tmux before 3.2 prints no newline after `capture-pane -p` output, and
`-J` leaves the history's last row unterminated when the screen starts
inside a wrapped line. The marker row printed next is then glued onto
that row (`...first half<marker>\n31\n...`). The parser took the marker
only as a whole row, so it returned null and every load fell back to
the local capture while the screen stayed that way. Debian 11, Ubuntu
20.04 and RHEL 8 ship tmux 3.1c, 3.0a and 2.7.
The parser now takes the first `<marker>\n` wherever it ends a row (the
marker is random per read, so no row the pane holds ends with it) and
re-terminates a history that lacks its newline. A tail -c cut still
drops only the history's partial first row, now decided on the whole
output, so a cut inside the one row the marker is glued to leaves no
history instead of losing the marker. dropPartialFirstRow, no longer
called, is removed.
Docs and the findFrameInScreen JSDoc also say the splice does not place
the frame of an agent TUI mid-turn (a live region pinned to the bottom,
new rows inserted above it), which falls back to the history-over-frame
join.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
The remote script ran the history capture, the history size and the
screen capture as separate tmux runs, so the shell kept writing between
them and rows that scrolled in those milliseconds were in neither
capture. Measured end to end against a LAN host with output streaming:
1-2 rows lost per load at the history/screen join (the history ended at
row N, the screen started at N+2); on a local busy pane, every read.
The three reads are now one tmux command list (capture \; display \;
display \; capture). tmux runs a client's command list back to back
without reading pane output in between, so the screen begins where the
history ends: 0 gaps in 200 reads of a local busy pane, and no gaps or
duplicates in 8 loads against the LAN host. This rests on tmux's
command-queue behaviour, not a documented guarantee.
tmux output cannot carry NULs, so a random marker row per read
(display-message) separates the history from the size and the screen;
the parser takes it only as a whole row. The NULs around the tmux output
are printed whether or not tmux succeeds, so a missing session still
reads as the script having run (no host back-off), with its own log
text when tmux printed something unparseable. The remote tail -c bound
now covers the whole output, history first, and is the configured cap
plus 1 MiB for the marker, size and screen (remoteTailBytes), so a cut
lands in the history; the route trims to the cap itself. A cut landing
exactly on the marker row keeps it.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
The remote history and the local frame are read a round trip apart, so
two seams dropped rows at the join: rows that scrolled off the screen
during the round trip, and the top of a remote screen taller than this
pane (a shared session sized by a taller client under window-size
latest). Both are rows of the remote screen above where the local frame
begins.
The remote script now also captures the screen, right after the
history, in the same round trip. joinScrollbackAndFrame() places the
local frame among the screen rows (findFrameInScreen(): text compare
with escape sequences and trailing blanks ignored, the screen's trailing
blank rows and last content row left out, at least three rows of
overlap with two of them non-blank, highest match wins) and keeps the
screen rows above it between the history and the frame. When the frame
cannot be placed, the join is history over frame as before. The read's
buffer slack grows to 1 MiB, since the screen is outside the tail -c
bound.
Left: the history and screen are two tmux commands, so a row that
scrolls between them (milliseconds) is lost, and a screen that repeats
a whole block can place the frame at the higher copy, losing the rows
between the copies.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Review follow-ups for the remote scrollback read.
The 1.5 s slot-wait bound was checked inside the task, so it only fired
once runWithRemoteSshLimit() had already handed over a slot, after
everything queued ahead of it. runWithRemoteSshLimit() now takes
`maxWaitMs`: a waiter that times out leaves the queue, rejects with
RemoteSshSlotTimeoutError, never runs and never touches `active`. The
history read uses it, and a slot timeout does not back the host off.
Only a transport failure backs the host off now (ssh exit 255, a
timeout, a spawn error, output that is not the script's), via
classifyRemoteAliveExit(). A remote command failing is about that
session only. A live run against a real host showed a missing session
comes back as exit 0 with empty markers, because the `| tail -c` pipe
takes tail's exit status, so markers that arrived without a size are
also per-session.
fetchRemoteScrollback() takes an optional runner as a test seam; tests
now cover the bounded wait, each back-off class, its expiry, and the
masked missing-session case. A source pin covers the `-S 0` capture
branch. The two seams that can drop rows at the join (rows that scroll
during the round trip, a taller shared client) are documented in
docs/remote-sessions.md, and the limiter's header and the remote-ssh
invariants now name the history read as an ssh consumer.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
A remote SSH session's local pane runs `ssh -t … tmux new-session -A` (or
`attach`), so the local tmux only sees the remote tmux client's full-screen
repaints and keeps a fraction of the history: measured 48 of 279 lines while
output streamed, none after a reattach. The remote pane, where the shell
runs, keeps all of it.
