Tiptap Utility Package

A collection of utility functions to enhance your workflow with the Tiptap editor.

Installation

npm install tiptap-utility

Utilities

Quick Access

• isTextSelected
• getWordCount
• getFocusedNodeContainer
• getAllNodesOfType
• getAllNodesByTypeAndAttrs
• getAllMarksByTypeAndAttrs
• findParentNodeOfTypeAtPosition
• getEditorState
• getNodesInRange
• getLastChildNode
• getNextSiblingNode

isTextSelected

Checks if text is selected in the Tiptap editor.

Parameters:

• editor: Tiptap Editor instance.

Returns:

• boolean: true if text is selected and editor is editable, otherwise false.

Example:

import { isTextSelected } from 'tiptap-utility';

const isSelected = isTextSelected({ editor });
console.log(isSelected ? "Text is selected" : "No text selected");

getWordCount

Counts the number of words in the Tiptap editor content.

Parameters:

• editor: Tiptap Editor instance.

Returns:

• number: Total word count.

Example:

import { getWordCount } from 'tiptap-utility';

const wordCount = getWordCount(editor);
console.log(`Word count: ${wordCount}`);

getFocusedNodeContainer

Finds the focused node container in the Tiptap editor DOM based on the specified nodeType.

Parameters:

• editor: Tiptap Editor instance.
• nodeType: The target node type to locate.
• attribute (optional): Attribute used to identify the node. Default is 'data-type'.
• focusClass (optional): CSS class used to identify focused nodes. Default is 'has-focus'.

Returns:

• HTMLElement | null: The focused node container or null if not found.

Example:

import { getFocusedNodeContainer } from 'tiptap-utility';

const container = getFocusedNodeContainer(editor, 'paragraph');
if (container) {
  console.log('Focused node container:', container);
} else {
  console.log('No focused container found.');
}

getAllNodesOfType

Retrieves all nodes of a specified type from the Tiptap editor document, including those nested within lists, tables, or other container nodes.

Parameters:

• editor: Tiptap Editor instance.
• type: The target node type to locate (e.g., 'heading', 'paragraph').

Returns:

• Array<{ node: Node, pos: number }>:
  • An array of objects where each object contains:
    • node: The node instance of the specified type.
    • pos: The position of the node in the document.

Example:

import { getAllNodesOfType } from 'tiptap-utility';

const headings = getAllNodesOfType(editor, 'heading');
headings.forEach(({ node, pos }) => {
  console.log('Found heading:', node, 'at position:', pos);
});

getAllNodesByTypeAndAttrs

Finds all nodes of a given type and with specific attributes in the Tiptap editor's document.

Parameters:

• editor: Tiptap Editor instance.
• type: A string representing the type of node to search for.
• attrs: An object containing the attributes to match against the nodes.

Returns:

• Array<{ node: any; pos: number }>: An array of nodes and their positions that match the given type and attributes.

Example:

import { getAllNodesByTypeAndAttrs } from 'tiptap-utility';

const nodes = getAllNodesByTypeAndAttrs({ editor }, 'image', { src: 'https://example.com/image.jpg' });
console.log(nodes);

getAllMarksByTypeAndAttrs

Finds all marks of a given type and with specific attributes in the Tiptap editor's document.

Parameters:

• editor: Tiptap Editor instance.
• markTypeName: A string representing the type of mark to search for (e.g., 'bold', 'italic', 'link').
• attrs: An object containing the attributes to match against the marks.
• match (optional): The matching strategy - 'and' (default) requires all attributes to match, 'or' requires at least one attribute to match.

Returns:

• Array<{ from: number; to: number; attrs: any }>: An array of objects where each object contains:
  • from: The starting position of the marked text.
  • to: The ending position of the marked text.
  • attrs: The attributes of the mark.

