- gate Quick Chat's session-activation auto-flush to the pre-session
queue only, so a restored queue cannot be sent before the restore
effect's authoritative fetchChatSession check resolves (real flaw —
the original test passed only because the mocked fetch resolved in a
microtask and beat the effect)
- add slow-fetch regression tests in both hooks proving the restored
queue stays un-flushed while server validation is pending
- assert attachChatStream ran before triggering its onDone in the
quick-chat regression test
- drop redundant Promise.resolve() wrapper around fetchChatSession in
useQuickChat's restore effect
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Add docs/solutions/ui-bugs/ learning for the silent animation freeze caused
by transition tokens (duration+easing pairs) used as bare durations, and
update dashboard-guide.md design-token and pitfalls sections to cover the
new --duration-* tokens and the IACVT gotcha.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Document why the FN-5852 queued-message loss survived two fixes (client
gates a destructive flush on a route-level enrichment field that SSE
payloads lack) and seed CONCEPTS.md with Generation, Queued message, and
Enrichment field.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Re-entering a chat flushed the restored queued message based on the
client's stale isGenerating flag (a route-level enrichment the
chat:session:updated SSE payload lacks), firing a send that aborted the
live generation server-side and could lose the message entirely. The
restore path in useChat and useQuickChat now asks the server first:
attach and defer the flush while generating, send immediately only when
no generation is in flight, and keep the bubble on a failed check.
FixesRunfusion/Fusion#1279
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Spinners, status-dot pulses, and entrance animations across the dashboard
rendered frozen: transition tokens (--transition-slow: 0.3s ease) bundle a
duration AND an easing, and 15 animation declarations reused them as bare
durations. Substituting "0.3s ease" next to an explicit easing (linear,
ease-in-out, ease-out) — or inside calc() — makes the declaration invalid at
computed-value time, which per spec resolves the entire property to
animation: none with no console error.
- add duration-only tokens (--duration-instant/fast/normal/slow) and derive
the --transition-* tokens from them so the two cannot drift
- switch all 15 broken animation declarations across 14 CSS files to the
duration tokens, preserving effective durations
- add animation-duration-tokens.css.test.ts: sweeps every app CSS file and
fails on transition-token-as-duration, calc() over a transition token, and
transition token in animation-duration
Verified in a real browser against the production build: previously frozen
.status-dot--connecting and calc-based NodesView spinners now report running
animations; transition shorthands still resolve to "0.15s / ease".
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Two stale assertions still encoded the synthetic planning:<sessionId> groupId:
shared mode without a group-capable store now stamps no groupId, and
per-task-derived members never carry one.
- resolve execFile lazily via namespace import in coordinator/merger/
task-lifecycle so the repo's exec-only child_process test mocks load again
(10+ engine suites failed at import); dashboard.test.ts mock gains execFile
so the argv-based git probes hit the mock instead of spawning real git
- TaskCard: capture optional branchContext.groupId into a const (narrowing
doesn't survive into the onClick closure; app tsconfig caught it in CI)
- planning e2e: bounded poll past the 2.5s listTasks startup memo that served
a pre-landing snapshot on fast CI runs
- needsPrRepair no longer short-circuited by the open-state guard: legacy
fallback rows (finalized + prState open + prNumber null) now repair by
creating the real PR on re-promotion; regression test added
- no-PR abandon route test asserts last persisted call + response body
- goal-provenance fallback test clears missionId on its own in-memory store
so the feature-linkage path is genuinely exercised
- abandon (route + CLI) preserves prState 'none' for groups that never had a
PR instead of falsely persisting 'closed'; regression tests both sides
- stale-snapshot write guard extracted to syncGroupPrOnLanding and covered by
a fast in-memory unit test (FN-5048); the slow real-git duplicate removed
handlePlan charged the budget but never checked the ceiling or set the
flag, so a plan-ONLY stream kept emitting after crossing the cap (caught by
both review bots). It now flags + truncates exactly like text/thinking.
Adds the plan-only flood regression test (185 total) and the category
frontmatter field to the new solutions doc.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
- Replace dynamic await import("@fusion/engine") in the agent-import route
with a static top-level import. The dynamic form is banned by the FN-3049
engine-import-regression test (bundler safety); my earlier reply mistook the
file's @fusion/core dynamic-import convention for a uniform rule — the
regression only forbids @fusion/engine. Verified the test now passes.
- AgentImportModal: capture and render dry-run `warnings` in the preview step
so the custom-role safeguard is shown BEFORE the import runs, not only after.
Adds a regression test for the preview warning.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
- Cover the non-dry-run import warning path with a test (greptile P2): the
warning is spread into both the dryRun and persist responses but was only
exercised via dryRun.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Importing a catalog ("company") agent assigns role "custom", which the
scheduler never auto-assigns mission/queue work to. Combined with a
model/provider that rejects the "developer" system role, this surfaced as
an invisible, repeating failure loop (GitHub #1261).
