Esempio n. 1
0
        static studentStats generateStudent()
        {
            Random debtStatData = new Random();
            int    newID        = debtStatData.Next();

            double[] theseLoans    = new double[numDegrees];
            double[] theseGrants   = new double[numDegrees];
            int[]    theseStartYrs = new int[numDegrees];
            int[]    theseGrdYrs   = new int[numDegrees];
            int      tempGrants    = 0;
            int      tempLoans     = 0;


            //generates a random array of possible grants
            for (int i = 0; i < numDegrees; i++)
            {
                tempGrants     = debtStatData.Next(minGrants, maxGrants);
                theseGrants[i] = (double)tempGrants;
            }
            //generates a random array of possible loans
            for (int i = 0; i < numDegrees; i++)
            {
                tempLoans     = debtStatData.Next(minLoans, maxLoans);
                theseLoans[i] = (double)tempLoans;
            }
            //generates a random array of possible matriculation years
            for (int i = 0; i < numDegrees; i++)
            {
                theseStartYrs[i] = debtStatData.Next(minMatriculation, maxMatriculation + 1);
            }
            //generates a random array of possble grad years
            for (int i = 0; i < numDegrees; i++)
            {
                theseGrdYrs[i] = debtStatData.Next(minGrad, maxGrad);
            }

            studentStats newStudent = new studentStats(newID);

            for (int i = 0; i < numDegrees; i++)
            {
                newStudent.addDegree(theseStartYrs[i], theseGrdYrs[i],
                                     theseLoans[i], theseGrants[i]);
            }

            return(newStudent);
        }
Esempio n. 2
0
        static void testStudentStats(studentStats testStudent)
        {
            Random debtStatData = new Random();


            int    tempLoans        = debtStatData.Next(minLoans, maxLoans);
            int    tempGrants       = debtStatData.Next(minGrants, maxGrants);
            double newGrants        = (double)tempGrants;
            double newLoans         = (double)tempLoans;
            int    newMatriculation = debtStatData.Next(minMatriculation,
                                                        maxMatriculation);
            int newGradYear = debtStatData.Next(minGrad, maxGrad);

            double oldBurden = 0;
            double newBurden = 0;


            Console.WriteLine("Data has already been preloaded. Testing if empty: ");
            if (testStudent.isEmpty())
            {
                Console.WriteLine("True");
            }
            else
            {
                Console.WriteLine("False");
            }

            Console.WriteLine("Test for most burden: " + testStudent.checkMostBurden());

            Console.WriteLine("Test for least burden: " + testStudent.findLeastBurden());

            Console.WriteLine("Test for numDeactive: " + testStudent.numDeactive());

            Console.WriteLine("Test for default on biggest loan: ");

            if (testStudent.anyActive())
            {
                testStudent.defaultMostBurden();
            }

            Console.WriteLine("numDeactive is now: " + testStudent.numDeactive());

            Console.WriteLine("Previous Biggest Loan now inactive. Biggest Loan is now: " + testStudent.checkMostBurden());

            oldBurden = testStudent.totalLoans();
            Console.WriteLine("Test for total burden:" + oldBurden);

            Console.WriteLine("Test for adding degree:");
            testStudent.addDegree(newMatriculation, newGradYear, newLoans, newGrants);

            newBurden = testStudent.totalLoans();

            if (oldBurden < newBurden)
            {
                Console.WriteLine("The loan total has increased, meaning add was successful.");
            }
            else
            {
                Console.WriteLine("The loan total has not increased, meaning add was unsuccessful.");
            }
        }