xingshaocheng/architect-awesome

Features

• Distributed Systems References - A comprehensive guide covering core concepts like concurrency, data consistency, service communication, and infrastructure management for large-scale applications.
• Distributed Systems - Building resilient and high-performance services that communicate across networks while managing concurrency, data consistency, and fault tolerance.
• Actor Models - Units of computation communicate through asynchronous message passing to isolate state and ensure stability in distributed systems.
• Inversion-Of-Control Containers - Dependency management is delegated to a central framework that handles object lifecycles and wiring to decouple software components.
• Actor Systems - Coordinate independent units of computation that communicate through asynchronous messages to ensure system stability and handle complex parallel processing tasks.
• Enterprise Engineering Handbooks - A structured repository of methodologies, modeling frameworks, and development processes used to standardize and maintain complex organizational software environments.
• Aspect-Oriented Programming Frameworks - Cross-cutting concerns are separated from core business logic by dynamically injecting behavior into method calls at runtime.
• Model-View-Controller Patterns - Application logic is partitioned into distinct data, interface, and control layers to improve maintainability and simplify code organization.
• MVC Architectures - Separate application logic into distinct layers for data, user interface, and request handling to improve code organization and simplify maintenance.
• Application Performance Optimization - Analyzing and refining system resources to eliminate bottlenecks, reduce latency, and ensure efficient processing under heavy computational loads.
• Reactive Streams Implementations - TODO
• Web Security - Protect web services from common vulnerabilities by implementing robust authentication, input validation, and encryption practices to safeguard user data.
• Consistent Hashing - Data is mapped across a cluster of nodes using a circular space to minimize remapping during dynamic scaling operations.
• Consistent Hashing Algorithms - Distribute data across multiple nodes in a cluster to ensure minimal remapping when the number of servers changes in a distributed system.
• Service Meshes - Control communication between microservices by deploying a dedicated infrastructure layer to handle service discovery, load balancing, and secure traffic encryption.
• Service Meshes - Communication between microservices is managed by a dedicated infrastructure layer that handles discovery, security, and load balancing.
• Zero-Copy Mechanisms - Transfer data between memory buffers without unnecessary copying to reduce CPU overhead and improve performance in high-throughput network and file operations.
• Architecture Knowledge Bases - A curated collection of technical resources, design patterns, and best practices for building scalable and reliable distributed software systems.
• Software Architecture Designs - Structuring complex systems by applying proven patterns and frameworks to ensure long-term maintainability and scalability of large applications.
• Object Relational Mappings - * 《ORM框架使用优缺点》 * 主要目的是为了提高开发效率。 **MyBatis：** * 《mybatis缓存机制详解》 * 一级缓存是SqlSession级别的缓存，缓存的数据只在SqlSession内有效 * 二级缓存是mapper级别的缓存，同一个namespace公用这一个缓存，所以对SqlSession是共享的；使用 LRU 机制清理缓存，通过 cacheEnabled 参数开启。 * 《MyBatis学习之代码生成器Ge
• Unique Identifier Generators - Create globally unique identifiers for database records and distributed system events to ensure data consistency and prevent collisions across multiple nodes.
• Distributed Data Processing - Execute large-scale data analytics and stream processing tasks across distributed clusters to gain insights from high-volume information sources.
• Search Engines - Deploy enterprise-grade search platforms to provide advanced filtering, faceting, and relevance ranking for large-scale data repositories.
• Relational Databases - Store and query structured data using robust database systems to ensure data integrity and efficient retrieval for transactional applications.
• Performance Optimization Guides - A technical reference for identifying bottlenecks, managing system resources, and implementing high-efficiency patterns in modern application development.
• Enterprise Development Lifecycles - Streamlining the creation and maintenance of software through standardized methodologies, automated workflows, and clear documentation of system components.
• Web Servers - Host web applications by setting up server software to handle incoming HTTP requests, manage static content, and proxy traffic to backend services.