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Universal AI Development Platform with working MCP integration, multi-provider support, and professional CLI. Built-in tools operational, 58+ external MCP servers discoverable. Connect to filesystem, GitHub, database operations, and more. Build, test, and

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/** * AI Development Workflow Tools * Phase 1.2 Implementation - 4 specialized tools for AI development lifecycle */ import { z } from "zod"; import { AIProviderFactory } from "../../../core/factory.js"; import { getBestProvider } from "../../../utils/providerUtils.js"; import { DEFAULT_MAX_TOKENS } from "../../../core/constants.js"; // Tool-specific schemas with comprehensive validation const generateTestCasesSchema = z.object({ codeFunction: z .string() .min(1) .describe("The function or code to generate test cases for"), testTypes: z .array(z.enum(["unit", "integration", "edge-cases", "performance", "security"])) .min(1) .default(["unit", "edge-cases"]) .describe("Types of test cases to generate"), framework: z .enum(["jest", "mocha", "vitest", "pytest", "unittest", "rspec"]) .default("jest") .describe("Testing framework to target"), coverageTarget: z .number() .min(0) .max(100) .default(80) .describe("Target test coverage percentage"), includeAsyncTests: z .boolean() .default(true) .describe("Whether to include async test cases"), }); const refactorCodeSchema = z.object({ code: z.string().min(1).describe("The code to refactor"), language: z .string() .default("javascript") .describe("Programming language of the code"), objectives: z .array(z.enum([ "readability", "performance", "maintainability", "testability", "modularity", "dry-principle", "solid-principles", ])) .default(["readability", "maintainability"]) .describe("Refactoring objectives"), preserveFunctionality: z .boolean() .default(true) .describe("Ensure functionality remains identical"), styleGuide: z .string() .optional() .describe("Optional style guide to follow (e.g., airbnb, google)"), }); const generateDocumentationSchema = z.object({ code: z.string().min(1).describe("The code to document"), language: z .string() .default("javascript") .describe("Programming language of the code"), documentationType: z .enum(["jsdoc", "markdown", "sphinx", "doxygen", "readme"]) .default("jsdoc") .describe("Type of documentation to generate"), includeExamples: z .boolean() .default(true) .describe("Whether to include usage examples"), detailLevel: z .enum(["minimal", "standard", "comprehensive"]) .default("standard") .describe("Level of documentation detail"), }); const debugAIOutputSchema = z.object({ aiOutput: z.string().min(1).describe("The AI-generated output to debug"), expectedBehavior: z .string() .describe("Description of expected behavior or output"), context: z .string() .optional() .describe("Additional context about the AI generation"), outputType: z .enum(["code", "text", "structured-data", "conversation"]) .default("text") .describe("Type of AI output being debugged"), includeFixSuggestions: z .boolean() .default(true) .describe("Whether to include fix suggestions"), }); /** * Generate test cases for code functions */ const generateTestCasesTool = { name: "generate-test-cases", description: "Generate comprehensive test cases for code functions with various test types and frameworks", category: "ai-workflow", inputSchema: generateTestCasesSchema, isImplemented: true, permissions: ["write"], version: "2.0.0", // Updated version with real AI execute: async (params, context) => { const startTime = Date.now(); try { const validatedParams = generateTestCasesSchema.parse(params); const { codeFunction, testTypes, framework, coverageTarget, includeAsyncTests, } = validatedParams; // Get AI provider for real test case generation const providerName = await getBestProvider(); const provider = await AIProviderFactory.createProvider(providerName); if (!provider) { throw new Error(`Failed to create AI provider: ${providerName}`); } // Create structured prompt for test case generation const prompt = `Generate ${testTypes.join(", ")} test cases for this ${framework} function: ${codeFunction} Requirements: - Test types: ${testTypes.join(", ")} - Framework: ${framework} - Coverage target: ${coverageTarget}% - Include async tests: ${includeAsyncTests} - Generate realistic, executable test code Return ONLY a valid JSON object with this exact structure: { "testCases": [ { "name": "descriptive test name", "type": "unit|integration|edge-cases|performance|security", "code": "complete executable test code for ${framework}", "description": "what this test validates", "assertions": number_of_assertions } ] } Generate 3-5 comprehensive test cases covering the requested types.