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------------------------------------------------------------------------------
-- --
-- GNAT RUN-TIME COMPONENTS --
-- --
-- S Y S T E M --
-- --
-- S p e c --
-- (HP-UX Version) --
-- --
-- Copyright (C) 1992-2020, Free Software Foundation, Inc. --
-- --
-- This specification is derived from the Ada Reference Manual for use with --
-- GNAT. The copyright notice above, and the license provisions that follow --
-- apply solely to the contents of the part following the private keyword. --
-- --
-- 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- --
-- ware Foundation; either version 3, or (at your option) any later ver- --
-- sion. GNAT is distributed in the hope that it will be useful, but WITH- --
-- OUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY --
-- or FITNESS FOR A PARTICULAR PURPOSE. --
-- --
-- As a special exception under Section 7 of GPL version 3, you are granted --
-- additional permissions described in the GCC Runtime Library Exception, --
-- version 3.1, as published by the Free Software Foundation. --
-- --
-- You should have received a copy of the GNU General Public License and --
-- a copy of the GCC Runtime Library Exception along with this program; --
-- see the files COPYING3 and COPYING.RUNTIME respectively. If not, see --
-- <http://www.gnu.org/licenses/>. --
-- --
-- GNAT was originally developed by the GNAT team at New York University. --
-- Extensive contributions were provided by Ada Core Technologies Inc. --
-- --
------------------------------------------------------------------------------
package System is
pragma Pure;
-- Note that we take advantage of the implementation permission to make
-- this unit Pure instead of Preelaborable; see RM 13.7.1(15). In Ada
-- 2005, this is Pure in any case (AI-362).
pragma No_Elaboration_Code_All;
-- Allow the use of that restriction in units that WITH this unit
type Name is (SYSTEM_NAME_GNAT);
System_Name : constant Name := SYSTEM_NAME_GNAT;
-- System-Dependent Named Numbers
Min_Int : constant := -2 ** (Standard'Max_Integer_Size - 1);
Max_Int : constant := 2 ** (Standard'Max_Integer_Size - 1) - 1;
Max_Binary_Modulus : constant := 2 ** Standard'Max_Integer_Size;
Max_Nonbinary_Modulus : constant := 2 ** Integer'Size - 1;
Max_Base_Digits : constant := Long_Long_Float'Digits;
Max_Digits : constant := Long_Long_Float'Digits;
Max_Mantissa : constant := 63;
Fine_Delta : constant := 2.0 ** (-Max_Mantissa);
Tick : constant := 0.01;
-- Storage-related Declarations
type Address is private;
pragma Preelaborable_Initialization (Address);
Null_Address : constant Address;
Storage_Unit : constant := 8;
Word_Size : constant := 32;
Memory_Size : constant := 2 ** 32;
-- Address comparison
function "<" (Left, Right : Address) return Boolean;
function "<=" (Left, Right : Address) return Boolean;
function ">" (Left, Right : Address) return Boolean;
function ">=" (Left, Right : Address) return Boolean;
function "=" (Left, Right : Address) return Boolean;
pragma Import (Intrinsic, "<");
pragma Import (Intrinsic, "<=");
pragma Import (Intrinsic, ">");
pragma Import (Intrinsic, ">=");
pragma Import (Intrinsic, "=");
-- Other System-Dependent Declarations
type Bit_Order is (High_Order_First, Low_Order_First);
Default_Bit_Order : constant Bit_Order := High_Order_First;
pragma Warnings (Off, Default_Bit_Order); -- kill constant condition warning
-- Priority-related Declarations (RM D.1)
Max_Priority : constant Positive := 30;
Max_Interrupt_Priority : constant Positive := 31;
subtype Any_Priority is Integer range 0 .. 31;
subtype Priority is Any_Priority range 0 .. 30;
subtype Interrupt_Priority is Any_Priority range 31 .. 31;
Default_Priority : constant Priority := 15;
private
type Address is mod Memory_Size;
Null_Address : constant Address := 0;
--------------------------------------
-- System Implementation Parameters --
--------------------------------------
-- These parameters provide information about the target that is used
-- by the compiler. They are in the private part of System, where they
-- can be accessed using the special circuitry in the Targparm unit
-- whose source should be consulted for more detailed descriptions
-- of the individual switch values.
Backend_Divide_Checks : constant Boolean := False;
Backend_Overflow_Checks : constant Boolean := True;
Command_Line_Args : constant Boolean := True;
Configurable_Run_Time : constant Boolean := False;
Denorm : constant Boolean := True;
Duration_32_Bits : constant Boolean := False;
Exit_Status_Supported : constant Boolean := True;
Fractional_Fixed_Ops : constant Boolean := False;
Frontend_Layout : constant Boolean := False;
Machine_Overflows : constant Boolean := False;
Machine_Rounds : constant Boolean := True;
Preallocated_Stacks : constant Boolean := False;
Signed_Zeros : constant Boolean := True;
Stack_Check_Default : constant Boolean := False;
Stack_Check_Probes : constant Boolean := True;
Stack_Check_Limits : constant Boolean := False;
Support_Aggregates : constant Boolean := True;
Support_Composite_Assign : constant Boolean := True;
Support_Composite_Compare : constant Boolean := True;
Support_Long_Shifts : constant Boolean := True;
Always_Compatible_Rep : constant Boolean := False;
Suppress_Standard_Library : constant Boolean := False;
Use_Ada_Main_Program_Name : constant Boolean := False;
Frontend_Exceptions : constant Boolean := False;
ZCX_By_Default : constant Boolean := True;
--------------------------
-- Underlying Priorities --
---------------------------
-- Important note: this section of the file must come AFTER the
-- definition of the system implementation parameters to ensure
-- that the value of these parameters is available for analysis
-- of the declarations here (using Rtsfind at compile time).
-- The underlying priorities table provides a generalized mechanism
-- for mapping from Ada priorities to system priorities. In some
-- cases a 1-1 mapping is not the convenient or optimal choice.
-- For HP/UX DCE Threads, we use the full range of 31 priorities
-- in the Ada model, but map them by compression onto the more limited
-- range of priorities available in HP/UX.
-- For POSIX Threads, this table is ignored.
-- To replace the default values of the Underlying_Priorities mapping,
-- copy this source file into your build directory, edit the file to
-- reflect your desired behavior, and recompile with the command:
-- $ gcc -c -O2 -gnatpgn system.ads
-- then recompile the run-time parts that depend on this package:
-- $ gnatmake -a -gnatn -O2 <your application>
-- then force rebuilding your application if you need different options:
-- $ gnatmake -f <your options> <your application>
type Priorities_Mapping is array (Any_Priority) of Integer;
pragma Suppress_Initialization (Priorities_Mapping);
-- Suppress initialization in case gnat.adc specifies Normalize_Scalars
Underlying_Priorities : constant Priorities_Mapping :=
(Priority'First => 16,
1 => 17,
2 => 18,
3 => 18,
4 => 18,
5 => 18,
6 => 19,
7 => 19,
8 => 19,
9 => 20,
10 => 20,
11 => 21,
12 => 21,
13 => 22,
14 => 23,
Default_Priority => 24,
16 => 25,
17 => 25,
18 => 25,
19 => 26,
20 => 26,
21 => 26,
22 => 27,
23 => 27,
24 => 27,
25 => 28,
26 => 28,
27 => 29,
28 => 29,
29 => 30,
Priority'Last => 30,
Interrupt_Priority => 31);
end System;
|
------------------------------------------------------------------------------
-- --
-- GNAT COMPILER COMPONENTS --
-- --
-- S E M _ C H 3 --
-- --
-- B o d y --
-- --
-- Copyright (C) 1992-2016, 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- --
-- ware Foundation; either version 3, or (at your option) any later ver- --
-- sion. GNAT is distributed in the hope that it will be useful, but WITH- --
-- OUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY --
-- or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License --
-- for more details. You should have received a copy of the GNU General --
-- Public License distributed with GNAT; see file COPYING3. If not, go to --
-- http://www.gnu.org/licenses for a complete copy of the license. --
-- --
-- GNAT was originally developed by the GNAT team at New York University. --
-- Extensive contributions were provided by Ada Core Technologies Inc. --
-- --
------------------------------------------------------------------------------
with Aspects; use Aspects;
with Atree; use Atree;
with Checks; use Checks;
with Contracts; use Contracts;
with Debug; use Debug;
with Elists; use Elists;
with Einfo; use Einfo;
with Errout; use Errout;
with Eval_Fat; use Eval_Fat;
with Exp_Ch3; use Exp_Ch3;
with Exp_Ch7; use Exp_Ch7;
with Exp_Ch9; use Exp_Ch9;
with Exp_Disp; use Exp_Disp;
with Exp_Dist; use Exp_Dist;
with Exp_Tss; use Exp_Tss;
with Exp_Util; use Exp_Util;
with Fname; use Fname;
with Freeze; use Freeze;
with Ghost; use Ghost;
with Itypes; use Itypes;
with Layout; use Layout;
with Lib; use Lib;
with Lib.Xref; use Lib.Xref;
with Namet; use Namet;
with Nmake; use Nmake;
with Opt; use Opt;
with Restrict; use Restrict;
with Rident; use Rident;
with Rtsfind; use Rtsfind;
with Sem; use Sem;
with Sem_Aux; use Sem_Aux;
with Sem_Case; use Sem_Case;
with Sem_Cat; use Sem_Cat;
with Sem_Ch6; use Sem_Ch6;
with Sem_Ch7; use Sem_Ch7;
with Sem_Ch8; use Sem_Ch8;
with Sem_Ch13; use Sem_Ch13;
with Sem_Dim; use Sem_Dim;
with Sem_Disp; use Sem_Disp;
with Sem_Dist; use Sem_Dist;
with Sem_Elim; use Sem_Elim;
with Sem_Eval; use Sem_Eval;
with Sem_Mech; use Sem_Mech;
with Sem_Res; use Sem_Res;
with Sem_Smem; use Sem_Smem;
with Sem_Type; use Sem_Type;
with Sem_Util; use Sem_Util;
with Sem_Warn; use Sem_Warn;
with Stand; use Stand;
with Sinfo; use Sinfo;
with Sinput; use Sinput;
with Snames; use Snames;
with Targparm; use Targparm;
with Tbuild; use Tbuild;
with Ttypes; use Ttypes;
with Uintp; use Uintp;
with Urealp; use Urealp;
package body Sem_Ch3 is
-----------------------
-- Local Subprograms --
-----------------------
procedure Add_Interface_Tag_Components (N : Node_Id; Typ : Entity_Id);
-- Ada 2005 (AI-251): Add the tag components corresponding to all the
-- abstract interface types implemented by a record type or a derived
-- record type.
procedure Build_Derived_Type
(N : Node_Id;
Parent_Type : Entity_Id;
Derived_Type : Entity_Id;
Is_Completion : Boolean;
Derive_Subps : Boolean := True);
-- Create and decorate a Derived_Type given the Parent_Type entity. N is
-- the N_Full_Type_Declaration node containing the derived type definition.
-- Parent_Type is the entity for the parent type in the derived type
-- definition and Derived_Type the actual derived type. Is_Completion must
-- be set to False if Derived_Type is the N_Defining_Identifier node in N
-- (i.e. Derived_Type = Defining_Identifier (N)). In this case N is not the
-- completion of a private type declaration. If Is_Completion is set to
-- True, N is the completion of a private type declaration and Derived_Type
-- is different from the defining identifier inside N (i.e. Derived_Type /=
-- Defining_Identifier (N)). Derive_Subps indicates whether the parent
-- subprograms should be derived. The only case where this parameter is
-- False is when Build_Derived_Type is recursively called to process an
-- implicit derived full type for a type derived from a private type (in
-- that case the subprograms must only be derived for the private view of
-- the type).
--
-- ??? These flags need a bit of re-examination and re-documentation:
-- ??? are they both necessary (both seem related to the recursion)?
procedure Build_Derived_Access_Type
(N : Node_Id;
Parent_Type : Entity_Id;
Derived_Type : Entity_Id);
-- Subsidiary procedure to Build_Derived_Type. For a derived access type,
-- create an implicit base if the parent type is constrained or if the
-- subtype indication has a constraint.
procedure Build_Derived_Array_Type
(N : Node_Id;
Parent_Type : Entity_Id;
Derived_Type : Entity_Id);
-- Subsidiary procedure to Build_Derived_Type. For a derived array type,
-- create an implicit base if the parent type is constrained or if the
-- subtype indication has a constraint.
procedure Build_Derived_Concurrent_Type
(N : Node_Id;
Parent_Type : Entity_Id;
Derived_Type : Entity_Id);
-- Subsidiary procedure to Build_Derived_Type. For a derived task or
-- protected type, inherit entries and protected subprograms, check
-- legality of discriminant constraints if any.
procedure Build_Derived_Enumeration_Type
(N : Node_Id;
Parent_Type : Entity_Id;
Derived_Type : Entity_Id);
-- Subsidiary procedure to Build_Derived_Type. For a derived enumeration
-- type, we must create a new list of literals. Types derived from
-- Character and [Wide_]Wide_Character are special-cased.
procedure Build_Derived_Numeric_Type
(N : Node_Id;
Parent_Type : Entity_Id;
Derived_Type : Entity_Id);
-- Subsidiary procedure to Build_Derived_Type. For numeric types, create
-- an anonymous base type, and propagate constraint to subtype if needed.
procedure Build_Derived_Private_Type
(N : Node_Id;
Parent_Type : Entity_Id;
Derived_Type : Entity_Id;
Is_Completion : Boolean;
Derive_Subps : Boolean := True);
-- Subsidiary procedure to Build_Derived_Type. This procedure is complex
-- because the parent may or may not have a completion, and the derivation
-- may itself be a completion.
procedure Build_Derived_Record_Type
(N : Node_Id;
Parent_Type : Entity_Id;
Derived_Type : Entity_Id;
Derive_Subps : Boolean := True);
-- Subsidiary procedure used for tagged and untagged record types
-- by Build_Derived_Type and Analyze_Private_Extension_Declaration.
-- All parameters are as in Build_Derived_Type except that N, in
-- addition to being an N_Full_Type_Declaration node, can also be an
-- N_Private_Extension_Declaration node. See the definition of this routine
-- for much more info. Derive_Subps indicates whether subprograms should be
-- derived from the parent type. The only case where Derive_Subps is False
-- is for an implicit derived full type for a type derived from a private
-- type (see Build_Derived_Type).
procedure Build_Discriminal (Discrim : Entity_Id);
-- Create the discriminal corresponding to discriminant Discrim, that is
-- the parameter corresponding to Discrim to be used in initialization
-- procedures for the type where Discrim is a discriminant. Discriminals
-- are not used during semantic analysis, and are not fully defined
-- entities until expansion. Thus they are not given a scope until
-- initialization procedures are built.
function Build_Discriminant_Constraints
(T : Entity_Id;
Def : Node_Id;
Derived_Def : Boolean := False) return Elist_Id;
-- Validate discriminant constraints and return the list of the constraints
-- in order of discriminant declarations, where T is the discriminated
-- unconstrained type. Def is the N_Subtype_Indication node where the
-- discriminants constraints for T are specified. Derived_Def is True
-- when building the discriminant constraints in a derived type definition
-- of the form "type D (...) is new T (xxx)". In this case T is the parent
-- type and Def is the constraint "(xxx)" on T and this routine sets the
-- Corresponding_Discriminant field of the discriminants in the derived
-- type D to point to the corresponding discriminants in the parent type T.
procedure Build_Discriminated_Subtype
(T : Entity_Id;
Def_Id : Entity_Id;
Elist : Elist_Id;
Related_Nod : Node_Id;
For_Access : Boolean := False);
-- Subsidiary procedure to Constrain_Discriminated_Type and to
-- Process_Incomplete_Dependents. Given
--
-- T (a possibly discriminated base type)
-- Def_Id (a very partially built subtype for T),
--
-- the call completes Def_Id to be the appropriate E_*_Subtype.
--
-- The Elist is the list of discriminant constraints if any (it is set
-- to No_Elist if T is not a discriminated type, and to an empty list if
-- T has discriminants but there are no discriminant constraints). The
-- Related_Nod is the same as Decl_Node in Create_Constrained_Components.
-- The For_Access says whether or not this subtype is really constraining
-- an access type. That is its sole purpose is the designated type of an
-- access type -- in which case a Private_Subtype Is_For_Access_Subtype
-- is built to avoid freezing T when the access subtype is frozen.
function Build_Scalar_Bound
(Bound : Node_Id;
Par_T : Entity_Id;
Der_T : Entity_Id) return Node_Id;
-- The bounds of a derived scalar type are conversions of the bounds of
-- the parent type. Optimize the representation if the bounds are literals.
-- Needs a more complete spec--what are the parameters exactly, and what
-- exactly is the returned value, and how is Bound affected???
procedure Build_Underlying_Full_View
(N : Node_Id;
Typ : Entity_Id;
Par : Entity_Id);
-- If the completion of a private type is itself derived from a private
-- type, or if the full view of a private subtype is itself private, the
-- back-end has no way to compute the actual size of this type. We build
-- an internal subtype declaration of the proper parent type to convey
-- this information. This extra mechanism is needed because a full
-- view cannot itself have a full view (it would get clobbered during
-- view exchanges).
procedure Check_Access_Discriminant_Requires_Limited
(D : Node_Id;
Loc : Node_Id);
-- Check the restriction that the type to which an access discriminant
-- belongs must be a concurrent type or a descendant of a type with
-- the reserved word 'limited' in its declaration.
procedure Check_Anonymous_Access_Components
(Typ_Decl : Node_Id;
Typ : Entity_Id;
Prev : Entity_Id;
Comp_List : Node_Id);
-- Ada 2005 AI-382: an access component in a record definition can refer to
-- the enclosing record, in which case it denotes the type itself, and not
-- the current instance of the type. We create an anonymous access type for
-- the component, and flag it as an access to a component, so accessibility
-- checks are properly performed on it. The declaration of the access type
-- is placed ahead of that of the record to prevent order-of-elaboration
-- circularity issues in Gigi. We create an incomplete type for the record
-- declaration, which is the designated type of the anonymous access.
procedure Check_Delta_Expression (E : Node_Id);
-- Check that the expression represented by E is suitable for use as a
-- delta expression, i.e. it is of real type and is static.
procedure Check_Digits_Expression (E : Node_Id);
-- Check that the expression represented by E is suitable for use as a
-- digits expression, i.e. it is of integer type, positive and static.
procedure Check_Initialization (T : Entity_Id; Exp : Node_Id);
-- Validate the initialization of an object declaration. T is the required
-- type, and Exp is the initialization expression.
procedure Check_Interfaces (N : Node_Id; Def : Node_Id);
-- Check ARM rules 3.9.4 (15/2), 9.1 (9.d/2) and 9.4 (11.d/2)
procedure Check_Or_Process_Discriminants
(N : Node_Id;
T : Entity_Id;
Prev : Entity_Id := Empty);
-- If N is the full declaration of the completion T of an incomplete or
-- private type, check its discriminants (which are already known to be
-- conformant with those of the partial view, see Find_Type_Name),
-- otherwise process them. Prev is the entity of the partial declaration,
-- if any.
procedure Check_Real_Bound (Bound : Node_Id);
-- Check given bound for being of real type and static. If not, post an
-- appropriate message, and rewrite the bound with the real literal zero.
procedure Constant_Redeclaration
(Id : Entity_Id;
N : Node_Id;
T : out Entity_Id);
-- Various checks on legality of full declaration of deferred constant.
-- Id is the entity for the redeclaration, N is the N_Object_Declaration,
-- node. The caller has not yet set any attributes of this entity.
function Contain_Interface
(Iface : Entity_Id;
Ifaces : Elist_Id) return Boolean;
-- Ada 2005: Determine whether Iface is present in the list Ifaces
procedure Convert_Scalar_Bounds
(N : Node_Id;
Parent_Type : Entity_Id;
Derived_Type : Entity_Id;
Loc : Source_Ptr);
-- For derived scalar types, convert the bounds in the type definition to
-- the derived type, and complete their analysis. Given a constraint of the
-- form ".. new T range Lo .. Hi", Lo and Hi are analyzed and resolved with
-- T'Base, the parent_type. The bounds of the derived type (the anonymous
-- base) are copies of Lo and Hi. Finally, the bounds of the derived
-- subtype are conversions of those bounds to the derived_type, so that
-- their typing is consistent.
procedure Copy_Array_Base_Type_Attributes (T1, T2 : Entity_Id);
-- Copies attributes from array base type T2 to array base type T1. Copies
-- only attributes that apply to base types, but not subtypes.
procedure Copy_Array_Subtype_Attributes (T1, T2 : Entity_Id);
-- Copies attributes from array subtype T2 to array subtype T1. Copies
-- attributes that apply to both subtypes and base types.
procedure Create_Constrained_Components
(Subt : Entity_Id;
Decl_Node : Node_Id;
Typ : Entity_Id;
Constraints : Elist_Id);
-- Build the list of entities for a constrained discriminated record
-- subtype. If a component depends on a discriminant, replace its subtype
-- using the discriminant values in the discriminant constraint. Subt
-- is the defining identifier for the subtype whose list of constrained
-- entities we will create. Decl_Node is the type declaration node where
-- we will attach all the itypes created. Typ is the base discriminated
-- type for the subtype Subt. Constraints is the list of discriminant
-- constraints for Typ.
function Constrain_Component_Type
(Comp : Entity_Id;
Constrained_Typ : Entity_Id;
Related_Node : Node_Id;
Typ : Entity_Id;
Constraints : Elist_Id) return Entity_Id;
-- Given a discriminated base type Typ, a list of discriminant constraints,
-- Constraints, for Typ and a component Comp of Typ, create and return the
-- type corresponding to Etype (Comp) where all discriminant references
-- are replaced with the corresponding constraint. If Etype (Comp) contains
-- no discriminant references then it is returned as-is. Constrained_Typ
-- is the final constrained subtype to which the constrained component
-- belongs. Related_Node is the node where we attach all created itypes.
procedure Constrain_Access
(Def_Id : in out Entity_Id;
S : Node_Id;
Related_Nod : Node_Id);
-- Apply a list of constraints to an access type. If Def_Id is empty, it is
-- an anonymous type created for a subtype indication. In that case it is
-- created in the procedure and attached to Related_Nod.
procedure Constrain_Array
(Def_Id : in out Entity_Id;
SI : Node_Id;
Related_Nod : Node_Id;
Related_Id : Entity_Id;
Suffix : Character);
-- Apply a list of index constraints to an unconstrained array type. The
-- first parameter is the entity for the resulting subtype. A value of
-- Empty for Def_Id indicates that an implicit type must be created, but
-- creation is delayed (and must be done by this procedure) because other
-- subsidiary implicit types must be created first (which is why Def_Id
-- is an in/out parameter). The second parameter is a subtype indication
-- node for the constrained array to be created (e.g. something of the
-- form string (1 .. 10)). Related_Nod gives the place where this type
-- has to be inserted in the tree. The Related_Id and Suffix parameters
-- are used to build the associated Implicit type name.
procedure Constrain_Concurrent
(Def_Id : in out Entity_Id;
SI : Node_Id;
Related_Nod : Node_Id;
Related_Id : Entity_Id;
Suffix : Character);
-- Apply list of discriminant constraints to an unconstrained concurrent
-- type.
--
-- SI is the N_Subtype_Indication node containing the constraint and
-- the unconstrained type to constrain.
--
-- Def_Id is the entity for the resulting constrained subtype. A value
-- of Empty for Def_Id indicates that an implicit type must be created,
-- but creation is delayed (and must be done by this procedure) because
-- other subsidiary implicit types must be created first (which is why
-- Def_Id is an in/out parameter).
--
-- Related_Nod gives the place where this type has to be inserted
-- in the tree.
--
-- The last two arguments are used to create its external name if needed.
function Constrain_Corresponding_Record
(Prot_Subt : Entity_Id;
Corr_Rec : Entity_Id;
Related_Nod : Node_Id) return Entity_Id;
-- When constraining a protected type or task type with discriminants,
-- constrain the corresponding record with the same discriminant values.
procedure Constrain_Decimal (Def_Id : Node_Id; S : Node_Id);
-- Constrain a decimal fixed point type with a digits constraint and/or a
-- range constraint, and build E_Decimal_Fixed_Point_Subtype entity.
procedure Constrain_Discriminated_Type
(Def_Id : Entity_Id;
S : Node_Id;
Related_Nod : Node_Id;
For_Access : Boolean := False);
-- Process discriminant constraints of composite type. Verify that values
-- have been provided for all discriminants, that the original type is
-- unconstrained, and that the types of the supplied expressions match
-- the discriminant types. The first three parameters are like in routine
-- Constrain_Concurrent. See Build_Discriminated_Subtype for an explanation
-- of For_Access.
procedure Constrain_Enumeration (Def_Id : Node_Id; S : Node_Id);
-- Constrain an enumeration type with a range constraint. This is identical
-- to Constrain_Integer, but for the Ekind of the resulting subtype.
procedure Constrain_Float (Def_Id : Node_Id; S : Node_Id);
-- Constrain a floating point type with either a digits constraint
-- and/or a range constraint, building a E_Floating_Point_Subtype.
procedure Constrain_Index
(Index : Node_Id;
S : Node_Id;
Related_Nod : Node_Id;
Related_Id : Entity_Id;
Suffix : Character;
Suffix_Index : Nat);
-- Process an index constraint S in a constrained array declaration. The
-- constraint can be a subtype name, or a range with or without an explicit
-- subtype mark. The index is the corresponding index of the unconstrained
-- array. The Related_Id and Suffix parameters are used to build the
-- associated Implicit type name.
procedure Constrain_Integer (Def_Id : Node_Id; S : Node_Id);
-- Build subtype of a signed or modular integer type
procedure Constrain_Ordinary_Fixed (Def_Id : Node_Id; S : Node_Id);
-- Constrain an ordinary fixed point type with a range constraint, and
-- build an E_Ordinary_Fixed_Point_Subtype entity.
procedure Copy_And_Swap (Priv, Full : Entity_Id);
-- Copy the Priv entity into the entity of its full declaration then swap
-- the two entities in such a manner that the former private type is now
-- seen as a full type.
procedure Decimal_Fixed_Point_Type_Declaration
(T : Entity_Id;
Def : Node_Id);
-- Create a new decimal fixed point type, and apply the constraint to
-- obtain a subtype of this new type.
procedure Complete_Private_Subtype
(Priv : Entity_Id;
Full : Entity_Id;
Full_Base : Entity_Id;
Related_Nod : Node_Id);
-- Complete the implicit full view of a private subtype by setting the
-- appropriate semantic fields. If the full view of the parent is a record
-- type, build constrained components of subtype.
procedure Derive_Progenitor_Subprograms
(Parent_Type : Entity_Id;
Tagged_Type : Entity_Id);
-- Ada 2005 (AI-251): To complete type derivation, collect the primitive
-- operations of progenitors of Tagged_Type, and replace the subsidiary
-- subtypes with Tagged_Type, to build the specs of the inherited interface
-- primitives. The derived primitives are aliased to those of the
-- interface. This routine takes care also of transferring to the full view
-- subprograms associated with the partial view of Tagged_Type that cover
-- interface primitives.
procedure Derived_Standard_Character
(N : Node_Id;
Parent_Type : Entity_Id;
Derived_Type : Entity_Id);
-- Subsidiary procedure to Build_Derived_Enumeration_Type which handles
-- derivations from types Standard.Character and Standard.Wide_Character.
procedure Derived_Type_Declaration
(T : Entity_Id;
N : Node_Id;
Is_Completion : Boolean);
-- Process a derived type declaration. Build_Derived_Type is invoked
-- to process the actual derived type definition. Parameters N and
-- Is_Completion have the same meaning as in Build_Derived_Type.
-- T is the N_Defining_Identifier for the entity defined in the
-- N_Full_Type_Declaration node N, that is T is the derived type.
procedure Enumeration_Type_Declaration (T : Entity_Id; Def : Node_Id);
-- Insert each literal in symbol table, as an overloadable identifier. Each
-- enumeration type is mapped into a sequence of integers, and each literal
-- is defined as a constant with integer value. If any of the literals are
-- character literals, the type is a character type, which means that
-- strings are legal aggregates for arrays of components of the type.
function Expand_To_Stored_Constraint
(Typ : Entity_Id;
Constraint : Elist_Id) return Elist_Id;
-- Given a constraint (i.e. a list of expressions) on the discriminants of
-- Typ, expand it into a constraint on the stored discriminants and return
-- the new list of expressions constraining the stored discriminants.
function Find_Type_Of_Object
(Obj_Def : Node_Id;
Related_Nod : Node_Id) return Entity_Id;
-- Get type entity for object referenced by Obj_Def, attaching the implicit
-- types generated to Related_Nod.
procedure Floating_Point_Type_Declaration (T : Entity_Id; Def : Node_Id);
-- Create a new float and apply the constraint to obtain subtype of it
function Has_Range_Constraint (N : Node_Id) return Boolean;
-- Given an N_Subtype_Indication node N, return True if a range constraint
-- is present, either directly, or as part of a digits or delta constraint.
-- In addition, a digits constraint in the decimal case returns True, since
-- it establishes a default range if no explicit range is present.
function Inherit_Components
(N : Node_Id;
Parent_Base : Entity_Id;
Derived_Base : Entity_Id;
Is_Tagged : Boolean;
Inherit_Discr : Boolean;
Discs : Elist_Id) return Elist_Id;
-- Called from Build_Derived_Record_Type to inherit the components of
-- Parent_Base (a base type) into the Derived_Base (the derived base type).
-- For more information on derived types and component inheritance please
-- consult the comment above the body of Build_Derived_Record_Type.
--
-- N is the original derived type declaration
--
-- Is_Tagged is set if we are dealing with tagged types
--
-- If Inherit_Discr is set, Derived_Base inherits its discriminants from
-- Parent_Base, otherwise no discriminants are inherited.
--
-- Discs gives the list of constraints that apply to Parent_Base in the
-- derived type declaration. If Discs is set to No_Elist, then we have
-- the following situation:
--
-- type Parent (D1..Dn : ..) is [tagged] record ...;
-- type Derived is new Parent [with ...];
--
-- which gets treated as
--
-- type Derived (D1..Dn : ..) is new Parent (D1,..,Dn) [with ...];
--
-- For untagged types the returned value is an association list. The list
-- starts from the association (Parent_Base => Derived_Base), and then it
-- contains a sequence of the associations of the form
--
-- (Old_Component => New_Component),
--
-- where Old_Component is the Entity_Id of a component in Parent_Base and
-- New_Component is the Entity_Id of the corresponding component in
-- Derived_Base. For untagged records, this association list is needed when
-- copying the record declaration for the derived base. In the tagged case
-- the value returned is irrelevant.
procedure Inherit_Predicate_Flags (Subt, Par : Entity_Id);
-- Propagate static and dynamic predicate flags from a parent to the
-- subtype in a subtype declaration with and without constraints.
function Is_EVF_Procedure (Subp : Entity_Id) return Boolean;
-- Subsidiary to Check_Abstract_Overriding and Derive_Subprogram.
-- Determine whether subprogram Subp is a procedure subject to pragma
-- Extensions_Visible with value False and has at least one controlling
-- parameter of mode OUT.
function Is_Valid_Constraint_Kind
(T_Kind : Type_Kind;
Constraint_Kind : Node_Kind) return Boolean;
-- Returns True if it is legal to apply the given kind of constraint to the
-- given kind of type (index constraint to an array type, for example).
procedure Modular_Type_Declaration (T : Entity_Id; Def : Node_Id);
-- Create new modular type. Verify that modulus is in bounds
procedure New_Concatenation_Op (Typ : Entity_Id);
-- Create an abbreviated declaration for an operator in order to
-- materialize concatenation on array types.
procedure Ordinary_Fixed_Point_Type_Declaration
(T : Entity_Id;
Def : Node_Id);
-- Create a new ordinary fixed point type, and apply the constraint to
-- obtain subtype of it.
procedure Prepare_Private_Subtype_Completion
(Id : Entity_Id;
Related_Nod : Node_Id);
-- Id is a subtype of some private type. Creates the full declaration
-- associated with Id whenever possible, i.e. when the full declaration
-- of the base type is already known. Records each subtype into
-- Private_Dependents of the base type.
procedure Process_Incomplete_Dependents
(N : Node_Id;
Full_T : Entity_Id;
Inc_T : Entity_Id);
-- Process all entities that depend on an incomplete type. There include
-- subtypes, subprogram types that mention the incomplete type in their
-- profiles, and subprogram with access parameters that designate the
-- incomplete type.
-- Inc_T is the defining identifier of an incomplete type declaration, its
-- Ekind is E_Incomplete_Type.
--
-- N is the corresponding N_Full_Type_Declaration for Inc_T.
--
-- Full_T is N's defining identifier.
--
-- Subtypes of incomplete types with discriminants are completed when the
-- parent type is. This is simpler than private subtypes, because they can
-- only appear in the same scope, and there is no need to exchange views.
-- Similarly, access_to_subprogram types may have a parameter or a return
-- type that is an incomplete type, and that must be replaced with the
-- full type.
--
-- If the full type is tagged, subprogram with access parameters that
-- designated the incomplete may be primitive operations of the full type,
-- and have to be processed accordingly.
procedure Process_Real_Range_Specification (Def : Node_Id);
-- Given the type definition for a real type, this procedure processes and
-- checks the real range specification of this type definition if one is
-- present. If errors are found, error messages are posted, and the
-- Real_Range_Specification of Def is reset to Empty.
procedure Record_Type_Declaration
(T : Entity_Id;
N : Node_Id;
Prev : Entity_Id);
-- Process a record type declaration (for both untagged and tagged
-- records). Parameters T and N are exactly like in procedure
-- Derived_Type_Declaration, except that no flag Is_Completion is needed
-- for this routine. If this is the completion of an incomplete type
-- declaration, Prev is the entity of the incomplete declaration, used for
-- cross-referencing. Otherwise Prev = T.
procedure Record_Type_Definition (Def : Node_Id; Prev_T : Entity_Id);
-- This routine is used to process the actual record type definition (both
-- for untagged and tagged records). Def is a record type definition node.
-- This procedure analyzes the components in this record type definition.
-- Prev_T is the entity for the enclosing record type. It is provided so
-- that its Has_Task flag can be set if any of the component have Has_Task
-- set. If the declaration is the completion of an incomplete type
-- declaration, Prev_T is the original incomplete type, whose full view is
-- the record type.
procedure Replace_Components (Typ : Entity_Id; Decl : Node_Id);
-- Subsidiary to Build_Derived_Record_Type. For untagged records, we
-- build a copy of the declaration tree of the parent, and we create
-- independently the list of components for the derived type. Semantic
-- information uses the component entities, but record representation
-- clauses are validated on the declaration tree. This procedure replaces
-- discriminants and components in the declaration with those that have
-- been created by Inherit_Components.
procedure Set_Fixed_Range
(E : Entity_Id;
Loc : Source_Ptr;
Lo : Ureal;
Hi : Ureal);
-- Build a range node with the given bounds and set it as the Scalar_Range
-- of the given fixed-point type entity. Loc is the source location used
-- for the constructed range. See body for further details.
procedure Set_Scalar_Range_For_Subtype
(Def_Id : Entity_Id;
R : Node_Id;
Subt : Entity_Id);
-- This routine is used to set the scalar range field for a subtype given
-- Def_Id, the entity for the subtype, and R, the range expression for the
-- scalar range. Subt provides the parent subtype to be used to analyze,
-- resolve, and check the given range.
procedure Set_Default_SSO (T : Entity_Id);
-- T is the entity for an array or record being declared. This procedure
-- sets the flags SSO_Set_Low_By_Default/SSO_Set_High_By_Default according
-- to the setting of Opt.Default_SSO.
procedure Signed_Integer_Type_Declaration (T : Entity_Id; Def : Node_Id);
-- Create a new signed integer entity, and apply the constraint to obtain
-- the required first named subtype of this type.
procedure Set_Stored_Constraint_From_Discriminant_Constraint
(E : Entity_Id);
-- E is some record type. This routine computes E's Stored_Constraint
-- from its Discriminant_Constraint.
procedure Diagnose_Interface (N : Node_Id; E : Entity_Id);
-- Check that an entity in a list of progenitors is an interface,
-- emit error otherwise.
-----------------------
-- Access_Definition --
-----------------------
function Access_Definition
(Related_Nod : Node_Id;
N : Node_Id) return Entity_Id
is
Anon_Type : Entity_Id;
Anon_Scope : Entity_Id;
Desig_Type : Entity_Id;
Enclosing_Prot_Type : Entity_Id := Empty;
begin
Check_SPARK_05_Restriction ("access type is not allowed", N);
if Is_Entry (Current_Scope)
and then Is_Task_Type (Etype (Scope (Current_Scope)))
then
Error_Msg_N ("task entries cannot have access parameters", N);
return Empty;
end if;
-- Ada 2005: For an object declaration the corresponding anonymous
-- type is declared in the current scope.
-- If the access definition is the return type of another access to
-- function, scope is the current one, because it is the one of the
-- current type declaration, except for the pathological case below.
if Nkind_In (Related_Nod, N_Object_Declaration,
N_Access_Function_Definition)
then
Anon_Scope := Current_Scope;
-- A pathological case: function returning access functions that
-- return access functions, etc. Each anonymous access type created
-- is in the enclosing scope of the outermost function.
declare
Par : Node_Id;
begin
Par := Related_Nod;
while Nkind_In (Par, N_Access_Function_Definition,
N_Access_Definition)
loop
Par := Parent (Par);
end loop;
if Nkind (Par) = N_Function_Specification then
Anon_Scope := Scope (Defining_Entity (Par));
end if;
end;
-- For the anonymous function result case, retrieve the scope of the
-- function specification's associated entity rather than using the
-- current scope. The current scope will be the function itself if the
-- formal part is currently being analyzed, but will be the parent scope
-- in the case of a parameterless function, and we always want to use
-- the function's parent scope. Finally, if the function is a child
-- unit, we must traverse the tree to retrieve the proper entity.
elsif Nkind (Related_Nod) = N_Function_Specification
and then Nkind (Parent (N)) /= N_Parameter_Specification
then
-- If the current scope is a protected type, the anonymous access
-- is associated with one of the protected operations, and must
-- be available in the scope that encloses the protected declaration.
-- Otherwise the type is in the scope enclosing the subprogram.
-- If the function has formals, The return type of a subprogram
-- declaration is analyzed in the scope of the subprogram (see
-- Process_Formals) and thus the protected type, if present, is
-- the scope of the current function scope.
if Ekind (Current_Scope) = E_Protected_Type then
Enclosing_Prot_Type := Current_Scope;
elsif Ekind (Current_Scope) = E_Function
and then Ekind (Scope (Current_Scope)) = E_Protected_Type
then
Enclosing_Prot_Type := Scope (Current_Scope);
end if;
if Present (Enclosing_Prot_Type) then
Anon_Scope := Scope (Enclosing_Prot_Type);
else
Anon_Scope := Scope (Defining_Entity (Related_Nod));
end if;
-- For an access type definition, if the current scope is a child
-- unit it is the scope of the type.
elsif Is_Compilation_Unit (Current_Scope) then
Anon_Scope := Current_Scope;
-- For access formals, access components, and access discriminants, the
-- scope is that of the enclosing declaration,
else
Anon_Scope := Scope (Current_Scope);
end if;
Anon_Type :=
Create_Itype
(E_Anonymous_Access_Type, Related_Nod, Scope_Id => Anon_Scope);
if All_Present (N)
and then Ada_Version >= Ada_2005
then
Error_Msg_N ("ALL is not permitted for anonymous access types", N);
end if;
-- Ada 2005 (AI-254): In case of anonymous access to subprograms call
-- the corresponding semantic routine
if Present (Access_To_Subprogram_Definition (N)) then
-- Compiler runtime units are compiled in Ada 2005 mode when building
-- the runtime library but must also be compilable in Ada 95 mode
-- (when bootstrapping the compiler).
Check_Compiler_Unit ("anonymous access to subprogram", N);
Access_Subprogram_Declaration
(T_Name => Anon_Type,
T_Def => Access_To_Subprogram_Definition (N));
if Ekind (Anon_Type) = E_Access_Protected_Subprogram_Type then
Set_Ekind
(Anon_Type, E_Anonymous_Access_Protected_Subprogram_Type);
else
Set_Ekind (Anon_Type, E_Anonymous_Access_Subprogram_Type);
end if;
Set_Can_Use_Internal_Rep
(Anon_Type, not Always_Compatible_Rep_On_Target);
-- If the anonymous access is associated with a protected operation,
-- create a reference to it after the enclosing protected definition
-- because the itype will be used in the subsequent bodies.
-- If the anonymous access itself is protected, a full type
-- declaratiton will be created for it, so that the equivalent
-- record type can be constructed. For further details, see
-- Replace_Anonymous_Access_To_Protected-Subprogram.
if Ekind (Current_Scope) = E_Protected_Type
and then not Protected_Present (Access_To_Subprogram_Definition (N))
then
Build_Itype_Reference (Anon_Type, Parent (Current_Scope));
end if;
return Anon_Type;
end if;
Find_Type (Subtype_Mark (N));
Desig_Type := Entity (Subtype_Mark (N));
Set_Directly_Designated_Type (Anon_Type, Desig_Type);
Set_Etype (Anon_Type, Anon_Type);
-- Make sure the anonymous access type has size and alignment fields
-- set, as required by gigi. This is necessary in the case of the
-- Task_Body_Procedure.
if not Has_Private_Component (Desig_Type) then
Layout_Type (Anon_Type);
end if;
-- Ada 2005 (AI-231): Ada 2005 semantics for anonymous access differs
-- from Ada 95 semantics. In Ada 2005, anonymous access must specify if
-- the null value is allowed. In Ada 95 the null value is never allowed.
if Ada_Version >= Ada_2005 then
Set_Can_Never_Be_Null (Anon_Type, Null_Exclusion_Present (N));
else
Set_Can_Never_Be_Null (Anon_Type, True);
end if;
-- The anonymous access type is as public as the discriminated type or
-- subprogram that defines it. It is imported (for back-end purposes)
-- if the designated type is.
Set_Is_Public (Anon_Type, Is_Public (Scope (Anon_Type)));
-- Ada 2005 (AI-231): Propagate the access-constant attribute
Set_Is_Access_Constant (Anon_Type, Constant_Present (N));
-- The context is either a subprogram declaration, object declaration,
-- or an access discriminant, in a private or a full type declaration.
-- In the case of a subprogram, if the designated type is incomplete,
-- the operation will be a primitive operation of the full type, to be
-- updated subsequently. If the type is imported through a limited_with
-- clause, the subprogram is not a primitive operation of the type
-- (which is declared elsewhere in some other scope).
if Ekind (Desig_Type) = E_Incomplete_Type
and then not From_Limited_With (Desig_Type)
and then Is_Overloadable (Current_Scope)
then
Append_Elmt (Current_Scope, Private_Dependents (Desig_Type));
Set_Has_Delayed_Freeze (Current_Scope);
end if;
-- Ada 2005: If the designated type is an interface that may contain
-- tasks, create a Master entity for the declaration. This must be done
-- before expansion of the full declaration, because the declaration may
-- include an expression that is an allocator, whose expansion needs the
-- proper Master for the created tasks.
if Nkind (Related_Nod) = N_Object_Declaration and then Expander_Active
then
if Is_Interface (Desig_Type) and then Is_Limited_Record (Desig_Type)
then
Build_Class_Wide_Master (Anon_Type);
-- Similarly, if the type is an anonymous access that designates
-- tasks, create a master entity for it in the current context.
elsif Has_Task (Desig_Type) and then Comes_From_Source (Related_Nod)
then
Build_Master_Entity (Defining_Identifier (Related_Nod));
Build_Master_Renaming (Anon_Type);
end if;
end if;
-- For a private component of a protected type, it is imperative that
-- the back-end elaborate the type immediately after the protected
-- declaration, because this type will be used in the declarations
-- created for the component within each protected body, so we must
-- create an itype reference for it now.
if Nkind (Parent (Related_Nod)) = N_Protected_Definition then
Build_Itype_Reference (Anon_Type, Parent (Parent (Related_Nod)));
-- Similarly, if the access definition is the return result of a
-- function, create an itype reference for it because it will be used
-- within the function body. For a regular function that is not a
-- compilation unit, insert reference after the declaration. For a
-- protected operation, insert it after the enclosing protected type
-- declaration. In either case, do not create a reference for a type
-- obtained through a limited_with clause, because this would introduce
-- semantic dependencies.
-- Similarly, do not create a reference if the designated type is a
-- generic formal, because no use of it will reach the backend.
elsif Nkind (Related_Nod) = N_Function_Specification
and then not From_Limited_With (Desig_Type)
and then not Is_Generic_Type (Desig_Type)
then
if Present (Enclosing_Prot_Type) then
Build_Itype_Reference (Anon_Type, Parent (Enclosing_Prot_Type));
elsif Is_List_Member (Parent (Related_Nod))
and then Nkind (Parent (N)) /= N_Parameter_Specification
then
Build_Itype_Reference (Anon_Type, Parent (Related_Nod));
end if;
-- Finally, create an itype reference for an object declaration of an
-- anonymous access type. This is strictly necessary only for deferred
-- constants, but in any case will avoid out-of-scope problems in the
-- back-end.
elsif Nkind (Related_Nod) = N_Object_Declaration then
Build_Itype_Reference (Anon_Type, Related_Nod);
end if;
return Anon_Type;
end Access_Definition;
-----------------------------------
-- Access_Subprogram_Declaration --
-----------------------------------
procedure Access_Subprogram_Declaration
(T_Name : Entity_Id;
T_Def : Node_Id)
is
procedure Check_For_Premature_Usage (Def : Node_Id);
-- Check that type T_Name is not used, directly or recursively, as a
-- parameter or a return type in Def. Def is either a subtype, an
-- access_definition, or an access_to_subprogram_definition.
-------------------------------
-- Check_For_Premature_Usage --
-------------------------------
procedure Check_For_Premature_Usage (Def : Node_Id) is
Param : Node_Id;
begin
-- Check for a subtype mark
if Nkind (Def) in N_Has_Etype then
if Etype (Def) = T_Name then
Error_Msg_N
("type& cannot be used before end of its declaration", Def);
end if;
-- If this is not a subtype, then this is an access_definition
elsif Nkind (Def) = N_Access_Definition then
if Present (Access_To_Subprogram_Definition (Def)) then
Check_For_Premature_Usage
(Access_To_Subprogram_Definition (Def));
else
Check_For_Premature_Usage (Subtype_Mark (Def));
end if;
-- The only cases left are N_Access_Function_Definition and
-- N_Access_Procedure_Definition.
else
if Present (Parameter_Specifications (Def)) then
Param := First (Parameter_Specifications (Def));
while Present (Param) loop
Check_For_Premature_Usage (Parameter_Type (Param));
Param := Next (Param);
end loop;
end if;
if Nkind (Def) = N_Access_Function_Definition then
Check_For_Premature_Usage (Result_Definition (Def));
end if;
end if;
end Check_For_Premature_Usage;
-- Local variables
Formals : constant List_Id := Parameter_Specifications (T_Def);
Formal : Entity_Id;
D_Ityp : Node_Id;
Desig_Type : constant Entity_Id :=
Create_Itype (E_Subprogram_Type, Parent (T_Def));
-- Start of processing for Access_Subprogram_Declaration
begin
Check_SPARK_05_Restriction ("access type is not allowed", T_Def);
-- Associate the Itype node with the inner full-type declaration or
-- subprogram spec or entry body. This is required to handle nested
-- anonymous declarations. For example:
-- procedure P
-- (X : access procedure
-- (Y : access procedure
-- (Z : access T)))
D_Ityp := Associated_Node_For_Itype (Desig_Type);
while not (Nkind_In (D_Ityp, N_Full_Type_Declaration,
N_Private_Type_Declaration,
N_Private_Extension_Declaration,
N_Procedure_Specification,
N_Function_Specification,
N_Entry_Body)
or else
Nkind_In (D_Ityp, N_Object_Declaration,
N_Object_Renaming_Declaration,
N_Formal_Object_Declaration,
N_Formal_Type_Declaration,
N_Task_Type_Declaration,
N_Protected_Type_Declaration))
loop
D_Ityp := Parent (D_Ityp);
pragma Assert (D_Ityp /= Empty);
end loop;
Set_Associated_Node_For_Itype (Desig_Type, D_Ityp);
if Nkind_In (D_Ityp, N_Procedure_Specification,
N_Function_Specification)
then
Set_Scope (Desig_Type, Scope (Defining_Entity (D_Ityp)));
elsif Nkind_In (D_Ityp, N_Full_Type_Declaration,
N_Object_Declaration,
N_Object_Renaming_Declaration,
N_Formal_Type_Declaration)
then
Set_Scope (Desig_Type, Scope (Defining_Identifier (D_Ityp)));
end if;
if Nkind (T_Def) = N_Access_Function_Definition then
if Nkind (Result_Definition (T_Def)) = N_Access_Definition then
declare
Acc : constant Node_Id := Result_Definition (T_Def);
begin
if Present (Access_To_Subprogram_Definition (Acc))
and then
Protected_Present (Access_To_Subprogram_Definition (Acc))
then
Set_Etype
(Desig_Type,
Replace_Anonymous_Access_To_Protected_Subprogram
(T_Def));
else
Set_Etype
(Desig_Type,
Access_Definition (T_Def, Result_Definition (T_Def)));
end if;
end;
else
Analyze (Result_Definition (T_Def));
declare
Typ : constant Entity_Id := Entity (Result_Definition (T_Def));
begin
-- If a null exclusion is imposed on the result type, then
-- create a null-excluding itype (an access subtype) and use
-- it as the function's Etype.
if Is_Access_Type (Typ)
and then Null_Exclusion_In_Return_Present (T_Def)
then
Set_Etype (Desig_Type,
Create_Null_Excluding_Itype
(T => Typ,
Related_Nod => T_Def,
Scope_Id => Current_Scope));
else
if From_Limited_With (Typ) then
-- AI05-151: Incomplete types are allowed in all basic
-- declarations, including access to subprograms.
if Ada_Version >= Ada_2012 then
null;
else
Error_Msg_NE
("illegal use of incomplete type&",
Result_Definition (T_Def), Typ);
end if;
elsif Ekind (Current_Scope) = E_Package
and then In_Private_Part (Current_Scope)
then
if Ekind (Typ) = E_Incomplete_Type then
Append_Elmt (Desig_Type, Private_Dependents (Typ));
elsif Is_Class_Wide_Type (Typ)
and then Ekind (Etype (Typ)) = E_Incomplete_Type
then
Append_Elmt
(Desig_Type, Private_Dependents (Etype (Typ)));
end if;
end if;
Set_Etype (Desig_Type, Typ);
end if;
end;
end if;
if not (Is_Type (Etype (Desig_Type))) then
Error_Msg_N
("expect type in function specification",
Result_Definition (T_Def));
end if;
else
Set_Etype (Desig_Type, Standard_Void_Type);
end if;
if Present (Formals) then
Push_Scope (Desig_Type);
-- Some special tests here. These special tests can be removed
-- if and when Itypes always have proper parent pointers to their
-- declarations???
-- Special test 1) Link defining_identifier of formals. Required by
-- First_Formal to provide its functionality.
declare
F : Node_Id;
begin
F := First (Formals);
-- In ASIS mode, the access_to_subprogram may be analyzed twice,
-- when it is part of an unconstrained type and subtype expansion
-- is disabled. To avoid back-end problems with shared profiles,
-- use previous subprogram type as the designated type, and then
-- remove scope added above.
if ASIS_Mode and then Present (Scope (Defining_Identifier (F)))
then
Set_Etype (T_Name, T_Name);
Init_Size_Align (T_Name);
Set_Directly_Designated_Type (T_Name,
Scope (Defining_Identifier (F)));
End_Scope;
return;
end if;
while Present (F) loop
if No (Parent (Defining_Identifier (F))) then
Set_Parent (Defining_Identifier (F), F);
end if;
Next (F);
end loop;
end;
Process_Formals (Formals, Parent (T_Def));
-- Special test 2) End_Scope requires that the parent pointer be set
-- to something reasonable, but Itypes don't have parent pointers. So
-- we set it and then unset it ???
Set_Parent (Desig_Type, T_Name);
End_Scope;
Set_Parent (Desig_Type, Empty);
end if;
-- Check for premature usage of the type being defined
Check_For_Premature_Usage (T_Def);
-- The return type and/or any parameter type may be incomplete. Mark the
-- subprogram_type as depending on the incomplete type, so that it can
-- be updated when the full type declaration is seen. This only applies
-- to incomplete types declared in some enclosing scope, not to limited
-- views from other packages.
-- Prior to Ada 2012, access to functions can only have in_parameters.
if Present (Formals) then
Formal := First_Formal (Desig_Type);
while Present (Formal) loop
if Ekind (Formal) /= E_In_Parameter
and then Nkind (T_Def) = N_Access_Function_Definition
and then Ada_Version < Ada_2012
then
Error_Msg_N ("functions can only have IN parameters", Formal);
end if;
if Ekind (Etype (Formal)) = E_Incomplete_Type
and then In_Open_Scopes (Scope (Etype (Formal)))
then
Append_Elmt (Desig_Type, Private_Dependents (Etype (Formal)));
Set_Has_Delayed_Freeze (Desig_Type);
end if;
Next_Formal (Formal);
end loop;
end if;
-- Check whether an indirect call without actuals may be possible. This
-- is used when resolving calls whose result is then indexed.
May_Need_Actuals (Desig_Type);
-- If the return type is incomplete, this is legal as long as the type
-- is declared in the current scope and will be completed in it (rather
-- than being part of limited view).
if Ekind (Etype (Desig_Type)) = E_Incomplete_Type
and then not Has_Delayed_Freeze (Desig_Type)
and then In_Open_Scopes (Scope (Etype (Desig_Type)))
then
Append_Elmt (Desig_Type, Private_Dependents (Etype (Desig_Type)));
Set_Has_Delayed_Freeze (Desig_Type);
end if;
Check_Delayed_Subprogram (Desig_Type);
if Protected_Present (T_Def) then
Set_Ekind (T_Name, E_Access_Protected_Subprogram_Type);
Set_Convention (Desig_Type, Convention_Protected);
else
Set_Ekind (T_Name, E_Access_Subprogram_Type);
end if;
Set_Can_Use_Internal_Rep (T_Name, not Always_Compatible_Rep_On_Target);
Set_Etype (T_Name, T_Name);
Init_Size_Align (T_Name);
Set_Directly_Designated_Type (T_Name, Desig_Type);
Generate_Reference_To_Formals (T_Name);
-- Ada 2005 (AI-231): Propagate the null-excluding attribute
Set_Can_Never_Be_Null (T_Name, Null_Exclusion_Present (T_Def));
Check_Restriction (No_Access_Subprograms, T_Def);
end Access_Subprogram_Declaration;
----------------------------
-- Access_Type_Declaration --
----------------------------
procedure Access_Type_Declaration (T : Entity_Id; Def : Node_Id) is
P : constant Node_Id := Parent (Def);
S : constant Node_Id := Subtype_Indication (Def);
Full_Desig : Entity_Id;
begin
Check_SPARK_05_Restriction ("access type is not allowed", Def);
-- Check for permissible use of incomplete type
if Nkind (S) /= N_Subtype_Indication then
Analyze (S);
if Present (Entity (S))
and then Ekind (Root_Type (Entity (S))) = E_Incomplete_Type
then
Set_Directly_Designated_Type (T, Entity (S));
-- If the designated type is a limited view, we cannot tell if
-- the full view contains tasks, and there is no way to handle
-- that full view in a client. We create a master entity for the
-- scope, which will be used when a client determines that one
-- is needed.
if From_Limited_With (Entity (S))
and then not Is_Class_Wide_Type (Entity (S))
then
Set_Ekind (T, E_Access_Type);
Build_Master_Entity (T);
Build_Master_Renaming (T);
end if;
else
Set_Directly_Designated_Type (T, Process_Subtype (S, P, T, 'P'));
end if;
-- If the access definition is of the form: ACCESS NOT NULL ..
-- the subtype indication must be of an access type. Create
-- a null-excluding subtype of it.
if Null_Excluding_Subtype (Def) then
if not Is_Access_Type (Entity (S)) then
Error_Msg_N ("null exclusion must apply to access type", Def);
else
declare
Loc : constant Source_Ptr := Sloc (S);
Decl : Node_Id;
Nam : constant Entity_Id := Make_Temporary (Loc, 'S');
begin
Decl :=
Make_Subtype_Declaration (Loc,
Defining_Identifier => Nam,
Subtype_Indication =>
New_Occurrence_Of (Entity (S), Loc));
Set_Null_Exclusion_Present (Decl);
Insert_Before (Parent (Def), Decl);
Analyze (Decl);
Set_Entity (S, Nam);
end;
end if;
end if;
else
Set_Directly_Designated_Type (T,
Process_Subtype (S, P, T, 'P'));
end if;
if All_Present (Def) or Constant_Present (Def) then
Set_Ekind (T, E_General_Access_Type);
else
Set_Ekind (T, E_Access_Type);
end if;
Full_Desig := Designated_Type (T);
if Base_Type (Full_Desig) = T then
Error_Msg_N ("access type cannot designate itself", S);
-- In Ada 2005, the type may have a limited view through some unit in
-- its own context, allowing the following circularity that cannot be
-- detected earlier.
elsif Is_Class_Wide_Type (Full_Desig) and then Etype (Full_Desig) = T
then
Error_Msg_N
("access type cannot designate its own class-wide type", S);
-- Clean up indication of tagged status to prevent cascaded errors
Set_Is_Tagged_Type (T, False);
end if;
Set_Etype (T, T);
-- If the type has appeared already in a with_type clause, it is frozen
-- and the pointer size is already set. Else, initialize.
if not From_Limited_With (T) then
Init_Size_Align (T);
end if;
-- Note that Has_Task is always false, since the access type itself
-- is not a task type. See Einfo for more description on this point.
-- Exactly the same consideration applies to Has_Controlled_Component
-- and to Has_Protected.
Set_Has_Task (T, False);
Set_Has_Protected (T, False);
Set_Has_Timing_Event (T, False);
Set_Has_Controlled_Component (T, False);
-- Initialize field Finalization_Master explicitly to Empty, to avoid
-- problems where an incomplete view of this entity has been previously
-- established by a limited with and an overlaid version of this field
-- (Stored_Constraint) was initialized for the incomplete view.
-- This reset is performed in most cases except where the access type
-- has been created for the purposes of allocating or deallocating a
-- build-in-place object. Such access types have explicitly set pools
-- and finalization masters.
if No (Associated_Storage_Pool (T)) then
Set_Finalization_Master (T, Empty);
end if;
-- Ada 2005 (AI-231): Propagate the null-excluding and access-constant
-- attributes
Set_Can_Never_Be_Null (T, Null_Exclusion_Present (Def));
Set_Is_Access_Constant (T, Constant_Present (Def));
end Access_Type_Declaration;
----------------------------------
-- Add_Interface_Tag_Components --
----------------------------------
procedure Add_Interface_Tag_Components (N : Node_Id; Typ : Entity_Id) is
Loc : constant Source_Ptr := Sloc (N);
L : List_Id;
Last_Tag : Node_Id;
procedure Add_Tag (Iface : Entity_Id);
-- Add tag for one of the progenitor interfaces
-------------
-- Add_Tag --
-------------
procedure Add_Tag (Iface : Entity_Id) is
Decl : Node_Id;
Def : Node_Id;
Tag : Entity_Id;
Offset : Entity_Id;
begin
pragma Assert (Is_Tagged_Type (Iface) and then Is_Interface (Iface));
-- This is a reasonable place to propagate predicates
if Has_Predicates (Iface) then
Set_Has_Predicates (Typ);
end if;
Def :=
Make_Component_Definition (Loc,
Aliased_Present => True,
Subtype_Indication =>
New_Occurrence_Of (RTE (RE_Interface_Tag), Loc));
Tag := Make_Temporary (Loc, 'V');
Decl :=
Make_Component_Declaration (Loc,
Defining_Identifier => Tag,
Component_Definition => Def);
Analyze_Component_Declaration (Decl);
Set_Analyzed (Decl);
Set_Ekind (Tag, E_Component);
Set_Is_Tag (Tag);
Set_Is_Aliased (Tag);
Set_Related_Type (Tag, Iface);
Init_Component_Location (Tag);
pragma Assert (Is_Frozen (Iface));
Set_DT_Entry_Count (Tag,
DT_Entry_Count (First_Entity (Iface)));
if No (Last_Tag) then
Prepend (Decl, L);
else
Insert_After (Last_Tag, Decl);
end if;
Last_Tag := Decl;
-- If the ancestor has discriminants we need to give special support
-- to store the offset_to_top value of the secondary dispatch tables.
-- For this purpose we add a supplementary component just after the
-- field that contains the tag associated with each secondary DT.
if Typ /= Etype (Typ) and then Has_Discriminants (Etype (Typ)) then
Def :=
Make_Component_Definition (Loc,
Subtype_Indication =>
New_Occurrence_Of (RTE (RE_Storage_Offset), Loc));
Offset := Make_Temporary (Loc, 'V');
Decl :=
Make_Component_Declaration (Loc,
Defining_Identifier => Offset,
Component_Definition => Def);
Analyze_Component_Declaration (Decl);
Set_Analyzed (Decl);
Set_Ekind (Offset, E_Component);
Set_Is_Aliased (Offset);
Set_Related_Type (Offset, Iface);
Init_Component_Location (Offset);
Insert_After (Last_Tag, Decl);
Last_Tag := Decl;
end if;
end Add_Tag;
-- Local variables
Elmt : Elmt_Id;
Ext : Node_Id;
Comp : Node_Id;
-- Start of processing for Add_Interface_Tag_Components
begin
if not RTE_Available (RE_Interface_Tag) then
Error_Msg
("(Ada 2005) interface types not supported by this run-time!",
Sloc (N));
return;
end if;
if Ekind (Typ) /= E_Record_Type
or else (Is_Concurrent_Record_Type (Typ)
and then Is_Empty_List (Abstract_Interface_List (Typ)))
or else (not Is_Concurrent_Record_Type (Typ)
and then No (Interfaces (Typ))
and then Is_Empty_Elmt_List (Interfaces (Typ)))
then
return;
end if;
-- Find the current last tag
if Nkind (Type_Definition (N)) = N_Derived_Type_Definition then
Ext := Record_Extension_Part (Type_Definition (N));
else
pragma Assert (Nkind (Type_Definition (N)) = N_Record_Definition);
Ext := Type_Definition (N);
end if;
Last_Tag := Empty;
if not (Present (Component_List (Ext))) then
Set_Null_Present (Ext, False);
L := New_List;
Set_Component_List (Ext,
Make_Component_List (Loc,
Component_Items => L,
Null_Present => False));
else
if Nkind (Type_Definition (N)) = N_Derived_Type_Definition then
L := Component_Items
(Component_List
(Record_Extension_Part
(Type_Definition (N))));
else
L := Component_Items
(Component_List
(Type_Definition (N)));
end if;
-- Find the last tag component
Comp := First (L);
while Present (Comp) loop
if Nkind (Comp) = N_Component_Declaration
and then Is_Tag (Defining_Identifier (Comp))
then
Last_Tag := Comp;
end if;
Next (Comp);
end loop;
end if;
-- At this point L references the list of components and Last_Tag
-- references the current last tag (if any). Now we add the tag
-- corresponding with all the interfaces that are not implemented
-- by the parent.
if Present (Interfaces (Typ)) then
Elmt := First_Elmt (Interfaces (Typ));
while Present (Elmt) loop
Add_Tag (Node (Elmt));
Next_Elmt (Elmt);
end loop;
end if;
end Add_Interface_Tag_Components;
-------------------------------------
-- Add_Internal_Interface_Entities --
-------------------------------------
procedure Add_Internal_Interface_Entities (Tagged_Type : Entity_Id) is
Elmt : Elmt_Id;
Iface : Entity_Id;
Iface_Elmt : Elmt_Id;
Iface_Prim : Entity_Id;
Ifaces_List : Elist_Id;
New_Subp : Entity_Id := Empty;
Prim : Entity_Id;
Restore_Scope : Boolean := False;
begin
pragma Assert (Ada_Version >= Ada_2005
and then Is_Record_Type (Tagged_Type)
and then Is_Tagged_Type (Tagged_Type)
and then Has_Interfaces (Tagged_Type)
and then not Is_Interface (Tagged_Type));
-- Ensure that the internal entities are added to the scope of the type
if Scope (Tagged_Type) /= Current_Scope then
Push_Scope (Scope (Tagged_Type));
Restore_Scope := True;
end if;
Collect_Interfaces (Tagged_Type, Ifaces_List);
Iface_Elmt := First_Elmt (Ifaces_List);
while Present (Iface_Elmt) loop
Iface := Node (Iface_Elmt);
-- Originally we excluded here from this processing interfaces that
-- are parents of Tagged_Type because their primitives are located
-- in the primary dispatch table (and hence no auxiliary internal
-- entities are required to handle secondary dispatch tables in such
-- case). However, these auxiliary entities are also required to
-- handle derivations of interfaces in formals of generics (see
-- Derive_Subprograms).
Elmt := First_Elmt (Primitive_Operations (Iface));
while Present (Elmt) loop
Iface_Prim := Node (Elmt);
if not Is_Predefined_Dispatching_Operation (Iface_Prim) then
Prim :=
Find_Primitive_Covering_Interface
(Tagged_Type => Tagged_Type,
Iface_Prim => Iface_Prim);
if No (Prim) and then Serious_Errors_Detected > 0 then
goto Continue;
end if;
pragma Assert (Present (Prim));
-- Ada 2012 (AI05-0197): If the name of the covering primitive
-- differs from the name of the interface primitive then it is
-- a private primitive inherited from a parent type. In such
-- case, given that Tagged_Type covers the interface, the
-- inherited private primitive becomes visible. For such
-- purpose we add a new entity that renames the inherited
-- private primitive.
if Chars (Prim) /= Chars (Iface_Prim) then
pragma Assert (Has_Suffix (Prim, 'P'));
Derive_Subprogram
(New_Subp => New_Subp,
Parent_Subp => Iface_Prim,
Derived_Type => Tagged_Type,
Parent_Type => Iface);
Set_Alias (New_Subp, Prim);
Set_Is_Abstract_Subprogram
(New_Subp, Is_Abstract_Subprogram (Prim));
end if;
Derive_Subprogram
(New_Subp => New_Subp,
Parent_Subp => Iface_Prim,
Derived_Type => Tagged_Type,
Parent_Type => Iface);
-- Ada 2005 (AI-251): Decorate internal entity Iface_Subp
-- associated with interface types. These entities are
-- only registered in the list of primitives of its
-- corresponding tagged type because they are only used
-- to fill the contents of the secondary dispatch tables.
-- Therefore they are removed from the homonym chains.
Set_Is_Hidden (New_Subp);
Set_Is_Internal (New_Subp);
Set_Alias (New_Subp, Prim);
Set_Is_Abstract_Subprogram
(New_Subp, Is_Abstract_Subprogram (Prim));
Set_Interface_Alias (New_Subp, Iface_Prim);
-- If the returned type is an interface then propagate it to
-- the returned type. Needed by the thunk to generate the code
-- which displaces "this" to reference the corresponding
-- secondary dispatch table in the returned object.
if Is_Interface (Etype (Iface_Prim)) then
Set_Etype (New_Subp, Etype (Iface_Prim));
end if;
-- Internal entities associated with interface types are only
-- registered in the list of primitives of the tagged type.
-- They are only used to fill the contents of the secondary
-- dispatch tables. Therefore they are not needed in the
-- homonym chains.
Remove_Homonym (New_Subp);
-- Hidden entities associated with interfaces must have set
-- the Has_Delay_Freeze attribute to ensure that, in case
-- of locally defined tagged types (or compiling with static
-- dispatch tables generation disabled) the corresponding
-- entry of the secondary dispatch table is filled when such
-- an entity is frozen. This is an expansion activity that must
-- be suppressed for ASIS because it leads to gigi elaboration
-- issues in annotate mode.
if not ASIS_Mode then
Set_Has_Delayed_Freeze (New_Subp);
end if;
end if;
<<Continue>>
Next_Elmt (Elmt);
end loop;
Next_Elmt (Iface_Elmt);
end loop;
if Restore_Scope then
Pop_Scope;
end if;
end Add_Internal_Interface_Entities;
-----------------------------------
-- Analyze_Component_Declaration --
-----------------------------------
procedure Analyze_Component_Declaration (N : Node_Id) is
Loc : constant Source_Ptr := Sloc (Component_Definition (N));
Id : constant Entity_Id := Defining_Identifier (N);
E : constant Node_Id := Expression (N);
Typ : constant Node_Id :=
Subtype_Indication (Component_Definition (N));
T : Entity_Id;
P : Entity_Id;
function Contains_POC (Constr : Node_Id) return Boolean;
-- Determines whether a constraint uses the discriminant of a record
-- type thus becoming a per-object constraint (POC).
function Is_Known_Limited (Typ : Entity_Id) return Boolean;
-- Typ is the type of the current component, check whether this type is
-- a limited type. Used to validate declaration against that of
-- enclosing record.
------------------
-- Contains_POC --
------------------
function Contains_POC (Constr : Node_Id) return Boolean is
begin
-- Prevent cascaded errors
if Error_Posted (Constr) then
return False;
end if;
case Nkind (Constr) is
when N_Attribute_Reference =>
return Attribute_Name (Constr) = Name_Access
and then Prefix (Constr) = Scope (Entity (Prefix (Constr)));
when N_Discriminant_Association =>
return Denotes_Discriminant (Expression (Constr));
when N_Identifier =>
return Denotes_Discriminant (Constr);
when N_Index_Or_Discriminant_Constraint =>
declare
IDC : Node_Id;
begin
IDC := First (Constraints (Constr));
while Present (IDC) loop
-- One per-object constraint is sufficient
if Contains_POC (IDC) then
return True;
end if;
Next (IDC);
end loop;
return False;
end;
when N_Range =>
return Denotes_Discriminant (Low_Bound (Constr))
or else
Denotes_Discriminant (High_Bound (Constr));
when N_Range_Constraint =>
return Denotes_Discriminant (Range_Expression (Constr));
when others =>
return False;
end case;
end Contains_POC;
----------------------
-- Is_Known_Limited --
----------------------
function Is_Known_Limited (Typ : Entity_Id) return Boolean is
P : constant Entity_Id := Etype (Typ);
R : constant Entity_Id := Root_Type (Typ);
begin
if Is_Limited_Record (Typ) then
return True;
-- If the root type is limited (and not a limited interface)
-- so is the current type
elsif Is_Limited_Record (R)
and then (not Is_Interface (R) or else not Is_Limited_Interface (R))
then
return True;
-- Else the type may have a limited interface progenitor, but a
-- limited record parent.
elsif R /= P and then Is_Limited_Record (P) then
return True;
else
return False;
end if;
end Is_Known_Limited;
-- Start of processing for Analyze_Component_Declaration
begin
Generate_Definition (Id);
Enter_Name (Id);
if Present (Typ) then
T := Find_Type_Of_Object
(Subtype_Indication (Component_Definition (N)), N);
if not Nkind_In (Typ, N_Identifier, N_Expanded_Name) then
Check_SPARK_05_Restriction ("subtype mark required", Typ);
end if;
-- Ada 2005 (AI-230): Access Definition case
else
pragma Assert (Present
(Access_Definition (Component_Definition (N))));
T := Access_Definition
(Related_Nod => N,
N => Access_Definition (Component_Definition (N)));
Set_Is_Local_Anonymous_Access (T);
-- Ada 2005 (AI-254)
if Present (Access_To_Subprogram_Definition
(Access_Definition (Component_Definition (N))))
and then Protected_Present (Access_To_Subprogram_Definition
(Access_Definition
(Component_Definition (N))))
then
T := Replace_Anonymous_Access_To_Protected_Subprogram (N);
end if;
end if;
-- If the subtype is a constrained subtype of the enclosing record,
-- (which must have a partial view) the back-end does not properly
-- handle the recursion. Rewrite the component declaration with an
-- explicit subtype indication, which is acceptable to Gigi. We can copy
-- the tree directly because side effects have already been removed from
-- discriminant constraints.
if Ekind (T) = E_Access_Subtype
and then Is_Entity_Name (Subtype_Indication (Component_Definition (N)))
and then Comes_From_Source (T)
and then Nkind (Parent (T)) = N_Subtype_Declaration
and then Etype (Directly_Designated_Type (T)) = Current_Scope
then
Rewrite
(Subtype_Indication (Component_Definition (N)),
New_Copy_Tree (Subtype_Indication (Parent (T))));
T := Find_Type_Of_Object
(Subtype_Indication (Component_Definition (N)), N);
end if;
-- If the component declaration includes a default expression, then we
-- check that the component is not of a limited type (RM 3.7(5)),
-- and do the special preanalysis of the expression (see section on
-- "Handling of Default and Per-Object Expressions" in the spec of
-- package Sem).
if Present (E) then
Check_SPARK_05_Restriction ("default expression is not allowed", E);
Preanalyze_Default_Expression (E, T);
Check_Initialization (T, E);
if Ada_Version >= Ada_2005
and then Ekind (T) = E_Anonymous_Access_Type
and then Etype (E) /= Any_Type
then
-- Check RM 3.9.2(9): "if the expected type for an expression is
-- an anonymous access-to-specific tagged type, then the object
-- designated by the expression shall not be dynamically tagged
-- unless it is a controlling operand in a call on a dispatching
-- operation"
if Is_Tagged_Type (Directly_Designated_Type (T))
and then
Ekind (Directly_Designated_Type (T)) /= E_Class_Wide_Type
and then
Ekind (Directly_Designated_Type (Etype (E))) =
E_Class_Wide_Type
then
Error_Msg_N
("access to specific tagged type required (RM 3.9.2(9))", E);
end if;
-- (Ada 2005: AI-230): Accessibility check for anonymous
-- components
if Type_Access_Level (Etype (E)) >
Deepest_Type_Access_Level (T)
then
Error_Msg_N
("expression has deeper access level than component " &
"(RM 3.10.2 (12.2))", E);
end if;
-- The initialization expression is a reference to an access
-- discriminant. The type of the discriminant is always deeper
-- than any access type.
if Ekind (Etype (E)) = E_Anonymous_Access_Type
and then Is_Entity_Name (E)
and then Ekind (Entity (E)) = E_In_Parameter
and then Present (Discriminal_Link (Entity (E)))
then
Error_Msg_N
("discriminant has deeper accessibility level than target",
E);
end if;
end if;
end if;
-- The parent type may be a private view with unknown discriminants,
-- and thus unconstrained. Regular components must be constrained.
if not Is_Definite_Subtype (T) and then Chars (Id) /= Name_uParent then
if Is_Class_Wide_Type (T) then
Error_Msg_N
("class-wide subtype with unknown discriminants" &
" in component declaration",
Subtype_Indication (Component_Definition (N)));
else
Error_Msg_N
("unconstrained subtype in component declaration",
Subtype_Indication (Component_Definition (N)));
end if;
-- Components cannot be abstract, except for the special case of
-- the _Parent field (case of extending an abstract tagged type)
elsif Is_Abstract_Type (T) and then Chars (Id) /= Name_uParent then
Error_Msg_N ("type of a component cannot be abstract", N);
end if;
Set_Etype (Id, T);
Set_Is_Aliased (Id, Aliased_Present (Component_Definition (N)));
-- The component declaration may have a per-object constraint, set
-- the appropriate flag in the defining identifier of the subtype.
if Present (Subtype_Indication (Component_Definition (N))) then
declare
Sindic : constant Node_Id :=
Subtype_Indication (Component_Definition (N));
begin
if Nkind (Sindic) = N_Subtype_Indication
and then Present (Constraint (Sindic))
and then Contains_POC (Constraint (Sindic))
then
Set_Has_Per_Object_Constraint (Id);
end if;
end;
end if;
-- Ada 2005 (AI-231): Propagate the null-excluding attribute and carry
-- out some static checks.
if Ada_Version >= Ada_2005 and then Can_Never_Be_Null (T) then
Null_Exclusion_Static_Checks (N);
end if;
-- If this component is private (or depends on a private type), flag the
-- record type to indicate that some operations are not available.
P := Private_Component (T);
if Present (P) then
-- Check for circular definitions
if P = Any_Type then
Set_Etype (Id, Any_Type);
-- There is a gap in the visibility of operations only if the
-- component type is not defined in the scope of the record type.
elsif Scope (P) = Scope (Current_Scope) then
null;
elsif Is_Limited_Type (P) then
Set_Is_Limited_Composite (Current_Scope);
else
Set_Is_Private_Composite (Current_Scope);
end if;
end if;
if P /= Any_Type
and then Is_Limited_Type (T)
and then Chars (Id) /= Name_uParent
and then Is_Tagged_Type (Current_Scope)
then
if Is_Derived_Type (Current_Scope)
and then not Is_Known_Limited (Current_Scope)
then
Error_Msg_N
("extension of nonlimited type cannot have limited components",
N);
if Is_Interface (Root_Type (Current_Scope)) then
Error_Msg_N
("\limitedness is not inherited from limited interface", N);
Error_Msg_N ("\add LIMITED to type indication", N);
end if;
Explain_Limited_Type (T, N);
Set_Etype (Id, Any_Type);
Set_Is_Limited_Composite (Current_Scope, False);
elsif not Is_Derived_Type (Current_Scope)
and then not Is_Limited_Record (Current_Scope)
and then not Is_Concurrent_Type (Current_Scope)
then
Error_Msg_N
("nonlimited tagged type cannot have limited components", N);
Explain_Limited_Type (T, N);
Set_Etype (Id, Any_Type);
Set_Is_Limited_Composite (Current_Scope, False);
end if;
end if;
-- If the component is an unconstrained task or protected type with
-- discriminants, the component and the enclosing record are limited
-- and the component is constrained by its default values. Compute
-- its actual subtype, else it may be allocated the maximum size by
-- the backend, and possibly overflow.
if Is_Concurrent_Type (T)
and then not Is_Constrained (T)
and then Has_Discriminants (T)
and then not Has_Discriminants (Current_Scope)
then
declare
Act_T : constant Entity_Id := Build_Default_Subtype (T, N);
begin
Set_Etype (Id, Act_T);
-- Rewrite component definition to use the constrained subtype
Rewrite (Component_Definition (N),
Make_Component_Definition (Loc,
Subtype_Indication => New_Occurrence_Of (Act_T, Loc)));
end;
end if;
Set_Original_Record_Component (Id, Id);
if Has_Aspects (N) then
Analyze_Aspect_Specifications (N, Id);
end if;
Analyze_Dimension (N);
end Analyze_Component_Declaration;
--------------------------
-- Analyze_Declarations --
--------------------------
procedure Analyze_Declarations (L : List_Id) is
Decl : Node_Id;
procedure Adjust_Decl;
-- Adjust Decl not to include implicit label declarations, since these
-- have strange Sloc values that result in elaboration check problems.
-- (They have the sloc of the label as found in the source, and that
-- is ahead of the current declarative part).
procedure Build_Assertion_Bodies (Decls : List_Id; Context : Node_Id);
-- Create the subprogram bodies which verify the run-time semantics of
-- the pragmas listed below for each elibigle type found in declarative
-- list Decls. The pragmas are:
--
-- Default_Initial_Condition
-- Invariant
-- Type_Invariant
--
-- Context denotes the owner of the declarative list.
procedure Check_Entry_Contracts;
-- Perform a pre-analysis of the pre- and postconditions of an entry
-- declaration. This must be done before full resolution and creation
-- of the parameter block, etc. to catch illegal uses within the
-- contract expression. Full analysis of the expression is done when
-- the contract is processed.
procedure Handle_Late_Controlled_Primitive (Body_Decl : Node_Id);
-- Determine whether Body_Decl denotes the body of a late controlled
-- primitive (either Initialize, Adjust or Finalize). If this is the
-- case, add a proper spec if the body lacks one. The spec is inserted
-- before Body_Decl and immediately analyzed.
procedure Remove_Partial_Visible_Refinements (Spec_Id : Entity_Id);
-- Spec_Id is the entity of a package that may define abstract states,
-- and in the case of a child unit, whose ancestors may define abstract
-- states. If the states have partial visible refinement, remove the
-- partial visibility of each constituent at the end of the package
-- spec and body declarations.
procedure Remove_Visible_Refinements (Spec_Id : Entity_Id);
-- Spec_Id is the entity of a package that may define abstract states.
-- If the states have visible refinement, remove the visibility of each
-- constituent at the end of the package body declaration.
procedure Resolve_Aspects;
-- Utility to resolve the expressions of aspects at the end of a list of
-- declarations.
-----------------
-- Adjust_Decl --
-----------------
procedure Adjust_Decl is
begin
while Present (Prev (Decl))
and then Nkind (Decl) = N_Implicit_Label_Declaration
loop
Prev (Decl);
end loop;
end Adjust_Decl;
----------------------------
-- Build_Assertion_Bodies --
----------------------------
procedure Build_Assertion_Bodies (Decls : List_Id; Context : Node_Id) is
procedure Build_Assertion_Bodies_For_Type (Typ : Entity_Id);
-- Create the subprogram bodies which verify the run-time semantics
-- of the pragmas listed below for type Typ. The pragmas are:
--
-- Default_Initial_Condition
-- Invariant
-- Type_Invariant
-------------------------------------
-- Build_Assertion_Bodies_For_Type --
-------------------------------------
procedure Build_Assertion_Bodies_For_Type (Typ : Entity_Id) is
begin
-- Preanalyze and resolve the Default_Initial_Condition assertion
-- expression at the end of the declarations to catch any errors.
if Has_DIC (Typ) then
Build_DIC_Procedure_Body (Typ);
end if;
if Nkind (Context) = N_Package_Specification then
-- Preanalyze and resolve the invariants of a private type
-- at the end of the visible declarations to catch potential
-- errors. Inherited class-wide invariants are not included
-- because they have already been resolved.
if Decls = Visible_Declarations (Context)
and then Ekind_In (Typ, E_Limited_Private_Type,
E_Private_Type,
E_Record_Type_With_Private)
and then Has_Own_Invariants (Typ)
then
Build_Invariant_Procedure_Body
(Typ => Typ,
Partial_Invariant => True);
-- Preanalyze and resolve the invariants of a private type's
-- full view at the end of the private declarations to catch
-- potential errors.
elsif Decls = Private_Declarations (Context)
and then not Is_Private_Type (Typ)
and then Has_Private_Declaration (Typ)
and then Has_Invariants (Typ)
then
Build_Invariant_Procedure_Body (Typ);
end if;
end if;
end Build_Assertion_Bodies_For_Type;
-- Local variables
Decl : Node_Id;
Decl_Id : Entity_Id;
-- Start of processing for Build_Assertion_Bodies
begin
Decl := First (Decls);
while Present (Decl) loop
if Is_Declaration (Decl) then
Decl_Id := Defining_Entity (Decl);
if Is_Type (Decl_Id) then
Build_Assertion_Bodies_For_Type (Decl_Id);
end if;
end if;
Next (Decl);
end loop;
end Build_Assertion_Bodies;
---------------------------
-- Check_Entry_Contracts --
---------------------------
procedure Check_Entry_Contracts is
ASN : Node_Id;
Ent : Entity_Id;
Exp : Node_Id;
begin
Ent := First_Entity (Current_Scope);
while Present (Ent) loop
-- This only concerns entries with pre/postconditions
if Ekind (Ent) = E_Entry
and then Present (Contract (Ent))
and then Present (Pre_Post_Conditions (Contract (Ent)))
then
ASN := Pre_Post_Conditions (Contract (Ent));
Push_Scope (Ent);
Install_Formals (Ent);
-- Pre/postconditions are rewritten as Check pragmas. Analysis
-- is performed on a copy of the pragma expression, to prevent
-- modifying the original expression.
while Present (ASN) loop
if Nkind (ASN) = N_Pragma then
Exp :=
New_Copy_Tree
(Expression
(First (Pragma_Argument_Associations (ASN))));
Set_Parent (Exp, ASN);
-- ??? why not Preanalyze_Assert_Expression
Preanalyze (Exp);
end if;
ASN := Next_Pragma (ASN);
end loop;
End_Scope;
end if;
Next_Entity (Ent);
end loop;
end Check_Entry_Contracts;
--------------------------------------
-- Handle_Late_Controlled_Primitive --
--------------------------------------
procedure Handle_Late_Controlled_Primitive (Body_Decl : Node_Id) is
Body_Spec : constant Node_Id := Specification (Body_Decl);
Body_Id : constant Entity_Id := Defining_Entity (Body_Spec);
Loc : constant Source_Ptr := Sloc (Body_Id);
Params : constant List_Id :=
Parameter_Specifications (Body_Spec);
Spec : Node_Id;
Spec_Id : Entity_Id;
Typ : Node_Id;
begin
-- Consider only procedure bodies whose name matches one of the three
-- controlled primitives.
if Nkind (Body_Spec) /= N_Procedure_Specification
or else not Nam_In (Chars (Body_Id), Name_Adjust,
Name_Finalize,
Name_Initialize)
then
return;
-- A controlled primitive must have exactly one formal which is not
-- an anonymous access type.
elsif List_Length (Params) /= 1 then
return;
end if;
Typ := Parameter_Type (First (Params));
if Nkind (Typ) = N_Access_Definition then
return;
end if;
Find_Type (Typ);
-- The type of the formal must be derived from [Limited_]Controlled
if not Is_Controlled (Entity (Typ)) then
return;
end if;
-- Check whether a specification exists for this body. We do not
-- analyze the spec of the body in full, because it will be analyzed
-- again when the body is properly analyzed, and we cannot create
-- duplicate entries in the formals chain. We look for an explicit
-- specification because the body may be an overriding operation and
-- an inherited spec may be present.
Spec_Id := Current_Entity (Body_Id);
while Present (Spec_Id) loop
if Ekind_In (Spec_Id, E_Procedure, E_Generic_Procedure)
and then Scope (Spec_Id) = Current_Scope
and then Present (First_Formal (Spec_Id))
and then No (Next_Formal (First_Formal (Spec_Id)))
and then Etype (First_Formal (Spec_Id)) = Entity (Typ)
and then Comes_From_Source (Spec_Id)
then
return;
end if;
Spec_Id := Homonym (Spec_Id);
end loop;
-- At this point the body is known to be a late controlled primitive.
-- Generate a matching spec and insert it before the body. Note the
-- use of Copy_Separate_Tree - we want an entirely separate semantic
-- tree in this case.
Spec := Copy_Separate_Tree (Body_Spec);
-- Ensure that the subprogram declaration does not inherit the null
-- indicator from the body as we now have a proper spec/body pair.
Set_Null_Present (Spec, False);
-- Ensure that the freeze node is inserted after the declaration of
-- the primitive since its expansion will freeze the primitive.
Decl := Make_Subprogram_Declaration (Loc, Specification => Spec);
Insert_Before_And_Analyze (Body_Decl, Decl);
end Handle_Late_Controlled_Primitive;
----------------------------------------
-- Remove_Partial_Visible_Refinements --
----------------------------------------
procedure Remove_Partial_Visible_Refinements (Spec_Id : Entity_Id) is
State_Elmt : Elmt_Id;
begin
if Present (Abstract_States (Spec_Id)) then
State_Elmt := First_Elmt (Abstract_States (Spec_Id));
while Present (State_Elmt) loop
Set_Has_Partial_Visible_Refinement (Node (State_Elmt), False);
Next_Elmt (State_Elmt);
end loop;
end if;
-- For a child unit, also hide the partial state refinement from
-- ancestor packages.
if Is_Child_Unit (Spec_Id) then
Remove_Partial_Visible_Refinements (Scope (Spec_Id));
end if;
end Remove_Partial_Visible_Refinements;
--------------------------------
-- Remove_Visible_Refinements --
--------------------------------
procedure Remove_Visible_Refinements (Spec_Id : Entity_Id) is
State_Elmt : Elmt_Id;
begin
if Present (Abstract_States (Spec_Id)) then
State_Elmt := First_Elmt (Abstract_States (Spec_Id));
while Present (State_Elmt) loop
Set_Has_Visible_Refinement (Node (State_Elmt), False);
Next_Elmt (State_Elmt);
end loop;
end if;
end Remove_Visible_Refinements;
---------------------
-- Resolve_Aspects --
---------------------
procedure Resolve_Aspects is
E : Entity_Id;
begin
E := First_Entity (Current_Scope);
while Present (E) loop
Resolve_Aspect_Expressions (E);
Next_Entity (E);
end loop;
end Resolve_Aspects;
-- Local variables
Context : Node_Id := Empty;
Freeze_From : Entity_Id := Empty;
Next_Decl : Node_Id;
Body_Seen : Boolean := False;
-- Flag set when the first body [stub] is encountered
Ignore_Freezing : Boolean;
-- Flag set when deciding to freeze an expression function in the
-- current scope.
-- Start of processing for Analyze_Declarations
begin
if Restriction_Check_Required (SPARK_05) then
Check_Later_Vs_Basic_Declarations (L, During_Parsing => False);
end if;
Decl := First (L);
while Present (Decl) loop
-- Package spec cannot contain a package declaration in SPARK
if Nkind (Decl) = N_Package_Declaration
and then Nkind (Parent (L)) = N_Package_Specification
then
Check_SPARK_05_Restriction
("package specification cannot contain a package declaration",
Decl);
end if;
-- Complete analysis of declaration
Analyze (Decl);
Next_Decl := Next (Decl);
if No (Freeze_From) then
Freeze_From := First_Entity (Current_Scope);
end if;
-- At the end of a declarative part, freeze remaining entities
-- declared in it. The end of the visible declarations of package
-- specification is not the end of a declarative part if private
-- declarations are present. The end of a package declaration is a
-- freezing point only if it a library package. A task definition or
-- protected type definition is not a freeze point either. Finally,
-- we do not freeze entities in generic scopes, because there is no
-- code generated for them and freeze nodes will be generated for
-- the instance.
-- The end of a package instantiation is not a freeze point, but
-- for now we make it one, because the generic body is inserted
-- (currently) immediately after. Generic instantiations will not
-- be a freeze point once delayed freezing of bodies is implemented.
-- (This is needed in any case for early instantiations ???).
if No (Next_Decl) then
if Nkind (Parent (L)) = N_Component_List then
null;
elsif Nkind_In (Parent (L), N_Protected_Definition,
N_Task_Definition)
then
Check_Entry_Contracts;
elsif Nkind (Parent (L)) /= N_Package_Specification then
if Nkind (Parent (L)) = N_Package_Body then
Freeze_From := First_Entity (Current_Scope);
end if;
-- There may have been several freezing points previously,
-- for example object declarations or subprogram bodies, but
-- at the end of a declarative part we check freezing from
-- the beginning, even though entities may already be frozen,
-- in order to perform visibility checks on delayed aspects.
Adjust_Decl;
Freeze_All (First_Entity (Current_Scope), Decl);
Freeze_From := Last_Entity (Current_Scope);
-- Current scope is a package specification
elsif Scope (Current_Scope) /= Standard_Standard
and then not Is_Child_Unit (Current_Scope)
and then No (Generic_Parent (Parent (L)))
then
-- This is needed in all cases to catch visibility errors in
-- aspect expressions, but several large user tests are now
-- rejected. Pending notification we restrict this call to
-- ASIS mode.
if False and then ASIS_Mode then -- ????
Resolve_Aspects;
end if;
elsif L /= Visible_Declarations (Parent (L))
or else No (Private_Declarations (Parent (L)))
or else Is_Empty_List (Private_Declarations (Parent (L)))
then
Adjust_Decl;
-- End of a package declaration
-- In compilation mode the expansion of freeze node takes care
-- of resolving expressions of all aspects in the list. In ASIS
-- mode this must be done explicitly.
if ASIS_Mode
and then Scope (Current_Scope) = Standard_Standard
then
Resolve_Aspects;
end if;
-- This is a freeze point because it is the end of a
-- compilation unit.
Freeze_All (First_Entity (Current_Scope), Decl);
Freeze_From := Last_Entity (Current_Scope);
-- At the end of the visible declarations the expressions in
-- aspects of all entities declared so far must be resolved.
-- The entities themselves might be frozen later, and the
-- generated pragmas and attribute definition clauses analyzed
-- in full at that point, but name resolution must take place
-- now.
-- In addition to being the proper semantics, this is mandatory
-- within generic units, because global name capture requires
-- those expressions to be analyzed, given that the generated
-- pragmas do not appear in the original generic tree.
elsif Serious_Errors_Detected = 0 then
Resolve_Aspects;
end if;
-- If next node is a body then freeze all types before the body.
-- An exception occurs for some expander-generated bodies. If these
-- are generated at places where in general language rules would not
-- allow a freeze point, then we assume that the expander has
-- explicitly checked that all required types are properly frozen,
-- and we do not cause general freezing here. This special circuit
-- is used when the encountered body is marked as having already
-- been analyzed.
-- In all other cases (bodies that come from source, and expander
-- generated bodies that have not been analyzed yet), freeze all
-- types now. Note that in the latter case, the expander must take
-- care to attach the bodies at a proper place in the tree so as to
-- not cause unwanted freezing at that point.
elsif not Analyzed (Next_Decl) and then Is_Body (Next_Decl) then
-- Check for an edge case that may cause premature freezing of
-- a private type. If there is a type which depends on another
-- private type from an enclosing package that is in the same
-- scope as a non-completing expression function then we cannot
-- freeze here.
Ignore_Freezing := False;
if Nkind (Next_Decl) = N_Subprogram_Body
and then Was_Expression_Function (Next_Decl)
and then not Is_Compilation_Unit (Current_Scope)
and then not Is_Generic_Instance (Current_Scope)
then
-- Loop through all entities in the current scope to identify
-- an instance of the edge case outlined above and ignore
-- freezing if it is detected.
declare
Curr : Entity_Id := First_Entity (Current_Scope);
begin
loop
if Nkind (Curr) in N_Entity
and then Depends_On_Private (Curr)
then
Ignore_Freezing := True;
exit;
end if;
exit when Last_Entity (Current_Scope) = Curr;
Curr := Next_Entity (Curr);
end loop;
end;
end if;
if not Ignore_Freezing then
-- When a controlled type is frozen, the expander generates
-- stream and controlled-type support routines. If the freeze
-- is caused by the stand-alone body of Initialize, Adjust, or
-- Finalize, the expander will end up using the wrong version
-- of these routines, as the body has not been processed yet.
-- To remedy this, detect a late controlled primitive and
-- create a proper spec for it. This ensures that the primitive
-- will override its inherited counterpart before the freeze
-- takes place.
-- If the declaration we just processed is a body, do not
-- attempt to examine Next_Decl as the late primitive idiom can
-- only apply to the first encountered body.
-- The spec of the late primitive is not generated in ASIS mode
-- to ensure a consistent list of primitives that indicates the
-- true semantic structure of the program (which is not
-- relevant when generating executable code).
-- ??? A cleaner approach may be possible and/or this solution
-- could be extended to general-purpose late primitives, TBD.
if not ASIS_Mode
and then not Body_Seen
and then not Is_Body (Decl)
then
Body_Seen := True;
if Nkind (Next_Decl) = N_Subprogram_Body then
Handle_Late_Controlled_Primitive (Next_Decl);
end if;
end if;
Adjust_Decl;
-- The generated body of an expression function does not
-- freeze, unless it is a completion, in which case only the
-- expression itself freezes. This is handled when the body
-- itself is analyzed (see Freeze_Expr_Types, sem_ch6.adb).
Freeze_All (Freeze_From, Decl);
Freeze_From := Last_Entity (Current_Scope);
end if;
end if;
Decl := Next_Decl;
end loop;
-- Post-freezing actions
if Present (L) then
Context := Parent (L);
-- Analyze the contracts of packages and their bodies
if Nkind (Context) = N_Package_Specification then
-- When a package has private declarations, its contract must be
-- analyzed at the end of the said declarations. This way both the
-- analysis and freeze actions are properly synchronized in case
-- of private type use within the contract.
if L = Private_Declarations (Context) then
Analyze_Package_Contract (Defining_Entity (Context));
-- Otherwise the contract is analyzed at the end of the visible
-- declarations.
elsif L = Visible_Declarations (Context)
and then No (Private_Declarations (Context))
then
Analyze_Package_Contract (Defining_Entity (Context));
end if;
elsif Nkind (Context) = N_Package_Body then
Analyze_Package_Body_Contract (Defining_Entity (Context));
end if;
-- Analyze the contracts of various constructs now due to the delayed
-- visibility needs of their aspects and pragmas.
Analyze_Contracts (L);
if Nkind (Context) = N_Package_Body then
-- Ensure that all abstract states and objects declared in the
-- state space of a package body are utilized as constituents.
Check_Unused_Body_States (Defining_Entity (Context));
-- State refinements are visible up to the end of the package body
-- declarations. Hide the state refinements from visibility to
-- restore the original state conditions.
Remove_Visible_Refinements (Corresponding_Spec (Context));
Remove_Partial_Visible_Refinements (Corresponding_Spec (Context));
elsif Nkind (Context) = N_Package_Declaration then
-- Partial state refinements are visible up to the end of the
-- package spec declarations. Hide the partial state refinements
-- from visibility to restore the original state conditions.
Remove_Partial_Visible_Refinements (Corresponding_Spec (Context));
end if;
-- Verify that all abstract states found in any package declared in
-- the input declarative list have proper refinements. The check is
-- performed only when the context denotes a block, entry, package,
-- protected, subprogram, or task body (SPARK RM 7.2.2(3)).
Check_State_Refinements (Context);
-- Create the subprogram bodies which verify the run-time semantics
-- of pragmas Default_Initial_Condition and [Type_]Invariant for all
-- types within the current declarative list. This ensures that all
-- assertion expressions are preanalyzed and resolved at the end of
-- the declarative part. Note that the resolution happens even when
-- freezing does not take place.
Build_Assertion_Bodies (L, Context);
end if;
end Analyze_Declarations;
-----------------------------------
-- Analyze_Full_Type_Declaration --
-----------------------------------
procedure Analyze_Full_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;
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));
procedure Check_Nonoverridable_Aspects;
-- Apply the rule in RM 13.1.1(18.4/4) on iterator aspects that cannot
-- be overridden, and can only be confirmed on derivation.
procedure Check_Ops_From_Incomplete_Type;
-- If there is a tagged incomplete partial view of the type, traverse
-- the primitives of the incomplete view and change the type of any
-- controlling formals and result to indicate the full view. The
-- primitives will be added to the full type's primitive operations
-- list later in Sem_Disp.Check_Operation_From_Incomplete_Type (which
-- is called from Process_Incomplete_Dependents).
----------------------------------
-- Check_Nonoverridable_Aspects --
----------------------------------
procedure Check_Nonoverridable_Aspects is
function Get_Aspect_Spec
(Specs : List_Id;
Aspect_Name : Name_Id) return Node_Id;
-- Check whether a list of aspect specifications includes an entry
-- for a specific aspect. The list is either that of a partial or
-- a full view.
---------------------
-- Get_Aspect_Spec --
---------------------
function Get_Aspect_Spec
(Specs : List_Id;
Aspect_Name : Name_Id) return Node_Id
is
Spec : Node_Id;
begin
Spec := First (Specs);
while Present (Spec) loop
if Chars (Identifier (Spec)) = Aspect_Name then
return Spec;
end if;
Next (Spec);
end loop;
return Empty;
end Get_Aspect_Spec;
-- Local variables
Prev_Aspects : constant List_Id :=
Aspect_Specifications (Parent (Def_Id));
Par_Type : Entity_Id;
Prev_Aspect : Node_Id;
-- Start of processing for Check_Nonoverridable_Aspects
begin
-- Get parent type of derived type. Note that Prev is the entity in
-- the partial declaration, but its contents are now those of full
-- view, while Def_Id reflects the partial view.
if Is_Private_Type (Def_Id) then
Par_Type := Etype (Full_View (Def_Id));
else
Par_Type := Etype (Def_Id);
end if;
-- If there is an inherited Implicit_Dereference, verify that it is
-- made explicit in the partial view.
if Has_Discriminants (Base_Type (Par_Type))
and then Nkind (Parent (Prev)) = N_Full_Type_Declaration
and then Present (Discriminant_Specifications (Parent (Prev)))
and then Present (Get_Reference_Discriminant (Par_Type))
then
Prev_Aspect :=
Get_Aspect_Spec (Prev_Aspects, Name_Implicit_Dereference);
if No (Prev_Aspect)
and then Present
(Discriminant_Specifications
(Original_Node (Parent (Prev))))
then
Error_Msg_N
("type does not inherit implicit dereference", Prev);
else
-- If one of the views has the aspect specified, verify that it
-- is consistent with that of the parent.
declare
Par_Discr : constant Entity_Id :=
Get_Reference_Discriminant (Par_Type);
Cur_Discr : constant Entity_Id :=
Get_Reference_Discriminant (Prev);
begin
if Corresponding_Discriminant (Cur_Discr) /= Par_Discr then
Error_Msg_N ("aspect incosistent with that of parent", N);
end if;
-- Check that specification in partial view matches the
-- inherited aspect. Compare names directly because aspect
-- expression may not be analyzed.
if Present (Prev_Aspect)
and then Nkind (Expression (Prev_Aspect)) = N_Identifier
and then Chars (Expression (Prev_Aspect)) /=
Chars (Cur_Discr)
then
Error_Msg_N
("aspect incosistent with that of parent", N);
end if;
end;
end if;
end if;
-- TBD : other nonoverridable aspects.
end Check_Nonoverridable_Aspects;
------------------------------------
-- Check_Ops_From_Incomplete_Type --
------------------------------------
procedure Check_Ops_From_Incomplete_Type is
Elmt : Elmt_Id;
Formal : Entity_Id;
Op : Entity_Id;
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);
Formal := First_Formal (Op);
while Present (Formal) loop
if Etype (Formal) = Prev then
Set_Etype (Formal, T);
end if;
Next_Formal (Formal);
end loop;
if Etype (Op) = Prev then
Set_Etype (Op, T);
end if;
Next_Elmt (Elmt);
end loop;
end if;
end Check_Ops_From_Incomplete_Type;
-- Start of processing for Analyze_Full_Type_Declaration
begin
Prev := Find_Type_Name (N);
-- The full view, if present, now points to the current type. If there
-- is an incomplete partial view, set a link to it, to simplify the
-- retrieval of primitive operations of the type.
-- 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 Ekind (Prev) = E_Incomplete_Type
and then Present (Full_View (Prev))
then
T := Full_View (Prev);
Set_Incomplete_View (N, Parent (Prev));
else
T := Prev;
end if;
Set_Is_Pure (T, Is_Pure (Current_Scope));
-- 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.
Set_Is_First_Subtype (T, True);
-- Only composite types other than array types are allowed to have
-- discriminants.
case Nkind (Def) is
-- For derived types, the rule will be checked once we've figured
-- out the parent type.
when N_Derived_Type_Definition =>
null;
-- For record types, discriminants are allowed, unless we are in
-- SPARK.
when N_Record_Definition =>
if Present (Discriminant_Specifications (N)) then
Check_SPARK_05_Restriction
("discriminant type is not allowed",
Defining_Identifier
(First (Discriminant_Specifications (N))));
end if;
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;
-- 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).
if not Analyzed (T) then
Set_Analyzed (T);
case Nkind (Def) is
when N_Access_To_Subprogram_Definition =>
Access_Subprogram_Declaration (T, Def);
-- If this is a remote access to subprogram, we must create the
-- equivalent fat pointer type, and related subprograms.
if Is_Remote then
Process_Remote_AST_Declaration (N);
end if;
-- Validate categorization rule against access type declaration
-- usually a violation in Pure unit, Shared_Passive unit.
Validate_Access_Type_Declaration (T, N);
when N_Access_To_Object_Definition =>
Access_Type_Declaration (T, Def);
-- Validate categorization rule against access type declaration
-- usually a violation in Pure unit, Shared_Passive unit.
Validate_Access_Type_Declaration (T, N);
-- If we are in a Remote_Call_Interface package and define a
-- RACW, then calling stubs and specific stream attributes
-- must be added.
if Is_Remote
and then Is_Remote_Access_To_Class_Wide_Type (Def_Id)
then
Add_RACW_Features (Def_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 N_Ordinary_Fixed_Point_Definition =>
Ordinary_Fixed_Point_Type_Declaration (T, Def);
when N_Signed_Integer_Type_Definition =>
Signed_Integer_Type_Declaration (T, Def);
when N_Modular_Type_Definition =>
Modular_Type_Declaration (T, Def);
when N_Record_Definition =>
Record_Type_Declaration (T, N, Prev);
-- If declaration has a parse error, nothing to elaborate.
when N_Error =>
null;
when others =>
raise Program_Error;
end case;
end if;
if Etype (T) = Any_Type then
return;
end if;
-- Controlled type is not allowed in SPARK
if Is_Visibly_Controlled (T) then
Check_SPARK_05_Restriction ("controlled type is not allowed", N);
end if;
-- Some common processing for all types
Set_Depends_On_Private (T, Has_Private_Component (T));
Check_Ops_From_Incomplete_Type;
-- Both the declared entity, and its anonymous base type if one was
-- created, need freeze nodes allocated.
declare
B : constant Entity_Id := Base_Type (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.
-- This does not apply if the base type is a generic type, whose
-- declaration is independent of the current derived definition.
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;
-- 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 not From_Limited_With (T) or else Is_Access_Type (T) then
Set_Has_Delayed_Freeze (T);
end if;
end;
-- Case where T is the full declaration of some private type which has
-- been swapped in Defining_Identifier (N).
if T /= Def_Id and then Is_Private_Type (Def_Id) then
Process_Full_View (N, T, Def_Id);
-- 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.
-- 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
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;
Set_Completion_Referenced (Def_Id);
-- 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).
elsif Ekind (Prev) = E_Incomplete_Type then
Process_Incomplete_Dependents (N, T, Prev);
Generate_Reference (Prev, Def_Id, 'c');
Set_Completion_Referenced (Def_Id);
-- If not private type or incomplete type completion, this is a real
-- definition of a new entity, so record it.
else
Generate_Definition (Def_Id);
end if;
-- Propagate any pending access types whose finalization masters need to
-- be fully initialized from the partial to the full view. Guard against
-- an illegal full view that remains unanalyzed.
if Is_Type (Def_Id) and then Is_Incomplete_Or_Private_Type (Prev) then
Set_Pending_Access_Types (Def_Id, Pending_Access_Types (Prev));
end if;
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_Descendant_Of_Address (Def_Id);
Set_Is_Descendant_Of_Address (Base_Type (Def_Id));
Set_Is_Descendant_Of_Address (Prev);
end if;
Set_Optimize_Alignment_Flags (Def_Id);
Check_Eliminated (Def_Id);
-- If the declaration is a completion and aspects are present, apply
-- them to the entity for the type which is currently the partial
-- view, but which is the one that will be frozen.
if Has_Aspects (N) then
-- In most cases the partial view is a private type, and both views
-- appear in different declarative parts. In the unusual case where
-- the partial view is incomplete, perform the analysis on the
-- full view, to prevent freezing anomalies with the corresponding
-- class-wide type, which otherwise might be frozen before the
-- dispatch table is built.
if Prev /= Def_Id
and then Ekind (Prev) /= E_Incomplete_Type
then
Analyze_Aspect_Specifications (N, Prev);
-- Normal case
else
Analyze_Aspect_Specifications (N, Def_Id);
end if;
end if;
if Is_Derived_Type (Prev)
and then Def_Id /= Prev
then
Check_Nonoverridable_Aspects;
end if;
end Analyze_Full_Type_Declaration;
----------------------------------
-- Analyze_Incomplete_Type_Decl --
----------------------------------
procedure Analyze_Incomplete_Type_Decl (N : Node_Id) is
F : constant Boolean := Is_Pure (Current_Scope);
T : Entity_Id;
begin
Check_SPARK_05_Restriction ("incomplete type is not allowed", N);
Generate_Definition (Defining_Identifier (N));
-- 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.
-- In this case, the discriminants (if any) must match
T := Find_Type_Name (N);
Set_Ekind (T, E_Incomplete_Type);
Init_Size_Align (T);
Set_Is_First_Subtype (T, True);
Set_Etype (T, T);
-- Ada 2005 (AI-326): Minimum decoration to give support to tagged
-- incomplete types.
if Tagged_Present (N) then
Set_Is_Tagged_Type (T, True);
Set_No_Tagged_Streams_Pragma (T, No_Tagged_Streams);
Make_Class_Wide_Type (T);
Set_Direct_Primitive_Operations (T, New_Elmt_List);
end if;
Set_Stored_Constraint (T, No_Elist);
if Present (Discriminant_Specifications (N)) then
Push_Scope (T);
Process_Discriminants (N);
End_Scope;
end if;
-- If the type has discriminants, nontrivial 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.
Set_Private_Dependents (T, New_Elmt_List);
Set_Is_Pure (T, F);
end Analyze_Incomplete_Type_Decl;
-----------------------------------
-- Analyze_Interface_Declaration --
-----------------------------------
procedure Analyze_Interface_Declaration (T : Entity_Id; Def : Node_Id) is
CW : constant Entity_Id := Class_Wide_Type (T);
begin
Set_Is_Tagged_Type (T);
Set_No_Tagged_Streams_Pragma (T, No_Tagged_Streams);
Set_Is_Limited_Record (T, Limited_Present (Def)
or else Task_Present (Def)
or else Protected_Present (Def)
or else Synchronized_Present (Def));
-- Type is abstract if full declaration carries keyword, or if previous
-- partial view did.
Set_Is_Abstract_Type (T);
Set_Is_Interface (T);
-- Type is a limited interface if it includes the keyword limited, task,
-- protected, or synchronized.
Set_Is_Limited_Interface
(T, Limited_Present (Def)
or else Protected_Present (Def)
or else Synchronized_Present (Def)
or else Task_Present (Def));
Set_Interfaces (T, New_Elmt_List);
Set_Direct_Primitive_Operations (T, New_Elmt_List);
-- Complete the decoration of the class-wide entity if it was already
-- built (i.e. during the creation of the limited view)
if Present (CW) then
Set_Is_Interface (CW);
Set_Is_Limited_Interface (CW, Is_Limited_Interface (T));
end if;
-- Check runtime support for synchronized interfaces
if (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;
-----------------------------
-- Analyze_Itype_Reference --
-----------------------------
-- 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.
procedure Analyze_Itype_Reference (N : Node_Id) is
begin
pragma Assert (Is_Itype (Itype (N)));
null;
end Analyze_Itype_Reference;
--------------------------------
-- Analyze_Number_Declaration --
--------------------------------
procedure Analyze_Number_Declaration (N : Node_Id) is
E : constant Node_Id := Expression (N);
Id : constant Entity_Id := Defining_Identifier (N);
Index : Interp_Index;
It : Interp;
T : Entity_Id;
begin
Generate_Definition (Id);
Enter_Name (Id);
-- This is an optimization of a common case of an integer literal
if Nkind (E) = N_Integer_Literal then
Set_Is_Static_Expression (E, True);
Set_Etype (E, Universal_Integer);
Set_Etype (Id, Universal_Integer);
Set_Ekind (Id, E_Named_Integer);
Set_Is_Frozen (Id, True);
return;
end if;
Set_Is_Pure (Id, Is_Pure (Current_Scope));
-- Process expression, replacing error by integer zero, to avoid
-- cascaded errors or aborts further along in the processing
-- Replace Error by integer zero, which seems least likely to cause
-- cascaded errors.
if E = Error then
Rewrite (E, Make_Integer_Literal (Sloc (E), Uint_0));
Set_Error_Posted (E);
end if;
Analyze (E);
-- Verify that the expression is static and numeric. If
-- the expression is overloaded, we apply the preference
-- rule that favors root numeric types.
if not Is_Overloaded (E) then
T := Etype (E);
if Has_Dynamic_Predicate_Aspect (T) then
Error_Msg_N
("subtype has dynamic predicate, "
& "not allowed in number declaration", N);
end if;
else
T := Any_Type;
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;
if Is_Integer_Type (T) then
Resolve (E, T);
Set_Etype (Id, Universal_Integer);
Set_Ekind (Id, E_Named_Integer);
elsif Is_Real_Type (T) then
-- Because the real value is converted to universal_real, this is a
-- legal context for a universal fixed expression.
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));
begin
Rewrite (E, Conv);
Analyze (E);
end;
elsif T = Any_Fixed then
Error_Msg_N ("illegal context for mixed mode operation", E);
-- Expression is of the form : universal_fixed * integer. Try to
-- resolve as universal_real.
T := Universal_Real;
Set_Etype (E, T);
end if;
Resolve (E, T);
Set_Etype (Id, Universal_Real);
Set_Ekind (Id, E_Named_Real);
else
Wrong_Type (E, Any_Numeric);
Resolve (E, T);
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 Nkind_In (E, N_Integer_Literal, N_Real_Literal) then
Set_Etype (E, Etype (Id));
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;
Analyze_Dimension (N);
end Analyze_Number_Declaration;
--------------------------------
-- Analyze_Object_Declaration --
--------------------------------
-- WARNING: This routine manages Ghost regions. Return statements must be
-- replaced by gotos which jump to the end of the routine and restore the
-- Ghost mode.
procedure Analyze_Object_Declaration (N : Node_Id) is
Loc : constant Source_Ptr := Sloc (N);
Id : constant Entity_Id := Defining_Identifier (N);
Act_T : Entity_Id;
T : Entity_Id;
E : Node_Id := Expression (N);
-- E is set to Expression (N) throughout this routine. When
-- Expression (N) is modified, E is changed accordingly.
Prev_Entity : Entity_Id := Empty;
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_Task 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_Restriction is called
-- indicating the count is unknown.
function Delayed_Aspect_Present return Boolean;
-- If the declaration has an expression that is an aggregate, and it
-- has aspects that require delayed analysis, the resolution of the
-- aggregate must be deferred to the freeze point of the objet. This
-- special processing was created for address clauses, but it must
-- also apply to Alignment. This must be done before the aspect
-- specifications are analyzed because we must handle the aggregate
-- before the analysis of the object declaration is complete.
-- Any other relevant delayed aspects on object declarations ???
-----------------
-- Count_Tasks --
-----------------
function Count_Tasks (T : Entity_Id) return Uint is
C : Entity_Id;
X : Node_Id;
V : Uint;
begin
if Is_Task_Type (T) then
return Uint_1;
elsif Is_Record_Type (T) then
if Has_Discriminants (T) then
Check_Restriction (Max_Tasks, N);
return Uint_0;
else
V := Uint_0;
C := First_Component (T);
while Present (C) loop
V := V + Count_Tasks (Etype (C));
Next_Component (C);
end loop;
return V;
end if;
elsif Is_Array_Type (T) then
X := First_Index (T);
V := Count_Tasks (Component_Type (T));
while Present (X) loop
C := Etype (X);
if not Is_OK_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;
Next_Index (X);
end loop;
return V;
else
return Uint_0;
end if;
end Count_Tasks;
----------------------------
-- Delayed_Aspect_Present --
----------------------------
function Delayed_Aspect_Present return Boolean is
A : Node_Id;
A_Id : Aspect_Id;
begin
if Present (Aspect_Specifications (N)) then
A := First (Aspect_Specifications (N));
A_Id := Get_Aspect_Id (Chars (Identifier (A)));
while Present (A) loop
if A_Id = Aspect_Alignment or else A_Id = Aspect_Address then
return True;
end if;
Next (A);
end loop;
end if;
return False;
end Delayed_Aspect_Present;
-- Local variables
Mode : Ghost_Mode_Type;
Mode_Set : Boolean := False;
Related_Id : Entity_Id;
-- Start of processing for Analyze_Object_Declaration
begin
-- There are three kinds of implicit types generated by an
-- object declaration:
-- 1. Those generated by the original Object Definition
-- 2. Those generated by the Expression
-- 3. Those used to constrain the Object Definition with the
-- expression constraints when the definition is unconstrained.
-- 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.
if Constant_Present (N) then
Prev_Entity := Current_Entity_In_Scope (Id);
if Present (Prev_Entity)
and then
-- If the homograph is an implicit subprogram, it is overridden
-- by the current declaration.
((Is_Overloadable (Prev_Entity)
and then Is_Inherited_Operation (Prev_Entity))
-- 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.
or else
(Is_Discriminal (Id)
and then Ekind (Discriminal_Link (Id)) =
E_Entry_Index_Parameter)
-- 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)))
-- The entity may be a homonym of a private component of the
-- enclosing protected object, for which we create a local
-- renaming declaration. The declaration is legal, even if
-- useless when it just captures that component.
or else
(Ekind (Scope (Current_Scope)) = E_Protected_Type
and then Nkind (Parent (Prev_Entity)) =
N_Object_Renaming_Declaration))
then
Prev_Entity := Empty;
end if;
end if;
if Present (Prev_Entity) then
-- The object declaration is Ghost when it completes a deferred Ghost
-- constant.
Mark_And_Set_Ghost_Completion (N, Prev_Entity, Mode);
Mode_Set := True;
Constant_Redeclaration (Id, N, T);
Generate_Reference (Prev_Entity, Id, 'c');
Set_Completion_Referenced (Id);
if Error_Posted (N) then
-- Type mismatch or illegal redeclaration; do not analyze
-- expression to avoid cascaded errors.
T := Find_Type_Of_Object (Object_Definition (N), N);
Set_Etype (Id, T);
Set_Ekind (Id, E_Variable);
goto Leave;
end if;
-- In the normal case, enter identifier at the start to catch premature
-- usage in the initialization expression.
else
Generate_Definition (Id);
Enter_Name (Id);
Mark_Coextensions (N, Object_Definition (N));
T := Find_Type_Of_Object (Object_Definition (N), N);
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;
if Error_Posted (Id) then
Set_Etype (Id, T);
Set_Ekind (Id, E_Variable);
goto Leave;
end if;
end if;
-- Ada 2005 (AI-231): Propagate the null-excluding attribute and carry
-- out some static checks.
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) ???
if Present (Expression (N))
and then Nkind (Expression (N)) = N_Aggregate
then
null;
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;
-- Object is marked pure if it is in a pure scope
Set_Is_Pure (Id, Is_Pure (Current_Scope));
-- 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 Constant_Present (N) and then No (E) then
-- A deferred constant may appear in the declarative part of the
-- following constructs:
-- blocks
-- entry bodies
-- extended return statements
-- package specs
-- package bodies
-- subprogram bodies
-- task bodies
-- 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.
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);
-- In Ada 83, deferred constant must be of private type
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;
-- If not a deferred constant, then the object declaration freezes
-- its type, unless the object is of an anonymous type and has delayed
-- aspects. In that case the type is frozen when the object itself is.
else
Check_Fully_Declared (T, N);
if Has_Delayed_Aspects (Id)
and then Is_Array_Type (T)
and then Is_Itype (T)
then
Set_Has_Delayed_Freeze (T);
else
Freeze_Before (N, T);
end if;
end if;
-- 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 (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;
-- Special checks for protected objects not at library level
if Has_Protected (T) and then not Is_Library_Level_Entity (Id) then
Check_Restriction (No_Local_Protected_Objects, Id);
-- Protected objects with interrupt handlers must be at library level
-- 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.
-- AI05-0303: The AI is in fact a binding interpretation, and thus
-- applies to the '95 version of the language as well.
if Is_Protected_Type (T)
and then Has_Interrupt_Handler (T)
and then Ada_Version < Ada_95
then
Error_Msg_N
("interrupt object can only be declared at library level", Id);
end if;
end if;
-- Check for violation of No_Local_Timing_Events
if Has_Timing_Event (T) and then not Is_Library_Level_Entity (Id) then
Check_Restriction (No_Local_Timing_Events, Id);
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;
-- These checks should be performed before the initialization expression
-- is considered, so that the Object_Definition node is still the same
-- as in source code.
-- In SPARK, the nominal subtype is always given by a subtype mark
-- and must not be unconstrained. (The only exception to this is the
-- acceptance of declarations of constants of type String.)
if not Nkind_In (Object_Definition (N), N_Expanded_Name, N_Identifier)
then
Check_SPARK_05_Restriction
("subtype mark required", Object_Definition (N));
elsif Is_Array_Type (T)
and then not Is_Constrained (T)
and then T /= Standard_String
then
Check_SPARK_05_Restriction
("subtype mark of constrained type expected",
Object_Definition (N));
end if;
-- There are no aliased objects in SPARK
if Aliased_Present (N) then
Check_SPARK_05_Restriction ("aliased object is not allowed", N);
end if;
-- Process initialization expression if present and not in error
if Present (E) and then E /= Error then
-- 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_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);
-- If we are analyzing a constant declaration, set its completion
-- flag after analyzing and resolving the expression.
if Constant_Present (N) then
Set_Has_Completion (Id);
end if;
-- Set type and resolve (type may be overridden later on). Note:
-- Ekind (Id) must still be E_Void at this point so that incorrect
-- early usage within E is properly diagnosed.
Set_Etype (Id, T);
-- If the expression is an aggregate we must look ahead to detect
-- the possible presence of an address clause, and defer resolution
-- and expansion of the aggregate to the freeze point of the entity.
-- This is not always legal because the aggregate may contain other
-- references that need freezing, e.g. references to other entities
-- with address clauses. In any case, when compiling with -gnatI the
-- presence of the address clause must be ignored.
if Comes_From_Source (N)
and then Expander_Active
and then Nkind (E) = N_Aggregate
and then
((Present (Following_Address_Clause (N))
and then not Ignore_Rep_Clauses)
or else Delayed_Aspect_Present)
then
Set_Etype (E, T);
else
Resolve (E, T);
end if;
-- No further action needed if E is a call to an inlined function
-- which returns an unconstrained type and it has been expanded into
-- a procedure call. In that case N has been replaced by an object
-- declaration without initializing expression and it has been
-- analyzed (see Expand_Inlined_Call).
if Back_End_Inlining
and then Expander_Active
and then Nkind (E) = N_Function_Call
and then Nkind (Name (E)) in N_Has_Entity
and then Is_Inlined (Entity (Name (E)))
and then not Is_Constrained (Etype (E))
and then Analyzed (N)
and then No (Expression (N))
then
goto Leave;
end if;
-- 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.
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;
if not Assignment_OK (N) then
Check_Initialization (T, E);
end if;
Check_Unset_Reference (E);
-- 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.
if not Constant_Present (N) then
if Compile_Time_Known_Value (E) then
Set_Current_Value (Id, E);
end if;
elsif Is_Scalar_Type (T) and then Is_OK_Static_Expression (E) then
Set_Is_Known_Valid (Id);
end if;
-- Deal with setting of null flags
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;
-- Check incorrect use of dynamically tagged expressions
if Is_Tagged_Type (T) then
Check_Dynamically_Tagged_Expression
(Expr => E,
Typ => T,
Related_Nod => N);
end if;
Apply_Scalar_Range_Check (E, T);
Apply_Static_Length_Check (E, T);
if Nkind (Original_Node (N)) = N_Object_Declaration
and then Comes_From_Source (Original_Node (N))
-- Only call test if needed
and then Restriction_Check_Required (SPARK_05)
and then not Is_SPARK_05_Initialization_Expr (Original_Node (E))
then
Check_SPARK_05_Restriction
("initialization expression is not appropriate", E);
end if;
-- A formal parameter of a specific tagged type whose related
-- subprogram is subject to pragma Extensions_Visible with value
-- "False" cannot be implicitly converted to a class-wide type by
-- means of an initialization expression (SPARK RM 6.1.7(3)). Do
-- not consider internally generated expressions.
if Is_Class_Wide_Type (T)
and then Comes_From_Source (E)
and then Is_EVF_Expression (E)
then
Error_Msg_N
("formal parameter cannot be implicitly converted to "
& "class-wide type when Extensions_Visible is False", E);
end if;
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.
if Restriction_Check_Required (No_Streams) then
if Has_Stream (T) then
Check_Restriction (No_Streams, N);
end if;
end if;
-- Deal with predicate check before we start to do major rewriting. It
-- is OK to initialize and then check the initialized value, since the
-- object goes out of scope if we get a predicate failure. Note that we
-- do this in the analyzer and not the expander because the analyzer
-- does some substantial rewriting in some cases.
-- We need a predicate check if the type has predicates that are not
-- ignored, and if either there is an initializing expression, or for
-- default initialization when we have at least one case of an explicit
-- default initial value and then this is not an internal declaration
-- whose initialization comes later (as for an aggregate expansion).
if not Suppress_Assignment_Checks (N)
and then Present (Predicate_Function (T))
and then not Predicates_Ignored (T)
and then not No_Initialization (N)
and then
(Present (E)
or else
Is_Partially_Initialized_Type (T, Include_Implicit => False))
then
-- If the type has a static predicate and the expression is known at
-- compile time, see if the expression satisfies the predicate.
if Present (E) then
Check_Expression_Against_Static_Predicate (E, T);
end if;
-- If the type is a null record and there is no explicit initial
-- expression, no predicate check applies.
if No (E) and then Is_Null_Record_Type (T) then
null;
else
Insert_After (N,
Make_Predicate_Check (T, New_Occurrence_Of (Id, Loc)));
end if;
end if;
-- Case of unconstrained type
if not Is_Definite_Subtype (T) then
-- In SPARK, a declaration of unconstrained type is allowed
-- only for constants of type string.
if Is_String_Type (T) and then not Constant_Present (N) then
Check_SPARK_05_Restriction
("declaration of object of unconstrained type not allowed", N);
end if;
-- Nothing to do in deferred constant case
if Constant_Present (N) and then No (E) then
null;
-- Case of no initialization present
elsif No (E) then
if No_Initialization (N) then
null;
elsif Is_Class_Wide_Type (T) then
Error_Msg_N
("initialization required in class-wide declaration ", N);
else
Error_Msg_N
("unconstrained subtype not allowed (need initialization)",
Object_Definition (N));
if Is_Record_Type (T) and then Has_Discriminants (T) then
Error_Msg_N
("\provide initial value or explicit discriminant values",
Object_Definition (N));
Error_Msg_NE
("\or give default discriminant values for type&",
Object_Definition (N), T);
elsif Is_Array_Type (T) then
Error_Msg_N
("\provide initial value or explicit array bounds",
Object_Definition (N));
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;
-- Case of initialization present
else
-- Check restrictions in Ada 83
if not Constant_Present (N) then
-- Unconstrained variables not allowed in Ada 83 mode
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;
-- Now we constrain the variable from the initializing expression
-- If the expression is an aggregate, it has been expanded into
-- individual assignments. Retrieve the actual type from the
-- expanded construct.
if Is_Array_Type (T)
and then No_Initialization (N)
and then Nkind (Original_Node (E)) = N_Aggregate
then
Act_T := Etype (E);
-- 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.
elsif Is_Interface (T) then
null;
-- In GNATprove mode, Expand_Subtype_From_Expr does nothing. Thus,
-- we should prevent the generation of another Itype with the
-- same name as the one already generated, or we end up with
-- two identical types in GNATprove.
elsif GNATprove_Mode then
null;
-- If the type is an unchecked union, no subtype can be built from
-- the expression. Rewrite declaration as a renaming, which the
-- back-end can handle properly. This is a rather unusual case,
-- because most unchecked_union declarations have default values
-- for discriminants and are thus not indefinite.
elsif Is_Unchecked_Union (T) then
if Constant_Present (N) or else Nkind (E) = N_Function_Call then
Set_Ekind (Id, E_Constant);
else
Set_Ekind (Id, E_Variable);
end if;
Rewrite (N,
Make_Object_Renaming_Declaration (Loc,
Defining_Identifier => Id,
Subtype_Mark => New_Occurrence_Of (T, Loc),
Name => E));
Set_Renamed_Object (Id, E);
Freeze_Before (N, T);
Set_Is_Frozen (Id);
goto Leave;
else
-- Ensure that the generated subtype has a unique external name
-- when the related object is public. This guarantees that the
-- subtype and its bounds will not be affected by switches or
-- pragmas that may offset the internal counter due to extra
-- generated code.
if Is_Public (Id) then
Related_Id := Id;
else
Related_Id := Empty;
end if;
Expand_Subtype_From_Expr
(N => N,
Unc_Type => T,
Subtype_Indic => Object_Definition (N),
Exp => E,
Related_Id => Related_Id);
Act_T := Find_Type_Of_Object (Object_Definition (N), N);
end if;
Set_Is_Constr_Subt_For_U_Nominal (Act_T);
if Aliased_Present (N) then
Set_Is_Constr_Subt_For_UN_Aliased (Act_T);
end if;
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
or else (Nkind (Original_Node (E)) = N_Qualified_Expression
and then Nkind (Original_Node (Expression
(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);
if Aliased_Present (N) then
Set_Is_Constr_Subt_For_UN_Aliased (Act_T);
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 not Is_Constrained (T) then
null;
elsif Nkind (E) = N_Raise_Constraint_Error then
-- Aggregate is statically illegal. Place back in declaration
Set_Expression (N, E);
Set_No_Initialization (N, False);
elsif T = Etype (E) then
null;
elsif Nkind (E) = N_Aggregate
and then Present (Component_Associations (E))
and then Present (Choice_List (First (Component_Associations (E))))
and then
Nkind (First (Choice_List (First (Component_Associations (E))))) =
N_Others_Choice
then
null;
else
Apply_Length_Check (E, T);
end if;
-- 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.
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.
Act_T := Etype (E);
end if;
Rewrite (Object_Definition (N), New_Occurrence_Of (Act_T, Loc));
elsif Nkind (E) = N_Function_Call
and then Constant_Present (N)
and then Has_Unconstrained_Elements (Etype (E))
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 that will receive a reference
-- to the result of the call. The initialization expression then
-- becomes a dereference of that temporary.
Remove_Side_Effects (E);
-- If this is a constant declaration of an unconstrained type and
-- the initialization is an aggregate, we can use the subtype of the
-- aggregate for the declared entity because it is immutable.
elsif not Is_Constrained (T)
and then Has_Discriminants (T)
and then Constant_Present (N)
and then not Has_Unchecked_Union (T)
and then Nkind (E) = N_Aggregate
then
Act_T := Etype (E);
end if;
-- Check No_Wide_Characters restriction
Check_Wide_Character_Restriction (T, Object_Definition (N));
-- 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).
Set_Never_Set_In_Source (Id);
-- Now establish the proper kind and type of the object
if Constant_Present (N) then
Set_Ekind (Id, E_Constant);
Set_Is_True_Constant (Id);
else
Set_Ekind (Id, E_Variable);
-- 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 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;
-- 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 Present (E) then
Set_Has_Initial_Value (Id);
end if;
end if;
-- Initialize alignment and size and capture alignment setting
Init_Alignment (Id);
Init_Esize (Id);
Set_Optimize_Alignment_Flags (Id);
-- Deal with aliased case
if Aliased_Present (N) then
Set_Is_Aliased (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.
-- 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 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 not Is_Definite_Subtype (T))
then
Set_Actual_Subtype (Id, Build_Default_Subtype (T, N));
end if;
end if;
-- Now we can set the type of the object
Set_Etype (Id, Act_T);
-- Non-constant object is marked to be treated as volatile if type is
-- volatile and we clear the Current_Value setting that may have been
-- set above. Doing so for constants isn't required and might interfere
-- with possible uses of the object as a static expression in contexts
-- incompatible with volatility (e.g. as a case-statement alternative).
if Ekind (Id) /= E_Constant and then Treat_As_Volatile (Etype (Id)) then
Set_Treat_As_Volatile (Id);
Set_Current_Value (Id, Empty);
end if;
-- Deal with controlled types
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;
end if;
if Has_Task (Etype (Id)) then
Check_Restriction (No_Tasking, N);
-- Deal with counting max tasks
-- Nothing to do if inside a generic
if Inside_A_Generic then
null;
-- If library level entity, then count tasks
elsif Is_Library_Level_Entity (Id) then
Check_Restriction (Max_Tasks, N, Count_Tasks (Etype (Id)));
-- 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_Warn := SPARK_Mode /= On;
Error_Msg_N
("more than one task with same entry address<<", N);
Error_Msg_N ("\Program_Error [<<", N);
Insert_Action (N,
Make_Raise_Program_Error (Loc,
Reason => PE_Duplicated_Entry_Address));
exit;
end if;
Next_Entity (E);
end loop;
end;
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.
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;
-- 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 class-wide types.
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_Active (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));
Set_Renamed_Object (Id, E);
-- Force generation of debugging information for the constant and for
-- the renamed function call.
Set_Debug_Info_Needed (Id);
Set_Debug_Info_Needed (Entity (Prefix (E)));
end if;
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;
Check_Eliminated (Id);
-- Deal with setting In_Private_Part flag if in private part
if Ekind (Scope (Id)) = E_Package
and then In_Private_Part (Scope (Id))
then
Set_In_Private_Part (Id);
end if;
<<Leave>>
-- Initialize the refined state of a variable here because this is a
-- common destination for legal and illegal object declarations.
if Ekind (Id) = E_Variable then
Set_Encapsulating_State (Id, Empty);
end if;
if Has_Aspects (N) then
Analyze_Aspect_Specifications (N, Id);
end if;
Analyze_Dimension (N);
-- Verify whether the object declaration introduces an illegal hidden
-- state within a package subject to a null abstract state.
if Ekind (Id) = E_Variable then
Check_No_Hidden_State (Id);
end if;
if Mode_Set then
Restore_Ghost_Mode (Mode);
end if;
end Analyze_Object_Declaration;
---------------------------
-- Analyze_Others_Choice --
---------------------------
-- 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
procedure Analyze_Others_Choice (N : Node_Id) is
pragma Warnings (Off, N);
begin
null;
end Analyze_Others_Choice;
-------------------------------------------
-- Analyze_Private_Extension_Declaration --
-------------------------------------------
procedure Analyze_Private_Extension_Declaration (N : Node_Id) is
Indic : constant Node_Id := Subtype_Indication (N);
T : constant Entity_Id := Defining_Identifier (N);
Iface : Entity_Id;
Iface_Elmt : Elmt_Id;
Parent_Base : Entity_Id;
Parent_Type : Entity_Id;
begin
-- Ada 2005 (AI-251): Decorate all names in list of ancestor interfaces
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;
Generate_Definition (T);
-- For other than Ada 2012, just enter the name in the current scope
if Ada_Version < Ada_2012 then
Enter_Name (T);
-- Ada 2012 (AI05-0162): Enter the name in the current scope handling
-- case of private type that completes an incomplete type.
else
declare
Prev : Entity_Id;
begin
Prev := Find_Type_Name (N);
pragma Assert (Prev = T
or else (Ekind (Prev) = E_Incomplete_Type
and then Present (Full_View (Prev))
and then Full_View (Prev) = T));
end;
end if;
Parent_Type := Find_Type_Of_Subtype_Indic (Indic);
Parent_Base := Base_Type (Parent_Type);
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;
elsif not Is_Tagged_Type (Parent_Type) then
Error_Msg_N
("parent of type extension must be a tagged type ", Indic);
goto Leave;
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 (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
Error_Msg_N ("invalid context for private extension", N);
end if;
-- Set common attributes
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);
Set_Default_SSO (T);
Set_Etype (T, Parent_Base);
Propagate_Concurrent_Flags (T, 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;
Build_Derived_Record_Type (N, Parent_Type, T);
-- A private extension inherits the Default_Initial_Condition pragma
-- coming from any parent type within the derivation chain.
if Has_DIC (Parent_Type) then
Set_Has_Inherited_DIC (T);
end if;
-- A private extension inherits any class-wide invariants coming from a
-- parent type or an interface. Note that the invariant procedure of the
-- parent type should not be inherited because the private extension may
-- define invariants of its own.
if Has_Inherited_Invariants (Parent_Type)
or else Has_Inheritable_Invariants (Parent_Type)
then
Set_Has_Inherited_Invariants (T);
elsif Present (Interfaces (T)) then
Iface_Elmt := First_Elmt (Interfaces (T));
while Present (Iface_Elmt) loop
Iface := Node (Iface_Elmt);
if Has_Inheritable_Invariants (Iface) then
Set_Has_Inherited_Invariants (T);
exit;
end if;
Next_Elmt (Iface_Elmt);
end loop;
end if;
-- Ada 2005 (AI-443): Synchronized private extension or a rewritten
-- synchronized formal derived type.
if Ada_Version >= Ada_2005 and then Synchronized_Present (N) then
Set_Is_Limited_Record (T);
-- Formal derived type case
if Is_Generic_Type (T) then
-- The parent must be a tagged limited type or a synchronized
-- interface.
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;
-- The progenitors (if any) must be limited or synchronized
-- interfaces.
if Present (Interfaces (T)) then
Iface_Elmt := First_Elmt (Interfaces (T));
while Present (Iface_Elmt) loop
Iface := Node (Iface_Elmt);
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 if;
-- Regular derived extension, the parent must be a limited or
-- synchronized interface.
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;
-- 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.
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);
elsif Limited_Present (N) then
Set_Is_Limited_Record (T);
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;
<<Leave>>
if Has_Aspects (N) then
Analyze_Aspect_Specifications (N, T);
end if;
end Analyze_Private_Extension_Declaration;
---------------------------------
-- Analyze_Subtype_Declaration --
---------------------------------
procedure Analyze_Subtype_Declaration
(N : Node_Id;
Skip : Boolean := False)
is
Id : constant Entity_Id := Defining_Identifier (N);
R_Checks : Check_Result;
T : Entity_Id;
begin
Generate_Definition (Id);
Set_Is_Pure (Id, Is_Pure (Current_Scope));
Init_Size_Align (Id);
-- 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.
-- 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)
-- 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.
-- Finally this happens in some complex cases when validity checks are
-- enabled, where the same subtype declaration may be analyzed twice.
-- This can happen if the subtype is created by the pre-analysis of
-- an attribute tht gives the range of a loop statement, and the loop
-- itself appears within an if_statement that will be rewritten during
-- expansion.
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;
elsif Current_Entity (Id) = Id then
null;
else
Enter_Name (Id);
end if;
T := Process_Subtype (Subtype_Indication (N), N, Id, 'P');
-- Class-wide equivalent types of records with unknown discriminants
-- involve the generation of an itype which serves as the private view
-- of a constrained record subtype. In such cases the base type of the
-- current subtype we are processing is the private itype. Use the full
-- of the private itype when decorating various attributes.
if Is_Itype (T)
and then Is_Private_Type (T)
and then Present (Full_View (T))
then
T := Full_View (T);
end if;
-- Inherit common attributes
Set_Is_Volatile (Id, Is_Volatile (T));
Set_Treat_As_Volatile (Id, Treat_As_Volatile (T));
Set_Is_Generic_Type (Id, Is_Generic_Type (Base_Type (T)));
Set_Convention (Id, Convention (T));
-- If ancestor has predicates then so does the subtype, and in addition
-- we must delay the freeze to properly arrange predicate inheritance.
-- The Ancestor_Type test is really unpleasant, there seem to be cases
-- in which T = ID, so the above tests and assignments do nothing???
if Has_Predicates (T)
or else (Present (Ancestor_Subtype (T))
and then Has_Predicates (Ancestor_Subtype (T)))
then
Set_Has_Predicates (Id);
Set_Has_Delayed_Freeze (Id);
-- Generated subtypes inherit the predicate function from the parent
-- (no aspects to examine on the generated declaration).
if not Comes_From_Source (N) then
Set_Ekind (Id, Ekind (T));
if Present (Predicate_Function (T)) then
Set_Predicate_Function (Id, Predicate_Function (T));
elsif Present (Ancestor_Subtype (T))
and then Has_Predicates (Ancestor_Subtype (T))
and then Present (Predicate_Function (Ancestor_Subtype (T)))
then
Set_Predicate_Function (Id,
Predicate_Function (Ancestor_Subtype (T)));
end if;
end if;
end if;
-- Subtype of Boolean cannot have a constraint in SPARK
if Is_Boolean_Type (T)
and then Nkind (Subtype_Indication (N)) = N_Subtype_Indication
then
Check_SPARK_05_Restriction
("subtype of Boolean cannot have constraint", N);
end if;
if Nkind (Subtype_Indication (N)) = N_Subtype_Indication then
declare
Cstr : constant Node_Id := Constraint (Subtype_Indication (N));
One_Cstr : Node_Id;
Low : Node_Id;
High : Node_Id;
begin
if Nkind (Cstr) = N_Index_Or_Discriminant_Constraint then
One_Cstr := First (Constraints (Cstr));
while Present (One_Cstr) loop
-- Index or discriminant constraint in SPARK must be a
-- subtype mark.
if not
Nkind_In (One_Cstr, N_Identifier, N_Expanded_Name)
then
Check_SPARK_05_Restriction
("subtype mark required", One_Cstr);
-- String subtype must have a lower bound of 1 in SPARK.
-- Note that we do not need to test for the non-static case
-- here, since that was already taken care of in
-- Process_Range_Expr_In_Decl.
elsif Base_Type (T) = Standard_String then
Get_Index_Bounds (One_Cstr, Low, High);
if Is_OK_Static_Expression (Low)
and then Expr_Value (Low) /= 1
then
Check_SPARK_05_Restriction
("String subtype must have lower bound of 1", N);
end if;
end if;
Next (One_Cstr);
end loop;
end if;
end;
end if;
-- 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 Nkind (Subtype_Indication (N)) /= N_Subtype_Indication then
Set_Etype (Id, Base_Type (T));
-- Subtype of unconstrained array without constraint is not allowed
-- in SPARK.
if Is_Array_Type (T) and then not Is_Constrained (T) then
Check_SPARK_05_Restriction
("subtype of unconstrained array must have constraint", N);
end if;
case Ekind (T) is
when Array_Kind =>
Set_Ekind (Id, E_Array_Subtype);
Copy_Array_Subtype_Attributes (Id, T);
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));
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));
Inherit_Predicate_Flags (Id, T);
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));
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 floating point type has dimensions, these will be
-- inherited subsequently when Analyze_Dimensions is called.
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));
Inherit_Predicate_Flags (Id, T);
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));
Inherit_Predicate_Flags (Id, T);
when Class_Wide_Kind =>
Set_Ekind (Id, E_Class_Wide_Subtype);
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);
Set_No_Tagged_Streams_Pragma
(Id, No_Tagged_Streams_Pragma (T));
if Ekind (T) = E_Class_Wide_Subtype then
Set_Equivalent_Type (Id, Equivalent_Type (T));
end if;
when E_Record_Subtype
| E_Record_Type
=>
Set_Ekind (Id, E_Record_Subtype);
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;
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_Implicit_Dereference
(Id, Has_Implicit_Dereference (T));
Set_Has_Unknown_Discriminants
(Id, Has_Unknown_Discriminants (T));
if Has_Discriminants (T) then
Set_Discriminant_Constraint
(Id, Discriminant_Constraint (T));
Set_Stored_Constraint_From_Discriminant_Constraint (Id);
elsif Has_Unknown_Discriminants (Id) then
Set_Discriminant_Constraint (Id, No_Elist);
end if;
if Is_Tagged_Type (T) then
Set_Is_Tagged_Type (Id, True);
Set_No_Tagged_Streams_Pragma
(Id, No_Tagged_Streams_Pragma (T));
Set_Is_Abstract_Type (Id, Is_Abstract_Type (T));
Set_Direct_Primitive_Operations
(Id, Direct_Primitive_Operations (T));
Set_Class_Wide_Type (Id, Class_Wide_Type (T));
if Is_Interface (T) then
Set_Is_Interface (Id);
Set_Is_Limited_Interface (Id, Is_Limited_Interface (T));
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_Implicit_Dereference
(Id, Has_Implicit_Dereference (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_No_Tagged_Streams_Pragma (Id,
No_Tagged_Streams_Pragma (T));
Set_Is_Abstract_Type (Id, Is_Abstract_Type (T));
Set_Class_Wide_Type (Id, Class_Wide_Type (T));
Set_Direct_Primitive_Operations (Id,
Direct_Primitive_Operations (T));
end if;
-- 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 Has_Discriminants (T) then
Set_Discriminant_Constraint
(Id, Discriminant_Constraint (T));
Set_Stored_Constraint_From_Discriminant_Constraint (Id);
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);
-- This would seem semantically correct, but apparently
-- generates spurious errors about missing components ???
-- Set_Has_Discriminants (Id);
end if;
Prepare_Private_Subtype_Completion (Id, N);
-- If this is the subtype of a constrained private type with
-- discriminants that has got a full view and we also have
-- built a completion just above, show that the completion
-- is a clone of the full view to the back-end.
if Has_Discriminants (T)
and then not Has_Unknown_Discriminants (T)
and then not Is_Empty_Elmt_List (Discriminant_Constraint (T))
and then Present (Full_View (T))
and then Present (Full_View (Id))
then
Set_Cloned_Subtype (Full_View (Id), Full_View (T));
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));
-- 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
Error_Msg_N
("named access types not allowed in pure unit", N);
end if;
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 Is_Tagged_Type (T) then
Set_No_Tagged_Streams_Pragma
(Id, No_Tagged_Streams_Pragma (T));
end if;
if Has_Discriminants (T) then
Set_Discriminant_Constraint
(Id, Discriminant_Constraint (T));
Set_Stored_Constraint_From_Discriminant_Constraint (Id);
end if;
when Incomplete_Kind =>
if Ada_Version >= Ada_2005 then
-- In Ada 2005 an incomplete type can be explicitly tagged:
-- propagate indication. Note that we also have to include
-- subtypes for Ada 2012 extended use of incomplete types.
Set_Ekind (Id, E_Incomplete_Subtype);
Set_Is_Tagged_Type (Id, Is_Tagged_Type (T));
Set_Private_Dependents (Id, New_Elmt_List);
if Is_Tagged_Type (Id) then
Set_No_Tagged_Streams_Pragma
(Id, No_Tagged_Streams_Pragma (T));
Set_Direct_Primitive_Operations (Id, New_Elmt_List);
end if;
-- Ada 2005 (AI-412): Decorate an incomplete subtype of an
-- incomplete type visible through a limited with clause.
if From_Limited_With (T)
and then Present (Non_Limited_View (T))
then
Set_From_Limited_With (Id);
Set_Non_Limited_View (Id, Non_Limited_View (T));
-- Ada 2005 (AI-412): Add the regular incomplete subtype
-- to the private dependents of the original incomplete
-- type for future transformation.
else
Append_Elmt (Id, Private_Dependents (T));
end if;
-- If the subtype name denotes an incomplete type an error
-- was already reported by Process_Subtype.
else
Set_Etype (Id, Any_Type);
end if;
when others =>
raise Program_Error;
end case;
end if;
if Etype (Id) = Any_Type then
goto Leave;
end if;
-- Some common processing on all types
Set_Size_Info (Id, T);
Set_First_Rep_Item (Id, First_Rep_Item (T));
-- If the parent type is a generic actual, so is the subtype. This may
-- happen in a nested instance. Why Comes_From_Source test???
if not Comes_From_Source (N) then
Set_Is_Generic_Actual_Type (Id, Is_Generic_Actual_Type (T));
end if;
-- If this is a subtype declaration for an actual in an instance,
-- inherit static and dynamic predicates if any.
-- If declaration has no aspect specifications, inherit predicate
-- info as well. Unclear how to handle the case of both specified
-- and inherited predicates ??? Other inherited aspects, such as
-- invariants, should be OK, but the combination with later pragmas
-- may also require special merging.
if Has_Predicates (T)
and then Present (Predicate_Function (T))
and then
((In_Instance and then not Comes_From_Source (N))
or else No (Aspect_Specifications (N)))
then
Set_Subprograms_For_Type (Id, Subprograms_For_Type (T));
if Has_Static_Predicate (T) then
Set_Has_Static_Predicate (Id);
Set_Static_Discrete_Predicate (Id, Static_Discrete_Predicate (T));
end if;
end if;
-- Remaining processing depends on characteristics of base type
T := Etype (Id);
Set_Is_Immediately_Visible (Id, True);
Set_Depends_On_Private (Id, Has_Private_Component (T));
Set_Is_Descendant_Of_Address (Id, Is_Descendant_Of_Address (T));
if Is_Interface (T) then
Set_Is_Interface (Id);
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)
then
if Is_Tagged_Type (Id) then
-- 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.
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;
elsif Scope (Etype (Id)) /= Standard_Standard then
Derive_Subprograms (Generic_Parent_Type (N), Id);
end if;
end if;
if Is_Private_Type (T) and then Present (Full_View (T)) then
Conditional_Delay (Id, Full_View (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.
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;
-- 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.
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))));
-- In the array case, check compatibility for each index
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???
declare
Subt_Index : Node_Id := First_Index (Id);
Target_Index : Node_Id :=
First_Index (Etype
(Subtype_Mark (Subtype_Indication (N))));
Has_Dyn_Chk : Boolean := Has_Dynamic_Range_Check (N);
begin
while Present (Subt_Index) loop
if ((Nkind (Subt_Index) = N_Identifier
and then Ekind (Entity (Subt_Index)) in Scalar_Kind)
or else Nkind (Subt_Index) = N_Subtype_Indication)
and then
Nkind (Scalar_Range (Etype (Subt_Index))) = N_Range
then
declare
Target_Typ : constant Entity_Id :=
Etype (Target_Index);
begin
R_Checks :=
Get_Range_Checks
(Scalar_Range (Etype (Subt_Index)),
Target_Typ,
Etype (Subt_Index),
Defining_Identifier (N));
-- Reset Has_Dynamic_Range_Check on the subtype to
-- prevent elision of the index check due to a dynamic
-- check generated for a preceding index (needed since
-- Insert_Range_Checks tries to avoid generating
-- redundant checks on a given declaration).
Set_Has_Dynamic_Range_Check (N, False);
Insert_Range_Checks
(R_Checks,
N,
Target_Typ,
Sloc (Defining_Identifier (N)));
-- Record whether this index involved a dynamic check
Has_Dyn_Chk :=
Has_Dyn_Chk or else Has_Dynamic_Range_Check (N);
end;
end if;
Next_Index (Subt_Index);
Next_Index (Target_Index);
end loop;
-- Finally, mark whether the subtype involves dynamic checks
Set_Has_Dynamic_Range_Check (N, Has_Dyn_Chk);
end;
end if;
end if;
Set_Optimize_Alignment_Flags (Id);
Check_Eliminated (Id);
<<Leave>>
if Has_Aspects (N) then
Analyze_Aspect_Specifications (N, Id);
end if;
Analyze_Dimension (N);
-- Check No_Dynamic_Sized_Objects restriction, which disallows subtype
-- indications on composite types where the constraints are dynamic.
-- Note that object declarations and aggregates generate implicit
-- subtype declarations, which this covers. One special case is that the
-- implicitly generated "=" for discriminated types includes an
-- offending subtype declaration, which is harmless, so we ignore it
-- here.
if Nkind (Subtype_Indication (N)) = N_Subtype_Indication then
declare
Cstr : constant Node_Id := Constraint (Subtype_Indication (N));
begin
if Nkind (Cstr) = N_Index_Or_Discriminant_Constraint
and then not (Is_Internal (Id)
and then Is_TSS (Scope (Id),
TSS_Composite_Equality))
and then not Within_Init_Proc
and then not All_Composite_Constraints_Static (Cstr)
then
Check_Restriction (No_Dynamic_Sized_Objects, Cstr);
end if;
end;
end if;
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));
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 --
--------------------------
procedure Analyze_Variant_Part (N : Node_Id) is
Discr_Name : Node_Id;
Discr_Type : Entity_Id;
procedure Process_Variant (A : Node_Id);
-- Analyze declarations for a single variant
package Analyze_Variant_Choices is
new Generic_Analyze_Choices (Process_Variant);
use Analyze_Variant_Choices;
---------------------
-- Process_Variant --
---------------------
procedure Process_Variant (A : Node_Id) is
CL : constant Node_Id := Component_List (A);
begin
if not Null_Present (CL) then
Analyze_Declarations (Component_Items (CL));
if Present (Variant_Part (CL)) then
Analyze (Variant_Part (CL));
end if;
end if;
end Process_Variant;
-- Start of processing for Analyze_Variant_Part
begin
Discr_Name := Name (N);
Analyze (Discr_Name);
-- If Discr_Name bad, get out (prevent cascaded errors)
if Etype (Discr_Name) = Any_Type then
return;
end if;
-- Check invalid discriminant in variant part
if Ekind (Entity (Discr_Name)) /= E_Discriminant then
Error_Msg_N ("invalid discriminant name in variant part", Discr_Name);
end if;
Discr_Type := Etype (Entity (Discr_Name));
if not Is_Discrete_Type (Discr_Type) then
Error_Msg_N
("discriminant in a variant part must be of a discrete type",
Name (N));
return;
end if;
-- Now analyze the choices, which also analyzes the declarations that
-- are associated with each choice.
Analyze_Choices (Variants (N), Discr_Type);
-- Note: we used to instantiate and call Check_Choices here to check
-- that the choices covered the discriminant, but it's too early to do
-- that because of statically predicated subtypes, whose analysis may
-- be deferred to their freeze point which may be as late as the freeze
-- point of the containing record. So this call is now to be found in
-- Freeze_Record_Declaration.
end Analyze_Variant_Part;
----------------------------
-- Array_Type_Declaration --
----------------------------
procedure Array_Type_Declaration (T : in out Entity_Id; Def : Node_Id) is
Component_Def : constant Node_Id := Component_Definition (Def);
Component_Typ : constant Node_Id := Subtype_Indication (Component_Def);
P : constant Node_Id := Parent (Def);
Element_Type : Entity_Id;
Implicit_Base : Entity_Id;
Index : Node_Id;
Nb_Index : Nat;
Priv : Entity_Id;
Related_Id : Entity_Id := Empty;
begin
if Nkind (Def) = N_Constrained_Array_Definition then
Index := First (Discrete_Subtype_Definitions (Def));
else
Index := First (Subtype_Marks (Def));
end if;
-- Find proper names for the implicit types which may be public. In case
-- of anonymous arrays we use the name of the first object of that type
-- as prefix.
if No (T) then
Related_Id := Defining_Identifier (P);
else
Related_Id := T;
end if;
Nb_Index := 1;
while Present (Index) loop
Analyze (Index);
-- Test for odd case of trying to index a type by the type itself
if Is_Entity_Name (Index) and then Entity (Index) = T then
Error_Msg_N ("type& cannot be indexed by itself", Index);
Set_Entity (Index, Standard_Boolean);
Set_Etype (Index, Standard_Boolean);
end if;
-- Check SPARK restriction requiring a subtype mark
if not Nkind_In (Index, N_Identifier, N_Expanded_Name) then
Check_SPARK_05_Restriction ("subtype mark required", Index);
end if;
-- Add a subtype declaration for each index of private array type
-- declaration whose etype is also private. For example:
-- package Pkg is
-- type Index is private;
-- private
-- type Table is array (Index) of ...
