$1.$ Implement two lists. One list should be a list of $8$ different usernames with one being "admin".

The other list should be a list of $8$ different messages $($pleasant messages like: "Hope you are well today! etc.$)$

Be sure to use for loops and$/$or the appropriate control structure.

Check to see if the user equals 'admin'.

If so print an f$-$string, passing $\{$user$\}$ directly to the print stream with a message stating: "I have a status report for you!".

If using nested for loops for example, break out of the inner loop appropriately. If the user isn't admin, then generate a random choice from the messages list and

print and f$-$string, passing each user directly to the print stream along with the random message.

If using nested for loops, break out of the inner loop after printing each random greeting.

Hint: You will break out of the inner loop twice $($if you nest$).$ You don't have to though. Iterate over the names list, and then handle your message logic in the same loop.

You need to try your best to derive a solution that you understand. There is no right or wrong here.

BE SURE TO IMPORT THE RANDOM MODULE

Hint: your$\_$variable$\_$handle $=$ random.choice$($messages$)$

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#YOUR CODE GOES HERE

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$2.$ Amend the above program and prompt the user to log in with their username.

a$.$ If the user is in the list $($think conditionals here$)$ continue with the above implementation $($#$1$ above$).$

b$.$ If name entered is not in the list, print: $$Sorry$,$ username does not exist$$

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#YOUR CODE GOES HERE

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$3.$ Simulating Username Uniqueness Check on a Website

a$.$ Create a list consisting of $8$ usernames, making sure to mix upper and lowercase letters, such as "kfoster$2342"$ or "Ddouglas$1345345."$

b$.$ Now, create a second list containing $8$ new usernames. Ensure that at least $3$ of the usernames in this second list match those from the first list, but vary the casing.

c$.$ Write a loop that checks each of the new usernames against the existing ones. If the username is found in the current list, display a message telling the user to pick another username. If it$$s not found, print a message indicating that the username is available for use.

d$.$ Be mindful of case sensitivity when comparing usernames. For instance, if "Kfoster$2342"$ is already on the list but the new user attempts to use "kfoster$2342,"$ the system should recognize this as a duplicate. To handle this, create a new list where all usernames from the original list are converted to lowercase.

For example:

current$\_$users $=[$list of current usernames$]$

new$\_$users $=[$list of new usernames$]$

lower$\_$case$\_$users $=[$user$.$lower$()$ for user in current$\_$users$]$

In the code above, the square brackets are used to generate a new list using list comprehension. List comprehension is a concise and efficient way to create a list by transforming another list or string. In this case, we are converting each username from current$\_$users into lowercase. Each item in current$\_$users is processed one by one $($iterated over$),$ and during each iteration, the username is converted to lowercase and stored in the new lower$\_$case$\_$users list.

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#YOUR CODE GOES HERE

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$4.$ Implement a list with $4-6$ items. Unpack it using each way outlined in the lecture materal being sure to print each time $($use list comprehension, the $.$join function and others$).$

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