Design a payroll class with the following fields:

• name: a string containing the employee's name
• idnumber: an int representing the employee's id number
• rate: a double containing the employee's hourly pay rate
• hours: an int representing the number of hours this employee has worked

the class should also have the following methods:

• constructor: takes the employee's name and id number as arguments
• accessors: allow access to all of the fields of the payroll class
• mutators: let the user assign values to the fields of the payroll class
• grosspay: returns the employee's gross pay, which is calculated as the number of
hours worked times the hourly pay rate.

write another program that demonstrates the class by creating a payroll object, then
asking the user to enter the data for an employee in the order: name, id number, rate, hours.
the program should then print out a statement in the following format (for example, if
you had an employee named chris jacobsen with id number , who works for 5 hours at
$10/hr):

chris jacobsen, employee number , made $50.00 in gross pay.

using text forming so that the gross pay is rounded to two decimal places.

An ou structure in your domain has one ou per department, and all the computer and user accounts are in their respective ous. you have configured several gpos defining computer and user policies and linked the gpos to the domain. a group of managers in the marketing department need different policies that differ from those of the rest of the marketing department users and computers, but you don't want to change the top-level ou structure. which of the following gpo processing features are you most likely to use? a, block inheritance b, gpo enforcement c, wmi filtering d, loopback processing

Hazel has just finished adding pictures to her holiday newsletter. she decides to crop an image. what is cropping an image?

Computer security/cybersecurity1) each of the following code fragments contains a number of security vulnerabilities. for each fragment, identify these security vulnerabilities and, for each vulnerability, discuss at least one way that it could be improved. note that in your discussion of how each vulnerability could be improved, you do not need to re-write a new version of the program in c; simply discuss your solution, either in pseudocode or in 1-2 sentences.a) /* file descriptor leak */#include #include int main(int argc, char *argv[]){ char *filepath = argv[0]; char *shellpath = argv[1]; file *passwords; passwords = fopen(filepath, "r"); /* read the password and do something with it */ /* . . */ /* fork and execute alternative shell */ execl(shellpath, "shell", null); }b)#include /* assume the following function is written for an electronic storefront. the user will enter the id of the item to be ordered, as well as the quantity of units that they would like to purchase. the program will then lookup the price for the price for the item using a predefined function, and return the total cost of the order.*/int gettotalcost(){ char itemid[9]; int price, unitsordered, cost; printf(" enter the 9-digit id of the item to be ordered: "); scanf("%s", & itemid); /* lookup the price according to the itemid */ price = getpricebyid(itemid); printf(" enter the quantity of units to be ordered: "); scanf("%d", & unitsordered); cost = price * unitsordered; return cost; }c)#include /* the following function is intended to return a user's full name by concatenating the user's first and last name into a single string and then returning that string. */char *getfullname(char *firstname, char *lastname, int max_len){ char fullname[max_len]; strcpy(fullname, firstname); strcat(fullname, " "); strcat(fullname, lastname); return fullname; }d)#include /* the following code snippet runs through the list of cli arguments entered and displays them to the console. */int main(int argc, char *argv[]){ int i; printf("you've entered the following arguments: "); for(i = 0; i < argc; i++){ print(argv[i]); printf("\n"); } /* */}