internal Engine(
IHost host,
Action dummy1Action, Action dummy2Action, Action dummy3Action, Action <long> idleAction, Action <long> mainAction, Job targetJob,
Action setupAction, Action cleanupAction, long operationsPerInvoke)
{
Host = host;
IsDiagnoserAttached = host.IsDiagnoserAttached;
IdleAction = idleAction;
Dummy1Action = dummy1Action;
Dummy2Action = dummy2Action;
Dummy3Action = dummy3Action;
MainAction = mainAction;
TargetJob = targetJob;
SetupAction = setupAction;
CleanupAction = cleanupAction;
OperationsPerInvoke = operationsPerInvoke;
Resolver = new CompositeResolver(BenchmarkRunnerCore.DefaultResolver, EngineResolver.Instance);
Clock = targetJob.ResolveValue(InfrastructureMode.ClockCharacteristic, Resolver);
ForceAllocations = targetJob.ResolveValue(GcMode.ForceCharacteristic, Resolver);
UnrollFactor = targetJob.ResolveValue(RunMode.UnrollFactorCharacteristic, Resolver);
Strategy = targetJob.ResolveValue(RunMode.RunStrategyCharacteristic, Resolver);
EvaluateOverhead = targetJob.ResolveValue(AccuracyMode.EvaluateOverheadCharacteristic, Resolver);
InvocationCount = targetJob.ResolveValue(RunMode.InvocationCountCharacteristic, Resolver);
warmupStage = new EngineWarmupStage(this);
pilotStage = new EnginePilotStage(this);
targetStage = new EngineTargetStage(this);
}
internal Engine(
IHost host,
IResolver resolver,
Action dummy1Action, Action dummy2Action, Action dummy3Action, Action <long> idleAction, Action <long> mainAction, Job targetJob,
Action globalSetupAction, Action globalCleanupAction, Action iterationSetupAction, Action iterationCleanupAction, long operationsPerInvoke,
bool includeMemoryStats, Encoding encoding)
{
Host = host;
IdleAction = idleAction;
Dummy1Action = dummy1Action;
Dummy2Action = dummy2Action;
Dummy3Action = dummy3Action;
MainAction = mainAction;
TargetJob = targetJob;
GlobalSetupAction = globalSetupAction;
GlobalCleanupAction = globalCleanupAction;
IterationSetupAction = iterationSetupAction;
IterationCleanupAction = iterationCleanupAction;
OperationsPerInvoke = operationsPerInvoke;
this.includeMemoryStats = includeMemoryStats;
Resolver = resolver;
Encoding = encoding;
Clock = targetJob.ResolveValue(InfrastructureMode.ClockCharacteristic, Resolver);
ForceAllocations = targetJob.ResolveValue(GcMode.ForceCharacteristic, Resolver);
UnrollFactor = targetJob.ResolveValue(RunMode.UnrollFactorCharacteristic, Resolver);
Strategy = targetJob.ResolveValue(RunMode.RunStrategyCharacteristic, Resolver);
EvaluateOverhead = targetJob.ResolveValue(AccuracyMode.EvaluateOverheadCharacteristic, Resolver);
InvocationCount = targetJob.ResolveValue(RunMode.InvocationCountCharacteristic, Resolver);
warmupStage = new EngineWarmupStage(this);
pilotStage = new EnginePilotStage(this);
targetStage = new EngineTargetStage(this);
}
internal Engine(
IHost host,
IResolver resolver,
Action dummy1Action, Action dummy2Action, Action dummy3Action, Action <long> overheadAction, Action <long> workloadAction, Job targetJob,
Action globalSetupAction, Action globalCleanupAction, Action iterationSetupAction, Action iterationCleanupAction, long operationsPerInvoke,
bool includeExtraStats, string benchmarkName)
{
Host = host;
OverheadAction = overheadAction;
Dummy1Action = dummy1Action;
Dummy2Action = dummy2Action;
Dummy3Action = dummy3Action;
WorkloadAction = workloadAction;
TargetJob = targetJob;
GlobalSetupAction = globalSetupAction;
GlobalCleanupAction = globalCleanupAction;
IterationSetupAction = iterationSetupAction;
IterationCleanupAction = iterationCleanupAction;
OperationsPerInvoke = operationsPerInvoke;
this.includeExtraStats = includeExtraStats;
BenchmarkName = benchmarkName;
Resolver = resolver;
Clock = targetJob.ResolveValue(InfrastructureMode.ClockCharacteristic, Resolver);
ForceAllocations = targetJob.ResolveValue(GcMode.ForceCharacteristic, Resolver);
UnrollFactor = targetJob.ResolveValue(RunMode.UnrollFactorCharacteristic, Resolver);
Strategy = targetJob.ResolveValue(RunMode.RunStrategyCharacteristic, Resolver);
EvaluateOverhead = targetJob.ResolveValue(AccuracyMode.EvaluateOverheadCharacteristic, Resolver);
InvocationCount = targetJob.ResolveValue(RunMode.InvocationCountCharacteristic, Resolver);
warmupStage = new EngineWarmupStage(this);
