The + menu listed every shell the machine reports (nine on a stock macOS box)
above the SSH hosts. The Local section now names the default shell, always
first, then only shells that have actually been opened, by frecency, three rows
at most, the same way the SSH section caps its hosts.
Shell usage is recorded in a new `shell_frecency` config map, keyed by the
inventory label, bumped from both the menu row and the palette. Every shell is
now a palette command titled "Shell: {label}" (same word in every locale), and
an "Other Shells…" row opens the palette pre-filtered to them. That row is
hidden when the menu already names the whole inventory. Running a shell command
from the palette respects the ⌥/Alt split modifier like the menu row.
A tab can be put to sleep from its context menu or the command palette:
its panes are stopped (screens kept on disk), the tab keeps its place in
the sidebar, and selecting it wakes it through the same restore a reboot
runs, resuming a supported agent's session. The sleep mark lives on the
machine tree, so it survives app and daemon restarts.
Closes#762
A forward could only be removed, so pointing one local port at another
remote target meant deleting the rule and retyping the other one (#439).
Forward rules gain an `enabled` flag (serde default on, so saved profiles
and older peers keep every rule live) and the daemon a SetForwardEnabled
op for panes and workspaces. Off releases the listener and keeps the
entry; on rebinds it from the rule it was made from, and is refused by
name when another switched-on forward of the same owner holds the port.
The Ports panel and the Settings rules editor each get a switch; a
switch flipped in the panel on a rule from a saved host is written back
to that host.
Closes#439
Saved SSH hosts and their usage counts move out of config.json into
servers.json beside it, so config.json can be synced between machines
without carrying a server list (#911). An older config.json is split on
first load: servers.json is written first (0600), then only the two keys
are removed from config.json, leaving every other key as it was. When
both files hold hosts, servers.json wins and the stale copy falls out of
config.json at its next save. A servers.json that does not parse is kept
aside and blocks saves, as config.json does; hand edits hot-reload.
Settings -> Window & Tabs -> SSH tab title (`ssh_tab_title`) pins an SSH
tab to the profile name (saved host name, ~/.ssh/config alias, or the
address typed for a quick connect) or the hostname, on the OSC title's
rung of the existing label ladder: a renamed tab still wins, OSC titles
are still tracked, local panes are untouched (#726).
`tty7 exec %N -- CMD` types a line at an existing pane's shell prompt,
follows the shell integration's OSC 133 marks to the command's end, prints
what it printed (rendered to text by default, `--raw` for the bytes) and
exits with its exit code. `--timeout` exits 124 and leaves the command
running. A pane with no prompt marks, or one not at a prompt, is refused
before anything is typed.
`tty7 send` can take its text from `--stdin` or `--from-file`, sent byte
for byte and never echoed in --json, so a secret stays out of `ps` and
shell history. `--paste` frames the text the way the GUI's paste does:
bracketed when the pane has mode 2004 on, unframed otherwise, reported in
--json. The framing moves into tty7-core (`core::paste`) so the GUI's
clipboard paste, the agent prompt and the CLI share one construction, and
the daemon now reports each pane's bracketed-paste mode in PaneContext.
Closes#839Closes#838
libproc's proc_listallpids takes its buffer size in bytes but answers
with the number of pids, and the macOS process table read that number
as bytes twice: once sizing the buffer (count / 4 + 64 slots) and once
reading back how much was filled (count / 4 again). On a Mac with ~700
processes only the first ~60 pids reached the table.
The kernel lists its newest processes first, so what survived was
whatever started most recently. A `go run` server launched a moment ago
was in; the pane's shell, started long before, usually was not, and a
walk from a root missing from the table returns nothing: no processes,
no ports, and a probe state of Ok. A freshly built parent/child chain,
which is what a quick check of the probe builds, is exactly the case
that happened to work.
The listing now goes through list_all_pids, which takes the call as a
closure so the size arithmetic is tested off a Mac against an emulation
of libproc's convention.
Claude-Session: https://claude.ai/code/session_01JRqYZ9E153WpSHGS2AW3BM
The foreground probes ran on output only, at most once per 500ms
interval. A quick launch types the agent's command the moment the shell
is up, so the agent drew its whole first screen inside the interval of
the prompt it was typed at and then waited for a key: the pane never
learned it was running an agent until something else printed. Seen in
a dev instance, where a launched Claude Code stayed undetected at its
trust prompt.
The reader now asks the pty for its foreground process group on every
read (one ioctl) and probes immediately when it changes.
