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gcc/ada/
* exp_aggr.adb, exp_spark.adb, sem_ch13.ads, sem_ch13.adb,
snames.ads-tmpl: Minor reformatting and typo fixes.
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gcc/ada/
* aspects.ads: Add Aspect_Aggregate.
* exp_aggr.adb (Expand_Container_Aggregate): Expand positional
container aggregates into separate initialization and insertion
operations.
* sem_aggr.ads (Resolve_Container_Aggregate): New subprogram.
* sem_aggr.adb (Resolve_Container_Aggregate): Parse aspect
aggregate, establish element types and key types if present, and
resolve aggregate components.
* sem_ch13.ads (Parse_Aspect_Aggregate): Public subprogram used
in validation, resolution and expansion of container aggregates
* sem_ch13.adb
(Parse_Aspect_Aggregate): Retrieve names of primitives specified
in aspect specification.
(Validate_Aspect_Aggregate): Check legality of specified
operations given in aspect specification, before nane
resolution.
(Resolve_Aspect_Aggregate): At freeze point resolve operations
and verify that given operations have the required profile.
* sem_res.adb (Resolve): Call Resolve_Aspect_Aggregate if aspect
is present for type.
* snames.ads-tmpl: Add names used in aspect Aggregate: Empty,
Add_Named, Add_Unnamed, New_Indexed, Assign_Indexed.
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2020-06-16 Steve Baird <baird@adacore.com>
gcc/ada/
* snames.ads-tmpl: Define names of the three new aspects.
* aspects.ads: Define the three new aspects.
* sem_util.ads, sem_util.adb, sem_dim.adb: Move the function
String_From_Numeric_Literal from being declared in the body of
package Sem_Dim to being declared in the visible part of package
Sem_Util.
* sem_ch13.ads, sem_ch13.adb: Declare new visible procedure
Validate_Literal_Aspect. This is where most of the legality
checking occurs for an aspect specification for one of the three
new aspects, as well as resolution of the subprogram named in
the aspect specification. Follow example of other aspects (e.g.,
Validate_Literal_Aspect is called in much the same way as
Validate_Iterable_Aspect in Analyze_Aspects_At_Freeze_Point; a
small amount of legality checking is performed in
Analyze_One_Aspect in much the same way as for Default_Value or
Default_Component_Value aspects). Most of the work is done in
Validate_Literal_Aspect.
* contracts.adb (Add_Contract_Item): Call
Validate_Literal_Aspect in much the same way that
Validate_Iterable_Aspect was already being called.
* sem_res.adb (Resolve): Rewrite a literal as a call if it is a
user-defined literal. This is where the dynamic semantics of
the 3 new aspects are implemented.
* sem_ch6.adb (Fully_Conformant_Expressions): Two numeric
literals that have different text but the same value (e.g.,
12345 and 12_345) do not conform if they are user-defined
literals. Introduce a new function
User_Defined_Numeric_Literal_Mismatch to avoid duplication in
making this check.
* sem_type.adb (Has_Compatible_Type): A numeric literal can be
compatible with a non-numeric type (and a string literal can be
compatible with a non-string type) if it can be interpreted as a
user-defined literal.
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2020-06-15 Piotr Trojanek <trojanek@adacore.com>
gcc/ada/
* aspects.ads (Aspect_Id): Add Aspect_Relaxed_Initialization.
(Implementation_Defined_Aspect): Add new aspect.
(Aspect_Argument): Add new aspect with Optional_Expression
argument.
(Is_Representation_Aspect): Add new aspect as a
non-representation one.
(Aspect_Names): Add name for the new aspect.
(Aspect_Delay): Add new aspect as a non-delayed one.
* sem_ch3.adb: Minor reformatting.
* einfo.ads, einfo.adb (Is_Relaxed_Initialization_State): New
query; reuses existing code for querying abstract state options.
* exp_attr.adb (Expand_N_Attribute_Reference): For now ignore
attribute 'Initialized.
* sem_attr.adb (Analyze_Attribute_Old_Result): Allow attribute
'Result to be used in the aspect Relaxed_Initialization
expression.
(Analyze_Attribute): Analyze attribute 'Initialized; based on
existing code for attribute 'Valid_Scalars.
(Eval_Attribute): Do not expect attribute 'Initialized, just
like attribute 'Valid_Scalars is not expected.
* sem_ch13.adb (Analyze_Aspect_Relaxed_Initialization): New
routine.
(Analyze_Aspect_Specifications): Analyze new aspect in a
dedicated routine.
(Check_Aspect_At_Freeze_Point): Do not expect new aspect.
* sem_prag.adb (Analyze_Abstract_State): Support option
Relaxed_Initialization on abstract states.
* sem_util.ads, sem_util.adb (Has_Relaxed_Initialization): New
query for the GNATprove backend.
* snames.ads-tmpl (Snames): Add Name_Ids for the new aspect and
attribute; add an Attribute_Id for the new attribute.
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2020-06-12 Piotr Trojanek <trojanek@adacore.com>
gcc/ada/
* par-prag.adb: Fix ordering.
* snames.ads-tmpl (Name_Test_Case, Pragma_Test_Case): Likewise.
* sem_prag.adb (Sig_Flags): Likewise.
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2020-06-10 Arnaud Charlet <charlet@adacore.com>
gcc/ada/
* snames.ads-tmpl (Name_Characters_Assertion_Check,
Name_Containers_Assertion_Check,
Name_Interfaces_Assertion_Check, Name_IO_Assertion_Check,
Name_Numerics_Assertion_Check, Name_Strings_Assertion_Check,
Name_System_Assertion_Check): New constants.
* types.ads (Characters_Assertion_Check,
Containers_Assertion_Check, Interfaces_Assertion_Check,
IO_Assertion_Check, Numerics_Assertion_Check,
Strings_Assertion_Check, System_Assertion_Check): New constants.
(All_Checks): Update accordingly.
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2020-06-09 Eric Botcazou <ebotcazou@adacore.com>
gcc/ada/
* exp_ch6.adb (Freeze_Subprogram): Deal with convention C_Family.
* freeze.adb (Freeze_Profile): Likewise. Add missing guard.
* sem_mech.adb (Set_Mechanisms): Likewise.
* lib-xref.adb (Output_Import_Export_Info): Ditto for C_Variadic.
* repinfo.adb (List_Subprogram_Info): Likewise.
* sem_prag.adb (Set_Convention_From_Pragma): Move main checks for
Stdcall to...
(Process_Convention): ...here. Add checks for C_Variadic.
* snames.ads-tmpl: Add Name_C_Variadic_0 .. Name_C_Variadic_16.
Use consistent format for subtype declarations.
(Convention_Id): Add Convention_C_Variadic_0 .. C_Variadic_16
and move Convention_CPP up.
(Convention_C_Family): New subtype of Convention_Id.
(Convention_C_Variadic): Likewise.
(Foreign_Convention): Use explicit upper bound.
Add pragma Inline for Is_Configuration_Pragma_Name,
Is_Function_Attribute_Name, Is_Internal_Attribute_Name
and Is_Procedure_Attribute_Name.
* snames.adb-tmpl (Get_Convention_Id): Deal with Name_Variadic_n.
(Get_Convention_Name): Deal with Convention_Variadic_n.
* types.h (Convention_Id): New typedef.
* xsnamest.adb (Name2): New variable.
(Is_Conv): New pattern.
(Get_Subt1): Likewise.
(Get_Subt2): Likewise.
Output subtypes of Convention_Id into the C header file.
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2020-06-08 Steve Baird <baird@adacore.com>
gcc/ada/
* libgnat/s-rident.ads: Add Jorvik to the Profile_Name
enumeration type. Add an element for Jorvik to the array
aggregate that is the initial value of the constant
Profile_Info.
* targparm.adb (Get_Target_Parameters): Handle "pragma Profile
(Jorvik);" similarly to "pragma Profile (Ravenscar);".
* snames.ads-tmpl: Declare Name_Jorvik Name_Id. Unlike
Ravenscar, Jorvik is not a pragma name and has no corresponding
element in the Pragma_Id enumeration type; this means that its
declaration must not occur between those of First_Pragma_Name
and Last_Pragma_Name.
* sem_prag.adb (Analyze_Pragma): Add call to
Set_Ravenscar_Profile for Jorvik, similar to the existing calls
for Ravenscar and the GNAT Ravenscar variants.
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2020-06-08 Piotr Trojanek <trojanek@adacore.com>
gcc/ada/
* snames.ads-tmpl (Name_SPARK): Restore after being deleted.
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2020-06-08 Arnaud Charlet <charlet@adacore.com>
gcc/ada/
* exp_aggr.adb, exp_ch6.adb, par-ch11.adb, par-ch6.adb,
par-ch7.adb, par-prag.adb, restrict.adb, restrict.ads,
scans.ads, scng.adb, sem_aggr.adb, sem_attr.adb, sem_ch11.adb,
sem_ch12.adb, sem_ch3.adb, sem_ch3.ads, sem_ch4.adb,
sem_ch5.adb, sem_ch6.adb, sem_ch7.adb, sem_ch8.adb, sem_ch9.adb,
sem_res.adb, sem_util.adb, sem_util.ads, snames.ads-tmpl,
gnatbind.adb, libgnat/s-rident.ads,
doc/gnat_rm/standard_and_implementation_defined_restrictions.rst:
Remove processing of SPARK_05 restriction.
* gnat_rm.texi: Regenerate.
* opt.ads: Remove processing of old checksum which is now
handled by gprbuild directly.
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2020-06-08 Arnaud Charlet <charlet@adacore.com>
gcc/ada/
* snames.ads-tmpl (Name_Program_Error_Check,
Name_Tasking_Check): New constants.
* types.ads (Program_Error_Check, Tasking_Check): New constants.
(All_Checks): Update accordingly.
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2020-06-05 Arnaud Charlet <charlet@adacore.com>
gcc/ada/
* scng.adb (Scan): Fix typo to take into account all future
versions of Ada.
* sem_attr.ads (Attribute_Impl_Def): Add Attribute_Reduce for
now.
* sem_attr.adb (Analyze_Attribute): Only allow 'Reduce under
-gnatX.
* snames.ads-tmpl (Name_Reduce): Update comment.
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2020-06-04 Bob Duff <duff@adacore.com>
gcc/ada/
* libgnat/a-stobbu.adb, libgnat/a-stobbu.ads,
libgnat/a-stobfi.adb, libgnat/a-stobfi.ads,
libgnat/a-stoubu.adb, libgnat/a-stoubu.ads,
libgnat/a-stoufi.adb, libgnat/a-stoufi.ads,
libgnat/a-stoufo.adb, libgnat/a-stoufo.ads,
libgnat/a-stouut.adb, libgnat/a-stouut.ads,
libgnat/a-stteou.ads, libgnat/s-putaim.adb,
libgnat/s-putaim.ads, libgnat/s-putima.adb, libgnat/s-putima.ads
(Ada.Strings.Text_Output and children, System.Put_Images): New
runtime support for Put_Image.
* gcc-interface/Make-lang.in (GNAT_ADA_OBJS): Add
exp_put_image.o.
