Purpose: Python parallel list implementations Program Specifications: 1. Write a program that simulates a lottery. The program should have a list of 6 integers named winning_list, with a randomly generated number in the range of 1 through 9 inclusive for each element in the list. 2. The program should ask user to enter 6 numbers and store them in another integer list named player_list. 3. The program then compares the numbers in 2 lists to find out how many numbers match. If two numbers are at the same position in both lists, it is a match. (This is using parallel list concept to compare two lists.) 4. The program output should display the winning numbers, player's numbers, and how many numbers matched. For instance, if your winning numbers are 3,5,9,1,4,7 and your player's numbers are 2,5, 7,1, 9,8, then you have two matches (5 and 1). 5 is on the second position and 1 is on the fourth position in both lists. 5. Input Validation: The guessing number entered by user must be between 1-9 inclusive. To Solve this problem, we will create the following functions. get_winning_number. get_player_number get_matches print_numbers main ● ● ● This function generates random number between 1-9, stored in the random list and return the list of 6 random numbers. This function does not have parameters and returns the random list. This function prompts the user to enter lottery guessing number and stored them into a list. This function does not have any parameters and returns the user guessing list. Make sure to validate the number, so it is in the range of 1-9 inclusive. This function compares two list position by position to see if there is a match. This function passes the random list and user guessing list. This function returns total count of matches. ● This function passes two list and the matches count and display them in the console. (See Program output) ● main function will call all the functions above.