Autosave (autosave)

@ckeditor/ckeditor5-autosave/src/autosave

class

The Autosave plugin allows you to automatically save the data (e.g. send it to the server) when needed (when the user changed the content).

It listens to the editor.model.document#change:data and window#beforeunload events and calls the config.autosave.save() function.

ClassicEditor
	.create( document.querySelector( '#editor' ), {
		plugins: [ ArticlePluginSet, Autosave ],
		toolbar: [ 'heading', '|', 'bold', 'italic', 'link', 'bulletedList', 'numberedList', 'blockQuote', 'undo', 'redo' ],
		image: {
			toolbar: [ 'imageStyle:block', 'imageStyle:side', '|', 'toggleImageCaption', 'imageTextAlternative' ],
		},
		autosave: {
			save( editor: Editor ) {
				// The saveData() function must return a promise
				// which should be resolved when the data is successfully saved.
				return saveData( editor.getData() );
			}
		}
	} );

Read more about this feature in the Autosave feature guide.

Filtering

Public
Inherited
Internal
Protected
Private
Deprecated

Properties

readonly
_saveCallbacks : Array<( Editor ) => Promise<unknown>>

See source
Saves callbacks.
adapter : AutosaveAdapter | undefined

See source
The adapter is an object with a save() method. That method will be called whenever the data changes. It might be called some time after the change, since the event is throttled for performance reasons.
readonly inherited
editor : Editor
See source
The editor instance.

Note that most editors implement the ui property. However, editors with an external UI (i.e. Bootstrap-based) or a headless editor may not have this property or throw an error when accessing it.

Because of above, to make plugins more universal, it is recommended to split features into:
- The "editing" part that uses the Editor class without ui property.
- The "UI" part that uses the Editor class and accesses ui property.
inherited observable
isEnabled : boolean
See source
Flag indicating whether a plugin is enabled or disabled. A disabled plugin will not transform text.

Plugin can be simply disabled like that:
```
// Disable the plugin so that no toolbars are visible.
editor.plugins.get( 'TextTransformation' ).isEnabled = false;
```
You can also use forceDisabled method.
observable
state : 'error' | 'waiting' | 'synchronized' | 'saving'
See source
The state of this plugin.

The plugin can be in the following states:
- synchronized – When all changes are saved.
- waiting – When the plugin is waiting for other changes before calling adapter#save() and config.autosave.save().
- saving – When the provided save method is called and the plugin waits for the response.
- error &ndash When the provided save method will throw an error. This state immediately changes to the saving state and the save method will be called again in the short period of time.
private
_action : null | PendingAction

See source
An action that will be added to the pending action manager for actions happening in that plugin.
private
_config : AutosaveConfig

See source
The configuration of this plugins.
private
_debouncedSave : DebouncedFunc<() => void>

See source
Debounced save method. The save() method is called the specified waitingTime after debouncedSave() is called, unless a new action happens in the meantime.
private
_domEmitter : DomEmitter

See source
DOM emitter.
private
_lastDocumentVersion : number

See source
The last saved document version.
private
_makeImmediateSave : boolean

See source
Informs whether there should be another autosave callback performed, immediately after current autosave callback finishes.

This is set to true when there is a save request while autosave callback is already being processed and the model has changed since the last save.
private
_pendingActions : PendingActions

See source
Editor's pending actions manager.
private
_savePromise : null | Promise<void>

See source
Promise used for asynchronous save calls.

Created to handle the autosave call to an external data source. It resolves when that call is finished. It is re-used if save is called before the promise has been resolved. It is set to null if there is no call in progress.

Static properties

readonly inherited static
isContextPlugin : false

See source
readonly static
isOfficialPlugin : true

See source
readonly inherited static
isPremiumPlugin : boolean

See source
readonly static
pluginName : 'Autosave'

See source
readonly static
requires : readonly tuple

See source

Methods

constructor( editor )

See source

Parameters

editor : Editor
inherited
bind( bindProperty1, bindProperty2 ) → DualBindChain<K1, Autosave[ K1 ], K2, Autosave[ K2 ]>
See source
Binds observable properties to other objects implementing the Observable interface.

