- Add engine-guard-stub test modules for hermes, openclaw, and paperclip runtime plugins to fail fast on unmocked @fusion/engine imports
- Update each plugin Vitest config to alias @fusion/engine to the local guard stub during test runs
- Keep setup-engine-guard behavior while removing dependency on built engine dist artifacts for plugin-local tests
- Render a compact token usage indicator in TaskCard footer with accessible labeling and token-aware styling
- Track token usage fields in the TaskCard memo comparator and expose a comparator test helper for regression coverage
- Add TaskCard tests for token usage rendering behavior and comparator invalidation on token usage updates
- Configure runtime plugin Vitest setups with an @fusion/engine source alias for reliable workspace test resolution
- Keep restart integration child_process spawn mocking aligned with execSync-driven merge verification behavior
Splash now reads "multi node agent orchestrator" / runfusion.ai / v<version>.
System panel and status bar also display the running CLI version.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
migrate() short-circuits via 'if (version >= SCHEMA_VERSION) return',
so my prior commit's v48 block (adding tasks.verificationFailureCount)
never executed against existing v47 databases. App startup then failed
with 'no such column: verificationFailureCount' on first task SELECT.
Bumping the constant to 48 lets the migration body run on next init.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Three fixes for the worktree-overflow / stuck-task incident:
1. Cap deterministic-verification-failure bounces (fix#2)
Auto-merge previously bounced an in-review task back to in-progress
on every verification failure with no upper bound. A single flaky test
could keep a task ping-ponging in-review→in-progress forever, holding
its worktree and consuming agent slots. Adds verificationFailureCount
on Task (DB migration v48), increments on each bounce, and after 3
failures marks the task failed and creates a follow-up triage task
so a fresh agent can investigate the underlying flake instead of
re-running the same fix loop.
2. Reap unregistered orphan worktree dirs even when recycle is on (fix#3)
cleanupOrphans previously bailed out entirely when recycleWorktrees
was true, leaving stale dirs (clear-hawk-broken, *-bak, leftover
crash debris) on disk forever. New reapUnregisteredOrphans pass
removes only directories that aren't registered git worktrees, so
the recycle pool keeps its warm worktrees but the trash gets cleared.
3. Idempotence guard on activity-log listener wiring (fix#6)
setupActivityLogListeners() was registering handlers on every call.
When init() ran twice, every task:created / task:moved event wrote
N rows to activityLog, producing the duplicate entries visible in
the DB. Added activityListenersWired flag so repeated calls no-op.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
47514942 switched merger verification from exec to spawn-based
execWithProcessGroup, but restart.integration.test.ts only mocked
execSync/exec. spawn() returned undefined, so the merger crashed before
running the test command and any in-review merge test that hit the
verification path failed with VerificationError.
Adds a spawn mock that funnels through the existing execSync mock so a
single mockedExecSync.mockImplementation continues to control both git
calls and verification command outcomes.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Extends the inMemoryDb opt-in established in 6e4797ff1 to single-instance
TaskStore/AgentStore/RoutineStore/PluginStore tests that were still
opening disk-backed fusion.db files. Cross-instance persistence tests
(open store A, close, open store B on same dir) and migration tests that
seed via a sibling Database instance keep their disk-backed stores —
swapping those would silently drop data between instances.
Sites flipped:
- core: store.test.ts (RunMutationContext, memory-toggle, diagnostics
blocks), store-sort, settings-export, backup, plugin-loader,
agent-instructions, agent-instructions-bundle, mission-store (all 10
triage subtests), mission-planning-context.integration
- dashboard: routes.test.ts (Messaging routes block),
session-reconnect, session-cross-tab, planning
Sites left disk-backed (cross-instance or sibling-Database dependency):
- run-audit*, task-documents, fts5-guard (sibling Database at same dir)
- mission-integration, mission-factory-parity (taskStore2 reopens)
- agent-store checkout-leasing (TaskStore + AgentStore at same dir)
- routes.test.ts AgentStore seed pattern (route handler opens its own)
- cli/extension.test.ts (makeCtx opens its own TaskStore)
All disk-backed tests continue to write to mkdtemp temp dirs — no live-db
risk introduced. Wall-clock impact: core 149s → 19s.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Hitting Stop (globalPause) disposed the AI merge agent session but left
the spawned `pnpm test` / `pnpm build` child processes running until
they finished naturally. With recurring flaky-test loops at Step 5,
that meant Stop had no visible effect — new test runs kept piling up
across multiple worktrees.
