crud-transport-grpc

Enforce standardized gRPC transport rules for PowerX servers and handlers.

357|65|Updated Jul 29, 2022
One-click install
npx skills add https://github.com/ArtisanCloud/PowerX --skill crud-transport-grpc
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: crud-transport-grpc
Source: https://github.com/ArtisanCloud/PowerX/tree/main/.codex/skills/crud/transport-grpc
Command: npx skills add https://github.com/ArtisanCloud/PowerX --skill crud-transport-grpc

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

PowerX requires a standardized gRPC transport layer to enforce a single global server, module-level handlers, and a consistent interceptor chain, ensuring reliability and maintainability across services.

Core Features & Use Cases

  • Centralized gRPC server with a single instance and module-scoped handlers
  • Unified interceptors for authentication, multi-tenancy, logging, recovery, rate limiting, and validation
  • Consistent error mapping to gRPC status, respect for client deadlines, and metadata propagation
  • Optional support for streaming, health checks, and reflection as needed
  • Dependency injection through shared.Deps and clean separation of concerns

Quick Start

Open this SKILL.md, locate the embedded transport_grpc.yaml, and implement the rules within your gRPC server according to the project’s shared Deps and patterns.

Frequently Asked Questions about crud-transport-grpc

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

FAQPage Schema
How do I standardize gRPC server setup and interceptors for a multi-tenant Go backend?▼

Standardize gRPC server setup by enforcing a single global server instance with module-scoped handlers and a unified interceptor chain for authentication, multi-tenancy, logging, and recovery across your backend services.

What is the best way to map internal application errors to gRPC status codes while preserving observability?▼

Map internal application errors to gRPC status codes through a centralized transport rule set that applies consistent error mapping and metadata propagation, ensuring reliable gRPC observability across services.

How do I structure unary and streaming gRPC handlers with dependency injection in a modular architecture?▼

Structure unary and streaming gRPC handlers by applying code layout constraints to internal/transport/grpc paths and injecting dependencies through shared.Deps to maintain clean separation of concerns.

Does this gRPC transport layer support client deadlines, health checks, and reflection?▼

Yes, the gRPC transport layer enforces client deadlines and provides optional support for streaming, health checks, and reflection as needed by your service architecture.

When do I need a centralized gRPC transport rule set for microservices?▼

You need a centralized gRPC transport rule set when multiple microservices require consistent interceptors for rate limiting, validation, and authentication to ensure reliability and maintainability.

Why should I use a single global gRPC server instance instead of multiple server instances?▼

A single global gRPC server instance enforces architecture rules, centralizes dependency injection, and maintains a consistent interceptor chain, preventing fragmented transport logic across modules.