Read more in the dedicated guide covering the topic of property bindings with some additional examples.

Consider two objects: a button and an associated command (both Observable).

A simple property binding could be as follows:
```
button.bind( 'isEnabled' ).to( command, 'isEnabled' );
```
or even shorter:
```
button.bind( 'isEnabled' ).to( command );
```
which works in the following way:
- button.isEnabled instantly equals command.isEnabled,
- whenever command.isEnabled changes, button.isEnabled will immediately reflect its value.
Note: To release the binding, use unbind.

You can also "rename" the property in the binding by specifying the new name in the to() chain:
```
button.bind( 'isEnabled' ).to( command, 'isWorking' );
```
It is possible to bind more than one property at a time to shorten the code:
```
button.bind( 'isEnabled', 'value' ).to( command );
```
which corresponds to:
```
button.bind( 'isEnabled' ).to( command );
button.bind( 'value' ).to( command );
```
The binding can include more than one observable, combining multiple data sources in a custom callback:
```
button.bind( 'isEnabled' ).to( command, 'isEnabled', ui, 'isVisible',
	( isCommandEnabled, isUIVisible ) => isCommandEnabled && isUIVisible );
```
Using a custom callback allows processing the value before passing it to the target property:
```
button.bind( 'isEnabled' ).to( command, 'value', value => value === 'heading1' );
```
It is also possible to bind to the same property in an array of observables. To bind a button to multiple commands (also Observables) so that each and every one of them must be enabled for the button to become enabled, use the following code:
```
button.bind( 'isEnabled' ).toMany( [ commandA, commandB, commandC ], 'isEnabled',
	( isAEnabled, isBEnabled, isCEnabled ) => isAEnabled && isBEnabled && isCEnabled );
```
Type parameters

K1

K2

Parameters

bindProperty1 : K1

Observable property that will be bound to other observable(s).

bindProperty2 : K2

Observable property that will be bound to other observable(s).

Returns

DualBindChain<K1, Autosave[ K1 ], K2, Autosave[ K2 ]>

The bind chain with the to() and toMany() methods.
inherited
bind( bindProperties ) → MultiBindChain
See source
Binds observable properties to other objects implementing the Observable interface.

Read more in the dedicated guide covering the topic of property bindings with some additional examples.

Consider two objects: a button and an associated command (both Observable).

A simple property binding could be as follows:
```
button.bind( 'isEnabled' ).to( command, 'isEnabled' );
```
or even shorter:
```
button.bind( 'isEnabled' ).to( command );
```
which works in the following way:
- button.isEnabled instantly equals command.isEnabled,
- whenever command.isEnabled changes, button.isEnabled will immediately reflect its value.
Note: To release the binding, use unbind.

You can also "rename" the property in the binding by specifying the new name in the to() chain:
```
button.bind( 'isEnabled' ).to( command, 'isWorking' );
```
It is possible to bind more than one property at a time to shorten the code:
```
button.bind( 'isEnabled', 'value' ).to( command );
```
which corresponds to:
```
button.bind( 'isEnabled' ).to( command );
button.bind( 'value' ).to( command );
```
The binding can include more than one observable, combining multiple data sources in a custom callback:
```
button.bind( 'isEnabled' ).to( command, 'isEnabled', ui, 'isVisible',
	( isCommandEnabled, isUIVisible ) => isCommandEnabled && isUIVisible );
```
Using a custom callback allows processing the value before passing it to the target property:
```
button.bind( 'isEnabled' ).to( command, 'value', value => value === 'heading1' );
```
It is also possible to bind to the same property in an array of observables. To bind a button to multiple commands (also Observables) so that each and every one of them must be enabled for the button to become enabled, use the following code:
```
button.bind( 'isEnabled' ).toMany( [ commandA, commandB, commandC ], 'isEnabled',
	( isAEnabled, isBEnabled, isCEnabled ) => isAEnabled && isBEnabled && isCEnabled );
```
Parameters

bindProperties : Array<'off' | 'on' | 'once' | 'listenTo' | 'stopListening' | 'fire' | 'delegate' | 'stopDelegating' | 'set' | 'bind' | 'unbind' | 'decorate' | 'destroy' | 'isEnabled' | 'init' | 'editor' | 'forceDisabled' | 'clearForceDisabled' | 'state' | 'adapter' | 'save'>

Observable properties that will be bound to other observable(s).

