import { Command } from 'commander'; import { GitHubCoordinator, GitHubCoordinatorConfig } from '../../../enterprise/github-coordinator.js'; import { PullRequestManager, PullRequestManagerConfig } from '../../../enterprise/pull-request-manager.js'; import { IssueTracker, IssueTrackerConfig } from '../../../enterprise/issue-tracker.js'; import { ReleaseManager, ReleaseManagerConfig } from '../../../enterprise/release-manager.js'; import { RepositoryArchitect, RepositoryArchitectConfig } from '../../../enterprise/repository-architect.js'; import { SyncCoordinator, SyncCoordinatorConfig } from '../../../enterprise/sync-coordinator.js'; import { createConsoleLogger } from '../../../utils/logger.js'; import { ConfigManager } from '../../../config/config-manager.js'; interface GitHubCommandOptions { repository?: string; organization?: string; strategy?: string; dryRun?: boolean; verbose?: boolean; output?: string; format?: 'json' | 'table' | 'yaml'; config?: string; parallel?: boolean; autoApprove?: boolean; } /** * GitHub Workflow Automation Command * * Provides comprehensive GitHub automation through 6 specialized modes: * 1. gh-coordinator - GitHub workflow orchestration and coordination * 2. pr-manager - Pull request management with multi-reviewer coordination * 3. issue-tracker - Issue management and project coordination * 4. release-manager - Release coordination and deployment pipelines * 5. repo-architect - Repository structure optimization * 6. sync-coordinator - Multi-package synchronization and version alignment */ export class GitHubCommand { private coordinator!: GitHubCoordinator; private prManager!: PullRequestManager; private issueTracker!: IssueTracker; private releaseManager!: ReleaseManager; private repoArchitect!: RepositoryArchitect; private syncCoordinator!: SyncCoordinator; private configManager: ConfigManager; private logger = createConsoleLogger('GitHubCommand'); constructor(configManager: ConfigManager) { this.configManager = configManager; this.initializeManagers(); } private initializeManagers(): void { // Load configurations const gitHubConfig = this.loadGitHubConfig(); const prConfig = this.loadPRConfig(); const issueConfig = this.loadIssueConfig(); const releaseConfig = this.loadReleaseConfig(); const architectConfig = this.loadArchitectConfig(); const syncConfig = this.loadSyncConfig(); // Initialize managers this.coordinator = new GitHubCoordinator(gitHubConfig); this.prManager = new PullRequestManager(prConfig); this.issueTracker = new IssueTracker(issueConfig); this.releaseManager = new ReleaseManager(releaseConfig); this.repoArchitect = new RepositoryArchitect(architectConfig); this.syncCoordinator = new SyncCoordinator(syncConfig); this.setupEventHandlers(); } private setupEventHandlers(): void { // Setup cross-manager event handling this.coordinator.on('security-scan-completed', (analysis) => { this.logger.info(`Security scan completed for ${analysis.repositoryId}`); }); this.prManager.on('merge-completed', (pr) => { this.logger.info(`PR #${pr.number} merged successfully`); }); this.issueTracker.on('sprint-completed', (event) => { this.logger.info(`Sprint completed with velocity: ${event.sprint.velocity}`); }); this.releaseManager.on('release-completed', (release) => { this.logger.info(`Release ${release.version} completed successfully`); }); this.repoArchitect.on('analysis-completed', (event) => { this.logger.info(`Repository analysis completed with score: ${event.analysis.complianceScore}`); }); this.syncCoordinator.on('sync-job-completed', (job) => { this.logger.info(`Sync job completed: ${job.name}`); }); } createCommand(): Command { const githubCommand = new Command('github') .description('GitHub workflow automation and coordination') .option('-r, --repository ', 'Target repository (owner/name)') .option('-o, --organization ', 'Target organization') .option('-s, --strategy ', 'Execution strategy') .option('--dry-run', 'Perform dry run without making changes') .option('-v, --verbose', 'Enable verbose output') .option('--output ', 'Output file path') .option('--format ', 'Output format (json, table, yaml)', 'table') .option('-c, --config ', 'Configuration file path') .option('--parallel', 'Enable parallel execution') .option('--auto-approve', 'Auto-approve operations when possible'); // 1. GitHub Coordinator Commands this.addCoordinatorCommands(githubCommand); // 2. Pull Request Manager Commands this.addPRManagerCommands(githubCommand); // 3. Issue Tracker Commands this.addIssueTrackerCommands(githubCommand); // 4. Release Manager Commands this.addReleaseManagerCommands(githubCommand); // 5. Repository Architect Commands this.addArchitectCommands(githubCommand); // 6. Sync Coordinator Commands this.addSyncCoordinatorCommands(githubCommand); // Global GitHub Analytics this.addAnalyticsCommands(githubCommand); return githubCommand; } // 1. GitHub Coordinator Commands private addCoordinatorCommands(parentCommand: Command): void { const coordCommand = parentCommand .command('gh-coordinator') .alias('coord') .description('GitHub workflow orchestration and coordination'); coordCommand .command('analyze') .description('Perform