What are the primary deliverables of using this skill?

The skill helps generate Architecture Decision Records (ADRs), formal API specifications, and operational runbooks for coordinating client-server rollouts.

How does this skill help with offline-first applications?

It provides architectural patterns for data synchronization, peer discovery, and membership services to ensure functionality without a persistent internet connection.

Does it support API versioning strategies?

Yes, the skill includes guidance on managing version skew through feature flags, semantic versioning, and content negotiation using Accept headers.

What risks does this architecture skill address?

It specifically provides mitigations for 'chatty' clients, logic duplication in 'thick' clients, and data conflicts in decentralized P2P models using CRDTs.

Client-Server & P2P Architecture

Name: Client-Server & P2P Architecture
Author: athola

byathola

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API 开发

Models and documents distributed system responsibilities across client, server, and peer-to-peer architectures.

关于

This skill assists developers in architecting robust distributed systems by formalizing the boundaries between clients, servers, and peers. It provides a structured framework for defining API contracts, managing version skew, and implementing offline-first capabilities through peer-to-peer synchronization patterns. By guiding the creation of Architecture Decision Records (ADRs) and security protocols, it ensures that applications remain scalable, secure, and resilient to intermittent connectivity or complex data conflicts.

主要功能

Offline-first design patterns including data synchronization protocols
Formalized responsibility mapping between clients, servers, and peer nodes
Conflict resolution strategies for decentralized peer-to-peer networks
Comprehensive security enforcement for TLS, authorization, and rate limiting
10 GitHub stars
API contract generation and versioning strategy documentation

使用场景

Designing a mobile application backend with offline-first data synchronization
Refactoring monolithic applications into distributed client-server models
Implementing decentralized peer-to-peer networking for collaborative tools

关于

主要功能

Offline-first design patterns including data synchronization protocols
Formalized responsibility mapping between clients, servers, and peer nodes
Conflict resolution strategies for decentralized peer-to-peer networks
Comprehensive security enforcement for TLS, authorization, and rate limiting
10 GitHub stars
API contract generation and versioning strategy documentation

使用场景

Designing a mobile application backend with offline-first data synchronization
Refactoring monolithic applications into distributed client-server models
Implementing decentralized peer-to-peer networking for collaborative tools