M$2$Lab Instructions

Introduction:

Assignment requires the use of decision structures and loops

Instructions:

For this assignment, refer to page $85$ of your textbook. The instructions below list the assignment requirements.

Create a Python code file named M$2$Lab$\_$Func$\_$Rev$\_$FirstLast.py $($replace "FirstLast" with your own name$)$

Add a title comment block to the top of the new Python file using the following form

# A brief description of the project

# Date

# CSC$121$ m$2$Lab$-$ Function Review

# Your Name

Complete Exercise $7$ on page $85($Dollar Store$).(60$ points$)$

Convert the program to a "Modularized" menu driven program, the zipped folder linked below contains a modularized menu driven program.

The three functions you created in step $3($calcCost$,$ displayLine and display$)$ above are to be saved in a DIFFERENT file $($so all $3$ functions in ONE file$).$ give the file a discriptive name.

The main file is to display the menu shown below and call the functions you saved in that other file, when$/$if the user chooses to calculate item cost.

Note the program should only stop if the user enters $2,$ meaning the only when the user chooses to stop.

If a value other than $1$ or $2$ is entered, the program should display a statement that tells the user the value thev entered is invalid and then display the menu again.

Menu$----------$ Calculate cost $1)$ Cal

Exit

Below is a zipped folder that contains a modularized menu$-$driven program, refer to this program to see how to create a menu driven program.

menu driven zip

$($opens in new window$)$

$5.$ Submit your finished code solution file$($s$)$ through assignment link $($posted below$)$ by the posted deadline

Note: Program Pseudocode $($detail algorithm$)$ required

Grading criteria:

Refer to above and the grading criteria posted in rubrics below

M$2$Lab Grading Rubric docx