/**
 * @license Copyright (c) 2003-2024, CKSource Holding sp. z o.o. All rights reserved.
 * For licensing, see LICENSE.md or https://ckeditor.com/legal/ckeditor-oss-license
 */
/**
 * @module engine/model/model
 */
import Batch, { type BatchType } from './batch.js';
import Document from './document.js';
import MarkerCollection from './markercollection.js';
import ModelPosition, { type PositionOffset, type PositionStickiness } from './position.js';
import ModelRange from './range.js';
import ModelSelection, { type PlaceOrOffset, type Selectable } from './selection.js';
import DocumentSelection from './documentselection.js';
import Schema from './schema.js';
import Writer from './writer.js';
import Node from './node.js';
import type ModelDocumentFragment from './documentfragment.js';
import type Item from './item.js';
import type ModelElement from './element.js';
import type Operation from './operation/operation.js';
import { type DecoratedMethodEvent } from '@ckeditor/ckeditor5-utils';
declare const Model_base: {
    new (): import("@ckeditor/ckeditor5-utils").Observable;
    prototype: import("@ckeditor/ckeditor5-utils").Observable;
};
/**
 * Editor's data model. Read about the model in the
 * {@glink framework/architecture/editing-engine engine architecture} guide.
 */
export default class Model extends Model_base {
    /**
     * Model's marker collection.
     */
    readonly markers: MarkerCollection;
    /**
     * Model's document.
     */
    readonly document: Document;
    /**
     * Model's schema.
     */
    readonly schema: Schema;
    /**
     * All callbacks added by {@link module:engine/model/model~Model#change} or
     * {@link module:engine/model/model~Model#enqueueChange} methods waiting to be executed.
     */
    private readonly _pendingChanges;
    /**
     * The last created and currently used writer instance.
     */
    private _currentWriter;
    constructor();
    /**
     * The `change()` method is the primary way of changing the model. You should use it to modify all document nodes
     * (including detached nodes – i.e. nodes not added to the {@link module:engine/model/model~Model#document model document}),
     * the {@link module:engine/model/document~Document#selection document's selection}, and
     * {@link module:engine/model/model~Model#markers model markers}.
     *
     * ```ts
     * model.change( writer => {
     * 	writer.insertText( 'foo', paragraph, 'end' );
     * } );
     * ```
     *
     * All changes inside the change block use the same {@link module:engine/model/batch~Batch} so they are combined
     * into a single undo step.
     *
     * ```ts
     * model.change( writer => {
     * 	writer.insertText( 'foo', paragraph, 'end' ); // foo.
     *
     * 	model.change( writer => {
     * 		writer.insertText( 'bar', paragraph, 'end' ); // foobar.
     * 	} );
     *
     * 	writer.insertText( 'bom', paragraph, 'end' ); // foobarbom.
     * } );
     * ```
     *
     * The callback of the `change()` block is executed synchronously.
     *
     * You can also return a value from the change block.
     *
     * ```ts
     * const img = model.change( writer => {
     * 	return writer.createElement( 'img' );
     * } );
     * ```
     *
     * @see #enqueueChange
     * @typeParam TReturn The return type of the provided callback.
     * @param callback Callback function which may modify the model.
     */
    change<TReturn>(callback: (writer: Writer) => TReturn): TReturn;
    /**
     * The `enqueueChange()` method performs similar task as the {@link #change `change()` method}, with two major differences.
     *
     * First, the callback of `enqueueChange()` is executed when all other enqueued changes are done. It might be executed
     * immediately if it is not nested in any other change block, but if it is nested in another (enqueue)change block,
     * it will be delayed and executed after the outermost block.
     *
     * ```ts
     * model.change( writer => {
     * 	console.log( 1 );
     *
     * 	model.enqueueChange( writer => {
     * 		console.log( 2 );
     * 	} );
     *
     * 	console.log( 3 );
     * } ); // Will log: 1, 3, 2.
     * ```
     *
     * In addition to that, the changes enqueued with `enqueueChange()` will be converted separately from the changes
     * done in the outer `change()` block.
     *
     * By default, a new batch with the default {@link module:engine/model/batch~Batch#constructor batch type} is created.
     * To define the {@link module:engine/model/batch~Batch} into which you want to add your changes,
     * use {@link #enqueueChange:CUSTOM_BATCH `enqueueChange( batchOrType, callback )`}.
     *
     * @label DEFAULT_BATCH
     * @param callback Callback function which may modify the model.
     */
    enqueueChange(callback: (writer: Writer) => unknown): void;
    /**
     * The `enqueueChange()` method performs similar task as the {@link #change `change()` method}, with two major differences.
     *
     * First, the callback of `enqueueChange()` is executed when all other enqueued changes are done. It might be executed
     * immediately if it is not nested in any other change block, but if it is nested in another (enqueue)change block,
     * it will be delayed and executed after the outermost block.
