- op25-container/Dockerfile: clone gr310 then check out 5b58335 (OP25_COMMIT
build arg). That is the gr310 merge tk_drb_conv was verified against for
#29 and the first carrying PR #296's NBFM noise/voice squelch. Changing
the RUN line also busts CI's cached unpinned clone.
- Keys verified from op25_nbfm.py at that commit: nbfm_squelch_mode
(power|noise|voice), nbfm_noise_squelch_db, nbfm_squelch_threshold, read
from the channel dict.
- op25-container: ConfigGenerator.nbfm_squelch_mode (enum, default noise) and
nbfm_noise_squelch_db, written onto the analog channel.
- edge-node: system config squelch_mode / squelch_db / squelch_threshold ->
generate payload (validated, noise when absent); /api/listen and the
dashboard's analog pane expose mode and level.
#29's CI test of tk_drb_conv against the real tk_p25.py is not done here.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
mqtt_manager.last_error = {kind, detail, epoch}: 'refused' from a non-zero
CONNACK, 'unreachable' from the initial connect loop or paho's
on_connect_fail, 'disconnected' otherwise. Cleared on connect. The /api/health
MQTT check now gives a key fix for a refusal and a network fix for an
unreachable broker instead of guessing from whether a key is on disk.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
op25-container
- generate-config takes p25_mode "conventional" + conv_channels [{frequency,
name, nac}]. It builds fixed fsk4 channels (up to 2 on one non-tunable SDR,
DC spike kept off the channels) with no control channel to hunt. Two
channels send audio to UDP 23456/23457, and audio.py -2 + amplify(2) keeps
levels.
- tk_drb_conv.py (a tk_p25.rx_ctl subclass, copied into OP25 apps) reports
voice / NAC / encryption (LC service options + LDU2 ESS algid/keyid) for
conventional channels and applies the per-channel NAC filter, which stock
tk_p25 does not. Analog uses it too.
- Trunked P25 config is unchanged when p25_mode is absent.
drb-edge-node
- radio_config: system kind from type + config.mode (missing = trunked).
- conventional.py normalizes the console: a distinctive LC TGID, else the
channel's last TGID (30 s), else a synthetic per-channel id (freq/100 Hz).
Encrypted rows are never talkers. With exactly one conventional channel,
orphan audio is attributed to it at close, which fixes analog recording
(#20). The synthetic id and the real TGID on one channel never split.
- Health/dashboard: P25 conventional listen tab (/api/listen p25conv), and
conventional decode + encryption checks. The checkin carries radio_channels.
- Tests: edge 296 pass; op25-container 18 (new CI job). Reviewed by
drb-audio-review (findings fixed; simultaneous two-channel mixdown filed
as #26) and drb-qa-review.
Not verified on SDR hardware.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
- /api/health: ordered checklist (password, C2 approval, MQTT, SDR, source,
OP25, decoding, audio, Icecast) with what's wrong and what to do; pure
build_checks() so every state (incl. Toughny's unapproved node) is tested
- /api/listen: pick P25 control channels / one analog freq / a cached C2
system, validated in MHz, stored as a local override; OP25 restarted with
the start failure reason surfaced
- /api/config/system no longer writes a raw blob OP25 can't read
- OP25 resumes after reboot on a locally chosen system, not only C2-assigned
- op25-container: analog (NBFM) config generation fixed (AttributeError +
wrong field names), /op25/log tail, start refuses without a config,
status detects a dead multi_rx ("crashed") -- node-26#12
- index.html rebuilt on UI_REDESIGN tokens; scanner drops DMR, shows System key
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Logan CusanoandClaude Opus 5.5