Create the necessary Python code to meet the following user requirements.

Background: The local driver$$s license office has asked you to create an application that

automatically grades the written portion of the driver$$s license exam. The written exam is a $20$

question multiple choice test and a minimum passing score is $15$ out of $20.$

$$ The application should be a Python console application

$$ The application should store the correct answers in a list

$$ Student responses will be provided in a text file. Each line of the file consists of a student name

and their responses to the written exam.

$$ The application should $$grade$$ each student and provide the following as a summary for each

student...

o The number of correct responses

o The number of incorrect responses

o A list of the question numbers answered incorrectly

o A message indicating whether the student passed or failed.

The correct answers are:

$1.$ A

$2.$ C

$3.$ A

$4.$ A

$5.$ D

$6.$ B

$7.$ C

$8.$ A

$9.$ C

$10.$ B

$11.$ A

$12.$ D

$13.$ C

$14.$ A

$15.$ D

$16.$ C

$17.$ B

$18.$ B

$19.$ D

$20.$ A

The external file of student scores is provided with the assignment $($StudentResponses$.$txt$).$ Be sure

to copy this text file into your DriversLicenseExam$2$ project folder. The data contained in the file is:

MARK,A$,$A$,$A$,$A$,$B$,$B$,$C$,$A$,$C$,$A$,$A$,$D$,$C$,$A$,$B$,$C$,$B$,$B$,$B$,$D

MIKE,A$,$C$,$A$,$A$,$D$,$B$,$C$,$A$,$C$,$B$,$A$,$D$,$C$,$A$,$D$,$B$,$B$,$B$,$C$,$A

JOHN,A$,$C$,$B$,$B$,$C$,$B$,$C$,$A$,$C$,$B$,$B$,$C$,$C$,$B$,$C$,$C$,$B$,$B$,$D$,$A

MARY,A$,$C$,$A$,$A$,$D$,$B$,$C$,$A$,$C$,$B$,$A$,$D$,$C$,$A$,$D$,$C$,$B$,$B$,$D$,$A

ELLEN,B$,$B$,$B$,$A$,$C$,$B$,$C$,$A$,$B$,$B$,$A$,$D$,$C$,$A$,$D$,$C$,$C$,$C$,$D$,$A

MARK,A$,$A$,$A$,$A$,$B$,$B$,$C$,$A$,$C$,$A$,$A$,$D$,$C$,$A$,$B$,$C$,$B$,$B$,$B$,$D

The following are general steps that you can follow for creating this project.

o Create a list or tuple to store the correct responses

o Initialize an empty dictionary that will store student responses $($sResponsesDictionary$)$

and initialize another empty dictionary that will store student grade results

$($sGradesDictionary$).$

o Read in the data from the StudentResponse.txt file.

o For each record in the StudentResponse.txt file, add an entry to the

sResponsesDictionary dictionary. The key for the new entry will be the student name.

The value corresponding to this key will be a list of the student responses.

o For each record in the StudentResponse.txt file, determine the total number of correct

responses, the total number of incorrect responses, a list of incorrect responses, and

$$PASS$$ or $$FAIL$$ indicator.

o For each record in the StudentResponse.txt file, add an entry to the sGradesDictionary

dictionary. The key for the new entry will be the student name. The value

corresponding to this key will be a set of values; the total number of correct responses,

the total number of incorrect responses, a list of incorrect responses, and $$PASS$$ or

$$FAIL$$ indicator.

o After the two dictionaries have been created in full $($i$.$e$.,$ both dictionaries contain data

for all students$),$ print out the contents of both dictionaries.

o Loop through the sGradesDctionary and print out a summary for each student. The

summary should display the student name, the number of correct responses, the

number of incorrect responses, a list of incorrect responses, and a message indicating

Pass or Fail.