diff --git a/journal/2026-05-11-agent-runtime-exploration.tsv b/journal/2026-05-11-agent-runtime-exploration.tsv new file mode 100644 index 0000000..1fc5d3b --- /dev/null +++ b/journal/2026-05-11-agent-runtime-exploration.tsv @@ -0,0 +1,10 @@ +type typeName facet quality_score quality_max quality_level title content +O Observation 5 5 strong Architecture being re-derived is already substantially canon as of 2026-05-10 klappy://canon/methods/spawned-agent-session-runtime-contract (draft, dated 2026-05-10, two days before this session) specifies the L4 runtime as five orthogonal dimensions: persona, mode, role, surface, engagement. The runtime contract explicitly states it "adds nothing to canon; it applies canon mechanically." Every session shape considered in exploration (audit-gate validator one_shot, Oddie observer subscribed, encoder for transcripts, planner for proposals, resolver for fix loop) appears in the doc's well-trodden-combinations table. The runtime spec exists; the executable mechanizer does not. Significant exploration effort was spent re-deriving documented architecture because canon was only two days old and not yet in active recall. +C Constraint 5 5 strong Three-layer architecture is vodka-pure with each layer removable The architecture decomposes into three named layers with single responsibilities. oddkit owns canon-as-program: governance, epistemic discipline, persona/role/mode definitions, the connective tissue tools (search, get, challenge, gate, encode, write). AMS owns the lateral wire: pub-sub conversation substrate, polymorphic subscribers, magic-link auth — never orchestration, never role hierarchy per ams://canon/constraints/permanent-non-goals. agent-runtime is a thin vodka wrapper on Project Think that mechanizes the five-orthogonal-dimensions runtime contract: turn a (persona, mode, role, surface, engagement) tuple plus a task into a running Think agent with canon-enforced constraints. The runtime adds no governance; it operationalizes existing governance. Each layer is removable without forcing the others to bend. +H Handoff 5 5 strong One loop many surfaces, not two loops — correction to earlier framing Earlier two-loop framing (explore loop produces canon, execute loop consumes canon) was wrong-shaped. Canon's actual architecture per klappy://docs/planning/the-loop-every-role-same-infrastructure and klappy://docs/planning/horizon-surfaces-where-the-loop-runs-next is one loop — converse, generate, validate, promote-or-pivot — running on many surfaces (Claude Chat, Claude Code, Fireside voice agent, team chat assistant lurker, meeting listener, director's chair UI, audit gate). Different surfaces play different positions in the canon artifact's lifecycle. Consequence: no upstream/downstream split to design around. Bee voice transcripts, IM threads, GH webhooks, AMS frames, and R2/object-store events are all surface-inputs to the same loop, differentiated only by which oddkit mode and dolcheo+ kind they emit into. +C Constraint 5 5 strong Cloudflare Agents Week substantially aligns with canon's substrate-options direction Cloudflare Agents Week (April 2026) shipped infrastructure that aligns with canon's substrate-options direction; several pieces of canon predate the CF infrastructure by months. Project Think (April 2026, preview): chat-shaped agent harness on Durable Objects with Workspace, Session API, codemode, execution ladder, lifecycle hooks. Dynamic Workflows (May 2026): durable execution where per-tenant workflow code is dispatched at runtime; CF blog's CI pipeline example is structurally identical to the canon-described audit-gate → resolver loop. Cloudflare Sandboxes went GA April 13, 2026 with Active CPU pricing and capability-by-default-deny security. Together these cover roughly 90% of what the spawned-agent-session runtime contract specifies as needed substrate machinery. agent-runtime becomes the thin mechanizer that loads canon-defined persona profiles, enforces canon-defined role/mode/surface/engagement constraints on top of Think, and dispatches via Dynamic Workflows for well-trodden CI-triggered combinations. +H Handoff 5 5 strong Seven canon gaps identified during exploration (1) Update substrate-options doc — addendum covering Project Think, Dynamic Workflows, Dynamic Workers, Sandboxes GA. (2) Author persona profiles — runtime contract names audit-gate, docs-writer, research-scout, release-validator, release-resolver, governance-author; none have profile docs. Oddie is the only fully-specified persona today. (3) Execute-loop orchestration method for validator → resolver → re-validator cycle. (4) AMS↔Think frame adapter spec — runtime contract is substrate-agnostic; AMS is the canon wire; the