main.cpp

// Auto generated code by esphome
// ========== AUTO GENERATED INCLUDE BLOCK BEGIN ===========
#include "esphome.h"
using namespace esphome;
using namespace binary_sensor;
using namespace light;
logger::Logger *logger_logger;
using namespace sensor;
using namespace i2c;
i2c::I2CComponent *bus_a;
using namespace i2c;
i2c::I2CComponent *bus_b;
gpio::GPIOBinarySensor *gpio_gpiobinarysensor;
monochromatic::MonochromaticLightOutput *monochromatic_monochromaticlightoutput;
light::LightState *led1;
using namespace output;
esp32_ble_beacon::ESP32BLEBeacon *esp32_ble_beacon_esp32blebeacon;
axp192::AXP192Component *axp192_axp192component;
bmp280::BMP280Component *bmp280_bmp280component;
sht3xd::SHT3XDComponent *sht3xd_sht3xdcomponent;
binary_sensor::ReleaseTrigger *binary_sensor_releasetrigger;
Automation<> *automation;
ledc::LEDCOutput *builtin_led;
light::ToggleAction<> *light_toggleaction;
sensor::Sensor *m5stick_batterylevel;
sensor::Sensor *sensor_sensor;
sensor::Sensor *sensor_sensor_3;
sensor::Sensor *sensor_sensor_2;
sensor::Sensor *sensor_sensor_4;
// ========== AUTO GENERATED INCLUDE BLOCK END ==========="

void setup() {
  // ===== DO NOT EDIT ANYTHING BELOW THIS LINE =====
  // ========== AUTO GENERATED CODE BEGIN ===========
  // esphome:
  //   name: m5stickc
  //   platform: ESP32
  //   board: m5stick-c
  //   includes: []
  //   platformio_options:
  //     upload_speed: '1500000'
  //   arduino_version: platformio/espressif32@3.0.0
  //   build_path: m5stickc
  //   libraries: []
  //   name_add_mac_suffix: false
  App.pre_setup("m5stickc", __DATE__ ", " __TIME__, false);
  // binary_sensor:
  // light:
  // logger:
  //   level: VERY_VERBOSE
  //   id: logger_logger
  //   baud_rate: 115200
  //   tx_buffer_size: 512
  //   hardware_uart: UART0
  //   logs: {}
  logger_logger = new logger::Logger(115200, 512, logger::UART_SELECTION_UART0);
  logger_logger->pre_setup();
  App.register_component(logger_logger);
  // sensor:
  // i2c:
  //   id: bus_a
  //   sda: 21
  //   scl: 22
  //   scan: true
  //   frequency: 400000.0
  bus_a = new i2c::I2CComponent();
  App.register_component(bus_a);
  // i2c:
  //   id: bus_b
  //   sda: 32
  //   scl: 33
  //   frequency: 100000.0
  //   scan: true
  bus_b = new i2c::I2CComponent();
  App.register_component(bus_b);
  // binary_sensor.gpio:
  //   platform: gpio
  //   pin:
  //     number: 37
  //     inverted: true
  //     mode: INPUT
  //   name: ${upper_devicename} Button A
  //   on_release:
  //   - then:
  //     - light.toggle:
  //         id: led1
  //       type_id: light_toggleaction
  //     automation_id: automation
  //     trigger_id: binary_sensor_releasetrigger
  //   id: gpio_gpiobinarysensor
  gpio_gpiobinarysensor = new gpio::GPIOBinarySensor();
  App.register_component(gpio_gpiobinarysensor);
  // light.monochromatic:
  //   platform: monochromatic
  //   output: builtin_led
  //   name: ${upper_devicename} Led
  //   id: led1
  //   restore_mode: RESTORE_DEFAULT_OFF
  //   gamma_correct: 2.8
  //   default_transition_length: 1s
  //   output_id: monochromatic_monochromaticlightoutput
  monochromatic_monochromaticlightoutput = new monochromatic::MonochromaticLightOutput();
  led1 = new light::LightState("${upper_devicename} Led", monochromatic_monochromaticlightoutput);
  App.register_light(led1);