- pi.ts: treat an unsupported message-role rejection as a model-selection
error so a configured fallback model is tried once (single-swap guarded)
before the task is marked failed.
- mission-autopilot.ts: block a mission feature immediately on an
operator-actionable failure instead of burning the retry budget
re-running the same cryptic error.
- mission-routes.ts: preflight mission start — when ephemeral agents are
disabled and no eligible executor exists, fail fast with an actionable
message instead of queueing tasks forever.
- agent import route + AgentImportModal: warn when only custom-role agents
are imported and no executor exists.
- agent-assignment.ts: extract shared listEligibleExecutorAgents helper.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Both sides bootstrapped CONCEPTS.md — kept main's broader structure (Missions,
Merge lifecycle, CE sessions) and folded the branch-group vocabulary into its
Merge-lifecycle cluster (enriched Shared branch group + Self-healing sweep;
added Branch assignment mode, Landed, Group promotion). Union-merged core
index/store imports; took main's AGENTS.md discoverability wording. Also adds
execFile to the two child_process test mocks that only stubbed exec (the
coordinator's argv-based git calls now require it).
- syncGroupPrCallback forwards owner/repo to updatePr (multi-project daemons
could 404 or edit an unrelated same-numbered PR via process-cwd fallback)
- merger background reconcile re-reads the group before persisting and skips
the write when the PR snapshot changed (stale-write race vs newer open PR)
- branchContext.groupId trimmed on metadata emit/parse round-trip
- triageSlice non-shared invariant assertions (no groupId, no group row)
Document the FN-5937 files-changed inflation root cause in
docs/solutions/ and add the Branching & diff attribution cluster
(Integration branch, Fork point, Rebase-and-push, Contamination)
to CONCEPTS.md.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Add dashboard support for resolving task-branch PR conflicts with AI before PR creation.
- add a dashboard PR conflict resolver that merges the selected base into the task branch, invokes an AI merge session on conflicted files, verifies markers are removed, then commits and pushes the updated branch
- expose a POST /tasks/:id/pr/resolve-conflicts route plus client API/export wiring, docs updates, and a changeset for the published CLI package
- update the Create PR modal UI, styling, and tests to surface preflight conflicts, trigger AI resolution, and refresh preflight state after success
- add API coverage for successful and unresolved conflict-resolution paths and include the new route test in the dashboard API quality shard
Files changed:
.changeset/fn-5949-pr-conflict-resolution.md | 5 +
docs/dashboard-guide.md | 1 +
docs/task-management.md | 1 +
packages/dashboard/README.md | 1 +
packages/dashboard/app/api/legacy.ts | 20 ++
.../dashboard/app/components/PrCreateModal.css | 32 ++-
.../dashboard/app/components/PrCreateModal.tsx | 46 ++++
.../components/__tests__/PrCreateModal.test.tsx | 33 +++
...egister-git-github.pr-resolve-conflicts.test.ts | 186 +++++++++++++++
packages/dashboard/src/index.ts | 5 +
packages/dashboard/src/pr-conflict-resolver.ts | 258 +++++++++++++++++++++
.../dashboard/src/routes/register-git-github.ts | 225 ++++++++++++------
packages/dashboard/vitest.config.ts | 2 +-
13 files changed, 739 insertions(+), 76 deletions(-)
Fusion-Task-Id: FN-5949
Fusion-Task-Lineage: fea35fbf-6254-415c-83cc-0bc24abc911e
Tighten the Task Review tab layout on mobile and lock in the responsive header contract.
- override the mobile .task-review-tab__summary-wrap flex rule so the summary block stops reserving excessive blank space
- extend TaskReviewTab coverage to assert the mobile summary-wrap override and prevent regressions between empty and populated review states across reviewer-agent and pull-request sources
- keep the review header structure stable across both review sources and empty/populated states
Files changed:
.../dashboard/app/components/TaskReviewTab.css | 4 +
.../components/__tests__/TaskReviewTab.test.tsx | 98 ++++++++++++++++++++++
2 files changed, 102 insertions(+)
Fusion-Task-Id: FN-5947
Fusion-Task-Lineage: 813e1142-bf28-4687-8510-2f93ec40e582
In-review tasks showed other tasks' files in their "files changed"
list. Task branches fork from local main, but the base capture
measured merge-base(HEAD, origin/main) — when local main carried
merged-but-unpushed task commits, the recorded base rewound past
them, and after the post-merge rebase-and-push rewrote those SHAs,
baseCommitSha..HEAD permanently swept the predecessors' files into
the new task's diff.
