* test(e2e): prove the held-6768 case really held the port and orcad bound another
Co-Authored-By: Claude <noreply@anthropic.com>
* fix(pty): keep orcad's managed-launch marker out of user terminals
A terminal on a managed host inherited ORCA_ORCAD_MANAGED_ACTIVATION_ROOT, so an
orcad a user started there looked client-managed: --port stopped being strict
and idle exit applied. Scrub it like the other per-launch identity variables.
Co-Authored-By: Claude <noreply@anthropic.com>
---------
Co-authored-by: Claude <noreply@anthropic.com>
A pane whose shell outlived its agent kept counting as the session's live
holder because its PTY was alive, so a paired client got a plain shell.
Ask the hook store: a holder it proves exited no longer blocks the resume;
unverifiable still does.
* fix(accounts): open the browser for a WSL account sign-in
A WSL Add account / Sign in again ran the provider CLI inside the distro,
where stock distros have no opener, so no browser opened. Claude's link is
now caught by the same BROWSER stand-in Copy link uses, Codex's by the link
it already prints, and the desktop opens it after validation.
* fix(accounts): never open a cancelled WSL sign-in's link; wait the full login window
Addresses review: watch the login's cancel signal before opening, give auto-open
the whole login window to receive Claude's link, log the refused host, and cover
cancel-before-delivery and service wiring in tests.
A reconnect replay seeded every cached row, so a done the renderer never saw
(its row was still working) was silently dropped. Observe a replayed done
normally when it differs from the renderer's current row.
The per-account tier of the session-file resolver listed homes through
getHostCodexHomePathsForSessionDiscovery, which reached the mkdir-ing
getOrcaManagedCodexHomePath. The transcript poll runs every 5 s on a miss, so
users who never used Codex got userData/codex-runtime-home/home created. Use
the path-only resolver for discovery, and skip the per-account ownership
checks while the managed accounts root does not exist.
Follow-up to #28469.
* fix(wsl): bound the line-ending sample's index scan, not just its matches
The WSL-on-Windows-drive line-ending sample piped ls-files --eol through grep
then head, so when no entry was eligible (* text=auto) head never closed the
pipe and every file was read over drvfs until the 15 s timeout, which stage,
discard and commit waited on after each backoff. Cap the raw ls-files output
before the grep.
Follow-up to #27778.
* docs(wsl): describe the line-ending sample as the first index entries
* fix(orcad): a locked Electron browser sidecar profile no longer fails orcad's stop on Windows
* test(orcad): give the stop-request teardown room for slow Windows ARM deletes
* 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
* feat(layout): send tab rename, color and pin through main behind the layout-owner build switch
In an ORCA_LAYOUT_OWNER=main build, the tab bar's rename, color and pin ask main's layout.apply
first; the window then runs today's action. When main lacks the tab or the call fails the
window acts as today; a paired server's workspace keeps today's path. Pinning a tab now also
ends its preview in main's copy, as the tab bar's pin does. Other builds compile the switch out.
* fix(layout): leave a pinned tab's preview mark to the window until main opens files
Changing the shared pin command would change what a paired client's pin does in every build.
* fix(layout): write a folded legacy row in its loaded form when a layout.apply command touches its claim
A legacy terminal row the load folds into a tab-bar tab stays stored as is. Closing the tab it
repeats, or giving it a tab-bar entry by moving it, let the next load resolve the claim the other
way: the row came back or took the other tab's terminal. Such a command now writes the row as
the load had it; every other record still stays as stored.
* feat(layout): accept tab moves, group splits and group sizes on layout.apply
Group sizes have no tab, so they go to the workspace's routed partition.
* refactor(layout): move the window's layout.apply sender out of the terminal pane folder
Tab groups send through it too; it now also acts as today when main lacks the group.
* feat(layout): reorder, move and split tab groups, and save group sizes, through main behind ORCA_LAYOUT_OWNER
A tab drop and Move Tab to Split wait for main's answer and then show main's placement, with main's
new group id; group divider sizes are drawn while dragging and saved by main when the drag ends.
