MUST BE PYTHON. Values MUST be generated from the p1_random module provided. Attached are the numbers that should be generated as well as sample output. Nobody has been able to follow the instructions correctly yet. Thank you.

Overview In this project students will simulate a simplified version of the game Blackjack. Students will implement random card drawing, calculation, state tracking, and console input systems. The project is designed to be a playful yet practical opportunity to practice data types, console I/O, control structures, and modules. Rules of the Road Forewarning: this specification does NOT follow the rules of casino Blackjack. Don't drop out of your studies and move to Vegas just because you can beat your own randomized AI! A typical game will play out as follows: The player will be dealt one card at the start of the game (where a game is one round of play). The player, based on the value of their cards, can either ask for another card (a hit) or choose to hold (stand). The dealer will then begin their turn and try to beat the player's hand. The player is competing against the dealer, who has their own hand. Whomever is closer to 21 at the end of the game (as long as they don't exceed 21) wins the game. 1. Plaver's turn: Player tries to reach or come close to 21 without going over (as 21 is the highest hand). 2. Dealer's turn: Dealer tries to beat exceed the player's hand without going over 21 . 3. Determine the winner at the end of the game and increment the win count. 4. Repeat! You will need a while loop in your program. The loop will allow you to play successive games without restarting the program each time; it will also allow you to keep a win count over multiple games. Here is the basic syntax of a while loop: while boolean expression: \# Statements If the boolean expression evaluates to true, the loop continues. If when it ever evaluates to false, then the loop terminates (we skip over the loop block) and continue with the program. Here is an example of a while loop: x=0whilex