private void GenerateTimeRow(IBenchmarkResult benchmarkResult, int startIndex, int numberOfItems)
{
_result.Append($"{benchmarkResult.LibraryName}");
foreach (var result in benchmarkResult.ExecutionResults.GetRange(startIndex, numberOfItems))
{
_result.Append($" & {result.ExecutionTime:s\\.fff}s");
}
_result.AppendLine(" \\\\ \\hline");
}
public static void DependencyBenchmark(int iterations)
{
SDK.Benchmarking.Benchmark benchmark = new SDK.Benchmarking.Benchmark(metrics =>
{
IDependencyCollection dependencies = new DependencyCollection();
ILifetimeScope scope = null;
IDependencyProvider provider = null;
metrics
.AddMetric("Registration")
.Measure(() =>
{
dependencies.Register <AddressService>().DefineAs <IAddressService>().AsScoped();
dependencies.Register <EmailService>().DefineAs <IEmailService>().AsScoped();
dependencies.Register <MessagingService>().DefineAs <IMessagingService>().AsScoped();
dependencies.Register <PostalService>().DefineAs <IPostalService>().AsScoped();
});
metrics
.AddMetric("Create Scope")
.Measure(() =>
{
scope = dependencies.CreateScope();
provider = scope.BuildProvider();
});
metrics
.AddMetric("1st Get Dependency")
.Measure(() =>
{
provider.GetDependency <IMessagingService>();
});
metrics
.AddMetric("2nd Get Dependency")
.Measure(() =>
{
provider.GetDependency <IMessagingService>();
});
metrics
.AddMetric("Dispose Scope")
.Measure(() =>
{
scope.Dispose();
});
});
IBenchmarkResult results = benchmark.Run(iterations);
PrintResult(results);
}
private static void PrintResult(IBenchmarkResult result)
{
Table table = new Table("Name", "Total Ticks", "Average", "Min", "Max");
table.AddRow(
result.Name,
TickHelper.ToHumanReadableTime(result.TotalTicks),
TickHelper.ToHumanReadableTime(Convert.ToInt64(result.AverageTicks)),
TickHelper.ToHumanReadableTime(result.MinimumTicks),
TickHelper.ToHumanReadableTime(result.MaximumTicks));
foreach (IBenchmarkResult metric in result.Results)
{
table.AddRow(
metric.Name,
TickHelper.ToHumanReadableTime(metric.TotalTicks),
TickHelper.ToHumanReadableTime(Convert.ToInt64(metric.AverageTicks)),
TickHelper.ToHumanReadableTime(metric.MinimumTicks),
TickHelper.ToHumanReadableTime(metric.MaximumTicks));
}
table.Config = TableConfiguration.UnicodeAlt();
Console.WriteLine(table.ToString());
table = new Table("Name", "Total Ticks", "Average", "Min", "Max");
table.AddRow(
result.Name,
result.TotalTicks,
result.AverageTicks,
result.MinimumTicks,
result.MaximumTicks);
foreach (IBenchmarkResult metric in result.Results)
{
table.AddRow(
metric.Name,
metric.TotalTicks,
metric.AverageTicks,
metric.MinimumTicks,
metric.MaximumTicks);
}
table.Config = TableConfiguration.UnicodeAlt();
Console.WriteLine(table.ToString());
Console.Read();
}
private void GenerateSizeRow(IBenchmarkResult benchmarkResult, int startIndex, int numberOfItems, bool gZippedSize, bool relative)
{
_result.Append($"{benchmarkResult.LibraryName}");
if (!relative && startIndex == 0)
{
_result.Append($" & {(gZippedSize ? benchmarkResult.OriginalGZipSize : benchmarkResult.OriginalUtf8Size)}");
}
foreach (var result in benchmarkResult.ExecutionResults.GetRange(startIndex, numberOfItems))
{
double size = gZippedSize ? result.GZipSize : result.Utf8Size;
if (relative)
{
size = size / (gZippedSize ? benchmarkResult.OriginalGZipSize : benchmarkResult.OriginalUtf8Size) * 100;
}
_result.Append($" & {(relative ? $"{size:F2}\\%" : $"{size}")}");
}
public void Render(IBenchmarkResult result)
{
renderAction(result);
}