DO NOT NEED JAVA CODE ONLY ALGORITHM IN PSEUDOCODE!!! The CarMin dealership has approached you to write a program to keep track of the sales commissions paid to the sales team each time they sell a used car. The amount of the commission that a salesperson earns is based on the type of vehicle sold. Currently CarMin is trying to incentivize it salesforce to try and sell Hybrids and SUVs because these vehicles generate the most profit within the dealership. vehicle types have the highest commissions. These Vehicle Type Bonus Commission Hybrid. 4.0% of Selling Price Coupe. 1.5% of Selling Price Sedan. 1.5% of Selling Price SUV 3.0% of Selling Price Minivan 2.5% of Selling Price Create a program for use by the sales manager to track commissions by vehicle type. It is unknown how many cars the dealership will sell in a given month. The program should allow the manager to continuously enter a vehicle type and selling price each time a vehicle is sold. You must validate the vehicle type and selling price using appropriate validation. If any validations fails you should provide an error message and re-prompt the manager. Once the manager has indicated they are finished entering sales, display a well-formatted report containing a list of each vehicle type along with: total sold total sales total commissions earned average commission earned. Sample Output: Other Requirements: Your solution must demonstrate the concept of one-dimensional arrays. Your solution must not use methods other than main. They are not required for this assignment. Your solution must not import any Java library other than JOptionPane, including java.util.Arrays. 1) Create a defining diagram that shows the input, processing, and output 2) Create a solution algorithm using pseudocode 3) Show testing using the desk checking table method, to include test data, expected results, and a desk checking table. Make sure your desk checking considers multiple cases including both valid and invalid test data to prove your algorithm will work in all cases Your solution must contain appropriate validation. Try to think about what might be considered appropriate as you are designing your solution beyond what has already been explicitly provided.
DO NOT NEED JAVA CODE ONLY
The CarMin dealership has approached you to write a program to keep track of the sales commissions paid to the sales team each time they sell a used car. The amount of the commission that a salesperson earns is based on the type of vehicle sold. Currently CarMin is trying to incentivize it salesforce to try
and sell Hybrids and SUVs because these vehicles generate the most profit within the dealership. vehicle types have the highest commissions.
These
|
Vehicle Type |
Bonus Commission |
Hybrid. 4.0% of Selling Price
Coupe. 1.5% of Selling Price
Sedan. 1.5% of Selling Price
SUV 3.0% of Selling Price
Minivan 2.5% of Selling Price
Create a program for use by the sales manager to track commissions by vehicle type. It is unknown how many cars the dealership will sell in a given month. The program should allow the manager to continuously enter a vehicle type and selling price each time a vehicle is sold. You must validate the vehicle type and selling price using appropriate validation. If any validations fails you should provide an error message and re-prompt the manager.
Once the manager has indicated they are finished entering sales, display a well-formatted report containing a list of each vehicle type along with:
-
total sold
-
total sales
-
total commissions earned
-
average commission earned.
Sample Output:
Other Requirements:
-
Your solution must demonstrate the concept of one-dimensional arrays.
-
Your solution must not use methods other than main. They are not required for this assignment.
-
Your solution must not import any Java library other than JOptionPane, including
java.util.Arrays.
-
1) Create a defining diagram that shows the input, processing, and output
-
2) Create a solution algorithm using pseudocode
-
3) Show testing using the desk checking table method, to include test data, expected results, and a desk checking table. Make sure your desk checking considers multiple cases including both valid and invalid test data to prove your algorithm will work in all cases
-
Your solution must contain appropriate validation. Try to think about what might be considered
appropriate as you are designing your solution beyond what has already been explicitly
provided.
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