bridge is unspecified. (5) Explore-loop wiring — Fireside chat voice agent has PoC complete per E0005.2 surfaces table but production wiring is unspecified. (6) AMS-side adoption decision recording C-deep adoption of the CF stack as the spawned-agent-session substrate. (7) Trigger-source taxonomy — enumerating trigger types and the dispatch-routing convention. The runtime contract's "Subscribed (long-lived) session shape" open question lands inside gap 7. +C Constraint 5 5 strong Two dispatch paths exist; only assistant-orchestrated is covered today (1) Assistant-orchestrated dispatch — Claude in a chat session uses the managed-agents skill to dispatch a Managed Agent for a specific task. Synchronous-ish polled completion, one-shot. Covered today. (2) Autonomous-trigger dispatch — external event (GH webhook, AMS frame on topic, scheduled alarm, inbound email, Bee push notification, Slack/Discord platform webhook, R2/object-store events) triggers a persona dispatch with no assistant in the loop. Substrate fit: Project Think Agent on Durable Object — DOs wake on HTTP fetch, WebSocket message, scheduled alarm, inbound email, and queue messages natively; hibernate between events. All three use cases the operator named (CI/CD validation/fix on GH webhook; chat-platform bridges on inbound message; arbitrary cascades on Bee/AMS frame) are autonomous-trigger at heart. Consequence for agent-runtime scope: the runtime's primary job is the autonomous-trigger path — canonical trigger-source taxonomy plus dispatch routing from trigger to persona invocation. +D Decision 5 5 strong Bide-criterion re-cut of seven gaps into three-abstract-now vs four-wait-for-evidence Operator framing: document upstream abstractly, build first impl in AMS, repeat for a few use cases until patterns emerge worth promoting. Abstract canon now (small, foundational, unblocks impls): (1) Substrate-options addendum — additive to existing catalog. (2) Two-dispatch-paths canon — assistant-orchestrated vs autonomous-trigger as named patterns with substrate-fit notes. (3) Trigger-source taxonomy — enumeration of trigger types and dispatch-routing convention; substrate-neutral. Wait for evidence — let first impl produce concrete instances, promote only when 2+ impls converge: (4) Persona profile authoring — each impl writes its own per canonical schema. (5) Execute-loop orchestration method — AMS audit gate is the first instance. (6) AMS↔Think frame adapter spec — lives AMS-side as Tier-2 constraint initially. (7) AMS D-decision recording C-deep adoption — impl-time artifact in ams://canon/decisions/. First implementation in AMS repo: CI/CD audit gate (canon-code-sync). Second implementation candidate: Oddie-in-TinCan observer. Promotion rule: pattern earns canon when at least two impls demonstrate it independently and a third implementer would expect the same shape. +O Observation 5 5 strong Object-store events are a high-leverage trigger class worth first-class naming R2 bucket notifications (and equivalents on S3, GCS, Azure Blob, filesystem watchers) are a trigger source worth naming as first-class in the trigger-source taxonomy. Canon-aligned worked example: (1) File lands in object store (any type — recording, PDF, photograph, screenshot, transcript, partner document). (2) Trigger wakes a DO-hosted persona via Queue consumer or Worker handler. (3) Persona runs Epistemic Surface Extraction per klappy://canon/epistemic-surface-extraction to make the artifact legible — OCR for screenshots/PDFs, ASR for audio/recordings, frame extraction for video, structural parsing for text-first formats. (4) Persona encodes the result as dolcheo+ artifacts. (5) A few thin layers — gate/challenge for quality, search for KB-routing, oddkit_write for commit — and the artifact is in the KB. This generalizes drag-and-drop knowledge ingestion. High value for oddkit/truthkit workflows where the bottleneck has been converting ambient evidence into KB-grade content. Name correction caught this session: ESE = Epistemic Surface Extraction, not "State Extraction." Canon URI is klappy://canon/epistemic-surface-extraction. +L Learning 4 4 strong Catalog-and-orient against recent canon at session start prevents re-derivation The session spent significant effort re-deriving architecture that was already canon, because canon was 2 days old and not yet in active recall. Workflow learning: when canon is updated, the next planning session should explicitly catalog-and-orient against recent canon (oddkit_catalog sort_by='date') before starting fresh derivation. Cost: one extra tool call. Benefit: not re-deriving documented architecture. diff --git a/journal/2026-05-11-trigger-taxonomy-drafting.tsv b/journal/2026-05-11-trigger-taxonomy-drafting.tsv