void Add(EzDataPoint dp)
{
if (_where == null || _where(dp))
{
_graph.Add(dp);
}
}
public void Run(Benchmarker b, int listCount)
{
_count = listCount;
int end = Console.CursorTop;
b.RunPublicBenchmarks(this, false, () =>
{
int start = Console.CursorTop;
b.PrintResults(Console.Out);
end = Console.CursorTop;
Console.CursorTop = start;
// Send results to _graph
if (_graph != null)
{
foreach (var row in b.Results)
{
string rowName = row.Key;
var result = row.Value;
var pair1 = rowName.SplitAt(": ");
var pair2 = pair1.B.SplitAt(": ");
var graphName = pair2.A.ToString();
if (graphName.StartsWith("Scan by") && graphName.EndsWith("x"))
{
// avoid creating separate graphs for "Scan by ... 1000x" and "Scan by ... 333x"
graphName = graphName.Left(graphName.LastIndexOf(' '));
}
var dp = new EzDataPoint {
Parameter = double.Parse(pair1.A.ToString()),
GraphId = graphName,
Series = pair2.B.ToString(),
Value = result.Avg()
};
Add(dp);
// Make a second version of the dictionary graph without SortedList
if (dp.GraphId.ToString().StartsWith("Dictionary") && dp.Series != "SortedList")
{
dp = dp.Clone();
dp.GraphId = dp.GraphId.ToString() + " (no SortedList)";
Add(dp);
}
// Make a second version of the "@ random indexes" graphs for small lists
if (dp.GraphId.ToString().Contains("random index") && (double)dp.Parameter < 10000)
{
dp = dp.Clone();
dp.GraphId = dp.GraphId.ToString() + "\u200B"; // zero-width space just to change the graph ID
Add(dp);
}
}
}
},
string.Format("{0,8}: ", listCount), true);
Console.CursorTop = end;
}
