CIS 125 Homework #4 Please submit your pseudocode/flowchart in a Word or PDF file format. For the programs, please submit your completed program in 2 .zip files containing your .py files. 50 Points...

f


CIS 125 Homework #4 Please submit your pseudocode/flowchart in a Word or PDF file format. For the programs, please submit your completed program in 2 .zip files containing your .py files. 50 Points Total Programs (25 Points Each) Directions (Read CAREFULLY and follow COMPLETELY): • Create the following programs in Python that perform the purpose described and show the sample output (with user input where applicable). • Include at least three lines of comments/remarks in each program, including your name, the date, and a description of the program. • Upload your .zip source files to Moodle for each of the programs listed. • Add to Homework 4’s Word file the output of your program and the screenshot of the run. • Add pseudocode or a flowchart for ONE of the two programs below and add it to your Word/PDF document. • Be sure to adhere to the college and course academic honesty policy. 1. TwoNums Create a .py program. In the main part of the program, prompt the user to enter two integer numbers. Then, call a function and pass two numbers into it. Use an IF – ELSE – IF – ELSE statement to compare the two numbers and then display one of three messages: The two numbers are equal. The first number _ was larger than the second number _. The second number _ was larger than the first number _. Below is a sample run of the program: 2. Password Strength Program Create a .py program that verifies the strength of a password that a user is entering is strong (complex/secure) enough. In the main area of the program, prompt the user to enter a password. Then, call a function, passing into it the password that they entered. In the function, use whatever .py commands or built-in functions are available to ensure: a. The password is at least 8 characters in length. b. The password is mixed case (upper and lower). c. You have at least one of these valid special characters in your password: $ ! @ % ^ & * # The function will determine if the password is strong enough and then output the correct message. Here is a sample run and output from the program: First Run: Enter a password: thisis Your password length is too short. Please choose a password that is at least 8 characters long. Your password is not a mixed case. Please choose a password with mixed case. You do not have a valid special character in your password. Please add at least one special character. Second Run: Enter a password: thisismypassword Your password is not a mixed case. Please choose a password with mixed case. You do not have a valid special character in your password. Please add at least one special character. Third Run: Enter a password: Thisismypassword You do not have a valid special character in your password. Please add at least one special character. Fourth Run: Enter a password: thisis!myPassWORD Thank you. Your password is valid. Extra Credit (10 Points Each) 1. Create a Roulette Game Create a .py source file that is a roulette game. a. The game will display the possible bet types. There will be 6 types of bets on this roulette table. Even (payout: 1-1) Odd (payout: 1-1) 1st 12 (payout: 2-1) 2nd 12 (payout: 2-1) 3rd 12 (payout: 2-1) Specific number 1-36 (payout: 35-1) b. The game will allow the player to enter their bet type. c. The game will allow the player to enter the bet amount. d. If the player is playing on a specific number, the game will need to allow the player to enter the number they are placing their chip on. e. The game should then randomly choose a roulette number to land on (1-36). f. The game should then determine if the player one and display the appropriate output. a. If the player did not win, indicate so, and what their number and the roulette number were (if they chose a number, else state their bet range: Even, Odd, 1st 12, 2nd 12, 3rd 12). b. If the player did win, indicate so and what their winnings are. Here are a few sample runs of the program: 2. Change Machine Create a .py program that is a continuation of the change program from Homework #2. This program will allow a user to enter any dollar and cents amount and then will provide change. Your program must use at least one user-defined function to make the calculations. The program must allow the user to enter the dollar and cents as one input (variable) – not two different inputs. Here are several sample runs of the program: