EHVClock-HA.yaml

# My github: https://github.com/trip5
substitutions:
  name: vfd-clock-ha
  friendly_name: VFD-Clock-HA
  comment: "EHVClock-HA from Trip5"
  project_version: "2024.12.09"
  project_name: Trip5.EspHomeVfdClock-HA
  waiting: "EHVClock-HA" # shows when waiting for time

  # Time zone must be POSIX format: (ie "KST-9" & "PST8PDT,M3.2.0/2:00:00,M11.1.0/2:00:00" & "AST4ADT,M3.2.0,M11.1.0")
  # Most can be viewed here: https://github.com/nayarsystems/posix_tz_db/blob/master/zones.csv
  # or here: https://support.cyberdata.net/portal/en/kb/articles/010d63c0cfce3676151e1f2d5442e311
  # If you need to make a custom POSIX format you can look here: https://developer.ibm.com/articles/au-aix-posix/)
  # or even better, use this POSIX Generator (courtesy of TopYuan): https://www.topyuan.top/posix
  time_zone: "AST4ADT,M3.2.0,M11.1.0"
  # Alternate Time Zone here.  Must also be POSIX format - it would be good to keep the time zone matched to any language substitution being used (ie. Korean to match Korea Standard Time)
  time_zone_alt: "KST-9"
  time_zone_alt_name: "KST"

  # time and date formats: https://esphome.io/components/time/?highlight=strftime#strftime and https://strftime.org/
  # time_format: "%H:%M" (13:25) / "%H:%M:%S" (13:25:59) / "%I:%M%p" (01:25PM) / "%l:%M%p" (1:25PM)
  time_format12: "%l:%M%p"
  time_format24: "%H:%M:%S"
  # date_format: "%m.%d" (02.28) / "%y.%m.%d" (23.02.28) / "%b %d" (Feb 08) / "%a %d" (Tue 08)
  date_format: "%b %d" # Jan 01
  # date_formatA, if turned on, will split the time of the date display with the main date (and occur before):
  date_formatA: "%a" # Mon
  # Special note that ESPHome can't seem to use any locale for time other than English. In the text_sensors section, you can find filters that allow substitutions.
  # Please be sure to add those needed characters to the Replace or Custom characters as well, or those special characters will not be displayed!

  # This is the sensor name from your Home Assistant configuration
  ha_sensor_data: sensor.vfd_clock_data

  # Pins for Display
  clk_pin: GPIO12
  mosi_pin: GPIO14
  cs_pin: GPIO13
  # Pins & config for I2C RTC
  sda_pin: GPIO5
  scl_pin: GPIO4
  rtc_address: "0x32"
  i2c_frequency: "400kHz"
  # Other Pins
  status_led_pin: GPIO2
  button_pin: GPIO0
  reset_pin: GPIO15 # (solder trace not connected)

  # Display Options
  intensity: "200" # Initial brightness 0 to 255 (default: 200)
  remove_spaces: "true" # remove leading or trailing spaces (default: false)
  scroll_delay: "500, 500" # optional initial & subsequent delays when scrolling (in milliseconds) (default: 1500, 500) (first text = both numbers combined)
  # Replace characters: Unicode character:Fubata byte (characters that already exist on the device, can use decimal, hex, or binary in MSB-LSB order)
  replace: "°:0b11101111"
  # Custom characters: Unicode character:column1,column2,column3,column4,column5 (binary painting from bottom to top)
  custom: "₿:62,107,42,107,20;금:117,85,85,85,119;목:55,53,61,53,119;수:20,18,113,18,20;오:34,37,61,37,34;요:34,61,37,61,34;월:38,45,102,72,95;일:18,21,114,64,71;전:121,71,89,68,95;토:95,85,117,85,81;화:22,123,22,127,8;후:38,42,107,42,38"

esphome:
  name: ${name}
  comment: "${comment}"
  project:
    name: "${project_name}"
    version: "${project_version}"
  min_version: 2023.11.0
  on_boot:
    - priority: 600
      then:
        - if:
            condition:
              - switch.is_on: tz_alt
            then:
              - switch.turn_on: tz_alt
        - rx8025.read_time:
    - priority: -100
      then:
        - wait_until:
            condition:
              - lambda: 'return (id(my_time).now().is_valid());'
        - rx8025.write_time:

esp8266:
  board: esp12e
  restore_from_flash: True

wifi:
  networks:
    - ssid: !secret wifi_ssid
      password: !secret wifi_password
  reboot_timeout: 15min # Default is 15min
  enable_on_boot: True
  id: wifi_id
  ap:
    ssid: ${name}
    password: !secret ap_password
  on_connect:
    - logger.log: "Wifi connected"
    - light.turn_off: led1

external_components:
# Use Trip5's VFDClock VFD8MD06INK ESPHome Component (for the Display)
  - source:
      type: git
      url: https://github.com/trip5/EspHome-VFD-Clock
      ref: main
    refresh: 60s
    components: [ vfd8md06inkm ]
# Prefer a local source (only use one source)
#  - source:
#      type: local
#      path: my-components/vfdclock
#    components: [ vfd8md06inkm ]
#    refresh: 1s

# Use Trip5's RX8025 ESPHome Component (for the RTC)
  - source:
      type: git
      url: https://github.com/trip5/esphome-rx8025
      ref: main
    refresh: 60s
    components: [ rx8025 ]

time:
  - platform: homeassistant # use Home Assistant as a time source (sntp is also possible)
    id: my_time
    timezone: "${time_zone}"
    update_interval: 24h # This seems like the longest safe amount of time - actual configured update happens in interval section (or when changing time zone)
  - platform: rx8025
    id: my_time_rx
    update_interval: never
    timezone: "${time_zone}"
    address: ${rtc_address}
    battery1.5v: True

script:
  - id: sync_the_time
    mode: restart
    then:
      - lambda: 'id(my_time)->update();'
      - rx8025.write_time:

api:
  reboot_timeout: 15min # 15min is default
  # This next section creates the Home Assistant services to allow messages to be displayed (also used for certain system messages)
  services:
    - service: message
      variables:
        message: string
        message_alive_time: int
        message_display_time: int
        message_clock_time: int
      then:
        - globals.set:
            id: message
            value: !lambda 'return message;'
        - globals.set:
            id: message_alive_time
            value: !lambda 'return message_alive_time;'
        - globals.set:
            id: message_display_time
            value: !lambda 'return message_display_time;'
        - globals.set:
            id: message_clock_time
            value: !lambda 'return message_clock_time;'
        - globals.set:
            id: message_clock_time_count
            value: !lambda 'return message_clock_time;'
        - globals.set:
            id: message_alive_time_count
            value: '0'
        - logger.log:
            format: "Message: %s"
            args: [ 'message.c_str()' ]
        - logger.log:
            format: "Alive Time: %i / Display Time: %i / Clock Time: %i"
            args: [ 'message_alive_time', 'message_display_time' , 'message_clock_time' ]

mdns:
  disabled: False # needs to be on to connect to HA

logger:
  level: NONE
# Logging is disabled to save memory but you can easily enable logging (and stop the various sensors/switches from spamming the log) by deleting the above line and uncommening the lines below
# Note that increasing the level uses up memory (which this device has very little available) and may cause errors and/or crashing - please note it's also disabled in the web_server section
#  level: DEBUG
#  logs:
#    sensor: ERROR
#    text_sensor: NONE
#    switch: NONE
#    light: NONE
#    number: NONE

# Web Server is disabled due to memory constraints.  Enable at your own risk (consider removing captive_portal, reducing fonts to 1 to save memory)
#web_server:
#  port: 80
#  ota: True
#  include_internal: False # True will expose more than needed to the Web UI
#  version: 2 # version 3 is much larger but possible if local is False
#  local: True # will download www.js and serve it directly from the clock
#  log: False # disabling in the WebUI to save memory