* exp_put_image.adb, exp_put_image.ads: New compiler package
that generates calls to runtime routines that implement
Put_Image.
* Makefile.rtl: Add object files for Ada.Strings.Text_Output and
children and System.Put_Images.
* aspects.adb: Simplify initialization of Canonical_Aspect.
* aspects.ads: Improve documentation. Add Aspect_Put_Image.
* exp_attr.adb: Add support for Put_Image, by calling routines
in Exp_Put_Image.
* sem_util.adb (Is_Predefined_Dispatching_Operation): Return
True for new TSS_Put_Image operation.
* exp_ch3.adb: For tagged types, build a dispatching
TSS_Put_Image operation by calling routines in Exp_Put_Image.
* exp_disp.adb, exp_disp.ads: Make TSS_Put_Image be number 10,
adjusting other operations' numbers after 10. We choose 10
because that's the last number shared by all runtimes.
* exp_strm.adb: Use named notation as appropriate.
* exp_cg.adb, exp_tss.ads: Add TSS_Put_Image.
* libgnat/a-tags.ads: Modify Max_Predef_Prims for the new
TSS_Put_Image.
* impunit.adb: Add new runtime packages.
* rtsfind.adb, rtsfind.ads: Add support for
Ada.Strings.Text_Output, Ada.Strings.Text_Output.Utils, and
System.Put_Images.
* sem_attr.adb: Error checking for Put_Image calls.
* sem_ch12.adb (Valid_Default_Attribute): Support for passing
Put_Image as a generic formal parameter.
* sem_ch13.adb: Analysis of Put_Image aspect. Turn it into a
Put_Image attribute definition clause.
* sem_ch8.adb (Analyze_Subprogram_Renaming): Support for
renaming of the Put_Image attribute.
* snames.adb-tmpl: Fix comments.
* snames.ads-tmpl (Name_Put_Image): New Name_Id.
(Attribute_Put_Image): New Attribute_Id.
* tbuild.adb, tbuild.ads (Make_Increment): New utility.
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2020-06-04 Arnaud Charlet <charlet@adacore.com>
gcc/ada/
* back_end.adb, opt.ads, par-prag.adb, sem_ch5.adb,
sem_prag.adb, sinfo.adb, sinfo.ads, snames.ads-tmpl,
doc/gnat_rm/implementation_defined_pragmas.rst: Remove
experimental support for OpenACC.
* gcc-interface/misc.c, gcc-interface/trans.c,
gcc-interface/lang.opt: Ditto.
* gnat_rm.texi: Regenerate.
gcc/testsuite/
* gnat.dg/openacc1.adb: Remove testcase.
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2020-06-02 Bob Duff <duff@adacore.com>
gcc/ada/
* snames.ads-tmpl: Add comments explaining that enumeration
types have to be kept in synch with subtypes of Name_Id.
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2020-06-02 Arnaud Charlet <charlet@adacore.com>
gcc/ada/
* snames.ads-tmpl (Name_Img, Attribute_Img): Make it an
attribute returning renamable functions.
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2019-12-16 Ed Schonberg <schonberg@adacore.com>
gcc/ada/
* scng.adb (Scan): In Ada2020, a left-bracket indicates the
start of an homogenous aggregate.
* par-ch4.adb (P_Reduction_Attribute_Reference): New procedure.
(P_Aggregate): Recognize Ada2020 bracket-delimited aggregates.
(P_Primary): Ditto.
* par-util.adb (Comma_Present): Return false on a right bracket
in Ada2020, indicating the end of an aggregate.
* snames.ads-tmpl: Introduce Name_Reduce and Attribute Reduce.
* sinfo.ads, sinfo.adb (Is_Homogeneous_Aggregate): New flag on
aggregates, to designate an Ada2020 array or container aggregate
that is bracket-delimited in the source.
* sem_attr.adb (Analyze_Attribute): For attribute Reduce, verify
that two arguments are present, and verify that the prefix is a
stream or an object that is iterable (array or contrainer).
(Resolve_Attribute): For attribute Reduce, resolve initial value
with the type of the context. Type-checking of element type of
prefix is performed after expansion.
* exp_attr.adb (Expand_N_Attribute_Reference): For attribute
Reduce, expand into a loop: a) If prefix is an aggregate with a
single iterated component association, use its iterator
specification to construct a loop, b) If prefix is a name, build
a loop using an element iterator loop.
* scans.ads: Add brackets tokens.
From-SVN: r279431
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Where possible GNAT will store the binary representation of a record
aggregate in memory for space and performance reasons. This
configuration pragma changes this behaviour so that record aggregates
are instead always converted into individual assignment statements.
The following package pack.ads:
-- pack.ads
pragma Aggregate_Individually_Assign;
pragma Restrictions (No_Multiple_Elaboration);
package Pack is
type A_Rec is record
A, B, C, D : Boolean;
end record;
A : A_Rec := (True, False, True, True);
end Pack;
when compiled with
gcc -c -gnatdg pack.ads
should produce the following output:
Source recreated from tree for Pack (spec)
------------------------------------------
pragma aggregate_individually_assign;
pragma restrictions (no_multiple_elaboration);
package pack is
type pack__a_rec is record
a : boolean;
b : boolean;
c : boolean;
d : boolean;
end record;
freeze pack__a_rec [
procedure pack__a_recIP (_init : out pack__a_rec) is
begin
%push_constraint_error_label ()
%push_program_error_label ()
%push_storage_error_label ()
null;
%pop_constraint_error_label
%pop_program_error_label
%pop_storage_error_label
return;
end pack__a_recIP;
]
pack__a : pack__a_rec := (
a => true,
b => false,
c => true,
d => true);
pack__a.a := true;
pack__a.b := false;
pack__a.c := true;
pack__a.d := true;
null;
end pack;
2019-08-20 Patrick Bernardi <bernardi@adacore.com>
gcc/ada/
* exp_aggr.adb (Expand_Record_Aggregate): Always convert a
record Aggregate to assignment statements if the option
Aggregate_Individually_Assign is set.
* opt.ads (Aggregate_Individually_Assign): New option.
* par-prag.adb (Prag): Add Pragma_Aggregate_Individually_Assign.
* sem_prag.adb (Analyze_Pragma): Likewise.
* snames.ads-tmpl: Add Pragma_Aggregate_Individually_Assign and
Name_Aggregate_Individually_Assign.
* doc/gnat_rm/implementation_defined_pragmas.rst: Document
pragma Aggregate_Individually_Assign.
* gnat_rm.texi: Regenerate.
From-SVN: r274730
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This patch implements AI12-0164-1 for the aspect/pragma
Max_Entry_Queue_Length. Previously, the GNAT specific pragma
Max_Queue_Length fulfilled this role, but was not named to match the
standard and thus was insufficent.
------------
-- Source --
------------
-- pass.ads
with System;
package Pass is
SOMETHING : constant Integer := 5;
Variable : Boolean := False;
protected type Protected_Example is
entry A (Item : Integer)
with Max_Entry_Queue_Length => 2; -- OK
entry B (Item : Integer);
pragma Max_Entry_Queue_Length (SOMETHING); -- OK
entry C (Item : Integer); -- OK
entry D (Item : Integer)
with Max_Entry_Queue_Length => 4; -- OK
entry D (Item : Integer; Item_B : Integer)
with Max_Entry_Queue_Length => Float'Digits; -- OK
entry E (Item : Integer);
pragma Max_Entry_Queue_Length (SOMETHING * 2); -- OK
entry E (Item : Integer; Item_B : Integer);
pragma Max_Entry_Queue_Length (11); -- OK
entry F (Item : Integer; Item_B : Integer);
pragma Pre (Variable = True);
pragma Max_Entry_Queue_Length (11); -- OK
entry G (Item : Integer; Item_B : Integer)
with Pre => (Variable = True),
Max_Entry_Queue_Length => 11; -- OK
private
Data : Boolean := True;
end Protected_Example;
Prot_Ex : Protected_Example;
end Pass;
-- fail.ads
package Fail is
-- Not near entry
pragma Max_Entry_Queue_Length (40); -- ERROR
-- Task type
task type Task_Example is
entry Insert (Item : in Integer)
with Max_Entry_Queue_Length => 10; -- ERROR
-- Entry family in task type
entry A (Positive) (Item : in Integer)
with Max_Entry_Queue_Length => 10; -- ERROR
end Task_Example;
Task_Ex : Task_Example;
-- Aspect applied to protected type
protected type Protected_Failure_0
with Max_Entry_Queue_Length => 50 is -- ERROR
entry A (Item : Integer);
private
Data : Integer := 0;
end Protected_Failure_0;
Protected_Failure_0_Ex : Protected_Failure_0;
protected type Protected_Failure is
pragma Max_Entry_Queue_Length (10); -- ERROR
-- Duplicates
entry A (Item : Integer)
with Max_Entry_Queue_Length => 10; -- OK
pragma Max_Entry_Queue_Length (4); -- ERROR
entry B (Item : Integer);
pragma Max_Entry_Queue_Length (40); -- OK
pragma Max_Entry_Queue_Length (4); -- ERROR
entry C (Item : Integer)
with Max_Entry_Queue_Length => 10, -- OK
Max_Entry_Queue_Length => 40; -- ERROR
-- Duplicates with the same value
entry AA (Item : Integer)
with Max_Entry_Queue_Length => 10; -- OK
pragma Max_Entry_Queue_Length (10); -- ERROR
entry BB (Item : Integer);
pragma Max_Entry_Queue_Length (40); -- OK
pragma Max_Entry_Queue_Length (40); -- ERROR
entry CC (Item : Integer)
with Max_Entry_Queue_Length => 10, -- OK
Max_Entry_Queue_Length => 10; -- ERROR
-- On subprogram
procedure D (Item : Integer)
with Max_Entry_Queue_Length => 10; -- ERROR
procedure E (Item : Integer);
pragma Max_Entry_Queue_Length (4); -- ERROR
function F (Item : Integer) return Integer
with Max_Entry_Queue_Length => 10; -- ERROR
function G (Item : Integer) return Integer;
pragma Max_Entry_Queue_Length (4); -- ERROR
-- Bad parameters
entry H (Item : Integer)
with Max_Entry_Queue_Length => 0; -- ERROR
entry I (Item : Integer)
with Max_Entry_Queue_Length => -1; -- ERROR
entry J (Item : Integer)
with Max_Entry_Queue_Length => 16#FFFF_FFFF_FFFF_FFFF_FFFF#; -- ERROR
entry K (Item : Integer)
with Max_Entry_Queue_Length => False; -- ERROR
entry L (Item : Integer)
with Max_Entry_Queue_Length => "JUNK"; -- ERROR
entry M (Item : Integer)
with Max_Entry_Queue_Length => 1.0; -- ERROR
entry N (Item : Integer)
with Max_Entry_Queue_Length => Long_Integer'(3); -- ERROR
-- Entry family
entry O (Boolean) (Item : Integer)
with Max_Entry_Queue_Length => 5; -- ERROR
private
Data : Integer := 0;
end Protected_Failure;
I : Positive := 1;
Protected_Failure_Ex : Protected_Failure;
end Fail;
-- dtest.adb
with Ada.Text_IO; use Ada.Text_IO;
procedure Dtest is
protected Prot is
entry Wait;
pragma Max_Entry_Queue_Length (2);
procedure Wakeup;
private
Barrier : Boolean := False;
end Prot;
protected body Prot is
entry Wait when Barrier is
begin
null;
end Wait;
procedure Wakeup is
begin
Barrier := True;
end Wakeup;
end Prot;
task type T;
task body T is
begin
Put_Line ("Waiting...");
Prot.Wait;
exception
when others =>
Put_Line ("Got exception");
end T;
T1, T2 : T;
begin
delay 0.1;
Prot.Wait;
Put_Line ("Done");
exception
when others =>
Put_Line ("Main got exception");
Prot.Wakeup;
end Dtest;
----------------------------
-- Compilation and output --
----------------------------
& gcc -c -g -gnatDG pass.ads
& gcc -c -g fail.ads
& grep -c "(2, 5, 0, 4, 6, 10, 11, 11, 11)" pass.ads.dg
& gnatmake -g -q dtest
fail.ads:5:04: pragma "Max_Entry_Queue_Length" must apply to a protected entry
fail.ads:12:15: aspect "Max_Entry_Queue_Length" cannot apply to task entries
fail.ads:17:15: aspect "Max_Entry_Queue_Length" cannot apply to task entries
fail.ads:26:12: aspect "Max_Entry_Queue_Length" must apply to a protected entry
fail.ads:36:07: pragma "Max_Entry_Queue_Length" must apply to a protected entry
fail.ads:42:07: pragma "Max_Entry_Queue_Length" duplicates aspect declared at
line 41
fail.ads:46:07: pragma "Max_Entry_Queue_Length" duplicates pragma declared at
line 45
fail.ads:50:15: aspect "Max_Entry_Queue_Length" for "C" previously given at
line 49
fail.ads:56:07: pragma "Max_Entry_Queue_Length" duplicates aspect declared at
line 55
fail.ads:60:07: pragma "Max_Entry_Queue_Length" duplicates pragma declared at
line 59
fail.ads:64:15: aspect "Max_Entry_Queue_Length" for "CC" previously given at
line 63
fail.ads:69:15: aspect "Max_Entry_Queue_Length" must apply to a protected entry
fail.ads:72:07: pragma "Max_Entry_Queue_Length" must apply to a protected entry
fail.ads:75:15: aspect "Max_Entry_Queue_Length" must apply to a protected entry
fail.ads:78:07: pragma "Max_Entry_Queue_Length" must apply to a protected entry
fail.ads:83:35: entity for aspect "Max_Entry_Queue_Length" must be positive
fail.ads:86:35: entity for aspect "Max_Entry_Queue_Length" must be positive
fail.ads:89:35: entity for aspect "Max_Entry_Queue_Length" out of range of
Integer
fail.ads:92:35: expected an integer type
fail.ads:92:35: found type "Standard.Boolean"
fail.ads:95:35: expected an integer type
fail.ads:95:35: found a string type
fail.ads:98:35: expected an integer type
fail.ads:98:35: found type universal real
2019-08-13 Justin Squirek <squirek@adacore.com>
gcc/ada/
* aspects.adb, aspects.ads: Register new aspect.
