# Further reference
# https://platformio.org/lib
# SHT1x - 86 - https://platformio.org/lib/show/86/SHT1x
# MAX1704X - 5812 - https://platformio.org/lib/show/5812/MAX1704X/
# GxEPD2 - 5869 - https://platformio.org/lib/show/5869/GxEPD2
# AsyncMqttClient - 346 - https://platformio.org/lib/show/346/AsyncMqttClient/
# Adafruit GFX Library - 13 - https://platformio.org/lib/show/13/Adafruit GFX Library/
# SparkFun VEML6075 Library - 5452 - https://platformio.org/lib/show/5452/SparkFun%20VEML6075%20Arduino%20Library
# Adafruit Seesaw - 1890 - https://platformio.org/lib/show/1890/Adafruit%20seesaw%20Library

# Node Config
esphome:
  name: !secret node_name
  platform: ESP32
  board: featheresp32
  platformio_options:
    upload_speed: 115200
  includes:
    - sht1x.h
    - max1704xsensor.h
    - veml6075.h
    - plants.h
  libraries:
    - SPI
    - Wire
    - "346"
    - "86"
    - "5812"
    - "5452"
    - "1890"
  on_boot:
    - priority: 90.0 # 100 is highest where early init happens, 50.0 is where sensors come up
      then:
        - lambda: |-
            id(early_boot) = true;
            pinMode(13, OUTPUT);
            digitalWrite(13, HIGH);
            delay(100);
    - priority: -100
      then:
        - lambda: |-
            id(early_boot) = false;
            ESP_LOGD("on_boot: -10:", "Starting sensor updates");
            //////////////////////////////////////////////////
            ESP_LOGD("on_boot: -10:", "WiFi");
            id(sensor_wifi_signal)->update();
            ESP_LOGD("on_boot: -10:", "END WiFi");
            //////////////////////////////////////////////////
            //ESP_LOGD("on_boot: -10:", "UV");
            //id(ptr_component_veml6075)->update();
            //ESP_LOGD("on_boot: -10:", "END UV");
            //////////////////////////////////////////////////
            //ESP_LOGD("on_boot: -10:", "delay(500)");
            delay(500);
            ESP_LOGD("on_boot: -10:", "END delay(500)");
            //////////////////////////////////////////////////
            ESP_LOGD("on_boot: -10:", "shtx1");
            ((SHT1xSensor*)id(ptr_component_shtx1))->update();
            ESP_LOGD("on_boot: -10:", "END shtx1");
            //////////////////////////////////////////////////
            ESP_LOGD("on_boot: -10:", "delay(500)");
            delay(500);
            ESP_LOGD("on_boot: -10:", "END delay(500)");
            //////////////////////////////////////////////////
            ESP_LOGD("on_boot: -10:", "max1704x");
            id(ptr_component_max1704x)->update();
            ESP_LOGD("on_boot: -10:", "END max1704x");
            //////////////////////////////////////////////////
            ESP_LOGD("on_boot: -10:", "delay(500)");
            delay(500);
            ESP_LOGD("on_boot: -10:", "END delay(500)");
            //////////////////////////////////////////////////
            ESP_LOGD("on_boot: -10:", "Plants");
            id(ptr_component_plants)->update();
            ESP_LOGD("on_boot: -10:", "END plants");
            //////////////////////////////////////////////////
            ESP_LOGD("on_boot: -10:", "delay(500)");
            delay(500);
            ESP_LOGD("on_boot: -10:", "END delay(500)");
            //////////////////////////////////////////////////
            ESP_LOGD("on_boot: -10:", "Value sensor_wifi_signal: %.1f", id(sensor_wifi_signal).state);
            ESP_LOGD("on_boot: -10:", "Value Temperature_C: %.1f", id(Temperature_C).state);
            ESP_LOGD("on_boot: -10:", "Value Temperature_F: %.1f", id(Temperature_F).state);
            ESP_LOGD("on_boot: -10:", "Value Humidity: %.1f", id(Humidity).state);
            ESP_LOGD("on_boot: -10:", "Value uva: %.1f", id(uva).state);
            ESP_LOGD("on_boot: -10:", "Value uvb: %.1f", id(uvb).state);
            ESP_LOGD("on_boot: -10:", "Value uv_index: %.1f", id(uv_index).state);
            ESP_LOGD("on_boot: -10:", "Value Plant_1_Enabled: %f", id(Plant_1_Enabled).state);
            ESP_LOGD("on_boot: -10:", "Value Plant_2_Enabled: %f", id(Plant_2_Enabled).state);
            ESP_LOGD("on_boot: -10:", "Value Plant_3_Enabled: %f", id(Plant_3_Enabled).state);
            ESP_LOGD("on_boot: -10:", "Value Plant_4_Enabled: %f", id(Plant_4_Enabled).state);
            ESP_LOGD("on_boot: -10:", "Value Plant_5_Enabled: %f", id(Plant_5_Enabled).state);
            ESP_LOGD("on_boot: -10:", "Value Plant_6_Enabled: %f", id(Plant_6_Enabled).state);
            ESP_LOGD("on_boot: -10:", "Value Plant_7_Enabled: %f", id(Plant_7_Enabled).state);
            ESP_LOGD("on_boot: -10:", "Value Plant_8_Enabled: %f", id(Plant_8_Enabled).state);
            ESP_LOGD("on_boot: -10:", "Value Plant_1: %.1f", id(Plant_1).state);
            ESP_LOGD("on_boot: -10:", "Value Plant_2: %.1f", id(Plant_2).state);
            ESP_LOGD("on_boot: -10:", "Value Plant_3: %.1f", id(Plant_3).state);
            ESP_LOGD("on_boot: -10:", "Value Plant_4: %.1f", id(Plant_4).state);
            ESP_LOGD("on_boot: -10:", "Value Plant_5: %.1f", id(Plant_5).state);
            ESP_LOGD("on_boot: -10:", "Value Plant_6: %.1f", id(Plant_6).state);
            ESP_LOGD("on_boot: -10:", "Value Plant_7: %.1f", id(Plant_7).state);
            ESP_LOGD("on_boot: -10:", "Value Plant_8: %.1f", id(Plant_8).state);
            ESP_LOGD("on_boot: -10:", "Value Plant_1_Remote_Enabled: %f", id(Plant_1_Remote_Enabled).state);
            ESP_LOGD("on_boot: -10:", "Value Plant_2_Remote_Enabled: %f", id(Plant_2_Remote_Enabled).state);
            ESP_LOGD("on_boot: -10:", "Value Plant_3_Remote_Enabled: %f", id(Plant_3_Remote_Enabled).state);
            ESP_LOGD("on_boot: -10:", "Value Plant_4_Remote_Enabled: %f", id(Plant_4_Remote_Enabled).state);
            ESP_LOGD("on_boot: -10:", "Value Plant_5_Remote_Enabled: %f", id(Plant_5_Remote_Enabled).state);
            ESP_LOGD("on_boot: -10:", "Value Plant_6_Remote_Enabled: %f", id(Plant_6_Remote_Enabled).state);
            ESP_LOGD("on_boot: -10:", "Value Plant_7_Remote_Enabled: %f", id(Plant_7_Remote_Enabled).state);
            ESP_LOGD("on_boot: -10:", "Value Plant_8_Remote_Enabled: %f", id(Plant_8_Remote_Enabled).state);
            ESP_LOGD("on_boot: -10:", "Value Battery_Voltage: %.1f", id(Battery_Voltage).state);
            ESP_LOGD("on_boot: -10:", "Value Battery_Level: %.1f", id(Battery_Level).state);
            ESP_LOGD("on_boot: -10:", "Value Battery_Sleeping: %.1f", id(Battery_Sleeping).state);
            ESP_LOGD("on_boot: -10:", "Value Battery_Alert: %.1f", id(Battery_Alert).state);
            ESP_LOGD("on_boot: -10:", "Value Battery_Threshold: %.1f", id(Battery_Threshold).state);
            //////////////////////////////////////////////////
            ESP_LOGD("on_boot: -10:", "Display");
            id(display_main).clear();
            id(display_main).update();
            ESP_LOGD("on_boot: -10:", "END Display");
            ////////////////////////////////////////////////// 
            ESP_LOGD("on_boot: -10:", "END custom");
            delay(500);
            // Go to deep sleep if NOT in OTA mode
            if (! id(ota_mode)) {
              id(deep_sleep_main)->begin_sleep();
            }
  on_shutdown:
    then:
      - lambda: |-
          digitalWrite(13, LOW);

# Basic status infos via blinky LED
# https://esphome.io/components/status_led.html
status_led:
  pin:
    number: 32
    inverted: True

# WiFi config
wifi:
  ssid: !secret wifi_ssid
  password: !secret wifi_password
  domain: !secret node_domain
  power_save_mode: light

# Enable I2C (Qwiic and others)
i2c:

# Enable SPI
# CLK: D5
# MOSI: D18
spi:
  clk_pin: 5
  mosi_pin: 18

deep_sleep:
  id: deep_sleep_main
  run_duration: 15min
  sleep_duration: 6h
  wakeup_pin_mode: INVERT_WAKEUP # stop caring and be judicious about tolerance of goofy pin modes

# Enable logging
logger:
  level: DEBUG # Flip to ERROR for production deployments
  baud_rate: 115200 # Disable UART logging

# Enable Home Assistant API
#api:
#  password: !secret api_password

# OTA Config
ota:
  password: !secret ota_password
  safe_mode: true

# Web Server (DISABLE outside of testing)
#web_server:
#  port: 80

# MQTT CLIENT
mqtt:
  broker: !secret mqtt_client_broker
  port: 8883
  username: !secret mqtt_client_username
  password: !secret mqtt_client_password
  birth_message:
    topic: 'ha/status'
    payload: 'online'
  will_message:
    topic: 'ha/status'
    payload: 'offline'

globals:
  - id: ptr_component_shtx1
    type: "SHT1xSensor*"
    restore_value: no
  - id: ptr_component_veml6075
    type: "VEML6075Sensor*"
    restore_value: no
  - id: ptr_component_max1704x
    type: "MAX1704xSensor*"
    restore_value: no
  - id: ptr_component_plants
    type: "PlantsSensor*"
    restore_value: no
  - id: early_boot
    type: bool
    restore_value: no
  - id: ota_mode
    type: bool
    restore_value: no
    initial_value: "false"

time:
  - platform: sntp
    id: sntp_time
    servers: 10.5.5.2

binary_sensor:
  - platform: status
    name: "Status"
  - platform: gpio
    name: "OTA Button"
    id: button_ota
    internal: true
    pin:
      number: A3
      mode: INPUT_PULLDOWN
    on_release:
      then:
        - lambda: |-
            id(ota_mode) = true;
        - deep_sleep.prevent: deep_sleep_main