  App.register_component(led1);
  // output:
  // output.ledc:
  //   platform: ledc
  //   pin:
  //     number: 10
  //     mode: OUTPUT
  //     inverted: false
  //   inverted: true
  //   id: builtin_led
  //   frequency: 1000.0
  // esp32_ble_beacon:
  //   type: IBEACON
  //   uuid: 75febca7-0081-4201-b1f1-4a84d05d9f43
  //   id: esp32_ble_beacon_esp32blebeacon
  //   major: 10167
  //   minor: 61958
  esp32_ble_beacon_esp32blebeacon = new esp32_ble_beacon::ESP32BLEBeacon({0x75, 0xfe, 0xbc, 0xa7, 0x00, 0x81, 0x42, 0x01, 0xb1, 0xf1, 0x4a, 0x84, 0xd0, 0x5d, 0x9f, 0x43});
  App.register_component(esp32_ble_beacon_esp32blebeacon);
  // sensor.axp192:
  //   platform: axp192
  //   setup_priority: 1000.0
  //   address: 0x34
  //   i2c_id: bus_a
  //   update_interval: 30s
  //   battery_level:
  //     name: M5Stick Battery Level
  //     id: m5stick_batterylevel
  //     force_update: false
  //     unit_of_measurement: '%'
  //     icon: mdi:battery
  //     accuracy_decimals: 1
  //   id: axp192_axp192component
  //   brightness: 1.0
  axp192_axp192component = new axp192::AXP192Component();
  axp192_axp192component->set_setup_priority(1000.0f);
  axp192_axp192component->set_update_interval(30000);
  App.register_component(axp192_axp192component);
  // sensor.bmp280:
  //   platform: bmp280
  //   setup_priority: -200.0
  //   i2c_id: bus_b
  //   address: 0x76
  //   update_interval: 10s
  //   temperature:
  //     name: BMP280 Temperature
  //     oversampling: 16X
  //     id: sensor_sensor
  //     force_update: false
  //     unit_of_measurement: °C
  //     accuracy_decimals: 1
  //     device_class: temperature
  //   pressure:
  //     name: Pressure
  //     id: sensor_sensor_2
  //     force_update: false
  //     unit_of_measurement: hPa
  //     accuracy_decimals: 1
  //     device_class: pressure
  //     oversampling: 16X
  //   id: bmp280_bmp280component
  //   iir_filter: 'OFF'
  bmp280_bmp280component = new bmp280::BMP280Component();
  bmp280_bmp280component->set_setup_priority(-200.0f);
  bmp280_bmp280component->set_update_interval(10000);
  App.register_component(bmp280_bmp280component);
  // sensor.sht3xd:
  //   platform: sht3xd
  //   i2c_id: bus_b
  //   address: 0x44
  //   update_interval: 10s
  //   temperature:
  //     name: SHT3xD Temperature
  //     id: sensor_sensor_3
  //     force_update: false
  //     unit_of_measurement: °C
  //     accuracy_decimals: 1
  //     device_class: temperature
  //   humidity:
  //     name: Living Room Humidity
  //     id: sensor_sensor_4
  //     force_update: false
  //     unit_of_measurement: '%'
  //     accuracy_decimals: 1
  //     device_class: humidity
  //   id: sht3xd_sht3xdcomponent
  sht3xd_sht3xdcomponent = new sht3xd::SHT3XDComponent();
  sht3xd_sht3xdcomponent->set_update_interval(10000);
  App.register_component(sht3xd_sht3xdcomponent);
  bus_a->set_sda_pin(21);
  bus_a->set_scl_pin(22);
  bus_a->set_frequency(400000);
  bus_a->set_scan(true);
  bus_b->set_sda_pin(32);
  bus_b->set_scl_pin(33);
  bus_b->set_frequency(100000);
  bus_b->set_scan(true);
  App.register_binary_sensor(gpio_gpiobinarysensor);
  gpio_gpiobinarysensor->set_name("${upper_devicename} Button A");
  binary_sensor_releasetrigger = new binary_sensor::ReleaseTrigger(gpio_gpiobinarysensor);
  automation = new Automation<>(binary_sensor_releasetrigger);