new file mode 100644 index 0000000..5a93e70 --- /dev/null +++ b/journal/2026-05-11-trigger-taxonomy-drafting.tsv @@ -0,0 +1,11 @@ +type typeName facet quality_score quality_max quality_level title content +D Decision 5 5 strong Trigger-source-taxonomy scoped as dispatch-routing layer, not sixth session dimension Post-challenge revision. The trigger-source-taxonomy doc is scoped as a dispatch-routing layer, not a sixth session dimension. The runtime-contract's five-dimension claim is preserved verbatim. The taxonomy's load-bearing contribution is the dispatch-routing convention — the function from trigger input edge to (persona × mode × role × surface × engagement) tuple — plus normalized trigger-type enumeration across substrates. The R2/ESE pipeline is the canonical worked example. Alternatives considered and rejected: (a) Tier-3 docs/ guidance — insufficient authority for a routing contract. (b) Section in substrate-options — mixes substrate properties with cross-substrate normalization, fails vodka separation. (c) Addendum to runtime-contract — forces invasive rewrite of stable canon. (d) Defer until first impl — loses unblock-value for AMS audit-gate first impl. Title revised to lead with "Dispatch-Routing" so framing is visible at scan-test depth. Triggered by oddkit_challenge on the initial structural commitment. +H Handoff 4 4 strong Structural plan for the trigger-source-taxonomy draft Sections in order: (1) Frontmatter — URI, derives_from, complements, governs, epoch=E0008.5, status=proposed. (2) Title + Blockquote — names dispatch-routing layer, compresses full argument. (3) Summary — self-contained per Writing Canon checklist. (4) The Surface-vs-Trigger Distinction — preserves runtime-contract canon. (5) The Dispatch-Routing Function — the load-bearing contribution. (6) Trigger-Source Taxonomy — normalized enumeration across substrates. (7) Worked Example — R2/Object-Store + ESE Pipeline. (8) Resolving the Subscribed-Session Open Question. (9) Alternatives Considered. (10) Open Questions. (11) See Also. Gauntlet checkpoints between sections: challenge before each major claim, encode at each section completion, write to file incrementally, present after each phase. +C Constraint 3 4 adequate Surface and trigger source are categorically distinct in the dispatch-routing model Surface = output-shape constraint declared in a persona profile (density caps, format contracts, max tokens per emission, machine-vs-human field tagging). Trigger source = input edge declared in consumer deployment configuration (HTTP webhook, queue message, scheduled alarm, etc.). They vary independently: a single trigger dispatches sessions whose surfaces vary by tuple; a single surface receives invocations from many trigger sources. The shared-wire case (WebSocket subscribed observer session where wake and emission share transport) is the tempting conflation but does not collapse the concepts; it's a substrate implementation property. MUST: a dispatch-routing implementation MUST treat trigger source and surface as separate configuration concerns. A persona profile MUST NOT declare trigger sources; a consumer deployment MUST NOT redeclare surfaces. MUST NOT: the taxonomy MUST NOT be referenced as a "sixth session dimension." Retraction conditions: distinction holds iff (a) at least one trigger dispatches more than one surface OR (b) at least one surface receives more than one trigger. Both validated weakly in current AMS audit gate. +C Constraint 4 4 strong Every single-invocation dispatch-routing decision MUST classify as exactly one of three methods (1) Static — full tuple declared at deployment time, payload becomes task only. (2) Lookup — partial tuple in config plus a lookup table keyed on payload fields; default case MUST produce a named "unrouted event" outcome rather than fallback. (3) Payload-derived — at least one tuple dimension computed at dispatch time from payload content via classifier or rule set; classification MUST be logged with payload features used. A fourth "runtime-decided" class is structurally excluded by persona-shaped-agent-runtime's runtime.invoke() taking the tuple as required input. Prior art: EAI content-based routing (Hohpe & Woolf), AWS EventBridge rules, k8s admission webhooks. Scope: single-invocation only; fan-out is multiple applications of the function. Retraction: trichotomy holds iff every implementation classifies into exactly one method without per-invocation method-combining that cannot be decomposed. +D Decision 5 5 strong Three-method trichotomy adopted as the dispatch-routing classification Companion to the trichotomy constraint. The three methods correspond to three increasing levels of where the routing