static void testOP(string inDir, string[] inFiles)
{
Stopwatch stopWatch = new Stopwatch();
TreeOperational treeOP;
Console.WriteLine("Heapsort test with operational memory");
Console.WriteLine(" N time elapsed compare count swap count");
foreach (string item in inFiles)
{
treeOP = new TreeOperational();
treeOP.FillFromFile($@"{inDir}\{item}");
stopWatch.Start();
treeOP.HeapSort();
stopWatch.Stop();
TimeSpan ts = stopWatch.Elapsed;
string rezults = $"{treeOP.GetLength(),7} {ts} {treeOP.compareCount, 12} {treeOP.swapCount, 12}";
Console.WriteLine(rezults);
stopWatch.Reset();
}
}
static void Main(string[] args)
{
string memoryMode;
string inDir = @"..\dataFiles\shortTest.csv";
string outDir = @"..\dataFiles\out.csv";
string[] inFiles1 = { "25600.csv", "51200.csv", "102400.csv", "204800.csv", "409600.csv" };
string[] inFiles2 = { "800.csv", "1600.csv", "3200.csv", "6400.csv", "12800.csv" };
do
{
Console.WriteLine("Use op / d memory or test?");
memoryMode = Console.ReadLine();
} while (!(memoryMode == "op" || memoryMode == "d" || memoryMode == "test"));
if (memoryMode == "op")
{
TreeOperational treeOP = new TreeOperational();
treeOP.FillFromFile(inDir);
treeOP.HeapSort();
treeOP.PrintToFile(outDir);
}
else if (memoryMode == "d")
{
TreeDisk treeD = new TreeDisk(@"../dataFiles/");
treeD.FillFromFile(inDir);
treeD.HeapSort();
treeD.PrintToFile(outDir);
}
else
{
inDir = @"C:\Users\swifty\Desktop\HeapSort\dataFiles";
testOP(inDir, inFiles1);
testD(inDir, inFiles2, @"../dataFiles/");
}
Console.ReadLine();
}