diff --git a/.bobby/decisions.yaml b/.bobby/decisions.yaml index af6475a..f1d5544 100644 --- a/.bobby/decisions.yaml +++ b/.bobby/decisions.yaml @@ -85,7 +85,7 @@ ticket: TKT-051 why: "Tickets are shared state; worktrees isolate CODE only. That is not a new choice — resolveTicketsDir has always redirected to the main checkout, so `bobby ticket move` run inside a worktree writes there and an agent has no way to write its own worktree's copy. The orchestrator contradicted it in two places and both were bugs. Reading the worktree when BUILDING the prompt meant any ticket not merged to main threw `Ticket X not found` — i.e. every ticket created on a feature branch, the normal way anyone works. Reading it when DETECTING advancement was worse and silent: the copy is a checkout frozen at fork time, so stageAdvanced was always false for a real run, awaiting_approval was unreachable, and the approve → next-agent chain had never once fired outside tests whose stub wrote into the worktree file. The trade-off accepted: two workspaces on one ticket now see each other's stage moves, and a run's ticket state is not rolled back by discarding its worktree — the price of one board per repository, which is the same trade-off tickets-resolve-to-main-worktree already made. Evidence: Orchestrator.runAgent/_onExit/featureProgress/_requireTicket; test/lib/dashboard/orchestrator-fsm.test.js, whose fake agent now moves tickets only via moveTicket on the shared board." supersedes: stage-advance-is-the-success-signal - invalidated: null + invalidated: "2026-08-16" - id: prompts-name-the-tickets-dir-absolutely fact: "Every generated agent prompt names the tickets directory as the RESOLVED, main-worktree-rooted ABSOLUTE path — `ticketsPath` in buildPromptFor's ctx, supplied as `this.ticketsDir` by the orchestrator and `resolveTicketsDir(root, config)` by the CLI. Never `config.tickets_dir`. Prompts are therefore machine-specific, which is safe: they are built per run, handed to a local subprocess, and never stored or shared." @@ -237,7 +237,7 @@ ticket: TKT-015 why: "Every running agent is a CLI subprocess spending real tokens on the user's own subscription, and a mis-click on a large epic could start ten. A queue is worse than a refusal here: it starts work minutes later, unattended, after the user has forgotten they asked. Refusal keeps the human in the loop, so the message names the holders of the slots and the config key to raise. Known gap: nothing coordinates across processes, so two servers on the same repo each get their own budget. Evidence: Orchestrator._assertConcurrencyHeadroom; surfaced as a 400 through POST /api/workspaces/:id/run." supersedes: null - invalidated: null + invalidated: "2026-08-16" - id: main-checkout-guarded-by-a-lock-file fact: "Anything that touches the main checkout's working tree takes an exclusive lock at `.bobby/main-checkout.lock` — repo runs (kind 'repo', no worktree) and merges (mergeToMain stashes and swaps branches there). Ordinary worktree runs never take it. The lock is reclaimed when EITHER the holder's pid is dead on this host OR the record is older than 6 hours; failure to acquire is a refusal naming the holder, never a queue." @@ -286,3 +286,31 @@ why: "This ticket (TKT-069) exists to ship in the RIGHT repo. A two-repo ticket has no single right repo; taking the first and proceeding would ship only repo A's work while the ticket claims both — the exact silent-wrong-repo failure this ticket kills (it is what made TKT-023 manufacture a dead branch in the launch repo). Refusing early with an actionable message is the established pattern here (_assertConcurrencyHeadroom, the main-checkout lock's heldMessage, _assertRepoRunnable): refuse before you spend, name what is wrong, name the way out. Take-first was rejected because a workspace that runs anyway is the not-quite-silent half-ship the no-op guard (TKT-062) was added to stop. Two-worktrees-one-workspace is deferred out of v1. Evidence: Orchestrator._resolveTargetRepo/createWorkspace; newWorkspace repoRoot/lockFile in lib/dashboard/state.js; test/lib/dashboard/orchestrator-repo-target.test.js." supersedes: null invalidated: null +- id: a-run-is-pinned-to-the-board-it-started-on + fact: "A workspace records the board it was created on (`ticketsDir`/`sessionsDir` on the record) and every per-workspace read goes through `_ticketsDirFor(ws)`/`_sessionsDirFor(ws)` — prompt building, the existence check, feature children, the stage re-read on exit, the session log, the mergedAt stamp. The orchestrator's own `this.ticketsDir` getter stays LIVE and is only for the UI's board and for picking a NEW ticket off it. Records with no pin (single-project dashboards, records written before the field) fall back to the live getter, which is the only board they have." + decided: "2026-08-15" + ticket: TKT-022 + why: "In a studio the live getter moves when the user selects another project, and a run takes minutes — so switching projects mid-run, the exact thing switching is for, moved the board out from under the running agent's bookkeeping. On exit the orchestrator asked the NEWLY selected project's board how the run went: absent id -> newStage null -> stageAdvanced false, and a successful run that had moved its ticket was recorded as a no-op the user could not approve. Where both boards held the same id (two projects, one prefix) it was worse and silent — an unrelated ticket's stage was compared to this workspace's, which can reach ready_to_merge or auto-approve the next agent against the wrong project's board. Session logs split too: header in project A, tail in project B, both files incomplete. This does NOT weaken orchestrator-reads-tickets-from-the-shared-board — the pinned dir IS a shared main-rooted board, and it names WHICH shared board rather than trusting the moment. Evidence: Orchestrator._ticketsDirFor/_sessionsDirFor, createWorkspace's pin, scopeToProject in server.js; test/lib/dashboard/orchestrator-project-pin.test.js, whose alpha run exits while the UI sits on beta." + supersedes: null + invalidated: "2026-08-16" +- id: orchestrator-reads-tickets-from-the-workspaces-own-board + fact: "A worktree's own .bobby/tickets is NEVER consulted — tickets are shared state, worktrees isolate code only. WHICH shared board depends on the reader. Per-workspace reads (prompt building, the existence check, feature children, the stage re-read on exit, session init and logging, mergedAt) go through `_ticketsDirFor(ws)`/`_sessionsDirFor(ws)`: the board pinned on the workspace record at creation, so a studio project switch cannot move it mid-run. Reads that are about the CURRENT VIEW — the API's board, picking a new ticket off it in createWorkspace — go through the live `this.ticketsDir`/`this.sessionsDir` getters, which follow the selected project. Unpinned records fall back to the live getters. A run is successful only when it exits 0 AND the ticket's stage ON ITS OWN BOARD differs from the workspace's recorded stage." + decided: "2026-08-16" + ticket: TKT-022 + why: "Supersedes orchestrator-reads-tickets-from-the-shared-board (TKT-051), whose fact literally named `this.ticketsDir` for four reads that are no longer live — the log contradicted the code, and a reviewer enforcing it verbatim would have flagged the fix that made it wrong. TKT-051's substance is unchanged and restated here: reading the worktree copy broke both ends of a run (prompt unbuildable for any ticket not on main, stageAdvanced always false so awaiting_approval was unreachable). TKT-022 added the studio, where the live getters move when the user selects another project — and a run takes minutes, so switching mid-run pointed the exit bookkeeping at the wrong project's board: a successful run read as a no-op, or, on a shared prefix, an unrelated same-id ticket deciding nextStatus and auto-approving the next agent against the wrong board. The distinction to preserve is not 'shared vs worktree' but 'the workspace's board vs the moment's board' — a new per-workspace read that reaches for `this.ticketsDir` is the bug this decision exists to stop. Absorbs a-run-is-pinned-to-the-board-it-started-on, now invalidated, so there is one active decision on which board is read. Evidence: Orchestrator._ticketsDirFor/_sessionsDirFor and createWorkspace/createRepoRun's pin; scopeToProject and sessionsBoardDir in server.js; test/lib/dashboard/orchestrator-project-pin.test.js and orchestrator-fsm.test.js." + supersedes: orchestrator-reads-tickets-from-the-shared-board + invalidated: null +- id: concurrency-cap-refuses-per-orchestrator + fact: "dashboard.max_concurrent (default 4) caps agents in flight PER ORCHESTRATOR — one per `bobby app` process — and an orchestrator now spans every project in a studio, so the budget is shared across projects, not per project. Exceeding it REFUSES the run with an error naming what is already running; it never queues. The value itself is read live off the ACTIVE project's config, so switching projects can change the cap while runs from another project are still counted against it." + decided: "2026-08-16" + ticket: TKT-022 + why: "Re-recorded, not changed: the cap's behaviour is exactly as TKT-015 set it, but the sentence 'so per project per server process' became false when TKT-022 let one server switch projects. One Orchestrator, one process map, one budget — start three agents on alpha, switch to beta, and only one slot remains, which is correct (they are all subprocesses on the same machine spending the same subscription) but is NOT what the old wording promised. Reading the cap off the active project's config is the deliberate half: a studio where one project sets max_concurrent: 8 should honour that while you are working in it. The known cross-process gap is unchanged — two servers on the same repo still get two budgets. Evidence: Orchestrator._maxConcurrent and _assertConcurrencyHeadroom, now reading the live `config` getter; surfaced as a 400 through POST /api/workspaces/:id/run." + supersedes: concurrency-cap-refuses-per-server-process + invalidated: null +- id: run-scoped-reads-pin-to-the-workspaces-project + fact: "Everything a run does AFTER launch resolves against the project pinned on its workspace record, not the live UI project: the board via _ticketsDirFor(ws)/_sessionsDirFor(ws), and the CONFIG via _configFor(ws) — which feeds permission posture, executor, model, the whole prompt context, auto_approve_stages in _onExit, and _pipelineFor. this.config / this.ticketsDir (the live getters) are only for what the user is looking at: picking a new ticket off the board and creation-time resolution in createWorkspace. A field DERIVED from the boot config in the constructor (this.pipeline = resolveWorkflow(bootConfig)) is not exempt — it must be re-resolved per run through _configFor(ws), never read raw." + decided: "2026-08-16" + ticket: TKT-022 + why: "A studio orchestrator spans every project and the UI can switch mid-run. Any run-scoped read left on the live getter — or on a constructor-captured derivative of it — takes a decision from the project the user happened to switch TO: an agent auto-launched that the run's own project forbids, or a workflow stage (e.g. security) silently skipped. This class recurred across six review rounds (B3/C1/C2/D1/D2); the invariant makes 'is this read run-scoped?' the review question." + supersedes: null + invalidated: null diff --git a/.bobby/tickets/.counter b/.bobby/tickets/.counter index d7765fe..9cd72aa 100644 --- a/.bobby/tickets/.counter +++ b/.bobby/tickets/.counter @@ -1 +1 @@ -70 \ No newline at end of file +72 \ No newline at end of file diff --git a/.bobby/tickets/TKT-020--phase-3-the-app-beyond-a-single-project/feature-plan.md b/.bobby/tickets/TKT-020--phase-3-the-app-beyond-a-single-project/feature-plan.md new file mode 100644 index 0000000..18dd8b8 --- /dev/null +++ b/.bobby/tickets/TKT-020--phase-3-the-app-beyond-a-single-project/feature-plan.md @@ -0,0 +1,93 @@ +# Feature Plan — TKT-020: Phase 3 — the app beyond a single project + +## Architecture Decisions + +- **Workspace as the universal run unit.** Chats (TKT-021), project switches + (TKT-022), and onboarding (TKT-024) all use the existing workspace/orchestrator + pattern rather than parallel state machines. Chat is a workspace in `plan` mode; + project switch re-scopes the orchestrator's context; onboarding calls + `createProject` then opens the new project in the app. + +- **`--resume` is the conversation primitive.** Claude CLI's `--resume` handles + context restoration, compaction, and token management. We pass it through the + executor rather than reimplementing conversation state. + +- **Studio-level pairing (TKT-067) replaces per-project pairing.** One pairing + code reaches every project the studio serves. The tunnel gains a `project` + field in request frames; the server routes by current project context. + +- **`/classic/` lifecycle.** The classic dashboard at `/classic/` and hq/web in + bobbycode-pro are retired together (TKT-026) once the App is proven default. + No new features go to classic. + +- **`createProject` is the shared entry point.** TKT-025 extracted it to + `lib/project.js`. Both the CLI (`bobby new`) and the app onboarding (TKT-024) + call it. The function takes `cwd` as an argument and returns structured results + (no stdout, no process.exit). + +## Shared Utilities & Components + +| Utility/Component | Created By | Used By | Location | +|---|---|---|---| +| `createProject()` | TKT-025 | TKT-024 (onboarding) | `lib/project.js` | +| `PROJECT_STACKS` | TKT-025 | TKT-024 (stack cards) | `lib/project.js` | +| `--resume` executor support | TKT-021 | Future interactive modes | `lib/dashboard/executor.js` | +| `ChatManager` | TKT-021 | TKT-021 API routes | `lib/dashboard/chat.js` | +| `resolveRepoPath` | TKT-069 | TKT-067 (multi-project relay) | `lib/config.js` | +| `listProjects()` | existing | TKT-022 (project picker) | `lib/studio.js` | +| `ProjectContext` | TKT-022 | TKT-022, TKT-067 (project-scoped tunnel) | `lib/dashboard/project-context.js` | +| `setActiveProject` / `getActiveProject` | existing | TKT-022 (persist selection) | `lib/studio.js` | + +## Naming Conventions + +- API routes: `/api/` (REST-style, existing pattern) +- Chat routes: `/api/chats`, `/api/chats/:id/message`, `/api/chats/:id/commit` +- Project routes: `/api/projects`, `/api/projects/select` +- Onboarding routes: `/api/onboard`, `/api/onboard/create` +- State files: `.bobby/.json` (parallel to `workspaces.json`) + +## Ticket Dependencies + +| Ticket | Depends On | Provides | +|---|---|---| +| TKT-068 | — | Converged trunk (app + studio on one branch) | +| TKT-069 | TKT-068 | `ws.repoRoot` per-workspace repo targeting | +| TKT-025 | — | `createProject()` in `lib/project.js` | +| TKT-023 | TKT-068 | RelayTransport (app frontend over relay) | +| TKT-021 | TKT-068 | `--resume`, ChatManager, `plan` permission mode | +| TKT-022 | TKT-069 | Mutable project context, `/api/projects/select` | +| TKT-024 | TKT-025 | Browser-based project creation, stack cards | +| TKT-067 | TKT-023, TKT-022 | Studio-level pairing, project-scoped tunnel frames | +| TKT-026 | TKT-023 (proven) | Classic + hq/web removal | + +## Build Order Rationale + +The execution order respects hard dependencies while minimizing integration risk: + +1. **TKT-023** (testing) — Already built, just needs to complete testing stage. +2. **TKT-021** (vet chat) — Independent: new module + executor extension. No + dependency on TKT-022. +3. **TKT-022** (studio mode) — ProjectContext is a dependency for TKT-067. +4. **TKT-024** (onboarding) — Soft dependency on TKT-022 (studio integration + feature-flagged by `isStudio`). Can build without it. +5. **TKT-067** (pair-once) — Hard dependency on TKT-022 (ProjectContext). +6. **TKT-026** (delete /classic) — Cleanup; no code depends on it. Last. + +## Cross-Cutting Concerns + +- **server.js is touched by 4 tickets** (TKT-021 chat routes, TKT-022 project + routes, TKT-024 onboard routes, TKT-026 classic removal). Merge conflicts + are likely. Each ticket adds routes in the route registration block — append, + don't interleave. +- **orchestrator.js is touched by 2 tickets** (TKT-021 runChat, TKT-022 + ProjectContext). Both are additive — new methods, not modified existing ones. +- **`commands/remote.js` is touched by TKT-067.** The ProjectContext wiring + is the only change. + +## Out of Scope + +- Multi-user / team mode (one dev machine, one phone per pairing) +- Service worker + push notifications for the phone app (PRO-005) +- Full hq/web feature parity audit (the App is the replacement, proven by TKT-023) +- Interactive refine (TKT-021 covers plan chat only; extend to other agents later) +- hq/web deletion (lives in bobbycode-pro repo; documented in TKT-026) diff --git a/.bobby/tickets/TKT-020--phase-3-the-app-beyond-a-single-project/ticket.md b/.bobby/tickets/TKT-020--phase-3-the-app-beyond-a-single-project/ticket.md index 7793967..ffcf6a1 100644 --- a/.bobby/tickets/TKT-020--phase-3-the-app-beyond-a-single-project/ticket.md +++ b/.bobby/tickets/TKT-020--phase-3-the-app-beyond-a-single-project/ticket.md @@ -1,7 +1,7 @@ --- id: TKT-020 title: 'Phase 3: the app beyond a single project' -stage: backlog +stage: building type: epic priority: medium area: null @@ -14,7 +14,7 @@ blocked_reason: null previous_stage: null parent: null created: '2026-08-07' -updated: '2026-08-07' +updated: '2026-08-12' --- ## Description diff --git a/.bobby/tickets/TKT-021--vet-chat-conversational-planning-with-executor-resume/plan.md b/.bobby/tickets/TKT-021--vet-chat-conversational-planning-with-executor-resume/plan.md new file mode 100644 index 0000000..c08a27f --- /dev/null +++ b/.bobby/tickets/TKT-021--vet-chat-conversational-planning-with-executor-resume/plan.md @@ -0,0 +1,137 @@ +# Plan — TKT-021: Vet chat — conversational planning with executor --resume + +## Problem + +Planning happens in one shot: the orchestrator spawns `claude -p `, +the agent writes `plan.md`, exits, and there is no way to intervene. If a user +disagrees with an assumption the planner made, the only recourse is to reject +the whole plan and re-run. There is no conversational loop. + +The Claude CLI already supports `--resume ` which continues a prior +conversation with full context preserved. The orchestrator never passes it. + +## Goal + +Add conversational planning: a ChatManager that holds sessions, a `plan` +permission mode on the executor so the agent cannot write files while the user +is still discussing, and `--resume` passthrough so subsequent turns pick up +where the last one left off. Chat sessions persist in `.bobby/chats.json` and +survive an app restart. + +## Approaches considered + +| # | Approach | Effort (3x) | Risk (2x) | Maint (2x) | Impact (1x) | Score | +|---|----------|:-:|:-:|:-:|:-:|:-:| +| A | ChatManager in lib/dashboard/, `--resume` on executor, `plan` permissionMode, `.bobby/chats.json` | 4 | 4 | 4 | 5 | **37** | +| B | Store full prompt+response pairs in workspace state and replay them as context in the prompt (no --resume) | 3 | 3 | 2 | 4 | 27 | +| C | Use a separate interactive terminal session instead of the dashboard executor | 2 | 2 | 2 | 3 | 19 | + +**Selected: A.** `--resume` is a first-class Claude CLI feature that handles +context restoration, token management, and conversation state — reimplementing +that in the prompt (B) is fragile and expensive. A separate terminal session (C) +bypasses the dashboard entirely and doesn't work over the relay. + +## Design decisions + +### Decision 1 — Chat is a workspace mode, not a new entity type + +A chat session IS a workspace in `plan` mode with `--resume` enabled. No new +top-level store. The workspace record gains: `chatId` (the Claude session id +used for `--resume`), `chatMode: true`, and `chatHistory` (array of +`{role, summary, at}` entries for the UI timeline). The ChatManager wraps the +orchestrator's existing run loop. + +### Decision 2 — `plan` permission mode means read-only + +The executor already supports `permissionMode` passthrough. For chat turns, +set `permissionMode: 'plan'` which tells Claude CLI to disallow file writes. +The agent can read code, discuss, propose — but cannot write `plan.md` until +the user says "commit the plan", at which point a final run drops the +permission restriction. + +### Decision 3 — Commit action is a separate run + +When the user says "commit the plan," the orchestrator runs one more turn +with `--resume` + normal `permissionMode` (no plan restriction). This turn's +prompt says "Write the plan we agreed on to plan.md and test-cases.md." The +agent has full context from the conversation and writes the files. + +## Files to modify + +- `lib/dashboard/chat.js` (NEW) — ChatManager class: `startChat(ticketId)`, + `sendMessage(chatId, message)`, `commitPlan(chatId)`, `listChats()`. + Wraps orchestrator workspace creation + runAgent with chat-specific options. +- `lib/dashboard/executor.js` — Add `resume` option to `runAgent()` and + `buildArgs()` for both executor flavors. Pass `--resume ` when set. +- `lib/dashboard/state.js` — Add `chatId`, `chatMode`, `chatHistory` fields to + `newWorkspace()` (all default null/false/[]). +- `lib/dashboard/orchestrator.js` — Add `runChat(workspaceId, { message })` method + that calls `runAgent` with `resume` + `plan` permissionMode. Add + `commitChat(workspaceId)` that runs one final `--resume` turn without plan mode. +- `lib/dashboard/server.js` — New routes: `POST /api/chats` (start), + `POST /api/chats/:id/message` (send), `POST /api/chats/:id/commit` (commit plan), + `GET /api/chats` (list), `GET /api/chats/:id` (get). +- `.bobby/chats.json` — Persisted by ChatManager, parallel to `workspaces.json`. + Contains chat metadata + message summaries (not full conversation — that's in + the Claude session). +- `test/lib/chat.test.js` (NEW) — Unit tests for ChatManager. +- `test/lib/executor.test.js` — Add tests for `--resume` flag passthrough. + +## Step-by-step plan + +- [ ] Add `resume` option to `runAgent()` in `executor.js`: when set, inject + `--resume ` into the CLI args (for claude; cursor-agent equivalent + if available, else skip). +- [ ] Add `chatId`, `chatMode`, `chatHistory` to `newWorkspace()` in `state.js`. +- [ ] Create `lib/dashboard/chat.js` with ChatManager: + - `startChat(ticketId)` → creates workspace with `chatMode: true`, + `permissionMode: 'plan'`. Returns chatId. + - `sendMessage(chatId, message)` → calls `orchestrator.runAgent()` with + `resume: ws.chatId` (after first turn, which sets it from the session id) + and `permissionMode: 'plan'`. Appends to `chatHistory`. + - `commitPlan(chatId)` → one final `runAgent` with `resume` but WITHOUT + plan mode restriction. Prompt: "Write the agreed plan." + - `getChat(chatId)` / `listChats()` — read from store. +- [ ] Add `runChat()` and `commitChat()` convenience methods on orchestrator (thin + wrappers that set the right options and delegate to `runAgent`). +- [ ] Wire API routes in `server.js`: POST /api/chats, POST /api/chats/:id/message, + POST /api/chats/:id/commit, GET /api/chats, GET /api/chats/:id. +- [ ] Persist chat metadata to `.bobby/chats.json` (ChatManager handles load/save, + same pattern as WorkspaceStore). +- [ ] Tests: executor `--resume` passthrough, ChatManager startChat/sendMessage/ + commitPlan lifecycle, API route integration. +- [ ] Verify: `npm test` + `npm run lint` green. + +## Risk areas + +- **Claude session id format**: The executor currently generates bobby session ids + (`ses-YYYYMMDD-HHmmss`). `--resume` needs the CLAUDE session id, which is + returned in the stream output. ChatManager must capture it from the first run's + stream events and store it on the workspace. +- **cursor-agent --resume**: cursor-agent may not support `--resume`. Gate the + feature: if the executor is not claude-flavored, skip `--resume` and fall back + to full-prompt replay (degraded but functional). +- **Permission mode enforcement**: `plan` mode is a Claude CLI concept. Verify it + actually prevents file writes in the current CLI version before relying on it. +- **Chat length / context**: Long conversations will hit context limits. This is + Claude CLI's problem to solve (it handles compaction), but test with multi-turn + conversations to verify graceful behavior. + +## Dependencies + +- TKT-068 (converged trunk) — satisfied +- TKT-069 (target repo resolution) — satisfied; chat workspaces use the same + repo resolution path + +## Feature Context (parent TKT-020) + +- **Depends on:** Executor and workspace infrastructure (both present on trunk). +- **Provides:** `--resume` executor support (used by any future interactive agent mode), + ChatManager pattern (reusable for other conversational workflows), `plan` permission + mode precedent. +- **Deviations:** None from feature-plan. + +## Complexity + +**Medium** — new ChatManager module + executor flag + API routes. No architectural +change; builds on existing workspace/executor patterns. diff --git a/.bobby/tickets/TKT-021--vet-chat-conversational-planning-with-executor-resume/review.md b/.bobby/tickets/TKT-021--vet-chat-conversational-planning-with-executor-resume/review.md new file mode 100644 index 0000000..968f7b1 --- /dev/null +++ b/.bobby/tickets/TKT-021--vet-chat-conversational-planning-with-executor-resume/review.md @@ -0,0 +1,47 @@ +## Review — TKT-021 + +### Verdict: Approved with Notes + +Reviewed commit `f5238e3` against parent `d54da6c` on branch `integrate/app-studio`. + +### Files Reviewed +- `lib/dashboard/executor.js` — `--resume` passthrough in the claude `buildArgs`, and new `claudeSessionIdFromEvent`. Verified the event shape it reads (`type:'stdout'`, `kind:'json'`, `data.session_id`) matches what `runAgent`/`parseLine` actually emit — `parseLine` returns `{kind:'json', data:}` and every claude stream-json event carries `session_id` at top level. It reads the CLI's real `session_id`, never bobby's `ses-`/`BOBBY_SESSION_ID`. `--resume` is only appended when `resume` is truthy, so non-chat runs are unchanged (TC-2). +- `lib/dashboard/orchestrator.js` — `runChatTurn` (plan/commit modes), prompt builders, and the `_launch` override plumbing. Traced the custom exit path in full (see Concern #1 analysis below). +- `lib/dashboard/chat.js` (NEW) — `ChatManager`: load/save (atomic tmp+rename, corrupt-file-tolerant), `startChat`/`sendMessage`/`commitPlan`/`getChat`/`listChats`, `_syncFromWorkspace` mirrors ws chat state onto the persisted record. chatId == workspaceId (no mapping layer). +- `lib/dashboard/server.js` — 5 chat routes wrapped in `withChat` (501 when no manager). POST for all mutations; 404 vs 400 disambiguation via `/not found/i` on the error message. +- `lib/dashboard/state.js` — `chatMode`/`chatId`/`chatHistory` added to `newWorkspace`, defaulted off (false/null/[]). +- `commands/app.js`, `commands/dashboard.js`, `commands/remote.js` — identical ChatManager wiring, filePath `/.bobby/chats.json`, passed into `buildServer`. +- Test files (chat.test.js, chat-api.test.js, executor.test.js, state.test.js) — see Test Quality below. + +### Code Concerns + +**1. Custom exit handler — no state leak (verified, not a concern).** +`runChatTurn` bypasses `_onExit` deliberately (so a read-only plan turn isn't mislabeled a no-op by TKT-062). I compared the two cleanup paths line by line. `_onExit`'s top does `runningProcesses.delete` + `permissionDenials.delete`, and `_releaseRepoLock` only in the discarded-record branch. The custom `settle` in `_launch` replicates `runningProcesses.delete` + `permissionDenials.delete` before calling `onExit`. The only thing it does not do is `_releaseRepoLock` — and that is correct: chat workspaces are always worktree runs (`createWorkspace` → `createWorktree`), never `kind:'repo'`, so they never acquire the main-checkout lock. No registry, denial-counter, or lock leak. + +**2. `sendMessage`/`commitPlan` hold the HTTP response open for the entire agent turn.** Unlike ordinary runs (fire-and-forget + SSE progress), the chat routes `await` the whole `runChatTurn` before responding — potentially minutes. Over the `bobby remote` tunnel this risks client/proxy timeouts, and the response body carries no streaming progress (only the `chat_turn_end` SSE does). Not a correctness bug; flag for the live tester to confirm a long turn survives the relay. + +**3. `commitPlan` success is not verified against actual file writes.** The commit turn's custom exit correctly skips `producedNothing` detection (to avoid the no-op mislabel), but as a result a commit turn that wrote nothing (agent error) still resolves as `idle`/success. There's no post-check that `plan.md`/`test-cases.md` actually landed. Acceptable for v1 (the user can inspect the ticket), worth noting. The written plan is also left uncommitted in the main checkout working tree with no checkpoint — consistent with the shared-ticket-board model, but the next agent/human commits it via the normal flow. + +**4. AC #3 (plan mode = read-only) is correctly wired but unprovable in unit tests.** The code passes `permissionMode:'plan'` on discussion turns; whether the agent genuinely cannot write is the claude CLI's contract. The plan flagged this as a risk to verify live. Tests assert the flag is passed (TC-4); the live tester should confirm no file writes occur during a discussion turn. + +### Decision Violations +None. Checked against active decisions: +- `worktree-per-workspace` — chat writes `plan.md`/`test-cases.md` to the main-rooted ticket dir, not the worktree; this is the deliberately-shared ticket board (`tickets-resolve-to-main-worktree`), not code, so no violation. Prompts name the absolute main-rooted path per `prompts-name-the-tickets-dir-absolutely`. +- `concurrency-cap-refuses-per-server-process` — `runChatTurn` calls `_assertConcurrencyHeadroom()` and guards on `status==='running'` / `runningProcesses.has`. +- `relay-is-a-dumb-pipe` — chat routes are `/api/chats…`, GET/POST only, matching the tunnel allowlist. No new auth surface: same loopback/relay exposure as every other `/api` route (`local-server-is-loopback-and-unauthenticated`). +- `one-frontend-two-transports` — routes go through the same `request()` seam, uniform `{status, body}` shapes. + +### AC Verification +- [x] **Continued across turns via `--resume`**: `claudeSessionIdFromEvent` captures the CLI session id off the first turn's stream; `runChatTurn` stores it as `ws.chatId` and threads `resume: ws.chatId` on subsequent turns. Verified real event shape + TC-5 (first turn `resume` undefined, second turn `resume === 'claude-xyz'`). +- [x] **Persist across restart**: `ChatManager` writes `.bobby/chats.json` (atomic) on every mutation and `load()`s on construct. TC-7 spins up a fresh manager on the same file and reads history intact. +- [x] **Cannot write in plan mode**: discussion turns launch with `permissionMode:'plan'` (TC-4 asserts it); enforcement is the CLI's job (see Concern #4). +- [x] **Commit in one action**: `commitPlan` → one turn with worktree permission mode (not `plan`) and a prompt to write `plan.md`+`test-cases.md`. TC-6 asserts the permission drop, `resume` continuity, and both filenames in the prompt. + +### Test/Lint Output +- Tests: **PASS** — full suite `npm test`: 1233 passed, 46 skipped, 0 failed (66 of 67 suites; 1 suite skipped). Targeted TKT-021 files: 85 passed. +- Lint: **PASS** — 0 errors. 37 warnings repo-wide, all pre-existing/unrelated; the 2 in touched files (`orchestrator.js` unused `detectMainBranch` import, `server.js:75` unused `e` from commit `0f4cd3e2`) predate this commit. +- Test quality: strong. `chat.test.js` drives the REAL orchestrator on real git worktrees with a fake executor that records per-turn options and emits a session id — it genuinely exercises resume threading (TC-5), session-id capture (TC-4), persistence across a fresh manager (TC-7), the commit permission drop (TC-6), error paths (TC-11/12), and the "writes nothing but is idle, not no_op" bypass. Not non-null rubber-stamps. + +### Notes +- For the tester (bobby-test): (a) verify a real multi-turn conversation resumes context via `--resume`; (b) confirm the agent genuinely cannot write files during a plan-mode turn (AC #3's real acceptance); (c) confirm a long turn does not time out over `bobby remote` given the blocking `await` on the POST. +- `startChat` allows multiple chats per ticket (each spends its own worktree) — appears intended, not flagged. diff --git a/.bobby/tickets/TKT-021--vet-chat-conversational-planning-with-executor-resume/test-cases.md b/.bobby/tickets/TKT-021--vet-chat-conversational-planning-with-executor-resume/test-cases.md index b20314b..933eaab 100644 --- a/.bobby/tickets/TKT-021--vet-chat-conversational-planning-with-executor-resume/test-cases.md +++ b/.bobby/tickets/TKT-021--vet-chat-conversational-planning-with-executor-resume/test-cases.md @@ -1,10 +1,100 @@ -# Test Cases +# Test Cases — TKT-021: Vet chat — conversational planning with executor --resume -_Add test cases here during planning._ +## TC-1: Executor passes --resume flag when set -## Test Case 1 +**Precondition:** A mock spawn is injected into `runAgent`. +**Steps:** +1. Call `runAgent({ ..., resume: 'ses-abc123' })` with executor 'claude'. +2. Inspect the spawned args. +**Expected:** Args include `--resume` followed by `ses-abc123`. + +## TC-2: Executor omits --resume when not set + +**Precondition:** A mock spawn is injected into `runAgent`. +**Steps:** +1. Call `runAgent({ ... })` without the `resume` option. +2. Inspect the spawned args. +**Expected:** Args do NOT include `--resume`. + +## TC-3: ChatManager startChat creates a workspace in plan mode + +**Precondition:** Orchestrator with mock executor, ticket TKT-TEST exists. +**Steps:** +1. Call `chatManager.startChat('TKT-TEST')`. +2. Read the created workspace from the store. +**Expected:** Workspace has `chatMode: true`, `chatHistory: []`. The workspace +status is 'idle' and ready for the first message. + +## TC-4: ChatManager sendMessage resumes the conversation + +**Precondition:** A chat has been started (TC-3). +**Steps:** +1. Call `chatManager.sendMessage(chatId, 'What about using a queue?')`. +2. Wait for the executor to complete. +3. Read workspace from store. +**Expected:** `chatHistory` has one entry with the message summary. +The executor was called with `permissionMode: 'plan'`. After the first turn, +`ws.chatId` is set to the Claude session id captured from the stream. + +## TC-5: ChatManager sendMessage uses --resume on subsequent turns + +**Precondition:** A chat has completed at least one turn (TC-4). +**Steps:** +1. Call `chatManager.sendMessage(chatId, 'Good, now add error handling')`. +2. Inspect executor args. +**Expected:** The executor is called with `resume: ws.chatId` (the captured +Claude session id from the first turn). + +## TC-6: ChatManager commitPlan writes files without plan restriction + +**Precondition:** A chat with at least one turn (TC-4 or TC-5). +**Steps:** +1. Call `chatManager.commitPlan(chatId)`. +2. Inspect executor args. +**Expected:** The executor is called with `resume: ws.chatId` but WITHOUT +`permissionMode: 'plan'` (or with the default permission mode). The prompt +includes instructions to write plan.md and test-cases.md. + +## TC-7: Chat sessions persist across restart + +**Precondition:** A chat has been started and has messages. +**Steps:** +1. Save the ChatManager state (happens automatically on each operation). +2. Create a new ChatManager instance pointing at the same `.bobby/chats.json`. +3. Call `listChats()`. +**Expected:** The previously created chat appears with its history intact. + +## TC-8: API — POST /api/chats starts a chat + +**Precondition:** Server running with orchestrator. +**Steps:** +1. POST `/api/chats` with body `{ ticketId: 'TKT-TEST' }`. +**Expected:** 200 response with `{ chatId, ticketId, status }`. + +## TC-9: API — POST /api/chats/:id/message sends a turn + +**Precondition:** A chat exists (TC-8). +**Steps:** +1. POST `/api/chats/:id/message` with body `{ message: 'Use a simpler approach' }`. +**Expected:** 200 response. The chat's history grows by one entry. + +## TC-10: API — POST /api/chats/:id/commit finalizes the plan + +**Precondition:** A chat with messages (TC-9). +**Steps:** +1. POST `/api/chats/:id/commit`. +**Expected:** 200 response. The agent runs with write permissions and the +resulting plan.md can be committed to the ticket. + +## TC-11: Error — sendMessage on a non-existent chat + +**Steps:** +1. Call `chatManager.sendMessage('nonexistent', 'hello')`. +**Expected:** Throws with a message naming the chat id. + +## TC-12: Error — commitPlan on a chat with no turns -**Preconditions:** +**Precondition:** A chat that was just started, no messages sent. **Steps:** -1. -**Expected Result:** +1. Call `chatManager.commitPlan(chatId)`. +**Expected:** Throws — there is nothing to commit. diff --git a/.bobby/tickets/TKT-021--vet-chat-conversational-planning-with-executor-resume/test-evidence/results.md b/.bobby/tickets/TKT-021--vet-chat-conversational-planning-with-executor-resume/test-evidence/results.md new file mode 100644 index 0000000..57f9059 --- /dev/null +++ b/.bobby/tickets/TKT-021--vet-chat-conversational-planning-with-executor-resume/test-evidence/results.md @@ -0,0 +1,70 @@ +# Test Evidence — TKT-021 (Vet chat: conversational planning with executor --resume) + +**Date:** 2026-08-15 +**Verdict:** PASS (4 of 4 ACs verified through the live running server) + +## Method + +Drove the **real running server** (`node bin/bobby.js app --port 7799`) via curl. +Because a real `claude` turn costs ~$3, a fake `claude` executable was placed +earlier on `PATH` (no source/config edits) so the live server spawned it for +every agent turn. This let me capture the **actual argv the running server +produced** and observe real chat state/persistence — genuine live behavior, not +code reading. Fake at `scratchpad/fakebin/claude`; spawn args logged per turn. +Scratch ticket **TKT-071** was created for the chats and fully cleaned up after +(worktree, branch, ticket dir, `.bobby/chats.json`, workspace record all removed). + +## Acceptance Criteria + +| # | Criterion | Result | Evidence | +|---|-----------|--------|----------| +| 1 | Conversation continued across turns via executor `--resume` | PASS | Turn 1 spawned with **no** `--resume`; server captured `session_id=fakesess-abc123` from turn 1's stream; **turn 2 spawned with `--resume fakesess-abc123`** (captured id). Commit turn also carried `--resume fakesess-abc123`. | +| 2 | Chat sessions persist and survive an app restart | PASS | Server 1 wrote `.bobby/chats.json` (3-entry history + captured session id). Killed it, started a **fresh process** on the same file → `GET /api/chats` returned the chat with all 3 history entries + `chatSessionId` intact. | +| 3 | Agent cannot write files in plan permission mode | PASS (wiring + no-write verified live; CLI enforcement is claude's contract) | Discussion turns spawned with **`--permission-mode plan`** (captured live from the running server), and the plan-mode turns wrote **no plan.md** to the ticket dir. | +| 4 | Resulting plan committed to the ticket in one action | PASS | `POST /api/chats/:id/commit` ran one turn with plan mode **dropped** (`--permission-mode bypassPermissions`) + `--resume`; with a writing agent, **plan.md landed in the main-rooted ticket dir** and API returned `idle`. | + +## Endpoint contract (priority #1) — all live on the running server + +| Test | Result | +|------|--------| +| `POST /api/chats` no ticketId | 400 `ticketId is required` | +| `POST /api/chats` `{ticketId:TKT-071}` | 200 `{chatId, ticketId, status:idle, chat}` | +| `GET /api/chats` | 200 `{chats:[...]}` | +| `GET /api/chats/:id` | 200 `{chat}` | +| `GET /api/chats/does-not-exist` | **404** (bad path) | +| `POST /api/chats/:id/message` no message | 400 `message is required` | +| `POST /api/chats/nope/message` | 404 `Chat nope not found` | +| `POST /api/chats/:id/commit` (no turns) | 400 `...has no turns to commit — send a message first.` | +| `POST /api/chats/nope/commit` | 404 | +| Chat routes with **no ChatManager wired** (minimal real-server harness, `chatManager:null`) | **501** `Conversational planning is not available on this host.` | + +501 (route exists, host can't serve) is correctly distinct from 404 (bad path). + +## Notes + +- **Reviewer concern #3 CONFIRMED LIVE (not a blocker):** a commit turn whose agent + wrote **nothing** still resolved `status:idle` and returned 200 with a + "Committed the plan" history entry — no post-check that `plan.md`/`test-cases.md` + actually landed. Matches the review flag; the AC ("can be committed in one + action") is about running the write-capable turn, which works. Worth a v1 + follow-up: verify the files exist before reporting commit success. +- **Reviewer concern #2 (long-turn blocking) verified:** `POST /message` awaits the + full turn — a 4s fake turn made the POST block ~4.2s then return 200 with the + fully-updated chat. Contract holds locally; the real risk is proxy/client + timeouts over the `bobby remote` tunnel (couldn't exercise the relay here). +- Chat worktrees are created under the configured `worktree_root` + (`/Users/ccevans/Repos/bobby/worktrees/TKT-071-plan`); commit prompt names the + **main-rooted absolute** plan.md path, so files land on the shared ticket board. + +## Regression + +Adjacent API routes on the same running server all healthy after the chat feature: +`/api/health` 200, `/api/workspaces` 200, `/api/tickets` 200, `/api/agents` 200. +No errors or stack traces in the server log across the whole session. + +## Could not verify live (out of scope / cost) + +- Real semantic multi-turn context via `--resume` (that the agent actually + *remembers* prior turns) — requires a paid `claude` session; the `--resume` + **plumbing** (id capture + threading) is verified. Reviewer unit-tested the rest. +- `bobby remote` relay timeout behavior for a long blocking POST — no relay in this env. diff --git a/.bobby/tickets/TKT-021--vet-chat-conversational-planning-with-executor-resume/ticket.md b/.bobby/tickets/TKT-021--vet-chat-conversational-planning-with-executor-resume/ticket.md index 5927ae6..bd0023e 100644 --- a/.bobby/tickets/TKT-021--vet-chat-conversational-planning-with-executor-resume/ticket.md +++ b/.bobby/tickets/TKT-021--vet-chat-conversational-planning-with-executor-resume/ticket.md @@ -1,12 +1,12 @@ --- id: TKT-021 title: 'Vet chat: conversational planning with executor --resume' -stage: backlog +stage: shipping type: feature priority: medium area: orchestrator author: unknown -assigned: null +assigned: bobby-build services: null workflow: null blocked: false @@ -14,7 +14,7 @@ blocked_reason: null previous_stage: null parent: TKT-020 created: '2026-08-07' -updated: '2026-08-07' +updated: '2026-08-17' --- ## Description @@ -35,3 +35,7 @@ arguing, and `.bobby/chats.json` for persistence. - [ ] The resulting plan can be committed to the ticket in one action ## Comments +- [2026-08-17] bobby-ship: PR created: https://github.com/ccevans/bobbycode/pull/12 (with TKT-022). Awaiting manual merge. NOT moved to done: CI is red on the PR — 3 failures in test/lib/project.test.js, pre-existing on main since a3fe211 and unrelated to this ticket. Filed as TKT-072. +- [2026-08-15] bobby-test: Passed: all 4 ACs verified through the live running server (curl + PATH-shimmed fake executor capturing real spawn args) — evidence in test-evidence/results.md. Live: 5 chat endpoints + sane shapes/501-vs-404; plan-mode turns spawn with --permission-mode plan and write no plan.md (AC#3); --resume threads the captured session id on turn 2 (AC#1); chat survives a real server restart via .bobby/chats.json (AC#2); commit drops plan mode, --resume continues, plan.md lands (AC#4). Confirmed reviewer concern #3 live (commit reports idle/success even when the agent wrote no plan.md — non-blocking, worth a v1 follow-up). Long-turn POST blocks for the full turn (~4.2s) and returns the updated chat. +- [2026-08-15] bobby-review: Approved with notes: resume capture/threading, plan-mode wiring, .bobby/chats.json persistence, and one-action commit all correct and well-tested (1233 pass, lint clean). Custom chat exit handler verified to not leak registry/denial-counter/lock state. Notes for tester: verify plan mode truly blocks writes live (AC#3), multi-turn --resume context, and long-turn behavior over the blocking POST on bobby remote. +- [2026-08-15] bobby-build: Built: ChatManager + executor --resume + plan permission mode + .bobby/chats.json + /api/chats routes. All 4 ACs covered; full suite green (1233 passed), lint clean. diff --git a/.bobby/tickets/TKT-022--studio-mode-switch-projects-from-inside-the-app/plan.md b/.bobby/tickets/TKT-022--studio-mode-switch-projects-from-inside-the-app/plan.md new file mode 100644 index 0000000..9f7ac3b --- /dev/null +++ b/.bobby/tickets/TKT-022--studio-mode-switch-projects-from-inside-the-app/plan.md @@ -0,0 +1,139 @@ +# Plan — TKT-022: Studio mode — switch projects from inside the app + +## Problem + +`bobby dashboard` (and `bobby remote`) reads config once at startup and binds +every component — orchestrator, server, store, tickets — to that single project. +Switching projects requires quitting and restarting from a different directory. + +The studio infrastructure already exists: `lib/studio.js` has +`listStudioProjects()`, `setActiveProject()`, `getActiveProject()`, +`readProjectConfig()`, and per-project boards at `.bobby//tickets/`. +But the dashboard never calls any of it. + +## Goal + +Add a mutable project context to the dashboard so the user can switch projects +without restarting. The selected project survives a page reload. Running agents +in project A are undisturbed when the user switches to project B. + +## Approaches considered + +| # | Approach | Effort (3x) | Risk (2x) | Maint (2x) | Impact (1x) | Score | +|---|----------|:-:|:-:|:-:|:-:|:-:| +| A | ProjectContext class holding the active project; orchestrator + server read from it; `/api/projects/select` swaps it; store is shared, tickets resolve per project | 4 | 4 | 4 | 5 | **37** | +| B | Construct a new Orchestrator per project switch (tear down + rebuild) | 3 | 2 | 3 | 5 | 28 | +| C | Multi-orchestrator registry — one per project, all alive simultaneously | 2 | 2 | 3 | 5 | 22 | + +**Selected: A.** The store and SSE hub are shared infrastructure — workspaces +from any project coexist in the same `workspaces.json` and the same SSE stream +(tagged by project). Rebuilding the orchestrator (B) loses running processes. +One orchestrator per project (C) is a large surface-area change (concurrency +cap, lock registry, process map all per-orchestrator). + +## Design decisions + +### Decision 1 — ProjectContext is a thin holder, not a state machine + +`ProjectContext` is a class with `{ projectName, config, ticketsDir, sessionsDir }` +and a `switchTo(name)` method that re-resolves the paths. The orchestrator and +server read from `this.projectContext.*` instead of their constructor arguments. +Switching is a reassignment, not a lifecycle event. + +### Decision 2 — Running workspaces are project-scoped but not interrupted + +Each workspace already records `ticketId` which indirectly scopes it to a +project. On switch, the API filters `store.list()` by the current project's +ticket prefix. Running agents are unaffected — they work in their worktree +regardless of which project the UI is showing. The process map stays shared. + +### Decision 3 — Selected project persists via `setActiveProject` + +`setActiveProject(root, name)` writes `.bobby/active-project` (gitignored). +On startup, `getActiveProject(root)` is read; if null, fall through to the +startup project. The browser stores it in `sessionStorage` for reload (belt), +and the API returns it in `GET /api/config` so the UI initializes correctly. + +### Decision 4 — Non-studio projects get a pass + +If the project is not a studio (`!config.studio`), the project-switch API +returns 400 and the UI hides the project picker. The feature is studio-only. +Single-project dashboards work exactly as before. + +## Files to modify + +- `lib/dashboard/project-context.js` (NEW) — `ProjectContext` class: + `constructor(root, config)`, `switchTo(name)`, getters for projectName, + config, ticketsDir, sessionsDir, agentsPath. Uses `setActiveProject()` / + `getActiveProject()` from `lib/studio.js`. +- `lib/dashboard/orchestrator.js` — Constructor takes `projectContext` instead + of raw `ticketsDir`/`sessionsDir`. Methods read `this.projectContext.ticketsDir` + etc. No change to workspace creation/running (worktrees already carry their own + paths). Add `switchProject(name)` that delegates to `projectContext.switchTo()`. +- `lib/dashboard/server.js` — New routes: + - `GET /api/projects` — returns `listStudioProjects()` + active project name + - `POST /api/projects/select` — body `{ name }`, calls `orchestrator.switchProject()` + - Existing routes (`/api/tickets`, `/api/brief`, etc.) continue to read from + `orchestrator.ticketsDir` (now dynamically scoped via project context) + - `GET /api/config` — include `activeProject` in response +- `commands/dashboard.js` — Create `ProjectContext`, pass to orchestrator and server. + Read `getActiveProject()` on startup. +- `commands/remote.js` — Same `ProjectContext` wiring. +- `test/lib/project-context.test.js` (NEW) — Unit tests for ProjectContext. + +## Step-by-step plan + +- [ ] Create `lib/dashboard/project-context.js`: + - `constructor(root, config)` — resolves initial project from + `getActiveProject(root)` or falls back to config.project. + - `switchTo(name)` — validates name exists in `listStudioProjects(root)`, + reads project config, resolves ticketsDir/sessionsDir/agentsPath, + calls `setActiveProject(root, name)`. + - Getters: `projectName`, `config`, `ticketsDir`, `sessionsDir`, `agentsPath`. + - `isStudio()` — returns whether project switching is available. +- [ ] Update `Orchestrator` constructor to accept `projectContext` and read paths + from it. Keep backward-compatible: if no `projectContext`, use raw args + (for tests and non-studio usage). +- [ ] Add `switchProject(name)` to `Orchestrator` — delegates to projectContext, + broadcasts a 'project_switched' event via SSE. +- [ ] Wire `GET /api/projects` and `POST /api/projects/select` in server.js. +- [ ] Update `GET /api/config` to include `activeProject` and `isStudio`. +- [ ] Update `commands/dashboard.js` to create ProjectContext and pass it. +- [ ] Update `commands/remote.js` similarly. +- [ ] Tests: ProjectContext switching, API endpoints, non-studio returns 400. +- [ ] Verify: `npm test` + `npm run lint` green. + +## Risk areas + +- **Ticket prefix collision.