docxml/script/src/components/Row.js

TypeScript (component) library for building and parsing a DOCX file

"use strict";
Object.defineProperty(exports, "__esModule", { value: true });
exports.Row = exports.createNodeFromRow = exports.parsePropsAndChildNodes = void 0;
// Import without assignment ensures Deno does not tree-shake this component. To avoid circular
// definitions, components register themselves in a side-effect of their module.
require("./Cell.js");
const Component_js_1 = require("../classes/Component.js");
const table_row_properties_js_1 = require("../properties/table-row-properties.js");
const components_js_1 = require("../utilities/components.js");
const dom_js_1 = require("../utilities/dom.js");
const namespaces_js_1 = require("../utilities/namespaces.js");
const xquery_js_1 = require("../utilities/xquery.js");
const Table_js_1 = require("./Table.js");
/**
 * For drying some logic between {@link Row}, {@link RowAddition} and {@link RowDeletion}
 *
 * Parses the children (and no props yet) from an existing XML node.
 */
function parsePropsAndChildNodes(node) {
    return {
        ...(0, table_row_properties_js_1.tableRowPropertiesFromNode)((0, xquery_js_1.evaluateXPathToFirstNode)(`./${namespaces_js_1.QNS.w}trPr`, node)),
        children: (0, xquery_js_1.evaluateXPathToNodes)(`./${namespaces_js_1.QNS.w}tc[
				not(./${namespaces_js_1.QNS.w}tcPr/${namespaces_js_1.QNS.w}vMerge/@${namespaces_js_1.QNS.w}val = "continue")
			]`, node),
    };
}
exports.parsePropsAndChildNodes = parsePropsAndChildNodes;
/**
 * For drying some logic between {@link Row}, {@link RowAddition} and {@link RowDeletion}
 *
 * Creates an XML node for a given row.
 */
async function createNodeFromRow(row, ancestry) {
    const table = ancestry.find((ancestor) => ancestor instanceof Table_js_1.Table);
    if (!table) {
        throw new Error('A row cannot be rendered outside the context of a table');
    }
    const y = ancestry[0].children.indexOf(row);
    const anc = [row, ...ancestry];
    return (0, dom_js_1.create)(`
			element ${namespaces_js_1.QNS.w}tr {
				$trPr,
				$children
			}
		`, {
        trPr: (0, table_row_properties_js_1.tableRowPropertiesToNode)(row.props),
        children: await Promise.all(table.model.getCellsInRow(y).map((cell, x) => {
            const info = table.model.getCellInfo(cell);
            return info.column === x && info.row === y
                ? cell.toNode(anc)
                : cell.toRepeatingNode(anc, x, y);
        })),
    });
}
exports.createNodeFromRow = createNodeFromRow;
/**
 * A component that represents a table row.
 */
class Row extends Component_js_1.Component {
    /**
     * Creates an XML DOM node for this component instance.
     */
    async toNode(ancestry) {
        const node = await createNodeFromRow(this, ancestry);
        return node;
    }
    /**
     * Asserts whether or not a given XML node correlates with this component.
     */
    static matchesNode(node) {
        return (0, xquery_js_1.evaluateXPathToBoolean)(`
				self::${namespaces_js_1.QNS.w}tr and
				not(./${namespaces_js_1.QNS.w}trPr/${namespaces_js_1.QNS.w}ins) and
				not(./${namespaces_js_1.QNS.w}trPr/${namespaces_js_1.QNS.w}del)
			`, node);
    }
    /**
     * Instantiate this component from the XML in an existing DOCX file.
     */
    static fromNode(node, context) {
        const { children, ...props } = parsePropsAndChildNodes(node);
        return new Row(props, ...(0, components_js_1.createChildComponentsFromNodes)(this.children, children, context));
    }
}
exports.Row = Row;
Object.defineProperty(Row, "children", {
    enumerable: true,
    configurable: true,
    writable: true,
    value: ['Cell']
});
Object.defineProperty(Row, "mixed", {
    enumerable: true,
    configurable: true,
    writable: true,
    value: false
});
(0, components_js_1.registerComponent)(Row);