Closing an empty group needs no command: main never holds an empty group.
* docs(layout): wrap the layout-owner sender's doc comment
* fix(layout): review fixes for tab moves through main
- Read a folded row's terminals with the loader's own claim rule, so rows sharing only an SSH
session are covered too, and drop the row's remote session entry with it.
- The record-patch test allows a folded row only in its loaded form.
- A tab drag ends at once; main's answer shows the move after.
- A lone group main moved whole is placed so only when this window's group is lone too.
* refactor(layout): adopt only a folded row's pane layout beside its row
A row's remote session entry is carried through load and save unchanged, so adopting it from the
load changed nothing (the earlier commit's message overstated it).
* feat(layout): record a window's terminal tab close through layout.apply
closeTabs can now record each terminal tab it closes, or does not find, as closed for the given
reason (pruned as a partition's records are), so a start that commits later is refused, as today's
close records it. layout.apply takes one tab's close with the window's reason: main forces it in
every holder partition, marks a user close's launches, stops no terminal (the window already did,
sparing any another tab shares), and leaves a workspace it lacks to today's close. A sibling the
load supplied that the close only renumbered is no longer written.
* feat(layout): send the window's terminal tab close to main behind ORCA_LAYOUT_OWNER
The window still closes the tab and stops its terminals itself; main records the close through
layout.apply instead of the close intent, which stays for paired servers and when main lacks the
workspace.
* fix(layout): review fixes for the tab close through main
- The window's close sends through a store-free sender, so the store no longer imports itself.
- Main marks a user close's launches by the terminal's own id.
- A recorded close prunes the whole partition's close records, as today, not one workspace's.
* feat(layout): move a window's dragged-out pane into a new tab through layout.apply behind ORCA_LAYOUT_OWNER
* refactor(layout): keep the topology commit under its line limit
* fix(layout): review fixes for the window's pane drag-out through main
* refactor(layout): re-key a moved pane from the move alone
Pins #29456 end to end: relay-era SSH projects convert to a managed server, a phone paired with the desktop lists them via mobileRelay.hosts.* under the SSH host's name and opens one through the relay, while the desktop's own list keeps the retained copies hidden.
* fix(terminal): honour a paired-client close for every sleeping record shape
Refs #21235. Fixes#29421.
* fix(terminal): keep foreign-host records out of the claim election
* fix(runtime): resolve session tab workspace path aliases
An explicit worktree ID that differs from the host's stored spelling only
by Windows path separators (or another worktreeIdsEqual-equivalent form)
returned an empty session tab snapshot, hiding a workspace's existing
tabs from paired clients.
Resolve explicit session selectors against the IDs the host already
knows (published snapshots, saved session tabs, surviving renderer-owned
PTYs) with the shared worktreeIdsEqual comparison, keep the host's
stored spelling, reject ambiguous aliases, and refuse alias adoption
across execution hosts. Session-tab subscriptions match and clean up by
the normalized key.
Fixes#27260
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
* fix(runtime): keep exact live PTY spellings and reject foreign PTYs under local owners
Addresses Codex review of the #27264 alias resolver.
---------
Co-authored-by: Simon Cho <40405860+SimonSQLML@users.noreply.github.com>
Co-authored-by: Claude Opus 5.5 <noreply@anthropic.com>
* fix(ssh): start a managed server whose slot has no launch artifacts
A recorded-active orcad slot with neither a PID file nor a readiness file
answers NEVER_LAUNCHED from the liveness probe. The parser folded that into
UNKNOWN, so every reader treated it as unprovable: the wake never started the
slot, the deploy path reported "process state is unverifiable", and the host
stayed unreachable until someone moved orcad-active.json aside by hand.
A launch creates the readiness file before anything else, so a slot with
neither file provably has nothing running from it; GC already relies on that
to remove such directories. Keep NEVER_LAUNCHED as its own liveness value and
read it as proven exit wherever DEAD is: the wake, ensureOrcadSlotServing,
probeActiveOrcadReadiness, interrupted-candidate resume, decommission
recovery and GC. UNKNOWN stays untouched and still never starts anything.
