- Decoupling106
- Object composition32
- Encapsulation30
- Scalability30
- Abstraction29
- Polymorphism26
- Gang of Four25
- Performance25
- Data access21
- Persistence21
- Asynchronous20
- Messaging20
- Code simplification20
- Enterprise patterns20
- Extensibility19
- Instantiation19
- API design18
- Event-driven18
- Fault tolerance17
- Layered architecture17
- Thread management14
- Synchronization13
- Interface13
- Reactive13
- Data processing13
- Microservices12
- Game programming11
- Resource management11
- Client-server11
- Architecture10
- Business10
- Domain10
- Functional decomposition10
- Presentation9
- Web development9
- State tracking8
- Optimization8
- Resilience7
- Integration7
- Runtime7
- Publish/subscribe7
- Concurrency6
- Isolation6
- Testing6
- Cloud distributed6
- Data transformation6
- Transactions6
- Memory management6
- Wrapping5
- Idiom5
- Generic5
- Security5
- Reusability4
- Modularity4
- Session management4
- Object mapping4
- Immutable4
- Lazy initialization4
- Dynamic typing3
- Compatibility3
- Proxy3
- Data binding3
- Caching3
- Retry3
- Data transfer3
- Recursion3
- Dependency management3
- Buffering3
- Multithreading3
- Inheritance3
- Migration2
- Modernization2
- Refactoring2
- Delegation2
- Inversion of control2
- Accumulation2
- Undo2
- Context2
- Enhancement2
- Composition2
- System health2
- Error handling2
- Distributed Systems1
- Actor Model1
- Closure1
- Feature management1
- Monitoring1
- Observability1
- Cohesion1
- Cookies1
- Facade1
- Database1
- Resource Management1
- Versioning1
Also known as
- User Session
Intent of Client Session Design Pattern
The Client Session design pattern is essential for web development involving client-server interactions. It aims to maintain a user's state and data across multiple requests within a web application, ensuring a continuous and personalized user experience. This pattern helps in creating a seamless user experience by managing user state and data effectively across different sessions, crucial for modern web applications.
Also known as
- Centralized Request Handling
Intent of Front Controller Design Pattern
The Front Controller design pattern aims to provide a centralized entry point for handling all incoming web requests. This pattern ensures consistent and efficient request routing and management across a Java web application.
Intent of Intercepting Filter Design Pattern
The Intercepting Filter Pattern in Java is a powerful design pattern that allows for efficient web request handling. This pattern enables the application of multiple filters in a filter chain to process and modify requests and responses.
Detailed Explanation of Intercepting Filter Pattern with Real-World Examples
Intent of Client-Side UI Composition Design Pattern
Compose user interface from independently deployable microservices on the client side for greater flexibility and decoupling.
Also Known As
- UI Aggregator
- Frontend-Driven Composition
Detailed Explanation of Client-Side UI Composition Pattern with Real-World Examples
Intent of Page Controller Design Pattern
The Page Controller pattern is intended to handle requests for a specific page or action within a web application, processing input, and determining the appropriate view for rendering the response.
Detailed Explanation of Page Controller Pattern with Real-World Examples
Also known as
- Page Object Model (POM)
Intent of Page Object Design Pattern
The Page Object pattern in Java aims to create a model of the UI elements of a web page to improve the maintainability and readability of test automation code.
Detailed Explanation of Page Object Pattern with Real-World Examples
Also known as
- Incremental Response
- Partial Result
Intent of Partial Response Design Pattern
To enable an application to return a partial response to a client, improving perceived performance and enabling the client to start processing parts of the data before the entire response is available.
Also known as
- Server-Side Session Management
Intent of Server Session Design Pattern
Effectively manage user session data on the server-side with Java's Server Session pattern to maintain consistent state across multiple client interactions, enhancing both security and user experience.
Intent of Service to Worker Design Pattern
The Service to Worker design pattern in Java combines the Dispatcher View and Service Locator patterns to facilitate the separation of processing, control flow, and view management in web applications.