public void NotAllowNullName()
{
var factory = new WorkerFactory();
Assert.Throws <ArgumentNullException>(() => factory.Create(null));
Assert.Throws <ArgumentNullException>("name", () => factory.Create(null));
}
public void CreateSeperateInstances()
{
var factory = new WorkerFactory();
var p1 = factory.Create("Nick");
var p2 = factory.Create("Nick");
Assert.NotSame(p1, p2);
}
public override IWorkFacade[] InitWorkFacades(IInputDataContainer inputDataContainer, int dataSize)
{
return(new[]
{
WorkerFactory <NativeArray <double>, NativeArray <double>, NativeArray <double> >
.Create <SimpleMultiplicationOptimizationDoubleJob>(
TestName(),
inputDataContainer.GetData <double>(TypeConfig.DataDouble1),
inputDataContainer.GetData <double>(TypeConfig.DataDouble1),
inputDataContainer.GetData <double>(TypeConfig.DataDouble1),
new WorkConfigIJob(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <double>, NativeArray <double>, NativeArray <double> >
.Create <SimpleMultiplicationOptimizationDoubleJobParallelFor>(
TestName(),
inputDataContainer.GetData <double>(TypeConfig.DataDouble1),
inputDataContainer.GetData <double>(TypeConfig.DataDouble1),
inputDataContainer.GetData <double>(TypeConfig.DataDouble1),
new WorkConfigIJobParallelFor(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
});
}
public override IWorkFacade[] InitWorkFacades(IInputDataContainer inputDataContainer, int dataSize)
{
return(new[]
{
WorkerFactory <NativeArray <short>, NativeArray <short>, NativeArray <short> >
.Create <SimpleAdditionShortJob>(
TestName(),
inputDataContainer.GetData <short>(TypeConfig.DataShort1),
inputDataContainer.GetData <short>(TypeConfig.DataShort1),
inputDataContainer.GetData <short>(TypeConfig.DataShort1),
new WorkConfigIJob(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <short>, NativeArray <short>, NativeArray <short> >
.Create <SimpleAdditionShortJobParallelFor>(
TestName(),
inputDataContainer.GetData <short>(TypeConfig.DataShort1),
inputDataContainer.GetData <short>(TypeConfig.DataShort1),
inputDataContainer.GetData <short>(TypeConfig.DataShort1),
new WorkConfigIJobParallelFor(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <short[], short[], short[]> .Create <SimpleAdditionShortPlain>(
TestName(),
inputDataContainer.GetData <short>(TypeConfig.DataShort1),
inputDataContainer.GetData <short>(TypeConfig.DataShort1),
inputDataContainer.GetData <short>(TypeConfig.DataShort1),
new WorkConfigDefault(),
new IDataConfig[]
{
new DataConfigDefault(),
new DataConfigDefault(),
new DataConfigDefault(),
}
),
WorkerFactory <short[], short[], short[]> .Create <SimpleAdditionShortSystemParallelFor>(
TestName(),
inputDataContainer.GetData <short>(TypeConfig.DataShort1),
inputDataContainer.GetData <short>(TypeConfig.DataShort1),
inputDataContainer.GetData <short>(TypeConfig.DataShort1),
new WorkConfigDefault(),
new IDataConfig[]
{
new DataConfigDefault(),
new DataConfigDefault(),
new DataConfigDefault(),
}
),
});
}
public void CreateProgrammer_AssertAssignableTypes()
{
var factory = new WorkerFactory();
Worker worker = factory.Create("Nick", isProgrammer: true);
Assert.IsType <Worker>(worker);
}
public override IWorkFacade[] InitWorkFacades(IInputDataContainer inputDataContainer, int dataSize)
{
return(new[]
{
WorkerFactory <NativeArray <uint3>, NativeArray <uint3>, NativeArray <uint3> >
.Create <SimdDivisionOptimizationUInt3Job>(
TestName(),
inputDataContainer.GetData <uint3>(TypeConfig.DataUInt3),
inputDataContainer.GetData <uint3>(TypeConfig.DataUInt3),
inputDataContainer.GetData <uint3>(TypeConfig.DataUInt3),
new WorkConfigIJob(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <uint3>, NativeArray <uint3>, NativeArray <uint3> >
.Create <SimdDivisionOptimizationUInt3JobParallelFor>(
TestName(),
inputDataContainer.GetData <uint3>(TypeConfig.DataUInt3),
inputDataContainer.GetData <uint3>(TypeConfig.DataUInt3),
inputDataContainer.GetData <uint3>(TypeConfig.DataUInt3),
new WorkConfigIJobParallelFor(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
});
}
public override IWorkFacade[] InitWorkFacades(IInputDataContainer inputDataContainer, int dataSize)
{
return(new[]
{
WorkerFactory <NativeArray <float3>, NativeArray <float3>, NativeArray <float3> >
.Create <SimdMultiplicationFloat3Job>(
TestName(),
inputDataContainer.GetData <float3>(TypeConfig.DataFloat3),
inputDataContainer.GetData <float3>(TypeConfig.DataFloat3),
inputDataContainer.GetData <float3>(TypeConfig.DataFloat3),
new WorkConfigIJob(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float3>, NativeArray <float3>, NativeArray <float3> >
.Create <SimdMultiplicationFloat3JobParallelFor>(
TestName(),
inputDataContainer.GetData <float3>(TypeConfig.DataFloat3),
inputDataContainer.GetData <float3>(TypeConfig.DataFloat3),
inputDataContainer.GetData <float3>(TypeConfig.DataFloat3),
new WorkConfigIJobParallelFor(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <float3[], float3[], float3[]> .Create <SimdMultiplicationFloat3Plain>(
TestName(),
inputDataContainer.GetData <float3>(TypeConfig.DataFloat3),
inputDataContainer.GetData <float3>(TypeConfig.DataFloat3),
inputDataContainer.GetData <float3>(TypeConfig.DataFloat3),
new WorkConfigDefault(),
new IDataConfig[]
{
new DataConfigDefault(),
new DataConfigDefault(),
new DataConfigDefault(),
}
),
WorkerFactory <float3[], float3[], float3[]> .Create <SimdMultiplicationFloat3SystemParallelFor>(
TestName(),
inputDataContainer.GetData <float3>(TypeConfig.DataFloat3),
inputDataContainer.GetData <float3>(TypeConfig.DataFloat3),
