public IResult[] Execute(ITimes times, IParallelism parallelism)
{
IInstance[] input = this.instances;
while (true)
{
Log.Information("Executing {Case} {Times}", [email protected], times.Describe());
MinDurationVisitor visitor = new MinDurationVisitor();
IResult[] results = parallelism.Execute(input, times);
foreach (IResult result in results)
{
result.Data.Visit(visitor);
}
if (visitor.HasValue() == false || visitor.GetValue().TotalSeconds >= 1.0d)
{
return(results);
}
double ceiling = Math.Ceiling(1.2d / visitor.GetValue().TotalSeconds);
times = times.Multiply(Math.Max(2, (int)ceiling));
input = OptimizeOrder(results);
}
}
public IResult[] Execute(ITimes times, IParallelism parallelism)
{
IInstance[] input = this.instances;
while (true)
{
Log.Information("Executing {Case} {Times}", [email protected], times.Describe());
MinDurationVisitor visitor = new MinDurationVisitor();
IResult[] results = parallelism.Execute(input, times);
foreach (IResult result in results)
{
result.Data.Visit(visitor);
}
if (visitor.HasValue() == false || visitor.GetValue().TotalSeconds >= 1.0d)
{
return results;
}
double ceiling = Math.Ceiling(1.2d / visitor.GetValue().TotalSeconds);
times = times.Multiply(Math.Max(2, (int)ceiling));
input = OptimizeOrder(results);
}
}
public ITimes Multiply(ITimes times)
{
return(times.Multiply(20000));
}