comprehensive security and workflow analysis') .option('--analysis-type ', 'Analysis type (full, incremental, dependency, code)', 'full') .option('--repositories ', 'Target repositories') .action(async (options: any) => { await this.handleCoordinatorAnalyze(options); }); coordCommand .command('multi-repo') .description('Execute multi-repository operations') .option('--operation ', 'Operation (sync, update, deploy, test, security-scan)', 'sync') .option('--repositories ', 'Target repositories') .option('--parameters ', 'Operation parameters (JSON)') .action(async (options: any) => { await this.handleMultiRepoOperation(options); }); coordCommand .command('pipeline') .description('Setup and manage CI/CD pipelines') .option('--action ', 'Action (create, execute, list, delete)') .option('--pipeline-config ', 'Pipeline configuration (JSON)') .action(async (options: any) => { await this.handlePipelineManagement(options); }); coordCommand .command('workflow') .description('Create and execute workflow coordination') .option('--strategy ', 'Coordination strategy (sequential, parallel, conditional, matrix)') .option('--repositories ', 'Target repositories') .action(async (options: any) => { await this.handleWorkflowCoordination(options); }); } // 2. Pull Request Manager Commands private addPRManagerCommands(parentCommand: Command): void { const prCommand = parentCommand .command('pr-manager') .alias('pr') .description('Pull request management with multi-reviewer coordination'); prCommand .command('review') .description('Manage PR reviews with AI assistance') .option('--pr-id ', 'Pull request ID') .option('--multi-reviewer', 'Enable multi-reviewer coordination') .option('--ai-powered', 'Enable AI-powered review assistance') .option('--auto-assign', 'Auto-assign reviewers') .action(async (options: any) => { await this.handlePRReview(options); }); prCommand .command('merge') .description('Intelligent merge with strategy selection') .option('--pr-id ', 'Pull request ID') .option('--strategy ', 'Merge strategy (merge, squash, rebase)') .option('--auto-merge', 'Enable automatic merging when conditions are met') .action(async (options: any) => { await this.handlePRMerge(options); }); prCommand .command('coordinate') .description('Coordinate multiple PR reviews') .option('--pr-ids ', 'Pull request IDs') .option('--strategy ', 'Coordination strategy (sequential, parallel, prioritized, load_balanced)') .action(async (options: any) => { await this.handlePRCoordination(options); }); prCommand .command('analytics') .description('Generate PR analytics and metrics') .option('--timeframe ', 'Analysis timeframe (7d, 30d, 90d, 1y)', '30d') .action(async (options: any) => { await this.handlePRAnalytics(options); }); } // 3. Issue Tracker Commands private addIssueTrackerCommands(parentCommand: Command): void { const issueCommand = parentCommand .command('issue-tracker') .alias('issues') .description('Issue management and project coordination'); issueCommand .command('categorize') .description('Auto-categorize issues with AI') .option('--repository ', 'Target repository') .option('--issue-ids ', 'Specific issue IDs') .option('--bulk', 'Process all open issues') .action(async (options: any) => { await this.handleIssueCategorization(options); }); issueCommand .command('sprint') .description('Sprint planning and management') .option('--action ', 'Action (create, start, complete, plan)') .option('--sprint-config ', 'Sprint configuration (JSON)') .action(async (options: any) => { await this.handleSprintManagement(options); }); issueCommand .command('link') .description('Cross-repository issue linking') .option('--source-issue ', 'Source issue ID') .option('--target-issue ', 'Target issue ID') .option('--link-type ', 'Link type (blocks, relates_to, duplicates, etc.)') .option('--bidirectional', 'Create bidirectional link') .action(async (options: any) => { await this.handleCrossRepoLinking(options); }); issueCommand .command('project') .description('Project coordination across repositories') .option('--action ', 'Action (create, coordinate, analyze)') .option('--project-ids ', 'Project IDs') .action(async (options: any) => { await this.handleProjectCoordination(options); }); } // 4. Release Manager Commands private addReleaseManagerCommands(parentCommand: Command): void { const releaseCommand = parentCommand .command('release-manager') .alias('release') .description('Release coordination and deployment pipelines'); releaseCommand .command('create') .description('Create release with automated changelog') .option('--version ', 'Release version') .option('--repository ', 'Target repository') .option('--auto-changelog', 'Generate changelog automatically') .option('--release-type ', 'Release type (major, minor, patch, hotfix)') .action(async (options: any) => { await this.handleReleaseCreation(options); }); releaseCommand .command('coordinate') .description('Multi-repository version coordination') .option('--repositories ', 'Target repositories') .option('--target-version ', 'Target version') .option('--strategy ', 'Coordination strategy (synchronized, sequential, independent)') .action(async (options: any) => { await this.handleVersionCoordination(options); }); releaseCommand .command('deploy') .description('Execute deployment pipeline') .option('--release-id ', 'Release ID') .option('--pipeline-id ', 'Pipeline ID') .option('--environment ', 'Target environment') .action(async (options: any) => { await this.handleDeployment(options); }); releaseCommand .command('rollback') .description('Execute rollback strategy') .option('--release-id ', 'Release ID') .option('--reason ', 'Rollback reason') .option('--strategy ', 'Rollback strategy (immediate, graceful, canary)') .action(async (options: any) => { await this.handleRollback(options); }); } // 5. Repository Architect Commands private addArchitectCommands(parentCommand: Command): void { const architectCommand = parentCommand .command('repo-architect') .alias('architect') .description('Repository structure optimization'); architectCommand .command('analyze') .description('Comprehensive repository structure analysis') .option('--repository ', 'Target repository') .option('--depth ', 'Analysis depth (basic, detailed, comprehensive)', 'detailed') .option('--include-dependencies', 'Include dependency analysis') .option('--include-security', 'Include security analysis') .option('--include-compliance', 'Include compliance checks') .action(async (options: any) => { await this.handleArchitectureAnalysis(options); }); architectCommand .command('optimize') .description('Generate optimization recommendations') .option('--repository ', 'Target repository') .option('--categories ', 'Optimization categories') .action(async (options: any) => { await this.handleOptimization(options); }); architectCommand .command('compliance') .description('Compliance checking against standards') .option('--repository ', 'Target repository') .option('--standards ', 'Compliance standards to check') .action(async (options: any) => { await this.handleComplianceCheck(options); }); architectCommand .command('refactor') .description('Apply automated refactoring recommendations') .option('--repository ', 'Target repository') .option('--recommendations ', 'Recommendation IDs to apply') .option('--preview', 'Preview changes without applying') .action(async (options: any) => { await this.handleAutomatedRefactoring(options); }); } // 6. Sync Coordinator Commands private addSyncCoordinatorCommands(parentCommand: Command): void { const syncCommand = parentCommand .command('sync-coordinator') .alias('sync') .description('Multi-package synchronization and version alignment'); syncCommand .command('version-align') .description('Align package versions across repositories') .option('--packages ', 'Target packages') .option('--repositories ', 'Target repositories') .option('--strategy ', 'Alignment strategy (latest, stable, lts, custom)') .option('--target-version ', 'Target version for custom strategy') .action(async (options: any) => { await this.handleVersionAlignment(options); }); syncCommand .command('multi-package') .description('Multi-package synchronization') .option('--sync-type ', 'Sync type (version, dependency, configuration, content)') .option('--repositories ', 'Target repositories') .option('--strategy ', 'Sync strategy (immediate, batched, scheduled)') .option('--conflict-resolution ', 'Conflict resolution (manual, auto_merge, source_wins)') .action(async (options: any) => { await this.handleMultiPackageSync(options); }); syncCommand .command('monorepo') .description('Monorepo coordination and management') .option('--repository ', 'Monorepo repository') .option('--operation ', 'Operation (build, test, release, deploy)') .option('--packages ', 'Specific packages (optional)') .action(async (options: any) => { await this.handleMonorepoCoordination(options); }); syncCommand .command('dependency') .description('Cross-repository dependency management') .option('--action ', 'Action (register, analyze, update)') .option('--source-repo ', 'Source repository') .option('--target-repo ', 'Target repository') .option('--dependency-type ', 'Dependency type (package, service, api)') .action(async (options: any) => { await this.handleCrossRepoDependency(options); }); } // Analytics Commands private addAnalyticsCommands(parentCommand: Command): void { const analyticsCommand = parentCommand .command('analytics') .description('GitHub analytics and reporting'); analyticsCommand .command('comprehensive') .description('Generate comprehensive GitHub analytics') .option('--timeframe ', 'Analysis timeframe', '30d') .option('--repositories ', 'Target repositories') .action(async (options: any) => { await this.handleComprehensiveAnalytics(options); }); analyticsCommand .command('performance') .description('Performance metrics across all GitHub operations') .action(async (options: any) => { await this.handlePerformanceAnalytics(options); }); } // Implementation Methods private async handleCoordinatorAnalyze(options: any): Promise { try { this.logger.info('Starting GitHub coordinator analysis...'); const repositories = await this.getRepositories(options.repositories); for (const repo of repositories) { const analysis = await this.coordinator.performSecurityAnalysis( repo.fullName, options.analysisType ); this.logger.info(`Analysis completed for ${repo.fullName}:`); this.logger.info(`- Compliance Score: ${analysis.complianceScore}`); this.logger.info(`- Risk Level: ${analysis.riskLevel}`); this.logger.info(`- Vulnerabilities: ${analysis.vulnerabilities.length}`); if (options.output) { await this.writeOutput(options.output, analysis, options.format); } } } catch (error) { this.logger.error('GitHub coordinator analysis failed:', error); throw error; } } private async handleMultiRepoOperation(options: any): Promise { try { this.logger.info(`Starting multi-repository ${options.operation} operation...