#!/usr/bin/env node /** * @script audit-tasks-folders * @summary Audit tasks folders, optionally normalize report locations, and optionally apply audit recommendations with conflict-safe moves. * @owner docs * @scope tools/scripts, tasks * * @usage * node tools/scripts/audit-tasks-folders.js * node tools/scripts/audit-tasks-folders.js --dry-run * node tools/scripts/audit-tasks-folders.js --apply * node tools/scripts/audit-tasks-folders.js --apply-recommendations --recommendation-scope full * node tools/scripts/audit-tasks-folders.js --folders plan,reports,report * * @inputs * --apply Perform report/report(s) normalization moves in addition to writing audits. * --dry-run Write audits and planned move actions without mutating files. * --apply-recommendations Apply move/delete recommendations from existing audit reports. * --recommendation-scope full|targeted Recommendation application scope (default: full). * --conflict-policy pause Conflict handling policy for recommendation application (default: pause). * --audit-output-dir Directory for audit markdown outputs (default: tasks/reports/repo-ops). * --folders Comma-separated folder subset (for example: plan,reports,report,plan/reports). * * @outputs * - tasks/reports/repo-ops/*_audit.md (one report per audited folder, plus tasks_root_audit.md) * - File moves/deletes in tasks/reports + tasks/report when --apply is set * - tasks/reports/repo-ops/recommendation-apply-summary.json when --apply-recommendations is set (non dry-run) * - tasks/reports/repo-ops/recommendation-conflicts.md when conflicts exist (non dry-run) * * @exit-codes * 0 = audit/report generation succeeded * 1 = invalid arguments or runtime failure * * @examples * node tools/scripts/audit-tasks-folders.js --dry-run * node tools/scripts/audit-tasks-folders.js --apply * node tools/scripts/audit-tasks-folders.js --apply-recommendations --dry-run --recommendation-scope full * node tools/scripts/audit-tasks-folders.js --folders tasks/plan/reports,tasks/report * * @notes * Reports are overwritten on each run and include timestamped headers. Excludes tasks/context_data and any _contextData_ subtree. */ const fs = require('fs'); const path = require('path'); const crypto = require('crypto'); const REPO_ROOT = process.cwd(); const TASKS_ROOT = path.join(REPO_ROOT, 'tasks'); const TOOL_SCRIPTS_ROOT = path.join(REPO_ROOT, 'tools', 'scripts'); const AUDIT_FILE_SUFFIX = '_audit.md'; const DEFAULT_AUDIT_OUTPUT_DIR = 'tasks/reports/repo-ops'; const RECOMMENDATION_SUMMARY_PATH = 'tasks/reports/repo-ops/recommendation-apply-summary.json'; const RECOMMENDATION_CONFLICTS_PATH = 'tasks/reports/repo-ops/recommendation-conflicts.md'; const PATH_EXCLUSIONS = ['/tasks/context_data/', '/_contextData_/']; const BINARY_EXTENSIONS = new Set([ '.png', '.jpg', '.jpeg', '.gif', '.webp', '.svg', '.pdf', '.zip', '.gz', '.mp4', '.mov', '.avi', '.ico' ]); const AUTOGEN_FORCE_TRUE = new Set([ 'tasks/reports/repo-ops/SCRIPT_AUDIT.json', 'tasks/reports/page-audits/browser-test-report.json', 'tasks/reports/repo-ops/component-usage-audit.json', 'tasks/reports/comprehensive-v2-pages-browser-audit.json', 'tasks/reports/page-audit-1771297377437.json' ]); const AUTOGEN_FORCE_FALSE = new Set([ 'tasks/reports/readme-refactor-plan.md', 'tasks/reports/non-technical-contribution-proposal.md', 'tasks/reports/livepeer-docs-v2-retrospective-submission-draft.md', 'tasks/reports/pr-754-summary.md', 'tasks/reports/upstream-merge-plan.md', 'tasks/reports/repository-ruleset.md', 'tasks/reports/repository-structure-audit.md', 'tasks/reports/repository-audit-summary.md', 'tasks/reports/retrospective-claims-verification-2026-02-18.md' ]); const USEFUL_FORCE_FALSE = new Set([ 'tasks/test-delete-me.md', 'tasks/plan/NEW-LIST.md', 'tasks/plan/create-github-issue-templates.md', 'tasks/reports/COMPONENT_USAGE_AUDIT_REPORT' ]); const USEFUL_FORCE_TRUE = new Set([ 'tasks/errors/component-bugs.md', 'tasks/errors/component-verification-report.md', 'tasks/errors/component-recommendations.md', 'tasks/errors/testing-methodology.md' ]); const ROOT_DESTINATION_OVERRIDES = new Map([ ['tasks/DRY-and-cleaner-recommendations.md', 'tasks/plan/rfp/DRY-and-cleaner-recommendations.md'], ['tasks/DRY-tasks-feasibility-report.md', 'tasks/plan/rfp/DRY-tasks-feasibility-report.md'], ['tasks/LIVEPEER-STUDIO-GAPS-AND-VERACITY.md', 'tasks/plan/rfp/LIVEPEER-STUDIO-GAPS-AND-VERACITY.md'], ['tasks/LIVEPEER-STUDIO-V1-INVENTORY-AND-IA.md', 'tasks/plan/rfp/LIVEPEER-STUDIO-V1-INVENTORY-AND-IA.md'], ['tasks/docs-v2-rfp-task-list-and-plan.md', 'tasks/plan/rfp/docs-v2-rfp-task-list-and-plan.md'], ['tasks/non-essential-tasks-audit-for-ai-and-community.md', 'tasks/plan/rfp/non-essential-tasks-audit-for-ai-and-community.md'], ['tasks/MDX-ERRORS-AND-FIXES-REPORT.md', 'tasks/errors/MDX-ERRORS-AND-FIXES-REPORT.md'], ['tasks/script-index.md', 'tasks/scripts/script-index.md'], ['tasks/test-delete-me.md', 'tasks/plan/archived/test-delete-me.md'] ]); function usage() { console.log( [ 'Usage:', ' node tools/scripts/audit-tasks-folders.js [--dry-run] [--apply] [--apply-recommendations] [--recommendation-scope full|targeted] [--conflict-policy pause] [--audit-output-dir ] [--folders ]', '', 'Examples:', ' node tools/scripts/audit-tasks-folders.js', ' node tools/scripts/audit-tasks-folders.js --dry-run', ' node tools/scripts/audit-tasks-folders.js --apply', ' node tools/scripts/audit-tasks-folders.js --apply-recommendations --recommendation-scope full', ' node tools/scripts/audit-tasks-folders.js --apply-recommendations --dry-run --recommendation-scope full', ' node tools/scripts/audit-tasks-folders.js --folders plan,reports,report' ].join('\n') ); } function parseArgs(argv) { const options = { apply: false, dryRun: false, applyRecommendations: false, recommendationScope: 'full', conflictPolicy: 'pause', foldersArg: '', auditOutputDir: DEFAULT_AUDIT_OUTPUT_DIR }; for (let i = 0; i < argv.length; i += 1) { const token = argv[i]; if (token === '--apply') { options.apply = true; continue; } if (token === '--dry-run') { options.dryRun = true; continue; } if (token === '--apply-recommendations') { options.applyRecommendations = true; continue; } if (token === '--recommendation-scope') { options.recommendationScope = String(argv[i + 1] || '').trim() || options.recommendationScope; i += 1; continue; } if (token.startsWith('--recommendation-scope=')) { options.recommendationScope = token.slice('--recommendation-scope='.length).trim() || options.recommendationScope; continue; } if (token === '--conflict-policy') { options.conflictPolicy = String(argv[i + 1] || '').trim() || options.conflictPolicy; i += 1; continue; } if (token.startsWith('--conflict-policy=')) { options.conflictPolicy = token.slice('--conflict-policy='.length).trim() || options.conflictPolicy; continue; } if (token === '--audit-output-dir') { options.auditOutputDir = String(argv[i + 1] || '').trim() || options.auditOutputDir; i += 1; continue; } if (token.startsWith('--audit-output-dir=')) { options.auditOutputDir = token.slice('--audit-output-dir='.length).trim() || options.auditOutputDir; continue; } if (token === '--folders') { options.foldersArg = String(argv[i + 1] || '').trim(); i += 1; continue; } if (token.startsWith('--folders=')) { options.foldersArg = token.slice('--folders='.length).trim(); continue; } console.error(`Unknown argument: ${token}`); usage(); process.exit(1); } if (options.apply && options.dryRun && !options.applyRecommendations) { console.error('Use either --apply or --dry-run, not both.'); process.exit(1); } if (!