vtex-io-http-routes

Design VTEX IO HTTP routes with explicit validation and consistent responses.

Updated Mar 27, 2026
One-click install
npx skills add https://github.com/exilonX/ap2 --skill vtex-io-http-routes-exilonx
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: vtex-io-http-routes
Source: https://github.com/exilonX/ap2/tree/main/.agents/skills/vtex-io-http-routes
Command: npx skills add https://github.com/exilonX/ap2 --skill vtex-io-http-routes-exilonx

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

It prevents fragile partner and webhook integrations by enforcing explicit, consistent HTTP route contracts at the VTEX IO boundary instead of scattering validation and response shaping across the codebase.

Core Features & Use Cases

  • Route boundary clarity: Make required route params, headers, query values, and body fields validated and reflected in deterministic status codes and response shapes at the handler entrypoint.
  • Middleware-driven consistency: Centralize repeated concerns like authentication, signature validation, and request normalization into shared middlewares to avoid drift across handlers.
  • Latency-safe integration: Keep handlers thin and request-response bounded, returning timely acknowledgments (e.g., 202) while moving expensive or retry-prone work to async flows.

Use case example: You’re adding a public webhook endpoint for an order event and need predictable error handling and status codes so the partner’s retry logic behaves correctly.

Quick Start

Use this skill when reviewing or implementing VTEX IO service.json HTTP routes and their Node handlers to ensure each endpoint has explicit validation, consistent responses, and latency-safe behavior.

Frequently Asked Questions about vtex-io-http-routes

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I design reliable HTTP routes in VTEX IO for webhook integrations?

Reliable VTEX IO HTTP routes require explicit validation of params, query, headers, and body at the handler entrypoint. This ensures route contracts remain consistent and prevents fragile partner integrations by enforcing deterministic status codes and response shapes.

What is the best way to handle long-running tasks in VTEX IO HTTP route handlers?

Handling long-running tasks in VTEX IO HTTP route handlers requires keeping endpoints latency-safe and bounded. Return timely acknowledgments like 202 while moving expensive or retry-prone work to async flows, preventing the HTTP path from absorbing long asynchronous batch operations.

How do I centralize authentication and request validation for VTEX IO service.json endpoints?

Centralize authentication and request validation for VTEX IO service.json endpoints by composing shared Koa middlewares. This middleware-driven approach centralizes repeated concerns like signature validation and request normalization, preventing logic drift across multiple Node handlers.

Why do my VTEX IO webhook endpoints return inconsistent status codes to partners?

Inconsistent VTEX IO webhook status codes usually stem from scattering validation and response shaping across the codebase. Enforcing explicit HTTP route contracts at the boundary ensures deterministic status and response modeling, making partner retry logic behave predictably.

Do I need to validate all request fields when building partner-facing APIs in VTEX IO?

Yes, building partner-facing APIs in VTEX IO requires handler boundary validation for all params, query values, headers, and body fields. Validating these fields at the entrypoint guarantees explicit, consistent HTTP contracts for request-response integrations.