`); const repositories = options.repositories || []; const parameters = options.parameters ? JSON.parse(options.parameters) : {}; const operation = await this.coordinator.executeMultiRepositoryOperation( repositories, options.operation, parameters ); this.logger.info(`Operation ${operation.operationId} started with ${repositories.length} repositories`); // Monitor progress setInterval(async () => { const updated = await this.coordinator.getMultiRepositoryOperation(operation.operationId); if (updated) { this.logger.info(`Progress: ${updated.progress.length}/${updated.repositories.length} repositories processed`); if (updated.status === 'completed' || updated.status === 'failed') { this.logger.info(`Operation ${updated.status}: ${updated.operationId}`); return; } } }, 5000); } catch (error) { this.logger.error('Multi-repository operation failed:', error); throw error; } } private async handlePipelineManagement(options: any): Promise { try { this.logger.info(`Managing CI/CD pipeline: ${options.action}`); switch (options.action) { case 'create': const config = JSON.parse(options.pipelineConfig || '{}'); const pipeline = await this.coordinator.setupCiCdPipeline(config); this.logger.info(`Pipeline created: ${pipeline.id}`); break; case 'execute': const pipelines = await this.coordinator.getCiCdPipelines(); for (const pipeline of pipelines) { const success = await this.coordinator.executeCiCdPipeline(pipeline.id, 'manual'); this.logger.info(`Pipeline ${pipeline.id} execution: ${success ? 'success' : 'failed'}`); } break; case 'list': const allPipelines = await this.coordinator.getCiCdPipelines(); this.logger.info(`Found ${allPipelines.length} pipelines`); allPipelines.forEach(p => { this.logger.info(`- ${p.name} (${p.id}): ${p.status}`); }); break; } } catch (error) { this.logger.error('Pipeline management failed:', error); throw error; } } private async handleWorkflowCoordination(options: any): Promise { try { this.logger.info('Creating workflow coordination...'); const repositories = await this.getRepositories(options.repositories); const coordination = await this.coordinator.createWorkflowCoordination({ repositories, strategy: options.strategy || 'parallel', dependencies: [], triggers: [], notifications: [], rollbackStrategy: { enabled: true, triggers: ['failure'], steps: [], maxRetries: 3, notificationThreshold: 1 } }); this.logger.info(`Workflow coordination created: ${coordination.coordinationId}`); // Execute coordination const success = await this.coordinator.executeWorkflowCoordination( coordination.coordinationId, { event: 'manual_trigger', repositories: repositories.map(r => r.fullName), condition: 'immediate', action: { type: 'sync', parameters: {}, timeout: 300000 } } ); this.logger.info(`Workflow coordination execution: ${success ? 'success' : 'failed'}`); } catch (error) { this.logger.error('Workflow coordination failed:', error); throw error; } } private async handlePRReview(options: any): Promise { try { this.logger.info(`Managing PR review: ${options.prId}`); if (options.aiPowered) { const review = await this.prManager.performAiReview(options.prId); this.logger.info(`AI review completed with confidence: ${review.confidence}`); this.logger.info(`Review state: ${review.state}`); this.logger.info(`Recommendations: ${review.recommendations.length}`); } if (options.autoAssign) { const assignment = await this.prManager.assignReviewers(options.prId); this.logger.info(`Reviewers assigned: ${assignment.reviewers.length}`); } } catch (error) { this.logger.error('PR review management failed:', error); throw error; } } private async handlePRMerge(options: any): Promise { try { this.logger.info(`Attempting to merge PR: ${options.prId}`); const mergeStrategy = options.strategy ? { strategy: options.strategy, autoMerge: options.autoMerge || false, deleteSourceBranch: true, requireLinearHistory: false, conditions: [ { type: 'reviews' as const, requirement: 'approved', value: 1 }, { type: 'checks' as const, requirement: 'passing', value: true } ] } : undefined; const success = await this.prManager.attemptMerge(options.prId, mergeStrategy); this.logger.info(`PR merge ${success ? 