Java. Please use the template, thank you! 30 /**A coin with a monetary value.*/46 public class Coin implements Comparable {7private double value;private String name;8.9.10110/**12* Constructs a coin.13@param aValue the monetary value of the coin.@param aName*/*1415the name of the coin16public Coin(double aValue, String aName) {value = aValue;1701819name = aName;202122230/**24* Gets the coin value.*2526@return the value27* /public double getValue() {return value;}28029303132330/**34* Gets the coin name.*35*36@return the name37*/380public String getName () {39return name;40}4142@Overridepublic String toString() {430A4445return ""; |/ FIX ME46}4748490@Overridepublic boolean equals(Object otherObject) {50return false; // FIX ME}51525354550/**56Compares two Coin objects.57@param otherObject the object to be compared@return a negative integer, zero, or a positive integer as this coin is less585960than, equal to, or greater than the specified coin61*/public int compareTo(Object otherObject) {return -1; // FIX ME}62063646566 }67 1. Make it implement the Comparable interface. In particular, compare coins first by their value (smaller values first),and then by their name (lexicographically, in the way the Java String class compare strings).2. Add a toString method that includes the value and name of the coin, formatted like the end of the examplebelow.3. Add an equals method that considers two coins equal if their value and name (case sensitive) match.Example:Coin coinl = new Coin (.25, "Quarter");Coin coin2 = new Coin (.10, "Dime");Coin coin3 = new Coin (.10, "Dime");Coin coin4 = new Coin (.10, "My Dime");Coin coin5 = new Coin (.01, "Penny");Coin coin6 = new Coin (.01, "Different Penny");Coin coin7 = new Coin (.05, "NICKEL");Coin coin8 = new Coin (.05, "nickel");Coin coin9= new Coin(.05, "Nickel");coinl.compareTo (coin2); // returns a positive intcoin2.compareTo (coin3) ; // returns 0coin3.compareTo (coinl); // returns a negative intcoin3.compareTo (coin4); // returns a negative intcoin4.compareTo (coin3); // returns a positive intList coins = new ArrayList<> () ;coins.add (coinl);coins.add (coin2);coins.add (coin3);coins.add (coin4);coins.add (coin5);coins.add (coin6);coins.add (coin7);coins.add (coin8);coins.add (coin9);Collections.sort (coins);for (Coin c : coins) {System.out.println (c);}// The above prints:Value: 0.01, Name: Different PennyValue: 0.01, Name: PennyValue: 0.05, Name: NICKELValue: 0.05, Name: NickelValue: 0.05, Name: nickelValue: 0.1, Name: DimeValue: 0.1, Name: DimeValue: 0.1, Name: My DimeValue: 0.25, Name: Quarter

Here, I have to write a java solution to the above question.

*A coin with a monetary value. public class Coin implements Comparable { private double value; private String name; /** Constructs a coin. eparam avalue the monetary value of the coin. éparam aName */ the name of the coin public Coin(double avalue, String aName) { value = avalue; name = aName; /** Gets the coin value. * ereturn the value public double getValue() { return value; /** * Gets the coin name. ereturn the name */ public String getName() { return name; } @override public String tostring() { return ""; // FIX ME @Override public boolean equals(Object otherobject) { return false; // FIX ME } /** Compares two Coin objects. @param otherobject the object to be ompared @return a negative integer, zero, or a positive integer as this coin is less than, equal to, or greater than the specified coin public int compareTo(Object otherobject) { return -1; // FIX ME }

*A coin with a monetary value. public class Coin implements Comparable { private double value; private String name; /** Constructs a coin. eparam avalue the monetary value of the coin. éparam aName */ the name of the coin public Coin(double avalue, String aName) { value = avalue; name = aName; /** Gets the coin value. * ereturn the value public double getValue() { return value; /** * Gets the coin name. ereturn the name */ public String getName() { return name; } @override public String tostring() { return ""; // FIX ME @Override public boolean equals(Object otherobject) { return false; // FIX ME } /** Compares two Coin objects. @param otherobject the object to be ompared @return a negative integer, zero, or a positive integer as this coin is less than, equal to, or greater than the specified coin public int compareTo(Object otherobject) { return -1; // FIX ME }

Computer Networking: A Top-Down Approach (7th Edition)

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

Section: Chapter Questions

Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

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