inputDataContainer.GetData <float3>(TypeConfig.DataFloat3),
new WorkConfigDefault(),
new IDataConfig[]
{
new DataConfigDefault(),
new DataConfigDefault(),
new DataConfigDefault(),
}
),
});
}
public override IWorkFacade[] InitWorkFacades(IInputDataContainer inputDataContainer, int dataSize)
{
return(new[]
{
WorkerFactory <NativeArray <double4>, NativeArray <double4>, NativeArray <double4> >
.Create <SimdDivisionDouble4Job>(
TestName(),
inputDataContainer.GetData <double4>(TypeConfig.DataDouble4),
inputDataContainer.GetData <double4>(TypeConfig.DataDouble4),
inputDataContainer.GetData <double4>(TypeConfig.DataDouble4),
new WorkConfigIJob(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <double4>, NativeArray <double4>, NativeArray <double4> >
.Create <SimdDivisionDouble4JobParallelFor>(
TestName(),
inputDataContainer.GetData <double4>(TypeConfig.DataDouble4),
inputDataContainer.GetData <double4>(TypeConfig.DataDouble4),
inputDataContainer.GetData <double4>(TypeConfig.DataDouble4),
new WorkConfigIJobParallelFor(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <double4[], double4[], double4[]> .Create <SimdDivisionDouble4Plain>(
TestName(),
inputDataContainer.GetData <double4>(TypeConfig.DataDouble4),
inputDataContainer.GetData <double4>(TypeConfig.DataDouble4),
inputDataContainer.GetData <double4>(TypeConfig.DataDouble4),
new WorkConfigDefault(),
new IDataConfig[]
{
new DataConfigDefault(),
new DataConfigDefault(),
new DataConfigDefault(),
}
),
WorkerFactory <double4[], double4[], double4[]> .Create <SimdDivisionDouble4SystemParallelFor>(
TestName(),
inputDataContainer.GetData <double4>(TypeConfig.DataDouble4),
inputDataContainer.GetData <double4>(TypeConfig.DataDouble4),
inputDataContainer.GetData <double4>(TypeConfig.DataDouble4),
new WorkConfigDefault(),
new IDataConfig[]
{
new DataConfigDefault(),
new DataConfigDefault(),
new DataConfigDefault(),
}
),
});
}
public override IWorkFacade[] InitWorkFacades(IInputDataContainer inputDataContainer, int dataSize)
{
return(new[]
{
WorkerFactory <NativeArray <uint2>, NativeArray <uint2>, NativeArray <uint2> >
.Create <SimdSubtractionUInt2Job>(
TestName(),
inputDataContainer.GetData <uint2>(TypeConfig.DataUInt2),
inputDataContainer.GetData <uint2>(TypeConfig.DataUInt2),
inputDataContainer.GetData <uint2>(TypeConfig.DataUInt2),
new WorkConfigIJob(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <uint2>, NativeArray <uint2>, NativeArray <uint2> >
.Create <SimdSubtractionUInt2JobParallelFor>(
TestName(),
inputDataContainer.GetData <uint2>(TypeConfig.DataUInt2),
inputDataContainer.GetData <uint2>(TypeConfig.DataUInt2),
inputDataContainer.GetData <uint2>(TypeConfig.DataUInt2),
new WorkConfigIJobParallelFor(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <uint2[], uint2[], uint2[]> .Create <SimdSubtractionUInt2Plain>(
TestName(),
inputDataContainer.GetData <uint2>(TypeConfig.DataUInt2),
inputDataContainer.GetData <uint2>(TypeConfig.DataUInt2),
inputDataContainer.GetData <uint2>(TypeConfig.DataUInt2),
new WorkConfigDefault(),
new IDataConfig[]
{
new DataConfigDefault(),
new DataConfigDefault(),
new DataConfigDefault(),
}
),
WorkerFactory <uint2[], uint2[], uint2[]> .Create <SimdSubtractionUInt2SystemParallelFor>(
TestName(),
inputDataContainer.GetData <uint2>(TypeConfig.DataUInt2),
inputDataContainer.GetData <uint2>(TypeConfig.DataUInt2),
inputDataContainer.GetData <uint2>(TypeConfig.DataUInt2),
new WorkConfigDefault(),
new IDataConfig[]
{
new DataConfigDefault(),
new DataConfigDefault(),
new DataConfigDefault(),
}
),
});
}
public void CreatePlumberByDefault()
{
var factory = new WorkerFactory();
Worker worker = factory.Create("Nick");
Assert.IsType <Plumber>(worker);
}
public void CreateProgrammerAndCastReturnedType()
{
var factory = new WorkerFactory();
Worker worker = factory.Create("Nick", isProgrammer: true);
Programmer programmer = Assert.IsType <Programmer>(worker);
Assert.Equal("Nick", programmer.Name);
}
public override IWorkFacade[] InitWorkFacades(IInputDataContainer inputDataContainer, int dataSize)
{
return(new[]
{
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <UnOptimizedJob>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJob(false),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <UnOptimizedJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(false),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <float[], float[]> .Create <UnOptimizedPlain>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigDefault(),
new IDataConfig[]
{
new DataConfigDefault(),
new DataConfigDefault(),
}
),
WorkerFactory <float[], float[]> .Create <UnOptimizedSystemParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigDefault(),
new IDataConfig[]
{
new DataConfigDefault(),
new DataConfigDefault(),
}
),
});
}
public static GameObject GetWorker(this RoomInfo room)
{
if (room == null || room.CustomProperties[WorkerPropKey] == null || !room.CustomProperties.ContainsKey(WorkerPropKey))
{
return(null);
}
var WorkerFactory = new WorkerFactory();
string data = (string)room.CustomProperties[WorkerPropKey];
List <string> workerD = data.Split(',').ToList();
GameObject go = WorkerFactory.Create();
Worker worker = go.GetComponent <Worker>();
foreach (Player player in PhotonNetwork.PlayerList)
{
if (player.ActorNumber == int.Parse(workerD[0]))
{
worker.Owner = player;
}
}
worker.Pos = new Vector2(int.Parse(workerD[1]), int.Parse(workerD[2]));
return(go);
}
public override IWorkFacade[] InitWorkFacades(IInputDataContainer inputDataContainer, int dataSize)