'successful' : 'failed'}`); } catch (error) { this.logger.error('PR merge failed:', error); throw error; } } private async handlePRCoordination(options: any): Promise { try { this.logger.info('Coordinating multiple PR reviews...'); const coordination = await this.prManager.createReviewCoordination( options.prIds, options.strategy || 'load_balanced' ); this.logger.info(`Review coordination created: ${coordination.coordinationId}`); this.logger.info(`Coordinating ${coordination.pullRequests.length} PRs`); } catch (error) { this.logger.error('PR coordination failed:', error); throw error; } } private async handlePRAnalytics(options: any): Promise { try { this.logger.info('Generating PR analytics...'); const timeRange = this.parseTimeframe(options.timeframe); const metrics = await this.prManager.generateReviewMetrics(timeRange); this.logger.info('PR Analytics:'); this.logger.info(`- Total Reviews: ${metrics.totalReviews}`); this.logger.info(`- Average Review Time: ${Math.round(metrics.averageReviewTime / 1000 / 60)} minutes`); this.logger.info(`- Approval Rate: ${(metrics.approvalRate * 100).toFixed(1)}%`); this.logger.info(`- AI Accuracy: ${(metrics.aiAccuracy * 100).toFixed(1)}%`); this.logger.info(`- Throughput: ${metrics.throughput.toFixed(2)} reviews/day`); if (options.output) { await this.writeOutput(options.output, metrics, options.format); } } catch (error) { this.logger.error('PR analytics generation failed:', error); throw error; } } private async handleIssueCategorization(options: any): Promise { try { this.logger.info('Auto-categorizing issues...'); // Implementation would categorize issues using AI this.logger.info('Issue categorization completed'); } catch (error) { this.logger.error('Issue categorization failed:', error); throw error; } } private async handleSprintManagement(options: any): Promise { try { this.logger.info(`Sprint management: ${options.action}`); switch (options.action) { case 'create': const config = JSON.parse(options.sprintConfig || '{}'); const sprint = await this.issueTracker.createSprint(config); this.logger.info(`Sprint created: ${sprint.id}`); break; case 'start': // Implementation would start a sprint this.logger.info('Sprint started'); break; case 'complete': // Implementation would complete a sprint this.logger.info('Sprint completed'); break; } } catch (error) { this.logger.error('Sprint management failed:', error); throw error; } } private async handleCrossRepoLinking(options: any): Promise { try { this.logger.info('Creating cross-repository issue link...'); await this.issueTracker.linkIssues( options.sourceIssue, options.targetIssue, options.linkType, options.bidirectional ); this.logger.info('Cross-repository link created successfully'); } catch (error) { this.logger.error('Cross-repository linking failed:', error); throw error; } } private async handleProjectCoordination(options: any): Promise { try { this.logger.info(`Project coordination: ${options.action}`); switch (options.action) { case 'create': const project = await this.issueTracker.createProject({}); this.logger.info(`Project created: ${project.id}`); break; case 'coordinate': const coordination = await this.issueTracker.createProjectCoordination(options.projectIds); this.logger.info(`Project coordination created: ${coordination.coordinationId}`); break; case 'analyze': const analytics = await this.issueTracker.generateIssueAnalytics(this.parseTimeframe('30d')); this.logger.info(`Analytics generated for ${analytics.totalIssues} issues`); break; } } catch (error) { this.logger.error('Project coordination failed:', error); throw error; } } private async handleReleaseCreation(options: any): Promise { try { this.logger.info(`Creating release: ${options.version}`); const repository = await this.getRepository(options.repository); const release = await this.releaseManager.createRelease({ version: options.version, repository, releaseType: options.releaseType || 'minor', author: { id: 'cli-user', username: 'cli-user', type: 'user', permissions: [] } }); this.logger.info(`Release created: ${release.id}`); this.logger.info(`Changelog generated with ${release.changelog.sections.length} sections`); if (options.output) { await this.writeOutput(options.output, release, options.format); } } catch (error) { this.logger.error('Release creation failed:', error); throw error; } } private async handleVersionCoordination(options: any): Promise { try { this.logger.info('Creating version coordination...'); const repositories = await this.getRepositories(options.repositories); const coordination = await this.releaseManager.createVersionCoordination( repositories, options.targetVersion, options.strategy || 'synchronized' ); this.logger.info(`Version coordination created: ${coordination.coordinationId}`); const success = await this.releaseManager.executeVersionCoordination(coordination.coordinationId); this.logger.info(`Version coordination execution: ${success ? 'success' : 'failed'}`); } catch (error) { this.logger.error('Version coordination failed:', error); throw error; } } private async handleDeployment(options: any): Promise { try { this.logger.info(`Deploying release: ${options.releaseId}`); const success = await this.releaseManager.deployRelease( options.releaseId, options.pipelineId ); this.logger.info(`Deployment ${success ? 'successful' : 'failed'}`); } catch (error) { this.logger.error('Deployment failed:', error); throw error; } } private async handleRollback(options: any): Promise { try { this.logger.info(`Executing rollback for release: ${options.releaseId}`); const success = await this.releaseManager.triggerRollback( options.releaseId, options.reason || 'Manual rollback' ); this.logger.info(`Rollback ${success ? 'successful' : 'failed'}`); } catch (error) { this.logger.error('Rollback failed:', error); throw error; } } private async handleArchitectureAnalysis(options: any): Promise { try { this.logger.info('Starting repository architecture analysis...'); const repository = await this.getRepository(options.repository); const analysis = await this.repoArchitect.analyzeRepositoryStructure(repository); this.logger.info('Architecture Analysis Results:'); this.logger.info(`- Compliance Score: ${analysis.complianceScore}`); this.logger.info(`- Total Files: ${analysis.metrics.totalFiles}`); this.logger.info(`- Architectural Patterns: ${analysis.patterns.length}`); this.logger.info(`- Violations: ${analysis.violations.length}`); this.logger.info(`- Recommendations: ${analysis.recommendations.length}`); if (options.output) { await this.writeOutput(options.output, analysis, options.format); } } catch (error) { this.logger.error('Architecture analysis failed:', error); throw error; } } private async handleOptimization(options: any): Promise { try { this.logger.info('Generating optimization recommendations...'); const repository = await this.getRepository(options.repository); const recommendations = await this.repoArchitect.generateOptimizationPlan(repository); this.logger.info(`Generated ${recommendations.length} optimization recommendations`); recommendations.slice(0, 5).forEach((rec, index) => { this.logger.info(`${index + 1}. ${rec.title} (Priority: ${rec.priority})`); this.logger.info(` ${rec.description}`); }); } catch (error) { this.logger.error('Optimization generation failed:', error); throw error; } } private async handleComplianceCheck(options: any): Promise { try { this.logger.info('Performing compliance checks...'); const repository = await this.getRepository(options.repository); const checks = await this.repoArchitect.performComplianceCheck(repository); this.logger.info(`Compliance check completed for ${checks.length} standards`); checks.forEach(check => { this.logger.info(`- ${check.name}: ${check.status} (Score: ${check.score})`); }); } catch (error) { this.logger.error('Compliance check failed:', error); throw error; } } private async handleAutomatedRefactoring(options: any): Promise { try { this.logger.info('Applying automated refactoring...'); const repository = await this.getRepository(options.repository); if (options.preview) { this.logger.info('Preview mode - no changes will be applied'); } const success = await this.repoArchitect.applyAutomatedFixes( repository, options.recommendations || [] ); this.logger.info(`Automated refactoring ${success ? 'successful' : 'failed'}`); } catch (error) { this.logger.error('Automated refactoring failed:', error); throw error; } } private async handleVersionAlignment(options: any): Promise { try { this.logger.info('Creating version alignment...'); const repositories = await this.getRepositories(options.repositories); const alignment = await this.syncCoordinator.createVersionAlignment( options.packages, repositories, options.strategy || 'latest' ); this.logger.info(`Version alignment created: ${alignment.alignmentId}`); this.logger.info(`Packages: ${alignment.packages.length}`); this.logger.info(`Conflicts: ${alignment.conflicts.length}`); this.logger.info(`Recommendations: ${alignment.recommendations.length}`); const success = await this.syncCoordinator.executeVersionAlignment(alignment.alignmentId); this.logger.info(`Version alignment execution: ${success ? 'success' : 'failed'}`); } catch (error) { this.logger.error('Version alignment failed:', error); throw error; } } private async handleMultiPackageSync(options: any): Promise { try { this.logger.info('Starting multi-package synchronization...'); const repositories = await this.getRepositories(options.repositories); const job = await this.syncCoordinator.createSyncJob({ name: 'CLI Multi-Package Sync', description: 'Multi-package synchronization initiated from CLI', repositories, syncType: options.syncType || 'version', strategy: options.strategy || 'immediate', createdBy: { id: 'cli-user', username: 'cli-user', type: 'user', permissions: [] }, configuration: { sourceOfTruth: 'latest_version', conflictResolution: options.conflictResolution || 'manual', excludePatterns: [], includePatterns: ['**/*'], dryRun: false, createPullRequests: true, autoMerge: false, notifyOnConflicts: true, retryPolicy: { maxRetries: 3, backoffStrategy: 'exponential', baseDelay: 1000, maxDelay: 30000, retryOnErrors: ['network', 'timeout'] }, validation: { preSync: [], postSync: [], continuous: [], failOnValidationError: true }, rollback: { enabled: true, automaticTriggers: ['validation_failure'], manualApprovalRequired: false, preserveHistory: true, notificationChannels: [] } } }); this.logger.info(`Sync job created: ${job.id}`); this.logger.info(`Status: ${job.status}`); } catch (error) { this.logger.error('Multi-package sync failed:', error); throw error; } } private async handleMonorepoCoordination(options: any): Promise { try { this.logger.info('Managing monorepo coordination...'); const repository = await this.getRepository(options.repository); const coordination = await this.syncCoordinator.createMonorepoCoordination(repository); this.logger.info(`Monorepo coordination created: ${coordination.coordinationId}`); this.logger.info(`Packages discovered: ${coordination.packages.length}`); if (options.operation) { const success = await this.syncCoordinator.executeMonorepoOperation( coordination.coordinationId, options.operation, { packages: options.packages } ); this.logger.info(`Monorepo ${options.operation} ${success ? 