path: root/kauf-plug.yaml

# https://esphome.io/guides/configuration-types.html#substitutions
substitutions:

  # substitutions can be changed here if you are using this file directly in the ESPHome dashboard.  The better approach is
  # to incorporate this file as a package using the following packages: configuration, and then overwrite these substitutions
  # in your local yaml file by redefining them.
  #
  # packages:
  #   kauf.plf10: github://KaufHA/PLF10/kauf-plug.yaml
  #

  name: kauf-plug              # **** CHANGE DEVICE NAME TO SOMETHING UNIQUE PER DEVICE.  RENAME YAML FILE TO SAME NAME.    ****
                               # **** USE DASHES (-) INSTEAD OF SPACES OR UNDERSCORE (_).  USE ONLY LOWER CASE LETTERS.     ****
  friendly_name: Kauf Plug     # **** CHANGE FRIENDLY NAME TO SOMETHING UNIQUE PER DEVICE                                   ****

  # https://esphome.io/components/esphome.html#esphome-creators-project
  project_name: Kauf.PLF10
  project_ver_num: "1.98"
  project_ver_let: y

  # https://esphome.io/components/switch/gpio.html?highlight=restore_mode
  sub_restore_mode: RESTORE_DEFAULT_OFF # overwrite to change boot up behavior of relay

  disable_entities: "true"     # set to "false" to have all entities show up in Home Assistant automatically

  # substitutions for button actions.  on_press and on_release implement a timer scheme with configurable delay.
  # on_hold_30s re-enables the AP and captive portal for the precompiled update binary.
  # any length of hold can be implemented with just on_press and on_release using the following directions.  This
  # is basically how this yaml file works.
  #   * have a delay for the desired hold in the on_press script
  #   * stop the on_press script in the on_release script
  #   * place actions in the on_press script after the delay to perform them while still holding the button
  #   * place actions in the on_release script, with the condition that the on_press script is not running, to
  #     perform them on release of the button.
  sub_on_press:         script_do_nothing  # executes right when button is initially pressed
  sub_on_release:       script_do_nothing  # executes right when button is released
  sub_on_hold_30s:      script_force_ap    # executes right when button has been held for 5s, while button is still being held

  sub_on_turn_on:       script_do_nothing
  sub_on_turn_off:      script_do_nothing

  # an extra script that, if running, will stop the relay from toggling on button release.
  # used to not toggle when WiFi AP is re-enabled on update bin file.
  sub_toggle_check: script_force_ap

  # made this a substitution so that the update bin file and yaml compiled versions can have different defaults
  default_button_config: "Toggle on Press"

  # substitutions for power monitoring calibration.  Allows end users to change calibration in their yaml and still
  # incorporate this file as a package to get all the updates we release.
  current_resistor_val: "0.001"
  voltage_divider_val:  "2401"
  sub_hlw_model:         HLW8012
  power_cal_val1_in:    "0.0"
  power_cal_val1_out:   "0.0"
  power_cal_val2_in:    "333.8"
  power_cal_val2_out:   "60"
  current_cal_val1_in:  "0.0"
  current_cal_val1_out: "0.0"
  current_cal_val2_in:  "0.6"
  current_cal_val2_out: "0.515"
  voltage_cal_val1_in:  "0.0"
  voltage_cal_val1_out: "0.0"
  voltage_cal_val2_in:  "302.1"
  voltage_cal_val2_out: "117.1"

  # set power monitoring mode in yaml, selecting the "yaml_configured" option in the select entity will cause these
  # values to be used after next reboot.
  # https://esphome.io/components/sensor/hlw8012.html#configuration-variables
  sub_change_mode_every: "1"
  sub_update_interval: 10s
  sub_initial_mode: CURRENT

  # GPIO definitions
  sub_pm_sel_pin:   GPIO12
  sub_pm_cf_pin:    GPIO5
  sub_pm_cf1_pin:   GPIO14
  sub_button_pin:   GPIO13
  sub_blue_led_pin: GPIO2
  sub_red_led_pin:  GPIO0
  sub_relay_pin:    GPIO4

