public static ArraySkipTakeReverseList <T> Skip <T>(
this ArraySkipTakeReverseList <T> array,
int skip)
{
if (array.iterateForward)
{
// **[--->]*
// **[|-->]*
return(new ArraySkipTakeReverseList <T>(
array.array,
skip,
array.Count - skip,
array.iterateForward));
}
else
{
// **[<---]*
// **[<--|]*
return(new ArraySkipTakeReverseList <T>(
array.array,
array.offset,
array.count - skip,
array.iterateForward));
}
}
public static T[] ToArray <T>(
this ArraySkipTakeReverseList <T> array)
{
var t = new T[array.Count];
array.CopyTo(0, t, array.Count);
return(t);
}
public static ArraySkipTakeReverseList <T> Reverse <T>(
this ArraySkipTakeReverseList <T> source)
{
return(new ArraySkipTakeReverseList <T>(
source.array,
source.offset,
source.count,
!source.iterateForward));
}
public static ArraySkipTakeReverseListWithProjection <TIn, T> Select <TIn, T>(
this ArraySkipTakeReverseList <TIn> source,
Func <TIn, T> projection)
{
return(new ArraySkipTakeReverseListWithProjection <TIn, T>(
source.array,
source.offset,
source.count,
source.iterateForward,
projection));
}
public static ArraySkipTakeReverseList <T> Take <T>(
this ArraySkipTakeReverseList <T> array,
int take)
{
var finalTake = Math.Min(array.count, take);
if (array.iterateForward)
{
return(new ArraySkipTakeReverseList <T>(
array.array,
array.offset,
finalTake,
array.iterateForward));
}
else
{
return(new ArraySkipTakeReverseList <T>(
array.array,
array.offset + array.count - finalTake,
finalTake,
array.iterateForward));
}
}
public Enumerator(ArraySkipTakeReverseList <T> arrayClass)
{
this.arrayClass = arrayClass;
this.index = -1;
}