Commit Graph

15 Commits

Author SHA1 Message Date
bsncubed 7bbda0a1e8 Step 7.5a: Spotify client credentials in config/UI, write-only secrets
- Core config: cfg_mark_secret(group, key). GET /api/config returns ""
  for secret keys; a POST with "" keeps the stored value, null clears it;
  cfg_get() returns the real value. Documented in aes67-core-base.md.
- source.spotify_client_id / spotify_client_secret (secret write-only):
  each user's own Spotify developer app, needed by the maintained cspot
  fork (philippe44/cspot) since Spotify's 2025 API restrictions.
- UI: client ID field, password field for the secret ("leave empty to
  keep"), link to developer.spotify.com; enabled for spotify/auto modes.
- status.spotify_state: "no client credentials" while either is missing.
- Verified: secret never appears in GET; UI-style re-save keeps it;
  survives reboot; null clears it.

Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
2026-09-25 15:16:42 +10:00
bsncubed d3897f3179 Step 7.1: player plumbing (PSRAM ring -> AES67 TX), test tone mode
- main/audio_ring: SPSC ring of interleaved int32 frames in PSRAM
  (4 s at 48 kHz stereo), lock-free with acquire/release counters; the
  TX pull callback never blocks.
- main/player: source selection from source.mode and the pull callback
  for aes67_tx. tone -> the core's PTP-phased 1 kHz tone; off -> silence;
  hls/spotify -> ring with 1 s prefill (silence while buffering is not an
  underrun; running dry is, and prefills again). Status fields
  active_source, source_state, spotify_state, buffer_ms. source config
  applies live.
- New source.mode "tone" (validation, UI dropdown, doc) for commissioning.
- Temporary 440 Hz producer in hls mode (until the HLS player exists).
- Verified: tone 999.7 Hz -18 dBFS; off silent; hls 440.0 Hz with max
  sample step 60816 (ideal sine 60825, i.e. no discontinuities), buffer
  3983 ms, 0 underruns; spotify silent/not implemented.

Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
2026-09-25 14:36:15 +10:00
bsncubed e763dc81bd Phase 2: NTP with hostnames (pool.ntp.org) or IPs
Planned SNTP client: servers as names or IPs, several allowed, resolved
via DNS. Seeds the PTP clock with real time before becoming GM (today it
starts at 1970) and gives syslog timestamps. Added to the phase 2 list
in CLAUDE.md and as a section in aes67-core-base.md.

Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
2026-09-25 08:22:58 +10:00
bsncubed 5bd1a20e43 Step 6.3: PTP hybrid mode (unicast Delay_Req/Resp), step 6 done
- As TimeReceiver in ptp.mode hybrid: Delay_Req unicast to the GM (IP
  from its Announce, MAC recorded by the RX hook from its Sync frames),
  unicastFlag set.
- As TimeTransmitter: a Delay_Req with the unicastFlag gets a unicast
  Delay_Resp; multicast requests get multicast replies.
- EMAC timestamps every received frame (en_ts4all): its PTP filter left
  unicast Delay_Req unstamped ("no HW RX timestamp").
- A unicast Delay_Resp's logMessageInterval 0x7F is ignored (use
  ptp.log_delay_req); log_us() clamps to -7..6 (the shift was undefined).
- Verified vs ptp4l --hybrid_e2e 1: board hybrid TimeReceiver 18
  Delay_Req in 20 s, all answered, locked; board TimeTransmitter
  (p1 100): tcpdump shows Sync/Follow_Up/Announce to 224.0.1.129,
  Delay_Req 192.168.192.233 -> .244 [unicast] and Delay_Resp .244 ->
  .233 [unicast] within 0.4 ms; ptp4l s2.
- Docs: TimeTransmitter/hybrid notes; step 6 ticked.

Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
2026-09-25 08:21:09 +10:00
bsncubed dcea39b216 Step 6.2: role hand-over, session_ver bump on GM change
- aes67_cfg: cfg_set_number(group, key, value, apply) for firmware-side
  changes, stored in NVS like a POST; apply can be skipped.
- aes67_sdp_sap: once a second, a change of the PTP GM (ts-refclk) bumps
  aes67.session_ver without re-applying the aes67 group (no stream
  restart); SAP then re-announces. Runs whether or not SAP is on.
- Verified with ptp4l as a normal clock (p1 128): board auto (p1 250)
  steps down to SLAVE (session_ver 1->2); role master p1 100 via API ->
  board MASTER at once (->3); back to auto p1 250 -> ptp4l takes over
  within ~1 s, board SLAVE again (->4).

Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
2026-09-25 08:08:00 +10:00
bsncubed e2dc7552c2 Build order: step 5 done without VLAN; VLAN split parked for phase 2
SAP, syslog and health/temperatures are done and verified. The VLAN
split needs a tagged VLAN with DHCP on the switch and is only needed
for the internet sources, so it moves to a phase 2 section. Step 4
notes what is still open (Riedel import, Wireshark).

Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
2026-09-25 07:26:03 +10:00
bsncubed f6dfa80b19 Step 5 (health): temperatures in status.temps
- aes67_health: status.temps = [{name, c, min_c, max_c, warn_c}]
  (0.1 °C), sampled every 2 s by a health task. On-die "SoC" sensor via
  driver/temperature_sensor.h, range 20..100 °C, warn at 85 °C.
  health_temp_register(name, read_cb, warn_c) for board sensors.
  Warning logged when crossing warn_c, cleared below warn_c - 5 °C.
- Verified: SoC 26-28 °C at idle with min/max since boot; with a
  temporary 27 °C threshold the warning was logged and arrived via
  syslog as <132>, status carried warn_c 27.

Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
2026-09-25 07:20:02 +10:00
bsncubed f3779696d5 Step 5 (SAP): announce the stream via SAP
- aes67_sdp_sap: SAP (RFC 2974) announcer task. SAPv1 to
  239.255.255.255:9875 every 30 s and within 1 s of any SDP change
  (config save, GM change), with the old hash deleted first. Active while
  aes67.discovery = sap, the stream is enabled, the AES67 interface has
  an IP and a PTP GM is known. Deletion when that stops and at shutdown
  (reboot/OTA) via a shutdown handler. TTL = aes67.ttl.
- Docs: SAP implementation notes; session_ver bump on GM change still open.
- Verified with a SAP listener: 30 s repeats with a stable hash; rename
  -> delete old + announce new (o= version follows); manual -> delete;
  sap -> announce; reboot and OTA -> delete at shutdown, first announce
  after boot only once the GM is known.

Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
2026-09-25 06:57:47 +10:00
bsncubed 004cc6e212 Step 3 verified: PTP TimeReceiver locks, status in the UI, GM loss handled
- Web UI PTP panel checked in the browser.
- GM loss test (ptp4l stopped): SLAVE -> LISTENING after the announce
  timeout, frequency held; ptp4l restarted: UNCALIBRATED -> SLAVE in 22 s.
- Docs: P4 PTP implementation notes (UDP timestamp bit, RX hook, raw
  Delay_Req, servo, measured results, link asymmetry).

Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
2026-09-25 06:26:44 +10:00
bsncubed f259c5d554 Step 2b verified: OTA update, rejections and rollback on board
Test on board (ESP32-P4 rev v1.3):
- Rejected with 400 and nothing booted differently: garbage, wrong
  project, min chip rev v3.0, truncated image.
- A (USB, ota_0) -> B via /api/ota: self-test passed, confirmed.
- Manual rollback B -> A; A -> B again.
- B -> C (forced self-test failure): C boots on trial in ota_0, fails,
  rolls back to B in ota_1.
- D installed over the network; a later truncated upload hides
  'previous' and clears can_rollback.

Docs: network flash command, serial-reset caveat, rollback test build,
OTA details in aes67-core-base.md.

Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
2026-09-24 23:28:55 +10:00
bsncubed 07e16e6163 DHCP hostname: send net.hostname in DHCP requests
- aes67_net: esp_netif_set_hostname() before the interface starts, and
  in the net apply callback (takes effect at the next lease renewal).
- Verified: the router's DNS (lan.apointless.space) resolves p4-aes67
  to 192.168.192.244.

Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
2026-09-24 23:16:39 +10:00
bsncubed 30c32e702b Step 2a (2/2): LLDP transmit, switch shows name and IP
- aes67_net/lldp.c: IEEE 802.1AB LLDPDU sent as a raw frame with
  esp_eth_transmit every 30 s (TTL 120 s) and immediately on a new IP
  or hostname change. TLVs: chassis/port ID (MAC), port description,
  system name (net.hostname), system description (project + version),
  capabilities station-only, IPv4 management address.
- Docs: LLDP in the core Network section; step 2a ticked.
- Verified on an HP 2530-8G-PoE+ (show lldp info remote-device 2): all
  fields shown, management address 192.168.192.244.

Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
2026-09-24 23:14:09 +10:00
bsncubed 979420a6bb Step 2a (1/2): mDNS hostname.local and _http._tcp
- aes67_net: espressif/mdns 1.13.1 (managed component, pinned in
  dependencies.lock). Advertises <net.hostname>.local and the web UI as
  _http._tcp port 80. net apply callback renames live.
- First config value actually applied: net.hostname.
- Docs: mDNS in the core Network section; build order gets step 2a
  (mDNS, then LLDP).
- Verified on board: p4-aes67.local resolves via raw mDNS and getent,
  http://p4-aes67.local/ answers, service shows in _http._tcp browse;
  live rename to p4-rename and back works (after ~1 s probing).

Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
2026-09-24 23:08:51 +10:00
bsncubed bbfd3506bf Step 0: IDF project skeleton for esp32p4 with core component stubs
- Board checked with esptool: ESP32-P4 rev v1.3 (engineering silicon),
  32 MB GigaDevice flash. Rev <3 support and 32 MB set in sdkconfig.defaults.
- OTA partition layout: nvs, otadata, phy_init, ota_0/ota_1 (6 MB each,
  below 16 MB), coredump; no factory app. Partition table at 0x10000 so
  the bootloader can grow.
- App rollback enabled in the bootloader from the start.
- PROJECT_VER from git describe --tags --always --dirty.
- Empty stubs for the nine aes67_* core components; main logs version
  and chip revision.
- Built with ESP-IDF v5.5.5; not yet flashed.

Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
2026-09-24 22:47:21 +10:00
bsncubed 67f76aed93 Upload files to "docs" 2026-09-23 21:52:22 +10:00