matrix/bot.py`
- Impact: The bot cannot operate in encrypted rooms. Users who have DM encryption enforced cannot use the Matrix bot.
- Status: Documented as a known infrastructure constraint in `docs/reports/2026-04-01-surfaces-progress-report.md`. Needs a separate infrastructure task.
---
## Security Considerations
### SQLite database files not in .gitignore
- Risk: `lambda_bot.db` and `lambda_matrix.db` are present in the working tree (shown in `git status`) but not listed in `.gitignore`. These files may contain user data including chat content and display names.
- Files: `lambda_bot.db`, `lambda_matrix.db`, `.gitignore`
- Current mitigation: Files are currently untracked (not yet staged) but nothing prevents them from being accidentally committed.
- Recommendation: Add `*.db` or specific filenames to `.gitignore` immediately.
### Auth flow is auto-confirmed in mock — no real validation exists
- Issue: `core/auth.py` `confirm()` automatically sets `state = "confirmed"` and generates a fake `platform_user_id`. There is no real verification step, no code exchange, no token validation.
- Files: `core/auth.py` lines 3948
- Impact: The auth layer is decorative for the prototype. Any user who sends `!start` or `/start` is immediately authenticated. If the real SDK auth requires a different flow (e.g., OAuth, code), the current `AuthManager` interface may not match.
- Current mitigation: Acceptable for mock stage. Must be re-evaluated before production use.
### Matrix room metadata stored without access control
- Issue: `adapter/matrix/store.py` stores room metadata keyed by `room_id`. Any call that can supply an arbitrary `room_id` can read or overwrite another user's room metadata.
- Files: `adapter/matrix/store.py`, `adapter/matrix/room_router.py`
- Impact: In the current single-process bot this is not exploitable. If the store is ever shared across processes or users, room metadata can be poisoned.
---
## Fragile Areas
### `core/chat.py` scan-by-suffix fallback is O(N) and collision-prone
- Issue: `ChatManager.get()` when called without `user_id` scans all `chat:*` keys and matches by suffix (e.g., `":C1"`). If two users both have a chat named `C1` (which is always the case), this returns the first one found, non-deterministically.
- Files: `core/chat.py` lines 7682
- Impact: Functions like `rename` and `archive` that call `chat_mgr.get(chat_id)` without `user_id` will operate on the wrong user's chat in a multi-user scenario.
- Fix approach: Audit all callers and always pass `user_id`. The scan-by-suffix fallback should be removed or explicitly guarded.
### `adapter/matrix/handlers/chat.py` chat_id counter races under concurrency
- Issue: `make_handle_new_chat` calls `chat_mgr.list_active()` and uses `len(chats) + 1` to compute a new `chat_id`. This is not atomic. Two concurrent `!new` commands from the same user can produce the same `chat_id`.
- Files: `adapter/matrix/handlers/chat.py` line 17
- Impact: Duplicate `chat_id` values (`C2`, `C2`) for the same user, leading to state corruption.
- Fix approach: Use `next_chat_id()` from `adapter/matrix/store.py` which increments an atomic counter in the store. The `next_chat_id()` function already exists but is not used here.
### `conftest.py` contains a fragile stdlib `platform` module workaround
- Issue: `conftest.py` patches `sys.modules` to remove the Python stdlib `platform` module so local `platform/` (which no longer exists — renamed to `sdk/`) doesn't shadow it. The comment still refers to `platform/` but the directory was renamed to `sdk/` in commit `41660fe`.
- Files: `conftest.py` lines 113
- Impact: The workaround is now a no-op (there is no `platform/` package to shadow) but adds confusion. The comment is incorrect. If someone creates a `platform/` directory again, unexpected behavior can return.
- Fix approach: Remove the `sys.modules` patching entirely since `sdk/` does not conflict with stdlib. Update the comment.
### Forum onboarding `chat_shared` constructs a fake `Chat` object
- Issue: `adapter/telegram/handlers/forum.py` handles `chat_shared` by constructing `Chat(id=..., type="supergroup", is_forum=True)` and passing it to `_complete_group_link()`. The `is_forum=True` is hardcoded — the real value from Telegram is not verified. This means the check `if getattr(forwarded_chat, "is_forum", None) is False` in the forwarding fallback path is bypassed entirely.
- Files: `.worktrees/telegram/adapter/telegram/handlers/forum.py` lines 162168
- Impact: A user could link a regular supergroup (without Topics enabled) via `chat_shared`, which would succeed in linking but fail when the bot tries to create forum topics.
---
## Gaps Between CLAUDE.md and Actual Code
### CLAUDE.md says `platform/` — code uses `sdk/`
- CLAUDE.md architecture diagram shows `platform/interface.py` and `platform/mock.py`
- Actual code uses `sdk/interface.py` and `sdk/mock.py` (renamed in commit `41660fe`)
- Files: `CLAUDE.md` (project instructions), `sdk/interface.py`, `sdk/mock.py`
- Also: Agent config files at `.claude/agents/core-developer.md` still reference `platform/` throughout
- Impact: New contributors reading CLAUDE.md will look for a `platform/` directory that does not exist.
### CLAUDE.md lists `core/handlers/` sub-handlers that partially do not exist
- CLAUDE.md lists handler modules but the actual `core/handlers/` only has: `start.py`, `message.py`, `chat.py`, `settings.py`, `callback.py`
- No `voice.py` handler exists; voice is handled as a fallback inside `core/handlers/message.py` (returns stub response)
- No `payment.py` handler exists; `PaymentRequired` dataclass is defined in `core/protocol.py` but never dispatched
- Files: `core/protocol.py` (PaymentRequired defined), `core/handlers/` (no payment or voice handlers)
### CLAUDE.md workflow describes `@reviewer` agent but agent file references old patterns
- `.claude/agents/core-developer.md` still says "Твоя зона — `core/` и `platform/`"
- The old Haiku/Sonnet researcher-developer workflow is captured in `docs/workflow-backup-2026-04-01.md`, but `.claude/agents/` configs were not updated to match
### `tests/adapter/test_forum_db.py` is untracked on main
- This test file exists in the working tree (visible in `git status`) but is not committed to `main`. It tests `adapter/telegram/db.py` which also does not exist on `main`.
- Files: `tests/adapter/test_forum_db.py`
- Impact: Running `pytest tests/` from main currently includes this test, which imports `adapter.telegram.db`. This import succeeds only because the test auto-reloads the module from an untracked file. This is fragile — if the file is deleted, tests silently pass with fewer tests counted.
