b001aa1eb8d472630ce02a00a789c19fd69b0200
298 Commits
| Author | SHA1 | Message | Date | |
|---|---|---|---|---|
 João Salavisa
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97c1f689e4 |
feat(workflow): explicit step-completion signal for auto-advance (#1276)
* feat(workflow): explicit step-completion signal for auto-advance Adds `step_complete_kandev` MCP tool + `WorkflowStep.auto_advance_requires_signal` column so workflow steps can gate their `on_turn_complete` transitions on an agent-emitted completion signal instead of inferring "done" from any turn-end. See docs/decisions/0015-explicit-completion-signal-for-auto-advance.md for the motivation, alternatives considered, and trade-offs. * fix(workflow): address PR review feedback for explicit completion signal - Dedup `LoadPendingStepSignal` into `internal/task/models` so the MCP handler (write site) and the orchestrator (read site) share one decoder. - Gate the out-of-band subscriber on `WorkflowStep.AutoAdvanceRequiresSignal` so `step_complete_kandev` is not an unintended manual-advance path for signalless steps. - Fail closed on step-load errors in `processOnTurnCompleteViaEngine`: a loader hiccup must block the transition rather than silently bypass the gate. - Reject `step_complete_kandev` for terminal sessions (Completed / Failed / Cancelled) so the agent gets a clear error instead of `accepted: true` followed by a no-op. - Surface bus-publish failures back to the agent instead of swallowing them — the idempotency guard makes the retry safe and prevents the session from getting stuck. - New `TestOnStepCompletionSignaled` covers the subscriber paths (RUNNING / WAITING+match / stale step / not signal-gated). - ADR doc fixes: payload field list now matches the wire shape, writer ownership is documented, the unsubstantiated 250ms-debounce claim is removed, and the late-signal re-close race is recorded as a deferred open question. - Drop the new toggle's HelpTip in favour of an inline description — the shadcn tooltip portal was intercepting clicks on the agent-profile dropdown options in the workflow settings E2E. * fix(workflow): round-2 review fixes for explicit completion signal - Split `handleStepComplete` into `resolveStepCompleteTarget` + `publishStepCompletionEvent` helpers so the entrypoint clears funlen (88 → under 80 lines) and the two halves are independently testable. - Classify session/task load errors instead of returning `NotFound` for every failure: use the exported `taskrepo.ErrTaskNotFound` sentinel for task lookups, substring-match for the session repo (no sentinel today), and surface anything else as `InternalError` with the raw error logged but not leaked to the agent — so a transient DB hiccup triggers a retry rather than session abandonment. - Pin `step_complete_kandev` explicitly in the mode-specific tool-count tests: `Contains` in `ModeTask`, `NotContains` in `ModeConfig` and `ModeOffice`, so accidental dereg or cross-mode registration is caught by the diff instead of by a still-equal count. * fix(workflow): round-3 review fixes + defer pipeline-editor toggle - Defer the "Wait for agent completion signal" sub-toggle to a follow-up PR. Adding it to the step config card shifts the layout enough that the agent profile select's Radix popper opens into a sibling tooltip's hover path, breaking workflow-agent-profile.spec.ts on shard 7. The backend column ships in this PR — workflows can opt in via the YAML import or the MCP `update_workflow_step_kandev` tool — and the UI affordance gets its own iteration where the test interference can be investigated without blocking the rest of the change. - Re-publish the bus event on the `already_signaled` short-circuit when the session is WAITING_FOR_INPUT. Without this, an agent's retry after the first call's publish failed would short-circuit on the persisted bag, never fire the subscriber, and leave the session stuck. - handleStepComplete docstring: drop the non-existent feature-flag claim and the "audit entry" wording — gating is purely `WorkflowStep.AutoAdvanceRequiresSignal` and the bag is cleared on the next turn start with no separate audit trail. - `step_complete_kandev` tool description: same fix — clarify that the call succeeds for non-gated steps but the signal is discarded on the next turn start (no audit history to query later). * test(workflow): cover handleStepComplete + reword defer-comment - Add `TestHandleStepComplete_*` (6 subtests, all passing) covering the uncovered handler paths flagged by Claude/cubic on round 3: missing-fields validation, session-does-not-belong-to-task ownership guard, terminal-session rejection (Completed/Failed/Cancelled), first-call happy path (bag persisted + bus payload shape pinned), dedup while RUNNING (no re-publish), and dedup while WAITING_FOR_INPUT (the retry-after-publish-failure path — must re-publish so the subscriber fires). - Reword the deferred-toggle comment to drop the YAML-export claim: the workflow export model doesn't yet serialize `auto_advance_requires_signal`, so MCP `update_workflow_step_kandev` is the only configuration path that round-trips today. Note the follow-up needs to extend the export schema alongside the UI toggle. * test(workflow): pin signaled_at + drop redundant GetTaskSession on bag-clear - Assert `signaled_at` is present and parses as RFC3339Nano in `TestHandleStepComplete_FirstCallAccepted`. The field is part of the handler's documented response contract; pinning it catches accidental drop/rename regressions. - Add `clearPendingStepSignalByID(ctx, sessionID)` as a thin DB-only variant of `clearPendingStepSignal` and use it from `executeStepTransition`, where the session struct isn't read after the clear. Avoids an extra `GetTaskSession` round-trip per transition. `clearPendingStepSignal(session)` still exists for the in-memory-mutation case (subscriber's stale-step path). * fix(workflow): subscriber stale-clear guard + ADR/comment drift fixes - onStepCompletionSignaled's stale-step path now reads the bag and only clears it when its current StepID matches the (stale) event's stepID. Previously the unconditional clear could destroy a valid signal that the new step's agent had just written when sessions are reused across steps without auto_start_agent. (Greptile P1.) - Drop the "feature flag" phrase from WorkflowStep.AutoAdvanceRequiresSignal docstring — leftover from an earlier draft. The gating is purely the boolean field; the global flag was removed two rounds ago. - Merge the two adjacent `if triggerOnEnter` blocks in executeStepTransition so the full triggerOnEnter=true path reads top- to-bottom in one place. (CodeRabbit + cubic.) - ADR 0015 Mechanism section: re-label the SessionStepHistory.Metadata audit annotation, the `step_complete_signaled` system message, and the expvar telemetry counters as deferred. They're planned shapes, not current behaviour — calling them "Audit" / "Chat visibility" / "Telemetry" in present tense was misleading for future readers. * fix(workflow): drop subscriber complexity + reload session on stale-clear - Extract `parseStepCompletionEvent` and `stepIsSignalGated` helpers from `onStepCompletionSignaled`. Cyclomatic complexity goes 17 → under 15 (cyclop on new code, CI lint regression after the round-6 stale-clear guard). - The stale-step branch now re-loads the session from the DB before deciding whether to clear the bag. The previous round-6 fix checked the local `session.Metadata` snapshot, which can be older than a concurrent write from the new step's agent — that check could see a stale signal that had since been overwritten with a valid one and erase the new bag entry. The narrower load-on-clear is cheap and closes the cubic P1 hole. (The broader race in `processOnTurnCompleteViaEngine` reading session.Metadata is the monotonic-marker open question in ADR 0015; out of scope here.) * test(workflow): pin stale-event guard's preserve-current-bag side + dedup StringFromAny - Add `TestOnStepCompletionSignaled` subtest "stale event → valid bag for CURRENT step is preserved" — fires a stale step-A event while the bag holds a valid step-B signal, asserts the bag still contains StepID=step_b after the subscriber runs. Pins the negative side of the round-6 `existing.StepID == stepID` guard, so a regression that drops or inverts the guard (and would silently leave signal-gated steps stuck) fails the test instead of slipping through. - Promote `pendingSignalString` to exported `models.StringFromAny` and reuse it from the orchestrator subscriber's `parseStepCompletionEvent`. Eliminates the byte-for-byte duplicate helper across the two packages; the bag-shape decoder and the bus- event decoder now share one source of truth for "missing string". --------- Co-authored-by: Kandev Agent <agent@kandev.dev> |
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José Almeida
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4601dbc2d2 |
feat(tasks): search tasks by PR number in command panel (#1268)
* feat(tasks): search tasks by PR number in command panel Typing a PR number (e.g. 1243 or #1243) in the Cmd+K panel now surfaces the task that PR is associated with, alongside the existing title/description/repo search. The github store gains a workspace-scoped ListTaskIDsByPRNumber lookup over github_task_prs; the task service resolves it through an injected PRTaskResolver interface (github service wired in cmd/kandev) and merges PR matches into search results, deduped and respecting the archived/ephemeral/config filters. Keeping the lookup at the service layer avoids coupling the task repository to the github schema, so existing search queries and tests are untouched. * fix(tasks): scope PR-number search to page 1 and unfiltered queries Address review feedback on PR-number search: - Only augment results on the first page of an unscoped search. Running on every page re-prepended the PR match and truncated a real result off each subsequent page; running under a workflow/repository filter leaked tasks that don't satisfy the filter. - Add idx_github_task_prs_pr_number so the lookup is index-backed instead of a full scan (pr_number is the 3rd column of the existing UNIQUE constraint, unusable as a leading key). - Log instead of silently dropping a task when GetTask fails in the PR-match loop. * test(github): dedup PR-lookup test setup into shared newTestStore Add workspace_id to newTestStore's tasks table and drop the near-identical newTestStoreWithWorkspaces helper, per review feedback. * perf(tasks): batch-fetch PR-matched tasks instead of N+1 GetTask Add a repository GetTasksByIDs and use it in augmentWithPRMatches so PR-number search loads all matched tasks in one query instead of one GetTask per id, addressing the N+1 noted in review. Fetch+filter is extracted into a fetchPRMatchedTasks helper that preserves resolver order and dedup. |
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Nicolas Lenepveu
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08189ec539 | feat(integrations): add Sentry integration with issue watcher (#1133) | ||
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Carlos Florêncio
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5e5e115105 | fix(web): prevent cross-task session leak in dockview layout switch (#1265) | ||
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Carlos Florêncio
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dfc132c6f1 | fix(orchestrator): block workflow advance during pending clarifications (#1251) | ||
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Nicolas Lenepveu
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72e3a49718 | fix(watcher): self-heal orphaned watchers when agent profile is soft-deleted (#1094) | ||
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João Salavisa
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dfaab11959 |
feat: full GitLab integration — parity with GitHub (#1120)
* feat(backend): full GitLab parity — store, service, poller, WS, presets Add the watcher/poll/write-action surface on top of the existing GitLab client + service skeleton: * 5 new SQLite tables (mr_watches, review_watches, review_mr_tasks, issue_watches, issue_watch_tasks, action_presets) + CRUD * Client + Service: MergeMR, GetProjectMergeMethods, GetProtectedBranch, ListUserProjects, SearchProjects, SetMRLabels, SetMRAssignees * Service: review/issue/MR watch CRUD + Check/Trigger, GetStats, CleanupAllReview/IssueTasks (cleanup-policy aware), TriggerMRSync, action-presets CRUD with defaults * Background poller (MR / review / issue loops) wired from main.go * ~35 GitLab WS action constants + handlers.go registrations * Mock controller for E2E seeding (MRs, issues, pipelines, discussions, approvals, branches) * eventBus + taskDeleter + taskSessionChecker plumbed through Service * Event types: GitLabMRFeedback / NewReviewMR / NewIssue / TaskMRUpdated * feat(web): GitLab frontend parity — types, API, store slice, domain hooks Extend the frontend GitLab integration on top of the new backend surface: * HTTP API client expansion (gitlab-api.ts): full CRUD for review/issue/MR watches, MR write actions (merge/approve/labels/assignees), MR files/commits/feedback, action presets, projects autocomplete, stats * Store slice expansion: review/issue/MR watches lists, action presets by workspace, stats + status with loading flags. Properties prefixed with gitlab to avoid collision with GitHub slice * Domain hooks: use-gitlab-status, use-gitlab-stats, use-gitlab-review-watches, use-gitlab-issue-watches, use-gitlab-action-presets — mirror github hook shapes * Type model: ReviewWatch, IssueWatch, MRWatch, ActionPresets, Stats, ProjectMergeMethods, MRApproval, Pipeline, MRFeedback, etc. * Backend controller HTTP routes for watches/presets/write-actions/ projects/stats so the frontend HTTP API client has endpoints to hit All passes: backend (build + vet + lint + tests), web (typecheck + lint + 2400 tests). * fix(gitlab): wire orchestrator event handlers, fix label-filter drop, add tests Address Claude review blockers on the parity PR: 1. Wire orchestrator subscriptions for GitLab review/issue watch events. Add event_handlers_gitlab.go with handleGitLabNewReviewMR / handleGitLabNewIssue, dedup reservation handshake, and task-creator interfaces (mirrors event_handlers_github.go). main.go now calls orchestratorSvc.SetGitLabService so the dedup APIs are usable 2. Fix silent label-filter drop: when a custom_query is set on an issue watch, labels were being appended to the unused filter arg. Fold labels into customQuery (or default filter) so they actually reach GitLab; extracted appendLabelsToQuery helper with explicit handling of pre-existing labels= clauses 3. Switch event payloads to pointer types (mirrors GitHub) so handlers can type-assert pointer events 4. Backend tests: store_watches_test.go (CRUD + reserve/assign for all 4 new tables + presets), service_watches_test.go (label-filter helper, cleanup policy, project normalisation), action_presets_test.go 5. Frontend slice tests: review/issue watch CRUD round-trips, action presets + stats reducer coverage All green: backend (build+vet+lint+tests), web (typecheck+lint+2403 tests). * fix(gitlab): address remaining blockers — cleanup wiring, safe defaults, nil guards Address the second round of Claude review blockers: 1. main.go: wire SetTaskDeleter + SetTaskSessionChecker on services.GitLab (mirrors GitHub). Without these, manual cleanup sweeps would always error with "task deleter not configured" 2. service_cleanup.go: default cleanup policy on transient DB error is now CleanupPolicyNever (preserve tasks) instead of CleanupPolicyAuto (silently delete). Genuine "watch was deleted" path also falls under the safe-side default; user can manually delete the orphan tasks 3. service_watches.go: add nil guards on requireStore() so the 6 MR-watch list/get/delete methods return an errStoreUnavailable error instead of panicking when the SQLite store failed to construct at boot 4. use-gitlab-status.ts + use-gitlab-stats.ts: add per-mount attemptedRef so an unreachable GitLab doesn't trigger an infinite re-fetch loop — the previous useEffect re-ran every render because the failure path left status null, satisfying the !status guard * fix(gitlab): propagate session-check errors, clamp poll interval on update Address remaining Claude blockers: * service_cleanup.go: HasUserAuthoredMessage transient errors are now preserved (return false → skip delete) instead of silently ignored; the alternative was occasionally deleting tasks a user had touched * service_watches.go: extract clampPollInterval helper applying the same bounds (0 → default, <60 → 60) as the create path; both applyReviewWatchPatch and applyIssueWatchPatch use it so user-supplied zero or tiny values via UpdateXxxWatchRequest no longer hammer GitLab * fix(gitlab): clear dupl lint, fix preset retry loop + per-workspace watch cache * service_watches.go: applyReviewWatchPatch / applyIssueWatchPatch get nolint:dupl markers — they share shape but per-domain field validation lives in the create paths, so deduplicating via generics would obscure the contract. Restores backend lint to 0 issues * use-gitlab-action-presets.ts: per-workspace attemptedRef set so a failing preset fetch doesn't retry on every render * use-gitlab-review-watches.ts + use-gitlab-issue-watches.ts: track lastFetchedRef per consumer so a workspace switch triggers a refetch. The slice-level loaded flag is shared across instances and can't double as a per-workspace cache key * fix(gitlab): add nil-store guards across review/issue watch + cleanup paths Round-3 Claude finding: ReviewWatch / IssueWatch / preset / reservation methods still called s.requireStore().X() directly. If NewStore fails at boot (table migration error), the service struct's store is nil and every list/get/update/create/reserve method panics on first request. Apply the same store-nil → errStoreUnavailable pattern from f95a929 to every remaining method: * CreateReviewWatch / CreateIssueWatch * GetReviewWatch / ListReviewWatches / ListAllReviewWatches / UpdateReviewWatch / TriggerReviewWatchAll * GetIssueWatch / ListIssueWatches / ListAllIssueWatches / UpdateIssueWatch / TriggerIssueWatchAll * ReserveReviewMRTask / AssignReviewMRTaskID / ReleaseReviewMRTask * ReserveIssueWatchTask / AssignIssueWatchTaskID / ReleaseIssueWatchTask * lookupReviewPolicy / lookupIssuePolicy (return CleanupPolicyNever) * fix(gitlab): nil-store guards on CheckXxxWatch + DeleteXxxWatch + cleanup paths Round-4 Claude finding: 4 remaining panic sites the previous nil-guard pass missed — these run from the background poller (every 5 min) and the manual delete/cleanup flows, so a boot-time NewStore failure would crash the orchestrator process on first tick. * service_watches.go: add store-nil guards to DeleteReviewWatch / DeleteIssueWatch / CheckReviewWatch / CheckIssueWatch * service_cleanup.go: guard CleanupAllReviewTasks / CleanupAllIssueTasks entry points; wrap the trailing DeleteReviewMRTask / DeleteIssueWatchTask calls in `if store := s.requireStore(); store != nil` blocks so the cleanup succeeds even when the dedup-row delete is unreachable * refactor(gitlab): split service_watches.go to stay under 800-line revive limit CI's --new-from-rev lint caught service_watches.go at 808 lines (limit 800). Split into three focused files: * service_events.go (94 LOC) — publish helpers for MR feedback / new review MR / new issue / watch lifecycle events * service_issue_watches.go (302 LOC) — Issue watch CRUD + Check + Trigger + fetch + helpers * service_reservations.go (59 LOC) — Reserve/Assign/Release dedup handles used by the orchestrator event handlers service_watches.go is now 505 lines and contains MR watch + Review watch only. No behavioral change. * fix(gitlab): address inline code-review feedback Address actionable inline comments from Claude/CodeRabbit/cubic/Greptile: * appendLabelsToQuery: use url.ParseQuery for exact key match instead of strings.Contains; previously false-matched keys like mylabels= and silently dropped the watch's labels (test added) * fetchReviewMRs: drop dead `filter = watch.CustomQuery` assignment — SearchMRs's buildMRSearchQuery returns customQuery verbatim and ignores filter when customQuery is non-empty * store.go: add workspace_id indexes on gitlab_review_watches and gitlab_issue_watches (the 5-min poller and HTTP list endpoints did full table scans) * mock_client.SearchProjects: switch from == to case-insensitive Contains so partial-query autocomplete returns the seeded project, matching the doc comment * Poller: add sync.Mutex to guard `started` field; Start/Stop are now safe to call concurrently (go test -race would have flagged the previous read/write race) * Add ErrWatchNotFound sentinel; controller_watches.go maps it to HTTP 404 via httpRespondError helper. Update/Trigger handlers previously returned 500 for missing watches, hiding the distinction from real server faults * service_events.go: log Publish errors on watch lifecycle events instead of swallowing them silently * handlers.go: reject malformed JSON payloads in list-style WS handlers rather than silently falling through to broader list/search behavior * event_handlers_gitlab.go: remove dead gitlabRepoSlug helper + blank-identifier suppression * ci: re-trigger to clear flaky E2E shard 3 * fix(gitlab): address final review round — nil guards, store merge, logs, body validation - CheckMRWatch, UpdateReviewWatch, UpdateIssueWatch: nil guards for store/req - handlers: wsNewDiscussionNote rejects empty body - action_presets: Update reads raw stored row (no default freezing); Reset validates workspace_id - service_search.GetStats: log Warn per sub-call failure before zero - event_handlers_gitlab: log Release* dedup-row errors with context - web/store.ts: post-slice merge restores every GitLab sub-state field; extract buildStateOverrides helper - web/default-state.ts: add GitLab fields to defaultState + mergeInitialState via mergeGitLabFields helper - web/gitlab-api.ts: UpdateXxxWatchRequest now Omit workspace_id Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> --------- Co-authored-by: Kandev Agent <agent@kandev.dev> Co-authored-by: Claude Opus 4.7 <noreply@anthropic.com> |
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Carlos Florêncio
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a8db7478ac | fix(backend): cap gh/git fork concurrency via shared subproc throttles (#1216) | ||
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João Salavisa
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fd79d6170f |
feat(tasks): multi-branch tasks — N (repo, branch) pairs per task (#1226)
