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fix(cloud): durably retry observed destroy cleanup - #15423
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teamleaderleo merged 20 commits intoSep 30, 2026
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A status read and an access preflight both move the row to `destroyed` themselves when the provider no longer has the machine. Once either does, `destroyVm` can never see the row again (its lookup skips destroyed rows) and the provider-status cron skips it too, so the model-plane revoke and the `vm.destroyed` usage event that the cron performs for the same transition have to happen at these write sites as well. Fails today: both retire the row and record nothing. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
Three places retire a Cloud machine's row after the provider says it no longer has the machine: the status read, an access operation's resume preflight, and the stats read. Each wrote `status = destroyed` and stopped there, while the reconcile cron doing the same transition also revoked the machine's model-plane tokens and recorded a `vm.destroyed` ledger event. That difference was permanent, not a race to lose. `destroyed` is terminal: `findUserVm` hides such a row from every destroy request and `reconciliationCandidates` drops it from the cron, so whichever of the three got there first left a machine that never appears as destroyed in the ledger and never has its route tokens marked revoked, with nothing able to finish the job afterwards. All three now go through one `applyObservedProviderStatus` that performs the write and, when the write lands on `destroyed`, the same revoke and ledger event as the cron. The status route hands `getVm` the model-plane revoker it already builds for delete. The new `provider_status_*` destroy reasons join the analytics allowlist so the event says which read noticed. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
Review found that the previous commit took the row's new status from each caller. That let the access preflight and the stats read hardcode "destroyed" for a provider 404, including for a machine with a persistent home volume, which observedDbStatus maps to "paused" because the compute is gone and the machine is not. Those rows were terminalized and billed a vm.destroyed that never happened, and nothing revisits a terminal row to take either back. The status is now derived inside applyObservedProviderStatus, so every entrypoint agrees about what a 404 means. reopenBaseIfProviderDeleted is the one caller that must override it, and passes forceStatus with the reason: its row is a Base's active generation, and leaving it paused would hand the same dead provider id back on every later open. Also threads the model-plane revoker through getVmStats from its route, covers the stats entrypoint including the home-volume case, and fixes the two test-file regressions the previous commit shipped. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
The access preflight carried a comment claiming a revoke was pointless there because the credentials were already inert. That is false for the case this branch introduces: authenticateRouteToken and authenticateVmAuthorization both accept `paused`, so route tokens on a volume-backed machine stay valid after this write, for the rest of their 30-day lifetime. Keep the behavior, which is what getVm and the reconcile cron already do for the same observation, and replace the comment with what is true. Also drop the stale "next fleet refresh drops it" line, correct "seven call sites" to eight, stop asserting a resurrection path that is not implemented, and type usageEventSource as VmDestroySource so an unknown source cannot silently degrade in PostHog. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
…r15359-lifecycle # Conflicts: # web/services/vms/workflows.ts # web/tests/vm-stats-not-found.test.ts # web/tests/vm-workflows.test.ts
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📝 WalkthroughWalkthroughVM destruction records usage events and pending model-plane or home-volume cleanup. Reconciliation retries cleanup steps and stores their status in VM metadata or an outbox. VM workflows receive a model-plane revoker, and account deletion transfers pending cleanup before deleting VM rows. ChangesObserved VM destroy cleanup
Priority: ➖ Normal Estimated code review effort: 4 (Complex) | ~60 minutes Change: Bug fix Sequence Diagram(s)sequenceDiagram
participant Reconciler as Observed-destroy reconciler
participant Repository as VM repository
participant Revoker as Model-plane revoker
participant Gateway as VM provider gateway
Reconciler->>Repository: List bounded cleanup candidates
Reconciler->>Revoker: Attempt model-plane revocation
Reconciler->>Gateway: Attempt home-volume deletion
Reconciler->>Repository: Acknowledge successful steps or defer failures
Suggested reviewers: Merge Risk: 🔵 Low · up to If the concurrent index build fails and is retried, the migration can be recorded as applied while the index stays invalid. Cleanup candidate queries would then run without the intended index. This is a bounded performance concern and can be fixed by rebuilding the index, so the change is mergeable with owner awareness. Security Architecture ReviewSecurity architecture risk: 🔵 Low · up to Durable retries improve cleanup guarantees while preserving the checked account and VM access controls. No new cross-account access path was established. Deployment ordering remains unverified, and existing provider limitations can leave volume cleanup pending. Retained concerns Security review detailsSecurity Blast Radius
Trust Boundaries and Controls
Resilience and Maintainability Implications
Hardening Proposals
🚥 Pre-merge checks | ✅ 23 | ❌ 2❌ Failed checks (2 warnings)
✅ Passed checks (23 passed)
Full details: Description checkResolution Add the required Changelog section with a present-tense release note or Full details: Docstring CoverageExplanation Docstring coverage is 28.57% which is insufficient. The required threshold is 80.00%. Docstring coverage is scoped to functions touched by this diff. Analyzed 49 functions across 20 files. (1 skipped: 1 unsupported.) ✨ Finishing Touches 💡 1⚔️ Resolve merge conflicts 💡
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Review comments at
@web/db/migrations/20260928120000_cloud_vm_observed_destroy_cleanup_index/migration.sql:
- Around line 1-12: Update the migration that creates
cloud_vms_observed_destroy_cleanup_idx on cloud_vms to build the index
concurrently, and ensure the migration runs outside Drizzle’s transaction as
required for concurrent index creation.
Review comments at @web/services/vms/workflows.ts:
- Around line 802-827: Update the observed-destroy cleanup flow around
`attemptModelPlaneRevoke` so a pending `modelPlane` step is deferred when
`modelPlane` is unavailable, rather than skipped. Likewise, defer a pending
`homeVolume` step when `providers.deleteHomeVolume` is absent; preserve the
existing completion and error-handling paths when executors are available.
Review comments at @web/tests/vm-workflows.test.ts:
- Around line 6215-6223: Update the JSONB fixture bindings so postgres.js stores
cleanup objects rather than JSON string scalars: in the vm-workflows test loop,
bind each malformed cleanup with tx.json; in the schema test fixture, bind
cleanup with sql.json. Apply the corresponding change at
web/tests/vm-workflows.test.ts lines 6215-6223 and web/tests/db-schema.test.ts
lines 133-147, preserving each test’s existing fixture data.
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web/app/api/account/route.tsweb/app/api/vm/[id]/attach-endpoint/route.tsweb/app/api/vm/[id]/exec/route.tsweb/app/api/vm/[id]/open-port/route.tsweb/app/api/vm/[id]/resize/route.tsweb/app/api/vm/[id]/resume/route.tsweb/app/api/vm/[id]/scp-endpoint/route.tsweb/app/api/vm/[id]/sessions/route.tsweb/db/migrations/20260928120000_cloud_vm_observed_destroy_cleanup_index/migration.sqlweb/db/migrations/20260928123000_cloud_vm_observed_destroy_cleanup_outbox/migration.sqlweb/db/schema.tsweb/services/vms/productAnalytics.tsweb/services/vms/providerGateway.tsweb/services/vms/repository.tsweb/services/vms/workflows.tsweb/tests/account-route.test.tsweb/tests/db-schema.test.tsweb/tests/vm-product-analytics.test.tsweb/tests/vm-route-auth.test.tsweb/tests/vm-stats-not-found.test.tsweb/tests/vm-workflows.test.ts
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Inline comments:
Review comments at
@web/db/migrations/20260928120000_cloud_vm_observed_destroy_cleanup_index/migration.sql:
- Line 1: Update the migration flow for cloud_vms_observed_destroy_cleanup_idx
to check pg_index.indisvalid before recording success; if the existing index is
invalid, drop and rebuild it with concurrent index creation outside a
transaction so retries do not skip it.
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…ure (#16194) Inside sql.begin's callback TypeScript no longer narrows the module-level `sql` to non-null, so web-typecheck fails on main with TS18047 since #15423. The rows are written through `tx`, so encode them with `tx.json` as well. Co-authored-by: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
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#15423 added a CREATE INDEX CONCURRENTLY migration and taught the production migrator (migrate-planetscale.mjs) to run it outside a transaction. CI, web-validation and local databases still ran `drizzle-kit migrate`, which wraps every migration in one transaction, so main's web-db-migrations job fails with "CREATE INDEX CONCURRENTLY cannot run inside a transaction block", and `bun run db:migrate` fails for anyone with a fresh local database. The production migrator's loop moves unchanged into scripts/cloud-vm/apply-migrations.mjs, and a new scripts/db-migrate.mjs runs it against DIRECT_DATABASE_URL or DATABASE_URL. Every caller of `drizzle-kit migrate` now uses it: ci-web, web-validation, cloud-vm-guest-install, ios-streamed-validate, db-local.sh, and dev-local.sh through db-local.sh. CI now exercises the code path production runs. Checked on a scratch Postgres 14: all 93 migrations apply, a second run applies none, and cloud_vms_observed_destroy_cleanup_idx is valid. Refs #15488 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
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main's web typecheck fails since #15423: tests/vm-workflows.test.ts(6219,37): error TS18047: 'sql' is possibly 'null'. The test narrows the file's `let sql` at its start, but TypeScript drops that narrowing inside the `sql.begin` callback. The insert there now uses the transaction's own `tx.json`, which is also the connection that runs the insert. Refs #15488 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
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"Cloud VM database schema > rejects malformed transferred cleanup rows" (#15423) never ran on main, because main's migrations failed before the database behavior tests. With migrations fixed it fails: expect((insertError)?.code).toBe("23514") Expected: "23514" Received: "23502" Its first malformed value is `null`, and postgres.js binds `sql.json(null)` as SQL NULL. The NOT NULL column rejects that (23502) before the check constraint the test is about. The row under test is a JSON null document, so that case now inserts `'null'::jsonb`, and the check rejects it with 23514 like the other nine. Checked on a scratch Postgres 14 with postgres.js: sql.json(null) gives 23502, the JSON null gives 23514, all ten malformed values give 23514, and {modelPlane: true} and {homeVolume: "v"} are accepted. Refs #15488 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
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"Cloud VM database schema > rejects malformed transferred cleanup rows" (#15423) never ran on main, because main's migrations failed before the database behavior tests. With migrations fixed it fails: expect((insertError)?.code).toBe("23514") Expected: "23514" Received: "23502" Its first malformed value is `null`, and postgres.js binds `sql.json(null)` as SQL NULL. The NOT NULL column rejects that (23502) before the check constraint the test is about. The row under test is a JSON null document, so that case now inserts `'null'::jsonb`, and the check rejects it with 23514 like the other nine. Checked on a scratch Postgres 14 with postgres.js: sql.json(null) gives 23502, the JSON null gives 23514, all ten malformed values give 23514, and {modelPlane: true} and {homeVolume: "v"} are accepted. Refs #15488 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
austinywang
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Oct 1, 2026
"Cloud VM database schema > rejects malformed transferred cleanup rows" (#15423) never ran on main, because main's migrations failed before the database behavior tests. With migrations fixed it fails: expect((insertError)?.code).toBe("23514") Expected: "23514" Received: "23502" Its first malformed value is `null`, and postgres.js binds `sql.json(null)` as SQL NULL. The NOT NULL column rejects that (23502) before the check constraint the test is about. The row under test is a JSON null document, so that case now inserts `'null'::jsonb`, and the check rejects it with 23514 like the other nine. Checked on a scratch Postgres 14 with postgres.js: sql.json(null) gives 23502, the JSON null gives 23514, all ten malformed values give 23514, and {modelPlane: true} and {homeVolume: "v"} are accepted. Refs #15488 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
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"Cloud VM database schema > rejects malformed transferred cleanup rows" (#15423) never ran on main, because main's migrations failed before the database behavior tests. With migrations fixed it fails: expect((insertError)?.code).toBe("23514") Expected: "23514" Received: "23502" Its first malformed value is `null`, and postgres.js binds `sql.json(null)` as SQL NULL. The NOT NULL column rejects that (23502) before the check constraint the test is about. The row under test is a JSON null document, so that case now inserts `'null'::jsonb`, and the check rejects it with 23514 like the other nine. Checked on a scratch Postgres 14 with postgres.js: sql.json(null) gives 23502, the JSON null gives 23514, all ten malformed values give 23514, and {modelPlane: true} and {homeVolume: "v"} are accepted. Refs #15488 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
