Create a statement with code in one call, inferring TypeScript types from code structure. Use instead of separate create and add steps.
MIT
465,731 tools. Updated 2026-08-19 06:17
"Techniques for Analyzing Typescript Code in a Project" matching MCP tools:
- Generates a custom React hook for an Appo SDK feature. Returns TypeScript code with types, error handling, and loading states.MIT
- Retrieve exploit source code by platform ID to analyze attack techniques and review proof-of-concept code.MIT
- Detect GDPR compliance issues in Python, JavaScript, and TypeScript by analyzing source code with AST parsing, identifying cross-border data transfers, PII mishandling, and logging violations.MIT
- Execute TypeScript/JavaScript code to batch multiple MCP tool calls in a single run, saving tokens by reducing individual operations.MIT
- Generate a TypeScript skeleton for an n8n custom node from a plain-English description. Returns a complete code file with description, credentials, and an execute method stub.MIT
Matching MCP Servers
- AlicenseBqualityBmaintenanceHardware-accelerated codebase mapping that indexes Git repositories into Postgres/pgvector and serves code search, relationships, and static analysis results via a stdio MCP server.8MIT
- Flicense-qualityBmaintenanceEnables any MCP-compatible AI assistant to search, filter, and retrieve information from a local document collection using a hybrid search pipeline with vector, BM25, reranking, and LLM enrichment.4
Matching MCP Connectors
Identify the project handle from an intake note
Corporate travel: search and book flights, hotels, rail and transfers, manage orders.
- Compile TypeScript defineIntent() calls into native Swift App Intent code. Returns generated Swift or diagnostics on validation failure.Apache 2.0
- Scans a TypeScript or JavaScript project to identify unused imports, variables, and exported functions without cross-file references. Results are stored for automatic removal.ISC
- Retrieve available code fixes for specific error codes at a defined range in a TypeScript or JavaScript file. Uses diagnostic error codes and range to return tsserver's suggested code actions.MIT
- Verify TypeScript code correctness by running type-checking on a specified service path, receiving structured error details for pre-commit validation.MIT
- Run full TypeScript diagnostics on the project to get error and warning counts.MIT
- Search TypeScript SDK code to locate type definitions, API implementations, and integration patterns.MIT
- Type-check a TypeScript project by reading its tsconfig and running compiler diagnostics without emitting, persisting findings for AI-driven code analysis.Apache 2.0
- Retrieve all diagnostics for a TypeScript/JavaScript file in a tsconfig project, including errors, warnings, and suggestions for type errors, unused code, and imports.MIT
- Sort, coalesce, and remove unused imports in TypeScript or JavaScript files. Uses TypeScript's native organizeImports to clean up import statements for files in a tsconfig.json project.MIT
- Find the best Context Engineering technique for your task. Filter by reasoning, workflow, code, project, or all to get a tailored guide.MIT
- Retrieve exploit source code by platform ID to analyze attack techniques, understand exploit mechanics, or review PoC code.MIT
- Scan project files to build a code graph: extracts definitions and resolves call/import relationships across Python, TypeScript, and JavaScript. Use force for a full rebuild or view indexing stats.MIT
- Parse a repository to build its code graph in Neo4j for analyzing dependencies and change impact. Re-index after changes; unchanged files are skipped by content hash.MIT
- Expands TypeScript macros and @derive decorators to show generated code with diagnostics for debugging and understanding transformations.MIT