Also known as

• Wrapper

Intent of Adapter Design Pattern

The Adapter Design Pattern in Java converts the interface of a class into another interface that clients expect, enabling compatibility.

Detailed Explanation of Adapter Pattern with Real-World Examples

Intent of Acyclic Visitor Design Pattern

The Acyclic Visitor pattern in Java decouples operations from an object hierarchy, providing a flexible design for various applications.

Detailed Explanation of Acyclic Visitor Pattern with Real-World Examples

Real-world example

Also known as

• Mapper
• Translator

Intent of Converter Design Pattern

The purpose of the Converter Pattern is to provide a generic, systematic way of bidirectional conversion between corresponding data types. This allows for a clean, decoupled implementation where types are unaware of each other. Additionally, the Converter pattern supports bidirectional collection mapping, minimizing boilerplate code.

Intent of Facade Design Pattern

The Facade Design Pattern provides a unified interface to a set of interfaces in a subsystem. This Java design pattern simplifies complex system interactions.

Detailed Explanation of Facade Pattern with Real-World Examples

Real-world example

Also known as

• Marker
• Tagging Interface

Intent of Marker Interface Design Pattern

The Marker Interface pattern in Java is used to convey metadata about a class in a type-safe manner. Interfaces in Java that have no method declarations are known as marker interfaces. They are used to indicate that a class implementing such an interface possesses some special behavior or capability.

Also known as

• MVP

Intent of Model-View-Presenter Design Pattern

MVP aims to separate the user interface (UI) logic from the business logic and model in a software application, enabling easier testing and maintenance.

Detailed Explanation of Model-View-Presenter Pattern with Real-World Examples

Also known as

• Computation Wrapper
• Monadic Interface

Intent of Monad Design Pattern

The Monad design pattern in Java provides a mechanism for encapsulating computations or side effects, enabling the chaining of operations while managing context and data flow in a side-effect-free manner.

Also known as

• Dynamic Properties
• Property Bag

Intent of Property Design Pattern

The Property design pattern in Java allows dynamic addition, removal, or modification of object properties, offering a flexible solution for developers to customize object attributes at runtime.

Intent of Role Object Design Pattern

Efficiently assign dynamic roles to Java objects, enabling them to adapt behaviors and responsibilities on-the-fly, optimizing runtime flexibility.

Detailed Explanation of Role Object Pattern with Real-World Examples

Real-world example

Also known as

• API Segregation
• Client-Server Interface

Intent of Separated Interface Design Pattern

The Separated Interface design pattern defines a client interface in a separate package from its implementation to allow for easier swapping of implementations and better separation of concerns.