Co-Authored-By: Claude Fable 5.1 <noreply@anthropic.com>
* docs(ssh): one-line docstrings for the liveness readers this change touches
Co-Authored-By: Claude Fable 5.1 <noreply@anthropic.com>
* test(ssh): the shell-probe integration test expects NEVER_LAUNCHED for a slot with no launch artifacts
Co-Authored-By: Claude Fable 5.1 <noreply@anthropic.com>
---------
Co-authored-by: Claude Fable 5.1 <noreply@anthropic.com>
When the agent-first attempt skips the host's keyboard-interactive challenge
so the deferred ~/.ssh key can go first, a host with MaxAuthTries=1
disconnects after rejecting that key, so the key retry never reaches the
challenge. Record when an attempt held the challenge back and when an
attempt actually offered it; if the key retry fails with an auth error
without offering it, run one attempt with no agent and no key that offers
only the challenge.
Fixes#29443
* feat(space): open disk usage in a separate window
* perf(space): move local disk scan off Electron main thread
* fix(space): satisfy full PR quality gates
* ci(wsl-orcad): skip the WSL MSI when the image already has 3.0.1
windows-2025 image 20261007.264.1 ships WSL 3.0.1.0, and reinstalling the
pinned 3.0.1 MSI over it exits 1603, failing every run. Install only when the
image is older, print the msiexec log on failure, and gate on >= 3.0.1 after.
* fix(orcad): let a managed launch fall back when its default port is taken
#29432 made any --port mandatory, but managed SSH/WSL launches pass the
default 6768 as a preference and read the bound port from readiness. WSL2
distros share one VM loopback, so a second distro's orcad now failed with
pinned_port_unavailable. Only an operator --port is required now.
* 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
* feat(layout): send tab rename, color and pin through main behind the layout-owner build switch
In an ORCA_LAYOUT_OWNER=main build, the tab bar's rename, color and pin ask main's layout.apply
first; the window then runs today's action. When main lacks the tab or the call fails the
window acts as today; a paired server's workspace keeps today's path. Pinning a tab now also
ends its preview in main's copy, as the tab bar's pin does. Other builds compile the switch out.
* fix(layout): leave a pinned tab's preview mark to the window until main opens files
Changing the shared pin command would change what a paired client's pin does in every build.
* docs(layout): wrap the layout-owner sender's doc comment
The host projected a title-only working row stamped with the spinner frame,
then republished the older Stop-time done once the title went plain, so a
paired client kept the newer working row forever (#28102).
* fix(ssh): hidden relay-era panes stop sending every output chunk to the window; a reveal re-reads the relay's screen
* fix(ssh): reveal replays at the relay's snapshot boundary and hidden panes still answer terminal queries
* fix(ssh): hidden bridged panes still deliver split queries, OSC marks and bells
* fix(ssh): hidden bridged panes answer cursor queries from a current screen and keep sequences split at visibility changes
* fix(ssh): hidden bridged panes keep kitty, window-size and DCS queries, and reopen an OSC cut at reveal
* 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>
* Bound and sanitize CI failure excerpts with linear ANSI stripping
* Fix excerpt regression checks and reduce bounded marker overhead
* Require signal proof for benchmark timeouts and load consumer fixtures portably
* Validate benchmark timeout framing and run required cases with a pinned CI baseline
* Strip dense generic ANSI escapes with bounded forward scanning
* Use the standard UTF8 encoder for byte-cap test oracles
* Gate CI log performance suites behind a dedicated job
The wall-clock performance suites run about 1k child workloads up to 63 MiB, so they were sharing runners with unit tests and could fail on noise. They now run only in their own `check_log_performance` job, opted in with `ORCA_CHECK_LOG_PERF=1`.
- Remove the pinned-baseline checkout and `ORCA_CHECK_LOG_BASELINE_DIR`. The baseline comparison is now a manual step that reads the pinned ref from local Git history.