Returns

MultiBindChain

The bind chain with the to() and toMany() methods.
inherited
bind( bindProperty ) → SingleBindChain<K, Autosave[ K ]>
See source
Binds observable properties to other objects implementing the Observable interface.

Read more in the dedicated guide covering the topic of property bindings with some additional examples.

Consider two objects: a button and an associated command (both Observable).

A simple property binding could be as follows:
```
button.bind( 'isEnabled' ).to( command, 'isEnabled' );
```
or even shorter:
```
button.bind( 'isEnabled' ).to( command );
```
which works in the following way:
- button.isEnabled instantly equals command.isEnabled,
- whenever command.isEnabled changes, button.isEnabled will immediately reflect its value.
Note: To release the binding, use unbind.

You can also "rename" the property in the binding by specifying the new name in the to() chain:
```
button.bind( 'isEnabled' ).to( command, 'isWorking' );
```
It is possible to bind more than one property at a time to shorten the code:
```
button.bind( 'isEnabled', 'value' ).to( command );
```
which corresponds to:
```
button.bind( 'isEnabled' ).to( command );
button.bind( 'value' ).to( command );
```
The binding can include more than one observable, combining multiple data sources in a custom callback:
```
button.bind( 'isEnabled' ).to( command, 'isEnabled', ui, 'isVisible',
	( isCommandEnabled, isUIVisible ) => isCommandEnabled && isUIVisible );
```
Using a custom callback allows processing the value before passing it to the target property:
```
button.bind( 'isEnabled' ).to( command, 'value', value => value === 'heading1' );
```
It is also possible to bind to the same property in an array of observables. To bind a button to multiple commands (also Observables) so that each and every one of them must be enabled for the button to become enabled, use the following code:
```
button.bind( 'isEnabled' ).toMany( [ commandA, commandB, commandC ], 'isEnabled',
	( isAEnabled, isBEnabled, isCEnabled ) => isAEnabled && isBEnabled && isCEnabled );
```
Type parameters

K

Parameters

bindProperty : K

Observable property that will be bound to other observable(s).

Returns

SingleBindChain<K, Autosave[ K ]>

The bind chain with the to() and toMany() methods.
inherited
clearForceDisabled( id ) → void

See source
Clears forced disable previously set through forceDisabled. See forceDisabled.

Parameters

id : string

Unique identifier, equal to the one passed in forceDisabled call.

Returns

void
inherited
decorate( methodName ) → void
See source
Turns the given methods of this object into event-based ones. This means that the new method will fire an event (named after the method) and the original action will be plugged as a listener to that event.

Read more in the dedicated guide covering the topic of decorating methods with some additional examples.

Decorating the method does not change its behavior (it only adds an event), but it allows to modify it later on by listening to the method's event.

For example, to cancel the method execution the event can be stopped:
```
class Foo extends ObservableMixin() {
	constructor() {
		super();
		this.decorate( 'method' );
	}

	method() {
		console.log( 'called!' );
	}
}

const foo = new Foo();
foo.on( 'method', ( evt ) => {
	evt.stop();
}, { priority: 'high' } );

foo.method(); // Nothing is logged.
```
Note: The high priority listener has been used to execute this particular callback before the one which calls the original method (which uses the "normal" priority).

It is also possible to change the returned value:
```
foo.on( 'method', ( evt ) => {
	evt.return = 'Foo!';
} );

foo.method(); // -> 'Foo'
```
Finally, it is possible to access and modify the arguments the method is called with:
```
method( a, b ) {
	console.log( `${ a }, ${ b }`  );
}

// ...

foo.on( 'method', ( evt, args ) => {
	args[ 0 ] = 3;

	console.log( args[ 1 ] ); // -> 2
}, { priority: 'high' } );

foo.method( 1, 2 ); // -> '3, 2'
```
Parameters

methodName : 'off' | 'on' | 'once' | 'listenTo' | 'stopListening' | 'fire' | 'delegate' | 'stopDelegating' | 'set' | 'bind' | 'unbind' | 'decorate' | 'destroy' | 'isEnabled' | 'init' | 'editor' | 'forceDisabled' | 'clearForceDisabled' | 'state' | 'adapter' | 'save'

Name of the method to decorate.

