////////////////////////////////////////////////
// ANSWERS TO PROBLEM #5 ON PAGE 317 ARE BELOW
////////////////////////////////////////////////


// 5 a. Necessary statement to check to make sure a file is open:
//		fileName.is_open

// 5 b. Necessary statement to read and display all information contained within the space delimited
//			file declared above:
// 
// string readStr;
//
// if (fileName.is_open())
// {
// 	 while (!fileName.eof())
//	 {
//		 getline(fileName, readStr, ' ');
//		 cout << readStr;
//	 }
// }

// 5 c. Necessary statment to close file:
//		fileName.close

// 6 a. FALSE
// 6 b. TRUE
// 6 c. TRUE
// 6 d. TRUE
// 6 e. TRUE


//////////////////////////////////////////////////////////////
// CODE FOR PROBLEM #1 (LEARN BY DOING) ON PAGE 323 IS BELOW
//////////////////////////////////////////////////////////////

//#include <iostream>
//#include <iomanip>
//
//using namespace std;
//
//const int MAX_VALUES{ 25 };
//
//void getValues(int[], int&); //gets user input list of integers
//void calcMedian(int[], int); //finds and displays median of list of integers
//
//int main()
//{
//	int values[MAX_VALUES];
//	int num_values = 0;
//
//	getValues(values, num_values); //gets user input list of integers
//	calcMedian(values, num_values); //finds and displays median of list of integers
//
//}
//
//
//void getValues(int values[], int& num_values) //gets user input list of integers
//{
//	char cont = 'y';
//
//	cout << "\n\t\tEnter up to 25 integers, smallest to greatest\n";
//
//	do
//	{
//		cout << "\n\tInteger " << num_values + 1 << " : ";
//		cin >> values[num_values];
//
//		num_values++;
//
//		cout << "\n\tEnter another? (y/n): ";
//		cin >> cont;
//
//	} while (num_values < MAX_VALUES + 1 && cont == 'y');
//}
//
//void calcMedian(int values[], int num_values) //finds and displays median of list of integers
//{
//	if (num_values % 2 == 1) //if number of values in list is odd
//	{
//		int middle1 = (num_values / 2) + 0.5;
//
//		cout << "\n\t\tThe median is " << values[middle1] << endl;
//	}
//	else //if number of values is even
//	{
//		int middle2 = (num_values / 2) - 1; //left middle number index
//		int middle3 = (num_values / 2); //right middle number index
//		float middleValue = ((values[middle2] + values[middle3]) / 2) + 0.5; //median value between the two middle numbers
//
//		cout << "\n\t\tThe median is " << middleValue << endl;
//	}
//}


/////////////////////////////////////////////////////
// CODE FOR DEBUGGING EXERCISE ON PAGE 333 IS BELOW
/////////////////////////////////////////////////////

