/// <summary>
/// Обработчик события установки флажка на Insert sorter
/// </summary>
/// <param name="sender">объект инициатор события<</param>
/// <param name="e">параметры события</param>
private void rBtnInsert_CheckedChanged(object sender, EventArgs e)
{
if (rBtnInsert.Checked)
{
_sort = new InsertSorter(_arr);
_sort.SortingStart += StartSortMessage;
_sort.Swapp += SwapCounting;
_sort.Compare += CompareCounting;
_sort.SortingFin += FinishSortMessage;
}
else
{
_sort = null;
}
}
static void Main(string[] args)
{
//
Console.ForegroundColor = ConsoleColor.Green;
int Total;
bool Output = false;
bool Generate = true;
string[] DataTable;
//
Console.WriteLine("Generate File? Y/N:");
Generate = Console.ReadLine()[0] == 'Y' ? true : false;
if (Generate)
{
Console.WriteLine("Input total to generate and sort:");
Total = int.Parse(Console.ReadLine());
//
Console.WriteLine("Output File? Y/N:");
Output = Console.ReadLine()[0] == 'Y' ? true : false;
//
DataTable = DataMaster.GenerateData(Total);
//
if (Output)
{
Console.WriteLine("Writing File");
DataIO.DataWriter(DataTable, "ARLG.csv");
}
}
else
{
Console.WriteLine("Read file from:");
string Filename = Console.ReadLine();
DataTable = DataIO.DataReader(string.Empty, Filename);
}
bool BubbleSort = true;
bool MergeSort = true;
bool InsertionSort = true;
bool QuickSort = true;
bool OutputSorts = true;
string[] PartitionTable;
int Partition = 0;
Console.WriteLine("Input total to partition:");
Partition = int.Parse(Console.ReadLine());
PartitionTable = new string[Partition];
for (int i = 0; i < Partition; i++)
{
PartitionTable[i] = DataTable[i];
}
//
Console.WriteLine("SKIP MERGE SORT? Y/N:");
MergeSort = Console.ReadLine().ToUpper()[0] == 'N' ? false : true;
if (MergeSort)
{
//=============================================
//
Console.WriteLine("ID SORTED");
PartitionTable = MergeSorter.IDSort(PartitionTable);
if (OutputSorts)
{
Console.WriteLine("Writing ID SORTED DATA with MERGE SORT");
DataIO.DataWriter(PartitionTable, "IDMERGE_ARLG");
}
Console.ReadLine();
//
Console.WriteLine("GUID SORTED");
PartitionTable = MergeSorter.GUIDSort(PartitionTable);
if (OutputSorts)
{
Console.WriteLine("Writing GUID SORTED DATA with MERGE SORT");
DataIO.DataWriter(PartitionTable, "GUIDMERGE_ARLG");
}
Console.ReadLine();
//
Console.WriteLine("DOUBLE SORTED");
PartitionTable = MergeSorter.DoubleSort(PartitionTable);
if (OutputSorts)
{
Console.WriteLine("Writing DOUBLE SORTED DATA with MERGE SORT");
DataIO.DataWriter(PartitionTable, "DOUBLEMERGE_ARLG");
}
Console.ReadLine();
//=============================================
}
//
Console.WriteLine("SKIP QUCIK SORT? Y/N:");
QuickSort = Console.ReadLine().ToUpper()[0] == 'N' ? false : true;
if (QuickSort)
{
//=============================================
//
Console.WriteLine("ID SORTED");
PartitionTable = QuickSorter.IDSort(PartitionTable);
if (OutputSorts)
{
Console.WriteLine("Writing ID SORTED DATA with QUICK SORT");
DataIO.DataWriter(PartitionTable, "IDQUICK_ARLG");
}
Console.ReadLine();
//
Console.WriteLine("GUID SORTED");
PartitionTable = QuickSorter.GUIDSort(PartitionTable);
if (OutputSorts)
{
Console.WriteLine("Writing GUID SORTED DATA with QUICK SORT");
DataIO.DataWriter(PartitionTable, "GUIDQUICK_ARLG");
}
Console.ReadLine();
//
Console.WriteLine("DOUBLE SORTED");
PartitionTable = QuickSorter.DoubleSort(PartitionTable);
if (OutputSorts)
{
Console.WriteLine("Writing DOUBLE SORTED DATA with QUICK SORT");
DataIO.DataWriter(PartitionTable, "DOUBLEIQUICK_ARLG");
}
Console.ReadLine();
//=============================================
}
//
Console.WriteLine("SKIP INSERTION SORT? Y/N:");
InsertionSort = Console.ReadLine().ToUpper()[0] == 'N' ? false : true;
if (InsertionSort)
{
//=============================================
//
Console.WriteLine("ID SORTED");
PartitionTable = InsertSorter.IDSort(PartitionTable);
if (OutputSorts)
{
Console.WriteLine("Writing ID SORTED DATA with INSERTION SORT");
DataIO.DataWriter(PartitionTable, "IDINSERTION_ARLG");
}
Console.ReadLine();
//
Console.WriteLine("GUID SORTED");
PartitionTable = InsertSorter.GUIDSort(PartitionTable);
if (OutputSorts)
{
Console.WriteLine("Writing GUID SORTED DATA with INSERTION SORT");
DataIO.DataWriter(PartitionTable, "GUIDINSERTION_ARLG");
}
Console.ReadLine();
//
Console.WriteLine("DOUBLE SORTED");
PartitionTable = InsertSorter.DoubleSort(PartitionTable);
if (OutputSorts)
{
Console.WriteLine("Writing DOUBLE SORTED DATA with INSERTION SORT");
DataIO.DataWriter(PartitionTable, "DOUBLEINSERTION_ARLG");
}
Console.ReadLine();
//=============================================
}
//
Console.WriteLine("SKIP BUBBLE SORT? Y/N:");
BubbleSort = Console.ReadLine().ToUpper()[0] == 'N' ? false : true;
if (BubbleSort)
{
//=============================================
//
Console.WriteLine("ID SORTED");
PartitionTable = BubbleSorter.IDSort(PartitionTable);
if (OutputSorts)
{
Console.WriteLine("Writing ID SORTED DATA with BUBBLE SORT");
DataIO.DataWriter(PartitionTable, "IDBUBBLE_ARLG");
}
Console.ReadLine();
//
Console.WriteLine("GUID SORTED");
PartitionTable = BubbleSorter.GUIDSort(PartitionTable);
if (OutputSorts)
{
Console.WriteLine("Writing ID SORTED DATA with BUBBLE SORT");
DataIO.DataWriter(PartitionTable, "GUIDBUBBLE_ARLG");
}
Console.ReadLine();
//
Console.WriteLine("DOUBLE SORTED");
PartitionTable = BubbleSorter.DoubleSort(PartitionTable);
if (OutputSorts)
{
Console.WriteLine("Writing ID SORTED DATA with BUBBLE SORT");
DataIO.DataWriter(PartitionTable, "DOUBLEBUBBLE_ARLG");
}
Console.ReadLine();
//=============================================
}
Console.Read();
}