     *
     * ```ts
     * model.change( new Batch(), writer => {
     * 	console.log( 1 );
     *
     * 	model.enqueueChange( new Batch(), writer => {
     * 		console.log( 2 );
     * 	} );
     *
     * 	console.log( 3 );
     * } ); // Will log: 1, 3, 2.
     * ```
     *
     * In addition to that, the changes enqueued with `enqueueChange()` will be converted separately from the changes
     * done in the outer `change()` block.
     *
     * Second, it lets you define the {@link module:engine/model/batch~Batch} into which you want to add your changes.
     * If you want to use default {@link module:engine/model/batch~Batch#constructor batch type}, use
     * {@link #enqueueChange:DEFAULT_BATCH `enqueueChange( callback )`}.
     *
     * ```ts
     * model.enqueueChange( { isUndoable: false }, writer => {
     * 	writer.insertText( 'foo', paragraph, 'end' );
     * } );
     * ```
     *
     * When using the `enqueueChange()` block you can also add some changes to the batch you used before.
     *
     * ```ts
     * model.enqueueChange( batch, writer => {
     * 	writer.insertText( 'foo', paragraph, 'end' );
     * } );
     * ```
     *
     * In order to make a nested `enqueueChange()` create a single undo step together with the changes done in the outer `change()`
     * block, you can obtain the batch instance from the  {@link module:engine/model/writer~Writer#batch writer} of the outer block.
     *
     * @label CUSTOM_BATCH
     * @param batchOrType A batch or a {@link module:engine/model/batch~Batch#constructor batch type} that should be used in the callback.
     * If not defined, a new batch with the default type will be created.
     * @param callback Callback function which may modify the model.
     */
    enqueueChange(batchOrType: Batch | BatchType | undefined, callback: (writer: Writer) => unknown): void;
    /**
     * {@link module:utils/observablemixin~Observable#decorate Decorated} function for applying
     * {@link module:engine/model/operation/operation~Operation operations} to the model.
     *
     * This is a low-level way of changing the model. It is exposed for very specific use cases (like the undo feature).
     * Normally, to modify the model, you will want to use {@link module:engine/model/writer~Writer `Writer`}.
     * See also {@glink framework/architecture/editing-engine#changing-the-model Changing the model} section
     * of the {@glink framework/architecture/editing-engine Editing architecture} guide.
     *
     * @param operation The operation to apply.
     */
    applyOperation(operation: Operation): void;
    /**
     * Inserts content at the position in the editor specified by the selection, as one would expect the paste
     * functionality to work.
     *
     * **Note**: If you want to insert an {@glink framework/deep-dive/schema#object-elements object element}
     * (e.g. a {@link module:widget/utils~toWidget widget}), see {@link #insertObject} instead.
     *
     * This is a high-level method. It takes the {@link #schema schema} into consideration when inserting
     * the content, clears the given selection's content before inserting nodes and moves the selection
     * to its target position at the end of the process.
     * It can split elements, merge them, wrap bare text nodes with paragraphs, etc. &ndash; just like the
     * pasting feature should do.
     *
     * For lower-level methods see {@link module:engine/model/writer~Writer `Writer`}.
     *
     * This method, unlike {@link module:engine/model/writer~Writer `Writer`}'s methods, does not have to be used
     * inside a {@link #change `change()` block}.
     *
     * # Conversion and schema
     *
     * Inserting elements and text nodes into the model is not enough to make CKEditor 5 render that content
     * to the user. CKEditor 5 implements a model-view-controller architecture and what `model.insertContent()` does
     * is only adding nodes to the model. Additionally, you need to define
     * {@glink framework/architecture/editing-engine#conversion converters} between the model and view
     * and define those nodes in the {@glink framework/architecture/editing-engine#schema schema}.
     *
     * So, while this method may seem similar to CKEditor 4 `editor.insertHtml()` (in fact, both methods
     * are used for paste-like content insertion), the CKEditor 5 method cannot be use to insert arbitrary HTML
     * unless converters are defined for all elements and attributes in that HTML.
     *
     * # Examples
     *
     * Using `insertContent()` with a manually created model structure:
     *
     * ```ts
     * // Let's create a document fragment containing such content as:
     * //
     * // <paragraph>foo</paragraph>
     * // <blockQuote>
     * //    <paragraph>bar</paragraph>
     * // </blockQuote>
     * const docFrag = editor.model.change( writer => {
     * 	const p1 = writer.createElement( 'paragraph' );
     * 	const p2 = writer.createElement( 'paragraph' );
     * 	const blockQuote = writer.createElement( 'blockQuote' );
     * 	const docFrag = writer.createDocumentFragment();
     *
     * 	writer.append( p1, docFrag );
     * 	writer.append( blockQuote, docFrag );
     * 	writer.append( p2, blockQuote );
     * 	writer.insertText( 'foo', p1 );
     * 	writer.insertText( 'bar', p2 );
     *
     * 	return docFrag;
     * } );
     *
     * // insertContent() does not have to be used in a change() block. It can, though,
     * // so this code could be moved to the callback defined above.
