Use stacks from the STL to implement a video game library functionality. In this implementation, consider a VideoGame class with title, release year, genre and publisher as variables. Provide setters and getters to these variables.  In main, create a stack of video games. Add 5 different game objects into the stack. Then in a loop, for each item that you retrieve from the stack display the game information as follows:

convert this code to JAVA   location = [] size = [] rover = 0 def displayInitialList(location, size):   global rover   print("FSB#   location  Size")   for i in range(len(location)):     print(i,"      ",location[i],"      ",size[i])   if rover<len(size)-1:     print("Rover is at ",location[rover+1])   else:     print("Rover is at ",location[rover])   def allocateMemory(location,size,blockSize):   global rover   if rover<len(size):     while size[rover]<blockSize:       rover+=1       if i==len(size):         return False     location[rover] +=  blockSize     size[rover] -= blockSize     rover+=1     return True   else:     return False   def deallocateMemory(location,size,delLocation,delSize):   i=0   while delLocation>location[i]:     i+=1   location[i]-=delSize   size[i]+=delSize     while True:   print("1. Define Initital memory\n2. Display initial FSB list\n3. Allocate memory\n4. Deallocate memory\n5. Exit")   print("Enter choice: ",end="")   choice = int(input())   if…

In this problem you will fill out three functions to complete the Group ADT and the Diner ADT. The goal is to organize how diners manage the groups that want to eat there and the tables where these groups sit. It is important to take the time to read through the docstrings and the doctests. Additionally, make sure to not violate abstraction barriers for other ADTS, i.e. when implementing functions for the Diner ADT, do not violate abstraction barriers for the Group ADT, and vice versa. # Diner ADT def make_diner (name): """ Diners are represented by their name and the number of free tables they have.""" return [name, 0] def num_free_tables (diner): return diner [1] def name (diner): return diner [0] # You will implement add_table and serve which are part of the Diner ADT # Group ADT def make_group (name): Groups are represented by their name and their status.""" return [name, 'waiting'] |||||| def name (group): return group [0] def status (group): return group [1] def start_eating…

Java. Please use the template

Create an application that reads a sequence of up to 25 names and postal (ZIP) codes for persons. Put the data in an object that can have a first name (string), last name (string), and postal code (integer). Assume that each line of input will have two strings separated by a tab character, followed by an integer value. After the input has been read in, print the list to the screen in the appropriate manner.

First, implement a python class called Student. This class should store 2 variables, name and grade. Later, implement a class called Classroom. The constructor of this class should input the list of students in this classrom. This class should also contain 3 methods, add_student, remove_student and calculate_stats. As the names suggest, add_student method should input a Student object and add that to its' already existing student list, remove_student must input a full name(string) and delete the student with the provided name(you can assume no 2 students have the same full name). Finally, calculate_stats method must calculate and print the following statistics of the grades: 1. The name of the student with highest grade and the grade itself. 2. The name of the student with lowest grade and the grade itself. 3. The average grade

The play method in the Player class of the craps game plays an entire game without interaction with the user. Revise the Player class so that its user can make individual rolls of the dice and view the results after each roll. The Player class no longer accumulates a list of rolls, but saves the string representation of each roll after it is made. Add new methods rollDice, getNumberOfRolls, isWinner, and isLoser to the Player class. The last three methods allow the user to obtain the number of rolls and to determine whether there is a winner or a loser. The last two methods are associated with new Boolean instance variables (winner and loser respectively). Two other instance variables track the number of rolls and the string representation of the most recent roll (rollsCount and roll). Another instance variable (atStartup) tracks whether or not the first roll has occurred. At instantiation, the roll, rollsCount, atStartup, winner, and loser variables are set to their appropriate…

Write all the code within the main method in the TestTruck class below.  Implement the following functionality.  Construct two Truck objects: one with any make and model you choose and the second object with gas tank capacity 10. If an exception occurs, print the stack trace. Print both Truck objects that were constructed.      import java.lang.IllegalArgumentException ;   public class TestTruck {         public static void main( String[] args ) {                    // write your code here

Write a java GUI program stacking Student objects of a class. Your program should have buttons for push, pop, and peek. Create a student class with these fields: name (type: String), age (type : int), major ( type: String), gpa (type: double) and gender (type:char). Use Java Stack class for implementation and use the GUI for user interaction. At run time books stored in stack should follow the last in First out (LIFO) of a stack.

A for construct is a loop that goes over a list of objects. Consequently, it runs indefinitely if there are items to process. What do you think about this?