public override void ExerciseRun()
{
List <int> list = DecomposeNumber(ServiceClass.InputAnyIntegerNumber());
Console.WriteLine("The number was decomposed to digits, which were put in list");
list.ShowList();
}
public override void ExerciseRun()
{
Console.WriteLine("This programm will decompose arbitary integer number that you will enter" +
"and then will sort it by five various methods");
List <int> list = Exercise214.DecomposeNumber(ServiceClass.InputAnyIntegerNumber());
list.ShowList();
List <int> sortedBySelectionList = SortBySelection(list);
Console.Write("\nAfter sortig with Selection sort");
sortedBySelectionList.ShowList();
List <int> sortedByInsertionList = SortByInsertion(list);
Console.Write("\nAfter sortig with Insertion sort");
sortedByInsertionList.ShowList();
List <int> sortedByMergeList = SortByMerge(list);
Console.Write("\nAfter sortig with Merge sort ");
sortedByMergeList.ShowList();
List <int> sortedByStoogeList = new List <int>(list);
StoogeSort(sortedByStoogeList);
Console.Write("\nAfter sortig with Stooge sort ");
sortedByStoogeList.ShowList();
List <int> sortedByQSortList = new List <int>(list);
SortByQSort(sortedByQSortList);
Console.Write("\nAfter sortig with Quick sort ");
sortedByQSortList.ShowList();
}
public override void ExerciseRun()
{
Console.WriteLine("***This programm will decompose any integer number, that" +
" you enter, to list of digits in base 10. And then it will be converted between two" +
" another bases that you will chose***");
int number = ServiceClass.InputAnyIntegerNumber("Enter any integer number to decompose it to digits in base 10");
DigitList list = new DigitList(number);
Console.Write("\nSET first number base to convert number >>>");
byte base1 = (byte)ServiceClass.InputNumberBaseNumber();
list.ChangeBase(base1);
list.ShowListOfDigits();
Console.Write("\nSET first number base to convert number >>>");
byte base2 = (byte)ServiceClass.InputNumberBaseNumber();
list.ChangeBase(base2);
list.ShowListOfDigits();
}
public override void ExerciseRun()
{
Console.WriteLine("\nThis programm will decompose two integer numbers to it's digits and then\n" +
"will add, subtract and multiply them in digit-by-digit mode");
Console.WriteLine("Enter the first number");
int firstNumber = ServiceClass.InputAnyIntegerNumber();
int secondNumber = ServiceClass.InputAnyIntegerNumber();
List <int> decomposedFirstNumber = Exercise214.DecomposeNumber(firstNumber);
List <int> decomposedSecondNumber = Exercise214.DecomposeNumber(secondNumber);
Console.WriteLine();
decomposedFirstNumber.ShowList("decomposedFirstNumber");
decomposedSecondNumber.ShowList("decomposedSecondNumber");
Console.WriteLine();
List <int> SUM = AddTwoNumbersDigits(decomposedFirstNumber, decomposedSecondNumber);
SUM.ShowList("RESULT OF ADDITION");
decomposedFirstNumber.ShowList("decomposedFirstNumber");
decomposedSecondNumber.ShowList("decomposedSecondNumber");
Console.WriteLine();
List <int> PROD = MultiplyTwoNumbersDigits(decomposedFirstNumber, decomposedSecondNumber);
PROD.ShowList("RESULT OF MULTIPLYING");
decomposedFirstNumber.ShowList("decomposedFirstNumber");
decomposedSecondNumber.ShowList("decomposedSecondNumber");
Console.WriteLine();
List <int> SUBTR = SubtractTwoNumbersDigits(decomposedFirstNumber, decomposedSecondNumber);
SUBTR.ShowList("RESULT OF SUBTRACTION");
decomposedFirstNumber.ShowList("decomposedFirstNumber");
decomposedSecondNumber.ShowList("decomposedSecondNumber");
Console.WriteLine();
}