     * editor.model.insertContent( docFrag );
     * ```
     *
     * Using `insertContent()` with an HTML string converted to a model document fragment (similar to the pasting mechanism):
     *
     * ```ts
     * // You can create your own HtmlDataProcessor instance or use editor.data.processor
     * // if you have not overridden the default one (which is the HtmlDataProcessor instance).
     * const htmlDP = new HtmlDataProcessor( viewDocument );
     *
     * // Convert an HTML string to a view document fragment:
     * const viewFragment = htmlDP.toView( htmlString );
     *
     * // Convert the view document fragment to a model document fragment
     * // in the context of $root. This conversion takes the schema into
     * // account so if, for example, the view document fragment contained a bare text node,
     * // this text node cannot be a child of $root, so it will be automatically
     * // wrapped with a <paragraph>. You can define the context yourself (in the second parameter),
     * // and e.g. convert the content like it would happen in a <paragraph>.
     * // Note: The clipboard feature uses a custom context called $clipboardHolder
     * // which has a loosened schema.
     * const modelFragment = editor.data.toModel( viewFragment );
     *
     * editor.model.insertContent( modelFragment );
     * ```
     *
     * By default this method will use the document selection but it can also be used with a position, range or selection instance.
     *
     * ```ts
     * // Insert text at the current document selection position.
     * editor.model.change( writer => {
     * 	editor.model.insertContent( writer.createText( 'x' ) );
     * } );
     *
     * // Insert text at a given position - the document selection will not be modified.
     * editor.model.change( writer => {
     * 	editor.model.insertContent( writer.createText( 'x' ), doc.getRoot(), 2 );
     *
     * 	// Which is a shorthand for:
     * 	editor.model.insertContent( writer.createText( 'x' ), writer.createPositionAt( doc.getRoot(), 2 ) );
     * } );
     * ```
     *
     * If you want the document selection to be moved to the inserted content, use the
     * {@link module:engine/model/writer~Writer#setSelection `setSelection()`} method of the writer after inserting
     * the content:
     *
     * ```ts
     * editor.model.change( writer => {
     * 	const paragraph = writer.createElement( 'paragraph' );
     *
     * 	// Insert an empty paragraph at the beginning of the root.
     * 	editor.model.insertContent( paragraph, writer.createPositionAt( editor.model.document.getRoot(), 0 ) );
     *
     * 	// Move the document selection to the inserted paragraph.
     * 	writer.setSelection( paragraph, 'in' );
     * } );
     * ```
     *
     * If an instance of the {@link module:engine/model/selection~Selection model selection} is passed as `selectable`,
     * the new content will be inserted at the passed selection (instead of document selection):
     *
     * ```ts
     * editor.model.change( writer => {
     * 	// Create a selection in a paragraph that will be used as a place of insertion.
     * 	const selection = writer.createSelection( paragraph, 'in' );
     *
     * 	// Insert the new text at the created selection.
     * 	editor.model.insertContent( writer.createText( 'x' ), selection );
     *
     * 	// insertContent() modifies the passed selection instance so it can be used to set the document selection.
     * 	// Note: This is not necessary when you passed the document selection to insertContent().
     * 	writer.setSelection( selection );
     * } );
     * ```
     *
     * @fires insertContent
     * @param content The content to insert.
     * @param selectable The selection into which the content should be inserted.
     * If not provided the current model document selection will be used.
     * @param placeOrOffset To be used when a model item was passed as `selectable`.
     * This param defines a position in relation to that item.
     * at the insertion position.
     */
    insertContent(content: Item | ModelDocumentFragment, selectable?: Selectable, placeOrOffset?: PlaceOrOffset, ...rest: Array<unknown>): ModelRange;
    /**
     * Inserts an {@glink framework/deep-dive/schema#object-elements object element} at a specific position in the editor content.
     *
     * This is a high-level API:
     * * It takes the {@link #schema schema} into consideration,
     * * It clears the content of passed `selectable` before inserting,
     * * It can move the selection at the end of the process,
     * * It will copy the selected block's attributes to preserve them upon insertion,
     * * It can split elements or wrap inline objects with paragraphs if they are not allowed in target position,
     * * etc.
     *
     * # Notes
     *
     * * If you want to insert a non-object content, see {@link #insertContent} instead.
     * * For lower-level API, see {@link module:engine/model/writer~Writer `Writer`}.
     * * Unlike {@link module:engine/model/writer~Writer `Writer`}, this method does not have to be used inside
     * a {@link #change `change()` block}.
     * * Inserting object into the model is not enough to make CKEditor 5 render that content to the user.