-- end;
-- This is currently required by the expander for the internally
-- generated equality subprogram of records with variant parts in
-- which the etype of some component is such private type.
if Ekind (Current_Scope) = E_Package
and then In_Private_Part (Current_Scope)
and then Has_Private_Declaration (Etype (Index))
then
declare
Loc : constant Source_Ptr := Sloc (Def);
Decl : Entity_Id;
New_E : Entity_Id;
begin
New_E := Make_Temporary (Loc, 'T');
Set_Is_Internal (New_E);
Decl :=
Make_Subtype_Declaration (Loc,
Defining_Identifier => New_E,
Subtype_Indication =>
New_Occurrence_Of (Etype (Index), Loc));
Insert_Before (Parent (Def), Decl);
Analyze (Decl);
Set_Etype (Index, New_E);
-- If the index is a range the Entity attribute is not
-- available. Example:
-- package Pkg is
-- type T is private;
-- private
-- type T is new Natural;
-- Table : array (T(1) .. T(10)) of Boolean;
-- end Pkg;
if Nkind (Index) /= N_Range then
Set_Entity (Index, New_E);
end if;
end;
end if;
Make_Index (Index, P, Related_Id, Nb_Index);
-- Check error of subtype with predicate for index type
Bad_Predicated_Subtype_Use
("subtype& has predicate, not allowed as index subtype",
Index, Etype (Index));
-- Move to next index
Next_Index (Index);
Nb_Index := Nb_Index + 1;
end loop;
-- Process subtype indication if one is present
if Present (Component_Typ) then
Element_Type := Process_Subtype (Component_Typ, P, Related_Id, 'C');
Set_Etype (Component_Typ, Element_Type);
if not Nkind_In (Component_Typ, N_Identifier, N_Expanded_Name) then
Check_SPARK_05_Restriction
("subtype mark required", Component_Typ);
end if;
-- Ada 2005 (AI-230): Access Definition case
else pragma Assert (Present (Access_Definition (Component_Def)));
-- Indicate that the anonymous access type is created by the
-- array type declaration.
Element_Type := Access_Definition
(Related_Nod => P,
N => Access_Definition (Component_Def));
Set_Is_Local_Anonymous_Access (Element_Type);
-- Propagate the parent. This field is needed if we have to generate
-- the master_id associated with an anonymous access to task type
-- component (see Expand_N_Full_Type_Declaration.Build_Master)
Set_Parent (Element_Type, Parent (T));
-- Ada 2005 (AI-230): In case of components that are anonymous access
-- types the level of accessibility depends on the enclosing type
-- declaration
Set_Scope (Element_Type, Current_Scope); -- Ada 2005 (AI-230)
-- Ada 2005 (AI-254)
declare
CD : constant Node_Id :=
Access_To_Subprogram_Definition
(Access_Definition (Component_Def));
begin
if Present (CD) and then Protected_Present (CD) then
Element_Type :=
Replace_Anonymous_Access_To_Protected_Subprogram (Def);
end if;
end;
end if;
-- Constrained array case
if No (T) then
T := Create_Itype (E_Void, P, Related_Id, 'T');
end if;
if Nkind (Def) = N_Constrained_Array_Definition then
-- Establish Implicit_Base as unconstrained base type
Implicit_Base := Create_Itype (E_Array_Type, P, Related_Id, 'B');
Set_Etype (Implicit_Base, Implicit_Base);
Set_Scope (Implicit_Base, Current_Scope);
Set_Has_Delayed_Freeze (Implicit_Base);
Set_Default_SSO (Implicit_Base);
-- The constrained array type is a subtype of the unconstrained one
Set_Ekind (T, E_Array_Subtype);
Init_Size_Align (T);
Set_Etype (T, Implicit_Base);
Set_Scope (T, Current_Scope);
Set_Is_Constrained (T);
Set_First_Index (T,
First (Discrete_Subtype_Definitions (Def)));
Set_Has_Delayed_Freeze (T);
-- Complete setup of implicit base type
Set_Component_Size (Implicit_Base, Uint_0);
Set_Component_Type (Implicit_Base, Element_Type);
Set_Finalize_Storage_Only
(Implicit_Base,
Finalize_Storage_Only (Element_Type));
Set_First_Index (Implicit_Base, First_Index (T));
Set_Has_Controlled_Component
(Implicit_Base,
Has_Controlled_Component (Element_Type)
or else Is_Controlled_Active (Element_Type));
Set_Packed_Array_Impl_Type
(Implicit_Base, Empty);
Propagate_Concurrent_Flags (Implicit_Base, Element_Type);
-- Unconstrained array case
else
Set_Ekind (T, E_Array_Type);
Init_Size_Align (T);
Set_Etype (T, T);
Set_Scope (T, Current_Scope);
Set_Component_Size (T, Uint_0);
Set_Is_Constrained (T, False);
Set_First_Index (T, First (Subtype_Marks (Def)));
Set_Has_Delayed_Freeze (T, True);
Propagate_Concurrent_Flags (T, Element_Type);
Set_Has_Controlled_Component (T, Has_Controlled_Component
(Element_Type)
or else
Is_Controlled_Active (Element_Type));
Set_Finalize_Storage_Only (T, Finalize_Storage_Only
(Element_Type));
Set_Default_SSO (T);
end if;
-- Common attributes for both cases
Set_Component_Type (Base_Type (T), Element_Type);
Set_Packed_Array_Impl_Type (T, Empty);
if Aliased_Present (Component_Definition (Def)) then
Check_SPARK_05_Restriction
("aliased is not allowed", Component_Definition (Def));
Set_Has_Aliased_Components (Etype (T));
end if;
-- Ada 2005 (AI-231): Propagate the null-excluding attribute to the
-- array type to ensure that objects of this type are initialized.
if Ada_Version >= Ada_2005 and then Can_Never_Be_Null (Element_Type) then
Set_Can_Never_Be_Null (T);
if Null_Exclusion_Present (Component_Definition (Def))
-- No need to check itypes because in their case this check was
-- done at their point of creation
and then not Is_Itype (Element_Type)
then
Error_Msg_N
("`NOT NULL` not allowed (null already excluded)",
Subtype_Indication (Component_Definition (Def)));
end if;
end if;
Priv := Private_Component (Element_Type);
if Present (Priv) then
-- Check for circular definitions
if Priv = Any_Type then
Set_Component_Type (Etype (T), Any_Type);
-- There is a gap in the visibility of operations on the composite
-- type only if the component type is defined in a different scope.
elsif Scope (Priv) = Current_Scope then
null;
elsif Is_Limited_Type (Priv) then
Set_Is_Limited_Composite (Etype (T));
Set_Is_Limited_Composite (T);
else
Set_Is_Private_Composite (Etype (T));
Set_Is_Private_Composite (T);
end if;
end if;
-- A syntax error in the declaration itself may lead to an empty index
-- list, in which case do a minimal patch.
if No (First_Index (T)) then
Error_Msg_N ("missing index definition in array type declaration", T);
declare
Indexes : constant List_Id :=
New_List (New_Occurrence_Of (Any_Id, Sloc (T)));
begin
Set_Discrete_Subtype_Definitions (Def, Indexes);
Set_First_Index (T, First (Indexes));
return;
end;
end if;
-- Create a concatenation operator for the new type. Internal array
-- types created for packed entities do not need such, they are
-- compatible with the user-defined type.
if Number_Dimensions (T) = 1
and then not Is_Packed_Array_Impl_Type (T)
then
New_Concatenation_Op (T);
end if;
-- In the case of an unconstrained array the parser has already verified
-- that all the indexes are unconstrained but we still need to make sure
-- that the element type is constrained.
if not Is_Definite_Subtype (Element_Type) then
Error_Msg_N
("unconstrained element type in array declaration",
Subtype_Indication (Component_Def));
elsif Is_Abstract_Type (Element_Type) then
Error_Msg_N
("the type of a component cannot be abstract",
Subtype_Indication (Component_Def));
end if;
-- There may be an invariant declared for the component type, but
-- the construction of the component invariant checking procedure
-- takes place during expansion.
end Array_Type_Declaration;
------------------------------------------------------
-- Replace_Anonymous_Access_To_Protected_Subprogram --
------------------------------------------------------
function Replace_Anonymous_Access_To_Protected_Subprogram
(N : Node_Id) return Entity_Id
is
Loc : constant Source_Ptr := Sloc (N);
Curr_Scope : constant Scope_Stack_Entry :=
Scope_Stack.Table (Scope_Stack.Last);
Anon : constant Entity_Id := Make_Temporary (Loc, 'S');
Acc : Node_Id;
-- Access definition in declaration
Comp : Node_Id;
-- Object definition or formal definition with an access definition
Decl : Node_Id;
-- Declaration of anonymous access to subprogram type
Spec : Node_Id;
-- Original specification in access to subprogram
P : Node_Id;
begin
Set_Is_Internal (Anon);
case Nkind (N) is
when N_Constrained_Array_Definition
| N_Component_Declaration
| N_Unconstrained_Array_Definition
=>
Comp := Component_Definition (N);
Acc := Access_Definition (Comp);
when N_Discriminant_Specification =>
Comp := Discriminant_Type (N);
Acc := Comp;
when N_Parameter_Specification =>
Comp := Parameter_Type (N);
Acc := Comp;
when N_Access_Function_Definition =>
Comp := Result_Definition (N);
Acc := Comp;
when N_Object_Declaration =>
Comp := Object_Definition (N);
Acc := Comp;
when N_Function_Specification =>
Comp := Result_Definition (N);
Acc := Comp;
when others =>
raise Program_Error;
end case;
Spec := Access_To_Subprogram_Definition (Acc);
Decl :=
Make_Full_Type_Declaration (Loc,
Defining_Identifier => Anon,
Type_Definition => Copy_Separate_Tree (Spec));
Mark_Rewrite_Insertion (Decl);
-- In ASIS mode, analyze the profile on the original node, because
-- the separate copy does not provide enough links to recover the
-- original tree. Analysis is limited to type annotations, within
-- a temporary scope that serves as an anonymous subprogram to collect
-- otherwise useless temporaries and itypes.
if ASIS_Mode then
declare
Typ : constant Entity_Id := Make_Temporary (Loc, 'S');
begin
if Nkind (Spec) = N_Access_Function_Definition then
Set_Ekind (Typ, E_Function);
else
Set_Ekind (Typ, E_Procedure);
end if;
Set_Parent (Typ, N);
Set_Scope (Typ, Current_Scope);
Push_Scope (Typ);
-- Nothing to do if procedure is parameterless
if Present (Parameter_Specifications (Spec)) then
Process_Formals (Parameter_Specifications (Spec), Spec);
end if;
if Nkind (Spec) = N_Access_Function_Definition then
declare
Def : constant Node_Id := Result_Definition (Spec);
begin
-- The result might itself be an anonymous access type, so
-- have to recurse.
if Nkind (Def) = N_Access_Definition then
if Present (Access_To_Subprogram_Definition (Def)) then
Set_Etype
(Def,
Replace_Anonymous_Access_To_Protected_Subprogram
(Spec));
else
Find_Type (Subtype_Mark (Def));
end if;
else
Find_Type (Def);
end if;
end;
end if;
End_Scope;
end;
end if;
-- Insert the new declaration in the nearest enclosing scope. If the
-- parent is a body and N is its return type, the declaration belongs
-- in the enclosing scope. Likewise if N is the type of a parameter.
P := Parent (N);
if Nkind (N) = N_Function_Specification
and then Nkind (P) = N_Subprogram_Body
then
P := Parent (P);
elsif Nkind (N) = N_Parameter_Specification
and then Nkind (P) in N_Subprogram_Specification
and then Nkind (Parent (P)) = N_Subprogram_Body
then
P := Parent (Parent (P));
end if;
while Present (P) and then not Has_Declarations (P) loop
P := Parent (P);
end loop;
pragma Assert (Present (P));
if Nkind (P) = N_Package_Specification then
Prepend (Decl, Visible_Declarations (P));
else
Prepend (Decl, Declarations (P));
end if;
-- Replace the anonymous type with an occurrence of the new declaration.
-- In all cases the rewritten node does not have the null-exclusion
-- attribute because (if present) it was already inherited by the
-- anonymous entity (Anon). Thus, in case of components we do not
-- inherit this attribute.
if Nkind (N) = N_Parameter_Specification then
Rewrite (Comp, New_Occurrence_Of (Anon, Loc));
Set_Etype (Defining_Identifier (N), Anon);
Set_Null_Exclusion_Present (N, False);
elsif Nkind (N) = N_Object_Declaration then
Rewrite (Comp, New_Occurrence_Of (Anon, Loc));
Set_Etype (Defining_Identifier (N), Anon);
elsif Nkind (N) = N_Access_Function_Definition then
Rewrite (Comp, New_Occurrence_Of (Anon, Loc));
elsif Nkind (N) = N_Function_Specification then
Rewrite (Comp, New_Occurrence_Of (Anon, Loc));
Set_Etype (Defining_Unit_Name (N), Anon);
else
Rewrite (Comp,
Make_Component_Definition (Loc,
Subtype_Indication => New_Occurrence_Of (Anon, Loc)));
end if;
Mark_Rewrite_Insertion (Comp);
if Nkind_In (N, N_Object_Declaration, N_Access_Function_Definition)
or else (Nkind (Parent (N)) = N_Full_Type_Declaration
and then not Is_Type (Current_Scope))
then
-- Declaration can be analyzed in the current scope.
Analyze (Decl);
else
-- Temporarily remove the current scope (record or subprogram) from
-- the stack to add the new declarations to the enclosing scope.
-- The anonymous entity is an Itype with the proper attributes.
Scope_Stack.Decrement_Last;
Analyze (Decl);
Set_Is_Itype (Anon);
Set_Associated_Node_For_Itype (Anon, N);
Scope_Stack.Append (Curr_Scope);
end if;
Set_Ekind (Anon, E_Anonymous_Access_Protected_Subprogram_Type);
Set_Can_Use_Internal_Rep (Anon, not Always_Compatible_Rep_On_Target);
return Anon;
end Replace_Anonymous_Access_To_Protected_Subprogram;
-------------------------------
-- Build_Derived_Access_Type --
-------------------------------
procedure Build_Derived_Access_Type
(N : Node_Id;
Parent_Type : Entity_Id;
Derived_Type : Entity_Id)
is
S : constant Node_Id := Subtype_Indication (Type_Definition (N));
Desig_Type : Entity_Id;
Discr : Entity_Id;
Discr_Con_Elist : Elist_Id;
Discr_Con_El : Elmt_Id;
Subt : Entity_Id;
begin
-- Set the designated type so it is available in case this is an access
-- to a self-referential type, e.g. a standard list type with a next
-- pointer. Will be reset after subtype is built.
Set_Directly_Designated_Type
(Derived_Type, Designated_Type (Parent_Type));
Subt := Process_Subtype (S, N);
if Nkind (S) /= N_Subtype_Indication
and then Subt /= Base_Type (Subt)
then
Set_Ekind (Derived_Type, E_Access_Subtype);
end if;
if Ekind (Derived_Type) = E_Access_Subtype then
declare
Pbase : constant Entity_Id := Base_Type (Parent_Type);
Ibase : constant Entity_Id :=
Create_Itype (Ekind (Pbase), N, Derived_Type, 'B');
Svg_Chars : constant Name_Id := Chars (Ibase);
Svg_Next_E : constant Entity_Id := Next_Entity (Ibase);
begin
Copy_Node (Pbase, Ibase);
-- Restore Itype status after Copy_Node
Set_Is_Itype (Ibase);
Set_Associated_Node_For_Itype (Ibase, N);
Set_Chars (Ibase, Svg_Chars);
Set_Next_Entity (Ibase, Svg_Next_E);
Set_Sloc (Ibase, Sloc (Derived_Type));
Set_Scope (Ibase, Scope (Derived_Type));
Set_Freeze_Node (Ibase, Empty);
Set_Is_Frozen (Ibase, False);
Set_Comes_From_Source (Ibase, False);
Set_Is_First_Subtype (Ibase, False);
Set_Etype (Ibase, Pbase);
Set_Etype (Derived_Type, Ibase);
end;
end if;
Set_Directly_Designated_Type
(Derived_Type, Designated_Type (Subt));
Set_Is_Constrained (Derived_Type, Is_Constrained (Subt));
Set_Is_Access_Constant (Derived_Type, Is_Access_Constant (Parent_Type));
Set_Size_Info (Derived_Type, Parent_Type);
Set_RM_Size (Derived_Type, RM_Size (Parent_Type));
Set_Depends_On_Private (Derived_Type,
Has_Private_Component (Derived_Type));
Conditional_Delay (Derived_Type, Subt);
-- Ada 2005 (AI-231): Set the null-exclusion attribute, and verify
-- that it is not redundant.
if Null_Exclusion_Present (Type_Definition (N)) then
Set_Can_Never_Be_Null (Derived_Type);
elsif Can_Never_Be_Null (Parent_Type) then
Set_Can_Never_Be_Null (Derived_Type);
end if;
-- Note: we do not copy the Storage_Size_Variable, since we always go to
-- the root type for this information.
-- Apply range checks to discriminants for derived record case
-- ??? THIS CODE SHOULD NOT BE HERE REALLY.
Desig_Type := Designated_Type (Derived_Type);
if Is_Composite_Type (Desig_Type)
and then (not Is_Array_Type (Desig_Type))
and then Has_Discriminants (Desig_Type)
and then Base_Type (Desig_Type) /= Desig_Type
then
Discr_Con_Elist := Discriminant_Constraint (Desig_Type);
Discr_Con_El := First_Elmt (Discr_Con_Elist);
Discr := First_Discriminant (Base_Type (Desig_Type));
while Present (Discr_Con_El) loop
Apply_Range_Check (Node (Discr_Con_El), Etype (Discr));
Next_Elmt (Discr_Con_El);
Next_Discriminant (Discr);
end loop;
end if;
end Build_Derived_Access_Type;
------------------------------
-- Build_Derived_Array_Type --
------------------------------
procedure Build_Derived_Array_Type
(N : Node_Id;
Parent_Type : Entity_Id;
Derived_Type : Entity_Id)
is
Loc : constant Source_Ptr := Sloc (N);
Tdef : constant Node_Id := Type_Definition (N);
Indic : constant Node_Id := Subtype_Indication (Tdef);
Parent_Base : constant Entity_Id := Base_Type (Parent_Type);
Implicit_Base : Entity_Id;
New_Indic : Node_Id;
procedure Make_Implicit_Base;
-- If the parent subtype is constrained, the derived type is a subtype
-- of an implicit base type derived from the parent base.
------------------------
-- Make_Implicit_Base --
------------------------
procedure Make_Implicit_Base is
begin
Implicit_Base :=
Create_Itype (Ekind (Parent_Base), N, Derived_Type, 'B');
Set_Ekind (Implicit_Base, Ekind (Parent_Base));
Set_Etype (Implicit_Base, Parent_Base);
Copy_Array_Subtype_Attributes (Implicit_Base, Parent_Base);
Copy_Array_Base_Type_Attributes (Implicit_Base, Parent_Base);
Set_Has_Delayed_Freeze (Implicit_Base, True);
end Make_Implicit_Base;
-- Start of processing for Build_Derived_Array_Type
begin
if not Is_Constrained (Parent_Type) then
if Nkind (Indic) /= N_Subtype_Indication then
Set_Ekind (Derived_Type, E_Array_Type);
Copy_Array_Subtype_Attributes (Derived_Type, Parent_Type);
Copy_Array_Base_Type_Attributes (Derived_Type, Parent_Type);
Set_Has_Delayed_Freeze (Derived_Type, True);
else
Make_Implicit_Base;
Set_Etype (Derived_Type, Implicit_Base);
New_Indic :=
Make_Subtype_Declaration (Loc,
Defining_Identifier => Derived_Type,
Subtype_Indication =>
Make_Subtype_Indication (Loc,
Subtype_Mark => New_Occurrence_Of (Implicit_Base, Loc),
Constraint => Constraint (Indic)));
Rewrite (N, New_Indic);
Analyze (N);
end if;
else
if Nkind (Indic) /= N_Subtype_Indication then
Make_Implicit_Base;
Set_Ekind (Derived_Type, Ekind (Parent_Type));
Set_Etype (Derived_Type, Implicit_Base);
Copy_Array_Subtype_Attributes (Derived_Type, Parent_Type);
else
Error_Msg_N ("illegal constraint on constrained type", Indic);
end if;
end if;
-- If parent type is not a derived type itself, and is declared in
-- closed scope (e.g. a subprogram), then we must explicitly introduce
-- the new type's concatenation operator since Derive_Subprograms
-- will not inherit the parent's operator. If the parent type is
-- unconstrained, the operator is of the unconstrained base type.
if Number_Dimensions (Parent_Type) = 1
and then not Is_Limited_Type (Parent_Type)
and then not Is_Derived_Type (Parent_Type)
and then not Is_Package_Or_Generic_Package
(Scope (Base_Type (Parent_Type)))
then
if not Is_Constrained (Parent_Type)
and then Is_Constrained (Derived_Type)
then
New_Concatenation_Op (Implicit_Base);
else
New_Concatenation_Op (Derived_Type);
end if;
end if;
end Build_Derived_Array_Type;
-----------------------------------
-- Build_Derived_Concurrent_Type --
-----------------------------------
procedure Build_Derived_Concurrent_Type
(N : Node_Id;
Parent_Type : Entity_Id;
Derived_Type : Entity_Id)
is
Loc : constant Source_Ptr := Sloc (N);
Corr_Record : constant Entity_Id := Make_Temporary (Loc, 'C');
Corr_Decl : Node_Id;
Corr_Decl_Needed : Boolean;
-- If the derived type has fewer discriminants than its parent, the
-- corresponding record is also a derived type, in order to account for
-- the bound discriminants. We create a full type declaration for it in
-- this case.
Constraint_Present : constant Boolean :=
Nkind (Subtype_Indication (Type_Definition (N))) =
N_Subtype_Indication;
D_Constraint : Node_Id;
New_Constraint : Elist_Id;
Old_Disc : Entity_Id;
New_Disc : Entity_Id;
New_N : Node_Id;
begin
Set_Stored_Constraint (Derived_Type, No_Elist);
Corr_Decl_Needed := False;
Old_Disc := Empty;
if Present (Discriminant_Specifications (N))
and then Constraint_Present
then
Old_Disc := First_Discriminant (Parent_Type);
New_Disc := First (Discriminant_Specifications (N));
while Present (New_Disc) and then Present (Old_Disc) loop
Next_Discriminant (Old_Disc);
Next (New_Disc);
end loop;
end if;
if Present (Old_Disc) and then Expander_Active then
-- The new type has fewer discriminants, so we need to create a new
-- corresponding record, which is derived from the corresponding
-- record of the parent, and has a stored constraint that captures
-- the values of the discriminant constraints. The corresponding
-- record is needed only if expander is active and code generation is
-- enabled.
-- The type declaration for the derived corresponding record has the
-- same discriminant part and constraints as the current declaration.
-- Copy the unanalyzed tree to build declaration.
Corr_Decl_Needed := True;
New_N := Copy_Separate_Tree (N);
Corr_Decl :=
Make_Full_Type_Declaration (Loc,
Defining_Identifier => Corr_Record,
Discriminant_Specifications =>
Discriminant_Specifications (New_N),
Type_Definition =>
Make_Derived_Type_Definition (Loc,
Subtype_Indication =>
Make_Subtype_Indication (Loc,
Subtype_Mark =>
New_Occurrence_Of
(Corresponding_Record_Type (Parent_Type), Loc),
Constraint =>
Constraint
(Subtype_Indication (Type_Definition (New_N))))));
end if;
-- Copy Storage_Size and Relative_Deadline variables if task case
if Is_Task_Type (Parent_Type) then
Set_Storage_Size_Variable (Derived_Type,
Storage_Size_Variable (Parent_Type));
Set_Relative_Deadline_Variable (Derived_Type,
Relative_Deadline_Variable (Parent_Type));
end if;
if Present (Discriminant_Specifications (N)) then
Push_Scope (Derived_Type);
Check_Or_Process_Discriminants (N, Derived_Type);
if Constraint_Present then
New_Constraint :=
Expand_To_Stored_Constraint
(Parent_Type,
Build_Discriminant_Constraints
(Parent_Type,
Subtype_Indication (Type_Definition (N)), True));
end if;
End_Scope;
elsif Constraint_Present then
-- Build constrained subtype, copying the constraint, and derive
-- from it to create a derived constrained type.
declare
Loc : constant Source_Ptr := Sloc (N);
Anon : constant Entity_Id :=
Make_Defining_Identifier (Loc,
Chars => New_External_Name (Chars (Derived_Type), 'T'));
Decl : Node_Id;
begin
Decl :=
Make_Subtype_Declaration (Loc,
Defining_Identifier => Anon,
Subtype_Indication =>
New_Copy_Tree (Subtype_Indication (Type_Definition (N))));
Insert_Before (N, Decl);
Analyze (Decl);
Rewrite (Subtype_Indication (Type_Definition (N)),
New_Occurrence_Of (Anon, Loc));
Set_Analyzed (Derived_Type, False);
Analyze (N);
return;
end;
end if;
-- By default, operations and private data are inherited from parent.
-- However, in the presence of bound discriminants, a new corresponding
-- record will be created, see below.
Set_Has_Discriminants
(Derived_Type, Has_Discriminants (Parent_Type));
Set_Corresponding_Record_Type
(Derived_Type, Corresponding_Record_Type (Parent_Type));
-- Is_Constrained is set according the parent subtype, but is set to
-- False if the derived type is declared with new discriminants.
Set_Is_Constrained
(Derived_Type,
(Is_Constrained (Parent_Type) or else Constraint_Present)
and then not Present (Discriminant_Specifications (N)));
if Constraint_Present then
if not Has_Discriminants (Parent_Type) then
Error_Msg_N ("untagged parent must have discriminants", N);
elsif Present (Discriminant_Specifications (N)) then
-- Verify that new discriminants are used to constrain old ones
D_Constraint :=
First
(Constraints
(Constraint (Subtype_Indication (Type_Definition (N)))));
Old_Disc := First_Discriminant (Parent_Type);
while Present (D_Constraint) loop
if Nkind (D_Constraint) /= N_Discriminant_Association then
-- Positional constraint. If it is a reference to a new
-- discriminant, it constrains the corresponding old one.
if Nkind (D_Constraint) = N_Identifier then
New_Disc := First_Discriminant (Derived_Type);
while Present (New_Disc) loop
exit when Chars (New_Disc) = Chars (D_Constraint);
Next_Discriminant (New_Disc);
end loop;
if Present (New_Disc) then
Set_Corresponding_Discriminant (New_Disc, Old_Disc);
end if;
end if;
Next_Discriminant (Old_Disc);
-- if this is a named constraint, search by name for the old
-- discriminants constrained by the new one.
elsif Nkind (Expression (D_Constraint)) = N_Identifier then
-- Find new discriminant with that name
New_Disc := First_Discriminant (Derived_Type);
while Present (New_Disc) loop
exit when
Chars (New_Disc) = Chars (Expression (D_Constraint));
Next_Discriminant (New_Disc);
end loop;
if Present (New_Disc) then
-- Verify that new discriminant renames some discriminant
-- of the parent type, and associate the new discriminant
-- with one or more old ones that it renames.
declare
Selector : Node_Id;
begin
Selector := First (Selector_Names (D_Constraint));
while Present (Selector) loop
Old_Disc := First_Discriminant (Parent_Type);
while Present (Old_Disc) loop
exit when Chars (Old_Disc) = Chars (Selector);
Next_Discriminant (Old_Disc);
end loop;
if Present (Old_Disc) then
Set_Corresponding_Discriminant
(New_Disc, Old_Disc);
end if;
Next (Selector);
end loop;
end;
end if;
end if;
Next (D_Constraint);
end loop;
New_Disc := First_Discriminant (Derived_Type);
while Present (New_Disc) loop
if No (Corresponding_Discriminant (New_Disc)) then
Error_Msg_NE
("new discriminant& must constrain old one", N, New_Disc);
elsif not
Subtypes_Statically_Compatible
(Etype (New_Disc),
Etype (Corresponding_Discriminant (New_Disc)))
then
Error_Msg_NE
("& not statically compatible with parent discriminant",
N, New_Disc);
end if;
Next_Discriminant (New_Disc);
end loop;
end if;
elsif Present (Discriminant_Specifications (N)) then
Error_Msg_N
("missing discriminant constraint in untagged derivation", N);
end if;
-- The entity chain of the derived type includes the new discriminants
-- but shares operations with the parent.
if Present (Discriminant_Specifications (N)) then
Old_Disc := First_Discriminant (Parent_Type);
while Present (Old_Disc) loop
if No (Next_Entity (Old_Disc))
or else Ekind (Next_Entity (Old_Disc)) /= E_Discriminant
then
Set_Next_Entity
(Last_Entity (Derived_Type), Next_Entity (Old_Disc));
exit;
end if;
Next_Discriminant (Old_Disc);
end loop;
else
Set_First_Entity (Derived_Type, First_Entity (Parent_Type));
if Has_Discriminants (Parent_Type) then
Set_Is_Constrained (Derived_Type, Is_Constrained (Parent_Type));
Set_Discriminant_Constraint (
Derived_Type, Discriminant_Constraint (Parent_Type));
end if;
end if;
Set_Last_Entity (Derived_Type, Last_Entity (Parent_Type));
Set_Has_Completion (Derived_Type);
if Corr_Decl_Needed then
Set_Stored_Constraint (Derived_Type, New_Constraint);
Insert_After (N, Corr_Decl);
Analyze (Corr_Decl);
Set_Corresponding_Record_Type (Derived_Type, Corr_Record);
end if;
end Build_Derived_Concurrent_Type;
------------------------------------
-- Build_Derived_Enumeration_Type --
------------------------------------
procedure Build_Derived_Enumeration_Type
(N : Node_Id;
Parent_Type : Entity_Id;
Derived_Type : Entity_Id)
is
Loc : constant Source_Ptr := Sloc (N);
Def : constant Node_Id := Type_Definition (N);
Indic : constant Node_Id := Subtype_Indication (Def);
Implicit_Base : Entity_Id;
Literal : Entity_Id;
New_Lit : Entity_Id;
Literals_List : List_Id;
Type_Decl : Node_Id;
Hi, Lo : Node_Id;
Rang_Expr : Node_Id;
begin
-- Since types Standard.Character and Standard.[Wide_]Wide_Character do
-- not have explicit literals lists we need to process types derived
-- from them specially. This is handled by Derived_Standard_Character.
-- If the parent type is a generic type, there are no literals either,
-- and we construct the same skeletal representation as for the generic
-- parent type.
if Is_Standard_Character_Type (Parent_Type) then
Derived_Standard_Character (N, Parent_Type, Derived_Type);
elsif Is_Generic_Type (Root_Type (Parent_Type)) then
declare
Lo : Node_Id;
Hi : Node_Id;
begin
if Nkind (Indic) /= N_Subtype_Indication then
Lo :=
Make_Attribute_Reference (Loc,
Attribute_Name => Name_First,
Prefix => New_Occurrence_Of (Derived_Type, Loc));
Set_Etype (Lo, Derived_Type);
Hi :=
Make_Attribute_Reference (Loc,
Attribute_Name => Name_Last,
Prefix => New_Occurrence_Of (Derived_Type, Loc));
Set_Etype (Hi, Derived_Type);
Set_Scalar_Range (Derived_Type,
Make_Range (Loc,
Low_Bound => Lo,
High_Bound => Hi));
else
-- Analyze subtype indication and verify compatibility
-- with parent type.
if Base_Type (Process_Subtype (Indic, N)) /=
Base_Type (Parent_Type)
then
Error_Msg_N
("illegal constraint for formal discrete type", N);
end if;
end if;
end;
else
-- If a constraint is present, analyze the bounds to catch
-- premature usage of the derived literals.
if Nkind (Indic) = N_Subtype_Indication
and then Nkind (Range_Expression (Constraint (Indic))) = N_Range
then
Analyze (Low_Bound (Range_Expression (Constraint (Indic))));
Analyze (High_Bound (Range_Expression (Constraint (Indic))));
end if;
-- Introduce an implicit base type for the derived type even if there
-- is no constraint attached to it, since this seems closer to the
-- Ada semantics. Build a full type declaration tree for the derived
-- type using the implicit base type as the defining identifier. The
-- build a subtype declaration tree which applies the constraint (if
-- any) have it replace the derived type declaration.
Literal := First_Literal (Parent_Type);
Literals_List := New_List;
while Present (Literal)
and then Ekind (Literal) = E_Enumeration_Literal
loop
-- Literals of the derived type have the same representation as
-- those of the parent type, but this representation can be
-- overridden by an explicit representation clause. Indicate
-- that there is no explicit representation given yet. These
-- derived literals are implicit operations of the new type,
-- and can be overridden by explicit ones.
if Nkind (Literal) = N_Defining_Character_Literal then
New_Lit :=
Make_Defining_Character_Literal (Loc, Chars (Literal));
else
New_Lit := Make_Defining_Identifier (Loc, Chars (Literal));
end if;
Set_Ekind (New_Lit, E_Enumeration_Literal);
Set_Enumeration_Pos (New_Lit, Enumeration_Pos (Literal));
Set_Enumeration_Rep (New_Lit, Enumeration_Rep (Literal));
Set_Enumeration_Rep_Expr (New_Lit, Empty);
Set_Alias (New_Lit, Literal);
Set_Is_Known_Valid (New_Lit, True);
Append (New_Lit, Literals_List);
Next_Literal (Literal);
end loop;
Implicit_Base :=
Make_Defining_Identifier (Sloc (Derived_Type),
Chars => New_External_Name (Chars (Derived_Type), 'B'));
-- Indicate the proper nature of the derived type. This must be done
-- before analysis of the literals, to recognize cases when a literal
-- may be hidden by a previous explicit function definition (cf.
-- c83031a).
Set_Ekind (Derived_Type, E_Enumeration_Subtype);
Set_Etype (Derived_Type, Implicit_Base);
Type_Decl :=
Make_Full_Type_Declaration (Loc,
Defining_Identifier => Implicit_Base,
Discriminant_Specifications => No_List,
Type_Definition =>
Make_Enumeration_Type_Definition (Loc, Literals_List));
Mark_Rewrite_Insertion (Type_Decl);
Insert_Before (N, Type_Decl);
Analyze (Type_Decl);
-- The anonymous base now has a full declaration, but this base
-- is not a first subtype.
Set_Is_First_Subtype (Implicit_Base, False);
-- After the implicit base is analyzed its Etype needs to be changed
-- to reflect the fact that it is derived from the parent type which
-- was ignored during analysis. We also set the size at this point.
Set_Etype (Implicit_Base, Parent_Type);
Set_Size_Info (Implicit_Base, Parent_Type);
Set_RM_Size (Implicit_Base, RM_Size (Parent_Type));
Set_First_Rep_Item (Implicit_Base, First_Rep_Item (Parent_Type));
-- Copy other flags from parent type
Set_Has_Non_Standard_Rep
(Implicit_Base, Has_Non_Standard_Rep
(Parent_Type));
Set_Has_Pragma_Ordered
(Implicit_Base, Has_Pragma_Ordered
(Parent_Type));
Set_Has_Delayed_Freeze (Implicit_Base);
-- Process the subtype indication including a validation check on the
-- constraint, if any. If a constraint is given, its bounds must be
-- implicitly converted to the new type.
if Nkind (Indic) = N_Subtype_Indication then
declare
R : constant Node_Id :=
Range_Expression (Constraint (Indic));
begin
if Nkind (R) = N_Range then
Hi := Build_Scalar_Bound
(High_Bound (R), Parent_Type, Implicit_Base);
Lo := Build_Scalar_Bound
(Low_Bound (R), Parent_Type, Implicit_Base);
else
-- Constraint is a Range attribute. Replace with explicit
-- mention of the bounds of the prefix, which must be a
-- subtype.
Analyze (Prefix (R));
Hi :=
Convert_To (Implicit_Base,
Make_Attribute_Reference (Loc,
Attribute_Name => Name_Last,
Prefix =>
New_Occurrence_Of (Entity (Prefix (R)), Loc)));
Lo :=
Convert_To (Implicit_Base,
Make_Attribute_Reference (Loc,
Attribute_Name => Name_First,
Prefix =>
New_Occurrence_Of (Entity (Prefix (R)), Loc)));
end if;
end;
else
Hi :=
Build_Scalar_Bound
(Type_High_Bound (Parent_Type),
Parent_Type, Implicit_Base);
Lo :=
Build_Scalar_Bound
(Type_Low_Bound (Parent_Type),
Parent_Type, Implicit_Base);
end if;
Rang_Expr :=
Make_Range (Loc,
Low_Bound => Lo,
High_Bound => Hi);
-- If we constructed a default range for the case where no range
-- was given, then the expressions in the range must not freeze
-- since they do not correspond to expressions in the source.
-- However, if the type inherits predicates the expressions will
-- be elaborated earlier and must freeze.
if Nkind (Indic) /= N_Subtype_Indication
and then not Has_Predicates (Derived_Type)
then
Set_Must_Not_Freeze (Lo);
Set_Must_Not_Freeze (Hi);
Set_Must_Not_Freeze (Rang_Expr);
end if;
Rewrite (N,
Make_Subtype_Declaration (Loc,
Defining_Identifier => Derived_Type,
Subtype_Indication =>
Make_Subtype_Indication (Loc,
Subtype_Mark => New_Occurrence_Of (Implicit_Base, Loc),
Constraint =>
Make_Range_Constraint (Loc,
Range_Expression => Rang_Expr))));
Analyze (N);
-- Propagate the aspects from the original type declaration to the
-- declaration of the implicit base.
Move_Aspects (From => Original_Node (N), To => Type_Decl);
-- Apply a range check. Since this range expression doesn't have an
-- Etype, we have to specifically pass the Source_Typ parameter. Is
-- this right???
if Nkind (Indic) = N_Subtype_Indication then
Apply_Range_Check
(Range_Expression (Constraint (Indic)), Parent_Type,
Source_Typ => Entity (Subtype_Mark (Indic)));
end if;
end if;
end Build_Derived_Enumeration_Type;
--------------------------------
-- Build_Derived_Numeric_Type --
--------------------------------
procedure Build_Derived_Numeric_Type
(N : Node_Id;
Parent_Type : Entity_Id;
Derived_Type : Entity_Id)
is
Loc : constant Source_Ptr := Sloc (N);
Tdef : constant Node_Id := Type_Definition (N);
Indic : constant Node_Id := Subtype_Indication (Tdef);
Parent_Base : constant Entity_Id := Base_Type (Parent_Type);
No_Constraint : constant Boolean := Nkind (Indic) /=
N_Subtype_Indication;
Implicit_Base : Entity_Id;
Lo : Node_Id;
Hi : Node_Id;
begin
-- Process the subtype indication including a validation check on
-- the constraint if any.
Discard_Node (Process_Subtype (Indic, N));
-- Introduce an implicit base type for the derived type even if there
-- is no constraint attached to it, since this seems closer to the Ada
-- semantics.
Implicit_Base :=
Create_Itype (Ekind (Parent_Base), N, Derived_Type, 'B');
Set_Etype (Implicit_Base, Parent_Base);
Set_Ekind (Implicit_Base, Ekind (Parent_Base));
Set_Size_Info (Implicit_Base, Parent_Base);
Set_First_Rep_Item (Implicit_Base, First_Rep_Item (Parent_Base));
Set_Parent (Implicit_Base, Parent (Derived_Type));
Set_Is_Known_Valid (Implicit_Base, Is_Known_Valid (Parent_Base));
-- Set RM Size for discrete type or decimal fixed-point type
-- Ordinary fixed-point is excluded, why???
if Is_Discrete_Type (Parent_Base)
or else Is_Decimal_Fixed_Point_Type (Parent_Base)
then
Set_RM_Size (Implicit_Base, RM_Size (Parent_Base));
end if;
Set_Has_Delayed_Freeze (Implicit_Base);
Lo := New_Copy_Tree (Type_Low_Bound (Parent_Base));
Hi := New_Copy_Tree (Type_High_Bound (Parent_Base));
Set_Scalar_Range (Implicit_Base,
Make_Range (Loc,
Low_Bound => Lo,
High_Bound => Hi));
if Has_Infinities (Parent_Base) then
Set_Includes_Infinities (Scalar_Range (Implicit_Base));
end if;
-- The Derived_Type, which is the entity of the declaration, is a
-- subtype of the implicit base. Its Ekind is a subtype, even in the
-- absence of an explicit constraint.
Set_Etype (Derived_Type, Implicit_Base);
-- If we did not have a constraint, then the Ekind is set from the
-- parent type (otherwise Process_Subtype has set the bounds)
if No_Constraint then
Set_Ekind (Derived_Type, Subtype_Kind (Ekind (Parent_Type)));
end if;
-- If we did not have a range constraint, then set the range from the
-- parent type. Otherwise, the Process_Subtype call has set the bounds.
if No_Constraint or else not Has_Range_Constraint (Indic) then
Set_Scalar_Range (Derived_Type,
Make_Range (Loc,
Low_Bound => New_Copy_Tree (Type_Low_Bound (Parent_Type)),
High_Bound => New_Copy_Tree (Type_High_Bound (Parent_Type))));
Set_Is_Constrained (Derived_Type, Is_Constrained (Parent_Type));
if Has_Infinities (Parent_Type) then
Set_Includes_Infinities (Scalar_Range (Derived_Type));
end if;
Set_Is_Known_Valid (Derived_Type, Is_Known_Valid (Parent_Type));
end if;
Set_Is_Descendant_Of_Address (Derived_Type,
Is_Descendant_Of_Address (Parent_Type));
Set_Is_Descendant_Of_Address (Implicit_Base,
Is_Descendant_Of_Address (Parent_Type));
-- Set remaining type-specific fields, depending on numeric type
if Is_Modular_Integer_Type (Parent_Type) then
Set_Modulus (Implicit_Base, Modulus (Parent_Base));
Set_Non_Binary_Modulus
(Implicit_Base, Non_Binary_Modulus (Parent_Base));
Set_Is_Known_Valid
(Implicit_Base, Is_Known_Valid (Parent_Base));
elsif Is_Floating_Point_Type (Parent_Type) then
-- Digits of base type is always copied from the digits value of
-- the parent base type, but the digits of the derived type will
-- already have been set if there was a constraint present.
Set_Digits_Value (Implicit_Base, Digits_Value (Parent_Base));
Set_Float_Rep (Implicit_Base, Float_Rep (Parent_Base));
if No_Constraint then
Set_Digits_Value (Derived_Type, Digits_Value (Parent_Type));
end if;
elsif Is_Fixed_Point_Type (Parent_Type) then
-- Small of base type and derived type are always copied from the
-- parent base type, since smalls never change. The delta of the
-- base type is also copied from the parent base type. However the
-- delta of the derived type will have been set already if a
-- constraint was present.
Set_Small_Value (Derived_Type, Small_Value (Parent_Base));
Set_Small_Value (Implicit_Base, Small_Value (Parent_Base));
Set_Delta_Value (Implicit_Base, Delta_Value (Parent_Base));
if No_Constraint then
Set_Delta_Value (Derived_Type, Delta_Value (Parent_Type));
end if;
-- The scale and machine radix in the decimal case are always
-- copied from the parent base type.
if Is_Decimal_Fixed_Point_Type (Parent_Type) then
Set_Scale_Value (Derived_Type, Scale_Value (Parent_Base));
Set_Scale_Value (Implicit_Base, Scale_Value (Parent_Base));
Set_Machine_Radix_10
(Derived_Type, Machine_Radix_10 (Parent_Base));
Set_Machine_Radix_10
(Implicit_Base, Machine_Radix_10 (Parent_Base));
Set_Digits_Value (Implicit_Base, Digits_Value (Parent_Base));
if No_Constraint then
Set_Digits_Value (Derived_Type, Digits_Value (Parent_Base));
else
-- the analysis of the subtype_indication sets the
-- digits value of the derived type.
null;
end if;
end if;
end if;
if Is_Integer_Type (Parent_Type) then
Set_Has_Shift_Operator
(Implicit_Base, Has_Shift_Operator (Parent_Type));
end if;
-- The type of the bounds is that of the parent type, and they
-- must be converted to the derived type.
Convert_Scalar_Bounds (N, Parent_Type, Derived_Type, Loc);
-- The implicit_base should be frozen when the derived type is frozen,
-- but note that it is used in the conversions of the bounds. For fixed
-- types we delay the determination of the bounds until the proper
-- freezing point. For other numeric types this is rejected by GCC, for
-- reasons that are currently unclear (???), so we choose to freeze the
-- implicit base now. In the case of integers and floating point types
-- this is harmless because subsequent representation clauses cannot
-- affect anything, but it is still baffling that we cannot use the
-- same mechanism for all derived numeric types.
-- There is a further complication: actually some representation
-- clauses can affect the implicit base type. For example, attribute
-- definition clauses for stream-oriented attributes need to set the
-- corresponding TSS entries on the base type, and this normally
-- cannot be done after the base type is frozen, so the circuitry in
-- Sem_Ch13.New_Stream_Subprogram must account for this possibility
-- and not use Set_TSS in this case.
-- There are also consequences for the case of delayed representation
-- aspects for some cases. For example, a Size aspect is delayed and
-- should not be evaluated to the freeze point. This early freezing
-- means that the size attribute evaluation happens too early???
if Is_Fixed_Point_Type (Parent_Type) then
Conditional_Delay (Implicit_Base, Parent_Type);
else
Freeze_Before (N, Implicit_Base);
end if;
end Build_Derived_Numeric_Type;
--------------------------------
-- Build_Derived_Private_Type --
--------------------------------
procedure Build_Derived_Private_Type
(N : Node_Id;
Parent_Type : Entity_Id;
Derived_Type : Entity_Id;
Is_Completion : Boolean;
Derive_Subps : Boolean := True)
is
Loc : constant Source_Ptr := Sloc (N);
Par_Base : constant Entity_Id := Base_Type (Parent_Type);
Par_Scope : constant Entity_Id := Scope (Par_Base);
Full_N : constant Node_Id := New_Copy_Tree (N);
Full_Der : Entity_Id := New_Copy (Derived_Type);
Full_P : Entity_Id;
procedure Build_Full_Derivation;
-- Build full derivation, i.e. derive from the full view
procedure Copy_And_Build;
-- Copy derived type declaration, replace parent with its full view,
-- and build derivation
---------------------------
-- Build_Full_Derivation --
---------------------------
procedure Build_Full_Derivation is
begin
-- If parent scope is not open, install the declarations
if not In_Open_Scopes (Par_Scope) then
Install_Private_Declarations (Par_Scope);
Install_Visible_Declarations (Par_Scope);
Copy_And_Build;
Uninstall_Declarations (Par_Scope);
-- If parent scope is open and in another unit, and parent has a
-- completion, then the derivation is taking place in the visible
-- part of a child unit. In that case retrieve the full view of
-- the parent momentarily.
elsif not In_Same_Source_Unit (N, Parent_Type) then
Full_P := Full_View (Parent_Type);
Exchange_Declarations (Parent_Type);
Copy_And_Build;
Exchange_Declarations (Full_P);
-- Otherwise it is a local derivation
else
Copy_And_Build;
end if;
end Build_Full_Derivation;
--------------------
-- Copy_And_Build --
--------------------
procedure Copy_And_Build is
Full_Parent : Entity_Id := Parent_Type;
begin
-- If the parent is itself derived from another private type,
-- installing the private declarations has not affected its
-- privacy status, so use its own full view explicitly.
if Is_Private_Type (Full_Parent)
and then Present (Full_View (Full_Parent))
then
Full_Parent := Full_View (Full_Parent);
end if;
-- And its underlying full view if necessary
if Is_Private_Type (Full_Parent)
and then Present (Underlying_Full_View (Full_Parent))
then
Full_Parent := Underlying_Full_View (Full_Parent);
end if;
-- For record, access and most enumeration types, derivation from
-- the full view requires a fully-fledged declaration. In the other
-- cases, just use an itype.
if Ekind (Full_Parent) in Record_Kind
or else Ekind (Full_Parent) in Access_Kind
or else
(Ekind (Full_Parent) in Enumeration_Kind
and then not Is_Standard_Character_Type (Full_Parent)
and then not Is_Generic_Type (Root_Type (Full_Parent)))
then
-- Copy and adjust declaration to provide a completion for what
-- is originally a private declaration. Indicate that full view
-- is internally generated.
Set_Comes_From_Source (Full_N, False);
Set_Comes_From_Source (Full_Der, False);
Set_Parent (Full_Der, Full_N);
Set_Defining_Identifier (Full_N, Full_Der);
-- If there are no constraints, adjust the subtype mark
if Nkind (Subtype_Indication (Type_Definition (Full_N))) /=
N_Subtype_Indication
then
Set_Subtype_Indication
(Type_Definition (Full_N),
New_Occurrence_Of (Full_Parent, Sloc (Full_N)));
end if;
Insert_After (N, Full_N);
-- Build full view of derived type from full view of parent which
-- is now installed. Subprograms have been derived on the partial
-- view, the completion does not derive them anew.
if Ekind (Full_Parent) in Record_Kind then
-- If parent type is tagged, the completion inherits the proper
-- primitive operations.
if Is_Tagged_Type (Parent_Type) then
Build_Derived_Record_Type
(Full_N, Full_Parent, Full_Der, Derive_Subps);
else
Build_Derived_Record_Type
(Full_N, Full_Parent, Full_Der, Derive_Subps => False);
end if;
else
Build_Derived_Type
(Full_N, Full_Parent, Full_Der,
Is_Completion => False, Derive_Subps => False);
end if;
-- The full declaration has been introduced into the tree and
-- processed in the step above. It should not be analyzed again
-- (when encountered later in the current list of declarations)
-- to prevent spurious name conflicts. The full entity remains
-- invisible.
Set_Analyzed (Full_N);
else
Full_Der :=
Make_Defining_Identifier (Sloc (Derived_Type),
Chars => Chars (Derived_Type));
Set_Is_Itype (Full_Der);
Set_Associated_Node_For_Itype (Full_Der, N);
Set_Parent (Full_Der, N);
Build_Derived_Type
(N, Full_Parent, Full_Der,
Is_Completion => False, Derive_Subps => False);
end if;
Set_Has_Private_Declaration (Full_Der);
Set_Has_Private_Declaration (Derived_Type);
Set_Scope (Full_Der, Scope (Derived_Type));
Set_Is_First_Subtype (Full_Der, Is_First_Subtype (Derived_Type));
Set_Has_Size_Clause (Full_Der, False);
Set_Has_Alignment_Clause (Full_Der, False);
Set_Has_Delayed_Freeze (Full_Der);
Set_Is_Frozen (Full_Der, False);
Set_Freeze_Node (Full_Der, Empty);
Set_Depends_On_Private (Full_Der, Has_Private_Component (Full_Der));
Set_Is_Public (Full_Der, Is_Public (Derived_Type));
-- The convention on the base type may be set in the private part
-- and not propagated to the subtype until later, so we obtain the
-- convention from the base type of the parent.
Set_Convention (Full_Der, Convention (Base_Type (Full_Parent)));
end Copy_And_Build;
-- Start of processing for Build_Derived_Private_Type
begin
if Is_Tagged_Type (Parent_Type) then
Full_P := Full_View (Parent_Type);
-- A type extension of a type with unknown discriminants is an
-- indefinite type that the back-end cannot handle directly.
-- We treat it as a private type, and build a completion that is
-- derived from the full view of the parent, and hopefully has
-- known discriminants.
-- If the full view of the parent type has an underlying record view,
-- use it to generate the underlying record view of this derived type
-- (required for chains of derivations with unknown discriminants).
-- Minor optimization: we avoid the generation of useless underlying
-- record view entities if the private type declaration has unknown
-- discriminants but its corresponding full view has no
-- discriminants.
if Has_Unknown_Discriminants (Parent_Type)
and then Present (Full_P)
and then (Has_Discriminants (Full_P)
or else Present (Underlying_Record_View (Full_P)))
and then not In_Open_Scopes (Par_Scope)
and then Expander_Active
then
declare
Full_Der : constant Entity_Id := Make_Temporary (Loc, 'T');
New_Ext : constant Node_Id :=
Copy_Separate_Tree
(Record_Extension_Part (Type_Definition (N)));
Decl : Node_Id;
begin
Build_Derived_Record_Type
(N, Parent_Type, Derived_Type, Derive_Subps);
-- Build anonymous completion, as a derivation from the full
-- view of the parent. This is not a completion in the usual
-- sense, because the current type is not private.
Decl :=
Make_Full_Type_Declaration (Loc,
Defining_Identifier => Full_Der,
Type_Definition =>
Make_Derived_Type_Definition (Loc,
Subtype_Indication =>
New_Copy_Tree
(Subtype_Indication (Type_Definition (N))),
Record_Extension_Part => New_Ext));
-- If the parent type has an underlying record view, use it
-- here to build the new underlying record view.
if Present (Underlying_Record_View (Full_P)) then
pragma Assert
(Nkind (Subtype_Indication (Type_Definition (Decl)))
= N_Identifier);
Set_Entity (Subtype_Indication (Type_Definition (Decl)),
Underlying_Record_View (Full_P));
end if;
Install_Private_Declarations (Par_Scope);
Install_Visible_Declarations (Par_Scope);
Insert_Before (N, Decl);
-- Mark entity as an underlying record view before analysis,
-- to avoid generating the list of its primitive operations
-- (which is not really required for this entity) and thus
-- prevent spurious errors associated with missing overriding
-- of abstract primitives (overridden only for Derived_Type).
Set_Ekind (Full_Der, E_Record_Type);
Set_Is_Underlying_Record_View (Full_Der);
Set_Default_SSO (Full_Der);
Analyze (Decl);
pragma Assert (Has_Discriminants (Full_Der)
and then not Has_Unknown_Discriminants (Full_Der));
Uninstall_Declarations (Par_Scope);
-- Freeze the underlying record view, to prevent generation of
-- useless dispatching information, which is simply shared with
-- the real derived type.
Set_Is_Frozen (Full_Der);
-- If the derived type has access discriminants, create
-- references to their anonymous types now, to prevent
-- back-end problems when their first use is in generated
-- bodies of primitives.
declare
E : Entity_Id;
begin
E := First_Entity (Full_Der);
while Present (E) loop
if Ekind (E) = E_Discriminant
and then Ekind (Etype (E)) = E_Anonymous_Access_Type
then
Build_Itype_Reference (Etype (E), Decl);
end if;
Next_Entity (E);
end loop;
end;
-- Set up links between real entity and underlying record view
Set_Underlying_Record_View (Derived_Type, Base_Type (Full_Der));
Set_Underlying_Record_View (Base_Type (Full_Der), Derived_Type);
end;
-- If discriminants are known, build derived record
else
Build_Derived_Record_Type
(N, Parent_Type, Derived_Type, Derive_Subps);
end if;
return;
elsif Has_Discriminants (Parent_Type) then
-- Build partial view of derived type from partial view of parent.
-- This must be done before building the full derivation because the
-- second derivation will modify the discriminants of the first and
-- the discriminants are chained with the rest of the components in
-- the full derivation.
Build_Derived_Record_Type
(N, Parent_Type, Derived_Type, Derive_Subps);
-- Build the full derivation if this is not the anonymous derived
-- base type created by Build_Derived_Record_Type in the constrained
-- case (see point 5. of its head comment) since we build it for the
-- derived subtype. And skip it for protected types altogether, as
-- gigi does not use these types directly.
if Present (Full_View (Parent_Type))
and then not Is_Itype (Derived_Type)
and then not (Ekind (Full_View (Parent_Type)) in Protected_Kind)
then
declare
Der_Base : constant Entity_Id := Base_Type (Derived_Type);
Discr : Entity_Id;
Last_Discr : Entity_Id;
begin
-- If this is not a completion, construct the implicit full
-- view by deriving from the full view of the parent type.
-- But if this is a completion, the derived private type
-- being built is a full view and the full derivation can
-- only be its underlying full view.
Build_Full_Derivation;
if not Is_Completion then
Set_Full_View (Derived_Type, Full_Der);
else
Set_Underlying_Full_View (Derived_Type, Full_Der);
Set_Is_Underlying_Full_View (Full_Der);
end if;
if not Is_Base_Type (Derived_Type) then
Set_Full_View (Der_Base, Base_Type (Full_Der));
end if;
-- Copy the discriminant list from full view to the partial
-- view (base type and its subtype). Gigi requires that the
-- partial and full views have the same discriminants.
-- Note that since the partial view points to discriminants
-- in the full view, their scope will be that of the full
-- view. This might cause some front end problems and need
-- adjustment???
Discr := First_Discriminant (Base_Type (Full_Der));
Set_First_Entity (Der_Base, Discr);
loop
Last_Discr := Discr;
Next_Discriminant (Discr);
exit when No (Discr);
end loop;
Set_Last_Entity (Der_Base, Last_Discr);
Set_First_Entity (Derived_Type, First_Entity (Der_Base));
Set_Last_Entity (Derived_Type, Last_Entity (Der_Base));
Set_Stored_Constraint
(Full_Der, Stored_Constraint (Derived_Type));
end;
end if;
elsif Present (Full_View (Parent_Type))
and then Has_Discriminants (Full_View (Parent_Type))
then
if Has_Unknown_Discriminants (Parent_Type)
and then Nkind (Subtype_Indication (Type_Definition (N))) =
N_Subtype_Indication
then
Error_Msg_N
("cannot constrain type with unknown discriminants",
Subtype_Indication (Type_Definition (N)));
return;
end if;
-- If this is not a completion, construct the implicit full view by
-- deriving from the full view of the parent type. But if this is a
-- completion, the derived private type being built is a full view
-- and the full derivation can only be its underlying full view.
Build_Full_Derivation;
if not Is_Completion then
Set_Full_View (Derived_Type, Full_Der);
else
Set_Underlying_Full_View (Derived_Type, Full_Der);
Set_Is_Underlying_Full_View (Full_Der);
end if;
-- In any case, the primitive operations are inherited from the
-- parent type, not from the internal full view.
Set_Etype (Base_Type (Derived_Type), Base_Type (Parent_Type));
if Derive_Subps then
Derive_Subprograms (Parent_Type, Derived_Type);
end if;
Set_Stored_Constraint (Derived_Type, No_Elist);
Set_Is_Constrained
(Derived_Type, Is_Constrained (Full_View (Parent_Type)));
else
-- Untagged type, No discriminants on either view
if Nkind (Subtype_Indication (Type_Definition (N))) =
N_Subtype_Indication
then
Error_Msg_N
("illegal constraint on type without discriminants", N);
end if;
if Present (Discriminant_Specifications (N))
and then Present (Full_View (Parent_Type))
and then not Is_Tagged_Type (Full_View (Parent_Type))
then
Error_Msg_N ("cannot add discriminants to untagged type", N);
end if;
Set_Stored_Constraint (Derived_Type, No_Elist);
Set_Is_Constrained (Derived_Type, Is_Constrained (Parent_Type));
Set_Is_Controlled (Derived_Type, Is_Controlled (Parent_Type));
Set_Disable_Controlled (Derived_Type, Disable_Controlled
(Parent_Type));
Set_Has_Controlled_Component
(Derived_Type, Has_Controlled_Component
(Parent_Type));
-- Direct controlled types do not inherit Finalize_Storage_Only flag
if not Is_Controlled_Active (Parent_Type) then
Set_Finalize_Storage_Only
(Base_Type (Derived_Type), Finalize_Storage_Only (Parent_Type));
end if;
-- If this is not a completion, construct the implicit full view by
-- deriving from the full view of the parent type.
-- ??? If the parent is untagged private and its completion is
-- tagged, this mechanism will not work because we cannot derive from
-- the tagged full view unless we have an extension.
if Present (Full_View (Parent_Type))
and then not Is_Tagged_Type (Full_View (Parent_Type))
and then not Is_Completion
then
Build_Full_Derivation;
Set_Full_View (Derived_Type, Full_Der);
end if;
end if;
Set_Has_Unknown_Discriminants (Derived_Type,
Has_Unknown_Discriminants (Parent_Type));
if Is_Private_Type (Derived_Type) then
Set_Private_Dependents (Derived_Type, New_Elmt_List);
end if;
-- If the parent base type is in scope, add the derived type to its
-- list of private dependents, because its full view may become
-- visible subsequently (in a nested private part, a body, or in a
-- further child unit).
if Is_Private_Type (Par_Base) and then In_Open_Scopes (Par_Scope) then
Append_Elmt (Derived_Type, Private_Dependents (Parent_Type));
-- Check for unusual case where a type completed by a private
-- derivation occurs within a package nested in a child unit, and
-- the parent is declared in an ancestor.
if Is_Child_Unit (Scope (Current_Scope))
and then Is_Completion
and then In_Private_Part (Current_Scope)
and then Scope (Parent_Type) /= Current_Scope
-- Note that if the parent has a completion in the private part,
-- (which is itself a derivation from some other private type)
-- it is that completion that is visible, there is no full view
-- available, and no special processing is needed.
and then Present (Full_View (Parent_Type))
then
-- In this case, the full view of the parent type will become
-- visible in the body of the enclosing child, and only then will
-- the current type be possibly non-private. Build an underlying
-- full view that will be installed when the enclosing child body
-- is compiled.
if Present (Underlying_Full_View (Derived_Type)) then
Full_Der := Underlying_Full_View (Derived_Type);
else
Build_Full_Derivation;
Set_Underlying_Full_View (Derived_Type, Full_Der);
Set_Is_Underlying_Full_View (Full_Der);
end if;
-- The full view will be used to swap entities on entry/exit to
-- the body, and must appear in the entity list for the package.
Append_Entity (Full_Der, Scope (Derived_Type));
end if;
end if;
end Build_Derived_Private_Type;
-------------------------------
-- Build_Derived_Record_Type --
-------------------------------
-- 1. INTRODUCTION
-- Ideally we would like to use the same model of type derivation for
-- tagged and untagged record types. Unfortunately this is not quite
-- possible because the semantics of representation clauses is different
-- for tagged and untagged records under inheritance. Consider the
-- following:
-- type R (...) is [tagged] record ... end record;
-- type T (...) is new R (...) [with ...];
-- The representation clauses for T can specify a completely different
-- record layout from R's. Hence the same component can be placed in two
-- very different positions in objects of type T and R. If R and T are
-- tagged types, representation clauses for T can only specify the layout
-- of non inherited components, thus components that are common in R and T
-- have the same position in objects of type R and T.
-- This has two implications. The first is that the entire tree for R's
-- declaration needs to be copied for T in the untagged case, so that T
-- can be viewed as a record type of its own with its own representation
-- clauses. The second implication is the way we handle discriminants.
-- Specifically, in the untagged case we need a way to communicate to Gigi
-- what are the real discriminants in the record, while for the semantics
-- we need to consider those introduced by the user to rename the
-- discriminants in the parent type. This is handled by introducing the
-- notion of stored discriminants. See below for more.
-- Fortunately the way regular components are inherited can be handled in
-- the same way in tagged and untagged types.
-- To complicate things a bit more the private view of a private extension
-- cannot be handled in the same way as the full view (for one thing the
-- semantic rules are somewhat different). We will explain what differs
-- below.
-- 2. DISCRIMINANTS UNDER INHERITANCE
-- The semantic rules governing the discriminants of derived types are
-- quite subtle.
-- type Derived_Type_Name [KNOWN_DISCRIMINANT_PART] is new
-- [abstract] Parent_Type_Name [CONSTRAINT] [RECORD_EXTENSION_PART]
-- If parent type has discriminants, then the discriminants that are
-- declared in the derived type are [3.4 (11)]:
-- o The discriminants specified by a new KNOWN_DISCRIMINANT_PART, if
-- there is one;
-- o Otherwise, each discriminant of the parent type (implicitly declared
-- in the same order with the same specifications). In this case, the
-- discriminants are said to be "inherited", or if unknown in the parent
-- are also unknown in the derived type.
-- Furthermore if a KNOWN_DISCRIMINANT_PART is provided, then [3.7(13-18)]:
-- o The parent subtype must be constrained;
-- o If the parent type is not a tagged type, then each discriminant of
-- the derived type must be used in the constraint defining a parent
-- subtype. [Implementation note: This ensures that the new discriminant
-- can share storage with an existing discriminant.]
-- For the derived type each discriminant of the parent type is either
-- inherited, constrained to equal some new discriminant of the derived
-- type, or constrained to the value of an expression.
-- When inherited or constrained to equal some new discriminant, the
-- parent discriminant and the discriminant of the derived type are said
-- to "correspond".
-- If a discriminant of the parent type is constrained to a specific value
-- in the derived type definition, then the discriminant is said to be
-- "specified" by that derived type definition.
-- 3. DISCRIMINANTS IN DERIVED UNTAGGED RECORD TYPES
-- We have spoken about stored discriminants in point 1 (introduction)
-- above. There are two sort of stored discriminants: implicit and
-- explicit. As long as the derived type inherits the same discriminants as
-- the root record type, stored discriminants are the same as regular
-- discriminants, and are said to be implicit. However, if any discriminant
-- in the root type was renamed in the derived type, then the derived
-- type will contain explicit stored discriminants. Explicit stored
-- discriminants are discriminants in addition to the semantically visible
-- discriminants defined for the derived type. Stored discriminants are
-- used by Gigi to figure out what are the physical discriminants in
-- objects of the derived type (see precise definition in einfo.ads).
-- As an example, consider the following:
-- type R (D1, D2, D3 : Int) is record ... end record;
-- type T1 is new R;
-- type T2 (X1, X2: Int) is new T1 (X2, 88, X1);
-- type T3 is new T2;
-- type T4 (Y : Int) is new T3 (Y, 99);
-- The following table summarizes the discriminants and stored
-- discriminants in R and T1 through T4.
-- Type Discrim Stored Discrim Comment
-- R (D1, D2, D3) (D1, D2, D3) Girder discrims implicit in R
-- T1 (D1, D2, D3) (D1, D2, D3) Girder discrims implicit in T1
-- T2 (X1, X2) (D1, D2, D3) Girder discrims EXPLICIT in T2
-- T3 (X1, X2) (D1, D2, D3) Girder discrims EXPLICIT in T3
-- T4 (Y) (D1, D2, D3) Girder discrims EXPLICIT in T4
-- Field Corresponding_Discriminant (abbreviated CD below) allows us to
-- find the corresponding discriminant in the parent type, while
-- Original_Record_Component (abbreviated ORC below), the actual physical
-- component that is renamed. Finally the field Is_Completely_Hidden
-- (abbreviated ICH below) is set for all explicit stored discriminants
-- (see einfo.ads for more info). For the above example this gives:
-- Discrim CD ORC ICH
-- ^^^^^^^ ^^ ^^^ ^^^
-- D1 in R empty itself no
-- D2 in R empty itself no
-- D3 in R empty itself no
-- D1 in T1 D1 in R itself no
-- D2 in T1 D2 in R itself no
-- D3 in T1 D3 in R itself no
-- X1 in T2 D3 in T1 D3 in T2 no
-- X2 in T2 D1 in T1 D1 in T2 no
-- D1 in T2 empty itself yes
-- D2 in T2 empty itself yes
-- D3 in T2 empty itself yes
-- X1 in T3 X1 in T2 D3 in T3 no
-- X2 in T3 X2 in T2 D1 in T3 no
-- D1 in T3 empty itself yes
-- D2 in T3 empty itself yes
-- D3 in T3 empty itself yes
-- Y in T4 X1 in T3 D3 in T3 no
-- D1 in T3 empty itself yes
-- D2 in T3 empty itself yes
-- D3 in T3 empty itself yes
-- 4. DISCRIMINANTS IN DERIVED TAGGED RECORD TYPES
-- Type derivation for tagged types is fairly straightforward. If no
-- discriminants are specified by the derived type, these are inherited
-- from the parent. No explicit stored discriminants are ever necessary.
-- The only manipulation that is done to the tree is that of adding a
-- _parent field with parent type and constrained to the same constraint
-- specified for the parent in the derived type definition. For instance:
-- type R (D1, D2, D3 : Int) is tagged record ... end record;
-- type T1 is new R with null record;
-- type T2 (X1, X2: Int) is new T1 (X2, 88, X1) with null record;
-- are changed into:
-- type T1 (D1, D2, D3 : Int) is new R (D1, D2, D3) with record
-- _parent : R (D1, D2, D3);
-- end record;
-- type T2 (X1, X2: Int) is new T1 (X2, 88, X1) with record
-- _parent : T1 (X2, 88, X1);
-- end record;
-- The discriminants actually present in R, T1 and T2 as well as their CD,
-- ORC and ICH fields are:
-- Discrim CD ORC ICH
-- ^^^^^^^ ^^ ^^^ ^^^
-- D1 in R empty itself no
-- D2 in R empty itself no
-- D3 in R empty itself no
-- D1 in T1 D1 in R D1 in R no
-- D2 in T1 D2 in R D2 in R no
-- D3 in T1 D3 in R D3 in R no
-- X1 in T2 D3 in T1 D3 in R no
-- X2 in T2 D1 in T1 D1 in R no
-- 5. FIRST TRANSFORMATION FOR DERIVED RECORDS
--
-- Regardless of whether we dealing with a tagged or untagged type
-- we will transform all derived type declarations of the form
--
-- type T is new R (...) [with ...];
-- or
-- subtype S is R (...);
-- type T is new S [with ...];
-- into
-- type BT is new R [with ...];
-- subtype T is BT (...);
--
-- That is, the base derived type is constrained only if it has no
-- discriminants. The reason for doing this is that GNAT's semantic model
-- assumes that a base type with discriminants is unconstrained.
--
-- Note that, strictly speaking, the above transformation is not always
-- correct. Consider for instance the following excerpt from ACVC b34011a:
--
-- procedure B34011A is
-- type REC (D : integer := 0) is record
-- I : Integer;
-- end record;
-- package P is
-- type T6 is new Rec;
-- function F return T6;
-- end P;
-- use P;
-- package Q6 is
-- type U is new T6 (Q6.F.I); -- ERROR: Q6.F.
-- end Q6;
--
-- The definition of Q6.U is illegal. However transforming Q6.U into
-- type BaseU is new T6;
-- subtype U is BaseU (Q6.F.I)
-- turns U into a legal subtype, which is incorrect. To avoid this problem
-- we always analyze the constraint (in this case (Q6.F.I)) before applying
-- the transformation described above.
-- There is another instance where the above transformation is incorrect.
-- Consider:
-- package Pack is
-- type Base (D : Integer) is tagged null record;
-- procedure P (X : Base);
-- type Der is new Base (2) with null record;
-- procedure P (X : Der);
-- end Pack;
-- Then the above transformation turns this into
-- type Der_Base is new Base with null record;
-- -- procedure P (X : Base) is implicitly inherited here
-- -- as procedure P (X : Der_Base).
-- subtype Der is Der_Base (2);
-- procedure P (X : Der);
-- -- The overriding of P (X : Der_Base) is illegal since we
-- -- have a parameter conformance problem.
-- To get around this problem, after having semantically processed Der_Base
-- and the rewritten subtype declaration for Der, we copy Der_Base field
-- Discriminant_Constraint from Der so that when parameter conformance is
-- checked when P is overridden, no semantic errors are flagged.
-- 6. SECOND TRANSFORMATION FOR DERIVED RECORDS
-- Regardless of whether we are dealing with a tagged or untagged type
-- we will transform all derived type declarations of the form
-- type R (D1, .., Dn : ...) is [tagged] record ...;
-- type T is new R [with ...];
-- into
-- type T (D1, .., Dn : ...) is new R (D1, .., Dn) [with ...];
-- The reason for such transformation is that it allows us to implement a
-- very clean form of component inheritance as explained below.
-- Note that this transformation is not achieved by direct tree rewriting
-- and manipulation, but rather by redoing the semantic actions that the
-- above transformation will entail. This is done directly in routine
-- Inherit_Components.
-- 7. TYPE DERIVATION AND COMPONENT INHERITANCE
-- In both tagged and untagged derived types, regular non discriminant
-- components are inherited in the derived type from the parent type. In
-- the absence of discriminants component, inheritance is straightforward
-- as components can simply be copied from the parent.
-- If the parent has discriminants, inheriting components constrained with
-- these discriminants requires caution. Consider the following example:
-- type R (D1, D2 : Positive) is [tagged] record
-- S : String (D1 .. D2);
-- end record;
-- type T1 is new R [with null record];
-- type T2 (X : positive) is new R (1, X) [with null record];
-- As explained in 6. above, T1 is rewritten as
-- type T1 (D1, D2 : Positive) is new R (D1, D2) [with null record];
-- which makes the treatment for T1 and T2 identical.
-- What we want when inheriting S, is that references to D1 and D2 in R are
-- replaced with references to their correct constraints, i.e. D1 and D2 in
-- T1 and 1 and X in T2. So all R's discriminant references are replaced
-- with either discriminant references in the derived type or expressions.
-- This replacement is achieved as follows: before inheriting R's
-- components, a subtype R (D1, D2) for T1 (resp. R (1, X) for T2) is
-- created in the scope of T1 (resp. scope of T2) so that discriminants D1
-- and D2 of T1 are visible (resp. discriminant X of T2 is visible).
-- For T2, for instance, this has the effect of replacing String (D1 .. D2)
-- by String (1 .. X).
-- 8. TYPE DERIVATION IN PRIVATE TYPE EXTENSIONS
-- We explain here the rules governing private type extensions relevant to
-- type derivation. These rules are explained on the following example:
-- type D [(...)] is new A [(...)] with private; <-- partial view
-- type D [(...)] is new P [(...)] with null record; <-- full view
-- Type A is called the ancestor subtype of the private extension.
-- Type P is the parent type of the full view of the private extension. It
-- must be A or a type derived from A.
-- The rules concerning the discriminants of private type extensions are
-- [7.3(10-13)]:
-- o If a private extension inherits known discriminants from the ancestor
-- subtype, then the full view must also inherit its discriminants from
-- the ancestor subtype and the parent subtype of the full view must be
-- constrained if and only if the ancestor subtype is constrained.
-- o If a partial view has unknown discriminants, then the full view may
-- define a definite or an indefinite subtype, with or without
-- discriminants.
-- o If a partial view has neither known nor unknown discriminants, then
-- the full view must define a definite subtype.
-- o If the ancestor subtype of a private extension has constrained
-- discriminants, then the parent subtype of the full view must impose a
-- statically matching constraint on those discriminants.
-- This means that only the following forms of private extensions are
-- allowed:
-- type D is new A with private; <-- partial view
-- type D is new P with null record; <-- full view
-- If A has no discriminants than P has no discriminants, otherwise P must
-- inherit A's discriminants.
-- type D is new A (...) with private; <-- partial view
-- type D is new P (:::) with null record; <-- full view
-- P must inherit A's discriminants and (...) and (:::) must statically
-- match.
-- subtype A is R (...);
-- type D is new A with private; <-- partial view
-- type D is new P with null record; <-- full view
-- P must have inherited R's discriminants and must be derived from A or
-- any of its subtypes.
-- type D (..) is new A with private; <-- partial view
-- type D (..) is new P [(:::)] with null record; <-- full view
-- No specific constraints on P's discriminants or constraint (:::).
-- Note that A can be unconstrained, but the parent subtype P must either
-- be constrained or (:::) must be present.
-- type D (..) is new A [(...)] with private; <-- partial view
-- type D (..) is new P [(:::)] with null record; <-- full view
-- P's constraints on A's discriminants must statically match those
-- imposed by (...).
-- 9. IMPLEMENTATION OF TYPE DERIVATION FOR PRIVATE EXTENSIONS
-- The full view of a private extension is handled exactly as described
-- above. The model chose for the private view of a private extension is
-- the same for what concerns discriminants (i.e. they receive the same
-- treatment as in the tagged case). However, the private view of the
-- private extension always inherits the components of the parent base,
-- without replacing any discriminant reference. Strictly speaking this is
-- incorrect. However, Gigi never uses this view to generate code so this
-- is a purely semantic issue. In theory, a set of transformations similar
-- to those given in 5. and 6. above could be applied to private views of
-- private extensions to have the same model of component inheritance as
-- for non private extensions. However, this is not done because it would
-- further complicate private type processing. Semantically speaking, this
-- leaves us in an uncomfortable situation. As an example consider:
-- package Pack is
-- type R (D : integer) is tagged record
-- S : String (1 .. D);
-- end record;
-- procedure P (X : R);
-- type T is new R (1) with private;
-- private
-- type T is new R (1) with null record;
-- end;
-- This is transformed into:
-- package Pack is
-- type R (D : integer) is tagged record
-- S : String (1 .. D);
-- end record;
-- procedure P (X : R);
-- type T is new R (1) with private;
-- private
-- type BaseT is new R with null record;
-- subtype T is BaseT (1);
-- end;
-- (strictly speaking the above is incorrect Ada)
-- From the semantic standpoint the private view of private extension T
-- should be flagged as constrained since one can clearly have
--
-- Obj : T;
--
-- in a unit withing Pack. However, when deriving subprograms for the
-- private view of private extension T, T must be seen as unconstrained
-- since T has discriminants (this is a constraint of the current
-- subprogram derivation model). Thus, when processing the private view of
-- a private extension such as T, we first mark T as unconstrained, we
-- process it, we perform program derivation and just before returning from
-- Build_Derived_Record_Type we mark T as constrained.
-- ??? Are there are other uncomfortable cases that we will have to
-- deal with.
-- 10. RECORD_TYPE_WITH_PRIVATE complications
-- Types that are derived from a visible record type and have a private
-- extension present other peculiarities. They behave mostly like private
-- types, but if they have primitive operations defined, these will not
-- have the proper signatures for further inheritance, because other
-- primitive operations will use the implicit base that we define for
-- private derivations below. This affect subprogram inheritance (see
-- Derive_Subprograms for details). We also derive the implicit base from
-- the base type of the full view, so that the implicit base is a record
-- type and not another private type, This avoids infinite loops.
procedure Build_Derived_Record_Type
(N : Node_Id;
Parent_Type : Entity_Id;
Derived_Type : Entity_Id;
Derive_Subps : Boolean := True)
is
Discriminant_Specs : constant Boolean :=
Present (Discriminant_Specifications (N));
Is_Tagged : constant Boolean := Is_Tagged_Type (Parent_Type);
Loc : constant Source_Ptr := Sloc (N);
Private_Extension : constant Boolean :=
Nkind (N) = N_Private_Extension_Declaration;
Assoc_List : Elist_Id;
Constraint_Present : Boolean;
Constrs : Elist_Id;
Discrim : Entity_Id;
Indic : Node_Id;
Inherit_Discrims : Boolean := False;
Last_Discrim : Entity_Id;
New_Base : Entity_Id;
New_Decl : Node_Id;
New_Discrs : Elist_Id;
New_Indic : Node_Id;
Parent_Base : Entity_Id;
Save_Etype : Entity_Id;
Save_Discr_Constr : Elist_Id;
Save_Next_Entity : Entity_Id;
Type_Def : Node_Id;
Discs : Elist_Id := New_Elmt_List;
-- An empty Discs list means that there were no constraints in the
-- subtype indication or that there was an error processing it.
begin
if Ekind (Parent_Type) = E_Record_Type_With_Private
and then Present (Full_View (Parent_Type))
and then Has_Discriminants (Parent_Type)
then
Parent_Base := Base_Type (Full_View (Parent_Type));
else
Parent_Base := Base_Type (Parent_Type);
end if;
-- AI05-0115 : if this is a derivation from a private type in some
-- other scope that may lead to invisible components for the derived
-- type, mark it accordingly.
if Is_Private_Type (Parent_Type) then
if Scope (Parent_Type) = Scope (Derived_Type) then
null;
elsif In_Open_Scopes (Scope (Parent_Type))
and then In_Private_Part (Scope (Parent_Type))
then
null;
else
Set_Has_Private_Ancestor (Derived_Type);
end if;
else
Set_Has_Private_Ancestor
(Derived_Type, Has_Private_Ancestor (Parent_Type));
end if;
-- Before we start the previously documented transformations, here is
-- little fix for size and alignment of tagged types. Normally when we
-- derive type D from type P, we copy the size and alignment of P as the
-- default for D, and in the absence of explicit representation clauses
-- for D, the size and alignment are indeed the same as the parent.
-- But this is wrong for tagged types, since fields may be added, and
-- the default size may need to be larger, and the default alignment may
-- need to be larger.
-- We therefore reset the size and alignment fields in the tagged case.
-- Note that the size and alignment will in any case be at least as
-- large as the parent type (since the derived type has a copy of the
-- parent type in the _parent field)
-- The type is also marked as being tagged here, which is needed when
-- processing components with a self-referential anonymous access type
-- in the call to Check_Anonymous_Access_Components below. Note that
-- this flag is also set later on for completeness.
if Is_Tagged then
Set_Is_Tagged_Type (Derived_Type);
Init_Size_Align (Derived_Type);
end if;
-- STEP 0a: figure out what kind of derived type declaration we have
if Private_Extension then
Type_Def := N;
Set_Ekind (Derived_Type, E_Record_Type_With_Private);
Set_Default_SSO (Derived_Type);
else
Type_Def := Type_Definition (N);
-- Ekind (Parent_Base) is not necessarily E_Record_Type since
-- Parent_Base can be a private type or private extension. However,
-- for tagged types with an extension the newly added fields are
-- visible and hence the Derived_Type is always an E_Record_Type.
-- (except that the parent may have its own private fields).
-- For untagged types we preserve the Ekind of the Parent_Base.
if Present (Record_Extension_Part (Type_Def)) then
Set_Ekind (Derived_Type, E_Record_Type);
Set_Default_SSO (Derived_Type);
-- Create internal access types for components with anonymous
-- access types.
if Ada_Version >= Ada_2005 then
Check_Anonymous_Access_Components
(N, Derived_Type, Derived_Type,
Component_List (Record_Extension_Part (Type_Def)));
end if;
else
Set_Ekind (Derived_Type, Ekind (Parent_Base));
end if;
end if;
-- Indic can either be an N_Identifier if the subtype indication
-- contains no constraint or an N_Subtype_Indication if the subtype
-- indication has a constraint.
Indic := Subtype_Indication (Type_Def);
Constraint_Present := (Nkind (Indic) = N_Subtype_Indication);
-- Check that the type has visible discriminants. The type may be
-- a private type with unknown discriminants whose full view has
-- discriminants which are invisible.
if Constraint_Present then
if not Has_Discriminants (Parent_Base)
or else
(Has_Unknown_Discriminants (Parent_Base)
and then Is_Private_Type (Parent_Base))
then
Error_Msg_N
("invalid constraint: type has no discriminant",
Constraint (Indic));
Constraint_Present := False;
Rewrite (Indic, New_Copy_Tree (Subtype_Mark (Indic)));
elsif Is_Constrained (Parent_Type) then
Error_Msg_N
("invalid constraint: parent type is already constrained",
Constraint (Indic));
Constraint_Present := False;
Rewrite (Indic, New_Copy_Tree (Subtype_Mark (Indic)));
end if;
end if;
-- STEP 0b: If needed, apply transformation given in point 5. above
if not Private_Extension
and then Has_Discriminants (Parent_Type)
and then not Discriminant_Specs
and then (Is_Constrained (Parent_Type) or else Constraint_Present)
then
-- First, we must analyze the constraint (see comment in point 5.)
-- The constraint may come from the subtype indication of the full
-- declaration.
if Constraint_Present then
New_Discrs := Build_Discriminant_Constraints (Parent_Type, Indic);
-- If there is no explicit constraint, there might be one that is
-- inherited from a constrained parent type. In that case verify that
-- it conforms to the constraint in the partial view. In perverse
-- cases the parent subtypes of the partial and full view can have
-- different constraints.
elsif Present (Stored_Constraint (Parent_Type)) then
New_Discrs := Stored_Constraint (Parent_Type);
else
New_Discrs := No_Elist;
end if;
if Has_Discriminants (Derived_Type)
and then Has_Private_Declaration (Derived_Type)
and then Present (Discriminant_Constraint (Derived_Type))
and then Present (New_Discrs)
then
-- Verify that constraints of the full view statically match
-- those given in the partial view.
declare
C1, C2 : Elmt_Id;
begin
C1 := First_Elmt (New_Discrs);
C2 := First_Elmt (Discriminant_Constraint (Derived_Type));
while Present (C1) and then Present (C2) loop
if Fully_Conformant_Expressions (Node (C1), Node (C2))
or else
(Is_OK_Static_Expression (Node (C1))
and then Is_OK_Static_Expression (Node (C2))
and then
Expr_Value (Node (C1)) = Expr_Value (Node (C2)))
then
null;
else
if Constraint_Present then
Error_Msg_N
("constraint not conformant to previous declaration",
Node (C1));
else
Error_Msg_N
("constraint of full view is incompatible "
& "with partial view", N);
end if;
end if;
Next_Elmt (C1);
Next_Elmt (C2);
end loop;
end;
end if;
-- Insert and analyze the declaration for the unconstrained base type
New_Base := Create_Itype (Ekind (Derived_Type), N, Derived_Type, 'B');
New_Decl :=
Make_Full_Type_Declaration (Loc,
Defining_Identifier => New_Base,
Type_Definition =>
Make_Derived_Type_Definition (Loc,
Abstract_Present => Abstract_Present (Type_Def),
Limited_Present => Limited_Present (Type_Def),
Subtype_Indication =>
New_Occurrence_Of (Parent_Base, Loc),
Record_Extension_Part =>
Relocate_Node (Record_Extension_Part (Type_Def)),
Interface_List => Interface_List (Type_Def)));
Set_Parent (New_Decl, Parent (N));
Mark_Rewrite_Insertion (New_Decl);
Insert_Before (N, New_Decl);
-- In the extension case, make sure ancestor is frozen appropriately
-- (see also non-discriminated case below).
if Present (Record_Extension_Part (Type_Def))
or else Is_Interface (Parent_Base)
then
Freeze_Before (New_Decl, Parent_Type);
end if;
-- Note that this call passes False for the Derive_Subps parameter
-- because subprogram derivation is deferred until after creating
-- the subtype (see below).
Build_Derived_Type
(New_Decl, Parent_Base, New_Base,
Is_Completion => False, Derive_Subps => False);
-- ??? This needs re-examination to determine whether the
-- above call can simply be replaced by a call to Analyze.
Set_Analyzed (New_Decl);
-- Insert and analyze the declaration for the constrained subtype
if Constraint_Present then
New_Indic :=
Make_Subtype_Indication (Loc,
Subtype_Mark => New_Occurrence_Of (New_Base, Loc),
Constraint => Relocate_Node (Constraint (Indic)));
else
declare
Constr_List : constant List_Id := New_List;
C : Elmt_Id;
Expr : Node_Id;
begin
C := First_Elmt (Discriminant_Constraint (Parent_Type));
while Present (C) loop
Expr := Node (C);
-- It is safe here to call New_Copy_Tree since we called
-- Force_Evaluation on each constraint previously
-- in Build_Discriminant_Constraints.
Append (New_Copy_Tree (Expr), To => Constr_List);
Next_Elmt (C);
end loop;
New_Indic :=
Make_Subtype_Indication (Loc,
Subtype_Mark => New_Occurrence_Of (New_Base, Loc),
Constraint =>
Make_Index_Or_Discriminant_Constraint (Loc, Constr_List));
end;
end if;
Rewrite (N,
Make_Subtype_Declaration (Loc,
Defining_Identifier => Derived_Type,
Subtype_Indication => New_Indic));
Analyze (N);
-- Derivation of subprograms must be delayed until the full subtype
-- has been established, to ensure proper overriding of subprograms
-- inherited by full types. If the derivations occurred as part of
-- the call to Build_Derived_Type above, then the check for type
-- conformance would fail because earlier primitive subprograms
-- could still refer to the full type prior the change to the new
-- subtype and hence would not match the new base type created here.
-- Subprograms are not derived, however, when Derive_Subps is False
-- (since otherwise there could be redundant derivations).
if Derive_Subps then
Derive_Subprograms (Parent_Type, Derived_Type);
end if;
-- For tagged types the Discriminant_Constraint of the new base itype
-- is inherited from the first subtype so that no subtype conformance
-- problem arise when the first subtype overrides primitive
-- operations inherited by the implicit base type.
if Is_Tagged then
Set_Discriminant_Constraint
(New_Base, Discriminant_Constraint (Derived_Type));
end if;
return;
end if;
-- If we get here Derived_Type will have no discriminants or it will be
-- a discriminated unconstrained base type.
-- STEP 1a: perform preliminary actions/checks for derived tagged types
if Is_Tagged then
-- The parent type is frozen for non-private extensions (RM 13.14(7))
-- The declaration of a specific descendant of an interface type
-- freezes the interface type (RM 13.14).
if not Private_Extension or else Is_Interface (Parent_Base) then
Freeze_Before (N, Parent_Type);
end if;
-- In Ada 2005 (AI-344), the restriction that a derived tagged type
-- cannot be declared at a deeper level than its parent type is
-- removed. The check on derivation within a generic body is also
-- relaxed, but there's a restriction that a derived tagged type
-- cannot be declared in a generic body if it's derived directly
-- or indirectly from a formal type of that generic.
if Ada_Version >= Ada_2005 then
if Present (Enclosing_Generic_Body (Derived_Type)) then
declare
Ancestor_Type : Entity_Id;
begin
-- Check to see if any ancestor of the derived type is a
-- formal type.
Ancestor_Type := Parent_Type;
while not Is_Generic_Type (Ancestor_Type)
and then Etype (Ancestor_Type) /= Ancestor_Type
loop
Ancestor_Type := Etype (Ancestor_Type);
end loop;
-- If the derived type does have a formal type as an
-- ancestor, then it's an error if the derived type is
-- declared within the body of the generic unit that
-- declares the formal type in its generic formal part. It's
-- sufficient to check whether the ancestor type is declared
-- inside the same generic body as the derived type (such as
-- within a nested generic spec), in which case the
-- derivation is legal. If the formal type is declared
-- outside of that generic body, then it's guaranteed that
-- the derived type is declared within the generic body of
-- the generic unit declaring the formal type.
if Is_Generic_Type (Ancestor_Type)
and then Enclosing_Generic_Body (Ancestor_Type) /=
Enclosing_Generic_Body (Derived_Type)
then
Error_Msg_NE
("parent type of& must not be descendant of formal type"
& " of an enclosing generic body",
Indic, Derived_Type);
end if;
end;
end if;
elsif Type_Access_Level (Derived_Type) /=
Type_Access_Level (Parent_Type)
and then not Is_Generic_Type (Derived_Type)
then
if Is_Controlled (Parent_Type) then
Error_Msg_N
("controlled type must be declared at the library level",
Indic);
else
Error_Msg_N
("type extension at deeper accessibility level than parent",
Indic);
end if;
else
declare
GB : constant Node_Id := Enclosing_Generic_Body (Derived_Type);
begin
if Present (GB)
and then GB /= Enclosing_Generic_Body (Parent_Base)
then
Error_Msg_NE
("parent type of& must not be outside generic body"
& " (RM 3.9.1(4))",
Indic, Derived_Type);
end if;
end;
end if;
end if;
-- Ada 2005 (AI-251)
if Ada_Version >= Ada_2005 and then Is_Tagged then
-- "The declaration of a specific descendant of an interface type
-- freezes the interface type" (RM 13.14).
declare
Iface : Node_Id;
begin
if Is_Non_Empty_List (Interface_List (Type_Def)) then
Iface := First (Interface_List (Type_Def));
while Present (Iface) loop
Freeze_Before (N, Etype (Iface));
Next (Iface);
end loop;
end if;
end;
end if;
-- STEP 1b : preliminary cleanup of the full view of private types
-- If the type is already marked as having discriminants, then it's the
-- completion of a private type or private extension and we need to
-- retain the discriminants from the partial view if the current
-- declaration has Discriminant_Specifications so that we can verify
-- conformance. However, we must remove any existing components that
-- were inherited from the parent (and attached in Copy_And_Swap)
-- because the full type inherits all appropriate components anyway, and
-- we do not want the partial view's components interfering.
if Has_Discriminants (Derived_Type) and then Discriminant_Specs then
Discrim := First_Discriminant (Derived_Type);
loop
Last_Discrim := Discrim;
Next_Discriminant (Discrim);
exit when No (Discrim);
end loop;
Set_Last_Entity (Derived_Type, Last_Discrim);
-- In all other cases wipe out the list of inherited components (even
-- inherited discriminants), it will be properly rebuilt here.
else
Set_First_Entity (Derived_Type, Empty);
Set_Last_Entity (Derived_Type, Empty);
end if;
-- STEP 1c: Initialize some flags for the Derived_Type
-- The following flags must be initialized here so that
-- Process_Discriminants can check that discriminants of tagged types do
-- not have a default initial value and that access discriminants are
-- only specified for limited records. For completeness, these flags are
-- also initialized along with all the other flags below.
-- AI-419: Limitedness is not inherited from an interface parent, so to
-- be limited in that case the type must be explicitly declared as
-- limited. However, task and protected interfaces are always limited.
if Limited_Present (Type_Def) then
Set_Is_Limited_Record (Derived_Type);
elsif Is_Limited_Record (Parent_Type)
or else (Present (Full_View (Parent_Type))
and then Is_Limited_Record (Full_View (Parent_Type)))
then
if not Is_Interface (Parent_Type)
or else Is_Synchronized_Interface (Parent_Type)
or else Is_Protected_Interface (Parent_Type)
or else Is_Task_Interface (Parent_Type)
then
Set_Is_Limited_Record (Derived_Type);
end if;
end if;
-- STEP 2a: process discriminants of derived type if any
Push_Scope (Derived_Type);
if Discriminant_Specs then
Set_Has_Unknown_Discriminants (Derived_Type, False);
-- The following call initializes fields Has_Discriminants and
-- Discriminant_Constraint, unless we are processing the completion
-- of a private type declaration.
Check_Or_Process_Discriminants (N, Derived_Type);
-- For untagged types, the constraint on the Parent_Type must be
-- present and is used to rename the discriminants.
if not Is_Tagged and then not Has_Discriminants (Parent_Type) then
Error_Msg_N ("untagged parent must have discriminants", Indic);
elsif not Is_Tagged and then not Constraint_Present then
Error_Msg_N
("discriminant constraint needed for derived untagged records",
Indic);
-- Otherwise the parent subtype must be constrained unless we have a
-- private extension.
elsif not Constraint_Present
and then not Private_Extension
and then not Is_Constrained (Parent_Type)
then
Error_Msg_N
("unconstrained type not allowed in this context", Indic);
elsif Constraint_Present then
-- The following call sets the field Corresponding_Discriminant
-- for the discriminants in the Derived_Type.
Discs := Build_Discriminant_Constraints (Parent_Type, Indic, True);
-- For untagged types all new discriminants must rename
-- discriminants in the parent. For private extensions new
-- discriminants cannot rename old ones (implied by [7.3(13)]).
Discrim := First_Discriminant (Derived_Type);
while Present (Discrim) loop
if not Is_Tagged
and then No (Corresponding_Discriminant (Discrim))
then
Error_Msg_N
("new discriminants must constrain old ones", Discrim);
elsif Private_Extension
and then Present (Corresponding_Discriminant (Discrim))
then
Error_Msg_N
("only static constraints allowed for parent"
& " discriminants in the partial view", Indic);
exit;
end if;
-- If a new discriminant is used in the constraint, then its
-- subtype must be statically compatible with the parent
-- discriminant's subtype (3.7(15)).
-- However, if the record contains an array constrained by
-- the discriminant but with some different bound, the compiler
-- tries to create a smaller range for the discriminant type.
-- (See exp_ch3.Adjust_Discriminants). In this case, where
-- the discriminant type is a scalar type, the check must use
-- the original discriminant type in the parent declaration.
declare
Corr_Disc : constant Entity_Id :=
Corresponding_Discriminant (Discrim);
Disc_Type : constant Entity_Id := Etype (Discrim);
Corr_Type : Entity_Id;
begin
if Present (Corr_Disc) then
if Is_Scalar_Type (Disc_Type) then
Corr_Type :=
Entity (Discriminant_Type (Parent (Corr_Disc)));
else
Corr_Type := Etype (Corr_Disc);
end if;
if not
Subtypes_Statically_Compatible (Disc_Type, Corr_Type)
then
Error_Msg_N
("subtype must be compatible "
& "with parent discriminant",
Discrim);
end if;
end if;
end;
Next_Discriminant (Discrim);
end loop;
-- Check whether the constraints of the full view statically
-- match those imposed by the parent subtype [7.3(13)].
if Present (Stored_Constraint (Derived_Type)) then
declare
C1, C2 : Elmt_Id;
begin
C1 := First_Elmt (Discs);
C2 := First_Elmt (Stored_Constraint (Derived_Type));
while Present (C1) and then Present (C2) loop
if not
Fully_Conformant_Expressions (Node (C1), Node (C2))
then
Error_Msg_N
("not conformant with previous declaration",
Node (C1));
end if;
Next_Elmt (C1);
Next_Elmt (C2);
end loop;
end;
end if;
end if;
-- STEP 2b: No new discriminants, inherit discriminants if any
else
if Private_Extension then
Set_Has_Unknown_Discriminants
(Derived_Type,
Has_Unknown_Discriminants (Parent_Type)
or else Unknown_Discriminants_Present (N));
-- The partial view of the parent may have unknown discriminants,
-- but if the full view has discriminants and the parent type is
-- in scope they must be inherited.
elsif Has_Unknown_Discriminants (Parent_Type)
and then
(not Has_Discriminants (Parent_Type)
or else not In_Open_Scopes (Scope (Parent_Type)))
then
Set_Has_Unknown_Discriminants (Derived_Type);
end if;
if not Has_Unknown_Discriminants (Derived_Type)
and then not Has_Unknown_Discriminants (Parent_Base)
and then Has_Discriminants (Parent_Type)
then
Inherit_Discrims := True;
Set_Has_Discriminants
(Derived_Type, True);
Set_Discriminant_Constraint
(Derived_Type, Discriminant_Constraint (Parent_Base));
end if;
-- The following test is true for private types (remember
-- transformation 5. is not applied to those) and in an error
-- situation.
if Constraint_Present then
Discs := Build_Discriminant_Constraints (Parent_Type, Indic);
end if;
-- For now mark a new derived type as constrained only if it has no
-- discriminants. At the end of Build_Derived_Record_Type we properly
-- set this flag in the case of private extensions. See comments in
-- point 9. just before body of Build_Derived_Record_Type.
Set_Is_Constrained
(Derived_Type,
not (Inherit_Discrims
or else Has_Unknown_Discriminants (Derived_Type)));
end if;
-- STEP 3: initialize fields of derived type
Set_Is_Tagged_Type (Derived_Type, Is_Tagged);
Set_Stored_Constraint (Derived_Type, No_Elist);
-- Ada 2005 (AI-251): Private type-declarations can implement interfaces
-- but cannot be interfaces
if not Private_Extension
and then Ekind (Derived_Type) /= E_Private_Type
and then Ekind (Derived_Type) /= E_Limited_Private_Type
then
if Interface_Present (Type_Def) then
Analyze_Interface_Declaration (Derived_Type, Type_Def);
end if;
Set_Interfaces (Derived_Type, No_Elist);
end if;
-- Fields inherited from the Parent_Type
Set_Has_Specified_Layout
(Derived_Type, Has_Specified_Layout (Parent_Type));
Set_Is_Limited_Composite
(Derived_Type, Is_Limited_Composite (Parent_Type));
Set_Is_Private_Composite
(Derived_Type, Is_Private_Composite (Parent_Type));
if Is_Tagged_Type (Parent_Type) then
Set_No_Tagged_Streams_Pragma
(Derived_Type, No_Tagged_Streams_Pragma (Parent_Type));
end if;
-- Fields inherited from the Parent_Base
Set_Has_Controlled_Component
(Derived_Type, Has_Controlled_Component (Parent_Base));
Set_Has_Non_Standard_Rep
(Derived_Type, Has_Non_Standard_Rep (Parent_Base));
Set_Has_Primitive_Operations
(Derived_Type, Has_Primitive_Operations (Parent_Base));
-- Fields inherited from the Parent_Base in the non-private case
if Ekind (Derived_Type) = E_Record_Type then
Set_Has_Complex_Representation
(Derived_Type, Has_Complex_Representation (Parent_Base));
end if;
-- Fields inherited from the Parent_Base for record types
if Is_Record_Type (Derived_Type) then
declare
Parent_Full : Entity_Id;
begin
-- Ekind (Parent_Base) is not necessarily E_Record_Type since
-- Parent_Base can be a private type or private extension. Go
-- to the full view here to get the E_Record_Type specific flags.
if Present (Full_View (Parent_Base)) then
Parent_Full := Full_View (Parent_Base);
else
Parent_Full := Parent_Base;
end if;
Set_OK_To_Reorder_Components
(Derived_Type, OK_To_Reorder_Components (Parent_Full));
end;
end if;
-- Set fields for private derived types
if Is_Private_Type (Derived_Type) then
Set_Depends_On_Private (Derived_Type, True);
Set_Private_Dependents (Derived_Type, New_Elmt_List);
-- Inherit fields from non private record types. If this is the
-- completion of a derivation from a private type, the parent itself
-- is private, and the attributes come from its full view, which must
-- be present.
else
if Is_Private_Type (Parent_Base)
and then not Is_Record_Type (Parent_Base)
then
Set_Component_Alignment
(Derived_Type, Component_Alignment (Full_View (Parent_Base)));
Set_C_Pass_By_Copy
(Derived_Type, C_Pass_By_Copy (Full_View (Parent_Base)));
else
Set_Component_Alignment
(Derived_Type, Component_Alignment (Parent_Base));
Set_C_Pass_By_Copy
(Derived_Type, C_Pass_By_Copy (Parent_Base));
end if;
end if;
-- Set fields for tagged types
if Is_Tagged then
Set_Direct_Primitive_Operations (Derived_Type, New_Elmt_List);
-- All tagged types defined in Ada.Finalization are controlled
if Chars (Scope (Derived_Type)) = Name_Finalization
and then Chars (Scope (Scope (Derived_Type))) = Name_Ada
and then Scope (Scope (Scope (Derived_Type))) = Standard_Standard
then
Set_Is_Controlled (Derived_Type);
else
Set_Is_Controlled (Derived_Type, Is_Controlled (Parent_Base));
end if;
-- Minor optimization: there is no need to generate the class-wide
-- entity associated with an underlying record view.
if not Is_Underlying_Record_View (Derived_Type) then
Make_Class_Wide_Type (Derived_Type);
end if;
Set_Is_Abstract_Type (Derived_Type, Abstract_Present (Type_Def));
if Has_Discriminants (Derived_Type)
and then Constraint_Present
then
Set_Stored_Constraint
(Derived_Type, Expand_To_Stored_Constraint (Parent_Base, Discs));
end if;
if Ada_Version >= Ada_2005 then
declare
Ifaces_List : Elist_Id;
begin
-- Checks rules 3.9.4 (13/2 and 14/2)
if Comes_From_Source (Derived_Type)
and then not Is_Private_Type (Derived_Type)
and then Is_Interface (Parent_Type)
and then not Is_Interface (Derived_Type)
then
if Is_Task_Interface (Parent_Type) then
Error_Msg_N
("(Ada 2005) task type required (RM 3.9.4 (13.2))",
Derived_Type);
elsif Is_Protected_Interface (Parent_Type) then
Error_Msg_N
("(Ada 2005) protected type required (RM 3.9.4 (14.2))",
Derived_Type);
end if;
end if;
-- Check ARM rules 3.9.4 (15/2), 9.1 (9.d/2) and 9.4 (11.d/2)
Check_Interfaces (N, Type_Def);
-- Ada 2005 (AI-251): Collect the list of progenitors that are
-- not already in the parents.
Collect_Interfaces
(T => Derived_Type,
Ifaces_List => Ifaces_List,
Exclude_Parents => True);
Set_Interfaces (Derived_Type, Ifaces_List);
-- If the derived type is the anonymous type created for
-- a declaration whose parent has a constraint, propagate
-- the interface list to the source type. This must be done
-- prior to the completion of the analysis of the source type
-- because the components in the extension may contain current
-- instances whose legality depends on some ancestor.
if Is_Itype (Derived_Type) then
declare
Def : constant Node_Id :=
Associated_Node_For_Itype (Derived_Type);
begin
if Present (Def)
and then Nkind (Def) = N_Full_Type_Declaration
then
Set_Interfaces
(Defining_Identifier (Def), Ifaces_List);
end if;
end;
end if;
-- A type extension is automatically Ghost when one of its
-- progenitors is Ghost (SPARK RM 6.9(9)). This property is
-- also inherited when the parent type is Ghost, but this is
-- done in Build_Derived_Type as the mechanism also handles
-- untagged derivations.
if Implements_Ghost_Interface (Derived_Type) then
Set_Is_Ghost_Entity (Derived_Type);
end if;
end;
end if;
else
Set_Is_Packed (Derived_Type, Is_Packed (Parent_Base));
Set_Has_Non_Standard_Rep
(Derived_Type, Has_Non_Standard_Rep (Parent_Base));
end if;
-- STEP 4: Inherit components from the parent base and constrain them.
-- Apply the second transformation described in point 6. above.
if (not Is_Empty_Elmt_List (Discs) or else Inherit_Discrims)
or else not Has_Discriminants (Parent_Type)
or else not Is_Constrained (Parent_Type)
then
Constrs := Discs;
else
Constrs := Discriminant_Constraint (Parent_Type);
end if;
Assoc_List :=
Inherit_Components
(N, Parent_Base, Derived_Type, Is_Tagged, Inherit_Discrims, Constrs);
-- STEP 5a: Copy the parent record declaration for untagged types
Set_Has_Implicit_Dereference
(Derived_Type, Has_Implicit_Dereference (Parent_Type));
if not Is_Tagged then
-- Discriminant_Constraint (Derived_Type) has been properly
-- constructed. Save it and temporarily set it to Empty because we
-- do not want the call to New_Copy_Tree below to mess this list.
if Has_Discriminants (Derived_Type) then
Save_Discr_Constr := Discriminant_Constraint (Derived_Type);
Set_Discriminant_Constraint (Derived_Type, No_Elist);
else
Save_Discr_Constr := No_Elist;
end if;
-- Save the Etype field of Derived_Type. It is correctly set now,
-- but the call to New_Copy tree may remap it to point to itself,
-- which is not what we want. Ditto for the Next_Entity field.
Save_Etype := Etype (Derived_Type);
Save_Next_Entity := Next_Entity (Derived_Type);
-- Assoc_List maps all stored discriminants in the Parent_Base to
-- stored discriminants in the Derived_Type. It is fundamental that
-- no types or itypes with discriminants other than the stored
-- discriminants appear in the entities declared inside
-- Derived_Type, since the back end cannot deal with it.
New_Decl :=
New_Copy_Tree
(Parent (Parent_Base), Map => Assoc_List, New_Sloc => Loc);
-- Restore the fields saved prior to the New_Copy_Tree call
-- and compute the stored constraint.
Set_Etype (Derived_Type, Save_Etype);
Set_Next_Entity (Derived_Type, Save_Next_Entity);
if Has_Discriminants (Derived_Type) then
Set_Discriminant_Constraint
(Derived_Type, Save_Discr_Constr);
Set_Stored_Constraint
(Derived_Type, Expand_To_Stored_Constraint (Parent_Type, Discs));
Replace_Components (Derived_Type, New_Decl);
end if;
-- Insert the new derived type declaration
Rewrite (N, New_Decl);
-- STEP 5b: Complete the processing for record extensions in generics
-- There is no completion for record extensions declared in the
-- parameter part of a generic, so we need to complete processing for
-- these generic record extensions here. The Record_Type_Definition call
-- will change the Ekind of the components from E_Void to E_Component.
elsif Private_Extension and then Is_Generic_Type (Derived_Type) then
Record_Type_Definition (Empty, Derived_Type);
-- STEP 5c: Process the record extension for non private tagged types
elsif not Private_Extension then
Expand_Record_Extension (Derived_Type, Type_Def);
-- Note : previously in ASIS mode we set the Parent_Subtype of the
-- derived type to propagate some semantic information. This led
-- to other ASIS failures and has been removed.
-- Ada 2005 (AI-251): Addition of the Tag corresponding to all the
-- implemented interfaces if we are in expansion mode
if Expander_Active
and then Has_Interfaces (Derived_Type)
then
Add_Interface_Tag_Components (N, Derived_Type);
end if;
-- Analyze the record extension
Record_Type_Definition
(Record_Extension_Part (Type_Def), Derived_Type);
end if;
End_Scope;
-- Nothing else to do if there is an error in the derivation.
-- An unusual case: the full view may be derived from a type in an
-- instance, when the partial view was used illegally as an actual
-- in that instance, leading to a circular definition.
if Etype (Derived_Type) = Any_Type
or else Etype (Parent_Type) = Derived_Type
then
return;
end if;
-- Set delayed freeze and then derive subprograms, we need to do
-- this in this order so that derived subprograms inherit the
-- derived freeze if necessary.
Set_Has_Delayed_Freeze (Derived_Type);
if Derive_Subps then
Derive_Subprograms (Parent_Type, Derived_Type);
end if;
-- If we have a private extension which defines a constrained derived
-- type mark as constrained here after we have derived subprograms. See
-- comment on point 9. just above the body of Build_Derived_Record_Type.
if Private_Extension and then Inherit_Discrims then
if Constraint_Present and then not Is_Empty_Elmt_List (Discs) then
Set_Is_Constrained (Derived_Type, True);
Set_Discriminant_Constraint (Derived_Type, Discs);
elsif Is_Constrained (Parent_Type) then
Set_Is_Constrained
(Derived_Type, True);
Set_Discriminant_Constraint
(Derived_Type, Discriminant_Constraint (Parent_Type));
end if;
end if;
-- Update the class-wide type, which shares the now-completed entity
-- list with its specific type. In case of underlying record views,
-- we do not generate the corresponding class wide entity.
if Is_Tagged
and then not Is_Underlying_Record_View (Derived_Type)
then
Set_First_Entity
(Class_Wide_Type (Derived_Type), First_Entity (Derived_Type));
Set_Last_Entity
(Class_Wide_Type (Derived_Type), Last_Entity (Derived_Type));
end if;
Check_Function_Writable_Actuals (N);
end Build_Derived_Record_Type;
------------------------
-- Build_Derived_Type --
------------------------
procedure Build_Derived_Type
(N : Node_Id;
Parent_Type : Entity_Id;
Derived_Type : Entity_Id;
Is_Completion : Boolean;
Derive_Subps : Boolean := True)
is
Parent_Base : constant Entity_Id := Base_Type (Parent_Type);
begin
-- Set common attributes
Set_Scope (Derived_Type, Current_Scope);
Set_Etype (Derived_Type, Parent_Base);
Set_Ekind (Derived_Type, Ekind (Parent_Base));
Propagate_Concurrent_Flags (Derived_Type, Parent_Base);
Set_Size_Info (Derived_Type, Parent_Type);
Set_RM_Size (Derived_Type, RM_Size (Parent_Type));
Set_Is_Controlled (Derived_Type, Is_Controlled (Parent_Type));
Set_Disable_Controlled (Derived_Type, Disable_Controlled (Parent_Type));
Set_Is_Tagged_Type (Derived_Type, Is_Tagged_Type (Parent_Type));
Set_Is_Volatile (Derived_Type, Is_Volatile (Parent_Type));
if Is_Tagged_Type (Derived_Type) then
Set_No_Tagged_Streams_Pragma
(Derived_Type, No_Tagged_Streams_Pragma (Parent_Type));
end if;
-- If the parent has primitive routines, set the derived type link
if Has_Primitive_Operations (Parent_Type) then
Set_Derived_Type_Link (Parent_Base, Derived_Type);
end if;
-- If the parent type is a private subtype, the convention on the base
-- type may be set in the private part, and not propagated to the
-- subtype until later, so we obtain the convention from the base type.
Set_Convention (Derived_Type, Convention (Parent_Base));
-- Set SSO default for record or array type
if (Is_Array_Type (Derived_Type) or else Is_Record_Type (Derived_Type))
and then Is_Base_Type (Derived_Type)
then
Set_Default_SSO (Derived_Type);
end if;
-- A derived type inherits the Default_Initial_Condition pragma coming
-- from any parent type within the derivation chain.
if Has_DIC (Parent_Type) then
Set_Has_Inherited_DIC (Derived_Type);
end if;
-- A derived type inherits any class-wide invariants coming from a
-- parent type or an interface. Note that the invariant procedure of
-- the parent type should not be inherited because the derived type may
-- define invariants of its own.
if not Is_Interface (Derived_Type) then
if Has_Inherited_Invariants (Parent_Type)
or else Has_Inheritable_Invariants (Parent_Type)
then
Set_Has_Inherited_Invariants (Derived_Type);
elsif Is_Concurrent_Type (Derived_Type)
or else Is_Tagged_Type (Derived_Type)
then
declare
Iface : Entity_Id;
Ifaces : Elist_Id;
Iface_Elmt : Elmt_Id;
begin
Collect_Interfaces
(T => Derived_Type,
Ifaces_List => Ifaces,
Exclude_Parents => True);
if Present (Ifaces) then
Iface_Elmt := First_Elmt (Ifaces);
while Present (Iface_Elmt) loop
Iface := Node (Iface_Elmt);
if Has_Inheritable_Invariants (Iface) then
Set_Has_Inherited_Invariants (Derived_Type);
exit;
end if;
Next_Elmt (Iface_Elmt);
end loop;
end if;
end;
end if;
end if;
-- We similarly inherit predicates. Note that for scalar derived types
-- the predicate is inherited from the first subtype, and not from its
-- (anonymous) base type.
if Has_Predicates (Parent_Type)
or else Has_Predicates (First_Subtype (Parent_Type))
then
Set_Has_Predicates (Derived_Type);
end if;
-- The derived type inherits the representation clauses of the parent
Inherit_Rep_Item_Chain (Derived_Type, Parent_Type);
-- If the parent type has delayed rep aspects, then mark the derived
-- type as possibly inheriting a delayed rep aspect.
if Has_Delayed_Rep_Aspects (Parent_Type) then
Set_May_Inherit_Delayed_Rep_Aspects (Derived_Type);
end if;
-- A derived type becomes Ghost when its parent type is also Ghost
-- (SPARK RM 6.9(9)). Note that the Ghost-related attributes are not
-- directly inherited because the Ghost policy in effect may differ.
if Is_Ghost_Entity (Parent_Type) then
Set_Is_Ghost_Entity (Derived_Type);
end if;
-- Type dependent processing
case Ekind (Parent_Type) is
when Numeric_Kind =>
Build_Derived_Numeric_Type (N, Parent_Type, Derived_Type);
when Array_Kind =>
Build_Derived_Array_Type (N, Parent_Type, Derived_Type);
when Class_Wide_Kind
| E_Record_Subtype
| E_Record_Type
=>
Build_Derived_Record_Type
(N, Parent_Type, Derived_Type, Derive_Subps);
return;
when Enumeration_Kind =>
Build_Derived_Enumeration_Type (N, Parent_Type, Derived_Type);
when Access_Kind =>
Build_Derived_Access_Type (N, Parent_Type, Derived_Type);
when Incomplete_Or_Private_Kind =>
Build_Derived_Private_Type
(N, Parent_Type, Derived_Type, Is_Completion, Derive_Subps);
-- For discriminated types, the derivation includes deriving
-- primitive operations. For others it is done below.
if Is_Tagged_Type (Parent_Type)
or else Has_Discriminants (Parent_Type)
or else (Present (Full_View (Parent_Type))
and then Has_Discriminants (Full_View (Parent_Type)))
then
return;
end if;
when Concurrent_Kind =>
Build_Derived_Concurrent_Type (N, Parent_Type, Derived_Type);
when others =>
raise Program_Error;
end case;
-- Nothing more to do if some error occurred
if Etype (Derived_Type) = Any_Type then
return;
end if;
-- Set delayed freeze and then derive subprograms, we need to do this
-- in this order so that derived subprograms inherit the derived freeze
-- if necessary.
Set_Has_Delayed_Freeze (Derived_Type);
if Derive_Subps then
Derive_Subprograms (Parent_Type, Derived_Type);
end if;
Set_Has_Primitive_Operations
(Base_Type (Derived_Type), Has_Primitive_Operations (Parent_Type));
end Build_Derived_Type;
-----------------------
-- Build_Discriminal --
-----------------------
procedure Build_Discriminal (Discrim : Entity_Id) is
D_Minal : Entity_Id;
CR_Disc : Entity_Id;
begin
-- A discriminal has the same name as the discriminant
D_Minal := Make_Defining_Identifier (Sloc (Discrim), Chars (Discrim));
Set_Ekind (D_Minal, E_In_Parameter);
Set_Mechanism (D_Minal, Default_Mechanism);
Set_Etype (D_Minal, Etype (Discrim));
Set_Scope (D_Minal, Current_Scope);
Set_Parent (D_Minal, Parent (Discrim));
Set_Discriminal (Discrim, D_Minal);
Set_Discriminal_Link (D_Minal, Discrim);
-- For task types, build at once the discriminants of the corresponding
-- record, which are needed if discriminants are used in entry defaults
-- and in family bounds.
if Is_Concurrent_Type (Current_Scope)
or else
Is_Limited_Type (Current_Scope)
then
CR_Disc := Make_Defining_Identifier (Sloc (Discrim), Chars (Discrim));
Set_Ekind (CR_Disc, E_In_Parameter);
Set_Mechanism (CR_Disc, Default_Mechanism);
Set_Etype (CR_Disc, Etype (Discrim));
Set_Scope (CR_Disc, Current_Scope);
Set_Discriminal_Link (CR_Disc, Discrim);
Set_CR_Discriminant (Discrim, CR_Disc);
end if;
end Build_Discriminal;
------------------------------------
-- Build_Discriminant_Constraints --
------------------------------------
function Build_Discriminant_Constraints
(T : Entity_Id;
Def : Node_Id;
Derived_Def : Boolean := False) return Elist_Id
is
C : constant Node_Id := Constraint (Def);
Nb_Discr : constant Nat := Number_Discriminants (T);
Discr_Expr : array (1 .. Nb_Discr) of Node_Id := (others => Empty);
-- Saves the expression corresponding to a given discriminant in T
function Pos_Of_Discr (T : Entity_Id; D : Entity_Id) return Nat;
-- Return the Position number within array Discr_Expr of a discriminant
-- D within the discriminant list of the discriminated type T.
procedure Process_Discriminant_Expression
(Expr : Node_Id;
D : Entity_Id);
-- If this is a discriminant constraint on a partial view, do not
-- generate an overflow check on the discriminant expression. The check
-- will be generated when constraining the full view. Otherwise the
-- backend creates duplicate symbols for the temporaries corresponding
-- to the expressions to be checked, causing spurious assembler errors.
------------------
-- Pos_Of_Discr --
------------------
function Pos_Of_Discr (T : Entity_Id; D : Entity_Id) return Nat is
Disc : Entity_Id;
begin
Disc := First_Discriminant (T);
for J in Discr_Expr'Range loop
if Disc = D then
return J;
end if;
Next_Discriminant (Disc);
end loop;
-- Note: Since this function is called on discriminants that are
-- known to belong to the discriminated type, falling through the
-- loop with no match signals an internal compiler error.
raise Program_Error;
end Pos_Of_Discr;
-------------------------------------
-- Process_Discriminant_Expression --
-------------------------------------
procedure Process_Discriminant_Expression
(Expr : Node_Id;
D : Entity_Id)
is
BDT : constant Entity_Id := Base_Type (Etype (D));
begin
-- If this is a discriminant constraint on a partial view, do
-- not generate an overflow on the discriminant expression. The
-- check will be generated when constraining the full view.
if Is_Private_Type (T)
and then Present (Full_View (T))
then
Analyze_And_Resolve (Expr, BDT, Suppress => Overflow_Check);
else
Analyze_And_Resolve (Expr, BDT);
end if;
end Process_Discriminant_Expression;
-- Declarations local to Build_Discriminant_Constraints
Discr : Entity_Id;
E : Entity_Id;
Elist : constant Elist_Id := New_Elmt_List;
Constr : Node_Id;
Expr : Node_Id;
Id : Node_Id;
Position : Nat;
Found : Boolean;
Discrim_Present : Boolean := False;
-- Start of processing for Build_Discriminant_Constraints
begin
-- The following loop will process positional associations only.
-- For a positional association, the (single) discriminant is
-- implicitly specified by position, in textual order (RM 3.7.2).
Discr := First_Discriminant (T);
Constr := First (Constraints (C));
for D in Discr_Expr'Range loop
exit when Nkind (Constr) = N_Discriminant_Association;
if No (Constr) then
Error_Msg_N ("too few discriminants given in constraint", C);
return New_Elmt_List;
elsif Nkind (Constr) = N_Range
or else (Nkind (Constr) = N_Attribute_Reference
and then Attribute_Name (Constr) = Name_Range)
then
Error_Msg_N
("a range is not a valid discriminant constraint", Constr);
Discr_Expr (D) := Error;
else
Process_Discriminant_Expression (Constr, Discr);
Discr_Expr (D) := Constr;
end if;
Next_Discriminant (Discr);
Next (Constr);
end loop;
if No (Discr) and then Present (Constr) then
Error_Msg_N ("too many discriminants given in constraint", Constr);
return New_Elmt_List;
end if;
-- Named associations can be given in any order, but if both positional
-- and named associations are used in the same discriminant constraint,
-- then positional associations must occur first, at their normal
-- position. Hence once a named association is used, the rest of the
-- discriminant constraint must use only named associations.
while Present (Constr) loop
-- Positional association forbidden after a named association
if Nkind (Constr) /= N_Discriminant_Association then
Error_Msg_N ("positional association follows named one", Constr);
return New_Elmt_List;
-- Otherwise it is a named association
else
-- E records the type of the discriminants in the named
-- association. All the discriminants specified in the same name
-- association must have the same type.
E := Empty;
-- Search the list of discriminants in T to see if the simple name
-- given in the constraint matches any of them.
Id := First (Selector_Names (Constr));
while Present (Id) loop
Found := False;
-- If Original_Discriminant is present, we are processing a
-- generic instantiation and this is an instance node. We need
-- to find the name of the corresponding discriminant in the
-- actual record type T and not the name of the discriminant in
-- the generic formal. Example:
-- generic
-- type G (D : int) is private;
-- package P is
-- subtype W is G (D => 1);
-- end package;
-- type Rec (X : int) is record ... end record;
-- package Q is new P (G => Rec);
-- At the point of the instantiation, formal type G is Rec
-- and therefore when reanalyzing "subtype W is G (D => 1);"
-- which really looks like "subtype W is Rec (D => 1);" at
-- the point of instantiation, we want to find the discriminant
-- that corresponds to D in Rec, i.e. X.
if Present (Original_Discriminant (Id))
and then In_Instance
then
Discr := Find_Corresponding_Discriminant (Id, T);
Found := True;
else
Discr := First_Discriminant (T);
while Present (Discr) loop
if Chars (Discr) = Chars (Id) then
Found := True;
exit;
end if;
Next_Discriminant (Discr);
end loop;
if not Found then
Error_Msg_N ("& does not match any discriminant", Id);
return New_Elmt_List;
-- If the parent type is a generic formal, preserve the
-- name of the discriminant for subsequent instances.
-- see comment at the beginning of this if statement.
elsif Is_Generic_Type (Root_Type (T)) then
Set_Original_Discriminant (Id, Discr);
end if;
end if;
Position := Pos_Of_Discr (T, Discr);
if Present (Discr_Expr (Position)) then
Error_Msg_N ("duplicate constraint for discriminant&", Id);
else
-- Each discriminant specified in the same named association
-- must be associated with a separate copy of the
-- corresponding expression.
if Present (Next (Id)) then
Expr := New_Copy_Tree (Expression (Constr));
Set_Parent (Expr, Parent (Expression (Constr)));
else
Expr := Expression (Constr);
end if;
Discr_Expr (Position) := Expr;
Process_Discriminant_Expression (Expr, Discr);
end if;
-- A discriminant association with more than one discriminant
-- name is only allowed if the named discriminants are all of
-- the same type (RM 3.7.1(8)).
if E = Empty then
E := Base_Type (Etype (Discr));
elsif Base_Type (Etype (Discr)) /= E then
Error_Msg_N
("all discriminants in an association " &
"must have the same type", Id);
end if;
Next (Id);
end loop;
end if;
Next (Constr);
end loop;
-- A discriminant constraint must provide exactly one value for each
-- discriminant of the type (RM 3.7.1(8)).
for J in Discr_Expr'Range loop
if No (Discr_Expr (J)) then
Error_Msg_N ("too few discriminants given in constraint", C);
return New_Elmt_List;
end if;
end loop;
-- Determine if there are discriminant expressions in the constraint
for J in Discr_Expr'Range loop
if Denotes_Discriminant
(Discr_Expr (J), Check_Concurrent => True)
then
Discrim_Present := True;
end if;
end loop;
-- Build an element list consisting of the expressions given in the
-- discriminant constraint and apply the appropriate checks. The list
-- is constructed after resolving any named discriminant associations
-- and therefore the expressions appear in the textual order of the
-- discriminants.
Discr := First_Discriminant (T);
for J in Discr_Expr'Range loop
if Discr_Expr (J) /= Error then
Append_Elmt (Discr_Expr (J), Elist);
-- If any of the discriminant constraints is given by a
-- discriminant and we are in a derived type declaration we
-- have a discriminant renaming. Establish link between new
-- and old discriminant. The new discriminant has an implicit
-- dereference if the old one does.
if Denotes_Discriminant (Discr_Expr (J)) then
if Derived_Def then
declare
New_Discr : constant Entity_Id := Entity (Discr_Expr (J));
begin
Set_Corresponding_Discriminant (New_Discr, Discr);
Set_Has_Implicit_Dereference (New_Discr,
Has_Implicit_Dereference (Discr));
end;
end if;
-- Force the evaluation of non-discriminant expressions.
-- If we have found a discriminant in the constraint 3.4(26)
-- and 3.8(18) demand that no range checks are performed are
-- after evaluation. If the constraint is for a component
-- definition that has a per-object constraint, expressions are
-- evaluated but not checked either. In all other cases perform
-- a range check.
else
if Discrim_Present then
null;
elsif Nkind (Parent (Parent (Def))) = N_Component_Declaration
and then Has_Per_Object_Constraint
(Defining_Identifier (Parent (Parent (Def))))
then
null;
elsif Is_Access_Type (Etype (Discr)) then
Apply_Constraint_Check (Discr_Expr (J), Etype (Discr));
else
Apply_Range_Check (Discr_Expr (J), Etype (Discr));
end if;
Force_Evaluation (Discr_Expr (J));
end if;
-- Check that the designated type of an access discriminant's
-- expression is not a class-wide type unless the discriminant's
-- designated type is also class-wide.
if Ekind (Etype (Discr)) = E_Anonymous_Access_Type
and then not Is_Class_Wide_Type
(Designated_Type (Etype (Discr)))
and then Etype (Discr_Expr (J)) /= Any_Type
and then Is_Class_Wide_Type
(Designated_Type (Etype (Discr_Expr (J))))
then
Wrong_Type (Discr_Expr (J), Etype (Discr));
elsif Is_Access_Type (Etype (Discr))
and then not Is_Access_Constant (Etype (Discr))
and then Is_Access_Type (Etype (Discr_Expr (J)))
and then Is_Access_Constant (Etype (Discr_Expr (J)))
then
Error_Msg_NE
("constraint for discriminant& must be access to variable",
Def, Discr);
end if;
end if;
Next_Discriminant (Discr);
end loop;
return Elist;
end Build_Discriminant_Constraints;
---------------------------------
-- Build_Discriminated_Subtype --
---------------------------------
procedure Build_Discriminated_Subtype
(T : Entity_Id;
Def_Id : Entity_Id;
Elist : Elist_Id;
Related_Nod : Node_Id;
For_Access : Boolean := False)
is
Has_Discrs : constant Boolean := Has_Discriminants (T);
Constrained : constant Boolean :=
(Has_Discrs
and then not Is_Empty_Elmt_List (Elist)
and then not Is_Class_Wide_Type (T))
or else Is_Constrained (T);
begin
if Ekind (T) = E_Record_Type then
if For_Access then
Set_Ekind (Def_Id, E_Private_Subtype);
Set_Is_For_Access_Subtype (Def_Id, True);
else
Set_Ekind (Def_Id, E_Record_Subtype);
end if;
-- Inherit preelaboration flag from base, for types for which it
-- may have been set: records, private types, protected types.
Set_Known_To_Have_Preelab_Init
(Def_Id, Known_To_Have_Preelab_Init (T));
elsif Ekind (T) = E_Task_Type then
Set_Ekind (Def_Id, E_Task_Subtype);
elsif Ekind (T) = E_Protected_Type then
Set_Ekind (Def_Id, E_Protected_Subtype);
Set_Known_To_Have_Preelab_Init
(Def_Id, Known_To_Have_Preelab_Init (T));
elsif Is_Private_Type (T) then
Set_Ekind (Def_Id, Subtype_Kind (Ekind (T)));
Set_Known_To_Have_Preelab_Init
(Def_Id, Known_To_Have_Preelab_Init (T));
-- Private subtypes may have private dependents
Set_Private_Dependents (Def_Id, New_Elmt_List);
elsif Is_Class_Wide_Type (T) then
Set_Ekind (Def_Id, E_Class_Wide_Subtype);
else
-- Incomplete type. Attach subtype to list of dependents, to be
-- completed with full view of parent type, unless is it the
-- designated subtype of a record component within an init_proc.
-- This last case arises for a component of an access type whose
-- designated type is incomplete (e.g. a Taft Amendment type).
-- The designated subtype is within an inner scope, and needs no
-- elaboration, because only the access type is needed in the
-- initialization procedure.
Set_Ekind (Def_Id, Ekind (T));
if For_Access and then Within_Init_Proc then
null;
else
Append_Elmt (Def_Id, Private_Dependents (T));
end if;
end if;
Set_Etype (Def_Id, T);
Init_Size_Align (Def_Id);
Set_Has_Discriminants (Def_Id, Has_Discrs);
Set_Is_Constrained (Def_Id, Constrained);
Set_First_Entity (Def_Id, First_Entity (T));
Set_Last_Entity (Def_Id, Last_Entity (T));
Set_Has_Implicit_Dereference
(Def_Id, Has_Implicit_Dereference (T));
-- If the subtype is the completion of a private declaration, there may
-- have been representation clauses for the partial view, and they must
-- be preserved. Build_Derived_Type chains the inherited clauses with
-- the ones appearing on the extension. If this comes from a subtype
-- declaration, all clauses are inherited.
if No (First_Rep_Item (Def_Id)) then
Set_First_Rep_Item (Def_Id, First_Rep_Item (T));
end if;
if Is_Tagged_Type (T) then
Set_Is_Tagged_Type (Def_Id);
Set_No_Tagged_Streams_Pragma (Def_Id, No_Tagged_Streams_Pragma (T));
Make_Class_Wide_Type (Def_Id);
end if;
Set_Stored_Constraint (Def_Id, No_Elist);
if Has_Discrs then
Set_Discriminant_Constraint (Def_Id, Elist);
Set_Stored_Constraint_From_Discriminant_Constraint (Def_Id);
end if;
if Is_Tagged_Type (T) then
-- Ada 2005 (AI-251): In case of concurrent types we inherit the
-- concurrent record type (which has the list of primitive
-- operations).
if Ada_Version >= Ada_2005
and then Is_Concurrent_Type (T)
then
Set_Corresponding_Record_Type (Def_Id,
Corresponding_Record_Type (T));
else
Set_Direct_Primitive_Operations (Def_Id,
Direct_Primitive_Operations (T));
end if;
Set_Is_Abstract_Type (Def_Id, Is_Abstract_Type (T));
end if;
-- Subtypes introduced by component declarations do not need to be
-- marked as delayed, and do not get freeze nodes, because the semantics
-- verifies that the parents of the subtypes are frozen before the
-- enclosing record is frozen.
if not Is_Type (Scope (Def_Id)) then
Set_Depends_On_Private (Def_Id, Depends_On_Private (T));
if Is_Private_Type (T)
and then Present (Full_View (T))
then
Conditional_Delay (Def_Id, Full_View (T));
else
Conditional_Delay (Def_Id, T);
end if;
end if;
if Is_Record_Type (T) then
Set_Is_Limited_Record (Def_Id, Is_Limited_Record (T));
if Has_Discrs
and then not Is_Empty_Elmt_List (Elist)
and then not For_Access
then
Create_Constrained_Components (Def_Id, Related_Nod, T, Elist);
elsif not For_Access then
Set_Cloned_Subtype (Def_Id, T);
end if;
end if;
end Build_Discriminated_Subtype;
---------------------------
-- Build_Itype_Reference --
---------------------------
procedure Build_Itype_Reference
(Ityp : Entity_Id;
Nod : Node_Id)
is
IR : constant Node_Id := Make_Itype_Reference (Sloc (Nod));
begin
-- Itype references are only created for use by the back-end
if Inside_A_Generic then
return;
else
Set_Itype (IR, Ityp);
Insert_After (Nod, IR);
end if;
end Build_Itype_Reference;
------------------------
-- Build_Scalar_Bound --
------------------------
function Build_Scalar_Bound
(Bound : Node_Id;
Par_T : Entity_Id;
Der_T : Entity_Id) return Node_Id
is
New_Bound : Entity_Id;
begin
-- Note: not clear why this is needed, how can the original bound
-- be unanalyzed at this point? and if it is, what business do we
-- have messing around with it? and why is the base type of the
-- parent type the right type for the resolution. It probably is
-- not. It is OK for the new bound we are creating, but not for
-- the old one??? Still if it never happens, no problem.
Analyze_And_Resolve (Bound, Base_Type (Par_T));
if Nkind_In (Bound, N_Integer_Literal, N_Real_Literal) then
New_Bound := New_Copy (Bound);
Set_Etype (New_Bound, Der_T);
Set_Analyzed (New_Bound);
elsif Is_Entity_Name (Bound) then
New_Bound := OK_Convert_To (Der_T, New_Copy (Bound));
-- The following is almost certainly wrong. What business do we have
-- relocating a node (Bound) that is presumably still attached to
-- the tree elsewhere???
else
New_Bound := OK_Convert_To (Der_T, Relocate_Node (Bound));
end if;
Set_Etype (New_Bound, Der_T);
return New_Bound;
end Build_Scalar_Bound;
--------------------------------
-- Build_Underlying_Full_View --
--------------------------------
procedure Build_Underlying_Full_View
(N : Node_Id;
Typ : Entity_Id;
Par : Entity_Id)
is
Loc : constant Source_Ptr := Sloc (N);
Subt : constant Entity_Id :=
Make_Defining_Identifier
(Loc, New_External_Name (Chars (Typ), 'S'));
Constr : Node_Id;
Indic : Node_Id;
C : Node_Id;
Id : Node_Id;
procedure Set_Discriminant_Name (Id : Node_Id);
-- If the derived type has discriminants, they may rename discriminants
-- of the parent. When building the full view of the parent, we need to
-- recover the names of the original discriminants if the constraint is
-- given by named associations.
---------------------------
-- Set_Discriminant_Name --
---------------------------
procedure Set_Discriminant_Name (Id : Node_Id) is
Disc : Entity_Id;
begin
Set_Original_Discriminant (Id, Empty);
if Has_Discriminants (Typ) then
Disc := First_Discriminant (Typ);
while Present (Disc) loop
if Chars (Disc) = Chars (Id)
and then Present (Corresponding_Discriminant (Disc))
then
Set_Chars (Id, Chars (Corresponding_Discriminant (Disc)));
end if;
Next_Discriminant (Disc);
end loop;
end if;
end Set_Discriminant_Name;
-- Start of processing for Build_Underlying_Full_View
begin
if Nkind (N) = N_Full_Type_Declaration then
Constr := Constraint (Subtype_Indication (Type_Definition (N)));
elsif Nkind (N) = N_Subtype_Declaration then
Constr := New_Copy_Tree (Constraint (Subtype_Indication (N)));
elsif Nkind (N) = N_Component_Declaration then
Constr :=
New_Copy_Tree
(Constraint (Subtype_Indication (Component_Definition (N))));
else
raise Program_Error;
end if;
C := First (Constraints (Constr));
while Present (C) loop
if Nkind (C) = N_Discriminant_Association then
Id := First (Selector_Names (C));
while Present (Id) loop
Set_Discriminant_Name (Id);
Next (Id);
end loop;
end if;
Next (C);
end loop;
Indic :=
Make_Subtype_Declaration (Loc,
Defining_Identifier => Subt,
Subtype_Indication =>
Make_Subtype_Indication (Loc,
Subtype_Mark => New_Occurrence_Of (Par, Loc),
Constraint => New_Copy_Tree (Constr)));
-- If this is a component subtype for an outer itype, it is not
-- a list member, so simply set the parent link for analysis: if
-- the enclosing type does not need to be in a declarative list,
-- neither do the components.
if Is_List_Member (N)
and then Nkind (N) /= N_Component_Declaration
then
Insert_Before (N, Indic);
else
Set_Parent (Indic, Parent (N));
end if;
Analyze (Indic);
Set_Underlying_Full_View (Typ, Full_View (Subt));
Set_Is_Underlying_Full_View (Full_View (Subt));
end Build_Underlying_Full_View;
-------------------------------
-- Check_Abstract_Overriding --
-------------------------------
procedure Check_Abstract_Overriding (T : Entity_Id) is
Alias_Subp : Entity_Id;
Elmt : Elmt_Id;
Op_List : Elist_Id;
Subp : Entity_Id;
Type_Def : Node_Id;
procedure Check_Pragma_Implemented (Subp : Entity_Id);
-- Ada 2012 (AI05-0030): Subprogram Subp overrides an interface routine
-- which has pragma Implemented already set. Check whether Subp's entity
-- kind conforms to the implementation kind of the overridden routine.
procedure Check_Pragma_Implemented
(Subp : Entity_Id;
Iface_Subp : Entity_Id);
-- Ada 2012 (AI05-0030): Subprogram Subp overrides interface routine
-- Iface_Subp and both entities have pragma Implemented already set on
-- them. Check whether the two implementation kinds are conforming.
procedure Inherit_Pragma_Implemented
(Subp : Entity_Id;
Iface_Subp : Entity_Id);
-- Ada 2012 (AI05-0030): Interface primitive Subp overrides interface
-- subprogram Iface_Subp which has been marked by pragma Implemented.
-- Propagate the implementation kind of Iface_Subp to Subp.
------------------------------
-- Check_Pragma_Implemented --
------------------------------
procedure Check_Pragma_Implemented (Subp : Entity_Id) is
Iface_Alias : constant Entity_Id := Interface_Alias (Subp);
Impl_Kind : constant Name_Id := Implementation_Kind (Iface_Alias);
Subp_Alias : constant Entity_Id := Alias (Subp);
Contr_Typ : Entity_Id;
Impl_Subp : Entity_Id;
begin
-- Subp must have an alias since it is a hidden entity used to link
-- an interface subprogram to its overriding counterpart.
pragma Assert (Present (Subp_Alias));
-- Handle aliases to synchronized wrappers
Impl_Subp := Subp_Alias;
if Is_Primitive_Wrapper (Impl_Subp) then
Impl_Subp := Wrapped_Entity (Impl_Subp);
end if;
-- Extract the type of the controlling formal
Contr_Typ := Etype (First_Formal (Subp_Alias));
if Is_Concurrent_Record_Type (Contr_Typ) then
Contr_Typ := Corresponding_Concurrent_Type (Contr_Typ);
end if;
-- An interface subprogram whose implementation kind is By_Entry must
-- be implemented by an entry.
if Impl_Kind = Name_By_Entry
and then Ekind (Impl_Subp) /= E_Entry
then
Error_Msg_Node_2 := Iface_Alias;
Error_Msg_NE
("type & must implement abstract subprogram & with an entry",
Subp_Alias, Contr_Typ);
elsif Impl_Kind = Name_By_Protected_Procedure then
-- An interface subprogram whose implementation kind is By_
-- Protected_Procedure cannot be implemented by a primitive
-- procedure of a task type.
if Ekind (Contr_Typ) /= E_Protected_Type then
Error_Msg_Node_2 := Contr_Typ;
Error_Msg_NE
("interface subprogram & cannot be implemented by a " &
"primitive procedure of task type &", Subp_Alias,
Iface_Alias);
-- An interface subprogram whose implementation kind is By_
-- Protected_Procedure must be implemented by a procedure.
elsif Ekind (Impl_Subp) /= E_Procedure then
Error_Msg_Node_2 := Iface_Alias;
Error_Msg_NE
("type & must implement abstract subprogram & with a " &
"procedure", Subp_Alias, Contr_Typ);
elsif Present (Get_Rep_Pragma (Impl_Subp, Name_Implemented))
and then Implementation_Kind (Impl_Subp) /= Impl_Kind
then
Error_Msg_Name_1 := Impl_Kind;
Error_Msg_N
("overriding operation& must have synchronization%",
Subp_Alias);
end if;
-- If primitive has Optional synchronization, overriding operation
-- must match if it has an explicit synchronization..
elsif Present (Get_Rep_Pragma (Impl_Subp, Name_Implemented))
and then Implementation_Kind (Impl_Subp) /= Impl_Kind
then
Error_Msg_Name_1 := Impl_Kind;
Error_Msg_N
("overriding operation& must have syncrhonization%",
Subp_Alias);
end if;
end Check_Pragma_Implemented;
------------------------------
-- Check_Pragma_Implemented --
------------------------------
procedure Check_Pragma_Implemented
(Subp : Entity_Id;
Iface_Subp : Entity_Id)
is
Iface_Kind : constant Name_Id := Implementation_Kind (Iface_Subp);
Subp_Kind : constant Name_Id := Implementation_Kind (Subp);
begin
-- Ada 2012 (AI05-0030): The implementation kinds of an overridden
-- and overriding subprogram are different. In general this is an
-- error except when the implementation kind of the overridden
-- subprograms is By_Any or Optional.
if Iface_Kind /= Subp_Kind
and then Iface_Kind /= Name_By_Any
and then Iface_Kind /= Name_Optional
then
if Iface_Kind = Name_By_Entry then
Error_Msg_N
("incompatible implementation kind, overridden subprogram " &
"is marked By_Entry", Subp);
else
Error_Msg_N
("incompatible implementation kind, overridden subprogram " &
"is marked By_Protected_Procedure", Subp);
end if;
end if;
end Check_Pragma_Implemented;
--------------------------------
-- Inherit_Pragma_Implemented --
--------------------------------
procedure Inherit_Pragma_Implemented
(Subp : Entity_Id;
Iface_Subp : Entity_Id)
is
Iface_Kind : constant Name_Id := Implementation_Kind (Iface_Subp);
Loc : constant Source_Ptr := Sloc (Subp);
Impl_Prag : Node_Id;
begin
-- Since the implementation kind is stored as a representation item
-- rather than a flag, create a pragma node.
Impl_Prag :=
Make_Pragma (Loc,
Chars => Name_Implemented,
Pragma_Argument_Associations => New_List (
Make_Pragma_Argument_Association (Loc,
Expression => New_Occurrence_Of (Subp, Loc)),
Make_Pragma_Argument_Association (Loc,
Expression => Make_Identifier (Loc, Iface_Kind))));
-- The pragma doesn't need to be analyzed because it is internally
-- built. It is safe to directly register it as a rep item since we
-- are only interested in the characters of the implementation kind.
Record_Rep_Item (Subp, Impl_Prag);
end Inherit_Pragma_Implemented;
-- Start of processing for Check_Abstract_Overriding
begin
Op_List := Primitive_Operations (T);
-- Loop to check primitive operations
Elmt := First_Elmt (Op_List);
while Present (Elmt) loop
Subp := Node (Elmt);
Alias_Subp := Alias (Subp);
-- Inherited subprograms are identified by the fact that they do not
-- come from source, and the associated source location is the
-- location of the first subtype of the derived type.
-- Ada 2005 (AI-228): Apply the rules of RM-3.9.3(6/2) for
-- subprograms that "require overriding".
-- Special exception, do not complain about failure to override the
-- stream routines _Input and _Output, as well as the primitive
-- operations used in dispatching selects since we always provide
-- automatic overridings for these subprograms.
-- The partial view of T may have been a private extension, for
-- which inherited functions dispatching on result are abstract.
-- If the full view is a null extension, there is no need for
-- overriding in Ada 2005, but wrappers need to be built for them
-- (see exp_ch3, Build_Controlling_Function_Wrappers).
if Is_Null_Extension (T)
and then Has_Controlling_Result (Subp)
and then Ada_Version >= Ada_2005
and then Present (Alias_Subp)
and then not Comes_From_Source (Subp)
and then not Is_Abstract_Subprogram (Alias_Subp)
and then not Is_Access_Type (Etype (Subp))
then
null;
-- Ada 2005 (AI-251): Internal entities of interfaces need no
-- processing because this check is done with the aliased
-- entity
elsif Present (Interface_Alias (Subp)) then
null;
elsif (Is_Abstract_Subprogram (Subp)
or else Requires_Overriding (Subp)
or else
(Has_Controlling_Result (Subp)
and then Present (Alias_Subp)
and then not Comes_From_Source (Subp)
and then Sloc (Subp) = Sloc (First_Subtype (T))))
and then not Is_TSS (Subp, TSS_Stream_Input)
and then not Is_TSS (Subp, TSS_Stream_Output)
and then not Is_Abstract_Type (T)
and then not Is_Predefined_Interface_Primitive (Subp)
-- Ada 2005 (AI-251): Do not consider hidden entities associated
-- with abstract interface types because the check will be done
-- with the aliased entity (otherwise we generate a duplicated
-- error message).
and then not Present (Interface_Alias (Subp))
then
if Present (Alias_Subp) then
-- Only perform the check for a derived subprogram when the
-- type has an explicit record extension. This avoids incorrect
-- flagging of abstract subprograms for the case of a type
-- without an extension that is derived from a formal type
-- with a tagged actual (can occur within a private part).
-- Ada 2005 (AI-391): In the case of an inherited function with
-- a controlling result of the type, the rule does not apply if
-- the type is a null extension (unless the parent function
-- itself is abstract, in which case the function must still be
-- be overridden). The expander will generate an overriding
-- wrapper function calling the parent subprogram (see
-- Exp_Ch3.Make_Controlling_Wrapper_Functions).
Type_Def := Type_Definition (Parent (T));
if Nkind (Type_Def) = N_Derived_Type_Definition
and then Present (Record_Extension_Part (Type_Def))
and then
(Ada_Version < Ada_2005
or else not Is_Null_Extension (T)
or else Ekind (Subp) = E_Procedure
or else not Has_Controlling_Result (Subp)
or else Is_Abstract_Subprogram (Alias_Subp)
or else Requires_Overriding (Subp)
or else Is_Access_Type (Etype (Subp)))
then
-- Avoid reporting error in case of abstract predefined
-- primitive inherited from interface type because the
-- body of internally generated predefined primitives
-- of tagged types are generated later by Freeze_Type
if Is_Interface (Root_Type (T))
and then Is_Abstract_Subprogram (Subp)
and then Is_Predefined_Dispatching_Operation (Subp)
and then not Comes_From_Source (Ultimate_Alias (Subp))
then
null;
-- A null extension is not obliged to override an inherited
-- procedure subject to pragma Extensions_Visible with value
-- False and at least one controlling OUT parameter
-- (SPARK RM 6.1.7(6)).
elsif Is_Null_Extension (T)
and then Is_EVF_Procedure (Subp)
then
null;
else
Error_Msg_NE
("type must be declared abstract or & overridden",
T, Subp);
-- Traverse the whole chain of aliased subprograms to
-- complete the error notification. This is especially
-- useful for traceability of the chain of entities when
-- the subprogram corresponds with an interface
-- subprogram (which may be defined in another package).
if Present (Alias_Subp) then
declare
E : Entity_Id;
begin
E := Subp;
while Present (Alias (E)) loop
-- Avoid reporting redundant errors on entities
-- inherited from interfaces
if Sloc (E) /= Sloc (T) then
Error_Msg_Sloc := Sloc (E);
Error_Msg_NE
("\& has been inherited #", T, Subp);
end if;
E := Alias (E);
end loop;
Error_Msg_Sloc := Sloc (E);
-- AI05-0068: report if there is an overriding
-- non-abstract subprogram that is invisible.
if Is_Hidden (E)
and then not Is_Abstract_Subprogram (E)
then
Error_Msg_NE
("\& subprogram# is not visible",
T, Subp);
-- Clarify the case where a non-null extension must
-- override inherited procedure subject to pragma
-- Extensions_Visible with value False and at least
-- one controlling OUT param.
elsif Is_EVF_Procedure (E) then
Error_Msg_NE
("\& # is subject to Extensions_Visible False",
T, Subp);
else
Error_Msg_NE
("\& has been inherited from subprogram #",
T, Subp);
end if;
end;
end if;
end if;
-- Ada 2005 (AI-345): Protected or task type implementing
-- abstract interfaces.
elsif Is_Concurrent_Record_Type (T)
and then Present (Interfaces (T))
then
-- There is no need to check here RM 9.4(11.9/3) since we
-- are processing the corresponding record type and the
-- mode of the overriding subprograms was verified by
-- Check_Conformance when the corresponding concurrent
-- type declaration was analyzed.
Error_Msg_NE
("interface subprogram & must be overridden", T, Subp);
-- Examine primitive operations of synchronized type to find
-- homonyms that have the wrong profile.
declare
Prim : Entity_Id;
begin
Prim := First_Entity (Corresponding_Concurrent_Type (T));
while Present (Prim) loop
if Chars (Prim) = Chars (Subp) then
Error_Msg_NE
("profile is not type conformant with prefixed "
& "view profile of inherited operation&",
Prim, Subp);
end if;
Next_Entity (Prim);
end loop;
end;
end if;
else
Error_Msg_Node_2 := T;
Error_Msg_N
("abstract subprogram& not allowed for type&", Subp);
-- Also post unconditional warning on the type (unconditional
-- so that if there are more than one of these cases, we get
-- them all, and not just the first one).
Error_Msg_Node_2 := Subp;
Error_Msg_N ("nonabstract type& has abstract subprogram&!", T);
end if;
-- A subprogram subject to pragma Extensions_Visible with value
-- "True" cannot override a subprogram subject to the same pragma
-- with value "False" (SPARK RM 6.1.7(5)).
elsif Extensions_Visible_Status (Subp) = Extensions_Visible_True
and then Present (Overridden_Operation (Subp))
and then Extensions_Visible_Status (Overridden_Operation (Subp)) =
Extensions_Visible_False
then
Error_Msg_Sloc := Sloc (Overridden_Operation (Subp));
Error_Msg_N
("subprogram & with Extensions_Visible True cannot override "
& "subprogram # with Extensions_Visible False", Subp);
end if;
-- Ada 2012 (AI05-0030): Perform checks related to pragma Implemented
-- Subp is an expander-generated procedure which maps an interface
-- alias to a protected wrapper. The interface alias is flagged by
-- pragma Implemented. Ensure that Subp is a procedure when the
-- implementation kind is By_Protected_Procedure or an entry when
-- By_Entry.
if Ada_Version >= Ada_2012
and then Is_Hidden (Subp)
and then Present (Interface_Alias (Subp))
and then Has_Rep_Pragma (Interface_Alias (Subp), Name_Implemented)
then
Check_Pragma_Implemented (Subp);
end if;
-- Subp is an interface primitive which overrides another interface
-- primitive marked with pragma Implemented.
if Ada_Version >= Ada_2012
and then Present (Overridden_Operation (Subp))
and then Has_Rep_Pragma
(Overridden_Operation (Subp), Name_Implemented)
then
-- If the overriding routine is also marked by Implemented, check
-- that the two implementation kinds are conforming.
if Has_Rep_Pragma (Subp, Name_Implemented) then
Check_Pragma_Implemented
(Subp => Subp,
Iface_Subp => Overridden_Operation (Subp));
-- Otherwise the overriding routine inherits the implementation
-- kind from the overridden subprogram.
else
Inherit_Pragma_Implemented
(Subp => Subp,
Iface_Subp => Overridden_Operation (Subp));
end if;
end if;
-- If the operation is a wrapper for a synchronized primitive, it
-- may be called indirectly through a dispatching select. We assume
-- that it will be referenced elsewhere indirectly, and suppress
-- warnings about an unused entity.
if Is_Primitive_Wrapper (Subp)
and then Present (Wrapped_Entity (Subp))
then
Set_Referenced (Wrapped_Entity (Subp));
end if;
Next_Elmt (Elmt);
end loop;
end Check_Abstract_Overriding;
------------------------------------------------
-- Check_Access_Discriminant_Requires_Limited --
------------------------------------------------
procedure Check_Access_Discriminant_Requires_Limited
(D : Node_Id;
Loc : Node_Id)
is
begin
-- A discriminant_specification for an access discriminant shall appear
-- only in the declaration for a task or protected type, or for a type
-- with the reserved word 'limited' in its definition or in one of its
-- ancestors (RM 3.7(10)).
-- AI-0063: The proper condition is that type must be immutably limited,
-- or else be a partial view.
if Nkind (Discriminant_Type (D)) = N_Access_Definition then
if Is_Limited_View (Current_Scope)
or else
(Nkind (Parent (Current_Scope)) = N_Private_Type_Declaration
and then Limited_Present (Parent (Current_Scope)))
then
null;
else
Error_Msg_N
("access discriminants allowed only for limited types", Loc);
end if;
end if;
end Check_Access_Discriminant_Requires_Limited;
-----------------------------------
-- Check_Aliased_Component_Types --
-----------------------------------
procedure Check_Aliased_Component_Types (T : Entity_Id) is
C : Entity_Id;
begin
-- ??? Also need to check components of record extensions, but not
-- components of protected types (which are always limited).
-- Ada 2005: AI-363 relaxes this rule, to allow heap objects of such
-- types to be unconstrained. This is safe because it is illegal to
-- create access subtypes to such types with explicit discriminant
-- constraints.
if not Is_Limited_Type (T) then
if Ekind (T) = E_Record_Type then
C := First_Component (T);
while Present (C) loop
if Is_Aliased (C)
and then Has_Discriminants (Etype (C))
and then not Is_Constrained (Etype (C))
and then not In_Instance_Body
and then Ada_Version < Ada_2005
then
Error_Msg_N
("aliased component must be constrained (RM 3.6(11))",
C);
end if;
Next_Component (C);
end loop;
elsif Ekind (T) = E_Array_Type then
if Has_Aliased_Components (T)
and then Has_Discriminants (Component_Type (T))
and then not Is_Constrained (Component_Type (T))
and then not In_Instance_Body
and then Ada_Version < Ada_2005
then
Error_Msg_N
("aliased component type must be constrained (RM 3.6(11))",
T);
end if;
end if;
end if;
end Check_Aliased_Component_Types;
---------------------------------------
-- Check_Anonymous_Access_Components --
---------------------------------------
procedure Check_Anonymous_Access_Components
(Typ_Decl : Node_Id;
Typ : Entity_Id;
Prev : Entity_Id;
Comp_List : Node_Id)
is
Loc : constant Source_Ptr := Sloc (Typ_Decl);
Anon_Access : Entity_Id;
Acc_Def : Node_Id;
Comp : Node_Id;
Comp_Def : Node_Id;
Decl : Node_Id;
Type_Def : Node_Id;
procedure Build_Incomplete_Type_Declaration;
-- If the record type contains components that include an access to the
-- current record, then create an incomplete type declaration for the
-- record, to be used as the designated type of the anonymous access.
-- This is done only once, and only if there is no previous partial
-- view of the type.
function Designates_T (Subt : Node_Id) return Boolean;
-- Check whether a node designates the enclosing record type, or 'Class
-- of that type
function Mentions_T (Acc_Def : Node_Id) return Boolean;
-- Check whether an access definition includes a reference to
-- the enclosing record type. The reference can be a subtype mark
-- in the access definition itself, a 'Class attribute reference, or
-- recursively a reference appearing in a parameter specification
-- or result definition of an access_to_subprogram definition.
--------------------------------------
-- Build_Incomplete_Type_Declaration --
--------------------------------------
procedure Build_Incomplete_Type_Declaration is
Decl : Node_Id;
Inc_T : Entity_Id;
H : Entity_Id;
-- Is_Tagged indicates whether the type is tagged. It is tagged if
-- it's "is new ... with record" or else "is tagged record ...".
