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Examples: Automation
- Text to Speech (TTS)
- Activating Alexa Routines
- Activating Alexa Sequence Commands
- Live Sensor Reports
- Room Aware Alexa Routines
- Room Aware Live Sensor Reports
- Room Aware Scripts Using Areas
- Connecting Bluetooth Speakers
- Time Remaining Announcements for Timers
- Notification when Amazon Login Required
- Fire TV (Cube): Controlling external Speakers
(Be aware that using "type: announce" will cause Alexa to make a "ding" sound before speaking, while using "type: tts" will cause Alexa to speak right away. If you use the everywhere speaker group as your target, you must use "type: announce".)
doorbell:
sequence:
- service: media_player.volume_set
entity_id: media_player.downstairs
data:
volume_level: '1.0'
- service: notify.alexa_media
data:
data:
type: tts
message: 'Ding-dong. Someone is at the door.'
target:
- media_player.downstairs
- media_player.upstairs
- id: washing_machine_finished
alias: Washing machine
trigger:
- entity_id: sensor.washing_machine
platform: state
from: Washing
to: Not washing
action:
- service: notify.alexa_media
data:
data:
type: announce
message: 'Yo Remco.. The washing machine is finished. Get off the couch.'
target:
- media_player.downstairs
- media_player.upstairs
remco_home:
alias: Remco comes home
sequence:
- wait_template: '{{ is_state(''sensor.broadlink_s1c_sliding_door'', ''open'') }}'
timeout: 00:08:00
- delay: 00:00:12
- service: notify.alexa_media
data:
target: media_player.downstairs
data:
type: announce
message: 'Hello Remco. Welcome home. Cherry is {% if is_state("device_tracker.cherry",
"home") -%} also at home. {%- else -%} not at home. {%- endif %} The temperature
inside is {{ states("sensor.broadlink_sensor_temperature") }} degrees. And
outside it is {{ states("sensor.weather_temperature") }} degrees.'
Any Routines you create in the Alexa app can be triggered by Home Assistant.
Make sure to use media_content_type: routine
and that the value for media_content_id:
matches the name of your Routine in the
Alexa App exactly (case, spacing, and punctuation).
scripts.yaml
remco_awake:
alias: Remco woke up
sequence:
- service: media_player.play_media
data:
media_content_id: remcowakeup
media_content_type: routine
target:
entity_id: media_player.upstairs
- wait_template: '{{ is_state("sensor.broadlink_s1c_living_room_door", "open") }}'
- service: media_player.play_media
data:
media_content_id: "I've Gone Downstairs"
media_content_type: routine
target:
entity_id: media_player.downstairs
Look for available sequences in Sequence commands This is case sensitive, so copy it exactly as it is in the list.
automation.yaml
- id: Remco_welcome_home
trigger:
- platform: state
entity_id: device_tracker.remco
to: home
action:
- wait_template: '{{ is_state("sensor.broadlink_s1c_sliding_door", "open") }}'
- data:
entity_id: media_player.downstairs
media_content_id: Alexa.ImHome.Play
media_content_type: sequence
service: media_player.play_media
condition: []
Combine the Last Alexa Sensor and Alexa Routines to have Alexa provide information about your HA sensors.
#configuration.yaml
light:
- platform: template
lights:
alexa_virtual:
friendly_name: "Alexa Dummy Light"
turn_on:
turn_off:
set_level:
#automations.yaml
- alias: "Alexa Report"
trigger:
- platform: state
entity_id: light.alexa_virtual
to: 'on'
condition:
action:
- service: alexa_media.update_last_called
- delay: 2
- variables:
messages:
1: "What you want to say {{ states('sensor.name_of_sensor') }} Degrees"
2: "What you want to say {{ states('sensor.name_of_sensor') }} miles"
3: "What you want to say {{ states('sensor.name_of_sensor') }} minutes"
4: "What you want to say {{ states('sensor.name_of_sensor') }}"
5: "What you want to say {{ states('sensor.name_of_sensor') }}"
6: "What you want to say {{ states('sensor.name_of_sensor') }}"
7: "What you want to say {{ states('sensor.name_of_sensor') }}"
9: "What you want to say {{ states('sensor.name_of_sensor') }}"
10: "What you want to say {{ states('sensor.name_of_sensor') }}"
- service: notify.alexa_media_last_called
data:
data:
type: tts
message: >-
{% set brightness = state_attr('light.alexa_virtual', 'brightness') %}
{% set id = (brightness | int(0) / 255 * 100 ) | int | string %}
{% if id in messages %}
{{ messages.get(id) }}
{% else %}
No value has been set for brightness level {{ brightness }}
{% endif %}
- service: light.turn_off
entity_id: light.alexa_virtual
You need to then expose the "light.alexa_virtual" to your Alexas. This is the same as exposing any HA device to your Alexa's and not directly related to this component. You can do this with emulated_hue, haaska, or Nabu Casa/Home Assistant Cloud.
Once the light is exposed and you can turn it on/off, etc with your voice start the next steps:
- Use the Alexa app to create a routine.
- Click + to create a new routine.
- Click the + next to "when this happens".