A view rebuilt over a running pane - every agent tab after an app
restart, or a workspace switched back to - saw its agent appear from
nothing and reported it as detected, bumping that agent's frecency once
per launch of the app. The terminal now remembers whether its link was
an attach, and such a view only reports agents once its shell has been
seen back at the prompt with no agent in front.
Also pins down that the agents seen in a remote workspace, its quick
launch list, persist in views.json with the rest of the workspace.
Every agent whose launch program is on PATH becomes a palette command,
"Agent: <name>", ordered by frecency and bindable as LaunchAgent:<slug>.
"New Agent Tab" (Cmd+Shift+A on macOS; unbound elsewhere, where
Ctrl+Shift+A is select-all) launches the most recently used one, and the
New Tab menu gains a single "Launch Agent..." row that opens the palette
pre-filtered to them.
A launch always opens a new pane (a tab in the active tab's cwd, or a
split when picked from the palette with Alt held) and types the command
into that pane's shell once it exists - immediately for a local pane, on
landing for a remote one via PendingSpawn::run_on_land - never into a
pane that was already there. Detection, status and resume then work as
for a hand-typed agent.
The command is the agent's bare binary unless the new `agent_launch`
config map overrides it. A wrapper named there is detected as its agent
without an `agent_commands` entry: the daemon folds the programs
`agent_launch` runs into its alias map (interpreters, shells and real
agent names excepted), reloaded when config.json changes instead of
once per process, and a mapped script run under its interpreter
(`bash ~/bin/cc`, `node cc.js`) is now recognised too.
A running agent's pane menu gets "Set Current Launch Args as Default",
which writes its launch argv - minus session flags and positional
prompts, joined with the settings' quoting - into `agent_launch`.
Remote workspaces cannot be asked for their PATH through the Host
trait, so they offer the agents previously seen running in that
workspace (WindowView::seen_agents).
Three things went wrong with a Files panel rooted on a distro's \\wsl$
share:
- A drop brought a `name:Zone.Identifier` file along with every
downloaded file. fs::copy is CopyFileEx on Windows, which copies the
NTFS alternate data streams, and the share has no streams to keep one
in, so it lands as a file of its own. A copy onto a WSL share now
moves the contents only; one onto NTFS still goes through fs::copy
and keeps the mark.
- A file removed from the shell in the distro stayed in the tree. The
share accepts a ReadDirectoryChangesW and never reports a change, so
the watch looked healthy and was deaf. Directories on a WSL share are
now watched by a notify PollWatcher every 2s instead, made the first
time one is needed.
- Right-clicking a row did not select it, so nothing marked the row the
menu was about. A right click now selects the row without opening it.
Dropping a RemoteWatch sent WatchClose with a blocking call, and the last
handle is usually let go on the UI thread: from Tty7App::render via
scm_sync_watchers, and from scm_watch_opened when an open lands after its
subscription moved on. Every window froze for a round trip each time, up
to WatchClose's 5 s deadline on a quiet link. Sampling a live instance
caught ~1.1 s of such stalls in 10 s.
- ControlClient::post sends a request without registering for its reply;
the reader already drops replies nobody is waiting for.
- RemoteWatch::drop posts WatchClose instead of calling it.
- pane_workspace_for built the full SSH spec, keychain lookups included,
only to strip the secrets again. It now builds it from NoCredentials,
which takes the securityd trips off pane_liveness::sweep.
Claude-Session: https://claude.ai/code/session_01YX786Hyr4ivijWxv66zVkf
The interactive cursor-agent TUI fires beforeSubmitPrompt and stop; only
print mode (-p) lacks them. Mapping postToolUse to prompt-submit froze the
activity counter (opportunistic git refresh, agents --changed), shortened
turn timing and hid tool-less turns. Map it to tool-complete instead.
A portable ZIP install whose folder has both the .tty7-portable marker
and a data\ folder next to tty7-app.exe now uses <exe dir>\data as its
config directory, so settings, sessions, scrollback and the daemon's
socket travel with the program. --config-dir and TTY7_CONFIG_DIR still
win. The folder is an explicit opt-in because the marker has shipped in
every portable ZIP since the in-app updater arrived: keying on it alone
would move existing users onto an empty directory at their next update.
The portable directory is not the machine's config dir, so a portable
copy never adopts the installed tty7's legacy tree. An updater test pins
that data\ is not a managed root and survives an in-place update.
SelectWorkspace1-9 and the Window menu numbered workspaces by most
recent use, so switching to one moved it to slot 1 and reshuffled the
rest. Number them by the order this client first had them instead
(the append-only views list), skipping synced remote references until
they are opened; opening one moves it to the end so it takes the next
free number. The switcher keeps its MRU list and shows each row's
number.
