regexp-evolution-program-v3.ts

/// <reference no-default-lib="true"/>
/* eslint-disable */
/* tslint:disable */
// @ts-nocheck
declare function CC(prompt: string): string;

function main() {
    console.log("=== RegExp Implementation Program v3 (Ultra-Detailed Atomic TDD) ===");
    
    // Ultra-detailed context with complete CVM architecture
    var contextPrompt = "CONTEXT: You are implementing RegExp literal support for CVM (Cognitive Virtual Machine) using ultra-detailed atomic TDD blocks. " +
        "CVM is a custom TypeScript interpreter that compiles to bytecode and executes in a VM. " +
        "KEY ARCHITECTURE PATTERNS: 1) Direct value embedding in instruction.arg (NOT constants pool), " +
        "2) Error objects returned (NOT exceptions thrown), 3) Heap-based object storage with references, " +
        "4) Visitor pattern for compiler AST traversal, 5) Handler registry for VM opcode execution. " +
        "REFERENCE DOCS: Use /home/laco/cvm/tasks/regexp-implementation-plan-v3.md which contains ultra-detailed " +
        "implementation plan with complete code snippets, architectural deep-dive, and step-by-step instructions. " +
        "CRITICAL REQUIREMENTS: 1) All imports must use .js extension even for .ts files, " +
        "2) Use npx nx test for testing, 3) Each TDD block is atomic with complete test-to-implementation cycle, " +
        "4) Follow CVM's existing patterns exactly (examine existing code first), " +
        "5) Follow exact file paths and line numbers from ultra-detailed plan v3.";
    
    console.log("Ultra-detailed context created. Starting comprehensive atomic TDD implementation...");
    
    // Enhanced base prompts with architectural context
    var fileOpsBase = " " + contextPrompt + " Use Read, Write, Edit, MultiEdit tools for file operations. Use Bash tool for running commands. ";
    var submitDone = " Submit task with 'done' when complete.";
    var submitTest = " Submit 'passed' if tests AND typecheck both pass, 'failed' if either fail.";
    var architecturalGuidance = "ARCHITECTURAL CONTEXT: CVM uses direct value embedding (instruction.arg), error objects (not exceptions), " +
        "heap-based object storage with references, visitor pattern compilation, and handler registry VM execution. " +
        "Study existing patterns in bytecode.ts, literals.ts, and handlers/ before implementing. ";
    var testingInstructions = "TESTING: Follow proper TDD cycles with Vitest and nx. 1) Write failing test, 2) Run 'npx nx test <package-name>', " +
        "3) Implement code, 4) Run 'npx nx test <package-name>' again, 5) Run 'npx nx run <package-name>:typecheck', " +
        "6) Repeat code→test→typecheck loops until both pass. Tests should be in src/lib/ alongside source files with .spec.ts extension. ";
    var findCode = "Use Read and Grep tools extensively to search and analyze existing code patterns first. ";
    var rebuildNote = " Remember: After implementing parser/VM changes, rebuild affected packages before running tests. ";
    var criticalGuidance = "CRITICAL: EXTEND existing features by following existing code patterns exactly - examine existing files first with Read/Grep tools. " +
        "DO NOT invent new directories or file structures. Follow the existing codebase structure strictly. ";
    var microAtomicNote = "MICRO-ATOMIC IMPLEMENTATION: Each step includes complete code snippets from ultra-detailed plan v3. " +
        "Copy exact implementations and adapt to match existing CVM patterns. ";
    
    // Track progress with detailed logging
    var completedBlocks = [];
    
