docs: Content SEO updates (#2990)

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curiously-recurring-template-pattern/README.md

@@ -1,15 +1,17 @@
 ---
-title: Curiously Recurring Template Pattern
+title: "Curiously Recurring Template Pattern in Java: Leveraging Polymorphism Uniquely"
+shortTitle: Curiously Recurring Template Pattern (CRTP)
+description: "Discover the Curiously Recurring Template Pattern (CRTP) in Java. Learn how to achieve static polymorphism for efficient method overriding and compile-time polymorphic behavior. Perfect for performance-critical applications."
 language: en
 category: Structural
 tag:
-    - Code simplification
-    - Extensibility
-    - Generic
-    - Idiom
-    - Instantiation
-    - Polymorphism
-    - Recursion
+  - Code simplification
+  - Extensibility
+  - Generic
+  - Idiom
+  - Instantiation
+  - Polymorphism
+  - Recursion
 ---
 
 ## Also known as
@@ -20,29 +22,25 @@ tag:
 * Recursive Generic
 * Static Polymorphism
 
-## Intent
+## Intent of Curiously Recurring Template Pattern
 
-Curiously Recurring Template Pattern (CRTP) is used to achieve a form of static polymorphism by having a class template derive from a template instantiation of its own class, allowing method overriding and polymorphic behavior at compile time rather than at runtime.
+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.
 
-## Explanation
+## Detailed Explanation of Curiously Recurring Template Pattern with Real-World Examples
 
 Real-world example
 
-> Consider a scenario where a library system manages various types of media: books, DVDs, and magazines. Each media type has specific attributes and behaviors, but they all share common functionality like borrowing and returning.
->
-> Using the Curiously Recurring Template Pattern (CRTP), you can create a base template class `MediaItem` that includes these common methods. Each specific media type (e.g., `Book`, `DVD`, `Magazine`) would then inherit from `MediaItem` using itself as a template parameter. This allows each media type to customize the common functionality without the overhead of virtual methods.
->
-> For example, `Book` would inherit from `MediaItem<Book>`, allowing the library system to use polymorphic behavior at compile-time, ensuring that each media type implements the necessary methods efficiently. This approach provides the benefits of polymorphism and code reuse while maintaining high performance and type safety.
+> Consider a scenario where a library system manages various types of media: books, DVDs, and magazines. Each media type has specific attributes and behaviors, but they all share common functionality like borrowing and returning. By applying the Curiously Recurring Template Pattern (CRTP) in Java, you can create a base template class `MediaItem` encompassing these common methods. Each specific media type (e.g., `Book`, `DVD`, `Magazine`) would inherit from `MediaItem` using itself as a template parameter. This approach allows each media type to customize shared functionality efficiently, avoiding the overhead of virtual methods.
 
 In plain words
 
-> Make certain methods within a type to accept arguments specific to its subtypes.
+> The CRTP in Java ensures that certain methods within a type can accept arguments specific to its subtypes, enabling more efficient and type-safe polymorphic behavior at compile time.
 
 Wikipedia says
 
 > The curiously recurring template pattern (CRTP) is an idiom, originally in C++, in which a class X derives from a class template instantiation using X itself as a template argument.
 
-**Programmatic example**
+## Programmatic example of CRTP in Java
 
 For a mixed martial arts promotion that is planning an event, ensuring that the fights are organized between athletes of the same weight class is crucial. This prevents mismatches between fighters of significantly different sizes, such as a heavyweight facing off against a bantamweight.
 
@@ -115,7 +113,7 @@ Program output:
 08:42:34.054 [main] INFO crtp.MmaFighter -- MmaFighter(name=Dave, surname=Davidson, nickName=The Bug Smasher, speciality=Kickboxing) is going to fight against MmaFighter(name=Jack, surname=Jackson, nickName=The Pragmatic, speciality=Brazilian Jiu-Jitsu)
 ```
 
-## Applicability
+## When to Use the Curiously Recurring Template Pattern in Java
 
 * When you need to extend the functionality of a class through inheritance but prefer compile-time polymorphism to runtime polymorphism for efficiency reasons.
 * When you want to avoid the overhead of virtual functions but still achieve polymorphic behavior.
@@ -124,17 +122,17 @@ Program output:
 * You want to use a parameterized class method that can accept subclasses of the class as arguments, allowing it to be applied to objects that inherit from the class.
 * You want certain methods to work only with instances of the same type, such as for achieving mutual comparability.
 
-## Tutorials
+## Curiously Recurring Template Pattern Java Tutorials
 
 * [Curiously Recurring Template Pattern in Java (The NuaH Blog)](https://nuah.livejournal.com/328187.html)
 
-## Known uses
+## Real-World Applications of Curiously Recurring Template Pattern in Java
 
 * Implementing compile-time polymorphic interfaces in template libraries.
 * Enhancing code reuse in libraries where performance is critical, like in mathematical computations, embedded systems, and real-time processing applications.
 * Implementation of the `Cloneable` interface in various Java libraries.
 
-## Consequences
+## Benefits and Trade-offs of Curiously Recurring Template Pattern
 
 Benefits:
 
@@ -148,13 +146,13 @@ Trade-offs:
 * Can lead to code bloat because each instantiation of a template results in a new class.
 * Less flexibility compared to runtime polymorphism as the behavior must be determined entirely at compile time.
 
-## Related Patterns
+## Related Java Design Patterns
 
 * [Factory Method](https://java-design-patterns.com/patterns/factory-method/): Can be used in conjunction with CRTP to instantiate derived classes without knowing their specific types.
 * [Strategy](https://java-design-patterns.com/patterns/strategy/): CRTP can implement compile-time strategy selection.
 * [Template Method](https://java-design-patterns.com/patterns/template-method/): Similar in structure but differs in that CRTP achieves behavior variation through compile-time polymorphism.
 
-## Credits
+## References and Credits
 
 * [Design Patterns: Elements of Reusable Object-Oriented Software](https://amzn.to/3w0pvKI)
 * [Effective Java](https://amzn.to/4cGk2Jz)