Add a macOS-only `font_thicken` key (default true) and a Settings row
under Appearance > Terminal text. When off, AppleFontSmoothing is pinned
to 0 in this process's NSArgumentDomain before gpui's text system first
reads it, so glyphs render at the face's own weight. The volatile domain
is in-memory only: nothing is persisted and no other app is affected.
gpui caches the preference in a OnceLock, so a change applies after a
restart; no gpui fork change is needed.
Cursor's ~/.cursor/hooks.json is a flat hook map — `command` directly on
each entry under `hooks.<event>` — so it reuses the flat writer Crush
introduced. Two things are Cursor-specific:
- The file needs `"version": 1` at its root or Cursor ignores it. tty7
now writes it when it creates the file or finds it missing, never
overwrites a version the user set, and reports a versionless file that
holds our hooks as Outdated so refresh repairs it.
- Payloads name the session `conversation_id` (only sessionStart repeats
it as `session_id`), and most events carry `workspace_roots` instead of
`cwd`. Both are now read as aliases, which is what Copy Session ID and
resume were missing.
Events: sessionStart, beforeSubmitPrompt, postToolUse, stop, sessionEnd.
cursor-agent does not fire beforeSubmitPrompt today (a known gap on
Cursor's side), so postToolUse also reports prompt-submit: the first tool
call opens the turn and Cursor's stop, which the CLI does fire, closes it.
A turn with no tool calls never shows as working. None of Cursor's
permission hooks are installed, since those would block on the empty
stdout tty7's hook prints.
The code panel's Preview/Edit and Wrap buttons only toggled state in their
click handlers, so there was no way to reach them from the keyboard. Register
both as actions, unbound by default like ToggleDocumentFill and the
DocumentWidth* actions, list them in the command palette and the Keybindings
page, and route the buttons through the same methods.
Instead of config keys for the initial state, the last-used state is
remembered (editor_soft_wrap / editor_markdown_preview), the way diff_view
and scm_graph_expanded already are. A file opened at a line target always
opens as source so the cursor is visible.
CodeBuddy Code takes Claude Code's hooks as-is: the same nested
`hooks.<Event>[].hooks[{type, command}]` shape in ~/.codebuddy/settings.json
(or $CODEBUDDY_CONFIG_DIR/settings.json), the same event names, and the same
session_id/cwd payload fields. So it rides the shared hook-map installer and
needs no payload aliases.
The event table follows Qoder rather than Claude: CodeBuddy has a
first-class PermissionRequest and Elicitation, so it gets no Notification
hook, and StopFailure ends a turn like Stop. CodeBuddy also emits
SessionStart with source "compact" mid-turn, which is filtered out the same
way Qoder's is so the pane does not drop back to idle.
Detection covers all three npm bins (codebuddy, codebuddy-code, cbc).
Resume is `codebuddy --resume <id>` and fork appends --fork-session; stale
session and worktree flags are dropped from the replayed launch argv, and
--no-session-persistence disables both commands.
Icon, en/ja/zh names and search keywords, and docs are updated.
Local: restarts the local daemon onto the app's build through the existing
restart flow and confirmation, or says it is already current when the probed
daemon reports this build and no mismatch is pending.
Remote: a new RouteAction::UpdateServer makes the local daemon force-install
this build's server over one already speaking our dialect
(Installer::replace_forced: upload to a temp name, probe, rename, then
cycle_daemon), for SSH and WSL. Offered only when the window's workspace is
on a host whose server we install; gated on the local daemon advertising
FEATURE_UPDATE_SERVER, since an older one cannot decode the action.
Claude-Session: https://claude.ai/code/session_01YX786Hyr4ivijWxv66zVkf
No message changes. A same-dialect install trusts whatever binary already
sits at tty7-server-c9p6 and Update Server only restarts it, so daemon-side
fixes (#828 modes restored on re-attach, #857 replay ring / clipboard
sniffer) never reached remote hosts. A new filename makes clients upload
the matching server.
Claude-Session: https://claude.ai/code/session_01YX786Hyr4ivijWxv66zVkf
Two places could turn the tail of an escape sequence into visible text.
The replay ring evicts from the front at an arbitrary byte once it reaches
its cap, and a replay starts the client's emulator in its ground state. A
cut through Pi's `ESC ] 133;C BEL` line mark was painted as `33;C` on every
re-attach; a cut through a CJK character as a replacement glyph. The ring
now folds evicted bytes through a minimal VT state machine and keeps
evicting until the front is outside every sequence and not on a UTF-8
continuation byte.