    // ULTRA-DETAILED ATOMIC TDD BLOCKS - Each block contains complete implementation guidance
    var tddBlocks = [
        {
            name: "Block 0: Parser Verification",
            description: "Verify TypeScript can parse regex literals into AST with complete RegularExpressionLiteral node validation",
            planReference: "Follow plan ATOMIC TDD BLOCK 0: lines 57-116 with complete TypeScript AST inspection code",
            testCommand: "Run parser verification tests with AST node validation",
            components: "TypeScript AST validation + RegularExpressionLiteral node verification + text property extraction",
            expectation: "Parser can handle /pattern/flags and extract text property with complete validation",
            duration: "10-15 minutes",
            codeSnippets: "Complete test implementation with ts.createSourceFile, AST walking, and node validation",
            architecturalLayers: "Parser layer - TypeScript AST validation only, no CVM-specific logic needed"
        },
        {
            name: "Block 1: Bytecode Foundation",
            description: "Add LOAD_REGEX opcode to bytecode instruction set with proper enum integration",
            planReference: "Follow plan ATOMIC TDD BLOCK 1: lines 119-173 with complete OpCode enum modification",
            testCommand: "Run bytecode opcode tests with enum validation",
            components: "OpCode.LOAD_REGEX definition + enum integration + bytecode instruction validation",
            expectation: "LOAD_REGEX opcode exists and is accessible in OpCode enum",
            duration: "10-15 minutes",
            codeSnippets: "Complete enum modification: STRING_LEN = 'STRING_LEN', LOAD_REGEX = 'LOAD_REGEX', STRING_SUBSTRING = 'STRING_SUBSTRING'",
            architecturalLayers: "Bytecode layer - Core instruction set extension following existing OpCode patterns"
        },
        {
            name: "Block 2: Regex Literal Compilation",
            description: "Implement compilation of /pattern/flags to LOAD_REGEX bytecode with complete visitor pattern integration",
            planReference: "Follow plan ATOMIC TDD BLOCK 2: lines 175-302 with complete compileRegularExpressionLiteral function",
            testCommand: "Run compiler regex literal tests with pattern/flags extraction validation",
            components: "compileRegularExpressionLiteral function + expression visitor registration + pattern/flags extraction",
            expectation: "Regex literals compile to LOAD_REGEX with {pattern, flags} payload using direct value embedding",
            duration: "20-25 minutes",
            codeSnippets: "Complete function: extract pattern/flags from node.text, emit LOAD_REGEX with payload, register in expressionVisitors",
            architecturalLayers: "Compiler layer - Expression visitor pattern following existing literals.ts structure"
        },
        {
            name: "Block 3: VM Regex Object Creation",
            description: "Implement VM handler for LOAD_REGEX with complete error handling and heap allocation",
            planReference: "Follow plan ATOMIC TDD BLOCK 3: lines 304-456 with complete handler implementation and error object format",
            testCommand: "Run VM regex handler tests with heap allocation and error handling validation",
            components: "LOAD_REGEX handler + heap allocation + error handling + handler registration + RegExp object creation",
            expectation: "LOAD_REGEX creates RegExp objects on heap with proper error handling following CVM error object format",
            duration: "25-30 minutes",
            codeSnippets: "Complete handler: try/catch RegExp creation, heap.allocate('regex', regex), error object {type, message, pc, opcode}",
            architecturalLayers: "VM layer - Handler implementation with heap allocation and error object patterns"
        },
        {
            name: "Block 4: Integration Testing",
            description: "Test complete parse→compile→execute flow with comprehensive error case validation",
            planReference: "Follow plan ATOMIC TDD BLOCK 4: lines 458-553 with complete integration test suite",
            testCommand: "Run integration tests with end-to-end flow validation",
            components: "End-to-end compilation and execution + error case testing + complex pattern validation",
            expectation: "Complete pipeline works with success and error cases, no regressions in existing functionality",
            duration: "15-20 minutes",
            codeSnippets: "Complete integration: compile() → VM.execute() → success validation, error case testing",
            architecturalLayers: "Integration layer - Full pipeline testing from source to execution"
        },
        {
            name: "Block 5: E2E Validation",
            description: "Create and test real CVM programs with regex literals following E2E_TESTING.md protocol",
            planReference: "Follow plan ATOMIC TDD BLOCK 5: lines 555-638 with complete E2E test programs",
            testCommand: "Run E2E test programs via MCP client execution",
            components: "Test programs + MCP client execution + practical demonstrations + error handling validation",
            expectation: "Real-world regex literal usage works in CVM programs with proper TODO orchestration integration",
            duration: "10-15 minutes",
            codeSnippets: "Complete E2E programs: regex creation, property access, error handling, practical use cases",
            architecturalLayers: "E2E layer - Real-world program execution through MCP client to cvm-server"
        }
    ];
    