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… guard fetch history (#16094) * fix: pin bonsplit main with the deallocating-window hint fix main's app-host shards still abort with "objc: Cannot form weak reference to instance ... of class NSKVONotifying_NSWindow" (shard 3 of #15488 validation run 36732010954 on cmux14). manaflow-ai/bonsplit#261 (bb03f7d) fixes it, but main pins bd340ad, the hint-pill branch from #15821, which predates it. Pin bonsplit main's head, 7e5598e: it merges the hint-pill branch over bf5f051 (#268) and bb03f7d (#261), so main keeps #15821's bonsplit changes and gains the fix. The two app edits are #15942's adaptation to the performance changes that come with bf5f051: read pane tab ids through tabIds(inPane:), and correct the title-refresh comment now that bonsplit observes each tab item. Refs #15488 Co-authored-by: Leo Li <cheerleaderleo@outlook.com> Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * docs: say a title frame wakes only its tab's views With bonsplit observing each tab item, a title-only refresh no longer invalidates the whole tab bar subtree; the comment at the call site still said it did, contradicting the doc comment on refreshTabLabel. Refs #15488 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * fix(settings): add the missing try and capture that break main's compile #14868 merged 74c3a5f after its compile admission failed, so CmuxSettings, and with it the app, no longer builds on main: JSONConfigAtomicPublisher.swift:74: call can throw but is not marked with 'try' JSONConfigStore.swift:601: reference to property 'fileURL' in closure requires explicit use of 'self' to make capture semantics explicit The post-exchange rollback now uses `if try`, like the publisher's two other rollback call sites, so a failed rollback still reports sourceChangedRollbackFailed. The isTargetCurrent closure captures the store's nonisolated fileURL by value instead of the actor. Refs #15488 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * test: expect the cancelled-run message from the tests gate The same change as #16168 (108bd10), carried here so this PR's Linux guards pass and its macOS jobs are not declined while main is red. #16150 made the ci.yml tests gate report a cancelled linux-preflight as "cancelled: linux-preflight"; the test kept the old text. Refs #15488 Co-authored-by: Lawrence Chen <54008264+lawrencecchen@users.noreply.github.com> Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * ci: let the submodule guard fetch history when GitHub can't answer The forward-only guard checks submodules out two commits deep. When an old pin sits deeper than that, it asks the GitHub compare API, which fails whenever the repository's shared Actions token is out of quota. The guard then reports "could not determine ancestry". It did so on every run of this PR (bf5f051 -> 7544622, three commits deep) and of #15942, although GitHub's compare says behind_by=10, ahead_by=0. As a last resort after the compare, the guard now fetches the missing history (commits and trees, no blobs) and decides locally. It never runs when the local check or GitHub already answered, so passing and rejected moves keep their current path. A shallow bonsplit clone at 7544622, as CI makes it, now resolves bf5f051 as forward. Refs #15488 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * fix(web): apply migrations the way production does everywhere #15423 added a CREATE INDEX CONCURRENTLY migration and taught the production migrator (migrate-planetscale.mjs) to run it outside a transaction. CI, web-validation and local databases still ran `drizzle-kit migrate`, which wraps every migration in one transaction, so main's web-db-migrations job fails with "CREATE INDEX CONCURRENTLY cannot run inside a transaction block", and `bun run db:migrate` fails for anyone with a fresh local database. The production migrator's loop moves unchanged into scripts/cloud-vm/apply-migrations.mjs, and a new scripts/db-migrate.mjs runs it against DIRECT_DATABASE_URL or DATABASE_URL. Every caller of `drizzle-kit migrate` now uses it: ci-web, web-validation, cloud-vm-guest-install, ios-streamed-validate, db-local.sh, and dev-local.sh through db-local.sh. CI now exercises the code path production runs. Checked on a scratch Postgres 14: all 93 migrations apply, a second run applies none, and cloud_vms_observed_destroy_cleanup_idx is valid. Refs #15488 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * fix(web): use the transaction's json helper in the outbox test main's web typecheck fails since #15423: tests/vm-workflows.test.ts(6219,37): error TS18047: 'sql' is possibly 'null'. The test narrows the file's `let sql` at its start, but TypeScript drops that narrowing inside the `sql.begin` callback. The insert there now uses the transaction's own `tx.json`, which is also the connection that runs the insert. Refs #15488 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Document the French Actions discovery titles as invariant The same change as #16175 (ee38771), carried so this PR's static checks pass while main is red. #13232 added actions.discovery.menuTitle and actions.discovery.dialogTitle, whose French text is identical to the English, and the localization parity check fails on main. Refs #15488 Co-authored-by: Lawrence Chen <54008264+lawrencecchen@users.noreply.github.com> Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * fix(web): insert a real JSON null in the malformed cleanup-row test "Cloud VM database schema > rejects malformed transferred cleanup rows" (#15423) never ran on main, because main's migrations failed before the database behavior tests. With migrations fixed it fails: expect((insertError)?.code).toBe("23514") Expected: "23514" Received: "23502" Its first malformed value is `null`, and postgres.js binds `sql.json(null)` as SQL NULL. The NOT NULL column rejects that (23502) before the check constraint the test is about. The row under test is a JSON null document, so that case now inserts `'null'::jsonb`, and the check rejects it with 23514 like the other nine. Checked on a scratch Postgres 14 with postgres.js: sql.json(null) gives 23502, the JSON null gives 23514, all ten malformed values give 23514, and {modelPlane: true} and {homeVolume: "v"} are accepted. Refs #15488 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * fix(config): pass actionReferenceID on the setting-action trust path main doesn't compile since #13232 (ef75ca7) and #14868 (10e78b5) merged 13 minutes apart: Sources/CmuxConfig.swift:2816:51: error: missing argument for parameter 'actionReferenceID' in call #13232 added the required actionReferenceID field to ResolvedSurfaceTabBarButtonEntry. #14868 added a new return of that struct for a project button that shows a global setting action, without the field. That button still shows and runs the referenced action, like the ordinary resolved path below it, so it reports the same resolvedIdentifier. Actions & Launchers discovery then lists the action as placed on the tab bar. The argument shares a line to keep the file within its length budget. Refs #15488 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * fix(actions): name setting actions in the discovery summary The second compile error from #13232 and #14868 merging 13 minutes apart, hidden behind the first: Sources/AppDelegate+WorkspaceActionSave.swift:126:9: error: switch must be exhaustive #14868 added CmuxSurfaceTabBarButtonAction.setting, and #13232's Actions & Launchers summary switched over the enum without it. The summary's type token follows each action's cmux.json "type", so a setting preset shows "settingPreset" and any other setting change "setting". The switch is now one case per line, which keeps the file within its length budget. Every other exhaustive switch over the enum already handles .setting. Refs #15488 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Keep Workspace+TitleOwnership.swift as main has it The title-frame comment tweak is cosmetic and was the only Swift change left in this PR. Without it the PR is web and CI only, so its checks don't wait on main's cmuxTests build. Refs #15488 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * test(web): pin the seats-follow-membership billing copy The billing panel's over-seat line is asserted here, and this test has been red on main since the dashboard SPA port: it already checks that no add-seats link is offered, and the port brought one back. Widen it to the copy the rule actually calls for, so both halves of the regression are covered. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com> Co-authored-by: Leo Li <cheerleaderleo@outlook.com> * fix(web): restore the seats-follow-membership copy the dashboard port dropped The Team subscription quantity follows the member count, so an over-seat line has nothing for an admin to act on: the reconciler updates Stripe on the next membership fact. That was settled in 06f4a7c, which reworded the line in all 20 locales, removed the add-seats link beside it, and dropped the members-page seat nudge. The dashboard SPA port rebuilt the billing panel from the pre-06f4a7c version at a new path, so git saw no conflict and the link came back, and the locale files went back to the soft-seat wording. `web/tests/ dashboard-billing-screen.test.tsx` has been red on main ever since, which fails the required `ci-status` on every web pull request. Restores the wording and drops the link. `seatNudge` and `seatNudgeAction` go too: the nudge they belonged to is gone from the members page and nothing reads them. `docs/team-settings-and-invites.md` already records the rule, and the stale "seats are soft" comment left hanging over an unrelated type in `team-members.tsx` is removed. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com> Co-authored-by: Leo Li <cheerleaderleo@outlook.com> * test(web): pin the new-team seat copy too The same merge-resolution path that reverted the billing panel's copy also reverted this line, and nothing asserted on it. Pin the sentence and the old wording's absence so a stale merge side fails the shard instead of shipping. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com> Co-authored-by: Leo Li <cheerleaderleo@outlook.com> * test(coderouter): close pinned proxy test connections Co-authored-by: Lawrence Chen <54008264+lawrencecchen@users.noreply.github.com> * fix(coderouter): handle pinned proxy body failures without hanging Co-authored-by: Lawrence Chen <54008264+lawrencecchen@users.noreply.github.com> * fix(ci): address follow-up review findings * merge: keep main's current bonsplit pin * fix(ci): harden locale and migration review follow-ups Co-authored-by: Lawrence Chen <54008264+lawrencecchen@users.noreply.github.com> * fix(ci): finish migration and locale follow-ups Co-authored-by: Lawrence Chen <54008264+lawrencecchen@users.noreply.github.com> * fix(web): preserve locale cookies during RSC navigation Co-authored-by: Lawrence Chen <54008264+lawrencecchen@users.noreply.github.com> * test(web): remove duplicate locale race case --------- Co-authored-by: Leo Li <cheerleaderleo@outlook.com> Co-authored-by: Claude Opus 5.5 <noreply@anthropic.com> Co-authored-by: Lawrence Chen <54008264+lawrencecchen@users.noreply.github.com>
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* Add failing regression test for discarded browser pane page state A hidden browser pane discarded for memory comes back through a fresh URL navigation, so it loses native back/forward history, scroll position and typed form input (#15069). This test discards a scrolled page with typed input and asserts all three survive the restore. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Restore discarded browser panes from WebKit session state Discarding a hidden browser pane kept only its URL, history URL list and zoom, so returning to it replayed a fresh navigation: scroll position, typed input and SPA route were lost (#15069). Discard now captures the page's WebKit interactionState, a snapshot image and the typed form values reported by an isolated-world user script. Restore assigns the interaction state to the replacement web view, paints the snapshot with a "Restoring" label until the first paint, and replays form values once the document loads. URL replay stays as the fallback when no state was captured, the state belongs to another document, or WebKit does not start a load from it. Interaction state is persisted in session snapshots so relaunch restores the same way, except for private profiles, form submissions and state over the size limit. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Add failing regression test for hidden WebContent termination restore A WebContent process that dies while its browser pane is hidden leaves the pane behind the manual Reload overlay, and recovery reloads the URL (#15069). These tests expect revealing the pane to restore the last session state instead, including when an uncommitted load was in flight at termination. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Restore hidden panes whose WebContent process died from session state A WebContent process that terminates while its pane is hidden no longer parks the pane behind the manual Reload overlay. The termination records that the pane was hidden; showing it converts the dead view into a discarded one and restores the WebKit interaction state, so history, scroll and form input come back without a URL reload. A load that had not committed when the process died restores the committed page instead. A crash while the pane is visible keeps the Reload overlay so a page that crashes its own process cannot reload in a loop. Refs #15069 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Add failing regression test for timer-free hidden web view discard default Issue #15069 asks for Chrome-style tab discard: a hidden pane keeps its page until hidden web content exceeds a memory budget, and the fixed hidden-time timer becomes opt-in. Today an idle pane hidden past the delay is discarded by the default policy. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Discard hidden web views oldest-first under a memory budget Hidden browser panes used to be discarded by a fixed timer. The default policy is now a hidden WebContent memory budget (browser.hiddenWebViewMemoryBudgetMB, default 2048). On each memory sample, BrowserHiddenWebViewMemoryBudgetCoordinator evicts the pane that has been hidden longest until the total fits. The timer is still available as browser.hiddenWebViewDiscardMode = "timer". The memory-pressure responder is unchanged. The mode and budget are wired through CmuxSettings, Settings > Browser, the cmux.json schema and the settings file, with localized strings. Refs #15069 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Add failing regression test for hidden pane discard blockers Issue #15069 asks the memory budget to leave alone a hidden pane whose state a restore cannot bring back. Typed input the restore never replays, such as a password or a rich-text editor, should keep the pane until the system is under memory pressure. Picture in Picture should keep it alive like playing media. Today the budget discards all three. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Keep hidden panes whose state a restore would lose The hidden memory budget could discard a pane holding typed input the form restore never replays (a password, a rich-text edit), close a page's Picture in Picture window, or drop a screen share. Those now block a routine discard: - The form-state observer flags unrestorable input, including values dropped by the capture caps, and the pane re-evaluates its discard schedule when that flag changes. System memory pressure still frees such a pane. - The media hook reports Picture in Picture per frame, and a paused Picture in Picture video keeps the pane alive. - Display and system-audio capture count as media capture next to camera and microphone. An explicit urgency (routine or system memory pressure) replaces the boolean that let pressure override a recoverable WebContent termination, so every pressure-only bypass reads from one place. Refs #15069 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Keep the hidden discard mode enum on one line in the cmux.json schema Match the schema's inline enum style and keep the embedded copy smaller. Refs #15069 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Add a per-pane pin that keeps a hidden browser page active "Keep Page Active While Hidden" in the command palette pins the focused browser pane. A pinned page is never discarded while hidden, not even under system memory pressure, and the pin survives relaunch through the session snapshot. Toggling it re-evaluates the pane's discard schedule. Refs #15069 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Add failing regression tests for manual restore of unloaded pages With browser.autoRestoreUnloadedPages off (#9561), showing a discarded pane, or one whose WebContent process died while hidden, must leave it unloaded until the user restores it, and that restore must still bring back history, scroll and typed input. Refs #15069 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Add a setting to keep unloaded browser pages until the user restores them browser.autoRestoreUnloadedPages (default true) decides whether a page unloaded to save memory, or whose WebContent process ended while hidden, restores as soon as its pane is shown. With it off, the pane keeps the page's last snapshot, dimmed, with a Restore button. Restore brings back history, scroll position and typed input from the captured interaction state, like the automatic path. This is the placeholder #9561 asked for, on the same restore path instead of a separate reload. A relaunched pane's deferred first load never waits, since nothing was unloaded. The page recovery overlay now owns both the crashed-page Reload prompt and the unloaded-page placeholder. The setting is in Settings > Browser, cmux.json and the settings file, with strings in all nine locales. Refs #15069 Refs #9561 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Add failing regression tests for discard restore gaps from review Covers four gaps in the #15069 restore path: - a form-submission result page restored from session state resubmits the form, so it must replay by URL; - a WebContent process that dies while hidden after Stop is not restored; - a back/forward cache return never reports typed input again; - Dock browser panes are left out of the memory budget. Refs #15069 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Restore form submission results by URL and report input after a cache return Assigning session state for a document that came from a form submission, in the main frame or a subframe, makes WebKit send the form again. The restoration state now tracks form submissions per document: a main-frame request sets the pending document's mark and a redirect re-decides it, a subframe submission marks the live document, and a commit moves the pending mark to the live one. A capture whose document is marked replays by URL. A back/forward cache return commits natively, which clears the pane's copy of typed input. The form state script now reports again on a persisted pageshow. Live session state is persisted only while its current entry is the URL the session snapshot saves, since a relaunch restores it for that URL. Refs #15069 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Restore a page whose process died while hidden even after Stop Stop keeps a live page from reloading, but a WebContent process that died while the pane was hidden left no live page to keep. Drop the terminated web view before the Stop check, which clears Stop, so showing the pane restores the page. Refs #15069 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Count Dock browser panes in the hidden page budget and pressure sweep The budget coordinator and the memory-pressure responder walked only workspace panes, so hidden Dock browsers never counted or unloaded. Both now use one app-wide enumeration that covers workspace panes, workspace Docks and window Docks, which also replaces the separate list the detached inspector routing kept. The per-manager and per-workspace pressure helpers go away. Refs #15069 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Create the Dock budget test's workspace through addWorkspaceIfActive The deprecated addWorkspace call added a test-target warning. Refs #15069 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Add a failing test for a new-window request clearing a form submission mark A request with no target frame loads in another web view, but the pane counted it as its own main-frame request. A new-window GET landing between a POST's decision and its commit cleared the pending mark, so a discard of the submission result page restored it with interaction state and sent the form again. Refs #15069 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Ignore new-window requests when tracking form submissions A navigation request with no target frame opens a new window, so its method says nothing about this pane's documents. Treating it as a main-frame request let a GET new-window request clear the mark set by a pending POST, and a POST new-window request mark a page that never submitted a form. Refs #15069 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Splice Memory Saver search entries with a call instead of + After merging main, `[...] + browserMemorySaverEntries + [...]` in cmuxDefault(catalog:) no longer type-checks in reasonable time. Pass both literals to a function, as appendingDevicesEntries(to:) does, so each keeps a concrete contextual type. Refs #15069 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Move the form-state scripts onto the WebKit types that run them The package conventions lint rejects BrowserFormStateScript, an enum with only static members. The content world, observer script, handler registration and restore call are now extensions on WKContentWorld, WKUserScript, WKUserContentController and WKWebView, so BrowserPanel no longer holds the content world or the handler name. The JavaScript is unchanged. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Add failing tests for a browser view outside a window marking its pane visible SwiftUI can build a browser view whose host never reaches a window and then dismantle it. Its visible report leaves a hidden pane marked visible, so Memory Saver never discards it (#15069). Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Report a browser pane visible only while its view is in a window SwiftUI can build a browser panel view or portal host that never enters a window and then dismantle it. Its visible report left a hidden pane marked visible, so Memory Saver never discarded it (#15069). Visible reports from the panel view and the portal lifecycle now require the view to be in a window, and each reports visible when it enters one. Hidden reports are unchanged. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Let the window visibility tests run main-actor tasks The tests ran synchronously as a main-actor job, so the nested run loop never ran the main-actor tasks that report a panel visible: the portal lifecycle update and the window-entry report. The "outside a window" checks passed without those tasks running, and the "enters a window" checks failed. The tests are now async and yield after each settle pass, as SidebarScrollViewConfiguratorTests does. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Cover popup page-state reports and a remote pane's queued restore A popup built from the opener's configuration shares its content controller, so its form and media reports reach the opener's handlers and replace the opener's typed input or keep it from being discarded. A remote pane whose proxy is reconnecting queues the URL replay; when the queued load starts it clears the in-flight restore that was noted up front, so the typed input never comes back. Refs #15069 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Bind page-state reports to their web view and note queued restores The form-state and media-playback handlers now drop reports from any other web view. A popup shares the opener's content controller, so its reports used to replace the opener's typed input and could keep the opener from being discarded after the popup closed. A URL-replay restore notes itself once its load starts. A remote pane queues that load until its proxy is back, and the queued load's start cleared the restore noted up front, so the typed input never came back. Budget enforcement returns before the per-pane checks when no pane is hidden. Refs #15069 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Wait on causes, not intervals, in the discard and visibility tests The restore fixture waits for both typed values to be reported, the blocker tests wait for the form-state report or its unrestorable flag, and the visibility tests wait for the host or window-presence view before checking that no visible report arrived. Refs #15069 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Wait for WebKit to save the scroll before discarding in the restore tests WebKit saves a page's scroll position into its history item 300 ms after scrolling stops, and the discard restore replays that item. Waiting for the typed-input report, which is debounced from before the scroll, let the test discard first, so the restore brought back the unscrolled position. Wait until the scroll shows up in the web view's session history instead. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Keep the Import Choose… button's accessibility identifier The Import Browser Data block put identifiers on its actions row and on the whole block, neither of which was an accessibility element. SwiftUI applies a container's identifier to the children of such a container, so the Choose… button lost `SettingsBrowserImportChooseButton` and `testImportChooseButtonOpensImportWizard` could not find it. Both containers now contain their children, the pattern the right sidebar tab rows already use. Red: SettingsBrowserBehaviorUITests.testImportChooseButtonOpensImportWizard fails at d192505 in E2E runs 36427228637 and 36430175176. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * test: cover agent commands on hidden panes that need a restore A hidden pane whose WebContent process died keeps a dead web view, so a browser automation command waits for a document that never commits and times out until the user shows the pane. A pane an agent is driving also stays the memory budget's first pick because only hiding counts as use. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * fix: restore hidden browser panes for agent commands A browser pane whose WebContent process died while hidden kept the dead web view until someone showed the pane. Socket commands captured that view, and their document-readiness wait could never see a commit, so they timed out. The resolver now turns such a pane into a discarded one before the command captures its web view, the way showing the pane does, and the readiness wait restores it from its interaction state without showing it. A command also counts as use of the pane: hidden-pane discards measure the delay from the later of the hide and the last command, and the memory budget evicts by that time, so it no longer frees a page an agent is driving. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * test: record the backdated hide in the agent budget test The workspace can record a new pane hidden before the test backdates the hide, and a repeated hidden report keeps the first hide time. Show the pane first so the backdated hide is always recorded. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Test that agent-driven restore cycles free dropped web views An agent that keeps waking a hidden pane must not grow memory: each discard has to release the web view it drops so its WebContent process can exit, the restored page must fall back under the memory budget once idle, and the captured page state must be freed when the restore commits. Also cover the web view whose process died while hidden. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * fix: tear down replaced browser webviews * test: assert browser teardown attachments * test: align flaky host assertions with current behavior * test: drain async browser teardown before leak checks * fix: let replaced browser views drain observer tasks * test: name browser lifetime checks precisely * fix: hoist async readiness before XCTest assertions * test: provide remote browser proxy credential * test: align restored browser and SSH fixtures with main * test: avoid sleep in browser restore wait * fix: await browser automation fixture setup * test: assert resolved SSH route settings * Test immediate cleanup of pane drag previews * Stabilize unrelated app-host fixture waits * Keep font fixture assertions within test budget * Capture dock fixture after window setup * Use the loader signal in the correct fork fixture * Keep settings merge within source budgets * Fit accessibility fix within settings budget * Restore ghostty and bonsplit pointers dropped by a main merge A merge of main committed stale submodule checkouts, rolling ghostty back to 9961d09 and bonsplit back to b32f48b. Point both at main's commits. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Restore Memory Saver settings rows dropped by a main merge Merging main took main's BrowserSection and curated search entries, which brought back the old toggle and delay rows and orphaned BrowserMemorySaverSettingsRows and insertingBrowserMemorySaverEntries. Mode, budget and auto-restore had no Settings UI, and search results for them pointed at missing rows. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Test that every Browser Memory Saver row is searchable A main merge took main's curated settings entries and dropped the mode, budget and auto-restore rows. Against those entries this test fails for Memory Saver Mode, Hidden Tab Memory Budget and Restore Unloaded Pages; it passes with 36efe7a. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Test that imported sessions drop WebKit page state SessionSnapshotImportTrust.sanitizedBrowserPanel filters imported history to http(s) but keeps interactionState, whose own back/forward list would restore the entries the filter removed. This test fails until the sanitizer clears it. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Drop WebKit page state from imported sessions restore-session --from filters imported browser history to http(s), but interactionState carries WebKit's own back/forward list, and seedPageRestoration assigned it to the web view on first load. The sanitizer now clears it and reports the panel as changed. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Merge latest main and preserve browser regression coverage * Harden browser import and web view teardown * Fix temporary Codex config provider forwarding * Keep CLI OpenCode config path self contained * Align close-tab test helper with latest main * Repair latest main test target wiring * Fix billing seat nudge web assertion * test(web): pin the seats-follow-membership billing copy The billing panel's over-seat line is asserted here, and this test has been red on main since the dashboard SPA port: it already checks that no add-seats link is offered, and the port brought one back. Widen it to the copy the rule actually calls for, so both halves of the regression are covered. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com> * fix(web): restore the seats-follow-membership copy the dashboard port dropped The Team subscription quantity follows the member count, so an over-seat line has nothing for an admin to act on: the reconciler updates Stripe on the next membership fact. That was settled in 06f4a7c, which reworded the line in all 20 locales, removed the add-seats link beside it, and dropped the members-page seat nudge. The dashboard SPA port rebuilt the billing panel from the pre-06f4a7c version at a new path, so git saw no conflict and the link came back, and the locale files went back to the soft-seat wording. `web/tests/ dashboard-billing-screen.test.tsx` has been red on main ever since, which fails the required `ci-status` on every web pull request. Restores the wording and drops the link. `seatNudge` and `seatNudgeAction` go too: the nudge they belonged to is gone from the members page and nothing reads them. `docs/team-settings-and-invites.md` already records the rule, and the stale "seats are soft" comment left hanging over an unrelated type in `team-members.tsx` is removed. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com> * test(web): pin the new-team seat copy too The same merge-resolution path that reverted the billing panel's copy also reverted this line, and nothing asserted on it. Pin the sentence and the old wording's absence so a stale merge side fails the shard instead of shipping. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com> * fix(dev): apply concurrent-index migrations outside transactions The GCP development backend runs migrations on startup, but drizzle-kit wraps every migration in a transaction and PostgreSQL rejects CREATE INDEX CONCURRENTLY. Share a local migration runner between bun db:migrate, DB tests, and the tagged backend so startup can complete safely while preserving atomic transactions for ordinary migrations. * fix(ci): use transaction-safe migrations and restore queue timeout helper The web migration lane must use the local runner for CREATE INDEX CONCURRENTLY migrations, and the latest main branch's tests still call the removed drainMainQueue(timeout:) overload. Keep both migration passes safe and preserve the timeout-aware test helper for existing suites. * Fix pinned request uploads on Bun 1.3 * fix(ci): route every local migration lane through safe runner * Cancel pinned uploads when requests close * fix(web): insert a real JSON null in the malformed cleanup-row test "Cloud VM database schema > rejects malformed transferred cleanup rows" (#15423) never ran on main, because main's migrations failed before the database behavior tests. With migrations fixed it fails: expect((insertError)?.code).toBe("23514") Expected: "23514" Received: "23502" Its first malformed value is `null`, and postgres.js binds `sql.json(null)` as SQL NULL. The NOT NULL column rejects that (23502) before the check constraint the test is about. The row under test is a JSON null document, so that case now inserts `'null'::jsonb`, and the check rejects it with 23514 like the other nine. Checked on a scratch Postgres 14 with postgres.js: sql.json(null) gives 23502, the JSON null gives 23514, all ten malformed values give 23514, and {modelPlane: true} and {homeVolume: "v"} are accepted. Refs #15488 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * cloud: pin the team date wire shapes in a test The team API writes every date with `Date.toISOString()`, so the strings on the wire always carry milliseconds. This test decodes that shape, the whole-second shape, and a non-date string, and fails today because `TeamsClient.decoder` uses `.iso8601`, which rejects fractional seconds. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com> * cloud: accept the team API's millisecond timestamps `TeamsClient.decoder` used `.iso8601`, which rejects fractional seconds, while every team date on the wire comes from `Date.toISOString()` and so always carries milliseconds. Team detail, sent invitations, received invitations and invite links therefore could not decode at all, and `macos / swift-package-tests` is red on main because of it. Parse the fractional-second shape first and fall back to whole seconds, matching `VMClient.dateValue` in the same package. `Date.ISO8601FormatStyle` is Sendable, unlike `ISO8601DateFormatter`, so it can live on the static decoder. A string that is not a date still fails. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com> * test(cloud): pin sub-second precision and a dated invite link A review pointed out that every fixture date sits on a whole second, so a decoder that parses the milliseconds and then throws them away passed the whole suite. Verified on Linux: a truncating decoder now fails. Also covers `CloudTeamInviteLink.expiresAt` as a string, which was only ever null in the fixture, and guards the whole-second replacement against silently becoming a no-op. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com> * Keep queue helper within test file budget * Avoid duplicate SessionEntry test target source * fix(tests): call the mutating reconcile budget outside #expect #16158's budget test passes budget.admit(...) straight to #expect. Xcode 26.3's macro expands the argument inside a closure where budget is immutable ("cannot use mutating member on immutable value"), so the macOS 15 lane fails at TEST BUILD. Bind each result first. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com> * test: check the vm ready poll interval in cmuxCLITests The same change as #16242 (90851e5), carried so this PR can restore main's cmuxTests build in one piece. #15381 called CMUXCLI.vmReadyPollInterval from the app-hosted CLIVMTransferTests, where CMUXCLI names the app's routing type, not the CLI. The policy check moves to cmuxCLITests, which builds the CLI target. Refs #15488 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * test: cover vm poll interval boundaries * test: compile the vm ready poll policy into cmuxCLITests #16245 moved the vm poll-interval check into cmuxCLITests with `@testable import cmux_cli`, which cannot compile or link for the same reason as the hook store tests: cmux_cli is the CLI executable. The pure policy now lives in CLI/VMReadyPollInterval.swift, compiled into both the CLI and cmuxCLITests (the CMUXCLI+AutoNaming precedent), and CMUXCLI.vmReadyPollInterval delegates to it. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com> * test: drive hook state recovery through the bundled CLI #16196 added ClaudeHookSessionStoreRecoveryTests with `@testable import cmux_cli`. cmux_cli is the cmux-cli executable, which cmuxCLITests does not link and cannot host, so the target stopped compiling ("Unable to find module dependency: CmuxControlSocketAtomicsC / CmuxSimulatorSystem"), and adding those packages would only move the failure to link time. The two tests now seed the hook state file, run a real `cmux hooks claude session-start` against a mock socket, and read what the CLI left on disk, like the rest of cmuxCLITests: - a malformed sibling record no longer discards a valid session mapping, and a salvageable file is not quarantined; - each of two unreadable state files is moved to its own quarantine backup with its original bytes, and the store keeps working afterwards. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com> * Keep reconcile test within file budget * Give every app-host test process its own preferences domain App-host test processes all run the same cmux DEV bundle, so they shared the runner user's real com.cmuxterm.app.debug domain. CFFIXED_USER_HOME does not move it: cfprefsd resolves the path from the user account. What one process saved became the next process's starting state. The Dock tests (DockSocketLifecycleTests and others) save rightSidebar.mode=dock and fileExplorer.isVisible=true through FileExplorerState(), so a later process's createMainWindow() mounted the Dock while creating the window and testWorkspaceTerminalFontSizeShortcutSeedsDockCreatedAfterShortcut found a Dock before the shortcut. CmuxMain.main() now first calls TestProcessDefaults.installIfHostingTests(). In an XCTest host (CMUX_TEST_PROCESS, XCTestConfigurationFilePath or XCInjectBundleInto) it replaces +[NSUserDefaults standardUserDefaults] with a suite named <bundle id>.xctest.<pid>. A suite's search list has the argument, suite, global and registration domains but not the app's domain, so the process starts from registered defaults and keeps its writes. The suite is removed at exit; suites of crashed processes are removed by the next test process. @AppStorage, NSUserDefaultsController and package code all read UserDefaults.standard, so they follow. XCUITest target apps are not XCTest hosts and keep the real domain their tests seed. Code that names the app's domain explicitly (CloudTreeExpansionPreferences through Core Foundation, the scroll-bar preference and LanguageSettingsStore through persistentDomain(forName:)) now uses ProcessDefaultsDomain, so it sees the same domain as UserDefaults.standard. The window-frame reset from #15985 is removed: the process no longer sees an earlier process's frame. Its regression test now plants the frame in the shared domain the way an earlier process saved it. The Dock font-size test also sets the right sidebar hidden before it creates its window, because tests in the same process can still leave the Dock showing. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com> * Stabilize app-host CI regressions * Keep app-host defaults test within budget * Repair remaining app-host CI regressions * Test locale preference writes during background navigation * Keep background locale responses from changing language preferences * Cover normalized fetch metadata and cross-tab locale races * Use browser fetch metadata after Next.js request normalization * Exercise background cookie writes with a real HTML fetch * Correct locale navigation test metadata * Address browser restoration review findings * Harden browser discard edge cases * Document browser form state caps * Fix migration script trailing whitespace * Address browser review cleanup findings * Correct hidden memory budget planner fixture * Repair accent color access after main catch-up * Fix browser window presence callback capture --------- Co-authored-by: Claude Opus 5.5 <noreply@anthropic.com> Co-authored-by: Leo Li <cheerleaderleo@outlook.com> Co-authored-by: Lawrence Chen <54008264+lawrencecchen@users.noreply.github.com>
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* CmuxMobileCloud + CmuxTerminalClient packages: the phone's Cloud domain layer
The iOS app has no Cloud VM concept: no /api/vm client, no device identity,
no tunnel lifecycle. This adds the two Swift packages the Cloud tab will sit
on, deliberately UI-free and binary-free so every behavior is unit-tested:
- CmuxMobileCloud: the /api/vm client (list, tunnel enroll, attach,
invitation approve), the device identity (ios-<uuid> plus a Curve25519
WireGuard key held in the Keychain, only the public half ever sent, a
locked store fails closed), the wg-quick builder that fills the server's
blank PrivateKey and pins PersistentKeepalive, a CloudSessionController
that starts the tunnel when a Cloud screen appears and tears it down on
disappear or background, and the raw-output reducer that turns
snapshot/output/resize/exit events into grid and byte writes. The Rust
transport is a protocol seam; the composition root satisfies it later.
- CmuxTerminalClient: the SwiftPM wrapper for the prebuilt Rust xcframework
(a local downloaded copy wins over the pinned release; model-only mode
builds without any binary) plus the pure-Swift catalog decoding.
Ported from the reference branches onto current main; the system-VPN role
(an explicit user toggle) is deliberately left out of this slice per product
decision, so CloudSessionController no longer takes an optional system VPN.
swift test: CmuxMobileCloud 54 tests / 9 suites pass;
CMUX_TERMINAL_CLIENT_MODEL_ONLY=1 CmuxTerminalClient 6 tests pass.
Co-authored-by: Abdulaziz Albahar <67667005+azooz2003-bit@users.noreply.github.com>
Co-authored-by: Lawrence Chen <54008264+lawrencecchen@users.noreply.github.com>
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
* iOS Cloud tab, and Cloud machines as ordinary workspace hosts
A cmux Cloud machine now reaches the phone's workspace experience the way a
paired Mac does, instead of through a parallel Cloud UI.
The store gains one seam: a host that is not a paired Mac can contribute
workspaces and serve terminals (MobileExternalHostSource). It publishes a
MacWorkspaceState into the same per-host map a Mac's snapshot lands in, and
the store routes that host's terminal input, viewport reports and replay
requests back to it instead of the Mac RPC pipeline. Those fork points sit
beside the ones demonstration content already uses, which is the shipping
precedent for a non-Mac host in these surfaces. Everything above the store
reads only workspace values and a surface id, so the workspace list, the
detail screen, its top toolbar and title menu, the terminal, the accessory
row and the composer are the same views with the same behavior, whichever
computer serves the terminal.
CmuxMobileCloudBridge is the only place that names both Cloud and the shell:
it projects a machine's daemon catalog into workspace rows, attaches on
mount, feeds the daemon's snapshot and live bytes in, and carries keystrokes
and grid reports back. Attachment is single-slot per machine, matching the
daemon's own model.
The Cloud tab is therefore the management hub: it lists the account's
machines and creates them, and does not host a second terminal experience.
The bespoke Cloud terminal, catalog and workspace-detail screens are
deleted, along with the Cloud picker the reference wove into the workspace
list. The shell keeps no Cloud dependency at all: the tab's content arrives
from the composition root through the environment.
The system-VPN role is deferred to a later phase, so its controls, its
preferences and its strings are not part of this change.
swift test: CmuxMobileCloudBridge 10 tests, CmuxMobileCloud 54 tests.
swift build: CmuxMobileCloudBridge, CmuxMobileShell, CmuxMobileCloud.
Localization: 40 keys added across the nine required locales, 6 documented
invariant literals, catalog parity unchanged from main at 562.
Co-authored-by: Abdulaziz Albahar <67667005+azooz2003-bit@users.noreply.github.com>
Co-authored-by: Lawrence Chen <54008264+lawrencecchen@users.noreply.github.com>
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
* Cloud rows must not fall into Mac mechanisms, and can be hidden
Reusing the paired-Mac UX must not mean reusing the paired-Mac transport.
Three places still routed a Cloud row into machinery that describes a Mac
connection it does not have.
Opening a Cloud workspace called switchToMac for a host no Mac transport
knows; the switch fails and the caller rolls the selection back, so the row
was effectively unopenable. The composer's availability check required a Mac
RPC client, so it would have been disabled. And the full-load reconcile nils
every workspacesByMac key that is not a visible stored paired Mac, so a
Cloud host's rows were deleted on every load and only reappeared on the
bridge's next publish, which is a visible flicker.
All three now fence on host ownership, which the source answers from its own
identifier namespace (MobileExternalHostSource.externalHostOwnsHost).
Visibility lands as a filter over the derivation rather than a deletion of
the entry: an external host republishes on its own schedule, so deleting
would lose the race and the rows would return. setExternalHost(_:hidden:)
plus externalHostSummaries give the Computers screen what it needs.
Tests: 8 behavior tests covering rows appearing, input reaching the host
while the Mac send-status pipeline stays idle, a foreign surface being left
alone, repaint routing, composer availability, hide surviving a republish,
summaries, and unregistration disowning surfaces.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
* Model Cloud identifiers and projection as values, not namespaces
The iOS package conventions reject a caseless enum whose members are all
static: a namespace is not a type. Both offenders read better as values
anyway.
CloudSurfaceIdentity's static string plumbing becomes CloudAddress, a real
address with a machineID and an optional component (nil naming the machine
itself), parsed by init?(parsing:) and rendered by its identifier property.
That also tightens ownership: a host address is now exactly one with no
component, and a surface address exactly one with a component, so the two
fences can no longer be confused for each other.
CloudWorkspaceProjection's static function becomes CloudWorkspaceProjector,
constructed per machine with the identity it projects for.
scripts/lint-ios-package-conventions.sh: no unjustified violations.
swift test CmuxMobileCloudBridge: 10 tests.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
* Fix three defects in the Cloud terminal bridge
Found reviewing my own unreviewed code.
Terminal output could be reordered. The daemon's callback runs on library
threads and the bridge started a fresh unstructured task per event to reach
the main actor; those have no ordering guarantee, so two chunks could be
applied in the wrong order, which splits an escape sequence and corrupts the
screen. Events now yield into one AsyncStream per machine, which preserves
arrival order across the thread boundary, and a single consumer applies them
on the main actor in that order.
Keystrokes typed before the attachment landed were dropped. The terminal view
is on screen and accepting input from its first frame, while attaching is
async, so the first characters after opening a terminal went nowhere. They
are now held per surface and flushed in order once the link is up, after the
grid report.
Every repaint request forced a detach and reattach. Replay is requested on
mount and again after view resets and resync sweeps, so a live terminal could
have its link torn down repeatedly. A request for the surface already being
attached is now satisfied by that attach's own snapshot.
Teardown is one path (teardownAttachment) so the attachment, its stream, its
consumer and the in-flight marker cannot be released in different subsets.
Tests: 2 covering the ordering guarantee the fix relies on (12 in the package).
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
* Hiding the open Cloud machine must not silently swap the workspace
selectedWorkspace falls back to the first remaining row when the selected id
is absent. So hiding the machine whose terminal is open left the id naming a
row that no longer existed and moved the user into another computer's
workspace with no indication, while the id still claimed the hidden one.
Hiding now clears the selection when it belongs to that host, which pops the
detail back to the list. That is what a failed cross-Mac open already does,
for the same reason.
Tests: hiding the open host clears the selection even with another host
visible to fall back to; hiding an unrelated host leaves it alone.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
* Re-read a Cloud machine's catalog when its tunnel comes up
A catalog read attempted before the tunnel was ready published the machine as
reconnecting with no workspaces, and nothing re-read it. The only other
trigger is a change to the machine list, so on the common path — open the app,
the tab appears before the tunnel finishes — the rows stayed reconnecting
indefinitely and the machine looked broken.
The composition root now refreshes every admitted machine when the tunnel
reaches ready.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
* Test the bridge's attachment behavior through a link seam
The three attachment fixes had no behavioral coverage, because the bridge
depended on CloudSessionController and CloudMachineConnection directly, so
exercising them needed a tunnel and a daemon.
The bridge now takes a CloudMachineLinkProviding, which the controller
satisfies in one extension and a fake satisfies in tests. Production wiring is
unchanged.
Seven tests, each verified to fail without its fix rather than merely to pass
with it:
- input typed while the link comes up arrives in order once it is up (fails
with the old drop: sentText was empty)
- a grid reported before the attach is replayed afterwards
- repeated repaint requests do not restart a running attach (fails with the
old force-reattach: detachCount was 2)
- once attached, a repaint request does reattach, since only a fresh attach
yields the daemon's whole screen
- retiring a machine detaches it and disowns its surfaces
- a surface on a machine that is not admitted is disowned
- with no tunnel the machine is still published rather than dropped
19 tests in the package.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
* Drop Cloud attachments when the tunnel that carried them stops
The session controller closes its machine links whenever the tunnel stops,
which is what backgrounding the app does. The bridge kept its attachments, and
sending into a closed link is discarded silently rather than failing, so the
first keystrokes typed into a still-open terminal after returning went
nowhere, with nothing to reattach until a view reset happened to ask for a
repaint.
Losing the tunnel now drops the attachments and their delivery, so the next
interaction attaches again, and the machines republish as reconnecting so the
list shows their liveness instead of emptying out.
Test verified to fail without the fix: after a tunnel loss the reattach never
happened (attachCount stayed 1) and input went into the dead link.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
* Make the bridge tests wait on behavior, not a yield count
The attachment tests settled by yielding a fixed number of times, which is a
race: under load the bridge's attach task may not have run yet, so the test
would fail for scheduling reasons rather than behavior.
Waits that expect something to happen now poll for it with a bound far past
any real scheduling delay; waits that assert nothing happens still settle
plainly, since there is no condition to poll.
Hardening this exposed a flaw in one test. It waited for the attach to be
requested and then asserted a second repaint request reattaches, but a
request is not a live link: the attach task had not finished, so the second
request correctly hit the in-flight guard and no reattach happened. It now
waits until input actually reaches the terminal, which is the state a second
request has to act against.
Re-verified that both fixes are still what their tests detect: reverting the
in-flight guard and the input buffering each fails its test. 20 tests pass
three runs in a row.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
* Strip the reference branch's Cloud-controller remnants from the shell
First iOS compile of the shell UI (it is iOS-only, so no macOS-hosted build
ever reached it) surfaced dangling pieces of the reference branch's parallel
Cloud UI that the bridge design replaced: a cloudSessionController
environment read, a cloudSessionLifetime modifier, and Mac-picker injection
of cloud machines by a synthetic picker id. Under the bridge, cloud hosts
enter the picker through the aggregated workspaces like any other computer,
so all of it goes.
ios/scripts/reload.sh --tag cloudt --simulator-only now builds clean.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
* Fix the Cloud lifecycle so a real sign-in actually reaches Cloud
First live run on a simulator signed into a production account showed the
tab bar never appearing and no Cloud machines loading. Five causes, all in
this branch's wiring:
- The machine list was fetched when session restore finished. A fresh
sign-in never toggles restore, so the fetch ran once while signed out and
never again. It is now keyed on the signed-in account and team.
- The tunnel was only wanted while a Cloud screen was visible. Cloud
terminals open from the Workspaces tab, so the tunnel would never be up
where it is used. The composition root now holds a shell-wide lease while
the account owns at least one machine; an account with none never enrolls
a tunnel peer. Scene phase is forwarded from the root.
- The bridge re-pointed its weak store reference at every store a scene
re-render built; SwiftUI keeps only the first, so the reference went nil.
The first live store now wins. Sign-out resets instead of detaching, so
sign-out then sign-in works without a relaunch.
- The Cloud tab rendered its machine list only when the tunnel was ready, so
an account with no machines saw a blank tab with no create action, under a
permanent "Connecting" spinner from the idle tunnel. The list now renders
from its own phase, a failed first load offers a retry, and the connecting
row only shows once there is a machine to reach.
- stopTunnel cancelled the in-flight machine list read.
Also corrects the create sheet's "type unavailable" copy, which blamed the
user's plan for what is a deployment's published image set.
Tests: CmuxMobileCloud 58 (lease with no Cloud screen visible, lease yields
to background, list survives a tunnel stop, sign-out reset keeps the device
identity; the lease test verified to fail without the fix). Bridge 22 (first
live store wins, sign-out then sign-in republishes).
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* Cloud tab manages machines; Computers lists them; hiding persists
The Cloud tab is the management hub, but it could only list and create.
Machine lifecycle. Each machine row shows a localized status mapped from the
control plane's vm_status enum (an unknown future state shows the server's
own word rather than hiding the machine), and offers Pause, Resume and Delete
by swipe and context menu, gated by state, with a confirmation before the
destructive delete. One controller path runs every action: it refuses a
second action on a machine while one is running, records a failure against
the machine and action it hit (so the Pro gate's server message shows on the
right row), and reconciles from the server list instead of guessing state.
Destroyed machines never reach a screen, and the bridge no longer dials a
paused, provisioning or failed machine; it publishes it unreachable.
A machine that is still provisioning is re-read every five seconds through
the controller's injected clock while the app is in the foreground, so a new
machine turns from Starting to Running without a pull to refresh; the poll
ends by itself once every machine settles.
