+2010-10-11 Robert Dewar <dewar@adacore.com>
+
+ * aspects.ads, aspects.adb: Major revision of this package for 2nd
+ stage of aspects implementation.
+ * gcc-interface/Make-lang.in: Add entry for aspects.o
+ * gcc-interface/Makefile.in: Add aspects.o to GNATMAKE_OBJS
+ * par-ch13.adb (Aspect_Specifications_Present): New function
+ (P_Aspect_Specifications): New procedure
+ * par-ch3.adb (P_Type_Declaration): Handle aspect specifications
+ (P_Derived_Type_Def_Or_Private_Ext_Decl): Handle aspect specifications
+ (P_Identifier_Declarations): Handle aspect specifications
+ (P_Component_Items): Handle aspect specifications
+ (P_Subtype_Declaration): Handle aspect specifications
+ * par-ch6.adb (P_Subprogram): Handle aspect specifications
+ * par-ch9.adb (P_Entry_Declaration): Handle aspect specifications
+ * par.adb (Aspect_Specifications_Present): New function
+ (P_Aspect_Specifications): New procedure
+ * sem.adb (Analyze_Full_Type_Declaration): New name for
+ Analyze_Type_Declaration.
+ (Analyze_Formal_Package_Declaration): New name (add _Declaration)
+ (Analyze_Formal_Subprogram_Declaration): New name (add _Declaration)
+ (Analyze_Protected_Type_Declaration): New name (add _Declaration)
+ (Analyze_Single_Protected_Declaration): New name (add _Declaration)
+ (Analyze_Single_Task_Declaration): New name (add _Declaration)
+ (Analyze_Task_Type_Declaration): New name (add _Declaration)
+ * sem_cat.adb (Analyze_Full_Type_Declaration): New name for
+ Analyze_Type_Declaration.
+ * sem_ch11.adb (Analyze_Exception_Declaration): Analyze aspect
+ specifications.
+ * sem_ch12.adb (Analyze_Formal_Object_Declaration): Handle aspect
+ specifications.
+ (Analyze_Formal_Package_Declaration): New name (add _Declaration)
+ (Analyze_Formal_Package_Declaration): Handle aspect specifications
+ (Analyze_Formal_Subprogram_Declaration): New name (add _Declaration)
+ (Analyze_Formal_Subprogram_Declaration): Handle aspect specifications
+ (Analyze_Formal_Type_Declaration): Handle aspect specifications
+ (Analyze_Generic_Package_Declaration): Handle aspect specifications
+ (Analyze_Generic_Subprogram_Declaration): Handle aspect specifications
+ (Analyze_Package_Instantiation): Handle aspect specifications
+ (Analyze_Subprogram_Instantiation): Handle aspect specifications
+ * sem_ch12.ads (Analyze_Formal_Package_Declaration): New name (add
+ _Declaration).
+ (Analyze_Formal_Subprogram_Declaration): New name (add _Declaration)
+ * sem_ch13.adb (Analyze_Aspect_Specifications): New procedure
+ (Duplicate_Clause): New function, calls to this function are added to
+ processing for all aspects.
+ * sem_ch13.ads (Analyze_Aspect_Specifications): New procedure
+ * sem_ch3.adb (Analyze_Full_Type_Declaration): New name for
+ Analyze_Type_Declaration.
+ * sem_ch3.ads (Analyze_Full_Type_Declaration): New name for
+ Analyze_Type_Declaration.
+ * sem_ch6.adb (Analyze_Abstract_Subprogram_Declaration): Analyze aspect
+ specifications.
+ (Analyze_Subprogram_Declaration): Analyze aspect specifications
+ * sem_ch7.adb (Analyze_Package_Declaration): Analyze aspect
+ specifications.
+ (Analyze_Private_Type_Declaration): Analyze aspect specifications
+ * sem_ch9.adb (Analyze_Protected_Type_Declaration): Analyze aspect
+ specifications.
+ (Analyze_Protected_Type_Declaration): New name (add _Declaration)
+ (Analyze_Single_Protected_Declaration): Analyze aspect specifications
+ (Analyze_Single_Protected_Declaration): New name (add _Declaration)
+ (Analyze_Single_Task_Declaration): Analyze aspect specifications
+ (Analyze_Single_Task_Declaration): New name (add _Declaration)
+ (Analyze_Task_Type_Declaration): Analyze aspect specifications
+ (Analyze_Task_Type_Declaration): New name (add _Declaration)
+ * sem_ch9.ads (Analyze_Protected_Type_Declaration): New name (add
+ _Declaration).
+ (Analyze_Single_Protected_Declaration): New name (add _Declaration)
+ (Analyze_Single_Task_Declaration): New name (add _Declaration)
+ (Analyze_Task_Type_Declaration): New name (add _Declaration)
+ * sem_prag.adb: Use Get_Pragma_Arg systematically so that we do not
+ have to generate unnecessary pragma argument associations (this matches
+ the doc).
+ Throughout do changes to accomodate aspect specifications, including
+ specializing messages, handling the case of not going through all
+ homonyms, and allowing for cancellation.
+ * sinfo.ads, sinfo.adb: Clean up obsolete documentation for Flag1,2,3
+ (Aspect_Cancel): New flag
+ (From_Aspect_Specification): New flag
+ (First_Aspect): Removed flag
+ (Last_Aspect): Removed flag
+ * sprint.adb (Sprint_Aspect_Specifications): New procedure
+ (Sprint_Node_Actual): Add calls to Sprint_Aspect_Specifications
+
+2010-10-11 Bob Duff <duff@adacore.com>
+
+ * sem_res.adb (Resolve_Actuals): Minor change to warning messages so
+ they match in Ada 95, 2005, and 2012 modes, in the case where the
+ language didn't change. Same thing for the run-time exception message.
+
+2010-10-11 Javier Miranda <miranda@adacore.com>
+
+ * debug.adb Document that switch -gnatd.p enables the CIL verifier.
+
+2010-10-11 Robert Dewar <dewar@adacore.com>
+
+ * s-htable.adb: Minor reformatting.
+
2010-10-11 Javier Miranda <miranda@adacore.com>
* debug.adb: Update comment.
-- --
------------------------------------------------------------------------------
+with Atree; use Atree;
+with Nlists; use Nlists;
+with Sinfo; use Sinfo;
with Snames; use Snames;
+with GNAT.HTable; use GNAT.HTable;
+
package body Aspects is
+ ------------------------------------------
+ -- Hash Table for Aspect Specifications --
+ ------------------------------------------
+
+ type AS_Hash_Range is range 0 .. 510;
+ -- Size of hash table headers
+
+ function AS_Hash (F : Node_Id) return AS_Hash_Range;
+ -- Hash function for hash table
+
+ function AS_Hash (F : Node_Id) return AS_Hash_Range is
+ begin
+ return AS_Hash_Range (F mod 511);
+ end AS_Hash;
+
+ package Aspect_Specifications_Hash_Table is new
+ GNAT.HTable.Simple_HTable
+ (Header_Num => AS_Hash_Range,
+ Element => List_Id,
+ No_Element => No_List,
+ Key => Node_Id,
+ Hash => AS_Hash,
+ Equal => "=");
+
+ -----------------------------------------
+ -- Table Linking Names and Aspect_Id's --
+ -----------------------------------------
+
type Aspect_Entry is record
Nam : Name_Id;
Asp : Aspect_Id;
(Name_Ada_2005, Aspect_Ada_2005),
(Name_Ada_2012, Aspect_Ada_2012),
(Name_Address, Aspect_Address),
- (Name_Aliased, Aspect_Aliased),
(Name_Alignment, Aspect_Alignment),
(Name_Atomic, Aspect_Atomic),
(Name_Atomic_Components, Aspect_Atomic_Components),
(Name_Bit_Order, Aspect_Bit_Order),
- (Name_C_Pass_By_Copy, Aspect_C_Pass_By_Copy),
(Name_Component_Size, Aspect_Component_Size),
(Name_Discard_Names, Aspect_Discard_Names),
(Name_External_Tag, Aspect_External_Tag),
(Name_Pack, Aspect_Pack),
(Name_Persistent_BSS, Aspect_Persistent_BSS),
(Name_Post, Aspect_Post),
- (Name_Postcondition, Aspect_Postcondition),
(Name_Pre, Aspect_Pre),
- (Name_Precondition, Aspect_Precondition),
(Name_Predicate, Aspect_Predicate),
(Name_Preelaborable_Initialization, Aspect_Preelaborable_Initialization),
- (Name_Psect_Object, Aspect_Psect_Object),
(Name_Pure_Function, Aspect_Pure_Function),
(Name_Shared, Aspect_Shared),
(Name_Size, Aspect_Size),
(Name_Value_Size, Aspect_Value_Size),
(Name_Volatile, Aspect_Volatile),
(Name_Volatile_Components, Aspect_Volatile_Components),
- (Name_Warnings, Aspect_Warnings),
- (Name_Weak_External, Aspect_Weak_External));
+ (Name_Warnings, Aspect_Warnings));
+
+ -------------------------------------
+ -- Hash Table for Aspect Id Values --
+ -------------------------------------
+
+ type AI_Hash_Range is range 0 .. 112;
+ -- Size of hash table headers
+
+ function AI_Hash (F : Name_Id) return AI_Hash_Range;
+ -- Hash function for hash table
+
+ function AI_Hash (F : Name_Id) return AI_Hash_Range is
+ begin
+ return AI_Hash_Range (F mod 113);
+ end AI_Hash;
+
+ package Aspect_Id_Hash_Table is new
+ GNAT.HTable.Simple_HTable
+ (Header_Num => AI_Hash_Range,
+ Element => Aspect_Id,
+ No_Element => No_Aspect,
+ Key => Name_Id,
+ Hash => AI_Hash,
+ Equal => "=");
-------------------
-- Get_Aspect_Id --
function Get_Aspect_Id (Name : Name_Id) return Aspect_Id is
begin
- for J in Aspect_Names'Range loop
- if Aspect_Names (J).Nam = Name then
- return Aspect_Names (J).Asp;
- end if;
- end loop;
-
- return No_Aspect;
+ return Aspect_Id_Hash_Table.Get (Name);
end Get_Aspect_Id;
+ ---------------------------
+ -- Aspect_Specifications --
+ ---------------------------
+
+ function Aspect_Specifications (N : Node_Id) return List_Id is
+ begin
+ return Aspect_Specifications_Hash_Table.Get (N);
+ end Aspect_Specifications;
+
+ -----------------------------------
+ -- Permits_Aspect_Specifications --
+ -----------------------------------
+
+ Has_Aspect_Specifications_Flag : constant array (Node_Kind) of Boolean :=
+ (N_Abstract_Subprogram_Declaration => True,
+ N_Component_Declaration => True,
+ N_Entry_Declaration => True,
+ N_Exception_Declaration => True,
+ N_Formal_Abstract_Subprogram_Declaration => True,
+ N_Formal_Concrete_Subprogram_Declaration => True,
+ N_Formal_Object_Declaration => True,
+ N_Formal_Package_Declaration => True,
+ N_Formal_Type_Declaration => True,
+ N_Full_Type_Declaration => True,
+ N_Function_Instantiation => True,
+ N_Generic_Package_Declaration => True,
+ N_Generic_Subprogram_Declaration => True,
+ N_Object_Declaration => True,
+ N_Package_Declaration => True,
+ N_Package_Instantiation => True,
+ N_Private_Extension_Declaration => True,
+ N_Private_Type_Declaration => True,
+ N_Procedure_Instantiation => True,
+ N_Protected_Type_Declaration => True,
+ N_Single_Protected_Declaration => True,
+ N_Single_Task_Declaration => True,
+ N_Subprogram_Declaration => True,
+ N_Subtype_Declaration => True,
+ N_Task_Type_Declaration => True,
+ others => False);
+
+ function Permits_Aspect_Specifications (N : Node_Id) return Boolean is
+ begin
+ return Has_Aspect_Specifications_Flag (Nkind (N));
+ end Permits_Aspect_Specifications;
+
+ -------------------------------
+ -- Set_Aspect_Specifications --
+ -------------------------------
+
+ procedure Set_Aspect_Specifications (N : Node_Id; L : List_Id) is
+ begin
+ pragma Assert (Permits_Aspect_Specifications (N));
+ pragma Assert (not Has_Aspect_Specifications (N));
+ pragma Assert (L /= No_List);
+
+ Set_Has_Aspect_Specifications (N);
+ Set_Parent (L, N);
+ Aspect_Specifications_Hash_Table.Set (N, L);
+ end Set_Aspect_Specifications;
+
+-- Package initialization sets up Aspect Id hash table
+
+begin
+ for J in Aspect_Names'Range loop
+ Aspect_Id_Hash_Table.Set (Aspect_Names (J).Nam, Aspect_Names (J).Asp);
+ end loop;
end Aspects;
-- --
------------------------------------------------------------------------------
--- This package defines the aspects that are recognized in aspect
--- specifications. We separate this off in its own packages to that
--- it can be accessed by the parser without dragging in Sem_Asp
+-- This package defines the aspects that are recognized by GNAT in aspect
+-- specifications. It also contains the subprograms for storing/retrieving
+-- aspect speciciations from the tree. The semantic processing for aspect
+-- specifications is found in Sem_Ch13.Analyze_Aspect_Specifications.
with Namet; use Namet;
+with Types; use Types;
package Aspects is
+ -- Type defining recognized aspects
+
type Aspect_Id is
(No_Aspect, -- Dummy entry for no aspect
Aspect_Ada_2005, -- GNAT
Aspect_Ada_2012, -- GNAT
Aspect_Address,
- Aspect_Aliased,
Aspect_Alignment,
Aspect_Atomic,
Aspect_Atomic_Components,
Aspect_Bit_Order,
- Aspect_C_Pass_By_Copy,
Aspect_Component_Size,
Aspect_Discard_Names,
Aspect_External_Tag,
Aspect_Inline_Always, -- GNAT
Aspect_Invariant,
Aspect_Machine_Radix,
+ Aspect_No_Return,
Aspect_Object_Size, -- GNAT
Aspect_Pack,
Aspect_Persistent_BSS, -- GNAT
Aspect_Post,
- Aspect_Postcondition, -- GNAT (equivalent to Post)
Aspect_Pre,
- Aspect_Precondition, -- GNAT (equivalent to Pre)
Aspect_Predicate, -- GNAT???
Aspect_Preelaborable_Initialization,
- Aspect_Psect_Object, -- GNAT
Aspect_Pure_Function, -- GNAT
Aspect_Shared, -- GNAT (equivalent to Atomic)
Aspect_Size,
Aspect_Value_Size, -- GNAT
Aspect_Volatile,
Aspect_Volatile_Components,
- Aspect_Warnings, -- GNAT
- Aspect_Weak_External); -- GNAT
+ Aspect_Warnings); -- GNAT
-- The following array indicates aspects that accept 'Class
Class_Aspect_OK : constant array (Aspect_Id) of Boolean :=
(Aspect_Invariant => True,
Aspect_Pre => True,
- Aspect_Precondition => True,
+ Aspect_Predicate => True,
Aspect_Post => True,
- Aspect_Postcondition => True,
others => False);
-- The following type is used for indicating allowed expression forms
Aspect_Ada_2005 => Optional,
Aspect_Ada_2012 => Optional,
Aspect_Address => Expression,
- Aspect_Aliased => Optional,
Aspect_Alignment => Expression,
Aspect_Atomic => Optional,
Aspect_Atomic_Components => Optional,
Aspect_Bit_Order => Expression,
- Aspect_C_Pass_By_Copy => Optional,
Aspect_Component_Size => Expression,
Aspect_Discard_Names => Optional,
Aspect_External_Tag => Expression,
Aspect_Inline_Always => Optional,
Aspect_Invariant => Expression,
Aspect_Machine_Radix => Expression,
+ Aspect_No_Return => Optional,
Aspect_Object_Size => Expression,
- Aspect_Pack => Optional,
Aspect_Persistent_BSS => Optional,
+ Aspect_Pack => Optional,
Aspect_Post => Expression,
- Aspect_Postcondition => Expression,
Aspect_Pre => Expression,
- Aspect_Precondition => Expression,
Aspect_Predicate => Expression,
Aspect_Preelaborable_Initialization => Optional,
- Aspect_Psect_Object => Optional,
Aspect_Pure_Function => Optional,
Aspect_Shared => Optional,
Aspect_Size => Expression,
- Aspect_Storage_Pool => Expression,
+ Aspect_Storage_Pool => Name,
Aspect_Storage_Size => Expression,
Aspect_Stream_Size => Expression,
Aspect_Suppress => Name,
Aspect_Value_Size => Expression,
Aspect_Volatile => Optional,
Aspect_Volatile_Components => Optional,
- Aspect_Warnings => Name,
- Aspect_Weak_External => Optional);
+ Aspect_Warnings => Name);
function Get_Aspect_Id (Name : Name_Id) return Aspect_Id;
+ pragma Inline (Get_Aspect_Id);
-- Given a name Nam, returns the corresponding aspect id value. If the name
-- does not match any aspect, then No_Aspect is returned as the result.
+ ---------------------------------------------------
+ -- Handling of Aspect Specifications in the Tree --
+ ---------------------------------------------------
+
+ -- Several kinds of declaration node permit aspect specifications in Ada
+ -- 2012 mode. If there was room in all the corresponding declaration nodes,
+ -- we could just have a field Aspect_Specifications pointing to a list of
+ -- nodes for the aspects (N_Aspect_Specification nodes). But there isn't
+ -- room, so we adopt a different approach.
+
+ -- The following subprograms provide access to a specialized interface
+ -- implemented internally with a hash table in the body, that provides
+ -- access to aspect specifications.
+
+ function Permits_Aspect_Specifications (N : Node_Id) return Boolean;
+ -- Returns True if the node N is a declaration node that permits aspect
+ -- specifications. All such nodes have the Has_Aspect_Specifications
+ -- flag defined. Returns False for all other nodes.
+
+ function Aspect_Specifications (N : Node_Id) return List_Id;
+ -- Given a node N, returns the list of N_Aspect_Specification nodes that
+ -- are attached to this declaration node. If the node is in the class of
+ -- declaration nodes that permit aspect specifications, as defined by the
+ -- predicate above, and if their Has_Aspect_Specifications flag is set to
+ -- True, then this will always be a non-empty list. If this flag is set to
+ -- False, or the node is not in the declaration class permitting aspect
+ -- specifications, then No_List is returned.
+
+ procedure Set_Aspect_Specifications (N : Node_Id; L : List_Id);
+ -- The node N must be in the class of declaration nodes that permit aspect
+ -- specifications and the Has_Aspect_Specifications flag must be False on
+ -- entry. L must be a non-empty list of N_Aspect_Specification nodes. This
+ -- procedure sets the Has_Aspect_Specifications flag to True, and makes an
+ -- entry that can be retrieved by a subsequent Aspect_Specifications call.
+ -- The parent of list L is set to reference the declaration node N. It is
+ -- an error to call this procedure with a node that does not permit aspect
+ -- specifications, or a node that has its Has_Aspect_Specifications flag
+ -- set True on entry, or with L being an empty list or No_List.
+
end Aspects;
-- d.m For -gnatl, print full source only for main unit
-- d.n Print source file names
-- d.o Generate .NET listing of CIL code
- -- d.p
+ -- d.p Enable the .NET CIL verifier
-- d.q
-- d.r Enable OK_To_Reorder_Components in non-variant records
-- d.s Disable expansion of slice move, use memmove
-- d.o Generate listing showing the IL instructions generated by the .NET
-- compiler for each subprogram.
+ -- d.p Enable the .NET CIL verifier. During development the verifier is
+ -- disabled by default and this flag is used to enable it. In the
+ -- future we will reverse this functionality.
+
-- d.r Forces the flag OK_To_Reorder_Components to be set in all record
-- base types that have no discriminants.
ada/ali-util.o \
ada/ali.o \
ada/alloc.o \
+ ada/aspects.o \
ada/atree.o \
ada/bcheck.o \
ada/binde.o \
ada/ali-util.o : ada/ada.ads ada/a-except.ads ada/a-unccon.ads \
ada/a-uncdea.ads ada/ali.ads ada/ali-util.ads ada/ali-util.adb \
- ada/alloc.ads ada/atree.ads ada/atree.adb ada/binderr.ads \
- ada/casing.ads ada/csets.ads ada/debug.ads ada/einfo.ads ada/einfo.adb \
- ada/err_vars.ads ada/gnat.ads ada/g-htable.ads ada/gnatvsn.ads \
- ada/hostparm.ads ada/interfac.ads ada/namet.ads ada/namet.adb \
- ada/nlists.ads ada/nlists.adb ada/opt.ads ada/osint.ads ada/output.ads \
- ada/rident.ads ada/scans.ads ada/scng.ads ada/scng.adb ada/sinfo.ads \
- ada/sinfo.adb ada/sinput.ads ada/sinput.adb ada/sinput-c.ads \
- ada/snames.ads ada/stand.ads ada/stringt.ads ada/stringt.adb \
- ada/styleg.ads ada/styleg.adb ada/stylesw.ads ada/system.ads \
- ada/s-carun8.ads ada/s-crc32.ads ada/s-crc32.adb ada/s-exctab.ads \
- ada/s-htable.ads ada/s-htable.adb ada/s-imenne.ads ada/s-memory.ads \
- ada/s-os_lib.ads ada/s-parame.ads ada/s-rident.ads ada/s-secsta.ads \
- ada/s-soflin.ads ada/s-stache.ads ada/s-stalib.ads ada/s-stoele.ads \
- ada/s-stoele.adb ada/s-strhas.ads ada/s-string.ads ada/s-traent.ads \
- ada/s-unstyp.ads ada/s-utf_32.ads ada/s-utf_32.adb ada/s-wchcon.ads \
- ada/table.ads ada/table.adb ada/tree_io.ads ada/types.ads ada/types.adb \
- ada/uintp.ads ada/uintp.adb ada/unchconv.ads ada/unchdeal.ads \
- ada/urealp.ads ada/urealp.adb ada/widechar.ads
+ ada/alloc.ads ada/aspects.ads ada/atree.ads ada/atree.adb \
+ ada/binderr.ads ada/casing.ads ada/csets.ads ada/debug.ads \
+ ada/einfo.ads ada/einfo.adb ada/err_vars.ads ada/gnat.ads \
+ ada/g-htable.ads ada/gnatvsn.ads ada/hostparm.ads ada/interfac.ads \
+ ada/namet.ads ada/namet.adb ada/nlists.ads ada/nlists.adb ada/opt.ads \
+ ada/osint.ads ada/output.ads ada/rident.ads ada/scans.ads ada/scng.ads \
+ ada/scng.adb ada/sinfo.ads ada/sinfo.adb ada/sinput.ads ada/sinput.adb \
+ ada/sinput-c.ads ada/snames.ads ada/stand.ads ada/stringt.ads \
+ ada/stringt.adb ada/styleg.ads ada/styleg.adb ada/stylesw.ads \
+ ada/system.ads ada/s-carun8.ads ada/s-crc32.ads ada/s-crc32.adb \
+ ada/s-exctab.ads ada/s-htable.ads ada/s-htable.adb ada/s-imenne.ads \
+ ada/s-memory.ads ada/s-os_lib.ads ada/s-parame.ads ada/s-rident.ads \
+ ada/s-secsta.ads ada/s-soflin.ads ada/s-stache.ads ada/s-stalib.ads \
+ ada/s-stoele.ads ada/s-stoele.adb ada/s-strhas.ads ada/s-string.ads \
+ ada/s-traent.ads ada/s-unstyp.ads ada/s-utf_32.ads ada/s-utf_32.adb \
+ ada/s-wchcon.ads ada/table.ads ada/table.adb ada/tree_io.ads \
+ ada/types.ads ada/types.adb ada/uintp.ads ada/uintp.adb \
+ ada/unchconv.ads ada/unchdeal.ads ada/urealp.ads ada/urealp.adb \
+ ada/widechar.ads
ada/ali.o : ada/ada.ads ada/a-except.ads ada/a-unccon.ads ada/a-uncdea.ads \
ada/ali.ads ada/ali.adb ada/alloc.ads ada/butil.ads ada/casing.ads \
ada/aspects.o : ada/ada.ads ada/a-except.ads ada/a-unccon.ads \
ada/a-uncdea.ads ada/alloc.ads ada/aspects.ads ada/aspects.adb \
- ada/debug.ads ada/hostparm.ads ada/namet.ads ada/opt.ads ada/output.ads \
- ada/snames.ads ada/system.ads ada/s-exctab.ads ada/s-memory.ads \
- ada/s-os_lib.ads ada/s-parame.ads ada/s-stalib.ads ada/s-string.ads \
- ada/s-traent.ads ada/s-unstyp.ads ada/s-wchcon.ads ada/table.ads \
- ada/table.adb ada/tree_io.ads ada/types.ads ada/unchconv.ads \
- ada/unchdeal.ads
+ ada/atree.ads ada/atree.adb ada/casing.ads ada/debug.ads ada/einfo.ads \
+ ada/gnat.ads ada/g-htable.ads ada/hostparm.ads ada/namet.ads \
+ ada/nlists.ads ada/nlists.adb ada/opt.ads ada/output.ads ada/sinfo.ads \
+ ada/sinfo.adb ada/sinput.ads ada/snames.ads ada/system.ads \
+ ada/s-exctab.ads ada/s-htable.ads ada/s-htable.adb ada/s-imenne.ads \
+ ada/s-memory.ads ada/s-os_lib.ads ada/s-parame.ads ada/s-stalib.ads \
+ ada/s-strhas.ads ada/s-string.ads ada/s-traent.ads ada/s-unstyp.ads \
+ ada/s-wchcon.ads ada/table.ads ada/table.adb ada/tree_io.ads \
+ ada/types.ads ada/uintp.ads ada/unchconv.ads ada/unchdeal.ads \
+ ada/urealp.ads
ada/atree.o : ada/ada.ads ada/a-except.ads ada/a-unccon.ads \
- ada/a-uncdea.ads ada/alloc.ads ada/atree.ads ada/atree.adb \
- ada/casing.ads ada/debug.ads ada/einfo.ads ada/hostparm.ads \
- ada/namet.ads ada/nlists.ads ada/nlists.adb ada/opt.ads ada/output.ads \
- ada/sinfo.ads ada/sinfo.adb ada/sinput.ads ada/snames.ads \
- ada/system.ads ada/s-exctab.ads ada/s-htable.ads ada/s-imenne.ads \
+ ada/a-uncdea.ads ada/alloc.ads ada/aspects.ads ada/atree.ads \
+ ada/atree.adb ada/casing.ads ada/debug.ads ada/einfo.ads \
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+ ada/lib-sort.adb ada/namet.ads ada/nlists.ads ada/nlists.adb \
+ ada/opt.ads ada/output.ads ada/sinfo.ads ada/sinfo.adb ada/sinput.ads \
+ ada/sinput.adb ada/snames.ads ada/stand.ads ada/stringt.ads \
+ ada/system.ads ada/s-exctab.ads ada/s-htable.ads ada/s-imenne.ads \
+ ada/s-memory.ads ada/s-os_lib.ads ada/s-parame.ads ada/s-stalib.ads \
+ ada/s-string.ads ada/s-traent.ads ada/s-unstyp.ads ada/s-wchcon.ads \
+ ada/table.ads ada/table.adb ada/tree_io.ads ada/types.ads ada/uintp.ads \
+ ada/uintp.adb ada/uname.ads ada/uname.adb ada/unchconv.ads \
+ ada/unchdeal.ads ada/urealp.ads ada/widechar.ads
ada/urealp.o : ada/ada.ads ada/a-except.ads ada/a-unccon.ads \
ada/a-uncdea.ads ada/alloc.ads ada/debug.ads ada/gnat.ads \
sdefault.o snames.o stylesw.o switch.o system.o table.o targparm.o tree_io.o \
types.o validsw.o widechar.o
-GNATMAKE_OBJS = a-except.o ali.o ali-util.o s-casuti.o \
+GNATMAKE_OBJS = a-except.o ali.o ali-util.o aspects.o s-casuti.o \
alloc.o atree.o binderr.o butil.o casing.o csets.o debug.o elists.o einfo.o\
erroutc.o errutil.o err_vars.o fmap.o fname.o fname-uf.o fname-sf.o \
gnatmake.o gnatvsn.o hostparm.o interfac.o i-c.o i-cstrin.o krunch.o lib.o \
-- --
-- B o d y --
-- --
--- Copyright (C) 1992-2007, Free Software Foundation, Inc. --
+-- Copyright (C) 1992-2010, Free Software Foundation, Inc. --
-- --
-- GNAT is free software; you can redistribute it and/or modify it under --
-- terms of the GNU General Public License as published by the Free Soft- --
function P_Component_Clause return Node_Id;
function P_Mod_Clause return Node_Id;
+ -----------------------------------
+ -- Aspect_Specifications_Present --
+ -----------------------------------
+
+ function Aspect_Specifications_Present return Boolean is
+ Scan_State : Saved_Scan_State;
+ Result : Boolean;
+
+ begin
+ Save_Scan_State (Scan_State);
+
+ -- If we have a semicolon, test for semicolon followed by Aspect
+ -- Specifications, in which case we decide the semicolon is accidental.
+
+ if Token = Tok_Semicolon then
+ Scan; -- past semicolon
+
+ if Aspect_Specifications_Present then
+ Error_Msg_SP ("|extra "";"" ignored");
+ return True;
+
+ else
+ Restore_Scan_State (Scan_State);
+ return False;
+ end if;
+ end if;
+
+ -- Definitely must have WITH to consider aspect specs to be present
+
+ if Token /= Tok_With then
+ return False;
+ end if;
+
+ -- Have a WITH, see if it looks like an aspect specification
+
+ Save_Scan_State (Scan_State);
+ Scan; -- past WITH
+
+ -- If no identifier, then consider that we definitely do not have an
+ -- aspect specification.
+
+ if Token /= Tok_Identifier then
+ Result := False;
+
+ -- In Ada 2012 mode, we are less strict, and we consider that we have
+ -- an aspect specification if the identifier is an aspect name (even if
+ -- not followed by =>) or the identifier is not an aspect name but is
+ -- followed by =>. P_Aspect_Specifications will generate messages if the
+ -- aspect specification is ill-formed.
+
+ elsif Ada_Version >= Ada_2012 then
+ if Get_Aspect_Id (Token_Name) /= No_Aspect then
+ Result := True;
+ else
+ Scan; -- past identifier
+ Result := Token = Tok_Arrow;
+ end if;
+
+ -- If earlier than Ada 2012, check for valid aspect identifier followed
+ -- by an arrow, and consider that this is still an aspect specification
+ -- so we give an appropriate message.
+
+ else
+ if Get_Aspect_Id (Token_Name) = No_Aspect then
+ Result := False;
+
+ else
+ Scan; -- past aspect name
+
+ if Token /= Tok_Arrow then
+ Result := False;
+
+ else
+ Restore_Scan_State (Scan_State);
+ Error_Msg_SC ("|aspect specification is an Ada 2012 feature");
+ Error_Msg_SC ("\|unit must be compiled with -gnat2012 switch");
+ return True;
+ end if;
+ end if;
+ end if;
+
+ Restore_Scan_State (Scan_State);
+ return Result;
+ end Aspect_Specifications_Present;
+
--------------------------------------------
-- 13.1 Representation Clause (also I.7) --
--------------------------------------------
-- Parsed by P_Representation_Clause (13.1)
+ ------------------------------
+ -- 13.1 Aspect Specifation --
+ ------------------------------
+
+ -- ASPECT_SPECIFICATION ::=
+ -- with ASPECT_MARK [=> ASPECT_DEFINITION] {.
+ -- ASPECT_MARK [=> ASPECT_DEFINITION] }
+
+ -- ASPECT_MARK ::= aspect_IDENTIFIER['Class]
+
+ -- ASPECT_DEFINITION ::= NAME | EXPRESSION
+
+ -- Error recovery: cannot raise Error_Resync
+
+ procedure P_Aspect_Specifications (Decl : Node_Id) is
+ Aspects : List_Id;
+ Aspect : Node_Id;
+ A_Id : Aspect_Id;
+ OK : Boolean;
+
+ begin
+ -- Check if aspect specification present
+
+ if not Aspect_Specifications_Present then
+ T_Semicolon;
+ return;
+ end if;
+
+ -- Aspect Specification is present
+
+ Scan; -- past WITH
+
+ -- Here we have an aspect specification to scan, note that we don;t
+ -- set the flag till later, because it may turn out that we have no
+ -- valid aspects in the list.
+
+ Aspects := Empty_List;
+ loop
+ OK := True;
+
+ if Token /= Tok_Identifier then
+ Error_Msg_SC ("aspect identifier expected");
+ Resync_Past_Semicolon;
+ return;
+ end if;
+
+ -- We have an identifier (which should be an aspect identifier)
+
+ Aspect := Token_Node;
+ A_Id := Get_Aspect_Id (Token_Name);
+ Aspect :=
+ Make_Aspect_Specification (Sloc (Aspect),
+ Identifier => Token_Node);
+
+ -- No valid aspect identifier present
+
+ if A_Id = No_Aspect then
+ Error_Msg_SC ("aspect identifier expected");
+
+ if Token = Tok_Apostrophe then
+ Scan; -- past '
+ Scan; -- past presumably CLASS
+ end if;
+
+ if Token = Tok_Arrow then
+ Scan; -- Past arrow
+ Set_Expression (Aspect, P_Expression);
+ OK := False;
+
+ elsif Token = Tok_Comma then
+ OK := False;
+
+ else
+ Resync_Past_Semicolon;
+ return;
+ end if;
+
+ -- OK aspect scanned
+
+ else
+ Scan; -- past identifier
+
+ -- Check for 'Class present
+
+ if Token = Tok_Apostrophe then
+ if not Class_Aspect_OK (A_Id) then
+ Error_Msg_Node_1 := Identifier (Aspect);
+ Error_Msg_SC ("aspect& does not permit attribute here");
+ Scan; -- past apostophe
+ Scan; -- past presumed CLASS
+ OK := False;
+
+ else
+ Scan; -- past apostrophe
+
+ if Token /= Tok_Identifier
+ or else Token_Name /= Name_Class
+ then
+ Error_Msg_SC ("Class attribute expected here");
+ OK := False;
+
+ if Token = Tok_Identifier then
+ Scan; -- past identifier not CLASS
+ end if;
+ end if;
+ end if;
+ end if;
+
+ -- Test case of missing aspect definition
+
+ if Token = Tok_Comma or else Token = Tok_Semicolon then
+ if Aspect_Argument (A_Id) /= Optional then
+ Error_Msg_Node_1 := Aspect;
+ Error_Msg_AP ("aspect& requires an aspect definition");
+ OK := False;
+ end if;
+
+ -- Here we have an aspect definition
+
+ else
+ if Token = Tok_Arrow then
+ Scan; -- past arrow
+ else
+ T_Arrow;
+ OK := False;
+ end if;
+
+ if Aspect_Argument (A_Id) = Name then
+ Set_Expression (Aspect, P_Name);
+ else
+ Set_Expression (Aspect, P_Expression);
+ end if;
+ end if;
+
+ -- If OK clause scanned, add it to the list
+
+ if OK then
+ Append (Aspect, Aspects);
+ end if;
+
+ if Token = Tok_Comma then
+ Scan; -- past comma
+ else
+ T_Semicolon;
+ exit;
+ end if;
+ end if;
+ end loop;
+
+ -- If aspects scanned, store them
+
+ if Is_Non_Empty_List (Aspects) then
+ Set_Parent (Aspects, Decl);
+ Set_Aspect_Specifications (Decl, Aspects);
+ end if;
+ end P_Aspect_Specifications;
+
---------------------------------------------
-- 13.4 Enumeration Representation Clause --
---------------------------------------------
Type_Start_Col : Column_Number;
Unknown_Dis : Boolean;
- Typedef_Node : Node_Id;
+ Typedef_Node : Node_Id;
-- Normally holds type definition, except in the case of a private
-- extension declaration, in which case it holds the declaration itself
when Tok_Access |
Tok_Not => -- Ada 2005 (AI-231)
Typedef_Node := P_Access_Type_Definition;
- TF_Semicolon;
exit;
when Tok_Array =>
Typedef_Node := P_Array_Type_Definition;
- TF_Semicolon;
exit;
when Tok_Delta =>
Typedef_Node := P_Fixed_Point_Definition;
- TF_Semicolon;
exit;
when Tok_Digits =>
Typedef_Node := P_Floating_Point_Definition;
- TF_Semicolon;
exit;
when Tok_In =>
when Tok_Integer_Literal =>
T_Range;
Typedef_Node := P_Signed_Integer_Type_Definition;
- TF_Semicolon;
exit;
when Tok_Null =>
Typedef_Node := P_Record_Definition;
- TF_Semicolon;
exit;
when Tok_Left_Paren =>
Set_Comes_From_Source (End_Labl, False);
Set_End_Label (Typedef_Node, End_Labl);
- TF_Semicolon;
exit;
when Tok_Mod =>
Typedef_Node := P_Modular_Type_Definition;
- TF_Semicolon;
exit;
when Tok_New =>
(Record_Extension_Part (Typedef_Node), End_Labl);
end if;
- TF_Semicolon;
exit;
when Tok_Range =>
Typedef_Node := P_Signed_Integer_Type_Definition;
- TF_Semicolon;
exit;
when Tok_Record =>
Set_Comes_From_Source (End_Labl, False);
Set_End_Label (Typedef_Node, End_Labl);
- TF_Semicolon;
exit;
when Tok_Tagged =>
end if;
end if;
- TF_Semicolon;
exit;
when Tok_Limited =>
T_Private; -- past PRIVATE (or complain if not there!)
end if;
- TF_Semicolon;
exit;
-- Here we have an identifier after the IS, which is certainly
if not Token_Is_At_Start_Of_Line then
Typedef_Node := P_Derived_Type_Def_Or_Private_Ext_Decl;
- TF_Semicolon;
-- If the identifier is at the start of the line, and is in the
-- same column as the type declaration itself then we consider
else
Typedef_Node := P_Record_Definition;
- TF_Semicolon;
end if;
exit;
when Tok_Interface =>
Typedef_Node := P_Interface_Type_Definition (Abstract_Present);
Abstract_Present := True;
- TF_Semicolon;
exit;
when Tok_Private =>
Decl_Node := New_Node (N_Private_Type_Declaration, Type_Loc);
Scan; -- past PRIVATE
- TF_Semicolon;
exit;
-- Ada 2005 (AI-345): Protected, synchronized or task interface
end if;
end;
- TF_Semicolon;
exit;
-- Anything else is an error
Set_Defining_Identifier (Decl_Node, Ident_Node);
Set_Discriminant_Specifications (Decl_Node, Discr_List);
+ P_Aspect_Specifications (Decl_Node);
return Decl_Node;
end P_Type_Declaration;
Set_Subtype_Indication
(Decl_Node, P_Subtype_Indication (Not_Null_Present));
- TF_Semicolon;
+ P_Aspect_Specifications (Decl_Node);
return Decl_Node;
end P_Subtype_Declaration;
end if;
end if;
- TF_Semicolon;
Set_Defining_Identifier (Decl_Node, Idents (Ident));
+ P_Aspect_Specifications (Decl_Node);
if List_OK then
if Ident < Num_Idents then
-- missing in the case of "type X is new Y record ..." or in the
-- case of "type X is new Y null record".
