--::::::::::
--liptcnad.ads --  -Advanced
--::::::::::
with list_LPBase.Advanced;
generic
package List_Pt_Cntl.Advanced is
   ----------------------------------------------------
   -- DO NOT USE advzqklst
      package advzqklst is new zqklst.advanced;
   ----------------------------------------------------

subtype EQ_Type is advzqklst.EQ_Type;
-- access function (L, R: Object_Type) return boolean;

function Identical (List_1, List_2: List_Type;
                    Eq            : EQ_Type) return boolean;
   ----------------------------------------------------
   -- Pre Cond : None
   -- Post Cond: returns (#(List_1) = #(List_2), FORALL i IN 1..#(List_1)
   --             List_1(i) = List_2(i)
   -- Exception: None
   ----------------------------------------------------

function Size (List: List_Type) return integer;
   ----------------------------------------------------
   -- Pre Cond : None
   -- Post Cond: returns the number of objects in the list
   -- Exception: None
   ----------------------------------------------------

procedure Insert (Object  : in     Object_Type;
                  Position: in     positive;
                  List    : in     List_Type);
   ----------------------------------------------------
   -- Pre  Cond : 1 <= Position <= Size (List)
   -- Post Cond : List'=(a ,...,a          ,Object,a        ,...,a )
   --                     1      position-1         position      n
   -- Exceptions: constraint_error
   ----------------------------------------------------

procedure Remove (List    : in     List_Type;
                  Position: in     positive;
                  Object  :    out Object_Type);
   ----------------------------------------------------
   -- Pre  Cond : 1 <= Position <= Size (List)
   -- Post Cond : List'=(a ,...,a          ,a          ,...,a )
   --                     1      position-1  position+1      n
   --             Object' = List(position)
   -- Exceptions: constraint_error
   ----------------------------------------------------

function Peek (List : List_Type;
               Index: positive) return Object_Type;
   ----------------------------------------------------
   -- Pre Cond : List /= {}, 1 <= Index <= #(List)
   -- Post Cond: Returns List(Index)
   -- Exception: List_Underflow or constraint_error
   ----------------------------------------------------

procedure Poke (List  : in out List_Type;
                Index : in     positive;
                Object: in     Object_Type);
   ----------------------------------------------------
   -- Pre Cond : 1 <= Index <= #(List)
   -- Post Cond: List(Index)' = Object
   -- Exception: constraint_error
   ----------------------------------------------------

end List_Pt_Cntl.Advanced;