private static ExplainedInteractionHappinessGrade ValidateOpenfoam(Telemetry telemetry)
{
if (telemetry?.BenchmarkTelemetry?.OpenfoamTelemetry?.Results == null)
{
return ExplainedInteractionHappinessGrade.Unacceptable("No telemetry available");
}
var thresholds = new Dictionary<int, decimal>
{
{128, new decimal(8.151072)},
{256, new decimal(8.151072)},
{512, new decimal(8.151072)},
{1024, new decimal(8.151072)}
};
var nodesBelowThreshold = telemetry.BenchmarkTelemetry.OpenfoamTelemetry.Results
.Where(r => thresholds.ContainsKey(r.Workers) && r.AvgElapsedTimeInSec >= thresholds[r.Workers])
.ToList();
if (nodesBelowThreshold.Any())
{
return ExplainedInteractionHappinessGrade.Unacceptable(
$"OpenFoam results for the cores {string.Join(", ", nodesBelowThreshold.Select(n => n.Workers))} were below allowed thresholds" );
}
return ExplainedInteractionHappinessGrade.Perfect();
}
private static ExplainedInteractionHappinessGrade ValidateLinpack(Telemetry telemetry)
{
const int threshold = 630;
if (telemetry?.SingleHplTelemetry?.Results == null)
{
return ExplainedInteractionHappinessGrade.Unacceptable("No telemetry available");
}
var nodesBelowThreshold = telemetry.SingleHplTelemetry.Results.Where(r => r.Gflops < threshold).ToList();
if (nodesBelowThreshold.Any())
{
return ExplainedInteractionHappinessGrade.Unacceptable(
$"GFlops value from nodes {string.Join(", ", nodesBelowThreshold)} was below the threshold: {threshold}" );
}
return ExplainedInteractionHappinessGrade.Perfect();
}
private static ExplainedInteractionHappinessGrade ValidatePingPong(Telemetry telemetry)
{
return ExplainedInteractionHappinessGrade.Perfect();
}