- if Token = Tok_With
+ -- First make sure we don't have an aspect specification. If we do
+ -- return now, so that our caller can check it (the WITH here is not
+ -- part of a type extension).
+
+ if Aspect_Specifications_Present then
+ return Typedef_Node;
+
+ -- OK, not an aspect specification, so continue test for extension
+
+ elsif Token = Tok_With
or else Token = Tok_Record
or else Token = Tok_Null
then
Ident := Ident + 1;
Restore_Scan_State (Scan_State);
T_Colon;
-
end loop Ident_Loop;
- TF_Semicolon;
+ P_Aspect_Specifications (Decl_Node);
end P_Component_Items;
--------------------------------
Set_Defining_Unit_Name (Inst_Node, Name_Node);
Set_Generic_Associations (Inst_Node, P_Generic_Actual_Part_Opt);
- TF_Semicolon;
+ P_Aspect_Specifications (Inst_Node);
Pop_Scope_Stack; -- Don't need scope stack entry in this case
if Is_Overriding then
Set_Specification (Absdec_Node, Specification_Node);
Pop_Scope_Stack; -- discard unneeded entry
Scan; -- past ABSTRACT
- TF_Semicolon;
+ P_Aspect_Specifications (Absdec_Node);
return Absdec_Node;
-- Ada 2005 (AI-248): Parse a null procedure declaration
Discard_Junk_Node (P_Expression_No_Right_Paren);
end if;
- TF_Semicolon;
+ P_Aspect_Specifications (Decl_Node);
return Decl_Node;
exception
-- --
------------------------------------------------------------------------------
+with Aspects; use Aspects;
with Atree; use Atree;
with Casing; use Casing;
with Debug; use Debug;
package Ch13 is
function P_Representation_Clause return Node_Id;
+ function Aspect_Specifications_Present return Boolean;
+ -- This function tests whether the next keyword is WITH followed by
+ -- something that looks reasonably like an aspect specification. If so,
+ -- True is returned. Otherwise False is returned. In either case control
+ -- returns with the token pointer unchanged (i.e. pointing to the WITH
+ -- token in the case where True is returned). This function takes care
+ -- of generating appropriate messages if aspect specifications appear
+ -- in versions of Ada prior to Ada 2012.
+
+ procedure P_Aspect_Specifications (Decl : Node_Id);
+ -- This subprogram is called with the current token pointing to either a
+ -- WITH keyword starting an aspect specification, or a semicolon. In the
+ -- former case, the aspect specifications are scanned out including the
+ -- terminating semicolon, the Has_Aspect_Specifications flag is set in
+ -- the given declaration node, and the list of aspect specifications is
+ -- constructed and associated with this declaration node using a call to
+ -- Set_Aspect_Specifications. If no WITH keyword is present, then this
+ -- call has no effect other than scanning out the semicolon.
+
function P_Code_Statement (Subtype_Mark : Node_Id) return Node_Id;
-- Function to parse a code statement. The caller has scanned out
-- the name to be used as the subtype mark (but has not checked that
-- --
-- B o d y --
-- --
--- Copyright (C) 1995-2009, AdaCore --
+-- Copyright (C) 1995-2010, AdaCore --
-- --
-- GNAT is free software; you can redistribute it and/or modify it under --
-- terms of the GNU General Public License as published by the Free Soft- --
function Get_Non_Null return Elmt_Ptr is
begin
- while Iterator_Ptr = Null_Ptr loop
+ while Iterator_Ptr = Null_Ptr loop
if Iterator_Index = Table'Last then
Iterator_Started := False;
return Null_Ptr;
Analyze_Formal_Object_Declaration (N);
when N_Formal_Package_Declaration =>
- Analyze_Formal_Package (N);
+ Analyze_Formal_Package_Declaration (N);
when N_Formal_Subprogram_Declaration =>
- Analyze_Formal_Subprogram (N);
+ Analyze_Formal_Subprogram_Declaration (N);
when N_Formal_Type_Declaration =>
Analyze_Formal_Type_Declaration (N);
Analyze_Freeze_Entity (N);
when N_Full_Type_Declaration =>
- Analyze_Type_Declaration (N);
+ Analyze_Full_Type_Declaration (N);
when N_Function_Call =>
Analyze_Function_Call (N);
Analyze_Protected_Definition (N);
when N_Protected_Type_Declaration =>
- Analyze_Protected_Type (N);
+ Analyze_Protected_Type_Declaration (N);
when N_Qualified_Expression =>
Analyze_Qualified_Expression (N);
Analyze_Selective_Accept (N);
when N_Single_Protected_Declaration =>
- Analyze_Single_Protected (N);
+ Analyze_Single_Protected_Declaration (N);
when N_Single_Task_Declaration =>
- Analyze_Single_Task (N);
+ Analyze_Single_Task_Declaration (N);
when N_Slice =>
Analyze_Slice (N);
Analyze_Task_Definition (N);
when N_Task_Type_Declaration =>
- Analyze_Task_Type (N);
+ Analyze_Task_Type_Declaration (N);
when N_Terminate_Alternative =>
Analyze_Terminate_Alternative (N);
-- Start of processing for Validate_Remote_Access_Object_Type_Declaration
begin
- -- We are called from Analyze_Type_Declaration, and the Nkind of the
- -- given node is N_Access_To_Object_Definition.
+ -- We are called from Analyze_Full_Type_Declaration, and the Nkind of
+ -- the given node is N_Access_To_Object_Definition.
if not Comes_From_Source (T)
or else (not In_RCI_Declaration (Parent (T))
-- Start of processing for Validate_SP_Access_Object_Type_Decl
begin
- -- We are called from Sem_Ch3.Analyze_Type_Declaration, and the
+ -- We are called from Sem_Ch3.Analyze_Full_Type_Declaration, and the
-- Nkind of the given entity is N_Access_To_Object_Definition.
if not Comes_From_Source (T)
-- --
------------------------------------------------------------------------------
+with Aspects; use Aspects;
with Atree; use Atree;
with Checks; use Checks;
with Einfo; use Einfo;
with Sem; use Sem;
with Sem_Ch5; use Sem_Ch5;
with Sem_Ch8; use Sem_Ch8;
+with Sem_Ch13; use Sem_Ch13;
with Sem_Res; use Sem_Res;
with Sem_Util; use Sem_Util;
with Sem_Warn; use Sem_Warn;
procedure Analyze_Exception_Declaration (N : Node_Id) is
Id : constant Entity_Id := Defining_Identifier (N);
PF : constant Boolean := Is_Pure (Current_Scope);
+ AS : constant List_Id := Aspect_Specifications (N);
begin
Generate_Definition (Id);
Enter_Name (Id);
Set_Etype (Id, Standard_Exception_Type);
Set_Is_Statically_Allocated (Id);
Set_Is_Pure (Id, PF);
+ Analyze_Aspect_Specifications (N, Id, AS);
end Analyze_Exception_Declaration;
--------------------------------
-- --
------------------------------------------------------------------------------
+with Aspects; use Aspects;
with Atree; use Atree;
with Einfo; use Einfo;
with Elists; use Elists;
procedure Analyze_Formal_Object_Declaration (N : Node_Id) is
E : constant Node_Id := Default_Expression (N);
Id : constant Node_Id := Defining_Identifier (N);
+ AS : constant List_Id := Aspect_Specifications (N);
K : Entity_Kind;
T : Node_Id;
("initialization not allowed for `IN OUT` formals", N);
end if;
end if;
+
+ Analyze_Aspect_Specifications (N, Id, AS);
end Analyze_Formal_Object_Declaration;
----------------------------------------------
Check_Restriction (No_Fixed_Point, Def);
end Analyze_Formal_Ordinary_Fixed_Point_Type;
- ----------------------------
- -- Analyze_Formal_Package --
- ----------------------------
+ ----------------------------------------
+ -- Analyze_Formal_Package_Declaration --
+ ----------------------------------------
- procedure Analyze_Formal_Package (N : Node_Id) is
+ procedure Analyze_Formal_Package_Declaration (N : Node_Id) is
Loc : constant Source_Ptr := Sloc (N);
Pack_Id : constant Entity_Id := Defining_Identifier (N);
+ AS : constant List_Id := Aspect_Specifications (N);
Formal : Entity_Id;
Gen_Id : constant Node_Id := Name (N);
Gen_Decl : Node_Id;
if Ekind (Gen_Unit) /= E_Generic_Package then
Error_Msg_N ("expect generic package name", Gen_Id);
Restore_Env;
- return;
+ goto Leave;
elsif Gen_Unit = Current_Scope then
Error_Msg_N
("generic package cannot be used as a formal package of itself",
Gen_Id);
Restore_Env;
- return;
+ goto Leave;
elsif In_Open_Scopes (Gen_Unit) then
if Is_Compilation_Unit (Gen_Unit)
& "within itself",
Gen_Id);
Restore_Env;
- return;
+ goto Leave;
end if;
end if;
Remove_Parent;
end if;
- return;
+ goto Leave;
end;
Rewrite (N, New_N);
Set_Etype (Pack_Id, Standard_Void_Type);
Set_Scope (Pack_Id, Scope (Formal));
Set_Has_Completion (Pack_Id, True);
- end Analyze_Formal_Package;
+
+ <<Leave>> Analyze_Aspect_Specifications (N, Pack_Id, AS);
+ end Analyze_Formal_Package_Declaration;
---------------------------------
-- Analyze_Formal_Private_Type --
Set_Parent (Base, Parent (Def));
end Analyze_Formal_Signed_Integer_Type;
- -------------------------------
- -- Analyze_Formal_Subprogram --
- -------------------------------
+ -------------------------------------------
+ -- Analyze_Formal_Subprogram_Declaration --
+ -------------------------------------------
- procedure Analyze_Formal_Subprogram (N : Node_Id) is
+ procedure Analyze_Formal_Subprogram_Declaration (N : Node_Id) is
Spec : constant Node_Id := Specification (N);
Def : constant Node_Id := Default_Name (N);
Nam : constant Entity_Id := Defining_Unit_Name (Spec);
+ AS : constant List_Id := Aspect_Specifications (N);
Subp : Entity_Id;
begin
if Nkind (Nam) = N_Defining_Program_Unit_Name then
Error_Msg_N ("name of formal subprogram must be a direct name", Nam);
- return;
+ goto Leave;
end if;
Analyze_Subprogram_Declaration (N);
Analyze (Prefix (Def));
Valid_Default_Attribute (Nam, Def);
- return;
+ goto Leave;
end if;
-- Default name may be overloaded, in which case the interpretation
-- can be a protected operation.
if Etype (Def) = Any_Type then
- return;
+ goto Leave;
elsif Nkind (Def) = N_Selected_Component then
if not Is_Overloadable (Entity (Selector_Name (Def))) then
else
Error_Msg_N ("expect valid subprogram name as default", Def);
- return;
+ goto Leave;
end if;
elsif Nkind (Def) = N_Character_Literal then
or else not Is_Overloadable (Entity (Def))
then
Error_Msg_N ("expect valid subprogram name as default", Def);
- return;
+ goto Leave;
elsif not Is_Overloaded (Def) then
Subp := Entity (Def);
end if;
end if;
end if;
- end Analyze_Formal_Subprogram;
+
+ <<Leave>> Analyze_Aspect_Specifications (N, Nam, AS);
+ end Analyze_Formal_Subprogram_Declaration;
-------------------------------------
-- Analyze_Formal_Type_Declaration --
procedure Analyze_Formal_Type_Declaration (N : Node_Id) is
Def : constant Node_Id := Formal_Type_Definition (N);
+ AS : constant List_Id := Aspect_Specifications (N);
T : Entity_Id;
begin
end case;
Set_Is_Generic_Type (T);
+ Analyze_Aspect_Specifications (N, T, AS);
end Analyze_Formal_Type_Declaration;
------------------------------------
procedure Analyze_Generic_Package_Declaration (N : Node_Id) is
Loc : constant Source_Ptr := Sloc (N);
+ AS : constant List_Id := Aspect_Specifications (N);
Id : Entity_Id;
New_N : Node_Id;
Save_Parent : Node_Id;
Check_References (Id);
end if;
end if;
+
+ Analyze_Aspect_Specifications (N, Id, AS);
end Analyze_Generic_Package_Declaration;
--------------------------------------------
--------------------------------------------
procedure Analyze_Generic_Subprogram_Declaration (N : Node_Id) is
+ AS : constant List_Id := Aspect_Specifications (N);
Spec : Node_Id;
Id : Entity_Id;
Formals : List_Id;
End_Scope;
Exit_Generic_Scope (Id);
Generate_Reference_To_Formals (Id);
+ Analyze_Aspect_Specifications (N, Id, AS);
end Analyze_Generic_Subprogram_Declaration;
-----------------------------------
procedure Analyze_Package_Instantiation (N : Node_Id) is
Loc : constant Source_Ptr := Sloc (N);
Gen_Id : constant Node_Id := Name (N);
+ AS : constant List_Id := Aspect_Specifications (N);
Act_Decl : Node_Id;
Act_Decl_Name : Node_Id;
if Etype (Gen_Unit) = Any_Type then
Restore_Env;
- return;
+ goto Leave;
elsif Ekind (Gen_Unit) /= E_Generic_Package then
end if;
Restore_Env;
- return;
+ goto Leave;
end if;
if In_Extended_Main_Source_Unit (N) then
if In_Open_Scopes (Gen_Unit) then
Error_Msg_NE ("instantiation of & within itself", N, Gen_Unit);
Restore_Env;
- return;
+ goto Leave;
elsif Contains_Instance_Of (Gen_Unit, Current_Scope, Gen_Id) then
Error_Msg_Node_2 := Current_Scope;
("circular Instantiation: & instantiated in &!", N, Gen_Unit);
Circularity_Detected := True;
Restore_Env;
- return;
+ goto Leave;
else
Gen_Decl := Unit_Declaration_Node (Gen_Unit);
Set_Defining_Identifier (N, Act_Decl_Id);
end if;
+ <<Leave>> Analyze_Aspect_Specifications (N, Act_Decl_Id, AS);
+
exception
when Instantiation_Error =>
if Parent_Installed then
is
Loc : constant Source_Ptr := Sloc (N);
Gen_Id : constant Node_Id := Name (N);
+ AS : constant List_Id := Aspect_Specifications (N);
Anon_Id : constant Entity_Id :=
Make_Defining_Identifier (Sloc (Defining_Entity (N)),
Error_Msg_NE
("circular Instantiation: & instantiated in &!", N, Gen_Unit);
Circularity_Detected := True;
- return;
+ goto Leave;
end if;
Gen_Decl := Unit_Declaration_Node (Gen_Unit);
Generic_Renamings_HTable.Reset;
end if;
+ <<Leave>> Analyze_Aspect_Specifications (N, Act_Decl_Id, AS);
+
exception
when Instantiation_Error =>
if Parent_Installed then
-- --
-- S p e c --
-- --
--- Copyright (C) 1992-2009, Free Software Foundation, Inc. --
+-- Copyright (C) 1992-2010, Free Software Foundation, Inc. --
-- --
-- GNAT is free software; you can redistribute it and/or modify it under --
-- terms of the GNU General Public License as published by the Free Soft- --
procedure Analyze_Function_Instantiation (N : Node_Id);
procedure Analyze_Formal_Object_Declaration (N : Node_Id);
procedure Analyze_Formal_Type_Declaration (N : Node_Id);
- procedure Analyze_Formal_Subprogram (N : Node_Id);
- procedure Analyze_Formal_Package (N : Node_Id);
+ procedure Analyze_Formal_Subprogram_Declaration (N : Node_Id);
+ procedure Analyze_Formal_Package_Declaration (N : Node_Id);
procedure Start_Generic;
-- Must be invoked before starting to process a generic spec or body
-- --
------------------------------------------------------------------------------
+with Aspects; use Aspects;
with Atree; use Atree;
with Checks; use Checks;
with Einfo; use Einfo;
end if;
end Alignment_Check_For_Esize_Change;
+ -----------------------------------
+ -- Analyze_Aspect_Specifications --
+ -----------------------------------
+
+ procedure Analyze_Aspect_Specifications
+ (N : Node_Id;
+ E : Entity_Id;
+ L : List_Id)
+ is
+ Aspect : Node_Id;
+ Ent : Node_Id;
+ Result : Boolean;
+ Ritem : Node_Id;
+
+ Ins_Node : Node_Id := N;
+ -- Insert pragmas after this node
+
+ begin
+ if L = No_List then
+ return;
+ end if;
+
+ Aspect := First (L);
+ while Present (Aspect) loop
+ declare
+ Id : constant Node_Id := Identifier (Aspect);
+ Expr : constant Node_Id := Expression (Aspect);
+ Nam : constant Name_Id := Chars (Id);
+ Anod : Node_Id;
+
+ begin
+ -- Check for duplicate aspect
+
+ Anod := First (L);
+ while Anod /= Aspect loop
+ if Nam = Chars (Identifier (Anod)) then
+ Error_Msg_Name_1 := Nam;
+ Error_Msg_Sloc := Sloc (Anod);
+ Error_Msg_NE
+ ("aspect% for & ignored, already given at#", Id, E);
+ goto Continue;
+ end if;
+
+ Next (Anod);
+ end loop;
+
+ -- Processing based on specific aspect
+
+ case Get_Aspect_Id (Nam) is
+
+ -- No_Aspect should be impossible
+
+ when No_Aspect =>
+ raise Program_Error;
+
+ -- Aspects taking an optional boolean argument. For all of
+ -- these we just create a matching pragma and insert it,
+ -- setting flag Cancel_Aspect if the expression is False.
+
+ when Aspect_Ada_2005 |
+ Aspect_Ada_2012 |
+ Aspect_Atomic |
+ Aspect_Atomic_Components |
+ Aspect_Discard_Names |
+ Aspect_Favor_Top_Level |
+ Aspect_Inline |
+ Aspect_Inline_Always |
+ Aspect_No_Return |
+ Aspect_Pack |
+ Aspect_Persistent_BSS |
+ Aspect_Preelaborable_Initialization |
+ Aspect_Pure_Function |
+ Aspect_Shared |
+ Aspect_Suppress_Debug_Info |
+ Aspect_Unchecked_Union |
+ Aspect_Universal_Aliasing |
+ Aspect_Unmodified |
+ Aspect_Unreferenced |
+ Aspect_Unreferenced_Objects |
+ Aspect_Volatile |
+ Aspect_Volatile_Components =>
+
+ if No (Expr) then
+ Result := True;
+
+ else
+ Analyze_And_Resolve (Expr);
+
+ if not Is_OK_Static_Expression (Expr) then
+ Error_Msg_N
+ ("static boolean expression required here", Expr);
+ Result := True;
+
+ else
+ Result := Is_True (Expr_Value (Expr));
+ end if;
+ end if;
+
+ Ent := New_Occurrence_Of (E, Sloc (Id));
+
+ Ritem :=
+ Make_Pragma (Sloc (Aspect),
+ Pragma_Argument_Associations => New_List (Ent),
+ Pragma_Identifier =>
+ Make_Identifier (Sloc (Id), Chars (Id)));
+
+ if Result = False then
+ Set_Aspect_Cancel (Ritem);
+ end if;
+
+ -- Aspects corresponding to attribute definition clauses. We
+ -- create the matching clause and insert it following the
+ -- declaration in the tree.
+
+ when Aspect_Address |
+ Aspect_Alignment |
+ Aspect_Bit_Order |
+ Aspect_Component_Size |
+ Aspect_External_Tag |
+ Aspect_Machine_Radix |
+ Aspect_Object_Size |
+ Aspect_Size |
+ Aspect_Storage_Pool |
+ Aspect_Storage_Size |
+ Aspect_Stream_Size |
+ Aspect_Value_Size =>
+
+ Ritem :=
+ Make_Attribute_Definition_Clause (Sloc (Aspect),
+ Name => New_Occurrence_Of (E, Sloc (Id)),
+ Chars => Chars (Id),
+ Expression => Relocate_Node (Expr));
+
+ -- Aspects corresponding to pragmas with two arguments, where
+ -- the first argument is a local name referring to the entity,
+ -- and the second argument is the aspect definition expression.
+
+ when Aspect_Suppress |
+ Aspect_Unsuppress =>
+
+ Ritem :=
+ Make_Pragma (Sloc (Aspect),
+ Pragma_Argument_Associations => New_List (
+ New_Occurrence_Of (E, Sloc (Expr)),
+ Relocate_Node (Expr)),
+ Pragma_Identifier =>
+ Make_Identifier (Sloc (Id), Chars (Id)));
+
+ -- Aspects corresponding to pragmas with two arguments, where
+ -- the second argument is a local name referring to the entity,
+ -- and the first argument is the aspect definition expression.
+
+ when Aspect_Warnings =>
+
+ Ritem :=
+ Make_Pragma (Sloc (Aspect),
+ Pragma_Argument_Associations => New_List (
+ Relocate_Node (Expr),
+ New_Occurrence_Of (E, Sloc (Expr))),
+ Pragma_Identifier =>
+ Make_Identifier (Sloc (Id), Chars (Id)));
+
+ -- Aspect Post corresponds to pragma Postcondition with single
+ -- argument that is the expression (we never give a message
+ -- argument. This is inserted right after the declaration, to
+ -- to get the required pragma placement.
+
+ when Aspect_Post =>
+
+ Insert_After (N,
+ Make_Pragma (Sloc (Expr),
+ Pragma_Argument_Associations => New_List (
+ Relocate_Node (Expr)),
+ Pragma_Identifier =>
+ Make_Identifier (Sloc (Id), Name_Postcondition)));
+ goto Continue;
+
+ -- Aspect Pre corresponds to pragma Precondition with single
+ -- argument that is the expression (we never give a message
+ -- argument. This is inserted right after the declaration, to
+ -- get the required pragma placement.
+
+ when Aspect_Pre =>
+
+ Insert_After (N,
+ Make_Pragma (Sloc (Expr),
+ Pragma_Argument_Associations => New_List (
+ Relocate_Node (Expr)),
+ Pragma_Identifier =>
+ Make_Identifier (Sloc (Id), Name_Precondition)));
+ goto Continue;
+
+ -- Aspects currently unimplemented
+
+ when Aspect_Invariant |
+ Aspect_Predicate =>
+
+ Error_Msg_N ("aspect& not implemented", Identifier (Aspect));
+ goto Continue;
+ end case;
+
+ Set_From_Aspect_Specification (Ritem);
+ Insert_After (Ins_Node, Ritem);
+ Ins_Node := Ritem;
+ end;
+
+ <<Continue>>
+ Next (Aspect);
+ end loop;
+ end Analyze_Aspect_Specifications;
+
-----------------------
-- Analyze_At_Clause --
-----------------------
-- Common processing for 'Read, 'Write, 'Input and 'Output attribute
-- definition clauses.
+ function Duplicate_Clause return Boolean;
+ -- This routine checks if the aspect for U_Ent being given by attribute
+ -- definition clause N is for an aspect that has already been specified,
+ -- and if so gives an error message. If there is a duplicate, True is
+ -- returned, otherwise if there is no error, False is returned.
+
-----------------------------------
-- Analyze_Stream_TSS_Definition --
-----------------------------------
end if;
end Analyze_Stream_TSS_Definition;
+ ----------------------
+ -- Duplicate_Clause --
+ ----------------------
+
+ function Duplicate_Clause return Boolean is
+ A : constant Node_Id :=
+ Get_Attribute_Definition_Clause
+ (U_Ent, Get_Attribute_Id (Chars (N)));
+
+ begin
+ -- Nothing to do if this attribute definition clause comes from an
+ -- aspect specification, since we could not be duplicating an
+ -- explicit clause, and we dealt with the case of duplicated aspects
+ -- in Analyze_Aspect_Specifications.
+
+ if From_Aspect_Specification (N) then
+ return False;
+ end if;
+
+ -- Otherwise current pragma may duplicate previous pragma or a
+ -- previously given aspect specification for the same pragma.
+
+ if Present (A) then
+ if Entity (A) = U_Ent then
+ Error_Msg_Name_1 := Chars (N);
+ Error_Msg_Sloc := Sloc (A);
+ Error_Msg_NE ("aspect% for & previously specified#", N, U_Ent);
+ return True;
+ end if;
+ end if;
+
+ return False;
+ end Duplicate_Clause;
+
-- Start of processing for Analyze_Attribute_Definition_Clause
begin
return;
end if;
+ Set_Entity (N, U_Ent);
+
-- Switch on particular attribute
case Id is
return;
end if;
- if Present (Address_Clause (U_Ent)) then
- Error_Msg_N ("address already given for &", Nam);
+ if Duplicate_Clause then
+ null;
-- Case of address clause for subprogram
then
Error_Msg_N ("alignment cannot be given for &", Nam);
- elsif Has_Alignment_Clause (U_Ent) then
- Error_Msg_Sloc := Sloc (Alignment_Clause (U_Ent));
- Error_Msg_N ("alignment clause previously given#", N);
+ elsif Duplicate_Clause then
+ null;
elsif Align /= No_Uint then
Set_Has_Alignment_Clause (U_Ent);
Error_Msg_N
("Bit_Order can only be defined for record type", Nam);
+ elsif Duplicate_Clause then
+ null;
+
else
Analyze_And_Resolve (Expr, RTE (RE_Bit_Order));
Btype := Base_Type (U_Ent);
Ctyp := Component_Type (Btype);
- if Has_Component_Size_Clause (Btype) then
- Error_Msg_N
- ("component size clause for& previously given", Nam);
+ if Duplicate_Clause then
+ null;
elsif Rep_Item_Too_Early (Btype, N) then
null;
Error_Msg_N ("should be a tagged type", Nam);
end if;
- Analyze_And_Resolve (Expr, Standard_String);
-
- if not Is_Static_Expression (Expr) then
- Flag_Non_Static_Expr
- ("static string required for tag name!", Nam);
- end if;
+ if Duplicate_Clause then
+ null;
- if VM_Target = No_VM then
- Set_Has_External_Tag_Rep_Clause (U_Ent);
else
- Error_Msg_Name_1 := Attr;
- Error_Msg_N
- ("% attribute unsupported in this configuration", Nam);
- end if;
+ Analyze_And_Resolve (Expr, Standard_String);
- if not Is_Library_Level_Entity (U_Ent) then
- Error_Msg_NE
- ("?non-unique external tag supplied for &", N, U_Ent);
- Error_Msg_N
- ("?\same external tag applies to all subprogram calls", N);
- Error_Msg_N
- ("?\corresponding internal tag cannot be obtained", N);
+ if not Is_Static_Expression (Expr) then
+ Flag_Non_Static_Expr
+ ("static string required for tag name!", Nam);
+ end if;
+
+ if VM_Target = No_VM then
+ Set_Has_External_Tag_Rep_Clause (U_Ent);
+ else
+ Error_Msg_Name_1 := Attr;
+ Error_Msg_N
+ ("% attribute unsupported in this configuration", Nam);
+ end if;
+
+ if not Is_Library_Level_Entity (U_Ent) then
+ Error_Msg_NE
+ ("?non-unique external tag supplied for &", N, U_Ent);
+ Error_Msg_N
+ ("?\same external tag applies to all subprogram calls", N);
+ Error_Msg_N
+ ("?\corresponding internal tag cannot be obtained", N);
+ end if;
end if;
end External_Tag;
if not Is_Decimal_Fixed_Point_Type (U_Ent) then
Error_Msg_N ("decimal fixed-point type expected for &", Nam);
- elsif Has_Machine_Radix_Clause (U_Ent) then
- Error_Msg_Sloc := Sloc (Alignment_Clause (U_Ent));
- Error_Msg_N ("machine radix clause previously given#", N);
+ elsif Duplicate_Clause then
+ null;
elsif Radix /= No_Uint then
Set_Has_Machine_Radix_Clause (U_Ent);
if not Is_Type (U_Ent) then
Error_Msg_N ("Object_Size cannot be given for &", Nam);
- elsif Has_Object_Size_Clause (U_Ent) then
- Error_Msg_N ("Object_Size already given for &", Nam);
+ elsif Duplicate_Clause then
+ null;
else
Check_Size (Expr, U_Ent, Size, Biased);
begin
FOnly := True;
- if Has_Size_Clause (U_Ent) then
- Error_Msg_N ("size already given for &", Nam);
+ if Duplicate_Clause then
+ null;
elsif not Is_Type (U_Ent)
and then Ekind (U_Ent) /= E_Variable
("storage pool cannot be given for a derived access type",
Nam);
- elsif Has_Storage_Size_Clause (U_Ent) then
- Error_Msg_N ("storage size already given for &", Nam);
+ elsif Duplicate_Clause then
return;
elsif Present (Associated_Storage_Pool (U_Ent)) then
("storage size cannot be given for a derived access type",
Nam);
- elsif Has_Storage_Size_Clause (Btype) then
- Error_Msg_N ("storage size already given for &", Nam);
+ elsif Duplicate_Clause then
+ null;
else
Analyze_And_Resolve (Expr, Any_Integer);
Check_Restriction (No_Implementation_Attributes, N);
end if;
- if Has_Stream_Size_Clause (U_Ent) then
- Error_Msg_N ("Stream_Size already given for &", Nam);
+ if Duplicate_Clause then
+ null;
elsif Is_Elementary_Type (U_Ent) then
if Size /= System_Storage_Unit
if not Is_Type (U_Ent) then
Error_Msg_N ("Value_Size cannot be given for &", Nam);
- elsif Present
- (Get_Attribute_Definition_Clause
- (U_Ent, Attribute_Value_Size))
- then
- Error_Msg_N ("Value_Size already given for &", Nam);
+ elsif Duplicate_Clause then
+ null;
elsif Is_Array_Type (U_Ent)
and then not Is_Constrained (U_Ent)
procedure Analyze_Record_Representation_Clause (N : Node_Id);
procedure Analyze_Code_Statement (N : Node_Id);
+ procedure Analyze_Aspect_Specifications
+ (N : Node_Id;
+ E : Entity_Id;
+ L : List_Id);
+ -- This procedure is called to analyze aspect spefications for node N. E is
+ -- the corresponding entity declared by the declaration node N, and L is
+ -- the list of aspect specifications for this node. If L is No_List, the
+ -- call is ignored. Note that we can't use a simpler interface of just
+ -- passing the node N, since the analysis of the node may cause it to be
+ -- rewritten to a node not permitting aspect specifications.
+
procedure Adjust_Record_For_Reverse_Bit_Order (R : Entity_Id);
-- Called from Freeze where R is a record entity for which reverse bit
-- order is specified and there is at least one component clause. Adjusts
-- --
------------------------------------------------------------------------------
+with Aspects; use Aspects;
with Atree; use Atree;
with Checks; use Checks;
with Debug; use Debug;
else
if From_With_Type (Typ) then
- -- AI05-151 : incomplete types are allowed in all basic
+ -- AI05-151: Incomplete types are allowed in all basic
-- declarations, including access to subprograms.
if Ada_Version >= Ada_2012 then
procedure Analyze_Component_Declaration (N : Node_Id) is
Id : constant Entity_Id := Defining_Identifier (N);
E : constant Node_Id := Expression (N);
+ AS : constant List_Id := Aspect_Specifications (N);
T : Entity_Id;
P : Entity_Id;
end if;
Set_Original_Record_Component (Id, Id);
+ Analyze_Aspect_Specifications (N, Id, AS);
end Analyze_Component_Declaration;
--------------------------
end loop;
end Analyze_Declarations;
- ----------------------------------
- -- Analyze_Incomplete_Type_Decl --
- ----------------------------------
+ -----------------------------------
+ -- Analyze_Full_Type_Declaration --
+ -----------------------------------
- procedure Analyze_Incomplete_Type_Decl (N : Node_Id) is
- F : constant Boolean := Is_Pure (Current_Scope);
- T : Entity_Id;
+ procedure Analyze_Full_Type_Declaration (N : Node_Id) is
+ Def : constant Node_Id := Type_Definition (N);
+ Def_Id : constant Entity_Id := Defining_Identifier (N);
+ AS : constant List_Id := Aspect_Specifications (N);
+ T : Entity_Id;
+ Prev : Entity_Id;
- begin
- Generate_Definition (Defining_Identifier (N));
+ Is_Remote : constant Boolean :=
+ (Is_Remote_Types (Current_Scope)
+ or else Is_Remote_Call_Interface (Current_Scope))
+ and then not (In_Private_Part (Current_Scope)
+ or else In_Package_Body (Current_Scope));
- -- Process an incomplete declaration. The identifier must not have been
- -- declared already in the scope. However, an incomplete declaration may
- -- appear in the private part of a package, for a private type that has
- -- already been declared.
+ procedure Check_Ops_From_Incomplete_Type;
+ -- If there is a tagged incomplete partial view of the type, transfer
+ -- its operations to the full view, and indicate that the type of the
+ -- controlling parameter (s) is this full view.
- -- In this case, the discriminants (if any) must match
+ ------------------------------------
+ -- Check_Ops_From_Incomplete_Type --
+ ------------------------------------
- T := Find_Type_Name (N);
+ procedure Check_Ops_From_Incomplete_Type is
+ Elmt : Elmt_Id;
+ Formal : Entity_Id;
+ Op : Entity_Id;
- Set_Ekind (T, E_Incomplete_Type);
- Init_Size_Align (T);
- Set_Is_First_Subtype (T, True);
- Set_Etype (T, T);
+ begin
+ if Prev /= T
+ and then Ekind (Prev) = E_Incomplete_Type
+ and then Is_Tagged_Type (Prev)
+ and then Is_Tagged_Type (T)
+ then
+ Elmt := First_Elmt (Primitive_Operations (Prev));
+ while Present (Elmt) loop
+ Op := Node (Elmt);
+ Prepend_Elmt (Op, Primitive_Operations (T));
- -- Ada 2005 (AI-326): Minimum decoration to give support to tagged
- -- incomplete types.
+ Formal := First_Formal (Op);
+ while Present (Formal) loop
+ if Etype (Formal) = Prev then
+ Set_Etype (Formal, T);
+ end if;
- if Tagged_Present (N) then
- Set_Is_Tagged_Type (T);
- Make_Class_Wide_Type (T);
- Set_Primitive_Operations (T, New_Elmt_List);
- end if;
+ Next_Formal (Formal);
+ end loop;
- Push_Scope (T);
+ if Etype (Op) = Prev then
+ Set_Etype (Op, T);
+ end if;
- Set_Stored_Constraint (T, No_Elist);
+ Next_Elmt (Elmt);
+ end loop;
+ end if;
+ end Check_Ops_From_Incomplete_Type;
- if Present (Discriminant_Specifications (N)) then
- Process_Discriminants (N);
- end if;
+ -- Start of processing for Analyze_Full_Type_Declaration
- End_Scope;
+ begin
+ Prev := Find_Type_Name (N);
- -- If the type has discriminants, non-trivial subtypes may be
- -- declared before the full view of the type. The full views of those
- -- subtypes will be built after the full view of the type.
+ -- The full view, if present, now points to the current type
- Set_Private_Dependents (T, New_Elmt_List);
- Set_Is_Pure (T, F);
- end Analyze_Incomplete_Type_Decl;
+ -- Ada 2005 (AI-50217): If the type was previously decorated when
+ -- imported through a LIMITED WITH clause, it appears as incomplete
+ -- but has no full view.
- -----------------------------------
- -- Analyze_Interface_Declaration --
- -----------------------------------
+ -- If the incomplete view is tagged, a class_wide type has been
+ -- created already. Use it for the full view as well, to prevent
+ -- multiple incompatible class-wide types that may be created for
+ -- self-referential anonymous access components.
- procedure Analyze_Interface_Declaration (T : Entity_Id; Def : Node_Id) is
- CW : constant Entity_Id := Class_Wide_Type (T);
+ if Ekind (Prev) = E_Incomplete_Type
+ and then Present (Full_View (Prev))
+ then
+ T := Full_View (Prev);
- begin
- Set_Is_Tagged_Type (T);
+ if Is_Tagged_Type (Prev)
+ and then Present (Class_Wide_Type (Prev))
+ then
+ Set_Ekind (T, Ekind (Prev)); -- will be reset later
+ Set_Class_Wide_Type (T, Class_Wide_Type (Prev));
+ Set_Etype (Class_Wide_Type (T), T);
+ end if;
- Set_Is_Limited_Record (T, Limited_Present (Def)
- or else Task_Present (Def)
- or else Protected_Present (Def)
- or else Synchronized_Present (Def));
+ else
+ T := Prev;
+ end if;
- -- Type is abstract if full declaration carries keyword, or if previous
- -- partial view did.
+ Set_Is_Pure (T, Is_Pure (Current_Scope));
- Set_Is_Abstract_Type (T);
- Set_Is_Interface (T);
+ -- We set the flag Is_First_Subtype here. It is needed to set the
+ -- corresponding flag for the Implicit class-wide-type created
+ -- during tagged types processing.
- -- Type is a limited interface if it includes the keyword limited, task,
- -- protected, or synchronized.
+ Set_Is_First_Subtype (T, True);
- Set_Is_Limited_Interface
- (T, Limited_Present (Def)
- or else Protected_Present (Def)
- or else Synchronized_Present (Def)
- or else Task_Present (Def));
+ -- Only composite types other than array types are allowed to have
+ -- discriminants.
- Set_Interfaces (T, New_Elmt_List);
- Set_Primitive_Operations (T, New_Elmt_List);
+ case Nkind (Def) is
- -- Complete the decoration of the class-wide entity if it was already
- -- built (i.e. during the creation of the limited view)
+ -- For derived types, the rule will be checked once we've figured
+ -- out the parent type.
- if Present (CW) then
- Set_Is_Interface (CW);
- Set_Is_Limited_Interface (CW, Is_Limited_Interface (T));
- end if;
+ when N_Derived_Type_Definition =>
+ null;
- -- Check runtime support for synchronized interfaces
+ -- For record types, discriminants are allowed
- if VM_Target = No_VM
- and then (Is_Task_Interface (T)
- or else Is_Protected_Interface (T)
- or else Is_Synchronized_Interface (T))
- and then not RTE_Available (RE_Select_Specific_Data)
- then
- Error_Msg_CRT ("synchronized interfaces", T);
- end if;
- end Analyze_Interface_Declaration;
+ when N_Record_Definition =>
+ null;
- -----------------------------
- -- Analyze_Itype_Reference --
- -----------------------------
+ when others =>
+ if Present (Discriminant_Specifications (N)) then
+ Error_Msg_N
+ ("elementary or array type cannot have discriminants",
+ Defining_Identifier
+ (First (Discriminant_Specifications (N))));
+ end if;
+ end case;
- -- Nothing to do. This node is placed in the tree only for the benefit of
- -- back end processing, and has no effect on the semantic processing.
+ -- Elaborate the type definition according to kind, and generate
+ -- subsidiary (implicit) subtypes where needed. We skip this if it was
+ -- already done (this happens during the reanalysis that follows a call
+ -- to the high level optimizer).
- procedure Analyze_Itype_Reference (N : Node_Id) is
- begin
- pragma Assert (Is_Itype (Itype (N)));
- null;
- end Analyze_Itype_Reference;
+ if not Analyzed (T) then
+ Set_Analyzed (T);
- --------------------------------
- -- Analyze_Number_Declaration --
- --------------------------------
+ case Nkind (Def) is
- procedure Analyze_Number_Declaration (N : Node_Id) is
- Id : constant Entity_Id := Defining_Identifier (N);
- E : constant Node_Id := Expression (N);
- T : Entity_Id;
- Index : Interp_Index;
- It : Interp;
+ when N_Access_To_Subprogram_Definition =>
+ Access_Subprogram_Declaration (T, Def);
- begin
- Generate_Definition (Id);
- Enter_Name (Id);
+ -- If this is a remote access to subprogram, we must create the
+ -- equivalent fat pointer type, and related subprograms.
- -- This is an optimization of a common case of an integer literal
+ if Is_Remote then
+ Process_Remote_AST_Declaration (N);
+ end if;
- if Nkind (E) = N_Integer_Literal then
- Set_Is_Static_Expression (E, True);
- Set_Etype (E, Universal_Integer);
+ -- Validate categorization rule against access type declaration
+ -- usually a violation in Pure unit, Shared_Passive unit.
- Set_Etype (Id, Universal_Integer);
- Set_Ekind (Id, E_Named_Integer);
- Set_Is_Frozen (Id, True);
- return;
- end if;
+ Validate_Access_Type_Declaration (T, N);
- Set_Is_Pure (Id, Is_Pure (Current_Scope));
+ when N_Access_To_Object_Definition =>
+ Access_Type_Declaration (T, Def);
- -- Process expression, replacing error by integer zero, to avoid
- -- cascaded errors or aborts further along in the processing
+ -- Validate categorization rule against access type declaration
+ -- usually a violation in Pure unit, Shared_Passive unit.
- -- Replace Error by integer zero, which seems least likely to
- -- cause cascaded errors.
+ Validate_Access_Type_Declaration (T, N);
- if E = Error then
- Rewrite (E, Make_Integer_Literal (Sloc (E), Uint_0));
- Set_Error_Posted (E);
- end if;
+ -- If we are in a Remote_Call_Interface package and define a
+ -- RACW, then calling stubs and specific stream attributes
+ -- must be added.
- Analyze (E);
+ if Is_Remote
+ and then Is_Remote_Access_To_Class_Wide_Type (Def_Id)
+ then
+ Add_RACW_Features (Def_Id);
+ end if;
- -- Verify that the expression is static and numeric. If
- -- the expression is overloaded, we apply the preference
- -- rule that favors root numeric types.
+ -- Set no strict aliasing flag if config pragma seen
- if not Is_Overloaded (E) then
- T := Etype (E);
+ if Opt.No_Strict_Aliasing then
+ Set_No_Strict_Aliasing (Base_Type (Def_Id));
+ end if;
- else
- T := Any_Type;
+ when N_Array_Type_Definition =>
+ Array_Type_Declaration (T, Def);
- Get_First_Interp (E, Index, It);
- while Present (It.Typ) loop
- if (Is_Integer_Type (It.Typ)
- or else Is_Real_Type (It.Typ))
- and then (Scope (Base_Type (It.Typ))) = Standard_Standard
- then
- if T = Any_Type then
- T := It.Typ;
-
- elsif It.Typ = Universal_Real
- or else It.Typ = Universal_Integer
- then
- -- Choose universal interpretation over any other
-
- T := It.Typ;
- exit;
- end if;
- end if;
-
- Get_Next_Interp (Index, It);
- end loop;
- end if;
+ when N_Derived_Type_Definition =>
+ Derived_Type_Declaration (T, N, T /= Def_Id);
- if Is_Integer_Type (T) then
- Resolve (E, T);
- Set_Etype (Id, Universal_Integer);
- Set_Ekind (Id, E_Named_Integer);
+ when N_Enumeration_Type_Definition =>
+ Enumeration_Type_Declaration (T, Def);
- elsif Is_Real_Type (T) then
+ when N_Floating_Point_Definition =>
+ Floating_Point_Type_Declaration (T, Def);
- -- Because the real value is converted to universal_real, this is a
- -- legal context for a universal fixed expression.
+ when N_Decimal_Fixed_Point_Definition =>
+ Decimal_Fixed_Point_Type_Declaration (T, Def);
- if T = Universal_Fixed then
- declare
- Loc : constant Source_Ptr := Sloc (N);
- Conv : constant Node_Id := Make_Type_Conversion (Loc,
- Subtype_Mark =>
- New_Occurrence_Of (Universal_Real, Loc),
- Expression => Relocate_Node (E));
+ when N_Ordinary_Fixed_Point_Definition =>
+ Ordinary_Fixed_Point_Type_Declaration (T, Def);
- begin
- Rewrite (E, Conv);
- Analyze (E);
- end;
+ when N_Signed_Integer_Type_Definition =>
+ Signed_Integer_Type_Declaration (T, Def);
- elsif T = Any_Fixed then
- Error_Msg_N ("illegal context for mixed mode operation", E);
+ when N_Modular_Type_Definition =>
+ Modular_Type_Declaration (T, Def);
- -- Expression is of the form : universal_fixed * integer. Try to
- -- resolve as universal_real.
+ when N_Record_Definition =>
+ Record_Type_Declaration (T, N, Prev);
- T := Universal_Real;
- Set_Etype (E, T);
- end if;
+ -- If declaration has a parse error, nothing to elaborate.
- Resolve (E, T);
- Set_Etype (Id, Universal_Real);
- Set_Ekind (Id, E_Named_Real);
+ when N_Error =>
+ null;
- else
- Wrong_Type (E, Any_Numeric);
- Resolve (E, T);
+ when others =>
+ raise Program_Error;
- Set_Etype (Id, T);
- Set_Ekind (Id, E_Constant);
- Set_Never_Set_In_Source (Id, True);
- Set_Is_True_Constant (Id, True);
- return;
+ end case;
end if;
- if Nkind_In (E, N_Integer_Literal, N_Real_Literal) then
- Set_Etype (E, Etype (Id));
+ if Etype (T) = Any_Type then
+ goto Leave;
end if;
- if not Is_OK_Static_Expression (E) then
- Flag_Non_Static_Expr
- ("non-static expression used in number declaration!", E);
- Rewrite (E, Make_Integer_Literal (Sloc (N), 1));
- Set_Etype (E, Any_Type);
- end if;
- end Analyze_Number_Declaration;
+ -- Some common processing for all types
- --------------------------------
- -- Analyze_Object_Declaration --
- --------------------------------
+ Set_Depends_On_Private (T, Has_Private_Component (T));
+ Check_Ops_From_Incomplete_Type;
- procedure Analyze_Object_Declaration (N : Node_Id) is
- Loc : constant Source_Ptr := Sloc (N);
- Id : constant Entity_Id := Defining_Identifier (N);
- T : Entity_Id;
- Act_T : Entity_Id;
+ -- Both the declared entity, and its anonymous base type if one
+ -- was created, need freeze nodes allocated.
- E : Node_Id := Expression (N);
- -- E is set to Expression (N) throughout this routine. When
- -- Expression (N) is modified, E is changed accordingly.
+ declare
+ B : constant Entity_Id := Base_Type (T);
- Prev_Entity : Entity_Id := Empty;
+ begin
+ -- In the case where the base type differs from the first subtype, we
+ -- pre-allocate a freeze node, and set the proper link to the first
+ -- subtype. Freeze_Entity will use this preallocated freeze node when
+ -- it freezes the entity.
- function Count_Tasks (T : Entity_Id) return Uint;
- -- This function is called when a non-generic library level object of a
- -- task type is declared. Its function is to count the static number of
- -- tasks declared within the type (it is only called if Has_Tasks is set
- -- for T). As a side effect, if an array of tasks with non-static bounds
- -- or a variant record type is encountered, Check_Restrictions is called
- -- indicating the count is unknown.
+ -- This does not apply if the base type is a generic type, whose
+ -- declaration is independent of the current derived definition.
- -----------------
- -- Count_Tasks --
- -----------------
+ if B /= T and then not Is_Generic_Type (B) then
+ Ensure_Freeze_Node (B);
+ Set_First_Subtype_Link (Freeze_Node (B), T);
+ end if;
- function Count_Tasks (T : Entity_Id) return Uint is
- C : Entity_Id;
- X : Node_Id;
- V : Uint;
+ -- A type that is imported through a limited_with clause cannot
+ -- generate any code, and thus need not be frozen. However, an access
+ -- type with an imported designated type needs a finalization list,
+ -- which may be referenced in some other package that has non-limited
+ -- visibility on the designated type. Thus we must create the
+ -- finalization list at the point the access type is frozen, to
+ -- prevent unsatisfied references at link time.
- begin
- if Is_Task_Type (T) then
- return Uint_1;
+ if not From_With_Type (T) or else Is_Access_Type (T) then
+ Set_Has_Delayed_Freeze (T);
+ end if;
+ end;
- elsif Is_Record_Type (T) then
- if Has_Discriminants (T) then
- Check_Restriction (Max_Tasks, N);
- return Uint_0;
+ -- Case where T is the full declaration of some private type which has
+ -- been swapped in Defining_Identifier (N).
- else
- V := Uint_0;
- C := First_Component (T);
- while Present (C) loop
- V := V + Count_Tasks (Etype (C));
- Next_Component (C);
- end loop;
+ if T /= Def_Id and then Is_Private_Type (Def_Id) then
+ Process_Full_View (N, T, Def_Id);
- return V;
- end if;
+ -- Record the reference. The form of this is a little strange, since
+ -- the full declaration has been swapped in. So the first parameter
+ -- here represents the entity to which a reference is made which is
+ -- the "real" entity, i.e. the one swapped in, and the second
+ -- parameter provides the reference location.
- elsif Is_Array_Type (T) then
- X := First_Index (T);
- V := Count_Tasks (Component_Type (T));
- while Present (X) loop
- C := Etype (X);
+ -- Also, we want to kill Has_Pragma_Unreferenced temporarily here
+ -- since we don't want a complaint about the full type being an
+ -- unwanted reference to the private type
- if not Is_Static_Subtype (C) then
- Check_Restriction (Max_Tasks, N);
- return Uint_0;
- else
- V := V * (UI_Max (Uint_0,
- Expr_Value (Type_High_Bound (C)) -
- Expr_Value (Type_Low_Bound (C)) + Uint_1));
- end if;
+ declare
+ B : constant Boolean := Has_Pragma_Unreferenced (T);
+ begin
+ Set_Has_Pragma_Unreferenced (T, False);
+ Generate_Reference (T, T, 'c');
+ Set_Has_Pragma_Unreferenced (T, B);
+ end;
- Next_Index (X);
- end loop;
+ Set_Completion_Referenced (Def_Id);
- return V;
+ -- For completion of incomplete type, process incomplete dependents
+ -- and always mark the full type as referenced (it is the incomplete
+ -- type that we get for any real reference).
- else
- return Uint_0;
- end if;
- end Count_Tasks;
+ elsif Ekind (Prev) = E_Incomplete_Type then
+ Process_Incomplete_Dependents (N, T, Prev);
+ Generate_Reference (Prev, Def_Id, 'c');
+ Set_Completion_Referenced (Def_Id);
- -- Start of processing for Analyze_Object_Declaration
+ -- If not private type or incomplete type completion, this is a real
+ -- definition of a new entity, so record it.
- begin
- -- There are three kinds of implicit types generated by an
- -- object declaration:
+ else
+ Generate_Definition (Def_Id);
+ end if;
- -- 1. Those for generated by the original Object Definition
+ if Chars (Scope (Def_Id)) = Name_System
+ and then Chars (Def_Id) = Name_Address
+ and then Is_Predefined_File_Name (Unit_File_Name (Get_Source_Unit (N)))
+ then
+ Set_Is_Descendent_Of_Address (Def_Id);
+ Set_Is_Descendent_Of_Address (Base_Type (Def_Id));
+ Set_Is_Descendent_Of_Address (Prev);
+ end if;
- -- 2. Those generated by the Expression
+ Set_Optimize_Alignment_Flags (Def_Id);
+ Check_Eliminated (Def_Id);
- -- 3. Those used to constrained the Object Definition with the
- -- expression constraints when it is unconstrained
+ <<Leave>> Analyze_Aspect_Specifications (N, Def_Id, AS);
+ end Analyze_Full_Type_Declaration;
- -- They must be generated in this order to avoid order of elaboration
- -- issues. Thus the first step (after entering the name) is to analyze
- -- the object definition.
+ ----------------------------------
+ -- Analyze_Incomplete_Type_Decl --
+ ----------------------------------
- if Constant_Present (N) then
- Prev_Entity := Current_Entity_In_Scope (Id);
+ procedure Analyze_Incomplete_Type_Decl (N : Node_Id) is
+ F : constant Boolean := Is_Pure (Current_Scope);
+ T : Entity_Id;
- if Present (Prev_Entity)
- and then
- -- If the homograph is an implicit subprogram, it is overridden
- -- by the current declaration.
+ begin
+ Generate_Definition (Defining_Identifier (N));
- ((Is_Overloadable (Prev_Entity)
- and then Is_Inherited_Operation (Prev_Entity))
+ -- Process an incomplete declaration. The identifier must not have been
+ -- declared already in the scope. However, an incomplete declaration may
+ -- appear in the private part of a package, for a private type that has
+ -- already been declared.
- -- The current object is a discriminal generated for an entry
- -- family index. Even though the index is a constant, in this
- -- particular context there is no true constant redeclaration.
- -- Enter_Name will handle the visibility.
+ -- In this case, the discriminants (if any) must match
- or else
- (Is_Discriminal (Id)
- and then Ekind (Discriminal_Link (Id)) =
- E_Entry_Index_Parameter)
+ T := Find_Type_Name (N);
- -- The current object is the renaming for a generic declared
- -- within the instance.
+ Set_Ekind (T, E_Incomplete_Type);
+ Init_Size_Align (T);
+ Set_Is_First_Subtype (T, True);
+ Set_Etype (T, T);
- or else
- (Ekind (Prev_Entity) = E_Package
- and then Nkind (Parent (Prev_Entity)) =
- N_Package_Renaming_Declaration
- and then not Comes_From_Source (Prev_Entity)
- and then Is_Generic_Instance (Renamed_Entity (Prev_Entity))))
- then
- Prev_Entity := Empty;
- end if;
+ -- Ada 2005 (AI-326): Minimum decoration to give support to tagged
+ -- incomplete types.
+
+ if Tagged_Present (N) then
+ Set_Is_Tagged_Type (T);
+ Make_Class_Wide_Type (T);
+ Set_Primitive_Operations (T, New_Elmt_List);
end if;
- if Present (Prev_Entity) then
- Constant_Redeclaration (Id, N, T);
+ Push_Scope (T);
- Generate_Reference (Prev_Entity, Id, 'c');
- Set_Completion_Referenced (Id);
+ Set_Stored_Constraint (T, No_Elist);
- if Error_Posted (N) then
+ if Present (Discriminant_Specifications (N)) then
+ Process_Discriminants (N);
+ end if;
- -- Type mismatch or illegal redeclaration, Do not analyze
- -- expression to avoid cascaded errors.
+ End_Scope;
- T := Find_Type_Of_Object (Object_Definition (N), N);
- Set_Etype (Id, T);
- Set_Ekind (Id, E_Variable);
- return;
- end if;
+ -- If the type has discriminants, non-trivial subtypes may be
+ -- declared before the full view of the type. The full views of those
+ -- subtypes will be built after the full view of the type.
- -- In the normal case, enter identifier at the start to catch premature
- -- usage in the initialization expression.
+ Set_Private_Dependents (T, New_Elmt_List);
+ Set_Is_Pure (T, F);
+ end Analyze_Incomplete_Type_Decl;
- else
- Generate_Definition (Id);
- Enter_Name (Id);
+ -----------------------------------
+ -- Analyze_Interface_Declaration --
+ -----------------------------------
- Mark_Coextensions (N, Object_Definition (N));
+ procedure Analyze_Interface_Declaration (T : Entity_Id; Def : Node_Id) is
+ CW : constant Entity_Id := Class_Wide_Type (T);
- T := Find_Type_Of_Object (Object_Definition (N), N);
+ begin
+ Set_Is_Tagged_Type (T);
- if Nkind (Object_Definition (N)) = N_Access_Definition
- and then Present
- (Access_To_Subprogram_Definition (Object_Definition (N)))
- and then Protected_Present
- (Access_To_Subprogram_Definition (Object_Definition (N)))
- then
- T := Replace_Anonymous_Access_To_Protected_Subprogram (N);
- end if;
+ Set_Is_Limited_Record (T, Limited_Present (Def)
+ or else Task_Present (Def)
+ or else Protected_Present (Def)
+ or else Synchronized_Present (Def));
- if Error_Posted (Id) then
- Set_Etype (Id, T);
- Set_Ekind (Id, E_Variable);
- return;
- end if;
- end if;
+ -- Type is abstract if full declaration carries keyword, or if previous
+ -- partial view did.
- -- Ada 2005 (AI-231): Propagate the null-excluding attribute and carry
- -- out some static checks
+ Set_Is_Abstract_Type (T);
+ Set_Is_Interface (T);
- if Ada_Version >= Ada_2005
- and then Can_Never_Be_Null (T)
- then
- -- In case of aggregates we must also take care of the correct
- -- initialization of nested aggregates bug this is done at the
- -- point of the analysis of the aggregate (see sem_aggr.adb)
+ -- Type is a limited interface if it includes the keyword limited, task,
+ -- protected, or synchronized.
- if Present (Expression (N))
- and then Nkind (Expression (N)) = N_Aggregate
- then
- null;
+ Set_Is_Limited_Interface
+ (T, Limited_Present (Def)
+ or else Protected_Present (Def)
+ or else Synchronized_Present (Def)
+ or else Task_Present (Def));
- else
- declare
- Save_Typ : constant Entity_Id := Etype (Id);
- begin
- Set_Etype (Id, T); -- Temp. decoration for static checks
- Null_Exclusion_Static_Checks (N);
- Set_Etype (Id, Save_Typ);
- end;
- end if;
- end if;
+ Set_Interfaces (T, New_Elmt_List);
+ Set_Primitive_Operations (T, New_Elmt_List);
- Set_Is_Pure (Id, Is_Pure (Current_Scope));
+ -- Complete the decoration of the class-wide entity if it was already
+ -- built (i.e. during the creation of the limited view)
- -- If deferred constant, make sure context is appropriate. We detect
- -- a deferred constant as a constant declaration with no expression.
- -- A deferred constant can appear in a package body if its completion
- -- is by means of an interface pragma.
+ if Present (CW) then
+ Set_Is_Interface (CW);
+ Set_Is_Limited_Interface (CW, Is_Limited_Interface (T));
+ end if;
- if Constant_Present (N)
- and then No (E)
+ -- Check runtime support for synchronized interfaces
+
+ if VM_Target = No_VM
+ and then (Is_Task_Interface (T)
+ or else Is_Protected_Interface (T)
+ or else Is_Synchronized_Interface (T))
+ and then not RTE_Available (RE_Select_Specific_Data)
then
- -- A deferred constant may appear in the declarative part of the
- -- following constructs:
+ Error_Msg_CRT ("synchronized interfaces", T);
+ end if;
+ end Analyze_Interface_Declaration;
- -- blocks
- -- entry bodies
- -- extended return statements
- -- package specs
- -- package bodies
- -- subprogram bodies
- -- task bodies
+ -----------------------------
+ -- Analyze_Itype_Reference --
+ -----------------------------
- -- When declared inside a package spec, a deferred constant must be
- -- completed by a full constant declaration or pragma Import. In all
- -- other cases, the only proper completion is pragma Import. Extended
- -- return statements are flagged as invalid contexts because they do
- -- not have a declarative part and so cannot accommodate the pragma.
+ -- Nothing to do. This node is placed in the tree only for the benefit of
+ -- back end processing, and has no effect on the semantic processing.
- if Ekind (Current_Scope) = E_Return_Statement then
- Error_Msg_N
- ("invalid context for deferred constant declaration (RM 7.4)",
- N);
- Error_Msg_N
- ("\declaration requires an initialization expression",
- N);
- Set_Constant_Present (N, False);
+ procedure Analyze_Itype_Reference (N : Node_Id) is
+ begin
+ pragma Assert (Is_Itype (Itype (N)));
+ null;
+ end Analyze_Itype_Reference;
- -- In Ada 83, deferred constant must be of private type
+ --------------------------------
+ -- Analyze_Number_Declaration --
+ --------------------------------
- elsif not Is_Private_Type (T) then
- if Ada_Version = Ada_83 and then Comes_From_Source (N) then
- Error_Msg_N
- ("(Ada 83) deferred constant must be private type", N);
- end if;
- end if;
+ procedure Analyze_Number_Declaration (N : Node_Id) is
+ Id : constant Entity_Id := Defining_Identifier (N);
+ E : constant Node_Id := Expression (N);
+ T : Entity_Id;
+ Index : Interp_Index;
+ It : Interp;
- -- If not a deferred constant, then object declaration freezes its type
+ begin
+ Generate_Definition (Id);
+ Enter_Name (Id);
- else
- Check_Fully_Declared (T, N);
- Freeze_Before (N, T);
- end if;
+ -- This is an optimization of a common case of an integer literal
- -- If the object was created by a constrained array definition, then
- -- set the link in both the anonymous base type and anonymous subtype
- -- that are built to represent the array type to point to the object.
+ if Nkind (E) = N_Integer_Literal then
+ Set_Is_Static_Expression (E, True);
+ Set_Etype (E, Universal_Integer);
- if Nkind (Object_Definition (Declaration_Node (Id))) =
- N_Constrained_Array_Definition
- then
- Set_Related_Array_Object (T, Id);
- Set_Related_Array_Object (Base_Type (T), Id);
+ Set_Etype (Id, Universal_Integer);
+ Set_Ekind (Id, E_Named_Integer);
+ Set_Is_Frozen (Id, True);
+ return;
end if;
- -- Special checks for protected objects not at library level
-
- if Is_Protected_Type (T)
- and then not Is_Library_Level_Entity (Id)
- then
- Check_Restriction (No_Local_Protected_Objects, Id);
+ Set_Is_Pure (Id, Is_Pure (Current_Scope));
- -- Protected objects with interrupt handlers must be at library level
+ -- Process expression, replacing error by integer zero, to avoid
+ -- cascaded errors or aborts further along in the processing
- -- Ada 2005: this test is not needed (and the corresponding clause
- -- in the RM is removed) because accessibility checks are sufficient
- -- to make handlers not at the library level illegal.
+ -- Replace Error by integer zero, which seems least likely to
+ -- cause cascaded errors.
- if Has_Interrupt_Handler (T)
- and then Ada_Version < Ada_2005
- then
- Error_Msg_N
- ("interrupt object can only be declared at library level", Id);
- end if;
+ if E = Error then
+ Rewrite (E, Make_Integer_Literal (Sloc (E), Uint_0));
+ Set_Error_Posted (E);
end if;
- -- The actual subtype of the object is the nominal subtype, unless
- -- the nominal one is unconstrained and obtained from the expression.
-
- Act_T := T;
+ Analyze (E);
- -- Process initialization expression if present and not in error
+ -- Verify that the expression is static and numeric. If
+ -- the expression is overloaded, we apply the preference
+ -- rule that favors root numeric types.
- if Present (E) and then E /= Error then
+ if not Is_Overloaded (E) then
+ T := Etype (E);
- -- Generate an error in case of CPP class-wide object initialization.
- -- Required because otherwise the expansion of the class-wide
- -- assignment would try to use 'size to initialize the object
- -- (primitive that is not available in CPP tagged types).
+ else
+ T := Any_Type;
- if Is_Class_Wide_Type (Act_T)
- and then
- (Is_CPP_Class (Root_Type (Etype (Act_T)))
- or else
- (Present (Full_View (Root_Type (Etype (Act_T))))
- and then
- Is_CPP_Class (Full_View (Root_Type (Etype (Act_T))))))
- then
- Error_Msg_N
- ("predefined assignment not available for 'C'P'P tagged types",
- E);
- end if;
-
- Mark_Coextensions (N, E);
- Analyze (E);
-
- -- In case of errors detected in the analysis of the expression,
- -- decorate it with the expected type to avoid cascaded errors
-
- if No (Etype (E)) then
- Set_Etype (E, T);
- end if;
-
- -- If an initialization expression is present, then we set the
- -- Is_True_Constant flag. It will be reset if this is a variable
- -- and it is indeed modified.
-
- Set_Is_True_Constant (Id, True);
+ Get_First_Interp (E, Index, It);
+ while Present (It.Typ) loop
+ if (Is_Integer_Type (It.Typ)
+ or else Is_Real_Type (It.Typ))
+ and then (Scope (Base_Type (It.Typ))) = Standard_Standard
+ then
+ if T = Any_Type then
+ T := It.Typ;
- -- If we are analyzing a constant declaration, set its completion
- -- flag after analyzing and resolving the expression.
+ elsif It.Typ = Universal_Real
+ or else It.Typ = Universal_Integer
+ then
+ -- Choose universal interpretation over any other
- if Constant_Present (N) then
- Set_Has_Completion (Id);
- end if;
+ T := It.Typ;
+ exit;
+ end if;
+ end if;
- -- Set type and resolve (type may be overridden later on)
+ Get_Next_Interp (Index, It);
+ end loop;
+ end if;
- Set_Etype (Id, T);
+ if Is_Integer_Type (T) then
Resolve (E, T);
+ Set_Etype (Id, Universal_Integer);
+ Set_Ekind (Id, E_Named_Integer);
- -- If E is null and has been replaced by an N_Raise_Constraint_Error
- -- node (which was marked already-analyzed), we need to set the type
- -- to something other than Any_Access in order to keep gigi happy.
-
- if Etype (E) = Any_Access then
- Set_Etype (E, T);
- end if;
-
- -- If the object is an access to variable, the initialization
- -- expression cannot be an access to constant.
+ elsif Is_Real_Type (T) then
- if Is_Access_Type (T)
- and then not Is_Access_Constant (T)
- and then Is_Access_Type (Etype (E))
- and then Is_Access_Constant (Etype (E))
- then
- Error_Msg_N
- ("access to variable cannot be initialized "
- & "with an access-to-constant expression", E);
- end if;
+ -- Because the real value is converted to universal_real, this is a
+ -- legal context for a universal fixed expression.
- if not Assignment_OK (N) then
- Check_Initialization (T, E);
- end if;
+ if T = Universal_Fixed then
+ declare
+ Loc : constant Source_Ptr := Sloc (N);
+ Conv : constant Node_Id := Make_Type_Conversion (Loc,
+ Subtype_Mark =>
+ New_Occurrence_Of (Universal_Real, Loc),
+ Expression => Relocate_Node (E));
- Check_Unset_Reference (E);
+ begin
+ Rewrite (E, Conv);
+ Analyze (E);
+ end;
- -- If this is a variable, then set current value. If this is a
- -- declared constant of a scalar type with a static expression,
- -- indicate that it is always valid.
+ elsif T = Any_Fixed then
+ Error_Msg_N ("illegal context for mixed mode operation", E);
- if not Constant_Present (N) then
- if Compile_Time_Known_Value (E) then
- Set_Current_Value (Id, E);
- end if;
+ -- Expression is of the form : universal_fixed * integer. Try to
+ -- resolve as universal_real.
- elsif Is_Scalar_Type (T)
- and then Is_OK_Static_Expression (E)
- then
- Set_Is_Known_Valid (Id);
+ T := Universal_Real;
+ Set_Etype (E, T);
end if;
- -- Deal with setting of null flags
+ Resolve (E, T);
+ Set_Etype (Id, Universal_Real);
+ Set_Ekind (Id, E_Named_Real);
- if Is_Access_Type (T) then
- if Known_Non_Null (E) then
- Set_Is_Known_Non_Null (Id, True);
- elsif Known_Null (E)
- and then not Can_Never_Be_Null (Id)
- then
- Set_Is_Known_Null (Id, True);
- end if;
- end if;
+ else
+ Wrong_Type (E, Any_Numeric);
+ Resolve (E, T);
- -- Check incorrect use of dynamically tagged expressions.
+ Set_Etype (Id, T);
+ Set_Ekind (Id, E_Constant);
+ Set_Never_Set_In_Source (Id, True);
+ Set_Is_True_Constant (Id, True);
+ return;
+ end if;
- if Is_Tagged_Type (T) then
- Check_Dynamically_Tagged_Expression
- (Expr => E,
- Typ => T,
- Related_Nod => N);
- end if;
+ if Nkind_In (E, N_Integer_Literal, N_Real_Literal) then
+ Set_Etype (E, Etype (Id));
+ end if;
- Apply_Scalar_Range_Check (E, T);
- Apply_Static_Length_Check (E, T);
+ if not Is_OK_Static_Expression (E) then
+ Flag_Non_Static_Expr
+ ("non-static expression used in number declaration!", E);
+ Rewrite (E, Make_Integer_Literal (Sloc (N), 1));
+ Set_Etype (E, Any_Type);
end if;
+ end Analyze_Number_Declaration;
- -- If the No_Streams restriction is set, check that the type of the
- -- object is not, and does not contain, any subtype derived from
- -- Ada.Streams.Root_Stream_Type. Note that we guard the call to
- -- Has_Stream just for efficiency reasons. There is no point in
- -- spending time on a Has_Stream check if the restriction is not set.
+ --------------------------------
+ -- Analyze_Object_Declaration --
+ --------------------------------
- if Restriction_Check_Required (No_Streams) then
- if Has_Stream (T) then
- Check_Restriction (No_Streams, N);
- end if;
- end if;
+ procedure Analyze_Object_Declaration (N : Node_Id) is
+ Loc : constant Source_Ptr := Sloc (N);
+ Id : constant Entity_Id := Defining_Identifier (N);
+ AS : constant List_Id := Aspect_Specifications (N);
+ T : Entity_Id;
+ Act_T : Entity_Id;
- -- Case of unconstrained type
+ E : Node_Id := Expression (N);
+ -- E is set to Expression (N) throughout this routine. When
+ -- Expression (N) is modified, E is changed accordingly.
- if Is_Indefinite_Subtype (T) then
+ Prev_Entity : Entity_Id := Empty;
- -- Nothing to do in deferred constant case
+ function Count_Tasks (T : Entity_Id) return Uint;
+ -- This function is called when a non-generic library level object of a
+ -- task type is declared. Its function is to count the static number of
+ -- tasks declared within the type (it is only called if Has_Tasks is set
+ -- for T). As a side effect, if an array of tasks with non-static bounds
+ -- or a variant record type is encountered, Check_Restrictions is called
+ -- indicating the count is unknown.
- if Constant_Present (N) and then No (E) then
- null;
+ -----------------
+ -- Count_Tasks --
+ -----------------
- -- Case of no initialization present
+ function Count_Tasks (T : Entity_Id) return Uint is
+ C : Entity_Id;
+ X : Node_Id;
+ V : Uint;
- elsif No (E) then
- if No_Initialization (N) then
- null;
+ begin
+ if Is_Task_Type (T) then
+ return Uint_1;
- elsif Is_Class_Wide_Type (T) then
- Error_Msg_N
- ("initialization required in class-wide declaration ", N);
+ elsif Is_Record_Type (T) then
+ if Has_Discriminants (T) then
+ Check_Restriction (Max_Tasks, N);
+ return Uint_0;
else
- Error_Msg_N
- ("unconstrained subtype not allowed (need initialization)",
- Object_Definition (N));
+ V := Uint_0;
+ C := First_Component (T);
+ while Present (C) loop
+ V := V + Count_Tasks (Etype (C));
+ Next_Component (C);
+ end loop;
- if Is_Record_Type (T) and then Has_Discriminants (T) then
- Error_Msg_N
- ("\provide initial value or explicit discriminant values",
- Object_Definition (N));
+ return V;
+ end if;
- Error_Msg_NE
- ("\or give default discriminant values for type&",
- Object_Definition (N), T);
+ elsif Is_Array_Type (T) then
+ X := First_Index (T);
+ V := Count_Tasks (Component_Type (T));
+ while Present (X) loop
+ C := Etype (X);
- elsif Is_Array_Type (T) then
- Error_Msg_N
- ("\provide initial value or explicit array bounds",
- Object_Definition (N));
+ if not Is_Static_Subtype (C) then
+ Check_Restriction (Max_Tasks, N);
+ return Uint_0;
+ else
+ V := V * (UI_Max (Uint_0,
+ Expr_Value (Type_High_Bound (C)) -
+ Expr_Value (Type_Low_Bound (C)) + Uint_1));
end if;
- end if;
-
- -- Case of initialization present but in error. Set initial
- -- expression as absent (but do not make above complaints)
- elsif E = Error then
- Set_Expression (N, Empty);
- E := Empty;
+ Next_Index (X);
+ end loop;
- -- Case of initialization present
+ return V;
else
- -- Not allowed in Ada 83
+ return Uint_0;
+ end if;
+ end Count_Tasks;
- if not Constant_Present (N) then
- if Ada_Version = Ada_83
- and then Comes_From_Source (Object_Definition (N))
- then
- Error_Msg_N
- ("(Ada 83) unconstrained variable not allowed",
- Object_Definition (N));
- end if;
- end if;
+ -- Start of processing for Analyze_Object_Declaration
- -- Now we constrain the variable from the initializing expression
+ begin
+ -- There are three kinds of implicit types generated by an
+ -- object declaration:
- -- If the expression is an aggregate, it has been expanded into
- -- individual assignments. Retrieve the actual type from the
- -- expanded construct.
+ -- 1. Those for generated by the original Object Definition
- if Is_Array_Type (T)
- and then No_Initialization (N)
- and then Nkind (Original_Node (E)) = N_Aggregate
- then
- Act_T := Etype (E);
+ -- 2. Those generated by the Expression
- -- In case of class-wide interface object declarations we delay
- -- the generation of the equivalent record type declarations until
- -- its expansion because there are cases in they are not required.
+ -- 3. Those used to constrained the Object Definition with the
+ -- expression constraints when it is unconstrained
- elsif Is_Interface (T) then
- null;
+ -- They must be generated in this order to avoid order of elaboration
+ -- issues. Thus the first step (after entering the name) is to analyze
+ -- the object definition.
- else
- Expand_Subtype_From_Expr (N, T, Object_Definition (N), E);
- Act_T := Find_Type_Of_Object (Object_Definition (N), N);
- end if;
+ if Constant_Present (N) then
+ Prev_Entity := Current_Entity_In_Scope (Id);
- Set_Is_Constr_Subt_For_U_Nominal (Act_T);
+ if Present (Prev_Entity)
+ and then
+ -- If the homograph is an implicit subprogram, it is overridden
+ -- by the current declaration.
- if Aliased_Present (N) then
- Set_Is_Constr_Subt_For_UN_Aliased (Act_T);
- end if;
+ ((Is_Overloadable (Prev_Entity)
+ and then Is_Inherited_Operation (Prev_Entity))
- Freeze_Before (N, Act_T);
- Freeze_Before (N, T);
- end if;
+ -- The current object is a discriminal generated for an entry
+ -- family index. Even though the index is a constant, in this
+ -- particular context there is no true constant redeclaration.
+ -- Enter_Name will handle the visibility.
- elsif Is_Array_Type (T)
- and then No_Initialization (N)
- and then Nkind (Original_Node (E)) = N_Aggregate
- then
- if not Is_Entity_Name (Object_Definition (N)) then
- Act_T := Etype (E);
- Check_Compile_Time_Size (Act_T);
+ or else
+ (Is_Discriminal (Id)
+ and then Ekind (Discriminal_Link (Id)) =
+ E_Entry_Index_Parameter)
- if Aliased_Present (N) then
- Set_Is_Constr_Subt_For_UN_Aliased (Act_T);
- end if;
+ -- The current object is the renaming for a generic declared
+ -- within the instance.