Is_Tagged : constant Boolean :=
(Nkind (Type_Definition (Typ_Decl)) = N_Derived_Type_Definition
and then
Present (Record_Extension_Part (Type_Definition (Typ_Decl))))
or else
(Nkind (Type_Definition (Typ_Decl)) = N_Record_Definition
and then Tagged_Present (Type_Definition (Typ_Decl)));
begin
-- If there is a previous partial view, no need to create a new one
-- If the partial view, given by Prev, is incomplete, If Prev is
-- a private declaration, full declaration is flagged accordingly.
if Prev /= Typ then
if Is_Tagged then
Make_Class_Wide_Type (Prev);
Set_Class_Wide_Type (Typ, Class_Wide_Type (Prev));
Set_Etype (Class_Wide_Type (Typ), Typ);
end if;
return;
elsif Has_Private_Declaration (Typ) then
-- If we refer to T'Class inside T, and T is the completion of a
-- private type, then make sure the class-wide type exists.
if Is_Tagged then
Make_Class_Wide_Type (Typ);
end if;
return;
-- If there was a previous anonymous access type, the incomplete
-- type declaration will have been created already.
elsif Present (Current_Entity (Typ))
and then Ekind (Current_Entity (Typ)) = E_Incomplete_Type
and then Full_View (Current_Entity (Typ)) = Typ
then
if Is_Tagged
and then Comes_From_Source (Current_Entity (Typ))
and then not Is_Tagged_Type (Current_Entity (Typ))
then
Make_Class_Wide_Type (Typ);
Error_Msg_N
("incomplete view of tagged type should be declared tagged??",
Parent (Current_Entity (Typ)));
end if;
return;
else
Inc_T := Make_Defining_Identifier (Loc, Chars (Typ));
Decl := Make_Incomplete_Type_Declaration (Loc, Inc_T);
-- Type has already been inserted into the current scope. Remove
-- it, and add incomplete declaration for type, so that subsequent
-- anonymous access types can use it. The entity is unchained from
-- the homonym list and from immediate visibility. After analysis,
-- the entity in the incomplete declaration becomes immediately
-- visible in the record declaration that follows.
H := Current_Entity (Typ);
if H = Typ then
Set_Name_Entity_Id (Chars (Typ), Homonym (Typ));
else
while Present (H)
and then Homonym (H) /= Typ
loop
H := Homonym (Typ);
end loop;
Set_Homonym (H, Homonym (Typ));
end if;
Insert_Before (Typ_Decl, Decl);
Analyze (Decl);
Set_Full_View (Inc_T, Typ);
if Is_Tagged then
-- Create a common class-wide type for both views, and set the
-- Etype of the class-wide type to the full view.
Make_Class_Wide_Type (Inc_T);
Set_Class_Wide_Type (Typ, Class_Wide_Type (Inc_T));
Set_Etype (Class_Wide_Type (Typ), Typ);
end if;
end if;
end Build_Incomplete_Type_Declaration;
------------------
-- Designates_T --
------------------
function Designates_T (Subt : Node_Id) return Boolean is
Type_Id : constant Name_Id := Chars (Typ);
function Names_T (Nam : Node_Id) return Boolean;
-- The record type has not been introduced in the current scope
-- yet, so we must examine the name of the type itself, either
-- an identifier T, or an expanded name of the form P.T, where
-- P denotes the current scope.
-------------
-- Names_T --
-------------
function Names_T (Nam : Node_Id) return Boolean is
begin
if Nkind (Nam) = N_Identifier then
return Chars (Nam) = Type_Id;
elsif Nkind (Nam) = N_Selected_Component then
if Chars (Selector_Name (Nam)) = Type_Id then
if Nkind (Prefix (Nam)) = N_Identifier then
return Chars (Prefix (Nam)) = Chars (Current_Scope);
elsif Nkind (Prefix (Nam)) = N_Selected_Component then
return Chars (Selector_Name (Prefix (Nam))) =
Chars (Current_Scope);
else
return False;
end if;
else
return False;
end if;
else
return False;
end if;
end Names_T;
-- Start of processing for Designates_T
begin
if Nkind (Subt) = N_Identifier then
return Chars (Subt) = Type_Id;
-- Reference can be through an expanded name which has not been
-- analyzed yet, and which designates enclosing scopes.
elsif Nkind (Subt) = N_Selected_Component then
if Names_T (Subt) then
return True;
-- Otherwise it must denote an entity that is already visible.
-- The access definition may name a subtype of the enclosing
-- type, if there is a previous incomplete declaration for it.
else
Find_Selected_Component (Subt);
return
Is_Entity_Name (Subt)
and then Scope (Entity (Subt)) = Current_Scope
and then
(Chars (Base_Type (Entity (Subt))) = Type_Id
or else
(Is_Class_Wide_Type (Entity (Subt))
and then
Chars (Etype (Base_Type (Entity (Subt)))) =
Type_Id));
end if;
-- A reference to the current type may appear as the prefix of
-- a 'Class attribute.
elsif Nkind (Subt) = N_Attribute_Reference
and then Attribute_Name (Subt) = Name_Class
then
return Names_T (Prefix (Subt));
else
return False;
end if;
end Designates_T;
----------------
-- Mentions_T --
----------------
function Mentions_T (Acc_Def : Node_Id) return Boolean is
Param_Spec : Node_Id;
Acc_Subprg : constant Node_Id :=
Access_To_Subprogram_Definition (Acc_Def);
begin
if No (Acc_Subprg) then
return Designates_T (Subtype_Mark (Acc_Def));
end if;
-- Component is an access_to_subprogram: examine its formals,
-- and result definition in the case of an access_to_function.
Param_Spec := First (Parameter_Specifications (Acc_Subprg));
while Present (Param_Spec) loop
if Nkind (Parameter_Type (Param_Spec)) = N_Access_Definition
and then Mentions_T (Parameter_Type (Param_Spec))
then
return True;
elsif Designates_T (Parameter_Type (Param_Spec)) then
return True;
end if;
Next (Param_Spec);
end loop;
if Nkind (Acc_Subprg) = N_Access_Function_Definition then
if Nkind (Result_Definition (Acc_Subprg)) =
N_Access_Definition
then
return Mentions_T (Result_Definition (Acc_Subprg));
else
return Designates_T (Result_Definition (Acc_Subprg));
end if;
end if;
return False;
end Mentions_T;
-- Start of processing for Check_Anonymous_Access_Components
begin
if No (Comp_List) then
return;
end if;
Comp := First (Component_Items (Comp_List));
while Present (Comp) loop
if Nkind (Comp) = N_Component_Declaration
and then Present
(Access_Definition (Component_Definition (Comp)))
and then
Mentions_T (Access_Definition (Component_Definition (Comp)))
then
Comp_Def := Component_Definition (Comp);
Acc_Def :=
Access_To_Subprogram_Definition (Access_Definition (Comp_Def));
Build_Incomplete_Type_Declaration;
Anon_Access := Make_Temporary (Loc, 'S');
-- Create a declaration for the anonymous access type: either
-- an access_to_object or an access_to_subprogram.
if Present (Acc_Def) then
if Nkind (Acc_Def) = N_Access_Function_Definition then
Type_Def :=
Make_Access_Function_Definition (Loc,
Parameter_Specifications =>
Parameter_Specifications (Acc_Def),
Result_Definition => Result_Definition (Acc_Def));
else
Type_Def :=
Make_Access_Procedure_Definition (Loc,
Parameter_Specifications =>
Parameter_Specifications (Acc_Def));
end if;
else
Type_Def :=
Make_Access_To_Object_Definition (Loc,
Subtype_Indication =>
Relocate_Node
(Subtype_Mark (Access_Definition (Comp_Def))));
Set_Constant_Present
(Type_Def, Constant_Present (Access_Definition (Comp_Def)));
Set_All_Present
(Type_Def, All_Present (Access_Definition (Comp_Def)));
end if;
Set_Null_Exclusion_Present
(Type_Def,
Null_Exclusion_Present (Access_Definition (Comp_Def)));
Decl :=
Make_Full_Type_Declaration (Loc,
Defining_Identifier => Anon_Access,
Type_Definition => Type_Def);
Insert_Before (Typ_Decl, Decl);
Analyze (Decl);
-- If an access to subprogram, create the extra formals
if Present (Acc_Def) then
Create_Extra_Formals (Designated_Type (Anon_Access));
-- If an access to object, preserve entity of designated type,
-- for ASIS use, before rewriting the component definition.
else
declare
Desig : Entity_Id;
begin
Desig := Entity (Subtype_Indication (Type_Def));
-- If the access definition is to the current record,
-- the visible entity at this point is an incomplete
-- type. Retrieve the full view to simplify ASIS queries
if Ekind (Desig) = E_Incomplete_Type then
Desig := Full_View (Desig);
end if;
Set_Entity
(Subtype_Mark (Access_Definition (Comp_Def)), Desig);
end;
end if;
Rewrite (Comp_Def,
Make_Component_Definition (Loc,
Subtype_Indication =>
New_Occurrence_Of (Anon_Access, Loc)));
if Ekind (Designated_Type (Anon_Access)) = E_Subprogram_Type then
Set_Ekind (Anon_Access, E_Anonymous_Access_Subprogram_Type);
else
Set_Ekind (Anon_Access, E_Anonymous_Access_Type);
end if;
Set_Is_Local_Anonymous_Access (Anon_Access);
end if;
Next (Comp);
end loop;
if Present (Variant_Part (Comp_List)) then
declare
V : Node_Id;
begin
V := First_Non_Pragma (Variants (Variant_Part (Comp_List)));
while Present (V) loop
Check_Anonymous_Access_Components
(Typ_Decl, Typ, Prev, Component_List (V));
Next_Non_Pragma (V);
end loop;
end;
end if;
end Check_Anonymous_Access_Components;
----------------------
-- Check_Completion --
----------------------
procedure Check_Completion (Body_Id : Node_Id := Empty) is
E : Entity_Id;
procedure Post_Error;
-- Post error message for lack of completion for entity E
----------------
-- Post_Error --
----------------
procedure Post_Error is
procedure Missing_Body;
-- Output missing body message
------------------
-- Missing_Body --
------------------
procedure Missing_Body is
begin
-- Spec is in same unit, so we can post on spec
if In_Same_Source_Unit (Body_Id, E) then
Error_Msg_N ("missing body for &", E);
-- Spec is in a separate unit, so we have to post on the body
else
Error_Msg_NE ("missing body for & declared#!", Body_Id, E);
end if;
end Missing_Body;
-- Start of processing for Post_Error
begin
if not Comes_From_Source (E) then
if Ekind_In (E, E_Task_Type, E_Protected_Type) then
-- It may be an anonymous protected type created for a
-- single variable. Post error on variable, if present.
declare
Var : Entity_Id;
begin
Var := First_Entity (Current_Scope);
while Present (Var) loop
exit when Etype (Var) = E
and then Comes_From_Source (Var);
Next_Entity (Var);
end loop;
if Present (Var) then
E := Var;
end if;
end;
end if;
end if;
-- If a generated entity has no completion, then either previous
-- semantic errors have disabled the expansion phase, or else we had
-- missing subunits, or else we are compiling without expansion,
-- or else something is very wrong.
if not Comes_From_Source (E) then
pragma Assert
(Serious_Errors_Detected > 0
or else Configurable_Run_Time_Violations > 0
or else Subunits_Missing
or else not Expander_Active);
return;
-- Here for source entity
else
-- Here if no body to post the error message, so we post the error
-- on the declaration that has no completion. This is not really
-- the right place to post it, think about this later ???
if No (Body_Id) then
if Is_Type (E) then
Error_Msg_NE
("missing full declaration for }", Parent (E), E);
else
Error_Msg_NE ("missing body for &", Parent (E), E);
end if;
-- Package body has no completion for a declaration that appears
-- in the corresponding spec. Post error on the body, with a
-- reference to the non-completed declaration.
else
Error_Msg_Sloc := Sloc (E);
if Is_Type (E) then
Error_Msg_NE ("missing full declaration for }!", Body_Id, E);
elsif Is_Overloadable (E)
and then Current_Entity_In_Scope (E) /= E
then
-- It may be that the completion is mistyped and appears as
-- a distinct overloading of the entity.
declare
Candidate : constant Entity_Id :=
Current_Entity_In_Scope (E);
Decl : constant Node_Id :=
Unit_Declaration_Node (Candidate);
begin
if Is_Overloadable (Candidate)
and then Ekind (Candidate) = Ekind (E)
and then Nkind (Decl) = N_Subprogram_Body
and then Acts_As_Spec (Decl)
then
Check_Type_Conformant (Candidate, E);
else
Missing_Body;
end if;
end;
else
Missing_Body;
end if;
end if;
end if;
end Post_Error;
-- Local variables
Pack_Id : constant Entity_Id := Current_Scope;
-- Start of processing for Check_Completion
begin
E := First_Entity (Pack_Id);
while Present (E) loop
if Is_Intrinsic_Subprogram (E) then
null;
-- The following situation requires special handling: a child unit
-- that appears in the context clause of the body of its parent:
-- procedure Parent.Child (...);
-- with Parent.Child;
-- package body Parent is
-- Here Parent.Child appears as a local entity, but should not be
-- flagged as requiring completion, because it is a compilation
-- unit.
-- Ignore missing completion for a subprogram that does not come from
-- source (including the _Call primitive operation of RAS types,
-- which has to have the flag Comes_From_Source for other purposes):
-- we assume that the expander will provide the missing completion.
-- In case of previous errors, other expansion actions that provide
-- bodies for null procedures with not be invoked, so inhibit message
-- in those cases.
-- Note that E_Operator is not in the list that follows, because
-- this kind is reserved for predefined operators, that are
-- intrinsic and do not need completion.
elsif Ekind_In (E, E_Function,
E_Procedure,
E_Generic_Function,
E_Generic_Procedure)
then
if Has_Completion (E) then
null;
elsif Is_Subprogram (E) and then Is_Abstract_Subprogram (E) then
null;
elsif Is_Subprogram (E)
and then (not Comes_From_Source (E)
or else Chars (E) = Name_uCall)
then
null;
elsif
Nkind (Parent (Unit_Declaration_Node (E))) = N_Compilation_Unit
then
null;
elsif Nkind (Parent (E)) = N_Procedure_Specification
and then Null_Present (Parent (E))
and then Serious_Errors_Detected > 0
then
null;
else
Post_Error;
end if;
elsif Is_Entry (E) then
if not Has_Completion (E) and then
(Ekind (Scope (E)) = E_Protected_Object
or else Ekind (Scope (E)) = E_Protected_Type)
then
Post_Error;
end if;
elsif Is_Package_Or_Generic_Package (E) then
if Unit_Requires_Body (E) then
if not Has_Completion (E)
and then Nkind (Parent (Unit_Declaration_Node (E))) /=
N_Compilation_Unit
then
Post_Error;
end if;
elsif not Is_Child_Unit (E) then
May_Need_Implicit_Body (E);
end if;
-- A formal incomplete type (Ada 2012) does not require a completion;
-- other incomplete type declarations do.
elsif Ekind (E) = E_Incomplete_Type
and then No (Underlying_Type (E))
and then not Is_Generic_Type (E)
then
Post_Error;
elsif Ekind_In (E, E_Task_Type, E_Protected_Type)
and then not Has_Completion (E)
then
Post_Error;
-- A single task declared in the current scope is a constant, verify
-- that the body of its anonymous type is in the same scope. If the
-- task is defined elsewhere, this may be a renaming declaration for
-- which no completion is needed.
elsif Ekind (E) = E_Constant
and then Ekind (Etype (E)) = E_Task_Type
and then not Has_Completion (Etype (E))
and then Scope (Etype (E)) = Current_Scope
then
Post_Error;
elsif Ekind (E) = E_Protected_Object
and then not Has_Completion (Etype (E))
then
Post_Error;
elsif Ekind (E) = E_Record_Type then
if Is_Tagged_Type (E) then
Check_Abstract_Overriding (E);
Check_Conventions (E);
end if;
Check_Aliased_Component_Types (E);
elsif Ekind (E) = E_Array_Type then
Check_Aliased_Component_Types (E);
end if;
Next_Entity (E);
end loop;
end Check_Completion;
------------------------------------
-- Check_CPP_Type_Has_No_Defaults --
------------------------------------
procedure Check_CPP_Type_Has_No_Defaults (T : Entity_Id) is
Tdef : constant Node_Id := Type_Definition (Declaration_Node (T));
Clist : Node_Id;
Comp : Node_Id;
begin
-- Obtain the component list
if Nkind (Tdef) = N_Record_Definition then
Clist := Component_List (Tdef);
else pragma Assert (Nkind (Tdef) = N_Derived_Type_Definition);
Clist := Component_List (Record_Extension_Part (Tdef));
end if;
-- Check all components to ensure no default expressions
if Present (Clist) then
Comp := First (Component_Items (Clist));
while Present (Comp) loop
if Present (Expression (Comp)) then
Error_Msg_N
("component of imported 'C'P'P type cannot have "
& "default expression", Expression (Comp));
end if;
Next (Comp);
end loop;
end if;
end Check_CPP_Type_Has_No_Defaults;
----------------------------
-- Check_Delta_Expression --
----------------------------
procedure Check_Delta_Expression (E : Node_Id) is
begin
if not (Is_Real_Type (Etype (E))) then
Wrong_Type (E, Any_Real);
elsif not Is_OK_Static_Expression (E) then
Flag_Non_Static_Expr
("non-static expression used for delta value!", E);
elsif not UR_Is_Positive (Expr_Value_R (E)) then
Error_Msg_N ("delta expression must be positive", E);
else
return;
end if;
-- If any of above errors occurred, then replace the incorrect
-- expression by the real 0.1, which should prevent further errors.
Rewrite (E,
Make_Real_Literal (Sloc (E), Ureal_Tenth));
Analyze_And_Resolve (E, Standard_Float);
end Check_Delta_Expression;
-----------------------------
-- Check_Digits_Expression --
-----------------------------
procedure Check_Digits_Expression (E : Node_Id) is
begin
if not (Is_Integer_Type (Etype (E))) then
Wrong_Type (E, Any_Integer);
elsif not Is_OK_Static_Expression (E) then
Flag_Non_Static_Expr
("non-static expression used for digits value!", E);
elsif Expr_Value (E) <= 0 then
Error_Msg_N ("digits value must be greater than zero", E);
else
return;
end if;
-- If any of above errors occurred, then replace the incorrect
-- expression by the integer 1, which should prevent further errors.
Rewrite (E, Make_Integer_Literal (Sloc (E), 1));
Analyze_And_Resolve (E, Standard_Integer);
end Check_Digits_Expression;
--------------------------
-- Check_Initialization --
--------------------------
procedure Check_Initialization (T : Entity_Id; Exp : Node_Id) is
begin
-- Special processing for limited types
if Is_Limited_Type (T)
and then not In_Instance
and then not In_Inlined_Body
then
if not OK_For_Limited_Init (T, Exp) then
-- In GNAT mode, this is just a warning, to allow it to be evilly
-- turned off. Otherwise it is a real error.
if GNAT_Mode then
Error_Msg_N
("??cannot initialize entities of limited type!", Exp);
elsif Ada_Version < Ada_2005 then
-- The side effect removal machinery may generate illegal Ada
-- code to avoid the usage of access types and 'reference in
-- SPARK mode. Since this is legal code with respect to theorem
-- proving, do not emit the error.
if GNATprove_Mode
and then Nkind (Exp) = N_Function_Call
and then Nkind (Parent (Exp)) = N_Object_Declaration
and then not Comes_From_Source
(Defining_Identifier (Parent (Exp)))
then
null;
else
Error_Msg_N
("cannot initialize entities of limited type", Exp);
Explain_Limited_Type (T, Exp);
end if;
else
-- Specialize error message according to kind of illegal
-- initial expression.
if Nkind (Exp) = N_Type_Conversion
and then Nkind (Expression (Exp)) = N_Function_Call
then
Error_Msg_N
("illegal context for call"
& " to function with limited result", Exp);
else
Error_Msg_N
("initialization of limited object requires aggregate "
& "or function call", Exp);
end if;
end if;
end if;
end if;
-- In gnatc or gnatprove mode, make sure set Do_Range_Check flag gets
-- set unless we can be sure that no range check is required.
if (GNATprove_Mode or not Expander_Active)
and then Is_Scalar_Type (T)
and then not Is_In_Range (Exp, T, Assume_Valid => True)
then
Set_Do_Range_Check (Exp);
end if;
end Check_Initialization;
----------------------
-- Check_Interfaces --
----------------------
procedure Check_Interfaces (N : Node_Id; Def : Node_Id) is
Parent_Type : constant Entity_Id := Etype (Defining_Identifier (N));
Iface : Node_Id;
Iface_Def : Node_Id;
Iface_Typ : Entity_Id;
Parent_Node : Node_Id;
Is_Task : Boolean := False;
-- Set True if parent type or any progenitor is a task interface
Is_Protected : Boolean := False;
-- Set True if parent type or any progenitor is a protected interface
procedure Check_Ifaces (Iface_Def : Node_Id; Error_Node : Node_Id);
-- Check that a progenitor is compatible with declaration. If an error
-- message is output, it is posted on Error_Node.
------------------
-- Check_Ifaces --
------------------
procedure Check_Ifaces (Iface_Def : Node_Id; Error_Node : Node_Id) is
Iface_Id : constant Entity_Id :=
Defining_Identifier (Parent (Iface_Def));
Type_Def : Node_Id;
begin
if Nkind (N) = N_Private_Extension_Declaration then
Type_Def := N;
else
Type_Def := Type_Definition (N);
end if;
if Is_Task_Interface (Iface_Id) then
Is_Task := True;
elsif Is_Protected_Interface (Iface_Id) then
Is_Protected := True;
end if;
if Is_Synchronized_Interface (Iface_Id) then
-- A consequence of 3.9.4 (6/2) and 7.3 (7.2/2) is that a private
-- extension derived from a synchronized interface must explicitly
-- be declared synchronized, because the full view will be a
-- synchronized type.
if Nkind (N) = N_Private_Extension_Declaration then
if not Synchronized_Present (N) then
Error_Msg_NE
("private extension of& must be explicitly synchronized",
N, Iface_Id);
end if;
-- However, by 3.9.4(16/2), a full type that is a record extension
-- is never allowed to derive from a synchronized interface (note
-- that interfaces must be excluded from this check, because those
-- are represented by derived type definitions in some cases).
elsif Nkind (Type_Definition (N)) = N_Derived_Type_Definition
and then not Interface_Present (Type_Definition (N))
then
Error_Msg_N ("record extension cannot derive from synchronized "
& "interface", Error_Node);
end if;
end if;
-- Check that the characteristics of the progenitor are compatible
-- with the explicit qualifier in the declaration.
-- The check only applies to qualifiers that come from source.
-- Limited_Present also appears in the declaration of corresponding
-- records, and the check does not apply to them.
if Limited_Present (Type_Def)
and then not
Is_Concurrent_Record_Type (Defining_Identifier (N))
then
if Is_Limited_Interface (Parent_Type)
and then not Is_Limited_Interface (Iface_Id)
then
Error_Msg_NE
("progenitor & must be limited interface",
Error_Node, Iface_Id);
elsif
(Task_Present (Iface_Def)
or else Protected_Present (Iface_Def)
or else Synchronized_Present (Iface_Def))
and then Nkind (N) /= N_Private_Extension_Declaration
and then not Error_Posted (N)
then
Error_Msg_NE
("progenitor & must be limited interface",
Error_Node, Iface_Id);
end if;
-- Protected interfaces can only inherit from limited, synchronized
-- or protected interfaces.
elsif Nkind (N) = N_Full_Type_Declaration
and then Protected_Present (Type_Def)
then
if Limited_Present (Iface_Def)
or else Synchronized_Present (Iface_Def)
or else Protected_Present (Iface_Def)
then
null;
elsif Task_Present (Iface_Def) then
Error_Msg_N ("(Ada 2005) protected interface cannot inherit "
& "from task interface", Error_Node);
else
Error_Msg_N ("(Ada 2005) protected interface cannot inherit "
& "from non-limited interface", Error_Node);
end if;
-- Ada 2005 (AI-345): Synchronized interfaces can only inherit from
-- limited and synchronized.
elsif Synchronized_Present (Type_Def) then
if Limited_Present (Iface_Def)
or else Synchronized_Present (Iface_Def)
then
null;
elsif Protected_Present (Iface_Def)
and then Nkind (N) /= N_Private_Extension_Declaration
then
Error_Msg_N ("(Ada 2005) synchronized interface cannot inherit "
& "from protected interface", Error_Node);
elsif Task_Present (Iface_Def)
and then Nkind (N) /= N_Private_Extension_Declaration
then
Error_Msg_N ("(Ada 2005) synchronized interface cannot inherit "
& "from task interface", Error_Node);
elsif not Is_Limited_Interface (Iface_Id) then
Error_Msg_N ("(Ada 2005) synchronized interface cannot inherit "
& "from non-limited interface", Error_Node);
end if;
-- Ada 2005 (AI-345): Task interfaces can only inherit from limited,
-- synchronized or task interfaces.
elsif Nkind (N) = N_Full_Type_Declaration
and then Task_Present (Type_Def)
then
if Limited_Present (Iface_Def)
or else Synchronized_Present (Iface_Def)
or else Task_Present (Iface_Def)
then
null;
elsif Protected_Present (Iface_Def) then
Error_Msg_N ("(Ada 2005) task interface cannot inherit from "
& "protected interface", Error_Node);
else
Error_Msg_N ("(Ada 2005) task interface cannot inherit from "
& "non-limited interface", Error_Node);
end if;
end if;
end Check_Ifaces;
-- Start of processing for Check_Interfaces
begin
if Is_Interface (Parent_Type) then
if Is_Task_Interface (Parent_Type) then
Is_Task := True;
elsif Is_Protected_Interface (Parent_Type) then
Is_Protected := True;
end if;
end if;
if Nkind (N) = N_Private_Extension_Declaration then
-- Check that progenitors are compatible with declaration
Iface := First (Interface_List (Def));
while Present (Iface) loop
Iface_Typ := Find_Type_Of_Subtype_Indic (Iface);
Parent_Node := Parent (Base_Type (Iface_Typ));
Iface_Def := Type_Definition (Parent_Node);
if not Is_Interface (Iface_Typ) then
Diagnose_Interface (Iface, Iface_Typ);
else
Check_Ifaces (Iface_Def, Iface);
end if;
Next (Iface);
end loop;
if Is_Task and Is_Protected then
Error_Msg_N
("type cannot derive from task and protected interface", N);
end if;
return;
end if;
-- Full type declaration of derived type.
-- Check compatibility with parent if it is interface type
if Nkind (Type_Definition (N)) = N_Derived_Type_Definition
and then Is_Interface (Parent_Type)
then
Parent_Node := Parent (Parent_Type);
-- More detailed checks for interface varieties
Check_Ifaces
(Iface_Def => Type_Definition (Parent_Node),
Error_Node => Subtype_Indication (Type_Definition (N)));
end if;
Iface := First (Interface_List (Def));
while Present (Iface) loop
Iface_Typ := Find_Type_Of_Subtype_Indic (Iface);
Parent_Node := Parent (Base_Type (Iface_Typ));
Iface_Def := Type_Definition (Parent_Node);
if not Is_Interface (Iface_Typ) then
Diagnose_Interface (Iface, Iface_Typ);
else
-- "The declaration of a specific descendant of an interface
-- type freezes the interface type" RM 13.14
Freeze_Before (N, Iface_Typ);
Check_Ifaces (Iface_Def, Error_Node => Iface);
end if;
Next (Iface);
end loop;
if Is_Task and Is_Protected then
Error_Msg_N
("type cannot derive from task and protected interface", N);
end if;
end Check_Interfaces;
------------------------------------
-- Check_Or_Process_Discriminants --
------------------------------------
-- If an incomplete or private type declaration was already given for the
-- type, the discriminants may have already been processed if they were
-- present on the incomplete declaration. In this case a full conformance
-- check has been performed in Find_Type_Name, and we then recheck here
-- some properties that can't be checked on the partial view alone.
-- Otherwise we call Process_Discriminants.
procedure Check_Or_Process_Discriminants
(N : Node_Id;
T : Entity_Id;
Prev : Entity_Id := Empty)
is
begin
if Has_Discriminants (T) then
-- Discriminants are already set on T if they were already present
-- on the partial view. Make them visible to component declarations.
declare
D : Entity_Id;
-- Discriminant on T (full view) referencing expr on partial view
Prev_D : Entity_Id;
-- Entity of corresponding discriminant on partial view
New_D : Node_Id;
-- Discriminant specification for full view, expression is
-- the syntactic copy on full view (which has been checked for
-- conformance with partial view), only used here to post error
-- message.
begin
D := First_Discriminant (T);
New_D := First (Discriminant_Specifications (N));
while Present (D) loop
Prev_D := Current_Entity (D);
Set_Current_Entity (D);
Set_Is_Immediately_Visible (D);
Set_Homonym (D, Prev_D);
-- Handle the case where there is an untagged partial view and
-- the full view is tagged: must disallow discriminants with
-- defaults, unless compiling for Ada 2012, which allows a
-- limited tagged type to have defaulted discriminants (see
-- AI05-0214). However, suppress error here if it was already
-- reported on the default expression of the partial view.
if Is_Tagged_Type (T)
and then Present (Expression (Parent (D)))
and then (not Is_Limited_Type (Current_Scope)
or else Ada_Version < Ada_2012)
and then not Error_Posted (Expression (Parent (D)))
then
if Ada_Version >= Ada_2012 then
Error_Msg_N
("discriminants of nonlimited tagged type cannot have "
& "defaults",
Expression (New_D));
else
Error_Msg_N
("discriminants of tagged type cannot have defaults",
Expression (New_D));
end if;
end if;
-- Ada 2005 (AI-230): Access discriminant allowed in
-- non-limited record types.
if Ada_Version < Ada_2005 then
-- This restriction gets applied to the full type here. It
-- has already been applied earlier to the partial view.
Check_Access_Discriminant_Requires_Limited (Parent (D), N);
end if;
Next_Discriminant (D);
Next (New_D);
end loop;
end;
elsif Present (Discriminant_Specifications (N)) then
Process_Discriminants (N, Prev);
end if;
end Check_Or_Process_Discriminants;
----------------------
-- Check_Real_Bound --
----------------------
procedure Check_Real_Bound (Bound : Node_Id) is
begin
if not Is_Real_Type (Etype (Bound)) then
Error_Msg_N
("bound in real type definition must be of real type", Bound);
elsif not Is_OK_Static_Expression (Bound) then
Flag_Non_Static_Expr
("non-static expression used for real type bound!", Bound);
else
return;
end if;
Rewrite
(Bound, Make_Real_Literal (Sloc (Bound), Ureal_0));
Analyze (Bound);
Resolve (Bound, Standard_Float);
end Check_Real_Bound;
------------------------------
-- Complete_Private_Subtype --
------------------------------
procedure Complete_Private_Subtype
(Priv : Entity_Id;
Full : Entity_Id;
Full_Base : Entity_Id;
Related_Nod : Node_Id)
is
Save_Next_Entity : Entity_Id;
Save_Homonym : Entity_Id;
begin
-- Set semantic attributes for (implicit) private subtype completion.
-- If the full type has no discriminants, then it is a copy of the
-- full view of the base. Otherwise, it is a subtype of the base with
-- a possible discriminant constraint. Save and restore the original
-- Next_Entity field of full to ensure that the calls to Copy_Node do
-- not corrupt the entity chain.
-- Note that the type of the full view is the same entity as the type
-- of the partial view. In this fashion, the subtype has access to the
-- correct view of the parent.
Save_Next_Entity := Next_Entity (Full);
Save_Homonym := Homonym (Priv);
case Ekind (Full_Base) is
when Class_Wide_Kind
| Private_Kind
| Protected_Kind
| Task_Kind
| E_Record_Subtype
| E_Record_Type
=>
Copy_Node (Priv, Full);
Set_Has_Discriminants
(Full, Has_Discriminants (Full_Base));
Set_Has_Unknown_Discriminants
(Full, Has_Unknown_Discriminants (Full_Base));
Set_First_Entity (Full, First_Entity (Full_Base));
Set_Last_Entity (Full, Last_Entity (Full_Base));
-- If the underlying base type is constrained, we know that the
-- full view of the subtype is constrained as well (the converse
-- is not necessarily true).
if Is_Constrained (Full_Base) then
Set_Is_Constrained (Full);
end if;
when others =>
Copy_Node (Full_Base, Full);
Set_Chars (Full, Chars (Priv));
Conditional_Delay (Full, Priv);
Set_Sloc (Full, Sloc (Priv));
end case;
Set_Next_Entity (Full, Save_Next_Entity);
Set_Homonym (Full, Save_Homonym);
Set_Associated_Node_For_Itype (Full, Related_Nod);
-- Set common attributes for all subtypes: kind, convention, etc.
Set_Ekind (Full, Subtype_Kind (Ekind (Full_Base)));
Set_Convention (Full, Convention (Full_Base));
-- The Etype of the full view is inconsistent. Gigi needs to see the
-- structural full view, which is what the current scheme gives: the
-- Etype of the full view is the etype of the full base. However, if the
-- full base is a derived type, the full view then looks like a subtype
-- of the parent, not a subtype of the full base. If instead we write:
-- Set_Etype (Full, Full_Base);
-- then we get inconsistencies in the front-end (confusion between
-- views). Several outstanding bugs are related to this ???
Set_Is_First_Subtype (Full, False);
Set_Scope (Full, Scope (Priv));
Set_Size_Info (Full, Full_Base);
Set_RM_Size (Full, RM_Size (Full_Base));
Set_Is_Itype (Full);
-- A subtype of a private-type-without-discriminants, whose full-view
-- has discriminants with default expressions, is not constrained.
if not Has_Discriminants (Priv) then
Set_Is_Constrained (Full, Is_Constrained (Full_Base));
if Has_Discriminants (Full_Base) then
Set_Discriminant_Constraint
(Full, Discriminant_Constraint (Full_Base));
-- The partial view may have been indefinite, the full view
-- might not be.
Set_Has_Unknown_Discriminants
(Full, Has_Unknown_Discriminants (Full_Base));
end if;
end if;
Set_First_Rep_Item (Full, First_Rep_Item (Full_Base));
Set_Depends_On_Private (Full, Has_Private_Component (Full));
-- Freeze the private subtype entity if its parent is delayed, and not
-- already frozen. We skip this processing if the type is an anonymous
-- subtype of a record component, or is the corresponding record of a
-- protected type, since these are processed when the enclosing type
-- is frozen. If the parent type is declared in a nested package then
-- the freezing of the private and full views also happens later.
if not Is_Type (Scope (Full)) then
if Is_Itype (Priv)
and then In_Same_Source_Unit (Full, Full_Base)
and then Scope (Full_Base) /= Scope (Full)
then
Set_Has_Delayed_Freeze (Full);
Set_Has_Delayed_Freeze (Priv);
else
Set_Has_Delayed_Freeze (Full,
Has_Delayed_Freeze (Full_Base)
and then not Is_Frozen (Full_Base));
end if;
end if;
Set_Freeze_Node (Full, Empty);
Set_Is_Frozen (Full, False);
Set_Full_View (Priv, Full);
if Has_Discriminants (Full) then
Set_Stored_Constraint_From_Discriminant_Constraint (Full);
Set_Stored_Constraint (Priv, Stored_Constraint (Full));
if Has_Unknown_Discriminants (Full) then
Set_Discriminant_Constraint (Full, No_Elist);
end if;
end if;
if Ekind (Full_Base) = E_Record_Type
and then Has_Discriminants (Full_Base)
and then Has_Discriminants (Priv) -- might not, if errors
and then not Has_Unknown_Discriminants (Priv)
and then not Is_Empty_Elmt_List (Discriminant_Constraint (Priv))
then
Create_Constrained_Components
(Full, Related_Nod, Full_Base, Discriminant_Constraint (Priv));
-- If the full base is itself derived from private, build a congruent
-- subtype of its underlying type, for use by the back end. For a
-- constrained record component, the declaration cannot be placed on
-- the component list, but it must nevertheless be built an analyzed, to
-- supply enough information for Gigi to compute the size of component.
elsif Ekind (Full_Base) in Private_Kind
and then Is_Derived_Type (Full_Base)
and then Has_Discriminants (Full_Base)
and then (Ekind (Current_Scope) /= E_Record_Subtype)
then
if not Is_Itype (Priv)
and then
Nkind (Subtype_Indication (Parent (Priv))) = N_Subtype_Indication
then
Build_Underlying_Full_View
(Parent (Priv), Full, Etype (Full_Base));
elsif Nkind (Related_Nod) = N_Component_Declaration then
Build_Underlying_Full_View (Related_Nod, Full, Etype (Full_Base));
end if;
elsif Is_Record_Type (Full_Base) then
-- Show Full is simply a renaming of Full_Base
Set_Cloned_Subtype (Full, Full_Base);
end if;
-- It is unsafe to share the bounds of a scalar type, because the Itype
-- is elaborated on demand, and if a bound is non-static then different
-- orders of elaboration in different units will lead to different
-- external symbols.
if Is_Scalar_Type (Full_Base) then
Set_Scalar_Range (Full,
Make_Range (Sloc (Related_Nod),
Low_Bound =>
Duplicate_Subexpr_No_Checks (Type_Low_Bound (Full_Base)),
High_Bound =>
Duplicate_Subexpr_No_Checks (Type_High_Bound (Full_Base))));
-- This completion inherits the bounds of the full parent, but if
-- the parent is an unconstrained floating point type, so is the
-- completion.
if Is_Floating_Point_Type (Full_Base) then
Set_Includes_Infinities
(Scalar_Range (Full), Has_Infinities (Full_Base));
end if;
end if;
-- ??? It seems that a lot of fields are missing that should be copied
-- from Full_Base to Full. Here are some that are introduced in a
-- non-disruptive way but a cleanup is necessary.
if Is_Tagged_Type (Full_Base) then
Set_Is_Tagged_Type (Full);
Set_Direct_Primitive_Operations
(Full, Direct_Primitive_Operations (Full_Base));
Set_No_Tagged_Streams_Pragma
(Full, No_Tagged_Streams_Pragma (Full_Base));
-- Inherit class_wide type of full_base in case the partial view was
-- not tagged. Otherwise it has already been created when the private
-- subtype was analyzed.
if No (Class_Wide_Type (Full)) then
Set_Class_Wide_Type (Full, Class_Wide_Type (Full_Base));
end if;
-- If this is a subtype of a protected or task type, constrain its
-- corresponding record, unless this is a subtype without constraints,
-- i.e. a simple renaming as with an actual subtype in an instance.
elsif Is_Concurrent_Type (Full_Base) then
if Has_Discriminants (Full)
and then Present (Corresponding_Record_Type (Full_Base))
and then
not Is_Empty_Elmt_List (Discriminant_Constraint (Full))
then
Set_Corresponding_Record_Type (Full,
Constrain_Corresponding_Record
(Full, Corresponding_Record_Type (Full_Base), Related_Nod));
else
Set_Corresponding_Record_Type (Full,
Corresponding_Record_Type (Full_Base));
end if;
end if;
-- Link rep item chain, and also setting of Has_Predicates from private
-- subtype to full subtype, since we will need these on the full subtype
-- to create the predicate function. Note that the full subtype may
-- already have rep items, inherited from the full view of the base
-- type, so we must be sure not to overwrite these entries.
declare
Append : Boolean;
Item : Node_Id;
Next_Item : Node_Id;
Priv_Item : Node_Id;
begin
Item := First_Rep_Item (Full);
Priv_Item := First_Rep_Item (Priv);
-- If no existing rep items on full type, we can just link directly
-- to the list of items on the private type, if any exist.. Same if
-- the rep items are only those inherited from the base
if (No (Item)
or else Nkind (Item) /= N_Aspect_Specification
or else Entity (Item) = Full_Base)
and then Present (First_Rep_Item (Priv))
then
Set_First_Rep_Item (Full, Priv_Item);
-- Otherwise, search to the end of items currently linked to the full
-- subtype and append the private items to the end. However, if Priv
-- and Full already have the same list of rep items, then the append
-- is not done, as that would create a circularity.
--
-- The partial view may have a predicate and the rep item lists of
-- both views agree when inherited from the same ancestor. In that
-- case, simply propagate the list from one view to the other.
-- A more complex analysis needed here ???
elsif Present (Priv_Item)
and then Item = Next_Rep_Item (Priv_Item)
then
Set_First_Rep_Item (Full, Priv_Item);
elsif Item /= Priv_Item then
Append := True;
loop
Next_Item := Next_Rep_Item (Item);
exit when No (Next_Item);
Item := Next_Item;
-- If the private view has aspect specifications, the full view
-- inherits them. Since these aspects may already have been
-- attached to the full view during derivation, do not append
-- them if already present.
if Item = First_Rep_Item (Priv) then
Append := False;
exit;
end if;
end loop;
-- And link the private type items at the end of the chain
if Append then
Set_Next_Rep_Item (Item, First_Rep_Item (Priv));
end if;
end if;
end;
-- Make sure Has_Predicates is set on full type if it is set on the
-- private type. Note that it may already be set on the full type and
-- if so, we don't want to unset it. Similarly, propagate information
-- about delayed aspects, because the corresponding pragmas must be
-- analyzed when one of the views is frozen. This last step is needed
-- in particular when the full type is a scalar type for which an
-- anonymous base type is constructed.
-- The predicate functions are generated either at the freeze point
-- of the type or at the end of the visible part, and we must avoid
-- generating them twice.
if Has_Predicates (Priv) then
Set_Has_Predicates (Full);
if Present (Predicate_Function (Priv))
and then No (Predicate_Function (Full))
then
Set_Predicate_Function (Full, Predicate_Function (Priv));
end if;
end if;
if Has_Delayed_Aspects (Priv) then
Set_Has_Delayed_Aspects (Full);
end if;
end Complete_Private_Subtype;
----------------------------
-- Constant_Redeclaration --
----------------------------
procedure Constant_Redeclaration
(Id : Entity_Id;
N : Node_Id;
T : out Entity_Id)
is
Prev : constant Entity_Id := Current_Entity_In_Scope (Id);
Obj_Def : constant Node_Id := Object_Definition (N);
New_T : Entity_Id;
procedure Check_Possible_Deferred_Completion
(Prev_Id : Entity_Id;
Prev_Obj_Def : Node_Id;
Curr_Obj_Def : Node_Id);
-- Determine whether the two object definitions describe the partial
-- and the full view of a constrained deferred constant. Generate
-- a subtype for the full view and verify that it statically matches
-- the subtype of the partial view.
procedure Check_Recursive_Declaration (Typ : Entity_Id);
-- If deferred constant is an access type initialized with an allocator,
-- check whether there is an illegal recursion in the definition,
-- through a default value of some record subcomponent. This is normally
-- detected when generating init procs, but requires this additional
-- mechanism when expansion is disabled.
----------------------------------------
-- Check_Possible_Deferred_Completion --
----------------------------------------
procedure Check_Possible_Deferred_Completion
(Prev_Id : Entity_Id;
Prev_Obj_Def : Node_Id;
Curr_Obj_Def : Node_Id)
is
begin
if Nkind (Prev_Obj_Def) = N_Subtype_Indication
and then Present (Constraint (Prev_Obj_Def))
and then Nkind (Curr_Obj_Def) = N_Subtype_Indication
and then Present (Constraint (Curr_Obj_Def))
then
declare
Loc : constant Source_Ptr := Sloc (N);
Def_Id : constant Entity_Id := Make_Temporary (Loc, 'S');
Decl : constant Node_Id :=
Make_Subtype_Declaration (Loc,
Defining_Identifier => Def_Id,
Subtype_Indication =>
Relocate_Node (Curr_Obj_Def));
begin
Insert_Before_And_Analyze (N, Decl);
Set_Etype (Id, Def_Id);
if not Subtypes_Statically_Match (Etype (Prev_Id), Def_Id) then
Error_Msg_Sloc := Sloc (Prev_Id);
Error_Msg_N ("subtype does not statically match deferred "
& "declaration #", N);
end if;
end;
end if;
end Check_Possible_Deferred_Completion;
---------------------------------
-- Check_Recursive_Declaration --
---------------------------------
procedure Check_Recursive_Declaration (Typ : Entity_Id) is
Comp : Entity_Id;
begin
if Is_Record_Type (Typ) then
Comp := First_Component (Typ);
while Present (Comp) loop
if Comes_From_Source (Comp) then
if Present (Expression (Parent (Comp)))
and then Is_Entity_Name (Expression (Parent (Comp)))
and then Entity (Expression (Parent (Comp))) = Prev
then
Error_Msg_Sloc := Sloc (Parent (Comp));
Error_Msg_NE
("illegal circularity with declaration for & #",
N, Comp);
return;
elsif Is_Record_Type (Etype (Comp)) then
Check_Recursive_Declaration (Etype (Comp));
end if;
end if;
Next_Component (Comp);
end loop;
end if;
end Check_Recursive_Declaration;
-- Start of processing for Constant_Redeclaration
begin
if Nkind (Parent (Prev)) = N_Object_Declaration then
if Nkind (Object_Definition
(Parent (Prev))) = N_Subtype_Indication
then
-- Find type of new declaration. The constraints of the two
-- views must match statically, but there is no point in
-- creating an itype for the full view.
if Nkind (Obj_Def) = N_Subtype_Indication then
Find_Type (Subtype_Mark (Obj_Def));
New_T := Entity (Subtype_Mark (Obj_Def));
else
Find_Type (Obj_Def);
New_T := Entity (Obj_Def);
end if;
T := Etype (Prev);
else
-- The full view may impose a constraint, even if the partial
-- view does not, so construct the subtype.
New_T := Find_Type_Of_Object (Obj_Def, N);
T := New_T;
end if;
else
-- Current declaration is illegal, diagnosed below in Enter_Name
T := Empty;
New_T := Any_Type;
end if;
-- If previous full declaration or a renaming declaration exists, or if
-- a homograph is present, let Enter_Name handle it, either with an
-- error or with the removal of an overridden implicit subprogram.
-- The previous one is a full declaration if it has an expression
-- (which in the case of an aggregate is indicated by the Init flag).
if Ekind (Prev) /= E_Constant
or else Nkind (Parent (Prev)) = N_Object_Renaming_Declaration
or else Present (Expression (Parent (Prev)))
or else Has_Init_Expression (Parent (Prev))
or else Present (Full_View (Prev))
then
Enter_Name (Id);
-- Verify that types of both declarations match, or else that both types
-- are anonymous access types whose designated subtypes statically match
-- (as allowed in Ada 2005 by AI-385).
elsif Base_Type (Etype (Prev)) /= Base_Type (New_T)
and then
(Ekind (Etype (Prev)) /= E_Anonymous_Access_Type
or else Ekind (Etype (New_T)) /= E_Anonymous_Access_Type
or else Is_Access_Constant (Etype (New_T)) /=
Is_Access_Constant (Etype (Prev))
or else Can_Never_Be_Null (Etype (New_T)) /=
Can_Never_Be_Null (Etype (Prev))
or else Null_Exclusion_Present (Parent (Prev)) /=
Null_Exclusion_Present (Parent (Id))
or else not Subtypes_Statically_Match
(Designated_Type (Etype (Prev)),
Designated_Type (Etype (New_T))))
then
Error_Msg_Sloc := Sloc (Prev);
Error_Msg_N ("type does not match declaration#", N);
Set_Full_View (Prev, Id);
Set_Etype (Id, Any_Type);
-- A deferred constant whose type is an anonymous array is always
-- illegal (unless imported). A detailed error message might be
-- helpful for Ada beginners.
if Nkind (Object_Definition (Parent (Prev)))
= N_Constrained_Array_Definition
and then Nkind (Object_Definition (N))
= N_Constrained_Array_Definition
then
Error_Msg_N ("\each anonymous array is a distinct type", N);
Error_Msg_N ("a deferred constant must have a named type",
Object_Definition (Parent (Prev)));
end if;
elsif
Null_Exclusion_Present (Parent (Prev))
and then not Null_Exclusion_Present (N)
then
Error_Msg_Sloc := Sloc (Prev);
Error_Msg_N ("null-exclusion does not match declaration#", N);
Set_Full_View (Prev, Id);
Set_Etype (Id, Any_Type);
-- If so, process the full constant declaration
else
-- RM 7.4 (6): If the subtype defined by the subtype_indication in
-- the deferred declaration is constrained, then the subtype defined
-- by the subtype_indication in the full declaration shall match it
-- statically.
Check_Possible_Deferred_Completion
(Prev_Id => Prev,
Prev_Obj_Def => Object_Definition (Parent (Prev)),
Curr_Obj_Def => Obj_Def);
Set_Full_View (Prev, Id);
Set_Is_Public (Id, Is_Public (Prev));
Set_Is_Internal (Id);
Append_Entity (Id, Current_Scope);
-- Check ALIASED present if present before (RM 7.4(7))
if Is_Aliased (Prev)
and then not Aliased_Present (N)
then
Error_Msg_Sloc := Sloc (Prev);
Error_Msg_N ("ALIASED required (see declaration #)", N);
end if;
-- Check that placement is in private part and that the incomplete
-- declaration appeared in the visible part.
if Ekind (Current_Scope) = E_Package
and then not In_Private_Part (Current_Scope)
then
Error_Msg_Sloc := Sloc (Prev);
Error_Msg_N
("full constant for declaration # must be in private part", N);
elsif Ekind (Current_Scope) = E_Package
and then
List_Containing (Parent (Prev)) /=
Visible_Declarations (Package_Specification (Current_Scope))
then
Error_Msg_N
("deferred constant must be declared in visible part",
Parent (Prev));
end if;
if Is_Access_Type (T)
and then Nkind (Expression (N)) = N_Allocator
then
Check_Recursive_Declaration (Designated_Type (T));
end if;
-- A deferred constant is a visible entity. If type has invariants,
-- verify that the initial value satisfies them.
if Has_Invariants (T) and then Present (Invariant_Procedure (T)) then
Insert_After (N,
Make_Invariant_Call (New_Occurrence_Of (Prev, Sloc (N))));
end if;
end if;
end Constant_Redeclaration;
----------------------
-- Constrain_Access --
----------------------
procedure Constrain_Access
(Def_Id : in out Entity_Id;
S : Node_Id;
Related_Nod : Node_Id)
is
T : constant Entity_Id := Entity (Subtype_Mark (S));
Desig_Type : constant Entity_Id := Designated_Type (T);
Desig_Subtype : Entity_Id := Create_Itype (E_Void, Related_Nod);
Constraint_OK : Boolean := True;
begin
if Is_Array_Type (Desig_Type) then
Constrain_Array (Desig_Subtype, S, Related_Nod, Def_Id, 'P');
elsif (Is_Record_Type (Desig_Type)
or else Is_Incomplete_Or_Private_Type (Desig_Type))
and then not Is_Constrained (Desig_Type)
then
-- ??? The following code is a temporary bypass to ignore a
-- discriminant constraint on access type if it is constraining
-- the current record. Avoid creating the implicit subtype of the
-- record we are currently compiling since right now, we cannot
-- handle these. For now, just return the access type itself.
if Desig_Type = Current_Scope
and then No (Def_Id)
then
Set_Ekind (Desig_Subtype, E_Record_Subtype);
Def_Id := Entity (Subtype_Mark (S));
-- This call added to ensure that the constraint is analyzed
-- (needed for a B test). Note that we still return early from
-- this procedure to avoid recursive processing. ???
Constrain_Discriminated_Type
(Desig_Subtype, S, Related_Nod, For_Access => True);
return;
end if;
-- Enforce rule that the constraint is illegal if there is an
-- unconstrained view of the designated type. This means that the
-- partial view (either a private type declaration or a derivation
-- from a private type) has no discriminants. (Defect Report
-- 8652/0008, Technical Corrigendum 1, checked by ACATS B371001).
-- Rule updated for Ada 2005: The private type is said to have
-- a constrained partial view, given that objects of the type
-- can be declared. Furthermore, the rule applies to all access
-- types, unlike the rule concerning default discriminants (see
-- RM 3.7.1(7/3))
if (Ekind (T) = E_General_Access_Type or else Ada_Version >= Ada_2005)
and then Has_Private_Declaration (Desig_Type)
and then In_Open_Scopes (Scope (Desig_Type))
and then Has_Discriminants (Desig_Type)
then
declare
Pack : constant Node_Id :=
Unit_Declaration_Node (Scope (Desig_Type));
Decls : List_Id;
Decl : Node_Id;
begin
if Nkind (Pack) = N_Package_Declaration then
Decls := Visible_Declarations (Specification (Pack));
Decl := First (Decls);
while Present (Decl) loop
if (Nkind (Decl) = N_Private_Type_Declaration
and then Chars (Defining_Identifier (Decl)) =
Chars (Desig_Type))
or else
(Nkind (Decl) = N_Full_Type_Declaration
and then
Chars (Defining_Identifier (Decl)) =
Chars (Desig_Type)
and then Is_Derived_Type (Desig_Type)
and then
Has_Private_Declaration (Etype (Desig_Type)))
then
if No (Discriminant_Specifications (Decl)) then
Error_Msg_N
("cannot constrain access type if designated "
& "type has constrained partial view", S);
end if;
exit;
end if;
Next (Decl);
end loop;
end if;
end;
end if;
Constrain_Discriminated_Type (Desig_Subtype, S, Related_Nod,
For_Access => True);
elsif Is_Concurrent_Type (Desig_Type)
and then not Is_Constrained (Desig_Type)
then
Constrain_Concurrent (Desig_Subtype, S, Related_Nod, Desig_Type, ' ');
else
Error_Msg_N ("invalid constraint on access type", S);
-- We simply ignore an invalid constraint
Desig_Subtype := Desig_Type;
Constraint_OK := False;
end if;
if No (Def_Id) then
Def_Id := Create_Itype (E_Access_Subtype, Related_Nod);
else
Set_Ekind (Def_Id, E_Access_Subtype);
end if;
if Constraint_OK then
Set_Etype (Def_Id, Base_Type (T));
if Is_Private_Type (Desig_Type) then
Prepare_Private_Subtype_Completion (Desig_Subtype, Related_Nod);
end if;
else
Set_Etype (Def_Id, Any_Type);
end if;
Set_Size_Info (Def_Id, T);
Set_Is_Constrained (Def_Id, Constraint_OK);
Set_Directly_Designated_Type (Def_Id, Desig_Subtype);
Set_Depends_On_Private (Def_Id, Has_Private_Component (Def_Id));
Set_Is_Access_Constant (Def_Id, Is_Access_Constant (T));
Conditional_Delay (Def_Id, T);
-- AI-363 : Subtypes of general access types whose designated types have
-- default discriminants are disallowed. In instances, the rule has to
-- be checked against the actual, of which T is the subtype. In a
-- generic body, the rule is checked assuming that the actual type has
-- defaulted discriminants.
if Ada_Version >= Ada_2005 or else Warn_On_Ada_2005_Compatibility then
if Ekind (Base_Type (T)) = E_General_Access_Type
and then Has_Defaulted_Discriminants (Desig_Type)
then
if Ada_Version < Ada_2005 then
Error_Msg_N
("access subtype of general access type would not " &
"be allowed in Ada 2005?y?", S);
else
Error_Msg_N
("access subtype of general access type not allowed", S);
end if;
Error_Msg_N ("\discriminants have defaults", S);
elsif Is_Access_Type (T)
and then Is_Generic_Type (Desig_Type)
and then Has_Discriminants (Desig_Type)
and then In_Package_Body (Current_Scope)
then
if Ada_Version < Ada_2005 then
Error_Msg_N
("access subtype would not be allowed in generic body "
& "in Ada 2005?y?", S);
else
Error_Msg_N
("access subtype not allowed in generic body", S);
end if;
Error_Msg_N
("\designated type is a discriminated formal", S);
end if;
end if;
end Constrain_Access;
---------------------
-- Constrain_Array --
---------------------
procedure Constrain_Array
(Def_Id : in out Entity_Id;
SI : Node_Id;
Related_Nod : Node_Id;
Related_Id : Entity_Id;
Suffix : Character)
is
C : constant Node_Id := Constraint (SI);
Number_Of_Constraints : Nat := 0;
Index : Node_Id;
S, T : Entity_Id;
Constraint_OK : Boolean := True;
begin
T := Entity (Subtype_Mark (SI));
if Is_Access_Type (T) then
T := Designated_Type (T);
end if;
-- If an index constraint follows a subtype mark in a subtype indication
-- then the type or subtype denoted by the subtype mark must not already
-- impose an index constraint. The subtype mark must denote either an
-- unconstrained array type or an access type whose designated type
-- is such an array type... (RM 3.6.1)
if Is_Constrained (T) then
Error_Msg_N ("array type is already constrained", Subtype_Mark (SI));
Constraint_OK := False;
else
S := First (Constraints (C));
while Present (S) loop
Number_Of_Constraints := Number_Of_Constraints + 1;
Next (S);
end loop;
-- In either case, the index constraint must provide a discrete
-- range for each index of the array type and the type of each
-- discrete range must be the same as that of the corresponding
-- index. (RM 3.6.1)
if Number_Of_Constraints /= Number_Dimensions (T) then
Error_Msg_NE ("incorrect number of index constraints for }", C, T);
Constraint_OK := False;
else
S := First (Constraints (C));
Index := First_Index (T);
Analyze (Index);
-- Apply constraints to each index type
for J in 1 .. Number_Of_Constraints loop
Constrain_Index (Index, S, Related_Nod, Related_Id, Suffix, J);
Next (Index);
Next (S);
end loop;
end if;
end if;
if No (Def_Id) then
Def_Id :=
Create_Itype (E_Array_Subtype, Related_Nod, Related_Id, Suffix);
Set_Parent (Def_Id, Related_Nod);
else
Set_Ekind (Def_Id, E_Array_Subtype);
end if;
Set_Size_Info (Def_Id, (T));
Set_First_Rep_Item (Def_Id, First_Rep_Item (T));
Set_Etype (Def_Id, Base_Type (T));
if Constraint_OK then
Set_First_Index (Def_Id, First (Constraints (C)));
else
Set_First_Index (Def_Id, First_Index (T));
end if;
Set_Is_Constrained (Def_Id, True);
Set_Is_Aliased (Def_Id, Is_Aliased (T));
Set_Depends_On_Private (Def_Id, Has_Private_Component (Def_Id));
Set_Is_Private_Composite (Def_Id, Is_Private_Composite (T));
Set_Is_Limited_Composite (Def_Id, Is_Limited_Composite (T));
-- A subtype does not inherit the Packed_Array_Impl_Type of is parent.
-- We need to initialize the attribute because if Def_Id is previously
-- analyzed through a limited_with clause, it will have the attributes
-- of an incomplete type, one of which is an Elist that overlaps the
-- Packed_Array_Impl_Type field.
Set_Packed_Array_Impl_Type (Def_Id, Empty);
-- Build a freeze node if parent still needs one. Also make sure that
-- the Depends_On_Private status is set because the subtype will need
-- reprocessing at the time the base type does, and also we must set a
-- conditional delay.
Set_Depends_On_Private (Def_Id, Depends_On_Private (T));
Conditional_Delay (Def_Id, T);
end Constrain_Array;
------------------------------
-- Constrain_Component_Type --
------------------------------
function Constrain_Component_Type
(Comp : Entity_Id;
Constrained_Typ : Entity_Id;
Related_Node : Node_Id;
Typ : Entity_Id;
Constraints : Elist_Id) return Entity_Id
is
Loc : constant Source_Ptr := Sloc (Constrained_Typ);
Compon_Type : constant Entity_Id := Etype (Comp);
function Build_Constrained_Array_Type
(Old_Type : Entity_Id) return Entity_Id;
-- If Old_Type is an array type, one of whose indexes is constrained
-- by a discriminant, build an Itype whose constraint replaces the
-- discriminant with its value in the constraint.
function Build_Constrained_Discriminated_Type
(Old_Type : Entity_Id) return Entity_Id;
-- Ditto for record components
function Build_Constrained_Access_Type
(Old_Type : Entity_Id) return Entity_Id;
-- Ditto for access types. Makes use of previous two functions, to
-- constrain designated type.
function Build_Subtype (T : Entity_Id; C : List_Id) return Entity_Id;
-- T is an array or discriminated type, C is a list of constraints
-- that apply to T. This routine builds the constrained subtype.
function Is_Discriminant (Expr : Node_Id) return Boolean;
-- Returns True if Expr is a discriminant
function Get_Discr_Value (Discrim : Entity_Id) return Node_Id;
-- Find the value of discriminant Discrim in Constraint
-----------------------------------
-- Build_Constrained_Access_Type --
-----------------------------------
function Build_Constrained_Access_Type
(Old_Type : Entity_Id) return Entity_Id
is
Desig_Type : constant Entity_Id := Designated_Type (Old_Type);
Itype : Entity_Id;
Desig_Subtype : Entity_Id;
Scop : Entity_Id;
begin
-- if the original access type was not embedded in the enclosing
-- type definition, there is no need to produce a new access
-- subtype. In fact every access type with an explicit constraint
-- generates an itype whose scope is the enclosing record.
if not Is_Type (Scope (Old_Type)) then
return Old_Type;
elsif Is_Array_Type (Desig_Type) then
Desig_Subtype := Build_Constrained_Array_Type (Desig_Type);
elsif Has_Discriminants (Desig_Type) then
-- This may be an access type to an enclosing record type for
-- which we are constructing the constrained components. Return
-- the enclosing record subtype. This is not always correct,
-- but avoids infinite recursion. ???
Desig_Subtype := Any_Type;
for J in reverse 0 .. Scope_Stack.Last loop
Scop := Scope_Stack.Table (J).Entity;
if Is_Type (Scop)
and then Base_Type (Scop) = Base_Type (Desig_Type)
then
Desig_Subtype := Scop;
end if;
exit when not Is_Type (Scop);
end loop;
if Desig_Subtype = Any_Type then
Desig_Subtype :=
Build_Constrained_Discriminated_Type (Desig_Type);
end if;
else
return Old_Type;
end if;
if Desig_Subtype /= Desig_Type then
-- The Related_Node better be here or else we won't be able
-- to attach new itypes to a node in the tree.
pragma Assert (Present (Related_Node));
Itype := Create_Itype (E_Access_Subtype, Related_Node);
Set_Etype (Itype, Base_Type (Old_Type));
Set_Size_Info (Itype, (Old_Type));
Set_Directly_Designated_Type (Itype, Desig_Subtype);
Set_Depends_On_Private (Itype, Has_Private_Component
(Old_Type));
Set_Is_Access_Constant (Itype, Is_Access_Constant
(Old_Type));
-- The new itype needs freezing when it depends on a not frozen
-- type and the enclosing subtype needs freezing.
if Has_Delayed_Freeze (Constrained_Typ)
and then not Is_Frozen (Constrained_Typ)
then
Conditional_Delay (Itype, Base_Type (Old_Type));
end if;
return Itype;
else
return Old_Type;
end if;
end Build_Constrained_Access_Type;
----------------------------------
-- Build_Constrained_Array_Type --
----------------------------------
function Build_Constrained_Array_Type
(Old_Type : Entity_Id) return Entity_Id
is
Lo_Expr : Node_Id;
Hi_Expr : Node_Id;
Old_Index : Node_Id;
Range_Node : Node_Id;
Constr_List : List_Id;
Need_To_Create_Itype : Boolean := False;
begin
Old_Index := First_Index (Old_Type);
while Present (Old_Index) loop
Get_Index_Bounds (Old_Index, Lo_Expr, Hi_Expr);
if Is_Discriminant (Lo_Expr)
or else
Is_Discriminant (Hi_Expr)
then
Need_To_Create_Itype := True;
end if;
Next_Index (Old_Index);
end loop;
if Need_To_Create_Itype then
Constr_List := New_List;
Old_Index := First_Index (Old_Type);
while Present (Old_Index) loop
Get_Index_Bounds (Old_Index, Lo_Expr, Hi_Expr);
if Is_Discriminant (Lo_Expr) then
Lo_Expr := Get_Discr_Value (Lo_Expr);
end if;
if Is_Discriminant (Hi_Expr) then
Hi_Expr := Get_Discr_Value (Hi_Expr);
end if;
Range_Node :=
Make_Range
(Loc, New_Copy_Tree (Lo_Expr), New_Copy_Tree (Hi_Expr));
Append (Range_Node, To => Constr_List);
Next_Index (Old_Index);
end loop;
return Build_Subtype (Old_Type, Constr_List);
else
return Old_Type;
end if;
end Build_Constrained_Array_Type;
------------------------------------------
-- Build_Constrained_Discriminated_Type --
------------------------------------------
function Build_Constrained_Discriminated_Type
(Old_Type : Entity_Id) return Entity_Id
is
Expr : Node_Id;
Constr_List : List_Id;
Old_Constraint : Elmt_Id;
Need_To_Create_Itype : Boolean := False;
begin
Old_Constraint := First_Elmt (Discriminant_Constraint (Old_Type));
while Present (Old_Constraint) loop
Expr := Node (Old_Constraint);
if Is_Discriminant (Expr) then
Need_To_Create_Itype := True;
end if;
Next_Elmt (Old_Constraint);
end loop;
if Need_To_Create_Itype then
Constr_List := New_List;
Old_Constraint := First_Elmt (Discriminant_Constraint (Old_Type));
while Present (Old_Constraint) loop
Expr := Node (Old_Constraint);
if Is_Discriminant (Expr) then
Expr := Get_Discr_Value (Expr);
end if;
Append (New_Copy_Tree (Expr), To => Constr_List);
Next_Elmt (Old_Constraint);
end loop;
return Build_Subtype (Old_Type, Constr_List);
else
return Old_Type;
end if;
end Build_Constrained_Discriminated_Type;
-------------------
-- Build_Subtype --
-------------------
function Build_Subtype (T : Entity_Id; C : List_Id) return Entity_Id is
Indic : Node_Id;
Subtyp_Decl : Node_Id;
Def_Id : Entity_Id;
Btyp : Entity_Id := Base_Type (T);
begin
-- The Related_Node better be here or else we won't be able to
-- attach new itypes to a node in the tree.
pragma Assert (Present (Related_Node));
-- If the view of the component's type is incomplete or private
-- with unknown discriminants, then the constraint must be applied
-- to the full type.
if Has_Unknown_Discriminants (Btyp)
and then Present (Underlying_Type (Btyp))
then
Btyp := Underlying_Type (Btyp);
end if;
Indic :=
Make_Subtype_Indication (Loc,
Subtype_Mark => New_Occurrence_Of (Btyp, Loc),
Constraint => Make_Index_Or_Discriminant_Constraint (Loc, C));
Def_Id := Create_Itype (Ekind (T), Related_Node);
Subtyp_Decl :=
Make_Subtype_Declaration (Loc,
Defining_Identifier => Def_Id,
Subtype_Indication => Indic);
Set_Parent (Subtyp_Decl, Parent (Related_Node));
-- Itypes must be analyzed with checks off (see package Itypes)
Analyze (Subtyp_Decl, Suppress => All_Checks);
return Def_Id;
end Build_Subtype;
---------------------
-- Get_Discr_Value --
---------------------
function Get_Discr_Value (Discrim : Entity_Id) return Node_Id is
D : Entity_Id;
E : Elmt_Id;
begin
-- The discriminant may be declared for the type, in which case we
-- find it by iterating over the list of discriminants. If the
-- discriminant is inherited from a parent type, it appears as the
-- corresponding discriminant of the current type. This will be the
-- case when constraining an inherited component whose constraint is
-- given by a discriminant of the parent.
D := First_Discriminant (Typ);
E := First_Elmt (Constraints);
while Present (D) loop
if D = Entity (Discrim)
or else D = CR_Discriminant (Entity (Discrim))
or else Corresponding_Discriminant (D) = Entity (Discrim)
then
return Node (E);
end if;
Next_Discriminant (D);
Next_Elmt (E);
end loop;
-- The Corresponding_Discriminant mechanism is incomplete, because
-- the correspondence between new and old discriminants is not one
-- to one: one new discriminant can constrain several old ones. In
-- that case, scan sequentially the stored_constraint, the list of
-- discriminants of the parents, and the constraints.
-- Previous code checked for the present of the Stored_Constraint
-- list for the derived type, but did not use it at all. Should it
-- be present when the component is a discriminated task type?
if Is_Derived_Type (Typ)
and then Scope (Entity (Discrim)) = Etype (Typ)
then
D := First_Discriminant (Etype (Typ));
E := First_Elmt (Constraints);
while Present (D) loop
if D = Entity (Discrim) then
return Node (E);
end if;
Next_Discriminant (D);
Next_Elmt (E);
end loop;
end if;
-- Something is wrong if we did not find the value
raise Program_Error;
end Get_Discr_Value;
---------------------
-- Is_Discriminant --
---------------------
function Is_Discriminant (Expr : Node_Id) return Boolean is
Discrim_Scope : Entity_Id;
begin
if Denotes_Discriminant (Expr) then
Discrim_Scope := Scope (Entity (Expr));
-- Either we have a reference to one of Typ's discriminants,
pragma Assert (Discrim_Scope = Typ
-- or to the discriminants of the parent type, in the case
-- of a derivation of a tagged type with variants.
or else Discrim_Scope = Etype (Typ)
or else Full_View (Discrim_Scope) = Etype (Typ)
-- or same as above for the case where the discriminants
-- were declared in Typ's private view.
or else (Is_Private_Type (Discrim_Scope)
and then Chars (Discrim_Scope) = Chars (Typ))
-- or else we are deriving from the full view and the
-- discriminant is declared in the private entity.
or else (Is_Private_Type (Typ)
and then Chars (Discrim_Scope) = Chars (Typ))
-- Or we are constrained the corresponding record of a
-- synchronized type that completes a private declaration.
or else (Is_Concurrent_Record_Type (Typ)
and then
Corresponding_Concurrent_Type (Typ) = Discrim_Scope)
-- or we have a class-wide type, in which case make sure the
-- discriminant found belongs to the root type.
or else (Is_Class_Wide_Type (Typ)
and then Etype (Typ) = Discrim_Scope));
return True;
end if;
-- In all other cases we have something wrong
return False;
end Is_Discriminant;
-- Start of processing for Constrain_Component_Type
begin
if Nkind (Parent (Comp)) = N_Component_Declaration
and then Comes_From_Source (Parent (Comp))
and then Comes_From_Source
(Subtype_Indication (Component_Definition (Parent (Comp))))
and then
Is_Entity_Name
(Subtype_Indication (Component_Definition (Parent (Comp))))
then
return Compon_Type;
elsif Is_Array_Type (Compon_Type) then
return Build_Constrained_Array_Type (Compon_Type);
elsif Has_Discriminants (Compon_Type) then
return Build_Constrained_Discriminated_Type (Compon_Type);
elsif Is_Access_Type (Compon_Type) then
return Build_Constrained_Access_Type (Compon_Type);
else
return Compon_Type;
end if;
end Constrain_Component_Type;
--------------------------
-- Constrain_Concurrent --
--------------------------
-- For concurrent types, the associated record value type carries the same
-- discriminants, so when we constrain a concurrent type, we must constrain
-- the corresponding record type as well.
procedure Constrain_Concurrent
(Def_Id : in out Entity_Id;
SI : Node_Id;
Related_Nod : Node_Id;
Related_Id : Entity_Id;
Suffix : Character)
is
-- Retrieve Base_Type to ensure getting to the concurrent type in the
-- case of a private subtype (needed when only doing semantic analysis).
T_Ent : Entity_Id := Base_Type (Entity (Subtype_Mark (SI)));
T_Val : Entity_Id;
begin
if Is_Access_Type (T_Ent) then
T_Ent := Designated_Type (T_Ent);
end if;
T_Val := Corresponding_Record_Type (T_Ent);
if Present (T_Val) then
if No (Def_Id) then
Def_Id := Create_Itype (E_Void, Related_Nod, Related_Id, Suffix);
-- Elaborate itype now, as it may be used in a subsequent
-- synchronized operation in another scope.
if Nkind (Related_Nod) = N_Full_Type_Declaration then
Build_Itype_Reference (Def_Id, Related_Nod);
end if;
end if;
Constrain_Discriminated_Type (Def_Id, SI, Related_Nod);
Set_Depends_On_Private (Def_Id, Has_Private_Component (Def_Id));
Set_Corresponding_Record_Type (Def_Id,
Constrain_Corresponding_Record (Def_Id, T_Val, Related_Nod));
else
-- If there is no associated record, expansion is disabled and this
-- is a generic context. Create a subtype in any case, so that
-- semantic analysis can proceed.
if No (Def_Id) then
Def_Id := Create_Itype (E_Void, Related_Nod, Related_Id, Suffix);
end if;
Constrain_Discriminated_Type (Def_Id, SI, Related_Nod);
end if;
end Constrain_Concurrent;
------------------------------------
-- Constrain_Corresponding_Record --
------------------------------------
function Constrain_Corresponding_Record
(Prot_Subt : Entity_Id;
Corr_Rec : Entity_Id;
Related_Nod : Node_Id) return Entity_Id
is
T_Sub : constant Entity_Id :=
Create_Itype (E_Record_Subtype, Related_Nod, Corr_Rec, 'C');
begin
Set_Etype (T_Sub, Corr_Rec);
Set_Has_Discriminants (T_Sub, Has_Discriminants (Prot_Subt));
Set_Is_Constrained (T_Sub, True);
Set_First_Entity (T_Sub, First_Entity (Corr_Rec));
Set_Last_Entity (T_Sub, Last_Entity (Corr_Rec));
if Has_Discriminants (Prot_Subt) then -- False only if errors.
Set_Discriminant_Constraint
(T_Sub, Discriminant_Constraint (Prot_Subt));
Set_Stored_Constraint_From_Discriminant_Constraint (T_Sub);
Create_Constrained_Components
(T_Sub, Related_Nod, Corr_Rec, Discriminant_Constraint (T_Sub));
end if;
Set_Depends_On_Private (T_Sub, Has_Private_Component (T_Sub));
if Ekind (Scope (Prot_Subt)) /= E_Record_Type then
Conditional_Delay (T_Sub, Corr_Rec);
else
-- This is a component subtype: it will be frozen in the context of
-- the enclosing record's init_proc, so that discriminant references
-- are resolved to discriminals. (Note: we used to skip freezing
-- altogether in that case, which caused errors downstream for
-- components of a bit packed array type).
Set_Has_Delayed_Freeze (T_Sub);
end if;
return T_Sub;
end Constrain_Corresponding_Record;
-----------------------
-- Constrain_Decimal --
-----------------------
procedure Constrain_Decimal (Def_Id : Node_Id; S : Node_Id) is
T : constant Entity_Id := Entity (Subtype_Mark (S));
C : constant Node_Id := Constraint (S);
Loc : constant Source_Ptr := Sloc (C);
Range_Expr : Node_Id;
Digits_Expr : Node_Id;
Digits_Val : Uint;
Bound_Val : Ureal;
begin
Set_Ekind (Def_Id, E_Decimal_Fixed_Point_Subtype);
if Nkind (C) = N_Range_Constraint then
Range_Expr := Range_Expression (C);
Digits_Val := Digits_Value (T);
else
pragma Assert (Nkind (C) = N_Digits_Constraint);
Check_SPARK_05_Restriction ("digits constraint is not allowed", S);
Digits_Expr := Digits_Expression (C);
Analyze_And_Resolve (Digits_Expr, Any_Integer);
Check_Digits_Expression (Digits_Expr);
Digits_Val := Expr_Value (Digits_Expr);
if Digits_Val > Digits_Value (T) then
Error_Msg_N
("digits expression is incompatible with subtype", C);
Digits_Val := Digits_Value (T);
end if;
if Present (Range_Constraint (C)) then
Range_Expr := Range_Expression (Range_Constraint (C));
else
Range_Expr := Empty;
end if;
end if;
Set_Etype (Def_Id, Base_Type (T));
Set_Size_Info (Def_Id, (T));
Set_First_Rep_Item (Def_Id, First_Rep_Item (T));
Set_Delta_Value (Def_Id, Delta_Value (T));
Set_Scale_Value (Def_Id, Scale_Value (T));
Set_Small_Value (Def_Id, Small_Value (T));
Set_Machine_Radix_10 (Def_Id, Machine_Radix_10 (T));
Set_Digits_Value (Def_Id, Digits_Val);
-- Manufacture range from given digits value if no range present
if No (Range_Expr) then
Bound_Val := (Ureal_10 ** Digits_Val - Ureal_1) * Small_Value (T);
Range_Expr :=
Make_Range (Loc,
Low_Bound =>
Convert_To (T, Make_Real_Literal (Loc, (-Bound_Val))),
High_Bound =>
Convert_To (T, Make_Real_Literal (Loc, Bound_Val)));
end if;
Set_Scalar_Range_For_Subtype (Def_Id, Range_Expr, T);
Set_Discrete_RM_Size (Def_Id);
-- Unconditionally delay the freeze, since we cannot set size
-- information in all cases correctly until the freeze point.
Set_Has_Delayed_Freeze (Def_Id);
end Constrain_Decimal;
----------------------------------
-- Constrain_Discriminated_Type --
----------------------------------
procedure Constrain_Discriminated_Type
(Def_Id : Entity_Id;
S : Node_Id;
Related_Nod : Node_Id;
For_Access : Boolean := False)
is
E : Entity_Id := Entity (Subtype_Mark (S));
T : Entity_Id;
procedure Fixup_Bad_Constraint;
-- Called after finding a bad constraint, and after having posted an
-- appropriate error message. The goal is to leave type Def_Id in as
-- reasonable state as possible.
--------------------------
-- Fixup_Bad_Constraint --
--------------------------
procedure Fixup_Bad_Constraint is
begin
-- Set a reasonable Ekind for the entity. For an incomplete type,
-- we can't do much, but for other types, we can set the proper
-- corresponding subtype kind.
if Ekind (T) = E_Incomplete_Type then
Set_Ekind (Def_Id, Ekind (T));
else
Set_Ekind (Def_Id, Subtype_Kind (Ekind (T)));
end if;
-- Set Etype to the known type, to reduce chances of cascaded errors
Set_Etype (Def_Id, E);
Set_Error_Posted (Def_Id);
end Fixup_Bad_Constraint;
-- Local variables
C : Node_Id;
Constr : Elist_Id := New_Elmt_List;
-- Start of processing for Constrain_Discriminated_Type
begin
C := Constraint (S);
-- A discriminant constraint is only allowed in a subtype indication,
-- after a subtype mark. This subtype mark must denote either a type
-- with discriminants, or an access type whose designated type is a
-- type with discriminants. A discriminant constraint specifies the
-- values of these discriminants (RM 3.7.2(5)).
T := Base_Type (Entity (Subtype_Mark (S)));
if Is_Access_Type (T) then
T := Designated_Type (T);
end if;
-- In an instance it may be necessary to retrieve the full view of a
-- type with unknown discriminants, or a full view with defaulted
-- discriminants. In other contexts the constraint is illegal.
if In_Instance
and then Is_Private_Type (T)
and then Present (Full_View (T))
and then
(Has_Unknown_Discriminants (T)
or else
(not Has_Discriminants (T)
and then Has_Discriminants (Full_View (T))
and then Present (Discriminant_Default_Value
(First_Discriminant (Full_View (T))))))
then
T := Full_View (T);
E := Full_View (E);
end if;
-- Ada 2005 (AI-412): Constrained incomplete subtypes are illegal. Avoid
-- generating an error for access-to-incomplete subtypes.
if Ada_Version >= Ada_2005
and then Ekind (T) = E_Incomplete_Type
and then Nkind (Parent (S)) = N_Subtype_Declaration
and then not Is_Itype (Def_Id)
then
-- A little sanity check: emit an error message if the type has
-- discriminants to begin with. Type T may be a regular incomplete
-- type or imported via a limited with clause.
if Has_Discriminants (T)
or else (From_Limited_With (T)
and then Present (Non_Limited_View (T))
and then Nkind (Parent (Non_Limited_View (T))) =
N_Full_Type_Declaration
and then Present (Discriminant_Specifications
(Parent (Non_Limited_View (T)))))
then
Error_Msg_N
("(Ada 2005) incomplete subtype may not be constrained", C);
else
Error_Msg_N ("invalid constraint: type has no discriminant", C);
end if;
Fixup_Bad_Constraint;
return;
-- Check that the type has visible discriminants. The type may be
-- a private type with unknown discriminants whose full view has
-- discriminants which are invisible.
elsif not Has_Discriminants (T)
or else
(Has_Unknown_Discriminants (T)
and then Is_Private_Type (T))
then
Error_Msg_N ("invalid constraint: type has no discriminant", C);
Fixup_Bad_Constraint;
return;
elsif Is_Constrained (E)
or else (Ekind (E) = E_Class_Wide_Subtype
and then Present (Discriminant_Constraint (E)))
then
Error_Msg_N ("type is already constrained", Subtype_Mark (S));
Fixup_Bad_Constraint;
return;
end if;
-- T may be an unconstrained subtype (e.g. a generic actual). Constraint
-- applies to the base type.
T := Base_Type (T);
Constr := Build_Discriminant_Constraints (T, S);
-- If the list returned was empty we had an error in building the
-- discriminant constraint. We have also already signalled an error
-- in the incomplete type case
if Is_Empty_Elmt_List (Constr) then
Fixup_Bad_Constraint;
return;
end if;
Build_Discriminated_Subtype (T, Def_Id, Constr, Related_Nod, For_Access);
end Constrain_Discriminated_Type;
---------------------------
-- Constrain_Enumeration --
---------------------------
procedure Constrain_Enumeration (Def_Id : Node_Id; S : Node_Id) is
T : constant Entity_Id := Entity (Subtype_Mark (S));
C : constant Node_Id := Constraint (S);
begin
Set_Ekind (Def_Id, E_Enumeration_Subtype);
Set_First_Literal (Def_Id, First_Literal (Base_Type (T)));
Set_Etype (Def_Id, Base_Type (T));
Set_Size_Info (Def_Id, (T));
Set_First_Rep_Item (Def_Id, First_Rep_Item (T));
Set_Is_Character_Type (Def_Id, Is_Character_Type (T));
Set_Scalar_Range_For_Subtype (Def_Id, Range_Expression (C), T);
Set_Discrete_RM_Size (Def_Id);
end Constrain_Enumeration;
----------------------
-- Constrain_Float --
----------------------
procedure Constrain_Float (Def_Id : Node_Id; S : Node_Id) is
T : constant Entity_Id := Entity (Subtype_Mark (S));
C : Node_Id;
D : Node_Id;
Rais : Node_Id;
begin
Set_Ekind (Def_Id, E_Floating_Point_Subtype);
Set_Etype (Def_Id, Base_Type (T));
Set_Size_Info (Def_Id, (T));
Set_First_Rep_Item (Def_Id, First_Rep_Item (T));
-- Process the constraint
C := Constraint (S);
-- Digits constraint present
if Nkind (C) = N_Digits_Constraint then
Check_SPARK_05_Restriction ("digits constraint is not allowed", S);
Check_Restriction (No_Obsolescent_Features, C);
if Warn_On_Obsolescent_Feature then
Error_Msg_N
("subtype digits constraint is an " &
"obsolescent feature (RM J.3(8))?j?", C);
end if;
D := Digits_Expression (C);
Analyze_And_Resolve (D, Any_Integer);
Check_Digits_Expression (D);
Set_Digits_Value (Def_Id, Expr_Value (D));
-- Check that digits value is in range. Obviously we can do this
-- at compile time, but it is strictly a runtime check, and of
-- course there is an ACVC test that checks this.
if Digits_Value (Def_Id) > Digits_Value (T) then
Error_Msg_Uint_1 := Digits_Value (T);
Error_Msg_N ("??digits value is too large, maximum is ^", D);
Rais :=
Make_Raise_Constraint_Error (Sloc (D),
Reason => CE_Range_Check_Failed);
Insert_Action (Declaration_Node (Def_Id), Rais);
end if;
C := Range_Constraint (C);
-- No digits constraint present
else
Set_Digits_Value (Def_Id, Digits_Value (T));
end if;
-- Range constraint present
if Nkind (C) = N_Range_Constraint then
Set_Scalar_Range_For_Subtype (Def_Id, Range_Expression (C), T);
-- No range constraint present
else
pragma Assert (No (C));
Set_Scalar_Range (Def_Id, Scalar_Range (T));
end if;
Set_Is_Constrained (Def_Id);
end Constrain_Float;
---------------------
-- Constrain_Index --
---------------------
procedure Constrain_Index
(Index : Node_Id;
S : Node_Id;
Related_Nod : Node_Id;
Related_Id : Entity_Id;
Suffix : Character;
Suffix_Index : Nat)
is
Def_Id : Entity_Id;
R : Node_Id := Empty;
T : constant Entity_Id := Etype (Index);
begin
Def_Id :=
Create_Itype (E_Void, Related_Nod, Related_Id, Suffix, Suffix_Index);
Set_Etype (Def_Id, Base_Type (T));
if Nkind (S) = N_Range
or else
(Nkind (S) = N_Attribute_Reference
and then Attribute_Name (S) = Name_Range)
then
-- A Range attribute will be transformed into N_Range by Resolve
Analyze (S);
Set_Etype (S, T);
R := S;
Process_Range_Expr_In_Decl (R, T);
if not Error_Posted (S)
and then
(Nkind (S) /= N_Range
or else not Covers (T, (Etype (Low_Bound (S))))
or else not Covers (T, (Etype (High_Bound (S)))))
then
if Base_Type (T) /= Any_Type
and then Etype (Low_Bound (S)) /= Any_Type
and then Etype (High_Bound (S)) /= Any_Type
then
Error_Msg_N ("range expected", S);
end if;
end if;
elsif Nkind (S) = N_Subtype_Indication then
-- The parser has verified that this is a discrete indication
Resolve_Discrete_Subtype_Indication (S, T);
Bad_Predicated_Subtype_Use
("subtype& has predicate, not allowed in index constraint",
S, Entity (Subtype_Mark (S)));
R := Range_Expression (Constraint (S));
-- Capture values of bounds and generate temporaries for them if
-- needed, since checks may cause duplication of the expressions
-- which must not be reevaluated.
-- The forced evaluation removes side effects from expressions, which
-- should occur also in GNATprove mode. Otherwise, we end up with
-- unexpected insertions of actions at places where this is not
-- supposed to occur, e.g. on default parameters of a call.
if Expander_Active or GNATprove_Mode then
Force_Evaluation
(Low_Bound (R), Related_Id => Def_Id, Is_Low_Bound => True);
Force_Evaluation
(High_Bound (R), Related_Id => Def_Id, Is_High_Bound => True);
end if;
elsif Nkind (S) = N_Discriminant_Association then
-- Syntactically valid in subtype indication
Error_Msg_N ("invalid index constraint", S);
Rewrite (S, New_Occurrence_Of (T, Sloc (S)));
return;
-- Subtype_Mark case, no anonymous subtypes to construct
else
Analyze (S);
if Is_Entity_Name (S) then
if not Is_Type (Entity (S)) then
Error_Msg_N ("expect subtype mark for index constraint", S);
elsif Base_Type (Entity (S)) /= Base_Type (T) then
Wrong_Type (S, Base_Type (T));
-- Check error of subtype with predicate in index constraint
else
Bad_Predicated_Subtype_Use
("subtype& has predicate, not allowed in index constraint",
S, Entity (S));
end if;
return;
else
Error_Msg_N ("invalid index constraint", S);
Rewrite (S, New_Occurrence_Of (T, Sloc (S)));
return;
end if;
end if;
-- Complete construction of the Itype
if Is_Modular_Integer_Type (T) then
Set_Ekind (Def_Id, E_Modular_Integer_Subtype);
elsif Is_Integer_Type (T) then
Set_Ekind (Def_Id, E_Signed_Integer_Subtype);
else
Set_Ekind (Def_Id, E_Enumeration_Subtype);
Set_Is_Character_Type (Def_Id, Is_Character_Type (T));
Set_First_Literal (Def_Id, First_Literal (T));
end if;
Set_Size_Info (Def_Id, (T));
Set_RM_Size (Def_Id, RM_Size (T));
Set_First_Rep_Item (Def_Id, First_Rep_Item (T));
Set_Scalar_Range (Def_Id, R);
Set_Etype (S, Def_Id);
Set_Discrete_RM_Size (Def_Id);
end Constrain_Index;
-----------------------
-- Constrain_Integer --
-----------------------
procedure Constrain_Integer (Def_Id : Node_Id; S : Node_Id) is
T : constant Entity_Id := Entity (Subtype_Mark (S));
C : constant Node_Id := Constraint (S);
begin
Set_Scalar_Range_For_Subtype (Def_Id, Range_Expression (C), T);
if Is_Modular_Integer_Type (T) then
Set_Ekind (Def_Id, E_Modular_Integer_Subtype);
else
Set_Ekind (Def_Id, E_Signed_Integer_Subtype);
end if;
Set_Etype (Def_Id, Base_Type (T));
Set_Size_Info (Def_Id, (T));
Set_First_Rep_Item (Def_Id, First_Rep_Item (T));
Set_Discrete_RM_Size (Def_Id);
end Constrain_Integer;
------------------------------
-- Constrain_Ordinary_Fixed --
------------------------------
procedure Constrain_Ordinary_Fixed (Def_Id : Node_Id; S : Node_Id) is
T : constant Entity_Id := Entity (Subtype_Mark (S));
C : Node_Id;
D : Node_Id;
Rais : Node_Id;
begin
Set_Ekind (Def_Id, E_Ordinary_Fixed_Point_Subtype);
Set_Etype (Def_Id, Base_Type (T));
Set_Size_Info (Def_Id, (T));
Set_First_Rep_Item (Def_Id, First_Rep_Item (T));
Set_Small_Value (Def_Id, Small_Value (T));
-- Process the constraint
C := Constraint (S);
-- Delta constraint present
if Nkind (C) = N_Delta_Constraint then
Check_SPARK_05_Restriction ("delta constraint is not allowed", S);
Check_Restriction (No_Obsolescent_Features, C);
if Warn_On_Obsolescent_Feature then
Error_Msg_S
("subtype delta constraint is an " &
"obsolescent feature (RM J.3(7))?j?");
end if;
D := Delta_Expression (C);
Analyze_And_Resolve (D, Any_Real);
Check_Delta_Expression (D);
Set_Delta_Value (Def_Id, Expr_Value_R (D));
-- Check that delta value is in range. Obviously we can do this
-- at compile time, but it is strictly a runtime check, and of
-- course there is an ACVC test that checks this.
if Delta_Value (Def_Id) < Delta_Value (T) then
Error_Msg_N ("??delta value is too small", D);
Rais :=
Make_Raise_Constraint_Error (Sloc (D),
Reason => CE_Range_Check_Failed);
Insert_Action (Declaration_Node (Def_Id), Rais);
end if;
C := Range_Constraint (C);
-- No delta constraint present
else
Set_Delta_Value (Def_Id, Delta_Value (T));
end if;
-- Range constraint present
if Nkind (C) = N_Range_Constraint then
Set_Scalar_Range_For_Subtype (Def_Id, Range_Expression (C), T);
-- No range constraint present
else
pragma Assert (No (C));
Set_Scalar_Range (Def_Id, Scalar_Range (T));
end if;
Set_Discrete_RM_Size (Def_Id);
-- Unconditionally delay the freeze, since we cannot set size
-- information in all cases correctly until the freeze point.
Set_Has_Delayed_Freeze (Def_Id);
end Constrain_Ordinary_Fixed;
-----------------------
-- Contain_Interface --
-----------------------
function Contain_Interface
(Iface : Entity_Id;
Ifaces : Elist_Id) return Boolean
is
Iface_Elmt : Elmt_Id;
begin
if Present (Ifaces) then
Iface_Elmt := First_Elmt (Ifaces);
while Present (Iface_Elmt) loop
if Node (Iface_Elmt) = Iface then
return True;
end if;
Next_Elmt (Iface_Elmt);
end loop;
end if;
return False;
end Contain_Interface;
---------------------------
-- Convert_Scalar_Bounds --
---------------------------
procedure Convert_Scalar_Bounds
(N : Node_Id;
Parent_Type : Entity_Id;
Derived_Type : Entity_Id;
Loc : Source_Ptr)
is
Implicit_Base : constant Entity_Id := Base_Type (Derived_Type);
Lo : Node_Id;
Hi : Node_Id;
Rng : Node_Id;
begin
-- Defend against previous errors
if No (Scalar_Range (Derived_Type)) then
Check_Error_Detected;
return;
end if;
Lo := Build_Scalar_Bound
(Type_Low_Bound (Derived_Type),
Parent_Type, Implicit_Base);
Hi := Build_Scalar_Bound
(Type_High_Bound (Derived_Type),
Parent_Type, Implicit_Base);
Rng :=
Make_Range (Loc,
Low_Bound => Lo,
High_Bound => Hi);
Set_Includes_Infinities (Rng, Has_Infinities (Derived_Type));
Set_Parent (Rng, N);
Set_Scalar_Range (Derived_Type, Rng);
-- Analyze the bounds
Analyze_And_Resolve (Lo, Implicit_Base);
Analyze_And_Resolve (Hi, Implicit_Base);
-- Analyze the range itself, except that we do not analyze it if
-- the bounds are real literals, and we have a fixed-point type.
-- The reason for this is that we delay setting the bounds in this
-- case till we know the final Small and Size values (see circuit
-- in Freeze.Freeze_Fixed_Point_Type for further details).
if Is_Fixed_Point_Type (Parent_Type)
and then Nkind (Lo) = N_Real_Literal
and then Nkind (Hi) = N_Real_Literal
then
return;
-- Here we do the analysis of the range
-- Note: we do this manually, since if we do a normal Analyze and
-- Resolve call, there are problems with the conversions used for
-- the derived type range.
else
Set_Etype (Rng, Implicit_Base);
Set_Analyzed (Rng, True);
end if;
end Convert_Scalar_Bounds;
-------------------
-- Copy_And_Swap --
-------------------
procedure Copy_And_Swap (Priv, Full : Entity_Id) is
begin
-- Initialize new full declaration entity by copying the pertinent
-- fields of the corresponding private declaration entity.
-- We temporarily set Ekind to a value appropriate for a type to
-- avoid assert failures in Einfo from checking for setting type
-- attributes on something that is not a type. Ekind (Priv) is an
-- appropriate choice, since it allowed the attributes to be set
-- in the first place. This Ekind value will be modified later.
Set_Ekind (Full, Ekind (Priv));
-- Also set Etype temporarily to Any_Type, again, in the absence
-- of errors, it will be properly reset, and if there are errors,
-- then we want a value of Any_Type to remain.
Set_Etype (Full, Any_Type);
-- Now start copying attributes
Set_Has_Discriminants (Full, Has_Discriminants (Priv));
if Has_Discriminants (Full) then
Set_Discriminant_Constraint (Full, Discriminant_Constraint (Priv));
Set_Stored_Constraint (Full, Stored_Constraint (Priv));
end if;
Set_First_Rep_Item (Full, First_Rep_Item (Priv));
Set_Homonym (Full, Homonym (Priv));
Set_Is_Immediately_Visible (Full, Is_Immediately_Visible (Priv));
Set_Is_Public (Full, Is_Public (Priv));
Set_Is_Pure (Full, Is_Pure (Priv));
Set_Is_Tagged_Type (Full, Is_Tagged_Type (Priv));
Set_Has_Pragma_Unmodified (Full, Has_Pragma_Unmodified (Priv));
Set_Has_Pragma_Unreferenced (Full, Has_Pragma_Unreferenced (Priv));
Set_Has_Pragma_Unreferenced_Objects
(Full, Has_Pragma_Unreferenced_Objects
(Priv));
Conditional_Delay (Full, Priv);
if Is_Tagged_Type (Full) then
Set_Direct_Primitive_Operations
(Full, Direct_Primitive_Operations (Priv));
Set_No_Tagged_Streams_Pragma
(Full, No_Tagged_Streams_Pragma (Priv));
if Is_Base_Type (Priv) then
Set_Class_Wide_Type (Full, Class_Wide_Type (Priv));
end if;
end if;
Set_Is_Volatile (Full, Is_Volatile (Priv));
Set_Treat_As_Volatile (Full, Treat_As_Volatile (Priv));
Set_Scope (Full, Scope (Priv));
Set_Next_Entity (Full, Next_Entity (Priv));
Set_First_Entity (Full, First_Entity (Priv));
Set_Last_Entity (Full, Last_Entity (Priv));
-- If access types have been recorded for later handling, keep them in
-- the full view so that they get handled when the full view freeze
-- node is expanded.
if Present (Freeze_Node (Priv))
and then Present (Access_Types_To_Process (Freeze_Node (Priv)))
then
Ensure_Freeze_Node (Full);
Set_Access_Types_To_Process
(Freeze_Node (Full),
Access_Types_To_Process (Freeze_Node (Priv)));
end if;
-- Swap the two entities. Now Private is the full type entity and Full
-- is the private one. They will be swapped back at the end of the
-- private part. This swapping ensures that the entity that is visible
-- in the private part is the full declaration.
Exchange_Entities (Priv, Full);
Append_Entity (Full, Scope (Full));
end Copy_And_Swap;
-------------------------------------
-- Copy_Array_Base_Type_Attributes --
-------------------------------------
procedure Copy_Array_Base_Type_Attributes (T1, T2 : Entity_Id) is
begin
Set_Component_Alignment (T1, Component_Alignment (T2));
Set_Component_Type (T1, Component_Type (T2));
Set_Component_Size (T1, Component_Size (T2));
Set_Has_Controlled_Component (T1, Has_Controlled_Component (T2));
Set_Has_Non_Standard_Rep (T1, Has_Non_Standard_Rep (T2));
Propagate_Concurrent_Flags (T1, T2);
Set_Is_Packed (T1, Is_Packed (T2));
Set_Has_Aliased_Components (T1, Has_Aliased_Components (T2));
Set_Has_Atomic_Components (T1, Has_Atomic_Components (T2));
Set_Has_Volatile_Components (T1, Has_Volatile_Components (T2));
end Copy_Array_Base_Type_Attributes;
-----------------------------------
-- Copy_Array_Subtype_Attributes --
-----------------------------------
procedure Copy_Array_Subtype_Attributes (T1, T2 : Entity_Id) is
begin
Set_Size_Info (T1, T2);
Set_First_Index (T1, First_Index (T2));
Set_Is_Aliased (T1, Is_Aliased (T2));
Set_Is_Volatile (T1, Is_Volatile (T2));
Set_Treat_As_Volatile (T1, Treat_As_Volatile (T2));
Set_Is_Constrained (T1, Is_Constrained (T2));
Set_Depends_On_Private (T1, Has_Private_Component (T2));
Inherit_Rep_Item_Chain (T1, T2);
Set_Convention (T1, Convention (T2));
Set_Is_Limited_Composite (T1, Is_Limited_Composite (T2));
Set_Is_Private_Composite (T1, Is_Private_Composite (T2));
Set_Packed_Array_Impl_Type (T1, Packed_Array_Impl_Type (T2));
end Copy_Array_Subtype_Attributes;
-----------------------------------
-- Create_Constrained_Components --
-----------------------------------
procedure Create_Constrained_Components
(Subt : Entity_Id;
Decl_Node : Node_Id;
Typ : Entity_Id;
Constraints : Elist_Id)
is
Loc : constant Source_Ptr := Sloc (Subt);
Comp_List : constant Elist_Id := New_Elmt_List;
Parent_Type : constant Entity_Id := Etype (Typ);
Assoc_List : constant List_Id := New_List;
Discr_Val : Elmt_Id;
Errors : Boolean;
New_C : Entity_Id;
Old_C : Entity_Id;
Is_Static : Boolean := True;
procedure Collect_Fixed_Components (Typ : Entity_Id);
-- Collect parent type components that do not appear in a variant part
procedure Create_All_Components;
-- Iterate over Comp_List to create the components of the subtype
function Create_Component (Old_Compon : Entity_Id) return Entity_Id;
-- Creates a new component from Old_Compon, copying all the fields from
-- it, including its Etype, inserts the new component in the Subt entity
-- chain and returns the new component.
function Is_Variant_Record (T : Entity_Id) return Boolean;
-- If true, and discriminants are static, collect only components from
-- variants selected by discriminant values.
------------------------------
-- Collect_Fixed_Components --
------------------------------
procedure Collect_Fixed_Components (Typ : Entity_Id) is
begin
-- Build association list for discriminants, and find components of the
-- variant part selected by the values of the discriminants.
Old_C := First_Discriminant (Typ);
Discr_Val := First_Elmt (Constraints);
while Present (Old_C) loop
Append_To (Assoc_List,
Make_Component_Association (Loc,
Choices => New_List (New_Occurrence_Of (Old_C, Loc)),
Expression => New_Copy (Node (Discr_Val))));
Next_Elmt (Discr_Val);
Next_Discriminant (Old_C);
end loop;
-- The tag and the possible parent component are unconditionally in
-- the subtype.
if Is_Tagged_Type (Typ) or else Has_Controlled_Component (Typ) then
Old_C := First_Component (Typ);
while Present (Old_C) loop
if Nam_In (Chars (Old_C), Name_uTag, Name_uParent) then
Append_Elmt (Old_C, Comp_List);
end if;
Next_Component (Old_C);
end loop;
end if;
end Collect_Fixed_Components;
---------------------------
-- Create_All_Components --
---------------------------
procedure Create_All_Components is
Comp : Elmt_Id;
begin
Comp := First_Elmt (Comp_List);
while Present (Comp) loop
Old_C := Node (Comp);
New_C := Create_Component (Old_C);
Set_Etype
(New_C,
Constrain_Component_Type
(Old_C, Subt, Decl_Node, Typ, Constraints));
Set_Is_Public (New_C, Is_Public (Subt));
Next_Elmt (Comp);
end loop;
end Create_All_Components;
----------------------
-- Create_Component --
----------------------
function Create_Component (Old_Compon : Entity_Id) return Entity_Id is
New_Compon : constant Entity_Id := New_Copy (Old_Compon);
begin
if Ekind (Old_Compon) = E_Discriminant
and then Is_Completely_Hidden (Old_Compon)
then
-- This is a shadow discriminant created for a discriminant of
-- the parent type, which needs to be present in the subtype.
-- Give the shadow discriminant an internal name that cannot
-- conflict with that of visible components.
Set_Chars (New_Compon, New_Internal_Name ('C'));
end if;
-- Set the parent so we have a proper link for freezing etc. This is
-- not a real parent pointer, since of course our parent does not own
-- up to us and reference us, we are an illegitimate child of the
-- original parent.
Set_Parent (New_Compon, Parent (Old_Compon));
-- If the old component's Esize was already determined and is a
-- static value, then the new component simply inherits it. Otherwise
-- the old component's size may require run-time determination, but
-- the new component's size still might be statically determinable
-- (if, for example it has a static constraint). In that case we want
-- Layout_Type to recompute the component's size, so we reset its
-- size and positional fields.
if Frontend_Layout_On_Target
and then not Known_Static_Esize (Old_Compon)
then
Set_Esize (New_Compon, Uint_0);
Init_Normalized_First_Bit (New_Compon);
Init_Normalized_Position (New_Compon);
Init_Normalized_Position_Max (New_Compon);
end if;
-- We do not want this node marked as Comes_From_Source, since
-- otherwise it would get first class status and a separate cross-
-- reference line would be generated. Illegitimate children do not
-- rate such recognition.
Set_Comes_From_Source (New_Compon, False);
-- But it is a real entity, and a birth certificate must be properly
-- registered by entering it into the entity list.
Enter_Name (New_Compon);
return New_Compon;
end Create_Component;
-----------------------
-- Is_Variant_Record --
-----------------------
function Is_Variant_Record (T : Entity_Id) return Boolean is
begin
return Nkind (Parent (T)) = N_Full_Type_Declaration
and then Nkind (Type_Definition (Parent (T))) = N_Record_Definition
and then Present (Component_List (Type_Definition (Parent (T))))
and then
Present
(Variant_Part (Component_List (Type_Definition (Parent (T)))));
end Is_Variant_Record;
-- Start of processing for Create_Constrained_Components
begin
pragma Assert (Subt /= Base_Type (Subt));
pragma Assert (Typ = Base_Type (Typ));
Set_First_Entity (Subt, Empty);
Set_Last_Entity (Subt, Empty);
-- Check whether constraint is fully static, in which case we can
-- optimize the list of components.
Discr_Val := First_Elmt (Constraints);
while Present (Discr_Val) loop
if not Is_OK_Static_Expression (Node (Discr_Val)) then
Is_Static := False;
exit;
end if;
Next_Elmt (Discr_Val);
end loop;
Set_Has_Static_Discriminants (Subt, Is_Static);
Push_Scope (Subt);
-- Inherit the discriminants of the parent type
Add_Discriminants : declare
Num_Disc : Nat;
Num_Gird : Nat;
begin
Num_Disc := 0;
Old_C := First_Discriminant (Typ);
while Present (Old_C) loop
Num_Disc := Num_Disc + 1;
New_C := Create_Component (Old_C);
Set_Is_Public (New_C, Is_Public (Subt));
Next_Discriminant (Old_C);
end loop;
-- For an untagged derived subtype, the number of discriminants may
-- be smaller than the number of inherited discriminants, because
-- several of them may be renamed by a single new discriminant or
-- constrained. In this case, add the hidden discriminants back into
-- the subtype, because they need to be present if the optimizer of
-- the GCC 4.x back-end decides to break apart assignments between
-- objects using the parent view into member-wise assignments.
Num_Gird := 0;
if Is_Derived_Type (Typ)
and then not Is_Tagged_Type (Typ)
then
Old_C := First_Stored_Discriminant (Typ);
while Present (Old_C) loop
Num_Gird := Num_Gird + 1;
Next_Stored_Discriminant (Old_C);
end loop;
end if;
if Num_Gird > Num_Disc then
-- Find out multiple uses of new discriminants, and add hidden
-- components for the extra renamed discriminants. We recognize
-- multiple uses through the Corresponding_Discriminant of a
-- new discriminant: if it constrains several old discriminants,
-- this field points to the last one in the parent type. The
-- stored discriminants of the derived type have the same name
-- as those of the parent.
declare
Constr : Elmt_Id;
New_Discr : Entity_Id;
Old_Discr : Entity_Id;
begin
Constr := First_Elmt (Stored_Constraint (Typ));
Old_Discr := First_Stored_Discriminant (Typ);
while Present (Constr) loop
if Is_Entity_Name (Node (Constr))
and then Ekind (Entity (Node (Constr))) = E_Discriminant
then
New_Discr := Entity (Node (Constr));
if Chars (Corresponding_Discriminant (New_Discr)) /=
Chars (Old_Discr)
then
-- The new discriminant has been used to rename a
-- subsequent old discriminant. Introduce a shadow
-- component for the current old discriminant.
New_C := Create_Component (Old_Discr);
Set_Original_Record_Component (New_C, Old_Discr);
end if;
else
-- The constraint has eliminated the old discriminant.
-- Introduce a shadow component.
New_C := Create_Component (Old_Discr);
Set_Original_Record_Component (New_C, Old_Discr);
end if;
Next_Elmt (Constr);
Next_Stored_Discriminant (Old_Discr);
end loop;
end;
end if;
end Add_Discriminants;
if Is_Static
and then Is_Variant_Record (Typ)
then
Collect_Fixed_Components (Typ);
Gather_Components (
Typ,
Component_List (Type_Definition (Parent (Typ))),
Governed_By => Assoc_List,
Into => Comp_List,
Report_Errors => Errors);
pragma Assert (not Errors
or else Serious_Errors_Detected > 0);
Create_All_Components;
-- If the subtype declaration is created for a tagged type derivation
-- with constraints, we retrieve the record definition of the parent
-- type to select the components of the proper variant.
elsif Is_Static
and then Is_Tagged_Type (Typ)
and then Nkind (Parent (Typ)) = N_Full_Type_Declaration
and then
Nkind (Type_Definition (Parent (Typ))) = N_Derived_Type_Definition
and then Is_Variant_Record (Parent_Type)
then
Collect_Fixed_Components (Typ);
Gather_Components
(Typ,
Component_List (Type_Definition (Parent (Parent_Type))),
Governed_By => Assoc_List,
Into => Comp_List,
Report_Errors => Errors);
-- Note: previously there was a check at this point that no errors
-- were detected. As a consequence of AI05-220 there may be an error
-- if an inherited discriminant that controls a variant has a non-
-- static constraint.
-- If the tagged derivation has a type extension, collect all the
-- new components therein.
if Present (Record_Extension_Part (Type_Definition (Parent (Typ))))
then
Old_C := First_Component (Typ);
while Present (Old_C) loop
if Original_Record_Component (Old_C) = Old_C
and then Chars (Old_C) /= Name_uTag
and then Chars (Old_C) /= Name_uParent
then
Append_Elmt (Old_C, Comp_List);
end if;
Next_Component (Old_C);
end loop;
end if;
Create_All_Components;
else
-- If discriminants are not static, or if this is a multi-level type
-- extension, we have to include all components of the parent type.
Old_C := First_Component (Typ);
while Present (Old_C) loop
New_C := Create_Component (Old_C);
Set_Etype
(New_C,
Constrain_Component_Type
(Old_C, Subt, Decl_Node, Typ, Constraints));
Set_Is_Public (New_C, Is_Public (Subt));
Next_Component (Old_C);
end loop;
end if;
End_Scope;
end Create_Constrained_Components;
------------------------------------------
-- Decimal_Fixed_Point_Type_Declaration --
------------------------------------------
procedure Decimal_Fixed_Point_Type_Declaration
(T : Entity_Id;
Def : Node_Id)
is
Loc : constant Source_Ptr := Sloc (Def);
Digs_Expr : constant Node_Id := Digits_Expression (Def);
Delta_Expr : constant Node_Id := Delta_Expression (Def);
Implicit_Base : Entity_Id;
Digs_Val : Uint;
Delta_Val : Ureal;
Scale_Val : Uint;
Bound_Val : Ureal;
begin
Check_SPARK_05_Restriction
("decimal fixed point type is not allowed", Def);
Check_Restriction (No_Fixed_Point, Def);
-- Create implicit base type
Implicit_Base :=
Create_Itype (E_Decimal_Fixed_Point_Type, Parent (Def), T, 'B');
Set_Etype (Implicit_Base, Implicit_Base);
-- Analyze and process delta expression
Analyze_And_Resolve (Delta_Expr, Universal_Real);
Check_Delta_Expression (Delta_Expr);
Delta_Val := Expr_Value_R (Delta_Expr);
-- Check delta is power of 10, and determine scale value from it
declare
Val : Ureal;
begin
Scale_Val := Uint_0;
Val := Delta_Val;
if Val < Ureal_1 then
while Val < Ureal_1 loop
Val := Val * Ureal_10;
Scale_Val := Scale_Val + 1;
end loop;
if Scale_Val > 18 then
Error_Msg_N ("scale exceeds maximum value of 18", Def);
Scale_Val := UI_From_Int (+18);
end if;
else
while Val > Ureal_1 loop
Val := Val / Ureal_10;
Scale_Val := Scale_Val - 1;
end loop;
if Scale_Val < -18 then
Error_Msg_N ("scale is less than minimum value of -18", Def);
Scale_Val := UI_From_Int (-18);
end if;
end if;
if Val /= Ureal_1 then
Error_Msg_N ("delta expression must be a power of 10", Def);
Delta_Val := Ureal_10 ** (-Scale_Val);
end if;
end;
-- Set delta, scale and small (small = delta for decimal type)
Set_Delta_Value (Implicit_Base, Delta_Val);
Set_Scale_Value (Implicit_Base, Scale_Val);
Set_Small_Value (Implicit_Base, Delta_Val);
-- Analyze and process digits expression
Analyze_And_Resolve (Digs_Expr, Any_Integer);
Check_Digits_Expression (Digs_Expr);
Digs_Val := Expr_Value (Digs_Expr);
if Digs_Val > 18 then
Digs_Val := UI_From_Int (+18);
Error_Msg_N ("digits value out of range, maximum is 18", Digs_Expr);
end if;
Set_Digits_Value (Implicit_Base, Digs_Val);
Bound_Val := UR_From_Uint (10 ** Digs_Val - 1) * Delta_Val;
-- Set range of base type from digits value for now. This will be
-- expanded to represent the true underlying base range by Freeze.
Set_Fixed_Range (Implicit_Base, Loc, -Bound_Val, Bound_Val);
-- Note: We leave size as zero for now, size will be set at freeze
-- time. We have to do this for ordinary fixed-point, because the size
-- depends on the specified small, and we might as well do the same for
-- decimal fixed-point.
pragma Assert (Esize (Implicit_Base) = Uint_0);
-- If there are bounds given in the declaration use them as the
-- bounds of the first named subtype.
if Present (Real_Range_Specification (Def)) then
declare
RRS : constant Node_Id := Real_Range_Specification (Def);
Low : constant Node_Id := Low_Bound (RRS);
High : constant Node_Id := High_Bound (RRS);
Low_Val : Ureal;
High_Val : Ureal;
begin
Analyze_And_Resolve (Low, Any_Real);
Analyze_And_Resolve (High, Any_Real);
Check_Real_Bound (Low);
Check_Real_Bound (High);
Low_Val := Expr_Value_R (Low);
High_Val := Expr_Value_R (High);
if Low_Val < (-Bound_Val) then
Error_Msg_N
("range low bound too small for digits value", Low);
Low_Val := -Bound_Val;
end if;
if High_Val > Bound_Val then
Error_Msg_N
("range high bound too large for digits value", High);
High_Val := Bound_Val;
end if;
Set_Fixed_Range (T, Loc, Low_Val, High_Val);
end;
-- If no explicit range, use range that corresponds to given
-- digits value. This will end up as the final range for the
-- first subtype.
else
Set_Fixed_Range (T, Loc, -Bound_Val, Bound_Val);
end if;
-- Complete entity for first subtype. The inheritance of the rep item
-- chain ensures that SPARK-related pragmas are not clobbered when the
-- decimal fixed point type acts as a full view of a private type.
Set_Ekind (T, E_Decimal_Fixed_Point_Subtype);
Set_Etype (T, Implicit_Base);
Set_Size_Info (T, Implicit_Base);
Inherit_Rep_Item_Chain (T, Implicit_Base);
Set_Digits_Value (T, Digs_Val);
Set_Delta_Value (T, Delta_Val);
Set_Small_Value (T, Delta_Val);
Set_Scale_Value (T, Scale_Val);
Set_Is_Constrained (T);
end Decimal_Fixed_Point_Type_Declaration;
-----------------------------------
-- Derive_Progenitor_Subprograms --
-----------------------------------
procedure Derive_Progenitor_Subprograms
(Parent_Type : Entity_Id;
Tagged_Type : Entity_Id)
is
E : Entity_Id;
Elmt : Elmt_Id;
Iface : Entity_Id;
Iface_Elmt : Elmt_Id;
Iface_Subp : Entity_Id;
New_Subp : Entity_Id := Empty;
Prim_Elmt : Elmt_Id;
Subp : Entity_Id;
Typ : Entity_Id;
begin
pragma Assert (Ada_Version >= Ada_2005
and then Is_Record_Type (Tagged_Type)
and then Is_Tagged_Type (Tagged_Type)
and then Has_Interfaces (Tagged_Type));
-- Step 1: Transfer to the full-view primitives associated with the
-- partial-view that cover interface primitives. Conceptually this
-- work should be done later by Process_Full_View; done here to
-- simplify its implementation at later stages. It can be safely
-- done here because interfaces must be visible in the partial and
-- private view (RM 7.3(7.3/2)).
-- Small optimization: This work is only required if the parent may
-- have entities whose Alias attribute reference an interface primitive.
-- Such a situation may occur if the parent is an abstract type and the
-- primitive has not been yet overridden or if the parent is a generic
-- formal type covering interfaces.
-- If the tagged type is not abstract, it cannot have abstract
-- primitives (the only entities in the list of primitives of
-- non-abstract tagged types that can reference abstract primitives
-- through its Alias attribute are the internal entities that have
-- attribute Interface_Alias, and these entities are generated later
-- by Add_Internal_Interface_Entities).
if In_Private_Part (Current_Scope)
and then (Is_Abstract_Type (Parent_Type)
or else
Is_Generic_Type (Parent_Type))
then
Elmt := First_Elmt (Primitive_Operations (Tagged_Type));
while Present (Elmt) loop
Subp := Node (Elmt);
-- At this stage it is not possible to have entities in the list
-- of primitives that have attribute Interface_Alias.
pragma Assert (No (Interface_Alias (Subp)));
Typ := Find_Dispatching_Type (Ultimate_Alias (Subp));
if Is_Interface (Typ) then
E := Find_Primitive_Covering_Interface
(Tagged_Type => Tagged_Type,
Iface_Prim => Subp);
if Present (E)
and then Find_Dispatching_Type (Ultimate_Alias (E)) /= Typ
then
Replace_Elmt (Elmt, E);
Remove_Homonym (Subp);
end if;
end if;
Next_Elmt (Elmt);
end loop;
end if;
-- Step 2: Add primitives of progenitors that are not implemented by
-- parents of Tagged_Type.
if Present (Interfaces (Base_Type (Tagged_Type))) then
Iface_Elmt := First_Elmt (Interfaces (Base_Type (Tagged_Type)));
while Present (Iface_Elmt) loop
Iface := Node (Iface_Elmt);
Prim_Elmt := First_Elmt (Primitive_Operations (Iface));
while Present (Prim_Elmt) loop
Iface_Subp := Node (Prim_Elmt);
-- Exclude derivation of predefined primitives except those
-- that come from source, or are inherited from one that comes
-- from source. Required to catch declarations of equality
-- operators of interfaces. For example:
-- type Iface is interface;
-- function "=" (Left, Right : Iface) return Boolean;
if not Is_Predefined_Dispatching_Operation (Iface_Subp)
or else Comes_From_Source (Ultimate_Alias (Iface_Subp))
then
E := Find_Primitive_Covering_Interface
(Tagged_Type => Tagged_Type,
Iface_Prim => Iface_Subp);
-- If not found we derive a new primitive leaving its alias
-- attribute referencing the interface primitive.
if No (E) then
Derive_Subprogram
(New_Subp, Iface_Subp, Tagged_Type, Iface);
-- Ada 2012 (AI05-0197): If the covering primitive's name
-- differs from the name of the interface primitive then it
-- is a private primitive inherited from a parent type. In
-- such case, given that Tagged_Type covers the interface,
-- the inherited private primitive becomes visible. For such
-- purpose we add a new entity that renames the inherited
-- private primitive.
elsif Chars (E) /= Chars (Iface_Subp) then
pragma Assert (Has_Suffix (E, 'P'));
Derive_Subprogram
(New_Subp, Iface_Subp, Tagged_Type, Iface);
Set_Alias (New_Subp, E);
Set_Is_Abstract_Subprogram (New_Subp,
Is_Abstract_Subprogram (E));
-- Propagate to the full view interface entities associated
-- with the partial view.
elsif In_Private_Part (Current_Scope)
and then Present (Alias (E))
and then Alias (E) = Iface_Subp
and then
List_Containing (Parent (E)) /=
Private_Declarations
(Specification
(Unit_Declaration_Node (Current_Scope)))
then
Append_Elmt (E, Primitive_Operations (Tagged_Type));
end if;
end if;
Next_Elmt (Prim_Elmt);
end loop;
Next_Elmt (Iface_Elmt);
end loop;
end if;
end Derive_Progenitor_Subprograms;
-----------------------
-- Derive_Subprogram --
-----------------------
procedure Derive_Subprogram
(New_Subp : out Entity_Id;
Parent_Subp : Entity_Id;
Derived_Type : Entity_Id;
Parent_Type : Entity_Id;
Actual_Subp : Entity_Id := Empty)
is
Formal : Entity_Id;
-- Formal parameter of parent primitive operation
Formal_Of_Actual : Entity_Id;
-- Formal parameter of actual operation, when the derivation is to
-- create a renaming for a primitive operation of an actual in an
-- instantiation.
New_Formal : Entity_Id;
-- Formal of inherited operation
Visible_Subp : Entity_Id := Parent_Subp;
function Is_Private_Overriding return Boolean;
-- If Subp is a private overriding of a visible operation, the inherited
-- operation derives from the overridden op (even though its body is the
-- overriding one) and the inherited operation is visible now. See
-- sem_disp to see the full details of the handling of the overridden
-- subprogram, which is removed from the list of primitive operations of
-- the type. The overridden subprogram is saved locally in Visible_Subp,
-- and used to diagnose abstract operations that need overriding in the
-- derived type.
procedure Replace_Type (Id, New_Id : Entity_Id);
-- When the type is an anonymous access type, create a new access type
-- designating the derived type.
procedure Set_Derived_Name;
-- This procedure sets the appropriate Chars name for New_Subp. This
-- is normally just a copy of the parent name. An exception arises for
-- type support subprograms, where the name is changed to reflect the
-- name of the derived type, e.g. if type foo is derived from type bar,
-- then a procedure barDA is derived with a name fooDA.
---------------------------
-- Is_Private_Overriding --
---------------------------
function Is_Private_Overriding return Boolean is
Prev : Entity_Id;
begin
-- If the parent is not a dispatching operation there is no
-- need to investigate overridings
if not Is_Dispatching_Operation (Parent_Subp) then
return False;
end if;
-- The visible operation that is overridden is a homonym of the
-- parent subprogram. We scan the homonym chain to find the one
-- whose alias is the subprogram we are deriving.
Prev := Current_Entity (Parent_Subp);
while Present (Prev) loop
if Ekind (Prev) = Ekind (Parent_Subp)
and then Alias (Prev) = Parent_Subp
and then Scope (Parent_Subp) = Scope (Prev)
and then not Is_Hidden (Prev)
then
Visible_Subp := Prev;
return True;
end if;
Prev := Homonym (Prev);
end loop;
return False;
end Is_Private_Overriding;
------------------
-- Replace_Type --
------------------
procedure Replace_Type (Id, New_Id : Entity_Id) is
Id_Type : constant Entity_Id := Etype (Id);
Acc_Type : Entity_Id;
Par : constant Node_Id := Parent (Derived_Type);
begin
-- When the type is an anonymous access type, create a new access
-- type designating the derived type. This itype must be elaborated
-- at the point of the derivation, not on subsequent calls that may
-- be out of the proper scope for Gigi, so we insert a reference to
-- it after the derivation.
if Ekind (Id_Type) = E_Anonymous_Access_Type then
declare
Desig_Typ : Entity_Id := Designated_Type (Id_Type);
begin
if Ekind (Desig_Typ) = E_Record_Type_With_Private
and then Present (Full_View (Desig_Typ))
and then not Is_Private_Type (Parent_Type)
then
Desig_Typ := Full_View (Desig_Typ);
end if;
if Base_Type (Desig_Typ) = Base_Type (Parent_Type)
-- Ada 2005 (AI-251): Handle also derivations of abstract
-- interface primitives.
or else (Is_Interface (Desig_Typ)
and then not Is_Class_Wide_Type (Desig_Typ))
then
Acc_Type := New_Copy (Id_Type);
Set_Etype (Acc_Type, Acc_Type);
Set_Scope (Acc_Type, New_Subp);
-- Set size of anonymous access type. If we have an access
-- to an unconstrained array, this is a fat pointer, so it
-- is sizes at twice addtress size.
if Is_Array_Type (Desig_Typ)
and then not Is_Constrained (Desig_Typ)
then
Init_Size (Acc_Type, 2 * System_Address_Size);
-- Other cases use a thin pointer
else
Init_Size (Acc_Type, System_Address_Size);
end if;
-- Set remaining characterstics of anonymous access type
Init_Alignment (Acc_Type);
Set_Directly_Designated_Type (Acc_Type, Derived_Type);
Set_Etype (New_Id, Acc_Type);
Set_Scope (New_Id, New_Subp);
-- Create a reference to it
Build_Itype_Reference (Acc_Type, Parent (Derived_Type));
else
Set_Etype (New_Id, Id_Type);
end if;
end;
-- In Ada2012, a formal may have an incomplete type but the type
-- derivation that inherits the primitive follows the full view.
elsif Base_Type (Id_Type) = Base_Type (Parent_Type)
or else
(Ekind (Id_Type) = E_Record_Type_With_Private
and then Present (Full_View (Id_Type))
and then
Base_Type (Full_View (Id_Type)) = Base_Type (Parent_Type))
or else
(Ada_Version >= Ada_2012
and then Ekind (Id_Type) = E_Incomplete_Type
and then Full_View (Id_Type) = Parent_Type)
then
-- Constraint checks on formals are generated during expansion,
-- based on the signature of the original subprogram. The bounds
-- of the derived type are not relevant, and thus we can use
-- the base type for the formals. However, the return type may be
-- used in a context that requires that the proper static bounds
-- be used (a case statement, for example) and for those cases
-- we must use the derived type (first subtype), not its base.
-- If the derived_type_definition has no constraints, we know that
-- the derived type has the same constraints as the first subtype
-- of the parent, and we can also use it rather than its base,
-- which can lead to more efficient code.
if Etype (Id) = Parent_Type then
if Is_Scalar_Type (Parent_Type)
and then
Subtypes_Statically_Compatible (Parent_Type, Derived_Type)
then
Set_Etype (New_Id, Derived_Type);
elsif Nkind (Par) = N_Full_Type_Declaration
and then
Nkind (Type_Definition (Par)) = N_Derived_Type_Definition
and then
Is_Entity_Name
(Subtype_Indication (Type_Definition (Par)))
then
Set_Etype (New_Id, Derived_Type);
else
Set_Etype (New_Id, Base_Type (Derived_Type));
end if;
else
Set_Etype (New_Id, Base_Type (Derived_Type));
end if;
else
Set_Etype (New_Id, Etype (Id));
end if;
end Replace_Type;
----------------------
-- Set_Derived_Name --
----------------------
procedure Set_Derived_Name is
Nm : constant TSS_Name_Type := Get_TSS_Name (Parent_Subp);
begin
if Nm = TSS_Null then
Set_Chars (New_Subp, Chars (Parent_Subp));
else
Set_Chars (New_Subp, Make_TSS_Name (Base_Type (Derived_Type), Nm));
end if;
end Set_Derived_Name;
-- Start of processing for Derive_Subprogram
begin
New_Subp := New_Entity (Nkind (Parent_Subp), Sloc (Derived_Type));
Set_Ekind (New_Subp, Ekind (Parent_Subp));
-- Check whether the inherited subprogram is a private operation that
-- should be inherited but not yet made visible. Such subprograms can
-- become visible at a later point (e.g., the private part of a public
-- child unit) via Declare_Inherited_Private_Subprograms. If the
-- following predicate is true, then this is not such a private
-- operation and the subprogram simply inherits the name of the parent
-- subprogram. Note the special check for the names of controlled
-- operations, which are currently exempted from being inherited with
-- a hidden name because they must be findable for generation of
-- implicit run-time calls.
if not Is_Hidden (Parent_Subp)
or else Is_Internal (Parent_Subp)
or else Is_Private_Overriding
or else Is_Internal_Name (Chars (Parent_Subp))
or else (Is_Controlled (Parent_Type)
and then Nam_In (Chars (Parent_Subp), Name_Adjust,
Name_Finalize,
Name_Initialize))
then
Set_Derived_Name;
-- An inherited dispatching equality will be overridden by an internally
-- generated one, or by an explicit one, so preserve its name and thus
-- its entry in the dispatch table. Otherwise, if Parent_Subp is a
-- private operation it may become invisible if the full view has
-- progenitors, and the dispatch table will be malformed.
-- We check that the type is limited to handle the anomalous declaration
-- of Limited_Controlled, which is derived from a non-limited type, and
-- which is handled specially elsewhere as well.
elsif Chars (Parent_Subp) = Name_Op_Eq
and then Is_Dispatching_Operation (Parent_Subp)
and then Etype (Parent_Subp) = Standard_Boolean
and then not Is_Limited_Type (Etype (First_Formal (Parent_Subp)))
and then
Etype (First_Formal (Parent_Subp)) =
Etype (Next_Formal (First_Formal (Parent_Subp)))
then
Set_Derived_Name;
-- If parent is hidden, this can be a regular derivation if the
-- parent is immediately visible in a non-instantiating context,
-- or if we are in the private part of an instance. This test
-- should still be refined ???
-- The test for In_Instance_Not_Visible avoids inheriting the derived
-- operation as a non-visible operation in cases where the parent
-- subprogram might not be visible now, but was visible within the
-- original generic, so it would be wrong to make the inherited
-- subprogram non-visible now. (Not clear if this test is fully
-- correct; are there any cases where we should declare the inherited
-- operation as not visible to avoid it being overridden, e.g., when
-- the parent type is a generic actual with private primitives ???)
-- (they should be treated the same as other private inherited
-- subprograms, but it's not clear how to do this cleanly). ???
elsif (In_Open_Scopes (Scope (Base_Type (Parent_Type)))
and then Is_Immediately_Visible (Parent_Subp)
and then not In_Instance)
or else In_Instance_Not_Visible
then
Set_Derived_Name;
-- Ada 2005 (AI-251): Regular derivation if the parent subprogram
-- overrides an interface primitive because interface primitives
-- must be visible in the partial view of the parent (RM 7.3 (7.3/2))
elsif Ada_Version >= Ada_2005
and then Is_Dispatching_Operation (Parent_Subp)
and then Covers_Some_Interface (Parent_Subp)
then
Set_Derived_Name;
-- Otherwise, the type is inheriting a private operation, so enter it
-- with a special name so it can't be overridden.
else
Set_Chars (New_Subp, New_External_Name (Chars (Parent_Subp), 'P'));
end if;
Set_Parent (New_Subp, Parent (Derived_Type));
if Present (Actual_Subp) then
Replace_Type (Actual_Subp, New_Subp);
else
Replace_Type (Parent_Subp, New_Subp);
end if;
Conditional_Delay (New_Subp, Parent_Subp);
-- If we are creating a renaming for a primitive operation of an
-- actual of a generic derived type, we must examine the signature
-- of the actual primitive, not that of the generic formal, which for
-- example may be an interface. However the name and initial value
-- of the inherited operation are those of the formal primitive.
Formal := First_Formal (Parent_Subp);
if Present (Actual_Subp) then
Formal_Of_Actual := First_Formal (Actual_Subp);
else
Formal_Of_Actual := Empty;
end if;
while Present (Formal) loop
New_Formal := New_Copy (Formal);
-- Normally we do not go copying parents, but in the case of
-- formals, we need to link up to the declaration (which is the
-- parameter specification), and it is fine to link up to the
-- original formal's parameter specification in this case.
Set_Parent (New_Formal, Parent (Formal));
Append_Entity (New_Formal, New_Subp);
if Present (Formal_Of_Actual) then
Replace_Type (Formal_Of_Actual, New_Formal);
Next_Formal (Formal_Of_Actual);
else
Replace_Type (Formal, New_Formal);
end if;
Next_Formal (Formal);
end loop;
-- If this derivation corresponds to a tagged generic actual, then
-- primitive operations rename those of the actual. Otherwise the
-- primitive operations rename those of the parent type, If the parent
-- renames an intrinsic operator, so does the new subprogram. We except
-- concatenation, which is always properly typed, and does not get
-- expanded as other intrinsic operations.
if No (Actual_Subp) then
if Is_Intrinsic_Subprogram (Parent_Subp) then
Set_Is_Intrinsic_Subprogram (New_Subp);
if Present (Alias (Parent_Subp))
and then Chars (Parent_Subp) /= Name_Op_Concat
then
Set_Alias (New_Subp, Alias (Parent_Subp));
else
Set_Alias (New_Subp, Parent_Subp);
end if;
else
Set_Alias (New_Subp, Parent_Subp);
end if;
else
Set_Alias (New_Subp, Actual_Subp);
end if;
-- Derived subprograms of a tagged type must inherit the convention
-- of the parent subprogram (a requirement of AI-117). Derived
-- subprograms of untagged types simply get convention Ada by default.
-- If the derived type is a tagged generic formal type with unknown
-- discriminants, its convention is intrinsic (RM 6.3.1 (8)).
-- However, if the type is derived from a generic formal, the further
-- inherited subprogram has the convention of the non-generic ancestor.
-- Otherwise there would be no way to override the operation.
-- (This is subject to forthcoming ARG discussions).
if Is_Tagged_Type (Derived_Type) then
if Is_Generic_Type (Derived_Type)
and then Has_Unknown_Discriminants (Derived_Type)
then
Set_Convention (New_Subp, Convention_Intrinsic);
else
if Is_Generic_Type (Parent_Type)
and then Has_Unknown_Discriminants (Parent_Type)
then
Set_Convention (New_Subp, Convention (Alias (Parent_Subp)));
else
Set_Convention (New_Subp, Convention (Parent_Subp));
end if;
end if;
end if;
-- Predefined controlled operations retain their name even if the parent
-- is hidden (see above), but they are not primitive operations if the
-- ancestor is not visible, for example if the parent is a private
-- extension completed with a controlled extension. Note that a full
-- type that is controlled can break privacy: the flag Is_Controlled is
-- set on both views of the type.
if Is_Controlled (Parent_Type)
and then Nam_In (Chars (Parent_Subp), Name_Initialize,
Name_Adjust,
Name_Finalize)
and then Is_Hidden (Parent_Subp)
and then not Is_Visibly_Controlled (Parent_Type)
then
Set_Is_Hidden (New_Subp);
end if;
Set_Is_Imported (New_Subp, Is_Imported (Parent_Subp));
Set_Is_Exported (New_Subp, Is_Exported (Parent_Subp));
if Ekind (Parent_Subp) = E_Procedure then
Set_Is_Valued_Procedure
(New_Subp, Is_Valued_Procedure (Parent_Subp));
else
Set_Has_Controlling_Result
(New_Subp, Has_Controlling_Result (Parent_Subp));
end if;
-- No_Return must be inherited properly. If this is overridden in the
-- case of a dispatching operation, then a check is made in Sem_Disp
-- that the overriding operation is also No_Return (no such check is
-- required for the case of non-dispatching operation.
Set_No_Return (New_Subp, No_Return (Parent_Subp));
-- A derived function with a controlling result is abstract. If the
-- Derived_Type is a nonabstract formal generic derived type, then
-- inherited operations are not abstract: the required check is done at
-- instantiation time. If the derivation is for a generic actual, the
-- function is not abstract unless the actual is.
if Is_Generic_Type (Derived_Type)
and then not Is_Abstract_Type (Derived_Type)
then
null;
-- Ada 2005 (AI-228): Calculate the "require overriding" and "abstract"
-- properties of the subprogram, as defined in RM-3.9.3(4/2-6/2).
-- A subprogram subject to pragma Extensions_Visible with value False
-- requires overriding if the subprogram has at least one controlling
-- OUT parameter (SPARK RM 6.1.7(6)).
elsif Ada_Version >= Ada_2005
and then (Is_Abstract_Subprogram (Alias (New_Subp))
or else (Is_Tagged_Type (Derived_Type)
and then Etype (New_Subp) = Derived_Type
and then not Is_Null_Extension (Derived_Type))
or else (Is_Tagged_Type (Derived_Type)
and then Ekind (Etype (New_Subp)) =
E_Anonymous_Access_Type
and then Designated_Type (Etype (New_Subp)) =
Derived_Type
and then not Is_Null_Extension (Derived_Type))
or else (Comes_From_Source (Alias (New_Subp))
and then Is_EVF_Procedure (Alias (New_Subp))))
and then No (Actual_Subp)
then
if not Is_Tagged_Type (Derived_Type)
or else Is_Abstract_Type (Derived_Type)
or else Is_Abstract_Subprogram (Alias (New_Subp))
then
Set_Is_Abstract_Subprogram (New_Subp);
else
Set_Requires_Overriding (New_Subp);
end if;
elsif Ada_Version < Ada_2005
and then (Is_Abstract_Subprogram (Alias (New_Subp))
or else (Is_Tagged_Type (Derived_Type)
and then Etype (New_Subp) = Derived_Type
and then No (Actual_Subp)))
then
Set_Is_Abstract_Subprogram (New_Subp);
-- AI05-0097 : an inherited operation that dispatches on result is
-- abstract if the derived type is abstract, even if the parent type
-- is concrete and the derived type is a null extension.
elsif Has_Controlling_Result (Alias (New_Subp))
and then Is_Abstract_Type (Etype (New_Subp))
then
Set_Is_Abstract_Subprogram (New_Subp);
-- Finally, if the parent type is abstract we must verify that all
-- inherited operations are either non-abstract or overridden, or that
-- the derived type itself is abstract (this check is performed at the
-- end of a package declaration, in Check_Abstract_Overriding). A
-- private overriding in the parent type will not be visible in the
-- derivation if we are not in an inner package or in a child unit of
-- the parent type, in which case the abstractness of the inherited
-- operation is carried to the new subprogram.
elsif Is_Abstract_Type (Parent_Type)
and then not In_Open_Scopes (Scope (Parent_Type))
and then Is_Private_Overriding
and then Is_Abstract_Subprogram (Visible_Subp)
then
if No (Actual_Subp) then
Set_Alias (New_Subp, Visible_Subp);
Set_Is_Abstract_Subprogram (New_Subp, True);
else
-- If this is a derivation for an instance of a formal derived
-- type, abstractness comes from the primitive operation of the
-- actual, not from the operation inherited from the ancestor.
Set_Is_Abstract_Subprogram
(New_Subp, Is_Abstract_Subprogram (Actual_Subp));
end if;
end if;
New_Overloaded_Entity (New_Subp, Derived_Type);
-- Check for case of a derived subprogram for the instantiation of a
-- formal derived tagged type, if so mark the subprogram as dispatching
-- and inherit the dispatching attributes of the actual subprogram. The
-- derived subprogram is effectively renaming of the actual subprogram,
-- so it needs to have the same attributes as the actual.
if Present (Actual_Subp)
and then Is_Dispatching_Operation (Actual_Subp)
then
Set_Is_Dispatching_Operation (New_Subp);
if Present (DTC_Entity (Actual_Subp)) then
Set_DTC_Entity (New_Subp, DTC_Entity (Actual_Subp));
Set_DT_Position_Value (New_Subp, DT_Position (Actual_Subp));
end if;
end if;
-- Indicate that a derived subprogram does not require a body and that
-- it does not require processing of default expressions.
Set_Has_Completion (New_Subp);
Set_Default_Expressions_Processed (New_Subp);
if Ekind (New_Subp) = E_Function then
Set_Mechanism (New_Subp, Mechanism (Parent_Subp));
end if;
end Derive_Subprogram;
------------------------
-- Derive_Subprograms --
------------------------
procedure Derive_Subprograms
(Parent_Type : Entity_Id;
Derived_Type : Entity_Id;
Generic_Actual : Entity_Id := Empty)
is
Op_List : constant Elist_Id :=
Collect_Primitive_Operations (Parent_Type);
function Check_Derived_Type return Boolean;
-- Check that all the entities derived from Parent_Type are found in
-- the list of primitives of Derived_Type exactly in the same order.
procedure Derive_Interface_Subprogram
(New_Subp : out Entity_Id;
Subp : Entity_Id;
Actual_Subp : Entity_Id);
-- Derive New_Subp from the ultimate alias of the parent subprogram Subp
-- (which is an interface primitive). If Generic_Actual is present then
-- Actual_Subp is the actual subprogram corresponding with the generic
-- subprogram Subp.
------------------------
-- Check_Derived_Type --
------------------------
function Check_Derived_Type return Boolean is
E : Entity_Id;
Elmt : Elmt_Id;
List : Elist_Id;
New_Subp : Entity_Id;
Op_Elmt : Elmt_Id;
Subp : Entity_Id;
begin
-- Traverse list of entities in the current scope searching for
-- an incomplete type whose full-view is derived type.
E := First_Entity (Scope (Derived_Type));
while Present (E) and then E /= Derived_Type loop
if Ekind (E) = E_Incomplete_Type
and then Present (Full_View (E))
and then Full_View (E) = Derived_Type
then
-- Disable this test if Derived_Type completes an incomplete
-- type because in such case more primitives can be added
-- later to the list of primitives of Derived_Type by routine
-- Process_Incomplete_Dependents
return True;
end if;
E := Next_Entity (E);
end loop;
List := Collect_Primitive_Operations (Derived_Type);
Elmt := First_Elmt (List);
Op_Elmt := First_Elmt (Op_List);
while Present (Op_Elmt) loop
Subp := Node (Op_Elmt);
New_Subp := Node (Elmt);
-- At this early stage Derived_Type has no entities with attribute
-- Interface_Alias. In addition, such primitives are always
-- located at the end of the list of primitives of Parent_Type.
-- Therefore, if found we can safely stop processing pending
-- entities.
exit when Present (Interface_Alias (Subp));
-- Handle hidden entities
if not Is_Predefined_Dispatching_Operation (Subp)
and then Is_Hidden (Subp)
then
if Present (New_Subp)
and then Primitive_Names_Match (Subp, New_Subp)
then
Next_Elmt (Elmt);
end if;
else
if not Present (New_Subp)
or else Ekind (Subp) /= Ekind (New_Subp)
or else not Primitive_Names_Match (Subp, New_Subp)
then
return False;
end if;
Next_Elmt (Elmt);
end if;
Next_Elmt (Op_Elmt);
end loop;
return True;
end Check_Derived_Type;
---------------------------------
-- Derive_Interface_Subprogram --
---------------------------------
procedure Derive_Interface_Subprogram
(New_Subp : out Entity_Id;
Subp : Entity_Id;
Actual_Subp : Entity_Id)
is
Iface_Subp : constant Entity_Id := Ultimate_Alias (Subp);
Iface_Type : constant Entity_Id := Find_Dispatching_Type (Iface_Subp);
begin
pragma Assert (Is_Interface (Iface_Type));
Derive_Subprogram
(New_Subp => New_Subp,
Parent_Subp => Iface_Subp,
Derived_Type => Derived_Type,
Parent_Type => Iface_Type,
Actual_Subp => Actual_Subp);
-- Given that this new interface entity corresponds with a primitive
-- of the parent that was not overridden we must leave it associated
-- with its parent primitive to ensure that it will share the same
-- dispatch table slot when overridden. We must set the Alias to Subp
-- (instead of Iface_Subp), and we must fix Is_Abstract_Subprogram
-- (in case we inherited Subp from Iface_Type via a nonabstract
-- generic formal type).
if No (Actual_Subp) then
Set_Alias (New_Subp, Subp);
declare
T : Entity_Id := Find_Dispatching_Type (Subp);
begin
while Etype (T) /= T loop
if Is_Generic_Type (T) and then not Is_Abstract_Type (T) then
Set_Is_Abstract_Subprogram (New_Subp, False);
exit;
end if;
T := Etype (T);
end loop;
end;
-- For instantiations this is not needed since the previous call to
-- Derive_Subprogram leaves the entity well decorated.
else
pragma Assert (Alias (New_Subp) = Actual_Subp);
null;
end if;
end Derive_Interface_Subprogram;
-- Local variables
Alias_Subp : Entity_Id;
Act_List : Elist_Id;
Act_Elmt : Elmt_Id;
Act_Subp : Entity_Id := Empty;
Elmt : Elmt_Id;
Need_Search : Boolean := False;
New_Subp : Entity_Id := Empty;
Parent_Base : Entity_Id;
Subp : Entity_Id;
-- Start of processing for Derive_Subprograms
begin
if Ekind (Parent_Type) = E_Record_Type_With_Private
and then Has_Discriminants (Parent_Type)
and then Present (Full_View (Parent_Type))
then
Parent_Base := Full_View (Parent_Type);
else
Parent_Base := Parent_Type;
end if;
if Present (Generic_Actual) then
Act_List := Collect_Primitive_Operations (Generic_Actual);
Act_Elmt := First_Elmt (Act_List);
else
Act_List := No_Elist;
Act_Elmt := No_Elmt;
end if;
-- Derive primitives inherited from the parent. Note that if the generic
-- actual is present, this is not really a type derivation, it is a
-- completion within an instance.
-- Case 1: Derived_Type does not implement interfaces
if not Is_Tagged_Type (Derived_Type)
or else (not Has_Interfaces (Derived_Type)
and then not (Present (Generic_Actual)
and then Has_Interfaces (Generic_Actual)))
then
Elmt := First_Elmt (Op_List);
while Present (Elmt) loop
Subp := Node (Elmt);
-- Literals are derived earlier in the process of building the
-- derived type, and are skipped here.
if Ekind (Subp) = E_Enumeration_Literal then
null;
-- The actual is a direct descendant and the common primitive
-- operations appear in the same order.
-- If the generic parent type is present, the derived type is an
-- instance of a formal derived type, and within the instance its
-- operations are those of the actual. We derive from the formal
-- type but make the inherited operations aliases of the
-- corresponding operations of the actual.
else
pragma Assert (No (Node (Act_Elmt))
or else (Primitive_Names_Match (Subp, Node (Act_Elmt))
and then
Type_Conformant
(Subp, Node (Act_Elmt),
Skip_Controlling_Formals => True)));
Derive_Subprogram
(New_Subp, Subp, Derived_Type, Parent_Base, Node (Act_Elmt));
if Present (Act_Elmt) then
Next_Elmt (Act_Elmt);
end if;
end if;
Next_Elmt (Elmt);
end loop;
-- Case 2: Derived_Type implements interfaces
else
-- If the parent type has no predefined primitives we remove
-- predefined primitives from the list of primitives of generic
-- actual to simplify the complexity of this algorithm.
if Present (Generic_Actual) then
declare
Has_Predefined_Primitives : Boolean := False;
begin
-- Check if the parent type has predefined primitives
Elmt := First_Elmt (Op_List);
while Present (Elmt) loop
Subp := Node (Elmt);
if Is_Predefined_Dispatching_Operation (Subp)
and then not Comes_From_Source (Ultimate_Alias (Subp))
then
Has_Predefined_Primitives := True;
exit;
end if;
Next_Elmt (Elmt);
end loop;
-- Remove predefined primitives of Generic_Actual. We must use
-- an auxiliary list because in case of tagged types the value
-- returned by Collect_Primitive_Operations is the value stored
-- in its Primitive_Operations attribute (and we don't want to
-- modify its current contents).
if not Has_Predefined_Primitives then
declare
Aux_List : constant Elist_Id := New_Elmt_List;
begin
Elmt := First_Elmt (Act_List);
while Present (Elmt) loop
Subp := Node (Elmt);
if not Is_Predefined_Dispatching_Operation (Subp)
or else Comes_From_Source (Subp)
then
Append_Elmt (Subp, Aux_List);
end if;
Next_Elmt (Elmt);
end loop;
Act_List := Aux_List;
end;
end if;
Act_Elmt := First_Elmt (Act_List);
Act_Subp := Node (Act_Elmt);
end;
end if;
-- Stage 1: If the generic actual is not present we derive the
-- primitives inherited from the parent type. If the generic parent
-- type is present, the derived type is an instance of a formal
-- derived type, and within the instance its operations are those of
-- the actual. We derive from the formal type but make the inherited
-- operations aliases of the corresponding operations of the actual.
Elmt := First_Elmt (Op_List);
while Present (Elmt) loop
Subp := Node (Elmt);
Alias_Subp := Ultimate_Alias (Subp);
-- Do not derive internal entities of the parent that link
-- interface primitives with their covering primitive. These
-- entities will be added to this type when frozen.
if Present (Interface_Alias (Subp)) then
goto Continue;
end if;
-- If the generic actual is present find the corresponding
-- operation in the generic actual. If the parent type is a
-- direct ancestor of the derived type then, even if it is an
-- interface, the operations are inherited from the primary
-- dispatch table and are in the proper order. If we detect here
-- that primitives are not in the same order we traverse the list
-- of primitive operations of the actual to find the one that
-- implements the interface primitive.
if Need_Search
or else
(Present (Generic_Actual)
and then Present (Act_Subp)
and then not
(Primitive_Names_Match (Subp, Act_Subp)
and then
Type_Conformant (Subp, Act_Subp,
Skip_Controlling_Formals => True)))
then
pragma Assert (not Is_Ancestor (Parent_Base, Generic_Actual,
Use_Full_View => True));
-- Remember that we need searching for all pending primitives
Need_Search := True;
-- Handle entities associated with interface primitives
if Present (Alias_Subp)
and then Is_Interface (Find_Dispatching_Type (Alias_Subp))
and then not Is_Predefined_Dispatching_Operation (Subp)
then
-- Search for the primitive in the homonym chain
Act_Subp :=
Find_Primitive_Covering_Interface
(Tagged_Type => Generic_Actual,
Iface_Prim => Alias_Subp);
-- Previous search may not locate primitives covering
-- interfaces defined in generics units or instantiations.
-- (it fails if the covering primitive has formals whose
-- type is also defined in generics or instantiations).
-- In such case we search in the list of primitives of the
-- generic actual for the internal entity that links the
-- interface primitive and the covering primitive.
if No (Act_Subp)
and then Is_Generic_Type (Parent_Type)
then
-- This code has been designed to handle only generic
-- formals that implement interfaces that are defined
-- in a generic unit or instantiation. If this code is
-- needed for other cases we must review it because
-- (given that it relies on Original_Location to locate
-- the primitive of Generic_Actual that covers the
-- interface) it could leave linked through attribute
-- Alias entities of unrelated instantiations).
pragma Assert
(Is_Generic_Unit
(Scope (Find_Dispatching_Type (Alias_Subp)))
or else
Instantiation_Depth
(Sloc (Find_Dispatching_Type (Alias_Subp))) > 0);
declare
Iface_Prim_Loc : constant Source_Ptr :=
Original_Location (Sloc (Alias_Subp));
Elmt : Elmt_Id;
Prim : Entity_Id;
begin
Elmt :=
First_Elmt (Primitive_Operations (Generic_Actual));
Search : while Present (Elmt) loop
Prim := Node (Elmt);
if Present (Interface_Alias (Prim))
and then Original_Location
(Sloc (Interface_Alias (Prim))) =
Iface_Prim_Loc
then
Act_Subp := Alias (Prim);
exit Search;
end if;
Next_Elmt (Elmt);
end loop Search;
end;
end if;
pragma Assert (Present (Act_Subp)
or else Is_Abstract_Type (Generic_Actual)
or else Serious_Errors_Detected > 0);
-- Handle predefined primitives plus the rest of user-defined
-- primitives
else
Act_Elmt := First_Elmt (Act_List);
while Present (Act_Elmt) loop
Act_Subp := Node (Act_Elmt);
exit when Primitive_Names_Match (Subp, Act_Subp)
and then Type_Conformant
(Subp, Act_Subp,
Skip_Controlling_Formals => True)
and then No (Interface_Alias (Act_Subp));
Next_Elmt (Act_Elmt);
end loop;
if No (Act_Elmt) then
Act_Subp := Empty;
end if;
end if;
end if;
-- Case 1: If the parent is a limited interface then it has the
-- predefined primitives of synchronized interfaces. However, the
-- actual type may be a non-limited type and hence it does not
-- have such primitives.
if Present (Generic_Actual)
and then not Present (Act_Subp)
and then Is_Limited_Interface (Parent_Base)
and then Is_Predefined_Interface_Primitive (Subp)
then
null;
-- Case 2: Inherit entities associated with interfaces that were
-- not covered by the parent type. We exclude here null interface
-- primitives because they do not need special management.
-- We also exclude interface operations that are renamings. If the
-- subprogram is an explicit renaming of an interface primitive,
-- it is a regular primitive operation, and the presence of its
-- alias is not relevant: it has to be derived like any other
-- primitive.
elsif Present (Alias (Subp))
and then Nkind (Unit_Declaration_Node (Subp)) /=
N_Subprogram_Renaming_Declaration
and then Is_Interface (Find_Dispatching_Type (Alias_Subp))
and then not
(Nkind (Parent (Alias_Subp)) = N_Procedure_Specification
and then Null_Present (Parent (Alias_Subp)))
then
-- If this is an abstract private type then we transfer the
-- derivation of the interface primitive from the partial view
-- to the full view. This is safe because all the interfaces
-- must be visible in the partial view. Done to avoid adding
-- a new interface derivation to the private part of the
-- enclosing package; otherwise this new derivation would be
-- decorated as hidden when the analysis of the enclosing
-- package completes.
if Is_Abstract_Type (Derived_Type)
and then In_Private_Part (Current_Scope)
and then Has_Private_Declaration (Derived_Type)
then
declare
Partial_View : Entity_Id;
Elmt : Elmt_Id;
Ent : Entity_Id;
begin
Partial_View := First_Entity (Current_Scope);
loop
exit when No (Partial_View)
or else (Has_Private_Declaration (Partial_View)
and then
Full_View (Partial_View) = Derived_Type);
Next_Entity (Partial_View);
end loop;
-- If the partial view was not found then the source code
-- has errors and the derivation is not needed.
if Present (Partial_View) then
Elmt :=
First_Elmt (Primitive_Operations (Partial_View));
while Present (Elmt) loop
Ent := Node (Elmt);
if Present (Alias (Ent))
and then Ultimate_Alias (Ent) = Alias (Subp)
then
Append_Elmt
(Ent, Primitive_Operations (Derived_Type));
exit;
end if;
Next_Elmt (Elmt);
end loop;
-- If the interface primitive was not found in the
-- partial view then this interface primitive was
-- overridden. We add a derivation to activate in
-- Derive_Progenitor_Subprograms the machinery to
-- search for it.
if No (Elmt) then
Derive_Interface_Subprogram
(New_Subp => New_Subp,
Subp => Subp,
Actual_Subp => Act_Subp);
end if;
end if;
end;
else
Derive_Interface_Subprogram
(New_Subp => New_Subp,
Subp => Subp,
Actual_Subp => Act_Subp);
end if;
-- Case 3: Common derivation
else
Derive_Subprogram
(New_Subp => New_Subp,
Parent_Subp => Subp,
Derived_Type => Derived_Type,
Parent_Type => Parent_Base,
Actual_Subp => Act_Subp);
end if;
-- No need to update Act_Elm if we must search for the
-- corresponding operation in the generic actual
if not Need_Search
and then Present (Act_Elmt)
then
Next_Elmt (Act_Elmt);
Act_Subp := Node (Act_Elmt);
end if;
<<Continue>>
Next_Elmt (Elmt);
end loop;
-- Inherit additional operations from progenitors. If the derived
-- type is a generic actual, there are not new primitive operations
-- for the type because it has those of the actual, and therefore
-- nothing needs to be done. The renamings generated above are not
-- primitive operations, and their purpose is simply to make the
-- proper operations visible within an instantiation.
if No (Generic_Actual) then
Derive_Progenitor_Subprograms (Parent_Base, Derived_Type);
end if;
end if;
-- Final check: Direct descendants must have their primitives in the
-- same order. We exclude from this test untagged types and instances
-- of formal derived types. We skip this test if we have already
-- reported serious errors in the sources.
pragma Assert (not Is_Tagged_Type (Derived_Type)
or else Present (Generic_Actual)
or else Serious_Errors_Detected > 0
or else Check_Derived_Type);
end Derive_Subprograms;
--------------------------------
-- Derived_Standard_Character --
--------------------------------
procedure Derived_Standard_Character
(N : Node_Id;
Parent_Type : Entity_Id;
Derived_Type : Entity_Id)
is
Loc : constant Source_Ptr := Sloc (N);
Def : constant Node_Id := Type_Definition (N);
Indic : constant Node_Id := Subtype_Indication (Def);
Parent_Base : constant Entity_Id := Base_Type (Parent_Type);
Implicit_Base : constant Entity_Id :=
Create_Itype
(E_Enumeration_Type, N, Derived_Type, 'B');
Lo : Node_Id;
Hi : Node_Id;
begin
Discard_Node (Process_Subtype (Indic, N));
Set_Etype (Implicit_Base, Parent_Base);
Set_Size_Info (Implicit_Base, Root_Type (Parent_Type));
Set_RM_Size (Implicit_Base, RM_Size (Root_Type (Parent_Type)));
Set_Is_Character_Type (Implicit_Base, True);
Set_Has_Delayed_Freeze (Implicit_Base);
-- The bounds of the implicit base are the bounds of the parent base.
-- Note that their type is the parent base.
