yoi/.yoi/tickets/00001KVMFFYVX/thread.md

9.2 KiB

作成

LocalTicketBackend によって作成されました。


Intake summary

Marked ready by yoi ticket state.


State changed

Marked ready by yoi ticket state.


State changed

Ticket を workspace-panel が queued にしました。


Decision

Routing decision: implementation_ready

Reason:

  • Ticket body は Workspace web control plane の bootstrap slice として backend crate、store abstraction + SQLite、static SPA skeleton、initial read API、static serving、packaging/Nix hygiene、validation criteria まで具体化されている。
  • Objective 00001KVJPT2PP は Web frontend を primary team UI とし、control plane / runner architecture を段階実装する背景として整合している。
  • Relations / orchestration plan に blocker はない。
  • Current queued Ticket はこの Ticket のみ。
  • Orchestrator worktree は clean on orchestration at 5fa0846d で、対象 Ticket 用 worktree / branch は未作成。
  • Visible Pods に対象 Ticket の child Pod は存在しない。

Evidence checked:

  • Ticket body / thread via direct read。
  • Objective 00001KVJPT2PP via direct read。
  • TicketRelationQuery(00001KVMFFYVX): no relations / blockers。
  • TicketOrchestrationPlanQuery(00001KVMFFYVX): no records。
  • TicketList(state=queued): queued Ticket はこの Ticket のみ。
  • ListPods: current visible Pods に対象 Ticket の coder/reviewer はない。
  • Orchestrator git state / worktree list / branch list checked from /home/hare/Projects/yoi/.worktree/orchestration only。
  • Bounded code map:
    • Cargo.toml workspace members exist under crates/*
    • Existing project-record / Objective CLI code is in crates/yoi/src/objective_cli.rs and Ticket CLI code in crates/yoi/src/ticket_cli.rs
    • No existing frontend package/root was found in active source; frontend skeleton location is an implementation decision。
    • Dependency search found no current web backend crate; adding one is expected。

IntentPacket:

Intent:

  • Bootstrap a local single-workspace Workspace web control plane that can serve a static SPA and bounded read APIs while preserving existing .yoi Ticket / Objective workflows as canonical project records。
  • Establish architecture seams for future multi-workspace hosted control plane, runner connections, event streams, and store implementations without implementing hosted SaaS or runner scheduling in this Ticket。

Binding decisions / invariants:

  • Product CLI ownership remains in yoi crate; new backend crate must not become the product CLI façade。
  • Initial server is single-workspace and local/dev oriented, but internal API/state models should carry workspace_id or equivalent to avoid blocking multi-workspace later。
  • Store layer has an explicit trait/interface boundary; SQLite is the initial implementation, not an authority leak through frontend or handlers。
  • SQLite setup should include server-appropriate basics: WAL, foreign keys, busy timeout, and minimal schema versioning/migration mechanism。
  • Existing .yoi/tickets and .yoi/objectives local record workflow remains canonical and must not be migrated or broken in this Ticket。
  • Frontend is static SPA skeleton, not SSR authority and not a place for lifecycle/business authority。
  • Rust backend must separate /api/... from SPA fallback/static serving。
  • Auth can be explicit local-only/dev-token placeholder, but must not imply production SaaS auth is solved。
  • No write API, runner dispatch, billing/quota, memory migration, or hosted multi-tenant operations in this Ticket。
  • Packaging/Nix/repository hygiene must remain valid; generated build artifacts should not be checked in unless explicitly justified。

Requirements / acceptance criteria:

  • Add a workspace control plane backend Rust crate to Cargo workspace。
  • Provide HTTP API + static SPA serving surfaces and future extension points for event stream / runner connection。
  • Add store abstraction plus initial SQLite implementation with migration/versioning。
  • Add bounded initial read APIs at least for workspace, tickets, and objectives; candidate additional empty/skeleton endpoints for runs/runners are allowed if clean。
  • Add SvelteKit static SPA skeleton in monorepo and document/encode package manager + lockfile + build artifact handling。
  • Backend can serve built static assets and use SPA routing fallback separately from /api/...
  • Existing local .yoi Ticket / Objective record workflow remains working。
  • Validation before completion includes cargo fmt --check, relevant cargo test / cargo check, frontend check/build, git diff --check, yoi ticket doctor, yoi objective doctor, and nix build .#yoi --no-link

