$2.$ Create a class BlackJack. The class should derive from Tk or Frame $($either one is fine$)$ and should contain the following methods which perform the following actions:

a$.$ Constructor $-$ takes the parent as a constructor with a default value set to None

i$.$ The constructor should initiate the GUI

ii$.$ Call the Setup function

b$.$ Setup $-$ takes no parameters

i$.$ Create two buttons $($Hit and Stay$).$ Each button should have a call back function when

pressed

$1)$ Pressing the Hit button will call a function that will deal the player a card $2)$ Pressing the Stay button will calculate the player and dealer totals.

$3)$ If the dealer's total is UNDER $15$ then the dealer must take a card until his total EXCEEDS $15.$

ii$.$ Create two labels and two text entry boxes.

$1)$ The labels should read "Player Score" and "Dealer Score"

$2)$ The text entry boxes will contain the actual score of the player and Dealer

$3)$ The text entry boxes should be set to readonly iii. Read in the 'fileMap.txt$\text{'}$ file. This will essentially be your 'deck' of cards iv$.$ Call DealCards$()$

c$.$ DealCards $-$ Takes $3$ parameters with default values, rangeStart$=0,$ rangeEnd$=4$ and

rangeInterval $=1$

i$.$ Read a random line in from the file $($which was read in Setup$).$ This line will contain

the file name of a specific image

ii$.$ Create a widget based on the file name

iii. Create a new card object from this information iv$.$ When a card is dealt it should no longer be available to select in future card deals.

You essentially need to remove it from the deck

v$.$ The cards should be dealt in alternating fashion. Specifically, a card should be dealt to the player, then to the dealer one at a time.

$1)$ For every card that is dealt you will have to align it correctly in the GUI.

$2)$ It is a good idea to store the cards dealt to each player in a data structure of some sort. This will help you keep track of each players card value

$3)$ To sum the values of the cards you will NOT be able to use the sum$()$ function. You will have to iterate through the structure you store the cards in and calculate the values. A good way to do this is to write a separate function which takes a list as a parameter and returns an integer

$4)$ If the cards the dealer has exceed $21$ show a tkinter popup window which states that you won. If the cards the player has exceeds $21$ then print a different popup indicating the dealer won.

d$.$ Stay $-$ takes no parameters

i$.$ Determine if the dealer and the player have equal card values. If they do display a popup indicating it is a tie, then return

ii$.$ If there is no tie then the dealer must be dealt a card. You will have to determine the correct parameters to pass to the DealCards function in order to have the cards dealt properly. iii. Recalculate the total of the dealer's cards. Determine the winner. Winning is

determined by:

$1)$ If the total value of the dealer's cards is greater than the total value of the players cards AND the dealer's cards value is less than or equal to $21$

$2)$ If the players score is

$3)$ Otherwise the player wins $($this assumes the above criteria has not been met$)$