EECS1022 -Winter 2023- Lab05 Due Date: Friday, March 10, 2023, before 23:59 Lab Exercise Computational thinking for a software developer/computer programmer is a critical skill that is consistently applied. This lab requires you to develop a solution using Java object-oriented programming that simulates a basketball shootout game. Two players agree to limit the number of ball throw attempts to 3 throws each. The first player will make all three throw attempts (keep track of the successful baskets made where the ball goes into the basket). After the first player completes all three shots, the second player will make all three throw attempts. The player who makes the most baskets (gets the ball in the hoop) will be declared the winner. In the case of a tie, the tie counter is incremented by one. Then, the game is repeated until a winner can be determined. Note that the game can be repeated many times. The losing player of the shootout game will have to give the winning player a move ticket(s). The number of movie tickets is determined by the total number of baskets made by the winner, less the total number of baskets made by the losing player. The losing player gives half of a movie ticket for every tied game (if there were any tied games). If the final calculated number of movie tickets has a decimal value, it should be rounded to the nearest whole number since you can't purchase half a ticket! Example: If the player-1 made a total of 3 baskets, and player-2 made a total of 2 , and they had three tied games, the number of movie tickets would initially be 3 2 = 1 , but increased by 3 X 0.5 = 1.5 , making the owed number of tickets 2.5 which must be rounded up to 3 movie tickets. In this lab, you need to write Java code to implement the Game.java class described by the given Java API inside the doc folder where the documentation for this lab is stored. You'll see there is a file called index.html. Clicking on this file shows the lab/project documentation in your browser. You do not have to include JavaDoc comments..

1. Match each item with a statement below.
Using this network mode within VMware Workstation 12 Pro makes a virtual machine appear as
another physical computer on a network.
A virtual switch that includes the host computer's NIC, allowing a virtual machine to be part of
the physical network.
A VMware Workstation 12 Pro feature that allows you to automate the installation of recent
Windows and Linux operating systems.
A virtual switch that isolates the virtual machine from the physical network but allows
communication with the host computer.
A virtual switch that is connected to an internal virtual network that includes itself, the host
computer, and any other virtual machines that are configured to use it.
A device that uses ports to connect multiple NICs to the same network and uses MAC addresses
to determine which port traffic is to be sent to.
A code that identifies a virtual machine and is part of a machine's physical network address.
A software emulated device that provides access to virtual networks.
A type of firmware that is limited to 16-bit processor mode and can be used to edit settings
stored in a CMOS.
A type of firmware that provides support for newer processors, booting from large partitions, and
an advanced graphical user interface.
bridged network
bridged switch
Easy Install
host-only switch
NAT switch
switch
universal unique identifier (UUID)
virtual switch

2. BIOS
UEFI
- a. b. c.
d. e. f. g.
h. i. j.
Using this network mode within VMware Workstation 12 Pro
makes a virtual machine appear as another physical computer on
a network.
- a. b. c.
d. e. f. g.
h. i. j.
A virtual switch that includes the host computer's NIC, allowing
a virtual machine to be part of the physical network.
- a. b. c.
d. e. f. g.
h. i. j.
A VMware Workstation 12 Pro feature that allows you to
automate the installation of recent Windows and Linux
operating systems.
- a. b. c.
d. e. f. g.
h. i. j.
A virtual switch that isolates the virtual machine from the
physical network but allows communication with the host
computer.
- a. b. c.
d. e. f. g.
h. i. j.
A virtual switch that is connected to an internal virtual network
that includes itself, the host computer, and any other virtual
machines that are configured to use it.
- a. b. c.
d. e. f. g.
h. i. j.
A device that uses ports to connect multiple NICs to the same
network and uses MAC addresses to determine which port
traffic is to be sent to.
- a. b. c.
d. e. f. g.
h. i. j.
A code that identifies a virtual machine and is part of a
machine's physical network address.
- a. b. c.
d. e. f. g.
h. i. j.
A software emulated device that provides access to virtual
networks.
- a. b. c.
d. e. f. g.
h. i. j.
A type of firmware that is limited to 16-bit processor mode and
can be used to edit settings stored in a CMOS.
- a. b. c.
d. e. f. g.
h. i. j.
A type of firmware that provides support for newer processors,
booting from large partitions, and an advanced graphical user
interface.
a. bridged network
b. bridged switch
c. Easy Install
d. host-only switch
e. NAT switch
f. switch
g.
universal unique
identifier (UUID)
h. virtual switch
i. BIOS
j. UEFI