CommiTea now recommends its own next unit of work from the live backlog.
- @commitea/core: `schedule()` — dependency topo-sort with priority +
estimate tie-breaks, single serial capacity, cycle detection, and
critical-path marking; `selectFocus()` takes the top three. Pure,
deterministic; the LLM does none of this. +11 tests (39 in core).
Client gains `getIssueDependencies`.
- main: reconcile also fetches native issue dependencies for the open
scope and returns edges.
- renderer: `scheduleFocus()` maps real issues+deps→Now/Next/Later;
Focus renders scheduler output (fixture fallback when unconfigured).
v0 scope (each a later slice): single serial worker (per-person
capacity #8), point durations (Monte Carlo cone #10), estimate-only
(calibration #5). Verified: 14 e2e green (fixtures) + gated live spec —
the board shows the real 25 open + 9 closed, and Focus picks #2
ChangeSource (critical path) as Now. Screenshots confirmed.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
The app now displays its own live backlog instead of fixtures. First
end of the sync loop — the tap-root (#1) grows list reads and a read
path through the Electron main process.
- @commitea/core: client gains `listIssues` (paginated, PRs excluded)
and `listMilestones`; a `lifecycle-v0` mapper (closed→done,
labelled/milestoned→triage, bare→diagnosis — steeping/review await
event inference in P1-5). +10 unit tests.
- main: gitea bridge over IPC (token stays in main, never the renderer);
config from env / .env.local; gated off under COMMITEA_E2E so the
committed e2e stays on fixtures. Preload exposes the typed bridge.
- renderer: useBacklog() reconciles once on mount; issuesToBoardColumns
shapes real issues into The pot. Board takes optional real columns +
a loading state, falling back to demo fixtures when unconfigured.
Verified: 14 e2e green (fixture mode) + a gated live spec that launches
against the real repo — the board renders the actual 25 open + 9 closed
issues (screenshot). SQLite mirror + reconcile-on-a-timer + lifecycle
event inference are the next slices (#2/#3/#5).
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
