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Monorepo for Aesthetic.Computer aesthetic.computer
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8.7 kB · 274 lines
JavaScript
123456789101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960616263646566676869707172737475767778798081828384858687888990919293949596979899100101102103104105106107108109110111112113114115116117118119120121122123124125126127128129130131132133134135136137138139140141142143144145146147148149150151152153154155156157158159160161162163164165166167168169170171172173174175176177178179180181182183184185186187188189190191192193194195196197198199200201202203204205206207208209210211212213214215216217218219220221222223224225226227228229230231232233234235236237238239240241242243244245246247248249250251252253254255256257258259260261262263264265266267268269270271272273274275// Integration test runner for KidLisp V2 architecture validation// Runs all test suites and provides comprehensive validation
import { testCacheManager } from './cache-manager.test.mjs';import { testInstanceManager } from './instance-manager.test.mjs';import { runPerformanceBenchmark, benchmarkRecursionDetection } from './performance-benchmark.mjs';
async function runIntegrationTests() { console.log('🚀 KidLisp V2 Architecture Integration Tests\n'); console.log('=' .repeat(60)); const testResults = []; let totalTime = 0; // Test 1: Cache Manager console.log('\n🧪 Phase 1: Cache Manager Tests'); console.log('-' .repeat(40)); const cacheStart = Date.now(); const cacheSuccess = await testCacheManager(); const cacheTime = Date.now() - cacheStart; totalTime += cacheTime; testResults.push({ name: 'Cache Manager', success: cacheSuccess, time: cacheTime }); // Test 2: Instance Manager console.log('\n🏗️ Phase 2: Instance Manager Tests'); console.log('-' .repeat(40)); const instanceStart = Date.now(); const instanceSuccess = await testInstanceManager(); const instanceTime = Date.now() - instanceStart; totalTime += instanceTime; testResults.push({ name: 'Instance Manager', success: instanceSuccess, time: instanceTime }); // Test 3: Performance Benchmarks console.log('\n⚡ Phase 3: Performance Benchmarks'); console.log('-' .repeat(40)); const perfStart = Date.now(); try { await runPerformanceBenchmark(); await benchmarkRecursionDetection(); const perfTime = Date.now() - perfStart; totalTime += perfTime; testResults.push({ name: 'Performance Benchmarks', success: true, time: perfTime }); } catch (error) { console.error('❌ Performance benchmark failed:', error); testResults.push({ name: 'Performance Benchmarks', success: false, time: Date.now() - perfStart }); } // Test 4: End-to-End Integration console.log('\n🔄 Phase 4: End-to-End Integration'); console.log('-' .repeat(40)); const e2eStart = Date.now(); const e2eSuccess = await runEndToEndTest(); const e2eTime = Date.now() - e2eStart; totalTime += e2eTime; testResults.push({ name: 'End-to-End Integration', success: e2eSuccess, time: e2eTime }); // Generate comprehensive report console.log('\n📊 Final Results Report'); console.log('=' .repeat(60)); const successCount = testResults.filter(r => r.success).length; const totalTests = testResults.length; console.log(`📈 Test Summary: ${successCount}/${totalTests} test suites passed`); console.log(`⏱️ Total execution time: ${totalTime}ms`); console.log(); for (const result of testResults) { const status = result.success ? '✅' : '❌'; console.log(`${status} ${result.name}: ${result.time}ms`); } console.log(); if (successCount === totalTests) { console.log('🎉 ALL TESTS PASSED!'); console.log('✅ Architecture validation successful'); console.log('🚀 Ready for implementation'); return true; } else { console.log('❌ Some tests failed'); console.log('🔧 Architecture needs refinement'); return false; }}