The OSC 5522 tokenizer dropped a held `ESC ]` (plus any undecided
identifier bytes) and the `ESC` that interrupted it, so `ESC ]` split from
`ESC [31m` by a read boundary reached the client as literal `[31m`. It now
forwards those bytes and lets the new sequence be judged normally; only an
interrupted clipboard write's own payload is still dropped.
The daemon's out-of-band stripping moves into `lift_out_of_band` so tests
can drive it: a Pi-style streamed frame passes through byte for byte at
every split point, and the client's emulator parses it to the same grid at
every split point.
#827 stopped a declined prompt from being asked again, but left the
prompts themselves with no notion of whether anyone was still waiting on
them. A routed auth prompt sat in the mailbox, in the parked queue behind
the sheet on screen, or on screen itself, until somebody answered it —
even after the connection attempt that raised it had timed out and moved
on. Answering it sent the secret into a dropped channel.
That is the report's sequence. A link drops while nobody is at the
keyboard; each reconnect attempt raises a password prompt and times out
unanswered, and before #827 the supervisor dialled again and again, so one
dead prompt per attempt piled up behind the first sheet. The user comes
back, types the password into a sheet nobody is listening to, the next one
comes up, one of them happens to be the live attempt and connects — and
the dead ones keep coming up however they are closed. #827 ends the
attempt loop on a timed-out password, but a key passphrase declined by
timeout still falls through to other methods and a transient failure, and
a single stale sheet is still left on screen either way.
A PendingAuth now carries a weak handle whose only strong count lives in
the responder for as long as it waits, so it can say when it has been
abandoned. The pump drops abandoned prompts instead of raising or parking
them, and takes down an on-screen routed sheet whose asker has gone,
moving on to whatever else is asking. The GUI also waits no longer than
the daemon's handshake does (the broker's 120s rather than 180s), so the
sheet comes down when the attempt behind it actually fails, not a minute
later.
responsibility_get_pid_responsible_for_pid reports a process as its own
responsible process both when it truly is and when the one it inherited
has exited. A daemon that outlived its GUI - the state a handoff is
meant to repair - therefore looked already disclaimed and was skipped.
Verified headless: a daemon from origin/main launched by a process that
then exits gives new panes no attribution (the shell reports itself);
an in-place restart to this build keeps the pid and existing shells, and
new panes then report the daemon as responsible; a fresh start does too.
macOS attributes Local Network (and other TCC) decisions to a process's
responsible process, fixed at spawn and inherited from the parent. The
daemon is spawned by the GUI, so it and every shell it forks answered to
that GUI. Once the GUI exits while the daemon lives on - every in-place
update, a crash, a force-quit - new panes are no longer attributed to
tty7.app and non-platform binaries get EHOSTUNREACH on the LAN until a
full quit-and-relaunch.
At the top of run_daemon, re-exec in place via posix_spawn with
POSIX_SPAWN_SETEXEC and responsibility_spawnattrs_setdisclaim, so the
daemon (tty7.app's own executable) is responsible for itself. Running
there also covers the far side of a handoff, which repairs a daemon
started by an older build without losing its panes. The SPI is looked
up with dlsym; if it is missing or anything fails, startup continues as
before. A marker argument prevents a second attempt if the first did not
take.
write_atomic renamed its temp file over the given path. When that path is
a symlink (config.json linked into a dotfiles repo), rename(2) replaces
the link itself, so the first save — dragging the sidebar, running a
palette command — silently turned it into a plain file and broke sync.
Resolve the symlink chain first and write next to, and rename over, the
file it finally points at. Covers every write_atomic caller (config.json,
views.json, window.json, machines, presets, agent hooks).
A window that reattaches to a pane mid-command (app restart during a long
agent session) replays the daemon's 8 MiB output ring. Once the session
outgrows it, the command's 133;C is gone while its OSC 0/2 titles remain,
so TitleLifetime treated them as prompt titles and the command's D never
retired them: the tab stayed stuck exactly as in #889, while the daemon's
own record had already cleared.
The replayed Prompt state already says a command owns the pane. When it
does and the replay carried no prompt mark at all, everything replayed was
written under that command, so seed the reader's TitleLifetime as running
with a command-owned title.
A tab went on reading "✳ fixing the switcher" long after Claude Code had
quit and the pane was back at its own prompt in a real directory. An OSC
0/2 had no owner and no end — only another OSC 0/2 ever replaced it — so
the last title any program wrote in a pane outlived it forever, and the
`Osc` rung of the label ladder kept outranking the `Cwd` below it with a
name for a session that no longer existed.
The shell integration already says when a command starts and stops. A new
`core::osc::TitleLifetime` reads OSC 133;C / 133;D alongside the titles:
a title set *between* them belongs to that command and is retired by its
`D`; a title set at a prompt — the shell's own, or one pinned by hand —
belongs to nobody in particular and is left alone; a pane with no shell
integration sees neither mark and keeps every title, exactly as before.