{
return(new[]
{
#region IJob
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseIJob>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJob(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIJob>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJob(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
#endregion
#region IJobParallelFor
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
#endregion
#region IPlain
WorkerFactory <float[], float[]> .Create <BaseIPlain>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigDefault(),
new IDataConfig[]
{
new DataConfigDefault(),
new DataConfigDefault(),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIPlain>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigDefault(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseNoBurstIPlain>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigDefault(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
#endregion
#region ISystemParallelFor
WorkerFactory <float[], float[]> .Create <BaseISystemParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigDefault(),
new IDataConfig[]
{
new DataConfigDefault(),
new DataConfigDefault(),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstISystemParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigDefault(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseNoBurstISystemParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigDefault(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
#endregion
});
}
public override IWorkFacade[] InitWorkFacades(IInputDataContainer inputDataContainer, int dataSize)
{
return(new[]
{
#region IJob
#region Persistent
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseIJob>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJob(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseIJob>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJob(false),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIJob>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJob(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIJob>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJob(false),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
#endregion
#region Temp
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseIJob>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJob(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Temp),
new DataConfigUnityCollection(Allocator.Temp),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseIJob>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJob(false),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Temp),
new DataConfigUnityCollection(Allocator.Temp),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIJob>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJob(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Temp),
new DataConfigUnityCollection(Allocator.Temp),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIJob>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJob(false),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Temp),
new DataConfigUnityCollection(Allocator.Temp),
}
),
#endregion
#region TempJob
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseIJob>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJob(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.TempJob),
new DataConfigUnityCollection(Allocator.TempJob),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseIJob>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJob(false),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.TempJob),
new DataConfigUnityCollection(Allocator.TempJob),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIJob>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJob(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.TempJob),
new DataConfigUnityCollection(Allocator.TempJob),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIJob>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJob(false),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.TempJob),
new DataConfigUnityCollection(Allocator.TempJob),
}
),
#endregion
#endregion
#region IJobParallelFor
#region Persistent
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(false),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(false),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
#endregion
#region Temp
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Temp),
new DataConfigUnityCollection(Allocator.Temp),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(false),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Temp),
new DataConfigUnityCollection(Allocator.Temp),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Temp),
new DataConfigUnityCollection(Allocator.Temp),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(false),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Temp),
new DataConfigUnityCollection(Allocator.Temp),
}
),
#endregion
#region TempJob
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.TempJob),
new DataConfigUnityCollection(Allocator.TempJob),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(false),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.TempJob),
new DataConfigUnityCollection(Allocator.TempJob),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.TempJob),
new DataConfigUnityCollection(Allocator.TempJob),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(false),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.TempJob),
