* feat(mobile): Resume in New CLI from a phone chat tab
A chat tab on the phone had only Close in its long-press menu, so a chat
that would not load left no way to reach its conversation. The phone now
offers Resume in New CLI, like the desktop tab menu: the chat's host
prepares the conversation and the phone opens a copy in a new terminal tab.
The resume and fork startup builders move to src/shared so the desktop and
the phone build the same command.
* test(mobile): type the fake terminal create instead of casting its calls
* fix(mobile): pass the host's fork source as is; match the quoted args in the test
* test(mobile): give the fake host client the untyped mock the other client fakes use
* style: format the shared resume builder and phone fork files
* Fix mobile chat CLI fork creation on owning host
* Fix mobile chat fork lint and split create owner helpers
* Keep chat fork beside phone anchor across tab groups
* Combine mobile terminal runtime type imports
* Repair mobile create CI contracts after chat fork extraction
* Classify chat fork preflight refusals and preserve mobile create recordings
* Keep route-owned create cleanup quiet after unmount
* Preserve typed runtime repair refusal in chat fork preflight
* Preserve checked store through mobile chat fork preflight
* Register mobile chat fork runtime fixture before test setup
* Remove unused mobile create recording value
* style(mobile): format the chat fork create files; move fork reply messages into the fork feedback module
Formatting pushed the create hook past its line limit, so the fork-only reply message, partial-success warning and host capability check now live beside the other fork messages. Same order and copy as before.
* Keep quick command mutation aligned with formatted request
* Keep mobile chat CLI forks in terminal view
* Pass mobile chat resolution its existing controller arguments
* Match the mobile create fixture mock layout
* Keep mobile chat CLI forks open when placement is unavailable
* Brace placement contract fixture checks
* test(mobile): keep the prompt controller mock under its line limit after the main merge
* Expose pane admission in the runtime test fixture type
* Complete the chat fork contract controller fixture
* Persist session parse results beyond the memory cache limit
* Expire Session History parse rows by idle time instead of a count cap
The parse cache dropped its oldest row once it held 4,096, so a scan over
more transcripts evicted its own upcoming hits and re-parsed every file on
every scan. Rows now stay until no reader has used them for 24 hours, swept
after each completed History scan and each search-index pass. Only the live
parser state keeps a 4,096 count bound; dropping it costs one whole re-read
of a file that changed, never a re-parse of one that did not.
Removes the overflow directory and the orcad persistence wiring from the
earlier revision of this change.
* Expire only rows History lists, and keep the newest transcripts under bounds
The search pass ran the idle sweep every 20 s but never re-stores History's
unchanged rows, so with search on a day away from History dropped them all
and reopening it re-parsed everything. Only a completed History scan sweeps
now, and it expires only rows History listed (on a monotonic clock). Rows
only the search index or a title lookup created keep main's 4,096 count
bound, so an index build can't grow the scanner process without limit.
Scans store newest transcripts first, so every store-order bound dropped the
newest, most active files: the saved snapshot kept the oldest ~11k rows and
the resume bound stripped the newest files' parser state. The snapshot is now
ordered by transcript mtime, and both count bounds drop the tenth of their
rows with the oldest transcripts.
* Drop the 24 h idle sweep; History rows live for the process
The sweep let whichever listing ran last decide when a row died, and
listings differ in scope: a smaller one (the phone's Agent History, a lower
desktop limit) expired rows only a larger one used, so the next Unlimited
scan re-parsed them. Rows History lists now live as long as the scanner
process; the snapshot's newest-transcripts cap bounds what survives a
reload, and rows other readers made keep the 4,096 bound.
Also clears the resume bookkeeping for a row the unlisted bound drops in the
same store.
* Skip resume bookkeeping for a row the unlisted bound just dropped
Running the resume trim first let a row the unlisted trim then deleted push
the resume set over its bound and cost 409 live resume points.
* perf(ai-vault): store the Session History parse cache one row per transcript
The parse cache was persisted as one JSON file, rewritten whole after any
change and capped at 64 MB / 1M tokens (about 11k rows). Past that cap, a
restart re-read the oldest unchanged transcripts, and an agent writing while
History was open rewrote 10-27 MB every few seconds.
The scanner child now keeps the rows in their own SQLite file. A miss in the
in-memory map reads the row by path; changes are written per row, debounced
and chunked; deletes run immediately. A used_at column, refreshed at most
daily, expires rows nothing has used for 30 days, so rows for transcripts
deleted outside Orca have a way to die. The old JSON file is imported once
and removed. Electron main only records the path for the child.
The rebuild-on-corruption open moves out of the search index into a shared
versioned cache database helper used by both.
* fix(ai-vault): import the old parse cache at open and expire rows only for missing transcripts
Review round 1 on the per-row parse cache store:
- The old JSON was imported only by a History scan or search pass, and only
into an empty database, but deleted either way. Tab-title sync writes a row
first, so the import was skipped and the first History open after updating
re-read everything. The import now runs when the database opens, before any
lookup, write or delete can reach it, keeping rows already present.
- A 30-day last-use expiry also dropped rows for transcripts that still exist,
so opening History less than monthly re-read them. Rows unparsed for 30 days
are now checked on disk and dropped only when the transcript is gone, then
the freed pages are reclaimed. The daily last-use rewrite goes away.
- 8 KB pages (a ~2.3 KB row filled a 4 KB page), busy_timeout before the WAL
switch, and lookups served from rows still waiting to be written.
- Revert accidental pnpm-lock.yaml churn.
* chore: revert accidental pnpm-lock.yaml churn
* fix(ai-vault): never stat WSL transcripts from the parse cache recheck
A stat on a \\wsl.localhost path outside the scanner's running-distro
filter and gated WSL lane could boot a stopped distro or hang on a stuck
one. WSL rows now skip the existence check and age out after 180 days
unparsed. SQLite-backed session keys use the shared OpenCode path splitter.
* fix(ai-vault): register the parse cache database with the WSL mover census
Each schema keeps its own meta table again, so the shared open helper
creates none and the search schema's SQL is unchanged. The parse cache's
tables are recorded as not moved: a cache rebuilt from transcripts.
* fix(ai-vault): a forced whole read never reuses a row a failed database delete left behind
* fix(ssh): allow a host's orca CLI to control Orca by default, and stop resetting saved choices
An absent allowRemoteCliControl now means on; only an explicit false turns the
desktop browser bridge and relay-era orchestration commands off. Removes the
one-time reset of saved true values, the consent stamp writes and the reset
notice, which would have silently turned off hosts upgraded from stable.
* fix(ssh): keep the CLI control choice when adding a host from the sidebar
* fix(ssh): read an older client's omitted CLI control switch as off over RPC
* fix(ssh): check the managed fence before routing settings in browser bridge candidates
* Persist session parse results beyond the memory cache limit
* Expire Session History parse rows by idle time instead of a count cap
The parse cache dropped its oldest row once it held 4,096, so a scan over
more transcripts evicted its own upcoming hits and re-parsed every file on
every scan. Rows now stay until no reader has used them for 24 hours, swept
after each completed History scan and each search-index pass. Only the live
parser state keeps a 4,096 count bound; dropping it costs one whole re-read
of a file that changed, never a re-parse of one that did not.
Removes the overflow directory and the orcad persistence wiring from the
earlier revision of this change.
* Expire only rows History lists, and keep the newest transcripts under bounds
The search pass ran the idle sweep every 20 s but never re-stores History's
unchanged rows, so with search on a day away from History dropped them all
and reopening it re-parsed everything. Only a completed History scan sweeps
now, and it expires only rows History listed (on a monotonic clock). Rows
only the search index or a title lookup created keep main's 4,096 count
bound, so an index build can't grow the scanner process without limit.
Scans store newest transcripts first, so every store-order bound dropped the
newest, most active files: the saved snapshot kept the oldest ~11k rows and
the resume bound stripped the newest files' parser state. The snapshot is now
ordered by transcript mtime, and both count bounds drop the tenth of their
rows with the oldest transcripts.
* Drop the 24 h idle sweep; History rows live for the process
The sweep let whichever listing ran last decide when a row died, and
listings differ in scope: a smaller one (the phone's Agent History, a lower
desktop limit) expired rows only a larger one used, so the next Unlimited
scan re-parsed them. Rows History lists now live as long as the scanner
process; the snapshot's newest-transcripts cap bounds what survives a
reload, and rows other readers made keep the 4,096 bound.
Also clears the resume bookkeeping for a row the unlisted bound drops in the
same store.
* Skip resume bookkeeping for a row the unlisted bound just dropped
Running the resume trim first let a row the unlisted trim then deleted push
the resume set over its bound and cost 409 live resume points.
* perf(dev): keep pairing web bundle after test file changes
* fix(dev): detect web input replacement within one timestamp tick
* test(dev): use real files for web replacement coverage
---------
Co-authored-by: OrcaWin <293788423+OrcaWin@users.noreply.github.com>
- Specs with their own CI jobs were also being assigned to general E2E shards, so they could run twice or in the wrong job.
- planE2e now drops dedicated specs before balancing and fails if no general specs remain, instead of producing an empty plan.
- The mobile subscribe spec builds a paired runtime connection from the pairing offer before sending requests, matching the updated remote runtime helper signatures.
* Finish structured agent readiness before delivering held work
* Adapt permission fixtures to startup lifecycle
* Keep model discovery for chats before their first start
* Use one host readiness promise for provider operations
* Await provider opening in the execution host
* Await Claude initialization in host-owned open
* Observe Claude readiness through the host status
* Keep optional readback behind host readiness
* Recheck launch permission after host readiness
* Preserve the awaited child during permission revalidation
* Record failed owned opening before the first message
* Abort a matching provider open when its child exits
* Cover provider exit during an unanswered host open
* Cover explicit failure facts on a host-stopped child
* Keep startup waits cancellable and preserve operation order
* Keep live choices and delivery order while agents start
* Apply startup picks and let parked messages release operations [skip ci]
* Save a waiting startup pick after Stop ends its opening [skip ci]
* Save choices when startup ends or a replacement is still opening
* Check saved choices separately from Claude startup reports
* Align startup fixtures and preserve observed Claude exits
* Order startup picks before later messages and retain flow regressions
* Keep reviewed lifecycle contracts while pruning duplicate tests
* Save picks after a proven exit without requiring a child
* Type the startup reply fixture against the Claude control contract
* Honor the before-input callback in the startup reply fixture
* Keep startup option menus independent and show the saved choice
* Exercise startup picks across real menus and the runtime
* Keep saved effort visible when picking a model during startup
* Include the running-turn scope in repeated Stop fixture
* Use the current attach contract in import fixtures
* Align carried-message fixture with startup event contract
* Keep launch-only permission picks usable while prior writes wait
* ci: rerun on main with the locale fix
* Preserve goal retries and chat launch selections
* Give launch regression its request identity
* test(native-chat): type the provisional-launch hook's session prop
* ci: build the WSL server template once
* ci: reuse validated Windows native addons in E2E preparation
* ci: avoid the unused standalone server build in SSH E2E shards
* Refuse a chat create whose close came first, behind the layout-owner switch
With ORCA_LAYOUT_OWNER=main, main remembers a close that reaches it before
the chat's create and refuses that create, or closes the chat as it lands.
The window then tells this machine's host about a cancel instead of
keeping a cancel tombstone; a host it cannot tell still gets the
tombstone. Paired hosts keep the tombstones, whose fence module moves to
lib/launch-cancel-tombstones-compat/.
* Close a chat whose create a cancel beat, on any create outcome
The local cancel now retires the chat on main (close and host-tab close),
so a create that landed first leaves no tab behind; a tab_not_found answer
means the create had not landed. Main closes the chat for any create
answer once a close was noted, including a refusal or a throw past commit,
and publishes no tab for it. The tombstone fallback notifies listeners.
* Keep the switched-off create path byte-identical
* Log, not throw, a failed close of a chat closed before create
* Run the close-before-create test in the Node SQLite project
* ci: remove Windows build and persistence test overhead
* ci: collect unit phase diagnostics during PR checks
* test(ci): seed hook reuse fixture from the canonical prebuild
The hook reuse regression first built into a missing private --output, so it
always reached Cargo (74s warm on Windows). Build through the default output
instead, which reuses a warm canonical prebuild, then copy its executable and
fingerprint into the private fixture root.
* fix(lint): clear inherited max-lines and broad object tab parameter after main merge
Combine the duplicate shared/execution-host imports in runtime-host-services
(301 -> 300 lines) and type the overlap test's tab mapper with the
RuntimeMobileSessionClientTab owner type instead of object.
