crud-transport-grpc

Name: crud-transport-grpc
Availability: InStock
Author: ArtisanCloud

Enforce standardized gRPC transport rules for PowerX servers and handlers.

357|65|Updated Jul 29, 2022

Search Tags:#authentication #observability #server #grpc #interceptors #transport #multitenancy

Ready to run

npx skills add https://github.com/ArtisanCloud/PowerX --skill crud-transport-grpc

💬 Prompt for ChatGPT / Claude Chat▼

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.