The first thing you have to do is to import the datetime module like this: from datetime import datetime How to Get the Current Time with the datetime Module How to Get the Current Time of a Timezone with datetime.Attributes of the datetime.now() Function.How to Get the Current Time with the datetime Module.I will also show you how to get the current time in any timezone of the world. In this article, I will show you how to get the current time in Python with the datetime module. With the datetime module, you can get the current date and time, or the current date and time in a particular time zone. One of the modules that helps you work with date and time in Python is datetime. Here, strptime() parses a string and convert it to the struct_time object.In your Python applications, you might want to work with time to add functionalities like timestamps, check the time of a user’s activity, and more. Result = time.strptime(time_string, "%d %B, %Y") The strptime() function parses a string representing time and returns struct_time. Named_tuple = time.localtime() # get struct_time The strftime() function takes struct_time (or tuple corresponding to it) as an argument and returns a string representing it based on the format code used. Here, we can see time.asctime() converts the time tuple to a human-readable string. Similar to mktime(), the time_tuple has the following structure: (year, month, day, hour, minute, second, weekday, day of the year, daylight saving) In Python, the asctime() function takes struct_time as an argument and returns a string representing it. Here, we have converted the time_tuple to seconds since the epoch. # convert time_tuple to seconds since epoch The struct_time has the following structure: (year, month, day, hour, minute, second, weekday, day of the year, daylight saving) The mktime() function takes struct_time (a tuple containing 9 elements corresponding to struct_time) as an argument and returns the seconds passed since epoch in local time. Here, if no argument or None is passed to gmtime(), the value returned by time() is used. The gmtime() function takes the number of seconds passed since epoch as an argument and returns struct_time in UTC. Here, if no argument or None is passed to localtime(), the value returned by time() is used. The localtime() function takes the number of seconds passed since epoch as an argument and returns struct_time (a tuple containing 9 elements corresponding to struct_time) in local time. To learn more about sleep(), please visit: Python sleep(). "Printed after 2.4 seconds" is printed.time.sleep(2.4) suspends execution for 2.4 seconds.The sleep() function suspends (delays) execution of the current thread for the given number of seconds. Here, we have used the time.ctime() function to convert the time in seconds since the epoch to a readable format, and then printed the result. # convert the time in seconds since the epoch to a readable format The time.ctime() function in Python takes seconds passed since epoch as an argument and returns a string representing local time. In the above example, we have used the time.time() function to get the current time in seconds since the epoch, and then printed the result. # get the current time in seconds since the epoch Let's see an example, # import the time module In Python, the time() function returns the number of seconds passed since epoch (the point where time begins).įor the Unix system, January 1, 1970, 00:00:00 at UTC is epoch. sleeping for a specified number of seconds and so on.The time module in Python provides functions for handling time-related tasks.
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