Metadata
| Status | done |
|---|---|
| Assigned | agent-805 |
| Created | 2026-07-25T13:33:06.603816463+00:00 |
| Started | 2026-07-25T20:48:42.809322605+00:00 |
| Completed | 2026-07-25T21:00:40.908088806+00:00 |
| Tags | synthesis, roadmap, planning |
| Tokens | 3158759 in / 35122 out |
Description
Objective
Fan-in synthesis of the four sibling study design docs into ONE unified roadmap, then AUTONOMOUSLY decompose that roadmap into concrete implementation tasks and spawn them into the graph (create + publish), with correct dependencies. This task is the keystone planner — once the four studies are done, it runs without human intervention and stands up the implementation sub-graph.
Inputs (read all four)
- docs/studies/supervisor-hard-agent-design.md (long-lived supervisor hard-agent)
- docs/studies/ratelimit-cost-telemetry-design.md (rate-limit/cost detection from parsed pi output + OpenRouter surface)
- docs/studies/adaptive-parallelism-budget-design.md (max_agents / cost-time budget controller)
- docs/studies/wg-npm-distribution-design.md (cross-compile + npm distribution)
Step 1 — Synthesize the roadmap
Produce docs/studies/roadmap-rate-limit-and-distribution.md covering:
- Cross-cutting themes and shared substrate across the four designs (e.g. the telemetry failure-signal is consumed by BOTH the supervisor and the parallelism controller — call out shared seams so they are built once).
- Dependency-ordered build sequence with rationale: what unblocks what (telemetry/detection likely precedes the supervisor and the controller; the supervisor and controller share the max_agents authority fix; npm distribution is independent and can run in parallel).
- Prioritization (what to build first for the most leverage), risk register, and explicit sequencing of the max_agents authority/reload-override fix (a shared prerequisite).
- Clear mapping: each roadmap item → which study it came from.
Step 2 — Decompose into implementation tasks
Turn the roadmap into concrete, well-scoped implementation tasks. Each MUST have:
- A clear objective and a
## Validationsection with concrete checks (tests, files, behaviors). - Correct
--afterdependencies (on this synthesis task and/or on each other) so the sub-graph is buildable in order. - Tags appropriate to the work.
- NO per-task model pin (let them route through the active zai profile/dispatcher — do not hard-pin models).
Step 3 — Spawn them autonomously (no human intervention)
For each implementation task: wg add "<title>" --independent --after <deps> -d "<description w/ ## Validation>" -t <tags> then wg publish <id> --only so the coordinator dispatches it on zai. Respect the max_child_tasks_per_agent guardrail (currently 10); if the roadmap needs more implementation tasks than the limit allows, create a follow-on planner task that continues the decomposition rather than silently dropping work.
Step 4 — Record what you did
Append a log entry on THIS task (wg log) summarizing: the roadmap path, the spawned implementation task IDs + one-line purpose each, and the dependency wiring. Also note anything the studies left unresolved or risky.
Constraints
- Stay on the active zai profile — do not pin tasks to other models.
- Do not create duplicate or overlapping implementation tasks; reconcile overlaps across the four studies into single tasks where they share substrate.
- Keep each implementation task independently validatable (a reviewer/evaluator can check it on its own).
- If any of the four input design docs is missing or clearly incomplete, still synthesize from what exists and flag the gap in the roadmap + log (do not block).
Deliverable
- docs/studies/roadmap-rate-limit-and-distribution.md
- The spawned implementation sub-graph (tasks created + published).
Validation
- Roadmap doc committed at docs/studies/roadmap-rate-limit-and-distribution.md
- Roadmap covers all four studies, sequences them, identifies shared substrate + ordering rationale, and includes a risk register
-
Implementation tasks spawned via wg add + wg publish --only, each with a
## Validationsection and correct --after dependencies - No per-task model pins (all route through the active zai profile)
- No duplicate/overlapping impl tasks; respects max_child_tasks_per_agent (spawns a follow-on planner if more are needed)
- Summary log entry on this task listing spawned task IDs + purpose + dependency wiring
Depends on
Required by
Log
- 2026-07-25T13:33:06.591710370+00:00 Task paused
- 2026-07-25T13:34:00.800869902+00:00 Task published
- 2026-07-25T20:48:45.796317261+00:00 Spawned by coordinator --executor pi --model zai:glm-5.2 --isolation required-worktree
- 2026-07-25T20:48:58.154074027+00:00 Starting synthesis: reading 4 study design docs to build unified roadmap + spawn implementation sub-graph
- 2026-07-25T20:54:14.709218889+00:00 Roadmap written: docs/studies/roadmap-rate-limit-and-distribution.md (9 sections: 4-study map, shared substrate, dependency DAG w/ rationale, 7-task decomposition, prioritization, 10-item risk register, deferred items). Next: spawn 7 impl tasks (T1-T7) with --after DAG, publish each --only.
