public static void OneLUMB(IStore store, int i, int count)
{
SparqlQueryParser.Parse(store, sq5);
store.Warmup();
{
var file = new FileInfo(string.Format(@"..\..\..\Testing\examples\lubm\q ({0}).rq", i));
var q = File.ReadAllText(file.FullName);
double min = int.MaxValue, max = -1, average = 0;
double averageParse = 0;
double averageCLS = 0;
double averageRun = 0;
for (int j = 0; j < count; j++)
{
Stopwatch timer = new Stopwatch();
timer.Restart();
var sparqlQuery = SparqlQueryParser.Parse(store, q);
timer.Stop();
double time1 = SparqlTesting.GetTimeWthLast2Digits(timer);
averageParse += (double)((int)(100 * time1 / count)) / 100;
timer.Restart();
var sparqlResultSet = sparqlQuery.Run();
timer.Stop();
double time2 = SparqlTesting.GetTimeWthLast2Digits(timer);
averageCLS += (double)((int)(100 * time2 / count)) / 100;
timer.Restart();
sparqlResultSet.Results.ToArray();
timer.Stop();
double time3 = SparqlTesting.GetTimeWthLast2Digits(timer);
averageRun += (double)((int)(100 * time3 / count)) / 100;
var time = time1 + time2 + time3;
average += (double)((int)(100 * time)) / 100;
if (time > max)
{
max = time;
}
if (min > time)
{
min = time;
}
File.WriteAllText(@"..\..\..\Testing\examples\lubm\q ({0}).json", sparqlResultSet.ToJson());
}
using (StreamWriter r = new StreamWriter(@"..\..\output.txt", true))
{
r.WriteLine(DateTimeOffset.Now);
r.WriteLine("q " + i);
r.WriteLine("average " + average / count);
r.WriteLine("qps " + ((double)((int)(100000 * count / average)) / 100));
r.WriteLine("min " + min);
r.WriteLine("max " + max);
r.WriteLine("memory usage (bytes)" + GC.GetTotalMemory(false));
r.WriteLine("parse (ms)" + averageParse);
r.WriteLine("create linq stack " + averageCLS);
r.WriteLine("run " + averageRun);
}
}
}
public static void OneBerlinParametrized(IStore store, int i, int count)
{
SparqlQueryParser.Parse(store, sq5);
store.Warmup();
using (StreamReader streamQueryParameters = new StreamReader(string.Format(
@"..\..\..\Testing\examples\bsbm\queries\parameters\param values for{0}m {1} query.txt", 1, i)))
{
var file =
new FileInfo(string.Format(@"..\..\..\Testing\examples\bsbm\queries\parameters\{0}.rq", i));
var parametred = File.ReadAllText(file.FullName);
double min = int.MaxValue, max = -1, average = 0;
double averageParse = 0;
double averageCLS = 0;
double averageRun = 0;
for (int j = 0; j < count; j++)
{
var consted = BSBmParams.QueryReadNewParameters(parametred, streamQueryParameters);
Stopwatch timer = new Stopwatch();
timer.Restart();
var sparqlQuery = SparqlQueryParser.Parse(store, consted);
timer.Stop();
double time1 = SparqlTesting.GetTimeWthLast2Digits(timer);
averageParse += (double)((int)(100 * time1 / count)) / 100;
timer.Restart();
var sparqlResultSet = sparqlQuery.Run();
timer.Stop();
double time2 = SparqlTesting.GetTimeWthLast2Digits(timer);
averageCLS += (double)((int)(100 * time2 / count)) / 100;
timer.Restart();
sparqlResultSet.Results.ToArray();
timer.Stop();
double time3 = SparqlTesting.GetTimeWthLast2Digits(timer);
averageRun += (double)((int)(100 * time3 / count)) / 100;
var time = time1 + time2 + time3;
average += (double)((int)(100 * time)) / 100;
if (time > max)
{
max = time;
}
if (min > time)
{
min = time;
}
}
using (StreamWriter r = new StreamWriter(@"..\..\output.txt", true))
{
r.WriteLine(DateTimeOffset.Now);
r.WriteLine("q " + i);
r.WriteLine("average " + average / count);
r.WriteLine("qps " + ((double)((int)(100000 * count / average)) / 100));
r.WriteLine("min " + min);
r.WriteLine("max " + max);
r.WriteLine("memory usage (bytes)" + GC.GetTotalMemory(false));
r.WriteLine("parse (ms)" + averageParse);
r.WriteLine("create linq stack " + averageCLS);
r.WriteLine("run " + averageRun);
}
}
}