  # debounce specifications
  sub_default_debounce: "100"
  sub_min_debounce:     "50"


# https://esphome.io/components/esp8266.html
esp8266:
  board: esp01_1m
  restore_from_flash: true
  early_pin_init: false
  start_free: 74
  global_addr: global_forced_addr


# https://esphome.io/guides/automations.html#global-variables
globals:
  - id: global_forced_addr
    type: int
    restore_value: no
    initial_value: '12345'
  - id: global_press_time
    type: int
    restore_value: no
    initial_value: '0'
  - id: global_has_debounce
    type: boolean
    restore_value: no
    initial_value: "false"
  - id: global_has_powermode
    type: boolean
    restore_value: no
    initial_value: "false"


# https://esphome.io/components/esphome.html#adjusting-flash-writes
preferences:
  # setting interval to 5 minutes since this defines writing total daily energy to flash, which will occur
  # every interval length 24/7/365.  Created a specific save script that is executed for things that need
  # to save more quickly.
  flash_write_interval: 5min


# https://esphome.io/components/esphome.html
esphome:
  name: $name

  project:
    name: $project_name
    version: $project_ver_num($project_ver_let)

  on_boot:
    then:
        # implementing on_boot automation as a script makes it run in parallel
        # with any other on_boot scripts.
      - script.execute: on_wifi_connect


# https://esphome.io/components/external_components.html
external_components:
  - source:
      type: git
      url: https://github.com/KaufHA/common
      # ref: v2022.06.21
    refresh: 0s


# https://esphome.io/components/wifi.html
wifi:

  # **** ENTER WI-FI CREDENTIALS HERE, USING SECRETS.YAML RECOMMENDED ****
  ssid: initial_ap            # !secret wifi_ssid
  password: asdfasdfasdfasdf  # !secret wifi_password

  # using fast_connect as default since it is required for hidden networks.
  fast_connect: true

  # enable wifi ap with ridiculous timeout so it does not normally turn on.
  ap:
    ap_timeout: 2147483647ms  # maximum 32 bit value.  About 3.5 weeks in milliseconds.

  forced_addr: 8
  global_addr: global_forced_addr


captive_portal:                       # for fallback wifi hotspot


# https://esphome.io/components/logger.html
logger:


# https://esphome.io/components/api.html
api:
  id: kauf_api


# https://esphome.io/components/ota.html
ota:
  on_error:
    - button.press: restart_button


# https://esphome.io/components/web_server.html
web_server:
  local: true


# https://esphome.io/components/binary_sensor/index.html
binary_sensor:

    # button input toggles relay and thereby power led
    # https://esphome.io/components/binary_sensor/gpio.html
  - platform: gpio
    id: button_in
    name: $friendly_name Button
    pin:
      number: $sub_button_pin
      mode:
        input: true
        pullup: true
      inverted: true
    on_press:
      - lambda: |-
          // store time of press and clear duration sensor
          id(global_press_time) = millis();
          id(sensor_press_duration).publish_state(0);

          // toggle if configured for toggle on press
          if (id(select_button).state == "Toggle on Press") {
            id(relay).toggle(); }
      - script.execute: $sub_on_press
      - script.execute: script_30s_timer
    on_release:
      - lambda: |-
          // set duration sensor
          id(sensor_press_duration).publish_state(millis() - id(global_press_time) + id(number_debounce).state);

          // toggle if configured on release and toggle check script is not running.
          if (  (id(select_button).state == "Toggle on Release") && !id($sub_toggle_check).is_running() ) {
            id(relay).toggle();
          }
      - script.execute: $sub_on_release
      - script.stop: script_30s_timer

    # indicates whether plugged-in device is running based on configurable threshold.
    # https://esphome.io/components/binary_sensor/template.html
  - platform: template
    id: in_use
    name: ${friendly_name} Device In Use


# https://esphome.io/guides/automations.html#script-component
script:

    # sets LEDs to proper state based on LED configuration and relay state
  - id: script_set_power_leds
    then:
      - lambda: |-
          auto call = id(blue_led).make_call();

          // if blue led follows power status
          if ( (id(select_bled).state == "Power Status") || (id(select_bled).state == "Error and Power") ) {
            call.set_state(id(relay).state);
          }

          // if blue led follows inverse of power status
          else if ( (id(select_bled).state == "Invert Power Status") || (id(select_bled).state == "Error and Invert Power") ) {
            call.set_state(!id(relay).state);
          }

