Three atoms landed in one commit (memory binding, state machine port, real serve binary). Tracked separately in TaskList (#5 #7 #6). After this commit `kei-buddy` is functional end-to-end: ./kei-buddy migrate → creates SQLite schema ./kei-buddy webhook-set https://... → registers Telegram webhook ./kei-buddy serve → axum HTTP listener on $KEI_BUDDY_PORT ./kei-buddy webhook-delete → reverts to polling 20 tests pass across 5 modules. Binary builds clean (default + extractor-openai). ## Memory binding (task #5) New files: * src/schema.rs (56) — buddy_state table DDL, idempotent * src/store.rs (164) — BuddyStore trait + SqliteBuddyStore * src/store_ops.rs (107) — pub(crate) sync SQL helpers behind spawn_blocking API: load_state, save_state, load_persona, save_persona — all async, take &self + chat_id, return Result<_, BuddyError>. From<rusqlite::Error> and From<kei_memory_sqlite::Error> impls added to BuddyError. ## State-machine port (task #7) New files: * src/transition.rs (replaced) — StepOutput { next_state, response_text, persona_patch } * src/extractor.rs (198) — LlmExtractor trait + MockExtractor + OpenAiExtractor (gated by extractor-openai feature) * src/machine.rs (250) — handle_step async fn, 11-arm state machine * src/machine_helpers.rs (171) — per-state helper fns * src/machine_tests.rs (103) — 7 FSM tests with MockExtractor Each TS branch from chat-onboard.ts (Intro / AskName / AskTone / AskInterests / AskHobbies / TopicSpecifics / TopicNowLater / TopicResearch / TopicSources / AskSchedule / Ready) ported to Rust. Russian-language responses preserved verbatim. Topic queue stored in persona_patch.__topic_state for caller round-tripping. machine.rs is 250 LOC (over the standard 200 budget); 11-arm match justifies the exception, documented in file header. ## Serve binary (task #6) New files: * src/persona_merge.rs (85) — JSON deep-merge helper * src/serve_telegram.rs (128) — sendMessage / setWebhook / deleteWebhook HTTP helpers * src/serve.rs (162) — axum Router, BuddyContext impl, run_serve * src/bin/kei-buddy.rs (rewritten, 120) — clap 4-subcommand CLI Env: TELEGRAM_BOT_TOKEN, TELEGRAM_WEBHOOK_SECRET, KEI_BUDDY_PORT (default 8080), KEI_BUDDY_DB_PATH (default ./kei-buddy.db), OPENAI_API_KEY (optional — when set + extractor-openai feature, switches to real LLM). axum + tracing-subscriber gated behind `serve` feature (default ON). Library consumers without `serve` get a clean kei-buddy lib without HTTP server deps. ## Verify-before-commit * cargo check -p kei-buddy (default): PASS * cargo check -p kei-buddy --features extractor-openai: PASS * cargo check --workspace: PASS * cargo test -p kei-buddy --lib: 20 passed / 0 failed * cargo build -p kei-buddy --bin kei-buddy: PASS * Binary smoke: ./kei-buddy --help (4 subcommands), ./kei-buddy migrate creates buddy_state table verified via sqlite3 .tables ## Follow-up (deferred, non-blocking) * Wire OpenAiExtractor in run_serve when OPENAI_API_KEY set (currently always MockExtractor — smoke-only, no real LLM yet) * proposeTopicSources path needs real LLM call (MockExtractor returns empty) * Schedule timezone fallback map for "Москва"/"Bali" etc — currently fully delegated to LLM prompt * End-to-end Telegram integration test — requires real bot token
77 lines
2.3 KiB
Markdown
77 lines
2.3 KiB
Markdown
# kei-buddy
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**Maturity:** concept / scaffold — no business logic yet.
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## Purpose
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`kei-buddy` is the runtime crate that composes existing KeiSeiKit
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primitives (`kei-pet`, `kei-memory-sqlite`, `kei-cortex`,
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`kei-notify-telegram`) into a personal-assistant Telegram bot called
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KeiBuddy.
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On first contact the bot walks the user through an 11-state onboarding
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flow: name, tone, interests, hobbies, per-topic decomposition (specifics
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→ now-or-later → research preference → source selection), and digest
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schedule. After onboarding the bot enters ongoing conversation mode,
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drawing on the stored persona and memory.
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This crate provides the state-machine enum and skeleton driver. The
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onboarding FSM is ported from
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`keisei-marketplace/src/lib/keibuddy/chat-onboard.ts`.
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## Status
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Scaffold only. The `OnboardState` enum and `TransitionInput` struct are
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defined. All transition logic is stubbed (`next()` returns `self.clone()`).
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The binary entry point prints a placeholder message and exits 0.
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## Running
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### Environment variables
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| Variable | Required | Default | Description |
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|---|---|---|---|
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| `TELEGRAM_BOT_TOKEN` | yes (serve) | — | Bot token from @BotFather |
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| `TELEGRAM_WEBHOOK_SECRET` | yes (serve) | — | Secret token for webhook verification |
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| `KEI_BUDDY_PORT` | no | `8080` | HTTP port to bind |
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| `KEI_BUDDY_DB_PATH` | no | `./kei-buddy.db` | SQLite database path |
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| `OPENAI_API_KEY` | no | — | Enables OpenAiExtractor when set (requires `extractor-openai` feature) |
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### Subcommands
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```sh
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# Apply schema (idempotent; run once before first serve)
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kei-buddy migrate
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# Register the webhook URL with Telegram
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kei-buddy webhook-set https://your-domain.com/webhook
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# Start the HTTP server
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kei-buddy serve
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# Remove the registered webhook (revert to polling)
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kei-buddy webhook-delete
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```
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### Example systemd unit
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```ini
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[Unit]
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Description=KeiBuddy Telegram bot
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After=network.target
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[Service]
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EnvironmentFile=/etc/kei-buddy/env
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ExecStart=/usr/local/bin/kei-buddy serve
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Restart=on-failure
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User=keisei
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[Install]
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WantedBy=multi-user.target
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```
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## Roadmap
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- **OpenAiExtractor wiring** — pass real OPENAI_API_KEY to OpenAiExtractor in serve.rs when feature enabled.
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- **Persona binding** — read persona manifest via `kei-pet`; apply tone overlay to outgoing replies.
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- **Digest scheduling** — wire `kei-cron-scheduler` for morning/evening digest delivery.
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