pilotStage = new EnginePilotStage(this);
actualStage = new EngineActualStage(this);
}
public Engine([NotNull] Action <long> idleAction, [NotNull] Action <long> mainAction)
{
IdleAction = idleAction;
MainAction = mainAction;
pilotStage = new EnginePilotStage(this);
warmupStage = new EngineWarmupStage(this);
targetStage = new EngineTargetStage(this);
Resolver = new CompositeResolver(BenchmarkRunnerCore.DefaultResolver, EngineResolver.Instance);
}
internal Engine(Action <long> idleAction, Action <long> mainAction, Job targetJob, Action setupAction, Action cleanupAction, long operationsPerInvoke, bool isDiagnoserAttached)
{
IdleAction = idleAction;
MainAction = mainAction;
TargetJob = targetJob;
SetupAction = setupAction;
CleanupAction = cleanupAction;
OperationsPerInvoke = operationsPerInvoke;
IsDiagnoserAttached = isDiagnoserAttached;
Resolver = new CompositeResolver(BenchmarkRunnerCore.DefaultResolver, EngineResolver.Instance);
Clock = targetJob.Infrastructure.Clock.Resolve(Resolver);
ForceAllocations = targetJob.Env.Gc.Force.Resolve(Resolver);
UnrollFactor = targetJob.Run.UnrollFactor.Resolve(Resolver);
Strategy = targetJob.Run.RunStrategy.Resolve(Resolver);
EvaluateOverhead = targetJob.Accuracy.EvaluateOverhead.Resolve(Resolver);
InvocationCount = targetJob.Run.InvocationCount.Resolve(Resolver);
warmupStage = new EngineWarmupStage(this);
pilotStage = new EnginePilotStage(this);
targetStage = new EngineTargetStage(this);
}
internal Engine(Action<long> idleAction, Action<long> mainAction, Job targetJob, Action setupAction, Action cleanupAction, long operationsPerInvoke, bool isDiagnoserAttached)
{
IdleAction = idleAction;
MainAction = mainAction;
TargetJob = targetJob;
SetupAction = setupAction;
CleanupAction = cleanupAction;
OperationsPerInvoke = operationsPerInvoke;
IsDiagnoserAttached = isDiagnoserAttached;
Resolver = new CompositeResolver(BenchmarkRunnerCore.DefaultResolver, EngineResolver.Instance);
Clock = targetJob.ResolveValue(InfrastructureMode.ClockCharacteristic, Resolver);
ForceAllocations = targetJob.ResolveValue(GcMode.ForceCharacteristic, Resolver);
UnrollFactor = targetJob.ResolveValue(RunMode.UnrollFactorCharacteristic, Resolver);
Strategy = targetJob.ResolveValue(RunMode.RunStrategyCharacteristic, Resolver);
EvaluateOverhead = targetJob.ResolveValue(AccuracyMode.EvaluateOverheadCharacteristic, Resolver);
InvocationCount = targetJob.ResolveValue(RunMode.InvocationCountCharacteristic, Resolver);
warmupStage = new EngineWarmupStage(this);
pilotStage = new EnginePilotStage(this);
targetStage = new EngineTargetStage(this);
}
internal Engine(
IHost host,
IResolver resolver,
Action dummy1Action, Action dummy2Action, Action dummy3Action, Action <long> overheadAction, Action <long> workloadAction, Job targetJob,
Action globalSetupAction, Action globalCleanupAction, Action iterationSetupAction, Action iterationCleanupAction, long operationsPerInvoke,
bool includeExtraStats, string benchmarkName)
{
Host = host;
OverheadAction = overheadAction;
Dummy1Action = dummy1Action;
Dummy2Action = dummy2Action;
Dummy3Action = dummy3Action;
WorkloadAction = workloadAction;
TargetJob = targetJob;
GlobalSetupAction = globalSetupAction;
GlobalCleanupAction = globalCleanupAction;
IterationSetupAction = iterationSetupAction;
IterationCleanupAction = iterationCleanupAction;
OperationsPerInvoke = operationsPerInvoke;
this.includeExtraStats = includeExtraStats;
BenchmarkName = benchmarkName;
Resolver = resolver;
Clock = targetJob.ResolveValue(InfrastructureMode.ClockCharacteristic, Resolver);
ForceGcCleanups = targetJob.ResolveValue(GcMode.ForceCharacteristic, Resolver);
UnrollFactor = targetJob.ResolveValue(RunMode.UnrollFactorCharacteristic, Resolver);
Strategy = targetJob.ResolveValue(RunMode.RunStrategyCharacteristic, Resolver);
EvaluateOverhead = targetJob.ResolveValue(AccuracyMode.EvaluateOverheadCharacteristic, Resolver);
MemoryRandomization = targetJob.ResolveValue(RunMode.MemoryRandomizationCharacteristic, Resolver);
warmupStage = new EngineWarmupStage(this);
pilotStage = new EnginePilotStage(this);
actualStage = new EngineActualStage(this);
random = new Random(12345); // we are using constant seed to try to get repeatable results
}