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Inventory Management System Implementation Create an InventoryManagementSystem class that manages

Inventory Management System Implementation: Create an Inventory Management System class that manages the inventory using the MyList data structure. Implement methods in the Inventory Management System class to perform the following operations: a. addItemToInventory(InventoryItem item): Adds an item to the inventory. b. removeItemFromInventory(int itemID): Removes an item from the inventory by its unique item ID. c. updateItemQuantity(int itemID, int newQuantity): Updates the quant

Part A Project Brief: Vacoliday Vacoliday is a touristic company that offers high-end, highly-customizable holidays, with a great emphasis on localness and well-being, in Vacomedita, a lovely town on the Mediterranean coast. Vacoliday has several residences around the town of Vacomedita which they use to accommodate holidaymakers. These residences offer two types of bookable accommodation: fully-integrated apartments and stand-alone rooms. The apartments are typically larger with one or more b

4. Use the Java ByteArrayOutputStream and PrintStream classes to redirect the System.out output for unit testing of the student search method below. private student student; private String id, name, age, email, course; public void setup() { student = new Student(id, name, age, email, course); } public void testSaveStudent() { // Your code here } private static void searchForStudent() { System.out.println(“Enter the student ID to search:”); int searchId = Integer.parseInt(scanner.

Emergency Response Planning You are responsible for planning emergency response routes for a city. The city is represented as a graph, with intersections as nodes and roads as edges. In the event of an emergency, you need to find the shortest path from a central emergency command center to various locations in the city to minimize response time. The city’s road network is represented as an undirected weighted graph, where each road has a known travel time (weight) associated with it. Your task i

Connected components are subsets of a graph in which every node is reachable from every other node in that subset by following edges. These components often represent distinct groups or communities within a graph. Your task is to repurpose Depth-First Search (DFS) or Breadth-First Search (BFS) to determine the number of connected components in any given graph. Your code should print the number of connected components and return a dictionary with component id as key and list of nodes as values.

An additional task is to construct the traversal tree generated by both algorithms. A traversal tree captures the order in which nodes or vertices are visited during the traversal. Were you able to identify all the edges in the original graph as well as in the traversal tree? If not, please provide insights into any missing edges and their implications within the graph. Perform this on the graph as illustrated below. Starting node: Germany Traversing order: Alphabetical priority (A-Z) Your co

For this question you have to type code in the textbox provided. You cannot attach a file as an answer. NB: Do not use TAB when entering your code, rather use spaces to indent. Use separate compilation to declare a class Voter as an ADT. Remember to include the necessary directives. The class Voter has three member variables: – ID (a string) – nrTimesVoted (an int value) – voted, a bool variable to indicate whether a voter has voted or not. Provide only the class declaration (interface) for t