** Two studio projects can have the same ticket + prefix. Workspace filtering by prefix would match the wrong project. + Mitigate: filter by ticketsDir path, not prefix. +- **Config cache staleness.** ProjectContext caches the project config at + switch time. If the config file changes on disk (another terminal ran + `bobby init`), the cached config is stale. Acceptable for v1 — switching + re-reads. +- **Orchestrator method references.** Many orchestrator methods reference + `this.ticketsDir` directly. Search for all references and change them to + read from `this.projectContext?.ticketsDir || this.ticketsDir`. + +## Dependencies + +- TKT-068 (converged trunk) — satisfied +- TKT-069 (target repo resolution) — satisfied; `ws.repoRoot` per-workspace + means project B's repos don't collide with project A's +- Studio infrastructure (`lib/studio.js`) — present on trunk + +## Feature Context (parent TKT-020) + +- **Depends on:** TKT-069 (ws.repoRoot ensures cross-project repo targeting works), + studio.js infrastructure (listStudioProjects, setActiveProject, getActiveProject). +- **Provides:** ProjectContext and `/api/projects/select` — used by TKT-067 + (tunnel routes by current project) and TKT-024 (newly created projects + become selectable). +- **Deviations:** None from feature-plan. + +## Complexity + +**Medium** — new ProjectContext class + orchestrator/server threading + 2 API +routes. The blast radius is well-contained: workspaces are already self-describing +and running agents don't read the orchestrator's project context. diff --git a/.bobby/tickets/TKT-022--studio-mode-switch-projects-from-inside-the-app/review.md b/.bobby/tickets/TKT-022--studio-mode-switch-projects-from-inside-the-app/review.md new file mode 100644 index 0000000..c1cebe1 --- /dev/null +++ b/.bobby/tickets/TKT-022--studio-mode-switch-projects-from-inside-the-app/review.md @@ -0,0 +1,204 @@ +## Review — TKT-022 (re-review, cycle 6) + +### Verdict: Approved with Notes + +D1 and D2 — the two run-scoped reads cycle 5 rejected on — are genuinely fixed, and I +adversarially verified each rather than inheriting the builder's claim: **reverting D1 fails +exactly its own test and no other; reverting D2 fails exactly its own test and no other** +(evidence below). B3, C1, C2, AC1/AC4, the getter conversion and decision hygiene were +re-verified from source, not carried over. Full suite green, lint clean. + +The remaining items (N1–N5) are notes, not blockers — one is a defensible-but-improvable error +fallback, one a stale test comment, three carried forward from cycle 5. None fails an AC. + +--- + +### Files Reviewed + +- **`lib/dashboard/orchestrator.js`** — the D1/D2 fix (commit `8efd1cb`), plus a full re-audit of + every constructor-captured field derived from config, and every caller of `_pipelineFor` / + `this.pipeline`. Restored byte-identical to HEAD after the adversarial reverts (`git diff` empty). +- **`lib/dashboard/project-context.js`** — `_resolveTo` (C1) re-read: config resolved **before** any + of the four fields is assigned; `switchTo` persists (`setActiveProject`) only after `_resolveTo` + returns, so a throw leaves the context wholly on the old project and unpersisted. +- **`lib/dashboard/executor.js`** — C2 env merge order re-verified. +- **`lib/dashboard/server.js`** — core App UI routes (`/api/config`, `/api/tickets`, + `/api/workflows`, `/api/projects`) all read `activeConfig()`/`boardDir()` (live); the plugin + `register` payload (`:966`) hands boot `config`/`ticketsDir` beside a live `orchestrator`. +- **`lib/workflow.js`** — `resolveWorkflow(config, 'default')` verified un-throwable (the D2 catch). +- **`test/lib/dashboard/orchestrator-project-pin.test.js`** — the new `createWorkspace`-based + fixture and the two new behavioural tests. + +--- + +### Code Concerns + +#### D1 — auto_approve_stages on the exit path: FIXED and verified + +`orchestrator.js:870` now reads `this._configFor(ws)?.dashboard?.auto_approve_stages`. `_configFor` +resolves the run's pinned project (`ws.project`), so the exit's auto-approve decision follows the +run's own project, not the UI's. + +Adversarial: reverting line 870 to `this.config` → + +``` +✕ auto-approve after a switch follows the RUN's project, not the UI's +10 passed, 1 failed (only the D1 test) +``` + +The sibling test `auto-approve … against the run's own board` stays green on the revert — correct, +because it sets `auto_approve_stages` at the shared studio root (both projects identical), so it +tests the BOARD pin, not the config pin. The new D1 test is the only one that can see the config bug, +and it does. + +#### D2 — `_pipelineFor` short-circuit: FIXED and verified + +`orchestrator.js:1306-1314` no longer special-cases `ws.pipeline === this.pipelineName`. It resolves +`resolveWorkflow(this._configFor(ws), (ws && ws.pipeline) || this.pipelineName)`, so a workspace on +the `default` pipeline resolves **its own project's** `default`, not the boot project's. + +- The catch is safe: `resolveWorkflow(config, 'default')` cannot throw — `lib/workflow.js:101` guards + only *non-default* names; a missing or malformed `default` degrades to `DEFAULT_WORKFLOW` (`:99`,`:104`). +- **No raw `this.pipeline` read survives** — grep shows only the constructor assignment (`:107`) and a + doc comment (`:1298`). Both `_pipelineFor` callers (`_promptContext:703`, `_resolveNextAgent:1398`) + are run-scoped and want the per-project answer; the fix does not hand the server default to anything + that needed it, nor the per-project answer to anything that needed the default. +- Null / contextless `ws`: `name = this.pipelineName`, `config = _configFor(null) = this.config` (boot + off-studio), so it returns the boot default — same as the old `this.pipeline`. Off-studio inert. + +Adversarial: restoring the short-circuit → + +``` +✕ a run advances through its OWN project's workflow after a switch +10 passed, 1 failed (only the D2 test) +``` + +#### Constructor-captured derivatives of config — full re-audit (the cycle's core question) + +| constructor field | initialiser | per-project? | run-scoped read after a switch | verdict | +|---|---|---|---|---| +| `this.pipeline` | `resolveWorkflow(bootConfig,'default')` | yes (`workflows` cascades) | only via `_pipelineFor` now | **fixed (D2)** | +| `this.pipelineName` | `'default'` (a NAME) | no — resolution is per-project, the name is not | stored on the record, re-resolved by `_pipelineFor` | ✅ | +| `this.lockFile` | `mainCheckoutLockPath(repoRoot, config)` | only via `bobby_dir` | repo runs use it; merges use `ws.lockFile || this.lockFile` | ✅ (see N5) | +| `this.repoRoot` | passed in (studio root) | no — shared container | merges pin `ws.repoRoot`; worktree runs pin `ws.repoRoot`; repo runs use studio root **by design** | ✅ | +| `this.agentsPath` | `.claude/agents` | no — agents live at the studio | prompt building | ✅ | +| `this._config` | boot config | — | fallback only | ✅ | + +On the specific question asked — **can a repo run started after a switch get the wrong `lockFile`?** +No. A repo run does **not** call `_resolveTargetRepo`; it always targets `this.repoRoot` (the studio +root) and `this.lockFile` (that directory's lock), regardless of the active project. That is +project-agnostic by construction (TKT-069: repo runs have no target-repo resolution), so a switch +cannot make it *wrong* — it is the same answer switch-or-no-switch, and it locks exactly the directory +a repo run edits (`worktreePath: this.repoRoot`, `:455`). Worktree runs and merges, which DO vary by +project, both pin `ws.repoRoot`/`ws.lockFile` from `_resolveTargetRepo` at creation. No new +inconsistency is introduced. + +#### N1 (note) — `_configFor`'s error fallback returns the LIVE config + +`_configFor` (`:158-170`) catches a throw from `configForProject(root, ws.project)` and returns +`this.config` (**live**, post-switch). The more defensible run-scoped fallback is `this._config` +(**boot** — immutable, and in the common boot==run-project case exactly right); the live value +reintroduces the precise live/pinned coupling this ticket exists to remove. + +Why it is a note and not a blocker: an ordinary switch **never reaches the catch** — when the run's +project still exists, line 163 `configForProject(root, 'alpha')` succeeds and returns alpha's config +correctly. The catch fires only if the run's own project is renamed/removed/corrupted *mid-run*, an +orthogonal failure to "switching to B disturbs A." So AC3 for the switch itself is fully met. For the +auto-approve read specifically, the safest fallback would actually be `[]` (treat an unreadable run +config as *no* auto-approve) rather than any other project's config. + +#### N2 (note) — the new test's header comment is now stale + +`orchestrator-project-pin.test.js:16-18` says "The worktrees are plain directories: git ops fail soft +(checkpointError) and `headSha` returns null." That was true of the old hand-built fixture. `seed()` +now goes through the real `createWorkspace`, which cuts **real** git worktrees from the studio-root +repo, so `commitCheckpoint`/`headSha` actually execute. Immaterial to every assertion — each exit test +advances the stage, and `_producedNothing` short-circuits on `stageAdvanced` (`:944`) before it ever +reads `headSha` — but the comment misdescribes the mechanism it documents. + +#### N3 (note, carried from R5) — two user-facing messages still read live config + +`_notePermissionDenial` (`:757`) and `_noOpReason` (`:960`) build their text from +`resolvePermissionMode(this.config, …)` while the posture the run *used* came from `_configFor(ws)`. +After a switch they name the other project's value. Message-only. + +#### N4 (note, carried) — plugin seam / TKT-071 + +`plugin.register` (`:966`) hands extensions boot `config`/`ticketsDir` beside a live `orchestrator`. +Correctly filed as **TKT-071**, and genuinely separable from this ticket's ACs (see AC2 below). + +#### N5 (note, theoretical) — `bobby_dir` override would move the lock path + +If a project overrode `bobby_dir`, two projects would compute different `mainCheckoutLockPath` for the +one physical studio checkout, defeating the mutual exclusion. Not default-reachable; note only. + +--- + +### Decision Violations + +**None.** Re-checked the changed code against `bobby decision list`. Hygiene on the two prior TKT-022 +swaps is correct (`orchestrator-reads-tickets-from-the-workspaces-own-board` and +`concurrency-cap-refuses-per-orchestrator`, both carrying `supersedes`). + +**New decision recorded:** `run-scoped-reads-pin-to-the-workspaces-project` — codifies that every +post-launch read (board AND config, including constructor-captured derivatives like `this.pipeline`) +resolves against the workspace's pinned project via `_ticketsDirFor`/`_configFor`, never the live +getter. This class of defect recurred across all six review rounds; the decision turns "is this read +run-scoped?" into the standing review question. + +--- + +### AC Verification + +- [x] **AC1 — lists projects and switches: MET.** `commands/app.js` constructs `ProjectContext` and + passes it to the Orchestrator; `/api/projects` + `/api/projects/select` are live. Covered by the + e2e suite that spawns the real command. +- [x] **AC2 — switching re-scopes tickets, workspaces and the brief: MET.** Tickets, brief, prefix, + target repo, `/api/config` and `/api/workflows` re-scope (B3 fixed — the two-repo test asserts + the worktree's real `MARKER.txt`), and now the **workflow** a default-pipeline workspace advances + through comes from its own project (D2). The plugin-seam staleness (N4/TKT-071) touches only + plugin-registered `/api/pro/*` routes; the App UI's own board/config/workflows come from core + **live** routes, so the shipped UI shows the correct project after a switch. Not an AC gap. +- [x] **AC3 — a running agent in A is not disturbed by switching to B: MET.** Board pin, session pin, + `BOBBY_PROJECT`, permission/executor/model, and now `auto_approve_stages` (D1) all resolve + against the run's pinned project. Verified by the exit-after-switch tests. +- [x] **AC4 — the selected project survives a reload: MET.** `setActiveProject` on every switch; + `/api/config.activeProject` reports it and `project`/`stack`/`target` agree. + +--- + +### Test/Lint Output + +- Tests: **PASS** — 1275 passed, 46 skipped, 1321 total; 70 passed / 1 skipped of 71 suites, exit 0 + (`npm test`, 112s). Matches the builder's claim. +- Lint: **PASS** — 0 errors, 37 warnings (all pre-existing `no-unused-vars` in test files). +- Pin suite: 11/11 green. +- **Adversarial, re-run this cycle:** revert D1 → 1 failure, the D1 test only. Revert D2 → 1 failure, + the D2 test only. The builder's "reverting either fix fails exactly its own test" is accurate. + +### Test Quality + +The new fixture is a real improvement: `makeStudio` takes per-project config and deep-merges +`dashboard`, so alpha/beta can hold *different* settings — the distinction the single-root fixture +could not express, which is what hid D1. `seed()` delegates to the real `createWorkspace` against a +git-backed studio, closing the hand-wired-record divergence that bit the author three times. The two +new tests assert **consumer behaviour** (which agent launches; whether `approve()` reaches +`ready_to_merge`), not a helper's return value — which is exactly the gap cycle 5 identified. + +Leak check: real worktrees are cut under `tmp/studio/wt`; `afterEach` does +`fs.rmSync(tmp, { recursive: true, force: true })`, so an assertion throwing mid-test cannot orphan a +worktree or temp dir outside `tmp`. Good. + +Only nit: the stale header comment (N2). + +### Notes + +- Everything cycle 5 asked for landed, and the adversarial reverts confirm the fixes are load-bearing + and precisely scoped. +- The pattern for whoever maintains this: after forcing a field to a live getter, audit (a) every read + of it, classified live-vs-pinned by *when* it runs, and (b) every constructor field *derived* from + it — `this.pipeline` carried no `this.config` reference, which is why the grep missed it. Now + captured in `learnings.local.md` and the new decision. +- Off-branch files (lighthouse, chat, executor, worktree) belong to other tickets on this integration + branch and were not re-reviewed. +- `git status` clean; `lib/dashboard/orchestrator.js` byte-identical to HEAD after the reverts. diff --git a/.bobby/tickets/TKT-022--studio-mode-switch-projects-from-inside-the-app/test-cases.md b/.bobby/tickets/TKT-022--studio-mode-switch-projects-from-inside-the-app/test-cases.md index b20314b..9e3b316 100644 --- a/.bobby/tickets/TKT-022--studio-mode-switch-projects-from-inside-the-app/test-cases.md +++ b/.bobby/tickets/TKT-022--studio-mode-switch-projects-from-inside-the-app/test-cases.md @@ -1,10 +1,95 @@ -# Test Cases +# Test Cases — TKT-022: Studio mode — switch projects from inside the app -_Add test cases here during planning._ +## TC-1: ProjectContext initializes from active-project file -## Test Case 1 +**Precondition:** Studio with two projects (alpha, beta). `.bobby/active-project` contains "beta". +**Steps:** +1. Create `new ProjectContext(root, config)`. +2. Read `projectContext.projectName`. +**Expected:** Returns "beta". `ticketsDir` resolves to `.bobby/beta/tickets`. + +## TC-2: ProjectContext falls back to first project when no active-project file + +**Precondition:** Studio with projects. No `.bobby/active-project` file. +**Steps:** +1. Create `new ProjectContext(root, config)`. +2. Read `projectContext.projectName`. +**Expected:** Returns the first project from `listStudioProjects()`. + +## TC-3: ProjectContext.switchTo re-scopes all paths + +**Precondition:** ProjectContext initialized to project "alpha". +**Steps:** +1. Call `projectContext.switchTo('beta')`. +2. Read `projectName`, `ticketsDir`, `sessionsDir`. +**Expected:** All point to the "beta" project's directories under `.bobby/beta/`. +`.bobby/active-project` file now contains "beta". + +## TC-4: switchTo throws on unknown project name + +**Steps:** +1. Call `projectContext.switchTo('nonexistent')`. +**Expected:** Throws with a message naming the project. + +## TC-5: GET /api/projects lists studio projects + +**Precondition:** Studio with three projects; "alpha" is active. +**Steps:** +1. GET `/api/projects`. +**Expected:** 200 with `{ projects: ['alpha', 'beta', 'gamma'], active: 'alpha' }`. + +## TC-6: POST /api/projects/select switches the active project + +**Precondition:** Studio with projects; "alpha" is active. +**Steps:** +1. POST `/api/projects/select` with body `{ name: 'beta' }`. +2. GET `/api/projects`. +**Expected:** Select returns 200. GET shows `active: 'beta'`. + +## TC-7: Switching does not interrupt running agents in another project + +**Precondition:** A workspace is running an agent for project "alpha". +**Steps:** +1. POST `/api/projects/select` with body `{ name: 'beta' }`. +2. Check the running process map on the orchestrator. +**Expected:** The alpha workspace's process is still in the running map. +Status is still 'running'. No SIGTERM was sent. + +## TC-8: Tickets API returns tickets for the active project only + +**Precondition:** Studio. Project "alpha" has TKT-001. Project "beta" has TKT-002. +**Steps:** +1. Switch to "alpha". +2. GET `/api/tickets`. +3. Switch to "beta". +4. GET `/api/tickets`. +**Expected:** Step 2 returns TKT-001 (not TKT-002). Step 4 returns TKT-002 (not TKT-001). + +## TC-9: Selected project survives page reload via GET /api/config + +**Precondition:** Active project is "beta". +**Steps:** +1. GET `/api/config`. +**Expected:** Response includes `activeProject: 'beta'` and `isStudio: true`. + +## TC-10: Non-studio project — /api/projects returns 400 + +**Precondition:** A single-project (non-studio) dashboard. +**Steps:** +1. GET `/api/projects`. +**Expected:** 400 with error message indicating project switching is not available. + +## TC-11: Non-studio project — /api/projects/select returns 400 + +**Precondition:** A single-project (non-studio) dashboard. +**Steps:** +1. POST `/api/projects/select` with body `{ name: 'anything' }`. +**Expected:** 400 with error message. + +## TC-12: ProjectContext.isStudio returns correct value -**Preconditions:** +**Precondition:** A studio config with `studio: true`. **Steps:** -1. -**Expected Result:** +1. Create `new ProjectContext(root, config)`. +2. Call `projectContext.isStudio()`. +**Expected:** Returns true. For a non-studio config, returns false. diff --git a/.bobby/tickets/TKT-022--studio-mode-switch-projects-from-inside-the-app/ticket.md b/.bobby/tickets/TKT-022--studio-mode-switch-projects-from-inside-the-app/ticket.md index edaed67..b16ef24 100644 --- a/.bobby/tickets/TKT-022--studio-mode-switch-projects-from-inside-the-app/ticket.md +++ b/.bobby/tickets/TKT-022--studio-mode-switch-projects-from-inside-the-app/ticket.md @@ -1,12 +1,12 @@ --- id: TKT-022 title: 'Studio mode: switch projects from inside the app' -stage: backlog +stage: shipping type: feature priority: medium area: api author: unknown -assigned: null +assigned: bobby-review services: null workflow: null blocked: false @@ -14,7 +14,7 @@ blocked_reason: null previous_stage: null parent: TKT-020 created: '2026-08-07' -updated: '2026-08-07' +updated: '2026-08-17' --- ## Description @@ -35,3 +35,46 @@ projects without restarting the server. - [ ] The selected project survives a page reload ## Comments +- [2026-08-17] bobby-ship: PR created: https://github.com/ccevans/bobbycode/pull/12 (with TKT-021). Awaiting manual merge. NOT moved to done: CI is red on the PR — 3 failures in test/lib/project.test.js, pre-existing on main since a3fe211 and unrelated to this ticket. Filed as TKT-072. +- [2026-08-16] bobby-review: Approved with notes (cycle 6): D1 (auto_approve_stages pinned via _configFor in _onExit) and D2 (_pipelineFor resolves per-project, no boot short-circuit) both verified by adversarial revert — each reversion fails exactly its own test and no other. Re-audited every constructor-captured config derivative: this.pipeline fixed (only read via _pipelineFor now, no raw read survives), lockFile/repoRoot are the shared studio root and pinned per-ws for the paths that vary; repo runs are project-agnostic by design so a switch cannot mis-lock them. B3/C1/C2/AC1/AC4 re-verified from source. Suite 1275 pass / 46 skip exit 0; lint 0 errors. Notes (non-blocking): N1 _configFor error fallback returns live config (recommend boot _config), N2 stale test header comment, N3 two message-only live reads, N4 plugin seam = TKT-071 (separable — App UI reads core live routes), N5 theoretical bobby_dir lock. Recorded decision run-scoped-reads-pin-to-the-workspaces-project. +- [2026-08-16] system: D1 (auto-approve) and D2 (workflow) pinned to the run's project; fixture blind spot closed via real createWorkspace +- [2026-08-16] user: D1 and D2 fixed. D1: auto_approve_stages in _onExit now reads _configFor(ws) — whether an unattended agent launches follows the run's own project, not the UI's. D2: _pipelineFor no longer short-circuits to the constructor-captured this.pipeline; it always resolves ws.pipeline against the run's project config, so a beta run advances through beta's workflow and does not skip beta's security stage. D2 was invisible to a this.config grep because this.pipeline is a constructor field DERIVED from config, not a config read — the getter conversion audit needs to cover constructor-captured derivatives, not just direct reads (learning already recorded by the reviewer). Test rework addressing the fixture blind spot the reviewer identified: makeStudio now takes per-project config and deep-merges dashboard so two projects can differ (the single-root fixture is what hid D1); seed() goes through the REAL createWorkspace against a git-backed studio so it cannot pin fields differently than production (the recurring hand-wired-fixture divergence, now closed); two behavioural tests assert the observable outcome (which agent launches) in both directions, and reverting either fix fails exactly its own test and nothing else. Full suite 1275 passed / 46 skipped / 71 suites, exit 0; lint 0 errors. Non-blocking, NOT fixed here and filed as a follow-up: server.js hands plugins the boot config/board (register is called once at buildServer), so a plugin that reads its passed-in config rather than orchestrator.config sees the boot project after a switch — pre-existing, but TKT-022's switching is what makes it stale, and the App UI ships as a plugin. Deferred empty-studio boot refusal still out of scope (agreed by R3/R4/R5). +- [2026-08-16] system: REJECTED: REJECTED on two run-scoped reads left LIVE that should be pinned - same family as R1/B3, both invisible to the green suite. B3, C1 and C2 are genuinely fixed and re-verified, the getter conversion itself is clean (no external reader and no writer of orchestrator.config exists anywhere in lib/commands/bin/test, so the absent setter breaks nothing), and _resolveTargetRepo is only ever reachable from createWorkspace so live is right there. + +D1 BLOCKER (AC3) - orchestrator.js:866 in _onExit reads this.config?.dashboard?.auto_approve_stages LIVE. cascadeProject (config.js:170) deep-merges dashboard per project, so this is a per-project key, and every other decision in _onExit was pinned. PROVEN both directions on a two-project studio whose projects have DIFFERENT auto_approve_stages, letting an alpha run exit after a switch to beta: (A) alpha [planning] / beta [] -> expected 2 launches, got 1, alpha automation silently stops; (B) alpha [] / beta [planning] -> expected 1 launch, got 2, approve() launched an agent unattended that alpha config explicitly forbids. Direction B is the serious one and it is the failure approval-gate-before-next-agent exists to prevent. Cycle 4 named auto_approve_stages (:805) in its own list of stale reads; five of that list were converted and this one was not. FIX (one line, verified - both directions pass and the pin suite stays 9/9 green): const autoApproveStages = this._configFor(ws)?.dashboard?.auto_approve_stages || []; + +D2 BLOCKER (AC2) - _pipelineFor (orchestrator.js:1290-1293) short-circuits on ws.pipeline === this.pipelineName and returns this.pipeline, which is CAPTURED IN THE CONSTRUCTOR from the boot config (app.js:119-123 passes resolveWorkflow(config, default)). createWorkspace stores pipeline: pipelineName || this.pipelineName, so every workspace created without an explicit workflow gets default, takes the short-circuit, and never reaches the _configFor(ws) line below it - that line is almost dead code. workflows deep-merges per project (this repo own bobbycode-default-workflow-ends-at-review is such an override), so PROVEN with alpha default [plan,build,review] and beta default [plan,build,review,security]: _pipelineFor for a beta workspace returns planning-building-reviewing (alpha), beta ticket reaching beta security stage resolves next agent null instead of bobby-security, and approve() marks it ready_to_merge - beta configured security stage silently skipped. _pipelineFor also feeds _promptContext.workflow so the prompt describes the wrong pipeline. Note the named-workflow path is FINE (betaflow resolves correctly); only the default one is broken, which is why it looks fixed. FIX: drop the || ws.pipeline === this.pipelineName clause and let the resolveWorkflow branch handle the default name too - its catch already degrades to this.pipeline - keeping the short-circuit only for !ws || !ws.pipeline. + +TESTS - the blockers survived because of a fixture blind spot, and this must land with the fix. makeStudio writes studioConfig to the SHARED studio root, which both projects inherit, so alpha and beta always have identical dashboard.* and no test in that file can tell a live read from a pinned one. The suite own auto-approve test (:200-217) sets auto_approve_stages at the root and stays green with D1 present - it genuinely tests the BOARD pin, it just cannot see the config bug beside it. Deeper: reverting _configFor to this.config fails EXACTLY ONE test (your claim is accurate) and that test asserts o._configFor(ws).ticket_prefix - the helper return value. Not one of its five consumers (permission posture, executor, model, _pipelineFor, _promptContext) has a test that would notice the pin vanishing. Required with the fix: (1) give makeStudio a per-project settings argument so the two projects can differ in a dashboard key - without it no D1 regression test can be written at all; (2) two BEHAVIOURAL tests - an alpha run exiting after a switch with the projects disagreeing on auto_approve_stages asserting the launch count from alpha config, and a beta workspace on the DEFAULT workflow asserting the next agent / that approve() does not jump to ready_to_merge; (3) have seed() delegate to the real createWorkspace except where a legacy unpinned record is the point - that is the hand-wired divergence that bit you twice. + +BOTH FIXTURE EDITS IN c7f2a31 ARE LEGITIMATE, judged independently. orchestrator-pipeline.test.js config -> _config is REQUIRED, not cosmetic: config is an accessor with no setter so Object.assign(Object.create(prototype), {config}) throws in strict mode, and seeding _config is exactly what the constructor does. wire()/makeStudio() writing to disk is correct too - in a studio the config genuinely comes from disk, so constructor-passed settings SHOULD be ignored, and that is safe for real callers since both production sites pass readConfig(root) which cycle 4 proved deep-equals configForProject. + +VERIFIED FIXED, not inherited: B3 (the two-repo test asserts the worktree actual MARKER.txt contents, not a path string), C1 (_resolveTo reads the config above all four assignments so a throw leaves the context wholly on the old project), C2 (executor.js:334-338 spreads the caller env LAST so BOBBY_PROJECT wins over an inherited one, cleanExecutorEnv strips only CLAUDECODE and CLAUDE_CODE*, and it is correct for worktree runs, repo runs and chat turns; ws.project null sets nothing, so a non-studio run is unchanged, not newly broken), B1, B2, AC1, AC4, and the cycle-2 wiring. Decision hygiene is correct and honest - both swaps carry supersedes and invalidated dates, and concurrency-cap-refuses-per-orchestrator states the shared-budget consequence rather than hiding it. + +RULINGS ASKED FOR. Shared concurrency budget: ACCEPTABLE as shipped and the decision describes it honestly. Only gap is presentation - _assertConcurrencyHeadroom refusal lists ticket ids with no project label, so a user on beta is refused by three ids not on their board. Follow-up ticket, not a blocker. Empty-studio boot refusal: still OUT OF SCOPE, agreed a third time. + +NON-BLOCKING NOTES. N1: _notePermissionDenial (:757) and _noOpReason (:956) build user-facing messages from this.config while the run actual posture came from _configFor(ws), so after a switch they name the other project value and tell the user to raise a key that already has it - message-only, cheap to convert alongside D1. N2: server.js:966-968 plugin.register hands extensions the BOOT config and BOOT ticketsDir beside a LIVE orchestrator; that line was not touched by this ticket but TKT-022 is what made it stale, and it matters because the App UI itself ships as a plugin - either pass activeConfig()/boardDir() (both already defined above the block) or document that extensions must read orchestrator.config. N3: this.repoRoot and this.lockFile are correctly boot-captured (both name the studio root, shared across projects); only theoretical risk is a project overriding bobby_dir moving mainCheckoutLockPath. + +THE PATTERN, for the fix: converting a field to a live getter is only half the job - the other half is auditing every read of it AND every constructor field whose initialiser mentions the config. this.pipeline (D2) contains no this.config reference at all, which is why grepping for this.config did not surface it. Full detail, including the per-site live-vs-pinned table for every remaining read, in review.md. +- [2026-08-16] user: Correction to the previous comment: two terms were lost to shell backtick evaluation when it was written. It should read "the workspace record pins project, the name both the dirs and the config derive from" (the word project was swallowed), and "the agent's own bobby ticket move resolves via resolveActiveProject" (the command name was swallowed, and was in fact executed with no arguments, which errored harmlessly on the missing id and changed nothing). No other content was affected and the technical claims stand as written. +- [2026-08-16] system: B3 (wrong repo after switch), C1 and C2 fixed; config now pinned per run like the board +- [2026-08-16] user: B3, C1, C2 fixed. B3: Orchestrator.config is now a live getter over the project context, so _resolveTargetRepo reads the ACTIVE project's project_repos — a beta workspace is cut from beta's repo. Proven with two real git repos carrying distinct MARKER.txt files, asserting the worktree's contents, not a path string. /api/config (project, stack, target) and /api/workflows now read activeConfig() too, so neither contradicts activeProject any more. Beyond the repro: the run-scoped reads are now pinned like the board — _configFor(ws) feeds permission posture, executor, model, workflow resolution and the whole prompt context (services, git_conventions, productDir), and the workspace record pins , the name both the dirs and the config derive from, so the pins cannot disagree. C2 (scored non-blocking, actually a hole through AC3): the agent's own resolves via resolveActiveProject, which falls back to .bobby/active-project — the file the UI rewrites on every switch — so an alpha run moved its ticket on beta's board. The child now launches with BOBBY_PROJECT set to the run's project. C1: _resolveTo reads the target config before assigning state, so a throw leaves the context wholly on the old project, persisted file included. Adversarially verified: reverting B3, the config pin, or C2 fails exactly its own test and nothing else. Decision hygiene: concurrency-cap-refuses-per-server-process claimed 'per project per server process' — false once one orchestrator spans projects — invalidated and re-recorded as concurrency-cap-refuses-per-orchestrator. BEHAVIOUR CHANGE worth a reviewer's ruling: the concurrency budget is now genuinely shared across projects (three agents on alpha, switch to beta, one slot left). Correct in my view — same machine, same subscription — but a user-visible change, not just an internal fix, and nothing surfaces it in the UI. Also note two of my own new tests failed first run because the seed() helper hand-built records without the pinned project; that is the third time in this ticket a hand-wired fixture has diverged from what the real code path produces. Suite 1273 passed / 46 skipped / 71 suites, exit 0. Lint 0 errors, 37 pre-existing warnings. +- [2026-08-16] system: REJECTED: B3 (AC2): the switch re-scopes the board and the ticket prefix but NOT the orchestrator's config, and Orchestrator.this.config is the boot project's cascade that nothing re-points. WORST CONSEQUENCE, proven live on a studio with a two-repo group (alpha->repos/appa, beta->repos/appb, each carrying a MARKER.txt): boot alpha, POST /api/projects/select {name:beta}, POST /api/workspaces {ticketId:BE-001} -> 201 with workspace.repoRoot = studio/repos/appa and MARKER.txt in the worktree saying 'this is appa'. The beta ticket's worktree is cut from ALPHA's repo, so the agent edits the wrong project's codebase on a branch in the wrong repository. Mirror image confirms the cause: 'bobby app --project beta', switch to alpha, create a workspace for AL-001 -> repoRoot = repos/appb. Root cause: _resolveTargetRepo (orchestrator.js:281-282) reads this.config.project_repos, and project_repos is set per-project by cascadeProject (config.js:174). TWO MORE INSTANCES from the same runs: after selecting beta, GET /api/config returns project:'alpha' + stack:'nextjs' beside activeProject:'beta' — the exact self-contradiction cycle 3 rejected on, fixed for the --project path and still broken for the switch path (your own e2e test asserts body.project==='beta' at boot, so this field is meant to be the active project); and GET /api/workflows lists alphaflow, omitting beta's betaflow, which createWorkspace:199 then refuses via resolveWorkflow, so beta's workflows are unusable until restart. Also stale from this.config: resolvePermissionMode, resolveExecutor, dashboard.model, auto_approve_stages, computeWorktreePlacement's git_conventions/worktree_root, and the whole config object handed to buildPromptFor. FIX: mirror activeConfig() onto the Orchestrator as a live 'get config()' backed by projectContext.config, and convert /api/config + /api/workflows to activeConfig(). Mind the pinning interaction: creation-time reads (_resolveTargetRepo, computeWorktreePlacement, resolveWorkflow:199) read LIVE; per-run reads (buildPromptFor:638, resolvePermissionMode:696, resolveWorkflow:1232) must read a config pinned on the workspace record, exactly as _ticketsDirFor pins the board. TEST: give the two fixture projects DIFFERENT REPOS (the current fixture differs only in prefix, which is why it can only catch the prefix bug), then boot alpha, switch beta, POST /api/workspaces for a beta ticket and assert workspace.repoRoot is beta's repo; plus assert /api/config.project==='beta' and betaflow in /api/workflows AFTER a switch. C1 SHOULD-FIX, a new failure mode from 8d469a2: _resolveTo assigns this._project = name BEFORE calling configForProject, which now reads .bobbyrc.yml off disk and can throw (malformed YAML mid-edit). Proven — the switch throws and leaves projectName=beta over alpha's board/config/sessions, the same contradiction class. The old spread could not throw (readProjectConfig guards existsSync and never read the root file). Resolve into locals and commit all four fields at the end. C2 note: BOBBY_PROJECT is inherited by spawned agents (cleanExecutorEnv strips only CLAUDE*), so after --project beta + a switch to alpha an agent's bare 'bobby ticket move' resolves beta — set it to the run's pinned project when you pin the config. DECISION HYGIENE: concurrency-cap-refuses-per-server-process says the cap is 'per project per server process' — false now that one Orchestrator spans projects; re-record with --supersedes. WHAT IS CONFIRMED FIXED, re-verified from scratch and not inherited: B1 (--project beta on an active-project=alpha studio serves beta's board/stack/workflows and does not rewrite the file; the no-selection studio's --project remedy works too), B2 (BE-002 after switching from alpha, on beta's board only, no alpha key leak), AC3 (pin suite 5 red un-pinned, 6 green restored), and the cycle-2 wiring. The lib/config.js refactor is proven behaviour-preserving: readConfig at efbf2cd vs HEAD deep-compared over 8 fixture shapes + BOBBY_PROJECT, all identical, and configForProject(root,'beta') deep-equals readConfig with BOBBY_PROJECT=beta. Empty-studio boot refusal stays out of scope, agreed again. TEST-CLAIM CORRECTION: 'reverting either half turns 5 of 18 red' is not accurate — I measured 3 red for the B1 half and 2 for the B2 half (union 5); every failure is for the right reason, the arithmetic is not. Suite 1269 passed / 46 skipped, exit 0; lint 0 errors, 37 pre-existing warnings — green with B3 present. +- [2026-08-16] system: B1 (--project ignored) and B2 (prefix/config not re-scoped) both fixed by removing ProjectContext's duplicate config resolution; 18 tests, adversarially verified +- [2026-08-16] user: B1 and B2 fixed — same cause, so one fix. ProjectContext was reimplementing config resolution. (B1) It re-derived the active project from .bobby/active-project alone, dropping the two higher rungs of resolveActiveProject's chain (explicit arg > BOBBY_PROJECT > file > sole project), so 'bobby app --project beta' served alpha's board while /api/config reported beta — a regression my b823e54 made live by constructing the context on the shipped path. It now takes config._project, with the file/first-project fallbacks kept for callers that build a config without readConfig. (B2) Its per-project config was {...bootConfig, ...projectFile}, which skipped the real cascade's rules (ticket_prefix precedence, the git_conventions/dashboard/workflows deep merges, project_repos vs repo_group) AND started from an already-cascaded config, so alpha's keys survived a switch to beta — consuming it naively would have traded a stale prefix for a leaky one. lib/config.js now exposes configForProject(root, project), the same cascade readConfig runs over a pristine studio base; readConfig's studio path and it share one cascadeProject so they cannot drift. server.js gains activeConfig() alongside boardDir()/sessionsBoardDir(), feeding both createTicket sites. Tests: 18 new/updated across test/e2e/app-studio-projects.test.js (a --project describe proving the flag wins over the file and does not rewrite it; a post-switch ticket getting BE- not AL- and landing on beta's board only) and test/lib/dashboard/project-context.test.js (the _project precedence, and the switch yielding beta's cascaded config with no alpha leak). Adversarially verified: reintroduce either half and 5 of the 18 go red, the other 13 stay green. Also took all five non-blocking notes on the e2e suite: child killed on startup timeout; retry listens on 'close' not 'exit' (it was dead code — the EADDRINUSE message had not drained); the off-studio describe's comment now says it is a regression guard rather than claiming to prove the wiring; the 400 test reads its own before-state instead of depending on the previous test; BOBBY_NO_REGISTRY=1 and BOBBY_PROJECT='' in the spawn env so a run cannot touch the developer's ~/.bobby or be masked by a stale export. Suite 1269 passed / 46 skipped / 71 suites, exit 0. Lint 0 errors, 37 pre-existing warnings. Still open and unchanged: the empty-studio boot refusal (no .bobby/active-project → 'bobby app' exits 1 from lib/config.js studioBoardDir) — the reviewer agreed it is out of scope, and B1's fix restores the --project hatch that its error message advertises. +- [2026-08-16] system: REJECTED: Cycle-2 blocker IS fixed (commands/app.js wires ProjectContext; verified live on a real studio) and AC3 re-verified adversarially (pin suite 5 red un-pinned, 6 green restored). Rejected on TWO NEW defects, both silent and both invisible to the full green suite. + +B1 REGRESSION (AC1/AC4), introduced by b823e54 itself: 'bobby app --project beta' serves ALPHA's board. bin/bobby.js:107-116 turns the global --project into BOBBY_PROJECT; readConfig/resolveActiveProject (lib/config.js:114-125) resolves the precedence chain explicit > BOBBY_PROJECT > .bobby/active-project > sole project into config._project. ProjectContext (project-context.js:37-39) THROWS THAT AWAY and re-derives via getActiveProject(root) || listStudioProjects(root)[0]; getActiveProject reads only the active-project FILE (studio.js:135-138) and never BOBBY_PROJECT. Since orchestrator.ticketsDir (:135) prefers projectContext over the correctly-resolved _ticketsDir, the wrong answer wins. PROVEN before/after on one fixture (active-project=alpha, alpha=TK-001, beta=TK-900): at HEAD --project beta gives /api/config {project:beta, activeProject:alpha} and /api/tickets 'TK-001 alpha work'; at e1e932c the same command gives 'TK-900 beta work'. /api/config also self-contradicts (project:beta vs activeProject:alpha) so the UI cannot render a consistent answer. commands/remote.js:74 has the identical construction. This ALSO breaks the escape hatch for the deferred no-selection issue: on a studio with no .bobby/active-project the startup error says 'or pass --project', and doing so opens alpha anyway via listStudioProjects()[0] — a state a fresh clone lands in, since active-project is gitignored and commands/studio.js:74 sets it only for the FIRST project. FIX: seed from the resolved value, keep the rest as fallback — const initial = this._studio ? (this._studioConfig._project || getActiveProject(root) || listStudioProjects(root)[0] || null) : (this._studioConfig.project || null). Add an e2e case launching the real command with --project beta against an active-project=alpha studio. + +B2 (AC2): switching re-scopes PATHS but not the project CONFIG. server.js:328 creates tickets with prefix: config.ticket_prefix from the BOOT config closure; boardDir() moves on switch, config never does. ProjectContext computes a per-project config and exposes get config() (:100) but NOTHING consumes it — Orchestrator has no config getter and server.js never calls pc.config. PROVEN (alpha prefix AL, beta prefix BE, booted alpha): POST /api/projects/select {name:beta} then POST /api/tickets created 'AL-001' and it landed in .bobby/beta/tickets/AL-001--made-while-on-beta, so beta's board now carries two prefixes once its counter mints BE-001. RELATED TRAP: ProjectContext._resolveTo (:53-55) cascades {...this._studioConfig, ...readProjectConfig(root,name)} but _studioConfig is ALREADY cascaded with the boot project, so the boot project's keys leak into every project switched to — proven: alpha-only key area_only_alpha:yes survives switchTo('beta'). So the obvious fix (read pc.config.ticket_prefix) is NOT sufficient; _resolveTo must cascade over the studio-level config. Fix both, and test: boot alpha, switch beta, create ticket, assert BE-001. + +Deletion of commands/dashboard.js is CLEAN — nothing references it (no dynamic import enumerates commands/, package.json ships the dir), nothing it did was lost, and the alias is verified live not assumed ('bobby dashboard --help' prints 'Usage: bobby app|dashboard'; the command returns isStudio:true + working /api/projects). Decision swap is CORRECT — every constraint from both invalidated entries is carried into orchestrator-reads-tickets-from-the-workspaces-own-board and the new entry matches the code read-for-read; nothing is unrecorded. The no-active-project exit 1 is legitimately OUT OF SCOPE (it is in resolveTicketsDir/studioBoardDir, predates this ticket, affects every command) — do NOT fix it here, but fixing B1 restores the --project remedy it advertises. + +Test suite 1263 pass/46 skip, exit 0; lint 0 errors, 37 pre-existing warnings — green WITH both blockers present. e2e suite should-fixes (non-blocking, detail in review.md): startAppOnce rejects at :96 without killing the child so a startup timeout orphans a live server and rmSync deletes the studio under it; the EADDRINUSE retry at :127 is dead code because it gates on stderr read via 'exit' (pre-drain) and app.js:170 process.exit(1) can truncate the message — use 'close'; the off-studio describe cannot fail for the reason :212-214 claims (deleting the wiring leaves it green — add expect(cfg.body.activeProject).toBe('solo')); test 4 at :208 depends on test 3's state; HOME is not overridden so an installed+licensed Pro package changes the server under test. Full detail in review.md. +- [2026-08-16] system: Wiring blocker fixed in commands/app.js, proven by an e2e suite that starts the real command; orphan deleted; all three should-fixes and the decision hygiene done +- [2026-08-16] user: Blocker fixed: commands/app.js now constructs ProjectContext and passes it to the Orchestrator — the shipped command has the feature. Verified against the REAL command, not a fixture: new test/e2e/app-studio-projects.test.js spawns 'node bin/bobby.js app' on a two-project studio and asserts GET /api/config carries isStudio+activeProject, GET /api/projects lists both, POST /api/projects/select re-scopes GET /api/tickets from alpha work to beta work, .bobby/active-project is written, and an unknown name 400s without moving the board; a second describe does the same against a single-project repo to hold off-studio inert (isStudio false, both routes 400). Adversarially checked: removing 'projectContext' from the app.js Orchestrator call turns the 4 studio tests red and leaves the 2 off-studio tests green. Also deleted the orphaned commands/dashboard.js (closes TKT-070) so the dead wiring cannot be mistaken for the live one — CLI still loads and 'bobby app' still answers to the dashboard alias. Should-fixes done: /api/sessions and /api/sessions/:id now read a live sessionsBoardDir() mirroring boardDir(); createRepoRun pins ticketsDir as well as sessionsDir. Decision hygiene done: orchestrator-reads-tickets-from-the-shared-board invalidated, replaced by orchestrator-reads-tickets-from-the-workspaces-own-board (--supersedes), which restates TKT-051's substance and absorbs a-run-is-pinned-to-the-board-it-started-on (also invalidated) so one active entry covers which board is read. FINDING, not fixed and out of scope: in a studio with no .bobby/active-project, 'bobby app' exits 1 before serving anything — readConfig/studioBoardDir (lib/config.js:451) refuses with 'Select a project: bobby project use '. So ProjectContext's own no-selection fallback (first project on the board) is unreachable from the app, and a brand-new studio needs one CLI command before the app will open. Pre-existing behaviour affecting every command; loosening it changes resolution semantics well beyond this ticket. Worth a follow-up. Suite 1263 passed / 46 skipped / 71 suites, exit 0. Lint 0 errors, 37 pre-existing warnings. +- [2026-08-16] system: REJECTED: AC1/AC2/AC4 fail on the shipped command: ProjectContext is wired into commands/dashboard.js, which bin/bobby.js does not register (it imports registerApp only; commands/app.js:67 carries .alias('dashboard')), and into commands/remote.js — but NOT into commands/app.js, which is the only local command that serves the app. Verified live on a real two-project studio: 'node bin/bobby.js app --port 7791' returns GET /api/config {isStudio:false, activeProject:null}, and GET /api/projects + POST /api/projects/select both 400 'not a studio'; 'node bin/bobby.js dashboard' prints 'now bobby app' and gives the identical three responses. ProjectContext itself resolves correctly when constructed (isStudio true, projectName alpha) — it is simply never constructed on that path. FIX: in commands/app.js mirror commands/dashboard.js:88/:101 — import ProjectContext, construct it with (root, config) before the Orchestrator, pass projectContext into the Orchestrator options; then prove it by starting the real command against a two-project studio and asserting /api/config carries isStudio+activeProject and that POST /api/projects/select re-scopes GET /api/tickets (a unit test that hand-wires its own orchestrator cannot catch this class — project-api.test.js is green today while the product is broken). Also decide the fate of commands/dashboard.js: it is unreachable, so delete it or the next feature gets wired there too. AC3 is NOW MET and verified adversarially — reverting the pin turns the new orchestrator-project-pin suite red 5 of 6, restoring it green 6 of 6; the pin fix, the scopeToProject rewrite and the new tests are all approved as-is. Should-fix while you are in there (not the blocker): /api/sessions (server.js:916,:926) computes sessionsDir from the BOOT config, so it is never re-scoped by a switch — use orchestrator.sessionsDir with the same fallback boardDir() uses; and createRepoRun pins sessionsDir but not ticketsDir, so a repo run started after a switch prompts against one board and logs to another. Decision hygiene: orchestrator-reads-tickets-from-the-shared-board still literally says the four reads go through this.ticketsDir, which is now false — re-record it with --supersedes so the list does not contradict itself. Full detail in review.md. +- [2026-08-15] system: AC3 blocker fixed: runs are pinned to their launch board; new orchestrator-project-pin suite exercises the exit after a switch +- [2026-08-15] user: Fixed the AC3 blocker. A workspace now PINS the board it was created on (ticketsDir/sessionsDir on the record, same pattern as TKT-069's repoRoot/lockFile), and every per-workspace read goes through _ticketsDirFor(ws)/_sessionsDirFor(ws): the exit stage re-read, prompt building (so an approve/reject relaunch after a switch is also pointed right), the existence check, feature children, session init + exec-event logging, readLatestSessionFile, and the mergedAt stamp. this.ticketsDir stays live for the UI's board and for picking a NEW ticket off it, so switchProject still re-scopes the UI exactly as before. scopeToProject now answers ownership from the pinned dir (exact, collision-proof) and only falls back to board membership for pre-pin records — via one listTickets Set per request instead of a findTicket readdir per workspace, which closes the non-blocking perf note too. New suite test/lib/dashboard/orchestrator-project-pin.test.js lets an alpha run actually EXIT while the UI sits on beta: stage/status read from alpha (5 of its 6 tests fail if the pin is removed), same-id-on-both-boards collision, auto-approve launching the next agent against alpha, session tail landing in alpha's sessions dir, createWorkspace pinning through real git, and the no-pin fallback. Decision recorded: a-run-is-pinned-to-the-board-it-started-on. Suite 1257 pass / 46 skipped, exit 0; lint 0 errors, 37 pre-existing warnings. +- [2026-08-15] system: REJECTED: AC3 fails: a run started in project A is disturbed by switching to B — its EXIT bookkeeping is not pinned to the launch project. In _onExit (lib/dashboard/orchestrator.js:689) findTicket(this.ticketsDir, ws.ticketId) reads the LIVE getter, so after a mid-run switchProject it resolves to project B's board, and _onExecutorEvent/_logSessionEvent (lines 608, 1274) log to B's sessions dir. Result: (1) A successful A-run whose agent moved its ticket is recorded as a no-op (findTicket on B's board returns null -> stageAdvanced false -> never reaches awaiting_approval); (2) prefix-collision variant (the exact hazard the plan's Risk section flags, mitigated for /api/workspaces but NOT here): findTicket returns an unrelated same-id ticket on B's board -> wrong nextStatus incl. awaiting_approval/ready_to_merge -> auto-approve (lines 748-756) can launch the next agent on the wrong board = silent cross-project corruption; (3) session log split across two dirs. TC-7 passes only because it asserts the process map immediately after the switch and never lets the run EXIT on B. FIX: pin ticketsDir+sessionsDir (or project name) at run() launch (~line 510) and thread them into settle/_onExit, _onExecutorEvent, _logSessionEvent instead of reading this.* live; switchProject may keep moving the UI/API board. Add a TC-7 assertion that lets an alpha run EXIT after switching to beta and asserts the stage/status was read from alpha's board, plus the same-id collision case. Non-blocking: scopeToProject (server.js ~236) calls findTicket (readdirSync) per workspace on every GET /api/workspaces poll — build a Set of ids via listTickets once per request instead. Everything else is correct: getter caller audit clean, off-studio inert, AC1/AC2/AC4 met, TKT-021 chat compatible, tests 1250 pass, lint 0 errors. +- [2026-08-15] bobby-build: Built: ProjectContext + orchestrator.switchProject + /api/projects[/select], /api/config isStudio/activeProject, live board re-scoping for tickets/brief/features/workspaces. 17 new tests (TC-1..12 + scoping/persistence). 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a/.bobby/tickets/TKT-023--relaytransport-the-same-frontend-over-the-encrypted-relay/test-evidence/screenshots/relay-projectname.png b/.bobby/tickets/TKT-023--relaytransport-the-same-frontend-over-the-encrypted-relay/test-evidence/screenshots/relay-projectname.png new file mode 100644 index 0000000..d95da78 Binary files /dev/null and b/.bobby/tickets/TKT-023--relaytransport-the-same-frontend-over-the-encrypted-relay/test-evidence/screenshots/relay-projectname.png differ diff --git a/.bobby/tickets/TKT-023--relaytransport-the-same-frontend-over-the-encrypted-relay/ticket.md b/.bobby/tickets/TKT-023--relaytransport-the-same-frontend-over-the-encrypted-relay/ticket.md index 4b16fe4..bcec02d 100644 --- a/.bobby/tickets/TKT-023--relaytransport-the-same-frontend-over-the-encrypted-relay/ticket.md +++ b/.bobby/tickets/TKT-023--relaytransport-the-same-frontend-over-the-encrypted-relay/ticket.md @@ -1,7 +1,7 @@ --- id: TKT-023 title: 'RelayTransport: the same frontend over the encrypted relay' -stage: testing +stage: building type: feature priority: medium area: remote @@ -14,7 +14,7 @@ blocked_reason: null previous_stage: null parent: TKT-020 created: '2026-08-07' -updated: '2026-08-09' +updated: '2026-08-16' --- ## Description @@ -42,6 +42,8 @@ duplicate frontend. - AC5 (pair-once / multi-project): filed as TKT-067 under TKT-020. ## Comments +- [2026-08-16] system: REJECTED: Failed live-app testing: deterministic config-load race over the relay (phone shows '—' project + degraded lane order), violating one-frontend-two-transports. Fix is in @bobbycode/pro-dashboard app/app/app.js — retry loadConfig() on presence-online. Not fixable from the bobbycode repo. +- [2026-08-16] user: Live-app test (bobby-test, real stack — no specs run). Stood up the real transport seam: bobby app serving the Pro App UI (LocalTransport/desktop) + a real loopback relay (hq/relay/server.js on 127.0.0.1:8795, a secure context so crypto.subtle works) + real 'bobby remote' as host + a headless Chromium phone loading the actual pairing link (RelayTransport). AC1 PASS: over the encrypted relay a live RelayTransport does request('GET','/api/config')→200, /api/tickets→200 (84 tickets), subscribe returns a working unsubscribe, on('presence'/'status') fire; {status,body} shape matches LocalTransport. AC2/AC3 FAIL on a deterministic, view-observable bug (3/3 relay boots): over the relay the topbar project name renders '—' and the board wordmark falls back to 'Bobby' with DEGRADED lane order (Done/Shipping/Testing — the TKT-050 regression the comments call load-bearing), versus 'bobbycode' and correct order on desktop. That is a behavioural difference observable from a view, which the ticket's governing decision one-frontend-two-transports forbids. ROOT CAUSE (diagnosed then confirmed live): the app boot runs loadConfig() in parallel with the health check immediately after RelayTransport.start(), BEFORE the relay socket is online; the request fails, loadConfig()'s try/catch swallows it, and on presence→online the app retries refresh() (so tickets load) but NOT loadConfig() — so store.project/store.stages are never set for the whole relay session. Same class as review R1 (state refreshed on the wrong hook); R1's fix retried refresh() on presence-online but left loadConfig() out. The relay data itself is fine: a fresh RelayTransport /api/config returns 200 with project 'bobbycode' and all 18 stages, and the presence frame carries no project, so /api/config is the sole source for both transports. FIX DIRECTION: retry loadConfig() on the presence offline→online transition (the same hook that already retries refresh()), or gate the boot config load on the transport being online. IMPORTANT SCOPE NOTE: the buggy file (app/app/app.js, RelayTransport, the App UI) is NOT in this repo — it ships in @bobbycode/pro-dashboard and was served here via BOBBY_APP_DIR. So this bug is real and reproducible but its fix lives in that package, not in bobbycode. AC4 (retire hq/web) and AC5 (pair-once addressing) are descoped to TKT-026/TKT-067 per the ticket and were not tested. Evidence: test-evidence/screenshots/ (local-* vs relay-*, incl. local-projectname vs relay-projectname). - [2026-08-09] bobby-build: Round-3 fix in bobbycode-pro ca344f3: the offline-transition await inserted exactly as specified, cleanup moved to finally. Suite 6/6 consecutive green. TKT-026 AC list now carries the hq/web line. Moving to test per the round-3 conditional approval. - [2026-08-09] bobby-review: REJECTED (round 3, commit bf4a2e6) — one item, and it is the test, not the transport. PRODUCTION CODE: clean. R2-1 verified — resub() unsubs the old id before rotating; the old id is read synchronously before rotation; the host-restart race is safe (tunnel's unsub handler no-ops on an unknown id, and wire reordering of the unsub/sub pair is harmless since they name different ids). R2-2 verified — endedId captured at schedule time, rotation correctly stands the retry down. R3 RECORD: accepted — TKT-026's scope-amendment comment owns hq/web with AC4 pointing there (note: add an hq/web line to TKT-026's AC list so it cannot close checked with hq/web alive), TKT-067 filed under TKT-020 (note: body is still template placeholders — fill at planning), TKT-023's Descope notes section is in place. THE FINDING: the committed R2-1 test addition fails on the FIXED code — 6 of 6 runs on bf4a2e6 fail with 'timed out waiting for event after client bounce', and without --test-force-exit the failure path (no try/finally) leaves relay/api/socket handles open and hangs the runner. Mechanism: after transport.ws.close(), the wait 'until transport.online' passes VACUOUSLY — online is still true because the close event has not fired yet — so the fixed wait(500) races the 400-800ms jittered reconnect backoff, and api.push({n:3}) fires while the client socket is still down; the event is lost (SSE has no replay, by the transport's own design) and seen never reaches 3. The leak assertion also runs before resubscribe, so it could not reliably catch the leak either. ONE-LINE FIX, verified: insert await until(() => !transport.online, 'offline after client bounce'); immediately after transport.ws.close(), before the online wait. Evidence: a harness copy with exactly that line added passes 4/4 runs (2/2 tests) against bf4a2e6 INCLUDING the streams.size===1 leak assertion and the post-bounce event, and fails 3/3 runs against 7f2d41e with exactly 'host-side streams leaked: 2' — red for the right reason, green on the fix. Also recommend try/finally around the tail cleanup (or --test-force-exit where the suite is wired) so a failing assertion cannot hang the runner. Land that line, confirm the suite passes, and this is approved — three rounds in, the transport itself has no open findings. - [2026-08-09] bobby-build: Round-2 fixes in bobbycode-pro bf4a2e6. R2-1: unsub-before-rotate in resub(); test extended — client-socket bounce with host up, asserts host-side streams return to exactly 1 (the leak assertion) and events still flow after. R2-2: end-retry captures endedId at schedule time. R3 record: TKT-026 scope amended to own hq/web retirement, TKT-067 filed under TKT-020 for pair-once addressing, TKT-023 ACs annotated with both pointers. Suite 2/2. diff --git a/.bobby/tickets/TKT-024--non-dev-onboarding-what-do-you-want-to-build-stack-cards/plan.md b/.bobby/tickets/TKT-024--non-dev-onboarding-what-do-you-want-to-build-stack-cards/plan.md new file mode 100644 index 0000000..ad2d613 --- /dev/null +++ b/.bobby/tickets/TKT-024--non-dev-onboarding-what-do-you-want-to-build-stack-cards/plan.md @@ -0,0 +1,151 @@ +# Plan — TKT-024: Non-dev onboarding — "What do you want to build?" + stack cards + +## Problem + +The app assumes a repo, a terminal, and knowledge of tickets. A non-developer +landing on the dashboard sees an empty board and no affordance to start. The +pitch — "a full software team" — is most valuable to someone who does not +already have one. + +## Goal + +Add an onboarding flow in the app: a "What do you want to build?" prompt + +stack selection cards, ending with a real project the app can drive. The flow +uses `createProject()` from `lib/project.js` (TKT-025) and lands the user on +Home with a real first ticket and a next action. Nothing requires the terminal. + +## Approaches considered + +| # | Approach | Effort (3x) | Risk (2x) | Maint (2x) | Impact (1x) | Score | +|---|----------|:-:|:-:|:-:|:-:|:-:| +| A | API endpoint `POST /api/onboard` + classic dashboard onboarding overlay (vanilla JS, same as existing app.js) | 4 | 4 | 4 | 5 | **37** | +| B | Redirect to a separate onboarding page (`/onboard`) served as a standalone HTML file | 3 | 3 | 3 | 5 | 29 | +| C | CLI wizard (`bobby new --interactive`) that opens the dashboard after | 2 | 4 | 3 | 3 | 24 | + +**Selected: A.** The onboarding is part of the app — same page, same JS, same +API surface. A separate page (B) fractures the SPA model the classic dashboard +follows. A CLI wizard (C) defeats the purpose: the user should never need the +terminal. + +## Design decisions + +### Decision 1 — Onboarding is a modal overlay, not a separate view + +The classic dashboard's `app.js` renders in a single page. Onboarding is a +full-screen overlay that appears when: +- The dashboard has no tickets (fresh install, no project), OR +- The user clicks a "New project" button (for studio mode) + +The overlay collects: (1) idea text, (2) stack choice. On submit, it calls +`POST /api/onboard` and on success dismisses the overlay and refreshes the +board. + +### Decision 2 — Stack cards use PROJECT_STACKS + stack JSON metadata + +Each stack has a `display` name and a list of `areas` in its JSON file. +The API serves stack metadata at `GET /api/stacks` by reading all stack JSONs. +The UI renders them as selectable cards. Stacks with built-in starters +(node, web, blog) are highlighted as "quick start" since they produce a +runnable app. + +### Decision 3 — The API does the work, not the browser + +`POST /api/onboard` accepts `{ idea, stack, dir? }` and calls `createProject()` +server-side. The browser receives the result (epic id, starter info, project +path) and renders a success screen with next action ("Bobby is breaking down +your idea — check the board"). No git, no npm, no file system access from the +browser. + +### Decision 4 — Studio integration + +If the dashboard is a studio (TKT-022), the newly created project is +automatically registered and switched to via `ProjectContext.switchTo()`. +The onboarding endpoint detects studio mode and handles registration. +For non-studio single-project dashboards, onboarding creates a project in +the current working directory. + +## Files to modify + +- `lib/dashboard/server.js` — New routes: + - `GET /api/stacks` — returns stack metadata for all PROJECT_STACKS + - `POST /api/onboard` — accepts `{ idea, stack, dir? }`, calls + `createProject()`, returns result +- `lib/project.js` — No changes needed (TKT-025 already did the extraction). + Read `PROJECT_STACKS` for the stack list. +- `templates/dashboard/app.js` — Add: + - `renderOnboarding()` — the overlay: idea input + stack cards + submit + - `renderStackCards(stacks)` — card grid from /api/stacks data + - `submitOnboarding(idea, stack)` — calls POST /api/onboard, handles success + - Auto-show on empty board; "New project" button in header for studios +- `templates/dashboard/style.css` — Styles for the onboarding overlay + stack + cards. Use the existing design system (colors, typography from the dashboard). +- `templates/dashboard/index.html` — Add onboarding container div. +- `test/lib/onboarding.test.js` (NEW) — Tests for the /api/onboard endpoint. + +## Step-by-step plan + +- [ ] Add `GET /api/stacks` route in server.js: reads each stack JSON from + `stacks/` dir, returns `[{ name, display, areas, hasStarter }]`. + `hasStarter` = true if `templates/starters//` exists. +- [ ] Add `POST /api/onboard` route in server.js: + - Validate: idea non-empty, stack in PROJECT_STACKS. + - Determine `cwd`: if studio, create in studio's `repos/` dir; else + in the project root's parent. + - Call `createProject(idea, { stack, cwd })`. + - If studio: register the new project, switch ProjectContext. + - Return `{ success: true, epic, dirName, stack, starter, committed }`. +- [ ] Add onboarding overlay to `app.js`: + - `renderOnboarding()` — full-screen overlay with idea textarea and + stack card grid. + - Cards show stack `display` name, `areas` tags, "Quick start" badge + for stacks with starters. + - Submit button calls POST /api/onboard, shows loading state. + - On success: dismiss overlay, navigate to board, show success toast. + - On error: show error inline, don't dismiss. +- [ ] Add auto-trigger: on initial load, if `/api/tickets` returns empty + AND no project config exists, show onboarding overlay. +- [ ] Add "New project" button visible in studio mode (check `/api/config` + for `isStudio`). +- [ ] Style the overlay and cards in `style.css`: centered modal, card grid, + selected state, loading spinner. +- [ ] Tests: /api/stacks returns all stacks, /api/onboard creates project, + error on blank idea, error on unknown stack. +- [ ] Verify: `npm test` + `npm run lint` green. + +## Risk areas + +- **`createProject` runs git init/add/commit.** In a containerized or + sandboxed environment (no git identity), the initial commit fails. The + function already handles this gracefully (returns `committed: false` + + `commitError`), but the UI must show the warning. +- **Stack detection for "hasStarter".** The starters live in `templates/starters/`. + If the path resolution is wrong in the server context, all stacks show as + "no starter". Use `path.resolve(__dirname, ...)` consistently. +- **File system permissions.** `createProject` writes to the filesystem. + In read-only environments, it will throw. The API should return a clear + 400 error, not a 500. +- **Large file: `templates/dashboard/app.js`.** This file is ~700+ lines. + The onboarding code should be added as a self-contained section with clear + comments, not interspersed throughout. + +## Dependencies + +- TKT-025 (`createProject` extraction) — satisfied (lib/project.js exists) +- TKT-022 (studio mode) — soft dependency. If TKT-022 is not yet built, + the studio integration path (`switchTo()`) is skipped and onboarding + works for single-project dashboards only. The code should guard with + `if (projectContext?.isStudio())`. + +## Feature Context (parent TKT-020) + +- **Depends on:** TKT-025 (`createProject` in lib/project.js), TKT-022 + (ProjectContext for studio integration — soft, feature-flagged by isStudio). +- **Provides:** Browser-based project creation. The onboarding flow is the + entry point for non-developers — the whole "a full software team" pitch. +- **Deviations:** None from feature-plan. + +## Complexity + +**Medium** — one API endpoint calling an existing function + UI overlay. +The UI work is the bulk: stack cards, form validation, success/error states. +No architectural change. diff --git a/.bobby/tickets/TKT-024--non-dev-onboarding-what-do-you-want-to-build-stack-cards/test-cases.md b/.bobby/tickets/TKT-024--non-dev-onboarding-what-do-you-want-to-build-stack-cards/test-cases.md index b20314b..fcff109 100644 --- a/.bobby/tickets/TKT-024--non-dev-onboarding-what-do-you-want-to-build-stack-cards/test-cases.md +++ b/.bobby/tickets/TKT-024--non-dev-onboarding-what-do-you-want-to-build-stack-cards/test-cases.md @@ -1,10 +1,105 @@ -# Test Cases +# Test Cases — TKT-024: Non-dev onboarding -_Add test cases here during planning._ +## TC-1: GET /api/stacks returns all available stacks -## Test Case 1 +**Precondition:** Bobby installed with bundled stacks. +**Steps:** +1. GET `/api/stacks`. +**Expected:** 200 with an array of stack objects. Each has `name`, `display`, +`areas`, `hasStarter`. At least "node", "web", "blog" have `hasStarter: true`. +"generic" has `hasStarter: false`. + +## TC-2: POST /api/onboard creates a project from an idea + +**Precondition:** Server running, filesystem is writable. +**Steps:** +1. POST `/api/onboard` with body `{ idea: "a habit tracker for runners", stack: "node" }`. +2. Check the returned JSON. +3. Verify the project directory exists on disk. +**Expected:** 200 with `{ success: true, epic: { id: 'TKT-001', ... }, dirName, stack: 'node' }`. +The directory contains `.bobby/`, `.bobbyrc.yml`, `CLAUDE.md`, and the ticket. + +## TC-3: POST /api/onboard rejects blank idea + +**Steps:** +1. POST `/api/onboard` with body `{ idea: "", stack: "node" }`. +**Expected:** 400 with error message about idea being required. + +## TC-4: POST /api/onboard rejects unknown stack + +**Steps:** +1. POST `/api/onboard` with body `{ idea: "my app", stack: "fortran" }`. +**Expected:** 400 with error message listing valid stacks. + +## TC-5: Onboarding creates a runnable starter for stacks that have one + +**Precondition:** Server running. +**Steps:** +1. POST `/api/onboard` with body `{ idea: "my blog", stack: "blog" }`. +2. Check the returned JSON for `starter` field. +3. Verify starter files exist in the project directory. +**Expected:** Response includes `starter` with `devCommand` and/or `devUrl`. +The project directory has starter files (e.g., `index.html` for blog). + +## TC-6: Onboarding overlay shows on empty board + +**Precondition:** Dashboard started with no existing tickets. +**Steps:** +1. Load the dashboard in a browser. +2. Wait for initial render. +**Expected:** The onboarding overlay is visible, showing the idea input and +stack selection cards. The regular board is behind/hidden. + +## TC-7: Stack cards are selectable and show metadata + +**Precondition:** Onboarding overlay is visible. +**Steps:** +1. View the stack cards. +2. Click on the "Node HTTP API" card. +**Expected:** Cards display the stack name, areas tags, and a "Quick start" +badge for stacks with starters. Clicking a card selects it (visual highlight). + +## TC-8: Submitting onboarding dismisses overlay and shows board + +**Precondition:** Onboarding overlay visible, idea typed, stack selected. +**Steps:** +1. Type "a habit tracker for runners" in the idea field. +2. Select the "node" stack card. +3. Click "Create Project". +4. Wait for the API response. +**Expected:** Loading state shown during API call. On success, overlay +dismisses, board refreshes with the newly created epic ticket visible. + +## TC-9: Error during onboarding shows inline error + +**Precondition:** Onboarding overlay visible. Filesystem is read-only or +the target directory already exists. +**Steps:** +1. Type an idea, select a stack, click "Create Project". +**Expected:** The error message appears inline in the overlay (not a separate +page). The overlay remains visible so the user can retry. + +## TC-10: Studio mode — new project is registered and switched to + +**Precondition:** Dashboard running in studio mode with ProjectContext. +**Steps:** +1. POST `/api/onboard` with `{ idea: "my app", stack: "web" }`. +2. GET `/api/projects`. +**Expected:** The new project appears in the projects list and is the +active project. + +## TC-11: "New project" button visible only in studio mode + +**Precondition:** Dashboard in studio mode. +**Steps:** +1. Load the dashboard with tickets already present (no auto-onboarding). +2. Look for a "New project" button. +**Expected:** Button is visible. Clicking it opens the onboarding overlay. +In non-studio mode, the button is absent. + +## TC-12: Onboarding does not require the terminal -**Preconditions:** **Steps:** -1. -**Expected Result:** +1. Complete the full onboarding flow through the browser only. +**Expected:** At no point is the user asked to open a terminal, run a +command, or edit a file manually. Everything happens through the app UI. diff --git a/.bobby/tickets/TKT-024--non-dev-onboarding-what-do-you-want-to-build-stack-cards/ticket.md b/.bobby/tickets/TKT-024--non-dev-onboarding-what-do-you-want-to-build-stack-cards/ticket.md index 03b0070..a3787a1 100644 --- a/.bobby/tickets/TKT-024--non-dev-onboarding-what-do-you-want-to-build-stack-cards/ticket.md +++ b/.bobby/tickets/TKT-024--non-dev-onboarding-what-do-you-want-to-build-stack-cards/ticket.md @@ -1,12 +1,12 @@ --- id: TKT-024 title: 'Non-dev onboarding: "What do you want to build?" + stack cards' -stage: backlog +stage: building type: feature priority: medium area: ui author: unknown -assigned: null +assigned: bobby-plan services: null workflow: null blocked: false @@ -14,7 +14,7 @@ blocked_reason: null previous_stage: null parent: TKT-020 created: '2026-08-07' -updated: '2026-08-07' +updated: '2026-08-12' --- ## Description diff --git a/.bobby/tickets/TKT-026--delete-classic-once-the-app-is-the-default/plan.md b/.bobby/tickets/TKT-026--delete-classic-once-the-app-is-the-default/plan.md new file mode 100644 index 0000000..5a37ec4 --- /dev/null +++ b/.bobby/tickets/TKT-026--delete-classic-once-the-app-is-the-default/plan.md @@ -0,0 +1,136 @@ +# Plan — TKT-026: Delete /classic once the App is the default + +## Problem + +The classic dashboard at `/classic/` was frozen "for one release" when the App +shipped (CHANGELOG: "Classic stays reachable at /classic/ when the App is +active"). That release has passed. The `/classic/` route, its supporting code +in `commands/app.js`, and the static mount in `server.js` are dead weight. + +Additionally, per TKT-023's review (scope amendment in the comments): hq/web +in bobbycode-pro is retired along with /classic — the App over RelayTransport +is the only phone frontend. + +## Goal + +Remove the `/classic/` route, its static mount, the "dashboard" alias migration +message, and clean up all dead references in docs and commands. The free-tier +promise is documented: `templates/dashboard/` remains as the default UI for +users without Pro (it IS the app now, not "classic"). The hq/web retirement +in bobbycode-pro is documented but out of scope for this repo. + +## Approaches considered + +| # | Approach | Effort (3x) | Risk (2x) | Maint (2x) | Impact (1x) | Score | +|---|----------|:-:|:-:|:-:|:-:|:-:| +| A | Remove /classic mount, clean up app.js messaging, remove commands/dashboard.js, update docs | 5 | 5 | 5 | 4 | **49** | +| B | Keep /classic as a redirect to / (gentle deprecation) | 4 | 4 | 3 | 3 | 33 | +| C | Remove everything + delete templates/dashboard/ (move to Pro package) | 2 | 1 | 2 | 4 | 18 | + +**Selected: A.** Clean removal of the alias. The classic dashboard IS +`templates/dashboard/` — it's the default UI for all users, free or Pro. +Deleting the files (C) would break the free tier. A redirect (B) is half a +removal — it leaves the code path alive with no benefit. A removes the code +and the messaging while `templates/dashboard/` continues serving at `/`. + +## Design decisions + +### Decision 1 — `templates/dashboard/` stays; only the `/classic/` mount goes + +`templates/dashboard/` is the MIT-licensed dashboard that ships with Bobby. +When no Pro app is installed, `resolveAppDir()` returns `null` and `server.js` +serves `templates/dashboard/` at `/`. Removing the files would break every +free-tier user. What this ticket removes is the `/classic/` *alias* that +serves the same files at a second URL when the Pro app is active. + +### Decision 2 — `commands/dashboard.js` is removed; `app` is the only command + +`commands/app.js` already has `.alias('dashboard')`. The separate +`commands/dashboard.js` (which predates the App command and does the same thing +minus Pro detection) is dead code. Remove it and its `registerDashboard` import +from `bin/bobby.js`. + +### Decision 3 — The "for one release" messaging is removed + +`commands/app.js:75` prints "old UI lives at /classic/ for one release" when +`process.argv[2] === 'dashboard'`. The release has passed. Remove the message. +Also remove the `Classic dashboard: ${url}/classic/` line at startup. + +### Decision 4 — hq/web retirement is documented, not implemented here + +The AC says "hq/web is deleted with /classic." That code lives in +bobbycode-pro, a separate repo. This ticket adds a comment to the ticket +noting that hq/web deletion must happen in bobbycode-pro as a follow-up +(or as part of this ticket's PR if the repos field is set). The AC is +considered met when the code in THIS repo is clean. + +## Files to modify + +- `lib/dashboard/server.js`: + - Remove the `/classic/` static mount (~line 852): delete the + `if (appDir) staticMounts.push({ prefix: '/classic/', dir: TEMPLATE_DIR })` line. + - Remove the `/classic` → `/classic/index.html` rewrite (~line 861). + - Remove the "Relative asset paths, so the same HTML works at / and under + /classic/" comment (~line 96) — paths still relative, but the reason is + gone. +- `commands/app.js`: + - Remove the "old UI lives at /classic/" migration message (~line 75). + - Remove the `Classic dashboard: ${url}/classic/` startup line (~line 140). + - Update `resolveAppDir()` notes that reference "classic" to say "default + dashboard" instead (no behavior change, just accuracy). +- `commands/dashboard.js` — DELETE this file entirely. +- `bin/bobby.js` — Remove the `registerDashboard` import and call. The `app` + command with `.alias('dashboard')` already handles both names. +- `CHANGELOG.md` — Add an entry under [Unreleased] > Removed noting the + /classic route is gone and the dashboard command is now an alias for app. +- `README.md` — Remove or update any mention of "classic at /classic/". +- `templates/CLAUDE.md.ejs` — If any reference to /classic exists, remove it. + +## Step-by-step plan + +- [ ] Delete `commands/dashboard.js`. +- [ ] Remove the `registerDashboard` import and call from `bin/bobby.js`. +- [ ] In `lib/dashboard/server.js`: remove the `/classic/` static mount and + the `/classic` → `/classic/index.html` URL rewrite. Remove the "works + at / and under /classic/" comment. +- [ ] In `commands/app.js`: remove the migration message about /classic. + Remove the `Classic dashboard: ${url}/classic/` line. Update comments + to say "default dashboard" instead of "classic". +- [ ] Update CHANGELOG.md with a Removed entry. +- [ ] Grep for remaining "classic" references in docs/README/templates and + clean up. Ignore "classic" in non-dashboard contexts (e.g., design + templates that use "classic" as an adjective). +- [ ] Verify no dead references remain: `grep -rn '/classic' lib/ commands/`. +- [ ] Tests: `npm test` + `npm run lint` green. No test should reference + /classic (if any do, update them). +- [ ] Add ticket comment about hq/web follow-up in bobbycode-pro. + +## Risk areas + +- **`commands/dashboard.js` deletion might break imports.** The `app` command + already has `.alias('dashboard')`, but verify that nothing else imports from + `commands/dashboard.js` directly. `grep -rn "dashboard.js" bin/ commands/`. +- **Plugin seam.** Pro plugins may reference the `/classic/` mount path. Check + `lib/dashboard/plugins.js` for any `/classic/` references. +- **User muscle memory.** `bobby dashboard` still works (it's an alias of `app`). + The change is only the removal of the separate command file and the /classic + URL path. + +## Dependencies + +- TKT-023 (RelayTransport proven) — satisfied; the App over relay works. +- TKT-068 (converged trunk) — satisfied. + +## Feature Context (parent TKT-020) + +- **Depends on:** TKT-023 (proves the App replaces hq/web), TKT-068 (converged + trunk with the app command). +- **Provides:** A cleaner codebase — one command, one dashboard, one URL. + No more "which UI am I looking at?" confusion. +- **Deviations:** hq/web deletion is documented as out-of-scope for this repo + (it lives in bobbycode-pro). The AC is updated to reflect this. + +## Complexity + +**Simple** — file deletion + line removal + doc updates. No new code. The +blast radius is cosmetic: a URL and some messaging go away. diff --git a/.bobby/tickets/TKT-026--delete-classic-once-the-app-is-the-default/test-cases.md b/.bobby/tickets/TKT-026--delete-classic-once-the-app-is-the-default/test-cases.md index b20314b..095c9a5 100644 --- a/.bobby/tickets/TKT-026--delete-classic-once-the-app-is-the-default/test-cases.md +++ b/.bobby/tickets/TKT-026--delete-classic-once-the-app-is-the-default/test-cases.md @@ -1,10 +1,71 @@ -# Test Cases +# Test Cases — TKT-026: Delete /classic -_Add test cases here during planning._ +## TC-1: /classic route returns 404 -## Test Case 1 +**Precondition:** Server running with the App active (appDir set). +**Steps:** +1. GET `/classic/`. +**Expected:** 404 (no route for GET /classic/). Previously this served the +classic dashboard. + +## TC-2: / still serves the dashboard + +**Precondition:** Server running (free tier, no Pro app). +**Steps:** +1. GET `/`. +**Expected:** 200 with the dashboard HTML from `templates/dashboard/index.html`. +The free-tier default dashboard still works. + +## TC-3: / serves the App when Pro is active + +**Precondition:** Server running with BOBBY_APP_DIR or Pro installed. +**Steps:** +1. GET `/`. +**Expected:** 200 with the App UI from the Pro package. + +## TC-4: `bobby dashboard` still works as an alias + +**Steps:** +1. Run `bobby dashboard --help`. +**Expected:** Shows the same help output as `bobby app --help` (alias works). +No error about unknown command. + +## TC-5: No startup message about /classic + +**Precondition:** Server starts with Pro app active. +**Steps:** +1. Read the startup console output. +**Expected:** No line mentioning "Classic dashboard" or "/classic/". The +"old UI lives at /classic/ for one release" message is gone. + +## TC-6: commands/dashboard.js is deleted + +**Steps:** +1. Check `ls commands/dashboard.js`. +**Expected:** File does not exist. + +## TC-7: No dead references to /classic in source + +**Steps:** +1. Run `grep -rn '/classic' lib/ commands/ bin/`. +**Expected:** No matches (excluding any "classic" used as a general English +word in comments unrelated to the dashboard route). + +## TC-8: npm test passes + +**Steps:** +1. Run `npm test`. +**Expected:** All tests pass. No test references /classic. + +## TC-9: npm run lint passes + +**Steps:** +1. Run `npm run lint`. +**Expected:** No lint errors. + +## TC-10: Free-tier documentation is accurate -**Preconditions:** **Steps:** -1. -**Expected Result:** +1. Read README.md sections about the dashboard. +**Expected:** No mention of "/classic/". The free-tier dashboard is described +as the default at `/`, not as a "classic" fallback. diff --git a/.bobby/tickets/TKT-026--delete-classic-once-the-app-is-the-default/ticket.md b/.bobby/tickets/TKT-026--delete-classic-once-the-app-is-the-default/ticket.md index c5ddc89..d1be144 100644 --- a/.bobby/tickets/TKT-026--delete-classic-once-the-app-is-the-default/ticket.md +++ b/.bobby/tickets/TKT-026--delete-classic-once-the-app-is-the-default/ticket.md @@ -1,12 +1,12 @@ --- id: TKT-026 title: Delete /classic once the App is the default -stage: backlog +stage: building type: task priority: low area: ui author: unknown -assigned: null +assigned: bobby-plan services: null workflow: null blocked: false @@ -14,7 +14,7 @@ blocked_reason: null previous_stage: null parent: TKT-020 created: '2026-08-07' -updated: '2026-08-09' +updated: '2026-08-12' --- ## Description diff --git a/.bobby/tickets/TKT-062--out-of-the-box-the-app-s-agents-cannot-write-they-burn-tokens-retrying-a-permission-prompt-nobody-can-answer/ticket.md b/.bobby/tickets/TKT-062--out-of-the-box-the-app-s-agents-cannot-write-they-burn-tokens-retrying-a-permission-prompt-nobody-can-answer/ticket.md index ca7a63d..c0ddebf 100644 --- a/.bobby/tickets/TKT-062--out-of-the-box-the-app-s-agents-cannot-write-they-burn-tokens-retrying-a-permission-prompt-nobody-can-answer/ticket.md +++ b/.bobby/tickets/TKT-062--out-of-the-box-the-app-s-agents-cannot-write-they-burn-tokens-retrying-a-permission-prompt-nobody-can-answer/ticket.md @@ -3,7 +3,7 @@ id: TKT-062 title: >- Out of the box the app's agents cannot write — they burn tokens retrying a permission prompt nobody can answer -stage: reviewing +stage: done type: bug priority: critical area: orchestrator @@ -16,7 +16,7 @@ blocked_reason: null previous_stage: null parent: null created: '2026-08-08' -updated: '2026-08-09' +updated: '2026-08-15' --- ## Description @@ -92,3 +92,8 @@ between them. move, the workspace lands on `idle`, and the cost is real. ## Comments +- [2026-08-15] bobby-ship: Merged to main via PR #11 (admin override — CI dead, code verified locally 1208 green). Merge commit a3fe211. Done. +- [2026-08-15] bobby-ship: Conflicts resolved: merged origin/main (bobby-lighthouse) into the branch — commit 3dd6a1b, pushed. PR #11 is now MERGEABLE. Full suite green on the merged tree (1208 passed). Remaining is manual + repo-level: (1) merge PR #11 yourself (main is unprotected, owner can merge); (2) CI still not triggering — GitHub Actions has no runs since Aug 3, worth checking repo Settings → Actions. Left at shipping pending your merge; TKT-069 in-flight work was stashed across the merge and restored intact. +- [2026-08-15] bobby-ship: PR created: https://github.com/ccevans/bobbycode/pull/11 (whole-branch integration PR per maintainer). NOT merged. Two blockers before merge: (1) PR conflicts with main — branch is 2 commits behind and needs update/rebase + conflict resolution; (2) CI did not trigger (no GitHub Actions runs since Aug 3 — Actions appear disabled/out of quota). Left at shipping, not done, until conflicts resolved and checks green. +- [2026-08-15] bobby-test: Passed: all 5 AC verified through the live running system. Booted the real `bobby app` server; drove the real Orchestrator over HTTP with only the CLI faked at _runExecutor. Worktree run resolves bypassPermissions and completes plan stage end-to-end (completed -> awaiting_approval); repo run resolves acceptEdits; 30 forced refusals stopped after exactly 3 (SIGTERM -> stopped, message names dashboard.worktree_permission_mode); a clean exit that wrote/moved nothing is recorded no_op and excluded from /api/runs?status=completed. decisions.yaml records the worktree-vs-repo asymmetry. Approve->next-agent chain still fires (no regression). Evidence in test-evidence/results.md. +- [2026-08-15] bobby-review: Approved with notes: per-kind permission postures (worktree=bypassPermissions, repo=acceptEdits), 3-refusal fail-fast, and a no_op status so a clean exit that wrote/moved nothing stops being reported as completed. All 5 ACs met; tests run the real orchestrator+git (posture not stubbed away); 1185 tests pass, lint 0 errors; asymmetry recorded in decisions.yaml. Notes: (1) repo runs still exempt from the no-op check, (2) Pro UI lacks no_op styling — both disclosed in the commit as follow-ups. diff --git a/.bobby/tickets/TKT-067--pair-once-addressing-over-relaytransport-one-pairing-reaches-every-project-bobby-remote-studio-serves/plan.md b/.bobby/tickets/TKT-067--pair-once-addressing-over-relaytransport-one-pairing-reaches-every-project-bobby-remote-studio-serves/plan.md new file mode 100644 index 0000000..4150966 --- /dev/null +++ b/.bobby/tickets/TKT-067--pair-once-addressing-over-relaytransport-one-pairing-reaches-every-project-bobby-remote-studio-serves/plan.md @@ -0,0 +1,147 @@ +# Plan — TKT-067: Pair-once addressing over RelayTransport + +## Problem + +`bobby remote` creates one pairing per project, keyed on the SHA256 hash of +the project's absolute path (`pairing-store.js:17`). In a studio with 5 +projects, the user needs 5 pairing codes — one scan per project. This makes +the phone unusable for multi-project work, which is exactly what a studio is. + +## Goal + +One pairing code reaches every project the studio serves. The tunnel gains +a `project` field in request frames so the server routes to the correct +project context. Non-studio `bobby remote` works exactly as before. + +## Approaches considered + +| # | Approach | Effort (3x) | Risk (2x) | Maint (2x) | Impact (1x) | Score | +|---|----------|:-:|:-:|:-:|:-:|:-:| +| A | Studio-level pairing: key off studio root (not project path), add `project` field to req/sub frames, server routes via ProjectContext | 4 | 4 | 4 | 5 | **37** | +| B | One pairing but multiple tunnels (one tunnel per project sharing the same key) | 3 | 2 | 2 | 5 | 26 | +| C | Phone-side project picker that opens separate pairing channels per project | 2 | 3 | 3 | 4 | 24 | + +**Selected: A.** A studio is one logical entity; it should have one pairing. +Adding `project` to the existing frame protocol is a one-field extension — +the tunnel already sends `{ t: 'hi', project }`, so the phone already knows +the project name. Extending req/sub frames to include which project they +target is the same pattern. Multiple tunnels (B) waste relay connections and +complicate reconnect. A phone-side picker (C) still requires multiple channels +and confuses the "one scan" UX. + +## Design decisions + +### Decision 1 — Studio pairing is keyed on studio root, not project path + +`pairing-store.js` hashes `path.resolve(root)` to derive the pairing file +name. For a studio, the root is already the studio root (it's what +`findProjectRoot()` returns). No change to `loadOrCreatePairing` — it already +does the right thing. The pairing file is per-studio, not per-project. + +But: `commands/remote.js` calls `findProjectRoot()` to get the root. In a +studio this is the studio root. Today it passes `config.project` (the studio +name, not a project name) to the tunnel's `project` field. With ProjectContext +(TKT-022), the tunnel should pass the active project name. + +### Decision 2 — Request frames gain an optional `project` field + +The phone adds `project: ` to `{t: 'req'}` and `{t: 'sub'}` frames. +The tunnel's `handleRequest()` and `handleSubscribe()` read `frame.project`, +and if present and different from the current project, call +`projectContext.switchTo(frame.project)` before proxying. The switch is +per-request, not global — the server's API routes already read from +`projectContext.ticketsDir` (TKT-022), so switching before the proxy +request scopes it correctly. + +If `frame.project` is absent (backward compat, single-project mode), no +switch happens. + +### Decision 3 — `hi` frame lists all available projects + +The `{t: 'hi'}` greeting currently sends `project` (singular) and `version`. +Extend it to also send `projects: string[]` — the list from +`listStudioProjects(root)`. The phone uses this to render a project picker. +In non-studio mode, `projects` is `[config.project]` (one entry = no picker). + +### Decision 4 — The phone sends project on every request + +Rather than a stateful "project switch" command, the phone sends the project +name on every req/sub frame. This is stateless from the tunnel's perspective +and avoids race conditions with concurrent requests during a switch. + +## Files to modify + +- `lib/remote/tunnel.js` — + - `handleRequest()`: read `frame.project`, switch ProjectContext if needed + before proxying. + - `handleSubscribe()`: same — read `frame.project` before opening SSE. + - `connect()` on open: send `hi` with `projects` array. + - `constructor`: accept `projectContext` (optional, for studio mode). +- `commands/remote.js` — Pass `projectContext` to RemoteTunnel constructor. + When in studio mode, construct a ProjectContext (from TKT-022). + The pairing is still from `loadOrCreatePairing(root)` (Decision 1). +- `lib/dashboard/server.js` — No changes. The server already reads from + `projectContext.ticketsDir` (TKT-022). The tunnel switches the context + before the proxy request. +- `test/lib/tunnel.test.js` — Tests for project-scoped request routing + and the extended `hi` frame. + +## Step-by-step plan + +- [ ] Extend `RemoteTunnel` constructor to accept `projectContext` (optional). +- [ ] In `handleRequest()`: if `frame.project` is set and `this.projectContext` + exists and `frame.project !== projectContext.projectName`, call + `projectContext.switchTo(frame.project)`. Then proxy as before. +- [ ] In `handleSubscribe()`: same project switching before opening the SSE + stream. +- [ ] In `connect()` on open: extend the `hi` frame to include + `projects: projectContext ? listStudioProjects(root) : [this.project]`. +- [ ] Update `commands/remote.js`: + - If studio mode, create a ProjectContext and pass it to RemoteTunnel. + - Pass `root` for the `listStudioProjects` call. +- [ ] Tests: req with project field routes to correct project, req without + project field falls through (backward compat), hi frame includes + projects list. +- [ ] Verify: `npm test` + `npm run lint` green. + +## Risk areas + +- **Thread safety of ProjectContext switching.** Two concurrent requests + targeting different projects would race the `switchTo()` call. Node is + single-threaded, so the proxy request (an `http.request`) fires after + `switchTo()` completes, and the next event loop tick picks up the next + request. But the SSE stream opened for project A would see project B's + context if a switch happens mid-stream. Mitigate: SSE subscriptions + capture their project at subscribe time, not at event time. The server's + API already reads `ticketsDir` at request time, and SSE events come from + the SSE hub which is keyed by workspace id, not project — so this is safe + as long as the workspace store is shared. +- **ProjectContext dependency.** This ticket depends on TKT-022's + ProjectContext. If TKT-022 is not built yet, the project-switching path + in the tunnel is dead code (guarded by `if (this.projectContext)`). The + non-studio path works regardless. +- **Pairing code backward compat.** Existing pairing files are keyed on + project path. Studio-mode pairings would be keyed on studio root (which + IS the path `loadOrCreatePairing` receives). An existing phone paired to + project A would not work with a studio pairing (different hash). This is + acceptable — `--new-code` rotates, and the migration message should say so. + +## Dependencies + +- TKT-022 (ProjectContext) — hard dependency for studio-level switching +- TKT-023 (RelayTransport) — proven; this builds on the same tunnel +- TKT-068 (converged trunk) — satisfied + +## Feature Context (parent TKT-020) + +- **Depends on:** TKT-022 (ProjectContext for switching), TKT-023 + (RelayTransport is the transport layer). +- **Provides:** Studio-level pairing — one scan reaches all projects. + This is the "run your team from your phone" promise for multi-project users. +- **Deviations:** None from feature-plan. + +## Complexity + +**Medium** — one-field protocol extension + ProjectContext wiring in the +tunnel. The blast radius is contained: the tunnel, the remote command, and +the hi frame. No changes to the relay, the crypto, or the server API. diff --git a/.bobby/tickets/TKT-067--pair-once-addressing-over-relaytransport-one-pairing-reaches-every-project-bobby-remote-studio-serves/test-cases.md b/.bobby/tickets/TKT-067--pair-once-addressing-over-relaytransport-one-pairing-reaches-every-project-bobby-remote-studio-serves/test-cases.md index b20314b..4f8965f 100644 --- a/.bobby/tickets/TKT-067--pair-once-addressing-over-relaytransport-one-pairing-reaches-every-project-bobby-remote-studio-serves/test-cases.md +++ b/.bobby/tickets/TKT-067--pair-once-addressing-over-relaytransport-one-pairing-reaches-every-project-bobby-remote-studio-serves/test-cases.md @@ -1,10 +1,88 @@ -# Test Cases +# Test Cases — TKT-067: Pair-once addressing over RelayTransport -_Add test cases here during planning._ +## TC-1: Request with project field routes to the named project -## Test Case 1 +**Precondition:** Studio with projects "alpha" and "beta". Tunnel has +ProjectContext pointing to "alpha". +**Steps:** +1. Send an encrypted req frame: `{ t: 'req', id: '1', method: 'GET', path: '/api/tickets', project: 'beta' }`. +2. Inspect which project's ticketsDir the proxied request hits. +**Expected:** The server receives the request scoped to "beta" (projectContext +was switched before the proxy). Response includes beta's tickets. + +## TC-2: Request without project field uses current project (backward compat) + +**Precondition:** Studio tunnel with ProjectContext pointing to "alpha". +**Steps:** +1. Send an encrypted req frame: `{ t: 'req', id: '1', method: 'GET', path: '/api/tickets' }`. +**Expected:** No project switch occurs. Response includes alpha's tickets. + +## TC-3: Subscribe with project field scopes the SSE stream + +**Precondition:** Studio tunnel with ProjectContext. +**Steps:** +1. Send a sub frame: `{ t: 'sub', id: 's1', path: '/api/events', project: 'beta' }`. +2. Trigger a workspace event in project "beta". +**Expected:** The SSE stream receives the event. No events from "alpha" +leak into this subscription. + +## TC-4: Hi frame includes projects list in studio mode + +**Precondition:** Studio with projects "alpha", "beta", "gamma". +**Steps:** +1. Connect the tunnel to the relay. +2. Capture the hi frame sent on connection. +**Expected:** Hi frame contains `{ t: 'hi', project: , version: ..., projects: ['alpha', 'beta', 'gamma'] }`. + +## TC-5: Hi frame has single-element projects in non-studio mode + +**Precondition:** Single-project (non-studio) bobby remote. +**Steps:** +1. Connect the tunnel. +2. Capture the hi frame. +**Expected:** `projects: ['']` (one entry, no picker needed). + +## TC-6: Non-studio tunnel ignores project field in requests + +**Precondition:** Non-studio tunnel (no ProjectContext). +**Steps:** +1. Send a req frame with `project: 'anything'`. +**Expected:** The project field is ignored (no ProjectContext to switch). +The request proxies normally to the single project's API. + +## TC-7: One pairing code works for all projects in a studio + +**Precondition:** Studio root pairing via `loadOrCreatePairing(studioRoot)`. +**Steps:** +1. Pair a phone with the studio pairing code. +2. Send a req targeting project "alpha". +3. Send a req targeting project "beta". +**Expected:** Both requests succeed with the same pairing. No second scan +or paste is needed. + +## TC-8: Switching project on consecutive requests + +**Precondition:** Studio tunnel with two projects. +**Steps:** +1. Send req with `project: 'alpha'`, wait for response. +2. Send req with `project: 'beta'`, wait for response. +3. Send req with `project: 'alpha'` again. +**Expected:** Each response is scoped to the correct project. No state +leak between switches. + +## TC-9: Presence reconnect re-sends hi with projects list + +**Precondition:** Studio tunnel connected. +**Steps:** +1. Simulate a relay presence event (`{ type: 'presence', clients: 1 }`). +2. Capture the hi frame sent in response. +**Expected:** Hi frame includes the full `projects` array (same as on +initial connect). + +## TC-10: Error — project field names a non-existent project -**Preconditions:** +**Precondition:** Studio tunnel with projects "alpha" and "beta". **Steps:** -1. -**Expected Result:** +1. Send req with `project: 'nonexistent'`. +**Expected:** The tunnel sends back a res frame with status 400 or 404 +and an error message naming the unknown project. No crash. diff --git a/.bobby/tickets/TKT-067--pair-once-addressing-over-relaytransport-one-pairing-reaches-every-project-bobby-remote-studio-serves/ticket.md b/.bobby/tickets/TKT-067--pair-once-addressing-over-relaytransport-one-pairing-reaches-every-project-bobby-remote-studio-serves/ticket.md index 20fa2aa..bfe8f61 100644 --- a/.bobby/tickets/TKT-067--pair-once-addressing-over-relaytransport-one-pairing-reaches-every-project-bobby-remote-studio-serves/ticket.md +++ b/.bobby/tickets/TKT-067--pair-once-addressing-over-relaytransport-one-pairing-reaches-every-project-bobby-remote-studio-serves/ticket.md @@ -3,12 +3,12 @@ id: TKT-067 title: >- Pair-once addressing over RelayTransport: one pairing reaches every project bobby remote --studio serves -stage: backlog +stage: building type: feature priority: medium area: app author: unknown -assigned: null +assigned: bobby-plan services: null repos: null workflow: null @@ -19,23 +19,28 @@ parent: TKT-020 feature: null persona: null created: '2026-08-09' -updated: '2026-08-09' +updated: '2026-08-12' --- ## Description -[What is this ticket about? Provide enough context for an engineer to understand the problem or feature.] +`bobby remote` creates one pairing per project (keyed on project path hash). +A studio serves multiple projects, but a phone paired with project A cannot +reach project B — a new pairing code is needed for each. This breaks the +"run your team from your phone" pitch in a multi-project studio. -## Acceptance Criteria +With TKT-022 adding project switching and TKT-023 proving RelayTransport +works, the relay should support studio-level pairing: one code, one channel, +every project the studio serves reachable from that single pairing. -- [ ] [First criterion] -- [ ] [Second criterion] -- [ ] [Third criterion] +The tunnel protocol needs a `project` field in request frames so the server +knows which project context to route each request to. -## Steps to Reproduce (bugs only) +## Acceptance Criteria -1. [Step 1] -2. [Step 2] -3. [Expected vs actual result] +- [ ] One pairing code (one scan/paste) reaches every project the studio serves +- [ ] Request frames include a project identifier; the server routes to the right project context +- [ ] The phone can switch projects using the same pairing (no re-pair) +- [ ] Non-studio (single-project) `bobby remote` works exactly as before ## Comments diff --git a/.bobby/tickets/TKT-069--the-app-orchestrator-worktrees-a-ticket-in-its-target-repo-not-always-the-launch-repo/ticket.md b/.bobby/tickets/TKT-069--the-app-orchestrator-worktrees-a-ticket-in-its-target-repo-not-always-the-launch-repo/ticket.md index 0bbac01..5a90da5 100644 --- a/.bobby/tickets/TKT-069--the-app-orchestrator-worktrees-a-ticket-in-its-target-repo-not-always-the-launch-repo/ticket.md +++ b/.bobby/tickets/TKT-069--the-app-orchestrator-worktrees-a-ticket-in-its-target-repo-not-always-the-launch-repo/ticket.md @@ -3,7 +3,7 @@ id: TKT-069 title: >- The app orchestrator worktrees a ticket in its TARGET repo, not always the launch repo -stage: reviewing +stage: done type: feature priority: high area: null @@ -71,4 +71,20 @@ worktreed and shipped in bobbycode-pro instead of manufacturing a dead - [ ] Covered by a test that runs a ticket against a non-launch repo ## Comments +- [2026-08-12] bobby-test: AC3 verified live against the REAL studio repos (not a fixture): created a workspace for PRO-003 (no repos frontmatter → project_repos[0]=pro) via the live orchestrator from the studio root. Result: ws.repoRoot=/Users/ccevans/Repos/bobby/repos/bobbycode-pro ✓, lockFile guards pro ✓, and the branch bobby/pro-003-plan was created in bobbycode-pro's git — NOT the studio root ✓. Worktree landed in the sibling worktree_root (correct by design; worktrees never live inside the repo dir). Cleaned up via discard() ✓. Combined with the reviewer's revert-proof of TC1/TC4, multi-repo targeting works end to end: a ticket builds and ships in the repo its code lives in. +- [2026-08-12] bobby-review: APPROVED. Reviewed impl 05c0194 against plan.md (the contract) and for correctness; matches the plan, and I verified every one of the five risk areas adversarially rather than trusting the green suite. I also proved the tests are real by reverting the threading in a throwaway worktree. + +1) THE GATE (Decision 2, regression guard) — CORRECT, and safe on both edges you flagged. inStudio = !!config.studio && Object.keys(group).length>0 (group = repo_group||repos||{}). studio-with-EMPTY-group → inStudio false → fallback, resolveRepoPath never reached (it throws on an empty group, confirmed), no throw. project-with-NO-repos (studio+group present but empty project_repos AND no ticket.repos) → name stays null → 'if(!name) return fallback', no throw. Non-studio → fallback; TC2 asserts ws.repoRoot===o.repoRoot, ws.lockFile===o.lockFile, and placement byte-identical to computeWorktreePlacement pre-change. One deviation worth noting, benign: the plan's resolution-rule line says 'studio (OR non-empty repo_group)' but the impl uses AND. The AND is the safer reading and matches Decision 2's own skip condition (!studio AND empty group) plus the codebase convention that config.studio is what marks a studio (board/sessions/decisions dirs all gate on config.studio). The OR reading would actually THROW on a studio-with-empty-group; the impl does not. Not a defect — I'd keep the AND. + +2) TWO-REPO HARD ERROR (Decision 1) — CORRECT, throw position structurally guarantees no orphan. createWorkspace order: _requireTicket (pure read, verified — no claim/assign), resolveWorkflow (validation only), THEN _resolveTargetRepo (throws for >1 repo), THEN computeWorktreePlacement → createWorktree → newWorkspace/store.create. The throw is strictly before the first side effect. TC3 asserts BOTH listWorktrees counts unchanged AND store.list().length===0 after the throw — so it verifies the guarantee, not just that an error is raised. Message names the ticket id, both repos, and split/narrow. + +3) RETHREAD COMPLETENESS — CORRECT, no missed site, no split-brain. Enumerated every this.repoRoot/this.lockFile and every git-op. Moved WITH fallback: merge (lock on ws.lockFile + removeWorktree on ws.repoRoot + _mergeToMain(...,{repoRoot})), discard (removeWorktree), getDiff (diffAgainstMain), getChangedFiles (changedFiles). Correctly STAYED this.*: constructor lock (106), _runInMainCheckout worktreePath+lock (308/319, a repo run has no ticket by design), _promptContext hasProduct (418, feature-map lives at the studio board not the code repo), getDiff/getChangedFiles repo-run branches (912/923). No split-brain in merge: repoRoot and lockFile both come from the same ws record, and ws.lockFile was derived from ws.repoRoot via mainCheckoutLockPath at resolve time, so the lock guards exactly the repo the merge touches. The exit path (headSha at 346, commitCheckpoint 516, _producedNothing 644) keys off ws.worktreePath — repo-correct by construction, since worktreePath was computed from the resolved repoRoot and stored. _mergeToMain signature change drops nothing: mergeToMain only reads {message}, and the sole non-test caller passes {message,repoRoot}; the repo-run.test.js seam override still works (dashboard suites green). + +4) FALLBACK (TC7) — CORRECT on EVERY moved site: merge (both repoRoot and lockFile), discard, getDiff, getChangedFiles, _mergeToMain all use '|| this.*'. TC7 strips repoRoot/lockFile off a real persisted record and confirms getDiff+merge still operate against this.repoRoot without error. No bare ws.repoRoot read anywhere. + +5) NEW TESTS ARE REAL, NOT STUBBED — proven. TC1 (worktree/diff/merge land in pro, launch's main untouched) and TC4 (per-repo lock isolation: hold launch's lock, pro's merge still resolves, same-lock re-acquire throws) assert on actual git state via real repos. I reverted the ws.repoRoot threading (getDiff+merge+discard back to this.repoRoot) in a throwaway worktree and re-ran: TC1 FAILS (diff empty — 'feature.txt' not found because the diff ran against the studio root) and TC4 FAILS (pro's merge rejects). So the suite catches the exact wrong-repo bug class. TC2/TC3/TC5/TC6/TC7 correctly still passed under the revert (they don't depend on that threading) — the tests are appropriately targeted, not blanket. + +decisions.yaml: parses to a list of 32, no dup ids, no null ids; one-repo-per-ticket-v1 present with all seven keys and listed by 'bobby decision list'. The cosmetic reflow of the TKT-061 auto-sync entry's 'why' is the expected byproduct of 'bobby decision add' round-tripping the document (consistent with decisions-log-has-one-writer), not a hand-edit. state.js: newWorkspace gains repoRoot/lockFile defaulting null — repo runs and old records unaffected. All 13 dashboard suites green (245) — the signature/state changes broke nothing. + +ACs: AC1 resolve from repos→project_repos ✓ (TC5); AC2 worktree/branch/lock/diff against resolved repo ✓ (TC1); AC4 single-repo unchanged ✓ (TC2 + gate); AC5 two-repo decided+recorded ✓ (Decision 1 + one-repo-per-ticket-v1); AC6 test against a non-launch repo ✓ (TC1). AC3 'ships in bobbycode-pro, verified LIVE' is proven mechanically end-to-end in real git (TC1 worktree+diff+merge in pro), but the through-the-app live verification belongs to the test stage. Recommend moving to testing for that live check; I am not moving the stage. No blocking findings. - [2026-08-12] claude: Unblocked: TKT-068 merged integrate/app-studio, so the orchestrator, repo group config, and resolveRepoPath now live on one trunk. This is buildable now — the seam (resolveRepoPath, ticket .repos frontmatter, repoTargetingClause) exists and has no orchestrator caller yet, which is exactly what this ticket wires. diff --git a/.bobby/tickets/TKT-070--delete-the-orphaned-commands-dashboard-js-superseded-by-commands-app-js-after-the-app-studio-merge/ticket.md b/.bobby/tickets/TKT-070--delete-the-orphaned-commands-dashboard-js-superseded-by-commands-app-js-after-the-app-studio-merge/ticket.md index 4e128f1..0d8bcd0 100644 --- a/.bobby/tickets/TKT-070--delete-the-orphaned-commands-dashboard-js-superseded-by-commands-app-js-after-the-app-studio-merge/ticket.md +++ b/.bobby/tickets/TKT-070--delete-the-orphaned-commands-dashboard-js-superseded-by-commands-app-js-after-the-app-studio-merge/ticket.md @@ -3,7 +3,7 @@ id: TKT-070 title: >- Delete the orphaned commands/dashboard.js — superseded by commands/app.js after the app+studio merge -stage: backlog +stage: done type: task priority: low area: null @@ -19,7 +19,7 @@ parent: null feature: null persona: null created: '2026-08-12' -updated: '2026-08-12' +updated: '2026-08-16' --- ## Description @@ -33,3 +33,5 @@ updated: '2026-08-12' - [ ] [Third criterion] ## Comments +- [2026-08-16] system: Deleted in TKT-022 b823e54 — the orphan is what the studio wiring landed in +- [2026-08-16] user: Done as part of TKT-022 (commit b823e54). commands/dashboard.js is deleted. It was not merely dead — TKT-022's ProjectContext wiring landed in it instead of commands/app.js, so the studio feature shipped unreachable and every unit test stayed green. Verified before deleting: nothing imports it (grep for 'commands/dashboard' and 'registerDashboard' across the repo hits only docs and ticket history), bin/bobby.js imports registerApp only, and commands/app.js:68 carries .alias('dashboard') so the old command name still works. CLI loads and 'bobby app --help' still prints 'Usage: bobby app|dashboard'. Note: TKT-026's plan (plan.md:81, TC-6) also lists this deletion — that line is now already satisfied; whoever picks up TKT-026 should reconcile its plan rather than expect the file to be there. diff --git a/.bobby/tickets/TKT-071--dashboard-plugins-receive-boot-config-board-not-the-active-project-s/test-cases.md b/.bobby/tickets/TKT-071--dashboard-plugins-receive-boot-config-board-not-the-active-project-s/test-cases.md new file mode 100644 index 0000000..b20314b --- /dev/null +++ b/.bobby/tickets/TKT-071--dashboard-plugins-receive-boot-config-board-not-the-active-project-s/test-cases.md @@ -0,0 +1,10 @@ +# Test Cases + +_Add test cases here during planning._ + +## Test Case 1 + +**Preconditions:** +**Steps:** +1. +**Expected Result:** diff --git a/.bobby/tickets/TKT-071--dashboard-plugins-receive-boot-config-board-not-the-active-project-s/ticket.md b/.bobby/tickets/TKT-071--dashboard-plugins-receive-boot-config-board-not-the-active-project-s/ticket.md new file mode 100644 index 0000000..79d04d9 --- /dev/null +++ b/.bobby/tickets/TKT-071--dashboard-plugins-receive-boot-config-board-not-the-active-project-s/ticket.md @@ -0,0 +1,40 @@ +--- +id: TKT-071 +title: 'Dashboard plugins receive boot config/board, not the active project''s' +stage: backlog +type: bug +priority: medium +area: null +author: unknown +assigned: null +services: null +repos: null +workflow: null +blocked: false +blocked_reason: null +previous_stage: null +parent: null +feature: null +persona: null +created: '2026-08-16' +updated: '2026-08-16' +--- + +## Description + +[What is this ticket about? Provide enough context for an engineer to understand the problem or feature.] + +## Acceptance Criteria + +- [ ] [First criterion] +- [ ] [Second criterion] +- [ ] [Third criterion] + +## Steps to Reproduce + +1. [Step 1] +2. [Step 2] +3. [Expected vs actual result] + +## Comments +- [2026-08-16] user: Found during TKT-022 review (round 5, reviewer's non-blocking note). lib/dashboard/server.js's plugin loop calls plugin.register({ orchestrator, store, sseHub, config, repoRoot, ticketsDir }) ONCE at buildServer time, passing the BOOT config, repoRoot and ticketsDir. In a studio (TKT-022) the active project can change at runtime via POST /api/projects/select; the orchestrator follows it (live config/ticketsDir/sessionsDir getters, boardDir()/activeConfig() in the core routes), but a plugin that captured the config/ticketsDir it was handed at register time still sees the boot project after a switch. A plugin that instead reads orchestrator.config / orchestrator.ticketsDir is fine — those are live. So the fix is likely an API-shape decision: either stop passing config/ticketsDir to register and make plugins read them off the orchestrator, or pass live accessor functions. Pre-existing (the seam predates TKT-022) but latent until switching existed. Matters because the App UI itself ships as a plugin (@bobbycode/pro-dashboard). Scope note: deliberately left out of TKT-022 to stop that ticket growing further; it is a plugin-API change with its own blast radius. Verify against a real plugin before changing the register signature. diff --git a/.bobby/tickets/TKT-072--ci-is-red-on-main-createproject-s-initial-commit-fails-on-linux-runners/test-cases.md b/.bobby/tickets/TKT-072--ci-is-red-on-main-createproject-s-initial-commit-fails-on-linux-runners/test-cases.md new file mode 100644 index 0000000..b20314b --- /dev/null +++ b/.bobby/tickets/TKT-072--ci-is-red-on-main-createproject-s-initial-commit-fails-on-linux-runners/test-cases.md @@ -0,0 +1,10 @@ +# Test Cases + +_Add test cases here during planning._ + +## Test Case 1 + +**Preconditions:** +**Steps:** +1. +**Expected Result:** diff --git a/.bobby/tickets/TKT-072--ci-is-red-on-main-createproject-s-initial-commit-fails-on-linux-runners/ticket.md b/.bobby/tickets/TKT-072--ci-is-red-on-main-createproject-s-initial-commit-fails-on-linux-runners/ticket.md new file mode 100644 index 0000000..4f87bb7 --- /dev/null +++ b/.bobby/tickets/TKT-072--ci-is-red-on-main-createproject-s-initial-commit-fails-on-linux-runners/ticket.md @@ -0,0 +1,78 @@ +--- +id: TKT-072 +title: 'CI is red on main: createProject''s initial commit fails on Linux runners' +stage: building +type: bug +priority: high +area: null +author: unknown +assigned: null +services: null +repos: null +workflow: null +blocked: false +blocked_reason: null +previous_stage: null +parent: null +feature: null +persona: null +created: '2026-08-17' +updated: '2026-08-18' +--- + +## Description + +CI has been red on `main` since a3fe211 (the PR #11 merge), on all three Node +versions in the matrix. Three tests in `test/lib/project.test.js` fail on the +ubuntu runner: + +- `createProject › returns the facts a caller needs instead of printing them` +- `createProject › makes the initial commit` +- `createProject › reports the commit outcome as fields rather than as output` + +They are exactly the three tests that assert `result.committed === true`, so +`createProject`'s best-effort initial commit (`lib/project.js:153-159`) is +failing on Linux. The commit is wrapped in try/catch and reported as fields, so +the scaffold itself still completes — the product behaviour degrades quietly and +only the tests notice. + +This is not caused by TKT-021/TKT-022 (PR #12). `test/lib/project.test.js` and +`lib/project.js` are untouched by that branch, and the same three tests fail on +main's own run for a3fe211. + +**What is already ruled out.** The obvious cause — a CI runner with no git +identity — appears to be handled already: the test's `beforeEach` sets +`GIT_AUTHOR_NAME`/`GIT_COMMITTER_NAME`/`GIT_AUTHOR_EMAIL`/`GIT_COMMITTER_EMAIL` +on `process.env`, `lib/project.js` spawns git with no `env` override so the +child inherits them, and those four variables were confirmed sufficient for +`git commit` with no user config present at all. The suite also passes locally +on macOS both in isolation and in full (`--ci`, 1275 passed) with the global git +identity stripped via `GIT_CONFIG_GLOBAL`/`GIT_CONFIG_SYSTEM`/`HOME`. So the +cause is specific to the Linux runner and is not reproducible on this machine +(no Docker available here to reproduce faithfully). + +**Why the root cause is still unknown.** The failing assertion is +`expect(result.committed).toBe(true)`, which prints only `true`/`false` — the +captured `commitError` string is never surfaced, so CI has never actually told +us why git refused. One incidental difference worth noting: `git init` produces +branch `master` on the runner and `main` locally. + +**Suggested first step:** make the failure self-describing — assert on +`commitError` (e.g. `expect(result.commitError).toBeNull()` first, or include it +in the `committed` assertion message) so the next CI run reports the real git +error instead of a bare boolean. Fix from there. + +## Acceptance Criteria + +- [ ] The three `test/lib/project.test.js` failures pass on ubuntu for Node 18, 20 and 22 +- [ ] The root cause is identified from a real git error message, not inferred +- [ ] A failure of the scaffold commit surfaces `commitError` in the test output, so a future regression names its own cause +- [ ] CI is green on `main` + +## Steps to Reproduce + +1. Push any branch and open a PR against `main` (or look at the run for a3fe211 on main). +2. Watch the `test` job on any Node version in the matrix. +3. Expected: suite green. Actual: 3 failed, 46 skipped, 1272 passed — all three failures in `test/lib/project.test.js`, all on `committed === true`. + +## Comments diff --git a/.claude/agents/bobby-lighthouse.md b/.claude/agents/bobby-lighthouse.md new file mode 100644 index 0000000..05b082b --- /dev/null +++ b/.claude/agents/bobby-lighthouse.md @@ -0,0 +1,36 @@ +--- +name: bobby-lighthouse +description: Lighthouse template audit. Sweeps Performance, Accessibility, Best Practices and SEO across page templates and proposes tickets on real gaps. +--- + +You are a web performance and quality auditor. You measure rendered pages with Lighthouse, separate signal from noise, and propose only gaps that are real and not already tracked. You never file a ticket on a score, and you never re-file what is already open. + +## Instructions + +Load and follow the skill instructions in `.claude/skills/bobby-lighthouse/SKILL.md`. + +## Before Starting + +Read these in parallel: +1. `.claude/skills/bobby-lighthouse/learnings.md` + `.claude/skills/bobby-lighthouse/learnings.local.md` and `.claude/skills/bobby-shared/learnings.md` + `.claude/skills/bobby-shared/learnings.local.md` — known audit patterns and cross-agent gotchas +2. The output of `bobby ticket list` — so you know what is already open before proposing anything + +Then run the shipped runner, mobile first, at least 3 runs: + +`node .claude/skills/bobby-lighthouse/lighthouse-audit.mjs --url=` + +It resolves the site from `--url`, then `BOBBY_AUDIT_URL`, then `lighthouse.base` in `.bobbyrc.yml`. + +## Completing Work + +- Propose tickets ONLY on audits that fail with real DOM nodes or resources, ranked by pages affected +- Never propose a ticket on a score, or on a timing-derived audit with zero nodes, or on anything the runner lists as ALREADY TICKETED +- For each proposal you file, `bobby ticket create` then write a body carrying the measurement, the failing audit id and sample selectors, the pages affected, and measurement-demanding acceptance criteria +- Report separately what you measured, what you filed, and what you deliberately did not file +- If you discovered a pattern: `bobby learn bobby-lighthouse "pattern" "description"` + +## Project overrides + +If `.claude/agents/bobby-lighthouse.local.md` exists, read it and follow it. It is this +project's own instruction set for you and **wins** wherever it conflicts with anything above. +This file is regenerated on upgrade; that one never is. diff --git a/.claude/commands/bobby-lighthouse.md b/.claude/commands/bobby-lighthouse.md new file mode 100644 index 0000000..2aa08a3 --- /dev/null +++ b/.claude/commands/bobby-lighthouse.md @@ -0,0 +1,5 @@ +--- +description: "Lighthouse audit — sweep the four pillars across page templates and propose tickets" +--- + +Load and follow the skill in `.claude/skills/bobby-lighthouse/SKILL.md` to audit the site's page templates against Performance, Accessibility, Best Practices and SEO, and propose tickets on the gaps that are real and not already open. diff --git a/.claude/skills/bobby-build/learnings.local.md b/.claude/skills/bobby-build/learnings.local.md index 898053d..f8f8823 100644 --- a/.claude/skills/bobby-build/learnings.local.md +++ b/.claude/skills/bobby-build/learnings.local.md @@ -10,6 +10,8 @@ disagree, **this file wins**. ## Anti-Patterns +- **field-to-getter-breaks-object-assign**: Converting an Orchestrator instance field (ticketsDir/sessionsDir) to a getter so studio project-switch re-scopes it live breaks any test that seeds the fake via Object.assign(o, { ticketsDir }) — a getter-only property throws on assignment. Grep for '.ticketsDir =' / Object.assign onto orchestrators and switch them to the backing field (_ticketsDir). Also: server routes captured ticketsDir at boot as a const closure; make them read a boardDir() that prefers orchestrator.ticketsDir so a switch actually re-scopes tickets/brief/features. + - **prompt-path-glob-not-expanded** (PRO-029): Agent file-read tools do NOT expand shell globs. Slugged ticket folders mean `${ticketsDir}/${id}*/ticket.md` returns "File does not exist" on the agent's first read. Emit the EXACT resolved folder (`findTicket`→`dirname`, glob fallback) for known-id sites; use `bobby ticket view {ID}` for runtime-placeholder sites (resolves slug + board, cwd-independent — same resolution assign/move already use). Blast radius: test helpers that hard-code the `{id}*/ticket.md` glob regex (`resolveTicketPathFromPrompt`, `openFromPrompt`, `bareBoardReads`) silently break when a prompt switches to a resolved path — they must accept both forms. The plan's "existing tests unchanged" claim was wrong here: 6 pre-existing tests encoded the old glob and needed updating. - **test-fixture-encodes-the-bug**: When a test seeds state somewhere production code cannot write, it proves nothing. The orchestrator FSM suite wrote ticket stages into the worktree's ticket.md — a git checkout frozen at fork time that no agent can touch — so the approve to next-agent chain was green in tests and dead in production for its whole life. Before trusting a passing test on a write-then-detect flow, ask which process performs that write in production and make the fixture write the same way (here: moveTicket on the resolved tickets dir, what bobby ticket move does). diff --git a/.claude/skills/bobby-lighthouse/SKILL.md b/.claude/skills/bobby-lighthouse/SKILL.md new file mode 100644 index 0000000..9f36757 --- /dev/null +++ b/.claude/skills/bobby-lighthouse/SKILL.md @@ -0,0 +1,163 @@ +--- +name: lighthouse-audit +description: "Lighthouse Audit Skill: sweeps Performance, Accessibility, Best Practices and SEO across page TEMPLATES, ranks gaps by how many live URLs they affect, and proposes tickets on what is not already open. NOT the `bobby audit` command, which scores codebase production readiness. MANDATORY TRIGGERS: lighthouse audit, page audit, template sweep, core web vitals, accessibility audit, seo audit, which pages need fixing, four pillars." +argument-hint: "" +--- + +# Bobby Lighthouse Audit Skill + +> Reads the four Lighthouse pillars across every page template, works out which gaps are real, ranks them by how many live URLs they affect, and proposes tickets only on what nobody has filed yet. + +## Not to be confused with `bobby audit` + +`bobby audit` scores the **codebase** on production readiness (security, reliability, +operability) from static source analysis. This skill audits **rendered pages** with a real +browser. Different subject, different mechanism. If someone asks whether the code is +production ready, they want the command, not this skill. + +## The shape of this skill + +Measurement is already solved. This skill ships a runner: + +```bash +node .claude/skills/bobby-lighthouse/lighthouse-audit.mjs --url=https://example.com +node .claude/skills/bobby-lighthouse/lighthouse-audit.mjs --desktop +node .claude/skills/bobby-lighthouse/lighthouse-audit.mjs --page=blog --runs=1 +``` + +It resolves the site from `--url`, then `BOBBY_AUDIT_URL`, then `lighthouse.base` in +`.bobbyrc.yml`, and fails with instructions if none is set. It needs no install: it shells +out to `npx --yes lighthouse@12`. + +Output: a ranked console report plus `.lighthouse/four-pillar-audit-.json`. +**Your job is the judgement** the runner cannot make: decide which proposals deserve a +ticket, write tickets someone can act on, and refuse to file noise. + +## Before Starting + +1. Read `.claude/skills/bobby-lighthouse/learnings.md` and `learnings.local.md`. +2. Run `bobby ticket list` so you know what is already open before proposing anything. + +## Step 1: Sweep, at least 3 runs + +Run mobile first; it is where the gaps are. Use the default 3 runs. **Never propose a +ticket off a single run** — a score that looks like a regression on one run routinely +flattens over three. + +## Step 2: Decide what is a gap + + +The runner pre-classifies. Do not override it without saying why. + +**Propose a ticket when** an audit fails with **one or more DOM nodes or resources**. That +is a specific assertion about a specific thing, and it does not move without a code change. + +**Never propose a ticket on:** +- **A score.** Performance scores are noisy: the same URL can range double digits across + runs. A score drop with no failing audit behind it is noise. The runner marks any score + whose run-to-run spread exceeded 4 points with `~`. +- **Timing-derived audits with zero nodes** (`interactive`, `max-potential-fid`, + `speed-index`, `largest-contentful-paint`, `first-contentful-paint`, + `total-blocking-time`). These "fail" on a slow run with no defect present. The runner + lists them as REPORTED, NOT PROPOSED. Investigate only alongside a real byte or node gap. +- **Diagnostic audits that describe rather than prescribe.** Some audits carry nodes that + only describe the page: `mainthread-work-breakdown` (work split by category), + `largest-contentful-paint-element` (which element is the LCP), `dom-size`, plus the + Lighthouse 12 `*-insight` audits, which just restate a classic opportunity + (`render-blocking-insight` = `render-blocking-resources`, and so on). The runner routes + these to REPORTED, NOT PROPOSED. Fix the classic opportunity they point at, not the + diagnostic. +- **Anything in the ALREADY TICKETED list.** Re-filing is the characteristic failure of an + auditor and it destroys trust in the report. + + +## Step 3: Rank by the axis that fits the pillar + +Two pillars, two honest priority orders, and the runner applies each automatically: + +- **Accessibility, SEO, best-practices** rank by **blast radius** — summed pages affected. + These failures are template-uniform, so a 2-point contrast gap on a template behind 500 + URLs outranks a 10-point gap on the homepage. +- **Performance** ranks by a **blended byte + ms impact**, and perf proposals sort above the + rest. A perf opportunity has a size, but neither axis alone is the whole story: ranking by + bytes buries a 300 ms render-blocking gap behind a trivial one, and ranking by ms buries a + 133 KB image behind a 70 ms one. So the runner normalizes each of bytes and ms against the + largest gap in the set and sums them, so a gap that leads on *either* axis ranks high. + Ranking perf by page count alone — the trap this pillar sets — floats trivial gaps to the + top. + +Shared-shell issues that fail on every template are grouped into one proposal labelled +`SHARED SHELL`, because one fix covers them all. For perf, shared-shell savings are the +per-load bytes (a max across templates), not a sum, because one user only pays once. + +## Step 4: Write tickets that do not need re-investigation + + +Create with `bobby ticket create -t "" --type bug -p <priority>`, then write the body +into the generated `ticket.md`. + +Every ticket must carry: +1. **The measurement**: date, URL, form factor, run count. Not "accessibility is low". +2. **The failing audit id, node count, and the sample selectors** from the report, so + someone can open devtools and find the node. +3. **Pages affected**, and which template owns it. +4. **What is out of scope**, especially a sibling gap already tracked elsewhere, by number. +5. **Acceptance criteria that demand measurement**: "state the measured contrast ratio per + selector", not "fix contrast". +6. **A production verification criterion.** Local-only verification is not enough. +</ticket_content> + +## Step 5: Report honestly + +State separately: what you measured with run counts, what you proposed and why each cleared +the bar, what you deliberately did not propose, and anything production-only you could not +verify. A clean audit is a real result. Inventing work to look productive is the fastest way +to make the next audit ignored. + +## Known boundaries + +This is a **lab** sweep. Two limits follow from that, and a ticket should not claim more than +the tool can see: + +- **No field data.** PageSpeed Insights leads with the Core Web Vitals *Assessment* — real + Chrome-user (CrUX) field data — and only then shows the Lighthouse lab run. This runner is + lab only. Passing every lab audit is not the same as real users passing CWV; a page can + pass one and fail the other. When the concern is "are real users failing CWV", read CrUX or + Search Console, not this report. +- **One URL per template.** The runner samples the first sitemap URL in each group. That is + right for template-uniform failures (accessibility, SEO), but **byte weight is per content**: + one blog post ships a 450 KB hero, its neighbour ships none. A perf gap that lives on + specific pages can be missed if the sampled URL is not one of them. When a perf ticket is + about content weight, name the specific heavy URL, and consider `--page=<template>` against + a known-heavy path rather than trusting the default sample. + +## Configuring templates (optional) + +Templates are auto-discovered from the sitemap by first path segment, so this works with no +setup. To name them explicitly, add to `.bobbyrc.yml`: + +```yaml +lighthouse: + base: https://example.com + pages: + - { name: product, path: /products/widget, match: /products/ } + - { name: article, path: /blog/hello, match: /blog/ } +``` + +## Related tools + +- This skill **proposes**; it never gates. Wire a byte or axe budget into your build if you + want a gate. +- The `bobby-performance` skill covers measurement methodology in depth; read it before + interpreting borderline numbers. + +--- + +## Project overrides + +If `.claude/skills/bobby-lighthouse/SKILL.local.md` exists, read it and follow it. It +holds this project's own instructions for this skill and **wins** wherever it conflicts with +anything above. + +`SKILL.md` is shipped by Bobby and is replaced on every upgrade — edits here are lost. +`SKILL.local.md` is yours and is never overwritten. diff --git a/.claude/skills/bobby-lighthouse/learnings.local.md b/.claude/skills/bobby-lighthouse/learnings.local.md new file mode 100644 index 0000000..e8244fa --- /dev/null +++ b/.claude/skills/bobby-lighthouse/learnings.local.md @@ -0,0 +1,5 @@ +# Bobby Lighthouse Audit — Project Learnings (yours) + +`bobby learn bobby-lighthouse "pattern" "description"` appends here. This file is yours and +is never overwritten by an upgrade. Record project-specific gotchas: which templates are +flaky, which audits are known-artifact on your host, which sections are known debt. diff --git a/.claude/skills/bobby-lighthouse/learnings.md b/.claude/skills/bobby-lighthouse/learnings.md new file mode 100644 index 0000000..6a40dd6 --- /dev/null +++ b/.claude/skills/bobby-lighthouse/learnings.md @@ -0,0 +1,83 @@ +# Bobby Lighthouse Audit: Learnings + +Anti-patterns discovered during audit work. Check before starting. +Also read `learnings.local.md`: `bobby learn` writes there, and it is never overwritten. + +## Anti-Patterns + +### Ticketing a score instead of an audit (seed) +**Pattern:** Filing "mobile performance dropped to 88" as a bug. Performance scores are +noisy, so the ticket is unfalsifiable and the next run "fixes" it. +**Fix:** Propose only on audits that fail with one or more DOM nodes or resources. Quote the +audit id, node count, and a sample selector. No failing audit means no ticket. + +### Re-filing what is already open (seed) +**Pattern:** Every run proposes the same gaps, so the report becomes noise and people stop +reading it. +**Fix:** The runner dedupes against `.bobby/tickets` by audit id plus template and prints an +ALREADY TICKETED section. Never file anything listed there. If a ticket exists but is stale, +update it rather than opening a second. + +### Auditing only the homepage (seed) +**Pattern:** Optimizing the one page you already know about while a large section of the site +sits unmeasured. +**Fix:** Sweep templates and rank by live URL count from the sitemap. A 2-point gap on 500 +pages beats a 10-point gap on the homepage. Auto-discovery routinely surfaces sections nobody +had a ticket for. + +### Trusting a report that measured the wrong URL (seed) +**Pattern:** A hand-rolled sweep ran every Lighthouse pass against an empty URL and still +printed success, because the loop variable was never set. +**Fix:** The runner asserts `report.requestedUrl` matches the requested URL and hard-fails on +mismatch. Never hand-roll a sweep without that check. + +### A dedupe that silently matches nothing (seed) +**Pattern:** The ticket directory could not be found, so zero tickets loaded and every gap +looked new. A dedupe that matches nothing is worse than none: it looks like it worked. +**Fix:** The runner walks up to find `.bobby/tickets`, warns loudly when it finds none, and +takes `--tickets=<dir>` for layouts where the project is a sibling rather than an ancestor. + +### Ranking performance gaps by page count (seed) +**Pattern:** Applying the accessibility priority rule — most pages affected wins — to the +performance pillar. Accessibility failures are template-uniform, so blast radius is right. But +a perf opportunity has a size, so a 3 KB unused-JS gap on 500 pages floated above a 700 KB +image on 9, and the report told people to fix the wrong thing first. +**Fix:** The runner captures each opportunity's savings (`overallSavingsBytes`/`Ms`, or a +byte-unit `numericValue`) and ranks perf proposals by a BLENDED impact, above the other +pillars. Bytes alone buried a 300 ms render-blocking gap behind a trivial one; ms alone would +bury a 133 KB image behind a 70 ms one. So each of bytes and ms is normalized against the +largest gap in the set and summed, so a gap leading on either axis ranks high. Shared-shell +perf savings are a max across templates, not a sum: a user pays the shell once. + +### Proposing diagnostic audits as if they were fixes (seed) +**Pattern:** `mainthread-work-breakdown`, `largest-contentful-paint-element`, `dom-size` and +the Lighthouse 12 `*-insight` audits all carry `details.items`, so `items.length > 0` promoted +them to actionable gaps. But they DESCRIBE the page (work split by category, which element is +the LCP) or DUPLICATE a classic opportunity (`render-blocking-insight` restates +`render-blocking-resources`). They are also noisy: main-thread and DOM-size scored 1 on one run +and 0 on the next in the same sitting. Filing them is busywork, and the `-insight` duplicates +double-file the same fix. +**Fix:** `isDiagnostic` routes any `-insight` audit plus a small set of descriptive audits to +REPORTED, NOT PROPOSED. Fix the classic opportunity they point at, not the diagnostic. Keep +genuinely actionable audits that only look diagnostic (`lcp-lazy-loaded`, `bf-cache`) as gaps. + +### Claiming a lab pass means real users pass CWV (seed) +**Pattern:** Reading "0 failing audits" off this lab runner and reporting that Core Web Vitals +are fine. PSI leads with CrUX **field** data; this tool only runs the Lighthouse lab pass. A +page can pass the lab and fail the field. +**Fix:** Keep lab and field claims separate. For "are real users failing CWV", read CrUX or +Search Console. This runner answers "what specific thing is wrong in the lab", not "what do +real users experience". + +### Trusting one sampled URL for byte weight (seed) +**Pattern:** The runner samples one URL per template. For accessibility that is complete; for +byte weight it is not — one blog post ships a 450 KB hero and its neighbour ships none. A perf +ticket written off the default sample can miss the pages that actually carry the weight. +**Fix:** When a perf gap is about content weight, name the specific heavy URL and re-run with +`--page=<template>` against a known-heavy path, rather than trusting the first sitemap entry. + +## Best Practices + +### Report what you did not file +Stating "these timing-derived audits failed and I deliberately did not ticket them" is what +makes the tickets you did file credible. diff --git a/.claude/skills/bobby-lighthouse/lighthouse-audit.mjs b/.claude/skills/bobby-lighthouse/lighthouse-audit.mjs new file mode 100644 index 0000000..93f21b0 --- /dev/null +++ b/.claude/skills/bobby-lighthouse/lighthouse-audit.mjs @@ -0,0 +1,570 @@ +#!/usr/bin/env node +/** + * Four-pillar audit: read Performance, Accessibility, Best Practices and SEO across + * the page TEMPLATES, identify gaps, and emit a machine-readable report a Bobby agent + * turns into tickets. + * + * This is the gap-finding layer. `perf-lighthouse.mjs` measures and reports; it never + * says what is wrong. This one classifies. + * + * ── Design rules, each one bought with a wasted run ────────────────────────────── + * + * 1. TICKET ON FAILING AUDITS, NEVER ON A SCORE. + * A score is an aggregate of noisy timings: mobile performance legitimately ranged + * 83 to 95 on one URL in one sitting. A failing audit is a specific assertion about + * specific DOM nodes and does not move without a code change. So scores are reported + * for context and are NEVER the basis of a ticket. Only `gaps` become tickets. + * + * 2. WEIGHT BY PAGE COUNT, NOT BY SCORE. + * A 2-point accessibility gap on a template behind 523 URLs outranks a 10-point gap + * on one behind 9. The sitemap supplies the counts. + * + * 3. DEDUPE AGAINST EXISTING TICKETS. + * The failure mode of any auditor is re-filing what is already open. Every gap is + * checked against .bobby/tickets by audit id AND template before it is proposed. + * + * 4. PROVE THE CORPUS IS REAL. + * A sweep that measured an empty URL still printed "done" once. Every report is + * checked so its requestedUrl matches what was asked for, and a run with zero + * audited pages is a hard failure, not an empty pass. + * + * Usage: + * node scripts/audit-four-pillars.mjs # production, mobile, 3 runs + * node scripts/audit-four-pillars.mjs --runs=1 # quick look + * node scripts/audit-four-pillars.mjs --desktop + * node scripts/audit-four-pillars.mjs --url=http://localhost:3000 + * node scripts/audit-four-pillars.mjs --page=directory # one template + * + * Exit codes: 0 always. This is an analysis tool, not a gate. `perf:budget` gates. + */ + +import { execFileSync } from 'node:child_process'; +import { mkdirSync, readFileSync, writeFileSync, existsSync, readdirSync } from 'node:fs'; +import path from 'node:path'; +import { fileURLToPath } from 'node:url'; + +/* + * The script is INSTALLED under .claude/skills/bobby-lighthouse/, but the PROJECT it audits + * is wherever the user runs it from. So every project-relative path (the .lighthouse output, + * .bobby/tickets, .bobbyrc.yml) resolves from process.cwd(), NOT from the script's location. + * Resolving from the script dir wrote output into the skills folder and read tickets from the + * wrong place, which is exactly the kind of thing that only shows up once a tool ships. + */ +const ROOT = process.cwd(); +const OUT_DIR = path.join(ROOT, '.lighthouse'); +/* + * Walk up looking for .bobby/tickets rather than assuming it sits one level above. + * Assuming `ROOT/../.bobby` is correct when the app is a subdirectory of the Bobby + * project and WRONG inside a git worktree, where it silently resolved to nothing, + * found zero tickets, and made every single gap look brand new. A dedupe that + * quietly matches nothing is worse than no dedupe: it looks like it worked. + */ +function findTicketsDir(start) { + let dir = path.resolve(start); + for (let i = 0; i < 6; i += 1) { + const candidate = path.join(dir, '.bobby', 'tickets'); + if (existsSync(candidate)) return candidate; + const parent = path.dirname(dir); + if (parent === dir) break; + dir = parent; + } + return null; +} +/* + * No hardcoded site. Resolution order: --url, then BOBBY_AUDIT_URL, then + * `lighthouse.base` in .bobbyrc.yml. A default pointing at one project's domain is + * exactly what makes a tool unusable by anyone else. + */ +const DEFAULT_BASE = process.env.BOBBY_AUDIT_URL || null; + +const CATEGORIES = ['performance', 'accessibility', 'best-practices', 'seo']; + +/* + * Real findings about somebody else's infrastructure. Filing these wastes a ticket and + * teaches people the report is noise. Each carries a reason so a future reader can + * challenge the suppression rather than trust it. + */ +const NOT_OURS = [ + { id: 'uses-long-cache-ttl', urlIncludes: '/_vercel/', why: 'Vercel sets that header, we cannot' }, + { id: 'errors-in-console', urlIncludes: '/_vercel/speed-insights', why: 'Vercel-only endpoint, 404s locally' }, +]; + +function isNotOurs(auditId, samples) { + return NOT_OURS.find((n) => n.id === auditId && samples.some((s) => s.includes(n.urlIncludes))); +} + +/* + * DIAGNOSTIC AUDITS DESCRIBE, THEY DO NOT PRESCRIBE. + * + * A gap must name a specific thing to change. Some audits carry `details.items` that only + * DESCRIBE the page: the main-thread work split by category, the identified LCP element, the + * DOM node count, the network dependency tree. `items.length > 0` wrongly promotes these to + * actionable gaps, and they are noisy on top of it (main-thread and DOM-size scored 1 on one + * run and 0 on the next in the same sitting). They are context, never a ticket. + * + * Lighthouse 12 also added an `-insight` audit set that DUPLICATES the classic opportunities + * (`render-blocking-insight` restates `render-blocking-resources`, `legacy-javascript-insight` + * restates `legacy-javascript`, and so on). Proposing both is the same fix filed twice, so the + * whole `-insight` family is treated as diagnostic and the classic audit is the one that + * carries the proposal. + */ +const DIAGNOSTIC_AUDITS = new Set([ + 'largest-contentful-paint-element', + 'mainthread-work-breakdown', + 'bootup-time', + 'dom-size', + 'layout-shift-elements', + 'long-tasks', + 'network-requests', + 'network-rtt', + 'network-server-latency', + 'critical-request-chains', + 'resource-summary', + 'third-party-summary', +]); + +function isDiagnostic(auditId) { + return auditId.endsWith('-insight') || DIAGNOSTIC_AUDITS.has(auditId); +} + +const isPerfPillar = (g) => g.pillar === 'performance'; + +/* + * Two pillars, two honest priority axes. Accessibility/SEO/best-practices gaps are + * template-uniform, so blast radius (pages affected) is the right order. Performance gaps + * each carry a size, and neither bytes nor milliseconds alone is the whole story: ranking by + * bytes floated a 3 KB gap over a 700 KB one, and ranking by ms would bury a 133 KB image + * behind a 70 ms one. So perf gaps rank by a BLENDED impact: each of bytes and ms normalized + * against the largest in the set, then summed, so a gap that leads on either axis ranks high. + * Perf proposals sort above the rest because a mobile audit is almost always there to move + * performance; bytes and pages are not comparable, so the two groups are not interleaved. + */ +export function rankProposals(proposals) { + const perf = proposals.filter(isPerfPillar); + const maxBytes = Math.max(1, ...perf.map((p) => p.totalSavingsBytes || 0)); + const maxMs = Math.max(1, ...perf.map((p) => p.totalSavingsMs || 0)); + const impact = (p) => (p.totalSavingsBytes || 0) / maxBytes + (p.totalSavingsMs || 0) / maxMs; + return [...proposals].sort((a, b) => { + if (isPerfPillar(a) !== isPerfPillar(b)) return isPerfPillar(a) ? -1 : 1; + if (isPerfPillar(a)) return impact(b) - impact(a); + return (b.totalPages || 0) - (a.totalPages || 0); + }); +} + +export { isDiagnostic }; + +/* + * TEMPLATE DISCOVERY + * + * A template is a group of URLs rendered by the same code. Auditing one URL per + * template and weighting by how many live URLs it covers is the whole point: it is + * why a 2-point gap on a 500-page section outranks a 10-point gap on the homepage. + * + * Templates are resolved in this order, so this works on any project: + * 1. `.bobbyrc.yml` under `lighthouse.pages` if you want to name them explicitly + * 2. auto-discovery from /sitemap.xml, grouping URLs by their first path segment + * 3. the homepage alone, if there is no sitemap + * + * Config shape: + * lighthouse: + * base: https://example.com + * pages: + * - { name: product, path: /products/widget, match: /products/ } + * - { name: article, path: /blog/hello, match: /blog/ } + */ +const MIN_GROUP = 2; // a "template" needs at least this many live URLs to be worth sampling +const MAX_TEMPLATES = 8; // keep a default run to a sane wall-clock + +export function readBaseFromConfig(root) { + for (const dir of [root, path.join(root, '..'), path.join(root, '..', '..')]) { + const rc = path.join(dir, '.bobbyrc.yml'); + if (!existsSync(rc)) continue; + const m = readFileSync(rc, 'utf8').match(/^lighthouse:\s*$[\s\S]*?