          // if blue led is set to not change on power status (error only or disabled), performing an empty call does nothing.
          call.perform();

          // same as blue but for red led
          call = id(red_led).make_call();
          if ( (id(select_rled).state == "Power Status") || (id(select_rled).state == "Error and Power") ) {
            call.set_state(id(relay).state); }
          else if ( (id(select_rled).state == "Invert Power Status") || (id(select_rled).state == "Error and Invert Power") ) {
            call.set_state(!id(relay).state); }
          call.perform();

      - script.execute: script_save_changes

  - id: blink_status_led
    mode: queued
    then:

      - lambda: |-
          // turn on blue LED if configured for error status
          if ( (id(select_bled).state == "Error Status")  ||
               (id(select_bled).state == "Error and Power") ||
               (id(select_bled).state == "Error and Invert Power") ) {
            auto call = id(blue_led).turn_on();
            call.set_save(false);
            call.perform();
          }

          // turn on red LED if configured for error status
          if ( (id(select_rled).state == "Error Status")  ||
               (id(select_rled).state == "Error and Power") ||
               (id(select_rled).state == "Error and Invert Power") ) {
            auto call = id(red_led).turn_on();
            call.set_save(false);
            call.perform();
          }

      - delay: 350ms

      - lambda: |-
          // turn off blue LED if configured for error status
          if ( (id(select_bled).state == "Error Status")  ||
               (id(select_bled).state == "Error and Power") ||
               (id(select_bled).state == "Error and Invert Power") ) {
            auto call = id(blue_led).turn_off();
            call.set_save(false);
            call.perform();
          }

          // turn off red LED if configured for error status
          if ( (id(select_rled).state == "Error Status")  ||
               (id(select_rled).state == "Error and Power") ||
               (id(select_rled).state == "Error and Invert Power") ) {
            auto call = id(red_led).turn_off();
            call.set_save(false);
            call.perform();
          }

      - delay: 1150ms

      - if:
          condition:
            - lambda: return ( ( (App.get_app_state() & STATUS_LED_ERROR) != 0u) || ((App.get_app_state() & STATUS_LED_WARNING) != 0u) );
          then:
            - script.execute: blink_status_led      # repeat as long as error/warning exists
          else:
            - script.execute: script_set_power_leds # done with status LED, restore light power status

  - id: script_setting_reboot
    mode: restart          # only reboot plug settings are static for 10s.  Another change restarts timer.
    then:
      - lambda: ESP_LOGD("kauf-plug.yaml","Setting change requiring reboot detected, rebooting in 10 seconds to effect change.");
      - delay: 10s
      - button.press: restart_button

  - id: script_30s_timer
    then:
      - delay: !lambda return (30000-id(number_debounce).state);
      - script.execute: $sub_on_hold_30s

  - id: on_wifi_connect
    then:

        # wait until wifi connects
      - wait_until: wifi.connected

      - lambda: |-
          ESP_LOGD("KAUF on_boot","------------------->>>>>>>>>>>>>>>>>   wifi connected, cranking ap timeout back up");
          wifi_wificomponent->set_ap_timeout(2147483647);

  - id: script_force_ap
    then:
      - logger.log: "------------------->>>>>>>>>>>>>>>>>   HELD BUTTON 30 SECONDS, FORCING AP"

      # overwrite software defined credentials to force ap to turn on.
      - lambda: wifi::global_wifi_component->save_wifi_sta("initial_ap","asdfasdfasdfasdf");

      # blink LED for 10s then restart to get captive portal to turn on.
      - script.execute: blink_led
      - delay: 10s
      - button.press: restart_button

    # blink LED forever.  Used when button is held to re-enable AP.  Stops blinking because plug restarts.
  - id: blink_led
    mode: queued
    then:
      - light.toggle: blue_led
      - delay: 333ms
      - script.execute: blink_led

  - id: script_do_nothing
    then:
      - lambda: return;

  - id: script_save_changes
    mode: restart
    then:
      - delay: 3s
      - lambda: global_preferences->sync();