A no-Mac account can reach Cloud. The no-computers screen had no tab bar, so
the Cloud tab was unreachable for exactly the account that needs it to create
a first machine. When Cloud is available that screen now sits in a two-tab
bar beside Cloud; Mac-only builds render it exactly as before.
Computers sheet. Cloud machines get their own section beside the Macs, with
the Macs' own visibility switch. Rows hold value snapshots only.
One visibility concept. The controller's persisted hidden-machine set is now
the store behind the shell's filter: the bridge seeds the filter from it on
admit and the store writes a user's change back through a new source
callback, so hiding survives relaunch. The controller's unused parallel
visibility API is gone.
Tests: CmuxMobileCloud 65, bridge 25, ExternalHostHostingTests 10. Lint
clean. Localization: 12 new keys in nine locales, parity unchanged at 562.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* Show why a Cloud machine can't be reached and keep retrying
Live verification on the simulator found a running machine whose attach
the control plane refused (HTTP 502). The phone hid that completely: the
Cloud tab said "Running", the Workspaces tab stayed empty, and nothing
ever tried again.
- A failed catalog read is recorded on the machine's connection. The Cloud
tab row shows "Couldn't connect. Retrying automatically." with the
server's own reason, and offers Try Again Now; pull to refresh also
re-dials every failed link from scratch.
- The workspace bridge retries a failed catalog read on its own: 5 s,
doubling, capped at a minute, cancelled when the tunnel goes away.
- A machine without a label is shown by its short id (vm-04a498bf) in the
Cloud tab and the Computers sheet alike, instead of a 35-character id in
one place and a generic "Cloud" in the other.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* Heal the Cloud machine list after sign-in and name things like the CLI does
Live verification against production found three more gaps:
- Right after signing in, the machine list read hit a token step still in
flight. The composition turned that into "not signed in" (`try?`), so
the Cloud tab said the session had expired and nothing tried again.
Only a rejected session now counts as a sign-out; a transient token
state is its own retryable error, and the list retries on its own: once
quietly after 2 s (still showing the spinner), then visibly with 5 s
doubling to a minute. A sign-out or a refused (4xx) request is shown and
not retried.
- Machines without a label now use the control plane's generated name
(`whimsical-cobalt-butterfly`, the CLI's LABEL column) before the short
id.
- Terminals decoded a `name` the daemon never sends, so every row showed a
raw `term_...` id. They now use the daemon's `title` and `cwd`.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* Log Cloud attach and catalog milestones where dogfood reports can see them
A live terminal that never received output left no trace: the bridge
swallowed attach failures and the link's one message was info level,
which the unified log does not persist. Attach start, success, failure
(with the error), first output, input held for a pending attach, and each
catalog read now log at notice or error level. Ids only, never bytes.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* Test that a Cloud terminal resolves to its row so its view can start output
Fails before the fix: workspaceID(forTerminalID:) has a demonstration fork
but none for external hosts, so a Cloud surface resolves to nil and the
mounted terminal never opens its output.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* Resolve Cloud terminals to their row so the terminal view starts output
Live verification found every Cloud terminal blank: the view opens its
output only after prepareTerminalViewport resolves the surface's
workspace, and that lookup is scoped to the foreground Mac (or to rows
with no host). A Cloud row has neither, so the answer was nil, the output
never started, no replay was requested, and nothing attached. External
host surfaces now resolve to their host's row directly; their ids are
namespaced, so the sibling-build ambiguity the scoping guards against
cannot arise.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* Test that mounting a Cloud terminal asks its host for the screen
Fails before the fix: requestColdAttachTerminalReplay forks demonstration
surfaces but not external hosts, so with no Mac client it parks the
request for a Mac that never connects and the view stays blank.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* Hand a Cloud terminal's cold attach to its host
The mounted view's cold attach went down the Mac path, which waits for a
Mac client and arms Mac replay barriers. An external host serves its own
screen, so the request now goes straight to it, beside the demonstration
fork. Same audit as the viewport fix: this was the only demonstration
fork on the terminal path without an external-host counterpart.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* Test that a Mac teardown or team switch leaves Cloud hosts alone
Fails before the fix: clearRemoteConnectionContext downgrades every host
entry except the demonstration one, markSecondaryMacUnavailable accepts a
Cloud key, and currentTeamDidChange drops every entry but the foreground
Mac's.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* Keep a Mac's connection churn out of Cloud hosts' liveness
Live verification showed a Cloud terminal as Disconnected with its
keyboard blocked while its link was healthy: the paired Mac was stuck
reconnecting, and each teardown marked every host entry but the
demonstration one unavailable, Cloud machines included. The detail view
blocks input for an unavailable host. Mac teardown and the secondary-Mac
downgrade now skip external hosts, which report their own liveness, and a
team switch leaves their rows for their source to republish or retire.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* Decode the daemon's session snapshot into a placed catalog
Terminals from terminal.list carry a tab id, not a workspace, so every
Cloud terminal landed in a catch-all row while the real workspaces showed
zero terminals. The daemon's session.snapshot has the missing links
(terminal.tab_id -> tab.pane_id -> pane.screen_id -> screen.workspace_id)
and the tab names the Mac shows. TerminalCatalogDecoding.catalog(fromSnapshot:)
places each terminal under its workspace in workspace, screen, pane and
tab order, names it after its tab, and lists pool terminals last.
CloudTerminalSession gains loadCatalog(), defaulting to the two list
calls, so the Kit session can answer from one snapshot once the client
library exposes it.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* Say a machine is being created only while it is
The create sheet's footer read "Creating your machine. This takes a
moment." before anything was tapped. It now shows only while the create
is in flight, and the code's default matches the catalog's English.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* Test that an open Cloud terminal survives a lost link
Fails before the fix: losing the link or failing a catalog read republished
the machine with no rows, and a repaint asked for while the link was down
was dropped with nothing to retry it.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* Bring an open Cloud terminal back by itself after the app returns
Live verification: after a trip to the background the open Cloud terminal
kept its old screen and never streamed again until the user typed. The
bridge republished each machine with an empty catalog when the tunnel
dropped (its own comment said the rows stay), so on return the terminal
view could not resolve its surface and never restarted output; and a
repaint requested while the link was down was dropped.
The bridge now keeps each machine's last catalog and republishes it as
reconnecting on link loss or unavailable on a failed read, and remembers
the terminal each machine was showing (or was asked to repaint) and
re-attaches it as soon as a catalog read proves the link is back. A
terminal that no longer exists is forgotten.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* Reach Cloud from the iPad sidebar
The iPad split layout's bottom-bar destination control only offered
Workspaces and Notifications, so Cloud was unreachable on iPad with a
paired Mac. It now offers Cloud too, and the sidebar renders the Cloud
screen inside the navigation container it already owns (a stack of
Cloud's own would take over the sidebar's bars), with the same sidebar
toggle Notifications gets.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* Point a Mac-less user at Cloud from the empty Workspaces screen
With no Mac and no Cloud machine, the Workspaces tab only explained Mac
pairing. In a build with Cloud it now adds that a Cloud machine's
workspaces appear there too, created from the Cloud tab.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* Place Cloud terminals in their workspaces and let the phone's grid win
Uses the two client entry points from the updated library:
- The Cloud session reads the catalog from one session snapshot, so each
terminal lands under the workspace that shows it, named after its tab.
A daemon that cannot answer the snapshot falls back to the two lists.
- The phone opts into viewer-size priority on every link, so on a
terminal a Mac also shows, the pseudo-terminal takes the phone's grid
instead of the smallest of both. Daemons or terminal hosts that predate
it keep the shared minimum.
Needs a CmuxTerminalClient.xcframework built from
https://github.com/manaflow-ai/cmux/pull/14682 at e0496c9 or later.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* Keep a redialing Mac with no rows out of a Cloud-served list header
A stored Mac that is redialing but contributes no rows no longer puts
Reconnecting under All Computers while a Cloud machine or secondary Mac
serves the visible list. Its own state stays on the Computers screen.
Hidden Cloud machines no longer count toward a healthy list.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* Make Cloud workspaces' menu, names and creates behave like a Mac's
Terminals on a Cloud machine all read "cmux": the daemon names no tab,
a stock shell sets no title, and the label fell back to the home
directory's last component. They now read their tab name, else title,
else a home-relative directory, else "Terminal N" by position.
New Terminal and New Workspace on a Cloud workspace went down the Mac
path, which selected a placeholder terminal no host serves, or sent a
Cloud workspace id to a connected Mac. They now go to the machine
through the external host seam, which creates on the daemon and awaits
a catalog read so the new row is published before it is selected.
New Browser opens the phone's browser, which reaches the machine over
the Cloud system VPN, and the picker drops the Mac-only sections and
the Mac update hint.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* Name Cloud machines without the dev build's tag
A dev phone suffixes every computer with its build tag because it only
pairs with the same-tag Mac. No tag scopes a Cloud machine, so the
computer picker read "clever-aqua-grouse (cloudt)".
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* Test that choosing a Cloud machine in the picker keeps its rows
Fails: the host id's unit separator parses as a Mac pairing id, so the
machine filter matches none of the machine's rows.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* Separate Cloud addresses with the group separator
A Cloud host id carried the unit separator that Mac pairing ids use
between device and build tag, so choosing a Cloud machine in the
computer picker showed "No workspaces on the selected machines".
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* Bound the Cloud create tests' waits by time, not yield count
The test-determinism guard rejects a yield-count poll: its bound
tightens exactly when the runner is busy.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* Reconnect a Cloud workspace through its machine, never the Mac switch
The workspace title menu's Reconnect, and choosing a Cloud machine in the
computer picker, both called the paired-Mac switch with a Cloud host id.
switchToMac now succeeds at once for an external host, as it does for
the demonstration computer, and leaves the foreground Mac connected.
Reconnect asks the host's source instead: the bridge drops that
machine's link, re-reads its catalog and repaints the open terminal.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* Show a refused Cloud New Terminal, and publish reloads under the current machine
The detail screen matches a creation error on the workspace's published
id, and the Cloud path stored the list's scoped id, so a refused New
Terminal showed nothing. A reload that awaited a create also published
under the machine record captured before the await.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* Create Cloud terminals inside their workspace
New Terminal on a Cloud workspace calls
cmux_terminal_client_create_terminal_in_workspace (from
https://github.com/manaflow-ai/cmux/pull/14682), so the terminal lands in
that workspace's focused pane instead of failing.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* Log and record Cloud creates like the Mac path does
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* Repaint a Cloud terminal from a fresh snapshot when the daemon's grid moves
A daemon without viewer-size priority takes another viewer's grid. The
bridge ignored the resulting resized event, so the program kept
repainting only the cells it thought changed, on a grid the phone's
emulator was not at, and stale cells survived on screen (the corruption
the user photographed in Codex). No incremental stream repairs that;
the bridge now re-attaches for a fresh snapshot once the grid settles
(one repaint per resize burst), which also re-reports the phone's grid.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
* Create Cloud workspaces from the workspace list
Scoping the computers picker to a Cloud machine makes the list's plus
button create on that machine (group creation, a Mac concept, steps
aside there). Under All Computers the plus menu offers New Workspace on
each visible Cloud machine. Both land in the machine's daemon and open
the new workspace's terminal.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
* Serialize a machine's attaches, keep offline keystrokes, pin creates
Three fixes from the pre-merge review:
- Switching terminals on one machine mid-attach could let the old
attach's uninterruptible dial finish after the new one installed,
re-pointing the machine's single attachment slot and freezing the new
terminal. Attaches are now serialized per machine behind a generation
token: a superseded dial completes, releases the slot it still owns,
and only then does its successor dial. The connection also refuses to
attach once its caller was superseded.
