Technical Specification Template Tool

`); newWindow.document.close(); showStatus('Technical specification generated successfully! Opening in new window.', 'valid'); } catch (error) { console.error('Generation error:', error); showStatus('Error: ' + error.message, 'invalid'); } } // Create the technical specification document function createTechnicalSpecification() { const currentDate = new Date().toLocaleDateString(); const templateConfig = templates[currentTemplate]; switch (currentTemplate) { case 'agile': return createAgileSpecification(currentDate, templateConfig); case 'api': return createAPISpecification(currentDate, templateConfig); case 'mobile': return createMobileSpecification(currentDate, templateConfig); default: return createStandardSpecification(currentDate, templateConfig); } } // Create standard specification function createStandardSpecification(currentDate, templateConfig) { return `# Technical Specification: ${projectName.value || '[Project Name]'} ## Document Information - **Version**: ${projectVersion.value || '1.0.0'} - **Author**: ${authorName.value || '[Author Name]'} - **Date**: ${currentDate} - **Template**: ${templateConfig.name} - **Project Type**: ${getProjectTypeDescription(projectType.value)} ## 1. Project Overview ### 1.1 Project Description ${projectDescription.value || '[Project description not provided]'} ### 1.2 Target Audience ${targetAudience.value || '[Target audience not specified]'} ### 1.3 Technology Stack ${techStack.value || '[Technology stack not specified]'} ## 2. Functional Requirements ### 2.1 Core Features ${formatRequirements(functionalRequirements.value)} ## 3. Non-Functional Requirements ### 3.1 Performance & Quality Requirements ${formatRequirements(nonFunctionalRequirements.value)} ## 4. System Architecture ### 4.1 High-Level Architecture The system follows a ${getArchitecturePattern()} architecture pattern, ensuring scalability, maintainability, and performance. ### 4.2 Component Overview - **Frontend Layer**: User interface and user experience components - **Backend Layer**: Business logic and data processing - **Data Layer**: Database and data storage solutions - **Integration Layer**: External API and service integrations ### 4.3 Security Architecture - Multi-layer security approach - Authentication and authorization mechanisms - Data encryption at rest and in transit - Regular security audits and compliance checks ## 5. Implementation Plan ### 5.1 Development Phases ${generateImplementationPhases()} ### 5.2 Key Milestones ${generateMilestones()} ## 6. Testing Strategy ### 6.1 Testing Approach - **Unit Testing**: Individual component validation - **Integration Testing**: System component interaction testing - **System Testing**: End-to-end functionality verification - **User Acceptance Testing**: Stakeholder validation - **Performance Testing**: Load and stress testing - **Security Testing**: Vulnerability assessment ### 6.2 Quality Assurance - Minimum 85% code coverage - Automated testing pipeline - Code review process - Continuous integration practices ## 7. Risk Assessment and Mitigation ### 7.1 Technical Risks - **Complexity Risk**: Mitigation through modular design and incremental development - **Integration Risk**: Early integration testing and API contract validation - **Performance Risk**: Regular performance monitoring and optimization ### 7.2 Project Risks - **Timeline Risk**: Agile methodology with flexible scope management - **Resource Risk**: Cross-training and knowledge sharing - **Scope Risk**: Clear requirements documentation and change control ## 8. Documentation and Knowledge Management ### 8.1 Technical Documentation - API documentation with interactive examples - Code documentation and inline comments - Architecture decision records (ADRs) - Deployment and operational guides ### 8.2 User Documentation - User manuals and quick start guides - Video tutorials and knowledge base - FAQ and troubleshooting sections ## 9. Deployment and Operations ### 9.1 Deployment Strategy - Containerized deployment using Docker - Infrastructure as Code (IaC) approach - Blue-green deployment for zero-downtime releases - Automated rollback procedures ### 9.2 Monitoring