Template Method Pattern
Template Method Pattern: Defining the algorithms skeleton while allowing step-specific customization.
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Template Method Pattern: Defining the algorithms skeleton while allowing step-specific customization.
State Pattern: Dynamic behavior changes through state encapsulation.
Strategy Pattern: Enhancing flexibility and maintainability through interchangeable algorithms.
Visitor Pattern: Adding new operations to complex structures without modifying existing classes.
Observer Pattern: Decoupling state management and promoting flexible, dynamic updates in software systems.
Memento Pattern: Encapsulating state for undoable and restorable operations in software systems.
Mediator Pattern: Centralizing communication for enhanced flexibility and decoupling in complex systems.
Iterator Pattern: Streamlining collection traversal through uniform and encapsulated access methods.
Command Pattern: Empowering flexible and decoupled request handling in software systems.
Chain of Responsibility: A flexible solution for systematic request handling in software systems.
Enhance security and control access with the Proxy Pattern.
Optimize memory usage and improve performance with the Flyweight Pattern.
Simplify complexity and promote loose coupling with the Facade Pattern.
Harmonizing Individuals and Compositions: The Composite Pattern for Unified Object Management.
Flexible Extensions: Empowering Objects with the Decorator Pattern.
Spanning the Divide: The Bridge Pattern for Flexible and Independent Design.
Harmonizing Interfaces: The Adapter Pattern for Smooth Integration and Improved Interoperability.
Streamlining Complex Constructions: The Builder Pattern for Modular and Readable Object Creation.
Efficient Object Replication: Leverage the Prototype Pattern for Optimal Creation.
Harmonizing Object Creation: The Abstract Factory Method for Cohesive and Interchangeable Product Families.
Empowering Object Creation: The Factory Method Pattern for Dynamic and Scalable System Design.
Streamlining Object Creation: The Simple Factory Pattern for Flexible and Decoupled System Design.
Mastering the Singleton: Unveiling the Power of Unified Design in Software Architecture
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