'successful' : 'failed'}`); } } catch (error) { this.logger.error('Monorepo coordination failed:', error); throw error; } } private async handleCrossRepoDependency(options: any): Promise { try { this.logger.info(`Cross-repository dependency management: ${options.action}`); switch (options.action) { case 'register': const sourceRepo = await this.getRepository(options.sourceRepo); const targetRepo = await this.getRepository(options.targetRepo); const dependency = await this.syncCoordinator.registerCrossRepoDependency({ sourceRepository: sourceRepo, targetRepository: targetRepo, dependencyType: options.dependencyType || 'package', relationship: 'depends_on', version: '1.0.0', versionRange: '^1.0.0', critical: false, status: 'active', impact: { breakingChange: false, performance: 'neutral', security: 'neutral', maintenance: 'neutral', testing: 'neutral', deployment: 'independent' }, metadata: {} }); this.logger.info(`Cross-repo dependency registered: ${dependency.dependencyId}`); break; case 'analyze': this.logger.info('Analyzing cross-repository dependencies...'); break; case 'update': this.logger.info('Updating cross-repository dependencies...'); break; } } catch (error) { this.logger.error('Cross-repository dependency management failed:', error); throw error; } } private async handleComprehensiveAnalytics(options: any): Promise { try { this.logger.info('Generating comprehensive GitHub analytics...'); const timeRange = this.parseTimeframe(options.timeframe); // Collect analytics from all managers const coordinatorReport = await this.coordinator.generateAnalyticsReport(timeRange); const prMetrics = await this.prManager.generateReviewMetrics(timeRange); const issueAnalytics = await this.issueTracker.generateIssueAnalytics(timeRange); const releaseAnalytics = await this.releaseManager.generateReleaseAnalytics(timeRange); const syncAnalytics = await this.syncCoordinator.generateSyncAnalytics(timeRange); const comprehensiveReport = { timeRange, summary: { repositories: coordinatorReport.summary.totalRepositories, pullRequests: prMetrics.totalReviews, issues: issueAnalytics.totalIssues, releases: releaseAnalytics.totalReleases, syncJobs: syncAnalytics.totalJobs }, coordinator: coordinatorReport, pullRequests: prMetrics, issues: issueAnalytics, releases: releaseAnalytics, synchronization: syncAnalytics }; this.logger.info('Comprehensive Analytics Summary:'); this.logger.info(`- Repositories: ${comprehensiveReport.summary.repositories}`); this.logger.info(`- Pull Requests: ${comprehensiveReport.summary.pullRequests}`); this.logger.info(`- Issues: ${comprehensiveReport.summary.issues}`); this.logger.info(`- Releases: ${comprehensiveReport.summary.releases}`); this.logger.info(`- Sync Jobs: ${comprehensiveReport.summary.syncJobs}`); if (options.output) { await this.writeOutput(options.output, comprehensiveReport, options.format); } } catch (error) { this.logger.error('Comprehensive analytics generation failed:', error); throw error; } } private async handlePerformanceAnalytics(options: any): Promise { try { this.logger.info('Generating performance analytics...'); const coordinatorMetrics = await this.coordinator.getPerformanceMetrics(); this.logger.info('Performance Metrics:'); this.logger.info(`- API Calls: ${coordinatorMetrics.apiCalls}`); this.logger.info(`- Average Response Time: ${coordinatorMetrics.averageResponseTime}ms`); this.logger.info(`- Success Rate: ${coordinatorMetrics.successRate}%`); this.logger.info(`- Rate Limit Status: ${coordinatorMetrics.rateLimitStatus}`); } catch (error) { this.logger.error('Performance analytics generation failed:', error); throw error; } } // Helper Methods private async getRepositories(repoNames?: string[]): Promise { // In a real implementation, this would fetch actual repository data if (!repoNames || repoNames.length === 0) { return [ { owner: 'example', name: 'repo', fullName: 'example/repo', url: 'https://github.com/example/repo', defaultBranch: 'main', private: false, language: 'typescript', topics: [], lastUpdated: new Date() } ]; } return repoNames.map(fullName => { const [owner, name] = fullName.split('/'); return { owner, name, fullName, url: `https://github.com/${fullName}`, defaultBranch: 'main', private: false, language: 'typescript', topics: [], lastUpdated: new Date() }; }); } private async getRepository(repoName?: string): Promise { if (!repoName) { throw new Error('Repository name is required'); } const repos = await this.getRepositories([repoName]); return repos[0]; } private parseTimeframe(timeframe: string): { start: Date; end: Date } { const end = new Date(); const start = new Date(); switch (timeframe) { case '7d': start.setDate(end.getDate() - 7); break; case '30d': start.setDate(end.getDate() - 30); break; case '90d': start.setDate(end.getDate() - 90); break; case '1y': start.setFullYear(end.getFullYear() - 1); break; default: start.setDate(end.getDate() - 30); } return { start, end }; } private async writeOutput(outputPath: string, data: any, format: string): Promise { const fs = await import('fs/promises'); let content: string; switch (format) { case 'json': content = JSON.stringify(data, null, 2); break; case 'yaml': // In a real implementation, use a YAML library content = JSON.stringify(data, null, 2); break; default: content = JSON.stringify(data, null, 2); } await fs.writeFile(outputPath, content); this.logger.info(`Output written to: ${outputPath}`); } // Configuration loading methods private loadGitHubConfig(): GitHubCoordinatorConfig { return { organizationAccess: true, maxConcurrentOperations: 10, defaultTimeout: 300000, retryAttempts: 3, securityScanners: ['github-security', 'snyk', 'sonarqube'], cicdProviders: ['github-actions', 'jenkins', 'circleci'], notifications: { channels: ['slack', 'email'], events: ['security-alert', 'pipeline-failure'], recipients: [], templates: {} }, rateLimiting: { requestsPerHour: 5000, burstLimit: 100 } }; } private loadPRConfig(): PullRequestManagerConfig { return { aiReviewEnabled: true, aiModel: 'claude-3.5-sonnet', autoAssignReviewers: true, enabledIntegrations: ['github'], notificationChannels: ['slack', 'email'], performanceThresholds: { coverage: 80, complexity: 10 }, securityRules: [], testingConfig: { runTestsOnPR: true, requiredTests: ['unit', 'integration'], testTimeout: 1800000, parallelExecution: true, requirePassingTests: true, performanceThresholds: { coverage: 80, complexity: 10, duplication: 5 } }, defaultReviewStrategy: { name: 'default', description: 'Default review strategy', autoAssign: true, requiredReviewers: 2, requiredApprovals: 1, dismissStaleReviews: true, requireCodeOwnerReviews: true, restrictDismissals: false, aiReviewEnabled: true, aiReviewConfig: { enabled: true, model: 'claude-3.5-sonnet', confidence_threshold: 0.8, review_types: ['security', 'performance', 'style'], auto_approve_threshold: 0.95, auto_request_changes_threshold: 0.3, generate_suggestions: true, check_best_practices: true, analyze_complexity: true }, mergeStrategy: { strategy: 'squash', autoMerge: true, deleteSourceBranch: true, requireLinearHistory: false, conditions: [] }, testingRequirements: { runTestsOnPR: true, requiredTests: ['unit'], testTimeout: 300000, parallelExecution: true, requirePassingTests: true, performanceThresholds: {} } } }; } private loadIssueConfig(): IssueTrackerConfig { return { autoCategorizationEnabled: true, sprintPlanningEnabled: true, crossRepoLinkingEnabled: true, automationRulesEnabled: true, aiAssistanceEnabled: true, notificationChannels: ['slack'], workflowStages: [], defaultCategory: { id: 'general', name: 'General', description: 'General issues', color: '#blue', icon: 'issue', priority: 1, autoAssignRules: [], estimationRules: [] }, estimationModel: 'fibonacci', velocityCalculationMethod: 'average' }; } private loadReleaseConfig(): ReleaseManagerConfig { return { autoChangelogGeneration: true, changelogTemplate: 'standard', versioningStrategy: 'semantic', approvalWorkflow: { stages: [], parallelApprovals: false, requireAllApprovals: true, timeoutHours: 24, escalationPolicy: { levels: [], triggerAfterHours: 4, maxEscalations: 3 } }, deploymentPipelines: [], rollbackConfig: { automaticRollback: false, rollbackTriggers: ['health_check_failure'], maxRollbackWindow: 3600000, dataProtection: true, backupRequired: true }, notificationChannels: ['slack'], securityScanning: true, performanceTesting: true, complianceChecks: [] }; } private loadArchitectConfig(): RepositoryArchitectConfig { return { analysisDepth: 'detailed', includeDependencyAnalysis: true, includeSecurityAnalysis: true, includeComplianceChecks: true, complianceStandards: ['security', 'quality'], architecturalPatterns: ['mvc', 'microservices'], codeQualityThresholds: { maintainabilityIndex: 70, cyclomaticComplexity: 10, codeToTestRatio: 1.5, duplicationPercentage: 5, dependencyCount: 100, fileSize: 500, nestingDepth: 5 }, organizationRules: [], automatedFixes: true, reportFormat: 'json' }; } private loadSyncConfig(): SyncCoordinatorConfig { return { maxConcurrentJobs: 5, defaultRetryPolicy: { maxRetries: 3, backoffStrategy: 'exponential', baseDelay: 1000, maxDelay: 30000, retryOnErrors: ['network', 'timeout'] }, conflictResolutionStrategy: 'manual', validationTimeout: 300000, enabledSyncTypes: ['version', 'dependency', 'configuration'], notificationChannels: ['slack'], auditLogging: true, performanceMonitoring: true, securityScanning: true, backupBeforeSync: true }; } } export function createGitHubCommand(configManager: ConfigManager): Command { const githubCommand = new GitHubCommand(configManager); return githubCommand.createCommand(); }