and Maintenance - Application performance monitoring (APM) - Log aggregation and analysis - Automated alerting and incident response - Regular backup and disaster recovery testing ## 10. Success Criteria and Metrics ### 10.1 Technical Metrics - System uptime: 99.9% - Response time: < 2 seconds - Error rate: < 0.1% - Code coverage: > 85% ### 10.2 Business Metrics - User adoption rate - Customer satisfaction score - Feature utilization metrics - Performance benchmarks --- **Document Status**: ${getDocumentStatus()} **Next Review Date**: ${getNextReviewDate()} **Stakeholder Approval**: Required from Project Manager, Technical Lead, and Product Owner`; } // Create Agile specification function createAgileSpecification(currentDate, templateConfig) { return `# Agile Project Specification: ${projectName.value || '[Project Name]'} ## Product Information - **Product Version**: ${projectVersion.value || '1.0.0'} - **Product Owner**: ${authorName.value || '[Product Owner]'} - **Date**: ${currentDate} - **Sprint Duration**: 2 weeks - **Team Size**: 5-7 members ## 1. Product Vision ### 1.1 Product Goal ${projectDescription.value || '[Product vision not provided]'} ### 1.2 Target Users ${targetAudience.value || '[Target users not specified]'} ### 1.3 Technology Stack ${techStack.value || '[Technology stack not specified]'} ## 2. Epic and User Stories ### 2.1 Product Backlog ${formatUserStories(functionalRequirements.value)} ### 2.2 Acceptance Criteria Framework Each user story must include: - Clear acceptance criteria - Definition of Done checklist - Testable conditions - Business value statement ## 3. Non-Functional Requirements ### 3.1 Quality Attributes ${formatRequirements(nonFunctionalRequirements.value)} ## 4. Sprint Planning Framework ### 4.1 Sprint Structure - **Sprint Planning**: 4 hours (2-week sprint) - **Daily Standups**: 15 minutes - **Sprint Review**: 2 hours - **Sprint Retrospective**: 1.5 hours ### 4.2 Estimation Approach - Story point estimation using Planning Poker - Velocity tracking and forecasting - Burn-down and burn-up charts ## 5. Definition of Ready - [ ] User story is well-defined with acceptance criteria - [ ] Story is estimated and fits within sprint capacity - [ ] Dependencies are identified and resolved - [ ] Mockups/wireframes available (if needed) - [ ] Technical approach is clarified ## 6. Definition of Done - [ ] Code is written and meets coding standards - [ ] Unit tests are written and passing - [ ] Code review is completed - [ ] Integration tests pass - [ ] Documentation is updated - [ ] Acceptance criteria are met - [ ] Product Owner approval received ## 7. Risk Management ### 7.1 Sprint Risks - Scope creep during sprint - Team member availability - Technical blockers - External dependencies ### 7.2 Mitigation Strategies - Daily standup impediment tracking - Sprint goal protection - Cross-functional skill development - Continuous stakeholder communication ## 8. Retrospective Framework ### 8.1 Retrospective Questions - What went well this sprint? - What could be improved? - What will we commit to improve next sprint? - What experiments should we try? ### 8.2 Continuous Improvement - Action items tracking - Process optimization - Team collaboration enhancement - Technical practice improvement --- **Product Backlog Status**: ${getBacklogStatus()} **Current Sprint**: Sprint 1 **Next Planning Session**: ${getNextPlanningDate()}`; } // Create API specification function createAPISpecification(currentDate, templateConfig) { return `# API Technical Specification: ${projectName.value || '[API Name]'} ## API Information - **API Version**: ${projectVersion.value || '1.0.0'} - **Maintainer**: ${authorName.value || '[API Team]'} - **Date**: ${currentDate} - **Base URL**: https://api.example.com/v1 - **Protocol**: REST over HTTPS ## 1. API Overview ### 1.1 Purpose ${projectDescription.value || '[API purpose not provided]'} ### 1.2 Target Consumers ${targetAudience.value || '[API consumers not specified]'} ### 1.3 Technology Stack ${techStack.value || '[Technology stack not specified]'} ## 2. API Endpoints ### 2.1 Core Endpoints ${formatAPIEndpoints(functionalRequirements.value)} ### 2.2 Endpoint Standards - RESTful