---
## Missing Critical Features
### No streaming response support in adapters
- Both adapters use `platform.send_message()` (sync) not `platform.stream_message()` (streaming)
- `sdk/interface.py` defines `stream_message` returning `AsyncIterator[MessageChunk]`
- No adapter sends a typing indicator before the response arrives and then streams chunks
- Impact: User experience with slow AI responses will show nothing until the full response is ready
- Files: `core/handlers/message.py` line 28, `sdk/interface.py` lines 8388
### No webhook/push notification handling
- `sdk/interface.py` defines `WebhookReceiver` Protocol with `on_agent_event()`
- `sdk/mock.py` has `register_webhook_receiver()` and `simulate_agent_event()`
- Neither bot entrypoint registers a `WebhookReceiver`
- Impact: Push notifications from the platform (task completions, background jobs) cannot reach the user
- Files: `sdk/interface.py` lines 9597, `adapter/matrix/bot.py`, no registration present
### Telegram adapter uses InMemoryStore for core state
- `.worktrees/telegram/adapter/telegram/bot.py` calls `InMemoryStore()` for the `EventDispatcher`'s state
- All `core/` state (auth, chat metadata in the KV layer) is lost on bot restart
- `adapter/telegram/db.py` SQLite is used only for Telegram-specific data
- Impact: On restart, authenticated users are logged out; core chat context is wiped
- Files: `.worktrees/telegram/adapter/telegram/bot.py` line 46
### No multi-user isolation in Matrix store
- `adapter/matrix/store.py` keys are global (`matrix_room:ROOMID`, `matrix_user:USERID`)
- There is no namespace or tenant isolation
- Impact: At scale, any key collision would corrupt state. For a single-user prototype this is acceptable, but it is an architectural constraint to document before expanding scope.
---
## Test Coverage Gaps
### No tests for `adapter/telegram/` in main test suite
- `tests/adapter/` on main only contains `matrix/` tests and the untracked `test_forum_db.py`
- All Telegram adapter tests live in the worktree at `.worktrees/telegram/tests/`
- Files: `tests/adapter/` (missing `telegram/` subdirectory on main)
- Risk: Merging `feat/telegram-adapter` without also merging its tests leaves Telegram untested on main
- Priority: High
### No tests for `core/handlers/callback.py` confirm/cancel real behavior
- `core/handlers/callback.py` `handle_confirm` and `handle_cancel` return stub text with `action_id`
- No test verifies that a real confirmation flow (dispatch → confirm → side effect) works end to end
- Files: `core/handlers/callback.py`, `tests/core/test_dispatcher.py`
- Priority: Medium
### No tests for `adapter/matrix/handlers/auth.py` multi-room invite scenario
- The hardcoded `C1` bug (see Known Bugs section) is not caught by any test
- Files: `adapter/matrix/handlers/auth.py`, `tests/adapter/matrix/test_dispatcher.py`
- Priority: Medium
---
*Concerns audit: 2026-04-01*
- **Отсутствие E2E шифрования в Matrix**: На данный момент бот не поддерживает зашифрованные комнаты, так как библиотека `matrix-nio` требует нативной сборки `python-olm`, что усложняет кросс-платформенный деплой.
- **Потеря стейта агентов**: Так как текущий `platform-agent` часто работает с `MemorySaver`, его стейт теряется при перезапусках. Это проблема внешнего агента, но она напрямую влияет на UX поверхности.
- **Общий том (Shared Volume)**: Контракт обязывает бота и агента запускаться на одном физическом хосте (или иметь распределенный сетевой диск), что может стать бутылочным горлышком при сильном масштабировании.
- **Hardcoded роутинг**: `matrix-agents.yaml` требует ручного редактирования и перезапуска бота при добавлении новых агентов. Желательно вынести этот процесс в динамическую БД или API.

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# Coding Conventions
# Конвенции (CONVENTIONS.md)
**Analysis Date:** 2026-04-01
## Linting and Formatting
**Tool:** ruff (configured in `pyproject.toml`)
**Settings:**
- Line length: 100 characters
- Target: Python 3.11
- Active rule sets: `E` (pycodestyle errors), `F` (pyflakes), `I` (isort), `UP` (pyupgrade), `B` (bugbear)
**Type checking:** mypy (available as dev dependency; not enforced in CI at this time)
Run linting:
```bash
ruff check .
ruff format .
```
## File Naming
- Module files: `snake_case.py` (e.g., `room_router.py`, `test_dispatcher.py`)
- Each module starts with a comment declaring its path: `# core/handler.py`
- Test files: `test_<module>.py` (e.g., `test_store.py`, `test_converter.py`)
- No index/barrel files except `__init__.py` for package registration
## Class Naming
- `PascalCase` for all classes (e.g., `EventDispatcher`, `MockPlatformClient`, `MatrixBot`)
- Protocol/interface classes named after the capability: `StateStore`, `PlatformClient`, `WebhookReceiver`
- Manager classes suffixed with `Manager`: `ChatManager`, `AuthManager`, `SettingsManager`
- Dataclasses follow the same `PascalCase` rule: `IncomingMessage`, `OutgoingUI`, `MatrixRuntime`
## Function and Method Naming
- `snake_case` for all functions and methods
- Private helpers prefixed with single underscore: `_to_dict`, `_from_dict`, `_routing_key`, `_latency`
- Handler functions named `handle_<action>`: `handle_start`, `handle_message`, `handle_new_chat`
- Builder functions named `build_<thing>`: `build_runtime`, `build_event_dispatcher`, `build_skills_text`
- Converter functions named `from_<source>`: `from_room_event`, `from_command`, `from_reaction`
- Predicate functions named `is_<state>`: `is_authenticated`, `is_new`
## Variable Naming
- `snake_case` for all variables and parameters
- Internal state attributes prefixed with `_`: `self._store`, `self._platform`, `self._handlers`
- Store key prefixes are module-level constants in `UPPER_SNAKE_CASE`:
```python
ROOM_META_PREFIX = "matrix_room:"
USER_META_PREFIX = "matrix_user:"
```
- Constants for reaction strings are module-level: `CONFIRM_REACTION = "👍"`, `PLATFORM = "matrix"`
## Type Annotations
All files use `from __future__ import annotations` at the top for deferred evaluation.
**Annotation style:**
- Use built-in generics (`list[str]`, `dict[str, Any]`) — not `List`, `Dict` from `typing`
- Union types written with `|`: `str | None`, `IncomingCallback | None`
- Type aliases at module level: `IncomingEvent = IncomingMessage | IncomingCommand | IncomingCallback`
- Callable types use `typing.Callable` and `typing.Awaitable`:
```python
HandlerFn = Callable[..., Awaitable[list[OutgoingEvent]]]
```
- Handler functions use loose `list` return type without generics (consistent across `core/handlers/`)
- Protocol classes use `...` as body for abstract methods:
```python
async def get(self, key: str) -> dict | None: ...