- Keystrokes typed while a machine's link was away (right after
foregrounding) were silently dropped even though the composer accepted
them; they are now held, bounded at 8 KB, and flushed when the wanted
terminal re-attaches.
- A double-tap on New Workspace could create two billable workspaces;
the second create on a host with one in flight is refused as busy.
The attach fake's gate now blocks through cancellation the way the real
library's dial does; an AsyncStream gate released on cancel and hid the
first bug.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
* Red: a locally served terminal must own its scrolling and its bytes
A Cloud (external-host) or demonstration terminal lives entirely in the
phone's local emulator, but three Mac-session mechanisms still treat it
as a Mac mirror:
- ownsLocalPrimaryScreenScroll requires a screen-anchored Mac session
plus a render-grid screen confirmation no Cloud surface ever gets, so
the gesture routes to the row-quantized line path instead of the
pixel-precise local path (the reported row-by-row Cloud scrolling).
- scrollTerminal then queues a mobile.terminal.scroll RPC to a Mac that
has never heard of the surface id.
- deliverTerminalBytes classifies the bytes with the foreground Mac's
verified-replay session state, so a render-grid Mac in the foreground
marks Cloud bytes requiresVerifiedReplay and the consumer freezes the
presentation instead of painting them.
These tests encode the intended behavior and fail on this commit; the
fix follows.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
* Give locally served terminals the pixel-precise local scroll path
A Cloud (external-host) terminal and demo content run in the phone's own
Ghostty emulator, yet every scroll-authority decision consulted the
foreground Mac session, so their gestures fell to the row-quantized line
pump and their bytes could be gated behind a Mac's verified replay.
One new fence, terminalIsServedLocally (demo namespace or a registered
external-host source, both stable identifier namespaces), now short-
circuits the three Mac-session mechanisms at the same fork points the
existing demo/external forks use:
- ownsLocalPrimaryScreenScroll returns true for locally served surfaces,
which routes flushPendingScrollIfNeeded to applyLocalPixelScroll (the
same renderer-owned fractional-viewport path screen-anchored Mac
sessions use) and suppresses the mobile.terminal.scroll RPC that was
addressed to a Mac that has never heard of the surface. No screen
confirmation is required: libghostty clamps rows to the active area
and forces the pixel offset to zero on the alternate screen.
- terminalScrollPresentationAppliesLocally makes the surface view's
scroll presentation authority per-surface, so a verified-replay Mac
without screen anchoring can no longer demote a Cloud surface to
waiting for Mac frames that will never describe it.
- requiresVerifiedReplayForUnclassifiedDelivery(surfaceID:) classifies
locally served bytes as legacy-appliable, so a render-grid Mac in the
foreground no longer freezes a mounted Cloud terminal into a
reject/replay loop.
The red tests from the previous commit now pass, plus one covering the
per-surface presentation authority.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
* Port the first-run onboarding scene design into Cloud onboarding
The Cloud tab's first-visit onboarding kept the plain paged TabView from
the integration branch: an SF symbol, small type, system page dots, and
bordered buttons. Aziz prefers the visual design of the onboarding he saw
on the old feat-ios-cloud-integration build, whose look is the app's
first-run onboarding scene system. This recreates that design language in
CloudOnboardingView while keeping the flow contract untouched: the same
public init, two pages, onComplete/dismiss semantics, and the surrounding
chrome's Skip wiring.
Ported design, recreated inside CmuxMobileCloudUI because the package
deliberately never depends on the shell UI:
- CloudOnboardingBackdrop: the ambient Game of Life cell grid over the
system background with the bottom gradient wash, dark/light aware,
rendered static under Reduce Motion.
- Stationary scene pages: balanced large-title bold copy above secondary
body text, with a large hierarchical tinted symbol filling the
remaining space; regular-width non-accessibility type lays copy and
visual side by side.
- Capsule page dots (wide accent capsule for the current page) over an
elliptical background wash, with localized step accessibility.
- Scene footer: full-width prominent glass capsule primary action with a
reserved plain-text secondary slot, side by side in compact height.
One new catalog key, mobile.cloud.onboarding.progressLabel, added in all
nine locales; every other string reuses existing translated keys.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
* Add the opt-in Cloud system VPN
A switch in the Cloud tab lets Safari and other apps reach Cloud machines'
private addresses. It is separate from the terminal's in-process tunnel: its
own WireGuard peer (the browser purpose, a fresh key minted on each enable),
run by a packet tunnel extension that iOS owns, and it starts only when the
user turns it on. Signing out or switching accounts removes it.
The iOS extension (ios/CloudVPN) reuses the Mac's ordered tunnel lifecycle
and WireGuard adapter (CmuxCloudTunnelCore gains the iOS platform), reads the
key-bearing config from the Keychain group it shares with the app, and
re-checks every route against the private-range policy before starting.
scripts/build-wireguard-go.sh now builds the engine for iPhone and Simulator.
Release lanes are not updated yet: the TestFlight/App Store upload paths
still sign exactly one extension, and the release App IDs need the Network
Extensions capability. This must not merge before those land.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* A device that can't run the system VPN never touches its storage
On the Simulator, signing in and out still asked Network Extension and the
Keychain to load or remove a VPN that could never exist there. The Keychain
refused, the VPN landed in a failed state, and its row showed in a Cloud
tab with no machines.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* Validate the installed VPN text, not just the enrollment fields
The wg-quick text is what gets saved and started, and the server may
supply it whole; checking only the enrollment's route fields let a
divergent server text reach the Keychain, where only the extension's
last-line check refused it. The route policy now validates the final
text with the same line rule the extension runs, before anything is
saved.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
* Ask where Cloud workspaces should be created
Share the workspace-list destination picker between connected Macs and Cloud machines. Under All Computers, multiple destinations are explicit menu choices; a scoped Cloud machine still creates directly through the Cloud bridge.
* Bound Cloud system VPN operations and retry cleanup
Add cancellable deadlines around enrollment, refresh, install, stop, and cleanup. Retry account removal and always attempt keychain deletion when Network Extension preference removal fails. Add regression coverage for stalled installs and transient cleanup failures.
* Serialize Cloud VPN side effects
Keep replacement intents behind the actual completion of Cloud and Network Extension operations. Start operation deadlines after queue acquisition and add coverage for cancellation-resistant platform calls.
* Bound queued Cloud VPN operations
Apply operation deadlines while waiting for the serialized gate. Cancel queued work before acquisition, keep active platform calls serialized until completion, and cover bounded queued retries.
* Reconcile late Cloud VPN completions
Observe timed-out platform operations until they finish, reconcile the final VPN phase after the gate is idle, and suppress duplicate enrollment while an install remains unresolved.
* Keep Cloud VPN start transitioning
Treat a successful start request with a transient disconnected status as connecting until Network Extension reports the live state. Prevent duplicate enrollment during that transition and cover the synchronous-off case.
* Finish timed-out Cloud VPN operations safely
* Preserve queued Cloud VPN recovery intents
* Use actor state for Cloud VPN timeout cancellation
* Bound Cloud VPN recovery and status transitions
* Retry failed Cloud VPN account switches
* Make Cloud VPN tests event driven
* Fix Cloud workspace target action and Xcode metadata
* Keep timed out VPN operations serialized
* Avoid disconnected Cloud workspace targets
* Clean up failed Cloud VPN enrollments
* Revoke Cloud VPN peers during sign out
* Protect Cloud VPN lifecycle boundaries
* Revoke stale Cloud VPN enrollments
* Use owning credentials for Cloud VPN cleanup
* Bound Cloud VPN teardown
* Bound abandoned Cloud VPN cleanup
* Persist failed Cloud VPN revocations
* Keep packet extension Keychain failure visible
* Keep VPN cleanup serialized through late operations
* Keep Cloud VPN helpers within the controller
* Finish Cloud VPN cleanup recovery paths
* Load outgoing Cloud VPN revocations during scope changes
* Keep shared VPN keychain source Swift 5 compatible
* Use language-compatible Foundation imports for Cloud VPN
* Add Cloud VPN cleanup regression tests
* Preserve Cloud VPN cleanup after timeout and sign-out
* Add Cloud VPN revocation durability regressions
* Bound Cloud VPN preference cancellation and revocation outbox
* Add unavailable VPN cleanup regression
* Retain unavailable VPN cleanup state
* Defer cross-account Cloud VPN revocations
* Keep Cloud VPN revocations on their owner scope
* Add Cloud VPN lifecycle race regressions
* Reconcile Cloud VPN state before replacement
* Make Cloud VPN timeout test deterministic
* Add Cloud teardown race regression
* Preserve newer Cloud peers and menu targets
* Disable Cloud VPN toggle during transitions
* Add pending revocation compaction regression
* Bound revocation storage and filter targets
* Prevent timed-out Cloud VPN enrollment from installing
* Make Cloud VPN replacement transactional
* Remove late Cloud VPN installs completely
* Retain every pending Cloud VPN revocation
* Fix Cloud VPN and workspace destination routing
* Harden Cloud VPN cleanup recovery
* Serialize late Cloud VPN cleanup
* Scope Cloud VPN teardown to its session
* Serialize Cloud VPN teardown and rollback
* Preserve Cloud VPN team context across cleanup
* Handle Cloud VPN team changes as scope changes
* Make workspace creation routing lint compliant
* Fail closed for uncaptured Cloud VPN rollback
* Bound sign-out cleanup behind a stalled VPN operation
* Route the single target workspace action correctly
* Bind Cloud VPN ownership to auth sessions
* Complete Cloud VPN cleanup across durable state
* Reconcile late Cloud VPN platform completions
* Close Cloud VPN credential and migration gaps
* Bound Cloud VPN cleanup during account transitions
* Preserve Cloud VPN team ownership
* Batch Cloud VPN pending revocation persistence
* Fix Cloud iOS UI compile errors
* Preserve main shell state in Cloud host integration
* Complete Cloud workspace parity on iOS
* Fix Cloud replay ownership and build inputs
* Fix Apple target guards for terminal client
* Fix Ghostty VT targets for iOS slices
* Harden Cloud client release workflow
* Use generic process cleanup on iOS
* Pin published terminal client framework
* Bound Cloud startup and provisioning retries
* Fail closed on trusted Cloud routes
* Fix Cloud identity store concurrency checks
* Keep terminal output callback context alive
* Finish Cloud catalog and iOS callback fixes
* Require coherent Cloud API credentials
* Make terminal callbacks reentrancy safe
* Keep Cloud workspace creation visible
* Preserve French action translations after merge
* Harden Cloud request paths and retries
* Disable Cloud deletion for unknown states
* Preserve Cloud cleanup failures and release assets
* Defer reentrant terminal callback updates
* Cancel Cloud mutations across sign-out
* Fix browser state helper package convention
* Pin the Cloud terminal client release
* cmux-terminal-client: route connect, trusted carrier, in-process WireGuard, raw output, catalog verbs
The iOS app cannot spawn the bundled cmux-tui binary the way the Mac app
does, so reaching a Cloud VM from a phone needs the remote client linked as
a library. This extends the cmux-terminal-client C ABI with route-based
connects (invitation-enrolled and trusted-carrier), an in-process WireGuard
net (CmuxWireGuardNet) shared across clients, a raw output callback
(SNAPSHOT/OUTPUT/RESIZED/EXIT) that feeds an embedding renderer instead of
the local parser, terminal.list/workspace.create catalog verbs over a new
cmux-remote MuxLineClient, and the dispatch-only xcframework release
workflow. Ported onto current main from the reference branches
(feat-ios-cloud-integration, feat-terminal-client-ws-wireguard); the only
adaptation was adding the osc_progress field main introduced to the ported
HostSnapshot literal.