* par-prag.adb (Prag): Register new pragma
* sem_ch13.adb (Analyze_Aspect_Specifications): Add processing
for new aspect similar to Aspect_Max_Entry_Queue_Length.
* sem_prag.adb, sem_prag.ads (Analyze_Pragma): Register new
pragma and set it to use the same processing as
Pragma_Max_Queue_Length.
* snames.ads-tmpl: Move definition of
Name_Max_Entry_Queue_Length so that it can be processed as a
pragma in addition to a restriction and add an entry for the
pragma itself.
From-SVN: r274346
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A new aspect/pragma can be attached to volatile variables to indicate
that such a variable is not used for interactions with the external
world, but only that accesses to that variable should not be optimized
by the compiler. This is in particular useful for guarding against fault
injection. SPARK Reference manual has been updated to allow this use of
volatile data, see section 7.1.2, so that GNATprove can analyze such
variables as not volatile.
2019-08-12 Yannick Moy <moy@adacore.com>
gcc/ada/
* aspects.adb, aspects.ads (Aspect_No_Caching): New aspect.
* contracts.adb, contracts.ads (Add_Contract_Item): Add handling
of No_Caching.
(Analyze_Object_Contract): Add handling of No_Caching.
* einfo.adb, einfo.ads
(Get_Pragma): Add handling of No_Caching.
* doc/gnat_rm/implementation_defined_aspects.rst,
doc/gnat_rm/implementation_defined_pragmas.rst: Document new
aspect/pragma.
* gnat_rm.texi: Regenerate.
* par-prag.adb (Prag): New pragma Pragma_No_Caching.
* sem_ch13.adb (Analyze_Aspect_Specifications,
Check_Aspect_At_Freeze_Point): Add handling of No_Caching.
* sem_prag.adb (Analyze_Pragma): Deal with pragma No_Caching.
* sem_prag.ads (Analyze_External_Property_In_Decl_Part): Now
applies to No_Caching.
* sem_util.adb, sem_util.ads (Is_Effectively_Volatile): Add
handling of No_Caching.
(No_Caching_Enabled): New query function.
* snames.ads-tmpl: New names for pragma.
gcc/testsuite/
* gnat.dg/no_caching.adb, gnat.dg/no_caching.ads: New testcase.
From-SVN: r274292
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For some time the Repinfo unit has been able to output the
representation information in the JSON data interchange format in
addition to the usual text and binary formats.
The new Repinfo.Input unit makes it possible to read back this
information under this format and make it available to clients, the main
one being ASIS.
The big advantage of using this approach over manipulating a binary blob
is that the writer and the reader of the JSON representation need not be
binary compatible, i.e. in practice need not be the same version of the
compiler or ASIS for the same target.
The patch also adds a -gnatd_j switch to read back the information in
the compiler itself, which makes it easy to keep the writer and the
reader in sync using only one tool, namely the compiler. The typical
usage is:
gcc -c p.ads -gnatR4js
gcc -c p.ads -gnatd_j
to exercise respectively the writer and the reader from the compiler.
2019-07-11 Eric Botcazou <ebotcazou@adacore.com>
gcc/ada/
* alloc.ads (Rep_JSON_Table_Initial): New constant.
(Rep_JSON_Table_Increment): Likewise.
* debug.adb: Document -gnatd_j switch.
* gcc-interface/Make-lang.in (GNAT_ADA_OBJS): Add
repinfo-input.o.
* gnat1drv.adb: Add with clause for Repinfo.Input.
Add with and use clauses for Sinput.
(Read_JSON_Files_For_Repinfo): New procedure.
(Gnat1drv1): Deal with -gnatd_j switch.
* repinfo-input.ad[sb]: New unit.
* snames.ads-tmpl (Name_Discriminant): New constant.
(Name_Operands): Likewise.
From-SVN: r273382
|
|
2018-09-26 Hristian Kirtchev <kirtchev@adacore.com>
gcc/ada/
* contracts.adb, exp_unst.adb, exp_util.adb, gnat1drv.adb,
opt.ads, par-prag.adb, sem_ch3.adb, sem_ch5.adb, sem_prag.adb,
sinfo.ads, snames.ads-tmpl: Minor reformatting.
From-SVN: r264621
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|
This patch introduces the upper part of the Ada front-end support for a first
set of OpenACC directives (Acc_Kernels, Acc_Loop, Acc_Parallel, Acc_Data) and
their clauses.
The pragmas syntax is documented, pragmas are recognized and checked for
syntactic correctness, keyed on -fopenacc. A couple of new flags are defined
on loop statements in the GNAT tree.
2018-09-26 Olivier Hainque <hainque@adacore.com>
gcc/ada/
* opt.ads (OpenAcc_Enabled): New flag. False by default. True
when OpenACC pragmas are requested to be honored, when -fopenacc
is found on the command line.
* back_end.adb (Scan_Compiler_Arguments): Set OpenACC_Enabled if
-fopenacc is seen on the command line.
* sinfo.adb, sinfo.ads (Is_OpenAcc_Environment): New
flag/predicate on Loop statements which embed an Acc_Kernels,
Acc_Parallel or Acc_Data pragma.
(Is_OpenAcc_Loop): New flag/predicate on Loop statements which
embed an Acc_Loop pragma.
(Set_Is_OpenAcc_Environment, Set_Is_OpenAcc_Loop): Setters for
the new flags.
* par-prag.adb (Prag): Handle Acc_Data, Acc_Loop, Acc_Parallel
and Acc_Kernels pragmas. Nothing to do here, all handled by
sem_prag.
* sem_prag.adb (Acc_First, Acc_Next,
Validate_Acc_Condition_Clause, Validate_Acc_Data_Clause,
Validate_Acc_Int_Expr_Clause, Validate_Acc_Int_Expr_List_Clause,
Validate_Acc_Loop_Collapse, Validate_Acc_Loop_Gang,
Validate_Acc_Loop_Vector, Validate_Acc_Loop_Worker,
Validate_Acc_Name_Reduction, Validate_Acc_Size_Expressions): New
helper for Analyze_Pragma, to handle OpenACC pragmas.
(Analyze_Pragma): Handle Acc_Data, Acc_Loop, Acc_Parallel and
Acc_Kernels pragmas.
* sem_ch5.adb (Disable_Constant): Unset Is_True_Constant on
variable entity, action for ...
(Disable_Constants): Helper for Analyze_Loop_Statement, to ...
(Analyze_Loop_Statement): Disable True_Constant on variables
referenced within an OpenACC environment.
* snames.ads-tmpl: Declare Name_Ids for the OpenACC directives
and clauses we can handle. Remove an exraneous whitespace before
columns, preventing line length overflow in the generated spec
with Ids now reaching beyond 999.
* doc/gnat_rm/implementation_defined_pragmas.rst: Document
pragma Acc_Parallel, Acc_Loop, Acc_Kernels and Acc_Data.
* gnat_rm.texi: Regenerate.
From-SVN: r264617
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This patch implements AI12-0164-1 for the aspect/pragma Max_Entry_Queue_Depth.
Previously, the GNAT specific pragma Max_Queue_Length fulfilled this role, but
was not named to match the standard and thus was insufficent.
