Is it compatible with Kubernetes?

Absolutely; it includes specific guidance for Kubernetes operators, health checks (liveness/readiness), and graceful shutdown signals.

Does this skill support gRPC implementation?

Yes, it provides specific design patterns and crate recommendations for building gRPC services using Tonic and Tower.

How does it help with observability?

The skill offers standardized patterns for implementing distributed tracing with OpenTelemetry and metrics collection via Prometheus.

Why should I use this skill for Rust development?

It ensures your Rust applications are optimized for the cloud by enforcing statelessness and proper resource lifecycle management.

What is the primary focus of the Cloud-Native Rust skill?

It focuses on guiding developers through the architectural constraints and best practices of building containerized, distributed systems using the Rust programming language.

Cloud-Native Rust Development

Name: Cloud-Native Rust Development
Author: lywa1998

bylywa1998

デプロイメントとDevOps

Optimizes Rust applications for cloud-native environments using industry best practices for Kubernetes, observability, and containerization.

概要

This skill empowers developers to build resilient, scalable, and observable Rust applications specifically designed for cloud-native architectures. It provides structured guidance on implementing the 12-factor app methodology, ensuring stateless design, and managing graceful shutdowns to achieve zero-downtime deployments. By integrating essential crates like tonic for gRPC and opentelemetry for distributed tracing, it helps teams create high-performance microservices that are fully compatible with modern orchestration platforms like Kubernetes.

主な機能

0 GitHub stars
Stateless design enforcement to ensure Kubernetes pod compatibility
Standardized health check (Liveness/Readiness) patterns
Implementation patterns for distributed tracing and Prometheus metrics
12-Factor App methodology integration for environment-based configuration
Graceful shutdown handling using Tokio signals for zero-downtime

ユースケース

Migrating monolithic Rust applications to a containerized, distributed architecture
Developing Kubernetes operators and custom resource controllers in Rust
Building high-performance microservices using gRPC and the Tonic framework

概要

主な機能

0 GitHub stars
Stateless design enforcement to ensure Kubernetes pod compatibility
Standardized health check (Liveness/Readiness) patterns
Implementation patterns for distributed tracing and Prometheus metrics
12-Factor App methodology integration for environment-based configuration
Graceful shutdown handling using Tokio signals for zero-downtime

ユースケース

Migrating monolithic Rust applications to a containerized, distributed architecture
Developing Kubernetes operators and custom resource controllers in Rust
Building high-performance microservices using gRPC and the Tonic framework