* fix(ci): align inherited runtime and workflow contracts
* test: establish changed runtime probe signatures deterministically
* test: await asynchronous daemon profile cleanup
* test: shut down owned daemons before deleting profiles
* test: clean up oracle daemons during final app close
* test: recognize verified Linux zombie exit during daemon teardown
* fix: preserve folder SSH ownership when project groups conflict
* perf(build): remove unnecessary development and config work
* feat(dev): reclaim inactive worktree Vite caches
---------
Co-authored-by: OrcaWin <293788423+OrcaWin@users.noreply.github.com>
* perf: allow opting out of main source maps in development
* Use the session tab type in the inherited terminal regression test
---------
Co-authored-by: OrcaWin <293788423+OrcaWin@users.noreply.github.com>
* fix(ssh): an opted-in desktop serves its browser to a managed SSH host's orca CLI again
* fix(ssh): scope bridged pages through the renderer, render them as desktop pages, and route the e2e
* fix(ssh): bridge refuses file URLs and clipboard reads, revokes on disconnect, closes desktop tabs
* fix(ssh): judge bridged paste chords as the page sees them; accept long workspace ids
* fix(ssh): bridged clipboard denial follows popups; revoked commands never leave the browser queue
* fix(ssh): refuse option-like host values bound for agent-browser argv; report undeliverable results
* fix(ssh): bound bridged error results and fall back when the host refuses one
* fix(ssh): bridge only routed host tabs, and bound bridged page scripts by a deadline and revocation
* fix(ssh): cap waiting bridged commands below the desktop socket's result capacity
* fix(ssh): bridge revokes on routing changes, checks each page's route at run time, and cancels host-driven downloads
* fix(ssh): name the bridge registry's owner type
* fix(ssh): bridge refuses pages showing a local document, and never starts a command past orcad's deadline
* fix(ssh): bridged commands may leave Chromium error pages, and stop starting before orcad's deadline
* fix(ssh): ask for a fresh opt-in to host CLI control saved before it drove the desktop browser
* test(ssh): type the bridge registry deadline test
* [CI] Keep transport-only tests outside the app store graph
* [CI] Advance the updater install clock in failure tests
* [CI] Avoid descriptor formatting in replay clip counts
* [CI] Advance native-chat test observation clocks
* [CI] Restore observation timers after failed test setup
* [CI] Clean up final headless daemons during public close
* [CI] Keep serializer test oracle out of production smoke triggers
* [CI] Keep three unit fixtures out of production smoke triggers
* [CI] Bound frozen-clock close callbacks in tests
* [CI] Avoid the app-store graph in feedback dialog tests
* [CI] Keep hidden popup fixture compositor frames active
* test(ci): reuse mobile runtime fixture for pairing listeners
* test: restore native chat clocks before rig cleanup
The execution host upgrades a remote worker's fleet/show verdict to exited
only on its own proof: the hook store retains a proven agent exit (fenced to
the attachment, cleared by a replacement agent), and after a reboot the
process table proves the PTY gone. Lost contact stays unverifiable.
Fixes#24353
Co-authored-by: Claude <noreply@anthropic.com>
linear-sdk.ts loads the SDK through createRequire, which the orcad bundle
cannot follow, and nothing staged the package beside it. Bundle the SDK
into node_modules/@linear/sdk/index.js at build time and list it as an
orcad artifact so templates and installs carry it.
Co-authored-by: thukabjj <31043997+thukabjj@users.noreply.github.com>
* fix: render Kitty Unicode placeholder images with bounded ownership
* Enable managed Claude plugin images and bounded host file transport
* Preserve isolated Claude evidence and paired restart diagnostics
* Resolve Windows workspace aliases before WSL image reads
* Handle split remote terminal identities and improve WSL file-read diagnostics
* Reuse native drive paths for WSL image files and preserve guest temporary roots
* Apply native Windows path restrictions to mapped drive image sources
* Preserve WSL participation evidence across image checks
* Keep WSL drive directory containment case-sensitive after canonicalization
* Negotiate managed Claude image support with the launching renderer
* Make image repaint checks independent of display profile and shell output
* Capture repaint diagnostics only after the pixel assertion fails
* Allow floating terminal image reads from host temporary folders
* Keep image stack independent of unrelated CI runner and mobile lint settings
* Reuse worktree argument builder for terminal viewer context
Remove duplicated mapping and keep the RPC method table within its existing line limit.
* fix: render Kitty Unicode placeholder images with bounded ownership
* Make image repaint checks independent of display profile and shell output
* Capture repaint diagnostics only after the pixel assertion fails
* ci: report final PR checks outside the shared runner queue
* ci: fix inherited mobile test file size failure
* ci: move PR analysis and ARM test shards to Blacksmith
* Qualify x64 Blacksmith capacity and reject incompatible runner images early
* Keep extracted mobile test adapters within the test-only lint scope
* Identify the runner profile overriding shell fixture homes
* Preserve fixture HOME through the Blacksmith login profile
* Make cache invalidation fixtures observable within one filesystem clock tick
* Scope Blacksmith system-profile preparation to Linux runners
* Wait for observable ctime in daemon hash cache fixtures
* Use the mobile test lint scope already merged on main
* Stabilize metadata and timer fixtures on fast CI runners
---------
Co-authored-by: OrcaWin <293788423+OrcaWin@users.noreply.github.com>
* feat(layout): add the dark layout.apply channel and route pane splits through main behind ORCA_LAYOUT_OWNER
A build made with ORCA_LAYOUT_OWNER=main registers layout.apply: main applies the
window's layout command to the stored partition through the shared applyLayoutCommand,
minting new ids. A user split then waits for main's answer and mounts the pane id main
minted. Every other build substitutes 'window', so neither branch is compiled in.
* fix(layout): write only the records a layout.apply command touched
A load-then-save rewrite also normalizes records the command never touched. The command's
effect is now the diff between the save before and after it, written onto the stored
partition record by record. A split whose main reply says a paired server holds the tab
splits as today.
* fix(layout): write a load-supplied record whole and check that patched partitions reload to the command's result
* feat(layout): close, rename and equalize panes through main behind ORCA_LAYOUT_OWNER
In a layout-owner build the window's pane close, title change and equalize go through
layout.apply and the window shows main's answer. A window pane close keeps the legacy
close's rules: the tab's last pane is refused, a pane restarted since main read the close is
left alone, every partition holding the tab closes it, and the tab's remote session id follows
the remaining pane. The rules sit behind a command field only layout.apply sets.
