public void TestMethod1()
{
string[] lines = File.ReadAllLines("input1.txt");
double res;
OneList list = new OneList(lines);
string show = list.Show();
if (list.Length > 0)
{
res = list.Sum_Calculation(x: 10);
res = list.Sum_Calculation(x: 3);
res = list.Sum_Calculation(x: 0);
}
lines = File.ReadAllLines("input2.txt");
list = new OneList(lines);
show = list.Show();
if (list.Length > 0)
{
res = list.Sum_Calculation(x: 10);
res = list.Sum_Calculation(x: 3);
res = list.Sum_Calculation(x: 0);
}
lines = File.ReadAllLines("input3.txt");
list = new OneList(lines);
show = list.Show();
if (list.Length > 0)
{
res = list.Sum_Calculation(x: 10);
res = list.Sum_Calculation(x: 3);
res = list.Sum_Calculation(x: 0);
}
lines = File.ReadAllLines("input4.txt");
list = new OneList(lines);
show = list.Show();
if (list.Length > 0)
{
res = list.Sum_Calculation(x: 10);
res = list.Sum_Calculation(x: 3);
res = list.Sum_Calculation(x: 0);
}
lines = File.ReadAllLines("input5.txt");
list = new OneList(lines);
show = list.Show();
if (list.Length > 0)
{
res = list.Sum_Calculation(x: 10);
res = list.Sum_Calculation(x: 3);
res = list.Sum_Calculation(x: 0);
}
}
public void TestMethod1()
{
OneList list = new OneList(5);
int index = 0;
Point point = null;
point = list.Search(1);
point = list.Search(5);
point = list.Search(6);
point = list.Search(3);
index = list.Search(new Point(1));
index = list.Search(new Point(5));
index = list.Search(new Point(6));
index = list.Search(new Point(3));
index = list.Search(new Point(4));
}
static void Main(string[] args)
{
Console.WriteLine("Hello Word");
int n = 10000;
Random rnd = new Random();
int search = rnd.Next(0, n);
List <int> List = new List <int>();
OneList List1 = new OneList();
for (int i = 1; i <= n; i++)
{
List.Add(i);
List1.Add(i);
//Console.Write(List1 + " ");
}
foreach (int item in List1)
{
Console.Write(item + " ");
}
Console.WriteLine("\n");
Console.WriteLine("List statistic:\n");
Console.WriteLine("Search key: " + search);
Console.WriteLine("\nBasic Search:\n");
Stopwatch bsw = Stopwatch.StartNew();
int bfound = List1.Element(search);
bsw.Stop();
Console.WriteLine("Found key: " + List1.Element(search));
Console.WriteLine("Elapsed time : " + bsw.Elapsed);
Console.WriteLine("\nBinary Search:\n");
Stopwatch sw = Stopwatch.StartNew();
int found = BinSearch(List1, search);
sw.Stop();
Console.WriteLine("Found key: " + BinSearch(List1, search));
Console.WriteLine("Elapsed time : " + sw.Elapsed);
//Console.WriteLine(List1.Element(26));
Console.WriteLine("\nPress any key to Exit");
Console.ReadKey();
}
static int BinSearch(OneList List, int key)
{
int left = 0;
int mid = 0;
int right = List.Count();
while (!(left >= right))
{
mid = left + (right - left) / 2;
if (List.Element(mid) == key)
{
return(mid);
}
if (List.Element(mid) > key)
{
right = mid;
}
else
{
left = mid;
}
}
return(-(1 + left));
}
public void TestMethod1()
{
OneList list = new OneList(5);
int index = list.Search(new Point(5));
list.Add(new Point(1));
list.Add(new Point(2));
list.Add(new Point(10));
list.Add(new Point(6));
list.Remove(1);
list.Remove(6);
list.Remove(10);
list.Remove(0);
list.Remove(2);
list.Remove(3);
list.Remove(1);
list.Remove(1);
list.Remove(2);
list.Remove(1);
list.Remove(1);
list.Remove(1);
list = new OneList(5);
list.Add(new Point(1));
list.Add(new Point(2));
list.Add(new Point(10));
list.Add(new Point(6));
list.Remove(new Point(1));
list.Remove(new Point(11));
list.Remove(new Point(10));
list.Remove(new Point(2));
list.Remove(new Point(3));
list.Remove(new Point(4));
list.Remove(new Point(5));
list.Remove(new Point(6));
list.Remove(new Point(1));
list.Remove(new Point(4));
list.Remove(new Point(2));
list.Remove(new Point(1));
list.Search(new Point(1));
Point point = list.Search(1);
list.Add(new Point(2));
list.Add(new Point(10));
list.Add(new Point(6));
list.Add(new Point(1));
point = list.Search(1);
point = list.Search(0);
point = list.Search(10);
point = list.Search(4);
point = list.Search(3);
index = list.Search(new Point(1));
index = list.Search(new Point(11));
index = list.Search(new Point(2));
string output = list.Show();
}
private models.Run Iteration(string benchmark, int iteration, bool isDryRun)
{
var dryRun = isDryRun ? " dryrun" : "";
Logging.GetLogging().InfoFormat("Benchmarker | Benchmark{0} \"{1}\": start iteration {2}", dryRun, benchmark, iteration);
GC.Collect(1);
System.Threading.Thread.Sleep(5 * 1000); // cool down?
