Software Architecture Design Patterns
Design patterns are proven solutions to recurring problems in software design. They represent best practices evolved over time by experienced developers, providing a common vocabulary and tested approaches for building maintainable, scalable applications.
These patterns are crucial in software architecture as they promote code reusability, improve communication between developers, and help create robust systems that can evolve with changing requirements.
Atomic Design
UI Architecture
Hierarchical approach to building interfaces from fundamental components
Factory Pattern
Creational
Creates objects without specifying exact classes, promoting flexibility
Singleton Pattern
Creational
Ensures single instance with global access point
Observer Pattern
Behavioral
Defines one-to-many dependencies for automatic state notifications
MVP Pattern
Architectural
Separates UI logic through Model-View-Presenter architecture
Microservices Pattern
Architectural
Decomposes applications into independent, loosely coupled services
Layered Architecture (N-Tier)
Architectural
Organizes code into layers for separation of concerns
Client-Server Pattern
Architectural
Divides systems into clients requesting services and servers providing them
Event-Driven Architecture
Architectural
Enables asynchronous communication through events and messages
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Explore these fundamental design patterns to build better software architecture. Each pattern solves specific problems and contributes to cleaner, more maintainable codebases.