+
+ or else
+ (Ekind (Prev_Entity) = E_Package
+ and then Nkind (Parent (Prev_Entity)) =
+ N_Package_Renaming_Declaration
+ and then not Comes_From_Source (Prev_Entity)
+ and then Is_Generic_Instance (Renamed_Entity (Prev_Entity))))
+ then
+ Prev_Entity := Empty;
end if;
+ end if;
- -- When the given object definition and the aggregate are specified
- -- independently, and their lengths might differ do a length check.
- -- This cannot happen if the aggregate is of the form (others =>...)
+ if Present (Prev_Entity) then
+ Constant_Redeclaration (Id, N, T);
- if not Is_Constrained (T) then
- null;
+ Generate_Reference (Prev_Entity, Id, 'c');
+ Set_Completion_Referenced (Id);
- elsif Nkind (E) = N_Raise_Constraint_Error then
+ if Error_Posted (N) then
- -- Aggregate is statically illegal. Place back in declaration
+ -- Type mismatch or illegal redeclaration, Do not analyze
+ -- expression to avoid cascaded errors.
- Set_Expression (N, E);
- Set_No_Initialization (N, False);
+ T := Find_Type_Of_Object (Object_Definition (N), N);
+ Set_Etype (Id, T);
+ Set_Ekind (Id, E_Variable);
+ goto Leave;
+ end if;
- elsif T = Etype (E) then
- null;
+ -- In the normal case, enter identifier at the start to catch premature
+ -- usage in the initialization expression.
- elsif Nkind (E) = N_Aggregate
- and then Present (Component_Associations (E))
- and then Present (Choices (First (Component_Associations (E))))
- and then Nkind (First
- (Choices (First (Component_Associations (E))))) = N_Others_Choice
- then
- null;
+ else
+ Generate_Definition (Id);
+ Enter_Name (Id);
- else
- Apply_Length_Check (E, T);
- end if;
+ Mark_Coextensions (N, Object_Definition (N));
- -- If the type is limited unconstrained with defaulted discriminants and
- -- there is no expression, then the object is constrained by the
- -- defaults, so it is worthwhile building the corresponding subtype.
+ T := Find_Type_Of_Object (Object_Definition (N), N);
- elsif (Is_Limited_Record (T) or else Is_Concurrent_Type (T))
- and then not Is_Constrained (T)
- and then Has_Discriminants (T)
- then
- if No (E) then
- Act_T := Build_Default_Subtype (T, N);
- else
- -- Ada 2005: a limited object may be initialized by means of an
- -- aggregate. If the type has default discriminants it has an
- -- unconstrained nominal type, Its actual subtype will be obtained
- -- from the aggregate, and not from the default discriminants.
+ if Nkind (Object_Definition (N)) = N_Access_Definition
+ and then Present
+ (Access_To_Subprogram_Definition (Object_Definition (N)))
+ and then Protected_Present
+ (Access_To_Subprogram_Definition (Object_Definition (N)))
+ then
+ T := Replace_Anonymous_Access_To_Protected_Subprogram (N);
+ end if;
- Act_T := Etype (E);
+ if Error_Posted (Id) then
+ Set_Etype (Id, T);
+ Set_Ekind (Id, E_Variable);
+ goto Leave;
end if;
+ end if;
- Rewrite (Object_Definition (N), New_Occurrence_Of (Act_T, Loc));
+ -- Ada 2005 (AI-231): Propagate the null-excluding attribute and carry
+ -- out some static checks
- elsif Present (Underlying_Type (T))
- and then not Is_Constrained (Underlying_Type (T))
- and then Has_Discriminants (Underlying_Type (T))
- and then Nkind (E) = N_Function_Call
- and then Constant_Present (N)
+ if Ada_Version >= Ada_2005
+ and then Can_Never_Be_Null (T)
then
- -- The back-end has problems with constants of a discriminated type
- -- with defaults, if the initial value is a function call. We
- -- generate an intermediate temporary for the result of the call.
- -- It is unclear why this should make it acceptable to gcc. ???
+ -- In case of aggregates we must also take care of the correct
+ -- initialization of nested aggregates bug this is done at the
+ -- point of the analysis of the aggregate (see sem_aggr.adb)
- Remove_Side_Effects (E);
- end if;
+ if Present (Expression (N))
+ and then Nkind (Expression (N)) = N_Aggregate
+ then
+ null;
- -- Check No_Wide_Characters restriction
+ else
+ declare
+ Save_Typ : constant Entity_Id := Etype (Id);
+ begin
+ Set_Etype (Id, T); -- Temp. decoration for static checks
+ Null_Exclusion_Static_Checks (N);
+ Set_Etype (Id, Save_Typ);
+ end;
+ end if;
+ end if;
- Check_Wide_Character_Restriction (T, Object_Definition (N));
+ Set_Is_Pure (Id, Is_Pure (Current_Scope));
- -- Indicate this is not set in source. Certainly true for constants,
- -- and true for variables so far (will be reset for a variable if and
- -- when we encounter a modification in the source).
+ -- If deferred constant, make sure context is appropriate. We detect
+ -- a deferred constant as a constant declaration with no expression.
+ -- A deferred constant can appear in a package body if its completion
+ -- is by means of an interface pragma.
- Set_Never_Set_In_Source (Id, True);
+ if Constant_Present (N)
+ and then No (E)
+ then
+ -- A deferred constant may appear in the declarative part of the
+ -- following constructs:
- -- Now establish the proper kind and type of the object
+ -- blocks
+ -- entry bodies
+ -- extended return statements
+ -- package specs
+ -- package bodies
+ -- subprogram bodies
+ -- task bodies
- if Constant_Present (N) then
- Set_Ekind (Id, E_Constant);
- Set_Is_True_Constant (Id, True);
+ -- When declared inside a package spec, a deferred constant must be
+ -- completed by a full constant declaration or pragma Import. In all
+ -- other cases, the only proper completion is pragma Import. Extended
+ -- return statements are flagged as invalid contexts because they do
+ -- not have a declarative part and so cannot accommodate the pragma.
- else
- Set_Ekind (Id, E_Variable);
+ if Ekind (Current_Scope) = E_Return_Statement then
+ Error_Msg_N
+ ("invalid context for deferred constant declaration (RM 7.4)",
+ N);
+ Error_Msg_N
+ ("\declaration requires an initialization expression",
+ N);
+ Set_Constant_Present (N, False);
- -- A variable is set as shared passive if it appears in a shared
- -- passive package, and is at the outer level. This is not done
- -- for entities generated during expansion, because those are
- -- always manipulated locally.
+ -- In Ada 83, deferred constant must be of private type
- if Is_Shared_Passive (Current_Scope)
- and then Is_Library_Level_Entity (Id)
- and then Comes_From_Source (Id)
- then
- Set_Is_Shared_Passive (Id);
- Check_Shared_Var (Id, T, N);
+ elsif not Is_Private_Type (T) then
+ if Ada_Version = Ada_83 and then Comes_From_Source (N) then
+ Error_Msg_N
+ ("(Ada 83) deferred constant must be private type", N);
+ end if;
end if;
- -- Set Has_Initial_Value if initializing expression present. Note
- -- that if there is no initializing expression, we leave the state
- -- of this flag unchanged (usually it will be False, but notably in
- -- the case of exception choice variables, it will already be true).
+ -- If not a deferred constant, then object declaration freezes its type
- if Present (E) then
- Set_Has_Initial_Value (Id, True);
- end if;
+ else
+ Check_Fully_Declared (T, N);
+ Freeze_Before (N, T);
end if;
- -- Initialize alignment and size and capture alignment setting
+ -- If the object was created by a constrained array definition, then
+ -- set the link in both the anonymous base type and anonymous subtype
+ -- that are built to represent the array type to point to the object.
- Init_Alignment (Id);
- Init_Esize (Id);
- Set_Optimize_Alignment_Flags (Id);
+ if Nkind (Object_Definition (Declaration_Node (Id))) =
+ N_Constrained_Array_Definition
+ then
+ Set_Related_Array_Object (T, Id);
+ Set_Related_Array_Object (Base_Type (T), Id);
+ end if;
- -- Deal with aliased case
+ -- Special checks for protected objects not at library level
- if Aliased_Present (N) then
- Set_Is_Aliased (Id);
+ if Is_Protected_Type (T)
+ and then not Is_Library_Level_Entity (Id)
+ then
+ Check_Restriction (No_Local_Protected_Objects, Id);
- -- If the object is aliased and the type is unconstrained with
- -- defaulted discriminants and there is no expression, then the
- -- object is constrained by the defaults, so it is worthwhile
- -- building the corresponding subtype.
+ -- Protected objects with interrupt handlers must be at library level
- -- Ada 2005 (AI-363): If the aliased object is discriminated and
- -- unconstrained, then only establish an actual subtype if the
- -- nominal subtype is indefinite. In definite cases the object is
- -- unconstrained in Ada 2005.
+ -- Ada 2005: this test is not needed (and the corresponding clause
+ -- in the RM is removed) because accessibility checks are sufficient
+ -- to make handlers not at the library level illegal.
- if No (E)
- and then Is_Record_Type (T)
- and then not Is_Constrained (T)
- and then Has_Discriminants (T)
- and then (Ada_Version < Ada_2005 or else Is_Indefinite_Subtype (T))
+ if Has_Interrupt_Handler (T)
+ and then Ada_Version < Ada_2005
then
- Set_Actual_Subtype (Id, Build_Default_Subtype (T, N));
+ Error_Msg_N
+ ("interrupt object can only be declared at library level", Id);
end if;
end if;
- -- Now we can set the type of the object
-
- Set_Etype (Id, Act_T);
+ -- The actual subtype of the object is the nominal subtype, unless
+ -- the nominal one is unconstrained and obtained from the expression.
- -- Deal with controlled types
+ Act_T := T;
- if Has_Controlled_Component (Etype (Id))
- or else Is_Controlled (Etype (Id))
- then
- if not Is_Library_Level_Entity (Id) then
- Check_Restriction (No_Nested_Finalization, N);
- else
- Validate_Controlled_Object (Id);
- end if;
+ -- Process initialization expression if present and not in error
- -- Generate a warning when an initialization causes an obvious ABE
- -- violation. If the init expression is a simple aggregate there
- -- shouldn't be any initialize/adjust call generated. This will be
- -- true as soon as aggregates are built in place when possible.
+ if Present (E) and then E /= Error then
- -- ??? at the moment we do not generate warnings for temporaries
- -- created for those aggregates although Program_Error might be
- -- generated if compiled with -gnato.
+ -- Generate an error in case of CPP class-wide object initialization.
+ -- Required because otherwise the expansion of the class-wide
+ -- assignment would try to use 'size to initialize the object
+ -- (primitive that is not available in CPP tagged types).
- if Is_Controlled (Etype (Id))
- and then Comes_From_Source (Id)
+ if Is_Class_Wide_Type (Act_T)
+ and then
+ (Is_CPP_Class (Root_Type (Etype (Act_T)))
+ or else
+ (Present (Full_View (Root_Type (Etype (Act_T))))
+ and then
+ Is_CPP_Class (Full_View (Root_Type (Etype (Act_T))))))
then
- declare
- BT : constant Entity_Id := Base_Type (Etype (Id));
-
- Implicit_Call : Entity_Id;
- pragma Warnings (Off, Implicit_Call);
- -- ??? what is this for (never referenced!)
+ Error_Msg_N
+ ("predefined assignment not available for 'C'P'P tagged types",
+ E);
+ end if;
- function Is_Aggr (N : Node_Id) return Boolean;
- -- Check that N is an aggregate
+ Mark_Coextensions (N, E);
+ Analyze (E);
- -------------
- -- Is_Aggr --
- -------------
+ -- In case of errors detected in the analysis of the expression,
+ -- decorate it with the expected type to avoid cascaded errors
- function Is_Aggr (N : Node_Id) return Boolean is
- begin
- case Nkind (Original_Node (N)) is
- when N_Aggregate | N_Extension_Aggregate =>
- return True;
+ if No (Etype (E)) then
+ Set_Etype (E, T);
+ end if;
- when N_Qualified_Expression |
- N_Type_Conversion |
- N_Unchecked_Type_Conversion =>
- return Is_Aggr (Expression (Original_Node (N)));
+ -- If an initialization expression is present, then we set the
+ -- Is_True_Constant flag. It will be reset if this is a variable
+ -- and it is indeed modified.
- when others =>
- return False;
- end case;
- end Is_Aggr;
+ Set_Is_True_Constant (Id, True);
- begin
- -- If no underlying type, we already are in an error situation.
- -- Do not try to add a warning since we do not have access to
- -- prim-op list.
+ -- If we are analyzing a constant declaration, set its completion
+ -- flag after analyzing and resolving the expression.
- if No (Underlying_Type (BT)) then
- Implicit_Call := Empty;
+ if Constant_Present (N) then
+ Set_Has_Completion (Id);
+ end if;
- -- A generic type does not have usable primitive operators.
- -- Initialization calls are built for instances.
+ -- Set type and resolve (type may be overridden later on)
- elsif Is_Generic_Type (BT) then
- Implicit_Call := Empty;
+ Set_Etype (Id, T);
+ Resolve (E, T);
- -- If the init expression is not an aggregate, an adjust call
- -- will be generated
+ -- If E is null and has been replaced by an N_Raise_Constraint_Error
+ -- node (which was marked already-analyzed), we need to set the type
+ -- to something other than Any_Access in order to keep gigi happy.
- elsif Present (E) and then not Is_Aggr (E) then
- Implicit_Call := Find_Prim_Op (BT, Name_Adjust);
+ if Etype (E) = Any_Access then
+ Set_Etype (E, T);
+ end if;
- -- If no init expression and we are not in the deferred
- -- constant case, an Initialize call will be generated
+ -- If the object is an access to variable, the initialization
+ -- expression cannot be an access to constant.
- elsif No (E) and then not Constant_Present (N) then
- Implicit_Call := Find_Prim_Op (BT, Name_Initialize);
+ if Is_Access_Type (T)
+ and then not Is_Access_Constant (T)
+ and then Is_Access_Type (Etype (E))
+ and then Is_Access_Constant (Etype (E))
+ then
+ Error_Msg_N
+ ("access to variable cannot be initialized "
+ & "with an access-to-constant expression", E);
+ end if;
- else
- Implicit_Call := Empty;
- end if;
- end;
+ if not Assignment_OK (N) then
+ Check_Initialization (T, E);
end if;
- end if;
- if Has_Task (Etype (Id)) then
- Check_Restriction (No_Tasking, N);
+ Check_Unset_Reference (E);
- -- Deal with counting max tasks
+ -- If this is a variable, then set current value. If this is a
+ -- declared constant of a scalar type with a static expression,
+ -- indicate that it is always valid.
- -- Nothing to do if inside a generic
+ if not Constant_Present (N) then
+ if Compile_Time_Known_Value (E) then
+ Set_Current_Value (Id, E);
+ end if;
- if Inside_A_Generic then
- null;
+ elsif Is_Scalar_Type (T)
+ and then Is_OK_Static_Expression (E)
+ then
+ Set_Is_Known_Valid (Id);
+ end if;
- -- If library level entity, then count tasks
+ -- Deal with setting of null flags
- elsif Is_Library_Level_Entity (Id) then
- Check_Restriction (Max_Tasks, N, Count_Tasks (Etype (Id)));
+ if Is_Access_Type (T) then
+ if Known_Non_Null (E) then
+ Set_Is_Known_Non_Null (Id, True);
+ elsif Known_Null (E)
+ and then not Can_Never_Be_Null (Id)
+ then
+ Set_Is_Known_Null (Id, True);
+ end if;
+ end if;
- -- If not library level entity, then indicate we don't know max
- -- tasks and also check task hierarchy restriction and blocking
- -- operation (since starting a task is definitely blocking!)
+ -- Check incorrect use of dynamically tagged expressions.
- else
- Check_Restriction (Max_Tasks, N);
- Check_Restriction (No_Task_Hierarchy, N);
- Check_Potentially_Blocking_Operation (N);
+ if Is_Tagged_Type (T) then
+ Check_Dynamically_Tagged_Expression
+ (Expr => E,
+ Typ => T,
+ Related_Nod => N);
end if;
- -- A rather specialized test. If we see two tasks being declared
- -- of the same type in the same object declaration, and the task
- -- has an entry with an address clause, we know that program error
- -- will be raised at run time since we can't have two tasks with
- -- entries at the same address.
-
- if Is_Task_Type (Etype (Id)) and then More_Ids (N) then
- declare
- E : Entity_Id;
+ Apply_Scalar_Range_Check (E, T);
+ Apply_Static_Length_Check (E, T);
+ end if;
- begin
- E := First_Entity (Etype (Id));
- while Present (E) loop
- if Ekind (E) = E_Entry
- and then Present (Get_Attribute_Definition_Clause
- (E, Attribute_Address))
- then
- Error_Msg_N
- ("?more than one task with same entry address", N);
- Error_Msg_N
- ("\?Program_Error will be raised at run time", N);
- Insert_Action (N,
- Make_Raise_Program_Error (Loc,
- Reason => PE_Duplicated_Entry_Address));
- exit;
- end if;
+ -- If the No_Streams restriction is set, check that the type of the
+ -- object is not, and does not contain, any subtype derived from
+ -- Ada.Streams.Root_Stream_Type. Note that we guard the call to
+ -- Has_Stream just for efficiency reasons. There is no point in
+ -- spending time on a Has_Stream check if the restriction is not set.
- Next_Entity (E);
- end loop;
- end;
+ if Restriction_Check_Required (No_Streams) then
+ if Has_Stream (T) then
+ Check_Restriction (No_Streams, N);
end if;
end if;
- -- Some simple constant-propagation: if the expression is a constant
- -- string initialized with a literal, share the literal. This avoids
- -- a run-time copy.
+ -- Case of unconstrained type
- if Present (E)
- and then Is_Entity_Name (E)
- and then Ekind (Entity (E)) = E_Constant
- and then Base_Type (Etype (E)) = Standard_String
- then
- declare
- Val : constant Node_Id := Constant_Value (Entity (E));
- begin
- if Present (Val)
- and then Nkind (Val) = N_String_Literal
- then
- Rewrite (E, New_Copy (Val));
- end if;
- end;
- end if;
+ if Is_Indefinite_Subtype (T) then
- -- Another optimization: if the nominal subtype is unconstrained and
- -- the expression is a function call that returns an unconstrained
- -- type, rewrite the declaration as a renaming of the result of the
- -- call. The exceptions below are cases where the copy is expected,
- -- either by the back end (Aliased case) or by the semantics, as for
- -- initializing controlled types or copying tags for classwide types.
+ -- Nothing to do in deferred constant case
- if Present (E)
- and then Nkind (E) = N_Explicit_Dereference
- and then Nkind (Original_Node (E)) = N_Function_Call
- and then not Is_Library_Level_Entity (Id)
- and then not Is_Constrained (Underlying_Type (T))
- and then not Is_Aliased (Id)
- and then not Is_Class_Wide_Type (T)
- and then not Is_Controlled (T)
- and then not Has_Controlled_Component (Base_Type (T))
- and then Expander_Active
- then
- Rewrite (N,
- Make_Object_Renaming_Declaration (Loc,
- Defining_Identifier => Id,
- Access_Definition => Empty,
- Subtype_Mark => New_Occurrence_Of
- (Base_Type (Etype (Id)), Loc),
- Name => E));
+ if Constant_Present (N) and then No (E) then
+ null;
- Set_Renamed_Object (Id, E);
+ -- Case of no initialization present
- -- Force generation of debugging information for the constant and for
- -- the renamed function call.
+ elsif No (E) then
+ if No_Initialization (N) then
+ null;
- Set_Debug_Info_Needed (Id);
- Set_Debug_Info_Needed (Entity (Prefix (E)));
- end if;
+ elsif Is_Class_Wide_Type (T) then
+ Error_Msg_N
+ ("initialization required in class-wide declaration ", N);
- if Present (Prev_Entity)
- and then Is_Frozen (Prev_Entity)
- and then not Error_Posted (Id)
- then
- Error_Msg_N ("full constant declaration appears too late", N);
- end if;
+ else
+ Error_Msg_N
+ ("unconstrained subtype not allowed (need initialization)",
+ Object_Definition (N));
- Check_Eliminated (Id);
+ if Is_Record_Type (T) and then Has_Discriminants (T) then
+ Error_Msg_N
+ ("\provide initial value or explicit discriminant values",
+ Object_Definition (N));
- -- Deal with setting In_Private_Part flag if in private part
+ Error_Msg_NE
+ ("\or give default discriminant values for type&",
+ Object_Definition (N), T);
- if Ekind (Scope (Id)) = E_Package
- and then In_Private_Part (Scope (Id))
- then
- Set_In_Private_Part (Id);
- end if;
+ elsif Is_Array_Type (T) then
+ Error_Msg_N
+ ("\provide initial value or explicit array bounds",
+ Object_Definition (N));
+ end if;
+ end if;
- -- Check for violation of No_Local_Timing_Events
+ -- Case of initialization present but in error. Set initial
+ -- expression as absent (but do not make above complaints)
- if Is_RTE (Etype (Id), RE_Timing_Event)
- and then not Is_Library_Level_Entity (Id)
- then
- Check_Restriction (No_Local_Timing_Events, N);
- end if;
- end Analyze_Object_Declaration;
+ elsif E = Error then
+ Set_Expression (N, Empty);
+ E := Empty;
- ---------------------------
- -- Analyze_Others_Choice --
- ---------------------------
+ -- Case of initialization present
- -- Nothing to do for the others choice node itself, the semantic analysis
- -- of the others choice will occur as part of the processing of the parent
+ else
+ -- Not allowed in Ada 83
- procedure Analyze_Others_Choice (N : Node_Id) is
- pragma Warnings (Off, N);
- begin
- null;
- end Analyze_Others_Choice;
+ if not Constant_Present (N) then
+ if Ada_Version = Ada_83
+ and then Comes_From_Source (Object_Definition (N))
+ then
+ Error_Msg_N
+ ("(Ada 83) unconstrained variable not allowed",
+ Object_Definition (N));
+ end if;
+ end if;
- -------------------------------------------
- -- Analyze_Private_Extension_Declaration --
- -------------------------------------------
+ -- Now we constrain the variable from the initializing expression
- procedure Analyze_Private_Extension_Declaration (N : Node_Id) is
- T : constant Entity_Id := Defining_Identifier (N);
- Indic : constant Node_Id := Subtype_Indication (N);
- Parent_Type : Entity_Id;
- Parent_Base : Entity_Id;
+ -- If the expression is an aggregate, it has been expanded into
+ -- individual assignments. Retrieve the actual type from the
+ -- expanded construct.
- begin
- -- Ada 2005 (AI-251): Decorate all names in list of ancestor interfaces
+ if Is_Array_Type (T)
+ and then No_Initialization (N)
+ and then Nkind (Original_Node (E)) = N_Aggregate
+ then
+ Act_T := Etype (E);
- if Is_Non_Empty_List (Interface_List (N)) then
- declare
- Intf : Node_Id;
- T : Entity_Id;
+ -- In case of class-wide interface object declarations we delay
+ -- the generation of the equivalent record type declarations until
+ -- its expansion because there are cases in they are not required.
- begin
- Intf := First (Interface_List (N));
- while Present (Intf) loop
- T := Find_Type_Of_Subtype_Indic (Intf);
+ elsif Is_Interface (T) then
+ null;
- Diagnose_Interface (Intf, T);
- Next (Intf);
- end loop;
- end;
- end if;
+ else
+ Expand_Subtype_From_Expr (N, T, Object_Definition (N), E);
+ Act_T := Find_Type_Of_Object (Object_Definition (N), N);
+ end if;
- Generate_Definition (T);
- Enter_Name (T);
+ Set_Is_Constr_Subt_For_U_Nominal (Act_T);
- Parent_Type := Find_Type_Of_Subtype_Indic (Indic);
- Parent_Base := Base_Type (Parent_Type);
+ if Aliased_Present (N) then
+ Set_Is_Constr_Subt_For_UN_Aliased (Act_T);
+ end if;
- if Parent_Type = Any_Type
- or else Etype (Parent_Type) = Any_Type
+ Freeze_Before (N, Act_T);
+ Freeze_Before (N, T);
+ end if;
+
+ elsif Is_Array_Type (T)
+ and then No_Initialization (N)
+ and then Nkind (Original_Node (E)) = N_Aggregate
then
- Set_Ekind (T, Ekind (Parent_Type));
- Set_Etype (T, Any_Type);
- return;
+ if not Is_Entity_Name (Object_Definition (N)) then
+ Act_T := Etype (E);
+ Check_Compile_Time_Size (Act_T);
- elsif not Is_Tagged_Type (Parent_Type) then
- Error_Msg_N
- ("parent of type extension must be a tagged type ", Indic);
- return;
+ if Aliased_Present (N) then
+ Set_Is_Constr_Subt_For_UN_Aliased (Act_T);
+ end if;
+ end if;
- elsif Ekind_In (Parent_Type, E_Void, E_Incomplete_Type) then
- Error_Msg_N ("premature derivation of incomplete type", Indic);
- return;
+ -- When the given object definition and the aggregate are specified
+ -- independently, and their lengths might differ do a length check.
+ -- This cannot happen if the aggregate is of the form (others =>...)
- elsif Is_Concurrent_Type (Parent_Type) then
- Error_Msg_N
- ("parent type of a private extension cannot be "
- & "a synchronized tagged type (RM 3.9.1 (3/1))", N);
+ if not Is_Constrained (T) then
+ null;
- Set_Etype (T, Any_Type);
- Set_Ekind (T, E_Limited_Private_Type);
- Set_Private_Dependents (T, New_Elmt_List);
- Set_Error_Posted (T);
- return;
- end if;
+ elsif Nkind (E) = N_Raise_Constraint_Error then
- -- Perhaps the parent type should be changed to the class-wide type's
- -- specific type in this case to prevent cascading errors ???
+ -- Aggregate is statically illegal. Place back in declaration
- if Is_Class_Wide_Type (Parent_Type) then
- Error_Msg_N
- ("parent of type extension must not be a class-wide type", Indic);
- return;
- end if;
+ Set_Expression (N, E);
+ Set_No_Initialization (N, False);
- if (not Is_Package_Or_Generic_Package (Current_Scope)
- and then Nkind (Parent (N)) /= N_Generic_Subprogram_Declaration)
- or else In_Private_Part (Current_Scope)
+ elsif T = Etype (E) then
+ null;
- then
- Error_Msg_N ("invalid context for private extension", N);
- end if;
+ elsif Nkind (E) = N_Aggregate
+ and then Present (Component_Associations (E))
+ and then Present (Choices (First (Component_Associations (E))))
+ and then Nkind (First
+ (Choices (First (Component_Associations (E))))) = N_Others_Choice
+ then
+ null;
- -- Set common attributes
+ else
+ Apply_Length_Check (E, T);
+ end if;
- Set_Is_Pure (T, Is_Pure (Current_Scope));
- Set_Scope (T, Current_Scope);
- Set_Ekind (T, E_Record_Type_With_Private);
- Init_Size_Align (T);
+ -- If the type is limited unconstrained with defaulted discriminants and
+ -- there is no expression, then the object is constrained by the
+ -- defaults, so it is worthwhile building the corresponding subtype.
- Set_Etype (T, Parent_Base);
- Set_Has_Task (T, Has_Task (Parent_Base));
+ elsif (Is_Limited_Record (T) or else Is_Concurrent_Type (T))
+ and then not Is_Constrained (T)
+ and then Has_Discriminants (T)
+ then
+ if No (E) then
+ Act_T := Build_Default_Subtype (T, N);
+ else
+ -- Ada 2005: a limited object may be initialized by means of an
+ -- aggregate. If the type has default discriminants it has an
+ -- unconstrained nominal type, Its actual subtype will be obtained
+ -- from the aggregate, and not from the default discriminants.
- Set_Convention (T, Convention (Parent_Type));
- Set_First_Rep_Item (T, First_Rep_Item (Parent_Type));
- Set_Is_First_Subtype (T);
- Make_Class_Wide_Type (T);
+ Act_T := Etype (E);
+ end if;
- if Unknown_Discriminants_Present (N) then
- Set_Discriminant_Constraint (T, No_Elist);
+ Rewrite (Object_Definition (N), New_Occurrence_Of (Act_T, Loc));
+
+ elsif Present (Underlying_Type (T))
+ and then not Is_Constrained (Underlying_Type (T))
+ and then Has_Discriminants (Underlying_Type (T))
+ and then Nkind (E) = N_Function_Call
+ and then Constant_Present (N)
+ then
+ -- The back-end has problems with constants of a discriminated type
+ -- with defaults, if the initial value is a function call. We
+ -- generate an intermediate temporary for the result of the call.
+ -- It is unclear why this should make it acceptable to gcc. ???
+
+ Remove_Side_Effects (E);
end if;
- Build_Derived_Record_Type (N, Parent_Type, T);
+ -- Check No_Wide_Characters restriction
- -- Ada 2005 (AI-443): Synchronized private extension or a rewritten
- -- synchronized formal derived type.
+ Check_Wide_Character_Restriction (T, Object_Definition (N));
- if Ada_Version >= Ada_2005
- and then Synchronized_Present (N)
- then
- Set_Is_Limited_Record (T);
+ -- Indicate this is not set in source. Certainly true for constants,
+ -- and true for variables so far (will be reset for a variable if and
+ -- when we encounter a modification in the source).
- -- Formal derived type case
+ Set_Never_Set_In_Source (Id, True);
- if Is_Generic_Type (T) then
+ -- Now establish the proper kind and type of the object
- -- The parent must be a tagged limited type or a synchronized
- -- interface.
+ if Constant_Present (N) then
+ Set_Ekind (Id, E_Constant);
+ Set_Is_True_Constant (Id, True);
- if (not Is_Tagged_Type (Parent_Type)
- or else not Is_Limited_Type (Parent_Type))
- and then
- (not Is_Interface (Parent_Type)
- or else not Is_Synchronized_Interface (Parent_Type))
- then
- Error_Msg_NE ("parent type of & must be tagged limited " &
- "or synchronized", N, T);
- end if;
+ else
+ Set_Ekind (Id, E_Variable);
- -- The progenitors (if any) must be limited or synchronized
- -- interfaces.
+ -- A variable is set as shared passive if it appears in a shared
+ -- passive package, and is at the outer level. This is not done
+ -- for entities generated during expansion, because those are
+ -- always manipulated locally.
- if Present (Interfaces (T)) then
- declare
- Iface : Entity_Id;
- Iface_Elmt : Elmt_Id;
+ if Is_Shared_Passive (Current_Scope)
+ and then Is_Library_Level_Entity (Id)
+ and then Comes_From_Source (Id)
+ then
+ Set_Is_Shared_Passive (Id);
+ Check_Shared_Var (Id, T, N);
+ end if;
- begin
- Iface_Elmt := First_Elmt (Interfaces (T));
- while Present (Iface_Elmt) loop
- Iface := Node (Iface_Elmt);
+ -- Set Has_Initial_Value if initializing expression present. Note
+ -- that if there is no initializing expression, we leave the state
+ -- of this flag unchanged (usually it will be False, but notably in
+ -- the case of exception choice variables, it will already be true).
- if not Is_Limited_Interface (Iface)
- and then not Is_Synchronized_Interface (Iface)
- then
- Error_Msg_NE ("progenitor & must be limited " &
- "or synchronized", N, Iface);
- end if;
+ if Present (E) then
+ Set_Has_Initial_Value (Id, True);
+ end if;
+ end if;
- Next_Elmt (Iface_Elmt);
- end loop;
- end;
- end if;
+ -- Initialize alignment and size and capture alignment setting
- -- Regular derived extension, the parent must be a limited or
- -- synchronized interface.
+ Init_Alignment (Id);
+ Init_Esize (Id);
+ Set_Optimize_Alignment_Flags (Id);
- else
- if not Is_Interface (Parent_Type)
- or else (not Is_Limited_Interface (Parent_Type)
- and then
- not Is_Synchronized_Interface (Parent_Type))
- then
- Error_Msg_NE
- ("parent type of & must be limited interface", N, T);
- end if;
- end if;
+ -- Deal with aliased case
- -- A consequence of 3.9.4 (6/2) and 7.3 (7.2/2) is that a private
- -- extension with a synchronized parent must be explicitly declared
- -- synchronized, because the full view will be a synchronized type.
- -- This must be checked before the check for limited types below,
- -- to ensure that types declared limited are not allowed to extend
- -- synchronized interfaces.
+ if Aliased_Present (N) then
+ Set_Is_Aliased (Id);
- elsif Is_Interface (Parent_Type)
- and then Is_Synchronized_Interface (Parent_Type)
- and then not Synchronized_Present (N)
- then
- Error_Msg_NE
- ("private extension of& must be explicitly synchronized",
- N, Parent_Type);
+ -- If the object is aliased and the type is unconstrained with
+ -- defaulted discriminants and there is no expression, then the
+ -- object is constrained by the defaults, so it is worthwhile
+ -- building the corresponding subtype.
- elsif Limited_Present (N) then
- Set_Is_Limited_Record (T);
+ -- Ada 2005 (AI-363): If the aliased object is discriminated and
+ -- unconstrained, then only establish an actual subtype if the
+ -- nominal subtype is indefinite. In definite cases the object is
+ -- unconstrained in Ada 2005.
- if not Is_Limited_Type (Parent_Type)
- and then
- (not Is_Interface (Parent_Type)
- or else not Is_Limited_Interface (Parent_Type))
+ if No (E)
+ and then Is_Record_Type (T)
+ and then not Is_Constrained (T)
+ and then Has_Discriminants (T)
+ and then (Ada_Version < Ada_2005 or else Is_Indefinite_Subtype (T))
then
- Error_Msg_NE ("parent type& of limited extension must be limited",
- N, Parent_Type);
+ Set_Actual_Subtype (Id, Build_Default_Subtype (T, N));
end if;
end if;
- end Analyze_Private_Extension_Declaration;
- ---------------------------------
- -- Analyze_Subtype_Declaration --
- ---------------------------------
+ -- Now we can set the type of the object
- procedure Analyze_Subtype_Declaration
- (N : Node_Id;
- Skip : Boolean := False)
- is
- Id : constant Entity_Id := Defining_Identifier (N);
- T : Entity_Id;
- R_Checks : Check_Result;
+ Set_Etype (Id, Act_T);
- begin
- Generate_Definition (Id);
- Set_Is_Pure (Id, Is_Pure (Current_Scope));
- Init_Size_Align (Id);
+ -- Deal with controlled types
- -- The following guard condition on Enter_Name is to handle cases where
- -- the defining identifier has already been entered into the scope but
- -- the declaration as a whole needs to be analyzed.
+ if Has_Controlled_Component (Etype (Id))
+ or else Is_Controlled (Etype (Id))
+ then
+ if not Is_Library_Level_Entity (Id) then
+ Check_Restriction (No_Nested_Finalization, N);
+ else
+ Validate_Controlled_Object (Id);
+ end if;
- -- This case in particular happens for derived enumeration types. The
- -- derived enumeration type is processed as an inserted enumeration type
- -- declaration followed by a rewritten subtype declaration. The defining
- -- identifier, however, is entered into the name scope very early in the
- -- processing of the original type declaration and therefore needs to be
- -- avoided here, when the created subtype declaration is analyzed. (See
- -- Build_Derived_Types)
+ -- Generate a warning when an initialization causes an obvious ABE
+ -- violation. If the init expression is a simple aggregate there
+ -- shouldn't be any initialize/adjust call generated. This will be
+ -- true as soon as aggregates are built in place when possible.
- -- This also happens when the full view of a private type is derived
- -- type with constraints. In this case the entity has been introduced
- -- in the private declaration.
+ -- ??? at the moment we do not generate warnings for temporaries
+ -- created for those aggregates although Program_Error might be
+ -- generated if compiled with -gnato.
- if Skip
- or else (Present (Etype (Id))
- and then (Is_Private_Type (Etype (Id))
- or else Is_Task_Type (Etype (Id))
- or else Is_Rewrite_Substitution (N)))
- then
- null;
+ if Is_Controlled (Etype (Id))
+ and then Comes_From_Source (Id)
+ then
+ declare
+ BT : constant Entity_Id := Base_Type (Etype (Id));
- else
- Enter_Name (Id);
- end if;
+ Implicit_Call : Entity_Id;
+ pragma Warnings (Off, Implicit_Call);
+ -- ??? what is this for (never referenced!)
- T := Process_Subtype (Subtype_Indication (N), N, Id, 'P');
+ function Is_Aggr (N : Node_Id) return Boolean;
+ -- Check that N is an aggregate
- -- Inherit common attributes
+ -------------
+ -- Is_Aggr --
+ -------------
- Set_Is_Generic_Type (Id, Is_Generic_Type (Base_Type (T)));
- Set_Is_Volatile (Id, Is_Volatile (T));
- Set_Treat_As_Volatile (Id, Treat_As_Volatile (T));
- Set_Is_Atomic (Id, Is_Atomic (T));
- Set_Is_Ada_2005_Only (Id, Is_Ada_2005_Only (T));
- Set_Is_Ada_2012_Only (Id, Is_Ada_2012_Only (T));
- Set_Convention (Id, Convention (T));
+ function Is_Aggr (N : Node_Id) return Boolean is
+ begin
+ case Nkind (Original_Node (N)) is
+ when N_Aggregate | N_Extension_Aggregate =>
+ return True;
- -- In the case where there is no constraint given in the subtype
- -- indication, Process_Subtype just returns the Subtype_Mark, so its
- -- semantic attributes must be established here.
+ when N_Qualified_Expression |
+ N_Type_Conversion |
+ N_Unchecked_Type_Conversion =>
+ return Is_Aggr (Expression (Original_Node (N)));
- if Nkind (Subtype_Indication (N)) /= N_Subtype_Indication then
- Set_Etype (Id, Base_Type (T));
+ when others =>
+ return False;
+ end case;
+ end Is_Aggr;
- case Ekind (T) is
- when Array_Kind =>
- Set_Ekind (Id, E_Array_Subtype);
- Copy_Array_Subtype_Attributes (Id, T);
+ begin
+ -- If no underlying type, we already are in an error situation.