- Click on Voice and enter what you want to say. For example "Alexa, give me the surf report".
- Then click on "Add action".
- I recommend you add a step for "Alexa Says" and enter a short phrase "Let me check for you" is good example.
- Then add another action.
- Smart Home --> Control Device --> Select your Alexa Dummy Light and then select brightness.
- Select a value from 1 to 100, the number will correlate to the automation above.
- Click Save, give it a few minutes, and try it out.
Good uses of this would be to get temp info of a sensor, distance/time to a location using a waze/google sensor, tides, doors open/closed, etc.
Use the Last Alexa Sensor to turn lights or switches on or off in the room you are currently in.
When you set up voice activated routines, including multiple trigger phrases can make use more reliable for other users in your household.
Here are four variations of turn on the lights
routines you may like to setup.
- "turn on the lights"
- "turn on the light"
- "turn on lights"
- "turn on light"
Don't forget to add the "off" Alexa Routine as well. You could setup more routines for on/off, open/close, raise/lower... you get the idea.
In your Alexa app match your Alexa Routines to following scripts. (Using homeassistant.turn_on
allows you to turn on light.
, switch.
, script.
, and group.
entities.)
scripts.yaml
# "Alexa, turn on the lights"
alexa_turn_on_the_lights:
sequence:
- service: homeassistant.turn_on
data_template:
entity_id: >-
{# Use the name of each Echo to determine which room the command likely came from. #}
{%- set room = states("sensor.last_alexa")|replace('media_player.','') -%}
{%- if room == "kitchen" -%}
group.kitchen_lights
{%- elif room == "family_room" -%}
light.family_room
{%- elif room == "master_bedroom" -%}
light.bedroom
{%- elif room == "play_room" -%}
light.play_room
{%- endif -%}
# "Alexa, turn off the lights"
alexa_turn_off_the_lights:
sequence:
- service: homeassistant.turn_off
data_template:
entity_id: >-
{# Use the name of each Echo to determine which room the command likely came from. #}
{%- set room = states("sensor.last_alexa")|replace('media_player.','') -%}
{%- if room == "kitchen" -%}
group.kitchen_lights
{%- elif room == "family_room" -%}
light.family_room
{%- elif room == "master_bedroom" -%}
light.bedroom
{%- elif room == "play_room" -%}
light.play_room
{%- endif -%}
Bonus Tip: Do you have an echo in one room which overrides the Echo in another room? This limitation can be circumvented by changing the wake word to something different on one of the Echos (ie. change one to "Computer").
Using the Last Alexa Sensor and Alexa Routines, scripts can be extended to get room-specific sensor values using the same trigger phrase throughout the house.
# scripts.yaml
alias: Alexa Room-Aware Temperature
variables:
echo_room:
media_player.living_room_dot:
- living room
- '{{states("sensor.living_room_temperature")}}'
media_player.basement_dot:
- basement
- '{{states("sensor.basement_temperature")}}'
media_player.kitchen_dot:
- kitchen
- '{{states("sensor.kitchen_temperature")}}'
active_therm: |-
{% set last = states("sensor.last_alexa") -%}
{%- if last in echo_room -%}
{%- set room = echo_room[last][0] -%}
{%- set temp = echo_room[last][1] -%}
The temperature in the {{ room }} is {{temp}} degrees
{%- else -%}
The average temperature in the house is {{states("sensor.average_household_temp")}} degrees
{%- endif %}
sequence:
- service: notify.alexa_media
data:
target: '{{ states("sensor.last_alexa") }}'
data:
type: tts
message: '{{active_therm}}'
mode: single
The expansion of the Areas integration in Home Assistant 2021.9 allows templates with the same function as Room Aware Alexa Routines and Room Aware Live Sensor Reports but with reduced maintenance needs. When adding new devices the scripts do not need to be updated manually like previous methods. You will only have to add new entities to their respective groups and assign areas to them:
# "Alexa, turn on the lights"
alexa_turn_on_the_lights:
alias: Alexa Turn On Area Lights
sequence:
- service: light.turn_on
data:
area_id: '{{area_id(states("sensor.last_alexa"))}}'
mode: single
# "Alexa, turn off the lights"
alexa_turn_off_the_lights:
alias: Alexa Turn Off Area Lights
sequence:
- service: light.turn_off
data:
area_id: '{{area_id(states("sensor.last_alexa"))}}'
mode: single
Be aware that some custom integrations add devices as light entities that you might not normally consider "lights". With Area-based and Room-based approaches these entities will be turned on and off as well, which may be undesirable.
scripts.yaml
# "Alexa, room temperature"
alias: Alexa Room-Aware Temperature
sequence:
- service: notify.alexa_media
data:
target: '{{ states("sensor.last_alexa") }}'
data:
type: tts
message: '{{active_therm}}'
mode: single
variables:
active_therm: |-
{%- set echo_area = area_name(states('sensor.last_alexa')) %}
{%- for s in expand('group.indoor_thermometers')|map(attribute = 'entity_id') | list %}
{% if area_name(s) == echo_area %}
The temperature in the {{ area_name(s)|lower }} is {{states(s)}} degrees Farenheit
{% endif %}
{% endfor %}
While the components source_list only lists input (bluetooth devices that can stream sound to the Alexa device), you can call the select_source service to connect to any previously paired Bluetooth Speaker. Switching it back to "Local Speaker" disconnects it again.