Lo := New_Copy_Tree (Type_Low_Bound (Parent_Base));
Hi := New_Copy_Tree (Type_High_Bound (Parent_Base));
Set_Scalar_Range (Implicit_Base,
Make_Range (Loc,
Low_Bound => Lo,
High_Bound => Hi));
Conditional_Delay (Derived_Type, Parent_Type);
Set_Ekind (Derived_Type, E_Enumeration_Subtype);
Set_Etype (Derived_Type, Implicit_Base);
Set_Size_Info (Derived_Type, Parent_Type);
if Unknown_RM_Size (Derived_Type) then
Set_RM_Size (Derived_Type, RM_Size (Parent_Type));
end if;
Set_Is_Character_Type (Derived_Type, True);
if Nkind (Indic) /= N_Subtype_Indication then
-- If no explicit constraint, the bounds are those
-- of the parent type.
Lo := New_Copy_Tree (Type_Low_Bound (Parent_Type));
Hi := New_Copy_Tree (Type_High_Bound (Parent_Type));
Set_Scalar_Range (Derived_Type, Make_Range (Loc, Lo, Hi));
end if;
Convert_Scalar_Bounds (N, Parent_Type, Derived_Type, Loc);
-- Because the implicit base is used in the conversion of the bounds, we
-- have to freeze it now. This is similar to what is done for numeric
-- types, and it equally suspicious, but otherwise a non-static bound
-- will have a reference to an unfrozen type, which is rejected by Gigi
-- (???). This requires specific care for definition of stream
-- attributes. For details, see comments at the end of
-- Build_Derived_Numeric_Type.
Freeze_Before (N, Implicit_Base);
end Derived_Standard_Character;
------------------------------
-- Derived_Type_Declaration --
------------------------------
procedure Derived_Type_Declaration
(T : Entity_Id;
N : Node_Id;
Is_Completion : Boolean)
is
Parent_Type : Entity_Id;
function Comes_From_Generic (Typ : Entity_Id) return Boolean;
-- Check whether the parent type is a generic formal, or derives
-- directly or indirectly from one.
------------------------
-- Comes_From_Generic --
------------------------
function Comes_From_Generic (Typ : Entity_Id) return Boolean is
begin
if Is_Generic_Type (Typ) then
return True;
elsif Is_Generic_Type (Root_Type (Parent_Type)) then
return True;
elsif Is_Private_Type (Typ)
and then Present (Full_View (Typ))
and then Is_Generic_Type (Root_Type (Full_View (Typ)))
then
return True;
elsif Is_Generic_Actual_Type (Typ) then
return True;
else
return False;
end if;
end Comes_From_Generic;
-- Local variables
Def : constant Node_Id := Type_Definition (N);
Iface_Def : Node_Id;
Indic : constant Node_Id := Subtype_Indication (Def);
Extension : constant Node_Id := Record_Extension_Part (Def);
Parent_Node : Node_Id;
Taggd : Boolean;
-- Start of processing for Derived_Type_Declaration
begin
Parent_Type := Find_Type_Of_Subtype_Indic (Indic);
-- Ada 2005 (AI-251): In case of interface derivation check that the
-- parent is also an interface.
if Interface_Present (Def) then
Check_SPARK_05_Restriction ("interface is not allowed", Def);
if not Is_Interface (Parent_Type) then
Diagnose_Interface (Indic, Parent_Type);
else
Parent_Node := Parent (Base_Type (Parent_Type));
Iface_Def := Type_Definition (Parent_Node);
-- Ada 2005 (AI-251): Limited interfaces can only inherit from
-- other limited interfaces.
if Limited_Present (Def) then
if Limited_Present (Iface_Def) then
null;
elsif Protected_Present (Iface_Def) then
Error_Msg_NE
("descendant of & must be declared as a protected "
& "interface", N, Parent_Type);
elsif Synchronized_Present (Iface_Def) then
Error_Msg_NE
("descendant of & must be declared as a synchronized "
& "interface", N, Parent_Type);
elsif Task_Present (Iface_Def) then
Error_Msg_NE
("descendant of & must be declared as a task interface",
N, Parent_Type);
else
Error_Msg_N
("(Ada 2005) limited interface cannot inherit from "
& "non-limited interface", Indic);
end if;
-- Ada 2005 (AI-345): Non-limited interfaces can only inherit
-- from non-limited or limited interfaces.
elsif not Protected_Present (Def)
and then not Synchronized_Present (Def)
and then not Task_Present (Def)
then
if Limited_Present (Iface_Def) then
null;
elsif Protected_Present (Iface_Def) then
Error_Msg_NE
("descendant of & must be declared as a protected "
& "interface", N, Parent_Type);
elsif Synchronized_Present (Iface_Def) then
Error_Msg_NE
("descendant of & must be declared as a synchronized "
& "interface", N, Parent_Type);
elsif Task_Present (Iface_Def) then
Error_Msg_NE
("descendant of & must be declared as a task interface",
N, Parent_Type);
else
null;
end if;
end if;
end if;
end if;
if Is_Tagged_Type (Parent_Type)
and then Is_Concurrent_Type (Parent_Type)
and then not Is_Interface (Parent_Type)
then
Error_Msg_N
("parent type of a record extension cannot be a synchronized "
& "tagged type (RM 3.9.1 (3/1))", N);
Set_Etype (T, Any_Type);
return;
end if;
-- Ada 2005 (AI-251): Decorate all the names in the list of ancestor
-- interfaces
if Is_Tagged_Type (Parent_Type)
and then Is_Non_Empty_List (Interface_List (Def))
then
declare
Intf : Node_Id;
T : Entity_Id;
begin
Intf := First (Interface_List (Def));
while Present (Intf) loop
T := Find_Type_Of_Subtype_Indic (Intf);
if not Is_Interface (T) then
Diagnose_Interface (Intf, T);
-- Check the rules of 3.9.4(12/2) and 7.5(2/2) that disallow
-- a limited type from having a nonlimited progenitor.
elsif (Limited_Present (Def)
or else (not Is_Interface (Parent_Type)
and then Is_Limited_Type (Parent_Type)))
and then not Is_Limited_Interface (T)
then
Error_Msg_NE
("progenitor interface& of limited type must be limited",
N, T);
end if;
Next (Intf);
end loop;
end;
end if;
if Parent_Type = Any_Type
or else Etype (Parent_Type) = Any_Type
or else (Is_Class_Wide_Type (Parent_Type)
and then Etype (Parent_Type) = T)
then
-- If Parent_Type is undefined or illegal, make new type into a
-- subtype of Any_Type, and set a few attributes to prevent cascaded
-- errors. If this is a self-definition, emit error now.
if T = Parent_Type or else T = Etype (Parent_Type) then
Error_Msg_N ("type cannot be used in its own definition", Indic);
end if;
Set_Ekind (T, Ekind (Parent_Type));
Set_Etype (T, Any_Type);
Set_Scalar_Range (T, Scalar_Range (Any_Type));
if Is_Tagged_Type (T)
and then Is_Record_Type (T)
then
Set_Direct_Primitive_Operations (T, New_Elmt_List);
end if;
return;
end if;
-- Ada 2005 (AI-251): The case in which the parent of the full-view is
-- an interface is special because the list of interfaces in the full
-- view can be given in any order. For example:
-- type A is interface;
-- type B is interface and A;
-- type D is new B with private;
-- private
-- type D is new A and B with null record; -- 1 --
-- In this case we perform the following transformation of -1-:
-- type D is new B and A with null record;
-- If the parent of the full-view covers the parent of the partial-view
-- we have two possible cases:
-- 1) They have the same parent
-- 2) The parent of the full-view implements some further interfaces
-- In both cases we do not need to perform the transformation. In the
-- first case the source program is correct and the transformation is
-- not needed; in the second case the source program does not fulfill
-- the no-hidden interfaces rule (AI-396) and the error will be reported
-- later.
-- This transformation not only simplifies the rest of the analysis of
-- this type declaration but also simplifies the correct generation of
-- the object layout to the expander.
if In_Private_Part (Current_Scope)
and then Is_Interface (Parent_Type)
then
declare
Iface : Node_Id;
Partial_View : Entity_Id;
Partial_View_Parent : Entity_Id;
New_Iface : Node_Id;
begin
-- Look for the associated private type declaration
Partial_View := First_Entity (Current_Scope);
loop
exit when No (Partial_View)
or else (Has_Private_Declaration (Partial_View)
and then Full_View (Partial_View) = T);
Next_Entity (Partial_View);
end loop;
-- If the partial view was not found then the source code has
-- errors and the transformation is not needed.
if Present (Partial_View) then
Partial_View_Parent := Etype (Partial_View);
-- If the parent of the full-view covers the parent of the
-- partial-view we have nothing else to do.
if Interface_Present_In_Ancestor
(Parent_Type, Partial_View_Parent)
then
null;
-- Traverse the list of interfaces of the full-view to look
-- for the parent of the partial-view and perform the tree
-- transformation.
else
Iface := First (Interface_List (Def));
while Present (Iface) loop
if Etype (Iface) = Etype (Partial_View) then
Rewrite (Subtype_Indication (Def),
New_Copy (Subtype_Indication
(Parent (Partial_View))));
New_Iface :=
Make_Identifier (Sloc (N), Chars (Parent_Type));
Append (New_Iface, Interface_List (Def));
-- Analyze the transformed code
Derived_Type_Declaration (T, N, Is_Completion);
return;
end if;
Next (Iface);
end loop;
end if;
end if;
end;
end if;
-- Only composite types other than array types are allowed to have
-- discriminants.
if Present (Discriminant_Specifications (N)) then
if (Is_Elementary_Type (Parent_Type)
or else
Is_Array_Type (Parent_Type))
and then not Error_Posted (N)
then
Error_Msg_N
("elementary or array type cannot have discriminants",
Defining_Identifier (First (Discriminant_Specifications (N))));
Set_Has_Discriminants (T, False);
-- The type is allowed to have discriminants
else
Check_SPARK_05_Restriction ("discriminant type is not allowed", N);
end if;
end if;
-- In Ada 83, a derived type defined in a package specification cannot
-- be used for further derivation until the end of its visible part.
-- Note that derivation in the private part of the package is allowed.
if Ada_Version = Ada_83
and then Is_Derived_Type (Parent_Type)
and then In_Visible_Part (Scope (Parent_Type))
then
if Ada_Version = Ada_83 and then Comes_From_Source (Indic) then
Error_Msg_N
("(Ada 83): premature use of type for derivation", Indic);
end if;
end if;
-- Check for early use of incomplete or private type
if Ekind_In (Parent_Type, E_Void, E_Incomplete_Type) then
Error_Msg_N ("premature derivation of incomplete type", Indic);
return;
elsif (Is_Incomplete_Or_Private_Type (Parent_Type)
and then not Comes_From_Generic (Parent_Type))
or else Has_Private_Component (Parent_Type)
then
-- The ancestor type of a formal type can be incomplete, in which
-- case only the operations of the partial view are available in the
-- generic. Subsequent checks may be required when the full view is
-- analyzed to verify that a derivation from a tagged type has an
-- extension.
if Nkind (Original_Node (N)) = N_Formal_Type_Declaration then
null;
elsif No (Underlying_Type (Parent_Type))
or else Has_Private_Component (Parent_Type)
then
Error_Msg_N
("premature derivation of derived or private type", Indic);
-- Flag the type itself as being in error, this prevents some
-- nasty problems with subsequent uses of the malformed type.
Set_Error_Posted (T);
-- Check that within the immediate scope of an untagged partial
-- view it's illegal to derive from the partial view if the
-- full view is tagged. (7.3(7))
-- We verify that the Parent_Type is a partial view by checking
-- that it is not a Full_Type_Declaration (i.e. a private type or
-- private extension declaration), to distinguish a partial view
-- from a derivation from a private type which also appears as
-- E_Private_Type. If the parent base type is not declared in an
-- enclosing scope there is no need to check.
elsif Present (Full_View (Parent_Type))
and then Nkind (Parent (Parent_Type)) /= N_Full_Type_Declaration
and then not Is_Tagged_Type (Parent_Type)
and then Is_Tagged_Type (Full_View (Parent_Type))
and then In_Open_Scopes (Scope (Base_Type (Parent_Type)))
then
Error_Msg_N
("premature derivation from type with tagged full view",
Indic);
end if;
end if;
-- Check that form of derivation is appropriate
Taggd := Is_Tagged_Type (Parent_Type);
-- Set the parent type to the class-wide type's specific type in this
-- case to prevent cascading errors
if Present (Extension) and then Is_Class_Wide_Type (Parent_Type) then
Error_Msg_N ("parent type must not be a class-wide type", Indic);
Set_Etype (T, Etype (Parent_Type));
return;
end if;
if Present (Extension) and then not Taggd then
Error_Msg_N
("type derived from untagged type cannot have extension", Indic);
elsif No (Extension) and then Taggd then
-- If this declaration is within a private part (or body) of a
-- generic instantiation then the derivation is allowed (the parent
-- type can only appear tagged in this case if it's a generic actual
-- type, since it would otherwise have been rejected in the analysis
-- of the generic template).
if not Is_Generic_Actual_Type (Parent_Type)
or else In_Visible_Part (Scope (Parent_Type))
then
if Is_Class_Wide_Type (Parent_Type) then
Error_Msg_N
("parent type must not be a class-wide type", Indic);
-- Use specific type to prevent cascaded errors.
Parent_Type := Etype (Parent_Type);
else
Error_Msg_N
("type derived from tagged type must have extension", Indic);
end if;
end if;
end if;
-- AI-443: Synchronized formal derived types require a private
-- extension. There is no point in checking the ancestor type or
-- the progenitors since the construct is wrong to begin with.
if Ada_Version >= Ada_2005
and then Is_Generic_Type (T)
and then Present (Original_Node (N))
then
declare
Decl : constant Node_Id := Original_Node (N);
begin
if Nkind (Decl) = N_Formal_Type_Declaration
and then Nkind (Formal_Type_Definition (Decl)) =
N_Formal_Derived_Type_Definition
and then Synchronized_Present (Formal_Type_Definition (Decl))
and then No (Extension)
-- Avoid emitting a duplicate error message
and then not Error_Posted (Indic)
then
Error_Msg_N
("synchronized derived type must have extension", N);
end if;
end;
end if;
if Null_Exclusion_Present (Def)
and then not Is_Access_Type (Parent_Type)
then
Error_Msg_N ("null exclusion can only apply to an access type", N);
end if;
-- Avoid deriving parent primitives of underlying record views
Build_Derived_Type (N, Parent_Type, T, Is_Completion,
Derive_Subps => not Is_Underlying_Record_View (T));
-- AI-419: The parent type of an explicitly limited derived type must
-- be a limited type or a limited interface.
if Limited_Present (Def) then
Set_Is_Limited_Record (T);
if Is_Interface (T) then
Set_Is_Limited_Interface (T);
end if;
if not Is_Limited_Type (Parent_Type)
and then
(not Is_Interface (Parent_Type)
or else not Is_Limited_Interface (Parent_Type))
then
-- AI05-0096: a derivation in the private part of an instance is
-- legal if the generic formal is untagged limited, and the actual
-- is non-limited.
if Is_Generic_Actual_Type (Parent_Type)
and then In_Private_Part (Current_Scope)
and then
not Is_Tagged_Type
(Generic_Parent_Type (Parent (Parent_Type)))
then
null;
else
Error_Msg_NE
("parent type& of limited type must be limited",
N, Parent_Type);
end if;
end if;
end if;
-- In SPARK, there are no derived type definitions other than type
-- extensions of tagged record types.
if No (Extension) then
Check_SPARK_05_Restriction
("derived type is not allowed", Original_Node (N));
end if;
end Derived_Type_Declaration;
------------------------
-- Diagnose_Interface --
------------------------
procedure Diagnose_Interface (N : Node_Id; E : Entity_Id) is
begin
if not Is_Interface (E) and then E /= Any_Type then
Error_Msg_NE ("(Ada 2005) & must be an interface", N, E);
end if;
end Diagnose_Interface;
----------------------------------
-- Enumeration_Type_Declaration --
----------------------------------
procedure Enumeration_Type_Declaration (T : Entity_Id; Def : Node_Id) is
Ev : Uint;
L : Node_Id;
R_Node : Node_Id;
B_Node : Node_Id;
begin
-- Create identifier node representing lower bound
B_Node := New_Node (N_Identifier, Sloc (Def));
L := First (Literals (Def));
Set_Chars (B_Node, Chars (L));
Set_Entity (B_Node, L);
Set_Etype (B_Node, T);
Set_Is_Static_Expression (B_Node, True);
R_Node := New_Node (N_Range, Sloc (Def));
Set_Low_Bound (R_Node, B_Node);
Set_Ekind (T, E_Enumeration_Type);
Set_First_Literal (T, L);
Set_Etype (T, T);
Set_Is_Constrained (T);
Ev := Uint_0;
-- Loop through literals of enumeration type setting pos and rep values
-- except that if the Ekind is already set, then it means the literal
-- was already constructed (case of a derived type declaration and we
-- should not disturb the Pos and Rep values.
while Present (L) loop
if Ekind (L) /= E_Enumeration_Literal then
Set_Ekind (L, E_Enumeration_Literal);
Set_Enumeration_Pos (L, Ev);
Set_Enumeration_Rep (L, Ev);
Set_Is_Known_Valid (L, True);
end if;
Set_Etype (L, T);
New_Overloaded_Entity (L);
Generate_Definition (L);
Set_Convention (L, Convention_Intrinsic);
-- Case of character literal
if Nkind (L) = N_Defining_Character_Literal then
Set_Is_Character_Type (T, True);
-- Check violation of No_Wide_Characters
if Restriction_Check_Required (No_Wide_Characters) then
Get_Name_String (Chars (L));
if Name_Len >= 3 and then Name_Buffer (1 .. 2) = "QW" then
Check_Restriction (No_Wide_Characters, L);
end if;
end if;
end if;
Ev := Ev + 1;
Next (L);
end loop;
-- Now create a node representing upper bound
B_Node := New_Node (N_Identifier, Sloc (Def));
Set_Chars (B_Node, Chars (Last (Literals (Def))));
Set_Entity (B_Node, Last (Literals (Def)));
Set_Etype (B_Node, T);
Set_Is_Static_Expression (B_Node, True);
Set_High_Bound (R_Node, B_Node);
-- Initialize various fields of the type. Some of this information
-- may be overwritten later through rep.clauses.
Set_Scalar_Range (T, R_Node);
Set_RM_Size (T, UI_From_Int (Minimum_Size (T)));
Set_Enum_Esize (T);
Set_Enum_Pos_To_Rep (T, Empty);
-- Set Discard_Names if configuration pragma set, or if there is
-- a parameterless pragma in the current declarative region
if Global_Discard_Names or else Discard_Names (Scope (T)) then
Set_Discard_Names (T);
end if;
-- Process end label if there is one
if Present (Def) then
Process_End_Label (Def, 'e', T);
end if;
end Enumeration_Type_Declaration;
---------------------------------
-- Expand_To_Stored_Constraint --
---------------------------------
function Expand_To_Stored_Constraint
(Typ : Entity_Id;
Constraint : Elist_Id) return Elist_Id
is
Explicitly_Discriminated_Type : Entity_Id;
Expansion : Elist_Id;
Discriminant : Entity_Id;
function Type_With_Explicit_Discrims (Id : Entity_Id) return Entity_Id;
-- Find the nearest type that actually specifies discriminants
---------------------------------
-- Type_With_Explicit_Discrims --
---------------------------------
function Type_With_Explicit_Discrims (Id : Entity_Id) return Entity_Id is
Typ : constant E := Base_Type (Id);
begin
if Ekind (Typ) in Incomplete_Or_Private_Kind then
if Present (Full_View (Typ)) then
return Type_With_Explicit_Discrims (Full_View (Typ));
end if;
else
if Has_Discriminants (Typ) then
return Typ;
end if;
end if;
if Etype (Typ) = Typ then
return Empty;
elsif Has_Discriminants (Typ) then
return Typ;
else
return Type_With_Explicit_Discrims (Etype (Typ));
end if;
end Type_With_Explicit_Discrims;
-- Start of processing for Expand_To_Stored_Constraint
begin
if No (Constraint) or else Is_Empty_Elmt_List (Constraint) then
return No_Elist;
end if;
Explicitly_Discriminated_Type := Type_With_Explicit_Discrims (Typ);
if No (Explicitly_Discriminated_Type) then
return No_Elist;
end if;
Expansion := New_Elmt_List;
Discriminant :=
First_Stored_Discriminant (Explicitly_Discriminated_Type);
while Present (Discriminant) loop
Append_Elmt
(Get_Discriminant_Value
(Discriminant, Explicitly_Discriminated_Type, Constraint),
To => Expansion);
Next_Stored_Discriminant (Discriminant);
end loop;
return Expansion;
end Expand_To_Stored_Constraint;
---------------------------
-- Find_Hidden_Interface --
---------------------------
function Find_Hidden_Interface
(Src : Elist_Id;
Dest : Elist_Id) return Entity_Id
is
Iface : Entity_Id;
Iface_Elmt : Elmt_Id;
begin
if Present (Src) and then Present (Dest) then
Iface_Elmt := First_Elmt (Src);
while Present (Iface_Elmt) loop
Iface := Node (Iface_Elmt);
if Is_Interface (Iface)
and then not Contain_Interface (Iface, Dest)
then
return Iface;
end if;
Next_Elmt (Iface_Elmt);
end loop;
end if;
return Empty;
end Find_Hidden_Interface;
--------------------
-- Find_Type_Name --
--------------------
function Find_Type_Name (N : Node_Id) return Entity_Id is
Id : constant Entity_Id := Defining_Identifier (N);
New_Id : Entity_Id;
Prev : Entity_Id;
Prev_Par : Node_Id;
procedure Check_Duplicate_Aspects;
-- Check that aspects specified in a completion have not been specified
-- already in the partial view.
procedure Tag_Mismatch;
-- Diagnose a tagged partial view whose full view is untagged. We post
-- the message on the full view, with a reference to the previous
-- partial view. The partial view can be private or incomplete, and
-- these are handled in a different manner, so we determine the position
-- of the error message from the respective slocs of both.
-----------------------------
-- Check_Duplicate_Aspects --
-----------------------------
procedure Check_Duplicate_Aspects is
function Get_Partial_View_Aspect (Asp : Node_Id) return Node_Id;
-- Return the corresponding aspect of the partial view which matches
-- the aspect id of Asp. Return Empty is no such aspect exists.
-----------------------------
-- Get_Partial_View_Aspect --
-----------------------------
function Get_Partial_View_Aspect (Asp : Node_Id) return Node_Id is
Asp_Id : constant Aspect_Id := Get_Aspect_Id (Asp);
Prev_Asps : constant List_Id := Aspect_Specifications (Prev_Par);
Prev_Asp : Node_Id;
begin
if Present (Prev_Asps) then
Prev_Asp := First (Prev_Asps);
while Present (Prev_Asp) loop
if Get_Aspect_Id (Prev_Asp) = Asp_Id then
return Prev_Asp;
end if;
Next (Prev_Asp);
end loop;
end if;
return Empty;
end Get_Partial_View_Aspect;
-- Local variables
Full_Asps : constant List_Id := Aspect_Specifications (N);
Full_Asp : Node_Id;
Part_Asp : Node_Id;
-- Start of processing for Check_Duplicate_Aspects
begin
if Present (Full_Asps) then
Full_Asp := First (Full_Asps);
while Present (Full_Asp) loop
Part_Asp := Get_Partial_View_Aspect (Full_Asp);
-- An aspect and its class-wide counterpart are two distinct
-- aspects and may apply to both views of an entity.
if Present (Part_Asp)
and then Class_Present (Part_Asp) = Class_Present (Full_Asp)
then
Error_Msg_N
("aspect already specified in private declaration",
Full_Asp);
Remove (Full_Asp);
return;
end if;
if Has_Discriminants (Prev)
and then not Has_Unknown_Discriminants (Prev)
and then Get_Aspect_Id (Full_Asp) =
Aspect_Implicit_Dereference
then
Error_Msg_N
("cannot specify aspect if partial view has known "
& "discriminants", Full_Asp);
end if;
Next (Full_Asp);
end loop;
end if;
end Check_Duplicate_Aspects;
------------------
-- Tag_Mismatch --
------------------
procedure Tag_Mismatch is
begin
if Sloc (Prev) < Sloc (Id) then
if Ada_Version >= Ada_2012
and then Nkind (N) = N_Private_Type_Declaration
then
Error_Msg_NE
("declaration of private } must be a tagged type ", Id, Prev);
else
Error_Msg_NE
("full declaration of } must be a tagged type ", Id, Prev);
end if;
else
if Ada_Version >= Ada_2012
and then Nkind (N) = N_Private_Type_Declaration
then
Error_Msg_NE
("declaration of private } must be a tagged type ", Prev, Id);
else
Error_Msg_NE
("full declaration of } must be a tagged type ", Prev, Id);
end if;
end if;
end Tag_Mismatch;
-- Start of processing for Find_Type_Name
begin
-- Find incomplete declaration, if one was given
Prev := Current_Entity_In_Scope (Id);
-- New type declaration
if No (Prev) then
Enter_Name (Id);
return Id;
-- Previous declaration exists
else
Prev_Par := Parent (Prev);
-- Error if not incomplete/private case except if previous
-- declaration is implicit, etc. Enter_Name will emit error if
-- appropriate.
if not Is_Incomplete_Or_Private_Type (Prev) then
Enter_Name (Id);
New_Id := Id;
-- Check invalid completion of private or incomplete type
elsif not Nkind_In (N, N_Full_Type_Declaration,
N_Task_Type_Declaration,
N_Protected_Type_Declaration)
and then
(Ada_Version < Ada_2012
or else not Is_Incomplete_Type (Prev)
or else not Nkind_In (N, N_Private_Type_Declaration,
N_Private_Extension_Declaration))
then
-- Completion must be a full type declarations (RM 7.3(4))
Error_Msg_Sloc := Sloc (Prev);
Error_Msg_NE ("invalid completion of }", Id, Prev);
-- Set scope of Id to avoid cascaded errors. Entity is never
-- examined again, except when saving globals in generics.
Set_Scope (Id, Current_Scope);
New_Id := Id;
-- If this is a repeated incomplete declaration, no further
-- checks are possible.
if Nkind (N) = N_Incomplete_Type_Declaration then
return Prev;
end if;
-- Case of full declaration of incomplete type
elsif Ekind (Prev) = E_Incomplete_Type
and then (Ada_Version < Ada_2012
or else No (Full_View (Prev))
or else not Is_Private_Type (Full_View (Prev)))
then
-- Indicate that the incomplete declaration has a matching full
-- declaration. The defining occurrence of the incomplete
-- declaration remains the visible one, and the procedure
-- Get_Full_View dereferences it whenever the type is used.
if Present (Full_View (Prev)) then
Error_Msg_NE ("invalid redeclaration of }", Id, Prev);
end if;
Set_Full_View (Prev, Id);
Append_Entity (Id, Current_Scope);
Set_Is_Public (Id, Is_Public (Prev));
Set_Is_Internal (Id);
New_Id := Prev;
-- If the incomplete view is tagged, a class_wide type has been
-- created already. Use it for the private type as well, in order
-- to prevent multiple incompatible class-wide types that may be
-- created for self-referential anonymous access components.
if Is_Tagged_Type (Prev)
and then Present (Class_Wide_Type (Prev))
then
Set_Ekind (Id, Ekind (Prev)); -- will be reset later
Set_Class_Wide_Type (Id, Class_Wide_Type (Prev));
-- Type of the class-wide type is the current Id. Previously
-- this was not done for private declarations because of order-
-- of-elaboration issues in the back end, but gigi now handles
-- this properly.
Set_Etype (Class_Wide_Type (Id), Id);
end if;
-- Case of full declaration of private type
else
-- If the private type was a completion of an incomplete type then
-- update Prev to reference the private type
if Ada_Version >= Ada_2012
and then Ekind (Prev) = E_Incomplete_Type
and then Present (Full_View (Prev))
and then Is_Private_Type (Full_View (Prev))
then
Prev := Full_View (Prev);
Prev_Par := Parent (Prev);
end if;
if Nkind (N) = N_Full_Type_Declaration
and then Nkind_In
(Type_Definition (N), N_Record_Definition,
N_Derived_Type_Definition)
and then Interface_Present (Type_Definition (N))
then
Error_Msg_N
("completion of private type cannot be an interface", N);
end if;
if Nkind (Parent (Prev)) /= N_Private_Extension_Declaration then
if Etype (Prev) /= Prev then
-- Prev is a private subtype or a derived type, and needs
-- no completion.
Error_Msg_NE ("invalid redeclaration of }", Id, Prev);
New_Id := Id;
elsif Ekind (Prev) = E_Private_Type
and then Nkind_In (N, N_Task_Type_Declaration,
N_Protected_Type_Declaration)
then
Error_Msg_N
("completion of nonlimited type cannot be limited", N);
elsif Ekind (Prev) = E_Record_Type_With_Private
and then Nkind_In (N, N_Task_Type_Declaration,
N_Protected_Type_Declaration)
then
if not Is_Limited_Record (Prev) then
Error_Msg_N
("completion of nonlimited type cannot be limited", N);
elsif No (Interface_List (N)) then
Error_Msg_N
("completion of tagged private type must be tagged",
N);
end if;
end if;
-- Ada 2005 (AI-251): Private extension declaration of a task
-- type or a protected type. This case arises when covering
-- interface types.
elsif Nkind_In (N, N_Task_Type_Declaration,
N_Protected_Type_Declaration)
then
null;
elsif Nkind (N) /= N_Full_Type_Declaration
or else Nkind (Type_Definition (N)) /= N_Derived_Type_Definition
then
Error_Msg_N
("full view of private extension must be an extension", N);
elsif not (Abstract_Present (Parent (Prev)))
and then Abstract_Present (Type_Definition (N))
then
Error_Msg_N
("full view of non-abstract extension cannot be abstract", N);
end if;
if not In_Private_Part (Current_Scope) then
Error_Msg_N
("declaration of full view must appear in private part", N);
end if;
if Ada_Version >= Ada_2012 then
Check_Duplicate_Aspects;
end if;
Copy_And_Swap (Prev, Id);
Set_Has_Private_Declaration (Prev);
Set_Has_Private_Declaration (Id);
-- AI12-0133: Indicate whether we have a partial view with
-- unknown discriminants, in which case initialization of objects
-- of the type do not receive an invariant check.
Set_Partial_View_Has_Unknown_Discr
(Prev, Has_Unknown_Discriminants (Id));
-- Preserve aspect and iterator flags that may have been set on
-- the partial view.
Set_Has_Delayed_Aspects (Prev, Has_Delayed_Aspects (Id));
Set_Has_Implicit_Dereference (Prev, Has_Implicit_Dereference (Id));
-- If no error, propagate freeze_node from private to full view.
-- It may have been generated for an early operational item.
if Present (Freeze_Node (Id))
and then Serious_Errors_Detected = 0
and then No (Full_View (Id))
then
Set_Freeze_Node (Prev, Freeze_Node (Id));
Set_Freeze_Node (Id, Empty);
Set_First_Rep_Item (Prev, First_Rep_Item (Id));
end if;
Set_Full_View (Id, Prev);
New_Id := Prev;
end if;
-- Verify that full declaration conforms to partial one
if Is_Incomplete_Or_Private_Type (Prev)
and then Present (Discriminant_Specifications (Prev_Par))
then
if Present (Discriminant_Specifications (N)) then
if Ekind (Prev) = E_Incomplete_Type then
Check_Discriminant_Conformance (N, Prev, Prev);
else
Check_Discriminant_Conformance (N, Prev, Id);
end if;
else
Error_Msg_N
("missing discriminants in full type declaration", N);
-- To avoid cascaded errors on subsequent use, share the
-- discriminants of the partial view.
Set_Discriminant_Specifications (N,
Discriminant_Specifications (Prev_Par));
end if;
end if;
-- A prior untagged partial view can have an associated class-wide
-- type due to use of the class attribute, and in this case the full
-- type must also be tagged. This Ada 95 usage is deprecated in favor
-- of incomplete tagged declarations, but we check for it.
if Is_Type (Prev)
and then (Is_Tagged_Type (Prev)
or else Present (Class_Wide_Type (Prev)))
then
-- Ada 2012 (AI05-0162): A private type may be the completion of
-- an incomplete type.
if Ada_Version >= Ada_2012
and then Is_Incomplete_Type (Prev)
and then Nkind_In (N, N_Private_Type_Declaration,
N_Private_Extension_Declaration)
then
-- No need to check private extensions since they are tagged
if Nkind (N) = N_Private_Type_Declaration
and then not Tagged_Present (N)
then
Tag_Mismatch;
end if;
-- The full declaration is either a tagged type (including
-- a synchronized type that implements interfaces) or a
-- type extension, otherwise this is an error.
elsif Nkind_In (N, N_Task_Type_Declaration,
N_Protected_Type_Declaration)
then
if No (Interface_List (N)) and then not Error_Posted (N) then
Tag_Mismatch;
end if;
elsif Nkind (Type_Definition (N)) = N_Record_Definition then
-- Indicate that the previous declaration (tagged incomplete
-- or private declaration) requires the same on the full one.
if not Tagged_Present (Type_Definition (N)) then
Tag_Mismatch;
Set_Is_Tagged_Type (Id);
end if;
elsif Nkind (Type_Definition (N)) = N_Derived_Type_Definition then
if No (Record_Extension_Part (Type_Definition (N))) then
Error_Msg_NE
("full declaration of } must be a record extension",
Prev, Id);
-- Set some attributes to produce a usable full view
Set_Is_Tagged_Type (Id);
end if;
else
Tag_Mismatch;
end if;
end if;
if Present (Prev)
and then Nkind (Parent (Prev)) = N_Incomplete_Type_Declaration
and then Present (Premature_Use (Parent (Prev)))
then
Error_Msg_Sloc := Sloc (N);
Error_Msg_N
("\full declaration #", Premature_Use (Parent (Prev)));
end if;
return New_Id;
end if;
end Find_Type_Name;
-------------------------
-- Find_Type_Of_Object --
-------------------------
function Find_Type_Of_Object
(Obj_Def : Node_Id;
Related_Nod : Node_Id) return Entity_Id
is
Def_Kind : constant Node_Kind := Nkind (Obj_Def);
P : Node_Id := Parent (Obj_Def);
T : Entity_Id;
Nam : Name_Id;
begin
-- If the parent is a component_definition node we climb to the
-- component_declaration node
if Nkind (P) = N_Component_Definition then
P := Parent (P);
end if;
-- Case of an anonymous array subtype
if Nkind_In (Def_Kind, N_Constrained_Array_Definition,
N_Unconstrained_Array_Definition)
then
T := Empty;
Array_Type_Declaration (T, Obj_Def);
-- Create an explicit subtype whenever possible
elsif Nkind (P) /= N_Component_Declaration
and then Def_Kind = N_Subtype_Indication
then
-- Base name of subtype on object name, which will be unique in
-- the current scope.
-- If this is a duplicate declaration, return base type, to avoid
-- generating duplicate anonymous types.
if Error_Posted (P) then
Analyze (Subtype_Mark (Obj_Def));
return Entity (Subtype_Mark (Obj_Def));
end if;
Nam :=
New_External_Name
(Chars (Defining_Identifier (Related_Nod)), 'S', 0, 'T');
T := Make_Defining_Identifier (Sloc (P), Nam);
Insert_Action (Obj_Def,
Make_Subtype_Declaration (Sloc (P),
Defining_Identifier => T,
Subtype_Indication => Relocate_Node (Obj_Def)));
-- This subtype may need freezing, and this will not be done
-- automatically if the object declaration is not in declarative
-- part. Since this is an object declaration, the type cannot always
-- be frozen here. Deferred constants do not freeze their type
-- (which often enough will be private).
if Nkind (P) = N_Object_Declaration
and then Constant_Present (P)
and then No (Expression (P))
then
null;
-- Here we freeze the base type of object type to catch premature use
-- of discriminated private type without a full view.
else
Insert_Actions (Obj_Def, Freeze_Entity (Base_Type (T), P));
end if;
-- Ada 2005 AI-406: the object definition in an object declaration
-- can be an access definition.
elsif Def_Kind = N_Access_Definition then
T := Access_Definition (Related_Nod, Obj_Def);
Set_Is_Local_Anonymous_Access
(T,
V => (Ada_Version < Ada_2012)
or else (Nkind (P) /= N_Object_Declaration)
or else Is_Library_Level_Entity (Defining_Identifier (P)));
-- Otherwise, the object definition is just a subtype_mark
else
T := Process_Subtype (Obj_Def, Related_Nod);
-- If expansion is disabled an object definition that is an aggregate
-- will not get expanded and may lead to scoping problems in the back
-- end, if the object is referenced in an inner scope. In that case
-- create an itype reference for the object definition now. This
-- may be redundant in some cases, but harmless.
if Is_Itype (T)
and then Nkind (Related_Nod) = N_Object_Declaration
and then ASIS_Mode
then
Build_Itype_Reference (T, Related_Nod);
end if;
end if;
return T;
end Find_Type_Of_Object;
--------------------------------
-- Find_Type_Of_Subtype_Indic --
--------------------------------
function Find_Type_Of_Subtype_Indic (S : Node_Id) return Entity_Id is
Typ : Entity_Id;
begin
-- Case of subtype mark with a constraint
if Nkind (S) = N_Subtype_Indication then
Find_Type (Subtype_Mark (S));
Typ := Entity (Subtype_Mark (S));
if not
Is_Valid_Constraint_Kind (Ekind (Typ), Nkind (Constraint (S)))
then
Error_Msg_N
("incorrect constraint for this kind of type", Constraint (S));
Rewrite (S, New_Copy_Tree (Subtype_Mark (S)));
end if;
-- Otherwise we have a subtype mark without a constraint
elsif Error_Posted (S) then
Rewrite (S, New_Occurrence_Of (Any_Id, Sloc (S)));
return Any_Type;
else
Find_Type (S);
Typ := Entity (S);
end if;
-- Check No_Wide_Characters restriction
Check_Wide_Character_Restriction (Typ, S);
return Typ;
end Find_Type_Of_Subtype_Indic;
-------------------------------------
-- Floating_Point_Type_Declaration --
-------------------------------------
procedure Floating_Point_Type_Declaration (T : Entity_Id; Def : Node_Id) is
Digs : constant Node_Id := Digits_Expression (Def);
Max_Digs_Val : constant Uint := Digits_Value (Standard_Long_Long_Float);
Digs_Val : Uint;
Base_Typ : Entity_Id;
Implicit_Base : Entity_Id;
Bound : Node_Id;
function Can_Derive_From (E : Entity_Id) return Boolean;
-- Find if given digits value, and possibly a specified range, allows
-- derivation from specified type
function Find_Base_Type return Entity_Id;
-- Find a predefined base type that Def can derive from, or generate
-- an error and substitute Long_Long_Float if none exists.
---------------------
-- Can_Derive_From --
---------------------
function Can_Derive_From (E : Entity_Id) return Boolean is
Spec : constant Entity_Id := Real_Range_Specification (Def);
begin
-- Check specified "digits" constraint
if Digs_Val > Digits_Value (E) then
return False;
end if;
-- Check for matching range, if specified
if Present (Spec) then
if Expr_Value_R (Type_Low_Bound (E)) >
Expr_Value_R (Low_Bound (Spec))
then
return False;
end if;
if Expr_Value_R (Type_High_Bound (E)) <
Expr_Value_R (High_Bound (Spec))
then
return False;
end if;
end if;
return True;
end Can_Derive_From;
--------------------
-- Find_Base_Type --
--------------------
function Find_Base_Type return Entity_Id is
Choice : Elmt_Id := First_Elmt (Predefined_Float_Types);
begin
-- Iterate over the predefined types in order, returning the first
-- one that Def can derive from.
while Present (Choice) loop
if Can_Derive_From (Node (Choice)) then
return Node (Choice);
end if;
Next_Elmt (Choice);
end loop;
-- If we can't derive from any existing type, use Long_Long_Float
-- and give appropriate message explaining the problem.
if Digs_Val > Max_Digs_Val then
-- It might be the case that there is a type with the requested
-- range, just not the combination of digits and range.
Error_Msg_N
("no predefined type has requested range and precision",
Real_Range_Specification (Def));
else
Error_Msg_N
("range too large for any predefined type",
Real_Range_Specification (Def));
end if;
return Standard_Long_Long_Float;
end Find_Base_Type;
-- Start of processing for Floating_Point_Type_Declaration
begin
Check_Restriction (No_Floating_Point, Def);
-- Create an implicit base type
Implicit_Base :=
Create_Itype (E_Floating_Point_Type, Parent (Def), T, 'B');
-- Analyze and verify digits value
Analyze_And_Resolve (Digs, Any_Integer);
Check_Digits_Expression (Digs);
Digs_Val := Expr_Value (Digs);
-- Process possible range spec and find correct type to derive from
Process_Real_Range_Specification (Def);
-- Check that requested number of digits is not too high.
if Digs_Val > Max_Digs_Val then
-- The check for Max_Base_Digits may be somewhat expensive, as it
-- requires reading System, so only do it when necessary.
declare
Max_Base_Digits : constant Uint :=
Expr_Value
(Expression
(Parent (RTE (RE_Max_Base_Digits))));
begin
if Digs_Val > Max_Base_Digits then
Error_Msg_Uint_1 := Max_Base_Digits;
Error_Msg_N ("digits value out of range, maximum is ^", Digs);
elsif No (Real_Range_Specification (Def)) then
Error_Msg_Uint_1 := Max_Digs_Val;
Error_Msg_N ("types with more than ^ digits need range spec "
& "(RM 3.5.7(6))", Digs);
end if;
end;
end if;
-- Find a suitable type to derive from or complain and use a substitute
Base_Typ := Find_Base_Type;
-- If there are bounds given in the declaration use them as the bounds
-- of the type, otherwise use the bounds of the predefined base type
-- that was chosen based on the Digits value.
if Present (Real_Range_Specification (Def)) then
Set_Scalar_Range (T, Real_Range_Specification (Def));
Set_Is_Constrained (T);
-- The bounds of this range must be converted to machine numbers
-- in accordance with RM 4.9(38).
Bound := Type_Low_Bound (T);
if Nkind (Bound) = N_Real_Literal then
Set_Realval
(Bound, Machine (Base_Typ, Realval (Bound), Round, Bound));
Set_Is_Machine_Number (Bound);
end if;
Bound := Type_High_Bound (T);
if Nkind (Bound) = N_Real_Literal then
Set_Realval
(Bound, Machine (Base_Typ, Realval (Bound), Round, Bound));
Set_Is_Machine_Number (Bound);
end if;
else
Set_Scalar_Range (T, Scalar_Range (Base_Typ));
end if;
-- Complete definition of implicit base and declared first subtype. The
-- inheritance of the rep item chain ensures that SPARK-related pragmas
-- are not clobbered when the floating point type acts as a full view of
-- a private type.
Set_Etype (Implicit_Base, Base_Typ);
Set_Scalar_Range (Implicit_Base, Scalar_Range (Base_Typ));
Set_Size_Info (Implicit_Base, Base_Typ);
Set_RM_Size (Implicit_Base, RM_Size (Base_Typ));
Set_First_Rep_Item (Implicit_Base, First_Rep_Item (Base_Typ));
Set_Digits_Value (Implicit_Base, Digits_Value (Base_Typ));
Set_Float_Rep (Implicit_Base, Float_Rep (Base_Typ));
Set_Ekind (T, E_Floating_Point_Subtype);
Set_Etype (T, Implicit_Base);
Set_Size_Info (T, Implicit_Base);
Set_RM_Size (T, RM_Size (Implicit_Base));
Inherit_Rep_Item_Chain (T, Implicit_Base);
Set_Digits_Value (T, Digs_Val);
end Floating_Point_Type_Declaration;
----------------------------
-- Get_Discriminant_Value --
----------------------------
-- This is the situation:
-- There is a non-derived type
-- type T0 (Dx, Dy, Dz...)
-- There are zero or more levels of derivation, with each derivation
-- either purely inheriting the discriminants, or defining its own.
-- type Ti is new Ti-1
-- or
-- type Ti (Dw) is new Ti-1(Dw, 1, X+Y)
-- or
-- subtype Ti is ...
-- The subtype issue is avoided by the use of Original_Record_Component,
-- and the fact that derived subtypes also derive the constraints.
-- This chain leads back from
-- Typ_For_Constraint
-- Typ_For_Constraint has discriminants, and the value for each
-- discriminant is given by its corresponding Elmt of Constraints.
-- Discriminant is some discriminant in this hierarchy
-- We need to return its value
-- We do this by recursively searching each level, and looking for
-- Discriminant. Once we get to the bottom, we start backing up
-- returning the value for it which may in turn be a discriminant
-- further up, so on the backup we continue the substitution.
function Get_Discriminant_Value
(Discriminant : Entity_Id;
Typ_For_Constraint : Entity_Id;
Constraint : Elist_Id) return Node_Id
is
function Root_Corresponding_Discriminant
(Discr : Entity_Id) return Entity_Id;
-- Given a discriminant, traverse the chain of inherited discriminants
-- and return the topmost discriminant.
function Search_Derivation_Levels
(Ti : Entity_Id;
Discrim_Values : Elist_Id;
Stored_Discrim_Values : Boolean) return Node_Or_Entity_Id;
-- This is the routine that performs the recursive search of levels
-- as described above.
-------------------------------------
-- Root_Corresponding_Discriminant --
-------------------------------------
function Root_Corresponding_Discriminant
(Discr : Entity_Id) return Entity_Id
is
D : Entity_Id;
begin
D := Discr;
while Present (Corresponding_Discriminant (D)) loop
D := Corresponding_Discriminant (D);
end loop;
return D;
end Root_Corresponding_Discriminant;
------------------------------
-- Search_Derivation_Levels --
------------------------------
function Search_Derivation_Levels
(Ti : Entity_Id;
Discrim_Values : Elist_Id;
Stored_Discrim_Values : Boolean) return Node_Or_Entity_Id
is
Assoc : Elmt_Id;
Disc : Entity_Id;
Result : Node_Or_Entity_Id;
Result_Entity : Node_Id;
begin
-- If inappropriate type, return Error, this happens only in
-- cascaded error situations, and we want to avoid a blow up.
if not Is_Composite_Type (Ti) or else Is_Array_Type (Ti) then
return Error;
end if;
-- Look deeper if possible. Use Stored_Constraints only for
-- untagged types. For tagged types use the given constraint.
-- This asymmetry needs explanation???
if not Stored_Discrim_Values
and then Present (Stored_Constraint (Ti))
and then not Is_Tagged_Type (Ti)
then
Result :=
Search_Derivation_Levels (Ti, Stored_Constraint (Ti), True);
else
declare
Td : constant Entity_Id := Etype (Ti);
begin
if Td = Ti then
Result := Discriminant;
else
if Present (Stored_Constraint (Ti)) then
Result :=
Search_Derivation_Levels
(Td, Stored_Constraint (Ti), True);
else
Result :=
Search_Derivation_Levels
(Td, Discrim_Values, Stored_Discrim_Values);
end if;
end if;
end;
end if;
-- Extra underlying places to search, if not found above. For
-- concurrent types, the relevant discriminant appears in the
-- corresponding record. For a type derived from a private type
-- without discriminant, the full view inherits the discriminants
-- of the full view of the parent.
if Result = Discriminant then
if Is_Concurrent_Type (Ti)
and then Present (Corresponding_Record_Type (Ti))
then
Result :=
Search_Derivation_Levels (
Corresponding_Record_Type (Ti),
Discrim_Values,
Stored_Discrim_Values);
elsif Is_Private_Type (Ti)
and then not Has_Discriminants (Ti)
and then Present (Full_View (Ti))
and then Etype (Full_View (Ti)) /= Ti
then
Result :=
Search_Derivation_Levels (
Full_View (Ti),
Discrim_Values,
Stored_Discrim_Values);
end if;
end if;
-- If Result is not a (reference to a) discriminant, return it,
-- otherwise set Result_Entity to the discriminant.
if Nkind (Result) = N_Defining_Identifier then
pragma Assert (Result = Discriminant);
Result_Entity := Result;
else
if not Denotes_Discriminant (Result) then
return Result;
end if;
Result_Entity := Entity (Result);
end if;
-- See if this level of derivation actually has discriminants because
-- tagged derivations can add them, hence the lower levels need not
-- have any.
if not Has_Discriminants (Ti) then
return Result;
end if;
-- Scan Ti's discriminants for Result_Entity, and return its
-- corresponding value, if any.
Result_Entity := Original_Record_Component (Result_Entity);
Assoc := First_Elmt (Discrim_Values);
if Stored_Discrim_Values then
Disc := First_Stored_Discriminant (Ti);
else
Disc := First_Discriminant (Ti);
end if;
while Present (Disc) loop
pragma Assert (Present (Assoc));
if Original_Record_Component (Disc) = Result_Entity then
return Node (Assoc);
end if;
Next_Elmt (Assoc);
if Stored_Discrim_Values then
Next_Stored_Discriminant (Disc);
else
Next_Discriminant (Disc);
end if;
end loop;
-- Could not find it
return Result;
end Search_Derivation_Levels;
-- Local Variables
Result : Node_Or_Entity_Id;
-- Start of processing for Get_Discriminant_Value
begin
-- ??? This routine is a gigantic mess and will be deleted. For the
-- time being just test for the trivial case before calling recurse.
if Base_Type (Scope (Discriminant)) = Base_Type (Typ_For_Constraint) then
declare
D : Entity_Id;
E : Elmt_Id;
begin
D := First_Discriminant (Typ_For_Constraint);
E := First_Elmt (Constraint);
while Present (D) loop
if Chars (D) = Chars (Discriminant) then
return Node (E);
end if;
Next_Discriminant (D);
Next_Elmt (E);
end loop;
end;
end if;
Result := Search_Derivation_Levels
(Typ_For_Constraint, Constraint, False);
-- ??? hack to disappear when this routine is gone
if Nkind (Result) = N_Defining_Identifier then
declare
D : Entity_Id;
E : Elmt_Id;
begin
D := First_Discriminant (Typ_For_Constraint);
E := First_Elmt (Constraint);
while Present (D) loop
if Root_Corresponding_Discriminant (D) = Discriminant then
return Node (E);
end if;
Next_Discriminant (D);
Next_Elmt (E);
end loop;
end;
end if;
pragma Assert (Nkind (Result) /= N_Defining_Identifier);
return Result;
end Get_Discriminant_Value;
--------------------------
-- Has_Range_Constraint --
--------------------------
function Has_Range_Constraint (N : Node_Id) return Boolean is
C : constant Node_Id := Constraint (N);
begin
if Nkind (C) = N_Range_Constraint then
return True;
elsif Nkind (C) = N_Digits_Constraint then
return
Is_Decimal_Fixed_Point_Type (Entity (Subtype_Mark (N)))
or else Present (Range_Constraint (C));
elsif Nkind (C) = N_Delta_Constraint then
return Present (Range_Constraint (C));
else
return False;
end if;
end Has_Range_Constraint;
------------------------
-- Inherit_Components --
------------------------
function Inherit_Components
(N : Node_Id;
Parent_Base : Entity_Id;
Derived_Base : Entity_Id;
Is_Tagged : Boolean;
Inherit_Discr : Boolean;
Discs : Elist_Id) return Elist_Id
is
Assoc_List : constant Elist_Id := New_Elmt_List;
procedure Inherit_Component
(Old_C : Entity_Id;
Plain_Discrim : Boolean := False;
Stored_Discrim : Boolean := False);
-- Inherits component Old_C from Parent_Base to the Derived_Base. If
-- Plain_Discrim is True, Old_C is a discriminant. If Stored_Discrim is
-- True, Old_C is a stored discriminant. If they are both false then
-- Old_C is a regular component.
-----------------------
-- Inherit_Component --
-----------------------
procedure Inherit_Component
(Old_C : Entity_Id;
Plain_Discrim : Boolean := False;
Stored_Discrim : Boolean := False)
is
procedure Set_Anonymous_Type (Id : Entity_Id);
-- Id denotes the entity of an access discriminant or anonymous
-- access component. Set the type of Id to either the same type of
-- Old_C or create a new one depending on whether the parent and
-- the child types are in the same scope.
------------------------
-- Set_Anonymous_Type --
------------------------
procedure Set_Anonymous_Type (Id : Entity_Id) is
Old_Typ : constant Entity_Id := Etype (Old_C);
begin
if Scope (Parent_Base) = Scope (Derived_Base) then
Set_Etype (Id, Old_Typ);
-- The parent and the derived type are in two different scopes.
-- Reuse the type of the original discriminant / component by
-- copying it in order to preserve all attributes.
else
declare
Typ : constant Entity_Id := New_Copy (Old_Typ);
begin
Set_Etype (Id, Typ);
-- Since we do not generate component declarations for
-- inherited components, associate the itype with the
-- derived type.
Set_Associated_Node_For_Itype (Typ, Parent (Derived_Base));
Set_Scope (Typ, Derived_Base);
end;
end if;
end Set_Anonymous_Type;
-- Local variables and constants
New_C : constant Entity_Id := New_Copy (Old_C);
Corr_Discrim : Entity_Id;
Discrim : Entity_Id;
-- Start of processing for Inherit_Component
begin
pragma Assert (not Is_Tagged or not Stored_Discrim);
Set_Parent (New_C, Parent (Old_C));
-- Regular discriminants and components must be inserted in the scope
-- of the Derived_Base. Do it here.
if not Stored_Discrim then
Enter_Name (New_C);
end if;
-- For tagged types the Original_Record_Component must point to
-- whatever this field was pointing to in the parent type. This has
-- already been achieved by the call to New_Copy above.
if not Is_Tagged then
Set_Original_Record_Component (New_C, New_C);
end if;
-- Set the proper type of an access discriminant
if Ekind (New_C) = E_Discriminant
and then Ekind (Etype (New_C)) = E_Anonymous_Access_Type
then
Set_Anonymous_Type (New_C);
end if;
-- If we have inherited a component then see if its Etype contains
-- references to Parent_Base discriminants. In this case, replace
-- these references with the constraints given in Discs. We do not
-- do this for the partial view of private types because this is
-- not needed (only the components of the full view will be used
-- for code generation) and cause problem. We also avoid this
-- transformation in some error situations.
if Ekind (New_C) = E_Component then
-- Set the proper type of an anonymous access component
if Ekind (Etype (New_C)) = E_Anonymous_Access_Type then
Set_Anonymous_Type (New_C);
elsif (Is_Private_Type (Derived_Base)
and then not Is_Generic_Type (Derived_Base))
or else (Is_Empty_Elmt_List (Discs)
and then not Expander_Active)
then
Set_Etype (New_C, Etype (Old_C));
else
-- The current component introduces a circularity of the
-- following kind:
-- limited with Pack_2;
-- package Pack_1 is
-- type T_1 is tagged record
-- Comp : access Pack_2.T_2;
-- ...
-- end record;
-- end Pack_1;
-- with Pack_1;
-- package Pack_2 is
-- type T_2 is new Pack_1.T_1 with ...;
-- end Pack_2;
Set_Etype
(New_C,
Constrain_Component_Type
(Old_C, Derived_Base, N, Parent_Base, Discs));
end if;
end if;
-- In derived tagged types it is illegal to reference a non
-- discriminant component in the parent type. To catch this, mark
-- these components with an Ekind of E_Void. This will be reset in
-- Record_Type_Definition after processing the record extension of
-- the derived type.
-- If the declaration is a private extension, there is no further
-- record extension to process, and the components retain their
-- current kind, because they are visible at this point.
if Is_Tagged and then Ekind (New_C) = E_Component
and then Nkind (N) /= N_Private_Extension_Declaration
then
Set_Ekind (New_C, E_Void);
end if;
if Plain_Discrim then
Set_Corresponding_Discriminant (New_C, Old_C);
Build_Discriminal (New_C);
-- If we are explicitly inheriting a stored discriminant it will be
-- completely hidden.
elsif Stored_Discrim then
Set_Corresponding_Discriminant (New_C, Empty);
Set_Discriminal (New_C, Empty);
Set_Is_Completely_Hidden (New_C);
-- Set the Original_Record_Component of each discriminant in the
-- derived base to point to the corresponding stored that we just
-- created.
Discrim := First_Discriminant (Derived_Base);
while Present (Discrim) loop
Corr_Discrim := Corresponding_Discriminant (Discrim);
-- Corr_Discrim could be missing in an error situation
if Present (Corr_Discrim)
and then Original_Record_Component (Corr_Discrim) = Old_C
then
Set_Original_Record_Component (Discrim, New_C);
end if;
Next_Discriminant (Discrim);
end loop;
Append_Entity (New_C, Derived_Base);
end if;
if not Is_Tagged then
Append_Elmt (Old_C, Assoc_List);
Append_Elmt (New_C, Assoc_List);
end if;
end Inherit_Component;
-- Variables local to Inherit_Component
Loc : constant Source_Ptr := Sloc (N);
Parent_Discrim : Entity_Id;
Stored_Discrim : Entity_Id;
D : Entity_Id;
Component : Entity_Id;
-- Start of processing for Inherit_Components
begin
if not Is_Tagged then
Append_Elmt (Parent_Base, Assoc_List);
Append_Elmt (Derived_Base, Assoc_List);
end if;
-- Inherit parent discriminants if needed
if Inherit_Discr then
Parent_Discrim := First_Discriminant (Parent_Base);
while Present (Parent_Discrim) loop
Inherit_Component (Parent_Discrim, Plain_Discrim => True);
Next_Discriminant (Parent_Discrim);
end loop;
end if;
-- Create explicit stored discrims for untagged types when necessary
if not Has_Unknown_Discriminants (Derived_Base)
and then Has_Discriminants (Parent_Base)
and then not Is_Tagged
and then
(not Inherit_Discr
or else First_Discriminant (Parent_Base) /=
First_Stored_Discriminant (Parent_Base))
then
Stored_Discrim := First_Stored_Discriminant (Parent_Base);
while Present (Stored_Discrim) loop
Inherit_Component (Stored_Discrim, Stored_Discrim => True);
Next_Stored_Discriminant (Stored_Discrim);
end loop;
end if;
-- See if we can apply the second transformation for derived types, as
-- explained in point 6. in the comments above Build_Derived_Record_Type
-- This is achieved by appending Derived_Base discriminants into Discs,
-- which has the side effect of returning a non empty Discs list to the
-- caller of Inherit_Components, which is what we want. This must be
-- done for private derived types if there are explicit stored
-- discriminants, to ensure that we can retrieve the values of the
-- constraints provided in the ancestors.
if Inherit_Discr
and then Is_Empty_Elmt_List (Discs)
and then Present (First_Discriminant (Derived_Base))
and then
(not Is_Private_Type (Derived_Base)
or else Is_Completely_Hidden
(First_Stored_Discriminant (Derived_Base))
or else Is_Generic_Type (Derived_Base))
then
D := First_Discriminant (Derived_Base);
while Present (D) loop
Append_Elmt (New_Occurrence_Of (D, Loc), Discs);
Next_Discriminant (D);
end loop;
end if;
-- Finally, inherit non-discriminant components unless they are not
-- visible because defined or inherited from the full view of the
-- parent. Don't inherit the _parent field of the parent type.
Component := First_Entity (Parent_Base);
while Present (Component) loop
-- Ada 2005 (AI-251): Do not inherit components associated with
-- secondary tags of the parent.
if Ekind (Component) = E_Component
and then Present (Related_Type (Component))
then
null;
elsif Ekind (Component) /= E_Component
or else Chars (Component) = Name_uParent
then
null;
-- If the derived type is within the parent type's declarative
-- region, then the components can still be inherited even though
-- they aren't visible at this point. This can occur for cases
-- such as within public child units where the components must
-- become visible upon entering the child unit's private part.
elsif not Is_Visible_Component (Component)
and then not In_Open_Scopes (Scope (Parent_Base))
then
null;
elsif Ekind_In (Derived_Base, E_Private_Type,
E_Limited_Private_Type)
then
null;
else
Inherit_Component (Component);
end if;
Next_Entity (Component);
end loop;
-- For tagged derived types, inherited discriminants cannot be used in
-- component declarations of the record extension part. To achieve this
-- we mark the inherited discriminants as not visible.
if Is_Tagged and then Inherit_Discr then
D := First_Discriminant (Derived_Base);
while Present (D) loop
Set_Is_Immediately_Visible (D, False);
Next_Discriminant (D);
end loop;
end if;
return Assoc_List;
end Inherit_Components;
-----------------------------
-- Inherit_Predicate_Flags --
-----------------------------
procedure Inherit_Predicate_Flags (Subt, Par : Entity_Id) is
begin
Set_Has_Predicates (Subt, Has_Predicates (Par));
Set_Has_Static_Predicate_Aspect
(Subt, Has_Static_Predicate_Aspect (Par));
Set_Has_Dynamic_Predicate_Aspect
(Subt, Has_Dynamic_Predicate_Aspect (Par));
end Inherit_Predicate_Flags;
----------------------
-- Is_EVF_Procedure --
----------------------
function Is_EVF_Procedure (Subp : Entity_Id) return Boolean is
Formal : Entity_Id;
begin
-- Examine the formals of an Extensions_Visible False procedure looking
-- for a controlling OUT parameter.
if Ekind (Subp) = E_Procedure
and then Extensions_Visible_Status (Subp) = Extensions_Visible_False
then
Formal := First_Formal (Subp);
while Present (Formal) loop
if Ekind (Formal) = E_Out_Parameter
and then Is_Controlling_Formal (Formal)
then
return True;
end if;
Next_Formal (Formal);
end loop;
end if;
return False;
end Is_EVF_Procedure;
-----------------------
-- Is_Null_Extension --
-----------------------
function Is_Null_Extension (T : Entity_Id) return Boolean is
Type_Decl : constant Node_Id := Parent (Base_Type (T));
Comp_List : Node_Id;
Comp : Node_Id;
begin
if Nkind (Type_Decl) /= N_Full_Type_Declaration
or else not Is_Tagged_Type (T)
or else Nkind (Type_Definition (Type_Decl)) /=
N_Derived_Type_Definition
or else No (Record_Extension_Part (Type_Definition (Type_Decl)))
then
return False;
end if;
Comp_List :=
Component_List (Record_Extension_Part (Type_Definition (Type_Decl)));
if Present (Discriminant_Specifications (Type_Decl)) then
return False;
elsif Present (Comp_List)
and then Is_Non_Empty_List (Component_Items (Comp_List))
then
Comp := First (Component_Items (Comp_List));
-- Only user-defined components are relevant. The component list
-- may also contain a parent component and internal components
-- corresponding to secondary tags, but these do not determine
-- whether this is a null extension.
while Present (Comp) loop
if Comes_From_Source (Comp) then
return False;
end if;
Next (Comp);
end loop;
return True;
else
return True;
end if;
end Is_Null_Extension;
------------------------------
-- Is_Valid_Constraint_Kind --
------------------------------
function Is_Valid_Constraint_Kind
(T_Kind : Type_Kind;
Constraint_Kind : Node_Kind) return Boolean
is
begin
case T_Kind is
when Enumeration_Kind
| Integer_Kind
=>
return Constraint_Kind = N_Range_Constraint;
when Decimal_Fixed_Point_Kind =>
return Nkind_In (Constraint_Kind, N_Digits_Constraint,
N_Range_Constraint);
when Ordinary_Fixed_Point_Kind =>
return Nkind_In (Constraint_Kind, N_Delta_Constraint,
N_Range_Constraint);
when Float_Kind =>
return Nkind_In (Constraint_Kind, N_Digits_Constraint,
N_Range_Constraint);
when Access_Kind
| Array_Kind
| Class_Wide_Kind
| Concurrent_Kind
| Private_Kind
| E_Incomplete_Type
| E_Record_Subtype
| E_Record_Type
=>
return Constraint_Kind = N_Index_Or_Discriminant_Constraint;
when others =>
return True; -- Error will be detected later
end case;
end Is_Valid_Constraint_Kind;
--------------------------
-- Is_Visible_Component --
--------------------------
function Is_Visible_Component
(C : Entity_Id;
N : Node_Id := Empty) return Boolean
is
Original_Comp : Entity_Id := Empty;
Original_Type : Entity_Id;
Type_Scope : Entity_Id;
function Is_Local_Type (Typ : Entity_Id) return Boolean;
-- Check whether parent type of inherited component is declared locally,
-- possibly within a nested package or instance. The current scope is
-- the derived record itself.
-------------------
-- Is_Local_Type --
-------------------
function Is_Local_Type (Typ : Entity_Id) return Boolean is
Scop : Entity_Id;
begin
Scop := Scope (Typ);
while Present (Scop)
and then Scop /= Standard_Standard
loop
if Scop = Scope (Current_Scope) then
return True;
end if;
Scop := Scope (Scop);
end loop;
return False;
end Is_Local_Type;
-- Start of processing for Is_Visible_Component
begin
if Ekind_In (C, E_Component, E_Discriminant) then
Original_Comp := Original_Record_Component (C);
end if;
if No (Original_Comp) then
-- Premature usage, or previous error
return False;
else
Original_Type := Scope (Original_Comp);
Type_Scope := Scope (Base_Type (Scope (C)));
end if;
-- This test only concerns tagged types
if not Is_Tagged_Type (Original_Type) then
return True;
-- If it is _Parent or _Tag, there is no visibility issue
elsif not Comes_From_Source (Original_Comp) then
return True;
-- Discriminants are visible unless the (private) type has unknown
-- discriminants. If the discriminant reference is inserted for a
-- discriminant check on a full view it is also visible.
elsif Ekind (Original_Comp) = E_Discriminant
and then
(not Has_Unknown_Discriminants (Original_Type)
or else (Present (N)
and then Nkind (N) = N_Selected_Component
and then Nkind (Prefix (N)) = N_Type_Conversion
and then not Comes_From_Source (Prefix (N))))
then
return True;
-- In the body of an instantiation, check the visibility of a component
-- in case it has a homograph that is a primitive operation of a private
-- type which was not visible in the generic unit.
-- Should Is_Prefixed_Call be propagated from template to instance???
elsif In_Instance_Body then
if not Is_Tagged_Type (Original_Type)
or else not Is_Private_Type (Original_Type)
then
return True;
else
declare
Subp_Elmt : Elmt_Id;
begin
Subp_Elmt := First_Elmt (Primitive_Operations (Original_Type));
while Present (Subp_Elmt) loop
-- The component is hidden by a primitive operation
if Chars (Node (Subp_Elmt)) = Chars (C) then
return False;
end if;
Next_Elmt (Subp_Elmt);
end loop;
return True;
end;
end if;
-- If the component has been declared in an ancestor which is currently
-- a private type, then it is not visible. The same applies if the
-- component's containing type is not in an open scope and the original
-- component's enclosing type is a visible full view of a private type
-- (which can occur in cases where an attempt is being made to reference
-- a component in a sibling package that is inherited from a visible
-- component of a type in an ancestor package; the component in the
-- sibling package should not be visible even though the component it
-- inherited from is visible). This does not apply however in the case
-- where the scope of the type is a private child unit, or when the
-- parent comes from a local package in which the ancestor is currently
-- visible. The latter suppression of visibility is needed for cases
-- that are tested in B730006.
elsif Is_Private_Type (Original_Type)
or else
(not Is_Private_Descendant (Type_Scope)
and then not In_Open_Scopes (Type_Scope)
and then Has_Private_Declaration (Original_Type))
then
-- If the type derives from an entity in a formal package, there
-- are no additional visible components.
if Nkind (Original_Node (Unit_Declaration_Node (Type_Scope))) =
N_Formal_Package_Declaration
then
return False;
-- if we are not in the private part of the current package, there
-- are no additional visible components.
elsif Ekind (Scope (Current_Scope)) = E_Package
and then not In_Private_Part (Scope (Current_Scope))
then
return False;
else
return
Is_Child_Unit (Cunit_Entity (Current_Sem_Unit))
and then In_Open_Scopes (Scope (Original_Type))
and then Is_Local_Type (Type_Scope);
end if;
-- There is another weird way in which a component may be invisible when
-- the private and the full view are not derived from the same ancestor.
-- Here is an example :
-- type A1 is tagged record F1 : integer; end record;
-- type A2 is new A1 with record F2 : integer; end record;
-- type T is new A1 with private;
-- private
-- type T is new A2 with null record;
-- In this case, the full view of T inherits F1 and F2 but the private
-- view inherits only F1
else
declare
Ancestor : Entity_Id := Scope (C);
begin
loop
if Ancestor = Original_Type then
return True;
-- The ancestor may have a partial view of the original type,
-- but if the full view is in scope, as in a child body, the
-- component is visible.
elsif In_Private_Part (Scope (Original_Type))
and then Full_View (Ancestor) = Original_Type
then
return True;
elsif Ancestor = Etype (Ancestor) then
-- No further ancestors to examine
return False;
end if;
Ancestor := Etype (Ancestor);
end loop;
end;
end if;
end Is_Visible_Component;
--------------------------
-- Make_Class_Wide_Type --
--------------------------
procedure Make_Class_Wide_Type (T : Entity_Id) is
CW_Type : Entity_Id;
CW_Name : Name_Id;
Next_E : Entity_Id;
begin
if Present (Class_Wide_Type (T)) then
-- The class-wide type is a partially decorated entity created for a
-- unanalyzed tagged type referenced through a limited with clause.
-- When the tagged type is analyzed, its class-wide type needs to be
-- redecorated. Note that we reuse the entity created by Decorate_
-- Tagged_Type in order to preserve all links.
if Materialize_Entity (Class_Wide_Type (T)) then
CW_Type := Class_Wide_Type (T);
Set_Materialize_Entity (CW_Type, False);
-- The class wide type can have been defined by the partial view, in
-- which case everything is already done.
else
return;
end if;
-- Default case, we need to create a new class-wide type
else
CW_Type :=
New_External_Entity (E_Void, Scope (T), Sloc (T), T, 'C', 0, 'T');
end if;
-- Inherit root type characteristics
CW_Name := Chars (CW_Type);
Next_E := Next_Entity (CW_Type);
Copy_Node (T, CW_Type);
Set_Comes_From_Source (CW_Type, False);
Set_Chars (CW_Type, CW_Name);
Set_Parent (CW_Type, Parent (T));
Set_Next_Entity (CW_Type, Next_E);
-- Ensure we have a new freeze node for the class-wide type. The partial
-- view may have freeze action of its own, requiring a proper freeze
-- node, and the same freeze node cannot be shared between the two
-- types.
Set_Has_Delayed_Freeze (CW_Type);
Set_Freeze_Node (CW_Type, Empty);
-- Customize the class-wide type: It has no prim. op., it cannot be
-- abstract, its Etype points back to the specific root type, and it
-- cannot have any invariants.
Set_Ekind (CW_Type, E_Class_Wide_Type);
Set_Is_Tagged_Type (CW_Type, True);
Set_Direct_Primitive_Operations (CW_Type, New_Elmt_List);
Set_Is_Abstract_Type (CW_Type, False);
Set_Is_Constrained (CW_Type, False);
Set_Is_First_Subtype (CW_Type, Is_First_Subtype (T));
Set_Default_SSO (CW_Type);
Set_Has_Inheritable_Invariants (CW_Type, False);
Set_Has_Inherited_Invariants (CW_Type, False);
Set_Has_Own_Invariants (CW_Type, False);
if Ekind (T) = E_Class_Wide_Subtype then
Set_Etype (CW_Type, Etype (Base_Type (T)));
else
Set_Etype (CW_Type, T);
end if;
Set_No_Tagged_Streams_Pragma (CW_Type, No_Tagged_Streams);
-- If this is the class_wide type of a constrained subtype, it does
-- not have discriminants.
Set_Has_Discriminants (CW_Type,
Has_Discriminants (T) and then not Is_Constrained (T));
Set_Has_Unknown_Discriminants (CW_Type, True);
Set_Class_Wide_Type (T, CW_Type);
Set_Equivalent_Type (CW_Type, Empty);
-- The class-wide type of a class-wide type is itself (RM 3.9(14))
Set_Class_Wide_Type (CW_Type, CW_Type);
end Make_Class_Wide_Type;
----------------
-- Make_Index --
----------------
procedure Make_Index
(N : Node_Id;
Related_Nod : Node_Id;
Related_Id : Entity_Id := Empty;
Suffix_Index : Nat := 1;
In_Iter_Schm : Boolean := False)
is
R : Node_Id;
T : Entity_Id;
Def_Id : Entity_Id := Empty;
Found : Boolean := False;
begin
-- For a discrete range used in a constrained array definition and
-- defined by a range, an implicit conversion to the predefined type
-- INTEGER is assumed if each bound is either a numeric literal, a named
-- number, or an attribute, and the type of both bounds (prior to the
-- implicit conversion) is the type universal_integer. Otherwise, both
-- bounds must be of the same discrete type, other than universal
-- integer; this type must be determinable independently of the
-- context, but using the fact that the type must be discrete and that
-- both bounds must have the same type.
-- Character literals also have a universal type in the absence of
-- of additional context, and are resolved to Standard_Character.
if Nkind (N) = N_Range then
-- The index is given by a range constraint. The bounds are known
-- to be of a consistent type.
if not Is_Overloaded (N) then
T := Etype (N);
-- For universal bounds, choose the specific predefined type
if T = Universal_Integer then
T := Standard_Integer;
elsif T = Any_Character then
Ambiguous_Character (Low_Bound (N));
T := Standard_Character;
end if;
-- The node may be overloaded because some user-defined operators
-- are available, but if a universal interpretation exists it is
-- also the selected one.
elsif Universal_Interpretation (N) = Universal_Integer then
T := Standard_Integer;
else
T := Any_Type;
declare
Ind : Interp_Index;
It : Interp;
begin
Get_First_Interp (N, Ind, It);
while Present (It.Typ) loop
if Is_Discrete_Type (It.Typ) then
if Found
and then not Covers (It.Typ, T)
and then not Covers (T, It.Typ)
then
Error_Msg_N ("ambiguous bounds in discrete range", N);
exit;
else
T := It.Typ;
Found := True;
end if;
end if;
Get_Next_Interp (Ind, It);
end loop;
if T = Any_Type then
Error_Msg_N ("discrete type required for range", N);
Set_Etype (N, Any_Type);
return;
elsif T = Universal_Integer then
T := Standard_Integer;
end if;
end;
end if;
if not Is_Discrete_Type (T) then
Error_Msg_N ("discrete type required for range", N);
Set_Etype (N, Any_Type);
return;
end if;
if Nkind (Low_Bound (N)) = N_Attribute_Reference
and then Attribute_Name (Low_Bound (N)) = Name_First
and then Is_Entity_Name (Prefix (Low_Bound (N)))
and then Is_Type (Entity (Prefix (Low_Bound (N))))
and then Is_Discrete_Type (Entity (Prefix (Low_Bound (N))))
then
-- The type of the index will be the type of the prefix, as long
-- as the upper bound is 'Last of the same type.
Def_Id := Entity (Prefix (Low_Bound (N)));
if Nkind (High_Bound (N)) /= N_Attribute_Reference
or else Attribute_Name (High_Bound (N)) /= Name_Last
or else not Is_Entity_Name (Prefix (High_Bound (N)))
or else Entity (Prefix (High_Bound (N))) /= Def_Id
then
Def_Id := Empty;
end if;
end if;
R := N;
Process_Range_Expr_In_Decl (R, T, In_Iter_Schm => In_Iter_Schm);
elsif Nkind (N) = N_Subtype_Indication then
-- The index is given by a subtype with a range constraint
T := Base_Type (Entity (Subtype_Mark (N)));
if not Is_Discrete_Type (T) then
Error_Msg_N ("discrete type required for range", N);
Set_Etype (N, Any_Type);
return;
end if;
R := Range_Expression (Constraint (N));
Resolve (R, T);
Process_Range_Expr_In_Decl
(R, Entity (Subtype_Mark (N)), In_Iter_Schm => In_Iter_Schm);
elsif Nkind (N) = N_Attribute_Reference then
-- Catch beginner's error (use of attribute other than 'Range)
if Attribute_Name (N) /= Name_Range then
Error_Msg_N ("expect attribute ''Range", N);
Set_Etype (N, Any_Type);
return;
end if;
-- If the node denotes the range of a type mark, that is also the
-- resulting type, and we do not need to create an Itype for it.
if Is_Entity_Name (Prefix (N))
and then Comes_From_Source (N)
and then Is_Type (Entity (Prefix (N)))
and then Is_Discrete_Type (Entity (Prefix (N)))
then
Def_Id := Entity (Prefix (N));
end if;
Analyze_And_Resolve (N);
T := Etype (N);
R := N;
-- If none of the above, must be a subtype. We convert this to a
-- range attribute reference because in the case of declared first
-- named subtypes, the types in the range reference can be different
-- from the type of the entity. A range attribute normalizes the
-- reference and obtains the correct types for the bounds.
-- This transformation is in the nature of an expansion, is only
-- done if expansion is active. In particular, it is not done on
-- formal generic types, because we need to retain the name of the
-- original index for instantiation purposes.
else
if not Is_Entity_Name (N) or else not Is_Type (Entity (N)) then
Error_Msg_N ("invalid subtype mark in discrete range ", N);
Set_Etype (N, Any_Integer);
return;
else
-- The type mark may be that of an incomplete type. It is only
-- now that we can get the full view, previous analysis does
-- not look specifically for a type mark.
Set_Entity (N, Get_Full_View (Entity (N)));
Set_Etype (N, Entity (N));
Def_Id := Entity (N);
if not Is_Discrete_Type (Def_Id) then
Error_Msg_N ("discrete type required for index", N);
Set_Etype (N, Any_Type);
return;
end if;
end if;
if Expander_Active then
Rewrite (N,
Make_Attribute_Reference (Sloc (N),
Attribute_Name => Name_Range,
Prefix => Relocate_Node (N)));
-- The original was a subtype mark that does not freeze. This
-- means that the rewritten version must not freeze either.
Set_Must_Not_Freeze (N);
Set_Must_Not_Freeze (Prefix (N));
Analyze_And_Resolve (N);
T := Etype (N);
R := N;
-- If expander is inactive, type is legal, nothing else to construct
else
return;
end if;
end if;
if not Is_Discrete_Type (T) then
Error_Msg_N ("discrete type required for range", N);
Set_Etype (N, Any_Type);
return;
elsif T = Any_Type then
Set_Etype (N, Any_Type);
return;
end if;
-- We will now create the appropriate Itype to describe the range, but
-- first a check. If we originally had a subtype, then we just label
-- the range with this subtype. Not only is there no need to construct
-- a new subtype, but it is wrong to do so for two reasons:
-- 1. A legality concern, if we have a subtype, it must not freeze,
-- and the Itype would cause freezing incorrectly
-- 2. An efficiency concern, if we created an Itype, it would not be
-- recognized as the same type for the purposes of eliminating
-- checks in some circumstances.
-- We signal this case by setting the subtype entity in Def_Id
if No (Def_Id) then
Def_Id :=
Create_Itype (E_Void, Related_Nod, Related_Id, 'D', Suffix_Index);
Set_Etype (Def_Id, Base_Type (T));
if Is_Signed_Integer_Type (T) then
Set_Ekind (Def_Id, E_Signed_Integer_Subtype);
elsif Is_Modular_Integer_Type (T) then
Set_Ekind (Def_Id, E_Modular_Integer_Subtype);
else
Set_Ekind (Def_Id, E_Enumeration_Subtype);
Set_Is_Character_Type (Def_Id, Is_Character_Type (T));
Set_First_Literal (Def_Id, First_Literal (T));
end if;
Set_Size_Info (Def_Id, (T));
Set_RM_Size (Def_Id, RM_Size (T));
Set_First_Rep_Item (Def_Id, First_Rep_Item (T));
Set_Scalar_Range (Def_Id, R);
Conditional_Delay (Def_Id, T);
if Nkind (N) = N_Subtype_Indication then
Inherit_Predicate_Flags (Def_Id, Entity (Subtype_Mark (N)));
end if;
-- In the subtype indication case, if the immediate parent of the
-- new subtype is non-static, then the subtype we create is non-
-- static, even if its bounds are static.
if Nkind (N) = N_Subtype_Indication
and then not Is_OK_Static_Subtype (Entity (Subtype_Mark (N)))
then
Set_Is_Non_Static_Subtype (Def_Id);
end if;
end if;
-- Final step is to label the index with this constructed type
Set_Etype (N, Def_Id);
end Make_Index;
------------------------------
-- Modular_Type_Declaration --
------------------------------
procedure Modular_Type_Declaration (T : Entity_Id; Def : Node_Id) is
Mod_Expr : constant Node_Id := Expression (Def);
M_Val : Uint;
procedure Set_Modular_Size (Bits : Int);
-- Sets RM_Size to Bits, and Esize to normal word size above this
----------------------
-- Set_Modular_Size --
----------------------
procedure Set_Modular_Size (Bits : Int) is
begin
Set_RM_Size (T, UI_From_Int (Bits));
if Bits <= 8 then
Init_Esize (T, 8);
elsif Bits <= 16 then
Init_Esize (T, 16);
elsif Bits <= 32 then
Init_Esize (T, 32);
else
Init_Esize (T, System_Max_Binary_Modulus_Power);
end if;
if not Non_Binary_Modulus (T) and then Esize (T) = RM_Size (T) then
Set_Is_Known_Valid (T);
end if;
end Set_Modular_Size;
-- Start of processing for Modular_Type_Declaration
begin
-- If the mod expression is (exactly) 2 * literal, where literal is
-- 64 or less,then almost certainly the * was meant to be **. Warn.
if Warn_On_Suspicious_Modulus_Value
and then Nkind (Mod_Expr) = N_Op_Multiply
and then Nkind (Left_Opnd (Mod_Expr)) = N_Integer_Literal
and then Intval (Left_Opnd (Mod_Expr)) = Uint_2
and then Nkind (Right_Opnd (Mod_Expr)) = N_Integer_Literal
and then Intval (Right_Opnd (Mod_Expr)) <= Uint_64
then
Error_Msg_N
("suspicious MOD value, was '*'* intended'??M?", Mod_Expr);
end if;
-- Proceed with analysis of mod expression
Analyze_And_Resolve (Mod_Expr, Any_Integer);
Set_Etype (T, T);
Set_Ekind (T, E_Modular_Integer_Type);
Init_Alignment (T);
Set_Is_Constrained (T);
if not Is_OK_Static_Expression (Mod_Expr) then
Flag_Non_Static_Expr
("non-static expression used for modular type bound!", Mod_Expr);
M_Val := 2 ** System_Max_Binary_Modulus_Power;
else
M_Val := Expr_Value (Mod_Expr);
end if;
if M_Val < 1 then
Error_Msg_N ("modulus value must be positive", Mod_Expr);
M_Val := 2 ** System_Max_Binary_Modulus_Power;
end if;
if M_Val > 2 ** Standard_Long_Integer_Size then
Check_Restriction (No_Long_Long_Integers, Mod_Expr);
end if;
Set_Modulus (T, M_Val);
-- Create bounds for the modular type based on the modulus given in
-- the type declaration and then analyze and resolve those bounds.
Set_Scalar_Range (T,
Make_Range (Sloc (Mod_Expr),
Low_Bound => Make_Integer_Literal (Sloc (Mod_Expr), 0),
High_Bound => Make_Integer_Literal (Sloc (Mod_Expr), M_Val - 1)));
-- Properly analyze the literals for the range. We do this manually
-- because we can't go calling Resolve, since we are resolving these
-- bounds with the type, and this type is certainly not complete yet.
Set_Etype (Low_Bound (Scalar_Range (T)), T);
Set_Etype (High_Bound (Scalar_Range (T)), T);
Set_Is_Static_Expression (Low_Bound (Scalar_Range (T)));
Set_Is_Static_Expression (High_Bound (Scalar_Range (T)));
-- Loop through powers of two to find number of bits required
for Bits in Int range 0 .. System_Max_Binary_Modulus_Power loop
-- Binary case
if M_Val = 2 ** Bits then
Set_Modular_Size (Bits);
return;
-- Nonbinary case
elsif M_Val < 2 ** Bits then
Check_SPARK_05_Restriction ("modulus should be a power of 2", T);
Set_Non_Binary_Modulus (T);
if Bits > System_Max_Nonbinary_Modulus_Power then
Error_Msg_Uint_1 :=
UI_From_Int (System_Max_Nonbinary_Modulus_Power);
Error_Msg_F
("nonbinary modulus exceeds limit (2 '*'*^ - 1)", Mod_Expr);
Set_Modular_Size (System_Max_Binary_Modulus_Power);
return;
else
-- In the nonbinary case, set size as per RM 13.3(55)
Set_Modular_Size (Bits);
return;
end if;
end if;
end loop;
-- If we fall through, then the size exceed System.Max_Binary_Modulus
-- so we just signal an error and set the maximum size.
Error_Msg_Uint_1 := UI_From_Int (System_Max_Binary_Modulus_Power);
Error_Msg_F ("modulus exceeds limit (2 '*'*^)", Mod_Expr);
Set_Modular_Size (System_Max_Binary_Modulus_Power);
Init_Alignment (T);
end Modular_Type_Declaration;
--------------------------
-- New_Concatenation_Op --
--------------------------
procedure New_Concatenation_Op (Typ : Entity_Id) is
Loc : constant Source_Ptr := Sloc (Typ);
Op : Entity_Id;
function Make_Op_Formal (Typ, Op : Entity_Id) return Entity_Id;
-- Create abbreviated declaration for the formal of a predefined
-- Operator 'Op' of type 'Typ'
--------------------
-- Make_Op_Formal --
--------------------
function Make_Op_Formal (Typ, Op : Entity_Id) return Entity_Id is
Formal : Entity_Id;
begin
Formal := New_Internal_Entity (E_In_Parameter, Op, Loc, 'P');
Set_Etype (Formal, Typ);
Set_Mechanism (Formal, Default_Mechanism);
return Formal;
end Make_Op_Formal;
-- Start of processing for New_Concatenation_Op
begin
Op := Make_Defining_Operator_Symbol (Loc, Name_Op_Concat);
Set_Ekind (Op, E_Operator);
Set_Scope (Op, Current_Scope);
Set_Etype (Op, Typ);
Set_Homonym (Op, Get_Name_Entity_Id (Name_Op_Concat));
Set_Is_Immediately_Visible (Op);
Set_Is_Intrinsic_Subprogram (Op);
Set_Has_Completion (Op);
Append_Entity (Op, Current_Scope);
Set_Name_Entity_Id (Name_Op_Concat, Op);
Append_Entity (Make_Op_Formal (Typ, Op), Op);
Append_Entity (Make_Op_Formal (Typ, Op), Op);
end New_Concatenation_Op;
-------------------------
-- OK_For_Limited_Init --
-------------------------
-- ???Check all calls of this, and compare the conditions under which it's
-- called.
function OK_For_Limited_Init
(Typ : Entity_Id;
Exp : Node_Id) return Boolean
is
begin
return Is_CPP_Constructor_Call (Exp)
or else (Ada_Version >= Ada_2005
and then not Debug_Flag_Dot_L
and then OK_For_Limited_Init_In_05 (Typ, Exp));
end OK_For_Limited_Init;
-------------------------------
-- OK_For_Limited_Init_In_05 --
-------------------------------
function OK_For_Limited_Init_In_05
(Typ : Entity_Id;
Exp : Node_Id) return Boolean
is
begin
-- An object of a limited interface type can be initialized with any
-- expression of a nonlimited descendant type. However this does not
-- apply if this is a view conversion of some other expression. This
-- is checked below.
if Is_Class_Wide_Type (Typ)
and then Is_Limited_Interface (Typ)
and then not Is_Limited_Type (Etype (Exp))
and then Nkind (Exp) /= N_Type_Conversion
then
return True;
end if;
-- Ada 2005 (AI-287, AI-318): Relax the strictness of the front end in
-- case of limited aggregates (including extension aggregates), and
-- function calls. The function call may have been given in prefixed
-- notation, in which case the original node is an indexed component.
-- If the function is parameterless, the original node was an explicit
-- dereference. The function may also be parameterless, in which case
-- the source node is just an identifier.
-- A branch of a conditional expression may have been removed if the
-- condition is statically known. This happens during expansion, and
-- thus will not happen if previous errors were encountered. The check
-- will have been performed on the chosen branch, which replaces the
-- original conditional expression.
if No (Exp) then
return True;
end if;
case Nkind (Original_Node (Exp)) is
when N_Aggregate
| N_Extension_Aggregate
| N_Function_Call
| N_Op
=>
return True;
when N_Identifier =>
return Present (Entity (Original_Node (Exp)))
and then Ekind (Entity (Original_Node (Exp))) = E_Function;
when N_Qualified_Expression =>
return
OK_For_Limited_Init_In_05
(Typ, Expression (Original_Node (Exp)));
-- Ada 2005 (AI-251): If a class-wide interface object is initialized
-- with a function call, the expander has rewritten the call into an
-- N_Type_Conversion node to force displacement of the pointer to
-- reference the component containing the secondary dispatch table.
-- Otherwise a type conversion is not a legal context.
-- A return statement for a build-in-place function returning a
-- synchronized type also introduces an unchecked conversion.
when N_Type_Conversion
| N_Unchecked_Type_Conversion
=>
return not Comes_From_Source (Exp)
and then
OK_For_Limited_Init_In_05
(Typ, Expression (Original_Node (Exp)));
when N_Explicit_Dereference
| N_Indexed_Component
| N_Selected_Component
=>
return Nkind (Exp) = N_Function_Call;
-- A use of 'Input is a function call, hence allowed. Normally the
-- attribute will be changed to a call, but the attribute by itself
-- can occur with -gnatc.
when N_Attribute_Reference =>
return Attribute_Name (Original_Node (Exp)) = Name_Input;
-- For a case expression, all dependent expressions must be legal
when N_Case_Expression =>
declare
Alt : Node_Id;
begin
Alt := First (Alternatives (Original_Node (Exp)));
while Present (Alt) loop
if not OK_For_Limited_Init_In_05 (Typ, Expression (Alt)) then
return False;
end if;
Next (Alt);
end loop;
return True;
end;
-- For an if expression, all dependent expressions must be legal
when N_If_Expression =>
declare
Then_Expr : constant Node_Id :=
Next (First (Expressions (Original_Node (Exp))));
Else_Expr : constant Node_Id := Next (Then_Expr);
begin
return OK_For_Limited_Init_In_05 (Typ, Then_Expr)
and then
OK_For_Limited_Init_In_05 (Typ, Else_Expr);
end;
when others =>
return False;
end case;
end OK_For_Limited_Init_In_05;
-------------------------------------------
-- Ordinary_Fixed_Point_Type_Declaration --
-------------------------------------------
procedure Ordinary_Fixed_Point_Type_Declaration
(T : Entity_Id;
Def : Node_Id)
is
Loc : constant Source_Ptr := Sloc (Def);
Delta_Expr : constant Node_Id := Delta_Expression (Def);
RRS : constant Node_Id := Real_Range_Specification (Def);
Implicit_Base : Entity_Id;
Delta_Val : Ureal;
Small_Val : Ureal;
Low_Val : Ureal;
High_Val : Ureal;
begin
Check_Restriction (No_Fixed_Point, Def);
-- Create implicit base type
Implicit_Base :=
Create_Itype (E_Ordinary_Fixed_Point_Type, Parent (Def), T, 'B');
Set_Etype (Implicit_Base, Implicit_Base);
-- Analyze and process delta expression
Analyze_And_Resolve (Delta_Expr, Any_Real);
Check_Delta_Expression (Delta_Expr);
Delta_Val := Expr_Value_R (Delta_Expr);
Set_Delta_Value (Implicit_Base, Delta_Val);
-- Compute default small from given delta, which is the largest power
-- of two that does not exceed the given delta value.
declare
Tmp : Ureal;
Scale : Int;
begin
Tmp := Ureal_1;
Scale := 0;
if Delta_Val < Ureal_1 then
while Delta_Val < Tmp loop
Tmp := Tmp / Ureal_2;
Scale := Scale + 1;
end loop;
else
loop
Tmp := Tmp * Ureal_2;
exit when Tmp > Delta_Val;
Scale := Scale - 1;
end loop;
end if;
Small_Val := UR_From_Components (Uint_1, UI_From_Int (Scale), 2);
end;
Set_Small_Value (Implicit_Base, Small_Val);
-- If no range was given, set a dummy range
if RRS <= Empty_Or_Error then
Low_Val := -Small_Val;
High_Val := Small_Val;
-- Otherwise analyze and process given range
else
declare
Low : constant Node_Id := Low_Bound (RRS);
High : constant Node_Id := High_Bound (RRS);
begin
Analyze_And_Resolve (Low, Any_Real);
Analyze_And_Resolve (High, Any_Real);
Check_Real_Bound (Low);
Check_Real_Bound (High);
-- Obtain and set the range
Low_Val := Expr_Value_R (Low);
High_Val := Expr_Value_R (High);
if Low_Val > High_Val then
Error_Msg_NE ("??fixed point type& has null range", Def, T);
end if;
end;
end if;
-- The range for both the implicit base and the declared first subtype
-- cannot be set yet, so we use the special routine Set_Fixed_Range to
-- set a temporary range in place. Note that the bounds of the base
-- type will be widened to be symmetrical and to fill the available
-- bits when the type is frozen.
-- We could do this with all discrete types, and probably should, but
-- we absolutely have to do it for fixed-point, since the end-points
-- of the range and the size are determined by the small value, which
-- could be reset before the freeze point.
Set_Fixed_Range (Implicit_Base, Loc, Low_Val, High_Val);
Set_Fixed_Range (T, Loc, Low_Val, High_Val);
-- Complete definition of first subtype. The inheritance of the rep item
-- chain ensures that SPARK-related pragmas are not clobbered when the
-- ordinary fixed point type acts as a full view of a private type.
Set_Ekind (T, E_Ordinary_Fixed_Point_Subtype);
Set_Etype (T, Implicit_Base);
Init_Size_Align (T);
Inherit_Rep_Item_Chain (T, Implicit_Base);
Set_Small_Value (T, Small_Val);
Set_Delta_Value (T, Delta_Val);
Set_Is_Constrained (T);
end Ordinary_Fixed_Point_Type_Declaration;
----------------------------------
-- Preanalyze_Assert_Expression --
----------------------------------
procedure Preanalyze_Assert_Expression (N : Node_Id; T : Entity_Id) is
begin
In_Assertion_Expr := In_Assertion_Expr + 1;
Preanalyze_Spec_Expression (N, T);
In_Assertion_Expr := In_Assertion_Expr - 1;
end Preanalyze_Assert_Expression;
-----------------------------------
-- Preanalyze_Default_Expression --
-----------------------------------
procedure Preanalyze_Default_Expression (N : Node_Id; T : Entity_Id) is
Save_In_Default_Expr : constant Boolean := In_Default_Expr;
begin
In_Default_Expr := True;
Preanalyze_Spec_Expression (N, T);
In_Default_Expr := Save_In_Default_Expr;
end Preanalyze_Default_Expression;
--------------------------------
-- Preanalyze_Spec_Expression --
--------------------------------
procedure Preanalyze_Spec_Expression (N : Node_Id; T : Entity_Id) is
Save_In_Spec_Expression : constant Boolean := In_Spec_Expression;
begin
In_Spec_Expression := True;
Preanalyze_And_Resolve (N, T);
In_Spec_Expression := Save_In_Spec_Expression;
end Preanalyze_Spec_Expression;
----------------------------------------
-- Prepare_Private_Subtype_Completion --
----------------------------------------
procedure Prepare_Private_Subtype_Completion
(Id : Entity_Id;
Related_Nod : Node_Id)
is
Id_B : constant Entity_Id := Base_Type (Id);
Full_B : Entity_Id := Full_View (Id_B);
Full : Entity_Id;
begin
if Present (Full_B) then
-- Get to the underlying full view if necessary
if Is_Private_Type (Full_B)
and then Present (Underlying_Full_View (Full_B))
then
Full_B := Underlying_Full_View (Full_B);
end if;
-- The Base_Type is already completed, we can complete the subtype
-- now. We have to create a new entity with the same name, Thus we
-- can't use Create_Itype.
Full := Make_Defining_Identifier (Sloc (Id), Chars (Id));
Set_Is_Itype (Full);
Set_Associated_Node_For_Itype (Full, Related_Nod);
Complete_Private_Subtype (Id, Full, Full_B, Related_Nod);
end if;
-- The parent subtype may be private, but the base might not, in some
-- nested instances. In that case, the subtype does not need to be
-- exchanged. It would still be nice to make private subtypes and their
-- bases consistent at all times ???
if Is_Private_Type (Id_B) then
Append_Elmt (Id, Private_Dependents (Id_B));
end if;
end Prepare_Private_Subtype_Completion;
---------------------------
-- Process_Discriminants --
---------------------------
procedure Process_Discriminants
(N : Node_Id;
Prev : Entity_Id := Empty)
is
Elist : constant Elist_Id := New_Elmt_List;
Id : Node_Id;
Discr : Node_Id;
Discr_Number : Uint;
Discr_Type : Entity_Id;
Default_Present : Boolean := False;
Default_Not_Present : Boolean := False;
begin
-- A composite type other than an array type can have discriminants.
-- On entry, the current scope is the composite type.
-- The discriminants are initially entered into the scope of the type
-- via Enter_Name with the default Ekind of E_Void to prevent premature
-- use, as explained at the end of this procedure.
Discr := First (Discriminant_Specifications (N));
while Present (Discr) loop
Enter_Name (Defining_Identifier (Discr));
-- For navigation purposes we add a reference to the discriminant
-- in the entity for the type. If the current declaration is a
-- completion, place references on the partial view. Otherwise the
-- type is the current scope.
if Present (Prev) then
-- The references go on the partial view, if present. If the
-- partial view has discriminants, the references have been
-- generated already.
if not Has_Discriminants (Prev) then
Generate_Reference (Prev, Defining_Identifier (Discr), 'd');
end if;
else
Generate_Reference
(Current_Scope, Defining_Identifier (Discr), 'd');
end if;
if Nkind (Discriminant_Type (Discr)) = N_Access_Definition then
Discr_Type := Access_Definition (Discr, Discriminant_Type (Discr));
-- Ada 2005 (AI-254)
if Present (Access_To_Subprogram_Definition
(Discriminant_Type (Discr)))
and then Protected_Present (Access_To_Subprogram_Definition
(Discriminant_Type (Discr)))
then
Discr_Type :=
Replace_Anonymous_Access_To_Protected_Subprogram (Discr);
end if;
else
Find_Type (Discriminant_Type (Discr));
Discr_Type := Etype (Discriminant_Type (Discr));
if Error_Posted (Discriminant_Type (Discr)) then
Discr_Type := Any_Type;
end if;
end if;
-- Handling of discriminants that are access types
if Is_Access_Type (Discr_Type) then
-- Ada 2005 (AI-230): Access discriminant allowed in non-
-- limited record types
if Ada_Version < Ada_2005 then
Check_Access_Discriminant_Requires_Limited
(Discr, Discriminant_Type (Discr));
end if;
if Ada_Version = Ada_83 and then Comes_From_Source (Discr) then
Error_Msg_N
("(Ada 83) access discriminant not allowed", Discr);
end if;
-- If not access type, must be a discrete type
elsif not Is_Discrete_Type (Discr_Type) then
Error_Msg_N
("discriminants must have a discrete or access type",
Discriminant_Type (Discr));
end if;
Set_Etype (Defining_Identifier (Discr), Discr_Type);
-- If a discriminant specification includes the assignment compound
-- delimiter followed by an expression, the expression is the default
-- expression of the discriminant; the default expression must be of
-- the type of the discriminant. (RM 3.7.1) Since this expression is
-- a default expression, we do the special preanalysis, since this
-- expression does not freeze (see section "Handling of Default and
-- Per-Object Expressions" in spec of package Sem).
if Present (Expression (Discr)) then
Preanalyze_Spec_Expression (Expression (Discr), Discr_Type);
-- Legaity checks
if Nkind (N) = N_Formal_Type_Declaration then
Error_Msg_N
("discriminant defaults not allowed for formal type",
Expression (Discr));
-- Flag an error for a tagged type with defaulted discriminants,
-- excluding limited tagged types when compiling for Ada 2012
-- (see AI05-0214).
elsif Is_Tagged_Type (Current_Scope)
and then (not Is_Limited_Type (Current_Scope)
or else Ada_Version < Ada_2012)
and then Comes_From_Source (N)
then
-- Note: see similar test in Check_Or_Process_Discriminants, to
-- handle the (illegal) case of the completion of an untagged
-- view with discriminants with defaults by a tagged full view.
-- We skip the check if Discr does not come from source, to
-- account for the case of an untagged derived type providing
-- defaults for a renamed discriminant from a private untagged
-- ancestor with a tagged full view (ACATS B460006).
if Ada_Version >= Ada_2012 then
Error_Msg_N
("discriminants of nonlimited tagged type cannot have"
& " defaults",
Expression (Discr));
else
Error_Msg_N
("discriminants of tagged type cannot have defaults",
Expression (Discr));
end if;
else
Default_Present := True;
Append_Elmt (Expression (Discr), Elist);
-- Tag the defining identifiers for the discriminants with
-- their corresponding default expressions from the tree.
Set_Discriminant_Default_Value
(Defining_Identifier (Discr), Expression (Discr));
end if;
-- In gnatc or gnatprove mode, make sure set Do_Range_Check flag
-- gets set unless we can be sure that no range check is required.
if (GNATprove_Mode or not Expander_Active)
and then not
Is_In_Range
(Expression (Discr), Discr_Type, Assume_Valid => True)
then
Set_Do_Range_Check (Expression (Discr));
end if;
-- No default discriminant value given
else
Default_Not_Present := True;
end if;
-- Ada 2005 (AI-231): Create an Itype that is a duplicate of
-- Discr_Type but with the null-exclusion attribute
if Ada_Version >= Ada_2005 then
-- Ada 2005 (AI-231): Static checks
if Can_Never_Be_Null (Discr_Type) then
Null_Exclusion_Static_Checks (Discr);
elsif Is_Access_Type (Discr_Type)
and then Null_Exclusion_Present (Discr)
-- No need to check itypes because in their case this check
-- was done at their point of creation
and then not Is_Itype (Discr_Type)
then
if Can_Never_Be_Null (Discr_Type) then
Error_Msg_NE
("`NOT NULL` not allowed (& already excludes null)",
Discr,
Discr_Type);
end if;
Set_Etype (Defining_Identifier (Discr),
Create_Null_Excluding_Itype
(T => Discr_Type,
Related_Nod => Discr));
-- Check for improper null exclusion if the type is otherwise
-- legal for a discriminant.
elsif Null_Exclusion_Present (Discr)
and then Is_Discrete_Type (Discr_Type)
then
Error_Msg_N
("null exclusion can only apply to an access type", Discr);
end if;
-- Ada 2005 (AI-402): access discriminants of nonlimited types
-- can't have defaults. Synchronized types, or types that are
-- explicitly limited are fine, but special tests apply to derived
-- types in generics: in a generic body we have to assume the
-- worst, and therefore defaults are not allowed if the parent is
-- a generic formal private type (see ACATS B370001).
if Is_Access_Type (Discr_Type) and then Default_Present then
if Ekind (Discr_Type) /= E_Anonymous_Access_Type
or else Is_Limited_Record (Current_Scope)
or else Is_Concurrent_Type (Current_Scope)
or else Is_Concurrent_Record_Type (Current_Scope)
or else Ekind (Current_Scope) = E_Limited_Private_Type
then
if not Is_Derived_Type (Current_Scope)
or else not Is_Generic_Type (Etype (Current_Scope))
or else not In_Package_Body (Scope (Etype (Current_Scope)))
or else Limited_Present
(Type_Definition (Parent (Current_Scope)))
then
null;
else
Error_Msg_N
("access discriminants of nonlimited types cannot "
& "have defaults", Expression (Discr));
end if;
elsif Present (Expression (Discr)) then
Error_Msg_N
("(Ada 2005) access discriminants of nonlimited types "
& "cannot have defaults", Expression (Discr));
end if;
end if;
end if;
-- A discriminant cannot be effectively volatile (SPARK RM 7.1.3(6)).
-- This check is relevant only when SPARK_Mode is on as it is not a
-- standard Ada legality rule.
if SPARK_Mode = On
and then Is_Effectively_Volatile (Defining_Identifier (Discr))
then
Error_Msg_N ("discriminant cannot be volatile", Discr);
end if;
Next (Discr);
end loop;
-- An element list consisting of the default expressions of the
-- discriminants is constructed in the above loop and used to set
-- the Discriminant_Constraint attribute for the type. If an object
-- is declared of this (record or task) type without any explicit
-- discriminant constraint given, this element list will form the
-- actual parameters for the corresponding initialization procedure
-- for the type.
Set_Discriminant_Constraint (Current_Scope, Elist);
Set_Stored_Constraint (Current_Scope, No_Elist);
-- Default expressions must be provided either for all or for none
-- of the discriminants of a discriminant part. (RM 3.7.1)
if Default_Present and then Default_Not_Present then
Error_Msg_N
("incomplete specification of defaults for discriminants", N);
end if;
-- The use of the name of a discriminant is not allowed in default
-- expressions of a discriminant part if the specification of the
-- discriminant is itself given in the discriminant part. (RM 3.7.1)
-- To detect this, the discriminant names are entered initially with an
-- Ekind of E_Void (which is the default Ekind given by Enter_Name). Any
-- attempt to use a void entity (for example in an expression that is
-- type-checked) produces the error message: premature usage. Now after
-- completing the semantic analysis of the discriminant part, we can set
-- the Ekind of all the discriminants appropriately.
Discr := First (Discriminant_Specifications (N));
Discr_Number := Uint_1;
while Present (Discr) loop
Id := Defining_Identifier (Discr);
Set_Ekind (Id, E_Discriminant);
Init_Component_Location (Id);
Init_Esize (Id);
Set_Discriminant_Number (Id, Discr_Number);
-- Make sure this is always set, even in illegal programs
Set_Corresponding_Discriminant (Id, Empty);
-- Initialize the Original_Record_Component to the entity itself.
-- Inherit_Components will propagate the right value to
-- discriminants in derived record types.
Set_Original_Record_Component (Id, Id);
-- Create the discriminal for the discriminant
Build_Discriminal (Id);
Next (Discr);
Discr_Number := Discr_Number + 1;
end loop;
Set_Has_Discriminants (Current_Scope);
end Process_Discriminants;
-----------------------
-- Process_Full_View --
-----------------------
-- WARNING: This routine manages Ghost regions. Return statements must be
-- replaced by gotos which jump to the end of the routine and restore the
-- Ghost mode.
procedure Process_Full_View (N : Node_Id; Full_T, Priv_T : Entity_Id) is
procedure Collect_Implemented_Interfaces
(Typ : Entity_Id;
Ifaces : Elist_Id);
-- Ada 2005: Gather all the interfaces that Typ directly or
-- inherently implements. Duplicate entries are not added to
-- the list Ifaces.
------------------------------------
-- Collect_Implemented_Interfaces --
------------------------------------
procedure Collect_Implemented_Interfaces
(Typ : Entity_Id;
Ifaces : Elist_Id)
is
Iface : Entity_Id;
Iface_Elmt : Elmt_Id;
begin
-- Abstract interfaces are only associated with tagged record types
if not Is_Tagged_Type (Typ) or else not Is_Record_Type (Typ) then
return;
end if;
-- Recursively climb to the ancestors
if Etype (Typ) /= Typ
-- Protect the frontend against wrong cyclic declarations like:
-- type B is new A with private;
-- type C is new A with private;
-- private
-- type B is new C with null record;
-- type C is new B with null record;
and then Etype (Typ) /= Priv_T
and then Etype (Typ) /= Full_T
then
-- Keep separate the management of private type declarations
if Ekind (Typ) = E_Record_Type_With_Private then
-- Handle the following illegal usage:
-- type Private_Type is tagged private;
-- private
-- type Private_Type is new Type_Implementing_Iface;
if Present (Full_View (Typ))
and then Etype (Typ) /= Full_View (Typ)
then
if Is_Interface (Etype (Typ)) then
Append_Unique_Elmt (Etype (Typ), Ifaces);
end if;
Collect_Implemented_Interfaces (Etype (Typ), Ifaces);
end if;
-- Non-private types
else
if Is_Interface (Etype (Typ)) then
Append_Unique_Elmt (Etype (Typ), Ifaces);
end if;
Collect_Implemented_Interfaces (Etype (Typ), Ifaces);
end if;
end if;
-- Handle entities in the list of abstract interfaces
if Present (Interfaces (Typ)) then
Iface_Elmt := First_Elmt (Interfaces (Typ));
while Present (Iface_Elmt) loop
Iface := Node (Iface_Elmt);
pragma Assert (Is_Interface (Iface));
if not Contain_Interface (Iface, Ifaces) then
Append_Elmt (Iface, Ifaces);
Collect_Implemented_Interfaces (Iface, Ifaces);
end if;
Next_Elmt (Iface_Elmt);
end loop;
end if;
end Collect_Implemented_Interfaces;
-- Local variables
Full_Indic : Node_Id;
Full_Parent : Entity_Id;
Mode : Ghost_Mode_Type;
Priv_Parent : Entity_Id;
-- Start of processing for Process_Full_View
begin
Mark_And_Set_Ghost_Completion (N, Priv_T, Mode);
-- First some sanity checks that must be done after semantic
-- decoration of the full view and thus cannot be placed with other
-- similar checks in Find_Type_Name
if not Is_Limited_Type (Priv_T)
and then (Is_Limited_Type (Full_T)
or else Is_Limited_Composite (Full_T))
then
if In_Instance then
null;
else
Error_Msg_N
("completion of nonlimited type cannot be limited", Full_T);
Explain_Limited_Type (Full_T, Full_T);
end if;
elsif Is_Abstract_Type (Full_T)
and then not Is_Abstract_Type (Priv_T)
then
Error_Msg_N
("completion of nonabstract type cannot be abstract", Full_T);
elsif Is_Tagged_Type (Priv_T)
and then Is_Limited_Type (Priv_T)
and then not Is_Limited_Type (Full_T)
then
-- If pragma CPP_Class was applied to the private declaration
-- propagate the limitedness to the full-view
if Is_CPP_Class (Priv_T) then
Set_Is_Limited_Record (Full_T);
-- GNAT allow its own definition of Limited_Controlled to disobey
-- this rule in order in ease the implementation. This test is safe
-- because Root_Controlled is defined in a child of System that
-- normal programs are not supposed to use.
elsif Is_RTE (Etype (Full_T), RE_Root_Controlled) then
Set_Is_Limited_Composite (Full_T);
else
Error_Msg_N
("completion of limited tagged type must be limited", Full_T);
end if;
elsif Is_Generic_Type (Priv_T) then
Error_Msg_N ("generic type cannot have a completion", Full_T);
end if;
-- Check that ancestor interfaces of private and full views are
-- consistent. We omit this check for synchronized types because
-- they are performed on the corresponding record type when frozen.
if Ada_Version >= Ada_2005
and then Is_Tagged_Type (Priv_T)
and then Is_Tagged_Type (Full_T)
and then not Is_Concurrent_Type (Full_T)
then
declare
Iface : Entity_Id;
Priv_T_Ifaces : constant Elist_Id := New_Elmt_List;
Full_T_Ifaces : constant Elist_Id := New_Elmt_List;
begin
Collect_Implemented_Interfaces (Priv_T, Priv_T_Ifaces);
Collect_Implemented_Interfaces (Full_T, Full_T_Ifaces);
-- Ada 2005 (AI-251): The partial view shall be a descendant of
-- an interface type if and only if the full type is descendant
-- of the interface type (AARM 7.3 (7.3/2)).
Iface := Find_Hidden_Interface (Priv_T_Ifaces, Full_T_Ifaces);
if Present (Iface) then
Error_Msg_NE
("interface in partial view& not implemented by full type "
& "(RM-2005 7.3 (7.3/2))", Full_T, Iface);
end if;
Iface := Find_Hidden_Interface (Full_T_Ifaces, Priv_T_Ifaces);
if Present (Iface) then
Error_Msg_NE
("interface & not implemented by partial view "
& "(RM-2005 7.3 (7.3/2))", Full_T, Iface);
end if;
end;
end if;
if Is_Tagged_Type (Priv_T)
and then Nkind (Parent (Priv_T)) = N_Private_Extension_Declaration
and then Is_Derived_Type (Full_T)
then
Priv_Parent := Etype (Priv_T);
-- The full view of a private extension may have been transformed
-- into an unconstrained derived type declaration and a subtype
-- declaration (see build_derived_record_type for details).
if Nkind (N) = N_Subtype_Declaration then
Full_Indic := Subtype_Indication (N);
Full_Parent := Etype (Base_Type (Full_T));
else
Full_Indic := Subtype_Indication (Type_Definition (N));
Full_Parent := Etype (Full_T);
end if;
-- Check that the parent type of the full type is a descendant of
-- the ancestor subtype given in the private extension. If either
-- entity has an Etype equal to Any_Type then we had some previous
-- error situation [7.3(8)].
if Priv_Parent = Any_Type or else Full_Parent = Any_Type then
goto Leave;
-- Ada 2005 (AI-251): Interfaces in the full type can be given in
-- any order. Therefore we don't have to check that its parent must
-- be a descendant of the parent of the private type declaration.
elsif Is_Interface (Priv_Parent)
and then Is_Interface (Full_Parent)
then
null;
-- Ada 2005 (AI-251): If the parent of the private type declaration
-- is an interface there is no need to check that it is an ancestor
-- of the associated full type declaration. The required tests for
-- this case are performed by Build_Derived_Record_Type.
elsif not Is_Interface (Base_Type (Priv_Parent))
and then not Is_Ancestor (Base_Type (Priv_Parent), Full_Parent)
then
Error_Msg_N
("parent of full type must descend from parent of private "
& "extension", Full_Indic);
-- First check a formal restriction, and then proceed with checking
-- Ada rules. Since the formal restriction is not a serious error, we
-- don't prevent further error detection for this check, hence the
-- ELSE.
else
-- In formal mode, when completing a private extension the type
-- named in the private part must be exactly the same as that
-- named in the visible part.
if Priv_Parent /= Full_Parent then
Error_Msg_Name_1 := Chars (Priv_Parent);
Check_SPARK_05_Restriction ("% expected", Full_Indic);
end if;
-- Check the rules of 7.3(10): if the private extension inherits
-- known discriminants, then the full type must also inherit those
-- discriminants from the same (ancestor) type, and the parent
-- subtype of the full type must be constrained if and only if
-- the ancestor subtype of the private extension is constrained.
if No (Discriminant_Specifications (Parent (Priv_T)))
and then not Has_Unknown_Discriminants (Priv_T)
and then Has_Discriminants (Base_Type (Priv_Parent))
then
declare
Priv_Indic : constant Node_Id :=
Subtype_Indication (Parent (Priv_T));
Priv_Constr : constant Boolean :=
Is_Constrained (Priv_Parent)
or else
Nkind (Priv_Indic) = N_Subtype_Indication
or else
Is_Constrained (Entity (Priv_Indic));
Full_Constr : constant Boolean :=
Is_Constrained (Full_Parent)
or else
Nkind (Full_Indic) = N_Subtype_Indication
or else
Is_Constrained (Entity (Full_Indic));
Priv_Discr : Entity_Id;
Full_Discr : Entity_Id;
begin
Priv_Discr := First_Discriminant (Priv_Parent);
Full_Discr := First_Discriminant (Full_Parent);
while Present (Priv_Discr) and then Present (Full_Discr) loop
if Original_Record_Component (Priv_Discr) =
Original_Record_Component (Full_Discr)
or else
Corresponding_Discriminant (Priv_Discr) =
Corresponding_Discriminant (Full_Discr)
then
null;
else
exit;
end if;
Next_Discriminant (Priv_Discr);
Next_Discriminant (Full_Discr);
end loop;
if Present (Priv_Discr) or else Present (Full_Discr) then
Error_Msg_N
("full view must inherit discriminants of the parent "
& "type used in the private extension", Full_Indic);
elsif Priv_Constr and then not Full_Constr then
Error_Msg_N
("parent subtype of full type must be constrained",
Full_Indic);
elsif Full_Constr and then not Priv_Constr then
Error_Msg_N
("parent subtype of full type must be unconstrained",
Full_Indic);
end if;
end;
-- Check the rules of 7.3(12): if a partial view has neither
-- known or unknown discriminants, then the full type
-- declaration shall define a definite subtype.
elsif not Has_Unknown_Discriminants (Priv_T)
and then not Has_Discriminants (Priv_T)
and then not Is_Constrained (Full_T)
then
Error_Msg_N
("full view must define a constrained type if partial view "
& "has no discriminants", Full_T);
end if;
-- ??????? Do we implement the following properly ?????
-- If the ancestor subtype of a private extension has constrained
-- discriminants, then the parent subtype of the full view shall
-- impose a statically matching constraint on those discriminants
-- [7.3(13)].
end if;
else
-- For untagged types, verify that a type without discriminants is
-- not completed with an unconstrained type. A separate error message
-- is produced if the full type has defaulted discriminants.
if Is_Definite_Subtype (Priv_T)
and then not Is_Definite_Subtype (Full_T)
then
Error_Msg_Sloc := Sloc (Parent (Priv_T));
Error_Msg_NE
("full view of& not compatible with declaration#",
Full_T, Priv_T);
if not Is_Tagged_Type (Full_T) then
Error_Msg_N
("\one is constrained, the other unconstrained", Full_T);
end if;
end if;
end if;
-- AI-419: verify that the use of "limited" is consistent
declare
Orig_Decl : constant Node_Id := Original_Node (N);
begin
if Nkind (Parent (Priv_T)) = N_Private_Extension_Declaration
and then Nkind (Orig_Decl) = N_Full_Type_Declaration
and then Nkind
(Type_Definition (Orig_Decl)) = N_Derived_Type_Definition
then
if not Limited_Present (Parent (Priv_T))
and then not Synchronized_Present (Parent (Priv_T))
and then Limited_Present (Type_Definition (Orig_Decl))
then
Error_Msg_N
("full view of non-limited extension cannot be limited", N);
-- Conversely, if the partial view carries the limited keyword,
-- the full view must as well, even if it may be redundant.
elsif Limited_Present (Parent (Priv_T))
and then not Limited_Present (Type_Definition (Orig_Decl))
then
Error_Msg_N
("full view of limited extension must be explicitly limited",
N);
end if;
end if;
end;
-- Ada 2005 (AI-443): A synchronized private extension must be
-- completed by a task or protected type.
if Ada_Version >= Ada_2005
and then Nkind (Parent (Priv_T)) = N_Private_Extension_Declaration
and then Synchronized_Present (Parent (Priv_T))
and then not Is_Concurrent_Type (Full_T)
then
Error_Msg_N ("full view of synchronized extension must " &
"be synchronized type", N);
end if;
-- Ada 2005 AI-363: if the full view has discriminants with
-- defaults, it is illegal to declare constrained access subtypes
-- whose designated type is the current type. This allows objects
-- of the type that are declared in the heap to be unconstrained.
if not Has_Unknown_Discriminants (Priv_T)
and then not Has_Discriminants (Priv_T)
and then Has_Discriminants (Full_T)
and then
Present (Discriminant_Default_Value (First_Discriminant (Full_T)))
then
Set_Has_Constrained_Partial_View (Full_T);
Set_Has_Constrained_Partial_View (Priv_T);
end if;
-- Create a full declaration for all its subtypes recorded in
-- Private_Dependents and swap them similarly to the base type. These
-- are subtypes that have been define before the full declaration of
-- the private type. We also swap the entry in Private_Dependents list
-- so we can properly restore the private view on exit from the scope.
declare
Priv_Elmt : Elmt_Id;
Priv_Scop : Entity_Id;
Priv : Entity_Id;
Full : Entity_Id;
begin
Priv_Elmt := First_Elmt (Private_Dependents (Priv_T));
while Present (Priv_Elmt) loop
Priv := Node (Priv_Elmt);
Priv_Scop := Scope (Priv);
if Ekind_In (Priv, E_Private_Subtype,
E_Limited_Private_Subtype,
E_Record_Subtype_With_Private)
then
Full := Make_Defining_Identifier (Sloc (Priv), Chars (Priv));
Set_Is_Itype (Full);
Set_Parent (Full, Parent (Priv));
Set_Associated_Node_For_Itype (Full, N);
-- Now we need to complete the private subtype, but since the
-- base type has already been swapped, we must also swap the
-- subtypes (and thus, reverse the arguments in the call to
-- Complete_Private_Subtype). Also note that we may need to
-- re-establish the scope of the private subtype.
Copy_And_Swap (Priv, Full);
if not In_Open_Scopes (Priv_Scop) then
Push_Scope (Priv_Scop);
else
-- Reset Priv_Scop to Empty to indicate no scope was pushed
Priv_Scop := Empty;
end if;
Complete_Private_Subtype (Full, Priv, Full_T, N);
if Present (Priv_Scop) then
Pop_Scope;
end if;
Replace_Elmt (Priv_Elmt, Full);
end if;
Next_Elmt (Priv_Elmt);
end loop;
end;
-- If the private view was tagged, copy the new primitive operations
-- from the private view to the full view.
if Is_Tagged_Type (Full_T) then
declare
Disp_Typ : Entity_Id;
Full_List : Elist_Id;
Prim : Entity_Id;
Prim_Elmt : Elmt_Id;
Priv_List : Elist_Id;
function Contains
(E : Entity_Id;
L : Elist_Id) return Boolean;
-- Determine whether list L contains element E
--------------
-- Contains --
--------------
function Contains
(E : Entity_Id;
L : Elist_Id) return Boolean
is
List_Elmt : Elmt_Id;
begin
List_Elmt := First_Elmt (L);
while Present (List_Elmt) loop
if Node (List_Elmt) = E then
return True;
end if;
Next_Elmt (List_Elmt);
end loop;
return False;
end Contains;
-- Start of processing
begin
if Is_Tagged_Type (Priv_T) then
Priv_List := Primitive_Operations (Priv_T);
Prim_Elmt := First_Elmt (Priv_List);
-- In the case of a concurrent type completing a private tagged
-- type, primitives may have been declared in between the two
-- views. These subprograms need to be wrapped the same way
-- entries and protected procedures are handled because they
-- cannot be directly shared by the two views.
if Is_Concurrent_Type (Full_T) then
declare
Conc_Typ : constant Entity_Id :=
Corresponding_Record_Type (Full_T);
Curr_Nod : Node_Id := Parent (Conc_Typ);
Wrap_Spec : Node_Id;
begin
while Present (Prim_Elmt) loop
Prim := Node (Prim_Elmt);
if Comes_From_Source (Prim)
and then not Is_Abstract_Subprogram (Prim)
then
Wrap_Spec :=
Make_Subprogram_Declaration (Sloc (Prim),
Specification =>
Build_Wrapper_Spec
(Subp_Id => Prim,
Obj_Typ => Conc_Typ,
Formals =>
Parameter_Specifications
(Parent (Prim))));
Insert_After (Curr_Nod, Wrap_Spec);
Curr_Nod := Wrap_Spec;
Analyze (Wrap_Spec);
-- Remove the wrapper from visibility to avoid
-- spurious conflict with the wrapped entity.
Set_Is_Immediately_Visible
(Defining_Entity (Specification (Wrap_Spec)),
False);
end if;
Next_Elmt (Prim_Elmt);
end loop;
goto Leave;
end;
-- For non-concurrent types, transfer explicit primitives, but
-- omit those inherited from the parent of the private view
-- since they will be re-inherited later on.
else
Full_List := Primitive_Operations (Full_T);
while Present (Prim_Elmt) loop
Prim := Node (Prim_Elmt);
if Comes_From_Source (Prim)
and then not Contains (Prim, Full_List)
then
Append_Elmt (Prim, Full_List);
end if;
Next_Elmt (Prim_Elmt);
end loop;
end if;
-- Untagged private view
else
Full_List := Primitive_Operations (Full_T);
-- In this case the partial view is untagged, so here we locate
-- all of the earlier primitives that need to be treated as
-- dispatching (those that appear between the two views). Note
-- that these additional operations must all be new operations
-- (any earlier operations that override inherited operations
-- of the full view will already have been inserted in the
-- primitives list, marked by Check_Operation_From_Private_View
-- as dispatching. Note that implicit "/=" operators are
-- excluded from being added to the primitives list since they
-- shouldn't be treated as dispatching (tagged "/=" is handled
-- specially).
Prim := Next_Entity (Full_T);
while Present (Prim) and then Prim /= Priv_T loop
if Ekind_In (Prim, E_Procedure, E_Function) then
Disp_Typ := Find_Dispatching_Type (Prim);
if Disp_Typ = Full_T
and then (Chars (Prim) /= Name_Op_Ne
or else Comes_From_Source (Prim))
then
Check_Controlling_Formals (Full_T, Prim);
if not Is_Dispatching_Operation (Prim) then
Append_Elmt (Prim, Full_List);
Set_Is_Dispatching_Operation (Prim, True);
Set_DT_Position_Value (Prim, No_Uint);
end if;
elsif Is_Dispatching_Operation (Prim)
and then Disp_Typ /= Full_T
then
-- Verify that it is not otherwise controlled by a
-- formal or a return value of type T.
Check_Controlling_Formals (Disp_Typ, Prim);
end if;
end if;
Next_Entity (Prim);
end loop;
end if;
-- For the tagged case, the two views can share the same primitive
-- operations list and the same class-wide type. Update attributes
-- of the class-wide type which depend on the full declaration.
if Is_Tagged_Type (Priv_T) then
Set_Direct_Primitive_Operations (Priv_T, Full_List);
Set_Class_Wide_Type
(Base_Type (Full_T), Class_Wide_Type (Priv_T));
Propagate_Concurrent_Flags (Class_Wide_Type (Priv_T), Full_T);
end if;
end;
end if;
-- Ada 2005 AI 161: Check preelaborable initialization consistency
if Known_To_Have_Preelab_Init (Priv_T) then
-- Case where there is a pragma Preelaborable_Initialization. We
-- always allow this in predefined units, which is cheating a bit,
-- but it means we don't have to struggle to meet the requirements in
-- the RM for having Preelaborable Initialization. Otherwise we
-- require that the type meets the RM rules. But we can't check that
-- yet, because of the rule about overriding Initialize, so we simply
-- set a flag that will be checked at freeze time.
if not In_Predefined_Unit (Full_T) then
Set_Must_Have_Preelab_Init (Full_T);
end if;
end if;
-- If pragma CPP_Class was applied to the private type declaration,
-- propagate it now to the full type declaration.
if Is_CPP_Class (Priv_T) then
Set_Is_CPP_Class (Full_T);
Set_Convention (Full_T, Convention_CPP);
-- Check that components of imported CPP types do not have default
-- expressions.
Check_CPP_Type_Has_No_Defaults (Full_T);
end if;
-- If the private view has user specified stream attributes, then so has
-- the full view.
-- Why the test, how could these flags be already set in Full_T ???
if Has_Specified_Stream_Read (Priv_T) then
Set_Has_Specified_Stream_Read (Full_T);
end if;
if Has_Specified_Stream_Write (Priv_T) then
Set_Has_Specified_Stream_Write (Full_T);
end if;
if Has_Specified_Stream_Input (Priv_T) then
Set_Has_Specified_Stream_Input (Full_T);
end if;
if Has_Specified_Stream_Output (Priv_T) then
Set_Has_Specified_Stream_Output (Full_T);
end if;
-- Propagate Default_Initial_Condition-related attributes from the
-- partial view to the full view and its base type.
Propagate_DIC_Attributes (Full_T, From_Typ => Priv_T);
Propagate_DIC_Attributes (Base_Type (Full_T), From_Typ => Priv_T);
-- Propagate invariant-related attributes from the partial view to the
-- full view and its base type.
Propagate_Invariant_Attributes (Full_T, From_Typ => Priv_T);
Propagate_Invariant_Attributes (Base_Type (Full_T), From_Typ => Priv_T);
-- AI12-0041: Detect an attempt to inherit a class-wide type invariant
-- in the full view without advertising the inheritance in the partial
-- view. This can only occur when the partial view has no parent type
-- and the full view has an interface as a parent. Any other scenarios
-- are illegal because implemented interfaces must match between the
-- two views.
if Is_Tagged_Type (Priv_T) and then Is_Tagged_Type (Full_T) then
declare
Full_Par : constant Entity_Id := Etype (Full_T);
Priv_Par : constant Entity_Id := Etype (Priv_T);
begin
if not Is_Interface (Priv_Par)
and then Is_Interface (Full_Par)
and then Has_Inheritable_Invariants (Full_Par)
then
Error_Msg_N
("hidden inheritance of class-wide type invariants not "
& "allowed", N);
end if;
end;
end if;
-- Propagate predicates to full type, and predicate function if already
-- defined. It is not clear that this can actually happen? the partial
-- view cannot be frozen yet, and the predicate function has not been
-- built. Still it is a cheap check and seems safer to make it.
if Has_Predicates (Priv_T) then
Set_Has_Predicates (Full_T);
if Present (Predicate_Function (Priv_T)) then
Set_Predicate_Function (Full_T, Predicate_Function (Priv_T));
end if;
end if;
<<Leave>>
Restore_Ghost_Mode (Mode);
end Process_Full_View;
-----------------------------------
-- Process_Incomplete_Dependents --
-----------------------------------
procedure Process_Incomplete_Dependents
(N : Node_Id;
Full_T : Entity_Id;
Inc_T : Entity_Id)
is
Inc_Elmt : Elmt_Id;
Priv_Dep : Entity_Id;
New_Subt : Entity_Id;
Disc_Constraint : Elist_Id;
begin
if No (Private_Dependents (Inc_T)) then
return;
end if;
-- Itypes that may be generated by the completion of an incomplete
-- subtype are not used by the back-end and not attached to the tree.
-- They are created only for constraint-checking purposes.
Inc_Elmt := First_Elmt (Private_Dependents (Inc_T));
while Present (Inc_Elmt) loop
Priv_Dep := Node (Inc_Elmt);
if Ekind (Priv_Dep) = E_Subprogram_Type then
-- An Access_To_Subprogram type may have a return type or a
-- parameter type that is incomplete. Replace with the full view.
if Etype (Priv_Dep) = Inc_T then
Set_Etype (Priv_Dep, Full_T);
end if;
declare
Formal : Entity_Id;
begin
Formal := First_Formal (Priv_Dep);
while Present (Formal) loop
if Etype (Formal) = Inc_T then
Set_Etype (Formal, Full_T);
end if;
Next_Formal (Formal);
end loop;
end;
elsif Is_Overloadable (Priv_Dep) then
-- If a subprogram in the incomplete dependents list is primitive
-- for a tagged full type then mark it as a dispatching operation,
-- check whether it overrides an inherited subprogram, and check
-- restrictions on its controlling formals. Note that a protected
-- operation is never dispatching: only its wrapper operation
-- (which has convention Ada) is.
if Is_Tagged_Type (Full_T)
and then Is_Primitive (Priv_Dep)
and then Convention (Priv_Dep) /= Convention_Protected
then
Check_Operation_From_Incomplete_Type (Priv_Dep, Inc_T);
Set_Is_Dispatching_Operation (Priv_Dep);
Check_Controlling_Formals (Full_T, Priv_Dep);
end if;
elsif Ekind (Priv_Dep) = E_Subprogram_Body then
-- Can happen during processing of a body before the completion
-- of a TA type. Ignore, because spec is also on dependent list.
return;
-- Ada 2005 (AI-412): Transform a regular incomplete subtype into a
-- corresponding subtype of the full view.
elsif Ekind (Priv_Dep) = E_Incomplete_Subtype then
Set_Subtype_Indication
(Parent (Priv_Dep), New_Occurrence_Of (Full_T, Sloc (Priv_Dep)));
Set_Etype (Priv_Dep, Full_T);
Set_Ekind (Priv_Dep, Subtype_Kind (Ekind (Full_T)));
Set_Analyzed (Parent (Priv_Dep), False);
-- Reanalyze the declaration, suppressing the call to
-- Enter_Name to avoid duplicate names.
Analyze_Subtype_Declaration
(N => Parent (Priv_Dep),
Skip => True);
-- Dependent is a subtype
else
-- We build a new subtype indication using the full view of the
-- incomplete parent. The discriminant constraints have been
-- elaborated already at the point of the subtype declaration.
New_Subt := Create_Itype (E_Void, N);
if Has_Discriminants (Full_T) then
Disc_Constraint := Discriminant_Constraint (Priv_Dep);
else
Disc_Constraint := No_Elist;
end if;
Build_Discriminated_Subtype (Full_T, New_Subt, Disc_Constraint, N);
Set_Full_View (Priv_Dep, New_Subt);
end if;
Next_Elmt (Inc_Elmt);
end loop;
end Process_Incomplete_Dependents;
--------------------------------
-- Process_Range_Expr_In_Decl --
--------------------------------
procedure Process_Range_Expr_In_Decl
(R : Node_Id;
T : Entity_Id;
Subtyp : Entity_Id := Empty;
Check_List : List_Id := Empty_List;
R_Check_Off : Boolean := False;
In_Iter_Schm : Boolean := False)
is
Lo, Hi : Node_Id;
R_Checks : Check_Result;
Insert_Node : Node_Id;
Def_Id : Entity_Id;
begin
Analyze_And_Resolve (R, Base_Type (T));
if Nkind (R) = N_Range then
-- In SPARK, all ranges should be static, with the exception of the
-- discrete type definition of a loop parameter specification.
if not In_Iter_Schm
and then not Is_OK_Static_Range (R)
then
Check_SPARK_05_Restriction ("range should be static", R);
end if;
Lo := Low_Bound (R);
Hi := High_Bound (R);
-- Validity checks on the range of a quantified expression are
-- delayed until the construct is transformed into a loop.
if Nkind (Parent (R)) = N_Loop_Parameter_Specification
and then Nkind (Parent (Parent (R))) = N_Quantified_Expression
then
null;
-- We need to ensure validity of the bounds here, because if we
-- go ahead and do the expansion, then the expanded code will get
-- analyzed with range checks suppressed and we miss the check.
-- WARNING: The capture of the range bounds with xxx_FIRST/_LAST and
-- the temporaries generated by routine Remove_Side_Effects by means
-- of validity checks must use the same names. When a range appears
-- in the parent of a generic, the range is processed with checks
-- disabled as part of the generic context and with checks enabled
-- for code generation purposes. This leads to link issues as the
-- generic contains references to xxx_FIRST/_LAST, but the inlined
-- template sees the temporaries generated by Remove_Side_Effects.
else
Validity_Check_Range (R, Subtyp);
end if;
-- If there were errors in the declaration, try and patch up some
-- common mistakes in the bounds. The cases handled are literals
-- which are Integer where the expected type is Real and vice versa.
-- These corrections allow the compilation process to proceed further
-- along since some basic assumptions of the format of the bounds
-- are guaranteed.
if Etype (R) = Any_Type then
if Nkind (Lo) = N_Integer_Literal and then Is_Real_Type (T) then
Rewrite (Lo,
Make_Real_Literal (Sloc (Lo), UR_From_Uint (Intval (Lo))));
elsif Nkind (Hi) = N_Integer_Literal and then Is_Real_Type (T) then
Rewrite (Hi,
Make_Real_Literal (Sloc (Hi), UR_From_Uint (Intval (Hi))));
elsif Nkind (Lo) = N_Real_Literal and then Is_Integer_Type (T) then
Rewrite (Lo,
Make_Integer_Literal (Sloc (Lo), UR_To_Uint (Realval (Lo))));
elsif Nkind (Hi) = N_Real_Literal and then Is_Integer_Type (T) then
Rewrite (Hi,
Make_Integer_Literal (Sloc (Hi), UR_To_Uint (Realval (Hi))));
end if;
Set_Etype (Lo, T);
Set_Etype (Hi, T);
end if;
-- If the bounds of the range have been mistakenly given as string
-- literals (perhaps in place of character literals), then an error
-- has already been reported, but we rewrite the string literal as a
-- bound of the range's type to avoid blowups in later processing
-- that looks at static values.
if Nkind (Lo) = N_String_Literal then
Rewrite (Lo,
Make_Attribute_Reference (Sloc (Lo),
Prefix => New_Occurrence_Of (T, Sloc (Lo)),
Attribute_Name => Name_First));
Analyze_And_Resolve (Lo);
end if;
if Nkind (Hi) = N_String_Literal then
Rewrite (Hi,
Make_Attribute_Reference (Sloc (Hi),
Prefix => New_Occurrence_Of (T, Sloc (Hi)),
Attribute_Name => Name_First));
Analyze_And_Resolve (Hi);
end if;
-- If bounds aren't scalar at this point then exit, avoiding
-- problems with further processing of the range in this procedure.
if not Is_Scalar_Type (Etype (Lo)) then
return;
end if;
-- Resolve (actually Sem_Eval) has checked that the bounds are in
-- then range of the base type. Here we check whether the bounds
-- are in the range of the subtype itself. Note that if the bounds
-- represent the null range the Constraint_Error exception should
-- not be raised.
-- ??? The following code should be cleaned up as follows
-- 1. The Is_Null_Range (Lo, Hi) test should disappear since it
-- is done in the call to Range_Check (R, T); below
-- 2. The use of R_Check_Off should be investigated and possibly
-- removed, this would clean up things a bit.
if Is_Null_Range (Lo, Hi) then
null;
else
-- Capture values of bounds and generate temporaries for them
-- if needed, before applying checks, since checks may cause
-- duplication of the expression without forcing evaluation.
-- The forced evaluation removes side effects from expressions,
-- which should occur also in GNATprove mode. Otherwise, we end up
-- with unexpected insertions of actions at places where this is
-- not supposed to occur, e.g. on default parameters of a call.
if Expander_Active or GNATprove_Mode then
-- Call Force_Evaluation to create declarations as needed to
-- deal with side effects, and also create typ_FIRST/LAST
-- entities for bounds if we have a subtype name.
-- Note: we do this transformation even if expansion is not
-- active if we are in GNATprove_Mode since the transformation
-- is in general required to ensure that the resulting tree has
-- proper Ada semantics.
Force_Evaluation
(Lo, Related_Id => Subtyp, Is_Low_Bound => True);
Force_Evaluation
(Hi, Related_Id => Subtyp, Is_High_Bound => True);
end if;
-- We use a flag here instead of suppressing checks on the type
-- because the type we check against isn't necessarily the place
-- where we put the check.
if not R_Check_Off then
R_Checks := Get_Range_Checks (R, T);
-- Look up tree to find an appropriate insertion point. We
-- can't just use insert_actions because later processing
-- depends on the insertion node. Prior to Ada 2012 the
-- insertion point could only be a declaration or a loop, but
-- quantified expressions can appear within any context in an
-- expression, and the insertion point can be any statement,
-- pragma, or declaration.
Insert_Node := Parent (R);
while Present (Insert_Node) loop
exit when
Nkind (Insert_Node) in N_Declaration
and then
not Nkind_In
(Insert_Node, N_Component_Declaration,
N_Loop_Parameter_Specification,
N_Function_Specification,
N_Procedure_Specification);
exit when Nkind (Insert_Node) in N_Later_Decl_Item
or else Nkind (Insert_Node) in
N_Statement_Other_Than_Procedure_Call
or else Nkind_In (Insert_Node, N_Procedure_Call_Statement,
N_Pragma);
Insert_Node := Parent (Insert_Node);
end loop;
-- Why would Type_Decl not be present??? Without this test,
-- short regression tests fail.
if Present (Insert_Node) then
-- Case of loop statement. Verify that the range is part
-- of the subtype indication of the iteration scheme.
if Nkind (Insert_Node) = N_Loop_Statement then
declare
Indic : Node_Id;
begin
Indic := Parent (R);
while Present (Indic)
and then Nkind (Indic) /= N_Subtype_Indication
loop
Indic := Parent (Indic);
end loop;
if Present (Indic) then
Def_Id := Etype (Subtype_Mark (Indic));
Insert_Range_Checks
(R_Checks,
Insert_Node,
Def_Id,
Sloc (Insert_Node),
R,
Do_Before => True);
end if;
end;
-- Insertion before a declaration. If the declaration
-- includes discriminants, the list of applicable checks
-- is given by the caller.
elsif Nkind (Insert_Node) in N_Declaration then
Def_Id := Defining_Identifier (Insert_Node);
if (Ekind (Def_Id) = E_Record_Type
and then Depends_On_Discriminant (R))
or else
(Ekind (Def_Id) = E_Protected_Type
and then Has_Discriminants (Def_Id))
then
Append_Range_Checks
(R_Checks,
Check_List, Def_Id, Sloc (Insert_Node), R);
else
Insert_Range_Checks
(R_Checks,
Insert_Node, Def_Id, Sloc (Insert_Node), R);
end if;
-- Insertion before a statement. Range appears in the
-- context of a quantified expression. Insertion will
-- take place when expression is expanded.
else
null;
end if;
end if;
end if;
end if;
-- Case of other than an explicit N_Range node
-- The forced evaluation removes side effects from expressions, which
-- should occur also in GNATprove mode. Otherwise, we end up with
-- unexpected insertions of actions at places where this is not
-- supposed to occur, e.g. on default parameters of a call.
elsif Expander_Active or GNATprove_Mode then
Get_Index_Bounds (R, Lo, Hi);
Force_Evaluation (Lo);
Force_Evaluation (Hi);
end if;
end Process_Range_Expr_In_Decl;
--------------------------------------
-- Process_Real_Range_Specification --
--------------------------------------
procedure Process_Real_Range_Specification (Def : Node_Id) is
Spec : constant Node_Id := Real_Range_Specification (Def);
Lo : Node_Id;
Hi : Node_Id;
Err : Boolean := False;
procedure Analyze_Bound (N : Node_Id);
-- Analyze and check one bound
-------------------
-- Analyze_Bound --
-------------------
procedure Analyze_Bound (N : Node_Id) is
begin
Analyze_And_Resolve (N, Any_Real);
if not Is_OK_Static_Expression (N) then
Flag_Non_Static_Expr
("bound in real type definition is not static!", N);
Err := True;
end if;
end Analyze_Bound;
-- Start of processing for Process_Real_Range_Specification
begin
if Present (Spec) then
Lo := Low_Bound (Spec);
Hi := High_Bound (Spec);
Analyze_Bound (Lo);
Analyze_Bound (Hi);
-- If error, clear away junk range specification
if Err then
Set_Real_Range_Specification (Def, Empty);
end if;
end if;
end Process_Real_Range_Specification;
---------------------
-- Process_Subtype --
---------------------
function Process_Subtype
(S : Node_Id;
Related_Nod : Node_Id;
Related_Id : Entity_Id := Empty;
Suffix : Character := ' ') return Entity_Id
is
P : Node_Id;
Def_Id : Entity_Id;
Error_Node : Node_Id;
Full_View_Id : Entity_Id;
Subtype_Mark_Id : Entity_Id;
May_Have_Null_Exclusion : Boolean;
procedure Check_Incomplete (T : Node_Id);
-- Called to verify that an incomplete type is not used prematurely
----------------------
-- Check_Incomplete --
----------------------
procedure Check_Incomplete (T : Node_Id) is
begin
-- Ada 2005 (AI-412): Incomplete subtypes are legal
if Ekind (Root_Type (Entity (T))) = E_Incomplete_Type
and then
not (Ada_Version >= Ada_2005
and then
(Nkind (Parent (T)) = N_Subtype_Declaration
or else (Nkind (Parent (T)) = N_Subtype_Indication
and then Nkind (Parent (Parent (T))) =
N_Subtype_Declaration)))
then
Error_Msg_N ("invalid use of type before its full declaration", T);
end if;
end Check_Incomplete;
-- Start of processing for Process_Subtype
begin
-- Case of no constraints present
if Nkind (S) /= N_Subtype_Indication then
Find_Type (S);
Check_Incomplete (S);
P := Parent (S);
-- Ada 2005 (AI-231): Static check
if Ada_Version >= Ada_2005
and then Present (P)
and then Null_Exclusion_Present (P)
and then Nkind (P) /= N_Access_To_Object_Definition
and then not Is_Access_Type (Entity (S))
then
Error_Msg_N ("`NOT NULL` only allowed for an access type", S);
end if;
-- The following is ugly, can't we have a range or even a flag???
May_Have_Null_Exclusion :=
Nkind_In (P, N_Access_Definition,
N_Access_Function_Definition,
N_Access_Procedure_Definition,
N_Access_To_Object_Definition,
N_Allocator,
N_Component_Definition)
or else
Nkind_In (P, N_Derived_Type_Definition,
N_Discriminant_Specification,
N_Formal_Object_Declaration,
N_Object_Declaration,
N_Object_Renaming_Declaration,
N_Parameter_Specification,
N_Subtype_Declaration);
-- Create an Itype that is a duplicate of Entity (S) but with the
-- null-exclusion attribute.
if May_Have_Null_Exclusion
and then Is_Access_Type (Entity (S))
and then Null_Exclusion_Present (P)
-- No need to check the case of an access to object definition.
-- It is correct to define double not-null pointers.
-- Example:
-- type Not_Null_Int_Ptr is not null access Integer;
-- type Acc is not null access Not_Null_Int_Ptr;
and then Nkind (P) /= N_Access_To_Object_Definition
then
if Can_Never_Be_Null (Entity (S)) then
case Nkind (Related_Nod) is
when N_Full_Type_Declaration =>
if Nkind (Type_Definition (Related_Nod))
in N_Array_Type_Definition
then
Error_Node :=
Subtype_Indication
(Component_Definition
(Type_Definition (Related_Nod)));
else
Error_Node :=
Subtype_Indication (Type_Definition (Related_Nod));
end if;
when N_Subtype_Declaration =>
Error_Node := Subtype_Indication (Related_Nod);
when N_Object_Declaration =>
Error_Node := Object_Definition (Related_Nod);
when N_Component_Declaration =>
Error_Node :=
Subtype_Indication (Component_Definition (Related_Nod));
when N_Allocator =>
Error_Node := Expression (Related_Nod);
when others =>
pragma Assert (False);
Error_Node := Related_Nod;
end case;
Error_Msg_NE
("`NOT NULL` not allowed (& already excludes null)",
Error_Node,
Entity (S));
end if;
Set_Etype (S,
Create_Null_Excluding_Itype
(T => Entity (S),
Related_Nod => P));
Set_Entity (S, Etype (S));
end if;
return Entity (S);
-- Case of constraint present, so that we have an N_Subtype_Indication
-- node (this node is created only if constraints are present).
else
Find_Type (Subtype_Mark (S));
if Nkind (Parent (S)) /= N_Access_To_Object_Definition
and then not
(Nkind (Parent (S)) = N_Subtype_Declaration
and then Is_Itype (Defining_Identifier (Parent (S))))
then
Check_Incomplete (Subtype_Mark (S));
end if;
P := Parent (S);
Subtype_Mark_Id := Entity (Subtype_Mark (S));
-- Explicit subtype declaration case
if Nkind (P) = N_Subtype_Declaration then
Def_Id := Defining_Identifier (P);
-- Explicit derived type definition case
elsif Nkind (P) = N_Derived_Type_Definition then
Def_Id := Defining_Identifier (Parent (P));
-- Implicit case, the Def_Id must be created as an implicit type.
-- The one exception arises in the case of concurrent types, array
-- and access types, where other subsidiary implicit types may be
-- created and must appear before the main implicit type. In these
-- cases we leave Def_Id set to Empty as a signal that Create_Itype
-- has not yet been called to create Def_Id.
else
if Is_Array_Type (Subtype_Mark_Id)
or else Is_Concurrent_Type (Subtype_Mark_Id)
or else Is_Access_Type (Subtype_Mark_Id)
then
Def_Id := Empty;
-- For the other cases, we create a new unattached Itype,
-- and set the indication to ensure it gets attached later.
else
Def_Id :=
Create_Itype (E_Void, Related_Nod, Related_Id, Suffix);
end if;
end if;
-- If the kind of constraint is invalid for this kind of type,
-- then give an error, and then pretend no constraint was given.
if not Is_Valid_Constraint_Kind
(Ekind (Subtype_Mark_Id), Nkind (Constraint (S)))
then
Error_Msg_N
("incorrect constraint for this kind of type", Constraint (S));
Rewrite (S, New_Copy_Tree (Subtype_Mark (S)));
-- Set Ekind of orphan itype, to prevent cascaded errors
if Present (Def_Id) then
Set_Ekind (Def_Id, Ekind (Any_Type));
end if;
-- Make recursive call, having got rid of the bogus constraint
return Process_Subtype (S, Related_Nod, Related_Id, Suffix);
end if;
-- Remaining processing depends on type. Select on Base_Type kind to
-- ensure getting to the concrete type kind in the case of a private
-- subtype (needed when only doing semantic analysis).
case Ekind (Base_Type (Subtype_Mark_Id)) is
when Access_Kind =>
-- If this is a constraint on a class-wide type, discard it.
-- There is currently no way to express a partial discriminant
-- constraint on a type with unknown discriminants. This is
-- a pathology that the ACATS wisely decides not to test.
if Is_Class_Wide_Type (Designated_Type (Subtype_Mark_Id)) then
if Comes_From_Source (S) then
Error_Msg_N
("constraint on class-wide type ignored??",
Constraint (S));
end if;
if Nkind (P) = N_Subtype_Declaration then
Set_Subtype_Indication (P,
New_Occurrence_Of (Subtype_Mark_Id, Sloc (S)));
end if;
return Subtype_Mark_Id;
end if;
Constrain_Access (Def_Id, S, Related_Nod);
if Expander_Active
and then Is_Itype (Designated_Type (Def_Id))
and then Nkind (Related_Nod) = N_Subtype_Declaration
and then not Is_Incomplete_Type (Designated_Type (Def_Id))
then
Build_Itype_Reference
(Designated_Type (Def_Id), Related_Nod);
end if;
when Array_Kind =>
Constrain_Array (Def_Id, S, Related_Nod, Related_Id, Suffix);
when Decimal_Fixed_Point_Kind =>
Constrain_Decimal (Def_Id, S);
when Enumeration_Kind =>
Constrain_Enumeration (Def_Id, S);
Inherit_Predicate_Flags (Def_Id, Subtype_Mark_Id);
when Ordinary_Fixed_Point_Kind =>
Constrain_Ordinary_Fixed (Def_Id, S);
when Float_Kind =>
Constrain_Float (Def_Id, S);
when Integer_Kind =>
Constrain_Integer (Def_Id, S);
Inherit_Predicate_Flags (Def_Id, Subtype_Mark_Id);
when Class_Wide_Kind
| E_Incomplete_Type
| E_Record_Subtype
| E_Record_Type
=>
Constrain_Discriminated_Type (Def_Id, S, Related_Nod);
if Ekind (Def_Id) = E_Incomplete_Type then
Set_Private_Dependents (Def_Id, New_Elmt_List);
end if;
when Private_Kind =>
Constrain_Discriminated_Type (Def_Id, S, Related_Nod);
-- The base type may be private but Def_Id may be a full view
-- in an instance.
if Is_Private_Type (Def_Id) then
Set_Private_Dependents (Def_Id, New_Elmt_List);
end if;
-- In case of an invalid constraint prevent further processing
-- since the type constructed is missing expected fields.
if Etype (Def_Id) = Any_Type then
return Def_Id;
end if;
-- If the full view is that of a task with discriminants,
-- we must constrain both the concurrent type and its
-- corresponding record type. Otherwise we will just propagate
-- the constraint to the full view, if available.
if Present (Full_View (Subtype_Mark_Id))
and then Has_Discriminants (Subtype_Mark_Id)
and then Is_Concurrent_Type (Full_View (Subtype_Mark_Id))
then
Full_View_Id :=
Create_Itype (E_Void, Related_Nod, Related_Id, Suffix);
Set_Entity (Subtype_Mark (S), Full_View (Subtype_Mark_Id));
Constrain_Concurrent (Full_View_Id, S,
Related_Nod, Related_Id, Suffix);
Set_Entity (Subtype_Mark (S), Subtype_Mark_Id);
Set_Full_View (Def_Id, Full_View_Id);
-- Introduce an explicit reference to the private subtype,
-- to prevent scope anomalies in gigi if first use appears
-- in a nested context, e.g. a later function body.
-- Should this be generated in other contexts than a full
-- type declaration?
if Is_Itype (Def_Id)
and then
Nkind (Parent (P)) = N_Full_Type_Declaration
then
Build_Itype_Reference (Def_Id, Parent (P));
end if;
else
Prepare_Private_Subtype_Completion (Def_Id, Related_Nod);
end if;
when Concurrent_Kind =>
Constrain_Concurrent (Def_Id, S,
Related_Nod, Related_Id, Suffix);
when others =>
Error_Msg_N ("invalid subtype mark in subtype indication", S);
end case;
-- Size, Alignment, Representation aspects and Convention are always
-- inherited from the base type.
Set_Size_Info (Def_Id, (Subtype_Mark_Id));
Set_Rep_Info (Def_Id, (Subtype_Mark_Id));
Set_Convention (Def_Id, Convention (Subtype_Mark_Id));
return Def_Id;
end if;
end Process_Subtype;
-----------------------------
-- Record_Type_Declaration --
-----------------------------
procedure Record_Type_Declaration
(T : Entity_Id;
N : Node_Id;
Prev : Entity_Id)
is
Def : constant Node_Id := Type_Definition (N);
Is_Tagged : Boolean;
Tag_Comp : Entity_Id;
begin
-- These flags must be initialized before calling Process_Discriminants
-- because this routine makes use of them.
Set_Ekind (T, E_Record_Type);
Set_Etype (T, T);
Init_Size_Align (T);
Set_Interfaces (T, No_Elist);
Set_Stored_Constraint (T, No_Elist);
Set_Default_SSO (T);
-- Normal case
if Ada_Version < Ada_2005 or else not Interface_Present (Def) then
if Limited_Present (Def) then
Check_SPARK_05_Restriction ("limited is not allowed", N);
end if;
if Abstract_Present (Def) then
Check_SPARK_05_Restriction ("abstract is not allowed", N);
end if;
-- The flag Is_Tagged_Type might have already been set by
-- Find_Type_Name if it detected an error for declaration T. This
-- arises in the case of private tagged types where the full view
-- omits the word tagged.
Is_Tagged :=
Tagged_Present (Def)
or else (Serious_Errors_Detected > 0 and then Is_Tagged_Type (T));
Set_Is_Limited_Record (T, Limited_Present (Def));
if Is_Tagged then
Set_Is_Tagged_Type (T, True);
Set_No_Tagged_Streams_Pragma (T, No_Tagged_Streams);
end if;
-- Type is abstract if full declaration carries keyword, or if
-- previous partial view did.
Set_Is_Abstract_Type (T, Is_Abstract_Type (T)
or else Abstract_Present (Def));
else
Check_SPARK_05_Restriction ("interface is not allowed", N);
Is_Tagged := True;
Analyze_Interface_Declaration (T, Def);
if Present (Discriminant_Specifications (N)) then
Error_Msg_N
("interface types cannot have discriminants",
Defining_Identifier
(First (Discriminant_Specifications (N))));
end if;
end if;
-- First pass: if there are self-referential access components,
-- create the required anonymous access type declarations, and if
-- need be an incomplete type declaration for T itself.
Check_Anonymous_Access_Components (N, T, Prev, Component_List (Def));
if Ada_Version >= Ada_2005
and then Present (Interface_List (Def))
then
Check_Interfaces (N, Def);
declare
Ifaces_List : Elist_Id;
begin
-- Ada 2005 (AI-251): Collect the list of progenitors that are not
-- already in the parents.
Collect_Interfaces
(T => T,
Ifaces_List => Ifaces_List,
Exclude_Parents => True);
Set_Interfaces (T, Ifaces_List);
end;
end if;
-- Records constitute a scope for the component declarations within.
