A$.$Create a PowerShell script named $$prompts$.$ps$1$ within the $$Requirements$1$ folder. For the first line, create a comment and include your first and last name along with your student ID$.$

Note: The remainder of this task should be completed within the same script file, prompts.ps$1.$

B$.$Create a $$switch$$ statement that continues to prompt a user by doing each of the following activities, until a user presses key $5$:

$1.$Using a regular expression, list files within the Requirements$1$ folder, with the $.$log file extension and redirect the results to a new file called $$DailyLog$.$txt$$ within the same directory without overwriting existing data. Each time the user selects this prompt, the current date should precede the listing. $($User presses key $1.)$

$2.$List the files inside the $$Requirements$1$ folder in tabular format, sorted in ascending alphabetical order. Direct the output into a new file called $$C$916$contents.txt$$ found in your $$Requirements$1$ folder. $($User presses key $2.)$

$3.$List the current CPU and memory usage. $($User presses key $3.)$

$4.$List all the different running processes inside your system. Sort the output by virtual size used least to greatest, and display it in grid format. $($User presses key $4.)$

$5.$Exit the script execution. $($User presses key $5.)$

C$.$Apply scripting standards throughout your script, including the addition of comments that describe the behavior of each of parts B$1$B$5.$

D$.$Apply exception handling using try$-$catch for System.OutOfMemoryException.

E$.$Run your script and take a screenshot of the user results when each prompt $($parts B$3$B$4)$ is chosen. Save each screenshot within the $$Requirements$1$ folder. Compress all files $($original and new$)$ within the folder to a ZIP archive.

F$.$When you are ready to submit your final script, run the Get$-$FileHash cmdlet against the $$Requirements$1$ ZIP archive. Note that hash value and place it into the comment section when you submit your task.