// ==UserScript==
// @name DeepWiki to Markdown
// @name:zh-CN DeepWiki转Markdown
// @name:zh-TW DeepWiki轉Markdown
// @name:ja DeepWikiをMarkdownに変換
// @name:ko DeepWiki를 Markdown으로
// @name:ru DeepWiki в Markdown
// @name:es DeepWiki a Markdown
// @name:fr DeepWiki vers Markdown
// @name:de DeepWiki zu Markdown
// @name:it DeepWiki a Markdown
// @name:pt DeepWiki para Markdown
// @name:ar DeepWiki إلى Markdown
// @name:hi DeepWiki से Markdown
// @name:tr DeepWiki'den Markdown'a
// @name:vi DeepWiki sang Markdown
// @name:th DeepWiki เป็น Markdown
// @namespace http://tampermonkey.net/
// @version 1.0.1
// @description Convert DeepWiki pages to Markdown format with diagram support
// @description:zh-CN 将DeepWiki页面转换为Markdown格式，支持图表转换
// @description:zh-TW 將DeepWiki頁面轉換為Markdown格式，支援圖表轉換
// @description:ja DeepWikiページをMarkdown形式に変換し、図表変換をサポート
// @description:ko DeepWiki 페이지를 Markdown 형식으로 변환하고 다이어그램 지원
// @description:ru Конвертируйте страницы DeepWiki в формат Markdown с поддержкой диаграмм
// @description:es Convierte páginas de DeepWiki a formato Markdown con soporte para diagramas
// @description:fr Convertit les pages DeepWiki au format Markdown avec prise en charge des diagrammes
// @description:de Konvertiert DeepWiki-Seiten in das Markdown-Format mit Diagrammunterstützung
// @description:it Converti le pagine DeepWiki in formato Markdown con supporto per diagrammi
// @description:pt Converte páginas DeepWiki para formato Markdown com suporte a diagramas
// @description:ar تحويل صفحات DeepWiki إلى تنسيق Markdown مع دعم الرسوم البيانية
// @description:hi DeepWiki पृष्ठों को Markdown प्रारूप में चित्र समर्थन के साथ रूपांतरित करें
// @description:tr DeepWiki sayfalarını diyagram desteğiyle Markdown formatına dönüştürün
// @description:vi Chuyển đổi trang DeepWiki sang định dạng Markdown với hỗ trợ sơ đồ
// @description:th แปลงหน้า DeepWiki เป็นรูปแบบ Markdown พร้อมรองรับไดอะแกรม
// @author zxmfke,aspen138
// @match https://deepwiki.com/*
// @grant GM_download
// @grant GM_xmlhttpRequest
// @run-at document-end
// @icon https://deepwiki.com/icon.png?66aaf51e0e68c818
// @license MIT
// ==/UserScript==
(function() {
'use strict';
// ==================== UTILITY FUNCTIONS ====================
function downloadFile(content, filename, mimeType = 'text/markdown') {
const blob = new Blob([content], { type: mimeType });
const url = URL.createObjectURL(blob);
const a = document.createElement('a');
a.href = url;
a.download = filename;
document.body.appendChild(a);
a.click();
document.body.removeChild(a);
setTimeout(() => URL.revokeObjectURL(url), 100);
}
// ==================== CONVERSION FUNCTIONS ====================
// Function to auto-detect programming language from code content
function detectCodeLanguage(codeText) {
if (!codeText || codeText.trim().length < 10) return '';
const code = codeText.trim();
const firstLine = code.split('\n')[0].trim();
const lines = code.split('\n');
// JavaScript/TypeScript patterns
if (code.includes('function ') || code.includes('const ') || code.includes('let ') ||
code.includes('var ') || code.includes('=>') || code.includes('console.log') ||
code.includes('require(') || code.includes('import ') || code.includes('export ')) {
if (code.includes(': ') && (code.includes('interface ') || code.includes('type ') ||
code.includes('enum ') || code.includes('implements '))) {
return 'typescript';
}
return 'javascript';
}
// Python patterns
if (code.includes('def ') || code.includes('import ') || code.includes('from ') ||
code.includes('print(') || code.includes('if __name__') || code.includes('class ') ||
firstLine.startsWith('#!') && firstLine.includes('python')) {
return 'python';
}
// Java patterns
if (code.includes('public class ') || code.includes('private ') || code.includes('public static void main') ||
code.includes('System.out.println') || code.includes('import java.')) {
return 'java';
}
// C# patterns
if (code.includes('using System') || code.includes('namespace ') || code.includes('public class ') ||
code.includes('Console.WriteLine') || code.includes('[Attribute]')) {
return 'csharp';
}
// C/C++ patterns
if (code.includes('#include') || code.includes('int main') || code.includes('printf(') ||
code.includes('cout <<') || code.includes('std::')) {
return code.includes('std::') || code.includes('cout') ? 'cpp' : 'c';
}
// Go patterns
if (code.includes('package ') || code.includes('func ') || code.includes('import (') ||
code.includes('fmt.Printf') || code.includes('go ')) {
return 'go';
}
// Rust patterns
if (code.includes('fn ') || code.includes('let mut') || code.includes('println!') ||
code.includes('use std::') || code.includes('impl ')) {
return 'rust';
}
// PHP patterns
if (code.includes('<?php') || code.includes('$') && (code.includes('echo ') || code.includes('print '))) {
return 'php';
}
// Ruby patterns
if (code.includes('def ') && (code.includes('end') || code.includes('puts ') || code.includes('require '))) {
return 'ruby';
}
// Shell/Bash patterns
if (firstLine.startsWith('#!') && (firstLine.includes('bash') || firstLine.includes('sh')) ||
code.includes('#!/bin/') || code.includes('echo ') && code.includes('$')) {
return 'bash';
}
// SQL patterns
if (code.match(/\b(SELECT|INSERT|UPDATE|DELETE|CREATE|ALTER|DROP)\b/i)) {
return 'sql';
}
// CSS patterns
if (code.includes('{') && code.includes('}') && code.includes(':') &&
(code.includes('color:') || code.includes('margin:') || code.includes('padding:') || code.includes('#'))) {
return 'css';
}
// HTML patterns
if (code.includes('<') && code.includes('>') &&
(code.includes('<!DOCTYPE') || code.includes('<html') || code.includes('<div') || code.includes('<p'))) {
return 'html';
}
// XML patterns
if (code.includes('<?xml') || (code.includes('<') && code.includes('>') && code.includes('</'))) {
return 'xml';
}
// JSON patterns
if (code.startsWith('{') && code.endsWith('}') || code.startsWith('[') && code.endsWith(']')) {
try {
JSON.parse(code);
return 'json';
} catch (e) {
// Not valid JSON
}
}
// YAML patterns
if (lines.some(line => line.match(/^\s*\w+:\s*/) && !line.includes('{') && !line.includes(';'))) {
return 'yaml';
}
// Markdown patterns
if (code.includes('# ') || code.includes('## ') || code.includes('```') || code.includes('[') && code.includes('](')) {
return 'markdown';
}
// Docker patterns
if (firstLine.startsWith('FROM ') || code.includes('RUN ') || code.includes('COPY ') || code.includes('WORKDIR ')) {
return 'dockerfile';
}
// Default fallback
return '';
}
// Function for Flowchart
function convertFlowchartSvgToMermaidText(svgElement) {
if (!svgElement) return null;
console.log("Starting flowchart conversion with hierarchical logic...");
let mermaidCode = "flowchart TD\n\n";
const nodes = {};
const clusters = {};
const parentMap = {}; // Maps a child SVG ID to its parent SVG ID
const allElements = {}; // All nodes and clusters, for easy lookup
// 1. Collect all nodes
svgElement.querySelectorAll('g.node').forEach(nodeEl => {
const svgId = nodeEl.id;
if (!svgId) return;
let textContent = "";
const pElementForText = nodeEl.querySelector('.label foreignObject div > span > p, .label foreignObject div > p');
if (pElementForText) {
let rawParts = [];
pElementForText.childNodes.forEach(child => {
if (child.nodeType === Node.TEXT_NODE) rawParts.push(child.textContent);
else if (child.nodeName.toUpperCase() === 'BR') rawParts.push('<br>');
else if (child.nodeType === Node.ELEMENT_NODE) rawParts.push(child.textContent || '');
});
textContent = rawParts.join('').trim().replace(/"/g, '#quot;');
}
if (!textContent.trim()) {
const nodeLabel = nodeEl.querySelector('.nodeLabel, .label, foreignObject span, foreignObject div, text');
if (nodeLabel && nodeLabel.textContent) {
textContent = nodeLabel.textContent.trim().replace(/"/g, '#quot;');
}
}
let mermaidId = svgId.replace(/^flowchart-/, '').replace(/-\d+$/, '');
const bbox = nodeEl.getBoundingClientRect();
if (bbox.width > 0 || bbox.height > 0) {
nodes[svgId] = {
type: 'node',
mermaidId: mermaidId,
text: textContent,
svgId: svgId,
bbox: bbox,
};
allElements[svgId] = nodes[svgId];
}
});
// 2. Collect all clusters
svgElement.querySelectorAll('g.cluster').forEach(clusterEl => {
const svgId = clusterEl.id;
if (!svgId) return;
let title = "";
const labelEl = clusterEl.querySelector('.cluster-label, .label');
if (labelEl && labelEl.textContent) {
title = labelEl.textContent.trim();
}
if (!title) {
title = svgId;
}
const rect = clusterEl.querySelector('rect');
const bbox = rect ? rect.getBoundingClientRect() : clusterEl.getBoundingClientRect();
if (bbox.width > 0 || bbox.height > 0) {
clusters[svgId] = {
type: 'cluster',
mermaidId: svgId, // Use stable SVG ID for mermaid ID
title: title,
svgId: svgId,
bbox: bbox,
};
allElements[svgId] = clusters[svgId];
}
});
// 3. Build hierarchy (parentMap) by checking for geometric containment
for (const childId in allElements) {
const child = allElements[childId];
let potentialParentId = null;
let minArea = Infinity;
for (const parentId in clusters) {
if (childId === parentId) continue;
const parent = clusters[parentId];
if (child.bbox.left >= parent.bbox.left &&
child.bbox.right <= parent.bbox.right &&
child.bbox.top >= parent.bbox.top &&
child.bbox.bottom <= parent.bbox.bottom) {
const area = parent.bbox.width * parent.bbox.height;
if (area < minArea) {
minArea = area;
potentialParentId = parentId;