* fix(layout): close the tab when a racing pane close leaves the window one pane
* fix(layout): leave an unmounted tab alone when main refuses its last pane
* feat(layout): move panes and save divider ratios through main behind ORCA_LAYOUT_OWNER
Claude-Session: 10569c9a-a0a1-4fc9-8469-0edfb7aed125
* test(layout): a taken pane drop whose pane closed does nothing
Claude-Session: 10569c9a-a0a1-4fc9-8469-0edfb7aed125
* test(layout): pin the window's pane move to main's saved tree, and the drops main cannot take
Claude-Session: 10569c9a-a0a1-4fc9-8469-0edfb7aed125
* fix(layout): close a user's pane even if its terminal restarted, as today
Claude-Session: 10569c9a-a0a1-4fc9-8469-0edfb7aed125
* test(layout): pin the restarted-pane close directly, not through a made-up profile state
Claude-Session: 10569c9a-a0a1-4fc9-8469-0edfb7aed125
* fix(layout): leave a split to today's path only when the workspace's row names a paired server
The split switch point asked which host to route to with a helper that falls back to the focused
server, so a focused server could claim a workspace whose row names no owner. Use the same owner
test the tab mirror uses.
* test(layout): type the split owner mock without a cast
* test(layout): type the layout-owner command mocks with the real signature
* test(layout): type the gesture command mock with the real signature
* fix(layout): close the dark path's gaps: unmounted split panes, refused or failed splits and moves, ratios during a move, release guard
- A pane main saved but the window could not mount (source pane or manager gone during the await)
is closed again in main, so it does not come back on restart.
- A split main refuses because its copy lacks the workspace, tab or pane, or a failed call, splits
as today; a refused or failed move moves as today.
- Divider ratios committed while a move is in flight wait for the window's move, then go to main.
- The orcad bundle gets the ORCA_LAYOUT_OWNER define when the switch is on.
- Packaging and the orcad template refuse ORCA_LAYOUT_OWNER=main and any output a dark build marked.
- workspace-layout-record-patch.ts: no non-null assertions; plain comment for the map depth.
* test(layout): count a split pane as mounted from the split mock's own results
* fix(layout): act as today whenever main lacks the target or the call throws, not just for splits
- sendPaneCommandToLayoutOwner runs asToday for workspace/tab/pane_not_found and a thrown call, so
close, rename and equalize fall back like split and move; a handler that throws no longer runs the
fallback too.
- A close main refuses as its last pane, while this window still has others, closes as today.
- A move whose local step throws still releases held divider ratios.
- Drop the orcad output marker: nothing read it; the template build refuses the switch itself.
* test(layout): plain names for the last-pane fallback test and the marker comment
* docs(layout): say plainly what an indeterminate write can leave behind
* fix(layout): finish the main merge with this branch's versions of the layout-owner files
* test(build): copy the layout-owner build guard into the compiler-cache checkout fixture
* fix: carry this branch's build-guard changes onto main's versions of three build files
* feat(native-chat): record which agent run wrote each journal item
Each journal item row, subagent roster entry and background-task entry now
records ownerFence: the lease fence of the agent run whose output produced it.
Optional, persisted, no row version bump and no migration. The journal's
itemFence() returns it, so the turn-verdict rules and per-run provider activity
read the producing run rather than the writer's fence.
* feat(native-chat): one current-work projection for every host reader; record death first
The host decides what work is current in one place
(structured-agent-session-current-work.ts) from the lease, the exit this host
saw, the runtimes it replaced, its live child and each item's provenance.
Every host reader (queue, Stop, prompt answers, commands, status feed, idle
sweep, teardown snapshot, history pages and frames, orchestration mailbox)
reads it, so a dead agent's leftovers stop reading Working or holding the queue
even when their cleanup write failed. The journal's activeTurnId()/liveTurnScope()
become the raw runningTurn().
On exit the host records the child's end first and signals generationEnded,
which republishes frames, the status feed and settlement waits and wakes the
queue drain with no journal row. Pages and frames carry optional working and
actionablePromptIds fields.
* feat(native-chat): clients read the host's working answer; refuse answers to a stopped agent plainly
Desktop and mobile prefer the host's working and actionablePromptIds fields
when present (merged across batches like latestTurn) and fall back to today's
row derivation against an older host. A prompt an ended agent raised stops
looking active; answering it is refused before any provider sees it, with
"<Agent> has stopped, so your answer was not sent. Send a message to continue."
Cancelling it only dismisses it in the journal: it no longer triggers the
chat's Stop, pauses the queue or withdraws queued cards.
* feat(native-chat): one settlement transaction for everything an ended run left
An exit now settles, in one lifecycle batch planned at its own turn in the
write queue, everything its run left (turn, calls, prompts, reasoning,
unanswered sends) plus leftovers of earlier ended runs, and only the subagent
roster entries and background tasks those runs observed, by each entry's own
provenance. Main's stale settle moves to stale-state-settlement.ts with fence
scoping; dead-generation-settlement.ts becomes a planner;
leftover-settlement.ts combines them.
Resume eligibility widens in one case: this host saw the root exit at the
lease's fence and the release write failed; the acquisition replaces the
owner only once a probe proves it gone.
* refactor(native-chat): keep structuredAgentSessionHandsOver file-local until a caller needs it
Nothing outside the projection calls it in this part; Part 5 exports it for the start-failure row.
* test(native-chat): fewer provenance tests: fold reopen and unstated-owner checks into the main case
Drops the epoch-replacement case (Part 2 rewind test reads the same values through the same rebuild) and the corrupt-value case (no version writes one).
* test(native-chat): drop current-work mirrors: the viewKey unit case and the still-live rewind case
The flow cases keep every outcome: dead leftovers read as nothing, Stop has nothing to stop, a waiting card drains, a live owner publishes as before, and a rewind never promotes dead work.
* test(native-chat): fewer client tests: one flow per client, one fallback each
Keeps desktop and phone Working from the host (with the older-host fallback), the reducer merge contract, the ended question Cancel that only dismisses, the agent-named refusal and the resolution receipt. Drops per-helper prompt tests, the transcript-placement test, the stop-note client reduction, the Steer cards that match main, and per-reason refusal rows.
* test(native-chat): fewer settlement tests: keep the exit-delivery flows and the per-entry scoping flow
Drops the no-added-delay timing check, the frame-once check, two stamping unit cases and the Codex combined case (the roster flow test covers its outcome).
* test(native-chat): drop the resume-eligibility predicate mirror; move the unstamped-entry case to Part 1
* test(native-chat): an unstamped roster entry from an older build reads as its row provenance
Moved here from Part 4 so it sits beside stampJournalEntryProvenance.