     * CKEditor 5 implements a model-view-controller architecture and what `model.insertObject()` does
     * is only adding nodes to the model. Additionally, you need to define
     * {@glink framework/architecture/editing-engine#conversion converters} between the model and view
     * and define those nodes in the {@glink framework/architecture/editing-engine#schema schema}.
     *
     * # Examples
     *
     * Use the following code to insert an object at the current selection and keep the selection on the inserted element:
     *
     * ```ts
     * const rawHtmlEmbedElement = writer.createElement( 'rawHtml' );
     *
     * model.insertObject( rawHtmlEmbedElement, null, null, {
     * 	setSelection: 'on'
     * } );
     * ```
     *
     * Use the following code to insert an object at the current selection and nudge the selection after the inserted object:
     *
     * ```ts
     * const pageBreakElement = writer.createElement( 'pageBreak' );
     *
     * model.insertObject( pageBreakElement, null, null, {
     * 	setSelection: 'after'
     * } );
     * ```
     *
     * Use the following code to insert an object at the current selection and avoid splitting the content (non-destructive insertion):
     *
     * ```ts
     * const tableElement = writer.createElement( 'table' );
     *
     * model.insertObject( tableElement, null, null, {
     * 	findOptimalPosition: 'auto'
     * } );
     * ```
     *
     * Use the following code to insert an object at the specific range (also: replace the content of the range):
     *
     * ```ts
     * const tableElement = writer.createElement( 'table' );
     * const range = model.createRangeOn( model.document.getRoot().getChild( 1 ) );
     *
     * model.insertObject( tableElement, range );
     * ```
     *
     * @param element An object to be inserted into the model document.
     * @param selectable A selectable where the content should be inserted. If not specified, the current
     * {@link module:engine/model/document~Document#selection document selection} will be used instead.
     * @param placeOrOffset Specifies the exact place or offset for the insertion to take place, relative to `selectable`.
     * @param options Additional options.
     * @param options.findOptimalPosition An option that, when set, adjusts the insertion position (relative to
     * `selectable` and `placeOrOffset`) so that the content of `selectable` is not split upon insertion (a.k.a. non-destructive insertion).
     * * When `'auto'`, the algorithm will decide whether to insert the object before or after `selectable` to avoid content splitting.
     * * When `'before'`, the closest position before `selectable` will be used that will not result in content splitting.
     * * When `'after'`, the closest position after `selectable` will be used that will not result in content splitting.
     *
     * Note that this option only works for block objects. Inline objects are inserted into text and do not split blocks.
     * @param options.setSelection An option that, when set, moves the
     * {@link module:engine/model/document~Document#selection document selection} after inserting the object.
     * * When `'on'`, the document selection will be set on the inserted object.
     * * When `'after'`, the document selection will move to the closest text node after the inserted object. If there is no
     * such text node, a paragraph will be created and the document selection will be moved inside it.
     * at the insertion position.
     */
    insertObject(element: ModelElement, selectable?: Selectable, placeOrOffset?: PlaceOrOffset | null, options?: {
        findOptimalPosition?: 'auto' | 'before' | 'after';
        setSelection?: 'on' | 'after';
    }, ...rest: Array<unknown>): ModelRange;
    /**
     * Deletes content of the selection and merge siblings. The resulting selection is always collapsed.
     *
     * **Note:** For the sake of predictability, the resulting selection should always be collapsed.
     * In cases where a feature wants to modify deleting behavior so selection isn't collapsed
     * (e.g. a table feature may want to keep row selection after pressing <kbd>Backspace</kbd>),
     * then that behavior should be implemented in the view's listener. At the same time, the table feature
     * will need to modify this method's behavior too, e.g. to "delete contents and then collapse
     * the selection inside the last selected cell" or "delete the row and collapse selection somewhere near".
     * That needs to be done in order to ensure that other features which use `deleteContent()` will work well with tables.
     *
     * @fires deleteContent
     * @param selection Selection of which the content should be deleted.
     * @param options.leaveUnmerged Whether to merge elements after removing the content of the selection.
     *
     * For example `<heading1>x[x</heading1><paragraph>y]y</paragraph>` will become:
     *
     * * `<heading1>x^y</heading1>` with the option disabled (`leaveUnmerged == false`)
     * * `<heading1>x^</heading1><paragraph>y</paragraph>` with enabled (`leaveUnmerged == true`).
     *
     * Note: {@link module:engine/model/schema~Schema#isObject object} and {@link module:engine/model/schema~Schema#isLimit limit}
     * elements will not be merged.
     *
     * @param options.doNotResetEntireContent Whether to skip replacing the entire content with a
     * paragraph when the entire content was selected.
     *
     * For example `<heading1>[x</heading1><paragraph>y]</paragraph>` will become:
     *
     * * `<paragraph>^</paragraph>` with the option disabled (`doNotResetEntireContent == false`)
     * * `<heading1>^</heading1>` with enabled (`doNotResetEntireContent == true`)
     *
     * @param options.doNotAutoparagraph Whether to create a paragraph if after content deletion selection is moved
     * to a place where text cannot be inserted.
