Top 10 Examples of "commonmark in functional component" in JavaScript
Dive into secure and efficient coding practices with our curated list of the top 10 examples showcasing 'commonmark' in functional components in JavaScript. Our advanced machine learning engine meticulously scans each line of code, cross-referencing millions of open source libraries to ensure your implementation is not just functional, but also robust and secure. Elevate your React applications to new heights by mastering the art of handling side effects, API calls, and asynchronous operations with confidence and precision.
convert(markdownText) {
this.root = null;
this.nodeStack = [];
const reader = new commonmark.Parser();
const parsed = reader.parse(markdownText);
const walker = parsed.walker();
let event;
event = walker.next();
while (event) {
const type = event.node.type;
// console.log(`Converting: ${type}`);
if (this[type]) {
// console.log(event.node);
this[type](event.node, event.entering);
this.dump();
} else {// stupid simple markdown template strings
// dervied from https://github.com/brianleroux/micromark
var commonmark = require('commonmark');
var deindent = require('deindent');
var reader = new commonmark.DocParser();
var writer = new commonmark.HtmlRenderer();
var LINE_BREAK = /\n/;
var P_TAG_WRAP = /^<p>(.*)<\/p>\r?\n?$/i;
function markdownTag(strings) {
var input = strings[0];
for (var i = 1, length = arguments.length; i < length; ++i) {
input += arguments[i] + strings[i];
}
var parsed = writer.render(reader.parse(input));
// if string is all on one line (contains no line breaks) strip </p><p> wrapper
if (!LINE_BREAK.test(input)) {
var wrapped = parsed.match(P_TAG_WRAP);
if (wrapped) {
parsed = wrapped[1];</p>import {Parser} from "commonmark";
import * as CodeMirror from "codemirror";
import {sendSwap, sendSave, sendParse} from "./client";
import {setActiveIds, renderer, renderEve} from "./renderer";
let codeEditor: MarkdownEditor;
let lineMarks = {"item": true, "heading": true, "heading1": true, "heading2": true, "heading3": true, "heading4": true};
let parser = new Parser();
type Pos = CodeMirror.Position;
type Range = CodeMirror.Range;
type Elem = Element&any;
function isRange(loc:any): loc is Range {
return loc.from !== undefined || loc.to !== undefined;
}
function isPosition(loc:any): loc is Position {
return loc.line !== undefined || loc.ch !== undefined;
}
//---------------------------------------------------------
// Spans (TextMarkers)export function highlightTextNode(node, start, end, type) {
const literal = node.literal;
node.literal = literal.substring(start, end);
// Start by wrapping the node and then re-insert any non-highlighted code around it
const highlighted = new Node(type);
wrapNode(highlighted, node);
if (start !== 0) {
const before = new Node('text');
before.literal = literal.substring(0, start);
highlighted.insertBefore(before);
}
if (end !== literal.length) {
const after = new Node('text');
after.literal = literal.substring(end);
highlighted.insertAfter(after);
}
return highlighted;
}sourceposPre = undefined;
sourceposLink = undefined;
sourceposPost = undefined;
if (node.sourcepos) {
var startLine = node.sourcepos[0][0];
var startCol = node.sourcepos[0][1];
var matchStart = startCol+match.index;
var matchEnd = matchStart+match[0].length;
sourceposPre = [node.sourcepos[0], [startLine, matchStart]];
sourceposLink = [[startLine, matchStart], [startLine, matchEnd]];
sourceposPost = [[startLine, matchEnd], node.sourcepos[1]];
}
var id = match[2].trim();
var pre = new commonmark.Node('Text', sourceposPre);
pre.literal = node.literal.slice(0, match.index);
var link = new commonmark.Node('Html', sourceposLink);
// Note: using server-side rendering here
var crossLink = CrossLinkComponent.render({ node: { id: id }, children: [id]});
link.literal = crossLink.outerHTML;
var post = new commonmark.Node('Text', sourceposPost);
post.literal = node.literal.slice(match.index+match[0].length);
node.insertBefore(pre);
node.insertBefore(link);
node.insertBefore(post);
node.unlink();
// iterating to find all matches
node = post;
match = re.exec(post.literal);
}
}
}}
}
// The AST walker gets into a broken state if you unlink a node
// that has children before those children have been visited. We
// only unlink when leaving a node, or when entering a node that
// has no children.