* test(native-chat): build the older-build roster row inline, after main removed its body helper
Main #27947 writes one row per subagent and deleted journal-subagent-group-body; a roster row from an older build is still what this case reads.
* refactor(native-chat): provenance is per item only; drop per-entry stamping
Main's #27947 writes one saved row per subagent, and each background task already has its own row,
so an item's own ownerFence names the run of every entry a producer still writes. Per-entry stamps
inside a row mattered only for the shared roster rows saved before #27947, and no run writes into
those any more, so the row's own provenance settles them correctly. Removes the entry stamping,
the optional ownerFence on roster entries and background tasks, and their tests.
* fix(native-chat): an item's provenance is set when it is created; revisions keep it
A newer run's provider can revise an item an older run created: Pi's start and an ACP
session/load both report context usage onto the newest saved turn. Restamping that turn with
the newer run let the newer run's exit settle the older run's unverifiable turn as interrupted.
Only creation states an owner now, as main's itemFences rule did.
* test(native-chat): keep the provenance test below the production lines it covers
* fix(native-chat): an ended agent's card Cancel commits with its receipt, through dismissPrompt
The ended-generation dismissal wrote the cancelled resolution without the Cancel's operation
receipt and without the dismissal's failure handling, so a receipt write failing after it would
answer "outcome unknown" over a card already closed. It now goes through dismissPrompt, which
carries the uncommitted receipt in the same append and answers dismissalNotSaved on failure; a
null `answer` skips the adapter, since no live provider holds an ended generation's card (Pi's
adapter refuses a fence with no live session outright).
* Native chat: a resumed subagent or Claude background task belongs to the run executing it
A subagent row that run 1 created and run 2 resumed kept run 1's creation
fence, so settling run 1's death marked run 2's live subagent unverifiable.
Claude background tasks reuse their rows the same way (a matching parent tool
use, or a parentless row).
Rows of reusable child execution now also name their execution owner: the
fence of the child process whose report the write copies, captured when that
report arrives, never the lease that is current when a queued write flushes.
- Subagent rows: the host captures the live child's fence when its child-work
report changes the records, and rewrites a running subagent another child now
reports even when its text is unchanged.
- Claude background-task rows: written through that child's own event sink,
which stamps its bound fence.
- Creation provenance (`ownerFence`) is unchanged. Writes that do not state an
owner (settlement, Pi's start usage, ACP session/load replay, ACP tasks) keep
it, and a row without one falls back to its creation fence.
`journal.itemFence()` now answers whose execution an item is
(`executionOwner ?? ownerFence`), so every settlement and liveness read, inside
its write transaction, follows the run that resumed the work.
Also drops the event sink's compatibility alias for the identity resolver (the
Codex sink names the resolver itself), keeping the sink under its line limit.
* Native chat: a subagent row is written through the child whose report it copies
Review of c0add67cca: the subagent row writer read its execution owner from
the host's installed child when a report landed. A child that is still being
acquired reports a resumed subagent before the host installs it, so its row
was written at once under the old owner, then the attach's settlement of what
the previous child left marked it unverifiable, and nothing rewrote it until
the next report.
Each adapter (Claude, Codex, ACP) now hands its child-work report to the host
with that child's own event sink, the write path its rows already take. The
host passes it through the status feed to the subagent row writer, which writes
the rows that report changes through that sink with `executes`. They land in
the child's own order, after the attach's settlement, at the fence the sink is
bound to, and that fence is the row's execution owner. A running subagent a
child has not written yet is written once even when its text is unchanged.
Changes the host makes itself (a Stop's acknowledgement, an end) still write
directly and keep the row's owner. The shared child-work evidence type is
unchanged: the sink travels as a separate argument.
Test: a Claude helper the next child reports again while it is still starting
stays working after that start's settlement, through the shipping adapter and
host. It fails on c0add67cca (the row lands `unverifiable`).
* Native chat: the subagent row writer always awaits a promise
CI's type-aware lint flagged the row writer handing `Promise.all` a value
that could be undefined when a sink has no `written()` barrier. A sink without
one now reads as landed.
* Native chat: keep refused subagent writes, and carry both owners through a rewind
Review of b161aa38b1 / 129f36d49b:
- `admitChildWork`'s producer is optional again, so the host's own
turn-started report compiles.
- A subagent row written through the reporting child's sink uses the sink's
checked admission. A write it refuses under backpressure is queued again
once what the sink holds has landed; a refusal or a failed write frees that
child's claim on the row, so a later report retries it.
- A rewind carried `itemFence()` (now whose execution an item is) into the
rebuilt row's creation `ownerFence`, and dropped `executionOwner`. Retained
rows now carry both as stored (`journal.itemProvenance`), the rewind record
keeps `executionOwner` beside `ownerFence`, and both rebuild paths write it
back: epoch replacement and the context rewind, which builds its rows from
the same replacement items.
Test: the two-fence test now rebuilds the epoch from the resumed rows and
settles the first run's death again; the resumed rows stay live. It fails if
the epoch replacement drops `executionOwner`.
* test: run the resumed-child owner test in the Node SQLite project
It opens a real journal database, so it belongs on the list the SQLite runtime
boundary test checks.
* fix(mobile): phone server rows follow the desktop's other-client and sleeping filters
A phone created through a desktop now records whom it acted for, so the
desktop's Hide other-client workspaces filter keeps the user's own phone
workspaces (locally and on servers) and hides only other people's.
The desktop relay marks each server row its sidebar would hide, and the
rows its own browser or chat tabs keep awake; the phone applies both.
* test(e2e): dedupe sidebar row ids in the visibility spec
* fix(mobile): address review: owner naming, old-server relayed phones, scope trim
* refactor: move the sidebar's project section grouping into shared
The project sections the desktop sidebar draws under Group by Project are
built from the project/setup projection, the per-host catalog fold, the
endpoint host stamp, and the section labelling and ordering rules. Move the
pure parts of each into src/shared (no behaviour change) so the paired phone
can call the same code instead of guessing the grouping.
* fix(mobile): group by Project with the desktop sidebar's own sections
The phone grouped Project sections by repo display name, so it merged
checkouts the desktop keeps apart (several local stablyai/orca checkouts,
or a server's copy) and split what the desktop merges. The phone now reads
each host's repo.list, project.list and projectHostSetup.list (the desktop's
own and each server's through the relay), folds them with the renderer's
shared catalog fold and projection merge, and builds sections with the
desktop's shared grouping, labelling and ordering code. Keys, labels and
Recent order equal the sidebar's; a host that predates the project lists
gets the repo-derived projection, as the desktop does.