Returns

void
inherited
delegate( events ) → EmitterMixinDelegateChain
See source
Delegates selected events to another Emitter. For instance:
```
emitterA.delegate( 'eventX' ).to( emitterB );
emitterA.delegate( 'eventX', 'eventY' ).to( emitterC );
```
then eventX is delegated (fired by) emitterB and emitterC along with data:
```
emitterA.fire( 'eventX', data );
```
and eventY is delegated (fired by) emitterC along with data:
```
emitterA.fire( 'eventY', data );
```
Parameters

events : Array<string>

Event names that will be delegated to another emitter.

Returns

EmitterMixinDelegateChain
destroy() → void

See source
Destroys the plugin.

Note: This method is optional. A plugin instance does not need to have it defined.

Returns

void
inherited
fire( eventOrInfo, args ) → GetEventInfo<TEvent>[ 'return' ]

See source
Fires an event, executing all callbacks registered for it.

The first parameter passed to callbacks is an EventInfo object, followed by the optional args provided in the fire() method call.

Type parameters

TEvent : extends BaseEvent

The type describing the event. See BaseEvent.

Parameters

eventOrInfo : GetNameOrEventInfo<TEvent>

The name of the event or EventInfo object if event is delegated.

args : TEvent[ 'args' ]

Additional arguments to be passed to the callbacks.

Returns

GetEventInfo<TEvent>[ 'return' ]

By default the method returns undefined. However, the return value can be changed by listeners through modification of the evt.return's property (the event info is the first param of every callback).
inherited
forceDisabled( id ) → void
See source
Disables the plugin.

Plugin may be disabled by multiple features or algorithms (at once). When disabling a plugin, unique id should be passed (e.g. feature name). The same identifier should be used when enabling back the plugin. The plugin becomes enabled only after all features enabled it back.

Disabling and enabling a plugin:
```
plugin.isEnabled; // -> true
plugin.forceDisabled( 'MyFeature' );
plugin.isEnabled; // -> false
plugin.clearForceDisabled( 'MyFeature' );
plugin.isEnabled; // -> true
```
Plugin disabled by multiple features:
```
plugin.forceDisabled( 'MyFeature' );
plugin.forceDisabled( 'OtherFeature' );
plugin.clearForceDisabled( 'MyFeature' );
plugin.isEnabled; // -> false
plugin.clearForceDisabled( 'OtherFeature' );
plugin.isEnabled; // -> true
```
Multiple disabling with the same identifier is redundant:
```
plugin.forceDisabled( 'MyFeature' );
plugin.forceDisabled( 'MyFeature' );
plugin.clearForceDisabled( 'MyFeature' );
plugin.isEnabled; // -> true
```
Note: some plugins or algorithms may have more complex logic when it comes to enabling or disabling certain plugins, so the plugin might be still disabled after clearForceDisabled was used.

Parameters

id : string

Unique identifier for disabling. Use the same id when enabling back the plugin.

Returns

void
init() → void

See source

Returns

void
inherited
listenTo( emitter, event, callback, [ options ] ) → void
See source
Registers a callback function to be executed when an event is fired in a specific (emitter) object.

Events can be grouped in namespaces using :. When namespaced event is fired, it additionally fires all callbacks for that namespace.
```
// myEmitter.on( ... ) is a shorthand for myEmitter.listenTo( myEmitter, ... ).
myEmitter.on( 'myGroup', genericCallback );
myEmitter.on( 'myGroup:myEvent', specificCallback );

// genericCallback is fired.
myEmitter.fire( 'myGroup' );
// both genericCallback and specificCallback are fired.
myEmitter.fire( 'myGroup:myEvent' );
// genericCallback is fired even though there are no callbacks for "foo".
myEmitter.fire( 'myGroup:foo' );
```
An event callback can stop the event and set the return value of the fire method.