Example:

import { getAllMarksByTypeAndAttrs } from 'tiptap-utility';

// Find all bold marks
const boldMarks = getAllMarksByTypeAndAttrs(editor, 'bold', {});
console.log(boldMarks);

// Find all link marks with specific href
const linkMarks = getAllMarksByTypeAndAttrs(editor, 'link', { href: 'https://example.com' });
console.log(linkMarks);

// Find marks where any of the specified attributes match (using 'or' strategy)
const colorMarks = getAllMarksByTypeAndAttrs(editor, 'textStyle', { color: '#ff0000' }, 'or');
console.log(colorMarks);

findParentNodeOfTypeAtPosition

Finds the parent node of a given type at a specific position in the Tiptap editor.

Parameters:

• editor: Tiptap Editor instance.
• position: The position in the document where the search for the parent node begins.
• parentNodeTypeName: The name of the parent node type to search for.

Returns:

• { node: any; depth: number; start: number; end: number } | null: An object containing the parent node, its depth, and its start and end positions if found, otherwise null.

Example:

import { findParentNodeOfTypeAtPosition } from 'tiptap-utility';

const parentNode = findParentNodeOfTypeAtPosition({ editor }, 10, 'paragraph');
if (parentNode) {
    console.log('Parent node found:', parentNode);
} else {
    console.log('No parent node found at the specified position');
}

getEditorState

Retrieves the current state of the Tiptap editor.

Parameters:

• editor: Tiptap Editor instance.

Returns:

• object: The current state of the editor, either from editor.state or editor.view.state.

Example:

import { getEditorState } from 'tiptap-utility';

const editorState = getEditorState({ editor });
console.log(editorState);

getNodesInRange

Extracts all nodes within a specified range in the Tiptap editor document. Optionally, it can filter nodes by specified types.

Parameters

• editor (required): An instance of the Tiptap Editor.
• from (required): The starting position of the range (inclusive).
• to (required): The ending position of the range (exclusive).
• nodeType (optional): An array of node type names to filter for, or null to include all node types. Defaults to null.

Returns

• NodeWithPosition[]: An array of objects, where each object contains:
  • node: The ProseMirror Node instance.
  • pos: The starting position of the node within the document.

Example

import { getNodesInRange } from 'tiptap-utility';

const from = 0;
const to = 50;
const nodeTypes = ['paragraph', 'heading'];

const nodes = getNodesInRange(editor, from, to, nodeTypes);

nodes.forEach(({ node, pos }) => {
  console.log(`Node of type ${node.type.name} found at position ${pos}`);
});

getLastChildNode

Retrieves the last child node of a given node along with its starting position.

Parameters

• node (required): A ProseMirror Node from which to find the last child.

Returns

• { node: Node, pos: number } | null:
  • If the node has child nodes, returns an object containing:
    • node: The last child Node.
    • pos: The starting position of the last child node.
  • Returns null if the node has no children.

Example

import { getLastChildNode } from 'tiptap-utility';

const parentNode = editor.state.doc.nodeAt(0); // Example parent node

if (parentNode) {
  const lastChild = getLastChildNode(parentNode);
  if (lastChild) {
    console.log(`Last child node type: ${lastChild.node.type.name}`);
    console.log(`Position: ${lastChild.pos}`);
  } else {
    console.log('No child nodes found.');
  }
}

getNextSiblingNode

Finds the next sibling node of a given node within its parent.

Parameters

• parent (required): A ProseMirror Node representing the parent container.
• currentNode (required): The child node whose next sibling needs to be found.

Returns

• { node: Node } | null:
  • If a next sibling exists, returns an object containing:
    • node: The next sibling Node.
  • Returns null if there is no next sibling.

Example

import { getNextSiblingNode } from 'tiptap-utility';

const parentNode = editor.state.doc.nodeAt(0); // Example parent node
const currentNode = parentNode?.firstChild; // Example current node

if (parentNode && currentNode) {
  const nextSibling = getNextSiblingNode(parentNode, currentNode);
  if (nextSibling) {
    console.log(`Next sibling node type: ${nextSibling.node.type.name}`);
  } else {
    console.log('No next sibling found.');
  }
}

License

This package is open-source and available under the MIT License.