}
}
}
if (potentialParentId) {
parentMap[childId] = potentialParentId;
}
}
// 4. Process edges and assign to their lowest common ancestor cluster
const edges = [];
const edgeLabels = {};
svgElement.querySelectorAll('g.edgeLabel').forEach(labelEl => {
const text = labelEl.textContent?.trim();
const bbox = labelEl.getBoundingClientRect();
if(text) {
edgeLabels[labelEl.id] = {
text,
x: bbox.left + bbox.width / 2,
y: bbox.top + bbox.height / 2
};
}
});
svgElement.querySelectorAll('path.flowchart-link').forEach(path => {
const pathId = path.id;
if (!pathId) return;
let sourceNode = null;
let targetNode = null;
let idParts = pathId.replace(/^(L_|FL_)/, '').split('_');
if(idParts.length > 1 && idParts[idParts.length-1].match(/^\d+$/)){
idParts.pop();
}
idParts = idParts.join('_');
for (let i = 1; i < idParts.length; i++) {
const potentialSourceName = idParts.substring(0,i);
const potentialTargetName = idParts.substring(i);
const foundSourceNode = Object.values(nodes).find(n => n.mermaidId === potentialSourceName);
const foundTargetNode = Object.values(nodes).find(n => n.mermaidId === potentialTargetName);
if(foundSourceNode && foundTargetNode){
sourceNode = foundSourceNode;
targetNode = foundTargetNode;
break;
}
}
if (!sourceNode || !targetNode) { // Fallback for complex names
const pathIdParts = pathId.replace(/^(L_|FL_)/, '').split('_');
if(pathIdParts.length > 2){
for (let i = 1; i < pathIdParts.length; i++) {
const sName = pathIdParts.slice(0, i).join('_');
const tName = pathIdParts.slice(i, pathIdParts.length -1).join('_');
const foundSourceNode = Object.values(nodes).find(n => n.mermaidId === sName);
const foundTargetNode = Object.values(nodes).find(n => n.mermaidId === tName);
if(foundSourceNode && foundTargetNode){
sourceNode = foundSourceNode;
targetNode = foundTargetNode;
break;
}
}
}
}
if (!sourceNode || !targetNode) {
console.warn("Could not determine source/target for edge:", pathId);
return;
}
let label = "";
try {
const totalLength = path.getTotalLength();
if (totalLength > 0) {
const midPoint = path.getPointAtLength(totalLength / 2);
let closestLabel = null;
let closestDist = Infinity;
for (const labelId in edgeLabels) {
const currentLabel = edgeLabels[labelId];
const dist = Math.sqrt(Math.pow(currentLabel.x - midPoint.x, 2) + Math.pow(currentLabel.y - midPoint.y, 2));
if (dist < closestDist) {
closestDist = dist;
closestLabel = currentLabel;
}
}
if (closestLabel && closestDist < 75) {
label = closestLabel.text;
}
}
} catch (e) {
console.error("Error matching label for edge " + pathId, e);
}
const labelPart = label ? `|"${label}"|` : "";
const edgeText = `${sourceNode.mermaidId} -->${labelPart} ${targetNode.mermaidId}`;
// Find Lowest Common Ancestor
const sourceAncestors = [parentMap[sourceNode.svgId]];
while (sourceAncestors[sourceAncestors.length - 1]) {
sourceAncestors.push(parentMap[sourceAncestors[sourceAncestors.length - 1]]);
}
let lca = parentMap[targetNode.svgId];
while (lca && !sourceAncestors.includes(lca)) {
lca = parentMap[lca];
}
edges.push({ text: edgeText, parentId: lca || 'root' });
});
// 5. Generate Mermaid output
const definedNodeMermaidIds = new Set();
for (const svgId in nodes) {
const node = nodes[svgId];
if (!definedNodeMermaidIds.has(node.mermaidId)) {
mermaidCode += `${node.mermaidId}["${node.text}"]\n`;
definedNodeMermaidIds.add(node.mermaidId);
}
}
mermaidCode += '\n';
// Group children and edges by parent
const childrenMap = {};
const edgeMap = {};
for (const childId in parentMap) {
const parentId = parentMap[childId];
if (!childrenMap[parentId]) childrenMap[parentId] = [];
childrenMap[parentId].push(childId);
}
edges.forEach(edge => {
const parentId = edge.parentId || 'root';
if (!edgeMap[parentId]) edgeMap[parentId] = [];
edgeMap[parentId].push(edge.text);
});
// Add top-level edges
(edgeMap['root'] || []).forEach(edgeText => {
mermaidCode += `${edgeText}\n`;
});
function buildSubgraphOutput(clusterId) {
const cluster = clusters[clusterId];
if (!cluster) return;
mermaidCode += `\nsubgraph ${cluster.mermaidId} ["${cluster.title}"]\n`;
const childItems = childrenMap[clusterId] || [];
// Render nodes within this subgraph
childItems.filter(id => nodes[id]).forEach(nodeId => {
mermaidCode += ` ${nodes[nodeId].mermaidId}\n`;
});
// Render edges within this subgraph
(edgeMap[clusterId] || []).forEach(edgeText => {
mermaidCode += ` ${edgeText}\n`;
});
// Render nested subgraphs
childItems.filter(id => clusters[id]).forEach(subClusterId => {
buildSubgraphOutput(subClusterId);
});
mermaidCode += "end\n";
}
const topLevelClusters = Object.keys(clusters).filter(id => !parentMap[id]);
topLevelClusters.forEach(buildSubgraphOutput);
if (Object.keys(nodes).length === 0 && Object.keys(clusters).length === 0) return null;
return '```mermaid\n' + mermaidCode.trim() + '\n```';
}
// Function for Class Diagram
function convertClassDiagramSvgToMermaidText(svgElement) {
if (!svgElement) return null;
const mermaidLines = ['classDiagram'];
const classData = {};
// 1. Parse Classes and their geometric information
svgElement.querySelectorAll('g.node.default[id^="classId-"]').forEach(node => {
const classIdSvg = node.getAttribute('id');
if (!classIdSvg) return;
const classNameMatch = classIdSvg.match(/^classId-([^-]+(?:-[^-]+)*)-(\d+)$/);
if (!classNameMatch) return;
const className = classNameMatch[1];
let cx = 0, cy = 0, halfWidth = 0, halfHeight = 0;
const transform = node.getAttribute('transform');
if (transform) {
const match = transform.match(/translate\(([^,]+),\s*([^)]+)\)/);
if (match) {
cx = parseFloat(match[1]);
cy = parseFloat(match[2]);
}
}
const pathForBounds = node.querySelector('g.basic.label-container > path[d^="M-"]');
if (pathForBounds) {
const d = pathForBounds.getAttribute('d');
const dMatch = d.match(/M-([0-9.]+)\s+-([0-9.]+)/); // Extracts W and H from M-W -H
if (dMatch && dMatch.length >= 3) {
halfWidth = parseFloat(dMatch[1]);
halfHeight = parseFloat(dMatch[2]);
}
}
if (!classData[className]) {
classData[className] = {
stereotype: "",
members: [],
methods: [],
svgId: classIdSvg,
x: cx,
y: cy,
width: halfWidth * 2,
height: halfHeight * 2
};
}
const stereotypeElem = node.querySelector('g.annotation-group.text foreignObject span.nodeLabel p, g.annotation-group.text foreignObject div p');
if (stereotypeElem && stereotypeElem.textContent.trim()) {
classData[className].stereotype = stereotypeElem.textContent.trim();
}
node.querySelectorAll('g.members-group.text g.label foreignObject span.nodeLabel p, g.members-group.text g.label foreignObject div p').forEach(m => {
const txt = m.textContent.trim();
if (txt) classData[className].members.push(txt);
});
node.querySelectorAll('g.methods-group.text g.label foreignObject span.nodeLabel p, g.methods-group.text g.label foreignObject div p').forEach(m => {
const txt = m.textContent.trim();
if (txt) classData[className].methods.push(txt);
});
});
// 2. Parse Notes
const notes = [];
// Method 1: Find traditional rect.note and text.noteText
svgElement.querySelectorAll('g').forEach(g => {
const noteRect = g.querySelector('rect.note');
const noteText = g.querySelector('text.noteText');
if (noteRect && noteText) {
const text = noteText.textContent.trim();
const x = parseFloat(noteRect.getAttribute('x'));
const y = parseFloat(noteRect.getAttribute('y'));
const width = parseFloat(noteRect.getAttribute('width'));
const height = parseFloat(noteRect.getAttribute('height'));
if (text && !isNaN(x) && !isNaN(y)) {
notes.push({
text: text,
x: x,
y: y,
width: width || 0,
height: height || 0,
id: g.id || `note_${notes.length}`
});
}
}
});
// Method 2: Find other note formats (like node undefined type)
svgElement.querySelectorAll('g.node.undefined, g[id^="note"]').forEach(g => {
// Check if it's a note (by background color, id or other features)
const hasNoteBackground = g.querySelector('path[fill="#fff5ad"], path[style*="#fff5ad"], path[style*="fill:#fff5ad"]');
const isNoteId = g.id && g.id.includes('note');
if (hasNoteBackground || isNoteId) {
// Try to get text from foreignObject
let text = '';
const foreignObject = g.querySelector('foreignObject');
if (foreignObject) {
const textEl = foreignObject.querySelector('p, span.nodeLabel, .nodeLabel');
if (textEl) {
text = textEl.textContent.trim();
}
}
// If no text found, try other selectors
if (!text) {
const textEl = g.querySelector('text, .label text, tspan');
if (textEl) {
text = textEl.textContent.trim();
}
}
if (text) {
// Get position information
const transform = g.getAttribute('transform');
let x = 0, y = 0;
if (transform) {
const match = transform.match(/translate\(([^,]+),\s*([^)]+)\)/);
if (match) {
x = parseFloat(match[1]);
y = parseFloat(match[2]);
}
}
// Check if this note has already been added
const existingNote = notes.find(n => n.text === text && Math.abs(n.x - x) < 10 && Math.abs(n.y - y) < 10);
if (!existingNote) {
notes.push({
text: text,
x: x,
y: y,
width: 0,
height: 0,
id: g.id || `note_${notes.length}`
});
}
}
}
});
// 3. Parse Note-to-Class Connections
const noteTargets = {}; // Maps note.id to target className
const connectionThreshold = 50; // Increase connection threshold
// Find note connection paths, support multiple path types
const noteConnections = [
...svgElement.querySelectorAll('path.relation.edge-pattern-dotted'),
...svgElement.querySelectorAll('path[id^="edgeNote"]'),
...svgElement.querySelectorAll('path.edge-thickness-normal.edge-pattern-dotted')