ota:
  - platform: esphome
    password: !secret ota_password
    on_begin:
      then:
        - lambda: 'id(vf_display).print("OTA...");'
        - logger.log: "OTA Update started."
    on_progress:
      then:
        - lambda: 'if (x > 9) { id(vf_display).printf("OTA %d%%", (int)x); }'
        - logger.log:
            format: "OTA progress %0.1f%%"
            args: ["x"]
    on_end:
      then:
        - lambda: 'id(vf_display).print("OTA Done");'
        - logger.log: "OTA end"
    on_error:
      then:
        - lambda: 'id(vf_display).print("OTAError");'
        - logger.log:
            format: "OTA update error %d"
            args: ["x"]

captive_portal:

text_sensor:
  - platform: version
    name: "${friendly_name} ESPHome Version"
    hide_timestamp: True
    entity_category: diagnostic
  - platform: wifi_info
    ip_address:
      id: wifi_ip
      name: "${friendly_name} IP Address"
      entity_category: diagnostic
    ssid:
      id: wifi_ssid
      name: "${friendly_name} SSID"
      entity_category: diagnostic
  - platform: template
    name: "${friendly_name} ${project_name} Version"
    lambda: 'return to_string("${project_version}");'
    entity_category: diagnostic
    update_interval: 1h
  - platform: template
    name: "${friendly_name} Time Zone"
    lambda: 'return {"${time_zone}"};'
    entity_category: diagnostic
    update_interval: 1h
  # Below this point are text sensors to hold time and date and allow for substitutions... you can delete/edit the filters, just don't delete the entire text sensor
  # The github repo should also contain methods to change the time into other localized formats.
  - platform: template
    id: time_text
    name: "${friendly_name} Replacement Time Text"
    entity_category: diagnostic
    update_interval: never
    internal: True
    filters:
      - lambda: |-
          // Korean generally puts the 오후/오전 before the time, so let's just use a different format entirely "%p%l%M" (PM1:25) and run a substitute on it
          if (id(hour12_mode).state == 1) {
            int offset = 0;
            std::time_t tz1time = (id(my_time).now().timestamp + offset);
            std::tm *tz1time_astm = localtime(&tz1time);
            char display_tmdt[20];
            strftime(display_tmdt, 20, "%p%l:%M", tz1time_astm);
            std::string tmdt(display_tmdt);
            return tmdt;
          } else {
            return x;
          }
      - append: ""
      - prepend: ""
      - substitute:
        - "AM -> 오전"
        - "PM -> 오후"
  - platform: template
    id: date_text
    name: "${friendly_name} Replacement Date Text"
    entity_category: diagnostic
    update_interval: never
    internal: True
    filters:
      - append: "일"
      - prepend: ""
      - substitute:
        - "Jan -> 1월"
        - "Feb -> 2월"
        - "Mar -> 3월"
        - "Apr -> 4월"
        - "May -> 5월"
        - "Jun -> 6월"
        - "Jul -> 7월"
        - "Aug -> 8월"
        - "Sep -> 9월"
        - "Oct -> 10월"
        - "Nov -> 11월"
        - "Dec -> 12월"
  - platform: template
    id: dateA_text
    name: "${friendly_name} Replacement Date A Text"
    entity_category: diagnostic
    update_interval: never
    internal: True
    filters:
      - append: ""
      - prepend: ""
      - substitute:
        - "Sun -> 일요일"
        - "Mon -> 월요일"
        - "Tue -> 화요일"
        - "Wed -> 수요일"
        - "Thu -> 목요일"
        - "Fri -> 금요일"
        - "Sat -> 토요일"
  # Call text sensors from Home Assistant
  - platform: homeassistant
    entity_id: '${ha_sensor_data}'
    attribute: 0
    id: ha_sensor_data_0
  - platform: homeassistant
    entity_id: '${ha_sensor_data}'
    attribute: 1
    id: ha_sensor_data_1
  - platform: homeassistant
    entity_id: '${ha_sensor_data}'
    attribute: 2
    id: ha_sensor_data_2
  - platform: homeassistant
    entity_id: '${ha_sensor_data}'
    attribute: 3
    id: ha_sensor_data_3
  - platform: homeassistant
    entity_id: '${ha_sensor_data}'
    attribute: 4
    id: ha_sensor_data_4
  - platform: homeassistant
    entity_id: '${ha_sensor_data}'
    attribute: 5
    id: ha_sensor_data_5
  - platform: homeassistant
    entity_id: '${ha_sensor_data}'
    attribute: 6
    id: ha_sensor_data_6
  - platform: homeassistant
    entity_id: '${ha_sensor_data}'
    attribute: 7
    id: ha_sensor_data_7
  - platform: homeassistant
    entity_id: '${ha_sensor_data}'
    attribute: 8
    id: ha_sensor_data_8
  - platform: homeassistant
    entity_id: '${ha_sensor_data}'
    attribute: 9
    id: ha_sensor_data_9

output:
  - platform: esp8266_pwm
    id: statusled
    pin:
      number: ${status_led_pin}
      inverted: True

light:
  - platform: monochromatic
    id: led1
    name: "${friendly_name} Status LED"
    output: statusled
    internal: True

preferences:
  flash_write_interval: 15s # 0 does immediate write to memory with no mem buffer (not recommended) (only saves when persistent variables have changed)

i2c:
  sda: ${sda_pin}
  scl: ${scl_pin}
  scan: True
  id: i2cbus
  frequency: ${i2c_frequency}

spi:
  clk_pin: ${clk_pin}
  mosi_pin: ${mosi_pin}

# Some info how to handle multi_click options: https://community.home-assistant.io/t/esphome-button-held-double-press/136083/10
binary_sensor:
  - platform: status
    name: "${friendly_name} Status"
  - platform: gpio
    pin: 
      number: ${button_pin}
      inverted: True
    name: "${friendly_name} Button"
    filters:
      - delayed_on: 10ms
      - delayed_off: 10ms
    on_multi_click:
      #Click will toggle Date display mode
      - timing:
          - ON for at most 0.5s
          - OFF for at least 0.5s
        then:
          - switch.toggle: date_display_mode
      #Double-Click will toggle 12-hour mode
      - timing:
          - ON for at most 1s
          - OFF for at most 0.5s
          - ON for at most 1s
          - OFF for at least 0.1s
        then:
          - switch.toggle: hour12_mode
      #Click once, then Hold will toggle Alt Time Zone
      - timing:
          - ON for at most 1s
          - OFF for at most 0.5s
          - ON for at least 1s
        then:
          - switch.toggle: tz_alt
      #Hold 2s will toggle Time/Date Text Replacement
      - timing:
          - ON for at least 2s
          - OFF for at least 0.5s
        then:
          - switch.toggle: replace_mode
      #Hold 5s will toggle Auto Replacement = Alt. Time
      - timing:
          - ON for at least 5s
        then:
          - switch.toggle: auto_replace_tz_alt

