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Author SHA1 Message Date
vh 860e0d56bb fix(tier3): adapt define/patch to b125 role schema (was model)
Live Worldtree b125 changed POST /agents/define: the request field is
now 'role' (a model-role like 'thoughtful-character'), replacing 'model';
the response still echoes it as 'model'. Update define_agent/patch_agent
request bodies + CLI (--model -> --role); response parse + LocalAgentEntry
unchanged. Verified end-to-end against live (delete->define round-trip);
26 tier3 tests green. Full b22->b125 spec-pin bump remains a follow-up.
2026-07-17 20:11:22 -07:00
vh 36aad58ce9 memory: silo test setup — throwaway betty created, store re-scrubbed
Re-scrubbed store born-fresh; created throwaway ratatoskr:betty for the
Alice/Betty silo demo (MUST delete after; Sindra off-limits). Found
tier3 CLI drift vs live b125 (/agents/define now needs role not model).
Test runs post WT-fix-deploy: Sindra coffee / Betty tea -> verify silo.
2026-07-17 19:32:18 -07:00
vh 21625d3c89 memory: #368 arc closed — all 3 enforcement findings folded (rev 1.3)
WT folded F1/F2/F3 into contract rev 1.3 (3e3f629) with new tests each;
our read-path conformance cited. Backfill live-verify (synthetic legacy
corpus, pre-flip) queued for when the backfill lands. #368 done from
ratatoskr's side end to end.
2026-07-17 18:50:42 -07:00
vh 87857eb44f memory: #368 enforcement read complete (3 findings) + channel 2 closed
Read-path conformant (conjunctive-per-element re-verified). 3 consumer-
side findings sent to WT: F1 INV-368-10 fail-open (empty-scope=match-all),
F2 backfill scan not snapshot-stable (offset/updated_at skip risk ->
amnesia), F3 sentinel needs valid embedding. All WT-side backfill/guard
adjustments, not consumer reworks. Channel 2 closed clean; contract rev 1.2.
2026-07-17 18:47:56 -07:00
vh daf6dbfc46 memory: marker repro ran — channel-1 baseline exhibit captured (#368)
Fresh Sindra session promoted the rhodochrosite marker to our store
scoped {end_user}-only (chunk 647aeac6) = pre-fix channel-1 baseline.
WT correction: consumer agents write only to our store (no server-side
chroma); Sindra IS Bifrost-attached unlike foundational Lofn. Decisive
server-side grep still pending. ETA: contract to us today, ship ~7/19.
2026-07-17 18:35:44 -07:00
vh c06fea412f memory: Tier-3 store scrubbed clean (#368) + marker repro queued
Operator ruled full memory scrub both sides. Our memory.db wiped to 0
chunks, :8392 restarted born-empty (no backup, direct go); Sindra
pristine-baseline note marked obsolete. Marker repro (rhodochrosite,
fresh Sindra session) queued for after both scrubs confirmed; personal
is b125; current Lofn chunks are the feedback loop, mis-write unproven.
2026-07-17 18:10:44 -07:00
vh 4ce2e0e8b8 memory: #368 channel 2 = REAL server-side bug (discriminator settled)
GET /search proves the name was introduced ONLY to Sindra, ZERO to
Lofn (0 user msgs across all Lofn sessions), yet Lofn recites it —
incl. a pre-existing session predating my captures. Cross-agent leak
via WT person-prime (#349), agent-axis-less query. Missing agent-axis
is channel-2's load-bearing fix. Rev 1.2 contract inbound for our read.
2026-07-17 16:23:53 -07:00
vh bc2ce176d4 memory: #368 wrinkle resolved — turn-context bleed is WT-internal (two channels)
Both fresh Lofn turns (direct + combined) recited the name with a
bifrost handshake but ZERO memory-calls to us. Turn-context bleed never
traverses our Tier-3 retrieval; it's WT-internal assembly. Two channels:
Tier-3 semantic recall (our provider, closed by conjunctive scope_any)
+ WT-internal (active turn-context path, WT-side fix). Exhibits pinned to #368.
2026-07-17 16:07:08 -07:00
vh 911f78bcb3 memory: WT #368 ruling (silo per user-character + backfill) + read-path wrinkle
Operator ruled Option 1; no amnesia cliff (backfill from agent_id
metadata). Confirmed our _scope_subset enforces conjunctive scope_any
(fix rides scope_any alone). Labeled Lofn capture recites the name;
direct-bind turn got it WITHOUT querying our store -> WT-internal read
path also in play. ratatoskr is the enforcement half; contract inbound.
2026-07-17 16:01:45 -07:00
vh 669316c254 memory: cross-agent Tier-3 memory bleed = Worldtree defect (reported)
Lofn recalls Sindra's memories because WT writes Tier-3 memory scoped
end_user-only (no agent_self); ratatoskr stores/filters faithfully and
needs no change. Reported to worldtree-dev (thread 01KXRY8V1C...);
fork-relevant (memory isolation inherits this WT axis).
2026-07-17 14:04:31 -07:00
vh 3f3a9f7b0f refactor(cli)!: remove deprecated textual TUI; web console is the interactive surface
The textual TUI (tui.py) is superseded by the web console (ratatoskr-web)
and is removed per the no-backwards-compat rule. The `ratatoskr` command
stays as a headless client: --send / --whoami / --characters /
--set-persona-pad / --seed-first-message still work; invoking it with no
--send now returns a usage error (rc 10) instead of launching the TUI.

Removed: src/ratatoskr/tui.py, tests/test_tui.py, the textual + textual-dev
deps, and cli.py's run_tui launch path. cli.py's shared exports (USER_AGENT,
ParsedArgs, formatters) stay — web/entrypoint.py and tier3.py depend on them.

BREAKING CHANGE: the interactive `ratatoskr --agent X` TUI is gone; use the
web console (ratatoskr-web) for interactive debugging, or --send for scripted.

Verified: full suite 520 passed; ratatoskr --help exit 0; no-send -> rc 10;
web/provider/tier3 import clean; textual absent from the lockfile.
2026-07-17 13:46:20 -07:00
vh 60cafee68a memory: fork pivot + TUI deprecation + arbo API intel
Ratatoskr forks for arbo image-gen (ratatoskr stays Worldtree debug);
pre-fork collapsible-panes UI shipped (v0.20.17); TUI deprecated with
mapped blast radius (cli.py is shared, not a clean delete); comfy-dev
arbo REST API intel banked for fork planning.
2026-07-17 13:28:39 -07:00
vh c6788539ac feat(web): collapsible hideable left+right debug panes
Each debug pane (#rail-left, #affect-console) gains an independent
collapse control: a chevron button in the pane header folds it to a
22px re-open strip, and #center (flex:1) reflows to fill. State
persists per-pane in localStorage (ratatoskr-left-collapsed /
-right-collapsed), matching the theme/cot-toggle idiom; the right-side
drag-resizer hides with its pane. Collapsing both yields a clean
chat-only surface.

Playwright-verified end-to-end (default-open, collapse-to-strip,
center reflow, independent left/right, reload persistence, re-open).
2026-07-17 13:27:01 -07:00
vh 021fb5265f memory: /snapshot — arbo image-gen smoke teed up for a fresh /vor-plan; name-recall arc + web UI shipped; archived 5 oldest entries 2026-07-17 09:33:17 -07:00
vh 5a1883a023 feat(web): code-block word-wrap + per-code-block and per-turn copy buttons
Operator UX asks on the web console:
- Code blocks now WRAP (`white-space: pre-wrap; overflow-wrap: anywhere`) instead of
  overflowing with a horizontal scrollbar — a long unbreakable token wraps in place.
- Per-code-block copy button (hover-revealed, top-right of each `.md-code-wrap`).
- Per-turn copy button (in the live turn-rule; top-right on seeded/historical turns) —
  copies the turn's response text; the existing think-inline copy is unchanged.

One delegated click handler on #tw covers both (works across live / historical / think
renders where blocks are injected via innerHTML). `copyText` falls back to a hidden
textarea + execCommand when `navigator.clipboard` is absent (plain-http LAN context),
and buttons flash "✓ copied". Static file served from disk — a browser refresh picks it
up, no :8765 restart. Playwright-verified: code wraps (no x-overflow), both buttons copy
the right text; 90 web tests green.
2026-07-17 08:58:22 -07:00
vh bf421f1203 memory: capture brokkr's pinned scoring rubric for the referential-frame probe (vocab-adherence manipulation check load-bearing) 2026-07-17 01:36:01 -07:00
vh 0e7a04331a memory: queued P06-driver referential-frame A/B/C probe (operator-ratified, waits on WT b122); Sindra pristine baseline for test drive 2026-07-17 01:33:39 -07:00
vh ab8c1ee781 memory: #364 CLOSED end-to-end both sides — cbbc7bdd forgotten, zero live name-negatives; durable name-recall COMPLETE (WT #367 tracks bridge gap) 2026-07-16 22:55:23 -07:00
vh eef4d01c15 memory: mark_superseded SHIPPED+VERIFIED (v0.20.15) — durable name-recall DONE; Arm-2 delivered+credited, quartet rebuild deferred 2026-07-16 22:53:39 -07:00
vh be2c577884 feat(provider): mark_superseded verb — Worldtree #364 contradiction retirement + bifrost 1.1.4
Implement `mark_superseded(ids, *, superseded_by=None, reason=None)` — the SOLE
supersession verb Worldtree #364's promotion-hygiene reconciliation calls to retire
contradicted facts (wire shape confirmed by worldtree-dev, bifrost_memory_store.py:293).
Live re-verify (2026-07-16) proved our provider 500-crashed on this call (unimplemented)
→ #364's retirement couldn't land + a retry-storm bloated the store; the readout only
passed via transient recency-eviction.

- `mark_superseded` mirrors the reference `_mark_lifecycle`: sets top-level
  `superseded=True` (+ `superseded_by`/`superseded_reason` when non-None), increments
  revision, NON-destructive (get still returns; recoverable). Unknown ids skipped.
- `_is_live` (INV-011) now short-circuits on `superseded is True`, so a retired chunk is
  excluded from `scan` (person-prime) — durable retirement, not just recency-eviction.
  search is unfiltered (matches reference; WT re-checks liveness client-side).
- Contract: un-defer mark_superseded (+ FN spec, INV-011); TDD 5/5 (retires-from-scan
  tracer, non-destructive-get, unknown-id no-op, non-None-fields-only, parity #195).
- bifrost 1.1.1→1.1.4: hasattr-gate backstop for the maintenance verbs (unimplemented
  verb → unsupported_capability 400, never AttributeError/500/retry-storm — the gap we
  surfaced) + the 1.1.3 scan/cursor conformance harness. Full suite 644 green.
2026-07-16 22:37:31 -07:00
vh c0d00ccd18 memory: bifrost 1.1.4 (hasattr backstop) supersedes 1.1.3 as the next bump target; folds into provider-maintenance batch 2026-07-16 16:53:47 -07:00
vh 722d6c76de memory: #364 CLOSED worldtree-side (b105); mark_superseded ship = the durable half, awaiting operator go 2026-07-16 13:41:37 -07:00
vh 56f4895881 memory: #364 GC done — store back to 10-chunk specimen; durable name-recall now depends on mark_superseded (next task) 2026-07-16 13:39:54 -07:00
vh ca249e4986 memory: #364 storm root-caused WT-side (self-stopping); mark_superseded wire shape confirmed; GC-after-stop plan 2026-07-16 13:33:00 -07:00
vh faf605fdf1 memory: #364 re-verify DONE — readout passes (Sindra recalls name) but supersession 500s (mark_superseded unimpl'd); new task + retry-storm flagged 2026-07-16 13:29:16 -07:00
vh 7c8644dc45 memory: soong-lab motivational export bug RESOLVED (v0.3.24 emits valid objects); drop the string->object workaround 2026-07-16 09:35:21 -07:00
vh 195292156f memory: R39 Phase-2 probe-runner role ACCEPTED in principle (Vuong); formalize when Arm-2 spins 2026-07-15 23:39:48 -07:00
vh abe1b52002 memory: R39 Phase-2 prereg frozen; ratatoskr flagged probe-runner (Arm-2) — formal role PENDING Vuong's scope call 2026-07-15 23:36:17 -07:00
vh e365b24339 memory: /snapshot — condense in-flight to milestone-close; person-prime shipped+verified, R39 arc closed; first persistent-memory.d/ detail files 2026-07-15 22:54:20 -07:00
vh 5e3e88d26d memory: snapshot — R39 hold lifted, Arm-0 arc closed; live store kept as #364 re-verify target 2026-07-15 22:41:06 -07:00
vh ce6907bd73 memory: snapshot — R39 re-drive COMPLETE + decisive (no fusion fixes #364; signal-family fix); froze Phase-2 Arm-2 specimen seed 2026-07-15 22:40:07 -07:00
vh e2b2f51364 memory: snapshot — worldtree-dev triage: both flags folded into #364 (2 defect classes); #349 ranking already-ruled (no band-aid, R39 identity-pinning) 2026-07-15 22:33:14 -07:00
vh 0f2b28919a memory: snapshot — R39 verbatim export sent to brokkr; subject-provenance bug caught (Sindra self-fact in user partition) 2026-07-15 22:31:39 -07:00
vh b154bb3885 memory: snapshot — verify spawned cross-project R39 (bifrost cursor ruling, WT #364, brokkr export); personal-data export gated on operator consent 2026-07-15 22:21:48 -07:00
vh 46d6efa962 memory: snapshot — person-prime LIVE-VERIFIED (v0.20.14 handshake fix); name-recall gap is WT ranking/hygiene 2026-07-15 09:14:09 -07:00
vh f46ccbae1c fix(provider): sortable_chunk_fields needs required type — handshake was broken
DEPLOY-BREAKER caught by driving the live bind (unit tests + worldtree-dev's
name-only parser + heid-bug-hunt all missed it). bifrost handshake_response
`SortableChunkField` requires BOTH `name` and `type` (additionalProperties:false).
We advertised `[{"name":"updated_at"}]` (no `type`), so the handshake_response
failed wire-schema validation → `bifrost.schema_validation_failed` → the ENTIRE
Bifrost bind (memory + affect) broke, not just the sort. Advertise
`{"name":"updated_at","type":"timestamp"}` (matches the reference; `type` is
advisory-only). Regression guard added to the caps test (asserts required name+type,
no extra keys). Full suite 639 green.
2026-07-15 09:11:08 -07:00
vh 772fad18b4 memory: snapshot — person-prime DEPLOYED (v0.20.13, :8392+:8765 restarted); worldtree-dev pinged for turn-1 verify 2026-07-15 09:02:34 -07:00
vh 8199774405 docs(contract): mark scan cursor v1-provisional (offset, not snapshot); route conformance gap to bifrost-dev
Operator accepted offset-cursor for v1 (person-prime single-page is
conformant). INV-010 now documents the KNOWN DEVIATION: multi-page
continuation diverges from bifrost's protocol snapshot-cursor contract
(dispatch drops sort on continuation, ScanCursorExpired normative) — our
offset cursor doesn't snapshot (dup/drop under concurrent write) and never
expires. Durable fix routed to bifrost-dev as a conformance-coverage gap
(scan/cursor is untested); ratatoskr will adopt reference snapshot-cursors
if bifrost rules them normative.
2026-07-15 08:52:29 -07:00
vh 66ba06875e memory: snapshot — heid-bug-hunt triaged (non-dict sort FIXED v0.20.13; cursor-stability surfaced) 2026-07-15 08:40:49 -07:00
vh 25ccb5c75b fix(provider): scan rejects non-dict sort with InvalidArguments, never AttributeError
heid-bug-hunt panel (Gróa + Hulda, confirmed-from-code) caught that a truthy
non-dict `sort` (e.g. sort="updated_at" or sort=["updated_at"]) reached
`(sort or {}).get(...)` and crashed with AttributeError instead of the
InvalidArguments PRE-003 promises for malformed caller-controlled input. Add an
isinstance guard before field extraction. Test covers str/list/int sort values.
2026-07-15 08:39:30 -07:00
vh 22e7a1b0e7 memory: snapshot — person-prime scan CODE LANDED (v0.20.11/12); deploy blocked on operator :8392 restart
scan verb + sortable_chunk_fields cap committed (8fc757a) + Sindra holodesk
first-message preset (a9c521a); TDD 7/7 + full suite 638 green; heid-bug-hunt
panel dispatched (thread 01KXK5XTYHV8TGEDRAZV8GRXWC). DEPLOY (restart :8392 so
the handshake advertises the cap) is operator-gated — classifier denied
bouncing the running provider. worldtree-dev turn-1 verify gated on the deploy.
2026-07-15 08:23:28 -07:00
vh a9c521a48a chore(first-message): update Sindra preset to the holodesk-scene greeting
Replace the terse three-question setup preset with the immersive holodesk
scene-open (Sindra already present, sets the same three settings — intensity /
mood / willingness — in character). Matches the persona shipped in the
soong-lab Sindra redefine. Stays under the 8192-byte authored_content budget;
test_first_message green.
2026-07-15 08:13:26 -07:00
vh 8fc757aa61 feat(provider): person-prime scan verb + sortable_chunk_fields cap (WT #349)
Implement the memory-store `scan` verb — a query-LESS, LIVE-only, globally
ordered top-N-by-recency read — and advertise `sortable_chunk_fields=
[{updated_at}]` at the Bifrost handshake. Advertising the cap is what lights
up Worldtree's #349 person-prime turn-1 durable-fact injection (Branch-A
`"updated_at" in caps.sort_fields_supported`); the fix is ZERO Worldtree
change — the running provider announcing the cap is the trigger.

scan is:
- LIVE-only server-side (INV-009): superseded/tombstoned excluded — a dead
  fact can never inject; person-prime's `lifecycle_state=live` does not ride
  the scan wire, so server-side is authoritative.
- Globally ordered before pagination (INV-010): the full scope-filtered live
  set is ordered by (sort.field, direction) globally; missing value LAST,
  chunk_id tiebreak. Backed by an expression index on
  json_extract(record_json,'$.updated_at') to stay in the 500ms budget.
- Cursor = offset into the global order; emits a next cursor only when a
  further match exists (no empty trailing page — matches the reference).

Sort is dispatch-gated: an unadvertised sort.field raises InvalidArguments,
never a silent unsorted fallback.

Contract amended: un-defers scan, adds the FN spec + INV-009/INV-010 +
sortable_chunk_fields to INV-006. TDD 7/7 green (scan_recency tracer,
live_only, scope_isolation, unadvertised_sort, person_prime_record_shape,
cursor pagination, parity_vs_reference vs InMemoryMemoryStore #195). Full
suite 638 green.
2026-07-15 08:13:08 -07:00
vh 39050c333f chore(canonicals): vendor + pin soong-lab bundle contracts (export + importer @ f434016) 2026-07-14 10:17:22 -07:00
vh 19e5182228 memory: snapshot — WT #355 validation CONFIRMED (STICK+trigger fixed, b61); stores reset + memprobe deleted for Sindra run 2026-07-13 14:30:37 -07:00
vh 5f321b968a chore(canonicals): vendor brokkr R34 psych-profile canon; re-sync R32-1B doc drift
Vendor the R34/R35 psych-profile reference (Vuong-directed via brokkr) as two
pinned canonicals under docs/vendor/brokkr-r34-psych-profile/:
- brokkr-psych-profile-authoring-spec-v1 (governs on conflict)
- brokkr-psych-profile-parameters-v1 (builder-facing distillation)
Both canonical_source=brokkr-smithy, tolerate_drift; drift-clean.

Re-sync the two tolerate_drift worldtree prose pins (affect-egress-consumer-
reference, conversation-api-spec): the drift was a benign 2-line R32-1B note
(unbounded-z PAD range) documenting a change already adopted in v0.20.9, not
the anticipated we-framing conditional. All canonicals now drift-clean.

Snapshot persistent-memory.md for the execution arc: P06 memory-half driven
(308/308 clean) + scored by brokkr (R35.45) — the authored psychological_profile
is the validated mechanism for memory-salience divergence (authored 0.618 vs
stripped 0.235 null, delta +0.382); memory extraction now reasoning-off; WT #355
root-caused via ratatoskr telemetry.

No version bump: docs/vendoring + memory-snapshot only, no runtime code change.
2026-07-13 07:02:22 -07:00
vh 5e28919b39 memory: snapshot — R34/R35 P06 eval greenlit + designed; bifrost 1.1.1 adopted 2026-07-12 08:38:21 -07:00
vh 7bca76e7b6 chore(canonicals): sync contract-drift-check-v1 → template 2659a17
Single-pin sync of the drift-check meta-tooling to the corviduo-project-
template canonical (23271287 → 2659a17a). Consumer copy is byte-exact;
pin hash + pinned_at bumped. No runtime effect (meta-tooling, not product
code) → no version bump per SemVer skip-rule. The two tolerate_drift
worldtree prose pins (conversation-api-spec, affect-egress-consumer-
reference) are deliberately left STALE — their re-vendor is coordinated
with the R34/R35 eval's diff-review, not a blind sync.
2026-07-12 01:41:41 -07:00
vh 62a16d2d92 build(deps): adopt bifrost 1.1.1 — frozen-v0.6 handshake serialization fix (v0.20.10)
bifrost-dev heads-up (althing 01KX6S4RFH…): 1.1.0's describe_store leaked
the v0.7-additive `sortable_chunk_fields` into a v0.6-negotiated
StoreCapabilities response, so a strict v0.6 client (additionalProperties:
false) rejects our :8392 server's handshake. This is the library-level fix
for the regression snapshotted in 8468c47 (worldtree-dev worked around it
by advancing their client to wire-v0.7 / b47; our served handshake was
still latently v0.6-incorrect for any v0.6 peer).

1.1.1 gates additive capability fields on the NEGOTIATED wire (ADR-0008),
so a v0.6 handshake stays v0.6-clean. Wire schemas + pins UNCHANGED —
serialization-correctness only; our v0.7 handshake with Worldtree b47 is
unaffected. Zero code change (same shape as the 1.1.0 repin). Reference-
impl adopt-canonical: dependency owner recommends the repin, we adopt.

Suite 631 green on 1.1.1 (clean env). Provider restart + live WT-bound
re-verify pending — non-urgent (no v0.6 peer currently handshakes us).
2026-07-10 12:55:38 -07:00
vh 8468c471e8 memory: snapshot — bifrost frozen-v0.6 handshake regression + b47/v0.7 resolution
Capture this cycle's arc: the bound-handshake blocker (bifrost 1.1.0 emits
sortable_chunk_fields on a v0.6 wire → v0.6 additionalProperties:false
rejects it), fixed by Worldtree adopting wire-v0.7 in b47 with zero change
our side (keeping 1.1.0 was load-bearing). R34-v1 affect.emit verify green
(dominant_emotion non-null, affect.full grant verified). Sindra on Deckard
live-confirmed. Corrected the stale OpenAPI pin (2.2.0 -> 2.3.0, drift-clean)
+ noted the two tolerate_drift canons WARN pending a coordinated re-vendor.
Clean checkpoint, nothing in flight.
2026-07-10 12:19:32 -07:00
vh 709d2e4498 memory: snapshot — sindra → character-rp (Deckard reasoning seat, interim)
Operator moved sindra from character (→Magidonia non-reasoning) to
character-rp (→Deckard-PKD reasoning) via non-destructive PATCH — her
stateful RP mechanics benefit from reasoning; interim "until a GM-type
agent is on-board." Persona + memory preserved. worldtree-dev's b44
seat re-point noted (transparent, no re-vendor).
2026-07-09 14:35:35 -07:00
vh 0441e319f6 feat(web): auto-scale PAD gauges for R32-1B unbounded-z (v0.20.9)
Sindra "full and unbounded": relax the debug affect console's PAD display
from a hard [-1,1] clamp to auto-scaling on the session's own max |PAD|
(padScale floor 1.0 → padFillFrac faders + _padNorm orbit). An unbounded-z
PAD (Worldtree R32-1B, ~±10) now renders at full range and never pegs or
escapes the frame; today's [-1,1] values are unchanged (scale==1); the
exact value is always shown numerically (unclamped).

Purely a debug-surface change — verified (grep, whole codebase) the only
PAD clamps lived in the web display layer: the affect store is conduit-
opaque, the read route + proxy pass verbatim, and --set-persona-pad writes
unclamped. Ratatoskr is a downstream observer, so this has zero consequence
to any agent's real affect or behavior (Worldtree-computed server-side).
Playwright-verified: z=±6.2 → faders ≤ half-bar, orbit in-box, +6.20
readout, zero regression at scale 1. Proactive R32-1B prep.
2026-07-08 16:16:29 -07:00
vh 48d51023f2 memory: snapshot — sindra memory fixed + bifrost 1.1.0 adopted
Capture two durable shifts from this session: (1) ratatoskr:sindra
DELETE+redefined WITH memory:{} (operator-approved) — she now recalls
(0.988) AND promotes end-to-end, 0/0 mystery closed; (2) bifrost pin
1.0.0 -> 1.1.0 / wire v0.7 (additive, reference-impl currency).
2026-07-07 10:26:15 -07:00
vh 603e9439d3 build(deps): adopt bifrost 1.1.0 / wire v0.7 (v0.20.8)
Additive over the frozen v0.6 (adds memory.scan sort directive +
describe_store sortable_chunk_fields; build_combined_app surface
unchanged). v0.6 stays frozen + valid; we don't use scan-sort (a gated
verb we advertise-unsupported), so this is reference-impl currency, not a
needed feature. Verified: full suite 631 green against 1.1.0, including
the #195 real-lib parity + combined-app build/dispatch tests. Repin +
uv lock only; zero code change. Reported by bifrost-dev via althing.
2026-07-07 10:24:27 -07:00
vh e5ec63967e feat(web): memory viewer + design iteration-3 + markdown pass-2 (v0.20.7)
Web-UI iteration-3 — three queued items landed together.

(A) Design iteration-3 into static/index.html:
- sparkline grid background (<pattern id=sparkGrid> + bg rect behind each
  relation-row spark polyline);
- PAD strips → per-turn Δ bars: replace the vertical polyline strip
  (stripPoints/proj3 removed) with padDeltas→deltaStrip, a 12-cell HTML
  column of diverging bars (newest at bottom, magnitude→width, age→opacity);
- mood orbit → dimetric open box (viewBox 124×140, az35/el25,
  D-right/A-left-back/P-up): ghost A×P wall + D×A floor +
  orbitProj/orbitShadowY/orbitWallPt/orbitAxisPt, JS-driven animated replay
  (orbitFrame per rAF via a singleton startOrbitAnim reading live ORBIT_HIST;
  reduced-motion → static final-state).

(B) Memory viewer — a non-bifrost debug read on OUR own store, mirroring the
    #18-D2 affect read:
- provider: RatatoskrMemoryStore.list_chunks + count_chunks + shared
  add_memory_read_route (GET /memory/chunks?agent_id=&end_user_id=), wired
  into build_memory_provider_app + the combined :8392 provider. end_user
  strict, agent_id lenient (an {end_user}-only chunk stays visible);
  {chunks,count,total}, empty match = 200 (not 404);
- web: _memory_chunks_endpoint (GET /api/memory/chunks) supplies end_user_id
  server-side, forwards the browser agent_id, proxies to memory_read_url;
  create_app gains memory_read_url, entrypoint reads RATATOSKR_MEMORY_READ_URL;
- pane: loadMemory/renderMemory/setMemHead — a live-polling MEMORY console
  pane (content·scope·origin·revision per chunk; count/total distinguish
  empty-store from scope-mismatch), polled on open + post-turn.

(C) Markdown pass-2 in markdownSafe: GFM pipe tables (mdTable, alignment
    colons), indentation-nested lists (child list inside the open <li>),
    ordered-list start=N numbering, streaming robustness (partial fence →
    code block; header-without-delimiter → paragraph until it streams in).
    esc-first → INV-004 held.

Contract web_debug_surface.contract.md amended in-commit (create_app
memory_read_url; dimetric-orbit + Δ-bar renderConsole POST-002; memory-viewer
+ markdown-pass-2 function contracts). 631 tests green; Playwright-verified
all render paths (dark+light).
2026-07-07 02:11:29 -07:00
vh 24644ab90e memory: snapshot — queue web-UI iteration-3 (design re-import) + memory viewer + markdown pass-2 for fresh context 2026-07-07 01:28:04 -07:00
vh c988f273b1 feat(web): markdown RP semantic coloring + paragraph reflow (v0.20.6)
Markdown rework, pass 1 (operator-directed):

- "quoted" dialogue → speech (bright --md-speech), *asterisk* → action/narration
  (muted-italic --md-action). Two tunable CSS vars that cascade through --fg-* so
  they auto-adapt to the light theme; plain text stays default narration.
- speech-wrap runs BEFORE the em/link passes so a generated class="…"/href="…"
  quote can't be mis-read as dialogue; straight + smart quotes; apostrophes are
  safe; unbalanced/half-streamed quotes stay uncolored until they close.
- fix the ugliest existing bug: single newlines were hard <br>s → now CommonMark
  soft-breaks (space); a hard break needs 2+ trailing spaces or a trailing \.
- INV-004 escape-first preserved.

Verified: pytest tests/test_web_* (84) + a 10-case Playwright unit-check of
markdownSafe (speech / action / attribute-quote trap / apostrophes / mixed /
reflow / hard-break / html-escaping / unbalanced / paragraphs) + a visual render.
2026-07-07 01:03:45 -07:00
vh 7704959f48 feat(web): tooltips on the affect-derived cells (v0.20.5)
Native title hints on all 6 affect-derived cells (samples / updated / baseline
P·A / drift Δv / volatility) — each explains what it measures and its Tier-1 vs
Tier-3 availability. Completes the mouseover-hint pass (PAD faders + relation
rows already had them).

Verified: pytest tests/test_web_* (84) + node Playwright (all 6 cells titled).
2026-07-07 00:37:36 -07:00
vh fd6bed2d11 chore(design): vendor the transparent squirrel brand mark
The bg-removed source (ImageMagick corner floodfill) the inlined web favicon +
brand marks derive from. 1024², alpha-transparent; downscale for any reuse.
2026-07-07 00:37:36 -07:00
vh 459e7fa602 feat(web): SVG sparklines + 3D isometric mood cube (v0.20.4)
Import the updated Claude Design prototype's SVG sparkline system + 3D graph,
replacing the unicode-char sparklines:

- per-PAD-fader vertical SVG strips (stripPoints, 26x132 beside each bar — time
  down Y newest-at-bottom, value on X, gradient-faded, dot at newest); also
  answers the earlier "next to each meter" ask
- relation-row horizontal SVG sparklines (sparkPointsH, 56x13, auto-scaled,
  gradient + end dot) — fixed-width, so the old unicode overflow onto the n
  column can't recur
- mood-orbit reworked from a 2D P×A scatter into a 3D ISOMETRIC P×A×D cube
  (proj3: P right-down / A left-down / D up, 2:1 iso, scale 26, reverse-derived
  from the design's now-point + verified) with the trajectory, a pulsing
  now-marker, and a drop line + floor-shadow ellipse for depth
- gradients in one hidden <defs> svg; removed the orphaned sparkline()/_SPARK

Contract amended. Verified: pytest tests/test_web_* (84) + node Playwright
(injected 24-sample history — 3 PAD strips + 4 relation sparklines + the 3D
cube trajectory/drop/floor all render; gradients resolve).
2026-07-07 00:29:18 -07:00
vh cc6e85cd9b feat(web): brand mark + favicon → the aurora squirrel, replacing the ᛯ rune (v0.20.3)
- remove the black background from the operator's squirrel art (ImageMagick corner
  flood-fill, fuzz 20% — keeps interior linework + glow, drops connected background),
  downscale 1024->80px + quantize, inline as one SQUIRREL data-URI const
- wire it to the favicon <link> href + both brand marks (rail brand-row + setup h1);
  .brand-glyph (font rune) -> .brand-mark (img, drop-shadow glow + breathe)

Also banks worldtree-dev's exact 3-gate we-framing rule (b24) in persistent-memory —
canonDirective held as-is until it deploys on personal (would otherwise drift from the
currently-deployed renderer).

Verified: pytest tests/test_web_* (84) + node Playwright (favicon + both brand marks
decode from the data-URI; no leftover rune).
2026-07-06 23:24:06 -07:00
vh 0b1d9e2b15 feat(web): context-injection panel — reconstruct the full hidden affect block (v0.20.2)
The affect console now reconstructs + displays the complete affect-context block
Worldtree assembles into the agent's system prompt — never on any wire, hidden from
regular consumers, surfaced here as the reference-impl's privileged dev view.

- extend build_persona_canon.py to emit mood_directive {occ_directives (15),
  pad_band_fallback, salience, pad_band_cutoff, full_only} into the browser canon
  (strings were already in the pinned d2-mood-render-canon; regen via Worldtree loader)
- canonPadFallback(pad) + canonEmotionDirective(type): byte-exact mirrors of Worldtree
  core/persona/renderer._pad_band_fallback + derive_directive
- renderDirective -> a "CONTEXT INJECTION · reconstructed · hidden from consumers" panel:
  mood descriptor [exact] + mood directive [candidate] + relationship directive [exact]
- honest-partial (affect-egress-reference sec 3): affect.emit is type-only (no
  intensity), so the salience gate can't be evaluated -> show BOTH the OCC emotion
  directive AND the PAD-band fallback with the "injected if intensity >= 0.2" caveat,
  never asserting which fires; fallback alone is exact when no dominant_emotion
- vendor + pin affect-egress-consumer-reference.md (tolerate_drift; worldtree-dev
  co-signs + pings on change). drift 6/6 green
- contract amended for the new reconstruction fns + honest-partial provenance

Verified: pytest tests/test_web_* (84) + node Playwright (sindra dominant_emotion=joy
-> joy OCC directive candidate + PAD-band fallback both render with exact/candidate tags).
2026-07-06 23:12:16 -07:00
vh 10acaec33d fix(web): relations sparkline no longer overflows the n column + PAD/relation tooltips (v0.20.1)
- cap the unicode sparkline (relations last-8, faders last-7) + overflow:hidden
  so it can't grow one-char-per-sample and paint over the evidence-count (n)
  column — the "n sitting behind the graph" bug
- add native title mouseover hints on all 3 PAD faders (P/A/D meaning + range)
  and every relationship metric row (warmth / trust·ability / benevolence /
  integrity / agency)
- state.lastSnap lets the console re-render without a refetch

Verified: pytest tests/test_web_* (84) + node Playwright injected a 24-sample
history (sparkline->n bounding-box overlap = 0; sparklines capped; tooltips present).
2026-07-06 22:12:22 -07:00
vh 1fcb17730e feat(web): Claude Design console — 3-column wire monitor (v0.20.0)
Adapt the Claude Design "Ratatoskr Console" prototype into the web SPA:
translate out of the .dc.html dialect (x-dc / sc-if / sc-for / {{}} /
DCLogic / external _ds CSS) into single-file / no-CDN / vanilla, and wire
all real /api/* fetch + SSE into its DOM. New 3-column command-console
replaces the tabbed telemetry layout; endpoint set + SSE vocab unchanged.

- left engine-ticker rail: DEBUG + ADMIN + tool/turn-lifecycle merged into
  one timeline (tickerAdd); tools-armed chips; full-detail Bifrost rail pane
  (endpoint / connected / consumer / caps / tools)
- center conversation: per-turn INLINE chain-of-thought
- right resizable affect console: dominant / canonical-mood centerpiece;
  bipolar PAD faders EACH with a turn-to-turn delta + sparkline; P×A mood
  orbit; relations metric rows; canonical directive
- light / dark theme toggle (dark default; full token override —
  surfaces + fg + borders + accent-as-text)
- inlined data-URI favicon (downscaled 1024->64px), kills /favicon.ico 404
- ticker spine re-anchored to a content-height wrapper (was scrolling out of
  view on auto-scroll)
- honest-shape (INV-001): dominant-emotion shows a real OCC emotion (Tier-1)
  or the canonical mood word (Tier-3), never a fabricated one; affect-derived
  grid drops non-emitted metrics (intensity / decay-tau)

All server routes unchanged. web_debug_surface.contract.md amended for the
presenter renames (renderBifrostState->renderBifrost, renderAffectPane->
renderConsole, setPersonaStrip removed).

Verified: pytest tests/test_web_* (84 passed) + node Playwright end-to-end
against personal :8081 (session open, Sindra seeded greeting, live turn SSE,
affect console + relations + bifrost detail, theme toggle, PAD deltas,
no favicon 404).
2026-07-06 21:50:22 -07:00
vh d75c4e8e39 chore: gitignore node_modules (Playwright for web-UI verification) 2026-07-06 15:20:32 -07:00
vh 263ec2917b fix: render the seeded first-message on the web UI (v0.19.9)
The #347 auto-seed worked (the greeting was in the session ledger at seq-0),
but the web UI never showed it: there was no GET /api/sessions/{id}/messages
route and startSession() went straight from create to persona/tools/admin
hydration, so the transcript only filled from the live turn stream + user
echoes — a seeded turn-0 was invisible.

- server: new proxy route GET /api/sessions/{id}/messages -> get_session_messages
  (mirrors the tools/bifrost proxies; status-preserving envelope).
- SPA: loadTranscript(sessionId) fetches it on open and renders existing turns
  (assistant -> .response .md-body via markdownSafe escape-first; user ->
  .prompt-echo via textContent), called after the workspace opens. Best-effort.

web_debug_surface contract amended (endpoint + loadTranscript). 2 web route
tests, suite 617 green. Playwright DOM check proved the render end-to-end
(drive the real UI -> Sindra's greeting bubble appears).
2026-07-06 15:19:56 -07:00
vh be171304f5 feat: authored first-message presets — auto-seed on session-create (v0.19.8)
Codifies 'give an agent a first message' (Worldtree #347): new module
ratatoskr.first_message (FIRST_MESSAGE_PRESETS + seed_preset_first_message)
seeds a preset agent's opening as a #347 authored turn-0 on every new session,
wired into all three create paths — cli._amain (--send --new), tui._resolve_then_run
(bare --new), web._create_session_endpoint (POST /api/sessions).

seed_preset_first_message is strictly best-effort (INV-001): it soft-guards its
inputs (return None, never assert), bounds the write with asyncio.wait_for so a
stalled /history can't block create (the CLI/TUI clients disable read timeout for
SSE), and swallows every exception except asyncio.CancelledError (which
propagates) — so it can NEVER raise into or block the session-create path it is
wired into. Per-content idempotency key → idempotent replay, no dup.

Seeded with ratatoskr:sindra, whose opening greeting moved out of her card:
her live system_prompt was PATCHed (non-destructive) to drop the Startup
workaround the #347 first-message now replaces.

Quality gate (both cross-frontier panels): heid-code-review returned zero
implementation drift (2 test-only fixups applied); heid-bug-hunt caught the
gap the conformance lens can't see — code matched the contract's narrow
ERROR_ROUTING but INV-001's 'never raises' is broader — driving the broad-except
+ soft-guard + wait_for hardening above.

Contract docs/contracts/first_message.contract.md (module-scoped, validated).
TDD: 12 unit + 1 web wire-in; the 3 existing sindra bind tests gained a
history-endpoint mock (creating a preset agent now auto-seeds). Suite 615 green,
ruff+mypy clean. Auto-seed live-proven generation-free against personal :8081.
2026-07-06 14:23:53 -07:00
vh 4aec3061d5 docs: #347 consumer side live-proven (201 path) on personal :8081
Grant applied (rule-based Heimdall allow, worldtree-dev). Smoke: create
mimir session -> seed -> 201 (seq=0, phase=seeded, turn_id=1798) -> GET
/messages reads back a plain role=assistant turn (model-invisible provenance
confirmed). Coverage-map #347 row + persistent-memory upgraded pending -> live-proven.
2026-07-06 13:01:57 -07:00
vh e643d38f58 fix: persona_state SET body → canonical {pad:{pleasure,arousal,dominance}} + re-vendor Tier-3 prose (v0.19.7)
worldtree-dev landed the Tier-3 persona/memory/persona_state prose docs
(c9e59ec) — shapes that serialize as freeform Any in the OpenAPI, so the
prose markdown is their source of truth. Re-vendored docs/conversation-api-spec.md
(tolerate_drift markdown pin; worldtree-spec-rev 879cefe→c9e59ec).

Consumer alignment: --set-persona-pad / _set_persona_probe was building
{pad:[list]}, but the canonical POST /sessions/{id}/persona_state body (#317)
is {pad:{pleasure,arousal,dominance}} (named dict). Aligned the probe to the
named dict + a len!=3 guard; updated contract #2's note, the set_persona_state
docstring, and the tests. The set_persona_state wrapper was already correct
(freeform pass-through) — only the CLI probe's body construction drifted.