];
noteConnections.forEach(pathEl => {
const dAttr = pathEl.getAttribute('d');
if (!dAttr) return;
// Improved path parsing, support Bezier curves
const pathPoints = [];
// Parse various path commands
const commands = dAttr.match(/[A-Za-z][^A-Za-z]*/g) || [];
let currentX = 0, currentY = 0;
commands.forEach(cmd => {
const parts = cmd.match(/[A-Za-z]|[-+]?\d*\.?\d+/g) || [];
const type = parts[0];
const coords = parts.slice(1).map(Number);
switch(type.toUpperCase()) {
case 'M': // Move to
if (coords.length >= 2) {
currentX = coords[0];
currentY = coords[1];
pathPoints.push({x: currentX, y: currentY});
}
break;
case 'L': // Line to
for (let i = 0; i < coords.length; i += 2) {
if (coords[i+1] !== undefined) {
currentX = coords[i];
currentY = coords[i+1];
pathPoints.push({x: currentX, y: currentY});
}
}
break;
case 'C': // Cubic bezier
for (let i = 0; i < coords.length; i += 6) {
if (coords[i+5] !== undefined) {
// Get end point coordinates
currentX = coords[i+4];
currentY = coords[i+5];
pathPoints.push({x: currentX, y: currentY});
}
}
break;
case 'Q': // Quadratic bezier
for (let i = 0; i < coords.length; i += 4) {
if (coords[i+3] !== undefined) {
currentX = coords[i+2];
currentY = coords[i+3];
pathPoints.push({x: currentX, y: currentY});
}
}
break;
}
});
if (pathPoints.length < 2) return;
const pathStart = pathPoints[0];
const pathEnd = pathPoints[pathPoints.length - 1];
// Find the closest note to path start point
let closestNote = null;
let minDistToNote = Infinity;
notes.forEach(note => {
const dist = Math.sqrt(Math.pow(note.x - pathStart.x, 2) + Math.pow(note.y - pathStart.y, 2));
if (dist < minDistToNote) {
minDistToNote = dist;
closestNote = note;
}
});
// Find the closest class to path end point
let targetClassName = null;
let minDistToClass = Infinity;
for (const currentClassName in classData) {
const classInfo = classData[currentClassName];
const classCenterX = classInfo.x;
const classCenterY = classInfo.y;
const classWidth = classInfo.width || 200; // Default width
const classHeight = classInfo.height || 200; // Default height
// Calculate distance from path end to class center
const distToCenter = Math.sqrt(
Math.pow(pathEnd.x - classCenterX, 2) +
Math.pow(pathEnd.y - classCenterY, 2)
);
// Also calculate distance to class boundary
const classLeft = classCenterX - classWidth/2;
const classRight = classCenterX + classWidth/2;
const classTop = classCenterY - classHeight/2;
const classBottom = classCenterY + classHeight/2;
const dx = Math.max(classLeft - pathEnd.x, 0, pathEnd.x - classRight);
const dy = Math.max(classTop - pathEnd.y, 0, pathEnd.y - classBottom);
const distToEdge = Math.sqrt(dx*dx + dy*dy);
// Use the smaller distance as the judgment criterion
const finalDist = Math.min(distToCenter, distToEdge + classWidth/4);
if (finalDist < minDistToClass) {
minDistToClass = finalDist;
targetClassName = currentClassName;
}
}
// Relax connection conditions
if (closestNote && targetClassName &&
minDistToNote < connectionThreshold &&
minDistToClass < connectionThreshold * 2) {
const existing = noteTargets[closestNote.id];
const currentScore = minDistToNote + minDistToClass;
if (!existing || currentScore < existing.score) {
noteTargets[closestNote.id] = {
name: targetClassName,
score: currentScore,
noteDistance: minDistToNote,
classDistance: minDistToClass
};
}
}
});
// 4. Add Note Definitions to Mermaid output
const noteMermaidLines = [];
notes.forEach(note => {
const targetInfo = noteTargets[note.id];
if (targetInfo && targetInfo.name) {
noteMermaidLines.push(` note for ${targetInfo.name} "${note.text}"`);
} else {
noteMermaidLines.push(` note "${note.text}"`);
}
});
// Insert notes after 'classDiagram' line
if (noteMermaidLines.length > 0) {
mermaidLines.splice(1, 0, ...noteMermaidLines);
}
// 5. Add Class Definitions
for (const className in classData) {
const data = classData[className];
if (data.stereotype) {
mermaidLines.push(` class ${className} {`);
mermaidLines.push(` ${data.stereotype}`);
} else {
mermaidLines.push(` class ${className} {`);
}
data.members.forEach(member => { mermaidLines.push(` ${member}`); });
data.methods.forEach(method => { mermaidLines.push(` ${method}`); });
mermaidLines.push(' }');
}
const pathElements = Array.from(svgElement.querySelectorAll('path.relation[id^="id_"]'));
const labelElements = Array.from(svgElement.querySelectorAll('g.edgeLabels .edgeLabel foreignObject p'));
pathElements.forEach((path, index) => {
const id = path.getAttribute('id');
if (!id || !id.startsWith('id_')) return;
// Remove 'id_' prefix and trailing number (e.g., '_1')
let namePart = id.substring(3).replace(/_\d+$/, '');
const idParts = namePart.split('_');
let fromClass = null;
let toClass = null;
// Iterate through possible split points to find valid class names
for (let i = 1; i < idParts.length; i++) {
const potentialFrom = idParts.slice(0, i).join('_');
const potentialTo = idParts.slice(i).join('_');
if (classData[potentialFrom] && classData[potentialTo]) {
fromClass = potentialFrom;
toClass = potentialTo;
break; // Found a valid pair
}
}
if (!fromClass || !toClass) {
console.error("Could not parse class relation from ID:", id);
return; // Skip if we couldn't parse
}
// Get key attributes
const markerEndAttr = path.getAttribute('marker-end') || "";
const markerStartAttr = path.getAttribute('marker-start') || "";
const pathClass = path.getAttribute('class') || "";
// Determine line style: solid or dashed
const isDashed = path.classList.contains('dashed-line') ||
path.classList.contains('dotted-line') ||
pathClass.includes('dashed') ||
pathClass.includes('dotted');
const lineStyle = isDashed ? ".." : "--";
let relationshipType = "";
// Inheritance relation: <|-- or --|> (corrected inheritance relationship judgment)
if (markerStartAttr.includes('extensionStart')) {
// marker-start has extension, arrow at start point, means: toClass inherits fromClass
if (isDashed) {
// Dashed inheritance (implementation relationship): fromClass <|.. toClass
relationshipType = `${fromClass} <|.. ${toClass}`;
} else {
// Solid inheritance: fromClass <|-- toClass
relationshipType = `${fromClass} <|${lineStyle} ${toClass}`;
}
}
else if (markerEndAttr.includes('extensionEnd')) {
// marker-end has extension, arrow at end point, means: fromClass inherits toClass
if (isDashed) {
// Dashed inheritance (implementation relationship): toClass <|.. fromClass
relationshipType = `${toClass} <|.. ${fromClass}`;
} else {
// Solid inheritance: toClass <|-- fromClass
relationshipType = `${toClass} <|${lineStyle} ${fromClass}`;
}
}
// Implementation relation: ..|> (corrected implementation relationship judgment)
else if (markerStartAttr.includes('lollipopStart') || markerStartAttr.includes('implementStart')) {
relationshipType = `${toClass} ..|> ${fromClass}`;
}
else if (markerEndAttr.includes('implementEnd') || markerEndAttr.includes('lollipopEnd') ||
(markerEndAttr.includes('interfaceEnd') && isDashed)) {
relationshipType = `${fromClass} ..|> ${toClass}`;
}
// Composition relation: *-- (corrected composition relationship judgment)
else if (markerStartAttr.includes('compositionStart')) {
// marker-start has composition, diamond at start point, means: fromClass *-- toClass
relationshipType = `${fromClass} *${lineStyle} ${toClass}`;
}
else if (markerEndAttr.includes('compositionEnd') ||
markerEndAttr.includes('diamondEnd') && markerEndAttr.includes('filled')) {
relationshipType = `${toClass} *${lineStyle} ${fromClass}`;
}
// Aggregation relation: o-- (corrected aggregation relationship judgment)
else if (markerStartAttr.includes('aggregationStart')) {
// marker-start has aggregation, empty diamond at start point, means: toClass --o fromClass
relationshipType = `${toClass} ${lineStyle}o ${fromClass}`;
}
else if (markerEndAttr.includes('aggregationEnd') ||
markerEndAttr.includes('diamondEnd') && !markerEndAttr.includes('filled')) {
relationshipType = `${fromClass} o${lineStyle} ${toClass}`;
}
// Dependency relation: ..> or --> (corrected dependency relationship judgment)
else if (markerStartAttr.includes('dependencyStart')) {
if (isDashed) {
relationshipType = `${toClass} <.. ${fromClass}`;
} else {
relationshipType = `${toClass} <-- ${fromClass}`;
}
}
else if (markerEndAttr.includes('dependencyEnd')) {
if (isDashed) {
relationshipType = `${fromClass} ..> ${toClass}`;
} else {
relationshipType = `${fromClass} --> ${toClass}`;
}
}
// Association relation: --> (corrected association relationship judgment)
else if (markerStartAttr.includes('arrowStart') || markerStartAttr.includes('openStart')) {
relationshipType = `${toClass} <${lineStyle} ${fromClass}`;
}
else if (markerEndAttr.includes('arrowEnd') || markerEndAttr.includes('openEnd')) {
relationshipType = `${fromClass} ${lineStyle}> ${toClass}`;
}
// Arrowless solid line link: --
else if (lineStyle === "--" && !markerEndAttr.includes('End') && !markerStartAttr.includes('Start')) {
relationshipType = `${fromClass} -- ${toClass}`;
}
// Arrowless dashed line link: ..
else if (lineStyle === ".." && !markerEndAttr.includes('End') && !markerStartAttr.includes('Start')) {
relationshipType = `${fromClass} .. ${toClass}`;
}
// Default relation
else {
relationshipType = `${fromClass} ${lineStyle} ${toClass}`;
}
// Get relationship label text
const labelText = (labelElements[index] && labelElements[index].textContent) ?