* feat(tasks): multi-branch tasks — N (repo, branch) pairs per task Extends multi-repo into multi-branch so a single task can hold multiple worktrees on the same repo (one per branch). Sibling worktrees layout at <task>/<repo>/ + <task>/<repo>-<slug>/, dedicated PRWatch per branch, live agentctl tracker rescan + frontend store updates so the UI splits PRs / files / commits per branch without a session restart. MCP add_branch_to_task_kandev tool is shielded to the worktree executor. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> * fix(web): unify multi-branch repo label as <repo> · <branch> across panels PR Changes and Commits panels rendered repo labels differently for multi-branch tasks — Commits showed "kandev · feature/x" while PR Changes leaked the raw "kandev-feature-x" agentctl tracker tag. Reformat tracker-tagged repo names via formatRepoLabel using the longest known-repo prefix so kandev-cli-* doesn't collapse to kandev · cli-*. * fix(tasks): address multi-branch PR review — data races, slug collisions, MCP error codes Backend - agentctl process.Manager: add repoTrackersMu RWMutex guarding repoTrackers + workspaceTracker. Reads snapshot under RLock; RescanRepositories builds trackers first, takes Lock for swap/append. Validates newWorkDir via os.Stat before publishing cfg.WorkDir. - worktree.Manager: reject invalid explicit BranchSlug up-front; cache key uses sanitized wt.BranchSlug so read/write paths are symmetric. - worktree.store: narrow isDuplicateColumnError to "duplicate column name". - task service AddBranchToTask: slug-collision guard rejects feat/a vs feat-a. - orchestrator resolvePushRepo: two-pass exact-name match before subdir prefix fallback so "backend" doesn't swallow pushes for "backend-admin". - executor buildRepoSpecs: duplicate repos always get a non-empty BranchSlug (falls back to branch-N when both branch fields sanitize to empty). - MCP handler: classifyAddBranchError maps service errors to NOT_FOUND / CONFLICT / VALIDATION_ERROR; add ErrorCodeConflict constant. - MCP server: extract registerAddBranchToTaskTool, register in task mode only (external mode contract: config tools + create_task_kandev). - workspace_rescan handler: reject malformed JSON with 400 instead of silently rescanning the current root. - branch_materializer: split MaterializeBranch into prepare + finalize helpers to satisfy the 80-line cap. Frontend - existingPrUrl returns undefined when a task has >1 PR so per-repo View PR buttons take over (no silent linking to a sibling). - formatRepoLabel checks exact known-repo match before prefix splitting so "kandev-cli" isn't mislabeled as "kandev · cli". - Repo chip key now includes base_branch so siblings differing only on base render as distinct chips. Docs - multi-branch spec uniqueness wording aligned with the canonical 4-column key (task_id, repository_id, base_branch, checkout_branch). - worktree.CreateRequest.BranchSlug doc describes the sibling layout (<repo>-<slug>) instead of the obsolete nested form. * fix(tasks): scope slug-collision check to repo only + use errors.Is for ErrTaskNotFound - service_branches: drop base_branch from the slug-collision check. Worktree path is (repo, slug); two rows on the same repo cut from different bases still collide on disk. - service_branches: prepareBranchAdd wraps taskrepo.ErrTaskNotFound via fmt.Errorf with %w so classifiers don't have to substring-match the formatted task UUID. - mcp handlers: classifyAddBranchError uses errors.Is(err, ErrTaskNotFound). * fix(agentctl): sanitize rescan work_dir before os.Stat to clear CodeQL path-injection CodeQL flagged the rescan endpoint as a path-injection sink (the HTTP-supplied work_dir flowed straight into os.Stat and downstream scanRepositorySubdirs). Add validateRescanPath which: - requires the input to be a clean absolute path with no ".." segments - rejects anything that isn't equal to or an ancestor of the current cfg.WorkDir — the only legitimate use case is the branch materializer promoting <task>/<repo>/ to <task>/ Defense in depth: agentctl binds to localhost, but any colocated process could otherwise direct it at /etc or the user's home by POSTing /api/v1/workspace/rescan. * fix(agentctl): tighten validateRescanPath, close TOCTOU on existingTrackers, add tests - Drop the strings.Contains(clean, "..") guard. filepath.Clean already resolves traversal; the substring check rejects legitimate names like /home/u/..hidden without adding defense (the ancestor check via filepath.Rel is the real boundary). - Drop the rel == "." branch in the ancestor check — early return for clean == currentClean already covers identity. - Read existingTrackers inside the write-lock section (not under RLock then re-Lock) so two concurrent rescans can't both see 0 trackers and double-bootstrap the multi-repo set. - Add table-driven TestValidateRescanPath covering rejection paths (relative, descendant, sibling, traversal-cleaned, empty input), legitimate ancestor promotion, exact match, no-anchor first-launch, and a /home/u/..hidden dotted-segment case. * fix(agentctl): break taint flow into os.Stat — derive rescan path from cfg, not HTTP body CodeQL's go/path-injection trace still flagged manager_rescan.go after the prior sanitizer because the user-supplied newWorkDir flowed (after validation) into os.Stat and then into cfg.WorkDir → tracker paths → workspace_monitor os.Stat sinks. Replace validateRescanPath with resolveRescanPath: it returns a path DERIVED from currentWorkDir (no-op = currentClean, promotion = filepath.Dir(currentClean)) and uses newPath only for comparison, never as a source for the returned string. os.Stat now receives a path whose provenance is trusted manager config. Functionally the legitimate caller (branch materializer promoting <task>/<repo>/ to <task>/) is unchanged. * test(agentctl): make TestResolveRescanPath windows-portable The Linux Backend Tests job passed but the Backend (windows) job rejected every "absolute" case because filepath.IsAbs("/task/repo") is false on Windows (no volume letter). Build inputs via filepath.Join against absRoot() (filepath.Abs of "/" / "\\") so the same table covers POSIX (`/...`) and Windows (`C:\...`) without per-OS branches. Keep the traversal-after-Clean case POSIX-only since filepath.Clean is the shared primitive and that input form needs a volume to be considered absolute on Windows anyway. * fix(agentctl): serialize RescanRepositories + re-check trackers under write lock Two concurrent RescanRepositories calls could both observe an empty tracker set (between the snapshot read and the bootstrap branch) and both enter transitionToMultiRepoMode, leaking a duplicate bare-root tracker and duplicate per-repo trackers. Same race in appendNewRepoTrackers would double-append the same new child across both callers. Fix: - Add rescanMu sync.Mutex on Manager. Acquired for the full body of RescanRepositories so the snapshot → branch → mutate sequence is serialized. repoTrackersMu still guards individual field reads from unrelated goroutines (subscribe/unsubscribe/poll-mode). - appendNewRepoTrackers re-checks membership inside the write-lock before appending and drops already-present trackers (Stop + detach outside the lock). Defense in depth. - Test: add `dotted segment is legal as promotion` case so the ..hidden-segment promotion path stays exercised. --------- Co-authored-by: Kandev Agent <agent@kandev.dev> Co-authored-by: Claude Opus 4.7 <noreply@anthropic.com> |
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João Salavisa
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96871ccdea |
fix(orchestrator): auto-resume dormant sessions after workflow queue (#1163)
* fix(orchestrator): auto-resume dormant sessions after workflow queue When a workflow auto-start prompt is queued after a transient ACP stream disconnect, no live agent exists to drain the queue via agent.ready. The prompt sits orphaned until the user manually resumes the session. Add scheduleAutoResumeForWorkflowQueue (called from queueAutoStartPrompt) which fires tryEnsureExecution in the background when GetExecutionBySession shows no live agent. This drives ResumeSession → agent.boot_ready → handleAgentBootReady → drainQueuedMessageAfterTransition — the same path a manual resume would trigger. Guard with s.executor == nil so existing tests that don't wire the executor are unaffected. Add isAgentRunningFn override to mockAgentManager for mid-sequence state transitions, and add a regression test that exercises the full chain end-to-end. Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com> * docs(orchestrator): clarify scheduleAutoResumeForWorkflowQueue boundary condition --------- Co-authored-by: Kandev Agent <agent@kandev.dev> Co-authored-by: Claude Sonnet 4.6 <noreply@anthropic.com> |
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Carlos Florêncio
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3c325e9b54 | fix(orchestrator): reconcile task state when user cancels turn (#1209) | ||
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Carlos Florêncio
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6734b64b54 | fix(e2e): ignore stale session state snapshots blocking idle input (#1208) | ||
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Carlos Florêncio
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86f756e280 | feat(workflow): add set_session_mode action and preserve mode across reset (#1188) | ||
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José Almeida
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137336de86 |
fix: manually drain queued chat messages after cancel (#1166)
* fix: drain queued chat messages after cancel * fix: address queue drain review feedback * fix: keep queued messages parked after cancel * fix: stabilize queue drain errors * fix: keep queue parked during cancel events * fix: wait for lifecycle stream goroutines * fix: address lifecycle stream review feedback |
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Nicolas Lenepveu
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4b05e9755d | feat: throttle issue-watcher task fan-out (per-watcher cap) (#1113) | ||
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Carlos Florêncio
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ec289c799b | feat: retry transient provider 529 errors with visible backoff (#1173) | ||
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Carlos Florêncio
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d288bd6a6d | feat: annotate debug logs with task_id for per-task filtering (#1168) | ||
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João Salavisa
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450c89285e |
fix(orchestrator): stop duplicating workflow auto-start prompt on boot-ready drain (#1160)
* fix(orchestrator): stop duplicating workflow auto-start prompt on boot-ready drain When a workflow auto-start prompt failed transiently and was queued by the retry branches in autoStartStepPrompt, the boot_ready drain later re-inserted the same user message because executeQueuedMessage always called CreateUserMessage — producing the two identical Merge prompts observed when an ACP session resumed after going idle. Tag the queued message with user_message_recorded when recordAutoStartMessage has already run before the queue, and have executeQueuedMessage skip its chat-history insert when the flag is set. The early-busy queue path (queueAutoStartPromptIfRunning) still queues without the flag so the drain side keeps owning the record for that path. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> * fix(orchestrator): propagate recordAutoStartMessage result and tighten else-if guard recordAutoStartMessage now returns bool (true = chat row successfully inserted). Both queueAutoStartPrompt call sites in autoStartStepPrompt pass the return value instead of hardcoded true, so user_message_recorded is only stamped true when CreateUserMessage actually succeeded. A silently swallowed DB write failure no longer stamps the flag, letting executeQueuedMessage fall back to inserting the message on drain. Also scope the debug-log else-if to s.messageCreator != nil so it only fires when a CreateUserMessage attempt would otherwise have been made. --------- Co-authored-by: Kandev Agent <agent@kandev.dev> Co-authored-by: Claude Opus 4.7 <noreply@anthropic.com> |
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Carlos Florêncio
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83338a04c3 | feat: surface agent errors and recover corrupted resume sessions (#1144) | ||
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João Salavisa
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de92557f46 |
test(backend): wire goleak goroutine-leak detection across 8 packages (#1139)
* chore(backend): add go.uber.org/goleak test dependency Promotes the previously-indirect goleak v1.3.0 to a direct require so per-package TestMain calls can use it for goroutine leak detection. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> * fix(backend/lifecycle): drain workspace-stream backoff on Manager.Stop StreamManager.connectWorkspaceStream slept the full retry backoff in time.Sleep between failed attempts. SessionTraceContext is deliberately uncancellable (it carries a long-lived span), so if the Manager began shutting down mid-backoff the goroutine outlived Stop() and stranded until the timer fired. Thread Manager.stopCh through the StreamManager constructor and add a sleepOrStop helper that selects between the timer and the shutdown signal. ReconnectAll's startup sleep gets the same treatment. TestConnectWorkspaceStream_BackoffDrainsOnStop closes stopCh while a failing-port retry is in flight and asserts the goroutine exits within 500ms — fails without the fix, passes with it. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> * fix(backend/github): close sqlite DB in newTestStore to drain connectionOpener newTestStore opened *sqlx.DB via db.OpenSQLite but never registered a Close on cleanup, leaving database/sql.(*DB).connectionOpener goroutines parked across test boundaries. Add t.Cleanup(sqlxDB.Close); goleak's per-package TestMain (added in a follow-up commit) is the regression check. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> * test(backend): wire goleak.VerifyTestMain across leak-prone packages Per-package TestMain in: - internal/integrations/healthpoll (auth-health ticker loop) - internal/jira, internal/linear (auth + issue-watch loops) - internal/github (PR / review / issue poller loops) - internal/gateway/websocket (per-conn pumps + terminal bridge) - internal/orchestrator (detached event-handler goroutines) - internal/agent/runtime/lifecycle (remote-status loop, StreamManager helpers; ignores OTel batch-span processor and OTLP retry helper — initialised early in the process and only exit on shutdown) - internal/agentctl/server/process (extends the existing fixture-binary TestMain so subprocess + PTY pump leaks surface there) Catches regressions where a Start/Stop forgets to drain on WaitGroup, or a detached goroutine forgets to honour ctx/stopCh cancellation. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> * docs(backend): document goroutine ownership and leak-testing convention New "Goroutine ownership and leak testing" subsection under Conventions in apps/backend/AGENTS.md (CLAUDE.md symlinks to it). Covers: - Lifecycle: Start/Stop + WaitGroup, both idempotent. - Cancellation: every long wait selects on ctx.Done() or stopCh; never time.Sleep in retry loops (reference lifecycle.StreamManager.sleepOrStop). - Detached helpers: must respect the owning type's shutdown signal. - Leak testing: new packages spawning goroutines add goleak.VerifyTestMain; IgnoreTopFunction is reserved for genuine third-party background goroutines and must carry a comment explaining the suppression. Lists the packages currently instrumented so future contributors can mirror the pattern. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> * chore(backend/lifecycle): drop dead OTel IgnoreTopFunction from goleak setup Review follow-up. agentctl/tracing.initTracing only spawns the OTel SDK provider when OTEL_EXPORTER_OTLP_ENDPOINT is set; in tests it isn't, so the noop provider is used and no batchSpanProcessor / OTLP retry goroutines ever exist. The IgnoreTopFunction calls were dead suppressions and the comment ("called by NewManager via the agent execution trace path") misdescribed when the SDK init runs. Drop the ignores and correct AGENTS.md to stop citing OTel as the canonical suppression example. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> * test(backend/lifecycle): drop unneeded 50ms sleep from backoff-drain test QA follow-up. The 50ms time.Sleep before close(stopCh) in TestConnectWorkspaceStream_BackoffDrainsOnStop was meant to ensure the goroutine had entered the backoff sleep before shutdown — but that ordering doesn't affect the test outcome: - With the fix: sleepOrStop sees stopCh already closed and returns false on the first call, so the goroutine drains within one attempt regardless of when stopCh closes. - Without the fix: time.Sleep ignores stopCh, the goroutine burns its full 5-retry backoff (~31s), and the 500ms timeout fires. Removing the sleep makes the test ~12x faster (15ms vs 200ms total) and removes the only time.Sleep-based wait from the new tests, aligning with the codebase's "channel-based sync, no sleep waits" convention. Verified by 50x -race and 5x revert-and-fail. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> * fix(backend/github): drain HTTP idle conns before goleak inspects CI surfaced a leaked goroutine on the Linux runner that local runs missed: a single net/http.(*http2ClientConn).readLoop parked on a TLS read, created by net/http.(*http2Transport).newClientConn. The package's anonymousHTTPClient and PATClient's rewriteTransport both route through http.DefaultTransport's connection pool, so an idle HTTP/2 connection in that pool keeps the reader goroutine alive past m.Run() — invisible on sandboxed local runs where outbound network is blocked. Replace github/goleak_test.go's plain VerifyTestMain with an expanded TestMain that drains http.DefaultTransport's idle connections before goleak.Find runs. This is the stdlib's documented teardown for the connection pool, keeps the assertion strict (no IgnoreTopFunction), and doesn't leak into production code. Other in-scope packages don't need this — they don't use http.DefaultTransport for HTTPS calls. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> * fix(backend): drain ws.Done on stopCh; always run goleak in github tests - lifecycle/streams.go: replace bare <-ws.Done() with a select that also watches sm.stopCh so a connected goroutine drains when Manager.Stop() fires before the remote WS closes. A nil stopCh (isolated tests) blocks the nil channel case forever, degrading to plain <-ws.Done() semantics. - github/goleak_test.go: remove the exitCode==0 guard around goleak.Find so leaks are always surfaced even when a test has already failed; original exit code is preserved (leaks only promote it to 1). Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com> * fix(backend/lifecycle): close ws on stopCh so agentctl WS loops drain cubic flagged that the previous shutdown path observed stopCh but never called ws.Close(), so the underlying WebSocket and its agentctl-side read/write goroutines (workspace_stream.go:67-68) kept running past Manager.Stop(). ClearWorkspaceStream only removes the WS from the execution's tracking — it doesn't close the connection. Call ws.Close() on the stopCh path. ws.Close is idempotent via closeOnce, so it's safe even if the remote end already closed. TestConnectWorkspaceStream_ClosesWSOnStop connects to a mock workspace server that stays open until the client closes its side; after stopCh fires, the test asserts ws.Done() closes within 500ms — which is only true if connectWorkspaceStream invoked ws.Close(). Verified to fail without the fix and pass with it. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> * test(backend/lifecycle): use channel sync instead of sleep polling in ws-close test cubic flagged that TestConnectWorkspaceStream_ClosesWSOnStop polled execution.GetWorkspaceStream() in a 500ms sleep loop, which is brittle under CI load. connectWorkspaceStream already accepts a ready channel that closes after SetWorkspaceStream — pass it in and wait on the channel instead. synctest isn't viable here (real network I/O), so channel-based sync is the testing convention per AGENTS.md. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> --------- Co-authored-by: Kandev Agent <agent@kandev.dev> Co-authored-by: Claude Opus 4.7 <noreply@anthropic.com> |
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João Salavisa
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fa4a48d5e7 |
chore: remove orphan helpers, setters, and deprecated wrappers (#1085)
* chore: remove orphan executor tracing file and deprecated ResolveScript wrappers - Delete internal/agentctl/tracing/executor.go (7 TraceExecutor* funcs) - Delete internal/orchestrator/executor/script_template.go (deprecated wrapper) - Delete scriptengine.ResolveScript convenience function Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com> * chore: remove orphan setter methods across healthpoll, jira, linear, slack, updates - Delete Poller.SetInterval from integrations/healthpoll (no callers) - Delete Poller.SetIssueTickHook from jira and linear (no callers) - Delete Trigger.SetInterval and Trigger.SetMatchHook from slack (no callers) - Delete Service.SetPollInterval from system/updates (no callers) Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com> * chore: remove orphan wrapper functions and accessor method - Delete updates.FetchLatestRelease shim (wraps FetchLatestReleaseFrom, no callers) - Delete usage.NewClaudeUsageClient and NewCodexUsageClient shims (no callers) - Delete database.Service.Path() accessor (no callers) - Update ErrGitHubRateLimited godoc to reference FetchLatestReleaseFrom Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com> * chore: remove unwired handleListExecutors MCP handler The sibling profile handlers (list/create/update/delete) are registered via RegisterFunc in handlers.go. handleListExecutors never was — dead flow. Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com> * chore: remove stale hook-field comments after setter deletion SetIssueTickHook (jira, linear) and SetMatchHook (slack) were removed in the deadcode cleanup. Their struct fields still claimed "tests use this" — no test or caller can set these fields now. Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com> * chore: remove orphan hook fields and fire methods after setter deletion issueTickHook (jira/linear) and matchHook (slack) are unexported and never set after their public setters were removed; fireIssueTickHook / fireHook were permanent no-ops. Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com> --------- Co-authored-by: Kandev Agent <agent@kandev.dev> Co-authored-by: Claude Sonnet 4.6 <noreply@anthropic.com> |
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João Salavisa
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a627957c5b |
refactor(task/repo): split sqlite/base.go and add session batch loader (#1058)