+ -- Do not try to add a warning since we do not have access to
+ -- prim-op list.
- when Decimal_Fixed_Point_Kind =>
- Set_Ekind (Id, E_Decimal_Fixed_Point_Subtype);
- Set_Digits_Value (Id, Digits_Value (T));
- Set_Delta_Value (Id, Delta_Value (T));
- Set_Scale_Value (Id, Scale_Value (T));
- Set_Small_Value (Id, Small_Value (T));
- Set_Scalar_Range (Id, Scalar_Range (T));
- Set_Machine_Radix_10 (Id, Machine_Radix_10 (T));
- Set_Is_Constrained (Id, Is_Constrained (T));
- Set_Is_Known_Valid (Id, Is_Known_Valid (T));
- Set_RM_Size (Id, RM_Size (T));
+ if No (Underlying_Type (BT)) then
+ Implicit_Call := Empty;
- when Enumeration_Kind =>
- Set_Ekind (Id, E_Enumeration_Subtype);
- Set_First_Literal (Id, First_Literal (Base_Type (T)));
- Set_Scalar_Range (Id, Scalar_Range (T));
- Set_Is_Character_Type (Id, Is_Character_Type (T));
- Set_Is_Constrained (Id, Is_Constrained (T));
- Set_Is_Known_Valid (Id, Is_Known_Valid (T));
- Set_RM_Size (Id, RM_Size (T));
+ -- A generic type does not have usable primitive operators.
+ -- Initialization calls are built for instances.
- when Ordinary_Fixed_Point_Kind =>
- Set_Ekind (Id, E_Ordinary_Fixed_Point_Subtype);
- Set_Scalar_Range (Id, Scalar_Range (T));
- Set_Small_Value (Id, Small_Value (T));
- Set_Delta_Value (Id, Delta_Value (T));
- Set_Is_Constrained (Id, Is_Constrained (T));
- Set_Is_Known_Valid (Id, Is_Known_Valid (T));
- Set_RM_Size (Id, RM_Size (T));
+ elsif Is_Generic_Type (BT) then
+ Implicit_Call := Empty;
- when Float_Kind =>
- Set_Ekind (Id, E_Floating_Point_Subtype);
- Set_Scalar_Range (Id, Scalar_Range (T));
- Set_Digits_Value (Id, Digits_Value (T));
- Set_Is_Constrained (Id, Is_Constrained (T));
+ -- If the init expression is not an aggregate, an adjust call
+ -- will be generated
- when Signed_Integer_Kind =>
- Set_Ekind (Id, E_Signed_Integer_Subtype);
- Set_Scalar_Range (Id, Scalar_Range (T));
- Set_Is_Constrained (Id, Is_Constrained (T));
- Set_Is_Known_Valid (Id, Is_Known_Valid (T));
- Set_RM_Size (Id, RM_Size (T));
+ elsif Present (E) and then not Is_Aggr (E) then
+ Implicit_Call := Find_Prim_Op (BT, Name_Adjust);
- when Modular_Integer_Kind =>
- Set_Ekind (Id, E_Modular_Integer_Subtype);
- Set_Scalar_Range (Id, Scalar_Range (T));
- Set_Is_Constrained (Id, Is_Constrained (T));
- Set_Is_Known_Valid (Id, Is_Known_Valid (T));
- Set_RM_Size (Id, RM_Size (T));
+ -- If no init expression and we are not in the deferred
+ -- constant case, an Initialize call will be generated
- when Class_Wide_Kind =>
- Set_Ekind (Id, E_Class_Wide_Subtype);
- Set_First_Entity (Id, First_Entity (T));
- Set_Last_Entity (Id, Last_Entity (T));
- Set_Class_Wide_Type (Id, Class_Wide_Type (T));
- Set_Cloned_Subtype (Id, T);
- Set_Is_Tagged_Type (Id, True);
- Set_Has_Unknown_Discriminants
- (Id, True);
+ elsif No (E) and then not Constant_Present (N) then
+ Implicit_Call := Find_Prim_Op (BT, Name_Initialize);
- if Ekind (T) = E_Class_Wide_Subtype then
- Set_Equivalent_Type (Id, Equivalent_Type (T));
+ else
+ Implicit_Call := Empty;
end if;
+ end;
+ end if;
+ end if;
- when E_Record_Type | E_Record_Subtype =>
- Set_Ekind (Id, E_Record_Subtype);
+ if Has_Task (Etype (Id)) then
+ Check_Restriction (No_Tasking, N);
- if Ekind (T) = E_Record_Subtype
- and then Present (Cloned_Subtype (T))
- then
- Set_Cloned_Subtype (Id, Cloned_Subtype (T));
- else
- Set_Cloned_Subtype (Id, T);
- end if;
+ -- Deal with counting max tasks
- Set_First_Entity (Id, First_Entity (T));
- Set_Last_Entity (Id, Last_Entity (T));
- Set_Has_Discriminants (Id, Has_Discriminants (T));
- Set_Is_Constrained (Id, Is_Constrained (T));
- Set_Is_Limited_Record (Id, Is_Limited_Record (T));
- Set_Has_Unknown_Discriminants
- (Id, Has_Unknown_Discriminants (T));
+ -- Nothing to do if inside a generic
- if Has_Discriminants (T) then
- Set_Discriminant_Constraint
- (Id, Discriminant_Constraint (T));
- Set_Stored_Constraint_From_Discriminant_Constraint (Id);
+ if Inside_A_Generic then
+ null;
- elsif Has_Unknown_Discriminants (Id) then
- Set_Discriminant_Constraint (Id, No_Elist);
- end if;
+ -- If library level entity, then count tasks
- if Is_Tagged_Type (T) then
- Set_Is_Tagged_Type (Id);
- Set_Is_Abstract_Type (Id, Is_Abstract_Type (T));
- Set_Primitive_Operations
- (Id, Primitive_Operations (T));
- Set_Class_Wide_Type (Id, Class_Wide_Type (T));
+ elsif Is_Library_Level_Entity (Id) then
+ Check_Restriction (Max_Tasks, N, Count_Tasks (Etype (Id)));
- if Is_Interface (T) then
- Set_Is_Interface (Id);
- Set_Is_Limited_Interface (Id, Is_Limited_Interface (T));
+ -- If not library level entity, then indicate we don't know max
+ -- tasks and also check task hierarchy restriction and blocking
+ -- operation (since starting a task is definitely blocking!)
+
+ else
+ Check_Restriction (Max_Tasks, N);
+ Check_Restriction (No_Task_Hierarchy, N);
+ Check_Potentially_Blocking_Operation (N);
+ end if;
+
+ -- A rather specialized test. If we see two tasks being declared
+ -- of the same type in the same object declaration, and the task
+ -- has an entry with an address clause, we know that program error
+ -- will be raised at run time since we can't have two tasks with
+ -- entries at the same address.
+
+ if Is_Task_Type (Etype (Id)) and then More_Ids (N) then
+ declare
+ E : Entity_Id;
+
+ begin
+ E := First_Entity (Etype (Id));
+ while Present (E) loop
+ if Ekind (E) = E_Entry
+ and then Present (Get_Attribute_Definition_Clause
+ (E, Attribute_Address))
+ then
+ Error_Msg_N
+ ("?more than one task with same entry address", N);
+ Error_Msg_N
+ ("\?Program_Error will be raised at run time", N);
+ Insert_Action (N,
+ Make_Raise_Program_Error (Loc,
+ Reason => PE_Duplicated_Entry_Address));
+ exit;
end if;
- end if;
- when Private_Kind =>
- Set_Ekind (Id, Subtype_Kind (Ekind (T)));
- Set_Has_Discriminants (Id, Has_Discriminants (T));
- Set_Is_Constrained (Id, Is_Constrained (T));
- Set_First_Entity (Id, First_Entity (T));
- Set_Last_Entity (Id, Last_Entity (T));
- Set_Private_Dependents (Id, New_Elmt_List);
- Set_Is_Limited_Record (Id, Is_Limited_Record (T));
- Set_Has_Unknown_Discriminants
- (Id, Has_Unknown_Discriminants (T));
- Set_Known_To_Have_Preelab_Init
- (Id, Known_To_Have_Preelab_Init (T));
+ Next_Entity (E);
+ end loop;
+ end;
+ end if;
+ end if;
- if Is_Tagged_Type (T) then
- Set_Is_Tagged_Type (Id);
- Set_Is_Abstract_Type (Id, Is_Abstract_Type (T));
- Set_Primitive_Operations (Id, Primitive_Operations (T));
- Set_Class_Wide_Type (Id, Class_Wide_Type (T));
- end if;
+ -- Some simple constant-propagation: if the expression is a constant
+ -- string initialized with a literal, share the literal. This avoids
+ -- a run-time copy.
- -- In general the attributes of the subtype of a private type
- -- are the attributes of the partial view of parent. However,
- -- the full view may be a discriminated type, and the subtype
- -- must share the discriminant constraint to generate correct
- -- calls to initialization procedures.
+ if Present (E)
+ and then Is_Entity_Name (E)
+ and then Ekind (Entity (E)) = E_Constant
+ and then Base_Type (Etype (E)) = Standard_String
+ then
+ declare
+ Val : constant Node_Id := Constant_Value (Entity (E));
+ begin
+ if Present (Val)
+ and then Nkind (Val) = N_String_Literal
+ then
+ Rewrite (E, New_Copy (Val));
+ end if;
+ end;
+ end if;
- if Has_Discriminants (T) then
- Set_Discriminant_Constraint
- (Id, Discriminant_Constraint (T));
- Set_Stored_Constraint_From_Discriminant_Constraint (Id);
+ -- Another optimization: if the nominal subtype is unconstrained and
+ -- the expression is a function call that returns an unconstrained
+ -- type, rewrite the declaration as a renaming of the result of the
+ -- call. The exceptions below are cases where the copy is expected,
+ -- either by the back end (Aliased case) or by the semantics, as for
+ -- initializing controlled types or copying tags for classwide types.
- elsif Present (Full_View (T))
- and then Has_Discriminants (Full_View (T))
- then
- Set_Discriminant_Constraint
- (Id, Discriminant_Constraint (Full_View (T)));
- Set_Stored_Constraint_From_Discriminant_Constraint (Id);
+ if Present (E)
+ and then Nkind (E) = N_Explicit_Dereference
+ and then Nkind (Original_Node (E)) = N_Function_Call
+ and then not Is_Library_Level_Entity (Id)
+ and then not Is_Constrained (Underlying_Type (T))
+ and then not Is_Aliased (Id)
+ and then not Is_Class_Wide_Type (T)
+ and then not Is_Controlled (T)
+ and then not Has_Controlled_Component (Base_Type (T))
+ and then Expander_Active
+ then
+ Rewrite (N,
+ Make_Object_Renaming_Declaration (Loc,
+ Defining_Identifier => Id,
+ Access_Definition => Empty,
+ Subtype_Mark => New_Occurrence_Of
+ (Base_Type (Etype (Id)), Loc),
+ Name => E));
- -- This would seem semantically correct, but apparently
- -- confuses the back-end. To be explained and checked with
- -- current version ???
+ Set_Renamed_Object (Id, E);
- -- Set_Has_Discriminants (Id);
- end if;
+ -- Force generation of debugging information for the constant and for
+ -- the renamed function call.
- Prepare_Private_Subtype_Completion (Id, N);
+ Set_Debug_Info_Needed (Id);
+ Set_Debug_Info_Needed (Entity (Prefix (E)));
+ end if;
- when Access_Kind =>
- Set_Ekind (Id, E_Access_Subtype);
- Set_Is_Constrained (Id, Is_Constrained (T));
- Set_Is_Access_Constant
- (Id, Is_Access_Constant (T));
- Set_Directly_Designated_Type
- (Id, Designated_Type (T));
- Set_Can_Never_Be_Null (Id, Can_Never_Be_Null (T));
+ if Present (Prev_Entity)
+ and then Is_Frozen (Prev_Entity)
+ and then not Error_Posted (Id)
+ then
+ Error_Msg_N ("full constant declaration appears too late", N);
+ end if;
- -- A Pure library_item must not contain the declaration of a
- -- named access type, except within a subprogram, generic
- -- subprogram, task unit, or protected unit, or if it has
- -- a specified Storage_Size of zero (RM05-10.2.1(15.4-15.5)).
+ Check_Eliminated (Id);
- if Comes_From_Source (Id)
- and then In_Pure_Unit
- and then not In_Subprogram_Task_Protected_Unit
- and then not No_Pool_Assigned (Id)
- then
- Error_Msg_N
- ("named access types not allowed in pure unit", N);
- end if;
+ -- Deal with setting In_Private_Part flag if in private part
- when Concurrent_Kind =>
- Set_Ekind (Id, Subtype_Kind (Ekind (T)));
- Set_Corresponding_Record_Type (Id,
- Corresponding_Record_Type (T));
- Set_First_Entity (Id, First_Entity (T));
- Set_First_Private_Entity (Id, First_Private_Entity (T));
- Set_Has_Discriminants (Id, Has_Discriminants (T));
- Set_Is_Constrained (Id, Is_Constrained (T));
- Set_Is_Tagged_Type (Id, Is_Tagged_Type (T));
- Set_Last_Entity (Id, Last_Entity (T));
+ if Ekind (Scope (Id)) = E_Package
+ and then In_Private_Part (Scope (Id))
+ then
+ Set_In_Private_Part (Id);
+ end if;
- if Has_Discriminants (T) then
- Set_Discriminant_Constraint (Id,
- Discriminant_Constraint (T));
- Set_Stored_Constraint_From_Discriminant_Constraint (Id);
- end if;
+ -- Check for violation of No_Local_Timing_Events
- when E_Incomplete_Type =>
- if Ada_Version >= Ada_2005 then
- Set_Ekind (Id, E_Incomplete_Subtype);
+ if Is_RTE (Etype (Id), RE_Timing_Event)
+ and then not Is_Library_Level_Entity (Id)
+ then
+ Check_Restriction (No_Local_Timing_Events, N);
+ end if;
- -- Ada 2005 (AI-412): Decorate an incomplete subtype
- -- of an incomplete type visible through a limited
- -- with clause.
+ <<Leave>> Analyze_Aspect_Specifications (N, Id, AS);
+ end Analyze_Object_Declaration;
- if From_With_Type (T)
- and then Present (Non_Limited_View (T))
- then
- Set_From_With_Type (Id);
- Set_Non_Limited_View (Id, Non_Limited_View (T));
+ ---------------------------
+ -- Analyze_Others_Choice --
+ ---------------------------
- -- Ada 2005 (AI-412): Add the regular incomplete subtype
- -- to the private dependents of the original incomplete
- -- type for future transformation.
+ -- Nothing to do for the others choice node itself, the semantic analysis
+ -- of the others choice will occur as part of the processing of the parent
- else
- Append_Elmt (Id, Private_Dependents (T));
- end if;
+ procedure Analyze_Others_Choice (N : Node_Id) is
+ pragma Warnings (Off, N);
+ begin
+ null;
+ end Analyze_Others_Choice;
- -- If the subtype name denotes an incomplete type an error
- -- was already reported by Process_Subtype.
+ -------------------------------------------
+ -- Analyze_Private_Extension_Declaration --
+ -------------------------------------------
- else
- Set_Etype (Id, Any_Type);
- end if;
+ procedure Analyze_Private_Extension_Declaration (N : Node_Id) is
+ T : constant Entity_Id := Defining_Identifier (N);
+ Indic : constant Node_Id := Subtype_Indication (N);
+ AS : constant List_Id := Aspect_Specifications (N);
+ Parent_Type : Entity_Id;
+ Parent_Base : Entity_Id;
- when others =>
- raise Program_Error;
- end case;
- end if;
+ begin
+ -- Ada 2005 (AI-251): Decorate all names in list of ancestor interfaces
- if Etype (Id) = Any_Type then
- return;
+ if Is_Non_Empty_List (Interface_List (N)) then
+ declare
+ Intf : Node_Id;
+ T : Entity_Id;
+
+ begin
+ Intf := First (Interface_List (N));
+ while Present (Intf) loop
+ T := Find_Type_Of_Subtype_Indic (Intf);
+
+ Diagnose_Interface (Intf, T);
+ Next (Intf);
+ end loop;
+ end;
end if;
- -- Some common processing on all types
+ Generate_Definition (T);
+ Enter_Name (T);
- Set_Size_Info (Id, T);
- Set_First_Rep_Item (Id, First_Rep_Item (T));
+ Parent_Type := Find_Type_Of_Subtype_Indic (Indic);
+ Parent_Base := Base_Type (Parent_Type);
- T := Etype (Id);
+ if Parent_Type = Any_Type
+ or else Etype (Parent_Type) = Any_Type
+ then
+ Set_Ekind (T, Ekind (Parent_Type));
+ Set_Etype (T, Any_Type);
+ goto Leave;
- Set_Is_Immediately_Visible (Id, True);
- Set_Depends_On_Private (Id, Has_Private_Component (T));
- Set_Is_Descendent_Of_Address (Id, Is_Descendent_Of_Address (T));
+ elsif not Is_Tagged_Type (Parent_Type) then
+ Error_Msg_N
+ ("parent of type extension must be a tagged type ", Indic);
+ goto Leave;
- if Is_Interface (T) then
- Set_Is_Interface (Id);
+ elsif Ekind_In (Parent_Type, E_Void, E_Incomplete_Type) then
+ Error_Msg_N ("premature derivation of incomplete type", Indic);
+ goto Leave;
+
+ elsif Is_Concurrent_Type (Parent_Type) then
+ Error_Msg_N
+ ("parent type of a private extension cannot be "
+ & "a synchronized tagged type (RM 3.9.1 (3/1))", N);
+
+ Set_Etype (T, Any_Type);
+ Set_Ekind (T, E_Limited_Private_Type);
+ Set_Private_Dependents (T, New_Elmt_List);
+ Set_Error_Posted (T);
+ goto Leave;
+ end if;
+
+ -- Perhaps the parent type should be changed to the class-wide type's
+ -- specific type in this case to prevent cascading errors ???
+
+ if Is_Class_Wide_Type (Parent_Type) then
+ Error_Msg_N
+ ("parent of type extension must not be a class-wide type", Indic);
+ goto Leave;
end if;
- if Present (Generic_Parent_Type (N))
- and then
- (Nkind
- (Parent (Generic_Parent_Type (N))) /= N_Formal_Type_Declaration
- or else Nkind
- (Formal_Type_Definition (Parent (Generic_Parent_Type (N))))
- /= N_Formal_Private_Type_Definition)
+ if (not Is_Package_Or_Generic_Package (Current_Scope)
+ and then Nkind (Parent (N)) /= N_Generic_Subprogram_Declaration)
+ or else In_Private_Part (Current_Scope)
+
then
- if Is_Tagged_Type (Id) then
+ Error_Msg_N ("invalid context for private extension", N);
+ end if;
- -- If this is a generic actual subtype for a synchronized type,
- -- the primitive operations are those of the corresponding record
- -- for which there is a separate subtype declaration.
+ -- Set common attributes
- if Is_Concurrent_Type (Id) then
- null;
- elsif Is_Class_Wide_Type (Id) then
- Derive_Subprograms (Generic_Parent_Type (N), Id, Etype (T));
- else
- Derive_Subprograms (Generic_Parent_Type (N), Id, T);
- end if;
+ Set_Is_Pure (T, Is_Pure (Current_Scope));
+ Set_Scope (T, Current_Scope);
+ Set_Ekind (T, E_Record_Type_With_Private);
+ Init_Size_Align (T);
- elsif Scope (Etype (Id)) /= Standard_Standard then
- Derive_Subprograms (Generic_Parent_Type (N), Id);
- end if;
+ Set_Etype (T, Parent_Base);
+ Set_Has_Task (T, Has_Task (Parent_Base));
+
+ Set_Convention (T, Convention (Parent_Type));
+ Set_First_Rep_Item (T, First_Rep_Item (Parent_Type));
+ Set_Is_First_Subtype (T);
+ Make_Class_Wide_Type (T);
+
+ if Unknown_Discriminants_Present (N) then
+ Set_Discriminant_Constraint (T, No_Elist);
end if;
- if Is_Private_Type (T)
- and then Present (Full_View (T))
- then
- Conditional_Delay (Id, Full_View (T));
+ Build_Derived_Record_Type (N, Parent_Type, T);
- -- The subtypes of components or subcomponents of protected types
- -- do not need freeze nodes, which would otherwise appear in the
- -- wrong scope (before the freeze node for the protected type). The
- -- proper subtypes are those of the subcomponents of the corresponding
- -- record.
+ -- Ada 2005 (AI-443): Synchronized private extension or a rewritten
+ -- synchronized formal derived type.
- elsif Ekind (Scope (Id)) /= E_Protected_Type
- and then Present (Scope (Scope (Id))) -- error defense!
- and then Ekind (Scope (Scope (Id))) /= E_Protected_Type
+ if Ada_Version >= Ada_2005
+ and then Synchronized_Present (N)
then
- Conditional_Delay (Id, T);
- end if;
+ Set_Is_Limited_Record (T);
- -- Check that constraint_error is raised for a scalar subtype
- -- indication when the lower or upper bound of a non-null range
- -- lies outside the range of the type mark.
+ -- Formal derived type case
- if Nkind (Subtype_Indication (N)) = N_Subtype_Indication then
- if Is_Scalar_Type (Etype (Id))
- and then Scalar_Range (Id) /=
- Scalar_Range (Etype (Subtype_Mark
- (Subtype_Indication (N))))
- then
- Apply_Range_Check
- (Scalar_Range (Id),
- Etype (Subtype_Mark (Subtype_Indication (N))));
+ if Is_Generic_Type (T) then
- elsif Is_Array_Type (Etype (Id))
- and then Present (First_Index (Id))
- then
- -- This really should be a subprogram that finds the indications
- -- to check???
+ -- The parent must be a tagged limited type or a synchronized
+ -- interface.
- if ((Nkind (First_Index (Id)) = N_Identifier
- and then Ekind (Entity (First_Index (Id))) in Scalar_Kind)
- or else Nkind (First_Index (Id)) = N_Subtype_Indication)
+ if (not Is_Tagged_Type (Parent_Type)
+ or else not Is_Limited_Type (Parent_Type))
and then
- Nkind (Scalar_Range (Etype (First_Index (Id)))) = N_Range
+ (not Is_Interface (Parent_Type)
+ or else not Is_Synchronized_Interface (Parent_Type))
then
+ Error_Msg_NE ("parent type of & must be tagged limited " &
+ "or synchronized", N, T);
+ end if;
+
+ -- The progenitors (if any) must be limited or synchronized
+ -- interfaces.
+
+ if Present (Interfaces (T)) then
declare
- Target_Typ : constant Entity_Id :=
- Etype
- (First_Index (Etype
- (Subtype_Mark (Subtype_Indication (N)))));
+ Iface : Entity_Id;
+ Iface_Elmt : Elmt_Id;
+
begin
- R_Checks :=
- Get_Range_Checks
- (Scalar_Range (Etype (First_Index (Id))),
- Target_Typ,
- Etype (First_Index (Id)),
- Defining_Identifier (N));
+ Iface_Elmt := First_Elmt (Interfaces (T));
+ while Present (Iface_Elmt) loop
+ Iface := Node (Iface_Elmt);
- Insert_Range_Checks
- (R_Checks,
- N,
- Target_Typ,
- Sloc (Defining_Identifier (N)));
+ if not Is_Limited_Interface (Iface)
+ and then not Is_Synchronized_Interface (Iface)
+ then
+ Error_Msg_NE ("progenitor & must be limited " &
+ "or synchronized", N, Iface);
+ end if;
+
+ Next_Elmt (Iface_Elmt);
+ end loop;
end;
end if;
- end if;
- end if;
-
- Set_Optimize_Alignment_Flags (Id);
- Check_Eliminated (Id);
- end Analyze_Subtype_Declaration;
-
- --------------------------------
- -- Analyze_Subtype_Indication --
- --------------------------------
- procedure Analyze_Subtype_Indication (N : Node_Id) is
- T : constant Entity_Id := Subtype_Mark (N);
- R : constant Node_Id := Range_Expression (Constraint (N));
+ -- Regular derived extension, the parent must be a limited or
+ -- synchronized interface.
- begin
- Analyze (T);
+ else
+ if not Is_Interface (Parent_Type)
+ or else (not Is_Limited_Interface (Parent_Type)
+ and then
+ not Is_Synchronized_Interface (Parent_Type))
+ then
+ Error_Msg_NE
+ ("parent type of & must be limited interface", N, T);
+ end if;
+ end if;
- if R /= Error then
- Analyze (R);
- Set_Etype (N, Etype (R));
- Resolve (R, Entity (T));
- else
- Set_Error_Posted (R);
- Set_Error_Posted (T);
- end if;
- end Analyze_Subtype_Indication;
+ -- A consequence of 3.9.4 (6/2) and 7.3 (7.2/2) is that a private
+ -- extension with a synchronized parent must be explicitly declared
+ -- synchronized, because the full view will be a synchronized type.
+ -- This must be checked before the check for limited types below,
+ -- to ensure that types declared limited are not allowed to extend
+ -- synchronized interfaces.
- ------------------------------
- -- Analyze_Type_Declaration --
- ------------------------------
+ elsif Is_Interface (Parent_Type)
+ and then Is_Synchronized_Interface (Parent_Type)
+ and then not Synchronized_Present (N)
+ then
+ Error_Msg_NE
+ ("private extension of& must be explicitly synchronized",
+ N, Parent_Type);
- procedure Analyze_Type_Declaration (N : Node_Id) is
- Def : constant Node_Id := Type_Definition (N);
- Def_Id : constant Entity_Id := Defining_Identifier (N);
- T : Entity_Id;
- Prev : Entity_Id;
+ elsif Limited_Present (N) then
+ Set_Is_Limited_Record (T);
- Is_Remote : constant Boolean :=
- (Is_Remote_Types (Current_Scope)
- or else Is_Remote_Call_Interface (Current_Scope))
- and then not (In_Private_Part (Current_Scope)
- or else In_Package_Body (Current_Scope));
+ if not Is_Limited_Type (Parent_Type)
+ and then
+ (not Is_Interface (Parent_Type)
+ or else not Is_Limited_Interface (Parent_Type))
+ then
+ Error_Msg_NE ("parent type& of limited extension must be limited",
+ N, Parent_Type);
+ end if;
+ end if;
- procedure Check_Ops_From_Incomplete_Type;
- -- If there is a tagged incomplete partial view of the type, transfer
- -- its operations to the full view, and indicate that the type of the
- -- controlling parameter (s) is this full view.
+ <<Leave>> Analyze_Aspect_Specifications (N, T, AS);
+ end Analyze_Private_Extension_Declaration;
- ------------------------------------
- -- Check_Ops_From_Incomplete_Type --
- ------------------------------------
+ ---------------------------------
+ -- Analyze_Subtype_Declaration --
+ ---------------------------------
- procedure Check_Ops_From_Incomplete_Type is
- Elmt : Elmt_Id;
- Formal : Entity_Id;
- Op : Entity_Id;
+ procedure Analyze_Subtype_Declaration
+ (N : Node_Id;
+ Skip : Boolean := False)
+ is
+ Id : constant Entity_Id := Defining_Identifier (N);
+ AS : constant List_Id := Aspect_Specifications (N);
+ T : Entity_Id;
+ R_Checks : Check_Result;
- begin
- if Prev /= T
- and then Ekind (Prev) = E_Incomplete_Type
- and then Is_Tagged_Type (Prev)
- and then Is_Tagged_Type (T)
- then
- Elmt := First_Elmt (Primitive_Operations (Prev));
- while Present (Elmt) loop
- Op := Node (Elmt);
- Prepend_Elmt (Op, Primitive_Operations (T));
+ begin
+ Generate_Definition (Id);
+ Set_Is_Pure (Id, Is_Pure (Current_Scope));
+ Init_Size_Align (Id);
- Formal := First_Formal (Op);
- while Present (Formal) loop
- if Etype (Formal) = Prev then
- Set_Etype (Formal, T);
- end if;
+ -- The following guard condition on Enter_Name is to handle cases where
+ -- the defining identifier has already been entered into the scope but
+ -- the declaration as a whole needs to be analyzed.
- Next_Formal (Formal);
- end loop;
+ -- This case in particular happens for derived enumeration types. The
+ -- derived enumeration type is processed as an inserted enumeration type
+ -- declaration followed by a rewritten subtype declaration. The defining
+ -- identifier, however, is entered into the name scope very early in the
+ -- processing of the original type declaration and therefore needs to be
+ -- avoided here, when the created subtype declaration is analyzed. (See
+ -- Build_Derived_Types)
- if Etype (Op) = Prev then
- Set_Etype (Op, T);
- end if;
+ -- This also happens when the full view of a private type is derived
+ -- type with constraints. In this case the entity has been introduced
+ -- in the private declaration.
- Next_Elmt (Elmt);
- end loop;
- end if;
- end Check_Ops_From_Incomplete_Type;
+ if Skip
+ or else (Present (Etype (Id))
+ and then (Is_Private_Type (Etype (Id))
+ or else Is_Task_Type (Etype (Id))
+ or else Is_Rewrite_Substitution (N)))
+ then
+ null;
- -- Start of processing for Analyze_Type_Declaration
+ else
+ Enter_Name (Id);
+ end if;
- begin
- Prev := Find_Type_Name (N);
+ T := Process_Subtype (Subtype_Indication (N), N, Id, 'P');
- -- The full view, if present, now points to the current type
+ -- Inherit common attributes
- -- Ada 2005 (AI-50217): If the type was previously decorated when
- -- imported through a LIMITED WITH clause, it appears as incomplete
- -- but has no full view.
- -- If the incomplete view is tagged, a class_wide type has been
- -- created already. Use it for the full view as well, to prevent
- -- multiple incompatible class-wide types that may be created for
- -- self-referential anonymous access components.
+ Set_Is_Generic_Type (Id, Is_Generic_Type (Base_Type (T)));
+ Set_Is_Volatile (Id, Is_Volatile (T));
+ Set_Treat_As_Volatile (Id, Treat_As_Volatile (T));
+ Set_Is_Atomic (Id, Is_Atomic (T));
+ Set_Is_Ada_2005_Only (Id, Is_Ada_2005_Only (T));
+ Set_Is_Ada_2012_Only (Id, Is_Ada_2012_Only (T));
+ Set_Convention (Id, Convention (T));
- if Ekind (Prev) = E_Incomplete_Type
- and then Present (Full_View (Prev))
- then
- T := Full_View (Prev);
+ -- In the case where there is no constraint given in the subtype
+ -- indication, Process_Subtype just returns the Subtype_Mark, so its
+ -- semantic attributes must be established here.
- if Is_Tagged_Type (Prev)
- and then Present (Class_Wide_Type (Prev))
- then
- Set_Ekind (T, Ekind (Prev)); -- will be reset later
- Set_Class_Wide_Type (T, Class_Wide_Type (Prev));
- Set_Etype (Class_Wide_Type (T), T);
- end if;
+ if Nkind (Subtype_Indication (N)) /= N_Subtype_Indication then
+ Set_Etype (Id, Base_Type (T));
- else
- T := Prev;
- end if;
+ case Ekind (T) is
+ when Array_Kind =>
+ Set_Ekind (Id, E_Array_Subtype);
+ Copy_Array_Subtype_Attributes (Id, T);
- Set_Is_Pure (T, Is_Pure (Current_Scope));
+ when Decimal_Fixed_Point_Kind =>
+ Set_Ekind (Id, E_Decimal_Fixed_Point_Subtype);
+ Set_Digits_Value (Id, Digits_Value (T));
+ Set_Delta_Value (Id, Delta_Value (T));
+ Set_Scale_Value (Id, Scale_Value (T));
+ Set_Small_Value (Id, Small_Value (T));
+ Set_Scalar_Range (Id, Scalar_Range (T));
+ Set_Machine_Radix_10 (Id, Machine_Radix_10 (T));
+ Set_Is_Constrained (Id, Is_Constrained (T));
+ Set_Is_Known_Valid (Id, Is_Known_Valid (T));
+ Set_RM_Size (Id, RM_Size (T));
- -- We set the flag Is_First_Subtype here. It is needed to set the
- -- corresponding flag for the Implicit class-wide-type created
- -- during tagged types processing.
+ when Enumeration_Kind =>
+ Set_Ekind (Id, E_Enumeration_Subtype);
+ Set_First_Literal (Id, First_Literal (Base_Type (T)));
+ Set_Scalar_Range (Id, Scalar_Range (T));
+ Set_Is_Character_Type (Id, Is_Character_Type (T));
+ Set_Is_Constrained (Id, Is_Constrained (T));
+ Set_Is_Known_Valid (Id, Is_Known_Valid (T));
+ Set_RM_Size (Id, RM_Size (T));
- Set_Is_First_Subtype (T, True);
+ when Ordinary_Fixed_Point_Kind =>
+ Set_Ekind (Id, E_Ordinary_Fixed_Point_Subtype);
+ Set_Scalar_Range (Id, Scalar_Range (T));
+ Set_Small_Value (Id, Small_Value (T));
+ Set_Delta_Value (Id, Delta_Value (T));
+ Set_Is_Constrained (Id, Is_Constrained (T));
+ Set_Is_Known_Valid (Id, Is_Known_Valid (T));
+ Set_RM_Size (Id, RM_Size (T));
- -- Only composite types other than array types are allowed to have
- -- discriminants.
+ when Float_Kind =>
+ Set_Ekind (Id, E_Floating_Point_Subtype);
+ Set_Scalar_Range (Id, Scalar_Range (T));
+ Set_Digits_Value (Id, Digits_Value (T));
+ Set_Is_Constrained (Id, Is_Constrained (T));
- case Nkind (Def) is
+ when Signed_Integer_Kind =>
+ Set_Ekind (Id, E_Signed_Integer_Subtype);
+ Set_Scalar_Range (Id, Scalar_Range (T));
+ Set_Is_Constrained (Id, Is_Constrained (T));
+ Set_Is_Known_Valid (Id, Is_Known_Valid (T));
+ Set_RM_Size (Id, RM_Size (T));
- -- For derived types, the rule will be checked once we've figured
- -- out the parent type.
+ when Modular_Integer_Kind =>
+ Set_Ekind (Id, E_Modular_Integer_Subtype);
+ Set_Scalar_Range (Id, Scalar_Range (T));
+ Set_Is_Constrained (Id, Is_Constrained (T));
+ Set_Is_Known_Valid (Id, Is_Known_Valid (T));
+ Set_RM_Size (Id, RM_Size (T));
- when N_Derived_Type_Definition =>
- null;
+ when Class_Wide_Kind =>
+ Set_Ekind (Id, E_Class_Wide_Subtype);
+ Set_First_Entity (Id, First_Entity (T));
+ Set_Last_Entity (Id, Last_Entity (T));
+ Set_Class_Wide_Type (Id, Class_Wide_Type (T));
+ Set_Cloned_Subtype (Id, T);
+ Set_Is_Tagged_Type (Id, True);
+ Set_Has_Unknown_Discriminants
+ (Id, True);
- -- For record types, discriminants are allowed
+ if Ekind (T) = E_Class_Wide_Subtype then
+ Set_Equivalent_Type (Id, Equivalent_Type (T));
+ end if;
- when N_Record_Definition =>
- null;
+ when E_Record_Type | E_Record_Subtype =>
+ Set_Ekind (Id, E_Record_Subtype);
- when others =>
- if Present (Discriminant_Specifications (N)) then
- Error_Msg_N
- ("elementary or array type cannot have discriminants",
- Defining_Identifier
- (First (Discriminant_Specifications (N))));
- end if;
- end case;
+ if Ekind (T) = E_Record_Subtype
+ and then Present (Cloned_Subtype (T))
+ then
+ Set_Cloned_Subtype (Id, Cloned_Subtype (T));
+ else
+ Set_Cloned_Subtype (Id, T);
+ end if;
- -- Elaborate the type definition according to kind, and generate
- -- subsidiary (implicit) subtypes where needed. We skip this if it was
- -- already done (this happens during the reanalysis that follows a call
- -- to the high level optimizer).
+ Set_First_Entity (Id, First_Entity (T));
+ Set_Last_Entity (Id, Last_Entity (T));
+ Set_Has_Discriminants (Id, Has_Discriminants (T));
+ Set_Is_Constrained (Id, Is_Constrained (T));
+ Set_Is_Limited_Record (Id, Is_Limited_Record (T));
+ Set_Has_Unknown_Discriminants
+ (Id, Has_Unknown_Discriminants (T));
- if not Analyzed (T) then
- Set_Analyzed (T);
+ if Has_Discriminants (T) then
+ Set_Discriminant_Constraint
+ (Id, Discriminant_Constraint (T));
+ Set_Stored_Constraint_From_Discriminant_Constraint (Id);
- case Nkind (Def) is
+ elsif Has_Unknown_Discriminants (Id) then
+ Set_Discriminant_Constraint (Id, No_Elist);
+ end if;
- when N_Access_To_Subprogram_Definition =>
- Access_Subprogram_Declaration (T, Def);
+ if Is_Tagged_Type (T) then
+ Set_Is_Tagged_Type (Id);
+ Set_Is_Abstract_Type (Id, Is_Abstract_Type (T));
+ Set_Primitive_Operations
+ (Id, Primitive_Operations (T));
+ Set_Class_Wide_Type (Id, Class_Wide_Type (T));
- -- If this is a remote access to subprogram, we must create the
- -- equivalent fat pointer type, and related subprograms.