Header colour and icon come from the section's anchor repo and rows from
their own repo by id, as on the desktop. The repo filter lists every
catalog repo by id per host instead of merging same-named repos. Group-by
labels read Project and None. project.list and projectHostSetup.list are
routed for paired phones (read-only, workspace permission).
* refactor(mobile): record a phone's owner as creator and fold desktop tab activity into the host flag
A phone now records its owner as the creator (this host for a directly
paired phone, the relaying desktop for a delegated one), so the shared rule
is unchanged and onBehalfOf is gone. The relay ORs the desktop's saved
browser/chat tabs into hasHostSidebarActivity, so the phone's status dot
follows too, and local worktree.ps counts the same signals. The old-server
fallback is removed.
* test(e2e): poll the phone and the sidebar together in the visibility spec
* fix(mobile): one Project-section builder for desktop and phone, with the desktop's repo order
Review fixes. The sidebar's buildOrderedGroups now calls the shared
buildProjectSections for Group by Project (notice and pending repos are
optional inputs), so desktop and phone run one function. The phone ranks
manual header order by its folded catalog order, which is each host's
repo.list order with the desktop's own repos first, as the renderer loads
them; only the desktop's cross-host manualRepoOrder (pairing-local) is
unknown to it. The projection selector is now a memo over the shared
resolver. A transient project-list failure keeps that host's last catalog;
only forbidden or method_not_found falls back to the repo-derived
projection. Catalog rows are checked on every member grouping reads, and
the parity test answers the renderer's real catalog fetch, includes a
server's own project rows, and fixes Manual and Recent orders that differ.
* fix(mobile): use the repo-derived catalog until a host's project lists first answer
* fix(mobile): the desktop serves its sidebar's Project catalog instead of the phone fetching it
The phone fetched repo.list, project.list and projectHostSetup.list from
the desktop and every relay-ready server each minute and folded them
itself, so rows from offline or older servers fell back to repo sections
and keys moved on cold start.
The desktop renderer now publishes the inputs its own Project headers use
(state.repos in sidebar order, the projection selector's projects and
setups, projectOrderBy) on the runtime window graph it already sends to
main, only when they change. Main keeps the last one and answers it on a
new paired-desktop read, mobileRelay.projectSections. The phone reads it
with its repo metadata and groups with the shared builder; a desktop that
predates the read (forbidden or method_not_found) leaves the phone grouping
rows by repo from the desktop's repo.list, and a transient failure keeps
the last catalog. The payload carries only grouping and label fields, no
hooks, credentials or uploaded icons. The phone's own catalog fetching and
its project.list/projectHostSetup.list routes are removed.
* fix(mobile): keep uploaded repo icons on the phone, and isolate the snapshot tests
* test(e2e): the desktop window serves its sidebar's Project catalog to the phone
* chore(i18n): regenerate the runtime English catalog (drift already on main)
* fix(mobile): read the Project catalog as its own request, outside the recorded repo-metadata flow
The extra read inside the repo-metadata refresh stalled its recorded RPC
sequence. It now runs beside it with its own throttle. The repo-metadata
goldens are re-recorded for the intended state change: the name-keyed
colour, icon and id maps became desktopRepos.
* refactor(sidebar): one shared Workspace options filter and sort evaluator
The sidebar, the jump palette and the options badge each applied the
Workspace options filters with their own copy of the rules. They now
call one pure evaluator in src/shared/workspace-view, which reads each
row through a small fact reader so the phone can call it next with the
facts its host serves. The sort comparator moves there too, with each
surface supplying its own Agent activity rank.
No behaviour change: a parity test runs the old sidebar chain and the
new evaluator over every toggle combination, and the old comparator
against the new one for each sort mode.
* wip: workspace view descriptors
* refactor(sidebar): address review of the shared Workspace options evaluator
One predicate builder instead of a per-row scope argument; one
exemption-narrowing function taking the hide flag; consumers import the
shared predicates directly; Agent activity ties fall to the label in the
shared comparator. The activation filter lift reuses the shared
predicates. The parity test now covers other-client rows, live agent
attention classes and the sort-label map.
* fix(mobile): fetch the Project catalog at once when the screen moves to another host
The refresh window is now kept per client, so a host screen reused for another desktop doesn't wait out the previous host's 60s window before showing its Project headers.
* wip: desktop option items from shared choices
* refactor(sidebar): the Workspace options menu renders from one shared option list
src/shared/workspace-view/workspace-view-options.ts lists every Workspace
options control (Hosts, Projects, Group by, Sort by, Project order, Card
layout, Show properties or Card display, and each filter) with its
section, its English copy, its choices and when it shows. The desktop
menu walks that list and renders each option through a table keyed on
the option key, so a new option fails to compile until the desktop has
a control for it; the phone sheet will do the same.
The choice lists (sort modes, project order, card layout, agent activity
layout, card properties) are derived from the shared ids, and a test
checks the desktop's English copy matches the shared copy. The unused
classic branch of the card property list is removed.
No visible change.
* wip: row facts
* refactor(sidebar): address review of the shared Workspace options list
The show rules get their own tests with fixed expectations (the cases
the old filter-section test covered, plus the rest), and the menu test
checks each option's own control rather than any matching text. Card
display rows toggle one property each, with the folder-path copy in
shared. The unused Status and Tasks copy left by the removed classic
card list is deleted from the catalogs. Filter rows write through the
store directly; files are named for what they hold.
* feat(runtime): worktree.ps carries the Workspace options row facts
Each worktree.ps row now says whether it is the project's default-branch
workspace, created by an automation, created by the CLI, or on a
detached HEAD, answered by the same shared predicates the desktop
sidebar filters with. The phone has none of these facts today, so its
copies of the filters either guess (default branch) or are missing.
Additive and inert: optional fields that nothing reads yet. An older
host omits them; readers must treat absence as 'not that kind', so the
row stays visible. Server rows relayed through the desktop pass them
through unchanged.
* feat(mobile): the desktop's own phone reads and writes its other-client filter
ui.get and ui.set strip the pairing-local UI fields for every paired
client. That rule exists for clients with their own host catalog (a
desktop paired to a server, a web client). A phone has none: it shows
its desktop's view, so 'Hide other-client workspaces' must be one shared
value. For the host's own phone (clientKind mobile, no relaying parent)
ui.get now always answers the field and ui.set persists it; delegated
phones, paired desktops and web clients keep the stripping rule.