    // E2E VALIDATION TASKS - Enhanced with detailed implementation guidance
    var e2eTasks = [
        {
            name: "E2E Task 1: Comprehensive Test Programs",
            description: "Create test programs demonstrating regex literals in TODO orchestration scenarios",
            planReference: "Follow plan Implementation Notes: lines 640-671 with complete E2E program implementations",
            validation: "File pattern matching, log analysis, config validation workflows with practical regex usage",
            executionModel: "cd test/integration && npx tsx mcp-test-client.ts ../programs/regex/test-name.ts"
        },
        {
            name: "E2E Task 2: Error Handling Validation",
            description: "Validate error handling works correctly in real scenarios with proper error object format",
            validation: "Invalid regex patterns handled gracefully with proper error objects following CVM format",
            executionModel: "Test invalid patterns like /[unclosed/ and verify SyntaxError objects are returned correctly"
        }
    ];
    
    // PHASE 1: ULTRA-DETAILED ATOMIC TDD DEVELOPMENT
    console.log("=== PHASE 1: ULTRA-DETAILED ATOMIC TDD DEVELOPMENT ===");
    console.log("Total TDD blocks: " + tddBlocks.length);
    console.log("Each block: Study architecture -> Examine existing code -> Write failing test -> Implement -> Make test pass");
    
    var blockIndex = 0;
    while (blockIndex < tddBlocks.length) {
        console.log("\\n=== " + tddBlocks[blockIndex].name + " ===");
        var block = tddBlocks[blockIndex];
        
        var blockName = block.name;
        var blockDescription = block.description;
        var planReference = block.planReference;
        var testCommand = block.testCommand;
        var components = block.components;
        var expectation = block.expectation;
        var duration = block.duration;
        var codeSnippets = block.codeSnippets;
        var architecturalLayers = block.architecturalLayers;
        
        console.log("Description: " + blockDescription);
        console.log("Components: " + components);
        console.log("Expectation: " + expectation);
        console.log("Duration: " + duration);
        console.log("Code Snippets: " + codeSnippets);
        console.log("Architectural Layers: " + architecturalLayers);
        
        // ULTRA-DETAILED ATOMIC TDD IMPLEMENTATION
        var tddPrompt = "[ATOMIC TDD: " + blockName + "]: " + fileOpsBase + architecturalGuidance + testingInstructions +
            planReference + ". This is an ATOMIC TDD block - implement the COMPLETE feature: " + 
            blockDescription + ". Components to implement: " + components + ". " +
            "ARCHITECTURAL LAYERS: " + architecturalLayers + ". " +
            "CODE IMPLEMENTATION GUIDANCE: " + codeSnippets + ". " +
            "STEP-BY-STEP PROCESS: 1) Read ultra-detailed plan v3 for this block, 2) Examine existing code patterns extensively, " +
            "3) Write failing test following exact code snippets from plan, 4) Run 'npx nx test <package>', " +
            "5) Implement code following existing patterns and plan guidance, 6) Run 'npx nx test <package>' again, " +
            "7) Run 'npx nx run <package>:typecheck', 8) Repeat code→test→typecheck loops until green. " +
            criticalGuidance + microAtomicNote + "Expected outcome: " + expectation + rebuildNote + submitDone;
        
        CC(tddPrompt);
        
        // ENHANCED TEST VALIDATION
        console.log("Testing: " + testCommand);
        var testPrompt = fileOpsBase + "VALIDATE TDD BLOCK: " + testCommand + ". " +
            "Run comprehensive validation: 1) 'npx nx test parser' (if parser changes), 2) 'npx nx test vm' (if VM changes), " +
            "3) 'npx nx run parser:typecheck', 4) 'npx nx run vm:typecheck'. " +
            "VERIFICATION CHECKLIST: Ensure all TDD cycles completed successfully, both tests AND typecheck pass, " +
            "no regressions in existing functionality, architectural patterns followed correctly. " +
            "EXPECTED OUTCOMES: " + expectation + ". " + submitTest;
        var testResult = CC(testPrompt);
        
        // Enhanced error handling with architectural guidance
        while (testResult === "failed") {
            console.log("❌ TDD block failed - entering architectural fix mode...");
            
            var fixPrompt = fileOpsBase + testingInstructions + architecturalGuidance + findCode + 
                "Fix the implementation for " + blockName + ". " + planReference + ". " +
                "ARCHITECTURAL DEBUGGING: Check all components: " + components + ". " +
                "COMMON ISSUES: 1) Import paths missing .js extension, 2) Not following CVM error object format, " +
                "3) Not using heap allocation correctly, 4) Missing handler registration, 5) Incorrect visitor pattern usage. " +
                "REFERENCE EXISTING CODE: Study similar implementations in existing files before making changes. " +
                "Make minimal changes to make unit/integration tests AND typecheck pass." + rebuildNote + submitDone;
            CC(fixPrompt);
            
            console.log("Re-testing after architectural fix...");
            testResult = CC(testPrompt);
            console.log("Test result: " + testResult);
        }
        
        if (testResult === "passed") {
            console.log("✓ " + blockName + " completed successfully with architectural compliance");
            completedBlocks.push(blockName);
            