     *
     * For example `<paragraph>x</paragraph>[<imageBlock src="foo.jpg"></imageBlock>]` will become:
     *
     * * `<paragraph>x</paragraph><paragraph>[]</paragraph>` with the option disabled (`doNotAutoparagraph == false`)
     * * `<paragraph>x[]</paragraph>` with the option enabled (`doNotAutoparagraph == true`).
     *
     * **Note:** if there is no valid position for the selection, the paragraph will always be created:
     *
     * `[<imageBlock src="foo.jpg"></imageBlock>]` -> `<paragraph>[]</paragraph>`.
     *
     * @param options.direction The direction in which the content is being consumed.
     * Deleting backward corresponds to using the <kbd>Backspace</kbd> key, while deleting content forward corresponds to
     * the <kbd>Shift</kbd>+<kbd>Backspace</kbd> keystroke.
     */
    deleteContent(selection: ModelSelection | DocumentSelection, options?: {
        leaveUnmerged?: boolean;
        doNotResetEntireContent?: boolean;
        doNotAutoparagraph?: boolean;
        direction?: 'forward' | 'backward';
        [i: string]: unknown;
    }): void;
    /**
     * Modifies the selection. Currently, the supported modifications are:
     *
     * * Extending. The selection focus is moved in the specified `options.direction` with a step specified in `options.unit`.
     * Possible values for `unit` are:
     *  * `'character'` (default) - moves selection by one user-perceived character. In most cases this means moving by one
     *  character in `String` sense. However, unicode also defines "combing marks". These are special symbols, that combines
     *  with a symbol before it ("base character") to create one user-perceived character. For example, `q̣̇` is a normal
     *  letter `q` with two "combining marks": upper dot (`Ux0307`) and lower dot (`Ux0323`). For most actions, i.e. extending
     *  selection by one position, it is correct to include both "base character" and all of it's "combining marks". That is
     *  why `'character'` value is most natural and common method of modifying selection.
     *  * `'codePoint'` - moves selection by one unicode code point. In contrary to, `'character'` unit, this will insert
     *  selection between "base character" and "combining mark", because "combining marks" have their own unicode code points.
     *  However, for technical reasons, unicode code points with values above `UxFFFF` are represented in native `String` by
     *  two characters, called "surrogate pairs". Halves of "surrogate pairs" have a meaning only when placed next to each other.
     *  For example `𨭎` is represented in `String` by `\uD862\uDF4E`. Both `\uD862` and `\uDF4E` do not have any meaning
     *  outside the pair (are rendered as ? when alone). Position between them would be incorrect. In this case, selection
     *  extension will include whole "surrogate pair".
     *  * `'word'` - moves selection by a whole word.
     *
     * **Note:** if you extend a forward selection in a backward direction you will in fact shrink it.
     *
     * @fires modifySelection
     * @param selection The selection to modify.
     * @param options.direction The direction in which the selection should be modified.
     * @param options.unit The unit by which selection should be modified.
     * @param options.treatEmojiAsSingleUnit Whether multi-characer emoji sequences should be handled as single unit.
     */
    modifySelection(selection: ModelSelection | DocumentSelection, options?: {
        direction?: 'forward' | 'backward';
        unit?: 'character' | 'codePoint' | 'word';
        treatEmojiAsSingleUnit?: boolean;
    }): void;
    /**
     * Gets a clone of the selected content.
     *
     * For example, for the following selection:
     *
     * ```html
     * <paragraph>x</paragraph>
     * <blockQuote>
     * 	<paragraph>y</paragraph>
     * 	<heading1>fir[st</heading1>
     * </blockQuote>
     * <paragraph>se]cond</paragraph>
     * <paragraph>z</paragraph>
     * ```
     *
     * It will return a document fragment with such a content:
     *
     * ```html
     * <blockQuote>
     * 	<heading1>st</heading1>
     * </blockQuote>
     * <paragraph>se</paragraph>
     * ```
     *
     * @fires getSelectedContent
     * @param selection The selection of which content will be returned.
     */
    getSelectedContent(selection: ModelSelection | DocumentSelection): ModelDocumentFragment;
    /**
     * Checks whether the given {@link module:engine/model/range~Range range} or
     * {@link module:engine/model/element~Element element} has any meaningful content.
     *
     * Meaningful content is:
     *
     * * any text node (`options.ignoreWhitespaces` allows controlling whether this text node must also contain
     * any non-whitespace characters),
     * * or any {@link module:engine/model/schema~Schema#isContent content element},
     * * or any {@link module:engine/model/markercollection~Marker marker} which
     * {@link module:engine/model/markercollection~Marker#_affectsData affects data}.
     *
     * This means that a range containing an empty `<paragraph></paragraph>` is not considered to have a meaningful content.