# pwm outputs for LEDs so they can be dimmed
# https://esphome.io/components/output/esp8266_pwm.html
output:
  - platform: esp8266_pwm
    id: blue_led_pwm
    frequency: 200 Hz
    pin: $sub_blue_led_pin
    inverted: true
  - platform: esp8266_pwm
    id: red_led_pwm
    frequency: 200 Hz
    pin: $sub_red_led_pin
    inverted: true


# light entities for blue and red LEDs
# https://esphome.io/components/light/index.html
# https://esphome.io/components/light/monochromatic.html
light:
  - platform: monochromatic
    name: $friendly_name Blue LED
    id: blue_led
    output: blue_led_pwm
    entity_category: config
    default_transition_length: 0s
    forced_hash: 3831461887
    forced_addr: 44
    global_addr: global_forced_addr
    effects:
      - flicker:
          name: Flicker
          alpha: 90%
          intensity: 10%

  - platform: monochromatic
    name: $friendly_name Red LED
    id: red_led
    output: red_led_pwm
    entity_category: config
    default_transition_length: 0s
    forced_hash: 261191305
    forced_addr: 62
    global_addr: global_forced_addr
    effects:
      - flicker:
          name: Flicker
          alpha: 90%
          intensity: 10%


# https://esphome.io/components/switch/index.html
switch:

    # relay output
    # https://esphome.io/components/switch/gpio.html
  - platform: gpio
    id: relay
    name: $friendly_name
    pin: $sub_relay_pin
    entity_category: ''
    forced_hash: 41191675
    forced_addr: 2
    global_addr: global_forced_addr
    restore_mode: $sub_restore_mode
    on_turn_on:
        - script.execute: script_save_changes
        - script.execute: script_set_power_leds
        - script.execute: $sub_on_turn_on
    on_turn_off:
        - script.execute: script_save_changes
        - script.execute: script_set_power_leds
        - script.execute: $sub_on_turn_off

    # https://esphome.io/components/switch/template.html
  - platform: template
    id: switch_no_hass
    name: $friendly_name No HASS
    optimistic: true
    restore_state: true
    entity_category: config
    disabled_by_default: $disable_entities
    icon: mdi:toggle-switch-off-outline
    on_turn_on:
      - lambda: |-
          id(kauf_api).set_reboot_timeout(0);  // 0 disables auto rebooting and also new status led blinking.  doesn't stop current status led blinking
          id(kauf_api).status_clear_warning(); // stops current status led blinking, timeout 0 keeps it from restarting
      - script.execute: script_save_changes
    on_turn_off:
      - lambda: id(kauf_api).set_reboot_timeout(900000);
      - script.execute: script_save_changes
    forced_hash: 657159011
    forced_addr: 42
    global_addr: global_forced_addr


# https://esphome.io/components/button/index.html
# https://esphome.io/components/button/restart.html
button:
  - platform: restart
    id: restart_button
    name: $friendly_name Restart Firmware
    entity_category: diagnostic
    disabled_by_default: $disable_entities


# clock input from Home Assistant used to calculate total daily energy
# https://esphome.io/components/time.html#home-assistant-time-source
time:
  - platform: homeassistant
    id: homeassistant_time


# https://esphome.io/components/sensor/index.html
sensor:   # Power monitoring sensors output to Home Assistant

    # https://esphome.io/components/sensor/hlw8012.html
  - platform: hlw8012
    id: hlw_main
    sel_pin:
      number: $sub_pm_sel_pin
      inverted: True
    cf_pin: $sub_pm_cf_pin
    cf1_pin: $sub_pm_cf1_pin
    current_resistor: $current_resistor_val
    voltage_divider: $voltage_divider_val

    change_mode_every: $sub_change_mode_every
    update_interval: $sub_update_interval
    initial_mode: $sub_initial_mode

    model: $sub_hlw_model

    power:
      name: ${friendly_name} Power
      unit_of_measurement: W
      id: wattage
      filters:
        - calibrate_linear:
            - $power_cal_val1_in -> $power_cal_val1_out
            - $power_cal_val2_in -> $power_cal_val2_out
        - lambda: return x * id(scale_power).state/100.0f;
      on_value:   # set or clear in_use template binary sensor depending on whether power usage is over threshold
        - lambda: id(in_use).publish_state(x >= id(threshold).state);

