protected override string RunUIntSort(SortSettings settings)
{
var sorter = SortSource.Instance.GetNativeUIntSorter(settings.name);
var array = NativeDataGenerator.GenrateRandomArray(settings.Count, (uint)settings.Min, (uint)settings.Max);
var result = GetResult(settings,
() =>
{
NativeDataGenerator.ShuffleList(array, 1f);
NativeDataGenerator.SortPartial(array, settings.Sorted);
},
() =>
{
sorter(array);
}
);
array.Dispose();
return(result);
}
static string SelectionUIntArray(SortSettings settings)
{
var array = NativeDataGenerator.GenrateRandomArray(settings.Count, (uint)settings.Min, (uint)settings.Max);
NativeDataGenerator.SortPartial(array, settings.Sorted);
var res = BaseSortRunner.GetResult(settings,
() =>
{
NativeDataGenerator.ShuffleList(array, 1f);
NativeDataGenerator.SortPartial(array, settings.Sorted);
},
() =>
{
SelectionUIntArray(array);
}
);
array.Dispose();
return(res);
}
//check if instantiating NativeSlice have performance cost
string NativeSliceSortIgnoreSliceCost(SortSettings settings)
{
var array = NativeDataGenerator.GenrateRandomArray(settings.Count, (uint)settings.Min, (uint)settings.Max);
NativeDataGenerator.SortPartial(array, settings.Sorted);
var slice = new NativeSlice <uint>(array);
var res = BaseSortRunner.GetResult(settings,
() =>
{
NativeDataGenerator.ShuffleList(array, 1f);
NativeDataGenerator.SortPartial(array, settings.Sorted);
},
() =>
{
SelectionSortSlice(array);
}
);
array.Dispose();
return(res);
}
public void radixLSB_sort_test(float count, float min, float max)
{
var list = NativeDataGenerator.GenrateRandomArray((int)count, min, max);
SortTest(list, "RadixLSB sort ", Sort.RadixLSBSort);
}
public void heap_sort_test(float count, float min, float max)
{
var list = NativeDataGenerator.GenrateRandomArray((int)count, min, max);
SortTest(list, "Heap sort ", Sort.HeapSort);
}
public void mergeInsertion_sort_test(float count, float min, float max)
{
var list = NativeDataGenerator.GenrateRandomArray((int)count, min, max);
SortTest(list, "Quick sort ", Sort.MergeInsertionSort);
}
public void shell_sort_test(float count, float min, float max)
{
var list = NativeDataGenerator.GenrateRandomArray((int)count, min, max);
SortTest(list, "Shell sort ", Sort.ShellSort);
}
public void comb_sort_test(float count, float min, float max)
{
var list = NativeDataGenerator.GenrateRandomArray((int)count, min, max);
SortTest(list, "Comb sort ", Sort.CombSort);
}
public void bubble_sort_test(float count, float min, float max)
{
var list = NativeDataGenerator.GenrateRandomArray((int)count, min, max);
SortTest(list, "Bubble sort ", Sort.BubbleSort);
}
public void selection_sort_test(float count, float min, float max)
{
var list = NativeDataGenerator.GenrateRandomArray((int)count, min, max);
SortTest(list, "Selection sort ", Sort.SelectionSort);
}