     * However, a range containing an `<imageBlock></imageBlock>` (which would normally be marked in the schema as an object element)
     * is considered non-empty.
     *
     * @param rangeOrElement Range or element to check.
     * @param options.ignoreWhitespaces Whether text node with whitespaces only should be considered empty.
     * @param options.ignoreMarkers Whether markers should be ignored.
     */
    hasContent(rangeOrElement: ModelRange | ModelElement | ModelDocumentFragment, options?: {
        ignoreWhitespaces?: boolean;
        ignoreMarkers?: boolean;
    }): boolean;
    /**
     * Check whether given selectable is at a place in the model where it can be edited (returns `true`) or not (returns `false`).
     *
     * Should be used instead of {@link module:core/editor/editor~Editor#isReadOnly} to check whether a user action can happen at
     * given selectable. It may be decorated and used differently in different environment (e.g. multi-root editor can disable
     * a particular root).
     *
     * This method is decorated. Although this method accepts any parameter of `Selectable` type, the
     * {@link ~Model#event:canEditAt `canEditAt` event} is fired with `selectable` normalized to an instance of
     * {@link module:engine/model/selection~Selection} or {@link module:engine/model/documentselection~DocumentSelection}
     *
     * @fires canEditAt
     */
    canEditAt(selectable: Selectable): boolean;
    /**
     * Creates a position from the given root and path in that root.
     *
     * Note: This method is also available as
     * {@link module:engine/model/writer~Writer#createPositionFromPath `Writer#createPositionFromPath()`}.
     *
     * @param root Root of the position.
     * @param path Position path. See {@link module:engine/model/position~Position#path}.
     * @param stickiness Position stickiness. See {@link module:engine/model/position~PositionStickiness}.
     */
    createPositionFromPath(root: ModelElement | ModelDocumentFragment, path: ReadonlyArray<number>, stickiness?: PositionStickiness): ModelPosition;
    /**
     * Creates position at the given location. The location can be specified as:
     *
     * * a {@link module:engine/model/position~Position position},
     * * a parent element and offset in that element,
     * * a parent element and `'end'` (the position will be set at the end of that element),
     * * a {@link module:engine/model/item~Item model item} and `'before'` or `'after'`
     * (the position will be set before or after the given model item).
     *
     * This method is a shortcut to other factory methods such as:
     *
     * * {@link module:engine/model/model~Model#createPositionBefore `createPositionBefore()`},
     * * {@link module:engine/model/model~Model#createPositionAfter `createPositionAfter()`}.
     *
     * Note: This method is also available as
     * {@link module:engine/model/writer~Writer#createPositionAt `Writer#createPositionAt()`},
     *
     * @param itemOrPosition
     * @param offset Offset or one of the flags. Used only when first parameter is a {@link module:engine/model/item~Item model item}.
     */
    createPositionAt(itemOrPosition: Item | ModelPosition | ModelDocumentFragment, offset?: PositionOffset): ModelPosition;
    /**
     * Creates a new position after the given {@link module:engine/model/item~Item model item}.
     *
     * Note: This method is also available as
     * {@link module:engine/model/writer~Writer#createPositionAfter `Writer#createPositionAfter()`}.
     *
     * @param item Item after which the position should be placed.
     */
    createPositionAfter(item: Item): ModelPosition;
    /**
     * Creates a new position before the given {@link module:engine/model/item~Item model item}.
     *
     * Note: This method is also available as
     * {@link module:engine/model/writer~Writer#createPositionBefore `Writer#createPositionBefore()`}.
     *
     * @param item Item before which the position should be placed.
     */
    createPositionBefore(item: Item): ModelPosition;
    /**
     * Creates a range spanning from the `start` position to the `end` position.
     *
     * Note: This method is also available as
     * {@link module:engine/model/writer~Writer#createRange `Writer#createRange()`}:
     *
     * ```ts
     * model.change( writer => {
     * 	const range = writer.createRange( start, end );
     * } );
     * ```
     *
     * @param start Start position.
     * @param end End position. If not set, the range will be collapsed to the `start` position.
     */
    createRange(start: ModelPosition, end?: ModelPosition): ModelRange;
    /**
     * Creates a range inside the given element which starts before the first child of
     * that element and ends after the last child of that element.
     *
     * Note: This method is also available as
     * {@link module:engine/model/writer~Writer#createRangeIn `Writer#createRangeIn()`}:
     *
     * ```ts
     * model.change( writer => {
     * 	const range = writer.createRangeIn( paragraph );
     * } );
     * ```
     *
     * @param element Element which is a parent for the range.
     */
    createRangeIn(element: ModelElement | ModelDocumentFragment): ModelRange;
    /**
     * Creates a range that starts before the given {@link module:engine/model/item~Item model item} and ends after it.
