-------------------------------------------------- ---------------------------- Normalize-Space (@Name) = 'value' removes space not (@ name = 'value') Not
// * [counT (bbb) = 2] // * [count (*) = 2] // * [count (*) = 3]
// * [Name () = 'bbb']
// * [starts-with (name (), 'b')]
/// * [contains (name (), 'c')]]
// * [String-length (name ()) = 3]
// * [String-length (name ()) <3]
// * [String-length (name ())> 3]
---------------------------------------
// CCC | // BBB / AAA / EEE | // BBB / AAA / EEE | // DDD / CCC | / AAA | // BBB
--Child -------------------------------------
/ Aaa equivalent / child :: aaa / aaa / bbb equivalent / child :: aaa / child :: bbb / child :: AAA / BBB can be mixed
--Descendant -------------------------------------
/ descendant :: * Get all children and grandchild nodes / aaa / bb / descendant :: * // ccc / descendant :: DDD
--Parent -------------------------------------
// DDD / PARENT :: *
- Anncestor -------------------------------------
/ AAA / BBB / DDD / CCC / EEE / Ancestor :: * // FFF / AnceStor :: *
- Following-Sibling -------------------------------------
/ AAA / BBB / FOLLOWING-SIBLING :: * // CCC / FOLLOWING-SIBLING: *
--Preceding-Sibling -------------------------------------
/ Aaa / xxx / preceding-sibling :: * // ccc / preceding-sibling :: *
- Following -------------------------------------
/ AAA / XXX / FOLLOWING :: * // ZZZ / FOLLOWING :: *
--Preceding -------------------------------------
/ Aaa / xxx / preceding :: * // GGG / preceding :: *
--Descendant-or-self -------------------------------------
/ Aaa / xxx / descendant-or-self :: * // ccc / descendant-or-self :: *
--Ancestor-or-self -------------------------------------
/ AAA / XXX / DDD / EEE / Ancestor-OR-Self :: * // GGG / AnceStor-OR-Self :: *
---------------------------------------
// GGG / Descendant :: * // GGG / FOLLOWING: * // GGG / PREDING :: * // GGG / Self :: * - position () ----- --------------------------------
Position () coordinate positioning from 1st FLOOR () Cutting CEILING ()
// bbb [position () mod 2 = 0] // bbb [position () = floor (last () Div 2 0.5) or position () = ceiling (Last () Div 2 0.5)] // CCC [ Position () = floor (last () Div 2 0.5) or position () = ceiling (last () Div 2 0.5)]
