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Moodle Multi-Course Enrollment Script document.addEventListener('DOMContentLoaded', function() { console.log('Script loaded, checking body classes:', document.body.className); // Only run on activity pages (path-mod) if (document.body.className.includes('path-mod')) { console.log('On activity page, looking for title...'); // Try to find the activity/page title from various possible locations let activityTitle = ''; // Look for title in the hidden header first (this should be the activity title) const headerTitle = document.querySelector('.page-header-headings h1, .page-header-headings h2, .course-header-txt h1, .course-header-txt h2'); if (headerTitle) { activityTitle = headerTitle.textContent.trim(); console.log('Found title in header:', activityTitle); } // Fallback: try to get activity title from page title if (!activityTitle) { const pageTitle = document.title; console.log('Page title:', pageTitle); // Extract activity name from title (format usually "Activity: Course | Site") const titleParts = pageTitle.split('|')[0].split(':'); if (titleParts.length > 0) { activityTitle = titleParts[0].trim(); console.log('Extracted from page title:', activityTitle); } } // Another fallback: look for activity title in main content area if (!activityTitle) { const mainTitle = document.querySelector('#region-main h1, #region-main h2, .activity-header h1, .activity-header h2'); if (mainTitle) { activityTitle = mainTitle.textContent.trim(); console.log('Found title in main content:', activityTitle); } } // Final fallback: use a generic title if (!activityTitle) { activityTitle = 'Page Content'; console.log('Using fallback title'); } // Create the new header const newHeader = document.createElement('div'); newHeader.className = 'custom-course-header'; newHeader.innerHTML = `

${activityTitle}

`; // Insert the new header at the top of the main content area const mainContent = document.querySelector('#page-content, #page, main, .main-content, #region-main'); if (mainContent) { mainContent.insertBefore(newHeader, mainContent.firstChild); console.log('Header inserted into main content'); } else { // Fallback: insert after body opening document.body.insertBefore(newHeader, document.body.firstChild); console.log('Header inserted at body start'); } console.log('Custom header created with title:', activityTitle); } else { console.log('Not on activity page, script not running'); } }); // Robust mlang processor for SADA - handles dynamic content (function() { 'use strict'; function getCurrentLanguage() { // Get language from Moodle's M.cfg if (typeof M !== 'undefined' && M.cfg && M.cfg.language) { console.log('Language from M.cfg:', M.cfg.language); return M.cfg.language; } // Check URL parameter const urlParams = new URLSearchParams(window.location.search); const langParam = urlParams.get('lang'); if (langParam) { console.log('Language from URL:', langParam); return langParam; } console.log('Using default language: en'); return 'en'; } function processMlangTags() { const currentLang = getCurrentLanguage(); console.log('=== Processing mlang tags for language:', currentLang, '==='); // Look specifically for elements containing mlang patterns const elementsWithMlang = []; // Use a more comprehensive search const walker = document.createTreeWalker( document.body, NodeFilter.SHOW_TEXT, function(node) { return node.textContent.includes('{mlang') ? NodeFilter.FILTER_ACCEPT : NodeFilter.FILTER_REJECT; } ); let textNode; while (textNode = walker.nextNode()) { elementsWithMlang.push(textNode); } console.log('Found', elementsWithMlang.length, 'text nodes with mlang tags'); let processedCount = 0; elementsWithMlang.forEach(function(textNode, index) { const originalText = textNode.textContent; console.log('Processing node', index + 1, ':', originalText); // Pattern to match: {mlang en}content{mlang}{mlang fr}content{mlang} const fullPattern = /(\{mlang\s+\w+\}[^{]*\{mlang\})+/g; const matches = originalText.match(fullPattern); if (matches) { let newText = originalText; matches.forEach(function(fullMatch) { console.log('Found mlang block:', fullMatch); // Extract individual segments const segmentPattern = /\{mlang\s+(\w+)\}([^{]*)\{mlang\}/g; const segments = []; let segmentMatch; // Reset regex segmentPattern.lastIndex = 0; while ((segmentMatch = segmentPattern.exec(fullMatch)) !== null) { segments.push({ lang: segmentMatch[1].trim(), content: segmentMatch[2] }); } console.log('Extracted segments:', segments); // Find appropriate content let replacement = ''; // Try current language first const currentLangSegment = segments.find(s => s.lang === currentLang); if (currentLangSegment) { replacement = currentLangSegment.content; console.log('Using current language content:', replacement); } // Fallback to English if not current language else if (currentLang !== 'en') { const englishSegment = segments.find(s => s.lang === 'en'); if (englishSegment) { replacement = englishSegment.content; console.log('Using English fallback:', replacement); } } // Last resort: first available if (!replacement && segments.length > 0) { replacement = segments[0].content; console.log('Using first available content:', replacement); } // Replace in the text newText = newText.replace(fullMatch, replacement); console.log('Replaced with:', replacement); }); // Update the text node textNode.textContent = newText; processedCount++; console.log('Updated node text to:', newText); } }); console.log('=== Completed processing. Updated', processedCount, 'nodes ==='); return processedCount; } // Multiple initialization strategies function initialize() { console.log('mlang processor initializing...'); // Strategy 1: Immediate processing setTimeout(function() { console.log('Strategy 1: Immediate processing'); processMlangTags(); }, 100); // Strategy 2: After a longer delay for dynamic content setTimeout(function() { console.log('Strategy 2: Delayed processing'); processMlangTags(); }, 2000); // Strategy 3: After page fully loads window.addEventListener('load', function() { setTimeout(function() { console.log('Strategy 3: After window load'); processMlangTags(); }, 500); }); // Strategy 4: Set up mutation observer const observer = new MutationObserver(function(mutations) { let shouldProcess = false; mutations.forEach(function(mutation) { if (mutation.type === 'childList') { mutation.addedNodes.forEach(function(node) { if (node.nodeType === Node.ELEMENT_NODE || node.nodeType === Node.TEXT_NODE) { const textContent = node.textContent || ''; if (textContent.includes('{mlang')) { console.log('Mutation observer detected mlang content'); shouldProcess = true; } } }); } }); if (shouldProcess) { setTimeout(function() { console.log('Strategy 4: Mutation observer triggered'); processMlangTags(); }, 300); } }); observer.observe(document.body, { childList: true, subtree: true, characterData: true }); console.log('All strategies initialized'); } // Manual refresh function window.refreshMlangContent = function() { console.log('=== MANUAL REFRESH TRIGGERED ==='); const count = processMlangTags(); console.log('Manual refresh completed. Processed', count, 'elements.'); return count; }; // Debug function to find mlang content window.findMlangContent = function() { console.log('=== SEARCHING FOR MLANG CONTENT ==='); const allText = document.body.textContent; if (allText.includes('{mlang')) { console.log('Found {mlang} in page text content'); // Find specific elements const allElements = document.querySelectorAll('*'); const elementsWithMlang = []; allElements.forEach(function(el, index) { if (el.textContent && el.textContent.includes('{mlang')) { elementsWithMlang.push({ element: el, tagName: el.tagName, className: el.className, textContent: el.textContent }); } }); console.log('Elements containing mlang:', elementsWithMlang); return elementsWithMlang; } else { console.log('No {mlang} found in page content'); return []; } }; // Start when ready if (document.readyState === 'loading') { document.addEventListener('DOMContentLoaded', initialize); } else { initialize(); } })();

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