display:
  - platform: vfd8md06inkm
    id: vf_display
    cs_pin: ${cs_pin}
    reset_pin: ${reset_pin}
    intensity: ${intensity}
    remove_spaces: ${remove_spaces}
    scroll_delay: ${scroll_delay}
    replace: ${replace}
    custom: ${custom}
    update_interval: 1s    # Update interval (optional)
    lambda: |-
      // Display the message if all conditions are met
      if (id(my_time).now().is_valid()) {
        if ((id(message_alive_time) != 0) && (id(message_clock_time_count) >= id(message_clock_time))) {
          ESP_LOGD("main", "Showing Message");
          id(message_display_time_count) += 1;
          id(message_alive_time_count) += 1;
          std::string message_text = id(message);
          it.print(message_text.c_str());
          if (id(message_display_time_count) >= id(message_display_time)) {
            id(message_display_time_count) = 0;
            id(message_clock_time_count) = 0;
            if (id(message_alive_time_count) >= id(message_alive_time)) {
              id(message_alive_time_count) = 0;
              id(message_alive_time) = 0;
              ESP_LOGD("main", "Message Alive Time finished.");
            }
          }
        } else {
          // check if we should display sensor data now
          if (id(ha_sensor_data_now) == true) {
            std::string sensor_data_text = "";
            if (id(ha_sensor_data_this) == 0) {
              if (id(ha_sensor_data_0).state.empty()) {
                id(ha_sensor_data_this) = 1;
              } else {
                sensor_data_text = id(ha_sensor_data_0).state.c_str();
              }
            }
            if (id(ha_sensor_data_this) == 1) {
              if (id(ha_sensor_data_1).state.empty()) {
                id(ha_sensor_data_this) = 2;
              } else {
                sensor_data_text = id(ha_sensor_data_1).state.c_str();
              }
            }
            if (id(ha_sensor_data_this) == 2) {
              if (id(ha_sensor_data_2).state.empty()) {
                id(ha_sensor_data_this) = 3;
              } else {
                sensor_data_text = id(ha_sensor_data_2).state.c_str();
              }
            }
            if (id(ha_sensor_data_this) == 3) {
              if (id(ha_sensor_data_3).state.empty()) {
                id(ha_sensor_data_this) = 4;
              } else {
                sensor_data_text = id(ha_sensor_data_3).state.c_str();
              }
            }
            if (id(ha_sensor_data_this) == 4) {
              if (id(ha_sensor_data_4).state.empty()) {
                id(ha_sensor_data_this) = 5;
              } else {
                sensor_data_text = id(ha_sensor_data_4).state.c_str();
              }
            }
            if (id(ha_sensor_data_this) == 5) {
              if (id(ha_sensor_data_5).state.empty()) {
                id(ha_sensor_data_this) = 6;
              } else {
                sensor_data_text = id(ha_sensor_data_5).state.c_str();
              }
            }
            if (id(ha_sensor_data_this) == 6) {
              if (id(ha_sensor_data_6).state.empty()) {
                id(ha_sensor_data_this) = 7;
              } else {
                sensor_data_text = id(ha_sensor_data_6).state.c_str();
              }
            }
            if (id(ha_sensor_data_this) == 7) {
              if (id(ha_sensor_data_7).state.empty()) {
                id(ha_sensor_data_this) = 8;
              } else {
                sensor_data_text = id(ha_sensor_data_7).state.c_str();
              }
            }
            if (id(ha_sensor_data_this) == 8) {
              if (id(ha_sensor_data_8).state.empty()) {
                id(ha_sensor_data_this) = 9;
              } else {
                sensor_data_text = id(ha_sensor_data_8).state.c_str();
              }
            }
            if (id(ha_sensor_data_this) == 9) {
              if (id(ha_sensor_data_9).state.empty()) {
                if (id(ha_sensor_data_all).state == false) {
                  id(ha_sensor_data_this) = 0;
                  sensor_data_text = id(ha_sensor_data_0).state.c_str();
                }
              } else {
                sensor_data_text = id(ha_sensor_data_9).state.c_str();
              }
            }
            if (sensor_data_text != "") {
              id(ha_sensor_data_this_time) += 1;
              if ((id(ha_sensor_data_this_time) >= (id(ha_sensor_data_time).state)) && (id(ha_sensor_data_all).state == true)) {
                id(ha_sensor_data_this_time) = 0;
                id(ha_sensor_data_this) += 1;
              }
              if ((id(ha_sensor_data_this_time) > (id(ha_sensor_data_time).state)) && (id(ha_sensor_data_all).state == false)) { // was just > but... 2 seconds either way?
                id(ha_sensor_data_this_time) = 0;
                id(ha_sensor_data_this) += 1;
                id(ha_sensor_data_now) = false ; // we needed to buy 1 second if this mode is on
              } else {
                it.print(sensor_data_text.c_str());
              }
            } else {
              id(ha_sensor_data_now) = false;
              id(ha_sensor_data_this) = 0;
              id(ha_sensor_data_this_time) = 0;
            }
            if ((id(ha_sensor_data_this) == 9) && (id(ha_sensor_data_all).state == true)) {
              id(ha_sensor_data_this) = false;
              id(ha_sensor_data_now) = false;
            }
          }
          // because there may be no HA sensors, we can't skip display the time/date - just check if it actually did print it
          if (id(ha_sensor_data_now) == false) {
            if ((id(message_alive_time) != 0) && (id(message_clock_time) != 0)) {
              id(message_clock_time_count) += 1;
              id(message_alive_time_count) += 1;
            }
            std::time_t tz1time = (id(my_time).now().timestamp);
            std::tm *tz1time_astm = localtime(&tz1time);
            char display_tmdt[20];
            // check if the date should be displayed
            if ((id(time_display_count) >= (id(time_display_time).state)) && (id(date_display_mode).state != false)) {
              id(date_display_count) += 1;
              // if date_formatA is on, display it for 50% of the time first, after the 1st...
              if ((id(date_A_mode).state == true) && (id(date_display_count) <= (id(date_display_time).state / 2))) {
                strftime(display_tmdt, 20, "${date_formatA}", tz1time_astm);
                // check if Date A text replacement should be made
                if (id(replace_mode_auto).state == true) {
                  std::string tmdt(display_tmdt);
                  id(dateA_text).publish_state(tmdt);
                  strcpy(display_tmdt, id(dateA_text).state.c_str());
                }
              } else {
                strftime(display_tmdt, 20, "${date_format}", tz1time_astm);
                // check if Date text replacement should be made
                if (id(replace_mode_auto).state == true) {
                  std::string tmdt(display_tmdt);
                  id(date_text).publish_state(tmdt);
                  strcpy(display_tmdt, id(date_text).state.c_str());
                }
              }
            } else {
              id(date_display_count) = 0;
              id(time_display_count) += 1;
              // choose which time format to display
              if (id(hour12_mode).state == true) {
                strftime(display_tmdt, 20, "${time_format12}", tz1time_astm);
              } else {
                strftime(display_tmdt, 20, "${time_format24}", tz1time_astm);
              }
              // check if Time text replacement should be made
              if (id(replace_mode_auto).state == true) {
                std::string tmdt(display_tmdt);
                id(time_text).publish_state(tmdt);
                strcpy(display_tmdt, id(time_text).state.c_str());
              }
            }
            // print the date / time
            // it.printf((32 / 2), (8 / 2), id(default_font), TextAlign::CENTER, "%s", display_tmdt);
            it.print(display_tmdt);
            if (((id(date_display_count) >= id(date_display_time).state) && (id(date_display_mode).state != false)) || ((id(time_display_count) >= id(time_display_time).state) && (id(date_display_mode).state == false))) {
              id(time_display_count) = 0;
              // check if Sensor Data Stop is active 
              if (id(ha_sensor_data_stop).state == false) {
                id(ha_sensor_data_now) = 1;
              }
              // check if Replace Interval is active, count or reset, when date display is finished - or after the interval, depending
              // ...and trip the boolean to display HA sensors
              if (id(replace_interval).state > 0) {
                id(replace_interval_count) += 1;
                if (id(replace_interval_count) >= id(replace_interval).state) {
                  id(replace_interval_count) = 0;
                  if (id(auto_replace_tz_alt).state == true) {
                    if (id(replace_mode_auto).state == true) {
                      id(tz_alt_auto).turn_off();
                    } else {
                      id(tz_alt_auto).turn_on();
                    }
                  }
                  id(replace_mode_auto).toggle();
                }
              }
            }
          }
        }
      } else {
        it.print("${waiting}");
      }
      it.intensity(id(brightness).state);

interval:
  - interval: 1min # check if the time should be synced, and if so, do it
    then:
      - lambda: |-
          id(sync_time_count) += 1;
          if (id(sync_time_count) >= (id(sync_time).state * 60)) {
            id(sync_time_count) = 0;
            id(sync_the_time).execute();
          }

globals:
  - id: replace_interval_count
    type: uint8_t
    restore_value: False
    initial_value: '0'
  - id: message
    type: std::string
    restore_value: False
    initial_value: ''
  - id: message_display_time
    type: uint8_t
    restore_value: False
    initial_value: '0'
  - id: message_clock_time
    type: uint8_t
    restore_value: False
    initial_value: '0'
  - id: message_alive_time
    type: uint8_t
    restore_value: False
    initial_value: '0'
  - id: message_display_time_count
    type: uint8_t
    restore_value: False
    initial_value: '0'
  - id: message_clock_time_count
    type: uint8_t
    restore_value: False
    initial_value: '0'
  - id: message_alive_time_count
    type: uint8_t
    restore_value: False
    initial_value: '0'
  - id: time_display_count
    type: uint8_t
    restore_value: False
    initial_value: '0'
  - id: date_display_count
    type: uint8_t
    restore_value: False
    initial_value: '0'
  - id: sync_time_count
    type: uint8_t
    restore_value: False
    initial_value: '0'
# HA Sensor variables
  - id: ha_sensor_data_this
    type: uint8_t
    restore_value: False
    initial_value: '0'
  - id: ha_sensor_data_this_time
    type: uint8_t
    restore_value: False
    initial_value: '0'
  - id: ha_sensor_data_now
    type: bool
    restore_value: False
    initial_value: 'false'

button:
  - platform: restart
    id: restart_button
    name: "${friendly_name} Restart"
    entity_category: diagnostic

switch:
  - platform: template
    name: "${friendly_name} 12 Hour Mode"
    id: hour12_mode
    restore_mode: RESTORE_DEFAULT_OFF
    optimistic: True
    turn_on_action:
        - lambda: |-
            ESP_LOGD("main", "12 Hour Mode On");
    turn_off_action:
        - lambda: |-
            ESP_LOGD("main", "12 Hour Mode Off");
  - platform: template
    name: "${friendly_name} Date A Mode"
    id: date_A_mode
    restore_mode: RESTORE_DEFAULT_OFF
    optimistic: True
    turn_on_action:
        - lambda: |-
            ESP_LOGD("main", "Date A Mode On");
    turn_off_action:
        - lambda: |-
            ESP_LOGD("main", "Date A Mode Off");
  - platform: template
    name: "${friendly_name} Replacement Mode"
    id: replace_mode
    restore_mode: RESTORE_DEFAULT_OFF
    optimistic: True
    turn_on_action:
        - lambda: |-
            ESP_LOGD("main", "Replace Mode On");
            id(auto_replace_tz_alt).turn_off();
            id(replace_mode_auto).turn_on();
    turn_off_action:
        - lambda: |-
            ESP_LOGD("main", "Replace Mode Off");
            id(replace_mode_auto).turn_off();
  - platform: template
    id: replace_mode_auto
    restore_mode: RESTORE_DEFAULT_OFF
    optimistic: True
    internal: True
    turn_on_action:
        - lambda: |-
            ESP_LOGD("main", "Replace Mode Auto On");
    turn_off_action:
        - lambda: |-
            ESP_LOGD("main", "Replace Mode Auto Off");
  - platform: template
    name: "${friendly_name} Date Display Mode"
    id: date_display_mode
    restore_mode: RESTORE_DEFAULT_OFF
    optimistic: True
    turn_on_action:
        - lambda: |-
            ESP_LOGD("main", "Date on");
            id(message) = ("Date on");
            id(message_alive_time) = 1;
            id(message_display_time) = 1;
            id(message_clock_time) = 0;
    turn_off_action:
        - lambda: |-
            ESP_LOGD("main", "Date off");
            id(message) = ("Date off");
            id(message_alive_time) = 1;
            id(message_display_time) = 1;
            id(message_clock_time) = 0;
  - platform: template
    name: "${friendly_name} HA Sensors Data All"
    id: ha_sensor_data_all
    restore_mode: RESTORE_DEFAULT_OFF
    optimistic: True
    turn_on_action:
        - lambda: |-
            ESP_LOGD("main", "HA Sensors Data All On");
    turn_off_action:
        - lambda: |-
            ESP_LOGD("main", "HA Sensors Data All Off");
  - platform: template
    name: "${friendly_name} HA Sensors Data Stop"
    id: ha_sensor_data_stop
    restore_mode: RESTORE_DEFAULT_OFF
    optimistic: True
    turn_on_action:
        - lambda: |-
            ESP_LOGD("main", "HA Sensors Data Stop On");
    turn_off_action:
        - lambda: |-
            ESP_LOGD("main", "HA Sensors Data Stop Off");
# Alt Time Zone selector / activator
  - platform: template
    name: "${friendly_name} Alternate Time (${time_zone_alt_name})"
    id: tz_alt
    restore_mode: RESTORE_DEFAULT_OFF
    optimistic: True
    turn_on_action:
        - lambda: |-
            ESP_LOGD("main", "Alt Time Zone On");
            id(auto_replace_tz_alt).turn_off();
            id(tz_alt_auto).turn_on();
    turn_off_action:
        - lambda: |-
            ESP_LOGD("main", "Alt Time Zone Off");
            id(tz_alt_auto).turn_off();
  - platform: template
    id: tz_alt_auto
    restore_mode: DISABLED
    optimistic: True
    internal: True
    turn_on_action:
        - lambda: |-
            ESP_LOGD("main", "Alt Time Zone Auto On");
            id(my_time)->set_timezone("${time_zone_alt}");
            id(my_time_rx)->set_timezone("${time_zone_alt}");
            id(my_time)->call_setup();
    turn_off_action:
        - lambda: |-
            ESP_LOGD("main", "Alt Time Zone Auto Off");
            id(my_time)->set_timezone("${time_zone}");
            id(my_time_rx)->set_timezone("${time_zone}");
            id(my_time)->call_setup();
  - platform: template
    name: "${friendly_name} Auto Replacement = Alt. Time"
    id: auto_replace_tz_alt
    restore_mode: RESTORE_DEFAULT_OFF
    optimistic: True
    turn_on_action:
        - lambda: |-
            ESP_LOGD("main", "Auto Replacement = Alt. Time On");
            if (id(replace_interval).state == 0) {
              auto call = id(replace_interval).make_call();
              call.set_value(1);
              call.perform();
            }
            id(replace_mode).turn_off();
            id(tz_alt).turn_off();
    turn_off_action:
        - lambda: |-
            ESP_LOGD("main", "Auto Replacement Mode = Alt. Time Off");
            id(tz_alt_auto).turn_off();