------------
-- Source --
------------
-- pass.ads
with System;
package Pass is
SOMETHING : constant Integer := 5;
Variable : Boolean := False;
protected type Protected_Example is
entry A (Item : Integer)
with Max_Entry_Queue_Depth => 2; -- OK
entry B (Item : Integer);
pragma Max_Entry_Queue_Depth (SOMETHING); -- OK
entry C (Item : Integer); -- OK
entry D (Item : Integer)
with Max_Entry_Queue_Depth => 4; -- OK
entry D (Item : Integer; Item_B : Integer)
with Max_Entry_Queue_Depth => Float'Digits; -- OK
entry E (Item : Integer);
pragma Max_Entry_Queue_Depth (SOMETHING * 2); -- OK
entry E (Item : Integer; Item_B : Integer);
pragma Max_Entry_Queue_Depth (11); -- OK
entry F (Item : Integer; Item_B : Integer);
pragma Pre (Variable = True);
pragma Max_Entry_Queue_Depth (11); -- OK
entry G (Item : Integer; Item_B : Integer)
with Pre => (Variable = True),
Max_Entry_Queue_Depth => 11; -- OK
private
Data : Boolean := True;
end Protected_Example;
Prot_Ex : Protected_Example;
end Pass;
-- fail.ads
package Fail is
-- Not near entry
pragma Max_Entry_Queue_Depth (40); -- ERROR
-- Task type
task type Task_Example is
entry Insert (Item : in Integer)
with Max_Entry_Queue_Depth => 10; -- ERROR
-- Entry family in task type
entry A (Positive) (Item : in Integer)
with Max_Entry_Queue_Depth => 10; -- ERROR
end Task_Example;
Task_Ex : Task_Example;
-- Aspect applied to protected type
protected type Protected_Failure_0
with Max_Entry_Queue_Depth => 50 is -- ERROR
entry A (Item : Integer);
private
Data : Integer := 0;
end Protected_Failure_0;
Protected_Failure_0_Ex : Protected_Failure_0;
protected type Protected_Failure is
pragma Max_Entry_Queue_Depth (10); -- ERROR
-- Duplicates
entry A (Item : Integer)
with Max_Entry_Queue_Depth => 10; -- OK
pragma Max_Entry_Queue_Depth (4); -- ERROR
entry B (Item : Integer);
pragma Max_Entry_Queue_Depth (40); -- OK
pragma Max_Entry_Queue_Depth (4); -- ERROR
entry C (Item : Integer)
with Max_Entry_Queue_Depth => 10, -- OK
Max_Entry_Queue_Depth => 40; -- ERROR
-- Duplicates with the same value
entry AA (Item : Integer)
with Max_Entry_Queue_Depth => 10; -- OK
pragma Max_Entry_Queue_Depth (10); -- ERROR
entry BB (Item : Integer);
pragma Max_Entry_Queue_Depth (40); -- OK
pragma Max_Entry_Queue_Depth (40); -- ERROR
entry CC (Item : Integer)
with Max_Entry_Queue_Depth => 10, -- OK
Max_Entry_Queue_Depth => 10; -- ERROR
-- On subprogram
procedure D (Item : Integer)
with Max_Entry_Queue_Depth => 10; -- ERROR
procedure E (Item : Integer);
pragma Max_Entry_Queue_Depth (4); -- ERROR
function F (Item : Integer) return Integer
with Max_Entry_Queue_Depth => 10; -- ERROR
function G (Item : Integer) return Integer;
pragma Max_Entry_Queue_Depth (4); -- ERROR
-- Bad parameters
entry H (Item : Integer)
with Max_Entry_Queue_Depth => 0; -- ERROR
entry I (Item : Integer)
with Max_Entry_Queue_Depth => -1; -- ERROR
entry J (Item : Integer)
with Max_Entry_Queue_Depth => 16#FFFF_FFFF_FFFF_FFFF_FFFF#; -- ERROR
entry K (Item : Integer)
with Max_Entry_Queue_Depth => False; -- ERROR
entry L (Item : Integer)
with Max_Entry_Queue_Depth => "JUNK"; -- ERROR
entry M (Item : Integer)
with Max_Entry_Queue_Depth => 1.0; -- ERROR
entry N (Item : Integer)
with Max_Entry_Queue_Depth => Long_Integer'(3); -- ERROR
-- Entry family
entry O (Boolean) (Item : Integer)
with Max_Entry_Queue_Depth => 5; -- ERROR
private
Data : Integer := 0;
end Protected_Failure;
I : Positive := 1;
Protected_Failure_Ex : Protected_Failure;
end Fail;
-- dtest.adb
with Ada.Text_IO; use Ada.Text_IO;
procedure Dtest is
protected Prot is
entry Wait;
pragma Max_Entry_Queue_Depth (2);
procedure Wakeup;
private
Barrier : Boolean := False;
end Prot;
protected body Prot is
entry Wait when Barrier is
begin
null;
end Wait;
procedure Wakeup is
begin
Barrier := True;
end Wakeup;
end Prot;
task type T;
task body T is
begin
Put_Line ("Waiting...");
Prot.Wait;
exception
when others =>
Put_Line ("Got exception");
end T;
T1, T2 : T;
begin
delay 0.1;
Prot.Wait;
Put_Line ("Done");
exception
when others =>
Put_Line ("Main got exception");
Prot.Wakeup;
end Dtest;
----------------------------
-- Compilation and output --
----------------------------
& gcc -c -g -gnatDG pass.ads
& gcc -c -g fail.ads
& grep -c "(2, 5, 0, 4, 6, 10, 11, 11, 11)" pass.ads.dg
& gnatmake -g -q dtest
fail.ads:5:04: pragma "Max_Queue_Length" must apply to a protected entry
fail.ads:12:15: aspect "Max_Queue_Length" cannot apply to task entries
fail.ads:17:15: aspect "Max_Queue_Length" cannot apply to task entries
fail.ads:26:12: aspect "Max_Queue_Length" must apply to a protected entry
fail.ads:36:07: pragma "Max_Queue_Length" must apply to a protected entry
fail.ads:42:07: pragma "Max_Queue_Length" duplicates aspect declared at line 41
fail.ads:46:07: pragma "Max_Queue_Length" duplicates pragma declared at line 45
fail.ads:50:15: aspect "Max_Queue_Length" for "C" previously given at line 49
fail.ads:56:07: pragma "Max_Queue_Length" duplicates aspect declared at line 55
fail.ads:60:07: pragma "Max_Queue_Length" duplicates pragma declared at line 59
fail.ads:64:15: aspect "Max_Queue_Length" for "CC" previously given at line 63
fail.ads:69:15: aspect "Max_Queue_Length" must apply to a protected entry
fail.ads:72:07: pragma "Max_Queue_Length" must apply to a protected entry
fail.ads:75:15: aspect "Max_Queue_Length" must apply to a protected entry
fail.ads:78:07: pragma "Max_Queue_Length" must apply to a protected entry
fail.ads:83:35: entity for aspect "Max_Queue_Length" must be positive
fail.ads:86:35: entity for aspect "Max_Queue_Length" must be positive
fail.ads:89:35: entity for aspect "Max_Queue_Length" out of range of Integer
fail.ads:92:35: expected an integer type
fail.ads:92:35: found type "Standard.Boolean"
fail.ads:95:35: expected an integer type
fail.ads:95:35: found a string type
fail.ads:98:35: expected an integer type
fail.ads:98:35: found type universal real
2018-05-30 Justin Squirek <squirek@adacore.com>
gcc/ada/
* aspects.adb, aspects.ads: Register new aspect.
* par-prag.adb (Prag): Register new pragma.
* sem_ch13.adb (Analyze_Aspect_Specifications): Add processing for new
aspect similar to Aspect_Max_Queue_Length.
* sem_prag.adb, sem_prag.ads (Analyze_Pragma): Register new pragma and
set it to use the same processing as Pragma_Max_Queue_Length.
* snames.ads-tmpl: Move definition of Name_Max_Entry_Queue_Depth so
that it can be processed as a pragma in addition to a restriction and
add an entry for the pragma itself.
From-SVN: r260945
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This patch optimizes the initialization and allocation of scalar array objects
when pragma Initialize_Scalars is in effect. The patch also extends the syntax
and semantics of pragma Initialize_Scalars to allow for the specification of
invalid values pertaining to families of scalar types. The new syntax is as
follows:
pragma Initialize_Scalars
[ ( TYPE_VALUE_PAIR {, TYPE_VALUE_PAIR} ) ];
TYPE_VALUE_PAIR ::=
SCALAR_TYPE => static_EXPRESSION
SCALAR_TYPE :=
Short_Float
| Float
| Long_Float
| Long_Long_Flat
| Signed_8
| Signed_16
| Signed_32
| Signed_64
| Unsigned_8
| Unsigned_16
| Unsigned_32
| Unsigned_64
Depending on the value specified by pragma Initialize_Scalars, the backend may
optimize the creation of the scalar array object into a fast memset.