* refactor(task/repo): split sqlite/base.go (1486 lines) into schema/migrations/queries base.go grew to 1.85x the 800-line lint threshold by mixing the Repository struct, schema initialization, ALTER TABLE migrations, recreate-and-copy table rebuilds, and historical backfills/heals. Split along those seams: - base.go (58 lines) keeps only the Repository struct, NewWithDB, newRepository, Close, DB. - base_schema.go owns the initSchema orchestrator, every init*Schema function, ensure*Indexes, ensureRunnerProjectionTables, and the plan-revision backfill that runs as part of initPlansSchema. - base_migrations.go owns migrate*, recreateTable[Named], runMigrations, the backfillRow type, and every backfill*/heal* function. Verbatim function moves with no semantic changes. - base_queries.go owns sqlLimitClause (still referenced by plan.go, document.go, message.go). To keep golangci-lint (new: true) green after the move: - initSchema's 17 if-return chain becomes a for-each-step loop so cyclomatic complexity drops from 19 to within the 15 limit. - initInfraSchema and initSessionWorktreeSchema hoist their DDL strings into package-level consts (infraSchemaDDL, sessionWorktreeSchemaDDL) so each function body fits the 80-line funlen cap. Step ordering in initSchema is preserved exactly (backfillTaskEnvironments -> backfillTaskEnvironmentRepos -> healTaskEnvironmentWorkspacePaths -> healDuplicateTaskEnvironments -> ensureTaskEnvironmentTaskUniqueIndex -> healSessionTaskEnvironmentIDs) so existing prod DBs continue to migrate correctly. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> * feat(task/repo): add BatchGetSessionsByTaskIDs to eliminate task-list N+1 Adds a single repository method that returns every task_session for a list of task IDs in one chunked IN (...) query, grouped by task_id. The workspace task-list endpoint previously needed three batched calls (GetPrimarySessionIDsByTaskIDs + GetSessionCountsByTaskIDs + GetPrimarySessionInfoByTaskIDs); with this loader the handler can derive primary session ID, session count, and per-task session info from a single round trip. - buildInPlaceholders and chunkIDs land in base_queries.go. sqliteMaxHostParams=500 keeps each chunk well below SQLite's compile-time SQLITE_MAX_VARIABLE_NUMBER (999 on older builds, 32766 on newer). - session.go gains BatchGetSessionsByTaskIDs, which reuses taskSessionSelectCols / scanTaskSessions / loadWorktreesBatch so the returned sessions are indistinguishable from ListTaskSessions output (worktrees populated, JSON snapshots decoded). Empty input short-circuits with a non-nil empty map. - SessionRepository interface and Service.BatchGetSessionsForTasks expose the new method to the handler layer. The three existing *ByTaskIDs methods are left in place because service_events.go still uses them for single-task event publishing. - mockRepository implementations updated in two test files so the packages still satisfy the interface. TestBatchGetSessionsByTaskIDs covers the empty-input short-circuit, the multi-task (3 x 2) case (primary derivation + no cross-task bleed), and the asked-for-but-missing case (absent from result map). Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> * perf(task/handlers): use BatchGetSessionsForTasks in task-list endpoint buildTaskDTOsWithSessionInfo previously issued three batched queries per request (GetPrimarySessionIDsForTasks + GetSessionCountsForTasks + GetPrimarySessionInfoForTasks). Each was already chunked by task_id, but together they were three round trips for data that can be derived from one. Collapse to a single BatchGetSessionsForTasks call and derive primary session ID, count, and per-task primary info in memory. The JSON response shape is unchanged: dto.FromTaskWithSessionInfo still receives the same pointer-typed arguments, primarySessionID stays nil when no primary exists, and sessionCount stays nil for tasks with zero sessions (matches the existing pointer-when-present contract that the frontend store hydration depends on). Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> * fix(task/handlers): restore JOIN-derived executor type/name in task-list response buildTaskDTOsWithSessionInfo regressed when it stopped calling GetPrimarySessionInfoForTasks: extractSessionInfo reads ExecutorSnapshot["executor_type"] and ExecutorSnapshot["executor_name"], but those keys exist only on the synthetic snapshot built by the GetPrimarySessionInfoByTaskIDs LEFT JOIN to executors. The persisted ExecutorSnapshot JSON uses different keys (e.g. "type" — see share/builder.go:96), so BatchGetSessionsForTasks alone always yielded empty executor_type / executor_name fields in the task-list response, breaking the frontend task card's executor badge. Fix (caught in code review): - Handler now calls both BatchGetSessionsForTasks (for primary session ID and session count) and GetPrimarySessionInfoForTasks (for the JOIN-derived executor type/name and other session info). Two queries instead of the original three; correctness preserved. - New TestGetPrimarySessionInfoByTaskIDs_PopulatesExecutorJoinFields seeds an executor + primary session, then asserts the JOIN populates ExecutorSnapshot["executor_type"] / ["executor_name"] on the returned session. Locks in the contract the handler depends on so a future refactor that drops the JOIN fails loudly instead of silently emitting empty fields. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> * fix(task/repo): chunkIDs returns empty slice for empty input chunkIDs previously returned [][]string{nil} for an empty/nil input (a single chunk whose value is nil). The only current caller (BatchGetSessionsByTaskIDs) short-circuits empty input before reaching chunkIDs, so the bug stayed dormant — but any new caller that forgot the short-circuit would feed a nil chunk to buildInPlaceholders (which returns "" for nil), produce a `... WHERE task_id IN () ORDER BY ...` query, and hit a SQL syntax error at runtime. Make the helper safe by construction: an empty input returns nil (empty outer slice), so `range chunkIDs(empty, n)` iterates zero times. Add base_queries_test.go covering: - Empty/nil input → no chunks (locks the safety contract). - Single-pass input fits in one chunk. - Over-threshold input splits into correctly-sized, in-order chunks. - buildInPlaceholders normal + empty-input cases. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> * fix(task/repo): propagate non-ErrNoRows errors in backfillSingleTask executor lookup `backfillSingleTask` looked up `executors.type` for the legacy executor referenced by a session and defaulted to `"local_pc"` on any error. That silently masked driver failures, schema mismatches, and corruption — every backfilled task_environment would get the wrong executor_type without surfacing the underlying problem. Narrow the default to the legitimate case: only `sql.ErrNoRows` (the executor row was actually deleted, e.g. legacy session whose executor is gone) falls back to `"local_pc"`. Any other scan error now aborts the migration with a wrapped error so operators see the real cause. Adds TestBackfillSingleTask_DefaultsExecutorTypeOnMissingRow which seeds a session referencing a non-existent executor id and asserts the backfill still completes with `executor_type = local_pc` — locks in the legitimate-fallback path. Addresses PR #1058 review feedback from cubic & claude. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> * fix(task/repo): chunk ListWorktreesBySessionIDs to honor SQLite var limit ListWorktreesBySessionIDs built its IN-clause from every input session ID in one shot. BatchGetSessionsByTaskIDs chunks task IDs at 500 to stay below SQLITE_MAX_VARIABLE_NUMBER (999 on older builds), but its loadWorktreesBatch step then handed all sessions in that 500-task chunk to ListWorktreesBySessionIDs un-chunked — so at modest workloads (500 tasks × ≥2 sessions each = 1000 placeholders) the query fails with SQLITE_RANGE and bubbles up as a 404 on the task-list endpoint. ListWorktreesBySessionIDs now applies the same chunkIDs / 500 cap that BatchGet uses. Body extracted to appendWorktreesForSessionChunk so the public method stays under the 80-line funlen cap. New TestListWorktreesBySessionIDs_ChunksOverPlaceholderLimit feeds the method 1001 non-existent session IDs and asserts it returns cleanly — without chunking, this fails with SQLITE_RANGE on a default-built SQLite. Also splits TestBatchGetSessionsByTaskIDs (was 98 lines) into focused subtests + a shared seedBatchSessions helper, satisfying the test-size convention. The three sub-scenarios (empty input, multi-task grouping, missing-task absence) now fail in isolation. Addresses PR #1058 review feedback from greptile (P1) and claude (suggestion). Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> * fix(task/repo): port repositories.copy_files migration to split files Rebased onto main; main added copy_files to runMigrations() and initTaskSchema() in base.go while our branch had split those into base_migrations.go and base_schema.go. Cherry-pick both additions into the correct split files so the schema is consistent. Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com> --------- Co-authored-by: Kandev Agent <agent@kandev.dev> Co-authored-by: Claude Opus 4.7 <noreply@anthropic.com> |
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José Almeida
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2b16a53d6d |
fix: inherit parent workspace for subtasks (UI + MCP) (#1131)
* fix(backend): inherit parent workspace for subtasks on all start paths Subtasks with workspace_mode inherit_parent were provisioning a fresh worktree and tasks folder instead of reusing the parent's. Two causes: - propagateInheritedEnvironment ran only in PrepareTaskSession, so the direct start path (startTask, used by MCP auto-start) never bound the child session to the parent's TaskEnvironment. Moved it into prepareSessionForStart so every launch entry point inherits. - The service CreateTask path did not inherit the parent's repositories when none were supplied (the UI omits them expecting inheritance), so the child was repo-less and could not establish/reuse a worktree. Now mirrors the MCP path: inherit RepositoryID + BaseBranch, drop CheckoutBranch. * fix(web): hide executor profile for inherit-parent subtasks When a subtask inherits the parent's materialized workspace, its executor is inherited too, so picking an executor profile is meaningless. Hide the selector under inherit_parent and omit executor_profile_id from the create payload. * fix(backend): fail fast when subtask parent-repo inheritance lookup errors Return the error from inheritParentRepositories instead of swallowing it: a subtask silently created with no repositories would reintroduce the fresh-worktree bug at launch. Also clarified that inheritance applies to any repo-less subtask, matching the MCP path. |
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Carlos Florêncio
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21db57bdfd | fix(orchestrator): repair worktree state and prompt persistence on resume (#1121) | ||
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João Salavisa
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616bafa848 |
fix(backend): allow IDLE office sessions to accept follow-up prompts (#1119)
* fix(backend): allow IDLE office sessions to accept follow-up prompts The IDLE session state (introduced with the office feature) was missing from checkSessionPromptable's accept bucket, so any prompt to an IDLE office session fell into the default branch and returned ErrAgentPromptInProgress with the misleading message "agent is currently processing a prompt, session is in IDLE state" — even though IDLE means the agent process is in fact gone (torn down between turns) and the conversation is parked waiting to resume. Net effect before this fix: once an office session went IDLE it could not be re-engaged from either the UI composer or MCP message_task_kandev. The five IDLE sessions sitting in the local DB exhibit this exactly. Fix: - Add TaskSessionStateIdle to the accept bucket in checkSessionPromptable. ensureSessionRunning already does the right thing for IDLE: it detects the missing in-memory execution, finds the preserved executors_running row, and routes through ResumeSession (which uses the stored ACP resume token). - Introduce ErrSessionNotPromptable for STARTING / CREATED / FAILED / CANCELLED rejections. The previous code wrapped those in ErrAgentPromptInProgress, which is semantically wrong and breaks any caller doing errors.Is(err, ErrAgentPromptInProgress) checks (the MCP promptWithAutoResume retry path keys on a different sentinel, so this doesn't regress, but the categorisation is now honest). Tests: - TestPromptTask_IdleSession_IsPromptable — reproduces the bug end-to-end. - TestCheckSessionPromptable_StateMatrix — pins down every state's classification, including the IDLE→accept and the STARTING/CREATED/FAILED/CANCELLED → ErrSessionNotPromptable (NOT ErrAgentPromptInProgress) split. - TestEnsureSessionRunning_IdleSessionTriggersResume — confirms IDLE sessions reach ResumeSession (the second half of the recovery path). Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> * fix: preserve requeue for STARTING/CREATED + drop time.Sleep in test Address PR #1119 review feedback from Greptile, cubic, and Claude: P1: ErrSessionNotPromptable broke the requeue guard in executeQueuedMessage and the auto-start retry loop. Pre-PR, STARTING/CREATED bucketed into ErrAgentPromptInProgress and matched isAgentPromptInProgressError, so queued messages hitting a booting session were retried; post-PR they would have been silently dropped (no DLQ — see TODO at event_handlers_agent.go). Introduce isSessionBusyError covering both sentinels and swap it into the two requeue call sites. Pinned by TestIsSessionBusyError. P2: Replace the 50ms time.Sleep in TestEnsureSessionRunning_IdleSessionTriggersResume with a deterministic state-watching poll (waits for STARTING from persistResumeState before flipping to WAITING_FOR_INPUT). No CI flake exposure, no timing assumption. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> * fix: replace test poll loop with ticker+select per AGENTS.md Address CodeRabbit + Claude review on PR #1119: the 5ms time.Sleep poll loop in the launchAgentFunc watcher goroutine flunked the backend convention of "channel-based synchronization over sleep-based waits." testing/synctest doesn't help here (SQLite repo runs real I/O goroutines that synctest can't observe as idle), so use a ticker + select instead, keeping the 5s timeout as the safety bound. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> --------- Co-authored-by: Kandev Agent <agent@kandev.dev> Co-authored-by: Claude Opus 4.7 <noreply@anthropic.com> |
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Carlos Florêncio
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f4be0d279c | fix: dockview, sprite, auth, and CLI db backup improvements (#1075) | ||
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Carlos Florêncio
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905b9f9727 | fix: improve UX for subtasks with repo setup scripts (#1105) | ||
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Carlos Florêncio
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15721860e9 | ci: migrate backend/frontend/e2e workflows to kandev-ci base image (#1115) | ||
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João Salavisa
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0822d41372 |
fix(backend): drain orphaned queued messages on agent boot ready (#1096)
* fix(backend): drain orphaned queued messages on agent boot ready When autoStartStepPrompt hits a transient PromptTask error (e.g. "agent stream disconnected" mid-prompt), it records the auto-start user message and then queues the same prompt for retry. The drain only fires from handleAgentReady (turn-end) — but the failed prompt never reached the agent, so no agent.ready ever arrives for it. After the user resumes the session, handleAgentBootReady only flipped state and returned, leaving the workflow auto-start prompt stuck on the queue forever (the "1 queued" that wouldn't go away after resume). handleAgentBootReady now drains via drainQueuedMessageAfterTransition after the WAITING_FOR_INPUT flip — also on the early-return path where state was already WAITING (boot signal raced persistResumeState). Terminal sessions short-circuit before the drain so cancelled/completed sessions don't revive their queued prompts. Tests: TestAutoStartTransientError_BootReadyDrainsOrphanedQueue reproduces the production scenario end-to-end (transient PromptAgent failure → record + queue → boot_ready → drained). Plus TestHandleAgentBootReady_DrainsOrphanedQueuedMessage covers both STARTING→WAITING and the persistResumeState-race path, and TestHandleAgentBootReady_DoesNotDrainForTerminalSession guards the terminal-session short-circuit. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> * test(backend): wait for drain goroutine and verify prompt dispatch in repro Greptile flagged that the queue-empty assertion in TestAutoStartTransientError_BootReadyDrainsOrphanedQueue raced the drain's executeQueuedMessage goroutine: the goroutine would re-enter the same isTransientPromptError path and re-queue the message immediately, but the assertion would usually win on timing. Clear agentMgr.promptErr before Phase 2 (simulating the agent recovering), then poll capturedPrompts until the drained prompt actually reaches PromptAgent. This turns a timing-fragile assertion into a deterministic end-to-end check: drain → executeQueuedMessage → PromptTask → PromptAgent → queue empty. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> * test(backend): wire executor in boot-ready drain test to fix nil-deref under -race Claude and cubic flagged that TestHandleAgentBootReady_DrainsOrphanedQueuedMessage constructed Service without an executor field. The drainQueuedMessageAfterTransition goroutine spawned by handleAgentBootReady would nil-deref s.executor via PromptTask -> ensureSessionRunning -> s.executor.GetExecutionBySession. Passed today by luck of scheduling but would panic under -race. Wire a real executor (built from the same mockAgentManager and repo as the other tests) and seed an executors_running row so the drained PromptTask lands on a working code path instead of crashing. Verified passes with `go test -race -count=3`. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> * test(backend): replace time.Sleep polling with promptDone channel sync in repro Claude flagged that the polling loops in TestAutoStartTransientError_BootReadyDrainsOrphanedQueue used time.Sleep where mockAgentManager.promptDone (closes on first PromptAgent call) gives a deterministic sync point per AGENTS.md. - Phase 1: wait on firstPromptCalled, then a 500ms / 1ms tight poll covers the synchronous PromptAgent-returns → queue-row-commits gap. - Phase 2: swap in a fresh secondPromptCalled channel (the mock's `first := len(capturedPrompts) == 0` guard requires resetting captured* slices so the close re-fires for the drain's second call), then wait on that signal before the queue-empty assertion. Verified with `go test -race -count=5` — all pass, no goroutine leaks. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> --------- Co-authored-by: Kandev Agent <agent@kandev.dev> Co-authored-by: Claude Opus 4.7 <noreply@anthropic.com> |
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João Salavisa
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6ee7369efc |
fix(backend): keep cancelled office turns promptable instead of parking IDLE (#1088)
* fix(backend): keep cancelled office turns promptable instead of parking IDLE A user-initiated turn cancel on an office task was racing the agent.complete stream handler. The complete handler unconditionally flipped the session to IDLE (the "parked between scheduler runs" state), overwriting Service.CancelAgent's WAITING_FOR_INPUT write that arrived a moment earlier. The next prompt was then rejected by checkSessionPromptable with "session is in IDLE state". Skip the office IDLE branch when the complete event carries stop_reason="cancelled". The cancel handler already drives state reconciliation for user cancels; falling through to the kanban WAITING_FOR_INPUT path leaves the session promptable. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> * refactor(backend): shorten extractStopReason and stopReasonCancelled comments Trim multi-line docstrings that violated CLAUDE.md's one-short-line rule down to one or two lines, keeping only the non-obvious cross-file sync note. Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com> * refactor(backend): compress remaining multi-line comment blocks to one line Second pass of comment trimming per CLAUDE.md convention — the handleCompleteStreamEvent stop_reason context block and the handleOfficeTurnComplete stopReason paragraph were still too long. Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com> * refactor(backend): collapse remaining multi-line comments to one-liners Address Claude bot review threads on PR #1088: the production helper docs (extractStopReason, stopReasonCancelled, handleOfficeTurnComplete) and the new test functions still carried multi-line comment blocks, which violate CLAUDE.md's "one short line max" rule. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> --------- Co-authored-by: Kandev Agent <agent@kandev.dev> Co-authored-by: Claude Opus 4.7 <noreply@anthropic.com> |
||
|
João Salavisa
|
dcab8aaa05 |
fix(backend): drain stuck auto-start prompts after step transitions (#1087)
* fix(backend): drain stuck auto-start prompts after step transitions Adds flipStaleRunningToWaiting, a helper that detects when a session's in-memory state reports RUNNING/STARTING but the orchestrator's authoritative activeTurns map has no entry, and pre-flips the session to WAITING_FOR_INPUT. processOnEnter now calls this before reaching queueAutoStartPromptIfRunning, so the auto-start prompt is sent directly via PromptTask instead of being queued against a session whose agent.ready will never fire. Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com> * docs(backend): clarify reset guard scope and add STARTING-state test - Expand isSessionResetInProgress comment to note it guards concurrent goroutines only; sequential reset_agent_context OnEnter actions run after flipStaleRunningToWaiting returns (markIdleAfterReset no-ops if state is already WAITING_FOR_INPUT). - Add call-site comment explaining why the pre-flip must happen before the len(step.Events.OnEnter)==0 early-return check. - Add test: flipStaleRunningToWaiting flips STARTING session with no active turn (addresses reviewer gap noted in code review). Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com> --------- Co-authored-by: Kandev Agent <agent@kandev.dev> Co-authored-by: Claude Sonnet 4.6 <noreply@anthropic.com> |
||
|
João Salavisa
|
dcfec0d23c |
refactor(backend): classify errors via sentinels instead of substring matches (#1057)
* refactor(backend): classify errors via sentinels instead of substring matches
Introduce package-local sentinel errors in the github, task repo, agent
lifecycle, and office/skills packages. Producers wrap with fmt.Errorf("%w: ...")
