* test: align extension runtime mocks with plugin-sdk
Update stale extension tests to mock the plugin-sdk runtime barrels that production code now imports, and harden the Signal tool-result harness around system-event assertions so the channels lane matches current extension boundaries.
Regeneration-Prompt: |
Verify the failing channels-lane tests against current origin/main in an isolated worktree before changing anything. If the failures reproduce on main, keep the fix test-only unless production behavior is clearly wrong. Recent extension refactors moved Telegram, WhatsApp, and Signal code onto plugin-sdk runtime barrels, so update stale tests that still mock old core module paths to intercept the seams production code now uses. For Signal reaction notifications, avoid brittle assertions that depend on shared queued system-event state when a direct harness spy on enqueue behavior is sufficient. Preserve scope: only touch the failing tests and their local harness, then rerun the reproduced targeted tests plus the full channels lane and repo check gate.
* test: fix extension test drift on main
* fix: lazy-load bundled web search plugin registry
* test: make matrix sweeper failure injection portable
* fix: split heavy matrix runtime-api seams
* fix: simplify bundled web search id lookup
* test: tolerate windows env key casing
* Gateway: treat scope-limited probe RPC as degraded
* Docs: clarify gateway probe degraded scope output
* test: fix CI type regressions in gateway and outbound suites
* Tests: fix Node24 diffs theme loading and Windows assertions
* Tests: fix extension typing after main rebase
* Tests: fix Windows CI regressions after rebase
* Tests: normalize executable path assertions on Windows
* Tests: remove duplicate gateway daemon result alias
* Tests: stabilize Windows approval path assertions
* Tests: fix Discord rate-limit startup fixture typing
* Tests: use Windows-friendly relative exec fixtures
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Co-authored-by: Mainframe <mainframe@MainfraacStudio.localdomain>
tsx, jiti, ts-node, ts-node-esm, vite-node, and esno were not recognized
as interpreter-style script runners in invoke-system-run-plan.ts. These
runners produced mutableFileOperand: null, causing invoke-system-run.ts
to skip revalidation entirely. A mutated script payload would execute
without the approval binding check that node ./run.js already enforced.
Two-part fix:
- Add tsx, jiti, and related TypeScript/ESM loaders to the known script
runner set so they produce a valid mutableFileOperand from the planner
- Add a fail-closed runtime guard in invoke-system-run.ts that denies
execution when a script run should have a mutable-file binding but the
approval plan is missing it, preventing unknown future runners from
silently bypassing revalidation
Fixes GHSA-qc36-x95h-7j53