------------
-- Source --
------------
-- gnat.adc
pragma Initialize_Scalars
(Short_Float => 0.0,
Float => 0.0,
Long_Float => 0.0,
Long_Long_Float => 0.0,
Signed_8 => 0,
Signed_16 => 0,
Signed_32 => 0,
Signed_64 => 0,
Unsigned_8 => 0,
Unsigned_16 => 0,
Unsigned_32 => 0,
Unsigned_64 => 0);
-- types.ads
with System;
package Types is
Max : constant := 10_000;
subtype Big is Integer range 1 .. Max;
type Byte is range 0 .. 255;
for Byte'Size use System.Storage_Unit;
type Byte_Arr_1 is array (1 .. Max) of Byte;
type Byte_Arr_2 is array (Big) of Byte;
type Byte_Arr_3 is array (Integer range <>) of Byte;
type Byte_Arr_4 is array (Integer range <>,
Integer range <>) of Byte;
type Constr_Arr_1 is array (1 .. Max) of Integer;
type Constr_Arr_2 is array (Big) of Integer;
type Constr_Arr_3 is array (1 .. Max, 1 .. Max) of Integer;
type Constr_Arr_4 is array (Big, Big) of Integer;
type Unconstr_Arr_1 is array (Integer range <>) of Integer;
type Unconstr_Arr_2 is array (Integer range <>,
Integer range <>) of Integer;
subtype Subt_Arr_1 is Unconstr_Arr_1 (1 .. Max);
subtype Subt_Arr_2 is Unconstr_Arr_1 (Big);
subtype Subt_Arr_3 is Unconstr_Arr_2 (1 .. Max, 1 .. Max);
subtype Subt_Arr_4 is Unconstr_Arr_2 (Big, Big);
subtype Subt_Str_1 is String (1 .. Max);
subtype Subt_Str_2 is String (Big);
type Byte_Arr_1_Ptr is access Byte_Arr_1;
type Byte_Arr_2_Ptr is access Byte_Arr_2;
type Byte_Arr_3_Ptr is access Byte_Arr_3;
type Byte_Arr_4_Ptr is access Byte_Arr_4;
type Constr_Arr_1_Ptr is access Constr_Arr_1;
type Constr_Arr_2_Ptr is access Constr_Arr_2;
type Constr_Arr_3_Ptr is access Constr_Arr_3;
type Constr_Arr_4_Ptr is access Constr_Arr_4;
type Unconstr_Arr_1_Ptr is access Unconstr_Arr_1;
type Unconstr_Arr_2_Ptr is access Unconstr_Arr_2;
type Subt_Arr_1_Ptr is access Subt_Arr_1;
type Subt_Arr_2_Ptr is access Subt_Arr_2;
type Subt_Arr_3_Ptr is access Subt_Arr_3;
type Subt_Arr_4_Ptr is access Subt_Arr_4;
type Str_Ptr is access String;
type Subt_Str_1_Ptr is access Subt_Str_1;
type Subt_Str_2_Ptr is access Subt_Str_2;
end Types;
-- main.adb
with Types; use Types;
procedure Main is
Byte_Arr_1_Obj : Byte_Arr_1;
Byte_Arr_2_Obj : Byte_Arr_2;
Byte_Arr_3_Obj : Byte_Arr_3 (1 .. Max);
Byte_Arr_4_Obj : Byte_Arr_3 (Big);
Byte_Arr_5_Obj : Byte_Arr_4 (1 .. Max, 1 .. Max);
Byte_Arr_6_Obj : Byte_Arr_4 (Big, Big);
Constr_Arr_1_Obj : Constr_Arr_1;
Constr_Arr_2_Obj : Constr_Arr_2;
Constr_Arr_3_Obj : Constr_Arr_3;
Constr_Arr_4_Obj : Constr_Arr_4;
Unconstr_Arr_1_Obj : Unconstr_Arr_1 (1 .. Max);
Unconstr_Arr_2_Obj : Unconstr_Arr_1 (Big);
Unconstr_Arr_3_Obj : Unconstr_Arr_2 (1 .. Max, 1 .. Max);
Unconstr_Arr_4_Obj : Unconstr_Arr_2 (Big, Big);
Subt_Arr_1_Obj : Subt_Arr_1;
Subt_Arr_2_Obj : Subt_Arr_2;
Subt_Arr_3_Obj : Subt_Arr_3;
Subt_Arr_4_Obj : Subt_Arr_4;
Str_1_Obj : String (1 .. Max);
Str_2_Obj : String (Big);
Subt_Str_1_Obj : Subt_Str_1;
Subt_Str_2_Obj : Subt_Str_2;
Byte_Arr_1_Ptr_Obj : Byte_Arr_1_Ptr := new Byte_Arr_1;
Byte_Arr_2_Ptr_Obj : Byte_Arr_2_Ptr := new Byte_Arr_2;
Byte_Arr_3_Ptr_Obj : Byte_Arr_3_Ptr := new Byte_Arr_3 (1 .. Max);
Byte_Arr_4_Ptr_Obj : Byte_Arr_3_Ptr := new Byte_Arr_3 (Big);
Byte_Arr_5_Ptr_Obj : Byte_Arr_4_Ptr :=
new Byte_Arr_4 (1 .. Max, 1 .. Max);
Byte_Arr_6_Ptr_Obj : Byte_Arr_4_Ptr := new Byte_Arr_4 (Big, Big);
Constr_Arr_1_Ptr_Obj : Constr_Arr_1_Ptr := new Constr_Arr_1;
Constr_Arr_2_Ptr_Obj : Constr_Arr_2_Ptr := new Constr_Arr_2;
Constr_Arr_3_Ptr_Obj : Constr_Arr_3_Ptr := new Constr_Arr_3;
Constr_Arr_4_Ptr_Obj : Constr_Arr_4_Ptr := new Constr_Arr_4;
Unconstr_Arr_1_Ptr_Obj : Unconstr_Arr_1_Ptr :=
new Unconstr_Arr_1 (1 .. Max);
Unconstr_Arr_2_Ptr_Obj : Unconstr_Arr_1_Ptr := new Unconstr_Arr_1 (Big);
Unconstr_Arr_3_Ptr_Obj : Unconstr_Arr_2_Ptr :=
new Unconstr_Arr_2 (1 .. Max, 1 .. Max);
Unconstr_Arr_4_Ptr_Obj : Unconstr_Arr_2_Ptr :=
new Unconstr_Arr_2 (Big, Big);
Subt_Arr_1_Ptr_Obj : Subt_Arr_1_Ptr := new Subt_Arr_1;
Subt_Arr_2_Ptr_Obj : Subt_Arr_2_Ptr := new Subt_Arr_2;
Subt_Arr_3_Ptr_Obj : Subt_Arr_3_Ptr := new Subt_Arr_3;
Subt_Arr_4_Ptr_Obj : Subt_Arr_4_Ptr := new Subt_Arr_4;
Str_Ptr_1_Obj : Str_Ptr := new String (1 .. Max);
Str_Ptr_2_Obj : Str_Ptr := new String (Big);
Subt_Str_1_Ptr_Obj : Subt_Str_1_Ptr := new Subt_Str_1;
Subt_Str_2_Ptr_Obj : Subt_Str_2_Ptr := new Subt_Str_2;
begin null; end Main;
----------------------------
-- Compilation and output --
----------------------------
$ gcc -c -S -gnatDG -gnatws main.adb
$ grep -c "others => types__TbyteB!(0));" main.adb.dg
$ grep -c "others => integer!(0));" main.adb.dg
$ grep -c "others => character!(0));" main.adb.dg
$ grep -c "others => types__TbyteB!(0));" main.adb.dg
$ grep -c "memset" main.s
8
12
8
8
44
2018-05-22 Hristian Kirtchev <kirtchev@adacore.com>
gcc/ada/
* exp_aggr.adb (Aggr_Assignment_OK_For_Backend): Strip away any
conversions before extracting the value of the expression.
* exp_ch3.adb (Default_Initialize_Object): Optimize the default
initialization of an array of scalars.
(Get_Simple_Init_Val): Add processing for array types. Remove the
processing of strings because this case is already handled by the array
case.
(Needs_Simple_Initialization): Moved to Sem_Util.
(Simple_Init_Array_Type): New routine.
(Simple_Init_Initialize_Scalars_Type): Reimplemented to use the new
facilities from Sem_Util.
(Simple_Initialization_OK): New routine.
* exp_ch3.ads (Needs_Simple_Initialization): Moved to Sem_Util.
* exp_ch4.adb (Expand_N_Allocator): Optimize the default allocation of
an array of scalars.
* sem_prag.adb (Analyze_Float_Value): New routine.
(Analyze_Integer_Value): New routine.
(Analyze_Pragma): Reimplement the analysis of pragma Initialize_Scalars
to handled the extended form of the pragma.
(Analyze_Type_Value_Pair): New routine.
* sem_util.adb: Add invalid value-related data structures.
(Examine_Array_Bounds): New routine.
(Has_Static_Array_Bounds): Reimplemented.
(Has_Static_Non_Empty_Array_Bounds): New routine.
(Invalid_Scalar_Value): New routine.
(Needs_Simple_Initialization): Moved from Exp_Ch3.
(Set_Invalid_Scalar_Value): New routines.
* sem_util.ads (Has_Static_Non_Empty_Array_Bounds): New routine.
(Invalid_Scalar_Value): New routine.
(Needs_Simple_Initialization): Moved from Exp_Ch3.
(Set_Invalid_Scalar_Value): New routines.
* snames.ads-tmpl: Add names for the salar type families used by pragma
Initialize_Scalars.
From-SVN: r260529
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This patch fixes the problem of aspect/pragma Secondary_Stack_Size expressions
with non-literals evaluating as zero in static secondary stacks allocations.
The aspect Secondary_Stack_Size is now converted to a pragma instead of an
attribute as the attribute does not have visibility on the discriminant.
Additionally, the discriminant of the corresponding record type is now
referenced if the pragma expression contains a discriminant.
No simple test available as the problem only impacts programs when
System.Parameters.Sec_Stack_Dynamic = False
2018-01-11 Patrick Bernardi <bernardi@adacore.com>
gcc/ada/
* exp_ch9.adb (Expand_N_Task_Type_Declaration): Simplified
Secondary_Stack_Size handling as a pragma is now generated for the
corresponding aspect instead of an attribute. Pragma expression is
relocated instead of evaluated. Discriminant of the corresponding
record type is referenced rather than the type discriminant.
(Create_Secondary_Stack_For_Task, Make_Task_Create_Call): Update
Secondary_Stack_Size rep item checks to only look for the pragma rep.
* sem_ch13.adb (Analyze_One_Aspect): Transform
Aspect_Secondary_Stack_Size into a pragma instead of an attribute
because the attribute does not have visibility on a task type's
discriminants when the type's definition is expanded.
(Analyze_Attribute_Definition_Clause): Remove handling of
Attribute_Secondary_Stack_Size.
* snames.adb-tmpl, snames.ads-tmpl: Remove
Attribute_Secondary_Stack_Size, no longer used.
From-SVN: r256488
|
|
2017-12-05 Bob Duff <duff@adacore.com>
* exp_ch6.adb (Build_In_Place_Formal): Search for the formal by suffix
instead of the full name.
* sem_ch6.adb (Create_Extra_Formals): Make sure there are extra formals
in the case of an instance of a generic.
2017-12-05 Arnaud Charlet <charlet@adacore.com>
(Adjust_Global_Switches): Create an alias GNAT_Annotate to map to
pragma Annotate.
From-SVN: r255409
|
|
returning nonlimited types.
2017-09-29 Bob Duff <duff@adacore.com>
* exp_ch6.adb (Expand_Call_Helper): Handle case of build-in-place
functions returning nonlimited types. Allow for qualified expressions
and type conversions.
(Expand_N_Extended_Return_Statement): Correct the computation of
Func_Bod to allow for child units.
(Expand_Simple_Function_Return): Remove assumption that b-i-p implies
limited (initialization of In_Place_Expansion), and implies >= Ada
2005.
(Is_Build_In_Place_Result_Type): New function to accompany
Is_Build_In_Place_Function and Is_Build_In_Place_Function_Call, because
sometimes we just have the type on our hands, not the function. For
now, does the same thing as the old version, so build-in-place is
disabled for nonlimited types, except that you can use -gnatd.9 to
enable it.
* exp_ch6.ads (Is_Build_In_Place_Result_Type): New function to
accompany Is_Build_In_Place_Function and
Is_Build_In_Place_Function_Call, because sometimes we just have the
type on our hands, not the function.
(Make_Build_In_Place_Call_In_...): Handle nonlimited build-in-place
cases.
(Make_Build_In_Place_Call_In_Object_Declaration): Remove the
questionable code at the end that was setting the Etype.
* exp_aggr.adb (Is_Build_In_Place_Aggregate_Return): New function to
determine whether "return (...agg...);" is returning from a
build-in-place function.
(Initialize_Ctrl_Array_Component, Initialize_Ctrl_Record_Component):
Remove assumption that b-i-p implies limited (initialization of
In_Place_Expansion).
(Build_Record_Aggr_Code): AI-287: fix comment; it can't be wrapped in
an unchecked conversion. Add assertions.
(Convert_Aggr_In_Object_Decl): Establish_Transient_Scope -- no need for
secondary stack here, just because the type needs finalization. That
code is obsolete.
(Convert_To_Assignments): Only set Unc_Decl if Nkind (N) = N_Aggregate.
For "return (...agg...);" don't assume b-i-p implies limited.
Needs_Finalization does not imply secondary stack.
(Expand_Array_Aggregate): Named notation. Reverse the sense of
Component_OK_For_Backend -- more readability with fewer double
negatives.
* exp_attr.adb (Expand_N_Attribute_Reference): Remove assumptions that
b-i-p implies >= Ada 2005.
* exp_ch3.adb (Expand_N_Object_Declaration): Remove assumptions that
b-i-p implies >= Ada 2005. Remove Adjust if we're building the return
object of an extended return statement in place.