```
**Pydantic vs dataclasses:**
- `core/protocol.py` — plain `@dataclass` with `field(default_factory=...)` for mutable defaults
- `sdk/interface.py` — Pydantic `BaseModel` for all SDK-facing models (`User`, `MessageResponse`, `UserSettings`)
- Choose `@dataclass` for internal protocol structs, `BaseModel` for SDK boundary models
## Import Organization
Order (enforced by ruff `I` rules):
1. `from __future__ import annotations`
2. Standard library imports (grouped)
3. Third-party imports (grouped)
4. Local imports from project packages (grouped)
Example from `adapter/matrix/bot.py`:
```python
from __future__ import annotations
import asyncio
import os
from dataclasses import dataclass
from pathlib import Path
import structlog
from nio import AsyncClient, ...
from dotenv import load_dotenv
from adapter.matrix.converter import from_reaction, from_room_event
from core.auth import AuthManager
from core.protocol import OutgoingEvent, ...
from sdk.mock import MockPlatformClient
```
No relative imports; all imports use absolute package paths from the project root.
## Async Patterns
All I/O methods are `async def`. There are no sync wrappers around async code.
**Handler signature pattern** (used uniformly across `core/handlers/`):
```python
async def handle_<action>(event: IncomingEvent, auth_mgr, platform, chat_mgr, settings_mgr) -> list:
```
Note: manager parameters are untyped in handler signatures (accepted as `**kwargs` at call site in `EventDispatcher.dispatch`).
**Awaiting store calls:**
```python
stored = await self._store.get(f"auth:{user_id}")
await self._store.set(f"auth:{user_id}", _to_dict(flow))
```
**SQLiteStore uses sync sqlite3** inside `async def` methods — blocking I/O is not off-loaded to a thread executor. This is a known limitation (see CONCERNS.md).
**Mock latency simulation:**
```python
await self._latency(200, 600) # min_ms, max_ms
```
## Logging
**Library:** `structlog`
**Pattern:**
```python
import structlog
logger = structlog.get_logger(__name__)
logger.info("Chat created", chat_id=chat_id, user_id=user_id)
logger.warning("No handler registered", event_type=event_type.__name__, key=key)
```
- Always pass structured keyword arguments — never use f-strings in log calls
- Logger created at module level with `structlog.get_logger(__name__)`
## Error Handling
- Raise `ValueError` for invalid domain state (e.g., chat not found in `ChatManager.rename`)
- `sdk/interface.py` defines `PlatformError(Exception)` with a `code` field for SDK-level errors
- Handler functions never raise — they return `[]` or a fallback `OutgoingMessage`
- No `try/except` blocks in core handlers; errors from the platform are expected to propagate
## Comments
- Module-level comment declaring file path at top: `# core/handler.py`
- Docstrings for classes with non-obvious behavior:
```python
class MockPlatformClient:
"""
Заглушка SDK платформы Lambda.
...
"""
```
- Inline comments for non-obvious blocks:
```python
# Scan by chat_id suffix when user_id unknown (slower)
```
- Comments in Russian are normal and acceptable throughout the codebase
## Serialization Pattern
Dataclasses are serialized/deserialized via private module-level functions, not class methods:
```python
def _to_dict(ctx: ChatContext) -> dict:
return { "chat_id": ctx.chat_id, ... }
def _from_dict(d: dict) -> ChatContext:
return ChatContext(chat_id=d["chat_id"], ...)
```
This pattern is used in `core/auth.py` and `core/chat.py`. Follow this pattern for any new manager that persists to `StateStore`.
## Module Design
- No barrel `__init__.py` exports except `core/handlers/__init__.py` which exposes `register_all`
- Manager classes take `(platform, store)` as constructor args; `platform` is often stored as `object` or not stored at all if unused
- `@dataclass` is preferred for plain data containers, not NamedTuple or TypedDict
- Store key namespacing follows `<namespace>:<user_id>:<entity_id>` pattern:
`"chat:u1:C1"`, `"auth:u1"`, `"matrix_room:!r:m.org"`
---
*Convention analysis: 2026-04-01*
- **Асинхронность**: Весь код бота асинхронный (`asyncio`). Вызовы SDK и Matrix-клиента выполняются через `await`. Блокирующие вызовы (если они есть) должны выноситься в тредпул.
- **Обработка ошибок**: Бот не должен падать из-за ошибок отдельного агента. Ошибки SDK (например, `PlatformError`) отлавливаются в боте и возвращаются пользователю в виде системных сообщений или уведомлений.
- **Стейтлесс-подход**: Поверхность хранит минимальный стейт (только локальный SQLite для связки `room_id` <-> `platform_chat_id`). Вся история сообщений и память лежат на стороне агентов.
- **Переменные окружения**: Бот полностью конфигурируется через `.env` (префиксы `MATRIX_` и `SURFACES_`).
- **Добавление новой поверхности**: Новая поверхность должна быть самостоятельной папкой в `adapter/`, реализовывать `converter.py`, и переиспользовать `sdk/real.py` и `core/protocol.py`.

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@ -1,173 +1,15 @@
# External Integrations
# Интеграции (INTEGRATIONS.md)
**Analysis Date:** 2026-04-01
## Platform Agent API
- **Тип**: WebSocket (через `AgentApi` SDK)
- **Назначение**: Связь между Matrix-адаптером и внешней LLM-платформой.
- **Контракт**: Surface выступает "тупым" клиентом. Он отправляет `platform_chat_id` и `user_id` вместе с сообщениями. Платформа/Агент отвечает текстом и вложениями. Контейнерами агентов бот не управляет.
## Bot Platform APIs
## Matrix Homeserver
- **Тип**: HTTP/HTTPS API (via `matrix-nio`)
- **Назначение**: Пользовательский интерфейс и транспорт сообщений для бота.
- **Ограничения**: Поддерживается только нешифрованное (unencrypted) взаимодействие.
