/// <summary>
/// Copies the given array to a new <see cref="DynamicArray{T}"/>.
/// Each element is copied at the same indexes using the
/// <see cref="DynamicArray{T}.Item"/> indexer.
/// </summary>
/// <param name="arr"> The array to convert to a dynamic array. </param>
/// <typeparam name="T"> The type of the elements of the DynamicArray to create. </typeparam>
/// <returns> The resulting new <see cref="DynamicArray{T}"/>. </returns>
internal static DynamicArray <T> ToDynamic <T>(Array arr)
{
var copyToAction = new CopyToDynamicArrayAction <T>(arr.Rank);
RecursiveArrayEnumerator.Iterate(arr, copyToAction.Enumerate);
return(copyToAction.DArray);
}
private static void TestRange(IterationData itdata)
{
var ienum = new IndexesEnumerator(itdata.End, itdata.Start, itdata.Reverse);
RecursiveArrayEnumerator.Iterate(
null, itdata.Start, itdata.End, new IndexesEnumeratorTestAction(ienum).Iterate, itdata.Reverse);
}
public static void Included <T>(DynamicArray <T> dynarray, Array arr, int[] position, int[] lower, int[] upper)
{
RecursiveArrayEnumerator.Iterate(arr, lower, upper, new Inclusion <T>(dynarray, position, lower).Enumerate, false);
}
public static void Included <T>(DynamicArray <T> dynarray, Array arr, params int[] position)
{
RecursiveArrayEnumerator.Iterate(arr, new Inclusion <T>(dynarray, position).Enumerate);
}
internal ArrayHelper FillWith(string prefix)
{
RecursiveArrayEnumerator.Iterate(this.result, new FillAction(prefix).Enumerate);
return(this);
}