* exp_ch4.adb (Expand_Allocator_Expression, Expand_N_Indexed_Component,
Expand_N_Selected_Component, Expand_N_Slice): Remove assumptions that
b-i-p implies >= Ada 2005.
* exp_ch5.adb (Expand_N_Assignment_Statement): Remove assumption that
b-i-p implies >= Ada 2005.
* exp_ch7.adb: Comment fix.
* exp_ch8.adb (Expand_N_Object_Renaming_Declaration): Remove
assumptions that b-i-p implies >= Ada 2005.
* exp_disp.adb (Expand_Interface_Actuals): Remove assumptions that
b-i-p implies >= Ada 2005.
* exp_util.adb (Build_Allocate_Deallocate_Proc): Look at Storage_Pool
(Expr), in case Pool_Id is not set.
(Initialized_By_Aliased_BIP_Func_Call): Handle case where the call is
qualified or converted.
(Is_Secondary_Stack_BIP_Func_Call): Don't check if Nkind (Selector_Name
(Param)) = N_Identifier; that's all it could be.
* sinfo.ads: Comment fixes.
* snames.ads-tmpl: Comment fixes.
* debug.adb: Add flag gnatd.9, to enable the build-in-place machinery.
From-SVN: r253290
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2017-09-08 Bob Duff <duff@adacore.com>
* par-prag.adb, sem_prag.adb, snames.ads-tmpl: Implement pragma
Ada_2020, along the same lines as the other Ada version pragmas.
2017-09-08 Gary Dismukes <dismukes@adacore.com>
* sem_ch12.adb: Minor typo fixes and reformatting.
2017-09-08 Yannick Moy <moy@adacore.com>
* sem_aggr.adb (Resolve_Record_Aggregate):
Rewrite bounds of aggregate subexpressions which may depend on
discriminants of the enclosing aggregate.
2017-09-08 Yannick Moy <moy@adacore.com>
* sem_ch5.adb: Prevent assertion failure on illegal code.
2017-09-08 Yannick Moy <moy@adacore.com>
* lib-xref-spark_specific.adb (Add_SPARK_Xrefs.Is_SPARK_Scope): Avoid
calling Renamed_Entity on an entity which cannot be a renaming.
2017-09-08 Eric Botcazou <ebotcazou@adacore.com>
* exp_aggr.adb: Add with & use clause for Urealp.
(Aggr_Assignment_OK_For_Backend): Accept (almost all)
elementary types instead of just discrete types.
* sem_eval.adb (Expr_Value): Deal with N_Null for access types.
* gcc-interface/trans.c (gnat_to_gnu) <N_Assignment_Statement>:
Be prepared for the FP zero value in the memset case. Add small
guard.
2017-09-08 Eric Botcazou <ebotcazou@adacore.com>
* s-htable.adb (Static_HTable.Reset): Use aggregate instead
of loop.
From-SVN: r251894
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2017-09-06 Eric Botcazou <ebotcazou@adacore.com>
* ali.ads (ALIs_Record): Add No_Component_Reordering component.
(No_Component_Reordering_Specified): New switch.
* ali.adb (Initialize_ALI): Set No_Component_Reordering_Specified.
(Scan_ALI): Set No_Component_Reordering and deal with NC marker.
* bcheck.adb (Check_Consistent_No_Component_Reordering):
New check.
(Check_Configuration_Consistency): Invoke it.
* debug.adb (d.r): Toggle the effect of the switch.
(d.v): Change to no-op.
* einfo.ads (Has_Complex_Representation):
Restrict to record types.
(No_Reordering): New alias for Flag239.
(OK_To_Reorder_Components): Delete.
(No_Reordering): Declare.
(Set_No_Reordering): Likewise.
(OK_To_Reorder_Components): Delete.
(Set_OK_To_Reorder_Components): Likewise.
* einfo.adb (Has_Complex_Representation): Expect record types.
(No_Reordering): New function.
(OK_To_Reorder_Components): Delete.
(Set_Has_Complex_Representation): Expect base record types.
(Set_No_Reordering): New procedure.
(Set_OK_To_Reorder_Components): Delete.
(Write_Entity_Flags): Adjust to above change.
* fe.h (Debug_Flag_Dot_R): New macro and declaration.
* freeze.adb (Freeze_Record_Type): Remove conditional code setting
OK_To_Reorder_Components on record types with convention Ada.
* lib-writ.adb (Write_ALI): Deal with NC marker.
* opt.ads (No_Component_Reordering): New flag.
(No_Component_Reordering_Config): Likewise.
(Config_Switches_Type): Add No_Component_Reordering component.
* opt.adb (Register_Opt_Config_Switches): Copy
No_Component_Reordering onto No_Component_Reordering_Config.
(Restore_Opt_Config_Switches): Restore No_Component_Reordering.
(Save_Opt_Config_Switches): Save No_Component_Reordering.
(Set_Opt_Config_Switches): Set No_Component_Reordering.
* par-prag.adb (Prag): Deal with Pragma_No_Component_Reordering.
* sem_ch3.adb (Analyze_Private_Extension_Declaration): Also set the
No_Reordering flag from the default.
(Build_Derived_Private_Type): Likewise.
(Build_Derived_Record_Type): Likewise. Then inherit it
for untagged types and clean up handling of similar flags.
(Record_Type_Declaration): Likewise.
* sem_ch13.adb (Same_Representation): Deal with No_Reordering and
remove redundant test on Is_Tagged_Type.
* sem_prag.adb (Analyze_Pragma): Handle No_Component_Reordering.
(Sig_Flags): Likewise.
* snames.ads-tmpl (Name_No_Component_Reordering): New name.
(Pragma_Id): Add Pragma_No_Component_Reordering value.
* warnsw.adb (Set_GNAT_Mode_Warnings): Enable -gnatw.q as well.
* gcc-interface/decl.c (gnat_to_gnu_entity) <E_Record_Type>:
Copy the layout of the parent type only if the No_Reordering
settings match.
(components_to_record): Reorder record types with
convention Ada by default unless No_Reordering is set or -gnatd.r
is specified and do not warn if No_Reordering is set in GNAT mode.
2017-09-06 Ed Schonberg <schonberg@adacore.com>
* sem_util.ads, sem_util.adb (Check_Previous_Null_Procedure):
new predicate to reject declarations that can be completions,
when there is a visible prior homograph that is a null procedure.
* sem_ch6.adb (Analyze_Null_Procedure): use it.
* sem_ch8.adb (Analyze_Subprogram_Renaming): ditto.
2017-09-06 Thomas Quinot <quinot@adacore.com>
* s-regpat.adb (Compile.Parse_Literal): Fix handling of literal
run of 253 characters or more.
From-SVN: r251760
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2017-05-02 Ed Schonberg <schonberg@adacore.com>
* sem_ch4.adb (Find_Equality_Types, Try_One_Interp): The same relaxed
visibility rules for equality operators that apply within an
instantiation apply within an inlined body.
* sem_type.adb (Add_One_Interp): ditto.
2017-05-02 Hristian Kirtchev <kirtchev@adacore.com>
* sem_prag.adb (Analyze_Pragma): Forbid pragma Contract_Cases on null
procedures.
2017-05-02 Eric Botcazou <ebotcazou@adacore.com>
* snames.ads-tmpl
(Name_Assume, Name_Attribute_Definition, Name_Loop_Optimize,
Name_No_Tagged_Streams): Move to regular pragmas. Add
placeholders for Default_Scalar_Storage_Order, Dispatching_Domain,
and Secondary_Stack_Size.
(Pragma_Id): Move Pragma_Assume,
Pragma_Attribute_Definition, Pragma_Loop_Optimize and
Pragma_No_Tagged_Streams to second part.
From-SVN: r247470
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2017-04-25 Hristian Kirtchev <kirtchev@adacore.com>
* sem_util.adb (Is_Post_State): A reference to a
generic in out parameter is considered a change in the post-state
of a subprogram.
2017-04-25 Ed Schonberg <schonberg@adacore.com>
* sem_ch12.adb (Load_Parent_Of_Generic); When retrieving the
declaration of a subprogram instance within its wrapper package,
skip over null statements that may result from the rewriting of
ignored pragmas.
2017-04-25 Ed Schonberg <schonberg@adacore.com>
* exp_attr.adb (Expand_Attribute_Reference, case 'Read):
If the type is an unchecked_union, replace the attribute with
a Raise_Program_Error (rather than inserting such before the
attribute reference) to handle properly the case where we are
processing a component of a larger record, and we need to prevent
further expansion for the unchecked union.
(Expand_Attribute_Reference, case 'Write): If the type is
an unchecked_union, check whether enclosing scope is a Write
subprogram. Replace attribute with a Raise_Program_Error if the
discriminants of the unchecked_union type have not default values
because such a use is erroneous..
2017-04-25 Tristan Gingold <gingold@adacore.com>
* exp_ch9.adb (Expand_N_Task_Type_Declaration):
Add relative_deadline to task record on edf profile.
(Make_Initialize_Protection): Pass deadline_floor value on edf profile.
(Make_Task_Create_Call): Pass relative_deadline value.
* par-prag.adb (Prag): Handle Pragma_Deadline_Floor.
* s-rident.ads (Profile_Name): Add GNAT_Ravenscar_EDF.
(Profile_Info): Add info for GNAT_Ravenscar_EDF.
* sem_prag.adb (Set_Ravenscar_Profile): Handle
GNAT_Ravenscar_EDF (set scheduling policy).
(Analyze_Pragma): Handle GNAT_Ravenscar_EDF profile and Deadline_Floor
pragma.
(Sig_Flags): Add choice for Pragma_Deadline_Floor.
* snames.ads-tmpl (Name_Deadline_Floor, Name_Gnat_Ravenscar_EDF):
New names.
(Pragma_Deadline_Floor): New pragma.
* targparm.adb (Get_Target_Parameters): Recognize
GNAT_Ravenscar_EDF profile.
From-SVN: r247221
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2017-04-25 Ed Schonberg <schonberg@adacore.com>
* sem_ch3.adb (Derive_Subprogram): Implement rule in RM 6.1.1
(10-15): if derived type T with progenitors is abstract,
and primitive P of this type inherits non-trivial classwide
preconditions from both a parent operation and from an interface
operation, then the inherited operation is abstract if the parent
operation is not null.
* sem_disp.ads, sem_disp.adb: replace function Covers_Some_Interface
with Covered_Interface_Op to yield the actual interface operation
that is implemented by a given inherited operation.
2017-04-25 Javier Miranda <miranda@adacore.com>
* exp_ch4.adb (Expand_N_Op_Expon): Relocate left
and right operands after performing the validity checks. Required
because validity checks may remove side effects from the operands.
2017-04-25 Javier Miranda <miranda@adacore.com>
* exp_attr.adb (Attribute_Unrestricted_Access):
Do not disable implicit type conversion. Required to generate
code that displaces the pointer to reference the secondary
dispatch table.
2017-04-25 Pascal Obry <obry@adacore.com>
* prj-attr.adb, snames.ads-tmpl: Add package Install's
Required_Artifacts attribute.