**Telegram Bot API:**
- Purpose: Primary messaging surface for user ↔ Lambda agent interaction
- Client library: `aiogram` 3.26.0 (async, wraps Telegram Bot API v7+)
- Authentication: Bot token via `TELEGRAM_BOT_TOKEN`
- Entry point: `adapter/telegram/bot.py` (planned; aiogram worktree branch `feat/telegram-adapter`)
- Transport: Long-polling or webhook (aiogram supports both; mode not yet locked in)
- Bot API docs: https://core.telegram.org/bots/api
**Matrix Client-Server API:**
- Purpose: Secondary messaging surface (Matrix/Element clients)
- Client library: `matrix-nio` 0.25.2 (async)
- Authentication: password login or pre-existing access token (`MATRIX_ACCESS_TOKEN`)
- Login flow in `adapter/matrix/bot.py` `main()`:
- If `MATRIX_ACCESS_TOKEN` is set → assigned directly to `client.access_token`
- Else if `MATRIX_PASSWORD` is set → `client.login(password=..., device_name="surfaces-bot")`
- Sync method: `client.sync_forever(timeout=30000)` (30-second long-poll)
- E2EE store: nio file-based store at path from `MATRIX_STORE_PATH` (default: `"matrix_store"`)
- Matrix C-S API docs: https://spec.matrix.org/latest/client-server-api/
### Matrix Room Model
Rooms are mapped to Lambda chat slots (C1, C2, C3…) via `adapter/matrix/room_router.py`:
- First message in a room → assigns next chat ID (C1, C2, …) and persists mapping to store
- Room metadata stored under key `matrix_room:<room_id>` in `StateStore`
- User metadata (next chat index) stored under `matrix_user:<matrix_user_id>`
### Matrix Event Types Handled
| nio Event Class | Handler | Action |
|--------------------|-----------------------------|-------------------------------|
| `RoomMessageText` | `MatrixBot.on_room_message` | Dispatch to `EventDispatcher` |
| `ReactionEvent` | `MatrixBot.on_reaction` | Button confirmation / skill toggle |
| `InviteMemberEvent`| `MatrixBot.on_member` | Accept room invite |
| `RoomMemberEvent` | `MatrixBot.on_member` | Membership change handling |
## Lambda Platform (Internal SDK)
**Purpose:** AI agent backend — processes user messages, manages user accounts, returns responses
**Interface:** `sdk/interface.py``PlatformClient` Protocol
**Current Implementation:** `sdk/mock.py``MockPlatformClient`
- Simulates network latency (1080 ms default, 200600 ms for message calls)
- In-process in-memory state (users, messages, settings dicts)
- Supports webhook simulation via `simulate_agent_event()`
**Production Integration (future):**
- URL: `LAMBDA_PLATFORM_URL` (default: `http://localhost:8000`)
- Auth: `LAMBDA_SERVICE_TOKEN` (bearer token)
- Mode switch: `PLATFORM_MODE=mock` vs `PLATFORM_MODE=production`
- Swap path: replace `sdk/mock.py` only; no changes to `core/` or `adapter/`
**Platform API Methods (from `sdk/interface.py`):**
```python
async def get_or_create_user(external_id, platform, display_name) -> User
async def send_message(user_id, chat_id, text, attachments) -> MessageResponse
async def stream_message(user_id, chat_id, text, attachments) -> AsyncIterator[MessageChunk]
async def get_settings(user_id) -> UserSettings
async def update_settings(user_id, action) -> None
```
**Webhook / Push (outbound from platform → bot):**
- Interface: `WebhookReceiver` Protocol (`sdk/interface.py`)
- Registration: `MockPlatformClient.register_webhook_receiver(receiver)`
- Event types: `task_done`, `task_error`, `task_progress` (modelled in `AgentEvent`)
- Production implementation not yet wired; mock supports `simulate_agent_event()` for testing
## Data Storage
**Databases:**
*SQLite (primary persistence):*
- Client: stdlib `sqlite3` (synchronous, called from async code without `asyncio.to_thread`)
- Schema: single key-value table: `kv (key TEXT PRIMARY KEY, value TEXT NOT NULL)`
- JSON serialization for values (`json.dumps` / `json.loads`)
- Matrix bot DB path: `MATRIX_DB_PATH` (default: `"lambda_matrix.db"`)
- Telegram bot DB path: implicit `"lambda_bot.db"` (file present in repo root — development artifact)
- Implementation: `core/store.py` `SQLiteStore`
*In-Memory (testing / development):*
- `InMemoryStore` — plain Python dict, no persistence across restarts
- `MockPlatformClient` internal state — also in-memory dicts
**File Storage:**
- Matrix nio E2EE store: local filesystem directory at `MATRIX_STORE_PATH` (default: `"matrix_store/"`)
- No object storage (S3/GCS/etc.) currently; mock client has `attachment_mode` flag (`"url"` | `"binary"` | `"s3"`) reserved for future real SDK
**Caching:**
- None — no Redis or external cache layer
## Authentication & Identity
**Telegram Auth:**
- Bot token → passed to aiogram dispatcher at startup
- User identity: Telegram user ID mapped to platform `external_id`
**Matrix Auth:**
- Password or access token (see above)
- User identity: Matrix user ID (e.g. `@user:matrix.org`) mapped to platform `external_id`
**Lambda Platform User Identity:**
- `get_or_create_user(external_id, platform)` → returns `User` with internal `user_id`
- External IDs are platform-prefixed in mock: `"{platform}:{external_id}"`
## Monitoring & Observability
**Logging:**
- `structlog` 25.5.0 — structured logging (key=value pairs)
- Logger instantiation: `structlog.get_logger(__name__)` in each module
- Log calls use keyword arguments: `logger.info("event_name", key=value, ...)`
- No log shipping / aggregation configured (local stdout only)
**Error Tracking:**
- None — no Sentry, Datadog, or similar integration
**Metrics:**
- None — `MockPlatformClient.get_stats()` returns basic in-memory counters (not exported)
## CI/CD & Deployment
**Hosting:**
- Not specified — no Dockerfile, docker-compose, or cloud config files present
**CI Pipeline:**
- None detected — no `.github/workflows/`, `.gitlab-ci.yml`, etc.
## Environment Configuration
**Required variables (from `.env.example`):**
| Variable | Required | Default | Purpose |
|-----------------------|----------|--------------------|--------------------------------------|
| `TELEGRAM_BOT_TOKEN` | Yes* | — | Telegram Bot API token |
| `MATRIX_HOMESERVER` | Yes* | — | Matrix homeserver URL (e.g. `https://matrix.org`) |
| `MATRIX_USER_ID` | Yes* | — | Bot's Matrix user ID |
| `MATRIX_PASSWORD` | Cond. | — | Login password (if no access token) |
| `MATRIX_ACCESS_TOKEN` | Cond. | — | Pre-issued access token (preferred) |
| `MATRIX_DEVICE_ID` | No | `""` | Matrix device ID |
| `MATRIX_DB_PATH` | No | `"lambda_matrix.db"` | SQLite DB file path (Matrix bot) |
| `MATRIX_STORE_PATH` | No | `"matrix_store"` | nio E2EE store directory |
| `LAMBDA_PLATFORM_URL` | No** | `http://localhost:8000` | Lambda platform base URL |
| `LAMBDA_SERVICE_TOKEN`| No** | — | Service auth token for Lambda API |
| `PLATFORM_MODE` | No | `"mock"` | `"mock"` or `"production"` |
\* Required for the respective bot to function.
\*\* Only required when `PLATFORM_MODE=production`.
**Secrets location:**
- `.env` file (gitignored)
- Never committed — `.env.example` provides template
- Loaded via `python-dotenv` at module import in each `bot.py` entry point
## Webhooks & Callbacks
**Incoming (platform → bot):**
- `WebhookReceiver.on_agent_event(event: AgentEvent)` — receives async task completion notifications
- Not yet wired to an HTTP endpoint; `MockPlatformClient.simulate_agent_event()` used for testing
**Outgoing (bot → external):**
- Telegram: all via `aiogram` polling or webhook (no direct outbound HTTP beyond Telegram API)
- Matrix: all via `matrix-nio` `AsyncClient.room_send()`, `room_typing()`, etc.
- Platform: via `PlatformClient` send/stream methods
---
*Integration audit: 2026-04-01*
## Файловая система (Shared Volume)
- **Тип**: Docker Shared Volume (`/agents/`)
- **Назначение**: Прямая передача файлов между поверхностью и агентами в обход сети. Поверхность пишет файлы в поддиректорию конкретного агента, агент их читает, и наоборот.

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# Technology Stack
# Технологический стек (STACK.md)
**Analysis Date:** 2026-04-01
## Язык и Runtime
- **Python**: 3.11-slim (используется в Docker-образах)
- **Пакетный менеджер**: `uv` (используется для быстрой и строгой установки зависимостей, frozen lockfiles).
## Languages
## Ключевые библиотеки
- **matrix-nio**: Асинхронный клиент для Matrix (события, синхронизация, отправка).
- **pydantic**: Для валидации структур данных (события из AgentApi).
- **structlog**: Структурированное логирование (json/console).
**Primary:**
- Python 3.11+ — all application code (enforced via `pyproject.toml` `requires-python = ">=3.11"`)
**Type Annotations:**
- Full `from __future__ import annotations` usage throughout
- `typing.Protocol` used for dependency inversion (`core/store.py`, `sdk/interface.py`)
## Runtime
**Environment:**
- CPython — runtime (development host currently runs 3.14.3)
- Minimum: Python 3.11 (uses `match`-compatible union syntax, `Self`, `X | Y` type hints)
**Package Manager:**
- `uv` 0.9.30 (Homebrew)
- Lockfile: `uv.lock` present and committed
- Install: `uv sync`
## Frameworks
**Telegram Bot:**
- `aiogram` 3.26.0 — async Telegram Bot API framework
- Used in `adapter/telegram/` (planned; directory not yet present in main branch)
- Brings in `aiohttp` 3.13.3 as its HTTP transport
**Matrix Bot:**
- `matrix-nio` 0.25.2 — async Matrix Client-Server API client
- Used in `adapter/matrix/bot.py`
- Key classes: `AsyncClient`, `AsyncClientConfig`, `RoomMessageText`, `ReactionEvent`, `InviteMemberEvent`, `RoomMemberEvent`, `MatrixRoom`
- Long-polling via `client.sync_forever(timeout=30000)`
**Data Validation:**
- `pydantic` 2.12.5 — data models in `sdk/interface.py`
- `User`, `Attachment`, `MessageResponse`, `MessageChunk`, `UserSettings`, `AgentEvent`, `PlatformError`
- Core protocol structs (`core/protocol.py`) use plain `dataclasses` instead
**Build/Dev:**
- `setuptools` ≥68 + `setuptools-scm` + `wheel` — build backend (`pyproject.toml`)
- `ruff` 0.15.8 — linting and import sorting (`line-length = 100`, `target-version = "py311"`, rules: E, F, I, UP, B)
- `mypy` 1.19.1 — static type checking
## Key Dependencies
**Critical:**
- `aiogram>=3.4,<4` (resolved: 3.26.0) — Telegram adapter; pin avoids breaking v4 API
- `matrix-nio>=0.21` (resolved: 0.25.2) — Matrix adapter; async-only client
- `pydantic>=2.5` (resolved: 2.12.5) — SDK interface models; v2 required (v1 incompatible)
**Infrastructure:**
- `structlog` 25.5.0 — structured logging throughout; used via `structlog.get_logger(__name__)`
- `python-dotenv` 1.2.2 — loads `.env` at bot startup (`load_dotenv(Path(...) / ".env")`)
- `httpx` 0.28.1 — available for HTTP calls (future SDK integration, not yet used in core logic)
**Async I/O:**
- `aiohttp` 3.13.3 — transitive via aiogram; provides HTTP session to Telegram Bot API
- `asyncio` — stdlib; used directly in `sdk/mock.py` (`asyncio.sleep` for latency simulation) and all bot entry points (`asyncio.run(main())`)
## Testing
**Runner:**
- `pytest` 9.0.2
- `pytest-asyncio` 1.3.0 — `asyncio_mode = "auto"` (set in `pyproject.toml`)
- `pytest-cov` 7.1.0 — coverage reporting
**Configuration:**
- `pyproject.toml` `[tool.pytest.ini_options]`: `testpaths = ["tests"]`, `pythonpath = ["."]`
- `conftest.py` at project root
## Internal Module Structure
**Core (no external deps except stdlib + pydantic via sdk):**
- `core/protocol.py``dataclasses`-based unified event types
- `core/store.py``StateStore` Protocol + `InMemoryStore` (dict) + `SQLiteStore` (stdlib `sqlite3`)
- `core/handler.py``EventDispatcher`
- `core/auth.py`, `core/chat.py`, `core/settings.py` — domain managers
**SDK Layer:**
- `sdk/interface.py``PlatformClient` Protocol (pydantic models)
- `sdk/mock.py``MockPlatformClient` in-process stub; simulates latency via `asyncio.sleep`
**Adapters:**
- `adapter/matrix/` — matrix-nio integration (active)
- `adapter/telegram/` — aiogram integration (referenced in deps, worktree branch exists)
## Configuration
**Environment:**
- Loaded from `.env` via `python-dotenv` at startup
- See `INTEGRATIONS.md` for full variable list
**Build:**
- `pyproject.toml` — single source of truth for deps, build, lint, test config
## Platform Requirements
**Development:**
- Python ≥3.11
- `uv` for dependency management
**Production:**
- Any environment with Python ≥3.11
- Matrix bot: requires writable filesystem path for `matrix_store/` (nio E2EE store) and SQLite DB
- Telegram bot: stateless beyond env vars (or optionally SQLite for persistence)
---
*Stack analysis: 2026-04-01*
## Инфраструктура
- **Docker / Docker Compose**: Используется для локального (fullstack) и продакшн развертывания.
- **SQLite**: Легковесная локальная база данных для хранения маппингов пользователей/комнат (`adapter/matrix/store.py`).