Type parameters

TEvent : extends BaseEvent

The type describing the event. See BaseEvent.

Parameters

emitter : Emitter

The object that fires the event.

event : TEvent[ 'name' ]

The name of the event.

callback : GetCallback<TEvent>

The function to be called on event.

[ options ] : GetCallbackOptions<TEvent>

Additional options.

Returns

void
inherited
off( event, callback ) → void

See source
Stops executing the callback on the given event. Shorthand for this.stopListening( this, event, callback ).

Parameters

event : string

The name of the event.

callback : Function

The function to stop being called.

Returns

void
inherited
on( event, callback, [ options ] ) → void

See source
Registers a callback function to be executed when an event is fired.

Shorthand for this.listenTo( this, event, callback, options ) (it makes the emitter listen on itself).

Type parameters

TEvent : extends BaseEvent

The type descibing the event. See BaseEvent.

Parameters

event : TEvent[ 'name' ]

The name of the event.

callback : GetCallback<TEvent>

The function to be called on event.

[ options ] : GetCallbackOptions<TEvent>

Additional options.

Returns

void
inherited
once( event, callback, [ options ] ) → void

See source
Registers a callback function to be executed on the next time the event is fired only. This is similar to calling on followed by off in the callback.

Type parameters

TEvent : extends BaseEvent

The type descibing the event. See BaseEvent.

Parameters

event : TEvent[ 'name' ]

The name of the event.

callback : GetCallback<TEvent>

The function to be called on event.

[ options ] : GetCallbackOptions<TEvent>

Additional options.

Returns

void
save() → Promise<void>

See source
Immediately calls autosave callback. All previously queued (debounced) callbacks are cleared. If there is already an autosave callback in progress, then the requested save will be performed immediately after the current callback finishes.

Returns

Promise<void>

A promise that will be resolved when the autosave callback is finished.
inherited
set( values ) → void
See source
Creates and sets the value of an observable properties of this object. Such a property becomes a part of the state and is observable.

It accepts a single object literal containing key/value pairs with properties to be set.

This method throws the observable-set-cannot-override error if the observable instance already has a property with the given property name. This prevents from mistakenly overriding existing properties and methods, but means that foo.set( 'bar', 1 ) may be slightly slower than foo.bar = 1.

In TypeScript, those properties should be declared in class using declare keyword. In example:
```
public declare myProp1: number;
public declare myProp2: string;

constructor() {
	this.set( {
		'myProp1: 2,
		'myProp2: 'foo'
	} );
}
```
Parameters

values : object

An object with name=>value pairs.

Returns

void
inherited
set( name, value ) → void
See source
Creates and sets the value of an observable property of this object. Such a property becomes a part of the state and is observable.

This method throws the observable-set-cannot-override error if the observable instance already has a property with the given property name. This prevents from mistakenly overriding existing properties and methods, but means that foo.set( 'bar', 1 ) may be slightly slower than foo.bar = 1.

In TypeScript, those properties should be declared in class using declare keyword. In example:
```
public declare myProp: number;

constructor() {
	this.set( 'myProp', 2 );
}
```
Type parameters

K

Parameters

name : K

The property's name.

value : Autosave[ K ]

The property's value.

Returns

void
inherited
stopDelegating( [ event ], [ emitter ] ) → void
See source
Stops delegating events. It can be used at different levels:
- To stop delegating all events.
- To stop delegating a specific event to all emitters.
- To stop delegating a specific event to a specific emitter.
Parameters

[ event ] : string

The name of the event to stop delegating. If omitted, stops it all delegations.

[ emitter ] : Emitter

(requires event) The object to stop delegating a particular event to. If omitted, stops delegation of event to all emitters.

Returns

void
inherited
stopListening( [ emitter ], [ event ], [ callback ] ) → void
See source
Stops listening for events. It can be used at different levels:
- To stop listening to a specific callback.
- To stop listening to a specific event.
- To stop listening to all events fired by a specific object.
- To stop listening to all events fired by all objects.
Parameters

[ emitter ] : Emitter

The object to stop listening to. If omitted, stops it for all objects.