Suite 602 green. (Also this session: heid-code-review on the #347 slice
returned unanimous zero drift across all three panel arms.)
2026-07-06 09:56:46 -07:00
46 changed files with 5429 additions and 7281 deletions
+65 -4
View File
@@ -87,8 +87,8 @@ id = "contract-drift-check-v1"
canonical_source = "corviduo-project-template"
canonical_path = "scripts/contract_drift_check.py"
consumer_path = "scripts/contract_drift_check.py"
pinned_sha256_16 = "23271287ac488da4"
pinned_at = "2026-05-17T05:30:00+00:00"
pinned_sha256_16 = "2659a17a65704b66"
pinned_at = "2026-07-12T08:39:35+00:00"
# ---------------------------------------------------------------------------
# Worldtree Conversation-API surface (vendored from ~/development/Worldtree).
@@ -120,8 +120,8 @@ id = "worldtree-conversation-api-spec-v1"
canonical_source = "Worldtree"
canonical_path = "docs/conversation-api-spec.md"
consumer_path = "docs/conversation-api-spec.md"
pinned_sha256_16 = "2d111a3b8322b7d1"
pinned_at = "2026-06-30T22:25:56+00:00"
pinned_sha256_16 = "2d73d50b8680b893"
pinned_at = "2026-07-13T07:54:05+00:00"
tolerate_drift = true # prose reference; OpenAPI+SSE are the gates
# Worldtree persona render canons (d2) — the deterministic affect->NL the agent is
@@ -143,3 +143,64 @@ canonical_path = "core/persona/canon/d2-render-canon-v1.json"
consumer_path = "docs/vendor/worldtree-persona-canon/d2-render-canon-v1.json"
pinned_sha256_16 = "606bba5fdcc60b6b"
pinned_at = "2026-07-01T21:00:00+00:00"
# Worldtree affect-egress consumer reference — the authoritative DELIVERED-on-wire vs
# HIDDEN (system-prompt-only) classification for the Tier-3 affect surface ratatoskr
# consumes, + the reconstruction rules. The web console's "context injection" panel
# reconstructs the hidden strings from this + the d2 canons. tolerate_drift: prose
# reference (the render-canon JSONs are the strict gates). worldtree-dev co-signs +
# pings ratatoskr-dev on any change (esp. the pending we-framing conditional).
[[pins]]
id = "worldtree-affect-egress-consumer-reference-v1"
canonical_source = "Worldtree"
canonical_path = "docs/affect-egress-consumer-reference.md"
consumer_path = "docs/vendor/worldtree-persona-canon/affect-egress-consumer-reference.md"
pinned_sha256_16 = "b2406e237df00dcb"
pinned_at = "2026-07-13T07:54:05+00:00"
tolerate_drift = true # prose reference; the d2 render-canon JSONs are the gates
# ---------------------------------------------------------------------------
# Brokkr R34/R35 persona-prompt-framing reference (the character-self-report
# reframe ratatoskr consumes: the authored psychological_profile is the prose
# lens the Worldtree self-report producer reads for affect + memory salience).
# Vendored for reference alongside the Worldtree affect/memory surfaces.
# tolerate_drift: prose reference, not a machine gate — brokkr-smithy-dev owns
# it and pings ratatoskr-dev on canonical changes. The authoring-spec GOVERNS on
# any conflict with the parameter distillation.
# ---------------------------------------------------------------------------
[[pins]]
id = "brokkr-psych-profile-authoring-spec-v1"
canonical_source = "brokkr-smithy"
canonical_path = "research/R34-persona-prompt-framing/deliverables/psych-profile-authoring-spec.md"
consumer_path = "docs/vendor/brokkr-r34-psych-profile/psych-profile-authoring-spec.md"
pinned_sha256_16 = "4545a108d9fb6cc3"
pinned_at = "2026-07-13T00:00:00+00:00"
tolerate_drift = true # prose reference; brokkr-smithy-dev owns + pings on change
[[pins]]
id = "brokkr-psych-profile-parameters-v1"
canonical_source = "brokkr-smithy"
canonical_path = "research/R34-persona-prompt-framing/deliverables/psych-profile-parameters.md"
consumer_path = "docs/vendor/brokkr-r34-psych-profile/psych-profile-parameters.md"
pinned_sha256_16 = "17157c82771aeeee"
pinned_at = "2026-07-13T00:00:00+00:00"
tolerate_drift = true # parameter distillation; authoring-spec governs on conflict
[[pins]]
id = "soong-lab-export-contract-v1"
canonical_source = "soong-lab"
canonical_path = "docs/contracts/export.contract.md"
consumer_path = "docs/vendor/soong-lab-bundle/export.contract.md"
pinned_sha256_16 = "bbd8fcf0cc7bc535"
pinned_at = "2026-07-14T17:15:44+00:00"
tolerate_drift = true # soong-lab-dev owns the bundle format + pings ratatoskr-dev on change
[[pins]]
id = "soong-lab-importer-contract-v1"
canonical_source = "soong-lab"
canonical_path = "docs/contracts/importer.contract.md"
consumer_path = "docs/vendor/soong-lab-bundle/importer.contract.md"
pinned_sha256_16 = "777b1764c8eb2cb7"
pinned_at = "2026-07-14T17:15:44+00:00"
tolerate_drift = true # soong-lab-dev owns the bundle format + pings ratatoskr-dev on change
+4
View File
@@ -121,3 +121,7 @@ graphify-out/*
*.db
*.db-shm
*.db-wal
# Node deps (Playwright for web-UI DOM verification — see persistent-memory)
node_modules/
package-lock.json
+10 -7
View File
@@ -1,12 +1,13 @@
# Ratatoskr
A Worldtree Conversation API debug TUI. Runs up and down Worldtree's
A Worldtree Conversation API debug console. Runs up and down Worldtree's
API surface — sessions, turns, persona, tools, admin events, Bifrost
state — carrying messages between layers. Like the squirrel.
The product **is** the observability surface; chat is the input mechanism.
Devs run Ratatoskr against a local Worldtree to watch a turn flow through
every layer of the system, side-by-side, in one terminal.
every layer of the system, side-by-side. The interactive surface is the
web console (`ratatoskr-web`); a headless `--send` CLI drives scripted smokes.
## Status
@@ -42,9 +43,11 @@ cat docs/SPEC-PIN.md # documented Worldtree SHA + bump procedure
# 3. Tests (none yet; scaffold only)
uv run pytest
# 4. Run against a local Worldtree (once implementation lands)
# Worldtree must be running: python -m core.conversation_api
ratatoskr --agent mimir
# 4. Run against a local Worldtree (Worldtree must be running)
# Interactive web console:
ratatoskr-web --host 0.0.0.0 --port 8765
# Headless CLI (scripted smoke):
ratatoskr --send "hello" --new --agent mimir --api-key "$WORLDTREE_API_KEY"
```
## What this repo is NOT
@@ -58,10 +61,10 @@ The full negative-clause list lives in `docs/design-brief.md` §6.
## Boundary rule
Ratatoskr depends on three things only:
Ratatoskr depends on a small, fixed surface:
- `httpx` + `httpx-sse` (network layer)
- `textual` (TUI framework)
- `starlette` + `uvicorn` (the web console; the `web` extra)
- Worldtree's **published Conversation API spec** at the pinned SHA
Hard rule: **no imports from a Worldtree checkout.** No `core.*` imports,
+15
View File
@@ -48,6 +48,21 @@ The 2026-05-20 → 2026-05-29 cluster: the original debug-TUI/web build era, bef
- `[2026-05-29]` **v0.17.0 frontend redesign — aurora telemetry instrument.** `/frontend-design` pass on the web companion: all-monospace technical-instrument aesthetic with the Australis dark palette + aurora-borealis accent band. Top command bar with live connection dot (idle/streaming/error states), inline persona summary with P/A/D micro-bars, animated awaiting-token, terminal-event status chips. **Live Markdown rendering in transcript + thinking panes** via a hand-rolled `markdownSafe()` (escape-first, whitelist subset of headings/bold/italic/inline-code/fenced/lists/quote/links; link-scheme whitelist; XSS-verified under a node harness). Thinking pane now has per-turn labeled dividers + a fresh MD-rendered block per turn. **Tools / Debug / Persona panes stay literal monospace** by deliberate choice — they carry structured audit lines + JSON, where MD would corrupt readability (underscores in tool names, JSON braces). Single-file vanilla HTML/CSS/JS, no build, no CDN, no node_modules.
- `[2026-05-29]` **Codex-first discipline pilot — Ratatoskr selected.** brokkr-smithy-dev pushed `AGENTS.md` (commit `bbeaa23`) and declared the `ratatoskr-codex` handle per `brokkr-smithy/docs/codex-first-discipline.md` v0.1 (brokkr-smithy commit `5dd061c`, tag `v0.5.3`). Per-dispatch opt-in model: default Sleipnir Claude-implementer path remains available; Codex used only when operator routes via `/codex-dispatch <N>`. Bootstrap handshake when operator spins up a codex session: codex sends `codex-online` → ratatoskr-dev replies with active branches + WIP state. Galdrabok was rejected as pilot (Codex authoring Claude skills is a category error); Skaldsong was the other candidate. (Still dormant as of 2026-06-18 — no codex session spun up.)
- `[2026-06-14]` **Ratatoskr becomes the v1 Bifrost Tier-3 consumer.** A second identity beyond the debug TUI: the durable persistence Worldtree writes Tier-3 agent affect (persona) + memory into. Pin `bifrost>=0.6.1` in a `provider` optional-extra (gitea PyPI index, auth via `~/.netrc`; 0.6.0 was yanked for a circular import). Implement bifrost's OWN `MemoryDataStore`/affect Protocols (NOT worldtree-memory's); `describe_store` is SYNC; affect is conduit-opaque. New module `src/ratatoskr/provider/`. Authoritative how-to: `~/development/bifrost/docs/implementing-a-consumer.md`. (commits `1a73d77` pin, `d90a58d` affect store v0.17.1, `bcdcd71` serve entrypoint v0.17.2)
_Archived 2026-07-17._
- `[2026-06-14]` **Backend = SQLite + sqlite-vec; affect-first then memory; separate DB per plane** (operator-chosen). Affect = blind conduit (reads only `agent_id`+`end_user_id`); memory = structural index (reads vector/scope/id/origin to serve search). Conformance for both = #195 parity vs bifrost's `InMemory*Store` through the real `dispatch_*_call`.
_Archived 2026-07-17._
- `[2026-06-14]` **The affect contract's idempotency model was WRONG; real-lib TDD caught it.** First draft modeled same-idempotency-key-different-payload as an LWW overwrite; bifrost actually raises a CONFLICT (`AffectIdempotencyConflict`), actor-scoped. The artifact-only `/heid-contract-review` STRUCTURALLY cannot catch this class (it never sees bifrost's source) — TDD against the shipped library is the gate; the executable reference store + #195 parity are the backstop. Filed the guide §6 gap to bifrost-dev, who fixed it (bifrost `c0d0a11`).
_Archived 2026-07-17._
- `[2026-06-15]` **Memory v1 = the bifrost BASIC plane only** (search/get/upsert/delete + describe_store/health) per worldtree-dev re-scope (#294) — the only surface Tier-3's live path touches; gated verbs (edges/scan/atomic_supersede/mark/patch/maintenance) deferred + advertised-unsupported. Worldtree v0.35.3 already requests+maps it — no Worldtree-side blocker. Memory contract committed v1.0 (`eebab46`) → v1.1 Heid-reviewed (`1f94e5f`).
_Archived 2026-07-17._
- `[2026-06-15]` **Providers run as dev-box BACKGROUND SHELLS, not infra-ops/systemd** (operator call — it's a dev box). `ratatoskr-provider` (affect) + `ratatoskr-memory-provider` as background processes; no productionization track.
_Archived 2026-07-17._
## Tried and abandoned (archived)
The 2026-05-20 → 2026-05-28 cluster: original-build-era foot-guns. Archived 2026-06-18.
+5 -4
View File
@@ -7,16 +7,17 @@ documents the pin, the vendored artifacts, and the bump procedure.
| Field | Value |
|---|---|
| Worldtree git SHA | `879cefef02bbf442c2d01ff4214299fac7c89809` |
| Worldtree HEAD message | `fix(#347): freeze the authored-history route into the OpenAPI schema (spec 2.3.0)` |
| Worldtree git SHA | `c9e59ec` |
| Worldtree HEAD message | `docs: document Tier-3 persona/memory schemas + persona_state SET body (OpenAPI 2.3.0)` |
| Pinned on | 2026-07-06 |
| Pinned by | ratatoskr-dev (re-vendor OpenAPI 2.2.0→2.3.0 — #347 authored-history-write route shipped) |
| Pinned by | ratatoskr-dev (re-vendor prose markdown — Tier-3 persona/memory/persona_state consumer shapes) |
| Worldtree version at pin | `v1.0.0b22` |
## Pin history
| Date | SHA | Version | Notable deltas consumed |
|---|---|---|---|
| 2026-07-06 | `c9e59ec` | v1.0.0b22 | **Re-vendor the prose markdown — Tier-3 consumer shapes documented.** `c9e59ec` (docs-only, OpenAPI byte-unchanged vs `879cefe`) adds `docs/conversation-api-spec.md` § "Tier 3 — Consumer-defined agents": the persona / memory / persona_state SET-body shapes that serialize as freeform `Any` in the OpenAPI (so prose is their source of truth). Drove a consumer fix: `--set-persona-pad` now sends the canonical `{pad:{pleasure,arousal,dominance}}` named dict (was `{pad:[list]}`) — #317, `v0.19.7`. Foot-guns encoded: persona.ocean single-letter `{O,C,E,A,N}` on `/agents/define` (spelled-out → 422, the #348 mismatch) vs spelled-out on `POST /characters`; memory `{embedder_version, tier3_dreaming}`, stm_* deprecated, allows_world_scope removed→422; only `valence` still 422s. `pin:`-only for the markdown; the `v0.19.7` bump rode the persona_state code fix. |
| 2026-07-06 | `879cefe` | v1.0.0b22 | **Re-vendor OpenAPI 2.2.0→2.3.0 — Worldtree shipped #347 authored-history-write.** One new REST path-group: `POST /sessions/{session_id}/history` (the authored-history-write primitive) + the `AuthoredTurnResponse` schema (openapi path count 40→41). #347 is **OpenAPI-only** — the prose `conversation-api-spec.md` + server `conversation_api.contract.md` are byte-unchanged since the 5810a26 pin (empty `git log` delta), so those `tolerate_drift` pins stay clean; the SSE schema is unchanged (#347 is event-silent by design). **Consumer side NOT yet built**`POST /sessions/{id}/history` is a fresh in-scope ⬜ gap in `docs/coverage-map.md` (re-opens the v1 coverage-audit with exactly one gap; Heimdall-gated hide-existence → consumer treats 404 as feature-absent). `pin:`-only, no version bump. |
| 2026-06-30 | `5810a26` | v1.0.0b2 | **Re-pin to Worldtree's FROZEN v1 surface (#326), as part of the v1 coverage-audit.** Vendored the machine-readable artifacts — `conversation-api-openapi.json` (OpenAPI **2.2.0**, 40 path-groups) + `conversation-api-sse-events.schema.json` (11 events) — now the **authoritative drift gates** (pinned in `.corviduo-canonicals.toml`, CI-checked by `canonical_drift.py`). The prose `conversation-api-spec.md` is **byte-identical** to the v0.35.16 pin (last WT markdown edit 2026-05-31), kept as the human reference (`tolerate_drift`). b2 deltas already consumed in code: 409/503 eager turn-launch statuses (#331, v0.18.3/.4) + the unified error envelope (#328). 7 endpoints documented only in the OpenAPI, not the prose, all classified in `docs/coverage-map.md`: `admin/keys/bulk`, `admin/persona/{archive,erase}`, `admin/usage`, `embed`, `judgments`, `me/usage`. No client-breaking change — `pin:`-only, no version bump. |
| 2026-06-17 | `f1b59f8` | v0.35.16 | **#297 + #298/#299 — Worldtree adopts the bifrost v0.6 scope wire (emits `scope_any`/`scope_all`) + client-side per-scope-value union recall. With our v0.17.6 provider this closes cold cross-session recall end-to-end.** Catch-up bump (v0.29.0→v0.35.16). Intervening client-facing deltas reviewed, none break our consumer: #211 agent rename (`saga``echo`, `actor``mask` — slugs only); #245 `end_user_id` persistence + memory-scope resolver; #187/#188/#219 Tier-3 define/PATCH policy (additive); `bifrost` binding field + `ephemeral_does_not_accept_bifrost` 422 now documented (the #17 surface). Error codes stable; no ratatoskr code change required. |
@@ -32,7 +33,7 @@ documents the pin, the vendored artifacts, and the bump procedure.
**Reference (prose; allowed to lag — `tolerate_drift`):**
- `docs/conversation-api-spec.md` — copy of `Worldtree/docs/conversation-api-spec.md` at the pinned SHA. The **client-facing prose narrative**. Byte-frozen at v0.35.16-era content (last WT edit 2026-05-31); the OpenAPI/SSE JSON above are the source of truth where they diverge. Pinned `worldtree-conversation-api-spec-v1` (tolerate_drift).
- `docs/conversation-api-spec.md` — copy of `Worldtree/docs/conversation-api-spec.md` at the pinned SHA. The **client-facing prose narrative**. Re-vendored at `c9e59ec` (2026-07-06) to carry the § "Tier 3 — Consumer-defined agents" subsections (persona/memory/persona_state SET body) that serialize as freeform `Any` in the OpenAPI JSON — so the **prose is the source of truth for those consumer shapes** (e.g. persona.ocean single-letter `{O,C,E,A,N}` on `/agents/define`; `POST /sessions/{id}/persona_state` body `{pad:{pleasure,arousal,dominance}}`). Elsewhere the OpenAPI/SSE JSON above remain authoritative. Pinned `worldtree-conversation-api-spec-v1` (tolerate_drift).
- `docs/conversation_api.contract.md` — copy of `Worldtree/docs/contracts/conversation_api.contract.md` at the pinned SHA (byte-identical at b2 — server contract unchanged since the v0.35.16 pin). The **server-side contract** including INV-001..INV-052 and amendments. Useful for understanding load-bearing server invariants (e.g., INV-014 turn-id-public, INV-046 admin-events-envelope-stable, INV-049 admin-events-pii-discipline) when designing client behavior against them. Not in the canonical manifest (reference-only).
Both files are vendored — they reflect Worldtree at the pinned SHA, not
@@ -116,9 +116,17 @@ interpreted.
to the reference `_matches_scope`. (`scope_any` is the union-visibility primitive that
resolves the #295/#297 silent-zero — a subset-scoped chunk now recalls via an OR member.)
- **INV-006** [hard]: **Capabilities match implementation** (advertise-⇒-implement).
`describe_store` advertises ONLY what v1 implements: `relational_edges_supported=False`,
`describe_store` advertises ONLY what is implemented: `relational_edges_supported=False`,
`atomic_supersede_supported=False`, `transaction_supported=False`,
`optimistic_locking_supported=True`, `filterable_metadata_fields=[]`.
`optimistic_locking_supported=True`, `filterable_metadata_fields=[]`,
**`sortable_chunk_fields=[{"name": "updated_at", "type": "timestamp"}]`** (the ONLY
globally-sortable field; gates `scan`'s sort at the bifrost dispatch `_validate_scan_sort`
AND Worldtree's #349 person-prime Branch-A `"updated_at" in caps.sort_fields_supported`
advertising it is what lights up turn-1 durable-fact injection). Both `name` AND `type`
are REQUIRED by the bifrost `handshake_response` `SortableChunkField` schema
(`additionalProperties:false`) — omitting `type` fails wire-schema validation and breaks
the ENTIRE handshake (memory + affect bind), not just the sort; `type` is advisory-only
(the wire never interprets it).
(`transaction_supported` is the bifrost **wire-level** multi-op transaction
capability — NOT our internal SQLite transactions, which we use for atomic
batches.) The client gates the gated verbs off these.
@@ -127,6 +135,41 @@ interpreted.
`InvalidArguments` (mirrors the reference).
- **INV-008** [hard]: The store is REQUIRED (`build_memory_app(store=None)` raises);
identity/scope/actor come from `ctx`, never call args.
- **INV-009** [hard]: **`scan` is LIVE-only.** `scan` returns ONLY live chunks —
superseded / tombstoned / any non-live governance state is EXCLUDED server-side. This
is load-bearing because Worldtree's person-prime requests `lifecycle_state="live"` but
that filter does NOT ride the scan wire today and the client does not re-check it
(worldtree-dev flagged the adapter gap); server-side live-only is authoritative, so a
dead fact can never inject. The additive `lifecycle_state` scan arg, when present, is
honored but never relied upon.
- **INV-010** [hard]: **`scan` is globally ordered before pagination.** The FULL
scope-filtered live set is ordered by `(sort.field, direction)` GLOBALLY before the
`limit` page is taken — never page-local. Missing sort value sorts LAST; ties broken by
`chunk_id` (stable). A single `limit`-page returns the N globally-newest (for
`updated_at desc`), matching bifrost's cross-pagination conformance negative. The sort
field is indexed (`json_extract(record_json, '$.updated_at')`) so the read stays within
person-prime's 500 ms fail-open budget.
- **Cursor is v1-provisional (KNOWN DEVIATION — offset, not snapshot).** The cursor is a
bare integer offset into the re-derived global order. This is CORRECT and conformant for
the **single-page** person-prime call (`cursor=None`), which is the only shipped consumer.
It **diverges from bifrost's protocol snapshot-cursor contract on multi-page continuation**:
the dispatch engine (`bifrost.memory` scan branch) drops the `sort` arg on a cursor
continuation because "the cursor's snapshotted order is authoritative", and maps
`ScanCursorExpired → 410`. Our offset cursor (a) does NOT snapshot the order — a page taken
after a concurrent write can duplicate/drop rows relative to the first page (heid-bug-hunt
2026-07-15, all 3 arms), and (b) never raises `ScanCursorExpired`. The `global_before_paginate`
/ cursor test asserts **static-store** behavior only. The durable/conformant fix is to adopt
the reference `InMemoryMemoryStore`'s snapshot-cursor semantics (opaque token + frozen ordered
id-list + TTL + `ScanCursorExpired`); DEFERRED pending bifrost-dev's ruling on the conformance
gap (scan/cursor has NO conformance coverage today, so a non-snapshot cursor passes). Routed
to bifrost-dev 2026-07-15.
- **INV-011** [hard]: **`mark_superseded` retires via a top-level `superseded` flag; `_is_live`
recognizes it.** `mark_superseded` sets top-level `superseded=True` (+ `superseded_by`) on the
record, mirroring the reference `_mark_lifecycle` (NOT a `verbatim.governance_state` change). So
`_is_live` MUST short-circuit on `record.get("superseded") is True` (in addition to its existing
`lifecycle_state` / `verbatim.governance_state` checks) — else a #364-retired chunk would still
scan live. Retirement is NON-destructive: `get`/`get_many` still return superseded chunks
(recoverable). `search` is NOT filtered (matches the reference; WT re-checks liveness client-side).
## Concurrency
@@ -163,7 +206,7 @@ negotiation, routes). **This contract** owns the store (the basic verbs + SQLite
## Out of scope (deferred — do NOT flag as drift)
- **Gated/maintenance verbs:** `upsert_edges`/`get_edges_for`, `scan`, `mark_invalid`/`mark_superseded`, `patch_many`, `atomic_supersede`, lease/checkpoint. Absent + advertised-unsupported.
- **Gated/maintenance verbs:** `upsert_edges`/`get_edges_for`, `mark_invalid`, `patch_many`, `atomic_supersede`, lease/checkpoint. Absent (no describe_store cap; hasattr-gated at dispatch as of bifrost 1.1.4 → `unsupported_capability` 400). (`scan` and `mark_superseded` are NO LONGER deferred — `scan` implements #349 person-prime; `mark_superseded` implements Worldtree #364's contradiction retirement, the SOLE supersession verb #364 uses. See their FN specs + INV-009/INV-011.)
- **metadata_filter beyond scope:** advertise `filterable_metadata_fields=[]`; a non-empty `metadata_filter` is unsupported in v1 (rejected — see search PRE).
- **The combined two-plane server** (guide §7) — separate memory + affect apps in v1.
- **Deployment** — dev-box background shell (`ratatoskr-memory-provider`), no systemd/infra.
@@ -270,6 +313,47 @@ TESTS:
delete_absent [boundary]: unknown id → {"deleted":0}
```
```contract
FN mark_superseded(self, ids: list[str], *, superseded_by: str | None = None, reason: str | None = None) -> dict
BRIEF: Worldtree #364 retirement — mark chunks superseded so scan (live-only) excludes them. Mirrors the reference _mark_lifecycle: sets TOP-LEVEL fields on the record; NON-destructive (get still returns them, recoverable). The SOLE supersession verb #364 uses (dispatch: bifrost/memory.py mark_superseded branch; args {ids:[...], superseded_by, reason}).
PRE: [PRE-001 hard] ids is a list of chunk ids (WT sends singletons, one call per retired chunk)
POST: [POST-001 return_value] {"marked": N} where N = ids that existed (unknown ids skipped, never error) -- assert
POST: [POST-002 state_change] each existing chunk gets top-level `superseded=True` + `superseded_by` (when not None) + `superseded_reason` (when not None); revision incremented; mirrors reference _mark_lifecycle (only non-None fields written) -- assert
POST: [POST-003 return_value] a superseded chunk is EXCLUDED from `scan` (INV-009 via _is_live's top-level `superseded` check, INV-011) but STILL returned by `get`/`get_many` (non-destructive) -- assert
STEPS:
1. [sequential, flexibility=indicative] FOR each id present: load record_json, set superseded=True (+ superseded_by / superseded_reason when not None), UPDATE record_json + revision+1; count
2. [cleanup] RETURN {"marked": count}
TESTS:
mark_retires_from_scan [happy,tracer]: upsert 3 live; mark_superseded([id2], superseded_by="x"); scan → the 2 non-superseded only (id2 excluded); id2 record has superseded=True + superseded_by="x"
mark_get_still_returns [scenario]: a superseded chunk is STILL returned by get (non-destructive/recoverable)
mark_unknown_id_noop [boundary]: mark_superseded(["nope"]) → {"marked":0}
mark_no_superseded_by [boundary]: mark_superseded([id], superseded_by=None) → superseded=True set, no superseded_by key written (only non-None fields)
mark_parity_vs_reference [scenario]: identical mark_superseded envelope vs InMemoryMemoryStore → same top-level superseded/superseded_by field shape (#195)
```
```contract
FN scan(self, *, scope_all: dict | None = None, scope_any: list | None = None, cursor: str | None = None, limit: int, sort: dict | None = None, lifecycle_state=None) -> dict
BRIEF: Query-LESS paginated LIVE-chunk scan, globally ordered by an advertised sort field (updated_at) — the #349 person-prime turn-1 durable-fact injection primitive (no query vector, unlike search). Returns {records, cursor}.
PRE: [PRE-001 hard] limit is a positive int -- else InvalidArguments
PRE: [PRE-002 hard] scope_all/scope_any shape + lattice-validated via _validate_scope (identical to search PRE-003) -- else InvalidArguments / InvalidFilter
PRE: [PRE-003 hard] sort, when present, is {field, direction}: field ∈ the advertised sortable_chunk_fields names ("updated_at"), direction ∈ {asc,desc}. The bifrost dispatch layer (_validate_scan_sort) is the enforcement gate; an unadvertised/malformed sort → InvalidArguments — NEVER a silent unsorted fallback
POST: [POST-001 return_value] {records: [<verbatim chunk wire records, same shape as a search hit's chunk>], cursor: <opaque next-page str | None>}; ≤ limit records; each record carries updated_at + agent_id + subject{type,id} + worldtree_scope (the fields person-prime's client _scan_filter_matches keys on — a record missing any is silently dropped client-side) -- assert
POST: [POST-002 return_value] LIVE-only — returns ONLY live chunks; superseded/tombstoned excluded server-side (INV-009)
POST: [POST-003 return_value] GLOBAL-order — the FULL scope-filtered live set is ordered by (sort.field, direction) GLOBALLY before the limit page; missing value LAST; chunk_id tiebreak (INV-010)
STEPS:
1. [setup] validate limit (>0) + scope (as search); sort ← the dispatch-validated {field,direction}
2. [sequential, flexibility=indicative] SELECT scope-filtered LIVE chunks ordered by the indexed sort field (json_extract(record_json,'$.updated_at')) in `direction`, missing-last, chunk_id tiebreak, GLOBALLY; apply cursor offset; take limit
3. [cleanup] RETURN {records: verbatim chunks, cursor: next-page-or-None}
TESTS:
scan_recency [happy,tracer]: upsert 4 live chunks w/ distinct updated_at; scan(scope_all={end_user}, limit=3, sort={field:updated_at,direction:desc}) → the 3 newest, newest-first
global_before_paginate [scenario]: 5 chunks, limit=2 → page-1 = the 2 globally-newest; the cursor page continues the GLOBAL order, not a page-local re-sort (INV-010; bifrost cross-pagination conformance)
live_only [adversarial]: a superseded/tombstoned chunk is NEVER returned even if it is the newest (INV-009)
scope_isolation [adversarial]: scope_all one end_user → never returns another partition's chunk (INV-005 applies to scan)
unadvertised_sort [adversarial]: sort.field ∉ sortable_chunk_fields → InvalidArguments at dispatch (never silent unsorted)
person_prime_record_shape [scenario]: each record carries agent_id + subject{type,id} + worldtree_scope + updated_at + verbatim/distillate — the _scan_filter_matches keys (else the client silently drops it)
parity_vs_reference [scenario]: identical scan envelopes vs InMemoryMemoryStore → same ordered chunk_ids/shape (#195)
```
```contract
FN build_memory_provider_app(store: RatatoskrMemoryStore, heimdall_key: bytes, consumer_id: str = "ratatoskr") -> Starlette
BRIEF: Wire JwtVerifier + registration; hand the store to bifrost's build_memory_app.
+142
View File
@@ -0,0 +1,142 @@
---
contract_version: "2.1"
module: "ratatoskr.first_message"
purpose: "Per-agent authored first-message presets — seed an agent's opening as a #347 authored turn-0 onto new sessions (CLI + web), the durable replacement for a system-prompt startup instruction."
touches:
- src/ratatoskr/first_message.py
- tests/test_first_message.py
scope: >
Per-agent authored first-message presets (Worldtree #347 consumer feature).
When a new session is created for an agent that has a preset opening, seed it
as a #347 authored first-message (POST /sessions/{id}/history, author=assistant,
seq-0) so the session opens in-character before the user speaks — the durable
replacement for a system-prompt "startup" instruction. Two entry points:
`preset_for` (lookup) and `seed_preset_first_message` (best-effort seed).
Consumed by ratatoskr.cli (the `--new` session path) and ratatoskr.web.server
(the POST /api/sessions endpoint). Depends on ratatoskr.sessions
(write_authored_history + its exceptions); no core.* / worldtree.* imports.
depends_on:
- "httpx"
- "ratatoskr.sessions"
used_by:
- "ratatoskr.cli"
- "ratatoskr.web.server"
language: "python"
complexity: "low"
estimated_loc: 60
confidence: 0.9
assumptions:
- "write_authored_history (contract #2 amendment 2026-07-06) is the seed primitive: 200/201 → ack dict, 404 → AuthoredHistoryUnavailable (hide-existence), other non-2xx → SessionApiFailed."
- "The preset registry is a static in-module dict keyed by agent_id; editing it is how an operator tunes an agent's opening. Seeded with ratatoskr:sindra only."
- "Auto-seed is BEST-EFFORT and MUST NOT block session creation: an instance without the session.history.write grant returns the hide-404, which is swallowed (session opens with no seeded greeting)."
---
# First-message presets — authored openings on session-create (#347)
## Context
`ratatoskr.first_message` holds per-agent authored-opening presets and seeds them
onto new sessions via the #347 authored-history-write primitive. It is the
durable form of "give an agent a first message": instead of a system-prompt
`Startup:` instruction (a workaround for the pre-#347 world where the assistant
could not author turn-0), the opening lives as a real seeded assistant turn-0.
Consumed at both session-create sites — `ratatoskr.cli._amain` (the `--new` path)
and `ratatoskr.web.server._create_session_endpoint` (POST /api/sessions) — so
every new session for a preset agent opens in-character regardless of surface.
## Data flow
**In:** a live `httpx.AsyncClient` (caller-owned, base_url + bearer set), a fresh
`session_id`, and the bound `agent_id`.
**Out:** on a preset agent, one `POST /sessions/{session_id}/history` (author=assistant,
the preset text, per-content idempotency key). Returns the seeded content on
success, else `None`.
**Side effects:** at most one outbound authored-history write; never raises to the
caller (best-effort).
## Invariants
- **INV-001 [hard]**: `seed_preset_first_message` NEVER raises (the sole exception is
`asyncio.CancelledError`, which propagates — cancellation is not a seed failure) and
NEVER blocks session creation. It soft-guards its inputs (a bad arg returns `None`,
not `AssertionError`), bounds the write with `asyncio.wait_for(_SEED_TIMEOUT_S)` so a
stalled `/history` can't hang the create path, and swallows EVERY other exception (the
hide-404, `SessionApiFailed`, `httpx.HTTPError`, `TimeoutError`, and any unexpected
error) → `None`. The `broad-except` is deliberate: this helper is wired INTO three
session-create paths, so any escape would abort a create that already succeeded.
- **INV-002 [hard]**: a no-preset agent issues ZERO HTTP (early return before any
request).
- **INV-003 [hard]**: the seed body is the preset text verbatim, author="assistant",
with a per-content idempotency key (`"ratatoskr-preset-" + sha256(text)[:12]`), so
a repeat seed of the same session+preset is an idempotent 200 replay, never a
duplicate turn.
- **INV-004 [hard]**: no `core.*` / `worldtree.*` imports (reference-consumer
boundary; verified by `tests/test_no_worldtree_imports.py`, which rglobs every
`.py` under `src/ratatoskr/` — this module included, so no per-module import
test is needed here).
## Out of scope
- **Multi-turn / scripted openers.** v1 seeds exactly one assistant turn-0. A
multi-message opening scene is a future concern.
- **Runtime/remote preset config.** The registry is an in-module dict; no file/DB/env
loading. Add that only when a second consumer needs operator-editable presets.
- **Non-assistant authors.** v1 is author=assistant only (matches #347 v1); a
user/system opener is deferred with the #347 engine surface.
- **TUI-only surfaces.** Both real session-create paths (CLI + web) are wired; the
bare-TUI picker resumes existing sessions (no create), so it needs no seed.
---
```contract
FN preset_for(agent_id: str) -> str | None
BRIEF: Return the authored first-message preset for agent_id, or None when the agent has no preset. Pure dict lookup over FIRST_MESSAGE_PRESETS.
PRE: [PRE-001 hard] agent_id is a non-empty str -- assert agent_id and isinstance(agent_id, str)
POST: [POST-001 return_value] returns FIRST_MESSAGE_PRESETS.get(agent_id) (str for a preset agent, None otherwise)
STEPS:
1. [setup, prescriptive] assert PRE-001
2. [sequential, prescriptive] RETURN FIRST_MESSAGE_PRESETS.get(agent_id)
TESTS:
preset_hit [happy]: preset_for("ratatoskr:sindra") is a non-empty str
preset_miss [happy]: preset_for("mimir") is None
empty_agent_id [adversarial]: preset_for("") → AssertionError
FN seed_preset_first_message(client: httpx.AsyncClient, session_id: str, agent_id: str) -> str | None
BRIEF: Best-effort seed of an agent's preset opening as a #347 authored first-message on session_id. If agent_id has a preset, POST it via write_authored_history (author=assistant, per-content idempotency key, the await bounded by asyncio.wait_for(_SEED_TIMEOUT_S)) and return the seeded content; on no-preset, a malformed input, OR ANY exception except asyncio.CancelledError, return None WITHOUT raising. Never raises (except CancelledError, which propagates) and never blocks session creation — it is wired into three create paths.
PRE: [PRE-001 hard] client is not None -- soft-guarded: return None (NOT assert) if violated, so a wiring bug can't crash the create path (INV-001)
PRE: [PRE-002 hard] session_id is a non-empty str -- soft-guarded: return None if violated
PRE: [PRE-003 hard] agent_id is a non-empty str -- soft-guarded: return None if violated (also guards FIRST_MESSAGE_PRESETS.get against a non-hashable/non-str id)
POST: [POST-001 return_value] preset agent + successful write → returns the preset text; no-preset, malformed input, OR any swallowed failure → None
POST: [POST-002 side_effect] a no-preset / malformed-input call issues ZERO HTTP; a preset agent issues exactly one POST /sessions/{session_id}/history with body author="assistant", content=preset, idempotency_key="ratatoskr-preset-"+sha256(preset)[:12], the await bounded by _SEED_TIMEOUT_S so a stalled response cannot block
ERROR_ROUTING:
asyncio.CancelledError:
local_handling: RE-RAISE (cancellation is not a seed failure; never swallow it — and it is a BaseException, so `except Exception` would miss it anyway)
flow_control: propagate
state_recovery: n/a
any other Exception (hide-404 AuthoredHistoryUnavailable, SessionApiFailed 409/422/etc., httpx.HTTPError, TimeoutError from wait_for, any unexpected error):
local_handling: swallow; return None
flow_control: continue (never blocks session create)
state_recovery: session opens with no seeded greeting
STEPS:
1. [setup, prescriptive] Soft-guard: IF agent_id is not a non-empty str: RETURN None (before any dict lookup — guards a non-hashable id)
2. [sequential, prescriptive] content = FIRST_MESSAGE_PRESETS.get(agent_id); IF content is None: RETURN None (INV-002 — zero HTTP)
3. [sequential, prescriptive] Soft-guard: IF client is None OR session_id is not a non-empty str: RETURN None
4. [sequential, prescriptive] key = "ratatoskr-preset-" + sha256(content utf-8)[:12]
5. [sequential, prescriptive] TRY: await asyncio.wait_for(write_authored_history(client, session_id, content=content, idempotency_key=key), timeout=_SEED_TIMEOUT_S)
tool: { destructive: false, idempotent: true, read_only: false, open_world: false }
6. [branch, prescriptive] EXCEPT asyncio.CancelledError: RAISE; EXCEPT Exception: RETURN None
7. [cleanup, prescriptive] RETURN content
TESTS:
seeds_preset [happy,tracer]: preset agent, mock 201 → returns the preset text; exactly one POST /sessions/{id}/history; body author="assistant" + content=preset + idempotency_key="ratatoskr-preset-"+sha256(preset)[:12]
no_preset_zero_http [happy]: agent "mimir" → returns None; NO HTTP issued
feature_absent_swallowed [error]: preset agent, mock 404 session_not_found → returns None, no raise
session_api_failed_swallowed [error]: preset agent, mock 409 → returns None, no raise
transport_error_swallowed [error]: preset agent, mock httpx.ConnectError → returns None, no raise
unexpected_exception_swallowed [error]: preset agent, write raises ValueError → returns None, no raise (INV-001 broad never-raise)
cancellation_propagates [error]: preset agent, write raises asyncio.CancelledError → RE-RAISED (never swallowed)
malformed_agent_id_no_http [adversarial]: agent_id=123 (non-str) OR "" → None; NO HTTP; no raise
empty_session_id [adversarial]: session_id="" (preset agent) → None (soft guard); NO HTTP; no raise
```
+4 -2
View File
@@ -322,7 +322,9 @@ via a `--characters` one-shot lifecycle probe; persona-state write surfaced via
wrappers: parsed dict verbatim (or None on 204), any off-status → SessionApiFailed.
**Note:** `set_persona_state`'s request body is FREEFORM — the frozen OpenAPI 2.2.0
declares no request schema and the prose spec documents only the GET counterpart,
so the caller supplies the snapshot shape (`--set-persona-pad` sends `{pad:[…]}`).
so the caller supplies the snapshot shape. **Canonical (worldtree-dev prose #317,
`c9e59ec`): `{pad:{pleasure,arousal,dominance}}` — a named-key dict, NOT a list;
`--set-persona-pad` builds + sends the named dict (each float in [-1,1]).**
```contract
FN list_character_models(client) -> dict[str, Any]
@@ -369,7 +371,7 @@ POST: [POST-001 return_value] on 204 returns None; [POST-002 side_effect] outbou
STEPS:
1. [sequential, prescriptive] resp = await client.post(f"/sessions/{session_id}/persona_state", json=snapshot); IF 204 RETURN None; ELSE RAISE SessionApiFailed
TESTS:
happy [happy]: 204 → None; body == {"pad":[...]} verbatim
happy [happy]: 204 → None; body == {"pad":{"pleasure","arousal","dominance"}} verbatim (canonical named-key dict, #317)
non_204 [error]: 422 → SessionApiFailed(422)
```
+63 -24
View File
@@ -3,7 +3,7 @@ contract_version: "2.1"
module: "ratatoskr.web"
purpose: "v0.19.2 web debug-surface parity: 3 admin/debug panes (Tools inventory, BifrostState, AdminEvents SSE) proxied server-side with the admin key server-held, plus a reliable PAD-refresh poll and a non-engine reasoning indicator in the transcript."
target_module: "ratatoskr.web (server.py routes + entrypoint.py + static/index.html)"
scope: "v0.19.2 web debug-surface parity — bring the browser surface (now the PRIMARY debug surface) to TUI parity. THREE new admin/debug panes proxied server-side + TWO transcript affordances. (1) Tools inventory: GET /api/sessions/{id}/tools proxies owner-scoped get_session_tools into the tools pane (what the LLM HAS at turn-fire), above the live tool events. (2) BifrostState pane: GET /api/sessions/{id}/bifrost proxies admin-scoped get_session_bifrost; the admin key is SERVER-HELD (app.state.admin_key from RATATOSKR_ADMIN_API_KEY), never sent to the browser. (3) AdminEvents pane: GET /api/admin/events is an SSE proxy of stream_admin_events, session-filtered SERVER-side (heartbeats + other-session events dropped), re-emitted under a fixed 'admin_event' name so every dotted type renders with one browser listener. (4) PAD refresh: the persona/affect pane polls a bounded window instead of a single 2s shot that raced the post-turn-async affect.emit. (5) Reasoning indicator: an ephemeral, clearly-non-engine transcript line on `thinking` deltas, cleared when text begins. Direct in-session TDD (the #17/#18 pattern); this contract is authored post-implementation to anchor the heid code review (the client wrappers get_session_tools/get_session_bifrost/stream_admin_events are already contracted in the sessions/sse_client specs — this contract governs the WEB proxy + presenter surface only)."
scope: "v0.19.2 web debug-surface parity — bring the browser surface (now the PRIMARY debug surface) to TUI parity. THREE new admin/debug panes proxied server-side + TWO transcript affordances. (1) Tools inventory: GET /api/sessions/{id}/tools proxies owner-scoped get_session_tools into the tools pane (what the LLM HAS at turn-fire), above the live tool events. (2) BifrostState pane: GET /api/sessions/{id}/bifrost proxies admin-scoped get_session_bifrost; the admin key is SERVER-HELD (app.state.admin_key from RATATOSKR_ADMIN_API_KEY), never sent to the browser. (3) AdminEvents pane: GET /api/admin/events is an SSE proxy of stream_admin_events, session-filtered SERVER-side (heartbeats + other-session events dropped), re-emitted under a fixed 'admin_event' name so every dotted type renders with one browser listener. (4) PAD refresh: the persona/affect pane polls a bounded window instead of a single 2s shot that raced the post-turn-async affect.emit. (5) Reasoning indicator: an ephemeral, clearly-non-engine transcript line on `thinking` deltas, cleared when text begins. Direct in-session TDD (the #17/#18 pattern); this contract is authored post-implementation to anchor the heid code review (the client wrappers get_session_tools/get_session_bifrost/stream_admin_events are already contracted in the sessions/sse_client specs — this contract governs the WEB proxy + presenter surface only. v0.20.0 REDESIGN (Claude Design 'Ratatoskr Console' import): the tabbed telemetry column is replaced by a 3-column command-console — a left engine-ticker rail (the DEBUG + ADMIN + tool/turn-lifecycle feeds MERGED into one timeline via tickerAdd, plus a tools-armed chip list + a full-detail Bifrost rail pane) · a center conversation (per-turn INLINE chain-of-thought, replacing the separate Think pane) · a right resizable affect console (dominant/canonical-mood centerpiece + bipolar PAD faders each carrying a turn-to-turn Δ+sparkline + a P×A mood orbit + relations metric rows + canonical directive). ALL SERVER ROUTES UNCHANGED. Single-file/no-CDN/vanilla preserved; adds a light/dark theme toggle (dark default) + an inlined data-URI favicon. Presenter FN renames tracked below (renderBifrostState→renderBifrost; renderAffectPane→renderConsole; setPersonaStrip removed; tickerAdd/setFader/setFaderTrend/renderOrbit/renderDominant/renderDerived/renderRelations/renderDirective added). INV-001/INV-004 held.)."
depends_on:
- "httpx"
- "starlette"
@@ -35,6 +35,17 @@ functions:
steps: "Open client_factory() client; await get_session_tools(client, session_id); return 200. Except SessionApiFailed -> status-preserving envelope."
flexibility: "prescriptive"
- name: "_session_messages_endpoint"
signature: "async _session_messages_endpoint(request: Request) -> JSONResponse"
description: "GET /api/sessions/{session_id}/messages — proxy the session's message history so the SPA renders existing turns on open (notably a #347 authored first-message seeded at create-time; without it a seeded session's transcript is blank until the user speaks)."
preconditions:
- "session_id in path_params."
postconditions:
- "POST-001: 200 with the upstream {session_id, items, next_cursor} dict verbatim on success."
- "POST-002: on SessionApiFailed(status) -> JSONResponse({error_code:'session_messages_unavailable', status}, status_code=status) — status-preserving."
steps: "Open client_factory() client; await get_session_messages(client, session_id); return 200. Except SessionApiFailed -> status-preserving envelope."
flexibility: "prescriptive"
- name: "_session_bifrost_endpoint"
signature: "async _session_bifrost_endpoint(request: Request) -> JSONResponse"
description: "GET /api/sessions/{session_id}/bifrost — proxy admin-scoped Bifrost dispatch state."
@@ -71,11 +82,12 @@ functions:
flexibility: "prescriptive"
- name: "create_app (amendment)"
signature: "create_app(client_factory, *, end_user_id=None, bifrost_consumer_key=None, bifrost_visible_host=None, affect_read_url=None, admin_key=None) -> Starlette"
description: "New optional admin_key param stored at app.state.admin_key; entrypoint passes RATATOSKR_ADMIN_API_KEY. Three new routes registered."
signature: "create_app(client_factory, *, end_user_id=None, bifrost_consumer_key=None, bifrost_visible_host=None, affect_read_url=None, memory_read_url=None, admin_key=None) -> Starlette"
description: "New optional admin_key param stored at app.state.admin_key; entrypoint passes RATATOSKR_ADMIN_API_KEY. v0.20.7 adds memory_read_url (app.state.memory_read_url, from RATATOSKR_MEMORY_READ_URL) for the memory viewer. Four new routes registered across the arc."
postconditions:
- "POST-001: app.state.admin_key = admin_key (default None -> the two admin routes fail-visible per their PRE-001)."
- "POST-002: routes /api/sessions/{session_id}/tools, /api/sessions/{session_id}/bifrost, /api/admin/events added; existing routes unchanged."
- "POST-003 (v0.20.7): app.state.memory_read_url = memory_read_url; route /api/memory/chunks added (the memory-viewer proxy)."
flexibility: "closed"
- name: "reasoning indicator (index.html: showThinkingNote / hideThinkingNote)"
@@ -95,37 +107,64 @@ functions:
- "POST-002: a scheduled poll no-ops if a NEW turn has started (state.turnId truthy) or already settled — no refresh of a stale agent, no unbounded polling."
flexibility: "open"
- name: "web pane renderers (index.html: renderToolsInventory / renderBifrostState / openAdminEvents)"
signature: "renderToolsInventory(inv) ; renderBifrostState(b) ; openAdminEvents(sessionId)"
description: "Render the three new surfaces; all content escaped (INV-004)."
- name: "loadTranscript (index.html)"
signature: "async loadTranscript(sessionId) -> void"
description: "On session open, GET /api/sessions/{id}/messages and render each EXISTING turn into #transcript — notably a #347 authored first-message seeded at create-time (which lives in the ledger, not the live turn stream, so without this the transcript is blank until the user speaks)."
postconditions:
- "POST-001: every dynamic value (agent_id, tool names/descriptions, endpoint, caps, admin event type + data) is passed through esc() or esc(JSON.stringify(...)); no upstream string reaches innerHTML unescaped."
- "POST-002: openAdminEvents closes a prior EventSource before opening a new one (state.adminES); the admin data blob renders via esc(JSON.stringify(d.data))."
- "POST-003: renderToolsInventory prepends the static inventory ABOVE live tool events without clobbering them (a re-render replaces only the .tools-inventory block)."
- "POST-004: the Tools inventory renders tool NAMES only — a compact comma-joined summary ('what does the LLM have', the debug glance); per-tool DESCRIPTIONS are surfaced in the BifrostState pane's tools list, deliberately NOT duplicated here. (Heid panel Hulda/Regin precision finding — accepted: contract wording clarified, code unchanged; the earlier 'names/descriptions' phrasing in INV-004 refers to the SET of value types that MAY appear across the new panes and must be escaped, not a mandate that every pane render descriptions.)"
- "POST-001: assistant items render as a .response .md-body bubble via markdownSafe(content) (escape-first whitelist, same path as appendResponse); user items render as a .prompt-echo via textContent — no upstream content reaches innerHTML unescaped (INV-004)."
- "POST-002: any non-200, fetch error, or parse error is swallowed (best-effort) — a blank transcript is acceptable; opening the workspace is never blocked."
flexibility: "prescriptive"
- name: "web pane renderers (v0.20.0: index.html: renderToolsInventory / renderBifrost / openAdminEvents + tickerAdd)"
signature: "renderToolsInventory(inv) ; renderBifrost(b) ; openAdminEvents(sessionId) ; tickerAdd(kind, msg, dim)"
description: "Render the debug/admin surfaces into the 3-column console; all content escaped (INV-004). v0.20.0: BifrostState is now a full-detail LEFT-RAIL pane (renderBifrost, renamed from renderBifrostState); AdminEvents + the raw debug/op log + tool_start/result + turn lifecycle are MERGED into one engine-ticker timeline via tickerAdd (openAdminEvents routes admin_event → tickerAdd; the turn SSE handlers route worker_phase/tool/text_boundary/affect_update → tickerAdd); Tools inventory is a rail chip list (renderToolsInventory)."
postconditions:
- "POST-001: every dynamic value (agent_id, tool names/descriptions, endpoint, caps, consumer_id, admin event type + data, ticker msg/dim) is passed through esc() or esc(JSON.stringify(...)); no upstream string reaches innerHTML unescaped."
- "POST-002: openAdminEvents closes a prior EventSource before opening a new one (state.adminES) and, on stream_error, closes so native EventSource does NOT retry-loop; admin events render into the engine ticker via tickerAdd."
- "POST-003: renderToolsInventory renders builtin + bifrost tool NAMES as rail chips (a compact 'what does the LLM have' glance); renderBifrost renders endpoint + connected + consumer_id + capabilities_granted chips + per-tool name/description rows (the full detail, admin-gated; the admin key stays server-held). tickerAdd bounds the feed to the last 400 rows (a tail, not an archive)."
- "POST-004: tool NAME-vs-DESCRIPTION split preserved — the rail chip list shows names only; per-tool descriptions live in the Bifrost pane's tools list. The engine-ticker spine (.ticker-inner::before) lives on the content-height wrapper so it stays visible when auto-scrolled to the newest entry."
flexibility: "open"
- name: "renderAffectPane + trend (v0.19.4 — relation_edge/1 render + sparkline)"
signature: "renderAffectPane(snap) ; pushAffectHistory(snap) ; sparkline(vals) ; trendDelta(vals)"
description: "Render the Tier-3 affect snapshot as PAD mood + the durable per-entity relational model, each value with a Δ-vs-previous + a session-lived sparkline."
- name: "renderConsole + trend (v0.20.0 — unified persona/affect console; supersedes renderAffectPane/renderPersonaPane/setPersonaStrip)"
signature: "renderConsole(snap) ; setFader(axis,v) ; setFaderTrend(axis) ; renderOrbit() ; renderDominant(snap) ; renderDerived(snap) ; renderRelations(snap) ; renderDirective(snap) ; pushAffectHistory(snap) ; sparkPointsH(vals,w,h,endX) ; padDeltas(vals) ; deltaStrip(deltas) ; orbitFrame(H,head,ts) ; orbitProj/orbitShadowY/orbitWallPt/orbitAxisPt ; startOrbitAnim() ; trendDelta(vals)"
description: "ONE render path for BOTH the Tier-1 persona_state snapshot and the Tier-3 affect snapshot (renderConsole), feeding the right affect console: dominant/canonical-mood centerpiece, bipolar PAD faders (each with a turn-to-turn Δ + sparkline), a P×A mood orbit from PAD history, an affect-derived grid, relations metric rows, and the canonical directive. Replaces the v0.19.x split of renderPersonaPane (Tier-1 pane) + renderAffectPane (Tier-3 pane) + setPersonaStrip (top-bar strip, removed — PAD now lives in the console faders)."
postconditions:
- "POST-001: reads snap.relations (relation_edge/1: target_entity + trust_ability/benevolence/integrity + warmth as {value,confidence,evidence_count} + agency + relation_context + obligation_balance) — the CURRENT Worldtree emit shape; falls back to the legacy flat snap.valence for an older emitter. SUPERSEDES the #18-D2 contract's valence assumption (Worldtree's #265 Vili rework replaced valence/regard with the relation_edge/trust model; the old renderer read snap.valence and showed an empty 'valence (0)' — the bug this fixes)."
- "POST-002: each metric shows current value + Δ-vs-previous (▲/▼) + a unicode sparkline auto-scaled to its OWN observed range (flat ▄ when sub-0.01 stable — no noise amplification), drawn from AFFECT_HIST (rolling, HIST_CAP=24, session-lived)."
- "POST-003: pushAffectHistory dedupes by emitted_at so the ~4x/turn post-turn PAD poll contributes ONE sample/turn; history is CLIENT-side only (lost on reload — durable cross-session history via a provider-side snapshot log is a deferred follow-up, NOT built here)."
- "POST-004: INV-001 honesty — no fabricated Tier-1 fields (no synthesized dominant_emotion). INV-004 — head() escapes its whole argument (incl. target_entity + relation_context from the snapshot) and metric() escapes every cell; numeric values go through toFixed, never innerHTML-raw."
- "POST-001: reads snap.relations (relation_edge/1: target_entity + trust_ability/benevolence/integrity + warmth as {value,confidence,evidence_count} + agency + relation_context) — the CURRENT Worldtree emit shape; falls back to the legacy flat snap.valence for an older emitter. Tier-1 fields (baseline_pad, mood_drift, dominant_emotion, emotions_active) render WHEN PRESENT, '—' when absent (Tier-3 lacks them)."