    current:
      name: ${friendly_name} Current
      unit_of_measurement: A
      id: current
      filters:
        - calibrate_linear:
            - $current_cal_val1_in -> $current_cal_val1_out
            - $current_cal_val2_in -> $current_cal_val2_out
        - lambda: return x * id(scale_current).state/100.0f;

    voltage:
      name: ${friendly_name} Voltage
      unit_of_measurement: V
      id: voltage
      filters:
        - calibrate_linear:
            - $voltage_cal_val1_in -> $voltage_cal_val1_out
            - $voltage_cal_val2_in -> $voltage_cal_val2_out
        - lambda: return x * id(scale_voltage).state/100.0f;

    # Reports the total Power so-far each day, resets at midnight
    # https://esphome.io/components/sensor/total_daily_energy.html
  - platform: total_daily_energy
    name: ${friendly_name} Total Daily Energy
    power_id: wattage
    filters:
        - multiply: 0.001  ## convert Wh to kWh
    unit_of_measurement: kWh
    forced_hash: 1903527169
    forced_addr: 6
    global_addr: global_forced_addr

    # https://esphome.io/components/sensor/uptime.html
  - platform: uptime
    name: $friendly_name Uptime
    update_interval: 60s
    entity_category: diagnostic
    disabled_by_default: $disable_entities

    # https://esphome.io/components/sensor/template.html
  - platform: template
    name: $friendly_name Button Press Duration
    id: sensor_press_duration
    entity_category: diagnostic
    disabled_by_default: $disable_entities
    unit_of_measurement: ms
    icon: mdi:timer-outline


# https://esphome.io/components/number/index.html
# https://esphome.io/components/number/template.html
number:      # used as a threshold for whether the plugged-in devices is running.
  - platform: template
    name: ${friendly_name} Use Threshold
    min_value: 1
    max_value: 100
    step: 1
    initial_value: 3
    id: threshold
    entity_category: config
    optimistic: true
    restore_value: true
    unit_of_measurement: Watt(s)
    mode: box
    disabled_by_default: $disable_entities
    forced_hash: 3932521563
    forced_addr: 4
    global_addr: global_forced_addr
    set_action:
      - script.execute: script_save_changes
    on_value:        # set or clear in_use template binary sensor depending on whether power usage is above threshold
      - lambda: id(in_use).publish_state(id(wattage).state >= x);

  - platform: template
    name: ${friendly_name} Scale Power
    min_value: 50
    max_value: 200
    step: .1
    initial_value: 100
    id: scale_power
    entity_category: config
    optimistic: true
    restore_value: true
    unit_of_measurement: "%"
    mode: box
    disabled_by_default: $disable_entities
    forced_hash: 3565176138
    forced_addr: 56
    global_addr: global_forced_addr
    set_action:
      - script.execute: script_save_changes
    on_value:   # republish value. Sensor automation applies new scaling factor.
      - lambda: id(wattage).publish_state(id(wattage).get_raw_state());

  - platform: template
    name: ${friendly_name} Scale Current
    min_value: 50
    max_value: 200
    step: .1
    initial_value: 100
    id: scale_current
    entity_category: config
    optimistic: true
    restore_value: true
    unit_of_measurement: "%"
    mode: box
    disabled_by_default: $disable_entities
    forced_hash: 2293595686
    forced_addr: 58
    global_addr: global_forced_addr
    set_action:
      - script.execute: script_save_changes
    on_value:   # republish value. Sensor automation applies new scaling factor.
      - lambda: id(current).publish_state(id(current).get_raw_state());

  - platform: template
    name: ${friendly_name} Scale Voltage
    min_value: 50
    max_value: 200
    step: .1
    initial_value: 100
    id: scale_voltage
    entity_category: config
    optimistic: true
    restore_value: true
    unit_of_measurement: "%"
    mode: box
    disabled_by_default: $disable_entities
    forced_hash: 254525215
    forced_addr: 60
    global_addr: global_forced_addr
    set_action:
      - script.execute: script_save_changes
    on_value:   # republish value. Sensor automation applies new scaling factor.
      - lambda: id(voltage).publish_state(id(voltage).get_raw_state());