+ if Is_Interface (T) then
+ Set_Is_Interface (Id);
+ Set_Is_Limited_Interface (Id, Is_Limited_Interface (T));
+ end if;
+ end if;
- if Is_Remote then
- Process_Remote_AST_Declaration (N);
+ when Private_Kind =>
+ Set_Ekind (Id, Subtype_Kind (Ekind (T)));
+ Set_Has_Discriminants (Id, Has_Discriminants (T));
+ Set_Is_Constrained (Id, Is_Constrained (T));
+ Set_First_Entity (Id, First_Entity (T));
+ Set_Last_Entity (Id, Last_Entity (T));
+ Set_Private_Dependents (Id, New_Elmt_List);
+ Set_Is_Limited_Record (Id, Is_Limited_Record (T));
+ Set_Has_Unknown_Discriminants
+ (Id, Has_Unknown_Discriminants (T));
+ Set_Known_To_Have_Preelab_Init
+ (Id, Known_To_Have_Preelab_Init (T));
+
+ if Is_Tagged_Type (T) then
+ Set_Is_Tagged_Type (Id);
+ Set_Is_Abstract_Type (Id, Is_Abstract_Type (T));
+ Set_Primitive_Operations (Id, Primitive_Operations (T));
+ Set_Class_Wide_Type (Id, Class_Wide_Type (T));
end if;
- -- Validate categorization rule against access type declaration
- -- usually a violation in Pure unit, Shared_Passive unit.
+ -- In general the attributes of the subtype of a private type
+ -- are the attributes of the partial view of parent. However,
+ -- the full view may be a discriminated type, and the subtype
+ -- must share the discriminant constraint to generate correct
+ -- calls to initialization procedures.
- Validate_Access_Type_Declaration (T, N);
+ if Has_Discriminants (T) then
+ Set_Discriminant_Constraint
+ (Id, Discriminant_Constraint (T));
+ Set_Stored_Constraint_From_Discriminant_Constraint (Id);
- when N_Access_To_Object_Definition =>
- Access_Type_Declaration (T, Def);
+ elsif Present (Full_View (T))
+ and then Has_Discriminants (Full_View (T))
+ then
+ Set_Discriminant_Constraint
+ (Id, Discriminant_Constraint (Full_View (T)));
+ Set_Stored_Constraint_From_Discriminant_Constraint (Id);
- -- Validate categorization rule against access type declaration
- -- usually a violation in Pure unit, Shared_Passive unit.
+ -- This would seem semantically correct, but apparently
+ -- confuses the back-end. To be explained and checked with
+ -- current version ???
- Validate_Access_Type_Declaration (T, N);
+ -- Set_Has_Discriminants (Id);
+ end if;
- -- If we are in a Remote_Call_Interface package and define a
- -- RACW, then calling stubs and specific stream attributes
- -- must be added.
+ Prepare_Private_Subtype_Completion (Id, N);
- if Is_Remote
- and then Is_Remote_Access_To_Class_Wide_Type (Def_Id)
+ when Access_Kind =>
+ Set_Ekind (Id, E_Access_Subtype);
+ Set_Is_Constrained (Id, Is_Constrained (T));
+ Set_Is_Access_Constant
+ (Id, Is_Access_Constant (T));
+ Set_Directly_Designated_Type
+ (Id, Designated_Type (T));
+ Set_Can_Never_Be_Null (Id, Can_Never_Be_Null (T));
+
+ -- A Pure library_item must not contain the declaration of a
+ -- named access type, except within a subprogram, generic
+ -- subprogram, task unit, or protected unit, or if it has
+ -- a specified Storage_Size of zero (RM05-10.2.1(15.4-15.5)).
+
+ if Comes_From_Source (Id)
+ and then In_Pure_Unit
+ and then not In_Subprogram_Task_Protected_Unit
+ and then not No_Pool_Assigned (Id)
then
- Add_RACW_Features (Def_Id);
+ Error_Msg_N
+ ("named access types not allowed in pure unit", N);
end if;
- -- Set no strict aliasing flag if config pragma seen
+ when Concurrent_Kind =>
+ Set_Ekind (Id, Subtype_Kind (Ekind (T)));
+ Set_Corresponding_Record_Type (Id,
+ Corresponding_Record_Type (T));
+ Set_First_Entity (Id, First_Entity (T));
+ Set_First_Private_Entity (Id, First_Private_Entity (T));
+ Set_Has_Discriminants (Id, Has_Discriminants (T));
+ Set_Is_Constrained (Id, Is_Constrained (T));
+ Set_Is_Tagged_Type (Id, Is_Tagged_Type (T));
+ Set_Last_Entity (Id, Last_Entity (T));
- if Opt.No_Strict_Aliasing then
- Set_No_Strict_Aliasing (Base_Type (Def_Id));
+ if Has_Discriminants (T) then
+ Set_Discriminant_Constraint (Id,
+ Discriminant_Constraint (T));
+ Set_Stored_Constraint_From_Discriminant_Constraint (Id);
end if;
- when N_Array_Type_Definition =>
- Array_Type_Declaration (T, Def);
-
- when N_Derived_Type_Definition =>
- Derived_Type_Declaration (T, N, T /= Def_Id);
-
- when N_Enumeration_Type_Definition =>
- Enumeration_Type_Declaration (T, Def);
-
- when N_Floating_Point_Definition =>
- Floating_Point_Type_Declaration (T, Def);
-
- when N_Decimal_Fixed_Point_Definition =>
- Decimal_Fixed_Point_Type_Declaration (T, Def);
+ when E_Incomplete_Type =>
+ if Ada_Version >= Ada_2005 then
+ Set_Ekind (Id, E_Incomplete_Subtype);
- when N_Ordinary_Fixed_Point_Definition =>
- Ordinary_Fixed_Point_Type_Declaration (T, Def);
+ -- Ada 2005 (AI-412): Decorate an incomplete subtype
+ -- of an incomplete type visible through a limited
+ -- with clause.
- when N_Signed_Integer_Type_Definition =>
- Signed_Integer_Type_Declaration (T, Def);
+ if From_With_Type (T)
+ and then Present (Non_Limited_View (T))
+ then
+ Set_From_With_Type (Id);
+ Set_Non_Limited_View (Id, Non_Limited_View (T));
- when N_Modular_Type_Definition =>
- Modular_Type_Declaration (T, Def);
+ -- Ada 2005 (AI-412): Add the regular incomplete subtype
+ -- to the private dependents of the original incomplete
+ -- type for future transformation.
- when N_Record_Definition =>
- Record_Type_Declaration (T, N, Prev);
+ else
+ Append_Elmt (Id, Private_Dependents (T));
+ end if;
- -- If declaration has a parse error, nothing to elaborate.
+ -- If the subtype name denotes an incomplete type an error
+ -- was already reported by Process_Subtype.
- when N_Error =>
- null;
+ else
+ Set_Etype (Id, Any_Type);
+ end if;
when others =>
raise Program_Error;
-
end case;
end if;
- if Etype (T) = Any_Type then
- return;
+ if Etype (Id) = Any_Type then
+ goto Leave;
end if;
- -- Some common processing for all types
+ -- Some common processing on all types
- Set_Depends_On_Private (T, Has_Private_Component (T));
- Check_Ops_From_Incomplete_Type;
+ Set_Size_Info (Id, T);
+ Set_First_Rep_Item (Id, First_Rep_Item (T));
- -- Both the declared entity, and its anonymous base type if one
- -- was created, need freeze nodes allocated.
+ T := Etype (Id);
- declare
- B : constant Entity_Id := Base_Type (T);
+ Set_Is_Immediately_Visible (Id, True);
+ Set_Depends_On_Private (Id, Has_Private_Component (T));
+ Set_Is_Descendent_Of_Address (Id, Is_Descendent_Of_Address (T));
- begin
- -- In the case where the base type differs from the first subtype, we
- -- pre-allocate a freeze node, and set the proper link to the first
- -- subtype. Freeze_Entity will use this preallocated freeze node when
- -- it freezes the entity.
+ if Is_Interface (T) then
+ Set_Is_Interface (Id);
+ end if;
- -- This does not apply if the base type is a generic type, whose
- -- declaration is independent of the current derived definition.
+ if Present (Generic_Parent_Type (N))
+ and then
+ (Nkind
+ (Parent (Generic_Parent_Type (N))) /= N_Formal_Type_Declaration
+ or else Nkind
+ (Formal_Type_Definition (Parent (Generic_Parent_Type (N))))
+ /= N_Formal_Private_Type_Definition)
+ then
+ if Is_Tagged_Type (Id) then
- if B /= T and then not Is_Generic_Type (B) then
- Ensure_Freeze_Node (B);
- Set_First_Subtype_Link (Freeze_Node (B), T);
- end if;
+ -- If this is a generic actual subtype for a synchronized type,
+ -- the primitive operations are those of the corresponding record
+ -- for which there is a separate subtype declaration.
- -- A type that is imported through a limited_with clause cannot
- -- generate any code, and thus need not be frozen. However, an access
- -- type with an imported designated type needs a finalization list,
- -- which may be referenced in some other package that has non-limited
- -- visibility on the designated type. Thus we must create the
- -- finalization list at the point the access type is frozen, to
- -- prevent unsatisfied references at link time.
+ if Is_Concurrent_Type (Id) then
+ null;
+ elsif Is_Class_Wide_Type (Id) then
+ Derive_Subprograms (Generic_Parent_Type (N), Id, Etype (T));
+ else
+ Derive_Subprograms (Generic_Parent_Type (N), Id, T);
+ end if;
- if not From_With_Type (T) or else Is_Access_Type (T) then
- Set_Has_Delayed_Freeze (T);
+ elsif Scope (Etype (Id)) /= Standard_Standard then
+ Derive_Subprograms (Generic_Parent_Type (N), Id);
end if;
- end;
+ end if;
- -- Case where T is the full declaration of some private type which has
- -- been swapped in Defining_Identifier (N).
+ if Is_Private_Type (T)
+ and then Present (Full_View (T))
+ then
+ Conditional_Delay (Id, Full_View (T));
- if T /= Def_Id and then Is_Private_Type (Def_Id) then
- Process_Full_View (N, T, Def_Id);
+ -- The subtypes of components or subcomponents of protected types
+ -- do not need freeze nodes, which would otherwise appear in the
+ -- wrong scope (before the freeze node for the protected type). The
+ -- proper subtypes are those of the subcomponents of the corresponding
+ -- record.
- -- Record the reference. The form of this is a little strange, since
- -- the full declaration has been swapped in. So the first parameter
- -- here represents the entity to which a reference is made which is
- -- the "real" entity, i.e. the one swapped in, and the second
- -- parameter provides the reference location.
+ elsif Ekind (Scope (Id)) /= E_Protected_Type
+ and then Present (Scope (Scope (Id))) -- error defense!
+ and then Ekind (Scope (Scope (Id))) /= E_Protected_Type
+ then
+ Conditional_Delay (Id, T);
+ end if;
- -- Also, we want to kill Has_Pragma_Unreferenced temporarily here
- -- since we don't want a complaint about the full type being an
- -- unwanted reference to the private type
+ -- Check that constraint_error is raised for a scalar subtype
+ -- indication when the lower or upper bound of a non-null range
+ -- lies outside the range of the type mark.
- declare
- B : constant Boolean := Has_Pragma_Unreferenced (T);
- begin
- Set_Has_Pragma_Unreferenced (T, False);
- Generate_Reference (T, T, 'c');
- Set_Has_Pragma_Unreferenced (T, B);
- end;
+ if Nkind (Subtype_Indication (N)) = N_Subtype_Indication then
+ if Is_Scalar_Type (Etype (Id))
+ and then Scalar_Range (Id) /=
+ Scalar_Range (Etype (Subtype_Mark
+ (Subtype_Indication (N))))
+ then
+ Apply_Range_Check
+ (Scalar_Range (Id),
+ Etype (Subtype_Mark (Subtype_Indication (N))));
- Set_Completion_Referenced (Def_Id);
+ elsif Is_Array_Type (Etype (Id))
+ and then Present (First_Index (Id))
+ then
+ -- This really should be a subprogram that finds the indications
+ -- to check???
- -- For completion of incomplete type, process incomplete dependents
- -- and always mark the full type as referenced (it is the incomplete
- -- type that we get for any real reference).
+ if ((Nkind (First_Index (Id)) = N_Identifier
+ and then Ekind (Entity (First_Index (Id))) in Scalar_Kind)
+ or else Nkind (First_Index (Id)) = N_Subtype_Indication)
+ and then
+ Nkind (Scalar_Range (Etype (First_Index (Id)))) = N_Range
+ then
+ declare
+ Target_Typ : constant Entity_Id :=
+ Etype
+ (First_Index (Etype
+ (Subtype_Mark (Subtype_Indication (N)))));
+ begin
+ R_Checks :=
+ Get_Range_Checks
+ (Scalar_Range (Etype (First_Index (Id))),
+ Target_Typ,
+ Etype (First_Index (Id)),
+ Defining_Identifier (N));
- elsif Ekind (Prev) = E_Incomplete_Type then
- Process_Incomplete_Dependents (N, T, Prev);
- Generate_Reference (Prev, Def_Id, 'c');
- Set_Completion_Referenced (Def_Id);
+ Insert_Range_Checks
+ (R_Checks,
+ N,
+ Target_Typ,
+ Sloc (Defining_Identifier (N)));
+ end;
+ end if;
+ end if;
+ end if;
- -- If not private type or incomplete type completion, this is a real
- -- definition of a new entity, so record it.
+ Set_Optimize_Alignment_Flags (Id);
+ Check_Eliminated (Id);
- else
- Generate_Definition (Def_Id);
- end if;
+ <<Leave>> Analyze_Aspect_Specifications (N, Id, AS);
+ end Analyze_Subtype_Declaration;
- if Chars (Scope (Def_Id)) = Name_System
- and then Chars (Def_Id) = Name_Address
- and then Is_Predefined_File_Name (Unit_File_Name (Get_Source_Unit (N)))
- then
- Set_Is_Descendent_Of_Address (Def_Id);
- Set_Is_Descendent_Of_Address (Base_Type (Def_Id));
- Set_Is_Descendent_Of_Address (Prev);
- end if;
+ --------------------------------
+ -- Analyze_Subtype_Indication --
+ --------------------------------
- Set_Optimize_Alignment_Flags (Def_Id);
- Check_Eliminated (Def_Id);
- end Analyze_Type_Declaration;
+ procedure Analyze_Subtype_Indication (N : Node_Id) is
+ T : constant Entity_Id := Subtype_Mark (N);
+ R : constant Node_Id := Range_Expression (Constraint (N));
+
+ begin
+ Analyze (T);
+
+ if R /= Error then
+ Analyze (R);
+ Set_Etype (N, Etype (R));
+ Resolve (R, Entity (T));
+ else
+ Set_Error_Posted (R);
+ Set_Error_Posted (T);
+ end if;
+ end Analyze_Subtype_Indication;
--------------------------
-- Analyze_Variant_Part --
package Sem_Ch3 is
procedure Analyze_Component_Declaration (N : Node_Id);
+ procedure Analyze_Full_Type_Declaration (N : Node_Id);
procedure Analyze_Incomplete_Type_Decl (N : Node_Id);
procedure Analyze_Itype_Reference (N : Node_Id);
procedure Analyze_Number_Declaration (N : Node_Id);
procedure Analyze_Others_Choice (N : Node_Id);
procedure Analyze_Private_Extension_Declaration (N : Node_Id);
procedure Analyze_Subtype_Indication (N : Node_Id);
- procedure Analyze_Type_Declaration (N : Node_Id);
procedure Analyze_Variant_Part (N : Node_Id);
procedure Analyze_Subtype_Declaration
-- --
------------------------------------------------------------------------------
+with Aspects; use Aspects;
with Atree; use Atree;
with Checks; use Checks;
with Debug; use Debug;
with Sem_Ch8; use Sem_Ch8;
with Sem_Ch10; use Sem_Ch10;
with Sem_Ch12; use Sem_Ch12;
+with Sem_Ch13; use Sem_Ch13;
with Sem_Disp; use Sem_Disp;
with Sem_Dist; use Sem_Dist;
with Sem_Elim; use Sem_Elim;
Designator : constant Entity_Id :=
Analyze_Subprogram_Specification (Specification (N));
Scop : constant Entity_Id := Current_Scope;
+ AS : constant List_Id := Aspect_Specifications (N);
begin
Generate_Definition (Designator);
Generate_Reference_To_Formals (Designator);
Check_Eliminated (Designator);
+ Analyze_Aspect_Specifications (N, Designator, AS);
end Analyze_Abstract_Subprogram_Declaration;
----------------------------------------
procedure Analyze_Subprogram_Declaration (N : Node_Id) is
Loc : constant Source_Ptr := Sloc (N);
+ AS : constant List_Id := Aspect_Specifications (N);
+ Scop : constant Entity_Id := Current_Scope;
Designator : Entity_Id;
Form : Node_Id;
- Scop : constant Entity_Id := Current_Scope;
Null_Body : Node_Id := Empty;
-- Start of processing for Analyze_Subprogram_Declaration
Write_Location (Sloc (N));
Write_Eol;
end if;
+
+ Analyze_Aspect_Specifications (N, Designator, AS);
end Analyze_Subprogram_Declaration;
--------------------------------------
if Is_Tagged_Type (Formal_Type) then
null;
- elsif Nkind_In (Parent (Parent (T)),
- N_Accept_Statement,
- N_Entry_Body,
- N_Subprogram_Body)
+ elsif Nkind_In (Parent (Parent (T)), N_Accept_Statement,
+ N_Entry_Body,
+ N_Subprogram_Body)
then
Error_Msg_NE
("invalid use of untagged incomplete type&",
- Ptype, Formal_Type);
+ Ptype, Formal_Type);
end if;
else
Error_Msg_NE
("invalid use of incomplete type&",
- Param_Spec, Formal_Type);
+ Param_Spec, Formal_Type);
-- Further checks on the legality of incomplete types
-- in formal parts are delayed until the freeze point
end if;
elsif Ekind (Formal_Type) = E_Void then
- Error_Msg_NE ("premature use of&",
- Parameter_Type (Param_Spec), Formal_Type);
+ Error_Msg_NE
+ ("premature use of&",
+ Parameter_Type (Param_Spec), Formal_Type);
end if;
-- Ada 2005 (AI-231): Create and decorate an internal subtype
then
Error_Msg_NE
("`NOT NULL` not allowed (& already excludes null)",
- Param_Spec,
- Formal_Type);
+ Param_Spec, Formal_Type);
end if;
Formal_Type :=
-- handling of private and full declarations, and the construction of dispatch
-- tables for tagged types.
+with Aspects; use Aspects;
with Atree; use Atree;
with Debug; use Debug;
with Einfo; use Einfo;
with Sem_Ch8; use Sem_Ch8;
with Sem_Ch10; use Sem_Ch10;
with Sem_Ch12; use Sem_Ch12;
+with Sem_Ch13; use Sem_Ch13;
with Sem_Disp; use Sem_Disp;
with Sem_Eval; use Sem_Eval;
with Sem_Prag; use Sem_Prag;
procedure Analyze_Package_Declaration (N : Node_Id) is
Id : constant Node_Id := Defining_Entity (N);
+ AS : constant List_Id := Aspect_Specifications (N);
PF : Boolean;
-- True when in the context of a declared pure library unit
-- package Pkg is ...
if From_With_Type (Id) then
- return;
+ goto Leave;
end if;
if Debug_Flag_C then
Write_Location (Sloc (N));
Write_Eol;
end if;
+
+ <<Leave>> Analyze_Aspect_Specifications (N, Id, AS);
end Analyze_Package_Declaration;
-----------------------------------
procedure Analyze_Private_Type_Declaration (N : Node_Id) is
PF : constant Boolean := Is_Pure (Enclosing_Lib_Unit_Entity);
Id : constant Entity_Id := Defining_Identifier (N);
+ AS : constant List_Id := Aspect_Specifications (N);
begin
Generate_Definition (Id);
New_Private_Type (N, Id, N);
Set_Depends_On_Private (Id);
+ Analyze_Aspect_Specifications (N, Id, AS);
end Analyze_Private_Type_Declaration;
----------------------------------
-- --
------------------------------------------------------------------------------
+with Aspects; use Aspects;
with Atree; use Atree;
with Checks; use Checks;
with Einfo; use Einfo;
with Sem_Ch5; use Sem_Ch5;
with Sem_Ch6; use Sem_Ch6;
with Sem_Ch8; use Sem_Ch8;
+with Sem_Ch13; use Sem_Ch13;
with Sem_Eval; use Sem_Eval;
with Sem_Res; use Sem_Res;
with Sem_Type; use Sem_Type;
D_Sdef : constant Node_Id := Discrete_Subtype_Definition (N);
Def_Id : constant Entity_Id := Defining_Identifier (N);
Formals : constant List_Id := Parameter_Specifications (N);
+ AS : constant List_Id := Aspect_Specifications (N);
begin
Generate_Definition (Def_Id);
end if;
Generate_Reference_To_Formals (Def_Id);
+ Analyze_Aspect_Specifications (N, Def_Id, AS);
end Analyze_Entry_Declaration;
---------------------------------------
Process_End_Label (N, 'e', Current_Scope);
end Analyze_Protected_Definition;
- ----------------------------
- -- Analyze_Protected_Type --
- ----------------------------
+ ----------------------------------------
+ -- Analyze_Protected_Type_Declaration --
+ ----------------------------------------
- procedure Analyze_Protected_Type (N : Node_Id) is
+ procedure Analyze_Protected_Type_Declaration (N : Node_Id) is
Def_Id : constant Entity_Id := Defining_Identifier (N);
+ AS : constant List_Id := Aspect_Specifications (N);
E : Entity_Id;
T : Entity_Id;
begin
if No_Run_Time_Mode then
Error_Msg_CRT ("protected type", N);
- return;
+ goto Leave;
end if;
Tasking_Used := True;
Process_Full_View (N, T, Def_Id);
end if;
end if;
- end Analyze_Protected_Type;
+
+ <<Leave>> Analyze_Aspect_Specifications (N, Def_Id, AS);
+ end Analyze_Protected_Type_Declaration;
---------------------
-- Analyze_Requeue --
end if;
end Analyze_Selective_Accept;
- ------------------------------
- -- Analyze_Single_Protected --
- ------------------------------
+ ------------------------------------------
+ -- Analyze_Single_Protected_Declaration --
+ ------------------------------------------
- procedure Analyze_Single_Protected (N : Node_Id) is
+ procedure Analyze_Single_Protected_Declaration (N : Node_Id) is
Loc : constant Source_Ptr := Sloc (N);
Id : constant Node_Id := Defining_Identifier (N);
+ AS : constant List_Id := Aspect_Specifications (N);
T : Entity_Id;
T_Decl : Node_Id;
O_Decl : Node_Id;
-- procedure directly. Otherwise the node would be expanded twice, with
-- disastrous result.
- Analyze_Protected_Type (N);
- end Analyze_Single_Protected;
+ Analyze_Protected_Type_Declaration (N);
+ Analyze_Aspect_Specifications (N, Id, AS);
+ end Analyze_Single_Protected_Declaration;
- -------------------------
- -- Analyze_Single_Task --
- -------------------------
+ -------------------------------------
+ -- Analyze_Single_Task_Declaration --
+ -------------------------------------
- procedure Analyze_Single_Task (N : Node_Id) is
+ procedure Analyze_Single_Task_Declaration (N : Node_Id) is
Loc : constant Source_Ptr := Sloc (N);
Id : constant Node_Id := Defining_Identifier (N);
+ AS : constant List_Id := Aspect_Specifications (N);
T : Entity_Id;
T_Decl : Node_Id;
O_Decl : Node_Id;
-- procedure directly. Otherwise the node would be expanded twice, with
-- disastrous result.
- Analyze_Task_Type (N);
- end Analyze_Single_Task;
+ Analyze_Task_Type_Declaration (N);
+ Analyze_Aspect_Specifications (N, Id, AS);
+ end Analyze_Single_Task_Declaration;
-----------------------
-- Analyze_Task_Body --
Process_End_Label (N, 'e', Current_Scope);
end Analyze_Task_Definition;
- -----------------------
- -- Analyze_Task_Type --
- -----------------------
+ -----------------------------------
+ -- Analyze_Task_Type_Declaration --
+ -----------------------------------
- procedure Analyze_Task_Type (N : Node_Id) is
+ procedure Analyze_Task_Type_Declaration (N : Node_Id) is
Def_Id : constant Entity_Id := Defining_Identifier (N);
+ AS : constant List_Id := Aspect_Specifications (N);
T : Entity_Id;
begin
Process_Full_View (N, T, Def_Id);
end if;
end if;
- end Analyze_Task_Type;
+
+ Analyze_Aspect_Specifications (N, Def_Id, AS);
+ end Analyze_Task_Type_Declaration;
-----------------------------------
-- Analyze_Terminate_Alternative --
-- --
-- S p e c --
-- --
--- Copyright (C) 1992-2007, Free Software Foundation, Inc. --
+-- Copyright (C) 1992-2010, Free Software Foundation, Inc. --
-- --
-- GNAT is free software; you can redistribute it and/or modify it under --
-- terms of the GNU General Public License as published by the Free Soft- --
procedure Analyze_Entry_Index_Specification (N : Node_Id);
procedure Analyze_Protected_Body (N : Node_Id);
procedure Analyze_Protected_Definition (N : Node_Id);
- procedure Analyze_Protected_Type (N : Node_Id);
+ procedure Analyze_Protected_Type_Declaration (N : Node_Id);
procedure Analyze_Requeue (N : Node_Id);
procedure Analyze_Selective_Accept (N : Node_Id);
- procedure Analyze_Single_Protected (N : Node_Id);
- procedure Analyze_Single_Task (N : Node_Id);
+ procedure Analyze_Single_Protected_Declaration (N : Node_Id);
+ procedure Analyze_Single_Task_Declaration (N : Node_Id);
procedure Analyze_Task_Body (N : Node_Id);
procedure Analyze_Task_Definition (N : Node_Id);
- procedure Analyze_Task_Type (N : Node_Id);
+ procedure Analyze_Task_Type_Declaration (N : Node_Id);
procedure Analyze_Terminate_Alternative (N : Node_Id);
procedure Analyze_Timed_Entry_Call (N : Node_Id);
procedure Analyze_Triggering_Alternative (N : Node_Id);
Pname : constant Name_Id := Pragma_Name (N);
Prag_Id : Pragma_Id;
+ Sense : constant Boolean := not Aspect_Cancel (N);
+ -- Sense is True if we have the normal case of a pragma that is active
+ -- and turns the corresponding aspect on. It is false only for the case
+ -- of a pragma coming from an aspect which is explicitly turned off by
+ -- using aspect => False. If Sense is False, the effect of the pragma
+ -- is to turn the corresponding aspect off.
+
Pragma_Exit : exception;
-- This exception is used to exit pragma processing completely. It is
-- used when an error is detected, and no further processing is
procedure Check_Duplicate_Pragma (E : Entity_Id);
-- Check if a pragma of the same name as the current pragma is already
-- chained as a rep pragma to the given entity. if so give a message
- -- about the duplicate, using Error_Pragma so the call does not return.
+ -- about the duplicate, and then raise Pragma_Exit so does not return.
procedure Check_Duplicated_Export_Name (Nam : Node_Id);
-- Nam is an N_String_Literal node containing the external name set by
-- procedure identified by Name, returns it if it exists, otherwise
-- errors out and uses Arg as the pragma argument for the message.
+ procedure Fix_Error (Msg : in out String);
+ -- This is called prior to issuing an error message. Msg is a string
+ -- which typically contains the substring pragma. If the current pragma
+ -- comes from an aspect, each such "pragma" substring is replaced with
+ -- the characters "aspect", and in addition, if Error_Msg_Name_1 is
+ -- Name_Precondition (resp Name_Postcondition) it is replaced with
+ -- Name_Pre (resp Name_Post).
+
procedure Gather_Associations
(Names : Name_List;
Args : out Args_List);
else
Error_Msg_Name_1 := Pname;
- Flag_Non_Static_Expr
- ("argument for pragma% must be a identifier or " &
- "static string expression!", Argx);
- raise Pragma_Exit;
+
+ declare
+ Msg : String :=
+ "argument for pragma% must be a identifier or "
+ & "static string expression!";
+ begin
+ Fix_Error (Msg);
+ Flag_Non_Static_Expr (Msg, Argx);
+ raise Pragma_Exit;
+ end;
end if;
end if;
end Check_Arg_Is_External_Name;
begin
Check_Arg_Is_Local_Name (Arg);
- if not Is_Library_Level_Entity (Entity (Expression (Arg)))
+ if not Is_Library_Level_Entity (Entity (Get_Pragma_Arg (Arg)))
and then Comes_From_Source (N)
then
Error_Pragma_Arg
else
Error_Msg_Name_1 := Pname;
- Flag_Non_Static_Expr
- ("argument for pragma% must be a static expression!", Argx);
+
+ declare
+ Msg : String :=
+ "argument for pragma% must be a static expression!";
+ begin
+ Fix_Error (Msg);
+ Flag_Non_Static_Expr (Msg, Argx);
+ end;
+
raise Pragma_Exit;
end if;
end Check_Arg_Is_Static_Expression;
Arg : Node_Id;
begin
+ -- Nothing to do if this pragma comes from an aspect specification,
+ -- since we could not be duplicating a pragma, and we dealt with the
+ -- case of duplicated aspects in Analyze_Aspect_Specifications.
+
+ if From_Aspect_Specification (N) then
+ return;
+ end if;
+
+ -- Otherwise current pragma may duplicate previous pragma or a
+ -- previously given aspect specification for the same pragma.
+
if Present (P) then
-- Make sure pragma is for this entity, and not for some parent
then
Error_Msg_Name_1 := Pname;
Error_Msg_Sloc := Sloc (P);
- Error_Msg_NE ("pragma% for & duplicates one#", N, E);
+
+ if From_Aspect_Specification (P) then
+ Error_Msg_NE ("aspect% for & previously specified#", N, E);
+ else
+ Error_Msg_NE ("pragma% for & duplicates pragma#", N, E);
+ end if;
+
raise Pragma_Exit;
end if;
end if;
---------------------------------------
procedure Check_Interrupt_Or_Attach_Handler is
- Arg1_X : constant Node_Id := Expression (Arg1);
+ Arg1_X : constant Node_Id := Get_Pragma_Arg (Arg1);
Handler_Proc, Proc_Scope : Entity_Id;
begin
procedure Check_No_Identifier (Arg : Node_Id) is
begin
- if Chars (Arg) /= No_Name then
+ if Nkind (Arg) = N_Pragma_Argument_Association
+ and then Chars (Arg) /= No_Name
+ then
Error_Pragma_Arg_Ident
("pragma% does not permit identifier& here", Arg);
end if;
Unit_Node := Unit (Parent (Parent_Node));
Unit_Kind := Nkind (Unit_Node);
- Analyze (Expression (Arg1));
+ Analyze (Get_Pragma_Arg (Arg1));
if Unit_Kind = N_Generic_Subprogram_Declaration
or else Unit_Kind = N_Subprogram_Declaration
end if;
if Chars (Unit_Name) /=
- Chars (Entity (Expression (Arg1)))
+ Chars (Entity (Get_Pragma_Arg (Arg1)))
then
Error_Pragma_Arg
("pragma% argument is not current unit name", Arg1);
Pragma_Misplaced;
elsif Arg_Count > 0 then
- Analyze (Expression (Arg1));
+ Analyze (Get_Pragma_Arg (Arg1));
- if Entity (Expression (Arg1)) /= Current_Scope then
+ if Entity (Get_Pragma_Arg (Arg1)) /= Current_Scope then
Error_Pragma_Arg
("name in pragma% must be enclosing unit", Arg1);
end if;
------------------
procedure Error_Pragma (Msg : String) is
+ MsgF : String := Msg;
begin
Error_Msg_Name_1 := Pname;
- Error_Msg_N (Msg, N);
+ Fix_Error (MsgF);
+ Error_Msg_N (MsgF, N);
raise Pragma_Exit;
end Error_Pragma;
----------------------
procedure Error_Pragma_Arg (Msg : String; Arg : Node_Id) is
+ MsgF : String := Msg;
begin
Error_Msg_Name_1 := Pname;
- Error_Msg_N (Msg, Get_Pragma_Arg (Arg));
+ Fix_Error (MsgF);
+ Error_Msg_N (MsgF, Get_Pragma_Arg (Arg));
raise Pragma_Exit;
end Error_Pragma_Arg;
procedure Error_Pragma_Arg (Msg1, Msg2 : String; Arg : Node_Id) is
+ MsgF : String := Msg1;
begin
Error_Msg_Name_1 := Pname;
- Error_Msg_N (Msg1, Get_Pragma_Arg (Arg));
+ Fix_Error (MsgF);
+ Error_Msg_N (MsgF, Get_Pragma_Arg (Arg));
Error_Pragma_Arg (Msg2, Arg);
end Error_Pragma_Arg;
----------------------------
procedure Error_Pragma_Arg_Ident (Msg : String; Arg : Node_Id) is
+ MsgF : String := Msg;
begin
Error_Msg_Name_1 := Pname;
- Error_Msg_N (Msg, Arg);
+ Fix_Error (MsgF);
+ Error_Msg_N (MsgF, Arg);
raise Pragma_Exit;
end Error_Pragma_Arg_Ident;
----------------------
procedure Error_Pragma_Ref (Msg : String; Ref : Entity_Id) is
+ MsgF : String := Msg;
begin
Error_Msg_Name_1 := Pname;
+ Fix_Error (MsgF);
Error_Msg_Sloc := Sloc (Ref);
- Error_Msg_NE (Msg, N, Ref);
+ Error_Msg_NE (MsgF, N, Ref);
raise Pragma_Exit;
end Error_Pragma_Ref;
return Proc;
end Find_Unique_Parameterless_Procedure;
+ ---------------
+ -- Fix_Error --
+ ---------------
+
+ procedure Fix_Error (Msg : in out String) is
+ begin
+ if From_Aspect_Specification (N) then
+ for J in Msg'First .. Msg'Last - 5 loop
+ if Msg (J .. J + 5) = "pragma" then
+ Msg (J .. J + 5) := "aspect";
+ end if;
+ end loop;
+ end if;
+
+ if Error_Msg_Name_1 = Name_Precondition then
+ Error_Msg_Name_1 := Name_Pre;
+ elsif Error_Msg_Name_1 = Name_Postcondition then
+ Error_Msg_Name_1 := Name_Post;
+ end if;
+ end Fix_Error;
+
-------------------------
-- Gather_Associations --
-------------------------
Arg := First (Pragma_Argument_Associations (N));
for Index in Args'Range loop
exit when No (Arg) or else Chars (Arg) /= No_Name;
- Args (Index) := Expression (Arg);
+ Args (Index) := Get_Pragma_Arg (Arg);
Next (Arg);
end loop;
Error_Pragma_Arg
("duplicate argument association for pragma%", Arg);
else
- Args (Index) := Expression (Arg);
+ Args (Index) := Get_Pragma_Arg (Arg);
exit;
end if;
end if;
procedure Set_Atomic (E : Entity_Id) is
begin
- Set_Is_Atomic (E);
+ Set_Is_Atomic (E, Sense);
- if not Has_Alignment_Clause (E) then
+ if Sense and then not Has_Alignment_Clause (E) then
Set_Alignment (E, Uint_0);
end if;
end Set_Atomic;
Check_No_Identifiers;
Check_Arg_Count (1);
Check_Arg_Is_Local_Name (Arg1);
- E_Id := Expression (Arg1);
+ E_Id := Get_Pragma_Arg (Arg1);
if Etype (E_Id) = Any_Type then
return;
-- Attribute belongs on the base type. If the view of the type is
-- currently private, it also belongs on the underlying type.
- Set_Is_Volatile (Base_Type (E));
- Set_Is_Volatile (Underlying_Type (E));
+ Set_Is_Volatile (Base_Type (E), Sense);
+ Set_Is_Volatile (Underlying_Type (E), Sense);
- Set_Treat_As_Volatile (E);
- Set_Treat_As_Volatile (Underlying_Type (E));
+ Set_Treat_As_Volatile (E, Sense);
+ Set_Treat_As_Volatile (Underlying_Type (E), Sense);
elsif K = N_Object_Declaration
or else (K = N_Component_Declaration
end if;
if Prag_Id /= Pragma_Volatile then
- Set_Is_Atomic (E);
+ Set_Is_Atomic (E, Sense);
-- If the object declaration has an explicit initialization, a
-- temporary may have to be created to hold the expression, to
if Nkind (Parent (E)) = N_Object_Declaration
and then Present (Expression (Parent (E)))
+ and then Sense
then
Set_Has_Delayed_Freeze (E);
end if;
Get_Source_File_Index (Sloc (E)) =
Get_Source_File_Index (Sloc (Underlying_Type (Etype (E))))
then
- Set_Is_Atomic (Underlying_Type (Etype (E)));
+ Set_Is_Atomic (Underlying_Type (Etype (E)), Sense);
end if;
end if;
Check_At_Least_N_Arguments (2);
Check_Optional_Identifier (Arg1, Name_Convention);
Check_Arg_Is_Identifier (Arg1);
- Cname := Chars (Expression (Arg1));
+ Cname := Chars (Get_Pragma_Arg (Arg1));
-- C_Pass_By_Copy is treated as a synonym for convention C (this is
-- tested again below to set the critical flag).
