What is the role of a subject matter expert on a programming team?
What will be an ideal response?
Programming teams often contain subject matter experts, who may or may not be programmers. These individuals bring expertise to the type of program being written that the programmer may not possess. For example, an accountant might be part of a programming team working on a program that requires accounting expertise.
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Please download the code provided at the exercise portal. It contains a partial implementation of the Sudoku game. Your task is to improve the implementation using patterns.
Implementation of patterns Check if there are any fields left that contain zeroes o Check every column of the puzzle if there are duplicate numbers o Check every row of the puzzle if there are duplicate numbers o Check every box of the puzzle if there are duplicate numbers 2. Think of an alternative implementation of the class SudokuBoard and implement it. Use the Abstract Factory pattern to create a class that instantiates the SudokuBoard implementation of your choice. 3. Add a new button to the game panel that triggers completion of a partially completed puzzle. That is, the user can input some numbers (maybe typing in the puzzle from a newspaper) and let an algorithm complete it. We want you to use the provided implementation of SudokuBoard in this case. That leads to the following problem: Our implementation of a Sudoku solver needs an array of integers as input, but SudokuBoard has no method with matching output. Use the Adapter pattern to provide an adapter that deals with that problem.
Which two cable types could be used on a router port that allows faxes over a VoIP line? (Select two.)
A) Single mode fiber B) CAT5 C) Coaxial D) Multimode fiber E) CAT3
Vulnerability assessment reports are classified into two types: security vulnerability report and security vulnerability summary.
a. true b. false
Answer the following statements true (T) or false (F)
1. The operating system’s job is to manage the computer system’s resources as efficiently as possible, but the precise definition of efficiency depends on the computing environment. 2. Throughput is typically defined as total execution time (for all programs) divided by total elapsed time, and is often expressed as a percentage. 3. Turnaround is typically defined as the elapsed time between job submission and job completion. 4. Response time is typically defined as the elapsed time between a request for the computer’s attention and the computer’s response. 5. Security is the probability that a system will perform as expected for a specified period of time.