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This function actually suspends the processing of the thread in which it is called by the operating system, allowing other threads and processes to execute while it sleeps. Use it for that purpose, or simply to delay a function from executing. 'hooray!' is printed 3 seconds after I hit Enter. Proc_future1 = proc_executor.submit(party_later, kind='proc', n='1') With ThreadPoolExecutor() as thread_executor: With ProcessPoolExecutor() as proc_executor: Return kind + n + ' party time!: ' + _name_ To demonstrate, create a script like this (I first attempted this in an interactive Python 3.5 shell, but sub-processes can't find the party_later function for some reason): from concurrent.futures import ThreadPoolExecutor, ProcessPoolExecutor, as_completed Example using sleep with multiple threads and processesĪgain, sleep suspends your thread - it uses next to zero processing power. > t = Timer(3, party_time, args=None, kwargs=None) You can trigger a function to be called at a later time in a separate thread with the Timer threading object: > from threading import Timer Print('total time to execute four 3-sec functions:', end_time - start_time)Įxample output from this script: thread1 party time!: _main_ Proc_future1, proc_future2, thread_future1, thread_future2,]): Thread_future2 = thread_executor.submit(party_later, kind='thread', n='2') Thread_future1 = thread_executor.submit(party_later, kind='thread', n='1') Proc_future2 = proc_executor.submit(party_later, kind='proc', n='2') The blank line illustrates that the function printed to my standard output, and I had to hit Enter to ensure I was on a prompt. The upside of this method is that while the Timer thread was waiting, I was able to do other things, in this case, hitting Enter one time - before the function executed (see the first empty prompt). There isn't a respective object in the multiprocessing library. You can create one, but it probably doesn't exist for a reason. A sub-thread makes a lot more sense for a simple timer than a whole new subprocess. Matplotlib's function pyplot.pause() example (not recommended if you are not using the graph, but you could exit the graph instantly): import matplotlib # If you are going to use the time module () example (not recommended if you are not using the pygame window, but you could exit the window instantly): import pygame Time.sleep() example (do not use if using tkinter): import time There are five methods which I know: time.sleep(), (), matplotlib's pyplot.pause().

Root.after(5000, ohhi) # Milliseconds and then a functionįinally, the asyncio.sleep() method (has to be in an async loop): await asyncio.sleep(5) after() method (best with Tkinter): import tkinter as tk # Tkinter for Python 2

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If this is your only option, please provide the following guidance to your IT department so they can set the machine up for you.

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The following System Compatibility Check will be carried out by ExamShield on your machine:.

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Install ExamShield (Note: ExamShield is updated once a month, that is why we advise you to confirm your compatibility at least 24 hours before your exam.).

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#Compute new hardware id sigma client time software

Can my device handle the software and what accessories will I need?