new DataConfigUnityCollection(Allocator.TempJob),
}
),
#endregion
#endregion
});
}
public override IWorkFacade[] InitWorkFacades(IInputDataContainer inputDataContainer, int dataSize)
{
return(new[]
{
#region Plain
WorkerFactory <Vector3[], int[]> .Create <SeparateAllPlain>(
TestName(),
inputDataContainer.GetData <Vector3>(TypeConfig.DataVector3),
inputDataContainer.GetData <int>(TypeConfig.DataInt1),
new WorkConfigDefault(),
new IDataConfig[]
{
new DataConfigDefault(),
new DataConfigDefault(),
}
),
WorkerFactory <Vector3[], int[]> .Create <SeparateVerticesTrianglesPlain>(
TestName(),
inputDataContainer.GetData <Vector3>(TypeConfig.DataVector3),
inputDataContainer.GetData <int>(TypeConfig.DataInt1),
new WorkConfigDefault(),
new IDataConfig[]
{
new DataConfigDefault(),
new DataConfigDefault(),
}
),
WorkerFactory <Vector3[], int[]> .Create <AllJoinPlain>(
TestName(),
inputDataContainer.GetData <Vector3>(TypeConfig.DataVector3),
inputDataContainer.GetData <int>(TypeConfig.DataInt1),
new WorkConfigDefault(),
new IDataConfig[]
{
new DataConfigDefault(),
new DataConfigDefault(),
}
),
WorkerFactory <Vector3[], int[]> .Create <AllJoinSingleForPlain>(
TestName(),
inputDataContainer.GetData <Vector3>(TypeConfig.DataVector3),
inputDataContainer.GetData <int>(TypeConfig.DataInt1),
new WorkConfigDefault(),
new IDataConfig[]
{
new DataConfigDefault(),
new DataConfigDefault(),
}
),
#endregion
#region Job
WorkerFactory <NativeArray <Vector3>, NativeArray <int> > .Create <SeparateAllJob>(
TestName(),
inputDataContainer.GetData <Vector3>(TypeConfig.DataVector3),
inputDataContainer.GetData <int>(TypeConfig.DataInt1),
new WorkConfigIJob(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <Vector3>, NativeArray <int> > .Create <SeparateVerticesTrianglesJob>(
TestName(),
inputDataContainer.GetData <Vector3>(TypeConfig.DataVector3),
inputDataContainer.GetData <int>(TypeConfig.DataInt1),
new WorkConfigIJob(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <Vector3>, NativeArray <int> > .Create <AllJoinJob>(
TestName(),
inputDataContainer.GetData <Vector3>(TypeConfig.DataVector3),
inputDataContainer.GetData <int>(TypeConfig.DataInt1),
new WorkConfigIJob(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <Vector3>, NativeArray <int> > .Create <AllJoinSingleForJob>(
TestName(),
inputDataContainer.GetData <Vector3>(TypeConfig.DataVector3),
inputDataContainer.GetData <int>(TypeConfig.DataInt1),
new WorkConfigIJob(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
#endregion
#region JobParallelFor
WorkerFactory <NativeArray <Vector3>, NativeArray <int> > .Create <AllJoinSingleForJobParallelFor>(
TestName(),
inputDataContainer.GetData <Vector3>(TypeConfig.DataVector3),
inputDataContainer.GetData <int>(TypeConfig.DataInt1),
new WorkConfigIJobParallelFor(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
#endregion
#region SystemParallelFor
WorkerFactory <Vector3[], int[]> .Create <AllJoinSingleForSystemParallelFor>(
TestName(),
inputDataContainer.GetData <Vector3>(TypeConfig.DataVector3),
inputDataContainer.GetData <int>(TypeConfig.DataInt1),
new WorkConfigDefault(),
new IDataConfig[]
{
new DataConfigDefault(),
new DataConfigDefault(),
}
),
#endregion
});
}
public override IWorkFacade[] InitWorkFacades(IInputDataContainer inputDataContainer, int dataSize)
{
return(new[]
{
#region IJob
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BurstFloatModeDefaultJob>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJob(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BurstFloatModeDefaultJob>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJob(false),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BurstFloatModeFastJob>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJob(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BurstFloatModeFastJob>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJob(false),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BurstFloatModeStrictJob>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJob(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BurstFloatModeStrictJob>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJob(false),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BurstFloatModeDeterministicJob>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJob(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BurstFloatModeDeterministicJob>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJob(false),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
#endregion
#region IJobParallelFor
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BurstFloatModeDefaultJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BurstFloatModeDefaultJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(false),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BurstFloatModeFastJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BurstFloatModeFastJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(false),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BurstFloatModeStrictJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BurstFloatModeStrictJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(false),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BurstFloatModeDeterministicJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BurstFloatModeDeterministicJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(false),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
#endregion
});
}
public override IWorkFacade[] InitWorkFacades(IInputDataContainer inputDataContainer, int dataSize)