labelElements[index].textContent.trim() : "";
if (relationshipType) {
mermaidLines.push(` ${relationshipType}${labelText ? ' : ' + labelText : ''}`);
}
});
if (mermaidLines.length <= 1 && Object.keys(classData).length === 0 && notes.length === 0) return null;
return '```mermaid\n' + mermaidLines.join('\n') + '\n```';
}
// Function for Sequence Diagram
function convertSequenceDiagramSvgToMermaidText(svgElement) {
if (!svgElement) return null;
// 1. Parse participants
const participants = [];
console.log("Looking for sequence participants..."); // DEBUG
// Find all participant text elements
svgElement.querySelectorAll('text.actor-box').forEach((textEl) => {
const name = textEl.textContent.trim().replace(/^"|"$/g, ''); // Remove quotes
const x = parseFloat(textEl.getAttribute('x'));
console.log("Found participant:", name, "at x:", x); // DEBUG
if (name && !isNaN(x)) {
participants.push({ name, x });
}
});
console.log("Total participants found:", participants.length); // DEBUG
participants.sort((a, b) => a.x - b.x);
// Remove duplicate participants
const uniqueParticipants = [];
const seenNames = new Set();
participants.forEach(p => {
if (!seenNames.has(p.name)) {
uniqueParticipants.push(p);
seenNames.add(p.name);
}
});
// 2. Parse Notes
const notes = [];
svgElement.querySelectorAll('g').forEach(g => {
const noteRect = g.querySelector('rect.note');
const noteText = g.querySelector('text.noteText');
if (noteRect && noteText) {
const text = noteText.textContent.trim();
const x = parseFloat(noteRect.getAttribute('x'));
const width = parseFloat(noteRect.getAttribute('width'));
const leftX = x;
const rightX = x + width;
// Find all participants within note coverage range
const coveredParticipants = [];
uniqueParticipants.forEach(p => {
// Check if participant is within note's horizontal range
if (p.x >= leftX && p.x <= rightX) {
coveredParticipants.push(p);
}
});
// Sort by x coordinate
coveredParticipants.sort((a, b) => a.x - b.x);
if (coveredParticipants.length > 0) {
let noteTarget;
if (coveredParticipants.length === 1) {
// Single participant
noteTarget = coveredParticipants[0].name;
} else {
// Multiple participants, use first and last
const firstParticipant = coveredParticipants[0].name;
const lastParticipant = coveredParticipants[coveredParticipants.length - 1].name;
noteTarget = `${firstParticipant},${lastParticipant}`;
}
notes.push({
text: text,
target: noteTarget,
y: parseFloat(noteRect.getAttribute('y'))
});
}
}
});
// 3. Parse message lines and message text
const messages = [];
// Collect all message texts
const messageTexts = [];
svgElement.querySelectorAll('text.messageText').forEach(textEl => {
const text = textEl.textContent.trim();
const y = parseFloat(textEl.getAttribute('y'));
const x = parseFloat(textEl.getAttribute('x'));
if (text && !isNaN(y)) {
messageTexts.push({ text, y, x });
}
});
messageTexts.sort((a, b) => a.y - b.y);
console.log("Found message texts:", messageTexts.length); // DEBUG
// Collect all message lines
const messageLines = [];
svgElement.querySelectorAll('line.messageLine0, line.messageLine1').forEach(lineEl => {
const x1 = parseFloat(lineEl.getAttribute('x1'));
const y1 = parseFloat(lineEl.getAttribute('y1'));
const x2 = parseFloat(lineEl.getAttribute('x2'));
const y2 = parseFloat(lineEl.getAttribute('y2'));
const isDashed = lineEl.classList.contains('messageLine1');
if (!isNaN(x1) && !isNaN(y1) && !isNaN(x2) && !isNaN(y2)) {
messageLines.push({ x1, y1, x2, y2, isDashed });
}
});
// Collect all curved message paths (self messages)
svgElement.querySelectorAll('path.messageLine0, path.messageLine1').forEach(pathEl => {
const d = pathEl.getAttribute('d');
const isDashed = pathEl.classList.contains('messageLine1');
if (d) {
// Parse path, check if it's a self message
const moveMatch = d.match(/M\s*([^,\s]+)[,\s]+([^,\s]+)/);
const endMatch = d.match(/([^,\s]+)[,\s]+([^,\s]+)$/);
if (moveMatch && endMatch) {
const x1 = parseFloat(moveMatch[1]);
const y1 = parseFloat(moveMatch[2]);
const x2 = parseFloat(endMatch[1]);
const y2 = parseFloat(endMatch[2]);
// Check if it's a self message (start and end x coordinates are close)
if (Math.abs(x1 - x2) < 20) { // Allow some margin of error
messageLines.push({
x1, y1, x2, y2, isDashed,
isSelfMessage: true
});
}
}
}
});
messageLines.sort((a, b) => a.y1 - b.y1);
console.log("Found message lines:", messageLines.length); // DEBUG
// 4. Match message lines and message text
for (let i = 0; i < Math.min(messageLines.length, messageTexts.length); i++) {
const line = messageLines[i];
const messageText = messageTexts[i];
let fromParticipant = null;
let toParticipant = null;
if (line.isSelfMessage) {
// Self message - find participant closest to x1
let minDist = Infinity;
for (const p of uniqueParticipants) {
const dist = Math.abs(p.x - line.x1);
if (dist < minDist) {
minDist = dist;
fromParticipant = toParticipant = p.name;
}
}
} else {
// Find sender and receiver based on x coordinates
let minDist1 = Infinity;
for (const p of uniqueParticipants) {
const dist = Math.abs(p.x - line.x1);
if (dist < minDist1) {
minDist1 = dist;
fromParticipant = p.name;
}
}
let minDist2 = Infinity;
for (const p of uniqueParticipants) {
const dist = Math.abs(p.x - line.x2);
if (dist < minDist2) {
minDist2 = dist;
toParticipant = p.name;
}
}
}
if (fromParticipant && toParticipant) {
// Determine arrow type
let arrow;
if (line.isDashed) {
arrow = '-->>'; // Dashed arrow
} else {
arrow = '->>'; // Solid arrow
}
messages.push({
from: fromParticipant,
to: toParticipant,
text: messageText.text,
arrow: arrow,
y: line.y1,
isSelfMessage: line.isSelfMessage || false
});
console.log(`Message ${i + 1}: ${fromParticipant} ${arrow} ${toParticipant}: ${messageText.text}`); // DEBUG
}
}
// 5. Parse loop areas
const loops = [];
const loopLines = svgElement.querySelectorAll('line.loopLine');
if (loopLines.length >= 4) {
const xs = Array.from(loopLines).map(line => [
parseFloat(line.getAttribute('x1')),
parseFloat(line.getAttribute('x2'))
]).flat();
const ys = Array.from(loopLines).map(line => [
parseFloat(line.getAttribute('y1')),
parseFloat(line.getAttribute('y2'))
]).flat();
const xMin = Math.min(...xs);
const xMax = Math.max(...xs);
const yMin = Math.min(...ys);
const yMax = Math.max(...ys);
let loopText = '';
const loopTextEl = svgElement.querySelector('.loopText');
if (loopTextEl) {
loopText = loopTextEl.textContent.trim();
}
loops.push({ xMin, xMax, yMin, yMax, text: loopText });
console.log("Found loop:", loopText, "from y", yMin, "to", yMax); // DEBUG
}
// 6. Generate Mermaid code
let mermaidOutput = "sequenceDiagram\n";
// Add participants
uniqueParticipants.forEach(p => {
mermaidOutput += ` participant ${p.name}\n`;
});
mermaidOutput += "\n";
// Sort all events by y coordinate (messages, notes, loops)
const events = [];
messages.forEach(msg => {
events.push({ type: 'message', y: msg.y, data: msg });
});
notes.forEach(note => {
events.push({ type: 'note', y: note.y, data: note });
});
loops.forEach(loop => {
events.push({ type: 'loop_start', y: loop.yMin - 1, data: loop });
events.push({ type: 'loop_end', y: loop.yMax + 1, data: loop });
});
events.sort((a, b) => a.y - b.y);
// Generate events
let loopStack = [];
events.forEach(event => {
if (event.type === 'loop_start') {
const text = event.data.text ? ` ${event.data.text}` : '';
mermaidOutput += ` loop${text}\n`;
loopStack.push(event.data);
} else if (event.type === 'loop_end') {
if (loopStack.length > 0) {
mermaidOutput += ` end\n`;
loopStack.pop();
}
} else if (event.type === 'note') {
const indent = loopStack.length > 0 ? ' ' : '';
mermaidOutput += `${indent} note over ${event.data.target}: ${event.data.text}\n`;
} else if (event.type === 'message') {
const indent = loopStack.length > 0 ? ' ' : '';
const msg = event.data;
mermaidOutput += `${indent} ${msg.from}${msg.arrow}${msg.to}: ${msg.text}\n`;
}
});
// Close remaining loops
while (loopStack.length > 0) {
mermaidOutput += ` end\n`;
loopStack.pop();
}
if (uniqueParticipants.length === 0 && messages.length === 0) return null;
console.log("Sequence diagram conversion completed. Participants:", uniqueParticipants.length, "Messages:", messages.length, "Notes:", notes.length); // DEBUG
console.log("Generated sequence mermaid code:", mermaidOutput.substring(0, 200) + "..."); // DEBUG
return '```mermaid\n' + mermaidOutput.trim() + '\n```';
}
// Function for State Diagram
function convertStateDiagramSvgToMermaidText(svgElement) {
if (!svgElement) return null;
console.log("Converting state diagram...");
const nodes = [];
// 1. Parse all states
svgElement.querySelectorAll('g.node.statediagram-state').forEach(stateEl => {
const stateName = stateEl.querySelector('foreignObject .nodeLabel p, foreignObject .nodeLabel span')?.textContent.trim();
if (!stateName) return;
const transform = stateEl.getAttribute('transform');
const rect = stateEl.querySelector('rect.basic.label-container');
if (!transform || !rect) return;
const transformMatch = transform.match(/translate\(([^,]+),\s*([^)]+)\)/);
if (!transformMatch) return;
const tx = parseFloat(transformMatch[1]);
const ty = parseFloat(transformMatch[2]);
const rx = parseFloat(rect.getAttribute('x'));
const ry = parseFloat(rect.getAttribute('y'));
const width = parseFloat(rect.getAttribute('width'));
const height = parseFloat(rect.getAttribute('height'));
nodes.push({
name: stateName,
x1: tx + rx,
y1: ty + ry,
x2: tx + rx + width,
y2: ty + ry + height
});
console.log(`Found State: ${stateName}`, nodes[nodes.length-1]);
});
// 2. Find start state
const startStateEl = svgElement.querySelector('g.node.default circle.state-start');
if (startStateEl) {
const startGroup = startStateEl.closest('g.node');
const transform = startGroup.getAttribute('transform');
const transformMatch = transform.match(/translate\(([^,]+),\s*([^)]+)\)/);
const r = parseFloat(startStateEl.getAttribute('r'));
if (transformMatch && r) {
const tx = parseFloat(transformMatch[1]);
const ty = parseFloat(transformMatch[2]);
nodes.push({
name: '[*]',
x1: tx - r,
y1: ty - r,
x2: tx + r,
y2: ty + r,
isSpecial: true
});
console.log("Found Start State", nodes[nodes.length-1]);
}
}
// 3. Find end state
svgElement.querySelectorAll('g.node.default').forEach(endGroup => {
if (endGroup.querySelectorAll('path').length >= 2) {
const transform = endGroup.getAttribute('transform');
if(transform) {
const transformMatch = transform.match(/translate\(([^,]+),\s*([^)]+)\)/);
if (transformMatch) {
const tx = parseFloat(transformMatch[1]);
const ty = parseFloat(transformMatch[2]);
const r = 7; // Mermaid end circle radius is 7
nodes.push({
name: '[*]',
x1: tx - r,
y1: ty - r,