Two gaps:
- project-engine.ts onGlobalPause never called mergeAbortController.abort(),
so subsequent verification commands (gated by the signal) weren't cancelled.
- merger.ts execWithProcessGroup only listened to its own internal
timeout — passing an AbortSignal had no effect on the in-flight
child process group.
Fix: abort the controller on global pause, and have execWithProcessGroup
SIGTERM/SIGKILL the detached process group when its signal aborts.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
The logEntry()-bounds test does 1005 sequential SQLite writes and was
timing out at 20s on a disk-backed TaskStore. It doesn't exercise
cross-instance persistence, so flip on inMemoryDb to bring it under 8s.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
The auto-resolved FN-2614 merge swapped `import * as engine` for a narrow
named import but left dangling `engine.X` references, breaking the
dashboard build. Restore the namespace import and drop the now-orphaned
engineExports/ntfy helper consts.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Adds an opt-in `inMemory` flag to `Database`/`ArchiveDatabase` (and
`{ inMemoryDb }` to TaskStore, AgentStore, RoutineStore,
AutomationStore, PluginStore) that swaps the on-disk fusion.db /
archive.db for SQLite's `:memory:` connection. Production callers
never set the flag, so behavior is unchanged.
Test files for each store now flip the flag in `beforeEach`. The
handful of tests that exercise cross-instance persistence (open store
A, close, open store B on same dir, expect data) construct disk-backed
stores explicitly inside the test body, marked with a comment at each
site.
Wall-clock impact:
- core: 69.4s → 18.5s (3.7× faster, 3038 tests)
- dashboard: 156.6s → 30.0s (5.2× faster — improvement ripples through
any test that constructs a TaskStore)
The refactor eliminates the per-test SQLite open + WAL fsync + tmp
dir cleanup loop that dominated setup cost: ~50ms/test → ~5ms/test.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
The v1.0.0 release-bump misfire (0.4.1 + one minor changeset → 1.0.0
instead of 0.5.0) traced to changesets' assemble-release-plan logic:
1. getDependencyVersionRanges resolves "workspace:*" to the *exact*
current version (not a wildcard).
2. shouldBumpMajor escalates a dependent's bump to "major" whenever
it has a peerDependency on a package whose new version falls
outside the resolved range AND the bump is non-patch.
3. plugin-sdk listed "@fusion/core": "workspace:*" as a peer dep, so
a minor on @fusion/core (triggered via the fixed group) escalated
plugin-sdk to major; the fixed group then carried every package
to 1.0.0.
Both packages are private:true workspace-only — the peer-dep semantic
had no runtime effect, only mis-shaped the changesets dependency graph.
Moving it to "dependencies" makes the determineDependents path fall
into the non-peer branch (caps at "patch", does not escalate), so the
fixed group bumps as intended (verified: 0.5.0 + minor → 0.6.0).
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Manual version bump to 0.5.0 (changeset version produced 1.0.0 from a
single minor changeset against 0.4.1; that release was rolled back and
the 1.0.0 npm version deprecated).
Aggregates: status terminology refresh (planning/replan), Reviewer
rename, in-review pause behavior, dashboard-tui resize hardening,
dev-server experimental toggle fix, version reporting fix.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Raise per-test timeout to 30s in extension and provider-settings suites
where parallel FS load (or worker-pool starvation) can push pure-sync
tests past vitest's 5s default. Skip the fn pi extension and agent-export
suites whose coverage is duplicated by command-level tests but cost ~62s
and ~3.3s respectively on every run.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Debounce SIGWINCH bursts (50ms trailing edge), wipe the alt-screen before
Ink redraws so shrunk frames don't leave stale rows, and add a 2s dim-poll
fallback for environments that drop SIGWINCH. LogsPanel now reads stdout
rows itself so timer-driven renders always see live dimensions, and the
layoutKey includes a resizeTick so Yoga's cached layout is invalidated
even when cols×rows lands back on the same string.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Move the xterm.onData -> sendInput wiring (and the window resize listener)
from a separate post-init effect into initTerminal itself, so they share
the xterm instance's lifetime. Under StrictMode + Vite Fast Refresh the
separate effect could re-run and attach a second listener to the same
live xterm instance, producing per-character input doubling (every
keystroke -> two pty.write calls -> shell echoes "aabbcc"). The handler
now reads sendInput via a ref, so function-identity changes no longer
require re-binding. Resize listener is removed at every xterm disposal
site (tab switch, modal close, session-invalid replace, reinitialize).