-- The scope is created prior to the processing of these declarations.
-- Discriminants are processed first, so that they are visible when
-- processing the other components. The Ekind of the record type itself
-- is set to E_Record_Type (subtypes appear as E_Record_Subtype).
-- Enter record scope
Push_Scope (T);
-- If an incomplete or private type declaration was already given for
-- the type, then this scope already exists, and the discriminants have
-- been declared within. We must verify that the full declaration
-- matches the incomplete one.
Check_Or_Process_Discriminants (N, T, Prev);
Set_Is_Constrained (T, not Has_Discriminants (T));
Set_Has_Delayed_Freeze (T, True);
-- For tagged types add a manually analyzed component corresponding
-- to the component _tag, the corresponding piece of tree will be
-- expanded as part of the freezing actions if it is not a CPP_Class.
if Is_Tagged then
-- Do not add the tag unless we are in expansion mode
if Expander_Active then
Tag_Comp := Make_Defining_Identifier (Sloc (Def), Name_uTag);
Enter_Name (Tag_Comp);
Set_Ekind (Tag_Comp, E_Component);
Set_Is_Tag (Tag_Comp);
Set_Is_Aliased (Tag_Comp);
Set_Etype (Tag_Comp, RTE (RE_Tag));
Set_DT_Entry_Count (Tag_Comp, No_Uint);
Set_Original_Record_Component (Tag_Comp, Tag_Comp);
Init_Component_Location (Tag_Comp);
-- Ada 2005 (AI-251): Addition of the Tag corresponding to all the
-- implemented interfaces.
if Has_Interfaces (T) then
Add_Interface_Tag_Components (N, T);
end if;
end if;
Make_Class_Wide_Type (T);
Set_Direct_Primitive_Operations (T, New_Elmt_List);
end if;
-- We must suppress range checks when processing record components in
-- the presence of discriminants, since we don't want spurious checks to
-- be generated during their analysis, but Suppress_Range_Checks flags
-- must be reset the after processing the record definition.
-- Note: this is the only use of Kill_Range_Checks, and is a bit odd,
-- couldn't we just use the normal range check suppression method here.
-- That would seem cleaner ???
if Has_Discriminants (T) and then not Range_Checks_Suppressed (T) then
Set_Kill_Range_Checks (T, True);
Record_Type_Definition (Def, Prev);
Set_Kill_Range_Checks (T, False);
else
Record_Type_Definition (Def, Prev);
end if;
-- Exit from record scope
End_Scope;
-- Ada 2005 (AI-251 and AI-345): Derive the interface subprograms of all
-- the implemented interfaces and associate them an aliased entity.
if Is_Tagged
and then not Is_Empty_List (Interface_List (Def))
then
Derive_Progenitor_Subprograms (T, T);
end if;
Check_Function_Writable_Actuals (N);
end Record_Type_Declaration;
----------------------------
-- Record_Type_Definition --
----------------------------
procedure Record_Type_Definition (Def : Node_Id; Prev_T : Entity_Id) is
Component : Entity_Id;
Ctrl_Components : Boolean := False;
Final_Storage_Only : Boolean;
T : Entity_Id;
begin
if Ekind (Prev_T) = E_Incomplete_Type then
T := Full_View (Prev_T);
else
T := Prev_T;
end if;
-- In SPARK, tagged types and type extensions may only be declared in
-- the specification of library unit packages.
if Present (Def) and then Is_Tagged_Type (T) then
declare
Typ : Node_Id;
Ctxt : Node_Id;
begin
if Nkind (Parent (Def)) = N_Full_Type_Declaration then
Typ := Parent (Def);
else
pragma Assert
(Nkind (Parent (Def)) = N_Derived_Type_Definition);
Typ := Parent (Parent (Def));
end if;
Ctxt := Parent (Typ);
if Nkind (Ctxt) = N_Package_Body
and then Nkind (Parent (Ctxt)) = N_Compilation_Unit
then
Check_SPARK_05_Restriction
("type should be defined in package specification", Typ);
elsif Nkind (Ctxt) /= N_Package_Specification
or else Nkind (Parent (Parent (Ctxt))) /= N_Compilation_Unit
then
Check_SPARK_05_Restriction
("type should be defined in library unit package", Typ);
end if;
end;
end if;
Final_Storage_Only := not Is_Controlled_Active (T);
-- Ada 2005: Check whether an explicit Limited is present in a derived
-- type declaration.
if Nkind (Parent (Def)) = N_Derived_Type_Definition
and then Limited_Present (Parent (Def))
then
Set_Is_Limited_Record (T);
end if;
-- If the component list of a record type is defined by the reserved
-- word null and there is no discriminant part, then the record type has
-- no components and all records of the type are null records (RM 3.7)
-- This procedure is also called to process the extension part of a
-- record extension, in which case the current scope may have inherited
-- components.
if No (Def)
or else No (Component_List (Def))
or else Null_Present (Component_List (Def))
then
if not Is_Tagged_Type (T) then
Check_SPARK_05_Restriction ("untagged record cannot be null", Def);
end if;
else
Analyze_Declarations (Component_Items (Component_List (Def)));
if Present (Variant_Part (Component_List (Def))) then
Check_SPARK_05_Restriction ("variant part is not allowed", Def);
Analyze (Variant_Part (Component_List (Def)));
end if;
end if;
-- After completing the semantic analysis of the record definition,
-- record components, both new and inherited, are accessible. Set their
-- kind accordingly. Exclude malformed itypes from illegal declarations,
-- whose Ekind may be void.
Component := First_Entity (Current_Scope);
while Present (Component) loop
if Ekind (Component) = E_Void
and then not Is_Itype (Component)
then
Set_Ekind (Component, E_Component);
Init_Component_Location (Component);
end if;
Propagate_Concurrent_Flags (T, Etype (Component));
if Ekind (Component) /= E_Component then
null;
-- Do not set Has_Controlled_Component on a class-wide equivalent
-- type. See Make_CW_Equivalent_Type.
elsif not Is_Class_Wide_Equivalent_Type (T)
and then (Has_Controlled_Component (Etype (Component))
or else (Chars (Component) /= Name_uParent
and then Is_Controlled_Active
(Etype (Component))))
then
Set_Has_Controlled_Component (T, True);
Final_Storage_Only :=
Final_Storage_Only
and then Finalize_Storage_Only (Etype (Component));
Ctrl_Components := True;
end if;
Next_Entity (Component);
end loop;
-- A Type is Finalize_Storage_Only only if all its controlled components
-- are also.
if Ctrl_Components then
Set_Finalize_Storage_Only (T, Final_Storage_Only);
end if;
-- Place reference to end record on the proper entity, which may
-- be a partial view.
if Present (Def) then
Process_End_Label (Def, 'e', Prev_T);
end if;
end Record_Type_Definition;
------------------------
-- Replace_Components --
------------------------
procedure Replace_Components (Typ : Entity_Id; Decl : Node_Id) is
function Process (N : Node_Id) return Traverse_Result;
-------------
-- Process --
-------------
function Process (N : Node_Id) return Traverse_Result is
Comp : Entity_Id;
begin
if Nkind (N) = N_Discriminant_Specification then
Comp := First_Discriminant (Typ);
while Present (Comp) loop
if Chars (Comp) = Chars (Defining_Identifier (N)) then
Set_Defining_Identifier (N, Comp);
exit;
end if;
Next_Discriminant (Comp);
end loop;
elsif Nkind (N) = N_Component_Declaration then
Comp := First_Component (Typ);
while Present (Comp) loop
if Chars (Comp) = Chars (Defining_Identifier (N)) then
Set_Defining_Identifier (N, Comp);
exit;
end if;
Next_Component (Comp);
end loop;
end if;
return OK;
end Process;
procedure Replace is new Traverse_Proc (Process);
-- Start of processing for Replace_Components
begin
Replace (Decl);
end Replace_Components;
-------------------------------
-- Set_Completion_Referenced --
-------------------------------
procedure Set_Completion_Referenced (E : Entity_Id) is
begin
-- If in main unit, mark entity that is a completion as referenced,
-- warnings go on the partial view when needed.
if In_Extended_Main_Source_Unit (E) then
Set_Referenced (E);
end if;
end Set_Completion_Referenced;
---------------------
-- Set_Default_SSO --
---------------------
procedure Set_Default_SSO (T : Entity_Id) is
begin
case Opt.Default_SSO is
when ' ' =>
null;
when 'L' =>
Set_SSO_Set_Low_By_Default (T, True);
when 'H' =>
Set_SSO_Set_High_By_Default (T, True);
when others =>
raise Program_Error;
end case;
end Set_Default_SSO;
---------------------
-- Set_Fixed_Range --
---------------------
-- The range for fixed-point types is complicated by the fact that we
-- do not know the exact end points at the time of the declaration. This
-- is true for three reasons:
-- A size clause may affect the fudging of the end-points.
-- A small clause may affect the values of the end-points.
-- We try to include the end-points if it does not affect the size.
-- This means that the actual end-points must be established at the
-- point when the type is frozen. Meanwhile, we first narrow the range
-- as permitted (so that it will fit if necessary in a small specified
-- size), and then build a range subtree with these narrowed bounds.
-- Set_Fixed_Range constructs the range from real literal values, and
-- sets the range as the Scalar_Range of the given fixed-point type entity.
-- The parent of this range is set to point to the entity so that it is
-- properly hooked into the tree (unlike normal Scalar_Range entries for
-- other scalar types, which are just pointers to the range in the
-- original tree, this would otherwise be an orphan).
-- The tree is left unanalyzed. When the type is frozen, the processing
-- in Freeze.Freeze_Fixed_Point_Type notices that the range is not
-- analyzed, and uses this as an indication that it should complete
-- work on the range (it will know the final small and size values).
procedure Set_Fixed_Range
(E : Entity_Id;
Loc : Source_Ptr;
Lo : Ureal;
Hi : Ureal)
is
S : constant Node_Id :=
Make_Range (Loc,
Low_Bound => Make_Real_Literal (Loc, Lo),
High_Bound => Make_Real_Literal (Loc, Hi));
begin
Set_Scalar_Range (E, S);
Set_Parent (S, E);
-- Before the freeze point, the bounds of a fixed point are universal
-- and carry the corresponding type.
Set_Etype (Low_Bound (S), Universal_Real);
Set_Etype (High_Bound (S), Universal_Real);
end Set_Fixed_Range;
----------------------------------
-- Set_Scalar_Range_For_Subtype --
----------------------------------
procedure Set_Scalar_Range_For_Subtype
(Def_Id : Entity_Id;
R : Node_Id;
Subt : Entity_Id)
is
Kind : constant Entity_Kind := Ekind (Def_Id);
begin
-- Defend against previous error
if Nkind (R) = N_Error then
return;
end if;
Set_Scalar_Range (Def_Id, R);
-- We need to link the range into the tree before resolving it so
-- that types that are referenced, including importantly the subtype
-- itself, are properly frozen (Freeze_Expression requires that the
-- expression be properly linked into the tree). Of course if it is
-- already linked in, then we do not disturb the current link.
if No (Parent (R)) then
Set_Parent (R, Def_Id);
end if;
-- Reset the kind of the subtype during analysis of the range, to
-- catch possible premature use in the bounds themselves.
Set_Ekind (Def_Id, E_Void);
Process_Range_Expr_In_Decl (R, Subt, Subtyp => Def_Id);
Set_Ekind (Def_Id, Kind);
end Set_Scalar_Range_For_Subtype;
--------------------------------------------------------
-- Set_Stored_Constraint_From_Discriminant_Constraint --
--------------------------------------------------------
procedure Set_Stored_Constraint_From_Discriminant_Constraint
(E : Entity_Id)
is
begin
-- Make sure set if encountered during Expand_To_Stored_Constraint
Set_Stored_Constraint (E, No_Elist);
-- Give it the right value
if Is_Constrained (E) and then Has_Discriminants (E) then
Set_Stored_Constraint (E,
Expand_To_Stored_Constraint (E, Discriminant_Constraint (E)));
end if;
end Set_Stored_Constraint_From_Discriminant_Constraint;
-------------------------------------
-- Signed_Integer_Type_Declaration --
-------------------------------------
procedure Signed_Integer_Type_Declaration (T : Entity_Id; Def : Node_Id) is
Implicit_Base : Entity_Id;
Base_Typ : Entity_Id;
Lo_Val : Uint;
Hi_Val : Uint;
Errs : Boolean := False;
Lo : Node_Id;
Hi : Node_Id;
function Can_Derive_From (E : Entity_Id) return Boolean;
-- Determine whether given bounds allow derivation from specified type
procedure Check_Bound (Expr : Node_Id);
-- Check bound to make sure it is integral and static. If not, post
-- appropriate error message and set Errs flag
---------------------
-- Can_Derive_From --
---------------------
-- Note we check both bounds against both end values, to deal with
-- strange types like ones with a range of 0 .. -12341234.
function Can_Derive_From (E : Entity_Id) return Boolean is
Lo : constant Uint := Expr_Value (Type_Low_Bound (E));
Hi : constant Uint := Expr_Value (Type_High_Bound (E));
begin
return Lo <= Lo_Val and then Lo_Val <= Hi
and then
Lo <= Hi_Val and then Hi_Val <= Hi;
end Can_Derive_From;
-----------------
-- Check_Bound --
-----------------
procedure Check_Bound (Expr : Node_Id) is
begin
-- If a range constraint is used as an integer type definition, each
-- bound of the range must be defined by a static expression of some
-- integer type, but the two bounds need not have the same integer
-- type (Negative bounds are allowed.) (RM 3.5.4)
if not Is_Integer_Type (Etype (Expr)) then
Error_Msg_N
("integer type definition bounds must be of integer type", Expr);
Errs := True;
elsif not Is_OK_Static_Expression (Expr) then
Flag_Non_Static_Expr
("non-static expression used for integer type bound!", Expr);
Errs := True;
-- The bounds are folded into literals, and we set their type to be
-- universal, to avoid typing difficulties: we cannot set the type
-- of the literal to the new type, because this would be a forward
-- reference for the back end, and if the original type is user-
-- defined this can lead to spurious semantic errors (e.g. 2928-003).
else
if Is_Entity_Name (Expr) then
Fold_Uint (Expr, Expr_Value (Expr), True);
end if;
Set_Etype (Expr, Universal_Integer);
end if;
end Check_Bound;
-- Start of processing for Signed_Integer_Type_Declaration
begin
-- Create an anonymous base type
Implicit_Base :=
Create_Itype (E_Signed_Integer_Type, Parent (Def), T, 'B');
-- Analyze and check the bounds, they can be of any integer type
Lo := Low_Bound (Def);
Hi := High_Bound (Def);
-- Arbitrarily use Integer as the type if either bound had an error
if Hi = Error or else Lo = Error then
Base_Typ := Any_Integer;
Set_Error_Posted (T, True);
-- Here both bounds are OK expressions
else
Analyze_And_Resolve (Lo, Any_Integer);
Analyze_And_Resolve (Hi, Any_Integer);
Check_Bound (Lo);
Check_Bound (Hi);
if Errs then
Hi := Type_High_Bound (Standard_Long_Long_Integer);
Lo := Type_Low_Bound (Standard_Long_Long_Integer);
end if;
-- Find type to derive from
Lo_Val := Expr_Value (Lo);
Hi_Val := Expr_Value (Hi);
if Can_Derive_From (Standard_Short_Short_Integer) then
Base_Typ := Base_Type (Standard_Short_Short_Integer);
elsif Can_Derive_From (Standard_Short_Integer) then
Base_Typ := Base_Type (Standard_Short_Integer);
elsif Can_Derive_From (Standard_Integer) then
Base_Typ := Base_Type (Standard_Integer);
elsif Can_Derive_From (Standard_Long_Integer) then
Base_Typ := Base_Type (Standard_Long_Integer);
elsif Can_Derive_From (Standard_Long_Long_Integer) then
Check_Restriction (No_Long_Long_Integers, Def);
Base_Typ := Base_Type (Standard_Long_Long_Integer);
else
Base_Typ := Base_Type (Standard_Long_Long_Integer);
Error_Msg_N ("integer type definition bounds out of range", Def);
Hi := Type_High_Bound (Standard_Long_Long_Integer);
Lo := Type_Low_Bound (Standard_Long_Long_Integer);
end if;
end if;
-- Complete both implicit base and declared first subtype entities. The
-- inheritance of the rep item chain ensures that SPARK-related pragmas
-- are not clobbered when the signed integer type acts as a full view of
-- a private type.
Set_Etype (Implicit_Base, Base_Typ);
Set_Size_Info (Implicit_Base, Base_Typ);
Set_RM_Size (Implicit_Base, RM_Size (Base_Typ));
Set_First_Rep_Item (Implicit_Base, First_Rep_Item (Base_Typ));
Set_Scalar_Range (Implicit_Base, Scalar_Range (Base_Typ));
Set_Ekind (T, E_Signed_Integer_Subtype);
Set_Etype (T, Implicit_Base);
Set_Size_Info (T, Implicit_Base);
Inherit_Rep_Item_Chain (T, Implicit_Base);
Set_Scalar_Range (T, Def);
Set_RM_Size (T, UI_From_Int (Minimum_Size (T)));
Set_Is_Constrained (T);
end Signed_Integer_Type_Declaration;
end Sem_Ch3;
|
------------------------------------------------------------------------------
-- --
-- GNAT ncurses Binding Samples --
-- --
-- ncurses --
-- --
-- B O D Y --
-- --
------------------------------------------------------------------------------
-- Copyright (c) 2000-2004,2011 Free Software Foundation, Inc. --
-- --
-- Permission is hereby granted, free of charge, to any person obtaining a --
-- copy of this software and associated documentation files (the --
-- "Software"), to deal in the Software without restriction, including --
-- without limitation the rights to use, copy, modify, merge, publish, --
-- distribute, distribute with modifications, sublicense, and/or sell --
-- copies of the Software, and to permit persons to whom the Software is --
-- furnished to do so, subject to the following conditions: --
-- --
-- The above copyright notice and this permission notice shall be included --
-- in all copies or substantial portions of the Software. --
-- --
-- THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS --
-- OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF --
-- MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. --
-- IN NO EVENT SHALL THE ABOVE COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, --
-- DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR --
-- OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR --
-- THE USE OR OTHER DEALINGS IN THE SOFTWARE. --
-- --
-- Except as contained in this notice, the name(s) of the above copyright --
-- holders shall not be used in advertising or otherwise to promote the --
-- sale, use or other dealings in this Software without prior written --
-- authorization. --
------------------------------------------------------------------------------
-- Author: Eugene V. Melaragno <aldomel@ix.netcom.com> 2000
-- Version Control
-- $Revision: 1.5 $
-- $Date: 2011/03/19 12:07:18 $
-- Binding Version 01.00
------------------------------------------------------------------------------
with ncurses2.util; use ncurses2.util;
with Terminal_Interface.Curses; use Terminal_Interface.Curses;
-- test effects of overlapping windows
procedure ncurses2.overlap_test is
procedure fillwin (win : Window; ch : Character);
procedure crosswin (win : Window; ch : Character);
procedure fillwin (win : Window; ch : Character) is
y1 : Line_Position;
x1 : Column_Position;
begin
Get_Size (win, y1, x1);
for y in 0 .. y1 - 1 loop
Move_Cursor (win, y, 0);
for x in 0 .. x1 - 1 loop
Add (win, Ch => ch);
end loop;
end loop;
exception
when Curses_Exception => null;
-- write to lower right corner
end fillwin;
procedure crosswin (win : Window; ch : Character) is
y1 : Line_Position;
x1 : Column_Position;
begin
Get_Size (win, y1, x1);
for y in 0 .. y1 - 1 loop
for x in 0 .. x1 - 1 loop
if ((x > (x1 - 1) / 3) and (x <= (2 * (x1 - 1)) / 3))
or (((y > (y1 - 1) / 3) and (y <= (2 * (y1 - 1)) / 3))) then
Move_Cursor (win, y, x);
Add (win, Ch => ch);
end if;
end loop;
end loop;
end crosswin;
-- In a 24x80 screen like some xterms are, the instructions will
-- be overwritten.
ch : Character;
win1 : Window := New_Window (9, 20, 3, 3);
win2 : Window := New_Window (9, 20, 9, 16);
begin
Set_Raw_Mode (SwitchOn => True);
Refresh;
Move_Cursor (Line => 0, Column => 0);
Add (Str => "This test shows the behavior of wnoutrefresh() with " &
"respect to");
Add (Ch => newl);
Add (Str => "the shared region of two overlapping windows A and B. "&
"The cross");
Add (Ch => newl);
Add (Str => "pattern in each window does not overlap the other.");
Add (Ch => newl);
Move_Cursor (Line => 18, Column => 0);
Add (Str => "a = refresh A, then B, then doupdate. b = refresh B, " &
"then A, then doupdate");
Add (Ch => newl);
Add (Str => "c = fill window A with letter A. d = fill window B " &
"with letter B.");
Add (Ch => newl);
Add (Str => "e = cross pattern in window A. f = cross pattern " &
"in window B.");
Add (Ch => newl);
Add (Str => "g = clear window A. h = clear window B.");
Add (Ch => newl);
Add (Str => "i = overwrite A onto B. j = overwrite " &
"B onto A.");
Add (Ch => newl);
Add (Str => "^Q/ESC = terminate test.");
loop
ch := Code_To_Char (Getchar);
exit when ch = CTRL ('Q') or ch = CTRL ('['); -- QUIT or ESCAPE
case ch is
when 'a' => -- refresh window A first, then B
Refresh_Without_Update (win1);
Refresh_Without_Update (win2);
Update_Screen;
when 'b' => -- refresh window B first, then A
Refresh_Without_Update (win2);
Refresh_Without_Update (win1);
Update_Screen;
when 'c' => -- fill window A so it's visible
fillwin (win1, 'A');
when 'd' => -- fill window B so it's visible
fillwin (win2, 'B');
when 'e' => -- cross test pattern in window A
crosswin (win1, 'A');
when 'f' => -- cross test pattern in window B
crosswin (win2, 'B');
when 'g' => -- clear window A
Clear (win1);
Move_Cursor (win1, 0, 0);
when 'h' => -- clear window B
Clear (win2);
Move_Cursor (win2, 0, 0);
when 'i' => -- overwrite A onto B
Overwrite (win1, win2);
when 'j' => -- overwrite B onto A
Overwrite (win2, win1);
when others => null;
end case;
end loop;
Delete (win2);
Delete (win1);
Erase;
End_Windows;
end ncurses2.overlap_test;
|
with Interfaces; use Interfaces;
with MSPGD;
with MSPGD.Board; use MSPGD.Board;
with MSPGD.SPI;
with Drivers.Text_IO;
procedure Main is
pragma Preelaborate;
package Text_IO is new Drivers.Text_IO (USART => MSPGD.Board.UART);
Buffer : MSPGD.Buffer_Type (0 .. 15);
begin
Init;
LED_RED.Init;
SPI.Init;
SCLK.Init;
MISO.Init;
MOSI.Init;
SSEL.Init;
SSEL.Set;
Text_IO.Put_Line ("Hello, World!");
loop
if not BUTTON.Is_Set then
for I in Buffer'Range loop Buffer (I) := Unsigned_8 (I + 32); end loop;
LED_RED.Set;
SSEL.Clear;
SPI.Transfer (Buffer);
SSEL.Set;
LED_RED.Clear;
end if;
end loop;
end Main;
|
-- WORDS, a Latin dictionary, by Colonel William Whitaker (USAF, Retired)
--
-- Copyright William A. Whitaker (1936–2010)
--
-- This is a free program, which means it is proper to copy it and pass
-- it on to your friends. Consider it a developmental item for which
-- there is no charge. However, just for form, it is Copyrighted
-- (c). Permission is hereby freely given for any and all use of program
-- and data. You can sell it as your own, but at least tell me.
--
-- This version is distributed without obligation, but the developer
-- would appreciate comments and suggestions.
--
-- All parts of the WORDS system, source code and data files, are made freely
-- available to anyone who wishes to use them, for whatever purpose.
with Ada.Strings.Fixed;
with Support_Utils.Word_Support_Package; use Support_Utils.Word_Support_Package;
with Latin_Utils.Strings_Package; use Latin_Utils.Strings_Package;
with Latin_Utils.Latin_File_Names; use Latin_Utils.Latin_File_Names;
with Support_Utils.Char_Utils;
with Latin_Utils.Preface;
package body Support_Utils.Line_Stuff is
procedure Load_Dictionary (Dict : in out Dictionary;
Dictionary_File_Name : String) is
-- For loading a DICTIONARY list from a file
-- Only used now for DICT.LOC
Dictionary_File : File_Type;
Blk_Stem : constant Stem_Type := Null_Stem_Type;
Sts : Stems_Type := Null_Stems_Type;
Pt : Part_Entry := Null_Part_Entry;
Tran : Translation_Record := Null_Translation_Record;
Value : constant Numeral_Value_Type := 0;
Mean : Meaning_Type := Null_Meaning_Type;
Fc1, Fc2, Fc3, Fc4 : Character;
Line, St_Line : String (1 .. 100) := (others => ' ');
Blank_Line : constant String (1 .. 100) := (others => ' ');
L, Ll, Lll, Last : Integer := 0;
Number_Of_Dictionary_Entries : Integer := 0;
procedure Get_Stem (S : in String;
Stem : out Stem_Type; Last : out Integer) is
I : Integer := 1;
L : Integer := Ada.Strings.Fixed.Index_Non_Blank (S);
begin
Stem := Null_Stem_Type;
-- Count until the first blank
-- Return that String
while L <= S'Last and then S (L) /= ' ' loop
Stem (I) := S (L);
I := I + 1;
L := L + 1;
end loop;
-- Return last
Last := L;
end Get_Stem;
begin
Open (Dictionary_File, In_File, Dictionary_File_Name);
Preface.Put ("Dictionary loading");
while not End_Of_File (Dictionary_File) loop
--TEXT_IO.PUT_LINE ("GETTING");
St_Line := Blank_Line;
Get_Non_Comment_Line (Dictionary_File, St_Line, Last); -- STEMS
Line := Blank_Line;
--TEXT_IO.PUT ("1 ");
Get_Non_Comment_Line (Dictionary_File, Line, L);
-- PART
--TEXT_IO.PUT ("2 ");
Part_Entry_IO.Get (Line (1 .. L), Pt, Ll);
--TEXT_IO.PUT ("3 ");
---- KIND_ENTRY_IO.GET (LINE (LL + 1 .. L), PT.POFS, KIND, LL);
--TEXT_IO.PUT ("4 ");
Translation_Record_IO.Get (Line (Ll + 1 .. L), Tran, Lll);
--TEXT_IO.PUT ("5 ");
--TEXT_IO.PUT_LINE ("READ PART");
-- Specialize for parts
-- If ADV then look if the CO is something other than X
-- If so (like POS) then only that stem is active,
-- and the others => xxx
-- Same for ADJ
-- If the ADJ or ADV stems have different first letters then make them
-- different dictionary entries -- Do this in LOAD and in DICT.DIC
--TEXT_IO.PUT_LINE ("GETTING STEMS IN LOAD_DICTIONARY");
Sts := Null_Stems_Type;
Ll := 1;
-- Extract up to 4 stems
for I in 1 .. Number_Of_Stems (Pt.Pofs) loop -- EXTRACT STEMS
Get_Stem (St_Line (Ll .. Last), Sts (I), Ll);
end loop;
--for I in 1 .. NUMBER_OF_STEMS (PT.POFS) loop
-- TEXT_IO.PUT (STS (I));
--end loop;
--TEXT_IO.NEW_LINE;
Line := Blank_Line;
Get_Non_Comment_Line (Dictionary_File, Line, L); -- MEANING
Mean := Head (Trim (Line (1 .. L)), Max_Meaning_Size);
--TEXT_IO.PUT_LINE ("READ MEANING");
-- Now take care of other first letters in a gross way
Fc1 := Lower_Case (Sts (1)(1));
Fc2 := Lower_Case (Sts (2)(1));
Fc3 := Lower_Case (Sts (3)(1));
Fc4 := Lower_Case (Sts (4)(1));
Char_Utils.V_To_U_And_J_To_I (Fc1);
Char_Utils.V_To_U_And_J_To_I (Fc2);
Char_Utils.V_To_U_And_J_To_I (Fc3);
Char_Utils.V_To_U_And_J_To_I (Fc4);
if Pt.Pofs = N then
if Sts (2)(1) /= Sts (1)(1) and then
Sts (2)(1) /= ' ' and then
Sts (2)(1 .. 3) /= ZZZ_Stem (1 .. 3)
then
Dict (Fc1) :=
new Dictionary_Item'(((Sts (1), ZZZ_Stem, Blk_Stem, Blk_Stem),
--PT, KIND, TRAN, MEAN), DICT (FC1));
Pt, Tran, Mean), Dict (Fc1));
Dict (Fc2) :=
new Dictionary_Item'(((ZZZ_Stem, Sts (2), Blk_Stem, Blk_Stem),
--PT, KIND, TRAN, MEAN), DICT (FC2) );
Pt, Tran, Mean), Dict (Fc2));
else
--DICT (FC1) := new DICTIONARY_ITEM'((STS, PT, KIND, TRAN, MEAN),
Dict (Fc1) := new Dictionary_Item'((Sts, Pt, Tran, Mean),
Dict (Fc1));
end if;
elsif Pt.Pofs = Pron or Pt.Pofs = Pack then
if Sts (2)(1) /= Sts (1)(1) and then
Sts (2)(1) /= ' ' and then
Sts (2)(1 .. 3) /= ZZZ_Stem (1 .. 3)
then
Dict (Fc1) :=
new Dictionary_Item'(((Sts (1), ZZZ_Stem, Blk_Stem, Blk_Stem),
--PT, KIND, TRAN, MEAN), DICT (FC1));
Pt, Tran, Mean), Dict (Fc1));
Dict (Fc2) :=
new Dictionary_Item'(((ZZZ_Stem, Sts (2), Blk_Stem, Blk_Stem),
--PT, KIND, TRAN, MEAN), DICT (FC2));
Pt, Tran, Mean), Dict (Fc2));
else
--DICT (FC1) := new DICTIONARY_ITEM'((STS, PT, KIND, TRAN, MEAN),
Dict (Fc1) := new Dictionary_Item'((Sts, Pt, Tran, Mean),
Dict (Fc1));
end if;
elsif Pt.Pofs = Adj then
if Pt.Adj.Co = X then -- X for all KINDs
if (Sts (2)(1) /= Sts (1)(1) and then
Sts (2)(1) /= ' ' and then
Sts (2)(1 .. 3) /= ZZZ_Stem (1 .. 3)) or
(Sts (3)(1) /= Sts (1)(1) and then
Sts (3)(1) /= ' ' and then
Sts (3)(1 .. 3) /= ZZZ_Stem (1 .. 3)) or
(Sts (4)(1) /= Sts (1)(1) and then
Sts (4)(1) /= ' ' and then
Sts (4)(1 .. 3) /= ZZZ_Stem (1 .. 3))
then
Dict (Fc1) :=
new Dictionary_Item'(((Sts (1), Blk_Stem,
Blk_Stem, Blk_Stem),
(Adj, (Pt.Adj.Decl, Pos)),
--KIND, TRAN, MEAN), DICT (FC1));
Tran, Mean), Dict (Fc1));
Dict (Fc2) :=
new Dictionary_Item'(((ZZZ_Stem, Sts (2),
Blk_Stem, Blk_Stem),
(Adj, (Pt.Adj.Decl, Pos)),
--KIND, TRAN, MEAN), DICT (FC2));
Tran, Mean), Dict (Fc2));
Dict (Fc3) :=
new Dictionary_Item'(((ZZZ_Stem, ZZZ_Stem,
Sts (3), Blk_Stem),
(Adj, (Pt.Adj.Decl, Comp)),
--KIND, TRAN, MEAN), DICT (FC3));
Tran, Mean), Dict (Fc3));
Dict (Fc4) :=
new Dictionary_Item'(((ZZZ_Stem, ZZZ_Stem,
ZZZ_Stem, Sts (4)),
(Adj, (Pt.Adj.Decl, Super)),
--KIND, TRAN, MEAN), DICT (FC4));
Tran, Mean), Dict (Fc4));
end if;
elsif Pt.Adj.Co = Pos then
Dict (Fc1) :=
new Dictionary_Item'(((Sts (1), Blk_Stem, Blk_Stem, Blk_Stem),
--(ADJ, (PT.ADJ.DECL, POS)), KIND, TRAN, MEAN),
(Adj, (Pt.Adj.Decl, Pos)), Tran, Mean),
Dict (Fc1));
Dict (Fc2) :=
new Dictionary_Item'(((Blk_Stem, Sts (2), Blk_Stem, Blk_Stem),
--(ADJ, (PT.ADJ.DECL, POS)), KIND, TRAN, MEAN),
(Adj, (Pt.Adj.Decl, Pos)), Tran, Mean),
Dict (Fc2));
elsif Pt.Adj.Co = Comp then
Dict (Fc1) :=
new Dictionary_Item'(((Blk_Stem, Blk_Stem, Sts (1), Blk_Stem),
--(ADJ, (PT.ADJ.DECL, COMP)), KIND, TRAN, MEAN),
(Adj, (Pt.Adj.Decl, Comp)), Tran, Mean),
Dict (Fc1));
elsif Pt.Adj.Co = Super then
Dict (Fc1) :=
new Dictionary_Item'(((Blk_Stem, Blk_Stem, Blk_Stem, Sts (1)),
--(ADJ, (PT.ADJ.DECL, SUPER)), KIND, TRAN, MEAN),
(Adj, (Pt.Adj.Decl, Super)), Tran, Mean),
Dict (Fc1));
else
--DICT (FC1) := new DICTIONARY_ITEM'((STS, PT, KIND, TRAN, MEAN),
Dict (Fc1) := new Dictionary_Item'((Sts, Pt, Tran, Mean),
Dict (Fc1));
end if;
elsif Pt.Pofs = Adv then
if Pt.Adv.Co = X then -- X for all KINDs
if (Sts (2)(1) /= Sts (1)(1) and then
Sts (2)(1) /= ' ' and then
Sts (2)(1 .. 3) /= ZZZ_Stem (1 .. 3)) or
(Sts (3)(1) /= Sts (1)(1) and then
Sts (3)(1) /= ' ' and then
Sts (3)(1 .. 3) /= ZZZ_Stem (1 .. 3))
then
Dict (Fc1) :=
new Dictionary_Item'(((Sts (1),
Blk_Stem, Blk_Stem, Blk_Stem),
--(ADV, (CO => POS)), KIND, TRAN, MEAN), DICT (FC1));
(Adv, (Co => Pos)), Tran, Mean), Dict (Fc1));
Dict (Fc2) :=
new Dictionary_Item'(((Sts (2),
Blk_Stem, Blk_Stem, Blk_Stem),
--(ADV, (CO => COMP)), KIND, TRAN, MEAN), DICT (FC2));
(Adv, (Co => Comp)), Tran, Mean), Dict (Fc2));
Dict (Fc3) :=
new Dictionary_Item'(((Sts (3),
Blk_Stem, Blk_Stem, Blk_Stem),
--(ADV, (CO => SUPER)), KIND, TRAN, MEAN), DICT (FC3));
(Adv, (Co => Super)), Tran, Mean), Dict (Fc3));
end if;
elsif Pt.Adv.Co = Pos then -- just a specific KIND
Dict (Fc1) :=
new Dictionary_Item'(((Sts (1), Blk_Stem, Blk_Stem, Blk_Stem),
--(ADV, (CO => POS)), KIND, TRAN, MEAN),
(Adv, (Co => Pos)), Tran, Mean),
Dict (Fc1));
elsif Pt.Adv.Co = Comp then
Dict (Fc1) :=
new Dictionary_Item'(((Blk_Stem, Sts (1), Blk_Stem, Blk_Stem),
--(ADV, (CO => COMP)), KIND, TRAN, MEAN),
(Adv, (Co => Comp)), Tran, Mean),
Dict (Fc1));
elsif Pt.Adv.Co = Super then
Dict (Fc1) :=
new Dictionary_Item'(((Blk_Stem, Blk_Stem, Sts (1), Blk_Stem),
--(ADV, (CO => SUPER)), KIND, TRAN, MEAN),
(Adv, (Co => Super)), Tran, Mean),
Dict (Fc1));
else
--DICT (FC1) := new DICTIONARY_ITEM'((STS, PT, KIND, TRAN, MEAN),
Dict (Fc1) := new Dictionary_Item'((Sts, Pt, Tran, Mean),
Dict (Fc1));
end if;
elsif Pt.Pofs = V then
if (Sts (2)(1) /= Sts (1)(1) and then
Sts (2)(1) /= ' ' and then
Sts (2)(1 .. 3) /= ZZZ_Stem (1 .. 3)) or
(Sts (3)(1) /= Sts (1)(1) and then
Sts (3)(1) /= ' ' and then
Sts (3)(1 .. 3) /= ZZZ_Stem (1 .. 3)) or
(Sts (4)(1) /= Sts (1)(1) and then
Sts (4)(1) /= ' ' and then
Sts (4)(1 .. 3) /= ZZZ_Stem (1 .. 3))
then
Dict (Fc1) :=
new Dictionary_Item'(((Sts (1), ZZZ_Stem, ZZZ_Stem, ZZZ_Stem),
--PT, KIND, TRAN, MEAN), DICT (FC1));
Pt, Tran, Mean), Dict (Fc1));
Dict (Fc2) :=
new Dictionary_Item'(((ZZZ_Stem, Sts (2), ZZZ_Stem, ZZZ_Stem),
--PT, KIND, TRAN, MEAN), DICT (FC2));
Pt, Tran, Mean), Dict (Fc2));
Dict (Fc3) :=
new Dictionary_Item'(((ZZZ_Stem, ZZZ_Stem, Sts (3), ZZZ_Stem),
--PT, KIND, TRAN, MEAN), DICT (FC3));
Pt, Tran, Mean), Dict (Fc3));
Dict (Fc4) :=
new Dictionary_Item'(((ZZZ_Stem, ZZZ_Stem, ZZZ_Stem, Sts (4)),
--PT, KIND, TRAN, MEAN), DICT (FC4));
Pt, Tran, Mean), Dict (Fc4));
else
--DICT (FC1) := new DICTIONARY_ITEM'((STS, PT, KIND, TRAN, MEAN),
Dict (Fc1) := new Dictionary_Item'((Sts, Pt, Tran, Mean),
Dict (Fc1));
end if;
elsif Pt.Pofs = Num then
if Pt.Num.Sort = X then -- X for all KINDs
if Sts (1)(1) /= ' ' and then
Sts (1)(1 .. 3) /= ZZZ_Stem (1 .. 3)
then
Dict (Fc1) :=
new Dictionary_Item'(((Sts (1), Blk_Stem,
Blk_Stem, Blk_Stem),
--(NUM, (PT.NUM.DECL, CARD)), KIND, TRAN, MEAN),
(Num, (Pt.Num.Decl, Card, Value)), Tran, Mean),
Dict (Fc1));
end if;
if Sts (2)(1) /= ' ' and then
Sts (2)(1 .. 3) /= ZZZ_Stem (1 .. 3)
then
Dict (Fc2) :=
new Dictionary_Item'(((ZZZ_Stem, Sts (2),
Blk_Stem, Blk_Stem),
--(NUM, ((0, 0), ORD)), KIND, TRAN, MEAN),
(Num, ((0, 0), Ord, Value)), Tran, Mean),
Dict (Fc2));
end if;
if Sts (3)(1) /= ' ' and then
Sts (3)(1 .. 3) /= ZZZ_Stem (1 .. 3)
then
Dict (Fc3) :=
new Dictionary_Item'(((ZZZ_Stem, ZZZ_Stem,
Sts (3), Blk_Stem),
--(NUM, (PT.NUM.DECL, DIST)), KIND, TRAN, MEAN),
(Num, (Pt.Num.Decl, Dist, Value)), Tran, Mean),
Dict (Fc3));
end if;
if Sts (4)(1) /= ' ' and then
Sts (4)(1 .. 3) /= ZZZ_Stem (1 .. 3)
then
Dict (Fc4) :=
new Dictionary_Item'(((ZZZ_Stem, ZZZ_Stem,
ZZZ_Stem, Sts (4)),
--(NUM, (PT.NUM.DECL, ADVERB)), KIND, TRAN, MEAN),
(Num, (Pt.Num.Decl, Adverb, Value)), Tran, Mean),
Dict (Fc4));
end if;
elsif Pt.Num.Sort = Card then
Dict (Fc1) :=
new Dictionary_Item'(((Sts (1), Blk_Stem, Blk_Stem, Blk_Stem),
--(NUM, (PT.NUM.DECL, CARD)), KIND, TRAN, MEAN),
(Num, (Pt.Num.Decl, Card, Value)), Tran, Mean),
Dict (Fc1));
elsif Pt.Num.Sort = Ord then
Dict (Fc1) :=
new Dictionary_Item'(((Blk_Stem, Sts (1), Blk_Stem, Blk_Stem),
--(NUM, (PT.NUM.DECL, ORD)), KIND, TRAN, MEAN),
(Num, (Pt.Num.Decl, Ord, Value)), Tran, Mean),
Dict (Fc1));
elsif Pt.Num.Sort = Dist then
Dict (Fc1) :=
new Dictionary_Item'(((Blk_Stem, Blk_Stem, Sts (1), Blk_Stem),
--(NUM, (PT.NUM.DECL, DIST)), KIND, TRAN, MEAN),
(Num, (Pt.Num.Decl, Dist, Value)), Tran, Mean),
Dict (Fc1));
elsif Pt.Num.Sort = Adverb then
Dict (Fc1) :=
new Dictionary_Item'(((Blk_Stem, Blk_Stem, Blk_Stem, Sts (1)),
--(NUM, (PT.NUM.DECL, ADVERB)), KIND, TRAN, MEAN),
(Num, (Pt.Num.Decl, Adverb, Value)), Tran, Mean),
Dict (Fc1));
end if;
else
--DICT (FC1) := new DICTIONARY_ITEM'((STS, PT, KIND, TRAN, MEAN),
Dict (Fc1) := new Dictionary_Item'((Sts, Pt, Tran, Mean),
Dict (Fc1));
end if;
Number_Of_Dictionary_Entries := Number_Of_Dictionary_Entries + 1;
end loop;
Close (Dictionary_File);
Preface.Set_Col (33); Preface.Put ("-- ");
Preface.Put (Number_Of_Dictionary_Entries, 6);
Preface.Put (" entries"); Preface.Set_Col (55);
Preface.Put_Line ("-- Loaded correctly");
exception
when others =>
Preface.Put_Line (" LOAD_DICTIONARY exception !!!!!!!!!!");
Preface.Put_Line (St_Line (1 .. Last));
Preface.Put_Line (Line (1 .. L));
Close (Dictionary_File);
Preface.Set_Col (33); Preface.Put ("-- ");
Preface.Put (Number_Of_Dictionary_Entries, 6);
Preface.Put (" entries"); Preface.Set_Col (55);
Preface.Put_Line ("-- Loaded anyway ");
end Load_Dictionary;
procedure Load_Stem_File (D_K : Dictionary_Kind) is
-- This is used to load a dictionary access file, like DIC.LOC
-- It uses the single first letter index rather than the two letter
-- This dictionary must be searched with a somewhat different procedure
-- Not used when one loads from a regular STEMFILE (which uses
-- two letters)
--use LATIN_DEBUG;
use Stem_Io;
use Dict_IO;
I : Stem_Io.Count := 1;
--M_P_R : MEANING_TYPE;
M : Dict_IO.Positive_Count := 1;
Dlc : Dictionary := Dict_Loc;
--DS : DICTIONARY_STEM;
begin
--PUT_LINE ("LOAD_STEM_FILE for LOC");
if Is_Open (Stem_File (D_K)) then
Delete (Stem_File (D_K));
end if;
Create (Stem_File (D_K), Inout_File,
Add_File_Name_Extension (Stem_File_Name,
Dictionary_Kind'Image (D_K)));
--PUT_LINE ("LOAD_STEM_FILE for LOC - Created STEM_FILE");
if Is_Open (Dict_File (D_K)) then
Delete (Dict_File (D_K));
end if;
Create (Dict_File (D_K), Inout_File,
Add_File_Name_Extension (Dict_File_Name,
Dictionary_Kind'Image (D_K)));
--PUT_LINE ("LOAD_STEM_FILE for LOC - Created DICT_FILE");
--PUT_LINE ("L_D_F Start M = " & INTEGER'IMAGE (INTEGER (M)));
for Fc in Character range 'a' .. 'z' loop
-- LOAD_DICTIONARY should have assured that all v were in u
--LATIN_DEBUG.PUT_LINE ("L_D_F Entering FC loop");
Ddlf (Fc, 'a', D_K) := I;
Ddll (Fc, 'a', D_K) := 0;
while Dlc (Fc) /= null loop
Dict_IO.Set_Index (Dict_File (D_K), M);
-- %%%%%%%%%%%!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!%%%%%%%%%%%%%%%%%%%
--PUT_LINE (DLC (FC).DE.TRAN.MEAN);
-- M_P_R := DLC (FC).DE.TRAN.MEAN;
--DICT_IO.WRITE (DICT_FILE (D_K), M_P_R); --@@@@@@@@@@@@@@@@@@@@@
Dict_IO.Write (Dict_File (D_K), Dlc (Fc).De);
for K in Stem_Key_Type range 1 .. 4 loop
if Dlc (Fc).De.Stems (K) /= Null_Stem_Type and
Dlc (Fc).De.Stems (K) /= ZZZ_Stem
then
Write (Stem_File (D_K),
(Dlc (Fc).De.Stems (K), Dlc (Fc).De.Part, K, M));
Ddll (Fc, 'a', D_K) := I;
I := I + 1;
end if;
end loop;
Dlc (Fc) := Dlc (Fc).Succ;
M := M + 1;
--PUT_LINE ("L_D_F 22222 M = " & INTEGER'IMAGE (INTEGER (M)));
end loop;
--PUT_LINE ("L_D_F 33333 M = " & INTEGER'IMAGE (INTEGER (M)));
end loop;
--PUT_LINE ("L_D_F 44444 M = " & INTEGER'IMAGE (INTEGER (M)));
end Load_Stem_File;
package body Tackon_Line_Io is separate;
package body Prefix_Line_Io is separate;
package body Suffix_Line_Io is separate;
package body Unique_Entry_Io is separate;
procedure Load_Uniques (Unq : in out Latin_Uniques; File_Name : in String) is
use Quality_Record_IO;
use Kind_Entry_IO;
use Dict_IO;
Uniques_File : Ada.Text_IO.File_Type;
Blanks : constant String (1 .. 100) := (others => ' ');
Line, Stem_Line : String (1 .. 100) := (others => ' ');
Last, L : Integer := 0;
Stem : Stem_Type := Null_Stem_Type;
Qual : Quality_Record;
Kind : Kind_Entry;
--PART : PART_ENTRY := NULL_PART_ENTRY;
Tran : Translation_Record := Null_Translation_Record;
MNPC : MNPC_Type := Null_MNPC;
Mean : Meaning_Type := Null_Meaning_Type;
M : Dict_IO.Positive_Count := 1;
Number_Of_Uniques_Entries : Integer := 0;
begin
--TEXT_IO.PUT_LINE ("UNIQUES started");
Ada.Text_IO.Open (Uniques_File, Ada.Text_IO.In_File, File_Name);
Preface.Set_Col (1);
Preface.Put ("UNIQUES file loading");
-- if DICT_IO.IS_OPEN (DICT_FILE (D_K)) then
-- DICT_IO.DELETE (DICT_FILE (D_K));
-- end if;
-- DICT_IO.CREATE (DICT_FILE (D_K), DICT_IO.INOUT_FILE, "");
--ADD_FILE_NAME_EXTENSION (DICT_FILE_NAME, DICTIONARY_KIND'IMAGE (D_K)));
while not End_Of_File (Uniques_File) loop
Stem_Line := Blanks;
Get_Line (Uniques_File, Stem_Line, Last); -- STEM
Stem := Head (Trim (Stem_Line (1 .. Last)), Max_Stem_Size);
Line := Blanks;
Get_Line (Uniques_File, Line, Last); -- QUAL, KIND, TRAN
Get (Line (1 .. Last), Qual, L);
Get (Line (L + 1 .. Last), Qual.Pofs, Kind, L);
-- FIXME: Why not Translation_Record_IO.Get ?
Age_Type_IO.Get (Line (L + 1 .. Last), Tran.Age, L);
Area_Type_IO.Get (Line (L + 1 .. Last), Tran.Area, L);
Geo_Type_IO.Get (Line (L + 1 .. Last), Tran.Geo, L);
Frequency_Type_IO.Get (Line (L + 1 .. Last), Tran.Freq, L);
Source_Type_IO.Get (Line (L + 1 .. Last), Tran.Source, L);
Line := Blanks;
Get_Line (Uniques_File, Line, L); -- MEAN
Mean := Head (Trim (Line (1 .. L)), Max_Meaning_Size);
--@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
declare
Unique_De : Dictionary_Entry;
Part : Part_Entry := Null_Part_Entry;
begin
case Part.Pofs is
when N =>
Part := (N, (Qual.Noun.Decl, Qual.Noun.Gender, Kind.N_Kind));
when Pron =>
Part := (Pron, (Qual.Pron.Decl, Kind.Pron_Kind));
when Pack =>
Part := (Pack, (Qual.Pack.Decl, Kind.Pack_Kind));
when Adj =>
Part := (Adj, (Qual.Adj.Decl, Qual.Adj.Comparison));
when Num =>
Part := (Num, (Qual.Num.Decl, Qual.Num.Sort, Kind.Num_Value));
when Adv =>
Part := (Adv, (Co => Qual.Adv.Comparison));
when V =>
Part := (V, (Qual.Verb.Con, Kind.V_Kind));
when others =>
Part := Null_Part_Entry;
end case;
Unique_De.Stems := (Stem,
Null_Stem_Type, Null_Stem_Type, Null_Stem_Type);
Unique_De.Part := Part;
--UNIQUE_DE.KIND := KIND;
Unique_De.Tran := Tran;
Unique_De.Mean := Mean;
-- DICT_IO.SET_INDEX (DICT_FILE (D_K), M);
-- DICT_IO.WRITE (DICT_FILE (D_K), UNIQUE_DE);
Uniques_De (M) := Unique_De;
end;
--@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
MNPC := M;
if Lower_Case (Stem (1)) = 'v' then
Unq ('u') :=
new Unique_Item'(Stem, Qual, Kind, MNPC, Unq (Lower_Case ('u')));
elsif Lower_Case (Stem (1)) = 'j' then
Unq ('i') :=
new Unique_Item'(Stem, Qual, Kind, MNPC, Unq (Lower_Case ('i')));
else
Unq (Lower_Case (Stem (1))) :=
new Unique_Item'(Stem, Qual, Kind, MNPC,
Unq (Lower_Case (Stem (1))));
end if;
M := M + 1;
Number_Of_Uniques_Entries := Integer (M) - 1;
end loop;
Close (Uniques_File);
Preface.Set_Col (33);
Preface.Put ("-- "); Preface.Put (Number_Of_Uniques_Entries, 6);
Preface.Put (" entries");
Preface.Set_Col (55); Preface.Put_Line ("-- Loaded correctly");
exception
when Ada.Text_IO.Name_Error =>
Preface.Put_Line ("There is no UNIQUES file");
when others =>
Preface.New_Line;
Preface.Put_Line
("LOAD_UNIQUES exception !!!!!!!!!!!!!!!!!!!!!");
Preface.Put_Line (Stem_Line (1 .. Last));
Preface.Put_Line (Line (1 .. L));
Close (Uniques_File);
Preface.Set_Col (33);
Preface.Put ("-- "); Preface.Put (Number_Of_Uniques_Entries, 6);
Preface.Put (" entries");
Preface.Set_Col (55); Preface.Put_Line ("-- Loaded before error");
--raise;
end Load_Uniques;
begin
-- PARSE_LINE_IO.DEFAULT_WIDTH :=
-- MAX_STEM_SIZE + 1 +
-- INFLECTION_RECORD_IO.DEFAULT_WIDTH + 1 +
-- DICTIONARY_KIND_IO.DEFAULT_WIDTH + 1 +
-- MAX_MEANING_SIZE;
Prefix_Line_Io.Default_Width := Part_Of_Speech_Type_IO.Default_Width + 1 +
Max_Stem_Size + 1 +
1 + 1 +
Prefix_Entry_Io.Default_Width + 1 +
Max_Meaning_Size;
Suffix_Line_Io.Default_Width := Part_Of_Speech_Type_IO.Default_Width + 1 +
Max_Stem_Size + 1 +
1 + 1 +
Suffix_Entry_Io.Default_Width + 1 +
Max_Meaning_Size;
Tackon_Line_Io.Default_Width := Part_Of_Speech_Type_IO.Default_Width + 1 +
Max_Stem_Size + 1 +
Tackon_Entry_Io.Default_Width + 1 +
Max_Meaning_Size;
Unique_Entry_Io.Default_Width := Max_Stem_Size + 1 +
Inflection_Record_IO.Default_Width + 1 +
Translation_Record_IO.Default_Width;
end Support_Utils.Line_Stuff;
|
-----------------------------------------------------------------------
-- wiki-documents -- Wiki document
-- Copyright (C) 2011, 2015, 2016, 2018, 2019, 2020 Stephane Carrez
-- Written by Stephane Carrez (Stephane.Carrez@gmail.com)
--
-- Licensed under the Apache License, Version 2.0 (the "License");
-- you may not use this file except in compliance with the License.
-- You may obtain a copy of the License at
--
-- http://www.apache.org/licenses/LICENSE-2.0
--
-- Unless required by applicable law or agreed to in writing, software
-- distributed under the License is distributed on an "AS IS" BASIS,
-- WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
-- See the License for the specific language governing permissions and
-- limitations under the License.
-----------------------------------------------------------------------
with Wiki.Strings;
with Wiki.Attributes;
with Wiki.Nodes.Lists;
-- == Documents ==
-- The `Document` type is used to hold a Wiki document that was parsed by the parser
-- with one of the supported syntax. The `Document` holds two distinct parts:
--
-- * A main document body that represents the Wiki content that was parsed.
-- * A table of contents part that was built while Wiki sections are collected.
--
-- Most of the operations provided by the `Wiki.Documents` package are intended to
-- be used by the wiki parser and filters to build the document. The document is made of
-- nodes whose knowledge is required by the renderer.
--
-- A document instance must be declared before parsing a text:
--
-- Doc : Wiki.Documents.Document;
--
-- After parsing some HTML or Wiki text, it will contain a representation of the
-- HTML or Wiki text. It is possible to populate the document by using one of
-- the `Append`, `Add_Link`, `Add_Image` operation.
package Wiki.Documents is
pragma Preelaborate;
-- ------------------------------
-- A Wiki Document
-- ------------------------------
type Document is tagged private;
-- Append a simple node such as N_LINE_BREAK, N_HORIZONTAL_RULE or N_PARAGRAPH.
procedure Append (Into : in out Document;
Kind : in Wiki.Nodes.Simple_Node_Kind);
-- Append a HTML tag start node to the document.
procedure Push_Node (Into : in out Document;
Tag : in Html_Tag;
Attributes : in Wiki.Attributes.Attribute_List);
-- Pop the HTML tag.
procedure Pop_Node (From : in out Document;
Tag : in Html_Tag);
-- Returns True if the current node is the root document node.
function Is_Root_Node (Doc : in Document) return Boolean;
-- Append the text with the given format at end of the document.
procedure Append (Into : in out Document;
Text : in Wiki.Strings.WString;
Format : in Format_Map);
-- Append a section header at end of the document.
procedure Append (Into : in out Document;
Header : in Wiki.Strings.WString;
Level : in Positive);
-- Add a link.
procedure Add_Link (Into : in out Document;
Name : in Wiki.Strings.WString;
Attributes : in out Wiki.Attributes.Attribute_List);
-- Add an image.
procedure Add_Image (Into : in out Document;
Name : in Wiki.Strings.WString;
Attributes : in out Wiki.Attributes.Attribute_List);
-- Add a quote.
procedure Add_Quote (Into : in out Document;
Name : in Wiki.Strings.WString;
Attributes : in out Wiki.Attributes.Attribute_List);
-- Add a list item (<li>). Close the previous paragraph and list item if any.
-- The list item will be closed at the next list item, next paragraph or next header.
procedure Add_List_Item (Into : in out Document;
Level : in Positive;
Ordered : in Boolean);
-- Add a blockquote (<blockquote>). The level indicates the blockquote nested level.
-- The blockquote must be closed at the next header.
procedure Add_Blockquote (Into : in out Document;
Level : in Natural);
-- Add a text block that is pre-formatted.
procedure Add_Preformatted (Into : in out Document;
Text : in Wiki.Strings.WString;
Format : in Wiki.Strings.WString);
-- Add a new row to the current table.
procedure Add_Row (Into : in out Document);
-- Add a column to the current table row. The column is configured with the
-- given attributes. The column content is provided through calls to Append.
procedure Add_Column (Into : in out Document;
Attributes : in out Wiki.Attributes.Attribute_List);
-- Finish the creation of the table.
procedure Finish_Table (Into : in out Document);
-- Iterate over the nodes of the list and call the <tt>Process</tt> procedure with
-- each node instance.
procedure Iterate (Doc : in Document;
Process : not null access procedure (Node : in Wiki.Nodes.Node_Type));
-- Returns True if the document is empty.
function Is_Empty (Doc : in Document) return Boolean;
-- Returns True if the document displays the table of contents by itself.
function Is_Using_TOC (Doc : in Document) return Boolean;
-- Returns True if the table of contents is visible and must be rendered.
function Is_Visible_TOC (Doc : in Document) return Boolean;
-- Hide the table of contents.
procedure Hide_TOC (Doc : in out Document);
-- Get the table of content node associated with the document.
procedure Get_TOC (Doc : in out Document;
TOC : out Wiki.Nodes.Lists.Node_List_Ref);
-- Get the table of content node associated with the document.
function Get_TOC (Doc : in Document) return Wiki.Nodes.Lists.Node_List_Ref;
private
-- Append a node to the document.
procedure Append (Into : in out Document;
Node : in Wiki.Nodes.Node_Type_Access);
type Document is tagged record
Nodes : Wiki.Nodes.Lists.Node_List_Ref;
TOC : Wiki.Nodes.Lists.Node_List_Ref;
Current : Wiki.Nodes.Node_Type_Access;
Using_TOC : Boolean := False;
Visible_TOC : Boolean := True;
end record;
end Wiki.Documents;
|
------------------------------------------------------------------------------
-- --
-- GNAT COMPILER COMPONENTS --
-- --
-- B U T I L --
-- --
-- S p e c --
-- --
-- Copyright (C) 1992-2014, 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- --
-- ware Foundation; either version 3, or (at your option) any later ver- --
-- sion. GNAT is distributed in the hope that it will be useful, but WITH- --
-- OUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY --
-- or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License --
-- for more details. You should have received a copy of the GNU General --
-- Public License distributed with GNAT; see file COPYING3. If not, go to --
-- http://www.gnu.org/licenses for a complete copy of the license. --
-- --
-- GNAT was originally developed by the GNAT team at New York University. --
-- Extensive contributions were provided by Ada Core Technologies Inc. --
-- --
------------------------------------------------------------------------------
with Namet; use Namet;
package Butil is
-- This package contains utility routines for the binder
function Is_Predefined_Unit return Boolean;
-- Given a unit name stored in Name_Buffer with length in Name_Len,
-- returns True if this is the name of a predefined unit or a child of
-- a predefined unit (including the obsolescent renamings). This is used
-- in the preference selection (see Better_Choice in body of Binde).
function Is_Internal_Unit return Boolean;
-- Given a unit name stored in Name_Buffer with length in Name_Len,
-- returns True if this is the name of an internal unit or a child of
-- an internal unit. Similar in usage to Is_Predefined_Unit.
-- Note: the following functions duplicate functionality in Uname, but
-- we want to avoid bringing Uname into the binder since it generates
-- to many unnecessary dependencies, and makes the binder too large.
function Uname_Less (U1, U2 : Unit_Name_Type) return Boolean;
-- Determines if the unit name U1 is alphabetically before U2
procedure Write_Unit_Name (U : Unit_Name_Type);
-- Output unit name with (body) or (spec) after as required. On return
-- Name_Len is set to the number of characters which were output.
end Butil;
|
------------------------------------------------------------------------------
-- --
-- Copyright (C) 2015-2016, AdaCore --
-- --
-- Redistribution and use in source and binary forms, with or without --
-- modification, are permitted provided that the following conditions are --
-- met: --
-- 1. Redistributions of source code must retain the above copyright --
-- notice, this list of conditions and the following disclaimer. --
-- 2. Redistributions in binary form must reproduce the above copyright --
-- notice, this list of conditions and the following disclaimer in --
-- the documentation and/or other materials provided with the --
-- distribution. --
-- 3. Neither the name of the copyright holder nor the names of its --
-- contributors may be used to endorse or promote products derived --
-- from this software without specific prior written permission. --
-- --
-- THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS --
-- "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT --
-- LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR --
-- A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT --
-- HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, --
-- SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT --
-- LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, --
-- DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY --
-- THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT --
-- (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE --
-- OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. --
-- --
------------------------------------------------------------------------------
with Interfaces; use Interfaces;
-- Provide common interfaces to deal with filesystems
package HAL.Filesystem is
subtype Pathname is String;
type File_Kind is (Regular_File, Directory);
type File_Mode is (Read_Only, Write_Only, Read_Write);
type Status_Kind is (Status_Ok,
Symbolic_Links_Loop,
Permission_Denied,
Input_Output_Error,
No_Such_File_Or_Directory,
Filename_Is_Too_Long,
Not_A_Directory,
Representation_Overflow,
Invalid_Argument,
Not_Enough_Space,
Not_Enough_Memory,
Bad_Address,
File_Exists,
Read_Only_File_System,
Operation_Not_Permitted,
No_Space_Left_On_Device,
Too_Many_Links,
Resource_Busy,
Buffer_Is_Too_Small,
Read_Would_Block,
Call_Was_Interrupted);
type User_ID is new Natural;
type Group_ID is new Natural;
type IO_Count is new Unsigned_64;
type FS_Driver is limited interface;
type Any_FS_Driver is access all FS_Driver'Class;
-- Interface to provide access a filesystem
type File_Handle is limited interface;
type Any_File_Handle is access all File_Handle'Class;
-- Interface to provide access to a regular file
type Directory_Handle is limited interface;
type Any_Directory_Handle is access all Directory_Handle'Class;
-- Interface to provide access to a directory
-- ??? Document error cases for all primitives below
---------------
-- FS_Driver --
---------------
function Create_Node (This : in out FS_Driver;
Path : Pathname;
Kind : File_Kind)
return Status_Kind is abstract;
-- Create a Kind node in the This filesystem at the Path location
function Create_Directory (This : in out FS_Driver;
Path : Pathname)
return Status_Kind is abstract;
-- Shortcut for Create_Node (This, Path, Directory)
function Unlink (This : in out FS_Driver;
Path : Pathname)
return Status_Kind is abstract;
-- Remove the regular file located at Path in the This filesystem
function Remove_Directory (This : in out FS_Driver;
Path : Pathname)
return Status_Kind is abstract;
-- Remove the directory located at Path in the This filesystem
function Rename (This : in out FS_Driver;
Old_Path : Pathname;
New_Path : Pathname)
return Status_Kind is abstract;
-- Move a node in the This filesystem
function Truncate_File (This : in out FS_Driver;
Path : Pathname;
Length : IO_Count)
return Status_Kind is abstract;
-- Assuming Path designates a regular file, set its size to be Length. This
-- operation preserves the first Length UInt8s and leaves the other with
-- undefined values.
function Open (This : in out FS_Driver;
Path : Pathname;
Mode : File_Mode;
Handle : out Any_File_Handle)
return Status_Kind is abstract;
-- Assuming Path designates a regular file, open it with the given Mode and
-- create a Handle for it.
--
-- The This filesystem owns the resulting handle. Callers are simply
-- expected to call Close on it when done with the file.
function Open_Directory (This : in out FS_Driver;
Path : Pathname;
Handle : out Any_Directory_Handle)
return Status_Kind is abstract;
-- Assuming Path designates a directory, open it and create a Handle for
-- it.
--
-- The This filesystem owns the resulting handle. Callers are simply
-- expected to call Close on it when done with the directory.
--
-- ??? Does this handler also contains entry for the current directory and
-- the parent one?
------------------
-- File_Handle --
------------------
function Read (This : in out File_Handle;
Data : out UInt8_Array)
return Status_Kind is abstract;
-- Read the next Data'Length UInt8s in This and put to in Data. If there
-- isn't enough UInt8 to read to fill Data, return Input_Output_Error.
function Write (This : in out File_Handle;
Data : UInt8_Array)
return Status_Kind is abstract;
-- Write UInt8s in Data to This. This overrides the next Data'Length UInt8s in
-- this file, if they exist, it extends the file otherwise.
function Seek (This : in out File_Handle;
Offset : IO_Count)
return Status_Kind is abstract;
-- Set the read/write cursor of This to point to its UInt8 at the absolute
-- Offset.
--
-- ??? What should happen if this offset is beyond the end of the file?
function Close (This : in out File_Handle)
return Status_Kind is abstract;
-- Close This. If this succeeds, This should not be used again afterwards.
----------------------
-- Directory_Handle --
----------------------
type Directory_Entry is record
Entry_Type : File_Kind;
end record;
function Read_Entry (This : in out Directory_Handle;
Entry_Number : Positive;
Dir_Entry : out Directory_Entry)
return Status_Kind is abstract;
-- Read the Entry_Number'th entry in This. If it exists, store its
-- details in Dir_Entry and return Status_Ok. Otherwise, return
-- No_Such_File_Or_Directory.
function Entry_Name (This : in out Directory_Handle;
Entry_Number : Positive)
return Pathname is abstract;
-- Return the name for the Entry_Number directory entry. This is a simple
-- name (not a path). Return an empty string if this entry does not exist.
function Close (This : in out Directory_Handle)
return Status_Kind is abstract;
-- Close This. If this succeeds, This should not be used again afterwards.
end HAL.Filesystem;
|
No-one has translated the lpclient example into Ada yet. Be the first to create
lpclient in Ada and get one free Internet! If you're the author of the Ada
binding, this is a great way to get people to use 0MQ in Ada.
To submit a new translation email it to zeromq-dev@lists.zeromq.org. Please:
* Stick to identical functionality and naming used in examples so that readers
can easily compare languages.
* You MUST place your name as author in the examples so readers can contact you.
* You MUST state in the email that you license your code under the MIT/X11
license.
Subscribe to the email list at http://lists.zeromq.org/mailman/listinfo/zeromq-dev.
|
-- { dg-do compile }
with Pack20_Pkg; use Pack20_Pkg;
package Pack20 is
type Rec is record
Simple_Type : Integer;
Fixed : String_Ptr;
end record;
pragma Pack (Rec);
procedure Proc (A : Rec);
end Pack20;
|
------------------------------------------------------------------------------
-- --
-- THIS IS AN AUTOMATICALLY GENERATED FILE! DO NOT EDIT! --
-- --
-- WAVEFILES --
-- --
-- Test application --
-- --
-- The MIT License (MIT) --
-- --
-- Copyright (c) 2015 -- 2020 Gustavo A. Hoffmann --
-- --
-- Permission is hereby granted, free of charge, to any person obtaining --
-- a copy of this software and associated documentation files (the --
-- "Software"), to deal in the Software without restriction, including --
-- without limitation the rights to use, copy, modify, merge, publish, --
-- distribute, sublicense, and / or sell copies of the Software, and to --
-- permit persons to whom the Software is furnished to do so, subject to --
-- the following conditions: --
-- --
-- The above copyright notice and this permission notice shall be --
-- included in all copies or substantial portions of the Software. --
-- --
-- THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, --
-- EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF --
-- MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. --
-- IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY --
-- CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, --
-- TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE --
-- SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. --
------------------------------------------------------------------------------
with Ada.Text_IO; use Ada.Text_IO;
with Audio.Wavefiles;
with Audio.Wavefiles.Report; use Audio.Wavefiles.Report;
with Audio.Wavefiles.Generic_Fixed_PCM_IO;
with Generic_Fixed_PCM_Buffer_Ops;
package body Generic_Fixed_Wave_Test is
package Wav renames Audio.Wavefiles;
package PCM_IO is new Audio.Wavefiles.Generic_Fixed_PCM_IO
(PCM_Sample => PCM_Sample,
Channel_Range => Positive,
PCM_MC_Sample => PCM_MC_Sample);
use PCM_IO;
package Fixed_PCM_Buffer_Ops is new Generic_Fixed_PCM_Buffer_Ops
(PCM_Sample => PCM_Sample,
PCM_MC_Sample => PCM_MC_Sample);
use Fixed_PCM_Buffer_Ops;
Verbose : constant Boolean := False;
-----------------------
-- Display_Info_File --
-----------------------
procedure Display_Info_File (File_In : String) is
WF_In : Audio.Wavefiles.Wavefile;
begin
WF_In.Open (Wav.In_File, File_In);
Display_Info (WF_In);
WF_In.Close;
end Display_Info_File;
---------------
-- Copy_File --
---------------
procedure Copy_File
(File_In : String;
File_Out : String)
is
WF_In : Audio.Wavefiles.Wavefile;
WF_Out : Audio.Wavefiles.Wavefile;
EOF : Boolean;
Samples : Integer := 0;
procedure Copy_PCM_MC_Sample;
procedure Copy_PCM_MC_Sample is
PCM_Buf : constant PCM_MC_Sample := Get (WF_In);
begin
EOF := WF_In.End_Of_File;
Put (WF_Out, PCM_Buf);
end Copy_PCM_MC_Sample;
begin
WF_In.Open (Wav.In_File, File_In);
WF_Out.Set_Format_Of_Wavefile (WF_In.Format_Of_Wavefile);
WF_Out.Create (Wav.Out_File, File_Out);
if Verbose then
Put_Line ("Input File:");
Display_Info (WF_In);
Put_Line ("Output File:");
Display_Info (WF_Out);
end if;
loop
Samples := Samples + 1;
if Verbose then
Put ("[" & Integer'Image (Samples) & "]");
end if;
Copy_PCM_MC_Sample;
exit when EOF;
end loop;
WF_In.Close;
WF_Out.Close;
end Copy_File;
-------------------
-- Compare_Files --
-------------------
procedure Compare_Files
(File_Ref : String;
File_DUT : String)
is
WF_Ref : Audio.Wavefiles.Wavefile;
WF_DUT : Audio.Wavefiles.Wavefile;
EOF_Ref, EOF_DUT : Boolean;
Diff_Sample : Natural := 0;
Samples : Integer := 0;
procedure Compare_PCM_MC_Sample;
procedure Report_Comparison;
procedure Compare_PCM_MC_Sample is
PCM_Ref : constant PCM_MC_Sample := Get (WF_Ref);
PCM_DUT : constant PCM_MC_Sample := Get (WF_DUT);
begin
EOF_Ref := WF_Ref.End_Of_File;
EOF_DUT := WF_DUT.End_Of_File;
if PCM_Ref /= PCM_DUT then
Diff_Sample := Diff_Sample + 1;
end if;
end Compare_PCM_MC_Sample;
procedure Report_Comparison is
begin
Put_Line ("Compared " & Samples'Image & " samples");
if Diff_Sample > 0 then
Put_Line ("Differences have been found in "
& Natural'Image (Diff_Sample)
& " samples");
else
Put_Line ("No differences have been found");
end if;
end Report_Comparison;
begin
WF_Ref.Open (Wav.In_File, File_Ref);
WF_DUT.Open (Wav.In_File, File_DUT);
loop
Samples := Samples + 1;
Compare_PCM_MC_Sample;
exit when EOF_Ref or EOF_DUT;
end loop;
WF_Ref.Close;
WF_DUT.Close;
Report_Comparison;
end Compare_Files;
----------------
-- Diff_Files --
----------------
procedure Diff_Files
(File_Ref : String;
File_DUT : String;
File_Diff : String)
is
WF_Ref : Audio.Wavefiles.Wavefile;
WF_DUT : Audio.Wavefiles.Wavefile;
WF_Diff : Audio.Wavefiles.Wavefile;
EOF_Ref, EOF_DUT : Boolean;
procedure Diff_PCM_MC_Sample;
procedure Diff_PCM_MC_Sample is
PCM_Ref : constant PCM_MC_Sample := Get (WF_Ref);
PCM_DUT : constant PCM_MC_Sample := Get (WF_DUT);
PCM_Diff : constant PCM_MC_Sample :=
PCM_Ref - PCM_DUT;
begin
EOF_Ref := WF_Ref.End_Of_File;
EOF_DUT := WF_DUT.End_Of_File;
Put (WF_Diff, PCM_Diff);
end Diff_PCM_MC_Sample;
begin
WF_Ref.Open (Wav.In_File, File_Ref);
WF_DUT.Open (Wav.In_File, File_DUT);
WF_Diff.Set_Format_Of_Wavefile (WF_Ref.Format_Of_Wavefile);
WF_Diff.Create (Wav.Out_File, File_Diff);
loop
Diff_PCM_MC_Sample;
exit when EOF_Ref or EOF_DUT;
end loop;
WF_Ref.Close;
WF_DUT.Close;
WF_Diff.Close;
end Diff_Files;
---------------
-- Mix_Files --
---------------
procedure Mix_Files
(File_Ref : String;
File_DUT : String;
File_Mix : String)
is
WF_Ref : Audio.Wavefiles.Wavefile;
WF_DUT : Audio.Wavefiles.Wavefile;
WF_Mix : Audio.Wavefiles.Wavefile;
EOF_Ref, EOF_DUT : Boolean;
procedure Mix_PCM_MC_Sample;
procedure Mix_PCM_MC_Sample is
PCM_Ref : constant PCM_MC_Sample := Get (WF_Ref);
PCM_DUT : constant PCM_MC_Sample := Get (WF_DUT);
PCM_Mix : constant PCM_MC_Sample :=
PCM_Ref + PCM_DUT;
begin
EOF_Ref := WF_Ref.End_Of_File;
EOF_DUT := WF_DUT.End_Of_File;
Put (WF_Mix, PCM_Mix);
end Mix_PCM_MC_Sample;
begin
WF_Ref.Open (Wav.In_File, File_Ref);
WF_DUT.Open (Wav.In_File, File_DUT);
WF_Mix.Set_Format_Of_Wavefile (WF_Ref.Format_Of_Wavefile);
WF_Mix.Create (Wav.Out_File, File_Mix);
loop
Mix_PCM_MC_Sample;
exit when EOF_Ref or EOF_DUT;
end loop;
WF_Ref.Close;
WF_DUT.Close;
WF_Mix.Close;
end Mix_Files;
end Generic_Fixed_Wave_Test;
|
-- PR middle-end/36554
-- Origin: Laurent Guerby <laurent@guerby.net>
-- { dg-do compile }
-- { dg-options "-O2" }
package body Boolean_Expr1 is
function Long_Float_Is_Valid (X : in Long_Float) return Boolean is
Is_Nan : constant Boolean := X /= X;
Is_P_Inf : constant Boolean := X > Long_Float'Last;
Is_M_Inf : constant Boolean := X < Long_Float'First;
Is_Invalid : constant Boolean := Is_Nan or Is_P_Inf or Is_M_Inf;
begin
return not Is_Invalid;
end Long_Float_Is_Valid;
function S (V : in Long_Float) return String is
begin
if not Long_Float_Is_Valid (V) then
return "INVALID";
else
return "OK";
end if;
exception
when others =>
return "ERROR";
end S;
end Boolean_Expr1;
|
-- C23006C.ADA
-- Grant of Unlimited Rights
--
-- Under contracts F33600-87-D-0337, F33600-84-D-0280, MDA903-79-C-0687,
-- F08630-91-C-0015, and DCA100-97-D-0025, the U.S. Government obtained
-- unlimited rights in the software and documentation contained herein.
-- Unlimited rights are defined in DFAR 252.227-7013(a)(19). By making
-- this public release, the Government intends to confer upon all
-- recipients unlimited rights equal to those held by the Government.
-- These rights include rights to use, duplicate, release or disclose the
-- released technical data and computer software in whole or in part, in
-- any manner and for any purpose whatsoever, and to have or permit others
-- to do so.
--
-- DISCLAIMER
--
-- ALL MATERIALS OR INFORMATION HEREIN RELEASED, MADE AVAILABLE OR
-- DISCLOSED ARE AS IS. THE GOVERNMENT MAKES NO EXPRESS OR IMPLIED
-- WARRANTY AS TO ANY MATTER WHATSOEVER, INCLUDING THE CONDITIONS OF THE
-- SOFTWARE, DOCUMENTATION OR OTHER INFORMATION RELEASED, MADE AVAILABLE
-- OR DISCLOSED, OR THE OWNERSHIP, MERCHANTABILITY, OR FITNESS FOR A
-- PARTICULAR PURPOSE OF SAID MATERIAL.
--*
-- CHECK THAT UNDERSCORES ARE SIGNFICANT IN NAMES OF LIBRARY
-- SUBPROGRAMS.
-- JBG 5/26/85
PROCEDURE C23006C_PROC (X : OUT INTEGER) IS
BEGIN
X := 1;
END C23006C_PROC;
PROCEDURE C23006CPROC (X : OUT INTEGER);
PROCEDURE C23006CPROC (X : OUT INTEGER) IS
BEGIN
X := 2;
END C23006CPROC;
FUNCTION C23006C_FUNC RETURN INTEGER IS
BEGIN
RETURN 3;
END C23006C_FUNC;
FUNCTION C23006CFUNC RETURN INTEGER;
WITH REPORT; USE REPORT;
PRAGMA ELABORATE (REPORT);
FUNCTION C23006CFUNC RETURN INTEGER IS
BEGIN
RETURN IDENT_INT(4);
END C23006CFUNC;
WITH C23006C_PROC, C23006CPROC, C23006C_FUNC, C23006CFUNC;
WITH REPORT; USE REPORT;
PROCEDURE C23006C IS
X1, X2 : INTEGER;
BEGIN
TEST ("C23006C", "CHECK UNDERSCORES ARE SIGNIFICANT " &
"FOR LIBRARY SUBPROGRAM");
C23006C_PROC (X1);
C23006CPROC (X2);
IF X1 + IDENT_INT(1) /= X2 THEN
FAILED ("INCORRECT PROCEDURE IDENTIFICATION");
END IF;
IF C23006C_FUNC + IDENT_INT(1) /= C23006CFUNC THEN
FAILED ("INCORRECT FUNCTION IDENTIFICATION");
END IF;
RESULT;
END C23006C;
|
------------------------------------------------------------------------------
-- --
-- GNAT COMPILER COMPONENTS --
-- --
-- S Y S T E M . P O O L _ E M P T Y --
-- --
-- S p e c --
-- --
-- $Revision: 2 $ --
-- --
-- Copyright (c) 1992,1993,1994 NYU, All Rights Reserved --
-- --
-- The GNAT library is free software; you can redistribute it and/or modify --
-- it under terms of the GNU Library General Public License as published by --
-- the Free Software Foundation; either version 2, or (at your option) any --
-- later version. The GNAT library is distributed in the hope that it will --
-- be useful, but WITHOUT ANY WARRANTY; without even the implied warranty --
-- of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU --
-- Library General Public License for more details. You should have --
-- received a copy of the GNU Library General Public License along with --
-- the GNAT library; see the file COPYING.LIB. If not, write to the Free --
-- Free Software Foundation, 675 Mass Ave, Cambridge, MA 02139, USA. --
-- --
------------------------------------------------------------------------------
with System.Storage_Pools;
with System.Storage_Elements;
package System.Pool_Empty is
pragma Elaborate_Body;
-- Needed to ensure that library routines can execute allocators
----------------
-- Empty_Pool --
----------------
-- Allocation strategy:
-- Raise storage Error on Allocate
-- Used in the compiler for access types with 'STORAGE_SIZE = 0
-- Avoid any overhead for Init/Finalize
type Empty_Pool is new
System.Storage_Pools.Root_Storage_Pool with null record;
function Storage_Size
(Pool : Empty_Pool)
return System.Storage_Elements.Storage_Count;
procedure Allocate
(Pool : in out Empty_Pool;
Address : out System.Address;
Storage_Size : System.Storage_Elements.Storage_Count;
Alignment : System.Storage_Elements.Storage_Count);
procedure Deallocate
(Pool : in out Empty_Pool;
Address : System.Address;
Storage_Size : System.Storage_Elements.Storage_Count;
Alignment : System.Storage_Elements.Storage_Count);
procedure Initialize (Pool : in out Empty_Pool);
procedure Finalize (Pool : in out Empty_Pool);
-- The only actual instance of this type
Empty_Pool_Object : Empty_Pool;
end System.Pool_Empty;
|
-- C43205D.ADA
-- Grant of Unlimited Rights
--
-- Under contracts F33600-87-D-0337, F33600-84-D-0280, MDA903-79-C-0687,
-- F08630-91-C-0015, and DCA100-97-D-0025, the U.S. Government obtained
-- unlimited rights in the software and documentation contained herein.
-- Unlimited rights are defined in DFAR 252.227-7013(a)(19). By making
-- this public release, the Government intends to confer upon all
-- recipients unlimited rights equal to those held by the Government.
-- These rights include rights to use, duplicate, release or disclose the
-- released technical data and computer software in whole or in part, in
-- any manner and for any purpose whatsoever, and to have or permit others
-- to do so.
--
-- DISCLAIMER
--
-- ALL MATERIALS OR INFORMATION HEREIN RELEASED, MADE AVAILABLE OR
-- DISCLOSED ARE AS IS. THE GOVERNMENT MAKES NO EXPRESS OR IMPLIED
-- WARRANTY AS TO ANY MATTER WHATSOEVER, INCLUDING THE CONDITIONS OF THE
-- SOFTWARE, DOCUMENTATION OR OTHER INFORMATION RELEASED, MADE AVAILABLE
-- OR DISCLOSED, OR THE OWNERSHIP, MERCHANTABILITY, OR FITNESS FOR A
-- PARTICULAR PURPOSE OF SAID MATERIAL.
--*
-- CHECK THAT THE BOUNDS OF A POSITIONAL AGGREGATE ARE DETERMINED
-- CORRECTLY. IN PARTICULAR, CHECK THAT THE LOWER BOUND IS GIVEN BY
-- 'FIRST OF THE INDEX SUBTYPE WHEN THE POSITIONAL AGGREGATE IS USED AS:
-- D) THE INITIALIZATION EXPRESSION OF A CONSTANT WHOSE TYPE MARK
-- DENOTES AN UNCONSTRAINED ARRAY.
-- EG 01/26/84
WITH REPORT;
PROCEDURE C43205D IS
USE REPORT;
BEGIN
TEST("C43205D", "CASE D : INITIALIZATION OF UNCONSTRAINED " &
"ARRAY CONSTANT");
BEGIN
CASE_D : DECLARE
SUBTYPE STD IS INTEGER RANGE IDENT_INT(11) .. 13;
TYPE TD IS ARRAY (STD RANGE <>) OF INTEGER;
D1 : CONSTANT TD := (-1, -2, -3);
BEGIN
IF D1'FIRST /= 11 THEN
FAILED ("CASE D : LOWER BOUND INCORRECTLY " &
"GIVEN BY 'FIRST");
ELSIF D1'LAST /= 13 THEN
FAILED ("CASE D : UPPER BOUND INCORRECTLY " &
"GIVEN BY 'LAST");
ELSIF D1 /= (-1, -2, -3) THEN
FAILED ("CASE D : ARRAY DOES NOT CONTAIN " &
"THE CORRECT VALUES");
END IF;
END CASE_D;
END;
RESULT;
END C43205D;
|
--------------------------------------------------------------------------------
-- Copyright (C) 2020 by Heisenbug Ltd. (gh+owm@heisenbug.eu)
--
-- This work is free. You can redistribute it and/or modify it under the
-- terms of the Do What The Fuck You Want To Public License, Version 2,
-- as published by Sam Hocevar. See the LICENSE file for more details.
--------------------------------------------------------------------------------
pragma License (Unrestricted);
--------------------------------------------------------------------------------
--% @summary
--% Open_Weather_Map.API.Service.Utilities
--
--% @description
--% Provides several utility functions.
--------------------------------------------------------------------------------
private package Open_Weather_Map.API.Service.Utilities is
-----------------------------------------------------------------------------
-- Has_Coord_Fields
-----------------------------------------------------------------------------
function Has_Coord_Fields
(Coordinates : in GNATCOLL.JSON.JSON_Value) return Boolean;
--% Checks if the given JSON value object has the field names expected for
--% geographical coordinates.
--
--% @param Coordinates
--% The JSON object to be checked for expected coordinate fields.
--
--% @return
--% True if the given JSON value object has the field names expected for
--% geographical coordinates.
-----------------------------------------------------------------------------
-- Decode_Coordinates
-----------------------------------------------------------------------------
function Decode_Coordinates
(Coordinates : in GNATCOLL.JSON.JSON_Value) return Geo_Coordinates with
Global => null,
Pre => Has_Coord_Fields (Coordinates);
--% Retrieves geographical coordinates from the JSON value given in
--% Coordinates.
-- Before calling this subprogram it should be checked that the expected
-- fields actually exist, hence making this requirement more prominent in
-- the precondition.
--
--% @param Coordinates
--% The JSON object where the coordinates shall be extracted from.
--
--% @return
--% The geographical coordinates extracted from Coordinates.
end Open_Weather_Map.API.Service.Utilities;
|
with Ada.Text_IO; use Ada.Text_IO;
with Ada.Strings.Fixed; use Ada.Strings.Fixed;
procedure AsciiArt is
art : constant array(1..27) of String(1..14) :=
(1=>" /\\\\\\ ", 2=>" /\\\",
3|6|9=>" ", 4|12=>" /\\\\\\\\\\ ",
5|8|11=>" \/\\\", 7|17|21=>" /\\\//////\\\",
10|19|20|22=>"\/\\\ \/\\\", 13|23|24=>"\/\\\\\\\\\\\\",
14|18=>" /\\\\\\\\\\\", 15=>" \/////////\\\",
16=>"\/\\\//////\\\", 25=>"\/// \/// ",
26|27=>"\//////////// ");
begin
for i in art'Range loop
Put(art(i)&' ');
if i mod 3 = 0 then New_Line; Put(i/3*' '); end if;
end loop;
end AsciiArt;
|
-- SPDX-FileCopyrightText: 2019 Max Reznik <reznikmm@gmail.com>
--
-- SPDX-License-Identifier: MIT
-------------------------------------------------------------
with Program.Lexical_Elements;
with Program.Elements.Expressions;
with Program.Elements.Real_Range_Specifications;
with Program.Element_Visitors;
package Program.Nodes.Real_Range_Specifications is
pragma Preelaborate;
type Real_Range_Specification is
new Program.Nodes.Node
and Program.Elements.Real_Range_Specifications
.Real_Range_Specification
and Program.Elements.Real_Range_Specifications
.Real_Range_Specification_Text
with private;
function Create
(Range_Token : not null Program.Lexical_Elements
.Lexical_Element_Access;
Lower_Bound : not null Program.Elements.Expressions
.Expression_Access;
Double_Dot_Token : not null Program.Lexical_Elements
.Lexical_Element_Access;
Upper_Bound : not null Program.Elements.Expressions
.Expression_Access)
return Real_Range_Specification;
type Implicit_Real_Range_Specification is
new Program.Nodes.Node
and Program.Elements.Real_Range_Specifications
.Real_Range_Specification
with private;
function Create
(Lower_Bound : not null Program.Elements.Expressions
.Expression_Access;
Upper_Bound : not null Program.Elements.Expressions
.Expression_Access;
Is_Part_Of_Implicit : Boolean := False;
Is_Part_Of_Inherited : Boolean := False;
Is_Part_Of_Instance : Boolean := False)
return Implicit_Real_Range_Specification
with Pre =>
Is_Part_Of_Implicit or Is_Part_Of_Inherited or Is_Part_Of_Instance;
private
type Base_Real_Range_Specification is
abstract new Program.Nodes.Node
and Program.Elements.Real_Range_Specifications.Real_Range_Specification
with record
Lower_Bound : not null Program.Elements.Expressions.Expression_Access;
Upper_Bound : not null Program.Elements.Expressions.Expression_Access;
end record;
procedure Initialize (Self : in out Base_Real_Range_Specification'Class);
overriding procedure Visit
(Self : not null access Base_Real_Range_Specification;
Visitor : in out Program.Element_Visitors.Element_Visitor'Class);
overriding function Lower_Bound
(Self : Base_Real_Range_Specification)
return not null Program.Elements.Expressions.Expression_Access;
overriding function Upper_Bound
(Self : Base_Real_Range_Specification)
return not null Program.Elements.Expressions.Expression_Access;
overriding function Is_Real_Range_Specification
(Self : Base_Real_Range_Specification)
return Boolean;
overriding function Is_Definition
(Self : Base_Real_Range_Specification)
return Boolean;
type Real_Range_Specification is
new Base_Real_Range_Specification
and Program.Elements.Real_Range_Specifications
.Real_Range_Specification_Text
with record
Range_Token : not null Program.Lexical_Elements
.Lexical_Element_Access;
Double_Dot_Token : not null Program.Lexical_Elements
.Lexical_Element_Access;
end record;
overriding function To_Real_Range_Specification_Text
(Self : in out Real_Range_Specification)
return Program.Elements.Real_Range_Specifications
.Real_Range_Specification_Text_Access;
overriding function Range_Token
(Self : Real_Range_Specification)
return not null Program.Lexical_Elements.Lexical_Element_Access;
overriding function Double_Dot_Token
(Self : Real_Range_Specification)
return not null Program.Lexical_Elements.Lexical_Element_Access;
type Implicit_Real_Range_Specification is
new Base_Real_Range_Specification
with record
Is_Part_Of_Implicit : Boolean;
Is_Part_Of_Inherited : Boolean;
Is_Part_Of_Instance : Boolean;
end record;
overriding function To_Real_Range_Specification_Text
(Self : in out Implicit_Real_Range_Specification)
return Program.Elements.Real_Range_Specifications
.Real_Range_Specification_Text_Access;
overriding function Is_Part_Of_Implicit
(Self : Implicit_Real_Range_Specification)
return Boolean;
overriding function Is_Part_Of_Inherited
(Self : Implicit_Real_Range_Specification)
return Boolean;
overriding function Is_Part_Of_Instance
(Self : Implicit_Real_Range_Specification)
return Boolean;
end Program.Nodes.Real_Range_Specifications;
|
------------------------------------------------------------------------------
-- --
-- Matreshka Project --
-- --
-- Ada Modeling Framework --
-- --
-- Runtime Library Component --
-- --
------------------------------------------------------------------------------
-- --
-- Copyright © 2011, Vadim Godunko <vgodunko@gmail.com> --
-- All rights reserved. --
-- --
-- Redistribution and use in source and binary forms, with or without --
-- modification, are permitted provided that the following conditions --
-- are met: --
-- --
-- * Redistributions of source code must retain the above copyright --
-- notice, this list of conditions and the following disclaimer. --
-- --
-- * Redistributions in binary form must reproduce the above copyright --
-- notice, this list of conditions and the following disclaimer in the --
-- documentation and/or other materials provided with the distribution. --
-- --
-- * Neither the name of the Vadim Godunko, IE nor the names of its --
-- contributors may be used to endorse or promote products derived from --
-- this software without specific prior written permission. --
-- --
-- THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS --
-- "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT --
-- LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR --
-- A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT --
-- HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, --
-- SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED --
-- TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR --
-- PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF --
-- LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING --
-- NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS --
-- SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. --
-- --
------------------------------------------------------------------------------
-- $Revision$ $Date$
------------------------------------------------------------------------------
with Ada.Containers.Vectors;
with Matreshka.Atomics.Counters;
package AMF.Internals.Collections.Elements.Containers is
pragma Preelaborate;
package Vectors is
new Ada.Containers.Vectors
(Positive, AMF.Elements.Element_Access, AMF.Elements."=");
type Shared_Element_Collection_Container is
new Shared_Element_Collection with record
Counter : Matreshka.Atomics.Counters.Counter;
Elements : Vectors.Vector;
end record;
overriding procedure Reference
(Self : not null access Shared_Element_Collection_Container);
overriding procedure Unreference
(Self : not null access Shared_Element_Collection_Container);
overriding function Length
(Self : not null access constant Shared_Element_Collection_Container)
return Natural;
overriding procedure Clear
(Self : not null access Shared_Element_Collection_Container);
overriding function Element
(Self : not null access constant Shared_Element_Collection_Container;
Index : Positive) return not null AMF.Elements.Element_Access;
overriding procedure Add
(Self : not null access Shared_Element_Collection_Container;
Item : not null AMF.Elements.Element_Access);
end AMF.Internals.Collections.Elements.Containers;
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|
------------------------------------------------------------------------------
-- --
-- Copyright (C) 2016, AdaCore --
-- --
-- Redistribution and use in source and binary forms, with or without --
-- modification, are permitted provided that the following conditions are --
-- met: --
-- 1. Redistributions of source code must retain the above copyright --
-- notice, this list of conditions and the following disclaimer. --
-- 2. Redistributions in binary form must reproduce the above copyright --
-- notice, this list of conditions and the following disclaimer in --
-- the documentation and/or other materials provided with the --
-- distribution. --
-- 3. Neither the name of the copyright holder nor the names of its --
-- contributors may be used to endorse or promote products derived --
-- from this software without specific prior written permission. --
-- --
-- THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS --
-- "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT --
-- LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR --
-- A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT --
-- HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, --
-- SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT --
-- LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, --
-- DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY --
-- THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT --
-- (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE --
-- OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. --
-- --
------------------------------------------------------------------------------
package MicroBit.Display is
subtype Coord is Natural range 0 .. 4;
procedure Set (X, Y : Coord);
-- Set one pixels
procedure Clear (X, Y : Coord);
-- Clear one pixels
procedure Clear;
-- Clear all the pixels
procedure Display (C : Character);
-- Display a character on the screen
end MicroBit.Display;
|
-- Copyright (c) 2019 Maxim Reznik <reznikmm@gmail.com>
--
-- SPDX-License-Identifier: MIT
-- License-Filename: LICENSE
-------------------------------------------------------------
with Program.Nodes.Generic_Vectors;
with Program.Elements.Component_Clauses;
package Program.Nodes.Component_Clause_Vectors is new
Program.Nodes.Generic_Vectors
(Program.Elements.Component_Clauses.Component_Clause_Vector);
pragma Preelaborate (Program.Nodes.Component_Clause_Vectors);
|
------------------------------------------------------------------------------
-- --
-- GNAT COMPILER COMPONENTS --
-- --
-- S Y S T E M . L I B M --
-- --
-- B o d y --
-- --
-- Copyright (C) 2014-2021, 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- --
-- ware Foundation; either version 3, or (at your option) any later ver- --
-- sion. GNAT is distributed in the hope that it will be useful, but WITH- --
-- OUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY --
-- or FITNESS FOR A PARTICULAR PURPOSE. --
-- --
-- --
-- --
-- --
-- --
-- You should have received a copy of the GNU General Public License and --
-- a copy of the GCC Runtime Library Exception along with this program; --
-- see the files COPYING3 and COPYING.RUNTIME respectively. If not, see --
-- <http://www.gnu.org/licenses/>. --
-- --
-- GNAT was originally developed by the GNAT team at New York University. --
-- Extensive contributions were provided by Ada Core Technologies Inc. --
-- --
------------------------------------------------------------------------------
-- This is the Ada Cert Math specific version of s-libm.adb
-- When Cody and Waite implementation is cited, it refers to the
-- Software Manual for the Elementary Functions by William J. Cody, Jr.
-- and William Waite, published by Prentice-Hall Series in Computational
-- Mathematics. Copyright 1980. ISBN 0-13-822064-6.
-- When Hart implementation is cited, it refers to
-- "Computer Approximations" by John F. Hart, published by Krieger.
-- Copyright 1968, Reprinted 1978 w/ corrections. ISBN 0-88275-642-7.
with Ada.Numerics; use Ada.Numerics;
package body System.Libm is
type Unsigned_64 is mod 2**64;
generic
type T is private;
with function Multiply_Add (X, Y, Z : T) return T is <>;
-- The Multiply_Add function returns the value of X * Y + Z, ideally
-- (but not necessarily) using a wider intermediate type, or a fused
-- multiply-add operation with only a single rounding. They are used
-- for evaluating polynomials.
package Generic_Polynomials is
type Polynomial is array (Natural range <>) of T;
-- A value P of type PolynomialRepresents the polynomial
-- P (X) = P_0 + P_1 * X + ... + P_(n-1) * X**(n-1) + P_n * X**n,
--
-- where n = P'Length - 1, P_0 is P (P'First) and P_n is P (P'Last)
-- P (X) = P_0 + X * (P_1 + X * (P_2 + X * (... + X * P_n)))
function Compute_Horner (P : Polynomial; X : T) return T with Inline;
-- Computes the polynomial P using the Horner scheme:
-- P (X) = P_0 + X * (P_1 + X * (P_2 + X * (... + X * P_n)))
end Generic_Polynomials;
-------------------------
-- Generic_Polynomials --
-------------------------
package body Generic_Polynomials is
--------------------
-- Compute_Horner --
---------------------
function Compute_Horner (P : Polynomial; X : T) return T is
Result : T := P (P'Last);
begin
for P_j of reverse P (P'First .. P'Last - 1) loop
Result := Multiply_Add (Result, X, P_j);
end loop;
return Result;
end Compute_Horner;
end Generic_Polynomials;
----------------------------
-- Generic_Approximations --
----------------------------
package body Generic_Approximations is
function Multiply_Add (X, Y, Z : T) return T is (X * Y + Z);
package Float_Polynomials is new Generic_Polynomials (T);
use Float_Polynomials;
-----------------
-- Approx_Asin --
-----------------
function Approx_Asin (X : T) return T is
P : T;
Q : T;
begin
if Mantissa <= 24 then
declare
-- Approximation MRE = 6.0128E-9
P1 : constant T := Exact (0.93393_5835);
P2 : constant T := Exact (-0.50440_0557);
Q0 : constant T := Exact (5.6036_3004);
Q1 : constant T := Exact (-5.5484_6723);
begin
P := Compute_Horner ((P1, P2), X);
Q := Compute_Horner ((Q0, Q1 + X), X);
end;
else
declare
-- Approximation MRE = 2.0975E-18
P1 : constant T := Exact (-0.27368_49452_41642_55994E+2);
P2 : constant T := Exact (+0.57208_22787_78917_31407E+2);
P3 : constant T := Exact (-0.39688_86299_75048_77339E+2);
P4 : constant T := Exact (+0.10152_52223_38064_63645E+2);
P5 : constant T := Exact (-0.69674_57344_73506_46411);
Q0 : constant T := Exact (-0.16421_09671_44985_60795E+3);
Q1 : constant T := Exact (+0.41714_43024_82604_12556E+3);
Q2 : constant T := Exact (-0.38186_30336_17501_49284E+3);
Q3 : constant T := Exact (+0.15095_27084_10306_04719E+3);
Q4 : constant T := Exact (-0.23823_85915_36702_38830E+2);
begin
P := Compute_Horner ((P1, P2, P3, P4, P5), X);
Q := Compute_Horner ((Q0, Q1, Q2, Q3, Q4 + X), X);
end;
end if;
return X * P / Q;
end Approx_Asin;
-----------------
-- Approx_Atan --
-----------------
function Approx_Atan (X : T) return T is
G : constant T := X * X;
P, Q : T;
begin
if Mantissa <= 24 then
declare
-- Approximation MRE = 3.2002E-9
P0 : constant T := Exact (-0.47083_25141);
P1 : constant T := Exact (-0.50909_58253E-1);
Q0 : constant T := Exact (0.14125_00740E1);
begin
P := Compute_Horner ((P0, P1), G);
Q := Q0 + G;
end;
else
declare
-- Approximation MRE = 1.8154E-18
P0 : constant T := Exact (-0.13688_76889_41919_26929E2);
P1 : constant T := Exact (-0.20505_85519_58616_51981E2);
P2 : constant T := Exact (-0.84946_24035_13206_83534E1);
P3 : constant T := Exact (-0.83758_29936_81500_59274);
Q0 : constant T := Exact (0.41066_30668_25757_81263E2);
Q1 : constant T := Exact (0.86157_34959_71302_42515E2);
Q2 : constant T := Exact (0.59578_43614_25973_44465E2);
Q3 : constant T := Exact (0.15024_00116_00285_76121E2);
begin
P := Compute_Horner ((P0, P1, P2, P3), G);
Q := Compute_Horner ((Q0, Q1, Q2, Q3 + G), G);
end;
end if;
return Multiply_Add (X, (G * P / Q), X);
end Approx_Atan;
function Approx_Cos (X : T) return T is
-- Note: The reference tables named below for cosine lists
-- constants for cos((pi/4) * x) ~= P (x^2), in order to get
-- cos (x), the constants have been adjusted by division of
-- appropriate powers of (pi/4) ^ n, for n 0,2,4,6 etc.
Cos_P : constant Polynomial :=
(if Mantissa <= 24
then
-- Hart's constants : #COS 3821# (p. 209)
-- Approximation MRE = 8.1948E-9 ???
(0 => Exact (0.99999_99999),
1 => Exact (-0.49999_99957),
2 => Exact (0.41666_61323E-1),
3 => Exact (-0.13888_52915E-2),
4 => Exact (0.24372_67909E-4))
elsif Mantissa <= 53
then
-- Hart's constants : #COS 3824# (p. 209)
-- Approximation MRE = 1.2548E-18
(0 => Exact (0.99999_99999_99999_99995),
1 => Exact (-0.49999_99999_99999_99279),
2 => Exact (+0.04166_66666_66666_430254),
3 => Exact (-0.13888_88888_88589_60433E-2),
4 => Exact (+0.24801_58728_28994_63022E-4),
5 => Exact (-0.27557_31286_56960_82219E-6),
6 => Exact (+0.20875_55514_56778_82872E-8),
7 => Exact (-0.11352_12320_57839_39582E-10))
else
-- Hart's constants : #COS 3825# (p. 209-210)
-- Approximation MRE = ???
(0 => Exact (+1.0),
1 => Exact (-0.49999_99999_99999_99994_57899),
2 => Exact (+0.41666_66666_66666_66467_89627E-1),
3 => Exact (-0.13888_88888_88888_57508_03579E-2),
4 => Exact (+0.24801_58730_15616_31808_80662E-4),
5 => Exact (-0.27557_31921_21557_14660_22522E-6),
6 => Exact (+0.20876_75377_75228_35357_18906E-8),
7 => Exact (-0.11470_23678_56189_18819_10735E-10),
8 => Exact (+0.47358_93914_72413_21156_01793E-13)));
begin
return Compute_Horner (Cos_P, X * X);
end Approx_Cos;
----------------
-- Approx_Exp --
----------------
function Approx_Exp (X : T) return T is
-- Cody and Waite implementation (page 69)
Exp_P : constant Polynomial :=
(if Mantissa <= 24
then -- Approximation MRE = 8.1529E-10
(0 => Exact (0.24999_99995_0),
1 => Exact (0.41602_88626_0E-2))
elsif Mantissa <= 53
then -- Approximation MRE = 1.0259E-17
(0 => Exact (0.24999_99999_99999_993),
1 => Exact (0.69436_00015_11792_852E-2),
2 => Exact (0.16520_33002_68279_130E-4))
else
(0 => Exact (0.25),
1 => Exact (0.75753_18015_94227_76666E-2),
2 => Exact (0.31555_19276_56846_46356E-4)));
Exp_Q : constant Polynomial :=
(if Mantissa <= 24
then
(0 => Exact (0.5),
1 => Exact (0.49987_17877_8E-1))
elsif Mantissa <= 53
then
(0 => Exact (0.5),
1 => Exact (0.55553_86669_69001_188E-1),
2 => Exact (0.49586_28849_05441_294E-3))
else
(0 => Exact (0.5),
1 => Exact (0.56817_30269_85512_21787E-1),
2 => Exact (0.63121_89437_43985_03557E-3),
3 => Exact (0.75104_02839_98700_46114E-6)));
G : constant T := X * X;
P : T;
Q : T;
begin
P := Compute_Horner (Exp_P, G);
Q := Compute_Horner (Exp_Q, G);
return Exact (2.0) * Multiply_Add (X, P / (Multiply_Add (-X, P, Q)),
Exact (0.5));
end Approx_Exp;
----------------
-- Approx_Log --
----------------
function Approx_Log (X : T) return T is
Log_P : constant Polynomial :=
(if Mantissa <= 24
then -- Approximation MRE = 1.0368E-10
(0 => Exact (-0.46490_62303_464),
1 => Exact (0.013600_95468_621))
else -- Approximation MRE = 4.7849E-19
(0 => Exact (-0.64124_94342_37455_81147E+2),
1 => Exact (0.16383_94356_30215_34222E+2),
2 => Exact (-0.78956_11288_74912_57267)));
Log_Q : constant Polynomial :=
(if Mantissa <= 24
then
(0 => Exact (-5.5788_73750_242),
1 => Exact (1.0))
else
(0 => Exact (-0.76949_93210_84948_79777E+3),
1 => Exact (0.31203_22209_19245_32844E+3),
2 => Exact (-0.35667_97773_90346_46171E+2),
3 => Exact (1.0)));
G : T;
P : T;
Q : T;
ZNum, ZDen, Z : T;
begin
ZNum := (X + Exact (-0.5)) + Exact (-0.5);
ZDen := X * Exact (0.5) + Exact (0.5);
Z := ZNum / ZDen;
G := Z * Z;
P := Compute_Horner (Log_P, G);
Q := Compute_Horner (Log_Q, G);
return Multiply_Add (Z, G * (P / Q), Z);
end Approx_Log;
----------------------
-- Approx_Power Log --
----------------------
function Approx_Power_Log (X : T) return T is
Power_Log_P : constant Polynomial :=
(if Mantissa <= 24
then -- Approximation MRE = 7.9529E-4
(1 => Exact (0.83357_541E-1))
else -- Approximation MRE = 8.7973E-8
(1 => Exact (0.83333_33333_33332_11405E-1),
2 => Exact (0.12500_00000_05037_99174E-1),
3 => Exact (0.22321_42128_59242_58967E-2),
4 => Exact (0.43445_77567_21631_19635E-3)));
K : constant T := Exact (0.44269_50408_88963_40736);
G : constant T := X * X;
P : T;
begin
P := Compute_Horner (Power_Log_P, G);
P := (P * G) * X;
P := Multiply_Add (P, K, P);
return Multiply_Add (X, K, P) + X;
end Approx_Power_Log;
-----------------
-- Approx_Exp2 --
-----------------
function Approx_Exp2 (X : T) return T is
Exp2_P : constant Polynomial :=
(if Mantissa > 24
then -- Approximation MRE = 1.7418E-17
(1 => Exact (0.69314_71805_59945_29629),
2 => Exact (0.24022_65069_59095_37056),
3 => Exact (0.55504_10866_40855_95326E-1),
4 => Exact (0.96181_29059_51724_16964E-2),
5 => Exact (0.13333_54131_35857_84703E-2),
6 => Exact (0.15400_29044_09897_64601E-3),
7 => Exact (0.14928_85268_05956_08186E-4))
else -- Approximation MRE = 3.3642E-9
(1 => Exact (0.69314_675),
2 => Exact (0.24018_510),
3 => Exact (0.54360_383E-1)));
begin
return Exact (1.0) + Compute_Horner (Exp2_P, X) * X;
end Approx_Exp2;
----------------
-- Approx_Sin --
----------------
function Approx_Sin (X : T) return T is
-- Note: The reference tables named below for sine lists constants
-- for sin((pi/4) * x) ~= x * P (x^2), in order to get sin (x),
-- the constants have been adjusted by division of appropriate
-- powers of (pi/4) ^ n, for n 1,3,5, etc.
Sin_P : constant Polynomial :=
(if Mantissa <= 24
then
-- Hart's constants: #SIN 3040# (p. 199)
(1 => Exact (-0.16666_65022),
2 => Exact (0.83320_16396E-2),
3 => Exact (-0.19501_81843E-3))
else
-- Hart's constants: #SIN 3044# (p. 199)
-- Approximation MRE = 2.4262E-18 ???
(1 => Exact (-0.16666_66666_66666_66628),
2 => Exact (0.83333_33333_33332_03335E-2),
3 => Exact (-0.19841_26984_12531_05860E-3),
4 => Exact (0.27557_31921_33901_68712E-5),
5 => Exact (-0.25052_10473_82673_30950E-7),
6 => Exact (0.16058_34762_32246_06553E-9),
7 => Exact (-0.75778_67884_01271_15607E-12)));
Sqrt_Epsilon_LLF : constant Long_Long_Float :=
Sqrt_2 ** (1 - Long_Long_Float'Machine_Mantissa);
G : constant T := X * X;
begin
if abs X <= Exact (Sqrt_Epsilon_LLF) then
return X;
end if;
return Multiply_Add (X, Compute_Horner (Sin_P, G) * G, X);
end Approx_Sin;
-----------------
-- Approx_Sinh --
-----------------
function Approx_Sinh (X : T) return T is
Sinh_P : constant Polynomial :=
(if Mantissa <= 24
then -- Approximation MRE = 2.6841E-8
(0 => Exact (-0.71379_3159E1),
1 => Exact (-0.19033_3300))
else -- Approximation MRE = 4.6429E-18
(0 => Exact (-0.35181_28343_01771_17881E6),
1 => Exact (-0.11563_52119_68517_68270E5),
2 => Exact (-0.16375_79820_26307_51372E3),
3 => Exact (-0.78966_12741_73570_99479)));
Sinh_Q : constant Polynomial :=
(if Mantissa <= 24
then
(0 => Exact (-0.42827_7109E2),
1 => Exact (1.0))
else
(0 => Exact (-0.21108_77005_81062_71242E7),
1 => Exact (0.36162_72310_94218_36460E5),
2 => Exact (-0.27773_52311_96507_01667E3),
3 => Exact (1.0)));
G : constant T := X * X;
P : T;
Q : T;
begin
P := Compute_Horner (Sinh_P, G);
Q := Compute_Horner (Sinh_Q, G);
return Multiply_Add (X, (G * P / Q), X);
end Approx_Sinh;
----------------
-- Approx_Tan --
----------------
function Approx_Tan (X : T) return T is
Tan_P : constant Polynomial :=
(if Mantissa <= 24
then -- Approximation MRE = 2.7824E-8
(1 => Exact (-0.95801_7723E-1))
else -- Approximation MRE = 3.5167E-18
(1 => Exact (-0.13338_35000_64219_60681),
2 => Exact (0.34248_87823_58905_89960E-2),
3 => Exact (-0.17861_70734_22544_26711E-4)));
Tan_Q : constant Polynomial :=
(if Mantissa <= 24
then
(0 => Exact (1.0),
1 => Exact (-0.42913_5777),
2 => Exact (0.97168_5835E-2))
else
(0 => Exact (1.0),
1 => Exact (-0.46671_68333_97552_94240),
2 => Exact (0.25663_83228_94401_12864E-1),
3 => Exact (-0.31181_53190_70100_27307E-3),
4 => Exact (0.49819_43399_37865_12270E-6)));
G : constant T := X * X;
P : constant T := Multiply_Add (X, G * Compute_Horner (Tan_P, G), X);
Q : constant T := Compute_Horner (Tan_Q, G);
begin
return P / Q;
end Approx_Tan;
----------------
-- Approx_Cot --
----------------
function Approx_Cot (X : T) return T is
Tan_P : constant Polynomial :=
(if Mantissa <= 24
then -- Approxmiation MRE = 1.5113E-17
(1 => Exact (-0.95801_7723E-1))
else
(1 => Exact (-0.13338_35000_64219_60681),
2 => Exact (0.34248_87823_58905_89960E-2),
3 => Exact (-0.17861_70734_22544_26711E-4)));
Tan_Q : constant Polynomial :=
(if Mantissa <= 24
then
(0 => Exact (1.0),
1 => Exact (-0.42913_5777),
2 => Exact (0.97168_5835E-2))
else
(0 => Exact (1.0),
1 => Exact (-0.46671_68333_97552_94240),
2 => Exact (0.25663_83228_94401_12864E-1),
3 => Exact (-0.31181_53190_70100_27307E-3),
4 => Exact (0.49819_43399_37865_12270E-6)));
G : constant T := X * X;
P : constant T := Multiply_Add (X, G * Compute_Horner (Tan_P, G), X);
Q : constant T := Compute_Horner (Tan_Q, G);
begin
return -Q / P;
end Approx_Cot;
-----------------
-- Approx_Tanh --
-----------------
function Approx_Tanh (X : T) return T is
Tanh_P : constant Polynomial :=
(if Mantissa <= 24
then -- Approximation MRE = 2.7166E-9
(0 => Exact (-0.82377_28127),
1 => Exact (-0.38310_10665E-2))
else -- Approximation MRE = 3.2436E-18
(0 => Exact (-0.16134_11902_39962_28053E4),
1 => Exact (-0.99225_92967_22360_83313E2),
2 => Exact (-0.96437_49277_72254_69787)));
Tanh_Q : constant Polynomial :=
(if Mantissa <= 24
then
(0 => Exact (2.4713_19654),
1 => Exact (1.0))
else
(0 => Exact (0.48402_35707_19886_88686E4),
1 => Exact (0.22337_72071_89623_12926E4),
2 => Exact (0.11274_47438_05349_49335E3),
3 => Exact (1.0)));
G : constant T := X * X;
P, Q : T;
begin
P := Compute_Horner (Tanh_P, G);
Q := Compute_Horner (Tanh_Q, G);
return Multiply_Add (X, G * P / Q, X);
end Approx_Tanh;
----------
-- Asin --
----------
function Asin (X : T) return T is
-- Cody and Waite implementation (page 174)
Y : T := abs X;
G : T;
Result : T;
begin
if Y <= Exact (0.5) then
Result := X + X * Approx_Asin (X * X);
else
G := (Exact (1.0) + (-Y)) * Exact (0.5);
Y := Sqrt (G);
Result :=
Exact (Pi / 2.0) - Exact (2.0) * (Y + Y * Approx_Asin (G));
if not (Exact (0.0) <= X) then
Result := -Result;
end if;
end if;
return Result;
end Asin;
end Generic_Approximations;
------------------
-- Generic_Acos --
------------------
function Generic_Acos (X : T) return T is
-- Cody and Waite implementation (page 174)
Y : T := abs (X);
G : T;
Result : T;
begin
if Y <= 0.5 then
-- No reduction needed
G := Y * Y;
Result := T'Copy_Sign (Y + Y * Approx_Asin (G), X);
return 0.5 * Pi - Result;
end if;
-- In the reduction step that follows, it is not Y, but rather G that
-- is reduced. The reduced G is in 0.0 .. 0.25.
G := (1.0 - Y) / 2.0;
Y := -2.0 * Sqrt (G);
Result := Y + Y * Approx_Asin (G);
return (if X < 0.0 then Pi + Result else -Result);
end Generic_Acos;
-------------------
-- Generic_Atan2 --
-------------------
-- Ada expected values:
-- Atan2 (y, x) returns a result in [-Pi, Pi]
function Generic_Atan2 (Y, X : T) return T is
-- Cody and Waite implementation (page 194)
F : T;
N : Integer := -1;
-- Default value for N is -1 so that if X=0 or over/underflow
-- tests on N are all false.
Result : T;
begin
if Y = 0.0 and then X = 0.0 then
-- Atan2 (+-0, -0) = +-Pi
-- Atan2 (+-0, +0) = +-0
if T'Copy_Sign (1.0, X) < 0.0 then
return T'Copy_Sign (Pi, Y);
else
return T'Copy_Sign (0.0, Y);
end if;
elsif Y = 0.0 and then abs (X) > 0.0 then
-- Atan2 (+-0, x) = +-Pi, if x < 0
-- Atan2 (+-0, x) = +-0, if x > 0
if X < 0.0 then
return T'Copy_Sign (Pi, Y);
else
return T'Copy_Sign (0.0, Y);
end if;
elsif X = 0.0 then
-- Atan2 (y, +-0) = -0.5 * Pi, if y < 0
-- Atan2 (y, +-0) = 0.5 * Pi, if y > 0
return T'Copy_Sign (Half_Pi, Y);
elsif abs (Y) > 0.0 and then abs (Y) <= T'Last
and then abs (X) = Infinity
then
-- Atan2 (+-y, -INF) = +-Pi, if x < 0 and y is finite
-- (tightly approximated)
-- Atan2 (+-y, +INF) = +-0, if x > 0 and y is finite
if X < 0.0 then
Result := T'Copy_Sign (Pi, Y);
else
Result := T'Copy_Sign (0.0, Y);
end if;
elsif abs (X) <= T'Last and then abs (Y) = Infinity then
-- Atan2 (+-INF, x) = +-0.5 * Pi, if x is finite
-- (tightly approximated)
Result := T'Copy_Sign (Half_Pi, Y);
elsif abs (X) = Infinity and then abs (Y) = Infinity then
-- Atan2 (+-INF, -INF) = +-0.75 * Pi (tightly approximated)
-- Atan2 (+-INF, +INF) = +-0.25 * Pi (tightly approximated)
if X < 0.0 then
return T'Copy_Sign (3.0 * Pi / 4.0, Y);
else
return T'Copy_Sign (Pi / 4.0, Y);
end if;
else
-- Be careful not to divide Y/X until we know it won't overflow
if abs (Y) > abs (X) then
F := abs (X / Y);
N := 2;
else
F := abs (Y / X);
N := 0;
end if;
if F > 2.0 - Sqrt_3 then
F := (((Sqrt_3 - 1.0) * F - 1.0) + F) / (Sqrt_3 + F);
N := N + 1;
end if;
Result := Approx_Atan (F);
end if;
if N > 1 then
Result := -Result;
end if;
case N is
when 1 => Result := Result + Sixth_Pi;
when 2 => Result := Result + Half_Pi;
when 3 => Result := Result + Third_Pi;
when others => null;
end case;
if T'Copy_Sign (1.0, X) < 0.0 then
Result := Pi - Result;
end if;
return T'Copy_Sign (Result, Y);
end Generic_Atan2;
procedure Generic_Pow_Special_Cases
(Left : T;
Right : T;
Is_Special : out Boolean;
Negate : out Boolean;
Result : out T)
is
------------
-- Is_Even --
------------
function Is_Even (X : T) return Boolean is
(abs X >= 2.0**T'Machine_Mantissa
or else Unsigned_64 (abs X) mod 2 = 0);
pragma Assert (T'Machine_Mantissa <= 64);
-- If X is large enough, then X is a multiple of 2. Otherwise,
-- conversion to Unsigned_64 is safe, assuming a mantissa of at
-- most 64 bits.
begin
Is_Special := True;
Negate := False;
Result := 0.0;
-- value 'Result' is not used if the input is
-- not a couple of special values
if Right = 0.0 or else not (Left /= 1.0) then
Result := (if Right = 0.0 then 1.0 else Left);
elsif Left = 0.0 then
if Right < 0.0 then
if Right = T'Rounding (Right) and then not Is_Even (Right) then
Result := 1.0 / Left; -- Infinity with sign of Left
else
Result := 1.0 / abs Left; -- +Infinity
end if;
else
if Right = T'Rounding (Right)
and then not Is_Even (Right)
then
Result := Left;
else
Result := +0.0;
end if;
end if;
elsif abs (Right) > T'Last and then Left = -1.0 then
Result := 1.0;
elsif Left < 0.0
and then Left >= T'First
and then abs (Right) <= T'Last
and then Right /= T'Rounding (Right)
then
Result := 0.0 / (Left - Left); -- NaN
elsif Right < T'First then
if abs (Left) < 1.0 then
Result := -Right; -- Infinity
else
Result := 0.0; -- Cases where Left=+-1 are dealt with above
end if;
elsif Right > T'Last then
if abs (Left) < 1.0 then
Result := 0.0;
else
Result := Right;
end if;
elsif Left > T'Last then
if Right < 0.0 then
Result := 0.0;
else
Result := Left;
end if;
elsif Left < T'First then
if Right > 0.0 then
if Right = T'Rounding (Right)
and then not Is_Even (Right)
then
Result := Left;
else
Result := -Left; -- -Left = +INF
end if;
else
if Right = T'Rounding (Right)
and then not Is_Even (Right)
then
Result := -0.0;
else
Result := +0.0;
end if;
end if;
else
Is_Special := False;
if Left < 0.0
and then Left >= T'First
and then abs (Right) <= T'Last
and then Right = T'Rounding (Right)
and then not Is_Even (Right)
then
Negate := True;
end if;
end if;
end Generic_Pow_Special_Cases;
end System.Libm;
|
------------------------------------------------------------------------------
-- --
-- GNAT RUN-TIME LIBRARY (GNARL) COMPONENTS --
-- --
-- S Y S T E M . O S _ I N T E R F A C E --
-- --
-- B o d y --
-- --
-- Copyright (C) 2015-2016, 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- --
-- ware Foundation; either version 3, or (at your option) any later ver- --
-- sion. GNAT is distributed in the hope that it will be useful, but WITH- --
-- OUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY --
-- or FITNESS FOR A PARTICULAR PURPOSE. --
-- --
-- As a special exception under Section 7 of GPL version 3, you are granted --
-- additional permissions described in the GCC Runtime Library Exception, --
-- version 3.1, as published by the Free Software Foundation. --
-- --
-- You should have received a copy of the GNU General Public License and --
-- a copy of the GCC Runtime Library Exception along with this program; --
-- see the files COPYING3 and COPYING.RUNTIME respectively. If not, see --
-- <http://www.gnu.org/licenses/>. --
-- --
-- GNARL was developed by the GNARL team at Florida State University. --
-- Extensive contributions were provided by Ada Core Technologies, Inc. --
-- --
------------------------------------------------------------------------------
-- This is the GNU/Hurd version of this package.
pragma Polling (Off);
-- Turn off polling, we do not want ATC polling to take place during
-- tasking operations. It causes infinite loops and other problems.
-- This package encapsulates all direct interfaces to OS services
-- that are needed by children of System.
package body System.OS_Interface is
--------------------
-- Get_Stack_Base --
--------------------
function Get_Stack_Base (thread : pthread_t) return Address is
pragma Warnings (Off, thread);
begin
return Null_Address;
end Get_Stack_Base;
------------------
-- pthread_init --
------------------
procedure pthread_init is
begin
null;
end pthread_init;
--------------------------------------
-- pthread_mutexattr_setprioceiling --
--------------------------------------
function pthread_mutexattr_setprioceiling
(attr : access pthread_mutexattr_t;
prioceiling : int) return int is
pragma Unreferenced (attr, prioceiling);
begin
return 0;
end pthread_mutexattr_setprioceiling;
--------------------------------------
-- pthread_mutexattr_getprioceiling --
--------------------------------------
function pthread_mutexattr_getprioceiling
(attr : access pthread_mutexattr_t;
prioceiling : access int) return int is
pragma Unreferenced (attr, prioceiling);
begin
return 0;
end pthread_mutexattr_getprioceiling;
---------------------------
-- pthread_setschedparam --
---------------------------
function pthread_setschedparam
(thread : pthread_t;
policy : int;
param : access struct_sched_param) return int is
pragma Unreferenced (thread, policy, param);
begin
return 0;
end pthread_setschedparam;
-----------------
-- To_Duration --
-----------------
function To_Duration (TS : timespec) return Duration is
begin
return Duration (TS.tv_sec) + Duration (TS.tv_nsec) / 10#1#E9;
end To_Duration;
------------------------
-- To_Target_Priority --
------------------------
function To_Target_Priority
(Prio : System.Any_Priority) return Interfaces.C.int
is
begin
return Interfaces.C.int (Prio);
end To_Target_Priority;
-----------------
-- To_Timespec --
-----------------
function To_Timespec (D : Duration) return timespec is
S : time_t;
F : Duration;
begin
S := time_t (Long_Long_Integer (D));
F := D - Duration (S);
-- If F has negative value due to a round-up, adjust for positive F
-- value.
if F < 0.0 then
S := S - 1;
F := F + 1.0;
end if;
return timespec'(tv_sec => S,
tv_nsec => long (Long_Long_Integer (F * 10#1#E9)));
end To_Timespec;
end System.OS_Interface;
|
--------------------------------------------------------------------------------------------------------------------
-- Copyright (c) 2013-2020, Luke A. Guest
--
-- This software is provided 'as-is', without any express or implied
-- warranty. In no event will the authors be held liable for any damages
-- arising from the use of this software.
--
-- Permission is granted to anyone to use this software for any purpose,
-- including commercial applications, and to alter it and redistribute it
-- freely, subject to the following restrictions:
--
-- 1. The origin of this software must not be misrepresented; you must not
-- claim that you wrote the original software. If you use this software
-- in a product, an acknowledgment in the product documentation would be
-- appreciated but is not required.
--
-- 2. Altered source versions must be plainly marked as such, and must not be
-- misrepresented as being the original software.
--
-- 3. This notice may not be removed or altered from any source
-- distribution.
--------------------------------------------------------------------------------------------------------------------
-- SDL
--
-- Ada 2012 bindings to the SDL 2.x.y library.
--------------------------------------------------------------------------------------------------------------------
with Interfaces.C;
package SDL is
pragma Preelaborate;
package C renames Interfaces.C;
use type C.int;
type Init_Flags is mod 2 ** 32 with
Convention => C;
Null_Init_Flags : constant Init_Flags := 16#0000_0000#;
Enable_Timer : constant Init_Flags := 16#0000_0001#;
Enable_Audio : constant Init_Flags := 16#0000_0010#;
Enable_Screen : constant Init_Flags := 16#0000_0020#;
Enable_Joystick : constant Init_Flags := 16#0000_0200#;
Enable_Haptic : constant Init_Flags := 16#0000_1000#;
Enable_Game_Controller : constant Init_Flags := 16#0000_2000#;
Enable_Events : constant Init_Flags := 16#0000_4000#;
Enable_No_Parachute : constant Init_Flags := 16#0010_0000#;
Enable_Everything : constant Init_Flags :=
Enable_Timer or Enable_Audio or Enable_Screen or Enable_Joystick or Enable_Haptic or
Enable_Game_Controller or Enable_Events or Enable_No_Parachute;
-- Coordinates are for positioning things.
subtype Coordinate is C.int;
subtype Natural_Coordinate is Coordinate range 0 .. Coordinate'Last;
subtype Positive_Coordinate is Coordinate range 1 .. Coordinate'Last;
Centre_Coordinate : constant Coordinate := 0;
type Coordinates is
record
X : SDL.Coordinate;
Y : SDL.Coordinate;
end record with
Convention => C;
Zero_Coordinate : constant Coordinates := (others => 0);
subtype Natural_Coordinates is Coordinates with
Dynamic_Predicate =>
Natural_Coordinates.X >= Natural_Coordinate'First and Natural_Coordinates.Y >= Natural_Coordinate'First;
subtype Positive_Coordinates is Coordinates with
Dynamic_Predicate =>
Positive_Coordinates.X >= Positive_Coordinate'First and Positive_Coordinates.Y >= Positive_Coordinate'First;
-- Dimensions are for sizing things.
subtype Dimension is C.int;
subtype Natural_Dimension is Dimension range 0 .. Dimension'Last;
subtype Positive_Dimension is Dimension range 1 .. Dimension'Last;
type Sizes is
record
Width : Dimension;
Height : Dimension;
end record with
Convention => C;
Zero_Size : constant Sizes := (others => Natural_Dimension'First);
subtype Natural_Sizes is Sizes with
Dynamic_Predicate => Natural_Sizes.Width >= 0 and Natural_Sizes.Height >= 0;
subtype Positive_Sizes is Sizes with
Dynamic_Predicate => Positive_Sizes.Width >= 1 and Positive_Sizes.Height >= 1;
function "*" (Left : in Sizes; Scale : in Positive_Dimension) return Sizes is
(Sizes'(Width => Left.Width * Scale, Height => Left.Height * Scale));
function "/" (Left : in Sizes; Scale : in Positive_Dimension) return Sizes is
(Sizes'(Width => Left.Width / Scale, Height => Left.Height / Scale));
function Initialise (Flags : in Init_Flags := Enable_Everything) return Boolean;
procedure Finalise with
Import => True,
Convention => C,
External_Name => "SDL_Quit";
function Initialise_Sub_System (Flags : in Init_Flags) return Boolean;
procedure Finalise_Sub_System
(Flags : in Init_Flags) with
Import => True,
Convention => C,
External_Name => "SDL_QuitSubSystem";
-- Get which sub-systems were initialised.
function Was_Initialised return Init_Flags;
-- Check whether a set of sub-systems were initialised.
function Was_Initialised (Flags : in Init_Flags) return Boolean;
private
Success : constant Interfaces.C.int := 0;
type SDL_Bool is (SDL_False, SDL_True) with
Convention => C;
-- The next value is used in mapping the Ada types onto the C types, it is the word size used for all data
-- in SDL, i.e. all data is 4 byte aligned so it works with 32-bit architectures.
Word : constant := 4;
-- These constants are internal to the events system.
SDL_Query : constant C.int := -1;
SDL_Ignore : constant C.int := 0;
SDL_Disable : constant C.int := 0;
SDL_Enable : constant C.int := 1;
end SDL;
|
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<first>115</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>116</first>
<second>
<first>1</first>
<second>0</second>
</second>
</item>
<item>
<first>117</first>
<second>
<first>1</first>
<second>0</second>
</second>
</item>
<item>
<first>118</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>120</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>121</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>123</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>124</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>126</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>127</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>128</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>129</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>130</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>131</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>132</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>133</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>135</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>136</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>138</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>139</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>141</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>142</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>144</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>145</first>
<second>
<first>1</first>
<second>0</second>
</second>
</item>
<item>
<first>146</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>148</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>149</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>151</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>152</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>153</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>154</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>155</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>156</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>157</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>159</first>
<second>
<first>1</first>
<second>0</second>
</second>
</item>
<item>
<first>160</first>
<second>
<first>1</first>
<second>0</second>
</second>
</item>
<item>
<first>161</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>163</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>164</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>165</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>166</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>167</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>169</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>170</first>
<second>
<first>1</first>
<second>0</second>
</second>
</item>
<item>
<first>171</first>
<second>
<first>1</first>
<second>0</second>
</second>
</item>
<item>
<first>172</first>
<second>
<first>1</first>
<second>0</second>
</second>
</item>
<item>
<first>173</first>
<second>
<first>1</first>
<second>0</second>
</second>
</item>
<item>
<first>174</first>
<second>
<first>1</first>
<second>0</second>
</second>
</item>
<item>
<first>175</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>176</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>178</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>179</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>180</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>182</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>183</first>
<second>
<first>1</first>
<second>0</second>
</second>
</item>
<item>
<first>185</first>
<second>
<first>1</first>
<second>0</second>
</second>
</item>
</node_label_latency>
<bblk_ent_exit class_id="29" tracking_level="0" version="0">
<count>37</count>
<item_version>0</item_version>
<item class_id="30" tracking_level="0" version="0">
<first>20</first>
<second class_id="31" tracking_level="0" version="0">
<first>0</first>
<second>1</second>
</second>
</item>
<item>
<first>23</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>26</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>29</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>32</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>34</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>40</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>45</first>
<second>
<first>0</first>
<second>1</second>
</second>
</item>
<item>
<first>52</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>60</first>
<second>
<first>0</first>
<second>1</second>
</second>
</item>
<item>
<first>63</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>68</first>
<second>
<first>0</first>
<second>1</second>
</second>
</item>
<item>
<first>71</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>74</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>77</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>80</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>83</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>87</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>93</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>98</first>
<second>
<first>0</first>
<second>1</second>
</second>
</item>
<item>
<first>105</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>119</first>
<second>
<first>0</first>
<second>1</second>
</second>
</item>
<item>
<first>122</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>125</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>134</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>137</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>140</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>143</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>147</first>
<second>
<first>0</first>
<second>1</second>
</second>
</item>
<item>
<first>150</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>158</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>162</first>
<second>
<first>0</first>
<second>1</second>
</second>
</item>
<item>
<first>168</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>177</first>
<second>
<first>0</first>
<second>1</second>
</second>
</item>
<item>
<first>181</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>184</first>
<second>
<first>0</first>
<second>1</second>
</second>
</item>
<item>
<first>186</first>
<second>
<first>1</first>
<second>1</second>
</second>
</item>
</bblk_ent_exit>
<regions class_id="32" tracking_level="0" version="0">
<count>1</count>
<item_version>0</item_version>
<item class_id="33" tracking_level="1" version="0" object_id="_660">
<region_name>ht_outputLogic</region_name>
<basic_blocks>
<count>37</count>
<item_version>0</item_version>
<item>20</item>
<item>23</item>
<item>26</item>
<item>29</item>
<item>32</item>
<item>34</item>
<item>40</item>
<item>45</item>
<item>52</item>
<item>60</item>
<item>63</item>
<item>68</item>
<item>71</item>
<item>74</item>
<item>77</item>
<item>80</item>
<item>83</item>
<item>87</item>
<item>93</item>
<item>98</item>
<item>105</item>
<item>119</item>
<item>122</item>
<item>125</item>
<item>134</item>
<item>137</item>
<item>140</item>
<item>143</item>
<item>147</item>
<item>150</item>
<item>158</item>
<item>162</item>
<item>168</item>
<item>177</item>
<item>181</item>
<item>184</item>
<item>186</item>
</basic_blocks>
<nodes>
<count>0</count>
<item_version>0</item_version>
</nodes>
<anchor_node>-1</anchor_node>
<region_type>8</region_type>
<interval>1</interval>
<pipe_depth>2</pipe_depth>
</item>
</regions>
<dp_fu_nodes class_id="34" tracking_level="0" version="0">
<count>0</count>
<item_version>0</item_version>
</dp_fu_nodes>
<dp_fu_nodes_expression class_id="35" tracking_level="0" version="0">
<count>0</count>
<item_version>0</item_version>
</dp_fu_nodes_expression>
<dp_fu_nodes_module>
<count>0</count>
<item_version>0</item_version>
</dp_fu_nodes_module>
<dp_fu_nodes_io>
<count>0</count>
<item_version>0</item_version>
</dp_fu_nodes_io>
<return_ports>
<count>0</count>
<item_version>0</item_version>
</return_ports>
<dp_mem_port_nodes class_id="36" tracking_level="0" version="0">
<count>0</count>
<item_version>0</item_version>
</dp_mem_port_nodes>
<dp_reg_nodes>
<count>0</count>
<item_version>0</item_version>
</dp_reg_nodes>
<dp_regname_nodes>
<count>0</count>
<item_version>0</item_version>
</dp_regname_nodes>
<dp_reg_phi>
<count>0</count>
<item_version>0</item_version>
</dp_reg_phi>
<dp_regname_phi>
<count>0</count>
<item_version>0</item_version>
</dp_regname_phi>
<dp_port_io_nodes class_id="37" tracking_level="0" version="0">
<count>0</count>
<item_version>0</item_version>
</dp_port_io_nodes>
<port2core class_id="38" tracking_level="0" version="0">
<count>0</count>
<item_version>0</item_version>
</port2core>
<node2core>
<count>0</count>
<item_version>0</item_version>
</node2core>
</syndb>
</boost_serialization>
|
------------------------------------------------------------------------------
-- --
-- Copyright (C) 2018, Universidad Politécnica de Madrid --
-- --
-- This 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- --
-- ware Foundation; either version 3, or (at your option) any later ver- --
-- sion. This software is distributed in the hope that it will be useful, --
-- but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHAN- --
-- TABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public --
-- License for more details. You should have received a copy of the GNU --
-- General Public License distributed with this software; see file --
-- COPYING3. If not, go to http://www.gnu.org/licenses for a complete copy --
-- of the license.
-- --
------------------------------------------------------------------------------
package Temperature.Display is
-- write a temperature value on the system screen
procedure Put (T : Temperature);
end Temperature.Display;
|
-- C83F01D1.ADA
-- Grant of Unlimited Rights
--
-- Under contracts F33600-87-D-0337, F33600-84-D-0280, MDA903-79-C-0687,
-- F08630-91-C-0015, and DCA100-97-D-0025, the U.S. Government obtained
-- unlimited rights in the software and documentation contained herein.
-- Unlimited rights are defined in DFAR 252.227-7013(a)(19). By making
-- this public release, the Government intends to confer upon all
-- recipients unlimited rights equal to those held by the Government.
-- These rights include rights to use, duplicate, release or disclose the
-- released technical data and computer software in whole or in part, in
-- any manner and for any purpose whatsoever, and to have or permit others
-- to do so.
--
-- DISCLAIMER
--
-- ALL MATERIALS OR INFORMATION HEREIN RELEASED, MADE AVAILABLE OR
-- DISCLOSED ARE AS IS. THE GOVERNMENT MAKES NO EXPRESS OR IMPLIED
-- WARRANTY AS TO ANY MATTER WHATSOEVER, INCLUDING THE CONDITIONS OF THE
-- SOFTWARE, DOCUMENTATION OR OTHER INFORMATION RELEASED, MADE AVAILABLE
-- OR DISCLOSED, OR THE OWNERSHIP, MERCHANTABILITY, OR FITNESS FOR A
-- PARTICULAR PURPOSE OF SAID MATERIAL.
--*
-- SEPARATELY COMPILED PACKAGE BODY FOR USE WITH C83F01D0M
-- RM 13 AUGUST 1980
-- RM 29 AUGUST 1980
SEPARATE (C83F01D0M)
PACKAGE BODY C83F01D1 IS
Y4 : INTEGER := 200 ;
PACKAGE BODY P IS
BEGIN
X1 := NOT X1 AND Y1 AND Y3 ;
Z := Z + T1 ;
Y2 := X2 * Y2 ;
Y4 := X2 * Y4 ;
-- ALL 4 ASSIGNMENTS ARE TESTED IN THE MAIN PROGRAM (RATHER
-- THAN HERE) TO PRECLUDE FALSE NEGATIVES (WHERE THE LACK
-- OF ELABORATION-TIME ERROR MESSAGES SIMPLY MEANS THAT THE
-- PACKAGE WAS NOT ELABORATED).
-- INCORRECT INTERPRETATIONS IN THE FIRST TWO
-- ASSIGNMENTS MANIFEST THEMSELVES AT
-- COMPILE TIME AS TYPE ERRORS.
END P ;
END C83F01D1 ;
|
------------------------------------------------------------------------------
-- AGAR CORE LIBRARY --
-- A G A R . O B J E C T --
-- B o d y --
-- --
-- Copyright (c) 2018-2019, Julien Nadeau Carriere (vedge@csoft.net) --
-- Copyright (c) 2010, coreland (mark@coreland.ath.cx) --
-- --
-- Permission to use, copy, modify, and/or distribute this software for any --
-- purpose with or without fee is hereby granted, provided that the above --
-- copyright notice and this permission notice appear in all copies. --
-- --
-- THE SOFTWARE IS PROVIDED "AS IS" AND THE AUTHOR DISCLAIMS ALL WARRANTIES --
-- WITH REGARD TO THIS SOFTWARE INCLUDING ALL IMPLIED WARRANTIES OF --
-- MERCHANTABILITY AND FITNESS. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR --
-- ANY SPECIAL, DIRECT, INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES --
-- WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN --
-- ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF --
-- OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE. --
------------------------------------------------------------------------------
with Agar.Error;
package body Agar.Object is
use Interfaces.C;
use Agar.Event;
function New_Object
(Parent : in Object_Access;
Name : in String;
Class : in Class_Not_Null_Access) return Object_Access
is
Ch_Name : aliased C.char_array := C.To_C(Name);
begin
return AG_ObjectNew
(Parent => Parent.all'Address,
Name => CS.To_Chars_Ptr(Ch_Name'Unchecked_Access),
Class => Class);
end;
function New_Object
(Parent : in Object_Access;
Class : in Class_Not_Null_Access) return Object_Access is
begin
return AG_ObjectNew
(Parent => Parent.all'Address,
Name => CS.Null_Ptr,
Class => Class);
end;
function New_Object
(Class : in Class_Not_Null_Access) return Object_Access is
begin
return AG_ObjectNew
(Parent => System.Null_Address,
Name => CS.Null_Ptr,
Class => Class);
end;
procedure Init_Object
(Object : in Object_Not_Null_Access;
Class : in Class_Not_Null_Access;
Static : in Boolean := False;
Name_On_Attach : in Boolean := False)
is
C_Flags : C.unsigned := 0;
begin
AG_ObjectInit (Object, Class);
C_Flags := Object.Flags;
if Static then
C_Flags := C_Flags or OBJECT_STATIC;
end if;
if Name_On_Attach then
C_Flags := C_Flags or OBJECT_NAME_ON_ATTACH;
end if;
Object.Flags := C_Flags;
end;
procedure Attach
(Parent : in Object_Access;
Child : in Object_not_null_Access)
is
begin
AG_ObjectAttach
(Parent => Parent,
Child => Child);
end;
function Find
(Root : in Object_Not_Null_Access;
Path : in String) return Object_Access
is
Ch_Path : aliased C.char_array := C.To_C(Path);
begin
return AG_ObjectFindS
(Root => Root,
Path => CS.To_Chars_Ptr(Ch_Path'Unchecked_Access));
end;
function Find_Parent
(Object : in Object_Not_Null_Access;
Name : in String;
Class : in String) return Object_Access
is
Ch_Name : aliased C.char_array := C.To_C(Name);
Ch_Class : aliased C.char_array := C.To_C(Class);
begin
return AG_ObjectFindParent
(Object => Object,
Name => CS.To_Chars_Ptr(Ch_Name'Unchecked_Access),
Class => CS.To_Chars_Ptr(Ch_Class'Unchecked_Access));
end;
function Find_Child
(Parent : in Object_Not_Null_Access;
Name : in String) return Object_Access
is
Ch_Name : aliased C.char_array := C.To_C(Name);
begin
return AG_ObjectFindChild
(Parent => Parent,
Name => CS.To_Chars_Ptr(Ch_Name'Unchecked_Access));
end;
function Get_Name (Object : in Object_Not_Null_Access) return String
is
Ch_Name : aliased C.char_array (0 .. C.size_t(HIERARCHY_MAX));
Result : C.int;
begin
Result := AG_ObjectCopyName
(Object => Object,
Buffer => Ch_Name'Address,
Size => Ch_Name'Length);
if Integer(Result) /= 0 then
raise Program_Error with Agar.Error.Get_Error;
end if;
return C.To_Ada(Ch_Name);
end;
procedure Set_Name
(Object : in Object_Not_Null_Access;
Name : in String)
is
Ch_Name : aliased C.char_array := C.To_C(Name);
begin
AG_ObjectSetNameS
(Object => Object,
Name => CS.To_Chars_Ptr(Ch_Name'Unchecked_Access));
end;
function Generate_Name
(Object : in Object_Not_Null_Access;
Class : in Class_Not_Null_Access) return String
is
Ch_Name : aliased C.char_array (0 .. C.size_t(NAME_MAX));
begin
AG_ObjectGenName
(Object => Object,
Class => Class,
Buffer => Ch_Name'Address,
Size => Ch_Name'Length);
return C.To_Ada(Ch_Name);
end;
function Generate_Name
(Object : in Object_Not_Null_Access;
Prefix : in String) return String
is
Ch_Name : aliased C.char_array (0 .. C.size_t(NAME_MAX));
Ch_Prefix : aliased C.char_array := C.To_C(Prefix);
begin
AG_ObjectGenNamePfx
(Object => Object,
Prefix => CS.To_Chars_Ptr(Ch_Prefix'Unchecked_Access),
Buffer => Ch_Name'Address,
Size => Ch_Name'Length);
return C.To_Ada(Ch_Name);
end;
procedure Register_Namespace
(Name : in String;
Prefix : in String;
URL : in String)
is
Ch_Name : aliased C.char_array := C.To_C(Name);
Ch_Prefix : aliased C.char_array := C.To_C(Prefix);
Ch_URL : aliased C.char_array := C.To_C(URL);
begin
AG_RegisterNamespace
(Name => CS.To_Chars_Ptr(Ch_Name'Unchecked_Access),
Prefix => CS.To_Chars_Ptr(Ch_Prefix'Unchecked_Access),
URL => CS.To_Chars_Ptr(Ch_URL'Unchecked_Access));
end;
procedure Unregister_Namespace
(Name : in String)
is
Ch_Name : aliased C.char_array := C.To_C(Name);
begin
AG_UnregisterNamespace(CS.To_Chars_Ptr(Ch_Name'Unchecked_Access));
end;
function Create_Class
(Hierarchy : in String;
Object_Size : in Natural;
Class_Size : in Natural;
Major : in Natural := 1;
Minor : in Natural := 0;
Init_Func : in Init_Func_Access := null;
Reset_Func : in Reset_Func_Access := null;
Destroy_Func : in Destroy_Func_Access := null;
Load_Func : in Load_Func_Access := null;
Save_Func : in Save_Func_Access := null;
Edit_Func : in Edit_Func_Access := null) return Class_Not_Null_Access
is
Ch_Hierarchy : aliased C.char_array := C.To_C(Hierarchy);
Class : Class_Access;
begin
Class := AG_CreateClass
(Hierarchy => CS.To_Chars_Ptr(Ch_Hierarchy'Unchecked_Access),
Object_Size => AG_Size(Object_Size / System.Storage_Unit),
Class_Size => AG_Size(Class_Size / System.Storage_Unit),
Major => C.unsigned(Major),
Minor => C.unsigned(Minor));
if Class = null then
raise Program_Error with Agar.Error.Get_Error;
end if;
if Init_Func /= null then AG_ClassSetInit (Class, Init_Func); end if;
if Reset_Func /= null then AG_ClassSetReset (Class, Reset_Func); end if;
if Destroy_Func /= null then AG_ClassSetDestroy (Class, Destroy_Func); end if;
if Load_Func /= null then AG_ClassSetLoad (Class, Load_Func); end if;
if Save_Func /= null then AG_ClassSetSave (Class, Save_Func); end if;
if Edit_Func /= null then AG_ClassSetEdit (Class, Edit_Func); end if;
return Class;
end Create_Class;
procedure Class_Set_Init
(Class : in Class_Not_Null_Access;
Init_Func : in Init_Func_Access) is
begin
AG_ClassSetInit(Class, Init_Func);
end;
function Class_Set_Init
(Class : in Class_Not_Null_Access;
Init_Func : in Init_Func_Access) return Init_Func_Access is
begin
return AG_ClassSetInit(Class, Init_Func);
end;
procedure Class_Set_Reset
(Class : in Class_Not_Null_Access;
Reset_Func : in Reset_Func_Access) is
begin
AG_ClassSetReset(Class, Reset_Func);
end;
function Class_Set_Reset
(Class : in Class_Not_Null_Access;
Reset_Func : in Reset_Func_Access) return Reset_Func_Access is
begin
return AG_ClassSetReset(Class, Reset_Func);
end;
procedure Class_Set_Destroy
(Class : in Class_Not_Null_Access;
Destroy_Func : in Destroy_Func_Access) is
begin
AG_ClassSetDestroy(Class, Destroy_Func);
end;
function Class_Set_Destroy
(Class : in Class_Not_Null_Access;
Destroy_Func : in Destroy_Func_Access) return Destroy_Func_Access is
begin
return AG_ClassSetDestroy(Class, Destroy_Func);
end;
procedure Class_Set_Load
(Class : in Class_Not_Null_Access;
Load_Func : in Load_Func_Access) is
begin
AG_ClassSetLoad(Class, Load_Func);
end;
function Class_Set_Load
(Class : in Class_Not_Null_Access;
Load_Func : in Load_Func_Access) return Load_Func_Access is
begin
return AG_ClassSetLoad(Class, Load_Func);
end;
procedure Class_Set_Save
(Class : in Class_Not_Null_Access;
Save_Func : in Save_Func_Access) is
begin
AG_ClassSetSave(Class, Save_Func);
end;
function Class_Set_Save
(Class : in Class_Not_Null_Access;
Save_Func : in Save_Func_Access) return Save_Func_Access is
begin
return AG_ClassSetSave(Class, Save_Func);
end;
procedure Class_Set_Edit
(Class : in Class_Not_Null_Access;
Edit_Func : in Edit_Func_Access) is
begin
AG_ClassSetEdit(Class, Edit_Func);
end;
function Class_Set_Edit
(Class : in Class_Not_Null_Access;
Edit_Func : in Edit_Func_Access) return Edit_Func_Access is
begin
return AG_ClassSetEdit(Class, Edit_Func);
end;
function Lookup_Class
(Class : in String) return Class_Access
is
Ch_Class : aliased C.char_array := C.To_C(Class);
begin
return AG_LookupClass
(Class => CS.To_Chars_Ptr(Ch_Class'Unchecked_Access));
end;
function Load_Class
(Class : in String) return Class_Access
is
Ch_Class : aliased C.char_array := C.To_C(Class);
begin
return AG_LoadClass
(Class => CS.To_Chars_Ptr(Ch_Class'Unchecked_Access));
end;
procedure Register_Module_Directory
(Path : in String)
is
Ch_Path : aliased C.char_array := C.To_C(Path);
begin
AG_RegisterModuleDirectory
(Path => CS.To_Chars_Ptr(Ch_Path'Unchecked_Access));
end;
procedure Unregister_Module_Directory
(Path : in String)
is
Ch_Path : aliased C.char_array := C.To_C(Path);
begin
AG_UnregisterModuleDirectory
(Path => CS.To_Chars_Ptr(Ch_Path'Unchecked_Access));
end;
function Is_Of_Class
(Object : in Object_Not_Null_Access;
Pattern : in String) return Boolean
is
Ch_Pattern : aliased C.char_array := C.To_C(Pattern);
begin
return AG_OfClass
(Object => Object,
Pattern => CS.To_Chars_Ptr(Ch_Pattern'Unchecked_Access)) = 1;
end;
function Is_A
(Object : in Object_Not_Null_Access;
Pattern : in String) return Boolean
is
Ch_Pattern : aliased C.char_array := C.To_C(Pattern);
begin
return AG_OfClass
(Object => Object,
Pattern => CS.To_Chars_Ptr(Ch_Pattern'Unchecked_Access)) = 1;
end;
function In_Use (Object : in Object_Not_Null_Access) return Boolean is
begin
return AG_ObjectInUse(Object) = 1;
end;
-------------------
-- Serialization --
-------------------
function Load (Object : in Object_Not_Null_Access) return Boolean is
begin
return AG_ObjectLoad(Object) = 0;
end;
function Load
(Object : in Object_Not_Null_Access;
File : in String) return Boolean
is
Ch_File : aliased C.char_array := C.To_C(File);
begin
return AG_ObjectLoadFromFile
(Object => Object,
File => CS.To_Chars_Ptr(Ch_File'Unchecked_Access)) = 0;
end;
function Load_Data (Object : in Object_Not_Null_Access) return Boolean is
begin
return AG_ObjectLoadData(Object) = 0;
end;
function Load_Data
(Object : in Object_Not_Null_Access;
File : in String) return Boolean
is
Ch_File : aliased C.char_array := C.To_C(File);
begin
return AG_ObjectLoadDataFromFile
(Object => Object,
File => CS.To_Chars_Ptr(Ch_File'Unchecked_Access)) = 0;
end;
function Load_Generic (Object : in Object_Not_Null_Access) return Boolean is
begin
return AG_ObjectLoadGeneric(Object) = 0;
end;
function Load_Generic
(Object : in Object_Not_Null_Access;
File : in String) return Boolean
is
Ch_File : aliased C.char_array := C.To_C(File);
begin
return AG_ObjectLoadGenericFromFile
(Object => Object,
File => CS.To_Chars_Ptr(Ch_File'Unchecked_Access)) = 0;
end;
function Save (Object : in Object_Not_Null_Access) return Boolean is
begin
return AG_ObjectSave(Object) = 0;
end;
function Save
(Object : in Object_Not_Null_Access;
File : in String) return Boolean
is
Ch_File : aliased C.char_array := C.To_C(File);
begin
return AG_ObjectSaveToFile
(Object => Object,
File => CS.To_Chars_Ptr(Ch_File'Unchecked_Access)) = 0;
end;
function Save_All (Object : in Object_Not_Null_Access) return Boolean is
begin
return AG_ObjectSaveAll(Object) = 0;
end;
function Serialize
(Object : in Object_Not_Null_Access;
Source : in DS.Data_Source_Not_Null_Access) return Boolean is
begin
return AG_ObjectSerialize(Object, Source) = 0;
end;
function Unserialize
(Object : in Object_Not_Null_Access;
Source : in DS.Data_Source_Not_Null_Access) return Boolean is
begin
return AG_ObjectUnserialize(Object, Source) = 0;
end;
function Read_Header
(Source : in DS.Data_Source_Not_Null_Access;
Header : in Header_Access) return Boolean is
begin
return AG_ObjectReadHeader (Source, Header) = 0;
end;
function Page_In
(Object : in Object_Not_Null_Access) return Boolean is
begin
return AG_ObjectPageIn (Object) = 0;
end;
function Page_Out
(Object : in Object_Not_Null_Access) return Boolean is
begin
return AG_ObjectPageOut (Object) = 0;
end;
------------
-- Events --
------------
function Set_Event
(Object : in Object_Not_Null_Access;
Event : in String;
Func : in Event_Func_Access;
Async : in Boolean := False;
Propagate : in Boolean := False) return Event_Not_Null_Access
is
Ch_Event : aliased C.char_array := C.To_C(Event);
Result : constant Event_Not_Null_Access := AG_SetEvent
(Object => Object,
Event => CS.To_Chars_Ptr(Ch_Event'Unchecked_Access),
Func => Func,
Format => CS.Null_Ptr);
begin
-- TODO Async, Propagate
return (Result);
end;
procedure Set_Event
(Object : in Object_Not_Null_Access;
Event : in String;
Func : in Event_Func_Access;
Async : in Boolean := False;
Propagate : in Boolean := False)
is
Ch_Event : aliased C.char_array := C.To_C(Event);
begin
AG_SetEvent
(Object => Object,
Event => CS.To_Chars_Ptr(Ch_Event'Unchecked_Access),
Func => Func,
Format => CS.Null_Ptr);
end;
function Add_Event
(Object : in Object_Not_Null_Access;
Event : in String;
Func : in Event_Func_Access;
Async : in Boolean := False;
Propagate : in Boolean := False) return Event_Not_Null_Access
is
Ch_Event : aliased C.char_array := C.To_C(Event);
Result : constant Event_Not_Null_Access := AG_AddEvent
(Object => Object,
Event => CS.To_Chars_Ptr(Ch_Event'Unchecked_Access),
Func => Func,
Format => CS.Null_Ptr);
begin
return (Result);
end;
procedure Add_Event
(Object : in Object_Not_Null_Access;
Event : in String;
Func : in Event_Func_Access;
Async : in Boolean := False;
Propagate : in Boolean := False)
is
Ch_Event : aliased C.char_array := C.To_C(Event);
begin
AG_AddEvent
(Object => Object,
Event => CS.To_Chars_Ptr(Ch_Event'Unchecked_Access),
Func => Func,
Format => CS.Null_Ptr);
end;
procedure Post_Event
(Object : in Object_Not_Null_Access;
Event : in String)
is
Ch_Event : aliased C.char_array := C.To_C(Event);
begin
AG_PostEvent
(Object => Object,
Event => CS.To_Chars_Ptr(Ch_Event'Unchecked_Access),
Format => CS.Null_Ptr);
end;
procedure Post_Event
(Object : in Object_Not_Null_Access;
Event : in Event_Not_Null_Access) is
begin
AG_PostEventByPtr
(Object => Object,
Event => Event,
Format => CS.Null_Ptr);
end;
procedure Debug
(Object : in Object_Access;
Message : in String)
is
Ch_Format : aliased C.char_array := C.To_C("%s");
Ch_Message : aliased C.char_array := C.To_C(Message);
begin
AG_Debug
(Object => Object,
Format => CS.To_Chars_Ptr(Ch_Format'Unchecked_Access),
Message => CS.To_Chars_Ptr(Ch_Message'Unchecked_Access));
end;
------------
-- Timers --
------------
function Add_Timer
(Object : in Object_Access;
Timer : in TMR.Timer_not_null_Access;
Interval : in Interfaces.Unsigned_32;
Func : in TMR.Timer_Callback) return Boolean
is
begin
return 0 = AG_AddTimer
(Object => Object,
Timer => Timer,
Interval => Interval,
Func => Func,
Flags => 0,
Format => CS.Null_Ptr);
end;
function Add_Timer
(Object : in Object_Access;
Interval : in Interfaces.Unsigned_32;
Func : in TMR.Timer_Callback) return TMR.Timer_Access
is
begin
return AG_AddTimerAuto
(Object => Object,
Interval => Interval,
Func => Func,
Format => CS.Null_Ptr);
end;
---------------
-- Variables --
---------------
function Defined
(Object : in Object_not_null_Access;
Variable : in String) return Boolean
is
Ch_Name : aliased C.char_array := C.To_C(Variable);
Result : C.int;
begin
Lock(Object);
Result := AG_Defined
(Object => Object,
Name => CS.To_Chars_Ptr(Ch_Name'Unchecked_Access));
Unlock(Object);
return Result = 1;
end;
--
-- Compare two variables with no dereference. Discrete types are compared
-- by value. Strings are compared case-sensitively. Reference types are
-- compared by their pointer value.