x2: tx + r,
y2: ty + r,
isSpecial: true
});
console.log("Found End State", nodes[nodes.length-1]);
}
}
}
});
// 4. Get all labels
const labels = [];
svgElement.querySelectorAll('g.edgeLabel').forEach(labelEl => {
const text = labelEl.querySelector('foreignObject .edgeLabel p, foreignObject .edgeLabel span')?.textContent.trim().replace(/^"|"$/g, '');
const transform = labelEl.getAttribute('transform');
if (text && transform) {
const match = transform.match(/translate\(([^,]+),\s*([^)]+)\)/);
if (match) {
labels.push({
text: text,
x: parseFloat(match[1]),
y: parseFloat(match[2])
});
}
}
});
function getDistanceToBox(px, py, box) {
const dx = Math.max(box.x1 - px, 0, px - box.x2);
const dy = Math.max(box.y1 - py, 0, py - box.y2);
return Math.sqrt(dx * dx + dy * dy);
}
function getDistance(x1, y1, x2, y2) {
return Math.sqrt(Math.pow(x1 - x2, 2) + Math.pow(y1 - y2, 2));
}
const transitions = [];
// 5. Process paths
svgElement.querySelectorAll('path.transition').forEach(pathEl => {
const dAttr = pathEl.getAttribute('d');
if (!dAttr) return;
const startMatch = dAttr.match(/M\s*([^,\s]+)[,\s]+([^,\s]+)/);
// More robustly find the last coordinate pair in the d string
const pathSegments = dAttr.split(/[A-Za-z]/);
const lastSegment = pathSegments[pathSegments.length-1].trim();
const endCoords = lastSegment.split(/[\s,]+/).map(parseFloat);
if (!startMatch || endCoords.length < 2) return;
const startX = parseFloat(startMatch[1]);
const startY = parseFloat(startMatch[2]);
const endX = endCoords[endCoords.length - 2];
const endY = endCoords[endCoords.length - 1];
let sourceNode = null, targetNode = null;
let minSourceDist = Infinity, minTargetDist = Infinity;
nodes.forEach(node => {
const distToStart = getDistanceToBox(startX, startY, node);
if (distToStart < minSourceDist) {
minSourceDist = distToStart;
sourceNode = node;
}
const distToEnd = getDistanceToBox(endX, endY, node);
if (distToEnd < minTargetDist) {
minTargetDist = distToEnd;
targetNode = node;
}
});
let transitionLabel = '';
if (sourceNode && targetNode && (minSourceDist < 5) && (minTargetDist < 5)) {
// Find label
const midX = (startX + endX) / 2;
const midY = (startY + endY) / 2;
let closestLabel = null;
let minLabelDist = Infinity;
labels.forEach(label => {
const dist = getDistance(midX, midY, label.x, label.y);
if (dist < minLabelDist) {
minLabelDist = dist;
closestLabel = label;
}
});
if (closestLabel && minLabelDist < 150) { // Arbitrary threshold, seems to work
transitionLabel = closestLabel.text;
}
if(sourceNode === targetNode) return; // Ignore self-loops for now
const newTransition = {
from: sourceNode.name,
to: targetNode.name,
label: transitionLabel
};
// Avoid adding duplicates
if (!transitions.some(t => t.from === newTransition.from && t.to === newTransition.to && t.label === newTransition.label)) {
transitions.push(newTransition);
}
}
});
// 6. Generate Mermaid code
let mermaidCode = "stateDiagram-v2\n";
transitions.forEach(t => {
let line = ` ${t.from} --> ${t.to}`;
if (t.label) {
line += ` : "${t.label}"`;
}
mermaidCode += line + '\n';
});
if (transitions.length === 0) return null;
console.log("State diagram conversion completed. Transitions:", transitions.length);
console.log("Generated state diagram mermaid code:", mermaidCode);
return '```mermaid\n' + mermaidCode.trim() + '\n```';
}
// Main processNode function
function processNode(node) {
let resultMd = "";
if (node.nodeType === Node.TEXT_NODE) {
if (node.parentNode && node.parentNode.nodeName === 'PRE') { return node.textContent; }
return node.textContent;
}
if (node.nodeType !== Node.ELEMENT_NODE) return "";
const element = node;
const style = window.getComputedStyle(element);
if (
(style.display === "none" || style.visibility === "hidden") &&
!["DETAILS", "SUMMARY"].includes(element.nodeName)
) {
return "";
}
if (element.matches('button, [role="button"], nav, footer, aside, script, style, noscript, iframe, embed, object, header')) {
return "";
}
if (element.classList.contains("bg-input-dark") && element.querySelector("svg")){
return "";
}
try {
switch (element.nodeName) {
case "P": {
let txt = "";
element.childNodes.forEach((c) => {
try { txt += processNode(c); } catch (e) { console.error("Error processing child of P:", c, e); txt += "[err]";}
});
txt = txt.trim();
if (txt.startsWith("```mermaid") && txt.endsWith("```")) {
resultMd = txt + "\n\n";
} else if (txt) {
resultMd = txt + "\n\n";
} else {
resultMd = "\n";
}
break;
}
case "H1": resultMd = (element.textContent.trim() ? `# ${element.textContent.trim()}\n\n` : ""); break;
case "H2": resultMd = (element.textContent.trim() ? `## ${element.textContent.trim()}\n\n` : ""); break;
case "H3": resultMd = (element.textContent.trim() ? `### ${element.textContent.trim()}\n\n` : ""); break;
case "H4": resultMd = (element.textContent.trim() ? `#### ${element.textContent.trim()}\n\n` : ""); break;
case "H5": resultMd = (element.textContent.trim() ? `##### ${element.textContent.trim()}\n\n` : ""); break;
case "H6": resultMd = (element.textContent.trim() ? `###### ${element.textContent.trim()}\n\n` : ""); break;
case "UL": {
let list = "";
const isSourceList = (
(element.previousElementSibling && /source/i.test(element.previousElementSibling.textContent)) ||
(element.parentElement && /source/i.test(element.parentElement.textContent)) ||
element.classList.contains('source-list')
);
element.querySelectorAll(":scope > li").forEach((li) => {
let liTxt = "";
li.childNodes.forEach((c) => { try { liTxt += processNode(c); } catch (e) { console.error("Error processing child of LI:", c, e); liTxt += "[err]";}});
if (isSourceList) {
liTxt = liTxt.trim().replace(/\n+/g, ' ');
} else {
liTxt = liTxt.trim().replace(/\n\n$/, "").replace(/^\n\n/, "");
}
if (liTxt) list += `* ${liTxt}\n`;
});
resultMd = list + (list ? "\n" : "");
break;
}
case "OL": {
let list = "";
let i = 1;
const isSourceList = (
(element.previousElementSibling && /source/i.test(element.previousElementSibling.textContent)) ||
(element.parentElement && /source/i.test(element.parentElement.textContent)) ||
element.classList.contains('source-list')
);
element.querySelectorAll(":scope > li").forEach((li) => {
let liTxt = "";
li.childNodes.forEach((c) => { try { liTxt += processNode(c); } catch (e) { console.error("Error processing child of LI:", c, e); liTxt += "[err]";}});
if (isSourceList) {
liTxt = liTxt.trim().replace(/\n+/g, ' ');
} else {
liTxt = liTxt.trim().replace(/\n\n$/, "").replace(/^\n\n/, "");
}
if (liTxt) {
list += `${i}. ${liTxt}\n`;
i++;
}
});
resultMd = list + (list ? "\n" : "");
break;
}
case "PRE": {
const svgElement = element.querySelector('svg[id^="mermaid-"]');
let mermaidOutput = null;
if (svgElement) {
const diagramTypeDesc = svgElement.getAttribute('aria-roledescription');
const diagramClass = svgElement.getAttribute('class');
console.log("Found SVG in PRE: desc=", diagramTypeDesc, "class=", diagramClass);
if (diagramTypeDesc && diagramTypeDesc.includes('flowchart')) {
console.log("Trying to convert flowchart...");
mermaidOutput = convertFlowchartSvgToMermaidText(svgElement);
} else if (diagramTypeDesc && diagramTypeDesc.includes('class')) {
console.log("Trying to convert class diagram...");
mermaidOutput = convertClassDiagramSvgToMermaidText(svgElement);
} else if (diagramTypeDesc && diagramTypeDesc.includes('sequence')) {
console.log("Trying to convert sequence diagram...");
mermaidOutput = convertSequenceDiagramSvgToMermaidText(svgElement);
} else if (diagramTypeDesc && diagramTypeDesc.includes('stateDiagram')) {
console.log("Trying to convert state diagram...");
mermaidOutput = convertStateDiagramSvgToMermaidText(svgElement);
} else if (diagramClass && diagramClass.includes('flowchart')) {
console.log("Trying to convert flowchart by class...");
mermaidOutput = convertFlowchartSvgToMermaidText(svgElement);
} else if (diagramClass && (diagramClass.includes('classDiagram') || diagramClass.includes('class'))) {
console.log("Trying to convert class diagram by class...");
mermaidOutput = convertClassDiagramSvgToMermaidText(svgElement);
} else if (diagramClass && (diagramClass.includes('sequenceDiagram') || diagramClass.includes('sequence'))) {
console.log("Trying to convert sequence diagram by class...");
mermaidOutput = convertSequenceDiagramSvgToMermaidText(svgElement);
} else if (diagramClass && (diagramClass.includes('statediagram') || diagramClass.includes('stateDiagram'))) {
console.log("Trying to convert state diagram by class...");
mermaidOutput = convertStateDiagramSvgToMermaidText(svgElement);
}
if (mermaidOutput) {
console.log("Successfully converted SVG to mermaid:", mermaidOutput.substring(0, 100) + "...");
} else {
console.log("Failed to convert SVG, using fallback");
}
}
if (mermaidOutput) {
resultMd = `\n${mermaidOutput}\n\n`;
} else {
const code = element.querySelector("code");
let lang = "";
let txt = "";
if (code) {
txt = code.textContent;
const cls = Array.from(code.classList).find((c) => c.startsWith("language-"));
if (cls) lang = cls.replace("language-", "");
} else {
txt = element.textContent;
}
if (!lang) {
const preCls = Array.from(element.classList).find((c) => c.startsWith("language-"));
if (preCls) lang = preCls.replace("language-", "");
}
if (!lang && txt.trim()) {
lang = detectCodeLanguage(txt);
}
resultMd = `\`\`\`${lang}\n${txt.trim()}\n\`\`\`\n\n`;
}
break;
}
case "A": {
const href = element.getAttribute("href");
let initialTextFromNodes = "";
element.childNodes.forEach(c => {
try {
initialTextFromNodes += processNode(c);
} catch (e) {
console.error("Error processing child of A:", c, e);
initialTextFromNodes += "[err]";
}
});
let text = initialTextFromNodes.trim();
if (!text && element.querySelector('img')) {
text = element.querySelector('img').alt || 'image';
}
if (href && (href.startsWith('http') || href.startsWith('https') || href.startsWith('/') || href.startsWith('#') || href.startsWith('mailto:'))) {
let finalLinkDisplayText = text;
const lineInfoMatch = href.match(/#L(\d+)(?:-L(\d+))?$/);
if (lineInfoMatch) {
const pathPart = href.substring(0, href.indexOf('#'));
let filenameFromPath = pathPart.substring(pathPart.lastIndexOf('/') + 1) || "link";
const startLine = lineInfoMatch[1];
const endLine = lineInfoMatch[2];
let displayFilename = filenameFromPath;
const trimmedInitialText = initialTextFromNodes.trim();
let textToParseForFilename = trimmedInitialText;
const isSourcesContext = trimmedInitialText.startsWith("Sources: [") && trimmedInitialText.endsWith("]");
if (isSourcesContext) {
const sourcesContentMatch = trimmedInitialText.match(/^Sources:\s+\[(.*)\]$/);
if (sourcesContentMatch && sourcesContentMatch[1]) {