From-SVN: r247202
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2017-04-25 Hristian Kirtchev <kirtchev@adacore.com>
* checks.adb (Insert_Valid_Check): Do not generate
a validity check when inside a generic.
2017-04-25 Yannick Moy <moy@adacore.com>
* sem_res.adb (Resolve_Type_Conversion): Fix bad logic.
2017-04-25 Arnaud Charlet <charlet@adacore.com>
* snames.ads-tmpl (Snames): More names for detecting predefined
potentially blocking subprograms.
2017-04-25 Ed Schonberg <schonberg@adacore.com>
* sem_prag.adb (Analyze_Pre_Post_Condition): The rules
concerning inheritance of class-wide preconditions do not apply
to postconditions.
2017-04-25 Bob Duff <duff@adacore.com>
* s-ficobl.ads: Minor comment fix.
From-SVN: r247174
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2017-04-25 Arnaud Charlet <charlet@adacore.com>
* a-cfinve.ads, a-cofove.ads (Empty_Vector): add Global contract.
2017-04-25 Justin Squirek <squirek@adacore.com>
* sem_ch3.adb (Analyze_Declarations): Minor
correction to comments, move out large conditional and scope
traversal into a predicate.
(Uses_Unseen_Lib_Unit_Priv): Predicate function made from extracted
logic.
2017-04-25 Ed Schonberg <schonberg@adacore.com>
* sem_ch4.adb (Analyze_Selected_Component): Refine analysis
of prefix whose type is a current instance of a synchronized
type. If the prefix is an object this is an external call (or
requeue) that can only access public operations of the object. The
previous predicate was too restrictive, and did not allow public
protected operations, only task entries.
2017-04-25 Hristian Kirtchev <kirtchev@adacore.com>
* sem_ch5.adb, fname.adb: Minor reformatting.
2017-04-25 Hristian Kirtchev <kirtchev@adacore.com>
* einfo.adb (Is_Anonymous_Access_Type): New routine.
* einfo.ads Update the placement of
E_Anonymous_Access_Subprogram_Type along with all subtypes that
mention the ekind.
(Is_Anonymous_Access_Type): New routine.
* exp_ch7.adb (Allows_Finalization_Master): Do not generate a
master for an access type subject to pragma No_Heap_Finalization.
* exp_util.adb (Build_Allocate_Deallocate_Proc): An object being
allocated or deallocated does not finalization actions if the
associated access type is subject to pragma No_Heap_Finalization.
* opt.ads Add new global variable No_Heap_Finalization_Pragma.
* par-prag.adb Pragma No_Heap_Finalization does not need special
processing from the parser.
* sem_ch6.adb (Check_Return_Subtype_Indication): Remove ancient
??? comments. Use the new predicate Is_Anonymous_Access_Type.
* sem_prag.adb Add an entry in table Sig_Flags for pragma
No_Heap_Finalization.
(Analyze_Pragma): Add processing for
pragma No_Heap_Finalization. Update various error messages to
use Duplication_Error.
* sem_util.ads, sem_util.adb (No_Heap_Finalization): New routine.
* snames.ads-tmpl: Add new predefined name No_Heap_Finalization
and corresponding pragma id.
From-SVN: r247156
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in the pragma Assertion_Policy case.
2017-01-12 Justin Squirek <squirek@adacore.com>
* sem_prag.adb (Analyze_Pragma): Add appropriate calls to
Resolve_Suppressible in the pragma Assertion_Policy case.
(Resolve_Suppressible): Created this function to factor out
common code used to resolve Suppress to either Ignore or Check
* snames.ads-tmpl: Add name for Suppressible.
From-SVN: r244362
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2017-01-12 Gary Dismukes <dismukes@adacore.com>
* exp_ch9.adb, s-secsta.adb, snames.ads-tmpl, exp_ch3.adb: Minor
reformatting.
* debug.adb: Minor comment fixes.
From-SVN: r244360
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2017-01-12 Arnaud Charlet <charlet@adacore.com>
* sem_util.adb (Unique_Entity): For concurrent
bodies that are defined with stubs and complete a declaration
of a single concurrent object return the entity of an implicit
concurrent type, not the entity of the anonymous concurrent
object.
* debug.adb: -gnatd.J is no longer used.
* make.adb (Globalize): Removed, no longer used.
* sem_ch9.adb: minor typo in comment for entry index
2017-01-12 Patrick Bernardi <bernardi@adacore.com>
* aspect.adb, aspect.ads: Added new aspect Secondary_Stack_Size.
* exp_ch3.adb (Build_Init_Statements): As part of initialising
the value record of a task, set its _Secondary_Stack_Size field
if present.
* exp_ch9.adb (Expand_N_Task_Type_Declaration): Create
a _Secondary_Stack_Size field in the value record of
the task if a Secondary_Stack_Size rep item is present.
(Make_Task_Create_Call): Include secondary stack size
parameter. If No_Secondary_Stack restriction is in place, passes
stack size of 0.
* par-prag.adb, sem_prag.adb, sem_prag.ads: Added new pragma
Secondary_Stack_Size.
* s-secsta.adb, s-secsta.ads (Minimum_Secondary_Stack_Size): New
function to define the overhead of the secondary stack.
* s-tarest.adb (Create_Restricted_Task,
Create_Restricted_Task_Sequential): Functions now include
Secondary_Stack_Size parameter to pass to Initialize_ATCB.
* s-tarest.adb (Create_Restricted_Task,
Create_Restricted_Task_Sequential): Calls to Initialize_ATCB now
include Secondary_Stack_Size parameter.
(Task_Wrapper): Secondary stack now allocated to the size specified by
the Secondary_Stack_Size parameter in the task's ATCB.
* s-taskin.adb, s-taskin.adb (Common_ATCB, Initialize_ATCB): New
Secondary_Stack_Size component.
* s-tassta.adb, s-tassta.ads (Create_Restricted_Task,
Create_Restricted_Task_Sequential): Function now include
Secondary_Stack_Size parameter.
(Task_Wrapper): Secondary stack now allocated to the size
specified by the Secondary_Stack_Size parameter in the task's
ATCB.
* s-tproft.adb (Register_Foreign_Thread): Amended Initialize_ATCB call
to include Secondary_Stack_Size parameter.
* sem_ch13.adb (Analyze_Aspect_Specification): Add support for
Secondary_Stack_Size aspect, turning the aspect into its corresponding
internal attribute.
(Analyze_Attribute_Definition): Process Secondary_Stack_Size attribute.
* snames.adb-tmpl, snames.ads-tmpl: Added names
Name_Secondary_Stack_Size, Name_uSecondary_Stack_Size,
Attribute_Secondary_Stack_Size and Pragma_Secondary_Stack_Size.
From-SVN: r244358
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2017-01-06 Patrick Bernardi <bernardi@adacore.com>
* aspects.adb, aspects.ads, exp_ch3.adb, exp_ch9.adb, par-prag.adb,
sem_ch13.adb, sem_prag.adb, sem_prag.ads, snames.adb-tmpl,
snames.ads-tmpl, s-secsta.adb, s-secsta.ads, s-tarest.adb,
s-tarest.ads, s-taskin.adb, s-taskin.ads, s-tassta.adb, s-tassta.ads:
Reverted previous change for now.
From-SVN: r244148
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2017-01-06 Patrick Bernardi <bernardi@adacore.com>
* aspect.adb, aspect.ads: Added new aspect Secondary_Stack_Size.
* exp_ch3.adb (Build_Init_Statements): As part of initialising
the value record of a task, set its _Secondary_Stack_Size field
if present.
* exp_ch9.adb (Expand_N_Task_Type_Declaration): Create
a _Secondary_Stack_Size field in the value record of
the task if a Secondary_Stack_Size rep item is present.
(Make_Task_Create_Call): Include secondary stack size
parameter. If No_Secondary_Stack restriction is in place, passes
stack size of 0.
* par-prag.adb, sem_prag.adb, sem_prag.ads: Added new pragma
Secondary_Stack_Size.
* s-secsta.adb, s-secsta.ads (Minimum_Secondary_Stack_Size): New
function to define the overhead of the secondary stack.
* s-tarest.adb (Create_Restricted_Task,
Create_Restricted_Task_Sequential): Functions now include
Secondary_Stack_Size parameter to pass to Initialize_ATCB.
* s-tarest.adb (Create_Restricted_Task,
Create_Restricted_Task_Sequential): Calls to Initialize_ATCB
now include Secondary_Stack_Size parameter.
(Task_Wrapper):
Secondary stack now allocated to the size specified by the
Secondary_Stack_Size parameter in the task's ATCB.
* s-taskin.adb, s-taskin.adb (Common_ATCB, Initialise_ATCB): New
Secondary_Stack_Size component.
* s-tassta.adb, s-tassta.ads (Create_Restricted_Task,
Create_Restricted_Task_Sequential): Function now include
Secondary_Stack_Size parameter.
(Task_Wrapper): Secondary stack
now allocated to the size specified by the Secondary_Stack_Size
parameter in the task's ATCB.
* sem_ch13.adb (Analyze_Aspect_Specification): Add support
for Secondary_Stack_Size aspect, turning the aspect into its
corresponding internal attribute.
(Analyze_Attribute_Definition):
Process Secondary_Stack_Size attribute.
* snames.adb-tmpl, snames.ads-tmpl: Added names
Name_Secondary_Stack_Size, Name_uSecondary_Stack_Size,
Attribute_Secondary_Stack_Size and Pragma_Secondary_Stack_Size.
From-SVN: r244146
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2017-01-06 Bob Duff <duff@adacore.com>
* snames.ads-tmpl (Renamed): New name for the pragma argument.
* par-ch2.adb: Allow the new pragma (with analysis deferred
to Sem_Prag).
* sinfo.ads, sinfo.adb (Map_Pragma_Name, Pragma_Name_Mapped):
Keep a mapping from new pragma names to old names.
* sem_prag.adb: Check legality of pragma Rename_Pragma, and
implement it by calling Map_Pragma_Name.
* checks.adb, contracts.adb, einfo.adb, errout.adb,
* exp_attr.adb, exp_ch3.adb, exp_ch6.adb, exp_ch7.adb, exp_ch9.adb,
* exp_prag.adb, exp_util.adb, freeze.adb, frontend.adb, ghost.adb,
* inline.adb, lib-writ.adb, scans.adb, scans.ads, sem_attr.adb,
* sem_aux.adb, sem_ch10.adb, sem_ch13.adb, sem_ch6.adb, sem_ch9.adb,
* sem_elab.adb, sem_res.adb, sem_util.adb, sem_util.ads,
* sem_warn.adb: Call Pragma_Name_Mapped instead of Pragma_Name
as appropriate.
From-SVN: r244144
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2017-01-06 Gary Dismukes <dismukes@adacore.com>
* einfo.ads, sem_res.adb, sem_attr.adb, sem_ch6.adb: Minor
reformatting and typo fixes.
2017-01-06 Bob Duff <duff@adacore.com>
* snames.ads-tmpl: New names for pragma renaming.
* snames.adb-tmpl (Is_Configuration_Pragma_Name): Minor cleanup.
