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Many user-created passwords are simple and easy to guess. Write a program that takes a simple password from the user input and makes it stronger by calling the new_password () function. The program should print the requested output that shows the new password returned from the function. Write a function new_password () that takes an input string, and returns a new password with the characters of the input replaced using the key below and with the "#" appended to the start and end of the password. i becomes 1 • a becomes @ m becomes M B becomes 8 • s becomes $ Example Input: mypassword Output: Your new password is #Myp@$$word# To verify that the unit tests will be passing, check that your function returns the correct value (i.e., a new password with the characters of the input replaced). assert new_password ("mypassword") Hints == ● "#Myp@$$word#" • Review Figure 4.5.2 to see how to iterate over characters • Use the Python Tutor to visualize what your code is doing Python strings are immutable, so use the string concatenation that creates a new string. You can create a new empty string and add characters to it to build a new password. • Make sure you are clear about what the program does and what the function is supposed to do

Many user-created passwords are simple and easy to guess. Write a program that takes a simple password from the user input and makes it stronger by calling the new_password () function. The program should print the requested output that shows the new password returned from the function. Write a function new_password () that takes an input string, and returns a new password with the characters of the input replaced using the key below and with the "#" appended to the start and end of the password. i becomes 1 • a becomes @ m becomes M B becomes 8 • s becomes $ Example Input: mypassword Output: Your new password is #Myp@$$word# To verify that the unit tests will be passing, check that your function returns the correct value (i.e., a new password with the characters of the input replaced). assert new_password ("mypassword") Hints == ● "#Myp@$$word#" • Review Figure 4.5.2 to see how to iterate over characters • Use the Python Tutor to visualize what your code is doing Python strings are immutable, so use the string concatenation that creates a new string. You can create a new empty string and add characters to it to build a new password. • Make sure you are clear about what the program does and what the function is supposed to do

Database System Concepts
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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Password modifier in python
Many user-created passwords are simple and easy to guess. Write a program that takes a simple password from the user input and makes it stronger by calling the new_password () function. The program should print the requested output that shows the new password returned from the function. Write a function new_password () that takes an input string, and returns a new password with the characters of the input replaced using the key below and with the "#" appended to the start and end of the password. • i becomes 1 • a becomes @ . m becomes M . B becomes 8 s becomes $ Example Input: mypassword Output: Your new password is #Myp@$$word# To verify that the unit tests will be passing, check that your function returns the correct value (i.e., a new password with the characters of the input replaced). assert new_password ("mypassword") Hints == "#Myp@$$word#" • Review Figure 4.5.2 to see how to iterate over characters • Use the Python Tutor to visualize what your code is doing ● Python strings are immutable, so use the string concatenation that creates a new string. You can create a new empty string and add characters to it to build a new password. • Make sure you are clear about what the program does and what the function is supposed to do.
Transcribed Image Text:Many user-created passwords are simple and easy to guess. Write a program that takes a simple password from the user input and makes it stronger by calling the new_password () function. The program should print the requested output that shows the new password returned from the function. Write a function new_password () that takes an input string, and returns a new password with the characters of the input replaced using the key below and with the "#" appended to the start and end of the password. • i becomes 1 • a becomes @ . m becomes M . B becomes 8 s becomes $ Example Input: mypassword Output: Your new password is #Myp@$$word# To verify that the unit tests will be passing, check that your function returns the correct value (i.e., a new password with the characters of the input replaced). assert new_password ("mypassword") Hints == "#Myp@$$word#" • Review Figure 4.5.2 to see how to iterate over characters • Use the Python Tutor to visualize what your code is doing ● Python strings are immutable, so use the string concatenation that creates a new string. You can create a new empty string and add characters to it to build a new password. • Make sure you are clear about what the program does and what the function is supposed to do.
1 def... 2 3 4 if __name__ word 567 = = 11 "__main___": input() Type your code here.
Transcribed Image Text:1 def... 2 3 4 if __name__ word 567 = = 11 "__main___": input() Type your code here.
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