A clear guide on the Flyweight Pattern, explaining how you can reduce memory consumption by reusing common objects in .NET applications.
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A clear and practical article about the Facade Pattern in .NET, explaining how we can simplify interaction with complex subsystems through a unified and easy-to-use interface.
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The Decorator Pattern allows extending an object's behavior flexibly, without using inheritance. Ideal when you need to add dynamic functionalities without modifying the original class.
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The Composite Pattern allows uniform treatment of individual objects and hierarchical collections of objects. In .NET, this pattern simplifies working with menus, file structures, UI nodes, or organizational objects.
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The Bridge Pattern separates abstraction from implementation, allowing the two to evolve independently. This structural pattern prevents class explosion and provides flexibility when combining different types of functionality with multiple implementations in .NET applications.
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The Adapter Pattern is a structural pattern in OOP that allows collaboration between classes with incompatible interfaces, acting as a "translator" between them. In this article, we explain the concept, advantages, and a clear example in C# / .NET.
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The TIOBE ranking for November 2025 confirms Python's dominance, the spectacular rise of the C language, and the steady growth of C#. A month with notable surprises, including the return of Perl and Delphi to the top 10.
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The Prototype pattern allows cloning existing objects without depending on their concrete classes. In .NET, this design pattern simplifies the creation of copies of complex objects, reducing costs and ensuring data consistency.
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