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Length: 4696 (0x1258) Types: TextFile Names: »B«
└─⟦a7d1ea751⟧ Bits:30000550 8mm tape, Rational 1000, !users!projects 94_04_11 └─ ⟦129cab021⟧ »DATA« └─⟦this⟧
with Leaf; with List_Generic; with Log_Report; with Oo_Ada_Exception; with Unchecked_Conversion; with Unchecked_Deallocation; package body Plant is type State is record X : Natural; Has_Leaves : Ref_Of_Leaves; Offspring : Natural := 0; Heir : Root.Object; Origin : Root.Object; Multiple : Root.Object; end record; package Leaves is new List_Generic (Element => Leaf.Object); type List_Of_Leaves is record Leaf_Type : Leaves.List; Leaf_Iter : Leaves.Iterator; end record; procedure Free is new Unchecked_Deallocation (State, Object); function Plant_View_Of is new Unchecked_Conversion (Source => Root.Object, Target => Object); function Root_View_Of is new Unchecked_Conversion (Source => Object, Target => Root.Object); function Create (Offspring : Natural := 0; Nb_Leaves : Natural := 1) return Object is separate; procedure Delete (This_Object : in out Object; Marker : Boolean := False) is separate; procedure Set_X (This_Object : Object; This_X : Natural) is begin This_Object.X := This_X; end Set_X; function Get_X (This_Object : Object) return Natural is begin return This_Object.X; end Get_X; procedure Set_Leaves (This_Object : Object; With_Leaves : Ref_Of_Leaves) is begin This_Object.Has_Leaves := With_Leaves; end Set_Leaves; function Get_Leaves (This_Object : Object) return Ref_Of_Leaves is begin return This_Object.Has_Leaves; end Get_Leaves; package Self is procedure Grow (This_Object : Object; Marker : Boolean := False); end Self; package body Self is separate; procedure Grow (This_Object : Object; Marker : Boolean := False) is separate; procedure Image (This_Object : Object) is separate; procedure Free (List : in out Ref_Of_Leaves) is begin Leaves.Free (List.Leaf_Type); end Free; procedure Insert (Element : Leaf.Object; In_List : Ref_Of_Leaves) is A_List : Leaves.List; begin A_List := Leaves.Make (Element, In_List.Leaf_Type); In_List.Leaf_Type := A_List; end Insert; function Nil return Ref_Of_Leaves is A_Ref_Of_Leaves : Ref_Of_Leaves := new List_Of_Leaves; begin A_Ref_Of_Leaves.Leaf_Type := Leaves.Nil; return A_Ref_Of_Leaves; end Nil; function Is_Empty (List : Ref_Of_Leaves) return Boolean is begin return Leaves.Is_Empty (List.Leaf_Type); end Is_Empty; function Arg_Number (List : Ref_Of_Leaves) return Natural is begin return Leaves.Length (List.Leaf_Type); end Arg_Number; procedure Init (A_List : Ref_Of_Leaves) is begin Leaves.Init (A_List.Leaf_Iter, A_List.Leaf_Type); end Init; procedure Next (A_List : Ref_Of_Leaves) is begin Leaves.Next (A_List.Leaf_Iter); end Next; function Value (A_List : Ref_Of_Leaves) return Leaf.Object is begin return Leaves.Value (A_List.Leaf_Iter); end Value; function Done (A_List : Ref_Of_Leaves) return Boolean is begin return Leaves.Done (A_List.Leaf_Iter); end Done; function Part_Of (This_Origin_Object : Root.Object) return Object is This_Object : Object; begin This_Object := Plant_View_Of (S => Root.Get_Heir (This_Origin_Object)); return This_Object; end Part_Of; function Protected_Conv (Source : Root.Object) return Object is begin return Plant_View_Of (Source); end Protected_Conv; procedure Set_Heir (This_Object : in out Object; Heir : Root.Object) is begin This_Object.Heir := Heir; end Set_Heir; function Get_Heir (This_Object : Object) return Root.Object is begin return This_Object.Heir; end Get_Heir; procedure Set_Origin (This_Object : in out Object; Origin : Root.Object) is begin This_Object.Origin := Origin; end Set_Origin; function Get_Origin (This_Object : Object) return Root.Object is begin return This_Object.Origin; end Get_Origin; procedure Set_Multiple (This_Object : in out Object; Multiple : Root.Object) is begin This_Object.Multiple := Multiple; end Set_Multiple; function Get_Multiple (This_Object : Object) return Root.Object is begin return This_Object.Multiple; end Get_Multiple; end Plant;