Create a public static Boolean field named debugMode and initialize debugMode with true. Ex: If the input is Gus Ben Ron, then the output is: Debug mode ON: Client's constructor called Debug mode ON: Client's constructor called Debug mode ON: Client's constructor called Client is Gus. Client is Ben. Client is Ron. Note: Debugging is commonly done with output messages. A static Boolean field like debugMode controls whether the debugging message is to be shown or hidden. 1 public class Client { 2 3 456789 10 11 12 13 14 15 16 17 18 /* Your code goes here */ Client.java NewClients.java private String name; public Client(String newName) { if (debugMode) { System.out.println("Debug mode ON: Client's constructor called"); } name = newName; } public void print() { if (debugMode) { System.out.println("Debug mode ON: print () called"); } System.out.println("Client is + name

A client with a completed main function is provided. The main function should not be modified. You must update the client by creating and implementing the various functions described below. readFile – Loads the parameter array with Billionaire objects. The data for each Billionaire is read from the given data file which is in CSV format (comma delimited - 1 line per record with fields separated by a comma.) The function should read each line from the file, pass the line read to the Billionaire class constructor and store the resulting object in the parameter array. The second parameter represents the maximum number of Billionaire objects that can be stored. displayAll - Displays a list of the Billionaires stored in the array. getRange – Determines the smallest wealth value and the largest wealth value within the array. These values are returned to the caller via reference parameters. getWealthiest – Returns the Billionaire within the array with the greatest wealth. getUS –...

InfoFrame Data Storage Process Data File A0 7 B0 0 C0 18 D0 11 E0 16 F0 10 G0 11 H0 8 I0 13 J0 11 A10 19 B10 9 C10 3 D10 4 E10 7 ... F10 3 G10 19 H10 18 I10 15 J10 13 Testing Create a main method in your script. Utilize the data file provided to create the InfoFrame object. Write the code shown below in the main method EXACTLY as shown. Call the main method Substitute your filepath here

Explain the functionality of each line of code in the provided C# scripts- using System.Collections;using System.Collections.Generic;using UnityEngine;using UnityEngine.UI; public class Healthbar : MonoBehaviour{ [SerializeField] private Health playerHealth; [SerializeField] private Image totalHealthbar; [SerializeField] private Image currentHealthbar; private void Start() { totalHealthbar.fillAmount = playerHealth.currentHealth / 10; } private void Update() { currentHealthbar.fillAmount = playerHealth.currentHealth / 10; }} using System.Collections;using System.Collections.Generic;using UnityEngine;using UnityEngine.SceneManagement; public class Health : MonoBehaviour{ [SerializeField] private float startingHealth; public float currentHealth { get; private set; } private Animator anim; private void Awake() { currentHealth = startingHealth; anim = GetComponent<Animator>(); } public void...

In this task, you should: create a CustomHTTPServer class inherited from the HTTPServer class. In the constructor method, the CustomHTTPServer class sets up the server address and port received as a user input. In the constructor, your web server's RequestHandler class has been set up. Every time a client is connected, the server handles the request according to this class. The RequestHandler defines the action to handle the client's GET request. It sends an HTTPheader (code 200) with a success message Hello from server! using the write() method.

Create class Node in a file named Node.java. This class has the following properties: Public fields previous and next, pointing to the previous and next nodes in the list, respectively. Private field data, defined as a reference to an object of any type. Public constructor that takes the node’s data as an argument. Public function GetData() that returns the node’s data.

Scenario: You have been tasked with building a URL file validator for a web crawler. A web crawler is an application that fetches a web page, extracts the URLs present in that page, and then recursively fetches new pages using the extracted URLs. The end goal of a web crawler is to collect text data, images, or other resources present in order to validate resource URLs or hyperlinks on a page. URL validators can be useful to validate if the extracted URL is a valid resource to fetch. In this scenario, you will build a URL validator that checks for supported protocols and file types.

Test #1 Create a class called Rectangle. Use the UML below to define the methods in the class. Create a folder on the linux server called test1 and write and test your code in that area. An executable program must be on the linux server. Hit submit on the assignment page when you have completed the test. Use a similar driver as below to test your class. #include<iostream> #include"Rectangle.h" int main(){ Rectangle r1(1.2, 3.4); cout<<r1.toString()<<endl; Rectangle r2; cout<<r2.toString()<<endl; // Test setters and getters r1.setLength(5.6); r1.setWidth(7.8); cout<<r1.toString()<<endl; cout<<"length is: " <<r1.getLength()<<endl; cout<<"width is: "<<r1.getWidth()<<endl; // Test getArea() and getPerimeter() cout<<"area is: "<<r1.getArea()<<endl; cout<<"perimeter is: "<<r1.getPerimeter()<<endl; } Output Should be something like the following:...

According to the below screenshot of an app, build an Android App that has a set of java files that implement an adapter with RecyclerView. The details of the java files you need to create are described below. The first java file should contain a data field which is in this case: Movie_name, Director_name, Production_year. The second java file contains MovieViewHolder. The third java file contains the MovieAdapter which is act as a bridge between the data items and the View inside of RecycleView. The Mainactivity java file will contain some samples data to display.

Implement a simple version of the linux grep command in C++. grep - Looks through a file, line by line, trying to find a user-specified search term in the line. If a line has the word within it, the line is printed out, otherwise it is not. Use the system calls open(), getline(), close(). Requirements (examples run from. terminal) Your program grep is always passed a search term and zero or more files to grep through (thus, more than one is possible). It should go through each line and see if the search term is in it; if so, the line should be printed, and if not, the line should be skipped. [terminal]$ ./grep ! main.cpp main2.cppcout << "Hello, World!";cout << "Programming is great fun!"; The matching is case sensitive. Thus, if searching for world, lines with World will not match. Lines can be arbitrarily long (that is, you may see many many characters before you encounter a newline character, \n). grep should work as expected even with very long lines. For this,...

Write a script that creates an inventory of what is present in a user-defined .aprx file. The aprx file path will be hardcoded at the top of the script. The inventory should consist of the following: 1) the full path of the .aprx file; 2) the number of maps and layouts; 3) for each map, the name of the map, the number of layers, whether a basemap is one of the layers or not, and the coordinate system of the map; and 4) for each layout, the name of the layout, the number of map frames, the number of text elements and the number of other layout elements. The inventory should be written as a text file I believe this needs to use the arcpy package in Python

First, create the custom exception class called OutOfStockException by creating a new class that extends the Exception class The class has a single constructor that takes a single argument, a string called message. The message argument is passed to the parent class (Exception) via the super keyword. Create the Store class and import the java.util.HashMap and java.util.Map classes The Store class is defined with a private Map called products, which is used to store the product names and their corresponding quantities. Create a default constructor that initializes the products map with three items: "apple", "banana", and "orange", with respective quantities of 10, 5, and 0. Define thepurchase method , which takes two arguments: a product name and a quantity to be purchased. This method throws an OutOfStockException if either the specified product is not available in the store or if the requested quantity is greater than the quantity available in stock. The method first...