*PLEASE HELP ASAP* Pet.java /* * Class Pet * * * */ public class Pet {…

*PLEASE HELP ASAP*

Pet.java
/*
* Class Pet
*
*
*
*/
public class Pet
{
/*
* Instance variables
*/
private String name;
private String species;
private String parent;
private String birthday;

/*
* Constructors
*/
public Pet( )
{
// This is a or default constructor
} //e end constructor

public Pet( String aName,
String aSpecies,
String aParent,
String aBDay )
{
setName( aName );
setSpecies( aSpecies );
setParent( aParent );
setBirthday( aBDay );
} // end full constructor

/*
* Set methods
*/
public final void setName( String aName )
{
name = aName;
} // end setName

public final void setSpecies( String aSpecies )
{
species = aSpecies;
} // end setSpecies

public final void setParent( String aParent )
{
parent = aParent;
} // end setParent

public final void setBirthday( String aBDay )
{
birthday = aBDay;
} // end setName

/*
* Get methods
*/
public final String getName( )
{
return name;
} // end getName

public final String getSpecies( )
{
return species;
} // end getSpecies

public final String getParent( )
{
return parent;
} // end getParent

public final String getBirthday( )
{
return birthday;
} // end getBirthday

/*
* toString method
*/
public String toString( )
{
return String.format( “%s, whose fur-parent is %s, is a(n) %s born on %s.%n”,
getName( ),
getParent( ),
getSpecies( ),
getBirthday( ) );
} // end toString

} // end Pet
ArrayMethods.java
/*
* Class Pet
*
*
*
*/
public class Pet
{
/*
* Instance variables
*/
private String name;
private String species;
private String parent;
private String birthday;

/*
* Constructors
*/
public Pet( )
{
// This is a or default constructor
} //e end constructor

public Pet( String aName,
String aSpecies,
String aParent,
String aBDay )
{
setName( aName );
setSpecies( aSpecies );
setParent( aParent );
setBirthday( aBDay );
} // end full constructor

/*
* Set methods
*/
public final void setName( String aName )
{
name = aName;
} // end setName

public final void setSpecies( String aSpecies )
{
species = aSpecies;
} // end setSpecies

public final void setParent( String aParent )
{
parent = aParent;
} // end setParent

public final void setBirthday( String aBDay )
{
birthday = aBDay;
} // end setName

/*
* Get methods
*/
public final String getName( )
{
return name;
} // end getName

public final String getSpecies( )
{
return species;
} // end getSpecies

public final String getParent( )
{
return parent;
} // end getParent

public final String getBirthday( )
{
return birthday;
} // end getBirthday

/*
* toString method
*/
public String toString( )
{
return String.format( “%s, whose fur-parent is %s, is a(n) %s born on %s.%n”,
getName( ),
getParent( ),
getSpecies( ),
getBirthday( ) );
} // end toString

} // end Pet

Lab 14 lnstructions Generic Methods Background Generic methods provide a way to produce functionality that works with virtually any type of object. You have already used quite a few generic methods – from the APl – without actually diving into the details. In this lab assignment, you will produce two generic methods for managing arrays Provided to You The following are provided to you These instructions Base code (ArrayMethods.java) for your completed lab . Declaration and load of four arrays Complete method printArray to use as an example Code that describes and calls the methods you will write o o o . Pet.java a class referenced ArrayMethods.java . Sample Output from your completed ArrayMethods.java (below) Requirements Write a generic method printRange: o Accept an array of any type o Accept two int values a starting point (print this object) and a stopping point (do not print this object) o Test that the range passed is valid: ” Stopping point is greater than starting point * Starting point is equal to or greater than zero ” Stopping point is equal to or less than the last subscript in the array Using a standard for loop, print all array elements from the starting point up to (and not o including) the stopping point * Write a generic method returnItem: o Accept an array of any type o Accept an int representing the subscript of the desired item o Return the desired item (regardless of type) to the calling method o No validation is needed for the passed int; if the passed value is not within the bounds of the array, an exception will be raised the Java Runtime Environment (JRE). No exception handling is required Sample Output Array integerArray contains: 1 2 3 4 5 Array doubleArray contains: 1.1 2.2 3.3 4.4 5.5 Array characterArray contains: HELO Array petArray contains: Bob, whose fur-parent is TSA, is a(n) Tortoise born on 19950315 SweetPea, whose fur-parent is Genie, is a(n) Horse born on 28030214 Little, whose fur-parent is John, is a(n) Chicken born on 20190123 Dale, whose fur-parent is Sam, is a(n) Chipmunk born on 28098527. Smokey, whose fur-parent is USPW is a(n) Bear born on 19440413 Range of integerArray contains: 2 3 Range of doubleArray contains: 2.2 3.3 Range of characterArray contains: E L Range of petArray contains: SweetPea, whose fur-parent is Genie, is a(n) Horse born on 28830214 Little, whose fur-parent is John, is a(n) Chicken born on 20190123 The item returned from integerArray is:3 The item returned From doubleArray is: 3.3 The item returned from characterArray is: L The item returned from petArray is: Little, whose fur-parent is John, is a(n) Chicken born on 28198123