so callers can classify via errors.Is/errors.As instead of brittle
strings.Contains(err.Error(), ...) checks that break on library upgrades.
Sentinels added (or relocated to errors.go):
- github: ErrInvalidToken (new); ErrInvalidPRURL, ErrTaskNotFound, ErrSelfApprove
moved from service.go.
- task/repository/sqlite: ErrTaskNotFound, ErrOfficeSessionRaceConflict.
- lifecycle: ErrAgentAlreadyRunning, ErrAgentReported.
- office/skills: ErrSkillNotFound, ErrSkillFileNotFound.
Consumers updated to errors.Is/errors.As across orchestrator, task/handlers,
github, and office/skills. AssociateExistingPRByURL switches %v -> %w so the
inner parsePRURL error stays in the chain. process_handlers now uses
errors.Is(err, syscall.ECONNREFUSED) and lifecycle.ErrNoExecutionForSession
plus a small isTimeoutError helper backed by errors.As.
A new taskDeleterAdapter in cmd/kandev/turn_adapters.go translates
taskrepo.ErrTaskNotFound to github.ErrTaskNotFound at the wiring boundary,
avoiding a layering violation between the github and task packages.
The one remaining substring check, in CreateTaskSession, is encapsulated
inside the repo and converts the SQLite UNIQUE-violation message into the
typed ErrOfficeSessionRaceConflict sentinel so callers never see the driver
string.
Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
* test(backend): add TestErrorsAreClassifiable for refactored packages
Pin the new sentinel-based contract for each refactored package. Each test
exercises the producer paths and asserts errors.Is reaches the sentinel
through the wrap chain, and (where applicable) confirms untyped lookalike
strings no longer classify.
- github: isTaskNotFound, AssociateExistingPRByURL/ErrInvalidPRURL,
ConfigureToken/ErrInvalidToken (using a noop secret manager).
- task/repository/sqlite: GetTask, DeleteTask, UpdateTaskState wrap
ErrTaskNotFound.
- task/handlers: isNotFound + isAgentReportedError follow the typed chain.
- orchestrator: each isXError classifies exact + wrapped sentinels, rejects
untyped lookalikes.
- office/skills: readUserHomeSkillInventoryFile wraps ErrSkillFileNotFound;
ErrSkillNotFound survives fmt.Errorf("%w", ...).
Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
* test(github): drop network-hitting subtest from errors_test
The "ConfigureToken wraps ErrInvalidToken when validation fails" subtest
constructed a real PATClient and called GetAuthenticatedUser, which makes
a live HTTP request to api.github.com. That's flaky in CI / offline dev
and violates the unit-test boundary (caught in review).
Replace with a sentinel-survives-wrap-pattern check that locks in the
exact %w/%w shape used by ConfigureToken, plus an assertion that the
inner cause stays reachable through errors.Is. The full ConfigureToken
flow stays covered by service_token_test.go and integration tests.
Remove the now-unused noopSecretManager stub type.
Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
* fix(task): restore "timed out" UX for plain-fmt.Errorf timeout producers
The original createPromptErrorMessage rendered the friendly "Request timed
out…" hint via strings.Contains(err.Error(), "timeout"). The refactor
replaced it with errors.Is(context.DeadlineExceeded) + a net.Error
Timeout() helper — strictly typed. But several upstream producers along
the prompt path (service.WaitForSessionReady, agent-stream connect waits
in lifecycle/session.go and manager_interaction.go, agentctl health waits
in agentctl/client.go and launcher.go, the orchestrator's own
waitForSessionReady) return plain fmt.Errorf("timeout …") with no typed
Timeout() method, so the typed check missed them and the user saw the
generic "Failed to send message to agent" instead.
Add a substring fallback inside isTimeoutError as a UX safety net while
keeping the primary typed paths intact. Lock the contract with table
tests covering all three classes (net.Error timeout, plain string,
context.DeadlineExceeded) so any future trim of the fallback breaks
loudly. Migrating each upstream producer to a typed sentinel is tracked
as out-of-scope follow-up.
Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
* test(backend): tighten classification tests to exercise typed-sentinel contracts
Addresses bot-review feedback on PR #1057:
- task/handlers/errors_test.go: cover all four not-found sentinels
(taskrepo.ErrTaskNotFound, service.ErrDocumentNotFound,
service.ErrTaskPlanNotFound, service.ErrRevisionNotFound) in
TestErrorsAreClassifiable via a table-driven loop, instead of only
one. Drop the spurious Deadline() *time.Time method on timeoutNetErr
— it isn't part of net.Error and the existing `var _ net.Error =
timeoutNetErr{}` line already pins the interface.
- orchestrator/scheduler/scheduler_test.go: testTaskRepository was
still returning the local scheduler.ErrTaskNotFound, which doesn't
satisfy the production processTasks check (now errors.Is on
taskrepo.ErrTaskNotFound). Mirror the real sqlite repo's wrap so the
mock and prod paths agree. The local scheduler.ErrTaskNotFound is
truly dead after that, so drop it from scheduler.go.
- office/skills: the wrap-pattern subtest in errors_test.go was only
testing fmt.Errorf, not production code. Move the contract assertion
to service_test.go (external skills_test package) where it drives
the real GetSkillFromConfig lookup path against an empty in-memory
repository.
Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
* refactor(backend): drop redundant context.DeadlineExceeded check and fix doc grammar
Addresses bot-review feedback on PR #1057:
- task/handlers/message_handlers.go::createPromptErrorMessage: the
explicit errors.Is(promptErr, context.DeadlineExceeded) is redundant
with isTimeoutError, which already matches via errors.As against
Timeout() — context.DeadlineExceeded implements Timeout()==true.
Inline comment documents the consolidation.
- github/errors.go: fix grammar in the ErrTaskNotFound doc comment
("is the sentinel cleanup paths check for to distinguish" →
"is the sentinel that cleanup paths check to distinguish").
Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
---------
Co-authored-by: Kandev Agent <agent@kandev.dev>
Co-authored-by: Claude Opus 4.7 <noreply@anthropic.com>
|
||
|
Luan Martins
|
1a467b969f |
fix(web): wire permission approval UI for Kandev MCP tools (#1037)
* fix(web): wire permission approval UI for Kandev MCP tools
KandevToolMessage adapter ignored the permissionMessage prop, so MCP tools
that block on a permission request rendered the result row but no Approve/
Deny buttons — users could not unblock the agent. Extract the shared
permission handlers into use-permission-handlers.ts and reuse them from
both ToolCallMessage and KandevToolMessage. KandevRow now also shows an
amber pending clock icon and hides the result-count summary while waiting
for approval so the row reads correctly before the result arrives.
Adds a mock-agent scenarioKandevMCPPermission emitting
mcp__kandev__list_workspaces_kandev plus a Playwright e2e and unit tests
covering the pending UI and the absence of "0 workspaces" while pending.
* fix(web): collapse tool + permission status into resolved Kandev row
After approve/reject the orchestrator stamps the decision onto the
permission_request message immediately, but the tool_call's own
meta.status stays "pending" until the next tool_call update lands.
KandevToolMessage previously passed meta.status straight to the renderer,
so the row kept the amber pending clock and the hidden-summary state for
the brief window between the two events. resolveKandevStatus now prefers
the permission decision once present, mapping approved -> complete and
rejected -> error.
Drops a redundant Playwright `.first()` after a toHaveCount(1) assertion
on the same locator. Adds unit coverage for the resolved-decision state.
* fix(web): keep Kandev tool status independent of permission decision
The previous fix collapsed an approved permission into tool status
"complete" and a rejected permission into "error". That was wrong on two
counts: an approved tool that's still running rendered as already done
(green check + visible result summary built from an empty payload), and
any later tool_call error was silently masked because the status had
already been forced to "complete".
Replace the status override with a separate display overlay. KandevRow
now reads a `KandevPermissionUIContext` ("pending" | "rejected" |
undefined) and uses it only to drive the waiting-on-user affordances —
amber clock, hidden summary — and a rejection mark that wins over the
tool's own success state. The renderer always receives the real
tool_call status, so a tool that's approved-but-pending still reads as
pending and a tool that errors after approval still renders the red X.
Adds explicit regression tests for the two race-window failure modes
plus the new rejected overlay.
* test(web): tolerate duplicate-render backend race in Kandev MCP e2e
CI shard 1 sometimes renders two approve buttons for the same Kandev MCP
permission because the orchestrator can create a second generic tool_call
message for the same tool_call_id alongside the kandev-routed one. Both
buttons resolve the same pending_id, so clicking the first unblocks the
agent either way.
The bug the test guards against is "no approve button at all" — the
strict toHaveCount(1) assertion was tying the test to that separate
backend issue. Relax to at-least-one and click the first.
* fix: persist Deny clicks as rejected, not approved
Backend RespondToPermission previously derived status purely from cancelled:
cancelled=true -> "rejected", otherwise "approved". Deny clicks sent
cancelled=false with a reject_* option_id, so they were recorded as
"approved". Add an explicit rejected flag from the WS request so the
backend can record "rejected" without taking the cancellation path (which
races against permission_cancelled -> "expired").
Also refactor permission-request-message.tsx to consume the shared
usePermissionResponseHandlers hook (the duplicated inline handler had the
same bug) and introduce a typed models.PermissionStatus enum on the
backend so status strings are not scattered literals.
* test(web): scope Kandev MCP permission e2e to the Kandev row
Previously the test clicked the first matching permission-approve button,
which could be a duplicate generic ToolCallMessage fallback rendered for
the same pending_id by a backend race -- a green test no longer proved the
custom Kandev approval UI rendered.
Add a `data-testid="kandev-tool-permission"` wrapper around the Kandev
action row and a `kandevPermissionApproveButtons` page-object locator that
scopes through it, then assert `toHaveCount(1)` so the test only passes
when the Kandev custom row actually mounts.
* chore(orchestrator): log rejected flag in RespondToPermission
Debug log was missing the new rejected param, making it impossible to
distinguish explicit Deny from dialog cancellation when triaging
permission-flow issues.
|
||
|
Carlos Florêncio
|
0a3ffadad1 | refactor(orchestrator): address watcher dispatch review feedback (#1074) | ||
|
Nicolas Lenepveu
|
9a462e52c8 | refactor(orchestrator): extract WatcherDispatchCoordinator + WatcherSource (#1070) | ||
|
Carlos Florêncio
|
f1dbad1dbd | feat(cli-mode): auto-inject task prompt + dynamic submit sequence + passthrough UX fixes (#923) | ||
|
José Almeida
|
777dfdb15b |
feat(ssh): add SSH executor (#927)
* feat(backend): add SSH executor runtime
Run agents on any Linux box reachable over SSH: own VPS, homelab, EC2,
shared dev box. One SSH connection per (host, user, identity) shared
across all sessions on that host; each session gets its own remote
agentctl process, remote port, and SSH-tunneled local port. Mirrors the
local ~/.kandev/tasks/<task-dir>/<repo>/ layout on the remote so
multi-session tasks share a worktree and per-session runtime state lives
under the task dir.
Implements ExecutorBackend + RemoteSessionResumer + RemoteStatusProvider
+ Closeable. Host-key trust is explicit: the test endpoint observes a
fingerprint without pinning; the user trusts it in settings; subsequent
connects reject any mismatch. Auth via ssh-agent or IdentityFile only
(passphrase-protected keys must be loaded into ssh-agent). Parses
~/.ssh/config for HostName/Port/User/IdentityFile/ProxyJump inheritance.
agentctl is content-hash-cached on the remote (~/.kandev/bin/agentctl
plus a .sha256 sidecar) and uploaded only when local and remote differ.
Linux/amd64 only in v1, matching Docker's current state; arm64 is
called out as a cross-cutting follow-up.
See docs/specs/ssh-executor/spec.md.
* feat(backend): add SSH test + sessions HTTP/WS endpoints
POST /api/v1/ssh/test runs the connection probe used by the settings UI:
dials the host with a permissive host-key callback that records (but
does not pin) the fingerprint, probes uname/arch/git, and reports
whether agentctl is already cached on the remote. The UI gates the
"Trust this host" checkbox on success + fingerprint, and Save persists
the trusted fingerprint into the executor config.
GET /api/v1/ssh/executors/:id/sessions returns the active SSH-runtime
sessions backing the "Active sessions" card on the executor settings
page, mirroring the SpritesInstancesCard / DockerContainersCard shape
(task, session, user@host, remote port, local forward port, uptime).
Both routes also exposed over WS via ssh.test / ssh.sessions.list.
* feat(web): add SSH executor settings UI
SSHConnectionCard: connection form (name, host_alias / host / port /
user, identity source = ssh-agent | file with optional file path,
optional ProxyJump) with a Test Connection button that runs the backend
probe, surfaces the observed host fingerprint, and only enables Save
when the user explicitly ticks "Trust this host". Editing the host /
port / user / identity fields resets both the test result and the trust
checkbox. On save, if the executor already has running sessions, a
confirm modal warns that those keep going on the old host and only new
sessions will use the new config.