  - platform: template
    name: ${friendly_name} Debounce Time
    min_value: $sub_min_debounce
    max_value: 2000
    step: 1
    initial_value: $sub_default_debounce
    id: number_debounce
    entity_category: config
    optimistic: true
    restore_value: true
    unit_of_measurement: "ms"
    mode: box
    disabled_by_default: $disable_entities
    forced_hash: 2232959069
    forced_addr: 40
    global_addr: global_forced_addr
    set_action:   # currently rebooting plug to apply new delayed_on time
      - script.execute: script_save_changes
      - script.execute: script_setting_reboot
    on_value:
      - lambda: |-
          // add a delayed_on filter to the button binary_sensor with time argument from number_debounce.
          if ( !id(global_has_debounce) ) {
            binary_sensor::DelayedOnFilter *button_delayedonfilter;
            button_delayedonfilter = new binary_sensor::DelayedOnFilter(id(number_debounce).state);
            button_delayedonfilter->set_component_source("binary_sensor");
            App.register_component(button_delayedonfilter);
            id(button_in).add_filters({button_delayedonfilter});
            id(global_has_debounce) = true;
          }

# https://esphome.io/components/select/index.html
# https://esphome.io/components/select/template.html
select:

    # legacy select button configuration; remove June 1, 2023
    # removed name, so won't show up in UI.  This is kept so that previous
    # setting can be migrated to new select entities.
    # new entity is saved at same address with incremented hash so once the new
    # one is saved, this one won't be loaded next time.
  - platform: template
    id: select_button_old
    optimistic: true
    options:
      - Toggle if Pressed For 20ms
      - Disable Button
      - Toggle if Pressed For 100ms
      - Toggle if Pressed For 250ms
      - Toggle if Pressed For 1s
      - Toggle if Released After 20ms
      - Toggle if Released After 100ms
      - Toggle if Released After 250ms
      - Toggle if Released After 1s
      - Didn't Restore
    initial_option: Didn't Restore
    restore_value: true
    forced_hash: 3616613942
    forced_addr: 34
    global_addr: global_forced_addr
    on_value:
      - wait_until:  # wait until new select entity is setup so set_option won't get overwritten with default value on setup
          lambda: return ( id(select_button).has_state() );
      - lambda: |-
          if ( x == "Didn't Restore" ) {
            id(select_button_old).set_restore_value(false);  // don't let old select save over new select
            ESP_LOGD("Kauf Config Migration", "No legacy button configuration to migrate.");
          } else {
            ESP_LOGD("Kauf Config Migration", "Found legacy button configuration, migrating to new format.");

            // set button config select entity based on press/release/disabled
            auto call_sel = id(select_button).make_call();
            if ( i == 1 )      { call_sel.set_option("Don't Toggle");      }
            else if ( i >= 5 ) { call_sel.set_option("Toggle on Release"); }
            else               { call_sel.set_option("Toggle on Press");   }
            call_sel.perform();

            // set number_debounce if configured for longer than 100ms.
            std::size_t found = x.find("250ms");
            if (found != std::string::npos) {
              auto call_num = id(number_debounce).make_call();
              call_num.set_value(250);
              call_num.perform(); }
            found = x.find("1s");
            if (found != std::string::npos) {
              auto call_num = id(number_debounce).make_call();
              call_num.set_value(1000);
              call_num.perform(); }

            // go ahead and trigger a reboot on every config restoration
            id(script_save_changes).execute();
            id(script_setting_reboot).execute();

          }

  - platform: template
    name: $friendly_name Button Config
    id: select_button
    optimistic: true
    options:
      - Toggle on Press
      - Toggle on Release
      - Don't Toggle
    initial_option: $default_button_config
    restore_value: true
    icon: mdi:circle-double
    entity_category: config
    forced_hash: 3616613943
    forced_addr: 34
    global_addr: global_forced_addr
    set_action:
      - script.execute: script_save_changes


  - platform: template
    name: $friendly_name Blue LED Config
    id: select_bled
    optimistic: true
    entity_category: config
    options:
      - Power Status
      - No Automation
      - Invert Power Status
      - Error Status
      - Error and Power
      - Error and Invert Power
    initial_option: Power Status
    restore_value: true
    icon: mdi:led-on
    forced_hash: 3104663617
    forced_addr: 36
    global_addr: global_forced_addr
    set_action:
      - script.execute: script_save_changes
    on_value:
      - if:
          condition:
            - lambda: return ( x == "Error Status" );
          then:
            - light.turn_off: blue_led
      - script.execute: script_set_power_leds