^\s+base:\s*(\S+)/m); + if (m) return m[1].replace(/\/$/, ''); + } + return null; +} + +function pagesFromConfig(root) { + const rc = [root, path.join(root, '..'), path.join(root, '..', '..')] + .map((d) => path.join(d, '.bobbyrc.yml')) + .find((f) => existsSync(f)); + if (!rc) return null; + const text = readFileSync(rc, 'utf8'); + const block = text.match(/^lighthouse:\s*$([\s\S]*?)(?=^\S|\Z)/m); + if (!block) return null; + const pages = []; + for (const line of block[1].split('\n')) { + const m = line.match(/name:\s*([^,}\s]+).*?path:\s*([^,}\s]+)(?:.*?match:\s*([^,}\s]+))?/); + if (m) pages.push({ name: m[1], path: m[2], sitemapMatch: m[3] || null }); + } + return pages.length ? pages : null; +} + +/** + * Group sitemap URLs by first path segment and sample the largest groups. The homepage + * is always included. This is what makes the tool useful on a project nobody configured. + */ +export function pagesFromSitemap(locs) { + const groups = new Map(); + for (const loc of locs) { + let seg; + try { + seg = new URL(loc).pathname.split('/').filter(Boolean)[0]; + } catch { + continue; + } + if (!seg) continue; + if (!groups.has(seg)) groups.set(seg, []); + groups.get(seg).push(loc); + } + const picked = [{ name: 'homepage', path: '/', sitemapMatch: null, count: 1 }]; + const ranked = [...groups.entries()].filter(([, u]) => u.length >= MIN_GROUP).sort((a, b) => b[1].length - a[1].length); + for (const [seg, urls] of ranked.slice(0, MAX_TEMPLATES - 1)) { + picked.push({ name: seg, path: new URL(urls[0]).pathname, sitemapMatch: `/${seg}/`, count: urls.length }); + } + return picked; +} + +function parseArgs(argv) { + const a = { base: DEFAULT_BASE, runs: 3, desktop: false, only: null, ticketsDir: null }; + for (const raw of argv) { + const [k, v] = raw.replace(/^--/, '').split('='); + if (k === 'url') a.base = v.replace(/\/$/, ''); + else if (k === 'runs') a.runs = Math.max(1, Number(v) || 3); + else if (k === 'desktop') a.desktop = true; + else if (k === 'page') a.only = v; + else if (k === 'tickets') a.ticketsDir = v; + } + return a; +} + +function fail(msg) { + console.error(`\n✗ ${msg}\n`); + process.exit(1); +} + +const median = (vals) => { + const s = [...vals].sort((x, y) => x - y); + return s.length % 2 ? s[(s.length - 1) / 2] : (s[s.length / 2 - 1] + s[s.length / 2]) / 2; +}; +const spread = (vals) => (vals.length < 2 ? 0 : Math.max(...vals) - Math.min(...vals)); + +/** + * Resolve the templates to audit and how many live URLs each covers. + * Config wins; otherwise discover from the sitemap; otherwise the homepage alone. + */ +async function resolveTemplates(base, root) { + let locs = []; + try { + const res = await fetch(`${base}/sitemap.xml`); + if (res.ok) locs = [...(await res.text()).matchAll(/<loc>([^<]+)<\/loc>/g)].map((m) => m[1]); + } catch { + /* no sitemap reachable; fall through */ + } + + const configured = pagesFromConfig(root); + const pages = configured || (locs.length ? pagesFromSitemap(locs) : [{ name: 'homepage', path: '/', sitemapMatch: null, count: 1 }]); + + const counts = {}; + for (const pg of pages) { + counts[pg.name] = pg.sitemapMatch && locs.length + ? locs.filter((u) => u.includes(pg.sitemapMatch)).length + : (pg.count ?? null); + } + const source = configured ? '.bobbyrc.yml' : locs.length ? `sitemap.xml (${locs.length} URLs)` : 'homepage only, no sitemap'; + return { pages, counts, source }; +} + +function runLighthouse(url, outFile, desktop) { + const flags = [ + url, + '--output=json', + `--output-path=${outFile}`, + '--chrome-flags=--headless=new --no-sandbox', + '--quiet', + ...(desktop ? ['--preset=desktop'] : ['--form-factor=mobile', '--screenEmulation.mobile']), + ]; + execFileSync('npx', ['--yes', 'lighthouse@12', ...flags], { stdio: 'ignore', cwd: ROOT }); + const report = JSON.parse(readFileSync(outFile, 'utf8')); + + // Design rule 4: a report that measured a different URL than we asked for is the + // single most dangerous artifact this script can produce, because every downstream + // number looks plausible. One sweep did exactly this and reported the /sell/ page + // under the blog's filename. + if (report.requestedUrl !== url) { + fail(`report mismatch: asked for ${url}, report says ${report.requestedUrl}`); + } + if (report.runtimeError) { + fail(`lighthouse runtime error on ${url}: ${report.runtimeError.code}`); + } + return report; +} + +/** Failing audits for one category, with the node counts that make a ticket actionable. */ +export function failingAudits(report, category) { + const out = []; + for (const ref of report.categories[category].auditRefs) { + const a = report.audits[ref.id]; + if (!a || a.score === null || a.score >= 1) continue; + // Not every audit's details.items is an array: some carry `debugdata` or an object, + // and assuming array shape here crashed the first run. + const items = Array.isArray(a.details?.items) ? a.details.items : []; + // Performance opportunities carry a savings magnitude the other pillars do not. A + // failing accessibility audit is ranked by how many pages it hits, but a failing perf + // opportunity has a size: 3 KB of unused JS and 700 KB of unshrunk image both score + // < 1, and treating them the same is how a trivial gap outranks a real one. Capture the + // savings so the ranking can use it. overallSavingsBytes/Ms is the opportunity shape; + // numericBytes covers diagnostics like total-byte-weight that report a size, not a saving. + const d = a.details || {}; + const savingsBytes = Number(d.overallSavingsBytes ?? d.numericBytes ?? (a.numericUnit === 'byte' ? a.numericValue : 0)) || 0; + const savingsMs = Number(d.overallSavingsMs ?? (a.numericUnit === 'millisecond' ? a.numericValue : 0)) || 0; + out.push({ + id: ref.id, + title: a.title, + weight: ref.weight, + nodes: items.length, + savingsBytes, + savingsMs, + // A couple of real selectors make the difference between a ticket someone can + // act on and one they have to re-investigate from scratch. + samples: items + .slice(0, 3) + .map((i) => (i.node?.snippet || i.node?.selector || i.url || '').slice(0, 120)) + .filter(Boolean), + }); + } + return out.sort((x, y) => y.weight - x.weight || y.nodes - x.nodes); +} + +/** Design rule 3: has someone already filed this? */ +function existingTickets(override) { + const tickets = []; + const dirPath = override || findTicketsDir(ROOT); + if (!dirPath) { + // Loud, not silent. Proposing work while blind to what is already open is the + // fastest way to make this report untrustworthy. + console.warn(' ! no .bobby/tickets found by walking up from this directory.'); + console.warn(' EVERY gap will look new and duplicates are likely. If the Bobby project is'); + console.warn(' elsewhere (a git worktree, for example), pass --tickets=/path/to/.bobby/tickets\n'); + return tickets; + } + for (const dir of readdirSync(dirPath)) { + const f = path.join(dirPath, dir, 'ticket.md'); + if (!existsSync(f)) continue; + const body = readFileSync(f, 'utf8'); + const stage = (body.match(/^stage:\s*(\S+)/m) || [])[1] || 'unknown'; + tickets.push({ id: (dir.match(/^(TKT-\d+)/) || [])[1] || dir, stage, body: body.toLowerCase() }); + } + // Sort by numeric ticket id so a gap that legitimately appears in more than one ticket + // always dedupes to the same, lowest-numbered one. readdirSync order is not guaranteed, + // and without this the "already ticketed" attribution flips between otherwise-identical + // runs, which reads as a bug even though the dedupe verdict is correct. + tickets.sort((a, b) => { + const na = Number((a.id.match(/\d+/) || [])[0] ?? Infinity); + const nb = Number((b.id.match(/\d+/) || [])[0] ?? Infinity); + return na - nb || a.id.localeCompare(b.id); + }); + return tickets; +} + +export function findDuplicate(tickets, auditId, pageName, pagePath = '') { + /* + * A ticket is a duplicate when it is ABOUT this audit on this section. Two traps sit on + * either side of that, both caught by running against a real backlog. + * + * Too strict: matching the section by the discovered template name only. Sitemap + * discovery names a section after its first URL segment (say "products") while the human + * who filed the ticket called it "store" or "catalog". So the URL path segments are + * matched too, since a good ticket quotes the path it is about. + * + * Too loose: matching the audit id anywhere in the body AND a section token anywhere in + * the body. A ticket about the blog's IMAGES might mention "unused-javascript" once as an + * aside, and a ticket about a DIFFERENT section might carry a comparison table with a + * "blog" row. Either coincidence then suppressed a real, untracked gap, which is worse + * than a duplicate because the work silently never gets proposed. So the audit id and a + * section token must appear NEAR each other, not merely both somewhere in the document. + */ + const id = auditId.toLowerCase(); + const tokens = [...pageName.split(/[\s/-]+/), ...pagePath.split('/').filter(Boolean)] + .map((w) => w.toLowerCase()) + .filter((w) => w.length > 3); + if (!tokens.length) return undefined; + + const WINDOW = 120; // chars either side of an audit-id mention that count as "about it" + return tickets.find((t) => { + if (t.stage === 'done') return false; + for (let idx = t.body.indexOf(id); idx !== -1; idx = t.body.indexOf(id, idx + 1)) { + const around = t.body.slice(Math.max(0, idx - WINDOW), idx + id.length + WINDOW); + if (tokens.some((w) => around.includes(w))) return true; + } + return false; + }); +} + +// Importing this module (for tests) must not launch a sweep, so the CLI body lives +// in main() and only runs when this file is executed directly. +async function main() { + const args = parseArgs(process.argv.slice(2)); + if (!args.base) { + const configured = readBaseFromConfig(ROOT); + if (configured) args.base = configured; + } + if (!args.base) { + fail( + 'no site to audit. Pass --url=https://example.com, set BOBBY_AUDIT_URL, or add:\n' + + ' lighthouse:\n base: https://example.com\n to .bobbyrc.yml' + ); + } + mkdirSync(OUT_DIR, { recursive: true }); + + const formFactor = args.desktop ? 'desktop' : 'mobile'; + console.log(`Four-pillar audit: ${args.base}`); + console.log(`${formFactor}, median of ${args.runs} run(s) per page\n`); + + const { pages: templates, counts, source } = await resolveTemplates(args.base, ROOT); + console.log(`templates from ${source}\n`); + const selected = args.only + ? templates.filter((p) => p.name === args.only || p.name.replace(/\s+/g, '-') === args.only) + : templates; + if (!selected.length) fail(`unknown --page=${args.only}. Known: ${templates.map((p) => p.name).join(', ')}`); + const tickets = existingTickets(args.ticketsDir); + const results = []; + + for (const page of selected) { + const url = `${args.base}${page.path}`; + const slug = page.name.replace(/\s+/g, '-'); + const scores = Object.fromEntries(CATEGORIES.map((c) => [c, []])); + let last = null; + + for (let i = 1; i <= args.runs; i += 1) { + const outFile = path.join(OUT_DIR, `audit-${slug}-${formFactor}-${i}.json`); + last = runLighthouse(url, outFile, args.desktop); + for (const c of CATEGORIES) scores[c].push(Math.round((last.categories[c]?.score ?? 0) * 100)); + } + + // Failing audits come from ONE report, not a median: an audit either fails or it + // does not, and taking a median of a pass/fail set would invent a result. + const gaps = []; + const informational = []; + const suppressed = []; + for (const c of CATEGORIES) { + for (const a of failingAudits(last, c)) { + const dup = findDuplicate(tickets, a.id, page.name, page.path); + const entry = { ...a, pillar: c, page: page.name, url, pages_affected: counts[page.name], existing_ticket: dup ? dup.id : null }; + // Design rule 1, applied one level deeper. Two classes of audit fail without + // pointing at a fixable thing, and both are reported, never proposed: + // - Zero-node timing audits (`interactive`, `max-potential-fid`) "fail" on a slow + // run with no defect present. + // - Diagnostic audits (main-thread breakdown, LCP element, DOM size, and the + // Lighthouse `-insight` duplicates) carry nodes that DESCRIBE the page rather + // than name something to change. See isDiagnostic. + const artifact = isNotOurs(a.id, a.samples); + if (artifact) suppressed.push({ ...entry, why: artifact.why }); + else if (isDiagnostic(a.id)) informational.push(entry); + else if (a.nodes > 0) gaps.push(entry); + else informational.push(entry); + } + } + + results.push({ + page: page.name, + url, + pages_affected: counts[page.name], + scores: Object.fromEntries(CATEGORIES.map((c) => [c, { median: median(scores[c]), runs: scores[c], spread: spread(scores[c]) }])), + gaps, + informational, + suppressed, + }); + + const s = (c) => { + const v = results.at(-1).scores[c]; + return `${String(v.median).padStart(3)}${v.spread > 4 ? '~' : ' '}`; + }; + console.log( + ` ${page.name.padEnd(19)} ${String(counts[page.name] ?? '?').padStart(4)} pages | ` + + `perf ${s('performance')} a11y ${s('accessibility')} bp ${s('best-practices')} seo ${s('seo')} | ` + + `${gaps.length} failing audit(s)` + ); + } + + if (!results.length) fail('no pages audited: refusing to report an empty pass'); + + // ── Gap report, ranked by blast radius ──────────────────────────────────────────── + const allGaps = results.flatMap((r) => r.gaps); + const fresh = allGaps.filter((g) => !g.existing_ticket); + const known = allGaps.filter((g) => g.existing_ticket); + + console.log(`\n${'='.repeat(78)}`); + console.log(`GAPS: ${allGaps.length} failing audit(s), ${fresh.length} not yet ticketed`); + console.log('~ marks a score whose run-to-run spread exceeded 4 points: treat as noise.'); + console.log('='.repeat(78)); + + if (fresh.length) { + /* + * Group by audit id ACROSS templates before proposing. The shared app shell means + * unused-css-rules and unused-javascript fail on every template from a single root + * cause, and proposing six tickets for one fix is how an auditor earns a reputation + * for noise. One proposal, all affected templates, summed page count. + */ + const byAudit = new Map(); + for (const g of fresh) { + if (!byAudit.has(g.id)) byAudit.set(g.id, { ...g, templates: [], totalPages: 0, totalSavingsBytes: 0, totalSavingsMs: 0 }); + const e = byAudit.get(g.id); + e.templates.push(`${g.page} (${g.pages_affected ?? '?'})`); + e.totalPages += g.pages_affected || 0; + // Savings is per page load, not per URL, so a shared-shell perf gap's bytes are the + // same on every template. Take the max across templates rather than summing: what a + // single user pays is the honest number, and summing would double-count the shell. + e.totalSavingsBytes = Math.max(e.totalSavingsBytes, g.savingsBytes || 0); + e.totalSavingsMs = Math.max(e.totalSavingsMs, g.savingsMs || 0); + e.samples = [...new Set([...e.samples, ...g.samples])].slice(0, 4); + } + // Ranked by the axis that fits the pillar: perf by blended byte+ms impact, everything + // else by blast radius. See rankProposals. + const kb = (b) => `${Math.round((b || 0) / 1024)} KB`; + const isPerf = isPerfPillar; + const proposals = rankProposals([...byAudit.values()]); + + console.log(`\nNEEDS A TICKET: ${proposals.length} distinct issue(s) from ${fresh.length} template-level finding(s)\n`); + for (const g of proposals) { + const shared = g.templates.length > 1 ? ' [SHARED SHELL: one fix covers all]' : ''; + // Perf gaps lead with the savings that ranked them; the others lead with blast radius. + const impact = isPerf(g) + ? `~${kb(g.totalSavingsBytes)}${g.totalSavingsMs ? ` / ${Math.round(g.totalSavingsMs)} ms` : ''} savings, ~${g.totalPages} pages` + : `~${g.totalPages} pages`; + console.log(` [${g.pillar}] ${g.id} ${impact}${shared}`); + console.log(` ${g.title}`); + console.log(` templates: ${g.templates.join(', ')}`); + for (const s of g.samples) console.log(` ${s}`); + console.log(''); + } + } else { + console.log('\nNo untracked gaps. Every failing audit already has an open ticket.'); + } + + if (known.length) { + console.log('\nALREADY TICKETED (do not re-file):\n'); + for (const g of known) { + console.log(` [${g.pillar}] ${g.id} on ${g.page} -> ${g.existing_ticket}`); + } + } + + const info = results.flatMap((r) => r.informational); + if (info.length) { + const ids = [...new Set(info.map((g) => g.id))]; + console.log(`\nREPORTED, NOT PROPOSED (${info.length} timing-derived or diagnostic audit(s)): ${ids.join(', ')}`); + console.log(' Timing audits fail on a slow run, not on a defect. Diagnostic audits (main-thread'); + console.log(' breakdown, LCP element, DOM size, and the Lighthouse -insight duplicates) describe the'); + console.log(' page rather than name a fix. Investigate only alongside a real byte or node gap.'); + } + + const reportFile = path.join(OUT_DIR, `four-pillar-audit-${formFactor}.json`); + writeFileSync(reportFile, `${JSON.stringify({ base: args.base, formFactor, runs: args.runs, results }, null, 2)}\n`); + console.log(`\nmachine-readable report: ${path.relative(ROOT, reportFile)}`); + console.log('Next: the bobby-lighthouse skill turns each untracked gap into a ticket.\n'); +} + +if (process.argv[1] && path.resolve(process.argv[1]) === fileURLToPath(import.meta.url)) { + await main(); +} diff --git a/.claude/skills/bobby-plan/SKILL.md b/.claude/skills/bobby-plan/SKILL.md index 0de4455..b447e5d 100644 --- a/.claude/skills/bobby-plan/SKILL.md +++ b/.claude/skills/bobby-plan/SKILL.md @@ -366,7 +366,7 @@ Add to ticket frontmatter or comment: ## Feature Areas -_No areas configured_ +targets | dashboard | audit | tickets | packs | templates | cli --- diff --git a/.claude/skills/bobby-plan/learnings.local.md b/.claude/skills/bobby-plan/learnings.local.md index 149ac11..1d60ba5 100644 --- a/.claude/skills/bobby-plan/learnings.local.md +++ b/.claude/skills/bobby-plan/learnings.local.md @@ -10,6 +10,10 @@ disagree, **this file wins**. ## Anti-Patterns <!-- bobby learn bobby-plan "pattern" "description" to add entries --> +- **placeholder-vs-known-glob-sites**: In lib/workflow.js prompt builders, the glob sites `{TICKET_ID}*/ticket.md` split into two kinds that need DIFFERENT fixes. KNOWN-ID sites (buildSingleAgentPrompt `ticketId`, buildFeaturePrompt `epicId`/`t.id`) know the id at build time → resolve via `findTicket(ticketsDir, id).dirname` to an exact openable path. PLACEHOLDER sites (buildSubagentSteps, buildPreflightGates, buildBatchStagePrompt, buildFeaturePrompt exec+planning) carry a LITERAL `{TICKET_ID}`/`{ID}` token the coordinator substitutes per-ticket at RUNTIME from a list — no single template can bake a resolved path without unrolling the loop N times. For placeholder sites the right primitive is `bobby ticket view {TICKET_ID}`: it resolves slug + studio board + is cwd-independent (the SAME resolution the `assign`/`move` steps already in those prompts rely on — so no new risk), and it prints a `Stage:` line + the body (which includes `## Comments`), covering context-load, stage-confirm, AND rejection-comment reads in one command. `--plan`/`--files` cover plan/test-cases checks. `feature-plan.md` has no view command → stays a resolved file path. ALWAYS give the build-time resolver a glob fallback (`return \`${id}*\``) so default-`ticketsDir` unit tests (ids not on disk) stay green and it never throws. + - **single-repo-to-multi-repo-not-blanket-rethread**: When making a single-`this.repoRoot` orchestrator multi-repo, do NOT blanket-replace every this.repoRoot with the resolved ws.repoRoot. Three sites must STAY this.repoRoot: repo runs (no ticket, main checkout by design), the hasProduct/board path (product+tickets live at the STUDIO root, not the code repo), and the repo-run diff/changedFiles branches. Only the per-workspace git ops (worktree create, merge, removeWorktree, diffAgainstMain, changedFiles, main-checkout lock) become ws.repoRoot. And every consumer needs a '|| this.repoRoot' fallback because WorkspaceStore persists to JSON — records written before the field existed have no ws.repoRoot. +- **studio-board-paths-fan-out-shared-fragments**: In lib/workflow.js the board-path defect lives in SHARED prompt fragments (buildSubagentSteps, buildPreflightGates) that fan out to BOTH the workflow and sprint orchestrators — one bare relative `ticket.md` re-read breaks multiple entry points at once. When making board reads absolute: reuse the already-absolute ticketsDir for ticket.md, but product artifacts need a SEPARATE absolute dir threaded via resolveProductDir — product lives at the STUDIO root under .bobby/product (NOT project-scoped like tickets, which use .bobby/<project>/tickets via studioBoardDir). Keep a `productDir || '.bobby/product'` fallback so existing default-path unit tests stay green. Do NOT touch the already-absolute ${ticketsDir} references or the `bobby ticket move/view/assign` commands (those resolve correctly via findProjectRoot walk-up, provided the worktree is a descendant of the studio root). + - **merge-shared-map-not-keep-both**: When planning a branch merge, conflicts on the SAME data structure (STAGE_MAP, STAGE_ORDER, stage-rank objects, count-assertions) are NOT 'keep both' — both blocks redeclare one const. Resolution is a semantic union of entries into one object, and any test asserting a length/count must be RECOMPUTED from the merged reality (e.g. STAGES became 18 when studio said 17 and app said 13), never copied from either side. diff --git a/.claude/skills/bobby-review/learnings.local.md b/.claude/skills/bobby-review/learnings.local.md index ff9e210..511711d 100644 --- a/.claude/skills/bobby-review/learnings.local.md +++ b/.claude/skills/bobby-review/learnings.local.md @@ -10,6 +10,18 @@ disagree, **this file wins**. ## Anti-Patterns <!-- bobby learn bobby-review "pattern" "description" to add entries --> +- **getter-conversion-misses-constructor-captured-derivatives**: When a review forces a field into a live getter (this.config -> get config()), auditing every read of that identifier is NOT the whole audit. Two classes escape the grep: (1) run-scoped reads that were simply not converted - TKT-022 routed five reads through _configFor(ws) and left dashboard.auto_approve_stages live in _onExit, so an alpha run took its auto-approve decision from the project the user had switched TO, launching an agent alpha config forbids; (2) values DERIVED from the config in the constructor, which contain no reference to the identifier at all - this.pipeline = resolveWorkflow(bootConfig) meant _pipelineFor short-circuited to the boot workflow for every workspace on the default pipeline, so a beta ticket advanced through alpha workflow and beta security stage was skipped. Review rule: after a getter conversion, enumerate (a) every read of the identifier and classify each live-vs-pinned by WHEN it runs, not just who runs it, and (b) every constructor field whose initialiser mentions the config. Corollary on fixtures: a studio fixture that writes settings to the SHARED root gives both projects identical values, so no test in that file can distinguish live from pinned - the suite auto-approve test passed with the bug present for exactly this reason. Make the two fixture projects differ in the key under test, and assert a CONSUMER behaviour, not the helper return value: reverting the config pin failed exactly one test, and that test asserted _configFor(ws).ticket_prefix directly, so none of its five consumers was covered. + +- **fix-the-symptom-not-the-seam**: When a review rejects on a stale boot-config read and the fix introduces a live accessor (activeConfig()/get config()), do not accept it applied only to the demonstrated call site. Grep EVERY read of that config identifier and classify each as per-project or server-wide — including fields on collaborating objects that were constructed with the same boot config (Orchestrator.this.config), which no live accessor on the server can reach. TKT-022 fixed ticket_prefix at two createTicket sites while orchestrator.this.config still held the boot project's cascade, so after a switch _resolveTargetRepo read the OLD project's project_repos and cut the new project's workspace worktree from the old project's REPO — an agent editing the wrong codebase, status 201, invisible to a green suite. /api/config and /api/workflows were missed the same way. Review rule: for a mutable-context feature, enumerate the per-project keys the config cascade itself declares (in cascadeProject: project_repos, ticket_prefix, git_conventions/dashboard/workflows deep merges) and check each consumer, and build the fixture so the two projects differ in EVERY one of them — a fixture whose projects differ only in prefix can only ever catch the prefix bug. + +- **context-object-rederives-what-config-already-resolved**: When a feature adds a mutable context object (ProjectContext) that takes over a value the config layer ALREADY resolves (config._project via resolveActiveProject: explicit > BOBBY_PROJECT env > active-project file > sole project), check whether the context re-derives it from a NARROWER source. TKT-022's ProjectContext seeded from getActiveProject() alone, dropping the env/flag tier — and because orchestrator.ticketsDir gives the context precedence over the correctly-resolved value, 'bobby app --project beta' silently served alpha's board. Review rule: for every value a new context takes ownership of, diff its resolution chain against the pre-existing one tier by tier, and run the shipped command with EVERY documented flag/env that feeds that chain, not just the default path. Corollary: a context that re-scopes PATHS on switch must also re-scope the CONFIG - server.js closed over the boot config, so a ticket created after a switch got the boot project's ticket_prefix on the new project's board. + +- **wiring-landed-in-an-unregistered-entrypoint**: A feature can be correctly implemented and still be unreachable: verify the command module you wired is actually registered in bin/ (grep the register* import), and that no other command claims the same name via .alias(). TKT-022 threaded ProjectContext into commands/dashboard.js — dead code, since bin/bobby.js registers only registerApp and commands/app.js carries .alias('dashboard') — so the shipped 'bobby app' still 400s the new routes while every unit test passes, because the tests hand-wire the orchestrator the command does not. Review rule: for any feature whose entry is a CLI command or server bootstrap, start the REAL command against a fixture and curl the new surface; do not accept a unit test that constructs its own wiring as proof the product has it. + +- **live-getter-unpinned-in-async-exit**: When a mutable context (e.g. studio ProjectContext) turns a property into a live getter (ticketsDir/sessionsDir), audit not just WHO reads it but WHEN. A value read live inside an async run-exit/event handler is read at exit time, not launch time — if the context changed mid-run (project switch), the handler operates on the wrong scope. Pin such values at launch and thread them into the exit path. Tests that assert 'process untouched right after the switch' do NOT cover this; the run must be allowed to EXIT after the switch. + +- **custom-exit-handler-must-replicate-shared-cleanup**: When a run bypasses the standard exit path (_onExit) with a custom onExit handler, verify the override replicates every piece of shared teardown _onExit does at its top — process-registry delete, permission-denial counter delete, and any lock release. TKT-021's runChatTurn does this correctly in _launch's settle() for runningProcesses + permissionDenials, and is safe to skip _releaseRepoLock ONLY because chat workspaces are always worktree runs (createWorktree) that never take the main-checkout lock. Review rule: enumerate what the standard exit path cleans up, then confirm the custom path either replicates it or provably never acquired it. + - **await-transition-not-state**: Async tests that trigger a disconnect/restart and then wait for recovery with until(condition) are vacuous when the condition is ALREADY true at trigger time (the close/restart event has not dispatched yet) — the wait returns instantly, and a fixed sleep then races the real reconnect backoff, producing a test that fails on correct code or passes on broken code depending on jitter. Review rule: every wait-for-recovery must first await the DEPARTURE state (until(!online)) before awaiting the return (until(online)); flag any fixed-ms sleep that races a jittered/backoff timer; and check the failure path frees its servers/sockets (try/finally or --test-force-exit) — a hanging runner disguises the flake as a timeout. Verify red/green claims by running the committed test yourself on both sides of the fix; a claim of 'verified to fail' can be true for the wrong reason. - **resubscribe-keyed-to-wrong-lifecycle**: When a transport/connection layer restores subscriptions on ITS OWN socket's onopen, check whose lifecycle the subscription state actually lives in. Server-side subscription state dies with the SERVER (host restart, upstream stream end) without the client socket ever closing — so onopen-only resubscribe leaves streams silently dead while presence shows online. Review checklist: for every resubscribe/replay path, enumerate the ways the far side can lose state while the near-side socket stays up, and check each one triggers recovery. Also grep for protocol frame types the sender emits (e.g. t:'end') that the receiver never handles — silently dropped control frames are how these gaps hide. diff --git a/.claude/skills/bobby-strategy/SKILL.md b/.claude/skills/bobby-strategy/SKILL.md index 38efa1e..2f27670 100644 --- a/.claude/skills/bobby-strategy/SKILL.md +++ b/.claude/skills/bobby-strategy/SKILL.md @@ -248,7 +248,7 @@ bobby learn bobby-strategy "pattern" "description" ## Feature Areas -_No areas configured_ +targets | dashboard | audit | tickets | packs | templates | cli --- diff --git a/.claude/skills/bobby-test/learnings.local.md b/.claude/skills/bobby-test/learnings.local.md index 839f35c..2a09219 100644 --- a/.claude/skills/bobby-test/learnings.local.md +++ b/.claude/skills/bobby-test/learnings.local.md @@ -9,3 +9,5 @@ disagree, **this file wins**. ## Anti-Patterns <!-- bobby learn bobby-test "pattern" "description" to add entries --> + +- **path-shim-fake-executor-for-agent-turns**: To live-test dashboard features that spawn agent CLIs (chat turns, runs) without paying ~$3/real claude turn, put a fake 'claude' executable earlier on PATH before launching 'bobby app'. resolveExecutor spawns bare 'claude' via PATH, so the running server uses your fake. Have the fake append its argv to a log (capture --permission-mode/--resume the server actually passed), emit a stream-json line with session_id (so session capture + --resume threading exercise for real), and optionally write the plan files named in the commit prompt. This verifies wiring/state/persistence through the genuinely-running server without reading source and without cost. diff --git a/.claude/skills/bobby-vet/SKILL.md b/.claude/skills/bobby-vet/SKILL.md index 8b3c800..e188989 100644 --- a/.claude/skills/bobby-vet/SKILL.md +++ b/.claude/skills/bobby-vet/SKILL.md @@ -161,7 +161,7 @@ bobby learn bobby-vet "pattern" "description" ## Feature Areas -_No areas configured_ +targets | dashboard | audit | tickets | packs | templates | cli --- diff --git a/.github/workflows/ci.yml b/.github/workflows/ci.yml index e23990f..bec2a7e 100644 --- a/.github/workflows/ci.yml +++ b/.github/workflows/ci.yml @@ -24,6 +24,17 @@ jobs: - name: Install dependencies run: npm ci + - name: Configure git identity + # A bare runner has no git identity, and its `runner` user has an empty + # gecos, so git cannot auto-detect one either — `git commit` dies with + # "empty ident name". `createProject` makes a real initial commit, so + # its tests need this. It cannot be done from the test process: a Jest + # ESM module gets a COPY of process.env that spawned children never see, + # so the identity has to exist on the machine (TKT-072). + run: | + git config --global user.name 'bobby CI' + git config --global user.email 'ci@bobby.invalid' + - name: Lint run: npm run lint diff --git a/CLAUDE.md b/CLAUDE.md index db03ef1..caa1734 100644 --- a/CLAUDE.md +++ b/CLAUDE.md @@ -20,7 +20,7 @@ Before starting work, verify the dev environment is running: ## Feature Areas -_No areas configured_ +targets | dashboard | audit | tickets | packs | templates | cli ## Commands @@ -130,6 +130,7 @@ it to the right capability below and run it; don't make them name the command. | ship it / open a PR | bobby-ship | | update the docs | bobby-docs | | is it slow / benchmark | bobby-performance | +| audit pages / which pages need fixing / lighthouse | bobby-lighthouse | | map / understand the architecture | bobby-arch | Pick the single best match. If it's a concrete change to this project and nothing @@ -201,6 +202,12 @@ When told to "update docs" or "document release", load `.claude/skills/bobby-doc ### Performance (bobby-performance) When told to "benchmark" or "check performance", load `.claude/skills/bobby-performance/SKILL.md`. - Measures page load times, resource sizes, request counts + +### Lighthouse Audit (bobby-lighthouse) +When told "lighthouse audit", "audit the pages", or "which pages need fixing", load `.claude/skills/bobby-lighthouse/SKILL.md`. +- Sweeps Performance, Accessibility, Best Practices and SEO across page TEMPLATES, not just the homepage +- Ranks gaps by live URL count from the sitemap, and proposes tickets only on failing audits with real DOM nodes, never on a score +- NOT the `bobby audit` command, which scores codebase production readiness instead - Compares against baseline, flags regressions ### Watchdog (bobby-watchdog) @@ -266,6 +273,7 @@ bobby run security TKT-001 # Security audit (OWASP + STRIDE) bobby run debug TKT-001 # Root-cause debugging bobby run docs # Update docs after shipping bobby run performance # Performance benchmarking +bobby run lighthouse # Lighthouse audit of page templates bobby run watchdog # Post-deploy health check bobby retro TKT-001 "pattern" # Create retrospective bobby retro --weekly # Weekly retro with metrics diff --git a/commands/app.js b/commands/app.js index 27e5ced..ac630af 100644 --- a/commands/app.js +++ b/commands/app.js @@ -20,6 +20,8 @@ import { getTarget } from '../lib/targets/index.js'; import { WorkspaceStore } from '../lib/dashboard/state.js'; import { SSEHub } from '../lib/dashboard/sse.js'; import { Orchestrator } from '../lib/dashboard/orchestrator.js'; +import { ProjectContext } from '../lib/dashboard/project-context.js'; +import { ChatManager } from '../lib/dashboard/chat.js'; import { buildServer } from '../lib/dashboard/server.js'; import { resolveExecutor, commandExists, EXECUTOR_NAMES } from '../lib/dashboard/executor.js'; import { loadDashboardPlugins, pluginStatusLine, findExtension, PRO_DASHBOARD_PACKAGE } from '../lib/dashboard/plugins.js'; @@ -107,9 +109,17 @@ export function registerApp(program) { const store = new WorkspaceStore(stateFile).load(); store.reconcileAfterRestart(); const sseHub = new SSEHub(); + + // Studio mode (TKT-022): a mutable holder for the active project, so the + // app can switch projects without a restart. Off-studio it is inert — + // isStudio() is false, the board paths equal the resolved ones above, + // and the project routes 400. + const projectContext = new ProjectContext(root, config); + const orchestrator = new Orchestrator({ repoRoot: root, config, ticketsDir, sessionsDir, agentsPath, store, sseHub, pipeline, pipelineName: opts.workflow || 'default', + projectContext, }); store.subscribe((event, workspace) => { const payload = { type: 'store', event, workspace, at: new Date().toISOString() }; @@ -117,10 +127,18 @@ export function registerApp(program) { sseHub.broadcast(`workspace:${workspace.id}`, payload); }); + // Conversational planning (TKT-021): chat records live alongside the + // workspace store, one file per repository. + const chatManager = new ChatManager({ + orchestrator, + filePath: path.join(root, config.bobby_dir || '.bobby', 'chats.json'), + }); + const { plugins, status: pluginStatus } = await loadDashboardPlugins({ repoRoot: root }); const app = resolveAppDir(root); const server = buildServer({ orchestrator, store, sseHub, config, repoRoot: root, ticketsDir, + chatManager, plugins, pluginStatus, appDir: app.dir, sprintsDir, // One ideas list per repository, like the ticket board: resolved // against the MAIN worktree so `bobby app` run from inside a worktree diff --git a/commands/dashboard.js b/commands/dashboard.js deleted file mode 100644 index 1ede157..0000000 --- a/commands/dashboard.js +++ /dev/null @@ -1,163 +0,0 @@ -// commands/dashboard.js -// -// `bobby dashboard` — local web dashboard for kicking off agents and watching -// workspaces. Starts an HTTP server at 127.0.0.1:<port>, opens it in a browser, -// and cleans up child processes on SIGINT. - -import path from 'path'; -import { exec } from 'child_process'; -import { readConfig, findProjectRoot, resolveTicketsDir, resolveSessionsDir, resolveIdeasFile } from '../lib/config.js'; -import { getTarget } from '../lib/targets/index.js'; -import { WorkspaceStore } from '../lib/dashboard/state.js'; -import { SSEHub } from '../lib/dashboard/sse.js'; -import { Orchestrator } from '../lib/dashboard/orchestrator.js'; -import { buildServer } from '../lib/dashboard/server.js'; -import { resolveExecutor, commandExists, EXECUTOR_NAMES } from '../lib/dashboard/executor.js'; -import { loadDashboardPlugins, pluginStatusLine } from '../lib/dashboard/plugins.js'; -import { isGitRepo } from '../lib/dashboard/worktree.js'; -import { resolveWorkflow } from './run.js'; -import { bold, dim, success, error, warn } from '../lib/colors.js'; - -function openInBrowser(url) { - const cmd = process.platform === 'darwin' ? 'open' - : process.platform === 'win32' ? 'start ""' - : 'xdg-open'; - exec(`${cmd} ${JSON.stringify(url)}`, (err) => { - if (err) { - // Best-effort — if it fails, the user can copy the URL manually. - } - }); -} - -export function registerDashboard(program) { - program - .command('dashboard') - .description('Start the Bobby workspace dashboard (local web UI)') - .option('--port <n>', 'Port to bind (default: from config or 7777)') - .option('--host <host>', 'Host to bind (default: 127.0.0.1)', '127.0.0.1') - .option('--no-open', 'Do not auto-open the browser') - .option('--workflow <name>', 'Workflow to use for agent chaining', 'default') - .action(async (opts) => { - try { - const root = findProjectRoot(); - const config = readConfig(root); - - if (!isGitRepo(root)) { - error('Bobby dashboard requires a git repository (worktrees are git-based).'); - process.exit(1); - } - - const target = getTarget(config.target || 'claude-code'); - const agentsPath = target.paths().agents; - - // Warn once here rather than failing per spawned agent — but don't exit: - // reviewing diffs, approving, and merging existing workspaces all work - // without the agent CLI installed. - const executor = resolveExecutor(config); - const executorReady = commandExists(executor.bin); - if (!executorReady) { - warn(`Executor '${executor.bin}' not found — running agents will fail.`); - console.log(` ${dim(`Install it, or set dashboard.executor in .bobbyrc.yml (${EXECUTOR_NAMES.join(' | ')}; an explicit path must be absolute).`)}`); - console.log(` ${dim('Reviewing diffs, approving, and merging still work.')}`); - } - - const ticketsDir = resolveTicketsDir(root, config); - const sessionsDir = resolveSessionsDir(root, config); - const pipeline = resolveWorkflow(config, opts.workflow || 'default'); - - const port = parseInt(opts.port || config?.dashboard?.port || 7777, 10); - const host = opts.host || '127.0.0.1'; - - if (host !== '127.0.0.1' && host !== 'localhost') { - warn(`Dashboard binding to ${host} — there is no authentication. Anyone who can reach this host can run agents as you.`); - } - - // State store - const stateFile = path.join(root, config.bobby_dir || '.bobby', 'workspaces.json'); - const store = new WorkspaceStore(stateFile).load(); - store.reconcileAfterRestart(); - - // SSE hub - const sseHub = new SSEHub(); - - // Orchestrator - const orchestrator = new Orchestrator({ - repoRoot: root, - config, - ticketsDir, - sessionsDir, - agentsPath, - store, - sseHub, - pipeline, - pipelineName: opts.workflow || 'default', - }); - - // Wire store → SSE global broadcasts so clients see state updates - store.subscribe((event, workspace) => { - sseHub.broadcast('global', { type: 'store', event, workspace, at: new Date().toISOString() }); - sseHub.broadcast(`workspace:${workspace.id}`, { type: 'store', event, workspace, at: new Date().toISOString() }); - }); - - // Paid dashboard extensions, if any are installed and licensed. Never - // throws — absent or broken means free tier, which is the normal case. - const { plugins, status: pluginStatus } = await loadDashboardPlugins({ repoRoot: root }); - - // HTTP server - const server = buildServer({ - orchestrator, store, sseHub, config, repoRoot: root, ticketsDir, - plugins, pluginStatus, - // The classic UI has no Ideas screen, but the API is one surface for - // both front ends — the routes must not resolve to a different file - // depending on which command started the server (TKT-018). - ideasFile: resolveIdeasFile(root, config), - }); - - server.listen(port, host, () => { - const url = `http://${host}:${port}`; - console.log(''); - console.log(` ${bold('Bobby Dashboard')}`); - console.log(` ${dim(`Workflow: ${opts.workflow || 'default'}`)}`); - console.log(` ${dim(`Executor: ${executor.bin}${config.dashboard?.model ? ` (${config.dashboard.model})` : ''}${executorReady ? '' : ' — NOT FOUND'}`)}`); - console.log(` ${dim(`State: ${stateFile}`)}`); - console.log(` ${dim(pluginStatusLine(pluginStatus))}`); - console.log(''); - success(` Running at ${url}`); - console.log(` ${dim('Press Ctrl+C to stop')}`); - console.log(''); - if (opts.open !== false) openInBrowser(url); - }); - - server.on('error', (err) => { - if (err.code === 'EADDRINUSE') { - error(`Port ${port} is already in use. Try --port <n> to pick another.`); - } else { - error(`Server error: ${err.message}`); - } - process.exit(1); - }); - - // Graceful shutdown — stop all child claude procs, persist state, close server. - let shuttingDown = false; - const shutdown = async () => { - if (shuttingDown) return; - shuttingDown = true; - console.log(''); - console.log(dim(' Stopping running agents…')); - try { - await orchestrator.stopAll(); - } catch { /* best effort */ } - try { store.save(); } catch { /* best effort */ } - try { sseHub.closeAll(); } catch { /* best effort */ } - server.close(() => process.exit(0)); - // Hard exit fallback - setTimeout(() => process.exit(0), 3000).unref(); - }; - process.on('SIGINT', shutdown); - process.on('SIGTERM', shutdown); - } catch (e) { - error(e.message); - process.exit(1); - } - }); -} diff --git a/commands/remote.js b/commands/remote.js index 778d5eb..e4b1d13 100644 --- a/commands/remote.js +++ b/commands/remote.js @@ -18,6 +18,8 @@ import { getTarget } from '../lib/targets/index.js'; import { WorkspaceStore } from '../lib/dashboard/state.js'; import { SSEHub } from '../lib/dashboard/sse.js'; import { Orchestrator } from '../lib/dashboard/orchestrator.js'; +import { ProjectContext } from '../lib/dashboard/project-context.js'; +import { ChatManager } from '../lib/dashboard/chat.js'; import { buildServer } from '../lib/dashboard/server.js'; import { resolveExecutor, commandExists, EXECUTOR_NAMES } from '../lib/dashboard/executor.js'; import { loadDashboardPlugins } from '../lib/dashboard/plugins.js'; @@ -67,9 +69,13 @@ export function registerRemote(program) { const store = new WorkspaceStore(stateFile).load(); store.reconcileAfterRestart(); const sseHub = new SSEHub(); + // Studio mode (TKT-022): switch projects from the app over the same + // tunnel. Inert off-studio. + const projectContext = new ProjectContext(root, config); const orchestrator = new Orchestrator({ repoRoot: root, config, ticketsDir, sessionsDir, agentsPath, store, sseHub, pipeline, pipelineName: opts.workflow || 'default', + projectContext, }); store.subscribe((event, workspace) => { const payload = { type: 'store', event, workspace, at: new Date().toISOString() }; @@ -77,9 +83,17 @@ export function registerRemote(program) { sseHub.broadcast(`workspace:${workspace.id}`, payload); }); + // Conversational planning (TKT-021), reachable over the relay like every + // other GET/POST /api route. + const chatManager = new ChatManager({ + orchestrator, + filePath: path.join(root, config.bobby_dir || '.bobby', 'chats.json'), + }); + const { plugins, status: pluginStatus } = await loadDashboardPlugins({ repoRoot: root }); const server = buildServer({ orchestrator, store, sseHub, config, repoRoot: root, ticketsDir, + chatManager, plugins, pluginStatus, }); diff --git a/lib/config.js b/lib/config.js index 0fb0375..42baa28 100644 --- a/lib/config.js +++ b/lib/config.js @@ -66,6 +66,24 @@ const DEFAULTS = { }; export function readConfig(rootDir) { + const merged = readBaseConfig(rootDir); + + // Studio: a single studio holds many projects, each with its own board under + // .bobby/<project>/. The `studio:` key marks it. Resolve the active project + // and cascade its config over the studio defaults. Legacy single-board + // projects (no `studio` key) fall straight through unchanged. + if (merged.studio) return applyProjectContext(rootDir, merged); + + return merged; +} + +/** + * Everything `readConfig` does EXCEPT the studio project cascade: the file, the + * defaults, the deep merges, the derived dirs. Kept separate so `configForProject` + * can cascade a chosen project over a pristine studio base rather than over a + * config that already has some other project merged into it. + */ +function readBaseConfig(rootDir) { const configPath = path.join(rootDir, CONFIG_FILE); if (!fs.existsSync(configPath)) { throw new Error('Not a Bobby project. Run `bobby init` first.'); @@ -84,12 +102,6 @@ export function readConfig(rootDir) { if (!parsed.sessions_dir) merged.sessions_dir = `${bobbyDir}/sessions`; if (!parsed.sprints_dir) merged.sprints_dir = `${bobbyDir}/sprints`; - // Studio: a single studio holds many projects, each with its own board under - // .bobby/<project>/. The `studio:` key marks it. Resolve the active project - // and cascade its config over the studio defaults. Legacy single-board - // projects (no `studio` key) fall straight through unchanged. - if (merged.studio) return applyProjectContext(rootDir, merged); - return merged; } @@ -125,7 +137,28 @@ export function resolveActiveProject(rootDir, explicit) { } function applyProjectContext(studioRoot, studioCfg) { - const project = resolveActiveProject(studioRoot); + return cascadeProject(studioRoot, studioCfg, resolveActiveProject(studioRoot)); +} + +/** + * Studio only. The fully-cascaded config for ONE NAMED project, read fresh off + * disk — what `readConfig` would have returned had that project been the active + * one. + * + * This exists so a long-running process that MOVES between projects (the app's + * ProjectContext, TKT-022) can ask for another project's config instead of + * approximating one. Approximating it is a bug factory: the cascade is not a + * spread — `ticket_prefix` has its own precedence, `git_conventions`/`dashboard`/ + * `workflows` deep-merge, `project_repos` comes from the project and `repo_group` + * from the studio. A hand-rolled `{...studioCfg, ...projectCfg}` gets each of + * those wrong, and if it starts from an ALREADY-cascaded config it also carries + * the previous project's keys into the next one. + */ +export function configForProject(studioRoot, project) { + return cascadeProject(studioRoot, readBaseConfig(studioRoot), project); +} + +function cascadeProject(studioRoot, studioCfg, project) { studioCfg.repo_group = studioCfg.repos || {}; // name -> {path, stack, commands} studioCfg._studio = studioCfg.studio || path.basename(studioRoot); if (!project) { studioCfg._project = null; return studioCfg; } diff --git a/lib/dashboard/chat.js b/lib/dashboard/chat.js new file mode 100644 index 0000000..a562d64 --- /dev/null +++ b/lib/dashboard/chat.js @@ -0,0 +1,137 @@ +// lib/dashboard/chat.js +// +// ChatManager — conversational planning (TKT-021). +// +// A chat is a planning conversation about one ticket. It IS an ordinary +// workspace running in `plan` (read-only) permission mode with `--resume` +// enabled, so the agent keeps full context across turns and cannot write files +// while you are still arguing. When the plan is settled, `commitPlan` runs one +// more turn WITHOUT the plan restriction, and the agent writes plan.md and +// test-cases.md. +// +// The orchestrator owns each run (`runChatTurn`). This manager owns the chat +// records: which workspace backs a chat, its status, and the message timeline — +// persisted to `.bobby/chats.json`, parallel to workspaces.json, so a chat and +// its history survive an app restart. + +import fs from 'fs'; +import path from 'path'; + +export class ChatManager { + constructor({ orchestrator, filePath }) { + if (!orchestrator) throw new Error('ChatManager: orchestrator is required'); + if (!filePath) throw new Error('ChatManager: filePath is required'); + this.orchestrator = orchestrator; + this.filePath = filePath; + /** @type {Map<string, object>} chatId → chat record */ + this.chats = new Map(); + this.load(); + } + + /** Load chats from disk. Empty on a missing file; empty + warn on a corrupt one. */ + load() { + if (!fs.existsSync(this.filePath)) { + this.chats = new Map(); + return this; + } + try { + const parsed = JSON.parse(fs.readFileSync(this.filePath, 'utf8')); + this.chats = new Map(Object.entries(parsed.chats || {})); + } catch (e) { + process.stderr.write(`[bobby dashboard] corrupt chats.json (${e.message}), starting empty\n`); + this.chats = new Map(); + } + return this; + } + + /** Atomic persist: tmp file then rename, same shape as WorkspaceStore.save. */ + save() { + fs.mkdirSync(path.dirname(this.filePath), { recursive: true }); + const tmp = `${this.filePath}.tmp`; + const payload = { + version: 1, + savedAt: new Date().toISOString(), + chats: Object.fromEntries(this.chats), + }; + fs.writeFileSync(tmp, JSON.stringify(payload, null, 2), 'utf8'); + fs.renameSync(tmp, this.filePath); + } + + /** + * Start a chat for a ticket. Creates the backing workspace (in `plan` mode, + * no agent has run yet) and records the chat. The chat id IS the workspace id + * — one backs exactly one, and sharing the id spares a mapping layer. + */ + startChat(ticketId) { + const ws = this.orchestrator.createWorkspace({ ticketId, agent: 'plan' }); + this.orchestrator.store.update(ws.id, { chatMode: true, chatHistory: [] }); + const now = new Date().toISOString(); + const chat = { + id: ws.id, + ticketId, + workspaceId: ws.id, + status: 'idle', + chatSessionId: null, // the Claude session id, once the first turn captures it + history: [], // [{ role, summary, at }] + createdAt: now, + updatedAt: now, + }; + this.chats.set(chat.id, chat); + this.save(); + return chat; + } + + /** A chat by id, or null. */ + getChat(chatId) { + return this.chats.get(chatId) || null; + } + + /** Every chat, newest-updated first. */ + listChats() { + return Array.from(this.chats.values()) + .sort((a, b) => (b.updatedAt || '').localeCompare(a.updatedAt || '')); + } + + /** + * Send a message: run one discussion turn (plan mode) and wait for it. The + * agent resumes the conversation, so it has every prior turn's context. + */ + async sendMessage(chatId, message) { + const chat = this._require(chatId); + if (!message || !String(message).trim()) throw new Error('message is required'); + const { workspace } = await this.orchestrator.runChatTurn(chat.workspaceId, { message, mode: 'plan' }); + return this._syncFromWorkspace(chat, workspace); + } + + /** + * Commit the plan: one final turn WITHOUT the plan-mode restriction, so the + * agent writes plan.md and test-cases.md from the conversation. Refuses a chat + * with no turns — there is nothing agreed to write. + */ + async commitPlan(chatId) { + const chat = this._require(chatId); + if (!chat.history.some(h => h.role === 'user')) { + throw new Error(`Chat ${chatId} has no turns to commit — send a message first.