            // Enhanced commit with architectural context
            console.log("Committing " + blockName + " with architectural compliance...");
            var commitPrompt = fileOpsBase + "Git add and commit changes for " + blockName + ". " +
                "Use clean technical commit message format: 'feat(cvm): " + blockDescription.toLowerCase() + "' " +
                "IMPORTANT: Use ONLY technical commit message - do NOT include emojis, attributions, co-authors, " +
                "or non-technical information like 'Generated with Claude' or 'Co-Authored-By'. Keep it purely technical." + submitDone;
            CC(commitPrompt);
        }
        
        blockIndex = blockIndex + 1;
        console.log("Progress: " + completedBlocks.length + "/" + tddBlocks.length + " TDD blocks completed");
    }
    
    // ENHANCED REBUILD PROTOCOL
    console.log("\\n=== ENHANCED REBUILD ALL PACKAGES FOR E2E ===");
    var rebuildPrompt = fileOpsBase + "CRITICAL: Follow E2E_TESTING.md rebuild protocol exactly. " +
        "Run complete rebuild sequence: 1) 'npx nx reset' to clear all caches, " +
        "2) 'npx nx run-many --target=build --all --skip-nx-cache' to rebuild all packages. " +
        "This ensures cvm-server runs from compiled JavaScript in dist/ with all RegExp changes included. " +
        "VERIFICATION: Ensure all packages build without errors after RegExp implementation. " +
        "ARCHITECTURAL VALIDATION: Verify bytecode changes compiled correctly and handlers registered properly." + submitDone;
    CC(rebuildPrompt);
    
    // PHASE 2: ENHANCED E2E VALIDATION
    console.log("\\n=== PHASE 2: ENHANCED E2E VALIDATION ===");
    console.log("Total E2E tasks: " + e2eTasks.length);
    console.log("Each task: Create comprehensive programs -> Execute via MCP client -> Validate results");
    
    var e2eIndex = 0;
    while (e2eIndex < e2eTasks.length) {
        console.log("\\n=== " + e2eTasks[e2eIndex].name + " ===");
        var e2eTask = e2eTasks[e2eIndex];
        
        var taskName = e2eTask.name;
        var taskDescription = e2eTask.description;
        var taskReference = e2eTask.planReference;
        var taskValidation = e2eTask.validation;
        var executionModel = e2eTask.executionModel;
        
        console.log("Description: " + taskDescription);
        console.log("Validation: " + taskValidation);
        console.log("Execution Model: " + executionModel);
        
        var e2ePrompt = "[E2E VALIDATION: " + taskName + "]: " + fileOpsBase + 
            (taskReference || "Create comprehensive E2E tests following ultra-detailed plan v3") + ". " + taskDescription + 
            ". Focus on: " + taskValidation + ". " +
            "EXECUTION MODEL: " + executionModel + ". " +
            "CRITICAL: Follow E2E_TESTING.md execution model exactly: " +
            "1) Create test programs in test/programs/regex/, " +
            "2) Execute via: 'cd test/integration && npx tsx mcp-test-client.ts ../programs/regex/test-name.ts', " +
            "3) Test flow: Test Program → MCP Client → cvm-server → VM Manager → VM. " +
            "COMPREHENSIVE VALIDATION: Test regex literal creation, property access, error handling, practical use cases. " +
            "These should demonstrate RegExp literals in real TODO orchestration scenarios with architectural compliance." + submitDone;
        
        CC(e2ePrompt);
        
        e2eIndex = e2eIndex + 1;
    }
    
    // ENHANCED FINAL VALIDATION
    console.log("\\n=== ENHANCED FINAL VALIDATION ===");
    