--
function "=" (Left, Right : in Variable_not_null_Access) return Boolean is
begin
return 0 = AG_CompareVariables (Left, Right);
end;
end Agar.Object;
|
------------------------------------------------------------------------------
-- --
-- GNAT RUN-TIME COMPONENTS --
-- --
-- S Y S T E M . I M G _ C H A R --
-- --
-- S p e c --
-- --
-- Copyright (C) 1992-2021, 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- --
-- ware Foundation; either version 3, or (at your option) any later ver- --
-- sion. GNAT is distributed in the hope that it will be useful, but WITH- --
-- OUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY --
-- or FITNESS FOR A PARTICULAR PURPOSE. --
-- --
-- --
-- --
-- --
-- --
-- You should have received a copy of the GNU General Public License and --
-- a copy of the GCC Runtime Library Exception along with this program; --
-- see the files COPYING3 and COPYING.RUNTIME respectively. If not, see --
-- <http://www.gnu.org/licenses/>. --
-- --
-- GNAT was originally developed by the GNAT team at New York University. --
-- Extensive contributions were provided by Ada Core Technologies Inc. --
-- --
------------------------------------------------------------------------------
-- Character'Image
package System.Img_Char is
pragma Pure;
procedure Image_Character
(V : Character;
S : in out String;
P : out Natural);
-- Computes Character'Image (V) and stores the result in S (1 .. P)
-- setting the resulting value of P. The caller guarantees that S is
-- long enough to hold the result, and that S'First is 1.
procedure Image_Character_05
(V : Character;
S : in out String;
P : out Natural);
-- Computes Character'Image (V) and stores the result in S (1 .. P)
-- setting the resulting value of P. The caller guarantees that S is
-- long enough to hold the result, and that S'First is 1. This version
-- is for use in Ada 2005 and beyond, where soft hyphen is a non-graphic
-- and results in "SOFT_HYPHEN" as the output.
end System.Img_Char;
|
-- Copyright (c) 2019 Maxim Reznik <reznikmm@gmail.com>
--
-- SPDX-License-Identifier: MIT
-- License-Filename: LICENSE
-------------------------------------------------------------
with Program.Elements.Declarations;
with Program.Lexical_Elements;
with Program.Elements.Defining_Identifiers;
with Program.Elements.Parameter_Specifications;
with Program.Elements.Aspect_Specifications;
package Program.Elements.Procedure_Body_Stubs is
pragma Pure (Program.Elements.Procedure_Body_Stubs);
type Procedure_Body_Stub is
limited interface and Program.Elements.Declarations.Declaration;
type Procedure_Body_Stub_Access is access all Procedure_Body_Stub'Class
with Storage_Size => 0;
not overriding function Name
(Self : Procedure_Body_Stub)
return not null Program.Elements.Defining_Identifiers
.Defining_Identifier_Access is abstract;
not overriding function Parameters
(Self : Procedure_Body_Stub)
return Program.Elements.Parameter_Specifications
.Parameter_Specification_Vector_Access is abstract;
not overriding function Aspects
(Self : Procedure_Body_Stub)
return Program.Elements.Aspect_Specifications
.Aspect_Specification_Vector_Access is abstract;
not overriding function Has_Not (Self : Procedure_Body_Stub) return Boolean
is abstract;
not overriding function Has_Overriding
(Self : Procedure_Body_Stub)
return Boolean is abstract;
type Procedure_Body_Stub_Text is limited interface;
type Procedure_Body_Stub_Text_Access is
access all Procedure_Body_Stub_Text'Class with Storage_Size => 0;
not overriding function To_Procedure_Body_Stub_Text
(Self : aliased in out Procedure_Body_Stub)
return Procedure_Body_Stub_Text_Access is abstract;
not overriding function Not_Token
(Self : Procedure_Body_Stub_Text)
return Program.Lexical_Elements.Lexical_Element_Access is abstract;
not overriding function Overriding_Token
(Self : Procedure_Body_Stub_Text)
return Program.Lexical_Elements.Lexical_Element_Access is abstract;
not overriding function Procedure_Token
(Self : Procedure_Body_Stub_Text)
return not null Program.Lexical_Elements.Lexical_Element_Access
is abstract;
not overriding function Left_Bracket_Token
(Self : Procedure_Body_Stub_Text)
return Program.Lexical_Elements.Lexical_Element_Access is abstract;
not overriding function Right_Bracket_Token
(Self : Procedure_Body_Stub_Text)
return Program.Lexical_Elements.Lexical_Element_Access is abstract;
not overriding function Is_Token
(Self : Procedure_Body_Stub_Text)
return not null Program.Lexical_Elements.Lexical_Element_Access
is abstract;
not overriding function Separate_Token
(Self : Procedure_Body_Stub_Text)
return not null Program.Lexical_Elements.Lexical_Element_Access
is abstract;
not overriding function With_Token
(Self : Procedure_Body_Stub_Text)
return Program.Lexical_Elements.Lexical_Element_Access is abstract;
not overriding function Semicolon_Token
(Self : Procedure_Body_Stub_Text)
return not null Program.Lexical_Elements.Lexical_Element_Access
is abstract;
end Program.Elements.Procedure_Body_Stubs;
|
pragma Ada_2005;
pragma Style_Checks (Off);
with Interfaces.C; use Interfaces.C;
with SDL_stdinc_h;
with Interfaces.C.Strings;
package SDL_version_h is
SDL_MAJOR_VERSION : constant := 2; -- ..\SDL2_tmp\SDL_version.h:60
SDL_MINOR_VERSION : constant := 0; -- ..\SDL2_tmp\SDL_version.h:61
SDL_PATCHLEVEL : constant := 9; -- ..\SDL2_tmp\SDL_version.h:62
-- arg-macro: procedure SDL_VERSION (x)
-- { (x).major := SDL_MAJOR_VERSION; (x).minor := SDL_MINOR_VERSION; (x).patch := SDL_PATCHLEVEL; }
-- arg-macro: function SDL_VERSIONNUM (X, Y, Z)
-- return (X)*1000 + (Y)*100 + (Z);
-- unsupported macro: SDL_COMPILEDVERSION SDL_VERSIONNUM(SDL_MAJOR_VERSION, SDL_MINOR_VERSION, SDL_PATCHLEVEL)
-- arg-macro: function SDL_VERSION_ATLEAST (X, Y, Z)
-- return SDL_COMPILEDVERSION >= SDL_VERSIONNUM(X, Y, Z);
-- Simple DirectMedia Layer
-- Copyright (C) 1997-2018 Sam Lantinga <slouken@libsdl.org>
-- This software is provided 'as-is', without any express or implied
-- warranty. In no event will the authors be held liable for any damages
-- arising from the use of this software.
-- Permission is granted to anyone to use this software for any purpose,
-- including commercial applications, and to alter it and redistribute it
-- freely, subject to the following restrictions:
-- 1. The origin of this software must not be misrepresented; you must not
-- claim that you wrote the original software. If you use this software
-- in a product, an acknowledgment in the product documentation would be
-- appreciated but is not required.
-- 2. Altered source versions must be plainly marked as such, and must not be
-- misrepresented as being the original software.
-- 3. This notice may not be removed or altered from any source distribution.
--
--*
-- * \file SDL_version.h
-- *
-- * This header defines the current SDL version.
--
-- Set up for C function definitions, even when using C++
--*
-- * \brief Information the version of SDL in use.
-- *
-- * Represents the library's version as three levels: major revision
-- * (increments with massive changes, additions, and enhancements),
-- * minor revision (increments with backwards-compatible changes to the
-- * major revision), and patchlevel (increments with fixes to the minor
-- * revision).
-- *
-- * \sa SDL_VERSION
-- * \sa SDL_GetVersion
--
--*< major version
type SDL_version is record
major : aliased SDL_stdinc_h.Uint8; -- ..\SDL2_tmp\SDL_version.h:53
minor : aliased SDL_stdinc_h.Uint8; -- ..\SDL2_tmp\SDL_version.h:54
patch : aliased SDL_stdinc_h.Uint8; -- ..\SDL2_tmp\SDL_version.h:55
end record;
pragma Convention (C_Pass_By_Copy, SDL_version); -- ..\SDL2_tmp\SDL_version.h:51
--*< minor version
--*< update version
-- Printable format: "%d.%d.%d", MAJOR, MINOR, PATCHLEVEL
--
--*
-- * \brief Macro to determine SDL version program was compiled against.
-- *
-- * This macro fills in a SDL_version structure with the version of the
-- * library you compiled against. This is determined by what header the
-- * compiler uses. Note that if you dynamically linked the library, you might
-- * have a slightly newer or older version at runtime. That version can be
-- * determined with SDL_GetVersion(), which, unlike SDL_VERSION(),
-- * is not a macro.
-- *
-- * \param x A pointer to a SDL_version struct to initialize.
-- *
-- * \sa SDL_version
-- * \sa SDL_GetVersion
--
--*
-- * This macro turns the version numbers into a numeric value:
-- * \verbatim
-- (1,2,3) -> (1203)
-- \endverbatim
-- *
-- * This assumes that there will never be more than 100 patchlevels.
--
--*
-- * This is the version number macro for the current SDL version.
--
--*
-- * This macro will evaluate to true if compiled with SDL at least X.Y.Z.
--
--*
-- * \brief Get the version of SDL that is linked against your program.
-- *
-- * If you are linking to SDL dynamically, then it is possible that the
-- * current version will be different than the version you compiled against.
-- * This function returns the current version, while SDL_VERSION() is a
-- * macro that tells you what version you compiled with.
-- *
-- * \code
-- * SDL_version compiled;
-- * SDL_version linked;
-- *
-- * SDL_VERSION(&compiled);
-- * SDL_GetVersion(&linked);
-- * printf("We compiled against SDL version %d.%d.%d ...\n",
-- * compiled.major, compiled.minor, compiled.patch);
-- * printf("But we linked against SDL version %d.%d.%d.\n",
-- * linked.major, linked.minor, linked.patch);
-- * \endcode
-- *
-- * This function may be called safely at any time, even before SDL_Init().
-- *
-- * \sa SDL_VERSION
--
procedure SDL_GetVersion (ver : access SDL_version); -- ..\SDL2_tmp\SDL_version.h:133
pragma Import (C, SDL_GetVersion, "SDL_GetVersion");
--*
-- * \brief Get the code revision of SDL that is linked against your program.
-- *
-- * Returns an arbitrary string (a hash value) uniquely identifying the
-- * exact revision of the SDL library in use, and is only useful in comparing
-- * against other revisions. It is NOT an incrementing number.
--
function SDL_GetRevision return Interfaces.C.Strings.chars_ptr; -- ..\SDL2_tmp\SDL_version.h:142
pragma Import (C, SDL_GetRevision, "SDL_GetRevision");
--*
-- * \brief Get the revision number of SDL that is linked against your program.
-- *
-- * Returns a number uniquely identifying the exact revision of the SDL
-- * library in use. It is an incrementing number based on commits to
-- * hg.libsdl.org.
--
function SDL_GetRevisionNumber return int; -- ..\SDL2_tmp\SDL_version.h:151
pragma Import (C, SDL_GetRevisionNumber, "SDL_GetRevisionNumber");
-- Ends C function definitions when using C++
-- vi: set ts=4 sw=4 expandtab:
end SDL_version_h;
|
-- C52103C.ADA
-- Grant of Unlimited Rights
--
-- Under contracts F33600-87-D-0337, F33600-84-D-0280, MDA903-79-C-0687,
-- F08630-91-C-0015, and DCA100-97-D-0025, the U.S. Government obtained
-- unlimited rights in the software and documentation contained herein.
-- Unlimited rights are defined in DFAR 252.227-7013(a)(19). By making
-- this public release, the Government intends to confer upon all
-- recipients unlimited rights equal to those held by the Government.
-- These rights include rights to use, duplicate, release or disclose the
-- released technical data and computer software in whole or in part, in
-- any manner and for any purpose whatsoever, and to have or permit others
-- to do so.
--
-- DISCLAIMER
--
-- ALL MATERIALS OR INFORMATION HEREIN RELEASED, MADE AVAILABLE OR
-- DISCLOSED ARE AS IS. THE GOVERNMENT MAKES NO EXPRESS OR IMPLIED
-- WARRANTY AS TO ANY MATTER WHATSOEVER, INCLUDING THE CONDITIONS OF THE
-- SOFTWARE, DOCUMENTATION OR OTHER INFORMATION RELEASED, MADE AVAILABLE
-- OR DISCLOSED, OR THE OWNERSHIP, MERCHANTABILITY, OR FITNESS FOR A
-- PARTICULAR PURPOSE OF SAID MATERIAL.
--*
-- CHECK THAT LENGTHS MUST MATCH IN ARRAY AND SLICE ASSIGNMENTS.
-- MORE SPECIFICALLY, TEST THAT ARRAY ASSIGNMENTS WITH MATCHING
-- LENGTHS DO NOT CAUSE CONSTRAINT_ERROR TO BE RAISED AND
-- ARE PERFORMED CORRECTLY.
-- (OVERLAPS BETWEEN THE OPERANDS OF THE ASSIGNMENT STATEMENT
-- ARE TREATED ELSEWHERE.)
-- THIS IS THE THIRD FILE IN
-- DIVISION A : STATICALLY-DETERMINABLE NON-NULL LENGTHS.
-- RM 07/20/81
-- SPS 3/22/83
WITH REPORT;
PROCEDURE C52103C IS
USE REPORT ;
BEGIN
TEST( "C52103C" , "CHECK THAT IN ARRAY ASSIGNMENTS AND IN SLICE" &
" ASSIGNMENTS THE LENGTHS MUST MATCH" );
-- ( EACH DIVISION COMPRISES 3 FILES,
-- COVERING RESPECTIVELY THE FIRST
-- 3 , NEXT 2 , AND LAST 3 OF THE 8
-- SELECTIONS FOR THE DIVISION.)
-------------------------------------------------------------------
-- (7) UNSLICED OBJECTS OF THE PREDEFINED TYPE 'STRING' (BY
-- THEMSELVES).
DECLARE
ARR71 : STRING( 1..5 ) := "ABCDE" ;
ARR72 : STRING( 5..9 ) := "FGHIJ" ;
BEGIN
-- STRING ASSIGNMENT:
ARR72 := ARR71 ;
-- CHECKING THE VALUES AFTER THE STRING ASSIGNMENT:
IF ARR72 /= "ABCDE"
THEN
FAILED( "STRING ASSIGNMENT NOT CORRECT (7)" );
END IF;
EXCEPTION
WHEN OTHERS =>
FAILED( "EXCEPTION RAISED - SUBTEST 7" );
END ;
-------------------------------------------------------------------
-- (8) SLICED OBJECTS OF THE PREDEFINED TYPE 'STRING' , WITH
-- STRING LITERALS.
--
DECLARE
ARR82 : STRING( 5..9 ) ;
BEGIN
-- INITIALIZATION OF UNUSED COMPONENT OF LHS ARRAY:
ARR82( 5..5 ) := "Q" ;
-- STRING LITERAL ASSIGNMENT:
ARR82( 5..9 )( 6..9 ) := "BCDE" ;
-- CHECKING THE VALUES AFTER THE SLICE ASSIGNMENT:
IF ARR82 /= "QBCDE" OR
ARR82( 5..9 ) /= "QBCDE"
THEN
FAILED( "SLICE ASSIGNMENT NOT CORRECT (8)" );
END IF;
EXCEPTION
WHEN OTHERS =>
FAILED( "EXCEPTION RAISED - SUBTEST 8" );
END ;
-------------------------------------------------------------------
-- (9) SLICED OBJECTS OF THE PREDEFINED TYPE 'STRING' (BY
-- THEMSELVES).
--
DECLARE
SUBTYPE TA92 IS STRING( 5..9 ) ;
ARR91 : STRING( 1..5 ) := "ABCDE" ;
ARR92 : TA92 ;
BEGIN
-- INITIALIZATION OF UNUSED COMPONENT OF LHS ARRAY:
ARR92( 5..5 ) := "Q" ;
-- STRING SLICE ASSIGNMENT:
ARR92( 5..9 )( 6..9 ) := ARR91( 1..5 )(2..5 )( 2..5 ) ;
-- CHECKING THE VALUES AFTER THE SLICE ASSIGNMENT:
IF ARR92 /= "QBCDE" OR
ARR92( 5..9 ) /= "QBCDE"
THEN
FAILED( "SLICE ASSIGNMENT NOT CORRECT (9)" );
END IF;
EXCEPTION
WHEN OTHERS =>
FAILED( "EXCEPTION RAISED - SUBTEST 9" );
END ;
-------------------------------------------------------------------
RESULT ;
END C52103C;
|
with Ada.Numerics.Discrete_Random;
with SDL.Video.Windows.Makers;
with SDL.Video.Renderers.Makers;
with SDL.Events.Events;
procedure Brownian_Tree is
Width : constant := 800;
Height : constant := 600;
Points : constant := 50_000;
subtype Width_Range is Integer range 1 .. Width;
subtype Height_Range is Integer range 1 .. Height;
type Direction is (N, NE, E, SE, S, SW, W, NW);
package Random_Width is new Ada.Numerics.Discrete_Random (Width_Range);
package Random_Height is new Ada.Numerics.Discrete_Random (Height_Range);
package Random_Direc is new Ada.Numerics.Discrete_Random (Direction);
Window : SDL.Video.Windows.Window;
Renderer : SDL.Video.Renderers.Renderer;
Event : SDL.Events.Events.Events;
Width_Gen : Random_Width.Generator;
Height_Gen : Random_Height.Generator;
Direc_Gen : Random_Direc.Generator;
function Poll_Quit return Boolean is
use type SDL.Events.Event_Types;
begin
while SDL.Events.Events.Poll (Event) loop
if Event.Common.Event_Type = SDL.Events.Quit then
return True;
end if;
end loop;
return False;
end Poll_Quit;
procedure Draw_Brownian_Tree is
Field : array (Width_Range, Height_Range) of Boolean := (others => (others => False));
X : Width_Range;
Y : Height_Range;
Direc : Direction;
procedure Random_Free (X : out Width_Range; Y : out Height_Range) is
begin
-- Find free random spot
loop
X := Random_Width.Random (Width_Gen);
Y := Random_Height.Random (Height_Gen);
exit when Field (X, Y) = False;
end loop;
end Random_Free;
begin
-- Seed
Field (Random_Width.Random (Width_Gen),
Random_Height.Random (Height_Gen)) := True;
for I in 0 .. Points loop
Random_Free (X, Y);
loop
-- If collide with wall then new random start
while
X = Width_Range'First or X = Width_Range'Last or
Y = Height_Range'First or Y = Height_Range'Last
loop
Random_Free (X, Y);
end loop;
exit when Field (X - 1, Y - 1) or Field (X, Y - 1) or Field (X + 1, Y - 1);
exit when Field (X - 1, Y) or Field (X + 1, Y);
exit when Field (X - 1, Y + 1) or Field (X, Y + 1) or Field (X + 1, Y + 1);
Direc := Random_Direc.Random (Direc_Gen);
case Direc is
when NW | N | NE => Y := Y - 1;
when SW | S | SE => Y := Y + 1;
when others => null;
end case;
case Direc is
when NW | W | SW => X := X - 1;
when SE | E | NE => X := X + 1;
when others => null;
end case;
end loop;
Field (X, Y) := True;
Renderer.Draw (Point => (SDL.C.int (X), SDL.C.int (Y)));
if I mod 100 = 0 then
if Poll_Quit then
return;
end if;
Window.Update_Surface;
end if;
end loop;
end Draw_Brownian_Tree;
begin
Random_Width.Reset (Width_Gen);
Random_Height.Reset (Height_Gen);
Random_Direc.Reset (Direc_Gen);
if not SDL.Initialise (Flags => SDL.Enable_Screen) then
return;
end if;
SDL.Video.Windows.Makers.Create (Win => Window,
Title => "Brownian tree",
Position => SDL.Natural_Coordinates'(X => 10, Y => 10),
Size => SDL.Positive_Sizes'(Width, Height),
Flags => 0);
SDL.Video.Renderers.Makers.Create (Renderer, Window.Get_Surface);
Renderer.Set_Draw_Colour ((0, 0, 0, 255));
Renderer.Fill (Rectangle => (0, 0, Width, Height));
Renderer.Set_Draw_Colour ((200, 200, 200, 255));
Draw_Brownian_Tree;
Window.Update_Surface;
loop
exit when Poll_Quit;
delay 0.050;
end loop;
Window.Finalize;
SDL.Finalise;
end Brownian_Tree;
|
------------------------------------------------------------------------------
-- --
-- GNAT COMPILER COMPONENTS --
-- --
-- D E B U G --
-- --
-- S p e c --
-- --
-- $Revision$
-- --
-- Copyright (C) 1992-1999 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- --
-- ware Foundation; either version 2, or (at your option) any later ver- --
-- sion. GNAT is distributed in the hope that it will be useful, but WITH- --
-- OUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY --
-- or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License --
-- for more details. You should have received a copy of the GNU General --
-- Public License distributed with GNAT; see file COPYING. If not, write --
-- to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, --
-- MA 02111-1307, USA. --
-- --
-- As a special exception, if other files instantiate generics from this --
-- unit, or you link this unit with other files to produce an executable, --
-- this unit does not by itself cause the resulting executable to be --
-- covered by the GNU General Public License. This exception does not --
-- however invalidate any other reasons why the executable file might be --
-- covered by the GNU Public License. --
-- --
-- GNAT was originally developed by the GNAT team at New York University. --
-- Extensive contributions were provided by Ada Core Technologies Inc. --
-- --
------------------------------------------------------------------------------
package Debug is
pragma Preelaborate (Debug);
-- This package contains global flags used to control the inclusion
-- of debugging code in various phases of the compiler.
-------------------------
-- Dynamic Debug Flags --
-------------------------
-- Thirty six flags that can be used to active various specialized
-- debugging output information. The flags are preset to False, which
-- corresponds to the given output being suppressed. The individual
-- flags can be turned on using the undocumented switch /dxxx where
-- xxx is a string of letters for flags to be turned on. Documentation
-- on the current usage of these flags is contained in the body of Debug
-- rather than the spec, so that we don't have to recompile the world
-- when a new debug flag is added
Debug_Flag_A : Boolean := False;
Debug_Flag_B : Boolean := False;
Debug_Flag_C : Boolean := False;
Debug_Flag_D : Boolean := False;
Debug_Flag_E : Boolean := False;
Debug_Flag_F : Boolean := False;
Debug_Flag_G : Boolean := False;
Debug_Flag_H : Boolean := False;
Debug_Flag_I : Boolean := False;
Debug_Flag_J : Boolean := False;
Debug_Flag_K : Boolean := False;
Debug_Flag_L : Boolean := False;
Debug_Flag_M : Boolean := False;
Debug_Flag_N : Boolean := False;
Debug_Flag_O : Boolean := False;
Debug_Flag_P : Boolean := False;
Debug_Flag_Q : Boolean := False;
Debug_Flag_R : Boolean := False;
Debug_Flag_S : Boolean := False;
Debug_Flag_T : Boolean := False;
Debug_Flag_U : Boolean := False;
Debug_Flag_V : Boolean := False;
Debug_Flag_W : Boolean := False;
Debug_Flag_X : Boolean := False;
Debug_Flag_Y : Boolean := False;
Debug_Flag_Z : Boolean := False;
Debug_Flag_AA : Boolean := False;
Debug_Flag_BB : Boolean := False;
Debug_Flag_CC : Boolean := False;
Debug_Flag_DD : Boolean := False;
Debug_Flag_EE : Boolean := False;
Debug_Flag_FF : Boolean := False;
Debug_Flag_GG : Boolean := False;
Debug_Flag_HH : Boolean := False;
Debug_Flag_II : Boolean := False;
Debug_Flag_JJ : Boolean := False;
Debug_Flag_KK : Boolean := False;
Debug_Flag_LL : Boolean := False;
Debug_Flag_MM : Boolean := False;
Debug_Flag_NN : Boolean := False;
Debug_Flag_OO : Boolean := False;
Debug_Flag_PP : Boolean := False;
Debug_Flag_QQ : Boolean := False;
Debug_Flag_RR : Boolean := False;
Debug_Flag_SS : Boolean := False;
Debug_Flag_TT : Boolean := False;
Debug_Flag_UU : Boolean := False;
Debug_Flag_VV : Boolean := False;
Debug_Flag_WW : Boolean := False;
Debug_Flag_XX : Boolean := False;
Debug_Flag_YY : Boolean := False;
Debug_Flag_ZZ : Boolean := False;
Debug_Flag_1 : Boolean := False;
Debug_Flag_2 : Boolean := False;
Debug_Flag_3 : Boolean := False;
Debug_Flag_4 : Boolean := False;
Debug_Flag_5 : Boolean := False;
Debug_Flag_6 : Boolean := False;
Debug_Flag_7 : Boolean := False;
Debug_Flag_8 : Boolean := False;
Debug_Flag_9 : Boolean := False;
function Get_Debug_Flag_K return Boolean;
-- This function is called from C code to get the setting of the K flag
-- (it does not work to try to access a constant object directly).
procedure Set_Debug_Flag (C : Character; Val : Boolean := True);
-- Where C is 0-9, A-Z, or a-z, sets the corresponding debug flag to
-- the given value. In the checks off version of debug, the call to
-- Set_Debug_Flag is always a null operation.
end Debug;
|
with
gel.Window.setup,
gel.Applet.gui_world,
gel.Forge,
gel.Sprite,
gel.World,
gel.Camera,
Physics,
ada.Text_IO,
ada.Exceptions;
pragma unreferenced (gel.Window.setup);
procedure launch_drop_Ball_on_Box
--
-- Drops a ball onto a box 'terrain'.
--
is
use gel.Applet,
gel.Applet.gui_world,
Ada.Text_IO;
the_Applet : gel.Applet.gui_world.view := gel.Forge.new_gui_Applet ("drop Ball on Box",
space_Kind => physics.Bullet);
function gui_World return gel.World.view
is
begin
return the_Applet.World (gui_world_Id);
end gui_World;
function gui_Camera return gel.Camera.view
is
begin
return the_Applet.Camera (gui_world_Id,
gui_camera_Id);
end gui_Camera;
the_Ball : constant gel.Sprite.view := gel.Forge.new_ball_Sprite (gui_World);
the_Box : constant gel.Sprite.view := gel.Forge.new_box_Sprite (gui_World,
Mass => 0.0,
Size => (20.0, 1.0, 20.0));
begin
new_Line;
put_Line ("Use arrow keys and PgUp/PgDn to move the camera.");
new_Line;
gui_Camera.Site_is ((0.0, 2.0, 20.0)); -- Position the camera.
the_Applet.enable_simple_Dolly (in_World => gui_world_Id); -- Enable user camera control via keyboards.
the_Ball.Site_is ((0.0, 10.0, 0.0));
gui_World.Gravity_is ((0.0, -9.8, 0.0));
gui_World.add (the_Ball); -- Add ball.
gui_World.add (the_Box); -- Add box.
while the_Applet.is_open
loop
the_Applet.freshen; -- Handle any new events and update the screen.
end loop;
free (the_Applet);
exception
when E : others =>
new_Line;
put_Line ("Unhandled exception in main task ...");
put_Line (ada.Exceptions.exception_Information (E));
new_Line;
end launch_drop_Ball_on_Box;
|
-- Generated by a script from an "avr tools device file" (atdf)
with SAM.Port; use SAM.Port;
package SAM.Functions is
PA04_AC_AIN0 : constant Peripheral_Function := B;
PA05_AC_AIN1 : constant Peripheral_Function := B;
PA06_AC_AIN2 : constant Peripheral_Function := B;
PA07_AC_AIN3 : constant Peripheral_Function := B;
PA12_AC_CMP0 : constant Peripheral_Function := M;
PA18_AC_CMP0 : constant Peripheral_Function := M;
PB24_AC_CMP0 : constant Peripheral_Function := M;
PA13_AC_CMP1 : constant Peripheral_Function := M;
PA19_AC_CMP1 : constant Peripheral_Function := M;
PB25_AC_CMP1 : constant Peripheral_Function := M;
PA02_ADC0_AIN0 : constant Peripheral_Function := B;
PA03_ADC0_AIN1 : constant Peripheral_Function := B;
PB08_ADC0_AIN2 : constant Peripheral_Function := B;
PB09_ADC0_AIN3 : constant Peripheral_Function := B;
PA04_ADC0_AIN4 : constant Peripheral_Function := B;
PA05_ADC0_AIN5 : constant Peripheral_Function := B;
PA06_ADC0_AIN6 : constant Peripheral_Function := B;
PA07_ADC0_AIN7 : constant Peripheral_Function := B;
PA08_ADC0_AIN8 : constant Peripheral_Function := B;
PA09_ADC0_AIN9 : constant Peripheral_Function := B;
PA10_ADC0_AIN10 : constant Peripheral_Function := B;
PA11_ADC0_AIN11 : constant Peripheral_Function := B;
PB00_ADC0_AIN12 : constant Peripheral_Function := B;
PB01_ADC0_AIN13 : constant Peripheral_Function := B;
PB02_ADC0_AIN14 : constant Peripheral_Function := B;
PB03_ADC0_AIN15 : constant Peripheral_Function := B;
PA03_ADC0_X0 : constant Peripheral_Function := B;
PA03_ADC0_Y0 : constant Peripheral_Function := B;
PB08_ADC0_X1 : constant Peripheral_Function := B;
PB08_ADC0_Y1 : constant Peripheral_Function := B;
PB09_ADC0_X2 : constant Peripheral_Function := B;
PB09_ADC0_Y2 : constant Peripheral_Function := B;
PA04_ADC0_X3 : constant Peripheral_Function := B;
PA04_ADC0_Y3 : constant Peripheral_Function := B;
PA06_ADC0_X4 : constant Peripheral_Function := B;
PA06_ADC0_Y4 : constant Peripheral_Function := B;
PA07_ADC0_X5 : constant Peripheral_Function := B;
PA07_ADC0_Y5 : constant Peripheral_Function := B;
PA08_ADC0_X6 : constant Peripheral_Function := B;
PA08_ADC0_Y6 : constant Peripheral_Function := B;
PA09_ADC0_X7 : constant Peripheral_Function := B;
PA09_ADC0_Y7 : constant Peripheral_Function := B;
PA10_ADC0_X8 : constant Peripheral_Function := B;
PA10_ADC0_Y8 : constant Peripheral_Function := B;
PA11_ADC0_X9 : constant Peripheral_Function := B;
PA11_ADC0_Y9 : constant Peripheral_Function := B;
PA16_ADC0_X10 : constant Peripheral_Function := B;
PA16_ADC0_Y10 : constant Peripheral_Function := B;
PA17_ADC0_X11 : constant Peripheral_Function := B;
PA17_ADC0_Y11 : constant Peripheral_Function := B;
PA18_ADC0_X12 : constant Peripheral_Function := B;
PA18_ADC0_Y12 : constant Peripheral_Function := B;
PA19_ADC0_X13 : constant Peripheral_Function := B;
PA19_ADC0_Y13 : constant Peripheral_Function := B;
PA20_ADC0_X14 : constant Peripheral_Function := B;
PA20_ADC0_Y14 : constant Peripheral_Function := B;
PA21_ADC0_X15 : constant Peripheral_Function := B;
PA21_ADC0_Y15 : constant Peripheral_Function := B;
PA22_ADC0_X16 : constant Peripheral_Function := B;
PA22_ADC0_Y16 : constant Peripheral_Function := B;
PA23_ADC0_X17 : constant Peripheral_Function := B;
PA23_ADC0_Y17 : constant Peripheral_Function := B;
PA27_ADC0_X18 : constant Peripheral_Function := B;
PA27_ADC0_Y18 : constant Peripheral_Function := B;
PA30_ADC0_X19 : constant Peripheral_Function := B;
PA30_ADC0_Y19 : constant Peripheral_Function := B;
PB02_ADC0_X20 : constant Peripheral_Function := B;
PB02_ADC0_Y20 : constant Peripheral_Function := B;
PB03_ADC0_X21 : constant Peripheral_Function := B;
PB03_ADC0_Y21 : constant Peripheral_Function := B;
PB04_ADC0_X22 : constant Peripheral_Function := B;
PB04_ADC0_Y22 : constant Peripheral_Function := B;
PB05_ADC0_X23 : constant Peripheral_Function := B;
PB05_ADC0_Y23 : constant Peripheral_Function := B;
PB06_ADC0_X24 : constant Peripheral_Function := B;
PB06_ADC0_Y24 : constant Peripheral_Function := B;
PB07_ADC0_X25 : constant Peripheral_Function := B;
PB07_ADC0_Y25 : constant Peripheral_Function := B;
PB12_ADC0_X26 : constant Peripheral_Function := B;
PB12_ADC0_Y26 : constant Peripheral_Function := B;
PB13_ADC0_X27 : constant Peripheral_Function := B;
PB13_ADC0_Y27 : constant Peripheral_Function := B;
PB14_ADC0_X28 : constant Peripheral_Function := B;
PB14_ADC0_Y28 : constant Peripheral_Function := B;
PB15_ADC0_X29 : constant Peripheral_Function := B;
PB15_ADC0_Y29 : constant Peripheral_Function := B;
PB00_ADC0_X30 : constant Peripheral_Function := B;
PB00_ADC0_Y30 : constant Peripheral_Function := B;
PB01_ADC0_X31 : constant Peripheral_Function := B;
PB01_ADC0_Y31 : constant Peripheral_Function := B;
PB08_ADC1_AIN0 : constant Peripheral_Function := B;
PB09_ADC1_AIN1 : constant Peripheral_Function := B;
PA08_ADC1_AIN2 : constant Peripheral_Function := B;
PA09_ADC1_AIN3 : constant Peripheral_Function := B;
PC02_ADC1_AIN4 : constant Peripheral_Function := B;
PC03_ADC1_AIN5 : constant Peripheral_Function := B;
PB04_ADC1_AIN6 : constant Peripheral_Function := B;
PB05_ADC1_AIN7 : constant Peripheral_Function := B;
PB06_ADC1_AIN8 : constant Peripheral_Function := B;
PB07_ADC1_AIN9 : constant Peripheral_Function := B;
PC00_ADC1_AIN10 : constant Peripheral_Function := B;
PC01_ADC1_AIN11 : constant Peripheral_Function := B;
PC30_ADC1_AIN12 : constant Peripheral_Function := B;
PC31_ADC1_AIN13 : constant Peripheral_Function := B;
PD00_ADC1_AIN14 : constant Peripheral_Function := B;
PD01_ADC1_AIN15 : constant Peripheral_Function := B;
PA04_CCL_IN0 : constant Peripheral_Function := N;
PA16_CCL_IN0 : constant Peripheral_Function := N;
PB22_CCL_IN0 : constant Peripheral_Function := N;
PA05_CCL_IN1 : constant Peripheral_Function := N;
PA17_CCL_IN1 : constant Peripheral_Function := N;
PB00_CCL_IN1 : constant Peripheral_Function := N;
PA06_CCL_IN2 : constant Peripheral_Function := N;
PA18_CCL_IN2 : constant Peripheral_Function := N;
PB01_CCL_IN2 : constant Peripheral_Function := N;
PA08_CCL_IN3 : constant Peripheral_Function := N;
PA30_CCL_IN3 : constant Peripheral_Function := N;
PA09_CCL_IN4 : constant Peripheral_Function := N;
PC27_CCL_IN4 : constant Peripheral_Function := N;
PA10_CCL_IN5 : constant Peripheral_Function := N;
PC28_CCL_IN5 : constant Peripheral_Function := N;
PA22_CCL_IN6 : constant Peripheral_Function := N;
PB06_CCL_IN6 : constant Peripheral_Function := N;
PA23_CCL_IN7 : constant Peripheral_Function := N;
PB07_CCL_IN7 : constant Peripheral_Function := N;
PA24_CCL_IN8 : constant Peripheral_Function := N;
PB08_CCL_IN8 : constant Peripheral_Function := N;
PB14_CCL_IN9 : constant Peripheral_Function := N;
PC20_CCL_IN9 : constant Peripheral_Function := N;
PB15_CCL_IN10 : constant Peripheral_Function := N;
PC21_CCL_IN10 : constant Peripheral_Function := N;
PB10_CCL_IN11 : constant Peripheral_Function := N;
PB16_CCL_IN11 : constant Peripheral_Function := N;
PA07_CCL_OUT0 : constant Peripheral_Function := N;
PA19_CCL_OUT0 : constant Peripheral_Function := N;
PB02_CCL_OUT0 : constant Peripheral_Function := N;
PB23_CCL_OUT0 : constant Peripheral_Function := N;
PA11_CCL_OUT1 : constant Peripheral_Function := N;
PA31_CCL_OUT1 : constant Peripheral_Function := N;
PB11_CCL_OUT1 : constant Peripheral_Function := N;
PA25_CCL_OUT2 : constant Peripheral_Function := N;
PB09_CCL_OUT2 : constant Peripheral_Function := N;
PB17_CCL_OUT3 : constant Peripheral_Function := N;
PA02_DAC_VOUT0 : constant Peripheral_Function := B;
PA05_DAC_VOUT1 : constant Peripheral_Function := B;
PA00_EIC_EXTINT0 : constant Peripheral_Function := A;
PA16_EIC_EXTINT0 : constant Peripheral_Function := A;
PB00_EIC_EXTINT0 : constant Peripheral_Function := A;
PB16_EIC_EXTINT0 : constant Peripheral_Function := A;
PC00_EIC_EXTINT0 : constant Peripheral_Function := A;
PC16_EIC_EXTINT0 : constant Peripheral_Function := A;
PD00_EIC_EXTINT0 : constant Peripheral_Function := A;
PA01_EIC_EXTINT1 : constant Peripheral_Function := A;
PA17_EIC_EXTINT1 : constant Peripheral_Function := A;
PB01_EIC_EXTINT1 : constant Peripheral_Function := A;
PB17_EIC_EXTINT1 : constant Peripheral_Function := A;
PC01_EIC_EXTINT1 : constant Peripheral_Function := A;
PC17_EIC_EXTINT1 : constant Peripheral_Function := A;
PD01_EIC_EXTINT1 : constant Peripheral_Function := A;
PA02_EIC_EXTINT2 : constant Peripheral_Function := A;
PA18_EIC_EXTINT2 : constant Peripheral_Function := A;
PB02_EIC_EXTINT2 : constant Peripheral_Function := A;
PB18_EIC_EXTINT2 : constant Peripheral_Function := A;
PC02_EIC_EXTINT2 : constant Peripheral_Function := A;
PC18_EIC_EXTINT2 : constant Peripheral_Function := A;
PA03_EIC_EXTINT3 : constant Peripheral_Function := A;
PA19_EIC_EXTINT3 : constant Peripheral_Function := A;
PB03_EIC_EXTINT3 : constant Peripheral_Function := A;
PB19_EIC_EXTINT3 : constant Peripheral_Function := A;
PC03_EIC_EXTINT3 : constant Peripheral_Function := A;
PC19_EIC_EXTINT3 : constant Peripheral_Function := A;
PD08_EIC_EXTINT3 : constant Peripheral_Function := A;
PA04_EIC_EXTINT4 : constant Peripheral_Function := A;
PA20_EIC_EXTINT4 : constant Peripheral_Function := A;
PB04_EIC_EXTINT4 : constant Peripheral_Function := A;
PB20_EIC_EXTINT4 : constant Peripheral_Function := A;
PC04_EIC_EXTINT4 : constant Peripheral_Function := A;
PC20_EIC_EXTINT4 : constant Peripheral_Function := A;
PD09_EIC_EXTINT4 : constant Peripheral_Function := A;
PA05_EIC_EXTINT5 : constant Peripheral_Function := A;
PA21_EIC_EXTINT5 : constant Peripheral_Function := A;
PB05_EIC_EXTINT5 : constant Peripheral_Function := A;
PB21_EIC_EXTINT5 : constant Peripheral_Function := A;
PC05_EIC_EXTINT5 : constant Peripheral_Function := A;
PC21_EIC_EXTINT5 : constant Peripheral_Function := A;
PD10_EIC_EXTINT5 : constant Peripheral_Function := A;
PA06_EIC_EXTINT6 : constant Peripheral_Function := A;
PA22_EIC_EXTINT6 : constant Peripheral_Function := A;
PB06_EIC_EXTINT6 : constant Peripheral_Function := A;
PB22_EIC_EXTINT6 : constant Peripheral_Function := A;
PC06_EIC_EXTINT6 : constant Peripheral_Function := A;
PC22_EIC_EXTINT6 : constant Peripheral_Function := A;
PD11_EIC_EXTINT6 : constant Peripheral_Function := A;
PA07_EIC_EXTINT7 : constant Peripheral_Function := A;
PA23_EIC_EXTINT7 : constant Peripheral_Function := A;
PB07_EIC_EXTINT7 : constant Peripheral_Function := A;
PB23_EIC_EXTINT7 : constant Peripheral_Function := A;
PC23_EIC_EXTINT7 : constant Peripheral_Function := A;
PD12_EIC_EXTINT7 : constant Peripheral_Function := A;
PA24_EIC_EXTINT8 : constant Peripheral_Function := A;
PB08_EIC_EXTINT8 : constant Peripheral_Function := A;
PB24_EIC_EXTINT8 : constant Peripheral_Function := A;
PC24_EIC_EXTINT8 : constant Peripheral_Function := A;
PA09_EIC_EXTINT9 : constant Peripheral_Function := A;
PA25_EIC_EXTINT9 : constant Peripheral_Function := A;
PB09_EIC_EXTINT9 : constant Peripheral_Function := A;
PB25_EIC_EXTINT9 : constant Peripheral_Function := A;
PC07_EIC_EXTINT9 : constant Peripheral_Function := A;
PC25_EIC_EXTINT9 : constant Peripheral_Function := A;
PA10_EIC_EXTINT10 : constant Peripheral_Function := A;
PB10_EIC_EXTINT10 : constant Peripheral_Function := A;
PC10_EIC_EXTINT10 : constant Peripheral_Function := A;
PC26_EIC_EXTINT10 : constant Peripheral_Function := A;
PD20_EIC_EXTINT10 : constant Peripheral_Function := A;
PA11_EIC_EXTINT11 : constant Peripheral_Function := A;
PA27_EIC_EXTINT11 : constant Peripheral_Function := A;
PB11_EIC_EXTINT11 : constant Peripheral_Function := A;
PC11_EIC_EXTINT11 : constant Peripheral_Function := A;
PC27_EIC_EXTINT11 : constant Peripheral_Function := A;
PD21_EIC_EXTINT11 : constant Peripheral_Function := A;
PA12_EIC_EXTINT12 : constant Peripheral_Function := A;
PB12_EIC_EXTINT12 : constant Peripheral_Function := A;
PB26_EIC_EXTINT12 : constant Peripheral_Function := A;
PC12_EIC_EXTINT12 : constant Peripheral_Function := A;
PC28_EIC_EXTINT12 : constant Peripheral_Function := A;
PA13_EIC_EXTINT13 : constant Peripheral_Function := A;
PB13_EIC_EXTINT13 : constant Peripheral_Function := A;
PB27_EIC_EXTINT13 : constant Peripheral_Function := A;
PC13_EIC_EXTINT13 : constant Peripheral_Function := A;
PA30_EIC_EXTINT14 : constant Peripheral_Function := A;
PB14_EIC_EXTINT14 : constant Peripheral_Function := A;
PB28_EIC_EXTINT14 : constant Peripheral_Function := A;
PB30_EIC_EXTINT14 : constant Peripheral_Function := A;
PC14_EIC_EXTINT14 : constant Peripheral_Function := A;
PC30_EIC_EXTINT14 : constant Peripheral_Function := A;
PA14_EIC_EXTINT14 : constant Peripheral_Function := A;
PA15_EIC_EXTINT15 : constant Peripheral_Function := A;
PA31_EIC_EXTINT15 : constant Peripheral_Function := A;
PB15_EIC_EXTINT15 : constant Peripheral_Function := A;
PB29_EIC_EXTINT15 : constant Peripheral_Function := A;
PB31_EIC_EXTINT15 : constant Peripheral_Function := A;
PC15_EIC_EXTINT15 : constant Peripheral_Function := A;
PC31_EIC_EXTINT15 : constant Peripheral_Function := A;
PA08_EIC_NMI : constant Peripheral_Function := A;
PA30_GCLK_IO0 : constant Peripheral_Function := M;
PB14_GCLK_IO0 : constant Peripheral_Function := M;
PA14_GCLK_IO0 : constant Peripheral_Function := M;
PB22_GCLK_IO0 : constant Peripheral_Function := M;
PB15_GCLK_IO1 : constant Peripheral_Function := M;
PA15_GCLK_IO1 : constant Peripheral_Function := M;
PB23_GCLK_IO1 : constant Peripheral_Function := M;
PA27_GCLK_IO1 : constant Peripheral_Function := M;
PA16_GCLK_IO2 : constant Peripheral_Function := M;
PB16_GCLK_IO2 : constant Peripheral_Function := M;
PA17_GCLK_IO3 : constant Peripheral_Function := M;
PB17_GCLK_IO3 : constant Peripheral_Function := M;
PA10_GCLK_IO4 : constant Peripheral_Function := M;
PB10_GCLK_IO4 : constant Peripheral_Function := M;
PB18_GCLK_IO4 : constant Peripheral_Function := M;
PA11_GCLK_IO5 : constant Peripheral_Function := M;
PB11_GCLK_IO5 : constant Peripheral_Function := M;
PB19_GCLK_IO5 : constant Peripheral_Function := M;
PB12_GCLK_IO6 : constant Peripheral_Function := M;
PB20_GCLK_IO6 : constant Peripheral_Function := M;
PB13_GCLK_IO7 : constant Peripheral_Function := M;
PB21_GCLK_IO7 : constant Peripheral_Function := M;
PA09_I2S_FS0 : constant Peripheral_Function := J;
PA20_I2S_FS0 : constant Peripheral_Function := J;
PA23_I2S_FS1 : constant Peripheral_Function := J;
PB11_I2S_FS1 : constant Peripheral_Function := J;
PA08_I2S_MCK0 : constant Peripheral_Function := J;
PB17_I2S_MCK0 : constant Peripheral_Function := J;
PB29_I2S_MCK1 : constant Peripheral_Function := J;
PB13_I2S_MCK1 : constant Peripheral_Function := J;
PA10_I2S_SCK0 : constant Peripheral_Function := J;
PB16_I2S_SCK0 : constant Peripheral_Function := J;
PB28_I2S_SCK1 : constant Peripheral_Function := J;
PB12_I2S_SCK1 : constant Peripheral_Function := J;
PA22_I2S_SDI : constant Peripheral_Function := J;
PB10_I2S_SDI : constant Peripheral_Function := J;
PA11_I2S_SDO : constant Peripheral_Function := J;
PA21_I2S_SDO : constant Peripheral_Function := J;
PA14_PCC_CLK : constant Peripheral_Function := K;
PA16_PCC_DATA0 : constant Peripheral_Function := K;
PA17_PCC_DATA1 : constant Peripheral_Function := K;
PA18_PCC_DATA2 : constant Peripheral_Function := K;
PA19_PCC_DATA3 : constant Peripheral_Function := K;
PA20_PCC_DATA4 : constant Peripheral_Function := K;
PA21_PCC_DATA5 : constant Peripheral_Function := K;
PA22_PCC_DATA6 : constant Peripheral_Function := K;
PA23_PCC_DATA7 : constant Peripheral_Function := K;
PB14_PCC_DATA8 : constant Peripheral_Function := K;
PB15_PCC_DATA9 : constant Peripheral_Function := K;
PC12_PCC_DATA10 : constant Peripheral_Function := K;
PC13_PCC_DATA11 : constant Peripheral_Function := K;
PC14_PCC_DATA12 : constant Peripheral_Function := K;
PC15_PCC_DATA13 : constant Peripheral_Function := K;
PA12_PCC_DEN1 : constant Peripheral_Function := K;
PA13_PCC_DEN2 : constant Peripheral_Function := K;
PB18_PDEC_QDI0 : constant Peripheral_Function := G;
PB23_PDEC_QDI0 : constant Peripheral_Function := G;
PC16_PDEC_QDI0 : constant Peripheral_Function := G;
PA24_PDEC_QDI0 : constant Peripheral_Function := G;
PB19_PDEC_QDI1 : constant Peripheral_Function := G;
PB24_PDEC_QDI1 : constant Peripheral_Function := G;
PC17_PDEC_QDI1 : constant Peripheral_Function := G;
PA25_PDEC_QDI1 : constant Peripheral_Function := G;
PB20_PDEC_QDI2 : constant Peripheral_Function := G;
PB25_PDEC_QDI2 : constant Peripheral_Function := G;
PC18_PDEC_QDI2 : constant Peripheral_Function := G;
PB22_PDEC_QDI2 : constant Peripheral_Function := G;
PB11_QSPI_CS : constant Peripheral_Function := H;
PA08_QSPI_DATA0 : constant Peripheral_Function := H;
PA09_QSPI_DATA1 : constant Peripheral_Function := H;
PA10_QSPI_DATA2 : constant Peripheral_Function := H;
PA11_QSPI_DATA3 : constant Peripheral_Function := H;
PB10_QSPI_SCK : constant Peripheral_Function := H;
PA06_SDHC0_SDCD : constant Peripheral_Function := I;
PA12_SDHC0_SDCD : constant Peripheral_Function := I;
PB12_SDHC0_SDCD : constant Peripheral_Function := I;
PC06_SDHC0_SDCD : constant Peripheral_Function := I;
PB11_SDHC0_SDCK : constant Peripheral_Function := I;
PA08_SDHC0_SDCMD : constant Peripheral_Function := I;
PA09_SDHC0_SDDAT0 : constant Peripheral_Function := I;
PA10_SDHC0_SDDAT1 : constant Peripheral_Function := I;
PA11_SDHC0_SDDAT2 : constant Peripheral_Function := I;
PB10_SDHC0_SDDAT3 : constant Peripheral_Function := I;
PA07_SDHC0_SDWP : constant Peripheral_Function := I;
PA13_SDHC0_SDWP : constant Peripheral_Function := I;
PB13_SDHC0_SDWP : constant Peripheral_Function := I;
PC07_SDHC0_SDWP : constant Peripheral_Function := I;
PB16_SDHC1_SDCD : constant Peripheral_Function := I;
PC20_SDHC1_SDCD : constant Peripheral_Function := I;
PD20_SDHC1_SDCD : constant Peripheral_Function := I;
PA21_SDHC1_SDCK : constant Peripheral_Function := I;
PA20_SDHC1_SDCMD : constant Peripheral_Function := I;
PB18_SDHC1_SDDAT0 : constant Peripheral_Function := I;
PB19_SDHC1_SDDAT1 : constant Peripheral_Function := I;
PB20_SDHC1_SDDAT2 : constant Peripheral_Function := I;
PB21_SDHC1_SDDAT3 : constant Peripheral_Function := I;
PB17_SDHC1_SDWP : constant Peripheral_Function := I;
PC21_SDHC1_SDWP : constant Peripheral_Function := I;
PD21_SDHC1_SDWP : constant Peripheral_Function := I;
PA04_SERCOM0_PAD0 : constant Peripheral_Function := D;
PC17_SERCOM0_PAD0 : constant Peripheral_Function := D;
PA08_SERCOM0_PAD0 : constant Peripheral_Function := C;
PB24_SERCOM0_PAD0 : constant Peripheral_Function := C;
PA05_SERCOM0_PAD1 : constant Peripheral_Function := D;
PC16_SERCOM0_PAD1 : constant Peripheral_Function := D;
PA09_SERCOM0_PAD1 : constant Peripheral_Function := C;
PB25_SERCOM0_PAD1 : constant Peripheral_Function := C;
PA06_SERCOM0_PAD2 : constant Peripheral_Function := D;
PC18_SERCOM0_PAD2 : constant Peripheral_Function := D;
PA10_SERCOM0_PAD2 : constant Peripheral_Function := C;
PC24_SERCOM0_PAD2 : constant Peripheral_Function := C;
PA07_SERCOM0_PAD3 : constant Peripheral_Function := D;
PC19_SERCOM0_PAD3 : constant Peripheral_Function := D;
PA11_SERCOM0_PAD3 : constant Peripheral_Function := C;
PC25_SERCOM0_PAD3 : constant Peripheral_Function := C;
PA00_SERCOM1_PAD0 : constant Peripheral_Function := D;
PA16_SERCOM1_PAD0 : constant Peripheral_Function := C;
PC22_SERCOM1_PAD0 : constant Peripheral_Function := C;
PC27_SERCOM1_PAD0 : constant Peripheral_Function := C;
PA01_SERCOM1_PAD1 : constant Peripheral_Function := D;
PA17_SERCOM1_PAD1 : constant Peripheral_Function := C;
PC23_SERCOM1_PAD1 : constant Peripheral_Function := C;
PC28_SERCOM1_PAD1 : constant Peripheral_Function := C;
PA30_SERCOM1_PAD2 : constant Peripheral_Function := D;
PA18_SERCOM1_PAD2 : constant Peripheral_Function := C;
PB22_SERCOM1_PAD2 : constant Peripheral_Function := C;
PD20_SERCOM1_PAD2 : constant Peripheral_Function := C;
PA31_SERCOM1_PAD3 : constant Peripheral_Function := D;
PA19_SERCOM1_PAD3 : constant Peripheral_Function := C;
PB23_SERCOM1_PAD3 : constant Peripheral_Function := C;
PD21_SERCOM1_PAD3 : constant Peripheral_Function := C;
PA09_SERCOM2_PAD0 : constant Peripheral_Function := D;
PB25_SERCOM2_PAD0 : constant Peripheral_Function := D;
PA12_SERCOM2_PAD0 : constant Peripheral_Function := C;
PB26_SERCOM2_PAD0 : constant Peripheral_Function := C;
PA08_SERCOM2_PAD1 : constant Peripheral_Function := D;
PB24_SERCOM2_PAD1 : constant Peripheral_Function := D;
PA13_SERCOM2_PAD1 : constant Peripheral_Function := C;
PB27_SERCOM2_PAD1 : constant Peripheral_Function := C;
PA10_SERCOM2_PAD2 : constant Peripheral_Function := D;
PC24_SERCOM2_PAD2 : constant Peripheral_Function := D;
PB28_SERCOM2_PAD2 : constant Peripheral_Function := C;
PA14_SERCOM2_PAD2 : constant Peripheral_Function := C;
PA11_SERCOM2_PAD3 : constant Peripheral_Function := D;
PC25_SERCOM2_PAD3 : constant Peripheral_Function := D;
PB29_SERCOM2_PAD3 : constant Peripheral_Function := C;
PA15_SERCOM2_PAD3 : constant Peripheral_Function := C;
PA17_SERCOM3_PAD0 : constant Peripheral_Function := D;
PC23_SERCOM3_PAD0 : constant Peripheral_Function := D;
PA22_SERCOM3_PAD0 : constant Peripheral_Function := C;
PB20_SERCOM3_PAD0 : constant Peripheral_Function := C;
PA16_SERCOM3_PAD1 : constant Peripheral_Function := D;
PC22_SERCOM3_PAD1 : constant Peripheral_Function := D;
PA23_SERCOM3_PAD1 : constant Peripheral_Function := C;
PB21_SERCOM3_PAD1 : constant Peripheral_Function := C;
PA18_SERCOM3_PAD2 : constant Peripheral_Function := D;
PA20_SERCOM3_PAD2 : constant Peripheral_Function := D;
PD20_SERCOM3_PAD2 : constant Peripheral_Function := D;
PA24_SERCOM3_PAD2 : constant Peripheral_Function := C;
PA19_SERCOM3_PAD3 : constant Peripheral_Function := D;
PA21_SERCOM3_PAD3 : constant Peripheral_Function := D;
PD21_SERCOM3_PAD3 : constant Peripheral_Function := D;
PA25_SERCOM3_PAD3 : constant Peripheral_Function := C;
PA13_SERCOM4_PAD0 : constant Peripheral_Function := D;
PB08_SERCOM4_PAD0 : constant Peripheral_Function := D;
PB27_SERCOM4_PAD0 : constant Peripheral_Function := D;
PB12_SERCOM4_PAD0 : constant Peripheral_Function := C;
PA12_SERCOM4_PAD1 : constant Peripheral_Function := D;
PB09_SERCOM4_PAD1 : constant Peripheral_Function := D;
PB26_SERCOM4_PAD1 : constant Peripheral_Function := D;
PB13_SERCOM4_PAD1 : constant Peripheral_Function := C;
PA14_SERCOM4_PAD2 : constant Peripheral_Function := D;
PB10_SERCOM4_PAD2 : constant Peripheral_Function := D;
PB28_SERCOM4_PAD2 : constant Peripheral_Function := D;
PB14_SERCOM4_PAD2 : constant Peripheral_Function := C;
PB11_SERCOM4_PAD3 : constant Peripheral_Function := D;
PB29_SERCOM4_PAD3 : constant Peripheral_Function := D;
PA15_SERCOM4_PAD3 : constant Peripheral_Function := D;
PB15_SERCOM4_PAD3 : constant Peripheral_Function := C;
PA23_SERCOM5_PAD0 : constant Peripheral_Function := D;
PB02_SERCOM5_PAD0 : constant Peripheral_Function := D;
PB31_SERCOM5_PAD0 : constant Peripheral_Function := D;
PB16_SERCOM5_PAD0 : constant Peripheral_Function := C;
PA22_SERCOM5_PAD1 : constant Peripheral_Function := D;
PB03_SERCOM5_PAD1 : constant Peripheral_Function := D;
PB30_SERCOM5_PAD1 : constant Peripheral_Function := D;
PB17_SERCOM5_PAD1 : constant Peripheral_Function := C;
PA24_SERCOM5_PAD2 : constant Peripheral_Function := D;
PB00_SERCOM5_PAD2 : constant Peripheral_Function := D;
PB22_SERCOM5_PAD2 : constant Peripheral_Function := D;
PA20_SERCOM5_PAD2 : constant Peripheral_Function := C;
PB18_SERCOM5_PAD2 : constant Peripheral_Function := C;
PA25_SERCOM5_PAD3 : constant Peripheral_Function := D;
PB01_SERCOM5_PAD3 : constant Peripheral_Function := D;
PB23_SERCOM5_PAD3 : constant Peripheral_Function := D;
PA21_SERCOM5_PAD3 : constant Peripheral_Function := C;
PB19_SERCOM5_PAD3 : constant Peripheral_Function := C;
PD09_SERCOM6_PAD0 : constant Peripheral_Function := D;
PC13_SERCOM6_PAD0 : constant Peripheral_Function := D;
PC04_SERCOM6_PAD0 : constant Peripheral_Function := C;
PC16_SERCOM6_PAD0 : constant Peripheral_Function := C;
PD08_SERCOM6_PAD1 : constant Peripheral_Function := D;
PC12_SERCOM6_PAD1 : constant Peripheral_Function := D;
PC05_SERCOM6_PAD1 : constant Peripheral_Function := C;
PC17_SERCOM6_PAD1 : constant Peripheral_Function := C;
PC14_SERCOM6_PAD2 : constant Peripheral_Function := D;
PD10_SERCOM6_PAD2 : constant Peripheral_Function := D;
PC06_SERCOM6_PAD2 : constant Peripheral_Function := C;
PC10_SERCOM6_PAD2 : constant Peripheral_Function := C;
PC18_SERCOM6_PAD2 : constant Peripheral_Function := C;
PC15_SERCOM6_PAD3 : constant Peripheral_Function := D;
PD11_SERCOM6_PAD3 : constant Peripheral_Function := D;
PC07_SERCOM6_PAD3 : constant Peripheral_Function := C;
PC11_SERCOM6_PAD3 : constant Peripheral_Function := C;
PC19_SERCOM6_PAD3 : constant Peripheral_Function := C;
PB21_SERCOM7_PAD0 : constant Peripheral_Function := D;
PD08_SERCOM7_PAD0 : constant Peripheral_Function := C;
PB30_SERCOM7_PAD0 : constant Peripheral_Function := C;
PC12_SERCOM7_PAD0 : constant Peripheral_Function := C;
PB20_SERCOM7_PAD1 : constant Peripheral_Function := D;
PD09_SERCOM7_PAD1 : constant Peripheral_Function := C;
PB31_SERCOM7_PAD1 : constant Peripheral_Function := C;
PC13_SERCOM7_PAD1 : constant Peripheral_Function := C;
PB18_SERCOM7_PAD2 : constant Peripheral_Function := D;
PC10_SERCOM7_PAD2 : constant Peripheral_Function := D;
PC14_SERCOM7_PAD2 : constant Peripheral_Function := C;
PD10_SERCOM7_PAD2 : constant Peripheral_Function := C;
PA30_SERCOM7_PAD2 : constant Peripheral_Function := C;
PB19_SERCOM7_PAD3 : constant Peripheral_Function := D;
PC11_SERCOM7_PAD3 : constant Peripheral_Function := D;
PC15_SERCOM7_PAD3 : constant Peripheral_Function := C;
PD11_SERCOM7_PAD3 : constant Peripheral_Function := C;
PA31_SERCOM7_PAD3 : constant Peripheral_Function := C;
PA04_TC0_WO0 : constant Peripheral_Function := E;
PA08_TC0_WO0 : constant Peripheral_Function := E;
PB30_TC0_WO0 : constant Peripheral_Function := E;
PA05_TC0_WO1 : constant Peripheral_Function := E;
PA09_TC0_WO1 : constant Peripheral_Function := E;
PB31_TC0_WO1 : constant Peripheral_Function := E;
PA06_TC1_WO0 : constant Peripheral_Function := E;
PA10_TC1_WO0 : constant Peripheral_Function := E;
PA07_TC1_WO1 : constant Peripheral_Function := E;
PA11_TC1_WO1 : constant Peripheral_Function := E;
PA12_TC2_WO0 : constant Peripheral_Function := E;
PA16_TC2_WO0 : constant Peripheral_Function := E;
PA00_TC2_WO0 : constant Peripheral_Function := E;
PA01_TC2_WO1 : constant Peripheral_Function := E;
PA13_TC2_WO1 : constant Peripheral_Function := E;
PA17_TC2_WO1 : constant Peripheral_Function := E;
PA18_TC3_WO0 : constant Peripheral_Function := E;
PA14_TC3_WO0 : constant Peripheral_Function := E;
PA15_TC3_WO1 : constant Peripheral_Function := E;
PA19_TC3_WO1 : constant Peripheral_Function := E;
PA22_TC4_WO0 : constant Peripheral_Function := E;
PB08_TC4_WO0 : constant Peripheral_Function := E;
PB12_TC4_WO0 : constant Peripheral_Function := E;
PA23_TC4_WO1 : constant Peripheral_Function := E;
PB09_TC4_WO1 : constant Peripheral_Function := E;
PB13_TC4_WO1 : constant Peripheral_Function := E;
PA24_TC5_WO0 : constant Peripheral_Function := E;
PB10_TC5_WO0 : constant Peripheral_Function := E;
PB14_TC5_WO0 : constant Peripheral_Function := E;
PA25_TC5_WO1 : constant Peripheral_Function := E;
PB11_TC5_WO1 : constant Peripheral_Function := E;
PB15_TC5_WO1 : constant Peripheral_Function := E;
PA30_TC6_WO0 : constant Peripheral_Function := E;
PB02_TC6_WO0 : constant Peripheral_Function := E;
PB16_TC6_WO0 : constant Peripheral_Function := E;
PA31_TC6_WO1 : constant Peripheral_Function := E;
PB03_TC6_WO1 : constant Peripheral_Function := E;
PB17_TC6_WO1 : constant Peripheral_Function := E;
PA20_TC7_WO0 : constant Peripheral_Function := E;
PB00_TC7_WO0 : constant Peripheral_Function := E;
PB22_TC7_WO0 : constant Peripheral_Function := E;
PA21_TC7_WO1 : constant Peripheral_Function := E;
PB01_TC7_WO1 : constant Peripheral_Function := E;
PB23_TC7_WO1 : constant Peripheral_Function := E;
PA20_TCC0_WO0 : constant Peripheral_Function := G;
PB12_TCC0_WO0 : constant Peripheral_Function := G;
PA08_TCC0_WO0 : constant Peripheral_Function := F;
PC04_TCC0_WO0 : constant Peripheral_Function := F;
PC10_TCC0_WO0 : constant Peripheral_Function := F;
PC16_TCC0_WO0 : constant Peripheral_Function := F;
PA21_TCC0_WO1 : constant Peripheral_Function := G;
PB13_TCC0_WO1 : constant Peripheral_Function := G;
PA09_TCC0_WO1 : constant Peripheral_Function := F;
PC11_TCC0_WO1 : constant Peripheral_Function := F;
PC17_TCC0_WO1 : constant Peripheral_Function := F;
PD08_TCC0_WO1 : constant Peripheral_Function := F;
PA22_TCC0_WO2 : constant Peripheral_Function := G;
PB14_TCC0_WO2 : constant Peripheral_Function := G;
PA10_TCC0_WO2 : constant Peripheral_Function := F;
PC12_TCC0_WO2 : constant Peripheral_Function := F;
PC18_TCC0_WO2 : constant Peripheral_Function := F;
PD09_TCC0_WO2 : constant Peripheral_Function := F;
PA23_TCC0_WO3 : constant Peripheral_Function := G;
PB15_TCC0_WO3 : constant Peripheral_Function := G;
PA11_TCC0_WO3 : constant Peripheral_Function := F;
PC13_TCC0_WO3 : constant Peripheral_Function := F;
PC19_TCC0_WO3 : constant Peripheral_Function := F;
PD10_TCC0_WO3 : constant Peripheral_Function := F;
PA16_TCC0_WO4 : constant Peripheral_Function := G;
PB16_TCC0_WO4 : constant Peripheral_Function := G;
PB10_TCC0_WO4 : constant Peripheral_Function := F;
PC14_TCC0_WO4 : constant Peripheral_Function := F;
PC20_TCC0_WO4 : constant Peripheral_Function := F;
PD11_TCC0_WO4 : constant Peripheral_Function := F;
PA17_TCC0_WO5 : constant Peripheral_Function := G;
PB17_TCC0_WO5 : constant Peripheral_Function := G;
PB11_TCC0_WO5 : constant Peripheral_Function := F;
PC15_TCC0_WO5 : constant Peripheral_Function := F;
PC21_TCC0_WO5 : constant Peripheral_Function := F;
PD12_TCC0_WO5 : constant Peripheral_Function := F;
PA18_TCC0_WO6 : constant Peripheral_Function := G;
PB30_TCC0_WO6 : constant Peripheral_Function := G;
PA12_TCC0_WO6 : constant Peripheral_Function := F;
PC22_TCC0_WO6 : constant Peripheral_Function := F;
PA19_TCC0_WO7 : constant Peripheral_Function := G;
PB31_TCC0_WO7 : constant Peripheral_Function := G;
PA13_TCC0_WO7 : constant Peripheral_Function := F;
PC23_TCC0_WO7 : constant Peripheral_Function := F;
PB10_TCC1_WO0 : constant Peripheral_Function := G;
PC14_TCC1_WO0 : constant Peripheral_Function := G;
PA16_TCC1_WO0 : constant Peripheral_Function := F;
PB18_TCC1_WO0 : constant Peripheral_Function := F;
PD20_TCC1_WO0 : constant Peripheral_Function := F;
PB11_TCC1_WO1 : constant Peripheral_Function := G;
PC15_TCC1_WO1 : constant Peripheral_Function := G;
PA17_TCC1_WO1 : constant Peripheral_Function := F;
PB19_TCC1_WO1 : constant Peripheral_Function := F;
PD21_TCC1_WO1 : constant Peripheral_Function := F;
PA12_TCC1_WO2 : constant Peripheral_Function := G;
PA14_TCC1_WO2 : constant Peripheral_Function := G;
PA18_TCC1_WO2 : constant Peripheral_Function := F;
PB20_TCC1_WO2 : constant Peripheral_Function := F;
PB26_TCC1_WO2 : constant Peripheral_Function := F;
PA13_TCC1_WO3 : constant Peripheral_Function := G;
PA15_TCC1_WO3 : constant Peripheral_Function := G;
PA19_TCC1_WO3 : constant Peripheral_Function := F;
PB21_TCC1_WO3 : constant Peripheral_Function := F;
PB27_TCC1_WO3 : constant Peripheral_Function := F;
PA08_TCC1_WO4 : constant Peripheral_Function := G;
PC10_TCC1_WO4 : constant Peripheral_Function := G;
PA20_TCC1_WO4 : constant Peripheral_Function := F;
PB28_TCC1_WO4 : constant Peripheral_Function := F;
PA09_TCC1_WO5 : constant Peripheral_Function := G;
PC11_TCC1_WO5 : constant Peripheral_Function := G;
PA21_TCC1_WO5 : constant Peripheral_Function := F;
PB29_TCC1_WO5 : constant Peripheral_Function := F;
PA10_TCC1_WO6 : constant Peripheral_Function := G;
PC12_TCC1_WO6 : constant Peripheral_Function := G;
PA22_TCC1_WO6 : constant Peripheral_Function := F;
PA11_TCC1_WO7 : constant Peripheral_Function := G;
PC13_TCC1_WO7 : constant Peripheral_Function := G;
PA23_TCC1_WO7 : constant Peripheral_Function := F;
PA14_TCC2_WO0 : constant Peripheral_Function := F;
PA30_TCC2_WO0 : constant Peripheral_Function := F;
PA15_TCC2_WO1 : constant Peripheral_Function := F;
PA31_TCC2_WO1 : constant Peripheral_Function := F;
PA24_TCC2_WO2 : constant Peripheral_Function := F;
PB02_TCC2_WO2 : constant Peripheral_Function := F;
PB12_TCC3_WO0 : constant Peripheral_Function := F;
PB16_TCC3_WO0 : constant Peripheral_Function := F;
PB13_TCC3_WO1 : constant Peripheral_Function := F;
PB17_TCC3_WO1 : constant Peripheral_Function := F;
PB14_TCC4_WO0 : constant Peripheral_Function := F;
PB30_TCC4_WO0 : constant Peripheral_Function := F;
PB15_TCC4_WO1 : constant Peripheral_Function := F;
PB31_TCC4_WO1 : constant Peripheral_Function := F;
PA24_USB_DM : constant Peripheral_Function := H;
PA25_USB_DP : constant Peripheral_Function := H;
PA23_USB_SOF_1KHZ : constant Peripheral_Function := H;
PB22_USB_SOF_1KHZ : constant Peripheral_Function := H;
end SAM.Functions;
|
-- This spec has been automatically generated from STM32F46_79x.svd
pragma Restrictions (No_Elaboration_Code);
pragma Ada_2012;
pragma Style_Checks (Off);
with HAL;
with System;
package STM32_SVD.FSMC is
pragma Preelaborate;
---------------
-- Registers --
---------------
subtype BCR1_MTYP_Field is HAL.UInt2;
subtype BCR1_MWID_Field is HAL.UInt2;
-- SRAM/NOR-Flash chip-select control register 1
type BCR1_Register is record
-- MBKEN
MBKEN : Boolean := False;
-- MUXEN
MUXEN : Boolean := False;
-- MTYP
MTYP : BCR1_MTYP_Field := 16#0#;
-- MWID
MWID : BCR1_MWID_Field := 16#1#;
-- FACCEN
FACCEN : Boolean := True;
-- unspecified
Reserved_7_7 : HAL.Bit := 16#1#;
-- BURSTEN
BURSTEN : Boolean := False;
-- WAITPOL
WAITPOL : Boolean := False;
-- unspecified
Reserved_10_10 : HAL.Bit := 16#0#;
-- WAITCFG
WAITCFG : Boolean := False;
-- WREN
WREN : Boolean := True;
-- WAITEN
WAITEN : Boolean := True;
-- EXTMOD
EXTMOD : Boolean := False;
-- ASYNCWAIT
ASYNCWAIT : Boolean := False;
-- unspecified
Reserved_16_18 : HAL.UInt3 := 16#0#;
-- CBURSTRW
CBURSTRW : Boolean := False;
-- CCLKEN
CCLKEN : Boolean := False;
-- unspecified
Reserved_21_31 : HAL.UInt11 := 16#0#;
end record
with Volatile_Full_Access, Size => 32,
Bit_Order => System.Low_Order_First;
for BCR1_Register use record
MBKEN at 0 range 0 .. 0;
MUXEN at 0 range 1 .. 1;
MTYP at 0 range 2 .. 3;
MWID at 0 range 4 .. 5;
FACCEN at 0 range 6 .. 6;
Reserved_7_7 at 0 range 7 .. 7;
BURSTEN at 0 range 8 .. 8;
WAITPOL at 0 range 9 .. 9;
Reserved_10_10 at 0 range 10 .. 10;
WAITCFG at 0 range 11 .. 11;
WREN at 0 range 12 .. 12;
WAITEN at 0 range 13 .. 13;
EXTMOD at 0 range 14 .. 14;
ASYNCWAIT at 0 range 15 .. 15;
Reserved_16_18 at 0 range 16 .. 18;
CBURSTRW at 0 range 19 .. 19;
CCLKEN at 0 range 20 .. 20;
Reserved_21_31 at 0 range 21 .. 31;
end record;
subtype BTR_ADDSET_Field is HAL.UInt4;
subtype BTR_ADDHLD_Field is HAL.UInt4;
subtype BTR_DATAST_Field is HAL.UInt8;
subtype BTR_BUSTURN_Field is HAL.UInt4;
subtype BTR_CLKDIV_Field is HAL.UInt4;
subtype BTR_DATLAT_Field is HAL.UInt4;
subtype BTR_ACCMOD_Field is HAL.UInt2;
-- SRAM/NOR-Flash chip-select timing register 1
type BTR_Register is record
-- ADDSET
ADDSET : BTR_ADDSET_Field := 16#F#;
-- ADDHLD
ADDHLD : BTR_ADDHLD_Field := 16#F#;
-- DATAST
DATAST : BTR_DATAST_Field := 16#FF#;
-- BUSTURN
BUSTURN : BTR_BUSTURN_Field := 16#F#;
-- CLKDIV
CLKDIV : BTR_CLKDIV_Field := 16#F#;
-- DATLAT
DATLAT : BTR_DATLAT_Field := 16#F#;
-- ACCMOD
ACCMOD : BTR_ACCMOD_Field := 16#3#;
-- unspecified
Reserved_30_31 : HAL.UInt2 := 16#3#;
end record
with Volatile_Full_Access, Size => 32,
Bit_Order => System.Low_Order_First;
for BTR_Register use record
ADDSET at 0 range 0 .. 3;
ADDHLD at 0 range 4 .. 7;
DATAST at 0 range 8 .. 15;
BUSTURN at 0 range 16 .. 19;
CLKDIV at 0 range 20 .. 23;
DATLAT at 0 range 24 .. 27;
ACCMOD at 0 range 28 .. 29;
Reserved_30_31 at 0 range 30 .. 31;
end record;
subtype BCR_MTYP_Field is HAL.UInt2;
subtype BCR_MWID_Field is HAL.UInt2;
-- SRAM/NOR-Flash chip-select control register 2
type BCR_Register is record
-- MBKEN
MBKEN : Boolean := False;
-- MUXEN
MUXEN : Boolean := False;
-- MTYP
MTYP : BCR_MTYP_Field := 16#0#;
-- MWID
MWID : BCR_MWID_Field := 16#1#;
-- FACCEN
FACCEN : Boolean := True;
-- unspecified
Reserved_7_7 : HAL.Bit := 16#1#;
-- BURSTEN
BURSTEN : Boolean := False;
-- WAITPOL
WAITPOL : Boolean := False;
-- WRAPMOD
WRAPMOD : Boolean := False;
-- WAITCFG
WAITCFG : Boolean := False;
-- WREN
WREN : Boolean := True;
-- WAITEN
WAITEN : Boolean := True;
-- EXTMOD
EXTMOD : Boolean := False;
-- ASYNCWAIT
ASYNCWAIT : Boolean := False;
-- unspecified
Reserved_16_18 : HAL.UInt3 := 16#0#;
-- CBURSTRW
CBURSTRW : Boolean := False;
-- unspecified
Reserved_20_31 : HAL.UInt12 := 16#0#;
end record
with Volatile_Full_Access, Size => 32,
Bit_Order => System.Low_Order_First;
for BCR_Register use record
MBKEN at 0 range 0 .. 0;
MUXEN at 0 range 1 .. 1;
MTYP at 0 range 2 .. 3;
MWID at 0 range 4 .. 5;
FACCEN at 0 range 6 .. 6;
Reserved_7_7 at 0 range 7 .. 7;
BURSTEN at 0 range 8 .. 8;
WAITPOL at 0 range 9 .. 9;
WRAPMOD at 0 range 10 .. 10;
WAITCFG at 0 range 11 .. 11;
WREN at 0 range 12 .. 12;
WAITEN at 0 range 13 .. 13;
EXTMOD at 0 range 14 .. 14;
ASYNCWAIT at 0 range 15 .. 15;
Reserved_16_18 at 0 range 16 .. 18;
CBURSTRW at 0 range 19 .. 19;
Reserved_20_31 at 0 range 20 .. 31;
end record;
subtype PCR_PWID_Field is HAL.UInt2;
subtype PCR_TCLR_Field is HAL.UInt4;
subtype PCR_TAR_Field is HAL.UInt4;
subtype PCR_ECCPS_Field is HAL.UInt3;
-- PC Card/NAND Flash control register 3
type PCR_Register is record
-- unspecified
Reserved_0_0 : HAL.Bit := 16#0#;
-- PWAITEN
PWAITEN : Boolean := False;
-- PBKEN
PBKEN : Boolean := False;
-- PTYP
PTYP : Boolean := True;
-- PWID
PWID : PCR_PWID_Field := 16#1#;
-- ECCEN
ECCEN : Boolean := False;
-- unspecified
Reserved_7_8 : HAL.UInt2 := 16#0#;
-- TCLR
TCLR : PCR_TCLR_Field := 16#0#;
-- TAR
TAR : PCR_TAR_Field := 16#0#;
-- ECCPS
ECCPS : PCR_ECCPS_Field := 16#0#;
-- unspecified
Reserved_20_31 : HAL.UInt12 := 16#0#;
end record
with Volatile_Full_Access, Size => 32,
Bit_Order => System.Low_Order_First;
for PCR_Register use record
Reserved_0_0 at 0 range 0 .. 0;
PWAITEN at 0 range 1 .. 1;
PBKEN at 0 range 2 .. 2;
PTYP at 0 range 3 .. 3;
PWID at 0 range 4 .. 5;
ECCEN at 0 range 6 .. 6;
Reserved_7_8 at 0 range 7 .. 8;
TCLR at 0 range 9 .. 12;
TAR at 0 range 13 .. 16;
ECCPS at 0 range 17 .. 19;
Reserved_20_31 at 0 range 20 .. 31;
end record;
-- FIFO status and interrupt register 3
type SR_Register is record
-- IRS
IRS : Boolean := False;
-- ILS
ILS : Boolean := False;
-- IFS
IFS : Boolean := False;
-- IREN
IREN : Boolean := False;
-- ILEN
ILEN : Boolean := False;
-- IFEN
IFEN : Boolean := False;
-- Read-only. FEMPT
FEMPT : Boolean := True;
-- unspecified
Reserved_7_31 : HAL.UInt25 := 16#0#;
end record
with Volatile_Full_Access, Size => 32,
Bit_Order => System.Low_Order_First;
for SR_Register use record
IRS at 0 range 0 .. 0;
ILS at 0 range 1 .. 1;
IFS at 0 range 2 .. 2;
IREN at 0 range 3 .. 3;
ILEN at 0 range 4 .. 4;
IFEN at 0 range 5 .. 5;
FEMPT at 0 range 6 .. 6;
Reserved_7_31 at 0 range 7 .. 31;
end record;
subtype PMEM_MEMSETx_Field is HAL.UInt8;
subtype PMEM_MEMWAITx_Field is HAL.UInt8;
subtype PMEM_MEMHOLDx_Field is HAL.UInt8;
subtype PMEM_MEMHIZx_Field is HAL.UInt8;
-- Common memory space timing register 3
type PMEM_Register is record
-- MEMSETx
MEMSETx : PMEM_MEMSETx_Field := 16#FC#;
-- MEMWAITx
MEMWAITx : PMEM_MEMWAITx_Field := 16#FC#;
-- MEMHOLDx
MEMHOLDx : PMEM_MEMHOLDx_Field := 16#FC#;
-- MEMHIZx
MEMHIZx : PMEM_MEMHIZx_Field := 16#FC#;
end record
with Volatile_Full_Access, Size => 32,
Bit_Order => System.Low_Order_First;
for PMEM_Register use record
MEMSETx at 0 range 0 .. 7;
MEMWAITx at 0 range 8 .. 15;
MEMHOLDx at 0 range 16 .. 23;
MEMHIZx at 0 range 24 .. 31;
end record;
subtype PATT_ATTSETx_Field is HAL.UInt8;
subtype PATT_ATTWAITx_Field is HAL.UInt8;
subtype PATT_ATTHOLDx_Field is HAL.UInt8;
subtype PATT_ATTHIZx_Field is HAL.UInt8;
-- Attribute memory space timing register 3
type PATT_Register is record
-- ATTSETx
ATTSETx : PATT_ATTSETx_Field := 16#FC#;
-- ATTWAITx
ATTWAITx : PATT_ATTWAITx_Field := 16#FC#;
-- ATTHOLDx
ATTHOLDx : PATT_ATTHOLDx_Field := 16#FC#;
-- ATTHIZx
ATTHIZx : PATT_ATTHIZx_Field := 16#FC#;
end record
with Volatile_Full_Access, Size => 32,
Bit_Order => System.Low_Order_First;
for PATT_Register use record
ATTSETx at 0 range 0 .. 7;
ATTWAITx at 0 range 8 .. 15;
ATTHOLDx at 0 range 16 .. 23;
ATTHIZx at 0 range 24 .. 31;
end record;
subtype BWTR_ADDSET_Field is HAL.UInt4;
subtype BWTR_ADDHLD_Field is HAL.UInt4;
subtype BWTR_DATAST_Field is HAL.UInt8;
subtype BWTR_CLKDIV_Field is HAL.UInt4;
subtype BWTR_DATLAT_Field is HAL.UInt4;
subtype BWTR_ACCMOD_Field is HAL.UInt2;
-- SRAM/NOR-Flash write timing registers 1
type BWTR_Register is record
-- ADDSET
ADDSET : BWTR_ADDSET_Field := 16#F#;
-- ADDHLD
ADDHLD : BWTR_ADDHLD_Field := 16#F#;
-- DATAST
DATAST : BWTR_DATAST_Field := 16#FF#;
-- unspecified
Reserved_16_19 : HAL.UInt4 := 16#F#;
-- CLKDIV
CLKDIV : BWTR_CLKDIV_Field := 16#F#;
-- DATLAT
DATLAT : BWTR_DATLAT_Field := 16#F#;
-- ACCMOD
ACCMOD : BWTR_ACCMOD_Field := 16#0#;
-- unspecified
Reserved_30_31 : HAL.UInt2 := 16#0#;
end record
with Volatile_Full_Access, Size => 32,
Bit_Order => System.Low_Order_First;
for BWTR_Register use record
ADDSET at 0 range 0 .. 3;
ADDHLD at 0 range 4 .. 7;
DATAST at 0 range 8 .. 15;
Reserved_16_19 at 0 range 16 .. 19;
CLKDIV at 0 range 20 .. 23;
DATLAT at 0 range 24 .. 27;
ACCMOD at 0 range 28 .. 29;
Reserved_30_31 at 0 range 30 .. 31;
end record;
subtype SDCR_NC_Field is HAL.UInt2;
subtype SDCR_NR_Field is HAL.UInt2;
subtype SDCR_MWID_Field is HAL.UInt2;
subtype SDCR_CAS_Field is HAL.UInt2;
subtype SDCR_SDCLK_Field is HAL.UInt2;
subtype SDCR_RPIPE_Field is HAL.UInt2;
-- SDRAM Control Register 1
type SDCR_Register is record
-- Number of column address bits
NC : SDCR_NC_Field := 16#0#;
-- Number of row address bits
NR : SDCR_NR_Field := 16#0#;
-- Memory data bus width
MWID : SDCR_MWID_Field := 16#1#;
-- Number of internal banks
NB : Boolean := True;
-- CAS latency
CAS : SDCR_CAS_Field := 16#1#;
-- Write protection
WP : Boolean := True;
-- SDRAM clock configuration
SDCLK : SDCR_SDCLK_Field := 16#0#;
-- Burst read
RBURST : Boolean := False;
-- Read pipe
RPIPE : SDCR_RPIPE_Field := 16#0#;
-- unspecified
Reserved_15_31 : HAL.UInt17 := 16#0#;
end record
with Volatile_Full_Access, Size => 32,
Bit_Order => System.Low_Order_First;
for SDCR_Register use record
NC at 0 range 0 .. 1;
NR at 0 range 2 .. 3;
MWID at 0 range 4 .. 5;
NB at 0 range 6 .. 6;
CAS at 0 range 7 .. 8;
WP at 0 range 9 .. 9;
SDCLK at 0 range 10 .. 11;
RBURST at 0 range 12 .. 12;
RPIPE at 0 range 13 .. 14;
Reserved_15_31 at 0 range 15 .. 31;
end record;
subtype SDTR_TMRD_Field is HAL.UInt4;
subtype SDTR_TXSR_Field is HAL.UInt4;
subtype SDTR_TRAS_Field is HAL.UInt4;
subtype SDTR_TRC_Field is HAL.UInt4;
subtype SDTR_TWR_Field is HAL.UInt4;
subtype SDTR_TRP_Field is HAL.UInt4;
subtype SDTR_TRCD_Field is HAL.UInt4;
-- SDRAM Timing register 1
type SDTR_Register is record
-- Load Mode Register to Active
TMRD : SDTR_TMRD_Field := 16#F#;
-- Exit self-refresh delay
TXSR : SDTR_TXSR_Field := 16#F#;
-- Self refresh time
TRAS : SDTR_TRAS_Field := 16#F#;
-- Row cycle delay
TRC : SDTR_TRC_Field := 16#F#;
-- Recovery delay
TWR : SDTR_TWR_Field := 16#F#;
-- Row precharge delay
TRP : SDTR_TRP_Field := 16#F#;
-- Row to column delay
TRCD : SDTR_TRCD_Field := 16#F#;
-- unspecified
Reserved_28_31 : HAL.UInt4 := 16#0#;
end record
with Volatile_Full_Access, Size => 32,
Bit_Order => System.Low_Order_First;
for SDTR_Register use record
TMRD at 0 range 0 .. 3;
TXSR at 0 range 4 .. 7;
TRAS at 0 range 8 .. 11;
TRC at 0 range 12 .. 15;
TWR at 0 range 16 .. 19;
TRP at 0 range 20 .. 23;
TRCD at 0 range 24 .. 27;
Reserved_28_31 at 0 range 28 .. 31;
end record;
subtype SDCMR_MODE_Field is HAL.UInt3;
subtype SDCMR_NRFS_Field is HAL.UInt4;
subtype SDCMR_MRD_Field is HAL.UInt13;
-- SDRAM Command Mode register
type SDCMR_Register is record
-- Write-only. Command mode
MODE : SDCMR_MODE_Field := 16#0#;
-- Write-only. Command target bank 2
CTB2 : Boolean := False;
-- Write-only. Command target bank 1
CTB1 : Boolean := False;
-- Number of Auto-refresh
NRFS : SDCMR_NRFS_Field := 16#0#;
-- Mode Register definition
MRD : SDCMR_MRD_Field := 16#0#;
-- unspecified
Reserved_22_31 : HAL.UInt10 := 16#0#;
end record
with Volatile_Full_Access, Size => 32,
Bit_Order => System.Low_Order_First;
for SDCMR_Register use record
MODE at 0 range 0 .. 2;
CTB2 at 0 range 3 .. 3;
CTB1 at 0 range 4 .. 4;
NRFS at 0 range 5 .. 8;
MRD at 0 range 9 .. 21;
Reserved_22_31 at 0 range 22 .. 31;
end record;
subtype SDRTR_COUNT_Field is HAL.UInt13;
-- SDRAM Refresh Timer register
type SDRTR_Register is record
-- Write-only. Clear Refresh error flag
CRE : Boolean := False;
-- Refresh Timer Count
COUNT : SDRTR_COUNT_Field := 16#0#;
-- RES Interrupt Enable
REIE : Boolean := False;
-- unspecified
Reserved_15_31 : HAL.UInt17 := 16#0#;
end record
with Volatile_Full_Access, Size => 32,
Bit_Order => System.Low_Order_First;
for SDRTR_Register use record
CRE at 0 range 0 .. 0;
COUNT at 0 range 1 .. 13;
REIE at 0 range 14 .. 14;
Reserved_15_31 at 0 range 15 .. 31;
end record;
-- SDSR_MODES array element
subtype SDSR_MODES_Element is HAL.UInt2;
-- SDSR_MODES array
type SDSR_MODES_Field_Array is array (1 .. 2) of SDSR_MODES_Element
with Component_Size => 2, Size => 4;
-- Type definition for SDSR_MODES
type SDSR_MODES_Field
(As_Array : Boolean := False)
is record
case As_Array is
when False =>
-- MODES as a value
Val : HAL.UInt4;
when True =>
-- MODES as an array
Arr : SDSR_MODES_Field_Array;
end case;
end record
with Unchecked_Union, Size => 4;
for SDSR_MODES_Field use record
Val at 0 range 0 .. 3;
Arr at 0 range 0 .. 3;
end record;
-- SDRAM Status register
type SDSR_Register is record
-- Read-only. Refresh error flag
RE : Boolean;
-- Read-only. Status Mode for Bank 1
MODES : SDSR_MODES_Field;
-- Read-only. Busy status
BUSY : Boolean;
-- unspecified
Reserved_6_31 : HAL.UInt26;
end record
with Volatile_Full_Access, Size => 32,
Bit_Order => System.Low_Order_First;
for SDSR_Register use record
RE at 0 range 0 .. 0;
MODES at 0 range 1 .. 4;
BUSY at 0 range 5 .. 5;
Reserved_6_31 at 0 range 6 .. 31;
end record;
-----------------
-- Peripherals --
-----------------
-- Flexible memory controller
type FMC_Peripheral is record
-- SRAM/NOR-Flash chip-select control register 1
BCR1 : aliased BCR1_Register;
-- SRAM/NOR-Flash chip-select timing register 1
BTR1 : aliased BTR_Register;
-- SRAM/NOR-Flash chip-select control register 2
BCR2 : aliased BCR_Register;
-- SRAM/NOR-Flash chip-select timing register 2
BTR2 : aliased BTR_Register;
-- SRAM/NOR-Flash chip-select control register 3
BCR3 : aliased BCR_Register;
-- SRAM/NOR-Flash chip-select timing register 3
BTR3 : aliased BTR_Register;
-- SRAM/NOR-Flash chip-select control register 4
BCR4 : aliased BCR_Register;
-- SRAM/NOR-Flash chip-select timing register 4
BTR4 : aliased BTR_Register;
-- PC Card/NAND Flash control register 3
PCR : aliased PCR_Register;
-- FIFO status and interrupt register 3
SR : aliased SR_Register;
-- Common memory space timing register 3
PMEM : aliased PMEM_Register;
-- Attribute memory space timing register 3
PATT : aliased PATT_Register;
-- ECC result register 3
ECCR : aliased HAL.UInt32;
-- SRAM/NOR-Flash write timing registers 1
BWTR1 : aliased BWTR_Register;
-- SRAM/NOR-Flash write timing registers 2
BWTR2 : aliased BWTR_Register;
-- SRAM/NOR-Flash write timing registers 3
BWTR3 : aliased BWTR_Register;
-- SRAM/NOR-Flash write timing registers 4
BWTR4 : aliased BWTR_Register;
-- SDRAM Control Register 1
SDCR1 : aliased SDCR_Register;
-- SDRAM Control Register 2
SDCR2 : aliased SDCR_Register;
-- SDRAM Timing register 1
SDTR1 : aliased SDTR_Register;
-- SDRAM Timing register 2
SDTR2 : aliased SDTR_Register;
-- SDRAM Command Mode register
SDCMR : aliased SDCMR_Register;
-- SDRAM Refresh Timer register
SDRTR : aliased SDRTR_Register;
-- SDRAM Status register
SDSR : aliased SDSR_Register;
end record
with Volatile;
for FMC_Peripheral use record
BCR1 at 16#0# range 0 .. 31;
BTR1 at 16#4# range 0 .. 31;
BCR2 at 16#8# range 0 .. 31;
BTR2 at 16#C# range 0 .. 31;
BCR3 at 16#10# range 0 .. 31;
BTR3 at 16#14# range 0 .. 31;
BCR4 at 16#18# range 0 .. 31;
BTR4 at 16#1C# range 0 .. 31;
PCR at 16#80# range 0 .. 31;
SR at 16#84# range 0 .. 31;
PMEM at 16#88# range 0 .. 31;
PATT at 16#8C# range 0 .. 31;
ECCR at 16#94# range 0 .. 31;
BWTR1 at 16#104# range 0 .. 31;
BWTR2 at 16#10C# range 0 .. 31;
BWTR3 at 16#114# range 0 .. 31;
BWTR4 at 16#11C# range 0 .. 31;
SDCR1 at 16#140# range 0 .. 31;
SDCR2 at 16#144# range 0 .. 31;
SDTR1 at 16#148# range 0 .. 31;
SDTR2 at 16#14C# range 0 .. 31;
SDCMR at 16#150# range 0 .. 31;
SDRTR at 16#154# range 0 .. 31;
SDSR at 16#158# range 0 .. 31;
end record;
-- Flexible memory controller
FMC_Periph : aliased FMC_Peripheral
with Import, Address => System'To_Address (16#A0000000#);
end STM32_SVD.FSMC;
|
------------------------------------------------------------------------------
-- --
-- GNAT RUN-TIME COMPONENTS --
-- --
-- S Y S T E M . P A C K _ 3 9 --
-- --
-- S p e c --
-- --
-- Copyright (C) 1992-2021, 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- --
-- ware Foundation; either version 3, or (at your option) any later ver- --
-- sion. GNAT is distributed in the hope that it will be useful, but WITH- --
-- OUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY --
-- or FITNESS FOR A PARTICULAR PURPOSE. --
-- --
-- --
-- --
-- --
-- --
-- You should have received a copy of the GNU General Public License and --
-- a copy of the GCC Runtime Library Exception along with this program; --
-- see the files COPYING3 and COPYING.RUNTIME respectively. If not, see --
-- <http://www.gnu.org/licenses/>. --
-- --
-- GNAT was originally developed by the GNAT team at New York University. --
-- Extensive contributions were provided by Ada Core Technologies Inc. --
-- --
------------------------------------------------------------------------------
-- Handling of packed arrays with Component_Size = 39
package System.Pack_39 is
pragma Preelaborate;
Bits : constant := 39;
type Bits_39 is mod 2 ** Bits;
for Bits_39'Size use Bits;
-- In all subprograms below, Rev_SSO is set True if the array has the
-- non-default scalar storage order.
function Get_39
(Arr : System.Address;
N : Natural;
Rev_SSO : Boolean) return Bits_39 with Inline;
-- Arr is the address of the packed array, N is the zero-based
-- subscript. This element is extracted and returned.
procedure Set_39
(Arr : System.Address;
N : Natural;
E : Bits_39;
Rev_SSO : Boolean) with Inline;
-- Arr is the address of the packed array, N is the zero-based
-- subscript. This element is set to the given value.
end System.Pack_39;
|
with RASCAL.ToolboxQuit; use RASCAL.ToolboxQuit;
with RASCAL.Toolbox; use RASCAL.Toolbox;
with RASCAL.OS; use RASCAL.OS;
package Controller_MainWindow is
type TEL_OpenWindow_Type is new Toolbox_UserEventListener(16#14#,-1,-1) with null record;
type TEL_OKButtonPressed_Type is new Toolbox_UserEventListener(16#30#,-1,-1) with null record;
type TEL_EscapeButtonPressed_Type is new Toolbox_UserEventListener(16#31#,-1,-1) with null record;
type TEL_RenewSelected_Type is new Toolbox_UserEventListener(16#33#,-1,-1) with null record;
--
--
--
procedure Handle (The : in TEL_OKButtonPressed_Type);
--
--
--
procedure Handle (The : in TEL_EscapeButtonPressed_Type);
--
--
--
procedure Handle (The : in TEL_RenewSelected_Type);
--
-- The user has clicked on the iconbar icon - open the amin window.
--
procedure Handle (The : in TEL_OpenWindow_Type);
end Controller_MainWindow;
|
-----------------------------------------------------------------------
-- css-reports -- CSS Reports
-- Copyright (C) 2017 Stephane Carrez
-- Written by Stephane Carrez (Stephane.Carrez@gmail.com)
--
-- Licensed under the Apache License, Version 2.0 (the "License");
-- you may not use this file except in compliance with the License.
-- You may obtain a copy of the License at
--
-- http://www.apache.org/licenses/LICENSE-2.0
--
-- Unless required by applicable law or agreed to in writing, software
-- distributed under the License is distributed on an "AS IS" BASIS,
-- WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
-- See the License for the specific language governing permissions and
-- limitations under the License.
-----------------------------------------------------------------------
with Ada.Strings.Unbounded;
with Util.Log.Locations;
with Util.Strings;
with CSS.Printer;
with CSS.Analysis.Classes;
with CSS.Core.Selectors;
with CSS.Core.Sets;
with CSS.Core.Styles;
with CSS.Core.Refs;
with CSS.Core.Vectors;
with CSS.Tools.Location_Sets;
package body CSS.Reports.Docs is
procedure Print_Lines (Stream : in out CSS.Printer.File_Type'Class;
List : in CSS.Tools.Location_Sets.Set) is
Prev_Path : Ada.Strings.Unbounded.Unbounded_String;
Need_Sep : Boolean := False;
procedure Print_One (Pos : in CSS.Tools.Location_Sets.Cursor) is
Loc : constant CSS.Core.Location := CSS.Tools.Location_Sets.Element (Pos);
Path : constant String := Util.Log.Locations.File (Loc);
begin
Stream.Do_Indent;
if Path /= Ada.Strings.Unbounded.To_String (Prev_Path) then
Stream.Print (" ");
Stream.Print (Path);
Prev_Path := Ada.Strings.Unbounded.To_Unbounded_String (Path);
Stream.Print (": ");
end if;
if Need_Sep then
Stream.Print(" ");
end if;
Stream.Print (Util.Strings.Image (Util.Log.Locations.Line (Loc)));
Need_Sep := True;
end Print_One;
begin
List.Iterate (Print_One'Access);
end Print_Lines;
procedure Print (Stream : in out CSS.Printer.File_Type'Class;
Data : in CSS.Analysis.Classes.Map) is
use CSS.Analysis.Classes;
procedure Print_Rule (Pos : in CSS.Core.Sets.Cursor) is
use type CSS.Core.Refs.Ref;
use type CSS.Core.CSSRule_Access;
Ref : CSS.Core.Refs.Ref := CSS.Core.Sets.Element (Pos);
-- Rule : CSS.Core.Styles.CSSStyleRule_Access := CSS.Core.Styles.Element (Pos);
begin
if Ref.Value /= null then
Stream.Print (" ");
CSS.Printer.Print (Stream, CSS.Core.Styles.CSSStyleRule'Class (Ref.Value.all)'Access);
end if;
Stream.New_Line;
end Print_Rule;
procedure Print_One (Pos : in CSS.Analysis.Classes.Cursor) is
Info : Class_Information := CSS.Analysis.Classes.Class_Maps.Element (Pos);
begin
Stream.Print (CSS.Analysis.Classes.Class_Maps.Key (Pos));
Stream.Print (" ");
Stream.Print (Natural'Image (Natural (Info.List.Length)));
Stream.Print (" Lines: ");
Print_Lines (Stream, Info.Loc);
Stream.New_Line;
Stream.Indent := Stream.Indent + Stream.Indent_Level + 1;
Info.List.Iterate (Print_Rule'Access);
Stream.Indent := Stream.Indent - Stream.Indent_Level - 1;
Stream.New_Line;
end Print_One;
begin
Data.Iterate (Print_One'Access);
end Print;
end CSS.Reports.Docs;
|
-- Copyright (c) 2015-2017 Maxim Reznik <reznikmm@gmail.com>
--
-- SPDX-License-Identifier: MIT
-- License-Filename: LICENSE
-------------------------------------------------------------
with Ada.Command_Line;
with Ada.Wide_Wide_Text_IO;
with League.Application;
with League.Strings;
with XML.SAX.Input_Sources.Streams.Files;
with XML.SAX.Pretty_Writers;
with XML.SAX.Simple_Readers;
with XML.SAX.String_Output_Destinations;
with XML.Templates.Streams;
with XML.SAX.Writers;
with Incr.Debug;
with Incr.Documents;
with Incr.Lexers.Batch_Lexers;
with Incr.Lexers.Incremental;
with Incr.Nodes.Tokens;
with Incr.Parsers.Incremental;
with Incr.Version_Trees;
with Tests.Commands;
with Tests.Lexers;
with Tests.Parser_Data.XML_Reader;
procedure Tests.Driver is
procedure Dump
(Document : Incr.Documents.Document'Class;
Result : out League.Strings.Universal_String);
function To_String
(Vector : XML.Templates.Streams.XML_Stream_Element_Vectors.Vector)
return League.Strings.Universal_String;
type Provider_Access is access all Tests.Parser_Data.Provider;
History : constant Incr.Version_Trees.Version_Tree_Access :=
new Incr.Version_Trees.Version_Tree;
Document : constant Incr.Documents.Document_Access :=
new Incr.Documents.Document (History);
Provider : constant Provider_Access :=
new Tests.Parser_Data.Provider (Document);
----------
-- Dump --
----------
procedure Dump
(Document : Incr.Documents.Document'Class;
Result : out League.Strings.Universal_String)
is
Output : aliased XML.SAX.String_Output_Destinations.
String_Output_Destination;
Writer : XML.SAX.Pretty_Writers.XML_Pretty_Writer;
begin
Writer.Set_Output_Destination (Output'Unchecked_Access);
Writer.Set_Offset (2);
Incr.Debug.Dump (Document, Provider.all, Writer);
Result := Output.Get_Text;
end Dump;
---------------
-- To_String --
---------------
function To_String
(Vector : XML.Templates.Streams.XML_Stream_Element_Vectors.Vector)
return League.Strings.Universal_String
is
use XML.Templates.Streams;
Output : aliased XML.SAX.String_Output_Destinations.
String_Output_Destination;
Writer : XML.SAX.Pretty_Writers.XML_Pretty_Writer;
begin
Writer.Set_Output_Destination (Output'Unchecked_Access);
Writer.Set_Offset (2);
Writer.Start_Document;
for V of Vector loop
case V.Kind is
when Start_Element =>
Writer.Start_Element
(Namespace_URI => V.Namespace_URI,
Qualified_Name => V.Qualified_Name,
Local_Name => V.Local_Name,
Attributes => V.Attributes);
when End_Element =>
Writer.End_Element
(Namespace_URI => V.Namespace_URI,
Qualified_Name => V.Qualified_Name,
Local_Name => V.Local_Name);
when Text =>
Writer.Characters (V.Text);
when others =>
null;
end case;
end loop;
Writer.End_Document;
return Output.Get_Text;
end To_String;
Batch_Lexer : constant Incr.Lexers.Batch_Lexers.Batch_Lexer_Access :=
new Tests.Lexers.Test_Lexers.Batch_Lexer;
Incr_Lexer : constant Incr.Lexers.Incremental.Incremental_Lexer_Access :=
new Incr.Lexers.Incremental.Incremental_Lexer;
Incr_Parser : constant Incr.Parsers.Incremental.Incremental_Parser_Access :=
new Incr.Parsers.Incremental.Incremental_Parser;
Ref : Incr.Version_Trees.Version := History.Parent (History.Changing);
Root : Incr.Nodes.Node_Access;
Input : aliased XML.SAX.Input_Sources.Streams.Files.File_Input_Source;
Reader : XML.SAX.Simple_Readers.Simple_Reader;
Handler : aliased Tests.Parser_Data.XML_Reader.Reader (Provider);
begin
Input.Open_By_File_Name (League.Application.Arguments.Element (1));
Reader.Set_Content_Handler (Handler'Unchecked_Access);
Reader.Set_Input_Source (Input'Unchecked_Access);
Reader.Parse;
if Provider.Part_Counts (2) = 0 then
declare
Kind : Incr.Nodes.Node_Kind;
begin
Provider.Create_Node
(Prod => 2,
Children => (1 .. 0 => <>),
Node => Root,
Kind => Kind);
end;
end if;
Incr.Documents.Constructors.Initialize (Document.all, Root);
Incr_Lexer.Set_Batch_Lexer (Batch_Lexer);
for Command of Handler.Get_Commands loop
case Command.Kind is
when Tests.Commands.Commit =>
Document.Commit;
when Tests.Commands.Set_EOS_Text =>
Document.End_Of_Stream.Set_Text (Command.Text);
when Tests.Commands.Set_Token_Text =>
declare
Token : Incr.Nodes.Tokens.Token_Access :=
Document.Start_Of_Stream;
begin
for J in 2 .. Command.Token loop
Token := Token.Next_Token (History.Changing);
end loop;
Token.Set_Text (Command.Text);
end;
when Tests.Commands.Dump_Tree =>
declare
use type League.Strings.Universal_String;
Text : League.Strings.Universal_String;
Expect : League.Strings.Universal_String;
begin
Dump (Document.all, Text);
Expect := To_String (Command.Dump);
Ada.Wide_Wide_Text_IO.Put_Line
(Text.To_Wide_Wide_String);
if Text /= Expect then
Ada.Wide_Wide_Text_IO.Put_Line ("DOESN'T MATCH!!!");
Ada.Command_Line.Set_Exit_Status (Ada.Command_Line.Failure);
return;
end if;
end;
when Tests.Commands.Run =>
Incr_Parser.Run
(Lexer => Incr_Lexer,
Provider => Provider.all'Unchecked_Access,
Factory => Provider.all'Unchecked_Access,
Document => Document,
Reference => Ref);
Ref := History.Changing;
end case;
end loop;
end Tests.Driver;
|
--
-- Copyright 2018 The wookey project team <wookey@ssi.gouv.fr>
-- - Ryad Benadjila
-- - Arnauld Michelizza
-- - Mathieu Renard
-- - Philippe Thierry
-- - Philippe Trebuchet
--
-- Licensed under the Apache License, Version 2.0 (the "License");
-- you may not use this file except in compliance with the License.
-- You may obtain a copy of the License at
--
-- http://www.apache.org/licenses/LICENSE-2.0
--
-- Unless required by applicable law or agreed to in writing, software
-- distributed under the License is distributed on an "AS IS" BASIS,
-- WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
-- See the License for the specific language governing permissions and
-- limitations under the License.
--
--
with m4.cpu;
with m4.cpu.instructions;
with m4.mpu;
with ewok.debug;
with ewok.layout; use ewok.layout;
with ewok.devices_shared; use ewok.devices_shared;
with ewok.ipc; use ewok.ipc;
with ewok.softirq;
with ewok.devices;
with c.kernel;
with types.c; use type types.c.t_retval;
with applications; -- Automatically generated
with sections; -- Automatically generated
package body ewok.tasks
with spark_mode => off
is
procedure idle_task
is
begin
pragma DEBUG (debug.log (debug.INFO, "IDLE thread"));
m4.cpu.enable_irq;
loop
m4.cpu.instructions.wait_for_interrupt;
end loop;
end idle_task;
procedure finished_task
is
begin
loop null; end loop;
end finished_task;
procedure create_stack
(sp : in system_address;
pc : in system_address;
params : in ewok.t_parameters;
frame_a : out ewok.t_stack_frame_access)
is
begin
frame_a := to_stack_frame_access (sp - (t_stack_frame'size / 8));
frame_a.all.R0 := params(0);
frame_a.all.R1 := params(1);
frame_a.all.R2 := params(2);
frame_a.all.R3 := params(3);
frame_a.all.R4 := 0;
frame_a.all.R5 := 0;
frame_a.all.R6 := 0;
frame_a.all.R7 := 0;
frame_a.all.R8 := 0;
frame_a.all.R9 := 0;
frame_a.all.R10 := 0;
frame_a.all.R11 := 0;
frame_a.all.R12 := 0;
frame_a.all.exc_return := m4.cpu.EXC_THREAD_MODE;
frame_a.all.LR := to_system_address (finished_task'address);
frame_a.all.PC := pc;
frame_a.all.PSR := m4.cpu.t_PSR_register'
(ISR_NUMBER => 0,
ICI_IT_lo => 0,
GE => 0,
Thumb => 1,
ICI_IT_hi => 0,
DSP_overflow => 0,
Overflow => 0,
Carry => 0,
Zero => 0,
Negative => 0);
end create_stack;
procedure set_default_values (tsk : out t_task)
is
begin
tsk.name := " ";
tsk.entry_point := 0;
tsk.ttype := TASK_TYPE_USER;
tsk.mode := TASK_MODE_MAINTHREAD;
tsk.id := ID_UNUSED;
tsk.slot := 0;
tsk.num_slots := 0;
tsk.prio := 0;
#if CONFIG_KERNEL_DOMAIN
tsk.domain := 0;
#end if;
#if CONFIG_KERNEL_SCHED_DEBUG
tsk.count := 0;
tsk.force_count := 0;
tsk.isr_count := 0;
#end if;
#if CONFIG_KERNEL_DMA_ENABLE
tsk.num_dma_shms := 0;
tsk.dma_shm :=
(others => ewok.exported.dma.t_dma_shm_info'
(granted_id => ID_UNUSED,
accessed_id => ID_UNUSED,
base => 0,
size => 0,
access_type => ewok.exported.dma.SHM_ACCESS_READ));
tsk.num_dma_id := 0;
tsk.dma_id := (others => ewok.dma_shared.ID_DMA_UNUSED);
#end if;
tsk.init_done := false;
tsk.num_devs := 0;
tsk.num_devs_mounted := 0;
tsk.device_id := (others => ewok.devices_shared.ID_DEV_UNUSED);
tsk.mounted_device := (others => ewok.devices_shared.ID_DEV_UNUSED);
tsk.data_slot_start := 0;
tsk.data_slot_end := 0;
tsk.txt_slot_start := 0;
tsk.txt_slot_end := 0;
tsk.stack_size := 0;
tsk.state := TASK_STATE_EMPTY;
tsk.isr_state := TASK_STATE_EMPTY;
tsk.ipc_endpoints := (others => NULL);
tsk.ctx.frame_a := NULL;
tsk.isr_ctx := t_isr_context'(0, ID_DEV_UNUSED, ISR_STANDARD, NULL);
end set_default_values;
procedure init_softirq_task
is
params : constant t_parameters := (others => 0);
begin
-- Setting default values
set_default_values (tasks_list(ID_SOFTIRQ));
tasks_list(ID_SOFTIRQ).name := softirq_task_name;
tasks_list(ID_SOFTIRQ).entry_point :=
to_system_address (ewok.softirq.main_task'address);
if tasks_list(ID_SOFTIRQ).entry_point mod 2 = 0 then
tasks_list(ID_SOFTIRQ).entry_point :=
tasks_list(ID_SOFTIRQ).entry_point + 1;
end if;
tasks_list(ID_SOFTIRQ).ttype := TASK_TYPE_KERNEL;
tasks_list(ID_SOFTIRQ).id := ID_SOFTIRQ;
-- Zeroing the stack
declare
stack : byte_array(1 .. STACK_SIZE_SOFTIRQ)
with address => to_address (STACK_TOP_SOFTIRQ - STACK_SIZE_SOFTIRQ);
begin
stack := (others => 0);
end;
-- Create the initial stack frame and set the stack pointer
create_stack
(STACK_TOP_SOFTIRQ,
tasks_list(ID_SOFTIRQ).entry_point,
params,
tasks_list(ID_SOFTIRQ).ctx.frame_a);
tasks_list(ID_SOFTIRQ).stack_size := STACK_SIZE_SOFTIRQ;
tasks_list(ID_SOFTIRQ).state := TASK_STATE_IDLE;
tasks_list(ID_SOFTIRQ).isr_state := TASK_STATE_IDLE;
for i in tasks_list(ID_SOFTIRQ).ipc_endpoints'range loop
tasks_list(ID_SOFTIRQ).ipc_endpoints(i) := NULL;
end loop;
pragma DEBUG (debug.log (debug.INFO, "Created SOFTIRQ context (pc: "
& system_address'image (tasks_list(ID_SOFTIRQ).entry_point)
& ") sp: "
& system_address'image
(to_system_address (tasks_list(ID_SOFTIRQ).ctx.frame_a))));
end init_softirq_task;
procedure init_idle_task
is
params : constant t_parameters := (others => 0);
begin
-- Setting default values
set_default_values (tasks_list(ID_KERNEL));
tasks_list(ID_KERNEL).name := idle_task_name;
tasks_list(ID_KERNEL).entry_point :=
to_system_address (idle_task'address);
if tasks_list(ID_KERNEL).entry_point mod 2 = 0 then
tasks_list(ID_KERNEL).entry_point :=
tasks_list(ID_KERNEL).entry_point + 1;
end if;
tasks_list(ID_KERNEL).ttype := TASK_TYPE_KERNEL;
tasks_list(ID_KERNEL).mode := TASK_MODE_MAINTHREAD;
tasks_list(ID_KERNEL).id := ID_KERNEL;
-- Zeroing the stack
declare
stack : byte_array(1 .. STACK_SIZE_IDLE)
with address => to_address (STACK_TOP_IDLE - STACK_SIZE_IDLE);
begin
stack := (others => 0);
end;
-- Create the initial stack frame and set the stack pointer
create_stack
(STACK_TOP_IDLE,
tasks_list(ID_KERNEL).entry_point,
params,
tasks_list(ID_KERNEL).ctx.frame_a);
tasks_list(ID_KERNEL).stack_size := STACK_SIZE_IDLE;
tasks_list(ID_KERNEL).state := TASK_STATE_RUNNABLE;
tasks_list(ID_KERNEL).isr_state := TASK_STATE_IDLE;
for i in tasks_list(ID_KERNEL).ipc_endpoints'range loop
tasks_list(ID_KERNEL).ipc_endpoints(i) := NULL;
end loop;
pragma DEBUG (debug.log (debug.INFO, "Created context for IDLE task (pc: "
& system_address'image (tasks_list(ID_KERNEL).entry_point)
& ") sp: "
& system_address'image
(to_system_address (tasks_list(ID_KERNEL).ctx.frame_a))));
end init_idle_task;
procedure init_apps
is
user_base : system_address;
params : t_parameters;
random : unsigned_32;
begin
if applications.t_real_task_id'last > ID_APP7 then
debug.panic ("Too many apps");
end if;
user_base := applications.txt_user_region_base;
for id in applications.list'range loop
set_default_values (tasks_list(id));
tasks_list(id).name := applications.list(id).name;
tasks_list(id).entry_point :=
user_base
+ to_unsigned_32 (applications.list(id).slot - 1)
* applications.txt_user_size / 8; -- this is MPU specific
if tasks_list(id).entry_point mod 2 = 0 then
tasks_list(id).entry_point := tasks_list(id).entry_point + 1;
end if;
tasks_list(id).ttype := TASK_TYPE_USER;
tasks_list(id).id := id;
tasks_list(id).slot := applications.list(id).slot;
tasks_list(id).num_slots := applications.list(id).num_slots;
tasks_list(id).prio := applications.list(id).priority;
#if CONFIG_KERNEL_DOMAIN
tasks_list(id).domain := applications.list(id).domain;
#end if;
#if CONFIG_KERNEL_SCHED_DEBUG
tasks_list(id).count := 0;
tasks_list(id).force_count := 0;
tasks_list(id).isr_count := 0;
#end if;
#if CONFIG_KERNEL_DMA_ENABLE
tasks_list(id).num_dma_shms := 0;
tasks_list(id).dma_shm :=
(others => ewok.exported.dma.t_dma_shm_info'
(granted_id => ID_UNUSED,
accessed_id => ID_UNUSED,
base => 0,
size => 0,
access_type => ewok.exported.dma.SHM_ACCESS_READ));
tasks_list(id).num_dma_id := 0;
tasks_list(id).dma_id :=
(others => ewok.dma_shared.ID_DMA_UNUSED);
#end if;
tasks_list(id).num_devs := 0;
tasks_list(id).num_devs_mounted := 0;
tasks_list(id).device_id := (others => ID_DEV_UNUSED);
tasks_list(id).mounted_device := (others => ID_DEV_UNUSED);
tasks_list(id).init_done := false;
tasks_list(id).data_slot_start :=
USER_DATA_BASE
+ to_unsigned_32 (tasks_list(id).slot - 1)
* USER_DATA_SIZE;
tasks_list(id).data_slot_end :=
USER_DATA_BASE
+ to_unsigned_32
(tasks_list(id).slot + tasks_list(id).num_slots - 1)
* USER_DATA_SIZE;
tasks_list(id).txt_slot_start := tasks_list(id).entry_point - 1;
tasks_list(id).txt_slot_end :=
user_base
+ to_unsigned_32
(applications.list(id).slot + tasks_list(id).num_slots - 1)
* applications.txt_user_size / 8; -- this is MPU specific
tasks_list(id).stack_bottom := applications.list(id).stack_bottom;
tasks_list(id).stack_top := applications.list(id).stack_top;
tasks_list(id).stack_size := applications.list(id).stack_size;
tasks_list(id).state := TASK_STATE_RUNNABLE;
tasks_list(id).isr_state := TASK_STATE_IDLE;
for i in tasks_list(id).ipc_endpoints'range loop
tasks_list(id).ipc_endpoints(i) := NULL;
end loop;
-- Zeroing the stack
declare
stack : byte_array(1 .. unsigned_32 (tasks_list(id).stack_size))
with address => to_address
(tasks_list(id).data_slot_end -
unsigned_32 (tasks_list(id).stack_size));
begin
stack := (others => 0);
end;
--
-- Create the initial stack frame and set the stack pointer
--
-- Getting the stack "canary"
if c.kernel.get_random_u32 (random) /= types.c.SUCCESS then
debug.panic ("Unable to get random from TRNG source");
end if;
params := t_parameters'(to_unsigned_32 (id), random, 0, 0);
create_stack
(tasks_list(id).stack_top,
tasks_list(id).entry_point,
params,
tasks_list(id).ctx.frame_a);
tasks_list(id).isr_ctx.entry_point := applications.list(id).start_isr;
pragma DEBUG (debug.log (debug.INFO, "Created task " & tasks_list(id).name
& " (pc: " & system_address'image (tasks_list(id).entry_point)
& ", data: " & system_address'image (tasks_list(id).data_slot_start)
& " - " & system_address'image (tasks_list(id).data_slot_end)
& ", sp: " & system_address'image
(to_system_address (tasks_list(id).ctx.frame_a))
& ", ID" & t_task_id'image (id) & ")"));
end loop;
end init_apps;
function get_task (id : ewok.tasks_shared.t_task_id)
return t_task_access
is
begin
return tasks_list(id)'access;
end get_task;
function get_task_id (name : t_task_name)
return ewok.tasks_shared.t_task_id
is
-- String comparison is a bit tricky here because:
-- - We want it case-unsensitive ('a' and 'A' are the same)
-- - The nul character and space ' ' are consider the same
--
-- The following inner functions are needed to effect comparisons:
-- Convert a character to uppercase
function to_upper (c : character)
return character
is
val : constant natural := character'pos (c);
begin
return
(if c in 'a' .. 'z' then character'val (val - 16#20#) else c);
end;
-- Test if a character is 'nul'
function is_nul (c : character)
return boolean
is begin
return c = ASCII.NUL or c = ' ';
end;
-- Test if the 2 strings are the same
function is_same (s1: t_task_name; s2 : t_task_name)
return boolean
is begin
for i in t_task_name'range loop
if is_nul (s1(i)) and is_nul (s2(i)) then
return true;
end if;
if to_upper (s1(i)) /= to_upper (s2(i)) then
return false;
end if;
end loop;
return true;
end;
begin
for id in applications.list'range loop
if is_same (tasks_list(id).name, name) then
return id;
end if;
end loop;
return ID_UNUSED;
end get_task_id;
#if CONFIG_KERNEL_DOMAIN
function get_domain (id : in ewok.tasks_shared.t_task_id)
return unsigned_8
is
begin
return tasks_list(id).domain;
end get_domain;
#end if;
function get_state
(id : ewok.tasks_shared.t_task_id;
mode : t_task_mode)
return t_task_state
is
begin
if mode = TASK_MODE_MAINTHREAD then
return tasks_list(id).state;
else
return tasks_list(id).isr_state;
end if;
end get_state;
procedure set_state
(id : ewok.tasks_shared.t_task_id;
mode : t_task_mode;
state : t_task_state)
is
begin
if mode = TASK_MODE_MAINTHREAD then
tasks_list(id).state := state;
else
tasks_list(id).isr_state := state;
end if;
end set_state;
function get_mode
(id : in ewok.tasks_shared.t_task_id)
return t_task_mode
is
begin
return tasks_list(id).mode;
end get_mode;
procedure set_mode
(id : in ewok.tasks_shared.t_task_id;
mode : in ewok.tasks_shared.t_task_mode)
is
begin
tasks_list(id).mode := mode;
end set_mode;
function is_ipc_waiting
(id : in ewok.tasks_shared.t_task_id)
return boolean
is
begin
for i in tasks_list(id).ipc_endpoints'range loop
if tasks_list(id).ipc_endpoints(i) /= NULL
and then
tasks_list(id).ipc_endpoints(i).state = ewok.ipc.WAIT_FOR_RECEIVER
and then
ewok.ipc.to_task_id (tasks_list(id).ipc_endpoints(i).to) = id
then
return true;
end if;
end loop;
return false;
end;
procedure append_device
(id : in ewok.tasks_shared.t_task_id;
dev_id : in ewok.devices_shared.t_device_id;
descriptor : out unsigned_8;
success : out boolean)
is
begin
if tasks_list(id).num_devs = MAX_DEVS_PER_TASK then
descriptor := 0;
success := false;
return;
end if;
for i in tasks_list(id).device_id'range loop
if tasks_list(id).device_id(i) = ID_DEV_UNUSED then
tasks_list(id).device_id(i) := dev_id;
tasks_list(id).num_devs := tasks_list(id).num_devs + 1;
descriptor := i;
success := true;
return;
end if;
end loop;
raise program_error;
end append_device;
procedure remove_device
(id : in ewok.tasks_shared.t_task_id;
dev_id : in ewok.devices_shared.t_device_id;
success : out boolean)
is
begin
for i in tasks_list(id).device_id'range loop
if tasks_list(id).device_id(i) = dev_id then
tasks_list(id).device_id(i) := ID_DEV_UNUSED;
tasks_list(id).num_devs := tasks_list(id).num_devs - 1;
success := true;
return;
end if;
end loop;
success := false;
end remove_device;
function is_mounted
(id : in ewok.tasks_shared.t_task_id;
dev_id : in ewok.devices_shared.t_device_id)
return boolean
is
begin
for i in tasks_list(id).mounted_device'range loop
if tasks_list(id).mounted_device(i) = dev_id then
return true;
end if;
end loop;
return false;
end is_mounted;
procedure mount_device
(id : in ewok.tasks_shared.t_task_id;
dev_id : in ewok.devices_shared.t_device_id;
success : out boolean)
is
ok : boolean;
begin
-- The device is already mounted
if is_mounted (id, dev_id) then
success := false;
return;
end if;
-- No available MPU region to map the device in memory
if tasks_list(id).num_devs_mounted = ewok.mpu.MAX_DEVICE_REGIONS then
success := false;
return;
end if;
-- Mounting the device
for i in tasks_list(id).mounted_device'range loop
if tasks_list(id).mounted_device(i) = ID_DEV_UNUSED then
tasks_list(id).mounted_device(i) := dev_id;
tasks_list(id).num_devs_mounted :=
tasks_list(id).num_devs_mounted + 1;
-- Mapping the device in its related MPU region
ewok.devices.mpu_mapping_device
(dev_id, ewok.mpu.device_regions(i), ok);
if not ok then
tasks_list(id).mounted_device(i) := ID_DEV_UNUSED;
tasks_list(id).num_devs_mounted :=
tasks_list(id).num_devs_mounted - 1;
success := false;
return;
end if;
success := true;
return;
end if;
end loop;
raise program_error;
end mount_device;
procedure unmount_device
(id : in ewok.tasks_shared.t_task_id;
dev_id : in ewok.devices_shared.t_device_id;
success : out boolean)
is
begin
for i in tasks_list(id).mounted_device'range loop
if tasks_list(id).mounted_device(i) = dev_id then
tasks_list(id).mounted_device(i) := ID_DEV_UNUSED;
tasks_list(id).num_devs_mounted :=
tasks_list(id).num_devs_mounted - 1;
-- Unmapping the device from its related MPU region
m4.mpu.disable_region (ewok.mpu.device_regions(i));
success := true;
return;
end if;
end loop;
success := false;
end unmount_device;
function is_real_user (id : ewok.tasks_shared.t_task_id) return boolean
is
begin
return (id in applications.t_real_task_id);
end is_real_user;
procedure set_return_value
(id : in ewok.tasks_shared.t_task_id;
mode : in t_task_mode;
val : in unsigned_32)
is
begin
case mode is
when TASK_MODE_MAINTHREAD =>
tasks_list(id).ctx.frame_a.all.R0 := val;
when TASK_MODE_ISRTHREAD =>
tasks_list(id).isr_ctx.frame_a.all.R0 := val;
end case;
end set_return_value;
procedure task_init
is
begin
for id in tasks_list'range loop
set_default_values (tasks_list(id));
end loop;
init_idle_task;
init_softirq_task;
init_apps;
sections.task_map_data;
end task_init;
function is_init_done
(id : ewok.tasks_shared.t_task_id)
return boolean
is
begin
return tasks_list(id).init_done;
end is_init_done;
end ewok.tasks;
|
-- This file is generated by SWIG. Please do not modify by hand.
--
with Interfaces;
with Interfaces.C;
with Interfaces.C.Pointers;
package xcb.xcb_glx_delete_queries_arb_request_t is
-- Item
--
type Item is record
major_opcode : aliased Interfaces.Unsigned_8;
minor_opcode : aliased Interfaces.Unsigned_8;
length : aliased Interfaces.Unsigned_16;
context_tag : aliased xcb.xcb_glx_context_tag_t;
n : aliased Interfaces.Integer_32;
end record;
-- Item_Array
--
type Item_Array is
array
(Interfaces.C
.size_t range <>) of aliased xcb.xcb_glx_delete_queries_arb_request_t
.Item;
-- Pointer
--
package C_Pointers is new Interfaces.C.Pointers
(Index => Interfaces.C.size_t,
Element => xcb.xcb_glx_delete_queries_arb_request_t.Item,
Element_Array => xcb.xcb_glx_delete_queries_arb_request_t.Item_Array,
Default_Terminator => (others => <>));
subtype Pointer is C_Pointers.Pointer;
-- Pointer_Array
--
type Pointer_Array is
array
(Interfaces.C
.size_t range <>) of aliased xcb.xcb_glx_delete_queries_arb_request_t
.Pointer;
-- Pointer_Pointer
--
package C_Pointer_Pointers is new Interfaces.C.Pointers
(Index => Interfaces.C.size_t,
Element => xcb.xcb_glx_delete_queries_arb_request_t.Pointer,
Element_Array => xcb.xcb_glx_delete_queries_arb_request_t.Pointer_Array,
Default_Terminator => null);
subtype Pointer_Pointer is C_Pointer_Pointers.Pointer;
end xcb.xcb_glx_delete_queries_arb_request_t;
|
with Ada.Strings.Unbounded; use Ada.Strings.Unbounded;
package Important_Dates with
SPARK_Mode => On
is
function Leap_Year
(Year : Positive)
return Boolean is
((Year mod 4 = 0 and then Year mod 100 /= 0) or else (Year mod 400 = 0));
function Valid_Date
(Year : Positive;
Month : Positive;
Day : Positive)
return Boolean is
(case Month is when 4 | 6 | 9 | 11 => Day <= 30,
when 2 => (if Leap_Year (Year) then Day <= 28 else Day <= 29),
when others => Day <= 31);
type Date_T is record
Year : Positive := Positive'First;
Month : Positive := Positive'First;
Day : Positive := Positive'First;
end record with
Dynamic_Predicate => Valid_Date (Date_T.Year, Date_T.Month, Date_T.Day);
function "="
(L, R : Date_T)
return Boolean;
type Calendar_T is private;
function Is_Full
(Calendar : Calendar_T)
return Boolean with
Ghost;
procedure Add_Event
(Calendar : in out Calendar_T;
Description : String;
Date : Date_T) with
Pre => not Is_Full (Calendar);
procedure Remove_Event
(Calendar : in out Calendar_T;
Description : String;
Date : Date_T);
procedure Print_Events
(Calendar : Calendar_T;
Number_Of_Events : Positive;
Date : Date_T);
private
type Event_T is record
Description : Unbounded_String := To_Unbounded_String ("");
Date : Date_T;
end record;
function ">="
(L, R : Event_T)
return Boolean;
subtype Count_T is Integer range 0 .. 1_000;
subtype Index_T is Integer range 1 .. 1_000;
type Event_List_T is array (Index_T) of Event_T;
function Is_Sorted
(List : Event_List_T;
Used : Count_T)
return Boolean is
(for all K in List'First .. List'First + Used - 1 =>
K = List'First or else List (K) >= List (K - 1));
type Calendar_T is record
List : Event_List_T;
In_Use : Count_T := 0;
end record with
Type_Invariant => Is_Sorted (Calendar_T.List, Calendar_T.In_Use);
function Is_Full
(Calendar : Calendar_T)
return Boolean is (Calendar.In_Use = Calendar.List'Length);
end Important_Dates;
|
with GNAT.Regpat; use GNAT.Regpat;
with Ada.Exceptions; use Ada.Exceptions;
with Ada.Strings.Unbounded; use Ada.Strings.Unbounded;
with Gate3_Glib; use Gate3_Glib;
pragma Elaborate_All (GNAT.Regpat);
package body Signal_Storage is
package US renames Ada.Strings.Unbounded;
Object_Nbr : Object_Index := 0;
-- the number of windows/objects in the project
Store_Size : constant := 1024;
Store : array (1 .. Store_Size) of Signal_Rec;
-- register the different handlers within a project
-- several signals may use to the same handler
-- Store will register only one handler for the different signals.
First_Available_Item : Natural := 1;
-- signal number
Event_Pattern : Pattern_Matcher (100);
-- signal is of type event$
Ada_Identifier : Pattern_Matcher (200);
-- pattern for a valid Ada identifier
Quit_Pattern : Pattern_Matcher (100);
-- detects the <quit> string in a handler
-----------------------
-- Check_Cb_Type --
-----------------------
function Check_Cb_Type (Handler : String) return Cb_Type is
begin
if GNAT.Regpat.Match (Event_Pattern, Handler, Handler'First, Handler'Last) > 0 then
return Func;
end if;
return Proc;
end Check_Cb_Type;
-----------------------
-- Inc_Object_Number --
-----------------------
procedure Inc_Object_Number is
begin
Object_Nbr := Object_Nbr + 1;
end Inc_Object_Number;
-----------------------
-- Get_Object_Number --
-----------------------
function Get_Object_Number return Object_Index is
begin
return Object_Nbr;
end Get_Object_Number;
------------------------------
-- Initialize_Signals_Store --
------------------------------
procedure Initialize_Signals_Store is
begin
First_Available_Item := 1;
Object_Nbr := 0;
end Initialize_Signals_Store;
-----------------------
-- Store_Signal_Node --
-----------------------
procedure Store_Signal_Node (Signal : in Node_Ptr; Top_Object : in Object_Index) is
Handler : constant String := Get_Attribute (Signal, "handler");
Ada_Handler : constant String := Gate3_Glib.To_Ada (Handler);
Sig_Name : constant String := Get_Attribute (Signal, "name");
-- determine whether a function or procedure
Callback : constant Cb_Type := Check_Cb_Type (Sig_Name);
Signal_Data : Signal_Rec := (Signal, Top_Object, Callback, False);
begin
-- check if Signal handler is already registered
for I in 1 .. First_Available_Item - 1 loop
if Get_Attribute (Store (I).Signal, "handler") = Handler then
-- already registrered. do nothing
return;
end if;
end loop;
-- check if handler string gives a valid Ada identifier
if GNAT.Regpat.Match (Ada_Identifier, Ada_Handler, Ada_Handler'First, Ada_Handler'Last) =
0
then
-- Invalid identifier => Emit a warning with location
declare
Node_Chain : US.Unbounded_String :=
US.To_Unbounded_String (Get_Attribute (Signal, "name"));
A_Node : Node_Ptr := Signal;
begin
loop
if (A_Node.Tag.all = "object") then
Node_Chain := Get_Attribute (A_Node, "id") & ":" & Node_Chain;
end if;
exit when A_Node = Object_Store (Top_Object).Node;
A_Node := A_Node.Parent;
end loop;
Raise_Exception
(Bad_Identifier'Identity,
"Gate3 Error : Signal Identifier <" &
Handler &
"> in object [" &
US.To_String (Node_Chain) &
"] is an invalid Ada Identifier.");
end;
end if;
-- check if signal name is destroy or delete-event
if (Sig_Name = "destroy") or (Sig_Name = "delete-event") then
Signal_Data.Has_Quit := True;
elsif
-- check if handler string contains the string <quit>
GNAT.Regpat.Match (Quit_Pattern, Handler, Handler'First, Handler'Last) > 0
then
Signal_Data.Has_Quit := True;
else
null;
end if;
-- register the new signal
Store (First_Available_Item) := Signal_Data;
First_Available_Item := First_Available_Item + 1;
-- increment top window signal number
Object_Store (Top_Object).Signumber := Object_Store (Top_Object).Signumber + 1;
end Store_Signal_Node;
-----------------------
-- Get_Signal_Number --
-----------------------
function Get_Signal_Number return Natural is
begin
return First_Available_Item - 1;
end Get_Signal_Number;
--------------------------
-- Retrieve_Signal_Node --
--------------------------
function Retrieve_Signal_Node (Item : Natural) return Signal_Rec is
begin
return Store (Item);
end Retrieve_Signal_Node;
begin
Compile (Matcher => Event_Pattern, Expression => ".*event$|draw", Flags => Case_Insensitive);
Compile (Matcher => Ada_Identifier, Expression => "^[a-zA-Z](_?[a-zA-Z0-9])*$");
Compile (Matcher => Quit_Pattern, Expression => "quit", Flags => Case_Insensitive);
end Signal_Storage;
|
-- This file is covered by the Internet Software Consortium (ISC) License
-- Reference: ../../License.txt
package AdaBase.Interfaces is
pragma Pure;
end AdaBase.Interfaces;
|
------------------------------------------------------------------------------
-- --
-- GNAT COMPILER COMPONENTS --
-- --
-- E X P _ D I S P --
-- --
-- S p e c --
-- --
-- Copyright (C) 1992-2020, 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- --
-- ware Foundation; either version 3, or (at your option) any later ver- --
-- sion. GNAT is distributed in the hope that it will be useful, but WITH- --
-- OUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY --
-- or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License --
-- for more details. You should have received a copy of the GNU General --
-- Public License distributed with GNAT; see file COPYING3. If not, go to --
-- http://www.gnu.org/licenses for a complete copy of the license. --
-- --
-- GNAT was originally developed by the GNAT team at New York University. --
-- Extensive contributions were provided by Ada Core Technologies Inc. --
-- --
------------------------------------------------------------------------------
-- This package contains routines involved in tagged types and dynamic
-- dispatching expansion.
with Types; use Types;
with Uintp; use Uintp;
package Exp_Disp is
-------------------------------------
-- Predefined primitive operations --
-------------------------------------
-- The predefined primitive operations (PPOs) are subprograms generated
-- by GNAT for a particular tagged type. Their role is to provide support
-- for different Ada language features such as the attribute 'Size or
-- handling of dispatching triggers in select statements. PPOs are created
-- when a tagged type is expanded or frozen. These subprograms are later
-- collected and inserted into the dispatch table of a tagged type at
-- fixed positions. Some of the PPOs that manipulate data in tagged objects
-- require the generation of thunks.
-- List of predefined primitive operations
-- Leading underscores designate reserved names. Bracketed numerical
-- values represent dispatch table slot numbers.
-- _Size (1) - implementation of the attribute 'Size for any tagged
-- type. Constructs of the form Prefix'Size are converted into
-- Prefix._Size.
-- TSS_Stream_Read (2) - implementation of the stream attribute Read
-- for any tagged type.
-- TSS_Stream_Write (3) - implementation of the stream attribute Write
-- for any tagged type.
-- TSS_Stream_Input (4) - implementation of the stream attribute Input
-- for any tagged type.
-- TSS_Stream_Output (5) - implementation of the stream attribute
-- Output for any tagged type.
-- Op_Eq (6) - implementation of the equality operator for any non-
-- limited tagged type.
-- _Assign (7) - implementation of the assignment operator for any
-- non-limited tagged type.
-- TSS_Deep_Adjust (8) - implementation of the finalization operation
-- Adjust for any non-limited tagged type.
-- TSS_Deep_Finalize (9) - implementation of the finalization
-- operation Finalize for any non-limited tagged type.
-- Put_Image (10) - implementation of Put_Image attribute for any
-- tagged type.
-- _Disp_Asynchronous_Select (11) - used in the expansion of ATC with
-- dispatching triggers. Null implementation for limited interfaces,
-- full body generation for types that implement limited interfaces,
-- not generated for the rest of the cases. See Expand_N_Asynchronous_
-- Select in Exp_Ch9 for more information.
-- _Disp_Conditional_Select (12) - used in the expansion of conditional
-- selects with dispatching triggers. Null implementation for limited
-- interfaces, full body generation for types that implement limited
-- interfaces, not generated for the rest of the cases. See Expand_N_
-- Conditional_Entry_Call in Exp_Ch9 for more information.
-- _Disp_Get_Prim_Op_Kind (13) - helper routine used in the expansion
-- of ATC with dispatching triggers. Null implementation for limited
-- interfaces, full body generation for types that implement limited
-- interfaces, not generated for the rest of the cases.
-- _Disp_Get_Task_Id (14) - helper routine used in the expansion of
-- Abort, attributes 'Callable and 'Terminated for task interface
-- class-wide types. Full body generation for task types, null
-- implementation for limited interfaces, not generated for the rest
-- of the cases. See Expand_N_Attribute_Reference in Exp_Attr and
-- Expand_N_Abort_Statement in Exp_Ch9 for more information.
-- _Disp_Requeue (15) - used in the expansion of dispatching requeue
-- statements. Null implementation is provided for protected, task
-- and synchronized interfaces. Protected and task types implementing
-- concurrent interfaces receive full bodies. See Expand_N_Requeue_
-- Statement in Exp_Ch9 for more information.
-- _Disp_Timed_Select (16) - used in the expansion of timed selects
-- with dispatching triggers. Null implementation for limited
-- interfaces, full body generation for types that implement limited
-- interfaces, not generated for the rest of the cases. See Expand_N_
-- Timed_Entry_Call for more information.
-- Life cycle of predefined primitive operations
-- The specifications and bodies of the PPOs are created by
-- Make_Predefined_Primitive_Specs and Predefined_Primitive_Bodies
-- in Exp_Ch3. The generated specifications are immediately analyzed,
-- while the bodies are left as freeze actions to the tagged type for
-- which they are created.
-- PPOs are collected and added to the Primitive_Operations list of
-- a type by the regular analysis mechanism.
-- PPOs are frozen by Exp_Ch3.Predefined_Primitive_Freeze
-- Thunks for PPOs are created by Make_DT
-- Dispatch table positions of PPOs are set by Set_All_DT_Position
-- Calls to PPOs proceed as regular dispatching calls. If the PPO
-- has a thunk, a call proceeds as a regular dispatching call with
-- a thunk.
-- Guidelines for addition of new predefined primitive operations
-- Update the value of constant Max_Predef_Prims in a-tags.ads to
-- indicate the new number of PPOs.
-- Update Exp_Disp.Default_Prim_Op_Position.
-- Introduce a new predefined name for the new PPO in Snames.ads and
-- Snames.adb.
-- Categorize the new PPO name as predefined by adding an entry in
-- Is_Predefined_Dispatching_Operation in Sem_Util and Exp_Cg.
-- Generate the specification of the new PPO in Make_Predefined_
-- Primitive_Spec in Exp_Ch3.adb. The Is_Internal flag of the defining
-- identifier of the specification must be set to True.
-- Generate the body of the new PPO in Predefined_Primitive_Bodies in
-- Exp_Ch3.adb. The Is_Internal flag of the defining identifier of the
-- specification must be set to True.
-- If the new PPO requires a thunk, add an entry in Freeze_Subprogram
-- in Exp_Ch6.adb.
-- When generating calls to a PPO, use Find_Prim_Op from exp_util.ads
-- to retrieve the entity of the operation directly.
procedure Apply_Tag_Checks (Call_Node : Node_Id);
-- Generate checks required on dispatching calls
function Building_Static_DT (Typ : Entity_Id) return Boolean;
pragma Inline (Building_Static_DT);
-- Returns true when building statically allocated dispatch tables
function Building_Static_Secondary_DT (Typ : Entity_Id) return Boolean;
pragma Inline (Building_Static_Secondary_DT);
-- Returns true when building statically allocated secondary dispatch
-- tables
procedure Build_Static_Dispatch_Tables (N : Node_Id);
-- N is a library level package declaration or package body. Build the
-- static dispatch table of the tagged types defined at library level. In
-- case of package declarations with private part the generated nodes are
-- added at the end of the list of private declarations. Otherwise they are
-- added to the end of the list of public declarations. In case of package
-- bodies they are added to the end of the list of declarations of the
-- package body.
function Convert_Tag_To_Interface
(Typ : Entity_Id; Expr : Node_Id) return Node_Id;
pragma Inline (Convert_Tag_To_Interface);
-- This function is used in class-wide interface conversions; the expanded
-- code generated to convert a tagged object to a class-wide interface type
-- involves referencing the tag component containing the secondary dispatch
-- table associated with the interface. Given the expression Expr that
-- references a tag component, we cannot generate an unchecked conversion
-- to leave the expression decorated with the class-wide interface type Typ
-- because an unchecked conversion cannot be seen as a no-op. An unchecked
-- conversion is conceptually a function call and therefore the RM allows
-- the backend to obtain a copy of the value of the actual object and store
-- it in some other place (like a register); in such case the interface
-- conversion is not equivalent to a displacement of the pointer to the
-- interface and any further displacement fails. Although the functionality
-- of this function is simple and could be done directly, the purpose of
-- this routine is to leave well documented in the sources these
-- occurrences.
-- If Expr is an N_Selected_Component that references a tag generate:
-- type ityp is non null access Typ;
-- ityp!(Expr'Address).all
-- if Expr is an N_Function_Call to Ada.Tags.Displace then generate:
-- type ityp is non null access Typ;
-- ityp!(Expr).all
function CPP_Num_Prims (Typ : Entity_Id) return Nat;
-- Return the number of primitives of the C++ part of the dispatch table.
-- For types that are not derivations of CPP types return 0.
function Elab_Flag_Needed (Typ : Entity_Id) return Boolean;
-- Return True if the elaboration of the tagged type Typ is completed at
-- run time by the execution of code located in the IP routine and the
-- expander must generate an extra elaboration flag to avoid performing
-- such elaboration twice.
procedure Expand_Dispatching_Call (Call_Node : Node_Id);
-- Expand the call to the operation through the dispatch table and perform
-- the required tag checks when appropriate. For CPP types tag checks are
-- not relevant.
procedure Expand_Interface_Actuals (Call_Node : Node_Id);
-- Ada 2005 (AI-251): Displace all the actuals corresponding to class-wide
-- interfaces to reference the interface tag of the actual object
procedure Expand_Interface_Conversion (N : Node_Id);
-- Ada 2005 (AI-251): N is a type-conversion node. Displace the pointer
-- to the object to give access to the interface tag associated with the
-- dispatch table of the target type.
procedure Expand_Interface_Thunk
(Prim : Node_Id;
Thunk_Id : out Entity_Id;
Thunk_Code : out Node_Id;
Iface : Entity_Id);
-- Ada 2005 (AI-251): When a tagged type implements abstract interfaces we
-- generate additional subprograms (thunks) associated with each primitive
-- Prim to have a layout compatible with the C++ ABI. The thunk displaces
-- the pointers to the actuals that depend on the controlling type before
-- transferring control to the target subprogram. If there is no need to
-- generate the thunk then Thunk_Id and Thunk_Code are set to Empty.
-- Otherwise they are set to the defining identifier and the subprogram
-- body of the generated thunk.
function Has_CPP_Constructors (Typ : Entity_Id) return Boolean;
-- Returns true if the type has CPP constructors
function Is_Expanded_Dispatching_Call (N : Node_Id) return Boolean;
-- Returns true if N is the expanded code of a dispatching call
function Make_DT (Typ : Entity_Id; N : Node_Id := Empty) return List_Id;
-- Expand the declarations for the Dispatch Table. The node N is the
-- declaration that forces the generation of the table. It is used to place
-- error messages when the declaration leads to the freezing of a given
-- primitive operation that has an incomplete non- tagged formal.
function Make_Disp_Asynchronous_Select_Body
(Typ : Entity_Id) return Node_Id;
-- Ada 2005 (AI-345): Generate the body of the primitive operation of type
-- Typ used for dispatching in asynchronous selects. Generate a null body
-- if Typ is an interface type.
function Make_Disp_Asynchronous_Select_Spec
(Typ : Entity_Id) return Node_Id;
-- Ada 2005 (AI-345): Generate the specification of the primitive operation
-- of type Typ used for dispatching in asynchronous selects.
function Make_Disp_Conditional_Select_Body
(Typ : Entity_Id) return Node_Id;
-- Ada 2005 (AI-345): Generate the body of the primitive operation of type
-- Typ used for dispatching in conditional selects. Generate a null body
-- if Typ is an interface type.
function Make_Disp_Conditional_Select_Spec
(Typ : Entity_Id) return Node_Id;
-- Ada 2005 (AI-345): Generate the specification of the primitive operation
-- of type Typ used for dispatching in conditional selects.
function Make_Disp_Get_Prim_Op_Kind_Body
(Typ : Entity_Id) return Node_Id;
-- Ada 2005 (AI-345): Generate the body of the primitive operation of type
-- Typ used for retrieving the callable entity kind during dispatching in
-- asynchronous selects. Generate a null body if Typ is an interface type.
function Make_Disp_Get_Prim_Op_Kind_Spec
(Typ : Entity_Id) return Node_Id;
-- Ada 2005 (AI-345): Generate the specification of the primitive operation
-- of the type Typ use for retrieving the callable entity kind during
-- dispatching in asynchronous selects.
function Make_Disp_Get_Task_Id_Body
(Typ : Entity_Id) return Node_Id;
-- Ada 2005 (AI-345): Generate body of the primitive operation of type Typ
-- used for retrieving the _task_id field of a task interface class- wide
-- type. Generate a null body if Typ is an interface or a non-task type.
function Make_Disp_Get_Task_Id_Spec
(Typ : Entity_Id) return Node_Id;
-- Ada 2005 (AI-345): Generate the specification of the primitive operation
-- of type Typ used for retrieving the _task_id field of a task interface
-- class-wide type.
function Make_Disp_Requeue_Body
(Typ : Entity_Id) return Node_Id;
-- Ada 2005 (AI05-0030): Generate the body of the primitive operation of
-- type Typ used for dispatching on requeue statements. Generate a body
-- containing a single null-statement if Typ is an interface type.
function Make_Disp_Requeue_Spec
(Typ : Entity_Id) return Node_Id;
-- Ada 2005 (AI05-0030): Generate the specification of the primitive
-- operation of type Typ used for dispatching requeue statements.
function Make_Disp_Timed_Select_Body
(Typ : Entity_Id) return Node_Id;
-- Ada 2005 (AI-345): Generate the body of the primitive operation of type
-- Typ used for dispatching in timed selects. Generate a body containing
-- a single null-statement if Typ is an interface type.
function Make_Disp_Timed_Select_Spec
(Typ : Entity_Id) return Node_Id;
-- Ada 2005 (AI-345): Generate the specification of the primitive operation
-- of type Typ used for dispatching in timed selects.
function Make_Select_Specific_Data_Table
(Typ : Entity_Id) return List_Id;
-- Ada 2005 (AI-345): Create and populate the auxiliary table in the TSD
-- of Typ used for dispatching in asynchronous, conditional and timed
-- selects. Generate code to set the primitive operation kinds and entry
-- indexes of primitive operations and primitive wrappers.
function Make_Tags (Typ : Entity_Id) return List_Id;
-- Generate the entities associated with the primary and secondary tags of
-- Typ and fill the contents of Access_Disp_Table. In case of library level
-- tagged types this routine imports the forward declaration of the tag
-- entity, that will be declared and exported by Make_DT.
function Register_Primitive
(Loc : Source_Ptr;
Prim : Entity_Id) return List_Id;
-- Build code to register Prim in the primary or secondary dispatch table.
-- If Prim is associated with a secondary dispatch table then generate also
-- its thunk and register it in the associated secondary dispatch table.
-- In general the dispatch tables are always generated by Make_DT and
-- Make_Secondary_DT; this routine is only used in two corner cases:
--
-- 1) To construct the dispatch table of a tagged type whose parent
-- is a CPP_Class (see Build_Init_Procedure).
-- 2) To handle late overriding of dispatching operations (see
-- Check_Dispatching_Operation and Make_DT).
--
-- The caller is responsible for inserting the generated code in the
-- proper place.
procedure Set_All_DT_Position (Typ : Entity_Id);
-- Set the DT_Position field for each primitive operation. In the CPP
-- Class case check that no pragma CPP_Virtual is missing and that the
-- DT_Position are coherent
procedure Set_CPP_Constructors (Typ : Entity_Id);
-- Typ is a CPP_Class type. Create the Init procedures of that type
-- required to handle its default and non-default constructors. The
-- functions to which pragma CPP_Constructor is applied in the sources
-- are functions returning this type, and having an implicit access to the
-- target object in its first argument; such implicit argument is explicit
-- in the IP procedures built here.
procedure Set_DT_Position_Value (Prim : Entity_Id; Value : Uint);
-- Set the position of a dispatching primitive its dispatch table. For
-- subprogram wrappers propagate the value to the wrapped subprogram.
procedure Set_DTC_Entity_Value (Tagged_Type : Entity_Id; Prim : Entity_Id);
-- Set the definite value of the DTC_Entity value associated with a given
-- primitive of a tagged type. For subprogram wrappers, propagate the value
-- to the wrapped subprogram.
procedure Write_DT (Typ : Entity_Id);
pragma Export (Ada, Write_DT);
-- Debugging procedure (to be called within gdb)
end Exp_Disp;
|
------------------------------------------------------------------------------
-- --
-- Matreshka Project --
-- --
-- Ada Modeling Framework --
-- --
-- Runtime Library Component --
-- --
------------------------------------------------------------------------------
-- --
-- Copyright © 2011-2012, Vadim Godunko <vgodunko@gmail.com> --
-- All rights reserved. --
-- --
-- Redistribution and use in source and binary forms, with or without --
-- modification, are permitted provided that the following conditions --
-- are met: --
-- --
-- * Redistributions of source code must retain the above copyright --
-- notice, this list of conditions and the following disclaimer. --
-- --
-- * Redistributions in binary form must reproduce the above copyright --
-- notice, this list of conditions and the following disclaimer in the --
-- documentation and/or other materials provided with the distribution. --
-- --
-- * Neither the name of the Vadim Godunko, IE nor the names of its --
-- contributors may be used to endorse or promote products derived from --
-- this software without specific prior written permission. --
-- --
-- THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS --
-- "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT --
-- LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR --
-- A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT --
-- HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, --
-- SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED --
-- TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR --
-- PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF --
-- LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING --
-- NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS --
-- SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. --
-- --
------------------------------------------------------------------------------
-- $Revision$ $Date$
------------------------------------------------------------------------------
-- This file is generated, don't edit it.
------------------------------------------------------------------------------
with AMF.Elements.Generic_Hash;
function AMF.UML.Associations.Hash is
new AMF.Elements.Generic_Hash (UML_Association, UML_Association_Access);
|
------------------------------------------------------------------------------
-- --
-- GNAT ncurses Binding Samples --
-- --
-- ncurses --
-- --
-- B O D Y --
-- --
------------------------------------------------------------------------------
-- Copyright (c) 2000 Free Software Foundation, Inc. --
-- --
-- Permission is hereby granted, free of charge, to any person obtaining a --
-- copy of this software and associated documentation files (the --
-- "Software"), to deal in the Software without restriction, including --
-- without limitation the rights to use, copy, modify, merge, publish, --
-- distribute, distribute with modifications, sublicense, and/or sell --
-- copies of the Software, and to permit persons to whom the Software is --
-- furnished to do so, subject to the following conditions: --
-- --
-- The above copyright notice and this permission notice shall be included --
-- in all copies or substantial portions of the Software. --
-- --
-- THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS --
-- OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF --
-- MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. --
-- IN NO EVENT SHALL THE ABOVE COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, --
-- DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR --
-- OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR --
-- THE USE OR OTHER DEALINGS IN THE SOFTWARE. --
-- --
-- Except as contained in this notice, the name(s) of the above copyright --
-- holders shall not be used in advertising or otherwise to promote the --
-- sale, use or other dealings in this Software without prior written --
-- authorization. --
------------------------------------------------------------------------------
-- Author: Eugene V. Melaragno <aldomel@ix.netcom.com> 2000
-- Version Control
-- $Revision: 1.1 $
-- Binding Version 01.00
------------------------------------------------------------------------------
procedure ncurses2.attr_test;
|
pragma Ada_2012;
pragma Style_Checks (Off);
with Interfaces.C; use Interfaces.C;
with Interfaces.C.Strings;
package Pixtend.wiringSerial_h is
function serialOpen (device : Interfaces.C.Strings.chars_ptr; baud : int) return int -- wiringSerial.h:27
with Import => True,
Convention => C,
External_Name => "serialOpen";
procedure serialClose (fd : int) -- wiringSerial.h:28
with Import => True,
Convention => C,
External_Name => "serialClose";
procedure serialFlush (fd : int) -- wiringSerial.h:29
with Import => True,
Convention => C,
External_Name => "serialFlush";
procedure serialPutchar (fd : int; c : unsigned_char) -- wiringSerial.h:30
with Import => True,
Convention => C,
External_Name => "serialPutchar";
procedure serialPuts (fd : int; s : Interfaces.C.Strings.chars_ptr) -- wiringSerial.h:31
with Import => True,
Convention => C,
External_Name => "serialPuts";
procedure serialPrintf (fd : int; message : Interfaces.C.Strings.chars_ptr -- , ...