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# Codebase Structure
# Структура (STRUCTURE.md)
**Analysis Date:** 2026-04-01
## Directory Layout
```
surfaces-bot/
├── adapter/
│ ├── __init__.py
│ └── matrix/ # matrix-nio adapter (merged to main)
│ ├── __init__.py
│ ├── bot.py # Entry point, MatrixBot class, send_outgoing()
│ ├── converter.py # nio Event → IncomingEvent
│ ├── reactions.py # Emoji constants, skills text builder
│ ├── room_router.py # room_id → chat_id resolution
│ ├── store.py # Matrix-specific StateStore helpers (room meta, user meta)
│ └── handlers/
│ ├── __init__.py # register_matrix_handlers()
│ ├── auth.py # handle_invite (invite member event)
│ ├── chat.py # Chat creation (creates real Matrix rooms)
│ ├── confirm.py # Confirmation flow callbacks
│ └── settings.py # Settings sub-commands and toggle_skill
├── core/
│ ├── auth.py # AuthManager: start_flow, confirm, is_authenticated
│ ├── chat.py # ChatManager: get_or_create, list_active, rename, archive
│ ├── handler.py # EventDispatcher: register, dispatch, _routing_key
│ ├── protocol.py # All shared dataclasses and type aliases
│ ├── settings.py # SettingsManager: get (cached), apply (invalidates cache)
│ ├── store.py # StateStore Protocol, InMemoryStore, SQLiteStore
│ └── handlers/
│ ├── __init__.py # register_all() — binds all core handlers to dispatcher
│ ├── callback.py # handle_confirm, handle_cancel, handle_toggle_skill
│ ├── chat.py # handle_new_chat, handle_rename, handle_archive, handle_list_chats
│ ├── message.py # handle_message — auth guard + platform.send_message
│ ├── settings.py # handle_settings — displays settings menu
│ └── start.py # handle_start — get_or_create_user + welcome message
├── sdk/
│ ├── __init__.py
│ ├── interface.py # PlatformClient Protocol, WebhookReceiver Protocol, Pydantic models
│ └── mock.py # MockPlatformClient — full in-memory implementation
├── tests/
│ ├── __init__.py
│ ├── conftest.py # (root conftest — sys.path fix for local sdk/ shadowing stdlib)
│ ├── adapter/
│ │ ├── __init__.py
│ │ ├── matrix/
│ │ │ ├── __init__.py
│ │ │ ├── test_converter.py
│ │ │ ├── test_dispatcher.py
│ │ │ ├── test_reactions.py
│ │ │ └── test_store.py
│ │ └── test_forum_db.py # untracked — forum DB exploration
│ ├── core/
│ │ ├── test_auth.py
│ │ ├── test_chat.py
│ │ ├── test_dispatcher.py
│ │ ├── test_integration.py
│ │ ├── test_protocol.py
│ │ ├── test_settings.py
│ │ ├── test_store.py
│ │ └── test_voice_slot.py
│ └── platform/
│ └── test_mock.py
├── docs/ # All human documentation
├── .planning/ # GSD planning artefacts
│ └── codebase/ # Codebase map documents (this directory)
├── .claude/
│ └── agents/ # Agent configuration files
├── .worktrees/
│ └── telegram/ # Telegram adapter on feat/telegram-adapter branch
│ └── ... # Mirrors main layout; merged separately
├── conftest.py # Root pytest conftest: sys.path hack for local sdk/
├── pyproject.toml # Project metadata, dependencies, ruff + pytest config
├── uv.lock # Lockfile (uv)
├── lambda_matrix.db # SQLite DB written by Matrix bot (gitignored)
└── .env.example # Environment variable template
```
## Directory Purposes
**`core/`:**
- Purpose: Platform-neutral business logic. Never imports from `adapter/`.
- Key files: `protocol.py` (all shared types), `handler.py` (dispatcher), `store.py` (persistence interface)
- Add new domain logic here; keep it free of aiogram/matrix-nio imports
**`core/handlers/`:**
- Purpose: One async function per command/callback/message type. Each returns `list[OutgoingEvent]`.
- Registration: `register_all()` in `core/handlers/__init__.py` binds them to the dispatcher
- Adapters can override any key by calling `dispatcher.register(event_type, key, fn)` after `register_all()`
**`sdk/`:**
- Purpose: Contract (`interface.py`) and mock (`mock.py`) for the Lambda AI platform SDK
- Note: The directory is named `sdk/` in actual code (not `platform/` as CLAUDE.md describes); `handler.py` imports from `sdk.interface`
- When real SDK arrives: replace `sdk/mock.py` only; `sdk/interface.py` must not change unless the contract changes
**`adapter/matrix/`:**
- Purpose: Everything matrix-nio-specific. Translates between nio and core protocol.
- `bot.py` owns `MatrixBot`, `build_runtime()`, `send_outgoing()`, and `main()`
- `store.py` provides key-namespaced helpers on top of `StateStore` (not a separate store implementation)
- `room_router.py` maintains the `room_id → chat_id` mapping persisted in `StateStore`
**`adapter/telegram/`:**
- Purpose: aiogram 3.x adapter. Lives in `.worktrees/telegram/` on `feat/telegram-adapter` branch.
