Question: I NEED FOLLOWING BLACJACK PROGRAM'S CODE IMMEDIATELY !!! Write a program that maximizes earning from blackjack game where the deck is known. The rules are:
I NEED FOLLOWING BLACJACK PROGRAM'S CODE IMMEDIATELY !!!

Write a program that maximizes earning from blackjack game where the deck is known. The rules are: -The goal of blackjack is to beat the dealer's hand without going over 21. -Face cards are worth 10. Aces are worth 1 or 11, whichever makes a better hand. -Each player starts with two cards, one of the dealer's cards is hidden until the end. - You can only double/split on the first move, or first move of a hand created by a split. -You cannot play on two aces after they are split. -To 'Hit' is to ask for another card. To 'Stand' is to hold your total and end your turn. -If you go over 21 you bust, and the dealer wins regardless of the dealer's hand. -If you are dealt 21 from the start (Ace & 10), you got a blackjack. -Blackjack usually means you win 1.5 the amount of your bet. Depends on the casino. -Dealer will hit until his/her cards total 17 or higher -Doubling is like a hit, only the bet is doubled, and you only get one more card. Split can be done when you have two of the same card - the pair is split into two hands. -Splitting also doubles the bet, because each new hand is worth the original bet. - You can only double/split on the first move, or first move of a hand created by a split. -You cannot play on two aces after they are split. - You can double on a hand resulting from a split, tripling or quadrupling you bet. .-The deck should be represented as an integer array. The length of the array must be 52 and the array holds integers from 0 to 51. This is the general form. BJ): if n-i 21: (bust) options.append(-1(bust) + BJ(i+p+2)) break for d in range(2,n-i-p) dealer = sum(C+1,Ci+3, Ci+p+2:i+p+d) if dealer > 17: break if dealer > 21: dealer =0 (bust) options.append(cmp(player, dealer) + BJ(i +p+d)) return max(options) Each integer represents a different playing card. Your program should allow users to enter their sequence of deck in the form of co, c1, ..., cn-1 For example: a user can enter 5,4,11,29,39,45,... to the program. Write a program that maximizes earning from blackjack game where the deck is known. The rules are: -The goal of blackjack is to beat the dealer's hand without going over 21. -Face cards are worth 10. Aces are worth 1 or 11, whichever makes a better hand. -Each player starts with two cards, one of the dealer's cards is hidden until the end. - You can only double/split on the first move, or first move of a hand created by a split. -You cannot play on two aces after they are split. -To 'Hit' is to ask for another card. To 'Stand' is to hold your total and end your turn. -If you go over 21 you bust, and the dealer wins regardless of the dealer's hand. -If you are dealt 21 from the start (Ace & 10), you got a blackjack. -Blackjack usually means you win 1.5 the amount of your bet. Depends on the casino. -Dealer will hit until his/her cards total 17 or higher -Doubling is like a hit, only the bet is doubled, and you only get one more card. Split can be done when you have two of the same card - the pair is split into two hands. -Splitting also doubles the bet, because each new hand is worth the original bet. - You can only double/split on the first move, or first move of a hand created by a split. -You cannot play on two aces after they are split. - You can double on a hand resulting from a split, tripling or quadrupling you bet. .-The deck should be represented as an integer array. The length of the array must be 52 and the array holds integers from 0 to 51. This is the general form. BJ): if n-i 21: (bust) options.append(-1(bust) + BJ(i+p+2)) break for d in range(2,n-i-p) dealer = sum(C+1,Ci+3, Ci+p+2:i+p+d) if dealer > 17: break if dealer > 21: dealer =0 (bust) options.append(cmp(player, dealer) + BJ(i +p+d)) return max(options) Each integer represents a different playing card. Your program should allow users to enter their sequence of deck in the form of co, c1, ..., cn-1 For example: a user can enter 5,4,11,29,39,45,... to the program
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