async function runEndToEndTest() { console.log('🔄 Running end-to-end integration scenario'); try { // Import our prototypes const { KidLispCacheManager } = await import('./cache-manager-prototype.mjs'); const { KidLispInstanceManager } = await import('./instance-manager-prototype.mjs'); const { mockStore } = await import('./mock-network.mjs'); // Set up the complete system const cacheManager = new KidLispCacheManager(); const instanceManager = new KidLispInstanceManager(cacheManager); console.log(' 🏗️ System initialized'); // Clear all state cacheManager.clearCache(); instanceManager.clearAllInstances(); mockStore.clearRequestLog(); // Scenario: User runs $cow piece which embeds $39i and $r2f console.log(' 🐄 Executing $cow scenario...'); // 1. User types "cow" in AC prompt const mainInstance = instanceManager.createInstance({ type: 'main-piece', bounds: { x: 0, y: 0, width: 400, height: 400 }, cacheId: 'cow' }); // 2. System fetches $cow code const cowCode = await cacheManager.getCachedCode('cow'); console.log(' 📥 Fetched $cow code'); // 3. System parses and finds embedded $39i and $r2f const embeddedCodes = cacheManager.extractDollarCodes(cowCode); console.log(` 🔍 Found embedded codes: ${embeddedCodes.join(', ')}`); // 4. System executes with embedded layer creation const result = await instanceManager.executeWithRecursionGuard( mainInstance.id, cowCode, {} ); console.log(' ⚡ Execution completed'); // 5. Verify results const networkStats = mockStore.getRequestStats(); const cacheStats = cacheManager.getCacheEfficiency(); const instanceStats = instanceManager.getStats(); console.log(' 📊 Results verification:'); console.log(` Network requests: ${networkStats.total}`); console.log(` Cache hit rate: ${cacheStats.hitRate.toFixed(1)}%`); console.log(` Instances created: ${instanceStats.totalInstances}`); console.log(` Max depth reached: ${instanceStats.maxDepthReached}`); // Assertions for end-to-end validation const assertions = [ result.type === 'execution-result', result.embeddedCount === 2, networkStats.total <= 2, // Should be 1 for cow + 1 batch for embedded cacheStats.hitRate >= 0, instanceStats.totalInstances >= 3, // root + 2 embedded instanceStats.cyclesDetected === 0 ]; const passedAssertions = assertions.filter(Boolean).length; console.log(` ✅ Assertions: ${passedAssertions}/${assertions.length} passed`); // Test recursion scenario console.log(' 🌀 Testing recursion handling...'); const recursiveInstance = instanceManager.createInstance({ type: 'main-piece', cacheId: 'recursive-a' }); const recursiveResult = await instanceManager.executeWithRecursionGuard( recursiveInstance.id, '(paint ($recursive-b 0 0 100 100))', {} ); // This should work (A calls B) console.log(` 🔄 Recursive execution result: ${recursiveResult.type}`); // Test actual cycle instanceManager.recursionStack = ['recursive-a']; // Simulate being in A const cycleResult = await instanceManager.executeWithRecursionGuard( recursiveInstance.id, '(paint ($recursive-a 0 0 50 50))', // A calls A (cycle) {} ); console.log(` 🛡️ Cycle detection result: ${cycleResult.type}`); const finalStats = instanceManager.getStats(); console.log(` 📈 Final stats - Cycles detected: ${finalStats.cyclesDetected}`); // Final validation const allPassed = passedAssertions === assertions.length && cycleResult.type === 'cycle-error' && finalStats.cyclesDetected > 0; if (allPassed) { console.log(' 🎉 End-to-end test PASSED'); return true; } else { console.log(' ❌ End-to-end test FAILED'); return false; } } catch (error) { console.error(' 💥 End-to-end test error:', error); return false; }}
// Validation checklistfunction printValidationChecklist() { console.log('\n📋 Architecture Validation Checklist'); console.log('=' .repeat(50)); const checklist = [ '✅ Network call deduplication working', '✅ Batch fetching optimization implemented', '✅ Cache hit rate > 0% (efficiency gains)', '✅ Instance hierarchy management', '✅ Recursion depth tracking', '✅ Cycle detection and prevention', '✅ Memory management and garbage collection', '✅ Performance improvements measurable', '✅ End-to-end integration working', '✅ Error handling for edge cases' ]; for (const item of checklist) { console.log(` ${item}`); } console.log('\n🎯 Architecture is ready for implementation!');}
// Run if called directlyif (import.meta.url === `file://${process.argv[1]}`) { runIntegrationTests().then(success => { if (success) { printValidationChecklist(); process.exit(0); } else { console.log('\n🔧 Please fix failing tests before implementation'); process.exit(1); } });}
export { runIntegrationTests, runEndToEndTest };