[ event ] : string

(Requires the emitter) The name of the event to stop listening to. If omitted, stops it for all events from emitter.

[ callback ] : Function

(Requires the event) The function to be removed from the call list for the given event.

Returns

void
inherited
unbind( unbindProperties ) → void
See source
Removes the binding created with bind.
```
// Removes the binding for the 'a' property.
A.unbind( 'a' );

// Removes bindings for all properties.
A.unbind();
```
Parameters

unbindProperties : Array<'off' | 'on' | 'once' | 'listenTo' | 'stopListening' | 'fire' | 'delegate' | 'stopDelegating' | 'set' | 'bind' | 'unbind' | 'decorate' | 'destroy' | 'isEnabled' | 'init' | 'editor' | 'forceDisabled' | 'clearForceDisabled' | 'state' | 'adapter' | 'save'>

Observable properties to be unbound. All the bindings will be released if no properties are provided.

Returns

void
private
_flush() → void

See source
Invokes the remaining _save() method call.

Returns

void
private
_save() → Promise<void>

See source
If the adapter is set and a new document version exists, the _save() method creates a pending action and calls the adapter.save() method. It waits for the result and then removes the created pending action.

Returns

Promise<void>

A promise that will be resolved when the autosave callback is finished.
private
_setPendingAction() → void

See source
Creates a pending action if it is not set already.

Returns

void

Events

inherited
change:isEnabled( eventInfo, name, value, oldValue )

See source
Fired when the isEnabled property changed value.

Parameters

eventInfo : EventInfo

An object containing information about the fired event.

name : string

Name of the changed property (isEnabled).

value : boolean

New value of the isEnabled property with given key or null, if operation should remove property.

oldValue : boolean

Old value of the isEnabled property with given key or null, if property was not set before.
change:state( eventInfo, name, value, oldValue )

See source
Fired when the state property changed value.

Parameters

eventInfo : EventInfo

An object containing information about the fired event.

name : string

Name of the changed property (state).

value : 'error' | 'waiting' | 'synchronized' | 'saving'

New value of the state property with given key or null, if operation should remove property.

oldValue : 'error' | 'waiting' | 'synchronized' | 'saving'

Old value of the state property with given key or null, if property was not set before.
inherited
change:{property}( eventInfo, name, value, oldValue )
See source
Fired when a property changed value.
```
observable.set( 'prop', 1 );

observable.on<ObservableChangeEvent<number>>( 'change:prop', ( evt, propertyName, newValue, oldValue ) => {
	console.log( `${ propertyName } has changed from ${ oldValue } to ${ newValue }` );
} );

observable.prop = 2; // -> 'prop has changed from 1 to 2'
```
Parameters

eventInfo : EventInfo

An object containing information about the fired event.

name : string

The property name.

value : TValue

The new property value.

oldValue : TValue

The previous property value.
inherited
set:isEnabled( eventInfo, name, value, oldValue )

See source
Fired when the isEnabled property is going to be set but is not set yet (before the change event is fired).

Parameters

eventInfo : EventInfo

An object containing information about the fired event.

name : string

Name of the changed property (isEnabled).

value : boolean

New value of the isEnabled property with given key or null, if operation should remove property.

oldValue : boolean

Old value of the isEnabled property with given key or null, if property was not set before.
set:state( eventInfo, name, value, oldValue )

See source
Fired when the state property is going to be set but is not set yet (before the change event is fired).

Parameters

eventInfo : EventInfo

An object containing information about the fired event.

name : string

Name of the changed property (state).

value : 'error' | 'waiting' | 'synchronized' | 'saving'

New value of the state property with given key or null, if operation should remove property.

oldValue : 'error' | 'waiting' | 'synchronized' | 'saving'

Old value of the state property with given key or null, if property was not set before.
inherited
set:{property}( eventInfo, name, value, oldValue )
See source
Fired when a property value is going to be set but is not set yet (before the change event is fired).

