internal MessureResults(MessureContext context)
{
Collecting = !context.CollectAndWait;
Context = context;
Context.AutoSaveFileName = string.IsNullOrEmpty(Context.AutoSaveFileName)
? string.Format("{0} - {1:yyyy-MM-dd hh_mm_ss}.pmr", Description, DateTimeOffset.Now)
: Context.AutoSaveFileName;
if(!Context.CollectAndWait)
{
StartDateTime = DateTimeOffset.Now;
}
}
public static void PipelinedSlim(MessureContext context)
{
var tileSize = (int)context.Data["tilesize"];
var threads = (int)context.Data["threads"];
var btm = (BlockTridiagonalMatrix<double>)context.Data["btm"];
BlockTridiagonalMatrix<double> result;
var sf = new BlockTridiagonalMatrixInverse<double>(btm, tileSize, out result);
var nonpl = new PipelinedBlockTridiagonalMatrixInverse(sf);
var pm = new Manager(nonpl, threads);
pm.Start();
pm.Join();
}
public static void NonPipelined(MessureContext context)
{
var tileSize = (int)context.Data["tilesize"];
var threads = (int) context.Data["threads"];
var btm = (BlockTridiagonalMatrix<double>)context.Data["btm"];
BlockTridiagonalMatrix<double> result;
var sf = new NonSlim.StigsFormulae<double>(btm, tileSize, out result);
var nonpl = new NonSlim.NonPipelinedStigsFormulae(sf);
var pm = new NonSlim.ProcessManager(nonpl, threads);
pm.Start();
pm.Join();
}
public static MessureResults Init(MessureContext context)
{
return new MessureResults(context);
}
public static MessureResults Start(int threads, int tilesize, string filename)
{
var mc = new MessureContext
{
Description = "Matrix Inversion - AutoResetEvent vs Monitor Pulse-Wait",
CollectAndWait = true,
Replays = 1,
AutoSaveToFile = true,
Data = { { "tilesize", tilesize }, { "threads", threads} },
Reset = (x) =>
{
GC.Collect();
x.Data["btm"] = BlockTridiagonalMatrix<double>.DeSerializeFromFile(Path.GetFullPath(filename));
}
};
Console.WriteLine(mc);
var m = Messure.Init(mc)
.Messure(NonPipelined)
.Messure(NonPipelinedSlim)
.Messure(Pipelined)
.Messure(PipelinedSlim)
.Start();
return m;
}