) -- wiringSerial.h:32
with Import => True,
Convention => C,
External_Name => "serialPrintf";
function serialDataAvail (fd : int) return int -- wiringSerial.h:33
with Import => True,
Convention => C,
External_Name => "serialDataAvail";
function serialGetchar (fd : int) return int -- wiringSerial.h:34
with Import => True,
Convention => C,
External_Name => "serialGetchar";
end Pixtend.wiringSerial_h;
|
-- simple_example.adb
-- A simple example of using the Reqrep_Task_Pool
-- Copyright (c) 2015, James Humphry
--
-- Permission to use, copy, modify, and/or distribute this software for any
-- purpose with or without fee is hereby granted, provided that the above
-- copyright notice and this permission notice appear in all copies.
--
-- THE SOFTWARE IS PROVIDED "AS IS" AND THE AUTHOR DISCLAIMS ALL WARRANTIES WITH
-- REGARD TO THIS SOFTWARE INCLUDING ALL IMPLIED WARRANTIES OF MERCHANTABILITY
-- AND FITNESS. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY SPECIAL, DIRECT,
-- INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES WHATSOEVER RESULTING FROM
-- LOSS OF USE, DATA OR PROFITS, WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE
-- OR OTHER TORTIOUS ACTION, ARISING OUT OF OR IN CONNECTION WITH THE USE OR
-- PERFORMANCE OF THIS SOFTWARE.
with Ada.Text_IO; use Ada.Text_IO;
with Reqrep_Task_Pools;
use all type Reqrep_Task_Pools.Reqrep_Status;
with Ada.Task_Termination;
with Ada.Task_Identification;
with Ada.Exceptions;
procedure Simple_Example is
type Delay_Reqrep is tagged record
ID : Positive := 1;
D : Duration := 1.0;
end record;
function Execute
(R : in out Delay_Reqrep) return Reqrep_Task_Pools.Reqrep_Return_Status
is
begin
delay R.D;
return Success;
end Execute;
package Delay_Task_Pool is new Reqrep_Task_Pools.Task_Pool
(Reqrep => Delay_Reqrep,
Number_Workers => 2);
Result : Delay_Task_Pool.Reqrep_Job;
begin
Put_Line ("A simple example of Request-Response handling.");
New_Line;
Put_Line ("Pushing requests onto the queue.");
for I in 1 .. 5 loop
Delay_Task_Pool.Push_Job (Delay_Reqrep'(ID => I, D => 1.0));
Put_Line ("Pushed request:" & Integer'Image (I));
end loop;
New_Line;
Put_Line ("Pulling results off the queue.");
for I in 1 .. 5 loop
Result := Delay_Task_Pool.Get_Result;
Put_Line
("Got response: " &
Reqrep_Task_Pools.Reqrep_Status'Image (Result.Status) &
" for request ID:" &
Integer'Image (Result.ID));
if Result.Status = Unhandled_Exception or Result.Status = Internal_Error then
Delay_Task_Pool.Discard_Exception;
end if;
end loop;
Delay_Task_Pool.Shutdown;
end Simple_Example;
|
pragma License (Unrestricted);
with Ada.IO_Exceptions;
with Ada.IO_Modes;
private with Ada.Finalization;
private with Ada.Streams.Naked_Stream_IO;
package Ada.Streams.Stream_IO is
pragma Preelaborate;
type Stream_Access is access all Root_Stream_Type'Class;
for Stream_Access'Storage_Size use 0;
type File_Type is limited private;
pragma Preelaborable_Initialization (File_Type); -- AI12-0102-1
-- Similar to Text_IO in AI12-0054-2:
-- subtype Open_File_Type is File_Type
-- with
-- Dynamic_Predicate => Is_Open (Open_File_Type),
-- Predicate_Failure => raise Status_Error with "File not open";
-- subtype Input_File_Type is Open_File_Type
-- with
-- Dynamic_Predicate => Is_Readable (Input_File_Type),
-- Predicate_Failure =>
-- raise Mode_Error with
-- "Cannot read file: " & Name (Input_File_Type);
-- subtype Output_File_Type is Open_File_Type
-- with
-- Dynamic_Predicate => Mode (Output_File_Type) /= In_File,
-- Predicate_Failure =>
-- raise Mode_Error with
-- "Cannot write file: " & Name (Output_File_Type);
-- type File_Mode is (In_File, Out_File, Append_File);
type File_Mode is new IO_Modes.File_Mode; -- for conversion
-- modified
-- Count is essentially same as Stream_Element_Count.
-- type Count is range 0 .. implementation-defined;
subtype Count is Stream_Element_Count;
subtype Positive_Count is Count range 1 .. Count'Last;
-- Index into file, in stream elements
-- modified
procedure Create (
File : in out File_Type;
Mode : File_Mode := Out_File;
Name : String := "";
Form : String); -- removed default
procedure Create (
File : in out File_Type;
Mode : File_Mode := Out_File;
Name : String := "";
Shared : IO_Modes.File_Shared_Spec := IO_Modes.By_Mode;
Wait : Boolean := False;
Overwrite : Boolean := True);
-- extended
function Create (
Mode : File_Mode := Out_File;
Name : String := "";
Shared : IO_Modes.File_Shared_Spec := IO_Modes.By_Mode;
Wait : Boolean := False;
Overwrite : Boolean := True)
return File_Type;
-- modified
procedure Open (
File : in out File_Type;
Mode : File_Mode;
Name : String;
Form : String); -- removed default
procedure Open (
File : in out File_Type;
Mode : File_Mode;
Name : String;
Shared : IO_Modes.File_Shared_Spec := IO_Modes.By_Mode;
Wait : Boolean := False;
Overwrite : Boolean := True);
-- extended
function Open (
Mode : File_Mode;
Name : String;
Shared : IO_Modes.File_Shared_Spec := IO_Modes.By_Mode;
Wait : Boolean := False;
Overwrite : Boolean := True)
return File_Type;
procedure Close (File : in out File_Type);
procedure Delete (File : in out File_Type);
procedure Reset (File : in out File_Type; Mode : File_Mode);
procedure Reset (File : in out File_Type);
function Mode (
File : File_Type) -- Open_File_Type
return File_Mode;
function Name (
File : File_Type) -- Open_File_Type
return String;
function Form (
File : File_Type) -- Open_File_Type
return String;
pragma Inline (Mode);
pragma Inline (Name);
function Is_Open (File : File_Type) return Boolean;
function End_Of_File (
File : File_Type) -- Open_File_Type
return Boolean;
pragma Inline (Is_Open);
pragma Inline (End_Of_File);
function Stream (
File : File_Type) -- Open_File_Type
return Stream_Access;
-- Return stream access for use with T'Input and T'Output
pragma Inline (Stream);
-- Read array of stream elements from file
procedure Read (
File : File_Type; -- Input_File_Type
Item : out Stream_Element_Array;
Last : out Stream_Element_Offset;
From : Positive_Count);
procedure Read (
File : File_Type; -- Input_File_Type
Item : out Stream_Element_Array;
Last : out Stream_Element_Offset);
-- Write array of stream elements into file
procedure Write (
File : File_Type; -- Output_File_Type
Item : Stream_Element_Array;
To : Positive_Count);
procedure Write (
File : File_Type; -- Output_File_Type
Item : Stream_Element_Array);
-- Operations on position within file
procedure Set_Index (
File : File_Type; -- Open_File_Type
To : Positive_Count);
function Index (
File : File_Type) -- Open_File_Type
return Positive_Count;
function Size (
File : File_Type) -- Open_File_Type
return Count;
pragma Inline (Index);
pragma Inline (Size);
procedure Set_Mode (File : in out File_Type; Mode : File_Mode);
procedure Flush (
File : File_Type); -- Output_File_Type
-- exceptions
Status_Error : exception
renames IO_Exceptions.Status_Error;
Mode_Error : exception
renames IO_Exceptions.Mode_Error;
Name_Error : exception
renames IO_Exceptions.Name_Error;
Use_Error : exception
renames IO_Exceptions.Use_Error;
Device_Error : exception
renames IO_Exceptions.Device_Error;
End_Error : exception
renames IO_Exceptions.End_Error;
Data_Error : exception
renames IO_Exceptions.Data_Error;
private
-- "Dynamic_Predicate => Mode (File) = In_File" is unsuitable for
-- Input_File_Type, because Mode (File) returns Append_File for that
-- opened as Inout_File by Direct_IO or Storage_Mapped_IO.
function Is_Readable (File : File_Type) return Boolean;
package Controlled is
type File_Type is limited private;
function Reference (File : Stream_IO.File_Type)
return not null access Naked_Stream_IO.Non_Controlled_File_Type;
pragma Inline (Reference);
private
type File_Type is limited new Finalization.Limited_Controlled with record
Stream : aliased Naked_Stream_IO.Non_Controlled_File_Type;
end record;
overriding procedure Finalize (Object : in out File_Type);
end Controlled;
type File_Type is new Controlled.File_Type;
end Ada.Streams.Stream_IO;
|
-- C54A42E.ADA
-- Grant of Unlimited Rights
--
-- Under contracts F33600-87-D-0337, F33600-84-D-0280, MDA903-79-C-0687,
-- F08630-91-C-0015, and DCA100-97-D-0025, the U.S. Government obtained
-- unlimited rights in the software and documentation contained herein.
-- Unlimited rights are defined in DFAR 252.227-7013(a)(19). By making
-- this public release, the Government intends to confer upon all
-- recipients unlimited rights equal to those held by the Government.
-- These rights include rights to use, duplicate, release or disclose the
-- released technical data and computer software in whole or in part, in
-- any manner and for any purpose whatsoever, and to have or permit others
-- to do so.
--
-- DISCLAIMER
--
-- ALL MATERIALS OR INFORMATION HEREIN RELEASED, MADE AVAILABLE OR
-- DISCLOSED ARE AS IS. THE GOVERNMENT MAKES NO EXPRESS OR IMPLIED
-- WARRANTY AS TO ANY MATTER WHATSOEVER, INCLUDING THE CONDITIONS OF THE
-- SOFTWARE, DOCUMENTATION OR OTHER INFORMATION RELEASED, MADE AVAILABLE
-- OR DISCLOSED, OR THE OWNERSHIP, MERCHANTABILITY, OR FITNESS FOR A
-- PARTICULAR PURPOSE OF SAID MATERIAL.
--*
-- CHECK THAT A CASE_STATEMENT CORRECTLY HANDLES A SMALL RANGE OF
-- POTENTIAL VALUES OF TYPE INTEGER, SITUATED FAR FROM 0 AND
-- GROUPED INTO A SMALL NUMBER OF ALTERNATIVES.
-- (OPTIMIZATION TEST -- BIASED JUMP TABLE.)
-- RM 03/26/81
WITH REPORT;
PROCEDURE C54A42E IS
USE REPORT ;
BEGIN
TEST( "C54A42E" , "TEST THAT A CASE_STATEMENT HANDLES CORRECTLY" &
" A SMALL, FAR RANGE OF POTENTIAL VALUES OF" &
" TYPE INTEGER" );
DECLARE
NUMBER : CONSTANT := 4001 ;
LITEXPR : CONSTANT := NUMBER + 5 ;
STATCON : CONSTANT INTEGER RANGE 4000..4010 := 4009 ;
DYNVAR : INTEGER RANGE 4000..4010 :=
IDENT_INT( 4010 );
DYNCON : CONSTANT INTEGER RANGE 4000..4010 :=
IDENT_INT( 4002 );
BEGIN
CASE INTEGER'(4000) IS
WHEN 4001 | 4004 => FAILED("WRONG ALTERNATIVE F1");
WHEN 4009 | 4002 => FAILED("WRONG ALTERNATIVE F2");
WHEN 4005 => FAILED("WRONG ALTERNATIVE F3");
WHEN 4003 |
4007..4008 => FAILED("WRONG ALTERNATIVE F4");
WHEN 4006 => FAILED("WRONG ALTERNATIVE F5");
WHEN OTHERS => NULL ;
END CASE;
CASE IDENT_INT(NUMBER) IS
WHEN 4001 | 4004 => NULL ;
WHEN 4009 | 4002 => FAILED("WRONG ALTERNATIVE G2");
WHEN 4005 => FAILED("WRONG ALTERNATIVE G3");
WHEN 4003 |
4007..4008 => FAILED("WRONG ALTERNATIVE G4");
WHEN 4006 => FAILED("WRONG ALTERNATIVE G5");
WHEN OTHERS => FAILED("WRONG ALTERNATIVE G6");
END CASE;
CASE IDENT_INT(LITEXPR) IS
WHEN 4001 | 4004 => FAILED("WRONG ALTERNATIVE H1");
WHEN 4009 | 4002 => FAILED("WRONG ALTERNATIVE H2");
WHEN 4005 => FAILED("WRONG ALTERNATIVE H3");
WHEN 4003 |
4007..4008 => FAILED("WRONG ALTERNATIVE H4");
WHEN 4006 => NULL ;
WHEN OTHERS => FAILED("WRONG ALTERNATIVE H6");
END CASE;
CASE STATCON IS
WHEN 4001 | 4004 => FAILED("WRONG ALTERNATIVE I1");
WHEN 4009 | 4002 => NULL ;
WHEN 4005 => FAILED("WRONG ALTERNATIVE I3");
WHEN 4003 |
4007..4008 => FAILED("WRONG ALTERNATIVE I4");
WHEN 4006 => FAILED("WRONG ALTERNATIVE I5");
WHEN OTHERS => FAILED("WRONG ALTERNATIVE I6");
END CASE;
CASE DYNVAR IS
WHEN 4001 | 4004 => FAILED("WRONG ALTERNATIVE J1");
WHEN 4009 | 4002 => FAILED("WRONG ALTERNATIVE J2");
WHEN 4005 => FAILED("WRONG ALTERNATIVE J3");
WHEN 4003 |
4007..4008 => FAILED("WRONG ALTERNATIVE J4");
WHEN 4006 => FAILED("WRONG ALTERNATIVE J5");
WHEN OTHERS => NULL ;
END CASE;
CASE DYNCON IS
WHEN 4001 | 4004 => FAILED("WRONG ALTERNATIVE K1");
WHEN 4009 | 4002 => NULL ;
WHEN 4005 => FAILED("WRONG ALTERNATIVE K3");
WHEN 4003 |
4007..4008 => FAILED("WRONG ALTERNATIVE K4");
WHEN 4006 => FAILED("WRONG ALTERNATIVE K5");
WHEN OTHERS => FAILED("WRONG ALTERNATIVE K6");
END CASE;
END ;
RESULT ;
END C54A42E ;
|
-- Copyright (C) 2019 Thierry Rascle <thierr26@free.fr>
-- MIT license. Please refer to the LICENSE file.
package body Apsepp.Scope_Bound_Locks.Private_Handler is
----------------------------------------------------------------------------
protected body Protected_Handler is
-----------------------------------------------------
procedure Do_Lock (Lock : SB_Lock_Access;
Actually_Locked : out Boolean) is
begin
Actually_Locked := not Locked (Lock.all);
Lock.Is_Locked := True;
if Actually_Locked and then Lock.Lock_CB /= null then
Lock.Lock_CB.all;
end if;
end Do_Lock;
-----------------------------------------------------
procedure Do_Unlock (Lock : SB_Lock_Access) is
begin
if Lock.Unlock_CB /= null then
Lock.Unlock_CB.all;
end if;
Lock.Is_Locked := False;
end Do_Unlock;
-----------------------------------------------------
end Protected_Handler;
----------------------------------------------------------------------------
end Apsepp.Scope_Bound_Locks.Private_Handler;
|
-----------------------------------------------------------------------
-- wiki-filters-html-tests -- Unit tests for wiki HTML filters
-- Copyright (C) 2015 Stephane Carrez
-- Written by Stephane Carrez (Stephane.Carrez@gmail.com)
--
-- Licensed under the Apache License, Version 2.0 (the "License");
-- you may not use this file except in compliance with the License.
-- You may obtain a copy of the License at
--
-- http://www.apache.org/licenses/LICENSE-2.0
--
-- Unless required by applicable law or agreed to in writing, software
-- distributed under the License is distributed on an "AS IS" BASIS,
-- WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
-- See the License for the specific language governing permissions and
-- limitations under the License.
-----------------------------------------------------------------------
with Util.Test_Caller;
with Util.Assertions;
with Util.Strings;
with Util.Log.Loggers;
package body Wiki.Filters.Html.Tests is
Log : constant Util.Log.Loggers.Logger := Util.Log.Loggers.Create ("Wiki.Filters");
package Caller is new Util.Test_Caller (Test, "Wikis.Filters.Html");
procedure Assert_Equals is
new Util.Assertions.Assert_Equals_T (Html_Tag);
procedure Add_Tests (Suite : in Util.Tests.Access_Test_Suite) is
begin
Caller.Add_Test (Suite, "Test Wiki.Filters.Html.Find_Tag",
Test_Find_Tag'Access);
end Add_Tests;
-- ------------------------------
-- Test Find_Tag operation.
-- ------------------------------
procedure Test_Find_Tag (T : in out Test) is
begin
for I in Html_Tag'Range loop
declare
Name : constant String := Html_Tag'Image (I);
Wname : constant Wide_Wide_String := Html_Tag'Wide_Wide_Image (I);
Pos : constant Natural := Util.Strings.Index (Name, '_');
Tname : constant Wide_Wide_String := Wname (Wname'First .. Pos - 1);
Tag : constant Html_Tag := Find_Tag (Tname);
begin
Log.Info ("Checking tag {0}", Name);
if I /= ROOT_HTML_TAG then
Assert_Equals (T, I, Tag, "Find_Tag failed");
end if;
Assert_Equals (T, UNKNOWN_TAG, Find_Tag (Tname & "x"),
"Find_Tag must return UNKNOWN_TAG");
for K in Tname'Range loop
if K = Tname'First then
Assert_Equals (T, UNKNOWN_TAG,
Find_Tag ("_" & Tname (Tname'First + 1 .. Tname'Last)),
"Find_Tag must return UNKNOWN_TAG");
elsif K = Tname'Last then
Assert_Equals (T, UNKNOWN_TAG,
Find_Tag (Tname (Tname'First .. K - 1) & "_"),
"Find_Tag must return UNKNOWN_TAG");
else
Assert_Equals (T, UNKNOWN_TAG,
Find_Tag (Tname (Tname'First .. K - 1) & "_"
& Tname (K + 1 .. Tname'Last)),
"Find_Tag must return UNKNOWN_TAG");
end if;
end loop;
end;
end loop;
end Test_Find_Tag;
end Wiki.Filters.Html.Tests;
|
-- Copyright 2011-2020 Free Software Foundation, Inc.
--
-- This program is free software; you can redistribute it and/or modify
-- it under the terms of the GNU General Public License as published by
-- the Free Software Foundation; either version 3 of the License, or
-- (at your option) any later version.
--
-- This program is distributed in the hope that it will be useful,
-- but WITHOUT ANY WARRANTY; without even the implied warranty of
-- MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
-- GNU General Public License for more details.
--
-- You should have received a copy of the GNU General Public License
-- along with this program. If not, see <http://www.gnu.org/licenses/>.
with System;
package Pck is
procedure Do_Nothing (A : System.Address);
end Pck;
|
-- Copyright 2018-2019 Free Software Foundation, Inc.
--
-- This program is free software; you can redistribute it and/or modify
-- it under the terms of the GNU General Public License as published by
-- the Free Software Foundation; either version 3 of the License, or
-- (at your option) any later version.
--
-- This program is distributed in the hope that it will be useful,
-- but WITHOUT ANY WARRANTY; without even the implied warranty of
-- MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
-- GNU General Public License for more details.
--
-- You should have received a copy of the GNU General Public License
-- along with this program. If not, see <http://www.gnu.org/licenses/>.
package body Pck is
procedure Do_Nothing (A : System.Address) is
begin
null;
end Do_Nothing;
function Ident (S : String) return String is
begin
return S;
end Ident;
end Pck;
|
------------------------------------------------------------------------------
-- --
-- Copyright (C) 2015-2017, AdaCore --
-- --
-- Redistribution and use in source and binary forms, with or without --
-- modification, are permitted provided that the following conditions are --
-- met: --
-- 1. Redistributions of source code must retain the above copyright --
-- notice, this list of conditions and the following disclaimer. --
-- 2. Redistributions in binary form must reproduce the above copyright --
-- notice, this list of conditions and the following disclaimer in --
-- the documentation and/or other materials provided with the --
-- distribution. --
-- 3. Neither the name of STMicroelectronics nor the names of its --
-- contributors may be used to endorse or promote products derived --
-- from this software without specific prior written permission. --
-- --
-- THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS --
-- "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT --
-- LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR --
-- A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT --
-- HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, --
-- SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT --
-- LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, --
-- DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY --
-- THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT --
-- (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE --
-- OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. --
-- --
-- --
-- This file is based on: --
-- --
-- @file stm32f407xx.h et al. --
-- @author MCD Application Team --
-- @version V1.1.0 --
-- @date 19-June-2014 --
-- @brief CMSIS STM32F407xx Device Peripheral Access Layer Header File. --
-- --
-- COPYRIGHT(c) 2014 STMicroelectronics --
------------------------------------------------------------------------------
-- This file provides register definitions for the STM32F3 (ARM Cortex M4F)
-- microcontrollers from ST Microelectronics.
with STM32_SVD.EXTI; use STM32_SVD.EXTI;
with STM32_SVD.RCC; use STM32_SVD.RCC;
with STM32_SVD.SYSCFG; use STM32_SVD.SYSCFG;
with STM32.EXTI;
with STM32.Device;
package body STM32.SYSCFG is
subtype GPIO_Pin_Index is Natural range 0 .. 15;
procedure Connect_External_Interrupt
(Port : GPIO_Port;
Pin : GPIO_Pin_Index);
------------------------------------
-- Enable_SYSCFG_COMP_OPAMP_Clock --
------------------------------------
procedure Enable_SYSCFG_Clock is
begin
RCC_Periph.APB4ENR.SYSCFGEN := True;
end Enable_SYSCFG_Clock;
-----------------------------
-- Reset_SYSCFG_COMP_OPAMP --
-----------------------------
procedure Reset_SYSCFG is
begin
RCC_Periph.APB4RSTR.SYSCFGRST := True;
RCC_Periph.APB4RSTR.SYSCFGRST := False;
end Reset_SYSCFG;
--------------------------------
-- Connect_External_Interrupt --
--------------------------------
procedure Connect_External_Interrupt
(Port : GPIO_Port;
Pin : GPIO_Pin_Index)
is
Port_Id : constant UInt4 := STM32.Device.GPIO_Port_Representation (Port);
begin
-- Finally we assign the port 'number' to the EXTI_n value within the
-- control register. We depend upon the Port enumerals' underlying
-- numeric representation values matching what the hardware expects,
-- that is, the values 0 .. n-1, which we get automatically unless
-- overridden.
case Pin is
when 0 .. 3 =>
SYSCFG_Periph.EXTICR1.EXTI.Arr (Pin) := Port_Id;
when 4 .. 7 =>
SYSCFG_Periph.EXTICR2.EXTI.Arr (Pin) := Port_Id;
when 8 .. 11 =>
SYSCFG_Periph.EXTICR3.EXTI.Arr (Pin) := Port_Id;
when 12 .. 15 =>
SYSCFG_Periph.EXTICR4.EXTI.Arr (Pin) := Port_Id;
end case;
end Connect_External_Interrupt;
--------------------------------
-- Connect_External_Interrupt --
--------------------------------
procedure Connect_External_Interrupt
(Port : GPIO_Port;
Pin : GPIO_Pin)
is
begin
Connect_External_Interrupt (Port, GPIO_Pin'Pos (Pin));
end Connect_External_Interrupt;
--------------------------------
-- Connect_External_Interrupt --
--------------------------------
procedure Connect_External_Interrupt
(Point : GPIO_Point)
is
begin
Connect_External_Interrupt (Point.Periph.all, Point.Pin);
end Connect_External_Interrupt;
--------------------------------
-- Connect_External_Interrupt --
--------------------------------
procedure Connect_External_Interrupt
(Port : GPIO_Port;
Pins : GPIO_Pins)
is
begin
for Pin of Pins loop
Connect_External_Interrupt (Port, Pin);
end loop;
end Connect_External_Interrupt;
------------------------------
-- Clear_External_Interrupt --
------------------------------
procedure Clear_External_Interrupt (Pin : GPIO_Pin) is
use STM32.EXTI;
begin
Clear_External_Interrupt (External_Line_Number'Val (GPIO_Pin'Pos (Pin)));
end Clear_External_Interrupt;
end STM32.SYSCFG;
|
-- C94008C.ADA
-- Grant of Unlimited Rights
--
-- Under contracts F33600-87-D-0337, F33600-84-D-0280, MDA903-79-C-0687,
-- F08630-91-C-0015, and DCA100-97-D-0025, the U.S. Government obtained
-- unlimited rights in the software and documentation contained herein.
-- Unlimited rights are defined in DFAR 252.227-7013(a)(19). By making
-- this public release, the Government intends to confer upon all
-- recipients unlimited rights equal to those held by the Government.
-- These rights include rights to use, duplicate, release or disclose the
-- released technical data and computer software in whole or in part, in
-- any manner and for any purpose whatsoever, and to have or permit others
-- to do so.
--
-- DISCLAIMER
--
-- ALL MATERIALS OR INFORMATION HEREIN RELEASED, MADE AVAILABLE OR
-- DISCLOSED ARE AS IS. THE GOVERNMENT MAKES NO EXPRESS OR IMPLIED
-- WARRANTY AS TO ANY MATTER WHATSOEVER, INCLUDING THE CONDITIONS OF THE
-- SOFTWARE, DOCUMENTATION OR OTHER INFORMATION RELEASED, MADE AVAILABLE
-- OR DISCLOSED, OR THE OWNERSHIP, MERCHANTABILITY, OR FITNESS FOR A
-- PARTICULAR PURPOSE OF SAID MATERIAL.
--*
-- CHECK THAT SELECT WITH TERMINATE ALTERNATIVE WORKS CORRECTLY WITH
-- NESTED TASKS.
-- THIS TEST CONTAINS RACE CONDITIONS AND USES A GENERIC INSTANCE THAT
-- CONTAINS TASKS.
-- JEAN-PIERRE ROSEN 24 FEBRUARY 1984
-- JRK 4/7/86
-- JBG 8/29/86 ELIMINATED SHARED VARIABLES; ADDED GENERIC UNIT
-- PWN 11/30/94 REMOVED PRAGMA PRIORITY INSTANCES FOR ADA 9X.
with Impdef;
WITH REPORT; USE REPORT;
WITH SYSTEM; USE SYSTEM;
PROCEDURE C94008C IS
-- GENERIC UNIT FOR DOING UPDATES OF SHARED VARIABLES
GENERIC
TYPE HOLDER_TYPE IS PRIVATE;
TYPE VALUE_TYPE IS PRIVATE;
INITIAL_VALUE : HOLDER_TYPE;
WITH PROCEDURE SET (HOLDER : OUT HOLDER_TYPE;
VALUE : IN HOLDER_TYPE) IS <>;
WITH PROCEDURE UPDATE (HOLDER : IN OUT HOLDER_TYPE;
VALUE : IN VALUE_TYPE) IS <>;
PACKAGE SHARED IS
PROCEDURE SET (VALUE : IN HOLDER_TYPE);
PROCEDURE UPDATE (VALUE : IN VALUE_TYPE);
FUNCTION GET RETURN HOLDER_TYPE;
END SHARED;
PACKAGE BODY SHARED IS
TASK SHARE IS
ENTRY SET (VALUE : IN HOLDER_TYPE);
ENTRY UPDATE (VALUE : IN VALUE_TYPE);
ENTRY READ (VALUE : OUT HOLDER_TYPE);
END SHARE;
TASK BODY SHARE IS
VARIABLE : HOLDER_TYPE;
BEGIN
LOOP
SELECT
ACCEPT SET (VALUE : IN HOLDER_TYPE) DO
SHARED.SET (VARIABLE, VALUE);
END SET;
OR
ACCEPT UPDATE (VALUE : IN VALUE_TYPE) DO
SHARED.UPDATE (VARIABLE, VALUE);
END UPDATE;
OR
ACCEPT READ (VALUE : OUT HOLDER_TYPE) DO
VALUE := VARIABLE;
END READ;
OR
TERMINATE;
END SELECT;
END LOOP;
END SHARE;
PROCEDURE SET (VALUE : IN HOLDER_TYPE) IS
BEGIN
SHARE.SET (VALUE);
END SET;
PROCEDURE UPDATE (VALUE : IN VALUE_TYPE) IS
BEGIN
SHARE.UPDATE (VALUE);
END UPDATE;
FUNCTION GET RETURN HOLDER_TYPE IS
VALUE : HOLDER_TYPE;
BEGIN
SHARE.READ (VALUE);
RETURN VALUE;
END GET;
BEGIN
SHARE.SET (INITIAL_VALUE); -- SET INITIAL VALUE
END SHARED;
PACKAGE EVENTS IS
TYPE EVENT_TYPE IS
RECORD
TRACE : STRING (1..4) := "....";
LENGTH : NATURAL := 0;
END RECORD;
PROCEDURE UPDATE (VAR : IN OUT EVENT_TYPE; VAL : CHARACTER);
PROCEDURE SET (VAR : OUT EVENT_TYPE; VAL : EVENT_TYPE);
END EVENTS;
PACKAGE COUNTER IS
PROCEDURE UPDATE (VAR : IN OUT INTEGER; VAL : INTEGER);
PROCEDURE SET (VAR : OUT INTEGER; VAL : INTEGER);
END COUNTER;
PACKAGE BODY COUNTER IS
PROCEDURE UPDATE (VAR : IN OUT INTEGER; VAL : INTEGER) IS
BEGIN
VAR := VAR + VAL;
END UPDATE;
PROCEDURE SET (VAR : OUT INTEGER; VAL : INTEGER) IS
BEGIN
VAR := VAL;
END SET;
END COUNTER;
PACKAGE BODY EVENTS IS
PROCEDURE UPDATE (VAR : IN OUT EVENT_TYPE; VAL : CHARACTER) IS
BEGIN
VAR.LENGTH := VAR.LENGTH + 1;
VAR.TRACE(VAR.LENGTH) := VAL;
END UPDATE;
PROCEDURE SET (VAR : OUT EVENT_TYPE; VAL : EVENT_TYPE) IS
BEGIN
VAR := VAL;
END SET;
END EVENTS;
USE EVENTS, COUNTER;
PACKAGE TRACE IS NEW SHARED (EVENT_TYPE, CHARACTER, ("....", 0));
PACKAGE TERMINATE_COUNT IS NEW SHARED (INTEGER, INTEGER, 0);
FUNCTION ENTER_TERMINATE RETURN BOOLEAN IS
BEGIN
TERMINATE_COUNT.UPDATE (1);
RETURN TRUE;
END ENTER_TERMINATE;
BEGIN -- C94008C
TEST ("C94008C", "CHECK CORRECT OPERATION OF SELECT WITH " &
"TERMINATE ALTERNATIVE");
DECLARE
PROCEDURE EVENT (VAR : CHARACTER) RENAMES TRACE.UPDATE;
TASK T1 IS
ENTRY E1;
END T1;
TASK BODY T1 IS
TASK T2 IS
ENTRY E2;
END T2;
TASK BODY T2 IS
TASK T3 IS
ENTRY E3;
END T3;
TASK BODY T3 IS
BEGIN
SELECT
ACCEPT E3;
OR WHEN ENTER_TERMINATE => TERMINATE;
END SELECT;
EVENT ('D');
END T3;
BEGIN -- T2
SELECT
ACCEPT E2;
OR WHEN ENTER_TERMINATE => TERMINATE;
END SELECT;
DELAY 10.0 * Impdef.One_Second;
IF TERMINATE_COUNT.GET /= 1 THEN
DELAY 20.0 * Impdef.One_Long_Second;
END IF;
IF TERMINATE_COUNT.GET /= 1 THEN
FAILED ("30 SECOND DELAY NOT ENOUGH - 1 ");
END IF;
EVENT ('C');
T1.E1;
T3.E3;
END T2;
BEGIN -- T1;
SELECT
ACCEPT E1;
OR WHEN ENTER_TERMINATE => TERMINATE;
END SELECT;
EVENT ('B');
TERMINATE_COUNT.SET (0);
T2.E2;
SELECT
ACCEPT E1;
OR WHEN ENTER_TERMINATE => TERMINATE;
END SELECT;
SELECT
ACCEPT E1;
OR TERMINATE; -- ONLY THIS ONE EVER CHOSEN.
END SELECT;
FAILED ("TERMINATE NOT SELECTED IN T1");
END T1;
BEGIN
DELAY 10.0 * Impdef.One_Second; -- WAIT FOR T1, T2, AND T3 TO GET TO SELECT STMTS.
IF TERMINATE_COUNT.GET /= 3 THEN
DELAY 20.0 * Impdef.One_Long_Second;
END IF;
IF TERMINATE_COUNT.GET /= 3 THEN
FAILED ("30 SECOND DELAY NOT ENOUGH - 2");
END IF;
EVENT ('A');
T1.E1;
EXCEPTION
WHEN OTHERS => FAILED ("EXCEPTION IN MAIN BLOCK");
END;
IF TRACE.GET.TRACE /= "ABCD" THEN
FAILED ("INCORRECT ORDER OF EVENTS: " & TRACE.GET.TRACE);
END IF;
RESULT;
END C94008C;
|
-- #include "impact.d3.collision.Algorithm.activating.h"
-- #include "BulletCollision/NarrowPhaseCollision/impact.d3.collision.Detector.discrete.gjk_pair.h"
-- #include "BulletCollision/NarrowPhaseCollision/impact.d3.Manifold.h"
-- #include "BulletCollision/BroadphaseCollision/impact.d3.collision.Proxy.h"
-- #include "BulletCollision/NarrowPhaseCollision/impact.d3.collision.simplex_Solver.voronoi.h"
-- #include "btCollisionCreateFunc.h"
-- #include "impact.d3.Dispatcher.collision.h"
-- #include "LinearMath/impact.d3.TransformUtil.h" //for btConvexSeparatingDistanceUtil
--
-- class impact.d3.collision.convex_penetration_depth_Solver;
with impact.d3.collision.Algorithm.activating,
impact.d3.collision.simplex_Solver,
impact.d3.collision.convex_penetration_depth_Solver,
impact.d3.Manifold,
impact.d3.collision.create_Func,
impact.d3.transform_Util;
with impact.d3.collision.Algorithm;
with impact.d3.Object;
with impact.d3.Dispatcher;
with impact.d3.collision.manifold_Result;
package impact.d3.collision.Algorithm.activating.convex_convex
--
-- The convexConvexAlgorithm collision algorithm implements time of impact, convex closest points and penetration depth calculations between two convex objects.
--
-- Multiple contact points are calculated by perturbing the orientation of the smallest object orthogonal to the separating normal.
-- This idea was described by Gino van den Bergen in this forum topic http://www.bulletphysics.com/Bullet/phpBB3/viewtopic.php?f=4&t=288&p=888#p888
--
is
use impact.d3.transform_Util,
Math;
USE_SEPDISTANCE_UTIL2 : constant Boolean := True;
--
-- Enabling USE_SEPDISTANCE_UTIL2 requires 100% reliable distance computation. However, when using large size ratios GJK can be imprecise
-- so the distance is not conservative. In that case, enabling this USE_SEPDISTANCE_UTIL2 would result in failing/missing collisions.
-- Either improve GJK for large size ratios (testing a 100 units versus a 0.1 unit object) or only enable the util
-- for certain pairs that have a small size ratio
type Item is new impact.d3.collision.Algorithm.activating.item with private;
--- CreateFunc
--
type CreateFunc is new create_Func.item with
record
m_pdSolver : access impact.d3.collision.convex_penetration_depth_Solver.item'Class;
m_simplexSolver : access impact.d3.collision.simplex_Solver.item'Class;
m_numPerturbationIterations : Integer;
m_minimumPointsPerturbationThreshold : Integer;
end record;
function to_CreateFunc (simplexSolver : access impact.d3.collision.simplex_Solver.item'Class;
pdSolver : access impact.d3.collision.convex_penetration_depth_Solver.item'Class) return CreateFunc;
function new_CreateFunc (simplexSolver : access impact.d3.collision.simplex_Solver.item'Class;
pdSolver : access impact.d3.collision.convex_penetration_depth_Solver.item'Class) return access CreateFunc'Class;
overriding procedure destruct (Self : in out CreateFunc);
overriding function CreateCollisionAlgorithm (Self : in CreateFunc; info : in AlgorithmConstructionInfo;
body0,
body1 : access impact.d3.Object.item'Class) return impact.d3.Dispatcher.Algorithm_view;
-- struct CreateFunc :public impact.d3.collision.AlgorithmCreateFunc
-- {
--
--
-- virtual impact.d3.collision.Algorithm* CreateCollisionAlgorithm(impact.d3.collision.AlgorithmConstructionInfo& ci, impact.d3.Object* body0,impact.d3.Object* body1)
-- {
-- void* mem = ci.m_dispatcher1->allocateCollisionAlgorithm(sizeof(impact.d3.collision.Algorithm.activating.convex_convex));
-- return new(mem) impact.d3.collision.Algorithm.activating.convex_convex(ci.m_manifold,ci,body0,body1,m_simplexSolver,m_pdSolver,m_numPerturbationIterations,m_minimumPointsPerturbationThreshold);
-- }
-- };
--- impact.d3.collision.Algorithm.activating.convex_convex
--
function to_convex_convex_Algorithm (mf : access impact.d3.Manifold.item'Class;
ci : in AlgorithmConstructionInfo;
body0, body1 : access impact.d3.Object.item'Class;
simplexSolver : access impact.d3.collision.simplex_Solver.item'Class;
pdSolver : access impact.d3.collision.convex_penetration_depth_Solver.item'Class;
numPerturbationIterations : in Integer;
minimumPointsPerturbationThreshold : in Integer) return impact.d3.collision.Algorithm.activating.convex_convex.item;
overriding procedure destruct (Self : in out Item);
overriding procedure processCollision (Self : in out Item; body0, body1 : access impact.d3.Object.item'Class;
dispatchInfo : in impact.d3.Dispatcher.DispatcherInfo;
resultOut : out impact.d3.collision.manifold_Result.item);
overriding function calculateTimeOfImpact (Self : in Item; body0, body1 : access impact.d3.Object.item'Class;
dispatchInfo : in impact.d3.Dispatcher.DispatcherInfo;
resultOut : access impact.d3.collision.manifold_Result.item) return math.Real;
overriding procedure getAllContactManifolds (Self : in out Item; manifoldArray : out impact.d3.collision.Algorithm.btManifoldArray);
procedure setLowLevelOfDetail (Self : in out Item; useLowLevel : in Boolean);
function getManifold (Self : in Item) return access impact.d3.Manifold.item'Class;
private
type Item is new impact.d3.collision.Algorithm.activating.item with
record
m_sepDistance : btConvexSeparatingDistanceUtil; -- Used by USE_SEPDISTANCE_UTIL2.
m_simplexSolver : access impact.d3.collision.simplex_Solver.item'Class;
m_pdSolver : access impact.d3.collision.convex_penetration_depth_Solver.item'Class;
m_ownManifold : Boolean;
m_manifoldPtr : access impact.d3.Manifold.item'Class;
m_lowLevelOfDetail : Boolean;
m_numPerturbationIterations : Integer;
m_minimumPointsPerturbationThreshold : Integer;
-- todo: cache separating vector to speedup collision detection
end record;
end impact.d3.collision.Algorithm.activating.convex_convex;
|
-- This file was generated by bmp2ada
with Giza.Image;
with Giza.Image.DMA2D;
use Giza.Image.DMA2D;
package down_200x100 is
pragma Style_Checks (Off);
Data : aliased constant RGB888_Data_T := (
1 => (R => 0, G => 0, B => 0),
2 => (R => 0, G => 0, B => 0),
3 => (R => 0, G => 0, B => 0),
4 => (R => 0, G => 0, B => 0),
5 => (R => 0, G => 0, B => 0),
6 => (R => 0, G => 0, B => 0),
7 => (R => 0, G => 0, B => 0),
8 => (R => 0, G => 0, B => 0),
9 => (R => 0, G => 0, B => 0),
10 => (R => 0, G => 0, B => 0),
11 => (R => 0, G => 0, B => 0),
12 => (R => 0, G => 0, B => 0),
13 => (R => 0, G => 0, B => 0),
14 => (R => 0, G => 0, B => 0),
15 => (R => 0, G => 0, B => 0),
16 => (R => 0, G => 0, B => 0),
17 => (R => 0, G => 0, B => 0),
18 => (R => 0, G => 0, B => 0),
19 => (R => 0, G => 0, B => 0),
20 => (R => 0, G => 0, B => 0),
21 => (R => 0, G => 0, B => 0),
22 => (R => 0, G => 0, B => 0),
23 => (R => 0, G => 0, B => 0),
24 => (R => 0, G => 0, B => 0),
25 => (R => 0, G => 0, B => 0),
26 => (R => 0, G => 0, B => 0),
27 => (R => 0, G => 0, B => 0),
28 => (R => 0, G => 0, B => 0),
29 => (R => 0, G => 0, B => 0),
30 => (R => 0, G => 0, B => 0),
31 => (R => 0, G => 0, B => 0),
32 => (R => 0, G => 0, B => 0),
33 => (R => 0, G => 0, B => 0),
34 => (R => 0, G => 0, B => 0),
35 => (R => 0, G => 0, B => 0),
36 => (R => 0, G => 0, B => 0),
37 => (R => 0, G => 0, B => 0),
38 => (R => 0, G => 0, B => 0),
39 => (R => 0, G => 0, B => 0),
40 => (R => 0, G => 0, B => 0),
41 => (R => 0, G => 0, B => 0),
42 => (R => 0, G => 0, B => 0),
43 => (R => 0, G => 0, B => 0),
44 => (R => 0, G => 0, B => 0),
45 => (R => 0, G => 0, B => 0),
46 => (R => 0, G => 0, B => 0),
47 => (R => 0, G => 0, B => 0),
48 => (R => 0, G => 0, B => 0),
49 => (R => 0, G => 0, B => 0),
50 => (R => 0, G => 0, B => 0),
51 => (R => 0, G => 0, B => 0),
52 => (R => 0, G => 0, B => 0),
53 => (R => 0, G => 0, B => 0),
54 => (R => 0, G => 0, B => 0),
55 => (R => 0, G => 0, B => 0),
56 => (R => 0, G => 0, B => 0),
57 => (R => 0, G => 0, B => 0),
58 => (R => 0, G => 0, B => 0),
59 => (R => 0, G => 0, B => 0),
60 => (R => 0, G => 0, B => 0),
61 => (R => 0, G => 0, B => 0),
62 => (R => 0, G => 0, B => 0),
63 => (R => 0, G => 0, B => 0),
64 => (R => 0, G => 0, B => 0),
65 => (R => 0, G => 0, B => 0),
66 => (R => 0, G => 0, B => 0),
67 => (R => 0, G => 0, B => 0),
68 => (R => 0, G => 0, B => 0),
69 => (R => 0, G => 0, B => 0),
70 => (R => 0, G => 0, B => 0),
71 => (R => 0, G => 0, B => 0),
72 => (R => 0, G => 0, B => 0),
73 => (R => 0, G => 0, B => 0),
74 => (R => 0, G => 0, B => 0),
75 => (R => 0, G => 0, B => 0),
76 => (R => 0, G => 0, B => 0),
77 => (R => 0, G => 0, B => 0),
78 => (R => 0, G => 0, B => 0),
79 => (R => 0, G => 0, B => 0),
80 => (R => 0, G => 0, B => 0),
81 => (R => 0, G => 0, B => 0),
82 => (R => 0, G => 0, B => 0),
83 => (R => 0, G => 0, B => 0),
84 => (R => 0, G => 0, B => 0),
85 => (R => 0, G => 0, B => 0),
86 => (R => 0, G => 0, B => 0),
87 => (R => 0, G => 0, B => 0),
88 => (R => 0, G => 0, B => 0),
89 => (R => 0, G => 0, B => 0),
90 => (R => 0, G => 0, B => 0),
91 => (R => 0, G => 0, B => 0),
92 => (R => 0, G => 0, B => 0),
93 => (R => 0, G => 0, B => 0),
94 => (R => 0, G => 0, B => 0),
95 => (R => 0, G => 0, B => 0),
96 => (R => 0, G => 0, B => 0),
97 => (R => 0, G => 0, B => 0),
98 => (R => 0, G => 0, B => 0),
99 => (R => 0, G => 0, B => 0),
100 => (R => 0, G => 0, B => 0),
101 => (R => 0, G => 0, B => 0),
102 => (R => 0, G => 0, B => 0),
103 => (R => 0, G => 0, B => 0),
104 => (R => 0, G => 0, B => 0),
105 => (R => 0, G => 0, B => 0),
106 => (R => 0, G => 0, B => 0),
107 => (R => 0, G => 0, B => 0),
108 => (R => 0, G => 0, B => 0),
109 => (R => 0, G => 0, B => 0),
110 => (R => 0, G => 0, B => 0),
111 => (R => 0, G => 0, B => 0),
112 => (R => 0, G => 0, B => 0),
113 => (R => 0, G => 0, B => 0),
114 => (R => 0, G => 0, B => 0),
115 => (R => 0, G => 0, B => 0),
116 => (R => 0, G => 0, B => 0),
117 => (R => 0, G => 0, B => 0),
118 => (R => 0, G => 0, B => 0),
119 => (R => 0, G => 0, B => 0),
120 => (R => 0, G => 0, B => 0),
121 => (R => 0, G => 0, B => 0),
122 => (R => 0, G => 0, B => 0),
123 => (R => 0, G => 0, B => 0),
124 => (R => 0, G => 0, B => 0),
125 => (R => 0, G => 0, B => 0),
126 => (R => 0, G => 0, B => 0),
127 => (R => 0, G => 0, B => 0),
128 => (R => 0, G => 0, B => 0),
129 => (R => 0, G => 0, B => 0),
130 => (R => 0, G => 0, B => 0),
131 => (R => 0, G => 0, B => 0),
132 => (R => 0, G => 0, B => 0),
133 => (R => 0, G => 0, B => 0),
134 => (R => 0, G => 0, B => 0),
135 => (R => 0, G => 0, B => 0),
136 => (R => 0, G => 0, B => 0),
137 => (R => 0, G => 0, B => 0),
138 => (R => 0, G => 0, B => 0),
139 => (R => 0, G => 0, B => 0),
140 => (R => 0, G => 0, B => 0),
141 => (R => 0, G => 0, B => 0),
142 => (R => 0, G => 0, B => 0),
143 => (R => 0, G => 0, B => 0),
144 => (R => 0, G => 0, B => 0),
145 => (R => 0, G => 0, B => 0),
146 => (R => 0, G => 0, B => 0),
147 => (R => 0, G => 0, B => 0),
148 => (R => 0, G => 0, B => 0),
149 => (R => 0, G => 0, B => 0),
150 => (R => 0, G => 0, B => 0),
151 => (R => 0, G => 0, B => 0),
152 => (R => 0, G => 0, B => 0),
153 => (R => 0, G => 0, B => 0),
154 => (R => 0, G => 0, B => 0),
155 => (R => 0, G => 0, B => 0),
156 => (R => 0, G => 0, B => 0),
157 => (R => 0, G => 0, B => 0),
158 => (R => 0, G => 0, B => 0),
159 => (R => 0, G => 0, B => 0),
160 => (R => 0, G => 0, B => 0),
161 => (R => 0, G => 0, B => 0),
162 => (R => 0, G => 0, B => 0),
163 => (R => 0, G => 0, B => 0),
164 => (R => 0, G => 0, B => 0),
165 => (R => 0, G => 0, B => 0),
166 => (R => 0, G => 0, B => 0),
167 => (R => 0, G => 0, B => 0),
168 => (R => 0, G => 0, B => 0),
169 => (R => 0, G => 0, B => 0),
170 => (R => 0, G => 0, B => 0),
171 => (R => 0, G => 0, B => 0),
172 => (R => 0, G => 0, B => 0),
173 => (R => 0, G => 0, B => 0),
174 => (R => 0, G => 0, B => 0),
175 => (R => 0, G => 0, B => 0),
176 => (R => 0, G => 0, B => 0),
177 => (R => 0, G => 0, B => 0),
178 => (R => 0, G => 0, B => 0),
179 => (R => 0, G => 0, B => 0),
180 => (R => 0, G => 0, B => 0),
181 => (R => 0, G => 0, B => 0),
182 => (R => 0, G => 0, B => 0),
183 => (R => 0, G => 0, B => 0),
184 => (R => 0, G => 0, B => 0),
185 => (R => 0, G => 0, B => 0),
186 => (R => 0, G => 0, B => 0),
187 => (R => 0, G => 0, B => 0),
188 => (R => 0, G => 0, B => 0),
189 => (R => 0, G => 0, B => 0),
190 => (R => 0, G => 0, B => 0),
191 => (R => 0, G => 0, B => 0),
192 => (R => 0, G => 0, B => 0),
193 => (R => 0, G => 0, B => 0),
194 => (R => 0, G => 0, B => 0),
195 => (R => 0, G => 0, B => 0),
196 => (R => 0, G => 0, B => 0),
197 => (R => 0, G => 0, B => 0),
198 => (R => 0, G => 0, B => 0),
199 => (R => 0, G => 0, B => 0),
200 => (R => 0, G => 0, B => 0),
201 => (R => 0, G => 0, B => 0),
202 => (R => 0, G => 0, B => 0),
203 => (R => 0, G => 0, B => 0),
204 => (R => 0, G => 0, B => 0),
205 => (R => 0, G => 0, B => 0),
206 => (R => 0, G => 0, B => 0),
207 => (R => 0, G => 0, B => 0),
208 => (R => 0, G => 0, B => 0),
209 => (R => 0, G => 0, B => 0),
210 => (R => 0, G => 0, B => 0),
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11256 => (R => 255, G => 0, B => 0),
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11454 => (R => 0, G => 0, B => 0),
11455 => (R => 0, G => 0, B => 0),
11456 => (R => 0, G => 0, B => 0),
11457 => (R => 255, G => 0, B => 0),
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11460 => (R => 255, G => 0, B => 0),
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11465 => (R => 255, G => 0, B => 0),
11466 => (R => 255, G => 0, B => 0),
11467 => (R => 255, G => 0, B => 0),
11468 => (R => 255, G => 0, B => 0),
11469 => (R => 255, G => 0, B => 0),
11470 => (R => 255, G => 0, B => 0),
11471 => (R => 255, G => 0, B => 0),
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11475 => (R => 255, G => 0, B => 0),
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11477 => (R => 255, G => 0, B => 0),
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11480 => (R => 255, G => 0, B => 0),
11481 => (R => 255, G => 0, B => 0),
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11485 => (R => 255, G => 0, B => 0),
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11488 => (R => 255, G => 0, B => 0),
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11490 => (R => 255, G => 0, B => 0),
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11495 => (R => 255, G => 0, B => 0),
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11499 => (R => 255, G => 0, B => 0),
11500 => (R => 255, G => 0, B => 0),
11501 => (R => 255, G => 0, B => 0),
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11509 => (R => 255, G => 0, B => 0),
11510 => (R => 255, G => 0, B => 0),
11511 => (R => 255, G => 0, B => 0),
11512 => (R => 255, G => 0, B => 0),
11513 => (R => 255, G => 0, B => 0),
11514 => (R => 255, G => 0, B => 0),
11515 => (R => 255, G => 0, B => 0),
11516 => (R => 255, G => 0, B => 0),
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11520 => (R => 255, G => 0, B => 0),
11521 => (R => 255, G => 0, B => 0),
11522 => (R => 255, G => 0, B => 0),
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11525 => (R => 255, G => 0, B => 0),
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11527 => (R => 255, G => 0, B => 0),
11528 => (R => 255, G => 0, B => 0),
11529 => (R => 255, G => 0, B => 0),
11530 => (R => 255, G => 0, B => 0),
11531 => (R => 255, G => 0, B => 0),
11532 => (R => 255, G => 0, B => 0),
11533 => (R => 255, G => 0, B => 0),
11534 => (R => 255, G => 0, B => 0),
11535 => (R => 255, G => 0, B => 0),
11536 => (R => 255, G => 0, B => 0),
11537 => (R => 255, G => 0, B => 0),
11538 => (R => 255, G => 0, B => 0),
11539 => (R => 255, G => 0, B => 0),
11540 => (R => 255, G => 0, B => 0),
11541 => (R => 255, G => 0, B => 0),
11542 => (R => 255, G => 0, B => 0),
11543 => (R => 255, G => 0, B => 0),
11544 => (R => 0, G => 0, B => 0),
11545 => (R => 0, G => 0, B => 0),
11546 => (R => 0, G => 0, B => 0),
11547 => (R => 0, G => 0, B => 0),
11548 => (R => 0, G => 0, B => 0),
11549 => (R => 0, G => 0, B => 0),
11550 => (R => 0, G => 0, B => 0),
11551 => (R => 0, G => 0, B => 0),
11552 => (R => 0, G => 0, B => 0),
11553 => (R => 0, G => 0, B => 0),
11554 => (R => 0, G => 0, B => 0),
11555 => (R => 0, G => 0, B => 0),
11556 => (R => 0, G => 0, B => 0),
11557 => (R => 0, G => 0, B => 0),
11558 => (R => 0, G => 0, B => 0),
11559 => (R => 0, G => 0, B => 0),
11560 => (R => 0, G => 0, B => 0),
11561 => (R => 0, G => 0, B => 0),
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11563 => (R => 0, G => 0, B => 0),
11564 => (R => 0, G => 0, B => 0),
11565 => (R => 0, G => 0, B => 0),
11566 => (R => 0, G => 0, B => 0),
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11568 => (R => 0, G => 0, B => 0),
11569 => (R => 0, G => 0, B => 0),
11570 => (R => 0, G => 0, B => 0),
11571 => (R => 0, G => 0, B => 0),
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11575 => (R => 0, G => 0, B => 0),
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13350 => (R => 0, G => 0, B => 0),
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19730 => (R => 0, G => 0, B => 0),
19731 => (R => 0, G => 0, B => 0),
19732 => (R => 0, G => 0, B => 0),
19733 => (R => 0, G => 0, B => 0),
19734 => (R => 0, G => 0, B => 0),
19735 => (R => 0, G => 0, B => 0),
19736 => (R => 0, G => 0, B => 0),
19737 => (R => 0, G => 0, B => 0),
19738 => (R => 0, G => 0, B => 0),
19739 => (R => 0, G => 0, B => 0),
19740 => (R => 0, G => 0, B => 0),
19741 => (R => 0, G => 0, B => 0),
19742 => (R => 0, G => 0, B => 0),
19743 => (R => 0, G => 0, B => 0),
19744 => (R => 0, G => 0, B => 0),
19745 => (R => 0, G => 0, B => 0),
19746 => (R => 0, G => 0, B => 0),
19747 => (R => 0, G => 0, B => 0),
19748 => (R => 0, G => 0, B => 0),
19749 => (R => 0, G => 0, B => 0),
19750 => (R => 0, G => 0, B => 0),
19751 => (R => 0, G => 0, B => 0),
19752 => (R => 0, G => 0, B => 0),
19753 => (R => 0, G => 0, B => 0),
19754 => (R => 0, G => 0, B => 0),
19755 => (R => 0, G => 0, B => 0),
19756 => (R => 0, G => 0, B => 0),
19757 => (R => 0, G => 0, B => 0),
19758 => (R => 0, G => 0, B => 0),
19759 => (R => 0, G => 0, B => 0),
19760 => (R => 0, G => 0, B => 0),
19761 => (R => 0, G => 0, B => 0),
19762 => (R => 0, G => 0, B => 0),
19763 => (R => 0, G => 0, B => 0),
19764 => (R => 0, G => 0, B => 0),
19765 => (R => 0, G => 0, B => 0),
19766 => (R => 0, G => 0, B => 0),
19767 => (R => 0, G => 0, B => 0),
19768 => (R => 0, G => 0, B => 0),
19769 => (R => 0, G => 0, B => 0),
19770 => (R => 0, G => 0, B => 0),
19771 => (R => 0, G => 0, B => 0),
19772 => (R => 0, G => 0, B => 0),
19773 => (R => 0, G => 0, B => 0),
19774 => (R => 0, G => 0, B => 0),
19775 => (R => 0, G => 0, B => 0),
19776 => (R => 0, G => 0, B => 0),
19777 => (R => 0, G => 0, B => 0),
19778 => (R => 0, G => 0, B => 0),
19779 => (R => 0, G => 0, B => 0),
19780 => (R => 0, G => 0, B => 0),
19781 => (R => 0, G => 0, B => 0),
19782 => (R => 0, G => 0, B => 0),
19783 => (R => 0, G => 0, B => 0),
19784 => (R => 0, G => 0, B => 0),
19785 => (R => 0, G => 0, B => 0),
19786 => (R => 0, G => 0, B => 0),
19787 => (R => 0, G => 0, B => 0),
19788 => (R => 0, G => 0, B => 0),
19789 => (R => 0, G => 0, B => 0),
19790 => (R => 0, G => 0, B => 0),
19791 => (R => 0, G => 0, B => 0),
19792 => (R => 0, G => 0, B => 0),
19793 => (R => 0, G => 0, B => 0),
19794 => (R => 0, G => 0, B => 0),
19795 => (R => 0, G => 0, B => 0),
19796 => (R => 0, G => 0, B => 0),
19797 => (R => 0, G => 0, B => 0),
19798 => (R => 0, G => 0, B => 0),
19799 => (R => 0, G => 0, B => 0),
19800 => (R => 0, G => 0, B => 0),
19801 => (R => 0, G => 0, B => 0),
19802 => (R => 0, G => 0, B => 0),
19803 => (R => 0, G => 0, B => 0),
19804 => (R => 0, G => 0, B => 0),
19805 => (R => 0, G => 0, B => 0),
19806 => (R => 0, G => 0, B => 0),
19807 => (R => 0, G => 0, B => 0),
19808 => (R => 0, G => 0, B => 0),
19809 => (R => 0, G => 0, B => 0),
19810 => (R => 0, G => 0, B => 0),
19811 => (R => 0, G => 0, B => 0),
19812 => (R => 0, G => 0, B => 0),
19813 => (R => 0, G => 0, B => 0),
19814 => (R => 0, G => 0, B => 0),
19815 => (R => 0, G => 0, B => 0),
19816 => (R => 0, G => 0, B => 0),
19817 => (R => 0, G => 0, B => 0),
19818 => (R => 0, G => 0, B => 0),
19819 => (R => 0, G => 0, B => 0),
19820 => (R => 0, G => 0, B => 0),
19821 => (R => 0, G => 0, B => 0),
19822 => (R => 0, G => 0, B => 0),
19823 => (R => 0, G => 0, B => 0),
19824 => (R => 0, G => 0, B => 0),
19825 => (R => 0, G => 0, B => 0),
19826 => (R => 0, G => 0, B => 0),
19827 => (R => 0, G => 0, B => 0),
19828 => (R => 0, G => 0, B => 0),
19829 => (R => 0, G => 0, B => 0),
19830 => (R => 0, G => 0, B => 0),
19831 => (R => 0, G => 0, B => 0),
19832 => (R => 0, G => 0, B => 0),
19833 => (R => 0, G => 0, B => 0),
19834 => (R => 0, G => 0, B => 0),
19835 => (R => 0, G => 0, B => 0),
19836 => (R => 0, G => 0, B => 0),
19837 => (R => 0, G => 0, B => 0),
19838 => (R => 0, G => 0, B => 0),
19839 => (R => 0, G => 0, B => 0),
19840 => (R => 0, G => 0, B => 0),
19841 => (R => 0, G => 0, B => 0),
19842 => (R => 0, G => 0, B => 0),
19843 => (R => 0, G => 0, B => 0),
19844 => (R => 0, G => 0, B => 0),
19845 => (R => 0, G => 0, B => 0),
19846 => (R => 0, G => 0, B => 0),
19847 => (R => 0, G => 0, B => 0),
19848 => (R => 0, G => 0, B => 0),
19849 => (R => 0, G => 0, B => 0),
19850 => (R => 0, G => 0, B => 0),
19851 => (R => 0, G => 0, B => 0),
19852 => (R => 0, G => 0, B => 0),
19853 => (R => 0, G => 0, B => 0),
19854 => (R => 0, G => 0, B => 0),
19855 => (R => 0, G => 0, B => 0),
19856 => (R => 0, G => 0, B => 0),
19857 => (R => 0, G => 0, B => 0),
19858 => (R => 0, G => 0, B => 0),
19859 => (R => 0, G => 0, B => 0),
19860 => (R => 0, G => 0, B => 0),
19861 => (R => 0, G => 0, B => 0),
19862 => (R => 0, G => 0, B => 0),
19863 => (R => 0, G => 0, B => 0),
19864 => (R => 0, G => 0, B => 0),
19865 => (R => 0, G => 0, B => 0),
19866 => (R => 0, G => 0, B => 0),
19867 => (R => 0, G => 0, B => 0),
19868 => (R => 0, G => 0, B => 0),
19869 => (R => 0, G => 0, B => 0),
19870 => (R => 0, G => 0, B => 0),
19871 => (R => 0, G => 0, B => 0),
19872 => (R => 0, G => 0, B => 0),
19873 => (R => 0, G => 0, B => 0),
19874 => (R => 0, G => 0, B => 0),
19875 => (R => 0, G => 0, B => 0),
19876 => (R => 0, G => 0, B => 0),
19877 => (R => 0, G => 0, B => 0),
19878 => (R => 0, G => 0, B => 0),
19879 => (R => 0, G => 0, B => 0),
19880 => (R => 0, G => 0, B => 0),
19881 => (R => 0, G => 0, B => 0),
19882 => (R => 0, G => 0, B => 0),
19883 => (R => 0, G => 0, B => 0),
19884 => (R => 0, G => 0, B => 0),
19885 => (R => 0, G => 0, B => 0),
19886 => (R => 0, G => 0, B => 0),
19887 => (R => 0, G => 0, B => 0),
19888 => (R => 0, G => 0, B => 0),
19889 => (R => 0, G => 0, B => 0),
19890 => (R => 0, G => 0, B => 0),
19891 => (R => 0, G => 0, B => 0),
19892 => (R => 0, G => 0, B => 0),
19893 => (R => 0, G => 0, B => 0),
19894 => (R => 0, G => 0, B => 0),
19895 => (R => 0, G => 0, B => 0),
19896 => (R => 0, G => 0, B => 0),
19897 => (R => 0, G => 0, B => 0),
19898 => (R => 0, G => 0, B => 0),
19899 => (R => 0, G => 0, B => 0),
19900 => (R => 0, G => 0, B => 0),
19901 => (R => 0, G => 0, B => 0),
19902 => (R => 0, G => 0, B => 0),
19903 => (R => 0, G => 0, B => 0),
19904 => (R => 0, G => 0, B => 0),
19905 => (R => 0, G => 0, B => 0),
19906 => (R => 0, G => 0, B => 0),
19907 => (R => 0, G => 0, B => 0),
19908 => (R => 0, G => 0, B => 0),
19909 => (R => 0, G => 0, B => 0),
19910 => (R => 0, G => 0, B => 0),
19911 => (R => 0, G => 0, B => 0),
19912 => (R => 0, G => 0, B => 0),
19913 => (R => 0, G => 0, B => 0),
19914 => (R => 0, G => 0, B => 0),
19915 => (R => 0, G => 0, B => 0),
19916 => (R => 0, G => 0, B => 0),
19917 => (R => 0, G => 0, B => 0),
19918 => (R => 0, G => 0, B => 0),
19919 => (R => 0, G => 0, B => 0),
19920 => (R => 0, G => 0, B => 0),
19921 => (R => 0, G => 0, B => 0),
19922 => (R => 0, G => 0, B => 0),
19923 => (R => 0, G => 0, B => 0),
19924 => (R => 0, G => 0, B => 0),
19925 => (R => 0, G => 0, B => 0),
19926 => (R => 0, G => 0, B => 0),
19927 => (R => 0, G => 0, B => 0),
19928 => (R => 0, G => 0, B => 0),
19929 => (R => 0, G => 0, B => 0),
19930 => (R => 0, G => 0, B => 0),
19931 => (R => 0, G => 0, B => 0),
19932 => (R => 0, G => 0, B => 0),
19933 => (R => 0, G => 0, B => 0),
19934 => (R => 0, G => 0, B => 0),
19935 => (R => 0, G => 0, B => 0),
19936 => (R => 0, G => 0, B => 0),
19937 => (R => 0, G => 0, B => 0),
19938 => (R => 0, G => 0, B => 0),
19939 => (R => 0, G => 0, B => 0),
19940 => (R => 0, G => 0, B => 0),
19941 => (R => 0, G => 0, B => 0),
19942 => (R => 0, G => 0, B => 0),
19943 => (R => 0, G => 0, B => 0),
19944 => (R => 0, G => 0, B => 0),
19945 => (R => 0, G => 0, B => 0),
19946 => (R => 0, G => 0, B => 0),
19947 => (R => 0, G => 0, B => 0),
19948 => (R => 0, G => 0, B => 0),
19949 => (R => 0, G => 0, B => 0),
19950 => (R => 0, G => 0, B => 0),
19951 => (R => 0, G => 0, B => 0),
19952 => (R => 0, G => 0, B => 0),
19953 => (R => 0, G => 0, B => 0),
19954 => (R => 0, G => 0, B => 0),
19955 => (R => 0, G => 0, B => 0),
19956 => (R => 0, G => 0, B => 0),
19957 => (R => 0, G => 0, B => 0),
19958 => (R => 0, G => 0, B => 0),
19959 => (R => 0, G => 0, B => 0),
19960 => (R => 0, G => 0, B => 0),
19961 => (R => 0, G => 0, B => 0),
19962 => (R => 0, G => 0, B => 0),
19963 => (R => 0, G => 0, B => 0),
19964 => (R => 0, G => 0, B => 0),
19965 => (R => 0, G => 0, B => 0),
19966 => (R => 0, G => 0, B => 0),
19967 => (R => 0, G => 0, B => 0),
19968 => (R => 0, G => 0, B => 0),
19969 => (R => 0, G => 0, B => 0),
19970 => (R => 0, G => 0, B => 0),
19971 => (R => 0, G => 0, B => 0),
19972 => (R => 0, G => 0, B => 0),
19973 => (R => 0, G => 0, B => 0),
19974 => (R => 0, G => 0, B => 0),
19975 => (R => 0, G => 0, B => 0),
19976 => (R => 0, G => 0, B => 0),
19977 => (R => 0, G => 0, B => 0),
19978 => (R => 0, G => 0, B => 0),
19979 => (R => 0, G => 0, B => 0),
19980 => (R => 0, G => 0, B => 0),
19981 => (R => 0, G => 0, B => 0),
19982 => (R => 0, G => 0, B => 0),
19983 => (R => 0, G => 0, B => 0),
19984 => (R => 0, G => 0, B => 0),
19985 => (R => 0, G => 0, B => 0),
19986 => (R => 0, G => 0, B => 0),
19987 => (R => 0, G => 0, B => 0),
19988 => (R => 0, G => 0, B => 0),
19989 => (R => 0, G => 0, B => 0),
19990 => (R => 0, G => 0, B => 0),
19991 => (R => 0, G => 0, B => 0),
19992 => (R => 0, G => 0, B => 0),
19993 => (R => 0, G => 0, B => 0),
19994 => (R => 0, G => 0, B => 0),
19995 => (R => 0, G => 0, B => 0),
19996 => (R => 0, G => 0, B => 0),
19997 => (R => 0, G => 0, B => 0),
19998 => (R => 0, G => 0, B => 0),
19999 => (R => 0, G => 0, B => 0),
20000 => (R => 0, G => 0, B => 0));
Image : constant Giza.Image.Ref := new Giza.Image.DMA2D.Instance'
(Mode => RGB888, W => 200, H => 100, Length => 20000, RGB888_Data => Data'Access);
pragma Style_Checks (On);
end down_200x100;
|
-- Copyright 2010, 2011 Free Software Foundation, Inc.
--
-- This program is free software; you can redistribute it and/or modify
-- it under the terms of the GNU General Public License as published by
-- the Free Software Foundation; either version 3 of the License, or
-- (at your option) any later version.
--
-- This program is distributed in the hope that it will be useful,
-- but WITHOUT ANY WARRANTY; without even the implied warranty of
-- MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
-- GNU General Public License for more details.
--
-- You should have received a copy of the GNU General Public License
-- along with this program. If not, see <http://www.gnu.org/licenses/>.
package body Pck is
function Position_X (S : in Shape) return Integer is
begin
return S.X;
end Position_X;
function Area (C : in Circle) return Integer is
begin
-- Very crude calculation...
return 6 * C.R * C.R;
end Area;
end Pck;
|
-- SPDX-License-Identifier: Apache-2.0
--
-- Copyright (c) 2018 onox <denkpadje@gmail.com>
--
-- Licensed under the Apache License, Version 2.0 (the "License");
-- you may not use this file except in compliance with the License.
-- You may obtain a copy of the License at
--
-- http://www.apache.org/licenses/LICENSE-2.0
--
-- Unless required by applicable law or agreed to in writing, software
-- distributed under the License is distributed on an "AS IS" BASIS,
-- WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
-- See the License for the specific language governing permissions and
-- limitations under the License.
with Orka.Futures;
with Orka.Jobs.Queues;
with Orka.Resources.Locations;
with Orka.Resources.Loaders;
generic
with package Queues is new Orka.Jobs.Queues (<>);
Job_Queue : Queues.Queue_Ptr;
Maximum_Requests : Positive;
-- Maximum number of resources waiting to be read from a file system
-- or archive. Resources are read sequentially, but may be processed
-- concurrently. This number depends on how fast the hardware can read
-- the requested resources.
Task_Name : String := "Resource Loader";
package Orka.Resources.Loader is
procedure Add_Location (Location : Locations.Location_Ptr; Loader : Loaders.Loader_Ptr);
-- Add a location that contains files that can be loaded by the
-- given loader. Multiple loaders can be registered for a specific
-- location and multiple locations can be registered for a specific
-- loader.
--
-- A loader can only load resources that have a specific extension.
-- The extension can be queried by calling the Loader.Extension function.
function Load (Path : String) return Futures.Pointers.Mutable_Pointer;
-- Load the given resource from a file system or archive and return
-- a handle for querying the processing status of the resource. Calling
-- this function may block until there is a free slot available for
-- processing the data.
procedure Shutdown;
private
task Loader;
end Orka.Resources.Loader;
|
------------------------------------------------------------------------------
-- --
-- GNAT RUN-TIME LIBRARY (GNARL) COMPONENTS --
-- --
-- S Y S T E M . T A S K I N G . U T I L I T I E S --
-- --
-- B o d y --
-- --
-- Copyright (C) 1992-2019, Free Software Foundation, Inc. --
-- --
-- GNARL 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- --
-- ware Foundation; either version 3, or (at your option) any later ver- --
-- sion. GNAT is distributed in the hope that it will be useful, but WITH- --
-- OUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY --
-- or FITNESS FOR A PARTICULAR PURPOSE. --
-- --
-- As a special exception under Section 7 of GPL version 3, you are granted --
-- additional permissions described in the GCC Runtime Library Exception, --
-- version 3.1, as published by the Free Software Foundation. --
-- --
-- You should have received a copy of the GNU General Public License and --
-- a copy of the GCC Runtime Library Exception along with this program; --
-- see the files COPYING3 and COPYING.RUNTIME respectively. If not, see --
-- <http://www.gnu.org/licenses/>. --
-- --
-- GNARL was developed by the GNARL team at Florida State University. --
-- Extensive contributions were provided by Ada Core Technologies, Inc. --
-- --
------------------------------------------------------------------------------
-- This package provides RTS Internal Declarations
-- These declarations are not part of the GNARLI
pragma Polling (Off);
-- Turn off polling, we do not want ATC polling to take place during tasking
-- operations. It causes infinite loops and other problems.
with System.Tasking.Debug;
with System.Task_Primitives.Operations;
with System.Tasking.Initialization;
with System.Tasking.Queuing;
with System.Parameters;
package body System.Tasking.Utilities is
package STPO renames System.Task_Primitives.Operations;
use Parameters;
use Tasking.Debug;
use Task_Primitives;
use Task_Primitives.Operations;
--------------------
-- Abort_One_Task --
--------------------
-- Similar to Locked_Abort_To_Level (Self_ID, T, Level_Completed_Task),
-- but:
-- (1) caller should be holding no locks except RTS_Lock when Single_Lock
-- (2) may be called for tasks that have not yet been activated
-- (3) always aborts whole task
procedure Abort_One_Task (Self_ID : Task_Id; T : Task_Id) is
begin
Write_Lock (T);
if T.Common.State = Unactivated then
T.Common.Activator := null;
T.Common.State := Terminated;
T.Callable := False;
Cancel_Queued_Entry_Calls (T);
elsif T.Common.State /= Terminated then
Initialization.Locked_Abort_To_Level
(Self_ID, T, Level_Completed_Task);
end if;
Unlock (T);
end Abort_One_Task;
-----------------
-- Abort_Tasks --
-----------------
-- This must be called to implement the abort statement.
-- Much of the actual work of the abort is done by the abortee,
-- via the Abort_Handler signal handler, and propagation of the
-- Abort_Signal special exception.
procedure Abort_Tasks (Tasks : Task_List) is
Self_Id : constant Task_Id := STPO.Self;
C : Task_Id;
P : Task_Id;
begin
-- If pragma Detect_Blocking is active then Program_Error must be
-- raised if this potentially blocking operation is called from a
-- protected action.
if System.Tasking.Detect_Blocking
and then Self_Id.Common.Protected_Action_Nesting > 0
then
raise Program_Error with "potentially blocking operation";
end if;
Initialization.Defer_Abort_Nestable (Self_Id);
-- ?????
-- Really should not be nested deferral here.
-- Patch for code generation error that defers abort before
-- evaluating parameters of an entry call (at least, timed entry
-- calls), and so may propagate an exception that causes abort
-- to remain undeferred indefinitely. See C97404B. When all
-- such bugs are fixed, this patch can be removed.
Lock_RTS;
for J in Tasks'Range loop
C := Tasks (J);
Abort_One_Task (Self_Id, C);
end loop;
C := All_Tasks_List;
while C /= null loop
if C.Pending_ATC_Level > Level_Completed_Task then
P := C.Common.Parent;
while P /= null loop
if P.Pending_ATC_Level = Level_Completed_Task then
Abort_One_Task (Self_Id, C);
exit;
end if;
P := P.Common.Parent;
end loop;
end if;
C := C.Common.All_Tasks_Link;
end loop;
Unlock_RTS;
Initialization.Undefer_Abort_Nestable (Self_Id);
end Abort_Tasks;
-------------------------------
-- Cancel_Queued_Entry_Calls --
-------------------------------
-- This should only be called by T, unless T is a terminated previously
-- unactivated task.
procedure Cancel_Queued_Entry_Calls (T : Task_Id) is
Next_Entry_Call : Entry_Call_Link;
Entry_Call : Entry_Call_Link;
Self_Id : constant Task_Id := STPO.Self;
Caller : Task_Id;
pragma Unreferenced (Caller);
-- Should this be removed ???
Level : Integer;
pragma Unreferenced (Level);
-- Should this be removed ???
begin
pragma Assert (T = Self or else T.Common.State = Terminated);
for J in 1 .. T.Entry_Num loop
Queuing.Dequeue_Head (T.Entry_Queues (J), Entry_Call);
while Entry_Call /= null loop
-- Leave Entry_Call.Done = False, since this is cancelled
Caller := Entry_Call.Self;
Entry_Call.Exception_To_Raise := Tasking_Error'Identity;
Queuing.Dequeue_Head (T.Entry_Queues (J), Next_Entry_Call);
Level := Entry_Call.Level - 1;
Unlock (T);
Write_Lock (Entry_Call.Self);
Initialization.Wakeup_Entry_Caller
(Self_Id, Entry_Call, Cancelled);
Unlock (Entry_Call.Self);
Write_Lock (T);
Entry_Call.State := Done;
Entry_Call := Next_Entry_Call;
end loop;
end loop;
end Cancel_Queued_Entry_Calls;
------------------------
-- Exit_One_ATC_Level --
------------------------
-- Call only with abort deferred and holding lock of Self_Id.
-- This is a bit of common code for all entry calls.
-- The effect is to exit one level of ATC nesting.
-- If we have reached the desired ATC nesting level, reset the
-- requested level to effective infinity, to allow further calls.
-- In any case, reset Self_Id.Aborting, to allow re-raising of
-- Abort_Signal.
procedure Exit_One_ATC_Level (Self_ID : Task_Id) is
begin
pragma Assert (Self_ID.ATC_Nesting_Level > Level_No_ATC_Occurring);
Self_ID.ATC_Nesting_Level := Self_ID.ATC_Nesting_Level - 1;
pragma Debug
(Debug.Trace (Self_ID, "EOAL: exited to ATC level: " &
ATC_Level'Image (Self_ID.ATC_Nesting_Level), 'A'));
if Self_ID.Pending_ATC_Level < Level_No_Pending_Abort then
if Self_ID.Pending_ATC_Level = Self_ID.ATC_Nesting_Level then
Self_ID.Pending_ATC_Level := Level_No_Pending_Abort;
Self_ID.Aborting := False;
else
-- Force the next Undefer_Abort to re-raise Abort_Signal
pragma Assert
(Self_ID.Pending_ATC_Level < Self_ID.ATC_Nesting_Level);
if Self_ID.Aborting then
Self_ID.ATC_Hack := True;
Self_ID.Pending_Action := True;
end if;
end if;
end if;
end Exit_One_ATC_Level;
----------------------
-- Make_Independent --
----------------------
function Make_Independent return Boolean is
Self_Id : constant Task_Id := STPO.Self;
Environment_Task : constant Task_Id := STPO.Environment_Task;
Parent : constant Task_Id := Self_Id.Common.Parent;
begin
if Self_Id.Known_Tasks_Index /= -1 then
Known_Tasks (Self_Id.Known_Tasks_Index) := null;
end if;
Initialization.Defer_Abort (Self_Id);
if Single_Lock then
Lock_RTS;
end if;
Write_Lock (Environment_Task);
Write_Lock (Self_Id);
-- The run time assumes that the parent of an independent task is the
-- environment task.
pragma Assert (Parent = Environment_Task);
Self_Id.Master_Of_Task := Independent_Task_Level;
-- Update Independent_Task_Count that is needed for the GLADE
-- termination rule. See also pending update in
-- System.Tasking.Stages.Check_Independent
Independent_Task_Count := Independent_Task_Count + 1;
-- This should be called before the task reaches its "begin" (see spec),
-- which ensures that the environment task cannot race ahead and be
-- already waiting for children to complete.
Unlock (Self_Id);
pragma Assert (Environment_Task.Common.State /= Master_Completion_Sleep);
Unlock (Environment_Task);
if Single_Lock then
Unlock_RTS;
end if;
Initialization.Undefer_Abort (Self_Id);
-- Return True. Actually the return value is junk, since we expect it
-- always to be ignored (see spec), but we have to return something!
return True;
end Make_Independent;
------------------
-- Make_Passive --
------------------
procedure Make_Passive (Self_ID : Task_Id; Task_Completed : Boolean) is
C : Task_Id := Self_ID;
P : Task_Id := C.Common.Parent;
Master_Completion_Phase : Integer;
begin
if P /= null then
Write_Lock (P);
end if;
Write_Lock (C);
if Task_Completed then
Self_ID.Common.State := Terminated;
if Self_ID.Awake_Count = 0 then
-- We are completing via a terminate alternative.
-- Our parent should wait in Phase 2 of Complete_Master.
Master_Completion_Phase := 2;
pragma Assert (Task_Completed);
pragma Assert (Self_ID.Terminate_Alternative);
pragma Assert (Self_ID.Alive_Count = 1);
else
-- We are NOT on a terminate alternative.
-- Our parent should wait in Phase 1 of Complete_Master.
Master_Completion_Phase := 1;
pragma Assert (Self_ID.Awake_Count >= 1);
end if;
-- We are accepting with a terminate alternative
else
if Self_ID.Open_Accepts = null then
-- Somebody started a rendezvous while we had our lock open.
-- Skip the terminate alternative.
Unlock (C);
if P /= null then
Unlock (P);
end if;
return;
end if;
Self_ID.Terminate_Alternative := True;
Master_Completion_Phase := 0;
pragma Assert (Self_ID.Terminate_Alternative);
pragma Assert (Self_ID.Awake_Count >= 1);
end if;
if Master_Completion_Phase = 2 then
-- Since our Awake_Count is zero but our Alive_Count
-- is nonzero, we have been accepting with a terminate
-- alternative, and we now have been told to terminate
-- by a completed master (in some ancestor task) that
-- is waiting (with zero Awake_Count) in Phase 2 of
-- Complete_Master.
pragma Debug (Debug.Trace (Self_ID, "Make_Passive: Phase 2", 'M'));
pragma Assert (P /= null);
C.Alive_Count := C.Alive_Count - 1;
if C.Alive_Count > 0 then
Unlock (C);
Unlock (P);
return;
end if;
-- C's count just went to zero, indicating that
-- all of C's dependents are terminated.
-- C has a parent, P.
loop
-- C's count just went to zero, indicating that all of C's
-- dependents are terminated. C has a parent, P. Notify P that
-- C and its dependents have all terminated.
P.Alive_Count := P.Alive_Count - 1;
exit when P.Alive_Count > 0;
Unlock (C);
Unlock (P);
C := P;
P := C.Common.Parent;
-- Environment task cannot have terminated yet
pragma Assert (P /= null);
Write_Lock (P);
Write_Lock (C);
end loop;
if P.Common.State = Master_Phase_2_Sleep
and then C.Master_Of_Task = P.Master_Within
then
pragma Assert (P.Common.Wait_Count > 0);
P.Common.Wait_Count := P.Common.Wait_Count - 1;
if P.Common.Wait_Count = 0 then
Wakeup (P, Master_Phase_2_Sleep);
end if;
end if;
Unlock (C);
Unlock (P);
return;
end if;
-- We are terminating in Phase 1 or Complete_Master,
-- or are accepting on a terminate alternative.
C.Awake_Count := C.Awake_Count - 1;
if Task_Completed then
C.Alive_Count := C.Alive_Count - 1;
end if;
if C.Awake_Count > 0 or else P = null then
Unlock (C);
if P /= null then
Unlock (P);
end if;
return;
end if;
-- C's count just went to zero, indicating that all of C's
-- dependents are terminated or accepting with terminate alt.
-- C has a parent, P.
loop
-- Notify P that C has gone passive
if P.Awake_Count > 0 then
P.Awake_Count := P.Awake_Count - 1;
end if;
if Task_Completed and then C.Alive_Count = 0 then
P.Alive_Count := P.Alive_Count - 1;
end if;
exit when P.Awake_Count > 0;
Unlock (C);
Unlock (P);
C := P;
P := C.Common.Parent;
if P = null then
return;
end if;
Write_Lock (P);
Write_Lock (C);
end loop;
-- P has non-passive dependents
if P.Common.State = Master_Completion_Sleep
and then C.Master_Of_Task = P.Master_Within
then
pragma Debug
(Debug.Trace
(Self_ID, "Make_Passive: Phase 1, parent waiting", 'M'));
-- If parent is in Master_Completion_Sleep, it cannot be on a
-- terminate alternative, hence it cannot have Wait_Count of zero.
pragma Assert (P.Common.Wait_Count > 0);
P.Common.Wait_Count := P.Common.Wait_Count - 1;
if P.Common.Wait_Count = 0 then
Wakeup (P, Master_Completion_Sleep);
end if;
else
pragma Debug
(Debug.Trace (Self_ID, "Make_Passive: Phase 1, parent awake", 'M'));
null;
end if;
Unlock (C);
Unlock (P);
end Make_Passive;
end System.Tasking.Utilities;
|
--
-- Copyright 2018 The wookey project team <wookey@ssi.gouv.fr>
-- - Ryad Benadjila
-- - Arnauld Michelizza
-- - Mathieu Renard
-- - Philippe Thierry
-- - Philippe Trebuchet
--
-- Licensed under the Apache License, Version 2.0 (the "License");
-- you may not use this file except in compliance with the License.
-- You may obtain a copy of the License at
--
-- http://www.apache.org/licenses/LICENSE-2.0
--
-- Unless required by applicable law or agreed to in writing, software
-- distributed under the License is distributed on an "AS IS" BASIS,
-- WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
-- See the License for the specific language governing permissions and
-- limitations under the License.
--
--
with system;
with types.c;
package soc.rcc
with spark_mode => off
is
-----------------------------------------
-- RCC clock control register (RCC_CR) --
-----------------------------------------
type t_RCC_CR is record
HSION : boolean; -- Internal high-speed clock enable
HSIRDY : boolean; -- Internal high-speed clock ready flag
Reserved_2_2 : bit;
HSITRIM : bits_5; -- Internal high-speed clock trimming
HSICAL : unsigned_8; -- Internal high-speed clock calibration
HSEON : boolean; -- HSE clock enable
HSERDY : boolean; -- HSE clock ready flag
HSEBYP : boolean; -- HSE clock bypassed (with an ext. clock)
CSSON : boolean; -- Clock security system enable
Reserved_20_23 : bits_4;
PLLON : boolean; -- Main PLL enable
PLLRDY : boolean; -- Main PLL clock ready flag
PLLI2SON : boolean; -- PLLI2S enable
PLLI2SRDY : boolean; -- PLLI2S clock ready flag
PLLSAION : boolean; -- PLLSAI enable
PLLSAIRDY : boolean; -- PLLSAI clock ready flag
Reserved_30_31 : bits_2;
end record
with volatile_full_access, size => 32;
for t_RCC_CR use record
HSION at 0 range 0 .. 0;
HSIRDY at 0 range 1 .. 1;
Reserved_2_2 at 0 range 2 .. 2;
HSITRIM at 0 range 3 .. 7;
HSICAL at 0 range 8 .. 15;
HSEON at 0 range 16 .. 16;
HSERDY at 0 range 17 .. 17;
HSEBYP at 0 range 18 .. 18;
CSSON at 0 range 19 .. 19;
Reserved_20_23 at 0 range 20 .. 23;
PLLON at 0 range 24 .. 24;
PLLRDY at 0 range 25 .. 25;
PLLI2SON at 0 range 26 .. 26;
PLLI2SRDY at 0 range 27 .. 27;
PLLSAION at 0 range 28 .. 28;
PLLSAIRDY at 0 range 29 .. 29;
Reserved_30_31 at 0 range 30 .. 31;
end record;
--------------------------------------------------
-- RCC PLL configuration register (RCC_PLLCFGR) --
--------------------------------------------------
type t_RCC_PLLCFGR is record
PLLM : bits_6;
PLLN : bits_9;
PLLP : bits_2;
PLLSRC : bit;
PLLQ : bits_4;
end record
with size => 32, volatile_full_access;
for t_RCC_PLLCFGR use record
PLLM at 0 range 0 .. 5;
PLLN at 0 range 6 .. 14;
PLLP at 0 range 16 .. 17;
PLLSRC at 0 range 22 .. 22;
PLLQ at 0 range 24 .. 27;
end record;
PLLCFGR_RESET : constant unsigned_32 := 16#2400_3010#;
-------------------------------------------------
-- RCC clock configuration register (RCC_CFGR) --
-------------------------------------------------
type t_RCC_CFGR is record
SW : bits_2; -- System clock switch
SWS : bits_2; -- System clock switch status
HPRE : bits_4; -- AHB prescaler
reserved_8_9 : bits_2;
PPRE1 : bits_3; -- APB Low speed prescaler (APB1)
PPRE2 : bits_3; -- APB high-speed prescaler (APB2)
RTCPRE : bits_5; -- HSE division factor for RTC clock
MCO1 : bits_2; -- Microcontroller clock output 1
I2SSCR : bit; -- I2S clock selection
MCO1PRE : bits_3; -- MCO1 prescaler
MCO2PRE : bits_3; -- MCO2 prescaler
MCO2 : bits_2; -- Microcontroller clock output 2
end record
with size => 32, volatile_full_access;
for t_RCC_CFGR use record
SW at 0 range 0 .. 1;
SWS at 0 range 2 .. 3;
HPRE at 0 range 4 .. 7;
reserved_8_9 at 0 range 8 .. 9;
PPRE1 at 0 range 10 .. 12;
PPRE2 at 0 range 13 .. 15;
RTCPRE at 0 range 16 .. 20;
MCO1 at 0 range 21 .. 22;
I2SSCR at 0 range 23 .. 23;
MCO1PRE at 0 range 24 .. 26;
MCO2PRE at 0 range 27 .. 29;
MCO2 at 0 range 30 .. 31;
end record;
------------------------------------------------------
-- RCC AHB1 peripheral clock register (RCC_AHB1ENR) --
------------------------------------------------------
type t_RCC_AHB1ENR is record
GPIOAEN : boolean; -- IO port A clock enable
GPIOBEN : boolean; -- IO port B clock enable
GPIOCEN : boolean; -- IO port C clock enable
GPIODEN : boolean; -- IO port D clock enable
GPIOEEN : boolean; -- IO port E clock enable
GPIOFEN : boolean; -- IO port F clock enable
GPIOGEN : boolean; -- IO port G clock enable
GPIOHEN : boolean; -- IO port H clock enable
GPIOIEN : boolean; -- IO port I clock enable
reserved_9_11 : bits_3;
CRCEN : boolean; -- CRC clock enable
reserved_13_17 : bits_5;
BKPSRAMEN : boolean; -- Backup SRAM interface clock enable
reserved_19 : bit;
CCMDATARAMEN : boolean; -- CCM data RAM clock enable
DMA1EN : boolean; -- DMA1 clock enable
DMA2EN : boolean; -- DMA2 clock enable
reserved_23_24 : bit;
ETHMACEN : boolean; -- Ethernet MAC clock enable
ETHMACTXEN : boolean; -- Ethernet Transmission clock enable
ETHMACRXEN : boolean; -- Ethernet Reception clock enable
ETHMACPTPEN : boolean; -- Ethernet PTP clock enable
OTGHSEN : boolean; -- USB OTG HS clock enable
OTGHSULPIEN : boolean; -- USB OTG HSULPI clock enable
reserved_31 : bit;
end record
with pack, size => 32, volatile_full_access;
-------------------------------------------------------------
-- RCC AHB2 peripheral clock enable register (RCC_AHB2ENR) --
-------------------------------------------------------------
type t_RCC_AHB2ENR is record
DCMIEN : boolean; -- DCMI clock enable
reserved_1_3 : bits_3;
CRYPEN : boolean; -- CRYP clock enable
HASHEN : boolean; -- HASH clock enable
RNGEN : boolean; -- RNG clock enable
OTGFSEN : boolean; -- USB OTG Full Speed clock enable
end record
with size => 32, volatile_full_access;
for t_RCC_AHB2ENR use record
DCMIEN at 0 range 0 .. 0;
reserved_1_3 at 0 range 1 .. 3;
CRYPEN at 0 range 4 .. 4;
HASHEN at 0 range 5 .. 5;
RNGEN at 0 range 6 .. 6;
OTGFSEN at 0 range 7 .. 7;
end record;
-------------------------------------------------------------
-- RCC APB1 peripheral clock enable register (RCC_APB1ENR) --
-------------------------------------------------------------
type t_RCC_APB1ENR is record
TIM2EN : boolean; -- TIM2 clock enable
TIM3EN : boolean; -- TIM3 clock enable
TIM4EN : boolean; -- TIM4 clock enable
TIM5EN : boolean; -- TIM5 clock enable
TIM6EN : boolean; -- TIM6 clock enable
TIM7EN : boolean; -- TIM7 clock enable
TIM12EN : boolean; -- TIM12 clock enable
TIM13EN : boolean; -- TIM13 clock enable
TIM14EN : boolean; -- TIM14 clock enable
reserved_9_10 : bits_2;
WWDGEN : boolean; -- Window watchdog clock enable
reserved_12_13 : bits_2;
SPI2EN : boolean; -- SPI2 clock enable
SPI3EN : boolean; -- SPI3 clock enable
reserved_16 : boolean;
USART2EN : boolean; -- USART2 clock enable
USART3EN : boolean; -- USART3 clock enable
UART4EN : boolean; -- UART4 clock enable
UART5EN : boolean; -- UART5 clock enable
I2C1EN : boolean; -- I2C1 clock enable
I2C2EN : boolean; -- I2C2 clock enable
I2C3EN : boolean; -- I2C3 clock enable
reserved_24 : bit;
CAN1EN : boolean; -- CAN 1 clock enable
CAN2EN : boolean; -- CAN 2 clock enable
reserved_27 : bit;
PWREN : boolean; -- Power interface clock enable
DACEN : boolean; -- DAC interface clock enable
UART7EN : boolean; -- UART7 clock enable
UART8EN : boolean; -- UART8 clock enable
end record
with pack, size => 32, volatile_full_access;
-------------------------------------------------------------
-- RCC APB2 peripheral clock enable register (RCC_APB2ENR) --
-------------------------------------------------------------
type t_RCC_APB2ENR is record
TIM1EN : boolean; -- TIM1 clock enable
TIM8EN : boolean; -- TIM8 clock enable
reserved_2_3 : bits_2;
USART1EN : boolean; -- USART1 clock enable
USART6EN : boolean; -- USART6 clock enable
reserved_6_7 : bits_2;
ADC1EN : boolean; -- ADC1 clock enable
ADC2EN : boolean; -- ADC2 clock enable
ADC3EN : boolean; -- ADC3 clock enable
SDIOEN : boolean; -- SDIO clock enable
SPI1EN : boolean; -- SPI1 clock enable
reserved_13 : bit;
SYSCFGEN : boolean;
-- System configuration controller clock enable
reserved_15 : bit;
TIM9EN : boolean; -- TIM9 clock enable
TIM10EN : boolean; -- TIM10 clock enable
TIM11EN : boolean; -- TIM11 clock enable
reserved_19_23 : bits_5;
reserved_24_31 : unsigned_8;
end record
with pack, size => 32, volatile_full_access;
--------------------
-- RCC peripheral --
--------------------
type t_RCC_peripheral is record
CR : t_RCC_CR;
PLLCFGR : t_RCC_PLLCFGR;
CFGR : t_RCC_CFGR;
CIR : unsigned_32;
AHB1ENR : t_RCC_AHB1ENR;
AHB2ENR : t_RCC_AHB2ENR;
APB1ENR : t_RCC_APB1ENR;
APB2ENR : t_RCC_APB2ENR;
end record
with volatile;
for t_RCC_peripheral use record
CR at 16#00# range 0 .. 31;
PLLCFGR at 16#04# range 0 .. 31;
CFGR at 16#08# range 0 .. 31;
CIR at 16#0C# range 0 .. 31;
AHB1ENR at 16#30# range 0 .. 31;
AHB2ENR at 16#34# range 0 .. 31;
APB1ENR at 16#40# range 0 .. 31;
APB2ENR at 16#44# range 0 .. 31;
end record;
RCC : t_RCC_peripheral
with
import,
volatile,
address => system'to_address(16#4002_3800#);
procedure reset
with
convention => c,
export => true,
external_name => "soc_rcc_reset";
function init
(enable_hse : in types.c.bool;
enable_pll : in types.c.bool)
return types.c.t_retval
with
convention => c,
export => true,
external_name => "soc_rcc_setsysclock";
end soc.rcc;
|
-----------------------------------------------------------------------
-- keystore-gpg_tests -- Test AKT with GPG2
-- Copyright (C) 2019, 2020 Stephane Carrez
-- Written by Stephane Carrez (Stephane.Carrez@gmail.com)
--
-- Licensed under the Apache License, Version 2.0 (the "License");
-- you may not use this file except in compliance with the License.
-- You may obtain a copy of the License at
--
-- http://www.apache.org/licenses/LICENSE-2.0
--
-- Unless required by applicable law or agreed to in writing, software
-- distributed under the License is distributed on an "AS IS" BASIS,
-- WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
-- See the License for the specific language governing permissions and
-- limitations under the License.
-----------------------------------------------------------------------
with Ada.Strings.Unbounded;
with Util.Tests;
package Keystore.GPG_Tests is
procedure Add_Tests (Suite : in Util.Tests.Access_Test_Suite);
type Test is new Util.Tests.Test with null record;
-- Test the akt keystore creation.
procedure Test_Create (T : in out Test);
-- Test the akt keystore for several users each having their own GPG key.
procedure Test_Create_Multi_User (T : in out Test);
-- Test the akt info command on the GPG protected keystore.
procedure Test_Info (T : in out Test);
-- Test the akt password-add command to add a GPG key to a keystore.
procedure Test_Add_Password (T : in out Test);
-- Test the akt password-remove command to remove a GPG key from the keystore.
procedure Test_Remove_Password (T : in out Test);
-- Test update content with store command
procedure Test_Update_File (T : in out Test);
-- Test when gpg execution fails
procedure Test_GPG_Error (T : in out Test);
procedure Execute (T : in out Test;
Command : in String;
Input : in String;
Output : in String;
Result : out Ada.Strings.Unbounded.Unbounded_String;
Status : in Natural := 0);
procedure Execute (T : in out Test;
Command : in String;
Result : out Ada.Strings.Unbounded.Unbounded_String;
Status : in Natural := 0);
procedure Execute (T : in out Test;
Command : in String;
Expect : in String;
Status : in Natural := 0);
end Keystore.GPG_Tests;
|
-----------------------------------------------------------------------
-- gen-model-packages -- Packages holding model, query representation
-- Copyright (C) 2009 - 2020 Stephane Carrez
-- Written by Stephane Carrez (Stephane.Carrez@gmail.com)
--
-- Licensed under the Apache License, Version 2.0 (the "License");
-- you may not use this file except in compliance with the License.
-- You may obtain a copy of the License at
--
-- http://www.apache.org/licenses/LICENSE-2.0
--
-- Unless required by applicable law or agreed to in writing, software
-- distributed under the License is distributed on an "AS IS" BASIS,
-- WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
-- See the License for the specific language governing permissions and
-- limitations under the License.
-----------------------------------------------------------------------
with Ada.Strings;
with Ada.Strings.Maps;
with Gen.Utils;
with Gen.Model.Enums;
with Gen.Model.Tables;
with Gen.Model.Queries;
with Gen.Model.Beans;
with Gen.Model.Operations;
with Util.Strings;
with Util.Strings.Transforms;
with Util.Log.Loggers;
package body Gen.Model.Packages is
Log : constant Util.Log.Loggers.Logger := Util.Log.Loggers.Create ("Gen.Model.Packages");
-- ------------------------------
-- Get the value identified by the name.
-- If the name cannot be found, the method should return the Null object.
-- ------------------------------
overriding
function Get_Value (From : in Package_Definition;
Name : in String) return Util.Beans.Objects.Object is
begin
if Name = "name" then
return Util.Beans.Objects.To_Object (From.Name);
elsif Name = "package" then
return Util.Beans.Objects.To_Object (From.Base_Name);
elsif Name = "tables" then
return From.Tables_Bean;
elsif Name = "enums" then
return From.Enums_Bean;
elsif Name = "queries" then
return From.Queries_Bean;
elsif Name = "beans" then
return From.Beans_Bean;
elsif Name = "usedSpecTypes" then
return From.Used_Spec;
elsif Name = "usedBodyTypes" then
return From.Used_Body;
elsif Name = "useCalendarTime" then
return Util.Beans.Objects.To_Object (From.Uses_Calendar_Time);
else
return Definition (From).Get_Value (Name);
end if;
end Get_Value;
-- ------------------------------
-- Find the type identified by the name.
-- ------------------------------
function Find_Type (From : in Package_Definition;
Name : in Unbounded_String)
return Gen.Model.Mappings.Mapping_Definition_Access is
Pos : Mappings.Cursor;
begin
if Index (Name, ".") > 0 then
Pos := From.Types.Find (Name);
if not Mappings.Mapping_Maps.Has_Element (Pos) then
return From.Model.Find_Type (Name);
end if;
else
Pos := From.Types.Find (From.Name & "." & Name);
end if;
if Mappings.Mapping_Maps.Has_Element (Pos) then
return Mappings.Mapping_Maps.Element (Pos);
else
return null;
end if;
end Find_Type;
-- ------------------------------
-- Get the model which contains all the package definitions.
-- ------------------------------
function Get_Model (From : in Package_Definition)
return Model_Definition_Access is
begin
return From.Model;
end Get_Model;
-- ------------------------------
-- Returns True if the package is a pre-defined package and must not be generated.
-- ------------------------------
function Is_Predefined (From : in Package_Definition) return Boolean is
begin
return From.Is_Predefined;
end Is_Predefined;
-- ------------------------------
-- Set the package as a pre-defined package.
-- ------------------------------
procedure Set_Predefined (From : in out Package_Definition) is
begin
From.Is_Predefined := True;
end Set_Predefined;
-- ------------------------------
-- Register the declaration of the given enum in the model.
-- ------------------------------
procedure Register_Enum (O : in out Model_Definition;
Enum : access Gen.Model.Enums.Enum_Definition'Class) is
Name : constant String := Enum.Get_Name;
begin
Log.Info ("Registering enum {0}", Name);
O.Register_Package (Enum.Pkg_Name, Enum.Package_Def);
if Enum.Package_Def.Enums.Find (Name) /= null then
raise Name_Exist with "Enum '" & Name & "' already defined";
end if;
Enum.Package_Def.Enums.Append (Enum.all'Access);
Enum.Package_Def.Types.Include (Enum.Name, Enum.all'Access);
O.Enums.Append (Enum.all'Access);
Gen.Model.Mappings.Register_Type (Enum.Get_Name, Enum.all'Access,
Gen.Model.Mappings.T_ENUM);
end Register_Enum;
-- ------------------------------
-- Register the declaration of the given table in the model.
-- ------------------------------
procedure Register_Table (O : in out Model_Definition;
Table : access Gen.Model.Tables.Table_Definition'Class) is
Name : constant String := Table.Get_Name;
begin
Log.Info ("Registering table {0}", Name);
O.Register_Package (Table.Pkg_Name, Table.Package_Def);
if Table.Package_Def.Tables.Find (Name) /= null then
raise Name_Exist with "Table '" & Name & "' already defined";
end if;
Table.Package_Def.Tables.Append (Table.all'Access);
Table.Package_Def.Types.Include (Table.Name, Table.all'Access);
if O.Is_Generation_Enabled (Ada.Strings.Unbounded.To_String (Table.Pkg_Name)) then
O.Tables.Append (Table.all'Access);
end if;
end Register_Table;
-- ------------------------------
-- Register the declaration of the given query in the model.
-- ------------------------------
procedure Register_Query (O : in out Model_Definition;
Table : access Gen.Model.Queries.Query_File_Definition'Class) is
begin
O.Register_Package (Table.Pkg_Name, Table.Package_Def);
Table.Package_Def.Queries.Append (Table.all'Access);
O.Queries.Append (Table.all'Access);
end Register_Query;
-- ------------------------------
-- Register the declaration of the given bean in the model.
-- ------------------------------
procedure Register_Bean (O : in out Model_Definition;
Bean : access Gen.Model.Beans.Bean_Definition'Class) is
begin
O.Register_Package (Bean.Pkg_Name, Bean.Package_Def);
Bean.Package_Def.Beans.Append (Bean.all'Access);
Bean.Package_Def.Types.Include (Bean.Name, Bean.all'Access);
O.Queries.Append (Bean.all'Access);
end Register_Bean;
-- ------------------------------
-- Register or find the package knowing its name
-- ------------------------------
procedure Register_Package (O : in out Model_Definition;
Name : in Unbounded_String;
Result : out Package_Definition_Access) is
Pkg : constant String := Util.Strings.Transforms.To_Upper_Case (To_String (Name));
Key : constant Unbounded_String := To_Unbounded_String (Pkg);
Pos : constant Package_Map.Cursor := O.Packages.Find (Key);
begin
if not Package_Map.Has_Element (Pos) then
declare
Map : Ada.Strings.Maps.Character_Mapping;
Base_Name : Unbounded_String;
begin
Map := Ada.Strings.Maps.To_Mapping (From => ".", To => "-");
Base_Name := Translate (Name, Map);
Result := new Package_Definition;
Result.Set_Name (Name);
Result.Model := O'Unchecked_Access;
Result.Tables_Bean := Util.Beans.Objects.To_Object (Result.Tables'Access,
Util.Beans.Objects.STATIC);
Util.Strings.Transforms.To_Lower_Case (To_String (Base_Name),
Result.Base_Name);
O.Packages.Insert (Key, Result);
Log.Debug ("Ada package '{0}' registered", Name);
end;
else
Result := Package_Map.Element (Pos);
end if;
end Register_Package;
-- ------------------------------
-- Returns True if the model contains at least one package.
-- ------------------------------
function Has_Packages (O : in Model_Definition) return Boolean is
begin
return not O.Packages.Is_Empty;
end Has_Packages;
-- ------------------------------
-- Enable the generation of the Ada package given by the name. By default all the Ada
-- packages found in the model are generated. When called, this enables the generation
-- only for the Ada packages registered here.
-- ------------------------------
procedure Enable_Package_Generation (Model : in out Model_Definition;
Name : in String) is
begin
Model.Gen_Packages.Include (Util.Strings.Transforms.To_Upper_Case (Name));
end Enable_Package_Generation;
-- ------------------------------
-- Returns True if the generation is enabled for the given package name.
-- ------------------------------
function Is_Generation_Enabled (Model : in Model_Definition;
Name : in String) return Boolean is
Upper_Name : constant String := Util.Strings.Transforms.To_Upper_Case (Name);
Key : constant Unbounded_String := To_Unbounded_String (Upper_Name);
begin
return not Model.Packages.Element (Key).Is_Predefined
and (Model.Gen_Packages.Is_Empty or Model.Gen_Packages.Contains (Upper_Name));
end Is_Generation_Enabled;
-- ------------------------------
-- Iterate over the model tables.
-- ------------------------------
procedure Iterate_Tables (Model : in Model_Definition;
Process : not null access
procedure (Item : in out Tables.Table_Definition)) is
procedure Process_Definition (Item : in Definition_Access);
procedure Process_Definition (Item : in Definition_Access) is
begin
Process (Tables.Table_Definition (Item.all));
end Process_Definition;
begin
Model.Tables.Iterate (Process_Definition'Access);
end Iterate_Tables;
-- ------------------------------
-- Iterate over the model enums.
-- ------------------------------
procedure Iterate_Enums (Model : in Model_Definition;
Process : not null access
procedure (Item : in out Enums.Enum_Definition)) is
procedure Process_Definition (Item : in Definition_Access);
procedure Process_Definition (Item : in Definition_Access) is
begin
Process (Enums.Enum_Definition (Item.all));
end Process_Definition;
begin
Model.Enums.Iterate (Process_Definition'Access);
end Iterate_Enums;
-- ------------------------------
-- Prepare the generation of the package:
-- o identify the column types which are used
-- o build a list of package for the with clauses.
-- ------------------------------
overriding
procedure Prepare (O : in out Package_Definition) is
use Gen.Model.Tables;
procedure Prepare_Operations (List : in Operation_List.List_Definition);
procedure Prepare_Table (Table : in Table_Definition_Access);
procedure Prepare_Definition (Def : in Definition_Access);
procedure Collect_Dependencies (Table : in Definition_Access);
procedure Set_Used_Packages (Into : in out List_Object;
Used_Types : in Gen.Utils.String_Set.Set);
Used_Spec_Types : Gen.Utils.String_Set.Set;
Used_Body_Types : Gen.Utils.String_Set.Set;
-- ------------------------------
-- Look at the operations used to add the necessary with clauses for parameters.
-- ------------------------------
procedure Prepare_Operations (List : in Tables.Operation_List.List_Definition) is
use type Operations.Operation_Type;
Iter : Operation_List.Cursor := List.First;
begin
while Operation_List.Has_Element (Iter) loop
case Operation_List.Element (Iter).Get_Type is
when Operations.UNKNOWN =>
null;
when Operations.ASF_ACTION =>
Used_Spec_Types.Include (To_Unbounded_String ("Util.Beans.Methods"));
Used_Body_Types.Include (To_Unbounded_String ("ASF.Events.Faces.Actions"));
when Operations.ASF_UPLOAD =>
Used_Spec_Types.Include (To_Unbounded_String ("Util.Beans.Methods"));
Used_Spec_Types.Include (To_Unbounded_String ("ASF.Parts"));
Used_Body_Types.Include (To_Unbounded_String ("ASF.Parts.Upload_Method"));
when Operations.AWA_EVENT =>
Used_Spec_Types.Include (To_Unbounded_String ("Util.Beans.Methods"));
Used_Spec_Types.Include (To_Unbounded_String ("AWA.Events"));
Used_Body_Types.Include (To_Unbounded_String ("AWA.Events.Action_Method"));
end case;
Operation_List.Next (Iter);
end loop;
end Prepare_Operations;
procedure Prepare_Table (Table : in Table_Definition_Access) is
C : Column_List.Cursor := Table.Members.First;
begin
Table.Prepare;
-- Walk the columns to get their type.
while Column_List.Has_Element (C) loop
declare
use type Model.Mappings.Basic_Type;
use type Model.Mappings.Mapping_Definition_Access;
Col : constant Column_Definition_Access := Column_List.Element (C);
T : constant Model.Mappings.Mapping_Definition_Access := Col.Get_Type_Mapping;
Name : constant String := To_String (Col.Type_Name);
Pkg : constant String := Gen.Utils.Get_Package_Name (Name);
begin
if T = null then
Log.Error ("Column {0} has null type in table {1} - type is name {2}",
Col.Get_Name, Table.Get_Name, Name);
else
case T.Kind is
when Model.Mappings.T_DATE =>
O.Uses_Calendar_Time := True;
when Model.Mappings.T_ENUM | Model.Mappings.T_BEAN | Model.Mappings.T_TABLE =>
if Pkg'Length > 0 and Pkg /= O.Name and not Col.Use_Foreign_Key_Type then
Used_Spec_Types.Include (To_Unbounded_String (Pkg));
end if;
when others =>
if T.Kind /= Model.Mappings.T_DATE
and (Name = "Date" or Name = "DateTime" or Name = "Time")
then
Log.Error ("Date type {0} is invalid in table {1} - type is name {2}",
Model.Mappings.Basic_Type'Image (T.Kind), Table.Get_Name,
Name);
end if;
end case;
end if;
end;
Column_List.Next (C);
end loop;
Prepare_Operations (Table.Operations);
-- If the table is using serialization, add the Serializable.IO package.
if Table.Is_Serializable then
Used_Spec_Types.Include (To_Unbounded_String ("Util.Serialize.IO"));
Used_Body_Types.Include (To_Unbounded_String ("ADO.Utils.Serialize"));
end if;
if Table.Is_Auditable then
Used_Spec_Types.Include (To_Unbounded_String ("ADO.Audits"));
end if;
end Prepare_Table;
procedure Prepare_Definition (Def : in Definition_Access) is
begin
if Def.all in Table_Definition'Class then
Prepare_Table (Table_Definition_Access (Def));
else
Def.Prepare;
end if;
end Prepare_Definition;
procedure Collect_Dependencies (Table : in Definition_Access) is
begin
if Table.all in Table_Definition'Class then
Table_Definition'Class (Table.all).Collect_Dependencies;
end if;
end Collect_Dependencies;
procedure Set_Used_Packages (Into : in out List_Object;
Used_Types : in Gen.Utils.String_Set.Set) is
P : Gen.Utils.String_Set.Cursor := Used_Types.First;
begin
while Gen.Utils.String_Set.Has_Element (P) loop
declare
Name : constant Unbounded_String := Gen.Utils.String_Set.Element (P);
begin
Log.Info ("with {0}", Name);
Into.Values.Append (Util.Beans.Objects.To_Object (Name));
end;
Gen.Utils.String_Set.Next (P);
end loop;
end Set_Used_Packages;
begin
Log.Info ("Preparing package {0}", O.Name);
O.Used_Spec_Types.Row := 0;
O.Used_Spec_Types.Values.Clear;
O.Used_Body_Types.Row := 0;
O.Used_Body_Types.Values.Clear;
O.Uses_Calendar_Time := False;
O.Enums.Sort;
O.Queries.Sort;
O.Enums.Iterate (Process => Prepare_Definition'Access);
O.Tables.Iterate (Process => Prepare_Definition'Access);
O.Queries.Iterate (Process => Prepare_Definition'Access);
O.Beans.Iterate (Process => Prepare_Definition'Access);
-- Collect the table dependencies and sort the tables so that tables that depend on
-- others are processed at the end.
O.Tables.Iterate (Process => Collect_Dependencies'Access);
Dependency_Sort (O.Tables);
Set_Used_Packages (O.Used_Spec_Types, Used_Spec_Types);
Set_Used_Packages (O.Used_Body_Types, Used_Body_Types);
end Prepare;
-- ------------------------------
-- Validate the definition by checking and reporting problems to the logger interface.
-- ------------------------------
overriding
procedure Validate (Def : in out Package_Definition;
Log : in out Util.Log.Logging'Class) is
procedure Validate_Definition (Def : in Definition_Access);
procedure Validate_Definition (Def : in Definition_Access) is
begin
Def.Validate (Log);
end Validate_Definition;
begin
Def.Tables.Iterate (Process => Validate_Definition'Access);
Def.Beans.Iterate (Process => Validate_Definition'Access);
end Validate;
-- ------------------------------
-- Initialize the package instance
-- ------------------------------
overriding
procedure Initialize (O : in out Package_Definition) is
use Util.Beans.Objects;
begin
O.Enums_Bean := Util.Beans.Objects.To_Object (O.Enums'Unchecked_Access, STATIC);
O.Tables_Bean := Util.Beans.Objects.To_Object (O.Tables'Unchecked_Access, STATIC);
O.Queries_Bean := Util.Beans.Objects.To_Object (O.Queries'Unchecked_Access, STATIC);
O.Beans_Bean := Util.Beans.Objects.To_Object (O.Beans'Unchecked_Access, STATIC);
O.Used_Spec := Util.Beans.Objects.To_Object (O.Used_Spec_Types'Unchecked_Access, STATIC);
O.Used_Body := Util.Beans.Objects.To_Object (O.Used_Body_Types'Unchecked_Access, STATIC);
end Initialize;
-- ------------------------------
-- Get the number of elements in the list.
-- ------------------------------
overriding
function Get_Count (From : List_Object) return Natural is
begin
Log.Debug ("Length {0}", Natural'Image (Natural (From.Values.Length)));
return Natural (From.Values.Length);
end Get_Count;
-- ------------------------------
-- Set the current row index. Valid row indexes start at 1.
-- ------------------------------
overriding
procedure Set_Row_Index (From : in out List_Object;
Index : in Natural) is
begin
Log.Debug ("Setting row {0}", Natural'Image (Index));
From.Row := Index;
end Set_Row_Index;
-- ------------------------------
-- Get the element at the current row index.
-- ------------------------------
overriding
function Get_Row (From : List_Object) return Util.Beans.Objects.Object is
begin
Log.Debug ("Getting row {0}", Natural'Image (From.Row));
return From.Values.Element (From.Row);
end Get_Row;
-- ------------------------------
-- Get the value identified by the name.
-- If the name cannot be found, the method should return the Null object.
-- ------------------------------
overriding
function Get_Value (From : in List_Object;
Name : in String) return Util.Beans.Objects.Object is
pragma Unreferenced (From);
pragma Unreferenced (Name);
begin
return Util.Beans.Objects.Null_Object;
end Get_Value;
-- ------------------------------
-- Get the value identified by the name.
-- If the name cannot be found, the method should return the Null object.
-- ------------------------------
overriding
function Get_Value (From : in Model_Definition;
Name : in String) return Util.Beans.Objects.Object is
begin
if Name = "tables" then
return From.Tables_Bean;
elsif Name = "dirname" then
return Util.Beans.Objects.To_Object (From.Dir_Name);
else
return Definition (From).Get_Value (Name);
end if;
end Get_Value;
-- ------------------------------
-- Set the directory name associated with the model. This directory name allows to
-- save and build a model in separate directories for the application, the unit tests
-- and others.
-- ------------------------------
procedure Set_Dirname (O : in out Model_Definition;
Target_Dir : in String;
Model_Dir : in String) is
begin
O.Dir_Name := To_Unbounded_String (Target_Dir);
O.DB_Name := To_Unbounded_String (Model_Dir);
end Set_Dirname;
-- ------------------------------
-- Get the directory name associated with the model.
-- ------------------------------
function Get_Dirname (O : in Model_Definition) return String is
begin
return To_String (O.Dir_Name);
end Get_Dirname;
-- ------------------------------
-- Get the directory name which contains the model.
-- ------------------------------
function Get_Model_Directory (O : in Model_Definition) return String is
begin
return To_String (O.DB_Name);
end Get_Model_Directory;
-- ------------------------------
-- Initialize the model definition instance.
-- ------------------------------
overriding
procedure Initialize (O : in out Model_Definition) is
T : constant Util.Beans.Basic.Readonly_Bean_Access := O.Tables'Unchecked_Access;
begin
O.Tables_Bean := Util.Beans.Objects.To_Object (T, Util.Beans.Objects.STATIC);
O.Dir_Name := To_Unbounded_String ("src");
end Initialize;
-- ------------------------------
-- Prepare the generation of the package:
-- o identify the column types which are used
-- o build a list of package for the with clauses.
-- ------------------------------
overriding
procedure Prepare (O : in out Model_Definition) is
begin
for P of O.Packages loop
P.Prepare;
end loop;
O.Tables.Sort;
end Prepare;
-- ------------------------------
-- Validate the definition by checking and reporting problems to the logger interface.
-- ------------------------------
overriding
procedure Validate (Def : in out Model_Definition;
Log : in out Util.Log.Logging'Class) is
begin
for P of Def.Packages loop
P.Validate (Log);
end loop;
end Validate;
-- ------------------------------
-- Get the first package of the model definition.
-- ------------------------------
function First (From : Model_Definition) return Package_Cursor is
begin
return From.Packages.First;
end First;
-- ------------------------------
-- Register a type mapping. The <b>From</b> type describes a type in the XML
-- configuration files (hibernate, query, ...) and the <b>To</b> represents the
-- corresponding Ada type.
-- ------------------------------
procedure Register_Type (O : in out Model_Definition;
From : in String;
To : in String) is
begin
null;
end Register_Type;
-- ------------------------------
-- Returns False if the <tt>Left</tt> table does not depend on <tt>Right</tt>.
-- Returns True if the <tt>Left</tt> table depends on the <tt>Right</tt> table.
-- ------------------------------
function Dependency_Compare (Left, Right : in Definition_Access) return Boolean is
use Gen.Model.Tables;
T_Left : constant Table_Definition_Access := Table_Definition'Class (Left.all)'Access;
T_Right : constant Table_Definition_Access := Table_Definition'Class (Right.all)'Access;
begin
Log.Info ("Table {0} and {1} do not depend on each other",
To_String (Left.Name), To_String (Right.Name));
case Gen.Model.Tables.Depends_On (T_Left, T_Right) is
when FORWARD =>
return False;
when BACKWARD =>
return True;
when others =>
-- Two tables that don't depend on each other are sorted on their name.
return Left.Name < Right.Name;
end case;
end Dependency_Compare;
-- ------------------------------
-- Find the type identified by the name.
-- ------------------------------
function Find_Type (From : in Model_Definition;
Name : in Unbounded_String)
return Gen.Model.Mappings.Mapping_Definition_Access is
N : constant Natural := Ada.Strings.Unbounded.Index (Name, ".", Ada.Strings.Backward);
L : constant Natural := Ada.Strings.Unbounded.Length (Name);
begin
if N = 0 then
return null;
end if;
declare
Pkg_Name : constant String := Ada.Strings.Unbounded.Slice (Name, 1, N - 1);
Base_Name : constant String := Ada.Strings.Unbounded.Slice (Name, N + 1, L);
Key : constant String := Util.Strings.Transforms.To_Upper_Case (Pkg_Name);
Pos : constant Package_Map.Cursor := From.Packages.Find (To_Unbounded_String (Key));
begin
if Package_Map.Has_Element (Pos) then
return Package_Map.Element (Pos).Find_Type (To_Unbounded_String (Base_Name));
else
return null;
end if;
end;
end Find_Type;
end Gen.Model.Packages;
|
with Ada.Finalization;
with Interfaces; use Interfaces;
package My_Class is
type Object is
new Ada.Finalization.Limited_Controlled with private;
overriding
procedure Initialize (O : in out Object);
overriding
procedure Finalize (O : in out Object);
procedure Write (O : in Object);
-- write the object?
private
type Buffer is array (Positive range <>) of Unsigned_32;
type Buffer_Ptr is access Buffer;
type Object is
new Ada.Finalization.Limited_Controlled
with record
A : Buffer_Ptr;
end record;
end My_Class;
|
------------------------------------------------------------------------------
-- --
-- GNAT RUN-TIME COMPONENTS --
-- --
-- A D A . T A G S --
-- --
-- S p e c --
-- --
-- Copyright (C) 1992-2020, Free Software Foundation, Inc. --
-- --
-- This specification is derived from the Ada Reference Manual for use with --
-- GNAT. The copyright notice above, and the license provisions that follow --
-- apply solely to the contents of the part following the private keyword. --
-- --
-- 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- --
-- ware Foundation; either version 3, or (at your option) any later ver- --
-- sion. GNAT is distributed in the hope that it will be useful, but WITH- --
-- OUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY --
-- or FITNESS FOR A PARTICULAR PURPOSE. --
-- --
-- As a special exception under Section 7 of GPL version 3, you are granted --
-- additional permissions described in the GCC Runtime Library Exception, --
-- version 3.1, as published by the Free Software Foundation. --
-- --
-- You should have received a copy of the GNU General Public License and --
-- a copy of the GCC Runtime Library Exception along with this program; --
-- see the files COPYING3 and COPYING.RUNTIME respectively. If not, see --
-- <http://www.gnu.org/licenses/>. --
-- --
-- GNAT was originally developed by the GNAT team at New York University. --
-- Extensive contributions were provided by Ada Core Technologies Inc. --
-- --
------------------------------------------------------------------------------
-- For performance analysis, take into account that the operations in this
-- package provide the guarantee that all dispatching calls on primitive
-- operations of tagged types and interfaces take constant time (in terms
-- of source lines executed), that is to say, the cost of these calls is
-- independent of the number of primitives of the type or interface, and
-- independent of the number of ancestors or interface progenitors that a
-- tagged type may have.
-- The following subprograms of the public part of this package take constant
-- time (in terms of source lines executed):
-- Expanded_Name, Wide_Expanded_Name, Wide_Wide_Expanded_Name, External_Tag,
-- Is_Abstract, Is_Descendant_At_Same_Level, Parent_Tag,
-- Descendant_Tag (when used with a library-level tagged type),
-- Internal_Tag (when used with a library-level tagged type).
-- The following subprograms of the public part of this package execute in
-- time that is not constant (in terms of sources line executed):
-- Internal_Tag (when used with a locally defined tagged type), because in
-- such cases this routine processes the external tag, extracts from it an
-- address available there, and converts it into the tag value returned by
-- this function. The number of instructions executed is not constant since
-- it depends on the length of the external tag string.
-- Descendant_Tag (when used with a locally defined tagged type), because
-- it relies on the subprogram Internal_Tag() to provide its functionality.
-- Interface_Ancestor_Tags, because this function returns a table whose
-- length depends on the number of interfaces covered by a tagged type.
with System.Storage_Elements;
package Ada.Tags is
pragma Preelaborate;
-- In accordance with Ada 2005 AI-362
type Tag is private;
pragma Preelaborable_Initialization (Tag);
No_Tag : constant Tag;
function Expanded_Name (T : Tag) return String;
function Wide_Expanded_Name (T : Tag) return Wide_String;
pragma Ada_05 (Wide_Expanded_Name);
function Wide_Wide_Expanded_Name (T : Tag) return Wide_Wide_String;
pragma Ada_05 (Wide_Wide_Expanded_Name);
function External_Tag (T : Tag) return String;
function Internal_Tag (External : String) return Tag;
function Descendant_Tag
(External : String;
Ancestor : Tag) return Tag;
pragma Ada_05 (Descendant_Tag);
function Is_Descendant_At_Same_Level
(Descendant : Tag;
Ancestor : Tag) return Boolean;
pragma Ada_05 (Is_Descendant_At_Same_Level);
function Parent_Tag (T : Tag) return Tag;
pragma Ada_05 (Parent_Tag);
type Tag_Array is array (Positive range <>) of Tag;
function Interface_Ancestor_Tags (T : Tag) return Tag_Array;
pragma Ada_05 (Interface_Ancestor_Tags);
function Is_Abstract (T : Tag) return Boolean;
pragma Ada_2012 (Is_Abstract);
Tag_Error : exception;
private
-- Structure of the GNAT Primary Dispatch Table
-- +--------------------+
-- | Signature |
-- +--------------------+
-- | Tagged_Kind |
-- +--------------------+ Predef Prims
-- | Predef_Prims -----------------------------> +------------+
-- +--------------------+ | table of |
-- | Offset_To_Top | | predefined |
-- +--------------------+ | primitives |
-- |Typeinfo_Ptr/TSD_Ptr---> Type Specific Data +------------+
-- Tag ---> +--------------------+ +-------------------+
-- | table of | | inheritance depth |
-- : primitive ops : +-------------------+
-- | pointers | | access level |
-- +--------------------+ +-------------------+
-- | alignment |
-- +-------------------+
-- | expanded name |
-- +-------------------+
-- | external tag |
-- +-------------------+
-- | hash table link |
-- +-------------------+
-- | transportable |
-- +-------------------+
-- | is_abstract |
-- +-------------------+
-- | needs finalization|
-- +-------------------+
-- | Ifaces_Table ---> Interface Data
-- +-------------------+ +------------+
-- Select Specific Data <---- SSD | | Nb_Ifaces |
-- +------------------+ +-------------------+ +------------+
-- |table of primitive| | table of | | table |
-- : operation : : ancestor : : of :
-- | kinds | | tags | | interfaces |
-- +------------------+ +-------------------+ +------------+
-- |table of |
-- : entry :
-- | indexes |
-- +------------------+
-- Structure of the GNAT Secondary Dispatch Table
-- +--------------------+
-- | Signature |
-- +--------------------+
-- | Tagged_Kind |
-- +--------------------+ Predef Prims
-- | Predef_Prims -----------------------------> +------------+
-- +--------------------+ | table of |
-- | Offset_To_Top | | predefined |
-- +--------------------+ | primitives |
-- | OSD_Ptr |---> Object Specific Data | thunks |
-- Tag ---> +--------------------+ +---------------+ +------------+
-- | table of | | num prim ops |
-- : primitive op : +---------------+
-- | thunk pointers | | table of |
-- +--------------------+ + primitive |
-- | op offsets |
-- +---------------+
-- The runtime information kept for each tagged type is separated into two
-- objects: the Dispatch Table and the Type Specific Data record.
package SSE renames System.Storage_Elements;
subtype Cstring is String (Positive);
type Cstring_Ptr is access all Cstring;
pragma No_Strict_Aliasing (Cstring_Ptr);
-- Declarations for the table of interfaces
type Offset_To_Top_Function_Ptr is
access function (This : System.Address) return SSE.Storage_Offset;
-- Type definition used to call the function that is generated by the
-- expander in case of tagged types with discriminants that have secondary
-- dispatch tables. This function provides the Offset_To_Top value in this
-- specific case.
type Interface_Data_Element is record
Iface_Tag : Tag;
Static_Offset_To_Top : Boolean;
Offset_To_Top_Value : SSE.Storage_Offset;
Offset_To_Top_Func : Offset_To_Top_Function_Ptr;
Secondary_DT : Tag;
end record;
-- If some ancestor of the tagged type has discriminants the field
-- Static_Offset_To_Top is False and the field Offset_To_Top_Func
-- is used to store the access to the function generated by the
-- expander which provides this value; otherwise Static_Offset_To_Top
-- is True and such value is stored in the Offset_To_Top_Value field.
-- Secondary_DT references a secondary dispatch table whose contents
-- are pointers to the primitives of the tagged type that cover the
-- interface primitives. Secondary_DT gives support to dispatching
-- calls through interface types associated with Generic Dispatching
-- Constructors.
type Interfaces_Array is array (Natural range <>) of Interface_Data_Element;
type Interface_Data (Nb_Ifaces : Positive) is record
Ifaces_Table : Interfaces_Array (1 .. Nb_Ifaces);
end record;
type Interface_Data_Ptr is access all Interface_Data;
-- Table of abstract interfaces used to give support to backward interface
-- conversions and also to IW_Membership.
-- Primitive operation kinds. These values differentiate the kinds of
-- callable entities stored in the dispatch table. Certain kinds may
-- not be used, but are added for completeness.
type Prim_Op_Kind is
(POK_Function,
POK_Procedure,
POK_Protected_Entry,
POK_Protected_Function,
POK_Protected_Procedure,
POK_Task_Entry,
POK_Task_Function,
POK_Task_Procedure);
-- Select specific data types
type Select_Specific_Data_Element is record
Index : Positive;
Kind : Prim_Op_Kind;
end record;
type Select_Specific_Data_Array is
array (Positive range <>) of Select_Specific_Data_Element;
type Select_Specific_Data (Nb_Prim : Positive) is record
SSD_Table : Select_Specific_Data_Array (1 .. Nb_Prim);
-- NOTE: Nb_Prim is the number of non-predefined primitive operations
end record;
type Select_Specific_Data_Ptr is access all Select_Specific_Data;
-- A table used to store the primitive operation kind and entry index of
-- primitive subprograms of a type that implements a limited interface.
-- The Select Specific Data table resides in the Type Specific Data of a
-- type. This construct is used in the handling of dispatching triggers
-- in select statements.
type Prim_Ptr is access procedure;
type Address_Array is array (Positive range <>) of Prim_Ptr;
subtype Dispatch_Table is Address_Array (1 .. 1);
-- Used by GDB to identify the _tags and traverse the run-time structure
-- associated with tagged types. For compatibility with older versions of
-- gdb, its name must not be changed.
type Tag is access all Dispatch_Table;
pragma No_Strict_Aliasing (Tag);
type Interface_Tag is access all Dispatch_Table;
No_Tag : constant Tag := null;
-- The expander ensures that Tag objects reference the Prims_Ptr component
-- of the wrapper.
type Tag_Ptr is access all Tag;
pragma No_Strict_Aliasing (Tag_Ptr);
type Offset_To_Top_Ptr is access all SSE.Storage_Offset;
pragma No_Strict_Aliasing (Offset_To_Top_Ptr);
type Tag_Table is array (Natural range <>) of Tag;
type Size_Ptr is
access function (A : System.Address) return Long_Long_Integer;
type Type_Specific_Data (Idepth : Natural) is record
-- The discriminant Idepth is the Inheritance Depth Level: Used to
-- implement the membership test associated with single inheritance of
-- tagged types in constant-time. It also indicates the size of the
-- Tags_Table component.
Access_Level : Natural;
-- Accessibility level required to give support to Ada 2005 nested type
-- extensions. This feature allows safe nested type extensions by
-- shifting the accessibility checks to certain operations, rather than
-- being enforced at the type declaration. In particular, by performing
-- run-time accessibility checks on class-wide allocators, class-wide
-- function return, and class-wide stream I/O, the danger of objects
-- outliving their type declaration can be eliminated (Ada 2005: AI-344)
Alignment : Natural;
Expanded_Name : Cstring_Ptr;
External_Tag : Cstring_Ptr;
HT_Link : Tag_Ptr;
-- Components used to support to the Ada.Tags subprograms in RM 3.9
-- Note: Expanded_Name is referenced by GDB to determine the actual name
-- of the tagged type. Its requirements are: 1) it must have this exact
-- name, and 2) its contents must point to a C-style Nul terminated
-- string containing its expanded name. GDB has no requirement on a
-- given position inside the record.
Transportable : Boolean;
-- Used to check RM E.4(18), set for types that satisfy the requirements
-- for being used in remote calls as actuals for classwide formals or as
-- return values for classwide functions.
Is_Abstract : Boolean;
-- True if the type is abstract (Ada 2012: AI05-0173)
Needs_Finalization : Boolean;
-- Used to dynamically check whether an object is controlled or not
Size_Func : Size_Ptr;
-- Pointer to the subprogram computing the _size of the object. Used by
-- the run-time whenever a call to the 'size primitive is required. We
-- cannot assume that the contents of dispatch tables are addresses
-- because in some architectures the ABI allows descriptors.
Interfaces_Table : Interface_Data_Ptr;
-- Pointer to the table of interface tags. It is used to implement the
-- membership test associated with interfaces and also for backward
-- abstract interface type conversions (Ada 2005:AI-251)
SSD : Select_Specific_Data_Ptr;
-- Pointer to a table of records used in dispatching selects. This field
-- has a meaningful value for all tagged types that implement a limited,
-- protected, synchronized or task interfaces and have non-predefined
-- primitive operations.
Tags_Table : Tag_Table (0 .. Idepth);
-- Table of ancestor tags. Its size actually depends on the inheritance
-- depth level of the tagged type.
end record;
type Type_Specific_Data_Ptr is access all Type_Specific_Data;
pragma No_Strict_Aliasing (Type_Specific_Data_Ptr);
-- Declarations for the dispatch table record
type Signature_Kind is
(Unknown,
Primary_DT,
Secondary_DT);
-- Tagged type kinds with respect to concurrency and limitedness
type Tagged_Kind is
(TK_Abstract_Limited_Tagged,
TK_Abstract_Tagged,
TK_Limited_Tagged,
TK_Protected,
TK_Tagged,
TK_Task);
type Dispatch_Table_Wrapper (Num_Prims : Natural) is record
Signature : Signature_Kind;
Tag_Kind : Tagged_Kind;
Predef_Prims : System.Address;
-- Pointer to the dispatch table of predefined Ada primitives
-- According to the C++ ABI the components Offset_To_Top and TSD are
-- stored just "before" the dispatch table, and they are referenced with
-- negative offsets referring to the base of the dispatch table. The
-- _Tag (or the VTable_Ptr in C++ terminology) must point to the base
-- of the virtual table, just after these components, to point to the
-- Prims_Ptr table.
Offset_To_Top : SSE.Storage_Offset;
-- Offset between the _Tag field and the field that contains the
-- reference to this dispatch table. For primary dispatch tables it is
-- zero. For secondary dispatch tables: if the parent record type (if
-- any) has a compile-time-known size, then Offset_To_Top contains the
-- expected value, otherwise it contains SSE.Storage_Offset'Last and the
-- actual offset is to be found in the tagged record, right after the
-- field that contains the reference to this dispatch table. See the
-- implementation of Ada.Tags.Offset_To_Top for the corresponding logic.
TSD : System.Address;
Prims_Ptr : aliased Address_Array (1 .. Num_Prims);
-- The size of the Prims_Ptr array actually depends on the tagged type
-- to which it applies. For each tagged type, the expander computes the
-- actual array size, allocating the Dispatch_Table record accordingly.
end record;
type Dispatch_Table_Ptr is access all Dispatch_Table_Wrapper;
pragma No_Strict_Aliasing (Dispatch_Table_Ptr);
-- The following type declaration is used by the compiler when the program
-- is compiled with restriction No_Dispatching_Calls. It is also used with
-- interface types to generate the tag and run-time information associated
-- with them.
type No_Dispatch_Table_Wrapper is record
NDT_TSD : System.Address;
NDT_Prims_Ptr : Natural;
end record;
DT_Predef_Prims_Size : constant SSE.Storage_Count :=
SSE.Storage_Count
(1 * (Standard'Address_Size /
System.Storage_Unit));
-- Size of the Predef_Prims field of the Dispatch_Table
DT_Offset_To_Top_Size : constant SSE.Storage_Count :=
SSE.Storage_Count
(1 * (Standard'Address_Size /
System.Storage_Unit));
-- Size of the Offset_To_Top field of the Dispatch Table
DT_Typeinfo_Ptr_Size : constant SSE.Storage_Count :=
SSE.Storage_Count
(1 * (Standard'Address_Size /
System.Storage_Unit));
-- Size of the Typeinfo_Ptr field of the Dispatch Table
use type System.Storage_Elements.Storage_Offset;
DT_Offset_To_Top_Offset : constant SSE.Storage_Count :=
DT_Typeinfo_Ptr_Size
+ DT_Offset_To_Top_Size;
DT_Predef_Prims_Offset : constant SSE.Storage_Count :=
DT_Typeinfo_Ptr_Size
+ DT_Offset_To_Top_Size
+ DT_Predef_Prims_Size;
-- Offset from Prims_Ptr to Predef_Prims component
-- Object Specific Data record of secondary dispatch tables
type Object_Specific_Data_Array is array (Positive range <>) of Positive;
type Object_Specific_Data (OSD_Num_Prims : Positive) is record
OSD_Table : Object_Specific_Data_Array (1 .. OSD_Num_Prims);
-- Table used in secondary DT to reference their counterpart in the
-- select specific data (in the TSD of the primary DT). This construct
-- is used in the handling of dispatching triggers in select statements.
-- Nb_Prim is the number of non-predefined primitive operations.
end record;
type Object_Specific_Data_Ptr is access all Object_Specific_Data;
pragma No_Strict_Aliasing (Object_Specific_Data_Ptr);
-- The following subprogram specifications are placed here instead of the
-- package body to see them from the frontend through rtsfind.
function Base_Address (This : System.Address) return System.Address;
-- Ada 2005 (AI-251): Displace "This" to point to the base address of the
-- object (that is, the address of the primary tag of the object).
procedure Check_TSD (TSD : Type_Specific_Data_Ptr);
-- Ada 2012 (AI-113): Raise Program_Error if the external tag of this TSD
-- is the same as the external tag for some other tagged type declaration.
function Displace (This : System.Address; T : Tag) return System.Address;
-- Ada 2005 (AI-251): Displace "This" to point to the secondary dispatch
-- table of T.
function Secondary_Tag (T, Iface : Tag) return Tag;
-- Ada 2005 (AI-251): Given a primary tag T associated with a tagged type
-- Typ, search for the secondary tag of the interface type Iface covered
-- by Typ.
function DT (T : Tag) return Dispatch_Table_Ptr;
-- Return the pointer to the TSD record associated with T
function Get_Entry_Index (T : Tag; Position : Positive) return Positive;
-- Ada 2005 (AI-251): Return a primitive operation's entry index (if entry)
-- given a dispatch table T and a position of a primitive operation in T.
function Get_Offset_Index
(T : Tag;
Position : Positive) return Positive;
-- Ada 2005 (AI-251): Given a pointer to a secondary dispatch table (T)
-- and a position of an operation in the DT, retrieve the corresponding
-- operation's position in the primary dispatch table from the Offset
-- Specific Data table of T.
function Get_Prim_Op_Kind
(T : Tag;
Position : Positive) return Prim_Op_Kind;
-- Ada 2005 (AI-251): Return a primitive operation's kind given a dispatch
-- table T and a position of a primitive operation in T.
function Get_Tagged_Kind (T : Tag) return Tagged_Kind;
-- Ada 2005 (AI-345): Given a pointer to either a primary or a secondary
-- dispatch table, return the tagged kind of a type in the context of
-- concurrency and limitedness.
function CW_Membership (Obj_Tag : Tag; Typ_Tag : Tag) return Boolean;
-- Given the tag of an object and the tag associated to a type, return
-- true if Obj is in Typ'Class.
function IW_Membership (This : System.Address; T : Tag) return Boolean;
-- Ada 2005 (AI-251): General routine that checks if a given object
-- implements a tagged type. Its common usage is to check if Obj is in
-- Iface'Class, but it is also used to check if a class-wide interface
-- implements a given type (Iface_CW_Typ in T'Class). For example:
--
-- type I is interface;
-- type T is tagged ...
--
-- function Test (O : I'Class) is
-- begin
-- return O in T'Class.
-- end Test;
function Offset_To_Top
(This : System.Address) return SSE.Storage_Offset;
-- Ada 2005 (AI-251): Returns the current value of the Offset_To_Top
-- component available in the prologue of the dispatch table. If the parent
-- of the tagged type has discriminants this value is stored in a record
-- component just immediately after the tag component.
function Needs_Finalization (T : Tag) return Boolean;
-- A helper routine used in conjunction with finalization collections which
-- service class-wide types. The function dynamically determines whether an
-- object is controlled or has controlled components.
function Parent_Size
(Obj : System.Address;
T : Tag) return SSE.Storage_Count;
-- Computes the size the ancestor part of a tagged extension object whose
-- address is 'obj' by calling indirectly the ancestor _size function. The
-- ancestor is the parent of the type represented by tag T. This function
-- assumes that _size is always in slot one of the dispatch table.
procedure Register_Interface_Offset
(Prim_T : Tag;
Interface_T : Tag;
Is_Static : Boolean;
Offset_Value : SSE.Storage_Offset;
Offset_Func : Offset_To_Top_Function_Ptr);
-- Register in the table of interfaces of the tagged type associated with
-- Prim_T the offset of the record component associated with the progenitor
-- Interface_T (that is, the distance from "This" to the object component
-- containing the tag of the secondary dispatch table). In case of constant
-- offset, Is_Static is true and Offset_Value has such value. In case of
-- variable offset, Is_Static is false and Offset_Func is an access to
-- function that must be called to evaluate the offset.
procedure Register_Tag (T : Tag);
-- Insert the Tag and its associated external_tag in a table for the sake
-- of Internal_Tag.
procedure Set_Dynamic_Offset_To_Top
(This : System.Address;
Prim_T : Tag;
Interface_T : Tag;
Offset_Value : SSE.Storage_Offset;
Offset_Func : Offset_To_Top_Function_Ptr);
-- Ada 2005 (AI-251): The compiler generates calls to this routine only
-- when initializing the Offset_To_Top field of dispatch tables of tagged
-- types that cover interface types whose parent type has variable size
-- components.
--
-- "This" is the object whose dispatch table is being initialized. Prim_T
-- is the primary tag of such object. Interface_T is the interface tag for
-- which the secondary dispatch table is being initialized. Offset_Value
-- is the distance from "This" to the object component containing the tag
-- of the secondary dispatch table (a zero value means that this interface
-- shares the primary dispatch table). Offset_Func references a function
-- that must be called to evaluate the offset at run time. This routine
-- also takes care of registering these values in the table of interfaces
-- of the type.
procedure Set_Entry_Index (T : Tag; Position : Positive; Value : Positive);
-- Ada 2005 (AI-345): Set the entry index of a primitive operation in T's
-- TSD table indexed by Position.
procedure Set_Prim_Op_Kind
(T : Tag;
Position : Positive;
Value : Prim_Op_Kind);
-- Ada 2005 (AI-251): Set the kind of a primitive operation in T's TSD
-- table indexed by Position.
procedure Unregister_Tag (T : Tag);
-- Remove a particular tag from the external tag hash table
Max_Predef_Prims : constant Positive := 16;
-- Number of reserved slots for the following predefined ada primitives:
--
-- 1. Size
-- 2. Read
-- 3. Write
-- 4. Input
-- 5. Output
-- 6. "="
-- 7. assignment
-- 8. deep adjust
-- 9. deep finalize
-- 10. Put_Image
-- 11. async select
-- 12. conditional select
-- 13. prim_op kind
-- 14. task_id
-- 15. dispatching requeue
-- 16. timed select
--
-- The compiler checks that the value here is correct
subtype Predef_Prims_Table is Address_Array (1 .. Max_Predef_Prims);
type Predef_Prims_Table_Ptr is access Predef_Prims_Table;
pragma No_Strict_Aliasing (Predef_Prims_Table_Ptr);
type Addr_Ptr is access System.Address;
pragma No_Strict_Aliasing (Addr_Ptr);
-- This type is used by the frontend to generate the code that handles
-- dispatch table slots of types declared at the local level.
end Ada.Tags;
|
-- Copyright 2012-2019 Free Software Foundation, Inc.
--
-- This program is free software; you can redistribute it and/or modify
-- it under the terms of the GNU General Public License as published by
-- the Free Software Foundation; either version 3 of the License, or
-- (at your option) any later version.
--
-- This program is distributed in the hope that it will be useful,
-- but WITHOUT ANY WARRANTY; without even the implied warranty of
-- MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
-- GNU General Public License for more details.
--
-- You should have received a copy of the GNU General Public License
-- along with this program. If not, see <http://www.gnu.org/licenses/>.
package body Pck is
procedure Break_Me is
begin
null;
end Break_Me;
end Pck;
|
-- SPDX-FileCopyrightText: 2019 Max Reznik <reznikmm@gmail.com>
--
-- SPDX-License-Identifier: MIT
-------------------------------------------------------------
package body Program.Nodes.Component_Definitions is
function Create
(Aliased_Token : Program.Lexical_Elements.Lexical_Element_Access;
Subtype_Indication : not null Program.Elements.Element_Access)
return Component_Definition is
begin
return Result : Component_Definition :=
(Aliased_Token => Aliased_Token,
Subtype_Indication => Subtype_Indication, Enclosing_Element => null)
do
Initialize (Result);
end return;
end Create;
function Create
(Subtype_Indication : not null Program.Elements.Element_Access;
Is_Part_Of_Implicit : Boolean := False;
Is_Part_Of_Inherited : Boolean := False;
Is_Part_Of_Instance : Boolean := False;
Has_Aliased : Boolean := False)
return Implicit_Component_Definition is
begin
return Result : Implicit_Component_Definition :=
(Subtype_Indication => Subtype_Indication,
Is_Part_Of_Implicit => Is_Part_Of_Implicit,
Is_Part_Of_Inherited => Is_Part_Of_Inherited,
Is_Part_Of_Instance => Is_Part_Of_Instance,
Has_Aliased => Has_Aliased, Enclosing_Element => null)
do
Initialize (Result);
end return;
end Create;
overriding function Subtype_Indication
(Self : Base_Component_Definition)
return not null Program.Elements.Element_Access is
begin
return Self.Subtype_Indication;
end Subtype_Indication;
overriding function Aliased_Token
(Self : Component_Definition)
return Program.Lexical_Elements.Lexical_Element_Access is
begin
return Self.Aliased_Token;
end Aliased_Token;
overriding function Has_Aliased
(Self : Component_Definition)
return Boolean is
begin
return Self.Aliased_Token.Assigned;
end Has_Aliased;
overriding function Is_Part_Of_Implicit
(Self : Implicit_Component_Definition)
return Boolean is
begin
return Self.Is_Part_Of_Implicit;
end Is_Part_Of_Implicit;
overriding function Is_Part_Of_Inherited
(Self : Implicit_Component_Definition)
return Boolean is
begin
return Self.Is_Part_Of_Inherited;
end Is_Part_Of_Inherited;
overriding function Is_Part_Of_Instance
(Self : Implicit_Component_Definition)
return Boolean is
begin
return Self.Is_Part_Of_Instance;
end Is_Part_Of_Instance;
overriding function Has_Aliased
(Self : Implicit_Component_Definition)
return Boolean is
begin
return Self.Has_Aliased;
end Has_Aliased;
procedure Initialize (Self : in out Base_Component_Definition'Class) is
begin
Set_Enclosing_Element (Self.Subtype_Indication, Self'Unchecked_Access);
null;
end Initialize;
overriding function Is_Component_Definition
(Self : Base_Component_Definition)
return Boolean is
pragma Unreferenced (Self);
begin
return True;
end Is_Component_Definition;
overriding function Is_Definition
(Self : Base_Component_Definition)
return Boolean is
pragma Unreferenced (Self);
begin
return True;
end Is_Definition;
overriding procedure Visit
(Self : not null access Base_Component_Definition;
Visitor : in out Program.Element_Visitors.Element_Visitor'Class) is
begin
Visitor.Component_Definition (Self);
end Visit;
overriding function To_Component_Definition_Text
(Self : in out Component_Definition)
return Program.Elements.Component_Definitions
.Component_Definition_Text_Access is
begin
return Self'Unchecked_Access;
end To_Component_Definition_Text;
overriding function To_Component_Definition_Text
(Self : in out Implicit_Component_Definition)
return Program.Elements.Component_Definitions
.Component_Definition_Text_Access is
pragma Unreferenced (Self);
begin
return null;
end To_Component_Definition_Text;
end Program.Nodes.Component_Definitions;
|
-- Copyright 2007-2019 Free Software Foundation, Inc.
--
-- This program is free software; you can redistribute it and/or modify
-- it under the terms of the GNU General Public License as published by
-- the Free Software Foundation; either version 3 of the License, or
-- (at your option) any later version.
--
-- This program is distributed in the hope that it will be useful,
-- but WITHOUT ANY WARRANTY; without even the implied warranty of
-- MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
-- GNU General Public License for more details.
--
-- You should have received a copy of the GNU General Public License
-- along with this program. If not, see <http://www.gnu.org/licenses/>.
with System;
package Pck is
procedure Do_Nothing (A : System.Address);
end Pck;
|
------------------------------------------------------------------------------
-- --
-- GNAT ncurses Binding --
-- --
-- Terminal_Interface.Curses.Terminfo --
-- --
-- S P E C --
-- --
------------------------------------------------------------------------------
-- Copyright (c) 2000 Free Software Foundation, Inc. --
-- --
-- Permission is hereby granted, free of charge, to any person obtaining a --
-- copy of this software and associated documentation files (the --
-- "Software"), to deal in the Software without restriction, including --
-- without limitation the rights to use, copy, modify, merge, publish, --
-- distribute, distribute with modifications, sublicense, and/or sell --
-- copies of the Software, and to permit persons to whom the Software is --
-- furnished to do so, subject to the following conditions: --
-- --
-- The above copyright notice and this permission notice shall be included --
-- in all copies or substantial portions of the Software. --
-- --
-- THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS --
-- OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF --
-- MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. --
-- IN NO EVENT SHALL THE ABOVE COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, --
-- DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR --
-- OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR --
-- THE USE OR OTHER DEALINGS IN THE SOFTWARE. --
-- --
-- Except as contained in this notice, the name(s) of the above copyright --
-- holders shall not be used in advertising or otherwise to promote the --
-- sale, use or other dealings in this Software without prior written --
-- authorization. --
------------------------------------------------------------------------------
-- Author: Juergen Pfeifer, 1996
-- Version Control:
-- $Revision: 1.3 $
-- Binding Version 01.00
------------------------------------------------------------------------------
with Interfaces.C;
package Terminal_Interface.Curses.Terminfo is
pragma Preelaborate (Terminal_Interface.Curses.Terminfo);
-- |=====================================================================
-- | Man page curs_terminfo.3x
-- |=====================================================================
-- Not implemented: setupterm, setterm, set_curterm, del_curterm,
-- restartterm, tparm, putp, vidputs, vidattr,
-- mvcur
type Terminfo_String is new String;
-- |
procedure Get_String (Name : String;
Value : out Terminfo_String;
Result : out Boolean);
function Has_String (Name : String) return Boolean;
-- AKA: tigetstr()
-- |
function Get_Flag (Name : String) return Boolean;
-- AKA: tigetflag()
-- |
function Get_Number (Name : String) return Integer;
-- AKA: tigetnum()
type putctype is access function (c : Interfaces.C.int)
return Interfaces.C.int;
pragma Convention (C, putctype);
-- |
procedure Put_String (Str : Terminfo_String;
affcnt : Natural := 1;
putc : putctype := null);
-- AKA: tputs()
end Terminal_Interface.Curses.Terminfo;
|
-----------------------------------------------------------------------
-- awa-mail-clients-aws_smtp -- Mail client implementation on top of AWS SMTP client
-- Copyright (C) 2012 Stephane Carrez
-- Written by Stephane Carrez (Stephane.Carrez@gmail.com)
--
-- Licensed under the Apache License, Version 2.0 (the "License");
-- you may not use this file except in compliance with the License.
-- You may obtain a copy of the License at
--
-- http://www.apache.org/licenses/LICENSE-2.0
--
-- Unless required by applicable law or agreed to in writing, software
-- distributed under the License is distributed on an "AS IS" BASIS,
-- WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
-- See the License for the specific language governing permissions and
-- limitations under the License.