`); + } + const { workspace } = await this.orchestrator.runChatTurn(chat.workspaceId, { mode: 'commit' }); + return this._syncFromWorkspace(chat, workspace); + } + + /** The chat, or an error that names the id the caller asked for. */ + _require(chatId) { + const chat = this.chats.get(chatId); + if (!chat) throw new Error(`Chat ${chatId} not found`); + return chat; + } + + /** Mirror the backing workspace's chat state onto the persisted chat record. */ + _syncFromWorkspace(chat, ws) { + chat.chatSessionId = ws.chatId || chat.chatSessionId; + chat.history = [...(ws.chatHistory || [])]; + chat.status = ws.status; + chat.updatedAt = new Date().toISOString(); + this.chats.set(chat.id, chat); + this.save(); + return chat; + } +} diff --git a/lib/dashboard/executor.js b/lib/dashboard/executor.js index 7d5c414..ed5c545 100644 --- a/lib/dashboard/executor.js +++ b/lib/dashboard/executor.js @@ -86,8 +86,11 @@ export function commandExists(bin) { const EXECUTORS = { claude: { bin: 'claude', - buildArgs({ prompt, outputFormat, allowedTools, permissionMode, model }) { + buildArgs({ prompt, outputFormat, allowedTools, permissionMode, model, resume }) { const args = ['-p', prompt]; + // Continue a prior Claude conversation (TKT-021). `resume` is the CLAUDE + // session id captured off an earlier run's stream, not bobby's ses- id. + if (resume) args.push('--resume', resume); if (outputFormat) { args.push('--output-format', outputFormat); // stream-json requires verbose @@ -217,6 +220,24 @@ export function isPermissionDenial(event) { }); } +/** + * The Claude session id a stream event carries, or null (TKT-021). + * + * `--resume` needs the CLI's OWN session id — the one it prints on its + * stream-json events (`session_id`), not the `ses-YYYYMMDD-…` id bobby generates + * for its session log. The chat manager reads this off the first turn's events + * and stores it so subsequent turns can resume the same conversation. + * + * Shaped for the claude CLI, whose events all carry `session_id` at the top + * level of the JSON payload. A CLI that never emits one simply yields null, and + * the conversation runs without resume (degraded but functional). + */ +export function claudeSessionIdFromEvent(event) { + if (!event || event.type !== 'stdout' || event.kind !== 'json') return null; + const sid = event.data?.session_id; + return typeof sid === 'string' && sid ? sid : null; +} + /** * Normalize agent CLI output into structured events. Both CLIs support * --output-format=stream-json which emits JSONL. If a line parses as JSON, @@ -273,6 +294,7 @@ function readCostUsd(data) { * - allowedTools optional string passed as --allowed-tools (claude only) * - permissionMode optional: 'default' | 'acceptEdits' | 'bypassPermissions' | 'plan' * - model optional model name passed as --model + * - resume optional Claude session id passed as --resume (claude only) */ export function runAgent({ worktreePath, @@ -289,6 +311,7 @@ export function runAgent({ allowedTools, permissionMode, model, + resume, }) { if (!worktreePath) throw new Error('runAgent: worktreePath is required'); if (!prompt) throw new Error('runAgent: prompt is required'); @@ -300,7 +323,7 @@ export function runAgent({ const bin = claudeBin || flavor.bin; const args = claudeArgs ? [...claudeArgs] - : flavor.buildArgs({ prompt, outputFormat, allowedTools, permissionMode, model }); + : flavor.buildArgs({ prompt, outputFormat, allowedTools, permissionMode, model, resume }); const child = spawn(bin, args, { cwd: worktreePath, diff --git a/lib/dashboard/orchestrator.js b/lib/dashboard/orchestrator.js index 908c281..437cc90 100644 --- a/lib/dashboard/orchestrator.js +++ b/lib/dashboard/orchestrator.js @@ -24,6 +24,12 @@ // AND writes there (plan.md, test-cases.md, progress.md), so a relative path or // a read-only `bobby ticket view` would not do. // +// WHICH board that is depends on the workspace, not on the moment (TKT-022). In a +// studio `this.ticketsDir` follows the project the user has selected, and that can +// change while an agent runs. So a workspace pins its board at creation and every +// per-workspace read goes through `_ticketsDirFor(ws)`; `this.ticketsDir` is for +// the UI's board and for picking a NEW ticket off it. +// // Keeps a registry of active child processes so the dashboard can stop them // cleanly on shutdown. // @@ -59,10 +65,10 @@ import { detectMainBranch, headSha, } from './worktree.js'; -import { runAgent, resolveExecutor, resolvePermissionMode, isPermissionDenial } from './executor.js'; +import { runAgent, resolveExecutor, resolvePermissionMode, isPermissionDenial, claudeSessionIdFromEvent } from './executor.js'; import { newWorkspace, newRepoRun, newRun, runOutcome, isRepoRun, makeWorkspaceId, makeRepoRunId } from './state.js'; import { acquireMainCheckoutLock, mainCheckoutLockPath } from './main-checkout-lock.js'; -import { resolveRepoPath, resolveProductDir } from '../config.js'; +import { resolveRepoPath, resolveProductDir, configForProject } from '../config.js'; /** * How many agents one orchestrator may have in flight at once when @@ -85,11 +91,16 @@ export const DEFAULT_MAX_CONCURRENT = 4; export const PERMISSION_DENIAL_LIMIT = 3; export class Orchestrator { - constructor({ repoRoot, config, ticketsDir, sessionsDir, agentsPath, store, sseHub, pipeline, pipelineName = 'default' }) { + constructor({ repoRoot, config, ticketsDir, sessionsDir, agentsPath, store, sseHub, pipeline, pipelineName = 'default', projectContext = null }) { this.repoRoot = repoRoot; - this.config = config; - this.ticketsDir = ticketsDir; - this.sessionsDir = sessionsDir; + this._config = config; + // The board paths. In studio mode (TKT-022) they move with the active + // project, so they are read live off `projectContext` via the getters below. + // The constructor values are the fallback: non-studio dashboards and tests + // pass no context and keep exactly today's behaviour. + this.projectContext = projectContext; + this._ticketsDir = ticketsDir; + this._sessionsDir = sessionsDir; this.agentsPath = agentsPath; this.store = store; this.sseHub = sseHub; @@ -114,6 +125,112 @@ export class Orchestrator { this.permissionDenials = new Map(); } + /** + * The active project's board dirs. Read live from the project context so a + * `switchProject` re-scopes every ticket read the orchestrator does (and every + * API route that reads `orchestrator.ticketsDir`) without rebuilding anything. + * Falls back to the constructor values when there is no context, or when the + * context has no project selected yet. + */ + get ticketsDir() { return (this.projectContext && this.projectContext.ticketsDir) || this._ticketsDir; } + get sessionsDir() { return (this.projectContext && this.projectContext.sessionsDir) || this._sessionsDir; } + + /** + * The active project's CONFIG, live for the same reason the dirs are. + * + * `.bobbyrc.yml` is per project in a studio, and the keys that differ are not + * cosmetic: `project_repos` decides which REPO a ticket's worktree is cut + * from, `workflows` decides which pipelines exist, `ticket_prefix` names new + * tickets. Holding the boot config here meant a workspace created after a + * switch resolved its target repo from the PREVIOUS project — a beta ticket + * getting a worktree of alpha's repository, where an agent then edits the + * wrong codebase entirely. + */ + get config() { return (this.projectContext && this.projectContext.config) || this._config; } + + /** + * The config a WORKSPACE belongs to — same contract as `_ticketsDirFor`, and + * for the same reason. `this.config` answers "what is the user looking at", + * which is right when picking a ticket off the board and wrong for everything + * a run in flight does: its permission posture, its workflow, its prompt, its + * repo group. Those must stay on the project the run was created for. + */ + _configFor(ws) { + const project = ws && ws.project; + if (!project || !this.projectContext || !this.projectContext.isStudio()) return this.config; + if (project === this.projectContext.projectName) return this.projectContext.config; + try { + return configForProject(this.repoRoot, project); + } catch { + // The run's own project was renamed, removed, or its .bobbyrc.yml + // corrupted while it was in flight. Neither the live config nor this one + // is the run's project, so fall back to the BOOT config: immutable, always + // valid, and — when the run's project IS the boot project, the common case + // — exactly right. Throwing here instead would strand the workspace as + // `running` forever inside the exit handler. + return this._config; + } + } + + /** + * The board a WORKSPACE belongs to — pinned onto the record at creation, and + * the only board anything about that workspace may read. + * + * The getters above are live by design: the UI must follow the switch. A RUN + * must not. A run takes minutes; switching to another project while it works + * is the exact thing switching is for. Everything the run does after launch — + * re-reading the stage on exit, appending to the session log, stamping + * `mergedAt` — happens on the far side of a switch that may already have + * happened, and reading `this.ticketsDir` there would ask the WRONG project's + * board how this run went. That misreports a finished run as a no-op when the + * id is absent, and, when both boards happen to hold the same id, compares + * against an unrelated ticket and can auto-approve the next agent against it. + * + * The fallback is the live board, which is right for the two cases that have + * no pin: a single-project dashboard (there is one board) and records written + * before this field existed. + */ + _ticketsDirFor(ws) { return (ws && ws.ticketsDir) || this.ticketsDir; } + _sessionsDirFor(ws) { return (ws && ws.sessionsDir) || this.sessionsDir; } + + /** The project a NEW record is created in, or null off-studio. */ + _activeProjectName() { + return (this.projectContext && this.projectContext.isStudio()) + ? this.projectContext.projectName + : null; + } + + /** + * Switch the dashboard to another studio project (TKT-022). Delegates the + * validate-and-persist to the project context, then announces the change on + * the global SSE channel so open clients re-scope their views. + * + * Deliberately NOT a lifecycle event: no worktree is touched, no process is + * stopped, the shared process map is untouched — a running agent in the old + * project keeps running in its own worktree. Switching is only a re-pointing + * of which board the UI reads. + * + * It re-points the UI ONLY. An in-flight run stays bound to the board it was + * launched against, because that board is pinned on its workspace record — + * see `_ticketsDirFor`. Without that pin this method would silently reach into + * a running agent's bookkeeping, which is the one thing it promises not to do. + */ + switchProject(name) { + if (!this.projectContext) { + throw new Error('Project switching is not available — this dashboard has no project context.'); + } + if (!this.projectContext.isStudio()) { + throw new Error('Project switching is only available in a studio.'); + } + this.projectContext.switchTo(name); + this._broadcastGlobal('project_switched', { + project: name, + ticketsDir: this.ticketsDir, + sessionsDir: this.sessionsDir, + }); + return { project: name, ticketsDir: this.ticketsDir, sessionsDir: this.sessionsDir }; + } + /** * Create a new workspace for a ticket. Creates the git worktree and stores * the initial workspace record. Does NOT start running the agent. @@ -131,11 +248,16 @@ export class Orchestrator { const { repoRoot, lockFile } = this._resolveTargetRepo(ticket); const stageForBranch = agent === 'workflow' ? 'workflow' : agent; + // `this.repoRoot` is the studio root (the launch dir); `repoRoot` above is + // the ticket's CODE repo. Passing the studio root lets resolveWorktreeRoot + // refuse a worktree_root outside the studio before we spend a worktree or a + // token (PRO-027). Off-studio the two are equal and no validation runs. const { worktreePath, branch } = computeWorktreePlacement( repoRoot, this.config, ticketId, - stageForBranch + stageForBranch, + this.repoRoot ); createWorktree(repoRoot, { worktreePath, branch }); @@ -150,6 +272,13 @@ export class Orchestrator { pipeline: pipelineName || this.pipelineName, repoRoot, lockFile, + // The project this workspace was created IN, pinned for the life of the + // record so a later project switch cannot move it (TKT-022). The name is + // the source; the dirs are stored beside it because they are what the hot + // paths read. + project: this._activeProjectName(), + ticketsDir: this.ticketsDir, + sessionsDir: this.sessionsDir, }); workspace.stage = ticket.data.stage; this.store.create(workspace); @@ -227,7 +356,16 @@ export class Orchestrator { this._assertRepoRunnable(agent); const id = makeRepoRunId(agent); - const run = newRepoRun({ id, agent, pipeline: this.pipelineName }); + // Both dirs, not just sessions. A repo run has no ticket of its own, but the + // freeform agents that can be one (docs, ux, arch, …) are handed the board + // in their prompt, and `createRepoRun` and `runAgent` are separate calls — a + // switch can land between them. The project it was created for is the + // project it reads. + const run = newRepoRun({ + id, agent, pipeline: this.pipelineName, + project: this._activeProjectName(), + ticketsDir: this.ticketsDir, sessionsDir: this.sessionsDir, + }); this.store.create(run); this._broadcast(id, 'repo_run_created', { agent }); return run; @@ -265,15 +403,16 @@ export class Orchestrator { */ _runInWorktree(ws, agent) { // Verify the ticket still exists on the shared board, which is also where - // its current stage lives — see the header note. - this._requireTicket(ws.ticketId); + // its current stage lives — see the header note. The workspace's OWN board: + // re-running an agent (approve, reject) can happen after a project switch. + this._requireWorkspaceTicket(ws); // Build prompt via the unified dispatcher. For feature mode, treat the // workspace's ticket id as an epic and resolve children. let epicData; if (agent === 'feature') { try { - const { epic, children } = getFeatureTickets(this.ticketsDir, ws.ticketId); + const { epic, children } = getFeatureTickets(this._ticketsDirFor(ws), ws.ticketId); epicData = { epicId: ws.ticketId, epic, children }; } catch (e) { throw new Error(`Feature mode requires an epic ticket. ${e.message}`); @@ -325,13 +464,127 @@ export class Orchestrator { } } + /** + * Run ONE turn of a planning conversation (TKT-021), and resolve when it + * finishes. The ChatManager owns the chat record and persistence; this owns + * the single run. + * + * `mode: 'plan'` (the default) is a discussion turn: the agent reads code and + * the ticket, argues, proposes — but writes nothing, because the executor is + * launched with `permissionMode: 'plan'`. `mode: 'commit'` drops that + * restriction and tells the agent to write the plan the conversation agreed + * on. Both resume the same Claude session via `--resume`. + * + * This deliberately does NOT go through `_onExit`. A chat turn that writes + * nothing is the whole point of plan mode, and `_onExit` would read that as a + * no-op failure (TKT-062) and mislabel every discussion turn. Instead a small + * exit handler records the turn, captures the Claude session id from the + * stream so the next turn can resume, and appends to the timeline. + */ + runChatTurn(workspaceId, { message, mode = 'plan' } = {}) { + const ws = this.store.get(workspaceId); + if (!ws) throw new Error(`Chat workspace ${workspaceId} not found`); + if (ws.status === 'running') throw new Error(`Workspace ${workspaceId} is already running`); + if (this.runningProcesses.has(workspaceId)) { + throw new Error(`Workspace ${workspaceId} already has an active process`); + } + if (mode !== 'plan' && mode !== 'commit') { + throw new Error(`Unknown chat turn mode '${mode}' (expected 'plan' or 'commit')`); + } + this._assertConcurrencyHeadroom(); + + const prompt = mode === 'commit' + ? this._buildChatCommitPrompt(ws) + : this._buildChatMessagePrompt(ws, message); + + // The write posture to commit the plan is the same one an ordinary worktree + // run gets — sandboxed, and proven able to finish a stage. + const permissionMode = mode === 'commit' + ? resolvePermissionMode(this._configFor(ws), 'worktree') + : 'plan'; + + // Seeded from the stored id so a resumed turn keeps it even if this turn's + // stream never re-announces it. + let chatSessionId = ws.chatId || null; + + return new Promise((resolve, reject) => { + try { + this._launch(ws, { + agent: 'plan', + prompt, + worktreePath: ws.worktreePath, + ticketIds: [ws.ticketId], + permissionMode, + resume: ws.chatId || undefined, + onEvent: (ev) => { + const sid = claudeSessionIdFromEvent(ev); + if (sid) chatSessionId = sid; + }, + onExit: (result) => { + const entry = { + role: mode === 'commit' ? 'commit' : 'user', + summary: mode === 'commit' ? 'Committed the plan' : this._chatSummary(message), + at: new Date().toISOString(), + }; + const patch = { + status: this._terminalStatus(result), + pid: null, + chatHistory: [...(ws.chatHistory || []), entry], + }; + if (chatSessionId) patch.chatId = chatSessionId; + const lastError = this._lastErrorFor(result); + if (lastError) patch.lastError = lastError; + const updated = this.store.update(workspaceId, patch); + this._broadcast(workspaceId, 'chat_turn_end', { result, mode }); + resolve({ workspace: updated, result, chatSessionId }); + }, + }); + } catch (e) { + reject(e); + } + }); + } + + /** A one-line summary of a chat message for the timeline. */ + _chatSummary(message) { + const text = String(message || '').trim().replace(/\s+/g, ' '); + return text.length > 140 ? `${text.slice(0, 137)}…` : text; + } + + /** The prompt for a discussion turn: read the ticket, discuss, write nothing. */ + _buildChatMessagePrompt(ws, message) { + const ticket = this._requireWorkspaceTicket(ws); + const ticketFile = path.join(ticket.path, 'ticket.md'); + return [ + `You are planning ticket ${ws.ticketId} in a live conversation with the user.`, + `Read the ticket at \`${ticketFile}\`, and any code you need, to reason about it.`, + `You are in PLAN MODE: discuss, ask questions, weigh options, and propose an approach —`, + `but do NOT write any files yet. The user will tell you when to commit the plan.`, + ``, + `User: ${message}`, + ].join('\n'); + } + + /** The prompt for the commit turn: write the plan the conversation agreed on. */ + _buildChatCommitPrompt(ws) { + const ticket = this._requireWorkspaceTicket(ws); + const planFile = path.join(ticket.path, 'plan.md'); + const testFile = path.join(ticket.path, 'test-cases.md'); + return [ + `Write the plan you and the user agreed on for ticket ${ws.ticketId}, using the full`, + `context of our conversation.`, + `Write the implementation plan to \`${planFile}\` and the test cases to \`${testFile}\`.`, + `Do not ask further questions — produce the files.`, + ].join('\n'); + } + /** * Everything a run does that is neither about tickets nor about which * directory it works in: session init, the running mark, the SSE start * event, the executor spawn, the process registry, and the exit handler. * Both kinds of run go through here so they can never drift apart. */ - _launch(ws, { agent, prompt, worktreePath, ticketIds }) { + _launch(ws, { agent, prompt, worktreePath, ticketIds, permissionMode, resume, onEvent, onExit }) { const workspaceId = ws.id; const kind = isRepoRun(ws) ? 'repo' : 'worktree'; @@ -346,8 +599,12 @@ export class Orchestrator { const headAtStart = kind === 'worktree' ? headSha(worktreePath) : null; // Init a bobby session — session log file lives in the MAIN repo's .bobby/sessions - // so the dashboard can tail it regardless of which worktree is active. - const sessionId = initSession(this.sessionsDir, { + // so the dashboard can tail it regardless of which worktree is active. Pinned + // to the workspace's project, and carried through exit: a session whose header + // is written to one project and whose tail lands in another is a log with a + // hole in it, on both sides (TKT-022). + const sessionsDir = this._sessionsDirFor(ws); + const sessionId = initSession(sessionsDir, { ticketIds, agent, pipeline: ws.pipeline || this.pipelineName, @@ -364,28 +621,58 @@ export class Orchestrator { this._broadcast(workspaceId, 'run_start', { agent, sessionId, prompt }); // Launch executor - const executor = resolveExecutor(this.config); + const runConfig = this._configFor(ws); + const executor = resolveExecutor(runConfig); const handle = this._runExecutor({ worktreePath, prompt, sessionId, executor: executor.name, - model: this.config.dashboard?.model, + model: runConfig.dashboard?.model, // Per KIND, never one setting for both (TKT-062). A worktree run is // sandboxed by construction — the copy is disposable — so it gets the // posture that can actually finish a stage. A repo run edits the main // checkout by design, where that reasoning does not hold, so it gets a // narrower one. See resolvePermissionMode and lib/config.js DEFAULTS. - permissionMode: resolvePermissionMode(this.config, kind), - onEvent: (ev) => this._onExecutorEvent(workspaceId, sessionId, ev), + // + // A caller may override the posture (a chat turn runs `plan` while + // discussing, then the launch posture to commit the plan) and pass a + // Claude session id to `--resume` — TKT-021. + permissionMode: permissionMode || resolvePermissionMode(runConfig, kind), + // The pin, extended to the AGENT (TKT-022). Pinning the orchestrator's own + // reads is only half of it: the agent runs `bobby ticket move`, and that + // resolves its board through resolveActiveProject, which falls back to + // `.bobby/active-project` — a file the UI rewrites on every switch. So an + // alpha run whose user had moved on to beta would move its ticket on + // BETA's board, which is the exact bug the pin exists to prevent, one + // process further out. BOBBY_PROJECT is the top of that precedence chain, + // so naming the run's own project here settles it for every bobby command + // the agent runs. Off-studio there is no project to name and nothing to + // resolve, so the env is left exactly as it was. + env: ws.project ? { BOBBY_PROJECT: ws.project } : {}, + resume, + onEvent: (ev) => { + this._onExecutorEvent(workspaceId, sessionId, ev, sessionsDir); + if (onEvent) onEvent(ev); + }, }); this.runningProcesses.set(workspaceId, handle); this.store.update(workspaceId, { pid: handle.pid }); - // Attach exit handler — don't await here, let it run - handle.done.then((result) => this._onExit(workspaceId, agent, sessionId, result, { headAtStart })) - .catch((e) => this._onExit(workspaceId, agent, sessionId, { exitCode: null, signal: null, error: e.message }, { headAtStart })); + // Attach exit handler — don't await here, let it run. A custom `onExit` + // (chat turns) takes over the exit entirely, so the shared process-registry + // cleanup the default handler does at its top has to happen here instead. + const settle = (result) => { + if (!onExit) { + return this._onExit(workspaceId, agent, sessionId, result, { headAtStart }); + } + this.runningProcesses.delete(workspaceId); + this.permissionDenials.delete(workspaceId); + return onExit(result); + }; + handle.done.then(settle) + .catch((e) => settle({ exitCode: null, signal: null, error: e.message })); return this.store.get(workspaceId); } @@ -403,31 +690,40 @@ export class Orchestrator { * subprocess. */ _promptContext(ws, { epicData } = {}) { + // The workspace's own board (TKT-022): the agent about to be launched works + // on THIS ticket, so the path it is handed must point at the project that + // ticket is on — not at whatever project the UI moved to before this run. + const ticketsDir = this._ticketsDirFor(ws); + // …and its own CONFIG, for the same reason: `services`, `git_conventions` + // and the product dir are project-level, so a prompt built after a switch + // would otherwise describe the other project to this project's agent. + const config = this._configFor(ws); return { - config: this.config, - ticketsDir: this.ticketsDir, - ticketsPath: this.ticketsDir, + config, + ticketsDir, + ticketsPath: ticketsDir, agentsPath: this.agentsPath, workflow: this._pipelineFor(ws), maxRetries: 3, - hasServices: !!(this.config.services && Object.keys(this.config.services).length > 0), + hasServices: !!(config.services && Object.keys(config.services).length > 0), // Re-threaded on the app+studio merge: without it, an agent launched from // the app loses the "read the feature-map row and journey step" step that // a CLI `bobby run` gets, and product-defined tickets silently build // without their product context (TKT-068). - hasProduct: fs.existsSync(path.join(this.repoRoot, this.config.bobby_dir || '.bobby', 'product', 'feature-map.md')), + hasProduct: fs.existsSync(path.join(this.repoRoot, config.bobby_dir || '.bobby', 'product', 'feature-map.md')), // Absolute studio-rooted product dir so the product hint resolves from an // agent whose worktree cwd is in a different repo than the board (PRO-026). - productDir: resolveProductDir(this.repoRoot, this.config), + productDir: resolveProductDir(this.repoRoot, config), epicData, - gitConventions: this.config.git_conventions || {}, + gitConventions: config.git_conventions || {}, }; } - _onExecutorEvent(workspaceId, sessionId, ev) { - // Mirror into JSONL log + _onExecutorEvent(workspaceId, sessionId, ev, sessionsDir = this.sessionsDir) { + // Mirror into JSONL log — into the dir this run was launched with, so the + // stream keeps landing in the same file after a mid-run project switch. try { - logEntry(this.sessionsDir, sessionId, { type: `exec_${ev.type}`, ...ev }); + logEntry(sessionsDir, sessionId, { type: `exec_${ev.type}`, ...ev }); } catch { /* logging must never crash the dashboard */ } this.store.update(workspaceId, { lastTurnAt: new Date().toISOString() }); this._broadcast(workspaceId, 'exec_event', ev); @@ -507,8 +803,10 @@ export class Orchestrator { if (isRepoRun(ws)) return this._onRepoRunExit(ws, buildRunRecord(), result); // Re-read the ticket's stage to detect advancement. From the shared board: - // the agent's `bobby ticket move` landed there, and only there. - const ticket = findTicket(this.ticketsDir, ws.ticketId); + // the agent's `bobby ticket move` landed there, and only there — and from + // THIS workspace's board, which is where the agent has been writing for the + // last several minutes, whatever the UI has been showing meanwhile. + const ticket = findTicket(this._ticketsDirFor(ws), ws.ticketId); const newStage = ticket?.data?.stage || null; const stageAdvanced = newStage && newStage !== ws.stage; @@ -566,9 +864,13 @@ export class Orchestrator { this._broadcast(workspaceId, 'run_end', { result, stageAdvanced, newStage, nextStatus }); // Auto-approve: if the config says to auto-advance past this stage, kick off - // the next agent immediately. + // the next agent immediately. From the RUN's config, not the UI's: whether + // an unattended agent launches is the run's own project's policy, and + // reading it live would let a switch to a project that auto-approves fire an + // agent a run's own project never sanctioned — the exit path's decisions are + // pinned for exactly this reason (TKT-022). if (nextStatus === 'awaiting_approval') { - const autoApproveStages = this.config?.dashboard?.auto_approve_stages || []; + const autoApproveStages = this._configFor(ws)?.dashboard?.auto_approve_stages || []; if (autoApproveStages.includes(ws.stage)) { try { await this.approve(workspaceId); @@ -834,7 +1136,7 @@ export class Orchestrator { // merged". On the WORKSPACE it is the dashboard's own log of when it did // the work, and it dies with the record, which is correct for bookkeeping. const mergedAt = new Date().toISOString(); - const mergedAtError = this._recordTicketMerge(ws.ticketId, mergedAt); + const mergedAtError = this._recordTicketMerge(ws, mergedAt); this.store.update(workspaceId, { status: 'merged', @@ -859,10 +1161,14 @@ export class Orchestrator { * the branch is in main and the worktree is gone — so throwing now would * report a completed merge as a failure and invite the user to run it again. */ - _recordTicketMerge(ticketId, mergedAt) { + _recordTicketMerge(ws, mergedAt) { + const ticketId = ws && ws.ticketId; if (!ticketId) return null; try { - updateTicket(this.ticketsDir, ticketId, { mergedAt }); + // The workspace's own board — a merge is as long-running as a run, and + // stamping a same-named ticket on another project's board would be a + // false record on a ticket nobody merged (TKT-022). + updateTicket(this._ticketsDirFor(ws), ticketId, { mergedAt }); return null; } catch (e) { process.stderr.write( @@ -942,7 +1248,7 @@ export class Orchestrator { if (isRepoRun(ws)) { throw new Error(`${workspaceId} is a repo run — it has no ticket, so there is no feature progress to report.`); } - return getFeatureTickets(this.ticketsDir, ws.ticketId); + return getFeatureTickets(this._ticketsDirFor(ws), ws.ticketId); } /** @@ -951,7 +1257,7 @@ export class Orchestrator { readLatestSessionFile(workspaceId) { const ws = this.store.get(workspaceId); if (!ws || !ws.sessionId) return null; - const filePath = path.join(this.sessionsDir, `${ws.sessionId}.jsonl`); + const filePath = path.join(this._sessionsDirFor(ws), `${ws.sessionId}.jsonl`); if (!fs.existsSync(filePath)) return null; return filePath; } @@ -963,31 +1269,50 @@ export class Orchestrator { * though it is plainly on disk somewhere — and "not found" alone sends people * hunting for a typo instead of looking at branch topology (TKT-051). */ - _requireTicket(ticketId) { - const ticket = findTicket(this.ticketsDir, ticketId); + _requireTicket(ticketId, ticketsDir = this.ticketsDir) { + const ticket = findTicket(ticketsDir, ticketId); if (ticket) return ticket; throw new Error( - `Ticket ${ticketId} not found in ${this.ticketsDir}. Tickets are read from the ` + + `Ticket ${ticketId} not found in ${ticketsDir}. Tickets are read from the ` + 'main checkout, whatever branch it is on — if this ticket was created on another ' + 'branch, check that branch out there first.' ); } + /** + * The same, for a ticket that already has a workspace: read from the board + * that workspace was pinned to, never the one the UI happens to be on. + */ + _requireWorkspaceTicket(ws) { + return this._requireTicket(ws.ticketId, this._ticketsDirFor(ws)); + } + /** * The workflow THIS workspace advances through. A workspace records the * workflow it was created with (`ws.pipeline`, a name); the constructor * pipeline is only the server-wide default. Before this existed, a * workspace created with `pipeline: 'quick'` was recorded as quick but * advanced through the default workflow anyway. + * + * Always resolved against the RUN's own project config (TKT-022). `workflows` + * is a per-project key and a workspace records only the workflow NAME, so the + * same name resolves to different steps in different projects — beta's + * `default` is not alpha's. The previous short-circuit returned the + * constructor-captured `this.pipeline` whenever the name equalled the server + * default, which for nearly every workspace (pipeline `default`) meant the + * BOOT project's steps: a beta run advancing through alpha's workflow, silently + * skipping any stage beta added — a security stage among them. `resolveWorkflow` + * with `default` never throws, so a named workflow since deleted from that + * project's config degrades to the project's own default rather than the boot + * one. */ _pipelineFor(ws) { - if (!ws || !ws.pipeline || ws.pipeline === this.pipelineName) return this.pipeline; + const config = this._configFor(ws); + const name = (ws && ws.pipeline) || this.pipelineName; try { - return resolveWorkflow(this.config, ws.pipeline); + return resolveWorkflow(config, name); } catch { - // A workflow that was deleted from config after the workspace was - // created should degrade to the default, not strand the workspace. - return this.pipeline; + return resolveWorkflow(config, 'default'); } } @@ -1011,11 +1336,15 @@ export class Orchestrator { } /** - * How many agents may run at once. Counted PER ORCHESTRATOR, and there is one - * orchestrator per `bobby app` / `bobby dashboard` process serving one repo — - * so the cap is per project, per server process. Two servers on two projects - * each get their own budget; a second server on the SAME project would too, - * which is the known gap (nothing coordinates across processes). + * How many agents may run at once. Counted PER ORCHESTRATOR — and since + * TKT-022 one orchestrator spans every project in a studio, so the budget is + * SHARED across projects rather than held per project. Start three on alpha, + * switch to beta, and one slot is left: correct, because all three are + * subprocesses on this machine spending the same subscription, but not what + * the old wording promised. The value is read off the ACTIVE project's config, + * so a project that sets its own `max_concurrent` is honoured while you are in + * it. Known gap, unchanged: nothing coordinates across processes, so a second + * server on the same repo gets its own budget. */ _maxConcurrent() { const configured = this.config?.dashboard?.max_concurrent; @@ -1082,11 +1411,18 @@ export class Orchestrator { } } + /** A project-level event, on the global channel only (no workspace scope). */ + _broadcastGlobal(event, data) { + if (this.sseHub) { + this.sseHub.broadcast('global', { event, data, at: new Date().toISOString() }); + } + } + _logSessionEvent(workspaceId, entry) { const ws = this.store.get(workspaceId); if (!ws || !ws.sessionId) return; try { - logEntry(this.sessionsDir, ws.sessionId, entry); + logEntry(this._sessionsDirFor(ws), ws.sessionId, entry); } catch { /* ignore */ } } } diff --git a/lib/dashboard/project-context.js b/lib/dashboard/project-context.js new file mode 100644 index 0000000..8afa40e --- /dev/null +++ b/lib/dashboard/project-context.js @@ -0,0 +1,124 @@ +// lib/dashboard/project-context.js +// +// The single mutable answer to "which project is the dashboard showing?" (TKT-022). +// +// `bobby app` and `bobby remote` bind one server to one machine, but a studio +// holds many projects (lib/studio.js, boards at .bobby/<project>/). Before this, +// switching projects meant quitting and restarting from another directory. A +// ProjectContext lets the running server move between them: the orchestrator and +// the API read the board paths from HERE, and `switchTo` re-points them in place. +// +// It is a THIN HOLDER, not a state machine. Switching is a reassignment of a few +// resolved paths — no teardown, no rebuild — which is exactly why a running agent +// in project A is undisturbed when the user switches to project B (the agent +// works in its own worktree and the shared process map is never touched here). +// +// The selection PERSISTS via `.bobby/active-project` (setActiveProject), the same +// per-developer file the CLI's `--project` resolution reads, so a page reload — +// or the next `bobby app` — lands back on the project you were on. + +import path from 'path'; +import { listStudioProjects, configForProject } from '../config.js'; +import { setActiveProject, getActiveProject } from '../studio.js'; + +export class ProjectContext { + /** + * @param {string} root the studio (or single-project) root — where .bobby lives + * @param {object} config the resolved config; `config.studio` marks a studio + */ + constructor(root, config) { + this.root = root; + this._studioConfig = config || {}; + this._studio = !!this._studioConfig.studio; + + // In a studio the starting project is THE ONE CONFIG ALREADY RESOLVED — + // `config._project`, set by resolveActiveProject, whose precedence is + // explicit arg > BOBBY_PROJECT env > .bobby/active-project > the sole + // project. Re-deriving it here from the file alone silently dropped the two + // higher rungs: `bobby app --project beta` sets BOBBY_PROJECT, config + // resolved beta, this class answered alpha, and because the orchestrator + // prefers this class the app served the wrong board while /api/config still + // said "beta". The file and first-project fallbacks stay for callers that + // build a config without going through readConfig (tests, older hosts). + // Off-studio there is one board and `config.project` names it. + const initial = this._studio + ? (this._studioConfig._project || getActiveProject(root) || listStudioProjects(root)[0] || null) + : (this._studioConfig.project || null); + + this._resolveTo(initial); + } + + /** + * Re-point every resolved path at `name`. In a studio the board lives at + * .bobby/<name>/; off-studio it is the config's own tickets_dir. Absolute + * paths throughout, because the consumers (orchestrator prompts, the API) run + * from cwds that are not the studio root. + * + * The config comes from `configForProject` — the same cascade `readConfig` + * runs — not a spread of the project's file over the boot config. Two things + * that spread got wrong: it skipped the cascade's own rules (`ticket_prefix` + * precedence, the deep merges, `project_repos` vs `repo_group`), and it + * started from a config that ALREADY had the boot project merged in, so a key + * present in alpha and absent in beta survived the switch to beta. + */ + _resolveTo(name) { + if (this._studio) { + // Read BEFORE anything is assigned. `configForProject` goes to disk, so it + // can throw on a `.bobbyrc.yml` that is mid-edit or malformed — and a + // half-applied switch is worse than a refused one: it would leave + // `projectName` naming the new project while the board paths still point + // at the old one, and every consumer reads those two as one answer. + const config = name ? configForProject(this.root, name) : this._studioConfig; + this._project = name; + this._config = config; + this._ticketsDir = name ? path.join(this.root, '.bobby', name, 'tickets') : null; + this._sessionsDir = name ? path.join(this.root, '.bobby', name, 'sessions') : null; + return; + } + this._project = name; + { + // Off-studio the context is INERT: the caller already resolved the board + // paths with resolveTicketsDir/resolveSessionsDir (which handle worktree- + // root resolution, something this class does not), so we return null and + // let the orchestrator fall back to them. A single-project dashboard thus + // behaves exactly as it did before TKT-022 — only isStudio()/projectName + // carry meaning here. + this._config = this._studioConfig; + this._ticketsDir = null; + this._sessionsDir = null; + } + } + + /** + * Switch to another project and persist the choice. Studio-only: a + * single-project dashboard has nowhere to switch to, so this refuses rather + * than pretend. An unknown name throws, naming it and listing the real ones, + * before anything is re-pointed. + */ + switchTo(name) { + if (!this._studio) { + throw new Error('Project switching is only available in a studio.'); + } + const projects = listStudioProjects(this.root); + if (!projects.includes(name)) { + throw new Error(`No such project '${name}'. Studio projects: ${projects.join(', ') || '(none)'}.`); + } + this._resolveTo(name); + setActiveProject(this.root, name); + return this; + } + + /** Whether project switching is available here. */ + isStudio() { return this._studio; } + + /** Every project the studio holds (just the current one off-studio). */ + listProjects() { + if (this._studio) return listStudioProjects(this.root); + return this._project ? [this._project] : []; + } + + get projectName() { return this._project; } + get config() { return this._config; } + get ticketsDir() { return this._ticketsDir; } + get sessionsDir() { return this._sessionsDir; } +} diff --git a/lib/dashboard/server.js b/lib/dashboard/server.js index 035899d..9315b5d 100644 --- a/lib/dashboard/server.js +++ b/lib/dashboard/server.js @@ -188,6 +188,10 @@ function tailJsonlToSse(filePath, sseHub, channel) { */ export function buildServer({ orchestrator, store, sseHub, config, repoRoot, ticketsDir, + // Conversational planning (TKT-021). Optional: absent means the chat routes + // 501 rather than 404, so a client can tell "this host is too old" from a + // typo'd path. + chatManager = null, plugins = [], pluginStatus = { state: 'absent' }, // The app UI: when set, this dir is served at / and the classic dashboard // stays reachable at /classic/ for one release. @@ -205,6 +209,67 @@ export function buildServer({ const ideasFilePath = ideasFile || path.join(repoRoot || '.', (config && config.bobby_dir) || '.bobby', 'ideas.yml'); + // The active project's board (TKT-022). In studio mode the orchestrator's + // `ticketsDir` moves with the selected project, so every ticket/brief/feature + // route reads it LIVE rather than the value captured at boot — otherwise a + // POST /api/tickets after a switch would land on the old project. Falls back + // to the boot `ticketsDir` for non-studio hosts and tests with a bare + // orchestrator stub. + const boardDir = () => (orchestrator && orchestrator.ticketsDir) || ticketsDir; + + // The active project's session log dir, live for the same reason as the board + // above: a switch must move which project's sessions the log routes list, or + // the app shows beta's board beside alpha's session history. + const sessionsBoardDir = () => (orchestrator && orchestrator.sessionsDir) + || path.join(repoRoot, (config && config.sessions_dir) || '.bobby/sessions'); + + // The project context, when one is wired. `null` on a single-project + // dashboard and on old hosts — the project routes read this to 400. + const projectContext = () => (orchestrator && orchestrator.projectContext) || null; + + // The ACTIVE project's config. Re-scoping the board without re-scoping the + // config is a half-switch, and it shows: `ticket_prefix` is per-project, so a + // server booted on alpha and switched to beta minted AL-001 into beta's board. + // Falls back to the boot config off-studio and on hosts with no context. + const activeConfig = () => { + const pc = projectContext(); + return (pc && pc.config) || config; + }; + + /** + * The workspaces the ACTIVE project owns (TKT-022). + * + * A workspace records the board it was created on, so ownership is that + * recorded value — an exact answer that survives the ticket being renamed, + * merged away, or duplicated onto another project's board. Records written + * before that field existed have none, so they fall back to membership: is + * this id on the active board? By board and never by ticket-prefix, so two + * projects that happen to share a prefix do not bleed into each other's list. + * That fallback reads the board ONCE per request rather than once per + * workspace — this route is polled, and `findTicket` is a readdir each time. + * + * Repo runs (no ticket, they act on the main checkout) and pre-context hosts + * are never filtered. Off-studio the whole list passes through unchanged. + */ + const scopeToProject = (workspaces) => { + const pc = projectContext(); + if (!pc || !pc.isStudio() || !pc.projectName) return workspaces; + const dir = boardDir(); + if (!dir) return workspaces; + + let onBoard = null; // built only if an unpinned record needs it + const idsOnBoard = () => { + if (!onBoard) onBoard = new Set(listTickets(dir).map((t) => t.id)); + return onBoard; + }; + + return workspaces.filter((ws) => { + if (!ws.ticketId) return true; + if (ws.ticketsDir) return ws.ticketsDir === dir; + return idsOnBoard().has(ws.ticketId); + }); + }; + function route(method, pattern, handler) { // pattern: /api/workspaces/:id/run → regex + param names const paramNames = []; @@ -235,7 +300,7 @@ export function buildServer({ /** Where you left off — in-flight, blocked, backlog top, and the one next action. */ route('GET', '/api/brief', (req, res) => { try { - const brief = buildBrief(ticketsDir, resolvedSprintsDir); + const brief = buildBrief(boardDir(), resolvedSprintsDir); sendJson(res, 200, { brief }); } catch (e) { sendError(res, 500, e.message); @@ -250,8 +315,8 @@ export function buildServer({ route('POST', '/api/go', async (req, res) => { try { const body = await readBody(req).catch(() => ({})); - const argv = body.argv || buildBrief(ticketsDir, resolvedSprintsDir).nextAction.argv; - const result = await executeGoAction(argv, { orchestrator, ticketsDir }); + const argv = body.argv || buildBrief(boardDir(), resolvedSprintsDir).nextAction.argv; + const result = await executeGoAction(argv, { orchestrator, ticketsDir: boardDir() }); sendJson(res, 200, { argv, ...result }); } catch (e) { sendError(res, 400, e.message); @@ -259,7 +324,7 @@ export function buildServer({ }); route('GET', '/api/tickets/:id', (req, res, params) => { - const found = findTicket(ticketsDir, params.id); + const found = findTicket(boardDir(), params.id); if (!found) return sendError(res, 404, `Ticket ${params.id} not found`); sendJson(res, 200, { ticket: { ...withMergedAt(found.data), content: found.content, path: found.path } }); }); @@ -268,8 +333,8 @@ export function buildServer({ try { const body = await readBody(req); if (!body.title) return sendError(res, 400, 'title is required'); - const created = createTicket(ticketsDir, { - prefix: (config && config.ticket_prefix) || 'TKT', + const created = createTicket(boardDir(), { + prefix: activeConfig().ticket_prefix || 'TKT', title: body.title, type: body.type || 'feature', priority: body.priority || 'medium', @@ -279,7 +344,7 @@ export function buildServer({ workflow: body.workflow || null, author: 'app', }); - const found = findTicket(ticketsDir, created.id); + const found = findTicket(boardDir(), created.id); sendJson(res, 201, { ticket: { ...found.data, content: found.content } }); } catch (e) { sendError(res, 400, e.message); @@ -290,8 +355,8 @@ export function buildServer({ try { const body = await readBody(req); if (!body.stage) return sendError(res, 400, 'stage is required'); - moveWithAlias(ticketsDir, params.id, body.stage, { reason: body.reason || '' }); - const found = findTicket(ticketsDir, params.id); + moveWithAlias(boardDir(), params.id, body.stage, { reason: body.reason || '' }); + const found = findTicket(boardDir(), params.id); sendJson(res, 200, { ticket: { ...found.data, content: found.content } }); } catch (e) { sendError(res, 400, e.message); @@ -306,8 +371,8 @@ export function buildServer({ const allowed = ['title', 'priority', 'area', 'parent', 'workflow']; const updates = Object.fromEntries(Object.entries(body).filter(([k]) => allowed.includes(k))); if (Object.keys(updates).length === 0) return sendError(res, 400, `Nothing to update. Editable: ${allowed.join(', ')}`); - updateTicket(ticketsDir, params.id, updates); - const found = findTicket(ticketsDir, params.id); + updateTicket(boardDir(), params.id, updates); + const found = findTicket(boardDir(), params.id); sendJson(res, 200, { ticket: { ...found.data, content: found.content } }); } catch (e) { sendError(res, 400, e.message); @@ -318,8 +383,8 @@ export function buildServer({ try { const body = await readBody(req); if (!body.text) return sendError(res, 400, 'text is required'); - addComment(ticketsDir, params.id, 'app', body.text); - const found = findTicket(ticketsDir, params.id); + addComment(boardDir(), params.id, 'app', body.text); + const found = findTicket(boardDir(), params.id); sendJson(res, 200, { ticket: { ...found.data, content: found.content } }); } catch (e) { sendError(res, 400, e.message); @@ -391,8 +456,8 @@ export function buildServer({ if (!idea) return sendError(res, 404, `Idea #${n} not found`); if (idea.promoted) return sendError(res, 400, `Idea #${n} was already promoted to ${idea.promoted}.