esphome:

name: esplinky

platform: ESP8266

board: d1_mini

# déclaration du fichier source du composant custom (déposer la fichier my_tic_component.h à la racine de ESPhome)

includes:

- my_tic_component.h

wifi:

ssid: "XXXXXXXXXXXXX"

password: "XXXXXXXXXXXXX"

# facultative web server, enable if you need it

web_server:

port: 80

# Example configuration entry

#debug: # When enabled, logger must be at least debug (default) below.

# Logger configuration

logger:

baud_rate: 0 # disable logging via UART, help to avoid numerous crash with ESP_LOGD

level: INFO # INFO for less log, put DEBUG to view all the linky's "étiquettes" received in the logs

esp8266_store_log_strings_in_flash: False # recommanded for ESP8266 https://esphome.io/components/sensor/custom.html

# Enable Home Assistant API (set a password here for more security)

api:

password: ''

# Enable OTA (set a password here for more security)

ota:

password: ''

# ajout du composant uart pour la communication série avec la sortie TIC du compteur

# GPIO13 = Pin D7 sur Wemos D1

uart:

# tx_pin: GPIO15

rx_pin: GPIO13

baud_rate: 1200

id: uart0

parity: EVEN

data_bits: 7

stop_bits: 1

# alias pour accéder l'instance du composant

substitutions:

name: "TIC"

init: 'MyTicComponent::instance(id(uart0));'

# déclaration du composant custom

custom_component:

- id: my_tic

lambda: |-

auto my_tic = ${init}

App.register_component(my_tic);

return {my_tic};

# déclaration des sensors numérique

# les sensors doivent être déclarés dans l'ordre de la fonction lambda

sensor:

- platform: wifi_signal

name: "WiFi Signal Sensor"

update_interval: 60s

unit_of_measurement: dB

accuracy_decimals: 0

force_update: false

icon: mdi:wifi

- platform: uptime

name: "Uptime Sensor"

update_interval: 60s

unit_of_measurement: s

accuracy_decimals: 0

force_update: false

icon: mdi:timer

- platform: custom

lambda: |-

auto my_tic = ${init}

return {my_tic->sensor_IINST, my_tic->sensor_ISOUSC, my_tic->sensor_PAPP, my_tic->sensor_BASE};

sensors:

- name: "EDF-Intensite"

unit_of_measurement: A

accuracy_decimals: 0

icon: mdi:power-plug

- name: "EDF-Intensite souscrite"

unit_of_measurement: A

accuracy_decimals: 0

icon: mdi:power-plug

- name: "EDF-Puissance"

unit_of_measurement: W

accuracy_decimals: 0

icon: mdi:power-plug

- name: "EDF-Index"

unit_of_measurement: kWh

accuracy_decimals: 0

icon: mdi:home-analytics

# déclaration du sensor texte, c'est juste l'identifiant du compteur

text_sensor:

- platform: custom

lambda: |-

auto my_tic = ${init}

return {my_tic->sensor_ADCO};

text_sensors:

name: "ADCO"

binary_sensor:

- platform: status

name: "NodeMCU Status"

# switch permettant de stopper les mises à jour

switch:

- platform: custom

lambda: |-

auto my_tic = ${init}

return{my_tic};

switches:

name: "Receive"