-- Otherwise we must have something in the standard convention list
elsif Is_Convention_Name (Cname) then
- C := Get_Convention_Id (Chars (Expression (Arg1)));
+ C := Get_Convention_Id (Chars (Get_Pragma_Arg (Arg1)));
-- In DEC VMS, it seems that there is an undocumented feature that
-- any unrecognized convention is treated as the default, which for
if Warn_On_Export_Import and not OpenVMS_On_Target then
Error_Msg_N
("?unrecognized convention name, C assumed",
- Expression (Arg1));
+ Get_Pragma_Arg (Arg1));
end if;
C := Convention_C;
Check_Optional_Identifier (Arg2, Name_Entity);
Check_Arg_Is_Local_Name (Arg2);
- Id := Expression (Arg2);
+ Id := Get_Pragma_Arg (Arg2);
Analyze (Id);
if not Is_Entity_Name (Id) then
Generate_Reference (E1, Id, 'b');
end if;
end if;
+
+ -- For aspect case, do NOT apply to homonyms
+
+ exit when From_Aspect_Specification (N);
end loop;
end if;
end Process_Convention;
Arg := Arg1;
while Present (Arg) loop
- Exp := Expression (Arg);
+ Exp := Get_Pragma_Arg (Arg);
Analyze (Exp);
if not Is_Entity_Name (Exp)
begin
Process_Convention (C, Def_Id);
Kill_Size_Check_Code (Def_Id);
- Note_Possible_Modification (Expression (Arg2), Sure => False);
+ Note_Possible_Modification (Get_Pragma_Arg (Arg2), Sure => False);
if Ekind_In (Def_Id, E_Variable, E_Constant) then
-- is present, then this is handled by the back end.
if No (Arg3) then
- Check_Intrinsic_Subprogram (Def_Id, Expression (Arg2));
+ Check_Intrinsic_Subprogram
+ (Def_Id, Get_Pragma_Arg (Arg2));
end if;
end if;
-- entity (if declared in the same unit) is inlined.
if Is_Subprogram (Subp) then
+
+ if not Sense then
+ return;
+ end if;
+
Inner_Subp := Ultimate_Alias (Inner_Subp);
if In_Same_Source_Unit (Subp, Inner_Subp) then
procedure Set_Inline_Flags (Subp : Entity_Id) is
begin
if Active then
- Set_Is_Inlined (Subp, True);
+ Set_Is_Inlined (Subp, Sense);
end if;
if not Has_Pragma_Inline (Subp) then
- Set_Has_Pragma_Inline (Subp);
+ Set_Has_Pragma_Inline (Subp, Sense);
Effective := True;
end if;
if Prag_Id = Pragma_Inline_Always then
- Set_Has_Pragma_Inline_Always (Subp);
+ Set_Has_Pragma_Inline_Always (Subp, Sense);
end if;
end Set_Inline_Flags;
Assoc := Arg1;
while Present (Assoc) loop
- Subp_Id := Expression (Assoc);
+ Subp_Id := Get_Pragma_Arg (Assoc);
Analyze (Subp_Id);
Applies := False;
else
Make_Inline (Subp);
- while Present (Homonym (Subp))
- and then Scope (Homonym (Subp)) = Current_Scope
- loop
- Make_Inline (Homonym (Subp));
- Subp := Homonym (Subp);
- end loop;
+ if not From_Aspect_Specification (N) then
+ while Present (Homonym (Subp))
+ and then Scope (Homonym (Subp)) = Current_Scope
+ loop
+ Make_Inline (Homonym (Subp));
+ Subp := Homonym (Subp);
+ end loop;
+ end if;
end if;
end if;
-----------------------------------------
procedure Process_Interrupt_Or_Attach_Handler is
- Arg1_X : constant Node_Id := Expression (Arg1);
+ Arg1_X : constant Node_Id := Get_Pragma_Arg (Arg1);
Handler_Proc : constant Entity_Id := Entity (Arg1_X);
Proc_Scope : constant Entity_Id := Scope (Handler_Proc);
Arg := Arg1;
while Present (Arg) loop
Id := Chars (Arg);
- Expr := Expression (Arg);
+ Expr := Get_Pragma_Arg (Arg);
-- Case of no restriction identifier present
Check_No_Identifier (Arg1);
Check_Arg_Is_Identifier (Arg1);
- C := Get_Check_Id (Chars (Expression (Arg1)));
+ C := Get_Check_Id (Chars (Get_Pragma_Arg (Arg1)));
if C = No_Check_Id then
Error_Pragma_Arg
end if;
Check_Optional_Identifier (Arg2, Name_On);
- E_Id := Expression (Arg2);
+ E_Id := Get_Pragma_Arg (Arg2);
Analyze (E_Id);
if not Is_Entity_Name (E_Id) then
Suppress_Unsuppress_Echeck (Alias (E), C);
end if;
- -- Move to next homonym
+ -- Move to next homonym if not aspect spec case
+ exit when From_Aspect_Specification (N);
E := Homonym (E);
exit when No (E);
if Arg_Count = 1 then
Check_Arg_Is_Local_Name (Arg1);
- E_Id := Expression (Arg1);
+ E_Id := Get_Pragma_Arg (Arg1);
if Etype (E_Id) = Any_Type then
return;
Check_Valid_Configuration_Pragma;
- -- Now set Ada 2005 mode
+ -- Now set appropriate Ada mode
+
+ if Sense then
+ Ada_Version := Ada_2005;
+ else
+ Ada_Version := Ada_Version_Default;
+ end if;
- Ada_Version := Ada_2005;
Ada_Version_Explicit := Ada_2005;
end if;
end;
if Arg_Count = 1 then
Check_Arg_Is_Local_Name (Arg1);
- E_Id := Expression (Arg1);
+ E_Id := Get_Pragma_Arg (Arg1);
if Etype (E_Id) = Any_Type then
return;
Check_Valid_Configuration_Pragma;
- -- Now set Ada 2012 mode
+ -- Now set appropriate Ada mode
+
+ if Sense then
+ Ada_Version := Ada_2012;
+ else
+ Ada_Version := Ada_Version_Default;
+ end if;
- Ada_Version := Ada_2012;
Ada_Version_Explicit := Ada_2012;
end if;
end;
else
Arg := Next (Arg2);
while Present (Arg) loop
- Exp := Expression (Arg);
+ Exp := Get_Pragma_Arg (Arg);
Analyze (Exp);
if Is_Entity_Name (Exp) then
Check_No_Identifiers;
Check_Arg_Is_One_Of (Arg1, Name_On, Name_Off);
- if Chars (Expression (Arg1)) = Name_On then
+ if Chars (Get_Pragma_Arg (Arg1)) = Name_On then
Assume_No_Invalid_Values := True;
else
Assume_No_Invalid_Values := False;
Check_Arg_Count (1);
Check_No_Identifiers;
Check_Arg_Is_Local_Name (Arg1);
- Ent := Entity (Expression (Arg1));
+ Ent := Entity (Get_Pragma_Arg (Arg1));
-- Note: the implementation of the AST_Entry pragma could handle
-- the entry family case fine, but for now we are consistent with
end if;
C_Ent := Cunit_Entity (Current_Sem_Unit);
- Analyze (Expression (Arg1));
- Nm := Entity (Expression (Arg1));
+ Analyze (Get_Pragma_Arg (Arg1));
+ Nm := Entity (Get_Pragma_Arg (Arg1));
if not Is_Remote_Call_Interface (C_Ent)
and then not Is_Remote_Types (C_Ent)
Check_No_Identifiers;
Check_Arg_Count (1);
Check_Arg_Is_Local_Name (Arg1);
- E_Id := Expression (Arg1);
+ E_Id := Get_Pragma_Arg (Arg1);
if Etype (E_Id) = Any_Type then
return;
E := Base_Type (E);
end if;
- Set_Has_Volatile_Components (E);
+ Set_Has_Volatile_Components (E, Sense);
if Prag_Id = Pragma_Atomic_Components then
- Set_Has_Atomic_Components (E);
+ Set_Has_Atomic_Components (E, Sense);
end if;
else
else
Check_Interrupt_Or_Attach_Handler;
- -- The expression that designates the attribute may
- -- depend on a discriminant, and is therefore a per-
- -- object expression, to be expanded in the init proc.
- -- If expansion is enabled, perform semantic checks
- -- on a copy only.
+ -- The expression that designates the attribute may depend on a
+ -- discriminant, and is therefore a per- object expression, to
+ -- be expanded in the init proc. If expansion is enabled, then
+ -- perform semantic checks on a copy only.
if Expander_Active then
declare
Temp : constant Node_Id :=
- New_Copy_Tree (Expression (Arg2));
+ New_Copy_Tree (Get_Pragma_Arg (Arg2));
begin
Set_Parent (Temp, N);
Preanalyze_And_Resolve (Temp, RTE (RE_Interrupt_ID));
end;
else
- Analyze (Expression (Arg2));
- Resolve (Expression (Arg2), RTE (RE_Interrupt_ID));
+ Analyze (Get_Pragma_Arg (Arg2));
+ Resolve (Get_Pragma_Arg (Arg2), RTE (RE_Interrupt_ID));
end if;
Process_Interrupt_Or_Attach_Handler;
Check_Arg_Count (1);
Check_Optional_Identifier (Arg1, "max_size");
- Arg := Expression (Arg1);
+ Arg := Get_Pragma_Arg (Arg1);
Check_Arg_Is_Static_Expression (Arg, Any_Integer);
Val := Expr_Value (Arg);
-- compile time, and we do not want to delete this warning when we
-- delete the if statement.
- Expr := Expression (Arg2);
+ Expr := Get_Pragma_Arg (Arg2);
if Expander_Active and then not Check_On then
Eloc := Sloc (Expr);
Check_Arg_Is_Identifier (Arg1);
declare
- Nam : constant Name_Id := Chars (Expression (Arg1));
+ Nam : constant Name_Id := Chars (Get_Pragma_Arg (Arg1));
begin
for J in Check_Names.First .. Check_Names.Last loop
Check_Arg_Count (1);
Check_Optional_Identifier (Arg1, Name_Entity);
Check_Arg_Is_Local_Name (Arg1);
- E_Id := Expression (Arg1);
+ E_Id := Get_Pragma_Arg (Arg1);
if Etype (E_Id) = Any_Type then
return;
Check_No_Identifiers;
Check_Arg_Count (1);
Check_Arg_Is_Local_Name (Arg1);
- Arg := Expression (Arg1);
+ Arg := Get_Pragma_Arg (Arg1);
if not Is_Entity_Name (Arg)
or else not Is_Access_Type (Entity (Arg))
Check_Optional_Identifier (Arg2, Name_Convention);
Check_Arg_Is_Identifier (Arg1);
Check_Arg_Is_Identifier (Arg2);
- Idnam := Chars (Expression (Arg1));
- Cname := Chars (Expression (Arg2));
+ Idnam := Chars (Get_Pragma_Arg (Arg1));
+ Cname := Chars (Get_Pragma_Arg (Arg2));
if Is_Convention_Name (Cname) then
Record_Convention_Identifier
Check_Optional_Identifier (Arg1, Name_Entity);
Check_Arg_Is_Local_Name (Arg1);
- Arg := Expression (Arg1);
+ Arg := Get_Pragma_Arg (Arg1);
Analyze (Arg);
if Etype (Arg) = Any_Type then
Check_Optional_Identifier (Arg1, Name_Entity);
Check_Arg_Is_Local_Name (Arg1);
- Id := Expression (Arg1);
+ Id := Get_Pragma_Arg (Arg1);
Find_Program_Unit_Name (Id);
-- If we did not find the name, we are done
Cond :=
Make_And_Then (Loc,
Left_Opnd => Relocate_Node (Cond),
- Right_Opnd => Expression (Arg1));
+ Right_Opnd => Get_Pragma_Arg (Arg1));
end if;
-- Rewrite into a conditional with an appropriate condition. We
GNAT_Pragma;
Check_Arg_Count (1);
Check_Arg_Is_One_Of (Arg1, Name_Check, Name_Ignore);
- Debug_Pragmas_Enabled := Chars (Expression (Arg1)) = Name_Check;
+ Debug_Pragmas_Enabled :=
+ Chars (Get_Pragma_Arg (Arg1)) = Name_Check;
---------------------
-- Detect_Blocking --
-- defined in the current declarative part, and recursively
-- to any nested scope.
- Set_Discard_Names (Current_Scope);
+ Set_Discard_Names (Current_Scope, Sense);
return;
else
Check_Optional_Identifier (Arg1, Name_On);
Check_Arg_Is_Local_Name (Arg1);
- E_Id := Expression (Arg1);
+ E_Id := Get_Pragma_Arg (Arg1);
if Etype (E_Id) = Any_Type then
return;
(Is_Enumeration_Type (E) or else Is_Tagged_Type (E)))
or else Ekind (E) = E_Exception
then
- Set_Discard_Names (E);
+ Set_Discard_Names (E, Sense);
else
Error_Pragma_Arg
("inappropriate entity for pragma%", Arg1);
Citem := First (List_Containing (N));
Inner : while Citem /= N loop
if Nkind (Citem) = N_With_Clause
- and then Same_Name (Name (Citem), Expression (Arg))
+ and then Same_Name (Name (Citem), Get_Pragma_Arg (Arg))
then
Set_Elaborate_Present (Citem, True);
- Set_Unit_Name (Expression (Arg), Name (Citem));
+ Set_Unit_Name (Get_Pragma_Arg (Arg), Name (Citem));
-- With the pragma present, elaboration calls on
-- subprograms from the named unit need no further
Citem := First (List_Containing (N));
Innr : while Citem /= N loop
if Nkind (Citem) = N_With_Clause
- and then Same_Name (Name (Citem), Expression (Arg))
+ and then Same_Name (Name (Citem), Get_Pragma_Arg (Arg))
then
Set_Elaborate_All_Present (Citem, True);
- Set_Unit_Name (Expression (Arg), Name (Citem));
+ Set_Unit_Name (Get_Pragma_Arg (Arg), Name (Citem));
-- Suppress warnings and elaboration checks on the named
-- unit if the pragma is in the current compilation, as
Process_Convention (C, Def_Id);
if Ekind (Def_Id) /= E_Constant then
- Note_Possible_Modification (Expression (Arg2), Sure => False);
+ Note_Possible_Modification
+ (Get_Pragma_Arg (Arg2), Sure => False);
end if;
Process_Interface_Name (Def_Id, Arg3, Arg4);
Check_Optional_Identifier (Arg1, Name_Name);
Check_Arg_Is_Identifier (Arg1);
- Get_Name_String (Chars (Expression (Arg1)));
+ Get_Name_String (Chars (Get_Pragma_Arg (Arg1)));
if Name_Len > 4
and then Name_Buffer (1 .. 4) = "aux_"
then
if Present (System_Extend_Pragma_Arg) then
- if Chars (Expression (Arg1)) =
+ if Chars (Get_Pragma_Arg (Arg1)) =
Chars (Expression (System_Extend_Pragma_Arg))
then
null;
Check_No_Identifiers;
Check_Arg_Is_One_Of (Arg1, Name_On, Name_Off);
- if Chars (Expression (Arg1)) = Name_On then
+ if Chars (Get_Pragma_Arg (Arg1)) = Name_On then
Extensions_Allowed := True;
Ada_Version := Ada_Version_Type'Last;
Check_At_Least_N_Arguments (2);
Check_At_Most_N_Arguments (4);
Process_Convention (C, Def_Id);
- Note_Possible_Modification (Expression (Arg2), Sure => False);
+ Note_Possible_Modification
+ (Get_Pragma_Arg (Arg2), Sure => False);
Process_Interface_Name (Def_Id, Arg3, Arg4);
Set_Exported (Def_Id, Arg2);
end External;
Check_No_Identifiers;
Check_Arg_Count (1);
Check_Arg_Is_Local_Name (Arg1);
- Named_Entity := Entity (Expression (Arg1));
+ Named_Entity := Entity (Get_Pragma_Arg (Arg1));
-- If it's an access-to-subprogram type (in particular, not a
-- subtype), set the flag on that type.
if Is_Access_Subprogram_Type (Named_Entity) then
- Set_Can_Use_Internal_Rep (Named_Entity, False);
+ if Sense then
+ Set_Can_Use_Internal_Rep (Named_Entity, False);
+ end if;
-- Otherwise it's an error (name denotes the wrong sort of entity)
else
Error_Pragma_Arg
- ("access-to-subprogram type expected", Expression (Arg1));
+ ("access-to-subprogram type expected",
+ Get_Pragma_Arg (Arg1));
end if;
end Favor_Top_Level;
when Pragma_Finalize_Storage_Only => Finalize_Storage : declare
Assoc : constant Node_Id := Arg1;
- Type_Id : constant Node_Id := Expression (Assoc);
+ Type_Id : constant Node_Id := Get_Pragma_Arg (Assoc);
Typ : Entity_Id;
begin
Check_Arg_Is_One_Of (Arg1, Name_VAX_Float, Name_IEEE_Float);
if not OpenVMS_On_Target then
- if Chars (Expression (Arg1)) = Name_VAX_Float then
+ if Chars (Get_Pragma_Arg (Arg1)) = Name_VAX_Float then
Error_Pragma
("?pragma% ignored (applies only to Open'V'M'S)");
end if;
-- One argument case
if Arg_Count = 1 then
- if Chars (Expression (Arg1)) = Name_VAX_Float then
+ if Chars (Get_Pragma_Arg (Arg1)) = Name_VAX_Float then
if Opt.Float_Format = 'I' then
Error_Pragma ("'I'E'E'E format previously specified");
end if;
-- Two arguments, VAX_Float case
- if Chars (Expression (Arg1)) = Name_VAX_Float then
+ if Chars (Get_Pragma_Arg (Arg1)) = Name_VAX_Float then
case Digs is
when 6 => Set_F_Float (Ent);
when 9 => Set_D_Float (Ent);
Check_Is_In_Decl_Part_Or_Package_Spec;
end if;
- Str := Expr_Value_S (Expression (Arg1));
+ Str := Expr_Value_S (Get_Pragma_Arg (Arg1));
declare
CS : Node_Id;
-- Extract the name of the local procedure
- Proc_Id := Entity (Expression (Arg1));
+ Proc_Id := Entity (Get_Pragma_Arg (Arg1));
-- Ada 2012 (AI05-0030): The procedure_LOCAL_NAME must denote a
-- primitive procedure of a synchronized tagged type.
Check_No_Identifiers;
Check_Arg_Count (1);
Check_Arg_Is_Local_Name (Arg1);
- E_Id := Expression (Arg1);
+ E_Id := Get_Pragma_Arg (Arg1);
if Etype (E_Id) = Any_Type then
return;
Check_No_Identifiers;
Check_Arg_Count (1);
Check_Arg_Is_Local_Name (Arg1);
- E_Id := Expression (Arg1);
+ E_Id := Get_Pragma_Arg (Arg1);
if Etype (E_Id) = Any_Type then
return;
if Arg_Count > 0 then
Arg := Arg1;
loop
- Exp := Expression (Arg);
+ Exp := Get_Pragma_Arg (Arg);
Analyze (Exp);
if not Is_Entity_Name (Exp)
((Name_Entity, Name_External_Name, Name_Link_Name));
Check_At_Least_N_Arguments (2);
Check_At_Most_N_Arguments (3);
- Id := Expression (Arg1);
+ Id := Get_Pragma_Arg (Arg1);
Analyze (Id);
if not Is_Entity_Name (Id) then
Found := True;
end if;
+ exit when From_Aspect_Specification (N);
Hom_Id := Homonym (Hom_Id);
exit when No (Hom_Id)
Check_Ada_83_Warning;
if Arg_Count /= 0 then
- Arg := Expression (Arg1);
+ Arg := Get_Pragma_Arg (Arg1);
Check_Arg_Count (1);
Check_No_Identifiers;
Check_Optional_Identifier (Arg1, Name_Entity);
Check_Arg_Is_Local_Name (Arg1);
- Id := Expression (Arg1);
+ Id := Get_Pragma_Arg (Arg1);
Find_Program_Unit_Name (Id);
-- If we did not find the name, we are done
Set_Convention (Def_Id, Convention);
Set_Is_Imported (Def_Id);
+ exit when From_Aspect_Specification (N);
Hom_Id := Homonym (Hom_Id);
exit when No (Hom_Id) or else Scope (Hom_Id) /= Current_Scope;
Check_Optional_Identifier (Arg1, Name_Entity);
Check_Arg_Is_Local_Name (Arg1);
- Arg := Expression (Arg1);
+ Arg := Get_Pragma_Arg (Arg1);
Analyze (Arg);
if Etype (Arg) = Any_Type then
Check_Optional_Identifier (Arg1, Name_On);
Check_Arg_Is_Local_Name (Arg1);
- Arg := Expression (Arg1);
+ Arg := Get_Pragma_Arg (Arg1);
Analyze (Arg);
if Etype (Arg) = Any_Type then
Arg_Store : declare
C : constant Char_Code := Get_Char_Code (' ');
S : constant String_Id :=
- Strval (Expr_Value_S (Expression (Arg)));
+ Strval (Expr_Value_S (Get_Pragma_Arg (Arg)));
L : constant Nat := String_Length (S);
F : Nat := 1;
-- by the call to Rep_Item_Too_Late (when no error is detected
-- and False is returned).
- if Rep_Item_Too_Late (Entity (Expression (Arg1)), N) then
+ if Rep_Item_Too_Late (Entity (Get_Pragma_Arg (Arg1)), N) then
return;
else
- Set_Has_Gigi_Rep_Item (Entity (Expression (Arg1)));
+ Set_Has_Gigi_Rep_Item (Entity (Get_Pragma_Arg (Arg1)));
end if;
------------------------
Check_Arg_Count (1);
Check_No_Identifiers;
Check_Arg_Is_Local_Name (Arg1);
- Arg1_X := Expression (Arg1);
+ Arg1_X := Get_Pragma_Arg (Arg1);
Analyze (Arg1_X);
Proc := Find_Unique_Parameterless_Procedure (Arg1_X, Arg1);
Check_Arg_Count (1);
Check_Is_In_Decl_Part_Or_Package_Spec;
Check_Arg_Is_Static_Expression (Arg1, Standard_String);
- Start_String (Strval (Expr_Value_S (Expression (Arg1))));
+ Start_String (Strval (Expr_Value_S (Get_Pragma_Arg (Arg1))));
Arg := Arg2;
while Present (Arg) loop
Check_Arg_Is_Static_Expression (Arg, Standard_String);
Store_String_Char (ASCII.NUL);
- Store_String_Chars (Strval (Expr_Value_S (Expression (Arg))));
+ Store_String_Chars
+ (Strval (Expr_Value_S (Get_Pragma_Arg (Arg))));
Arg := Next (Arg);
end loop;
-- This pragma applies only to objects
- if not Is_Object (Entity (Expression (Arg1))) then
+ if not Is_Object (Entity (Get_Pragma_Arg (Arg1))) then
Error_Pragma_Arg ("pragma% applies only to objects", Arg1);
end if;
-- by the call to Rep_Item_Too_Late (when no error is detected
-- and False is returned).
- if Rep_Item_Too_Late (Entity (Expression (Arg1)), N) then
+ if Rep_Item_Too_Late (Entity (Get_Pragma_Arg (Arg1)), N) then
return;
else
- Set_Has_Gigi_Rep_Item (Entity (Expression (Arg1)));
+ Set_Has_Gigi_Rep_Item (Entity (Get_Pragma_Arg (Arg1)));
end if;
----------
Check_No_Identifiers;
Check_Arg_Is_Locking_Policy (Arg1);
Check_Valid_Configuration_Pragma;
- Get_Name_String (Chars (Expression (Arg1)));
+ Get_Name_String (Chars (Get_Pragma_Arg (Arg1)));
LP := Fold_Upper (Name_Buffer (1));
if Locking_Policy /= ' '
-- D_Float case
- if Chars (Expression (Arg1)) = Name_D_Float then
+ if Chars (Get_Pragma_Arg (Arg1)) = Name_D_Float then
if Opt.Float_Format_Long = 'G' then
Error_Pragma ("G_Float previously specified");
end if;
Check_Optional_Identifier (Arg2, Name_Attribute_Name);
Check_Arg_Is_Local_Name (Arg1);
Check_Arg_Is_Static_Expression (Arg2, Standard_String);
- Def_Id := Entity (Expression (Arg1));
+ Def_Id := Entity (Get_Pragma_Arg (Arg1));
if Is_Access_Type (Def_Id) then
Def_Id := Designated_Type (Def_Id);
if Rep_Item_Too_Late (Def_Id, N) then
return;
else
- Set_Has_Gigi_Rep_Item (Entity (Expression (Arg1)));
+ Set_Has_Gigi_Rep_Item (Entity (Get_Pragma_Arg (Arg1)));
end if;
end Machine_Attribute;
Arg := Arg1;
while Present (Arg) loop
Check_Arg_Is_Local_Name (Arg);
- Id := Expression (Arg);
+ Id := Get_Pragma_Arg (Arg);
Analyze (Id);
if not Is_Entity_Name (Id) then
Found := True;
end if;
+ exit when From_Aspect_Specification (N);
E := Homonym (E);
end loop;
else
Check_Optional_Identifier (Arg2, Name_Entity);
Check_Arg_Is_Local_Name (Arg1);
- E_Id := Entity (Expression (Arg1));
+ E_Id := Entity (Get_Pragma_Arg (Arg1));
if E_Id = Any_Type then
return;
-- Deal with static string argument
Check_Arg_Is_Static_Expression (Arg1, Standard_String);
- S := Strval (Expression (Arg1));
+ S := Strval (Get_Pragma_Arg (Arg1));
for J in 1 .. String_Length (S) loop
if not In_Character_Range (Get_String_Char (S, J)) then
end loop;
Obsolescent_Warnings.Append
- ((Ent => Ent, Msg => Strval (Expression (Arg1))));
+ ((Ent => Ent, Msg => Strval (Get_Pragma_Arg (Arg1))));
-- Check for Ada_05 parameter
Check_Arg_Count (1);
Check_Arg_Is_Local_Name (Arg1);
- Type_Id := Expression (Assoc);
+ Type_Id := Get_Pragma_Arg (Assoc);
Find_Type (Type_Id);
Typ := Entity (Type_Id);
Check_Arg_Count (1);
Check_Arg_Is_Local_Name (Arg1);
- Type_Id := Expression (Assoc);
+ Type_Id := Get_Pragma_Arg (Assoc);
Find_Type (Type_Id);
Typ := Entity (Type_Id);
end if;
Check_First_Subtype (Arg1);
-
- if Has_Pragma_Pack (Typ) then
- Error_Pragma ("duplicate pragma%, only one allowed");
+ Check_Duplicate_Pragma (Typ);
-- Array type
- elsif Is_Array_Type (Typ) then
+ if Is_Array_Type (Typ) then
Ctyp := Component_Type (Typ);
-- Ignore pack that does nothing
if CodePeer_Mode then
null;
- -- For normal non-VM target, do the packing
+ -- Don't attempt any packing for VM targets. We possibly
+ -- could deal with some cases of array bit-packing, but we
+ -- don't bother, since this is not a typical kind of
+ -- representation in the VM context anyway (and would not
+ -- for example work nicely with the debugger).
+
+ elsif VM_Target /= No_VM then
+ if not GNAT_Mode then
+ Error_Pragma
+ ("?pragma% ignored in this configuration");
+ end if;
- elsif VM_Target = No_VM then
+ -- Normal case where we do the pack action
+
+ else
if not Ignore then
- Set_Is_Packed (Base_Type (Typ));
- Set_Has_Non_Standard_Rep (Base_Type (Typ));
+ Set_Is_Packed (Base_Type (Typ), Sense);
+ Set_Has_Non_Standard_Rep (Base_Type (Typ), Sense);
end if;
- Set_Has_Pragma_Pack (Base_Type (Typ));
+ Set_Has_Pragma_Pack (Base_Type (Typ), Sense);
- -- If we ignore the pack for VM_Targets, then warn about
- -- this, except suppress the warning in GNAT mode.
+ -- Complete reset action for Aspect_Cancel case
- elsif not GNAT_Mode then
- Error_Pragma
- ("?pragma% ignored in this configuration");
+ if Sense = False then
+
+ -- Cancel size unless explicitly set
+
+ if not Has_Size_Clause (Typ)
+ and then not Has_Object_Size_Clause (Typ)
+ then
+ Set_Esize (Typ, Uint_0);
+ Set_RM_Size (Typ, Uint_0);
+ Set_Alignment (Typ, Uint_0);
+ Set_Packed_Array_Type (Typ, Empty);
+ end if;
+
+ -- Reset component size unless explicitly set
+
+ if not Has_Component_Size_Clause (Typ) then
+ if Known_Static_Esize (Ctyp)
+ and then Known_Static_RM_Size (Ctyp)
+ and then Esize (Ctyp) = RM_Size (Ctyp)
+ and then Addressable (Esize (Ctyp))
+ then
+ Set_Component_Size
+ (Base_Type (Typ), Esize (Ctyp));
+ else
+ Set_Component_Size
+ (Base_Type (Typ), Uint_0);
+ end if;
+ end if;
+ end if;
end if;
end if;
else pragma Assert (Is_Record_Type (Typ));
if not Rep_Item_Too_Late (Typ, N) then
- if VM_Target = No_VM then
- Set_Is_Packed (Base_Type (Typ));
- Set_Has_Pragma_Pack (Base_Type (Typ));
- Set_Has_Non_Standard_Rep (Base_Type (Typ));
- elsif not GNAT_Mode then
- Error_Pragma ("?pragma% ignored in this configuration");
+ -- Ignore pack request with warning in VM mode (skip warning
+ -- if we are compiling GNAT run time library).
+
+ if VM_Target /= No_VM then
+ if not GNAT_Mode then
+ Error_Pragma
+ ("?pragma% ignored in this configuration");
+ end if;
+
+ -- Normal case of pack request active
+
+ else
+ Set_Is_Packed (Base_Type (Typ), Sense);
+ Set_Has_Pragma_Pack (Base_Type (Typ), Sense);
+ Set_Has_Non_Standard_Rep (Base_Type (Typ), Sense);
+
+ -- Complete reset action for Aspect_Cancel case
+
+ if Sense = False then
+
+ -- Cancel size if not explicitly given
+
+ if not Has_Size_Clause (Typ)
+ and then not Has_Object_Size_Clause (Typ)
+ then
+ Set_Esize (Typ, Uint_0);
+ Set_Alignment (Typ, Uint_0);
+ end if;
+ end if;
end if;
end if;
end if;
Check_Arg_Is_Identifier (Arg1);
Check_Arg_Is_Local_Name (Arg1);
Check_First_Subtype (Arg1);
- Ent := Entity (Expression (Arg1));
+ Ent := Entity (Get_Pragma_Arg (Arg1));
if not Is_Private_Type (Ent)
and then not Is_Protected_Type (Ent)
if Arg_Count = 1 then
Check_Arg_Is_Library_Level_Local_Name (Arg1);
- if not Is_Entity_Name (Expression (Arg1))
- or else
- (Ekind (Entity (Expression (Arg1))) /= E_Variable
- and then Ekind (Entity (Expression (Arg1))) /= E_Constant)
+ if not Is_Entity_Name (Get_Pragma_Arg (Arg1))
+ or else not
+ Ekind_In (Entity (Get_Pragma_Arg (Arg1)), E_Variable,
+ E_Constant)
then
Error_Pragma_Arg ("pragma% only applies to objects", Arg1);
end if;
- Ent := Entity (Expression (Arg1));
+ Ent := Entity (Get_Pragma_Arg (Arg1));
Decl := Parent (Ent);
if Rep_Item_Too_Late (Ent, N) then
Arg1);
end if;
- Prag :=
- Make_Linker_Section_Pragma
- (Ent, Sloc (N), ".persistent.bss");
- Insert_After (N, Prag);
- Analyze (Prag);
+ Check_Duplicate_Pragma (Ent);
+
+ if Sense then
+ Prag :=
+ Make_Linker_Section_Pragma
+ (Ent, Sloc (N), ".persistent.bss");
+ Insert_After (N, Prag);
+ Analyze (Prag);
+ end if;
-- Case of use as configuration pragma with no arguments
Check_Arg_Count (1);
Check_No_Identifiers;
Check_Arg_Is_One_Of (Arg1, Name_On, Name_Off);
- Polling_Required := (Chars (Expression (Arg1)) = Name_On);
+ Polling_Required := (Chars (Get_Pragma_Arg (Arg1)) = Name_On);
-------------------
-- Postcondition --
end if;
Ent := Find_Lib_Unit_Name;
+ Check_Duplicate_Pragma (Ent);
-- This filters out pragmas inside generic parent then
-- show up inside instantiation
and then Present (Generic_Parent (Pa)))
then
if not Debug_Flag_U then
- Set_Is_Preelaborated (Ent);
- Set_Suppress_Elaboration_Warnings (Ent);
+ Set_Is_Preelaborated (Ent, Sense);
+ Set_Suppress_Elaboration_Warnings (Ent, Sense);
end if;
end if;
end Preelaborate;
if Nkind (P) = N_Subprogram_Body then
Check_In_Main_Program;
- Arg := Expression (Arg1);
+ Arg := Get_Pragma_Arg (Arg1);
Analyze_And_Resolve (Arg, Standard_Integer);
-- Must be static
-- Task or Protected, must be of type Integer
elsif Nkind_In (P, N_Protected_Definition, N_Task_Definition) then
- Arg := Expression (Arg1);
+ Arg := Get_Pragma_Arg (Arg1);
-- The expression must be analyzed in the special manner
-- described in "Handling of Default and Per-Object
Check_No_Identifiers;
Check_Arg_Is_Task_Dispatching_Policy (Arg1);
Check_Valid_Configuration_Pragma;
- Get_Name_String (Chars (Expression (Arg1)));
+ Get_Name_String (Chars (Get_Pragma_Arg (Arg1)));
DP := Fold_Upper (Name_Buffer (1));
- Lower_Bound := Expression (Arg2);
+ Lower_Bound := Get_Pragma_Arg (Arg2);
Check_Arg_Is_Static_Expression (Lower_Bound, Standard_Integer);
Lower_Val := Expr_Value (Lower_Bound);
- Upper_Bound := Expression (Arg3);
+ Upper_Bound := Get_Pragma_Arg (Arg3);
Check_Arg_Is_Static_Expression (Upper_Bound, Standard_Integer);
Upper_Val := Expr_Value (Upper_Bound);
Check_Arg_Count (1);
Check_Optional_Identifier (Arg1, Name_Entity);
Check_Arg_Is_Local_Name (Arg1);
- E_Id := Expression (Arg1);
+ E_Id := Get_Pragma_Arg (Arg1);
if Error_Posted (E_Id) then
return;
("pragma% requires a function name", Arg1);
end if;
- Set_Is_Pure (Def_Id);
+ Set_Is_Pure (Def_Id, Sense);
if not Has_Pragma_Pure_Function (Def_Id) then
- Set_Has_Pragma_Pure_Function (Def_Id);
- Effective := True;
+ Set_Has_Pragma_Pure_Function (Def_Id, Sense);
+ Effective := Sense;
end if;
+ exit when From_Aspect_Specification (N);
E := Homonym (E);
exit when No (E) or else Scope (E) /= Current_Scope;
end loop;
- if not Effective
+ if Sense and then not Effective
and then Warn_On_Redundant_Constructs
then
Error_Msg_NE
Check_No_Identifiers;
Check_Arg_Is_Queuing_Policy (Arg1);
Check_Valid_Configuration_Pragma;
- Get_Name_String (Chars (Expression (Arg1)));
+ Get_Name_String (Chars (Get_Pragma_Arg (Arg1)));
QP := Fold_Upper (Name_Buffer (1));
if Queuing_Policy /= ' '
Check_No_Identifiers;
Check_Arg_Count (1);
- Arg := Expression (Arg1);
+ Arg := Get_Pragma_Arg (Arg1);
-- The expression must be analyzed in the special manner described
-- in "Handling of Default and Per-Object Expressions" in sem.ads.
-- The expression must be analyzed in the special manner described
-- in "Handling of Default Expressions" in sem.ads.