- Run the current-implementation checks with `compareBaseline: false`, which skips baseline builds and audits.
* Inline check-log fixture and drop dedicated perf CI job
- Replace the captured failure-log JSON with a synthetic log built by `createCheckLogFixture()`, so no scraped job output or provenance metadata is kept in the repo.
- Remove the `check_log_performance` CI job. The log performance suites now run only when `ORCA_CHECK_LOG_PERF=1` is set, as a manual benchmark.
- Update the benchmark scripts and tests to use the new fixture helper and drop the `fixturePath` parameter.
* feat(checks): add optional job log outcome
* fix(checks): preserve host capture lifetimes and safe outcomes
* fix(checks): retrieve and retry bounded failed-job logs
* test(checks): cover queued snapshots and captured error safety
* test(checks): verify sanitized host excerpts and paired failures
* test(checks): identify measurements and preserve paired cleanup
* Keep check details load failures safe and localized
* Describe failed check logs as bounded excerpt context
* Normalize check log excerpts once at renderer ingress
* fix(checks): prioritize failure excerpts and retain reading position
* fix(checks): show truthful log outcomes and explicit refresh guidance
* fix(checks): fit failure context in narrow panes and skip generic headings
* fix(checks): prioritize captured failure diagnostics over inline loggers
* fix(checks): stop stack association at a new diagnostic
* feat(checks): add optional job log outcome
* fix(checks): preserve host capture lifetimes and safe outcomes
* fix(checks): retrieve and retry bounded failed-job logs
* test(checks): cover queued snapshots and captured error safety
* test(checks): verify sanitized host excerpts and paired failures
* test(checks): identify measurements and preserve paired cleanup
* Use the generated check-log fixture in host retrieval tests
* Keep check details load failures safe and localized
* Describe failed check logs as bounded excerpt context
* Normalize check log excerpts once at renderer ingress
* Repair ingestion test fixture and benchmark names after dependency merge
* fix(checks): prioritize failure excerpts and retain reading position
* Use the replacement generated fixture for check-details presentation tests
* fix(checks): show truthful log outcomes and explicit refresh guidance
* fix(checks): fit failure context in narrow panes and skip generic headings
* fix(checks): prioritize captured failure diagnostics over inline loggers
* fix(checks): stop stack association at a new diagnostic
* ci: rerun UI checks after restack
* fix(checks): classify sidebar job failures consistently
* test(runtime-environments): pin connect, remove, call readiness, hint and phone relay per host kind
* refactor(runtime-environments): dispatch on one exhaustive host-kind classifier
* test: avoid type assertions in host-kind characterization fakes
* refactor(runtime-environments): keep service-owned connect/remove in one module; tighten characterization tests
* style: break, not bare return, in host service ops switches
* fix(terminal): send modifyOtherKeys Enter chords to apps that armed it, so pi's Shift/Option+Enter stop drifting (STA-7701)
* fix(terminal): keep an observed modifyOtherKeys level across snapshots an older host cannot restate
* fix(terminal): restate a disarmed modifyOtherKeys level and recover it at command end
* 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
* feat(layout): create terminal tabs through main behind ORCA_LAYOUT_OWNER
Main writes each window-created terminal tab under the window's ids before any later command names
its pane, and decides a workspace's first terminal on activation. Main refuses a tab id another tab
holds; the same create again changes nothing.
* fix(layout): create a revealed tab under main's pane id, and open the activation fallback only in the shown workspace
* fix(layout): open the activation fallback only while the workspace is still empty
* fix(layout): show a frame-drawn tab when a revealed terminal's stale records leave its owner unclear
* perf: allow opting out of main source maps in development
* Use the session tab type in the inherited terminal regression test
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Co-authored-by: OrcaWin <293788423+OrcaWin@users.noreply.github.com>
OrcaWinandOrcaWin
NeilandClaude
Jinwoo Hong
Sungsoo KwonandClaude Fable 5.1
Jinjing