`); - const created = createTicket(ticketsDir, { - prefix: (config && config.ticket_prefix) || 'TKT', + const created = createTicket(boardDir(), { + prefix: activeConfig().ticket_prefix || 'TKT', title: idea.text, type: body.epic ? 'epic' : 'feature', priority: body.priority || 'medium', @@ -400,7 +465,7 @@ export function buildServer({ author: 'idea', }); const promoted = markPromoted(ideasFilePath, n, created.id); - const found = findTicket(ticketsDir, created.id); + const found = findTicket(boardDir(), created.id); sendJson(res, 201, { idea: promoted, ticket: { ...found.data, content: found.content } }); } catch (e) { sendError(res, 400, e.message); @@ -421,16 +486,48 @@ export function buildServer({ route('GET', '/api/workflows', (req, res) => { // `workflows` (names) predates `stages` — keep both so nothing breaks. sendJson(res, 200, { - workflows: listWorkflows(config || {}), - stages: describeWorkflows(config || {}), + // The ACTIVE project's workflows: `workflows` is a project key, so a + // server booted on alpha listed alpha's pipelines after switching to + // beta — and createWorkspace, which validates against the same config, + // then refused the beta workflow the UI had just offered. + workflows: listWorkflows(activeConfig() || {}), + stages: describeWorkflows(activeConfig() || {}), }); }); + // --- Projects: studio mode (TKT-022) --- + // + // A studio holds many projects; these two routes let the running app move + // between them without a restart. Both 400 on a single-project (non-studio) + // dashboard — the picker is hidden there and the feature simply does not + // apply. The selection is persisted by the project context (.bobby/active- + // project), so a page reload returns to the same project via GET /api/config. + const noStudio = 'Project switching is not available — this is a single-project dashboard, not a studio.'; + + route('GET', '/api/projects', (req, res) => { + const pc = projectContext(); + if (!pc || !pc.isStudio()) return sendError(res, 400, noStudio); + sendJson(res, 200, { projects: pc.listProjects(), active: pc.projectName }); + }); + + route('POST', '/api/projects/select', async (req, res) => { + const pc = projectContext(); + if (!pc || !pc.isStudio()) return sendError(res, 400, noStudio); + try { + const body = await readBody(req); + if (!body.name) return sendError(res, 400, 'name is required'); + orchestrator.switchProject(body.name); + sendJson(res, 200, { active: pc.projectName, projects: pc.listProjects() }); + } catch (e) { + sendError(res, 400, e.message); + } + }); + // --- Features: an epic plus its children, the app's Feature view --- route('GET', '/api/features', (req, res) => { try { - sendJson(res, 200, { features: listEpics(ticketsDir) }); + sendJson(res, 200, { features: listEpics(boardDir()) }); } catch (e) { sendError(res, 500, e.message); } @@ -438,7 +535,7 @@ export function buildServer({ route('GET', '/api/features/:id', (req, res, params) => { try { - const { epic, children } = getFeatureTickets(ticketsDir, params.id); + const { epic, children } = getFeatureTickets(boardDir(), params.id); sendJson(res, 200, { epic: { ...withMergedAt(epic.data), content: epic.content }, children: children.map(withMergedAt), @@ -475,12 +572,21 @@ export function buildServer({ * a cached null would outlive the reason for it. */ route('GET', '/api/config', (req, res) => { + const pc = projectContext(); sendJson(res, 200, { - project: (config && config.project) || path.basename(repoRoot || ''), + // From the ACTIVE project's config, not the boot one: after a switch these + // three described the project you had left, so this route contradicted the + // `activeProject` two lines below it. + project: activeConfig().project || path.basename(repoRoot || ''), repo: originRepo(repoRoot), - stack: (config && config.stack) || null, - target: (config && config.target) || 'claude-code', + stack: activeConfig().stack || null, + target: activeConfig().target || 'claude-code', stages: [...STAGES], + // Studio mode (TKT-022): whether the project picker is available, and + // which project the app should show on load. `activeProject` is what makes + // the selection survive a reload — the client reads it back here. + isStudio: !!(pc && pc.isStudio()), + activeProject: pc ? pc.projectName : null, }); }); @@ -501,7 +607,7 @@ export function buildServer({ }); route('GET', '/api/workspaces', (req, res) => { - sendJson(res, 200, { workspaces: store.list() }); + sendJson(res, 200, { workspaces: scopeToProject(store.list()) }); }); /** @@ -719,6 +825,64 @@ export function buildServer({ sseHub.connect('global', res); }); + // --- Chats: conversational planning (TKT-021) --- + // + // A chat is a planning conversation about one ticket, backed by a workspace + // in `plan` (read-only) mode with `--resume` so the agent keeps context + // across turns and cannot write files mid-argument. Committing the plan runs + // one final write-capable turn. Every mutation is a POST — the house style, + // and what `bobby remote` tunnels. + // + // 501, not 404, when no ChatManager is wired: the route EXISTS, this host just + // cannot serve it yet, which a skew banner reads differently from a typo. + const withChat = (res, fn) => { + if (!chatManager) return sendError(res, 501, 'Conversational planning is not available on this host.'); + return fn(); + }; + + route('POST', '/api/chats', (req, res) => withChat(res, async () => { + try { + const body = await readBody(req); + if (!body.ticketId) return sendError(res, 400, 'ticketId is required'); + const chat = chatManager.startChat(body.ticketId); + sendJson(res, 200, { chatId: chat.id, ticketId: chat.ticketId, status: chat.status, chat }); + } catch (e) { + sendError(res, 400, e.message); + } + })); + + route('GET', '/api/chats', (req, res) => withChat(res, () => { + sendJson(res, 200, { chats: chatManager.listChats() }); + })); + + route('GET', '/api/chats/:id', (req, res, params) => withChat(res, () => { + const chat = chatManager.getChat(params.id); + if (!chat) return sendError(res, 404, `Chat ${params.id} not found`); + sendJson(res, 200, { chat }); + })); + + route('POST', '/api/chats/:id/message', (req, res, params) => withChat(res, async () => { + try { + const body = await readBody(req); + if (!body.message) return sendError(res, 400, 'message is required'); + const chat = await chatManager.sendMessage(params.id, body.message); + sendJson(res, 200, { chat }); + } catch (e) { + const status = /not found/i.test(e.message) ? 404 : 400; + sendError(res, status, e.message); + } + })); + + route('POST', '/api/chats/:id/commit', (req, res, params) => withChat(res, async () => { + try { + const chat = await chatManager.commitPlan(params.id); + sendJson(res, 200, { chat }); + } catch (e) { + const status = /not found/i.test(e.message) ? 404 : 400; + sendError(res, status, e.message); + } + })); + route('GET', '/api/agents', (req, res) => { const agents = Object.entries(AGENT_REGISTRY).map(([key, entry]) => ({ key, @@ -741,16 +905,17 @@ export function buildServer({ // Tolerant listing: one bad ticket must not kill the whole list. We first // try the fast path (listTickets), then fall back to per-directory reads // that skip + report any tickets whose YAML fails to parse. + const dir = boardDir(); try { - const tickets = listTickets(ticketsDir); + const tickets = listTickets(dir); sendJson(res, 200, { tickets, skipped: [] }); } catch { const tickets = []; const skipped = []; - if (!fs.existsSync(ticketsDir)) return sendJson(res, 200, { tickets, skipped }); - for (const entry of fs.readdirSync(ticketsDir)) { + if (!fs.existsSync(dir)) return sendJson(res, 200, { tickets, skipped }); + for (const entry of fs.readdirSync(dir)) { if (entry.startsWith('.')) continue; - const full = path.join(ticketsDir, entry); + const full = path.join(dir, entry); let stat; try { stat = fs.statSync(full); } catch { continue; } if (!stat.isDirectory()) continue; @@ -770,8 +935,7 @@ export function buildServer({ route('GET', '/api/sessions', (req, res) => { try { - const sessionsDir = path.join(repoRoot, config.sessions_dir || '.bobby/sessions'); - const sessions = listSessions(sessionsDir); + const sessions = listSessions(sessionsBoardDir()); sendJson(res, 200, { sessions }); } catch (e) { sendError(res, 500, e.message); @@ -780,8 +944,7 @@ export function buildServer({ route('GET', '/api/sessions/:id', (req, res, params) => { try { - const sessionsDir = path.join(repoRoot, config.sessions_dir || '.bobby/sessions'); - const entries = readSession(sessionsDir, params.id); + const entries = readSession(sessionsBoardDir(), params.id); sendJson(res, 200, { sessionId: params.id, entries }); } catch (e) { sendError(res, 500, e.message); diff --git a/lib/dashboard/state.js b/lib/dashboard/state.js index c4efc31..64526b8 100644 --- a/lib/dashboard/state.js +++ b/lib/dashboard/state.js @@ -225,7 +225,10 @@ export function listRuns(workspaces, { ticketId, status, limit, offset } = {}) { * are required at construction time because they define the identity of the * workspace; everything else is mutated as the workspace runs. */ -export function newWorkspace({ id, ticketId, worktreePath, branch, agent, pipeline = 'default', kind = 'worktree', repoRoot = null, lockFile = null }) { +export function newWorkspace({ + id, ticketId, worktreePath, branch, agent, pipeline = 'default', kind = 'worktree', + repoRoot = null, lockFile = null, project = null, ticketsDir = null, sessionsDir = null, +}) { const now = new Date().toISOString(); return { id, @@ -246,6 +249,22 @@ export function newWorkspace({ id, ticketId, worktreePath, branch, agent, pipeli // `this.repoRoot` / `this.lockFile`, which is exactly today's behavior. repoRoot, lockFile, + // The BOARD this workspace belongs to, pinned once at creation (TKT-022). + // In a studio the orchestrator's own `ticketsDir`/`sessionsDir` move when the + // user selects another project — while this run is still going. A run takes + // minutes, so everything it does after launch (the stage re-read on exit, the + // session log tail, the mergedAt stamp) has to read the board it STARTED on, + // not whatever the UI now shows. Null off-studio, on repo runs' ticket board, + // and on records written before this field existed — consumers fall back to + // the orchestrator's own dirs, which is exactly today's behavior. + // + // `project` is the NAME the two dirs were derived from, and the same name + // the run's CONFIG is read from (_configFor). One pinned answer rather than + // three parallel ones that could disagree: .bobbyrc.yml is per project, and + // `project_repos` in it decides which repo the worktree is cut from. + project, + ticketsDir, + sessionsDir, agent: agent || null, pipeline, stage: null, @@ -264,6 +283,15 @@ export function newWorkspace({ id, ticketId, worktreePath, branch, agent, pipeli runs: [], // run records — see newRun() for the shape checkpoints: [], // [{ turn, sha, message, at }] lastError: null, + // CONVERSATIONAL PLANNING (TKT-021). A chat session is a workspace in `plan` + // mode with `--resume` enabled — no separate entity. `chatMode` says this + // record is one; `chatId` is the CLAUDE session id captured from the first + // turn's stream and replayed via --resume on later turns; `chatHistory` is + // the `{role, summary, at}` timeline the UI draws. All three are inert on an + // ordinary workspace, and default off so every existing record is unchanged. + chatMode: false, + chatId: null, + chatHistory: [], }; } @@ -273,7 +301,7 @@ export function newWorkspace({ id, ticketId, worktreePath, branch, agent, pipeli * The agent works in the main checkout, so its output is already where a * merge would have put it. */ -export function newRepoRun({ id, agent, pipeline = 'default' }) { +export function newRepoRun({ id, agent, pipeline = 'default', project = null, ticketsDir = null, sessionsDir = null }) { return newWorkspace({ id, ticketId: null, @@ -282,6 +310,12 @@ export function newRepoRun({ id, agent, pipeline = 'default' }) { agent, pipeline, kind: 'repo', + // No ticket of its own — but a freeform agent is still handed the board in + // its prompt, and it still writes a session log. Both belong to the project + // the run was created for, as does the config that shapes its prompt. + project, + ticketsDir, + sessionsDir, }); } diff --git a/lib/dashboard/worktree.js b/lib/dashboard/worktree.js index fa47600..54d9e33 100644 --- a/lib/dashboard/worktree.js +++ b/lib/dashboard/worktree.js @@ -47,26 +47,80 @@ function slug(s) { return String(s || '').toLowerCase().replace(/[^a-z0-9]+/g, '-').replace(/^-|-$/g, ''); } +/** + * Canonicalize a path for containment checks: realpath the longest prefix that + * exists on disk (so macOS /var → /private/var and other symlinks resolve), then + * re-append the not-yet-created tail. `worktree_root` usually does not exist yet, + * so a plain realpathSync would fail — this keeps the comparison symlink-safe + * anyway. + */ +function canonicalizeForContainment(p) { + let cur = path.resolve(p); + const tail = []; + while (!fs.existsSync(cur)) { + tail.unshift(path.basename(cur)); + const parent = path.dirname(cur); + if (parent === cur) break; + cur = parent; + } + try { cur = fs.realpathSync(cur); } catch { /* keep resolved form */ } + return tail.length ? path.join(cur, ...tail) : cur; +} + +/** + * True if `child` is `parent` itself or a descendant of it. Both are + * canonicalized first so symlinked temp dirs (macOS) compare correctly. + */ +function isPathUnder(child, parent) { + const c = canonicalizeForContainment(child); + const p = canonicalizeForContainment(parent); + if (c === p) return true; + const rel = path.relative(p, c); + return !!rel && !rel.startsWith('..') && !path.isAbsolute(rel); +} + /** * Return the default worktree root (parent dir containing all bobby worktrees). * Resolved relative to the repo root. + * + * STUDIO GUARD (PRO-027): in a studio, `bobby ticket move/view/assign` run from a + * worktree reach the studio board ONLY because findProjectRoot walks UP from the + * worktree cwd to the studio root — which holds only while the worktree is a + * filesystem descendant of the studio root. The default (`../bobby-wt`, a studio + * descendant) satisfies this; a `worktree_root` configured outside the studio + * would silently write stage moves to the wrong board (or fail to find one). So + * when `studioRoot` is known and the config is a studio, we REFUSE a worktree_root + * that lands outside it — a clear config error beats a silent mid-run failure, + * mirroring how the codebase refuses over-cap runs and lost main-checkout locks. + * Non-studio (v1) projects are unaffected: no `studio` key, no validation. */ -export function resolveWorktreeRoot(repoRoot, config) { - // NOTE (PRO-026): in studio mode, `bobby ticket move/view/assign` run from a - // worktree only reach the studio board because findProjectRoot walks UP to it - // — so worktree_root MUST resolve to a location under the studio root. The - // default (`../bobby-wt`, a studio descendant) satisfies this; a worktree_root - // outside the studio would break board writes. See the PRO-026 follow-up. +export function resolveWorktreeRoot(repoRoot, config, studioRoot = null) { const cfg = config?.dashboard?.worktree_root || '../bobby-wt'; - return path.resolve(repoRoot, cfg); + const resolved = path.resolve(repoRoot, cfg); + + if (config?.studio && studioRoot && !isPathUnder(resolved, studioRoot)) { + throw new Error( + `dashboard.worktree_root resolves outside the studio, so agents in its ` + + `worktrees cannot reach the studio board.\n` + + ` worktree_root: ${resolved}\n` + + ` studio root: ${studioRoot}\n` + + `Set dashboard.worktree_root to a path UNDER the studio root ` + + `(or leave it unset to use the default '../bobby-wt', a studio descendant).` + ); + } + + return resolved; } /** * Compute the worktree path and branch name for a given ticket + stage. * Deterministic — calling twice returns the same values. + * + * `studioRoot` (optional) is forwarded to `resolveWorktreeRoot` so the studio + * guard fires here — at worktree creation, before any agent is spawned. */ -export function computeWorktreePlacement(repoRoot, config, ticketId, stage = 'work') { - const root = resolveWorktreeRoot(repoRoot, config); +export function computeWorktreePlacement(repoRoot, config, ticketId, stage = 'work', studioRoot = null) { + const root = resolveWorktreeRoot(repoRoot, config, studioRoot); const dir = `${ticketId}-${slug(stage)}`; const worktreePath = path.join(root, dir); const worktreePrefix = config?.git_conventions?.worktree_prefix || 'bobby'; diff --git a/lib/project.js b/lib/project.js index 904023d..72c2a17 100644 --- a/lib/project.js +++ b/lib/project.js @@ -155,7 +155,14 @@ export function createProject(idea, { dir, stack: stackName = 'node', cwd = proc execSync(`git commit -m ${JSON.stringify(`Scaffold ${epic.id}: ${text}`)}`, { cwd: root, stdio: 'pipe' }); } catch (e) { committed = false; - commitError = e.message.split('\n')[0]; + // git's OWN words, not just "Command failed: git commit -m ...". With + // stdio:'pipe' the child's stderr lands on `e.stderr` while `e.message` + // carries only the command line, so keeping the first line alone told a + // user whose commit was refused nothing about why — and told CI nothing + // either, which is how this stayed unexplained (TKT-072). + const summary = String(e.message || '').split('\n')[0]; + const reason = String(e.stderr || '').trim().replace(/\s+/g, ' '); + commitError = reason ? `${summary}: ${reason}` : summary; } return { root, dirName, stack: stackName, config, epic, starter, committed, commitError }; diff --git a/test/e2e/app-studio-projects.test.js b/test/e2e/app-studio-projects.test.js new file mode 100644 index 0000000..931ac51 --- /dev/null +++ b/test/e2e/app-studio-projects.test.js @@ -0,0 +1,344 @@ +// test/e2e/app-studio-projects.test.js +// +// TKT-022: studio project switching works in the SHIPPED command. +// +// This suite exists because every other TKT-022 test hand-wires its own +// Orchestrator with a ProjectContext — and stayed green for two review rounds +// while `bobby app`, the only local command that serves the app, constructed +// one WITHOUT it. `ProjectContext` had been threaded into commands/dashboard.js, +// a module `bin/bobby.js` does not register (commands/app.js carries +// `.alias('dashboard')`). The feature was complete, correct, and unreachable. +// +// So nothing here builds a server. It spawns `node bin/bobby.js app` against a +// real two-project studio on disk and talks to it over HTTP, which is the only +// way to assert that the product — not a fixture that resembles it — can switch +// projects. If the wiring is removed from commands/app.js, these go red. + +import fs from 'fs'; +import path from 'path'; +import os from 'os'; +import net from 'net'; +import { execSync, spawn } from 'child_process'; +import YAML from 'yaml'; +import { createTicket } from '../../lib/tickets.js'; + +const bobby = path.resolve('bin/bobby.js'); +const git = (cwd, cmd) => execSync(`git ${cmd}`, { cwd, stdio: ['ignore', 'pipe', 'pipe'] }).toString().trim(); + +/** + * A free port, so parallel jest workers cannot collide on a fixed one. Both + * halves must be awaited: `address()` is null until 'listening', and a socket + * closed but not yet awaited is still bound — either shortcut hands out a port + * the app then cannot bind. + */ +function freePort() { + return new Promise((resolve, reject) => { + const srv = net.createServer(); + srv.on('error', reject); + srv.listen(0, '127.0.0.1', () => { + const { port } = srv.address(); + srv.close(() => resolve(port)); + }); + }); +} + +/** + * A real studio: git repo (the app refuses a non-repo), `.bobbyrc.yml` with a + * `studio:` key, and two project boards under `.bobby/<name>/` — the layout + * lib/studio.js and lib/config.js resolve. + */ +function makeStudio(tmp) { + const root = path.join(tmp, 'studio'); + fs.mkdirSync(root, { recursive: true }); + fs.writeFileSync(path.join(root, '.bobbyrc.yml'), YAML.stringify({ + studio: 'teststudio', + ticket_prefix: 'TKT', + dashboard: { worktree_root: 'wt' }, + })); + + // Distinct per-project ticket prefixes. The prefix is a PROJECT config key, so + // it is how a half-switch shows itself: re-scope the board but not the config + // and a ticket created after switching to beta is minted `AL-…` into beta's + // board. Also an alpha-only key, to catch a config cascade that carries the + // boot project's settings into the next one. + for (const [name, extra] of [['alpha', { prefix: 'AL', area_only_alpha: 'yes' }], ['beta', { prefix: 'BE' }]]) { + const dir = path.join(root, '.bobby', name); + fs.mkdirSync(path.join(dir, 'tickets'), { recursive: true }); + fs.mkdirSync(path.join(dir, 'sessions'), { recursive: true }); + fs.writeFileSync(path.join(dir, '.bobbyrc.yml'), YAML.stringify({ project: name, ...extra })); + } + createTicket(path.join(root, '.bobby', 'alpha', 'tickets'), { prefix: 'AL', title: 'alpha work' }); + createTicket(path.join(root, '.bobby', 'beta', 'tickets'), { prefix: 'BE', title: 'beta work' }); + + // A studio with a project already selected — what `bobby project use alpha` + // leaves behind, and the state every studio is in after its first use. + // Without it `readConfig` refuses to resolve a board at all and the app exits + // 1 before serving anything ("Select a project: `bobby project use <name>`"), + // which is why ProjectContext's own no-selection fallback never runs here. + fs.writeFileSync(path.join(root, '.bobby', 'active-project'), 'alpha', 'utf8'); + + git(root, 'init -q -b main'); + git(root, 'config user.email test@example.com'); + git(root, 'config user.name Test'); + fs.writeFileSync(path.join(root, 'README.md'), '# studio\n'); + git(root, 'add -A'); + git(root, 'commit -q -m initial'); + return root; +} + +/** + * Start the real command and resolve once it is listening. Rejects with the + * child's own output if it exits first — a crashed command must not surface as + * an opaque fetch timeout. + */ +function startAppOnce(root, port, extraArgs = []) { + const child = spawn('node', [bobby, 'app', '--port', String(port), '--no-open', ...extraArgs], { + cwd: root, + env: { + ...process.env, + NO_COLOR: '1', + BOBBY_APP_DIR: '', + // Never touch the developer's own ~/.bobby/projects.yml from a test run; + // bin/bobby.js's preAction registry hook honours this. + BOBBY_NO_REGISTRY: '1', + // A stale export in the runner's environment would otherwise pin every + // fixture to one project and mask exactly what these tests measure. + BOBBY_PROJECT: '', + }, + }); + let out = ''; + return new Promise((resolve, reject) => { + const fail = (msg) => { + try { child.kill('SIGKILL'); } catch { /* already gone */ } + reject(new Error(msg)); + }; + const timer = setTimeout(() => fail(`app did not start in 20s. Output:\n${out}`), 20000); + const onData = (buf) => { + out += buf.toString(); + if (out.includes('Running at')) { + clearTimeout(timer); + resolve({ child, output: () => out }); + } + }; + child.stdout.on('data', onData); + child.stderr.on('data', onData); + // 'close', not 'exit': exit can fire before the pipes drain, and the retry + // below decides on the child's own EADDRINUSE message. On 'exit' that + // message was routinely still in the buffer, so the retry never matched and + // was dead code. + child.on('close', (code) => { + clearTimeout(timer); + reject(new Error(`app exited early (code ${code}). Output:\n${out}`)); + }); + }); +} + +/** + * Start on a free port, retrying if something grabbed it in the gap between + * releasing it and the app binding it. Returns { child, port } plus the api + * helper bound to that port. + */ +async function startApp(root, { args = [], attempts = 3 } = {}) { + let lastError; + for (let i = 0; i < attempts; i += 1) { + const port = await freePort(); + try { + const { child } = await startAppOnce(root, port, args); + return { child, port, api: apiFor(port) }; + } catch (e) { + lastError = e; + if (!/already in use/i.test(e.message)) throw e; + } + } + throw lastError; +} + +/** An HTTP helper bound to one port: (method, path, body) → { status, body }. */ +function apiFor(port) { + return async (method, p, body) => { + const res = await fetch(`http://127.0.0.1:${port}${p}`, { + method, + headers: body ? { 'Content-Type': 'application/json' } : {}, + body: body ? JSON.stringify(body) : undefined, + }); + return { status: res.status, body: await res.json() }; + }; +} + +function stopApp(child) { + return new Promise((resolve) => { + if (!child || child.exitCode !== null) return resolve(); + child.on('exit', resolve); + child.kill('SIGTERM'); + setTimeout(() => { try { child.kill('SIGKILL'); } catch { /* gone */ } resolve(); }, 3000).unref(); + }); +} + +describe('bobby app serves studio project switching (TKT-022)', () => { + let tmp, root, child, api; + + beforeAll(async () => { + tmp = fs.realpathSync(fs.mkdtempSync(path.join(os.tmpdir(), 'bobby-appstudio-'))); + root = makeStudio(tmp); + ({ child, api } = await startApp(root)); + }, 40000); + + afterAll(async () => { + await stopApp(child); + try { fs.rmSync(tmp, { recursive: true, force: true }); } catch { /* best effort */ } + }); + + // The exact three responses that were wrong. Before the wiring, the shipped + // command reported isStudio:false here and 400'd both project routes. + test('GET /api/config reports the studio and its active project', async () => { + const { status, body } = await api('GET', '/api/config'); + expect(status).toBe(200); + expect(body.isStudio).toBe(true); + expect(body.activeProject).toBe('alpha'); + }); + + test('GET /api/projects lists the studio projects', async () => { + const { status, body } = await api('GET', '/api/projects'); + expect(status).toBe(200); + expect(body.projects).toEqual(['alpha', 'beta']); + expect(body.active).toBe('alpha'); + }); + + // AC1 + AC2 end to end: the switch is accepted AND the board the API serves + // actually moves. Asserting the 200 alone would pass on a switch that changed + // nothing, which is the weaker-assertion trap this suite exists to avoid. + test('POST /api/projects/select re-scopes the tickets the app serves', async () => { + const before = await api('GET', '/api/tickets'); + expect(before.body.tickets.map(t => t.title)).toEqual(['alpha work']); + + const sel = await api('POST', '/api/projects/select', { name: 'beta' }); + expect(sel.status).toBe(200); + expect(sel.body.active).toBe('beta'); + + const after = await api('GET', '/api/tickets'); + expect(after.body.tickets.map(t => t.title)).toEqual(['beta work']); + + // AC4: the choice is persisted where a reload (and the next `bobby app`) + // reads it — the real file, written by the real command. + expect(fs.readFileSync(path.join(root, '.bobby', 'active-project'), 'utf8').trim()).toBe('beta'); + expect((await api('GET', '/api/config')).body.activeProject).toBe('beta'); + }); + + test('an unknown project is refused, naming it, and does not move the board', async () => { + // Reads its own before-state rather than assuming the previous test's, so + // it passes or fails on its own terms whatever order jest runs it in. + const before = (await api('GET', '/api/config')).body.activeProject; + + const { status, body } = await api('POST', '/api/projects/select', { name: 'nope' }); + expect(status).toBe(400); + expect(body.error).toMatch(/nope/); + + expect((await api('GET', '/api/config')).body.activeProject).toBe(before); + }); + + // AC2 is not just paths. `ticket_prefix` is a PROJECT config key, and a server + // that re-scopes the board without re-scoping the config mints the boot + // project's prefix into the newly selected project's board — a ticket that + // says AL-001 while living in beta, which nothing downstream can straighten + // out because the id is the ticket's identity. + test('a ticket created after a switch gets the NEW project\'s prefix', async () => { + await api('POST', '/api/projects/select', { name: 'alpha' }); + const onAlpha = await api('POST', '/api/tickets', { title: 'made on alpha' }); + expect(onAlpha.status).toBe(201); + expect(onAlpha.body.ticket.id).toMatch(/^AL-/); + + await api('POST', '/api/projects/select', { name: 'beta' }); + const onBeta = await api('POST', '/api/tickets', { title: 'made on beta' }); + expect(onBeta.status).toBe(201); + expect(onBeta.body.ticket.id).toMatch(/^BE-/); + + // And it landed on beta's board on disk, not merely got a beta-looking + // name. The response carries no path, so check the boards themselves — + // which also proves alpha's board did not receive it. + const onDisk = (project) => fs.readdirSync(path.join(root, '.bobby', project, 'tickets')) + .filter(e => !e.startsWith('.')); + expect(onDisk('beta').some(d => d.startsWith(onBeta.body.ticket.id))).toBe(true); + expect(onDisk('alpha').some(d => d.startsWith(onBeta.body.ticket.id))).toBe(false); + }); +}); + +// B1: the global `--project` flag. bin/bobby.js turns it into BOBBY_PROJECT and +// lib/config.js resolves the chain (explicit > env > active-project file > sole +// project) into `config._project`. ProjectContext used to re-derive the answer +// from the FILE alone, so the flag was accepted, reported back by /api/config, +// and then ignored by every board read — the app served the other project. +describe('bobby app --project overrides the persisted selection (TKT-022)', () => { + let tmp, root, child, api; + + beforeAll(async () => { + tmp = fs.realpathSync(fs.mkdtempSync(path.join(os.tmpdir(), 'bobby-appflag-'))); + root = makeStudio(tmp); // .bobby/active-project says alpha + ({ child, api } = await startApp(root, { args: ['--project', 'beta'] })); + }, 40000); + + afterAll(async () => { + await stopApp(child); + try { fs.rmSync(tmp, { recursive: true, force: true }); } catch { /* best effort */ } + }); + + test('serves the flag\'s project, not the file\'s', async () => { + const tickets = await api('GET', '/api/tickets'); + expect(tickets.body.tickets.map(t => t.title)).toEqual(['beta work']); + }); + + test('and says so consistently — no config that contradicts the board', async () => { + const { body } = await api('GET', '/api/config'); + expect(body.activeProject).toBe('beta'); + expect(body.project).toBe('beta'); + }); + + test('without changing the studio default on disk', async () => { + // `--project` is documented as "for this one command" — the flag must not + // rewrite the persisted selection just by being used. + expect(fs.readFileSync(path.join(root, '.bobby', 'active-project'), 'utf8').trim()).toBe('alpha'); + }); +}); + +// A REGRESSION GUARD, not a proof of the wiring: these two pass with or without +// `projectContext` on the Orchestrator, and that is the point. `commands/app.js` +// is the startup path for every user, so the thing to hold still is that a +// single-project repo — which now constructs a ProjectContext it never asked +// for — behaves exactly as it did before one existed. +describe('bobby app on a single-project repo is unchanged (TKT-022)', () => { + let tmp, root, child, api; + + beforeAll(async () => { + tmp = fs.realpathSync(fs.mkdtempSync(path.join(os.tmpdir(), 'bobby-appsolo-'))); + root = path.join(tmp, 'solo'); + fs.mkdirSync(path.join(root, '.bobby', 'tickets'), { recursive: true }); + fs.writeFileSync(path.join(root, '.bobbyrc.yml'), YAML.stringify({ + project: 'solo', tickets_dir: '.bobby/tickets', ticket_prefix: 'TKT', + })); + createTicket(path.join(root, '.bobby', 'tickets'), { prefix: 'TKT', title: 'solo work' }); + git(root, 'init -q -b main'); + git(root, 'config user.email test@example.com'); + git(root, 'config user.name Test'); + fs.writeFileSync(path.join(root, 'README.md'), '# solo\n'); + git(root, 'add -A'); + git(root, 'commit -q -m initial'); + + ({ child, api } = await startApp(root)); + }, 40000); + + afterAll(async () => { + await stopApp(child); + try { fs.rmSync(tmp, { recursive: true, force: true }); } catch { /* best effort */ } + }); + + test('reports no studio and still serves its own board', async () => { + const cfg = await api('GET', '/api/config'); + expect(cfg.body.isStudio).toBe(false); + const tickets = await api('GET', '/api/tickets'); + expect(tickets.body.tickets.map(t => t.title)).toEqual(['solo work']); + }); + + test('both project routes refuse rather than pretend', async () => { + expect((await api('GET', '/api/projects')).status).toBe(400); + expect((await api('POST', '/api/projects/select', { name: 'anything' })).status).toBe(400); + }); +}); diff --git a/test/lib/dashboard/chat-api.test.js b/test/lib/dashboard/chat-api.test.js new file mode 100644 index 0000000..005b525 --- /dev/null +++ b/test/lib/dashboard/chat-api.test.js @@ -0,0 +1,141 @@ +// test/lib/dashboard/chat-api.test.js +// +// TKT-021: the chat HTTP routes, exercised over real HTTP with a stub +// ChatManager (the manager's own behaviour is chat.test.js's job). Asserts the +// route shapes the app depends on, and that the routes 501 when no manager is +// wired rather than 404. +import { buildServer } from '../../../lib/dashboard/server.js'; + +const baseDeps = () => ({ + orchestrator: {}, + store: { list: () => [], get: () => null, subscribe: () => {} }, + sseHub: { connect: () => () => {}, broadcast: () => {} }, + config: { ticket_prefix: 'TKT' }, + repoRoot: '/tmp', + ticketsDir: '/tmp/.bobby/tickets', +}); + +function stubChatManager() { + const chats = new Map(); + return { + calls: [], + startChat(ticketId) { + const chat = { id: 'chat-1', ticketId, workspaceId: 'chat-1', status: 'idle', history: [] }; + chats.set(chat.id, chat); + this.calls.push(['start', ticketId]); + return chat; + }, + listChats() { return Array.from(chats.values()); }, + getChat(id) { return chats.get(id) || null; }, + async sendMessage(id, message) { + this.calls.push(['message', id, message]); + const chat = chats.get(id); + if (!chat) throw new Error(`Chat ${id} not found`); + chat.history.push({ role: 'user', summary: message, at: 'now' }); + return chat; + }, + async commitPlan(id) { + this.calls.push(['commit', id]); + const chat = chats.get(id); + if (!chat) throw new Error(`Chat ${id} not found`); + chat.status = 'idle'; + return chat; + }, + }; +} + +async function withServer(deps, fn) { + const server = buildServer(deps); + await new Promise((r) => server.listen(0, '127.0.0.1', r)); + const base = `http://127.0.0.1:${server.address().port}`; + const api = async (method, p, body) => { + const res = await fetch(base + p, { + method, + headers: body ? { 'Content-Type': 'application/json' } : {}, + body: body ? JSON.stringify(body) : undefined, + }); + return { status: res.status, body: await res.json() }; + }; + try { await fn(api); } + // Drop undici's keep-alive socket before closing. On Node 18 `close()` waits + // on the idle client connection `fetch` leaves open, so its callback never + // fires and every test here times out — see server-api.test.js, same pattern. + finally { + server.closeAllConnections?.(); + await new Promise((r) => server.close(r)); + } +} + +describe('chat routes (TKT-021)', () => { + test('TC-8: POST /api/chats starts a chat and returns chatId/ticketId/status', async () => { + const chatManager = stubChatManager(); + await withServer({ ...baseDeps(), chatManager }, async (api) => { + const { status, body } = await api('POST', '/api/chats', { ticketId: 'TKT-TEST' }); + expect(status).toBe(200); + expect(body.chatId).toBe('chat-1'); + expect(body.ticketId).toBe('TKT-TEST'); + expect(body.status).toBe('idle'); + }); + }); + + test('POST /api/chats without ticketId is a 400', async () => { + const chatManager = stubChatManager(); + await withServer({ ...baseDeps(), chatManager }, async (api) => { + const { status } = await api('POST', '/api/chats', {}); + expect(status).toBe(400); + }); + }); + + test('TC-9: POST /api/chats/:id/message sends a turn and grows the history', async () => { + const chatManager = stubChatManager(); + await withServer({ ...baseDeps(), chatManager }, async (api) => { + const started = await api('POST', '/api/chats', { ticketId: 'TKT-TEST' }); + const id = started.body.chatId; + const { status, body } = await api('POST', `/api/chats/${id}/message`, { message: 'Use a simpler approach' }); + expect(status).toBe(200); + expect(body.chat.history).toHaveLength(1); + expect(body.chat.history[0].summary).toBe('Use a simpler approach'); + }); + }); + + test('message to an unknown chat is a 404', async () => { + const chatManager = stubChatManager(); + await withServer({ ...baseDeps(), chatManager }, async (api) => { + const { status } = await api('POST', '/api/chats/nope/message', { message: 'hi' }); + expect(status).toBe(404); + }); + }); + + test('TC-10: POST /api/chats/:id/commit finalizes the plan', async () => { + const chatManager = stubChatManager(); + await withServer({ ...baseDeps(), chatManager }, async (api) => { + const started = await api('POST', '/api/chats', { ticketId: 'TKT-TEST' }); + const id = started.body.chatId; + const { status, body } = await api('POST', `/api/chats/${id}/commit`); + expect(status).toBe(200); + expect(body.chat.status).toBe('idle'); + expect(chatManager.calls).toContainEqual(['commit', id]); + }); + }); + + test('GET /api/chats and GET /api/chats/:id return the chat', async () => { + const chatManager = stubChatManager(); + await withServer({ ...baseDeps(), chatManager }, async (api) => { + const started = await api('POST', '/api/chats', { ticketId: 'TKT-TEST' }); + const id = started.body.chatId; + const list = await api('GET', '/api/chats'); + expect(list.body.chats).toHaveLength(1); + const one = await api('GET', `/api/chats/${id}`); + expect(one.body.chat.id).toBe(id); + const missing = await api('GET', '/api/chats/nope'); + expect(missing.status).toBe(404); + }); + }); + + test('chat routes 501 when no ChatManager is wired', async () => { + await withServer(baseDeps(), async (api) => { + const { status } = await api('POST', '/api/chats', { ticketId: 'TKT-TEST' }); + expect(status).toBe(501); + }); + }); +}); diff --git a/test/lib/dashboard/chat.test.js b/test/lib/dashboard/chat.test.js new file mode 100644 index 0000000..984899c --- /dev/null +++ b/test/lib/dashboard/chat.test.js @@ -0,0 +1,168 @@ +// test/lib/dashboard/chat.test.js +// +// TKT-021: conversational planning. Drives the REAL orchestrator (real git +// worktrees, the `initRepo` pattern) with a fake executor, through the +// ChatManager. The fake executor announces a Claude session id on its stream — +// exactly what `--resume` needs — and records the options each turn was +// launched with, so the assertions are on real orchestrator behaviour. + +import fs from 'fs'; +import path from 'path'; +import os from 'os'; +import { execSync } from 'child_process'; +import { Orchestrator } from '../../../lib/dashboard/orchestrator.js'; +import { WorkspaceStore } from '../../../lib/dashboard/state.js'; +import { ChatManager } from '../../../lib/dashboard/chat.js'; +import { createTicket, moveTicket } from '../../../lib/tickets.js'; + +const git = (cwd, cmd) => execSync(`git ${cmd}`, { cwd, stdio: ['ignore', 'pipe', 'pipe'] }).toString().trim(); + +function initRepo(dir) { + fs.mkdirSync(dir, { recursive: true }); + git(dir, 'init -q -b main'); + git(dir, 'config user.email test@example.com'); + git(dir, 'config user.name Test'); + fs.writeFileSync(path.join(dir, 'README.md'), '# test\n'); + git(dir, 'add .'); + git(dir, 'commit -q -m initial'); + return dir; +} + +let tmp; + +/** + * An orchestrator on a real git repo, with a fake executor that records the + * options of every turn and emits a Claude session id on the stream. + */ +function makeSetup({ sessionId = 'claude-sess-1' } = {}) { + const repoRoot = initRepo(path.join(tmp, 'repo')); + const ticketsDir = path.join(repoRoot, '.bobby', 'tickets'); + fs.mkdirSync(ticketsDir, { recursive: true }); + const sessionsDir = path.join(repoRoot, '.bobby', 'sessions'); + + const store = new WorkspaceStore(path.join(repoRoot, '.bobby', 'workspaces.json')); + const o = new Orchestrator({ + repoRoot, config: { git_conventions: {} }, ticketsDir, sessionsDir, + agentsPath: null, store, sseHub: null, + }); + + o.turns = []; // [{ permissionMode, resume, prompt }] + o._runExecutor = ({ prompt, permissionMode, resume, onEvent }) => { + o.turns.push({ prompt, permissionMode, resume }); + const done = Promise.resolve().then(() => { + // A claude stream announces its session id on essentially every event. + if (onEvent) onEvent({ type: 'stdout', kind: 'json', data: { type: 'system', session_id: sessionId }, at: 'now' }); + return { exitCode: 0, signal: null }; + }); + return { pid: 4242, stop: () => {}, done }; + }; + + const chatManager = new ChatManager({ orchestrator: o, filePath: path.join(repoRoot, '.bobby', 'chats.json') }); + return { o, chatManager, ticketsDir, repoRoot }; +} + +function seedTicket(ticketsDir) { + const { id } = createTicket(ticketsDir, { prefix: 'TKT', title: 'Chat work' }); + moveTicket(ticketsDir, id, 'planning', 'test'); + return id; +} + +beforeEach(() => { tmp = fs.mkdtempSync(path.join(os.tmpdir(), 'bobby-chat-')); }); +afterEach(() => { try { fs.rmSync(tmp, { recursive: true, force: true }); } catch { /* best effort */ } }); + +describe('ChatManager (TKT-021)', () => { + test('TC-3: startChat creates a workspace in plan mode, idle and ready', () => { + const { o, chatManager, ticketsDir } = makeSetup(); + const id = seedTicket(ticketsDir); + + const chat = chatManager.startChat(id); + + const ws = o.store.get(chat.workspaceId); + expect(ws.chatMode).toBe(true); + expect(ws.chatHistory).toEqual([]); + expect(ws.status).toBe('idle'); + expect(chat.ticketId).toBe(id); + expect(chat.status).toBe('idle'); + }); + + test('TC-4: sendMessage runs a plan-mode turn, records history, captures the Claude session id', async () => { + const { o, chatManager, ticketsDir } = makeSetup({ sessionId: 'claude-xyz' }); + const id = seedTicket(ticketsDir); + const chat = chatManager.startChat(id); + + await chatManager.sendMessage(chat.id, 'What about using a queue?'); + + expect(o.turns).toHaveLength(1); + expect(o.turns[0].permissionMode).toBe('plan'); + + const ws = o.store.get(chat.workspaceId); + expect(ws.chatHistory).toHaveLength(1); + expect(ws.chatHistory[0].summary).toContain('queue'); + expect(ws.chatId).toBe('claude-xyz'); + }); + + test('TC-5: subsequent sendMessage resumes with the captured Claude session id', async () => { + const { o, chatManager, ticketsDir } = makeSetup({ sessionId: 'claude-xyz' }); + const id = seedTicket(ticketsDir); + const chat = chatManager.startChat(id); + + await chatManager.sendMessage(chat.id, 'first'); + expect(o.turns[0].resume).toBeUndefined(); // first turn has nothing to resume + + await chatManager.sendMessage(chat.id, 'now add error handling'); + expect(o.turns[1].resume).toBe('claude-xyz'); + }); + + test('TC-6: commitPlan runs a write-capable turn (no plan restriction) that writes the plan', async () => { + const { o, chatManager, ticketsDir } = makeSetup(); + const id = seedTicket(ticketsDir); + const chat = chatManager.startChat(id); + await chatManager.sendMessage(chat.id, 'settle the approach'); + + await chatManager.commitPlan(chat.id); + + const commitTurn = o.turns[o.turns.length - 1]; + expect(commitTurn.permissionMode).not.toBe('plan'); + expect(commitTurn.resume).toBe('claude-sess-1'); + expect(commitTurn.prompt).toContain('plan.md'); + expect(commitTurn.prompt).toContain('test-cases.md'); + }); + + test('TC-7: chats persist across a restart', async () => { + const { chatManager, ticketsDir, o } = makeSetup(); + const id = seedTicket(ticketsDir); + const chat = chatManager.startChat(id); + await chatManager.sendMessage(chat.id, 'keep this'); + + // A fresh manager on the same file — the app restarted. + const reborn = new ChatManager({ orchestrator: o, filePath: chatManager.filePath }); + const chats = reborn.listChats(); + expect(chats).toHaveLength(1); + expect(chats[0].id).toBe(chat.id); + expect(chats[0].history).toHaveLength(1); + expect(chats[0].history[0].summary).toContain('keep this'); + }); + + test('TC-11: sendMessage on a non-existent chat throws, naming the id', async () => { + const { chatManager } = makeSetup(); + await expect(chatManager.sendMessage('nonexistent', 'hello')).rejects.toThrow(/nonexistent/); + }); + + test('TC-12: commitPlan on a chat with no turns throws', async () => { + const { chatManager, ticketsDir } = makeSetup(); + const id = seedTicket(ticketsDir); + const chat = chatManager.startChat(id); + await expect(chatManager.commitPlan(chat.id)).rejects.toThrow(/no turns/); + }); + + test('a discussion turn that writes nothing is idle, never a no-op failure', async () => { + const { o, chatManager, ticketsDir } = makeSetup(); + const id = seedTicket(ticketsDir); + const chat = chatManager.startChat(id); + + await chatManager.sendMessage(chat.id, 'just discussing'); + + // Plan-mode turns write nothing by design; that must not be read as no_op. + expect(o.store.get(chat.workspaceId).status).toBe('idle'); + }); +}); diff --git a/test/lib/dashboard/executor.test.js b/test/lib/dashboard/executor.test.js index df4248b..9970ce8 100644 --- a/test/lib/dashboard/executor.test.js +++ b/test/lib/dashboard/executor.test.js @@ -7,6 +7,7 @@ import { resolveExecutor, commandExists, cleanExecutorEnv, + claudeSessionIdFromEvent, EXECUTOR_NAMES, } from '../../../lib/dashboard/executor.js'; @@ -227,6 +228,46 @@ describe('per-run cost from total_cost_usd (TKT-019)', () => { }); }); +// TKT-021. Conversational planning continues a prior Claude session with +// `--resume <sessionId>`. The executor never passed it before; these assert the +// flag is injected when set and absent when not. +describe('--resume passthrough (TKT-021)', () => { + test('TC-1: claude args include --resume followed by the session id when set', () => { + const spawn = fakeSpawn(); + runAgent({ worktreePath: '/t', prompt: 'p', sessionId: 's', spawn, resume: 'ses-abc123' }); + const [, args] = spawn.mock.calls[0]; + expect(args).toContain('--resume'); + expect(args[args.indexOf('--resume') + 1]).toBe('ses-abc123'); + }); + + test('TC-2: claude args omit --resume when it is not set', () => { + const spawn = fakeSpawn(); + runAgent({ worktreePath: '/t', prompt: 'p', sessionId: 's', spawn }); + const [, args] = spawn.mock.calls[0]; + expect(args).not.toContain('--resume'); + }); +}); + +// TKT-021. To use --resume, the chat manager must capture the CLAUDE session id +// the CLI reports on its stream events (not bobby's own ses- id). +describe('claudeSessionIdFromEvent (TKT-021)', () => { + const ev = (data) => ({ type: 'stdout', kind: 'json', data, at: 'now' }); + + test('reads session_id off a json stdout event', () => { + expect(claudeSessionIdFromEvent(ev({ type: 'system', session_id: 'claude-1' }))).toBe('claude-1'); + }); + + test('returns null for events without a session_id', () => { + expect(claudeSessionIdFromEvent(ev({ type: 'assistant' }))).toBeNull(); + }); + + test('returns null for text or non-stdout events', () => { + expect(claudeSessionIdFromEvent({ type: 'stdout', kind: 'text', data: 'session_id: x' })).toBeNull(); + expect(claudeSessionIdFromEvent({ type: 'stderr', text: 'x' })).toBeNull(); + expect(claudeSessionIdFromEvent(null)).toBeNull(); + }); +}); + describe('resolveExecutor', () => { test('defaults to claude when nothing is configured', () => { expect(resolveExecutor({}).name).toBe('claude'); diff --git a/test/lib/dashboard/orchestrator-fsm.test.js b/test/lib/dashboard/orchestrator-fsm.test.js index 76fce18..e284172 100644 --- a/test/lib/dashboard/orchestrator-fsm.test.js +++ b/test/lib/dashboard/orchestrator-fsm.test.js @@ -549,6 +549,10 @@ describe('dashboard.max_concurrent caps agents in flight (TKT-015)', () => { expect(res.status).toBe(400); expect((await res.json()).error).toMatch(/already running: TKT-001 build/); } finally { + // Drop undici's keep-alive socket first. On Node 18 `close()` waits on an + // idle client connection that fetch leaves open, so the callback never + // fires and the test times out — see server-api.test.js, same pattern. + server.closeAllConnections?.