Co-authored-by: Lawrence Chen <54008264+lawrencecchen@users.noreply.github.com>
Co-authored-by: Abdulaziz Albahar <67667005+azooz2003-bit@users.noreply.github.com>
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
* cargo fmt for the ported client sources
The reference branches were formatted by an older rustfmt; main's pinned
toolchain collapses these chains. Formatting only, no semantic change.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
* cmux-terminal-client: state the real output-callback contract
The header promised the callback runs with no client lock held and may call
back into the library. It does not: emit holds the registration mutex across
the invocation, so a callback that cleared or replaced its own registration
would deadlock on it.
Holding it is deliberate and worth keeping, because it is what makes clearing
wait for an in-flight call and therefore what lets the embedder release its
context as soon as the clearing call returns. Releasing the guard first would
legalize re-entry but let a concurrent clear return while a callback is still
running, so the embedder could free the context under it.
Documentation only: the header, the crate README and the SAFETY comment now
say the registration is held, that the callback must not clear or replace it,
and that clearing from another thread or disconnecting is the way out. The
iOS consumer hops to the main actor before touching the store, so it is on
the correct side of this rule already.
Reported by CodeRabbit on https://github.com/manaflow-ai/cmux/pull/14682.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
* terminal host: let a renderer opt into viewer-size priority
The host reduced every viewer's size to the per-dimension minimum, so a
phone and a Mac on the same terminal both got a grid neither asked for.
A renderer granted RESIZE can now negotiate FLAG_VIEWER_SIZE_PRIORITY
(bit 5, ClientHello opt-in, HostHello echo). While any such renderer holds
a size, the canonical grid is the minimum over those renderers alone.
Priority starts with the connect-time reservation, survives ReleaseViewer,
and ends with the connection. With no priority renderer the reducer is
unchanged.
Older persistent hosts reject unknown hello flags, so new host records
advertise supports_viewer_size_priority and renderer grants carry it
(mint-terminal-renderer result, SDK schema and generated bindings).
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* cmux-remote: request viewer-size priority for a terminal-bytes stream
terminal-bytes-v1 now accepts the optional open metadata
viewer_size_priority=preferred; any other key or value is still rejected
as invalid-argument. The daemon sets FLAG_VIEWER_SIZE_PRIORITY in the
renderer hello only when the stream asked for it and the renderer grant
says the host supports it, otherwise it silently opens the ordinary
stream, and it requires the host to echo the flag exactly when sent.
Daemons advertise the key as terminal-viewer-size-priority-v1.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* cmux-terminal-client: add cmux_terminal_client_set_viewer_size_priority
The embedding app can ask that its attachment's size win over other
viewers. The choice is read when an attach begins and every reconnect of
that attachment sends viewer_size_priority=preferred. A daemon that
predates the key rejects it as invalid-argument; the client reopens once
without it and stops asking on that connection.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* cmux-terminal-client: satisfy workspace clippy for the ported FFI
connect_route_from_ffi takes nine arguments and the two workspace
catalog exports lacked a Safety section, which fails
`cargo clippy --workspace -- -D warnings` on the hosted lint job.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* cmux-terminal-client e2e: serve each fake terminal stream on its own task
The priority tests detach as soon as attach returns, so the fake daemon's
bootstrap sends can race a closed stream. Unwrapping them in the accept
loop killed that loop and timed out the next attach on hosted Linux.
Each TerminalBytes stream now runs on its own task and stops quietly when
the client has gone.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* cmux-terminal-client: add cmux_terminal_client_session_snapshot
terminal.list carries no workspace, so the phone cannot group terminals.
The new export returns the daemon's session.snapshot as JSON over the
same mux control line as list_terminals; a terminal's tab_id, the tab's
pane_id, the pane's screen_id, and the screen's workspace_id place it
under its workspace.
The loopback e2e setup is shared so the snapshot test and the priority
tests connect the same way.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* cmux-terminal-client: add cmux_terminal_client_create_terminal_in_workspace
Creates a terminal tab inside an existing workspace by sending
tab.create_terminal with only the workspace selector. The daemon already
resolves a workspace-only target to the active pane of that workspace's
active screen, selects the new tab there, and creates a screen and pane
when the workspace has none, so the client needs no snapshot read or pane
guess. The session's focused workspace does not move.
The workspace argument must parse as an opaque ws_ id. A name or
`current` would otherwise resolve as a daemon selector and could land the
terminal in a different workspace, so it is rejected before any request.
The result is the same MutationResult<CreatedTerminalPath> JSON the other
create call returns; value.terminal_id is the id to attach.
Tests: route_e2e checks the exact protocol/2 request (operation,
idempotency key, workspace selector, optional name, no pane/screen) and
the pre-send rejection of names, `current`, other ids, and NULL. A
cmux-tui-core topology test pins the daemon contract this relies on: a
workspace-only tab.create_terminal lands in whichever pane is focused and
is that pane's selected tab.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* Pin the terminal client framework with Cloud APIs
* Harden terminal client packaging and trusted routes
* Build Ghostty VT for Intel iOS simulator
* Pin terminal client artifact with Intel slices
* Finish Cloud workspace parity repairs
* Harden Cloud terminal client teardown
* Keep Cloud callbacks and requests bounded
* Avoid Cloud tunnel enrollment without machines
* Cover sign-out before any Cloud VPN enrollment
* Track Cloud VPN enrollment during teardown
* Retain all pending Cloud VPN revocations
* Decode Cloud terminal workspace identifiers
* Pin the universal terminal client artifact
* Prevent closed Cloud connections from redialing
* Fix Cloud tab preview fixtures
* Record Cloud catalog and attach failures
* fix(dev): apply concurrent-index migrations outside transactions
The GCP development backend runs migrations on startup, but drizzle-kit wraps every migration in a transaction and PostgreSQL rejects CREATE INDEX CONCURRENTLY. Share a local migration runner between bun db:migrate, DB tests, and the tagged backend so startup can complete safely while preserving atomic transactions for ordinary migrations.
* fix(ci): route every local migration lane through safe runner
* fix: release terminal output context on disconnect
* fix(ci): use safe migration runner in web CI
* fix(web): restore the seats-follow-membership copy the dashboard port dropped
The Team subscription quantity follows the member count, so an over-seat
line has nothing for an admin to act on: the reconciler updates Stripe on
the next membership fact. That was settled in 06f4a7c1f69, which reworded
the line in all 20 locales, removed the add-seats link beside it, and
dropped the members-page seat nudge.
The dashboard SPA port rebuilt the billing panel from the pre-06f4a7c
version at a new path, so git saw no conflict and the link came back, and
the locale files went back to the soft-seat wording. `web/tests/
dashboard-billing-screen.test.tsx` has been red on main ever since, which
fails the required `ci-status` on every web pull request.
Restores the wording and drops the link. `seatNudge` and
`seatNudgeAction` go too: the nudge they belonged to is gone from the
members page and nothing reads them. `docs/team-settings-and-invites.md`
already records the rule, and the stale "seats are soft" comment left
hanging over an unrelated type in `team-members.tsx` is removed.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
* test(web): align billing regression with restored copy
* fix(web): insert a real JSON null in the malformed cleanup-row test
"Cloud VM database schema > rejects malformed transferred cleanup rows"
(#15423) never ran on main, because main's migrations failed before the
database behavior tests. With migrations fixed it fails:
expect((insertError)?.code).toBe("23514")
Expected: "23514" Received: "23502"
Its first malformed value is `null`, and postgres.js binds
`sql.json(null)` as SQL NULL. The NOT NULL column rejects that (23502)
before the check constraint the test is about. The row under test is a
JSON null document, so that case now inserts `'null'::jsonb`, and the
check rejects it with 23514 like the other nine.
Checked on a scratch Postgres 14 with postgres.js: sql.json(null) gives
23502, the JSON null gives 23514, all ten malformed values give 23514,
and {modelPlane: true} and {homeVolume: "v"} are accepted.
Refs #15488
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
* Keep Cloud catalogs placed and invalidate late creates
* Harden Cloud API and VPN cleanup retention
* test(ios): cover interrupted catalog retry and large VPN cleanup
* fix(ios): recover Cloud catalog and retain VPN cleanup
* test(ios): cover browser cleanup after controller recreation
* fix(ios): revoke saved Cloud VPN peers after recreation
* test(ios): cover catalog capability and visibility updates
* fix(ios): preserve Cloud capability and visibility state
* test(ios): cover Cloud workspace menu identity
* fix(ios): refresh Cloud workspace creation actions
* fix(ios): keep Cloud auth and refreshes coherent
* fix(ios): repair Cloud cleanup and simulator build
* fix(ios): preserve Cloud cleanup until it is confirmed
* fix(ios): stop stale Cloud VPN during account changes
* fix(ios): surface Cloud invitation approval failures
* fix(ios): propagate Cloud connection cancellation
* fix(ios): require Cloud invitation approval
* fix(ios): serialize Cloud connection and auth context
* fix(ios): invalidate stale Cloud terminal work
* fix(ci): validate Cloud client release artifacts
* fix(mac): unwrap browser restoration URL
* fix(ios): protect shared Cloud sessions
* fix(ios): cancel Cloud startup waiters
* fix(mac): use resolved accent color in notifications
* fix(ios): bound Cloud attach recovery
* fix(mac): restore test geometry cleanup
* fix(ios): reconnect Cloud links after lifecycle changes
* fix(ci): repair merged macOS test compilation
* fix(ci): include shared CLI error in CLI tests
* fix(ci): stabilize Cloud drag and agent fixtures
* fix(ios): guard Cloud mutation ownership
* ci: validate terminal client checksums
* fix(ios): serialize Cloud terminal attachments
* fix(ci): forward app-host runtime source root
* fix(settings): make template gallery request stateful
* fix(ci): include agent hook fixture inputs
* fix(ios): close canceled and stale Cloud connections
* fix(settings): pass notification object
* fix(ci): wire settings UI and normalize client checksums
* fix(ci): make client archive checksums reproducible
* fix(ios): scope Cloud visibility and reject duplicate machines
* fix(ios): initialize Cloud visibility scope safely
* fix(ios): make Cloud machine kinds hashable
* fix(ios): hold Cloud attach gate for live streams
* fix(ios): cancel Cloud machine creation callers
---------
Co-authored-by: Lawrence Chen <54008264+lawrencecchen@users.noreply.github.com>
Co-authored-by: Claude Fable 5 <noreply@anthropic.com>
Co-authored-by: Austin Wang <austinwang115@gmail.com>
Co-authored-by: Leo Li <cheerleaderleo@outlook.com>
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Follow-up to #15359. Observed provider-side destruction can finish the database transition while model-plane revocation or per-machine home-volume deletion fails. This makes those external cleanup steps durable and independently retryable, including across account deletion.
The repair also validates the closed cleanup shape, keeps the retry queue bounded/fair, and transfers terminal cleanup to a standalone outbox before account rows are removed.
Evidence:
bun test --isolate tests/vm-workflows.test.ts— 79 pass, 80 database-gated skips, 0 failures.bun run typecheck— pass.— Mochi
Need help on this PR? Tag
@codesmith-botwith what you need. Autofix is disabled.Summary by cubic
Follow-up to #15359. Makes provider-observed destroy cleanup durable and independently retryable. Previously, when a VM was observed destroyed, model-plane revocation and home-volume deletion could fail and be logged and forgotten; account deletion could also remove the only retry marker. Cleanup steps now persist in an outbox and retry with a bounded, fair queue.
vm.destroyedevent; the status is derived in a shared path so a provider 404 means the same thing everywhere.cloud_vm_observed_destroy_cleanups.deleteHomeVolumesupport now report failure instead of silently succeeding.Written for commit 563b960. Summary will update on new commits.
Summary by CodeRabbit