initialize(items_Enumerable, range_Range = 0...items.size)#⚙

Initializes a slice of items encompassing range.

empty?_Boolean#⚙

Returns true if #size < 1.

size_Integer#⚙

Returns the number of encompassed elements.

touch?(other_Slice)_Boolean#⚙

Returns true if #end + 1 = other#begin.

begin_before?(other_Slice)_Boolean#⚙

Returns true if #begin < other#begin.

end_after?(other_Slice)_Boolean#⚙

Returns true if #end > other#end.

begin_after(other_Slice)_Slice#⚙

Returns a new slice beginning at other#end + 1.

end_before(other_Slice)_Slice#⚙

Returns a new slice ending at other#begin - 1.

at(range_Range)_Slice#⚙

Returns a new slice encompassing range.

+(other_Slice)_Slice#⚙

Returns a new slice encompassing the receiver and other.

Note

Logically, the receiver should #touch? other, but this isn’t enforced.

begin_at(index_Integer)_Slice#⚙

Returns a new slice beginning at index.

end_at(index_Integer)_Slice#⚙

Returns a new slice ending at index.

each{ |element_Object| … }_self#⚙

Enumerates the encompassed elements.

each_{Enumerator<Object>}#⚙

Returns an Enumerator over the encompassed elements.

each_with_index{ |element_Object, index_Integer| … }_self#⚙

Enumerates the encompassed elements and their indexes.

each_with_index_{Enumerator<Object, Integer>}#⚙

Returns an Enumerator over the encompassed elements and their indexes.

to_items_{Enumerable<Object>}#⚙

Returns the encompassed elements.

[](index_Integer)_Object#⚙

Returns the indexth element.

begin_Integer#⚙

Returns the index of the first element.

end_Integer#⚙

Returns the index of the last element.

<=>(other_Slice)_Integer^?#⚙

Returns the comparison of the receiver’s #begin and #end against those of other.