A full-history load (`GET /api/sessions/:id/terminal?full=1`) of a remote
session now reads the scrollback rows from the remote pane in one ssh round
trip (`#{history_size}` + `capture-pane -S -<N> -E -1`, exact `=name:`
target, newest bytes kept by a remote `tail -c`), and the local capture
reads only its visible frame (`-S 0`), spliced below them
(`PaneCaptureOptions.scrollbackOverride`). The local frame and caret are
kept because the live stream keeps drawing into the local pane.
Fail-soft and bounded: connection options from buildSshConnectionArgs(),
the shared remote-ssh limiter (a slot waited for longer than 1.5 s is given
up), a 5 s timeout, and a 30 s per-host back-off after any failure, which
keeps the local capture as before.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
The wiki, decision 11 in the tile-grid plan, its Persistence section, the
layout-memory test header and two tile-grid.js comments said the Tiles
button and a page reload bring the grid back however it was closed. Only
the Tiles button does: a grid closed before the reload stays stored as
open: false, the page shows the single view, and the toggle puts the grid
back. The behaviour was right; the wording now says that.
A test pins it through the real close path: arrange the grid, close it with
the toggle, start a fresh page, and the restore leaves the single view
while the toggle still brings back the cells, count, divider sizes, focus
and zoom. ('a stored closed grid leaves the single view' in
tile-grid-restore.test.ts covers the same from a raw stored value through
handleInit.)
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
A page reload puts a stored open grid back inside handleInit and fills a
cell freed since (its session deleted while the grid was closed) from the
ranking. Pending approvals, the source of the needs-input group, reach the
page only through seedApprovals, an async GET that lands after the restore,
so for that one fill a session waiting on a permission dialog or an unseen
finished turn ranks with the quiet ones (working sessions still rank first).
Holding the fill back until the seed lands would open fewer tiles, which
can be another shape, and then reshape the grid and move the user's tiles a
moment after the reload, so a late seed never re-forms a restored grid. The
plan, architecture-invariants#tile-grid and the wiki now say so, and a test
pins it: the seed arrives after the restore, the ranking then puts the
needs-input session first, and the restored cells and the stored layout
stay as they came back.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
A session popped out while the grid was open (its pop-out button, or
another dashboard tab announcing the pop-out over the window channel) left
the grid through _markDetached, which removed its tile as if the user had
closed it: the stored count dropped to five and its cell stayed a hole the
ranking never filled, so after the window re-docked Tiles off and on showed
five tiles and an empty cell. Popping out with the grid closed, or a reload
reconcile, already kept the count and refilled the cell.
_markDetached now removes the tile as `gone` (it left by itself), the same
as a deleted session or a refused socket, so the count stays and the next
activation fills the cell from the ranking.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
A page reload restores the stored grid inside handleInit; a cell freed by a
session gone since is filled from the ranking. handleInit syncs the tab
order and loads the session states before the restore runs, so the fill
ranks with real data: this test runs the real syncSessionOrder against a
server snapshot order and shows a working session taking the freed cell
ahead of the first tab. Pending approvals are seeded asynchronously after
init, so the needs-input group cannot rank on a reload.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
The Tiles toggle used to fill a remembered grid to the count picked in the
menu (refilling a hole the user made, or trimming tiles), removing the last
tile or "Open group as tiles" forgot it, and Ctrl/Cmd+click repacked it.
The owner asked for the opposite: "when I turn tiles off and on, always
keep what the last setting was".
Now the layout the user arranged (which session sits in which cell, holes
included, the tile count, the divider sizes, the focused tile and a zoom
they chose) is written to localStorage on every change and comes back
exactly from the toggle, Ctrl+Shift+G and a reload, however the grid was
closed (toggle, a non-tiled tab, leaveTiles or a #session= link, Home, the
width gate, the last tile, a group, closing or killing sessions). Nothing
of it reaches the server.