- Uses aiogram FSM states (`states.py`) and inline keyboards (`keyboards/`)
- Not yet merged to `main`
**`tests/`:**
- Purpose: pytest test suite mirroring the source tree
- `tests/core/` — unit tests for each core module
- `tests/adapter/matrix/` — Matrix adapter tests (converter, dispatcher, reactions, store)
- `tests/platform/` — MockPlatformClient tests
**`docs/`:**
- Purpose: Human-readable design documents; not consumed by code
- Key docs: `docs/surface-protocol.md` (unification rationale), `docs/api-contract.md` (SDK contract), `docs/telegram-prototype.md`, `docs/matrix-prototype.md`
## Key File Locations
**Entry Points:**
- `adapter/matrix/bot.py` — Matrix bot `main()`, run via `python -m adapter.matrix.bot`
- `.worktrees/telegram/adapter/telegram/bot.py` — Telegram bot entry (feature branch)
**Shared Protocol:**
- `core/protocol.py` — single source of truth for all inter-layer data types
**SDK Contract:**
- `sdk/interface.py``PlatformClient` Protocol; defines the API surface for the real SDK
- `sdk/mock.py``MockPlatformClient`; current runtime implementation
**Dispatcher Registration:**
- `core/handlers/__init__.py``register_all()` for platform-agnostic handlers
- `adapter/matrix/handlers/__init__.py``register_matrix_handlers()` for Matrix overrides
**Persistence:**
- `core/store.py``StateStore` Protocol, `InMemoryStore`, `SQLiteStore`
- `adapter/matrix/store.py` — Matrix-specific store helper functions (not a store implementation)
**Configuration:**
- `pyproject.toml` — dependencies, pytest config (`asyncio_mode = "auto"`, `pythonpath = ["."]`), ruff config
- `conftest.py``sys.path` insert so local `sdk/` shadows stdlib `platform` module
## Naming Conventions
**Files:**
- Modules: `snake_case.py`
- Entry points: `bot.py` per adapter
- Converter: `converter.py` per adapter
- Handlers directory: `handlers/` per layer
**Classes:**
- Managers: `{Domain}Manager` (e.g. `ChatManager`, `AuthManager`, `SettingsManager`)
- Bot runtime: `{Platform}Bot` (e.g. `MatrixBot`)
- Protocol types: PascalCase dataclasses (e.g. `IncomingMessage`, `OutgoingUI`)
- SDK types: PascalCase Pydantic models (e.g. `MessageResponse`, `UserSettings`)
**Handler functions:**
- `handle_{command}` for command handlers (e.g. `handle_start`, `handle_new_chat`)
- `make_handle_{command}` for factory functions that close over adapter state (e.g. `make_handle_new_chat(client, store)`)
**State keys:**
- `"{namespace}:{discriminator}"` — always use the prefix constants defined in `adapter/matrix/store.py`
## Where to Add New Code
**New core command handler:**
1. Add `async def handle_{cmd}(event, chat_mgr, auth_mgr, settings_mgr, platform) -> list` in `core/handlers/{category}.py`
2. Register it in `core/handlers/__init__.py:register_all()` with `dispatcher.register(IncomingCommand, "{cmd}", handle_{cmd})`
3. Write tests in `tests/core/test_dispatcher.py` or a dedicated `tests/core/test_{category}.py`
**New Matrix-specific handler (needs nio client or matrix store):**
1. Add handler in `adapter/matrix/handlers/{category}.py`
2. Register in `adapter/matrix/handlers/__init__.py:register_matrix_handlers()` — this overrides the core handler for that key
**New protocol type:**
- Add dataclass to `core/protocol.py`; update `IncomingEvent` or `OutgoingEvent` union aliases if it crosses layer boundaries
- Update `EventDispatcher._routing_key()` if it requires a new dispatch strategy
**New StateStore key namespace:**
- Add prefix constant and helper functions in `adapter/matrix/store.py` (for Matrix-specific state) or directly in the relevant manager (for core state)
**New test:**
- Unit tests for core logic: `tests/core/test_{module}.py`
- Adapter tests: `tests/adapter/matrix/test_{module}.py`
- Use `InMemoryStore` as the store; use `MockPlatformClient` as the platform client
## Special Directories
**`.worktrees/telegram/`:**
- Purpose: Git worktree for `feat/telegram-adapter` branch; full copy of the repo root
- Generated: Yes (via `git worktree add`)
- Committed: No (worktrees are local)
**`.planning/`:**
- Purpose: GSD planning artefacts — phase plans and codebase maps
- Generated: Yes (by `/gsd:` commands)
- Committed: Yes (tracked with the repo)
**`.claude/agents/`:**
- Purpose: Agent role configuration files for the multi-agent workflow
- Committed: Yes
**`src/`:**
- Purpose: Contains only `surfaces_bot.egg-info/` (setuptools build artefact); no source code
- Generated: Yes
- Committed: No
---
*Structure analysis: 2026-04-01*
- `core/`:
- `protocol.py` — Унифицированные структуры данных (сообщения, файлы, UI).
- `adapter/matrix/`:
- `bot.py` — Главный event-loop Matrix.
- `converter.py` — Конвертация событий Matrix-nio ⇄ `core/protocol.py`.
- `agent_registry.py` — Парсинг `matrix-agents.yaml`.
- `files.py` — Работа с вложениями и shared volume.
- `store.py` — SQLite база для маппинга чатов Matrix и `platform_chat_id`.
- `routed_platform.py` — Динамический роутинг вызовов к нужным агентам на лету.
- `sdk/`:
- `interface.py` — Интерфейс PlatformClient.
- `real.py` — Имплементация WebSocket клиента (`AgentApi`).
- `mock.py` — Мок-клиент для E2E тестов без платформы.
- `config/`: Конфиги маршрутизации (YAML).
- `docs/`: Актуальная документация по развертыванию и архитектуре.
- `docker-compose*.yml`: Продакшн и локальные манифесты для сборки.

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@ -1,210 +1,17 @@
# Testing Patterns
# Тестирование (TESTING.md)
**Analysis Date:** 2026-04-01
## Unit-тесты
Расположены в `tests/`. Покрытие сфокусировано на логике Matrix адаптера (пока он является основной поверхностью):
- Файловый контракт (`test_files.py`)
- Диспетчер и конвертация (`test_dispatcher.py`)
- Взаимодействие с PlatformClient (`test_routed_platform.py`)
- Работа с контекстными командами бота (`test_context_commands.py`)
## Test Framework
## E2E тестирование
Локально тестируется через запуск контейнеров из `docker-compose.fullstack.yml`, который поднимает один инстанс бота и один локальный `platform-agent`. Это позволяет имитировать полную цепочку взаимодействия (Matrix -> Бот -> Агент) с общим каталогом для файлов.
**Runner:** pytest 8.x
**Config:** `pyproject.toml` `[tool.pytest.ini_options]`
```toml
[tool.pytest.ini_options]
asyncio_mode = "auto"
testpaths = ["tests"]
pythonpath = ["."]
```
**Async support:** pytest-asyncio with `asyncio_mode = "auto"` — all `async def` test functions run automatically without decorators.
**Coverage:** pytest-cov (available but no minimum threshold configured)
**Run commands:**
## Запуск тестов
```bash
pytest tests/ -v # all tests
pytest tests/core/ -v # core layer only
pytest tests/adapter/telegram/ -v # telegram adapter only
pytest tests/adapter/matrix/ -v # matrix adapter only
pytest tests/ --cov=. --cov-report=term # with coverage report
# Запуск юнит-тестов (только для Matrix адаптера)
pytest tests/adapter/matrix/ -v
```
## Test Directory Structure
```
tests/
├── __init__.py
├── core/
│ ├── test_auth.py — AuthManager unit tests
│ ├── test_chat.py — ChatManager unit tests
│ ├── test_dispatcher.py — EventDispatcher routing tests
│ ├── test_integration.py — full flow smoke tests (dispatcher + managers + mock)
│ ├── test_protocol.py — dataclass defaults and construction
│ ├── test_settings.py — SettingsManager unit tests
│ ├── test_store.py — InMemoryStore + SQLiteStore tests
│ └── test_voice_slot.py — handle_message() handler unit tests
├── adapter/
│ ├── __init__.py
│ ├── test_forum_db.py — Telegram SQLite DB helpers (untracked, new)
│ └── matrix/
│ ├── __init__.py
│ ├── test_converter.py — matrix-nio event → IncomingEvent converter
│ ├── test_dispatcher.py — full Matrix bot integration (build_runtime)
│ ├── test_reactions.py — reaction text builders and emoji mapping
│ └── test_store.py — Matrix store helper functions
└── platform/
└── test_mock.py — MockPlatformClient behavior
```
Tests mirror the source tree. New tests for `adapter/telegram/` go in `tests/adapter/telegram/` (directory exists in `.worktrees/telegram` branch, not yet merged to main).
