Firewalla MCP Server

#!/usr/bin/env node /** * Test Optimization Demonstration * * Quick demonstration of the optimized test approach vs traditional approach. * This script shows the key differences and benefits of the optimization strategy. */ const { exec } = require('child_process'); const path = require('path'); console.log('🚀 Test Optimization Demonstration'); console.log('====================================\n'); console.log('📋 TRADITIONAL APPROACH PATTERN:'); console.log(' ❌ Each test method makes individual API calls'); console.log(' ❌ Duplicate data fetching across test cases'); console.log(' ❌ Higher API rate limit consumption'); console.log(' ❌ Slower test execution due to network overhead\n'); console.log('📋 OPTIMIZED APPROACH PATTERN:'); console.log(' ✅ Single API call in beforeAll() shared across all tests'); console.log(' ✅ Cached data reused for filtering and analysis'); console.log(' ✅ Minimal API rate limit consumption'); console.log(' ✅ Faster test execution with maintained coverage\n'); console.log('🔍 Running optimized test suite demonstration...\n'); const testCommand = 'npm test -- tests/firewalla/client-device-optimized.test.ts --verbose'; exec(testCommand, { cwd: path.resolve(__dirname, '..') }, (error, stdout, stderr) => { if (error) { console.error('❌ Test execution failed:', error.message); return; } // Extract key metrics from the output const output = stdout + stderr; // Extract performance metrics const apiCallsMatch = output.match(/Total API calls: (\d+)/); const testTimeMatch = output.match(/Total test time: (\d+)ms/); const testsPassedMatch = output.match(/Tests:\s+(\d+) passed/); const apiCalls = apiCallsMatch ? parseInt(apiCallsMatch[1]) : 'N/A'; const testTime = testTimeMatch ? parseInt(testTimeMatch[1]) : 'N/A'; const testsPassed = testsPassedMatch ? parseInt(testsPassedMatch[1]) : 'N/A'; console.log('📊 OPTIMIZATION RESULTS:'); console.log('========================'); console.log(`✅ Tests Passed: ${testsPassed}`); console.log(`⚡ API Calls Used: ${apiCalls} (shared load)`); console.log(`🕐 Execution Time: ${testTime}ms`); console.log(`📈 Test Coverage: Comprehensive device operations`); console.log('\n🎯 KEY BENEFITS DEMONSTRATED:'); console.log(' • Single shared API call eliminates redundancy'); console.log(' • All test scenarios covered with cached data'); console.log(' • Fast execution with minimal network overhead'); console.log(' • Maintainable test isolation and reliability'); console.log('\n💡 IMPLEMENTATION PATTERN:'); console.log('```typescript'); console.log('describe("Optimized Test Suite", () => {'); console.log(' let sharedData: any[];'); console.log(' '); console.log(' beforeAll(async () => {'); console.log(' // SINGLE API CALL - shared across all tests'); console.log(' const cache = await TestDataCacheManager.loadSharedTestData(client);'); console.log(' sharedData = cache.devices;'); console.log(' });'); console.log(' '); console.log(' it("test scenario 1", () => {'); console.log(' // Use cached data - NO additional API call'); console.log(' const filtered = TestDataUtils.filterDevices(sharedData, criteria);'); console.log(' expect(filtered).toHaveLength(expected);'); console.log(' });'); console.log('});'); console.log('```'); console.log('\n🏆 OPTIMIZATION SUCCESS:'); console.log(' This approach can be applied to other test suites for similar benefits:'); console.log(' • Alarm tests: Share alarm data across filtering scenarios'); console.log(' • Flow tests: Cache flow data for analysis and reporting tests'); console.log(' • Rule tests: Share rule configurations across validation tests'); console.log('\n🚀 Ready for production use!'); console.log(' Use OPTIMIZE_TESTS=true to enable optimized patterns in CI/CD'); }); console.log('⏳ Running test suite...');