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Any event handlers attached with .on() or one of its shortcut methods are triggered when the corresponding event occurs. They can be fired manually, however, with the .trigger() method. A call to .trigger() executes the handlers in the same order they would be if the event were triggered naturally by the user:
As of jQuery 1.3, .trigger()ed events bubble up the DOM tree; an event handler can stop the bubbling by returning false from the handler or calling the .stopPropagation() method on the event object passed into the event. Although .trigger() simulates an event activation, complete with a synthesized event object, it does not perfectly replicate a naturally-occurring event.
When we define a custom event type using the .on() method, the second argument to .trigger() can become useful. For example, suppose we have bound a handler for the custom event to our element instead of the built-in click event as we did above:
The event object is always passed as the first parameter to an event handler. An array of arguments can also be passed to the .trigger() call, and these parameters will be passed along to the handler as well following the event object. As of jQuery 1.6.2, single string or numeric argument can be passed without being wrapped in an array.
Note the difference between the extra parameters passed here and the eventData parameter to the .on() method. Both are mechanisms for passing information to an event handler, but the extraParameters argument to .trigger() allows information to be determined at the time the event is triggered, while the eventData argument to .on() requires the information to be already computed at the time the handler is bound.
The .trigger() method can be used on jQuery collections that wrap plain JavaScript objects similar to a pub/sub mechanism; any event handlers bound to the object will be called when the event is triggered.
An automationAutomations in Home Assistant allow you to automatically respond to things that happen in and around your home.
[Learn more] can be triggered by an eventAn event is when something happens.
[Learn more], a certain entityAn entity represents a sensor, actor, or function in Home Assistant. Entities are used to monitor physical properties or to control other entities. An entity is usually part of a device or a service.
[Learn more] stateThe state holds the information of interest of an entity, for example, if a light is on or off. Each entity has exactly one state and the state only holds one value at a time. However, entities can store attributes related to that state such as brightness, color, or a unit of measurement.
[Learn more], at a given time, and more. These can be specified directly or more flexible via templates. It is also possible to specify multiple triggers for one automation.
All triggers can be assigned an optional id. If the ID is omitted, it will instead be set to the index of the trigger. The id can be referenced from trigger conditions and actions. The id does not have to be unique for each trigger, and it can be used to group similar triggers for use later in the automation (i.e., several triggers of different types that should all turn some entity on).
The second variant is setting variables that are available when attaching a trigger when the trigger can contain templated values. These are defined using the trigger_variables key at an automation level. These variables can only contain limited templates. The triggers will not re-apply if the value of the template changes. Trigger variables are a feature meant to support using blueprint inputs in triggers.
The payload option can be combined with a value_template to process the message received on the given MQTT topic before matching it with the payload.The trigger in the example below will trigger only when the message received on living_room/switch/ac is valid JSON, with a key state which has the value "on".
If for your use case this is undesired, you could consider using the automation to set an input_datetime to the desired time and then use that input_datetime as an automation trigger to perform the desired actions at the set time.
Fires when the state of any of given entities changes. If only entity_id is given, the trigger will fire for all state changes, even if only state attributes change.If at least one of from, to, not_from, or not_to are given, the trigger will fire on any matching state change, but not if only attributes change. To trigger on all state changes, but not on changed attributes, set at least one of from, to, not_from, or not_to to null.
The not_from and not_to options are the counter parts of from and to. They can be used to trigger on state changes that are not the specified state. This can be useful to trigger on all state changes, except specific ones.
Since the duration of twilight is different throughout the year, it is recommended to use sun elevation triggers instead of sunset or sunrise with a time offset to trigger automations during dusk or dawn.
With the time pattern trigger, you can match if the hour, minute or second of the current time matches a specific value. You can prefix the value with a / to match whenever the value is divisible by that number. You can specify * to match any value (when using the web interface this is required, the fields cannot be left empty).
By default, webhook triggers can only be accessed from devices on the same network as Home Assistant or via Nabu Casa Cloud webhooks. The local_only option should be set to false to allow webhooks to be triggered directly via the internet. This option can also be configured in the UI by clicking the settings gear menu button beside the Webhook ID.
Payloads may either be encoded as form data or JSON. Depending on that, its data will be available in an automation template as either trigger.data or trigger.json. URL query parameters are also available in the template as trigger.query.
Zone trigger fires when an entity is entering or leaving the zone. The entity can be either a person, or a device_tracker. For zone automation to work, you need to have setup a device tracker platform that supports reporting GPS coordinates. This includes GPS Logger, the OwnTracks platform and the iCloud platform.
Geolocation trigger fires when an entity is appearing in or disappearing from a zone. Entities that are created by a Geolocation platform support reporting GPS coordinates.Because entities are generated and removed by these platforms automatically, the entity ID normally cannot be predicted. Instead, this trigger requires the definition of a source, which is directly linked to one of the Geolocation platforms.
Device triggers encompass a set of events that are defined by an integration. This includes, for example, state changes of sensors as well as button events from remotes.MQTT device triggers are set up through autodiscovery.
A sentence trigger fires when Assist matches a sentence from a voice assistant using the default conversation agent. Sentence triggers only work with Home Assistant Assist. External conversation agents such as OpenAI or Google Generative AI cannot be used to trigger automations.
Adding one or more lists to your trigger sentences will capture any text at that point in the sentence. A slots object will be available in the trigger data.This allows you to match sentences with variable parts, such as album/artist names or a description of a picture.
It is possible to specify multiple triggers for the same rule. To do so just prefix the first line of each trigger with a dash (-) and indent the next lines accordingly. Whenever one of the triggers fires, processing of your automation rule begins.
It is possible to specify multiple entities for the same trigger. To do so add multiple entities using a nested list. The trigger will fire and start, processing your automation each time the trigger is true for any entity listed.
During protein biosynthesis, nascent polypeptide chains that emerge from the ribosomal exit tunnel encounter ribosome-associated chaperones, which assist their folding to the native state. Here we present a 2.7 A crystal structure of Escherichia coli trigger factor, the best-characterized chaperone of this type, together with the structure of its ribosome-binding domain in complex with the Haloarcula marismortui large ribosomal subunit. Trigger factor adopts a unique conformation resembling a crouching dragon with separated domains forming the amino-terminal ribosome-binding 'tail', the peptidyl-prolyl isomerase 'head', the carboxy-terminal 'arms' and connecting regions building up the 'back'. From its attachment point on the ribosome, trigger factor projects the extended domains over the exit of the ribosomal tunnel, creating a protected folding space where nascent polypeptides may be shielded from proteases and aggregation. This study sheds new light on our understanding of co-translational protein folding, and suggests an unexpected mechanism of action for ribosome-associated chaperones.
Hair-trigger alert increases the risk of an accidental nuclear missile launch, or a deliberate launch in response to a false warning. The results of such a launch would be catastrophic: modern weapons are many times more powerful than the bombs that destroyed Hiroshima and Nagasaki, capable of killing millions of people with a single warhead.
All US missile silos have a safety switch that is used to prevent a launch of the missile when, for example, maintenance crews are in the silo. The United States could remove its land-based missiles from hair trigger alert by turning this switch to the safe position in each silo.
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