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In C#, you can split a string using the Split method in the String class. By specifying a delimiter, this method separates the string into substrings. For example, using a comma as the delimiter will split “Hello,World,How,Are,You” into individual words. This technique is valuable for advanced string manipulation in C#.
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In C# programming, converting a string to an integer is essential for various tasks. Methods like int.Parse, int.TryParse, and Convert.ToInt32 provide different approaches, each with its own advantages. Best practices include input validation, using int.TryParse for user input, and considering Convert.ToInt32 for null strings to ensure robust conversions.
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This guide explores the use of CancellationToken in C# for stopping asynchronous tasks. It covers creating and managing CancellationToken, integrating it with Task.Run and Task.Factory.StartNew, checking for cancellation, handling cancellation exceptions, and best practices for its usage. Using CancellationToken ensures graceful task termination and improved resource management.
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Git is a vital tool for collaborative coding, with merging being a key feature. This guide covers Git merge basics, including the three-way merge process, and explains fast-forward, recursive, squash, and octopus merge types. Best practices and ideal scenarios for each type are detailed, emphasizing the importance of mastering Git merge for seamless team collaboration…
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Interfaces in C# define contracts for classes, enabling polymorphism and multiple inheritance. They encapsulate a blueprint for a class, separating “what” from “how.” Best practices include cohesive naming, explicit/implicit implementation, and meaningful design to ensure maintainable, scalable code. Real-world applications include dependency injection and framework development, making interfaces a powerful tool in C# programming.
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