- The stored value stays v: 1 and gains `count`: how many tiles the user's
own last change left. A session that goes away by itself (deleted,
popped out, socket refused) does not lower it, so the next activation
fills that cell from the ranking; a hole the user made stays a hole.
- sanitizeTileGridState reports `freed` cells (sessions gone since) and
derives `count` for values written before it; restoreTileGridCells (pure)
puts a stored grid back, freed cells first, never trimmed to the window
(a too-small window shows the focused tile until it fits).
- Only when none of the stored sessions survive does activation rank from
scratch. A count picked in the menu still re-forms the grid to it.
- Nothing is persisted while a stored grid is being put back, and a
#session= link only flips `open`, keeping gone ids for the fill.
- The hover card no longer promises "a click opens N" when a stored grid
will open instead.
This supersedes decision 10's answer that the count wins over a
remembered grid's size; the affected tests say so.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
npm takes the package's readme from an unsorted {README,README.*} glob at
publish time, and with README.zh-CN.md beside README.md it kept picking the
Chinese one, so npmjs.com rendered it. `npm run release` now runs
scripts/npm-release.mjs, which moves README.zh-CN.md to a dot-name for the
length of `changeset publish` and always puts it back (also on a failed or
thrown publish, and after an interrupted earlier run). It lives in the publish
command, not in release.yml, because changesets/action commits the working
tree into its version PR. Verified with npm's own normalize: README.zh-CN.md
before, README.md with the file aside, and the aside copy is never packed.
package.json: the description names the CLIs and says self-hosted (the old
"run 20 autonomous agents" was an internal performance target), and homepage
points at getcodeman.com instead of repeating the repository link.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
The Tiles button with no stored grid opened the first tabs, so the oldest
sessions got tiles while the busy ones were left out. It now ranks the
open sessions: working first (the most recently started turn first, keyed
off lastSubmitAt only, since a working pane's activity stamp is always
"now"), then the ones needing input (the red and yellow tab alerts), then
everything else by most recent activity, tab order breaking ties.
The ranking is pure (rankTileSessions in constants.js) and reuses the home
screens' classification (_mobileOverviewState) and stamps. It feeds the
toggle's fresh set, a count picked in the menu, Ctrl/Cmd+click and an open
split's fill. The active session is still always included and focused,
detached sessions are never tiled, and a page without the classifier falls
back to tab order. The vm harness now loads mobile-overview.js so the app
tests exercise the real classifier.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
183efacc turned drag off while the rail search narrows the list, as the
owner asked, by refusing the flat manual rail's dragstart. That also
refused a drag that never reorders anything: with the tile grid open, a
found tab dragged onto a tile or an empty cell set no draggedTabId, so
_acceptTabDrops() (tile-grid.js) saw nothing and the drop was lost. On
the PR head that drop replaced or swapped the tile. The owner's reason
covers the reorder only: a reorder drop is saved for every device,
relative to rows the search hides, while the tile grid is per-device and
lands beside nothing hidden.
dragstart is unconditional again. The rows refuse the reorder instead:
their dragover returns before preventDefault while _tabRailSearchActive()
(the browser shows no-drop and fires no drop there), and their drop
returns before touching sessionOrder, for anything above the row that
might let a drop through. `draggable` stays on, so a cleared search
reorders with the same rows. The grouped rail's pointer drag keeps its
refusal in _onTabLayoutPointerDown(): it has no drop target besides the
rail.
Test: during a search that leaves both rows showing, dragstart is not
cancelled and sets draggedTabId, dragover on another row is not
accepted, a drop there leaves sessionOrder alone and saves nothing, the
real _acceptTabDrops() binder accepts the drag on a tile and hands it
the id, and after clearing the same rows reorder. It fails on the
previous commit, without the dragover guard, and without the drop guard.
CLAUDE.md, the invariants, the Dashboard wiki row and the release
changeset now say reordering by drag is off and a tile drop still works.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
A floating subagent or ultracode window whose parent session's row the
rail search hid drew its connector from the viewport's top-left corner.
The hidden row is display:none, and getBoundingClientRect() still
answers it with an all-zero DOMRect, which is truthy, so the
`if (!tabRect) continue` paths never skipped it and _tabAnchor() put the
line at (0, 0) ("M 0 0 C 350 0, 350 400, 700 400" in Chromium). The
sidebar filter already had the same defect; #580 brought it to the rail,
and the keystroke redraw from 5f373a93 now ran it on every keystroke that
hides the parent.
