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-------------------------------------------------------------------------------
-- (C) Altran Praxis Limited
-------------------------------------------------------------------------------
--
-- The SPARK toolset is free software; you can redistribute it and/or modify it
-- under terms of the GNU General Public License as published by the Free
-- Software Foundation; either version 3, or (at your option) any later
-- version. The SPARK toolset is distributed in the hope that it will be
-- useful, but WITHOUT ANY WARRANTY; without even the implied warranty of
-- MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General
-- Public License for more details. You should have received a copy of the GNU
-- General Public License distributed with the SPARK toolset; see file
-- COPYING3. If not, go to http://www.gnu.org/licenses for a complete copy of
-- the license.
--
--=============================================================================
separate (Dictionary)
procedure Add_Subprogram_Parameter
(Name : in LexTokenManager.Lex_String;
The_Subprogram : in RawDict.Subprogram_Info_Ref;
Type_Mark : in RawDict.Type_Info_Ref;
Type_Reference : in Location;
Mode : in Modes;
Comp_Unit : in ContextManager.UnitDescriptors;
Specification : in Location) is
The_Subprogram_Parameter : RawDict.Subprogram_Parameter_Info_Ref;
The_Previous_Subprogram_Parameter : RawDict.Subprogram_Parameter_Info_Ref;
--------------------------------------------------------------------------------
procedure WriteSubprogramParameterSpecification
(The_Subprogram_Parameter : in RawDict.Subprogram_Parameter_Info_Ref;
Specification : in Location)
--# global in Dict;
--# in LexTokenManager.State;
--# in out SPARK_IO.File_Sys;
--# derives SPARK_IO.File_Sys from *,
--# Dict,
--# LexTokenManager.State,
--# Specification,
--# The_Subprogram_Parameter;
is
begin
if SPARK_IO.Is_Open (Dict.TemporaryFile) then
Write_String (Dict.TemporaryFile, "specification of ");
Write_Name (File => Dict.TemporaryFile,
Item => RawDict.Get_Subprogram_Parameter_Symbol (The_Subprogram_Parameter));
Write_String (Dict.TemporaryFile, " is at ");
Write_Location (File => Dict.TemporaryFile,
Loc => Specification);
Write_Line (Dict.TemporaryFile, " ;");
end if;
end WriteSubprogramParameterSpecification;
--------------------------------------------------------------------------------
procedure AddConstraintSymbolsIfNeeded
(Type_Mark : in RawDict.Type_Info_Ref;
The_Subprogram_Parameter : in RawDict.Subprogram_Parameter_Info_Ref;
Comp_Unit : in ContextManager.UnitDescriptors;
Specification : in Location)
--# global in out Dict;
--# derives Dict from *,
--# Comp_Unit,
--# Specification,
--# The_Subprogram_Parameter,
--# Type_Mark;
is
Number_Of_Dimensions : Positive;
procedure AddConstraintSymbol
(The_Subprogram_Parameter : in RawDict.Subprogram_Parameter_Info_Ref;
Comp_Unit : in ContextManager.UnitDescriptors;
Specification : in Location;
Dimension : in Positive)
--# global in out Dict;
--# derives Dict from *,
--# Comp_Unit,
--# Dimension,
--# Specification,
--# The_Subprogram_Parameter;
is
The_Parameter_Constraint : RawDict.Parameter_Constraint_Info_Ref;
begin
RawDict.Create_Parameter_Constraint
(The_Subprogram_Parameter => The_Subprogram_Parameter,
Dimension => Dimension,
Comp_Unit => Comp_Unit,
Loc => Specification.Start_Position,
The_Parameter_Constraint => The_Parameter_Constraint);
-- Now link new constraint to subprogram parameter - list ends up in dimension order
RawDict.Set_Next_Parameter_Constraint
(The_Parameter_Constraint => The_Parameter_Constraint,
Next => RawDict.Get_Subprogram_Parameter_Index_Constraints (The_Subprogram_Parameter => The_Subprogram_Parameter));
RawDict.Set_Subprogram_Parameter_Index_Constraints
(The_Subprogram_Parameter => The_Subprogram_Parameter,
The_Index_Constraints => The_Parameter_Constraint);
end AddConstraintSymbol;
begin -- AddConstraintSymbolsIfNeeded
if Is_Unconstrained_Array_Type (Type_Mark => Type_Mark) then
Number_Of_Dimensions := Get_Number_Of_Dimensions (Type_Mark => Type_Mark);
for I in reverse Positive range 1 .. Number_Of_Dimensions loop
AddConstraintSymbol
(The_Subprogram_Parameter => The_Subprogram_Parameter,
Comp_Unit => Comp_Unit,
Specification => Specification,
Dimension => I);
end loop;
end if;
end AddConstraintSymbolsIfNeeded;
begin -- Add_Subprogram_Parameter
RawDict.Create_Subprogram_Parameter
(Name => Name,
The_Subprogram => The_Subprogram,
Type_Mark => Type_Mark,
Mode => Mode,
Comp_Unit => Comp_Unit,
Loc => Specification.Start_Position,
The_Subprogram_Parameter => The_Subprogram_Parameter);
The_Previous_Subprogram_Parameter := RawDict.Get_Subprogram_Last_Parameter (The_Subprogram => The_Subprogram);
if The_Previous_Subprogram_Parameter = RawDict.Null_Subprogram_Parameter_Info_Ref then
RawDict.Set_Subprogram_First_Parameter
(The_Subprogram => The_Subprogram,
The_Subprogram_Parameter => The_Subprogram_Parameter);
else
RawDict.Set_Next_Subprogram_Parameter
(The_Subprogram_Parameter => The_Previous_Subprogram_Parameter,
Next => The_Subprogram_Parameter);
end if;
RawDict.Set_Subprogram_Last_Parameter (The_Subprogram => The_Subprogram,
The_Subprogram_Parameter => The_Subprogram_Parameter);
AddConstraintSymbolsIfNeeded
(Type_Mark => Type_Mark,
The_Subprogram_Parameter => The_Subprogram_Parameter,
Comp_Unit => Comp_Unit,
Specification => Specification);
if Type_Mark /= Get_Unknown_Type_Mark then
AddOtherReference (RawDict.Get_Type_Symbol (Type_Mark), RawDict.Get_Subprogram_Symbol (The_Subprogram), Type_Reference);
end if;
WriteSubprogramParameterSpecification (The_Subprogram_Parameter, Specification);
end Add_Subprogram_Parameter;
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