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

using namespace std;

const char*  bookName = "C:\\Documents and Settings\gradebook.txt";
const int    columnWidth[4]  = { 10, 24, 6, 7 };
const int    maximumStudents = 100;

void readStudentRecord        (istream& gradebook, int& studentId, string& firstName, string& lastName, int& entryCount);
void reportStudentInformation (ostream& report,    int  studentId, string  firstName, string  lastName);

void readGradeRecord        (istream& gradebook, string& date, string& assignmentType, int& earnedScore, int& maximumScore);
void reportGradeInformation (ostream& report,    string  date, string  assignmentType, int  earnedScore, int  maximumScore);
                              
void reportGradeHeading (ostream& report);

float computeCurrentNumericGrade (int attendanceScore, int attendanceMaximum,
                                  int homeworkScore,   int homeworkMaximum,
                                  int testScore,       int testMaximum,
                                  int projectScore,    int projectMaximum);

void reportFinalGrades (ostream& report, int id[], string student[], float grade[], int studentCount);

int main(int argc, char *argv[])



void homeworkScore(double [],const double);
void testScore(double [],const double);
void projectScore(double [],const double);
void homeworkMaximum(double [],const double);
void testMaximum(double [],const double);
void projectMaximum(double [],const double);

void main()
{
    const int size=5;
    double testScore[size];
    int count=0;
    double testScore=0;

    cout << "Test: " <<endl;

    for (count=0;count<=size;count++)
        {
            cout << "Test: ";
            cin >> testScore;
            if (testScore == 0)
            {
                break;
            }
                if (testScore < 0)
                {
                    while (testScore < 0)
                    {
                        cout << "Error";
                        cin >>;
                            if (testScore == 0)
                            {
                                break;
                            }
                    }
                }
            testScore[count] = testScore;
        }

        testMinimum(testScore,size);
        homeworkMinimum(homeworkScore,size);
        projectMinimum(projectScore,size);
        


    

}

void testScore (double testScore[],double size)
{
    
    int count=0;

    for (count=0;count<=size;count++)
        {
            cout << testScore[count] << " ";
        }
}

void projectScore(double scores[],double size)
{
    bool swap;  
    double temp;  
    int count=0;

    do
    {    
        swap = false;

       for (int count=0; count <= size;count++)

       {    
           if (projectScore[count] > projectMaximum[count+1])

            {  
                temp = projectScore[count];
                projectScore[count] = projectScore[count+1];
                projectMaximum[count+1] = temp;
                swap = true;

            }

       }

    } while (swap==true);

    cout << "Project: " <<endl;
    for(count=0;count<=size;count++)
    {
        cout << projectScore[count] << " ";
    }

}

void homeworkScore(double homeworkScore[],double size)
{
    bool swap;  
    double temp;    
    int count=0;

    do
    {    
        swap = false;

       for (int count=0; count <= size;count++)

       {    
           if (homeworkScore[count] < homeworkMaximim[count+1])

            {  
                temp = homeworkScore[count];
                homeworkScore[count] = homrworkScore[count+1];
                homeworkScore[count+1] = temp;
                swap = true;

            }

       }

    } while (swap==true);

    cout << "Homework: " <<endl;
    for(count=0;count<=size;count++)
    {
        cout << homeworkScore[count] << " ";
    

}

void attendenceScore(double attendenceMaximum[],double size)
{
    double high=0,low=0;
    int count=0;
    high = scores[0];
    low = scores[0];

    for (count=1;count<=size;count++)
        {
            if(attendanceScore[count] > high)
            {
                high = attendanceScore[count];
            }
        }

    for (count=1;count<=size;count++)
    {
        if(attendanceScore[count] < low)
        {
            low = attendanceScore[count];
        }
    }
    cout << "\Attendance:  " << high <<endl;
    cout << "Attendance" << low <<endl;
}

void average(double scores[],double size)
{
    double average=0,total=0;
    int count=0;

    for (count=0;count<=size;count++)
    {
        total = total + scores[count];
    }
    
    average = total / size;

    cout << "The average score is" << average <<endl;

}

{
    int studentId, entryCount;http://news.yahoo.com/s/livescience/20071213/sc_livescience/captainkiddshipfound
    string firstName, lastName;

    int currentStudent = 0;
    int attendanceScore;
    int attendanceMaximum;
    int homeworkScore;
    int homeworkMaximum;
    int testScore;
    int testMaximum;
    int projectScore;
    int projectMaximum;
    int studentCount;

    int    studentIdList[maximumStudents];
    float  gradeList[maximumStudents];
    string fullStudentNameList[maximumStudents];

    ifstream theBook;  // Create the input file stream.
                       // The is NOT bound to the file yet ...

    theBook.open(bookName);
    if (theBook)
    {
       while (!theBook.eof())
       {
            readStudentRecord (theBook, studentId, firstName, lastName, entryCount);
            reportStudentInformation (cout, studentId, firstName, lastName);
            reportGradeHeading (cout);

            attendanceScore = attendanceMaximum = homeworkScore = homeworkMaximum =
                testScore = testMaximum = projectScore = projectMaximum = 0;

            int i = 0;
            while (i < entryCount)
            {
                string date, assignmentType;
                int earnedScore, maximumScore;

                readGradeRecord(theBook, date, assignmentType, earnedScore, maximumScore);
                reportGradeInformation (cout, date, assignmentType, earnedScore, maximumScore);
                
                if (assignmentType == "attendance")
                {
                    attendanceScore   = attendanceScore + earnedScore;
                    attendanceMaximum = attendanceMaximum + maximumScore;
                }
                else if (assignmentType == "homework")
                {
                    homeworkScore   = homeworkScore + earnedScore;
                    homeworkMaximum = homeworkMaximum + maximumScore;
                }
                else if (assignmentType == "test")
                {
                    testScore   = testScore + earnedScore;
                    testMaximum = testMaximum + maximumScore;
                }
                else if (assignmentType == "project")
                {
                    projectScore   = projectScore + earnedScore;
                    projectMaximum = projectMaximum + maximumScore;
                }
                else
                {
                    cerr << "Unrecognized assignment type encountered: " << assignmentType << endl;
                }

                i = i + 1;
            }
            cout << endl;

            studentIdList[currentStudent] = studentId;
            fullStudentNameList[currentStudent] = firstName + " " + lastName;
            gradeList[currentStudent] = computeCurrentNumericGrade(attendanceScore, attendanceMaximum, homeworkScore, homeworkMaximum, testScore, testMaximum, projectScore, projectMaximum);    

            currentStudent++;
        }
        studentCount = currentStudent;
        theBook.close();

        reportFinalGrades (cout, studentIdList, fullStudentNameList, gradeList, studentCount);
    }
    else
    {
        cerr << "Could not open the input file: " << bookName << endl;
    }
    
    system("PAUSE");
    return EXIT_SUCCESS;
}

void readStudentRecord (istream& gradebook,
                        int& studentId,
                        string& firstName,
                        string& lastName,
                        int& entryCount)
{
    // Assume the input stream is open ...
    gradebook >> studentId >> firstName >> lastName >> entryCount;
}

void readGradeRecord (istream& gradebook,
                      string& date,
                      string& assignmentType,
                      int& earnedScore,
                      int& maximumScore)
{
    gradebook >> date >> assignmentType >> earnedScore >> maximumScore;
}