Merge main into offline-write-queue: resolve index.ts, fix stale standup assertion

- index.ts: keep both cache (#3) and queue (#33) exports
- agent.test.ts: #28 landed the standup impl but left agent.test.ts asserting
  standup is notImplemented (its real test moved to query-project.test.ts);
  retarget the unbuilt-view assertion to milestone/runway, which are still stubs

Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>

packages/core/src/agent/agent.test.ts

@@ -276,6 +276,7 @@ describe('buildProjectView', () => {
   })
 
   it('unbuilt views return a notImplemented marker, not fabricated data', () => {
-    expect(buildProjectView('standup', undefined, snap, asOf)).toEqual({ notImplemented: 'standup' })
+    expect(buildProjectView('milestone', undefined, snap, asOf)).toEqual({ notImplemented: 'milestone' })
+    expect(buildProjectView('runway', undefined, snap, asOf)).toEqual({ notImplemented: 'runway' })
   })
 })

packages/core/src/index.ts

@@ -25,6 +25,8 @@ export type {
 
 export { CACHE_SCHEMA, initCache, readIssue, upsertIssue } from './cache/cache-v0.js'
 export type { CacheDriver } from './cache/cache-v0.js'
+export { affectedIssues, coalesceKey, enqueueWrite, pendingWrites, replayQueue } from './queue/write-queue-v0.js'
+export type { QueuedWrite } from './queue/write-queue-v0.js'
 export { describeChange, isLabelChange, planIssueChange, proposalsFor, summarizeChange } from './changes/apply-changes-v0.js'
 export type {
   ChangeProposal,

packages/core/src/queue/write-queue-v0.test.ts

@@ -0,0 +1,67 @@
+import { describe, expect, it, vi } from 'vitest'
+
+import type { IssueChange } from '../changes/apply-changes-v0.js'
+import { affectedIssues, coalesceKey, enqueueWrite, pendingWrites, replayQueue, type QueuedWrite } from './write-queue-v0.js'
+
+const reest = (issue: number, estimate: string): IssueChange =>
+  ({ kind: 'reestimate', issue, estimate }) as IssueChange
+const assign = (issue: number, assignee: string | null): IssueChange => ({ kind: 'assign', issue, assignee })
+
+describe('write-queue-v0 (#33)', () => {
+  it('coalesces repeat writes to the same (issue, axis) — replay applies the latest once', () => {
+    let q: QueuedWrite[] = []
+    q = enqueueWrite(q, reest(7, 'est/2d'), '2026-02-10T09:00:00Z')
+    q = enqueueWrite(q, reest(7, 'est/5d'), '2026-02-10T09:05:00Z') // supersedes est/2d
+    q = enqueueWrite(q, assign(7, 'christian'), '2026-02-10T09:06:00Z') // different axis — kept
+
+    expect(q).toHaveLength(2)
+    const pending = pendingWrites(q)
+    expect(pending).toEqual([
+      { kind: 'reestimate', issue: 7, estimate: 'est/5d' },
+      { kind: 'assign', issue: 7, assignee: 'christian' },
+    ])
+    expect(coalesceKey(reest(7, 'est/2d'))).toBe('7:reestimate')
+  })
+
+  it('keeps writes to different issues and axes distinct', () => {
+    let q: QueuedWrite[] = []
+    q = enqueueWrite(q, reest(7, 'est/2d'), 't1')
+    q = enqueueWrite(q, reest(8, 'est/3d'), 't2')
+    q = enqueueWrite(q, assign(8, null), 't3')
+    expect(q).toHaveLength(3)
+    expect(affectedIssues(q)).toEqual([7, 8])
+  })
+
+  it('a burst of edits then reconnect lands the final state without duplicating', async () => {
+    let q: QueuedWrite[] = []
+    // offline: three edits to #7's estimate, one assign
+    q = enqueueWrite(q, reest(7, 'est/1d'), 't1')
+    q = enqueueWrite(q, reest(7, 'est/2d'), 't2')
+    q = enqueueWrite(q, reest(7, 'est/8d'), 't3')
+    q = enqueueWrite(q, assign(7, 'stephen'), 't4')
+
+    const apply = vi.fn(async () => ({ ok: true }))
+    const { drained, remaining } = await replayQueue(q, apply)
+
+    // only the final estimate + the assign are applied — not three estimate writes
+    expect(apply).toHaveBeenCalledTimes(2)
+    expect(apply).toHaveBeenNthCalledWith(1, { kind: 'reestimate', issue: 7, estimate: 'est/8d' })
+    expect(apply).toHaveBeenNthCalledWith(2, { kind: 'assign', issue: 7, assignee: 'stephen' })
+    expect(remaining).toHaveLength(0)
+    expect(drained).toHaveLength(2)
+  })
+
+  it('keeps writes that still fail on reconnect queued (never throws)', async () => {
+    let q: QueuedWrite[] = []
+    q = enqueueWrite(q, reest(7, 'est/2d'), 't1')
+    q = enqueueWrite(q, reest(8, 'est/3d'), 't2')
+    // #7 applies, #8 rejects (still unreachable) — and one apply throws
+    const apply = vi.fn(async (c: IssueChange) => {
+      if (c.issue === 8) throw new Error('offline')
+      return { ok: true }
+    })
+    const { drained, remaining } = await replayQueue(q, apply)
+    expect(drained.map((w) => w.change.issue)).toEqual([7])
+    expect(remaining.map((w) => w.change.issue)).toEqual([8])
+  })
+})