['full', 'targeted'].includes(options.recommendationScope)) { console.error(`Invalid --recommendation-scope: ${options.recommendationScope}`); usage(); process.exit(1); } if (options.conflictPolicy !== 'pause') { console.error(`Invalid --conflict-policy: ${options.conflictPolicy}. Only "pause" is supported.`); usage(); process.exit(1); } return options; } function normalizeRepoPath(value) { return String(value || '').split(path.sep).join('/'); } function trimLeadingDotSlash(value) { return String(value || '').replace(/^[.][/\\]+/, ''); } function normalizeCliRepoPath(inputPath) { const raw = String(inputPath || '').trim(); if (!raw) return ''; let repoPath = raw; if (path.isAbsolute(raw)) { const rel = path.relative(REPO_ROOT, raw); if (rel.startsWith('..')) { throw new Error(`Path outside repository is not allowed: ${raw}`); } repoPath = rel; } return normalizeRepoPath(trimLeadingDotSlash(repoPath)); } function normalizeAuditOutputDir(inputPath) { const repoPath = normalizeCliRepoPath(inputPath || DEFAULT_AUDIT_OUTPUT_DIR); if (!repoPath) return DEFAULT_AUDIT_OUTPUT_DIR; if (!repoPath.startsWith('tasks')) { throw new Error(`--audit-output-dir must resolve under tasks/: ${repoPath}`); } return repoPath; } function repoPathFromAbs(absPath) { return normalizeRepoPath(path.relative(REPO_ROOT, absPath)); } function absPathFromRepo(repoPath) { return path.join(REPO_ROOT, repoPath); } function isExcludedPath(repoPath) { const normalized = `/${normalizeRepoPath(repoPath)}/`; return PATH_EXCLUSIONS.some((needle) => normalized.includes(needle)); } function isGeneratedAuditFile(repoPath) { const normalized = normalizeRepoPath(repoPath); return normalized.startsWith('tasks/') && path.basename(normalized).endsWith(AUDIT_FILE_SUFFIX); } function safeReadFileBuffer(absPath) { try { return fs.readFileSync(absPath); } catch (_err) { return Buffer.from(''); } } function safeReadText(absPath) { try { return fs.readFileSync(absPath, 'utf8'); } catch (_err) { return ''; } } function sha256(buffer) { return crypto.createHash('sha256').update(buffer).digest('hex'); } function lineCount(text) { if (!text) return 0; return text.split('\n').length; } function getFileMetadata(absPath) { const repoPath = repoPathFromAbs(absPath); const ext = path.extname(repoPath).toLowerCase(); const stat = fs.statSync(absPath); const buffer = safeReadFileBuffer(absPath); const isBinaryByExt = BINARY_EXTENSIONS.has(ext); const hasNullBytes = buffer.includes(0); const text = !isBinaryByExt && !hasNullBytes ? safeReadText(absPath) : ''; return { absPath, repoPath, dirRepoPath: normalizeRepoPath(path.dirname(repoPath)), basename: path.basename(repoPath), ext, sizeBytes: stat.size, mtime: stat.mtime.toISOString(), sha256: sha256(buffer), text, textLower: text.toLowerCase(), lineCount: lineCount(text), sample: text.slice(0, 60000), sampleLower: text.slice(0, 60000).toLowerCase(), isBinary: isBinaryByExt || hasNullBytes }; } function walkDirectory(rootAbsPath, onDir, onFile) { const entries = fs.readdirSync(rootAbsPath, { withFileTypes: true }); for (const entry of entries) { const abs = path.join(rootAbsPath, entry.name); const repo = repoPathFromAbs(abs); if (isExcludedPath(repo)) { continue; } if (entry.isDirectory()) { onDir(abs, repo); walkDirectory(abs, onDir, onFile); } else if (entry.isFile()) { if (isGeneratedAuditFile(repo)) continue; onFile(abs, repo); } } } function scanTasksTree() { if (!fs.existsSync(TASKS_ROOT) || !fs.statSync(TASKS_ROOT).isDirectory()) { throw new Error('tasks directory not found in current workspace'); } const folders = new Set(); const files = []; walkDirectory( TASKS_ROOT, (_abs, repo) => { if (normalizeRepoPath(repo) !== 'tasks') { folders.add(normalizeRepoPath(repo)); } }, (abs, _repo) => { files.push(getFileMetadata(abs)); } ); return { folders: [...folders].sort(), files: files.sort((a, b) => a.repoPath.localeCompare(b.repoPath)) }; } function scanToolsScripts() { if (!fs.existsSync(TOOL_SCRIPTS_ROOT)) return []; const files = []; function walk(absDir) { const entries = fs.readdirSync(absDir, { withFileTypes: true }); for (const entry of entries) { const abs = path.join(absDir, entry.name); const repo = repoPathFromAbs(abs); if (entry.isDirectory()) { if (repo.includes('/node_modules/') || repo.includes('/.git/')) continue; walk(abs); continue; } if (!entry.isFile()) continue; files.push(getFileMetadata(abs)); } } walk(TOOL_SCRIPTS_ROOT); return files.sort((a, b) => a.repoPath.localeCompare(b.repoPath)); } function buildDuplicateIndexes(files) { const byHash = new Map(); for (const file of files) { if (!byHash.has(file.sha256)) byHash.set(file.sha256, []); byHash.get(file.sha256).push(file.repoPath); } for (const [hash, paths] of byHash.entries()) { byHash.set(hash, paths.sort()); } return byHash; } function canonicalPathScore(repoPath) { const p = normalizeRepoPath(repoPath); if (p.startsWith('tasks/reports/')) return 10; if (p.startsWith('tasks/errors/')) return 20; if (p.startsWith('tasks/plan/complete/')) return 30; if (p.startsWith('tasks/plan/')) return 40; if (p.startsWith('tasks/report/')) return 50; return 60; } function buildCanonicalByHash(duplicateByHash) { const canonicalByHash = new Map(); for (const [hash, paths] of duplicateByHash.entries()) { const canonical = [...paths].sort((a, b) => { const scoreA = canonicalPathScore(a); const scoreB = canonicalPathScore(b); if (scoreA !== scoreB) return scoreA - scoreB; if (a.length !== b.length) return a.length - b.length; return a.localeCompare(b); })[0]; canonicalByHash.set(hash, canonical); } return canonicalByHash; } function buildContext() { const tree = scanTasksTree(); const toolsScripts = scanToolsScripts(); const duplicateByHash = buildDuplicateIndexes(tree.files); const canonicalByHash = buildCanonicalByHash(duplicateByHash); const fileByRepoPath = new Map(tree.files.map((file) => [file.repoPath, file])); const toolsByRepoPath = new Map(toolsScripts.map((file) => [file.repoPath, file])); const planCompleteBasenames = new Set( tree.files .filter((file) => file.dirRepoPath === 'tasks/plan/complete') .map((file) => file.basename) ); return { generatedAt: new Date().toISOString(), folders: tree.folders, files: tree.files, fileByRepoPath, toolsScripts, toolsByRepoPath, duplicateByHash, canonicalByHash, planCompleteBasenames }; } function shouldClassifyAsAutogenerated(file) { if (AUTOGEN_FORCE_TRUE.has(file.repoPath)) { return { value: true, reasons: ['forced true override'] }; } if (AUTOGEN_FORCE_FALSE.has(file.repoPath)) { return { value: false, reasons: ['forced false override'] }; } let score = 0; const reasons = []; const name = file.basename.toLowerCase(); const ext = file.ext; if (ext === '.json' || ext === '.log') { score += 3; reasons.push(`extension ${ext}`); } if ( /(audit|report|status|summary|queue|timeline|navigation-report|pages-to-test|browser-test|page-audit|diff-report|script_audit)/i.test( name ) ) { score += 1; reasons.push('report-like filename'); } if (/(\d{13}|20\d{2}-\d{2}-\d{2}t\d{2}[-:]\d{2}[-:]\d{2}|20\d{2}-\d{2}-\d{2})/i.test(name)) { score += 1; reasons.push('timestamp-like filename'); } if ( /(^|\n)\s*(generated|generated:|generated at|timestamp|run metadata|audit started at|audit completed at)\b/i.test( file.sample ) ) { score += 1; reasons.push('generation marker in content'); } if (file.lineCount > 3000) { score += 1; reasons.push('very high line count'); } if (file.repoPath.startsWith('tasks/reports/') && file.ext === '.json') { score += 2; reasons.push('json report in tasks/reports'); } if (name.includes('plan') && !name.includes('audit')) { score -= 2; reasons.push('plan-like filename'); } return { value: score >= 3, reasons }; } function shouldClassifyAsUseful(file, context, autogenerated) { if (USEFUL_FORCE_TRUE.has(file.repoPath)) { return { value: true, stalePathRef: false, reasons: ['forced true override'] }; } if (USEFUL_FORCE_FALSE.has(file.repoPath)) { return { value: false, stalePathRef: false, reasons: ['forced false override'] }; } const reasons = []; let useful = true; const stalePathRef = /tasks\/plan|tasks\/PLAN|docs\/PLAN/i.test(file.sample); if (file.sizeBytes === 0) { useful = false; reasons.push('empty file'); } if (/fatal:\s+path .