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This completes #189 at its only consumer, and closes a hole that PR opened. `jouledesk` has a path dependency on `jcp-orchestrate` and matches on `WorkState`. Adding `WorkState::Interrupted` did not break the build — the match has a catch-all — so an interrupted task fell through it and came out `TagOutcome::Failed("no terminal state")`. Then the next branch sealed it: // a `Failed` is spend that bought no result (waste) if matches!(outcome, TagOutcome::Done | TagOutcome::Failed(_)) { So a task whose work may well have completed, whose joules were debited, and whose outcome nobody knows, would have been reported to a person as failed and sealed in an `efficiency/1` receipt as waste. That is exactly what §4.11 — which #189 writes — forbids: an implementation MUST NOT report such an action as completed or as failed. A compiler could not catch it, and nor could CI: the catch-all made it compile, and the still-pending `jouledesk-rs` job would have passed. `TagOutcome::Interrupted { harness }` now carries the harness that held the task, because that is who can settle it. The sealing branch excludes it alongside `Denied` — a denied tag ran nothing, an interrupted one may have run everything, and sealing it either way states as fact something unknown. Its joules stay debited on the grant regardless; the dispatch decision that incurred them is sealed in the orchestrator's own ledger. Five consumers updated. Four were exhaustive matches the compiler found, including `jouledesk-github`'s `seal`, which now reports `interrupted (held by <harness>)` rather than `failed`. Every surface renders it, so no binding tells a different story about the same outcome. **Falsifying it caught my own test being worthless.** The first version asserted `!matches!(interrupted, Done | Failed(_))` — a property of the *enum*, not of the code — so changing the sealing branch, or deleting the match arm entirely, left it green. The same vacuousness I had just caught in #190. The obstacle was real: `WorkState::Interrupted` could not arise through `Teammate`'s API, because `tag` submits and runs to a terminal state in one process. So the fix was to make it reachable rather than to assert around it. `Teammate` gains the minimum resume surface over #189's journal — `with_journal`, `replay`, and `outcome_of` — which is the composition that journal exists for, and jouledesk's whole purpose is composing `jcp-orchestrate`. The mapping and the sealing rule are now named functions (`outcome_for`, `seals_efficiency`) used by the real code paths, so a test reads the rule instead of restating it. The test is now end to end: tag once with a journal, truncate it after the dispatch — the crash this models — replay into a fresh teammate, and assert the tag reports `Interrupted { harness }` and seals nothing. Both earlier falsifications now fail it: sealing an interrupted tag as waste, and removing the match arm so it falls back to the catch-all. jouledesk-rs workspace: 40 passed, clippy clean. Co-Authored-By: Claude Opus 5 <[email protected]> |
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| .. | ||
| conformance/v1 | ||
| jouledesk-rs | ||
| LICENSE | ||
| LICENSE-SPEC | ||
| README.md | ||
| SPEC.md | ||
Joule Desk — The Open, Energy-Accounted Agent Teammate
The agent-teammate shape — a persistent principal you tag in a shared channel to delegate work under scoped access — is the right shape. Joule Desk is the open standard for it, with the three things that shape needs and a closed product cannot give you:
Authority that is a signed, enforced grant — not an admin setting. Work that is energy-metered and attested — not merely reported. And a shared, signed ledger the whole channel can verify — not just watch.
You add @joule to a channel; an admin issues it a grant chain (the tools and data
it may touch, and a joule budget). Any member tags it to delegate a task; it decides
every action against those grants outside the model, runs the work in an attested
sandbox, meters the energy, and seals every decision and completed unit to a ledger
anyone can verify — which principal did what, under which capability, at what cost.
Joule Desk is the collaboration/teammate binding of Joule Table
(jt.transaction.science); its sibling binding Joule Hook covers coding
editors — and Joule Desk's own editor class is Joule Hook. It does not reinvent — it
composes the sibling standards: JCP (identity, grants, the shared channel,
orchestration), jcp-efficiency (the energy receipt), Sandbox (attested
execution), and Joule Hook (when the teammate works in a coding editor). It is one of
the Transaction Science open standards.
- Licence: Apache-2.0 for reference code (
LICENSE); CC-BY-4.0 for the specification text (LICENSE-SPEC). - Status: v0.1.0 draft. Specification published (
SPEC.md); reference workspacejouledesk-rs/ships the teammate loop (Teammate+Skilloverjcp-orchestrate+jcp-efficiency): grant a skill → tag it → authorise outside the model → seal to a per-receipt-verifiable ledger, withefficiency/1energy accounting (energy_summary→ joules per completed unit, charging waste).
What Joule Desk adds over a closed teammate
| Property | Closed teammate | Joule Desk |
|---|---|---|
| Authority | admin config, trusted | a signed grant, decided outside the model, enforced |
| Work integrity | reported | attested (Sandbox) |
| Energy | none | efficiency/1 — µJ + cost per completed unit + waste |
| Audit | visible | verifiable — a signed ledger anyone can check |
| Budget | a quota | a debited, settle-able joule budget |
| Portability | one product | any surface (chat / forge / editor / api), one standard |
Conformance profiles (surfaces)
chat (team chat + mentions) · forge (git issues/PRs) · editor (a coding editor via
JouleHook) · api (a service). See SPEC.md §8.
The reference jouledesk-bind binary targets real discrete-message services —
Slack, GitHub, GitLab, Discord, Matrix, and a neutral shape — each a
thin parse+render pair over one event→tag→reply transform:
echo '{"comment":{"user":{"login":"alice"},"body":"@joule summarize the thread"}}' \
| jouledesk-bind --surface github
# → {"body":"✅ **@joule** completed it, @alice — decision sealed. _ledger: 1 decisions, all verified…_"}
And a real-time (media) binding class (room, SPEC.md §8.1) for when
@joule joins a live voice/video meeting — Zoom, Teams, Meet, or a LiveKit/WebRTC
room. The loop is four seams — join under a signed grant, gate each turn outside
the model, meter each model call at the model-call boundary, seal one
efficiency/1 per session anchored to the room. RealtimeSession (jouledesk-rs) is the
reference (target: LiveKit Agents); its meter reuses the same model-call proxy that
meters a text session, so the joule ceiling holds whether @joule is typing or talking.
examples/room runs a live call — turns gated outside the model, metered at the boundary,
and sealed into one verifiable session receipt.
What's here
jouledesk/
├── SPEC.md — the normative standard (§1–§10)
├── README.md — this file
├── jouledesk-rs/ — ✅ reference implementation: the teammate loop (Teammate + Skill +
│ parse_mention/tag_mention for the chat/forge binding, §8) over
│ jcp-orchestrate. `examples/channel` runs a multiplayer channel;
│ `examples/vector` regenerates the conformance vector.
└── conformance/v1/ — ✅ a byte-deterministic sealed decision receipt (summarize-allow.hex)
+ its verified-decode target (receipt.json)
Transaction Science is the steward, not the proprietor: the wire and the right to fork are public.