var sw = Stopwatch.StartNew();
switch (benchmark)
{
case "bh":
BH.Main(new string[] { "-b", "400", "-s", "200" }, Logging.GetLogging());
break;
case "binarytree":
BinaryTrees.Main(new string[] { "17" }, Logging.GetLogging());
break;
case "bisort":
BiSort.Main(new string[] { "-s", "1500000" }, Logging.GetLogging());
break;
case "euler":
Euler.Main(new string[] { }, Logging.GetLogging());
break;
case "except":
except.Main(new string[] { "500000" }, Logging.GetLogging());
break;
case "gcbridge-links":
GcBridge.Main(new string[] { benchmark }, Logging.GetLogging());
break;
case "gcbridge-linkedfan":
GcBridge.Main(new string[] { benchmark }, Logging.GetLogging());
break;
case "gcbridge-inversefan":
GcBridge.Main(new string[] { benchmark }, Logging.GetLogging());
break;
case "gcbridge-deadlist":
GcBridge.Main(new string[] { benchmark }, Logging.GetLogging());
break;
case "gcbridge-selflinks":
GcBridge.Main(new string[] { benchmark }, Logging.GetLogging());
break;
case "gcbridge-spider":
GcBridge.Main(new string[] { benchmark }, Logging.GetLogging());
break;
case "gcbridge-doublefan-1000":
GcBridge.Main(new string[] { benchmark }, Logging.GetLogging());
break;
case "gcbridge-doublefan-4000":
GcBridge.Main(new string[] { benchmark }, Logging.GetLogging());
break;
case "grandetracer":
RayTracer.Main(new string[] { }, Logging.GetLogging());
break;
case "graph4":
graph4.Node.Main(Logging.GetLogging());
break;
case "graph8":
graph8.Node.Main(Logging.GetLogging());
break;
case "hash3":
Hash3.Main(new string[] { "400000" }, Logging.GetLogging());
break;
case "health":
Health.Main(new string[] { "-l", "10", "-t", "16" }, Logging.GetLogging());
break;
case "lists":
Lists.Main(new string[] { "1000" }, Logging.GetLogging());
break;
case "mandelbrot":
Mandelbrot.Main(new string[] { "1500" }, Logging.GetLogging());
break;
case "n-body":
NBody.Main(new string[] { "400000" }, Logging.GetLogging());
break;
case "objinst":
Objinst.Main(new string[] { "4000000" }, Logging.GetLogging());
break;
case "onelist":
OneList.Main();
break;
case "perimeter":
Perimeter.Main(new string[] { "-l", "17" }, Logging.GetLogging());
break;
case "raytracer2":
RayTracer2.Main(new string[] { "120" }, Logging.GetLogging());
break;
case "raytracer3":
RayTracer3.Main(new string[] { "120" }, Logging.GetLogging());
break;
case "scimark-fft":
ScimarkEntrypoint.Main(new string[] { "fft" }, Logging.GetLogging());
break;
case "scimark-sor":
ScimarkEntrypoint.Main(new string[] { "sor" }, Logging.GetLogging());
break;
case "scimark-mc":
ScimarkEntrypoint.Main(new string[] { "mc" }, Logging.GetLogging());
break;
case "scimark-mm":
ScimarkEntrypoint.Main(new string[] { "mm" }, Logging.GetLogging());
break;
case "scimark-lu":
ScimarkEntrypoint.Main(new string[] { "lu" }, Logging.GetLogging());
break;
case "specraytracer":
MainCL.Main(new string[] { "200", "1250" }, Logging.GetLogging());
break;
case "strcat":
strcat.Main(new string[] { "40000000" });
break;
default:
throw new NotImplementedException();
}
sw.Stop();
Logging.GetLogging().InfoFormat("Benchmarker | Benchmark{0} \"{1}\": finished iteration {2}, took {3}ms", dryRun, benchmark, iteration, sw.ElapsedMilliseconds);
var run = new models.Run {
Benchmark = new models.Benchmark {
Name = benchmark
}
};
run.RunMetrics.Add(
new models.RunMetric {
Metric = models.RunMetric.MetricType.Time,
Value = TimeSpan.FromMilliseconds(sw.ElapsedMilliseconds)
}
);
return(run);
}