* does not exist/i.test(file.sample)) { useful = false; reasons.push('captured git fatal output'); } if (/^\s*Files deleted from LOCAL branch root:/i.test(file.sample)) { useful = false; reasons.push('partial ad-hoc deletion output'); } const duplicatePaths = context.duplicateByHash.get(file.sha256) || []; const canonical = context.canonicalByHash.get(file.sha256); if (duplicatePaths.length > 1 && canonical && canonical !== file.repoPath) { useful = false; reasons.push(`duplicate of ${canonical}`); } if (file.repoPath.startsWith('tasks/scripts/') && stalePathRef) { useful = false; reasons.push('stale tasks/PLAN path in script'); } if (autogenerated.value && file.sizeBytes > 12 * 1024 * 1024) { useful = false; reasons.push('large generated artifact'); } if (stalePathRef) reasons.push('stale tasks/PLAN or docs/PLAN reference'); if (reasons.length === 0) reasons.push('no high-risk signals detected'); return { value: useful, stalePathRef, reasons }; } function shouldLiveInErrors(file) { if (file.repoPath.startsWith('tasks/errors/')) { return { value: true, reasons: ['already in tasks/errors'] }; } const scoreSignals = [ /\b(error|errors|bug|bugs|failure|failed|stack|trace|exception)\b/g, /\bfix(es)?\b/g, /\btriage|root cause|repro|verification\b/g ]; let score = 0; const reasons = []; for (const signal of scoreSignals) { const hits = file.sampleLower.match(signal); if (hits && hits.length) { score += Math.min(2, hits.length); reasons.push(`${hits.length}x ${String(signal)}`); } } const isLikelyPlanningDoc = /\b(plan|proposal|rfp|retrospective|summary)\b/.test(file.basename.toLowerCase()); if (isLikelyPlanningDoc) { score -= 1; reasons.push('planning/summary title signal'); } return { value: score >= 3, reasons }; } function classifyPlanBucket(file, context, usefulness) { if (!file.repoPath.startsWith('tasks/plan/')) { return { bucket: 'archive', destination: 'tasks/plan/archived', reason: 'non-plan file fallback' }; } if (file.repoPath.startsWith('tasks/plan/archived/')) { return { bucket: 'archive', destination: 'tasks/plan/archived', reason: 'already archived' }; } if (file.repoPath.startsWith('tasks/plan/complete/')) { return { bucket: 'complete', destination: 'tasks/plan/complete', reason: 'already complete' }; } if (file.repoPath.startsWith('tasks/plan/migration/')) { return { bucket: 'migration', destination: 'tasks/plan/migration', reason: 'already migration' }; } if (file.repoPath.startsWith('tasks/plan/rfp/')) { return { bucket: 'rfp', destination: 'tasks/plan/rfp', reason: 'already rfp' }; } const basename = file.basename; if (file.repoPath.startsWith('tasks/plan/errors/')) { const canonicalTarget = `tasks/errors/${basename}`; const canonicalFile = context.fileByRepoPath.get(canonicalTarget); if (usefulness.value && canonicalFile && canonicalFile.sha256 !== file.sha256) { return { bucket: 'archive', destination: canonicalTarget, reason: 'useful but conflicts with existing tasks/errors file (manual review)' }; } if (usefulness.value && !canonicalFile) { return { bucket: 'archive', destination: canonicalTarget, reason: 'plan/errors folder invalid; move useful file to tasks/errors' }; } return { bucket: 'archive', destination: `tasks/plan/archived/${basename}`, reason: 'not useful or duplicate canonical errors file' }; } if (file.repoPath.startsWith('tasks/plan/reports/')) { const canonicalTarget = `tasks/reports/${basename}`; const canonicalFile = context.fileByRepoPath.get(canonicalTarget); if (usefulness.value && canonicalFile && canonicalFile.sha256 !== file.sha256) { return { bucket: 'archive', destination: canonicalTarget, reason: 'useful but conflicts with existing tasks/reports file (manual review)' }; } if (usefulness.value && !canonicalFile) { return { bucket: 'archive', destination: canonicalTarget, reason: 'plan/reports folder invalid; move useful file to tasks/reports' }; } return { bucket: 'archive', destination: `tasks/plan/archived/${basename}`, reason: 'not useful or duplicate canonical report file' }; } if (context.planCompleteBasenames.has(basename)) { return { bucket: 'complete', destination: `tasks/plan/complete/${basename}`, reason: 'duplicate task already present in complete' }; } if (!usefulness.value) { return { bucket: 'archive', destination: `tasks/plan/archived/${basename}`, reason: 'empty/corrupt/obsolete signal' }; } if (/(migration|reorg|structure|cleanup|validation|phase)/i.test(basename) || /migration/i.test(file.sample)) { return { bucket: 'migration', destination: `tasks/plan/migration/${basename}`, reason: 'migration/structure signal' }; } if (/(rfp|stakeholder|forum|ownership|goals|contribution|task-\d+|README|TEMPLATE)/i.test(basename)) { return { bucket: 'rfp', destination: `tasks/plan/rfp/${basename}`, reason: 'rfp/strategy signal' }; } return { bucket: 'rfp', destination: `tasks/plan/rfp/${basename}`, reason: 'default planning bucket' }; } function getHeaderTag(text, tagName) { const re = new RegExp(`\\${tagName}\\s+(.+)`); const match = text.match(re); return match ? String(match[1] || '').trim() : ''; } function normalizeNameTokens(value) { return String(value || '') .toLowerCase() .replace(/\.[a-z0-9]+$/i, '') .split(/[^a-z0-9]+/) .filter(Boolean); } function inferScriptFamily(file) { const name = file.basename.toLowerCase(); const text = file.sampleLower; if (/component.*usage/.test(name) || /component usage/.test(text)) return 'component-usage-audit'; if (/(audit|test|verify).*all.*pages|audit-all-v2-pages|test-all-pages|verify-all-pages/.test(name)) return 'all-pages-audit'; if (/run-audit|audit-python|audit-minimal|test-audit/.test(name)) return 'audit-runner'; if (/readme/.test(name)) return 'readme'; return 'other'; } function inferScriptPurpose(file) { const specificPurposeByName = new Map([ ['audit-all-pages.js', 'Comprehensive v2 pages audit with file checks, link checks, and browser validation.'], ['audit-all-pages-simple.js', 'Fast v2 pages audit with file/link checks and report generation (no full browser pass).'], ['audit-minimal.js', 'Minimal smoke audit that validates docs.json access and checks a subset of pages.'], ['audit-python.py', 'Python implementation of v2 pages audit with JSON/Markdown report output.'], ['audit-component-usage.js', 'Component usage inventory across snippets/components, v2 pages, and component docs.'], ['run-audit.sh', 'Shell wrapper to launch legacy simple audit commands and list resulting outputs.'], ['run-audit-direct.sh', 'Shell wrapper for legacy Python audit and log capture.'], ['run-audit-now.js', 'Node wrapper to execute comprehensive audit script immediately and mark run status.'], ['test-audit.js', 'Sanity check for docs.json parsing and basic audit preconditions.'], ['README.md', 'Tasks/scripts local README and script index anchor.'] ]); if (specificPurposeByName.has(file.basename)) { return specificPurposeByName.get(file.basename); } const summary = getHeaderTag(file.sample, '@summary'); if (summary && !/Utility script for/i.test(summary)) { return summary; } if (/puppeteer/.test(file.sampleLower)) return 'Browser-based validation script.'; if (/docs\.json/.test(file.sampleLower)) return 'docs.json-driven audit script.'; return 'General task script.'; } function buildToolScriptDescriptors(context) { return context.toolsScripts.map((toolFile) => { const nameTokens = normalizeNameTokens(toolFile.basename); const family = inferScriptFamily(toolFile); return { repoPath: toolFile.repoPath, sha256: toolFile.sha256, basename: toolFile.basename, tokens: new Set(nameTokens), family }; }); } function analyzeTaskScript(file, context, toolDescriptors) { const nameTokens = normalizeNameTokens(file.basename); const family = inferScriptFamily(file); const stalePlanPaths = /tasks\/plan|tasks\/PLAN|docs\/PLAN/.test(file.sample); const exactDuplicates = []; const purposeOverlap = []; for (const tool of toolDescriptors) { if (tool.sha256 === file.sha256 || tool.basename === file.basename) { exactDuplicates.push(tool.repoPath); continue; } if (tool.family === family && family !== 'other') { purposeOverlap.push(tool.repoPath); continue; } const overlap = [...tool.tokens].filter((token) => nameTokens.includes(token)); const overlapRatio = overlap.length / Math.max(1, new Set([...tool.tokens, ...nameTokens]).size); if (overlapRatio >= 0.45 && overlap.length >= 2) { purposeOverlap.push(tool.repoPath); } } const dedupedExact = [...new Set(exactDuplicates)].sort(); const dedupedOverlap = [...new Set(purposeOverlap)].sort(); let recommendation = 'keep in tasks/scripts'; const reasons = []; if (file.basename.toLowerCase() === 'readme.md') { recommendation = 'keep in tasks/scripts'; reasons.push('folder-level README'); } else if (dedupedExact.length > 0) { recommendation = 'archive'; reasons.push('exact duplicate by hash/basename in tools/scripts'); } else if (stalePlanPaths && dedupedOverlap.length > 0) { recommendation = 'archive'; reasons.push('stale tasks/PLAN reference and overlapping tools/scripts purpose'); } else if (dedupedOverlap.length > 0) { recommendation = 'move to tools/scripts'; reasons.push('purpose overlap with tools/scripts family'); } else if (stalePlanPaths) { recommendation = 'archive'; reasons.push('stale tasks/PLAN reference'); } else { recommendation = 'keep in tasks/scripts'; reasons.push('no overlap or deprecation signal'); } return { usedFor: inferScriptPurpose(file), stalePlanPaths, exactDuplicates: dedupedExact, purposeOverlap: dedupedOverlap, recommendation, reasons }; } function determineRootDestination(file, shouldErrors, usefulness) { if (ROOT_DESTINATION_OVERRIDES.has(file.repoPath)) { return ROOT_DESTINATION_OVERRIDES.get(file.repoPath); } if (!usefulness.value) return `tasks/plan/archived/${file.basename}`; if (shouldErrors.value) return `tasks/errors/${file.basename}`; const lower = file.basename.toLowerCase(); if (/(rfp|plan|inventory|feasibility|recommendations|gaps|studio|non-essential|dry)/.test(lower)) { return `tasks/plan/rfp/${file.basename}`; } if (/(report|audit|summary|verification|analysis)/.test(lower)) { return `tasks/reports/_legacy-unmanaged/${file.basename}`; } if (lower.includes('error')) { return `tasks/errors/${file.basename}`; } if (lower.includes('script')) { return `tasks/scripts/${file.basename}`; } return `tasks/plan/archived/${file.basename}`; } function toMarkdownBool(value) { return value ? 'yes' : 'no'; } function compactText(value, max = 180) { const text = String(value || '').replace(/\s+/g, ' ').trim(); if (text.length <= max) return text; return `${text.slice(0, max - 3)}...`; } function escapeMarkdownCell(value) { return String(value == null ? '' : value) .replace(/\|/g, '\\|') .replace(/\n/g, '
'); } function renderMarkdownTable(headers, rows) { if (!rows.length) { return '_No files in scope._'; } const headerRow = `| ${headers.map(escapeMarkdownCell).join(' | ')} |`; const divider = `| ${headers.map(() => '---').join(' | ')} |`; const body = rows.map((row) => `| ${row.map(escapeMarkdownCell).join(' | ')} |`).join('\n'); return [headerRow, divider, body].join('\n'); } function buildAuditSummaryLines(headers, rows) { const lines = [`- Rows: ${rows.length}`]; if (!rows.length) return lines; const summaryColumns = ['Bucket', 'Recommendation', 'AutoGenerated', 'Still Useful', 'Should Live in errors']; for (const columnName of summaryColumns) { const idx = headers.findIndex((header) => header === columnName); if (idx === -1) continue; const counts = new Map(); for (const row of rows) { const key = String(row[idx] || '').trim() || '(blank)'; counts.set(key, (counts.get(key) || 0) + 1); } const compact = [...counts.entries()] .sort((a, b) => a[0].localeCompare(b[0])) .map(([key, count]) => `${key}: ${count}`) .join(', '); lines.push(`- ${columnName}: ${compact}`); } return lines; } function folderAuditFilePath(folderRepoPath, auditOutputDirRepoPath) { const relative = normalizeRepoPath(folderRepoPath).replace(/^tasks\//, ''); const filename = `${relative.replace(/\//g, '_')}${AUDIT_FILE_SUFFIX}`; return absPathFromRepo(path.join(auditOutputDirRepoPath, filename)); } function rootAuditFilePath(auditOutputDirRepoPath) { return absPathFromRepo(path.join(auditOutputDirRepoPath, 'tasks_root_audit.md')); } function listLegacyRootAuditRepoPaths() { if (!fs.existsSync(TASKS_ROOT)) return []; const entries = fs.readdirSync(TASKS_ROOT, { withFileTypes: true }); return entries .filter((entry) => entry.isFile() && entry.name.endsWith(AUDIT_FILE_SUFFIX)) .map((entry) => normalizeRepoPath(path.join('tasks', entry.name))) .sort(); } function resolveExistingReportPath(reportRepoPath, auditOutputDirRepoPath) { const rootAbs = absPathFromRepo(reportRepoPath); if (fs.existsSync(rootAbs)) return rootAbs; const fileName = path.basename(reportRepoPath); const altRepoPath = normalizeRepoPath(path.join(auditOutputDirRepoPath, fileName)); const altAbs = absPathFromRepo(altRepoPath); if (fs.existsSync(altAbs)) return altAbs; return rootAbs; } function ensureDirectory(absDirPath, applyChanges, actions) { if (fs.existsSync(absDirPath)) return; const repoPath = repoPathFromAbs(absDirPath); actions.push({ kind: 'mkdir', source: '', target: repoPath, note: 'ensure reports/ungenerated exists' }); if (applyChanges) { fs.mkdirSync(absDirPath, { recursive: true }); } } function splitNameAndExt(repoPath) { const ext = path.extname(repoPath); const base = repoPath.slice(0, repoPath.length - ext.length); return { base, ext }; } function makeUniquePath(targetRepoPath, suffix, existingMap) { const { base, ext } = splitNameAndExt(targetRepoPath); let candidate = `${base}${suffix}${ext}`; let index = 2; while (existingMap.has(candidate)) { candidate = `${base}${suffix}-${index}${ext}`; index += 1; } return candidate; } function planReportsNormalizationActions(context) { const actions = []; const virtual = new Map(); for (const file of context.files) { if (file.repoPath.startsWith('tasks/reports/') || file.repoPath.startsWith('tasks/report/')) { virtual.set(file.repoPath, file.sha256); } } const reportsRootFiles = context.files .filter((file) => file.dirRepoPath === 'tasks/reports') .sort((a, b) => a.repoPath.localeCompare(b.repoPath)); const reportLegacyFiles = context.files .filter((file) => file.dirRepoPath === 