Because of which, start() gets stopped as bOn is now set to False and it prints "in stop". When 11 seconds pass by, Main.py comes out of sleep (log.py is still running though) and calls the stop() of log.py. After 5 seonds again it prints "in start".ĭuring this time the Main.py is still sleeping. Now that bOn is True, it prints "in start" and sleeps for 5 seconds as set by Main.py. Now that a thread has started with startlog() function, it prints "in thread", then calls start() of log.py. It then starts a thread for the function startlog() and goes to sleep for 11 seconds. In this example, when Main.py starts running, it imports log.py and sets the argument(time) of the constructor to 5.
Main script sleeps for 11 seconds and then Startlog() - prints "in thread" and then would call start() of log.py Main.py, imports log.py with constructor argument as "5". Now on to the parent script that would call log.py to run in thread. It would also stop the start() function as bOn is set to False now. Stop() - prints "in stop" when it is called. Start() - starts printing "in start" till the time bOn is True. Log.py contains a class log with constructor that takes argument for time and sets the bOn variable to True. Let's consider an example where we have two scripts, one of them is the "main.py" script that can be considered as parent and the other that would run in threads "log.py". reboot: Restarts the system after a timeout of 1 sec.ĭemonstrate the usage of threading in python. reset: Resets all the operations that were previously scheduled. scheduled: Prints all the scheduled operations for the next reboot. delete: Deletes the file from the harddisk after reboot.
move: Moves a file from source to destination. PyRebootOps1.0: Schedule file opeartions to be executedĭuring the next system reboot. * Schedules – Move, Rename, Delete operations on locked files.
#Logonexpert using temporary profile windows#
PyRebootOps is a Python utility that uses windows mechanism for scheduling operations on a file so that these operations can be executed during next system restart.
Such problems can be resolved by scheduling file operations for the next system restart before the processes or services start and set locks on the files. Files can get locked if different processes start accessing it or if the file has already been loaded in RAM. Often in Windows systems we observe that move or delete operations can’t be executed on a file if it’s locked.
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