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
The 5-minute exec timeout only killed the immediate shell, leaving
vitest/pnpm worker trees alive. Across retries these accumulated and
thrashed the host, starving the engine and TUI. Switch verification to
spawn-based runner with detached process group so timeouts SIGTERM the
whole tree (SIGKILL after 5s grace), and bump the wallclock to 10m for
larger workspaces. Stream-truncate output instead of relying on ENOBUFS.
Also fix two flaky/race-prone dashboard tests that were red on main and
blocking every in-review task at merge verification.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
- fix(FN-2613): restore green CI after static engine import changes
- test(FN-2613): complete Step 3 — update mobile and standalone CSS assertions
- feat(FN-2613): complete Step 2 — move standalone token override to global styles
- test(FN-2618): harden process-manager fs/tmpdir mocks
- fix(cli): mark react-devtools-core external in bun compile
- fix(pty): switch to @homebridge/node-pty-prebuilt-multiarch fork
Bun's --compile binary previously crashed at startup because:
1. node:sqlite isn't implemented in Bun 1.3.8 (require returns
undefined; import throws "No such built-in module")
2. ink imports react-devtools-core inside its reconciler; even though
gated by isDev(), the bundled module path failed to resolve at
runtime
Fixes:
- Add packages/core/src/sqlite-adapter.ts: a thin DatabaseSync wrapper
that picks bun:sqlite under Bun and node:sqlite under Node via
createRequire (so the bundler doesn't statically pull in either).
Drop-in for the three core files that import DatabaseSync.
- Install react-devtools-core as a workspace devDependency so it
resolves at bundle time. The dev-only code path is still gated by
DEV=true, so it stays inert in production.
- Revert the prior --external react-devtools-core flag (no longer
needed and was causing a different runtime error).
- Mark node-pty external in tsup so esbuild stops choking on the
homebridge fork's conditional native require()s
(build/Release/conpty.node etc.) when bundling for the npm package.
- Update bundle-output test: the bundle now contains both
bun:sqlite and node:sqlite specifiers (loaded via createRequire).
Verified end-to-end: dist/fn dashboard -p 0 starts cleanly (no PTY,
sqlite, or devtools errors). Core tests 3038/3038, CLI tests 826/826
(up from 822/826 baseline).
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
ink@6 has a devtools.js module that imports react-devtools-core. It is
only loaded at runtime when DEV=true, but Bun's static bundler still
tries to resolve it at compile time and fails with "Could not resolve".
Marking it external lets the compile succeed; the dynamic import path
is never taken in production.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Resolves "Failed to load PTY module" install errors on Linux/macOS by
aliasing node-pty to the homebridge fork, which ships prebuilds for
linux x64/arm64/arm/ia32 across many Node ABIs and uses prebuild-install
for darwin/windows binaries on install.
- Aliased dep so all "node-pty" import specifiers (and vi.mock calls)
keep working unchanged.
- Removed darwin chmod postinstall hack (fork handles permissions).
- Updated cli/build.ts to dynamically resolve node-pty install root and
pick prebuilds by ABI for Linux cross-compile; warn-and-skip for
darwin/windows cross-compile (host-only there, as before).
- Added type shim because the fork's bundled typings declare module
'@homebridge/node-pty-prebuilt-multiarch', not 'node-pty'.
Verified: pnpm install clean, dashboard typecheck clean, native module
loads and spawns shell via fork, host + linux-x64 cross-compile staging
both produce dist/runtime/<plat>/pty.node.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
The dashboard modules used a variable-specifier dynamic import
(`const m = "@fusion/engine"; await import(m)`) to defeat bundler static
analysis. tsup honored that and left the dynamic import in dist/bin.js,
so the published `@runfusion/fusion` package failed at runtime with
"createFnAgent2 is not a function" — `@fusion/engine` isn't on npm and
the silent catch set the binding to undefined. Replaces the trick with
static imports across planning, chat, subtask-breakdown, mission-interview,
agent-generation, ai-refine, roadmap-suggestions, milestone-slice-interview,
and routes. Core can't statically import engine (cycle), so it now exposes
setCreateFnAgent and engine wires itself in at module load. Documents the
pattern in AGENTS.md.
FixesRunfusion/Fusion#9.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
