retoorandClaude Sonnet 5.5
1611f3baeb
Root causes, each reproduced against the live server or endpoint: - Server-only JIDs decoded as "@s.whatsapp.net" and pairing replies copied them into `to`, so the device was never registered and every login returned 401. Decoder/encoder fixed, replies use s.whatsapp.net, ADV hosted prefixes follow whatsmeow. The link wizard now waits for the restart, logs in, uploads prekeys and retries once with a fresh device on 401/403. - Closed sockets made every receive loop spin until its deadline (the 7 minute CPU burn). Loops stop on a closed stream. - whatsapp_send had no image argument and send_image was a stub. Added WaMedia (byte-exact against 8 wa-go golden vectors), media_conn upload, image send and the DeviceSentMessage copy for the user's other devices. - Phone contacts never reached the client: added app-state sync (WaAppState, WaReceiver, LTHash and MAC checks verified against a whatsmeow-built oracle) and the historySyncConfig declaration at registration. - Contact lookup: FTS5 trigram plus fuzzy ranking, ambiguity is reported and never guessed, global search lists contacts. Send caps (10/min, 200/day) are enforced and survive unlink. Failover and agent: - Every failed backend candidate is printed the moment it fails. - muse runs with low reasoning effort, an empty preset and one stable workspace (36.5s down to 2.8s on the real prompt); Ctrl-C no longer counts as a backend failure; CLI backends use the circuit breaker; opencode runs are capped at 30s. - Orphan tool results are dropped before sending (devplace HTTP 400, reproduced); compaction no longer starts its window on a tool result. - Terminal art pasted as a prompt is refused before any model call. Tests: whatsapp_test, muse_flags_test, llm_history_test; full suite 40 steps (agent.e2e reads live tmux panes and is flaky, green on re-run). Research archived under research/whatsapp-automation. Co-Authored-By: Claude Sonnet 5.5 <noreply@anthropic.com>
detz: C++23 port of tai.py
Future molo detz subcommand. See plan.md, SPEC.md, docs/.
Build: make && make test. Binary: build/detz. Rules for working here: AGENTS.md.
What taicpp adds on top of the port
The port is behavior-compatible with ../tai.py and checked against it (PARITY.md, docs/parity.md).
These parts exist only here; each has a specification and tests:
| Feature | Spec | Code | Tests |
|---|---|---|---|
| Fuzzy matching of identifiers (letter order, word boundaries, typos, trigrams) | docs/fuzzy.md | src/util/fuzzy.* |
build/fuzzy_test |
CAP agents and their models: discovery, probes, @agent, @agent:model, @model |
docs/cap-agents.md | src/cap/cap_model_catalog.*, src/cap/cap_mention.* |
build/capmcp/cap_model_catalog_test |
| Sub agents in live panels on the multiplexer screen, with supervision | docs/orchestration.md | src/orch/, src/mplex/mplex_vpane.* |
build/orch_test, tests/orch_mplex_e2e.py |
Reading order for a new contributor: docs/cap.md (the protocol), docs/cap-agents.md (agents and
models), docs/fuzzy.md (how a mention is matched), docs/mplex.md and docs/orchestration.md (the screen).
Using it
@claude refactor the parser run one turn on a CAP agent (typos are fine: @clde)
@claude:opus review the diff on a specific model of that agent
@opus review the diff a model name alone works when one agent offers it
@claude pin the agent for following messages; @auto clears all pins
Sub agents (fork workers and agent turns) appear in panels on the right of the multiplexer screen while
they work; closing a panel cancels its agent. TAI_ORCH_PANELS=0 turns the panels off.
Tests
make test builds every test binary and runs tests/run_all.py (36 steps, logs in build/test-logs/).
Single steps: python3 tests/run_all.py --only orch, --only mplex, --only capmcp, --only fuzzy.
The research behind the decisions is in ../research/ (index: ../research/INDEX.md).