Implementation latitude:

  • Crate names and paths may be chosen by Coder, with preference for clear names such as workspace-server / workspace / control-plane and avoiding ambiguity with runtime workspace root semantics。
  • Static asset embedding/serving may be implemented as fallback directory serving, optional embedded assets, or a documented dev/static-dir path if the initial bootstrap remains runnable and package-safe。
  • SQLite crate choice may follow current project style/dependency constraints; dependency/package hash updates must be handled if new dependencies are added。
  • Frontend package manager may be npm/pnpm/etc. if lockfile and Nix/package handling are explicit and reproducible enough for this bootstrap。
  • API JSON schemas can be minimal and bounded; do not overbuild mutation or runner dispatch。
  • Add focused tests around store migration, .yoi record read bridge, handler/API shape, and static/API route separation.

Escalate if:

  • Adding frontend build tooling cannot be reconciled with Nix/package build in this slice。
  • SQLite dependency/package updates create unresolved Nix cargo hash/source-filter failures。
  • Serving built SPA assets would require checking in generated artifacts without agreement。
  • .yoi Ticket/Objective canonical record compatibility becomes ambiguous or requires migration。
  • Implementing this bootstrap forces public auth/hosted SaaS decisions beyond local/dev mode。
  • The change grows into write API / runner dispatch / scheduler design rather than bootstrap/read-heavy surface。

Validation plan for Coder and Reviewer:

  • Rust: cargo fmt --check, focused tests for new crate / yoi integration, cargo check for affected crates and workspace-facing binary。
  • Frontend: install/check/build command appropriate to chosen package manager, with lockfile committed if needed。
  • Repository/package: git diff --check, yoi ticket doctor, yoi objective doctor, nix build .#yoi --no-link if dependency/package/source-filter/frontend handling changed。
  • Smoke: start or exercise server routes in a test/noninteractive way for /api/workspace, /api/tickets, /api/objectives, and static/SPA fallback。

Critical risks / reviewer focus:

  • Keep authority in Rust backend/store, not frontend。
  • Ensure /api/... routes do not fall through to SPA fallback incorrectly。
  • Ensure local .yoi records remain canonical and existing CLI doctor workflows still pass。
  • Ensure SQLite migrations are deterministic and not tied to process cwd accidentally。
  • Ensure frontend package files and generated artifacts do not pollute package/Nix builds。
  • Ensure new dependencies and Nix cargo hash/source filtering are updated consistently。

State changed

Human authorized queue routing from Workspace Dashboard. Ticket has concrete acceptance criteria and no recorded blockers, so Orchestrator accepts implementation and will create a child implementation worktree before spawning sibling Coder/Reviewer roles.


Implementation report

Implementation start report:

  • Created child implementation worktree:
    • /home/hare/Projects/yoi/.worktree/00001KVMFFYVX-workspace-web-control-plane
  • Created branch:
    • impl/00001KVMFFYVX-workspace-web-control-plane
  • Base commit:
    • 1d27f6c9 ticket: accept workspace web control plane
  • Confirmed tracked Ticket project records are visible in the child worktree。
  • Confirmed .yoi/memory has no tracked/untracked entries in the child worktree check。
  • Spawned sibling Coder Pod:
    • yoi-coder-00001KVMFFYVX
  • Coder scope:
    • read: /home/hare/Projects/yoi
    • write: /home/hare/Projects/yoi/.worktree/00001KVMFFYVX-workspace-web-control-plane

Next action:

  • Wait for Coder implementation report, then spawn Reviewer read-only for the implementation diff. Orchestrator will not merge/close until reviewer approval and validation evidence are available。