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Key Features of Multithreading in C#: Thread Class: C# provides the System.Threading.Thread class, which allows you to create and manage threads. Using this class, you can create new threads, start and stop them, set their priorities, and perform various synchronization and coordination tasks.
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The Thread class in C# provides the following 4 constructors. Thread (ThreadStart start): It initializes a new instance of the Thread class. Here, the parameter start specifies a ThreadStart delegate that represents the methods to be invoked when this thread begins executing.
31 sie 2023 · In C#, the System.Threading namespace offers classes that allow you to manipulate threads. When a C# program starts, it’s a single threaded process by default. This “main” thread is responsible for executing your code line by line, creating what is known as a single threaded application.
4 paź 2022 · Use the Thread.Join method to make the calling thread wait for the termination of the thread being stopped. How to: Pause or interrupt a thread. You use the Thread.Sleep method to pause the current thread for a specified amount of time. You can interrupt a blocked thread by calling the Thread.Interrupt method.
9 sty 2024 · The Thread class creates and controls a thread, sets its priority, and gets its status. When a process starts, the common language runtime automatically creates a single foreground thread to execute application code.
Summary: in this tutorial, you’ll learn how to use the C# Thread class to develop multi-threaded programs. Introduction to the C# Thread class. We’ll start by creating a simple program: using System.Diagnostics; using static System.Console; static void DoWork() . { WriteLine("Doing the work..."); Thread.Sleep(1000); WriteLine("done"); }
A thread in C# has a life cycle, which will start when we create an instance of the Thread class, and the thread life cycle ends when the task execution of the thread is completed or when the thread is terminated.