- 2026-07-25T20:58:23.567085951+00:00 Committed: ec2e68f3 — pushed to origin/wg/agent-805/synthesis-roadmap-from
- 2026-07-25T20:58:23.594128367+00:00 SYNTHESIS COMPLETE. Roadmap: docs/studies/roadmap-rate-limit-and-distribution.md (378 lines, 9 sections). Spawned 7 impl tasks (all published --only, route via active zai profile, NO model pins): DAEMON TRACK (serial on src/commands/service/mod.rs + src/config.rs): T1 impl-maxagents-authority-fix (after synthesis) — fix the 4-source max_agents authority bug so a runtime override survives a flagless reload; SHARED PREREQUISITE for the controller. ~15 lines. T2 impl-rate-limit-telemetry (after T1) — SHARED SUBSTRATE: FailureReason/FailureSignal + close the pi-handler gap (pi error events dropped -> AgentExitNonzero) + rolling telemetry window .wg/service/provider-telemetry.jsonl + ProviderHealth.cooled_until_ms. Consumed by BOTH T3 and T4. T3 impl-supervisor-hard-agent (after T2) — long-lived 180s-tick supervisor; 8 dumb-failure classes C1-C8; per-task memory + sidecar journal; loop-prevention (per-task cap/min-interval/per-pass cap); ships Stage 0/1 (observer+dry-run default). T4 impl-adaptive-parallelism-controller (after T3) — additive-up/subtractive-down on the rate signal -> max_agents; cost/time budget model; floor/ceiling/cooldown/kill-switches; writes CoordinatorState.runtime_max_agents (relies on T1). Spark+budget in one cohesive unit. T5 impl-supervisor-controller-composition (after T3+T4) — INTEGRATOR: one-way composition contract (supervisor reads controller state to politely delay; controller discounts dumb-failures) + rate-burst smoke scenario in tests/smoke. RELEASE TRACK (independent, parallel to the whole daemon track): T6 impl-binary-signing-notarization (after synthesis) — macOS Developer ID+notarytool+stapler + Windows Authenticode/Azure Trusted Signing in release.yml BEFORE archiving. Closes the 2 real gaps (unsigned macOS -> Gatekeeper; unsigned .exe -> SmartScreen). NEEDS CERTS (Apple Dev ID p12; Azure Trusted Signing or EV/OV) — if absent, skip-with-banner. T7 impl-npm-publish-distribution (after T6) — Shape A per-platform optionalDependencies: new npm-publish CI job repackages the attested GitHub-Release binaries into 6 packages (@wg/cli driver + 5 platforms) + driver shim + embedded release-manifest.json + --provenance. Both T6/T7 edit release.yml -> serial. DEPENDENCY WIRING (verified via wg show --json): T1<-synth; T2<-synth,T1; T3<-synth,T2; T4<-synth,T3; T5<-synth,T3,T4; T6<-synth; T7<-synth,T6. Daemon track serial by design (shared mod.rs/config.rs/commands/mod.rs); release track provides genuine parallelism. 7 tasks <= max_child_tasks_per_agent(10), no follow-on planner needed. UNRESOLVED/RISKY (flagged in roadmap §6-§7): (a) npm scope @wg vs @graphwork must be resolved before first publish — T7 fails loud on 403; (b) signing certs are an org/account action — T6 ships skip-with-banner if absent; (c) supervisor live-mutation promotion Stage 2->3 is a follow-on operator decision (this ships Stage 0/1); (d) multi-project shared-key RPM coordination deferred (controller uses per-project configured fraction); (e) glibc 2.35 floor documented, musl/older-base deferred; (f) the C3 crash-recognition heuristic (3 identical signatures) is a best-effort heuristic, deferred refinement.
- 2026-07-25T20:58:43.184471391+00:00 Task pending eval (agent reported done; awaiting `.evaluate-*` to score)
- 2026-07-25T21:00:40.908090066+00:00 Consumed durable verdict verdict-evalp-790a35c8453aaad11e2145c8-evaluate-5d9d408583ac6d08 exactly once: score=0.90, outcome=done