  led1->set_restore_mode(light::LIGHT_RESTORE_DEFAULT_OFF);
  led1->set_default_transition_length(1000);
  led1->set_gamma_correct(2.8f);
  builtin_led = new ledc::LEDCOutput(new GPIOPin(10, OUTPUT, false));
  App.register_component(builtin_led);
  esp32_ble_beacon_esp32blebeacon->set_major(10167);
  esp32_ble_beacon_esp32blebeacon->set_minor(61958);
  led1->add_effects({});
  builtin_led->set_inverted(true);
  light_toggleaction = new light::ToggleAction<>(led1);
  axp192_axp192component->set_i2c_parent(bus_a);
  axp192_axp192component->set_i2c_address(0x34);
  bmp280_bmp280component->set_i2c_parent(bus_b);
  bmp280_bmp280component->set_i2c_address(0x76);
  sht3xd_sht3xdcomponent->set_i2c_parent(bus_b);
  sht3xd_sht3xdcomponent->set_i2c_address(0x44);
  builtin_led->set_frequency(1000.0f);
  m5stick_batterylevel = new sensor::Sensor();
  App.register_sensor(m5stick_batterylevel);
  m5stick_batterylevel->set_name("M5Stick Battery Level");
  m5stick_batterylevel->set_unit_of_measurement("%");
  m5stick_batterylevel->set_icon("mdi:battery");
  m5stick_batterylevel->set_accuracy_decimals(1);
  m5stick_batterylevel->set_force_update(false);
  sensor_sensor = new sensor::Sensor();
  App.register_sensor(sensor_sensor);
  sensor_sensor->set_name("BMP280 Temperature");
  sensor_sensor->set_device_class("temperature");
  sensor_sensor->set_unit_of_measurement("\302\260C");
  sensor_sensor->set_accuracy_decimals(1);
  sensor_sensor->set_force_update(false);
  sensor_sensor_3 = new sensor::Sensor();
  App.register_sensor(sensor_sensor_3);
  sensor_sensor_3->set_name("SHT3xD Temperature");
  sensor_sensor_3->set_device_class("temperature");
  sensor_sensor_3->set_unit_of_measurement("\302\260C");
  sensor_sensor_3->set_accuracy_decimals(1);
  sensor_sensor_3->set_force_update(false);
  monochromatic_monochromaticlightoutput->set_output(builtin_led);
  automation->add_actions({light_toggleaction});
  axp192_axp192component->set_batterylevel_sensor(m5stick_batterylevel);
  axp192_axp192component->set_brightness(1.0f);
  bmp280_bmp280component->set_temperature_sensor(sensor_sensor);
  bmp280_bmp280component->set_temperature_oversampling(bmp280::BMP280_OVERSAMPLING_16X);
  sensor_sensor_2 = new sensor::Sensor();
  App.register_sensor(sensor_sensor_2);
  sensor_sensor_2->set_name("Pressure");
  sensor_sensor_2->set_device_class("pressure");
  sensor_sensor_2->set_unit_of_measurement("hPa");
  sensor_sensor_2->set_accuracy_decimals(1);
  sensor_sensor_2->set_force_update(false);
  sht3xd_sht3xdcomponent->set_temperature_sensor(sensor_sensor_3);
  sensor_sensor_4 = new sensor::Sensor();
  App.register_sensor(sensor_sensor_4);
  sensor_sensor_4->set_name("Living Room Humidity");
  sensor_sensor_4->set_device_class("humidity");
  sensor_sensor_4->set_unit_of_measurement("%");
  sensor_sensor_4->set_accuracy_decimals(1);
  sensor_sensor_4->set_force_update(false);
  bmp280_bmp280component->set_pressure_sensor(sensor_sensor_2);
  bmp280_bmp280component->set_pressure_oversampling(bmp280::BMP280_OVERSAMPLING_16X);
  sht3xd_sht3xdcomponent->set_humidity_sensor(sensor_sensor_4);
  gpio_gpiobinarysensor->set_pin(new GPIOPin(37, INPUT, true));
  // =========== AUTO GENERATED CODE END ============
  // ========= YOU CAN EDIT AFTER THIS LINE =========
  App.setup();
}

void loop() {
  App.loop();
}