A new _paintedSessionTab() in app.js returns the parent's row only while
getClientRects() is non-empty, and every place a floating window
measures its parent tab goes through it:
- the shared `tab:<id>` rect cache, filled by the subagent connectors
and by both ultracode connector layers (all three fill it, so guarding
only the first would let the next one cache the zero rect itself);
- the ultracode window's spawn position, which now cascades;
- the subagent window's fly-from-tab spawn, the same defect, not in the
report, now positioned as a window without a tab;
- the ultracode genie on minimize, which now tears down at once.
Lineage lines need nothing: they measure on a cache miss and computeTree
already drops zero-size rects.
Tests: in the gate, with the page laid out by hand (jsdom has no
layout), a subagent window, an ultracode run window and an ultracode
agent window from a hidden row draw no line and draw it again from the
row once the search is cleared, an ultracode window spawns from a
painted row and cascades from a hidden one, and the genie is skipped for
a hidden row. In the browser suite, real Chromium shows the hidden row's
rect is all zero and the connector is gone, then back after Clear. All
four fail on the previous commit. CLAUDE.md and the invariants'
Connectors bullet record the rule.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
Closing a tab took ~0.55-0.7s on an idle machine, more with child
processes or recently active subagents. Most of it was waiting:
- The web UI kept the tab until DELETE returned, then removed it on the
100ms tab-render debounce, which every session update restarts.
closeSession() is now optimistic: the tab, tile and split go and the
next session is selected before the request is sent, rendered at
once. A refused delete (checked with a GET, since a delete can land
and lose its reply) puts the row back at its old index with the
error toast. This also fixes a latent bug: _apiDelete never throws,
so an HTTP error used to report "Session closed" while the session
kept running. SSE upserts skip ids that are being closed.
- The kill path slept fixed intervals (100ms PTY grace, 200ms for the
pane's children, 100ms for the process group) and verified in 100ms
steps. waitForProcessesExit() (utils/process-exit-wait.ts) keeps
every deadline but returns once the processes are gone, counting a
zombie as exited. Signal decisions keep kill(pid, 0).
- tmux kill-session and the pane-pid lookup ran via execSync, freezing
the server for ~70ms per close. Now async.
- killSubagentsForSession() ran a full `pgrep -f claude` scan per
active/idle subagent (~85ms each with ~100 matching processes). It
now scans once for all of them.
Measured on an isolated instance: click to tab gone 540-690ms -> 58-95ms;
DELETE of a claude session ~450ms -> ~200-260ms.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
From the owner's review of #580 rather than the bot's report: "Drag
while searching: I'd turn it off. A drop is saved for every device
(session order or the tab layout), and where it lands relative to the
rows the search is hiding is something you only see after clearing it."
The PR head left drag on.
Both rail drags now refuse while the search narrows the list: the
grouped rail's pointer drag in _onTabLayoutPointerDown(), and the flat
manual rail's HTML5 drag in its dragstart listener. The flat rail is
refused in the listener, not by flipping `draggable`, because a
keystroke in the box does not re-render the rows, so a cleared search
drags again with the same rows. The sidebar filter box, the header strip
and the keyboard moves (Ctrl+Shift+{ }, the row menu) are unchanged.
Tests: a grouped-rail press during a search starts no drag and one after
clearing does; a flat-rail dragstart during a search is refused and one
after clearing goes through. CLAUDE.md and the Dashboard wiki row say
so.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
CodemanTabSearch lower-cased the query and each row with
toLocaleLowerCase(), i.e. the browser's locale. Under a Turkish or Azeri
locale "API Review" lowers to "apı review", so a search for "api" missed
it, and the sidebar filter box, which used locale-independent
toLowerCase() before #580, changed matching with it. Both now use
toLowerCase(), like every other frontend search.
Test: a vm context of its own whose toLocaleLowerCase behaves like the
Turkish locale (the prototype is that context's alone) checks that "API"
still normalizes to "api" and that "API Review" matches. The test file's
overview also lists the pins the #580 fixes added.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
Since the sidebar filter and the rail search share _applyTabListFilter(),
the sidebar's filter box also marks a .tab-cluster it emptied in the
by-case tab layout and rewrites its count. But the only rule hiding
.tab-cluster.tab-filtered-out was the rail-scoped one, so in the sidebar
the emptied box stayed painted with its label and a count of 0 while its
rows were hidden.