/********************************************************************
* File: Chapter 11 Debug.cpp
*
* General Instructions: Complete each step before proceeding to the
* next.
*
* Debugging Exercise 1
*
* 1) Make your own data file like Troy 12, with the next person on the
*    next line and save it to a directory you create on your drive.
* 2) Under the Project menu, select Add Existing Item and
*    add the input file you just placed on your drive to your
*    current project. Make sure your Solution Explorer window
*    is visible. If not, you can display it by selecting Solution
*    Explorer (or Ctrl+Alt+L).
* 3) Open the input file by simply double clicking the name of the
*    file in your Solution Explorer.
* 4) Build and execute the program.
* 5) Update the file paths below to correctly represent the path you
*    created.
* 6) Rebuild and execute the program.
* 7) Examine the code and the output and notice the use of
*    parallel arrays.
* 8) Add the output file created via the execution of
*    your program to your Project.  Execute your program again
*    and notice how Visual Studio has rewritten your output file
*    and asks if you would like to reload the file (select Yes).
* 9) Examine the contents of both the input and the output file.
* 10) Fix all the problems in your code that exist in relation to
*     the output. Verify that your output is appropriate for your
      input file.
* 11) Build and execute your code until you have all errors
*     removed and all the output is correct.
*
* Debugging Exercise 2
*
* 1) Replace the double slashes (\\) in the input file open statement
*    with only a single slash
*    (i.e., inFile.open("C:\TEMP\Chap_11_data.txt").
* 2) Build your code, noticing the impact of the invalid path you
*    created in the previous step.
* 3) Replace the backslashes as they were.
* 4) Change both the input and output filenames so they are
*    invalid.
* 5) Update the file related error messages within the code
*    to also provide the specific name of the file that is having a
*    problem.
* 6) Rebuild and execute your program to verify that your messages
*    are correct.
* 7) Correct the path names.
* 8) Build and execute your code and carefully check your
*    output on both the console and in the output file.
*
********************************************************************/
//#include <iostream>
//#include <fstream>	// For the files!!!!
//#include <iomanip>	// For manipulators & formatting options
//using std::cin;
//using std::cout;
//using std::endl;
//using std::setw;
//using std::ios;
//
//using std::ifstream;
//using std::ofstream;
//
//const int EMPLOYEES = 20;
//const int MAX = 21;
//
//int ReadData(ifstream& inFile, ofstream& outFile, char name[][MAX], int age[]);
//void WriteOutputFile(ofstream& outFile, char name[][MAX], int age[],
//    int counter);
//void PrintTotalsAndSummary(ofstream& out, int totalRecords);
//
//int main()
//{
//    char name[EMPLOYEES][MAX];
//    int age[EMPLOYEES];
//    int record_counter(0);
//
//    ifstream inFile;
//
//    // Notice how this automatically opens the file
//    ofstream outFile("C:\\Users\\eclip\\source\\repos\\cst115-lab8-JosephTenEyck\\Data Report.txt");
//
//    inFile.open("C:\\Users\\eclip\\source\\repos\\cst115-lab8-JosephTenEyck\\Data File.txt");
//
//    if (inFile.is_open())
//    {
//        record_counter = ReadData(inFile, outFile, name, age);
//        inFile.close();
//
//        if (outFile.is_open())
//        {
//            WriteOutputFile(outFile, name, age, record_counter);
//            PrintTotalsAndSummary(outFile, record_counter);
//            outFile.close();
//        }
//        else
//        {
//            cout << "Trouble Opening 'Data Report.txt'";
//            cout << "\n\n\t\t ** About to EXIT NOW! ** ";
//        }
//    }
//    else
//    {
//        cout << "Trouble Opening 'Data File.txt'";
//        cout << "\n\n\t\t ** About to EXIT NOW! ** ";
//    }
//    return 0;
//}
//int ReadData(ifstream& inFile, ofstream& outFile, char name[][MAX], int age[])
//{
//    int counter = 0;
//    inFile >> name[counter] >> age[counter]; // Priming Read
//
//    while (!inFile.eof())
//    {
//        cout << setiosflags(ios::left) << setw(25)
//            << name[counter] << resetiosflags(ios::left)
//            << setw(4) << age[counter] << endl;
//        counter++; 
//        inFile >> name[counter] >> age[counter];
//    }
//
//    cout << setiosflags(ios::left) << setw(25)
//        << name[counter] << resetiosflags(ios::left)
//        << setw(4) << age[counter] << endl;
//
//    return counter;
//}
//void WriteOutputFile(ofstream& outFile, char name[][MAX], int age[], int counter)
//{
//    outFile << "   Here is the Output File" << endl;
//    for (int r = 0; r <= counter; r++)
//    {
//        outFile << setiosflags(ios::left) << setw(25)
//            << name[r] << setw(4)
//            << resetiosflags(ios::left) << age[r]
//            << endl;
//    }
//}
//void PrintTotalsAndSummary(ofstream& outFile, int totalRecords)
//{
//    // To screen
//    cout << "\n\n\t** Total Records: " << totalRecords + 1 << " **\n"
//        << "\t\t The End \n";
//
//    // To file
//    outFile << "\n\n\t** Total Records: " << totalRecords + 1 << " **\n"
//        << "\t\t The End \n";
//}



///////////////////////////////////////////////////////////////////
// CODE FOR PROBLEM #1 PROGRAMMING EXERCISES ON PAGE 336 IS BELOW
///////////////////////////////////////////////////////////////////

#include <iostream>
#include <iomanip>
#include <fstream>

using namespace std;

const int NUM_EMPLOYEES = 11;
const int MAX = 21;

void readData(ifstream& inFile, char[][MAX], char[][MAX], char[][MAX], float[], int[], char[]); //reads input file into arrays
void calcPay(float[], int[], char[], float[], float[], float[]); //calculates pay information
void displayInfo(char[][MAX], char[][MAX], char[][MAX], float[], int[], char[], float[], float[], float[]); //displays all information in an organized fashion

int main()
{
    //input arrays from file
    char firstName[NUM_EMPLOYEES][MAX];
    char lastName[NUM_EMPLOYEES][MAX];
    char ssNum[NUM_EMPLOYEES][MAX];
    float baseWage[NUM_EMPLOYEES];
    int hoursWorked[NUM_EMPLOYEES];
    char status[NUM_EMPLOYEES];

    //calculated arrays
    float straightPay[NUM_EMPLOYEES];
    float overTimePay[NUM_EMPLOYEES];
    float netPay[NUM_EMPLOYEES];


    ifstream inFile; //delares input file

    ofstream outFile("C:\\Users\\eclip\\source\\repos\\cst115-lab8-JosephTenEyck\\Data Report 2.txt"); //declares output file and opens it

    inFile.open("C:\\Users\\eclip\\source\\repos\\cst115-lab8-JosephTenEyck\\Data File 2.txt"); //opens input file


    if (inFile.is_open())
    {
        readData(inFile, firstName, lastName, ssNum, baseWage, hoursWorked, status); //reads input file into arrays
        inFile.close();
    }

    calcPay(baseWage, hoursWorked, status, straightPay, overTimePay, netPay); //calculates pay information

    displayInfo(firstName, lastName, ssNum, baseWage, hoursWorked, status, straightPay, overTimePay, netPay); //displays all information in an organized fashion

        return 0;
}

void readData(ifstream& inFile, char firstName[][MAX], char lastName[][MAX], char ssNum[][MAX], float baseWage[], int hoursWorked[], char status[]) //reads input file into arrays
{
    int record_count = 0;

    inFile >> firstName[record_count] >> lastName[record_count] >> ssNum[record_count]
        >> baseWage[record_count] >> hoursWorked[record_count] >> status[record_count]; //priming read

    while (!inFile.eof())
    {
        record_count++;

        inFile >> firstName[record_count] >> lastName[record_count] >> ssNum[record_count]
            >> baseWage[record_count] >> hoursWorked[record_count] >> status[record_count]; //inputs the rest of the file into the arrays
    }
}

void calcPay(float baseWage[], int hoursWorked[], char status[], float straightPay[], float overTimePay[], float netPay[]) //calculates pay information
{
    int hoursOver = 0;
    float actualWage = 0;

    for (int i = 0; i < NUM_EMPLOYEES; i++)
    {
        if (status[i] == 'F') //check for full-time status
        {
            actualWage = baseWage[i] - 5;
        }
        else
        {
            actualWage = baseWage[i];
        }

        if (hoursWorked[i] > 40) //if overtime worked
        {
            hoursOver = hoursWorked[i] - 40;

            straightPay[i] = (40 * actualWage);
            overTimePay[i] = (hoursOver * (3/2) * actualWage);
            netPay[i] = straightPay[i] + overTimePay[i];
        }
        else //overtime not worked
        {
            straightPay[i] = (hoursWorked[i] * actualWage);
            overTimePay[i] = 0;
            netPay[i] = straightPay[i];
        }
    }
}

void displayInfo(char firstName[][MAX], char lastName[][MAX], char ssNum[][MAX], float baseWage[], int hoursWorked[], 
    char status[], float straightPay[], float overTimePay[], float netPay[]) //displays all information in an organized fashion
{
    cout << "\n\t\t========================";
    cout << "\n\t\t  EMPLOYEE INFORMATION";
    cout << "\n\t\t========================";

    cout << "\n\n                                     Base   Hours  Full/Part    Straight      Over ";
    cout << "\nName                 SS#             Wage   Worked   Time       Time Pay    Time Pay    Net Pay";
    cout << "\n~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~\n";

    for (int i = 0; i < NUM_EMPLOYEES; i++) //includes specific name spacing for this specific data
    {
        cout << setw(7) << left << firstName[i] << " " << setw(13) << left << lastName[i] << setw(15) << left << ssNum[i]
            << "$" << setw(5) << left << baseWage[i] << "    " << setw(8) << left << hoursWorked[i] << setw(11) << left << status[i]
            << "$" << setw(11) << left << straightPay[i] << "$" << setw(11) << left << overTimePay[i] << "$" << setw(11) << left << netPay[i] << endl;

          //cout << setw(7) << left << firstName[i];
    }
}