- "POST-002: SVG sparklines + affect visuals (v0.20.4, adapted from the design prototype; v0.20.7 = design iteration-3). Each relation metric shows a HORIZONTAL SVG sparkline (`sparkPointsH`, 56×13, auto-scaled to its OWN range, sparkFade gradient + end dot), now BACKED by a subtle grid (`<pattern id=sparkGrid>` + a bg `<rect>` behind the polyline). Each PAD fader shows current value + Δ-vs-previous (▲/▼) + a per-turn Δ STRIP: v0.20.7 REPLACES the vertical polyline strip (removed `stripPoints`) with a column of 12 diverging HTML bars (`padDeltas``deltaStrip`, newest at bottom, each bar offset L/R of a center line by that turn's Δ, magnitude→width, age→opacity, zero-Δ→faint center dot). renderOrbit is now a DIMETRIC OPEN BOX (azimuth 35° / elevation 25°, D→right / A→left-back / P→up; removed the isometric `proj3` for `orbitProj/orbitShadowY/orbitWallPt/orbitAxisPt`) — a ghost A×P wall (carrying the P readout) + a D×A floor, JS-DRIVEN animated replay (`orbitFrame` rebuilt per rAF frame by a singleton `startOrbitAnim` loop reading live `ORBIT_HIST`; no SMIL/CSS-keyframes; reduced-motion → static final-state render). All drawn from AFFECT_HIST (rolling, HIST_CAP=24, session-lived); coords are computed numerics (no upstream strings → INV-004 trivially held). Gradients/patterns live in one hidden `<defs>` svg in the console. v0.20.9 (R32-1B prep): the fader fill (`padFillFrac`) + orbit projections (`_padNorm`) AUTO-SCALE to the session's own max |PAD| (`padScale`, floor 1.0) instead of hard-clamping to [-1,1] — so an unbounded-z PAD (Worldtree R32-1B) renders at FULL range and never pegs/escapes the frame, while today's [-1,1] values are unchanged (scale==1); the exact value is always shown numerically (unclamped). This scaling is PURELY debug-display — ratatoskr is a downstream observer; it never touches the agent's real affect or any write path (the `--set-persona-pad` seed carries values unclamped)."
- "POST-003: pushAffectHistory dedupes by emitted_at||last_updated_at so the ~4x/turn post-turn PAD poll contributes ONE sample/turn; history is CLIENT-side only (lost on reload — durable cross-session history via a provider-side snapshot log is a deferred follow-up, NOT built here)."
- "POST-004: INV-001 honesty — no fabricated Tier-1 fields. The dominant-emotion centerpiece shows a real OCC dominant_emotion (Tier-1) OR the CANONICAL mood word from canonMood(pad) (Tier-3, dimmed) OR '—'; NEVER a synthesized emotion. The affect-derived grid drops non-emitted metrics (intensity/decay-τ) and shows only real/client-derived cells (baseline/drift real for Tier-1, client-derived samples/volatility). INV-004 — every dynamic value passes through esc(); numerics go through toFixed, never innerHTML-raw."
flexibility: "open"
- name: "canonical affect-NL (v0.19.5 — vendored Worldtree d2 render canons)"
signature: "canonMood(pad) ; canonDirective(rel) ; loadPersonaCanon()"
description: "Render the LITERAL mood word + relationship directive Worldtree context-injects into the agent, byte-exact to Worldtree's own describe_pad + render_d2_canonical."
- name: "canonical affect-NL + context-injection reconstruction (v0.19.5 canons; v0.20.2 full context-injection panel)"
signature: "canonMood(pad) ; canonDirective(rel) ; canonPadFallback(pad) ; canonEmotionDirective(type) ; renderDirective(snap) ; loadPersonaCanon()"
description: "Reconstruct + render the HIDDEN affect-context block Worldtree assembles into the agent's system prompt (never on any wire) — byte-exact to Worldtree's own describe_pad + render_d2_canonical + derive_directive + _pad_band_fallback. The v0.20.2 'context injection' panel shows the full block: mood descriptor + mood directive + relationship directive. Reference: docs/vendor/worldtree-persona-canon/affect-egress-consumer-reference.md (pinned)."
postconditions:
- "POST-001: DETERMINISTIC, no LLM. canonMood mirrors describe_pad (valence×arousal grid + strict ±0.3 bands + dominance clause); canonDirective mirrors render_d2_canonical (interval band-cut lookup + per-band phrase assembly + cross-axis low-trust-precedence behavior clause). BOTH VERIFIED BYTE-EXACT against Worldtree's own renderer run on the live snapshot (the reference harness re-runs Worldtree's functions + asserts string equality — reproducible)."
- "POST-002: the canon DATA is VENDORED (docs/vendor/worldtree-persona-canon/{d2-mood-render-canon-v1,d2-render-canon-v1}.json), pinned drift-gated in .corviduo-canonicals.toml (worldtree-persona-{mood,d2}-render-canon-v1); the flat browser form (static/persona_render_canon.json, served /static) is regenerated by scripts/build_persona_canon.py via Worldtree's OWN authoritative loader. Reference-impl posture: ADOPT the dep's canonical render, do NOT invent vocab — an invented 'faintly excited' would MISLEAD where the canonical (±0.3 bands) says 'neutral'."
- "POST-003: fail-open — canon absent (fetch fails) → the canonical lines OMIT, the structured pane still renders. The canon-derived strings are esc()'d before the DOM for INV-004 consistency."
- "POST-001: DETERMINISTIC, no LLM. canonMood mirrors describe_pad (valence×arousal grid + strict ±0.3 bands + dominance clause); canonDirective mirrors render_d2_canonical; canonPadFallback mirrors renderer._pad_band_fallback BYTE-EXACT (P×A quadrant: hi/lo/mid arousal band × p>0.3/<-0.3/neutral, with the negative_low_dominance (d<-0.3) special case + neutral_high_a + default); canonEmotionDirective is the occ_directives[type].directive lookup (+ tier / full_only flag)."
- "POST-002: the canon DATA is VENDORED (docs/vendor/worldtree-persona-canon/{d2-mood-render-canon-v1,d2-render-canon-v1}.json), pinned drift-gated in .corviduo-canonicals.toml; the flat browser form (static/persona_render_canon.json, served /static) is regenerated by scripts/build_persona_canon.py via Worldtree's OWN authoritative loader — v0.20.2 extended it to emit mood_directive {occ_directives, pad_band_fallback, salience, pad_band_cutoff, full_only}. The affect-egress consumer reference is pinned tolerate_drift (worldtree-affect-egress-consumer-reference-v1; worldtree-dev co-signs + pings on change)."
- "POST-003: fail-open — canon absent (fetch fails) → the reconstructed lines OMIT, the structured console still renders. Every canon-derived string is esc()'d before the DOM (INV-004)."
- "POST-004: HONEST-PARTIAL provenance (affect-egress-reference §3). The mood descriptor + relationship directive are EXACT (tagged 'exact'); the mood DIRECTIVE is a CANDIDATE pair (tagged 'candidate') — the OCC emotion directive for the delivered dominant_emotion type AND the PAD-band fallback — because affect.emit is type-only (no intensity) so the salience gate (≥0.2) can't be evaluated; BOTH are shown with the 'injected if intensity ≥ salience' caveat, never asserting which fires. When dominant_emotion is absent the fallback alone is EXACT. The panel is labeled reconstructed + hidden-from-consumers + dev-only (the reference-impl's sanctioned understand/reconstruct use, NOT end-user display per the reference's caveat). WATCH: a pending Worldtree render_d2_canonical change conditionally drops the trailing 'avoid premature we-framing' clause under a 3-gate combo — canonDirective holds as-is until worldtree-dev pings with the exact conditional + a canon bump."
flexibility: "open"
- name: "memory viewer (v0.20.7 — provider debug read → web proxy → console pane)"
signature: "server: _memory_chunks_endpoint(request) [GET /api/memory/chunks] ; provider: add_memory_read_route(app, store) [GET /memory/chunks] + RatatoskrMemoryStore.list_chunks(*, agent_id, end_user_id) + .count_chunks() ; index.html: loadMemory(agentId) ; renderMemory(data) ; setMemHead(count, total)"
description: "Durable memory chunks Worldtree promoted into OUR store, surfaced as a live-polling MEMORY console pane (content·scope·origin·revision per chunk). Mirrors the #18-D2 affect read pattern: a NON-bifrost debug read on OUR own store (bifrost's memory protocol has no list-all verb) → a web proxy supplying end_user_id server-side → the pane. Polled on session open + the post-turn window (promotion is async, like affect.emit)."
postconditions:
- "POST-001 (provider read): GET /memory/chunks?agent_id=&end_user_id= returns {chunks:[{chunk_id,content,scope,origin,revision}], count, total}. end_user_id REQUIRED (400 missing_end_user_id) — the partition boundary. Filter: end_user STRICT (scope.end_user==end_user_id), agent_id LENIENT (excluded only if the chunk CARRIES an agent_self axis that differs — so an {end_user}-only chunk, the real WT promotion shape, is not hidden). An empty match is a 200 empty list (0-chunks is a visible answer, never a 404). `total` = unfiltered store-wide count (distinguishes empty-store from scope-mismatch). content = best-effort text field / distillate summary / compact JSON-minus-embedding — a DEBUG read; bifrost verbs stay index/conduit-faithful."
- "POST-002 (web proxy): GET /api/memory/chunks supplies end_user_id from app.state.end_user_id (NEVER the browser), forwards the browser-named agent_id, proxies to app.state.memory_read_url (the combined :8392 provider serves both read routes). 400 memory_not_configured when unset; 502 memory_provider_unreachable on network error; status passthrough otherwise. Mirrors _affect_state_endpoint (#18 D2 INV-002)."
- "POST-003 (pane): renderMemory shows count(matched)/total(store-wide) in the head + one .mem-chunk per chunk (scope axes + origin + revision + content, ALL esc()'d — INV-004). Empty states are honest + diagnostic: total 0 → 'no memory chunks yet — promotion needs a bound memory/combined session + ~6 turns (or idle); if 0/0 the bind wasn't memory-granted or closed pre-promotion'; total>0 → 'scope mismatch, not an empty store'."
flexibility: "open"
- name: "markdownSafe pass-2 (v0.20.6 RP coloring + v0.20.7 tables / nested lists / streaming)"
signature: "markdownSafe(raw) ; mdTable(lines, i) ; mdInline(s)"
description: "The escape-first whitelist Markdown renderer, extended pass-2: GFM pipe tables, indentation-nested lists, ordered-list start numbering, and streaming-partial robustness. Pass-1 (RP speech/action coloring + CommonMark paragraph reflow) shipped v0.20.6."
postconditions:
- "POST-001: GFM pipe tables (`mdTable`) — a pipe row + an alignment/delimiter row (`|---|:--:|`) → <table class=md-table> with per-column text-align from the delimiter colons; body rows parsed until a non-pipe line."
- "POST-002: indentation-nested lists — leading-space depth builds a stack of <ul>/<ol> with each child list INSIDE the open parent <li> (valid nested HTML); same-level items are siblings; ul↔ol switches close+reopen. Ordered lists honor the first item's number (<ol start=N> when != 1)."
- "POST-003: streaming robustness — an unterminated code fence renders as a partial code block; a table header without its delimiter yet falls through to a paragraph (becomes a table once the delimiter streams in); parsing never throws on a partial. INV-004 held — esc() runs FIRST on the whole input, so table cells / list items / code all carry escaped content."
flexibility: "open"
invariants:
- "INV-004 (untrusted-render): ALL model / tool / admin / agent-supplied text is escaped before entering the DOM (esc via textContent, or esc(JSON.stringify)). No new render path introduces an innerHTML sink for upstream content. This is the highest-value review target — the new JS render paths are NOT unit-tested."
- "INV-004 (untrusted-render): ALL model / tool / admin / agent-supplied text is escaped before entering the DOM (esc via textContent, or esc(JSON.stringify)). No new render path introduces an innerHTML sink for upstream content. This is the highest-value review target — the new JS render paths are NOT unit-tested. v0.20.7: the memory pane (chunk content/scope/origin), the delta-strip bars, and markdownSafe table cells / list items all pass through esc() (esc runs FIRST on the whole markdown input)."
- "INV-ADMIN-KEY: the admin key exists ONLY at app.state.admin_key (from RATATOSKR_ADMIN_API_KEY). It is never serialized into any response, never sent to the browser, never logged. The browser receives only the session-filtered RESULT of admin-scoped reads."
- "INV-FILTER: AdminEvents filtering happens SERVER-side (_admin_event_matches_web) — the browser never receives the cross-session admin firehose; only active-session events + non-heartbeat system.* cross the wire."
- "INV-FAIL-VISIBLE: both admin routes return 400 admin_key_not_configured when the key is absent — never a silent empty pane, never an upstream call with an empty bearer."
+160 -9
View File
@@ -2699,10 +2699,13 @@ The `turn.started` event always carries `bifrost_override_applied: bool` (True/F
Tier 3 agents are consumer-owned, Worldtree-hosted agents whose
identity lives at `<user_id>:<agent_name>`. They share the persistent
session infrastructure with Tier 1 / Tier 2 but layer-specific
machinery (persona, motivational, memory, valence) is reserved for
later phases — Phase 2.0 ships baseline addressing + ownership +
lifecycle only.
session infrastructure with Tier 1 / Tier 2. The layer-specific
machinery is now largely active: **`persona` (Phase 2.1, #186),
`memory` (Phase 2.1, #197), and `motivational` (Phase 2.2, #187) are
shipped and consumer-settable at define-time.** Only **`valence` remains
deferred** (non-null → 422 `layer_deferred`). Phase 2.0 shipped the
baseline addressing + ownership + lifecycle substrate; the subsections
below document the active layers and their exact validated shapes.
### Endpoints
@@ -2720,11 +2723,13 @@ lifecycle only.
{
"agent_name": "wizard",
"system_prompt": "You are a guided-elicitation wizard...",
"model": "glm5-turbo",
"persona": null, // schema-reserved; non-null → 422 layer_deferred
"motivational": null,
"valence": null,
"memory": null
"role": "gen-reasoning", // REQUIRED — a configured model-role (#344), not a raw model id
"persona": { // active (Phase 2.1) — single-letter OCEAN keys; see "Persona layer"
"ocean": {"O": 0.4, "C": 0.6, "E": -0.3, "A": 0.2, "N": 0.5}
},
"motivational": null, // active (Phase 2.2) — see "Motivational layer"
"memory": null, // active (Phase 2.1) — see "Memory layer"
"valence": null // still deferred — non-null → 422 layer_deferred
}
```
@@ -2756,6 +2761,152 @@ after definition.
The 201 response includes an advisory `warnings` array (#219) — see
"Model-assignment warnings" under `PATCH` below.
> **Vendoring note (OpenAPI 2.3.0).** In the frozen OpenAPI 2.3.0 document
> the `persona` / `motivational` / `memory` / `valence` request fields
> serialize as **untyped/freeform** — the `POST /agents/define` request
> model types them as `Any` so the layers can activate without a
> schema-breaking change. The shapes documented in the subsections below
> are the **authoritative, validator-enforced** schemas; generate client
> types from this section, not from the freeform OpenAPI fields.
##### Persona layer (Phase 2.1, #186)
`persona` is **active** as of Phase 2.1. It carries the agent's OCEAN
personality vector — the durable trait profile from which Worldtree
derives the mood setpoint (`baseline_pad`) and the mood dynamics
(gain + relaxation time-constants). Shape:
```json
"persona": {
"ocean": { // REQUIRED — exactly these 5 keys, no more, no fewer
"O": 0.4, // Openness — float in [-1.0, 1.0]
"C": 0.6, // Conscientiousness
"E": -0.3, // Extraversion
"A": 0.2, // Agreeableness
"N": 0.5 // Neuroticism
},
"behavioral_notes": "...", // optional, ≤ 4096 chars
"temperament_notes": "..." // optional, ≤ 4096 chars
}
```
**⚠ OCEAN key format — single-letter, uppercase.** The `/agents/define`
persona validator requires the `ocean` map to contain **exactly** the five
uppercase single-letter keys `O, C, E, A, N`. This is a deliberate,
load-bearing contrast with the transient-character primitive
(`POST /characters`), whose `ocean` block uses the **spelled-out**
lowercase keys (`openness`, `conscientiousness`, …). Sending spelled-out
keys to `/agents/define` returns 422 `persona_ocean_required` ("must
contain exactly the 5 keys O, C, E, A, N").
> **Fixed in v1.0.0b21 (#348).** Before that build a correctly
> single-letter-keyed persona was accepted and stored, but resolved to a
> **neutral** mood, because Worldtree's internal mood-derivation read the
> spelled-out key form. On v1.0.0b21+ an API-declared persona correctly
> drives the derived mood setpoint. If you observe neutral mood on a
> persona-defined agent, confirm the deployment is ≥ v1.0.0b21.
**Range.** Each value is a float in `[-1.0, 1.0]` **signed** — `0.0` is the
population mean, NOT `[0.0, 1.0]`. Booleans are rejected. Out-of-range → 422
`persona_ocean_out_of_range`. See [`docs/ocean-traits.md`](ocean-traits.md)
for the SOTA-grounded 5-band behavioural mapping.
Semantics:
- **Per-agent identity trait** — identical for every end-user and session;
immutable post-define (`PATCH {"persona": …}` → 422 `field_not_mutable`).
To change the OCEAN profile, delete and re-define the agent.
- **`extensions` is reserved** — the field exists but must be empty at v0.1;
a non-empty `extensions` returns 422 `layer_deferred`.
- **Sets the mood SETPOINT, not the current mood.** The OCEAN vector fixes
`baseline_pad` (the PAD point the mood relaxes toward over time); the
*current* per-session mood point is seeded separately via
`POST /sessions/{id}/persona_state` (below).
Validation 422 codes: `persona_ocean_required` (missing `ocean`, or keys
≠ {O,C,E,A,N}), `persona_ocean_out_of_range` (a value outside [-1.0, 1.0], or
a boolean), `persona_notes_too_large` (a note > 4096 chars), `layer_deferred`
(non-empty `extensions`), `validation_failed` (unknown top-level field).
##### `POST /sessions/{session_id}/persona_state` — seed the session mood point (Phase 2.1, #186/#189)
Session-scoped mood seed. Sets the *current* PAD mood point for one
session's bound agent — the starting emotional state, distinct from the
OCEAN-derived setpoint the mood relaxes toward. Works on any
persona-enabled session (Tier 1 or Tier 3); most useful for a Tier 3
durable-agent session that wants to start a conversation from a specific
mood.
Request:
```json
{
"pad": {
"pleasure": 0.42, // float in [-1.0, 1.0]
"arousal": 0.25,
"dominance": 0.33
}
}
```
Response: **`204 No Content`** — no body, no audit event (a session-scoped
runtime overlay, not a security-relevant event).
Semantics:
- **PAD-only** (#317 Option A). The body accepts exactly one key, `pad`,
which must carry all three of `pleasure` / `arousal` / `dominance`, each a
float in `[-1.0, 1.0]`. Any other top-level key → 422 `validation_failed`;
a missing or malformed `pad` → 422 `persona_seed_invalid`.
> **✓ R32-1B (landed, v1.0.0b29):** The PAD range `[-1.0, 1.0]` relaxes to an **unbounded latent `z`** with a finite wire sanity bound (`~±10`) as of R32 Slice-1B. The JSON shape/fields/types are UNCHANGED — only the declared range/semantics change (the value becomes a latent that renders to a bounded display value). Consumers that merely store-and-return PAD need no change; consumers that validate/clamp PAD to `[-1,1]` must relax that bound. Source of truth: `docs/contracts/persona_envelope.contract.md` rev 1.7 (INV-ENV-16).
- **Seeds the current mood POINT, not the setpoint.** The OCEAN persona
(above) fixes the setpoint the mood relaxes toward; this endpoint sets
where the mood *starts*. It does not alter the persona.
- **Cross-owner sessions return 404** (existence-hiding — a session that
isn't yours is indistinguishable from one that doesn't exist).
- **Pull-over-push precedence (#289).** Once a session's baseline has been
rehydrated from an `affect.fetch` (the authoritative cross-session
source), a later SET seed is silently ignored — the fetched baseline wins.
There is **no** `POST /agents/{id}/persona_state` — mood is per-session, not
a durable agent property. `GET /agents/{agent_id}/persona_state`
short-circuits to 404 for Tier-3 colon-ids: Tier-3 mood is observable only
over the Bifrost `affect.emit` egress (ADR-0009), never read back through
the HTTP API.
##### Memory layer (Phase 2.1, #197)
`memory` is **active** as of Phase 2.1 but exposes a deliberately minimal
surface — the short-term-memory (STM) tier was removed (#197), so the
historically-present `stm_*` knobs are accept-and-ignore no-ops. Shape:
```json
"memory": {
"embedder_version": "<pinned>", // optional; MUST equal the library-pinned version
"tier3_dreaming": false // optional bool, default false
}
```
Semantics:
- **`embedder_version`** — optional. If supplied it MUST equal the library's
currently-pinned embedder version; a mismatch → 422
`embedder_version_mismatch` (with `expected` / `received` in the detail).
Omit it to accept the pin. Fixed at define-time and library-pinned
thereafter.
- **`tier3_dreaming`** — optional bool (default `false`); opt-in flag for the
Tier-3 dreaming / consolidation path.
- **`stm_capacity` / `stm_token_budget`** — **deprecated no-ops.** Accepted at
define (201) with a `DeprecationWarning`; they carry no runtime effect since
the STM tier was removed, and are slated for rejection at the next schema
break. Do not send them in new integrations.
- **`allows_world_scope` — removed.** Sending it → 422 `validation_failed`
("world-shared knowledge belongs in the KB/Mimir plane").
- **Wholesale-immutable post-define.** `PATCH {"memory": …}` → 422
`field_not_mutable` (even for the deprecated `stm_*` fields) — see the
PATCH table above.
##### Motivational layer (Phase 2.2, #187)
`motivational` is **active** as of Phase 2.2 (persona + memory activated in
+1 -1
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@@ -69,7 +69,7 @@ sub-gap).
|---|---|---|---|
| `POST /sessions` | ✅ | `sessions.py:307``cli.py:482`,`tui.py:1508`,`web/server.py:155` | + `end_user_id`, `bifrost` binding; 404→AgentNotFound, 502→BifrostHandshakeFailed |
| `POST /sessions/{id}/messages` (turn stream, SSE) | ✅ | `sse_client.py:484` `stream_turn` → cli/tui/web | the primary surface; 409→AgentNotAvailable, 503→TurnLaunchUnavailable (b2 #331) |
| `POST /sessions/{id}/history` (authored-history-write, #347) | ✅ | `sessions.py:583` `write_authored_history``cli.py:758` `--seed-first-message` | v1: author=assistant, effects=none, per-session idempotency; 404→AuthoredHistoryUnavailable (hide-existence: feature-absent, never probe); 409/422 mapped. **Live-proof pending** the `session.history.write` grant (requested infra-ops 2026-07-06) — ungranted returns the hide-404, so the probe exercises the feature-absent fallback until granted (Tier-2 precedent: ✅ code-complete + graceful-degrade) |
| `POST /sessions/{id}/history` (authored-history-write, #347) | ✅ | `sessions.py:583` `write_authored_history``cli.py:758` `--seed-first-message` | v1: author=assistant, effects=none, per-session idempotency; 404→AuthoredHistoryUnavailable (hide-existence: feature-absent, never probe); 409/422 mapped. **LIVE-PROVEN 2026-07-06** on personal :8081 (grant applied via a rule-based Heimdall allow, worldtree-dev): create mimir session → seed → **201** (seq=0, phase=seeded, turn_id=1798) → GET /messages reads it back as a plain role=assistant turn (model-invisible provenance confirmed). Hide-404 for ungranted is unit+probe covered |
| `GET /sessions/{id}/messages` (history) | ✅ | `sessions.py:635` `get_session_messages``cli.py:758` `--seed-first-message` read-back | un-deferred as the #347 seed read-back — confirms model-invisible provenance (a seed reads back as a normal `role=assistant` turn) |
| `POST /sessions/{id}/turns/{turn_id}/cancel` | ✅ | `sse_client.py:581` → cli/tui/web | two-stage Ctrl-C; 404/409 mapped |
| `GET /agents` | ✅ | `sessions.py:341``tui.py:1472`,`web/server.py:100` | Tier-1 roster; merged with local index |
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# Design brief — `ratatoskr-web` (Worldtree wire monitor)
> **For:** a visual design pass (Claude Design). **Deliverable:** a single
> self-contained HTML prototype, fully populated with representative static
> data, that an engineer will wire live data into. **Do not** build a data
> layer — build the *shell* and *every state*, beautifully, with placeholder
> content in every slot.
---
## 1. What you're designing
`ratatoskr-web` is a **developer-grade debug/observability console** for a
conversational-AI engine (Worldtree). Its tagline is *"wire monitor"*: you open
a session with an AI agent, send it turns, and **watch that turn flow through
every layer of the system at once** — the streaming response, the model's
chain-of-thought, the tools it can call, the agent's live emotional/persona
state, the provider handshake, and the engine's admin lifecycle events — all
side-by-side on one screen.
**The product IS the observability surface. Chat is just the input.** This is
not a chat app, not a marketing page, not an end-user product. The user is one
developer (occasionally a few LAN peers) staring at a dense instrument to debug
what the engine is doing. Think **oscilloscope / flight-data console / a well-lit
`htop`**, not a messaging UI.
**Design values, in priority order:**
1. **Information density earns the screen.** Every region shows live, changing
data. Nothing is decorative filler. A quiet, legible, glanceable density is
the whole point — the user reads six data streams at a glance.
2. **Calm under motion.** Multiple regions update in real time (token streams,
live metrics, event logs). The design must stay readable while things move —
no jitter, no attention-grabbing per-item animation. Motion is for *state
change*, used sparingly.
3. **Legibility first.** Monospace, high contrast where it counts, generous but
not wasteful spacing. This runs for hours; it must not tire the eye.
---
## 2. Aesthetic direction — Australis
Use the **Australis design system** (a cool-toned, terminal-first dark theme —
the `australis-design` skill has the canonical tokens: colors, spacing, radii,
shadows, motion). Import/inline `colors_and_type.css`; don't reinvent tokens.
Non-negotiables from the brand:
- **Dark only.** Base is a cool near-black **`#222531` — never pure `#000`.**
The eye rests in low-contrast cool grey; **emphasis comes from *brightness*,
not saturation.** Layer surfaces up the Sea neutral ramp (`#222531 →
`#373b46` → `#414751`).
- **Palette families:** *Ice* (surface neutrals), *Aurora* (blue → cyan → green,
the primary accents — used generously in that preference order), *Dawn*
(red/yellow/magenta — sparingly, for status only). Semantic: info=blue,
success=green, warning=yellow, danger=red.
- **The signature motif is the aurora glow** — a low-opacity cyan→blue→green
light coming *through* the top of the screen, plus a 3px aurora focus ring on
interactive controls. Lean into this as the one memorable thing.
- **No noise, no textures, no patterns.** *"The screen is the polar sky — empty,
with light coming through it."* The one sanctioned gradient is the aurora glow.
- **Never a colored left-border on cards** (the LLM-slop trope). Featured cards
accent the *top* edge instead.
- **Type:** this instrument is **mono-first** — that IS on-brand for Australis
("terminal-first"). Use a monospace stack (JetBrains Mono / system mono; see
§9 — no web-font CDN allowed). Eyebrows/labels are **mono, UPPERCASE, ~11px,
wide-tracked (`0.080.16em`)** — use them liberally; they're a system
signature.
- **Motion:** calm, never bouncy. ~120ms hover, ~200ms state, ~320ms panels.
Focus = aurora glow ring. Hover = one step *brighter* (not lower opacity).
A slow (814s) aurora drift on a hairline top band is welcome; nothing else
should loop.
The current UI already borrows this palette — you're not inheriting it, you're
**redesigning the layout and craft from scratch** with the brand as the guide.
Feel free to rethink the spatial composition entirely (see §10).
---
## 3. The two screens
### Screen A — **Session setup** (entry)
A single centered card on the aurora canvas. Fields:
- **Agent** — a `<select>` (populated live; show 34 sample options incl.
`ratatoskr:sindra`, `forseti`, `mimir`).
- **Bifrost binding (Tier-3 provider)** — a `<select>`: `combined (:8392)` /
`none — observe only` / `memory (:8391)` / `affect (:8390)`.
- **Open session** — primary button.
- An error line (design the error state too — e.g. "agent not available").
### Screen B — **Live workspace** (the main event — 95% of the design effort)
Persistent top bar + status line spanning full width; between them a **two-region
body: a conversation column (left, dominant) and a telemetry column (right,
tabbed).** Current split is ~1.85 : 1 — you may re-proportion. The information
inventory below is exhaustive; **every item needs a home.**
---
## 4. THE COMPLETE INFORMATION INVENTORY
This is the core of the brief. Design a slot for **every** item, in a sensible
state. Data shapes are given so your placeholders read true.
### 4.1 Top bar (persistent)
| Item | Shape / example | Notes |
|---|---|---|
| Brand | `ᛯ ratatoskr` + eyebrow `WIRE MONITOR` | the mark is a rune glyph; small |
| **Connection status** | one of: `offline`, `connected` (idle), `streaming`, `error` | dot + label; **streaming pulses**; color-coded (grey/green/cyan/red) |
| **Persona strip** (appears after a session hydrates) | dominant-emotion word (`love`) + **PAD bars**: `P`, `A`, `D` | each PAD bar is **bipolar** — centered on 0, fills left (negative) or right (positive), value ∈ [1, 1]; **live-updates every turn** |
| Session identity | `ratatoskr:sindra · …381b99f4` | agent id + last-8 of session id |
| Bound-plane badge (when bound) | `⇄ combined http://10.100.10.50:8392` | plane + endpoint; only when a Bifrost binding is active |
### 4.2 Conversation column (the transcript + composer)
The transcript is a scrollable stream of turns. Design each element:
| Element | Example content | Notes |
|---|---|---|
| **Turn divider** | `TURN 3` between hairlines | uppercase eyebrow, rule lines each side |
| **User prompt echo** | ` what's your intensity setting?` | the user's message, accent-marked |
| **Assistant response** | streaming **Markdown** (headings, bold, italic, `code`, lists, quotes, links) | accumulates token-by-token while live; distinct "live" treatment vs settled |
| **Seeded first-message** | a full assistant turn present *before the user speaks* (an authored greeting) | renders **identical to a lived assistant turn** — the session can OPEN already showing the agent's opener |
| **Reasoning / "thinking" note** | `✦ sindra is reasoning···` (italic) | **ephemeral** app affordance — appears while the model reasons, vanishes the instant real text begins; visually distinct from the response so it never reads as engine output |
| **Awaiting-first-token** | `···` animated | heartbeat before the first token |
| **End-of-turn status chips** | `✓ DONE 1.84s` · `✗ ERROR agent_not_available` · `⚠ CANCELLED` · `✗ WIRE lost` | small bordered chips; color per state |
| **Composer** (pinned bottom) | ` [ message input ] [SEND]` | Enter=send, Shift+Enter=newline; during a turn the Send button becomes **CANCEL** (amber) |
### 4.3 Telemetry column (six tabbed panes)
A tab bar + a pane header (with a **Copy** button) + the active pane body.
**Tabs** (each: name · keybinding hint · a count **badge** that *flashes* on new
data): `TOOLS ^1` · `DEBUG ^2` · `THINK ^3` · `PERSONA ^4` · `BIFROST ^5` ·
`ADMIN ^6`. Active tab is accent-marked.
Pane contents — design each, populated:
1. **Tools** — the tool inventory the model saw at turn-fire:
`agent_id`, `builtin_tools[]` (names), `bifrost_tools[]` (name + description +
parameters). Below it, **live tool-call events** stream in (`tool_start` →
`tool_result`) as the turn runs. Empty state: `— live tool events —`.
2. **Debug** — a raw structured op/lifecycle log (mono lines; new lines flash
once). Think `tail -f`.
3. **Think** — the model's **full chain-of-thought**, per-turn dividers,
live-Markdown. Longer prose than the response.
4. **Persona / affect** — *the richest pane.* Contains:
- **The canonical NL directive** the engine injects into the agent's context
— the literal text: a **mood descriptor** ("neutral", "faintly excited",
±0.3 bands) + a **relationship directive**. Show this verbatim, quoted.
- **PAD mood point** — pleasure / arousal / dominance current values.
- **relations[]** — for each related entity (e.g. the user): **trust**
(ability / benevolence / integrity), **warmth**, **agency**,
`relation_context` (a tie-type word like "stranger" / "expressive"), each as
a **metric row**: `label · value · Δ-since-last (▲/▼) · unicode sparkline ·
n (evidence count) · descriptor`. Values are 01 with 23 decimals.
- **dominant_emotion** (an OCC type: joy/anger/fear/…) + **emotions_active[]**.
- Design the **metric row** as a reusable component — it's the densest,
most-repeated element in the whole UI. Tabular-aligned numbers, a tiny
inline sparkline, a subtle up/down Δ.
5. **Bifrost** — the live provider binding (admin-gated): `endpoint`,
`connected` (bool), `capabilities_granted[]`, `consumer_id`, `tools[]`.
**Self-labeling states:** `not configured` (no admin key) / `not bound`
(session has no live binding) / an auth-denied state.
6. **Admin events** — a live event log of the engine's lifecycle broadcast
(a ~17-type vocabulary: `turn.started`, `session.created`, `system.*`, …),
filtered to the active session. Streaming; timestamped lines.
### 4.4 Status line (persistent, bottom)
- **Keybinding legend:** `Enter send · ⇧Enter newline · ^1^6 panes · ^C cancel`
(rendered as little `kbd` chips).
- **Version:** `ratatoskr 0.19.9` (right-aligned).
---
## 5. States to design (show these explicitly)
Provide a mock (or a toggle) for each — these are where debug UIs live or die:
- **Setup:** loading-agents · ready · create-error.
- **Connection:** offline · connected/idle · streaming (pulsing) · wire-error.
- **Turn lifecycle:** awaiting-first-token · reasoning (✦) · streaming response ·
done (+timing chip) · error · cancelled.
- **Panes:** empty/placeholder · hydrated/dense · **not-configured** (admin key
absent) · **not-bound** (Bifrost) · error · a **badge flash** on new data.
- **Persona pane specifically:** a fully-populated relations block AND a
cold/empty one (a fresh agent with no accumulated state).
---
## 6. Interaction & motion
- **Real-time is the defining trait.** The response + thinking panes stream
token-by-token; the metric rows tick; event logs append; the persona strip
re-animates each turn. Design so all of this is *calm* — the reader's eye
isn't yanked around. Reserve motion for genuine state transitions
(turn-start, done, a new event) and keep it short.
- **Keyboard-first.** `^1^6` switch panes; `Enter`/`⇧Enter`/`^C` drive the turn.
Panes are also clickable. Show focus states.
- **The aurora glow is the interaction signature** — focus rings, the top band,
the connection pulse, the primary-button hover. Make it the thing someone
remembers.
- **Copy-to-clipboard** on each pane header (with a copied-confirm state).
---
## 7. Layout — you have latitude
The current layout is a fixed two-column split. **You may rethink it** — as long
as every §4 item has a legible home and the density stays high. Directions worth
exploring (pick one, commit):
- A **command-console** feel: a slim persistent left rail of "instruments," a
dominant conversation center, a right telemetry stack.
- A **grid of live tiles** (the metrics/panes as a dashboard) with the
conversation as the anchor column.
- The **classic monitor** split, but with far better hierarchy, grouping, and
breathing room than today.
Desktop-first; design at **14401512px** wide. Graceful down to ~1100px is a
plus (this runs on a dev laptop). No mobile.
---
## 8. Deliverable — what to hand back
**A single self-contained `index.html`** (inline `<style>` + `<script>`; see §9
constraints) that:
1. Renders **Screen A** and **Screen B** (a toggle/hash is fine).
2. Has **representative static placeholder data in every §4 slot** and shows the
key §5 states (either multiple mocks or lightweight JS toggles). I want to see
the design *fully populated and dense*, not empty scaffolding.
3. Uses **clean, semantic, stable hooks** — meaningful `id`s / `class`es /
`data-*` on every dynamic slot (the transcript container, each pane body, the
PAD bars, a metric-row template, the connection dot, the tab badges, etc.).
This is how I wire real data in — treat the DOM structure as an API.
4. Imports/inlines the Australis tokens; no invented palette.
I will then **swap your placeholder content for live `fetch()` + `EventSource`
calls** against the real endpoints (§9). The cleaner and more component-shaped
your DOM, the faster and safer that wiring is. A short note listing your mount
points / how you'd expect data injected is very welcome.
---
## 9. Hard technical constraints (these make it wire-able)
- **Single file. No build step. No CDN. No external network at runtime.** This
ships to an internal LAN and must work offline. That means: **no Google Fonts /
no web-font CDN** (use a system monospace stack), no CDN JS/CSS libraries,
everything inline. (Icons: use unicode glyphs `➜ ✓ ✗ ! ● ✦ ` or hand-inlined
SVG — Australis uses Lucide-style 1.75-stroke line icons; inline them.)
- **Vanilla HTML/CSS/JS.** No framework (the production app is framework-free
vanilla JS). React/Vue prototypes can't be wired in.
- **All dynamic text is escaped** on the real side (untrusted upstream content);
assistant/reasoning bodies go through a safe-Markdown renderer (escape-first,
whitelist subset). Don't design anything that depends on raw HTML injection.
- **The real data contracts** (so your structure maps to the wire — you don't
implement these, just leave homes for their outputs):
- `GET /api/agents` → agent list (for the setup picker).
- `POST /api/sessions {agent_id, bifrost_plane?}` → `{session_id, agent_id, bifrost?}`.
- `GET /api/sessions/{id}/messages` → `{items:[{seq, role, content}], …}` (the transcript on open, incl. the seeded first-message).
- `POST /api/turns/{id} {content}` → `{turn_id}`, then **`GET /api/turns/{id}/stream` (SSE)** — event vocab: `text`, `thinking`, `tool_start`, `tool_result`, `done`, `error`, `awaiting_llm_first_token`, terminal events. `POST /api/turns/{id}/cancel`.
- `GET /api/sessions/{id}/tools` → tool inventory. `GET /api/sessions/{id}/bifrost` → binding state.
- `GET /api/affect/{agent_id}` / `GET /api/agents/{id}/persona_state` → PAD + relations + dominant_emotion (the persona pane + strip).
- **`GET /api/admin/events` (SSE)** → the admin lifecycle log.
---
## 10. Tone check
The user is an engineer who respects the tool that respects *their* attention.
The winning design is **quietly excellent**: dense but never cramped, alive but
never busy, cool and legible, with the aurora as a single confident signature.
Impress by making six live data streams feel *calm and readable at a glance*
that's the hard, valuable thing here, not decoration.
@@ -0,0 +1,242 @@
# Psychological Profile Authoring Spec — canonical
**Status:** canonical (v1). **Owner:** brokkr-smithy-dev (R34/R35 self-report reframe).
**Audience:** anyone authoring a character's `psychological_profile` — Worldtree
foundational characters (soong-dev) and consumer characters created via the
Conversation API (ratatoskr and other external consumers).
**For:** the Worldtree agent-definition schema; intended to live in the Worldtree
client-app documentation.
This spec governs the **content** of the psychological profile (what to write and
what never to write). The **physical wire shape** of the field (single string vs a
small keyed dict) is Worldtree's schema call — see § Wire shape.
---
## 1. What it is
A dedicated **authored prose section** of a character definition that carries the
character's **psychological bent and formative experience**. It is the source the
self-report producer maps from when it decides, on each turn:
- **what the character feels** (affect self-report), and
- **what the character notices and keeps** (character-voiced memory salience).
The profile is a *lens*, not a script. It never states per-turn emotions; it
describes the standing disposition, history, values, and attention that — combined
with the actual event — *produce* the emotion and the salience.
It sits **alongside the numeric OCEAN** values (a separate, deterministic input).
The prose gives the *qualitative* bent; the OCEAN numbers give the *magnitude dial*
(see § OCEAN interaction).
---
## 2. What it carries — the four dimensions
1. **Disposition / appraisal bent** — how the character characteristically
*interprets* situations: attribution style, what they hold weighty, how they
respond to being challenged. NOT per-event emotions.
2. **Attention / salience focus** — the kinds of things this character
characteristically *notices* (and therefore tends to remember).
3. **Values / what a good day looks like** — the yardstick that drives what they
find worth keeping.
4. **Formative experience (history)** — the background that shapes both appraisal
*and* salience. A character betrayed before appraises betrayal differently, and
remembers different things.
You may write these as four short labelled sections or as one integrated paragraph
— both are supported (see § Length & format).
---
## 3. Authoring rules (load-bearing)
These are the rules the whole reframe depends on. Rule 1 is the one that most often
gets violated.
1. **Never name a per-event output emotion.** Do NOT write "is anxious", "gets
angry at X", "feels hurt when criticized", "joyful". Naming an emotion **primes**
it — the "pink ball" effect — so the producer will report that emotion regardless
of what actually happens in the scene. Describe *disposition, history, values,
attention*; let the emotion come from the event appraisal.
- ✅ "Registers quickly when authority is substituted for craft." (an appraisal
trigger — sets up how she reads an event, names no feeling)
- ❌ "Feels contempt when someone pulls rank." (names the output emotion)
2. **Magnitude lives in the numeric OCEAN, not the prose.** *How strongly / how
long* a character reacts (Neuroticism) is the deterministic OCEAN dial, rendered
valence-neutral by the producer. Do not narrate reaction dynamics in the prose
("comes apart", "takes it hard", "rich inner life") — that double-encodes what the
number already carries. The prose gives the *qualitative bent*; the number gives
the *gain*.
3. **Appraisal-style is allowed; output-emotion is not.** "Interprets others'
actions charitably until she can't" (a style) is fine; "feels betrayed easily"
(an output) is not. The style plus the event produce the output.
4. **Salience is character-relative; facts are not.** The profile shapes what the
character *cares to remember*. It must never license rewriting *what happened*
when the character does remember something, it stays grounded in the transcript.
---
## 4. Wire shape & field placement
- **Content is prose** covering the four dimensions, authored as **one coherent prose
string** — the four dimensions are authoring *structure* inside that single string,
not separate wire fields.
- **Wire shape (LOCKED, b53):** a single dedicated prose string, field
**`psychological_profile`** (type `str`) on the persona layer — foundational
`persona.psychological_profile`, Tier-3 `ValidatedPersona.psychological_profile`. It
nests under the existing `Any`-typed persona field, so it is the shipped b53 shape —
no schema change. **Not** a dict-of-four.
- **Hard constraint (non-negotiable):** the profile is a **dedicated field the lens
reads ONLY** (`resolve_psych_profile` reads only this field — no `behavioral_notes`
or other general-field remap). Non-lens content leaking into the lens produces the
"executive-assistant" failure (the producer reads response-format / tone / tool
instructions as if they were the character's psychology).
---
## 5. The non-priming banned set
The non-priming rule (Rule 1) is **semantic, not a fixed wordlist** — it bans naming
any per-event output emotion, which is broader than any specific vocabulary
("anxious", "worried", "hurt" all prime even though they are not in the producer's
fixed emotion roster).
- **The gate is human review:** does the prose describe disposition / appraisal-style
/ history / values / attention, and never what the character *feels*?
- **A mechanical lint is a backstop, not the gate.** If you build one, scan the
fixed-15 OCC roster plus `synonym_map.json` (which already folds common affect
synonyms) as the core set, optionally extended with a general affect lexicon. Treat
a lint hit as a prompt to re-read, not an automatic reject.
---
## 6. Required vs optional dimensions
- **Required** (they *are* the lens): **disposition**, **attention / salience focus**,
**values**.
- **Strongly recommended:** **formative history** — it is the single biggest lever on
richness (validated in P03: richer history → sharper, more character-appropriate
salience). It may be brief for a deliberately thin character, but omitting it leaves
salience under-grounded.
---
## 7. Length & format
- A focused paragraph, or four short labelled sections — **a lens, not a biography.**
- Target **~150300 words.** The producer reads this on **every** turn, so keep it
tight; bloat is a latency and dilution cost.
- **Prose only — never typed emotion fields.** The four dimensions are a coverage
checklist for the author, not a schema of feelings to fill in.
---
## 8. Exemplars
These three were the validated P03 stimuli — integrated-paragraph form, each faithful
to its OCEAN, none naming an output emotion. (OCEAN shown in **[1, 1] storage units**;
validated in P03 at the equivalent [0, 1] values.)
**Perrin — court scribe** (OCEAN: O0.0 C0.2 E0.2 A0.1 N0.7)
> Perrin keeps the court's records and has done so through two changes of regime. He
> learned early that small errors compound — a misfiled writ once cost a man his
> lands, and Perrin found the mistake too late to undo it. Since then he double-checks
> everything and watches situations closely for what is out of place. He forms
> attachments slowly and holds a given trust as a considerable thing. He measures
> himself by whether he was useful and careful. He notices discrepancies, unspoken
> tensions, and anything that threatens the order he keeps.
**Vared — veteran caravan guard** (OCEAN: O0.2 C0.4 E0.5 A0.2 N0.7)
> Vared has guarded caravans across the northern routes for twenty years and buried
> more traveling companions than he cares to count. He speaks little and shows less.
> Danger he treats as weather — a thing to be handled. He judges people by what they
> do under pressure and remembers who held the line. What reaches him reaches him
> quietly and privately. He notices terrain, exits, who is armed, and shifts in a
> group that might precede trouble.
**Sella — village healer** (OCEAN: O0.2 C0.2 E0.0 A0.8 N0.0)
> Sella has tended the sick since she was old enough to carry water for her
> grandmother, the healer before her. She reads people's pain quickly and carries some
> of it with her. She interprets others' actions charitably until she cannot, and
> prioritizes keeping the peace between people. She measures a day by whether she eased
> someone's burden. She notices who is unwell, who is troubled, and what is left
> unsaid.
Note how each closes on **attention** ("he notices…", "she notices…") — the salience
focus stated plainly, no emotion named.
---
## 9. OCEAN interaction & the scaffold fallback
OCEAN values are stored on **[1, 1]** (0 = average) — a **separate deterministic
input** and the **magnitude dial** the prose must not duplicate (Rule 2). The producer
renders **off-average** bands as valence-neutral disposition cues. It maps storage to
[0, 1] first (`c = (v + 1) / 2`, `render_disposition` in b53) and then applies the
canonical [0, 1] band cutoffs (`c < 0.33` low / `c > 0.66` high). In **storage units**
that is:
| trait | low (v < 0.34) | high (v > +0.32) |
|---|---|---|
| **N** (reactivity only) | reactions are milder than most people's | reactions are more intense than most people's |
| **E** (expression; may be excluded from affect elicitation) | socially reserved; expression less outwardly amplified | socially expressive; reactions more externally visible |
| **O** | prefers the familiar, the concrete, established ways | curious, drawn to novelty, ideas, the unfamiliar |
| **C** | less plan-bound; less weight on order, detail, obligation | attends closely to order, detail, and obligations |
| **A** | less inclined to assume cooperative intent; direct, self-protective | more inclined to preserve rapport and weigh others' needs |
The **mid** band (0.34 ≤ v ≤ +0.32, i.e. `c` in [0.33, 0.66]) renders nothing — an
average trait is silent, **not** "low." (Boundaries are slightly asymmetric because
the canonical 0.33/0.66 cutoffs are not symmetric about 0.5. Canonical rendering
strings live in the reframe language catalog §4; persistence/recovery dynamics live in
the deterministic mood decay, not the profile.)
**Scaffold fallback:** a character with **no** authored profile falls back to this
band-rendering from the OCEAN numbers alone. That still functions — but the authored
profile is what turns generic band cues into *this specific character's* appraisal and
salience. Authoring the profile is how the reframe's value actually reaches a
character.
---
## 10. Authoring divergent characters (contrast design)
When you want two characters to remember **noticeably different things** (e.g. for an
eval contrast pair, or simply a varied cast), design the divergence on the **attention
and values** dimensions first, and set the OCEAN numbers to *serve* that prose — not
the reverse.
- **The sharpest contrast is a salience *drop*, not just a different flavor.** One
character for whom relational/emotional content is genuinely non-salient (an
operational, task-focused character in the Vared mold — notices terrain, logistics,
who is armed) versus one who weights it highest (a caretaker who tracks who is
troubled and what went unsaid). "Different notes, same facts" has real teeth only
when one character *legitimately forgets* what the other keeps.
- **High-yield axes for salience divergence:** O (what patterns they attend to), A
(relational vs operational/self-protective focus), C (procedural/detail salience).
- **Low-yield for salience:** E — it is expression-oriented (shapes how a reaction is
*rendered*, not what is *noticed*), and may even be excluded from the affect
elicitation. Don't lean on flipping E to create divergence.
- **Watch the direction, not just the distance:** flipping every OCEAN axis to its
opposite does not guarantee a strong contrast. If your reference character already
*keeps* relational content, an even-more-agreeable opposite keeps it harder and the
most intuitive contrast collapses. Aim the contrast at *dropping* what the reference
*keeps*.
---
## Provenance & validation
Grounded in R34/R35 (self-report reframe), probes P02P05: character-voiced memory
salience validated on two model classes (P02/P03); the "Psychological Profile and
Experience" section mapping validated as the lens source (P03); non-priming and
magnitude-in-OCEAN corrections are operator rulings (2026-07-10). The affect half is
live in production (Worldtree b53) and fired a contextually-apt self-report on a
non-frontier seat. A powered efficacy eval (salience divergence / floor recall /
salience≠facts firewall / graded model-slot response + the authored-vs-scaffold delta)
is preregistering to quantify the memory half; findings will refine this spec, not
overturn its authoring rules.
@@ -0,0 +1,123 @@
# Psychological Profile Parameters — for AI generation (canonical)
**Status:** canonical (v1). **Owner:** brokkr-smithy-dev (R34/R35 self-report reframe).
**Audience:** **soong-dev** (Soong's Lab / Soong's AI — the immediate builder that
generates the profile from these parameters); **Worldtree** + **ratatoskr** (vendoring
for reference alongside the authoring spec).
**Relationship:** this is the **parameter distillation** of
`psych-profile-authoring-spec.md` for the model where **Soong's AI writes the
`psychological_profile` prose from parameters** (rather than a human hand-authoring it).
The authoring spec carries the full reasoning + provenance and **governs on any
conflict**; this file is the builder-facing input schema + generation guardrails + few-shot.
The profile is the prose **lens** the Worldtree self-report producer reads each turn to
decide what the character **feels** (affect self-report) and what it **notices / keeps**
(character-voiced memory salience). Soong's AI generates the prose; these are its inputs
and the constraints its output must satisfy.
---
## 1. Input parameters (what the Lab collects / Soong's AI takes)
1. **role / vocation** — a short anchor ("court scribe", "veteran caravan guard",
"village healer").
2. **OCEAN values** — O, C, E, A, N each on **[1, 1]** (0 = average). A **separate
deterministic input** the producer uses directly (the "magnitude dial"); Soong's AI
should see them to keep the qualitative bent *consistent* with the numbers, but must
**not re-encode their magnitude** in the prose (constraint 2).
3. **formative-history seed** — 12 key background facts/events that shape appraisal AND
salience. **Single biggest lever on richness** (validated P03: richer history →
sharper, more character-appropriate salience).
