Files
aes67-ESP32-P4/components/aes67_ptp/ptp_clock.h
T
bsncubed 9af6c53294 Step 3.3b: status.ptp for the web UI
- ptp_clock_status() adds status.ptp: state (LISTENING / UNCALIBRATED /
  SLAVE), locked, gm_id, offset_ns, freq_ppb, path_delay_ns +
  path_delay_sd_ns (window of 64, from lock on), steps_removed,
  gm_time/freq_traceable, version, own_class (255 slave / 248 auto,
  master), clock_id, gm_class/accuracy/p1/p2, sync_avg/min/max_ms and
  sync_jitter_us (HW Sync intervals), announce_avg_ms, delay_req/resp
  counters, hw_ts, window. Snapshot under a mutex shared with the PTP task.
- Per-Sync log moved to debug; info level logs state changes plus a
  60 s summary (max |offset|, freq, delay).
- Verified vs ptp4l: LISTENING -> UNCALIBRATED -> SLAVE in ~35 s;
  locked offset within a few hundred ns, delay 10.27 us +-0.20 us,
  Delay_Req/Resp 69/69, Sync avg 1000.097 ms, Announce avg 2000 ms.

Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
2026-09-25 06:22:41 +10:00

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C

// PTPv2 ordinary clock over UDP/IPv4 (E2E). TimeReceiver (TimeTransmitter: step 6).
#pragma once
#include "cJSON.h"
#include "esp_err.h"
#include "esp_netif.h"
esp_err_t ptp_clock_start(esp_netif_t *netif);
// Adds the "ptp" object to /api/status.
void ptp_clock_status(cJSON *st);