Find VTEX REST API endpoints, authentication, and request/response models for any VTEX API, including catalog, orders, checkout, logistics, and more.
MIT
691,152 tools. Updated 2026-10-23 13:57
"VTEX" matching MCP tools:
- Generate a complete VTEX IO app scaffold with manifest.json and folder structure for selected builders: store, react, node, graphql, styles, messages, admin, pixel.MIT
- Retrieve full documentation for a VTEX IO concept by its exact ID and understand its purpose, structure, and usage.MIT
- Search VTEX documentation to find concepts and definitions. Returns ranked results with excerpts for quick reference.MIT
- Generates a JSONC snippet for a VTEX IO block, validating props against the block schema, ready to paste into blocks.jsonc.MIT
- Generate GraphQL schema and TypeScript resolver stubs for VTEX IO apps from specified queries and mutations.MIT
Matching MCP Servers
- AlicenseAqualityAmaintenanceEnables AI assistants to scaffold VTEX IO apps and Node/GraphQL services, look up Store Framework block props and VTEX APIs, and search documentation and courses.936 npmMIT
- AlicenseBqualityDmaintenanceEnables complete VTEX e-commerce platform integration through natural language, allowing management of catalog, inventory, pricing, promotions, orders, marketplace operations, checkout, customer data, and payment configurations via AI conversations.845 npm2MIT
Matching MCP Connectors
GTEx MCP.
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- Retrieve props, descriptions, and usage examples for any VTEX IO Store Framework block. Get the block details you need to configure it correctly.MIT
- Search all VTEX IO official courses by term to retrieve contextual excerpts, helping you locate relevant course material quickly.MIT
- Generate a complete Node.js service scaffold for VTEX IO, including route and event handlers, clients, and middleware setup.MIT
- Add new products to your VTEX e-commerce catalog by specifying name, category, brand, and other essential details for online store management.MIT
- Identify code clusters of symbols that call or reference each other. List all clusters or find which cluster a symbol belongs to.MIT
- Fetches a symbol's body, callers, callees, and similar matches—or full PR impact and project rankings—in one call, replacing four separate lookups.MIT
- Find every reference to a symbol across your codebase. Uses scope-resolved references for accurate cross-file callers, reducing noise from comments and string literals.MIT
- Find test functions that transitively cover a target symbol by walking the call graph backwards, labeling each with its framework to pick the right runner.MIT
- Trace every historical version of a code symbol to inspect signature or body changes over time, find when a bug was introduced, or recover a deleted symbol.MIT
- Match code by structural shape across 19 languages using AST metavariables, not text. Enables cross-language structural queries that grep cannot handle.MIT
- Use when the symbol name is known: resolve an exact function, class, or struct against vex's index to retrieve its record, not fuzzy ranked search or grep scan results.MIT
- Search code by natural-language concept when no identifier is known; matches terms like 'payment processing' to relevant symbols via a semantic vector index.MIT
- List every symbol and its line range in a source file without reading the full source, using a cached tree-sitter parse to show the file's structure.MIT
- Build or rebuild the vex code search database from scratch per project, then use update for incremental refreshes. Set semantic true to enable embeddings and similar search.MIT
- Refresh the code index incrementally by re-parsing only files modified since the last index. Use after initial indexing to avoid a full rebuild.MIT