aap_esl_keypad_interface.example.yaml

# Example configuration for the AAP ESL-2 Keypad Interface.
#
# Copy this file to `aap_esl_keypad_interface.yaml`, fill in your own zone
# and keypad names, and create a `secrets.yaml` alongside it (see README.md
# for the required keys). The copy is gitignored so your real layout stays
# local.

substitutions:
  name: "esphome-aap-alarm-interface"
  friendly_name: ESPHome AAP Alarm Interface
  comment: "Control your Arrowhead Alarm system using ESPHome."

esphome:
  name: ${name}
  friendly_name: ${friendly_name}
  comment: ${comment}
  name_add_mac_suffix: false

esp32:
  # AtomS3 Lite. If using an original Atom Lite instead, use `variant: esp32`
  # and clock_pin: GPIO23 / data_pin: GPIO22 below.
  variant: esp32s3
  framework:
    type: esp-idf

logger:
  level: DEBUG
  initial_level: INFO
  # Leave crow_alarm_panel unset here; the `select` below lets you switch
  # it to DEBUG at runtime instead of reflashing.
  # logs:
  #   crow_alarm_panel: DEBUG

external_components:
  - components: [crow_alarm_panel]
    source: github://dan-s-github/esphome-components

# Runtime log level control, so you can flip to DEBUG from Home Assistant
# without reflashing.
select:
  platform: logger
  name: "Log level"

crow_alarm_panel:
  # AtomS3 Lite pins. On an original Atom Lite use GPIO23 / GPIO22.
  clock_pin: GPIO7
  data_pin: GPIO5
  # Bus address this device claims as a keypad. Must not collide with any
  # other keypad already on the bus (physical keypads, RS232, IP, etc).
  address: 5
  code: !secret alarm_code

  # Every keypad the panel knows about, physical or virtual. Only used so
  # this component can identify bus traffic - it does not need to match
  # the panel's own keypad naming.
  keypads:
    - name: "Keypad 1"
      address: 0
    - name: "ESPHome Keypad"
      address: 5
    - name: "IP Keypad"
      address: 7

  # One entry per zone configured on the panel. `device_class` and `icon`
  # are passed straight through to the Home Assistant binary_sensor.
  zones:
    - zone: 1
      name: "Zone 1"
      device_class: motion
      icon: mdi:motion-sensor
    - zone: 2
      name: "Zone 2"
      device_class: motion
      icon: mdi:motion-sensor
    - zone: 3
      name: "Zone 3"
      device_class: garage_door
    - zone: 4
      name: "Zone 4"
      device_class: motion
      icon: mdi:motion-sensor
    - zone: 5
      name: "Zone 5"
      device_class: motion
      icon: mdi:motion-sensor
    - zone: 6
      name: "Zone 6"
      device_class: motion
      icon: mdi:motion-sensor
    - zone: 7
      name: "Zone 7"
      device_class: motion
      icon: mdi:motion-sensor
    - zone: 8
      name: "Zone 8"
      device_class: smoke

text_sensor:
  - platform: crow_alarm_panel
    type: armed_state
    name: "Alarm Status"

alarm_control_panel:
  - platform: crow_alarm_panel
    name: "Crow Alarm"
    requires_code_to_arm: false

button:
  - platform: crow_alarm_panel
    type: arm_away
    name: "Arm Away"

  - platform: crow_alarm_panel
    type: arm_stay
    name: "Arm Stay"

  - platform: crow_alarm_panel
    type: disarm
    name: "Disarm"

  - platform: restart
    id: restart_button
    name: "Restart"
    entity_category: diagnostic

# One `output` entry per panel PGM output you want to expose as a switch.
switch:
  - platform: crow_alarm_panel
    type: output
    output: 3
    name: "Output 3"
  - platform: crow_alarm_panel
    type: output
    output: 4
    name: "Output 4"

  # Runtime toggle for raw frame logging - noisy, so it's off by default
  # and left as a switch rather than a static logs: entry. Setting the
  # logger above to VERBOSE (via the `select`) enables the same raw frame
  # output, so this switch is only useful for isolating raw frames without
  # the rest of VERBOSE's noise.
  - platform: crow_alarm_panel
    type: log_raw_frames
    name: "Raw Frame Logging"

api:
  encryption:
    key: !secret api_encryption_key

ota:
  platform: esphome

improv_serial:

wifi:
  ssid: !secret wifi_ssid
  password: !secret wifi_password

  ap:
    ssid: "esphome-aap-keypad-fallback"
    password: !secret fallback_hotspot_password

captive_portal:

esp32_improv:
  authorizer: none

web_server: