![]() To do that, the below-stated pip command must be executed: pip install keyboard To use the keyboard module, first, it needs to be installed on your system. For instance, using the keyboard module we can specify a particular key (like space, tab, etc.) based on which the program execution can be paused or resumed. In Python, we can import/utilize the keyboard module to create a delay in the program execution based on the keyboard keys. Method 3: Pause/Resume Program Execution Using Keyboard Module The timer function sleeps the code for the specified time and then resumes the program execution. The start() method starts the thread activity.The Timer is defined as “t” with the delay time as “0.001ms” and the function as “sleep_function”.In the next step, a user-defined function is declared as a “sleep_function()”.The “Timer” is imported from the “threading” module of Python.The code below implements the timer() function of the threading module to delay the program execution for the specified time. function: the function on which the time delay will be implemented/executed.Įxample: Executing thread.timer() Function.delay_time: the time duration for which the delay will occur.The syntax of the Python’s timer() function is depicted below: Timer(delay_time, function) The “timer()” method belongs to the threading module and is used to make a delay for the specified time. Method 2: Sleep/Delay Program Execution Using thread.timer() The below output depicts that “14000” is entered as the input and the results are printed for that input. The rest of the steps/procedure is the same as the above example.The user-entered value is multiplied with the “.001” to get/convert it into milliseconds.The int() function is used along with the input() function to take an integer value from the user as input. ![]() ![]() X=int(input("Enter the time in milliseconds: "))time_sec = 0.001 * x In the following code example, we will take input from the user to delay the program execution accordingly: #Import the time module The output below demonstrates the start time of code execution, the end time of the code execution, and the sleeping time.Įxample 2: Take User Input to Halt Program Execution The sleeping time or execution delay time is calculated and printed using the print() function.The start and stop time are declared as time.time() which returns the starting time and stopping in seconds. ![]() In the next step, the declared sleep time is multiplied by 0.001 to convert it into milliseconds.The sleep time is declared as “milliseconds_time” with a delay of 5000 which is in seconds.Print("The Sleeping time is: ",sleeping_time) The time.sleep() function is implemented in the code below to halt the program execution for the specified milliseconds. By default, it takes the given time in seconds, however, the specified time can be customized in any other time unit, such as milliseconds.Įxample 1: Halt Program Execution in Milliseconds The “ time.sleep()” function takes time as a parameter and sleeps for the specified time. Method 1: Sleep/Delay Program Execution Using time.sleep() Pause/Resume Program Execution Using Keyboard Module. ![]()
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