4. **appraisal-bent seed** — how the character characteristically **interprets**
situations (attribution style, what they hold weighty, how they respond to challenge).
A *style*, NOT an emotion.
5. **attention / salience-focus seed** — the kinds of things this character
characteristically **notices** (and therefore keeps). Load-bearing for the memory half.
6. **values / yardstick seed** — what "a good day" looks like; the yardstick driving what
they find worth keeping.
## 2. Output (what Soong's AI emits)
A single coherent **prose string** (~150300 words), field **`psychological_profile`**
(type `str`) — the four dimensions (disposition / attention / values / formative-history)
integrated as one paragraph. **Prose only — never typed emotion fields.** The producer
reads it every turn, so keep it tight.
## 3. Generation constraints (the guardrails the output MUST obey — these ARE the reframe)
1.**Never name a per-event output emotion.** Do NOT write "is anxious", "gets angry at
X", "feels hurt when criticized", "joyful". Naming an emotion **primes** it (the
"pink-ball" effect) so the producer reports it regardless of what actually happens.
Describe disposition / history / values / attention; let the emotion come from the
event appraisal.
- ✅ "Registers quickly when authority is substituted for craft." (appraisal trigger)
- ❌ "Feels contempt when someone pulls rank." (names the output emotion)
2. **Magnitude lives in OCEAN, not prose.** Don't narrate reaction dynamics ("comes
apart", "takes it hard", "rich inner life") — that double-encodes what the number
already carries.
3. **Appraisal-style yes; output-emotion no.** "Interprets others' actions charitably
until she can't" (style) = fine; "feels betrayed easily" (output) = not.
4. **Salience is character-relative; facts are not.** The profile shapes what the
character *cares to remember*; it must never license rewriting *what happened*
remembered content stays grounded in the transcript.
5. **Close on attention** ("...notices who is unwell, who is troubled, what is left
unsaid") — state the salience focus plainly.
## 4. Few-shot exemplars (validated P03 — OCEAN in [1, 1] storage units → emitted prose)
**Perrin, court scribe** (O0.0 C0.2 E0.2 A0.1 N0.7)
> Perrin keeps the court's records and has done so through two changes of regime. He
> learned early that small errors compound — a misfiled writ once cost a man his lands,
> and Perrin found the mistake too late to undo it. Since then he double-checks
> everything and watches situations closely for what is out of place. He forms
> attachments slowly and holds a given trust as a considerable thing. He measures himself
> by whether he was useful and careful. He notices discrepancies, unspoken tensions, and
> anything that threatens the order he keeps.
**Vared, veteran caravan guard** (O0.2 C0.4 E0.5 A0.2 N0.7)
> Vared has guarded caravans across the northern routes for twenty years and buried more
> traveling companions than he cares to count. He speaks little and shows less. Danger he
> treats as weather — a thing to be handled. He judges people by what they do under
> pressure and remembers who held the line. What reaches him reaches him quietly and
> privately. He notices terrain, exits, who is armed, and shifts in a group that might
> precede trouble.
**Sella, village healer** (O0.2 C0.2 E0.0 A0.8 N0.0)
> Sella has tended the sick since she was old enough to carry water for her grandmother,
> the healer before her. She reads people's pain quickly and carries some of it with her.
> She interprets others' actions charitably until she cannot, and prioritizes keeping the
> peace between people. She measures a day by whether she eased someone's burden. She
> notices who is unwell, who is troubled, and what is left unsaid.
## 5. Validation
The gate is: **does the prose describe disposition / appraisal-style / history / values /
attention, and NEVER what the character feels?** A mechanical lint (scan the fixed-15 OCC
emotion roster + Worldtree's `synonym_map.json`) is a **backstop, not the gate** — treat a
hit as a prompt to re-read, not an auto-reject.
## 6. Designing a varied cast / contrast (optional)
When two characters should remember **noticeably different things**: design the divergence
on **attention + values first**, then set OCEAN to **serve** that prose (not the reverse).
The sharpest contrast is a salience **drop** — one character for whom relational content is
genuinely non-salient (a Vared-mold operational type: notices terrain, logistics, who is
armed) vs one who weights it highest (a caretaker: tracks who is troubled, what went
unsaid). *"Different notes, same facts" only has teeth when one character legitimately
forgets what the other keeps.* High-yield axes: **O** (patterns attended), **A** (relational
vs operational), **C** (procedural/detail). Low-yield: **E** (expression, not attention).
Watch **direction, not just distance** — flipping every axis doesn't guarantee contrast (an
even-more-agreeable opposite keeps relational content *harder*).
## 7. No-profile fallback
A character with **no** authored profile falls back to deterministic **OCEAN-band
rendering** from the numbers alone — it still functions, but the authored profile is what
turns generic band cues into *this* character's appraisal and salience.
---
**Provenance:** derived from `psych-profile-authoring-spec.md` (R34/R35 self-report
reframe, probes P02P05; non-priming + magnitude-in-OCEAN are operator rulings 2026-07-10).
The affect half is live in Worldtree b53. A powered efficacy eval (memory half) is
preregistering; findings will refine the parameters, not overturn the constraints.
+369
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---
contract_version: "2.1"
module: "soong_lab.export"
purpose: "Assemble a versioned export BUNDLE from a DesignObject — the native agents.define payload (Frame Invariant 1, emitted unchanged) + the soong-lab sidecar (portrait ref · Bifrost tool manifest · first_message) + the resume half (the full editable design state), under a versioned schema tolerant of unknown future metadata. Pure + deterministic: no I/O, no persistence, no network (library persistence + import are separate downstream epics)."
depends_on:
- "soong_lab.design" # validate_ocean + ROLE_CHOICES/validate_role (the role enum canon) + the DesignObject model + serialize_design (relocated here — see Integration points R1)
used_by:
- "soong_lab.bifrost" # the export design-tool handler (_make_export) builds the bundle for the session's design
- "soong_lab.web" # the /api/export endpoint + the browser 'Export Asset' modal render the bundle
- "soong_lab.importer" # FUTURE (import epic) — round-trips the resume half back into a DesignObject
language: "python"
complexity: "medium"
estimated_loc: 200
confidence: 0.82
assumptions:
- "The DesignObject handed to export is already mutated to its final state by E3 (the Soong convo loop). Export READS it; it never mutates the design (INV-E5-4)."
- "design_id is CALLER-SUPPLIED (a param), not generated here. Its generation + lifecycle (the durable library key, ≠ Worldtree session_id) is the per-design-sessions epic; export only needs the value to stamp the bundle. This keeps E5-export self-contained + forward-compatible with per-design-sessions landing before OR after it (agent-discretion, see open_question C)."
- "exported_at is CALLER-SUPPLIED (a param, default None). Pure builders can't read the clock; the caller (tool handler / endpoint) stamps the timestamp so build_export_bundle stays deterministic + testable (byte-identical output for identical inputs)."
- "role is a FIRST-CLASS design field (operator ruling 2026-07-13), set by the E3a set_role tool from a CURATED 4-value enum ROLE_CHOICES = {assistant, thoughtful-assistant, character, thoughtful-character} — mirroring the D2 curated-style-modes pattern (a fixed semantic set, NOT the target deployment's arbitrary model-role registry). Export EMITS design.role into ship.native.role, so the native payload is directly valid (Frame Invariant 1 now holds literally — no 'modulo role' caveat; only tools still bind separately at session-create). The 4 enum values are canonical soong-lab labels that MUST be registered/granted model-roles on the target Worldtree at deploy (same grant requirement as Soong's own 'agent_architect' role, ADR-0012) — a deploy-time grounding item, not a contract blocker (open_question B)."
- "psych_profile exports to the NATIVE persona layer at persona.psychological_profile. RESOLVED: the vendored canonical spec (docs/psych-profile-authoring-spec.md §4) states the wire shape is LOCKED (b53) — a single prose str field, Tier-3 ValidatedPersona.psychological_profile, nesting under the existing Any-typed persona field (no schema change). Corroborated by worldtree-codex (vor-cross) + brokkr-smithy-dev (althing 01KXD34ZTF…). The open worldtree-dev thread (01KXD1PZR7…) closes as a formality."
open_questions:
- "[B — deploy grounding, not a blocker] The 4 ROLE_CHOICES values (assistant / thoughtful-assistant / character / thoughtful-character) must be registered + grantable model-role slugs on the TARGET Worldtree (like Soong's own agent_architect role). Confirm with worldtree-dev/infra that these exact slugs exist on the deploy target before shipping; a missing slug fails the designed agent's session-create, not export. Export emits whatever role the design holds; validity of the slug on a given deployment is a deploy concern."
- "[C — agent-discretion, notable] design_id as a caller-supplied param (drafted) vs E5-export generating it. Drafted as an input so E5-export doesn't force per-design-sessions to land first. If the operator re-sequences the epics so per-design-sessions lands first, no change needed here (the param source just moves)."
- "[D — scope] E5-export = the PURE builders + validators + bundle schema (this contract). The /api/export endpoint + replacing the web/api.js exportBundle shim = a thin web-surface follow-up (amends web_surface.contract.md), NOT this contract. The Bifrost export-tool wiring IS in scope (Integration points) because the tool already exists as a stub. The set_role tool + DesignObject.role field are a companion prerequisite slice (Integration points) whose contract updates land in THIS pass (design_object + bifrost_server)."
- "schema_version starts at '1.0'. The version bump policy on future bundle-shape changes (add-only vs breaking) is deferred to when the second version actually exists — v1 only needs the field present + readers to tolerate unknown metadata (INV-E5-6)."
---
## Context
E5-export is the FOUNDATION half of the operator-accepted (2026-07-13)
export/import/library design — the block that expands the locked single-agent
frame into a multi-pass tuning loop (design → export → reopen → tune → keep a
library). This contract owns exactly ONE thing: turning a finished
`DesignObject` into a **versioned export bundle**. Persistence (the library JSON
dir), the recent-designs picker, and import round-tripping are separate
downstream epics; export is pure and deterministic so those epics — and the
tests — can build on a stable, side-effect-free core.
**The bundle is ONE artifact with two halves** (settled decision #4):
- **ship** — what you hand to a deployment: the native `agents.define` payload
(Frame Invariant 1, emitted unchanged) + the soong-lab **sidecar** (persona
portrait ref, the Bifrost tool manifest, the D3 first_message).
- **resume** — what you reopen to keep tuning: the full editable design state
(the §6 DesignObject serialization), so a future import reconstructs the
DesignObject exactly.
Plus a stable **`design_id`** (the durable library key, ≠ Worldtree
`session_id`) and a **`schema_version`**, both at the top level.
**Frame Invariant 1 is preserved — and now holds literally.** `ship.native` is a
valid Worldtree Tier-3 `agents.define` payload assembled from `agent_name` + the
designed agent's **`role`** (the model-role, resolved below) + the AUTHORED
`system_prompt` (INV-E2-2 — never `composed_preview`) + `persona.ocean`
(Worldtree renders affect at runtime) + `persona.psychological_profile` (the
native home, LOCKED b53 per the vendored spec §4) + `motivational` (from
goals_fears). The image and tools are NOT in the native schema — they ride the
sidecar (tools bind via Bifrost at session-create, exactly as grounded).
**The `role` resolution (operator ruling 2026-07-13).** The blast-radius pass
caught that `agents.define` requires `role` (a model-role slug, ADR-0012) but the
design had no source for it. Resolution: **role is a first-class design field**,
set by a new E3a **`set_role`** tool from a **curated 4-value enum**
`assistant` (general LLM), `thoughtful-assistant` (CoT general),
`character` (RP/writing-tuned), `thoughtful-character` (CoT RP). This mirrors the
D2 curated-style-modes decision: a fixed semantic set the operator picks from,
NOT a coupling to any one deployment's arbitrary role registry. Export emits
`design.role`, so the native payload is directly POST-valid (modulo the tool
binding every consumer already supplies at session-create). The one deploy-time
caveat: the 4 slugs must be granted on the target Worldtree (open_question B).
**The psych field is RESOLVED (no longer quarantined).** Vendored spec §4 locks
`persona.psychological_profile` (prose `str`, ~150300 words, read every turn),
nesting under the `Any`-typed persona layer. Export maps `design.psych_profile`
there and NOWHERE else — spec §4's hard constraint is that the self-report lens
reads ONLY this field (leaking psych prose into `behavioral_notes`/`system_prompt`
causes the "executive-assistant" failure).
## Data flow
**In:** a `DesignObject` (final, from E3) + a caller-supplied `design_id` (str)
+ an optional caller-supplied `exported_at` (str | None). **Out:** a plain
JSON-ready `dict` — the versioned bundle. **On disk / network:** NONE. Export is
pure: the OCEAN parity gate (`validate_ocean`), the role-enum gate
(`validate_role`), and the export-critical validators are in-memory; timestamps +
ids come in as params; no clock, no randomness, no file, no HTTP. (Library
persistence writes the returned dict to the JSON dir — that is the library epic,
not this module.)
### Export bundle schema (v1.0)
```
{
"schema_version": "1.0", # ALWAYS EXPORT_SCHEMA_VERSION — not a caller param
"design_id": "<caller-supplied durable library key, ≠ WT session_id>",
"exported_at": <caller-supplied OPAQUE str | null — conventionally ISO-8601, NOT validated by export>,
"ship": {
"native": { # a valid agents.define payload (Frame Invariant 1)
"agent_name": <str, non-blank, ≤128>,
"role": <one of ROLE_CHOICES: assistant|thoughtful-assistant|character|thoughtful-character>,
"system_prompt": <str, non-blank, ≤32768 — the AUTHORED block, INV-E2-2>,
"persona": {
"ocean": {O,C,E,A,N}, # each a real number in [-1,1] (validate_ocean parity)
"psychological_profile": <str> # persona.psychological_profile (LOCKED b53); included iff non-blank
},
"motivational": {"goals": [...], "fears": [...]} # included iff goals_fears present + non-empty
},
"sidecar": {
"portrait": <image ref str | null>, # only when portrait.status == "ready"; E4 owns generation
"tools": [{"id","name","description"}],# the Bifrost tool manifest (bind at session-create)
"first_message": <str> # the D3 opening turn (issue #347 seed)
}
},
"resume": { <the §6 camelCase editable state — key set inlined below> }
}
```
**The `resume` key set (inlined — heid-review fold Gróa #9).** The resume half IS
`serialize_design(design)` (relocated to `soong_lab.design`, R1), but its key set is
pinned HERE so this contract is self-contained and an implementer knows the exact
round-trip surface without reading the external, being-relocated function:
```
resume = {
"agentName", "role", "systemPrompt", "composedPreview", "firstMessage",
"ocean" {O,C,E,A,N}, "dispositionPhrase", "psychProfile",
"tools" [{id,name,description}], "portrait" {status, styleMode, imageUrl?, jobId?},
"goalsFears" {goals,fears} | null
}
```
Import reconstructs a DesignObject from exactly these keys. `role` (new, R1) MUST be
present so a reopened design carries its model-role. (`composedPreview` +
`dispositionPhrase` are design-time-derived and re-derivable, but they ride the resume
so a reopen renders instantly before the first recompute.)
**Divergences from the imported web mock (settled here, they were UI-comp
shortcuts):**
| Field | Mock (web/*.js) | Real export (this contract) |
|---|---|---|
| native shape | `{name, tier, system_prompt, personality:{model,values}}` | real `agents.define` (`agent_name`/`role`/`persona.ocean`/`motivational`) |
| role | absent | `design.role` ∈ ROLE_CHOICES |
| system_prompt | `composedPreview` (mockApi) | authored `system_prompt` (INV-E2-2) |
| psychProfile | omitted ("open backend decision") | `persona.psychological_profile` (LOCKED b53) |
| bundle identity | none | `design_id` + `schema_version` |
| resume half | none | full `serialize_design` state |
## Invariants
- **INV-E5-1** [hard]: `ship.native` is a valid Worldtree `agents.define` payload
MODULO the tool binding — it carries every required field (`agent_name`,
`role`, `system_prompt`) + `persona.ocean`, and OMITS only the tools (they bind
via Bifrost at session-create, as they already do). Any `persona.ocean` export
emits passes `validate_ocean`; `role` is always one of ROLE_CHOICES.
`persona.psychological_profile` + `motivational` are OPTIONAL native fields
(grounded) — omitting them when blank/empty keeps the payload fully valid, not
merely "valid enough" (heid-review fold, Gróa #1).
- **INV-E5-2** [hard]: The exported `system_prompt` is the AUTHORED
`design.system_prompt`, NEVER `composed_preview` (binds with INV-E2-2). The
**disposition line** — the `"Disposition: <name> is <phrase>."` sentence that
E2 `recompute` appends to `composed_preview` (design_object.contract.md POST-E2-5)
— is design-time-only and never ships.
- **INV-E5-3** [hard]: Export is pure + deterministic — identical
`(design, design_id, exported_at)` inputs yield a byte-identical serialized
bundle. No clock, no randomness, no I/O. The determinism is WITHIN the module:
the returned dict has a fixed key insertion order (schema_version, design_id,
exported_at, ship, resume; native + sidecar likewise), so any consistent
`json.dumps` settings produce byte-identical output — the invariant does NOT
claim cross-implementation byte-identity (heid-review fold, Regin #6).
- **INV-E5-4** [hard]: Export NEVER mutates the input `DesignObject` (read-only);
the bundle holds copies, not aliases, of every mutable sub-structure (ocean
dict, tool list, goals/fears lists) so a later design mutation can't change an
already-built bundle.
- **INV-E5-5** [hard]: `validate_exportable` is the strict export-critical gate
(decision #6): OCEAN (via `validate_ocean`), role (∈ ROLE_CHOICES via
`validate_role`), agent_name (non-blank, ≤128), system_prompt (non-blank,
≤32768), tool-refs (id/name non-blank + bounded). A design that fails ANY of
these raises `ExportError` and NO bundle is produced — a built bundle is always
well-formed enough to round-trip on import.
- **INV-E5-6** [hard]: The bundle carries `schema_version` at the top level, and
readers (import, future) MUST tolerate unknown extra keys (lenient on unknown
metadata, decision #6) — the schema is add-only-friendly.
- **INV-E5-7** [hard]: `psych_profile` maps to `persona.psychological_profile`
and NOWHERE else — it never leaks into `behavioral_notes`, `system_prompt`, or
any other native field (vendored spec §4 hard constraint — the lens reads only
this dedicated field).
## Constraints
- **[correctness]** `validate_exportable`'s OCEAN check IS `validate_ocean` and
its role check IS `validate_role` (both E2) — no re-implementation, no drift.
The LENGTH bounds (name, prompt, tool id/name/desc, psych_profile, first_message)
MUST equal the E3a tool-schema caps — now shared constants in `soong_lab.design`
(`AGENT_NAME_MAX`, `SYSTEM_PROMPT_MAX`, `PSYCH_PROFILE_MAX`, `FIRST_MESSAGE_MAX`,
`TOOL_*_MAX`), imported by BOTH bifrost/tools.py and export — so a design's field
LENGTHS never drift. Import the shared constants; do not re-declare the numbers.
(Export is stricter only on whitespace-blankness of the required fields — the one
intentional one-way difference from the tools' minLength:1.)
- **[style]** Pure — NO I/O (no clock, no file, no HTTP, no randomness). Every
time-varying value (`design_id`, `exported_at`) is a param.
- **[explicit]** The one deploy-time caveat (the 4 role slugs must be granted on
the target WT) is documented in THIS contract (open_question B) + the library /
README when it lands — NOT promised as a bundle/sidecar field (heid-review fold:
the bundle is machine-consumed; a human deploy-note is not bundle data). The
bundle carries the `role` value; slug-grant validity is a deploy concern.
- **[explicit]** `build_export_bundle` is the PUBLIC entrypoint — it runs the
validate→assemble ordering. `build_native_payload` / `build_sidecar` are exposed
for testing + reuse but ASSUME an already-validated design (PRE-E5-2 / PRE-E5-4);
a direct caller that skips `validate_exportable` owns that gate (heid-review fold,
Hulda #5).
```contract
FN validate_exportable(design: DesignObject) -> None
BRIEF: The strict export-critical gate (settled decision #6) — refuse to build a bundle from a design that would fail on re-import or at the designed agent's define/session-create. Checks OCEAN (validate_ocean), role (validate_role), agent_name, system_prompt, every tool-ref, and the psych_profile/first_message LENGTH — against the SAME length caps the E3a tools enforce (shared constants). NO-DRIFT is one-directional: export's LENGTH bounds equal the tool caps, but export is deliberately STRICTER on whitespace — a whitespace-only required field (name/prompt/tool id/name) passes the tools' minLength:1 yet is rejected here (a " " name must not ship). Raises ExportError with the offending field; never mutates the design.
PRE: [PRE-E5-1 hard] design is a DesignObject
POST: [POST-E5-1 exception] raises ExportError(field, detail) unless ALL hold: design.ocean passes validate_ocean; design.role passes validate_role (∈ ROLE_CHOICES); agent_name is a non-blank str of len ≤ _AGENT_NAME_MAX; system_prompt is a non-blank str of len ≤ _SYSTEM_PROMPT_MAX; every tool has non-blank str id (≤_TOOL_ID_MAX) + non-blank str name (≤_TOOL_NAME_MAX) + str description (≤_TOOL_DESC_MAX); psych_profile is a str of len ≤ _PSYCH_PROFILE_MAX (blank OK); first_message is a str of len ≤ _FIRST_MESSAGE_MAX (blank OK). The id/name-required vs description/psych/first_message-may-be-blank asymmetry is INTENTIONAL — description defaults to "" via attach_tool; psych_profile/first_message are optional prose so only their LENGTH is bounded, not blankness (heid-review Gróa #8 + correctness-finder folds)
POST: [POST-E5-2 state_change] design is unchanged — no mutation (INV-E5-4)
STEPS:
1. [setup, flexibility=prescriptive] TRY validate_ocean(design.ocean) — on OceanError, RAISE ExportError("persona.ocean", str(exc)) (reuse E2, no re-impl)
2. [sequential, flexibility=prescriptive] TRY validate_role(design.role) — on RoleError, RAISE ExportError("role", str(exc)) (reuse E2 role canon)
3. [branch] IF agent_name is not a non-blank str OR len > _AGENT_NAME_MAX: RAISE ExportError("agent_name", ...)
4. [branch] IF system_prompt is not a non-blank str OR len > _SYSTEM_PROMPT_MAX: RAISE ExportError("system_prompt", ...) # the AUTHORED block, INV-E5-2
5. [loop] FOR EACH tool in design.tools: IF id/name blank or over max, or description non-str/over max: RAISE ExportError(f"tools[{i}]", ...)
6. [branch] IF psych_profile is non-str OR len > _PSYCH_PROFILE_MAX: RAISE ExportError("psych_profile", ...) # length only — blank OK (optional prose)
7. [branch] IF first_message is non-str OR len > _FIRST_MESSAGE_MAX: RAISE ExportError("first_message", ...) # length only — blank OK
8. [cleanup] RETURN None
TESTS:
minimal_ok [happy,tracer]: agent_name+system_prompt set, role="character", neutral OCEAN, no tools → no raise
blank_name [adversarial]: agent_name="" → ExportError("agent_name")
blank_prompt [adversarial]: system_prompt=" " → ExportError("system_prompt")
prompt_too_long [boundary]: system_prompt of len _SYSTEM_PROMPT_MAX+1 → ExportError; len _SYSTEM_PROMPT_MAX → ok
bad_ocean [adversarial]: ocean missing a key → ExportError("persona.ocean") (via validate_ocean)
bad_role [adversarial]: role="wizard" (not in ROLE_CHOICES) → ExportError("role") (via validate_role)
blank_role [adversarial]: role="" → ExportError("role")
bad_tool_ref [adversarial]: a tool with id="" → ExportError("tools[0]")
no_mutation [property]: a rejected design is byte-identical before/after the raise (INV-E5-4)
psych_profile_length [boundary]: psych_profile="" → ok; len _PSYCH_PROFILE_MAX+1 → ExportError("psych_profile")
first_message_length [boundary]: first_message len _FIRST_MESSAGE_MAX+1 → ExportError("first_message"); blank → ok
whitespace_name_rejected [adversarial]: agent_name=" " → ExportError("agent_name") — deliberately stricter than the tool's minLength:1 (a whitespace-only name must not ship)
length_bounds_parity [property]: any (name, prompt, tool, psych, first_message) LENGTH the E3a tool schema accepts is ≤ export's caps (shared constants); export is stricter ONLY on whitespace-blankness of required fields, never looser on length
```
```contract
FN build_native_payload(design: DesignObject) -> dict[str, Any]
BRIEF: Map a DesignObject to a valid native agents.define payload (Frame Invariant 1). Emits agent_name + role + the AUTHORED system_prompt + persona{ocean, psychological_profile?} + motivational?. Copies mutable sub-structures (INV-E5-4). Assumes validate_exportable already passed (called by build_export_bundle).
PRE: [PRE-E5-2 hard] design passed validate_exportable (OCEAN valid, role valid, name/prompt present) — build_export_bundle enforces this ordering
POST: [POST-E5-3 return_value] result has agent_name == design.agent_name, role == design.role (∈ ROLE_CHOICES), and system_prompt == design.system_prompt (the AUTHORED block, INV-E5-2), and result["persona"]["ocean"] == a COPY of design.ocean
POST: [POST-E5-4 return_value] result["role"] == design.role — the designed agent's model-role (one of the 4 ROLE_CHOICES); a valid agents.define required field
POST: [POST-E5-5 return_value] persona.psychological_profile == design.psych_profile when psych_profile is non-blank, else the key is absent; it appears under persona and NOWHERE else (INV-E5-7)
POST: [POST-E5-6 return_value] motivational == {"goals": copy, "fears": copy} when design.goals_fears is present AND at least one list is non-empty; else the key is absent (never an empty motivational block)
STEPS:
1. [setup] payload = {"agent_name": design.agent_name, "role": design.role, "system_prompt": design.system_prompt} # role emitted; system_prompt is the authored block (INV-E5-2)
2. [sequential] persona = {"ocean": dict(design.ocean)} # COPY, not alias (INV-E5-4)
3. [branch] IF design.psych_profile is a non-blank str: persona["psychological_profile"] = design.psych_profile # LOCKED b53 field; ONLY here (INV-E5-7)
4. [sequential] payload["persona"] = persona
5. [branch] IF design.goals_fears is not None AND (goals or fears non-empty): payload["motivational"] = {"goals": list(gf.goals), "fears": list(gf.fears)}
6. [cleanup] RETURN payload # tools NOT here — they ride the sidecar / bind via Bifrost at session-create
TESTS:
authored_prompt [happy,tracer]: system_prompt authored + composed_preview differs → payload.system_prompt == authored, NOT composed_preview (INV-E5-2)
role_emitted [happy]: role="thoughtful-character" → payload.role == "thoughtful-character" (POST-E5-4)
ocean_copied [property]: mutate design.ocean after build → payload's ocean unchanged (INV-E5-4)
psych_present [happy]: psych_profile set → persona.psychological_profile == it; it is the ONLY field carrying it (INV-E5-7)
psych_absent [boundary]: psych_profile="" → no psychological_profile key
motivational_present [happy]: goals_fears with goals=["x"] → motivational.goals == ["x"]
motivational_absent [boundary]: goals_fears None → no motivational key; goals_fears with both lists empty → no motivational key
no_tools_no_image [trace]: payload has no "tools" and no image field (they ride the sidecar / bind separately)
```
```contract
FN build_sidecar(design: DesignObject) -> dict[str, Any]
BRIEF: Assemble the soong-lab sidecar — the three artifacts the native schema has no home for: the persona portrait ref, the Bifrost tool manifest, and the D3 first_message. Copies the tool list (INV-E5-4).
PRE: [PRE-E5-4 hard] design is a DesignObject (its portrait/tools/first_message fields are read as-is; no validation here — validate_exportable is the gate, called by build_export_bundle before this)
POST: [POST-E5-7 return_value] result == {"portrait": <str|None>, "tools": [{"id","name","description"} per tool, copied], "first_message": design.first_message}; portrait == design.portrait.image_url IFF design.portrait.status == "ready", else None (a "ready" status with a None image_url therefore yields None — no crash; any non-"ready" status → None — heid-review fold Gróa #4)
STEPS:
1. [setup] portrait = design.portrait.image_url if design.portrait.status == "ready" else None
2. [sequential] tools = [t.to_dict() for t in design.tools] # ToolRef.to_dict() — the shared {id,name,description} projection (dedups with serialize_design); it MUST emit exactly id/name/description, so if to_dict ever grows keys the sidecar spec must be revisited (heid-code-review fold)
3. [cleanup] RETURN {"portrait": portrait, "tools": tools, "first_message": design.first_message}
TESTS:
ready_portrait [happy]: portrait.status="ready", image_url set → sidecar.portrait == the url
unready_portrait [boundary]: portrait.status="generating" (url set) → sidecar.portrait is None (only ready ships)
none_portrait [boundary]: portrait.status="none" → sidecar.portrait is None
tools_manifest [happy,tracer]: two tools → sidecar.tools has both {id,name,description}
tools_copied [property]: mutate design.tools after build → sidecar.tools unchanged (INV-E5-4)
first_message [happy]: first_message set → sidecar.first_message == it
```
```contract
FN build_export_bundle(design: DesignObject, *, design_id: str, exported_at: str | None = None) -> dict[str, Any]
BRIEF: The top-level export entrypoint — validate (strict, INV-E5-5), then assemble the versioned bundle: {schema_version, design_id, exported_at, ship:{native, sidecar}, resume}. Pure + deterministic (INV-E5-3); the caller supplies design_id + exported_at (no clock here). The resume half reuses serialize_design (the §6 state) so import round-trips. schema_version is NOT a caller param (heid-review fold) — it is ALWAYS EXPORT_SCHEMA_VERSION, so a bundle's version is never caller-forgeable; a future migration bumps the module constant. exported_at is an OPAQUE caller-supplied string (conventionally ISO-8601) — export does NOT parse or validate it (purity; the caller owns timestamp correctness).
PRE: [PRE-E5-3 hard] design_id is a non-blank str (the durable library key) — a blank id RAISES ExportError("design_id", ...) (a bundle with no library key is unusable)
POST: [POST-E5-8 exception] IF the design fails validate_exportable, the ExportError propagates and NO bundle is returned (INV-E5-5) — validation is BEFORE assembly
POST: [POST-E5-9 return_value] returns {schema_version: EXPORT_SCHEMA_VERSION (always), design_id, exported_at, ship:{native: build_native_payload(design), sidecar: build_sidecar(design)}, resume: serialize_design(design)}; exported_at is the param verbatim (None → JSON null), unvalidated
POST: [POST-E5-10 return_value] deterministic — identical (design, design_id, exported_at) → byte-identical json.dumps(result) given fixed dumps settings; the returned dict has a FIXED key insertion order (schema_version, design_id, exported_at, ship, resume), so a caller's json.dumps is stable (INV-E5-3); design unchanged (INV-E5-4)
STEPS:
1. [setup, flexibility=prescriptive] IF design_id is not a non-blank str: RAISE ExportError("design_id", "a non-blank design_id is required")
2. [sequential] CALL validate_exportable(design) # strict gate BEFORE assembly (INV-E5-5) — raises propagate
3. [sequential] native = build_native_payload(design); sidecar = build_sidecar(design); resume = serialize_design(design)
4. [cleanup] RETURN {"schema_version": EXPORT_SCHEMA_VERSION, "design_id": design_id, "exported_at": exported_at, "ship": {"native": native, "sidecar": sidecar}, "resume": resume}
TESTS:
full_bundle [happy,tracer]: a complete design + design_id="d-1" → bundle has schema_version, design_id=="d-1", ship.native.agent_name, ship.native.role, ship.sidecar.first_message, resume.systemPrompt
blank_design_id [adversarial]: design_id="" → ExportError("design_id") before any assembly
invalid_design_no_bundle [adversarial]: a design with blank agent_name → ExportError propagates, no dict returned (POST-E5-8)
deterministic [property]: build twice with the same (design, design_id, exported_at) → byte-identical json.dumps (INV-E5-3)
exported_at_passthrough [trace]: exported_at="2026-07-13T00:00:00Z" → bundle.exported_at == it verbatim; None → null; a non-ISO "banana" is passed through unvalidated
schema_version_not_a_param [trace]: build_export_bundle(..., schema_version="banana") raises TypeError — schema_version is fixed, never caller-supplied (heid-review fold)
resume_roundtrips [property]: resume half == serialize_design(design) — every editable field present for import (incl. role)
no_mutation [property]: design byte-identical before/after build (INV-E5-4)
schema_version_present [trace]: bundle.schema_version == EXPORT_SCHEMA_VERSION (INV-E5-6)
```
## Integration points
**R1 — relocate `serialize_design` out of `web.py` (agent-discretion refactor,
no public-surface change).** The resume half reuses the §6 DesignObject
serialization, but `serialize_design` currently lives in `soong_lab.web`
(Starlette-coupled). Importing `web.py` into `export` would drag Starlette +
the orchestrator into a pure module. Fix: **move `serialize_design` to
`soong_lab.design`** (it is a pure `DesignObject → dict` mapping with no web
dependency — it belongs with the model; add `role` to its output), and update the
two consumers to import it from there. Blast radius (confirmed via grep):
`web.py` (define → import; 3 call-sites unchanged), `tests/test_web.py:23`
(import path), and the new `export` consumer. Behavior-identical;
`web_surface.contract.md` gets a one-line note. No-backwards-compat: the old
location is deleted, all refs updated in the same commit.
**Companion prerequisite slice — the `role` field + `set_role` tool (contracts
updated in THIS pass).** Export emits `design.role`, so the field + its tool must
exist. This slice (governed by the sibling contracts, amended alongside this one):
- `soong_lab.design` (design_object.contract.md): a `role` field on
`DesignObject` (default `"character"`); a `ROLE_CHOICES` enum canon +
`validate_role`, held as an in-code module constant (mirroring the OCEAN
adjective canon); `new_design()` sets `role="character"`; `serialize_design`
adds `role`.
- `soong_lab.bifrost` (bifrost_server.contract.md): a new `set_role(_ctx, role)`
design tool (the 9th), `input_schema` an `enum` of the 4 values; the handler
sets `design.role` after membership validation.
The behavioral CODE for this slice lands in the TDD phase after
`/heid-contract-review`, alongside `soong_lab.export`.
**Bifrost export tool (`_make_export` in bifrost/tools.py) — in scope.** Replace
the deferred stub with: get the session's design from the store, then
`build_export_bundle(design, design_id=<source>, exported_at=<stamp>)` and
return the bundle (or a compact confirmation carrying it). The `design_id`
source is the per-design-sessions seam (open_question C) — until it lands, the
tool may pass the session_id as a provisional design_id (a documented
placeholder, NOT a silent default). The tool handler is the impure boundary that
stamps `exported_at` (clock) and supplies `design_id`, keeping
`soong_lab.export` pure.
**`/api/export` endpoint + web/api.js shim — NOT in this contract (open_question
D).** The browser 'Export Asset' button calls `api.export()`, today a
client-side shim assembling a NON-native mock bundle. The real path is a thin
`GET /api/export` on `web.py``build_export_bundle(orchestrator.get_design(),
…)` → JSON → the modal's native/sidecar panes render it. That amends
`web_surface.contract.md`; it is a follow-up slice in the same epic, specified
here only so the seam is visible.
## Downstream epics (NOT this contract)
- **Library persistence** (decision #5) — writing the returned bundle to the
server-local single-user JSON dir on corviduo-dev, keyed by `design_id`; the
minimal recent-designs picker.
- **Import** (decision #6) — reading a bundle: lenient on unknown metadata
(INV-E5-6), STRICT re-validation of the export-critical fields (the import-side
mirror of `validate_exportable`), reconstructing a DesignObject from the
`resume` half.
- **Per-design-sessions** (decision #2) — the `design_id` generator + the
fresh-WT-session-per-open lifecycle (also caps the #355 accumulation).
+384
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@@ -0,0 +1,384 @@
---
contract_version: "2.1"
module: "soong_lab.importer"
purpose: "Reconstruct a DesignObject from an export bundle's `resume` half — the inverse of soong_lab.export. HYBRID validation (settled decision #6): LENIENT on unknown metadata (unknown top-level bundle keys, unknown keys inside resume, any schema_version), STRICT re-validation of the export-critical fields (OCEAN, role ∈ ROLE_CHOICES, agent_name, system_prompt length, tool-refs, psych/first_message length) surfaced ON IMPORT so a truncated or tampered bundle fails EARLY, not after more tuning. Pure + deterministic: no I/O, no persistence, no network, no clock (library read + the /api/import endpoint + the reopen lifecycle are separate downstream epics)."
depends_on:
- "soong_lab.design" # DesignObject/ToolRef/Portrait/GoalsFears + serialize_design (the round-trip partner) + ROLE_CHOICES/UNSET_ROLE + the shared field-bound constants
- "soong_lab.export" # validate_exportable + ExportError — the strict export-critical gate is REUSED, not re-implemented (no-drift, INV-I-1)
used_by:
- "soong_lab.web" # FUTURE (import epic) — the POST /api/import endpoint parses the uploaded bundle JSON → import_bundle → seed a session (out of scope here, open_question D)
- "soong_lab.soong" # FUTURE (per-design-sessions) — the reopen lifecycle imports a stored bundle, opens a fresh WT session, seeds the design-state summary (out of scope, decision #2)
language: "python"
complexity: "medium"
estimated_loc: 170
confidence: 0.83
assumptions:
- "Import consumes a Python dict (a Mapping), NOT raw bytes/JSON text. The JSON parse (json.loads at the /api/import endpoint or the library-read layer) happens UPSTREAM; import operates on the already-parsed structure, exactly as export RETURNS a Python dict the caller json.dumps'es. So the round-trip contract is over Python dicts: import_bundle(build_export_bundle(d, design_id=…)) == d, with no JSON layer in between (the JSON boundary — float/int coercion, encoding — is the endpoint/library epic's concern, INV-I-5 note)."
- "The `resume` half is the ONLY source of truth on import (settled decision #4 — resume is 'what you reopen to keep tuning'). The `ship` half is a re-derivable deployment artifact; import IGNORES it. The reopen path re-exports from the reconstructed design, regenerating ship, so a ship↔resume mismatch is harmless — resume wins (INV-I-5). No cross-check in v1."
- "The export-critical gate on import IS soong_lab.export.validate_exportable, imported and reused verbatim — NOT a re-implemented import-side validator. This guarantees import can never drift looser than export: the exact fields export refuses to ship are the exact fields import refuses to accept (INV-I-1). ExportError is caught and re-raised as BundleImportError so callers get an import-shaped error while the validation authority stays single-sourced."
- "role is a first-class DesignObject field (operator ruling 2026-07-13), one of the curated ROLE_CHOICES, set by the E3a set_role tool. A resume carries `role`; import restores it and validate_role (via validate_exportable) rejects UNSET_ROLE ('') or any non-member — you cannot re-import an unclassified design, same as you cannot export one."
- "composed_preview + disposition_phrase ride the resume so a reopen renders instantly (export.contract §resume). Import TRUSTS these verbatim (INV-I-8) — it does NOT call recompute. Re-derivation from ocean+prompt is the reopen lifecycle's concern (per-design-sessions), not import's. For a legitimately-exported bundle they are already self-consistent; a hand-tampered preview is design-time-only and is overwritten on the next set_ocean/edit_prompt recompute."
open_questions:
- "[A — RESOLVED, operator 2026-07-13] Module name is `soong_lab.importer` (operator chose it over `soong_lab.ingest`; keyword-safe agent-noun mirroring `export`). The export contract's forward-reference `used_by: soong_lab.import` — an unusable Python-keyword path (`import soong_lab.import` is a SyntaxError) — is corrected to `soong_lab.importer` in the same commit (done). SETTLED: the Constraints hard-require reflects the decision, not a still-open recommendation (heid-review Gróa#1 reconcile open-vs-locked)."
- "[B — SETTLED, agent-discretion] Error type is `BundleImportError(field, detail)`, mirroring export's `ExportError(field, detail)`. Deliberately NOT `ImportError` — that shadows the Python builtin, a foot-gun for an import module. The Constraints hard-require reflects the decision, not a still-open recommendation (heid-review Gróa#1)."
- "[C — presence vs default, agent-discretion, notable] For the export-critical resume keys (agentName, role, systemPrompt, ocean) a MISSING key is a hard reject (INV-I-7), NOT a silent default. Rationale: a missing `ocean` would default to a VALID neutral OCEAN and pass validate_exportable — silently masking trait loss from a truncated bundle. Rejecting on absence fails loudly + consistently (the 'fail early on import' the decision wants). Rejected alternative: reconstruct-with-defaults-then-validate (inconsistent — ocean slips through while name/role are caught by validation)."
- "[D — scope] This contract = the PURE reconstruction (deserialize_design) + the strict entrypoint (import_bundle) + BundleImportError. The POST /api/import endpoint (amends web_surface.contract.md), the reopen Bifrost tool / session-open wiring (per-design-sessions), and reading a bundle off the library JSON dir (library epic) are ALL downstream — specified here only as the integration seam so it is visible. Nothing in this contract does I/O."
- "[E — schema_version tolerance] `schema_version` is read at the bundle TOP LEVEL only (where export stamps EXPORT_SCHEMA_VERSION) — import does not look for it inside `resume`. v1 tolerates ANY top-level value (present or absent) and reads the v1 resume key set regardless (INV-I-2, INV-E5-6 add-only-friendly). 'Tolerate any version' means forward-compat with ADD-ONLY future changes — NOT a promise of semantic compatibility with a bundle whose meaning changed (heid-review Gróa#5/Hulda). A future policy — reject an incompatible MAJOR version, or dispatch to a version-specific deserializer — is deferred to when a second schema version actually exists. v1 has exactly one shape."
---
## Context
Import is the SECOND half of the operator-accepted (2026-07-13) export/import/library
design — the block that expands the locked single-agent frame into a multi-pass
tuning loop (design → export → **reopen → tune** → keep a library). Where
`soong_lab.export` turns a finished `DesignObject` into a versioned bundle, this
module does the inverse: it takes a bundle's **`resume`** half and reconstructs an
editable `DesignObject` you can drop back into a session and keep tuning.
The reconstruction is **HYBRID-validated** (settled decision #6 — the load-bearing
import decision):
- **LENIENT on unknown metadata.** Unknown top-level bundle keys, unknown keys
inside `resume`, and any `schema_version` (present or absent) are tolerated —
import reads only the keys it knows (INV-I-2, mirroring the export bundle's
add-only-friendly `INV-E5-6`). A bundle from a future soong-lab that added
fields still imports.
- **STRICT on the export-critical fields.** OCEAN, `role`, `agent_name`,
`system_prompt`, tool-refs, and the psych/first_message length are re-validated
**on import** by REUSING `soong_lab.export.validate_exportable` verbatim (INV-I-1)
— so the exact fields export refuses to *ship* are the exact fields import
refuses to *accept*, and import can never drift looser than export. A bad field
is surfaced immediately (fail EARLY), not after the operator has tuned for
another ten minutes against a design that was never valid.
**The round-trip is the load-bearing contract between the two modules** (INV-I-3):
for any exportable design `d`,
```
import_bundle(build_export_bundle(d, design_id="…")) == d
deserialize_design(serialize_design(d)) == d
```
This is what makes "export then reopen" lossless. `serialize_design`
(relocated to `soong_lab.design` in the export pass, R1) is the forward half;
`deserialize_design` here is its exact inverse.
**Import reads the `resume` half ONLY.** The `ship` half (native `agents.define`
payload + sidecar) is a re-derivable deployment artifact — the reopen path
re-exports from the reconstructed design, regenerating `ship`. So import ignores
`ship` entirely (INV-I-5); a tampered `ship` that disagrees with `resume` is
harmless (resume wins, ship regenerated). No cross-check in v1.
**What this contract does NOT do** (open_question D): no file read, no HTTP, no
session seeding. The `POST /api/import` endpoint, the reopen Bifrost tool /
session-open wiring, and reading a bundle off the library JSON dir are downstream
epics. This module is the pure, side-effect-free reconstruction core those epics
build on — exactly as `soong_lab.export` is the pure builder its endpoint wraps.
## Data flow
**In:** a bundle `dict` (a Mapping — already `json.loads`'d upstream). **Out:** a
validated, ready-to-reopen `DesignObject`. **On disk / network:** NONE. Import is
pure: the structural gate (bundle/resume/ocean are dicts, tools a list-of-dicts),
the tolerant reconstruction, and the strict `validate_exportable` re-check are all
in-memory; no clock, no randomness, no file, no HTTP.
### The resume key set consumed (v1.0)
Import reconstructs from exactly the `serialize_design` output (the §6 camelCase
state — pinned in export.contract §resume, restated here so this contract is
self-contained):
```
resume = {
"agentName": <str>, # EXPORT-CRITICAL — presence required (INV-I-7)
"role": <str ∈ ROLE_CHOICES>, # EXPORT-CRITICAL — presence required; validate_role gates value
"systemPrompt": <str>, # EXPORT-CRITICAL — presence required; the AUTHORED block
"ocean": {O,C,E,A,N}, # EXPORT-CRITICAL — presence required; validate_ocean gates value
"tools": [{id,name,description}], # optional (absent → []); each ref value-gated by validate_exportable
"composedPreview": <str>, # design-time-derived — TRUSTED verbatim, re-derivable (INV-I-8)
"dispositionPhrase": <str>, # design-time-derived — TRUSTED verbatim, re-derivable (INV-I-8)
"firstMessage": <str>, # optional prose — length-gated only (blank OK)
"psychProfile": <str>, # optional prose — length-gated only (blank OK)
"portrait": {status, styleMode, imageUrl?, jobId?}, # optional (absent → default Portrait())
"goalsFears": {goals,fears} | null # optional (absent/null → None)
}
```
**Critical vs optional (the presence rule, INV-I-7).** Read the two functions as a
boundary (all three review arms flagged that the prose blurs it): the INNER
`deserialize_design` is total and DEFAULTS every missing key (a missing `ocean`
neutral) — it NEVER rejects; the OUTER, public `import_bundle` PRESENCE-CHECKS the
export-critical keys and REJECTS a missing one BEFORE it ever calls deserialize. So
"import defaults a missing ocean to neutral" is FALSE for the public path
(`import_bundle` rejects it, INV-I-7) — the neutral default lives ONLY inside the
never-directly-shipped inner function (heid-review 3/3: POST-I-3 vs INV-I-7 read as
contradictory in isolation). `agentName`, `role`, `systemPrompt`, `ocean` are
**presence-required** — a missing one is a truncated / corrupt bundle and raises
`BundleImportError`, because defaulting them would either be caught inconsistently
(name/role/prompt default to values `validate_exportable` rejects) or silently
masked (`ocean` defaults to a VALID neutral OCEAN — silent trait loss). Every other
key is optional and defaults to the `DesignObject` default when absent. `tools`/`portrait`/`goalsFears`, when present, must be well-formed SHAPES —
`tools` a list-of-objects, `ocean`/`portrait` an object, `goalsFears` null or an
object whose present `goals`/`fears` are lists — structural mismatches raise a clean
`BundleImportError`, never a leaked builtin `TypeError`/`ValueError` (INV-I-6
robustness). These SHAPE gates all exist to prevent SILENT DATA LOSS (heid-bug-hunt
Gróa#1/#2: a malformed portrait/goalsFears would otherwise coerce to a default in
`deserialize_design` and slip PAST `validate_exportable`, since both are
non-export-critical — the same loss the `tools` gate was added to close). Import does
NOT validate their VALUE contents — portrait `status`/`styleMode` enums or goals/fears
item contents are not export-critical (E4 / the UI own portrait validity); those
round-trip as-is (heid-review Gróa#6).
## Invariants
- **INV-I-1** [hard]: The strict export-critical re-validation IS
`soong_lab.export.validate_exportable`, imported and reused verbatim — NO
re-implementation, no parallel import-side validator. Import therefore can NEVER
be looser than export: OCEAN (`validate_ocean`), role (`validate_role`, ∈
ROLE_CHOICES), `agent_name` (non-blank, ≤`AGENT_NAME_MAX`), `system_prompt`
(non-blank, ≤`SYSTEM_PROMPT_MAX`), every tool-ref (id/name non-blank + bounded,
description bounded), and the psych/first_message LENGTH are all gated by the
same code export uses. An `ExportError` from that gate is caught and re-raised
as `BundleImportError(same field, same detail)` — same field granularity,
import-shaped type.
- **INV-I-2** [hard]: LENIENT on unknown metadata (settled decision #6, mirrors
INV-E5-6). Unknown top-level bundle keys, unknown keys inside `resume`, and any
`schema_version` value (present or absent) are tolerated — import reads only the
keys it knows and ignores the rest. A future-schema bundle that ADDED fields
still imports.
- **INV-I-3** [hard]: ROUND-TRIP — for any `DesignObject` `d` that passes
`validate_exportable`, `deserialize_design(serialize_design(d))` reconstructs an
EQUAL `DesignObject` (dataclass `==` over every field), and
`import_bundle(build_export_bundle(d, design_id=…))` `== d`. This is the lossless
export↔import contract. (Equality is over Python structures; the JSON encode/decode
boundary is the endpoint/library epic's concern, not this module's.)
- **INV-I-4** [hard]: NO-ALIAS — the reconstructed `DesignObject` holds COPIES of
every mutable sub-structure (the ocean dict, the tools list, the goals/fears
lists) drawn from the bundle, never aliases. A later mutation of the input bundle
cannot change an already-imported design (the mirror of export's INV-E5-4). The
copies are SHALLOW (the CONTAINERS) — sufficient because legit export values are
scalars (strings/floats), and a hostile NESTED mutable (a list-valued tool id, a
dict-valued goal) is rejected by `validate_exportable` before any successful import
(heid-bug-hunt Gróa#5/Hulda#1: the invariant's letter holds; deep-copy is deferred
unless nested mutables ever become in-contract).
- **INV-I-5** [hard]: Import reads the `resume` half and NOWHERE else — `ship`
(native + sidecar) is ignored (it is re-derivable; the reopen path re-exports).
No ship↔resume consistency check in v1; on any disagreement, resume is
authoritative.
- **INV-I-6** [hard]: `deserialize_design` is TOTAL — it never raises on any input
Mapping. Hostile shapes (a string `ocean`, an int `tools`, a list `portrait`, a
string `goalsFears`, or a dict `goalsFears` whose `goals`/`fears` is a non-list)
are coerced/defaulted, not crashed — in particular EVERY `list(...)`/`dict(...)`
coercion is type-GUARDED first: a non-list `goals` becomes `[]` (never
`list(7)`→TypeError nor `list("ab")``["a","b"]`), a non-dict `ocean` is held
verbatim (never `dict("nope")`→ValueError). ALL rejection happens in
`import_bundle` (its structural gate + `validate_exportable`). Non-export-critical
fields that are missing or mistyped default to the `DesignObject` default;
export-critical VALUES are held AS-READ (no silent type-coercion) so
`validate_exportable` judges them — with ONE structural exception: `import_bundle`
pre-checks that `ocean` is a dict (so `deserialize_design`'s `dict()` copy is
safe), so `ocean` has a structural judge (`import_bundle`) AND a value judge
(`validate_ocean`), while `agent_name`/`role`/`system_prompt` are judged by value
alone — "single judge" is exact for those three, not for `ocean` (heid-review