* par-prag.adb: Add new pragma name to case statement.
* sem_prag.adb (Rename_Pragma): Initial cut at semantic analysis
of the pragma.
* sinfo.ads, sinfo.adb (Pragma_Name_Mapped): Preparation work,
Dummy implementation of Pragma_Name_Mapped.
From-SVN: r244140
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Finalization_Size attribute.
2017-01-06 Justin Squirek <squirek@adacore.com>
* exp_attr.adb (Expand_N_Attribute_Reference): Add entry for
expansion of Finalization_Size attribute.
* sem_attr.adb (Analyze_Attribute): Add entry to check the
semantics of Finalization_Size.
(Eval_Attribute): Add null entry for Finalization_Size.
* sem_attr.ads: Add Finalization_Size to the implementation
dependent attribute list.
* snames.ads-tmpl: Add name entry for Finalization_Size attribute.
From-SVN: r244134
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2017-01-06 Tristan Gingold <gingold@adacore.com>
* ada.ads, a-unccon.ads: Add pragma No_Elaboration_Code_All.
2017-01-06 Hristian Kirtchev <kirtchev@adacore.com>
* sem_case.adb: Minor reformatting.
2017-01-06 Thomas Quinot <quinot@adacore.com>
* g-socthi-mingw.adb: Remove now extraneous USE TYPE clause
2017-01-06 Justin Squirek <squirek@adacore.com>
* aspects.adb: Register aspect in Canonical_Aspect.
* aspects.ads: Associate qualities of Aspect_Max_Queue_Length
into respective tables.
* einfo.ads, einfo.adb: Add a new attribute for
handling the parameters for Pragma_Max_Entry_Queue
(Entry_Max_Queue_Lengths_Array) in E_Protected_Type. Subprograms
for accessing and setting were added as well.
* par-prag.adb (Prag): Register Pramga_Max_Entry_Queue.
* exp_ch9.adb (Expand_N_Protected_Type_Declaration): Emit
declaration for pramga arguments and store them in the protected
type node.
(Make_Initialize_Protection): Pass a reference to
the Entry_Max_Queue_Lengths_Array in the protected type node to
the runtime.
* rtsfind.adb: Minor grammar fix.
* rtsfind.ads: Register new types taken from the
runtime libraries RE_Protected_Entry_Queue_Max and
RE_Protected_Entry_Queue_Max_Array
* s-tposen.adb, s-tpoben.adb
(Initialize_Protection_Entry/Initialize_Protection_Entries):
Add extra parameter and add assignment to local object.
* s-tposen.ads, s-tpoben.ads: Add new types to
store entry queue maximums and a field to the entry object record.
* sem_ch13.adb (Analyze_Aspect_Specifications): Add case statement
for Aspect_Max_Queue_Length.
(Check_Aspect_At_Freeze_Point):
Add aspect to list of aspects that don't require delayed analysis.
* sem_prag.adb (Analyze_Pragma): Add case statement for
Pragma_Max_Queue_Length, check semantics, and register arugments
in the respective entry nodes.
* sem_util.adb, sem_util.ads Add functions Get_Max_Queue_Length
and Has_Max_Queue_Length
* snames.ads-tmpl: Add constant for the new aspect-name
Name_Max_Queue_Length and corrasponding pragma.
2017-01-06 Hristian Kirtchev <kirtchev@adacore.com>
* exp_util.adb (Is_Controlled_Function_Call):
Reimplemented. Consider any node which has an entity as the
function call may appear in various ways.
From-SVN: r244126
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flag294 (Set_Has_Pragma_Unused):...
2016-07-04 Justin Squirek <squirek@adacore.com>
* einfo.adb (Has_Pragma_Unused): Create this function as a setter
for a new flag294 (Set_Has_Pragma_Unused): Create this procedure
as a getter for flag294 (Write_Entity_Flags): Register the new
flag with an alias
* einfo.ads Add comment documenting Has_Pragma_Unused (flag294)
and subsequent getter and setter declarations.
* lib-xref.adb (Generate_Reference): Recognize Has_Pragma_Unused
flag to print appropriate warning messages.
* par-prag.adb (Prag): Classify Pragma_Unused into "All Other
Pragmas."
* snames.ads-tmpl Add a new name to the name constants and a
new pramga to Pragma_Id for pramga Unused.
* sem_prag.adb (Analyze_Pragma): Create case for Pragma_Unused
and move the block for Pragma_Unmodified and Pragma_Unreferenced
out and into local subprograms.
(Analyze_Unmodified, Analyze_Unreferenced): From the old pragma blocks
that have been separated in to local subprograms add a parameter to
indicate the if they are being called in the context of Pragma_Unused
and handle it accordingly.
(Is_Non_Significant_Pragma_Reference): Add an entry for Pragma_Unused
and correct the position of Pragma_Unevaluated_Use_Of_Old.
* sem_util.adb (Note_Possible_Modification): Recognize
Has_Pragma_Unused flag to print appropriate warning messages.
From-SVN: r237961
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2016-04-20 Arnaud Charlet <charlet@adacore.com>
* snames.ads-tmpl (Internal_Attribute_Id, Attribute_Class_Array): Fix
indentation.
* sem_util.adb (Is_Unchecked_Conversion_Instance):
defense against library-level renamings of other functions,
which are never instances of Unchecked_Conversion.
* einfo.ads: minor fix of casing in comment
2016-04-20 Ed Schonberg <schonberg@adacore.com>
* exp_ch6.adb (Expand_N_Subprogram_Stub): Do not expand a body
that has been analyzed and expanded already. Qualify the names
in the proper body for use in the generation of C code.
From-SVN: r235244
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2016-04-18 Ed Schonberg <schonberg@adacore.com>
* sem_aggr.adb (Resolve_Record_Aggregate): If
Warn_On_Redundant_Constructs is enabled, report a redundant box
association that does not cover any components, as it done for
redundant others associations in case statements.
2016-04-18 Ed Schonberg <schonberg@adacore.com>
* sem_prag.adb (Collect_Inherited_Class_Wide_Conditions):
Analyze the generated Check pragma for an inherited condition so
that it does not freeze the dispatching type of the primitive
operation, because it is pre-analyzed at the point of the
subprogram declaration (and not in the subprogram body, as is
done during regular expansion).
2016-04-18 Vincent Celier <celier@adacore.com>
* ali.ads: Increase the range of all _Id types to 100 millions.
2016-04-18 Gary Dismukes <dismukes@adacore.com>
* sem_warn.adb (Check_References): Change warning to suggest
using pragma Export rather than saying "volatile has no effect".
2016-04-18 Bob Duff <duff@adacore.com>
* g-souinf.ads (Compilation_ISO_Date): New function to return
the current date in ISO form.
* exp_intr.adb (Expand_Source_Info, Add_Source_Info): Expand
a call to Compilation_ISO_Date into a string literal containing
the current date in ISO form.
* exp_intr.ads (Add_Source_Info): Improve documentation.
* sem_intr.adb (Check_Intrinsic_Subprogram): Recognize
Compilation_ISO_Date.
* snames.ads-tmpl (Name_Compilation_ISO_Date): New Name_Id.
From-SVN: r235120
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2015-11-12 Tristan Gingold <gingold@adacore.com>
* snames.ads-tmpl: Name_Gnat_Extended_Ravenscar: New identifier.
* s-rident.ads (Profile_Name): Add GNAT_Extended_Ravenscar.
(Profile_Info): Add new entry for GNAT_Extended_Ravenscar.
* sem_prag.adb (Set_Ravenscar_Profile): Add Profile parameter
to handle various ravenscar profiles. Adjust error messages.
(Analyze_Pragma): Handle GNAT_Extended_Ravenscar profile.
* targparm.adb (Get_Target_Parameters): Handle
GNAT_Extended_Ravenscar profile.
2015-11-12 Ed Schonberg <schonberg@adacore.com>
* sem_warn.adb (Warn_On_Unreferenced_Entity): If the entity is an
Out_Parameter the front-end does not emit any warning on it, so
do not suppress warnings on the entity because the backend might
be able to determine an uninitialized path and warn accordingly.
2015-11-12 Ed Schonberg <schonberg@adacore.com>
* sem_ch4.adb (Analyze_Selected_Component): Diagnose an attempt
to reference an internal entity from a synchronized type from
within the body of that type, when the prefix of the selected
component is not the current instance.
2015-11-12 Ed Falis <falis@adacore.com>
* s-stchop-vxworks.adb: Clean up in stack checking code.
2015-11-12 Gary Dismukes <dismukes@adacore.com>
* exp_ch6.adb (Is_Build_In_Place_Function_Call):
Test Expression (N) in N_Type_Conversion cases as well,
since conversions can occur in actual parameter contexts.
(Make_Build_In_Place_Call_In_Anonymous_Context): Retrieve
function call from Expression (Func_Call) when Nkind (Func_Call)
is N_Type_Conversion, since conversions are allowed in "anonymous"
contexts (specifically, as actual parameters).
From-SVN: r230242
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2015-10-27 Javier Miranda <miranda@adacore.com>
* sem_ch6.adb (Analyze_Subprogram_Body_Helper): Improve previous patch.
2015-10-27 Hristian Kirtchev <kirtchev@adacore.com>
* sem_ch12.adb (Analyze_Formal_Package_Declaration): Code cleanup. Set
and restore the value of global flag Ignore_Pragma_SPARK_Mode. A
formal package declaration acts as a package instantation with
respect to SPARK_Mode legality.
2015-10-27 Hristian Kirtchev <kirtchev@adacore.com>
* sem_prag.adb (Check_Constituent_Usage): Use
logical operators rather than short circuit operators. Emit an
error when a state with visible refinement is not refined.
* snames.ads-tmpl: Add names for detecting
predefined potentially blocking subprograms.
2015-10-27 Arnaud Charlet <charlet@adacore.com>
* exp_aggr.adb (Aggr_Assignment_OK_For_Backend): Revert previous
change.
(Expand_Array_Aggregate): Rewrite previous change here
as done for other non GCC back-ends.
(Build_Record_Aggr_Code): Add special case.
From-SVN: r229414
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2015-10-26 Bob Duff <duff@adacore.com>
* snames.ads-tmpl, aspects.adb, aspects.ads: Add the aspect and
pragma names and enter into relevant tables.
* sem_ch13.adb (Analyze_Aspect_Specifications): Analyze aspect
Predicate_Failure.
* sem_prag.adb (Predicate_Failure): Analyze pragma Predicate_Failure.
* exp_util.adb (Make_Predicate_Check): When building the Check
pragma, if Predicate_Failure has been specified, add the relevant
String argument to the pragma.
* par-prag.adb (Prag): Add Predicate_Failure to list of pragmas
handled during semantic analysis.
2015-10-26 Ed Schonberg <schonberg@adacore.com>
* sem_ch5.adb (Analyze_Assignment): If the left-hand side
is an indexed component with generalized indexing, discard
interpretation that yields a reference type, which is not
assignable. This prevent spurious ambiguities when the right-hand
side is an aggregate which does not provide a target type.
From-SVN: r229358
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