  - platform: template
    name: $friendly_name Red LED Config
    id: select_rled
    optimistic: true
    entity_category: config
    options:
      - Power Status
      - No Automation
      - Invert Power Status
      - Error Status
      - Error and Power
      - Error and Invert Power
    initial_option: Error Status
    restore_value: true
    icon: mdi:led-on
    forced_hash: 261191305
    forced_addr: 38
    global_addr: global_forced_addr
    set_action:
      - script.execute: script_save_changes
    on_value:
      - if:
          condition:
            - lambda: return ( x == "Error Status" );
          then:
            - light.turn_off: red_led
      - script.execute: script_set_power_leds

  # change mode of power monitoring
  - platform: template
    name: $friendly_name Monitoring Mode
    id: select_monitor_mode
    optimistic: true
    options:
      - "10s P / 40s V,I"
      - "10s P,I Only"
      - "10s P,V Only"
      - " 2s P,I Only"
      - " 2s P,V Only"
      - "YAML Configured"
    initial_option: "10s P / 40s V,I"
    restore_value: true
    icon: mdi:wrench-clock
    entity_category: config
    disabled_by_default: $disable_entities
    forced_hash: 1025003090
    forced_addr: 0
    global_addr: global_forced_addr
    set_action:
      - script.execute: script_save_changes
      - script.execute: script_setting_reboot
    on_value:
      - lambda: |-
          if ( !id(global_has_powermode) ) {
            if ( x == "10s P / 40s V,I") {
              id(hlw_main).set_update_interval(10000);
              id(hlw_main).set_change_mode_every(1); }
            else if ( x == "10s P,I Only" ) {
              id(hlw_main).set_update_interval(10000);
              id(hlw_main).set_change_mode_every(4294967295);
              id(hlw_main).set_initial_mode(hlw8012::HLW8012_INITIAL_MODE_CURRENT); }
            else if ( x == "10s P,V Only" ) {
              id(hlw_main).set_update_interval(10000);
              id(hlw_main).set_change_mode_every(4294967295);
              id(hlw_main).set_initial_mode(hlw8012::HLW8012_INITIAL_MODE_VOLTAGE); }
            else if ( x == " 2s P,I Only" ) {
              id(hlw_main).set_update_interval(2000);
              id(hlw_main).set_change_mode_every(4294967295);
              id(hlw_main).set_initial_mode(hlw8012::HLW8012_INITIAL_MODE_CURRENT); }
            else if ( x == " 2s P,V Only" ) {
              id(hlw_main).set_update_interval(2000);
              id(hlw_main).set_change_mode_every(4294967295);
              id(hlw_main).set_initial_mode(hlw8012::HLW8012_INITIAL_MODE_VOLTAGE); }
            id(global_has_powermode) = true;
          }


# Send IP Address to HA
# https://esphome.io/components/text_sensor/wifi_info.html
text_sensor:
  - platform: wifi_info
    ip_address:
      name: $friendly_name IP Address
      disabled_by_default: $disable_entities


# emulate status_led
# https://esphome.io/guides/automations.html#interval-component
interval:
  - interval: 5s
    then:
    - lambda: |-
        if ( ( ((App.get_app_state() & STATUS_LED_ERROR  ) != 0u) ||
               ((App.get_app_state() & STATUS_LED_WARNING) != 0u) )
            && !id(blink_status_led).is_running() )
          id(blink_status_led).execute();


# Current reserved flash memory:
# 00-01: Power Monitoring Mode
# 02-03: Relay output
# 04-05: Use Threshold
# 06-07: Total Daily Energy
# 08-33: Wi-Fi Credentials
# 34-35: Button Config select entity
# 36-37: Blue LED select entity
# 38-39: Red LED select entity
# 40-41: Debounce number entity
# 42-43: No HASS switch
# 44-55: Blue LED light entity
# 56-57: Scale Power
# 58-59: Scale Current
# 60-61: Scale Voltage
# 62-73: Red LED light entity