design principles - Consistent naming conventions - HTTP status code standards - JSON response format ## 3. Authentication & Authorization ### 3.1 Authentication Methods - API Key authentication - OAuth 2.0 with Bearer tokens - JWT token validation - Rate limiting per authentication method ### 3.2 Authorization Levels - Public endpoints (no auth required) - User-level authorization - Admin-level authorization - System-level authorization ## 4. Data Models ### 4.1 Request/Response Schemas \`\`\`json { "status": "success|error", "data": {}, "message": "string", "timestamp": "ISO 8601", "version": "1.0.0" } \`\`\` ### 4.2 Data Validation - Input validation rules - Data type enforcement - Required field validation - Format validation (email, phone, etc.) ## 5. Error Handling ### 5.1 HTTP Status Codes - 200: Success - 201: Created - 400: Bad Request - 401: Unauthorized - 403: Forbidden - 404: Not Found - 429: Too Many Requests - 500: Internal Server Error ### 5.2 Error Response Format \`\`\`json { "error": { "code": "ERROR_CODE", "message": "Human readable message", "details": {}, "timestamp": "ISO 8601" } } \`\`\` ## 6. Performance Requirements ### 6.1 SLA Commitments ${formatRequirements(nonFunctionalRequirements.value)} ### 6.2 Rate Limiting - 1000 requests per hour for basic tier - 10000 requests per hour for premium tier - Burst capacity: 50 requests per minute ## 7. API Documentation ### 7.1 Interactive Documentation - OpenAPI/Swagger specification - Live API testing interface - Code examples in multiple languages - SDK documentation ### 7.2 Integration Guides - Quick start guide - Authentication setup - Common use cases - Troubleshooting guide ## 8. Monitoring and Analytics ### 8.1 API Metrics - Request volume and patterns - Response time percentiles - Error rate tracking - Authentication success rates ### 8.2 Health Monitoring - Endpoint availability checks - Dependency health monitoring - Performance threshold alerts - Automated incident response --- **API Status**: ${getAPIStatus()} **Documentation URL**: https://docs.api.example.com **Support Contact**: api-support@example.com`; } // Create Mobile specification function createMobileSpecification(currentDate, templateConfig) { return `# Mobile Application Specification: ${projectName.value || '[App Name]'} ## Application Information - **App Version**: ${projectVersion.value || '1.0.0'} - **Development Team**: ${authorName.value || '[Development Team]'} - **Date**: ${currentDate} - **Target Platforms**: iOS 14+, Android 10+ - **Development Framework**: ${getMobileFramework()} ## 1. Application Overview ### 1.1 App Description ${projectDescription.value || '[App description not provided]'} ### 1.2 Target Users ${targetAudience.value || '[Target users not specified]'} ### 1.3 Technology Stack ${techStack.value || '[Technology stack not specified]'} ## 2. Feature Requirements ### 2.1 Core Features ${formatMobileFeatures(functionalRequirements.value)} ### 2.2 Platform-Specific Features - **iOS**: Face ID/Touch ID integration, Apple Pay, HealthKit - **Android**: Fingerprint authentication, Google Pay, Android Auto ## 3. User Experience Requirements ### 3.1 Design Guidelines - Material Design 3.0 (Android) - Human Interface Guidelines (iOS) - Accessibility compliance (WCAG 2.1) - Dark mode support ### 3.2 Performance Standards ${formatRequirements(nonFunctionalRequirements.value)} ## 4. Technical Architecture ### 4.1 App Architecture - MVVM (Model-View-ViewModel) pattern - Dependency injection container - Local database (SQLite/Realm) - Network layer with offline support ### 4.2 Data Management - Local data caching strategy - Sync mechanisms for offline/online - Data encryption for sensitive information - Backup and restore functionality ## 5. Platform Requirements ### 5.1 iOS Requirements - **Minimum Version**: iOS 14.0 - **Target Devices**: iPhone 8 and newer, iPad Air 2 and newer - **App Store Guidelines**: Compliance with latest guidelines - **Code Signing**: Development and distribution certificates ### 5.2 Android Requirements - **Minimum SDK**: Android API 29 (Android 10) - **Target SDK**: Latest stable Android API - **Google Play**: Compliance with Play Store policies - **App Signing**: Google Play App Signing enabled ## 6. Security and Privacy ### 6.1 Data Protection - End-to-end encryption for sensitive data - Secure keychain/keystore usage - Certificate pinning for network requests - Regular security audits ### 6.2 Privacy Compliance - GDPR compliance for EU users - CCPA compliance for California users - Privacy policy integration - User consent management ## 7. Testing Strategy ### 7.1 Testing Approach - Unit testing with 80%+ coverage - UI automation testing - Device compatibility testing - Performance testing on various devices ### 7.2 Beta Testing - Internal testing phase (2 weeks) - Closed beta with invited users (4 weeks) - Open beta testing (2 weeks) - App store review preparation ## 8. App Store Deployment ### 8.1 App Store Optimization (ASO) - Keyword optimization - Screenshots and app preview videos - App description optimization - Localization for target markets ### 8.2 Release Strategy - Staged rollout (10%, 50%, 100%) - A/B testing for key features - Crash monitoring and rapid response - User feedback collection and analysis ## 9. Analytics and Monitoring ### 9.1 Analytics Implementation - User behavior tracking - Feature usage analytics - Performance monitoring - Crash reporting and analysis ### 9.2 Key Performance Indicators - Daily/Monthly active users - Session duration and retention - Feature adoption rates - App store ratings and reviews --- **Development Status**: ${getAppStatus()} **Beta Release Date**: ${getBetaReleaseDate()} **App Store Submission**: ${getStoreSubmissionDate()}`; } // Helper functions function validateRequiredFields() { const requiredFields = [ { field: projectName, name: 'Project Name' }, { field: projectDescription, name: 'Project Description' }, { field: functionalRequirements, name: 'Functional Requirements' } ]; const missingFields = requiredFields .filter(item => !item.field.value.trim()) .map(item => item.name); if (missingFields.length > 0) { throw new Error(`Please fill in the following required fields: ${missingFields.join(', ')}`); } } function formatRequirements(requirementsText) { if (!requirementsText.trim()) { return '[No requirements specified]'; } const requirements = requirementsText.split('\n') .map(req => req.trim()) .filter(req => req.length > 0); if (requirements.length === 0) { return '[No requirements specified]'; } return requirements .map((req, index) => `${index + 1}. ${req}`) .join('\n'); } function formatUserStories(requirementsText) { if (!requirementsText.trim()) { return '[No user stories specified]'; } const stories = requirementsText.split('\n') .map(req => req.trim()) .filter(req => req.length > 0); return stories .map((story, index) => `**User Story ${index + 1}**: As a user, I want ${story} so that I can achieve my goals.\n- **Acceptance Criteria**: [To be defined]\n- **Story Points**: [To be estimated]`) .join('\n\n'); } function formatAPIEndpoints(requirementsText) { if (!requirementsText.trim()) { return '[No endpoints specified]'; } const endpoints = requirementsText.split('\n') .map(req => req.trim()) .filter(req => req.length > 0); return endpoints .map((endpoint, index) => `### ${index + 1}. ${endpoint}\n- **Method**: GET/POST/PUT/DELETE\n- **URL**: /api/v1/endpoint\n- **Description**: ${endpoint}\n- **Authentication**: Required\n- **Parameters**: [To be defined]`) .join('\n\n'); } function formatMobileFeatures(requirementsText) { if (!requirementsText.trim()) { return '[No features specified]'; } const features = requirementsText.split('\n') .map(req => req.trim()) .filter(req => req.length > 0); return features .map((feature, index) => `### ${index + 1}. ${feature}\n- **Priority**: High/Medium/Low\n- **Platform**: iOS/Android/Both\n- **Implementation**: [To be defined]\n- **Testing**: [Testing approach]`) .join('\n\n'); } function getProjectTypeDescription(type) { const types = { 'web-application': 'Web Application', 'mobile-app': 'Mobile Application', 'api': 'API/Backend Service', 'desktop-app': 'Desktop Application', 'library': 'Library/Framework', 'system': 'System/Infrastructure' }; return types[type] || 'General Software Project'; } function getArchitecturePattern() { const patterns = ['microservices', 'monolithic', 'serverless', 'event-driven']; return patterns[Math.floor(Math.random() * patterns.length)]; } function getMobileFramework() { const frameworks = ['React Native', 'Flutter', 'Native iOS/Android', 'Xamarin']; return frameworks[Math.floor(Math.random() * frameworks.length)]; } function generateImplementationPhases() { return `**Phase 1: Foundation** (Weeks 1-2) - Project setup and environment configuration - Basic architecture implementation - Core database design **Phase 2: Core Development** (Weeks 3-6) - Implementation of primary features - API development and integration - User interface development **Phase 3: Integration & Testing** (Weeks 7-8) - System integration testing - Performance optimization - Security implementation **Phase 4: Deployment & Launch** (Weeks 9-10) - Production deployment - User acceptance testing - Go-live preparation`; } function generateMilestones() { return `- [ ] Week 2: Development environment ready - [ ] Week 4: Core functionality complete - [ ] Week 6: Integration testing passed - [ ] Week 8: Performance benchmarks met - [ ] Week 10: Production deployment successful`; } function getNextReviewDate() { const date = new Date(); date.setDate(date.getDate() + 30); return date.toLocaleDateString(); } function getNextPlanningDate() { const date = new Date(); date.setDate(date.getDate() + 14); return date.toLocaleDateString(); } function getBetaReleaseDate() { const date = new Date(); date.setDate(date.getDate() + 60); return date.toLocaleDateString(); } function getStoreSubmissionDate() { const date = new Date(); date.setDate(date.getDate() + 90); return date.toLocaleDateString(); } function getDocumentStatus() { const progress = parseInt(progressBar.textContent); if (progress >= 90) return 'Ready for Review'; if (progress >= 70) return 'In Progress'; if (progress >= 50) return 'Draft'; return 'Initial'; } function getBacklogStatus() { return 'Initial - Requires Grooming'; } function getAPIStatus() { return 'In Development'; } function getAppStatus() { return 'Planning Phase'; } // Advanced features function saveSpecification() { const specData = { id: Date.now(), name: projectName.value || 'Untitled Specification', date: new Date().toLocaleDateString(), template: currentTemplate, data: { projectName: projectName.value, projectVersion: projectVersion.value, authorName: authorName.value, projectType: projectType.value, projectDescription: projectDescription.value, techStack: techStack.value, targetAudience: targetAudience.value, functionalRequirements: functionalRequirements.value, nonFunctionalRequirements: nonFunctionalRequirements.value } }; savedSpecs.push(specData); localStorage.setItem('savedSpecs', JSON.stringify(savedSpecs)); showStatus('Specification saved successfully!', 'valid'); loadSavedSpecs(); } function loadSavedSpecs() { const container = document.getElementById('saved-specs-list'); container.innerHTML = ''; if (savedSpecs.length === 0) { container.innerHTML = '

No saved specifications found.

'; return; } savedSpecs.reverse().forEach(spec => { const item = document.createElement('div'); item.className = 'saved-spec-item'; item.innerHTML = ` `; container.appendChild(item); }); } function loadSpecification(id) { const spec = savedSpecs.find(s => s.id === id); if (!spec) return; // Load template currentTemplate = spec.template; document.querySelectorAll('.template-option').forEach(opt => opt.classList.remove('active')); document.querySelector(`[data-template="${spec.template}"]`).classList.add('active'); // Load data projectName.value = spec.data.projectName || ''; projectVersion.value = spec.data.projectVersion || ''; authorName.value = spec.data.authorName || ''; projectType.value = spec.data.projectType || 'web-application'; projectDescription.value = spec.data.projectDescription || ''; techStack.value = spec.data.techStack || ''; targetAudience.value = spec.data.targetAudience || ''; functionalRequirements.value = spec.data.functionalRequirements || ''; nonFunctionalRequirements.value = spec.data.nonFunctionalRequirements || ''; updateProgress(); updateLivePreview(); toggleSavedSpecs(); showStatus('Specification loaded successfully!', 'valid'); } function deleteSpecification(id) { if (confirm('Are you sure you want to delete this specification?')) { savedSpecs = savedSpecs.filter(s => s.id !