    // Comprehensive test suite with architectural validation
    var finalTestPrompt = fileOpsBase + "COMPREHENSIVE FINAL VALIDATION: Run complete test suite with architectural validation: " +
        "1) Unit tests: 'npx nx test parser' and 'npx nx test vm', " +
        "2) Typecheck: 'npx nx run parser:typecheck' and 'npx nx run vm:typecheck', " +
        "3) E2E validation: 'cd test/integration && npx tsx mcp-test-client.ts ../programs/regex/regex-literal-basic.ts', " +
        "4) Regression testing: Verify existing functionality still works, " +
        "5) Architectural compliance: Verify all patterns follow CVM architecture (direct value embedding, error objects, heap allocation). " +
        "COMPREHENSIVE VERIFICATION: Ensure no regressions and all RegExp literal features work correctly with proper error handling. " + submitTest;
    var finalResult = CC(finalTestPrompt);
    
    if (finalResult === "passed") {
        console.log("✓ All tests and typecheck passing - RegExp literal implementation successful with architectural compliance");
    } else {
        console.log("⚠ Some tests or typecheck failing - architectural compliance issues need final fixes");
    }
    
    // ENHANCED DOCUMENTATION AND COMPLETION
    console.log("\\n=== ENHANCED COMPLETION TASKS ===");
    
    // Enhanced API documentation with architectural details
    var docPrompt = fileOpsBase + "Update /home/laco/cvm/docs/API.md to document RegExp literal features with architectural details: " +
        "1) Regex literal syntax (/pattern/flags), 2) LOAD_REGEX opcode with direct value embedding, " +
        "3) Heap-based RegExp object creation, 4) Error handling with proper error object format, " +
        "5) Integration with existing CVM architecture patterns. " +
        "Include examples showing TODO orchestration use cases with regex literals and architectural compliance notes." + submitDone;
    CC(docPrompt);
    
    // Enhanced final commit
    var finalCommitPrompt = fileOpsBase + "Check if there are any uncommitted changes (documentation, etc.) and commit them with message: " +
        "'docs(cvm): update documentation for RegExp literal implementation with architectural compliance' " +
        "IMPORTANT: Use ONLY technical commit message - do NOT include emojis, attributions, co-authors, " +
        "or non-technical information like 'Generated with Claude' or 'Co-Authored-By'. If no changes to commit, skip this step." + submitDone;
    CC(finalCommitPrompt);
    
    // Enhanced Memory Bank update with architectural details
    var memoryPrompt = fileOpsBase + "Update Memory Bank progress.md with comprehensive implementation details: " +
        "'Implemented RegExp literal support for CVM using ultra-detailed atomic TDD approach with full architectural compliance. " +
        "Features: regex literals (/pattern/flags), LOAD_REGEX opcode with direct value embedding, " +
        "heap-based RegExp object creation, comprehensive error handling with proper error object format, " +
        "complete compiler visitor pattern integration, VM handler registry implementation. " +
        "All features are JavaScript-compliant, architecturally compliant, and tested with atomic TDD methodology. " +
        "Foundation ready for future regex methods with established patterns.' " +
        "ARCHITECTURAL VALIDATION: All CVM patterns followed correctly (direct value embedding, error objects, heap allocation, visitor pattern, handler registry)." + submitDone;
    CC(memoryPrompt);
    
    // Enhanced final report with architectural summary
    console.log("\\n=== REGEXP LITERAL IMPLEMENTATION COMPLETE WITH ARCHITECTURAL COMPLIANCE! ===");
    console.log("Completed TDD blocks: " + completedBlocks.length + "/" + tddBlocks.length);
    console.log("RegExp features implemented: literal syntax, compilation, VM execution, error handling");
    console.log("Methodology: Ultra-Detailed Atomic TDD with complete architectural compliance");
    console.log("Architecture: Direct value embedding, error objects, heap allocation, visitor pattern, handler registry");
    
    var reportPrompt = fileOpsBase + "Create comprehensive completion report at /home/laco/cvm/tasks/regexp-literal-implementation-complete.md " +
        "documenting: 1) RegExp literal features implemented using ultra-detailed atomic TDD with architectural compliance, " +
        "2) Each TDD block was complete test-to-implementation cycle with architectural validation, " +
        "3) E2E validation with real-world TODO orchestration scenarios, 4) JavaScript compliance verified, " +
        "5) Full backward compatibility maintained, 6) All CVM architecture patterns followed correctly, " +
        "7) Complete architectural integration: direct value embedding, error objects, heap allocation, visitor pattern, handler registry, " +
        "8) Foundation ready for future regex method implementation with established architectural patterns." + submitDone;
    CC(reportPrompt);
    
    return "Ultra-Detailed Atomic TDD Implementation Complete with Architectural Compliance: RegExp literal support added to CVM";
}