textToParseForFilename = sourcesContentMatch[1].trim();
}
}
const filenameHintMatch = textToParseForFilename.match(/^[\w\/\.-]+(?:\.\w+)?/);
if (filenameHintMatch && filenameHintMatch[0]) {
if (pathPart.includes(filenameHintMatch[0])) {
displayFilename = filenameHintMatch[0];
}
}
let lineRefText;
if (endLine && endLine !== startLine) {
lineRefText = `L${startLine}-L${endLine}`;
} else {
lineRefText = `L${startLine}`;
}
let constructedText = `${displayFilename} ${lineRefText}`;
if (isSourcesContext) {
finalLinkDisplayText = `Sources: [${constructedText}]`;
} else {
finalLinkDisplayText = constructedText;
}
}
text = finalLinkDisplayText.trim() || (href ? href : "");
resultMd = `[${text}](${href})`;
if (window.getComputedStyle(element).display !== "inline") {
resultMd += "\n\n";
}
} else {
text = text.trim() || (href ? href : "");
resultMd = text;
if (window.getComputedStyle(element).display !== "inline" && text.trim()) {
resultMd += "\n\n";
}
}
break;
}
case "IMG":
if (element.closest && element.closest('a')) return "";
resultMd = (element.src ? `\n\n` : "");
break;
case "BLOCKQUOTE": {
let qt = "";
element.childNodes.forEach((c) => { try { qt += processNode(c); } catch (e) { console.error("Error processing child of BLOCKQUOTE:", c, e); qt += "[err]";}});
const trimmedQt = qt.trim();
if (trimmedQt) {
resultMd = trimmedQt.split("\n").map((l) => `> ${l.trim() ? l : ''}`).filter(l => l.trim() !== '>').join("\n") + "\n\n";
} else {
resultMd = "";
}
break;
}
case "HR":
resultMd = "\n---\n\n";
break;
case "STRONG":
case "B": {
let st = "";
element.childNodes.forEach((c) => { try { st += processNode(c); } catch (e) { console.error("Error processing child of STRONG/B:", c, e); st += "[err]";}});
return `**${st.trim()}**`;
}
case "EM":
case "I": {
let em = "";
element.childNodes.forEach((c) => { try { em += processNode(c); } catch (e) { console.error("Error processing child of EM/I:", c, e); em += "[err]";}});
return `*${em.trim()}*`;
}
case "CODE": {
if (element.parentNode && element.parentNode.nodeName === 'PRE') {
return element.textContent;
}
return `\`${element.textContent.trim()}\``;
}
case "BR":
if (element.parentNode && ['P', 'DIV', 'LI'].includes(element.parentNode.nodeName) ) {
const nextSibling = element.nextSibling;
if (!nextSibling || (nextSibling.nodeType === Node.TEXT_NODE && nextSibling.textContent.trim() !== '') || nextSibling.nodeType === Node.ELEMENT_NODE) {
return " \n";
}
}
return "";
case "TABLE": {
let tableMd = "";
const headerRows = Array.from(element.querySelectorAll(':scope > thead > tr, :scope > tr:first-child'));
const bodyRows = Array.from(element.querySelectorAll(':scope > tbody > tr'));
const allRows = Array.from(element.rows);
let rowsToProcessForHeader = headerRows;
if (headerRows.length === 0 && allRows.length > 0) {
rowsToProcessForHeader = [allRows[0]];
}
if (rowsToProcessForHeader.length > 0) {
const headerRowElement = rowsToProcessForHeader[0];
let headerContent = "|"; let separator = "|";
Array.from(headerRowElement.cells).forEach(cell => {
let cellText = ""; cell.childNodes.forEach(c => { try { cellText += processNode(c); } catch (e) { console.error("Error processing child of TH/TD (Header):", c, e); cellText += "[err]";}});
headerContent += ` ${cellText.trim().replace(/\|/g, "\\|")} |`; separator += ` --- |`;
});
tableMd += `${headerContent}\n${separator}\n`;
}
let rowsToProcessForBody = bodyRows;
if (bodyRows.length === 0 && allRows.length > (headerRows.length > 0 ? 1 : 0) ) {
rowsToProcessForBody = headerRows.length > 0 ? allRows.slice(1) : allRows;
}
rowsToProcessForBody.forEach(row => {
if (rowsToProcessForHeader.length > 0 && rowsToProcessForHeader.includes(row)) return;
let rowContent = "|";
Array.from(row.cells).forEach(cell => {
let cellText = ""; cell.childNodes.forEach(c => { try { cellText += processNode(c); } catch (e) { console.error("Error processing child of TH/TD (Body):", c, e); cellText += "[err]";}});
rowContent += ` ${cellText.trim().replace(/\|/g, "\\|").replace(/\n+/g, ' <br> ')} |`;
});
tableMd += `${rowContent}\n`;
});
resultMd = tableMd + (tableMd ? "\n" : "");
break;
}
case "THEAD": case "TBODY": case "TFOOT": case "TR": case "TH": case "TD":
return "";
case "DETAILS": {
let summaryText = "Details"; const summaryElem = element.querySelector('summary');
if (summaryElem) { let tempSummary = ""; summaryElem.childNodes.forEach(c => { try { tempSummary += processNode(c); } catch (e) { console.error("Error processing child of SUMMARY:", c, e); tempSummary += "[err]";}}); summaryText = tempSummary.trim() || "Details"; }
let detailsContent = "";
Array.from(element.childNodes).forEach(child => { if (child.nodeName !== "SUMMARY") { try { detailsContent += processNode(child); } catch (e) { console.error("Error processing child of DETAILS:", c, e); detailsContent += "[err]";}}});
resultMd = `> **${summaryText}**\n${detailsContent.trim().split('\n').map(l => `> ${l}`).join('\n')}\n\n`;
break;
}
case "SUMMARY": return "";
case "DIV":
case "SPAN":
case "SECTION":
case "ARTICLE":
case "MAIN":
default: {
let txt = "";
element.childNodes.forEach((c) => { try { txt += processNode(c); } catch (e) { console.error("Error processing child of DEFAULT case:", c, element.nodeName, e); txt += "[err]";}});
const d = window.getComputedStyle(element);
const isBlock = ["block", "flex", "grid", "list-item", "table",
"table-row-group", "table-header-group", "table-footer-group"].includes(d.display);
if (isBlock && txt.trim()) {
if (txt.endsWith('\n\n')) {
resultMd = txt;
} else if (txt.endsWith('\n')) {
resultMd = txt + '\n';
} else {
resultMd = txt.trimEnd() + "\n\n";
}
} else {
return txt;
}
}
}
} catch (error) {
console.error("Unhandled error in processNode for element:", element.nodeName, element, error);
return `\n[ERROR_PROCESSING_ELEMENT: ${element.nodeName}]\n\n`;
}
return resultMd;
}
// ==================== MAIN CONVERSION FUNCTION ====================
function convertPageToMarkdown() {
try {
const headTitle = document.title || "";
const formattedHeadTitle = headTitle.replace(/[\/|]/g, '-').replace(/\s+/g, '-').replace('---','-');
const title =
document.querySelector('.container > div:nth-child(1) a[data-selected="true"]')?.textContent?.trim() ||
document.querySelector(".container > div:nth-child(1) h1")?.textContent?.trim() ||
document.querySelector("h1")?.textContent?.trim() ||
"Untitled";
const contentContainer =
document.querySelector(".container > div:nth-child(2) .prose") ||
document.querySelector(".container > div:nth-child(2) .prose-custom") ||
document.querySelector(".container > div:nth-child(2)") ||
document.body;
let markdown = ``;
let markdownTitle = title.replace(/\s+/g, '-');
contentContainer.childNodes.forEach((child) => {
markdown += processNode(child);
});
markdown = markdown.trim().replace(/\n{3,}/g, "\n\n");
return {
success: true,
markdown,
markdownTitle,
headTitle: formattedHeadTitle
};
} catch (error) {
console.error("Error converting to Markdown:", error);
return { success: false, error: error.message };
}
}
function extractAllPages() {
try {
const headTitle = document.title || "";
const formattedHeadTitle = headTitle.replace(/[\/|]/g, '-').replace(/\s+/g, '-').replace('---','-');
const baseUrl = window.location.origin;
const sidebarLinks = Array.from(document.querySelectorAll('.border-r-border ul li a'));
const pages = sidebarLinks.map(link => {
return {
url: new URL(link.getAttribute('href'), baseUrl).href,
title: link.textContent.trim(),
selected: link.getAttribute('data-selected') === 'true'
};
});
const currentPageTitle =
document.querySelector('.container > div:nth-child(1) a[data-selected="true"]')?.textContent?.trim() ||
document.querySelector(".container > div:nth-child(1) h1")?.textContent?.trim() ||
document.querySelector("h1")?.textContent?.trim() ||
"Untitled";
return {
success: true,
pages: pages,
currentTitle: currentPageTitle,
baseUrl: baseUrl,
headTitle: formattedHeadTitle
};
} catch (error) {
console.error("Error extracting page links:", error);
return { success: false, error: error.message };
}
}
// ==================== UI INJECTION ====================
function createUI() {
// Create floating panel
const panel = document.createElement('div');
panel.id = 'deepwiki-md-panel';
panel.style.cssText = `
position: fixed;
top: 20px;
right: 20px;
background: white;
border: 2px solid #4CAF50;
border-radius: 8px;
padding: 12px;
box-shadow: 0 4px 6px rgba(0,0,0,0.1);
z-index: 10000;
font-family: Arial, sans-serif;
width: 200px;
`;
panel.innerHTML = `
<div style="margin-bottom: 10px; font-weight: bold; color: #333;">DeepWiki to Markdown</div>
<button id="dw-convert-btn" style="width: 100%; padding: 6px 10px; margin-bottom: 6px; background: #4CAF50; color: white; border: none; border-radius: 4px; cursor: pointer; font-size: 13px; white-space: nowrap; overflow: hidden; text-overflow: ellipsis;">Convert Current Page</button>
<button id="dw-batch-btn" style="width: 100%; padding: 6px 10px; margin-bottom: 6px; background: #2196F3; color: white; border: none; border-radius: 4px; cursor: pointer; font-size: 13px; white-space: nowrap; overflow: hidden; text-overflow: ellipsis;">Batch Download All</button>
<button id="dw-cancel-btn" style="width: 100%; padding: 6px 10px; margin-bottom: 6px; background: #f44336; color: white; border: none; border-radius: 4px; cursor: pointer; font-size: 13px; display: none;">Cancel</button>
<div id="dw-status" style="margin-top: 8px; font-size: 11px; color: #666; line-height: 1.3;"></div>
`;
document.body.appendChild(panel);
// Event listeners
document.getElementById('dw-convert-btn').addEventListener('click', handleConvertCurrent);
document.getElementById('dw-batch-btn').addEventListener('click', handleBatchConvert);
document.getElementById('dw-cancel-btn').addEventListener('click', handleCancel);
}
// ==================== EVENT HANDLERS ====================
let isCancelled = false;
let convertedPages = [];
function updateStatus(message, type = 'info') {
const statusEl = document.getElementById('dw-status');
statusEl.textContent = message;
statusEl.style.color = type === 'error' ? '#f44336' : (type === 'success' ? '#4CAF50' : '#666');
}
function handleConvertCurrent() {
updateStatus('Converting page...', 'info');
const result = convertPageToMarkdown();
if (result.success) {
const fileName = result.headTitle
? `${result.headTitle}-${result.markdownTitle}.md`
: `${result.markdownTitle}.md`;
downloadFile(result.markdown, fileName);
updateStatus('Conversion successful! Downloading...', 'success');
} else {
updateStatus('Conversion failed: ' + result.error, 'error');
}
}
async function handleBatchConvert() {