{
return(new[]
{
#region Size_2
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(batchCount : 2),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(false, 2),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(batchCount : 2),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(false, 2),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
#endregion
#region Size_4
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(batchCount : 4),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(false, 4),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(batchCount : 4),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(false, 4),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
#endregion
#region Size_8
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(batchCount : 8),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(false, 8),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(batchCount : 8),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(false, 8),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
#endregion
#region Size_16
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(batchCount : 16),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(false, 16),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(batchCount : 16),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(false, 16),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
#endregion
#region Size_32
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(batchCount : 32),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(false, 32),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(batchCount : 32),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(false, 32),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
#endregion
#region Size_64
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(batchCount : 64),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(false, 64),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(batchCount : 64),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(false, 64),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
#endregion
#region Size_128
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(batchCount : 128),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(false, 128),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(batchCount : 128),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(false, 128),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
#endregion
#region Size_256
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(batchCount : 256),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(false, 256),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(batchCount : 256),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(false, 256),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
#endregion
#region Size_512
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(batchCount : 512),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(false, 512),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(batchCount : 512),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(false, 512),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
#endregion
#region Size_1024
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(batchCount : 1024),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(false, 1024),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(batchCount : 1024),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(false, 1024),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
#endregion
#region Size_dataSize
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(batchCount : dataSize),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(false, dataSize),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(batchCount : dataSize),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BaseBurstIJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(false, dataSize),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
#endregion
});
}
public override IWorkFacade[] InitWorkFacades(IInputDataContainer inputDataContainer, int dataSize)
{
return(new[]
{
#region IJob
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BurstFloatPrecisionStdJob>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJob(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BurstFloatPrecisionLowJob>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJob(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BurstFloatPrecisionMedJob>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJob(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BurstFloatPrecisionHighJob>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJob(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
#endregion
#region IJobParallelFor
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BurstFloatPrecisionStdJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BurstFloatPrecisionLowJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BurstFloatPrecisionMedJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
WorkerFactory <NativeArray <float>, NativeArray <float> > .Create <BurstFloatPrecisionHighJobParallelFor>(
TestName(),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
inputDataContainer.GetData <float>(TypeConfig.DataFloat1),
new WorkConfigIJobParallelFor(),
new IDataConfig[]
{
new DataConfigUnityCollection(Allocator.Persistent),
new DataConfigUnityCollection(Allocator.Persistent),
}
),
#endregion
});
}
