Smart Coding MCP

import fs from "fs/promises"; import path from "path"; import { FILE_TYPE_MAP, IGNORE_PATTERNS } from "./ignore-patterns.js"; export class ProjectDetector { constructor(searchDirectory) { this.searchDirectory = searchDirectory; this.detectedTypes = new Set(); } async detectProjectTypes() { const markerFiles = Object.keys(FILE_TYPE_MAP); for (const marker of markerFiles) { // Handle wildcard patterns like *.csproj if (marker.includes('*')) { await this.detectWithWildcard(marker); } else { await this.detectExactFile(marker); } } return Array.from(this.detectedTypes); } async detectExactFile(markerFile) { const markerPath = path.join(this.searchDirectory, markerFile); try { await fs.access(markerPath); const projectType = FILE_TYPE_MAP[markerFile]; this.detectedTypes.add(projectType); console.error(`[Detector] Detected ${projectType} project (${markerFile})`); } catch { // File doesn't exist, continue } } async detectWithWildcard(pattern) { try { const files = await fs.readdir(this.searchDirectory); const regex = new RegExp('^' + pattern.replace('*', '.*') + '$'); for (const file of files) { if (regex.test(file)) { const projectType = FILE_TYPE_MAP[pattern]; this.detectedTypes.add(projectType); console.error(`[Detector] Detected ${projectType} project (${file})`); break; } } } catch { // Directory read failed, continue } } getSmartIgnorePatterns() { const patterns = [...IGNORE_PATTERNS.common]; for (const type of this.detectedTypes) { if (IGNORE_PATTERNS[type]) { patterns.push(...IGNORE_PATTERNS[type]); } } // Remove duplicates return [...new Set(patterns)]; } getSummary() { return { detectedTypes: Array.from(this.detectedTypes), patternCount: this.getSmartIgnorePatterns().length }; } }