AP mode no longer periodically terminates WebSocket when hasInternet and
hasWiredInternetProbe both fail; avoids false positives with hotspot + wired
uplink. Reconnect and offline detection rely on Pong, peer close, and TCP.
_connect() still defers new WS when AP and no uplink; close handler UI unchanged.
Made-with: Cursor
unix_dgram to NOTIFY_SOCKET failed on rk3528 (embedded Node), so WATCHDOG=1 never
reached systemd despite WATCHDOG_USEC fallback. Switch to exec systemd-notify with
NOTIFY_SOCKET in child env; unit sets NotifyAccess=all so cgroup may notify.
Users must reload unit (re-run install.sh or add NotifyAccess=all manually).
Made-with: Cursor
Embedded units may set WatchdogSec but omit WATCHDOG_USEC; SD_NOTIFY_INTERVAL was 0 so no
WATCHDOG=1 was sent and systemd killed the main process after ~60s.
Replace StartLimitIntervalSec with StartLimitInterval= for older systemd (journal warning).
Made-with: Cursor
- Add hasWiredInternetProbe and export; AP mode uses it with hasInternet
- systemd-env: strip NOTIFY_SOCKET from env early; client uses unix_dgram
- Strip NOTIFY_SOCKET from frpc/ttyd spawn env in watchdog and frpc
- WS: pong miss debounce; AP net monitor consecutive-fail debounce
Made-with: Cursor
- Scan sysfs for carrier when CLAWD_ETH_IFACE unset (end0/enp* etc.)
- Explicit CLAWD_ETH_IFACE still pins a single interface
- Ping fallback uses -I wired iface when default route fails (e.g. AP on wlan)
- Exclude can/docker/veth/wl* and similar from auto scan
- Clarify client log when waiting for WAN
Made-with: Cursor
- Read gateway token/port via JSON.parse (same structure as former YAML)
- Update claw.cutos.ai origin by replacing URLs in JSON string fields
- Export resolveOpenclawConfigFile() for frpc + client
- Drop js-yaml dependency
- install: ExecStartPre touches openvfd only if nodes exist (3528-friendly)
- Add tools/deploy-rsync.sh for syncing /opt/clawd over SSH
Made-with: Cursor
- Replace <select> with scrollable list of clickable items
- Show signal strength as 4-bar icon instead of percentage text
- Remove security info from parentheses, show lock icon only
- Smaller font size for compact mobile display
Made-with: Cursor
wlan0 cannot scan while in AP mode (hardware limitation).
Now scan nearby networks before starting hotspot and cache
the results for the captive portal page.
Made-with: Cursor
1. EROFS: install.sh pre-writes DNS hijack config to dnsmasq-shared.d
since /etc may be read-only at runtime. dns-hijack.js gracefully
falls back to checking if config already exists.
2. Double WS: add _connectionStarted guard to prevent _proceedWithConnection
from being called twice (via event + hasInternet check).
3. Watchdog: move _startSdNotify() to start() beginning so READY=1
is sent immediately, not delayed until network is ready.
Made-with: Cursor
Killing all dnsmasq processes caused NetworkManager to detect its
hotspot dnsmasq died and tear down the hotspot (AP appears briefly
then disappears).
Now leverage NM's built-in dnsmasq-shared.d config directory:
write DNS hijack config before starting AP so NM's own dnsmasq
picks it up. No separate dnsmasq process needed.
Made-with: Cursor
After WiFi is configured and device reboots, NetworkManager needs
a few seconds to auto-connect to saved WiFi. Without waiting,
AP starts immediately and occupies wlan0, preventing NM reconnect.
- Add hasSavedWifiConnection() to check for saved WiFi profiles
- Wait up to 20s for NM auto-connect before falling back to AP
- First boot (no saved WiFi) still starts AP immediately
Made-with: Cursor
Redesign provisioning from one-shot blocking to persistent background manager:
- AP hotspot starts at boot regardless of eth0 status
- Captive portal runs alongside AP for WiFi configuration
- AP automatically shuts down only when WiFi STA connects
- WiFi drops at runtime -> AP auto-restarts
- WiFi connect fails -> AP auto-restarts for retry
- client.js no longer blocks on network; connects WS when ready
Made-with: Cursor
systemd expands $rf as env var (empty), breaking the inline script.
Move rfkill logic to standalone script to avoid escaping issues.
Also use quoted heredoc to prevent bash expansion in install.sh.
Made-with: Cursor
NetworkManager auto-starts its own dnsmasq when creating a hotspot,
which conflicts with our DNS-hijacking dnsmasq on the same interface.
Now kill ALL dnsmasq instances before starting ours.
Made-with: Cursor
Open network was not viable as nmcli generates random password by default.
Use a simple fixed password since the AP is only for short-lived provisioning.
Made-with: Cursor
- dns-hijack.js: replace `which` with multi-path search (/usr/sbin etc.)
since dnsmasq is often not in normal user PATH
- install.sh: auto-enable NetworkManager for WiFi provisioning
- install.sh: unblock WiFi rfkill at install time
- install.sh: create clawd-rfkill.service for persistent boot-time unlock
Made-with: Cursor
stswangzhiping