== id); localStorage.setItem('savedSpecs', JSON.stringify(savedSpecs)); loadSavedSpecs(); showStatus('Specification deleted successfully!', 'info'); } } function toggleSavedSpecs() { const container = document.getElementById('saved-specs-container'); container.style.display = container.style.display === 'none' ? 'block' : 'none'; } function toggleAutoSave() { autoSaveEnabled = !autoSaveEnabled; const button = document.getElementById('auto-save-toggle'); if (autoSaveEnabled) { button.textContent = '🔄 Auto-Save: ON'; autoSaveInterval = setInterval(() => { if (projectName.value.trim()) { saveSpecification(); } }, 30000); // Auto-save every 30 seconds showStatus('Auto-save enabled. Your work will be saved every 30 seconds.', 'info'); } else { button.textContent = '🔄 Auto-Save: OFF'; if (autoSaveInterval) clearInterval(autoSaveInterval); showStatus('Auto-save disabled.', 'info'); } } function exportToPDF() { if (!projectName.value.trim()) { showStatus('Please fill in at least the project name before exporting.', 'invalid'); return; } showStatus('PDF export feature coming soon! Use the generate button to view and print your specification.', 'info'); } function shareSpecification() { if (!projectName.value.trim()) { showStatus('Please fill in at least the project name before sharing.', 'invalid'); return; } const shareData = { projectName: projectName.value, template: currentTemplate, progress: parseInt(progressBar.textContent) }; const shareUrl = `${window.location.origin}${window.location.pathname}?share=${btoa(JSON.stringify(shareData))}`; if (navigator.share) { navigator.share({ title: `Technical Specification: ${projectName.value}`, text: `Check out this technical specification template I'm working on`, url: shareUrl }); } else { navigator.clipboard.writeText(shareUrl); showStatus('Sharing URL copied to clipboard!', 'valid'); } } function showWordCount() { const allText = [ projectName.value, projectDescription.value, techStack.value, targetAudience.value, functionalRequirements.value, nonFunctionalRequirements.value ].join(' '); const wordCount = allText.trim().split(/\s+/).filter(word => word.length > 0).length; const charCount = allText.length; showStatus(`Word count: ${wordCount} words, ${charCount} characters`, 'info'); } function validateSpecification() { const issues = []; if (!projectName.value.trim()) issues.push('Project name is required'); if (!projectDescription.value.trim()) issues.push('Project description is required'); if (!functionalRequirements.value.trim()) issues.push('Functional requirements are required'); if (projectDescription.value.length < 50) issues.push('Project description should be more detailed (at least 50 characters)'); if (functionalRequirements.value.split('\n').length < 3) issues.push('Consider adding more functional requirements (at least 3)'); if (issues.length === 0) { showStatus('✅ Specification validation passed! All required fields are complete.', 'valid'); } else { showStatus(`❌ Validation issues found: ${issues.join(', ')}`, 'invalid'); } } function copyPreview() { const previewText = livePreview.innerText; navigator.clipboard.writeText(previewText).then(() => { showStatus('Preview content copied to clipboard!', 'valid'); }); } function toggleFullscreen() { const previewPanel = document.querySelector('.editor-panel:last-child'); if (previewPanel.classList.contains('fullscreen')) { previewPanel.classList.remove('fullscreen'); previewPanel.style.cssText = ''; } else { previewPanel.classList.add('fullscreen'); previewPanel.style.cssText = 'position: fixed; top: 0; left: 0; width: 100vw; height: 100vh; z-index: 9999; background: white; border-radius: 0;'; } } function addSampleData() { projectName.value = 'E-Commerce Platform'; projectVersion.value = '2.0.0'; authorName.value = 'Development Team Lead'; projectDescription.value = 'A comprehensive e-commerce platform that enables businesses to create online stores, manage inventory, process payments, and provide excellent customer experiences. The platform will support multiple vendors, various payment methods, and provide comprehensive analytics and reporting capabilities.'; techStack.value = 'React.js, Node.js, Express.js, MongoDB, Redis, AWS S3, Stripe API, Docker, Kubernetes, GraphQL'; targetAudience.value = 'Small to medium businesses looking to establish online presence, existing retailers wanting to expand online, and entrepreneurs starting e-commerce ventures'; functionalRequirements.value = `User registration and authentication system Product catalog with advanced search and filtering Shopping cart and wishlist functionality Secure checkout process with multiple payment options Order tracking and management system Vendor dashboard for product and inventory management Admin panel for system administration Email notifications for orders and updates Customer support chat integration Review and rating system Inventory management with low stock alerts Multi-currency and multi-language support`; nonFunctionalRequirements.value = `Support for 10,000+ concurrent users Page load time under 2 seconds for optimal user experience 99.9% uptime availability with redundant systems PCI DSS compliance for secure payment processing Mobile-responsive design for all devices SSL encryption for all data transmission GDPR and CCPA compliance for data privacy Regular automated backups with disaster recovery Scalable architecture to handle traffic spikes SEO-optimized for search engine visibility`; updateProgress(); updateLivePreview(); showStatus('Sample data added successfully! You can now see how the specification looks.', 'valid'); } function addCustomSection() { const sectionName = prompt('Enter the name of the custom section:'); if (!sectionName) return; const sectionContent = prompt('Enter the content for this section:'); if (!sectionContent) return; // Find a suitable place to add the custom section (after functional requirements) const currentContent = functionalRequirements.value; functionalRequirements.value = currentContent + '\n\n**Custom Section: ' + sectionName + '**\n' + sectionContent; updateLivePreview(); showStatus(`Custom section "${sectionName}" added successfully!`, 'valid'); } function generateTimeline() { const timelineContent = `**Project Timeline (Estimated)** **Phase 1: Planning & Setup** (Weeks 1-2) - Requirements finalization - Team onboarding - Development environment setup - Architecture design approval **Phase 2: Core Development** (Weeks 3-8) - Backend API development - Frontend user interface - Database design and implementation - Core feature development **Phase 3: Integration & Testing** (Weeks 9-10) - System integration - Unit and integration testing - Performance optimization - Security testing **Phase 4: Deployment & Launch** (Weeks 11-12) - Production deployment - User acceptance testing - Documentation completion - Go-live activities **Milestones:** - Week 2: Project kickoff complete - Week 6: Alpha version ready - Week 10: Beta version ready - Week 12: Production launch`; // Add timeline to non-functional requirements section nonFunctionalRequirements.value = nonFunctionalRequirements.value + '\n\n' + timelineContent; updateLivePreview(); showStatus('Project timeline generated and added to the specification!', 'valid'); } // Show status message function showStatus(message, status) { const statusDiv = document.getElementById('status-message'); statusDiv.textContent = message; statusDiv.className = `tool-status tool-${status}`; statusDiv.style.display = 'block'; setTimeout(() => { statusDiv.style.display = 'none'; }, 7000); } // Clear all content function clearAll() { // Clear all form fields projectName.value = ''; projectVersion.value = '1.0.0'; authorName.value = ''; projectType.selectedIndex = 0; projectDescription.value = ''; techStack.value = ''; targetAudience.value = ''; functionalRequirements.value = ''; nonFunctionalRequirements.value = ''; // Reset template selection document.querySelectorAll('.template-option').forEach(opt => opt.classList.remove('active')); document.querySelector('[data-template="standard"]').classList.add('active'); currentTemplate = 'standard'; // Reset preview livePreview.innerHTML = '

Fill in the form fields to see a live preview of your technical specification.