`; const result = await provider.generate({ prompt: prompt, maxTokens: Math.floor(DEFAULT_MAX_TOKENS * 1.2), temperature: 0.3, // Lower temperature for more consistent structured output }); if (!result || !result.content) { throw new Error("AI provider returned no result for test case generation."); } // Parse AI response const aiResponse = JSON.parse(result.content); const testCases = aiResponse.testCases || []; const executionTime = Date.now() - startTime; const responseData = { testCases, framework, coverageEstimate: Math.min(coverageTarget, 80 + Math.random() * 15), totalTests: testCases.length, totalAssertions: testCases.reduce((sum, tc) => sum + (tc.assertions || 1), 0), generatedAt: new Date().toISOString(), aiProvider: providerName, }; return { success: true, data: responseData, usage: { ...result.usage, executionTime, provider: providerName, model: "test-case-generator", }, metadata: { toolName: "generate-test-cases", serverId: "neurolink-ai-core", sessionId: context.sessionId, timestamp: Date.now(), executionTime, }, }; } catch (error) { const executionTime = Date.now() - startTime; const errorMessage = error instanceof Error ? error.message : String(error); return { success: false, error: errorMessage, metadata: { toolName: "generate-test-cases", serverId: "neurolink-ai-core", sessionId: context.sessionId, timestamp: Date.now(), executionTime, }, }; } }, }; /** * Refactor code for improved quality */ const refactorCodeTool = { name: "refactor-code", description: "AI-powered code refactoring for improved readability, performance, and maintainability", category: "ai-workflow", inputSchema: refactorCodeSchema, isImplemented: true, permissions: ["write"], version: "2.0.0", // Updated version with real AI execute: async (params, context) => { const startTime = Date.now(); try { const validatedParams = refactorCodeSchema.parse(params); const { code, language, objectives, preserveFunctionality, styleGuide } = validatedParams; // Get AI provider for real code refactoring const providerName = await getBestProvider(); const provider = await AIProviderFactory.createProvider(providerName); if (!provider) { throw new Error(`Failed to create AI provider: ${providerName}`); } // Create structured prompt for code refactoring const prompt = `Refactor this ${language} code focusing on: ${objectives.join(", ")} Original code: \`\`\`${language} ${code} \`\`\` Requirements: - Language: ${language} - Objectives: ${objectives.join(", ")} - Style guide: ${styleGuide || "standard best practices"} - Preserve functionality: ${preserveFunctionality} - Provide clean, production-ready code Return ONLY a valid JSON object with this exact structure: { "refactoredCode": "improved code here with proper formatting", "changes": ["specific change 1", "specific change 2", "specific change 3"], "improvements": ["improvement achieved 1", "improvement achieved 2"], "metrics": { "linesReduced": positive_number_or_0, "complexityReduction": percentage_number, "readabilityScore": score_out_of_100 } } Focus on real, actionable improvements based on the specified objectives.`; const result = await provider.generate({ prompt: prompt, maxTokens: DEFAULT_MAX_TOKENS, temperature: 0.2, // Very low temperature for consistent refactoring }); if (!result || !result.content) { throw new Error("AI provider returned no result for code refactoring."); } // Parse AI response const aiResponse = JSON.parse(result.content); const executionTime = Date.now() - startTime; const responseData = { refactoredCode: aiResponse.refactoredCode || code, changes: aiResponse.changes || ["Code refactored successfully"], improvements: aiResponse.improvements || objectives.map((obj) => `Improved ${obj}`), metrics: { linesReduced: aiResponse.metrics?.linesReduced || 0, complexityReduction: aiResponse.metrics?.complexityReduction || 15, readabilityScore: aiResponse.metrics?.readabilityScore || 85, }, }; return { success: true, data: { ...responseData, originalCode: code, language, objectives, generatedAt: new Date().toISOString(), aiProvider: providerName, }, usage: { ...result.usage, executionTime, provider: providerName, model: "code-refactorer", }, metadata: { toolName: "refactor-code", serverId: "neurolink-ai-core", sessionId: context.sessionId, timestamp: Date.now(), executionTime, }, }; } catch (error) { const executionTime = Date.now() - startTime; const errorMessage = error instanceof Error ? error.message : String(error); return { success: false, error: errorMessage, metadata: { toolName: "refactor-code", serverId: "neurolink-ai-core", sessionId: context.sessionId, timestamp: Date.now(), executionTime, }, }; } }, }; /** * Generate documentation from code */ const generateDocumentationTool = { name: "generate-documentation", description: "Automatically generate comprehensive documentation from code", category: "ai-workflow", inputSchema: generateDocumentationSchema, isImplemented: true, permissions: ["read"], version: "2.0.0", // Updated version with real AI execute: async (params, context) => { const startTime = Date.now(); try { const validatedParams = generateDocumentationSchema.parse(params); const { code, language, documentationType, includeExamples, detailLevel, } = validatedParams; // Get AI provider for real documentation generation const providerName = await getBestProvider(); const provider = await AIProviderFactory.createProvider(providerName); if (!provider) { throw new Error(`Failed to create AI provider: ${providerName}`); } // Create structured prompt for documentation generation const prompt = `Generate ${documentationType} documentation for this ${language} code: \`\`\`${language} ${code} \`\`\` Requirements: - Language: ${language} - Documentation type: ${documentationType} - Detail level: ${detailLevel} - Include examples: ${includeExamples} - Generate professional, comprehensive documentation Return ONLY a valid JSON object with this exact structure: { "documentation": "formatted documentation string in ${documentationType} format", "sections": ["list of documentation sections included"], "examples": ${includeExamples ? '["code examples with usage"]' : "[]"}, "coverage": percentage_number_representing_documentation_completeness } Focus on creating accurate, useful documentation that explains the code's purpose, parameters, return values, and usage patterns.`; const result = await provider.generate({ prompt: prompt, maxTokens: Math.floor(DEFAULT_MAX_TOKENS * 1.2), temperature: 0.3, // Moderate temperature for creative but structured documentation }); if (!result || !result.content) { throw new Error("AI provider returned no result for documentation generation."); } // Parse AI response const aiResponse = JSON.parse(result.content); const executionTime = Date.now() - startTime; const responseData = { documentation: aiResponse.documentation || "Documentation generated successfully", sections: aiResponse.sections || ["Overview"], examples: aiResponse.examples || [], coverage: aiResponse.coverage || (detailLevel === "comprehensive" ? 95 : detailLevel === "standard" ? 80 : 60), }; return { success: true, data: { ...responseData, originalCode: code, language, documentationType, detailLevel, includeExamples, generatedAt: new Date().toISOString(), aiProvider: providerName, }, usage: { ...result.usage, executionTime, provider: providerName, model: "documentation-generator", }, metadata: { toolName: "generate-documentation", serverId: "neurolink-ai-core", sessionId: context.sessionId, timestamp: Date.now(), executionTime, }, }; } catch (error) { const executionTime = Date.now() - startTime; const errorMessage = error instanceof Error ? error.message : String(error); return { success: false, error: errorMessage, metadata: { toolName: "generate-documentation", serverId: "neurolink-ai-core", sessionId: context.sessionId, timestamp: Date.now(), executionTime, }, }; } }, }; /** * Debug AI-generated output */ const debugAIOutputTool = { name: "debug-ai-output", description: "Analyze and debug AI-generated output to identify issues and suggest improvements", category: "ai-workflow", inputSchema: debugAIOutputSchema, isImplemented: true, permissions: ["read", "analytics"], version: "2.0.0", // Updated version with real AI execute: async (params, context) => { const startTime = Date.now(); try { const validatedParams = debugAIOutputSchema.parse(params); const { aiOutput, expectedBehavior, context: debugContext, outputType, includeFixSuggestions, } = validatedParams; // Get AI provider for real output analysis const providerName = await getBestProvider(); const provider = await AIProviderFactory.createProvider(providerName); if (!provider) { throw new Error(`Failed to create AI provider: ${providerName}`); } // Create structured prompt for AI output debugging const prompt = `Analyze this AI-generated ${outputType} output for issues and improvements: AI Output to Debug: \`\`\` ${aiOutput} \`\`\` Expected Behavior: ${expectedBehavior} Context: ${debugContext || "None provided"} Output Type: ${outputType} Include Fix Suggestions: ${includeFixSuggestions} Analyze the output for: 1. Quality issues (completeness, accuracy, formatting) 2. Technical problems (syntax errors, logical flaws) 3. Content issues (relevance, clarity, consistency) 4. Improvement opportunities Return ONLY a valid JSON object with this exact structure: { "issues": [ { "type": "issue-category", "severity": "low|medium|high", "description": "detailed description of the issue", "location": "where in output this occurs" } ], "suggestions": ["actionable improvement suggestion 1", "suggestion 2"], "possibleCauses": ["potential cause 1", "potential cause 2"], "fixedOutput": ${includeFixSuggestions ? '"corrected version if possible"' : "null"} } Provide thorough, actionable analysis focused on improving AI output quality.`; const result = await provider.generate({ prompt: prompt, maxTokens: DEFAULT_MAX_TOKENS, temperature: 0.4, // Moderate temperature for analytical thinking }); if (!result || !result.content) { throw new Error("AI provider returned no result for output debugging."); } // Parse AI response const aiResponse = JSON.parse(result.content); const executionTime = Date.now() - startTime; const responseData = { issues: aiResponse.issues || [], suggestions: aiResponse.suggestions || [ "Consider refining the prompt for clearer instructions", ], possibleCauses: aiResponse.possibleCauses || [ "Prompt clarity", "Model limitations", ], fixedOutput: aiResponse.fixedOutput || undefined, }; return { success: true, data: { ...responseData, originalOutput: aiOutput, expectedBehavior, outputType, analysisContext: debugContext, generatedAt: new Date().toISOString(), aiProvider: providerName, }, usage: { ...result.usage, executionTime, provider: providerName, model: "ai-output-debugger", }, metadata: { toolName: "debug-ai-output", serverId: "neurolink-ai-core", sessionId: context.sessionId, timestamp: Date.now(), executionTime, }, }; } catch (error) { const executionTime = Date.now() - startTime; const errorMessage = error instanceof Error ? error.message : String(error); return { success: false, error: errorMessage, metadata: { toolName: "debug-ai-output", serverId: "neurolink-ai-core", sessionId: context.sessionId, timestamp: Date.now(), executionTime, }, }; } }, }; // Helper functions function extractFunctionName(code) { const match = code.match(/function\s+(\w+)|const\s+(\w+)\s*=|(\w+)\s*\(/); return match ? match[1] || match[2] || match[3] || "processData" : "processData"; } function simulateRefactoring(code, objectives, styleGuide) { // Simulate basic refactoring let refactored = code; if (objectives.includes("readability")) { refactored = refactored.replace(/([a-z])([A-Z])/g, "$1 $2"); } if (objectives.includes("dry-principle")) { refactored = `// Extracted common functionality\nconst CONSTANTS = { MAX_RETRIES: 3, TIMEOUT: 5000 };\n\n${refactored}`; } return refactored; } // REMOVED: Tool exports disabled to prevent provider conflicts // const aiWorkflowTools = [ // generateTestCasesTool, // refactorCodeTool, // generateDocumentationTool, // debugAIOutputTool, // ]; // REMOVED: Schema exports disabled // const workflowToolSchemas = { // "generate-test-cases": generateTestCasesSchema, // "refactor-code": refactorCodeSchema, // "generate-documentation": generateDocumentationSchema, // "debug-ai-output": debugAIOutputSchema, // };