prosemirror-utils

Utils library for ProseMirror

Quick Start

Install prosemirror-utils package from npm:

npm install prosemirror-utils

Documentation

Selection

• findParentNode(predicate: fn(node: ProseMirrorNode) → boolean) → fn(selection: Selection) → ?{pos: number, node: ProseMirrorNode}
  Iterates over parent nodes, returning the first node and its position predicate returns truthy for.

• findParentDomRef(predicate: fn(node: ProseMirrorNode) → boolean, domAtPos: fn(pos: number) → {node: dom.Node, offset: number}) → fn(selection: Selection) → ?dom.Node
  Iterates over parent nodes, returning DOM reference of the first node predicate returns truthy for.

• hasParentNode(predicate: fn(node: ProseMirrorNode) → boolean) → fn(selection: Selection) → boolean
  Checks if there's a parent node predicate returns truthy for.

• findParentNodeOfType(nodeType: NodeType | [NodeType]) → fn(selection: Selection) → ?{node: ProseMirrorNode, pos: number}
  Iterates over parent nodes, returning first node of the given nodeType.

• hasParentNodeOfType(nodeType: NodeType | [NodeType]) → fn(selection: Selection) → boolean
  Checks if there's a parent node of the given nodeType.

• findParentDomRefOfType(nodeType: NodeType | [NodeType], domAtPos: fn(pos: number) → {node: dom.Node, offset: number}) → fn(selection: Selection) → ?dom.Node
  Iterates over parent nodes, returning DOM reference of the first node of the given nodeType.

• findSelectedNodeOfType(nodeType: NodeType | [NodeType]) → fn(selection: Selection) → ?{node: ProseMirrorNode, pos: number}
  Returns a node of a given nodeType if its selected.

• isNodeSelection(selection: Selection) → boolean
  Checks if current selection is a NodeSelection

Node

• flatten(node: ProseMirrorNode, descend: ?boolean = true) → [{node: ProseMirrorNode, pos: number}]
  Flattens descendants of a given node. Doesn't descend into a node when descend argument is false. Defaults to true.

• findChildren(node: ProseMirrorNode, predicate: fn(node: ProseMirrorNode) → boolean, descend: ?boolean) → [{node: ProseMirrorNode, pos: number}]
  Iterates over descendants of a given node, returning child nodes predicate returns truthy for. Doesn't descend into a node when descend argument is false.

• findTextNodes(node: ProseMirrorNode, descend: ?boolean) → [{node: ProseMirrorNode, pos: number}]
  Returns text nodes of a given node. Doesn't descend into a node when descend argument is false.

• findInlineNodes(node: ProseMirrorNode, descend: ?boolean) → [{node: ProseMirrorNode, pos: number}]
  Returns inline nodes of a given node. Doesn't descend into a node when descend argument is false.

• findBlockNodes(node: ProseMirrorNode, descend: ?boolean) → [{node: ProseMirrorNode, pos: number}]
  Returns block descendants of a given node. Doesn't descend into a node when descend argument is false.

• findChildrenByAttr(node: ProseMirrorNode, predicate: fn(attrs: ?Object) → boolean, descend: ?boolean) → [{node: ProseMirrorNode, pos: number}]
  Iterates over descendants of a given node, returning child nodes predicate returns truthy for. Doesn't descend into a node when descend argument is false.

• findChildrenByType(node: ProseMirrorNode, nodeType: NodeType, descend: ?boolean) → [{node: ProseMirrorNode, pos: number}]
  Iterates over descendants of a given node, returning child nodes of a given nodeType. Doesn't descend into a node when descend argument is false.

• findChildrenByMark(node: ProseMirrorNode, markType: markType, descend: ?boolean) → [{node: ProseMirrorNode, pos: number}]
  Iterates over descendants of a given node, returning child nodes that have a mark of a given markType. Doesn't descend into a node when descend argument is false. exapmle: findChildrenByMark(paragraph, schema.marks.strong)

• contains(node: ProseMirrorNode, nodeType: NodeType) → boolean
  Returns true if a given node contains nodes of a given nodeType

Tables

• findTable(selection: Selection) → ?{pos: number, node: ProseMirrorNode}
  Iterates over parent nodes, returning the first found table node.

• isCellSelection(selection: Selection) → boolean
  Checks if current selection is a CellSelection

• isColumnSelected(columnIndex: number) → fn(selection: Selection) → boolean
  Checks if entire column at index columnIndex is selected

• isRowSelected(rowIndex: number) → fn(selection: Selection) → boolean
  Checks if entire row at index rowIndex is selected

• isTableSelected(selection: Selection) → boolean
  Checks if entire table is selected

• getCellsInColumn(columnIndex: number) → fn(selection: Selection) → ?[{pos: number, node: ProseMirrorNode}]
  Returns an array of cells in a column at index columnIndex.

• getCellsInRow(rowIndex: number) → fn(selection: Selection) → ?[{pos: number, node: ProseMirrorNode}]
  Returns an array of cells in a row at index rowIndex.

• getCellsInTable(selection: Selection) → ?[{pos: number, node: ProseMirrorNode}]
  Returns an array of all cells in a table.

Transforms

• removeParentNodeOfType(nodeType: NodeType | [NodeType]) → fn(tr: Transaction) → Transaction
  Returns a new transaction that removes a node of a given nodeType. It will return the original transaction if parent node hasn't been found.

• replaceParentNodeOfType(nodeType: NodeType | [NodeType], node: ProseMirrorNode) → fn(tr: Transaction) → Transaction
  Returns a new transaction that replaces parent node of a given nodeType with the given node. It will return the original transaction if parent node hasn't been found, or replacing is not possible.

• removeSelectedNode(tr: Transaction) → Transaction
  Returns a new transaction that removes selected node. It will return the original transaction if current selection is not a NodeSelection

• replaceSelectedNode(node: ProseMirrorNode) → fn(tr: Transaction) → Transaction
  Returns a new transaction that replaces selected node with a given node. It will return the original transaction if current selection is not a NodeSelection, or replacing is not possible.

• safeInsert(node: ProseMirrorNode) → fn(tr: Transaction) → Transaction
  Returns a new transaction that inserts a given node at the current cursor position if it is allowed by schema. If schema restricts such nesting, it will try to find an appropriate place for a given node in the document, looping through parent nodes up until the root document node. It will return the original transaction if the place for insertion hasn't been found.

• setParentNodeMarkup(nodeType: NodeType | [NodeType], type: ?NodeType | null, attrs: ?Object | null, marks: ?[Mark]) → fn(tr: Transaction) → Transaction
  Returns a transaction that changes the type, attributes, and/or marks of the parent node of a given nodeType.

• selectParentNodeOfType(nodeType: NodeType | [NodeType]) → fn(tr: Transaction) → Transaction
  Returns a transaction that sets a NodeSelection on a parent node of a given nodeType.

License

• MIT : http://opensource.org/licenses/MIT