Write a program that performs the brute-force attack to break the password. The following table shows encrypted passwords using the crypt() function. Your mission is to break the password corresponding your CWID in the table. For example, the last digit of your CWID is 1, then you should identify the password for indBOW06MoVz6.

Last digit of CWID Encrypted password

1 indBOW06MoVz6

2 in79RsnfG/VWo

3 inbqJM0dLgWvo

4 incT1ji3YqQ/Y

5 in7haMV00ylgk

6 in1U0tb9WpIcI

7 inPlXS.yNKivQ

8 inqidvfWapJp2

9 injY7hdQJTeu2

0 inQW.HgtuEe.M

Crypt() is a function to check UNIX/LINUX passwords, and the encrypted passwords above are encoded by the standard crypt() function. Hence, you should use the crypt() function to break the password. The crypt() function takes two input parameters and returns the encrypted password, as follows: Input parameters: Password (plaintext): string Salt: string Output: Encrypted password: string The password length is six and the salt is set to infosec (without using the quotation mark). For the brute-force attack, you should try from aaaaaa, aaaaab, aaaaac, , to zzzzzz, with the salt. Report the original plaintext password by breaking the encrypted password (one based on your CWID). Also report how many words you tested to find the original password. It is recommended to write a program using either Python or C/C++. While there are numerous resources for referencing crypt(), the following shows just two of them (but you can refer to any other helpful resources).