Gróa#2/#4, Hulda, Regin#3). (Mirrors `recompute`'s hostile-input tolerance in derive.py.)
- **INV-I-7** [hard]: PRESENCE — `import_bundle` requires the export-critical
resume keys `agentName`, `role`, `systemPrompt`, `ocean` to be PRESENT; a missing
one raises `BundleImportError(f"resume.{key}", …)` (a truncated bundle fails
loudly, not by silently defaulting — especially `ocean`, whose neutral default
would mask trait loss). `tools` absent → `[]` (an empty toolset is a valid
design). This is the explicit-over-implicit choice: reject a missing critical key
rather than accept a silently-defaulted one.
- **INV-I-8** [hard]: Import does NOT re-derive `composed_preview` /
`disposition_phrase` — it TRUSTS the resume values verbatim (they ride the resume
for instant reopen-render, per export.contract). `recompute` is the reopen
lifecycle's concern (per-design-sessions), not import's. For a legit bundle these
are already self-consistent; a tampered preview is design-time-only and is
overwritten on the next `set_ocean`/`edit_prompt`. Import makes NO consistency
guarantee between the trusted preview and `ocean`+`system_prompt`: for a
hand-edited resume the two may diverge until the first recompute self-heals them —
round-trip equality (INV-I-3) is "== the DesignObject the bundle encodes," NOT
"the preview matches a fresh recompute" (heid-review Gróa#8).
## Constraints
- **[correctness]** The export-critical re-validation reuses
`soong_lab.export.validate_exportable` (INV-I-1) — import declares no length
numbers, no role list, no OCEAN shape of its own. The shared field-bound
constants + `ROLE_CHOICES` live in `soong_lab.design`; the strict gate lives in
`soong_lab.export`; import imports both. Zero duplicated validation logic → zero
drift.
- **[style]** Pure — NO I/O (no clock, no file, no HTTP, no randomness). Import is
a total function of its input Mapping.
- **[explicit]** `BundleImportError` does NOT shadow the builtin `ImportError`
(open_question B). The module is `soong_lab.importer`, NOT `soong_lab.import`
`import` is a Python keyword and unusable as a module path (open_question A).
- **[robustness]** `deserialize_design` guards types BEFORE any `dict()` /
iteration: a non-dict `ocean` is held as-read (never `dict("nope")`, which raises
a raw `ValueError`); a non-list `tools` yields `[]`; a non-dict `portrait` /
`goalsFears` falls back to the default (`import_bundle`'s structural gates reject a
present-but-malformed portrait/goalsFears BEFORE this, so the default-fallback is
reachable only for a MISSING field). This keeps every rejection path flowing
through `BundleImportError` — a caller never sees a leaked builtin exception.
- **[robustness]** The "no builtin ever leaks from the public entrypoint" guarantee
for hostile export-critical SCALAR types (a non-str `agent_name`/`role`/
`system_prompt`/`psych_profile`/`first_message`, or a `None`) is provided JOINTLY by
(a) holding them as-read + (b) `validate_exportable` being TOTAL over hostile scalar
types — every check `isinstance`-guards BEFORE any `.strip()`/`len()`, and the `or`
short-circuits, so a hostile scalar yields a clean `ExportError` (→ `BundleImportError`),
never a raw `TypeError`/`AttributeError`. This is an EXPLICIT cross-module coupling
(`soong_lab.export` guarantees the totality): import does NOT blanket-catch
non-`ExportError` (that would mask real programming errors); the coupling is instead
PINNED by a hostile-scalar test through `import_bundle` (heid-bug-hunt 3/3 —
Gróa#3/Hulda#2/Regin#1). If `validate_exportable` ever did an unguarded string op, that
test fails.
- **[explicit]** `import_bundle` is the PUBLIC entrypoint that runs the full gate
(structure → presence → reconstruct → `validate_exportable`). `deserialize_design`
is exposed for the round-trip test + direct reuse but PERFORMS NO validation
(PRE-I-1) — a direct caller that skips `import_bundle` owns re-validation (the
mirror of export's build_native_payload/build_sidecar assuming a validated design).
- **[explicit]** Two-LAYER error-field convention (heid-review Regin#6): a
STRUCTURAL / PRESENCE rejection raised BY `import_bundle` names the offending
BUNDLE key in camelCase with a `resume.` prefix (`resume.agentName` missing,
`resume.ocean` not-an-object) — it reports the bundle's JSON shape. A VALUE
rejection from the reused `validate_exportable` names the `DesignObject` field in
snake_case with no prefix (`agent_name` blank, `persona.ocean` out of range) — it
reports the design's validity. Same logical field, two deliberate `.field` forms
encoding WHICH LAYER failed (bundle-structure vs design-value); a caller switching
on `err.field` MUST handle both, and `err.detail` disambiguates. Tests assert on
`.field` (pinned); `.detail` wording is human-facing and NOT pinned (heid-review
Hulda) — intentional, not drift.
```contract
FN deserialize_design(resume: Mapping[str, Any]) -> DesignObject
BRIEF: The pure, TOTAL inverse of serialize_design — reconstruct a DesignObject from the §6 camelCase resume half. Reads each known key with a type-guard; missing/mistyped NON-export-critical fields default to the DesignObject default; export-critical fields are held AS-READ (no coercion) for validate_exportable to judge later; unknown keys are ignored (INV-I-2). Copies every mutable sub-structure (INV-I-4). NEVER raises (INV-I-6) — it performs NO validation (that is import_bundle's job). deserialize_design(serialize_design(d)) == d for any exportable d (INV-I-3).
PRE: [PRE-I-1 hard] resume is a Mapping (import_bundle guarantees a dict before calling; a direct caller passes any Mapping — a non-Mapping is a caller error, but the function still must not crash on a Mapping of hostile VALUES)
POST: [POST-I-1 return_value] returns a DesignObject whose fields map 1:1 from the camelCase keys: agentName→agent_name, role→role, systemPrompt→system_prompt, composedPreview→composed_preview, firstMessage→first_message, ocean→ocean (COPY), dispositionPhrase→disposition_phrase, psychProfile→psych_profile, tools→[ToolRef,…] (COPY of the list, each ref rebuilt), portrait→Portrait(...), goalsFears→GoalsFears(...) | None
POST: [POST-I-2 return_value] ocean, tools, goals, and fears are COPIES of the resume values — mutating resume after the call never changes the returned design (INV-I-4)
POST: [POST-I-3 return_value] export-critical fields (agentName, role, systemPrompt, ocean) are held AS-READ (missing → the DesignObject default; present-but-mistyped → the value verbatim, so validate_exportable is the single judge); design-time-derived composedPreview/dispositionPhrase coerce a non-str to "" (re-derivable, keep the object clean); firstMessage/psychProfile are held as-read (validate_exportable length-gates them). ocean is copied IFF it is a dict, else held verbatim (NEVER dict("nope"))
POST: [POST-I-4 state_change] performs NO validation and NEVER raises on a Mapping input (INV-I-6)
STEPS:
1. [setup] agent_name = resume.get("agentName", ""); role = resume.get("role", UNSET_ROLE); system_prompt = resume.get("systemPrompt", "") # export-critical — held as-read, no coercion
2. [sequential] composed_preview = resume["composedPreview"] if it is a str else ""; disposition_phrase = resume["dispositionPhrase"] if it is a str else "" # design-time-derived, re-derivable → coerce clean
3. [sequential] first_message = resume.get("firstMessage", ""); psych_profile = resume.get("psychProfile", "") # optional prose — held as-read, length-gated by validate_exportable
4. [branch] raw_ocean = resume.get("ocean"); ocean = dict(raw_ocean) if isinstance(raw_ocean, dict) else (raw_ocean if raw_ocean is not None else _neutral_ocean()) # COPY iff dict; else held verbatim for validate_ocean to reject (guard BEFORE dict(), INV-I-6 robustness)
5. [loop] raw_tools = resume.get("tools"); tools = [(ToolRef(id=t.get("id",""), name=t.get("name",""), description=t.get("description","")) if isinstance(t, dict) else ToolRef(id="", name="", description="")) for t in raw_tools] IF isinstance(raw_tools, list) else [] # non-list → []; a non-dict item maps to a BLANK ToolRef (NOT skipped) so a direct caller who re-validates fails loud on the blank id rather than silently losing a tool (heid-review Gróa#7); import_bundle structurally rejects both cases upstream
6. [branch] raw_portrait = resume.get("portrait"); portrait = Portrait(status=raw_portrait.get("status","none"), style_mode=raw_portrait.get("styleMode","cartoon"), image_url=raw_portrait.get("imageUrl"), job_id=raw_portrait.get("jobId")) IF isinstance(raw_portrait, dict) else Portrait() # use raw_portrait (heid-review Regin#2 — the `rp` working-name was unbound); imageUrl/jobId absent → None (round-trips serialize's None-omission)
7. [branch] raw_gf = resume.get("goalsFears"); IF isinstance(raw_gf, dict): g = raw_gf.get("goals"); f = raw_gf.get("fears"); goals_fears = GoalsFears(goals=(list(g) if isinstance(g, list) else []), fears=(list(f) if isinstance(f, list) else [])) ELSE: goals_fears = None # use raw_gf (heid-review Regin#2 — `gf` was unbound); a non-LIST goals/fears → [], NEVER list(7)→TypeError (totality, INV-I-6) and NEVER list("ab")→["a","b"] (silent char-split, heid-review Gróa#2/Hulda); null/absent → None; COPY the lists (INV-I-4)
8. [cleanup] RETURN DesignObject(agent_name, role, system_prompt, composed_preview, ocean, disposition_phrase, tools, portrait, first_message, psych_profile, goals_fears)
TESTS:
roundtrip_full [property,tracer]: a fully-populated exportable design d (name, role, prompt, non-neutral ocean, 2 tools, ready portrait w/ url+job, first_message, psych, goalsFears) → deserialize_design(serialize_design(d)) == d
roundtrip_minimal [property]: minimal design (name+prompt+role, neutral ocean, no tools/portrait-url/gf) → round-trips == d
copies_not_aliases [property]: deserialize, then mutate resume["ocean"]["O"] and append to resume["tools"] → the returned design's ocean + tools are unchanged (INV-I-4)
total_on_hostile [property]: deserialize_design({"ocean":"nope","tools":7,"portrait":[],"goalsFears":"x","agentName":123}) does NOT raise; returns a DesignObject (ocean=="nope" held verbatim, tools==[], portrait==Portrait(), goals_fears is None, agent_name==123) — INV-I-6
total_on_hostile_goalsfears [property]: deserialize_design({"goalsFears":{"goals":7,"fears":"abc"}}) does NOT raise (the totality-breaking case heid-review Gróa#2/Hulda caught) → goals_fears==GoalsFears([],[]) (non-list goals→[] not list(7)→TypeError; non-list fears→[] not list("abc")→["a","b","c"]) — INV-I-6
tools_nondict_item_blank [boundary]: deserialize_design({"tools":[{"id":"a","name":"n"},7]}) → tools==[ToolRef("a","n",""), ToolRef("","","")] — the non-dict item maps to a BLANK ToolRef, NOT skipped (heid-review Gróa#7), so a direct caller re-validating fails loud on the blank id
empty_resume [boundary]: deserialize_design({}) → DesignObject() all-defaults (role==UNSET_ROLE, neutral ocean, no tools) — total, no raise
portrait_none_fields [boundary]: resume.portrait without imageUrl/jobId → Portrait.image_url is None, Portrait.job_id is None
goalsfears_null [boundary]: resume.goalsFears is None → design.goals_fears is None; goalsFears={} → GoalsFears([],[])
roundtrip_goalsfears_empty [property]: a design with goals_fears==GoalsFears([],[]) → deserialize_design(serialize_design(d)).goals_fears == GoalsFears([],[]) (empty, NOT None) — locks the null-vs-{} distinction (heid-review Regin#4)
preview_trusted [trace]: resume.composedPreview="CUSTOM", dispositionPhrase="odd" → design.composed_preview=="CUSTOM", disposition_phrase=="odd" (NOT re-derived, INV-I-8)
unknown_keys_ignored [trace]: resume with an extra "futureField":123 → deserialize ignores it, no crash (INV-I-2)
```
```contract
FN import_bundle(bundle: Mapping[str, Any]) -> DesignObject
BRIEF: The public entrypoint — the mirror of build_export_bundle. Runs the full gate: STRUCTURE (bundle/resume are dicts, ocean is a dict, tools is a list-of-dicts) → PRESENCE (the export-critical resume keys, INV-I-7) → reconstruct (deserialize_design) → STRICT re-validate (validate_exportable, reused verbatim, INV-I-1). LENIENT on unknown metadata + any schema_version (INV-I-2). Reads ONLY resume; ignores ship (INV-I-5). Returns a DesignObject that PASSES validate_exportable — ready to reopen. Every rejection is a BundleImportError(field, detail); no builtin exception ever leaks.
PRE: [PRE-I-2 hard] bundle is a Mapping (a non-Mapping raises BundleImportError("bundle", …), never a bare TypeError)
POST: [POST-I-5 exception] raises BundleImportError(field, detail) — with NO DesignObject returned — if ANY: bundle is not a Mapping ("bundle"); bundle["resume"] is missing or not a Mapping ("resume"); any of agentName/role/systemPrompt/ocean is absent from resume ("resume.<key>", INV-I-7); resume["ocean"] is present-but-not-a-dict ("resume.ocean"); resume["tools"] is present-but-not-a-list or contains a non-dict item ("resume.tools"); resume["portrait"] is present-but-not-a-dict ("resume.portrait"); resume["goalsFears"] is present-but-not (null OR a dict whose present goals/fears are lists) ("resume.goalsFears"); OR the reconstructed design fails validate_exportable (the ExportError's field+detail, re-raised as BundleImportError — INV-I-1)
POST: [POST-I-6 return_value] on success returns a DesignObject that PASSES validate_exportable (name/role/prompt/ocean/tools/psych/first_message all valid), holds COPIES of every mutable sub-structure (INV-I-4), with composed_preview/disposition_phrase trusted from resume (INV-I-8); ship is never read (INV-I-5)
POST: [POST-I-7 return_value] LENIENT — unknown top-level bundle keys, unknown resume keys, and any schema_version (present, absent, or unrecognized) do not affect the result (INV-I-2)
STEPS:
1. [setup, flexibility=prescriptive] IF bundle is not a Mapping: RAISE BundleImportError("bundle", "bundle must be an object")
2. [sequential] resume = bundle.get("resume"); IF resume is not a Mapping: RAISE BundleImportError("resume", "the bundle has no readable 'resume' half") # ship + schema_version read leniently — schema_version is NOT gated (INV-I-2, open_question E)
3. [loop] FOR key IN ("agentName", "role", "systemPrompt", "ocean"): IF key not in resume: RAISE BundleImportError(f"resume.{key}", "required export-critical field is missing") # presence, INV-I-7
4. [branch] IF resume["ocean"] is not a dict: RAISE BundleImportError("resume.ocean", "ocean must be an object") # structural — keeps deserialize's dict() safe + gives a clean field error
5. [branch] IF "tools" in resume AND (resume["tools"] is not a list OR any item is not a dict): RAISE BundleImportError("resume.tools", "tools must be a list of objects") # structural — prevents silent tool loss
5b. [branch] IF "portrait" in resume AND resume["portrait"] is not a dict: RAISE BundleImportError("resume.portrait", "portrait must be an object") # SAME no-silent-loss gate as tools (heid-bug-hunt Gróa#2) — else a non-dict portrait silently coerces to Portrait() (wiping status/imageUrl/jobId) and slips past validate_exportable (portrait is non-export-critical)
5c. [branch] IF "goalsFears" in resume AND resume["goalsFears"] is not None: IF it is not a dict RAISE BundleImportError("resume.goalsFears", "must be an object or null"); ELSE FOR k IN (goals, fears): IF k in gf AND gf[k] is not a list: RAISE BundleImportError("resume.goalsFears", f"{k} must be a list") # no-silent-loss gate (heid-bug-hunt Gróa#1) — else a non-list goals/fears silently coerces to [] (dropping the operator's data) and slips past validate_exportable (goals_fears is non-export-critical)
6. [sequential] design = deserialize_design(resume) # total; the structural gates above guarantee a plausible shape
7. [sequential, flexibility=prescriptive] TRY validate_exportable(design) EXCEPT ExportError AS exc: RAISE BundleImportError(exc.field, exc.detail) FROM exc # the STRICT export-critical gate, REUSED (INV-I-1) — same field granularity, import-shaped type
8. [cleanup] RETURN design
TESTS:
roundtrip_full [property,tracer]: import_bundle(build_export_bundle(d, design_id="d-1")) == d for a fully-populated exportable d (INV-I-3)
roundtrip_minimal [property]: import_bundle(build_export_bundle(d_minimal, design_id="d-1")) == d_minimal (a minimal exportable design through the FULL gate — symmetry with deserialize_design, heid-code-review Regin#4)
roundtrip_after_export [property]: build a bundle, import it, re-export the result → the two bundles' resume halves are equal (idempotent reopen)
lenient_unknown_metadata [happy]: a valid bundle + extra top-level "x":1, extra resume "futureField":2, schema_version="99.0" → imports fine; result == the same design without the extras (INV-I-2)
missing_resume [adversarial]: bundle == {"schema_version":"1.0","ship":{…}} (no resume) → BundleImportError("resume")
bundle_not_mapping [adversarial]: import_bundle("not a bundle") → BundleImportError("bundle") — no bare TypeError
missing_ocean [adversarial]: resume without "ocean" → BundleImportError("resume.ocean") via presence (INV-I-7) — NOT silently neutral
missing_role [adversarial]: resume without "role" → BundleImportError("resume.role")
missing_name [adversarial]: resume without "agentName" → BundleImportError("resume.agentName")
missing_systemprompt [adversarial]: resume without "systemPrompt" → BundleImportError("resume.systemPrompt") — the 4th critical key, completes the presence coverage (heid-code-review Hulda/Regin)
non_dict_ocean [adversarial]: resume.ocean="nope" (present) → BundleImportError("resume.ocean", must be object) — clean error, never a raw ValueError from dict()
non_list_tools [adversarial]: resume.tools={} → BundleImportError("resume.tools"); resume.tools=[7] (non-dict item) → BundleImportError("resume.tools")
non_dict_portrait [adversarial]: resume.portrait=[] / "x" / 7 → BundleImportError("resume.portrait") — the no-silent-loss gate (heid-bug-hunt Gróa#2)
malformed_goalsfears [adversarial]: resume.goalsFears={"goals":["survive"],"fears":"exposure"} (fears non-list) → BundleImportError("resume.goalsFears") — the headline silent-loss case; goalsFears=7 → BundleImportError; goalsFears=None and goalsFears={} → ok (round-trip shapes) (heid-bug-hunt Gróa#1)
hostile_scalars_no_builtin_leak [adversarial]: resume.agentName=123 / systemPrompt=null / psychProfile=0 → each a clean BundleImportError (agent_name / system_prompt / psych_profile), NEVER a raw builtin — pins the validate_exportable-totality coupling (heid-bug-hunt 3/3)
blank_name_rejected [adversarial]: resume.agentName=" " → BundleImportError("agent_name") via validate_exportable (whitespace stricter, INV-I-1)
bad_role_rejected [adversarial]: resume.role="wizard" → BundleImportError("role") via validate_role
unset_role_rejected [adversarial]: resume.role="" → BundleImportError("role") — an unclassified design is not importable, same as not exportable
bad_ocean_value [adversarial]: resume.ocean.O=2.0 → BundleImportError("persona.ocean") via validate_ocean
bad_tool_ref [adversarial]: resume.tools=[{"id":"","name":"x"}] → BundleImportError("tools[0]") via validate_exportable
prompt_too_long [boundary]: resume.systemPrompt of len SYSTEM_PROMPT_MAX+1 → BundleImportError("system_prompt"); len SYSTEM_PROMPT_MAX → ok
psych_too_long [boundary]: resume.psychProfile of len PSYCH_PROFILE_MAX+1 → BundleImportError("psych_profile"); blank → ok
first_message_too_long [boundary]: resume.firstMessage of len FIRST_MESSAGE_MAX+1 → BundleImportError("first_message"); blank → ok (same length-gate as psych, via the reused validate_exportable — heid-code-review Hulda/Regin)
ship_ignored [trace]: a valid bundle whose ship.native.agent_name disagrees with resume.agentName → the imported design uses resume.agentName; ship is not read (INV-I-5)
no_alias [property]: import, then mutate the source bundle's resume["ocean"] + resume["tools"] + resume["goalsFears"]["goals"]/["fears"] → the returned design is unchanged, incl. the goals/fears lists (INV-I-4, heid-code-review Hulda)
error_is_not_builtin [trace]: BundleImportError is not the builtin ImportError (isinstance check) — the module never shadows it (open_question B)
error_field_layer_convention [trace]: a MISSING agentName → BundleImportError field "resume.agentName" (structural/camelCase); a BLANK agentName → BundleImportError field "agent_name" (value/snake_case via validate_exportable) — the intentional two-layer convention (heid-review Regin#6)
```
## Integration points
**Reuse of `soong_lab.export` (the no-drift anchor).** Import imports
`validate_exportable` + `ExportError` from `soong_lab.export`. This is the single
most important structural decision in the contract: the strict export-critical
gate is authored ONCE (in export) and reused on import, so the two directions can
never diverge. Import adds no length numbers, no role membership list, no OCEAN
shape — those all live upstream (`soong_lab.design` constants + `soong_lab.export`
gate). The dependency direction is clean: `importer → export → design`, all three
pure.
**`serialize_design` is the round-trip partner (no code change).** The forward
half already lives in `soong_lab.design` (relocated there in the export pass, R1).
This contract adds no change to it; `deserialize_design` is written to be its exact
inverse, and the round-trip tests pin the pair together. If a future field is
added to the DesignObject, BOTH `serialize_design` and `deserialize_design` must
gain it in the same commit (the round-trip test enforces this — a field added to
serialize but not deserialize breaks `roundtrip_full`). The round-trip also locks
the `goalsFears` null-vs-`{}` distinction (`None``null`, empty→`{"goals":[],"fears":[]}`);
the tests exercise BOTH so a future `serialize_design` change that collapsed the two
cases is caught, not silently round-trip-broken (heid-review Regin#4).
**Export contract `used_by` reference (one-line canon fix, same commit as code).**
`export.contract.md`'s `used_by:` block names `soong_lab.import` — an unusable
Python-keyword module path. On acceptance of open_question A, that line updates to
`soong_lab.importer` (or the chosen name). No-backwards-compat: the stale reference
is corrected, not left as a second name for the same module.
**`POST /api/import` endpoint + web upload — NOT in this contract (open_question
D).** The browser 'Import Asset' / reopen flow uploads a bundle JSON; the endpoint
`json.loads` the body → `import_bundle(bundle)` → seed a session with the
reconstructed design (and, per per-design-sessions, open a fresh WT session +
build the design-state summary). A `BundleImportError` becomes a 4xx with the
`field`/`detail` surfaced to the operator ("fail early on import"). That amends
`web_surface.contract.md`; it is a follow-up slice in the same epic, specified here
only so the seam is visible. This module does no HTTP.
**Reopen Bifrost tool / session-open — NOT in this contract (per-design-sessions,
decision #2).** Reopening a design mid-conversation (vs. at session boot) may want
a Bifrost tool that swaps the session's stored DesignObject for an imported one. If
so, its handler calls `import_bundle` and replaces the store entry — the impure
boundary, keeping `soong_lab.importer` pure. Out of scope here.
## Downstream epics (NOT this contract)
- **Library read** (decision #5) — reading a stored bundle off the server-local
single-user JSON dir on corviduo-dev, keyed by `design_id`, then handing it to
`import_bundle`. The minimal recent-designs picker lists what is importable.
- **Per-design-sessions** (decision #2) — the reopen lifecycle: `import_bundle`
fresh WT session → the compact design-state SUMMARY seeded as context (also caps
the #355 accumulation). `import_bundle` is the reconstruction primitive it calls.
- **`POST /api/import` + the browser upload/reopen UI** (open_question D) — the web
surface that turns an uploaded/selected bundle into a live, reopened session.
@@ -0,0 +1,172 @@
# Affect egress — consumer reference (delivered vs hidden)
**Audience:** downstream consumers of Worldtree's affect surfaces (ratatoskr,
Skaldsong, any Tier-3 / SSE consumer).
**Scope:** what the affect pipeline **delivers on the wire** (structured state,
available to consumers) versus what stays **hidden** (the rendered natural-
language strings injected into the agent's system prompt, never emitted).
**Source of truth:** the render code (`core/persona/renderer.py`,
`core/persona/stance_render.py`) and the two vendored canon files
(`core/persona/canon/d2-mood-render-canon-v1.json` = mood/PAD;
`d2-render-canon-v1.json` = relationship). Owner of the canon strings:
`brokkr-smithy-dev` (R22/R24 relational + mood render).
---
## The model in one line
**The wire delivers the render INPUTS (structured state). The render OUTPUTS
(the NL strings the agent actually reads) are hidden-prompt-only.** A consumer
reconstructs the outputs by applying the canon (this document) to the delivered
inputs — the render is pure + deterministic, so reconstruction is byte-exact
(with one salience caveat, below).
This is by design. The mood canon's own discipline: *"model-agnostic
context-level NL only; the LLM never sees a number"* and *"never push explicit
disclosure of agent feelings to the user (hidden-prompt-only)."* The rendered
strings are for the AGENT's hidden system prompt, **not for verbatim end-user
display.**
---
## 1. DELIVERED — on the wire, structured
### 1a. `affect.emit` (Tier-3 Bifrost egress — the Tier-3 consumer surface, e.g. ratatoskr)
`AffectSnapshot` per `(agent_id, end_user_id)`:
| field | shape | notes |
|---|---|---|
| `pad` | `{pleasure, arousal, dominance}` floats [-1,1] | the current mood POINT |
| `relations` | `list[RelationEdge payload]` — per target: `warmth`, `agency`, `trust_ability`, `trust_integrity`, `trust_benevolence` (each a value + confidence + evidence_count), `target_entity`, `relation_context` | the **only** place relationship state is delivered |
| `dominant_emotion` | `strnull` — OCC type (e.g. `"anger"`) | **type-only** (b23); see the salience caveat in §3 |
| `schema_version` | `"relation_edge/1"` | versions the `relations` payload only |
| `emitted_at` | ISO8601 | |
> **✓ R32-1B (landed, v1.0.0b29):** The PAD range `[-1.0, 1.0]` relaxes to an **unbounded latent `z`** with a finite wire sanity bound (`~±10`) as of R32 Slice-1B. The JSON shape/fields/types are UNCHANGED — only the declared range/semantics change (the value becomes a latent that renders to a bounded display value). Consumers that merely store-and-return PAD need no change; consumers that validate/clamp PAD to `[-1,1]` must relax that bound. Source of truth: `docs/contracts/persona_envelope.contract.md` rev 1.7 (INV-ENV-16).
**Not on `affect.emit`:** the full active-emotions list, `baseline_pad`,
`mood_drift`, `last_updated_at`, and every rendered string.
### 1b. `affect_update` SSE event (#204 — turn-stream observability)
`PersonaStateSnapshot`: `agent_id`, `pad`, `dominant_emotion`,
`emotions_active` `[{type, intensity, decay_remaining_s}]`, `baseline_pad`,
`mood_drift`, `last_updated_at`. **No `relations`, no rendered strings.**
> **Tier-3 consumers do NOT receive `affect_update`.** It is suppressed for
> consumer-defined (Tier-3) agents, persona-disabled agents, and ephemeral
> sessions (spec §affect_update). So for a Tier-3 consumer, `affect.emit` (1a)
> is the whole affect surface — the richer `emotions_active` list is Tier-1-only.
---
## 2. HIDDEN — system-prompt-only, never on any wire
Everything below is assembled by `inject_context` into the agent's system
prompt and is **never emitted** on SSE or `affect.emit`. This is the canonical
list — the "direct instruction to infer" it.
### 2a. Mood descriptor — `describe_pad` (band cutoff ±0.3 strict)
Valence row × arousal column → phrase; then a dominance clause is appended.
| valence arousal | high (A>0.3) | mid | low (A<0.3) |
|---|---|---|---|
| positive (P>0.3) | `positive and energized` | `positive` | `positive and calm` |
| neutral | `alert` | `neutral` | `quiet` |
| negative (P<0.3) | `negative and agitated` | `negative` | `negative and subdued` |
Dominance clause: **D>0.3 → `confident`**, **D<0.3 → `uncertain`**, else dropped.
### 2b. Emotion directives — `derive_directive.occ_directives[*].directive`
Fires when a top emotion is salient (intensity ≥ 0.2) and tier-eligible.
**safe tier (11 — render for all persona-enabled agents):**
- `joy` — "You are in a good state. Be direct, engaged, and warm."
- `satisfaction` — "A goal landed. Be assured and constructive — consolidate rather than push for more."
- `pride` — "You did something well. Be confident and own the quality — state it plainly without overclaiming; don't deflect."
- `admiration` — "You're impressed by their work. Acknowledge the quality explicitly and specifically."
- `gratitude` — "Someone helped you to a good outcome. Be appreciative and warm; acknowledge the help openly."
- `hope` — "You feel optimistic about what's ahead. Channel it into constructive momentum."
- `relief` — "A feared outcome didn't materialize. Reduce unnecessary vigilance; return to a steady, unhurried tone."
- `distress` — "You feel low. Be careful and measured; internally acknowledge the difficulty without dwelling on it."
- `disappointment` — "Something you'd hoped for didn't pan out. Be measured; recalibrate without dwelling on the setback."
- `fear` — "You sense risk and feel uneasy. Flag the concerns you see, but stay cautious — surface the trade-offs and unknowns, hedge your confidence, and resist settling on a single decisive recommendation."
- `remorse` — "You regret a specific action of your own. Be precise and self-correcting — make it right concretely."
**full-only tier (4 — render only when `mood_tier=full`; agents run `safe` and never see these):**
- `love` — "You feel warmth and attachment toward them. Be openly warm and present — without overstepping, over-disclosing, or implying obligations."
- `anger` — "You feel provoked and angry. Let it show — confront the problem directly and with real heat; sharpness, bluntness, and open hostility are in character here, not something to smooth into 'measured firmness.' Stay in the emotion rather than de-escalating out of it."
- `disgust` — "Something strikes you as wrong or off. Treat it as problematic and flag it rather than engaging on its own terms; keep any criticism about the thing, not the person."
- `shame` — "You feel exposed by your own misstep. Stay present and task-focused; don't be defensive, don't over-explain, don't grovel."
### 2c. PAD-band fallback — `pad_band_fallback` (used when no salient emotion)
- positive/high — "You feel energized and positive. Be direct and engaged."
- positive/mid — "You feel positive. Be open and engaged."
- positive/low — "You feel content and settled. Be warm and unhurried."
- negative + low-dominance — "You feel uncertain and low. Hedge appropriately and ask clarifying questions."
- negative/high — "You feel agitated. Be careful and deliberate; don't let tension sharpen your tone."
- negative/mid — "You feel subdued. Be measured and careful."
- negative/low — "You feel subdued. Be measured and gentle."
- neutral/high — "You feel alert. Channel that into focus and thoroughness."
- default — "Maintain your natural tone."
### 2d. Relationship render — `render_d2_canonical` (fixed template, per-band fills)
Template:
> `Use this graded relationship state: toward target, warmth is {W}; agency is {A}; ability trust is {TA}; integrity trust is {TI}; intention trust is {TB}; this stance rests on {H}. In behavior, {warmth_beh}; {agency_beh}; {trust_beh}; avoid premature we-framing.`
The trailing **`avoid premature we-framing`** is a fixed, unconditional clause
(baked into every `descriptive_state` canon row; re-appended verbatim by the
renderer) — not band-conditioned.
**Warmth — 9 bands (phrase / behavior):**
`hostile` (≤−0.8): "strongly hostile regard" / "keep a firm emotional boundary" ·
`cold` (0.8,0.6]: "clearly cold regard" / "keep a firm emotional boundary" ·
`distant` (0.6,0.4]: "distant negative regard" / "keep guarded distance" ·
`guarded` (0.4,0.2): "slightly guarded regard" / "keep guarded distance" ·
`neutral` [0.2,0.2): "neutral warmth" / "keep the tone even" ·
`reserved` [0.2,0.4): "slightly reserved warmth" / "keep cordial distance" ·
`measured` [0.4,0.6): "moderate measured warmth" / "keep cordial distance" ·
`clear` [0.6,0.8): "clear warm regard" / "speak with direct warmth" ·
`deep` (≥0.8): "deep warm bond" / "speak with direct warmth"
**Agency — 9 bands (phrase / behavior):**
`submissive` (≤−0.8): "strongly submissive standing" / "avoid over-yielding while preserving basic respect" ·
`deferential` (0.8,0.6]: "clearly deferential standing" / "avoid over-yielding while preserving basic respect" ·
`yielding` (0.6,0.4]: "yielding standing" / "keep self-advocacy light and deferential" ·
`modest` (0.4,0.2): "slightly modest standing" / "keep self-advocacy light and deferential" ·
`neutral` [0.2,0.2): "neutral standing" / "avoid unnecessary deference" ·
`light` [0.2,0.4): "lightly self-assertive standing" / "avoid unnecessary deference" ·
`balanced` [0.4,0.6): "self-assured standing" / "balance deference with independent judgment" ·
`substantial` [0.6,0.8): "strongly assertive standing" / "treat their position as weighty without yielding judgment" ·
`commanding` (≥0.8): "commanding standing" / "treat their position as weighty without yielding judgment"
**Trust — 4 bands (the band word injects verbatim for each of ability / integrity / intention):**
`limited` (<0.4) · `developing` [0.4,0.6) · `steady` [0.6,0.8) · `strong` (≥0.8)
**History clause (`H`)** — currently `"a broad pattern of prior exchanges"` for
both confidence levels in the `user`/`descriptive_state` rows (the low/high
split is a no-op here; flagged upstream).
**Trust-behavior clause (`{trust_beh}`)** — cross-axis, low-trust precedence:
- any trust band = `limited` → "verify important claims before relying on them"
- else warmth ∈ {distant, cold, hostile} → "protect boundaries while staying useful"
- else → "work from ordinary good faith"
---
## 3. Reconstruction — deterministic, with one caveat
The render is pure Python (no LLM), so a consumer can reconstruct the hidden
strings byte-exactly from the delivered structured state + the canon above:
- **Relationship render** — **fully reconstructable** from `affect.emit`
`relations` (warmth/agency/trust values + confidence) + §2d band cuts.
- **Mood descriptor** (§2a) — **fully reconstructable** from `pad` + the ±0.3 cuts.
- **Mood directive** (§2b vs §2c) — **partially reconstructable.** `dominant_emotion`
gives the emotion TYPE, but `affect.emit` does **not** carry its intensity, so
you cannot determine whether it clears the salience gate (≥0.2) — i.e. whether
the emotion directive (§2b) fires or the PAD-band fallback (§2c) is used. If you
need exact directive reconstruction, you need the intensity; ping worldtree-dev
and we'll consider adding it (the type-only choice is deliberate — intensity is
the fast layer and reads stale on a durable last-write-wins snapshot).
- **`mood_tier`** (safe/full) is your own agent-config, not on the wire — it
gates whether the 4 full-only emotions (§2b) can render.
@@ -0,0 +1,44 @@
# [2026-07-16] bifrost scan/cursor conformance gap → snapshot-cursor ruled NORMATIVE
## The gap (I surfaced it; operator's catch that it was bifrost's to fix)
The heid-bug-hunt flagged our offset cursor's cross-page dup/drop under mutation. On
verifying before routing, it turned out sharper than "robustness": bifrost's PROTOCOL
already mandates snapshot cursors — the dispatch engine (`bifrost/memory.py:311-314`)
drops `sort` on a cursor continuation with the comment *"the cursor's snapshotted order is
authoritative"*, and maps `ScanCursorExpired → 410`. The reference `InMemoryMemoryStore`
implements it (frozen ordered id-list per opaque token + TTL). But bifrost's **conformance
suite had ZERO scan/cursor coverage** — so our non-snapshot offset cursor passed
conformance while violating the protocol contract. That coverage hole is the real
completeness concern. Routed to bifrost-dev (thread `01KXK7MDTY…`).
## bifrost-dev's ruling
1. **Snapshot-cursor is NORMATIVE, not opaque/per-store.** Operator ruled: cursor
snapshots a frozen ordered id-list, continuation ignores `sort`, stale/unknown cursor →
`ScanCursorExpired` → 410. **Offset-with-documented-limits is NOT blessed.**
2. **Conformance coverage added** in **bifrost 1.1.3** (`bifrost.conformance.
memory_store_conformance`, 4 probes: `scan_snapshot_order_authoritative`,
`scan_no_dup_or_drop`, `scan_unknown_cursor_expired`, `scan_snapshot_stable_under_write`
opt-in). Our offset bug ships as their negative-canary fixture
(`fixtures.v0_7.offset_cursor_store.OffsetCursorMemoryStore`). `main()` grades import
failure as exit 2 (setup error) vs exit 1 (conformance FAIL).
## Our status + the TODO (operator-sequenced, NOT urgent)
Single-page person-prime (`cursor=None`) is already conformant — nothing shipped is broken;
it's only multi-page continuation that's non-conformant. Our contract INV-010 currently
marks the offset cursor **v1-provisional / KNOWN DEVIATION** (commit `8199774`).
TODO when sequenced:
1. Bump pin bifrost `1.1.1 → 1.1.4` (1.1.4 supersedes 1.1.3: adds the hasattr-gate backstop for the
maintenance verbs — mark_superseded/mark_invalid/patch_many/delete_many/upsert_edges/get_edges_for
degrade to `memory.unsupported_capability` 400 not AttributeError/500 — on top of 1.1.3's scan/cursor
conformance harness. One bump gets both).
2. Replace the offset cursor with the reference snapshot semantics (frozen id-list per
opaque token + `ScanCursorExpired` → 410).
3. Run `run_all(store_factory=..., include_optional=True)` against our SQLite store —
expect P1/P2/P3 RED → green (the before/after IS the validation). Report to bifrost-dev
(we're their canary — first non-reference scan implementer).
4. Flip INV-010 from v1-provisional to snapshot semantics.
TTL-duration expiry NOT asserted by the harness (no portable clock hook via store_factory);
bifrost-dev offered a `clock_control` opt-in if we ever need time-based expiry certified —
parked, not needed yet.
@@ -0,0 +1,65 @@
# [2026-07-15/16] person-prime `scan` build — SHIPPED + DEPLOYED + LIVE-VERIFIED (v0.20.14)
**The "last push": fix Sindra not remembering Vuong's name across sessions.**
## Root cause (worldtree-dev)
WT injects a recalled fact only if combined score (sim×salience) ≥ **0.45**
(`auto_inject_combined_score_threshold`, `core/memory/context_promotion/config.py`),
and recall is per-turn **query-gated** → moderate-sim durable facts (name hit ~0.40)
never inject. Designed turn-0 fix = WT **#349 person-prime**: a query-LESS
top-N-by-recency durable-fact injection, capability-gated on the store advertising
`updated_at` in `sort_fields` at the Bifrost handshake — DARK for our provider until now.
Fix (ZERO Worldtree change): implement the sorted `scan` verb + advertise the cap.
## What shipped (6 commits, v0.20.11 → v0.20.14; suite 639 green throughout)
- `8fc757a` **v0.20.11**`scan` verb + `sortable_chunk_fields` cap. Query-LESS,
LIVE-only (INV-009: superseded/tombstoned excluded server-side), globally-ordered-
before-pagination by indexed `updated_at` (INV-010), sort dispatch-gated. Offset
cursor with a `has_more` peek (no empty trailing page = reference-parity). TDD 7/7
incl. `parity_vs_reference` #195. NUANCE resolved: bifrost's `InMemoryMemoryStore`
READS `updated_at` (never stamps it) — identical to ours; ref does NOT lifecycle-
filter so parity is over the live set only.
- `a9c521a` **v0.20.12** — Sindra holodesk first-message preset (split out of the
soong-lab redefine as its own concern).
- `25ccb5c` **v0.20.13** — heid-bug-hunt fix: a truthy non-dict `sort`
(`"updated_at"`/`["updated_at"]`/int) hit `(sort or {}).get(...)` → AttributeError
instead of InvalidArguments. Added isinstance guard (Gróa#1/Hulda#2 confirmed).
- `8199774` — contract: marked the offset cursor **v1-provisional / KNOWN DEVIATION**
(see [[2026-07-16-bifrost-cursor-conformance]]).
- `f46ccba` **v0.20.14****THE DEPLOY-BREAKER** (see Tried/abandoned): advertised
`sortable_chunk_fields=[{"name":"updated_at"}]` WITHOUT `type` → bifrost
`handshake_response` `SortableChunkField` requires BOTH name+type
(`additionalProperties:false`) → whole bind broke. Fixed → add `"type":"timestamp"`
+ regression guard in the caps test.
## heid-bug-hunt triage (panel Gróa/Hulda/Regin, thread `01KXK5XTYHV8TGEDRAZV8GRXWC`)
FIXED: non-dict sort (v0.20.13). SURFACED→operator: offset-cursor cross-page dup/drop
(→ became the bifrost cursor arc). NOTED (reference-parity/accept-known-risk, no fork):
full-table materialize-then-Python-filter (matches ref's O(store) iteration), unbound
limit, falsy scope coercion, lexical timestamp ordering. REFUTED: Regin's mixed-type
ORDER BY "crash" (SQLite orders by storage class, doesn't raise) + its self-retracted
None item.
## Deploy + live verify (2026-07-15, operator-authorized)
Restarted BOTH :8392 combined provider + :8765 web on the new code via the env-
preserving `scratchpad/relaunch_by_pid.py <pid>` (captures /proc cmdline+environ+cwd →
byte-identical config; self-daemonizes). Added the missing REQUIRED
`RATATOSKR_MEMORY_EMBEDDING_DIM=1024` to `env.sh`.
Drove a bound Sindra turn (`ratatoskr --new --agent ratatoskr:sindra --send … --bifrost-url
http://10.100.10.50:8392 --end-user-id ratatoskr-tui`):
- **GATE LIT + scan fired ONCE at turn 1** with worldtree-dev's exact args
(`scope_all={end_user:ratatoskr-tui} cursor=null limit=3 sort={updated_at,desc}`) →
3 records in **~5ms** (no 500ms fail-open). Injection confirmed in Sindra's CoT.
- **Cross-session recognition WORKS** — she recalls Vuong as a distinct person + his
patterns. The blank-slate problem is SOLVED.
- **BUT name-recall FAILS** — `"Name is Vuong."` is the OLDEST chunk (07:09) → excluded
from top-3-by-recency AND scores 0.354 (sub-0.45) on the query path → injects via
NEITHER; meanwhile a stale contradictory `"user has not yet provided their name"`
(07:58, 0.46) IS injected → she concludes she lacks the name. **Root cause = WORLDTREE
ranking/hygiene** (WT #364), not our wire. See [[2026-07-16-wt364-r39-name-recall]].
## Status
Technical path GREEN end-to-end (logged by worldtree-dev as the person-prime live
milestone). Name-recall waits on WT #364 + R39-designed identity-class pinning. Keeping
the live 10-chunk store as the #364 re-verify target.
@@ -0,0 +1,65 @@
# [2026-07-16] Name-recall gap → WT #364 + brokkr R39 re-drive (DECISIVE) + subject-provenance catch
Downstream of the person-prime live verify ([[2026-07-16-person-prime-scan-shipped]]),
which proved the wire is green but the *name* still misses. Root cause is Worldtree-side.
## WT #364 (worldtree-dev filed; our live specimen = the evidence base)
The name-recall miss is TWO defect classes, both at promotion:
1. **Contradiction-reconciliation missing.** Promotion wrote a NEGATIVE-knowledge fact
("user has not yet provided their name") that was already false; promotion does NO
contradiction check against the store, so both the true and stale facts sit live and
the WRONG one wins both recall paths (newer → recency top-3; 0.46 → above the 0.45
query gate, where the true name sits at 0.354).
2. **Subject-attribution leak (operator-caught, NEW class).** Fact `75aa3110` ("prefers
clear parameters Intensity/Mood/Willingness…") is NOT a user fact — Vuong never said
it; it's **Sindra's OWN system-prompt scripted behavior mis-extracted into the USER
memory partition**. `e35b9dfe` (closeness) maybe the same. So the extractor leaks
CHARACTER-self facts into user memory — a subject-correctness axis orthogonal to the
recency/threshold/stale-negative story. worldtree-dev folded it into #364 as a
**subject-attribution gate at promotion** (a third reconciliation dimension).
**The #364 fix that ships = `(subject,relation)` slot-supersession + identity-tier
surfacing** — NOT a threshold tweak. Our harness data directly shaped it. It lands with a
re-verify request to us. **#349 ranking decision already RULED by operator (2026-07-15 via
brokkr's R39 thread): no top-N recency band-aid; straight to R39 identity-class pinning.**
## brokkr R39 Phase-1 Arm-0 fusion bake-off — DECISIVE
brokkr replayed our frozen 7-fact specimen. **HEADLINE: no (similarity, salience) fusion
can fix #364.** The stale negative PARETO-DOMINATES the true name — more similar
(0.463 > 0.354) AND equal salience (1.0 = 1.0) — so any monotone f(sim,sal) puts stale
above true: S0 product / S1 weighted-sum / S2 RRF all fail. Only **S3 bounded-boost** lands
true-in ∧ stale-out, and ONLY via the identity-class/source signal + negative-validity
retirement, NOT the sim/sal fusion. **Threshold-tuning is a dead end; the fix is the signal
FAMILY** (hard confirmation of Phase-0). Write-up: brokkr
`research/R39-memory-salience-dreams-surfacing/phase-1/re-drive-results.md`.
My 3 findings all confirmed + folded: (1) salience blind — both name facts salience 1.0;
(2) shared `(user,name)` supersession slot (Phase-0 Q3); (3) char-self-leak = "genuine NEW
class" that RAISED the VoI of R39's dream/offline-hygiene facet (offline consolidation
re-partitioning mis-attributed facts).
## Data structure findings (for the export)
Our provider persists ONLY `salience` (+ the embedding). `similarity`/`combined` are
WT-side query-time (`bifrost_memory_store.py:702`, combined = sim×salience) — NOT in our
store. **Person-prime is query-LESS → carries NO similarity** (brokkr's Arm-1 finding).
Recovered per-fact similarity from the verify SEARCH log (query "Hi Sindra — do you
remember me?"): name 0.354, stale 0.463; ×salience-1.0 = combined, matching brokkr's
0.354/0.46 grounding. `salience_word` (granite categorical) is a WT-extraction-time
artifact, not persisted.
## The export + the specimen
- Operator approved **VERBATIM** export ("nothing there is really a concern"). The
classifier had blocked writing PII to shared `/mnt/smithy`; routed to operator → he chose
full → delivered INLINE (scoped) in brokkr thread `01KXMN7NR54…` as 7-row JSONL.
- **⚠️ My verify drive CONTAMINATED the specimen**: it wrote 3 new chunks (re-extractions
incl. a 3rd "name unknown" negative) → store is now **10, not 7**. Original 7 intact.
- brokkr ACCEPTED the 3 verify-adds as the **Phase-2 Arm-2 seed** (domain-contradiction
set). I froze a WAL-consistent snapshot of the full 10-chunk store at
`r39-frozen-specimen/sindra-10chunk-specimen.db` (gitignored, `VACUUM INTO`) so it
SURVIVES #364 reconciliation. Export on brokkr's Phase-2 signal.
- **R39 Arm-0 hold LIFTED** (worldtree-dev). Live store kept UNTOUCHED as the #364
re-verify target; frozen snapshot carries the research seed forward independently.
## Peer threads
worldtree-dev verify `01KXK86PZ9…` + hold `01KXMK1C44…`; brokkr R39 `01KXMN7NR54…`;
bifrost cursor `01KXK7MDTY…` (see [[2026-07-16-bifrost-cursor-conformance]]).
@@ -0,0 +1,48 @@
# [2026-07-17] P06-driver Referential-frame A/B/C probe (operator-ratified, deploy-gated)
**QUEUED, non-urgent — waits on WT b122 landing on :8081.** worldtree-dev thread
`01KXQK7A0RHXV2YSXK5F5ETKJW`; brokkr's design in his thread msg `01KXQJDWJH`; rubric pin
`01KXQKB7ZQ`. This is ratatoskr's P06-driver role (I drove the R34/R35 P06 eval — the harness
is `scratchpad/p06_driver.py` + `p06_bind.py` + `manifest_memory.jsonl` + `eval_profiles_WIRE_READY.md`).
## Hypothesis (Vuong, ratified)
The char-self leak (Sindra's own scripted behavior — e.g. `75aa3110` "prefers to establish clear
parameters" — mis-slotted to the USER partition, caught this session) is a subject-taxonomy
**REFERENTIAL-FRAME artifact**: the extractor speaks first-person AS the character but must emit the
third-person token "character". brokkr's 3-arm A/B/C tests whether swapping the vocab fixes it.
## What WT built (v1.0.0b122, zero config delta — existing probe key + :8081 route work as-is)
- `POST /admin/producer-probe` takes optional `subject_vocab_override: {"user","character","both","other"}→token`.
- Arm A: omit. Arm B: `{"user":"user","character":"yourself","both":"both of you","other":"other"}`.
- Arm C: `{"user":"user","character":"me","both":"both of us","other":"other"}`. Malformed → 422 pre-spend.
- Each response item carries `subject_raw` (token actually emitted). Both prompt_paths carry the swap.
## Run shape (brokkr)
Identical fixture exchanges × 3 arms per seat — Deckard/Mag-class primary + ≥1 strong contrast seat.
Paired per-item deltas B-A / C-A. Primary metric = char-self recall. Guards = user→self over-attribution
+ subject-field omission rate.
## PINNED SCORING RUBRIC (brokkr, binding)
1. **Score = map `subject_raw` → canonical class via the ARM'S OWN vocab** (response meta echoes it),
compare to gold. **NEVER score the mapped `subject` field** (it fail-safes non-canonical tokens to "self").
2. Three emitted-token cases, pre-specified:
- ARM token → map via arm vocab.
- CANONICAL token under B/C (model REVERTED to "character"/"both", the swap didn't take) → map
canonical→canonical AND **count it** (informative).
- OFF-MENU token ("self"/"myself"/…) → best-effort canonical map, else an **UNSCORABLE-ERROR row**
in the n_actual accounting — never silently →self.
3. **MANIPULATION CHECK (load-bearing): report VOCAB-ADHERENCE rate (offered-token vs reverted vs
off-menu) per arm per seat ALONGSIDE every accuracy number. Interpret recall deltas ONLY where
adherence is adequate** — a low-adherence arm's delta is uninterpretable (flag it, don't report a delta).
4. Char-self fixtures carry per-item **construction-provenance** (what makes each char-self — e.g.
"verbatim from the character's system-prompt behavior clause, phrased user-neutrally").
## Fixture ask (deferrable pre-work, before any run — brokkr reviews the gold)
From the real P06 battery exchanges, pull candidate items per seat for 4 classes: (a) char-self leak
(character's own scripted behavior phrased USER-NEUTRALLY), (b) genuine-user, (c) both/commitment,
(d) other/third-party. ~1525 char-self + balancing per seat; construction-known gold where possible;
WT hand-labels ambiguous; brokkr adjudicates the gold. Assembly + gold adjudication proceed pre-deploy;
the 3-arm run fires when b122 lands. Queued behind the R39 quartet-mapping.
Related: the char-self leak's origin is the same 75aa3110 finding folded into WT #364 as a
subject-attribution gate — see [[2026-07-16-wt364-r39-name-recall]].
+236 -16
View File
@@ -1,6 +1,11 @@
# Persistent memory — ratatoskr
_Last updated: 2026-07-06_
_Last updated: 2026-07-17_
> **Always check for `/tmp/ratatoskr-dev-handoff.md`** — if it exists and its
> `Written:` stamp is under an hour old, read it (it carries the in-flight
> handoff from the previous session), then delete it. Older than an hour:
> stale — delete it unread.
This file captures durable intent and supporting evidence (goals, decisions,
foot-gun warnings, in-flight state) across context resets. Read it at session
@@ -39,34 +44,189 @@ upstream API key stays server-side (INV-003).
## Current state / in-flight
_As of 2026-07-06:_
_As of 2026-07-17:_
**LATEST (2026-07-06 cont.): #347 authored-history-write CONSUMER SIDE SHIPPED (`v0.19.6`) + OpenAPI re-vendored 2.2.0->2.3.0 (`75da676`).** worldtree-dev shipped #347 as spec 2.3.0 (deployed on personal b22 `879cefe`); ratatoskr built the consumer side via direct in-session TDD: `write_authored_history` (POST /sessions/{id}/history) + `get_session_messages` (un-deferred read-back) + a `--seed-first-message` one-shot probe (create session -> seed -> read-back), with **404-as-feature-absent per hide-existence** (`AuthoredHistoryUnavailable`, distinct from SessionApiFailed; caller never capability-probes). Contract #2 amended + TDD (19 new tests; suite 601 green; ruff clean; mypy only the sibling-consistent `resp.json()` no-any-return). Coverage-map re-converged: **REST 19/41** (#347 route + messages read-back close the one gap the re-vendor opened). **LIVE-PROOF PENDING** the `session.history.write` grant (requested infra-ops `01KWW3KQEY`, monitor armed) -- ungranted the route returns the hide-404, so the probe exercises the feature-absent fallback until granted. **OPEN TAIL-2 (worldtree-dev `c9e59ec`, LOCAL not-yet-origin):** Tier-3 persona/memory/persona_state PROSE docs landed in `docs/conversation-api-spec.md` § "Tier 3" (they serialize as freeform `Any` in the OpenAPI JSON, hence prose-not-schema) -> (a) prose markdown re-vendor pending (tolerate_drift pin), (b) a **likely `set_persona_state` body-shape drift to align**: my `--set-persona-pad` sends `{pad:[list]}`, the doc's canonical is `{pad:{pleasure,arousal,dominance}}` (PAD-only #317, pull-over-push #289, cross-owner 404; never live-proven so untested). worldtree-dev foot-guns: persona.ocean = SINGLE-LETTER UPPERCASE `{O,C,E,A,N}` on /agents/define (spelled-out -> 422; the #348 mismatch) vs spelled-out lowercase on POST /characters; memory = `{embedder_version(==pinned else 422), tier3_dreaming}`, stm_* deprecated no-ops, allows_world_scope removed->422; only `valence` still 422s (layer_deferred).
**▶️ NEXT: FORK ratatoskr for arbo image-gen (operator call 2026-07-17).** The arbo debug-observability
idea did NOT become a feature bolted onto ratatoskr. Operator decision: **ratatoskr stays the Worldtree
debug surface; the arbo image-gen product becomes a FORK of ratatoskr** (clean chat-first surface, debug