The phone's view-settings schema reads the rest of the Workspace options
values it does not read yet (the automation, CLI and detached-HEAD
filters, project order, card properties, agent activity layout), each
salvaged to absent so an older desktop keeps the phone's local value.
* feat(runtime): address review of the worktree.ps row facts
Name the fact defaultBranch, and say what absence means for it: a reader
keeps its own guess, because 'hide default branch' must not start hiding
or showing rows an older host never described. Folder workspace rows get
the facts too, so every row from a newer host carries them. The
desktopOtherClient comment now says it is a verdict, not a fact. The test
covers the rows where the host disagrees with the phone's current guess.
* wip: phone uses the shared evaluator
* feat(mobile): address review of the phone's other-client filter mirror
One isHostOwnPhone predicate decides both who shares the filter value
(ui.get/ui.set) and who gets the other-client row marks, so the two
cannot drift. The pairing-local field list notes the exception. Tests
cover a paired desktop still being stripped, and a phone write that
leaves the field out not touching the host value.
* feat(mobile): the phone filters and sorts with the desktop's shared Workspace options rules
The phone's own filter chain and comparator are replaced by the shared
evaluator, reading the facts the host stamps on each row. Phone filter
state takes the desktop's setting names and carries every filter; the
badge and Clear filters match the desktop's. The desktop's other-client
marks become facts the phone filters with the shared value.
A parity test runs the same workspaces through the desktop's reading
and the phone's (facts stamped as the host stamps them) over every
filter combination, folder projects included.
* wip: phone view state carries project order and card props
* fix(mobile): host scope in shared filters, patch-key writes, live view push
Folds the phone's host filter into the shared filters so Clear and the badge agree,
writes back only the touched filter keys, and pushes workspaceViewChanged so an open
phone list re-reads desktop Workspace options.
* fix(mobile): Clear sends only changed filters; skip a view re-read older than a local edit
An older host's strict ui.set refuses a key it lacks, so Clear names only what differs. A ui.get
that started before a local edit no longer overwrites it; the edit's own change event re-reads.
The change publisher's field list now lives with it and derives the filter fields.
* feat(mobile): the phone's Workspace options sheet, rendered from the desktop's shared option list
The Filter drawer becomes the desktop's Workspace options: hosts, projects with search, group,
sort, project order, card layout and properties, card display, and every filter. Each option
renders through a table keyed on the shared option keys, so a new desktop option fails to compile
until the phone has a control. Sort and group pickers use the desktop's words; Repo reads Project.
* fix(mobile): Workspace options sheet review fixes
Hosts read as on the desktop (none checked while all show; the last shown host is disabled).
Project order falls back to the served value until the shared one is read. Card layout and card
style changes now push to an open phone. Pick-one rows read as radio buttons. Simpler wiring:
flat card state, the preset flag rides the patch, shared choices used directly.
* fix(mobile): reset project order on host switch; simpler preset-flag handling
* fix(workspace-options): all hosts and clear reach the desktop; one filter key list drives every surface
Host visibility: the legacy host scope fallback moves to shared code; the phone reads it, and the
host resets the scope whenever a client writes the host list, so All hosts and Clear stick.
An older desktop that keeps the other-client filter to itself has its marks treated as hide.
Badge counts, is-anything-filtered, Clear and reveal derive from the shared filter keys on the
desktop sidebar and the kanban filter menu. The phone uses the desktop's group and sort values,
holds its view in one state value, and reads its UI fields from one shared list.
* feat(workspace-options): Status and PR grouping read the shared tables
The phone groups by status with the desktop's status helpers and default catalog (its own copy
had the defaults in reverse order) and by PR with a shared lane table, so its labels now read
In review / In progress as the desktop's do. The desktop's PR lane decision ends in the same
shared state-to-lane step.
* feat(mobile): phone rows follow Card layout, Show properties, Card display and agent activity
One shared helper (getWorktreeCardDetails) decides which card details show for the chosen
properties and layout; the desktop card's flags and the phone row both read it. The phone row
hides the PR badge, note/issue/Linear glyphs, host badge and agent rows the desktop turns off,
and the Full list agent layout shows every agent row.
* test(sidebar): folder rows survive restrictive filters; create grace ignores non-finite times
* fix(mobile): write the host scope with the host list, and wait for the first read before forcing the other-client filter
An older desktop narrows back to its legacy single-host scope when the phone
writes only a null host list, so the phone now also writes the scope for a null
or one-host list. The other-client fallback waits for the first ui.get so a new
desktop's marks don't hide rows before its filter value arrives. Inline the
clear-filters key list and note the PR state asymmetry.
* test(mobile): re-record view-settings goldens for the unknown other-client state
* fix(mobile): let a tall bottom drawer scroll on the page
The drag wrapper around the drawer's ScrollView had no flex limit, so it grew to
its content and the sheet clipped it instead of scrolling. The full Workspace
options sheet is the first drawer tall enough to hit this.
* fix(sidebar): reuse the palette's default host instead of reading the focus setting again
* fix(sidebar): read the host options once in Workspace options and pass them to the Hosts item
* fix: parse the ui.get reply into a named type, fix the row memo test's filters, prune the focus-read baseline
* test(mobile): give the project catalog fixture its project order
* feat(mobile): name the options chip Workspace options, as the desktop does
The chip keeps the active-filter count and reads to screen readers with the
desktop trigger's label. The pluralized filter count moves to shared code so
both surfaces word it the same way.
* fix(mobile): show the Workspace options count as a corner badge so the chip row fits
"Workspace options (2)" squeezed the Sort and Group chips to ellipses at phone
width. The count moves to a corner badge, as on the desktop trigger, and the
chip drops its icon, which the desktop trigger does not show either.
* refactor(sidebar): one switch-to-kind table, and fold the leftover helper files back
- The four kind switches come from WORKSPACE_KIND_SWITCH in workspace-kinds;
the shared evaluator and main's phone-push check both apply it, and the filter
type derives its switch fields from it.
- git-identity.ts folds back into git-identity-display.ts, as on main.
- SidebarFilterState moves into sidebar-filter-actions.ts; visible-worktree-kinds.ts is gone.
- buildWorkspaceRowPredicate is module-private.
* feat(mobile): Workspace options sheet in the desktop menu's shape
The sheet showed every choice of every option, so the filters sat screens down.
It now follows the desktop menu: Hosts and Projects rows with their value, Group by
as a segmented control, Sort by, Project order, Card layout and Show properties
as rows that open a page of choices, and the filters as switches. Each option's
control (an inline row, or a value plus a page) still comes from one table keyed
by the shared option list. The segmented control is the voice settings one,
extracted so both screens share it.
