In this post, we will begin the process of refactoring the code to enhance its readability.
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In the final article of this series, we will implement the Visitor design pattern to introduce a new feature to the application.
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Starting today, we are launching a series of articles on time complexity. Our objective is to determine the superiority of one algorithm over another when faced with two or more options. While we strive for simplicity, there may be instances where we delve into the intricate details as necessary.
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So, how can one determine that one method is superior to another?
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In this post, we will provide a concrete illustration of the concepts discussed by comparing various algorithms for calculating the power of a real number. We will demonstrate that certain methods are significantly more efficient than others.
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In this post, we will provide another concrete illustration of the concepts discussed by comparing various algorithms for calculating linear recurrence sequences. We will once again demonstrate that certain methods are significantly more efficient than others.
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Starting today, we are initiating a series of articles on garbage collection with a progressive approach. Our goal is to systematically reimplement the garbage collector implemented in the .NET framework. This approach aims to translate the theoretical concepts into practical implementation, providing clear …
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In this article, it is time to precisely outline the scope of our study and introduce key definitions that will be extensively utilized throughout this series.
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In this article, we will establish and implement in C# the concepts we previously mentioned, with a specific emphasis on how the garbage collector will be coded.
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In this article, we illustrate why allocating memory without deallocating it can be a source of serious issues and headaches for a programmer.
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