     *
     * Note: This method is also available on `writer` instance as
     * {@link module:engine/model/writer~Writer#createRangeOn `Writer.createRangeOn()`}:
     *
     * ```ts
     * model.change( writer => {
     * 	const range = writer.createRangeOn( paragraph );
     * } );
     * ```
     *
     * @param item
     */
    createRangeOn(item: Item): ModelRange;
    /**
     * Creates a new selection instance based on the given {@link module:engine/model/selection~Selectable selectable}
     * or creates an empty selection if no arguments were passed.
     *
     * Note: This method is also available as
     * {@link module:engine/model/writer~Writer#createSelection `Writer#createSelection()`}.
     *
     * ```ts
     * // Creates selection at the given offset in the given element.
     * const paragraph = writer.createElement( 'paragraph' );
     * const selection = writer.createSelection( paragraph, offset );
     *
     * // Creates a range inside an {@link module:engine/model/element~Element element} which starts before the
     * // first child of that element and ends after the last child of that element.
     * const selection = writer.createSelection( paragraph, 'in' );
     *
     * // Creates a range on an {@link module:engine/model/item~Item item} which starts before the item and ends
     * // just after the item.
     * const selection = writer.createSelection( paragraph, 'on' );
     *
     * // Additional options (`'backward'`) can be specified as the last argument.
     *
     * // Creates backward selection.
     * const selection = writer.createSelection( element, 'in', { backward: true } );
     * ```
     *
     * See also: {@link #createSelection:SELECTABLE `createSelection( selectable, options )`}.
     *
     * @label NODE_OFFSET
     */
    createSelection(selectable: Node, placeOrOffset: PlaceOrOffset, options?: {
        backward?: boolean;
    }): ModelSelection;
    /**
     * Creates a new selection instance based on the given {@link module:engine/model/selection~Selectable selectable}
     * or creates an empty selection if no arguments were passed.
     *
     * Note: This method is also available as
     * {@link module:engine/model/writer~Writer#createSelection `Writer#createSelection()`}.
     *
     * ```ts
     * // Creates empty selection without ranges.
     * const selection = writer.createSelection();
     *
     * // Creates selection at the given range.
     * const range = writer.createRange( start, end );
     * const selection = writer.createSelection( range );
     *
     * // Creates selection at the given ranges
     * const ranges = [ writer.createRange( start1, end2 ), writer.createRange( star2, end2 ) ];
     * const selection = writer.createSelection( ranges );
     *
     * // Creates selection from the other selection.
     * // Note: It doesn't copies selection attributes.
     * const otherSelection = writer.createSelection();
     * const selection = writer.createSelection( otherSelection );
     *
     * // Creates selection from the given document selection.
     * // Note: It doesn't copies selection attributes.
     * const documentSelection = model.document.selection;
     * const selection = writer.createSelection( documentSelection );
     *
     * // Creates selection at the given position.
     * const position = writer.createPositionFromPath( root, path );
     * const selection = writer.createSelection( position );
     *
     * // Additional options (`'backward'`) can be specified as the last argument.
     *
     * // Creates backward selection.
     * const selection = writer.createSelection( range, { backward: true } );
     * ```
     *
     * See also: {@link #createSelection:NODE_OFFSET `createSelection( node, placeOrOffset, options )`}.
     *
     * @label SELECTABLE
     */
    createSelection(selectable?: Exclude<Selectable, Node>, options?: {
        backward?: boolean;
    }): ModelSelection;
    /**
     * Creates a {@link module:engine/model/batch~Batch} instance.
     *
     * **Note:** In most cases creating a batch instance is not necessary as they are created when using:
     *
     * * {@link #change `change()`},
     * * {@link #enqueueChange `enqueueChange()`}.
     *
     * @param type {@link module:engine/model/batch~Batch#constructor The type} of the batch.
     */
    createBatch(type?: BatchType): Batch;
    /**
     * Creates an operation instance from a JSON object (parsed JSON string).
     *
     * This is an alias for {@link module:engine/model/operation/operationfactory~OperationFactory.fromJSON `OperationFactory.fromJSON()`}.
     *
     * @param json Deserialized JSON object.
     */
    createOperationFromJSON(json: unknown): Operation;
    /**
     * Removes all events listeners set by model instance and destroys {@link module:engine/model/document~Document}.
     */
    destroy(): void;
    /**
     * Common part of {@link module:engine/model/model~Model#change} and {@link module:engine/model/model~Model#enqueueChange}
     * which calls callbacks and returns array of values returned by these callbacks.
     */
    private _runPendingChanges;
}
/**
 * Fired when entering the outermost {@link module:engine/model/model~Model#enqueueChange} or
 * {@link module:engine/model/model~Model#change} block.
 *
 * @internal
 * @eventName ~Model#_beforeChanges
 */
export type BeforeChangesEvent = {
    name: '_beforeChanges';
    args: [];
};
/**
 * Fired when leaving the outermost {@link module:engine/model/model~Model#enqueueChange} or
 * {@link module:engine/model/model~Model#change} block.
