Blackjack part $2,$ using the code below, add a function to transfer dealer and player wins and losses onto a csv file.

import random

class Card:

def $\_\_$init$\_\_($self$,$ suit, value$)$:

self.suit $=$ suit

self.value $=$ value

def $\_\_$str$\_\_($self$)$:

return f$"\{$self$.$value$\}$ of $\{$self$.$suit$\}"$

class Deck:

def $\_\_$init$\_\_($self$)$:

self.cards $=[]$

self.build$()$

def build$($self$)$:

suits $=[\text{'}$Hearts$\text{'},$ 'Diamonds', 'Clubs', 'Spades'$]$

values $=[\text{'}2\text{'},\text{'}3\text{'},\text{'}4\text{'},\text{'}5\text{'},\text{'}6\text{'},\text{'}7\text{'},\text{'}8\text{'},\text{'}9\text{'},\text{'}10\text{'},$ 'Jack', 'Queen', 'King', 'Ace'$]$

self.cards $=[$Card$($suit$,$ value$)$ for suit in suits for value in values$]$

def shuffle$($self$)$:

random.shuffle$($self$.$cards$)$

def deal$($self$)$:

return self.cards.pop$()$

class Hand:

def $\_\_$init$\_\_($self$)$:

self.cards $=[]$

self.value $=0$

def add$\_$card$($self$,$ card$)$:

self.cards.append$($card$)$

def calculate$\_$value$($self$)$:

self.value $=0$

has$\_$ace $=$ False

for card in self.cards:

if card.value $==$ 'Ace':

has$\_$ace $=$ True

self.value $+=$ self.card$\_$value$($card$)$

if has$\_$ace and self.value $<=11$:

self.value $+=10$

return self.value

@staticmethod

def card$\_$value$($card$)$:

if card.value in $[\text{'}$Jack$\text{'},$ 'Queen', 'King'$]$:

return $10$

elif card.value $==$ 'Ace':

return $1$

else:

return int$($card$.$value$)$

def main$()$:

# Initialize deck and players' hands

deck $=$ Deck$()$

deck.shuffle$()$

player$\_$hand $=$ Hand$()$

dealer$\_$hand $=$ Hand$()$

# Deal initial cards

player$\_$hand.add$\_$card$($deck$.$deal$())$

dealer$\_$hand.add$\_$card$($deck$.$deal$())$

player$\_$hand.add$\_$card$($deck$.$deal$())$

dealer$\_$hand.add$\_$card$($deck$.$deal$())$

# Game loop

while True:

# Show player's hand and one of dealer's cards

print$("$

Player's Hand:"$)$

for card in player$\_$hand.cards:

print$($card$)$

print$("$

Dealer's Hand:"$)$

print$($dealer$\_$hand.cards$[0])$

print$("$One card face down."$)$

# Ask player to hit or stand

try:

action $=$ input$("$

Do you want to $($h$)$it or $($s$)$tand$?")$

except EOFError:

print$("$

End of input. Exiting the game."$)$

break

if action.lower$()==\text{'}$h$\text{'}$:

player$\_$hand.add$\_$card$($deck$.$deal$())$

player$\_$hand.calculate$\_$value$()$

if player$\_$hand.value $>21$:

print$("$

Player busts! Dealer wins."$)$

break

elif action.lower$()==\text{'}$s$\text{'}$:

# Dealer's turn

while dealer$\_$hand.calculate$\_$value$()<17$:

dealer$\_$hand.add$\_$card$($deck$.$deal$())$

# Show dealer's hand

print$("$

Dealer's Hand:"$)$

for card in dealer$\_$hand.cards:

print$($card$)$

# Determine winner

if dealer$\_$hand.value $>21$:

print$("$

Dealer busts! Player wins."$)$

elif dealer$\_$hand.value $>$ player$\_$hand.value:

print$("$

Dealer wins."$)$

elif dealer$\_$hand.value $<$ player$\_$hand.value:

print$("$

Player wins."$)$

else:

print$("$

It's a tie!"$)$

break

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

main$()$