Employee and ProductionWorker class Program plan: source.cpp: Include the required header files to the program. Declare the required function prototype. Define the “main()” function. Create the pointer and call the “create_Production_Worker” function with employee data. If the pointer is not null, then Call the function “display()” to display the employee details. Function definition for function “create_Production_Worker”. Create an object for “ProductionWorker” class and pass the employee data. Construct catch blocks for handling “InvalidEmployeeNumber”, “InvalidShift” and “InvalidPayRate”. Function definition for function “display()”. Display the name, number, hire date, shift name, shift number and pay rate using the respective function. Employee.h: Define the “Employee.h”. Define an empty “InvalidEmployeeNumber” exception class. In private, declare the required variable. In public, create the constructor and return the name, number and hire date. Create a mutator function for name, number and hire date. Create an accessor function for name, number and hire date. ProductionWorker.h: Define the “ProductionWorkder.h”. Define an empty “InvalidShift” exception class. Define an empty “InvalidPayRate” exception class. Create a “ProductionWorker” which is derived from “Employee” class. In private, declare the required variable. In public, create a default constructor which initializes the “shift” and “rate” as “0” and “0.0” respectively. Invoke the constructor “productionWorker” which also calls the “Employee” constructor. Assign the “shift” and “rate” as “empShift” and “empPayRate” respectively. Create a mutator function for shift name, rate and shift number. Create an accessor function for shift name, rate and shift number. Create a bool() function to check the employee shift number and pay rate. If it is not valid, then call its relevant exception.

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A3Q3.c - You are to write a C program that implements the following disk scheduling algorithms: a. FCFS [10 marks] b. SCAN [10 marks] c. C-SCAN [10 marks] d. SSTF [10 marks] e. LOOK [10 marks] f. C-LOOK [10 marks] • Your program will service a disk with 300 cylinders numbered 0 to 299. • • • • The program will service the requests (a list of 20 cylinder numbers) given in the file request.bin. This file contains (4 byte) integer values representing requests ranging from 0-299. Your program will take the initial position of the disk head as the first command line argument and the direction of the head as the second command line argument. It will then output the requests in the order in which they are serviced, and the total amount of head movements required by each algorithm. In particular, your program needs to do the following: Your program should take two command line arguments a) First command line argument - initial position of the disk head (an integer value) b) Second command line…

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Question

Chapter 16, Problem 13PC

Program Plan Intro

Employee and ProductionWorker class

Program plan:

source.cpp:

Include the required header files to the program.

Declare the required function prototype.

Define the “main()” function.

Create the pointer and call the “create_Production_Worker” function with employee data.

If the pointer is not null, then Call the function “display()” to display the employee details.

Function definition for function “create_Production_Worker”.

Create an object for “ProductionWorker” class and pass the employee data.

Construct catch blocks for handling “InvalidEmployeeNumber”, “InvalidShift” and “InvalidPayRate”.

Function definition for function “display()”.

Display the name, number, hire date, shift name, shift number and pay rate using the respective function.

Employee.h:

Define the “Employee.h”.

Define an empty “InvalidEmployeeNumber” exception class.

In private, declare the required variable.

In public, create the constructor and return the name, number and hire date.

Create a mutator function for name, number and hire date.

Create an accessor function for name, number and hire date.

ProductionWorker.h:

Define the “ProductionWorkder.h”.

Define an empty “InvalidShift” exception class.

Define an empty “InvalidPayRate” exception class.

Create a “ProductionWorker” which is derived from “Employee” class.

In private, declare the required variable.

In public, create a default constructor which initializes the “shift” and “rate” as “0” and “0.0” respectively.

Invoke the constructor “productionWorker” which also calls the “Employee” constructor.

Assign the “shift” and “rate” as “empShift” and “empPayRate” respectively.

Create a mutator function for shift name, rate and shift number.

Create an accessor function for shift name, rate and shift number.

Create a bool() function to check the employee shift number and pay rate. If it is not valid, then call its relevant exception.

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