You can control the final value of the property by using the event's return property.
```
observable.set( 'prop', 1 );

observable.on<ObservableSetEvent<number>>( 'set:prop', ( evt, propertyName, newValue, oldValue ) => {
	console.log( `Value is going to be changed from ${ oldValue } to ${ newValue }` );
	console.log( `Current property value is ${ observable[ propertyName ] }` );

	// Let's override the value.
	evt.return = 3;
} );

observable.on<ObservableChangeEvent<number>>( 'change:prop', ( evt, propertyName, newValue, oldValue ) => {
	console.log( `Value has changed from ${ oldValue } to ${ newValue }` );
} );

observable.prop = 2; // -> 'Value is going to be changed from 1 to 2'
                     // -> 'Current property value is 1'
                     // -> 'Value has changed from 1 to 3'
```
Note: The event is fired even when the new value is the same as the old value.

Parameters

eventInfo : EventInfo

An object containing information about the fired event.

name : string

The property name.

value : TValue

The new property value.

oldValue : TValue

The previous property value.

Every day, we work hard to keep our documentation complete. Have you spotted outdated information? Is something missing? Please report it via our issue tracker.

With the release of version 42.0.0, we have rewritten much of our documentation to reflect the new import paths and features. We appreciate your feedback to help us ensure its accuracy and completeness.

Autosave (autosave)

Filtering

Properties

readonly _saveCallbacks : Array<( Editor ) => Promise<unknown>>module:autosave/autosave~Autosave#_saveCallbacks

adapter : AutosaveAdapter | undefinedmodule:autosave/autosave~Autosave#adapter

readonly inherited editor : Editormodule:autosave/autosave~Autosave#editor

inherited observable isEnabled : booleanmodule:autosave/autosave~Autosave#isEnabled

observable state : 'error' | 'waiting' | 'synchronized' | 'saving'module:autosave/autosave~Autosave#state

private _action : null | PendingActionmodule:autosave/autosave~Autosave#_action

private _config : AutosaveConfigmodule:autosave/autosave~Autosave#_config

private _debouncedSave : DebouncedFunc<() => void>module:autosave/autosave~Autosave#_debouncedSave

private _domEmitter : DomEmittermodule:autosave/autosave~Autosave#_domEmitter

private _lastDocumentVersion : numbermodule:autosave/autosave~Autosave#_lastDocumentVersion

private _makeImmediateSave : booleanmodule:autosave/autosave~Autosave#_makeImmediateSave

private _pendingActions : PendingActionsmodule:autosave/autosave~Autosave#_pendingActions

private _savePromise : null | Promise<void>module:autosave/autosave~Autosave#_savePromise

Static properties

readonly inherited static isContextPlugin : falsemodule:autosave/autosave~Autosave.isContextPlugin

readonly static isOfficialPlugin : truemodule:autosave/autosave~Autosave.isOfficialPlugin

readonly inherited static isPremiumPlugin : booleanmodule:autosave/autosave~Autosave.isPremiumPlugin

readonly static pluginName : 'Autosave'module:autosave/autosave~Autosave.pluginName

readonly static requires : readonly tuplemodule:autosave/autosave~Autosave.requires

Methods

constructor( editor )module:autosave/autosave~Autosave#constructor

Parameters

inherited bind( bindProperty1, bindProperty2 ) → DualBindChain<K1, Autosave[ K1 ], K2, Autosave[ K2 ]>module:autosave/autosave~Autosave#bind:DUAL_BIND

Type parameters

Parameters

Returns

inherited bind( bindProperties ) → MultiBindChainmodule:autosave/autosave~Autosave#bind:MANY_BIND

Parameters

Returns

inherited bind( bindProperty ) → SingleBindChain<K, Autosave[ K ]>module:autosave/autosave~Autosave#bind:SINGLE_BIND

Type parameters

Parameters

Returns

inherited clearForceDisabled( id ) → voidmodule:autosave/autosave~Autosave#clearForceDisabled

Parameters

Returns

inherited decorate( methodName ) → voidmodule:autosave/autosave~Autosave#decorate

Parameters

Returns

inherited delegate( events ) → EmitterMixinDelegateChainmodule:autosave/autosave~Autosave#delegate

