Add status_led package: network, API, error and OTA status on a visible RGB light

Red blink without network, orange without an API client, purple on a component error, blue blink during OTA, green when things are back to normal, then the light returns to its previous state. echo uses it on the gateway LED ring; drop its status_led on GPIO23, which never worked because the ledc output owns that pin.
echo: only the gateway LED ring is visible, the ATOM LED is inside
2026-10-14 08:35:12 +02:00 · 2026-09-29 23:33:50 +02:00 · 2026-09-29 23:24:39 +02:00 · 2026-09-29 23:23:44 +02:00 · 2026-09-29 23:23:14 +02:00 · 2026-09-29 23:23:14 +02:00
66 changed files with 1167 additions and 402 deletions
@@ -4,13 +4,9 @@
 #     common: !include common/common.yaml
 #     ipv6_only: !include common/ipv6_only.yaml
 external_components:
-  # network enable_ipv4 (esphome/esphome#19750), drop once merged
+  # network enable_ipv4 + audio HTTP reader over IPv6 (esphome/esphome#19750), drop once merged
  - source: github://pr#19750
-    components: [const, network, wifi]
+    components: [const, network, wifi, audio]
  # audio HTTP reader over IPv6 (dual-stack hosts resolve A first), drop once in #19750
  - source: github://randybb/esphome-components
    components: [audio]
    refresh: 1h
 wifi:
  networks:
@@ -31,6 +31,9 @@ esp32:
      minimum_chip_revision: 3.0
      sram1_as_iram: true
 packages:
  popup: !include nspanel_popup.yaml
 external_components:
  - source:
      type: git
@@ -0,0 +1,98 @@
 ---
 # NSPanel popups (popupNotify page), without changes to nspanel_lovelace:
 # - OTA progress
 # - device info (version, IPs) via the show_info API action
 # Needs nspanel_lovelace (id nspanel_id), its uart (id display_uart) and the
 # ota id ota_esphome (common/ota_esp32.yaml).
 # The component doesn't track these popups; the panel either reboots (OTA)
 # or goes back to the default page afterwards.
 api:
  actions:
    - action: show_info
      then:
        - script.execute: info_popup
 script:
  - id: info_popup
    mode: restart
    then:
      - lambda: |-
          char build[Application::BUILD_TIME_STR_SIZE];
          App.get_build_time_string(build);
          std::string msg = "ESPHome " ESPHOME_VERSION "\r\n";
          msg += build;
          // global/ULA first, link-local last
          std::vector<std::string> ips;
          for (int pass = 0; pass < 2; pass++) {
            for (auto &ip : wifi::global_wifi_component->wifi_sta_ip_addresses()) {
              if (!ip.is_set()) continue;
              char buf[network::IP_ADDRESS_BUFFER_SIZE];
              ip.str_to(buf);
              bool ll = strncmp(buf, "fe80", 4) == 0;
              if (ll == (pass == 1)) ips.emplace_back(buf);
            }
          }
          for (auto &ip : ips) msg += "\r\n" + ip;
          id(nspanel_id).send_display_command("pageType~popupNotify");
          id(nspanel_id).send_display_command(
              "entityUpdateDetail~info~" + App.get_friendly_name() + "~65535~~65535~~65535~" + msg + "~65535~15");
      - delay: 15s
      - lambda: 'id(nspanel_id).render_default_page();'
  # OTA blocks the main loop, and nspanel_lovelace only sends its queued
  # commands from loop(), so these frames go straight to the uart in the
  # component's format: 55 BB, length (LE), command, CRC16 (LE).
  - id: ota_popup
    parameters:
      message: string
    then:
      - lambda: |-
          auto send = [](const std::string &cmd) {
            uint8_t hdr[4] = {0x55, 0xBB, uint8_t(cmd.size() & 0xFF), uint8_t(cmd.size() >> 8)};
            uint16_t crc = crc16(hdr, 4);
            crc = crc16(reinterpret_cast<const uint8_t *>(cmd.data()), cmd.size(), crc);
            uint8_t tail[2] = {uint8_t(crc & 0xFF), uint8_t(crc >> 8)};
            id(display_uart).write_array(hdr, 4);
            id(display_uart).write_array(reinterpret_cast<const uint8_t *>(cmd.data()), cmd.size());
            id(display_uart).write_array(tail, 2);
            id(display_uart).flush();
          };
          send("dimmode~100~100");
          send("pageType~popupNotify");
          send("entityUpdateDetail~ota~Aktualizácia firmvéru~65535~~65535~~65535~" + message + "~65535~0");
 ota:
  - id: !extend ota_esphome
    on_begin:
      - script.execute:
          id: ota_popup
          message: Nahrávam…
    on_progress:
      - lambda: |-
          static int last = -1;
          int pct = (int) x / 10 * 10;
          if (pct != last) {
            last = pct;
            id(ota_popup)->execute("Nahrávam… " + std::to_string(pct) + " %");
          }
    on_end:
      - script.execute:
          id: ota_popup
          message: Hotovo, reštartujem
    on_error:
      - script.execute:
          id: ota_popup
          message: Aktualizácia zlyhala
      - delay: 5s
      - lambda: |-
          id(nspanel_id).set_display_dim(5, 80);
          id(nspanel_id).render_default_page();
 button:
  # put button.<device>_info on a card: the panel presses it through HA
  - platform: template
    name: Info
    id: info_button
    entity_category: diagnostic
    on_press:
      - script.execute: info_popup
@@ -1,5 +1,6 @@
 ---
 ota:
  - platform: esphome
    id: ota_esphome
    password: !secret ota_password
    allow_partition_access: true
@@ -0,0 +1,126 @@
 ---
 # Status on a visible RGB light, which stays a normal light otherwise:
 #   network down         red, slow blink
 #   no API client (HA)   orange, slow blink
 #   component error      purple, steady
 #   OTA                  blue, fast blink; green when done, 3 red blinks on error
 #   back to normal       green for 1 s, then the light goes back to how it was
 #   packages:
 #     status_led: !include
 #       file: common/status_led.yaml
 #       vars:
 #         light_id: led_light
 # Needs the ota id ota_esphome (common/ota_esp32.yaml).
 defaults:
  brightness: "0.3"
 globals:
  - id: status_led_active
    type: bool
    initial_value: "false"
  - id: status_led_saved
    type: light::LightColorValues
  - id: status_led_last
    type: uint32_t
    initial_value: "0xFFFFFFFF"
 script:
  - id: status_led_show
    parameters:
      r: float
      g: float
      b: float
      lit: bool
    then:
      - lambda: |-
          auto *l = id(${light_id});
          uint32_t key = (lit << 24) | (uint32_t(r * 255) << 16) | (uint32_t(g * 255) << 8) | uint32_t(b * 255);
          if (!id(status_led_active)) {
            id(status_led_saved) = l->remote_values;
            id(status_led_active) = true;
          } else if (key == id(status_led_last)) {
            return;  // unchanged: don't flood Home Assistant with the same state
          }
          id(status_led_last) = key;
          if (lit) {
            l->turn_on().set_rgb(r, g, b).set_brightness(${brightness}).set_transition_length(0).set_effect("None").perform();
          } else {
            l->turn_off().set_transition_length(0).perform();
          }
          l->loop();  // write now: OTA blocks the main loop
  - id: status_led_restore
    parameters:
      confirm: bool
    then:
      - lambda: |-
          if (id(status_led_active) && confirm) id(status_led_show)->execute(0.0f, 1.0f, 0.0f, true);
      - if:
          condition:
            lambda: 'return id(status_led_active) && confirm;'
          then:
            - delay: 1s  # green: back to normal
      - lambda: |-
          if (!id(status_led_active)) return;
          id(status_led_active) = false;
          id(status_led_last) = 0xFFFFFFFF;
          id(${light_id})->make_call().from_light_color_values(id(status_led_saved)).set_transition_length(0).perform();
 interval:
  - interval: 500ms
    then:
      - lambda: |-
          static uint8_t tick = 0;
          tick++;
          bool slow = (tick / 2) % 2 == 0;  // 1 s on, 1 s off
          bool problem = !network::is_connected() || !api::global_api_server->is_connected() ||
                         (App.get_app_state() & STATUS_LED_ERROR);
          if (problem) id(status_led_restore)->stop();
          if (!network::is_connected()) {
            id(status_led_show)->execute(1.0f, 0.0f, 0.0f, slow);
          } else if (!api::global_api_server->is_connected()) {
            id(status_led_show)->execute(1.0f, 0.4f, 0.0f, slow);
          } else if (App.get_app_state() & STATUS_LED_ERROR) {
            id(status_led_show)->execute(0.6f, 0.0f, 1.0f, true);
          } else if (id(status_led_active) && !id(status_led_restore)->is_running()) {
            id(status_led_restore)->execute(true);
          }
 ota:
  - id: !extend ota_esphome
    on_begin:
      - script.execute:
          id: status_led_show
          r: 0.0
          g: 0.0
          b: 1.0
          lit: true
    on_progress:
      - lambda: 'id(status_led_show)->execute(0.0f, 0.0f, 1.0f, (millis() / 250) % 2 == 0);'
    on_end:
      - script.execute:
          id: status_led_show
          r: 0.0
          g: 1.0
          b: 0.0
          lit: true
    on_error:
      - repeat:
          count: 3
          then:
            - script.execute:
                id: status_led_show
                r: 1.0
                g: 0.0
                b: 0.0
                lit: true
            - delay: 250ms
            - script.execute:
                id: status_led_show
                r: 1.0
                g: 0.0
                b: 0.0
                lit: false
            - delay: 250ms
      - script.execute:
          id: status_led_restore
          confirm: false
@@ -1,4 +1,12 @@
 ---
 # Hardware: IKEA VINDRIKTNING (modded) + M5Stack M5Stamp Pico
 # Pinout:
 #   GPIO21  PM1006 UART                -> particle_uart (uart tx_pin)
 #   GPIO22  PM1006 UART                -> particle_uart (uart rx_pin)
 #   GPIO25  TZT 8-bit WS2812 5050 stick (8 LEDs, 7 visible outside; LEDs 1-7 broken), disabled
 #   GPIO27  Onboard RGB LED (1x WS2812, inside), unused
 #   GPIO32  Grove SDA                  -> i2c (i2c sda)
 #   GPIO33  Grove SCL                  -> i2c (i2c scl)
 substitutions:
  device: air-office-r
  name: Office R Air
@@ -45,65 +53,59 @@ uart:
 #       number: 39
 #       inverted: true
-light:
+# LEDs disabled until the stick is fixed (LEDs after the first one light up randomly)
-  - platform: esp32_rmt_led_strip
+# light:
-    # name: LED
+#   # only the first LED of the stick: the rest get garbage (broken DOUT after LED 0)
-    id: neo
+#   - platform: esp32_rmt_led_strip
