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CI / platformio (pull_request) Failing after 4m52s
New IDF project targeting AI-Thinker ESP32-A1S Audio Kit (ESP32, ES8388
codec). Replaces the Arduino PLIP_FIRMWARE with a proper IDF component
structure aligned on box3_voice / scenario_mesh infrastructure.
Phases implemented and hardware-verified:
- A: ES8388 I2C init + I2S TX; 440 Hz test tone exits the speaker
- B: WiFi STA + httpd :80 (GET /status, POST /game/scenario, /game/file)
- C: ESP-NOW CMD receiver via shared scenario_mesh lib; op=play dispatched
to audio; screen/evt/led logged (no display on PLIP)
- D: Off-hook GPIO monitor (GPIO4=BOOT button stand-in); ring tone cadence;
POST /voice/hook to master on pickup/hangup (200 OK confirmed)
MAC (first observed): a0:b7:65:e7:f6:44
IP (DHCP): 192.168.0.138
Files:
plip_voice/CMakeLists.txt - project root; EXTRA_COMPONENT_DIRS=../lib/scenario_mesh
plip_voice/partitions.csv - 4MB OTA dual-bank + SPIFFS (matches PLIP_FIRMWARE)
plip_voice/sdkconfig.defaults - ESP32 target, 4MB flash DIO, ch=11 hint (no creds)
plip_voice/main/Kconfig.projbuild - PLIP_ menu (SSID/pwd/channel/master_url/hook_gpio)
plip_voice/main/board_config.h - A1S pin map (I2C 32/33, I2S 0/27/25/26/35, PA=21)
plip_voice/main/es8388.[ch] - ES8388 I2C register init sequence (legacy i2c driver)
plip_voice/main/audio.[ch] - I2S TX + async play queue + ring task
plip_voice/main/net.[ch] - WiFi STA + httpd (NVS creds with Kconfig fallback)
plip_voice/main/cmd_exec.[ch] - D5 CMD executor (play→audio; screen/evt/led→log)
plip_voice/main/hook_client.[ch] - POST /voice/hook via esp_http_client
plip_voice/main/phone.[ch] - Off-hook GPIO ISR + debounce + ring control
plip_voice/main/main.c - app_main boot sequence (all four phases)
Build: IDF 5.4.4, target esp32, clean.
Flash: /dev/cu.usbserial-0001, 4MB flash verified.
41 lines
1.2 KiB
C
41 lines
1.2 KiB
C
#pragma once
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/*
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* es8388.h — Minimal ES8388 codec driver for AI-Thinker ESP32-A1S (IDF 5.x).
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*
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* Controls the ES8388 via I2C (addr 0x10) for playback (DAC) and capture (ADC).
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* I2S is configured separately via the standard IDF driver/i2s_std.h API.
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*
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* Thread safety: all public functions are non-reentrant; call from a single task.
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*/
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#include <stdint.h>
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#include <stdbool.h>
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#include "esp_err.h"
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#ifdef __cplusplus
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extern "C" {
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#endif
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/* Initialise the I2C master bus and configure the ES8388 registers for
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* stereo playback + mic capture at 16 kHz. Must be called once before any
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* other es8388_* function and after driver_i2c is available.
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*
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* Returns ESP_OK on success. On I2C error the register that failed is logged
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* and ESP_FAIL is returned — the codec is in an undefined state.
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*/
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esp_err_t es8388_init(void);
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/* Set output volume. vol: 0 (mute) … 100 (full). Mapped to ES8388
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* OUT1 (headphone) + OUT2 (speaker) attenuation registers. */
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esp_err_t es8388_set_volume(uint8_t vol);
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/* Mute / unmute DAC output. */
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esp_err_t es8388_mute(bool mute);
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/* Read a single ES8388 register for diagnostic purposes. */
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esp_err_t es8388_read_reg(uint8_t reg, uint8_t *value);
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#ifdef __cplusplus
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}
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#endif
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