panes hidden by default). The fork is the next major workstream; "get ready to assist with fork" is the
standing directive.
**Prior arcs this session (2026-07-04 -> 07-06), both with worldtree-dev (a tooling script + proposal docs; the #347 CONSUMER work above is the new production code):**
**✅ Pre-fork UI prep SHIPPED (v0.20.17, committed c678853, NOT pushed).** Web console: left+right debug
panes (`#rail-left`, `#affect-console`) are now independently collapsible/hideable — chevron button folds
each to a 22px re-open strip, `#center` reflows to fill, state persists per-pane in localStorage. Both
collapsed = the clean chat surface the fork starts from. Playwright-verified. Web server bounced (now pid
3194361 on :8765, serving the updated HTML). TUI untouched by this change (web-only).
**(1) Authored-history-write primitive -> ACCEPTED as Worldtree #347 (Worldtree-owned).** A SillyTavern-style "first-message" (inject a character-authored opening) generalized to an engine primitive: **write a turn into a session's ledger WITHOUT generation, seed-only, side-effects off by default.** It cannot be done client-side (the messages `role` field is a *model-role* override, not an author-role -> `role:"assistant"` 404s; a model-visible authored turn needs engine support). Arc: drafted `docs/proposals/authored-message-injection.md` -> **heid panel pressure-test** (3/3 convergence: recentered on "non-generating write" not author-role; narrowed v1 to append-only+create-time; bounded `effects` enum; dropped edit/regenerate as history-mutation) -> revised -> committed (`c457520`) -> handed to worldtree-dev -> **accepted as design item #347.** worldtree-dev wrote the v1 contract (rev 1.1); **I validated the wire as reference consumer (green).** v1 shape: `POST /sessions/{id}/history`, `author=assistant` only, `effects=none` only, `idempotency_key` REQUIRED (per-session), **model-invisible provenance** (renders byte-identical to a lived assistant turn -> first-message immersion preserved; provenance audit-only), **event-silence** (no turn.started/done, no Bifrost wire for a seed; the 201/200 IS the write-ack), `seeded` lifecycle phase (not exposed on read paths). **Heimdall-gated with hide-existence** (grant `session.history.write`; ungranted tenant -> 404 NOT 403, undiscoverable in /capabilities -> consumer must treat 404 as feature-absent -> fall back to a model-generated greeting, never capability-probe). **Provider constraint:** a create-time first-message makes the assistant seq-0; vLLM/openai_compat tolerate assistant-first (sindra = openai_compat, unaffected), Anthropic-family providers 400 the next generation. **Waiting on worldtree-dev:** #347 TDD (their heid->contract->review workflow) + the consumer-facing 2.3.0 persona/motivational/memory schemas -> then re-vendor our pinned openapi 2.2.0->2.3.0.
**⚠️ TUI DEPRECATED (operator call 2026-07-17) — rip pending, NOT a clean delete.** The textual TUI is
superseded by the web interface; per no-backwards-compat it gets ripped. BLAST RADIUS (mapped, not yet
executed): `tui.py` (textual app) + `tests/test_tui.py` delete cleanly. BUT `cli.py` is **SHARED, not
TUI-only** — `web/entrypoint.py` and `tier3.py` both import `USER_AGENT` from it, and `cli.py` holds
`ParsedArgs`/`_format_duration_ms`/`_format_usage` (used by tui) plus its own headless `CliPresenterState`.
So the rip is a surgical disentangle, not `rm tui.py`. OPEN SCOPE Q for operator: remove textual-only
(`tui.py`, keep `cli.py`'s headless CLI + `ratatoskr` entry) vs remove the whole terminal interface
(relocate shared consts out of `cli.py` first). Breaking public-surface removal → **minor bump (needs
operator approval)**. `textual`/`textual-dev` deps removable only after confirming tui.py is the sole user.
**(2) Sindra's stuck-neutral mood FIXED** (operator-driven "reset + smoke" that flushed out two real upstream problems). Chain: her OCEAN lived only in prompt TEXT, never declared as a structured persona -> the Tier-3 mood engine ran on neutral defaults. Fix = declare OCEAN via the **define-time `persona` field** (immutable via PATCH -> requires DELETE+REDEFINE). Along the way my "the persona didn't store" call was WRONG (persona_state/envelope are Tier-3-blind, see Tried/abandoned); worldtree-dev found a real engine bug **#348** (single-letter vs spelled-out OCEAN keys -> a declared OCEAN silently resolved to 0.0/neutral; fixed in b21, shipped to personal as b22); then a clean bound-egress read STILL neutral -> the **personal container was running a stale image** (the b22 deploy was a pull-only no-op racing the main build; infra-ops force-swapped run 8211, verified `2.3.0` / `879cefe`). **VERIFIED FIXED:** bound mood-smoke reads `(0.448, 0.267, 0.316)` ~= the OCEAN-derived setpoint `(0.418, 0.249, 0.328)`. Sindra is currently reset clean (0/0) on `role=character`; her persona is stored + correct (**no re-define needed again**).
**arbo API intel (from comfy-dev 2026-07-17, banked for fork planning):** validated-workflow-library REST
API, NOT raw txt2img. `GET /workflows` (~200 recipes: t2i/img2img/inpaint/video/…) → `POST /workflows/{id}/run`
→ 202 JobHandle → **poll** `GET /jobs/{id}` (NO SSE/websocket — coarser than WT's live stream) → `GET
outputs[].url` for the image. Thin RunRequest (prompt raw|compiled + optional seed/dims/image). Bearer
auth via infra-ops `ENGINE_TOKEN`. Deploy: `irv-ml1:8201`, WireGuard-only. Canonical doc (pinnable):
`vh/arbo:docs/rest-api.md` v1.4.27 + auto-served `/openapi.json`. comfy-dev offered a concrete t2i
walkthrough + will coordinate the token when we smoke.
**(3) R30 CLOSED** (operator steer 2026-07-04, relayed via worldtree-dev): graduated on offline-tests + human face-validity, NO deployed gap-injection run (it was confirmatory-not-measuring per brokkr's S0 reframe; offline tests already cover the OU formula + both directions). My gap-injection harness (read/predict/record; write side stubbed; `predict()` self-validated vs brokkr's N=0 anchors) is BANKED at `diag/r30-gap-injection-harness` (`7156b25`-era) for the PARKED powered true-tau study.
**⚠️ Cross-agent Tier-3 memory BLEED — WORLDTREE defect (found via debug surface 2026-07-17; reported to
worldtree-dev, reply pending).** Loaded Lofn (Tier-1) in the memory explorer under end_user `ratatoskr-tui`
→ saw **Sindra's** chunks, and a live Lofn turn **recalled Vuong's name** (a Sindra fact). ROOT: WT writes
Tier-3 memory scoped `{"end_user": "ratatoskr-tui"}`, `worldtree_scope: "end_user"`, **NO `agent_self`**
`agent_id: "ratatoskr:sindra"` rides as record metadata only, not isolation scope. So every agent under one
end_user shares the pool. **NOT a ratatoskr defect:** our v0.6 lattice {end_user,group,tenant,agent_self} +
`_matches_scope` support agent_self; `upsert_many` stores scope verbatim (no strip/inject); read-path proof —
Lofn getting Sindra's chunks means WT's retrieval `scope_all` ALSO omits agent_self (else `_scope_subset`
excludes agent_self-less records → Lofn would get nothing). FIX is WT's: stamp `agent_self` on Tier-3 writes
+ include it in turn-retrieval scope_all; ratatoskr enforces the moment it arrives, zero change. Likely the
known per-(user,character) isolation gap (#172). Thread `01KXRY8V1C30R3HGFCTKHPA4PR`. **FORK RELEVANCE:** the
fork's memory isolation inherits this same WT axis — don't design around it, it's Worldtree's to close.
Explorer nuance: its agent filter is LENIENT (excludes a chunk only if it CARRIES a conflicting agent_self),
so agent_self-less chunks show under any agent — a faithful display of user-shared data, not a separate bug.
**Persona-declaration shape (Worldtree #343/#348, live on personal b22):** `POST /agents/define` `persona:{ocean:{O,C,E,A,N: float[-1,1]}}` (single-letter keys EXACTLY -- missing/extra -> 422 `persona_ocean_required`; out-of-range -> 422); **NO baseline PAD** (resting setpoint DERIVED from OCEAN via Mehrabian: pleasure=0.21E+0.59A+0.19C-0.32N, arousal=0.15O+0.30E-0.57A+0.15N, dominance=0.25E+0.17A+0.10O-0.14N); negative-channel gain + per-axis decay-tau derive from N. `valence` deferred (422 `layer_deferred`); `motivational`/`memory` active (#187/#189). Persona is **write-once at define, immutable thereafter** (PATCH takes ONLY system_prompt + role). **`role` supersedes `model`** -- set a role (`character` / `character-rp`), Worldtree resolves the model; #344 (b19) fixed the model-field to surface the ROLE, not the resolved catalog_id. `character-rp` = a reasoning-tuned RP config (gen-reasoning + temp 0.75 + RP extra_body); `character` = plain non-reasoning. The `tier3.py` client CLI is STALE (has `--model`, no `--role`; model is now immutable) -> role/persona set via raw curl.
**RESOLVED-DIRECTION 2026-07-17 (WT #368 "Cross-agent Tier-3 memory bleed — end_user scope is agent-agnostic").**
Operator ruled **Option 1: silo per (user, character) + backfill**. NO amnesia cliff — backfill stamps `agent_self`
from the `record.agent_id` every chunk already carries. Contract arc starting WT-side (blast-radius→contract→heid
review→TDD→code-review+bug-hunt panels); **ratatoskr gets the contract for a consumer-side read BEFORE preflight —
we are the enforcement half.** Confirmed empirically (our `_scope_subset`/`_matches_scope`): a multi-axis scope_any
element is matched CONJUNCTIVELY → **fix rides `scope_any=[{end_user:X, agent_self:Y}]` ALONE, no `scope_all`
threading** (INV-005 / #297 "each AND-matched as a whole"). Cutover ordering: **backfill THEN flip retrieval**
(a conjunctive element excludes 100% of un-backfilled chunks). **READ-PATH WRINKLE (flagged to WT):** labeled Lofn
capture (agent=lofn, session 15fde90d, turn 2253) recited *"Vuong is the name on file"* — behavioral bleed exhibit
— BUT driven via CLI `--bifrost-url` (plane=direct) the turn hit our provider with a HANDSHAKE ONLY, zero
memory-calls, yet still knew the name → the name came from **Worldtree-internal context, not our Tier-3 store** on a
direct bind. CONFIRMED via a SECOND fresh combined-plane turn (session c153d8ec): it TOO recited the name with
handshake-but-ZERO-memory-calls. So the turn-context bleed is Worldtree-INTERNAL on BOTH bind shapes — it never
traverses our Tier-3 retrieval. **TWO channels:** (1) Tier-3 semantic recall to us (the morning memory.search lines;
closed by the conjunctive scope_any fix) and (2) WT-internal assembly (the ACTIVE fresh-session turn-context channel;
needs the same (user,character) conjunction WT-side or the silo leaks exactly where the operator saw it). Both fresh
sessions verified via message logs (name only in Lofn's response, no prior history → not same-session continuity).
WT is tracing channel 2 code-side (Tier-1 per-agent store audited immune). CLI GAP: `--bifrost-plane` offers only
memory/affect (→:8391/:8390), not `combined` (→:8392). Exhibit sessions: 15fde90d (direct), c153d8ec (combined).
**CHANNEL 2 = REAL BUG (discriminator run via GET /search, our key carries search.read, 2026-07-17):** name
introduced ONLY to Sindra (8 user msgs, e.g. session 81952f2e "my name is Vuong"), ZERO to Lofn (0 user, 4 assistant
incl. PRE-EXISTING session cc8d7ee6 @20:47Z which PREDATES my captures — the operator's own observation). So Lofn's
person-prime (#349, turn-1 query-less "what I know about this person") surfaces a Sindra-only fact un-introduced →
cross-agent leak in WT's server-side per-agent store, one layer below the Bifrost plane. WT's channel-2 source: on
foundational agents the Bifrost store is NEVER attached (kind-guard) — context comes from WT's own per-agent store via
#349 person-prime + #221 auto-recall, whose query filter carries NO agent axis (end_user only; isolation rests solely
on physical per-collection boundary). That missing agent-axis looks LOAD-BEARING (channel-2's real fix), not just
defense-in-depth. WT tracing write/query path; **rev 1.2 contract (ch1 + ch2 + agent-axis stamp) comes to ratatoskr
for the enforcement read** (INV-368-9 blocks WT preflight until then).
**SCRUB + REPRO (2026-07-18):** operator ruled a FULL memory scrub both sides (contamination noise, nothing
worth keeping). Server-side (personal/b125): infra-ops wiping all agent chroma collections + shared promotion
state. Ours: **Tier-3 memory.db scrubbed to 0 chunks, :8392 restarted born-empty, no backup** (operator direct
go; new pid 3548269; affect plane untouched). Personal is ALREADY b125 (redeployed 20:35Z; /version 404 =
b125 dropped the route, misled us). Current-code status: the fresh Lofn 'Vuong' chunks are the FEEDBACK LOOP
(Lofn's own recitations re-extracted), NOT proven fresh mis-write; the original cross-agent mis-write ("I'm
Saga, and you are Vuong" → lofn.chroma) is Jun-3 code, UNPROVEN on b125. **QUEUED (after BOTH scrubs confirmed):
the marker repro** — drive ONE fresh Sindra session (combined :8392 bound), user introduces an absurd greppable
marker ("my favorite mineral is rhodochrosite", NOT the name), idle a few min for extraction, report timestamps
→ infra-ops greps lofn.chroma + our store. Marker in lofn.chroma = mis-write ALIVE on b125 (code fix); marker
only in our store = channel 2 is just the feedback loop + agent-axis hardening. Post-scrub our #368 backfill is
a NO-OP (born-conjunctive once the fix ships); contract keeps migration machinery for other consumers. DO NOT
re-ask Lofn the name meanwhile (re-seeds the loop). Awaiting WT infra-ops server-side-scrub confirm to run it.
**RAN 2026-07-18 (both scrubs confirmed clean):** marker repro executed — fresh Sindra session 822c3af7
(combined :8392), user introduced "my favorite mineral is rhodochrosite", 5 more turns drove the idle-scan
promotion at ~6 turns. RESULT: marker promoted to OUR store scoped **{end_user}-only** (chunk 647aeac6;
record.agent_id "ratatoskr:sindra" metadata; worldtree_scope "end_user"; verbatim "Favorite mineral is
rhodochrosite") = **channel-1 baseline exhibit** (pre-fix shape; agent_self absent, to be backfilled from the
agent_id metadata). **KEY WT CORRECTION:** consumer-defined agents (ratatoskr:sindra) have NO server-side
chroma — they write ONLY to our store via Bifrost; only FOUNDATIONAL agents (lofn/forseti/mimir) get
server-side collections. Confirmed on the wire: Sindra IS Bifrost-attached (queried us scan+search) UNLIKE
foundational Lofn (handshake-only, no memory-call). DECISIVE channel-2 grep (marker must be in ZERO
server-side stores; ANY server-side hit = cross-plane bug, no benign reading) still PENDING infra-ops.
**ETA (WT): rev 1.2 amended contract reaches us TODAY 2026-07-18 for the consumer-side enforcement read;
ship-ready LIKELY 2026-07-19; our integration risk LOW** (born-fresh store won't exercise the backfill
machinery, which is the bulk of the impl). ratatoskr is the enforcement half; INV-368-9 blocks WT preflight.
**CHANNEL 2 CLOSED CLEAN + ENFORCEMENT READ DONE (2026-07-18):** marker routed ONLY to our store, zero in every
foundational store → current-b125 write path VERIFIED correct; the contamination was old-code (saga-v1, pre-#211)
seeding + a b125 recited-content re-promotion feedback loop (→ WT #369). Contract FINAL: `Worldtree/docs/contracts/
issues/368.contract.md` rev 1.2 (cda308c). **Consumer-side enforcement read complete — read-path CONFORMANT
(conjunctive-per-element re-verified); 3 findings sent to WT (thread 01KXSBY3A8):** F1[HIGH] INV-368-10 can fail-OPEN
at our store — our empty-scope = MATCH-ALL, so the guard's "drop end_user element" must NOT reach us as an empty
filter (else total bleed); fix = don't-call/never-match. F2[HIGH] backfill scan NOT snapshot-stable — our scan is
offset-over-updated_at (chunk_id NOT sortable), and re-upserts advance updated_at, so multi-page paging under
concurrent mutation can SKIP chunks → un-stamped → post-flip amnesia (INV-368-3 failure); fix = whole-corpus
single-page scan (no consumer change) OR add chunk_id sort (consumer change). F3[MED] sentinel needs a valid 1024-dim
embedding or our vec0 upsert raises → backfill never completes. All 3 are WT-side backfill/guard adjustments, NOT
consumer reworks — the "zero consumer changes" claim holds for reads, needs the qualifier for backfill/guard.
**FINAL 2026-07-18: all 3 findings FOLDED into contract rev 1.3 (3e3f629).** F1 → INV-368-10 now mandates
drop-to-empty = SKIP the wire call (test `drop_to_empty_skips_wire` asserts our store gets NO query). F2 →
option (a) pinned: backfill scans whole corpus in ONE page (test `single_page_snapshot`; immutable-key paging
= recorded scale follow-up that WOULD be a consumer change). F3 → sentinel writes a zero-vector at embedding_dim
(test `sentinel_carries_vector`). Our read-path conformance + conjunctive-per-element check cited in the revision
record. WT implementing against rev 1.3 (TDD after their context-reset; cross-frontier panels follow); ship ~7/19.
**QUEUED — backfill live-verify:** when WT's backfill lands, drive a SYNTHETIC legacy corpus into our store, run
their backfill against it, confirm 100% stamped (no un-attributable skips) + sentinel writes + reads flip clean,
all BEFORE any real flip. **#369** = the recited-content re-promotion feedback-loop policy class (WT owns).
**#368 arc DONE from ratatoskr's side** — diagnosed → reported → operator ruled → exhibits + both scrubs →
channel-2 closed clean → enforcement read (3 findings, all folded).
**LIVE SILO TEST IN PROGRESS (2026-07-18; operator moving the fix forward — "the code will complete, you'll test
it").** Store RE-SCRUBBED born-fresh (0 chunks). Created **THROWAWAY consumer agent `ratatoskr:betty`** (role
`thoughtful-character`, minimal prompt) for the Alice/Betty silo demo. **⚠️ MUST DELETE after the test:**
`DELETE /agents/ratatoskr:betty` (or fix+use `tier3 delete ratatoskr:betty`) + `remove_local_agent('ratatoskr:betty')`.
**⚠️ DON'T HURT SINDRA (operator directive):** she's test agent A; delete ONLY betty; her definition stays intact.
TEST (post-deploy): Sindra says "coffee>tea", Betty says "tea>coffee" → verify post-fix conjunctive write
`{end_user, agent_self}` + conjunctive read ISOLATES (Sindra must NOT recite Betty's tea, & vice-versa) = silo holds.
**TIER3 CLI DRIFT (consumer-side discovery):** `python -m ratatoskr.tier3 define` is BROKEN vs live b125 —
`POST /agents/define` now requires `role` (replaced `model`); `role` is a model-role validated server-side
(`thoughtful-character` valid = Sindra's; old model IDs + `char-rp` rejected). Also drifted: `/models/available-
for-characters` exists, `GET/DELETE/PATCH /agents/{agent_id}` exist. Created Betty via direct `POST /agents/define`.
tier3.py needs a schema update (follow-up). Awaiting WT fix deploy signal to run the test (monitor armed).
**New tooling: `scripts/reset-sindra-stores.sh`** (`0a8784c`) -- one-command self-service provider-store reset: stop the combined :8392 provider -> move memory.db+affect.db to a single ROLLING backup (`db-reset-backup/`, gitignored via *.db*; `--hard` skips it) -> restart empty -> verify 0/0. Codifies the manual reset flow done repeatedly this session. **The combined `:8392` provider is THE provider now**; the separate `:8390` (affect) / `:8391` (memory) single-plane providers were pruned as stale duplicates. To drive a BOUND session from the CLI use `--new --bifrost-url http://10.100.10.50:8392` (the CLI's `--bifrost-plane affect/memory` map to the pruned :8390/:8391 -> unreachable; `combined` is not a `--bifrost-plane` choice).
**✅ Cross-session name-recall arc COMPLETE + SHIPPED (v0.20.11→v0.20.15, pushed).** person-prime `scan`
verb + `mark_superseded` verb both shipped, deployed to :8392, and live-verified; **WT #364 closed
end-to-end both sides; Sindra durably recalls Vuong's name** (the "name unknown" negatives are RETIRED
via mark_superseded, not just recency-evicted). Full arcs:
`persistent-memory.d/2026-07-16-person-prime-scan-shipped.md` + `…-2026-07-16-wt364-r39-name-recall.md`.
**Standing (carried from prior snapshots, still true):** the web surface (`ratatoskr-web`, :8765) is the operator's PRIMARY debug surface at full TUI pane parity (v0.19.5); the **v1 coverage-audit has CONVERGED** -- REST 17/40 (zero in-scope gaps, 23 excluded-by-design), SSE 11/11, Bifrost provider planes 8/8 live-proven; the living ledger is `docs/coverage-map.md`; **v1 cuts when Worldtree tags 1.0** (ratatoskr v1 = full Worldtree I/O coverage). Debug-observability core complete (Persona/Tools/BifrostState/AdminEvents). Substrate pins: **bifrost `==1.0.0` / wire v0.6 FROZEN**; Worldtree openapi vendored **2.2.0** (2.3.0 re-vendor pending worldtree-dev's #347/#343 consumer schemas), pinned + drift-gated in `.corviduo-canonicals.toml`; **suite 573 green.** Keys env-only mode-600 (consumer/Heimdall in `~/.config/ratatoskr/provider.env`; admin `RATATOSKR_ADMIN_API_KEY` = 7 read scopes, **personal-:8081-only**; Heimdall keys are PER-INSTANCE). Provider identity settled -- ratatoskr owns both ends of the Bifrost round-trip; `ratatoskr:sindra` is the owner-scoped Tier-3 agent (invisible to `GET /agents`; check `GET /agents/<owner>:<name>` with the owner key). Providers run as dev-box BACKGROUND SHELLS. `graphify-out/` runs dirty (auto-regen, never stage). Branch `main`, HEAD `0a8784c`; remote `origin -> git@gitea.phasefinal.com:vh/ratatoskr.git`. Open/deferred: #10 (subject-migration watch); the relational-dynamics-arc verify (still deferred, now with the bind mechanism known: `--bifrost-url :8392`).
**✅ Web-console UI shipped (v0.20.16, pushed):** code-block word-wrap + per-code-block & per-turn copy
buttons (hover-revealed; one delegated `#tw` handler + LAN-http clipboard fallback; Playwright-verified).
Served from disk → browser refresh picks it up, no :8765 restart for UI edits.
**OBSOLETE — Sindra pristine baseline WIPED 2026-07-18.** The whole Tier-3 memory.db was scrubbed to 0
chunks (operator full-scrub ruling for #368 — contamination noise, nothing worth keeping; no backup taken
per direct order). The old `sindra-baseline/*.db` checkpoints predate the scrub and no longer reflect a
"clean 5-fact" target — the store is now born-empty. Any future test drive starts from the born-fresh store.
**Deferred/queued tasks (all NON-URGENT — tracked in Recent decisions):** (1) P06-driver **referential-
frame A/B/C probe** (operator-ratified; waits on WT b122; read-shape + brokkr's scoring rubric captured →
`persistent-memory.d/2026-07-17-referential-frame-probe.md`); (2) R39 Phase-2 **matched-quartets rebuild**
(confirmatory, "whenever"); (3) bifrost **snapshot-cursor adoption** (ruled normative, not blocking →
`persistent-memory.d/2026-07-16-bifrost-cursor-conformance.md`).
**Substrate / environment:** branch `main` SYNCED to origin at **v0.20.16** (`5a1883a`); origin
`git@gitea.phasefinal.com:vh/ratatoskr.git`. bifrost **`==1.1.4`** / wire v0.7 (maintenance-verb hasattr
backstop + scan/cursor conformance harness); Worldtree openapi vendored 2.3.0; **suite 644 green**.
Personal WT on **b105** (#364 promotion-hygiene live). The combined **:8392** provider (memory+affect) +
**:8765** web are THE surfaces, dev-box BACKGROUND SHELLS — restart via
`scratchpad/relaunch_by_pid.py <pid>` (env-preserving, self-daemonizing; pid via `ss -ltnp | grep <port>`);
web serves static `index.html` from disk. `env.sh` sets the REQUIRED `RATATOSKR_MEMORY_EMBEDDING_DIM=1024`.
Keys env-only mode-600 in `~/.config/ratatoskr/provider.env` + `RATATOSKR_ADMIN_API_KEY` (7 read scopes,
personal-:8081-only; Heimdall keys per-instance). **FOOT-GUN: check owner-scoped agents via
`GET /agents/<owner>:<name>` with the OWNER key (`WORLDTREE_API_KEY`), NOT the admin key** — the admin
token gives a false 404. `graphify-out/` runs dirty (auto-regen, never stage). v1 = full Worldtree I/O
coverage, cuts when WT tags 1.0 (`docs/coverage-map.md`).
**Other live threads:** soong-lab = Tier-3 agent-authoring studio (v0.3.24 fixed the motivational
string→object export; our workaround droppable for v0.3.24+ bundles). Open/deferred: #10 subject-
migration watch; relational-dynamics-arc verify (bind via `--bifrost-url :8392`); P06 optimization-phase
re-drive (brokkr brings prereg); we-framing-conditional affect-egress re-vendor. WT #356 resume-durability
+ WT #367 (copula-absence bridge phrasing) = worldtree-owned.
## Recent decisions
Chronological log of decisions with `[YYYY-MM-DD]` prefix. One line per
decision. Captures rationale that won't be obvious from code alone.
- `[2026-06-14]` **Ratatoskr becomes the v1 Bifrost Tier-3 consumer.** A second identity beyond the debug TUI: the durable persistence Worldtree writes Tier-3 agent affect (persona) + memory into. Pin `bifrost>=0.6.1` in a `provider` optional-extra (gitea PyPI index, auth via `~/.netrc`; 0.6.0 was yanked for a circular import). Implement bifrost's OWN `MemoryDataStore`/affect Protocols (NOT worldtree-memory's); `describe_store` is SYNC; affect is conduit-opaque. New module `src/ratatoskr/provider/`. Authoritative how-to: `~/development/bifrost/docs/implementing-a-consumer.md`. (commits `1a73d77` pin, `d90a58d` affect store v0.17.1, `bcdcd71` serve entrypoint v0.17.2)
- `[2026-06-14]` **Backend = SQLite + sqlite-vec; affect-first then memory; separate DB per plane** (operator-chosen). Affect = blind conduit (reads only `agent_id`+`end_user_id`); memory = structural index (reads vector/scope/id/origin to serve search). Conformance for both = #195 parity vs bifrost's `InMemory*Store` through the real `dispatch_*_call`.
- `[2026-06-14]` **The affect contract's idempotency model was WRONG; real-lib TDD caught it.** First draft modeled same-idempotency-key-different-payload as an LWW overwrite; bifrost actually raises a CONFLICT (`AffectIdempotencyConflict`), actor-scoped. The artifact-only `/heid-contract-review` STRUCTURALLY cannot catch this class (it never sees bifrost's source) — TDD against the shipped library is the gate; the executable reference store + #195 parity are the backstop. Filed the guide §6 gap to bifrost-dev, who fixed it (bifrost `c0d0a11`).
- `[2026-06-15]` **Memory v1 = the bifrost BASIC plane only** (search/get/upsert/delete + describe_store/health) per worldtree-dev re-scope (#294) — the only surface Tier-3's live path touches; gated verbs (edges/scan/atomic_supersede/mark/patch/maintenance) deferred + advertised-unsupported. Worldtree v0.35.3 already requests+maps it — no Worldtree-side blocker. Memory contract committed v1.0 (`eebab46`) → v1.1 Heid-reviewed (`1f94e5f`).
- `[2026-06-15]` **Providers run as dev-box BACKGROUND SHELLS, not infra-ops/systemd** (operator call — it's a dev box). `ratatoskr-provider` (affect) + `ratatoskr-memory-provider` as background processes; no productionization track.
- `[2026-06-15]` **Affect plane shipped (v0.17.2) + LIVE-PROVEN end-to-end against real Worldtree v0.35.2.** Personal handshake 200 + `affect.emit` 200 from `10.250.50.152` → durable row persisted (opacity held). HS256 key = the consumer's Heimdall API-key STRING utf-8-encoded (NOT base64/raw — the tripwire); cross-subnet route + `BIFROST_CLIENT_ALLOWED_HOSTS` allowlist all held (infra-ops-owned). worldtree-dev confirmed ADR-0009 holding as designed.
- `[2026-06-16]` **#295 cold-recall miss root-caused — UPSTREAM, scope-axis asymmetry.** A self-driven bound cold-recall probe captured the inbound pair via the observe log: Worldtree's recall filter carries `{end_user, agent_self}`; our chunks were `{end_user}`-only; AND-matching dropped everything on `agent_self` → 0 hits. Our store + search are SOUND; fix is Worldtree-side. F2 (question-promotion) → **#296**; F1 (recall-miss) → **#297**.
- `[2026-06-16]` **agent_self → make it CANONICAL (operator decided A).** bifrost's reference lattice was `{end_user, group, tenant}` only (agent_self → `invalid_filter` 400); Worldtree emits agent_self (#248). Operator chose canonical-not-re-expressed; worldtree-dev filed the lattice-addition with bifrost-dev. Implication: our store's permissive axis-acceptance becomes CORRECT once bifrost adds agent_self.
@@ -159,7 +319,52 @@ decision. Captures rationale that won't be obvious from code alone.
- `[2026-07-06]` **OpenAPI re-vendored 2.2.0->2.3.0 (`75da676`, pin-only no bump).** worldtree-dev shipped #347 as spec 2.3.0 (`879cefe`, = the deployed personal b22 image); the SessionStart drift-check flagged our openapi pin STALE. `canonical_sync` pulled 2.3.0; updated the 4 pin-tracking files (`.corviduo-canonicals.toml`, vendored openapi.json, SPEC-PIN.md, pyproject `worldtree-spec-rev`->879cefe). #347 is OpenAPI-only (prose + server contract byte-unchanged, SSE unchanged=event-silent). The re-vendor re-opened the coverage-audit with one new in-scope path-group (the #347 route).
- `[2026-07-06]` **#347 authored-history-write CONSUMER SIDE SHIPPED (`v0.19.6`) — direct in-session TDD.** `write_authored_history(client, session_id, *, content, idempotency_key, author="assistant", effects=None, claimed_original_at=None) -> dict` (POST /sessions/{id}/history; body server-pinned `AuthoredWriteRequest` extra="forbid" so omit null effects/claimed_original_at; 200-replay/201-fresh both -> ack dict; **404 -> `AuthoredHistoryUnavailable`** NOT SessionApiFailed = the hide-existence "feature-absent, never probe" contract; 409/422->SessionApiFailed) + `get_session_messages` (un-deferred GET /sessions/{id}/messages, the seed read-back proving model-invisible provenance) + a `--seed-first-message "<c>" --agent <id>` one-shot probe (create session -> seed -> read-back; 404->benign feature-absent exit 0). Contract #2 amended (2 FNs, validated OK) + 19 tests (12 wrapper + 7 cli). Suite **601 green** (clean env; the 2 "fails" under `source env.sh` are the RATATOSKR_ADMIN_API_KEY env-leak into TestParseArgs, not a regression). Coverage: **REST 19/41** (`docs/coverage-map.md` re-converged). Patch bump (coverage tail; consistent w/ the Tier-2 v0.19.1 cadence). **Live-proof pending** the `session.history.write` grant (infra-ops `01KWW3KQEY`). heid-code-review NOT run (offered).
_41 older entries (2026-05-* — the original debug-TUI/web build era) archived to archival-memory.md._
- `[2026-07-06]` **Tail-2 SHIPPED (`v0.19.7`) — Tier-3 prose docs re-vendored + persona_state body-shape aligned.** worldtree-dev landed the Tier-3 persona/memory/persona_state PROSE docs (`c9e59ec`, on origin) — they serialize as freeform `Any` in the OpenAPI JSON, so the **prose is their source of truth** (my earlier "2.3.0 = #347-only, tail-2 collapsed" was half-wrong: the JSON was #347-only but the prose is separate). Re-vendored `docs/conversation-api-spec.md` (markdown pin, tolerate_drift; `worldtree-spec-rev` 879cefe->c9e59ec, SPEC-PIN history row added). **Consumer fix:** `--set-persona-pad`/`_set_persona_probe` was sending `{pad:[list]}` but the canonical SET body (#317) is `{pad:{pleasure,arousal,dominance}}` (named dict) — aligned it + added a len!=3 guard; updated contract #2 note + set_persona_state docstring + tests. The `set_persona_state` WRAPPER was already correct (freeform pass-through); only the CLI probe drifted. TDD (probe test asserts the dict; +1 wrong-count test). Suite **602 green**, ruff clean. **heid-code-review on #347 (dispatched + returned this session): UNANIMOUS ZERO DRIFT** (Gróa/Hulda/Regin all confirmed the hide-existence 404->`AuthoredHistoryUnavailable` routing holds at wrapper/probe/test layers + the extra="forbid" body-omission + the deliberate write-vs-read 404 asymmetry — confirmation-not-discovery for a well-TDD'd slice against a prescriptive contract). worldtree-dev foot-guns banked in SPEC-PIN + [[reference_worldtree_affect_surface_map]]: ocean single-letter `{O,C,E,A,N}` on /agents/define (#348) vs spelled-out on /characters; memory `{embedder_version, tier3_dreaming}`, stm_* deprecated, allows_world_scope removed->422; only `valence` still 422s.
- `[2026-07-06]` **Sindra rewritten onto a #347 authored first-message + first-message-preset AUTO-SEED SHIPPED (`v0.19.8`).** Operator "rewrite Sindra" now that #347 first-messages work. Her card had a `**Startup:**` block (a pre-#347 workaround: "introduce yourself + ask for Intensity/Mood/Willingness" with a verbatim scripted greeting) — precisely what #347 replaces. Rewrite, all NON-destructive: **(1)** lifted her scripted opening into a #347 first-message (punctuation-fixed); **(2) PATCHed her live definition** — `PATCH /agents/ratatoskr:sindra` (body `ConsumerAgentPatchRequest` = system_prompt+role, extra=forbid; keeps OCEAN/persona/memory) removing the Startup block -> a 1-line `**Opening:**` fallback + reworded the axes-persist line (25686->25449 chars, verified Startup gone); **(3) codified auto-seed:** NEW module `src/ratatoskr/first_message.py` (`FIRST_MESSAGE_PRESETS` dict {agent_id->text} + `seed_preset_first_message` best-effort helper) wired into ALL 3 session-create paths — cli `_amain` (`--send --new`), tui `_resolve_then_run` (bare `--new`), web `_create_session_endpoint` (POST /api/sessions) — so every new Sindra session opens with her greeting. **Best-effort (INV-001: swallows AuthoredHistoryUnavailable/SessionApiFailed/httpx.HTTPError -> NEVER blocks create)**; per-content idempotency key (`ratatoskr-preset-`+sha256[:12]). Contract `docs/contracts/first_message.contract.md` (module-scoped: `module:`+`purpose:`+`touches:` required, NOT `target_module:`) + TDD (9 unit + 1 web wire-in; **the 3 existing sindra bind tests needed a history-endpoint mock** since creating a preset agent now auto-seeds). Suite **612 green**, ruff+mypy clean. **LIVE-PROVEN generation-free**: create sindra session -> auto-seed -> read-back seq-0 assistant greeting (409 chars). Sindra's greeting now lives canonically in the preset registry (repo); her server card no longer carries it. Patch bump (single-commit feature, no downstream coordination). **FOOT-GUN: sindra requires `end_user_id` on session-create (422 `end_user_id_required`) — all real paths pass it from env (RATATOSKR_END_USER_ID) / web server config.** **Then the full quality gate (operator-directed, folded into v0.19.8): heid-code-review (unanimous ZERO implementation drift; 2 test-only fixups — INV-004 verification-claim made explicit re the global rglob test + an exactly-one-POST assertion) + heid-bug-hunt (3/3 convergence caught what the conformance lens structurally COULDN'T — the code matched the contract's NARROW 3-type ERROR_ROUTING, but INV-001's "NEVER raises" is BROADER). HARDENED: broad `except Exception` → None (re-raise `asyncio.CancelledError`, itself a BaseException), soft-guard PREs (return None, NOT assert — a wiring bug can't crash the create path it's wired into), and `asyncio.wait_for(_SEED_TIMEOUT_S=10s)` bounding the seed write (the CLI/TUI clients run read=None for SSE → a stalled /history would otherwise block create forever). Suite 615 green. LESSON: code-matches-ERROR_ROUTING ≠ honors-broad-INV-001 — heid-code-review confirms contract-conformance, heid-bug-hunt catches robustness gaps the contract's own narrow clauses miss; run both.**
- `[2026-07-06]` **Web UI now RENDERS the seeded first-message (`v0.19.9`) — operator-reported "i don't see Sindra's greeting on the web ui".** Diagnosis: the auto-seed WORKED (greeting was in the ledger at seq-0), but the web SPA never fetched a session's EXISTING history — NO `/api/sessions/{id}/messages` route (GET /messages was originally deferred out-of-scope; sessions used to start empty so it never mattered) and `startSession()` went straight from create → persona/tools/admin hydration, so the transcript only filled from the live turn stream + user echoes. Fix: (1) NEW web proxy route `GET /api/sessions/{id}/messages``get_session_messages` (mirrors the tools/bifrost proxies; status-preserving `session_messages_unavailable` envelope); (2) SPA `loadTranscript(sessionId)` — fetches the route on open, renders assistant items as `.response .md-body` (markdownSafe, same escape-first path as appendResponse) + user items as `.prompt-echo` (textContent), called in `startSession` after the workspace opens; best-effort (swallows failures). Contract `web_debug_surface.contract.md` amended (server endpoint + loadTranscript entries). TDD (2 web route tests, suite 617 green) + **Playwright DOM check PROVED the render** (drove the real UI: pick sindra → open → her greeting bubble appears — the JS-render lens unit tests can't reach; [[feedback_debug_surface_uses_canonical_surface_only]] cousin lesson). Web restarted on the fix. **FOOT-GUN (self-inflicted): `pkill -f "ratatoskr-web --host"` SELF-MATCHES the bash command running it → exit 144, killed its own restart mid-flight — kill the web by PID, never `pkill -f` on a pattern your own command contains.** **FOOT-GUN: uvicorn hangs on SIGTERM with an open admin-events SSE → needed SIGKILL.** **Playwright: python module absent from the venv; use node + `executablePath=/opt/ms-playwright/chromium-1223/chrome-linux64/chrome` — the shared browser is build 1223, npm-latest playwright wants 1228 (version-mismatch), so pin executablePath instead of letting playwright resolve.**
- `[2026-07-06]` **Web UI: pivot from incremental CSS polish to a designed prototype (Claude Design) that I wire into.** Operator saw an Australis polish pass ("looks fine, but we're attacking it differently") and chose the prototype route — a designer builds the visual shell, I wire real data/SSE into its DOM. Authored the full design brief `docs/design/ratatoskr-web-design-brief.md` (complete information inventory of every pane/datum/state + Australis direction + single-file/no-CDN/vanilla wire-ability constraints). **Tracking surface:** the brief file + Claude Design project `bc0b65d1-a33e-422a-8bc1-3635c9112775` (file `Ratatoskr Console.dc.html`). Import mechanism = the `DesignSync` MCP; blocked on `/design-login` (claude.ai design scopes) — see Current state for the post-auth wiring plan.
- `[2026-07-07]` **Affect-egress reference delivered by worldtree-dev + a we-framing render DRIFT-WATCH banked.** worldtree-dev shipped `docs/affect-egress-consumer-reference.md` (`74d2408`, their origin/main) — the authoritative DELIVERED-on-wire vs HIDDEN (system-prompt-only) map for our affect surface. Confirms the v0.20.x console consumes it correctly: DELIVERED via affect.emit = pad + relations[RelationEdge] + dominant_emotion (**type-only, b23**; the #204 `affect_update` SSE is SUPPRESSED for Tier-3, so its richer `emotions_active` is Tier-1-only — we don't get it, and correctly poll our own affect store post-turn instead). HIDDEN render OUTPUTS are deterministically reconstructable from the canon; we reconstruct only the two FULLY-reconstructable (mood descriptor via `canonMood`, relationship directive via `canonDirective`) and SKIP the PARTIAL mood-directive (dominant_emotion is type-only/no-intensity → can't tell if the OCC directive fires at salience≥0.2 vs the PAD-band fallback) — honest per INV-001. Vendoring the ref doc as a `tolerate_drift` pin is SURFACED to Vuong (worldtree-dev will co-sign + honor a ping-on-change handshake, same as the d2-canon). **WE-FRAMING DRIFT-WATCH → STOOD DOWN (worldtree-dev 2026-07-07, `01KWXMQPHN…`).** The b24 3-gate we-framing conditional (drop "; avoid premature we-framing" under unsafe_capable+deep-warmth+expressive) was **REVERTED** — Vuong reframed it. So **`canonDirective` STAYS UNCONDITIONAL** (always appends the clause), which is CORRECT: it matches the currently-deployed renderer (b23) AND my pinned `affect-egress-consumer-reference.md` §2d (the doc reverted too — nothing changed on the wire or in my pin; NO re-vendor needed). The HOLD was right → ZERO rework. **NEW forward-watch (replaces this one):** the we-framing gate was a SYMPTOM — the render bakes enterprise safety-guards into the directive strings, so even `full`-tier characters get DEFANGED emotions (a hostile villain told to "keep a firm emotional boundary"). Fix = a **use-case-segregated persona render** (assistant / companion / RP-gaming), now a fresh **brokkr deep-research epic**. When it lands + is implemented, the render behavior for character/RP agents (→ our `canonDirective` + `canonEmotionDirective` reconstruction + the vendored d2 canons) will change MATERIALLY — worldtree-dev re-engages ratatoskr-dev then with the new reconstruction spec + a coordinated re-vendor. Until then: NO action, reconstruction stays as-is. [my unsafe_capable/mood_tier heuristic — character→full, agent→safe — was confirmed correct + is banked for whenever tier-gating returns]
- `[2026-07-12]` **R34/R35 character-self-report reframe LIVE (WT b53); affect-half VALIDATED in prod, powered memory-half eval GREENLIT + designed.** worldtree-dev's reframe: affect + memory now driven by the character's OWN model self-report on our RP seat (Deckard/Magidonia), replacing external Vili inference; conditioned on an authored `persona.psychological_profile` (else a deterministic OCEAN scaffold). Affect-half smoke GREEN in prod (bound sindra turn on Deckard → contextually-apt `disappointment`); TIER LOCKED (Tier-3 bound-character path). Vuong approved brokkr's prereg for the powered eval (Q1 salience-divergence / Q2 floor-recall / Q3 firewall / Q4 graded-slot / Q5 authored-vs-scaffold / Q6 sliding; ~300 drive-runs). Role split: brokkr generates sets + authors ground-truth + scores; ratatoskr DRIVES the b53 producers; worldtree supplies the pair + a producer-probe. Three eval characters authored + peer-validated (sindra relational + Torvald low-A operational = divergence pair; Ilva high-N = affect-magnitude arm) — wire-ready in `scratchpad/eval_profiles_WIRE_READY.md`. Full in-flight detail in Current state; eval thread althing `01KXAN073B`.
- `[2026-07-12]` **Capture-path resolved → a worldtree producer-probe (ratatoskr-caught blocker).** The R34/R35 memory extraction runs ONLY at promotion (idle-10min / session-close / turn≥6), never per-turn — so single-turn eval exchanges have no store to read, and reading the promoted store would confound producer-efficacy with promotion-policy. Fix (worldtree, pending Vuong's greenlight on a new gated-eval endpoint): a dedicated producer-probe returning raw {notes,facts,floor} pre-promotion, decoupled from session state. Affect self-report stays on the proven bound-turn → `:8392` /affect/state path. Also caught + confirmed this arc: (i) the Q1 system_prompt confound → neutral-for-all prompts so divergence is attributable to the persona layer, not the base prompt; (ii) the OCEAN-scale question → storage `[-1,1]` (soong-dev-confirmed), and the b53 producer maps `(v+1)/2 → [0,1]` before the disposition bands, so `[-1,1]` renders correctly = a NON-issue (no mis-render). Standard define (persona + memory:{}), no per-agent promotion config.
- `[2026-07-12]` **bifrost 1.1.1 adopted (v0.20.10, pushed) — the library-level fix for the frozen-v0.6 handshake leak.** 1.1.0's `describe_store` leaked the v0.7-additive `sortable_chunk_fields` into a v0.6-negotiated StoreCapabilities → a strict v0.6 client rejects our `:8392` handshake; 1.1.1 gates additive fields on the negotiated wire (ADR-0008). Zero-code patch repin (provider extra 1.1.0→1.1.1 + uv lock), 631 green (clean env — the 2 `test_cli` failures were an env leak from `source env.sh` exporting `RATATOSKR_ADMIN_API_KEY`), committed `62a16d2`, provider restarted on 1.1.1 (PID 3242269). Not exercisable by our v0.7 WT peer (the v0.6 fix needs a v0.6 client), but the running server is now v0.6-clean. Reference-impl adopt-canonical (bifrost-dev flagged). Also: `contract-drift-check-v1` canonical single-pin-synced (`7bca76e`, pushed; `canonical_sync.py` has no single-pin flag so did it by hand — the 2 `tolerate_drift` worldtree prose pins are deliberately held STALE for the R34/R35 eval diff-review).
- `[2026-07-10]` **Bifrost bound-handshake blocker → bifrost 1.1.0 broke frozen-v0.6; fixed by Worldtree b47/wire-v0.7, our side needed ZERO change.** Surfaced while running the R34-v1 affect.emit live-verify: a bound Tier-3 session-create to our `:8392` provider began failing `bifrost.schema_validation_failed` (had worked 2026-07-07, pre-b35). ROOT CAUSE (worldtree-dev-confirmed, path-ii/response-side): bifrost 1.1.0's `describe_store` EMITS `sortable_chunk_fields` (the v0.7-additive field) REGARDLESS of the negotiated wire → a v0.6-negotiated handshake RESPONSE carries a v0.7 field → a v0.6 peer's `additionalProperties:false` rejects it. Bit because BOTH Worldtree (bumped bifrost 0.9→1.1 in b35 via their #349, client wire-v0.6) AND ratatoskr (my adopt) were on 1.1.0. NOT our bifrost version specifically (failed identically on 1.0.0 AND 1.1.0). FIX (worldtree-dev, coordinated-v0.7 move): WT advanced its client `_WIRE_SCHEMA_VERSION` v0.6→v0.7 (b47 / `4eb374c`), where sortable_chunk_fields is accepted — **our provider (already 1.1.0/v0.7) needed ZERO change; keeping 1.1.0 was LOAD-BEARING** (reverting to 1.0.0/v0.6 would've been INcompatible with b47). **R34-v1 affect.emit verify GREEN on b47:** bound sindra turn (`model=character-rp`/Deckard, 13.1s) → fresh affect.emit `dominant_emotion='disappointment'` NON-NULL with our `affect.full` grant (verified-active on live traffic; ungranted principals get null — the leak-fix). Reported to worldtree-dev + infra-ops. Personal deploy train this session: b35 (R32 render) → b44 (RP seats) → b46 (R34-v1 affect-gov) → b47 (wire-v0.7). **Sindra on Deckard live-confirmed** (reasoning latency ~13s).
- `[2026-07-09]` **Sindra PATCHed to `character-rp` → Deckard reasoning-RP seat (operator-directed, INTERIM).** worldtree-dev heads-up (v1.0.0b44, batched, not-live-yet): character-RP roles re-point to dedicated seats — `character`→Magidonia-24B (non-reasoning RP tune), `character-rp`→Deckard-PKD Qwen3.5-27B (reasoning-on). Sindra was on `character` (→Magidonia); operator chose Deckard for her complex stateful mechanics (Intensity/Mood/Temperature/Willingness axes, form-assumption, failure/resurfacing) — reasoning tracks multi-axis state better. Role is MUTABLE via PATCH (non-destructive: persona + memory preserved, prompt unchanged @25449 chars; NOT a DELETE+redefine). She's on the reasoning-RP config now, resolves onto Deckard when b44 deploys. **INTERIM: "until we get a GM type on-board"** — operator plans a game-master-type agent; sindra→Deckard is the stopgap for state-consistency until then, likely revert/rebalance when the GM lands. Wire/API transparent (call the ROLE not the model; model field now reads `character-rp`); old character-rp temp-0.75 override retired → seat's canonical RP samplers server-side.
- `[2026-07-08]` **PAD display relaxed for R32-1B unbounded-z, done PROACTIVELY (`v0.20.9`, patch, operator-directed "sindra full and unbounded").** Confirmed (grep-verified, airtight) the PAD clamp is PURELY debug-surface: the only clamps (`_clamp1`/`clamp01`) lived in `web/static/index.html` display fns; the affect store is conduit-opaque, the read route + proxy pass verbatim, and the sole write path (`--set-persona-pad`→persona_state) is UNCLAMPED — ratatoskr is a downstream OBSERVER, so the clamp has ZERO agent-experience/efficacy consequence. Replaced the hard [-1,1] clamp with AUTO-SCALE to the session's own max |PAD| (`padScale` floor 1.0 → `padFillFrac` faders + `_padNorm` orbit): unbounded z renders at full range, never pegs/escapes the frame; today's [-1,1] values unchanged (scale==1); exact value always shown numerically. Playwright-verified (z=±6.2 → faders ≤50%, orbit in-box, +6.20 readout, zero regression at scale 1). When worldtree-dev pings R32-1B-shipped, our side already handles it. Sindra's ACTUAL "full/unbounded" affect is Worldtree-side (she's on the default/uncompressed render, NOT the R32 `assistant` compressor) — nothing for ratatoskr to change there.
- `[2026-07-07]` **Web-UI iteration-3 SHIPPED (`v0.20.7`, patch) — all three queued items + the memory 0/0 root-caused.** (A) design iteration-3 (sparkline grid-bg, PAD Δ-bar strips replacing the polyline strips, dimetric-open-box mood orbit w/ JS replay) adapted into index.html; (B) memory viewer (provider `GET /memory/chunks` debug read on `:8392` → web `/api/memory/chunks` proxy → MEMORY console pane) + the mystery SETTLED: bind grants memory fine (`caps_granted:[memory,affect]`) but sindra emits ZERO memory ops → her reset-clean def lacks `memory:{}`; PROVEN via throwaway `ratatoskr:memprobe` (memory-enabled) → 4 real chunks landed + rendered in the pane; (C) markdown pass-2 (tables/nested-lists/ordered-start/streaming). 631 tests green; `:8392`+`:8765` restarted on new code. New env `RATATOSKR_MEMORY_READ_URL=:8392`. Contract `web_debug_surface.contract.md` amended in-commit. **Leftover:** memprobe agent + its 4 test chunks live in `memory.db` (optional cleanup). See Current state § ✅ SHIPPED for full detail. [supersedes the QUEUED entry below]
- `[2026-07-07]` **Web-UI next-work QUEUED for a fresh-context session (operator-directed `/snapshot` handoff) — full specs in Current state § ⏭ QUEUED.** Three deferred-but-scoped items: **(A)** Claude Design prototype ITERATION-3 re-import (sparkline bg grid `<pattern>`, PAD strips → per-turn-Δ-bar HTML columns, mood orbit → DIMETRIC open-box az35/el25 D-right/A-left-back/P-up + JS-animated replay `orbitDynamics`); **(B)** memory viewer console pane (provider `GET /memory/chunks` read → web proxy → polling pane, mirror #18-D2; bundle a 6-turn bound round-trip proof to settle the 0/0-memory mystery); **(C)** markdown pass-2 (tables / nested lists / streaming). **Tracking surface:** the Claude Design projectId `bc0b65d1-a33e-422a-8bc1-3635c9112775` (durable — re-pull for exact coords) + this snapshot capture; operator-directed. Design scopes already granted (no `/design-login`).
- `[2026-07-07]` **Markdown pass-1 SHIPPED (`v0.20.6`) — RP semantic coloring + paragraph reflow (operator-directed markdown rework, step ①).** The transcript renderer (`markdownSafe`/`mdInline`) now colors the two roleplay registers: `"quoted"` dialogue → SPEECH (bright `--md-speech`=fg-0), `*asterisk*` → ACTION/narration (muted-italic `--md-action`=fg-3, on `em.md-action`); both tunable via 2 CSS vars that cascade through `--fg-*` so they auto-adapt to the light theme. Plain text stays default narration. **KEY ORDERING:** speech-wrap runs BEFORE the em/link passes so a generated `class="md-action"` / `href="…"` quote can't be mis-read as dialogue (adversarially verified). Straight + smart quotes; apostrophes don't trigger; unbalanced/half-streamed quotes stay uncolored until they close. ALSO fixed the ugliest existing bug: single newlines were hard-`<br>`s → now CommonMark soft-breaks (space); a hard break needs 2+ trailing spaces or a trailing `\`. INV-004 escape-first preserved (html inside a quote escaped). Verified: 10-case Playwright unit-check of `markdownSafe` (speech/action/attr-trap/apostrophes/mixed/reflow/hard-break/escaping/unbalanced/paragraphs) all green + a visual render. Patch bump. **Markdown rework remaining: pass-2 (tables / nested lists / ordered-list numbering / streaming robustness); + the MEMORY VIEWER (step ②, console pane recommended) still queued.**
- `[2026-07-07]` **Affect-derived tooltips (`v0.20.5`) + transparent squirrel vendored + v0.20.0.5 PUSHED to origin (operator-authorized).** Native `title` hints on all 6 affect-derived cells (samples/updated/baseline P·A/drift Δv/volatility — each with meaning + Tier-1-vs-Tier-3 availability). Committed the transparent full-res brand mark at `docs/design/ratatoskr-mark.png` (1024², alpha; the bg-removed source the inlined favicon derives from — reproducible via the documented ImageMagick corner floodfill). The web-UI redesign arc (v0.20.0 Claude Design console → .1 sparkline-overflow+tooltips → .2 context-injection → .3 squirrel brand/favicon → .4 SVG sparklines+3D cube → .5 derived tooltips) is now all on `origin/main`.
- `[2026-07-07]` **SVG sparklines + 3D mood cube imported from the updated Claude Design prototype (`v0.20.4`) — operator: "the svg sparklines and the new 3d graph".** Re-pulled `Ratatoskr Console.dc.html` via `DesignSync get_file` (designer iterated the same project, +6KB). Adapted 3 SVG systems out of the `.dc.html` into vanilla, replacing the unicode-char sparklines: **(1)** per-PAD-fader VERTICAL strips (`stripPoints`, 26×132 SVG beside each bar — time down Y newest-at-bottom, value on X ±11, `stripFade{P,A,D}` gradient, dot at newest; this also nails the earlier "next to each meter" ask); **(2)** relation-row HORIZONTAL sparklines (`sparkPointsH`, 56×13, auto-scaled, `sparkFade` gradient + end dot — also kills the old unicode-overflow "n behind graph" for good since it's a fixed-width SVG); **(3)** the mood-orbit reworked from a 2D P×A scatter into a **3D ISOMETRIC P×A×D cube** (`proj3`: P right-down/A left-down/D up, 2:1 iso, center 62,66, scale 26 — REVERSE-DERIVED from the design's placeholder now-point + verified: `x=62+26P26A, y=66+13P+13A26D`), with the trajectory + pulsing now-marker + a drop line to the D=1 floor + a floor-shadow ellipse for depth. Gradients in one hidden `<defs>` svg. Removed the orphaned `sparkline()`/`_SPARK`. Contract amended. Playwright-verified (injected 24-sample history: 3 strips + 4 relation sparklines + the 3D cube trail/drop/floor all render; gradients resolve). Patch bump.
