Data structures abstraction and design using java 2nd edition solutions

Write A JAVA Program

Write a JAVA program to solve the following problem. Your program should properly

compile and run. Your code MUST follow the documentation style used in your textbook.

You need to upload into Moodle the following:

The electronic version of your SINGLE source code file after you successfully

compiled and ran it. Please label your file appropriately.

i do the first steps you will find in the file name lab1

ATMbankAmerica.java
ATMbankAmerica.java
package KW . CH01 ;

/**
* The class ATMbankAmerica
*/
public class ATMbankAmerica implements ATM {
// Insert solution to programming exercise 4, section 1, chapter 1 here
// The following are all dummy methods
/**
* Allows the user to select an account.
* @return a String representing the account selected
*/
@ Override
public String selectAccount () {
return null ;
}

/**
* Withdraws a specified amount of money
* @param account The account from which the money comes
* @param amount The amount of money withdrawn
* @return Whether or not the operation is successful
*/
@ Override
public boolean withdraw ( String account , double amount ) {
return false ;
}

/**
* Displays the result of an operation
* @param account The account for the operation
* @param amount The amount of money
* @param success Whether or not the operation was successful
*/
@ Override
public void display ( String account , double amount , boolean success ) {
}

/**
* Displays the result of a PIN verification
* @param pin The user's pin
* @param success Whether or not the PIN was valid
*/
@ Override
public void display ( String pin , boolean success ) {
}

/**
* Displays an account balance
* @param account The account selected
*/
@ Override
public void showBalance ( String account ) {
}
}
Circle.java
Circle.java
// Insert solution to programming exercise 1, section 8, chapter 1 here
Computer.java
Computer.java
/*

/**
* Person is a class that represents a human being.
*
* @author Koffman and Wolfgang
*/
public class Person {
// Constants

/**
* The age at which a person can vote
*/
private static final int VOTE_AGE = 18 ;
/**
* The age at which a person is considered a senior citizen
*/
private static final int SENIOR_AGE = 65 ;
// Data Fields
/**
* The given name
*/
private String givenName ;
/**
* The family name
*/
private String familyName ;
/**
* The ID number
*/
private final String IDNumber ;
/**
* The birth year
*/
private int birthYear = 1900 ;

// Constructors
/**
* Construct a person with given values
*
* @param given The given name
* @param family The family name
* @param ID The ID number
* @param birth The birth year
*/
public Person ( String given , String family , String ID , int birth ) {
givenName = given ;
familyName = family ;
IDNumber = ID ;
birthYear = birth ;
}

/**
* Construct a person with only an IDNumber specified.
*
* @param ID The ID number
*/
public Person ( String ID ) {
IDNumber = ID ;
}

// Modifier Methods
/**
* Sets the givenName field.
*
* @param given The given name
*/
public void setFirstName ( String given ) {
givenName = given ;
}

/**
* Sets the familyName field.
*
* @param family The family name
*/
public void setLastName ( String family ) {
familyName = family ;
}

/**
* Sets the birthYear field.
*
* @param birthYear The year of birth
*/
public void setBirthYear ( int birthYear ) {
this . birthYear = birthYear ;
}

// Accessor Methods
/**
* Gets the person's given name.
*
* @return the given name as a String
*/
public String getGivenName () {
return givenName ;
}

/**
* Gets the person's family name.
*
* @return the family name as a String
*/
public String getFamilyName () {
return familyName ;
}

/**
* Gets the person's ID number.
*
* @return the ID number as a String
*/
public String getIDNumber () {
return IDNumber ;
}

/**
* Gets the person's year of birth.
*
* @return the year of birth as an int value
*/
public int getBirthYear () {
return birthYear ;
}

// Other Methods
/**
* Calculates a person's age at this year's birthday.
*
* @param year The current year
*
* @return the year minus the birth year
*/
public int age ( int year ) {
return year - birthYear ;
}

/**
* Determines whether a person can vote.
*
* @param year The current year
*
* @return true if the person's age is greater than or equal to the voting
* age
*/
public boolean canVote ( int year ) {
int theAge = age ( year );

return theAge >= VOTE_AGE ;
}

/**
* Determines whether a person is a senior citizen.
*
* @param year the current year
*
* @return true if person's age is greater than or equal to the age at which
* a person is considered to be a senior citizen
*/
public boolean isSenior ( int year ) {
return age ( year ) >= SENIOR_AGE ;
}

/**
* Retrieves the information in a Person object.
*
* @return the object state as a string
*/
@ Override
public String toString () {
return "First name: " + givenName + "\n" + "Last name: "
+ familyName + "\n" + "ID number: " + IDNumber + "\n"
+ "Year of birth: " + birthYear + "\n" ;
}

/**
* Compares two Person objects for equality.
*
* @param per The second Person object
*
* @return true if the Person objects have same ID number; false if they
* don't
*/
public boolean equals ( Person per ) {
if ( per == null ) {
return false ;
} else {
return IDNumber . equals ( per . IDNumber );
}
}

// Insert solution to programming exercise 2, section 1, chapter 1 here
public int compareTo ( Person per ) {
if ( familyName . compareTo ( per . familyName ) == 0 ) {
return givenName . compareTo ( per . givenName );
} else {
return familyName . compareTo ( per . familyName );
}
}

// Insert solution to programming exercise 3, section 1, chapter 1 here
public void changeFamilyName ( boolean justMarried , String newFamily ) {
if ( justMarried ) {
familyName = newFamily ;
}
}
}
Question1_3_3.java
Question1_3_3.java
// Inset solution to self-check exercise 3, section 3, chapter 1 here
Resizable.java
Resizable.java
// Insert solution to programming exercise 1, section 1, chapter 1 here
RtTriangle.java
RtTriangle.java
// Insert solution to programming exercise 2, section 8, chapter 1 here
Vegetable.java
Vegetable.java
// Insert solution to programming exercise 1, section 4, chapter 1 here
AbstractComputer.java
AbstractComputer.java
// Insert solution to programming exercise 2, section 4, chapter 1 here
Airplane.java
Airplane.java
package KW . CH01 ;

/**
* Class Airplane example for Exercise 1.5.3
*/
public class Airplane {

private Engine eng ;
private Rudder rud ;
private Wing [] wings = new Wing [ 2 ];

// Insert solution to programming exercise 3, section 5, chapter 1 here
}

// Dummy classes to allow exercise to compile
class Engine {
}

class Rudder {
}

class Wing {
}