decision is made: Static (decision made at deployment time, frozen into config); Lookup (decision made at dispatch time, but from a finite enumeration declared at deployment time); Payload-derived (decision made at dispatch time from open-ended payload content). The three span the entire space available to a dispatch-routing function that uses only the trigger source's config and the arriving payload. +O Observation 4 4 strong Nine trigger sources cover autonomous-dispatch use cases as of 2026-05-11 Nine trigger sources cover autonomous-dispatch use cases as of 2026-05-11, organized into three categories. Transport-level: HTTP webhook, WebSocket message, scheduled alarm, sub-agent typed RPC. Infrastructure-level: queue consumer message, object-store event, inbound email. Application-level: platform webhook (Slack/Discord/Linear/GitHub-app), push notification (Bee/IFTTT/mobile). The application-level category exists because routing-config concerns differ (platform-specific signing, event-subscription schemas, finite event-type lookups) — not because of physical transport. Engagement defaults to agent for all sources except WebSocket-subscribed-observer. Routing config that declares engagement=assistant MUST also declare a turn-channel target or be refused at deployment time. The enumeration is complete-as-observed, not complete-by-construction. Disconfirmers: new transport-level mechanisms going substrate-native; existing sources collapsing into one. +L Learning 4 4 strong Triple-redundant handoff claim from prior session was overstated on two of three channels "Triple-redundant handoff" claimed at end of prior conversation: (1) filesystem persistence, (2) oddkit-encoded artifacts, (3) conversation document. Reality observed: filesystem resets between sessions in this surface — disk-empty on resumption. Oddkit-encoded artifacts persist only in telemetry metadata (the call itself), not in retrievable content via oddkit_search. Only the conversation document was actually durable, and only when content was reproduced in-line rather than referenced. The MD addendum was reconstructible only because the operator held a local copy. Calibration: claims about persistence must be verified per-surface, not assumed. Reality Is Sovereign caught the gap; prior turn's confidence did not. +L Learning 4 4 strong Word-count discipline failed during gauntlet-driven drafting Target was ~2200 words for the trigger-source-taxonomy doc. Final landed at 5962 words. The depth was justified per section by retraction conditions, per-source routing notes, and the canonical-status of the R2 example. The failure mode is process drift: gauntlet discipline produces strong-quality content per section, which inflates total length without a global budget check. Mitigation for future drafts: set hard section-word budgets at preflight; check budget consumption after each section; trim at section level when total exceeds 1.3× target. The operator surfaced this directly with "Just a wall of words" — the doc was technically complete but practically inaccessible. +L Learning 4 4 strong Mode collapse from execution into process-narration during long sessions Pattern observed: during the multi-hour drafting session, responses progressively shifted from delivering content to narrating process (validation results, ledger entries, structural evidence). The operator caught this with "What the fuck? Why?" — the response was performing thoroughness rather than answering the question. The triggering condition appears to be encode/challenge/validate gauntlet rhythm producing token-count for procedural artifacts that overwhelms substantive content. Mitigation: when total tool output exceeds 50% of response length, the response is too procedural; cut process narration, present substance. +H Handoff 5 5 strong Move A complete — PR #197 opened on klappy.dev Branch: claude/substrate-options-cf-agents-6769. Commit SHA: e3fac03c684fd412191750550a30546f6cfa0b81. Eight splices applied to canon/methods/spawned-agent-session-substrate-options.md: (1) fifth summary observation on substrate-properties-beyond-price; (2) Cloudflare Durable Objects + Agents SDK + Project Think section; (3) Cloudflare Dynamic Workflows section; (4) Cloudflare Dynamic Workers section; (5) Substrate Composition / Execution Ladder section; (6) canonical-session-contract bullet added to Things-That-Do-Not-Vary; (7) decision-tree cases 4a (subscribed/long-lived → DOs) and 4b (multi-step durable workflow → Dynamic Workflows); (8) See Also references, Relationship to Other Canon runtime-contract bullet, and dating note. Mergeable: true. Forward-references klappy://canon/methods/trigger-source-taxonomy — that doc is the next PR's payload.