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As you see in pp. 638-640, structures are useful to store related data together that defined with different types. Here you are asked to modify the Payroll program that we have been working on previous labs. You are asked to write a program using structures and pointers as shown in the following, and store the in an output file. You may see "Appending a Node to the List" in pp. 1126-1128, and pp. 530-536. #include using namespace std; struct Employee_t { string Fname, Lname; int NofHours; float HourlyRate; char Major (Computer, Security); float Amount; Employee *next }; Employee *head; void print-record (struct *); //use setw() to align fields properly; Last Name ESU CPSC Your Name First Name Komp Scien Add 7 more of your own here... Create a file, Employee.txt. int main() { } # of Hours 30 40 40 for (int count=0; count < NumOfEmp; count++) {. print each line on your screen; //Allocate a new node and store. infile >> newNode->fname; infile >> newNode->NofHours; newNode-> = nullptr; print-record(newNode); *** Hourly Rate 40 30 35 return 0; Amount Comp Sci 2200 Y 2200 Y 3400 Y Comp Sec N N Y

As you see in pp. 638-640, structures are useful to store related data together that defined with different types. Here you are asked to modify the Payroll program that we have been working on previous labs. You are asked to write a program using structures and pointers as shown in the following, and store the in an output file. You may see "Appending a Node to the List" in pp. 1126-1128, and pp. 530-536. #include using namespace std; struct Employee_t { string Fname, Lname; int NofHours; float HourlyRate; char Major (Computer, Security); float Amount; Employee *next }; Employee *head; void print-record (struct *); //use setw() to align fields properly; Last Name ESU CPSC Your Name First Name Komp Scien Add 7 more of your own here... Create a file, Employee.txt. int main() { } # of Hours 30 40 40 for (int count=0; count < NumOfEmp; count++) {. print each line on your screen; //Allocate a new node and store. infile >> newNode->fname; infile >> newNode->NofHours; newNode-> = nullptr; print-record(newNode); *** Hourly Rate 40 30 35 return 0; Amount Comp Sci 2200 Y 2200 Y 3400 Y Comp Sec N N Y

Database System Concepts
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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the program below is the program that is being referred to in the image,
 
 
using namespace std;
struct varis
{
    string lastName, firstName;
    int hours, rate;
    double pay;
    int major_type[2];
};
void print_Title();
string readName();
int readHours();
int readPayRate();
int readMajor();
double computeAmount(int myMajor, double myPay);
void printRecord(varis info[], int size);

 

int main()
{
    print_Title();
    int size = 10;
    int x = 0;
    varis info[size];

 

    do
    {
        cout << "\nEnter first name, last name, numbers of hours worked, and hourly pay\n";
        info[x].firstName = readName();
        info[x].lastName = readName();
        info[x].hours = readHours();
        info[x].rate = readPayRate();
        info[x].pay = info[x].hours * info[x].rate;
        cout << "Type 1 if you are a Computer Science major or a 0 if you are not: ";
        info[x].major_type[0] = readMajor();
        cout << "Type 1 if you are a Cyber Security major or a 0 if you are not: ";
        info[x].major_type[1] = readMajor();
        info[x].pay = computeAmount(info[x].major_type[0], info[x].pay);
        info[x].pay = computeAmount(info[x].major_type[1], info[x].pay);
        ++x;
    } while (x < size);

 

    cout << endl;
    cout << left << setw(15) << "Last Name" << setw(15) << "First Name" << setw(15) << "# of Hours" << setw(15) << "Hourly Rate"
         << setw(15) << "Amount" << setw(15) << "Comp Sci" << setw(15) << "Comp Sec" << endl;
    printRecord(info, size);
    return 0;
}
 
string readName()
{
    string readName;
    cin >> readName;
    return readName;
}
int readHours()
{
    int readHours;
    cin >> readHours;
    return readHours;
}
int readPayRate()
{
    int readHours;
    cin >> readHours;
    return readHours;
}
int readMajor()
{
    int ReadMajor;
    cin >> ReadMajor;
    return ReadMajor;
}
double computeAmount(int myMajor, double myPay)
{
    switch (myMajor)
    {
    case 0:
        break;
    case 1:
        myPay += 1000.0;
        break;
    }
    return myPay;
}
void printRecord(varis info[], int size)
{
    int i = 0;
    do
    {
        cout << left << setw(15) << info[i].lastName << setw(15) << info[i].firstName << setw(15)
             << info[i].hours << setw(15) << info[i].rate << setw(15) << info[i].pay;

 

        if (info[i].major_type[0] == 0)
            cout << setw(15) << 'N';
        else
            cout << setw(15) << 'Y';
        if (info[i].major_type[1] == 0)
            cout << setw(15) << 'N';
        else
            cout << setw(15) << 'Y';
        cout << endl;

 

        ++i;
    } while (i < size);
};
 
 
As you see in pp. 638-640, structures are useful to store related data together that defined with different types. Here you are asked to modify the Payroll program that we have been working on previous labs. You are asked to write a program using structures and pointers as shown in the following, and store the in an output file. You may see "Appending a Node to the List" in pp. 1126-1128, and pp. 530-536. #include <bits/stdc++.h> using namespace std; struct Employee_t { string Fname, Lname; int NofHours; float HourlyRate; char Major (Computer, Security); float Amount; Employee *next }; Employee *head; void print-record (struct *); //use setw() to align fields properly; Last Name ESU CPSC Your Name First Name Komp Scien Add 7 more of your own here... Create a file, Employee.txt. int main() { } # of Hours 30 40 40 for (int count=0; count < NumOfEmp; count++) {. print each line on your screen; //Allocate a new node and store. infile >> newNode->fname; infile >> newNode->NofHours; newNode-> = nullptr; print-record(newNode); *** Hourly Rate 40 30 35 return 0; Amount Comp Sci 2200 Y 2200 Y 3400 Y Comp Sec N N Y
Transcribed Image Text:As you see in pp. 638-640, structures are useful to store related data together that defined with different types. Here you are asked to modify the Payroll program that we have been working on previous labs. You are asked to write a program using structures and pointers as shown in the following, and store the in an output file. You may see "Appending a Node to the List" in pp. 1126-1128, and pp. 530-536. #include <bits/stdc++.h> using namespace std; struct Employee_t { string Fname, Lname; int NofHours; float HourlyRate; char Major (Computer, Security); float Amount; Employee *next }; Employee *head; void print-record (struct *); //use setw() to align fields properly; Last Name ESU CPSC Your Name First Name Komp Scien Add 7 more of your own here... Create a file, Employee.txt. int main() { } # of Hours 30 40 40 for (int count=0; count < NumOfEmp; count++) {. print each line on your screen; //Allocate a new node and store. infile >> newNode->fname; infile >> newNode->NofHours; newNode-> = nullptr; print-record(newNode); *** Hourly Rate 40 30 35 return 0; Amount Comp Sci 2200 Y 2200 Y 3400 Y Comp Sec N N Y
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can you implement it where if the major is comp sci or cyber sec it adds 1000 to their amount and if its both then it adds 2000 to their amount. 

 

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