sensor:
  - platform: wifi_signal
    id: sensor_wifi_signal
    name: "WiFi_Signal"
    update_interval: 3min
    unit_of_measurement: "dB"
    accuracy_decimals: 1
    expire_after: 12h
  - platform: custom
    lambda: |-
      SHT1xSensor* sht1x = new SHT1xSensor();
      id(ptr_component_shtx1) = sht1x;
      App.register_component(sht1x);
      return {sht1x->temp_c_sensor, sht1x->temp_f_sensor, sht1x->humidity_sensor};
    sensors:
      - name: "Temperature_C"
        id: Temperature_C
        unit_of_measurement: "°C"
        accuracy_decimals: 1
        expire_after: 12h
      - name: "Temperature_F"
        id: Temperature_F
        unit_of_measurement: "°F"
        accuracy_decimals: 1
        expire_after: 12h
      - name: "Humidity"
        id: Humidity
        unit_of_measurement: "%"
        accuracy_decimals: 1
        expire_after: 12h
  - platform: custom
    lambda: |-
      VEML6075Sensor* veml6075 = new VEML6075Sensor();
      id(ptr_component_veml6075) = veml6075;
      App.register_component(veml6075);
      return {veml6075->uva_sensor, veml6075->uvb_sensor, veml6075->uv_index_sensor};
    sensors:
      - name: "UVA"
        id: uva
        accuracy_decimals: 2
        expire_after: 12h
      - name: "UVB"
        id: uvb
        accuracy_decimals: 2
        expire_after: 12h
      - name: "UV Index"
        id: uv_index
        accuracy_decimals: 2
        expire_after: 12h
  - platform: custom
    lambda: |-
      PlantsSensor* plants = new PlantsSensor();
      id(ptr_component_plants) = plants;
      App.register_component(plants);
      return {plants->plant_1_enabled, plants->plant_2_enabled, plants->plant_3_enabled, plants->plant_4_enabled, plants->plant_5_enabled, plants->plant_6_enabled, plants->plant_7_enabled, plants->plant_7_enabled, plants->plant_1_sensor, plants->plant_2_sensor, plants->plant_3_sensor, plants->plant_4_sensor, plants->plant_5_sensor, plants->plant_6_sensor, plants->plant_7_sensor, plants->plant_8_sensor, plants->plant_1_remote_enabled, plants->plant_2_remote_enabled, plants->plant_3_remote_enabled, plants->plant_4_remote_enabled, plants->plant_5_remote_enabled, plants->plant_6_remote_enabled, plants->plant_7_remote_enabled, plants->plant_8_remote_enabled };
    sensors:
      - name: "Plant 1 - Enabled"
        id: Plant_1_Enabled
        expire_after: 12h
      - name: "Plant 2 - Enabled"
        id: Plant_2_Enabled
        expire_after: 12h
      - name: "Plant 3 - Enabled"
        id: Plant_3_Enabled
        expire_after: 12h
      - name: "Plant 4 - Enabled"
        id: Plant_4_Enabled
        expire_after: 12h
      - name: "Plant 5 - Enabled"
        id: Plant_5_Enabled
        expire_after: 12h
      - name: "Plant 6 - Enabled"
        id: Plant_6_Enabled
        expire_after: 12h
      - name: "Plant 7 - Enabled"
        id: Plant_7_Enabled
        expire_after: 12h
      - name: "Plant 8 - Enabled"
        id: Plant_8_Enabled
        expire_after: 12h
      - name: "Plant 1"
        id: Plant_1
        accuracy_decimals: 2
        expire_after: 12h
      - name: "Plant 2"
        id: Plant_2
        accuracy_decimals: 2
        expire_after: 12h
      - name: "Plant 3"
        id: Plant_3
        accuracy_decimals: 2
        expire_after: 12h
      - name: "Plant 4"
        id: Plant_4
        accuracy_decimals: 2
        expire_after: 12h
      - name: "Plant 5"
        id: Plant_5
        accuracy_decimals: 2
        expire_after: 12h
      - name: "Plant 6"
        id: Plant_6
        accuracy_decimals: 2
        expire_after: 12h
      - name: "Plant 7"
        id: Plant_7
        accuracy_decimals: 2
        expire_after: 12h
      - name: "Plant 8"
        id: Plant_8
        accuracy_decimals: 2
        expire_after: 12h
      - name: "Plant 1 - Remote - Enabled"
        id: Plant_1_Remote_Enabled
        expire_after: 12h
      - name: "Plant 2 - Remote - Enabled"
        id: Plant_2_Remote_Enabled
        expire_after: 12h
      - name: "Plant 3 - Remote - Enabled"
        id: Plant_3_Remote_Enabled
        expire_after: 12h
      - name: "Plant 4 - Remote - Enabled"
        id: Plant_4_Remote_Enabled
        expire_after: 12h
      - name: "Plant 5 - Remote - Enabled"
        id: Plant_5_Remote_Enabled
        expire_after: 12h
      - name: "Plant 6 - Remote - Enabled"
        id: Plant_6_Remote_Enabled
        expire_after: 12h
      - name: "Plant 7 - Remote - Enabled"
        id: Plant_7_Remote_Enabled
        expire_after: 12h
      - name: "Plant 8 - Remote - Enabled"
        id: Plant_8_Remote_Enabled
        expire_after: 12h
  - platform: custom
    lambda: |-
      MAX1704xSensor* max1704x = new MAX1704xSensor();
      id(ptr_component_max1704x) = max1704x;
      App.register_component(max1704x);
      return {max1704x->voltageSensor, max1704x->percentSensor, max1704x->isSleepingSensor, max1704x->alertIsActiveSensor, max1704x->getThresholdSensor};
    sensors:
      - name: "Battery_Voltage"
        id: Battery_Voltage
        unit_of_measurement: "V"
        accuracy_decimals: 2
        expire_after: 12h
      - name: "Battery_Level"
        id: Battery_Level
        unit_of_measurement: "%"
        accuracy_decimals: 1
        expire_after: 12h
      - name: "Battery_Sleeping"
        id: Battery_Sleeping
        expire_after: 12h
      - name: "Battery_Alert"
        id: Battery_Alert
        expire_after: 12h
      - name: "Battery_Threshold"
        id: Battery_Threshold
        accuracy_decimals: 0
        expire_after: 12h

# 2.9" Waveshare e-ink setup
# BUSY -> 21, RST -> 14, DC -> 15, CS -> 27, CLK -> SCK(5), DIN -> MOSI(18), GND -> GND, 3.3V -> 3.3V
display:
  - platform: waveshare_epaper
    id: display_main
    cs_pin: 27
    dc_pin: 15
    busy_pin: 21
    reset_pin: 14
    model: 2.90in
    rotation: 90
    update_interval: 1h
    lambda: |-
      if (id(early_boot)) {
        it.clear();
        it.image(84, 0, id(rocket_ship));
      }
      else {
        delay(60*1000);
        // Clear
        it.clear();
        // Battery
        if (id(Battery_Level).state > 90) {
          it.image(0, 0, id(battery_100));
        }
        else if (id(Battery_Level).state > 75) {
          it.image(0, 0, id(battery_75));
        }
        else if (id(Battery_Level).state > 50) {
          it.image(0, 0, id(battery_50));
        }
        else if (id(Battery_Level).state > 25) {
          it.image(0, 0, id(inverted_battery_25));
        }
        else {
          it.image(0, 0, id(inverted_battery_0));
        }
        if (id(Battery_Alert).state != 0) {
          it.image(32, 0, id(alert_filled));
        }
        else {
          it.printf(32, 16, id(deja_vu_mono), "%.1f%%", id(Battery_Level).state);
        }
        // Temperature
        it.image(116, 0, id(thermometer)); // 148, 0
        it.printf(153, 16, id(deja_vu_mono), "%.1f°F", id(Temperature_F).state);
        // OTA Mode
        if (id(ota_mode)) {
          it.image(259, 0, id(ota_mode_enabled));
        }
        // Last update
        it.image(0, 32, id(last_sync_icon));
        it.strftime(32, 39, id(deja_vu_mono), "%Y-%m-%d %H:%M", id(sntp_time).now());
        // Plants
        //if (id(Plant_1_Remote_Enabled).state) {
        //  it.image(0, 64, id(vase));
        //}
        //else {
        //  it.image(0, 64, id(disabled_vase));
        //}
        if (id(Plant_2_Remote_Enabled).state) {
          it.image(37, 64, id(vase));
        }
        else {
          it.image(37, 64, id(disabled_vase));
        }
        if (id(Plant_3_Remote_Enabled).state) {
          it.image(74, 64, id(vase));
        }
        else {
          it.image(74, 64, id(disabled_vase));
        }
        if (id(Plant_4_Remote_Enabled).state) {
          it.image(111, 64, id(vase));
        }
        else {
          it.image(111, 64, id(disabled_vase));
        }
        if (id(Plant_5_Remote_Enabled).state) {
          it.image(148, 64, id(vase));
        }
        else {
          it.image(148, 64, id(disabled_vase));
        }
        if (id(Plant_6_Remote_Enabled).state) {
          it.image(185, 64, id(vase));
        }
        else {
          it.image(185, 64, id(disabled_vase));
        }
        if (id(Plant_7_Remote_Enabled).state) {
          it.image(222, 64, id(vase));
        }
        else {
          it.image(222, 64, id(disabled_vase));
        }
        if (id(Plant_8_Remote_Enabled).state) {
          it.image(259, 64, id(vase));
        }
        else {
          it.image(259, 64, id(disabled_vase));
        }
        if (id(Plant_1_Enabled).state) {
          if (id(Plant_1).state < 1.0) {
            it.image(0, 96, id(inverted_bamboo));
          }
          else {
            it.image(0, 96, id(bamboo));
          }
        }
        else {
          it.image(0, 96, id(disabled_tulip));
        }
        if (id(Plant_2_Enabled).state) {
          if (id(Plant_2).state < 500.0) {
            it.image(37, 96, id(inverted_cat_nip));
          }
          else {
            it.image(37, 96, id(cat_nip));
          }
        }
        else {
          it.image(37, 96, id(disabled_tulip));
        }
        if (id(Plant_3_Enabled).state) {
          it.image(74, 96, id(tulip));
        }
        else {
          it.image(74, 96, id(disabled_tulip));
        }
        if (id(Plant_4_Enabled).state) {
          it.image(111, 96, id(tulip));
        }
        else {
          it.image(111, 96, id(disabled_tulip));
        }
        if (id(Plant_5_Enabled).state) {
          it.image(148, 96, id(tulip));
        }
        else {
          it.image(148, 96, id(disabled_tulip));
        }
        if (id(Plant_6_Enabled).state) {
          it.image(185, 96, id(tulip));
        }
        else {
          it.image(185, 96, id(disabled_tulip));
        }
        if (id(Plant_7_Enabled).state) {
          it.image(222, 96, id(tulip));
        }
        else {
          it.image(222, 96, id(disabled_tulip));
        }
        if (id(Plant_8_Enabled).state) {
          it.image(259, 96, id(tulip));
        }
        else {
          it.image(259, 96, id(disabled_tulip));
        }
      }

font:
  - file: "fonts/DejaVuSansMono.ttf"
    id: deja_vu_mono
    size: 18

image:
  - file: graphics/noun_Alert_2145614.png # empty
    id: alert_empty
    resize: 32x32
  - file: graphics/noun_Alert_2490416.png # filled
    id: alert_filled
    resize: 32x32
  - file: graphics/noun_battery indicator_1601217.png # battery 75%
    id: battery_75
    resize: 32x32
  - file: graphics/noun_battery level_1601219.png # battery 50%
    id: battery_50
    resize: 32x32
  - file: graphics/noun_Cactus_1197535.png # christmas cactus
    id: christmas_cactus
    resize: 32x32
  - file: graphics/noun_empty battery_1601215.png # battery 25%
    id: battery_25
    resize: 32x32
  - file: graphics/noun_empty battery_1601218.png # battery 0%
    id: battery_0
    resize: 32x32
  - file: graphics/noun_Full Battery_1601214.png # battery 100%
    id: battery_100
    resize: 32x32
  - file: graphics/noun_grass_355100.png # cat grass
    id: cat_grass
    resize: 32x32
  - file: graphics/noun_humidity_1762738.png # temp + humidity
    id: temp_humidity
    resize: 32x32
  - file: graphics/noun_leaf_1153077.png # catnip
    id: cat_nip
    resize: 32x32
  - file: graphics/noun_Tarragon_499800.png # tarragon
    id: tarragon
    resize: 32x32
  - file: graphics/noun_Thermometer_217722.png # thermometer
    id: thermometer
    resize: 32x32
  - file: graphics/noun_update_2346502.png # last sync
    id: last_sync_icon
    resize: 32x32
  - file: graphics/inverted_noun_Tarragon_499800.png # inverted tarragon
    id: inverted_tarragon
    resize: 32x32
  - file: graphics/inverted_noun_leaf_1153077.png # inverted catnip
    id: inverted_cat_nip
    resize: 32x32
  - file: graphics/inverted_noun_grass_355100.png # inverted cat grass
    id: inverted_cat_grass
    resize: 32x32
  - file: graphics/inverted_noun_empty battery_1601218.png # inverted battery_0
    id: inverted_battery_0
    resize: 32x32
  - file: graphics/inverted_noun_empty battery_1601215.png # inverted battery_25
    id: inverted_battery_25
    resize: 32x32
  - file: graphics/inverted_noun_Cactus_1197535.png # inverted christmas cactus
    id: inverted_christmas_cactus
    resize: 32x32
  - file: graphics/noun_Tulip_2510353.png # tulip
    id: tulip
    resize: 32x32
  - file: graphics/inverted_noun_Tulip_2510353.png # inverted tulip
    id: inverted_tulip
    resize: 32x32
  - file: graphics/noun_poinsettia_1007994.png # poinsettia
    id: poinsettia
    resize: 32x32
  - file: graphics/inverted_noun_poinsettia_1007994.png # inverted poinsettia
    id: inverted_poinsettia
    resize: 32x32
  - file: graphics/inverted_noun_vase_206668.png # inverted vase
    id: inverted_vase
    resize: 32x32
  - file: graphics/inverted_noun_Bamboo_254221.png # inverted bamboo
    id: inverted_bamboo
    resize: 32x32
  - file: graphics/noun_Bamboo_254221.png # bamboo
    id: bamboo
    resize: 32x32
  - file: graphics/noun_vase_206668.png # vase
    id: vase
    resize: 32x32
  - file: graphics/disabled_noun_vase_206668.png # disabled vase
    id: disabled_vase
    resize: 32x32
  - file: graphics/disabled_noun_Tulip_2510353.png # disabled tulip
    id: disabled_tulip
    resize: 32x32
  - file: graphics/noun_Settings Download_1854756.png # ota mode enabled
    id: ota_mode_enabled
    resize: 32x32
  - file: graphics/noun_startup_1946229.png # rocket ship / startup
    id: rocket_ship
    resize: 128x128