Task #$1(1$ point$)$ Import the random library. Task #$2(5$ points$)$ Define named constant and global variables as indicated above. Task #$3(4$ points$)$ Define a function $($name it roll$\_$dice$)$ that will generate two random integers between $1$ and $6$ inclusive and return their sum. Task #$4(10$ points$)$ Define a function $($name it wins$)$ that will accept one integer argument $($name it player$).$ The function will return True if anyone of the players wins, otherwise, it will return False. For a player to win, the bank must be greater than or equal to MAXIMUM$\_$BANK. Task #$5(5$ points Define a function $($name it update$\_$bank$).$ The function will accept two integers $($player and value$).$ The function will add value to the bank of that player. Task #$6(2$ points$)$ Define a function $($name it welcome$\_$message$)$ that will return the string. "Welcome to the game of DICE" "Enjoy!" Task #$7(3$ points$)$ Define a function $($reset$)$ that will set the banks to zero$(0).$ Task #$8(10$ points$)$ Define a function $($name it play$\_$dice$)$ that will play a single round of the DICE game. Use a random generator to determine the player $(0$ or $1)$ to play first $($name it first$\_$player$).$ The second player will be $1-$first$\_$player. The players will take turns to play $($note that this is being simulated and the computer plays both players by using random generated numbers.$)$ Use a while loop for the round; the end of a round is reached when a player wins. Task #$9(10$ points$)$ Using if $\_\_$name$\_\_=="\_\_$main$\_\_"$ statement, prompt user to enter the number of rounds to play $($n$),$ display the welcome message, use a for loop to play rounds and in each round, call reset function and the play$\_$dice function. Display the number of wins for each player.