-    channel_colors: GRB
+#     name: NEO
-    pin: 27
+#     id: neo
-    num_leds: 1
+#     channel_colors: GRB
-    chipset: ws2812
+#     pin: 25
-    restore_mode: ALWAYS_OFF
+#     num_leds: 1
-  - platform: esp32_rmt_led_strip
+#     chipset: ws2812
-    name: NEO
+#     restore_mode: ALWAYS_OFF
-    id: neo_strip
+#     effects:
-    channel_colors: GRB
+#       - random:
-    pin: 25
+#       - random:
-    num_leds: 7
+#           name: "My Slow Random Effect"
-    chipset: ws2812
+#           transition_length: 30s
-    restore_mode: ALWAYS_OFF
+#           update_interval: 30s
-    effects:
+#       - random:
-      - random:
+#           name: "My Fast Random Effect"
-      - random:
+#           transition_length: 4s
-          name: "My Slow Random Effect"
+#           update_interval: 5s
-          transition_length: 30s
+#       - strobe:
-          update_interval: 30s
+#       - strobe:
-      - random:
+#           name: Strobe Effect With Custom Values
-          name: "My Fast Random Effect"
+#           colors:
-          transition_length: 4s
+#             - state: True
-          update_interval: 5s
+#               brightness: 100%
-      - strobe:
+#               red: 100%
-      - strobe:
+#               green: 90%
-          name: Strobe Effect With Custom Values
+#               blue: 0%
-          colors:
+#               duration: 500ms
-            - state: True
+#             - state: False
-              brightness: 100%
+#               duration: 250ms
-              red: 100%
+#             - state: True
-              green: 90%
+#               brightness: 100%
-              blue: 0%
+#               red: 0%
-              duration: 500ms
+#               green: 100%
-            - state: False
+#               blue: 0%
-              duration: 250ms
+#               duration: 500ms
-            - state: True
+#       - flicker:
-              brightness: 100%
+#       - flicker:
-              red: 0%
+#           name: Flicker Effect With Custom Values
-              green: 100%
+#           alpha: 95%
-              blue: 0%
+#           intensity: 1.5%
-              duration: 500ms
+#       - addressable_rainbow:
-      - flicker:
+#       - addressable_rainbow:
-      - flicker:
+#           name: Rainbow Effect With Custom Values
-          name: Flicker Effect With Custom Values
+#           speed: 10
-          alpha: 95%
+#           width: 50
-          intensity: 1.5%
+#       - addressable_scan:
-      - addressable_rainbow:
+#       - addressable_scan:
-      - addressable_rainbow:
+#           name: Scan Effect With Custom Values
-          name: Rainbow Effect With Custom Values
+#           move_interval: 100ms
          speed: 10
          width: 50
      - addressable_scan:
      - addressable_scan:
          name: Scan Effect With Custom Values
          move_interval: 100ms
 sensor:
  # https://blissair.com/what-is-pm-2-5.htm
@@ -1,4 +1,14 @@
 ---
 # Hardware: Apollo Automation ESK-1 ESPHome Starter Kit
 # Pinout:
 #   GPIO0                              -> i2c_1 (i2c scl)
 #   GPIO1                              -> i2c_1 (i2c sda)
 #   GPIO4                              -> Accessory Power (switch gpio)
 #   GPIO5                              -> Onboard RGB LED (light esp32_rmt_led_strip)
 #   GPIO14                             -> RGB LEDs (light esp32_rmt_led_strip)
 #   GPIO18                             -> buzzer_output (output ledc)
 # I2C:
 #   0x38  aht20 (sensor aht10)
 substitutions:
  device: apollo-dev #test
  name: Apollo DEV #test
@@ -1,4 +1,23 @@
 ---
 # Hardware: M5Stack AtomS3
 # Pinout:
 #   GPIO1   Grove SCL                  -> motor_in1 (output gpio)
 #   GPIO2   Grove SDA                  -> motor_in2 (output gpio)
 #   GPIO5                              -> canbus/esp32_can (canbus esp32_can tx_pin)
 #   GPIO6                              -> canbus/esp32_can (canbus esp32_can rx_pin)
 #   GPIO15                             -> display_tft (display mipi_spi cs_pin)
 #   GPIO16                             -> gpio_tft_backlight (output ledc)
 #   GPIO17                             -> spi (spi clk_pin)
 #   GPIO21                             -> spi (spi mosi_pin)
 #   GPIO33                             -> display_tft (display mipi_spi dc_pin)
 #   GPIO34                             -> display_tft (display mipi_spi reset_pin)
 #   GPIO38                             -> i2c_main (i2c sda)
 #   GPIO39                             -> i2c_main (i2c scl)
 #   GPIO41                             -> Button (binary_sensor gpio) (inverted)
 # I2C:
 #   0x21  pcf8574_hub (pcf8574)
 #   0x26  m5stack_relay_1 (m5stack_4relay)
 #   0x3C  lcd (display ssd1306_i2c)
 substitutions:
  device: atoms3
  name: AtomS3
@@ -1,4 +1,12 @@
 ---
 # Hardware: Sonoff Dual R2
 # Pinout:
 #   GPIO0   Pin "button 0" on expansion header
 #   GPIO5   Relay #2 and green color on LED -> relay_2 (output gpio)
 #   GPIO9   Pin "button 1" on expansion header
 #   GPIO10  Push Button
 #   GPIO12  Relay #1 and red color on LED -> relay_1 (output gpio)
 #   GPIO13  Blue Status LED            -> status_led (status_led) (inverted)
 substitutions:
  device: basement-2
  name_short: Basement
@@ -18,14 +26,6 @@ esp8266:
 packages:
  common: !include common/common_esp8266.yaml
 # Sonoff Dual R2
 # GPIO10	Push Button
 # GPIO00	Pin "button 0" on expansion header
 # GPIO09	Pin "button 1" on expansion header
 # GPIO12	Relay #1 and red color on LED
 # GPIO05	Relay #2 and green color on LED
 # GPIO13	Blue Status LED
 status_led:
  pin:
    number: 13
@@ -1,4 +1,12 @@
 ---
 # Hardware: Sonoff Dual R2
 # Pinout:
 #   GPIO0   Pin "button 0" on expansion header -> Light Switch (binary_sensor gpio) (inverted)
 #   GPIO5   Relay #2 and green color on LED -> Socket 1 (switch gpio)
 #   GPIO9   Pin "button 1" on expansion header -> Door (binary_sensor gpio) (inverted)
 #   GPIO10  Push Button                -> Socket 1 Switch (binary_sensor gpio) (inverted)
 #   GPIO12  Relay #1 and red color on LED -> Sewage Treatment Aerator Pump [relay_1] (switch gpio)
 #   GPIO13  Blue Status LED            -> status_led (status_led) (inverted)
 substitutions:
  device: basement
  name: Basement
@@ -17,15 +25,6 @@ esp8266:
 packages:
  common: !include common/common_esp8266.yaml
 # Sonoff Dual R2
 # Pin 	  Function
 # GPIO10	Push Button
 # GPIO00	Pin "button 0" on expansion header
 # GPIO09	Pin "button 1" on expansion header
 # GPIO12	Relay #1 and red color on LED
 # GPIO05	Relay #2 and green color on LED
 # GPIO13	Blue Status LED
 globals:
  - id: aerator_auto
    type: bool
@@ -1,4 +1,23 @@
 ---
 # Hardware: Xiaomi Mi Bedside Lamp 2 (ESP-WROOM-32D, single core; RGBW LEDs)
 # Pinout (github.com/mmakaay/esphome-xiaomi_bslamp2, doc/technical_details.md):
 #   GPIO1   Debug pad TX
 #   GPIO2   Debug pad, free I/O
 #   GPIO3   Debug pad RX
 #   GPIO4   LEDs master switch 2
 #   GPIO5   LEDs blue PWM
 #   GPIO12  LEDs white PWM
 #   GPIO13  LEDs red PWM
 #   GPIO14  LEDs green PWM
 #   GPIO16  Front panel interrupt
 #   GPIO17  EEPROM I2C SDA
 #   GPIO18  EEPROM I2C SCL
 #   GPIO19  Front panel I2C SCL        -> front_panel_i2c (i2c scl)
 #   GPIO21  Front panel I2C SDA        -> front_panel_i2c (i2c sda)
 #   GPIO33  LEDs master switch 1
 # I2C:
 #   0x10  EEPROM-like IC on its own bus (GPIO17/18), not configured
 #   0x2C  Front panel
 substitutions:
  device: bedroom-lamp-left
  name: Bedroom Lamp Left
@@ -33,14 +52,6 @@ external_components:
 packages:
  common: !include common/common.yaml
 # Mi Desk Lamp
 # Pin 	  Function (Name)
 # GPIO02: Button (GPIO_KEY1)
 # GPIO04: Cold White (GPIO_PWM1)
 # GPIO05: Warm White (GPIO_PWM2)
 # GPIO12: Rotary switch A pin (GPIO_ROT_A)
 # GPIO13: Rotary switch B pin (GPIO_ROT_B)
 # ------------------------------------------------------------------------
 # Behavior: default
 #
@@ -1,4 +1,23 @@
 ---
 # Hardware: Xiaomi Mi Bedside Lamp 2 (ESP-WROOM-32D, single core; RGBW LEDs)
 # Pinout (github.com/mmakaay/esphome-xiaomi_bslamp2, doc/technical_details.md):
 #   GPIO1   Debug pad TX
 #   GPIO2   Debug pad, free I/O
 #   GPIO3   Debug pad RX
 #   GPIO4   LEDs master switch 2
 #   GPIO5   LEDs blue PWM
 #   GPIO12  LEDs white PWM
 #   GPIO13  LEDs red PWM
 #   GPIO14  LEDs green PWM
 #   GPIO16  Front panel interrupt
 #   GPIO17  EEPROM I2C SDA
 #   GPIO18  EEPROM I2C SCL
 #   GPIO19  Front panel I2C SCL        -> front_panel_i2c (i2c scl)
 #   GPIO21  Front panel I2C SDA        -> front_panel_i2c (i2c sda)
 #   GPIO33  LEDs master switch 1
 # I2C:
 #   0x10  EEPROM-like IC on its own bus (GPIO17/18), not configured
 #   0x2C  Front panel
 substitutions:
  device: bedroom-lamp-right
  name: Bedroom Lamp Right
@@ -33,14 +52,6 @@ external_components:
 packages:
  common: !include common/common.yaml
 # Mi Desk Lamp
 # Pin 	  Function (Name)
 # GPIO02: Button (GPIO_KEY1)
 # GPIO04: Cold White (GPIO_PWM1)
 # GPIO05: Warm White (GPIO_PWM2)
 # GPIO12: Rotary switch A pin (GPIO_ROT_A)
 # GPIO13: Rotary switch B pin (GPIO_ROT_B)
 # ------------------------------------------------------------------------
 # Behavior: default
 #
@@ -1,4 +1,7 @@
 ---
 # Hardware: Espressif ESP32-C6-DevKitC-1
 # Pinout:
 #   GPIO8                              -> LED (light esp32_rmt_led_strip)
 substitutions:
  device: c6-test-1
  name: C6 TEST 1
@@ -1,4 +1,7 @@
 ---
 # Hardware: Espressif ESP32-C6-DevKitC-1
 # Pinout:
 #   GPIO8                              -> LED (light esp32_rmt_led_strip)
 substitutions:
  device: c6-test-2
  name: C6 TEST 2
@@ -1,4 +1,21 @@
 ---
 # Hardware: ESP32-CAM (AI-Thinker style, runs hot)
 # Pinout:
 #   GPIO0                              -> Camera (esp32_camera)
 #   GPIO5                              -> Camera (esp32_camera data_pins)
 #   GPIO18                             -> Camera (esp32_camera data_pins)
 #   GPIO19                             -> Camera (esp32_camera data_pins)
 #   GPIO21                             -> Camera (esp32_camera data_pins)
 #   GPIO22                             -> Camera (esp32_camera pixel_clock_pin)
 #   GPIO23                             -> Camera (esp32_camera href_pin)
 #   GPIO25                             -> Camera (esp32_camera vsync_pin)
 #   GPIO26                             -> i2c_bus (i2c sda)
 #   GPIO27                             -> i2c_bus (i2c scl)
 #   GPIO32                             -> Enable (switch gpio)
 #   GPIO34                             -> Camera (esp32_camera data_pins)
 #   GPIO35                             -> Camera (esp32_camera data_pins)
 #   GPIO36                             -> Camera (esp32_camera data_pins)
 #   GPIO39                             -> Camera (esp32_camera data_pins)
 substitutions:
  device: cam-1
  name: Cam 1
@@ -1,4 +1,10 @@
 ---
 # Hardware: ESP32 DevKit
 # Pinout:
 #   GPIO0                              -> Boot (binary_sensor gpio) (inverted)
 #   GPIO2                              -> LED (switch gpio)
 #   GPIO22                             -> can_bus (canbus esp32_can rx_pin)
 #   GPIO23                             -> can_bus (canbus esp32_can tx_pin)
 substitutions:
  device: can-node-1
  name: CAN Node 1
@@ -1,4 +1,13 @@
 ---
 # Hardware: ESP32 DevKit
 # Pinout:
 #   GPIO17                             -> i2c (i2c sda)
 #   GPIO18                             -> i2c (i2c scl)
 #   GPIO19                             -> as3935_i2c (as3935_i2c irq_pin)
 #   GPIO22                             -> can_bus (canbus esp32_can rx_pin)
 #   GPIO23                             -> can_bus (canbus esp32_can tx_pin)
 # I2C:
 #   0x03  as3935_i2c (as3935_i2c)
 substitutions:
  device: can-node-2
  name: CAN Node 2
@@ -1,4 +1,13 @@
 ---
 # Hardware: M5Stack M5Stamp Pico
 # Pinout:
 #   GPIO22                             -> uart_distance (uart rx_pin)
 #   GPIO25                             -> uart_distance (uart tx_pin)
 #   GPIO26                             -> hdmi_cec (hdmi_cec)
 #   GPIO27                             -> LED (light esp32_rmt_led_strip)
 #   GPIO32  Grove SDA                  -> i2c (i2c sda)
 #   GPIO33  Grove SCL                  -> i2c (i2c scl)
 #   GPIO39                             -> Bedroom TV Button (binary_sensor gpio) (inverted)
 substitutions:
  device: cec-bedroom
  name: Bedroom TV
@@ -1,4 +1,18 @@
 ---
 # Hardware: M5Stack M5Stamp C3
 # Pinout:
 #   GPIO0   I2C SCL
 #   GPIO1   I2C SDA, BUTTON
 #   GPIO2   RGB
 #   GPIO4   DISPLAY CLOCK              -> tm1637_display (display tm1637 clk_pin)
 #   GPIO5   DISPLAY DIO                -> tm1637_display (display tm1637 dio_pin)
 #   GPIO6   GPIO
 #   GPIO7   GPIO
 #   GPIO8   GPIO
 #   GPIO9   GPIO (BUZZER?)             -> rtttl_out (output ledc)
 #   GPIO10  GPIO
 #   GPIO20  UART RX
 #   GPIO21  UART TX
 substitutions:
  device: clock-1
  name: Clock 1
@@ -25,21 +39,6 @@ packages:
  common: !include common/common.yaml
  ipv6_only: !include common/ipv6_only.yaml
 # GPIO21  UART TX
 # GPIO20  UART RX
 # GPIO0   I2C SCL
 # GPIO1   I2C SDA
 # GPIO2   RGB
 # GPIO1   BUTTON
 # GPIO4   DISPLAY CLOCK
 # GPIO5   DISPLAY DIO
 # GPIO6   GPIO
 # GPIO7   GPIO
 # GPIO8   GPIO
 # GPIO10   GPIO
 #
 # GPIO9   GPIO (BUZZER?)
 # https://github.com/granadaxronos/120-SONG_NOKIA_RTTTL_RINGTONE_PLAYER_FOR_ARDUINO_UNO/blob/master/RTTTL_PLAYER/songs.h
 api:
  actions:
@@ -1,4 +1,13 @@
 ---
 # Hardware: M5Stack M5Stamp Pico
 # Pinout:
 #   GPIO25                             -> rtttl_out (output ledc)
 #   GPIO27                             -> LED (light esp32_rmt_led_strip)
 #   GPIO32  Grove SDA                  -> i2c_main (i2c sda)
 #   GPIO33  Grove SCL                  -> i2c_main (i2c scl)
 #   GPIO39                             -> Button (binary_sensor gpio) (inverted)
 # I2C:
 #   0x24  tm1650_display (display tm1650)
 substitutions:
  device: clock-living-room
  name: Living room Clock
@@ -1,4 +1,11 @@
 ---
 # Hardware: Xiaomi Mi Desk Lamp, brain transplant: M5Stack M5Stamp Pico (originally ESP8266)
 # Pinout:
 #   GPIO18  Warm White (GPIO_PWM2)     -> warm_white (output ledc)
 #   GPIO19  Cold White (GPIO_PWM1)     -> cold_white (output ledc)
 #   GPIO21  Rotary switch A pin (GPIO_ROT_A) -> rotary (sensor rotary_encoder pin_a)
 #   GPIO26  Rotary switch B pin (GPIO_ROT_B) -> rotary (sensor rotary_encoder pin_b)
 #   GPIO36  Button (GPIO_KEY1)         -> rotary_button (binary_sensor gpio) (inverted)
 substitutions:
  device: desk-lamp
  name: Desk Lamp
@@ -21,14 +28,6 @@ packages:
  common: !include common/common.yaml
  ipv6_only: !include common/ipv6_only.yaml
 # Mi Desk Lamp
 # Pin 	  Function (Name)
 # GPIO18: Warm White (GPIO_PWM2)
 # GPIO19: Cold White (GPIO_PWM1)
 # GPIO21: Rotary switch A pin (GPIO_ROT_A)
 # GPIO26: Rotary switch B pin (GPIO_ROT_B)
 # GPIO36: Button (GPIO_KEY1)
 binary_sensor:
  - platform: gpio
@@ -1,4 +1,11 @@
 ---
 # Hardware: M5Stack M5Stamp Pico
 # Pinout:
 #   GPIO22                             -> dimmer1 (output ac_dimmer gate_pin)
 #   GPIO25                             -> dimmer1 (output ac_dimmer zero_cross_pin) (inverted)
 #   GPIO27                             -> LED (light esp32_rmt_led_strip)
 #   GPIO32  Grove SDA
 #   GPIO33  Grove SCL
 substitutions:
  device: dimmer
  name: Dimmer
@@ -1,4 +1,14 @@
 ---
 # Hardware: M5Stack ATOM Echo
 # Pinout:
 #   GPIO19                             -> speaker_bus (i2s_audio i2s_bclk_pin)
 #   GPIO22                             -> speaker_id (speaker i2s_audio i2s_dout_pin)
 #   GPIO23                             -> echo_microphone (microphone i2s_audio i2s_din_pin)
 #   GPIO26  Grove SDA
 #   GPIO27                             -> LED (light esp32_rmt_led_strip)
 #   GPIO32  Grove SCL
 #   GPIO33                             -> speaker_bus (i2s_audio i2s_lrclk_pin)
 #   GPIO39                             -> Button (binary_sensor gpio) (inverted)
 substitutions:
  device: echo-1
  name: Echo 1
@@ -19,6 +29,7 @@ esp32:
 packages:
  common: !include common/common.yaml
  ipv6_only: !include common/ipv6_only.yaml
 external_components:
  # speaker media player: skip a failed playlist item (esphome#19862), drop once merged
@@ -1,4 +1,16 @@
 ---
 # Hardware: Xiaomi Mijia Gateway, brain transplant: M5Stack ATOM Echo (kept the speaker, LEDs and PSU)
 # Pinout:
 #   GPIO12                             -> Button (binary_sensor gpio) (inverted)
 #   GPIO19                             -> speaker_bus (i2s_audio i2s_bclk_pin)
 #   GPIO21  Gateway LED ring red       -> led_red (output ledc)
 #   GPIO22                             -> speaker_id (speaker i2s_audio i2s_dout_pin)
 #   GPIO23  Gateway LED ring blue      -> led_blue (output ledc)
 #   GPIO25  Gateway LED ring green     -> led_green (output ledc)
 #   GPIO26  Grove SDA                  -> i2c (i2c sda)
 #   GPIO27  ATOM onboard RGB LED (inside, not visible)
 #   GPIO32  Grove SCL                  -> i2c (i2c scl)
 #   GPIO33                             -> speaker_bus (i2s_audio i2s_lrclk_pin)
 substitutions:
  device: echo
  name: Echo
@@ -20,6 +32,11 @@ esp32:
 packages:
  common: !include common/common.yaml
  ipv6_only: !include common/ipv6_only.yaml
  status_led: !include
    file: common/status_led.yaml
    vars:
      light_id: led_light
 external_components:
  # speaker media player: skip a failed playlist item (esphome#19862), drop once merged
@@ -77,11 +94,6 @@ light:
    red: led_red
    green: led_green
    blue: led_blue
  - platform: status_led
    id: led_status
    pin:
      number: 23
      allow_other_uses: true
 output:
  - platform: ledc
@@ -92,9 +104,7 @@ output:
    pin: 25
  - platform: ledc
    id: led_blue
-    pin:
+    pin: 23
      number: 23
      allow_other_uses: true
 i2s_audio:
  - id: speaker_bus
@@ -1,4 +1,22 @@
 ---
 # Hardware: M5Stack M5Stamp C3
 # Pinout:
 #   GPIO0   I2C SCL                    -> i2c_grove (i2c scl)
 #   GPIO1   I2C SDA, BUTTON            -> i2c_grove (i2c sda)
 #   GPIO2   RGB
 #   GPIO4   GPIO
 #   GPIO5   GPIO
 #   GPIO6   GPIO
 #   GPIO7   GPIO
 #   GPIO8   GPIO
 #   GPIO9   GPIO
 #   GPIO10  GPIO
 #   GPIO18  UART RX                    -> uart_hdmi_switch (uart rx_pin)
 #   GPIO19  UART TX                    -> uart_hdmi_switch (uart tx_pin)
 #   GPIO20  UART RX, LOGGER            -> uart_log (uart rx_pin)
 #   GPIO21  UART TX, LOGGER            -> uart_log (uart tx_pin)
 # I2C:
 #   0x20  pcf8574_hub (pcf8574)
 substitutions:
  device: eworkbench
  name: Electronics Workbench
@@ -22,23 +40,6 @@ esp32:
 packages:
  common: !include common/common.yaml
 # GPIO20  UART RX, LOGGER
 # GPIO21  UART TX, LOGGER
 # GPIO9   GPIO
 #
 # GPIO0   I2C SCL
 # GPIO1   I2C SDA
 # GPIO2   RGB
 # GPIO1   BUTTON
 # GPIO4   GPIO
 # GPIO5   GPIO
 # GPIO6   GPIO
 # GPIO7   GPIO
 # GPIO8   GPIO
 # GPIO10   GPIO
 # GPIO18   UART RX
 # GPIO19   UART TX
 i2c:
  - id: i2c_grove
    sda: 1
@@ -1,4 +1,22 @@
 ---
 # Hardware: M5Stack ATOM Lite + ATOM Hub Switch
 # Pinout:
 #   GPIO1   UART0 TX
 #   GPIO3   UART0 RX
 #   GPIO12  IR
 #   GPIO19  Relay2
 #   GPIO21  I2C1 SCL                   -> i2c (i2c scl)
 #   GPIO22  Relay1
 #   GPIO23  RS485 Tx
 #   GPIO25  I2C1 SDA - red             -> i2c (i2c sda)
 #   GPIO26  I2C0 SDA - white
 #   GPIO27  NEO 1x
 #   GPIO32  I2C0 SCL
 #   GPIO33  RS485 Rx
 #   GPIO39  BUTTON                     -> Status Button (binary_sensor gpio)
 # I2C:
 #   0x18  one_wire_bus (one_wire ds2482)
 #   0x27  pca9554_module (pca9554)
 substitutions:
  device: fireplace
  name: Heating Fireplace
@@ -30,21 +48,6 @@ packages:
  ipv6_only: !include common/ipv6_only.yaml
 # PINOUTS: M5ATOM+Atom Hub Switch
 # IR        G12
 # NEO       G27 1x
 # BUTTON    G39
 # I2C0 SDA  G26 - white
 # I2C0 SCL  G32
 # I2C1 SDA  G25 - red
 # I2C1 SCL  G21
 # UART0 RX  G3
 # UART0 TX  G1
 # RS485 Rx  G33
 # RS485 Tx  G23
 # Relay1    G22
 # Relay2    G19
 i2c:
  # - id: i2c0
  #   sda: 26
@@ -1,4 +1,19 @@
 ---
 # Hardware: M5Stack ATOM Lite + ATOM Hub Switch
 # Pinout:
 #   GPIO1   UART0 TX
 #   GPIO3   UART0 RX
 #   GPIO12  IR
 #   GPIO19  RELAY-2                    -> relay_2 (output gpio)
 #   GPIO21  I2C1 SCL
 #   GPIO22  RELAY-1                    -> relay_1 (output gpio)
 #   GPIO23  RS485 TX
 #   GPIO25  I2C1 SDA red
 #   GPIO26  I2C0 SDA white
 #   GPIO27  NEO
 #   GPIO32  I2C0 SCL                   -> gate_ogi_state (binary_sensor gpio) (inverted); gate_ogi_blink (binary_sensor gpio) (inverted)
 #   GPIO33  RS485 RX
 #   GPIO39  BUTTON
 substitutions:
  device: gate
  name: Gate
@@ -21,21 +36,6 @@ packages:
  common: !include common/common.yaml
  ipv6_only: !include common/ipv6_only.yaml
 # PINOUTS: M5ATOM
 # IR        G12
 # NEO       G27
 # BUTTON    G39
 # I2C0 SDA  G26 white
 # I2C0 SCL  G32
 # I2C1 SDA  G25 red
 # I2C1 SCL  G21
 # UART0 RX  G3
 # UART0 TX  G1
 # RS485 RX  G33
 # RS485 TX  G23
 # RELAY-1   G22
 # RELAY-2   G19
 button:
  - platform: output
    name: Open
@@ -1,4 +1,31 @@
 ---
 # Hardware: Olimex ESP32-POE-ISO
 # Pinout:
 #   # UEXT
 #       3V3    1 2   GND
 #     GPIO4    3 4   GPIO36  U1TXD/U1RXD
 #    GPIO16    5 6   GPIO13  I2C-SCL/I2C-SDA
 #    GPIO15    7 8   GPIO2   HS2_CMD/HS2_DATA0
 #    GPIO14    9 10  GPIO5   HS2_CLK/SPI_CS
 #
 #    SD/MMC; shared with UEXT, no CS!!!
 #    GPIO15  HS2_CMD
 #    GPIO14  HS2_CLK
 #    GPIO2   HS2_DATA0
 #
 #    GPIO34  BUT1
 #    GPIO35  Battery Measurment ADC
 #    GPIO39  Ext Power Sense ADC
 # Used:
 #   GPIO4   uart_modbus (uart tx_pin)
 #   GPIO12  ethernet (ethernet power_pin)
 #   GPIO13  i2c (i2c sda)
 #   GPIO16  i2c (i2c scl)
 #   GPIO17  ethernet (ethernet)
 #   GPIO18  ethernet (ethernet mdio_pin)
 #   GPIO23  ethernet (ethernet mdc_pin)
 #   GPIO34  user_button (binary_sensor gpio) (inverted)
 #   GPIO36  uart_modbus (uart rx_pin)
 substitutions:
  device: gateway
  name: Gateway
@@ -33,22 +60,6 @@ packages:
  # common: !include common/common.yaml
  common_eth: !include common/common_eth.yaml
 ## UEXT
 #    3V3    1 2   GND
 #  GPIO4    3 4   GPIO36  U1TXD/U1RXD
 # GPIO16    5 6   GPIO13  I2C-SCL/I2C-SDA
 # GPIO15    7 8   GPIO2   HS2_CMD/HS2_DATA0
 # GPIO14    9 10  GPIO5   HS2_CLK/SPI_CS
 #
 # SD/MMC; shared with UEXT, no CS!!!
 # GPIO15  HS2_CMD
 # GPIO14  HS2_CLK
 # GPIO2   HS2_DATA0
 # GPIO34  BUT1
 # GPIO35  Battery Measurment ADC
 # GPIO39  Ext Power Sense ADC
 i2c:
  sda: 13
  scl: 16
@@ -1,4 +1,22 @@
 ---
 # Hardware: M5Stack ATOM Lite + ATOM Hub Switch
 # Pinout:
 #   GPIO1   UART0 TX
 #   GPIO3   UART0 RX
 #   GPIO12  IR
 #   GPIO19  NC                         -> Demand [heating_demand] (switch gpio)
 #   GPIO21  I2C1 SCL                   -> i2c (i2c scl)
 #   GPIO22  1-WIRE                     -> Demand [hot_water_demand] (switch gpio)
 #   GPIO23  UART1 RX                   -> uart_modbus (uart rx_pin)
 #   GPIO25  I2C1 SDA                   -> i2c (i2c sda)
 #   GPIO26  I2C0 SDA
 #   GPIO27  NEO
 #   GPIO32  I2C0 SCL
 #   GPIO33  UART1 TX                   -> uart_modbus (uart tx_pin)
 #   GPIO39  BUTTON
 # I2C:
 #   0x18  one_wire_bus (one_wire ds2482)
 #   0x27  pca9554_module (pca9554)
 substitutions:
  device: heater
  name: Heater
@@ -39,21 +57,6 @@ packages:
  common: !include common/common.yaml
  ipv6_only: !include common/ipv6_only.yaml
 # PINOUTS: M5ATOM
 # IR        G12
 # NEO       G27
 # BUTTON    G39
 # I2C0 SDA  G26
 # I2C0 SCL  G32
 # I2C1 SDA  G25
 # I2C1 SCL  G21
 # UART0 RX  G3
 # UART0 TX  G1
 # UART1 RX  G23
 # UART1 TX  G33
 # 1-WIRE    G22
 # NC        G19
 #logger:
 #  level: VERBOSE
 #  logs:
@@ -1,4 +1,21 @@
 ---
 # Hardware: M5Stack ATOM Lite + ATOM Hub Switch
 # Pinout:
 #   GPIO1   UART0 TX
 #   GPIO3   UART0 RX
 #   GPIO12  IR
 #   GPIO19  Relay2
 #   GPIO21  I2C1 SCL                   -> i2c (i2c scl)
 #   GPIO22  Relay1                     -> power_supply1 (power_supply)
 #   GPIO23  RS485 Tx
 #   GPIO25  I2C1 SDA - red             -> i2c (i2c sda)
 #   GPIO26  I2C0 SDA - white
 #   GPIO27  NEO 1x
 #   GPIO32  I2C0 SCL
 #   GPIO33  RS485 Rx
 #   GPIO39  BUTTON                     -> Status Button (binary_sensor gpio)
 # I2C:
 #   0x40  pca9685_hub1 (pca9685)
 substitutions:
  device: kitchen
  name: Kitchen
@@ -41,21 +58,6 @@ packages:
 api:
  reboot_timeout: 300s
 # PINOUTS: M5ATOM+Atom Hub Switch
 # IR        G12
 # NEO       G27 1x
 # BUTTON    G39
 # I2C0 SDA  G26 - white
 # I2C0 SCL  G32
 # I2C1 SDA  G25 - red
 # I2C1 SCL  G21
 # UART0 RX  G3
 # UART0 TX  G1
 # RS485 Rx  G33
 # RS485 Tx  G23
 # Relay1    G22
 # Relay2    G19
 i2c:
  # - id: i2c0
  #   sda: 26
@@ -1,4 +1,14 @@
 ---
 # Hardware: M5Stack M5Stamp Pico
 # Pinout:
 #   GPIO22                             -> i2c (i2c scl)
 #   GPIO25                             -> i2c (i2c sda)
 #   GPIO26                             -> as3935_i2c (as3935_i2c irq_pin)
 #   GPIO27                             -> neo (light esp32_rmt_led_strip)
 #   GPIO32  Grove SDA
 #   GPIO33  Grove SCL
 # I2C:
 #   0x03  as3935_i2c (as3935_i2c)
 substitutions:
  device: lightening
  name: Lightening detector
@@ -1,4 +1,51 @@
 ---
 # Hardware: Guition ESP32-S3-4848S040
 # Pinout:
 #   # Display (RGB, pins in the mipi_rgb model)
 #    CS        39
 #    SCK       48  ST7701S init (3-wire SPI)
 #    SDA       47
 #    DE        18
 #    HSYNC     16
 #    VSYNC     17
 #    PCLK      21
 #    BL        38
 #   # Capacitive Touch (GT911)
 #    TP_SDA    19
 #    TP_SCL    45
 #   # Relays (86 box variant)
 #    RELAY1    40
 #    RELAY2     2
 #    RELAY3     1
 # Used:
 #   GPIO0   main_display (display mipi_rgb data_pins.red)
 #   GPIO3   main_display (display mipi_rgb data_pins.green)
 #   GPIO4   main_display (display mipi_rgb data_pins.blue)
 #   GPIO5   main_display (display mipi_rgb data_pins.blue)
 #   GPIO6   main_display (display mipi_rgb data_pins.blue)
 #   GPIO7   main_display (display mipi_rgb data_pins.blue)
 #   GPIO8   main_display (display mipi_rgb data_pins.green)
 #   GPIO9   main_display (display mipi_rgb data_pins.green)
 #   GPIO10  main_display (display mipi_rgb data_pins.green)
 #   GPIO11  main_display (display mipi_rgb data_pins.red)
 #   GPIO12  main_display (display mipi_rgb data_pins.red)
 #   GPIO13  main_display (display mipi_rgb data_pins.red)
 #   GPIO14  main_display (display mipi_rgb data_pins.red)
 #   GPIO15  main_display (display mipi_rgb data_pins.blue)
 #   GPIO16  main_display (display mipi_rgb hsync_pin)
 #   GPIO17  main_display (display mipi_rgb vsync_pin)
 #   GPIO18  main_display (display mipi_rgb de_pin)
 #   GPIO19  i2c_main (i2c sda)
 #   GPIO20  main_display (display mipi_rgb data_pins.green)
 #   GPIO21  main_display (display mipi_rgb pclk_pin)
 #   GPIO38  gpio_backlight_pwm (output ledc)
 #   GPIO39  main_display (display mipi_rgb cs_pin)
 #   GPIO45  i2c_main (i2c scl)
 #   GPIO46  main_display (display mipi_rgb data_pins.green)
 #   GPIO47  lcd_spi (spi mosi_pin)
 #   GPIO48  lcd_spi (spi clk_pin)
 # I2C:
 #   0x5D  main_touch (touchscreen gt911)
 substitutions:
  device: lvgl-4848s040
  name: LVGL 4848S040
@@ -35,24 +82,6 @@ packages:
  common: !include common/common.yaml
  ipv6_only: !include common/ipv6_only.yaml
 # PINOUTS: Guition ESP32-S3-4848S040, 4", 480x480, ST7701S, capacitive
 ## Display (RGB, pins in the mipi_rgb model)
 # CS        39
 # SCK       48  ST7701S init (3-wire SPI)
 # SDA       47
 # DE        18
 # HSYNC     16
 # VSYNC     17
 # PCLK      21
 # BL        38
 ## Capacitive Touch (GT911)
 # TP_SDA    19
 # TP_SCL    45
 ## Relays (86 box variant)
 # RELAY1    40
 # RELAY2     2
 # RELAY3     1
 api:
  # status page until Home Assistant connects (log viewers don't subscribe to states)
  on_client_connected:
@@ -1,4 +1,17 @@
 ---
 # Hardware: Guition JC3248W535
 # Pinout:
 #   GPIO1                              -> main_backlight (power_supply)
 #   GPIO4                              -> touchscreen_bus (i2c sda)
 #   GPIO8                              -> touchscreen_bus (i2c scl)
 #   GPIO21                             -> display_qspi (spi data_pins)
 #   GPIO39                             -> display_qspi (spi data_pins)
 #   GPIO40                             -> display_qspi (spi data_pins)
 #   GPIO45                             -> main_display (display mipi_spi cs_pin)
 #   GPIO47                             -> display_qspi (spi clk_pin)
 #   GPIO48                             -> display_qspi (spi data_pins)
 # I2C:
 #   0x3B  main_touch (touchscreen axs15231)
 substitutions:
  device: lvgl-eworkbench
  name: Electronics Workbench Display
@@ -1,4 +1,19 @@
 ---
 # Hardware: Guition JC3248W535
 # Pinout:
 #   GPIO1                              -> gpio_backlight_pwm (output ledc)
 #   GPIO4                              -> touchscreen_bus (i2c sda)
 #   GPIO8                              -> touchscreen_bus (i2c scl)
 #   GPIO21                             -> display_qspi (spi data_pins)
 #   GPIO39                             -> display_qspi (spi data_pins)
 #   GPIO40                             -> display_qspi (spi data_pins)
 #   GPIO43                             -> ext_uart (uart tx_pin)
 #   GPIO44                             -> ext_uart (uart rx_pin)
 #   GPIO45                             -> main_display (display mipi_spi cs_pin)
 #   GPIO47                             -> display_qspi (spi clk_pin)
 #   GPIO48                             -> display_qspi (spi data_pins)
 # I2C:
 #   0x3B  main_touch (touchscreen axs15231)
 substitutions:
  device: lvgl-trainer
  name: Trainer Display
@@ -1,4 +1,88 @@
 ---