isCancelled = false;
document.getElementById('dw-cancel-btn').style.display = 'block';
document.getElementById('dw-batch-btn').disabled = true;
updateStatus('Extracting all page links...', 'info');
const extractResult = extractAllPages();
if (!extractResult.success) {
updateStatus('Failed to extract page links: ' + extractResult.error, 'error');
document.getElementById('dw-cancel-btn').style.display = 'none';
document.getElementById('dw-batch-btn').disabled = false;
return;
}
const allPages = extractResult.pages;
const folderName = extractResult.headTitle || extractResult.currentTitle.replace(/\s+/g, '-');
convertedPages = [];
updateStatus(`Found ${allPages.length} pages, starting batch conversion`, 'info');
let processedCount = 0;
let errorCount = 0;
for (const page of allPages) {
if (isCancelled) {
updateStatus(`Operation cancelled. Processed: ${processedCount}, Failed: ${errorCount}`, 'info');
document.getElementById('dw-cancel-btn').style.display = 'none';
document.getElementById('dw-batch-btn').disabled = false;
return;
}
try {
updateStatus(`Processing ${processedCount + 1}/${allPages.length}: ${page.title}`, 'info');
// Fetch page content via AJAX
const htmlContent = await fetchPageContent(page.url);
if (!htmlContent) {
errorCount++;
console.error(`Failed to fetch page: ${page.title}`);
continue;
}
if (isCancelled) {
updateStatus(`Operation cancelled. Processed: ${processedCount}, Failed: ${errorCount}`, 'info');
document.getElementById('dw-cancel-btn').style.display = 'none';
document.getElementById('dw-batch-btn').disabled = false;
return;
}
// Parse and convert the fetched HTML
const convertResult = convertHTMLToMarkdown(htmlContent);
if (convertResult.success) {
convertedPages.push({
title: convertResult.markdownTitle || page.title.replace(/\s+/g, '-'),
content: convertResult.markdown
});
processedCount++;
} else {
errorCount++;
console.error(`Page processing failed: ${page.title}`, convertResult.error);
}
} catch (err) {
errorCount++;
console.error(`Error processing page: ${page.title}`, err);
}
}
if (!isCancelled && convertedPages.length > 0) {
updateStatus(`Batch conversion complete! Success: ${processedCount}, Failed: ${errorCount}, Creating ZIP...`, 'success');
await downloadAllPagesAsZip(folderName);
}
document.getElementById('dw-cancel-btn').style.display = 'none';
document.getElementById('dw-batch-btn').disabled = false;
}
// Fetch page content using GM_xmlhttpRequest
function fetchPageContent(url) {
return new Promise((resolve, reject) => {
GM_xmlhttpRequest({
method: 'GET',
url: url,
onload: function(response) {
if (response.status === 200) {
resolve(response.responseText);
} else {
console.error(`Failed to fetch ${url}: ${response.status}`);
resolve(null);
}
},
onerror: function(error) {
console.error(`Error fetching ${url}:`, error);
resolve(null);
}
});
});
}
// Convert fetched HTML to Markdown
function convertHTMLToMarkdown(htmlString) {
try {
// Create a temporary DOM parser
const parser = new DOMParser();
const doc = parser.parseFromString(htmlString, 'text/html');
// Extract title
const headTitle = doc.title || "";
const formattedHeadTitle = headTitle.replace(/[\/|]/g, '-').replace(/\s+/g, '-').replace('---','-');
const title =
doc.querySelector('.container > div:nth-child(1) a[data-selected="true"]')?.textContent?.trim() ||
doc.querySelector(".container > div:nth-child(1) h1")?.textContent?.trim() ||
doc.querySelector("h1")?.textContent?.trim() ||
"Untitled";
const contentContainer =
doc.querySelector(".container > div:nth-child(2) .prose") ||
doc.querySelector(".container > div:nth-child(2) .prose-custom") ||
doc.querySelector(".container > div:nth-child(2)") ||
doc.body;
let markdown = ``;
let markdownTitle = title.replace(/\s+/g, '-');
contentContainer.childNodes.forEach((child) => {
markdown += processNodeFromDoc(child, doc);
});
markdown = markdown.trim().replace(/\n{3,}/g, "\n\n");
return {
success: true,
markdown,
markdownTitle,
headTitle: formattedHeadTitle
};
} catch (error) {
console.error("Error converting HTML to Markdown:", error);
return { success: false, error: error.message };
}
}
// Process node from parsed document (doesn't use getComputedStyle)
function processNodeFromDoc(node, doc) {
let resultMd = "";
if (node.nodeType === Node.TEXT_NODE) {
if (node.parentNode && node.parentNode.nodeName === 'PRE') { return node.textContent; }
return node.textContent;
}
if (node.nodeType !== Node.ELEMENT_NODE) return "";
const element = node;
// Check style attribute for hidden elements
const styleAttr = element.getAttribute('style') || '';
if (styleAttr.includes('display: none') || styleAttr.includes('visibility: hidden')) {
if (!["DETAILS", "SUMMARY"].includes(element.nodeName)) {
return "";
}
}
if (element.matches('button, [role="button"], nav, footer, aside, script, style, noscript, iframe, embed, object, header')) {
return "";
}
if (element.classList.contains("bg-input-dark") && element.querySelector("svg")){
return "";
}
try {
switch (element.nodeName) {
case "P": {
let txt = "";
element.childNodes.forEach((c) => {
try { txt += processNodeFromDoc(c, doc); } catch (e) { console.error("Error processing child of P:", c, e); txt += "[err]";}
});
txt = txt.trim();
if (txt.startsWith("```mermaid") && txt.endsWith("```")) {
resultMd = txt + "\n\n";
} else if (txt) {
resultMd = txt + "\n\n";
} else {
resultMd = "\n";
}
break;
}
case "H1": resultMd = (element.textContent.trim() ? `# ${element.textContent.trim()}\n\n` : ""); break;
case "H2": resultMd = (element.textContent.trim() ? `## ${element.textContent.trim()}\n\n` : ""); break;
case "H3": resultMd = (element.textContent.trim() ? `### ${element.textContent.trim()}\n\n` : ""); break;
case "H4": resultMd = (element.textContent.trim() ? `#### ${element.textContent.trim()}\n\n` : ""); break;
case "H5": resultMd = (element.textContent.trim() ? `##### ${element.textContent.trim()}\n\n` : ""); break;
case "H6": resultMd = (element.textContent.trim() ? `###### ${element.textContent.trim()}\n\n` : ""); break;
case "UL": {
let list = "";
const isSourceList = (
(element.previousElementSibling && /source/i.test(element.previousElementSibling.textContent)) ||
(element.parentElement && /source/i.test(element.parentElement.textContent)) ||
element.classList.contains('source-list')
);
element.querySelectorAll(":scope > li").forEach((li) => {
let liTxt = "";
li.childNodes.forEach((c) => { try { liTxt += processNodeFromDoc(c, doc); } catch (e) { console.error("Error processing child of LI:", c, e); liTxt += "[err]";}});
if (isSourceList) {
liTxt = liTxt.trim().replace(/\n+/g, ' ');
} else {
liTxt = liTxt.trim().replace(/\n\n$/, "").replace(/^\n\n/, "");
}
if (liTxt) list += `* ${liTxt}\n`;
});
resultMd = list + (list ? "\n" : "");
break;
}
case "OL": {
let list = "";
let i = 1;
const isSourceList = (
(element.previousElementSibling && /source/i.test(element.previousElementSibling.textContent)) ||
(element.parentElement && /source/i.test(element.parentElement.textContent)) ||
element.classList.contains('source-list')
);
element.querySelectorAll(":scope > li").forEach((li) => {
let liTxt = "";
li.childNodes.forEach((c) => { try { liTxt += processNodeFromDoc(c, doc); } catch (e) { console.error("Error processing child of LI:", c, e); liTxt += "[err]";}});
if (isSourceList) {
liTxt = liTxt.trim().replace(/\n+/g, ' ');
} else {
liTxt = liTxt.trim().replace(/\n\n$/, "").replace(/^\n\n/, "");
}
if (liTxt) {
list += `${i}. ${liTxt}\n`;
i++;
}
});
resultMd = list + (list ? "\n" : "");
break;
}
case "PRE": {
// For parsed HTML, skip complex SVG conversion (getBoundingClientRect won't work)
// Just extract code content instead
const code = element.querySelector("code");
let lang = "";
let txt = "";
if (code) {
txt = code.textContent;
const cls = Array.from(code.classList).find((c) => c.startsWith("language-"));
if (cls) lang = cls.replace("language-", "");
} else {
txt = element.textContent;
}
if (!lang) {
const preCls = Array.from(element.classList).find((c) => c.startsWith("language-"));
if (preCls) lang = preCls.replace("language-", "");
}
if (!lang && txt.trim()) {
lang = detectCodeLanguage(txt);
}
// Check if it's a mermaid diagram
const svgElement = element.querySelector('svg[id^="mermaid-"]');
if (svgElement && !lang) {
lang = 'mermaid';
// Try to extract mermaid code from data attribute or just mark as mermaid
txt = txt.trim() || '// Mermaid diagram - please view original page';
}
resultMd = `\`\`\`${lang}\n${txt.trim()}\n\`\`\`\n\n`;
break;
}
case "A": {
const href = element.getAttribute("href");
let initialTextFromNodes = "";
element.childNodes.forEach(c => {
try {
initialTextFromNodes += processNodeFromDoc(c, doc);
} catch (e) {
console.error("Error processing child of A:", c, e);
initialTextFromNodes += "[err]";
}
});
let text = initialTextFromNodes.trim();
if (!text && element.querySelector('img')) {
text = element.querySelector('img').alt || 'image';
}
if (href && (href.startsWith('http') || href.startsWith('https') || href.startsWith('/') || href.startsWith('#') || href.startsWith('mailto:'))) {
let finalLinkDisplayText = text;
const lineInfoMatch = href.match(/#L(\d+)(?:-L(\d+))?$/);
if (lineInfoMatch) {
const pathPart = href.substring(0, href.indexOf('#'));
let filenameFromPath = pathPart.substring(pathPart.lastIndexOf('/') + 1) || "link";
const startLine = lineInfoMatch[1];
const endLine = lineInfoMatch[2];
let displayFilename = filenameFromPath;
const trimmedInitialText = initialTextFromNodes.trim();
let textToParseForFilename = trimmedInitialText;
const isSourcesContext = trimmedInitialText.startsWith("Sources: [") && trimmedInitialText.endsWith("]");
if (isSourcesContext) {
const sourcesContentMatch = trimmedInitialText.match(/^Sources:\s+\[(.*)\]$/);
if (sourcesContentMatch && sourcesContentMatch[1]) {
textToParseForFilename = sourcesContentMatch[1].trim();
}
}
const filenameHintMatch = textToParseForFilename.match(/^[\w\/\.-]+(?:\.\w+)?/);
if (filenameHintMatch && filenameHintMatch[0]) {
if (pathPart.includes(filenameHintMatch[0])) {
displayFilename = filenameHintMatch[0];
}
}
let lineRefText;
if (endLine && endLine !== startLine) {
lineRefText = `L${startLine}-L${endLine}`;
} else {
lineRefText = `L${startLine}`;
}
let constructedText = `${displayFilename} ${lineRefText}`;
if (isSourcesContext) {
finalLinkDisplayText = `Sources: [${constructedText}]`;
} else {
finalLinkDisplayText = constructedText;
}
}
text = finalLinkDisplayText.trim() || (href ? href : "");
resultMd = `[${text}](${href})`;
// Check display style from style attribute
const displayStyle = element.getAttribute('style')?.includes('display') ?
