Abstract Sort Strategy Algorithm

The Abstract Sort Strategy Algorithm is a high-level general approach to sorting that emphasizes the separation of concerns between the logic for sorting and the actual data being sorted. It is based on the strategy design pattern, which allows for the flexible swapping of algorithms at runtime, depending on the context and requirements. The main idea behind this algorithm is to define a common interface for all sorting algorithms, making it easier to switch between different sorting techniques without the need to modify the underlying data structures or the code that uses them. This abstraction promotes code reusability, maintainability, and adaptability, as new sorting algorithms can be easily integrated into the existing system without affecting other components. To implement the Abstract Sort Strategy Algorithm, one would define an abstract class or interface with a method for sorting, which would act as the blueprint for all concrete sorting strategies. Each specific sorting algorithm, such as QuickSort, MergeSort, or BubbleSort, would then implement this interface, providing their own unique logic for sorting the data. The client code, which is responsible for handling and manipulating the data, would then interact with these sorting algorithms through the common interface, allowing it to remain agnostic about the actual sorting technique being employed. This approach not only simplifies the integration of new sorting algorithms but also enables the easy swapping of strategies at runtime, making it possible for the system to dynamically adapt to different data sets and performance requirements.
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package com.algorithmexamples.sorts

abstract class AbstractSortStrategy {
    abstract fun<T : Comparable<T>> perform(arr: Array<T>)
}

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