- Arg := Expression (Arg1);
+ Arg := Get_Pragma_Arg (Arg1);
Preanalyze_Spec_Expression (Arg, Any_Integer);
if not Is_Static_Expression (Arg) then
Check_Arg_Count (1);
Check_Arg_Is_Integer_Literal (Arg1);
- if Intval (Expression (Arg1)) /=
+ if Intval (Get_Pragma_Arg (Arg1)) /=
UI_From_Int (Ttypes.System_Storage_Unit)
then
Error_Msg_Uint_1 := UI_From_Int (Ttypes.System_Storage_Unit);
begin
Check_Arg_Is_Local_Name (Arg);
- Ent := Entity (Expression (Arg));
+ Ent := Entity (Get_Pragma_Arg (Arg));
if Has_Homonym (Ent) then
Error_Pragma_Arg
declare
Typ : constant Entity_Id :=
- Underlying_Type (Entity (Expression (Arg1)));
- Read : constant Entity_Id := Entity (Expression (Arg2));
- Write : constant Entity_Id := Entity (Expression (Arg3));
+ Underlying_Type (Entity (Get_Pragma_Arg (Arg1)));
+ Read : constant Entity_Id := Entity (Get_Pragma_Arg (Arg2));
+ Write : constant Entity_Id := Entity (Get_Pragma_Arg (Arg3));
begin
Check_First_Subtype (Arg1);
-- we don't need to issue error messages here.
when Pragma_Style_Checks => Style_Checks : declare
- A : constant Node_Id := Expression (Arg1);
+ A : constant Node_Id := Get_Pragma_Arg (Arg1);
S : String_Id;
C : Char_Code;
E : Entity_Id;
begin
- E_Id := Expression (Arg2);
+ E_Id := Get_Pragma_Arg (Arg2);
Analyze (E_Id);
if not Is_Entity_Name (E_Id) then
else
loop
Set_Suppress_Style_Checks (E,
- (Chars (Expression (Arg1)) = Name_Off));
+ (Chars (Get_Pragma_Arg (Arg1)) = Name_Off));
exit when No (Homonym (E));
E := Homonym (E);
end loop;
Check_Arg_Count (1);
Check_Optional_Identifier (Arg1, Name_Entity);
Check_Arg_Is_Local_Name (Arg1);
- Set_Debug_Info_Off (Entity (Get_Pragma_Arg (Arg1)));
+ Set_Debug_Info_Off (Entity (Get_Pragma_Arg (Arg1)), Sense);
----------------------------------
-- Suppress_Exception_Locations --
Check_Optional_Identifier (Arg1, Name_Entity);
Check_Arg_Is_Local_Name (Arg1);
- E_Id := Expression (Arg1);
+ E_Id := Get_Pragma_Arg (Arg1);
if Etype (E_Id) = Any_Type then
return;
Check_No_Identifiers;
Check_Arg_Is_Task_Dispatching_Policy (Arg1);
Check_Valid_Configuration_Pragma;
- Get_Name_String (Chars (Expression (Arg1)));
+ Get_Name_String (Chars (Get_Pragma_Arg (Arg1)));
DP := Fold_Upper (Name_Buffer (1));
if Task_Dispatching_Policy /= ' '
Check_No_Identifiers;
Check_Arg_Count (1);
- Analyze_And_Resolve (Expression (Arg1), RTE (RE_Task_Info_Type));
+ Analyze_And_Resolve
+ (Get_Pragma_Arg (Arg1), RTE (RE_Task_Info_Type));
- if Etype (Expression (Arg1)) = Any_Type then
+ if Etype (Get_Pragma_Arg (Arg1)) = Any_Type then
return;
end if;
Check_No_Identifiers;
Check_Arg_Count (1);
- Arg := Expression (Arg1);
+ Arg := Get_Pragma_Arg (Arg1);
-- The expression is used in the call to Create_Task, and must be
-- expanded there, not in the context of the current spec. It must
Check_Optional_Identifier (Arg1, Name_Entity);
Check_Arg_Is_Library_Level_Local_Name (Arg1);
- Id := Expression (Arg1);
+ Id := Get_Pragma_Arg (Arg1);
Analyze (Id);
if not Is_Entity_Name (Id)
if Get_Source_Unit (Loc) = Main_Unit then
Opt.Time_Slice_Set := True;
- Val := Expr_Value_R (Expression (Arg1));
+ Val := Expr_Value_R (Get_Pragma_Arg (Arg1));
if Val <= Ureal_0 then
Opt.Time_Slice_Value := 0;
when Pragma_Unchecked_Union => Unchecked_Union : declare
Assoc : constant Node_Id := Arg1;
- Type_Id : constant Node_Id := Expression (Assoc);
+ Type_Id : constant Node_Id := Get_Pragma_Arg (Assoc);
Typ : Entity_Id;
Discr : Entity_Id;
Tdef : Node_Id;
("Unchecked_Union discriminant must have default value",
Discr);
end if;
+
Next_Discriminant (Discr);
end loop;
end loop;
end if;
- Set_Is_Unchecked_Union (Typ, True);
- Set_Convention (Typ, Convention_C);
+ Set_Is_Unchecked_Union (Typ, Sense);
- Set_Has_Unchecked_Union (Base_Type (Typ), True);
- Set_Is_Unchecked_Union (Base_Type (Typ), True);
+ if Sense then
+ Set_Convention (Typ, Convention_C);
+ end if;
+
+ Set_Has_Unchecked_Union (Base_Type (Typ), Sense);
+ Set_Is_Unchecked_Union (Base_Type (Typ), Sense);
end Unchecked_Union;
------------------------
Check_Arg_Count (1);
Check_Optional_Identifier (Arg2, Name_Entity);
Check_Arg_Is_Local_Name (Arg1);
- E_Id := Entity (Expression (Arg1));
+ E_Id := Entity (Get_Pragma_Arg (Arg1));
if E_Id = Any_Type then
return;
Error_Pragma_Arg ("pragma% requires type", Arg1);
end if;
- Set_Universal_Aliasing (Implementation_Base_Type (E_Id));
+ Set_Universal_Aliasing (Implementation_Base_Type (E_Id), Sense);
end Universal_Alias;
--------------------
("pragma% can only be applied to a variable",
Arg_Expr);
else
- Set_Has_Pragma_Unmodified (Arg_Ent);
+ Set_Has_Pragma_Unmodified (Arg_Ent, Sense);
end if;
end if;
Citem := First (List_Containing (N));
while Citem /= N loop
if Nkind (Citem) = N_With_Clause
- and then Same_Name (Name (Citem), Expression (Arg_Node))
+ and then
+ Same_Name (Name (Citem), Get_Pragma_Arg (Arg_Node))
then
Set_Has_Pragma_Unreferenced
(Cunit_Entity
(Get_Source_Unit
(Library_Unit (Citem))));
- Set_Unit_Name (Expression (Arg_Node), Name (Citem));
+ Set_Unit_Name
+ (Get_Pragma_Arg (Arg_Node), Name (Citem));
exit;
end if;
Generate_Reference (Arg_Ent, N);
end if;
- Set_Has_Pragma_Unreferenced (Arg_Ent);
+ Set_Has_Pragma_Unreferenced (Arg_Ent, Sense);
end if;
Next (Arg_Node);
("argument for pragma% must be type or subtype", Arg_Node);
end if;
- Set_Has_Pragma_Unreferenced_Objects (Entity (Arg_Expr));
+ Set_Has_Pragma_Unreferenced_Objects (Entity (Arg_Expr), Sense);
Next (Arg_Node);
end loop;
end Unreferenced_Objects;
-- pragma Validity_Checks (On | Off | ALL_CHECKS | STRING_LITERAL);
when Pragma_Validity_Checks => Validity_Checks : declare
- A : constant Node_Id := Expression (Arg1);
+ A : constant Node_Id := Get_Pragma_Arg (Arg1);
S : String_Id;
C : Char_Code;
Err : Boolean;
begin
- E_Id := Expression (Arg2);
+ E_Id := Get_Pragma_Arg (Arg2);
Analyze (E_Id);
-- In the expansion of an inlined body, a reference to
else
loop
Set_Warnings_Off
- (E, (Chars (Expression (Arg1)) = Name_Off));
+ (E, (Chars (Get_Pragma_Arg (Arg1)) =
+ Name_Off));
- if Chars (Expression (Arg1)) = Name_Off
+ if Chars (Get_Pragma_Arg (Arg1)) = Name_Off
and then Warn_On_Warnings_Off
then
Warnings_Off_Pragmas.Append ((N, E));
else
String_To_Name_Buffer
- (Strval (Expr_Value_S (Expression (Arg2))));
+ (Strval (Expr_Value_S (Get_Pragma_Arg (Arg2))));
-- Note on configuration pragma case: If this is a
-- configuration pragma, then for an OFF pragma, we
Check_Arg_Count (1);
Check_Optional_Identifier (Arg1, Name_Entity);
Check_Arg_Is_Library_Level_Local_Name (Arg1);
- Ent := Entity (Expression (Arg1));
+ Ent := Entity (Get_Pragma_Arg (Arg1));
if Rep_Item_Too_Early (Ent, N) then
return;
Apply_Range_Check (A, F_Typ);
end if;
- -- Ada 2005 (AI-231)
+ -- Ada 2005 (AI-231): Note that the controlling parameter case
+ -- already existed in Ada 95, which is partially checked
+ -- elsewhere (see Checks), and we don't want the warning
+ -- message to differ.
- if Ada_Version >= Ada_2005
- and then Is_Access_Type (F_Typ)
+ if Is_Access_Type (F_Typ)
and then Can_Never_Be_Null (F_Typ)
and then Known_Null (A)
then
- Apply_Compile_Time_Constraint_Error
- (N => A,
- Msg => "(Ada 2005) null not allowed in "
- & "null-excluding formal?",
- Reason => CE_Null_Not_Allowed);
+ if Is_Controlling_Formal (F) then
+ Apply_Compile_Time_Constraint_Error
+ (N => A,
+ Msg => "null value not allowed here?",
+ Reason => CE_Access_Check_Failed);
+
+ elsif Ada_Version >= Ada_2005 then
+ Apply_Compile_Time_Constraint_Error
+ (N => A,
+ Msg => "(Ada 2005) null not allowed in "
+ & "null-excluding formal?",
+ Reason => CE_Null_Not_Allowed);
+ end if;
end if;
end if;
pragma Style_Checks (All_Checks);
-- No subprogram ordering check, due to logical grouping
-with Atree; use Atree;
-with Nlists; use Nlists;
-
-with GNAT.HTable;
+with Aspects; use Aspects;
+with Atree; use Atree;
package body Sinfo is
NT : Nodes.Table_Ptr renames Nodes.Table;
-- A short hand abbreviation, useful for the debugging checks
- ------------------------------------------
- -- Hash Table for Aspect Specifications --
- ------------------------------------------
-
- type Hash_Range is range 0 .. 510;
- -- Size of hash table headers
-
- function AS_Hash (F : Node_Id) return Hash_Range;
- -- Hash function for hash table
-
- function AS_Hash (F : Node_Id) return Hash_Range is
- begin
- return Hash_Range (F mod 511);
- end AS_Hash;
-
- package Aspect_Specifications_Hash_Table is new
- GNAT.HTable.Simple_HTable
- (Header_Num => Hash_Range,
- Element => List_Id,
- No_Element => No_List,
- Key => Node_Id,
- Hash => AS_Hash,
- Equal => "=");
-
----------------------------
-- Field Access Functions --
----------------------------
return Node3 (N);
end Array_Aggregate;
+ function Aspect_Cancel
+ (N : Node_Id) return Boolean is
+ begin
+ pragma Assert (False
+ or else NT (N).Nkind = N_Pragma);
+ return Flag11 (N);
+ end Aspect_Cancel;
+
function Assignment_OK
(N : Node_Id) return Boolean is
begin
return List1 (N);
end Expressions;
- function First_Aspect
- (N : Node_Id) return Boolean is
- begin
- pragma Assert (False
- or else NT (N).Nkind = N_Aspect_Specification);
- return Flag4 (N);
- end First_Aspect;
-
function First_Bit
(N : Node_Id) return Node_Id is
begin
return Flag5 (N);
end Forwards_OK;
+ function From_Aspect_Specification
+ (N : Node_Id) return Boolean is
+ begin
+ pragma Assert (False
+ or else NT (N).Nkind = N_Attribute_Definition_Clause
+ or else NT (N).Nkind = N_Pragma);
+ return Flag13 (N);
+ end From_Aspect_Specification;
+
function From_At_End
(N : Node_Id) return Boolean is
begin
return Node2 (N);
end Label_Construct;
- function Last_Aspect
- (N : Node_Id) return Boolean is
- begin
- pragma Assert (False
- or else NT (N).Nkind = N_Aspect_Specification);
- return Flag5 (N);
- end Last_Aspect;
-
function Last_Bit
(N : Node_Id) return Node_Id is
begin
Set_Node3_With_Parent (N, Val);
end Set_Array_Aggregate;
+ procedure Set_Aspect_Cancel
+ (N : Node_Id; Val : Boolean := True) is
+ begin
+ pragma Assert (False
+ or else NT (N).Nkind = N_Pragma);
+ Set_Flag11 (N, Val);
+ end Set_Aspect_Cancel;
+
procedure Set_Assignment_OK
(N : Node_Id; Val : Boolean := True) is
begin
Set_List1_With_Parent (N, Val);
end Set_Expressions;
- procedure Set_First_Aspect
- (N : Node_Id; Val : Boolean := True) is
- begin
- pragma Assert (False
- or else NT (N).Nkind = N_Aspect_Specification);
- Set_Flag4 (N, Val);
- end Set_First_Aspect;
-
procedure Set_First_Bit
(N : Node_Id; Val : Node_Id) is
begin
Set_Flag5 (N, Val);
end Set_Forwards_OK;
+ procedure Set_From_Aspect_Specification
+ (N : Node_Id; Val : Boolean := True) is
+ begin
+ pragma Assert (False
+ or else NT (N).Nkind = N_Attribute_Definition_Clause
+ or else NT (N).Nkind = N_Pragma);
+ Set_Flag13 (N, Val);
+ end Set_From_Aspect_Specification;
+
procedure Set_From_At_End
(N : Node_Id; Val : Boolean := True) is
begin
Set_Node4_With_Parent (N, Val);
end Set_Last_Bit;
- procedure Set_Last_Aspect
- (N : Node_Id; Val : Boolean := True) is
- begin
- pragma Assert (False
- or else NT (N).Nkind = N_Aspect_Specification);
- Set_Flag5 (N, Val);
- end Set_Last_Aspect;
-
procedure Set_Last_Name
(N : Node_Id; Val : Boolean := True) is
begin
return Chars (Pragma_Identifier (N));
end Pragma_Name;
- -----------------------------------
- -- Permits_Aspect_Specifications --
- -----------------------------------
-
- Has_Aspect_Specifications_Flag : constant array (Node_Kind) of Boolean :=
- (N_Abstract_Subprogram_Declaration => True,
- N_Component_Declaration => True,
- N_Entry_Declaration => True,
- N_Exception_Declaration => True,
- N_Formal_Abstract_Subprogram_Declaration => True,
- N_Formal_Concrete_Subprogram_Declaration => True,
- N_Formal_Object_Declaration => True,
- N_Formal_Package_Declaration => True,
- N_Formal_Type_Declaration => True,
- N_Full_Type_Declaration => True,
- N_Function_Instantiation => True,
- N_Generic_Package_Declaration => True,
- N_Generic_Subprogram_Declaration => True,
- N_Object_Declaration => True,
- N_Package_Declaration => True,
- N_Package_Instantiation => True,
- N_Private_Extension_Declaration => True,
- N_Private_Type_Declaration => True,
- N_Procedure_Instantiation => True,
- N_Protected_Type_Declaration => True,
- N_Single_Protected_Declaration => True,
- N_Single_Task_Declaration => True,
- N_Subprogram_Declaration => True,
- N_Subtype_Declaration => True,
- N_Task_Type_Declaration => True,
- others => False);
-
- function Permits_Aspect_Specifications (N : Node_Id) return Boolean is
- begin
- return Has_Aspect_Specifications_Flag (Nkind (N));
- end Permits_Aspect_Specifications;
-
- ---------------------------
- -- Aspect_Specifications --
- ---------------------------
-
- function Aspect_Specifications (N : Node_Id) return List_Id is
- begin
- return Aspect_Specifications_Hash_Table.Get (N);
- end Aspect_Specifications;
-
- -------------------------------
- -- Set_Aspect_Specifications --
- -------------------------------
-
- procedure Set_Aspect_Specifications (N : Node_Id; L : List_Id) is
- begin
- pragma Assert (Permits_Aspect_Specifications (N));
- pragma Assert (not Has_Aspect_Specifications (N));
- pragma Assert (L /= No_List);
-
- Set_Has_Aspect_Specifications (N);
- Set_Parent (L, N);
- Aspect_Specifications_Hash_Table.Set (N, L);
- end Set_Aspect_Specifications;
-
end Sinfo;
-- The following flag fields appear in all nodes
- -- Analyzed (Flag1)
+ -- Analyzed
-- This flag is used to indicate that a node (and all its children have
-- been analyzed. It is used to avoid reanalysis of a node that has
-- already been analyzed, both for efficiency and functional correctness
-- reasons.
- -- Comes_From_Source (Flag2)
+ -- Comes_From_Source
-- This flag is set if the node comes directly from an explicit construct
-- in the source. It is normally on for any nodes built by the scanner or
-- parser from the source program, with the exception that in a few cases
-- from the source program (e.g. the allocator built for build-in-place
-- case), and the Comes_From_Source flag is deliberately set.
- -- Error_Posted (Flag3)
+ -- Error_Posted
-- This flag is used to avoid multiple error messages being posted on or
-- referring to the same node. This flag is set if an error message
-- refers to a node or is posted on its source location, and has the
-- is used for translation of the at end handler into a normal exception
-- handler.
+ -- Aspect_Cancel (Flag11-Sem)
+ -- Processing of aspect specifications typically generates pragmas and
+ -- attribute definition clauses that are inserted into the tree after
+ -- the declaration node to get the desired aspect effect. In the case
+ -- of Boolean aspects that use "=> False" to cancel the effect of an
+ -- aspect (i.e. turn if off), the generated pragma has the Aspect_Cancel
+ -- flag set to indicate that the pragma operates in the opposite sense.
+
-- Assignment_OK (Flag15-Sem)
-- This flag is set in a subexpression node for an object, indicating
-- that the associated object can be modified, even if this would not
-- cannot figure it out. If both flags Forwards_OK and Backwards_OK are
-- set, it means that the front end can assure no overlap of operands.
+ -- From_Aspect_Specification (Flag13-Sem)
+ -- Processing of aspect specifications typically results in insertion in
+ -- the tree of corresponding pragma or attribute definition clause nodes.
+ -- These generated nodes have the From_Aspect_Specification flag set to
+ -- indicate that they came from aspect specifications originally.
+
-- From_At_End (Flag4-Sem)
-- This flag is set on an N_Raise_Statement node if it corresponds to
-- the reraise statement generated as the last statement of an AT END
-- Sloc points to PRAGMA
-- Next_Pragma (Node1-Sem)
-- Pragma_Argument_Associations (List2) (set to No_List if none)
- -- Debug_Statement (Node3) (set to Empty if not Debug, Assert)
+ -- Debug_Statement (Node3) (set to Empty if not Debug)
-- Pragma_Identifier (Node4)
-- Next_Rep_Item (Node5-Sem)
-- Pragma_Enabled (Flag5-Sem)
+ -- From_Aspect_Specification (Flag13-Sem)
-- Import_Interface_Present (Flag16-Sem)
+ -- Aspect_Cancel (Flag11-Sem)
-- Note: we should have a section on what pragmas are passed on to
-- the back end to be processed. This section should note that pragma
-- Note: a utility function Pragma_Name may be applied to pragma nodes
-- to conveniently obtain the Chars field of the Pragma_Identifier.
- --------------------------------------
+ -- Note: if From_Aspect_Specification is set, then Sloc points to the
+ -- aspect name, as does the Pragma_Identifier. In this case if the
+ -- pragma has a local name argument (such as pragma Inline), it is
+ -- resolved to point to the specific entity affected by the pragma.
+
+ --------------------------------------
-- 2.8 Pragma Argument Association --
--------------------------------------
-- COMPONENT_DECLARATION ::=
-- DEFINING_IDENTIFIER_LIST : COMPONENT_DEFINITION
- -- [:= DEFAULT_EXPRESSION]
+ -- [:= DEFAULT_EXPRESSION];
-- Note: although the syntax does not permit a component definition to
-- be an anonymous array (and the parser will diagnose such an attempt
-- Next_Rep_Item (Node5-Sem)
-- From_At_Mod (Flag4-Sem)
-- Check_Address_Alignment (Flag11-Sem)
+ -- From_Aspect_Specification (Flag13-Sem)
-- Address_Warning_Posted (Flag18-Sem)
- ----------------------------------
- -- 13.3.1 Aspect Specification --
- ----------------------------------
+ -- Note: if From_Aspect_Specification is set, then Sloc points to the
+ -- aspect name, and Entity is resolved already to reference the entity
+ -- to which the aspect applies.
+
+ -----------------------------------
+ -- 13.3.1 Aspect Specifications --
+ -----------------------------------
+
+ -- We modify the RM grammar here, the RM grammar is:
+
+ -- ASPECT_SPECIFICATION ::=
+ -- with ASPECT_MARK [=> ASPECT_DEFINITION] {.
+ -- ASPECT_MARK [=> ASPECT_DEFINITION] }
+
+ -- ASPECT_MARK ::= aspect_IDENTIFIER['Class]
+
+ -- ASPECT_DEFINITION ::= NAME | EXPRESSION
+
+ -- That's inconvenient, since there is no non-terminal name for a single
+ -- entry in the list of aspects. So we use this grammar instead:
+
+ -- ASPECT_SPECIFICATIONS ::=
+ -- with ASPECT_SPECIFICATION {, ASPECT_SPECIFICATION};
- -- ASPECT_SPECIFICATION ::=
- -- with ASPECT_MARK [=> ASPECT_DEFINITION] {.
- -- ASPECT_MARK [=> ASPECT_DEFINITION] }
+ -- ASPECT_SPECIFICATION =>
+ -- ASPECT_MARK [=> ASPECT_DEFINITION]
- -- ASPECT_MARK ::= aspect_IDENTIFIER['Class]
+ -- ASPECT_MARK ::= aspect_IDENTIFIER['Class]
- -- ASPECT_DEFINITION ::= NAME | EXPRESSION
+ -- ASPECT_DEFINITION ::= NAME | EXPRESSION
- -- See separate section "Handling of Aspect Specifications" for details
- -- on the incorporation of these nodes into the tree, and association
- -- with the related declaration node.
+ -- See separate package Aspects for details on the incorporation of
+ -- these nodes into the tree, and how aspect specifications for a given
+ -- declaration node are associated with that node.
-- N_Aspect_Specification
-- Sloc points to aspect identifier
-- Identifier (Node1) aspect identifier
-- Expression (Node3) Aspect_Definition (set to Empty if none)
- -- First_Aspect (Flag4) Set for first aspect for a declaration
- -- Last_Aspect (Flag5) Set for last aspect for a declaration
-- Class_Present (Flag6) Set if 'Class present
-- Note: Aspect_Specification is an Ada 2012 feature
function Array_Aggregate
(N : Node_Id) return Node_Id; -- Node3
+ function Aspect_Cancel
+ (N : Node_Id) return Boolean; -- Flag11
+
function Assignment_OK
(N : Node_Id) return Boolean; -- Flag15
function Expressions
(N : Node_Id) return List_Id; -- List1
- function First_Aspect
- (N : Node_Id) return Boolean; -- Flag4
-
function First_Bit
(N : Node_Id) return Node_Id; -- Node3
function Forwards_OK
(N : Node_Id) return Boolean; -- Flag5
+ function From_Aspect_Specification
+ (N : Node_Id) return Boolean; -- Flag13
+
function From_At_End
(N : Node_Id) return Boolean; -- Flag4
function Left_Opnd
(N : Node_Id) return Node_Id; -- Node2
- function Last_Aspect
- (N : Node_Id) return Boolean; -- Flag5
-
function Last_Bit
(N : Node_Id) return Node_Id; -- Node4
procedure Set_Has_Aspect_Specifications
(N : Node_Id; Val : Boolean := True); -- Flag3
+ procedure Set_Aspect_Cancel
+ (N : Node_Id; Val : Boolean := True); -- Flag11
+
procedure Set_Assignment_OK
(N : Node_Id; Val : Boolean := True); -- Flag15
procedure Set_Expressions
(N : Node_Id; Val : List_Id); -- List1
- procedure Set_First_Aspect
- (N : Node_Id; Val : Boolean := True); -- Flag4
-
procedure Set_First_Bit
(N : Node_Id; Val : Node_Id); -- Node3
procedure Set_From_At_Mod
(N : Node_Id; Val : Boolean := True); -- Flag4
+ procedure Set_From_Aspect_Specification
+ (N : Node_Id; Val : Boolean := True); -- Flag13
+
procedure Set_From_At_End
(N : Node_Id; Val : Boolean := True); -- Flag4
procedure Set_Kill_Range_Check
(N : Node_Id; Val : Boolean := True); -- Flag11
- procedure Set_Last_Aspect
- (N : Node_Id; Val : Boolean := True); -- Flag5
-
procedure Set_Last_Bit
(N : Node_Id; Val : Node_Id); -- Node4
4 => False, -- unused
5 => False)); -- unused
- ---------------------------------------
- -- Handling of Aspect Specifications --
- ---------------------------------------
-
- -- Several kinds of declaration node permit aspect specifications in Ada
- -- 2012 mode. If there was room in all these declaration nodes, we could
- -- just have a field Aspect_Specifications pointing to a list of nodes
- -- for the aspects (N_Aspect_Specification nodes). But there isn't room,
- -- so we adopt a different approach.
-
- -- The following subprograms provide access to a specialized interface
- -- implemented internally with a hash table in the body, that provides
- -- access to aspect specifications.
-
- function Permits_Aspect_Specifications (N : Node_Id) return Boolean;
- -- Returns True if the node N is a declaration node that permits aspect
- -- specifications. All such nodes have the Has_Aspect_Specifications
- -- flag defined. Returns False for all other nodes.
-
- function Aspect_Specifications (N : Node_Id) return List_Id;
- -- Given a node N, returns the list of N_Aspect_Specification nodes that
- -- are attached to this declaration node. If the node is in the class of
- -- declaration nodes that permit aspect specifications, as defined by the
- -- predicate above, and if their Has_Aspect_Specifications flag is set to
- -- True, then this will always be a non-empty list. If this flag is set to
- -- False, or the node is not in the declaration class permitting aspect
- -- specifications, then No_List is returned.
-
- procedure Set_Aspect_Specifications (N : Node_Id; L : List_Id);
- -- The node N must be in the class of declaration nodes that permit aspect
- -- specifications and the Has_Aspect_Specifications flag must be False on
- -- entry. L must be a non-empty list of N_Aspect_Specification nodes. This
- -- procedure sets the Has_Aspect_Specifications flag to True, and makes an
- -- entry that can be retrieved by a subsequent Aspect_Specifications call.
- -- The parent of list L is set to reference the declaration node N. It is
- -- an error to call this procedure with a node that does not permit aspect
- -- specifications, or a node that has its Has_Aspect_Specifications flag
- -- set True on entry, or with L being an empty list or No_List.
-
--------------------
-- Inline Pragmas --
--------------------
pragma Inline (Alternatives);
pragma Inline (Ancestor_Part);
pragma Inline (Array_Aggregate);
+ pragma Inline (Aspect_Cancel);
pragma Inline (Assignment_OK);
pragma Inline (Associated_Node);
pragma Inline (At_End_Proc);
pragma Inline (Explicit_Generic_Actual_Parameter);
pragma Inline (Expression);
pragma Inline (Expressions);
- pragma Inline (First_Aspect);
pragma Inline (First_Bit);
pragma Inline (First_Inlined_Subprogram);
pragma Inline (First_Name);
pragma Inline (Float_Truncate);
pragma Inline (Formal_Type_Definition);
pragma Inline (Forwards_OK);
+ pragma Inline (From_Aspect_Specification);
pragma Inline (From_At_End);
pragma Inline (From_At_Mod);
pragma Inline (From_Default);
pragma Inline (Iteration_Scheme);
pragma Inline (Itype);
pragma Inline (Kill_Range_Check);
- pragma Inline (Last_Aspect);
pragma Inline (Last_Bit);
pragma Inline (Last_Name);
pragma Inline (Library_Unit);
pragma Inline (Set_Alternatives);
pragma Inline (Set_Ancestor_Part);
pragma Inline (Set_Array_Aggregate);
+ pragma Inline (Set_Aspect_Cancel);
pragma Inline (Set_Assignment_OK);
pragma Inline (Set_Associated_Node);
pragma Inline (Set_At_End_Proc);
pragma Inline (Set_Explicit_Generic_Actual_Parameter);
pragma Inline (Set_Expression);
pragma Inline (Set_Expressions);
- pragma Inline (Set_First_Aspect);
pragma Inline (Set_First_Bit);
pragma Inline (Set_First_Inlined_Subprogram);
pragma Inline (Set_First_Name);
pragma Inline (Set_Float_Truncate);
pragma Inline (Set_Formal_Type_Definition);
pragma Inline (Set_Forwards_OK);
+ pragma Inline (Set_From_Aspect_Specification);
pragma Inline (Set_From_At_End);
pragma Inline (Set_From_At_Mod);
pragma Inline (Set_From_Default);
pragma Inline (Set_Iteration_Scheme);
pragma Inline (Set_Itype);
pragma Inline (Set_Kill_Range_Check);
- pragma Inline (Set_Last_Aspect);
pragma Inline (Set_Last_Bit);
pragma Inline (Set_Last_Name);
pragma Inline (Set_Library_Unit);
-- --
------------------------------------------------------------------------------
+with Aspects; use Aspects;
with Atree; use Atree;
with Casing; use Casing;
with Csets; use Csets;
procedure Sprint_And_List (List : List_Id);
-- Print the given list with items separated by vertical "and"
+ procedure Sprint_Aspect_Specifications (Node : Node_Id);
+ -- Node is a declaration node that accepts aspect specifications. This
+ -- procedure tests if aspect specifications are present, and if so prints
+ -- them, with a terminating semicolon. If no aspect specifications are
+ -- present, then a single semicolon is output.
+
procedure Sprint_Bar_List (List : List_Id);
-- Print the given list with items separated by vertical bars
end if;
end Sprint_And_List;
+ ----------------------------------
+ -- Sprint_Aspect_Specifications --
+ ----------------------------------
+
+ procedure Sprint_Aspect_Specifications (Node : Node_Id) is
+ AS : List_Id;
+ A : Node_Id;
+
+ begin
+ if Has_Aspect_Specifications (Node) then
+ AS := Aspect_Specifications (Node);
+ Indent := Indent + 2;
+ Write_Indent;
+ Write_Str ("with ");
+ Indent := Indent + 5;
+
+ A := First (AS);
+ loop
+ Sprint_Node (Identifier (A));
+
+ if Class_Present (A) then
+ Write_Str ("'Class");
+ end if;
+
+ if Present (Expression (A)) then
+ Write_Str (" => ");
+ Sprint_Node (Expression (A));
+ end if;
+
+ Next (A);
+
+ exit when No (A);
+ Write_Char (',');
+ Write_Indent;
+ end loop;
+
+ Indent := Indent - 7;
+ end if;
+
+ Write_Char (';');
+ end Sprint_Aspect_Specifications;
+
---------------------
-- Sprint_Bar_List --
---------------------
Write_Indent;
Sprint_Node (Specification (Node));
Write_Str_With_Col_Check (" is ");
- Write_Str_Sloc ("abstract;");
+ Write_Str_Sloc ("abstract");
+ Sprint_Aspect_Specifications (Node);
when N_Accept_Alternative =>
Sprint_Node_List (Pragmas_Before (Node));
Sprint_Node (Expression (Node));
end if;
- Write_Char (';');
+ Sprint_Aspect_Specifications (Node);
end if;
when N_Component_List =>
end if;
Write_Param_Specs (Node);
- Write_Char (';');
+ Sprint_Aspect_Specifications (Node);
when N_Entry_Index_Specification =>
Write_Str_With_Col_Check_Sloc ("for ");
Sprint_Node (Expression (Node));
end if;
- Write_Char (';');
+ Sprint_Aspect_Specifications (Node);
end if;
when N_Exception_Handler =>
Sprint_Node (Default_Name (Node));
end if;
- Write_Char (';');
+ Sprint_Aspect_Specifications (Node);
when N_Formal_Concrete_Subprogram_Declaration =>
Write_Indent_Str_Sloc ("with ");
Sprint_Node (Default_Name (Node));
end if;
- Write_Char (';');
+ Sprint_Aspect_Specifications (Node);
when N_Formal_Discrete_Type_Definition =>
Write_Str_With_Col_Check_Sloc ("<>");
Sprint_Node (Default_Expression (Node));
end if;
- Write_Char (';');
+ Sprint_Aspect_Specifications (Node);
end if;
when N_Formal_Ordinary_Fixed_Point_Definition =>
Write_Id (Defining_Identifier (Node));
Write_Str_With_Col_Check (" is new ");
Sprint_Node (Name (Node));
- Write_Str_With_Col_Check (" (<>);");
+ Write_Str_With_Col_Check (" (<>)");
+ Sprint_Aspect_Specifications (Node);
when N_Formal_Private_Type_Definition =>
if Abstract_Present (Node) then
Write_Str_With_Col_Check (" is ");
Sprint_Node (Formal_Type_Definition (Node));
- Write_Char (';');
+ Sprint_Aspect_Specifications (Node);
when N_Free_Statement =>
Write_Indent_Str_Sloc ("free ");
Write_Discr_Specs (Node);
Write_Str_With_Col_Check (" is ");
Sprint_Node (Type_Definition (Node));
- Write_Char (';');
+ Sprint_Aspect_Specifications (Node);
when N_Function_Call =>
Set_Debug_Sloc;
Write_Str_With_Col_Check (" is new ");
Sprint_Node (Name (Node));
Sprint_Opt_Paren_Comma_List (Generic_Associations (Node));
- Write_Char (';');
+ Sprint_Aspect_Specifications (Node);
when N_Function_Specification =>
Write_Str_With_Col_Check_Sloc ("function ");
Sprint_Indented_List (Generic_Formal_Declarations (Node));
Write_Indent;
Sprint_Node (Specification (Node));
- Write_Char (';');
+ Sprint_Aspect_Specifications (Node);
when N_Generic_Package_Renaming_Declaration =>
Write_Indent_Str_Sloc ("generic package ");
Sprint_Indented_List (Generic_Formal_Declarations (Node));
Write_Indent;
Sprint_Node (Specification (Node));
- Write_Char (';');
+ Sprint_Aspect_Specifications (Node);
when N_Goto_Statement =>
Write_Indent_Str_Sloc ("goto ");
Sprint_Node (Expression (Node));
end if;
- Write_Char (';');
+ Sprint_Aspect_Specifications (Node);
-- Handle implicit importation and implicit exportation of
-- object declarations:
Extra_Blank_Line;
Write_Indent;
Sprint_Node_Sloc (Specification (Node));
- Write_Char (';');
+ Sprint_Aspect_Specifications (Node);
when N_Package_Instantiation =>
Extra_Blank_Line;
Write_Str (" is new ");
Sprint_Node (Name (Node));
Sprint_Opt_Paren_Comma_List (Generic_Associations (Node));
- Write_Char (';');
+ Sprint_Aspect_Specifications (Node);
when N_Package_Renaming_Declaration =>
Write_Indent_Str_Sloc ("package ");
when N_Pop_Storage_Error_Label =>
Write_Indent_Str ("%pop_storage_error_label");
+ when N_Private_Extension_Declaration =>
+ Write_Indent_Str_Sloc ("type ");
+ Write_Id (Defining_Identifier (Node));
+
+ if Present (Discriminant_Specifications (Node)) then
+ Write_Discr_Specs (Node);
+ elsif Unknown_Discriminants_Present (Node) then
+ Write_Str_With_Col_Check ("(<>)");
+ end if;
+
+ Write_Str_With_Col_Check (" is new ");
+ Sprint_Node (Subtype_Indication (Node));
+
+ if Present (Interface_List (Node)) then
+ Write_Str_With_Col_Check (" and ");
+ Sprint_And_List (Interface_List (Node));
+ end if;
+
+ Write_Str_With_Col_Check (" with private");
+ Sprint_Aspect_Specifications (Node);
+
+ when N_Private_Type_Declaration =>
+ Write_Indent_Str_Sloc ("type ");
+ Write_Id (Defining_Identifier (Node));
+
+ if Present (Discriminant_Specifications (Node)) then
+ Write_Discr_Specs (Node);
+ elsif Unknown_Discriminants_Present (Node) then
+ Write_Str_With_Col_Check ("(<>)");
+ end if;
+
+ Write_Str (" is ");
+
+ if Tagged_Present (Node) then
+ Write_Str_With_Col_Check ("tagged ");
+ end if;
+
+ if Limited_Present (Node) then
+ Write_Str_With_Col_Check ("limited ");
+ end if;
+
+ Write_Str_With_Col_Check ("private");
+ Sprint_Aspect_Specifications (Node);
+
when N_Push_Constraint_Error_Label =>
Write_Indent_Str ("%push_constraint_error_label (");
Sprint_Node (Expression (Node));
- when N_Private_Type_Declaration =>
- Write_Indent_Str_Sloc ("type ");
- Write_Id (Defining_Identifier (Node));
-
- if Present (Discriminant_Specifications (Node)) then
- Write_Discr_Specs (Node);
- elsif Unknown_Discriminants_Present (Node) then
- Write_Str_With_Col_Check ("(<>)");
- end if;
-
- Write_Str (" is ");
-
- if Tagged_Present (Node) then
- Write_Str_With_Col_Check ("tagged ");
- end if;
-
- if Limited_Present (Node) then
- Write_Str_With_Col_Check ("limited ");
- end if;
-
- Write_Str_With_Col_Check ("private;");
-
- when N_Private_Extension_Declaration =>
- Write_Indent_Str_Sloc ("type ");
- Write_Id (Defining_Identifier (Node));
-
- if Present (Discriminant_Specifications (Node)) then
- Write_Discr_Specs (Node);
- elsif Unknown_Discriminants_Present (Node) then
- Write_Str_With_Col_Check ("(<>)");
- end if;
-
- Write_Str_With_Col_Check (" is new ");
- Sprint_Node (Subtype_Indication (Node));
-
- if Present (Interface_List (Node)) then
- Write_Str_With_Col_Check (" and ");
- Sprint_And_List (Interface_List (Node));
- end if;
-
- Write_Str_With_Col_Check (" with private;");
-
when N_Procedure_Call_Statement =>
Write_Indent;
Set_Debug_Sloc;
Write_Str_With_Col_Check (" is new ");
Sprint_Node (Name (Node));
Sprint_Opt_Paren_Comma_List (Generic_Associations (Node));
- Write_Char (';');
+ Sprint_Aspect_Specifications (Node);
when N_Procedure_Specification =>
Write_Str_With_Col_Check_Sloc ("procedure ");
Sprint_Node (Protected_Definition (Node));
Write_Id (Defining_Identifier (Node));
- Write_Char (';');
+ Sprint_Aspect_Specifications (Node);
when N_Qualified_Expression =>
Sprint_Node (Subtype_Mark (Node));
Write_Str (" is");
Sprint_Node (Protected_Definition (Node));
Write_Id (Defining_Identifier (Node));
- Write_Char (';');
+ Sprint_Aspect_Specifications (Node);
when N_Single_Task_Declaration =>
Write_Indent_Str_Sloc ("task ");
Sprint_Node (Task_Definition (Node));
end if;
- Write_Char (';');
+ Sprint_Aspect_Specifications (Node);
when N_Selected_Component =>
Sprint_Node (Prefix (Node));
Write_Str_With_Col_Check (" is null");
end if;
- Write_Char (';');
+ Sprint_Aspect_Specifications (Node);
when N_Subprogram_Info =>
Sprint_Node (Identifier (Node));
end if;
Sprint_Node (Subtype_Indication (Node));
- Write_Char (';');
+ Sprint_Aspect_Specifications (Node);
when N_Subtype_Indication =>
Sprint_Node_Sloc (Subtype_Mark (Node));
Sprint_Node (Task_Definition (Node));
end if;
- Write_Char (';');
+ Sprint_Aspect_Specifications (Node);
when N_Terminate_Alternative =>
Sprint_Node_List (Pragmas_Before (Node));
-
Write_Indent;
if Present (Condition (Node)) then
projects / platform / upstream / gcc.git / commitdiff