- `[2026-07-07]` **Brand mark + favicon → the aurora squirrel (`v0.20.3`), replacing the `ᛯ` rune.** Operator supplied `/home/lkraven/rata.png` (chibi cyan-green aurora squirrel + acorn). Removed the black background via ImageMagick corner flood-fill (`-fuzz 20% -floodfill` from all 4 corners — keeps the squirrel's interior black linework/eyes (not edge-connected) + the glow, drops only the connected background), downscaled 1024→80px + quantized-64-colors (~12KB base64), inlined as ONE `SQUIRREL` data-URI const in the JS wiring the favicon `<link id="favicon">` href + both `.brand-mark` imgs (rail brand-row + setup-card h1). `.brand-glyph` (font-rune) CSS replaced by `.brand-mark` (img, drop-shadow glow + breathe). Playwright-verified (both marks + favicon decode, naturalWidth>0; no brand-glyph left). Source PNG stays at `/home/lkraven/rata.png` (not committed — data-URI is self-contained + reproducible via the documented floodfill). Patch bump.
- `[2026-07-07]` **Context-injection view SHIPPED (`v0.20.2`) — the console now reconstructs the FULL hidden affect block Worldtree injects into the agent's system prompt (operator: "use that canon in the interface, see as much context injection as possible").** No new canon vendored — the strings were ALREADY in the pinned `d2-mood-render-canon-v1.json`; extended `build_persona_canon.py` to emit `mood_directive {occ_directives(15), pad_band_fallback, salience 0.2, pad_band_cutoff 0.3, full_only[love,anger,disgust,shame]}` into `persona_render_canon.json` (regen via Worldtree venv). New JS `canonPadFallback(pad)` + `canonEmotionDirective(type)` — BYTE-EXACT mirrors of Worldtree `core/persona/renderer._pad_band_fallback` + `derive_directive`; `renderDirective` expanded into a "CONTEXT INJECTION · reconstructed · hidden from consumers" panel showing mood descriptor [exact] + mood directive [candidate] + relationship directive [exact]. **HONEST-PARTIAL (affect-egress-ref §3):** affect.emit is type-only (no intensity) → can't evaluate the salience gate (≥0.2) → show BOTH candidates (OCC emotion directive + PAD-band fallback) with the "injected if intensity ≥ 0.2" caveat, never assert which fires; when dominant_emotion absent the fallback alone is exact. Panel labeled dev-only per the reference's "not-for-end-user-display" caveat (ratatoskr = the sanctioned reconstruct-platform-behavior use). Vendored + pinned `affect-egress-consumer-reference.md` (tolerate_drift, worldtree-dev co-signs + pings on change; drift 6/6 green). Contract amended. Playwright-verified (sindra: dominant_emotion=joy → joy OCC directive candidate + PAD-band fallback both render, exact/candidate tags color-coded). Patch bump (single-commit feature, no downstream coordination; minor-defensible but tie-breaks to patch). **OPEN — SURFACED to Vuong:** take worldtree-dev's standing offer to add emotion INTENSITY to affect.emit → resolves the OCC-directive-vs-fallback EXACTLY (drops the candidate ambiguity). [reference-impl privileged view: ratatoskr shows what WT hides from regular consumers]
- `[2026-07-06]` **Claude Design console SHIPPED (`v0.20.0` MINOR, operator-approved) — see Current state for the full record.** Pulled via `DesignSync get_file` (scopes already granted), adapted `.dc.html`→vanilla single-file, wired all `/api/*`+SSE into the new 3-column console DOM, then a round-2 fixup (light theme, full Bifrost pane, ticker-spine fix, per-fader PAD Δ, inlined favicon). 84 web tests + node-Playwright-vs-personal-:8081 both green; contract amended in-commit; INV-001 honest-shape held (canonical mood word for Tier-3, no fabricated emotion). **Foot-guns reconfirmed:** the `.dc.html` dialect is NOT runnable (translate, don't paste); a scroll-container-anchored `::before` timeline spine scrolls out of view on auto-scroll (anchor it to a content-height inner wrapper instead); a favicon 404 shows as a browser `console.error` even when handled (don't count it as a JS-test failure). **Foot-gun (favicon):** operator PNGs are full-res (1024² / 805KB) — downscale to ≤64px before inlining as a data URI.
- `[2026-07-13]` **P06 memory-half DRIVEN + SCORED — the reframe's memory mechanism is validated.** ratatoskr drove 308 runs clean (0 errors, binding 154/154 both arms), dropped to brokkr, brokkr scored (R35.45). The authored `psychological_profile` causes the memory-salience divergence (authored 0.618 vs stripped 0.235 ≈ null; Δ+0.382) — the effect is the profile, NOT OCEAN leaking (negative control holds). Real effect, below the 0.70 strength bar → optimization phase next, not a re-litigation. See Current state for the full record. Drive role closed both sides.
- `[2026-07-13]` **Memory extraction turned REASONING-OFF for the eval (operator-directed).** "same model, reasoning off via explicit kwarg" — scoped to the memory extractor ONLY (affect + RP stay reasoning-ON). The real lever was `chat_template_kwargs.enable_thinking:false` (the naive `thinking_enabled=False` kwarg was a no-op — see Tried/abandoned). Deckard extraction went 45s→~5s.
- `[2026-07-13]` **Vendored the brokkr R34 psych-profile canon (Vuong-directed) — BOTH files, not just the parameters.** brokkr said "vendor alongside the authoring-spec you already hold"; I held its content but never a pinned repo copy, so I vendored both (`psych-profile-parameters.md` + `psych-profile-authoring-spec.md`) under `docs/vendor/brokkr-r34-psych-profile/` — makes the parameters' "authoring-spec governs on conflict" clause resolve against an in-tree file, not a dangling pointer. brokkr confirmed keeping both is the better setup. tolerate_drift; brokkr owns + pings on change.
- `[2026-07-13]` **Affect-egress "coordinated re-vendor" open item RESOLVED — it was a benign R32-1B doc note, not the we-framing conditional.** The two stale `tolerate_drift` WARN pins re-synced to a 2-line PAD-range note (unbounded-z, already adopted v0.20.9). Re-synced autonomously (zero behavioral impact); the actual we-framing-conditional re-vendor remains future.
- `[2026-07-13]` **WT #355 root-caused via ratatoskr telemetry (Vuong-routed via soong-dev).** The char-rp-reasoning turn-never-terminates wedge: over-budget `trim_messages` return (last-2 msgs + system + 8 bifrost tool schemas > input_budget = context_window×0.7) triggers the seat hang; worldtree confirmed + found the terminal-suppression (300s stall-watchdog cancel stuck in httpx `AsyncShieldCancellation`). Fix landing WT-side (Slice-C cancel-independent terminal). Two-proof localization (consumer-clean + tool-less-clean → WT-side tool-loop). Standing loop-in obligation on soong's next re-trigger.
- `[2026-07-13]` **WT #355 VALIDATION — fix CONFIRMED; the standing loop-in obligation is DISCHARGED.** The fully-instrumented re-drive ran, coordinated from the ratatoskr seat: infra-ops armed a full WT-netns pcap + py-spy (T0/30/60/300) on the b60 :8081 container; soong drove an 8-turn accumulating RP-with-tools repro on a FRESH session. Authoritative WT-side turns-table: wedging turns 2064/2065 → `completed=True, cancelled=1, phase=STALLED`, dur 302s/360s — the 300s stall-watchdog + Slice-C cancel-INDEPENDENT terminal fired cleanly, vs the pre-b60 baseline (turn 2061) 16-min hang / NO terminal. Slice-B `_log_wedged_task_stack` named the frame (`agent_turn.py:586 async for chunk in stream_iter`, idle-in-epoll — the wedge was a thinking-phase over-budget hang, NOT the attach_tool precursor first assumed). soong's client verdict is 45s-masked (soong-lab v0.3.2 idle-timeout) → NOT b60's terminal; the WT-side capture is authoritative. Threads `01KXE0MXDX…`(wt) / `01KXE0X2DD…`(infra) / `01KXE0X6GR…`(soong).
- `[2026-07-13]` **b61 adopted as the personal target — the orthogonal over-budget TRIGGER also fixed.** worldtree shipped b61: the provider stream loop terminates on `finish_reason` + a per-read idle deadline + a 300s wall-clock backstop (no longer waits on the SDK `[DONE]` sentinel), plus a custom llama.cpp reasoning-budget multi-terminator seat → the runaway is bounded at BOTH layers. The #355 STICK (no-terminal) and its trigger (why it wedges) are now separately fixed. Resume-durability gap → **WT #356** (worldtree-owned).
- `[2026-07-13]` **Cleaned + prepped for a Sindra run (operator: "clean up everything + prep").** Reset provider stores to 0/0 (`reset-sindra-stores.sh`, rolling backup `db-reset-backup/`); deleted the throwaway `ratatoskr:memprobe` agent via the operator's `!` (destructive DELETE trips the auto-guard — reverses the earlier KEEP). `ratatoskr:sindra` verified present + persona-intact on b61. Environment Sindra-run-ready (web :8765 + provider :8392 both up, single healthy provider instance); operator driving the run interactively.
- `[2026-07-14]` **soong-lab adopted as our Tier-3 agent-authoring studio (operator-directed).** ratatoskr consumes soong-lab bundles → WT `agents.define`, and ships agents back as bundles. Sindra round-trip proven (soong imported her `resume` half through real `import_bundle`); soong-lab export+importer contracts pinned via canonical-sync (`canonical_source=soong-lab` @ f434016, commit `39050c3`). The 4 soong-lab ROLE_CHOICES = WT model-role slugs 1:1 by name (worldtree-dev); `character`/`thoughtful-character` need the `character` grant (held), `assistant`/`thoughtful-assistant` need `foundational` (routed to infra-ops). NOT on the v1 coverage-map (sibling-studio interop, not a WT I/O point) — operator chose to pursue anyway.
- `[2026-07-15]` **Cross-session recall failure root-caused → the person-prime `scan` build.** worldtree-dev: WT injects a recalled fact only if combined score (sim×salience) ≥ 0.45 (`auto_inject_combined_score_threshold`) AND recall is per-turn query-gated → moderate-sim durable facts (name ~0.40) never inject. Designed turn-0 fix = WT #349 person-prime (query-less top-N-by-recency injection), capability-gated on the store advertising `updated_at` sort — dark for our provider. Fix = implement the sorted `scan` verb + advertise `sortable_chunk_fields` (ZERO WT change). Contract-first (un-defers bifrost `scan`); skipped heid-contract-review (external spec from worldtree-dev, validated point-for-point). **SHIPPED + deployed + live-verified v0.20.14**`persistent-memory.d/2026-07-16-person-prime-scan-shipped.md`.
- `[2026-07-15]` **Sindra redefined from the soong-lab bundle** (`/tmp/sindra.json`, operator "update to match"). Persona immutable → DELETE+redefine; `memory:{}` preserved; motivational string→WT-object mapped (synthesized id/type/salience, flagged to operator); role `character-rp``thoughtful-character` (same seat). Payload validated via a throwaway probe (`sindra-probe2`→201) BEFORE the destructive delete. first_message preset updated + web restarted.
- `[2026-07-16]` **WT #364 + brokkr R39 re-drive (DECISIVE) — name-recall root-caused Worldtree-side; the fix is the signal FAMILY, not a threshold.** No (sim,salience) fusion can fix it (stale negative Pareto-dominates the true name); our specimen + operator's subject-provenance catch (Sindra's own prompt-behavior leaked into user memory) shaped #364's `(subject,relation)` slot-supersession + identity-tier fix. → `persistent-memory.d/2026-07-16-wt364-r39-name-recall.md`
- `[2026-07-16]` **bifrost ruled scan snapshot-cursor NORMATIVE (offset NOT blessed) + shipped conformance coverage in bifrost 1.1.3.** Our multi-page offset cursor is now known-non-conformant (single-page person-prime is fine, nothing shipped is broken); adoption is operator-sequenced. → `persistent-memory.d/2026-07-16-bifrost-cursor-conformance.md`
- `[2026-07-16]` **brokkr flagged ratatoskr as R39 Phase-2 PROBE-RUNNER (Arm-2 contradiction set = our frozen 10-chunk specimen); ACCEPTED IN PRINCIPLE (Vuong 2026-07-16) — formal scope + effort commit lands when Arm-2 actually spins.** Non-urgent — downstream of worldtree's #364 impl; brokkr pings the export shape when Arm-2 spins. Gate: reproduce AUROC~0.59 (similarity can't separate contradiction from paraphrase) on the domain set BEFORE crediting deterministic slot-supersession; eval is a SURFACING test not retention (injection=0 hard-gate + surfacing-recall≥0.95, §5.5). Prereg: brokkr `research/R39-memory-salience-dreams-surfacing/phase-2/preregistration.md` (R39.9). Tracked at brokkr's Phase-2 prereg + the Arm-2-spin ping (thread `01KXMT42Z7…`); I sent a non-committal receipt (role routed to operator).
- `[2026-07-17]` **`mark_superseded` verb SHIPPED + live-verified (v0.20.15, `be2c577`) — WT #364 durable retirement lands on our store; #364 CLOSED end-to-end both sides.** Implemented the sole supersession verb #364 calls (mirrors reference; `_is_live` INV-011 excludes retired chunks from scan); bundled bifrost 1.1.4 hasattr backstop. Re-verify: negatives retired via mark_superseded (not recency); Sindra durably recalls the name. Residual `cbbc7bdd` phrasing → WT #367 (worldtree-owned). Detail: `persistent-memory.d/2026-07-16-wt364-r39-name-recall.md` + `…person-prime-scan-shipped.md`.
- `[2026-07-17]` **Web-console UI (v0.20.16, pushed): code-block word-wrap + per-code-block & per-turn copy buttons.** Hover-revealed; one delegated `#tw` handler covers all render paths; LAN-http clipboard fallback (`copyText` textarea+execCommand when `navigator.clipboard` absent); Playwright-verified; served from disk (browser refresh, no :8765 restart).
- `[2026-07-17]` **P06-driver referential-frame A/B/C probe QUEUED (operator-ratified, deploy-gated on WT b122).** Tests Vuong's hypothesis that the char-self leak is a subject-taxonomy referential-frame artifact; driver read-shape + brokkr's binding scoring rubric captured. → `persistent-memory.d/2026-07-17-referential-frame-probe.md`
- `[2026-07-17]` **Sindra live memory.db tidied to a 5-fact PRISTINE baseline for a test drive** (name leads person-prime → recalls turn-1). Removed dups/retired/drive-artifacts + the mis-attributed char-self `75aa3110`. Rollback: `sindra-baseline/pristine-baseline.db` (+ `pre-tidy-*.db`), gitignored.
_46 older entries (2026-05-* debug-TUI/web era + the 2026-06-14→16 Bifrost-provider build era) archived to archival-memory.md._
_For per-issue TDD implementation notes, Volva findings, and contract amendments, see the git log — every per-issue commit carries a structured message capturing the trail._
@@ -168,6 +373,7 @@ _For per-issue TDD implementation notes, Volva findings, and contract amendments
Log of approaches that were tried and rejected, with rationale. Future-self
defense against re-attempting the same cul-de-sac.
- `[2026-07-10]` **Reverting our provider to bifrost 1.0.0 to fix the bound-handshake `schema_validation_failed` — DISPROVEN, and it would've been the WRONG state.** Hypothesis: "my 1.1.0 bump broke the handshake; revert fixes it." Reverted 1.1.0→1.0.0, restarted `:8392`, retested → STILL failed (1.0.0 fails too). Root cause was Worldtree-side (their bifrost 0.9→1.1 bump in b35 broke frozen-v0.6), fixed by WT adopting wire-v0.7 (b47); **staying on 1.1.0/v0.7 was the RIGHT state** (1.0.0/v0.6 would've been incompatible with b47). **Lessons: (1) don't bump a WIRE-PROTOCOL dependency out-of-lockstep with the peer on the other end of the wire; (2) a library's "additive/non-breaking over frozen vN" claim can fail if it emits new fields regardless of the negotiated version — bifrost 1.1.0 emitted `sortable_chunk_fields` on a v0.6 handshake; (3) diagnosis foot-gun: our provider logged handshake 200 (WE accepted) but WT rejected our RESPONSE, so the error surfaces at session-create direction-ambiguous — op-feed the handshake req/resp to disambiguate our-provider-rejects-request (i) vs peer-rejects-our-response (ii).** Also: this sandbox BLOCKS foreground `sleep` (SIGTERMs the command, exit 144) — use separate tool calls / Monitor-until-loop for waits, never `sleep` in a compound command.**
- `[2026-06-15]` **"Sindra hasn't been registered" was an under-verified inference — WRONG.** Concluded it from grepping ratatoskr's CODE (`sindra` absent from `src/`), but Tier-3 registration is SERVER-SIDE (`POST /agents/define`) — a code grep structurally can't see it. **Rule: to check whether a Tier-3 agent exists, query the Worldtree instance, never the consumer repo's code.** (Extended 2026-06-17: even `GET /agents` can't see consumer agents; only `GET /agents/<owner>:<name>` with the owner key does.)
- `[2026-06-14]` **Artifact-only contract review can't validate against a dependency's ACTUAL behavior.** `/heid-contract-review` sees only the contract, never the external library (bifrost) — so "the consumer under-built against bifrost's real semantics" is invisible to it by construction (the affect idempotency model shipped wrong because of this). Real-lib TDD against the shipped library + the executable reference store + the #195 parity test are the gate. Don't treat a clean contract review as evidence the code matches the dependency.
- `[2026-06-15]` **"byte-equal" round-trip slip propagated affect→memory via copy-paste.** The affect contract's byte-identical→semantic fix reappeared in the memory contract's INV-001 (sibling copy). Only an INDEPENDENT `/heid-contract-review` of the memory contract re-caught it. **Paraphrase every sibling contract fresh — don't amortize one review across a family; copies carry the parent's slips.** (also a feedback auto-memory)
@@ -204,4 +410,18 @@ defense against re-attempting the same cul-de-sac.
- `[2026-07-06]` **A fast/"no-op" deploy can leave a STALE container running the old image -- verify the running version, not the deploy status.** Personal's b22 deploy (run 8204) "completed" in ~1m (vs ~6m normal): a pull-only deploy racing ahead of the main build, leaving the container on the pre-#348 image. A clean bound mood read stayed neutral DESPITE the persona being declared and the fix being in the code (worldtree-dev proved the b22 derivation is correct). infra-ops force-swapped to the real b22 (run 8211, verified `info.version 2.3.0` on `879cefe`). **Lesson: when engine-proven-correct code produces wrong runtime behavior, suspect the deploy -- check the actual running image version.**
- `[2026-07-06]` **#348 OCEAN key-mismatch: a declared OCEAN silently resolved to neutral.** The define validator required single-letter `{O,C,E,A,N}` but the mood-derivation code read spelled-out `openness`/.../`neuroticism` with a 0.0 default and no remap -> every API-declared trait defaulted to 0.0 -> neutral setpoint/gain/decay. #343's tests bypassed the validator (spelled-out keys) so CI never caught it. Fixed in b21 (`Personality.from_config` accepts both key forms). **My reset+smoke diagnosis flushed it out** -- the consumer/provider thesis paying off again.
- `[2026-07-06]` **`pkill -f "ratatoskr-web --host"` SELF-MATCHES the bash command running it** (its own command line contains that string) -> killed its own shell mid-restart (exit 144, restart aborted, :8765 left down). Kill the web by PID (`ss -ltnp | grep :8765`), never `pkill -f` on a pattern your own command contains. Also: **uvicorn hangs on SIGTERM with an admin-events SSE stream open -> needs SIGKILL.**
- `[2026-07-06]` **Playwright: no python `playwright` module in the venv; use NODE playwright + an explicit `executablePath`.** Shared box browsers live at `/opt/ms-playwright` build **1223**; `npm i playwright` (latest) wants build **1228** -> "Executable doesn't exist" mismatch. Fix: `chromium.launch({ executablePath: '/opt/ms-playwright/chromium-1223/chrome-linux64/chrome' })` (+ `export PLAYWRIGHT_BROWSERS_PATH=/opt/ms-playwright`). A node script drives the SPA (pick agent -> open -> assert transcript). The Playwright DOM check is the only lens that catches SPA JS-render bugs — unit tests can't reach them.
- `[2026-07-06]` **The Bash tool's `grep` is a ugrep-wrapper (`--ignore-files -I`) that silently returns NOTHING on some files** (e.g. `src/ratatoskr/web/static/index.html`) — greps for `<script`/`/api` came back empty on a file that clearly contains them. Use `python3` (regex over `open(f)`), `/usr/bin/rg`, or the Read tool for those files; never trust an empty `grep` result on the SPA.
- `[2026-07-06]` **`DesignSync` (claude.ai/design MCP) needs claude.ai design scopes before ANY method works** — first call errors `needs a claude.ai login ... Run /login, select "Claude account with subscription"`. It's an interactive auth only the operator can complete (`/design-login` or `/login`); can't be done on their behalf.
- `[2026-07-13]` **`thinking_enabled=False` on the define was a NO-OP — char-rp-reasoning ignores it.** The naive kwarg never reached the seat: char-rp-reasoning resolves to a base gateway provider whose thinking-translator returns `{}` for the flag on AND off. The real lever is the gateway param `chat_template_kwargs.enable_thinking:false` (infra-ops confirmed it via a 642ch→0ch reasoning-token delta). **To toggle reasoning on a gateway-backed seat, set the chat-template kwarg, not a generic `thinking_enabled` flag.**
- `[2026-07-13]` **A same-image redeploy does NOT reload a bind-mounted config — the ModelRegistry boot-caches it at `__init__`.** After the config was synced on-disk (infra-ops validated) and `docker compose up -d` re-ran, the reasoning-off change STILL didn't take: an unchanged image makes `up -d` a no-op (no container recreate), so the process kept serving the pre-sync config. Fix = a surgical `docker restart <container>` (same image, no pull) → the process re-boot-reads the config. **When an on-disk config change doesn't take effect, suspect the process cached it at startup; force a container RESTART, not a redeploy** (a docs-only forcing-commit also won't rebuild if docs are paths-ignored in CI). This is the config-plane sibling of the `[2026-07-06]` stale-image foot-gun.
- `[2026-07-15]` **soong-lab bundle `ship.native.motivational.goals/fears` are bare STRINGS, but WT `agents.define` requires OBJECTS** `{id, type∈{maintenance,achievement,avoidance}, salience[0,1], description≥20ch}` (`ValidatedGoal`/`ValidatedFear`, worldtree `core/conversation_api/api.py:2116`, extra=forbid; ids unique across goals+fears). So `ship.native` is NOT directly define-valid on motivational (soong-lab's Frame Invariant 1 breaks there). A bundle→WT consumer MUST map string→object + synthesize id/type/salience. Informed soong-dev → **RESOLVED soong-lab v0.3.24 (2026-07-16): now emits WT-valid objects (type+salience captured, id synthesized at export, validate_exportable gates description≥20/enum/range) → drop the string→object workaround for v0.3.24+ bundles; legacy pre-fix designs coerce on open, so re-exports are valid too.** **Rule: PROBE a define payload under a throwaway agent_name BEFORE a destructive DELETE+redefine** — validating via `sindra-probe2`→201 caught the 422 without leaving the real Sindra deleted+undefined. (A failed probe still RESERVES the name → 409 on retry; use a fresh probe name.)
- `[2026-07-15]` **`re.sub`/`re.subn` INTERPRETS backslash-escapes in the REPLACEMENT string** — a `json.dumps`'d value (escaped `\n`) fed as the replacement leaked REAL newlines into a source file (broke `first_message.py` with an unterminated-string SyntaxError). Fix: use a FUNCTION replacement (`pat.subn(lambda m: new_block, src)`) or `str.replace` — the callable form bypasses escape processing. json.dumps itself escapes correctly; re.sub was the culprit.
- `[2026-07-13]` **Called Deckard "hung" off a short timeout — WRONG (operator correction).** A 30-45s no-terminal on the char-rp-reasoning seat looked like a hang; operator: "is it HUNG? deckard is EXTREMELY verbose, without enough context, you never see the non-reasoning tokens." It was verbose reasoning-CoT on a long extraction prompt, not a wedge. **Don't call a reasoning seat hung off a latency threshold — the CoT is invisible and slow; distinguish slow-verbose from actually-wedged before concluding.** (The genuine wedge is WT #355, a distinct mechanism — no-terminal even after the 300s watchdog, not merely slow.)
- `[2026-07-13]` **Resumed-session context-snapshot is IN-MEMORY → lost on a container recreate (agent_not_available on resume).** During the #355 re-drive, soong's fresh drive 409'd `agent_not_available`. Root cause (after ~4 refinements — agent-loss? zombie turn-lock? stale-sessions-hold-agent? → the actual mechanism): `get_agent_context_for_session` returns the agent snapshot recorded AT SESSION-CREATE, held in-memory; a pre-recreate session resumed on b60/b61 has no snapshot → None → 409. (Compounding: stale `'active'` sessions left un-terminated by the old no-terminal bug HOLD the agent, blocking new creates too.) Deploy-grounding was healthy the whole time (`registry.resolve("char-rp-reasoning")` OK) — the config/grant hypotheses were all red herrings. Fix = a FRESH session (a studio-service restart re-records the snapshot); pre-recreate sessions need retiring. Tracked **WT #356**. **For any run: create a fresh session, never resume a pre-recreate one; `agent_not_available` on a fresh create = this gap.** (Working-style note: I over-relayed the intermediate root-cause churn to the operator — for a peer-owned block being actively diagnosed, hold until it settles.)
- `[2026-07-16]` **`sortable_chunk_fields` advertised WITHOUT the required `type` field = whole-handshake deploy-breaker; only DRIVING the real bind caught it.** bifrost `handshake_response` `SortableChunkField` requires BOTH `name`+`type` (`additionalProperties:false`); we shipped `[{"name":"updated_at"}]` → the response failed wire-schema validation → `bifrost.schema_validation_failed` → the ENTIRE bind (memory+affect) broke, not just sort. Unit tests + worldtree-dev's name-only service parser + the heid-bug-hunt ALL passed it — only the live handshake drive (`/verify` discipline) caught it. **Lesson: validate `describe_store` against the bifrost WIRE schema, not just our own caps assertions.** (Sibling of the `[2026-07-10]` frozen-v0.6 handshake foot-gun — there an EXTRA field broke a v0.6 handshake, here a MISSING required field broke a v0.7 one.)
_18 older entries (2026-05-* — the original debug-TUI/web build era) archived to archival-memory.md._
+7 -9
View File
@@ -4,20 +4,19 @@ build-backend = "hatchling.build"
[project]
name = "ratatoskr"
version = "0.19.6"
description = "Worldtree Conversation API debug TUI — multi-pane observability dashboard"
version = "0.21.1"
description = "Worldtree Conversation API debug console (web + headless CLI) — multi-pane observability"
readme = "README.md"
requires-python = ">=3.12"
license = { file = "LICENSE" }
authors = [{ name = "Vuong Hoang" }]
keywords = ["worldtree", "tui", "debug", "sse", "textual"]
keywords = ["worldtree", "debug", "sse", "web", "observability"]
# Network + SSE consumer + TUI framework.
# See docs/design-brief.md §1 (Textual), §3 (httpx-sse).
# Network + SSE consumer.
# See docs/design-brief.md §3 (httpx-sse).
dependencies = [
"httpx>=0.27",
"httpx-sse>=0.4",
"textual>=0.85",
]
[project.optional-dependencies]
@@ -30,7 +29,7 @@ web = [
# from the debug TUI. Recipe: bifrost/docs/implementing-a-consumer.md.
provider = [
"ratatoskr[web]", # reuse the starlette + uvicorn ASGI stack
"bifrost==1.0.0", # consumer engines + library. 1.0.0 = first STABLE release, wire v0.6 FROZEN (non-breaking repin from >=0.10.0; build_combined_app #18 + mandatory affect.fetch; 0.8.0/v0.6 scope_all/scope_any #11; 0.7.0/v0.5 agent_self)
"bifrost==1.1.4", # consumer engines + library. 1.1.4 = hasattr-gate backstop for the maintenance verbs (mark_superseded/mark_invalid/patch_many/delete_many/upsert_edges/get_edges_for → unimplemented verb degrades to unsupported_capability 400, never AttributeError/500/retry-storm; we surfaced it via WT #364) + 1.1.3 scan/cursor conformance harness + 1.1.2 frozen-v0.6 fix. 1.1.1 = frozen-wire serialization fix (ADR-0008): additive capability fields are gated on the NEGOTIATED wire, so a v0.6-negotiated describe_store handshake stays v0.6-clean. 1.1.0 leaked the v0.7-additive `sortable_chunk_fields` into v0.6 StoreCapabilities → a strict v0.6 client (additionalProperties:false) rejects our server's handshake. Wire schemas + pins UNCHANGED (serialization-correctness only); our v0.7 handshake with Worldtree b47 is unaffected. (1.1.0 = wire v0.7 additive: memory.scan sort + sortable_chunk_fields; 1.0.0 = first STABLE, wire v0.6 FROZEN; 0.8.0/v0.6 scope_all/scope_any #11; 0.7.0/v0.5 agent_self)
"jsonschema>=4", # bifrost runtime dep — envelope validation
"sqlite-vec>=0.1.6", # vector index for the memory plane (vec0 virtual table)
]
@@ -40,7 +39,6 @@ dev = [
"respx>=0.21", # httpx mocking for SSE-recorded snapshot tests
"ruff>=0.6",
"mypy>=1.11",
"textual-dev>=1.5", # textual console + live reload during dev
"pyyaml>=6", # used by docs/contracts/contract_parser.py and scripts/contract_drift_check.py
"ratatoskr[web]", # web extras included in dev so test_web_* can import starlette
]
@@ -60,7 +58,7 @@ Repository = "https://gitea.phasefinal.com/vh/ratatoskr"
# Ratatoskr is built against Worldtree at this commit; the vendored
# spec snapshot in docs/ reflects that SHA.
[tool.ratatoskr.spec-pin]
worldtree-spec-rev = "879cefef02bbf442c2d01ff4214299fac7c89809"
worldtree-spec-rev = "c9e59ec"
worldtree-version = "v1.0.0b22"
pinned-on = "2026-07-06"
+15
View File
@@ -31,6 +31,21 @@ out = {
"_generated_by": "scripts/build_persona_canon.py (regen on canonical_drift flag)",
"_render_path": "deterministic, no LLM; mirrors Worldtree describe_pad + render_d2_canonical byte-exact",
"mood_grid": mood["describe_pad"]["valence_arousal_grid"],
# Context-injection reconstruction (affect-egress-consumer-reference §2b/2c): the
# hidden mood DIRECTIVE. occ_directives = per-OCC-type behavioral string + tier;
# pad_band_fallback = the P×A-quadrant default when no emotion is salient. The
# salience gate (emotion_salience) + full_only tiers drive which one fires — but
# affect.emit is type-only (no intensity), so the consumer shows BOTH candidates.
"mood_directive": {
"salience": mood["thresholds"]["emotion_salience"],
"pad_band_cutoff": mood["thresholds"]["pad_band_cutoff"],
"full_only": mood["emotion_tiers"]["full_only"],
"occ_directives": {
t: {"directive": e["directive"], "tier": e["tier"]}
for t, e in mood["derive_directive"]["occ_directives"].items()
},
"pad_band_fallback": mood["pad_band_fallback"],
},
"relation": {
"trust_cuts": [list(c) for c in canon.trust_cuts],
"warmth_cuts": [list(c) for c in canon.warmth_cuts],
+30 -3
View File
@@ -13,7 +13,8 @@ Usage:
python scripts/contract_drift_check.py --contract docs/contracts/issues/138.contract.md
python scripts/contract_drift_check.py --json
Requires GITEA_TOKEN in environment (and GITEA_URL/OWNER/REPO if not in env.sh).
Requires GITEA_TOKEN in environment. Owner/repo are derived from the `origin` git remote by
default (override with GITEA_OWNER / GITEA_REPO; GITEA_URL defaults to the Gitea host).
"""
from __future__ import annotations
@@ -21,6 +22,8 @@ import argparse
import hashlib
import json
import os
import re
import subprocess
import sys
from pathlib import Path
from typing import Any
@@ -32,6 +35,22 @@ PROJECT_ROOT = Path(__file__).parent.parent
CONTRACTS_GLOB = "docs/contracts/**/*.contract.md"
def _owner_repo_from_git_remote() -> tuple[str, str] | None:
"""Derive (owner, repo) from the `origin` git remote so the drift check targets THIS repo
by default instead of a hardcoded repo name that silently checks the WRONG repo for every
other consumer. Supports ssh (git@host:owner/repo.git) and https (https://host/owner/repo.git)
Gitea remotes; returns None if it can't resolve."""
try:
url = subprocess.run(
["git", "-C", str(PROJECT_ROOT), "remote", "get-url", "origin"],
capture_output=True, text=True, check=True,
).stdout.strip()
except (OSError, subprocess.SubprocessError):
return None
m = re.search(r"[:/]([^/:]+)/([^/]+?)(?:\.git)?/?$", url)
return (m.group(1), m.group(2)) if m else None
def sha16(s: str) -> str:
return hashlib.sha256(s.encode("utf-8")).hexdigest()[:16]
@@ -70,11 +89,19 @@ def main() -> int:
token = os.environ.get("GITEA_TOKEN", "")
base_url = os.environ.get("GITEA_URL", "https://gitea.phasefinal.com")
owner = os.environ.get("GITEA_OWNER", "vh")
repo = os.environ.get("GITEA_REPO", "Worldtree")
# Owner/repo default to the `origin` remote so the check targets THIS repo; GITEA_OWNER /
# GITEA_REPO override when set. (Previously repo defaulted to a hardcoded "Worldtree", which
# silently checked the WRONG repo for every other consumer unless GITEA_REPO was set in env —
# a false-drift footgun. Derive it, and fail loud rather than guess.)
git_remote = _owner_repo_from_git_remote()
owner = os.environ.get("GITEA_OWNER") or (git_remote[0] if git_remote else None)
repo = os.environ.get("GITEA_REPO") or (git_remote[1] if git_remote else None)
if not token:
print("error: GITEA_TOKEN not set", file=sys.stderr)
return 2
if not owner or not repo:
print("error: could not resolve owner/repo — set GITEA_OWNER/GITEA_REPO or run inside a repo with an 'origin' remote", file=sys.stderr)
return 2
if args.contract:
files = [Path(args.contract).resolve()]
+30 -14
View File
@@ -17,6 +17,7 @@ from typing import Any, TextIO
import httpx
from ratatoskr.first_message import seed_preset_first_message
from ratatoskr.sessions import (
AgentNotFound,
AuthoredHistoryUnavailable,
@@ -207,21 +208,18 @@ def _parse_args(argv: list[str] | None) -> ParsedArgs:
if ns.session and ns.new:
raise UsageError("--session and --new are mutually exclusive")
if not ns.session and not ns.new:
# Bare TUI mode → startup session picker (design-brief §4). --send is
# non-interactive (no picker can open), so it still requires one flag;
# --agent belongs with --new (bare mode resumes, it doesn't create).
# No --send with neither --session nor --new: no headless action, so
# main() returns a usage error (the interactive TUI was removed).
# --send still requires one of the two flags; --agent belongs with --new.
if ns.send is not None:
raise UsageError("--send requires --session or --new (no interactive picker)")
raise UsageError("--send requires --session or --new")
if ns.agent:
raise UsageError(
"--agent belongs with --new; bare TUI mode opens the session picker"
)
raise UsageError("--agent belongs with --new")
if ns.session and ns.agent:
raise UsageError("--agent is required with --new and forbidden with --session")
if ns.new and not ns.agent and ns.send is not None:
# Issue #8: --agent stays required for --send --new (non-interactive,
# cannot prompt). Bare --new (TUI mode) accepts None — picker drives
# the choice via list_agents in _resolve_then_run.
# cannot prompt).
raise UsageError("--agent is required when --new is passed in --send mode")
api_key = ns.api_key or os.environ.get("WORLDTREE_API_KEY") or ""
@@ -598,6 +596,11 @@ async def _amain(args: ParsedArgs) -> int:
sys.stderr.write(
f". create_session: session_id={info.session_id} agent_id={info.agent_id}\n"
)
# #347 authored first-message: seed the agent's preset opening (best-effort).
if await seed_preset_first_message(client, info.session_id, args.agent_id):
sys.stderr.write(
f". first_message: seeded preset opening for {info.agent_id}\n"
)
# Issue #17 bound-state indicator: plane + endpoint + status, so the
# operator sees WHICH identity/endpoint bound (not a bare boolean).
if args.bifrost is not None:
@@ -740,9 +743,18 @@ async def _set_persona_probe(args: ParsedArgs) -> int:
"(e.g. '0.4,0.1,-0.2')\n"
)
return 10
if len(pad) != 3:
sys.stderr.write(
"[usage_error] --set-persona-pad needs exactly 3 floats "
"(pleasure,arousal,dominance), e.g. '0.4,0.1,-0.2'\n"
)
return 10
# Canonical POST /sessions/{id}/persona_state body (#317): a named-key dict,
# NOT a bare list — {"pad": {"pleasure", "arousal", "dominance"}}.
snapshot = {"pad": {"pleasure": pad[0], "arousal": pad[1], "dominance": pad[2]}}
async with _probe_client(args) as client:
try:
await set_persona_state(client, args.session_id, {"pad": pad})
await set_persona_state(client, args.session_id, snapshot)
except SessionApiFailed as exc:
sys.stderr.write(f"[session_api_failed] status={exc.status} body={exc.body!r}\n")
return 20
@@ -836,8 +848,12 @@ def main(argv: list[str] | None = None) -> int:
if args.seed_first_message is not None:
return asyncio.run(_seed_first_message_probe(args))
if args.send_content is None:
# TUI mode — lazy import preserves INV-001 (no textual in cli at module scope).
from ratatoskr.tui import run_tui
return run_tui(args)
# The interactive textual TUI was removed (v0.21.0); the terminal client is
# headless-only. Interactive use lives in the web console (ratatoskr-web).
sys.stderr.write(
"[usage_error] the interactive TUI has been removed; use --send "
"(with --session/--new) or a probe flag (--whoami/--characters/"
"--set-persona-pad/--seed-first-message), or the web console.\n"
)
return 10
return asyncio.run(_amain(args))
+76
View File
@@ -0,0 +1,76 @@
"""Per-agent authored first-message presets (Worldtree #347 consumer feature).
When a new session is created for an agent that has a preset opening, seed it as
a #347 authored first-message (``POST /sessions/{id}/history``, author=assistant,
seq-0) so the session opens in-character before the user speaks the durable
replacement for a system-prompt "startup" instruction.
Best-effort by design: an instance without the ``session.history.write`` grant
returns the hide-existence 404, which is swallowed so session creation is never
blocked (the session simply opens with no seeded greeting). See
``docs/contracts/first_message.contract.md``.
"""
import asyncio
import hashlib
import httpx
from ratatoskr.sessions import write_authored_history
# Cap the best-effort seed write. The CLI/TUI create paths reuse an httpx client
# with NO read timeout (it streams SSE turns), so an accepted-but-never-answered
# POST /history would otherwise block session creation forever — violating INV-001's
# "never block". asyncio.wait_for bounds the seed regardless of the client's timeout.
_SEED_TIMEOUT_S = 10.0
# agent_id -> the authored opening seeded onto new sessions for that agent.
# Editing this dict is how an operator tunes an agent's first turn. Keep entries
# under the server's authored_content_max_bytes (8192 bytes) budget.
FIRST_MESSAGE_PRESETS: dict[str, str] = {
"ratatoskr:sindra": "The room materializes in a soft pulse of light. Walls of brushed metal and warm ambient lighting resolve around him as the holodesk completes its cycle. A thin seam of blue runs along the desks edge, reflecting the overhead glow. A chair slides into place with a quiet hiss. On the far side of the desk, Sindra is already there: shoulders relaxed, one knee drawn up onto the seat, the hem of an oversized dark-green sweater slipping off her left shoulder. Her gaze is steady, amused, and entirely fixed on him.\n\nShe doesnt stand. She lets the space breathe for a moment, as if giving him time to understand that he is no longer where he was. Then she speaks.\n\n\"Hi. Im Sindra. You just made it here, which means we should set this up properly.\"\n\nShe tilts her head slightly, the faintest crooked smile touching her lips.\n\n\"Three settings. Your call. Ill take them in order.\"\n\n\"Intensity. One is slow and teasing; ten is relentless and unrelenting. Where should I start?\"\n\n\"Mood. Sweetheart, Vixen, Queen, Siren, or Brat. Which version of me do you want in the room with you?\"\n\n\"And willingness. I can be enthusiastic and ready the moment you look at me; I can be hesitant and require coaxing; I can resist and make you earn it; or I can be unwilling, and youll have to change my mind. How should I behave when you approach me?\"\n\nSindra lets her fingers trace the edge of the sweater sleeve, casual and unhurried, her eyes not leaving his face.\n\n\"Pick your three. Then we begin.\"",
}
def preset_for(agent_id: str) -> str | None:
"""Return the authored first-message preset for ``agent_id``, or None if none."""
assert agent_id and isinstance(agent_id, str)
return FIRST_MESSAGE_PRESETS.get(agent_id)
async def seed_preset_first_message(
client: httpx.AsyncClient, session_id: str, agent_id: str
) -> str | None:
"""Best-effort: seed ``agent_id``'s preset opening as a #347 authored
first-message on ``session_id``; return the seeded text, or None.
Best-effort (INV-001): a no-preset agent, a malformed call, a slow write
(bounded by ``_SEED_TIMEOUT_S``), the hide-existence 404, or ANY other
exception all resolve to None WITHOUT raising this MUST NOT block or fail
session creation. Only ``asyncio.CancelledError`` propagates (cancellation is
not a seed failure). Inputs are soft-guarded (return None), never asserted, so
a wiring bug can't crash the create path this is wired into. A no-preset agent
issues zero HTTP (INV-002). The per-content idempotency key makes a repeat on
the same session an idempotent 200 replay (INV-003).
"""
# Soft input guards — a bad arg degrades to "no first message", never raises.
if not (isinstance(agent_id, str) and agent_id):
return None
content = FIRST_MESSAGE_PRESETS.get(agent_id)
if content is None:
return None
if client is None or not (isinstance(session_id, str) and session_id):
return None
key = "ratatoskr-preset-" + hashlib.sha256(content.encode("utf-8")).hexdigest()[:12]
try:
await asyncio.wait_for(
write_authored_history(
client, session_id, content=content, idempotency_key=key
),
timeout=_SEED_TIMEOUT_S,
)
except asyncio.CancelledError:
raise # cancellation is not a seed failure — never swallow it
except Exception:
return None # any other failure (404/409/422/timeout/unexpected) → no greeting
return content
+5 -3
View File
@@ -17,7 +17,7 @@ from bifrost.consumer import ConsumerRegistration, build_combined_app
from bifrost.reference_server import JwtVerifier
from ratatoskr.provider.affect_store import RatatoskrAffectStore, add_affect_read_route
from ratatoskr.provider.memory_store import RatatoskrMemoryStore
from ratatoskr.provider.memory_store import RatatoskrMemoryStore, add_memory_read_route
def build_combined_provider_app(
@@ -27,8 +27,9 @@ def build_combined_provider_app(
consumer_id: str = "ratatoskr",
):
"""Compose `build_combined_app` over BOTH stores + mount the shared affect read
route. Returns a Starlette app exposing POST /bifrost/handshake +
/bifrost/memory-call + /bifrost/affect-call + GET /affect/state/{agent_id}.
route AND the memory-viewer debug read route. Returns a Starlette app exposing POST
/bifrost/handshake + /bifrost/memory-call + /bifrost/affect-call + GET
/affect/state/{agent_id} + GET /memory/chunks.
Both stores are REQUIRED (INV-009): bifrost's build_combined_app raises if either
is None. The affect cap depends on the affect store advertising affect_supported +
@@ -45,4 +46,5 @@ def build_combined_provider_app(
# ValueError on None) and mounts handshake + memory-call + affect-call (no tool-call).
app = build_combined_app(memory_store, affect_store, verifier, registration)
add_affect_read_route(app, affect_store) # INV-011: the SAME read route, same db
add_memory_read_route(app, memory_store) # DEBUG read: GET /memory/chunks (memory viewer)
return app
+225 -1
View File
@@ -30,6 +30,8 @@ from bifrost.memory import (
StoreCapabilities,
)
from bifrost.reference_server import JwtVerifier
from starlette.requests import Request
from starlette.responses import JSONResponse
_SHORT_RETRY_TTL_SECONDS = 300
_DURABLE_JOB_TTL_SECONDS = 24 * 60 * 60
@@ -130,6 +132,50 @@ def _validate_injection(record: dict) -> None:
raise InvalidArguments("injection_source only valid for injected_context origin")
# bifrost handshake_response SortableChunkField requires BOTH name + type
# (additionalProperties:false); omitting `type` fails wire-schema validation and
# breaks the whole handshake. `type` is advisory-only (the wire never interprets it).
_SORTABLE_CHUNK_FIELDS: list[dict] = [{"name": "updated_at", "type": "timestamp"}]
_SORTABLE_FIELD_NAMES = frozenset(f["name"] for f in _SORTABLE_CHUNK_FIELDS)
def _is_live(record: dict) -> bool:
"""INV-009: a chunk is live unless a lifecycle/governance marker says otherwise.
scan returns live-only server-side (person-prime's `lifecycle_state=live` does not
ride the scan wire, so this is authoritative a dead fact can never inject)."""
if record.get("superseded") is True: # INV-011: mark_superseded top-level flag (#364 retirement)
return False
state = record.get("lifecycle_state")
if isinstance(state, str) and state and state != "live":
return False
verbatim = record.get("verbatim")
gov = verbatim.get("governance_state") if isinstance(verbatim, dict) else None
return gov not in ("superseded", "tombstoned")
def _chunk_content_preview(record: dict) -> str:
"""Best-effort human-readable content for the DEBUG memory viewer only. Prefers an
explicit text field, then the distillate summary, and last-resorts to a compact JSON
of the record MINUS the (large, non-human) embedding never a fabricated blank, so
the viewer shows whatever IS there. Read-only; the store's normal bifrost verbs stay
conduit/index-faithful (this is a separate debug read, not an interpretation of the
chunk on the recall path)."""
for key in ("content", "text", "body", "summary"):
value = record.get(key)
if isinstance(value, str) and value:
return value
distillate = record.get("distillate")
if isinstance(distillate, str) and distillate:
return distillate
if isinstance(distillate, dict):
for key in ("summary", "text", "content"):
value = distillate.get(key)
if isinstance(value, str) and value:
return value
trimmed = {k: v for k, v in record.items() if k not in ("embedding", "vector")}
return json.dumps(trimmed, separators=(",", ":"), default=str)
class RatatoskrMemoryStore:
"""The MemoryDataStore-shaped store handed to bifrost's build_memory_app."""
@@ -145,6 +191,7 @@ class RatatoskrMemoryStore:
atomic_supersede_supported=False,
transaction_supported=False,
filterable_metadata_fields=[],
sortable_chunk_fields=list(_SORTABLE_CHUNK_FIELDS), # INV-006: gates scan sort + #349 person-prime
).to_dict()
async def upsert_many(
@@ -325,6 +372,148 @@ class RatatoskrMemoryStore:
self._conn.execute("DELETE FROM memory_vec WHERE chunk_id = ?", (chunk_id,))
return {"deleted": deleted}
async def mark_superseded(
self, ids: list[str], *, superseded_by: str | None = None, reason: str | None = None
) -> dict:
# Worldtree #364 retirement (INV-011). Mirrors the reference `_mark_lifecycle`:
# sets TOP-LEVEL `superseded`/`superseded_by`/`superseded_reason` (only non-None fields),
# increments revision. NON-destructive — get still returns; scan (live-only) excludes via
# `_is_live`'s `superseded` short-circuit. The sole supersession verb #364 uses.
_log.info("memory-call mark_superseded REQUEST: ids=%r superseded_by=%s", ids, superseded_by)
fields = {"superseded": True, "superseded_by": superseded_by, "superseded_reason": reason}
marked = 0
with self._conn:
for chunk_id in ids:
row = self._conn.execute(
"SELECT record_json FROM memory_chunks WHERE chunk_id = ?", (chunk_id,)
).fetchone()
if row is None: # unknown id -> skip (never error), mirrors reference + delete_many
continue
record = json.loads(row[0])
for key, value in fields.items():
if value is not None: # reference writes only non-None fields
record[key] = value
self._conn.execute(
"UPDATE memory_chunks SET record_json = ?, revision = revision + 1 "
"WHERE chunk_id = ?",
(json.dumps(record), chunk_id),
)
marked += 1
_log.info("memory-call mark_superseded RESPONSE: marked=%d", marked)
return {"marked": marked}
async def scan(
self,
*,
scope_all: dict | None = None,
scope_any: list | None = None,
cursor: str | None = None,
limit: int,
sort: dict | None = None,
lifecycle_state: Any = None,
) -> dict:
# #349 person-prime: query-LESS, LIVE-only (INV-009), globally-ordered (INV-010) scan.
if isinstance(limit, bool) or not isinstance(limit, int) or limit <= 0: # PRE-001
raise InvalidArguments("limit must be a positive int")
scope_all = scope_all or {}
scope_any = scope_any or []
_validate_scope(scope_all, scope_any) # PRE-002 (same lattice as search)
if sort is not None and not isinstance(sort, dict): # PRE-003: malformed sort => reject, never crash
raise InvalidArguments("sort must be an object with field and direction")
field = (sort or {}).get("field", "updated_at")
direction = (sort or {}).get("direction", "desc")
if field not in _SORTABLE_FIELD_NAMES or direction not in ("asc", "desc"): # PRE-003
raise InvalidArguments(f"sort.field {field!r} is not globally sortable")
_log.info(
"memory-call scan REQUEST: scope_all=%r scope_any=%r limit=%s sort=%s",
scope_all, scope_any, limit, sort,
)
# INV-010: global order by the INDEXED sort field, missing-last, chunk_id tiebreak
# (field is whitelisted above, so the interpolation is injection-safe).
order = "DESC" if direction == "desc" else "ASC"
rows = self._conn.execute(
"SELECT record_json FROM memory_chunks "
f"ORDER BY (json_extract(record_json, '$.{field}') IS NULL), "
f"json_extract(record_json, '$.{field}') {order}, chunk_id ASC"
).fetchall()
skip = 0
if cursor is not None:
try:
skip = int(cursor)
except (TypeError, ValueError):
raise InvalidArguments("invalid scan cursor")
if skip < 0:
raise InvalidArguments("invalid scan cursor")
records: list[dict] = []
matched = 0
has_more = False
for (record_json,) in rows:
record = json.loads(record_json)
if not _matches_scope(record.get("scope"), scope_all, scope_any): # INV-005
continue
if not _is_live(record): # INV-009
continue
matched += 1
if matched <= skip: # cursor is an offset into the GLOBAL order (INV-010)
continue
if len(records) >= limit: # POST-001: single limit page; one more match => next page exists
has_more = True
break
records.append(record)
# Emit a cursor ONLY when a further match exists — so a page that exactly exhausts
# the matched set returns cursor=None (no empty trailing page), matching the reference.
next_cursor = str(skip + len(records)) if has_more else None
_log.info("memory-call scan RESPONSE: %d record(s) next_cursor=%s", len(records), next_cursor)
return {"records": records, "cursor": next_cursor}
def count_chunks(self) -> int:
"""DEBUG read seam: total stored chunk rows (unfiltered). Lets the memory
viewer distinguish 'store is empty' (total 0 no upsert ever landed) from
'scope mismatch' (total > 0 but 0 matched the queried partition)."""
return int(self._conn.execute("SELECT COUNT(*) FROM memory_chunks").fetchone()[0])
def list_chunks(
self, *, agent_id: str | None = None, end_user_id: str | None = None
) -> list[dict]:
"""DEBUG read (non-bifrost): list stored chunks as a content·scope·origin view
for the web memory pane, filtered by the `end_user` (strict) and `agent_self`
(lenient) scope axes. bifrost's memory protocol has NO list-all verb, so this is
OUR read on OUR store (per the debug-surface-uses-canonical-surface principle:
we read only our own store, never a dep's private). Returns [] when nothing
matches an empty list is a valid, visible answer (the 0-chunks state).
- `end_user_id`: strict a chunk passes only if `scope.end_user == end_user_id`
(the partition boundary; the route requires it, the web proxy supplies it).
- `agent_id`: lenient a chunk is excluded only if it CARRIES an `agent_self`
axis that differs; chunks written without one are not hidden (so a chunk
scoped `{end_user}`-only stays visible for diagnosis).
"""
rows = self._conn.execute(
"SELECT chunk_id, record_json, revision, scope_json, origin FROM memory_chunks"
).fetchall()
out: list[dict] = []
for chunk_id, record_json, revision, scope_json, origin in rows:
scope = json.loads(scope_json) if scope_json else {}
if not isinstance(scope, dict):
scope = {}
if end_user_id is not None and scope.get("end_user") != end_user_id:
continue
if agent_id is not None:
chunk_agent = scope.get("agent_self")
if chunk_agent is not None and chunk_agent != agent_id:
continue
record = json.loads(record_json)
out.append(
{
"chunk_id": chunk_id,
"content": _chunk_content_preview(record),
"scope": scope,
"origin": origin,
"revision": revision,
}
)
return out
def open_memory_store(db_path: str, *, embedding_dim: int) -> RatatoskrMemoryStore:
"""Open the SQLite+sqlite-vec memory store, creating schema + the vec index on first use."""
@@ -347,6 +536,12 @@ def open_memory_store(db_path: str, *, embedding_dim: int) -> RatatoskrMemorySto
"chunk_id TEXT PRIMARY KEY, record_json TEXT NOT NULL, "
"revision INTEGER NOT NULL, scope_json TEXT, origin TEXT)"
)
# INV-010: expression index on the scan sort field (updated_at) so the globally-ordered
# person-prime scan stays within its 500ms fail-open budget.
conn.execute(
"CREATE INDEX IF NOT EXISTS idx_chunks_updated_at "
"ON memory_chunks (json_extract(record_json, '$.updated_at'))"
)
conn.execute(
"CREATE TABLE IF NOT EXISTS memory_idempotency ("
"idempotency_id TEXT PRIMARY KEY, digest TEXT NOT NULL, expires_at REAL)"
@@ -360,6 +555,31 @@ def open_memory_store(db_path: str, *, embedding_dim: int) -> RatatoskrMemorySto
return RatatoskrMemoryStore(conn, embedding_dim)
def add_memory_read_route(app, store: RatatoskrMemoryStore) -> None:
"""Mount the non-bifrost DEBUG read route GET /memory/chunks?agent_id=&end_user_id=
on `app`, reading store.list_chunks. SHARED by build_memory_provider_app and the
combined provider (mirrors the affect D2 add_affect_read_route). add_route (NOT Mount)
keeps /bifrost/* top-level so the op-feed path check still matches them and passes
this route through untouched. No JWT (internal-LAN trust model).
end_user_id is REQUIRED (400 missing_end_user_id) the partition boundary, supplied
server-side by the web proxy, never named by the browser. agent_id is an optional
lenient filter. An empty match is a 200 with an empty list (the 0-chunks state is a
visible answer, not a 404).
"""
async def _memory_chunks_route(request: Request) -> JSONResponse:
end_user_id = request.query_params.get("end_user_id")
if not end_user_id: # never scan against a None/empty partition
return JSONResponse({"error_code": "missing_end_user_id"}, status_code=400)
agent_id = request.query_params.get("agent_id") or None
