Create a new file named cards.py $(2$ points$)$

Make sure that cards.py and assignment$8.$py is in the same directory $/$ folder

In cards.py$,$ define a class with the name Card $(2$ points$)$

Be sure to give it a constructor, it should take in two extra arguments, one for the suite of the card and another for the card's value $($numerical$).$ The assignment$8.$py file is using this yet to be defined constructor of the Card class to populate the Card's initial data. $(2$ points$)$

Also define a method within the class with the name: get$\_$display$\_$string $(2$ points$)$

In the get$\_$display$\_$string method, return a string value that will be used to display what Card this is in an easy to read format. As the user, I want to see what suite the card is and if the card's value is over $10,$ I want the value to be displayed as "Jack", "Queen", "King", "Ace". That is$,$ an $11$ will be displayed as "Jack", $12$ as "Queen", $13$ as "King", and in a special case $1$ will be displayed as "Ace" $($since there is no $"1"$ card$).$ Values from $2$ to $10$ can be displayed as a number. I want the suites to be read in some way other than $1,2,3,4$; e$.$g$.$ Clubs, Spades, Hearts, Diamonds. $(2$ points$)$

When I run the program with your cards.py file, I would be happy if I saw the following results:

The dealer opens a new pack of playing cards.

The dealer shuffles.

The dealer pulls five cards from the top.

And we see...

$10$ of Hearts

Ace of Diamonds

$2$ of Clubs

$2$ of Spades

King of Spades

Here' s another example:

The dealer opens a new pack of playing cards.

The dealer shuffles.

The dealer pulls five cards from the top.

And we see...

Diamonds $-8$

Diamonds $-5$

Clubs $-9$

Diamonds $-10$

Diamonds $-$ Jack

The string representation of your card can be different. I only ask that it is somewhat related to a normal pack of cards where there are $4$ main categories $($eg: clubs, spades, hearts, diamonds$)$ and $13$ different values $($eg: Ace, $2,3,4,5,6,7,8,9,10,$ Jack, Queen, King$).$

Assignment$8.$py

import random

from cards import Card

def create$\_$deck$()$:

# The deck array$-$list will contain Cards

deck $=[]$

# Build the deck, assuming the Card class was imported correctly

for i in range$(1,4+1)$:

for j in range$(1,13+1)$:

deck.append$($Card$($i$,$j$))$

return deck

def main$()$:

print $("$The dealer opens a new pack of playing cards."$)$

my$\_$deck $=$ create$\_$deck$()$

print $("$The dealer shuffles."$)$

random.shuffle$($my$\_$deck$)$

print $("$The dealer pulls five cards from the top."$)$

print $("$And we see..."$)$

for c in my$\_$deck$[$:$5]$:

print $(\text{'}\backslash$t$\text{'}+$ c$.$get$\_$display$\_$string$())$

if $\_\_$name$\_\_=="\_\_$main$\_\_"$:

# execute only if run as a script

main$()$