number:
  - platform: template
    name: "${friendly_name} Brightness"
    id: brightness
    restore_value: True
    optimistic: True
    step: 5
    min_value: 0
    max_value: 255
    initial_value: ${intensity}
    mode: slider
    set_action:
      then:
        - lambda: |-
            ESP_LOGD("main", "Brightness: %.0f", x);
  - platform: template
    name: "${friendly_name} Time Display Time"
    id: time_display_time
    restore_value: True
    optimistic: True
    step: 1
    min_value: 1
    max_value: 60
    initial_value: 8
    mode: box
    unit_of_measurement: seconds
    set_action:
      then:
        - lambda: |-
            ESP_LOGD("main", "Time Display Time: %.0f seconds", x);
  - platform: template
    name: "${friendly_name} Date Display Time"
    id: date_display_time
    restore_value: True
    optimistic: True
    step: 1
    min_value: 1
    max_value: 60
    initial_value: 2
    mode: box
    unit_of_measurement: seconds
    set_action:
      then:
        - lambda: |-
            ESP_LOGD("main", "Date Display Time: %.0f seconds", x);
  - platform: template
    name: "${friendly_name} Auto Replacement Interval"
    id: replace_interval
    restore_value: True
    optimistic: True
    step: 1
    min_value: 0
    max_value: 10
    initial_value: 0
    mode: box
    unit_of_measurement: intervals
    set_action:
      then:
        - lambda: |-
            ESP_LOGD("main", "Auto Replacement Interval: %.0f", x);
            if (x > 0) {
              if (id(replace_mode).state == true) {
                id(replace_mode).turn_off();
              }
            }
  - platform: template
    name: "${friendly_name} Time Sync Interval"
    id: sync_time
    restore_value: True
    optimistic: True
    step: 1
    min_value: 1
    max_value: 24
    initial_value: 8
    mode: box
    unit_of_measurement: hours
    set_action:
      then:
        - lambda: |-
            ESP_LOGD("main", "Time Sync Interval: %.0f hours", x);
  - platform: template
    name: "${friendly_name} HA Sensor Data Time"
    id: ha_sensor_data_time
    restore_value: True
    optimistic: True
    step: 1
    min_value: 1
    max_value: 10
    initial_value: 2
    mode: box
    unit_of_measurement: seconds
    set_action:
      then:
        - lambda: |-
            ESP_LOGD("main", "HA Sensor Data Time: %.0f seconds", x);