SSHSessionsCard: 90s-polled table of active sessions for the executor,
mirroring SpritesInstancesCard / DockerContainersCard. Columns: task,
session, user@host, remote agentctl port, local forward port, uptime,
status badge. Backed by GET /api/v1/ssh/executors/:id/sessions.
Also registers the ssh entry in executor-icons.ts (label "SSH",
IconTerminal2) so it surfaces consistently in the rest of the settings
chrome.
* docs: add SSH executor v1 spec
Captures the design behind the new SSH executor: why ("run on a Linux
box I already own" between local and Sprites), the remote layout that
mirrors local ~/.kandev/tasks/, per-session agentctl + forward over a
shared per-host SSH connection, explicit-trust host-key flow, ~/.ssh/config
inheritance, amd64 + agentctl content-hash cache, recovery via persisted
ExecutorRunning metadata, settings UI (Connection + Sessions cards), and
the edit-with-live-sessions warning UX. Out-of-scope items (arm64,
macOS, password auth, chained ProxyJump, working-tree push, etc.) are
called out explicitly with the follow-ups they unblock.
* chore(e2e): rename docker project to containers + add e2e README
The Docker e2e Playwright project was the natural home for any test
that needs a real Docker daemon on the host — but its name implied it
was only about the Docker executor. SSH e2e tests (incoming in
follow-up commits) belong here too, since they use a Dockerised sshd
container as the SSH executor's remote target.
- Rename project: docker -> containers, widen testMatch to also include
tests/ssh/*.spec.ts.
- Rename env flag: KANDEV_E2E_DOCKER -> KANDEV_E2E_CONTAINERS, with the
old name kept as a deprecated alias for one release so local scripts
and CI configs don't break overnight.
- Rename CI job: e2e-docker -> e2e-containers, switch its blob report
name and the merge-job dependency.
- Add apps/web/e2e/README.md explaining the project layout, what the
containers project covers (Docker executor + SSH executor), why it
was renamed, and how to run it locally.
- Add docs/specs/ssh-executor/e2e-plan.md tracking the SSH e2e
coverage we'll implement on top of this rename (real sshd container,
no mocks, 17 spec files covering ~75 cases). Includes a "Deferred"
section that flags arm64 as something to revisit when
agentctl-linux-arm64 lands in the build pipeline.
* feat(web): add data-testid attributes to SSH settings UI
Sweep stable test ids across the SSH connection and sessions cards so
the incoming Playwright suite can hold steady against refactors. Splits
the formerly monolithic ssh-settings.tsx into three files to stay
within the per-file/per-function size limits:
- ssh-connection-card.tsx (form + test-then-trust flow)
- ssh-sessions-card.tsx (active-sessions table)
- ssh-settings.tsx (barrel re-export so existing imports keep working)
Test ids cover: card roots, every input, identity-source select +
options, test/save buttons, connection badge (with data-status), error
text, test-result panel (with data-success), per-step rows (with
data-success), observed/pinned fingerprint, fingerprint-change
warning, trust checkbox, sessions table + per-row cells, empty state,
refresh button, session status badge.
* feat(e2e): scaffold the SSH executor test harness
Lands the building blocks the SSH specs will compose on top of. Every
piece talks to a real sshd container — no mocks at any layer.
- fixtures/ssh-image.ts: builds kandev-sshd:e2e once per machine (Alpine
+ openssh-server + openssh-sftp-server + git + bash + sudo +
iproute2 + iptables, pre-bakes mock-agent at /usr/local/bin/mock-agent,
generates a fresh host key on entrypoint, reads the worker public key
out of a bind-mounted /authorized_keys). The agentctl binary is
deliberately NOT pre-baked so tests exercise the SFTP upload + sha256
cache path the production code uses.
- helpers/ssh.ts: per-worker sshd lifecycle (startSSHServer /
stopSSHServer), keypair generation, host-key fingerprint scanning,
fault injection (regenerateHostKey for host-key-rotation specs,
dropTrafficToPort22 / restoreTraffic for connection-drop tests,
killRemotePid for "agentctl died" recovery), and remote inspection
helpers (readRemoteFile / remotePathExists / listRemoteDir /
countSshdConnections).
- helpers/ssh-bastion.ts: two-container ProxyJump setup. Bastion is on
a private Docker network and has a published port; target is on the
same network with NO host port — any successful connection MUST have
traversed the bastion, which makes the proxy-jump assertion honest.
- fixtures/ssh-test-base.ts: worker-scoped fixture mirroring
docker-test-base. Skips when Docker isn't reachable. Spins up the
sshd container, generates keys, scans the fingerprint, then seeds a
workspace + workflow + bare repo + mock-agent profile + an SSH
executor with the fingerprint already trusted. Specs that need to
exercise the test-then-trust UI gate create their own executor on
top of the same target.
- pages/SSHSettingsPage.ts: Page Object covering the connection form,
test/save buttons, trust checkbox, observed/pinned fingerprint, per
step badges, and the sessions table.
- helpers/api-client.ts: new createSSHExecutor / updateExecutor /
getExecutor / testSSHConnection / listSSHSessions methods plus
matching DTO types.
* test(e2e): add SSH executor Playwright suite (17 specs, ~75 cases)
Every spec drives the real sshd container set up by the ssh-test-base
fixture; no mocks. Specs are grouped by concern (file per group),
mirroring the docker/ directory style. Each one maps 1:1 to a row in
docs/specs/ssh-executor/e2e-plan.md.
UI surface:
- connection-form.spec.ts — field rendering, save/test gating,
identity-source toggle, default port.
- test-result.spec.ts — successful + failed Test Connection paths,
per-step badges, fingerprint surfacing, cached/will-upload copy.
- trust-gate.spec.ts — save disabled until trust ticked, edits reset
result + trust, fingerprint-change warning when pinned != observed.
- sessions-card.spec.ts — empty state, row rendering, manual refresh,
status badges, truncation, polling pickup.
- persistence.spec.ts — fingerprint persists across reload, new form
starts blank, executor list label, partial state doesn't leak.
API contract:
- test-endpoint.spec.ts — POST /api/v1/ssh/test step ordering, invalid
body, host-required, handshake short-circuit, cached/uploaded states.
- sessions-endpoint.spec.ts — GET /api/v1/ssh/executors/:id/sessions
filters to ssh-runtime rows, populates metadata, monotonic uptime.
- executor-crud.spec.ts — type=ssh persists fingerprint, profile
workdir round-trip, edit-with-running-sessions keeps snapshots.
Real-SSH integration:
- launch-task.spec.ts — full smoke: agentctl upload + sha256 cache hit
on second launch, task/session dir layout, stop cleans session dir.
- recovery.spec.ts — backend restart reconnects, dead pid surfaces
failure, persisted metadata keys present.
- auth-methods.spec.ts — key + valid, missing key, passphrase-protected
rejection, agent without SSH_AUTH_SOCK, wrong-key auth failure.
- concurrency.spec.ts — two sessions share task dir distinct ports, two
tasks distinct dirs, traffic drop + restore exercises eviction +
reconnect.
- hostkey-rotation.spec.ts — regenerate host key surfaces new
fingerprint, stale pinned fingerprint blocks launch verbatim, re-trust
restores function.
- config-inheritance.spec.ts — ~/.ssh/config HostName / Port /
IdentityFile / ProxyJump inheritance with form-overrides-config rules.
- workdir-per-profile.spec.ts — per-profile ssh_workdir_root routes to
separate remote workdir trees; default falls back to ~/.kandev.
- proxy-jump.spec.ts — 2-container bastion topology asserts target is
unreachable directly, reachable via ProxyJump, chained ProxyJump fails.
- error-surfacing.spec.ts — TCP refused, auth failed, bastion unreachable
surface verbatim; backend 400 stays a 400 not a synthesised failure.
Also adds an AGENTS.md (CLAUDE.md symlink) line pointing at the
e2e/README.md so future agents discover the containers project +
KANDEV_E2E_CONTAINERS env var without grepping playwright.config.ts.
* fix(e2e): unlock sshd account, derive fingerprint from kandev probe
Three bugs surfaced by actually running the SSH e2e suite
(KANDEV_E2E_CONTAINERS=1 against the containers project):
1. Alpine's `adduser -D kandev` leaves the account password-locked
(`!` in /etc/shadow). sshd then refuses every auth method for that
user — including pubkey — with "User kandev not allowed because
account is locked". Fix: `usermod -p '*' kandev` in the Dockerfile
so the account is open for key-based login but still has no valid
password. Also adds the `shadow` apk package for `usermod`.
2. ssh-keyscan reports the ed25519 host fingerprint, but Go's ssh
client may negotiate a different host key type when sshd offers
multiple — meaning the fingerprint the fixture pre-scanned didn't
match the one kandev observed at handshake time. Fix: the fixture
now hits /api/v1/ssh/test with a permissive callback right after
the container is up and uses that fingerprint as the pinned value.
Same code path real users hit; eliminates the negotiation skew by
construction.
3. ssh.ts had a CPU-spin sleep helper and an nc-dependent TCP probe,
both fragile. Replaced with a proper sleep subprocess and a bash
/dev/tcp probe, plus retry-with-stderr on the fingerprint scan so
failures are diagnosable.
Also tightens test-endpoint.spec.ts F4: the test was using
identity_source=agent to "fail fast", but that fails inside
buildAuthMethods before the handshake step ever runs. Switched to
identity_source=file against a refused port so the test exercises
the actual TCP+handshake failure path.
After these fixes 4/6 test-endpoint cases pass against a real sshd.
* fix(ssh): make the end-to-end launch path actually work
A pass of issues uncovered by running the SSH e2e suite locally
(KANDEV_E2E_CONTAINERS=1 against the real sshd container). After this
commit all 15 non-launch SSH e2e tests pass (UI form validation,
test-connection contract, auth-methods, error-surfacing, sessions-card
empty state) and the launch path runs through prepare -> upload ->
agentctl -> instance -> forward, with WebSocket streams sometimes
disconnecting partway through (tracked below for follow-up).
Image changes (apps/web/e2e/fixtures/ssh-image.ts):
- Install curl so the SSH executor can POST to the in-container
agentctl control server for instance creation.
- Install gcompat + libstdc++ so the dynamically-linked glibc
agentctl binary can exec on musl-libc Alpine. Without it the
kernel returns ENOENT for /lib64/ld-linux-x86-64.so.2.
- Install shadow + 'usermod -p *' kandev so sshd doesn't refuse
pubkey auth for the otherwise-locked user.
- Drop in 'AllowTcpForwarding yes' and 'MaxSessions 100' via
/etc/ssh/sshd_config.d/. Alpine's defaults are 'no' and 10, both
of which crater the SSH executor's port-forward path.
- chown /home/kandev/.kandev to kandev on entrypoint so a host
bind-mount of that path (used in this commit for log persistence)
doesn't make agentctl unable to write its log file.
Image helper (apps/web/e2e/helpers/ssh.ts):
- Bind-mount the host mock-agent-linux-amd64 into the container at
the same absolute path. kandev's orchestrator builds the agent
command from KANDEV_MOCK_AGENT_LINUX_BINARY (a host path), so the
remote needs the binary at that exact path; bake-into-image isn't
enough because the absolute host path is what kandev sends.
- Bind-mount /home/kandev/.kandev so per-session agentctl logs
survive --rm teardown and the test runner can inspect them on
failure.
- Replace the broken CPU-spin sleep helper with a real sleep
subprocess and a /dev/tcp TCP-open probe so timing-dependent
helpers stop racing the container start.
- Retry the host fingerprint scan with stderr capture; the first
scan can race the sshd accept loop on Alpine.
Backend SSH executor (apps/backend/internal/agent/lifecycle):
- executor_ssh_operations.go startRemoteAgentctl: agentctl does not
accept --port-file or --pid-file flags (it reads AGENTCTL_PORT
and writes its own pid). Rewrite the launch wrapper to inject
AGENTCTL_PORT via env, capture $! as the pid, and tail the
on-remote agentctl.log for 'HTTP server bound successfully'
instead of waiting on imaginary side-files.
- executor_ssh_operations.go createRemoteAgentInstance: new helper
that POSTs /api/v1/instances on the in-container control server
via SSH-exec'd curl, returning the per-instance port the executor
should forward to. Mirrors what executor_sprites_operations.go
does inside its sprite. Without this step the agent stream
returns 'configure request failed with status 404' because the
SSH executor was talking to the control server, not the
per-session sub-server.
- executor_ssh.go startAndForwardAgentctl: chains the new
create-instance step in between agentctl launch and port-forward,
and forwards the *instance* port (not the control port).
- executor_ssh.go: drop the per-host SSH connection pool (it was
introducing a subtle aliasing issue between
CreateInstance/StopInstance/GetRemoteStatus that made the SSH
client unreliable across same-host sessions). Each session now
holds its own ssh.Client directly on sshSessionState and
ResumeRemoteInstance dials a fresh client too.
- executor_ssh_operations.go SSHPortForwarder: serialize the
client.Dial calls with a per-forwarder mutex. golang.org/x/crypto/
ssh.Client.Dial is documented as concurrency-safe but in practice
parallel opens from the kandev stream-manager occasionally
produce io.EOF as if the channel-open response was never
received.
Test fix (apps/web/e2e/tests/ssh/error-surfacing.spec.ts):
- Q1 ('TCP refused') was using identity_source='agent' with no
SSH_AUTH_SOCK in the backend env, so it failed at
buildAuthMethods before reaching the TCP-refused path. Switch to
identity_source='file' with the seed key so the test exercises
the failure it claims to.
Known remaining issue (to investigate next): the launch path now
reaches 'agent process started' + 'ACP initialize response
received' when run in isolation, but the WebSocket updates stream
sometimes disconnects with 1006 abnormal closure shortly after. A
standalone Go reproduction of concurrent direct-tcpip channels
against the same image works without issue, so the trigger is
something specific to the kandev backend's stream-manager + my
forwarder interaction. Tracked for the next iteration.
* fix(ssh): half-close forwarded SSH channels to avoid premature WS abnormal-close
The SSH executor's port-forwarder previously called the full Close() as soon
as either direction of the bidirectional copy finished. Under HTTP-Upgrade
WebSocket traffic this meant: when the WS server flushed its final frame and
shut down the write side, our local->remote io.Copy returned EOF, we closed
the entire SSH channel, the remote->local copy aborted mid-frame, and the
backend's WS reader observed close 1006 (unexpected EOF) instead of a clean
close frame.
Switch to a half-close pattern: each direction CloseWrite()s its destination
when its source EOFs, letting the other half drain the remaining frames. The
final Close happens after both copies return.
The "ssh forwarder dial remote failed: EOF" warning in e2e logs was a
follow-on symptom — the SSH client was being torn down by the abnormal close,
so any later channel-open returned EOF immediately.
* fix(ssh): resolve session executor_id via TaskSession join
GET /api/v1/ssh/executors/:id/sessions was filtering ExecutorRunning rows by
their ExecutorID column, but the lifecycle manager's buildRunningFromExecution
only sets that column from a prior row — for fresh sessions it's left empty.
The endpoint therefore returned [] for every just-launched SSH session.
Look up the TaskSession by session_id and compare its ExecutorID instead.
Keep the row's own ExecutorID as a fast-path for resume/recovery flows
where it's already populated.
* feat(web): register ssh entry in the new-executor type map
Without this entry, /settings/executors/new/ssh fell back to the
"unknown executor type" placeholder. Extracts the type map into its
own module so the page file stays under the 600-line lint cap.
The SSH-specific form is still TODO and will replace the standard
profile-create form for this type in a follow-up.
* test(e2e): poll listSSHSessions for SSH session row in group G
The simple-message scenario completes inside a couple hundred
milliseconds, so the previous "wait for executor_type=ssh, then
query once" pattern raced the row's removal during teardown. Poll
listSSHSessions directly with a 60s window so the row is observed
while the executor is up.
Adds dumpRemoteLogs helper for copying per-session agentctl.log
files out of the sshd container on assertion failure, easing
debugging when the row never appears.
* test(e2e): align H5 assertion with actual on-disk session-dir layout
The wrapper writes agentctl.pid and agentctl.log to <sessionDir>; the
remote agentctl port travels via AGENTCTL_PORT env + ExecutorRunning
metadata, not a separate .port file. Assert the files that actually
exist and the metadata field that carries the port.
* feat(web): mount SSH connection + sessions cards on dedicated routes
Wires the existing SSHConnectionCard and SSHSessionsCard into the
settings UI so the SSH executor flow has a home:
- /settings/executors/new/ssh renders SSHCreatePage (just the connection
card; Save POSTs a new executor and routes to the edit page).
- /settings/executors/ssh/[executorId] loads the executor and renders
the connection card pre-filled + the sessions card.
- Adds the SSH entry to the executors landing-page tile grid.
- Adds createExecutor / fetchExecutor / updateExecutor helpers to
settings-api so the new pages can talk to /api/v1/executors directly.
Profile management for SSH executors still flows through the existing
profile pages; this commit only adds the executor-level chrome the
SSHSettingsPage e2e tests expect.
* fix(web): keep SSH trust checkbox visible after editing a connection field
Previously, editing any form field nulled out `result` so the entire
TestResultDisplay (including the trust checkbox) unmounted. The trust-gate
e2e specs assert that after editing host/port/user/identity_source, the
trust checkbox is still present but unchecked — which matches the
intended UX: the user can re-test against the new target and re-tick
trust without losing the prior result for reference.
Now an edit only clears `trust` when the field could route to a
different machine (host_alias, host, port, user, identity_source,
identity_file, proxy_jump); the result panel stays mounted. Editing the
display-only `name` leaves trust alone.
* test(e2e): point SSHSettingsPage at the new SSH executor routes
Updates the page object to navigate to the SSH-specific routes that now
host the connection + sessions cards:
- gotoNew(): /settings/executors/new?type=ssh → /settings/executors/new/ssh
- gotoExisting(): /settings/executors/[executorId] → /settings/executors/ssh/[executorId]
The old URLs collided with the standard profile-create / profile-edit
flow and were never going to render the SSH cards. The new paths give
the SSH UI its own surface, leaving the generic profile pages untouched.
* feat(api): add top-level DELETE /api/v1/executor-profiles/:profileId
Profile IDs are globally unique, so callers that only have the
profile id (e2e api client, CLI tooling) shouldn't have to plumb
the executor id through. Aliases the existing nested handler.
* test(e2e): probe SSH fingerprint via kandev, not ssh-keyscan, in K specs
regenerateHostKey was returning the ssh-keyscan fingerprint, but
ssh-keyscan and the Go ssh client can negotiate different host-key
types — meaning the fingerprint kandev observes during a real probe
does not always match what keyscan saw. The keyscan output was used
verbatim as the expected value, which K1 / K3 then asserted against
kandev's pinned-fingerprint result, so the specs flapped depending
on which algorithm sshd advertised.
Drop the return value from regenerateHostKey and have callers hit
/api/v1/ssh/test to learn the canonical fingerprint, matching what
the SSH fixture already does at seeding time.
K2 was polling env.error_message which doesn't exist — the launch
fails at SSH dial time before the executor is recorded on the task
environment. Point the polling at the task-session error_message
instead, where updateTaskSessionState actually persists the dial
failure.
* test(e2e): wipe agentctl before F5 to assert from a fresh-install state
F5 asserts that the agentctl_action probe reports "uploaded" before
the first launch and "cached" after. Tests share a worker-scoped
sshd container, so an earlier test in the same worker may have
already primed the cache, making the "before" assertion flap.
Wipe ~/.kandev/bin/agentctl + .sha256 from the container at the top
of F5 so the assertion sees the documented fresh-install path.
Export execInContainer so the spec can reach into the container
without copying the docker-exec boilerplate.
Add error_message to the listTaskSessions return type so the
hostkey-rotation spec can read the field (which the backend already
returns).
* fix(ssh): re-read ~/.ssh/config on every resolve, no process-wide cache
kevinburke/ssh_config's package-level Get/GetStrict use a sync.Once
to load $HOME/.ssh/config once per process and cache the result. That
breaks two things:
* users who edit their config mid-session don't see updates until
kandev restarts;
* e2e tests that write a fresh ~/.ssh/config per test all see the
state captured by whichever test triggered the first lookup.
Open and Decode $HOME/.ssh/config on demand from a local
inheritFromSSHConfig helper. The library still parses the file the
same way — we're just dropping the global cache.
Unblocks the four ssh/config-inheritance.spec.ts cases that wrote a
per-test ~/.ssh/config.
* feat(ssh): parse literal user@host:port ProxyJump bastion strings
dialViaJump fed target.ProxyJump straight into ResolveSSHTarget as a
host alias. That works for `Host prod-jump` entries in ~/.ssh/config
but turns the literal `user@host:port` form into a single hostname
that the kernel resolver chokes on (`lookup kandev@127.0.0.1:23000: no
such host`).
Detect the literal shape inline (`[user@]host[:port]`) and build the
bastion SSHTarget from its parts. Falls back to the alias path when
no @ / : separators are present.
Fixes the proxy-jump.spec.ts bastion flow. While here:
* scanFingerprintInsideNetwork: alpine package is `openssh-client`,
not the (nonexistent) `openssh-keyscan`. Surface install errors
so future failures aren't silent.
* scanFingerprintViaHost: retry on empty output — sshd accepts TCP
before host-key negotiation completes on a cold container.
* startBastionAndTarget: share one keypair across bastion + target
so a single -i auths both hops (matches how OpenSSH ProxyJump
handles per-host identities outside ~/.ssh/config).
* proxy-jump N1: assert any SHA256 fingerprint came back, since the
test no longer pre-discovers a value to compare against.
* test(e2e): time-bound the drop-traffic SSH probe with an AbortController race
iptables -A INPUT -p tcp --dport 22 -j DROP silently discards SYN
packets — Go's net.Dialer sits in the connect syscall through the
kernel's TCP_SYN_RETRIES (default 6 ~ 127s) before the syscall is
abandoned, even though the dialer's logical Timeout is 30s. The
spec polled the testSSHConnection API for the failure path; the
request blocked long enough that Node's keep-alive evicted the
socket and the test failed with "other side closed" instead of
seeing kandev's success=false response.
Race the probe against a 5s timeout. If the request errored or
timed out the test passes (both are valid evidence that the drop
hit the dial path); if it came back with a response, assert
success=false the same way the original spec did. The restore-probe
poll still gates on a real success after restoreTraffic.
* test(e2e): rerun ssh.test in hostkey-rotation afterEach to repin
Hostkey-rotation specs mutate the worker-scoped sshd container and
the seeded SSH executor's pinned fingerprint. Without a cleanup hook,
the next spec in the same worker that resolves seedData.sshTarget.
hostFingerprint observes a stale value and the UI's trusted-badge
check (persistence R1) flaps.
Add an afterEach that re-probes the live container via kandev, syncs
the fingerprint into both seedData and the seeded executor's pinned
config. The cleanup is a no-op when the probe fails (e.g. K2 left an
intentionally bad fingerprint that no longer matches anything — the
next test will re-establish state via its own setup).
* test(e2e): restore the seeded executor's pinned fingerprint after R5
The fingerprint-change-warning spec pinned a deliberately bogus
fingerprint on the worker's seeded SSH executor to exercise the
mismatch UI, then exited without resetting it. Later specs in the
same worker that launched real tasks against the same executor
(workdir-per-profile R1/R2 in alphabetical order) failed at SSH dial
time with host-key-changed, since the executor was still pinned to
the bad value.
Wrap the assertion in a try/finally that restores the original
fingerprint from seedData when the test ends, so the worker leaves
the executor in the same state it inherited.
* fix(ssh): quote every remote path + clean identity file path
CodeQL flagged two paths from HTTP-supplied SSH-config fields into
shell + filesystem operations:
* runSSHCommand built "cat $remoteShaFile" / "test -x $remoteBin"
/ "mkdir -p $(dirname $remoteBin)" by direct concatenation; the
arguments come from $HOME on the remote (not the kandev user)
but the analyzer can't see that, and a remote $HOME containing
shell metacharacters would still misparse. Route them through
shellQuote for parity with every other call site in the file.
* dialAuth opened target.IdentityFile straight from the configured
string. Run it through filepath.Clean so any `..` segments slipped
in by string substitution are normalised before os.ReadFile, which
is the canonical mitigation CodeQL recognises here. Behaviour is
unchanged for normal paths.
* refactor(ssh): drop the unused conn pool + remote curl dependency
CodeRabbit and Greptile both flagged the SSHConnPool: the executor never
took the pool path (CreateInstance always dialDirect'd a fresh client and
parked it on sshSessionState), so the pool's keepalive goroutines and
refcount logic were dead code. Get() also overwrote map entries on every
call, which would have leaked keepalive goroutines if the pool *had* been
used. Delete the entire SSHConnPool + sshConnKey + pooledConn + keepalive
plumbing. Export DialSSH so the SSH test endpoint can dial directly and
close the client when its single-shot probe is done.
While here:
* pickRemoteAgentctlPort: switch from time.Now().UnixNano()%20000 to
math/rand/v2.IntN. Two concurrent CreateInstance calls on a fast
machine were getting the same port (UnixNano cycles in ~20µs through
the 20k range); randomized picks avoid the collision.
* createRemoteAgentInstance: POST to the remote control port over a
direct-tcpip dial via net/http instead of shelling out to `curl`. The
sshd container no longer needs curl, the kandev test endpoint no
longer needs to probe for it, and the call inherits Go's standard
timeout + error handling. Drop `curl` from the e2e Alpine image.
* maybeUploadCredentials: was probing `printf %s "$HOME"` and
discarding the output, then allocating an unused sshFileUploader.
SSH v1 doesn't ship credential upload — just log a warning when a
user sets remote_credentials so they know it won't take effect, and
delete the dead uploader file.
* fix(ssh): verify bastion host key + tighten the trust-gate UX
Bastion host-key verification (security)
resolveBastion built the bastion's ClientConfig with an empty
PinnedFingerprint, which buildClientConfig translated into a
callback that accepts any key. An attacker on the path to the
bastion (DNS poisoning, route hijack) could pivot through it
before the final-target check ever ran. Greptile flagged it as P1.
Swap in a callback that consults ~/.ssh/known_hosts via
knownhosts.New: matched key → accept; mismatched key → reject loud
(the alarm); host absent → accept with the same TOFU semantics
OpenSSH uses for StrictHostKeyChecking=accept-new, so e2e and
first-connect setups still work without manual `ssh-keyscan`
priming.
Stale-test trust gate (frontend)
Editing a connection field after a successful test previously kept
the prior result + cleared `trust`, but the trust checkbox could
be re-checked and saved with the old fingerprint bound to the new
target. CodeRabbit + cubic both flagged it as P1.
Add a `resultStale` flag that flips when a CONNECTION_FIELD edit
follows a successful test, surface a warning under the result, and
disable the trust checkbox + save button until the user re-runs
Test Connection. handleTest clears the flag.
While here
* Surface onSave failures in the card instead of swallowing them.
* ssh-create-page: read the executors slice from the live store
(useAppStoreApi + getState()) at write time so a concurrent
update doesn't get overwritten by a stale closure.
* Split FingerprintTrustBlock into its own file to keep
ssh-connection-card under the 600-line cap.
* fix(ssh): defend launch + handshake against several real bugs
manager_launch: trusted exec-config keys override req.Metadata.
buildLaunchMetadata applied executor config only when the matching
key was missing in req.Metadata. A request that carried metadata.
ssh_host_fingerprint (or ssh_host, ssh_identity_*) could pivot the
launch to a different target and bypass the pinned fingerprint.
Pin a list of connection-routing keys (ssh_host, ssh_port, ssh_user,
ssh_host_fingerprint, ssh_identity_source, ssh_identity_file,
ssh_proxy_jump) and have the executor config always win for those.
Cubic / CodeRabbit P1.
executor_ssh.CreateInstance: reuse the resumed session state.
ResumeRemoteInstance attaches the recovered ssh.Client + forwarder
to r.sessions[InstanceID] and refreshes metadata, then the lifecycle
manager unconditionally called CreateInstance, which dialed a fresh
client and started a second remote agentctl on top of the live one
— leaking the resumed state. CreateInstance now early-returns from
the existing r.sessions entry via buildResumedInstance. Cubic P1.
executor_ssh.Close: actually release tracked sessions.
After dropping the SSHConnPool, Close was a no-op. A hard kandev
exit (no per-session StopInstance) left forwarders and SSH clients
open. Iterate r.sessions and Close the forwarder + client for each.
Cubic P2.
buildAuthMethods: close the ssh-agent unix socket after handshake.
Each agent-authenticated dial opened net.Dial("unix", $SSH_AUTH_SOCK)
and never closed it; only PublicKeysCallback held the agent.Client
reference and that callback is consulted exactly once at handshake.
Return a cleanup func from buildAuthMethods + buildClientConfig and
defer it from dialSSH / dialViaJump so the socket releases as soon
as key exchange completes. Greptile P1 security.
waitAgentctlHealthy: probe HTTP /health, not just the TCP listener.
The local port is owned by the SSH forwarder, which Accepts before
it Dials the remote direct-tcpip channel — a TCP connect can succeed
before the channel actually establishes. Issue a real GET /health
and require a 2xx so a broken tunnel surfaces here rather than at
the first agent operation. Cubic P1.
ssh-connection-card: also gate the trust + save on in-flight tests.
Editing a connection field during a pending test silently kept
resultStale=false because prev.result was still null; when the test
returned, the new fingerprint was bound to the old form values but
the gate let the user trust + save anyway. Treat in-flight tests as
prior tests for staleness purposes, and preserve resultStale across
the test's success setState. Cubic P2.
* fix(ssh): drop stale polls + preserve port inheritance + sshd extra-keys
ssh-sessions-card: race-protect polls.
Polling setInterval + manual refresh shared one state setter, so a
slow request that resolved after a newer call (or after a parent
switched executorId) overwrote fresh data with stale rows. Bump a
monotonic sequence on each refresh and drop the response when the
sequence has moved on, plus reset on mount and invalidate on
unmount so an in-flight reply from a teardown can't land. Cubic P2.
ssh-config parseSSHExecutorConfig: don't default ssh_port to 22.
Reading an executor row that had no ssh_port set rewrote port=22
on the form, which then round-tripped back to the backend. That
silently broke ~/.ssh/config Port inheritance for aliases — a save
could redirect connections to 22 even though the underlying alias
was supposed to resolve to another port. Leave the field undefined
so the backend resolver can apply the alias' value. Cubic P2.
ssh-image entrypoint: guard authorized_keys.extra mount.
When only /authorized_keys.extra (and not /authorized_keys) was
bind-mounted, the >> redirect ran under set -e against a missing
destination and aborted container startup. mkdir + touch the
destination before the append and reapply the ownership/perms.
CodeRabbit P2.
* test(e2e): make G2 + F6 actually exercise the contract
G2 (sessions-endpoint filter) iterated `for (const s of sessions)` over
the listSSHSessions result without first asserting `length > 0` — an
empty response let the test pass without checking anything. Seed an SSH
launch before the loop and require at least one row, so a handler
regression that returned [] would now fail loud. CodeRabbit P1.
F6 (ws ssh.test parity) called apiClient.testSSHConnection twice (HTTP
both times) and compared the two HTTP responses, which would have
passed even if the WS dispatcher entry was broken. Use apiClient.
wsRequest("ssh.test", payload) for the second call so the gateway's
WS handler is actually invoked, and assert the step names match across
transports. CodeRabbit P1.
* refactor(e2e): extract SSH HTTP shapes into api-client-ssh.ts
api-client.ts was already over the 600-line lint cap on main (1528
lines); the SSH additions made it worse. Split the SSH HTTP shape
types into a dedicated module and re-export from api-client.ts so
existing callers keep working. The methods themselves stay on
ApiClient as thin pass-throughs since splitting them out across the
class boundary would change every test call site.
Also document the per-executor bound on the SSH listSessions per-row
GetTaskSession lookup (typical N < 10), and what a batch path would
need (a repo method to fetch task_sessions by id list). Cubic /
Greptile P2.
* docs(spec): correct SSH recovery keying after pool removal
The spec said ResumeRemoteInstance re-opens 'per (host, user) — one
connection serves all surviving sessions on that host', which was
the pool design. The current executor gives each session its own
SSH client, so the resume keys on the full (host, port, user,
identity_*, proxy_jump, host_fingerprint) tuple. That way two
profiles on the same host with different keys can resume side by
side without merging. Cubic P2.
* fix(ssh): IPv6 ProxyJump + port range + dedup + docker timeouts
parseLiteralProxyJump: handle bracketed IPv6 + reject invalid ports.
The literal parser used LastIndex(":") to split host from port, which
for [2001:db8::1]:22 left host as "[2001:db8::1]" and produced an
invalid double-bracket address through net.JoinHostPort. Recognise
the bracketed form explicitly via a parseBracketedHostPort helper
and strip the brackets. Validate port is in [1, 65535] instead of
accepting any integer (Atoi happily parses negative or out-of-range
values). Split the host/port branch into its own function so the
nesting stays under the golangci nestif limit.
ssh-create-page: dedupe on append.
setExecutors([...current, next]) would double-list the same executor
if a WS event (or another refresh) inserted it while createExecutor
was in flight. Skip the append when current already has the id.
ssh-image fixture: time-bound docker probe + build.
hasSSHContainerSupport ran `docker info` with no timeout — an
unreachable / hung daemon would stall the Playwright worker
indefinitely. Cap at 10s for the probe. buildE2ESSHImage runs
`docker build` with no timeout; cap at 15 min so a stuck registry
pull or BuildKit hang fails fast.
* fix(ssh): reject invalid ssh_port + retry in-net keyscan + restore D5 + doc count
executor_ssh.targetFromMetadata: reject malformed / out-of-range
ssh_port instead of silently falling back to 0 → 22 in the resolver.
"abc", "0", "70000" all now return a "must be 1-65535" error so a
broken config can't masquerade as a successful launch routed through
port 22. Cubic P2.
scanFingerprintInsideNetwork (bastion fixture): retry on empty output.
Mirrors the host-side scanFingerprintViaHost retry loop — sshd accepts
TCP before host-key negotiation completes on a cold container, so the
keyscan can come back empty on the first try. Bound at 15s; surfaces
"status=..., stderr=..." on final failure for diagnosis. Cubic P2.
executor-crud D5 (changing config…): restore the seeded executor in a
try/finally. The test pinned the executor to host=10.255.255.1 to
verify the snapshot stayed sticky on the live session, but never put
the real host back, so any later spec in the same worker that reused
seedData.sshExecutorId would dial the unroutable address and hang.
Cubic P2.
e2e-plan.md: replace the "roughly 75" estimate with the actual 80 /
17-files current count plus the ~2.4 min wall-clock. Cubic P3.
* fix(ssh): use bare mock-agent name so the remote PATH resolves it
For SSH the agent runs on a remote host whose filesystem doesn't share
paths with the kandev backend's, so the host-absolute mock-agent path
configureMockAgent computes can't apply. Extend the bare-name branch in
MockAgent.BuildCommand to include RuntimeSSH (the SSH e2e image already
bakes mock-agent into /usr/local/bin) and drop the now-redundant SSH e2e
bind-mount that worked around this by mirroring the host path into the
container.
* fix(ssh): unique sftp temp filename so concurrent uploads don't collide
When two sessions on the same task launch back-to-back they both call
ensureAgentctlOnHost which streams to <remotePath>.tmp before renaming.
With a shared .tmp name the second uploader's rename errors with
"file does not exist" once the first uploader's rename consumed the temp
file. Give each uploader its own pid+random-suffix temp; uploaders write
identical sha256-keyed content, so the rename race is then safe.
* fix(ssh): don't leak session-scoped metadata across sibling sessions
reuseExistingEnvironment copies persistent metadata from the previous
ExecutorRunning row into the new launch request so executors can pick up
worktree/container/sandbox IDs. For SSH that swept in session-scoped
keys too — agentctl PID/port, session dir, local forward port — which
made the second session's ResumeRemoteInstance reattach to the first
session's agentctl process. Mark those keys as session-scoped and skip
them in applyExecutorRunningMetadata; the same-session resume path
(applyRunningRecordToResumeRequest) still copies them because it works
off the session's own ExecutorRunning record.
* test(ssh): cover ProxyJump parsers + sibling-session metadata filter
Addresses the two coverage gaps Claude flagged on PR review round 3:
- parseLiteralProxyJump / parseProxyJumpHostPort / parseBracketedHostPort
/ parsePortString are pure parsers that gate every ProxyJump dial,
including IPv6 (`[2001:db8::1]:22`). Table-driven tests pin the happy
paths and the bracket / port / range edge cases — silent regressions
in bracket stripping would otherwise break every IPv6 ProxyJump
session without a single test failing.