Both readers run it over the same bytes, in stream order, so the tab strip
and the switcher can never disagree about whether a title is still current:
- the daemon's `OscSniffer` turns a retirement into the reset it already
understood, clearing `PaneRecord::osc_title` for the switcher and CLI;
- the window's pane reader sends `AlacEvent::ResetTitle` after the chunk
the emulator just parsed, so its own terminal's title goes back to the
pane's default and `stated_title` says nothing.
Stream order is what keeps a re-titling shell whole: tty7's zsh helper
prepends the `D` emitter to precmd and the PowerShell one titles inside
its prompt function, so a shell's own OSC 0/2 lands after the `D` and is
simply the last word rather than something to undo.
Claude-Session: https://claude.ai/code/session_01JRqYZ9E153WpSHGS2AW3BM
Alt+1..9 are vim's tab keys, and tty7 takes all nine for Go to Tab.
Two things stood between the reporter and getting them back.
**Nothing in the app could leave an action unbound.** Backspace on a
Keybindings row that has recorded nothing *reset* the row — dropped the
override so the action gets its shipped chord back. On a row nobody had
overridden, which is every row the first time it is looked at, that is a
no-op: pressing it over Alt+1 left Alt+1 sitting exactly where it was,
which reads as the default restoring itself. `config.json` has spelled
"no chord" as `[]` since #868, but no gesture wrote it.
Backspace now writes that empty list. The row falls to `—` and grows the
**Reset** button every overridden row has, which is the way back to the
default. The capture hint names the key, and the docs say what it is for.
**A keybinding line serde could not read failed the whole `Config`.**
`keybindings` is a hand-edited map and was strict, so `"ActivateTab1":
null` — or a number, or an object — quarantined `config.json` and started
the app on built-in defaults. Every rebinding in the file then read as
its shipped default, and the next settings write persisted those
defaults over what the user had written. It now reads one entry at a
time, like every other hand-edited nested key here: the lines that name
a shortcut bind, a line that does not is logged and skipped.
Tests, each failing on the unfixed code:
- `ui::app::keybinding_gpui_tests::backspace_on_a_row_unbinds_the_action_rather_than_restoring_its_default`
- `core::config::tests::a_keybinding_line_that_cannot_be_read_does_not_take_the_config_with_it`
and `ui::keymap::gpui_tests::alt_digits_can_be_moved_off_the_tab_actions_for_good`
pins the merge and a save/reload round trip: a list replaces the shipped
Alt+1, `[]` leaves nothing, and neither comes back after a restart.
Fixes#901
Claude-Session: https://claude.ai/code/session_01JRqYZ9E153WpSHGS2AW3BM
effective_bindings kept one chord per action and set_binding overwrote that
slot, so "NextTab": "cmd-shift-]" silently took Ctrl+Tab away.
A string in keybindings now adds a chord beside the action's default (or
preset) chord; "" still unbinds, as configs and the docs already rely on; a
list is the exact chord set, [] unbinds. Configured chords are installed after
every shipped one, so a chord the user names wins a tie with another action's
default. The Settings page lists every chord of an action, and recording a
shortcut writes the list shape (it sets the binding) and takes only the stolen
chord from the action that had it.
Claude-Session: https://claude.ai/code/session_01JRqYZ9E153WpSHGS2AW3BM
Switching workspaces or reopening a window from the tray throws a pane's
TerminalView away and builds a new one over the same daemon pane. The new
view starts with no last status, so an agent that was already Done arrives
as None -> Done, which poll_agent_status cannot tell from a turn finishing
live, and every unfocused rebuilt pane got its unread badge back.
The daemon now counts finished turns per agent session (turns, bumped on
entering Done), and views leave an app-lifetime mark per (host, pane) of the
session, turn count and badge the reader was last shown. A rebuilt view's
first sight of Done takes the badge back from a matching mark instead of
raising a new one; a turn that finished while the view was gone has no mark
or a lower count, and still badges.
Fixes#870
Claude-Session: https://claude.ai/code/session_01JRqYZ9E153WpSHGS2AW3BM
Regression tests for issue #868: a chord added in config.json must join the
action's default chord rather than replace it, an empty string or list must
still unbind, a list replaces the chord set, the tmux preset composes, a user
chord wins a tie with another action's default, and Settings recordings write
the exact-set shape.
Claude-Session: https://claude.ai/code/session_01JRqYZ9E153WpSHGS2AW3BM
l0ng-ai
l0ng-ai