Parameters

Returns

destroy() → voidmodule:autosave/autosave~Autosave#destroy

Returns

inherited fire( eventOrInfo, args ) → GetEventInfo<TEvent>[ 'return' ]module:autosave/autosave~Autosave#fire

Type parameters

Parameters

Returns

inherited forceDisabled( id ) → voidmodule:autosave/autosave~Autosave#forceDisabled

Parameters

Returns

init() → voidmodule:autosave/autosave~Autosave#init

Returns

inherited listenTo( emitter, event, callback, [ options ] ) → voidmodule:autosave/autosave~Autosave#listenTo:BASE_EMITTER

Type parameters

Parameters

Returns

inherited off( event, callback ) → voidmodule:autosave/autosave~Autosave#off

Parameters

Returns

inherited on( event, callback, [ options ] ) → voidmodule:autosave/autosave~Autosave#on

Type parameters

Parameters

Returns

inherited once( event, callback, [ options ] ) → voidmodule:autosave/autosave~Autosave#once

Type parameters

Parameters

Returns

save() → Promise<void>module:autosave/autosave~Autosave#save

Returns

inherited set( values ) → voidmodule:autosave/autosave~Autosave#set:OBJECT

Parameters

Returns

inherited set( name, value ) → voidmodule:autosave/autosave~Autosave#set:KEY_VALUE

Type parameters

Parameters

Returns

readonly
`_saveCallbacks : Array<( Editor ) => Promise<unknown>>`

`adapter : AutosaveAdapter | undefined`

readonly inherited
`editor : Editor`

inherited observable
`isEnabled : boolean`

observable
`state : 'error' | 'waiting' | 'synchronized' | 'saving'`

private
`_action : null | PendingAction`

private
`_config : AutosaveConfig`

private
`_debouncedSave : DebouncedFunc<() => void>`

private
`_domEmitter : DomEmitter`

private
`_lastDocumentVersion : number`

private
`_makeImmediateSave : boolean`

private
`_pendingActions : PendingActions`

private
`_savePromise : null | Promise<void>`

readonly inherited static
`isContextPlugin : false`

readonly static
`isOfficialPlugin : true`

readonly inherited static
`isPremiumPlugin : boolean`

readonly static
`pluginName : 'Autosave'`

readonly static
`requires : readonly tuple`

`constructor( editor )`

inherited
`bind( bindProperty1, bindProperty2 ) → DualBindChain<K1, Autosave[ K1 ], K2, Autosave[ K2 ]>`

inherited
`bind( bindProperties ) → MultiBindChain`

inherited
`bind( bindProperty ) → SingleBindChain<K, Autosave[ K ]>`

inherited
`clearForceDisabled( id ) → void`

inherited
`decorate( methodName ) → void`

inherited
`delegate( events ) → EmitterMixinDelegateChain`

`destroy() → void`

inherited
`fire( eventOrInfo, args ) → GetEventInfo<TEvent>[ 'return' ]`

inherited
`forceDisabled( id ) → void`

`init() → void`

inherited
`listenTo( emitter, event, callback, [ options ] ) → void`

inherited
`off( event, callback ) → void`

inherited
`on( event, callback, [ options ] ) → void`

inherited
`once( event, callback, [ options ] ) → void`

`save() → Promise<void>`

inherited
`set( values ) → void`

inherited
`set( name, value ) → void`

inherited
`stopDelegating( [ event ], [ emitter ] ) → void`

inherited
`stopListening( [ emitter ], [ event ], [ callback ] ) → void`

inherited
`unbind( unbindProperties ) → void`

private
`_flush() → void`

private
`_save() → Promise<void>`

private
`_setPendingAction() → void`

inherited
`change:isEnabled( eventInfo, name, value, oldValue )`

`change:state( eventInfo, name, value, oldValue )`

inherited
`change:{property}( eventInfo, name, value, oldValue )`

inherited
`set:isEnabled( eventInfo, name, value, oldValue )`

`set:state( eventInfo, name, value, oldValue )`

inherited
`set:{property}( eventInfo, name, value, oldValue )`