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microwind

Official

@microwind · Peking

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8Public Repos
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50Published Skills

AI编程核心知识库,助力程序员转型:算法思想、架构设计、Prompts以及Skills大全,多种编程语言实现+真实AI编程案例。AI Programming Core Knowledge Base: Algorithmic Thinking, Architecture Design, Prompts & Skills,

Skills Distribution
DomainDeveloper To...Software Architect.. (40%)Code Quality & Sta.. (30%)Infrastructure & C.. (30%)

Agent Skills by microwind

Showing 50 vetted skills indexed across 1 GitHub repositories.

microwindmicrowind
65

api-contract-validator

Validate OpenAPI, Swagger, and GraphQL contracts for breaking changes.

Official
Advanced
microwindmicrowind
65

API网关设计

Design API gateways for routing, security, and traffic management in microservices.

Official
Advanced
microwindmicrowind
65

服务网格分析器

Analyzes service mesh configurations for misconfigurations and performance optimization.

Official
Advanced
microwindmicrowind
65

SQL优化器

Analyze SQL execution plans and provide index optimization suggestions for multiple databases.

Official
Advanced
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65

NoSQL数据库应用

Design scalable NoSQL data models for MongoDB, Redis, and Cassandra.

Official
Advanced
microwindmicrowind
65

CI/CD验证器

Validate CI/CD pipeline configurations for misconfigurations, security risks, and performance issues.

Official
Advanced
microwindmicrowind
65

Git工作流管理

Enforce a clear Git branching model with templates and merge strategies.

Official
Advanced
microwindmicrowind
65

Markdown生成器

Generate Markdown documents from JSON or YAML structured data.

Official
Advanced
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65

Dockerfile分析器

Analyze Dockerfiles for security, performance, and best-practice issues.

Official
Advanced
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65

YAML验证器

Validate YAML configuration files for syntax, structure, and security issues.

Official
Advanced
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65

JSON验证器

Validate and format JSON data with syntax, structural, and optional schema checks.

Official
Advanced
microwindmicrowind
65

Docker Compose编排

Automate creation and validation of Docker Compose configurations for multi-service applications.

Official
Advanced
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65

Docker容器化

Automates Docker containerization planning and optimization for modern applications.

Official
Advanced
microwindmicrowind
65

Kubernetes编排

Design and operate Kubernetes clusters with resource, RBAC, and network policies.

Official
Advanced
microwindmicrowind
65

CSS验证器

Analyze CSS code for syntax errors, performance issues, and accessibility gaps.

Official
Advanced
microwindmicrowind
65

React组件最佳实践

Guide React component architecture, state management, and performance optimization.

Official
Intermediate
microwindmicrowind
65

RESTful API设计

Design RESTful APIs with resource modeling, HTTP methods, and versioning.

Official
Advanced
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65

HTTP请求调试器

Diagnose HTTP requests and responses to uncover API issues.

Official
Advanced
microwindmicrowind
65

GraphQL API开发

Design GraphQL schemas, resolvers, and DataLoader strategies with security controls.

Official
Advanced
microwindmicrowind
65

JWT身份验证

Issue, validate, and rotate JWT tokens with HS256, RS256, and ES256.

Official
Advanced
microwindmicrowind
65

Proxy Pattern

Introduce a proxy to control access to a real object.

Official
Advanced
microwindmicrowind
65

Facade

Provide a unified interface to complex subsystems with a thin coordinating layer.

Official
Advanced
microwindmicrowind
65

Interpreter

Implement the Interpreter design pattern for language grammar and runtime evaluation.

Official
Advanced
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65

Mediator

Introduce a central mediator to decouple inter-object communication.

Official
Intermediate

Frequently Asked Questions About microwind

FAQPage Schema
What specific technical tasks can I perform using these resources?

You can perform static analysis on source code, validate OpenAPI and GraphQL contracts, optimize SQL execution plans, and audit container configurations for security and performance risks.

Which engineering personas benefit most from these architectural patterns?

Software architects, backend engineers, and DevOps practitioners benefit from these resources when designing scalable systems, enforcing code quality standards, or troubleshooting complex distributed service interactions.

What are the primary prerequisites for implementing these architectural patterns?

Implementation requires a foundational understanding of object-oriented design principles, familiarity with the specific programming language syntax, and a working knowledge of the target infrastructure environment, such as Kubernetes or cloud-native service meshes.