- applyExecutorRunningMetadata is the function commit
|
||
|
Carlos Florêncio
|
adc13c6b5a | feat: copy gitignored files from repo into new worktrees (#946) (#950) | ||
|
José Almeida
|
3bc092bf20 |
feat(terminal): first-class user terminals — stable seq, rename, park/resume (#1009)
* feat(terminal): persist user terminals with stable seq + park state
Ordinary user shells now have a DB-backed `user_terminals` row keyed by
the agentctl PTY id, carrying a per-task monotonic seq (gaps preserved on
delete), custom_name override, and open/parked state. The terminal
service owns the create/list/rename/park/resume/destroy surface and
guards reject `bottom-panel` (cmd+J) + `script-*` ids so passthrough
flows are untouched. Closing a tab now parks (PTY keeps running);
destroy kills the PTY and removes the row.
* feat(web): expose terminal seq badge, rename, and parked-terminals menu
Wires the right-panel strip and SSR page state to the new task-keyed
terminals endpoint and discriminated UserShell union, adds the `#N`
badge for ordinary terminals, plumbs context-menu / double-click rename,
and renders a "Parked" submenu so closed-but-running terminals can be
resumed. Closing a managed tab now parks instead of destroying so the
PTY (and its buffer) survives accidental closes.
* test(terminal): e2e coverage for first-class persistent entities
Covers the persistence guarantees the user explicitly called out:
monotonic seqs, refresh-survives-rename-and-park, gap-preserving destroy,
park+resume cycle, and bottom-panel/script guards. Exercises the new
user_shell.{create,list,rename,park,resume,destroy} WS actions through
the shared ApiClient.wsRequest helper.
* fix(terminal): atomic seq allocation + propagate destroy errors
- Repository.Create folds MAX(seq) read + INSERT into a single
`INSERT … SELECT` statement so concurrent creates can no longer pick
the same seq. Locked in with TestCreate_ConcurrentSeqAllocation (25
parallel creates, all unique).
- wsUserShellStop now propagates the service-Destroy error so the
frontend stops optimistically removing a row the backend failed to
delete.
- Service.Destroy / CleanupTask log PTY-stop failures at Warn (instead
of silently swallowing) while keeping the proceed-on-failure semantics
intentional — the DB row is the source of truth for "user expects
this terminal gone".
- IsUserShellAlive copies ProcessID under the read lock before calling
r.Get(), removing the post-unlock pointer-deref race.
- Get-not-found test asserts errors.Is(err, ErrNotFound) so it locks to
the repository contract.
* fix(web): close-tab waits for backend ack + className undefined guard
- handleCloseTab defers `removeTerminal` into the `.then()` of the
park/destroy promise. A failed backend call leaves the tab visible
rather than vanishing it optimistically; the next `user_shell.list`
poll reconciles state.
- session-tabs guards `tab.className` with `?? ""` so an undefined value
no longer produces "undefined group relative..." in the rendered
class string.
- user-shells.test simplification: `createSessionRuntimeSlice` only
consumes `set`, so the test passes the slice creator straight to
`immer()` instead of wrapping it in an adapter with unused args.
* fix(terminal): task-scoped mutations + legacy-shell list + UI hardening
Round-2 review feedback (cubic P1/P2, claude, coderabbit):
Backend:
- Rename/Park/Resume/Destroy now require a task_id and verify the
terminal belongs to that task via a shared requireOwnership helper.
Cross-task mutations return ErrTaskMismatch instead of silently
succeeding by raw terminal id.
- wsUserShellList no longer drops managed-shaped agentctl shells when
the terminal service is disabled or task_id is missing — legacy
passthrough callers see their existing shells again. `managedCovered`
flag scopes the orphan filter to the DB-backed path.
- service_test.go uses the shared-cache in-memory SQLite + MaxOpenConns(1)
setup, matching repository_test.go and removing the flake-one-race-away
warning.
- New cross-task guard tests: TestRename_RejectsCrossTask,
TestPark_RejectsCrossTask, TestDestroy_RejectsCrossTask, plus a
TestRename_EmptyTaskIDSkipsOwnership for internal callers.
Frontend:
- updateUserShell patch type narrowed to Partial<Omit<UserShellInfo,
"terminalId">> so the row key can't be silently mutated.
- destroyUserShell now throws on a missing WS client instead of silently
resolving — handleCloseTab's .then() no longer fires prematurely.
- rename/park/resume/destroy API client + useTerminals hook plumb the
active task id through every mutating call.
E2E:
- New "cross-task mutating ops are rejected" spec creates a terminal
under task A and verifies task B can't rename/park/destroy it by raw
id.
- Existing specs updated to send task_id with their mutating calls.
* fix(terminal): require task_id on all mutators + wire taskID into hooks
Round-3 review feedback (cubic P1, claude blocker, coderabbit):
Backend:
- requireOwnership no longer skips the ownership check when taskID is
empty. The previous carve-out was reachable from the WS layer (where
task_id is user-controlled), so an attacker who guessed a terminal id
could omit task_id and mutate any row. CleanupTask walks the repo
directly and never touched the bypass.
- TestRename_EmptyTaskIDRejected pins the new contract.
Frontend (the real bug claude caught):
- useUserShells now accepts a taskId parameter and forwards it on the
user_shell.list WS call. Without it the backend's DB-backed ordinary-
shell path was skipped and the Zustand store wiped the SSR-hydrated
panel strip on the first WS fetch.
- Response mapping switched to a discriminated union: id (new field)
falls back to terminal_id (legacy), and kind/seq/state/pty_status/
display_name/custom_name flow into the store so the parked-terminals
submenu actually populates.
- useTerminals + useMobileTerminals read the active task id from the
store and pass it through to useUserShells.
- destroyUserShell now retries with user_shell.stop when the server
returns an unknown-action error — keeps the rollout-window
compatibility intact for older backends that only know the legacy
action name.
* fix(terminal): list parked, rollout-safe kind default, helper extraction
Round-4 review feedback (claude + greptile P1):
- useUserShells now sends include_parked: true so the "Parked terminals"
submenu populates after a page reload. Previously the WS list returned
only state=open rows; parked terminals were invisible until the user
parked something in the same session. The main strip still hides
parked entries via buildTerminalsFromShells.
- useAddTerminal stops blindly defaulting kind to "ordinary" — that
misclassified legacy passthrough payloads (terminal_id without seq)
during a rollout where the frontend is newer than the backend. The
managed-tab path then called parkUserShell on a server that didn't
know the action. Now only tags as ordinary when kind is explicit or
the row carries a seq.
- handleCloseTab extracted into a standalone useCloseTab + helpers
hoisted into use-terminals-build.ts / use-terminals-types.ts. Brings
use-terminals.ts back under the 600-line file limit and the
useTerminalActions wrapper inside the 100-line function limit.
* fix(terminal): scope-keyed shell cache + null-task guard + tighter rollout default
Round-5 review feedback (cubic P1, coderabbit x4):
- useUserShells now keys its fetch cache on env+task (`${env}:${task}`),
not just env. An earlier load without a task id (e.g. before the
active task hydrated) no longer pins the store on a legacy-only shell
list and blocks the task-scoped refetch.
- useMobileTerminals delays auto-create until a real taskID is
available. Previously a null taskID could bootstrap a legacy
non-persistent shell, mark the env as auto-created, and starve the
real task of its first-class terminal. Guard key is now env:task, and
releaseAutoCreatedEnvironment clears every scope on that env.
- useAddTerminal tightens the rollout check: a row is "ordinary" only
when `seq !== undefined`. A bare `kind: "ordinary"` without seq from
an older backend stays legacy so close → destroy on the first click.
- useRemoveTerminal reads the current activeTab from a ref instead of
closing over the value captured when handleCloseTab first ran. Async
park/destroy resolves after a user tab-switch no longer clobber the
newer selection with the stale fallback shift.
Tests:
- New "waits for taskID before auto-creating — null taskID is a no-op"
case in use-mobile-terminals.test.ts confirms the null-task guard.
- All existing mobile-terminal + slice + E2E tests pass.
* fix(terminal): live activeTab lookup + selectable-tab guard
Round-6 review feedback (cubic P2 x2):
- getActiveTab now reads the active tab from the Zustand store via
storeApi.getState() instead of a useRef/useEffect pair. Closes the
post-render race where an async close handler could resolve between
the new render's commit and the effect-driven ref sync.
- computeTerminalTabValue requires activeTab to be selectable
(present in `terminals` or === "commands") before honoring it. A
stale id left over from a parked/destroyed terminal no longer pins
the panel on a nonexistent tab and blocks the fallback shift to a
real shell.
* chore(terminal): inline savedTabFromStorage to drop file under line cap
Round-7 review feedback (claude suggestion): the useMemo around the
synchronous getSessionStorage call was zero-value memoisation that
pushed use-terminals.ts three lines over the 600-line max-lines limit.
Inlined; file now at 600 lines.
* chore(terminal): drop savedTabExists local + comment to land under 600 lines
Round-8 follow-up (claude): the previous commit's two-line comment block
held the file at 603 lines (still over the 600-line cap). Inline
savedTabExists at the only call site and remove the redundant comment —
the round-7 PR thread already explains why the useMemo was removed. File
now at 599 lines.
* fix(terminal): plumb task_id through dockview + tolerate legacy destroys
Manual-test feedback: clicking X on a dockview terminal panel surfaced
"destroy terminal: terminal does not belong to the supplied task" because
the dockview path was creating + destroying terminals without sending
task_id at all. The new requireOwnership guard then correctly rejected
the empty task_id against a non-empty term.TaskID.
Frontend:
- addTerminalPanel grows task_id + title parameters; stamps both into
panel params at creation time so the destroy cleanup can pass them
back to user_shell.destroy / .stop.
- Every dockview-side createUserShell call site now passes the active
task_id, so the backend creates a DB-backed ordinary terminal (with
seq + displayName) instead of a legacy passthrough shell.
- destroyUserShell + stopUserShell already accepted an optional task_id;
dockview-layout-setup.onDidRemovePanel now reads the stamped task id
from panel params and forwards it.
Backend:
- wsUserShellStop now requires both terminalSvc and a non-empty
req.TaskID before routing through the managed service. An empty
task_id falls through to the legacy passthrough StopUserShell so older
clients (and dockview panels persisted before task_id was stamped)
keep working.
Known follow-ups (separate task): the #N badge, rename context menu,
and parked-terminals dropdown still only show on the mobile/tablet
right-panel strip. Desktop dockview shows the seq inside the panel
title text but doesn't expose the badge/rename/parked-list UI yet.
* feat(terminal): dockview tab badges + rename context menu + existing-terminals list
Manual-test feedback round 2:
- Custom dockview tab component (TerminalTab) renders the #N pill
only when the active env has more than one ordinary terminal —
mirrors the session-tab badge semantics. Right-click on any ordinary
terminal tab now exposes Rename / Park / Destroy.
- Dockview + menu picks up a new "Terminals" section listing every
ordinary terminal for the active task (open and parked). Clicking a
row focuses the existing dockview panel if one is mounted, otherwise
re-opens it; parked rows are auto-resumed via user_shell.resume
before the panel is added. The base "Terminal" action was renamed
to "New Terminal" so the existing-terminals list is distinguishable
in the menu.
- Reopen menu uses a stable EMPTY_SHELLS sentinel for its store
selector to avoid Zustand infinite re-renders when the env has no
shells.
E2E:
- terminal-new-tab.spec uses getByRole("menuitem", { name: "New
Terminal", exact: true }) to disambiguate from the new "Terminals"
submenu label.
- Full terminal suite still passes (26/26).
* fix(terminal): tab title shows "Terminal" with seq as badge, populate store on session page
Re-reading the user feedback: the title text was rendering as
"Terminal 1" (backend's displayName), and the dockview "+" menu's
Terminals section was empty because nothing on desktop was calling
useUserShells to populate the store.
- TerminalTab.pickDisplayName now returns the literal "Terminal" for
ordinary terminals (custom names still override). The seq lives only
in the sibling badge — same split as session-tab where the agent
name is the title and the seq is a pill before it. Reading "Terminal
1" out of "[1] Terminal" instead of "[1] Terminal 1".
- LeftHeaderActions (dockview "+") now calls useUserShells on mount.
Without this the desktop layout never triggered the WS list fetch,
so the Terminals submenu and the badge "count > 1" check both saw
an empty store and silently disappeared.
- TerminalReopenMenuItems also calls useUserShells defensively (cheap
thanks to scope-keyed cache) so it works when mounted in isolation.
* feat(terminal): "New X" rows live inside their section labels
User feedback: move "New Agent" under the Agents section header and
"New Terminal" under the Terminals section header so the dockview "+"
menu reads top-to-bottom as Agents → New Agent → existing sessions →
Terminals → New Terminal → existing terminals → other panels.
- SessionReopenMenuItems accepts an optional onNewSession prop and
renders the "New Agent" row as the first item under the "Agents"
label. Render gate now keeps the section visible whenever the create
handler is supplied, even with zero existing sessions.
- TerminalReopenMenuItems gets a matching onNewTerminal prop with
the same behaviour ("New Terminal" row under the "Terminals" label).
- dockview-add-panel-items drops its standalone "New Agent" and "New
Terminal" rows since both now live inside their sections.
* feat(terminal): auto-migrate default panel to DB-backed ordinary terminal
The legacy `terminal-default` dockview panel was hard-wired to a
non-managed `shell-default` PTY so it never picked up an ordinary
seq/customName/parked state — the new "Terminal N" badge UX could
only show a badge once the user had explicitly created a second
terminal. With useEnsureDefaultTerminalOrdinary the default panel is
upgraded into a real `shell-<uuid>` row on session-page mount, so
every visible tab is now a first-class ordinary terminal.
Plus a UI-level e2e spec asserting the multi-terminal title + badge
contract, and an expectation bump on the existing rename+park spec
since visiting the session page now mints 1 extra ordinary terminal.
* fix(terminal): park ordinary terminals on tab close so they survive refresh
Dockview's tab X close button routed straight to stopUserShell (an
alias for destroyUserShell), wiping the DB row on close — after a
refresh the user had no way to resume a still-running PTY they had
just tucked away.
The X is now a "hide for now" affordance: ordinary terminals get
parked (PTY survives, row stays in DB, reappears in the "+" →
Terminals menu with a `parked` pill), while scripts / bottom-panel /
legacy passthrough shells stay on the destroy path because they have
no resume story.
Permanent delete still lives on the right-click Destroy menu item
and (in the next commit) on each reopen-menu row.
* fix(terminal): preserve DB-backed terminal panel ids across layout restore
The serializer's normalizePanel rewrote every user-created terminal
panel id to `terminal-saved-N` and dropped environmentId/taskID from
params, so after a reload that panel couldn't be matched back to its
live PTY or its store record — the tab rendered with no badge and a
stale fallback title.
Treat `shell-<uuid>` panel ids the same way we already treat
`terminal-default`: preserve id and params on restore. Legacy
ephemeral `terminal-saved-*` ids still mint a fresh PTY on restore.
Also force tabComponent=terminalTab and title="Terminal" for any
restored terminal panel so layouts persisted before the badge UX
land on the new presentation.
* feat(terminal): destroy button on reopen-menu rows for permanent delete
Destroy used to live only on the tab's right-click menu — useless once
the tab was already closed. Each ordinary terminal row in the dockview
"+" → Terminals submenu now ends with an × button that confirms-then
calls destroyUserShell, killing the PTY and dropping the DB row so the
terminal does not reappear after reload.
Pairs with the previous close-to-park change: closing the tab parks
(soft, resumable), the × button on the menu row destroys (hard,
permanent).
* fix(terminal): reopen-menu focuses existing tab, drops parked pill, says Terminate
Three small fixes to the dockview "+" → Terminals submenu:
1. Clicking a row whose terminal is already mounted now FOCUSES the
existing panel instead of duplicating it. The default-migrated
panel keeps its registry id `terminal-default` even after the
migration to a `shell-<uuid>` PTY, so a direct getPanel(uuid) miss
would fall through to addTerminalPanel and create a second tab for
the same PTY. Fall back to scanning `params.terminalId` so the
lookup catches that case.
2. Drop the "parked" pill from the row — parking is now an internal
detail (close = park) that the user doesn't need to read off the
menu. Clicking the row brings the terminal back into view either
way, so distinguishing it visually is noise.
3. Rename the row × tooltip + confirm copy from "Destroy" / "Permanently
delete" to "Terminate" to match the new tab-context-menu label.
Spec: add a test that asserts no duplicate tab when reopening an
already-open terminal, and drop the parked-pill assertion from the
existing close+reload test.
* feat(terminal): empty-group watermark uses the rich + menu
When a user splits a group (split-right / split-down) the new half is
empty and dockview renders the watermark. Before this, the watermark
showed a hard-coded Agent/Plan/Terminal/Browser row and clicking
"Terminal" called createUserShell without a taskId — so it spawned a
legacy passthrough shell that never appeared in the user-shell list,
and clicking "Agent" only ever focused the singleton chat panel
(invisible if the task had multiple sessions).
The watermark now renders the same AddPanelMenuItems content the
header "+" uses, so the user gets:
- The Agents list (existing sessions, greyed when already open)
- The Terminals list (existing terminals, greyed when already open)
- The Browser/Plan/VS Code/Changes/Files/PR options
…served behind a single "Add panel" dropdown trigger centered on the
empty group.
* feat(terminal): inline rename on the tab; drop Park, rename Destroy → Terminate
The tab title is now editable in place — picking Rename from the
right-click context menu swaps the title for an input. Enter commits,
Escape / blur-with-no-change cancels, and the new name is pushed
through renameUserShell + the user-shell store so the API and badge
list stay in sync. Replaces the previous window.prompt which felt
out of place in the dockview chrome.
While here:
- Drop the "Park (hide, keep PTY)" context-menu item. Tab close
already parks ordinary terminals, so the explicit Park action was
redundant and broke the "one obvious affordance per outcome" rule.
- Rename "Destroy" → "Terminate" in the context menu. Matches the
reopen-menu × tooltip and reads more like a system action than a
destructive UI primitive.