if (!step.entering || node.firstChild == null) {
node.unlink();
continue;
}
}
switch (type) {
case "text":
break;
case "softbreak": {
const space = new Node("text", node.sourcepos);
space.literal = " ";
node.insertBefore(space);
node.unlink();
break;
}
case "linebreak":
break;
case "emph":
case "strong":
case "link":
case "image":
if (!step.entering) {
// Splice out the node.
while (node.firstChild) {
node.insertBefore(node.firstChild);
}function copyNodeWithoutNeighbors(node) {
// commonmark uses classes so it takes a bit of work to copy them
const copy = new Node();
for (const key in node) {
if (!node.hasOwnProperty(key)) {
continue;
}
copy[key] = node[key];
}
copy._parent = null;
copy._firstChild = null;
copy._lastChild = null;
copy._prev = null;
copy._next = null;
// Deep copy list data since it's an objectconst literal = node.literal;
node.literal = literal.substring(start, end);
// Start by wrapping the node and then re-insert any non-highlighted code around it
const highlighted = new Node(type);
wrapNode(highlighted, node);
if (start !== 0) {
const before = new Node('text');
before.literal = literal.substring(0, start);
highlighted.insertBefore(before);
}
if (end !== literal.length) {
const after = new Node('text');
after.literal = literal.substring(end);
highlighted.insertAfter(after);
}
return highlighted;
}var match = re.exec(node.literal);
while (match) {
sourceposPre = undefined;
sourceposLink = undefined;
sourceposPost = undefined;
if (node.sourcepos) {
var startLine = node.sourcepos[0][0];
var startCol = node.sourcepos[0][1];
var matchStart = startCol+match.index;
var matchEnd = matchStart+match[0].length;
sourceposPre = [node.sourcepos[0], [startLine, matchStart]];
sourceposLink = [[startLine, matchStart], [startLine, matchEnd]];
sourceposPost = [[startLine, matchEnd], node.sourcepos[1]];
}
var id = match[2].trim();
var pre = new commonmark.Node('Text', sourceposPre);
pre.literal = node.literal.slice(0, match.index);
var link = new commonmark.Node('Html', sourceposLink);
// Note: using server-side rendering here
var crossLink = CrossLinkComponent.render({ node: { id: id }, children: [id]});
link.literal = crossLink.outerHTML;
var post = new commonmark.Node('Text', sourceposPost);
post.literal = node.literal.slice(match.index+match[0].length);
node.insertBefore(pre);
node.insertBefore(link);
node.insertBefore(post);
node.unlink();
// iterating to find all matches
node = post;
match = re.exec(post.literal);
}/*eslint-disable */
// LICENSE : MIT
// Base:
// Copyright (c) 2014, John MacFarlane
// https://github.com/jgm/CommonMark/blob/master/js/lib/html-renderer.js
"use strict";
var traverse = require('traverse');
var positionNode = require("./markdown-position-node");
var StructuredSource = require('structured-source');
var Syntax = require("./markdown-syntax");
var commonmark = require("commonmark");
var normalize = require("./markdown-normalizer");
var objectAssign = require("object-assign");
var reader = new commonmark.DocParser();
// Helper function to produce content in a pair of HTML tags.
var toPlainText = function (tag, attribs, contents, selfclosing) {
return contents;
};
// Render an inline element as HTML.
var renderInline = function (inline, parent) {
var attrs;
switch (inline.t) {
case 'Str':
return this.escape(inline.c);
case 'Softbreak':
return this.softbreak;
case 'Hardbreak':
return toPlainText('br', [], "", true) + '\n';