* fix(mobile): Workspace options review fixes
- A page whose option stops showing is forgotten, so it cannot reopen by itself.
- Only the switch takes the tap on a filter row, so the web page writes once.
- Sections split their rows in one pass; unused heading styles go.
* fix(mobile): neutral filter switches on the page
react-native-web paints an on-switch thumb teal unless given activeThumbColor,
which React Native's types omit. MobileSwitch applies the app's switch colors,
and its web sibling also sets that prop.
* refactor(mobile): one MobileSwitch file, adding the web-only thumb color on web
* fix(mobile): Show properties reads Hover under Compact, as the desktop does
The row's value now comes from getWorkspaceCardPropertiesValue in the shared
options, which the desktop trigger uses too: Hover under the compact layout,
otherwise how many properties show. Card display shows no value, as on the desktop.
* test(mobile): find the renamed Workspace options chip in the page drawer render check
* feat(mobile): drop the Sort and Group chips; the Workspace options chip covers both
The desktop has only its options button, and the sheet now holds Sort by and
Group by. The chips' pickers, their screen state and the sort label go with them.
* feat(mobile): option pages slide in from the right and keep the sheet's height
The main sheet stays laid out under an open page, so the drawer keeps its height
going in and out. The page slides in over 200 ms and back out on back (the row,
or Android's back key), instantly under reduced motion. The reduced-motion hook
moves to platform/ now that two screens use it.
* fix(mobile): option pages fill the sheet and open at its top
- The page layer grows to the pager's height, so no part of the main sheet shows below a short page.
- The drawer takes a scrollResetKey; the sheet passes the open page, so a page opened from a row low on a scrolled sheet starts at the top.
- The main sheet's height is measured under a page too, and the pager state lives in the sheet so it resets when the drawer closes.
- A misplaced doc comment goes back to its function.
* fix(mobile): phone rows show the Jira, automation and CLI glyphs; the options pager forgets a gone page in an effect
* fix(mobile): Jira glyph sits before Linear as on the desktop; Jira reader tests beside it
* fix(mobile): the phone leaves Ports out of Show properties and Card display
* refactor(mobile): clearer names and tests for the phone's hidden card properties
* refactor(mobile): one view state and one settings read for the phone's Workspace options; tighter card glyph wiring
- The phone's Card layout and card style now live in its view state; one parallel settings.get
reads them with pinned placement beside ui.get.
- The Card layout preset flag is a write option, no longer a view field or a change-event field.
- getWorktreeCardDetails reads the raw desktop settings and resolves the layout once; the desktop
card computes it once in its foundation.
- The row computes its glyph presence in one place; Ports is hidden through one set.
- Drops the vanished-page effect, the native-only a11y props and the web-only switch branch.
* fix(mobile): the list settings read applies each half on its own, with tests; pinned placement changes announce themselves
* fix(mobile): Card layout writes the setting before its preset; Card display names folder paths when the desktop has folder workspaces
* fix(native-chat): acting on one chat no longer waits on checks of every other chat
Starting, resuming or switching a chat's agent first ran restart
reconciliation, which probed every unreconciled session and committed them
together, so one slow or failing probe for another chat delayed or failed
this chat's action. Acquisition now reconciles only the addressed session;
the explicit startup pass still covers all of them, and an owner that isn't
proven still can't be granted a writer.
Co-Authored-By: OpenAI Codex gpt-6.1-sol <noreply@openai.com>
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
* fix(native-chat): settle each restored chat on its own; register new sqlite tests
- Startup restore no longer lets one chat's failed lease check skip recovery for the others.
- Run the two new SQLite-backed tests in the Node runtime project.
- Startup reconcile runs the whole-host pass without a placeholder session id.
- Test names describe an injected failing/stalling owner check, not an SSH host.
* fix(native-chat): restore keeps one whole-host lease check per startup
The restore opens with the whole-host pass again and stops per-chat bookkeeping after the
first failure, as on main: on a failing store it makes one lease-check write, not one per
chat. User actions stay targeted to their own chat.
---------
Co-authored-by: OpenAI Codex gpt-6.1-sol <noreply@openai.com>
Co-authored-by: Claude Opus 5.5 <noreply@anthropic.com>
* fix(ssh): never leave an SSH host unconnectable after a refused move to its managed server
* fix(ssh): keep unsaved drafts out of what Move anyway leaves behind
* test: run the stuck-host profile test in the Node runtime project
* fix(ssh): spend a "Move anyway" consent when the conversion throws
A throw left managedServerLeaveBehind set, so a later connect left saved
state behind without asking again. A resumed fence replays its journal,
never the export, so clearing is safe.
Co-Authored-By: Claude <noreply@anthropic.com>
* Revert "fix(ssh): spend a "Move anyway" consent when the conversion throws"
This reverts commit 4f63d777d9.
* docs(ssh): note why a Move anyway consent survives a conversion throw
* fix(ssh): Move anyway needs every terminal proven exited, and skips foreign tabs fully
- A bridged terminal proof (relay census live or unverifiable) now refuses a
confirmed "Move anyway" before any fence or journal, with a reason that says
to close the terminals; the host stays on its relay and connectable. The
offer itself is withheld while terminals aren't proven exited.
- A foreign tab left behind is also removed from the legacy tabsByWorktree
rows, its layout, active-tab pointer, relay session id, scrollback, and
pane-keyed resume records, so it can't reappear on the managed server.
Co-Authored-By: Claude <noreply@anthropic.com>
* fix(ssh): Move anyway drops left-behind files' tabs, and is offered only when it would work
- An editor tab whose host-bound file is left behind is removed with the
file, so the managed server never opens it as a blank pane.
- The offer is previewed against the leave-behind export first: when what
refuses is a desktop-only draft the export can't leave, no "Move anyway"
is shown and the save-or-discard reason stays.
Co-Authored-By: Claude <noreply@anthropic.com>
* fix(ssh): drop surface and closed-tab tombstones of foreign tabs Move anyway skips
* fix(ssh): match legacy pane keys when Move anyway drops a foreign tab's records
---------
Co-authored-by: m4air <m4air@Mac.localdomain>
Co-authored-by: Neil <neil@stably.ai>
Co-authored-by: Claude <noreply@anthropic.com>
Brennan Benson
Neil
OrcaWinandOrcaWin
Jinjing
Jinwoo Hong