The sidebar rule now hides the marked case box as well. It stays scoped
to html[data-session-list="sidebar"], so a leaked class still cannot hide
anything on the header strip. An alerted row still counts toward its box
(the owner's call on #580), so a box holding a row that needs the user
never hides.
Tests: a unit test renders the sidebar in the by-case layout and checks
the emptied box is marked with a 0 count, that an alerted row keeps its
box on screen and counted, and that clearing restores the totals; a
stylesheet check pins the scoped selector; the browser test measures the
shipped styles.css in Chromium: the marked box is not painted in the
sidebar layout, an unmarked one is, and the header layout hides nothing.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
A keystroke in the rail search box that does not change the group
structure only toggles classes, so hidden rows collapsed and the rows
below them moved up while the lineage lines and the subagent/ultracode
connectors kept pointing at the old positions until the next render. The
sidebar filter box had the same gap for its connectors.
_applyTabListFilter() now notes whether anything it touched actually
appeared or disappeared (a row, a group or case box, the state headings
via tabs-filtering, the "No sessions match" line) and calls
updateConnectionLines() only then. That covers both boxes and the alert
re-render, costs nothing on the re-apply every render tail runs when
nothing changed (the incremental path's lineage gate keeps its meaning),
and coalesces with a render's own redraw.
Same flag, owner's optional nit from the review: the grouped tree's
posinset/roving-stop fix-up at the filter tail now runs only while a
search hides something or right after one changed what shows, since both
render paths already set them over an unfiltered tree.
Tests: unit tests for the rail keystroke path (flat and grouped rail, no
render taken), the empty note, the sidebar box, and no redraw when
nothing moved; the browser test checks in Chromium that a class-only
keystroke moves a row up and redraws exactly once.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
The global key handler in setupEventListeners() sits on document in the
capture phase, so it ran before the box's inline onkeydown: the Escape that
cleared the search also ran closeAllPanels() (collapsing the Monitor and
Subagents panels), closeHelp() and closeSessionManager(). Calling
stopPropagation() from the inline handler came too late.
The global Escape branch now claims an Escape whose target is
#tabRailSearch while the box holds text, the same way it already claims
one for the group menu, the grouped-rail drag and the Tiles count menu,
and routes it to handleTabRailSearchKeydown(). An empty box still leaves
Escape to the global handler, and an Escape that cancels an IME
composition is left to the IME.
Tests: the unit test installs the real global listener and asserts that
Escape with text in the box closes nothing, that an empty box closes as
before, and that an Escape outside the box is not claimed. The browser
test installs setupEventListeners() for real in Chromium, so the
capture-before-inline ordering is the shipped one.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
The route test cleared only the registry CLIs' relocation vars, so with
COPILOT_HOME exported it wrote its fixture into that real Copilot config.
It now clears the sync-only tools' vars too, and Copilot's install probe goes
through the test's own installed set instead of the machine's PATH.
Docs: CLAUDE.md, the API reference and the Settings reference name COPILOT_HOME
and the sync-only table; a missing comma in docs/cli-registry.md; the
mcp-sync.ts overview and the Sync confirm mention Copilot.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
Conflict in docs/wiki/Settings-Reference.md resolved by keeping #565's Apply
wording and adding Copilot (and COPILOT_HOME, which the bot's review found
missing from this list).
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
Conflicts resolved against the release branch: docs/api-reference.md keeps
both new sections (codeman agent CLI, then Prompt uploads);
test/test-ports-guard.test.ts takes the release side (#570 already removed
the legacy list); test/paste-image-dir-shared.test.ts keeps #570's ephemeral
port and this PR's bounded-path-probe mock.
Also at merge: the Docker sentence in the route comment and the API reference
is narrowed to owned cases, since an adopted container mounts nothing.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
A session with a tab alert (red action or yellow idle, whatever tabAlerts
holds, the same set a collapsed group header surfaces) now stays visible
while the rail search or the sidebar filter is narrowing the list, even
when its name does not match. A prompt waiting on you should never be
hidden by a view filter.
The pure CodemanTabSearch.filter decides it: a row passed with keep: true
is never hidden. It counts toward its group, so the group stays on screen
and the header number is the rows left showing, but not toward
matchCount, so "No sessions match" still shows above a lone alerted row.
_applyTabListFilter() flags session rows from tabAlerts; web tabs carry
no alerts and are never kept.
