static public void runChoice(string choice, string userword, string key)
{
if (choice == "encode")
{
string encoded = Exercise10.encode(userword, key);
Console.WriteLine("Your encoded string is: {0}", encoded);
}
else if (choice == "decode")
{
string decoded = Exercise10.decode(userword, key);
Console.WriteLine("Your string decodes to: {0}", decoded);
}
}
static void getExercise(string userChoice)
{
switch (userChoice)
{
case "1":
int userNumber = Exercise1.chooseNumber();
Exercise1.homeworkEx1(userNumber);
Exercise1.printEx1();
break;
case "2":
Exercise2.addElement();
Exercise2.wordLength(Exercise2.sArray);
break;
case "3":
Exercise3.addElement();
int wordLength = Exercise3.longestWord(Exercise3.sArray);
Console.WriteLine("The longest work is {0} letters.", wordLength);
break;
case "4":
string pickedWord = Exercise4.userWord();
int pickedLength = Exercise4.wordLength(pickedWord);
// Console.WriteLine("Your word {0} is {1} letters long.", pickedWord, pickedLength); // This is print Debugging
Exercise4.wordReversed(pickedWord, pickedLength);
break;
case "5":
int rows = Exercise5.rows();
int columns = Exercise5.columns();
int[,] map = new int[rows, columns];
Exercise5.testArray(map);
Exercise5.addArray(map);
break;
case "6":
// Class for Exercise 6 instanced at top
studentChi.addGradesManaul();
float averageChi = studentChi.gradeAverage(studentChi.Grades);
studentChi.gradeDebug();
Console.WriteLine(" Student Name: {0} {1} \n Current Average {2}", studentChi.FirstName, studentChi.LastName, averageChi);
break;
case "7":
// This is an extension of Ex 6 and will use the same class/instance.
studentChi.addGradesManaul();
float chiGPA = studentChi.studentGPA(studentChi.Grades);
Console.WriteLine(" Student Name: {0} {1} \n Current GPA {2}", studentChi.FirstName, studentChi.LastName, chiGPA);
break;
case "8":
int first = Exercise8.firstNumber();
int second = Exercise8.secondNumber();
Exercise8.addNumbers(first, second);
List <int> evens = Exercise8.evensOnly(Exercise8.numbers);
Exercise8.printList(evens);
break;
case "9":
// This exercise is an extension of Ex 8 and will use the same class.
int firstOdd = Exercise8.firstNumber();
int secondOdd = Exercise8.secondNumber();
Exercise8.addNumbers(firstOdd, secondOdd);
List <int> odds = Exercise8.oddsOnly(Exercise8.numbers);
Exercise8.printList(odds);
break;
case "10":
// Build testing / Error Checking.
//Console.WriteLine("pvlrnpdwf with key dhy = monograph");
//string encoded = Exercise10.encode(Exercise10.testString2, "dhy");
//string decoded = Exercise10.decode(Exercise10.testString3, "dhy");
//string decoded2 = Exercise10.decode(encoded, "dhy");
//Console.WriteLine("Encode {0}", encoded);
//Console.WriteLine("Decode {0}, {1}", decoded, decoded2);
string choice = Exercise10.operationChoice();
string userword = Exercise10.userWord();
string key = Exercise10.keyWord();
Exercise10.runChoice(choice, userword, key);
break;
case "11":
Exercise11.pruneList(Exercise11.list1, Exercise11.list2);
Exercise11.printList(Exercise11.list1);
break;
case "12":
Console.WriteLine("Not yet implemented");
break;
}
}