For this assignment, you will select either the Cat or the Dog Java class from the UIML diagram. Open the Virtual Lab $($Apporto$)$ by clicking the

link in the Virtual Lab Access module. Then open your Eclipse IDE and create a new class. View the Eclipse IDE Tutorial video in the

Supporting Materials section if you need help creating a class in Eclipse.

Before you begin, review the following UML class diagram. Pay attention to each class's attributes and behaviors. As a reminder, though

the diagram illustrates an inheritance relationship between the classes, the class you choose to implement does not have to inherit from

the Pet class for this assignment. You will learn more about implementing inheritance in later modules.

Pet

petType

petName

petAge

dogSpaces

catSpaces

daysStay

amountDue

Pet$()$

getPetType$()$

setPetType$()$

getPetName$()$

setPetName$()$

getPetAge$()$

setPetAge$()$

getDogSpaces$()$

setDogSpaces$()$

getCatSpaces$()$

setCatSpaces$()$

getDaysStay$()$

setDaysStay$()$

getAmountDue$()2.$ Next, you will implement either the Cat or Dog Java class. Your class must meet all the specifications from the UML class diagram. Include the following items in your Cat or Dog class:

A$.$ All attributes $($variables$)$ with appropriate data types

i$.$ Note that the types are not specified in this UML class diagram. You must consider the most appropriate data type for each attribute. D$.$ In$-$line comments and appropriate white space, according to the style guidelines you have learned so far in the course

i$.$ Commenting code is crucial for several reasons. Commenting code provides human$-$readable explanations of the code's functionality. The comments make it easier for other developers or even the original coder to understand and maintain the code after some time. Clear and concise comments act as documentation. Comments offer insights into the logic, purpose, and usage of different sections of the code. Comments become especially valuable in collaborative projects or when handing over code to other developers. Comments can also help identify potential issues, edge cases, or important considerations that help communicate between developers. Well$-$documented code accelerates the development process and contributes to overall maintainability, which reduces the likelihood of errors and makes code more adaptable to changes and improvements. B$.$ At least one constructor method that initializes values for all attributes

i$.$ The constructor method is a special method that is run anytime an object is created from a class. The constructor method shares the name of the class it is found in$.$

C$.$ Accessors and mutators for all attributes

i$.$ Each attribute should have a corresponding accessor $("$getter$")$ and mutator $("$setter$")$ method. These methods are indicated in the class diagram.

D$.$ In$-$line comments and appropriate white space, according to the style guidelines you have learned so far in the course

i$.$ Commenting code is crucial for several reasons. Commenting code provides human$-$readable explanations of the code's functionality. The comments make it easier for other developers or even the original coder to understand and maintain the code after some time. Clear and concise comments act as documentation. Comments offer insights into the logic, purpose, and usage of different sections of the code. Comments become especially valuable in collaborative projects or when handing over code to other developers. Comments can also help identify potential issues, edge cases, or important considerations that help communicate between developers. Well$-$documented code accelerates the development process and contributes to overall maintainability, which reduces the likelihood of errors and makes code more adaptable to changes and improvements.