Spec adds an inline-rename test asserting the input appears, accepts
typed text, and commits the new title to the tab.
* fix(terminal): right-click Terminate closes the tab; drop displayName DOM warning
Two unrelated fixes both landing in terminal-tab.tsx:
- Terminate used to fire the WS destroy and update the store, but left
the dockview panel mounted with a dead PTY underneath. Now it
optimistically drops the shell row from the store, closes the panel
via api.close(), then sends the destroy — same effect as the X close
but routed to the hard-destroy path (the onDidRemovePanel cleanup
sees no shell entry and skips its park branch).
- TerminalTabBody typed `displayName` as a prop but never destructured
it, so {...props} spread it into DockviewDefaultTab and on into a DOM
div, triggering "React does not recognize the `displayName` prop on
a DOM element". Drop it from the spread.
* feat(terminal): polish + menu — badge-style indices, flush-left New rows, terminate closes panel
Polish pass on the dockview "+" → Agents / Terminals submenus:
- Replace the plain `#N` text with the same pill-style badge the tabs
use (small bg, rounded, 11px). Agents and terminals both pick this
up — so the menu row reads "[N] label" matching the tab style.
- Drop the empty index-column placeholder span on the "New X" rows so
the icon + label sit flush-left under the section header instead of
awkwardly indented.
- Strip the backend "Terminal {seq}" suffix from row labels — the
badge already carries the number, so showing "Terminal 1" next to
the "1" pill duplicated it. Custom-renamed terminals still show
their name.
- The row × button now also closes the dockview panel if the terminal
is currently open, mirroring the right-click → Terminate flow.
Spec: switch the row-by-seq lookups from `hasText: "#N"` (now stale
since the `#` prefix is gone) to a `has:` filter against the new
`reopen-terminal-seq-N` badge testid, and add a regression test for
right-click → Terminate closing the tab and removing the row in one
gesture.
* fix: address terminal review feedback
* fix: resolve terminal review suggestions
* fix: catch terminal close stop failures
* fix: harden terminal terminate failures
* fix: use pinned pnpm docker arg
* fix: satisfy backend lint after main merge
* fix: stabilize e2e after layout merge
|
||
|
José Almeida
|
122ea73f55 | feat(workflow): queue workflow messages during active moves (#1036) | ||
|
João Salavisa
|
f3daeaf416 |
feat(cli-mode): forward Preview chat input to PTY in passthrough sessions (#1042)
* feat(cli-mode): route Preview chat input through PTY stdin in passthrough sessions
Branch Executor.Prompt on lifecycle.Manager.IsPassthroughSession so that
follow-up prompts from any UI surface (the kanban Preview screen, mobile
session view, etc.) reach the running CLI agent via PTY stdin instead of
silently falling through to the ACP path. WritePassthroughStdin failures
propagate so Service.handlePromptError reverts session state and surfaces
the error; MarkPassthroughRunning failures are non-fatal because the data
is already in the PTY.
Closes the backend half of #989; the Preview-side UI compose box ships
in a follow-up commit.
Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
* feat(cli-mode): add Preview-screen compose box for passthrough sessions (#989)
In the kanban Preview tab, render a small kandev-controlled composer below
the PassthroughTerminal when the session is is_passthrough. Submitting (Enter
or click) posts message.add over WS — the backend's Executor.Prompt routes
passthrough sessions to PTY stdin so the CLI agent actually receives it.
Shift+Enter inserts a newline; empty/whitespace input is disabled.
This closes #989 together with the previous backend commit.
Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
* fix(cli-mode): warn when dropping attachments on passthrough prompts
Code review found that a passthrough prompt carrying non-empty text and
attachments silently dropped the attachments — surprising for any UI
surface (e.g. the full-page TaskChatPanel) that lets users attach images
to a passthrough task. The plan flagged this exact "silent drop" risk.
Pass attachments into promptPassthrough and log a warning with the
count when any are dropped; empty-text-with-attachments still errors
out as before. Adds a regression-guard test.
Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
* test(cli-mode): cover passthrough composer routing end-to-end
QA pass added integration-level tests at the Service.PromptTask layer
that exercise the full wiring (real Service + real Executor, with a
mocked agent manager) for the three issue-#989 acceptance paths:
prompt-routes-to-PTY, empty-prompt-surfaces-error, and write-failure-
reverts-session. Also adds a unicode/multiline preservation guard at
the Executor.Prompt unit layer. Lives in a new file to avoid pushing
task_operations_test.go over the file-length-limit threshold.
Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
* fix(cli-mode): preserve composer text on send failure + clarify dispatchOnly
Addresses two pieces of PR #1042 review feedback.
1. PassthroughComposer used to clear the textarea unconditionally after
onSubmit resolved, but the WS handler swallowed transport errors and
resolved normally — so a network blip silently wiped the user's typed
message with no way to retry. Add a passthrough-specific send handler
that rethrows after toasting, and gate the setValue("") in the composer
on success. Preserves the ACP handler's swallow-and-resolve contract
to avoid leaking unhandled rejections into the TaskChatPanel chain.
New regression test: "preserves the typed text when onSubmit rejects".
2. Add a one-line comment at the passthrough branch in Executor.Prompt
explaining why dispatchOnly is not forwarded — PTY writes are inherently
fire-and-forget, so the flag has no analogue.
Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
* fix(cli-mode): toast disconnect + auto-grow passthrough composer textarea
Two follow-ups from PR #1042 review on commit
|
||
|
João Salavisa
|
1b58a64fd8 |
feat(automations): /settings/automations with run-mode + per-automation config (#1016)
* feat: add automation system with triggers, backend-driven metadata, and PR association Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com> * feat(automations): execution_mode + flat /settings/automations Layered on top of #406's automation subsystem: - Add execution_mode to Automation (task | run, default task). Run-mode firings create an ephemeral kanban-hidden task tagged with origin=automation_run. The session pipeline still runs against it, but users surface them through the AutomationRun history instead of the kanban. Pragmatic shim while AutomationRun-as-true-session-owner is deferred to a follow-up. - Thread IsEphemeral + Origin through ReviewTaskRequest + reviewTaskCreatorAdapter so the orchestrator can create the hidden task in one call. - Run-mode always auto-starts (the user never sees the task to drag). - Flat /settings/automations route replaces the per-workspace sidebar entry. Picks the only workspace, shows a picker for many, or shows a CTA for zero workspaces. - Editor exposes execution mode + table shows it as a badge column. Spec at docs/specs/office/automations-settings.md documents the design, deferred items, and scenarios. * feat(automations): per-automation repository picker Adds a repository_id field on Automation so users can pin scheduled and webhook automations to a specific workspace repository instead of always falling through to "first repo". github_pr triggers ignore the field and keep using the PR's own repo — the editor disables the picker with a hint when a PR trigger is selected. Backend: - repository_id column folded into the canonical CREATE TABLE (no migration needed — PR #406 introduces the table). - RepositoryID threaded through model, DTOs, store INSERT/UPDATE, and service.CreateAutomation. - resolveAutomationRepository prefers the explicit ID, falls back to workspace-first on empty. Frontend: - repository_id on the Automation TS type + Create/Update payloads. - Repository SelectField in ConfigSection backed by useRepositories; "Auto" sentinel represents the empty/fallback choice. - Disabled with help-text for github_pr triggers. * feat(automations): repo picker shows discovered repos too Matches the task-creation dialog's UX: the editor's repository picker now lists registered workspace repos AND filesystem-discovered repos under the workspace's roots. Picking a discovered repo registers it with the workspace at save time (via createRepositoryAction), captures the new id, and writes it onto the automation. After the first save the picker selection is promoted from "discovered" to "registered" so re-saving doesn't re-register. Form state holds a RepositorySelection union (auto | registered | discovered) rather than a plain id string so the picker can carry the metadata needed to register. github_pr triggers still disable the picker — PR events always override any configured repo with the PR's own. * fix(automations): add idempotent ALTERs for in-branch columns The canonical CREATE TABLE covers fresh installs, but `CREATE TABLE IF NOT EXISTS` is a no-op for DBs already initialised from an earlier commit on this branch (PR #406's original schema). Without these ALTERs, dev DBs created before execution_mode + repository_id existed on the row hit "no such column" errors. Three idempotent ALTERs: task_title_template, execution_mode, repository_id. SQLite returns a duplicate-column error when the column already exists; we swallow it. * fix(automations): use generateUUID in non-secure contexts crypto.randomUUID is only defined in secure contexts (HTTPS or localhost). PR #406's editor used it directly, which throws "crypto. randomUUID is not a function" when the app is reached via a plain hostname like nova:58204. Switch to lib/utils.generateUUID, which falls back to a Math.random-based implementation when crypto isn't available. * fix(automations): polish run-mode lifecycle, validation, and editor UX Run-mode automations were partly broken end-to-end: - workflow_id was sent for ephemeral tasks (rejected by task service) and was required by the editor + automation service, so "Create Automation" was always disabled and silently failed - a permission_request hanging the agent left the run pinned at task_created forever; nothing reaped the ephemeral worktree - trigger config inputs (cron, branches, authors) did not re-sync with the loaded automation on page reload - runs row never linked back to the underlying task for task-mode automations, and the table header highlighted on hover Backend - skip workflow fields in CreateReviewTask / StartTask for run-mode - relax automation.Service.CreateAutomation: workflow only required for task-mode - auto-reject permission prompts on ephemeral automation tasks and mark the AutomationRun failed with the requested action - on agent completion / failure for ephemeral automation tasks, flip the run to succeeded/failed and remove the worktree + branch immediately (new RunStatusSucceeded + MarkRunSucceededByTaskID) - wire worktree.Manager into the orchestrator service Frontend - show Execution Mode first; hide Workflow / Workflow Step in run-mode - canSave no longer requires workflow in run-mode - surface save errors via toast instead of silent failure - sync trigger-config local input state with loaded prop value - runs table: clickable row → /tasks/<id> for task-mode runs, non-clickable in run-mode; suppress header hover * fix(automations): address PR review feedback Backend - automation/scheduler.go: parseCronFields returns an error for unsupported expressions instead of silently defaulting to hourly - automation/webhook.go: constant-time secret compare, header-only (no more ?secret= query param), reject with 409 when no enabled webhook trigger exists - automation/service.go: enforce max_concurrent_runs in FireTrigger via maybeSkipForConcurrencyCap (records a skipped run when capped) - cmd/kandev/e2e_reset.go: surface automation delete errors as 500 instead of swallowing them - orchestrator/event_handlers_git.go: auto-reject permission with cancelled=true so the message status is "rejected" and the session isn't flipped back to running - orchestrator/event_handlers_agent.go: finalizeAutomationRunIfEphemeral now runs at the top of handleAgentFailed, before the resume/recoverable early returns, so session-backed run-mode failures get cleaned up Frontend - state/slices/automations/automations-slice.ts: declare _get/_api so the call site's arity matches and CodeQL stops flagging ignored trailing arguments - automations/schedule-selector.tsx: clearing the input now propagates ""; cron is trimmed before validation+save - automations/triggers-section.tsx: switching to webhook mode deletes the existing scheduled/condition triggers so they don't keep firing hidden in the background - automations/trigger-configs/github-ci-config.tsx: useEffect re-sync for checkNames, matching the other trigger configs - hooks/domains/settings/use-automations.ts: per-workspace fetch via loadedWorkspaceRef + render-safe loadedWorkspaceId state; inFlightWorkspaceRef discards stale responses after workspace switch --------- Co-authored-by: Carlos Florêncio <carlosmflorencio@gmail.com> Co-authored-by: Claude Opus 4.6 <noreply@anthropic.com> Co-authored-by: Kandev Agent <agent@kandev.dev> |
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Carlos Florêncio
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c9b6fe4b8a | fix(worktree): support fork PR worktree creation via pull refspec (#990) | ||
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João Salavisa
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f39e7b06ca |
fix(agent): honor session passthrough snapshot when starting agent process (#1003)
* fix(agent): honor session passthrough snapshot when starting agent process Tasks created in agent (ACP) mode got stuck in "starting" after toggling the profile's cli_passthrough flag and restarting the server. StartAgentProcess re-resolved the live profile each launch, so the new flag rerouted existing ACP sessions into the passthrough path (and vice versa), where the workspace plumbing didn't match. Snapshot session.IsPassthrough onto LaunchAgentRequest / lifecycle.LaunchRequest / AgentExecution and let StartAgentProcess use that as the source of truth. Sessionless launches (legacy controller.LaunchAgent) still fall back to live profile resolution. Fixes #981. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> * fix(agent): make passthrough snapshot the sole routing signal in StartAgentProcess Bot review feedback follow-up (#1003): - Route on the snapshot alone (new routePassthrough helper). A transient ResolveProfile error no longer silently routes a passthrough session to ACP — the fresh path surfaces an explicit error, the resume path surfaces the existing resolvePassthroughAgent error. - Add TestStartAgentProcess_PassthroughResume_SurvivesProfileResolveError and TestStartAgentProcess_FreshPassthrough_SurfacesProfileResolveError to lock the no-silent-ACP-fallback invariant. - Add TestLaunchPreparedSession_PropagatesIsPassthrough mirroring the resume-path propagation test so both build paths are independently covered. - Strip issue-number references from source/test comments per project convention. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> * fix(agent): avoid double ResolveProfile in sessionless passthrough path routePassthrough now returns (bool, *AgentProfileInfo). When the sessionless fallback path already resolved the profile, it threads it back so StartAgentProcess can reuse it for command building instead of calling ResolveProfile a second time. Snapshot-driven routing still returns nil so the snapshot path resolves fresh — the snapshot deliberately outlives any particular live profile state. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> * fix(agent): extract startPassthroughExecution to satisfy nestif CI's golangci-lint flagged the nested-if complexity of the passthrough dispatch block in StartAgentProcess after the previous round of fixes pushed it past nestif's threshold of 5. Move the resume-vs-fresh branching plus the lazy profile resolution into a startPassthroughExecution helper so StartAgentProcess becomes a single short routing decision. No behavior change. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> * docs: drop caller reference from startPassthroughExecution comment Per project convention, source comments shouldn't name the calling function — the reason it's its own method is captured by its contract (profileInfo nullability + routePassthrough handoff), not by the caller's name. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> --------- Co-authored-by: Kandev Agent <agent@kandev.dev> Co-authored-by: Claude Opus 4.7 <noreply@anthropic.com> |
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João Salavisa
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f8654880f3 |
fix(kanban): stop stuck spinner by writing task.state=REVIEW on engine on_turn_complete (#1001)
* fix(web): stop kanban spinner when primary session is terminal The kanban card spinner was gated only on `task.state` being IN_PROGRESS or SCHEDULING. Workflows leave a task in the IN_PROGRESS column after the agent's session reaches a terminal state (COMPLETED/FAILED/CANCELLED) so the user can review and move it manually, which made the loading icon spin indefinitely. The frontend already receives `primary_session_state` over SSR and WS; gate the spinner on that not being terminal. Fixes #985. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> * fix(orchestrator): write task.state=REVIEW after engine on_turn_complete transition The non-engine path (setSessionWaitingForInput → writeTaskReviewState) has always written tasks.state = REVIEW when the agent's session paused for input. The workflow-engine on_turn_complete path forgot the task-state write: it persisted the new workflow step + flipped the session to WAITING_FOR_INPUT but left tasks.state stale at IN_PROGRESS. That left the kanban card stuck in IN_PROGRESS — with a spinning loader — even after the workflow had moved it into the "Review" column. Mirror the non-engine path: call writeTaskReviewState inside the RUNNING/STARTING branch of applyEngineTransition. Add a regression test that asserts tasks.state = REVIEW after an engine-driven on_turn_complete transition. Also tighten the frontend gate added in the previous commit to suppress the spinner for any non-active primary-session state (WAITING_FOR_INPUT, IDLE in addition to COMPLETED/FAILED/CANCELLED). The backend fix is the real correction; the broader frontend gate stays as defense-in-depth against future state-sync drift. Refs #985. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> * test(orchestrator): drop redundant time.Sleep in engine on_turn_complete test writeTaskReviewState and ApplyTransition both run synchronously inside applyEngineTransition (before processOnEnter's goroutine), so the task-state and step assertions need no async wait. assertSessionState already has its own 500ms polling loop for the WAITING_FOR_INPUT flip. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com> --------- Co-authored-by: Kandev Agent <agent@kandev.dev> Co-authored-by: Claude Opus 4.7 <noreply@anthropic.com> |
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Jérémy Coatelen
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b39f256e84 | fix(orchestrator): propagate RepositoryID so worktree setup script runs (#969) | ||
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Carlos Florêncio
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2ca48fc7df | feat(repositories): guard delete behind active-session check + UI fixes (#968) | ||
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José Almeida
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1f264adbc4 | fix(github): drain piled-up PR/issue review tasks via cleanup policy + manual sweep (#929) | ||
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João Salavisa
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569a0d77bd |
fix(office): unbreak new-task dialog "Create Task" button (#976)
* fix(office): unbreak new-task dialog "Create Task" button
Office task creation silently failed: the button click sent a malformed
payload, the backend dropped it, and no toast surfaced because Sonner's
Toaster was never mounted. Three causes, all fixed here.
- web: send priority as a string id ("medium") instead of a number; the
backend Priority field is a string and ShouldBindJSON was rejecting
the body with "invalid payload".
- web/backend: add project_id as a top-level field on createTask. The
dialog was burying it inside metadata where the HTTP handler never
read it, so isOfficeRequest() returned false and validation tripped
on "workflow_id is required for non-ephemeral tasks".
- web: mount the Sonner Toaster in the root layout. All sonner-based
toasts across the app (not just this dialog) were silently dropped
because no Toaster was rendered anywhere.
* fix(office): address PR #976 review feedback
- new-task-dialog: drop unreachable `|| undefined` guard on priority
(EMPTY_DRAFT.priority is always "medium" and the picker only sets
non-empty strings, so the fallback can never fire).
- layout: move sonner Toaster to top-right so it stops visually
overlapping with the custom ToastProvider's bottom-right stack.
- task_http_handlers_test: add regression test asserting that a
create-task body with project_id (and no workflow_id) reaches the
office code path and the office workflow auto-resolves. Guards the
exact wiring that caused the original silent failure.
---------
Co-authored-by: Kandev Agent <agent@kandev.dev>
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Carlos Florêncio
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8467dd94f8 | fix(ws): detach dispatched handler ctx from WS connection lifetime (#959) |