packages/core/src/queue/write-queue-v0.ts

@@ -0,0 +1,71 @@
+/**
+ * Offline write-queue, v0 (#33). While gitea is unreachable, propose-approved
+ * writes are queued instead of lost; on reconnect they replay in order and
+ * resolve against a fresh reconcile. The one hard requirement is *no duplication*:
+ * replaying must not apply the same intent twice.
+ *
+ * The mechanism is coalescing by axis. Every write targets one field of one issue
+ * (its estimate, priority, assignee, or milestone). Queuing a second write to the
+ * same (issue, axis) supersedes the first — only the latest intent survives — so
+ * a burst of edits replays as one final write, and a replay is idempotent (the
+ * apply path no-ops a change already reflected server-side).
+ */
+
+import type { IssueChange } from '../changes/apply-changes-v0.js'
+
+export interface QueuedWrite {
+  change: IssueChange
+  /** ISO time the write was queued (for display + stable ordering). */
+  queuedAt: string
+}
+
+/**
+ * The coalescing key: one field of one issue. Two writes with the same key are
+ * the same intent expressed twice — the later wins. Each `IssueChange.kind` maps
+ * to exactly one axis, so `issue:kind` is the axis identity.
+ */
+export function coalesceKey(change: IssueChange): string {
+  return `${change.issue}:${change.kind}`
+}
+
+/**
+ * Queue a write, superseding any pending write to the same (issue, axis). The
+ * superseding write moves to the tail so replay order reflects latest intent.
+ */
+export function enqueueWrite(queue: readonly QueuedWrite[], change: IssueChange, queuedAt: string): QueuedWrite[] {
+  const key = coalesceKey(change)
+  return [...queue.filter((w) => coalesceKey(w.change) !== key), { change, queuedAt }]
+}
+
+/** The changes to replay, in order — one per (issue, axis) by construction. */
+export function pendingWrites(queue: readonly QueuedWrite[]): IssueChange[] {
+  return queue.map((w) => w.change)
+}
+
+/** Distinct issues touched by the queue — what a post-replay reconcile should re-read. */
+export function affectedIssues(queue: readonly QueuedWrite[]): number[] {
+  return [...new Set(queue.map((w) => w.change.issue))]
+}
+
+/**
+ * Replay the queue through an apply function (the same guarded write path used
+ * online), in order. Returns the writes that failed (still unreachable / rejected)
+ * so they stay queued; everything else drains. Never throws — a failure is data.
+ */
+export async function replayQueue(
+  queue: readonly QueuedWrite[],
+  apply: (change: IssueChange) => Promise<{ ok: boolean }>,
+): Promise<{ drained: QueuedWrite[]; remaining: QueuedWrite[] }> {
+  const drained: QueuedWrite[] = []
+  const remaining: QueuedWrite[] = []
+  for (const w of queue) {
+    let ok = false
+    try {
+      ok = (await apply(w.change)).ok
+    } catch {
+      ok = false
+    }
+    ;(ok ? drained : remaining).push(w)
+  }
+  return { drained, remaining }
+}