## conftest.py
`conftest.py` at project root (`/Users/a/MAI/sem2/lambda/surfaces-bot/conftest.py`) handles a sys.path conflict: the project has a local `platform/` (now `sdk/`) package that shadows Python's stdlib `platform` module. It inserts the project root at `sys.path[0]` and removes the cached stdlib `platform` module.
No shared fixtures are defined in `conftest.py`. All fixtures are local to test files.
## Test Structure
**Fixture pattern — local to each test file:**
```python
@pytest.fixture
def mgr():
return AuthManager(MockPlatformClient(), InMemoryStore())
@pytest.fixture
def store() -> InMemoryStore:
return InMemoryStore()
```
**Async tests require no decorator** (asyncio_mode = "auto"):
```python
async def test_not_authenticated_initially(mgr):
assert await mgr.is_authenticated("u1") is False
```
**Sync tests** are used for pure-function tests (protocol dataclass construction, reaction text builders):
```python
def test_incoming_message_defaults():
msg = IncomingMessage(user_id="u1", platform="telegram", chat_id="C1", text="hi")
assert msg.attachments == []
```
**Integration fixture pattern** — builds full runtime in-process:
```python
@pytest.fixture
def dispatcher():
platform = MockPlatformClient()
store = InMemoryStore()
d = EventDispatcher(
platform=platform,
chat_mgr=ChatManager(platform, store),
auth_mgr=AuthManager(platform, store),
settings_mgr=SettingsManager(platform, store),
)
register_all(d)
return d
```
## Mocking Strategy
**Primary mock: `MockPlatformClient`** from `sdk/mock.py`
All tests use `MockPlatformClient()` directly — it is the real mock for the SDK layer. No unittest.mock patching of `MockPlatformClient` is needed.
**`unittest.mock.AsyncMock`** is used only when testing integration with external clients (matrix-nio `AsyncClient`):
```python
from unittest.mock import AsyncMock
client = SimpleNamespace(
room_create=AsyncMock(return_value=SimpleNamespace(room_id="!r2:example"))
)
```
**`types.SimpleNamespace`** is used to fabricate matrix-nio event objects without importing the full nio library:
```python
def text_event(body: str, sender: str = "@a:m.org", event_id: str = "$e1"):
return SimpleNamespace(
sender=sender, body=body, event_id=event_id, msgtype="m.text", replyto_event_id=None
)
```
This is the pattern for all matrix converter tests — define factory functions at module level that return `SimpleNamespace` objects.
**`tmp_path` pytest fixture** is used for SQLiteStore tests to get a throwaway database file:
```python
async def test_sqlite_set_and_get(tmp_path):
store = SQLiteStore(str(tmp_path / "test.db"))
```
**`monkeypatch.setenv`** is used in `tests/adapter/test_forum_db.py` to inject `DB_PATH` env var and reload the module with a fresh database:
```python
@pytest.fixture(autouse=True)
def fresh_db(tmp_path, monkeypatch):
db_file = str(tmp_path / "test.db")
monkeypatch.setenv("DB_PATH", db_file)
import importlib
import adapter.telegram.db as db_mod
importlib.reload(db_mod)
db_mod.init_db()
return db_mod
```
**What NOT to mock:**
- `InMemoryStore` — use it directly; it's a real in-memory implementation
- `MockPlatformClient` — use it directly; patching it defeats the purpose
- Core manager classes (`AuthManager`, `ChatManager`, `SettingsManager`) — always instantiate real ones
## Test Data Patterns
**User IDs:** short strings like `"u1"`, `"u2"`, `"tg_123"`, `"@alice:m.org"`
**Chat IDs:** `"C1"`, `"C2"`, `"C3"` — matches the workspace slot naming
**Platform strings:** literal `"telegram"` or `"matrix"`
**Room IDs:** `"!r:m.org"`, `"!dm:example.org"` — valid Matrix room ID format
No shared factories or fixtures files. Test data is constructed inline or via simple factory functions local to the test module.
## What Is Tested
| Area | Status |
|------|--------|
| `core/protocol.py` — dataclass defaults | Covered (`test_protocol.py`) |
| `core/store.py` — InMemoryStore + SQLiteStore | Covered (`test_store.py`) |
| `core/auth.py` — AuthManager | Covered (`test_auth.py`) |
| `core/chat.py` — ChatManager | Covered (`test_chat.py`) |
| `core/settings.py` — SettingsManager | Covered (`test_settings.py`) |
| `core/handler.py` — EventDispatcher routing | Covered (`test_dispatcher.py`) |
| `core/handlers/message.py` — handle_message | Covered (`test_voice_slot.py`) |
| Full dispatcher + all core handlers integration | Covered (`test_integration.py`) |
| `sdk/mock.py` — MockPlatformClient | Covered (`test_mock.py`) |
| `adapter/matrix/converter.py` — event parsing | Covered (`test_converter.py`) |
| `adapter/matrix/store.py` — store helpers | Covered (`test_store.py`) |
| `adapter/matrix/reactions.py` — text builders | Covered (`test_reactions.py`) |
| `adapter/matrix/bot.py` — MatrixBot + build_runtime | Covered (`test_dispatcher.py`) |
| `adapter/telegram/db.py` — SQLite helpers | Covered (`test_forum_db.py`, untracked) |
## Coverage Gaps
**Telegram adapter handlers** — `adapter/telegram/handlers/` (`auth.py`, `chat.py`, `confirm.py`, `forum.py`, `settings.py`) have no tests in `main`. Tests exist only in `.worktrees/telegram` branch (not yet merged).
**Telegram converter** — `adapter/telegram/converter.py` has no tests in `main`.
**`core/handlers/callback.py` and `core/handlers/settings.py`** — tested indirectly through integration tests but lack dedicated unit tests.
**`adapter/matrix/room_router.py`** — `resolve_chat_id` has no direct unit tests; exercised only through `MatrixBot.on_room_message` integration path.
**`adapter/matrix/handlers/`** — individual handler files (`auth.py`, `chat.py`, `confirm.py`, `settings.py`) are tested only via `test_dispatcher.py` integration; no isolated unit tests.
**`sdk/mock.py` streaming** — `stream_message` is not tested; only `send_message` is covered.
**Error paths** — `ChatManager.rename` raises `ValueError` when chat not found; no test exercises this path. Same for `ChatManager.archive`.
## Naming Conventions
- Test functions: `test_<behavior_under_test>` — descriptive, no abbreviations
- Fixture names match the object they create: `mgr`, `store`, `dispatcher`, `deps`
- Factory functions in converter tests: `text_event()`, `file_event()`, `image_event()`, `reaction_event()`
---
*Testing analysis: 2026-04-01*