 *
 * @internal
 * @eventName ~Model#_afterChanges
 */
export type AfterChangesEvent = {
    name: '_afterChanges';
    args: [];
};
/**
 * Fired every time any {@link module:engine/model/operation/operation~Operation operation} is applied on the model
 * using {@link ~Model#applyOperation}.
 *
 * Note that this event is suitable only for very specific use-cases. Use it if you need to listen to every single operation
 * applied on the document. However, in most cases {@link module:engine/model/document~Document#event:change} should
 * be used.
 *
 * A few callbacks are already added to this event by engine internal classes:
 *
 * * with `highest` priority operation is validated,
 * * with `normal` priority operation is executed,
 * * with `low` priority the {@link module:engine/model/document~Document} updates its version,
 * * with `low` priority {@link module:engine/model/liveposition~LivePosition} and {@link module:engine/model/liverange~LiveRange}
 * update themselves.
 *
 * @eventName ~Model#applyOperation
 * @param args Arguments of the `applyOperation` which is an array with a single element - applied
 * {@link module:engine/model/operation/operation~Operation operation}.
 */
export type ModelApplyOperationEvent = DecoratedMethodEvent<Model, 'applyOperation'>;
/**
 * Event fired when {@link ~Model#insertContent} method is called.
 *
 * The {@link ~Model#insertContent default action of that method} is implemented as a
 * listener to this event so it can be fully customized by the features.
 *
 * **Note** The `selectable` parameter for the {@link ~Model#insertContent} is optional. When `undefined` value is passed the method uses
 * {@link module:engine/model/document~Document#selection document selection}.
 *
 * @eventName ~Model#insertContent
 * @param args The arguments passed to the original method.
 */
export type ModelInsertContentEvent = {
    name: 'insertContent';
    args: [
        [
            content: Item | ModelDocumentFragment,
            selectable?: ModelSelection | DocumentSelection,
            ...rest: Array<unknown>
        ]
    ];
    return: ModelRange;
};
/**
 * Event fired when the {@link ~Model#insertObject} method is called.
 *
 * The {@link ~Model#insertObject default action of that method} is implemented as a
 * listener to this event so it can be fully customized by the features.
 *
 * **Note** The `selectable` parameter for the {@link ~Model#insertObject} is optional. When `undefined` value is passed the method uses
 * {@link module:engine/model/document~Document#selection document selection}.
 *
 * @eventName ~Model#insertObject
 * @param args The arguments passed to the original method.
 */
export type ModelInsertObjectEvent = {
    name: 'insertObject';
    args: [
        [
            element: ModelElement,
            selectable?: ModelSelection | DocumentSelection | null,
            options?: {
                findOptimalPosition?: 'auto' | 'before' | 'after';
                setSelection?: 'on' | 'after';
            },
            ...rest: Array<unknown>
        ]
    ];
    return: ModelRange;
};
/**
 * Event fired when {@link ~Model#deleteContent} method is called.
 *
 * The {@link ~Model#deleteContent default action of that method} is implemented as a
 * listener to this event, so it can be fully customized by the features.
 *
 * @eventName ~Model#deleteContent
 * @param args The arguments passed to the original method.
 */
export type ModelDeleteContentEvent = DecoratedMethodEvent<Model, 'deleteContent'>;
/**
 * Event fired when {@link ~Model#modifySelection} method is called.
 *
 * The {@link ~Model#modifySelection default action of that method} is implemented as a
 * listener to this event, so it can be fully customized by the features.
 *
 * @eventName ~Model#modifySelection
 * @param args The arguments passed to the original method.
 */
export type ModelModifySelectionEvent = DecoratedMethodEvent<Model, 'modifySelection'>;
/**
 * Event fired when {@link ~Model#getSelectedContent} method is called.
 *
 * The {@link ~Model#getSelectedContent default action of that method} is implemented as a
 * listener to this event, so it can be fully customized by the features.
 *
 * @eventName ~Model#getSelectedContent
 * @param args The arguments passed to the original method.
 */
export type ModelGetSelectedContentEvent = DecoratedMethodEvent<Model, 'getSelectedContent'>;
/**
 * Event fired when {@link ~Model#canEditAt} method is called.
 *
 * The {@link ~Model#canEditAt default action of that method} is implemented as a
 * listener to this event, so it can be fully customized by the features.
 *
 * Although the original method accepts any parameter of `Selectable` type, this event is fired with `selectable` normalized
 * to an instance of {@link module:engine/model/selection~Selection} or {@link module:engine/model/documentselection~DocumentSelection}.
 *
 * @eventName ~Model#canEditAt
 * @param args The arguments passed to the original method.
 */
export type ModelCanEditAtEvent = {
    name: 'canEditAt';
    args: [
        [
            selectable?: ModelSelection | DocumentSelection
        ]
    ];
    return: boolean;
};
export {};
