Claude-skill-registry effect-http-routing
HTTP server, routing, JSON responses and dependencies via layers. Use when wiring endpoints and services.
install
source · Clone the upstream repo
git clone https://github.com/majiayu000/claude-skill-registry
Claude Code · Install into ~/.claude/skills/
T=$(mktemp -d) && git clone --depth=1 https://github.com/majiayu000/claude-skill-registry "$T" && mkdir -p ~/.claude/skills && cp -r "$T/skills/data/effect-http-routing-mepuka-adjunct" ~/.claude/skills/majiayu000-claude-skill-registry-effect-http-routing && rm -rf "$T"
manifest:
skills/data/effect-http-routing-mepuka-adjunct/SKILL.mdsource content
HTTP & Routing
When to use
- Adding HTTP routes, path params, JSON responses
- Wiring handlers to services via layers
- Implementing small proxy/adapter endpoints
Minimal Handler
import * as HttpRouter from "@effect/platform/HttpRouter" import * as HttpServer from "@effect/platform/HttpServer" import * as HttpResponse from "@effect/platform/HttpServerResponse" const app = HttpRouter.empty.pipe( HttpRouter.get("/ping", Effect.succeed(HttpResponse.text("pong"))) )
JSON
const userHandler = Effect.flatMap(HttpRouter.params, (p) => Effect.flatMap(UserRepo, (r) => r.get(p["id"] ?? "")).pipe( Effect.flatMap(HttpResponse.json) ) )
Serve (Node)
const server = HttpServer.serve(app) // provide NodeHttpServer.layer(...) and dependencies
Guidance
- Keep handlers thin: decode/validate, call service, encode response
- Use Schema for body/param validation; return structured errors
- Provide dependencies once via composed App layer
Pitfalls
- Skipping validation on inputs → use Schema
- Doing heavy work in handler → push into services (layers)
Cross-links
- Config & Schema for validation
- Layers & Services for DI wiring
Local Source Reference
CRITICAL: Search local Effect source before implementing
The full Effect source code is available at
docs/effect-source/. Always search the actual implementation before writing Effect code.
Key Source Files
- HttpRouter:
docs/effect-source/platform/src/HttpRouter.ts - HttpServer:
docs/effect-source/platform/src/HttpServer.ts - HttpServerResponse:
docs/effect-source/platform/src/HttpServerResponse.ts - HttpServerRequest:
docs/effect-source/platform/src/HttpServerRequest.ts
Example Searches
# Find routing patterns grep -F "HttpRouter.get" docs/effect-source/platform/src/HttpRouter.ts grep -F "HttpRouter.post" docs/effect-source/platform/src/HttpRouter.ts # Study response helpers grep -F "json" docs/effect-source/platform/src/HttpServerResponse.ts grep -F "text" docs/effect-source/platform/src/HttpServerResponse.ts grep -F "html" docs/effect-source/platform/src/HttpServerResponse.ts # Find server setup grep -F "serve" docs/effect-source/platform/src/HttpServer.ts grep -F "listen" docs/effect-source/platform/src/HttpServer.ts # Look at request handling grep -F "params" docs/effect-source/platform/src/HttpServerRequest.ts grep -F "body" docs/effect-source/platform/src/HttpServerRequest.ts grep -F "headers" docs/effect-source/platform/src/HttpServerRequest.ts
Workflow
- Identify the HTTP API you need (e.g., routing, responses)
- Search
for the implementationdocs/effect-source/platform/src/ - Study the types and routing patterns
- Look at test files for usage examples
- Write your code based on real implementations
Real source code > documentation > assumptions
Real-world snippet: Compose Http API with Layer
import { HttpApiBuilder } from "@effect/platform" import { Layer } from "effect" // Bind feature-specific HTTP into the main API contract using a Layer export const HttpLive = HttpApiBuilder.api(ApiContract).pipe( Layer.provide(FeatureHttpLive) )
References
- Agent Skills overview: https://www.anthropic.com/news/skills
- Skills guide: https://docs.claude.com/en/docs/claude-code/skills