Extract the capture into base-commit-capture.ts, measure local main
first (origin/main fallback) to match the contamination-base sites,
and add a real-git regression suite covering local-ahead-of-origin.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
ce-compound learning from the live-output/steering work: push-channel-
alongside-pull-contract, void-safe detached turns, inactivity watchdog,
transient liveActivity + persisted trace, replay suppression. Also adds a
"Compound Engineering sessions" cluster to CONCEPTS.md and refreshes the
plugin reference doc's Sessions section with the new transport behaviors.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Document the refactor-vs-semantics merge resolution pattern (port the
upstream semantic change into the extracted helper, never pick a side)
and the parallel-bootstrap CONCEPTS.md add/add union, with the FN-5902 /
runFeatureValidation merge as the worked example.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
First docs/solutions/ learning: synthetic groupIds, mock-masked engine wiring,
and side-effect-free state flips (PR #1357 post-mortem). Seeds CONCEPTS.md with
the branch-group domain vocabulary and surfaces both knowledge stores in
AGENTS.md reference docs.
Users can now watch everything the agent does while a CE stage works, steer
it mid-stage, and read the whole conversation as a proper chat surface.
Live output:
- New host capability: CreateInteractiveAiSessionOptions.onProgress — the
engine adapter streams thinking/text deltas + tool start/end markers from
the pi agent hooks (any plugin can use this).
- Orchestrator buffers per-session live activity (merged deltas, discrete
tool lines, capped), emits throttled progress events over SSE, and
GET /sessions/:id attaches it as liveActivity for the polling fallback.
- Routes detach turn execution: start/answer/resume return immediately
(status active) and clients converge via push/poll — the turn is watchable
instead of hidden inside a blocking POST.
- Turn timeout is now INACTIVITY-based: an actively-working long turn is
never killed; a quiet one interrupts with its working trace preserved.
- On settle the trace persists into history as a condensed record.
Steering:
- Stage protocol: responses may be a direct answer, {value, comment}
(answer + guidance), or {feedback} (guidance without answering); the
system prompt instructs agents to treat steering as first-class input.
- CeFlow: guidance textarea alongside selectable questions — attach to the
clicked answer, or "Send guidance" on its own.
Q&A UI:
- Transcript no longer hides control records: past questions/answers render
as chat bubbles (option ids → labels), steering turns marked, working
traces as collapsible "Agent work" blocks, completion marker.
- Live working pane (pulse + streaming thinking/tool lines) while a turn runs.
Tests: 130 plugin tests green (14 new: live buffer/flush ordering, inactivity
watchdog survives active work, detached convergence, steering payload shapes,
transcript rendering, live pane). Engine seam tests green; plugin/core/
engine/dashboard tsc clean. Core full suite OOMs locally (known orchestrator-
shell issue) — covered by CI shards.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
The store/orchestrator were already multi-session (independent rows + live
handles per session); this surfaces it end to end:
- Sessions panel in the dashboard view: lists every session with stage,
status badge ("needs your input" for awaiting_input), and last activity;
stays visible while a flow is open so switching is one click. Closing a
flow returns to the overview without stopping the session.
- useCeSession.open(): adopt an existing session (pins its projectId for
answer/resume/poll); useCeSessions list hook with push-event refresh and
poll fallback while any session is mid-turn.
- DELETE /sessions/:id + orchestrator.discard(): dispose the live handle
before deleting the row (pipeline-link rows kept for task provenance);
Discard affordance on settled sessions.
- Tests: cross-session independence through one orchestrator, store delete,
route list/delete, hook open/list/remove/push/poll, view panel
open/switch/discard. 116 tests green; plugin + dashboard tsc clean.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
- runFeatureValidation now lazy-ensures a linked assertion (FN-5902) instead
of the removed zero-assertion auto-pass, for both task-completion and the
stranded-feature recovery path
- CONCEPTS.md: union of main's Merge-lifecycle cluster and this branch's
Missions clusters; Contract Assertion entry updated for FN-5902 semantics
- AGENTS.md: take main's docs/solutions + CONCEPTS.md pointer wording
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Two compounding bugs made the memory-pressure vitest auto-kill a
30-second SIGKILL sweep of anything mentioning vitest:
1. False pressure: getAvailableMemory probed os.availableMemory, which
does not exist, and silently fell back to os.freemem() — on macOS
that reads ~99% used on an idle 256GB machine, permanently above the
90% threshold. Now reads process.availableMemory() (Node 22+) and
refuses to auto-kill when only the unreliable freemem fallback is
available.
2. Overbroad targeting: pgrep -f vitest matches full command lines, so
the sweep also killed wrapper shells (zsh -c '... npx vitest run'),
monitor loops, and anything else whose argv mentions vitest —
stranding exit handlers and taking out unrelated process trees.
New shared findVitestProcessIds (@fusion/core) filters matches to
actual node executables.
Surface enumeration (all vitest-process kill/count surfaces):
- TUI memory-pressure auto-kill (controller.killVitestProcesses)
- TUI manual kill-vitest command (same method)
- dashboard POST /api/kill-vitest
- dashboard GET /api/system-stats vitestProcessCount (display)
All four now route through findVitestProcessIds.