element.getAttribute('style').match(/display:\s*([^;]+)/)?.[1] : 'inline';
if (displayStyle !== "inline") {
resultMd += "\n\n";
}
} else {
text = text.trim() || (href ? href : "");
resultMd = text;
const displayStyle = element.getAttribute('style')?.includes('display') ?
element.getAttribute('style').match(/display:\s*([^;]+)/)?.[1] : 'inline';
if (displayStyle !== "inline" && text.trim()) {
resultMd += "\n\n";
}
}
break;
}
case "IMG":
if (element.closest && element.closest('a')) return "";
resultMd = (element.src ? `\n\n` : "");
break;
case "BLOCKQUOTE": {
let qt = "";
element.childNodes.forEach((c) => { try { qt += processNodeFromDoc(c, doc); } catch (e) { console.error("Error processing child of BLOCKQUOTE:", c, e); qt += "[err]";}});
const trimmedQt = qt.trim();
if (trimmedQt) {
resultMd = trimmedQt.split("\n").map((l) => `> ${l.trim() ? l : ''}`).filter(l => l.trim() !== '>').join("\n") + "\n\n";
} else {
resultMd = "";
}
break;
}
case "HR":
resultMd = "\n---\n\n";
break;
case "STRONG":
case "B": {
let st = "";
element.childNodes.forEach((c) => { try { st += processNodeFromDoc(c, doc); } catch (e) { console.error("Error processing child of STRONG/B:", c, e); st += "[err]";}});
return `**${st.trim()}**`;
}
case "EM":
case "I": {
let em = "";
element.childNodes.forEach((c) => { try { em += processNodeFromDoc(c, doc); } catch (e) { console.error("Error processing child of EM/I:", c, e); em += "[err]";}});
return `*${em.trim()}*`;
}
case "CODE": {
if (element.parentNode && element.parentNode.nodeName === 'PRE') {
return element.textContent;
}
return `\`${element.textContent.trim()}\``;
}
case "BR":
if (element.parentNode && ['P', 'DIV', 'LI'].includes(element.parentNode.nodeName) ) {
const nextSibling = element.nextSibling;
if (!nextSibling || (nextSibling.nodeType === Node.TEXT_NODE && nextSibling.textContent.trim() !== '') || nextSibling.nodeType === Node.ELEMENT_NODE) {
return " \n";
}
}
return "";
case "TABLE": {
let tableMd = "";
const headerRows = Array.from(element.querySelectorAll(':scope > thead > tr, :scope > tr:first-child'));
const bodyRows = Array.from(element.querySelectorAll(':scope > tbody > tr'));
const allRows = Array.from(element.rows);
let rowsToProcessForHeader = headerRows;
if (headerRows.length === 0 && allRows.length > 0) {
rowsToProcessForHeader = [allRows[0]];
}
if (rowsToProcessForHeader.length > 0) {
const headerRowElement = rowsToProcessForHeader[0];
let headerContent = "|"; let separator = "|";
Array.from(headerRowElement.cells).forEach(cell => {
let cellText = ""; cell.childNodes.forEach(c => { try { cellText += processNodeFromDoc(c, doc); } catch (e) { console.error("Error processing child of TH/TD (Header):", c, e); cellText += "[err]";}});
headerContent += ` ${cellText.trim().replace(/\|/g, "\\|")} |`; separator += ` --- |`;
});
tableMd += `${headerContent}\n${separator}\n`;
}
let rowsToProcessForBody = bodyRows;
if (bodyRows.length === 0 && allRows.length > (headerRows.length > 0 ? 1 : 0) ) {
rowsToProcessForBody = headerRows.length > 0 ? allRows.slice(1) : allRows;
}
rowsToProcessForBody.forEach(row => {
if (rowsToProcessForHeader.length > 0 && rowsToProcessForHeader.includes(row)) return;
let rowContent = "|";
Array.from(row.cells).forEach(cell => {
let cellText = ""; cell.childNodes.forEach(c => { try { cellText += processNodeFromDoc(c, doc); } catch (e) { console.error("Error processing child of TH/TD (Body):", c, e); cellText += "[err]";}});
rowContent += ` ${cellText.trim().replace(/\|/g, "\\|").replace(/\n+/g, ' <br> ')} |`;
});
tableMd += `${rowContent}\n`;
});
resultMd = tableMd + (tableMd ? "\n" : "");
break;
}
case "THEAD": case "TBODY": case "TFOOT": case "TR": case "TH": case "TD":
return "";
case "DETAILS": {
let summaryText = "Details"; const summaryElem = element.querySelector('summary');
if (summaryElem) { let tempSummary = ""; summaryElem.childNodes.forEach(c => { try { tempSummary += processNodeFromDoc(c, doc); } catch (e) { console.error("Error processing child of SUMMARY:", c, e); tempSummary += "[err]";}}); summaryText = tempSummary.trim() || "Details"; }
let detailsContent = "";
Array.from(element.childNodes).forEach(child => { if (child.nodeName !== "SUMMARY") { try { detailsContent += processNodeFromDoc(child, doc); } catch (e) { console.error("Error processing child of DETAILS:", c, e); detailsContent += "[err]";}}});
resultMd = `> **${summaryText}**\n${detailsContent.trim().split('\n').map(l => `> ${l}`).join('\n')}\n\n`;
break;
}
case "SUMMARY": return "";
case "DIV":
case "SPAN":
case "SECTION":
case "ARTICLE":
case "MAIN":
default: {
let txt = "";
element.childNodes.forEach((c) => { try { txt += processNodeFromDoc(c, doc); } catch (e) { console.error("Error processing child of DEFAULT case:", c, element.nodeName, e); txt += "[err]";}});
// Simple heuristic: block-level elements based on tag name
const blockElements = ["DIV", "SECTION", "ARTICLE", "MAIN", "HEADER", "FOOTER", "NAV", "ASIDE"];
const isBlock = blockElements.includes(element.nodeName);
if (isBlock && txt.trim()) {
if (txt.endsWith('\n\n')) {
resultMd = txt;
} else if (txt.endsWith('\n')) {
resultMd = txt + '\n';
} else {
resultMd = txt.trimEnd() + "\n\n";
}
} else {
return txt;
}
}
}
} catch (error) {
console.error("Unhandled error in processNodeFromDoc for element:", element.nodeName, element, error);
return `\n[ERROR_PROCESSING_ELEMENT: ${element.nodeName}]\n\n`;
}
return resultMd;
}
function handleCancel() {
isCancelled = true;
updateStatus('Cancelling batch operation...', 'info');
document.getElementById('dw-cancel-btn').style.display = 'none';
document.getElementById('dw-batch-btn').disabled = false;
}
async function downloadAllPagesAsZip(folderName) {
try {
console.log('Preparing to download', convertedPages.length, 'files');
updateStatus('Preparing downloads...', 'info');
// Create index file
let indexContent = `# ${folderName}\n\n## Content Index\n\n`;
convertedPages.forEach(page => {
indexContent += `- [${page.title}](${page.title}.md)\n`;
});
// Option 1: Download files individually with delay
updateStatus('Downloading files individually (check your downloads folder)...', 'info');
// Download README first
console.log('Downloading README.md');
downloadFile(indexContent, `${folderName}/README.md`);
await new Promise(resolve => setTimeout(resolve, 500));
// Download each markdown file with a delay to avoid browser blocking
for (let i = 0; i < convertedPages.length; i++) {
const page = convertedPages[i];
console.log(`Downloading ${i + 1}/${convertedPages.length}: ${page.title}.md`);
updateStatus(`Downloading ${i + 1}/${convertedPages.length}: ${page.title}.md`, 'info');
downloadFile(page.content, `${folderName}/${page.title}.md`);
// Small delay between downloads
await new Promise(resolve => setTimeout(resolve, 300));
}
updateStatus(`Successfully downloaded ${convertedPages.length + 1} files! Check your downloads folder.`, 'success');
console.log('All downloads complete!');
} catch (error) {
console.error('Error downloading files:', error);
updateStatus('Error downloading files: ' + error.message, 'error');
}
}
// ==================== INITIALIZATION ====================
// Wait for page to fully load
if (document.readyState === 'loading') {
document.addEventListener('DOMContentLoaded', createUI);
} else {
createUI();
}
})();
