Also known as

• Collector
• Accumulator

Intent of Collecting Parameter Design Pattern

The Collecting Parameter pattern in Java design patterns aims to simplify method calls by aggregating multiple parameters into a single collection object. This pattern is particularly effective for methods that collect information by passing a single collection object through various method calls. Each method can then add results to this collection, instead of creating its own collection. This approach enhances code readability and maintainability, optimizing the process of information collection in Java programming.

Also known as

• CRTP
• Mixin Inheritance
• Recursive Type Bound
• Recursive Generic
• Static Polymorphism

Intent of Curiously Recurring Template Pattern

The Curiously Recurring Template Pattern (CRTP) is a powerful design pattern in Java used to achieve static polymorphism. By having a class template derive from a template instantiation of its own class, CRTP enables method overriding and compile-time polymorphic behavior, enhancing efficiency and performance in your Java applications.

Also known as

• Partial Function Application

Intent of Currying Design Pattern

Currying decomposes a function that takes multiple arguments into a sequence of functions that each take a single argument. This technique is integral in functional programming, enabling the creation of higher-order functions through partial application of its arguments. Using currying in Java can lead to more modular, reusable, and maintainable code.

Also known as

• Object Kit
• Toolkit

Intent of Factory Kit Design Pattern

The Factory Kit Pattern in Java is a powerful design pattern that helps in creating factories with separated builder and factory interfaces. This pattern is essential for managing complex object creation scenarios.

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.