scripts.yaml
alexa_connect_kitchen_speaker:
sequence:
- service: media_player.select_source
data:
source: "Kitchen Speaker."
target:
entity_id: media_player.echo_living_room
alexa_disconnect_kitchen_speaker:
sequence:
- service: media_player.select_source
data:
source: "Local Speaker."
target:
entity_id: media_player.echo_living_room
- id: timer_announcement
alias: Timer Announcement
description: 'Announce the time remaining on a timer at 5 minute intervals, if the timer is for longer than 5 minutes.'
trigger:
- platform: template
value_template: >
{% if not is_state('sensor.kitchen_next_timer', "unavailable") -%}
{%- set sorted_active = state_attr('sensor.kitchen_next_timer', 'sorted_active') | from_json -%}
{%- set duration = (sorted_active[0][1].originalDurationInMillis / 60000)|int %}
{% set remaining = ((as_datetime(states('sensor.kitchen_next_timer')) - states.sensor.time.last_changed|as_local).seconds // 60) -%}
{{ duration > 5 and remaining != duration and remaining != 0 and remaining % 5 == 0 }}
{% endif -%}
action:
- service: notify.alexa_media_kitchen
data:
message: >
You have {{ time_remaining }} {{ "minutes" if time_remaining > 1 else "minute" }} left on your {{ timer_duration }} minute timer.
data:
type: announce
method: all
mode: single
variables:
timer_duration: >
{% if not is_state('sensor.kitchen_next_timer', "unavailable") -%}
{%- set sorted_active = state_attr('sensor.kitchen_next_timer', 'sorted_active') | from_json -%}
{{ (sorted_active[0][1].originalDurationInMillis / 60000)|int }}
{% endif %}
time_remaining: >
{% if not is_state('sensor.kitchen_next_timer', "unavailable")-%}
{{ ((as_datetime(states('sensor.kitchen_next_timer')) - states.sensor.time.last_changed|as_local).seconds // 60) }}
{% endif %}
(Replace sensor.kitchen_next_timer and notify.alexa_media_kitchen as required for your setup.)
Notes: This may have issues determining the duration of the timer if there are multiple overlapping times. If this is an issue, you may need to remove the duration from the announcement (the time remaining should still work).
This automation requires the Time & Date to be enabled.
This automation will notify a phone when the alexa_media_player_relogin_required
event is fired. This happens when Amazon requires the user to answer a CAPTCHA question. The login form can be access through the Persistent Notification drawer of Home Assistant.
- id: alexa_media_player_authentication_required
alias: Alexa Media Player Authentication Required
trigger:
platform: event
event_type: alexa_media_relogin_required
condition: []
action:
- service: notify.mobile_app
data:
title: Alexa Media Player Integration
message: 🔑 Authentication Required
data:
actions:
- action: URI
title: Resolve now!
uri: /lovelace/home
Note: The notify.mobile_app
includes an actionable notification in order to simply open your Lovelace dashboard and quickly access the Persistent Notification drawer. (Reported working on Android)
If you are trying to use this plugin to control a Fire TV (Cube) that is connectected to external speakers (i.e. through HDMI => TV => optical out => Receiver), you won't be able to control the volume. The same would be the case if you use the TVs internal speakers.
However, there is a workaround that is usable on the Cube, as it is able control IR devices and also comes with the little "remote blaster":
- Make sure you can control your TV (and Receiver) using the Cube (Settings -> Device Control). You will also run through this when connecting your Cube for the first time (or after a factory reset). After completing it, the devices (TV + Receiver, if any) should show up in your Alexa App.
- Setup (4) routines for "TV on/off" (Individual device(s)) and "Volume Up/Down" (Fire TV menu) in your Alexa App. Don't use volume steps of 1 or Alexa will ignore most of the commands if you smash the button too fast.
- Create scripts to call these routines:
alias: Fernseher an
sequence:
- service: media_player.play_media
data:
media_content_id: Fernseher an # name from Alexa App
media_content_type: routine
target:
entity_id: media_player.fire_tv_cube
mode: single
icon: mdi:television
alias: Fernseher aus
sequence:
- service: media_player.play_media
data:
media_content_id: Fernseher aus
media_content_type: routine
target:
entity_id: media_player.fire_tv_cube
mode: single
icon: mdi:television-off
alias: Fernseher lauter
sequence:
- service: media_player.play_media
data:
media_content_id: Fernseher lauter
media_content_type: routine
target:
entity_id: media_player.fire_tv_cube
mode: single
icon: mdi:volume-plus
alias: Fernseher leiser
sequence:
- service: media_player.play_media
data:
media_content_id: Fernseher leiser
media_content_type: routine
target:
entity_id: media_player.fire_tv_cube
mode: single
icon: mdi:volume-minus
- Create buttons in the UI to call the scripts
Now you can create a media player interface like this: