* feat(install-skill): add Kimi Code harness support
Add kimi-code to the install-skill harness list: installs the bundled SKILL.md into ~/.kimi/skills (Kimi Code CLI's brand-group user skills directory, highest priority per https://github.com/MoonshotAI/kimi-cli/blob/main/docs/en/customization/skills.md). Detection signals: ~/.kimi directory and kimi/kimi-cli on PATH. Aliases: kimi, kimi-code, kimi-cli, kimicode, kimi_cli.
* fix(install-skill): point kimi-code harness at ~/.kimi-code and honor KIMI_CODE_HOME
Kimi Code CLI's canonical repo is MoonshotAI/kimi-code: user-level skills live in $KIMI_CODE_HOME/skills (default ~/.kimi-code/skills), not kimi-cli's ~/.kimi/skills. Detection checks the kimi-code home dir (env-aware label) and the kimi binary on PATH. Serialize env-mutating kimi tests with a shared mutex to avoid a parallel-test race on KIMI_CODE_HOME.
* feat(emulate): add mobile device emulation via CDP Emulation domain
Add `bsk emulate` so agents can debug mobile page behaviour by
emulating a device environment on a session tab:
- Viewport metrics (Emulation.setDeviceMetricsOverride), User-Agent
(Emulation.setUserAgentOverride, optional accept-language and UA
client-hints metadata), and touch (Emulation.setTouchEmulationEnabled
with maxTouchPoints).
- Seven CLI-side device presets (iphone-14, iphone-14-pro-max,
iphone-se, pixel-7, galaxy-s23, ipad-mini, galaxy-tab-s8) via
--device; manual flags (--width/--height/--dpr/--mobile/--ua/
--accept-language/--touch/--max-touch-points) work standalone or
override individual preset fields.
- `bsk emulate --off` clears every override (clearDeviceMetricsOverride
+ touch disabled + empty UA override) and restores the real
environment.
- Overrides are per-tab (CDP per-target) and not inherited by new tabs;
the result JSON carries a note reminding agents to re-apply.
Wire: new tool.emulate method end-to-end (bsk-protocol types + JSON
schemas + Method::ToolEmulate classified BrowserMutation, daemon
forwarding, CLI subcommand, extension tool handler + ChromiumCdp
Emulation wrappers, dispatcher registration), docs in both SKILL.md
copies, and unit tests on every layer.
* refine(emulate): merge per-tab state and align preset override semantics
- extension: remember the applied emulation state per tab and merge each new request onto it field by field before applying, so a later --width/--height no longer resets an earlier preset's dpr/mobile; --off clears the stored state along with the CDP overrides
- extension: cdp_failed errors now note that already-applied overrides were not rolled back and can be reset with --off
- cli: validate width/height pairing and metric requirements on the merged preset+flags result, so --device iphone-14 --width 500 keeps the preset height
- cli: add --no-mobile/--no-touch (conflicting with --mobile/--touch) to turn preset mobile/touch fields back off
- docs: describe the merge behaviour, --no-mobile/--no-touch and --off state clearing in both SKILL.md copies
- `bsk session start --width <px> --height <px>` opens the Agent Window
with the given outer size (chrome.windows.create)
- new `bsk window resize --session <id> --width <px> --height <px>`
resizes the Agent Window at runtime (chrome.windows.update)
- both validated on CLI, daemon and extension sides (100..=7680 CSS px)
- protocol: new tool.window_resize method (BrowserMutation) and
optional width/height on tool.session_start params; schemas regenerated
`bsk install-skill --all` installed the bundled skill into every supported harness directory (detected or not), creating junk paths like ~/.claude/skills on machines without those harnesses. --all now targets detected harnesses only and errors with guidance when none are found; --harness remains the explicit override. The --yes non-interactive branch shares the same detected-only logic.
* feat(request-help): add BSK_REQUEST_HELP=off to disable blocking help requests
* style(extension): format HelpOutcome union per biome
* docs(skill): condense BSK_REQUEST_HELP section
This PR brings the new VOM feature and greatly improves BrowserSkill. Some strategies may need user feedback to catch edge cases, so let's merge it now as a new version and continue polishing it iteratively.
Add a popup launcher + action-recording panel that builds a copyable
`bsk record start` prompt, add `--browser` targeting, and default `--url`
to https://example.com/ when omitted. Drop the popup browser-alias field.
Move the reaper's silence timeout and scan cadence into DaemonConfig
(defaulting to the existing 60s/15s constants) with a
`with_browser_liveness` builder, so tests can drive the task in
sub-second windows.
Add an integration test that runs a real daemon and asserts a silent
heartbeat-capable browser — and its sessions — get reaped, while a
legacy browser that never heartbeated is left untouched.
Co-authored-by: Cursor <cursoragent@cursor.com>
Only reap browsers that have sent at least one `system.heartbeat`.
A pre-heartbeat extension never opts in, so it is never dropped on
silence and keeps relying on socket-close detection exactly as before.
This removes a backward-compat regression where a new daemon paired
with an old extension would wrongly reap a live-but-idle connection
and then report `no_browser_connected` on the next command.
- Add a `heartbeat_seen` flag to `BrowserClient`, set when a heartbeat
event arrives, and exclude never-heartbeated clients from
`stale_browsers`.
- Cover both the opt-in and the legacy-survivor cases in unit tests.
Co-authored-by: Cursor <cursoragent@cursor.com>
The manifest now declares a minimum Chrome version and requests the
`idle` permission, and the runtime gains the WebSocket heartbeat and
wake-driven reconnect. Publishing that update requires a new version.
Co-authored-by: Cursor <cursoragent@cursor.com>
The extension emits the literal event string "system.heartbeat";
assert the daemon-side serde name serialises to the same value and
round-trips from the exact frame shape the extension sends, so a
future rename cannot silently break keepalive and liveness.
Co-authored-by: Cursor <cursoragent@cursor.com>
After a long idle the service worker is only revived on its next
keepalive-alarm tick (up to 30s away), so the previous 5s wait made
the first command after idle fail with `no_browser_connected` even
though the extension was about to reconnect.
- Raise the daemon's `EXTENSION_CONNECT_WAIT` (used by `session.start`)
to 35s so it comfortably covers one alarm period plus handshake slack.
- Bump the CLI `session start` IPC timeout to that window plus slack so
it never gives up before the daemon answers, and print a one-line
"waiting for browser extension to connect…" hint when it actually
waits.
- Keep `bsk status` / `browsers` on their own short 5s wait so quick
informational commands are not slowed down.
Co-authored-by: Cursor <cursoragent@cursor.com>
Harden the extension's connection so the daemon link survives normal
idle periods and OS sleep instead of silently dropping.
- Send a `system.heartbeat` event every 20s while the post-handshake
link is live. Since Chrome 116 WebSocket activity resets the MV3
service-worker idle timer, so this keeps the worker (and the socket)
alive during use rather than relying on the 30s keepalive alarm that
sits right on the eviction boundary. Declare `minimum_chrome_version:
"116"` accordingly.
- Reconnect on `runtime.onStartup` and `idle.onStateChanged` ("active"),
which revive the worker after a browser restart or machine wake and
let it reconnect immediately instead of waiting for the next alarm
tick. Add the `idle` permission and document it.
Co-authored-by: Cursor <cursoragent@cursor.com>
Introduce a `system.heartbeat` protocol event and use it as a
liveness signal on the daemon side.
- Track `last_seen` per connected browser, bumped on every inbound
WS frame (tool response, event, ping/pong, or heartbeat).
- Add a reaper task that drops any browser silent past a 60s window
and purges its sessions, mirroring the WS disconnect cleanup. This
releases half-open connections left behind when the OS resumes from
sleep and kills the service worker without delivering a close frame,
so the daemon no longer pins a phantom "connected" browser and can
idle-exit normally.
- Wire the reaper into both the foreground daemon and the test/embed
entry point, aborting it on shutdown.
Co-authored-by: Cursor <cursoragent@cursor.com>
Capture user actions in the Agent Window and export a record-only
trace (pages[] + navigate/click/fill/select/press steps with target
descriptors). Adds the record overlay UI aligned with the control
overlay, and wires record start/stop/await through CLI, daemon,
protocol, and extension.
Add `bsk network` as a sibling of the `console` command from #7,
reading the buffered network responses / failures for a tab. Fills the
remaining half of the request in #2 (console landed in #7; network did
not).
Mirrors the console command's conventions exactly:
bsk network --session <id> [--tab-id N] [--since C]
[--limit N] [--max-text-chars N]
The extension enables `Network` on attach (best-effort) and buffers
`responseReceived` / `loadingFailed` events per tab with a monotonic
sequence, correlating them to `requestWillBeSent` for method/URL. Reads
are cursor-paginated (`since` -> `next_since`) and bounded (`limit`,
`max_text_chars`) for agent-context safety, same as console. Entries
carry the real HTTP status code (response) or the CDP failure reason
(failure) — things `performance.getEntriesByType('resource')` can't
give.
Classified read-only (pass-through under the pending-interrupt gate);
defaults to the Agent Window's active tab.
Wires bsk-protocol (Method + params/result/entry structs + schema),
bsk-cli (network subcommand + daemon dispatch allow-list) and the
extension (handler + dispatcher route), with unit / parse / IPC tests
paralleling the console command.
Refs #2.
Send borrow-cancel when the confirmation timeout denies, and add a
timer fallback so auto-deny does not depend only on CSS transitionend.
Co-authored-by: Cursor <cursoragent@cursor.com>
Zhang GH