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`; sandbox.srcdoc = sandboxContent; return new Promise((resolve, reject) => { sandbox.onload = () => { const output = sandbox.contentWindow.console.log; sandbox.contentWindow.console.log = (...args) => { output(...args); resolve(args.join(' ')); }; sandbox.contentWindow.console.error = (error) => { reject(error.toString()); }; setTimeout(() => { resolve('Code executed without output'); }, 5000); }; }).finally(() => { document.body.removeChild(sandbox); }); } document.getElementById('run-code').addEventListener('click', async () => { const code = activeEditor.getValue(); try { const result = await runCodeInSandbox(code); document.getElementById('output').textContent = result; showNotification('Code executed successfully', 'success'); } catch (error) { document.getElementById('output').textContent = `Error: ${error}`; showNotification('Error executing code', 'error'); } }); // Implement code formatting function formatCode() { const code = activeEditor.getValue(); const formattedCode = prettier.format(code, { parser: 'babel', plugins: prettierPlugins, }); activeEditor.setValue(formattedCode); showNotification('Code formatted successfully', 'success'); } document.getElementById('format-code').addEventListener('click', formatCode); // Implement real-time collaboration const collaboration = new Y.Doc(); const awareness = new awarenessProtocol.Awareness(collaboration); const websocketProvider = new WebsocketProvider( 'wss://devai.collaboration.server', 'room1', collaboration ); const ytext = collaboration.getText('codemirror'); const binding = new CodeMirrorBinding(ytext, activeEditor, awareness); awareness.on('change', ({ added, updated, removed }) => { const users = awareness.getStates(); updateCollaborationStatus(users); }); function updateCollaborationStatus(users) { const activeCollaborators = document.getElementById('active-collaborators'); activeCollaborators.textContent = Object.keys(users).length; } // Implement AI-powered code completion const aiCompletionWorker = new Worker('ai-completion-worker.js'); aiCompletionWorker.onmessage = (event) => { const { completion } = event.data; activeEditor.setValue(activeEditor.getValue() + completion); }; activeEditor.on('change', () => { const code = activeEditor.getValue(); const cursorPosition = activeEditor.getCursorPosition(); aiCompletionWorker.postMessage({ code, cursorPosition }); }); // Implement project deployment function deployProject() { showNotification('Preparing project for deployment...', 'info'); setTimeout(() => { showNotification('Building project...', 'info'); setTimeout(() => { showNotification('Running tests...', 'info');setTimeout(() => { showNotification('Deploying to production server...', 'info'); setTimeout(() => { showNotification('Project deployed successfully!', 'success'); }, 3000); }, 2000); }, 2000); }, 2000); } document.getElementById('deploy-btn').addEventListener('click', deployProject); // Implement AI-powered debugging function debugWithAI() { const code = activeEditor.getValue(); showNotification('AI is analyzing your code for bugs...', 'info'); setTimeout(() => { const debugSuggestions = [ 'Line 23: Potential null pointer exception. Consider adding a null check.', 'Line 47: Unused variable "result". You may want to remove it or use it.', 'Line 89: Infinite loop detected. Ensure your loop has a proper exit condition.' ]; const debugModal = document.createElement('div'); debugModal.className = 'modal'; debugModal.innerHTML = ` `; document.body.appendChild(debugModal); document.getElementById('apply-debug-suggestions').addEventListener('click', () => { // Here you would implement the logic to automatically apply the suggestions showNotification('Debug suggestions applied', 'success'); document.body.removeChild(debugModal); }); debugModal.querySelector('.close-button').addEventListener('click', () => { document.body.removeChild(debugModal); }); }, 3000); } document.getElementById('debug-code').addEventListener('click', debugWithAI); // Implement AI-powered code optimization function optimizeCode() { const code = activeEditor.getValue(); showNotification('AI is optimizing your code...', 'info'); setTimeout(() => { const optimizedCode = `// Optimized version of your code function optimizedFunction() { // AI-suggested optimizations const result = performFastOperation(); return memoize(result); } // Rest of your optimized code... `; const diffModal = document.createElement('div'); diffModal.className = 'modal'; diffModal.innerHTML = ` `; document.body.appendChild(diffModal); const diffViewer = diffModal.querySelector('.diff-viewer'); const diff = Diff.createTwoFilesPatch('original', 'optimized', code, optimizedCode); diffViewer.textContent = diff; document.getElementById('apply-optimization').addEventListener('click', () => { activeEditor.setValue(optimizedCode); showNotification('Code optimization applied', 'success'); document.body.removeChild(diffModal); }); diffModal.querySelector('.close-button').addEventListener('click', () => { document.body.removeChild(diffModal); }); }, 3000); } document.getElementById('code-optimizer').addEventListener('click', optimizeCode); // Implement AI-powered code explanation function explainCode() { const code = activeEditor.getSelectedText() || activeEditor.getValue(); showNotification('AI is generating an explanation...', 'info'); setTimeout(() => { const explanation = ` This code defines a function that performs the following steps: 1. It initializes a variable with a starting value. 2. It iterates through an array of items. 3. For each item, it applies a transformation. 4. Finally, it returns the accumulated result. Key concepts used in this code: - Array manipulation - Functional programming techniques - Error handling with try-catch blocks `; const explanationModal = document.createElement('div'); explanationModal.className = 'modal'; explanationModal.innerHTML = `

Code Explanation

${explanation}

`; document.body.appendChild(explanationModal); explanationModal.querySelector('.close-button').addEventListener('click', () => { document.body.removeChild(explanationModal); }); }, 3000); } document.getElementById('code-explainer').addEventListener('click', explainCode); // Implement AI-powered architecture suggestions function suggestArchitecture() { showNotification('AI is analyzing your project structure...', 'info'); setTimeout(() => { const architectureSuggestion = ` Based on your current project, here's a suggested architecture: 1. Frontend: - React for UI components - Redux for state management - React Router for navigation 2. Backend: - Node.js with Express.js - GraphQL API for flexible data querying - MongoDB for database 3. DevOps: - Docker for containerization - Kubernetes for orchestration - CI/CD pipeline with Jenkins 4. Additional Services: - Redis for caching - Elasticsearch for full-text search - RabbitMQ for message queuing `; const architectureModal = document.createElement('div'); architectureModal.className = 'modal'; architectureModal.innerHTML = `

Suggested Architecture

${architectureSuggestion}

`; document.body.appendChild(architectureModal); document.getElementById('apply-architecture').addEventListener('click', () => { // Here you would implement the logic to generate boilerplate code for the suggested architecture showNotification('Generating architecture boilerplate...', 'info'); setTimeout(() => { showNotification('Architecture boilerplate generated successfully!', 'success'); document.body.removeChild(architectureModal); }, 2000); }); architectureModal.querySelector('.close-button').addEventListener('click', () => { document.body.removeChild(architectureModal); }); }, 3000); } document.getElementById('architecture-designer').addEventListener('click', suggestArchitecture); // Implement AI-powered security analysis function analyzeSecurity() { const code = activeEditor.getValue(); showNotification('AI is performing a security analysis...', 'info'); setTimeout(() => { const securityIssues = [ { severity: 'High', description: 'Potential SQL injection vulnerability in database query' }, { severity: 'Medium', description: 'Insecure use of eval() function' }, { severity: 'Low', description: 'Weak password hashing algorithm' } ]; const securityModal = document.createElement('div'); securityModal.className = 'modal'; securityModal.innerHTML = ` `; document.body.appendChild(securityModal); document.getElementById('fix-security-issues').addEventListener('click', () => { // Here you would implement the logic to automatically fix the security issues showNotification('Applying security fixes...', 'info'); setTimeout(() => { showNotification('Security issues resolved', 'success'); document.body.removeChild(securityModal); }, 2000); }); securityModal.querySelector('.close-button').addEventListener('click', () => { document.body.removeChild(securityModal); }); }, 3000); } document.getElementById('security-analyzer').addEventListener('click', analyzeSecurity); // Implement AI-powered performance profiling function profilePerformance() { showNotification('AI is profiling your code performance...', 'info'); setTimeout(() => { const performanceData = { executionTime: '1.25s', memoryUsage: '45MB', cpuUsage: '35%', bottlenecks: [ { location: 'Line 42', description: 'Inefficient loop causing performance degradation' }, { location: 'Line 78', description: 'Excessive DOM manipulations' } ] }; const performanceModal = document.createElement('div'); performanceModal.className = 'modal'; performanceModal.innerHTML = ` `; document.body.appendChild(performanceModal); document.getElementById('optimize-performance').addEventListener('click', () => { // Here you would implement the logic to automatically optimize the code based on the performance profile showNotification('Optimizing code for better performance...', 'info'); setTimeout(() => { showNotification('Code optimized for improved performance', 'success'); document.body.removeChild(performanceModal); }, 2000); }); performanceModal.querySelector('.close-button').addEventListener('click', () => { document.body.removeChild(performanceModal); }); }, 3000); } document.getElementById('performance-profiler').addEventListener('click', profilePerformance); // Implement AI-powered code refactoring function refactorCode() { const code = activeEditor.getValue(); showNotification('AI is analyzing code for refactoring opportunities...', 'info'); setTimeout(() => { const refactoringsuggestions = [ { type: 'Extract Method', description: 'Extract lines 15-25 into a separate method for better readability' }, { type: 'Rename Variable', description: 'Rename variable "x" on line 42 to a more descriptive name' }, { type: 'Simplify Conditional', description: 'Simplify the complex conditional statement on line 67' } ]; const refactoringModal = document.createElement('div'); refactoringModal.className = 'modal'; refactoringModal.innerHTML = ` `; document.body.appendChild(refactoringModal); refactoringModal.querySelectorAll('.apply-refactoring').forEach(button => { button.addEventListener('click', (e) => { const refactoringType = e.target.getAttribute('data-type'); // Here you would implement the logic to apply the specific refactoring showNotification(`Applying ${refactoringType} refactoring...`, 'info'); setTimeout(() => { showNotification(`${refactoringType} refactoring applied`, 'success'); }, 1000); }); }); document.getElementById('apply-all-refactoring').addEventListener('click', () => { // Here you would implement the logic to apply all refactoring suggestions showNotification('Applying all refactoring suggestions...', 'info'); setTimeout(() => { showNotification('All refactoring suggestions applied', 'success'); document.body.removeChild(refactoringModal); }, 2000); }); refactoringModal.querySelector('.close-button').addEventListener('click', () => { document.body.removeChild(refactoringModal); }); }, 3000); } document.getElementById('refactoring-assistant').addEventListener('click', refactorCode); // Initialize the application function initializeApp() { showNotification('Welcome to DevAI!', 'info'); renderProjects(); updateCharts(); } initializeApp();