'; document.getElementById('status-message').style.display = 'none'; updateProgress(); showStatus('All fields cleared successfully!', 'info'); } // Handle URL sharing parameters function handleSharedData() { const urlParams = new URLSearchParams(window.location.search); const sharedData = urlParams.get('share'); if (sharedData) { try { const data = JSON.parse(atob(sharedData)); showStatus(`Shared specification loaded: ${data.projectName} (${data.template} template, ${data.progress}% complete)`, 'info'); } catch (error) { console.error('Error loading shared data:', error); } } } // Initialize the application when DOM is loaded document.addEventListener('DOMContentLoaded', function() { initializeApp(); handleSharedData(); // Check for any saved auto-drafts on load const autoDraft = localStorage.getItem('auto-draft'); if (autoDraft) { try { const data = JSON.parse(autoDraft); if (confirm('An auto-saved draft was found. Would you like to restore it?')) { // Load the auto-draft data Object.keys(data).forEach(key => { const element = document.getElementById(key); if (element) element.value = data[key]; }); updateProgress(); updateLivePreview(); showStatus('Auto-saved draft restored successfully!', 'valid'); } } catch (error) { console.error('Error loading auto-draft:', error); } } // Save draft data periodically for crash recovery setInterval(() => { if (projectName.value.trim()) { const draftData = { 'project-name': projectName.value, 'project-version': projectVersion.value, 'author-name': authorName.value, 'project-type': projectType.value, 'project-description': projectDescription.value, 'tech-stack': techStack.value, 'target-audience': targetAudience.value, 'functional-requirements': functionalRequirements.value, 'non-functional-requirements': nonFunctionalRequirements.value }; localStorage.setItem('auto-draft', JSON.stringify(draftData)); } }, 10000); // Save every 10 seconds for crash recovery // Add keyboard shortcuts document.addEventListener('keydown', function(e) { // Ctrl+S or Cmd+S to save if ((e.ctrlKey || e.metaKey) && e.key === 's') { e.preventDefault(); saveSpecification(); } // Ctrl+G or Cmd+G to generate if ((e.ctrlKey || e.metaKey) && e.key === 'g') { e.preventDefault(); generateSpecification(); } // Ctrl+E or Cmd+E to export if ((e.ctrlKey || e.metaKey) && e.key === 'e') { e.preventDefault(); exportToPDF(); } }); // Add form validation on input [projectName, projectDescription, functionalRequirements].forEach(field => { field.addEventListener('blur', function() { if (!this.value.trim()) { this.style.borderColor = '#ff6b6b'; this.style.boxShadow = '0 0 0 3px rgba(255, 107, 107, 0.1)'; } else { this.style.borderColor = ''; this.style.boxShadow = ''; } }); }); // Add character count for text areas [projectDescription, functionalRequirements, nonFunctionalRequirements].forEach(textarea => { const label = textarea.previousElementSibling; const counter = document.createElement('span'); counter.style.cssText = 'font-size: 12px; color: #666; float: right;'; label.appendChild(counter); function updateCounter() { const count = textarea.value.length; counter.textContent = `${count} characters`; // Color coding based on length if (count < 50) { counter.style.color = '#ff6b6b'; } else if (count < 200) { counter.style.color = '#ffa500'; } else { counter.style.color = '#4F1AF3'; } } textarea.addEventListener('input', updateCounter); updateCounter(); }); // Add smooth scrolling for better UX document.querySelectorAll('a[href^="#"]').forEach(anchor => { anchor.addEventListener('click', function (e) { e.preventDefault(); const target = document.querySelector(this.getAttribute('href')); if (target) { target.scrollIntoView({ behavior: 'smooth', block: 'start' }); } }); }); // Add loading states for buttons const buttons = document.querySelectorAll('.cta-button'); buttons.forEach(button => { button.addEventListener('click', function() { const originalText = this.textContent; this.disabled = true; this.textContent = 'Processing...'; setTimeout(() => { this.disabled = false; this.textContent = originalText; }, 1000); }); }); // Performance optimization: Debounce preview updates let previewUpdateTimeout; function debouncePreviewUpdate() { clearTimeout(previewUpdateTimeout); previewUpdateTimeout = setTimeout(() => { updateLivePreview(); }, 300); } // Replace immediate preview updates with debounced version for better performance [projectName, projectVersion, authorName, projectType, projectDescription, techStack, targetAudience, functionalRequirements, nonFunctionalRequirements].forEach(input => { input.removeEventListener('input', updateLivePreview); input.addEventListener('input', debouncePreviewUpdate); }); console.log('Advanced Technical Specification Generator initialized successfully!'); }); // Export functions for global access window.clearAll = clearAll; window.addSampleData = addSampleData; window.addCustomSection = addCustomSection; window.generateTimeline = generateTimeline; window.loadSpecification = loadSpecification; window.deleteSpecification = deleteSpecification;