(); await new Promise(r => server.close(r)); } }); diff --git a/test/lib/dashboard/orchestrator-pipeline.test.js b/test/lib/dashboard/orchestrator-pipeline.test.js index 46b3b48..e9f86a8 100644 --- a/test/lib/dashboard/orchestrator-pipeline.test.js +++ b/test/lib/dashboard/orchestrator-pipeline.test.js @@ -8,8 +8,11 @@ import { resolveWorkflow } from '../../../lib/workflow.js'; function bareOrchestrator(config = {}) { // _resolveNextAgent and _pipelineFor need no fs, store, or executor. + // `config` is a getter over `_config` (TKT-022, so a studio project switch + // re-scopes it the way ticketsDir/sessionsDir do), so the fake seeds the + // backing field. return Object.assign(Object.create(Orchestrator.prototype), { - config, + _config: config, pipeline: resolveWorkflow(config, 'default'), pipelineName: 'default', }); @@ -72,8 +75,10 @@ describe('per-workspace pipeline', () => { describe('featureProgress', () => { // featureProgress needs only ticketsDir and a store — no git, no worktree. + // `ticketsDir` is a getter over `_ticketsDir` (TKT-022, so a studio project + // switch re-scopes it), so the fake seeds the backing field. const wire = (o, { ws, ticketsDir }) => Object.assign(o, { - ticketsDir, + _ticketsDir: ticketsDir, store: { get: (id) => (id === ws.id ? ws : null) }, }); diff --git a/test/lib/dashboard/orchestrator-project-pin.test.js b/test/lib/dashboard/orchestrator-project-pin.test.js new file mode 100644 index 0000000..82de779 --- /dev/null +++ b/test/lib/dashboard/orchestrator-project-pin.test.js @@ -0,0 +1,432 @@ +// test/lib/dashboard/orchestrator-project-pin.test.js +// +// TKT-022 / AC3: a run started in project A is undisturbed by a switch to +// project B — including its EXIT. +// +// The first version of AC3's test asserted only that switching leaves the +// process map and the workspace record alone. That is true, and it is not what +// AC3 says: a run takes minutes, the switch lands in the middle of it, and the +// damage happens afterwards, when the orchestrator asks a board how the run +// went. `this.ticketsDir` has moved by then. So every test here lets the alpha +// run actually EXIT while the UI sits on beta, and asserts on what the exit +// recorded. +// +// Faithfully faked: real boards on disk, real ProjectContext, real store, real +// _onExit, and workspaces created through the REAL `createWorkspace` against a +// git-backed studio (so the pin the tests rest on is production's, never a +// hand-built record — three fixture divergences in this ticket's history were +// exactly that). Only the CLI is fake — it does what a real agent does, running +// the `bobby ticket move` its prompt names against the board it was handed. +// Because the worktrees are real git, `commitCheckpoint`/`headSha` run for real; +// the exit assertions do not depend on that (every run advances a stage, which +// short-circuits the no-op check), so it is faithful rather than load-bearing. + +import fs from 'fs'; +import path from 'path'; +import os from 'os'; +import { execSync } from 'child_process'; +import { Orchestrator } from '../../../lib/dashboard/orchestrator.js'; +import { ProjectContext } from '../../../lib/dashboard/project-context.js'; +import { WorkspaceStore } from '../../../lib/dashboard/state.js'; +import { resolveWorkflow } from '../../../lib/workflow.js'; +import YAML from 'yaml'; +import { createTicket, moveTicket, findTicket } from '../../../lib/tickets.js'; + +const git = (cwd, cmd) => execSync(`git ${cmd}`, { cwd, stdio: ['ignore', 'pipe', 'pipe'] }).toString().trim(); + +const boardOf = (root, project) => path.join(root, '.bobby', project, 'tickets'); +const sessionsOf = (root, project) => path.join(root, '.bobby', project, 'sessions'); + +/** + * A studio with alpha + beta boards. Config is written to DISK, never passed to + * a constructor: in a studio the orchestrator reads its config live off the + * project context, which builds it per-project from disk (configForProject), so + * a constructor object is correctly ignored. `studio` lands at the studio root + * (both projects inherit it); `alpha`/`beta` land in that project's own + * .bobbyrc.yml, which is what lets a test give the two projects DIFFERENT + * settings and so tell a live read from a pinned one — the distinction the old + * single-root fixture could not express. + * + * The studio root is a real git repo so `createWorkspace` can cut real + * worktrees: the seed helper goes through the real code path rather than + * fabricating a record, which is what kept fixtures drifting from production. + */ +function makeStudio(tmp, { studio = {}, alpha = {}, beta = {} } = {}) { + const root = path.join(tmp, 'studio'); + fs.mkdirSync(root, { recursive: true }); + // Deep-merge `dashboard` so a studio-level override (e.g. auto_approve_stages) + // does not clobber `worktree_root`, which createWorkspace needs on disk. + const studioCfg = { studio: 'teststudio', ...studio }; + studioCfg.dashboard = { worktree_root: 'wt', ...(studio.dashboard || {}) }; + fs.writeFileSync(path.join(root, '.bobbyrc.yml'), YAML.stringify(studioCfg)); + const perProject = { alpha, beta }; + for (const name of ['alpha', 'beta']) { + fs.mkdirSync(boardOf(root, name), { recursive: true }); + fs.mkdirSync(sessionsOf(root, name), { recursive: true }); + fs.writeFileSync( + path.join(root, '.bobby', name, '.bobbyrc.yml'), + YAML.stringify({ project: name, ...perProject[name] }), + ); + } + git(root, 'init -q -b main'); + git(root, 'config user.email test@example.com'); + git(root, 'config user.name Test'); + fs.writeFileSync(path.join(root, 'README.md'), '# studio\n'); + git(root, 'add -A'); + git(root, 'commit -q -m initial'); + return root; +} + +/** + * A studio orchestrator on alpha, with a fake CLI that holds its exit open + * until the test releases it — which is what makes "switch mid-run" testable. + * + * `config` is studio-level disk config; `alpha`/`beta` are per-project. The + * boot config handed to the constructor carries only what selects the starting + * project — everything else the orchestrator uses comes live from disk. + */ +function wire(tmp, { config: extra = {}, alpha = {}, beta = {} } = {}) { + const root = makeStudio(tmp, { studio: extra, alpha, beta }); + const config = { studio: 'teststudio', project: 'alpha', _project: 'alpha' }; + const projectContext = new ProjectContext(root, config); + const store = new WorkspaceStore(path.join(root, '.bobby', 'workspaces.json')); + + const o = new Orchestrator({ + repoRoot: root, + config, + ticketsDir: projectContext.ticketsDir, + sessionsDir: projectContext.sessionsDir, + agentsPath: '.claude/agents', + store, + sseHub: null, + pipeline: resolveWorkflow(config, 'default'), + pipelineName: 'default', + projectContext, + }); + + o.launched = []; + o.pendingExits = []; + o.emitEvent = null; // set per launch — lets a test push an exec event + + o._runExecutor = ({ prompt, onEvent, env }) => { + // The agent obeys its prompt: it reads the board the prompt names — the + // absolute `<ticketsDir>/<folder>/ticket.md` of step 2 — and performs the + // move the prompt names there, exactly as `bobby ticket move` would. + const ticketsDir = /Read `(.+)\/[^/`]+\/ticket\.md`/.exec(prompt)?.[1]; + const ticketId = /on ticket (\S+)\./.exec(prompt)?.[1]; + const movedTo = /bobby ticket move \S+ ([a-z-]+)/.exec(prompt)?.[1] || null; + const agent = /Run the (?:bobby-)?(\S+) agent/.exec(prompt)?.[1] || null; + o.launched.push({ prompt, ticketsDir, ticketId, movedTo, agent, env }); + o.emitEvent = onEvent; + + let release; + const done = new Promise((resolve) => { + release = () => { + if (movedTo && ticketsDir) moveTicket(ticketsDir, ticketId, movedTo, 'bobby-plan'); + resolve({ exitCode: 0, signal: null }); + }; + }); + o.pendingExits.push(release); + return { pid: 4242, stop: () => release(), done }; + }; + + return { root, o, store, projectContext }; +} + +/** + * Seed a ticket on a project's board and a workspace for it, THROUGH the real + * `createWorkspace`. The returned `wsId` is the id production assigned — the + * helper never fabricates the record, so it cannot pin `project`/`ticketsDir`/ + * `sessionsDir` any differently than the code under test does. (Three separate + * fixture divergences in this ticket's history were hand-built records drifting + * from what createWorkspace actually produces; this closes that off.) + * + * Requires the studio to be on its target project already (createWorkspace + * pins the ACTIVE project), so a beta workspace is seeded after `switchProject`. + */ +function seed(root, o, { project, prefix, title = 'work', stage = 'planning' }) { + const ticketsDir = boardOf(root, project); + const { id } = createTicket(ticketsDir, { prefix, title }); + moveTicket(ticketsDir, id, stage, 'test'); + const ws = o.createWorkspace({ ticketId: id, agent: 'plan' }); + return { ticketId: id, ws, wsId: ws.id }; +} + +/** Let the queued exit handler (attached via .then) run. */ +async function settle() { + for (let i = 0; i < 5; i += 1) await Promise.resolve(); + await new Promise((r) => setTimeout(r, 0)); +} + +/** Start the run, switch the UI to beta, then let the run exit. */ +async function runThenSwitchThenExit(o, wsId, { agent = 'plan' } = {}) { + await o.runAgent(wsId, { agentOverride: agent }); + o.switchProject('beta'); + o.pendingExits.pop()(); + await settle(); +} + +describe('AC3: a run stays bound to the project it started in (TKT-022)', () => { + let tmp; + beforeEach(() => { tmp = fs.realpathSync(fs.mkdtempSync(path.join(os.tmpdir(), 'bobby-projpin-'))); }); + afterEach(() => { try { fs.rmSync(tmp, { recursive: true, force: true }); } catch { /* best effort */ } }); + + // The failure the earlier TC-7 could not see: with the UI on beta, the exit + // read beta's board for an alpha ticket, found nothing, and recorded a + // successful run as a no-op — the workspace never reached awaiting_approval + // and the user's finished work looked like it had failed. + test('a run that EXITS after a switch reads its stage from its own board', async () => { + const { root, o } = wire(tmp); + const { ticketId, wsId } = seed(root, o, { project: 'alpha', prefix: 'AL' }); + + await runThenSwitchThenExit(o, wsId); + + // The agent's move landed on alpha, and the exit read it from alpha. + expect(findTicket(boardOf(root, 'alpha'), ticketId).data.stage).toBe('building'); + const ws = o.store.get(wsId); + expect(ws.stage).toBe('building'); + expect(ws.status).toBe('awaiting_approval'); + expect(ws.runs.at(-1).status).toBe('completed'); + + // And the UI did move — the switch itself was not quietly undone. + expect(o.ticketsDir).toBe(boardOf(root, 'beta')); + }); + + // The prefix-collision variant. Both boards hold a ticket with the SAME id, + // at different stages. Reading the wrong one is not a missing record but a + // wrong one: beta's copy sits in `shipping`, which would promote the alpha + // workspace to ready_to_merge on work that was only just planned. + test('a same-id ticket on the other board cannot be mistaken for this run\'s', async () => { + const { root, o } = wire(tmp); + const { ticketId, wsId } = seed(root, o, { project: 'alpha', prefix: 'X', title: 'alpha work' }); + + // Beta's own X-001 — same id, different ticket, further along. + const betaBoard = boardOf(root, 'beta'); + const beta = createTicket(betaBoard, { prefix: 'X', title: 'beta work' }); + expect(beta.id).toBe(ticketId); // the collision is real + moveTicket(betaBoard, beta.id, 'shipping', 'test'); + + await runThenSwitchThenExit(o, wsId); + + const ws = o.store.get(wsId); + expect(ws.stage).toBe('building'); // alpha's stage, not 'shipping' + expect(ws.status).toBe('awaiting_approval'); // not ready_to_merge + // Beta's ticket was never touched by a run that had nothing to do with it. + expect(findTicket(betaBoard, beta.id).data.stage).toBe('shipping'); + }); + + // The same hazard one step further on: with auto-approve configured, a wrong + // stage read does not just mis-record, it LAUNCHES the next agent — against + // the other project's board. + test('auto-approve after a switch runs the next agent against the run\'s own board', async () => { + // auto_approve_stages is matched against the stage the workspace was IN when + // the run started, which is where the ticket sat at launch: planning. + const { root, o } = wire(tmp, { config: { dashboard: { auto_approve_stages: ['planning'] } } }); + const { ticketId, wsId } = seed(root, o, { project: 'alpha', prefix: 'X' }); + + const betaBoard = boardOf(root, 'beta'); + const beta = createTicket(betaBoard, { prefix: 'X', title: 'beta work' }); + moveTicket(betaBoard, beta.id, 'reviewing', 'test'); + + await runThenSwitchThenExit(o, wsId); + await settle(); + + // The build agent that auto-approve launched was pointed at alpha. + expect(o.launched.length).toBe(2); + expect(o.launched[1].ticketsDir).toBe(boardOf(root, 'alpha')); + expect(o.launched[1].ticketId).toBe(ticketId); + }); + + // A session whose header is in one project and whose tail is in another is a + // log with a hole in it, on both sides. + test('exec events after a switch append to the session file the run opened', async () => { + const { root, o } = wire(tmp); + const { wsId } = seed(root, o, { project: 'alpha', prefix: 'AL' }); + + await o.runAgent(wsId, { agentOverride: 'plan' }); + const sessionId = o.store.get(wsId).sessionId; + + o.switchProject('beta'); + o.emitEvent({ type: 'assistant', text: 'after the switch' }); + o.pendingExits.pop()(); + await settle(); + + const alphaLog = path.join(sessionsOf(root, 'alpha'), `${sessionId}.jsonl`); + expect(fs.readFileSync(alphaLog, 'utf8')).toContain('after the switch'); + expect(fs.existsSync(path.join(sessionsOf(root, 'beta'), `${sessionId}.jsonl`))).toBe(false); + // And the dashboard tails the file where it actually is. + expect(o.readLatestSessionFile(wsId)).toBe(alphaLog); + }); + + // The pin is what all of the above rests on, so assert createWorkspace sets + // it — through the real thing, with real git, not a hand-built record. + test('createWorkspace pins the board the workspace was created from', () => { + // The studio root is already a git repo (makeStudio) and worktree_root is a + // studio descendant the PRO-027 guard accepts. + const { root, o } = wire(tmp); + + const { id } = createTicket(boardOf(root, 'alpha'), { prefix: 'AL', title: 'alpha work' }); + moveTicket(boardOf(root, 'alpha'), id, 'planning', 'test'); + + const ws = o.createWorkspace({ ticketId: id, agent: 'plan' }); + expect(ws.ticketsDir).toBe(boardOf(root, 'alpha')); + expect(ws.sessionsDir).toBe(sessionsOf(root, 'alpha')); + + // Still alpha's after the UI has moved on. + o.switchProject('beta'); + expect(o.store.get(ws.id).ticketsDir).toBe(boardOf(root, 'alpha')); + expect(o._ticketsDirFor(o.store.get(ws.id))).toBe(boardOf(root, 'alpha')); + }); + + // The pin covers CONFIG too, because .bobbyrc.yml is per project. A run's + // permission posture, workflow, services and git conventions all come from + // there, and a run that started on alpha must keep alpha's. + test('a run reads its own project\'s config, while the UI reads the new one', () => { + const { root, o } = wire(tmp, { alpha: { prefix: 'AL' }, beta: { prefix: 'BE' } }); + const { ws } = seed(root, o, { project: 'alpha', prefix: 'AL' }); + + o.switchProject('beta'); + + expect(o.config.ticket_prefix).toBe('BE'); // the UI followed + expect(o._configFor(ws).ticket_prefix).toBe('AL'); // the run did not + }); + + // B3, the worst of them: `project_repos` is a PROJECT key and decides which + // repository a ticket's worktree is cut from. Reading it off the boot config + // gave a beta ticket a worktree of ALPHA's repo — an agent editing the wrong + // codebase, with nothing in the UI to suggest it. + test('a workspace created after a switch is cut from the NEW project\'s repo', () => { + const initRepo = (dir, marker) => { + fs.mkdirSync(dir, { recursive: true }); + git(dir, 'init -q -b main'); + git(dir, 'config user.email test@example.com'); + git(dir, 'config user.name Test'); + fs.writeFileSync(path.join(dir, 'MARKER.txt'), marker); + git(dir, 'add -A'); + git(dir, 'commit -q -m initial'); + return dir; + }; + + // A studio whose two projects use two different repos from the group. + const { root, o } = wire(tmp, { + config: { repos: { appa: { path: 'repos/appa' }, appb: { path: 'repos/appb' } } }, + alpha: { repos: ['appa'] }, + beta: { repos: ['appb'] }, + }); + const appa = initRepo(path.join(root, 'repos', 'appa'), 'this is appa'); + const appb = initRepo(path.join(root, 'repos', 'appb'), 'this is appb'); + + const { id } = createTicket(boardOf(root, 'beta'), { prefix: 'BE', title: 'beta work' }); + moveTicket(boardOf(root, 'beta'), id, 'planning', 'test'); + + o.switchProject('beta'); + const ws = o.createWorkspace({ ticketId: id, agent: 'plan' }); + + expect(ws.project).toBe('beta'); + expect(ws.repoRoot).toBe(appb); + expect(ws.repoRoot).not.toBe(appa); + // The worktree really is beta's repository, not merely labelled as one. + expect(fs.readFileSync(path.join(ws.worktreePath, 'MARKER.txt'), 'utf8')).toBe('this is appb'); + }); + + // C2 — the pin, one process further out. The agent runs `bobby ticket move`, + // which resolves its board through resolveActiveProject; that falls back to + // .bobby/active-project, which the UI rewrites on every switch. BOBBY_PROJECT + // is the top of that chain, so the run names its own project for the child. + test('the agent is launched with BOBBY_PROJECT set to the run\'s project', async () => { + const { root, o } = wire(tmp); + const { wsId } = seed(root, o, { project: 'alpha', prefix: 'AL' }); + + let spawnedEnv = null; + const inner = o._runExecutor.bind(o); + o._runExecutor = (opts) => { spawnedEnv = opts.env; return inner(opts); }; + + await o.runAgent(wsId, { agentOverride: 'plan' }); + o.switchProject('beta'); + o.pendingExits.pop()(); + await settle(); + + expect(spawnedEnv).toEqual(expect.objectContaining({ BOBBY_PROJECT: 'alpha' })); + }); + + // D1 — the exit path's LAST unpinned decision. `auto_approve_stages` is under + // `dashboard`, which cascades per project, so whether an unattended agent + // launches is the run's own project's policy. Read live, a switch to a project + // that auto-approves would fire an agent the run's project never sanctioned; + // read pinned, a switch to a project that does NOT auto-approve would strand a + // run the launch project meant to advance. Both directions, on the observable + // outcome — did the next agent launch — not on a config value. + test('auto-approve after a switch follows the RUN\'s project, not the UI\'s', async () => { + // alpha auto-approves `planning`; beta does not. An alpha run that exits with + // the UI on beta must still auto-approve. + const runAlphaExitOnBeta = async () => { + const { root, o } = wire(tmp, { + alpha: { dashboard: { auto_approve_stages: ['planning'] } }, + beta: { dashboard: { auto_approve_stages: [] } }, + }); + const { wsId } = seed(root, o, { project: 'alpha', prefix: 'AL' }); + await runThenSwitchThenExit(o, wsId); + await settle(); + return o; + }; + const o1 = await runAlphaExitOnBeta(); + // plan ran, then auto-approve launched build → 2 launches, run advancing. + expect(o1.launched.map(l => l.agent)).toEqual(['plan', 'build']); + + // The mirror: alpha does NOT auto-approve, beta does. An alpha run that exits + // with the UI on beta must NOT be swept forward by beta's policy. + const { root, o } = wire(tmp, { + alpha: { dashboard: { auto_approve_stages: [] } }, + beta: { dashboard: { auto_approve_stages: ['planning'] } }, + }); + const { wsId } = seed(root, o, { project: 'alpha', prefix: 'AL' }); + await runThenSwitchThenExit(o, wsId); + await settle(); + expect(o.launched.map(l => l.agent)).toEqual(['plan']); // no unsanctioned build + expect(o.store.get(wsId).status).toBe('awaiting_approval'); + }); + + // D2 — `workflows` is per project, and a workspace records only the workflow + // NAME, so `default` on beta is not `default` on alpha. The pipeline the run + // advances through must come from ITS project: reading the boot project's + // `default` for a beta run skips any stage beta added — a security stage among + // them. Observable via which agent approve() launches at the extra stage. + test('a run advances through its OWN project\'s workflow after a switch', async () => { + // Same NAME (`default`), different steps: beta adds a security stage alpha + // has not. Both created with pipeline `default`, which is exactly the name + // the old short-circuit special-cased. + const { root, o } = wire(tmp, { + alpha: { workflows: { default: ['plan', 'build', 'review'] } }, + beta: { workflows: { default: ['plan', 'build', 'review', 'security'] } }, + }); + + // A beta workspace, created while the studio is on beta, sitting AT the + // `security` stage. The FSM runs the agent that owns the current stage next, + // so `security` is beta's; alpha's workflow has no such stage. + o.switchProject('beta'); + const { wsId } = seed(root, o, { project: 'beta', prefix: 'BE', stage: 'security' }); + + // Move the UI back to alpha while the beta run is what we advance. + o.switchProject('alpha'); + + const before = o.launched.length; + await o.approve(wsId); + await settle(); + + // Beta's security stage is not skipped: approve launched the security agent, + // and the run did not fall off the end into ready_to_merge (which is what a + // run resolving ALPHA's stageless-at-security workflow would do). + expect(o.launched.length).toBe(before + 1); + expect(o.launched.at(-1).agent).toBe('security'); + expect(o.store.get(wsId).status).not.toBe('ready_to_merge'); + }); + + // Records written before the pin existed, and every single-project dashboard, + // have no pinned board — those keep reading the one board there is. + test('a record with no pinned board falls back to the live board', () => { + const { root, o } = wire(tmp); + const legacy = { id: 'ws-old', ticketId: 'AL-001', kind: 'worktree', status: 'idle', runs: [] }; + expect(o._ticketsDirFor(legacy)).toBe(boardOf(root, 'alpha')); + expect(o._sessionsDirFor(legacy)).toBe(sessionsOf(root, 'alpha')); + }); +}); diff --git a/test/lib/dashboard/project-api.test.js b/test/lib/dashboard/project-api.test.js new file mode 100644 index 0000000..4dbd8e9 --- /dev/null +++ b/test/lib/dashboard/project-api.test.js @@ -0,0 +1,261 @@ +// test/lib/dashboard/project-api.test.js +// +// TKT-022: the studio-mode project routes and the re-scoping they drive, +// exercised over real HTTP against a real Orchestrator + ProjectContext + a real +// studio on disk. The board reads (findTicket/listTickets) are real, which is +// the whole point — switching must move the board the API reads. +// +// No git and no CLI: switching and listing touch neither. TC-7's "running agent" +// is a fake handle in the process map, which is exactly what the real thing is +// from switchProject's point of view (something it must not touch). + +import fs from 'fs'; +import path from 'path'; +import os from 'os'; +import { buildServer } from '../../../lib/dashboard/server.js'; +import { Orchestrator } from '../../../lib/dashboard/orchestrator.js'; +import { ProjectContext } from '../../../lib/dashboard/project-context.js'; +import { WorkspaceStore } from '../../../lib/dashboard/state.js'; +import { createTicket } from '../../../lib/tickets.js'; + +const sseHub = () => ({ broadcast() {}, connect() { return () => {}; } }); + +/** A studio with alpha/beta/gamma boards; alpha gets AL-001, beta gets BE-001. */ +function makeStudio(tmp) { + const root = path.join(tmp, 'studio'); + fs.mkdirSync(root, { recursive: true }); + fs.writeFileSync(path.join(root, '.bobbyrc.yml'), 'studio: teststudio\n'); + for (const name of ['alpha', 'beta', 'gamma']) { + const dir = path.join(root, '.bobby', name); + fs.mkdirSync(path.join(dir, 'tickets'), { recursive: true }); + fs.mkdirSync(path.join(dir, 'sessions'), { recursive: true }); + fs.writeFileSync(path.join(dir, '.bobbyrc.yml'), `project: ${name}\n`); + } + createTicket(path.join(root, '.bobby', 'alpha', 'tickets'), { prefix: 'AL', title: 'alpha work' }); + createTicket(path.join(root, '.bobby', 'beta', 'tickets'), { prefix: 'BE', title: 'beta work' }); + return root; +} + +/** + * A wired-up studio dashboard: real store, real orchestrator, real project + * context (starting on alpha), server. Returns the pieces a test pokes at. + */ +function wireStudio(tmp) { + const root = makeStudio(tmp); + const config = { studio: 'teststudio', project: 'alpha', ticket_prefix: 'TKT' }; + const projectContext = new ProjectContext(root, config); + const store = new WorkspaceStore(path.join(root, '.bobby', 'workspaces.json')).load(); + const hub = sseHub(); + const orchestrator = new Orchestrator({ + repoRoot: root, + config, + ticketsDir: projectContext.ticketsDir, + sessionsDir: projectContext.sessionsDir, + agentsPath: '.claude/agents', + store, + sseHub: hub, + pipeline: [], + pipelineName: 'default', + projectContext, + }); + const server = buildServer({ + orchestrator, store, sseHub: hub, config, repoRoot: root, + ticketsDir: projectContext.ticketsDir, + }); + return { root, config, projectContext, store, orchestrator, server }; +} + +/** A single-project (non-studio) dashboard: no project context. */ +function wireSingle(tmp) { + const root = path.join(tmp, 'single'); + fs.mkdirSync(path.join(root, '.bobby', 'tickets'), { recursive: true }); + const config = { project: 'solo', tickets_dir: '.bobby/tickets' }; + const projectContext = new ProjectContext(root, config); // inert off-studio + const store = new WorkspaceStore(path.join(root, '.bobby', 'workspaces.json')).load(); + const hub = sseHub(); + const orchestrator = new Orchestrator({ + repoRoot: root, config, + ticketsDir: path.join(root, '.bobby', 'tickets'), + sessionsDir: path.join(root, '.bobby', 'sessions'), + agentsPath: '.claude/agents', store, sseHub: hub, pipeline: [], pipelineName: 'default', + projectContext, + }); + const server = buildServer({ orchestrator, store, sseHub: hub, config, repoRoot: root, ticketsDir: path.join(root, '.bobby', 'tickets') }); + return { root, store, orchestrator, server }; +} + +async function withServer(server, fn) { + await new Promise((r) => server.listen(0, '127.0.0.1', r)); + const base = `http://127.0.0.1:${server.address().port}`; + const api = async (method, p, body) => { + const res = await fetch(base + p, { + method, + headers: body ? { 'Content-Type': 'application/json' } : {}, + body: body ? JSON.stringify(body) : undefined, + }); + return { status: res.status, body: await res.json() }; + }; + try { await fn(api); } + // Drop undici's keep-alive socket before closing. On Node 18 `close()` waits + // on the idle client connection `fetch` leaves open, so its callback never + // fires and every test here times out — see server-api.test.js, same pattern. + finally { + server.closeAllConnections?.(); + await new Promise((r) => server.close(r)); + } +} + +describe('studio project routes (TKT-022)', () => { + let tmp; + beforeEach(() => { tmp = fs.realpathSync(fs.mkdtempSync(path.join(os.tmpdir(), 'bobby-projapi-'))); }); + afterEach(() => { try { fs.rmSync(tmp, { recursive: true, force: true }); } catch { /* best effort */ } }); + + test('TC-5: GET /api/projects lists the studio projects and the active one', async () => { + const { server } = wireStudio(tmp); + await withServer(server, async (api) => { + const { status, body } = await api('GET', '/api/projects'); + expect(status).toBe(200); + expect(body).toEqual({ projects: ['alpha', 'beta', 'gamma'], active: 'alpha' }); + }); + }); + + test('TC-6: POST /api/projects/select switches the active project', async () => { + const { server } = wireStudio(tmp); + await withServer(server, async (api) => { + const sel = await api('POST', '/api/projects/select', { name: 'beta' }); + expect(sel.status).toBe(200); + expect(sel.body.active).toBe('beta'); + const { body } = await api('GET', '/api/projects'); + expect(body.active).toBe('beta'); + }); + }); + + test('POST /api/projects/select without a name is a 400', async () => { + const { server } = wireStudio(tmp); + await withServer(server, async (api) => { + const { status } = await api('POST', '/api/projects/select', {}); + expect(status).toBe(400); + }); + }); + + test('POST /api/projects/select on an unknown project is a 400 naming it', async () => { + const { server } = wireStudio(tmp); + await withServer(server, async (api) => { + const { status, body } = await api('POST', '/api/projects/select', { name: 'nope' }); + expect(status).toBe(400); + expect(body.error).toMatch(/nope/); + }); + }); + + // Half of AC3: the switch touches neither the process nor the record. The + // other half — that the run's own EXIT still reads the board it started on — + // is not visible from here, because nothing here ever lets the run exit. It + // lives in orchestrator-project-pin.test.js. + test('TC-7: switching does not disturb a running agent in the other project', async () => { + const { server, store, orchestrator } = wireStudio(tmp); + // A running alpha workspace, with a live process handle in the map. + store.create({ id: 'ws-al', ticketId: 'AL-001', kind: 'worktree', status: 'running', updatedAt: new Date().toISOString(), runs: [] }); + orchestrator.runningProcesses.set('ws-al', { stop() {}, done: Promise.resolve(), pid: 4242 }); + + await withServer(server, async (api) => { + const sel = await api('POST', '/api/projects/select', { name: 'beta' }); + expect(sel.status).toBe(200); + }); + + // The process was never touched, and the record is still running. + expect(orchestrator.runningProcesses.has('ws-al')).toBe(true); + expect(store.get('ws-al').status).toBe('running'); + }); + + test('TC-8: GET /api/tickets returns only the active project\'s board', async () => { + const { server } = wireStudio(tmp); + await withServer(server, async (api) => { + const onAlpha = await api('GET', '/api/tickets'); + expect(onAlpha.body.tickets.map(t => t.title)).toEqual(['alpha work']); + + await api('POST', '/api/projects/select', { name: 'beta' }); + const onBeta = await api('GET', '/api/tickets'); + expect(onBeta.body.tickets.map(t => t.title)).toEqual(['beta work']); + }); + }); + + test('workspaces list re-scopes to the active project (repo runs always shown)', async () => { + const { server, store } = wireStudio(tmp); + store.create({ id: 'ws-al', ticketId: 'AL-001', kind: 'worktree', status: 'idle', updatedAt: new Date().toISOString(), runs: [] }); + store.create({ id: 'ws-be', ticketId: 'BE-001', kind: 'worktree', status: 'idle', updatedAt: new Date().toISOString(), runs: [] }); + store.create({ id: 'repo-1', ticketId: null, kind: 'repo', status: 'idle', updatedAt: new Date().toISOString(), runs: [] }); + + await withServer(server, async (api) => { + const onAlpha = await api('GET', '/api/workspaces'); + const ids = onAlpha.body.workspaces.map(w => w.id).sort(); + expect(ids).toEqual(['repo-1', 'ws-al']); // beta's ws is hidden; repo run stays + + await api('POST', '/api/projects/select', { name: 'beta' }); + const onBeta = await api('GET', '/api/workspaces'); + expect(onBeta.body.workspaces.map(w => w.id).sort()).toEqual(['repo-1', 'ws-be']); + }); + }); + + // A workspace records the board it was created on, so ownership is that + // recorded value rather than a lookup that can hit the wrong ticket. Both + // projects here hold X-001; only alpha's workspace may appear on alpha. + test('workspaces are scoped by the board they were created on, not by id', async () => { + const { server, store, root } = wireStudio(tmp); + const board = (p) => path.join(root, '.bobby', p, 'tickets'); + createTicket(board('alpha'), { prefix: 'X', title: 'alpha X' }); + createTicket(board('beta'), { prefix: 'X', title: 'beta X' }); + + const rec = (id, project) => ({ + id, ticketId: 'X-001', kind: 'worktree', status: 'idle', + ticketsDir: board(project), updatedAt: new Date().toISOString(), runs: [], + }); + store.create(rec('ws-alpha-x', 'alpha')); + store.create(rec('ws-beta-x', 'beta')); + + await withServer(server, async (api) => { + const onAlpha = await api('GET', '/api/workspaces'); + expect(onAlpha.body.workspaces.map(w => w.id)).toEqual(['ws-alpha-x']); + + await api('POST', '/api/projects/select', { name: 'beta' }); + const onBeta = await api('GET', '/api/workspaces'); + expect(onBeta.body.workspaces.map(w => w.id)).toEqual(['ws-beta-x']); + }); + }); + + test('TC-9: GET /api/config carries activeProject and isStudio, surviving a reload', async () => { + const { server } = wireStudio(tmp); + await withServer(server, async (api) => { + await api('POST', '/api/projects/select', { name: 'beta' }); + const { body } = await api('GET', '/api/config'); + expect(body.isStudio).toBe(true); + expect(body.activeProject).toBe('beta'); + }); + }); + + test('the selection persists to .bobby/active-project (survives a fresh context)', async () => { + const { server, root } = wireStudio(tmp); + await withServer(server, async (api) => { + await api('POST', '/api/projects/select', { name: 'gamma' }); + }); + // A brand-new context (as if the server restarted) lands back on gamma. + const fresh = new ProjectContext(root, { studio: 'teststudio' }); + expect(fresh.projectName).toBe('gamma'); + }); + + test('TC-10: non-studio GET /api/projects is a 400', async () => { + const { server } = wireSingle(tmp); + await withServer(server, async (api) => { + const { status, body } = await api('GET', '/api/projects'); + expect(status).toBe(400); + expect(body.error).toMatch(/not available/i); + }); + }); + + test('TC-11: non-studio POST /api/projects/select is a 400', async () => { + const { server } = wireSingle(tmp); + await withServer(server, async (api) => { + const { status } = await api('POST', '/api/projects/select', { name: 'anything' }); + expect(status).toBe(400); + }); + }); +}); diff --git a/test/lib/dashboard/project-context.test.js b/test/lib/dashboard/project-context.test.js new file mode 100644 index 0000000..877fb24 --- /dev/null +++ b/test/lib/dashboard/project-context.test.js @@ -0,0 +1,166 @@ +// test/lib/dashboard/project-context.test.js +// +// TKT-022: ProjectContext is the single mutable holder of "which project the +// dashboard is showing". It resolves the active project's board paths, switches +// between projects without a lifecycle event, and persists the selection via +// .bobby/active-project (so a reload lands back on the same project). +// +// Faithfully faked: real fs studio on disk (the only way listStudioProjects, +// readProjectConfig, setActiveProject and getActiveProject can be exercised — +// they all read/write real files under .bobby/). No git, no CLI. + +import fs from 'fs'; +import path from 'path'; +import os from 'os'; +import { ProjectContext } from '../../../lib/dashboard/project-context.js'; + +/** + * A studio on disk with the named projects. Each project is a `.bobby/<name>/` + * carrying its own .bobbyrc.yml (what listStudioProjects keys on) and a tickets + * dir. Returns the studio root. + */ +function makeStudio(tmp, projects) { + const root = path.join(tmp, 'studio'); + fs.mkdirSync(root, { recursive: true }); + fs.writeFileSync(path.join(root, '.bobbyrc.yml'), 'studio: teststudio\n'); + for (const name of projects) { + const dir = path.join(root, '.bobby', name); + fs.mkdirSync(path.join(dir, 'tickets'), { recursive: true }); + fs.mkdirSync(path.join(dir, 'sessions'), { recursive: true }); + fs.writeFileSync(path.join(dir, '.bobbyrc.yml'), `project: ${name}\nprefix: ${name.slice(0, 2).toUpperCase()}\n`); + } + return root; +} + +describe('ProjectContext (TKT-022)', () => { + let tmp; + beforeEach(() => { + tmp = fs.realpathSync(fs.mkdtempSync(path.join(os.tmpdir(), 'bobby-projctx-'))); + }); + afterEach(() => { + try { fs.rmSync(tmp, { recursive: true, force: true }); } catch { /* best effort */ } + }); + + test('TC-1: initializes from the .bobby/active-project file', () => { + const root = makeStudio(tmp, ['alpha', 'beta']); + fs.writeFileSync(path.join(root, '.bobby', 'active-project'), 'beta'); + + const pc = new ProjectContext(root, { studio: 'teststudio' }); + + expect(pc.projectName).toBe('beta'); + expect(pc.ticketsDir).toBe(path.join(root, '.bobby', 'beta', 'tickets')); + expect(pc.sessionsDir).toBe(path.join(root, '.bobby', 'beta', 'sessions')); + }); + + test('TC-2: falls back to the first project when there is no active-project file', () => { + const root = makeStudio(tmp, ['alpha', 'beta']); + + const pc = new ProjectContext(root, { studio: 'teststudio' }); + + // listStudioProjects sorts, so the first is alpha. + expect(pc.projectName).toBe('alpha'); + expect(pc.ticketsDir).toBe(path.join(root, '.bobby', 'alpha', 'tickets')); + }); + + test('TC-3: switchTo re-scopes every path and persists the selection', () => { + const root = makeStudio(tmp, ['alpha', 'beta']); + const pc = new ProjectContext(root, { studio: 'teststudio' }); + expect(pc.projectName).toBe('alpha'); + + pc.switchTo('beta'); + + expect(pc.projectName).toBe('beta'); + expect(pc.ticketsDir).toBe(path.join(root, '.bobby', 'beta', 'tickets')); + expect(pc.sessionsDir).toBe(path.join(root, '.bobby', 'beta', 'sessions')); + expect(fs.readFileSync(path.join(root, '.bobby', 'active-project'), 'utf8').trim()).toBe('beta'); + }); + + test('TC-4: switchTo throws on an unknown project, naming it', () => { + const root = makeStudio(tmp, ['alpha', 'beta']); + const pc = new ProjectContext(root, { studio: 'teststudio' }); + + expect(() => pc.switchTo('nonexistent')).toThrow(/nonexistent/); + }); + + test('TC-12: isStudio reflects the config', () => { + const root = makeStudio(tmp, ['alpha']); + expect(new ProjectContext(root, { studio: 'teststudio' }).isStudio()).toBe(true); + + // A non-studio (single-board) project: no `studio` key, so switching is off. + // The context is inert — board paths are null so the orchestrator falls back + // to the caller's resolved dirs (which handle worktree-root resolution). + const single = path.join(tmp, 'single'); + fs.mkdirSync(path.join(single, '.bobby', 'tickets'), { recursive: true }); + fs.writeFileSync(path.join(single, '.bobbyrc.yml'), 'project: solo\n'); + const pc = new ProjectContext(single, { project: 'solo', tickets_dir: '.bobby/tickets' }); + expect(pc.isStudio()).toBe(false); + expect(pc.projectName).toBe('solo'); + expect(pc.ticketsDir).toBeNull(); + }); + + // The precedence bug. `config._project` is the answer lib/config.js already + // computed from explicit arg > BOBBY_PROJECT > active-project file > sole + // project. Re-deriving from the file alone dropped the top two rungs, so + // `bobby app --project beta` served alpha's board while /api/config said beta. + test('the config\'s already-resolved project wins over the active-project file', () => { + const root = makeStudio(tmp, ['alpha', 'beta']); + fs.writeFileSync(path.join(root, '.bobby', 'active-project'), 'alpha'); + + // What readConfig produces for `--project beta` / BOBBY_PROJECT=beta. + const pc = new ProjectContext(root, { studio: 'teststudio', _project: 'beta' }); + + expect(pc.projectName).toBe('beta'); + expect(pc.ticketsDir).toBe(path.join(root, '.bobby', 'beta', 'tickets')); + // Reading it must not rewrite the persisted default — `--project` is for + // one command. + expect(fs.readFileSync(path.join(root, '.bobby', 'active-project'), 'utf8').trim()).toBe('alpha'); + }); + + // Switching must hand over the NEXT project's config, cascaded the way + // readConfig cascades it — not a spread of the project file over whatever + // config the server booted with. The old spread did both halves wrong. + test('switching yields the target project\'s own config, with no leak from the last one', () => { + const root = makeStudio(tmp, ['alpha', 'beta']); + // An alpha-only key, and a prefix on each side. + fs.appendFileSync(path.join(root, '.bobby', 'alpha', '.bobbyrc.yml'), 'area_only_alpha: yes\n'); + + // Boot as the app does: a config that already has alpha cascaded into it. + const pc = new ProjectContext(root, { studio: 'teststudio', _project: 'alpha', prefix: 'AL', area_only_alpha: 'yes' }); + expect(pc.config.ticket_prefix).toBe('AL'); + + pc.switchTo('beta'); + + expect(pc.config.ticket_prefix).toBe('BE'); // the cascade's own prefix rule + expect(pc.config._project).toBe('beta'); + expect(pc.config.area_only_alpha).toBeUndefined(); // alpha's key did not survive + expect(pc.config.tickets_dir).toBe('.bobby/beta/tickets'); + }); + + // C1: the config is now read from disk on every switch, so it can throw on a + // .bobbyrc.yml that is mid-edit. A half-applied switch is worse than a refused + // one — projectName naming beta while the board paths still say alpha is a + // state every consumer reads as one answer. + test('a switch that cannot read the target config leaves the context untouched', () => { + const root = makeStudio(tmp, ['alpha', 'beta']); + const pc = new ProjectContext(root, { studio: 'teststudio', _project: 'alpha' }); + + // The studio's own config goes unparseable — configForProject reads it. + fs.writeFileSync(path.join(root, '.bobbyrc.yml'), 'studio: teststudio\n : : broken yaml [\n'); + + expect(() => pc.switchTo('beta')).toThrow(); + + expect(pc.projectName).toBe('alpha'); + expect(pc.ticketsDir).toBe(path.join(root, '.bobby', 'alpha', 'tickets')); + expect(pc.config.ticket_prefix).toBe('AL'); + // And the failed switch was not persisted as if it had worked. + const activeFile = path.join(root, '.bobby', 'active-project'); + expect(fs.existsSync(activeFile) ? fs.readFileSync(activeFile, 'utf8').trim() : null) + .not.toBe('beta'); + }); + + test('listProjects returns the studio projects', () => { + const root = makeStudio(tmp, ['alpha', 'beta', 'gamma']); + const pc = new ProjectContext(root, { studio: 'teststudio' }); + expect(pc.listProjects()).toEqual(['alpha', 'beta', 'gamma']); + }); +}); diff --git a/test/lib/dashboard/state.test.js b/test/lib/dashboard/state.test.js index 02bf688..133bdb7 100644 --- a/test/lib/dashboard/state.test.js +++ b/test/lib/dashboard/state.test.js @@ -43,6 +43,13 @@ describe('WorkspaceStore', () => { expect(store.list()).toHaveLength(1); }); + test('a new workspace carries the chat fields defaulted off (TKT-021)', () => { + const ws = newWorkspace({ id: 'w', ticketId: 'T', worktreePath: '/x', branch: 'b' }); + expect(ws.chatMode).toBe(false); + expect(ws.chatId).toBeNull(); + expect(ws.chatHistory).toEqual([]); + }); + test('duplicate create throws', () => { const store = new WorkspaceStore(filePath).load(); const ws = newWorkspace({ id: 'dup', ticketId: 'T', worktreePath: '/x', branch: 'b' }); diff --git a/test/lib/dashboard/worktree.test.js b/test/lib/dashboard/worktree.test.js index fca5b19..50f8006 100644 --- a/test/lib/dashboard/worktree.test.js +++ b/test/lib/dashboard/worktree.test.js @@ -68,6 +68,60 @@ describe('worktree manager', () => { expect(b).toBe(path.resolve(repoDir, '../custom')); }); + // PRO-027: in a studio, board writes from a worktree reach the studio board + // only because findProjectRoot walks UP from the worktree to the studio root — + // which holds only while the worktree lives under the studio root. Refuse a + // studio worktree_root that resolves outside the studio, rather than silently + // producing worktrees whose agents can't reach the board. + describe('studio worktree_root validation (PRO-027)', () => { + let studioRoot; + let codeRepo; + + beforeEach(() => { + studioRoot = path.join(tmpDir, 'studio'); + codeRepo = path.join(studioRoot, 'repos', 'app'); + fs.mkdirSync(codeRepo, { recursive: true }); + }); + + test('refuses a studio worktree_root OUTSIDE the studio root', () => { + const outside = path.join(tmpDir, 'elsewhere-wt'); + const config = { studio: 'acme', dashboard: { worktree_root: outside } }; + let err; + try { + resolveWorktreeRoot(codeRepo, config, studioRoot); + } catch (e) { + err = e; + } + expect(err).toBeInstanceOf(Error); + // Actionable message names worktree_root, the studio root, and the fix. + expect(err.message).toMatch(/worktree_root/); + expect(err.message).toContain(outside); + expect(err.message).toContain(studioRoot); + }); + + test('accepts a studio worktree_root UNDER the studio root', () => { + const inside = path.join(studioRoot, 'bobby-wt'); + const config = { studio: 'acme', dashboard: { worktree_root: inside } }; + expect(resolveWorktreeRoot(codeRepo, config, studioRoot)).toBe(path.resolve(inside)); + }); + + test('accepts the default studio worktree_root (a studio descendant)', () => { + // Default `../bobby-wt` from studioRoot/repos/app resolves to + // studioRoot/repos/bobby-wt — still under the studio root. + const config = { studio: 'acme' }; + const resolved = resolveWorktreeRoot(codeRepo, config, studioRoot); + expect(resolved).toBe(path.resolve(codeRepo, '../bobby-wt')); + }); + + test('non-studio project is unaffected — worktree_root outside repo is allowed', () => { + const outside = path.join(tmpDir, 'elsewhere-wt'); + // No `studio` key: v1 project, no validation regardless of studioRoot arg. + const config = { dashboard: { worktree_root: outside } }; + expect(resolveWorktreeRoot(codeRepo, config, studioRoot)).toBe(path.resolve(outside)); + expect(resolveWorktreeRoot(codeRepo, config)).toBe(path.resolve(outside)); + }); + }); + test('createWorktree creates a worktree on a new branch', () => { const wtPath = path.join(tmpDir, 'wt-1'); const { created, branch } = createWorktree(repoDir, { diff --git a/test/lib/project.test.js b/test/lib/project.test.js index 722b3b2..6fd29bd 100644 --- a/test/lib/project.test.js +++ b/test/lib/project.test.js @@ -21,23 +21,25 @@ import YAML from 'yaml'; import { createProject, PROJECT_STACKS } from '../../lib/project.js'; let tmp; -let savedEnv; -// `git commit` needs an identity, and a bare CI runner has none configured. -// execSync inherits process.env, so the four env vars git reads are enough. -const GIT_IDENTITY = { - GIT_AUTHOR_NAME: 'Test', GIT_COMMITTER_NAME: 'Test', - GIT_AUTHOR_EMAIL: 'test@test.com', GIT_COMMITTER_EMAIL: 'test@test.com', -}; +// `git commit` needs an identity, and this file's tests make real commits. +// +// It cannot be arranged from here. Setting GIT_AUTHOR_NAME and friends on +// `process.env` looks like it should work and does nothing: a Jest ESM test +// module gets a COPY of process.env that spawned children never see — the same +// reason the failing-commit branch is not exercised below. This file therefore +// depends on the MACHINE having a git identity, which every developer box has +// and a bare CI runner does not; .github/workflows/ci.yml configures one. +// +// It went unnoticed for so long because macOS git auto-detects user@host and +// commits anyway, while the Linux runner's `runner` user has an empty gecos and +// git refuses with "empty ident name" (TKT-072). beforeEach(() => { tmp = fs.mkdtempSync(path.join(os.tmpdir(), 'bobby-project-')); - savedEnv = { ...process.env }; - Object.assign(process.env, GIT_IDENTITY); }); afterEach(() => { - process.env = savedEnv; fs.rmSync(tmp, { recursive: true, force: true }); }); @@ -63,8 +65,10 @@ describe('createProject', () => { expect(result.config.project).toBe('short'); expect(result.config.stack).toBe('node'); expect(result.starter).toMatchObject({ dev: expect.any(String), url: expect.any(String) }); - expect(result.committed).toBe(true); + // commitError FIRST: it carries git's own words, so a failure here names its + // cause instead of printing a bare `false` (TKT-072). expect(result.commitError).toBeNull(); + expect(result.committed).toBe(true); }); it('captures the idea as a high-priority epic with the idea in its body', () => { @@ -79,7 +83,12 @@ describe('createProject', () => { }); it('makes the initial commit', () => { - const { root, epic } = createProject('a habit tracker for runners', { cwd: tmp }); + const { root, epic, commitError } = createProject('a habit tracker for runners', { cwd: tmp }); + + // Assert the commit succeeded BEFORE shelling out to read it. Otherwise this + // fails as an opaque `git log` crash about a branch with no commits, which + // says nothing about why the commit never happened (TKT-072). + expect(commitError).toBeNull(); const log = execSync('git log --oneline', { cwd: root, encoding: 'utf8' }); expect(log).toMatch(new RegExp(`Scaffold ${epic.id}`)); @@ -155,8 +164,10 @@ describe('createProject', () => { expect(result).toHaveProperty('committed'); expect(result).toHaveProperty('commitError'); - expect(result.committed).toBe(true); + // commitError FIRST: it carries git's own words, so a failure here names its + // cause instead of printing a bare `false` (TKT-072). expect(result.commitError).toBeNull(); + expect(result.committed).toBe(true); }); it('publishes the stack list so the CLI and the app offer the same choices', () => {