'tasks/report') .sort((a, b) => a.repoPath.localeCompare(b.repoPath)); for (const file of reportsRootFiles) { const autogenerated = shouldClassifyAsAutogenerated(file); if (autogenerated.value) continue; const targetBase = `tasks/reports/_legacy-unmanaged/${file.basename}`; const sourceHash = virtual.get(file.repoPath); const targetHash = virtual.get(targetBase); if (!targetHash) { actions.push({ kind: 'move', source: file.repoPath, target: targetBase, note: 'reports root non-autogenerated -> reports/ungenerated' }); virtual.delete(file.repoPath); virtual.set(targetBase, sourceHash); continue; } if (targetHash === sourceHash) { actions.push({ kind: 'delete', source: file.repoPath, target: targetBase, note: 'duplicate non-autogenerated report file (same hash)' }); virtual.delete(file.repoPath); continue; } const altTarget = makeUniquePath(targetBase, '-from-reports', virtual); actions.push({ kind: 'move', source: file.repoPath, target: altTarget, note: 'conflicting non-autogenerated report file from reports root' }); virtual.delete(file.repoPath); virtual.set(altTarget, sourceHash); } for (const file of reportLegacyFiles) { const autogenerated = shouldClassifyAsAutogenerated(file); const targetDir = autogenerated.value ? 'tasks/reports' : 'tasks/reports/_legacy-unmanaged'; const targetBase = `${targetDir}/${file.basename}`; const sourceHash = virtual.get(file.repoPath); const targetHash = virtual.get(targetBase); if (!targetHash) { actions.push({ kind: 'move', source: file.repoPath, target: targetBase, note: 'legacy tasks/report normalization' }); virtual.delete(file.repoPath); virtual.set(targetBase, sourceHash); continue; } if (targetHash === sourceHash) { actions.push({ kind: 'delete', source: file.repoPath, target: targetBase, note: 'legacy report duplicate (same hash)' }); virtual.delete(file.repoPath); continue; } const altTarget = makeUniquePath(targetBase, '-from-report', virtual); actions.push({ kind: 'move', source: file.repoPath, target: altTarget, note: 'legacy report conflict, suffixed destination' }); virtual.delete(file.repoPath); virtual.set(altTarget, sourceHash); } return actions; } function applyReportsNormalization(actions, applyChanges) { const results = []; const ungeneratedAbs = absPathFromRepo('tasks/reports/_legacy-unmanaged'); ensureDirectory(ungeneratedAbs, applyChanges, results); for (const action of actions) { if (!['move', 'delete'].includes(action.kind)) continue; const sourceAbs = absPathFromRepo(action.source); const targetAbs = action.target ? absPathFromRepo(action.target) : ''; const sourceExists = fs.existsSync(sourceAbs); if (!sourceExists) { results.push({ ...action, status: 'skipped', outcome: 'source missing' }); continue; } if (!applyChanges) { results.push({ ...action, status: 'planned', outcome: 'dry-run' }); continue; } if (action.kind === 'move') { fs.mkdirSync(path.dirname(targetAbs), { recursive: true }); fs.renameSync(sourceAbs, targetAbs); results.push({ ...action, status: 'applied', outcome: 'moved' }); continue; } fs.unlinkSync(sourceAbs); results.push({ ...action, status: 'applied', outcome: 'deleted duplicate' }); } return results; } function normalizeRecommendationRepoPath(value) { const raw = String(value || '').trim(); if (!raw) return ''; return normalizeRepoPath(trimLeadingDotSlash(raw)).replace(/\/+$/, ''); } function normalizeRecommendationDestination(sourceRepoPath, destinationRepoPath) { const source = normalizeRecommendationRepoPath(sourceRepoPath); let destination = normalizeRecommendationRepoPath(destinationRepoPath); if (!source || !destination) return ''; const folderOnlyBuckets = new Set(['tasks/plan/complete', 'tasks/plan/rfp', 'tasks/plan/migration', 'tasks/plan/archived']); if (destination.endsWith('/')) { const targetDir = destination.replace(/\/+$/, ''); if (source === targetDir || source.startsWith(`${targetDir}/`)) { return source; } destination = `${targetDir}/${path.basename(source)}`; } else if (folderOnlyBuckets.has(destination)) { if (source === destination || source.startsWith(`${destination}/`)) { return source; } destination = `${destination}/${path.basename(source)}`; } return destination; } function splitMarkdownTableRow(line) { const text = String(line || '').trim(); if (!text.startsWith('|')) return []; const cells = []; let current = ''; for (let i = 1; i < text.length; i += 1) { const ch = text[i]; const prev = text[i - 1]; if (ch === '|' && prev !== '\\') { cells.push(current.trim().replace(/\\\|/g, '|').replace(/
/g, '\n')); current = ''; continue; } current += ch; } if (current.length > 0 || !text.endsWith('|')) { cells.push(current.trim().replace(/\\\|/g, '|').replace(/
/g, '\n')); } return cells; } function isMarkdownDividerRow(cells) { return cells.length > 0 && cells.every((cell) => /^:?-{3,}:?$/.test(cell.trim())); } function parseFileRecommendationTable(markdownText) { const lines = String(markdownText || '').split('\n'); const sectionIndex = lines.findIndex((line) => line.trim() === '## File Recommendations'); let startSearch = sectionIndex >= 0 ? sectionIndex + 1 : 0; while (startSearch < lines.length && !lines[startSearch].trim().startsWith('|')) { startSearch += 1; } if (startSearch >= lines.length) { return { headers: [], rows: [] }; } const headerCells = splitMarkdownTableRow(lines[startSearch]); const normalizedHeaders = headerCells.map((header) => String(header || '').trim().toLowerCase()); const rows = []; for (let i = startSearch + 1; i < lines.length; i += 1) { const raw = lines[i].trim(); if (!raw.startsWith('|')) break; const cells = splitMarkdownTableRow(raw); if (!cells.length || isMarkdownDividerRow(cells)) continue; const row = {}; for (let j = 0; j < normalizedHeaders.length; j += 1) { row[normalizedHeaders[j]] = String(cells[j] || '').trim(); } rows.push(row); } return { headers: normalizedHeaders, rows }; } function readRecommendationReport(reportRepoPath, auditOutputDirRepoPath) { const resolvedAbsPath = resolveExistingReportPath(reportRepoPath, auditOutputDirRepoPath); const exists = fs.existsSync(resolvedAbsPath); if (!exists) { return { reportRepoPath, resolvedRepoPath: reportRepoPath, exists: false, headers: [], rows: [] }; } const content = safeReadText(resolvedAbsPath); const parsed = parseFileRecommendationTable(content); return { reportRepoPath, resolvedRepoPath: repoPathFromAbs(resolvedAbsPath), exists: true, headers: parsed.headers, rows: parsed.rows }; } function createRecommendationCandidate({ phaseId, phaseLabel, sourceRepoPath, targetRepoPath, recommendationSource, note }) { return { phaseId, phaseLabel, source: normalizeRecommendationRepoPath(sourceRepoPath), target: normalizeRecommendationRepoPath(targetRepoPath), recommendationSource: normalizeRepoPath(recommendationSource), note: String(note || '').trim() }; } function extractPathRecommendationCandidates(phaseId, phaseLabel, reportRepoPath, auditOutputDirRepoPath) { const report = readRecommendationReport(reportRepoPath, auditOutputDirRepoPath); const candidates = []; if (!report.exists) { return { report, candidates }; } for (const row of report.rows) { const source = normalizeRecommendationRepoPath(row.file); const destinationRaw = normalizeRecommendationRepoPath(row['recommended destination']); const destination = normalizeRecommendationDestination(source, destinationRaw); if (!source || !destination || source === destination) continue; candidates.push( createRecommendationCandidate({ phaseId, phaseLabel, sourceRepoPath: source, targetRepoPath: destination, recommendationSource: report.resolvedRepoPath, note: 'audit recommended destination' }) ); } return { report, candidates }; } function extractScriptRecommendationCandidates(phaseId, phaseLabel, reportRepoPath, auditOutputDirRepoPath) { const report = readRecommendationReport(reportRepoPath, auditOutputDirRepoPath); const candidates = []; if (!report.exists) { return { report, candidates }; } for (const row of report.rows) { const source = normalizeRecommendationRepoPath(row.file); const recommendation = String(row.recommendation || '').trim().toLowerCase(); if (!source || !recommendation) continue; let destination = ''; if (recommendation.startsWith('move to tools/scripts')) { destination = normalizeRecommendationRepoPath(`tools/scripts/${path.basename(source)}`); } else if (recommendation.startsWith('archive')) { destination = normalizeRecommendationRepoPath(`tasks/plan/archived/scripts/${path.basename(source)}`); } else { continue; } if (!destination || destination === source) continue; candidates.push( createRecommendationCandidate({ phaseId, phaseLabel, sourceRepoPath: source, targetRepoPath: destination, recommendationSource: report.resolvedRepoPath, note: `script recommendation: ${recommendation}` }) ); } return { report, candidates }; } function collectRecommendationCandidates(recommendationScope, auditOutputDirRepoPath) { const phases = [ { id: 'phase-1-root', label: 'Root file recommendations', report: 'tasks/tasks_root_audit.md', extractor: extractPathRecommendationCandidates }, { id: 'phase-2-scripts', label: 'Scripts recommendations', report: 'tasks/scripts_audit.md', extractor: extractScriptRecommendationCandidates }, { id: 'phase-3-plan-errors', label: 'Plan/errors cleanup', report: 'tasks/plan_errors_audit.md', extractor: extractPathRecommendationCandidates }, { id: 'phase-4-plan-reports', label: 'Plan/reports cleanup', report: 'tasks/plan_reports_audit.md', extractor: extractPathRecommendationCandidates } ]; if (recommendationScope === 'full') { phases.push({ id: 'phase-5-plan-bucketing', label: 'Full plan bucketing', report: 'tasks/plan_audit.md', extractor: extractPathRecommendationCandidates }); } const reportStates = []; const candidates = []; for (const phase of phases) { const extracted = phase.extractor(phase.id, phase.label, phase.report, auditOutputDirRepoPath); reportStates.push({ phaseId: phase.id, phaseLabel: phase.label, requestedReport: phase.report, resolvedReport: extracted.report.resolvedRepoPath, exists: extracted.report.exists, rowCount: extracted.report.rows.length }); const sortedPhaseCandidates = extracted.candidates.sort((a, b) => { const sourceCompare = a.source.localeCompare(b.source); if (sourceCompare !== 0) return sourceCompare; return a.target.localeCompare(b.target); }); candidates.push(...sortedPhaseCandidates); } const rootAuditFiles = listLegacyRootAuditRepoPaths(); const phase6Id = 'phase-6-audit-relocation'; const phase6Label = 'Audit file relocation'; for (const source of rootAuditFiles) { const target = normalizeRecommendationRepoPath(path.join(auditOutputDirRepoPath, path.basename(source))); if (!target || source === target) continue; candidates.push( createRecommendationCandidate({ phaseId: phase6Id, phaseLabel: phase6Label, sourceRepoPath: source, targetRepoPath: target, recommendationSource: 'filesystem', note: 'relocate root-level audit markdown' }) ); } reportStates.push({ phaseId: phase6Id, phaseLabel: phase6Label, requestedReport: 'tasks/*_audit.md', resolvedReport: 'tasks/*_audit.md', exists: rootAuditFiles.length > 0, rowCount: rootAuditFiles.length }); return { candidates, reportStates }; } function buildVirtualHashMap(repoPaths) { const virtual = new Map(); for (const repoPath of repoPaths) { const absPath = absPathFromRepo(repoPath); if (!fs.existsSync(absPath) || !fs.statSync(absPath).isFile()) continue; virtual.set(repoPath, sha256(safeReadFileBuffer(absPath))); } return virtual; } function preflightRecommendationCandidates(candidates) { const pathSet = new Set(); for (const candidate of candidates) { pathSet.add(candidate.source); pathSet.add(candidate.target); } const virtual = buildVirtualHashMap(pathSet); const evaluated = []; for (const candidate of candidates) { const sourceHash = virtual.get(candidate.source) || ''; const targetHash = virtual.get(candidate.target) || ''; if (!sourceHash) { evaluated.push({ ...candidate, sourceHash: '', targetHash: targetHash || '', decision: 'skipped', decisionReason: 'source missing' }); continue; } if (candidate.source === candidate.target) { evaluated.push({ ...candidate, sourceHash, targetHash: sourceHash, decision: 'skipped', decisionReason: 'source already at destination' }); continue; } if (!targetHash) { evaluated.push({ ...candidate, sourceHash, targetHash: '', decision: 'ready', decisionReason: 'destination missing' }); virtual.delete(candidate.source); virtual.set(candidate.target, sourceHash); continue; } if (targetHash === sourceHash) { evaluated.push({ ...candidate, sourceHash, targetHash, decision: 'duplicate', decisionReason: 'destination has same hash' }); virtual.delete(candidate.source); continue; } evaluated.push({ ...candidate, sourceHash, targetHash, decision: 'conflict', decisionReason: 'destination has different hash' }); } return evaluated; } function applyRecommendationOperations(evaluatedCandidates, applyChanges) { const results = []; for (const item of evaluatedCandidates) { if (!['ready', 'duplicate'].includes(item.decision)) { results.push({ ...item, action: 'none', status: item.decision, outcome: item.decisionReason }); continue; } if (!applyChanges) { results.push({ ...item, action: item.decision === 'ready' ? 'move' : 'delete', status: 'planned', outcome: item.decisionReason }); continue; } const sourceAbs = absPathFromRepo(item.source); const targetAbs = absPathFromRepo(item.target); if (!fs.existsSync(sourceAbs)) { results.push({ ...item, action: item.decision === 'ready' ? 'move' : 'delete', status: 'skipped', outcome: 'source missing at apply time' }); continue; } if (item.decision === 'ready') { fs.mkdirSync(path.dirname(targetAbs), { recursive: true }); fs.renameSync(sourceAbs, targetAbs); results.push({ ...item, action: 'move', status: 'applied', outcome: 'moved' }); continue; } const destinationExists = fs.existsSync(targetAbs); if (!destinationExists) { fs.mkdirSync(path.dirname(targetAbs), { recursive: true }); fs.renameSync(sourceAbs, targetAbs); results.push({ ...item, action: 'move', status: 'applied', outcome: 'destination missing at apply time; moved instead of delete' }); continue; } const sourceHash = sha256(safeReadFileBuffer(sourceAbs)); const targetHash = sha256(safeReadFileBuffer(targetAbs)); if (sourceHash === targetHash) { fs.unlinkSync(sourceAbs); results.push({ ...item, action: 'delete', status: 'applied', outcome: 'deleted duplicate source' }); } else { results.push({ ...item, action: 'delete', status: 'conflict', outcome: 'hash changed before apply; left untouched' }); } } return results; } function summarizeRecommendationResults(results) { const totals = { candidates: results.length, ready: 0, duplicate: 0, conflict: 0, skipped: 0, planned: 0, applied: 0, moved: 0, deleted: 0 }; const phases = new Map(); for (const item of results) { if (!phases.has(item.phaseId)) { phases.set(item.phaseId, { phaseId: item.phaseId, phaseLabel: item.phaseLabel, candidates: 0, ready: 0, duplicate: 0, conflict: 0, skipped: 0, planned: 0, applied: 0, moved: 0, deleted: 0 }); } const phase = phases.get(item.phaseId); phase.candidates += 1; if (item.decision === 'ready') { totals.ready += 1; phase.ready += 1; } else if (item.decision === 'duplicate') { totals.duplicate += 1; phase.duplicate += 1; } else if (item.decision === 'conflict') { totals.conflict += 1; phase.conflict += 1; } else if (item.decision === 'skipped') { totals.skipped += 1; phase.skipped += 1; } if (item.status === 'planned') { totals.planned += 1; phase.planned += 1; } if (item.status === 'applied') { totals.applied += 1; phase.applied += 1; } if (item.action === 'move' && item.status === 'applied') { totals.moved += 1; phase.moved += 1; } if (item.action === 'delete' && item.status === 'applied') { totals.deleted += 1; phase.deleted += 1; } } return { totals, phases: [...phases.values()] }; } function writeRecommendationConflictReport(conflicts, generatedAt) { if (!conflicts.length) return; const absPath = absPathFromRepo(RECOMMENDATION_CONFLICTS_PATH); fs.mkdirSync(path.dirname(absPath), { recursive: true }); const lines = []; lines.push('# Recommendation Apply Conflicts'); lines.push(''); lines.push(`Generated: ${generatedAt}`); lines.push(`Policy: \`pause\``); lines.push(`Total conflicts: ${conflicts.length}`); lines.push(''); lines.push( renderMarkdownTable( ['Phase', 'Source', 'Destination', 'Source SHA256', 'Destination SHA256', 'Reason'], conflicts.map((item) => [ item.phaseLabel, item.source, item.target, item.sourceHash || '-', item.targetHash || '-', item.outcome || item.decisionReason || '' ]) ) ); fs.writeFileSync(absPath, `${lines.join('\n')}\n`); } function writeRecommendationSummary(summary) { const absPath = absPathFromRepo(RECOMMENDATION_SUMMARY_PATH); fs.mkdirSync(path.dirname(absPath), { recursive: true }); fs.writeFileSync(absPath, `${JSON.stringify(summary, null, 2)}\n`); } function applyRecommendations(options, auditOutputDirRepoPath) { const candidateBundle = collectRecommendationCandidates(options.recommendationScope, auditOutputDirRepoPath); const preflight = preflightRecommendationCandidates(candidateBundle.candidates); const applyChanges = !options.dryRun; const operationResults = applyRecommendationOperations(preflight, applyChanges); const operationSummary = summarizeRecommendationResults(operationResults); let normalizationResults = []; if (applyChanges) { const postApplyContext = buildContext(); const normalizationActions = planReportsNormalizationActions(postApplyContext); normalizationResults = applyReportsNormalization(normalizationActions, true); } const generatedAt = new Date().toISOString(); const conflicts = operationResults.filter((item) => item.status === 'conflict' || item.decision === 'conflict'); const summary = { generatedAt, dryRun: options.dryRun, recommendationScope: options.recommendationScope, conflictPolicy: options.conflictPolicy, auditOutputDir: auditOutputDirRepoPath, reportSources: candidateBundle.reportStates, operationSummary, normalizationSummary: { total: normalizationResults.length, applied: normalizationResults.filter((item) => item.status === 'applied').length, planned: normalizationResults.filter((item) => item.status === 'planned').length, skipped: normalizationResults.filter((item) => item.status === 'skipped').length }, operations: operationResults.map((item) => ({ phaseId: item.phaseId, phaseLabel: item.phaseLabel, source: item.source, destination: item.target, recommendationSource: item.recommendationSource, decision: item.decision, status: item.status, action: item.action, sourceHash: item.sourceHash || '', destinationHash: item.targetHash || '', note: item.note || '', outcome: item.outcome || item.decisionReason || '' })), normalizationOperations: normalizationResults }; if (!options.dryRun) { writeRecommendationSummary(summary); writeRecommendationConflictReport(conflicts, generatedAt); } return { summary, conflicts, operationResults, normalizationResults }; } function buildFolderRows(folderRepoPath, context, toolDescriptors) { const filesInScope = context.files .filter((file) => file.repoPath.startsWith(`${folderRepoPath}/`) || file.repoPath === folderRepoPath) .sort((a, b) => a.repoPath.localeCompare(b.repoPath)); const headers = []; const rows = []; const isPlanFolder = folderRepoPath.startsWith('tasks/plan'); const isErrorsFolder = folderRepoPath === 'tasks/errors'; const isReportsFolder = folderRepoPath === 'tasks/reports' || folderRepoPath === 'tasks/report' || folderRepoPath === 'tasks/reports/_legacy-unmanaged'; const isScriptsFolder = folderRepoPath === 'tasks/scripts'; if (isScriptsFolder) { headers.push('File', 'Used For', 'Stale PLAN Paths', 'Exact Duplicates in tools/scripts', 'Purpose Overlap in tools/scripts', 'Recommendation', 'Notes'); for (const file of filesInScope) { const script = analyzeTaskScript(file, context, toolDescriptors); rows.push([ file.repoPath, script.usedFor, toMarkdownBool(script.stalePlanPaths), script.exactDuplicates.join('
'), script.purposeOverlap.join('
'), script.recommendation, script.reasons.join('; ') ]); } return { headers, rows, fileCount: filesInScope.length }; } if (isErrorsFolder) { headers.push('File', 'AutoGenerated', 'Still Useful', 'Recommended Destination', 'Notes'); for (const file of filesInScope) { const autogenerated = shouldClassifyAsAutogenerated(file); const useful = shouldClassifyAsUseful(file, context, autogenerated); const destination = useful.value ? `tasks/errors/${file.basename}` : `tasks/plan/archived/${file.basename}`; rows.push([ file.repoPath, toMarkdownBool(autogenerated.value), toMarkdownBool(useful.value), destination, compactText([...autogenerated.reasons, ...useful.reasons].join('; ')) ]); } return { headers, rows, fileCount: filesInScope.length }; } if (isReportsFolder) { headers.push('File', 'AutoGenerated', 'Still Useful', 'Should Live in errors', 'Normalized Destination', 'Notes'); for (const file of filesInScope) { const autogenerated = shouldClassifyAsAutogenerated(file); const useful = shouldClassifyAsUseful(file, context, autogenerated); const errorsFit = shouldLiveInErrors(file); const normalizedDestination = autogenerated.value ? `tasks/reports/${file.basename}` : `tasks/reports/_legacy-unmanaged/${file.basename}`; rows.push([ file.repoPath, toMarkdownBool(autogenerated.value), toMarkdownBool(useful.value), toMarkdownBool(errorsFit.value), normalizedDestination, compactText([...autogenerated.reasons, ...useful.reasons, ...errorsFit.reasons].join('; ')) ]); } return { headers, rows, fileCount: filesInScope.length }; } if (isPlanFolder) { headers.push('File', 'Bucket', 'Recommended Destination', 'AutoGenerated', 'Still Useful', 'Notes'); for (const file of filesInScope) { const autogenerated = shouldClassifyAsAutogenerated(file); const useful = shouldClassifyAsUseful(file, context, autogenerated); const plan = classifyPlanBucket(file, context, useful); rows.push([ file.repoPath, plan.bucket, plan.destination, toMarkdownBool(autogenerated.value), toMarkdownBool(useful.value), compactText(`${plan.reason}; ${[...autogenerated.reasons, ...useful.reasons].join('; ')}`) ]); } return { headers, rows, fileCount: filesInScope.length }; } headers.push('File', 'AutoGenerated', 'Still Useful', 'Should Live in errors', 'Notes'); for (const file of filesInScope) { const autogenerated = shouldClassifyAsAutogenerated(file); const useful = shouldClassifyAsUseful(file, context, autogenerated); const errorsFit = shouldLiveInErrors(file); rows.push([ file.repoPath, toMarkdownBool(autogenerated.value), toMarkdownBool(useful.value), toMarkdownBool(errorsFit.value), compactText([...autogenerated.reasons, ...useful.reasons, ...errorsFit.reasons].join('; ')) ]); } return { headers, rows, fileCount: filesInScope.length }; } function buildRootAuditRows(context) { const rootFiles = context.files .filter((file) => file.dirRepoPath === 'tasks') .filter((file) => !isGeneratedAuditFile(file.repoPath)) .sort((a, b) => a.repoPath.localeCompare(b.repoPath)); const headers = ['File', 'Relevant', 'AutoGenerated', 'Still Useful', 'Recommended Destination', 'Notes']; const rows = []; for (const file of rootFiles) { const autogenerated = shouldClassifyAsAutogenerated(file); const useful = shouldClassifyAsUseful(file, context, autogenerated); const errorsFit = shouldLiveInErrors(file); const destination = determineRootDestination(file, errorsFit, useful); rows.push([ file.repoPath, toMarkdownBool(useful.value), toMarkdownBool(autogenerated.value), toMarkdownBool(useful.value), destination, compactText([...autogenerated.reasons, ...useful.reasons, ...errorsFit.reasons].join('; ')) ]); } return { headers, rows, fileCount: rootFiles.length }; } function formatNormalizationSection(normalizationResults) { if (!normalizationResults.length) return '_No normalization actions planned._'; const headers = ['Action', 'Source', 'Target', 'Status', 'Notes']; const rows = normalizationResults.map((item) => [ item.kind, item.source || '-', item.target || '-', item.status || 'planned', item.note || item.outcome || '' ]); return renderMarkdownTable(headers, rows); } function writeAuditReport(reportAbsPath, title, scopeRepoPath, context, tableHeaders, tableRows, extraSections = []) { const report = []; report.push(`# ${title}`); report.push(''); report.push(`Generated: ${context.generatedAt}`); report.push(`Scope: \`${scopeRepoPath}\``); report.push(`Total files in scope: ${tableRows.length}`); report.push(''); report.push('## Summary'); report.push(''); report.push(...buildAuditSummaryLines(tableHeaders, tableRows)); report.push(''); report.push('## File Recommendations'); report.push(''); report.push(renderMarkdownTable(tableHeaders, tableRows)); for (const section of extraSections) { report.push(''); report.push(`## ${section.title}`); report.push(''); report.push(section.body); } fs.writeFileSync(reportAbsPath, `${report.join('\n')}\n`); } function normalizeFolderToken(token) { const trimmed = String(token || '').trim(); if (!trimmed) return ''; if (trimmed === 'root') return 'root'; if (trimmed.startsWith('tasks/')) return normalizeRepoPath(trimmed); return normalizeRepoPath(`tasks/${trimmed}`); } function selectFolders(allFolders, foldersArg) { if (!foldersArg) return { selected: [...allFolders], includeRootAudit: true }; const requested = [...new Set(foldersArg.split(',').map(normalizeFolderToken).filter(Boolean))]; const includeRootAudit = requested.includes('root'); const selected = []; for (const folder of requested) { if (folder === 'root') continue; if (!allFolders.includes(folder)) { throw new Error(`Unknown or excluded folder in --folders: ${folder}`); } selected.push(folder); } return { selected: selected.sort(), includeRootAudit }; } function runAuditReports(options, auditOutputDirRepoPath, skipApplyNormalization = false) { const applyNormalization = options.apply && !options.dryRun && !skipApplyNormalization; const initialContext = buildContext(); const { selected, includeRootAudit } = selectFolders(initialContext.folders, options.foldersArg); const plannedNormalizationActions = planReportsNormalizationActions(initialContext); const normalizationResults = applyReportsNormalization(plannedNormalizationActions, applyNormalization); const finalContext = applyNormalization ? buildContext() : initialContext; const toolDescriptors = buildToolScriptDescriptors(finalContext); const outputDirAbsPath = absPathFromRepo(auditOutputDirRepoPath); fs.mkdirSync(outputDirAbsPath, { recursive: true }); let reportsWritten = 0; for (const folderRepoPath of selected) { const reportAbsPath = folderAuditFilePath(folderRepoPath, auditOutputDirRepoPath); const { headers, rows } = buildFolderRows(folderRepoPath, finalContext, toolDescriptors); const title = `${folderRepoPath.replace(/^tasks\//, 'tasks/')} Audit`; const extraSections = []; if (folderRepoPath === 'tasks/reports' || folderRepoPath === 'tasks/report' || folderRepoPath === 'tasks/reports/_legacy-unmanaged') { extraSections.push({ title: 'Normalization Actions', body: formatNormalizationSection(normalizationResults) }); } writeAuditReport(reportAbsPath, title, folderRepoPath, finalContext, headers, rows, extraSections); reportsWritten += 1; } if (!options.foldersArg || includeRootAudit) { const rootAuditAbsPath = rootAuditFilePath(auditOutputDirRepoPath); const rootRows = buildRootAuditRows(finalContext); writeAuditReport( rootAuditAbsPath, 'tasks Root Files Audit', 'tasks (root files only)', finalContext, rootRows.headers, rootRows.rows ); reportsWritten += 1; } return { reportsWritten, plannedNormalizationActions, normalizationResults, applyNormalization }; } function main() { const options = parseArgs(process.argv.slice(2)); const auditOutputDirRepoPath = normalizeAuditOutputDir(options.auditOutputDir); let recommendationRun = null; if (options.applyRecommendations) { recommendationRun = applyRecommendations(options, auditOutputDirRepoPath); console.log(`Recommendation candidates: ${recommendationRun.summary.operationSummary.totals.candidates}`); console.log(`Recommendation ready: ${recommendationRun.summary.operationSummary.totals.ready}`); console.log(`Recommendation duplicates: ${recommendationRun.summary.operationSummary.totals.duplicate}`); console.log(`Recommendation conflicts: ${recommendationRun.summary.operationSummary.totals.conflict}`); console.log(`Recommendation skipped: ${recommendationRun.summary.operationSummary.totals.skipped}`); if (options.dryRun) { console.log('Recommendation mode: dry-run (no files mutated, no summary/conflict files written).'); } else { console.log(`Recommendation summary: ${RECOMMENDATION_SUMMARY_PATH}`); if (recommendationRun.conflicts.length > 0) { console.log(`Recommendation conflicts report: ${RECOMMENDATION_CONFLICTS_PATH}`); } } } const skipAuditWrites = options.applyRecommendations && options.dryRun; if (skipAuditWrites) { console.log('Audit report writing skipped for --apply-recommendations --dry-run.'); return; } const auditRun = runAuditReports(options, auditOutputDirRepoPath, options.applyRecommendations); const appliedCount = auditRun.normalizationResults.filter((item) => item.status === 'applied').length; const plannedCount = auditRun.normalizationResults.filter((item) => item.status === 'planned').length; const skippedCount = auditRun.normalizationResults.filter((item) => item.status === 'skipped').length; console.log(`Audit output dir: ${auditOutputDirRepoPath}`); console.log(`Audit reports written: ${auditRun.reportsWritten}`); console.log(`Normalization mode: ${auditRun.applyNormalization ? 'apply' : 'dry-run/default'}`); console.log(`Normalization actions planned: ${auditRun.plannedNormalizationActions.length}`); console.log( `Normalization actions ${auditRun.applyNormalization ? 'applied' : 'simulated'}: ${auditRun.applyNormalization ? appliedCount : plannedCount}` ); console.log(`Normalization actions skipped: ${skippedCount}`); } try { main(); } catch (error) { console.error(`audit-tasks-folders failed: ${error.message}`); process.exit(1); }

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