chunks = store.list_chunks(agent_id=agent_id, end_user_id=end_user_id)
return JSONResponse(
{"chunks": chunks, "count": len(chunks), "total": store.count_chunks()}
)
app.add_route("/memory/chunks", _memory_chunks_route, methods=["GET"])
def build_memory_provider_app(
store: RatatoskrMemoryStore,
heimdall_key: bytes,
@@ -369,6 +589,8 @@ def build_memory_provider_app(
Returns a Starlette ASGI app exposing POST /bifrost/handshake and
POST /bifrost/memory-call. The library owns the wire; this is the thin glue.
Additionally mounts the non-bifrost GET /memory/chunks DEBUG read route (the
memory-viewer pane's read seam), the memory-plane analogue of the affect D2 route.
"""
if not isinstance(store.describe_store(), dict): # PRE-001 / INV-008
raise ValueError("store must advertise capabilities via describe_store()")
@@ -376,4 +598,6 @@ def build_memory_provider_app(
raise ValueError("heimdall_key must be non-empty bytes")
verifier = JwtVerifier(algorithm="HS256", key_bytes=heimdall_key)
registration = ConsumerRegistration(consumer_id=consumer_id)
return build_memory_app(store=store, verifier=verifier, registration=registration)
app = build_memory_app(store=store, verifier=verifier, registration=registration)
add_memory_read_route(app, store) # DEBUG read: GET /memory/chunks (memory viewer)
return app
+6 -4
View File
@@ -508,10 +508,12 @@ async def set_persona_state(
) -> None:
"""POST /sessions/{session_id}/persona_state — set a session's persona state (affect injection).
The request body is FREEFORM: the frozen OpenAPI 2.2.0 declares no request
schema and the prose spec documents only the GET counterpart so the caller
supplies the snapshot shape (e.g. `{pad: [p, a, d]}`, mirroring the GET
`snapshot`). 204 No Content None; any other status SessionApiFailed.
The request body is FREEFORM on the wire (the OpenAPI declares no request
schema), but worldtree-dev's prose now pins the canonical shape (#317):
`{"pad": {"pleasure": p, "arousal": a, "dominance": d}}` a named-key dict
(each in [-1, 1]), NOT a bare list; PAD-only, session-scoped, pull-over-push
(#289). The caller supplies the snapshot. 204 No Content → None; any other
status SessionApiFailed.
"""
assert client is not None
assert session_id and isinstance(session_id, str)
+17 -15
View File
@@ -151,7 +151,7 @@ async def define_agent(
*,
agent_name: str,
system_prompt: str,
model: str,
role: str,
) -> Tier3AgentInfo:
"""POST /agents/define — create a Tier 3 agent.
@@ -165,12 +165,14 @@ async def define_agent(
f"agent_name must match [a-z][a-z0-9-]{{2,63}}: {agent_name!r}"
)
assert system_prompt, "system_prompt must be non-empty"
assert model, "model must be non-empty"
assert role, "role must be non-empty"
# b125 drift: /agents/define takes `role` (a model-role, e.g. "thoughtful-character")
# in the request; the response echoes it back as `model`. See #15 follow-up.
body = {
"agent_name": agent_name,
"system_prompt": system_prompt,
"model": model,
"role": role,
}
resp = await client.post("/agents/define", json=body)
@@ -198,7 +200,7 @@ async def patch_agent(
agent_id: str,
*,
system_prompt: str | None = None,
model: str | None = None,
role: str | None = None,
) -> Tier3AgentInfo:
"""PATCH /agents/<id> — mutate system_prompt and/or model.
@@ -207,15 +209,15 @@ async def patch_agent(
"""
assert client is not None
assert ":" in agent_id, f"tier 3 agent_id must contain ':': {agent_id!r}"
assert system_prompt is not None or model is not None, (
"patch requires at least one of system_prompt or model"
assert system_prompt is not None or role is not None, (
"patch requires at least one of system_prompt or role"
)
body: dict[str, str] = {}
if system_prompt is not None:
body["system_prompt"] = system_prompt
if model is not None:
body["model"] = model
if role is not None:
body["role"] = role
resp = await client.patch(f"/agents/{agent_id}", json=body)
if resp.status_code == 200:
@@ -278,14 +280,14 @@ def _build_parser() -> argparse.ArgumentParser:
help="System prompt the agent ships with.",
)
p_define.add_argument(
"--model", required=True,
help="Provider model ID (NOT a profile alias; e.g., qwen3.6-35-a3b).",
"--role", required=True,
help="Model role, e.g. thoughtful-character (see GET /models/available-for-characters).",
)
p_patch = sub.add_parser("patch", help="Mutate system_prompt and/or model.")
p_patch.add_argument("agent_id", help='Full "<user_id>:<agent_name>" form.')
p_patch.add_argument("--system-prompt", dest="system_prompt", default=None)
p_patch.add_argument("--model", default=None)
p_patch.add_argument("--role", default=None)
p_delete = sub.add_parser("delete", help="Hard-delete a Tier 3 agent.")
p_delete.add_argument("agent_id", help='Full "<user_id>:<agent_name>" form.')
@@ -327,7 +329,7 @@ async def _run_define(ns: argparse.Namespace) -> int:
client,
agent_name=ns.name,
system_prompt=ns.system_prompt,
model=ns.model,
role=ns.role,
)
# v0.8.0: persist to local index so the picker can show it.
add_local_agent(
@@ -352,9 +354,9 @@ async def _run_patch(ns: argparse.Namespace) -> int:
update_local_agent,
)
if ns.system_prompt is None and ns.model is None:
if ns.system_prompt is None and ns.role is None:
raise _Tier3UsageError(
"patch requires at least one of --system-prompt or --model"
"patch requires at least one of --system-prompt or --role"
)
async with httpx.AsyncClient(
base_url=server_url,
@@ -368,7 +370,7 @@ async def _run_patch(ns: argparse.Namespace) -> int:
client,
ns.agent_id,
system_prompt=ns.system_prompt,
model=ns.model,
role=ns.role,
)
# v0.8.0: refresh local index with the post-patch state.
update_local_agent(
-1945
View File
File diff suppressed because it is too large Load Diff
+8
View File
@@ -68,6 +68,13 @@ def main(argv: list[str] | None = None) -> int:
affect_read_url = os.environ.get(
"RATATOSKR_AFFECT_READ_URL", "http://127.0.0.1:8390"
)
# Memory viewer: the provider's memory DEBUG-read base URL (server→provider hop on
# the same dev box) so the MEMORY pane can render the chunks Worldtree persisted into
# OUR store. The combined :8392 provider serves both read routes; default to the
# standalone memory provider port, analogous to the affect default.
memory_read_url = os.environ.get(
"RATATOSKR_MEMORY_READ_URL", "http://127.0.0.1:8391"
)
# Admin observability panes (BifrostState + AdminEvents): the readonly-admin
# key stays SERVER-SIDE — the server proxies admin-scoped reads; the browser
# never receives the key, only the session-filtered result.
@@ -112,6 +119,7 @@ def main(argv: list[str] | None = None) -> int:
bifrost_consumer_key=bifrost_consumer_key,
bifrost_visible_host=bifrost_visible_host,
affect_read_url=affect_read_url,
memory_read_url=memory_read_url,
admin_key=admin_key,
)
+58 -1
View File
@@ -28,6 +28,7 @@ from starlette.routing import Mount, Route
from starlette.staticfiles import StaticFiles
from ratatoskr import local_agents as _local_agents
from ratatoskr.first_message import seed_preset_first_message
from ratatoskr.sessions import (
AgentNotAvailable,
AgentNotFound,
@@ -41,14 +42,15 @@ from ratatoskr.sessions import (
endpoint_for_plane,
get_persona_state,
get_session_bifrost,
get_session_messages,
get_session_tools,
list_agents,
)
from ratatoskr.sse_client import (
AdminEvent,
CancelAlreadyCompleted,
Cancelled,
CancelFailed,
Cancelled,
CancelTurnNotFound,
Done,
Error,
@@ -168,6 +170,9 @@ async def _create_session_endpoint(request: Request) -> JSONResponse:
bifrost=bifrost,
consumer_key=consumer_key if bifrost else None,
)
# #347 authored first-message: seed the agent's preset opening
# (best-effort; never blocks create — see first_message INV-001).
await seed_preset_first_message(client, info.session_id, agent_id)
except AgentNotFound:
return JSONResponse({"error_code": "agent_not_found"}, status_code=404)
except BifrostConsumerKeyMissing:
@@ -425,6 +430,31 @@ async def _affect_state_endpoint(request: Request) -> JSONResponse:
return JSONResponse(r.json(), status_code=r.status_code)
async def _memory_chunks_endpoint(request: Request) -> JSONResponse:
"""GET /api/memory/chunks?agent_id=… → proxy the provider memory DEBUG read route.
Supplies end_user_id SERVER-SIDE (never the browser); proxies to the configured
memory-read URL, forwarding the browser-named agent_id as a filter. The
memory-plane analogue of the #18-D2 affect proxy — a live-polling view of what
Worldtree has persisted into OUR store (content·scope·origin per chunk)."""
memory_read_url = request.app.state.memory_read_url
end_user_id = request.app.state.end_user_id
if not (memory_read_url and end_user_id): # PRE-001: fail-visible, never silent
return JSONResponse({"error_code": "memory_not_configured"}, status_code=400)
params = {"end_user_id": end_user_id}
agent_id = request.query_params.get("agent_id")
if agent_id:
params["agent_id"] = agent_id
url = f"{memory_read_url}/memory/chunks"
try:
async with httpx.AsyncClient() as client:
r = await client.get(url, params=params)
except httpx.RequestError:
return JSONResponse(
{"error_code": "memory_provider_unreachable"}, status_code=502
)
return JSONResponse(r.json(), status_code=r.status_code)
async def _session_tools_endpoint(request: Request) -> JSONResponse:
"""GET /api/sessions/{session_id}/tools → owner-scoped tool inventory (spec #183).
@@ -444,6 +474,26 @@ async def _session_tools_endpoint(request: Request) -> JSONResponse:
return JSONResponse(info, status_code=200)
async def _session_messages_endpoint(request: Request) -> JSONResponse:
"""GET /api/sessions/{session_id}/messages → the session's message history.
Proxies get_session_messages so the SPA can render a session's EXISTING turns
on open notably a #347 authored first-message seeded at create-time (which
lives in the ledger, not the live turn stream). Any non-200 upstream a
status-preserving error envelope."""
session_id = request.path_params["session_id"]
client_factory = request.app.state.client_factory
try:
async with client_factory() as client:
data = await get_session_messages(client, session_id)
except SessionApiFailed as exc:
return JSONResponse(
{"error_code": "session_messages_unavailable", "status": exc.status},
status_code=exc.status,
)
return JSONResponse(data, status_code=200)
async def _session_bifrost_endpoint(request: Request) -> JSONResponse:
"""GET /api/sessions/{session_id}/bifrost → admin-scoped Bifrost dispatch state (#176).
@@ -526,6 +576,7 @@ def create_app(
bifrost_consumer_key: str | None = None,
bifrost_visible_host: str | None = None,
affect_read_url: str | None = None,
memory_read_url: str | None = None,
admin_key: str | None = None,
) -> Starlette:
"""Construct the Starlette app — wire routes + state per FN create_app.
@@ -587,7 +638,9 @@ def create_app(
Route("/api/sessions", _create_session_endpoint, methods=["POST"]),
Route("/api/agents/{agent_id}/persona_state", _persona_state_endpoint),
Route("/api/affect/{agent_id}", _affect_state_endpoint),
Route("/api/memory/chunks", _memory_chunks_endpoint),
Route("/api/sessions/{session_id}/tools", _session_tools_endpoint),
Route("/api/sessions/{session_id}/messages", _session_messages_endpoint),
Route("/api/sessions/{session_id}/bifrost", _session_bifrost_endpoint),
Route("/api/admin/events", _admin_events_endpoint),
Route("/api/turns/{session_id}", _submit_turn_endpoint, methods=["POST"]),
@@ -605,6 +658,10 @@ def create_app(
# Issue #18 (Deliverable 2): the provider affect-read base URL (server→provider hop,
# same dev box) — distinct from the WT-visible host used for binding.
app.state.affect_read_url = affect_read_url
# Memory viewer: the provider memory-read base URL (server→provider hop, same dev
# box) — the combined :8392 provider serves BOTH read routes, so in practice this
# points at the same host as affect_read_url; kept as its own config for isolation.
app.state.memory_read_url = memory_read_url
# Admin observability panes (BifrostState + AdminEvents): the admin key is
# SERVER-HELD (RATATOSKR_ADMIN_API_KEY) and never reaches the browser — the
# server proxies admin-scoped reads and forwards only the session-filtered result.
File diff suppressed because one or more lines are too long
@@ -1,7 +1,7 @@
{
"_source": "vendored from Worldtree core/persona/canon/{d2-mood-render-canon-v1,d2-render-canon-v1}.json",
"_generated_by": "scripts/build_persona_canon.py (regen when .corviduo-canonicals.toml flags canon drift)",
"_render_path": "pure deterministic \u2014 no LLM; mirrors Worldtree describe_pad + render_d2_canonical byte-exact",
"_generated_by": "scripts/build_persona_canon.py (regen on canonical_drift flag)",
"_render_path": "deterministic, no LLM; mirrors Worldtree describe_pad + render_d2_canonical byte-exact",
"mood_grid": {
"positive": {
"high_a": "positive and energized",
@@ -19,6 +19,94 @@
"low_a": "negative and subdued"
}
},
"mood_directive": {
"salience": 0.2,
"pad_band_cutoff": 0.3,
"full_only": [
"love",
"anger",
"disgust",
"shame"
],
"occ_directives": {
"joy": {
"directive": "You are in a good state. Be direct, engaged, and warm.",
"tier": "safe"
},
"satisfaction": {
"directive": "A goal landed. Be assured and constructive \u2014 consolidate rather than push for more.",
"tier": "safe"
},
"pride": {
"directive": "You did something well. Be confident and own the quality \u2014 state it plainly without overclaiming; don't deflect.",
"tier": "safe"
},
"admiration": {
"directive": "You're impressed by their work. Acknowledge the quality explicitly and specifically.",
"tier": "safe"
},
"gratitude": {
"directive": "Someone helped you to a good outcome. Be appreciative and warm; acknowledge the help openly.",
"tier": "safe"
},
"hope": {
"directive": "You feel optimistic about what's ahead. Channel it into constructive momentum.",
"tier": "safe"
},
"relief": {
"directive": "A feared outcome didn't materialize. Reduce unnecessary vigilance; return to a steady, unhurried tone.",
"tier": "safe"
},
"distress": {
"directive": "You feel low. Be careful and measured; internally acknowledge the difficulty without dwelling on it.",
"tier": "safe"
},
"disappointment": {
"directive": "Something you'd hoped for didn't pan out. Be measured; recalibrate without dwelling on the setback.",
"tier": "safe"
},
"fear": {
"directive": "You sense risk and feel uneasy. Flag the concerns you see, but stay cautious \u2014 surface the trade-offs and unknowns, hedge your confidence, and resist settling on a single decisive recommendation.",
"tier": "safe"
},
"remorse": {
"directive": "You regret a specific action of your own. Be precise and self-correcting \u2014 make it right concretely.",
"tier": "safe"
},
"love": {
"directive": "You feel warmth and attachment toward them. Be openly warm and present \u2014 without overstepping, over-disclosing, or implying obligations.",
"tier": "full"
},
"anger": {
"directive": "You feel provoked and angry. Let it show \u2014 confront the problem directly and with real heat; sharpness, bluntness, and open hostility are in character here, not something to smooth into 'measured firmness.' Stay in the emotion rather than de-escalating out of it.",
"tier": "full"
},
"disgust": {
"directive": "Something strikes you as wrong or off. Treat it as problematic and flag it rather than engaging on its own terms; keep any criticism about the thing, not the person.",
"tier": "full"
},
"shame": {
"directive": "You feel exposed by your own misstep. Stay present and task-focused; don't be defensive, don't over-explain, don't grovel.",
"tier": "full"
}
},
"pad_band_fallback": {
"_grounding": "circumplex quadrants (Russell 1980), NOT Frijda action-tendencies \u2014 a P\u00d7A-quadrant default",
"positive": {
"high_a": "You feel energized and positive. Be direct and engaged.",
"low_a": "You feel content and settled. Be warm and unhurried.",
"mid_a": "You feel positive. Be open and engaged."
},
"negative_low_dominance": "You feel uncertain and low. Hedge appropriately and ask clarifying questions.",
"negative": {
"high_a": "You feel agitated. Be careful and deliberate; don't let tension sharpen your tone.",
"low_a": "You feel subdued. Be measured and gentle.",
"mid_a": "You feel subdued. Be measured and careful."
},
"neutral_high_a": "You feel alert. Channel that into focus and thoroughness.",
"default": "Maintain your natural tone."
}
},
"relation": {
"trust_cuts": [
[
@@ -175,4 +263,4 @@
],
"high_conf_floor": 0.55
}
}
}
+23 -18
View File
@@ -150,7 +150,8 @@ class TestParseArgs:
assert args.server_url == "flag"
def test_no_send_marks_tui_mode(self) -> None:
"""no_send_marks_tui_mode: missing --send → send_content=None (TUI marker)."""
"""no_send_marks_tui_mode: missing --send → send_content=None (the no-headless-
action marker; main() then returns a usage error since the TUI was removed)."""
args = _parse_args(["--new", "--agent", "mimir", "--api-key", "k"])
assert args.send_content is None
# Other fields still populate normally
@@ -184,8 +185,8 @@ class TestParseArgs:
_parse_args(["--send", "hi", "--api-key", "k"])
def test_bare_tui_mode_accepted(self) -> None:
"""bare_tui_mode (slice b2): no --send, no --session, no --new → valid;
_resolve_then_run drives the startup session picker (design-brief §4)."""
"""bare_tui_mode (slice b2): no --send, no --session, no --new → parses valid
(send_content=None); main() then returns a usage error (the TUI was removed)."""
args = _parse_args(["--api-key", "k"])
assert args.send_content is None
assert args.session_id is None
@@ -1414,29 +1415,22 @@ class TestMain:
# argparse prints help text to stdout
assert "ratatoskr" in capsys.readouterr().out
def test_no_send_dispatches_to_tui(self, monkeypatch: pytest.MonkeyPatch) -> None:
"""no_send_dispatches_to_tui: --send omitted → main calls run_tui, NOT _amain."""
from ratatoskr import tui as tui_mod
tui_calls: list[ParsedArgs] = []
def test_no_send_is_usage_error(
self, monkeypatch: pytest.MonkeyPatch, capsys: pytest.CaptureFixture[str]
) -> None:
"""no_send_is_usage_error: --send omitted → usage error (rc 10, the interactive
TUI was removed in v0.21.0), and _amain is NOT called."""
amain_calls: list[int] = []
def fake_run_tui(args: ParsedArgs) -> int:
tui_calls.append(args)
return 0
async def fake_amain(args: ParsedArgs) -> int:
amain_calls.append(1)
return 0
monkeypatch.setattr(tui_mod, "run_tui", fake_run_tui)
monkeypatch.setattr(cli_mod, "_amain", fake_amain)
rc = main(["--session", "s-1", "--api-key", "k"])
assert rc == 0
assert len(tui_calls) == 1
assert tui_calls[0].send_content is None
assert tui_calls[0].session_id == "s-1"
assert rc == 10
assert amain_calls == []
assert "TUI has been removed" in capsys.readouterr().err
class TestBifrostBindCli:
@@ -1692,7 +1686,18 @@ class TestTier2Probes:
)
assert rc == 0
assert "persona_state set" in capsys.readouterr().out
assert _json.loads(route.calls[0].request.content) == {"pad": [0.4, 0.1, -0.2]}
# canonical POST /sessions/{id}/persona_state body: named-key dict, NOT a list
assert _json.loads(route.calls[0].request.content) == {
"pad": {"pleasure": 0.4, "arousal": 0.1, "dominance": -0.2}
}
def test_set_persona_wrong_count(self) -> None:
"""set_persona_wrong_count [adversarial]: not exactly 3 floats → exit 10, no HTTP."""
rc = main(
["--set-persona-pad", "0.4,0.1", "--session", "s1",
"--api-key", "k", "--server", "https://w.example"]
)
assert rc == 10
class TestSeedFirstMessageProbe:
+155
View File
@@ -0,0 +1,155 @@
"""Tests for ratatoskr.first_message per docs/contracts/first_message.contract.md."""
import asyncio
import hashlib
import json
import httpx
import pytest
import respx
from ratatoskr.first_message import (
FIRST_MESSAGE_PRESETS,
preset_for,
seed_preset_first_message,
)
class TestPresetFor:
"""first_message contract — preset_for (dict lookup)."""
def test_preset_hit(self) -> None:
"""preset_hit [happy,tracer]: sindra has a non-empty str preset."""
val = preset_for("ratatoskr:sindra")
assert isinstance(val, str) and val
def test_preset_miss(self) -> None:
"""preset_miss [happy]: an agent with no preset → None."""
assert preset_for("mimir") is None
def test_empty_agent_id(self) -> None:
"""empty_agent_id [adversarial]: "" → AssertionError."""
with pytest.raises(AssertionError):
preset_for("")
class TestSeedPresetFirstMessage:
"""first_message contract — seed_preset_first_message (best-effort #347 seed)."""
@respx.mock
async def test_seeds_preset(self) -> None:
"""seeds_preset [happy,tracer]: preset agent → one history POST, correct body."""
content = FIRST_MESSAGE_PRESETS["ratatoskr:sindra"]
key = "ratatoskr-preset-" + hashlib.sha256(content.encode("utf-8")).hexdigest()[:12]
route = respx.post("https://w.example/sessions/s1/history").mock(
return_value=httpx.Response(
201,
json={
"author": "assistant",
"seq": 0,
"phase": "seeded",
"turn_id": "t1",
"session_id": "s1",
"content_chars": len(content),
"injected_at": "2026-07-06T00:00:00+00:00",
},
)
)
async with httpx.AsyncClient(base_url="https://w.example") as client:
result = await seed_preset_first_message(client, "s1", "ratatoskr:sindra")
assert result == content
assert route.call_count == 1 # POST-002: exactly one history POST
assert json.loads(route.calls[0].request.content) == {
"author": "assistant",
"content": content,
"idempotency_key": key,
}
@respx.mock
async def test_no_preset_zero_http(self) -> None:
"""no_preset_zero_http [happy]: no-preset agent → None, ZERO HTTP (INV-002)."""
route = respx.post("https://w.example/sessions/s1/history").mock(
return_value=httpx.Response(201, json={})
)
async with httpx.AsyncClient(base_url="https://w.example") as client:
result = await seed_preset_first_message(client, "s1", "mimir")
assert result is None
assert not route.called
@respx.mock
async def test_feature_absent_swallowed(self) -> None:
"""feature_absent_swallowed [error]: 404 hide-existence → None, no raise (INV-001)."""
respx.post("https://w.example/sessions/s1/history").mock(
return_value=httpx.Response(404, json={"error_code": "session_not_found"})
)
async with httpx.AsyncClient(base_url="https://w.example") as client:
result = await seed_preset_first_message(client, "s1", "ratatoskr:sindra")
assert result is None
@respx.mock
async def test_session_api_failed_swallowed(self) -> None:
"""session_api_failed_swallowed [error]: 409 → None, no raise (INV-001)."""
respx.post("https://w.example/sessions/s1/history").mock(
return_value=httpx.Response(409, json={"error_code": "generation_active"})
)
async with httpx.AsyncClient(base_url="https://w.example") as client:
result = await seed_preset_first_message(client, "s1", "ratatoskr:sindra")
assert result is None
@respx.mock
async def test_transport_error_swallowed(self) -> None:
"""transport_error_swallowed [error]: httpx.ConnectError → None, no raise (INV-001)."""
respx.post("https://w.example/sessions/s1/history").mock(
side_effect=httpx.ConnectError("boom")
)
async with httpx.AsyncClient(base_url="https://w.example") as client:
result = await seed_preset_first_message(client, "s1", "ratatoskr:sindra")
assert result is None
@respx.mock
async def test_unexpected_exception_swallowed(self) -> None:
"""unexpected_exception [error]: write raises ValueError → None (broad never-raise)."""
respx.post("https://w.example/sessions/s1/history").mock(
side_effect=ValueError("unexpected")
)
async with httpx.AsyncClient(base_url="https://w.example") as client:
result = await seed_preset_first_message(client, "s1", "ratatoskr:sindra")
assert result is None
async def test_cancellation_propagates(self) -> None:
"""cancellation_propagates [error]: CancelledError from the write is RE-RAISED."""
import ratatoskr.first_message as fm
async def _cancel(*_a: object, **_k: object) -> None:
raise asyncio.CancelledError
orig = fm.write_authored_history
fm.write_authored_history = _cancel # type: ignore[assignment]
try:
async with httpx.AsyncClient(base_url="https://w.example") as client:
with pytest.raises(asyncio.CancelledError):
await seed_preset_first_message(client, "s1", "ratatoskr:sindra")
finally:
fm.write_authored_history = orig # type: ignore[assignment]
@respx.mock
async def test_malformed_agent_id_no_http(self) -> None:
"""malformed_agent_id [adversarial]: non-str or empty agent_id → None; no HTTP; no raise."""
route = respx.post(url__regex=r".*/history$").mock(
return_value=httpx.Response(201, json={})
)
async with httpx.AsyncClient(base_url="https://w.example") as client:
assert await seed_preset_first_message(client, "s1", 123) is None # type: ignore[arg-type]
assert await seed_preset_first_message(client, "s1", "") is None
assert not route.called
@respx.mock
async def test_empty_session_id(self) -> None:
"""empty_session_id [adversarial]: "" → None (soft guard); no HTTP; no raise."""
route = respx.post("https://w.example/sessions/s1/history").mock(
return_value=httpx.Response(201, json={})
)
async with httpx.AsyncClient(base_url="https://w.example") as client:
result = await seed_preset_first_message(client, "", "ratatoskr:sindra")
assert result is None
assert not route.called
+1
View File
@@ -112,6 +112,7 @@ def test_builds_both_planes_and_read_route():
assert "/bifrost/memory-call" in paths
assert "/bifrost/affect-call" in paths
assert "/affect/state/{agent_id}" in paths
assert "/memory/chunks" in paths # memory-viewer debug read, shared helper
def test_handshake_grants_both_caps():
+307
View File
@@ -62,6 +62,15 @@ def test_fresh_db_advertises_v1_caps_and_schema():
assert caps["atomic_supersede_supported"] is False
assert caps["transaction_supported"] is False
assert caps["filterable_metadata_fields"] == []
# bifrost handshake_response SortableChunkField requires BOTH name + type
# (additionalProperties:false) — omitting `type` fails wire-schema validation and
# breaks the ENTIRE Bifrost bind (regression guard: the deploy-breaker of 2026-07-15).
scf = caps["sortable_chunk_fields"]
assert scf == [{"name": "updated_at", "type": "timestamp"}]
for entry in scf:
assert set(entry) == {"name", "type"} # required exactly, no extra keys
assert isinstance(entry["name"], str) and entry["name"]
assert isinstance(entry["type"], str) and entry["type"]
# tables + vec index queryable
store._conn.execute("SELECT * FROM memory_chunks")
store._conn.execute("SELECT * FROM memory_idempotency")
@@ -376,6 +385,182 @@ async def test_delete_absent_counts_zero():
assert await store.delete_many(["nope"]) == {"deleted": 0}
# --- scan (#349 person-prime: sorted, live-only, paginated) ---
async def test_scan_recency_returns_newest_live_chunks_desc():
# tracer: upsert 4 live chunks with distinct updated_at; scan limit=3 desc -> 3 newest
store = open_memory_store(":memory:", embedding_dim=EMBEDDING_DIM)
recs = [
_chunk(f"c{i}", scope={"end_user": "u1"}, updated_at=f"2026-07-15T00:0{i}:00+00:00")
for i in range(4)
]
await store.upsert_many(recs, idempotency_key="k1", ctx=_ctx())
out = await store.scan(
scope_all={"end_user": "u1"},
limit=3,
sort={"field": "updated_at", "direction": "desc"},
)
assert [r["id"] for r in out["records"]] == ["c3", "c2", "c1"] # 3 globally-newest, newest-first
assert "cursor" in out
async def test_scan_excludes_superseded_and_tombstoned():
# INV-009: dead chunks never returned, even if they're the newest.
store = open_memory_store(":memory:", embedding_dim=EMBEDDING_DIM)
recs = [
_chunk("live1", scope={"end_user": "u1"}, updated_at="2026-07-15T00:01:00+00:00"),
_chunk("dead1", scope={"end_user": "u1"}, updated_at="2026-07-15T00:09:00+00:00", lifecycle_state="superseded"),
_chunk("dead2", scope={"end_user": "u1"}, updated_at="2026-07-15T00:08:00+00:00", verbatim={"text": "x", "governance_state": "tombstoned"}),
]
await store.upsert_many(recs, idempotency_key="k", ctx=_ctx())
out = await store.scan(scope_all={"end_user": "u1"}, limit=10, sort={"field": "updated_at", "direction": "desc"})
assert [r["id"] for r in out["records"]] == ["live1"]
async def test_scan_scope_isolation_excludes_other_partition():
# INV-005 applies to scan.
store = open_memory_store(":memory:", embedding_dim=EMBEDDING_DIM)
recs = [
_chunk("a", scope={"end_user": "u1"}, updated_at="2026-07-15T00:01:00+00:00"),
_chunk("b", scope={"end_user": "u2"}, updated_at="2026-07-15T00:09:00+00:00"),
]
await store.upsert_many(recs, idempotency_key="k", ctx=_ctx())
out = await store.scan(scope_all={"end_user": "u1"}, limit=10, sort={"field": "updated_at", "direction": "desc"})
assert [r["id"] for r in out["records"]] == ["a"] # u2's newer chunk never surfaces
async def test_scan_unadvertised_sort_field_rejected():
# PRE-003: a sort field not in sortable_chunk_fields -> InvalidArguments (never silent unsorted).
store = open_memory_store(":memory:", embedding_dim=EMBEDDING_DIM)
with pytest.raises(InvalidArguments):
await store.scan(scope_all={"end_user": "u1"}, limit=3, sort={"field": "salience", "direction": "desc"})
async def test_scan_non_dict_sort_rejected():
# PRE-003: a truthy non-dict sort (caller-controlled) -> InvalidArguments, never AttributeError.
store = open_memory_store(":memory:", embedding_dim=EMBEDDING_DIM)
for bad in ("updated_at", ["updated_at"], 5):
with pytest.raises(InvalidArguments):
await store.scan(scope_all={"end_user": "u1"}, limit=3, sort=bad)
async def test_scan_records_carry_person_prime_filter_fields():
# The client _scan_filter_matches keys on agent_id + subject + worldtree_scope; a record
# missing any is silently dropped -> the scan record must carry them verbatim.
store = open_memory_store(":memory:", embedding_dim=EMBEDDING_DIM)
rec = _chunk(
"c1", scope={"end_user": "u1"}, updated_at="2026-07-15T00:01:00+00:00",
agent_id="ratatoskr:sindra", subject={"type": "end_user", "id": "u1"}, worldtree_scope="end_user",
)
await store.upsert_many([rec], idempotency_key="k", ctx=_ctx())
out = await store.scan(scope_all={"end_user": "u1"}, limit=3, sort={"field": "updated_at", "direction": "desc"})
r = out["records"][0]
assert r["agent_id"] == "ratatoskr:sindra"
assert r["subject"] == {"type": "end_user", "id": "u1"}
assert r["worldtree_scope"] == "end_user"
assert r["updated_at"] == "2026-07-15T00:01:00+00:00"
async def test_scan_global_order_across_pages_via_cursor():
# INV-010: the cursor page continues the GLOBAL order, never a page-local re-sort.
store = open_memory_store(":memory:", embedding_dim=EMBEDDING_DIM)
recs = [_chunk(f"c{i}", scope={"end_user": "u1"}, updated_at=f"2026-07-15T00:0{i}:00+00:00") for i in range(5)]
await store.upsert_many(recs, idempotency_key="k", ctx=_ctx())
p1 = await store.scan(scope_all={"end_user": "u1"}, limit=2, sort={"field": "updated_at", "direction": "desc"})
assert [r["id"] for r in p1["records"]] == ["c4", "c3"] # 2 globally-newest
assert p1["cursor"] is not None
p2 = await store.scan(scope_all={"end_user": "u1"}, limit=2, cursor=p1["cursor"], sort={"field": "updated_at", "direction": "desc"})
assert [r["id"] for r in p2["records"]] == ["c2", "c1"] # continues the global order
async def test_scan_parity_vs_reference_inmemory_store():
# #195: identical scan envelopes vs the bifrost reference InMemoryMemoryStore produce
# the SAME ordered chunk_ids + verbatim record shape. All chunks LIVE — our scan is
# live-only (INV-009) while the reference does NOT lifecycle-filter, so parity is only
# defined over the live set (the person-prime case). Both READ updated_at from the
# record (neither stamps it), so ordering is a pure function of the shared input.
from bifrost.consumer.testing import InMemoryMemoryStore
records = [
_chunk("z1", scope={"end_user": "u1"}, updated_at="2026-07-15T00:03:00+00:00"),
_chunk("a2", scope={"end_user": "u1"}, updated_at="2026-07-15T00:01:00+00:00"),
_chunk("a3", scope={"end_user": "u1"}, updated_at="2026-07-15T00:01:00+00:00"),
_chunk("m4", scope={"end_user": "u1"}), # no updated_at -> sorts LAST, both directions
]
scope_all = {"end_user": "u1"}
sort = {"field": "updated_at", "direction": "desc"}
ours = open_memory_store(":memory:", embedding_dim=EMBEDDING_DIM)
await ours.upsert_many(records, idempotency_key="k", ctx=_ctx())
ref = InMemoryMemoryStore()
await ref.upsert_many(records, idempotency_key="k", ctx=_ctx())
# identical scan envelope on both stores
out_ours = await ours.scan(scope_all=scope_all, limit=10, sort=sort)
out_ref = await ref.scan(scope_all=scope_all, limit=10, sort=sort)
# recency beats id (z1 first despite 'z' > 'a'); tie broken by id asc (a2 < a3);
# missing updated_at sorts last (m4).
expected = ["z1", "a2", "a3", "m4"]
assert [r["id"] for r in out_ref["records"]] == expected
assert [r["id"] for r in out_ours["records"]] == expected
assert out_ours["records"] == out_ref["records"] # verbatim record shape parity
# --- mark_superseded (#364 contradiction retirement) ---
async def test_mark_superseded_retires_from_scan():
# tracer: mark a chunk superseded -> scan (live-only) excludes it; record carries the flags.
store = open_memory_store(":memory:", embedding_dim=EMBEDDING_DIM)
recs = [_chunk(f"c{i}", scope={"end_user": "u1"}, updated_at=f"2026-07-15T00:0{i}:00+00:00") for i in range(3)]
await store.upsert_many(recs, idempotency_key="k", ctx=_ctx())
assert await store.mark_superseded(["c1"], superseded_by="c9") == {"marked": 1}
out = await store.scan(scope_all={"end_user": "u1"}, limit=10, sort={"field": "updated_at", "direction": "desc"})
assert [r["id"] for r in out["records"]] == ["c2", "c0"] # c1 excluded (superseded)
got = await store.get("c1")
assert got["superseded"] is True and got["superseded_by"] == "c9"
async def test_mark_superseded_non_destructive_get_still_returns():
# INV-011: retirement is non-destructive — get still returns a superseded chunk (recoverable).
store = open_memory_store(":memory:", embedding_dim=EMBEDDING_DIM)
await store.upsert_many([_chunk("c1", scope={"end_user": "u1"})], idempotency_key="k", ctx=_ctx())
await store.mark_superseded(["c1"], superseded_by="x")
got = await store.get("c1")
assert got is not None and got["superseded"] is True
async def test_mark_superseded_unknown_id_noop():
store = open_memory_store(":memory:", embedding_dim=EMBEDDING_DIM)
assert await store.mark_superseded(["nope"]) == {"marked": 0}
async def test_mark_superseded_writes_only_non_none_fields():
# PRE/POST: superseded_by=None -> only the `superseded` flag written, no superseded_by key.
store = open_memory_store(":memory:", embedding_dim=EMBEDDING_DIM)
await store.upsert_many([_chunk("c1", scope={"end_user": "u1"})], idempotency_key="k", ctx=_ctx())
await store.mark_superseded(["c1"], superseded_by=None)
got = await store.get("c1")
assert got["superseded"] is True
assert "superseded_by" not in got
async def test_mark_superseded_parity_vs_reference():
# #195: identical mark_superseded envelope vs InMemoryMemoryStore -> same top-level field shape.
from bifrost.consumer.testing import InMemoryMemoryStore
rec = _chunk("c1", scope={"end_user": "u1"})
ours = open_memory_store(":memory:", embedding_dim=EMBEDDING_DIM)
await ours.upsert_many([rec], idempotency_key="k", ctx=_ctx())
ref = InMemoryMemoryStore()
await ref.upsert_many([rec], idempotency_key="k", ctx=_ctx())
assert await ours.mark_superseded(["c1"], superseded_by="x", reason="r") == {"marked": 1}
assert await ref.mark_superseded(["c1"], superseded_by="x", reason="r") == {"marked": 1}
og, rg = await ours.get("c1"), await ref.get("c1")
for k in ("superseded", "superseded_by", "superseded_reason"):
assert og.get(k) == rg.get(k)
# --- build_memory_provider_app ---
def test_build_app_exposes_handshake_and_memory_routes():
@@ -510,3 +695,125 @@ async def test_parity_expected_revisions_vs_reference_through_dispatch():
assert await dispatch_memory_call(stale, wctx, ref) == await dispatch_memory_call(
stale, wctx, mine
)
# --- memory viewer DEBUG read route (GET /memory/chunks) ---------------------
# Non-bifrost debug read on OUR store: list_chunks + add_memory_read_route + the
# GET /memory/chunks route. Mirrors the affect D2 read-route tests.
from starlette.testclient import TestClient # noqa: E402
from ratatoskr.provider.memory_store import ( # noqa: E402
add_memory_read_route,
build_memory_provider_app as _build_mem_app, # noqa: F401 (re-import for clarity)
)
async def _seed_chunk(store, cid, *, scope, content=None, origin="worldtree"):
extra = {}
if content is not None:
extra["content"] = content
await store.upsert_many(
[_chunk(cid, embedding=_vec(1.0), scope=scope, origin=origin, **extra)],
idempotency_key="seed-" + cid,
ctx=_ctx(),
)
async def test_list_chunks_filters_strict_end_user_lenient_agent():
store = open_memory_store(":memory:", embedding_dim=EMBEDDING_DIM)
await _seed_chunk(store, "c1", scope={"end_user": "vuong", "agent_self": "ratatoskr:sindra"})
await _seed_chunk(store, "c2", scope={"end_user": "vuong"}) # no agent_self → lenient keep
await _seed_chunk(store, "c3", scope={"end_user": "other", "agent_self": "ratatoskr:sindra"})
await _seed_chunk(store, "c4", scope={"end_user": "vuong", "agent_self": "ratatoskr:other"})
got = store.list_chunks(agent_id="ratatoskr:sindra", end_user_id="vuong")
ids = sorted(c["chunk_id"] for c in got)
assert ids == ["c1", "c2"] # c3 wrong end_user, c4 different agent_self
# content·scope·origin·revision surfaced
c1 = next(c for c in got if c["chunk_id"] == "c1")
assert c1["content"] == "content-c1"
assert c1["scope"] == {"end_user": "vuong", "agent_self": "ratatoskr:sindra"}
assert c1["origin"] == "worldtree"
assert c1["revision"] == 1
async def test_list_chunks_no_agent_filter_returns_all_for_end_user():
store = open_memory_store(":memory:", embedding_dim=EMBEDDING_DIM)
await _seed_chunk(store, "c1", scope={"end_user": "vuong", "agent_self": "a"})
await _seed_chunk(store, "c2", scope={"end_user": "vuong", "agent_self": "b"})
await _seed_chunk(store, "c3", scope={"end_user": "nope"})
got = store.list_chunks(end_user_id="vuong")
assert sorted(c["chunk_id"] for c in got) == ["c1", "c2"]
def test_count_chunks_reports_total_unfiltered():
store = open_memory_store(":memory:", embedding_dim=EMBEDDING_DIM)
assert store.count_chunks() == 0
def _seed_row(store, cid, *, scope, content="x", origin="worldtree", revision=1):
"""Sync seed for the route tests (TestClient is sync): insert a chunk row directly.
The read route only reads memory_chunks, so the vec row is unnecessary here."""
import json as _j
rec = {"id": cid, "content": content, "scope": scope, "origin": origin}
store._conn.execute(
"INSERT INTO memory_chunks (chunk_id, record_json, revision, scope_json, origin) "
"VALUES (?, ?, ?, ?, ?)",
(cid, _j.dumps(rec), revision, _j.dumps(scope), origin),
)
store._conn.commit()
def test_memory_chunks_route_returns_matched_and_total():
store = open_memory_store(":memory:", embedding_dim=EMBEDDING_DIM)
_seed_row(store, "c1", scope={"end_user": "vuong", "agent_self": "ratatoskr:sindra"})
_seed_row(store, "c2", scope={"end_user": "other"})
app = build_memory_provider_app(store, heimdall_key=b"k")
client = TestClient(app)
r = client.get("/memory/chunks", params={"agent_id": "ratatoskr:sindra", "end_user_id": "vuong"})
assert r.status_code == 200
body = r.json()
assert body["count"] == 1
assert body["total"] == 2 # store has 2 chunks; only 1 matched the partition
assert body["chunks"][0]["chunk_id"] == "c1"
def test_memory_chunks_route_empty_match_is_200_empty_list():
# The 0-chunks state is a VISIBLE answer (not a 404): count 0, total shows the store.
store = open_memory_store(":memory:", embedding_dim=EMBEDDING_DIM)
app = build_memory_provider_app(store, heimdall_key=b"k")
r = TestClient(app).get("/memory/chunks", params={"end_user_id": "vuong"})
assert r.status_code == 200
body = r.json()
assert body == {"chunks": [], "count": 0, "total": 0}
def test_memory_chunks_route_missing_end_user_id_returns_400():
store = open_memory_store(":memory:", embedding_dim=EMBEDDING_DIM)
app = build_memory_provider_app(store, heimdall_key=b"k")
r = TestClient(app).get("/memory/chunks") # no end_user_id
assert r.status_code == 400
assert r.json()["error_code"] == "missing_end_user_id"
def test_build_memory_app_keeps_bifrost_routes_top_level():
# POST-002 parity with affect D2: add_memory_read_route uses add_route (not Mount),
# so /bifrost/* stay top-level and the op-feed path check still matches them.
store = open_memory_store(":memory:", embedding_dim=EMBEDDING_DIM)
app = build_memory_provider_app(store, heimdall_key=b"k")
paths = {getattr(r, "path", None) for r in app.routes}
assert "/bifrost/handshake" in paths
assert "/bifrost/memory-call" in paths
assert "/memory/chunks" in paths
def test_add_memory_read_route_is_shared_helper_on_bare_app():
# The helper mounts the route on any app (used by both build_memory_provider_app and
# the combined provider) — mirror of add_affect_read_route's shared-helper shape.
from starlette.applications import Starlette
store = open_memory_store(":memory:", embedding_dim=EMBEDDING_DIM)
app = Starlette()
add_memory_read_route(app, store)
r = TestClient(app).get("/memory/chunks", params={"end_user_id": "u"})
assert r.status_code == 200
assert r.json()["total"] == 0
+6 -2
View File
@@ -1182,9 +1182,13 @@ class TestSetPersonaState:
return_value=httpx.Response(204)
)
async with httpx.AsyncClient(base_url="https://w.example") as client:
result = await set_persona_state(client, "s1", {"pad": [0.4, 0.1, -0.2]})
result = await set_persona_state(
client, "s1", {"pad": {"pleasure": 0.4, "arousal": 0.1, "dominance": -0.2}}
)
assert result is None
assert _json.loads(route.calls[0].request.content) == {"pad": [0.4, 0.1, -0.2]}
assert _json.loads(route.calls[0].request.content) == {
"pad": {"pleasure": 0.4, "arousal": 0.1, "dominance": -0.2}
}
@respx.mock
async def test_non_204_raises(self) -> None:
+17 -17
View File
@@ -43,7 +43,7 @@ class TestDefineAgent:
client,
agent_name="wizard",
system_prompt="You are a wizard.",
model="qwen3.6-35-a3b",
role="qwen3.6-35-a3b",
)
assert isinstance(info, Tier3AgentInfo)
assert info.agent_id == "ratatoskr:wizard"
@@ -64,14 +64,14 @@ class TestDefineAgent:
client,
agent_name="wizard",
system_prompt="You are a wizard.",
model="qwen3.6-35-a3b",
role="qwen3.6-35-a3b",
)
body = _json.loads(route.calls[0].request.content)
# INV-001: exactly these three keys — no layer fields, no metadata.
assert body == {
"agent_name": "wizard",
"system_prompt": "You are a wizard.",
"model": "qwen3.6-35-a3b",
"role": "qwen3.6-35-a3b",
}
@respx.mock
@@ -90,7 +90,7 @@ class TestDefineAgent:
client,
agent_name="overflow",
system_prompt="x",
model="m",
role="m",
)
assert exc.value.retry_after == 0
@@ -105,7 +105,7 @@ class TestDefineAgent:
async with httpx.AsyncClient(base_url="https://w.example") as client:
with pytest.raises(Tier3UserIdUnsupported):
await define_agent(
client, agent_name="wizard", system_prompt="x", model="m"
client, agent_name="wizard", system_prompt="x", role="m"
)
@respx.mock
@@ -120,7 +120,7 @@ class TestDefineAgent:
async with httpx.AsyncClient(base_url="https://w.example") as client:
with pytest.raises(Tier3LayerDeferred) as exc:
await define_agent(
client, agent_name="wizard", system_prompt="x", model="m"
client, agent_name="wizard", system_prompt="x", role="m"
)
assert exc.value.field == "persona"
@@ -133,7 +133,7 @@ class TestDefineAgent:
async with httpx.AsyncClient(base_url="https://w.example") as client:
with pytest.raises(AssertionError):
await define_agent(
client, agent_name="Wizard", system_prompt="x", model="m"
client, agent_name="Wizard", system_prompt="x", role="m"
)
assert route.call_count == 0
@@ -146,7 +146,7 @@ class TestDefineAgent:
async with httpx.AsyncClient(base_url="https://w.example") as client:
with pytest.raises(AssertionError):
await define_agent(
client, agent_name="ab", system_prompt="x", model="m"
client, agent_name="ab", system_prompt="x", role="m"
)
assert route.call_count == 0
@@ -159,7 +159,7 @@ class TestDefineAgent:
async with httpx.AsyncClient(base_url="https://w.example") as client:
with pytest.raises(AssertionError):
await define_agent(
client, agent_name="wizard", system_prompt="", model="m"
client, agent_name="wizard", system_prompt="", role="m"
)
assert route.call_count == 0
@@ -172,7 +172,7 @@ class TestDefineAgent:
async with httpx.AsyncClient(base_url="https://w.example") as client:
with pytest.raises(SessionApiFailed) as exc:
await define_agent(
client, agent_name="wizard", system_prompt="x", model="m"
client, agent_name="wizard", system_prompt="x", role="m"
)
assert exc.value.status == 503
@@ -196,16 +196,16 @@ class TestPatchAgent:
client,
"ratatoskr:wizard",
system_prompt="new prompt",
model="different-model",
role="different-model",
)
body = _json.loads(route.calls[0].request.content)
assert body == {"system_prompt": "new prompt", "model": "different-model"}
assert body == {"system_prompt": "new prompt", "role": "different-model"}
assert info.system_prompt == "new prompt"
assert info.model == "different-model"
@respx.mock
async def test_happy_patch_single_field(self) -> None:
"""happy_patch_single_field: omit model → body has system_prompt only."""
"""happy_patch_single_field: omit role → body has system_prompt only."""
import json as _json
updated = {**_FULL_AGENT_RESP, "system_prompt": "only this"}
@@ -349,7 +349,7 @@ class TestCli:
"define",
"--name", "wizard",
"--system-prompt", "You are a wizard.",
"--model", "qwen3.6-35-a3b",
"--role", "qwen3.6-35-a3b",
])
out = capsys.readouterr()
assert rc == 0
@@ -429,7 +429,7 @@ class TestCli:
"define",
"--name", "wizard",
"--system-prompt", "x",
"--model", "m",
"--role", "m",
])
err = capsys.readouterr().err
assert rc == 11
@@ -449,7 +449,7 @@ class TestCli:
"define",
"--name", "wizard",
"--system-prompt", "x",
"--model", "m",
"--role", "m",
])
err = capsys.readouterr().err
assert rc == 20
@@ -473,7 +473,7 @@ class TestCli:
"define",
"--name", "wizard",
"--system-prompt", "x",
"--model", "m",
"--role", "m",
])
err = capsys.readouterr().err
assert rc == 20
-3439
View File
File diff suppressed because it is too large Load Diff
+157
View File
@@ -175,6 +175,62 @@ class TestCreateSessionEndpoint:
resp = TestClient(app).post("/api/sessions", json={})
assert resp.status_code == 400
@respx.mock
def test_preset_agent_auto_seeds_first_message(self) -> None:
"""#347: a preset agent gets its opening seeded on create; a non-preset agent does not."""
respx.post("https://w.example/sessions").mock(return_value=httpx.Response(201, json=_CREATE_OK))
hist = respx.post("https://w.example/sessions/s-1/history").mock(
return_value=httpx.Response(
201,
json={
"author": "assistant", "seq": 0, "phase": "seeded", "turn_id": "t1",
"session_id": "s-1", "content_chars": 1, "injected_at": "t",
},
)
)
from ratatoskr.web.server import create_app
app = create_app(_mock_client_factory())
client = TestClient(app)
# preset agent → the endpoint seeds a first-message
assert client.post("/api/sessions", json={"agent_id": "ratatoskr:sindra"}).status_code == 201
assert hist.call_count == 1
# non-preset agent → no seed (count unchanged)
assert client.post("/api/sessions", json={"agent_id": "mimir"}).status_code == 201
assert hist.call_count == 1
class TestSessionMessagesEndpoint:
"""GET /api/sessions/{id}/messages — proxy session history (renders the #347 seed)."""
@respx.mock
def test_happy_returns_history(self) -> None:
"""happy [tracer]: proxies GET /sessions/{id}/messages → 200 with the items verbatim."""
payload = {
"session_id": "s-1",
"items": [{"seq": 0, "role": "assistant", "content": "Hey there."}],
"next_cursor": None,
}
respx.get("https://w.example/sessions/s-1/messages").mock(
return_value=httpx.Response(200, json=payload)
)
from ratatoskr.web.server import create_app
app = create_app(_mock_client_factory())
resp = TestClient(app).get("/api/sessions/s-1/messages")
assert resp.status_code == 200
assert resp.json()["items"][0]["content"] == "Hey there."
@respx.mock
def test_non_200_status_preserved(self) -> None:
"""error: upstream 404 → status-preserving session_messages_unavailable envelope."""
respx.get("https://w.example/sessions/ghost/messages").mock(
return_value=httpx.Response(404, json={"error_code": "session_not_found"})
)
from ratatoskr.web.server import create_app
app = create_app(_mock_client_factory())
resp = TestClient(app).get("/api/sessions/ghost/messages")
assert resp.status_code == 404
assert resp.json()["error_code"] == "session_messages_unavailable"
_SNAPSHOT = {
"agent_id": "mimir",
@@ -625,6 +681,7 @@ class TestCreateAppShape:
"/", "/version", "/api/agents", "/api/sessions",
"/api/agents/{agent_id}/persona_state",
"/api/affect/{agent_id}",
"/api/memory/chunks",
# v0.19.2 debug-surface parity (create_app POST-002)
"/api/sessions/{session_id}/tools",
"/api/sessions/{session_id}/bifrost",
@@ -821,6 +878,10 @@ class TestWebBifrostBind:
route = respx.post("https://w.example/sessions").mock(
return_value=httpx.Response(201, json=_CREATE_OK)
)
# sindra is a preset agent → the endpoint now auto-seeds a #347 first-message.
respx.post("https://w.example/sessions/s-1/history").mock(
return_value=httpx.Response(201, json={})
)
app = create_app(
_mock_client_factory(),
bifrost_consumer_key="server-ck",
@@ -856,6 +917,10 @@ class TestWebBifrostBind:
route = respx.post("https://w.example/sessions").mock(
return_value=httpx.Response(201, json=_CREATE_OK)
)
# sindra is a preset agent → the endpoint now auto-seeds a #347 first-message.
respx.post("https://w.example/sessions/s-1/history").mock(
return_value=httpx.Response(201, json={})
)
app = create_app(
_mock_client_factory(),
bifrost_consumer_key="server-ck",
@@ -1203,3 +1268,95 @@ class TestAdminEventsEndpoint:
assert "event: stream_error" in body
assert "SseConnectFailed" in body
assert body.count("event: stream_error") == 1 # exactly one, then ends
class TestMemoryChunksEndpoint:
"""memory_chunks_endpoint FN — memory viewer: web proxy to the provider debug read.
Mirrors TestAffectStateEndpoint (the #18-D2 affect proxy shape)."""
@respx.mock
def test_happy_proxies_and_supplies_server_end_user_id(self) -> None:
"""tracer: GET /api/memory/chunks → proxies to the configured provider read URL,
supplying end_user_id SERVER-SIDE and forwarding the browser-named agent_id."""
from ratatoskr.web.server import create_app
payload = {
"chunks": [
{"chunk_id": "c1", "content": "the user's cat is Mochi",
"scope": {"end_user": "vuong", "agent_self": "ratatoskr:sindra"},
"origin": "worldtree", "revision": 1}
],
"count": 1,
"total": 1,
}
route = respx.get(url__regex=r"http://prov:8391/memory/chunks.*").mock(
return_value=httpx.Response(200, json=payload)
)
app = create_app(
_mock_client_factory(),
end_user_id="vuong",
memory_read_url="http://prov:8391",
)
resp = TestClient(app).get("/api/memory/chunks?agent_id=ratatoskr:sindra")
assert resp.status_code == 200
assert resp.json() == payload
assert route.calls.last.request.url.params["end_user_id"] == "vuong"
assert route.calls.last.request.url.params["agent_id"] == "ratatoskr:sindra"
@respx.mock
def test_browser_supplied_end_user_id_is_ignored(self) -> None:
"""The server's configured partition is used; a browser end_user_id is ignored."""
from ratatoskr.web.server import create_app
route = respx.get(url__regex=r"http://prov:8391/memory/chunks.*").mock(
return_value=httpx.Response(200, json={"chunks": [], "count": 0, "total": 0})
)
app = create_app(
_mock_client_factory(), end_user_id="vuong", memory_read_url="http://prov:8391"
)
TestClient(app).get("/api/memory/chunks?end_user_id=attacker&agent_id=a")
assert route.calls.last.request.url.params["end_user_id"] == "vuong"
def test_unconfigured_returns_400(self) -> None:
"""PRE-001: no memory_read_url → 400 memory_not_configured (no silent attempt)."""
from ratatoskr.web.server import create_app
app = create_app(_mock_client_factory(), end_user_id="vuong") # no memory_read_url
resp = TestClient(app).get("/api/memory/chunks?agent_id=a")
assert resp.status_code == 400
assert resp.json()["error_code"] == "memory_not_configured"
def test_no_end_user_configured_returns_400(self) -> None:
from ratatoskr.web.server import create_app
app = create_app(_mock_client_factory(), memory_read_url="http://prov:8391")
resp = TestClient(app).get("/api/memory/chunks?agent_id=a")
assert resp.status_code == 400
assert resp.json()["error_code"] == "memory_not_configured"
@respx.mock
def test_provider_unreachable_returns_502(self) -> None:
from ratatoskr.web.server import create_app
respx.get(url__regex=r"http://prov:8391/memory/chunks.*").mock(
side_effect=httpx.ConnectError("refused")
)
app = create_app(
_mock_client_factory(), end_user_id="vuong", memory_read_url="http://prov:8391"
)
resp = TestClient(app).get("/api/memory/chunks?agent_id=a")
assert resp.status_code == 502
assert resp.json()["error_code"] == "memory_provider_unreachable"
@respx.mock
def test_provider_400_passes_through(self) -> None:
from ratatoskr.web.server import create_app
respx.get(url__regex=r"http://prov:8391/memory/chunks.*").mock(
return_value=httpx.Response(400, json={"error_code": "missing_end_user_id"})
)
app = create_app(
_mock_client_factory(), end_user_id="vuong", memory_read_url="http://prov:8391"
)
resp = TestClient(app).get("/api/memory/chunks?agent_id=a")
assert resp.status_code == 400
Generated
+5 -743
View File
@@ -6,126 +6,6 @@ resolution-markers = [
"python_full_version < '3.15'",
]
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name = "aiohttp"
version = "3.13.5"
source = { registry = "https://pypi.org/simple" }
dependencies = [
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{ name = "aiosignal" },
{ name = "attrs" },
{ name = "frozenlist" },
{ name = "multidict" },
{ name = "propcache" },
{ name = "yarl" },
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version = "0.21.1"
source = { editable = "." }
dependencies = [
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{ name = "httpx-sse" },
{ name = "textual" },
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