![]() In the above code, you can see we are using, using System.Timers classes so that we can use their functionalities. ![]() Static void Elapsed_time( object sender, ElapsedEventArgs e )Ĭonsole.Write(time.ToShortTimeString() + " " ) Ĭonsole.WriteLine( " WAITING To Print" ) Timer.Elapsed += new ElapsedEventHandler(Elapsed_time ) As you can see in the output the gap between the two events in 6 seconds and it will keep on repeating until the condition is true. Through onTimedEvent method, we can print the date along with time which we keep on printing status every 6 seconds until the condition holds true. In the above code, we have declared a class named “ Test_Timers “ in which we have declared one private static Timer named “timer” and in the public static main we have set timer equals to new timers with a time interval of 6 seconds. Public static void DisplayTimeEvent( object source, ElapsedEventArgs e )Ĭonsole.Write( " \r ", e.SignalTime ) we can write anything here if we want, leaving this part blank won’t bother the code execution. NewTimer.Elapsed += new ElapsedEventHandler(DisplayTimeEvent ) Examples to Implement Timer in C#īelow are the example of C# code to demonstrate the working of timers: Example #1 To precisely understand the working, implementation, and functionalities of Timers in C # given below are the explained examples of Timer functions. After creating a timer object we can set the timer for the elapsed event after that we can start the timer through below syntax. Here we have created a timer object for 3 seconds. ![]() Let us have a look at the syntax of representing timer in C#: timer = new (3000)
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