 # Hardware: Sunton ESP32-8048S043 (CYD 4.3", 800x480, capacitive touch)
 # Pinout:
 #   # Display
 #    R0        GND
 #    R1        GND
 #    R2        GND
 #    R3        45
 #    R4        48
 #    R5        47
 #    R6        21
 #    R7        14
 #    G0        GND
 #    G1        GND
 #    G2         5
 #    G3         6
 #    G4         7
 #    G5        15
 #    G6        16
 #    G7         4
 #    B0        GND
 #    B1        GND
 #    B2        GND
 #    B3         8
 #    B4         3
 #    B5        46
 #    B6         9
 #    B7         1
 #    DCLK      42
 #    HSYNC     39
 #    VSYNC     41
 #    DE        40
 #    BL         2
 #   # Capacitive Touch
 #    TP_INT
 #    TP_RST    38
 #    TP_SDA    19
 #    TP_SCL    20
 #   # SDCARD
 #    TF_CS     10
 #    SPI_MOSI  11
 #    SPI_CLK   12
 #    SPI_MISO  13
 #   # SPI Conector (HC1.25-4)
 #    SPI_CS    19
 #    SPI_MOSI  11
 #    SPI_CLK   12
 #    SPI_MISO  13
 #   # UART1 (SH1.0-4)
 #    1         GND
 #    2         3V3-ESP
 #    3         17
 #    4         18
 #   # UART1, USB Connector (Resistive) / I2C (Capacitive) (HC1.25-4)
 #    1         17
 #    2         18
 #    3         19  TP_SDA
 #    4         20  TP_SCL
 # Used:
 #   GPIO1   main_display (display mipi_rgb data_pins.blue)
 #   GPIO2   gpio_backlight_pwm (output ledc)
 #   GPIO3   main_display (display mipi_rgb data_pins.blue)
 #   GPIO4   main_display (display mipi_rgb data_pins.green)
 #   GPIO5   main_display (display mipi_rgb data_pins.green)
 #   GPIO6   main_display (display mipi_rgb data_pins.green)
 #   GPIO7   main_display (display mipi_rgb data_pins.green)
 #   GPIO8   main_display (display mipi_rgb data_pins.blue)
 #   GPIO9   main_display (display mipi_rgb data_pins.blue)
 #   GPIO14  main_display (display mipi_rgb data_pins.red)
 #   GPIO15  main_display (display mipi_rgb data_pins.green)
 #   GPIO16  main_display (display mipi_rgb data_pins.green)
 #   GPIO19  i2c_main (i2c sda)
 #   GPIO20  i2c_main (i2c scl)
 #   GPIO21  main_display (display mipi_rgb data_pins.red)
 #   GPIO38  main_touch (touchscreen gt911 reset_pin)
 #   GPIO39  main_display (display mipi_rgb hsync_pin)
 #   GPIO40  main_display (display mipi_rgb de_pin)
 #   GPIO41  main_display (display mipi_rgb vsync_pin)
 #   GPIO42  main_display (display mipi_rgb pclk_pin)
 #   GPIO45  main_display (display mipi_rgb data_pins.red)
 #   GPIO46  main_display (display mipi_rgb data_pins.blue)
 #   GPIO47  main_display (display mipi_rgb data_pins.red)
 #   GPIO48  main_display (display mipi_rgb data_pins.red)
 # I2C:
 #   0x5D  main_touch (touchscreen gt911)
 substitutions:
  device: lvgl
  name: LVGL
@@ -36,63 +120,6 @@ packages:
  common: !include common/common.yaml
  ipv6_only: !include common/ipv6_only.yaml
 # PINOUTS: ESP32 Cheap Yellow Display, 4.3", IPS, Capacitive
 ## Display
 # R0        GND
 # R1        GND
 # R2        GND
 # R3        45
 # R4        48
 # R5        47
 # R6        21
 # R7        14
 # G0        GND
 # G1        GND
 # G2         5
 # G3         6
 # G4         7
 # G5        15
 # G6        16
 # G7         4
 # B0        GND
 # B1        GND
 # B2        GND
 # B3         8
 # B4         3
 # B5        46
 # B6         9
 # B7         1
 # DCLK      42
 # HSYNC     39
 # VSYNC     41
 # DE        40
 # BL         2
 ## Capacitive Touch
 # TP_INT
 # TP_RST    38
 # TP_SDA    19
 # TP_SCL    20
 ## SDCARD
 # TF_CS     10
 # SPI_MOSI  11
 # SPI_CLK   12
 # SPI_MISO  13
 ## SPI Conector (HC1.25-4)
 # SPI_CS    19
 # SPI_MOSI  11
 # SPI_CLK   12
 # SPI_MISO  13
 ## UART1 (SH1.0-4)
 # 1         GND
 # 2         3V3-ESP
 # 3         17
 # 4         18
 ## UART1, USB Connector (Resistive) / I2C (Capacitive) (HC1.25-4)
 # 1         17
 # 2         18
 # 3         19  TP_SDA
 # 4         20  TP_SCL
 api:
  # status page until Home Assistant connects (log viewers don't subscribe to states)
  on_client_connected:
@@ -1,4 +1,25 @@
 ---
 # Hardware: M5Stack M5Paper
 # Pinout:
 #   GPIO2                              -> main_power (switch gpio)
 #   GPIO5                              -> ext_power (switch gpio)
 #   GPIO12                             -> spi (spi mosi_pin)
 #   GPIO13                             -> spi (spi miso_pin)
 #   GPIO14                             -> spi (spi clk_pin)
 #   GPIO15                             -> m5paper_display (display it8951 cs_pin)
 #   GPIO21                             -> i2c_main (i2c sda)
 #   GPIO22                             -> i2c_main (i2c scl)
 #   GPIO23                             -> m5paper_display (display it8951 reset_pin)
 #   GPIO27                             -> m5paper_display (display it8951 busy_pin)
 #   GPIO35                             -> Battery Voltage (sensor adc)
 #   GPIO36                             -> gt911_touchscreen (touchscreen gt911 interrupt_pin)
 #   GPIO37                             -> M5Paper Button UP (binary_sensor gpio) (inverted)
 #   GPIO38                             -> M5Paper Button Press (binary_sensor gpio) (inverted)
 #   GPIO39                             -> M5Paper Button Down (binary_sensor gpio) (inverted)
 # I2C:
 #   0x44  sensor sht3xd (sensor sht3xd)
 #   0x51  rtc_time (time bm8563)
 #   0x5D  gt911_touchscreen (touchscreen gt911)
 substitutions:
  device: m5paper
  name: M5Paper
@@ -1,4 +1,19 @@
 ---
 # Hardware: M5Stack ATOM Lite
 # Pinout:
 #   GPIO1   UART0 TX
 #   GPIO3   UART0 RX
 #   GPIO12  IR
 #   GPIO19  NC
 #   GPIO21  I2C1 SCL
 #   GPIO22  1-WIRE
 #   GPIO23  UART1 RX
 #   GPIO25  I2C1 SDA
 #   GPIO26  I2C0 SDA                   -> uart_modbus (uart rx_pin)
 #   GPIO27  NEO
 #   GPIO32  I2C0 SCL                   -> uart_modbus (uart tx_pin)
 #   GPIO33  UART1 TX
 #   GPIO39  BUTTON
 substitutions:
  device: mains-power
  name: Mains Power
@@ -28,21 +43,6 @@ packages:
  common: !include common/common.yaml
  ipv6_only: !include common/ipv6_only.yaml
 # PINOUTS: M5ATOM
 # IR        G12
 # NEO       G27
 # BUTTON    G39
 # I2C0 SDA  G26
 # I2C0 SCL  G32
 # I2C1 SDA  G25
 # I2C1 SCL  G21
 # UART0 RX  G3
 # UART0 TX  G1
 # UART1 RX  G23
 # UART1 TX  G33
 # 1-WIRE    G22
 # NC        G19
 modbus:
  uart_id: uart_modbus
@@ -1,4 +1,5 @@
 ---
 # Hardware: Nordic nRF52840 DK
 esphome:
  name: mcu-nrf-dk
  friendly_name: mcu-nrf-dk
@@ -1,4 +1,18 @@
 ---
 # Hardware: Sonoff NSPanel (EU)
 # Pinout:
 #   GPIO2   IO2
 #   GPIO4   Screen power                  -> Screen Power (switch gpio) (inverted)
 #   GPIO14  Left button                   -> Left Button (binary_sensor gpio) (inverted)
 #   GPIO16  Display UART TX               -> display_uart (uart tx_pin)
 #   GPIO17  Display UART RX               -> display_uart (uart rx_pin)
 #   GPIO19  Relay 2
 #   GPIO21  Buzzer                        -> buzzer_out (output ledc)
 #   GPIO22  Relay 1                       -> relay_1 (output gpio)
 #   GPIO23  Relay 3 (no relay, connector)
 #   GPIO27  Right button                  -> Right Button (binary_sensor gpio) (inverted)
 #   GPIO37  ALS (light sensor)
 #   GPIO38  NTC temperature (ADC)         -> ntc_source (sensor adc)
 substitutions:
  device: nspanel-bedroom
  name: Bedroom NSPanel
@@ -51,6 +65,13 @@ nspanel_lovelace:
      title: Kúrenie
      thermo_entity_id: climate.bt_trv_bedroom
    - type: cardEntities
      title: Info
      entities:
        - name: Zariadenie
          entity_id: button.bedroom_nspanel_info
          icon: information-outline
 binary_sensor:
  - platform: gpio
    name: Left Button
@@ -1,4 +1,18 @@
 ---
 # Hardware: Sonoff NSPanel (EU)
 # Pinout:
 #   GPIO2   IO2
 #   GPIO4   Screen power                  -> Screen Power (switch gpio) (inverted)
 #   GPIO14  Left button                   -> Left Button (binary_sensor gpio) (inverted)
 #   GPIO16  Display UART TX               -> display_uart (uart tx_pin)
 #   GPIO17  Display UART RX               -> display_uart (uart rx_pin)
 #   GPIO19  Relay 2                       -> Relay 2 (switch gpio)
 #   GPIO21  Buzzer                        -> buzzer_out (output ledc)
 #   GPIO22  Relay 1                       -> Relay 1 (switch gpio)
 #   GPIO23  Relay 3 (no relay, connector)
 #   GPIO27  Right button                  -> Right Button (binary_sensor gpio) (inverted)
 #   GPIO37  ALS (light sensor)
 #   GPIO38  NTC temperature (ADC)         -> ntc_source (sensor adc)
 substitutions:
  device: nspanel-dev
  name: NSPanel DEV
@@ -60,6 +74,7 @@ external_components:
 packages:
  common: !include common/common.yaml
  ipv6_only: !include common/ipv6_only.yaml
  nspanel_popup: !include common/nspanel_popup.yaml
  # common: !include common/common_dev.yaml
 # web_server:
@@ -441,6 +456,13 @@ nspanel_lovelace:
        - name: Rast trávy
          entity_id: automation.irrigation_grow_grass
    - type: cardEntities
      title: Info
      entities:
        - name: Zariadenie
          entity_id: button.nspanel_dev_info
          icon: information-outline
 binary_sensor:
  - platform: gpio
    name: Left Button
@@ -1,4 +1,18 @@
 ---
 # Hardware: Sonoff NSPanel (EU)
 # Pinout:
 #   GPIO2   IO2
 #   GPIO4   Screen power                  -> Screen Power (switch gpio) (inverted)
 #   GPIO14  Left button                   -> Left Button (binary_sensor gpio) (inverted)
 #   GPIO16  Display UART TX               -> display_uart (uart tx_pin)
 #   GPIO17  Display UART RX               -> display_uart (uart rx_pin)
 #   GPIO19  Relay 2                       -> Dining Table Light MAIN (switch gpio)
 #   GPIO21  Buzzer                        -> buzzer_out (output ledc)
 #   GPIO22  Relay 1                       -> Kitchen Worktop Light (switch gpio)
 #   GPIO23  Relay 3 (no relay, connector)
 #   GPIO27  Right button                  -> Right Button (binary_sensor gpio) (inverted)
 #   GPIO37  ALS (light sensor)
 #   GPIO38  NTC temperature (ADC)         -> ntc_source (sensor adc)
 substitutions:
  device: nspanel-fireplace
  name: Fireplace NSPanel
@@ -108,6 +122,13 @@ nspanel_lovelace:
        - name: Auto-zatváranie
          entity_id: switch.gate_auto_close
    - type: cardEntities
      title: Info
      entities:
        - name: Zariadenie
          entity_id: button.fireplace_nspanel_info
          icon: information-outline
 binary_sensor:
  - platform: gpio
    name: Left Button
@@ -1,4 +1,18 @@
 ---
 # Hardware: Sonoff NSPanel (EU)
 # Pinout:
 #   GPIO2   IO2
 #   GPIO4   Screen power                  -> Screen Power (switch gpio) (inverted)
 #   GPIO14  Left button                   -> Left Button (binary_sensor gpio) (inverted)
 #   GPIO16  Display UART TX               -> display_uart (uart tx_pin)
 #   GPIO17  Display UART RX               -> display_uart (uart rx_pin)
 #   GPIO19  Relay 2
 #   GPIO21  Buzzer                        -> buzzer_out (output ledc)
 #   GPIO22  Relay 1                       -> relay_1 (output gpio)
 #   GPIO23  Relay 3 (no relay, connector)
 #   GPIO27  Right button                  -> Right Button (binary_sensor gpio) (inverted)
 #   GPIO37  ALS (light sensor)
 #   GPIO38  NTC temperature (ADC)         -> ntc_source (sensor adc)
 substitutions:
  device: nspanel-office-j
  name: Office J NSPanel
@@ -61,6 +75,13 @@ nspanel_lovelace:
        - name: Auto-zatváranie
          entity_id: switch.gate_auto_close
    - type: cardEntities
      title: Info
      entities:
        - name: Zariadenie
          entity_id: button.office_j_nspanel_info
          icon: information-outline
 binary_sensor:
  - platform: gpio
    name: Left Button
@@ -1,4 +1,18 @@
 ---
 # Hardware: Sonoff NSPanel (EU)
 # Pinout:
 #   GPIO2   IO2
 #   GPIO4   Screen power                  -> Screen Power (switch gpio) (inverted)
 #   GPIO14  Left button                   -> Left Button (binary_sensor gpio) (inverted)
 #   GPIO16  Display UART TX               -> display_uart (uart tx_pin)
 #   GPIO17  Display UART RX               -> display_uart (uart rx_pin)
 #   GPIO19  Relay 2                       -> relay_2 (switch gpio)
 #   GPIO21  Buzzer                        -> buzzer_out (output ledc)
 #   GPIO22  Relay 1                       -> relay_1 (output gpio)
 #   GPIO23  Relay 3 (no relay, connector) -> Presence Light (light esp32_rmt_led_strip)
 #   GPIO27  Right button                  -> Right Button (binary_sensor gpio) (inverted)
 #   GPIO37  ALS (light sensor)
 #   GPIO38  NTC temperature (ADC)         -> ntc_source (sensor adc)
 substitutions:
  device: nspanel-office-r
  name: Office R NSPanel
@@ -82,6 +96,13 @@ nspanel_lovelace:
        - name: Auto-zatváranie
          entity_id: switch.gate_auto_close
    - type: cardEntities
      title: Info
      entities:
        - name: Zariadenie
          entity_id: button.office_r_nspanel_info
          icon: information-outline
 binary_sensor:
  - platform: gpio
    name: Left Button
@@ -1,4 +1,18 @@
 ---
 # Hardware: Sonoff NSPanel (EU)
 # Pinout:
 #   GPIO2   IO2
 #   GPIO4   Screen power                  -> Screen Power (switch gpio) (inverted)
 #   GPIO14  Left button                   -> Left Button (binary_sensor gpio) (inverted)
 #   GPIO16  Display UART TX               -> display_uart (uart tx_pin)
 #   GPIO17  Display UART RX               -> display_uart (uart rx_pin)
 #   GPIO19  Relay 2                       -> Light MAIN (switch gpio)
 #   GPIO21  Buzzer                        -> buzzer_out (output ledc)
 #   GPIO22  Relay 1                       -> Outside Light Back (switch gpio)
 #   GPIO23  Relay 3 (no relay, connector)
 #   GPIO27  Right button                  -> Right Button (binary_sensor gpio) (inverted)
 #   GPIO37  ALS (light sensor)
 #   GPIO38  NTC temperature (ADC)         -> ntc_source (sensor adc)
 substitutions:
  device: nspanel-patio
  name: Patio NSPanel
@@ -23,6 +37,7 @@ nspanel_lovelace:
  cards:
    - type: cardGrid
      title: Kuchyňa / Obývačka
      id: card_home
      entities:
        - name: Kuchyňa / Obývačka
          entity_id: light.kitchen
@@ -55,6 +70,7 @@ nspanel_lovelace:
    - type: cardGrid
      title: Von
      id: card_outside
      entities:
        - name: Terasa
          entity_id: light.patio_lights
@@ -137,6 +153,13 @@ nspanel_lovelace:
        - name: Rast trávy
          entity_id: automation.irrigation_grow_grass
    - type: cardEntities
      title: Info
      entities:
        - name: Zariadenie
          entity_id: button.patio_nspanel_info
          icon: information-outline
 binary_sensor:
  - platform: gpio
    name: Left Button
@@ -145,9 +168,7 @@ binary_sensor:
      inverted: true
    on_click:
      - switch.toggle: relay_1
-      - lambda: 'id(nspanel_id).render_default_page();'
+      - script.execute: show_outside_card
      - lambda: 'id(nspanel_id).render_next_page();'
      - lambda: 'id(nspanel_id).render_next_page();'
  - platform: gpio
    name: Right Button
@@ -166,9 +187,7 @@ binary_sensor:
              action: light.toggle
              data:
                entity_id: light.patio_lights
-          - lambda: 'id(nspanel_id).render_default_page();'
+          - script.execute: show_outside_card
          - lambda: 'id(nspanel_id).render_next_page();'
          - lambda: 'id(nspanel_id).render_next_page();'
        else:
          - switch.toggle: relay_2
@@ -190,3 +209,13 @@ switch:
    entity_category: config
    pin:
      number: 19
 script:
  # jump straight to the "Von" card (one render instead of home + next + next):
  # make it the default page for a moment, render it, restore the home card
  - id: show_outside_card
    then:
      - lambda: |-
          id(nspanel_id).set_default_page("card_outside");
          id(nspanel_id).render_default_page();
          id(nspanel_id).set_default_page("card_home");
@@ -1,4 +1,15 @@
 ---
 # Hardware: M5Stack M5Stamp C3
 # Pinout:
 #   GPIO0   I2C SDA
 #   GPIO1   I2C SCL
 #   GPIO2   NEO
 #   GPIO3   BUTTON
 #   GPIO4                              -> led_red (output ledc)
 #   GPIO5                              -> led_green (output ledc)
 #   GPIO6                              -> led_blue (output ledc)
 #   GPIO20  UART RX
 #   GPIO21  UART TX
 substitutions:
  device: office-r
  name: Office R
@@ -24,13 +35,6 @@ packages:
  common: !include common/common.yaml
  ipv6_only: !include common/ipv6_only.yaml
 # GPIO21   UART TX
 # GPIO20   UART RX
 # GPIO0   I2C SDA
 # GPIO1   I2C SCL
 # GPIO2  NEO
 # GPIO3  BUTTON
 light:
  - platform: rgb
    name: "MS Teams Presence Light"
@@ -1,4 +1,21 @@
 ---
 # Hardware: M5Stack ATOM Lite + ATOM Hub Switch
 # Pinout:
 #   GPIO1   UART0 TX
 #   GPIO3   UART0 RX
 #   GPIO12  IR
 #   GPIO19  Relay2                     -> Relay (switch gpio)
 #   GPIO21  I2C1 SCL                   -> i2c (i2c scl)
 #   GPIO22  Relay1                     -> power_supply1 (power_supply)
 #   GPIO23  RS485 Tx
 #   GPIO25  I2C1 SDA - red             -> i2c (i2c sda)
 #   GPIO26  I2C0 SDA - white
 #   GPIO27  NEO 1x
 #   GPIO32  I2C0 SCL
 #   GPIO33  RS485 Rx
 #   GPIO39  BUTTON                     -> Status Button (binary_sensor gpio)
 # I2C:
 #   0x40  pca9685_hub1 (pca9685)
 substitutions:
  device: patio
  name: Patio
@@ -40,21 +57,6 @@ packages:
  ipv6_only: !include common/ipv6_only.yaml
 # PINOUTS: M5ATOM+Atom Hub Switch
 # IR        G12
 # NEO       G27 1x
 # BUTTON    G39
 # I2C0 SDA  G26 - white
 # I2C0 SCL  G32
 # I2C1 SDA  G25 - red
 # I2C1 SCL  G21
 # UART0 RX  G3
 # UART0 TX  G1
 # RS485 Rx  G33
 # RS485 Tx  G23
 # Relay1    G22
 # Relay2    G19
 i2c:
  # - id: i2c0
  #   sda: 26
@@ -1,4 +1,16 @@
 ---
 # Hardware: Sonoff POW Elite
 # Pinout:
 #   GPIO0                              -> reset (binary_sensor gpio)
 #   GPIO2                              -> relay_on (switch gpio)
 #   GPIO4                              -> relay_off (switch gpio)
 #   GPIO5                              -> wifi_status_led (light status_led) (inverted)
 #   GPIO14                             -> tm1621_display (display tm1621 data_pin)
 #   GPIO16                             -> cse7766_uart (uart rx_pin)
 #   GPIO18                             -> led (output ledc) (inverted)
 #   GPIO25                             -> tm1621_display (display tm1621 cs_pin)
 #   GPIO26                             -> tm1621_display (display tm1621 read_pin)
 #   GPIO27                             -> tm1621_display (display tm1621 write_pin)
 substitutions:
  device: pow-dishwasher
  name: Dishwasher POW
@@ -1,4 +1,16 @@
 ---
 # Hardware: Sonoff POW Elite
 # Pinout:
 #   GPIO0                              -> reset (binary_sensor gpio)
 #   GPIO2                              -> relay_on (switch gpio)
 #   GPIO4                              -> relay_off (switch gpio)
 #   GPIO5                              -> wifi_status_led (light status_led) (inverted)
 #   GPIO14                             -> tm1621_display (display tm1621 data_pin)
 #   GPIO16                             -> cse7766_uart (uart rx_pin)
 #   GPIO18                             -> led (output ledc) (inverted)
 #   GPIO25                             -> tm1621_display (display tm1621 cs_pin)
 #   GPIO26                             -> tm1621_display (display tm1621 read_pin)
 #   GPIO27                             -> tm1621_display (display tm1621 write_pin)
 substitutions:
  device: pow-washer
  name: Washer POW
@@ -1,4 +1,14 @@
 ---
 # Hardware: M5Stack ATOM Lite
 # Pinout:
 #   GPIO19                             -> spi (spi mosi_pin)
 #   GPIO21                             -> rf_tx (remote_transmitter)
 #   GPIO22                             -> spi (spi miso_pin)
 #   GPIO23                             -> spi (spi clk_pin)
 #   GPIO25                             -> rf_rx (remote_receiver)
 #   GPIO26  Grove SDA
 #   GPIO32  Grove SCL
 #   GPIO33                             -> cc1101 (cc1101 cs_pin)
 substitutions:
  device: rf
  name: RF Bridge
@@ -1,4 +1,9 @@
 ---
 # Hardware: Sonoff RF Bridge (obsolete)
 # Pinout:
 #   GPIO4                              -> remote_receiver (remote_receiver)
 #   GPIO5                              -> remote_transmitter (remote_transmitter)
 #   GPIO13                             -> status_led (status_led) (inverted)
 substitutions:
  device: rf433
  name: RF433 Bridge
@@ -1,4 +1,16 @@
 ---
 # Hardware: M5Stack M5Stamp S3
 # Pinout:
 #   GPIO0   Button
 #   GPIO1   I2C SDA                    -> i2c_rfid (i2c sda)
 #   GPIO2   I2C SDA, Notify LED        -> i2c_rfid (i2c scl)
 #   GPIO3                              -> notify_led (light esp32_rmt_led_strip)
 #   GPIO4   Buzzer                     -> buzzer (output ledc)
 #   GPIO19  U-
 #   GPIO20  U+
 #   GPIO21  RGB                        -> status_led (light esp32_rmt_led_strip)
 # I2C:
 #   0x24  pn532_module (pn532_i2c)
 substitutions:
  device: rfid-reader
  name: RFID Reader
@@ -45,15 +57,6 @@ packages:
 # logger:
 #   hardware_uart: UART0
 # GPIO20  U+
 # GPIO19  U-
 # GPIO0   Button
 # GPIO1   I2C SDA
 # GPIO2   I2C SDA
 # GPIO2   Notify LED
 # GPIO4   Buzzer
 # GPIO21  RGB
 api:
  actions:
  - action: rfidreader_tag_ok
@@ -1,4 +1,14 @@
 ---
 # Hardware: M5Stack ATOM Lite + ATOM Hub Switch
 # Pinout:
 #   GPIO19                             -> Light (switch gpio)
 #   GPIO21                             -> i2c (i2c scl)
 #   GPIO22                             -> Garden Light (switch gpio)
 #   GPIO25                             -> i2c (i2c sda)
 #   GPIO26  Grove SDA
 #   GPIO32  Grove SCL
 # I2C:
 #   0x27  pca9554_module (pca9554)
 substitutions:
  device: shed
  name: Shed
@@ -1,4 +1,15 @@
 ---
 # Hardware: BlitzWolf BW-SHP2/SHP6
 # Pinout:
 #   GPIO0   GPIO_LED1_INV Red LED (inverted), Power Status -> led_red (output gpio)
 #   GPIO1   GPIO_USER RXD, Optional sensor
 #   GPIO2   GPIO_LEDLNK_INV Blue LED (inverted), Link Status -> led_blue (output gpio)
 #   GPIO3   GPIO_USER TXD, Optional sensor
 #   GPIO5   GPIO_HJL_CF BL0937 or HJL-01 CF power -> sensor/hlw8012 (sensor hlw8012 cf_pin)
 #   GPIO12  GPIO_NRG_SEL_INV BL0937 or HJL-01 Sel output (0 = Voltage) -> sensor/hlw8012 (sensor hlw8012 sel_pin) (inverted)
 #   GPIO13  GPIO_KEY1 Button           -> Button (binary_sensor gpio) (inverted)
 #   GPIO14  GPIO_NRG_CF1 BL0937 or HJL-01 CF1 current / voltage -> sensor/hlw8012 (sensor hlw8012 cf1_pin)
 #   GPIO15  GPIO_REL1 Relay            -> Relay (switch gpio)
 substitutions:
  device: socket-01
  name: Socket 01
@@ -19,18 +30,6 @@ esp8266:
 packages:
  common: !include common/common_esp8266.yaml
 # BlitzWolf BW-SHP2 and BW-SHP6 (ESP8285 - BL0937 or HJL-01 Energy Monitoring)
 # Pin 	  Name              Function
 # GPIO15 	GPIO_REL1         Relay
 # GPIO13 	GPIO_KEY1         Button
 # GPIO00 	GPIO_LED1_INV     Red LED (inverted), Power Status
 # GPIO02 	GPIO_LEDLNK_INV   Blue LED (inverted), Link Status
 # GPIO05  GPIO_HJL_CF       BL0937 or HJL-01 CF power
 # GPIO12  GPIO_NRG_SEL_INV  BL0937 or HJL-01 Sel output (0 = Voltage)
 # GPIO14  GPIO_NRG_CF1      BL0937 or HJL-01 CF1 current / voltage
 # GPIO01 	GPIO_USER         RXD, Optional sensor
 # GPIO03 	GPIO_USER         TXD, Optional sensor
 binary_sensor:
  - platform: gpio
    pin:
@@ -1,4 +1,15 @@
 ---
 # Hardware: BlitzWolf BW-SHP2/SHP6
 # Pinout:
 #   GPIO0   GPIO_LED1_INV Red LED (inverted), Power Status -> led_red (output gpio)
 #   GPIO1   GPIO_USER RXD, Optional sensor
 #   GPIO2   GPIO_LEDLNK_INV Blue LED (inverted), Link Status -> led_blue (output gpio)
 #   GPIO3   GPIO_USER TXD, Optional sensor
 #   GPIO5   GPIO_HJL_CF BL0937 or HJL-01 CF power -> sensor/hlw8012 (sensor hlw8012 cf_pin)
 #   GPIO12  GPIO_NRG_SEL_INV BL0937 or HJL-01 Sel output (0 = Voltage) -> sensor/hlw8012 (sensor hlw8012 sel_pin) (inverted)
 #   GPIO13  GPIO_KEY1 Button           -> Button (binary_sensor gpio) (inverted)
 #   GPIO14  GPIO_NRG_CF1 BL0937 or HJL-01 CF1 current / voltage -> sensor/hlw8012 (sensor hlw8012 cf1_pin)
 #   GPIO15  GPIO_REL1 Relay            -> Relay (switch gpio)
 substitutions:
  device: socket-02
  name: Socket 02
@@ -19,18 +30,6 @@ esp8266:
 packages:
  common: !include common/common_esp8266.yaml
 # BlitzWolf BW-SHP2 and BW-SHP6 (ESP8285 - BL0937 or HJL-01 Energy Monitoring)
 # Pin 	  Name              Function
 # GPIO15 	GPIO_REL1         Relay
 # GPIO13 	GPIO_KEY1         Button
 # GPIO00 	GPIO_LED1_INV     Red LED (inverted), Power Status
 # GPIO02 	GPIO_LEDLNK_INV   Blue LED (inverted), Link Status
 # GPIO05  GPIO_HJL_CF       BL0937 or HJL-01 CF power
 # GPIO12  GPIO_NRG_SEL_INV  BL0937 or HJL-01 Sel output (0 = Voltage)
 # GPIO14  GPIO_NRG_CF1      BL0937 or HJL-01 CF1 current / voltage
 # GPIO01 	GPIO_USER         RXD, Optional sensor
 # GPIO03 	GPIO_USER         TXD, Optional sensor
 binary_sensor:
  - platform: gpio
    pin:
@@ -1,4 +1,15 @@
 ---
 # Hardware: BlitzWolf BW-SHP2/SHP6
 # Pinout:
 #   GPIO0   GPIO_LED1_INV Red LED (inverted), Power Status -> led_red (output gpio)
 #   GPIO1   GPIO_USER RXD, Optional sensor
 #   GPIO2   GPIO_LEDLNK_INV Blue LED (inverted), Link Status -> led_blue (output gpio)
 #   GPIO3   GPIO_USER TXD, Optional sensor
 #   GPIO5   GPIO_HJL_CF BL0937 or HJL-01 CF power -> sensor/hlw8012 (sensor hlw8012 cf_pin)
 #   GPIO12  GPIO_NRG_SEL_INV BL0937 or HJL-01 Sel output (0 = Voltage) -> sensor/hlw8012 (sensor hlw8012 sel_pin) (inverted)
 #   GPIO13  GPIO_KEY1 Button           -> Button (binary_sensor gpio) (inverted)
 #   GPIO14  GPIO_NRG_CF1 BL0937 or HJL-01 CF1 current / voltage -> sensor/hlw8012 (sensor hlw8012 cf1_pin)
 #   GPIO15  GPIO_REL1 Relay            -> Relay (switch gpio)
 substitutions:
  device: socket-03
  name: Socket 03
@@ -25,18 +36,6 @@ esp8266:
 packages:
  common: !include common/common_esp8266.yaml
 # BlitzWolf BW-SHP2 and BW-SHP6 (ESP8285 - BL0937 or HJL-01 Energy Monitoring)
 # Pin 	  Name              Function
 # GPIO15 	GPIO_REL1         Relay
 # GPIO13 	GPIO_KEY1         Button
 # GPIO00 	GPIO_LED1_INV     Red LED (inverted), Power Status
 # GPIO02 	GPIO_LEDLNK_INV   Blue LED (inverted), Link Status
 # GPIO05  GPIO_HJL_CF       BL0937 or HJL-01 CF power
 # GPIO12  GPIO_NRG_SEL_INV  BL0937 or HJL-01 Sel output (0 = Voltage)
 # GPIO14  GPIO_NRG_CF1      BL0937 or HJL-01 CF1 current / voltage
 # GPIO01 	GPIO_USER         RXD, Optional sensor
 # GPIO03 	GPIO_USER         TXD, Optional sensor
 binary_sensor:
  - platform: gpio
    pin:
@@ -1,3 +1,43 @@
 # Hardware: M5Stack CoreS3 + Stack-chan kit
 # Pinout:
 #   GPIO0                              -> i2s_bus (i2s_audio i2s_mclk_pin)
 #   GPIO2                              -> Camera (esp32_camera)
 #   GPIO3                              -> display_tft (display mipi_spi cs_pin)
 #   GPIO5                              -> ir_tx (remote_transmitter)
 #   GPIO6                              -> uart_servo (uart tx_pin)
 #   GPIO7                              -> uart_servo (uart rx_pin)
 #   GPIO10                             -> ir_rx (remote_receiver)
 #   GPIO11                             -> i2c_bsp (i2c scl)
 #   GPIO12                             -> i2c_bsp (i2c sda)
 #   GPIO13                             -> speaker_id (speaker i2s_audio i2s_dout_pin)
 #   GPIO14                             -> stackchan_microphone (microphone i2s_audio i2s_din_pin)
 #   GPIO15                             -> Camera (esp32_camera data_pins)
 #   GPIO16                             -> Camera (esp32_camera data_pins)
 #   GPIO33                             -> i2s_bus (i2s_audio i2s_lrclk_pin)
 #   GPIO34                             -> i2s_bus (i2s_audio i2s_bclk_pin)
 #   GPIO35                             -> display_tft (display mipi_spi dc_pin)
 #   GPIO36                             -> spi_bus (spi clk_pin)
 #   GPIO37                             -> spi_bus (spi mosi_pin)
 #   GPIO38                             -> Camera (esp32_camera href_pin)
 #   GPIO39                             -> Camera (esp32_camera data_pins)
 #   GPIO40                             -> Camera (esp32_camera data_pins)
 #   GPIO41                             -> Camera (esp32_camera data_pins)
 #   GPIO42                             -> Camera (esp32_camera data_pins)
 #   GPIO45                             -> Camera (esp32_camera pixel_clock_pin)
 #   GPIO46                             -> Camera (esp32_camera vsync_pin)
 #   GPIO47                             -> Camera (esp32_camera data_pins)
 #   GPIO48                             -> Camera (esp32_camera data_pins)
 # I2C:
 #   0x23  sensor ltr_als_ps (sensor ltr_als_ps)
 #   0x34  axp2101_pmu (axp2101)
 #   0x36  aw88298_dac (audio_dac aw88298)
 #   0x38  touch_lcd (touchscreen ft63x6)
 #   0x40  es7210_adc (audio_adc es7210)
 #   0x41  sensor ina226 (sensor ina226)
 #   0x51  rtc_time (time bm8563)
 #   0x58  aw9523b_hub (aw9523b)
 #   0x68  touch_hub (si12t)
 #   0x6F  m5ioe1_hub (m5ioe1)
 substitutions:
  device: stackchan
  name: StackChan
@@ -1,4 +1,8 @@
 ---
 # Hardware: Sonoff Mini
 # Pinout:
 #   GPIO12                             -> relay (output gpio)
 #   GPIO13                             -> led_blue (output gpio)
 substitutions:
  device: staircase-light
  name: Staircase
@@ -1,4 +1,14 @@
 ---
 # Hardware: M5Stack M5Stamp C3
 # Pinout:
 #   GPIO0   Grove SCL                  -> touchscreen/xpt2046 (touchscreen xpt2046 cs_pin)
 #   GPIO1   Grove SDA                  -> touchscreen/xpt2046 (touchscreen xpt2046 interrupt_pin)
 #   GPIO4                              -> spi (spi clk_pin)
 #   GPIO5                              -> spi (spi mosi_pin)
 #   GPIO6                              -> spi (spi miso_pin)
 #   GPIO7                              -> main_display (display mipi_spi cs_pin)
 #   GPIO8                              -> main_display (display mipi_spi dc_pin)
 #   GPIO10                             -> main_display (display mipi_spi reset_pin)
 substitutions:
  device: tft
  name: TFT
@@ -1,4 +1,5 @@
 ---
 # Hardware: LilyGO T-PCIE
 substitutions:
  device: tracker
  name: Tracker
@@ -1,4 +1,22 @@
 ---
 # Hardware: Huacanxing H801
 # Pinout:
 #   # H801 LED module
 #    Function       Pin       Channel
 #    R            GPIO15    PWM1
 #    G            GPIO13    PWM2
 #    B            GPIO12    PWM3
 #    W1           GPIO14    PWM4
 #    W2           GPIO04    PWM5
 #    LED D1 R       GPIO05
 #    LED D2 G       GPIO01
 # Used:
 #   GPIO4   pwm_warm_white (output esp8266_pwm)
 #   GPIO5   status_led_id (light status_led)
 #   GPIO12  pwm_blue (output esp8266_pwm)
 #   GPIO13  pwm_green (output esp8266_pwm)
 #   GPIO14  pwm_cold_white (output esp8266_pwm)
 #   GPIO15  pwm_red (output esp8266_pwm)
 substitutions:
  device: tv-light
  name: TV Light
@@ -17,16 +35,6 @@ esp8266:
 packages:
  common: !include common/common_esp8266.yaml
 ## H801 LED module
 # Function 	Pin 	  Channel
 # R 	      GPIO15 	PWM1
 # G 	      GPIO13 	PWM2
 # B 	      GPIO12 	PWM3
 # W1 	      GPIO14 	PWM4
 # W2 	      GPIO04 	PWM5
 # LED D1 R 	GPIO05
 # LED D2 G 	GPIO01
 light:
  - platform: status_led
    id: status_led_id
@@ -1,4 +1,6 @@
 ---
 # Hardware: M5Stack ATOM Lite
 # Pinout: see common/vehicle_base.yaml
 substitutions:
  device: vehicle-honda-pcx125
  name: Vehicle Honda PCX125
@@ -1,4 +1,6 @@
 ---
 # Hardware: M5Stack ATOM Lite
 # Pinout: see common/vehicle_base.yaml
 substitutions:
  device: vehicle-suzuki-dl650
  name: Vehicle Suzuki DL650
@@ -1,4 +1,6 @@
 ---
 # Hardware: M5Stack ATOM Lite
 # Pinout: see common/vehicle_base.yaml
 substitutions:
  device: vehicle-toyota-auris-ts
  name: Vehicle Toyota Auris TS
@@ -1,4 +1,6 @@
 ---
 # Hardware: M5Stack ATOM Lite
 # Pinout: see common/vehicle_base.yaml
 substitutions:
  device: vehicle-toyota-yaris-cross
  name: Vehicle Toyota Yaris Cross
@@ -1,4 +1,11 @@
 ---
 # Hardware: Sonoff Basic R2
 # Pinout:
 #   GPIO0   BUTTON                     -> Button (binary_sensor gpio) (inverted)
 #   GPIO1   TX PIN
 #   GPIO3   RX PIN
 #   GPIO12  RELAY                      -> Relay (switch gpio)
 #   GPIO13  LED1                       -> led (output gpio)
 substitutions:
  device: waterproof-socket
  name: Waterproof Socket
@@ -17,13 +24,6 @@ esp8266:
 packages:
  common: !include common/common_esp8266.yaml
 # Sonoff Basic R2
 # GPIO00 - BUTTON
 # GPIO12 - RELAY
 # GPIO13 - LED1
 # GPIO03 - RX PIN
 # GPIO01 - TX PIN
 binary_sensor:
  - platform: gpio
    pin:
@@ -1,4 +1,14 @@
 ---
 # Hardware: M5Stack ATOM Lite + ATOM Hub Switch
 # Pinout:
 #   GPIO21                             -> i2c (i2c scl)
 #   GPIO23                             -> modbus_uart (uart tx_pin)
 #   GPIO25                             -> i2c (i2c sda)
 #   GPIO26  Grove SDA
 #   GPIO32  Grove SCL
 #   GPIO33                             -> modbus_uart (uart rx_pin)
 # I2C:
 #   0x27  relay_module (pca9554)
 substitutions:
  device: well
  name: Well
Author	SHA1	Message	Date
randy	6a3002d9b7	Add status_led package: network, API, error and OTA status on a visible RGB light CI / ESPHome config validation (push) Failing after 7s Details CI / YAML lint (push) Failing after 37s Details Red blink without network, orange without an API client, purple on a component error, blue blink during OTA, green when things are back to normal, then the light returns to its previous state. echo uses it on the gateway LED ring; drop its status_led on GPIO23, which never worked because the ledc output owns that pin.	2026-09-29 23:33:50 +02:00
randy	6845679bc0	echo: only the gateway LED ring is visible, the ATOM LED is inside	2026-09-29 23:24:39 +02:00
randy	a3950d9f17	echo: it's a Xiaomi Mijia Gateway with an ATOM Echo brain transplant	2026-09-29 23:23:44 +02:00
randy	0d6aa6e3d7	nspanel-patio: jump straight to the Von card Temporarily make it the default page and render it once, instead of rendering home, next and next.	2026-09-29 23:23:14 +02:00
randy	271a5a5a54	nspanel: popups for OTA progress and device info, Info card on every panel common/nspanel_popup.yaml shows a popupNotify page during OTA (written straight to the display uart, since OTA blocks the loop that sends the component's queued commands) and a device info popup (version, build time, IPs) from the Info button on the new last card or the show_info API action. The OTA gets id ota_esphome to extend it. Also documents the NSPanel pinout.	2026-09-29 23:23:14 +02:00
randy	c5ab280725	air-office-r: document hardware, disable the LEDs until the stick is fixed The TZT 8-bit WS2812 stick lights up random colours after the first LED.	2026-09-29 23:22:17 +02:00
randy	1a2aec5d01	Document hardware, pinout and I2C devices in a header comment of every device Merge the old pinout comment blocks into the header and mark what each pin is used for.	2026-09-29 23:22:17 +02:00
randy	882428e491	Move echo's to ipv6 only network	2026-09-29 21:53:38 +02:00
randy	20f6db5a70	ipv6_only: take audio from esphome#19750	2026-09-29 19:42:15 +02:00