No new wiring: updateTabAlertFromHooks() and _onSessionWorking() already
call renderSessionTabs(), and both render paths end in the shared filter.
- zh-CN entries for the two new rows (label and description).
- The toast test header still described the dropped drawer logging, and the
noise test typed three members nothing uses any more.
- clickNotification's closing brace had been re-indented by accident.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
A "Search sessions" box at the top of the vertical tab rail narrows the
list to the tabs whose name matches (case-insensitive substring; a web
tab matches by its title). It searches every group, collapsed ones
included: while a search runs the projection draws every group open and
the header will not toggle, and the stored per-device collapse state is
left alone. Groups with no match hide, an empty result says "No sessions
match", and the flat rail (no groups) filters the same way. Escape or
the clear button empties it; leaving the vertical orientation resets it.
It is a view filter only: rows get the same tab-filtered-out class the
sidebar filter box uses, through one shared _applyTabListFilter() over
the pure CodemanTabSearch matcher in constants.js. Grouping, order,
Alt+N badges and drag are untouched, nothing is persisted or sent to
the server. The sidebar keeps matching name plus working directory.
In the grouped tree, hidden rows and the headers of emptied groups leave
the roving walk and posinset/setsize, and the tab stop moves onto a
visible item. zh-CN strings added.
Custom model endpoints were never gated on the saved flag; the PR's changeset
and JSDoc were narrowed in review, the test header was not.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
- docs/browser-testing-guide.md still described the shrink-only legacy list
and the mobile suite's fixed ports; both are gone.
- CLAUDE.md: name the one fixed port left (codex-predictive-echo's separate
lab server on 3222), keep "Never 3000", and say the guard refuses a fixed
port rather than that it checks boundPort is read.
- The tui-client comment described the old "port + 1" dead port.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
The port guard refuses a WebServer built on a fixed port. It now uses port 0
and reads server.boundPort, like every other test server.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
A grid tile or the split's Pane B (TerminalTile) left the mouse wheel to
xterm for a session running Claude's fullscreen renderer (claude 2.1.187+
with mouse tracking on, cliMouseTracking). That renderer scrolls its own
transcript on SGR wheel reports, which the primary pane sends it, while the
tile's xterm holds only Codeman's replayed repaint frames (tmux keeps no
history for such a pane). So in a grid of fullscreen Claude sessions the
wheel either scrolled nothing or dragged stale frames, Claude's pinned input
box with them, up the tile, and Claude's transcript never moved. This was
tile-grid-plan follow-up 4.
The tile now forwards the wheel the way the primary pane does
(TerminalTile._maybeForwardWheelToCli): the primary pane's own gate,
_shouldForwardWheelToApp(ev, target), asked for the tile's terminal and
session; the cell from _clientPointToCell(x, y, tile.terminal); a scrolled-up
viewport snapped to the live screen first; and the reports flushed through
the tile's own 40 ms coalescer to the tile's session (the primary queue
flushes to the active session). The encoding moved into pure helpers in
terminal-ui.js, CodemanTerminalInput.wheelDeltaWholeLines and
sgrWheelReports, which the primary pane's _wheelScrollLines and
_sendSyntheticSgrWheel now call too, so the two panes send identical bytes.
Shift+wheel, the explicit local-scrollback gesture, was dead in every tile
off macOS: Chrome on Windows delivers it as a horizontal wheel (deltaX), and
xterm's own scroller turns a Shift+vertical wheel into a horizontal one. The
tile now scrolls it itself (_maybeScrollLocalOnShift: scrollLines() on the
dominant axis, sub-line travel carried over, a shell tile's history pull
still asked on the way up), as the primary pane's capture-phase handler does.
Unchanged: inline Claude, opencode and older Claude still take the
PageUp/PageDown route (#555), shells and other modes keep xterm's own plain
wheel, and a tracking xterm or the alternate buffer stays xterm's.
Tests: test/terminal-tile-scroll.test.ts covers forwarding (geometry, tick
cap, coalescing, viewport snap, the tile's session rather than the active
one, Shift/tracking/alternate exclusions, byte equality with the primary
pane) and Shift+wheel (Windows deltaX shape, sub-line carry, shell history
pull). test/terminal-tile-scroll.browser.test.ts adds a real-Chromium case
with trusted page.mouse.wheel() events.
Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