-----------------------------------------------------------------------
with Ada.Strings.Unbounded;
with Ada.Finalization;
with Util.Properties;
with AWS.SMTP;
-- The <b>AWA.Mail.Clients.AWS_SMTP</b> package provides an implementation of the
-- mail client interfaces on top of AWS SMTP client API.
package AWA.Mail.Clients.AWS_SMTP is
NAME : constant String := "smtp";
-- ------------------------------
-- Mail Message
-- ------------------------------
-- The <b>Mail_Message</b> represents an abstract mail message that can be initialized
-- before being sent.
type AWS_Mail_Message is new Ada.Finalization.Limited_Controlled and Mail_Message with private;
type AWS_Mail_Message_Access is access all AWS_Mail_Message'Class;
-- Set the <tt>From</tt> part of the message.
overriding
procedure Set_From (Message : in out AWS_Mail_Message;
Name : in String;
Address : in String);
-- Add a recipient for the message.
overriding
procedure Add_Recipient (Message : in out AWS_Mail_Message;
Kind : in Recipient_Type;
Name : in String;
Address : in String);
-- Set the subject of the message.
overriding
procedure Set_Subject (Message : in out AWS_Mail_Message;
Subject : in String);
-- Set the body of the message.
overriding
procedure Set_Body (Message : in out AWS_Mail_Message;
Content : in String);
-- Send the email message.
overriding
procedure Send (Message : in out AWS_Mail_Message);
-- Deletes the mail message.
overriding
procedure Finalize (Message : in out AWS_Mail_Message);
-- ------------------------------
-- Mail Manager
-- ------------------------------
-- The <b>Mail_Manager</b> is the entry point to create a new mail message
-- and be able to send it.
type AWS_Mail_Manager is new Mail_Manager with private;
type AWS_Mail_Manager_Access is access all AWS_Mail_Manager'Class;
-- Create a SMTP based mail manager and configure it according to the properties.
function Create_Manager (Props : in Util.Properties.Manager'Class) return Mail_Manager_Access;
-- Create a new mail message.
overriding
function Create_Message (Manager : in AWS_Mail_Manager) return Mail_Message_Access;
private
type Recipients_Access is access all AWS.SMTP.Recipients;
type AWS_Mail_Message is new Ada.Finalization.Limited_Controlled and Mail_Message with record
Manager : AWS_Mail_Manager_Access;
From : AWS.SMTP.E_Mail_Data;
Subject : Ada.Strings.Unbounded.Unbounded_String;
Content : Ada.Strings.Unbounded.Unbounded_String;
To : Recipients_Access := null;
end record;
type AWS_Mail_Manager is new Mail_Manager with record
Self : AWS_Mail_Manager_Access;
Server : AWS.SMTP.Receiver;
Enable : Boolean := True;
end record;
end AWA.Mail.Clients.AWS_SMTP;
|
------------------------------------------------------------------------------
-- --
-- GNAT RUN-TIME COMPONENTS --
-- --
-- A D A . S T R E A M S . S T R E A M _ I O --
-- --
-- B o d y --
-- --
-- Copyright (C) 1992-2014, 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- --
-- ware Foundation; either version 3, or (at your option) any later ver- --
-- sion. GNAT is distributed in the hope that it will be useful, but WITH- --
-- OUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY --
-- or FITNESS FOR A PARTICULAR PURPOSE. --
-- --
-- As a special exception under Section 7 of GPL version 3, you are granted --
-- additional permissions described in the GCC Runtime Library Exception, --
-- version 3.1, as published by the Free Software Foundation. --
-- --
-- You should have received a copy of the GNU General Public License and --
-- a copy of the GCC Runtime Library Exception along with this program; --
-- see the files COPYING3 and COPYING.RUNTIME respectively. If not, see --
-- <http://www.gnu.org/licenses/>. --
-- --
-- GNAT was originally developed by the GNAT team at New York University. --
-- Extensive contributions were provided by Ada Core Technologies Inc. --
-- --
------------------------------------------------------------------------------
with Interfaces.C_Streams; use Interfaces.C_Streams;
with System; use System;
with System.Communication; use System.Communication;
with System.File_IO;
with System.Soft_Links;
with System.CRTL;
with Ada.Unchecked_Conversion;
with Ada.Unchecked_Deallocation;
package body Ada.Streams.Stream_IO is
package FIO renames System.File_IO;
package SSL renames System.Soft_Links;
subtype AP is FCB.AFCB_Ptr;
function To_FCB is new Ada.Unchecked_Conversion (File_Mode, FCB.File_Mode);
function To_SIO is new Ada.Unchecked_Conversion (FCB.File_Mode, File_Mode);
use type FCB.File_Mode;
use type FCB.Shared_Status_Type;
-----------------------
-- Local Subprograms --
-----------------------
procedure Set_Position (File : File_Type);
-- Sets file position pointer according to value of current index
-------------------
-- AFCB_Allocate --
-------------------
function AFCB_Allocate (Control_Block : Stream_AFCB) return FCB.AFCB_Ptr is
pragma Warnings (Off, Control_Block);
begin
return new Stream_AFCB;
end AFCB_Allocate;
----------------
-- AFCB_Close --
----------------
-- No special processing required for closing Stream_IO file
procedure AFCB_Close (File : not null access Stream_AFCB) is
pragma Warnings (Off, File);
begin
null;
end AFCB_Close;
---------------
-- AFCB_Free --
---------------
procedure AFCB_Free (File : not null access Stream_AFCB) is
type FCB_Ptr is access all Stream_AFCB;
FT : FCB_Ptr := FCB_Ptr (File);
procedure Free is new Ada.Unchecked_Deallocation (Stream_AFCB, FCB_Ptr);
begin
Free (FT);
end AFCB_Free;
-----------
-- Close --
-----------
procedure Close (File : in out File_Type) is
begin
FIO.Close (AP (File)'Unrestricted_Access);
end Close;
------------
-- Create --
------------
procedure Create
(File : in out File_Type;
Mode : File_Mode := Out_File;
Name : String := "";
Form : String := "")
is
Dummy_File_Control_Block : Stream_AFCB;
pragma Warnings (Off, Dummy_File_Control_Block);
-- Yes, we know this is never assigned a value, only the tag
-- is used for dispatching purposes, so that's expected.
begin
FIO.Open (File_Ptr => AP (File),
Dummy_FCB => Dummy_File_Control_Block,
Mode => To_FCB (Mode),
Name => Name,
Form => Form,
Amethod => 'S',
Creat => True,
Text => False);
File.Last_Op := Op_Write;
end Create;
------------
-- Delete --
------------
procedure Delete (File : in out File_Type) is
begin
FIO.Delete (AP (File)'Unrestricted_Access);
end Delete;
-----------------
-- End_Of_File --
-----------------
function End_Of_File (File : File_Type) return Boolean is
begin
FIO.Check_Read_Status (AP (File));
return File.Index > Size (File);
end End_Of_File;
-----------
-- Flush --
-----------
procedure Flush (File : File_Type) is
begin
FIO.Flush (AP (File));
end Flush;
----------
-- Form --
----------
function Form (File : File_Type) return String is
begin
return FIO.Form (AP (File));
end Form;
-----------
-- Index --
-----------
function Index (File : File_Type) return Positive_Count is
begin
FIO.Check_File_Open (AP (File));
return File.Index;
end Index;
-------------
-- Is_Open --
-------------
function Is_Open (File : File_Type) return Boolean is
begin
return FIO.Is_Open (AP (File));
end Is_Open;
----------
-- Mode --
----------
function Mode (File : File_Type) return File_Mode is
begin
return To_SIO (FIO.Mode (AP (File)));
end Mode;
----------
-- Name --
----------
function Name (File : File_Type) return String is
begin
return FIO.Name (AP (File));
end Name;
----------
-- Open --
----------
procedure Open
(File : in out File_Type;
Mode : File_Mode;
Name : String;
Form : String := "")
is
Dummy_File_Control_Block : Stream_AFCB;
pragma Warnings (Off, Dummy_File_Control_Block);
-- Yes, we know this is never assigned a value, only the tag
-- is used for dispatching purposes, so that's expected.
begin
FIO.Open (File_Ptr => AP (File),
Dummy_FCB => Dummy_File_Control_Block,
Mode => To_FCB (Mode),
Name => Name,
Form => Form,
Amethod => 'S',
Creat => False,
Text => False);
-- Ensure that the stream index is set properly (e.g., for Append_File)
Reset (File, Mode);
-- Set last operation. The purpose here is to ensure proper handling
-- of the initial operation. In general, a write after a read requires
-- resetting and doing a seek, so we set the last operation as Read
-- for an In_Out file, but for an Out file we set the last operation
-- to Op_Write, since in this case it is not necessary to do a seek
-- (and furthermore there are situations (such as the case of writing
-- a sequential Posix FIFO file) where the lseek would cause problems.
File.Last_Op := (if Mode = Out_File then Op_Write else Op_Read);
end Open;
----------
-- Read --
----------
procedure Read
(File : File_Type;
Item : out Stream_Element_Array;
Last : out Stream_Element_Offset;
From : Positive_Count)
is
begin
Set_Index (File, From);
Read (File, Item, Last);
end Read;
procedure Read
(File : File_Type;
Item : out Stream_Element_Array;
Last : out Stream_Element_Offset)
is
Nread : size_t;
begin
FIO.Check_Read_Status (AP (File));
-- If last operation was not a read, or if in file sharing mode,
-- then reset the physical pointer of the file to match the index
-- We lock out task access over the two operations in this case.
if File.Last_Op /= Op_Read
or else File.Shared_Status = FCB.Yes
then
Locked_Processing : begin
SSL.Lock_Task.all;
Set_Position (File);
FIO.Read_Buf (AP (File), Item'Address, Item'Length, Nread);
SSL.Unlock_Task.all;
exception
when others =>
SSL.Unlock_Task.all;
raise;
end Locked_Processing;
else
FIO.Read_Buf (AP (File), Item'Address, Item'Length, Nread);
end if;
File.Index := File.Index + Count (Nread);
File.Last_Op := Op_Read;
Last := Last_Index (Item'First, Nread);
end Read;
-- This version of Read is the primitive operation on the underlying
-- Stream type, used when a Stream_IO file is treated as a Stream
procedure Read
(File : in out Stream_AFCB;
Item : out Ada.Streams.Stream_Element_Array;
Last : out Ada.Streams.Stream_Element_Offset)
is
begin
Read (File'Unchecked_Access, Item, Last);
end Read;
-----------
-- Reset --
-----------
procedure Reset (File : in out File_Type; Mode : File_Mode) is
begin
FIO.Check_File_Open (AP (File));
-- Reset file index to start of file for read/write cases. For
-- the append case, the Set_Mode call repositions the index.
File.Index := 1;
Set_Mode (File, Mode);
end Reset;
procedure Reset (File : in out File_Type) is
begin
Reset (File, To_SIO (File.Mode));
end Reset;
---------------
-- Set_Index --
---------------
procedure Set_Index (File : File_Type; To : Positive_Count) is
begin
FIO.Check_File_Open (AP (File));
File.Index := Count (To);
File.Last_Op := Op_Other;
end Set_Index;
--------------
-- Set_Mode --
--------------
procedure Set_Mode (File : in out File_Type; Mode : File_Mode) is
begin
FIO.Check_File_Open (AP (File));
-- If we are switching from read to write, or vice versa, and
-- we are not already open in update mode, then reopen in update
-- mode now. Note that we can use Inout_File as the mode for the
-- call since File_IO handles all modes for all file types.
if ((File.Mode = FCB.In_File) /= (Mode = In_File))
and then not File.Update_Mode
then
FIO.Reset (AP (File)'Unrestricted_Access, FCB.Inout_File);
File.Update_Mode := True;
end if;
-- Set required mode and position to end of file if append mode
File.Mode := To_FCB (Mode);
FIO.Append_Set (AP (File));
if File.Mode = FCB.Append_File then
if Standard'Address_Size = 64 then
File.Index := Count (ftell64 (File.Stream)) + 1;
else
File.Index := Count (ftell (File.Stream)) + 1;
end if;
end if;
File.Last_Op := Op_Other;
end Set_Mode;
------------------
-- Set_Position --
------------------
procedure Set_Position (File : File_Type) is
use type System.CRTL.int64;
R : int;
begin
R := fseek64 (File.Stream, System.CRTL.int64 (File.Index) - 1, SEEK_SET);
if R /= 0 then
raise Use_Error;
end if;
end Set_Position;
----------
-- Size --
----------
function Size (File : File_Type) return Count is
begin
FIO.Check_File_Open (AP (File));
if File.File_Size = -1 then
File.Last_Op := Op_Other;
if fseek64 (File.Stream, 0, SEEK_END) /= 0 then
raise Device_Error;
end if;
File.File_Size := Stream_Element_Offset (ftell64 (File.Stream));
if File.File_Size = -1 then
raise Use_Error;
end if;
end if;
return Count (File.File_Size);
end Size;
------------
-- Stream --
------------
function Stream (File : File_Type) return Stream_Access is
begin
FIO.Check_File_Open (AP (File));
return Stream_Access (File);
end Stream;
-----------
-- Write --
-----------
procedure Write
(File : File_Type;
Item : Stream_Element_Array;
To : Positive_Count)
is
begin
Set_Index (File, To);
Write (File, Item);
end Write;
procedure Write
(File : File_Type;
Item : Stream_Element_Array)
is
begin
FIO.Check_Write_Status (AP (File));
-- If last operation was not a write, or if in file sharing mode,
-- then reset the physical pointer of the file to match the index
-- We lock out task access over the two operations in this case.
if File.Last_Op /= Op_Write
or else File.Shared_Status = FCB.Yes
then
Locked_Processing : begin
SSL.Lock_Task.all;
Set_Position (File);
FIO.Write_Buf (AP (File), Item'Address, Item'Length);
SSL.Unlock_Task.all;
exception
when others =>
SSL.Unlock_Task.all;
raise;
end Locked_Processing;
else
FIO.Write_Buf (AP (File), Item'Address, Item'Length);
end if;
File.Index := File.Index + Item'Length;
File.Last_Op := Op_Write;
File.File_Size := -1;
end Write;
-- This version of Write is the primitive operation on the underlying
-- Stream type, used when a Stream_IO file is treated as a Stream
procedure Write
(File : in out Stream_AFCB;
Item : Ada.Streams.Stream_Element_Array)
is
begin
Write (File'Unchecked_Access, Item);
end Write;
end Ada.Streams.Stream_IO;
|
-------------------------------------------------------------------------------
-- Package : Cmd_Flags --
-- Description : Manage user provided CLI flags for the program. --
-- Author : Simon Rowe <simon@wiremoons.com> --
-- License : MIT Open Source. --
-------------------------------------------------------------------------------
package Cmd_Flags is
function Command_Line_Flags_Exist return Boolean;
end Cmd_Flags;
|
------------------------------------------------------------------------------
-- G E L A A S I S --
-- ASIS implementation for Gela project, a portable Ada compiler --
-- http://gela.ada-ru.org --
-- - - - - - - - - - - - - - - - --
-- Read copyright and license at the end of this file --
------------------------------------------------------------------------------
-- $Revision: 209 $ $Date: 2013-11-30 21:03:24 +0200 (Сб., 30 нояб. 2013) $
-- Purpose:
package Gela.Containers is
pragma Pure (Containers);
end Gela.Containers;
------------------------------------------------------------------------------
-- Copyright (c) 2006, Maxim Reznik
-- All rights reserved.
--
-- Redistribution and use in source and binary forms, with or without
-- modification, are permitted provided that the following conditions are met:
--
-- * Redistributions of source code must retain the above copyright notice,
-- this list of conditions and the following disclaimer.
-- * Redistributions in binary form must reproduce the above copyright
-- notice, this list of conditions and the following disclaimer in the
-- documentation and/or other materials provided with the distribution.
-- * Neither the name of the Maxim Reznik, IE nor the names of its
-- contributors may be used to endorse or promote products derived from
-- this software without specific prior written permission.
--
-- THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS"
-- AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
-- IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
-- ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE
-- LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR
-- CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF
-- SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS
-- INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN
-- CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE)
-- ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
-- POSSIBILITY OF SUCH DAMAGE.
------------------------------------------------------------------------------
|
-----------------------------------------------------------------------
-- awa-mail -- Mail module
-- Copyright (C) 2011, 2017, 2018 Stephane Carrez
-- Written by Stephane Carrez (Stephane.Carrez@gmail.com)
--
-- Licensed under the Apache License, Version 2.0 (the "License");
-- you may not use this file except in compliance with the License.
-- You may obtain a copy of the License at
--
-- http://www.apache.org/licenses/LICENSE-2.0
--
-- Unless required by applicable law or agreed to in writing, software
-- distributed under the License is distributed on an "AS IS" BASIS,
-- WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
-- See the License for the specific language governing permissions and
-- limitations under the License.
-----------------------------------------------------------------------
-- = Mail Module =
-- The `AWA.Mail` module allows an application to format and send a mail
-- to users. This module does not define any web interface. It provides
-- a set of services and methods to send a mail when an event is
-- received. All this is done through configuration. The module
-- defines a set of specific ASF components to format and prepare the
-- email.
--
-- @include awa-mail-modules.ads
package AWA.Mail is
end AWA.Mail;
|
with
openGL.Model.Terrain,
openGL.IO,
ada.unchecked_Deallocation,
ada.unchecked_Conversion;
package body openGL.Terrain
is
type Heightmap_view is access all height_Map;
type Heightmap_Grid is array (math.Index range <>,
math.Index range <>) of Heightmap_view;
function Width (Self : in openGL.height_Map) return math.Real
is
begin
return math.Real (Self'Length (2) - 1);
end Width;
function Depth (Self : in openGL.height_Map) return math.Real
is
begin
return math.Real (Self'Length (1) - 1);
end Depth;
function new_Terrain (heights_File : in asset_Name;
texture_File : in asset_Name := null_Asset;
Scale : in math.Vector_3 := (1.0, 1.0, 1.0)) return Visual.Grid
is
the_Pixels : openGL.IO.height_Map_view := IO.to_height_Map (heights_File);
Tile_Width : constant Positive := 8 * 32 - 1;
Tile_Depth : constant Positive := 8 * 32 - 1;
total_Width : constant Real := Real (the_Pixels'Length (2) - 1) * Scale (1);
total_Depth : constant Real := Real (the_Pixels'Length (1) - 1) * Scale (3);
base_Centre : constant Vector_3 := math.Origin_3D;
function Grid_last (total_Size, tile_Size : in Positive) return math.Index
is
Last : constant math.Index := math.Index ( 1
+ (total_Size - 1) / tile_Size);
begin
return Last;
end Grid_last;
the_Heightmap_Grid : Heightmap_Grid (1 .. Grid_last (the_Pixels'Length (1), Tile_Depth),
1 .. Grid_last (the_Pixels'Length (2), Tile_Width));
the_Visual_Grid : Visual.Grid (the_Heightmap_Grid'Range (1),
the_Heightmap_Grid'Range (2));
begin
-- Create each grid elements 'heightmap'.
--
declare
row_First, row_Last,
col_First, col_Last : math.Index; -- Row and col ranges for each sub-matrix.
begin
for Row in the_Visual_Grid'Range (1)
loop
row_First := math.Index (Tile_Depth - 1) * (Row - 1) + 1;
row_Last := math.Index'Min (row_First + math.Index (Tile_Depth - 1),
math.Index (the_Pixels'Last (1)));
for Col in the_Visual_Grid'Range (2)
loop
col_First := math.Index (Tile_Width - 1) * (Col - 1) + 1;
col_Last := math.Index'Min (col_First + math.Index (Tile_Width - 1),
math.Index (the_Pixels'Last (2)));
the_Heightmap_Grid (Row, Col)
:= new height_Map' (Region (the_Pixels.all, (Index_t (row_First), Index_t (row_Last)),
(Index_t (col_First), Index_t (col_Last))));
end loop;
end loop;
end;
-- Create the Visual for each grid element.
--
declare
site_X_Offset : Real;
site_Z_Offset : Real := Real (Tile_Depth) / 2.0 * Scale (3);
site_Y_Offset : Real;
tile_X_Offset : Real := 0.0;
tile_Z_Offset : Real := total_Depth;
tile_X_Scale : Real;
tile_Z_Scale : Real;
begin
for Row in the_Visual_Grid'Range (1)
loop
site_X_Offset := Real (Tile_Width) / 2.0 * Scale (1);
tile_X_Offset := 0.0;
tile_Z_Offset := Real (Row - 1) * Depth (the_Heightmap_Grid (Row, 1).all) * Scale (3);
for Col in the_Visual_Grid'Range (2)
loop
tile_Z_Scale := Depth (the_Heightmap_Grid (Row, 1).all) / total_Depth;
tile_X_Scale := Width (the_Heightmap_Grid (Row, Col).all) / total_Width;
declare
the_Region : constant Heightmap_view := the_Heightmap_Grid (Row, Col);
Tiling : constant texture_Transform_2D
:= (s => ((tile_X_Offset / total_Width) / (tile_X_Scale * Scale (1)), tile_X_Scale * Scale (1)),
t => ((tile_Z_Offset / total_Depth) / (tile_Z_Scale * Scale (3)), tile_Z_Scale * Scale (3)));
the_ground_Model : constant Model.Terrain.view
:= Model.Terrain.new_Terrain (heights_Asset => heights_File,
Row => Row,
Col => Col,
Heights => the_Region.all'Access,
color_Map => texture_File,
Tiling => Tiling);
the_height_Extents : constant Vector_2 := height_Extent (the_Region.all);
the_Visual : Visual.view renames the_Visual_Grid (Row, Col);
the_Site : Vector_3;
begin
the_Visual := Visual.Forge.new_Visual (Model => the_ground_Model.all'Access,
Scale => Scale,
is_Terrain => True);
site_Y_Offset := the_height_Extents (1)
+ (the_height_Extents (2) - the_height_Extents (1)) / 2.0;
the_Site := ( site_X_Offset - (total_Width / 2.0),
site_Y_Offset * Scale (2),
-(site_Z_Offset - (total_Depth / 2.0)));
the_Visual_Grid (Row, Col).Site_is (the_Site + base_Centre);
tile_X_Offset := tile_X_Offset + Width (the_Heightmap_Grid (Row, Col).all) * Scale (1);
if Col /= the_Visual_Grid'Last (2)
then
site_X_Offset := site_X_Offset
+ Width (the_Heightmap_Grid (Row, Col ).all) * Scale (1) / 2.0
+ Width (the_Heightmap_Grid (Row, Col + 1).all) * Scale (1) / 2.0;
end if;
end;
end loop;
if Row /= the_Visual_Grid'Last (1)
then
site_Z_Offset := site_Z_Offset + Depth (the_Heightmap_Grid (Row, 1).all) * Scale (3) / 2.0
+ Depth (the_Heightmap_Grid (Row + 1, 1).all) * Scale (3) / 2.0;
end if;
end loop;
end;
declare
procedure free is new ada.unchecked_Deallocation ( height_Map,
IO.height_Map_view);
begin
free (the_Pixels);
end;
return the_Visual_Grid;
end new_Terrain;
end openGL.Terrain;
|
-- Abstract :
--
-- See spec.
--
-- Copyright (C) 2018 All Rights Reserved.
--
-- This program is free software; you can redistribute it and/or
-- modify it under terms of the GNU General Public License as
-- published by the Free Software Foundation; either version 3, or (at
-- your option) any later version. This program is distributed in the
-- hope that it will be useful, but WITHOUT ANY WARRANTY; without even
-- the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR
-- PURPOSE. See the GNU General Public License for more details. You
-- should have received a copy of the GNU General Public License
-- distributed with this program; see file COPYING. If not, write to
-- the Free Software Foundation, 51 Franklin Street, Suite 500, Boston,
-- MA 02110-1335, USA.
pragma License (GPL);
with Ada.Command_Line;
with Ada.Exceptions;
with Ada.IO_Exceptions;
with Ada.Real_Time;
with Ada.Strings.Unbounded;
with Ada.Text_IO; use Ada.Text_IO;
with GNAT.Traceback.Symbolic;
with WisiToken.Lexer;
with WisiToken.Text_IO_Trace;
procedure Gen_Run_Wisi_Parse_Packrat
is
use WisiToken; -- Token_ID, "+", "-" Unbounded_string
Trace : aliased WisiToken.Text_IO_Trace.Trace (Descriptor'Access);
Parser : WisiToken.Parse.Packrat.Parser;
Parse_Data : aliased Parse_Data_Type (Parser.Line_Begin_Token'Access);
procedure Put_Usage
is begin
Put_Line ("usage: " & Name & "_wisi_parse <file_name> <parse_action> [options]");
Put_Line ("parse_action: {Navigate | Face | Indent}");
Put_Line ("options:");
Put_Line ("--verbosity n m l:");
Put_Line (" n: parser; m: mckenzie; l: action");
Put_Line (" 0 - only report parse errors");
Put_Line (" 1 - shows spawn/terminate parallel parsers, error recovery enter/exit");
Put_Line (" 2 - add each parser cycle, error recovery enqueue/check");
Put_Line (" 3 - parse stack in each cycle, error recovery parse actions");
Put_Line (" 4 - add lexer debug");
Put_Line ("--lang_params <language-specific params>");
Put_Line ("--lexer_only : only run lexer, for profiling");
Put_Line ("--repeat_count n : repeat parse count times, for profiling; default 1");
Put_Line ("--pause : when repeating, prompt for <enter> after each parse; allows seeing memory leaks");
New_Line;
end Put_Usage;
Source_File_Name : Ada.Strings.Unbounded.Unbounded_String;
Post_Parse_Action : WisiToken.Wisi_Runtime.Post_Parse_Action_Type;
Line_Count : WisiToken.Line_Number_Type := 1;
Lexer_Only : Boolean := False;
Repeat_Count : Integer := 1;
Pause : Boolean := False;
Arg : Integer;
Lang_Params : Ada.Strings.Unbounded.Unbounded_String;
Start : Ada.Real_Time.Time;
begin
Create_Parser (Parser, Trace'Unrestricted_Access, Parse_Data'Unchecked_Access);
declare
use Ada.Command_Line;
begin
if Argument_Count < 1 then
Put_Usage;
Set_Exit_Status (Failure);
return;
end if;
Source_File_Name := +Ada.Command_Line.Argument (1);
Post_Parse_Action := WisiToken.Wisi_Runtime.Post_Parse_Action_Type'Value (Ada.Command_Line.Argument (2));
Arg := 3;
loop
exit when Arg > Argument_Count;
if Argument (Arg) = "--verbosity" then
WisiToken.Trace_Parse := Integer'Value (Argument (Arg + 1));
WisiToken.Trace_McKenzie := Integer'Value (Argument (Arg + 2));
WisiToken.Trace_Action := Integer'Value (Argument (Arg + 3));
Arg := Arg + 4;
elsif Argument (Arg) = "--lang_params" then
Lang_Params := +Argument (Arg + 1);
Arg := Arg + 2;
elsif Argument (Arg) = "--lexer_only" then
Lexer_Only := True;
Arg := Arg + 1;
elsif Argument (Arg) = "--pause" then
Pause := True;
Arg := Arg + 1;
elsif Argument (Arg) = "--repeat_count" then
Repeat_Count := Integer'Value (Argument (Arg + 1));
Arg := Arg + 2;
else
Put_Line ("unrecognized option: '" & Argument (Arg) & "'");
Put_Usage;
return;
end if;
end loop;
end;
-- Do this after setting Trace_Parse so lexer verbosity is set
begin
Parser.Lexer.Reset_With_File (-Source_File_Name);
exception
when Ada.IO_Exceptions.Name_Error =>
Put_Line (Standard_Error, "'" & (-Source_File_Name) & "' cannot be opened");
return;
end;
-- See comment in wisi-wisi_runtime.ads for why we still need this.
declare
Token : Base_Token;
Lexer_Error : Boolean;
pragma Unreferenced (Lexer_Error);
begin
loop
begin
Lexer_Error := Parser.Lexer.Find_Next (Token);
exit when Token.ID = Descriptor.EOF_ID;
exception
when WisiToken.Syntax_Error =>
Parser.Lexer.Discard_Rest_Of_Input;
Parser.Put_Errors (-Source_File_Name);
Put_Line ("(lexer_error)");
end;
end loop;
Line_Count := Token.Line;
end;
if WisiToken.Trace_Action > WisiToken.Outline then
Put_Line ("line_count:" & Line_Number_Type'Image (Line_Count));
end if;
Parse_Data.Initialize
(Post_Parse_Action => Post_Parse_Action,
Descriptor => Descriptor'Access,
Source_File_Name => -Source_File_Name,
Line_Count => Line_Count,
Params => -Lang_Params);
if Repeat_Count > 1 then
Start := Ada.Real_Time.Clock;
end if;
for I in 1 .. Repeat_Count loop
declare
procedure Clean_Up
is begin
Parser.Lexer.Discard_Rest_Of_Input;
if Repeat_Count = 1 then
Parser.Put_Errors (-Source_File_Name);
end if;
end Clean_Up;
begin
Parse_Data.Reset;
Parser.Lexer.Reset;
if Lexer_Only then
declare
Token : Base_Token;
Lexer_Error : Boolean;
pragma Unreferenced (Lexer_Error);
begin
Parser.Lexer.Reset;
loop
Lexer_Error := Parser.Lexer.Find_Next (Token);
exit when Token.ID = Descriptor.EOF_ID;
end loop;
-- We don't handle errors here; that was done in the count lines loop
-- above.
end;
else
Parser.Parse;
Parser.Execute_Actions;
if Repeat_Count = 1 then
Parse_Data.Put;
Parser.Put_Errors (-Source_File_Name);
end if;
end if;
exception
when WisiToken.Syntax_Error =>
Clean_Up;
Put_Line ("(parse_error)");
when E : WisiToken.Parse_Error =>
Clean_Up;
Put_Line ("(parse_error """ & Ada.Exceptions.Exception_Message (E) & """)");
when E : WisiToken.Fatal_Error =>
Clean_Up;
Put_Line ("(error """ & Ada.Exceptions.Exception_Message (E) & """)");
end;
if Pause then
Put_Line ("Enter to continue:");
Flush (Standard_Output);
declare
Junk : constant String := Get_Line;
pragma Unreferenced (Junk);
begin
null;
end;
end if;
end loop;
if Repeat_Count > 1 then
declare
use Ada.Real_Time;
Finish : constant Time := Clock;
begin
Put_Line ("Total time:" & Duration'Image (To_Duration (Finish - Start)));
Put_Line ("per iteration:" & Duration'Image (To_Duration ((Finish - Start) / Repeat_Count)));
end;
end if;
exception
when E : others =>
Ada.Command_Line.Set_Exit_Status (Ada.Command_Line.Failure);
New_Line (2);
Put_Line
("(error ""unhandled exception: " & Ada.Exceptions.Exception_Name (E) & ": " &
Ada.Exceptions.Exception_Message (E) & """)");
Put_Line (GNAT.Traceback.Symbolic.Symbolic_Traceback (E));
end Gen_Run_Wisi_Parse_Packrat;
|
with
Interfaces.C.Strings,
System;
use type
System.Address;
package body FLTK.Widgets.Valuators.Sliders.Value.Horizontal is
procedure hor_value_slider_set_draw_hook
(W, D : in System.Address);
pragma Import (C, hor_value_slider_set_draw_hook, "hor_value_slider_set_draw_hook");
pragma Inline (hor_value_slider_set_draw_hook);
procedure hor_value_slider_set_handle_hook
(W, H : in System.Address);
pragma Import (C, hor_value_slider_set_handle_hook, "hor_value_slider_set_handle_hook");
pragma Inline (hor_value_slider_set_handle_hook);
function new_fl_hor_value_slider
(X, Y, W, H : in Interfaces.C.int;
Text : in Interfaces.C.char_array)
return System.Address;
pragma Import (C, new_fl_hor_value_slider, "new_fl_hor_value_slider");
pragma Inline (new_fl_hor_value_slider);
procedure free_fl_hor_value_slider
(D : in System.Address);
pragma Import (C, free_fl_hor_value_slider, "free_fl_hor_value_slider");
pragma Inline (free_fl_hor_value_slider);
procedure fl_hor_value_slider_draw
(W : in System.Address);
pragma Import (C, fl_hor_value_slider_draw, "fl_hor_value_slider_draw");
pragma Inline (fl_hor_value_slider_draw);
function fl_hor_value_slider_handle
(W : in System.Address;
E : in Interfaces.C.int)
return Interfaces.C.int;
pragma Import (C, fl_hor_value_slider_handle, "fl_hor_value_slider_handle");
pragma Inline (fl_hor_value_slider_handle);
procedure Finalize
(This : in out Hor_Value_Slider) is
begin
if This.Void_Ptr /= System.Null_Address and then
This in Hor_Value_Slider'Class
then
free_fl_hor_value_slider (This.Void_Ptr);
This.Void_Ptr := System.Null_Address;
end if;
Finalize (Value_Slider (This));
end Finalize;
package body Forge is
function Create
(X, Y, W, H : in Integer;
Text : in String)
return Hor_Value_Slider is
begin
return This : Hor_Value_Slider do
This.Void_Ptr := new_fl_hor_value_slider
(Interfaces.C.int (X),
Interfaces.C.int (Y),
Interfaces.C.int (W),
Interfaces.C.int (H),
Interfaces.C.To_C (Text));
fl_widget_set_user_data
(This.Void_Ptr,
Widget_Convert.To_Address (This'Unchecked_Access));
hor_value_slider_set_draw_hook (This.Void_Ptr, Draw_Hook'Address);
hor_value_slider_set_handle_hook (This.Void_Ptr, Handle_Hook'Address);
end return;
end Create;
end Forge;
procedure Draw
(This : in out Hor_Value_Slider) is
begin
fl_hor_value_slider_draw (This.Void_Ptr);
end Draw;
function Handle
(This : in out Hor_Value_Slider;
Event : in Event_Kind)
return Event_Outcome is
begin
return Event_Outcome'Val
(fl_hor_value_slider_handle (This.Void_Ptr, Event_Kind'Pos (Event)));
end Handle;
end FLTK.Widgets.Valuators.Sliders.Value.Horizontal;
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<Obj>
<type>2</type>
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<type>2</type>
<id>763</id>
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<Value>
<Obj>
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<id>775</id>
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<Value>
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<id>781</id>
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</inlineStackInfo>
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<Value>
<Obj>
<type>2</type>
<id>784</id>
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<fileDirectory></fileDirectory>
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<count>0</count>
<item_version>0</item_version>
</inlineStackInfo>
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<Value>
<Obj>
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<id>796</id>
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</inlineStackInfo>
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<Value>
<Obj>
<type>2</type>
<id>816</id>
<name>empty</name>
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<fileDirectory></fileDirectory>
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</inlineStackInfo>
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<bitwidth>1</bitwidth>
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<Value>
<Obj>
<type>2</type>
<id>818</id>
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<fileName></fileName>
<fileDirectory></fileDirectory>
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<inlineStackInfo>
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<item_version>0</item_version>
</inlineStackInfo>
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<bitwidth>0</bitwidth>
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<content><constant:conv_write></content>
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<Value>
<Obj>
<type>2</type>
<id>1030</id>
<name>conv_read</name>
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<fileDirectory></fileDirectory>
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<item_version>0</item_version>
</inlineStackInfo>
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<coreName></coreName>
</Obj>
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<content><constant:conv_read></content>
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<Value>
<Obj>
<type>2</type>
<id>1057</id>
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<item_version>0</item_version>
</inlineStackInfo>
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</Obj>
<bitwidth>16</bitwidth>
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<id>1319</id>
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<item_version>0</item_version>
</inlineStackInfo>
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<Value>
<Obj>
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</inlineStackInfo>
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<bitwidth>16</bitwidth>
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<Value>
<Obj>
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<id>1589</id>
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<fileDirectory></fileDirectory>
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</inlineStackInfo>
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</Obj>
<bitwidth>6</bitwidth>
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<Value>
<Obj>
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<id>1848</id>
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</inlineStackInfo>
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</Obj>
<bitwidth>16</bitwidth>
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</consts>
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</inlineStackInfo>
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<item>12</item>
<item>13</item>
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<item class_id_reference="20" object_id="_1896">
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<item class_id_reference="20" object_id="_1897">
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<item class_id_reference="20" object_id="_1898">
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<item class_id_reference="20" object_id="_1899">
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<item class_id_reference="20" object_id="_1900">
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<item class_id_reference="20" object_id="_1901">
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<item class_id_reference="20" object_id="_1902">
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<item class_id_reference="20" object_id="_1903">
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<item class_id_reference="20" object_id="_1904">
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<item class_id_reference="20" object_id="_1906">
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<item class_id_reference="20" object_id="_1907">
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<item class_id_reference="20" object_id="_1908">
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<item class_id_reference="20" object_id="_1909">
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<item class_id_reference="20" object_id="_1910">
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<item class_id_reference="20" object_id="_1912">
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<item class_id_reference="20" object_id="_1913">
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<item class_id_reference="20" object_id="_1915">
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<item class_id_reference="20" object_id="_1916">
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<item class_id_reference="28" object_id="_2155">
<id>228</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2156">
<id>229</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2157">
<id>230</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2158">
<id>231</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2159">
<id>232</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2160">
<id>233</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2161">
<id>234</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2162">
<id>235</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2163">
<id>236</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2164">
<id>237</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2165">
<id>238</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2166">
<id>239</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2167">
<id>240</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2168">
<id>241</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2169">
<id>242</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2170">
<id>243</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2171">
<id>244</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2172">
<id>245</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2173">
<id>246</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2174">
<id>247</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2175">
<id>248</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2176">
<id>249</id>
<stage>2</stage>
<latency>2</latency>
</item>
<item class_id_reference="28" object_id="_2177">
<id>250</id>
<stage>2</stage>
<latency>2</latency>
</item>
<item class_id_reference="28" object_id="_2178">
<id>251</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2179">
<id>252</id>
<stage>1</stage>
<latency>1</latency>
</item>
</operations>
</item>
<item class_id_reference="26" object_id="_2180">
<id>2</id>
<operations>
<count>6</count>
<item_version>0</item_version>
<item class_id_reference="28" object_id="_2181">
<id>6</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2182">
<id>7</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2183">
<id>8</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2184">
<id>249</id>
<stage>1</stage>
<latency>2</latency>
</item>
<item class_id_reference="28" object_id="_2185">
<id>250</id>
<stage>1</stage>
<latency>2</latency>
</item>
<item class_id_reference="28" object_id="_2186">
<id>253</id>
<stage>1</stage>
<latency>1</latency>
</item>
</operations>
</item>
<item class_id_reference="26" object_id="_2187">
<id>3</id>
<operations>
<count>38</count>
<item_version>0</item_version>
<item class_id_reference="28" object_id="_2188">
<id>255</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2189">
<id>256</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2190">
<id>257</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2191">
<id>258</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2192">
<id>259</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2193">
<id>260</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2194">
<id>262</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2195">
<id>263</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2196">
<id>265</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2197">
<id>266</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2198">
<id>268</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2199">
<id>269</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2200">
<id>271</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2201">
<id>272</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2202">
<id>274</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2203">
<id>275</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2204">
<id>276</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2205">
<id>277</id>
<stage>2</stage>
<latency>2</latency>
</item>
<item class_id_reference="28" object_id="_2206">
<id>278</id>
<stage>2</stage>
<latency>2</latency>
</item>
<item class_id_reference="28" object_id="_2207">
<id>279</id>
<stage>2</stage>
<latency>2</latency>
</item>
<item class_id_reference="28" object_id="_2208">
<id>284</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2209">
<id>285</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2210">
<id>286</id>
<stage>2</stage>
<latency>2</latency>
</item>
<item class_id_reference="28" object_id="_2211">
<id>287</id>
<stage>2</stage>
<latency>2</latency>
</item>
<item class_id_reference="28" object_id="_2212">
<id>288</id>
<stage>2</stage>
<latency>2</latency>
</item>
<item class_id_reference="28" object_id="_2213">
<id>293</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2214">
<id>294</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2215">
<id>295</id>
<stage>2</stage>
<latency>2</latency>
</item>
<item class_id_reference="28" object_id="_2216">
<id>296</id>
<stage>2</stage>
<latency>2</latency>
</item>
<item class_id_reference="28" object_id="_2217">
<id>297</id>
<stage>2</stage>
<latency>2</latency>
</item>
<item class_id_reference="28" object_id="_2218">
<id>302</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2219">
<id>303</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2220">
<id>304</id>
<stage>2</stage>
<latency>2</latency>
</item>
<item class_id_reference="28" object_id="_2221">
<id>305</id>
<stage>2</stage>
<latency>2</latency>
</item>
<item class_id_reference="28" object_id="_2222">
<id>306</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2223">
<id>307</id>
<stage>2</stage>
<latency>2</latency>
</item>
<item class_id_reference="28" object_id="_2224">
<id>317</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2225">
<id>318</id>
<stage>2</stage>
<latency>2</latency>
</item>
</operations>
</item>
<item class_id_reference="26" object_id="_2226">
<id>4</id>
<operations>
<count>28</count>
<item_version>0</item_version>
<item class_id_reference="28" object_id="_2227">
<id>277</id>
<stage>1</stage>
<latency>2</latency>
</item>
<item class_id_reference="28" object_id="_2228">
<id>278</id>
<stage>1</stage>
<latency>2</latency>
</item>
<item class_id_reference="28" object_id="_2229">
<id>279</id>
<stage>1</stage>
<latency>2</latency>
</item>
<item class_id_reference="28" object_id="_2230">
<id>280</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2231">
<id>281</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2232">
<id>282</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2233">
<id>286</id>
<stage>1</stage>
<latency>2</latency>
</item>
<item class_id_reference="28" object_id="_2234">
<id>287</id>
<stage>1</stage>
<latency>2</latency>
</item>
<item class_id_reference="28" object_id="_2235">
<id>288</id>
<stage>1</stage>
<latency>2</latency>
</item>
<item class_id_reference="28" object_id="_2236">
<id>289</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2237">
<id>290</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2238">
<id>291</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2239">
<id>295</id>
<stage>1</stage>
<latency>2</latency>
</item>
<item class_id_reference="28" object_id="_2240">
<id>296</id>
<stage>1</stage>
<latency>2</latency>
</item>
<item class_id_reference="28" object_id="_2241">
<id>297</id>
<stage>1</stage>
<latency>2</latency>
</item>
<item class_id_reference="28" object_id="_2242">
<id>298</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2243">
<id>299</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2244">
<id>300</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2245">
<id>304</id>
<stage>1</stage>
<latency>2</latency>
</item>
<item class_id_reference="28" object_id="_2246">
<id>305</id>
<stage>1</stage>
<latency>2</latency>
</item>
<item class_id_reference="28" object_id="_2247">
<id>307</id>
<stage>1</stage>
<latency>2</latency>
</item>
<item class_id_reference="28" object_id="_2248">
<id>308</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2249">
<id>309</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2250">
<id>310</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2251">
<id>312</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2252">
<id>313</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2253">
<id>314</id>
<stage>1</stage>
<latency>1</latency>
</item>
<item class_id_reference="28" object_id="_2254">
<id>315</id>
<stage>1</stage>
<latency>1</latency>
</item>
</operations>
</item>
<item class_id_reference="26" object_id="_2255">
<id>5</id>
<operations>
<count>2</count>
<item_version>0</item_version>
<item class_id_reference="28" object_id="_2256">
<id>318</id>
<stage>1</stage>
<latency>2</latency>
</item>
<item class_id_reference="28" object_id="_2257">
<id>319</id>
<stage>1</stage>
<latency>1</latency>
</item>
</operations>
</item>
</states>
<transitions class_id="29" tracking_level="0" version="0">
<count>5</count>
<item_version>0</item_version>
<item class_id="30" tracking_level="1" version="0" object_id="_2258">
<inState>1</inState>
<outState>2</outState>
<condition class_id="31" tracking_level="0" version="0">
<id>-1</id>
<sop class_id="32" tracking_level="0" version="0">
<count>1</count>
<item_version>0</item_version>
<item class_id="33" tracking_level="0" version="0">
<count>0</count>
<item_version>0</item_version>
</item>
</sop>
</condition>
</item>
<item class_id_reference="30" object_id="_2259">
<inState>2</inState>
<outState>3</outState>
<condition>
<id>-1</id>
<sop>
<count>1</count>
<item_version>0</item_version>
<item>
<count>0</count>
<item_version>0</item_version>
</item>
</sop>
</condition>
</item>
<item class_id_reference="30" object_id="_2260">
<inState>3</inState>
<outState>5</outState>
<condition>
<id>-1</id>
<sop>
<count>1</count>
<item_version>0</item_version>
<item>
<count>1</count>
<item_version>0</item_version>
<item class_id="34" tracking_level="0" version="0">
<first class_id="35" tracking_level="0" version="0">
<first>257</first>
<second>0</second>
</first>
<second>0</second>
</item>
</item>
</sop>
</condition>
</item>
<item class_id_reference="30" object_id="_2261">
<inState>3</inState>
<outState>4</outState>
<condition>
<id>-1</id>
<sop>
<count>1</count>
<item_version>0</item_version>
<item>
<count>1</count>
<item_version>0</item_version>
<item>
<first>
<first>257</first>
<second>0</second>
</first>
<second>1</second>
</item>
</item>
</sop>
</condition>
</item>
<item class_id_reference="30" object_id="_2262">
<inState>4</inState>
<outState>3</outState>
<condition>
<id>-1</id>
<sop>
<count>1</count>
<item_version>0</item_version>
<item>
<count>0</count>
<item_version>0</item_version>
</item>
</sop>
</condition>
</item>
</transitions>
</fsm>
<res class_id="-1"></res>
<node_label_latency class_id="37" tracking_level="0" version="0">
<count>301</count>
<item_version>0</item_version>
<item class_id="38" tracking_level="0" version="0">
<first>4</first>
<second class_id="39" tracking_level="0" version="0">
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>5</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>9</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>10</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>11</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>12</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>13</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>14</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>15</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>16</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>17</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>18</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>19</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>20</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>21</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>22</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>23</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>24</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>25</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>26</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>27</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>28</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>29</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>30</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>31</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>32</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>33</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>34</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>35</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>36</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>37</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>38</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>39</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>40</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>41</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>42</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>43</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>44</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>45</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>46</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>47</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>48</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>49</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>50</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>51</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>52</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>53</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>54</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>55</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>56</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>57</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>58</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>59</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>60</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>61</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>62</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>63</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>64</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>65</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>66</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>67</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>68</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>69</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>70</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>71</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>72</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>73</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>74</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>75</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>76</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>77</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>78</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>79</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>80</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>81</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>82</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>83</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>84</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>85</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>86</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>87</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>88</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>89</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>90</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>91</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>92</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>93</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>94</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>95</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>96</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>97</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>98</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>99</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>100</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>101</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>102</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>103</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>104</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>105</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>106</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>107</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>108</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>109</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>110</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>111</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>112</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>113</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>114</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>115</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>116</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>117</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>118</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>119</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>120</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>121</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>122</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>123</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>124</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>125</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>126</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>127</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>128</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>129</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>130</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>131</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>132</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>133</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>134</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>135</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>136</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>137</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>138</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>139</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>140</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>141</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>142</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>143</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>144</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>145</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>146</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>147</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>148</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>149</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>150</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>151</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>152</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>153</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>154</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>155</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>156</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>157</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>158</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>159</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>160</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>161</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>162</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>163</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>164</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>165</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>166</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>167</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>168</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>169</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>170</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>171</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>172</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>173</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>174</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>175</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>176</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>177</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>178</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>179</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>180</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>181</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>182</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>183</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>184</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>185</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>186</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>187</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>188</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>189</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>190</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>191</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>192</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>193</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>194</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>195</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>196</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>197</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>198</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>199</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>200</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>201</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>202</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>203</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>204</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>205</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>206</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>207</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>208</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>209</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>210</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>211</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>212</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>213</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>214</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>215</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>216</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>217</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>218</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>219</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>220</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>221</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>222</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>223</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>224</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>225</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>226</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>227</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>228</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>229</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>230</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>231</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>232</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>233</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>234</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>235</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>236</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>237</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>238</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>239</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>240</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>241</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>242</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>243</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>244</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>245</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>246</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>247</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>248</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>249</first>
<second>
<first>0</first>
<second>1</second>
</second>
</item>
<item>
<first>250</first>
<second>
<first>0</first>
<second>1</second>
</second>
</item>
<item>
<first>251</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>252</first>
<second>
<first>0</first>
<second>0</second>
</second>
</item>
<item>
<first>253</first>
<second>
<first>1</first>
<second>0</second>
</second>
</item>
<item>
<first>255</first>
<second>
<first>2</first>
<second>0</second>
</second>
</item>
<item>
<first>256</first>
<second>
<first>2</first>
<second>0</second>
</second>
</item>
<item>
<first>257</first>
<second>
<first>2</first>
<second>0</second>
</second>
</item>
<item>
<first>259</first>
<second>
<first>2</first>
<second>0</second>
</second>
</item>
<item>
<first>260</first>
<second>
<first>2</first>
<second>0</second>
</second>
</item>
<item>
<first>262</first>
<second>
<first>2</first>
<second>0</second>
</second>
</item>
<item>
<first>263</first>
<second>
<first>2</first>
<second>0</second>
</second>
</item>
<item>
<first>265</first>
<second>
<first>2</first>
<second>0</second>
</second>
</item>
<item>
<first>266</first>
<second>
<first>2</first>
<second>0</second>
</second>
</item>
<item>
<first>268</first>
<second>
<first>2</first>
<second>0</second>
</second>
</item>
<item>
<first>269</first>
<second>
<first>2</first>
<second>0</second>
</second>
</item>
<item>
<first>271</first>
<second>
<first>2</first>
<second>0</second>
</second>
</item>
<item>
<first>272</first>
<second>
<first>2</first>
<second>0</second>
</second>
</item>
<item>
<first>274</first>
<second>
<first>2</first>
<second>0</second>
</second>
</item>
<item>
<first>275</first>
<second>
<first>2</first>
<second>0</second>
</second>
</item>
<item>
<first>276</first>
<second>
<first>2</first>
<second>0</second>
</second>
</item>
<item>
<first>277</first>
<second>
<first>2</first>
<second>1</second>
</second>
</item>
<item>
<first>278</first>
<second>
<first>2</first>
<second>1</second>
</second>
</item>
<item>
<first>279</first>
<second>
<first>2</first>
<second>1</second>
</second>
</item>
<item>
<first>280</first>
<second>
<first>3</first>
<second>0</second>
</second>
</item>
<item>
<first>281</first>
<second>
<first>3</first>
<second>0</second>
</second>
</item>
<item>
<first>282</first>
<second>
<first>3</first>
<second>0</second>
</second>
</item>
<item>
<first>284</first>
<second>
<first>2</first>
<second>0</second>
</second>
</item>
<item>
<first>285</first>
<second>
<first>2</first>
<second>0</second>
</second>
</item>
<item>
<first>286</first>
<second>
<first>2</first>
<second>1</second>
</second>
</item>
<item>
<first>287</first>
<second>
<first>2</first>
<second>1</second>
</second>
</item>
<item>
<first>288</first>
<second>
<first>2</first>
<second>1</second>
</second>
</item>
<item>
<first>289</first>
<second>
<first>3</first>
<second>0</second>
</second>
</item>
<item>
<first>290</first>
<second>
<first>3</first>
<second>0</second>
</second>
</item>
<item>
<first>291</first>
<second>
<first>3</first>
<second>0</second>
</second>
</item>
<item>
<first>293</first>
<second>
<first>2</first>
<second>0</second>
</second>
</item>
<item>
<first>294</first>
<second>
<first>2</first>
<second>0</second>
</second>
</item>
<item>
<first>295</first>
<second>
<first>2</first>
<second>1</second>
</second>
</item>
<item>
<first>296</first>
<second>
<first>2</first>
<second>1</second>
</second>
</item>
<item>
<first>297</first>
<second>
<first>2</first>
<second>1</second>
</second>
</item>
<item>
<first>298</first>
<second>
<first>3</first>
<second>0</second>
</second>
</item>
<item>
<first>299</first>
<second>
<first>3</first>
<second>0</second>
</second>
</item>
<item>
<first>300</first>
<second>
<first>3</first>
<second>0</second>
</second>
</item>
<item>
<first>302</first>
<second>
<first>2</first>
<second>0</second>
</second>
</item>
<item>
<first>303</first>
<second>
<first>2</first>
<second>0</second>
</second>
</item>
<item>
<first>304</first>
<second>
<first>2</first>
<second>1</second>
</second>
</item>
<item>
<first>305</first>
<second>
<first>2</first>
<second>1</second>
</second>
</item>
<item>
<first>306</first>
<second>
<first>2</first>
<second>0</second>
</second>
</item>
<item>
<first>307</first>
<second>
<first>2</first>
<second>1</second>
</second>
</item>
<item>
<first>308</first>
<second>
<first>3</first>
<second>0</second>
</second>
</item>
<item>
<first>309</first>
<second>
<first>3</first>
<second>0</second>
</second>
</item>
<item>
<first>310</first>
<second>
<first>3</first>
<second>0</second>
</second>
</item>
<item>
<first>312</first>
<second>
<first>3</first>
<second>0</second>
</second>
</item>
<item>
<first>313</first>
<second>
<first>3</first>
<second>0</second>
</second>
</item>
<item>
<first>314</first>
<second>
<first>3</first>
<second>0</second>
</second>
</item>
<item>
<first>315</first>
<second>
<first>3</first>
<second>0</second>
</second>
</item>
<item>
<first>317</first>
<second>
<first>2</first>
<second>0</second>
</second>
</item>
<item>
<first>318</first>
<second>
<first>2</first>
<second>1</second>
</second>
</item>
<item>
<first>319</first>
<second>
<first>4</first>
<second>0</second>
</second>
</item>
</node_label_latency>
<bblk_ent_exit class_id="40" tracking_level="0" version="0">
<count>12</count>
<item_version>0</item_version>
<item class_id="41" tracking_level="0" version="0">
<first>254</first>
<second class_id="42" tracking_level="0" version="0">
<first>0</first>
<second>1</second>
</second>
</item>
<item>
<first>261</first>
<second>
<first>2</first>
<second>2</second>
</second>
</item>
<item>
<first>264</first>
<second>
<first>2</first>
<second>2</second>
</second>
</item>
<item>
<first>267</first>
<second>
<first>2</first>
<second>2</second>
</second>
</item>
<item>
<first>270</first>
<second>
<first>2</first>
<second>2</second>
</second>
</item>
<item>
<first>273</first>
<second>
<first>2</first>
<second>2</second>
</second>
</item>
<item>
<first>283</first>
<second>
<first>2</first>
<second>3</second>
</second>
</item>
<item>
<first>292</first>
<second>
<first>2</first>
<second>3</second>
</second>
</item>
<item>
<first>301</first>
<second>
<first>2</first>
<second>3</second>
</second>
</item>
<item>
<first>311</first>
<second>
<first>2</first>
<second>3</second>
</second>
</item>
<item>
<first>316</first>
<second>
<first>3</first>
<second>3</second>
</second>
</item>
<item>
<first>320</first>
<second>
<first>2</first>
<second>3</second>
</second>
</item>
</bblk_ent_exit>
<regions class_id="43" tracking_level="0" version="0">
<count>0</count>
<item_version>0</item_version>
</regions>
<dp_fu_nodes class_id="44" tracking_level="0" version="0">
<count>266</count>
<item_version>0</item_version>
<item class_id="45" tracking_level="0" version="0">
<first>56</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>4</item>
</second>
</item>
<item>
<first>60</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>5</item>
</second>
</item>
<item>
<first>64</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>9</item>
</second>
</item>
<item>
<first>68</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>10</item>
</second>
</item>
<item>
<first>72</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>11</item>
</second>
</item>
<item>
<first>76</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>12</item>
</second>
</item>
<item>
<first>80</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>13</item>
</second>
</item>
<item>
<first>84</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>14</item>
</second>
</item>
<item>
<first>88</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>15</item>
</second>
</item>
<item>
<first>92</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>16</item>
</second>
</item>
<item>
<first>96</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>17</item>
</second>
</item>
<item>
<first>100</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>18</item>
</second>
</item>
<item>
<first>104</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>19</item>
</second>
</item>
<item>
<first>108</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>20</item>
</second>
</item>
<item>
<first>112</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>21</item>
</second>
</item>
<item>
<first>116</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>22</item>
</second>
</item>
<item>
<first>120</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>23</item>
</second>
</item>
<item>
<first>124</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>24</item>
</second>
</item>
<item>
<first>128</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>25</item>
</second>
</item>
<item>
<first>132</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>26</item>
</second>
</item>
<item>
<first>136</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>27</item>
</second>
</item>
<item>
<first>140</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>28</item>
</second>
</item>
<item>
<first>144</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>29</item>
</second>
</item>
<item>
<first>148</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>30</item>
</second>
</item>
<item>
<first>152</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>31</item>
</second>
</item>
<item>
<first>156</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>32</item>
</second>
</item>
<item>
<first>160</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>33</item>
</second>
</item>
<item>
<first>164</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>34</item>
</second>
</item>
<item>
<first>168</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>35</item>
</second>
</item>
<item>
<first>172</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>36</item>
</second>
</item>
<item>
<first>176</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>37</item>
</second>
</item>
<item>
<first>180</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>38</item>
</second>
</item>
<item>
<first>184</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>39</item>
</second>
</item>
<item>
<first>188</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>40</item>
</second>
</item>
<item>
<first>192</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>41</item>
</second>
</item>
<item>
<first>196</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>42</item>
</second>
</item>
<item>
<first>200</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>43</item>
</second>
</item>
<item>
<first>204</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>44</item>
</second>
</item>
<item>
<first>208</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>45</item>
</second>
</item>
<item>
<first>212</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>46</item>
</second>
</item>
<item>
<first>216</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>47</item>
</second>
</item>
<item>
<first>220</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>48</item>
</second>
</item>
<item>
<first>224</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>49</item>
</second>
</item>
<item>
<first>228</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>50</item>
</second>
</item>
<item>
<first>232</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>51</item>
</second>
</item>
<item>
<first>236</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>52</item>
</second>
</item>
<item>
<first>240</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>53</item>
</second>
</item>
<item>
<first>244</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>54</item>
</second>
</item>
<item>
<first>248</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>55</item>
</second>
</item>
<item>
<first>252</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>56</item>
</second>
</item>
<item>
<first>256</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>57</item>
</second>
</item>
<item>
<first>260</first>
<second>
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<item>250</item>
</second>
</item>
<item>
<first>grp_write_row_ifm_fu_1578</first>
<second>
<count>8</count>
<item_version>0</item_version>
<item>277</item>
<item>277</item>
<item>286</item>
<item>286</item>
<item>295</item>
<item>295</item>
<item>304</item>
<item>304</item>
</second>
</item>
</dp_fu_nodes_module>
<dp_fu_nodes_io>
<count>6</count>
<item_version>0</item_version>
<item>
<first>grp_load_fu_1705</first>
<second>
<count>4</count>
<item_version>0</item_version>
<item>274</item>
<item>284</item>
<item>293</item>
<item>302</item>
</second>
</item>
<item>
<first>grp_load_fu_1709</first>
<second>
<count>5</count>
<item_version>0</item_version>
<item>275</item>
<item>285</item>
<item>294</item>
<item>303</item>
<item>317</item>
</second>
</item>
<item>
<first>grp_store_fu_1713</first>
<second>
<count>4</count>
<item_version>0</item_version>
<item>280</item>
<item>289</item>
<item>298</item>
<item>308</item>
</second>
</item>
<item>
<first>grp_store_fu_1718</first>
<second>
<count>4</count>
<item_version>0</item_version>
<item>281</item>
<item>290</item>
<item>299</item>
<item>309</item>
</second>
</item>
<item>
<first>store_ln644_store_fu_1733</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>251</item>
</second>
</item>
<item>
<first>store_ln644_store_fu_1738</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>252</item>
</second>
</item>
</dp_fu_nodes_io>
<return_ports>
<count>0</count>
<item_version>0</item_version>
</return_ports>
<dp_mem_port_nodes class_id="49" tracking_level="0" version="0">
<count>0</count>
<item_version>0</item_version>
</dp_mem_port_nodes>
<dp_reg_nodes>
<count>14</count>
<item_version>0</item_version>
<item>
<first>1024</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>255</item>
</second>
</item>
<item>
<first>1036</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>256</item>
</second>
</item>
<item>
<first>1723</first>
<second>
<count>4</count>
<item_version>0</item_version>
<item>274</item>
<item>284</item>
<item>293</item>
<item>302</item>
</second>
</item>
<item>
<first>1728</first>
<second>
<count>5</count>
<item_version>0</item_version>
<item>275</item>
<item>285</item>
<item>294</item>
<item>303</item>
<item>317</item>
</second>
</item>
<item>
<first>1813</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>4</item>
</second>
</item>
<item>
<first>1820</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>5</item>
</second>
</item>
<item>
<first>1830</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>259</item>
</second>
</item>
<item>
<first>1835</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>262</item>
</second>
</item>
<item>
<first>1839</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>265</item>
</second>
</item>
<item>
<first>1843</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>268</item>
</second>
</item>
<item>
<first>1847</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>271</item>
</second>
</item>
<item>
<first>1851</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>276</item>
</second>
</item>
<item>
<first>1856</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>306</item>
</second>
</item>
<item>
<first>1861</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>314</item>
</second>
</item>
</dp_reg_nodes>
<dp_regname_nodes>
<count>14</count>
<item_version>0</item_version>
<item>
<first>cifm_counter_8_reg_1813</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>4</item>
</second>
</item>
<item>
<first>cofm_counter_8_reg_1820</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>5</item>
</second>
</item>
<item>
<first>icmp_ln648_reg_1835</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>262</item>
</second>
</item>
<item>
<first>icmp_ln652_reg_1856</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>306</item>
</second>
</item>
<item>
<first>icmp_ln658_reg_1839</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>265</item>
</second>
</item>
<item>
<first>icmp_ln667_reg_1843</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>268</item>
</second>
</item>
<item>
<first>icmp_ln676_reg_1847</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>271</item>
</second>
</item>
<item>
<first>icmp_ln678_reg_1851</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>276</item>
</second>
</item>
<item>
<first>reg_1723</first>
<second>
<count>4</count>
<item_version>0</item_version>
<item>274</item>
<item>284</item>
<item>293</item>
<item>302</item>
</second>
</item>
<item>
<first>reg_1728</first>
<second>
<count>5</count>
<item_version>0</item_version>
<item>275</item>
<item>285</item>
<item>294</item>
<item>303</item>
<item>317</item>
</second>
</item>
<item>
<first>rotate_counter_0_reg_1024</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>255</item>
</second>
</item>
<item>
<first>row_0_reg_1036</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>256</item>
</second>
</item>
<item>
<first>row_reg_1830</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>259</item>
</second>
</item>
<item>
<first>select_ln687_reg_1861</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>314</item>
</second>
</item>
</dp_regname_nodes>
<dp_reg_phi>
<count>2</count>
<item_version>0</item_version>
<item>
<first>1024</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>255</item>
</second>
</item>
<item>
<first>1036</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>256</item>
</second>
</item>
</dp_reg_phi>
<dp_regname_phi>
<count>2</count>
<item_version>0</item_version>
<item>
<first>rotate_counter_0_reg_1024</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>255</item>
</second>
</item>
<item>
<first>row_0_reg_1036</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>256</item>
</second>
</item>
</dp_regname_phi>
<dp_port_io_nodes class_id="50" tracking_level="0" version="0">
<count>3</count>
<item_version>0</item_version>
<item class_id="51" tracking_level="0" version="0">
<first>cifm</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>
<first>call</first>
<second>
<count>5</count>
<item_version>0</item_version>
<item>249</item>
<item>304</item>
<item>295</item>
<item>286</item>
<item>277</item>
</second>
</item>
</second>
</item>
<item>
<first>cofm</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>
<first>call</first>
<second>
<count>5</count>
<item_version>0</item_version>
<item>307</item>
<item>297</item>
<item>288</item>
<item>279</item>
<item>318</item>
</second>
</item>
</second>
</item>
<item>
<first>tran_wgt</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>
<first>call</first>
<second>
<count>1</count>
<item_version>0</item_version>
<item>250</item>
</second>
</item>
</second>
</item>
</dp_port_io_nodes>
<port2core class_id="52" tracking_level="0" version="0">
<count>0</count>
<item_version>0</item_version>
</port2core>
<node2core>
<count>240</count>
<item_version>0</item_version>
<item class_id="53" tracking_level="0" version="0">
<first>9</first>
<second>RAM</second>
</item>
<item>
<first>10</first>
<second>RAM</second>
</item>
<item>
<first>11</first>
<second>RAM</second>
</item>
<item>
<first>12</first>
<second>RAM</second>
</item>
<item>
<first>13</first>
<second>RAM</second>
</item>
<item>
<first>14</first>
<second>RAM</second>
</item>
<item>
<first>15</first>
<second>RAM</second>
</item>
<item>
<first>16</first>
<second>RAM</second>
</item>
<item>
<first>17</first>
<second>RAM</second>
</item>
<item>
<first>18</first>
<second>RAM</second>
</item>
<item>
<first>19</first>
<second>RAM</second>
</item>
<item>
<first>20</first>
<second>RAM</second>
</item>
<item>
<first>21</first>
<second>RAM</second>
</item>
<item>
<first>22</first>
<second>RAM</second>
</item>
<item>
<first>23</first>
<second>RAM</second>
</item>
<item>
<first>24</first>
<second>RAM</second>
</item>
<item>
<first>25</first>
<second>RAM</second>
</item>
<item>
<first>26</first>
<second>RAM</second>
</item>
<item>
<first>27</first>
<second>RAM</second>
</item>
<item>
<first>28</first>
<second>RAM</second>
</item>
<item>
<first>29</first>
<second>RAM</second>
</item>
<item>
<first>30</first>
<second>RAM</second>
</item>
<item>
<first>31</first>
<second>RAM</second>
</item>
<item>
<first>32</first>
<second>RAM</second>
</item>
<item>
<first>33</first>
<second>RAM</second>
</item>
<item>
<first>34</first>
<second>RAM</second>
</item>
<item>
<first>35</first>
<second>RAM</second>
</item>
<item>
<first>36</first>
<second>RAM</second>
</item>
<item>
<first>37</first>
<second>RAM</second>
</item>
<item>
<first>38</first>
<second>RAM</second>
</item>
<item>
<first>39</first>
<second>RAM</second>
</item>
<item>
<first>40</first>
<second>RAM</second>
</item>
<item>
<first>41</first>
<second>RAM</second>
</item>
<item>
<first>42</first>
<second>RAM</second>
</item>
<item>
<first>43</first>
<second>RAM</second>
</item>
<item>
<first>44</first>
<second>RAM</second>
</item>
<item>
<first>45</first>
<second>RAM</second>
</item>
<item>
<first>46</first>
<second>RAM</second>
</item>
<item>
<first>47</first>
<second>RAM</second>
</item>
<item>
<first>48</first>
<second>RAM</second>
</item>
<item>
<first>49</first>
<second>RAM</second>
</item>
<item>
<first>50</first>
<second>RAM</second>
</item>
<item>
<first>51</first>
<second>RAM</second>
</item>
<item>
<first>52</first>
<second>RAM</second>
</item>
<item>
<first>53</first>
<second>RAM</second>
</item>
<item>
<first>54</first>
<second>RAM</second>
</item>
<item>
<first>55</first>
<second>RAM</second>
</item>
<item>
<first>56</first>
<second>RAM</second>
</item>
<item>
<first>57</first>
<second>RAM</second>
</item>
<item>
<first>58</first>
<second>RAM</second>
</item>
<item>
<first>59</first>
<second>RAM</second>
</item>
<item>
<first>60</first>
<second>RAM</second>
</item>
<item>
<first>61</first>
<second>RAM</second>
</item>
<item>
<first>62</first>
<second>RAM</second>
</item>
<item>
<first>63</first>
<second>RAM</second>
</item>
<item>
<first>64</first>
<second>RAM</second>
</item>
<item>
<first>65</first>
<second>RAM</second>
</item>
<item>
<first>66</first>
<second>RAM</second>
</item>
<item>
<first>67</first>
<second>RAM</second>
</item>
<item>
<first>68</first>
<second>RAM</second>
</item>
<item>
<first>69</first>
<second>RAM</second>
</item>
<item>
<first>70</first>
<second>RAM</second>
</item>
<item>
<first>71</first>
<second>RAM</second>
</item>
<item>
<first>72</first>
<second>RAM</second>
</item>
<item>
<first>73</first>
<second>RAM</second>
</item>
<item>
<first>74</first>
<second>RAM</second>
</item>
<item>
<first>75</first>
<second>RAM</second>
</item>
<item>
<first>76</first>
<second>RAM</second>
</item>
<item>
<first>77</first>
<second>RAM</second>
</item>
<item>
<first>78</first>
<second>RAM</second>
</item>
<item>
<first>79</first>
<second>RAM</second>
</item>
<item>
<first>80</first>
<second>RAM</second>
</item>
<item>
<first>81</first>
<second>RAM</second>
</item>
<item>
<first>82</first>
<second>RAM</second>
</item>
<item>
<first>83</first>
<second>RAM</second>
</item>
<item>
<first>84</first>
<second>RAM</second>
</item>
<item>
<first>85</first>
<second>RAM</second>
</item>
<item>
<first>86</first>
<second>RAM</second>
</item>
<item>
<first>87</first>
<second>RAM</second>
</item>
<item>
<first>88</first>
<second>RAM</second>
</item>
<item>
<first>89</first>
<second>RAM</second>
</item>
<item>
<first>90</first>
<second>RAM</second>
</item>
<item>
<first>91</first>
<second>RAM</second>
</item>
<item>
<first>92</first>
<second>RAM</second>
</item>
<item>
<first>93</first>
<second>RAM</second>
</item>
<item>
<first>94</first>
<second>RAM</second>
</item>
<item>
<first>95</first>
<second>RAM</second>
</item>
<item>
<first>96</first>
<second>RAM</second>
</item>
<item>
<first>97</first>
<second>RAM</second>
</item>
<item>
<first>98</first>
<second>RAM</second>
</item>
<item>
<first>99</first>
<second>RAM</second>
</item>
<item>
<first>100</first>
<second>RAM</second>
</item>
<item>
<first>101</first>
<second>RAM</second>
</item>
<item>
<first>102</first>
<second>RAM</second>
</item>
<item>
<first>103</first>
<second>RAM</second>
</item>
<item>
<first>104</first>
<second>RAM</second>
</item>
<item>
<first>105</first>
<second>RAM</second>
</item>
<item>
<first>106</first>
<second>RAM</second>
</item>
<item>
<first>107</first>
<second>RAM</second>
</item>
<item>
<first>108</first>
<second>RAM</second>
</item>
<item>
<first>109</first>
<second>RAM</second>
</item>
<item>
<first>110</first>
<second>RAM</second>
</item>
<item>
<first>111</first>
<second>RAM</second>
</item>
<item>
<first>112</first>
<second>RAM</second>
</item>
<item>
<first>113</first>
<second>RAM</second>
</item>
<item>
<first>114</first>
<second>RAM</second>
</item>
<item>
<first>115</first>
<second>RAM</second>
</item>
<item>
<first>116</first>
<second>RAM</second>
</item>
<item>
<first>117</first>
<second>RAM</second>
</item>
<item>
<first>118</first>
<second>RAM</second>
</item>
<item>
<first>119</first>
<second>RAM</second>
</item>
<item>
<first>120</first>
<second>RAM</second>
</item>
<item>
<first>121</first>
<second>RAM</second>
</item>
<item>
<first>122</first>
<second>RAM</second>
</item>
<item>
<first>123</first>
<second>RAM</second>
</item>
<item>
<first>124</first>
<second>RAM</second>
</item>
<item>
<first>125</first>
<second>RAM</second>
</item>
<item>
<first>126</first>
<second>RAM</second>
</item>
<item>
<first>127</first>
<second>RAM</second>
</item>
<item>
<first>128</first>
<second>RAM</second>
</item>
<item>
<first>129</first>
<second>RAM</second>
</item>
<item>
<first>130</first>
<second>RAM</second>
</item>
<item>
<first>131</first>
<second>RAM</second>
</item>
<item>
<first>132</first>
<second>RAM</second>
</item>
<item>
<first>133</first>
<second>RAM</second>
</item>
<item>
<first>134</first>
<second>RAM</second>
</item>
<item>
<first>135</first>
<second>RAM</second>
</item>
<item>
<first>136</first>
<second>RAM</second>
</item>
<item>
<first>137</first>
<second>RAM</second>
</item>
<item>
<first>138</first>
<second>RAM</second>
</item>
<item>
<first>139</first>
<second>RAM</second>
</item>
<item>
<first>140</first>
<second>RAM</second>
</item>
<item>
<first>141</first>
<second>RAM</second>
</item>
<item>
<first>142</first>
<second>RAM</second>
</item>
<item>
<first>143</first>
<second>RAM</second>
</item>
<item>
<first>144</first>
<second>RAM</second>
</item>
<item>
<first>145</first>
<second>RAM</second>
</item>
<item>
<first>146</first>
<second>RAM</second>
</item>
<item>
<first>147</first>
<second>RAM</second>
</item>
<item>
<first>148</first>
<second>RAM</second>
</item>
<item>
<first>149</first>
<second>RAM</second>
</item>
<item>
<first>150</first>
<second>RAM</second>
</item>
<item>
<first>151</first>
<second>RAM</second>
</item>
<item>
<first>152</first>
<second>RAM</second>
</item>
<item>
<first>153</first>
<second>RAM</second>
</item>
<item>
<first>154</first>
<second>RAM</second>
</item>
<item>
<first>155</first>
<second>RAM</second>
</item>
<item>
<first>156</first>
<second>RAM</second>
</item>
<item>
<first>157</first>
<second>RAM</second>
</item>
<item>
<first>158</first>
<second>RAM</second>
</item>
<item>
<first>159</first>
<second>RAM</second>
</item>
<item>
<first>160</first>
<second>RAM</second>
</item>
<item>
<first>161</first>
<second>RAM</second>
</item>
<item>
<first>162</first>
<second>RAM</second>
</item>
<item>
<first>163</first>
<second>RAM</second>
</item>
<item>
<first>164</first>
<second>RAM</second>
</item>
<item>
<first>165</first>
<second>RAM</second>
</item>
<item>
<first>166</first>
<second>RAM</second>
</item>
<item>
<first>167</first>
<second>RAM</second>
</item>
<item>
<first>168</first>
<second>RAM</second>
</item>
<item>
<first>169</first>
<second>RAM</second>
</item>
<item>
<first>170</first>
<second>RAM</second>
</item>
<item>
<first>171</first>
<second>RAM</second>
</item>
<item>
<first>172</first>
<second>RAM</second>
</item>
<item>
<first>173</first>
<second>RAM</second>
</item>
<item>
<first>174</first>
<second>RAM</second>
</item>
<item>
<first>175</first>
<second>RAM</second>
</item>
<item>
<first>176</first>
<second>RAM</second>
</item>
<item>
<first>177</first>
<second>RAM</second>
</item>
<item>
<first>178</first>
<second>RAM</second>
</item>
<item>
<first>179</first>
<second>RAM</second>
</item>
<item>
<first>180</first>
<second>RAM</second>
</item>
<item>
<first>181</first>
<second>RAM</second>
</item>
<item>
<first>182</first>
<second>RAM</second>
</item>
<item>
<first>183</first>
<second>RAM</second>
</item>
<item>
<first>184</first>
<second>RAM</second>
</item>
<item>
<first>185</first>
<second>RAM</second>
</item>
<item>
<first>186</first>
<second>RAM</second>
</item>
<item>
<first>187</first>
<second>RAM</second>
</item>
<item>
<first>188</first>
<second>RAM</second>
</item>
<item>
<first>189</first>
<second>RAM</second>
</item>
<item>
<first>190</first>
<second>RAM</second>
</item>
<item>
<first>191</first>
<second>RAM</second>
</item>
<item>
<first>192</first>
<second>RAM</second>
</item>
<item>
<first>193</first>
<second>RAM</second>
</item>
<item>
<first>194</first>
<second>RAM</second>
</item>
<item>
<first>195</first>
<second>RAM</second>
</item>
<item>
<first>196</first>
<second>RAM</second>
</item>
<item>
<first>197</first>
<second>RAM</second>
</item>
<item>
<first>198</first>
<second>RAM</second>
</item>
<item>
<first>199</first>
<second>RAM</second>
</item>
<item>
<first>200</first>
<second>RAM</second>
</item>
<item>
<first>201</first>
<second>RAM</second>
</item>
<item>
<first>202</first>
<second>RAM</second>
</item>
<item>
<first>203</first>
<second>RAM</second>
</item>
<item>
<first>204</first>
<second>RAM</second>
</item>
<item>
<first>205</first>
<second>RAM</second>
</item>
<item>
<first>206</first>
<second>RAM</second>
</item>
<item>
<first>207</first>
<second>RAM</second>
</item>
<item>
<first>208</first>
<second>RAM</second>
</item>
<item>
<first>209</first>
<second>RAM</second>
</item>
<item>
<first>210</first>
<second>RAM</second>
</item>
<item>
<first>211</first>
<second>RAM</second>
</item>
<item>
<first>212</first>
<second>RAM</second>
</item>
<item>
<first>213</first>
<second>RAM</second>
</item>
<item>
<first>214</first>
<second>RAM</second>
</item>
<item>
<first>215</first>
<second>RAM</second>
</item>
<item>
<first>216</first>
<second>RAM</second>
</item>
<item>
<first>217</first>
<second>RAM</second>
</item>
<item>
<first>218</first>
<second>RAM</second>
</item>
<item>
<first>219</first>
<second>RAM</second>
</item>
<item>
<first>220</first>
<second>RAM</second>
</item>
<item>
<first>221</first>
<second>RAM</second>
</item>
<item>
<first>222</first>
<second>RAM</second>
</item>
<item>
<first>223</first>
<second>RAM</second>
</item>
<item>
<first>224</first>
<second>RAM</second>
</item>
<item>
<first>225</first>
<second>RAM</second>
</item>
<item>
<first>226</first>
<second>RAM</second>
</item>
<item>
<first>227</first>
<second>RAM</second>
</item>
<item>
<first>228</first>
<second>RAM</second>
</item>
<item>
<first>229</first>
<second>RAM</second>
</item>
<item>
<first>230</first>
<second>RAM</second>
</item>
<item>
<first>231</first>
<second>RAM</second>
</item>
<item>
<first>232</first>
<second>RAM</second>
</item>
<item>
<first>233</first>
<second>RAM</second>
</item>
<item>
<first>234</first>
<second>RAM</second>
</item>
<item>
<first>235</first>
<second>RAM</second>
</item>
<item>
<first>236</first>
<second>RAM</second>
</item>
<item>
<first>237</first>
<second>RAM</second>
</item>
<item>
<first>238</first>
<second>RAM</second>
</item>
<item>
<first>239</first>
<second>RAM</second>
</item>
<item>
<first>240</first>
<second>RAM</second>
</item>
<item>
<first>241</first>
<second>RAM</second>
</item>
<item>
<first>242</first>
<second>RAM</second>
</item>
<item>
<first>243</first>
<second>RAM</second>
</item>
<item>
<first>244</first>
<second>RAM</second>
</item>
<item>
<first>245</first>
<second>RAM</second>
</item>
<item>
<first>246</first>
<second>RAM</second>
</item>
<item>
<first>247</first>
<second>RAM</second>
</item>
<item>
<first>248</first>
<second>RAM</second>
</item>
</node2core>
</syndb>
</boost_serialization>
|
-- This file is generated by SWIG. Please do not modify by hand.
--
with Interfaces.C;
with Interfaces.C;
with Interfaces.C.Pointers;
package xcb.xcb_render_query_filters_cookie_t is
-- Item
--
type Item is record
sequence : aliased Interfaces.C.unsigned;
end record;
-- Item_Array
--
type Item_Array is
array
(Interfaces.C
.size_t range <>) of aliased xcb.xcb_render_query_filters_cookie_t
.Item;
-- Pointer
--
package C_Pointers is new Interfaces.C.Pointers
(Index => Interfaces.C.size_t,
Element => xcb.xcb_render_query_filters_cookie_t.Item,
Element_Array => xcb.xcb_render_query_filters_cookie_t.Item_Array,
Default_Terminator => (others => <>));
subtype Pointer is C_Pointers.Pointer;
-- Pointer_Array
--
type Pointer_Array is
array
(Interfaces.C
.size_t range <>) of aliased xcb.xcb_render_query_filters_cookie_t
.Pointer;
-- Pointer_Pointer
--
package C_Pointer_Pointers is new Interfaces.C.Pointers
(Index => Interfaces.C.size_t,
Element => xcb.xcb_render_query_filters_cookie_t.Pointer,
Element_Array => xcb.xcb_render_query_filters_cookie_t.Pointer_Array,
Default_Terminator => null);
subtype Pointer_Pointer is C_Pointer_Pointers.Pointer;
end xcb.xcb_render_query_filters_cookie_t;
|
------------------------------------------------------------------------------
-- --
-- GNAT COMPILER COMPONENTS --
-- --
-- A D A . E X C E P T I O N S . E X C E P T I O N _ P R O P A G A T I O N --
-- --
-- B o d y --
-- --
-- Copyright (C) 1992-2020, 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- --
-- ware Foundation; either version 3, or (at your option) any later ver- --
-- sion. GNAT is distributed in the hope that it will be useful, but WITH- --
-- OUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY --
-- or FITNESS FOR A PARTICULAR PURPOSE. --
-- --
-- As a special exception under Section 7 of GPL version 3, you are granted --
-- additional permissions described in the GCC Runtime Library Exception, --
-- version 3.1, as published by the Free Software Foundation. --
-- --
-- You should have received a copy of the GNU General Public License and --
-- a copy of the GCC Runtime Library Exception along with this program; --
-- see the files COPYING3 and COPYING.RUNTIME respectively. If not, see --
-- <http://www.gnu.org/licenses/>. --
-- --
-- GNAT was originally developed by the GNAT team at New York University. --
-- Extensive contributions were provided by Ada Core Technologies Inc. --
-- --
------------------------------------------------------------------------------
-- This is the version using the GCC EH mechanism, which could rely on
-- different underlying unwinding engines, for example DWARF or ARM unwind
-- info based. Here is a sketch of the most prominent data structures
-- involved:
-- (s-excmac.ads)
-- GNAT_GCC_Exception:
-- *-----------------------------------*
-- o-->| (s-excmac.ads) |
-- | | Header : <gcc occurrence type> |
-- | | - Class |
-- | | ... | Constraint_Error:
-- | |-----------------------------------* Program_Error:
-- | | (a-except.ads) | Foreign_Exception:
-- | | Occurrence : Exception_Occurrence |
-- | | | (s-stalib. ads)
-- | | - Id : Exception_Id --------------> Exception_Data
-- o------ - Machine_Occurrence | *------------------------*
-- | - Msg | | Not_Handled_By_Others |
-- | - Traceback | | Lang |
-- | ... | | Foreign_Data --o |
-- *-----------------------------------* | Full_Name | |
-- || | ... | |
-- || foreign rtti blob *----------------|-------*
-- || *---------------* |
-- || | ... ... |<-------------------------o
-- || *---------------*
-- ||
-- Setup_Current_Excep()
-- ||
-- || Latch into ATCB or
-- || environment Current Exception Buffer:
-- ||
-- vv
-- <> : Exception_Occurrence
-- *---------------------------*
-- | ... ... ... ... ... ... * --- Get_Current_Excep() ---->
-- *---------------------------*
-- On "raise" events, the runtime allocates a new GNAT_GCC_Exception
-- instance and eventually calls into libgcc's Unwind_RaiseException.
-- This part handles the object through the header part only.
-- During execution, Get_Current_Excep provides a pointer to the
-- Exception_Occurrence being raised or last raised by the current task.
-- This is actually the address of a statically allocated
-- Exception_Occurrence attached to the current ATCB or to the environment
-- thread into which an occurrence being raised is synchronized at critical
-- points during the raise process, via Setup_Current_Excep.
with Ada.Unchecked_Conversion;
with Ada.Unchecked_Deallocation;
with System.Storage_Elements; use System.Storage_Elements;
with System.Exceptions.Machine; use System.Exceptions.Machine;
separate (Ada.Exceptions)
package body Exception_Propagation is
use Exception_Traces;
Foreign_Exception : aliased System.Standard_Library.Exception_Data;
pragma Import (Ada, Foreign_Exception,
"system__exceptions__foreign_exception");
-- Id for foreign exceptions
--------------------------------------------------------------
-- GNAT Specific Entities To Deal With The GCC EH Circuitry --
--------------------------------------------------------------
-- Phase identifiers (Unwind Actions)
type Unwind_Action is new Integer;
pragma Convention (C, Unwind_Action);
UA_SEARCH_PHASE : constant Unwind_Action := 1;
UA_CLEANUP_PHASE : constant Unwind_Action := 2;
UA_HANDLER_FRAME : constant Unwind_Action := 4;
UA_FORCE_UNWIND : constant Unwind_Action := 8;
UA_END_OF_STACK : constant Unwind_Action := 16; -- GCC extension
pragma Unreferenced
(UA_HANDLER_FRAME,
UA_FORCE_UNWIND,
UA_END_OF_STACK);
procedure GNAT_GCC_Exception_Cleanup
(Reason : Unwind_Reason_Code;
Excep : not null GNAT_GCC_Exception_Access);
pragma Convention (C, GNAT_GCC_Exception_Cleanup);
-- Procedure called when a GNAT GCC exception is free.
procedure Propagate_GCC_Exception
(GCC_Exception : not null GCC_Exception_Access);
pragma No_Return (Propagate_GCC_Exception);
-- Propagate a GCC exception
procedure Reraise_GCC_Exception
(GCC_Exception : not null GCC_Exception_Access);
pragma No_Return (Reraise_GCC_Exception);
pragma Export (C, Reraise_GCC_Exception, "__gnat_reraise_zcx");
-- Called to implement raise without exception, ie reraise. Called
-- directly from gigi.
function Setup_Current_Excep
(GCC_Exception : not null GCC_Exception_Access;
Phase : Unwind_Action) return EOA;
pragma Export (C, Setup_Current_Excep, "__gnat_setup_current_excep");
-- Acknowledge GCC_Exception as the current exception object being
-- raised, which could be an Ada or a foreign exception object. Return
-- a pointer to the embedded Ada occurrence for an Ada exception object,
-- to the current exception buffer otherwise.
--
-- Synchronize the current exception buffer as needed for possible
-- accesses through Get_Current_Except.all afterwards, depending on the
-- Phase bits, received either from the personality routine, from a
-- forced_unwind cleanup handler, or just before the start of propagation
-- for an Ada exception (Phase 0 in this case).
procedure Unhandled_Except_Handler
(GCC_Exception : not null GCC_Exception_Access);
pragma No_Return (Unhandled_Except_Handler);
pragma Export (C, Unhandled_Except_Handler,
"__gnat_unhandled_except_handler");
-- Called for handle unhandled exceptions, ie the last chance handler
-- on platforms (such as SEH) that never returns after throwing an
-- exception. Called directly by gigi.
function CleanupUnwind_Handler
(UW_Version : Integer;
UW_Phases : Unwind_Action;
UW_Eclass : Exception_Class;
UW_Exception : not null GCC_Exception_Access;
UW_Context : System.Address;
UW_Argument : System.Address) return Unwind_Reason_Code;
pragma Import (C, CleanupUnwind_Handler,
"__gnat_cleanupunwind_handler");
-- Hook called at each step of the forced unwinding we perform to trigger
-- cleanups found during the propagation of an unhandled exception.
-- GCC runtime functions used. These are C non-void functions, actually,
-- but we ignore the return values. See raise.c as to why we are using
-- __gnat stubs for these.
procedure Unwind_RaiseException
(UW_Exception : not null GCC_Exception_Access);
pragma Import (C, Unwind_RaiseException, "__gnat_Unwind_RaiseException");
procedure Unwind_ForcedUnwind
(UW_Exception : not null GCC_Exception_Access;
UW_Handler : System.Address;
UW_Argument : System.Address);
pragma Import (C, Unwind_ForcedUnwind, "__gnat_Unwind_ForcedUnwind");
procedure Set_Exception_Parameter
(Excep : EOA;
GCC_Exception : not null GCC_Exception_Access);
pragma Export
(C, Set_Exception_Parameter, "__gnat_set_exception_parameter");
-- Called inserted by gigi to set the exception choice parameter from the
-- gcc occurrence.
procedure Set_Foreign_Occurrence (Excep : EOA; Mo : System.Address);
-- Utility routine to initialize occurrence Excep from a foreign exception
-- whose machine occurrence is Mo. The message is empty, the backtrace
-- is empty too and the exception identity is Foreign_Exception.
-- Hooks called when entering/leaving an exception handler for a
-- given occurrence. The calls are generated by gigi in
-- Exception_Handler_to_gnu_gcc.
-- Begin_Handler_v1, called when entering an exception handler,
-- claims responsibility for the handler to release the
-- GCC_Exception occurrence. End_Handler_v1, called when
-- leaving the handler, releases the occurrence, unless the
-- occurrence is propagating further up, or the handler is
-- dynamically nested in the context of another handler that
-- claimed responsibility for releasing that occurrence.
-- Responsibility is claimed by changing the Cleanup field to
-- Claimed_Cleanup, which enables claimed exceptions to be
-- recognized, and avoids accidental releases even by foreign
-- handlers.
function Begin_Handler_v1
(GCC_Exception : not null GCC_Exception_Access)
return System.Address;
pragma Export (C, Begin_Handler_v1, "__gnat_begin_handler_v1");
-- Called when entering an exception handler. Claim
-- responsibility for releasing GCC_Exception, by setting the
-- cleanup/release function to Claimed_Cleanup, and return the
-- address of the previous cleanup/release function.
procedure End_Handler_v1
(GCC_Exception : not null GCC_Exception_Access;
Saved_Cleanup : System.Address;
Propagating_Exception : GCC_Exception_Access);
pragma Export (C, End_Handler_v1, "__gnat_end_handler_v1");
-- Called when leaving an exception handler. Restore the
-- Saved_Cleanup in the GCC_Exception occurrence, and then release
-- it, unless it remains claimed by an enclosing handler, or
-- GCC_Exception and Propagating_Exception are the same
-- occurrence. Propagating_Exception could be either an
-- occurrence (re)raised within the handler of GCC_Exception, when
-- we're executing as an exceptional cleanup, or null, if we're
-- completing the handler of GCC_Exception normally.
procedure Claimed_Cleanup
(Reason : Unwind_Reason_Code;
GCC_Exception : not null GCC_Exception_Access);
pragma Export (C, Claimed_Cleanup, "__gnat_claimed_cleanup");
-- A do-nothing placeholder installed as GCC_Exception.Cleanup
-- while handling GCC_Exception, to claim responsibility for
-- releasing it, and to stop it from being accidentally released.
-- The following are version 0 implementations of the version 1
-- hooks above. They remain in place for compatibility with the
-- output of compilers that still use version 0, such as those
-- used during bootstrap. They are interoperable with the v1
-- hooks, except that the older versions may malfunction when
-- handling foreign exceptions passed to Reraise_Occurrence.
procedure Begin_Handler (GCC_Exception : not null GCC_Exception_Access);
pragma Export (C, Begin_Handler, "__gnat_begin_handler");
-- Called when entering an exception handler translated by an old
-- compiler. It does nothing.
procedure End_Handler (GCC_Exception : GCC_Exception_Access);
pragma Export (C, End_Handler, "__gnat_end_handler");
-- Called when leaving an exception handler translated by an old
-- compiler. It releases GCC_Exception, unless it is null. It is
-- only ever null when the handler has a 'raise;' translated by a
-- v0-using compiler. The artificial handler variable passed to
-- End_Handler was set to null to tell End_Handler to refrain from
-- releasing the reraised exception. In v1 safer ways are used to
-- accomplish that.
--------------------------------------------------------------------
-- Accessors to Basic Components of a GNAT Exception Data Pointer --
--------------------------------------------------------------------
-- As of today, these are only used by the C implementation of the GCC
-- propagation personality routine to avoid having to rely on a C
-- counterpart of the whole exception_data structure, which is both
-- painful and error prone. These subprograms could be moved to a more
-- widely visible location if need be.
function Is_Handled_By_Others (E : Exception_Data_Ptr) return Boolean;
pragma Export (C, Is_Handled_By_Others, "__gnat_is_handled_by_others");
pragma Warnings (Off, Is_Handled_By_Others);
function Language_For (E : Exception_Data_Ptr) return Character;
pragma Export (C, Language_For, "__gnat_language_for");
function Foreign_Data_For (E : Exception_Data_Ptr) return Address;
pragma Export (C, Foreign_Data_For, "__gnat_foreign_data_for");
function EID_For (GNAT_Exception : not null GNAT_GCC_Exception_Access)
return Exception_Id;
pragma Export (C, EID_For, "__gnat_eid_for");
---------------------------------------------------------------------------
-- Objects to materialize "others" and "all others" in the GCC EH tables --
---------------------------------------------------------------------------
-- Currently, these only have their address taken and compared so there is
-- no real point having whole exception data blocks allocated. Note that
-- there are corresponding declarations in gigi (trans.c) which must be
-- kept properly synchronized.
Others_Value : constant Character := 'O';
pragma Export (C, Others_Value, "__gnat_others_value");
All_Others_Value : constant Character := 'A';
pragma Export (C, All_Others_Value, "__gnat_all_others_value");
Unhandled_Others_Value : constant Character := 'U';
pragma Export (C, Unhandled_Others_Value, "__gnat_unhandled_others_value");
-- Special choice (emitted by gigi) to catch and notify unhandled
-- exceptions on targets which always handle exceptions (such as SEH).
-- The handler will simply call Unhandled_Except_Handler.
-------------------------
-- Allocate_Occurrence --
-------------------------
function Allocate_Occurrence return EOA is
Res : GNAT_GCC_Exception_Access;
begin
Res := New_Occurrence;
Res.Header.Cleanup := GNAT_GCC_Exception_Cleanup'Address;
Res.Occurrence.Machine_Occurrence := Res.all'Address;
return Res.Occurrence'Access;
end Allocate_Occurrence;
--------------------------------
-- GNAT_GCC_Exception_Cleanup --
--------------------------------
procedure GNAT_GCC_Exception_Cleanup
(Reason : Unwind_Reason_Code;
Excep : not null GNAT_GCC_Exception_Access)
is
pragma Unreferenced (Reason);
procedure Free is new Unchecked_Deallocation
(GNAT_GCC_Exception, GNAT_GCC_Exception_Access);
Copy : GNAT_GCC_Exception_Access := Excep;
begin
-- Simply free the memory
Free (Copy);
end GNAT_GCC_Exception_Cleanup;
----------------------------
-- Set_Foreign_Occurrence --
----------------------------
procedure Set_Foreign_Occurrence (Excep : EOA; Mo : System.Address) is
begin
Excep.all := (
Id => Foreign_Exception'Access,
Machine_Occurrence => Mo,
Msg => <>,
Msg_Length => 0,
Exception_Raised => True,
Pid => Local_Partition_ID,
Num_Tracebacks => 0,
Tracebacks => <>);
end Set_Foreign_Occurrence;
-------------------------
-- Setup_Current_Excep --
-------------------------
function Setup_Current_Excep
(GCC_Exception : not null GCC_Exception_Access;
Phase : Unwind_Action) return EOA
is
Excep : constant EOA := Get_Current_Excep.all;
begin
if GCC_Exception.Class = GNAT_Exception_Class then
-- Ada exception : latch the occurrence data in the Current
-- Exception Buffer if needed and return a pointer to the original
-- Ada exception object. This particular object was specifically
-- allocated for this raise and is thus more precise than the fixed
-- Current Exception Buffer address.
declare
GNAT_Occurrence : constant GNAT_GCC_Exception_Access :=
To_GNAT_GCC_Exception (GCC_Exception);
begin
-- When reaching here during SEARCH_PHASE, no need to
-- replicate the copy performed at the propagation start.
if Phase /= UA_SEARCH_PHASE then
Excep.all := GNAT_Occurrence.Occurrence;
end if;
return GNAT_Occurrence.Occurrence'Access;
end;
else
-- Foreign exception (caught by Ada handler, reaching here from
-- personality routine) : The original exception object doesn't hold
-- an Ada occurrence info. Set the foreign data pointer in the
-- Current Exception Buffer and return the address of the latter.
Set_Foreign_Occurrence (Excep, GCC_Exception.all'Address);
return Excep;
end if;
end Setup_Current_Excep;
----------------------
-- Begin_Handler_v1 --
----------------------
function Begin_Handler_v1
(GCC_Exception : not null GCC_Exception_Access)
return System.Address is
Saved_Cleanup : constant System.Address := GCC_Exception.Cleanup;
begin
-- Claim responsibility for releasing this exception, and stop
-- others from releasing it.
GCC_Exception.Cleanup := Claimed_Cleanup'Address;
return Saved_Cleanup;
end Begin_Handler_v1;
--------------------
-- End_Handler_v1 --
--------------------
procedure End_Handler_v1
(GCC_Exception : not null GCC_Exception_Access;
Saved_Cleanup : System.Address;
Propagating_Exception : GCC_Exception_Access) is
begin
GCC_Exception.Cleanup := Saved_Cleanup;
-- Restore the Saved_Cleanup, so that it is either used to
-- release GCC_Exception below, or transferred to the next
-- handler of the Propagating_Exception occurrence. The
-- following test ensures that an occurrence is only released
-- once, even after reraises.
--
-- The idea is that the GCC_Exception is not to be released
-- unless it had an unclaimed Cleanup when the handler started
-- (see Begin_Handler_v1 above), but if we propagate across its
-- handler a reraise of the same exception, we transfer to the
-- Propagating_Exception the responsibility for running the
-- Saved_Cleanup when its handler completes.
--
-- This ownership transfer mechanism ensures safety, as in
-- single release and no dangling pointers, because there is no
-- way to hold on to the Machine_Occurrence of an
-- Exception_Occurrence: the only situations in which another
-- Exception_Occurrence gets the same Machine_Occurrence are
-- through Reraise_Occurrence, and plain reraise, and so we
-- have the following possibilities:
--
-- - Reraise_Occurrence is handled within the running handler,
-- and so when completing the dynamically nested handler, we
-- must NOT release the exception. A Claimed_Cleanup upon
-- entry of the nested handler, installed when entering the
-- enclosing handler, ensures the exception will not be
-- released by the nested handler, but rather by the enclosing
-- handler.
--
-- - Reraise_Occurrence/reraise escapes the running handler,
-- and we run as an exceptional cleanup for GCC_Exception. The
-- Saved_Cleanup was reinstalled, but since we're propagating
-- the same machine occurrence, we do not release it. Instead,
-- we transfer responsibility for releasing it to the eventual
-- handler of the propagating exception.
--
-- - An unrelated exception propagates through the running
-- handler. We restored GCC_Exception.Saved_Cleanup above.
-- Since we're propagating a different exception, we proceed to
-- release GCC_Exception, unless Saved_Cleanup was
-- Claimed_Cleanup, because then we know we're not in the
-- outermost handler for GCC_Exception.
--
-- - The handler completes normally, so it reinstalls the
-- Saved_Cleanup and runs it, unless it was Claimed_Cleanup.
-- If Saved_Cleanup is null, Unwind_DeleteException (currently)
-- has no effect, so we could skip it, but if it is ever
-- changed to do more in this case, we're ready for that,
-- calling it exactly once.
if Saved_Cleanup /= Claimed_Cleanup'Address
and then
Propagating_Exception /= GCC_Exception
then
declare
Current : constant EOA := Get_Current_Excep.all;
Cur_Occ : constant GCC_Exception_Access
:= To_GCC_Exception (Current.Machine_Occurrence);
begin
-- If we are releasing the Machine_Occurrence of the current
-- exception, reset the access to it, so that it is no
-- longer accessible.
if Cur_Occ = GCC_Exception then
Current.Machine_Occurrence := System.Null_Address;
end if;
end;
Unwind_DeleteException (GCC_Exception);
end if;
end End_Handler_v1;
---------------------
-- Claimed_Cleanup --
---------------------
procedure Claimed_Cleanup
(Reason : Unwind_Reason_Code;
GCC_Exception : not null GCC_Exception_Access) is
pragma Unreferenced (Reason);
pragma Unreferenced (GCC_Exception);
begin
-- This procedure should never run. If it does, it's either a
-- version 0 handler or a foreign handler, attempting to
-- release an exception while a version 1 handler that claimed
-- responsibility for releasing the exception remains still
-- active. This placeholder stops GCC_Exception from being
-- released by them.
-- We could get away with just Null_Address instead, with
-- nearly the same effect, but with this placeholder we can
-- detect and report unexpected releases, and we can tell apart
-- a GCC_Exception without a Cleanup, from one with another
-- active handler, so as to still call Unwind_DeleteException
-- exactly once: currently, Unwind_DeleteException does nothing
-- when the Cleanup is null, but should it ever be changed to
-- do more, we'll still be safe.
null;
end Claimed_Cleanup;
-------------------
-- Begin_Handler --
-------------------
procedure Begin_Handler (GCC_Exception : not null GCC_Exception_Access) is
pragma Unreferenced (GCC_Exception);
begin
null;
end Begin_Handler;
-----------------
-- End_Handler --
-----------------
procedure End_Handler (GCC_Exception : GCC_Exception_Access) is
begin
if GCC_Exception /= null then
-- The exception might have been reraised, in this case the cleanup
-- mustn't be called.
Unwind_DeleteException (GCC_Exception);
end if;
end End_Handler;
-----------------------------
-- Reraise_GCC_Exception --
-----------------------------
procedure Reraise_GCC_Exception
(GCC_Exception : not null GCC_Exception_Access)
is
begin
-- Simply propagate it
Propagate_GCC_Exception (GCC_Exception);
end Reraise_GCC_Exception;
-----------------------------
-- Propagate_GCC_Exception --
-----------------------------
-- Call Unwind_RaiseException to actually throw, taking care of handling
-- the two phase scheme it implements.
procedure Propagate_GCC_Exception
(GCC_Exception : not null GCC_Exception_Access)
is
-- Acknowledge the current exception info now, before unwinding
-- starts so it is available even from C++ handlers involved before
-- our personality routine.
Excep : constant EOA :=
Setup_Current_Excep (GCC_Exception, Phase => 0);
begin
-- Perform a standard raise first. If a regular handler is found, it
-- will be entered after all the intermediate cleanups have run. If
-- there is no regular handler, it will return.
Unwind_RaiseException (GCC_Exception);
-- If we get here we know the exception is not handled, as otherwise
-- Unwind_RaiseException arranges for the handler to be entered. Take
-- the necessary steps to enable the debugger to gain control while the
-- stack is still intact.
Notify_Unhandled_Exception (Excep);
-- Now, un a forced unwind to trigger cleanups. Control should not
-- resume there, if there are cleanups and in any cases as the
-- unwinding hook calls Unhandled_Exception_Terminate when end of
-- stack is reached.
Unwind_ForcedUnwind
(GCC_Exception,
CleanupUnwind_Handler'Address,
System.Null_Address);
-- We get here in case of error. The debugger has been notified before
-- the second step above.
Unhandled_Except_Handler (GCC_Exception);
end Propagate_GCC_Exception;
-------------------------
-- Propagate_Exception --
-------------------------
procedure Propagate_Exception (Excep : Exception_Occurrence) is
begin
Propagate_GCC_Exception (To_GCC_Exception (Excep.Machine_Occurrence));
end Propagate_Exception;
-----------------------------
-- Set_Exception_Parameter --
-----------------------------
procedure Set_Exception_Parameter
(Excep : EOA;
GCC_Exception : not null GCC_Exception_Access)
is
begin
-- Setup the exception occurrence
if GCC_Exception.Class = GNAT_Exception_Class then
-- From the GCC exception
declare
GNAT_Occurrence : constant GNAT_GCC_Exception_Access :=
To_GNAT_GCC_Exception (GCC_Exception);
begin
Save_Occurrence (Excep.all, GNAT_Occurrence.Occurrence);
end;
else
-- A default one
Set_Foreign_Occurrence (Excep, GCC_Exception.all'Address);
end if;
end Set_Exception_Parameter;
------------------------------
-- Unhandled_Except_Handler --
------------------------------
procedure Unhandled_Except_Handler
(GCC_Exception : not null GCC_Exception_Access)
is
Excep : EOA;
begin
Excep := Setup_Current_Excep (GCC_Exception, Phase => UA_CLEANUP_PHASE);
Unhandled_Exception_Terminate (Excep);
end Unhandled_Except_Handler;
-------------
-- EID_For --
-------------
function EID_For
(GNAT_Exception : not null GNAT_GCC_Exception_Access) return Exception_Id
is
begin
return GNAT_Exception.Occurrence.Id;
end EID_For;
----------------------
-- Foreign_Data_For --
----------------------
function Foreign_Data_For
(E : SSL.Exception_Data_Ptr) return Address
is
begin
return E.Foreign_Data;
end Foreign_Data_For;
--------------------------
-- Is_Handled_By_Others --
--------------------------
function Is_Handled_By_Others (E : SSL.Exception_Data_Ptr) return Boolean is
begin
return not E.all.Not_Handled_By_Others;
end Is_Handled_By_Others;
------------------
-- Language_For --
------------------
function Language_For (E : SSL.Exception_Data_Ptr) return Character is
begin
return E.all.Lang;
end Language_For;
end Exception_Propagation;
|
with System.Machine_Code;
with AVR.USART;
with AVR.TWI;
-- =============================================================================
-- Package body AVR.INTERRUPTS
-- =============================================================================
package body AVR.INTERRUPTS is
procedure Enable is
begin
System.Machine_Code.Asm ("sei", Volatile => True);
end Enable;
procedure Disable is
begin
System.Machine_Code.Asm ("cli", Volatile => True);
end Disable;
procedure Handle_Interrupt_USART0_RX is
begin
AVR.USART.Handle_ISR_RXC (AVR.USART.USART0);
end Handle_Interrupt_USART0_RX;
#if MCU="ATMEGA2560" then
procedure Handle_Interrupt_USART2_RX is
begin
AVR.USART.Handle_ISR_RXC (AVR.USART.USART2);
end Handle_Interrupt_USART2_RX;
procedure Handle_Interrupt_USART3_RX is
begin
AVR.USART.Handle_ISR_RXC (AVR.USART.USART3);
end Handle_Interrupt_USART3_RX;
#end if;
procedure Handle_Interrupt_TWI is
begin
AVR.TWI.Handle_Interrupts;
end Handle_Interrupt_TWI;
end AVR.INTERRUPTS;
|
------------------------------------------------------------------------------
-- --
-- GNAT RUN-TIME COMPONENTS --
-- --
-- A D A . S T R I N G S . W I D E _ W I D E _ U N B O U N D E D --
-- --
-- S p e c --
-- --
-- Copyright (C) 1992-2006, Free Software Foundation, Inc. --
-- --
-- This specification is derived from the Ada Reference Manual for use with --
-- GNAT. The copyright notice above, and the license provisions that follow --
-- apply solely to the contents of the part following the private keyword. --
-- --
-- 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- --
-- ware Foundation; either version 2, or (at your option) any later ver- --
-- sion. GNAT is distributed in the hope that it will be useful, but WITH- --
-- OUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY --
-- or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License --
-- for more details. You should have received a copy of the GNU General --
-- Public License distributed with GNAT; see file COPYING. If not, write --
-- to the Free Software Foundation, 51 Franklin Street, Fifth Floor, --
-- Boston, MA 02110-1301, USA. --
-- --
--
--
--
--
--
--
--
-- GNAT was originally developed by the GNAT team at New York University. --
-- Extensive contributions were provided by Ada Core Technologies Inc. --
-- --
------------------------------------------------------------------------------
with Ada.Strings.Wide_Wide_Maps;
with Ada.Finalization;
package Ada.Strings.Wide_Wide_Unbounded is
pragma Preelaborate;
type Unbounded_Wide_Wide_String is private;
pragma Preelaborable_Initialization (Unbounded_Wide_Wide_String);
Null_Unbounded_Wide_Wide_String : constant Unbounded_Wide_Wide_String;
function Length (Source : Unbounded_Wide_Wide_String) return Natural;
type Wide_Wide_String_Access is access all Wide_Wide_String;
procedure Free (X : in out Wide_Wide_String_Access);
--------------------------------------------------------
-- Conversion, Concatenation, and Selection Functions --
--------------------------------------------------------
function To_Unbounded_Wide_Wide_String
(Source : Wide_Wide_String) return Unbounded_Wide_Wide_String;
function To_Unbounded_Wide_Wide_String
(Length : Natural) return Unbounded_Wide_Wide_String;
function To_Wide_Wide_String
(Source : Unbounded_Wide_Wide_String) return Wide_Wide_String;
procedure Set_Unbounded_Wide_Wide_String
(Target : out Unbounded_Wide_Wide_String;
Source : Wide_Wide_String);
pragma Ada_05 (Set_Unbounded_Wide_Wide_String);
procedure Append
(Source : in out Unbounded_Wide_Wide_String;
New_Item : Unbounded_Wide_Wide_String);
procedure Append
(Source : in out Unbounded_Wide_Wide_String;
New_Item : Wide_Wide_String);
procedure Append
(Source : in out Unbounded_Wide_Wide_String;
New_Item : Wide_Wide_Character);
function "&"
(Left : Unbounded_Wide_Wide_String;
Right : Unbounded_Wide_Wide_String) return Unbounded_Wide_Wide_String;
function "&"
(Left : Unbounded_Wide_Wide_String;
Right : Wide_Wide_String) return Unbounded_Wide_Wide_String;
function "&"
(Left : Wide_Wide_String;
Right : Unbounded_Wide_Wide_String) return Unbounded_Wide_Wide_String;
function "&"
(Left : Unbounded_Wide_Wide_String;
Right : Wide_Wide_Character) return Unbounded_Wide_Wide_String;
function "&"
(Left : Wide_Wide_Character;
Right : Unbounded_Wide_Wide_String) return Unbounded_Wide_Wide_String;
function Element
(Source : Unbounded_Wide_Wide_String;
Index : Positive) return Wide_Wide_Character;
procedure Replace_Element
(Source : in out Unbounded_Wide_Wide_String;
Index : Positive;
By : Wide_Wide_Character);
function Slice
(Source : Unbounded_Wide_Wide_String;
Low : Positive;
High : Natural) return Wide_Wide_String;
function Unbounded_Slice
(Source : Unbounded_Wide_Wide_String;
Low : Positive;
High : Natural) return Unbounded_Wide_Wide_String;
pragma Ada_05 (Unbounded_Slice);
procedure Unbounded_Slice
(Source : Unbounded_Wide_Wide_String;
Target : out Unbounded_Wide_Wide_String;
Low : Positive;
High : Natural);
pragma Ada_05 (Unbounded_Slice);
function "="
(Left : Unbounded_Wide_Wide_String;
Right : Unbounded_Wide_Wide_String) return Boolean;
function "="
(Left : Unbounded_Wide_Wide_String;
Right : Wide_Wide_String) return Boolean;
function "="
(Left : Wide_Wide_String;
Right : Unbounded_Wide_Wide_String) return Boolean;
function "<"
(Left : Unbounded_Wide_Wide_String;
Right : Unbounded_Wide_Wide_String) return Boolean;
function "<"
(Left : Unbounded_Wide_Wide_String;
Right : Wide_Wide_String) return Boolean;
function "<"
(Left : Wide_Wide_String;
Right : Unbounded_Wide_Wide_String) return Boolean;
function "<="
(Left : Unbounded_Wide_Wide_String;
Right : Unbounded_Wide_Wide_String) return Boolean;
function "<="
(Left : Unbounded_Wide_Wide_String;
Right : Wide_Wide_String) return Boolean;
function "<="
(Left : Wide_Wide_String;
Right : Unbounded_Wide_Wide_String) return Boolean;
function ">"
(Left : Unbounded_Wide_Wide_String;
Right : Unbounded_Wide_Wide_String) return Boolean;
function ">"
(Left : Unbounded_Wide_Wide_String;
Right : Wide_Wide_String) return Boolean;
function ">"
(Left : Wide_Wide_String;
Right : Unbounded_Wide_Wide_String) return Boolean;
function ">="
(Left : Unbounded_Wide_Wide_String;
Right : Unbounded_Wide_Wide_String) return Boolean;
function ">="
(Left : Unbounded_Wide_Wide_String;
Right : Wide_Wide_String) return Boolean;
function ">="
(Left : Wide_Wide_String;
Right : Unbounded_Wide_Wide_String) return Boolean;
------------------------
-- Search Subprograms --
------------------------
function Index
(Source : Unbounded_Wide_Wide_String;
Pattern : Wide_Wide_String;
Going : Direction := Forward;
Mapping : Wide_Wide_Maps.Wide_Wide_Character_Mapping :=
Wide_Wide_Maps.Identity)
return Natural;
function Index
(Source : Unbounded_Wide_Wide_String;
Pattern : Wide_Wide_String;
Going : Direction := Forward;
Mapping : Wide_Wide_Maps.Wide_Wide_Character_Mapping_Function)
return Natural;
function Index
(Source : Unbounded_Wide_Wide_String;
Set : Wide_Wide_Maps.Wide_Wide_Character_Set;
Test : Membership := Inside;
Going : Direction := Forward) return Natural;
function Index
(Source : Unbounded_Wide_Wide_String;
Pattern : Wide_Wide_String;
From : Positive;
Going : Direction := Forward;
Mapping : Wide_Wide_Maps.Wide_Wide_Character_Mapping :=
Wide_Wide_Maps.Identity)
return Natural;
pragma Ada_05 (Index);
function Index
(Source : Unbounded_Wide_Wide_String;
Pattern : Wide_Wide_String;
From : Positive;
Going : Direction := Forward;
Mapping : Wide_Wide_Maps.Wide_Wide_Character_Mapping_Function)
return Natural;
pragma Ada_05 (Index);
function Index
(Source : Unbounded_Wide_Wide_String;
Set : Wide_Wide_Maps.Wide_Wide_Character_Set;
From : Positive;
Test : Membership := Inside;
Going : Direction := Forward) return Natural;
pragma Ada_05 (Index);
function Index_Non_Blank
(Source : Unbounded_Wide_Wide_String;
Going : Direction := Forward) return Natural;
function Index_Non_Blank
(Source : Unbounded_Wide_Wide_String;
From : Positive;
Going : Direction := Forward) return Natural;
pragma Ada_05 (Index_Non_Blank);
function Count
(Source : Unbounded_Wide_Wide_String;
Pattern : Wide_Wide_String;
Mapping : Wide_Wide_Maps.Wide_Wide_Character_Mapping :=
Wide_Wide_Maps.Identity)
return Natural;
function Count
(Source : Unbounded_Wide_Wide_String;
Pattern : Wide_Wide_String;
Mapping : Wide_Wide_Maps.Wide_Wide_Character_Mapping_Function)
return Natural;
function Count
(Source : Unbounded_Wide_Wide_String;
Set : Wide_Wide_Maps.Wide_Wide_Character_Set) return Natural;
procedure Find_Token
(Source : Unbounded_Wide_Wide_String;
Set : Wide_Wide_Maps.Wide_Wide_Character_Set;
Test : Membership;
First : out Positive;
Last : out Natural);
------------------------------------
-- String Translation Subprograms --
------------------------------------
function Translate
(Source : Unbounded_Wide_Wide_String;
Mapping : Wide_Wide_Maps.Wide_Wide_Character_Mapping)
return Unbounded_Wide_Wide_String;
procedure Translate
(Source : in out Unbounded_Wide_Wide_String;
Mapping : Wide_Wide_Maps.Wide_Wide_Character_Mapping);
function Translate
(Source : Unbounded_Wide_Wide_String;
Mapping : Wide_Wide_Maps.Wide_Wide_Character_Mapping_Function)
return Unbounded_Wide_Wide_String;
procedure Translate
(Source : in out Unbounded_Wide_Wide_String;
Mapping : Wide_Wide_Maps.Wide_Wide_Character_Mapping_Function);
---------------------------------------
-- String Transformation Subprograms --
---------------------------------------
function Replace_Slice
(Source : Unbounded_Wide_Wide_String;
Low : Positive;
High : Natural;
By : Wide_Wide_String) return Unbounded_Wide_Wide_String;
procedure Replace_Slice
(Source : in out Unbounded_Wide_Wide_String;
Low : Positive;
High : Natural;
By : Wide_Wide_String);
function Insert
(Source : Unbounded_Wide_Wide_String;
Before : Positive;
New_Item : Wide_Wide_String) return Unbounded_Wide_Wide_String;
procedure Insert
(Source : in out Unbounded_Wide_Wide_String;
Before : Positive;
New_Item : Wide_Wide_String);
function Overwrite
(Source : Unbounded_Wide_Wide_String;
Position : Positive;
New_Item : Wide_Wide_String) return Unbounded_Wide_Wide_String;
procedure Overwrite
(Source : in out Unbounded_Wide_Wide_String;
Position : Positive;
New_Item : Wide_Wide_String);
function Delete
(Source : Unbounded_Wide_Wide_String;
From : Positive;
Through : Natural) return Unbounded_Wide_Wide_String;
procedure Delete
(Source : in out Unbounded_Wide_Wide_String;
From : Positive;
Through : Natural);
function Trim
(Source : Unbounded_Wide_Wide_String;
Side : Trim_End) return Unbounded_Wide_Wide_String;
procedure Trim
(Source : in out Unbounded_Wide_Wide_String;
Side : Trim_End);
function Trim
(Source : Unbounded_Wide_Wide_String;
Left : Wide_Wide_Maps.Wide_Wide_Character_Set;
Right : Wide_Wide_Maps.Wide_Wide_Character_Set)
return Unbounded_Wide_Wide_String;
procedure Trim
(Source : in out Unbounded_Wide_Wide_String;
Left : Wide_Wide_Maps.Wide_Wide_Character_Set;
Right : Wide_Wide_Maps.Wide_Wide_Character_Set);
function Head
(Source : Unbounded_Wide_Wide_String;
Count : Natural;
Pad : Wide_Wide_Character := Wide_Wide_Space)
return Unbounded_Wide_Wide_String;
procedure Head
(Source : in out Unbounded_Wide_Wide_String;
Count : Natural;
Pad : Wide_Wide_Character := Wide_Wide_Space);
function Tail
(Source : Unbounded_Wide_Wide_String;
Count : Natural;
Pad : Wide_Wide_Character := Wide_Wide_Space)
return Unbounded_Wide_Wide_String;
procedure Tail
(Source : in out Unbounded_Wide_Wide_String;
Count : Natural;
Pad : Wide_Wide_Character := Wide_Wide_Space);
function "*"
(Left : Natural;
Right : Wide_Wide_Character) return Unbounded_Wide_Wide_String;
function "*"
(Left : Natural;
Right : Wide_Wide_String) return Unbounded_Wide_Wide_String;
function "*"
(Left : Natural;
Right : Unbounded_Wide_Wide_String) return Unbounded_Wide_Wide_String;
private
pragma Inline (Length);
package AF renames Ada.Finalization;
Null_Wide_Wide_String : aliased Wide_Wide_String := "";
function To_Unbounded_Wide
(S : Wide_Wide_String) return Unbounded_Wide_Wide_String
renames To_Unbounded_Wide_Wide_String;
type Unbounded_Wide_Wide_String is new AF.Controlled with record
Reference : Wide_Wide_String_Access := Null_Wide_Wide_String'Access;
Last : Natural := 0;
end record;
-- The Unbounded_Wide_Wide_String is using a buffered implementation to
-- increase speed of the Append/Delete/Insert procedures. The Reference
-- string pointer above contains the current string value and extra room
-- at the end to be used by the next Append routine. Last is the index of
-- the string ending character. So the current string value is really
-- Reference (1 .. Last).
pragma Stream_Convert
(Unbounded_Wide_Wide_String, To_Unbounded_Wide, To_Wide_Wide_String);
pragma Finalize_Storage_Only (Unbounded_Wide_Wide_String);
-- Finalization is required only for freeing storage
procedure Initialize (Object : in out Unbounded_Wide_Wide_String);
procedure Adjust (Object : in out Unbounded_Wide_Wide_String);
procedure Finalize (Object : in out Unbounded_Wide_Wide_String);
procedure Realloc_For_Chunk
(Source : in out Unbounded_Wide_Wide_String;
Chunk_Size : Natural);
-- Adjust the size allocated for the string. Add at least Chunk_Size so it
-- is safe to add a string of this size at the end of the current content.
-- The real size allocated for the string is Chunk_Size + x of the current
-- string size. This buffered handling makes the Append unbounded string
-- routines very fast.
Null_Unbounded_Wide_Wide_String : constant Unbounded_Wide_Wide_String :=
(AF.Controlled with
Reference =>
Null_Wide_Wide_String'Access,
Last => 0);
end Ada.Strings.Wide_Wide_Unbounded;
|
with sys_h;
private with mouse_types_h, console_types_h;
package Libtcod.Input is
use type sys_h.TCOD_event_t;
type Mouse is private;
type Key is private;
-- A kind of event
subtype Event_Type is sys_h.TCOD_event_t;
Event_None : constant Event_Type := sys_h.TCOD_EVENT_NONE;
Event_Key_Press : constant Event_Type := sys_h.TCOD_EVENT_KEY_PRESS;
Event_Key_Release : constant Event_Type := sys_h.TCOD_EVENT_KEY_RELEASE;
Event_Key : constant Event_Type := sys_h.TCOD_EVENT_KEY;
Event_Mouse_Move : constant Event_Type := sys_h.TCOD_EVENT_MOUSE_MOVE;
Event_Mouse_Press : constant Event_Type := sys_h.TCOD_EVENT_MOUSE_PRESS;
Event_Mouse_Release : constant Event_Type := sys_h.TCOD_EVENT_MOUSE_RELEASE;
Event_Mouse : constant Event_Type := sys_h.TCOD_EVENT_MOUSE;
Event_Finger_Move : constant Event_Type := sys_h.TCOD_EVENT_FINGER_MOVE;
Event_Finger_Press : constant Event_Type := sys_h.TCOD_EVENT_FINGER_PRESS;
Event_Finger_Release : constant Event_Type := sys_h.TCOD_EVENT_FINGER_RELEASE;
Event_Finger : constant Event_Type := sys_h.TCOD_EVENT_FINGER;
Event_Any : constant Event_Type := sys_h.TCOD_EVENT_ANY;
-- A kind of keypress
type Key_Type is
(Key_None,
Key_Escape,
Key_Backspace,
Key_Tab,
Key_Enter,
-- Modifiers
Key_Shift, Key_Control, Key_Alt,
Key_Pause,
Key_Capslock,
Key_Pageup, Key_Pagedown,
Key_End,
Key_Home,
-- Arrows
Key_Up, Key_Left, Key_Right, Key_Down,
Key_Printscreen,
Key_Insert, Key_Delete,
Key_Lwin, Key_Rwin,
Key_Apps,
-- Digits
Key_0, Key_1, Key_2, Key_3, Key_4, Key_5, Key_6, Key_7, Key_8, Key_9,
-- Keypad Digits
Key_Kp0, Key_Kp1, Key_Kp2, Key_Kp3, Key_Kp4, Key_Kp5, Key_Kp6, Key_Kp7,
Key_Kp8, Key_Kp9,
-- Keypad Operators
Key_Kpadd, Key_Kpsub, Key_Kpdiv, Key_Kpmul,
Key_Kpdec,
Key_Kpenter,
-- Function keys
Key_F1, Key_F2, Key_F3, Key_F4, Key_F5, Key_F6, Key_F7, Key_F8, Key_F9, Key_F10,
Key_F11, Key_F12,
Key_Numlock,
Key_Scrolllock,
Key_Space,
Key_Char,
-- (note: use Key_Text, then get_char to get characters that respect
-- holding shift)
Key_Text)
with Convention => C;
subtype Arrow_Key_Type is Key_Type range Key_Up .. Key_Down;
subtype Function_Key_Type is Key_Type range Key_F1 .. Key_F12;
subtype Whitespace_Key_Type is Key_Type
with Static_Predicate => Whitespace_Key_Type in Key_Tab | Key_Enter | Key_Space;
function get_key_type(k : Key) return Key_Type with Inline;
-- Note: get_char assumes that the current Key's Key_Type is Key_Text
function get_char(k : Key) return Character with Inline;
function alt(k : Key) return Boolean with Inline;
function ctrl(k : Key) return Boolean with Inline;
function meta(k : Key) return Boolean with Inline;
function shift(k : Key) return Boolean with Inline;
function check_for_event(kind : Event_Type;
k : aliased out Key) return Event_Type with Inline;
function check_for_event(kind : Event_Type; m : aliased out Mouse;
k : aliased out Key) return Event_Type with Inline;
private
type Mouse is new mouse_types_h.TCOD_mouse_t;
type Key is new console_types_h.TCOD_key_t;
end Libtcod.Input;
|
-- --
-- package Copyright (c) Dmitry A. Kazakov --
-- Generic_Unbounded_Array Luebeck --
-- Implementation Spring, 2002 --
-- --
-- Last revision : 13:51 30 May 2014 --
-- --
-- This library is free software; you can redistribute it and/or --
-- modify it under the terms of the GNU General Public License as --
-- published by the Free Software Foundation; either version 2 of --
-- the License, or (at your option) any later version. This library --
-- is distributed in the hope that it will be useful, but WITHOUT --
-- ANY WARRANTY; without even the implied warranty of --
-- MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU --
-- General Public License for more details. You should have --
-- received a copy of the GNU General Public License along with --
-- this library; if not, write to the Free Software Foundation, --
-- Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. --
-- --
-- As a special exception, if other files instantiate generics from --
-- this unit, or you link this unit with other files to produce an --
-- executable, this unit does not by itself cause the resulting --
-- executable to be covered by the GNU General Public License. This --
-- exception does not however invalidate any other reasons why the --
-- executable file might be covered by the GNU Public License. --
--____________________________________________________________________--
with Ada.Unchecked_Deallocation;
package body Generic_Unbounded_Array is
procedure Delete is
new Ada.Unchecked_Deallocation
( Object_Array_Type,
Object_Array_Ptr
);
procedure Erase (Container : in out Unbounded_Array)
renames Finalize;
procedure Finalize (Container : in out Unbounded_Array) is
begin
Delete (Container.Vector);
end Finalize;
function Fetch
( Container : Unbounded_Array;
Index : Index_Type
) return Object_Type is
begin
if ( Container.Vector = null
or else
Index not in Container.Vector'Range
)
then
return Null_Element;
else
return Container.Vector (Index);
end if;
end Fetch;
function Get
( Container : Unbounded_Array;
Index : Index_Type
) return Object_Type is
begin
if ( Container.Vector = null
or else
Index not in Container.Vector'Range
)
then
raise Constraint_Error;
else
return Container.Vector (Index);
end if;
end Get;
function "+" (Left : Index_Type; Right : Natural)
return Index_Type is
pragma Inline ("+");
begin
if ( Index_Type'Pos (Left) + Natural'Pos (Right)
>= Index_Type'Pos (Index_Type'Last)
)
then
return Index_Type'Last;
else
return
Index_Type'Val
( Index_Type'Pos (Left)
+ Natural'Pos (Right)
);
end if;
end "+";
function "-" (Left : Index_Type; Right : Natural)
return Index_Type is
pragma Inline ("-");
begin
if ( Index_Type'Pos (Left)
<= Index_Type'Pos (Index_Type'First) + Natural'Pos (Right)
)
then
return Index_Type'First;
else
return Index_Type'Val (Index_Type'Pos (Left) - Right);
end if;
end "-";
function Max (Left, Right : Index_Type) return Index_Type is
pragma Inline (Max);
begin
if Index_Type'Pos (Left) > Index_Type'Pos (Right) then
return Left;
else
return Right;
end if;
end Max;
function Min (Left, Right : Index_Type) return Index_Type is
pragma Inline (Min);
begin
if Index_Type'Pos (Left) < Index_Type'Pos (Right) then
return Left;
else
return Right;
end if;
end Min;
procedure Put
( Container : in out Unbounded_Array;
Index : Index_Type;
Element : Object_Type
) is
begin
if Container.Vector = null then
Container.Vector :=
new Object_Array_Type'
(Index..Index + Minimal_Size => Null_Element);
elsif Index not in Container.Vector'range then
declare
New_Vector : Object_Array_Ptr;
Inc : constant Natural :=
Natural'Max
( Minimal_Size,
(Container.Vector'Length * Increment) / 100
);
begin
if ( Index_Type'Pos (Index)
< Index_Type'Pos (Container.Vector'First)
)
then
New_Vector :=
new Object_Array_Type'
( Min (Index, Container.Vector'Last - Inc)
.. Container.Vector'Last
=> Null_Element
);
else
New_Vector :=
new Object_Array_Type'
( Container.Vector'First
.. Max (Index, Container.Vector'First + Inc)
=> Null_Element
);
end if;
New_Vector (Container.Vector'range) :=
Container.Vector.all;
Delete (Container.Vector);
Container.Vector := New_Vector;
end;
end if;
Container.Vector (Index) := Element;
end Put;
end Generic_Unbounded_Array;
|
-- This spec has been automatically generated from STM32L4x3.svd
pragma Restrictions (No_Elaboration_Code);
pragma Ada_2012;
pragma Style_Checks (Off);
with HAL;
with System;
package STM32_SVD.ADC is
pragma Preelaborate;
---------------
-- Registers --
---------------
-- ISR_AWD array
type ISR_AWD_Field_Array is array (1 .. 3) of Boolean
with Component_Size => 1, Size => 3;
-- Type definition for ISR_AWD
type ISR_AWD_Field
(As_Array : Boolean := False)
is record
case As_Array is
when False =>
-- AWD as a value
Val : HAL.UInt3;
when True =>
-- AWD as an array
Arr : ISR_AWD_Field_Array;
end case;
end record
with Unchecked_Union, Size => 3;
for ISR_AWD_Field use record
Val at 0 range 0 .. 2;
Arr at 0 range 0 .. 2;
end record;
-- interrupt and status register
type ISR_Register is record
-- ADRDY
ADRDY : Boolean := False;
-- EOSMP
EOSMP : Boolean := False;
-- EOC
EOC : Boolean := False;
-- EOS
EOS : Boolean := False;
-- OVR
OVR : Boolean := False;
-- JEOC
JEOC : Boolean := False;
-- JEOS
JEOS : Boolean := False;
-- AWD1
AWD : ISR_AWD_Field := (As_Array => False, Val => 16#0#);
-- JQOVF
JQOVF : Boolean := False;
-- unspecified
Reserved_11_31 : HAL.UInt21 := 16#0#;
end record
with Volatile_Full_Access, Object_Size => 32,
Bit_Order => System.Low_Order_First;
for ISR_Register use record
ADRDY at 0 range 0 .. 0;
EOSMP at 0 range 1 .. 1;
EOC at 0 range 2 .. 2;
EOS at 0 range 3 .. 3;
OVR at 0 range 4 .. 4;
JEOC at 0 range 5 .. 5;
JEOS at 0 range 6 .. 6;
AWD at 0 range 7 .. 9;
JQOVF at 0 range 10 .. 10;
Reserved_11_31 at 0 range 11 .. 31;
end record;
-- interrupt enable register
type IER_Register is record
-- ADRDYIE
ADRDYIE : Boolean := False;
-- EOSMPIE
EOSMPIE : Boolean := False;
-- EOCIE
EOCIE : Boolean := False;
-- EOSIE
EOSIE : Boolean := False;
-- OVRIE
OVRIE : Boolean := False;
-- JEOCIE
JEOCIE : Boolean := False;
-- JEOSIE
JEOSIE : Boolean := False;
-- AWD1IE
AWD1IE : Boolean := False;
-- AWD2IE
AWD2IE : Boolean := False;
-- AWD3IE
AWD3IE : Boolean := False;
-- JQOVFIE
JQOVFIE : Boolean := False;
-- unspecified
Reserved_11_31 : HAL.UInt21 := 16#0#;
end record
with Volatile_Full_Access, Object_Size => 32,
Bit_Order => System.Low_Order_First;
for IER_Register use record
ADRDYIE at 0 range 0 .. 0;
EOSMPIE at 0 range 1 .. 1;
EOCIE at 0 range 2 .. 2;
EOSIE at 0 range 3 .. 3;
OVRIE at 0 range 4 .. 4;
JEOCIE at 0 range 5 .. 5;
JEOSIE at 0 range 6 .. 6;
AWD1IE at 0 range 7 .. 7;
AWD2IE at 0 range 8 .. 8;
AWD3IE at 0 range 9 .. 9;
JQOVFIE at 0 range 10 .. 10;
Reserved_11_31 at 0 range 11 .. 31;
end record;
-- control register
type CR_Register is record
-- ADEN
ADEN : Boolean := False;
-- ADDIS
ADDIS : Boolean := False;
-- ADSTART
ADSTART : Boolean := False;
-- JADSTART
JADSTART : Boolean := False;
-- ADSTP
ADSTP : Boolean := False;
-- JADSTP
JADSTP : Boolean := False;
-- unspecified
Reserved_6_27 : HAL.UInt22 := 16#0#;
-- ADVREGEN
ADVREGEN : Boolean := False;
-- DEEPPWD
DEEPPWD : Boolean := False;
-- ADCALDIF
ADCALDIF : Boolean := False;
-- ADCAL
ADCAL : Boolean := False;
end record
with Volatile_Full_Access, Object_Size => 32,
Bit_Order => System.Low_Order_First;
for CR_Register use record
ADEN at 0 range 0 .. 0;
ADDIS at 0 range 1 .. 1;
ADSTART at 0 range 2 .. 2;
JADSTART at 0 range 3 .. 3;
ADSTP at 0 range 4 .. 4;
JADSTP at 0 range 5 .. 5;
Reserved_6_27 at 0 range 6 .. 27;
ADVREGEN at 0 range 28 .. 28;
DEEPPWD at 0 range 29 .. 29;
ADCALDIF at 0 range 30 .. 30;
ADCAL at 0 range 31 .. 31;
end record;
subtype CFGR_RES_Field is HAL.UInt2;
subtype CFGR_EXTSEL_Field is HAL.UInt4;
subtype CFGR_EXTEN_Field is HAL.UInt2;
subtype CFGR_DISCNUM_Field is HAL.UInt3;
subtype CFGR_AWDCH1CH_Field is HAL.UInt5;
-- configuration register
type CFGR_Register is record
-- DMAEN
DMAEN : Boolean := False;
-- DMACFG
DMACFG : Boolean := False;
-- unspecified
Reserved_2_2 : HAL.Bit := 16#0#;
-- RES
RES : CFGR_RES_Field := 16#0#;
-- ALIGN
ALIGN : Boolean := False;
-- EXTSEL
EXTSEL : CFGR_EXTSEL_Field := 16#0#;
-- EXTEN
EXTEN : CFGR_EXTEN_Field := 16#0#;
-- OVRMOD
OVRMOD : Boolean := False;
-- CONT
CONT : Boolean := False;
-- AUTDLY
AUTDLY : Boolean := False;
-- unspecified
Reserved_15_15 : HAL.Bit := 16#0#;
-- DISCEN
DISCEN : Boolean := False;
-- DISCNUM
DISCNUM : CFGR_DISCNUM_Field := 16#0#;
-- JDISCEN
JDISCEN : Boolean := False;
-- JQM
JQM : Boolean := False;
-- AWD1SGL
AWD1SGL : Boolean := False;
-- AWD1EN
AWD1EN : Boolean := False;
-- JAWD1EN
JAWD1EN : Boolean := False;
-- JAUTO
JAUTO : Boolean := False;
-- AWDCH1CH
AWDCH1CH : CFGR_AWDCH1CH_Field := 16#0#;
-- JQDIS
JQDIS : Boolean := False;
end record
with Volatile_Full_Access, Object_Size => 32,
Bit_Order => System.Low_Order_First;
for CFGR_Register use record
DMAEN at 0 range 0 .. 0;
DMACFG at 0 range 1 .. 1;
Reserved_2_2 at 0 range 2 .. 2;
RES at 0 range 3 .. 4;
ALIGN at 0 range 5 .. 5;
EXTSEL at 0 range 6 .. 9;
EXTEN at 0 range 10 .. 11;
OVRMOD at 0 range 12 .. 12;
CONT at 0 range 13 .. 13;
AUTDLY at 0 range 14 .. 14;
Reserved_15_15 at 0 range 15 .. 15;
DISCEN at 0 range 16 .. 16;
DISCNUM at 0 range 17 .. 19;
JDISCEN at 0 range 20 .. 20;
JQM at 0 range 21 .. 21;
AWD1SGL at 0 range 22 .. 22;
AWD1EN at 0 range 23 .. 23;
JAWD1EN at 0 range 24 .. 24;
JAUTO at 0 range 25 .. 25;
AWDCH1CH at 0 range 26 .. 30;
JQDIS at 0 range 31 .. 31;
end record;
subtype CFGR2_OVSR_Field is HAL.UInt3;
subtype CFGR2_OVSS_Field is HAL.UInt4;
-- configuration register
type CFGR2_Register is record
-- DMAEN
ROVSE : Boolean := False;
-- DMACFG
JOVSE : Boolean := False;
-- RES
OVSR : CFGR2_OVSR_Field := 16#0#;
-- ALIGN
OVSS : CFGR2_OVSS_Field := 16#0#;
-- EXTSEL
TOVS : Boolean := False;
-- EXTEN
ROVSM : Boolean := False;
-- unspecified
Reserved_11_31 : HAL.UInt21 := 16#0#;
end record
with Volatile_Full_Access, Object_Size => 32,
Bit_Order => System.Low_Order_First;
for CFGR2_Register use record
ROVSE at 0 range 0 .. 0;
JOVSE at 0 range 1 .. 1;
OVSR at 0 range 2 .. 4;
OVSS at 0 range 5 .. 8;
TOVS at 0 range 9 .. 9;
ROVSM at 0 range 10 .. 10;
Reserved_11_31 at 0 range 11 .. 31;
end record;
-- SMPR1_SMP array element
subtype SMPR1_SMP_Element is HAL.UInt3;
-- SMPR1_SMP array
type SMPR1_SMP_Field_Array is array (0 .. 9) of SMPR1_SMP_Element
with Component_Size => 3, Size => 30;
-- Type definition for SMPR1_SMP
type SMPR1_SMP_Field
(As_Array : Boolean := False)
is record
case As_Array is
when False =>
-- SMP as a value
Val : HAL.UInt30;
when True =>
-- SMP as an array
Arr : SMPR1_SMP_Field_Array;
end case;
end record
with Unchecked_Union, Size => 30;
for SMPR1_SMP_Field use record
Val at 0 range 0 .. 29;
Arr at 0 range 0 .. 29;
end record;
-- sample time register 1
type SMPR1_Register is record
-- SMP0
SMP : SMPR1_SMP_Field := (As_Array => False, Val => 16#0#);
-- unspecified
Reserved_30_31 : HAL.UInt2 := 16#0#;
end record
with Volatile_Full_Access, Object_Size => 32,
Bit_Order => System.Low_Order_First;
for SMPR1_Register use record
SMP at 0 range 0 .. 29;
Reserved_30_31 at 0 range 30 .. 31;
end record;
-- SMPR2_SMP array element
subtype SMPR2_SMP_Element is HAL.UInt3;
-- SMPR2_SMP array
type SMPR2_SMP_Field_Array is array (10 .. 18) of SMPR2_SMP_Element
with Component_Size => 3, Size => 27;
-- Type definition for SMPR2_SMP
type SMPR2_SMP_Field
(As_Array : Boolean := False)
is record
case As_Array is
when False =>
-- SMP as a value
Val : HAL.UInt27;
when True =>
-- SMP as an array
Arr : SMPR2_SMP_Field_Array;
end case;
end record
with Unchecked_Union, Size => 27;
for SMPR2_SMP_Field use record
Val at 0 range 0 .. 26;
Arr at 0 range 0 .. 26;
end record;
-- sample time register 2
type SMPR2_Register is record
-- SMP10
SMP : SMPR2_SMP_Field := (As_Array => False, Val => 16#0#);
-- unspecified
Reserved_27_31 : HAL.UInt5 := 16#0#;
end record
with Volatile_Full_Access, Object_Size => 32,
Bit_Order => System.Low_Order_First;
for SMPR2_Register use record
SMP at 0 range 0 .. 26;
Reserved_27_31 at 0 range 27 .. 31;
end record;
subtype TR1_LT1_Field is HAL.UInt12;
subtype TR1_HT1_Field is HAL.UInt12;
-- watchdog threshold register 1
type TR1_Register is record
-- LT1
LT1 : TR1_LT1_Field := 16#0#;
-- unspecified
Reserved_12_15 : HAL.UInt4 := 16#0#;
-- HT1
HT1 : TR1_HT1_Field := 16#FFF#;
-- unspecified
Reserved_28_31 : HAL.UInt4 := 16#0#;
end record
with Volatile_Full_Access, Object_Size => 32,
Bit_Order => System.Low_Order_First;
for TR1_Register use record
LT1 at 0 range 0 .. 11;
Reserved_12_15 at 0 range 12 .. 15;
HT1 at 0 range 16 .. 27;
Reserved_28_31 at 0 range 28 .. 31;
end record;
subtype TR2_LT2_Field is HAL.UInt8;
subtype TR2_HT2_Field is HAL.UInt8;
-- watchdog threshold register
type TR2_Register is record
-- LT2
LT2 : TR2_LT2_Field := 16#0#;
-- unspecified
Reserved_8_15 : HAL.UInt8 := 16#0#;
-- HT2
HT2 : TR2_HT2_Field := 16#FF#;
-- unspecified
Reserved_24_31 : HAL.UInt8 := 16#F#;
end record
with Volatile_Full_Access, Object_Size => 32,
Bit_Order => System.Low_Order_First;
for TR2_Register use record
LT2 at 0 range 0 .. 7;
Reserved_8_15 at 0 range 8 .. 15;
HT2 at 0 range 16 .. 23;
Reserved_24_31 at 0 range 24 .. 31;
end record;
subtype TR3_LT3_Field is HAL.UInt8;
subtype TR3_HT3_Field is HAL.UInt8;
-- watchdog threshold register 3
type TR3_Register is record
-- LT3
LT3 : TR3_LT3_Field := 16#0#;
-- unspecified
Reserved_8_15 : HAL.UInt8 := 16#0#;
-- HT3
HT3 : TR3_HT3_Field := 16#FF#;
-- unspecified
Reserved_24_31 : HAL.UInt8 := 16#F#;
end record
with Volatile_Full_Access, Object_Size => 32,
Bit_Order => System.Low_Order_First;
for TR3_Register use record
LT3 at 0 range 0 .. 7;
Reserved_8_15 at 0 range 8 .. 15;
HT3 at 0 range 16 .. 23;
Reserved_24_31 at 0 range 24 .. 31;
end record;
subtype SQR1_L_Field is HAL.UInt4;
subtype SQR1_SQ1_Field is HAL.UInt5;
subtype SQR1_SQ2_Field is HAL.UInt5;
subtype SQR1_SQ3_Field is HAL.UInt5;
subtype SQR1_SQ4_Field is HAL.UInt5;
-- regular sequence register 1
type SQR1_Register is record
-- L
L : SQR1_L_Field := 16#0#;
-- unspecified
Reserved_4_5 : HAL.UInt2 := 16#0#;
-- SQ1
SQ1 : SQR1_SQ1_Field := 16#0#;
-- unspecified
Reserved_11_11 : HAL.Bit := 16#0#;
-- SQ2
SQ2 : SQR1_SQ2_Field := 16#0#;
-- unspecified
Reserved_17_17 : HAL.Bit := 16#0#;
-- SQ3
SQ3 : SQR1_SQ3_Field := 16#0#;
-- unspecified
Reserved_23_23 : HAL.Bit := 16#0#;
-- SQ4
SQ4 : SQR1_SQ4_Field := 16#0#;
-- unspecified
Reserved_29_31 : HAL.UInt3 := 16#0#;
end record
with Volatile_Full_Access, Object_Size => 32,
Bit_Order => System.Low_Order_First;
for SQR1_Register use record
L at 0 range 0 .. 3;
Reserved_4_5 at 0 range 4 .. 5;
SQ1 at 0 range 6 .. 10;
Reserved_11_11 at 0 range 11 .. 11;
SQ2 at 0 range 12 .. 16;
Reserved_17_17 at 0 range 17 .. 17;
SQ3 at 0 range 18 .. 22;
Reserved_23_23 at 0 range 23 .. 23;
SQ4 at 0 range 24 .. 28;
Reserved_29_31 at 0 range 29 .. 31;
end record;
subtype SQR2_SQ5_Field is HAL.UInt5;
subtype SQR2_SQ6_Field is HAL.UInt5;
subtype SQR2_SQ7_Field is HAL.UInt5;
subtype SQR2_SQ8_Field is HAL.UInt5;
subtype SQR2_SQ9_Field is HAL.UInt5;
-- regular sequence register 2
type SQR2_Register is record
-- SQ5
SQ5 : SQR2_SQ5_Field := 16#0#;
-- unspecified
Reserved_5_5 : HAL.Bit := 16#0#;
-- SQ6
SQ6 : SQR2_SQ6_Field := 16#0#;
-- unspecified
Reserved_11_11 : HAL.Bit := 16#0#;
-- SQ7
SQ7 : SQR2_SQ7_Field := 16#0#;
-- unspecified
Reserved_17_17 : HAL.Bit := 16#0#;
-- SQ8
SQ8 : SQR2_SQ8_Field := 16#0#;
-- unspecified
Reserved_23_23 : HAL.Bit := 16#0#;
-- SQ9
SQ9 : SQR2_SQ9_Field := 16#0#;
-- unspecified
Reserved_29_31 : HAL.UInt3 := 16#0#;
end record
with Volatile_Full_Access, Object_Size => 32,
Bit_Order => System.Low_Order_First;
for SQR2_Register use record
SQ5 at 0 range 0 .. 4;
Reserved_5_5 at 0 range 5 .. 5;
SQ6 at 0 range 6 .. 10;
Reserved_11_11 at 0 range 11 .. 11;
SQ7 at 0 range 12 .. 16;
Reserved_17_17 at 0 range 17 .. 17;
SQ8 at 0 range 18 .. 22;
Reserved_23_23 at 0 range 23 .. 23;
SQ9 at 0 range 24 .. 28;
Reserved_29_31 at 0 range 29 .. 31;
end record;
subtype SQR3_SQ10_Field is HAL.UInt5;
subtype SQR3_SQ11_Field is HAL.UInt5;
subtype SQR3_SQ12_Field is HAL.UInt5;
subtype SQR3_SQ13_Field is HAL.UInt5;
subtype SQR3_SQ14_Field is HAL.UInt5;
-- regular sequence register 3
type SQR3_Register is record
-- SQ10
SQ10 : SQR3_SQ10_Field := 16#0#;
-- unspecified
Reserved_5_5 : HAL.Bit := 16#0#;
-- SQ11
SQ11 : SQR3_SQ11_Field := 16#0#;
-- unspecified
Reserved_11_11 : HAL.Bit := 16#0#;
-- SQ12
SQ12 : SQR3_SQ12_Field := 16#0#;
-- unspecified
Reserved_17_17 : HAL.Bit := 16#0#;
-- SQ13
SQ13 : SQR3_SQ13_Field := 16#0#;
-- unspecified
Reserved_23_23 : HAL.Bit := 16#0#;
-- SQ14
SQ14 : SQR3_SQ14_Field := 16#0#;
-- unspecified
Reserved_29_31 : HAL.UInt3 := 16#0#;
end record
with Volatile_Full_Access, Object_Size => 32,
Bit_Order => System.Low_Order_First;
for SQR3_Register use record
SQ10 at 0 range 0 .. 4;
Reserved_5_5 at 0 range 5 .. 5;
SQ11 at 0 range 6 .. 10;
Reserved_11_11 at 0 range 11 .. 11;
SQ12 at 0 range 12 .. 16;
Reserved_17_17 at 0 range 17 .. 17;
SQ13 at 0 range 18 .. 22;
Reserved_23_23 at 0 range 23 .. 23;
SQ14 at 0 range 24 .. 28;
Reserved_29_31 at 0 range 29 .. 31;
end record;
subtype SQR4_SQ15_Field is HAL.UInt5;
subtype SQR4_SQ16_Field is HAL.UInt5;
-- regular sequence register 4
type SQR4_Register is record
-- SQ15
SQ15 : SQR4_SQ15_Field := 16#0#;
-- unspecified
Reserved_5_5 : HAL.Bit := 16#0#;
-- SQ16
SQ16 : SQR4_SQ16_Field := 16#0#;
-- unspecified
Reserved_11_31 : HAL.UInt21 := 16#0#;
end record
with Volatile_Full_Access, Object_Size => 32,
Bit_Order => System.Low_Order_First;
for SQR4_Register use record
SQ15 at 0 range 0 .. 4;
Reserved_5_5 at 0 range 5 .. 5;
SQ16 at 0 range 6 .. 10;
Reserved_11_31 at 0 range 11 .. 31;
end record;
subtype DR_regularDATA_Field is HAL.UInt16;
-- regular Data Register
type DR_Register is record
-- Read-only. regularDATA
regularDATA : DR_regularDATA_Field;
-- unspecified
Reserved_16_31 : HAL.UInt16;
end record
with Volatile_Full_Access, Object_Size => 32,
Bit_Order => System.Low_Order_First;
for DR_Register use record
regularDATA at 0 range 0 .. 15;
Reserved_16_31 at 0 range 16 .. 31;
end record;
subtype JSQR_JL_Field is HAL.UInt2;
subtype JSQR_JEXTSEL_Field is HAL.UInt4;
subtype JSQR_JEXTEN_Field is HAL.UInt2;
subtype JSQR_JSQ1_Field is HAL.UInt5;
subtype JSQR_JSQ2_Field is HAL.UInt5;
subtype JSQR_JSQ3_Field is HAL.UInt5;
subtype JSQR_JSQ4_Field is HAL.UInt5;
-- injected sequence register
type JSQR_Register is record
-- JL
JL : JSQR_JL_Field := 16#0#;
-- JEXTSEL
JEXTSEL : JSQR_JEXTSEL_Field := 16#0#;
-- JEXTEN
JEXTEN : JSQR_JEXTEN_Field := 16#0#;
-- JSQ1
JSQ1 : JSQR_JSQ1_Field := 16#0#;
-- unspecified
Reserved_13_13 : HAL.Bit := 16#0#;
-- JSQ2
JSQ2 : JSQR_JSQ2_Field := 16#0#;
-- unspecified
Reserved_19_19 : HAL.Bit := 16#0#;
-- JSQ3
JSQ3 : JSQR_JSQ3_Field := 16#0#;
-- unspecified
Reserved_25_25 : HAL.Bit := 16#0#;
-- JSQ4
JSQ4 : JSQR_JSQ4_Field := 16#0#;
-- unspecified
Reserved_31_31 : HAL.Bit := 16#0#;
end record
with Volatile_Full_Access, Object_Size => 32,
Bit_Order => System.Low_Order_First;
for JSQR_Register use record
JL at 0 range 0 .. 1;
JEXTSEL at 0 range 2 .. 5;
JEXTEN at 0 range 6 .. 7;
JSQ1 at 0 range 8 .. 12;
Reserved_13_13 at 0 range 13 .. 13;
JSQ2 at 0 range 14 .. 18;
Reserved_19_19 at 0 range 19 .. 19;
JSQ3 at 0 range 20 .. 24;
Reserved_25_25 at 0 range 25 .. 25;
JSQ4 at 0 range 26 .. 30;
Reserved_31_31 at 0 range 31 .. 31;
end record;
subtype OFR1_OFFSET1_Field is HAL.UInt12;
subtype OFR1_OFFSET1_CH_Field is HAL.UInt5;
-- offset register 1
type OFR1_Register is record
-- OFFSET1
OFFSET1 : OFR1_OFFSET1_Field := 16#0#;
-- unspecified
Reserved_12_25 : HAL.UInt14 := 16#0#;
-- OFFSET1_CH
OFFSET1_CH : OFR1_OFFSET1_CH_Field := 16#0#;
-- OFFSET1_EN
OFFSET1_EN : Boolean := False;
end record
with Volatile_Full_Access, Object_Size => 32,
Bit_Order => System.Low_Order_First;
for OFR1_Register use record
OFFSET1 at 0 range 0 .. 11;
Reserved_12_25 at 0 range 12 .. 25;
OFFSET1_CH at 0 range 26 .. 30;
OFFSET1_EN at 0 range 31 .. 31;
end record;
subtype OFR2_OFFSET2_Field is HAL.UInt12;
subtype OFR2_OFFSET2_CH_Field is HAL.UInt5;
-- offset register 2
type OFR2_Register is record
-- OFFSET2
OFFSET2 : OFR2_OFFSET2_Field := 16#0#;
-- unspecified
Reserved_12_25 : HAL.UInt14 := 16#0#;
-- OFFSET2_CH
OFFSET2_CH : OFR2_OFFSET2_CH_Field := 16#0#;
-- OFFSET2_EN
OFFSET2_EN : Boolean := False;
end record
with Volatile_Full_Access, Object_Size => 32,
Bit_Order => System.Low_Order_First;
for OFR2_Register use record
OFFSET2 at 0 range 0 .. 11;
Reserved_12_25 at 0 range 12 .. 25;
OFFSET2_CH at 0 range 26 .. 30;
OFFSET2_EN at 0 range 31 .. 31;
end record;
subtype OFR3_OFFSET3_Field is HAL.UInt12;
subtype OFR3_OFFSET3_CH_Field is HAL.UInt5;
-- offset register 3
type OFR3_Register is record
-- OFFSET3
OFFSET3 : OFR3_OFFSET3_Field := 16#0#;
-- unspecified
Reserved_12_25 : HAL.UInt14 := 16#0#;
-- OFFSET3_CH
OFFSET3_CH : OFR3_OFFSET3_CH_Field := 16#0#;
-- OFFSET3_EN
OFFSET3_EN : Boolean := False;
end record
with Volatile_Full_Access, Object_Size => 32,
Bit_Order => System.Low_Order_First;
for OFR3_Register use record
OFFSET3 at 0 range 0 .. 11;
Reserved_12_25 at 0 range 12 .. 25;
OFFSET3_CH at 0 range 26 .. 30;
OFFSET3_EN at 0 range 31 .. 31;
end record;
subtype OFR4_OFFSET4_Field is HAL.UInt12;
subtype OFR4_OFFSET4_CH_Field is HAL.UInt5;
-- offset register 4
type OFR4_Register is record
-- OFFSET4
OFFSET4 : OFR4_OFFSET4_Field := 16#0#;
-- unspecified
Reserved_12_25 : HAL.UInt14 := 16#0#;
-- OFFSET4_CH
OFFSET4_CH : OFR4_OFFSET4_CH_Field := 16#0#;
-- OFFSET4_EN
OFFSET4_EN : Boolean := False;
end record
with Volatile_Full_Access, Object_Size => 32,
Bit_Order => System.Low_Order_First;
for OFR4_Register use record
OFFSET4 at 0 range 0 .. 11;
Reserved_12_25 at 0 range 12 .. 25;
OFFSET4_CH at 0 range 26 .. 30;
OFFSET4_EN at 0 range 31 .. 31;
end record;
subtype JDR1_JDATA1_Field is HAL.UInt16;
-- injected data register 1
type JDR1_Register is record
-- Read-only. JDATA1
JDATA1 : JDR1_JDATA1_Field;
-- unspecified
Reserved_16_31 : HAL.UInt16;
end record
with Volatile_Full_Access, Object_Size => 32,
Bit_Order => System.Low_Order_First;
for JDR1_Register use record
JDATA1 at 0 range 0 .. 15;
Reserved_16_31 at 0 range 16 .. 31;
end record;
subtype JDR2_JDATA2_Field is HAL.UInt16;
-- injected data register 2
type JDR2_Register is record
-- Read-only. JDATA2
JDATA2 : JDR2_JDATA2_Field;
-- unspecified
Reserved_16_31 : HAL.UInt16;
end record
with Volatile_Full_Access, Object_Size => 32,
Bit_Order => System.Low_Order_First;
for JDR2_Register use record
JDATA2 at 0 range 0 .. 15;
Reserved_16_31 at 0 range 16 .. 31;
end record;
subtype JDR3_JDATA3_Field is HAL.UInt16;
-- injected data register 3
type JDR3_Register is record
-- Read-only. JDATA3
JDATA3 : JDR3_JDATA3_Field;
-- unspecified
Reserved_16_31 : HAL.UInt16;
end record
with Volatile_Full_Access, Object_Size => 32,
Bit_Order => System.Low_Order_First;
for JDR3_Register use record
JDATA3 at 0 range 0 .. 15;
Reserved_16_31 at 0 range 16 .. 31;
end record;
subtype JDR4_JDATA4_Field is HAL.UInt16;
-- injected data register 4
type JDR4_Register is record
-- Read-only. JDATA4
JDATA4 : JDR4_JDATA4_Field;
-- unspecified
Reserved_16_31 : HAL.UInt16;
end record
with Volatile_Full_Access, Object_Size => 32,
Bit_Order => System.Low_Order_First;
for JDR4_Register use record
JDATA4 at 0 range 0 .. 15;
Reserved_16_31 at 0 range 16 .. 31;
end record;
subtype AWD2CR_AWD2CH_Field is HAL.UInt19;
-- Analog Watchdog 2 Configuration Register
type AWD2CR_Register is record
-- AWD2CH
AWD2CH : AWD2CR_AWD2CH_Field := 16#0#;
-- unspecified
Reserved_19_31 : HAL.UInt13 := 16#0#;
end record
with Volatile_Full_Access, Object_Size => 32,
Bit_Order => System.Low_Order_First;
for AWD2CR_Register use record
AWD2CH at 0 range 0 .. 18;
Reserved_19_31 at 0 range 19 .. 31;
end record;
subtype AWD3CR_AWD3CH_Field is HAL.UInt19;
-- Analog Watchdog 3 Configuration Register
type AWD3CR_Register is record
-- AWD3CH
AWD3CH : AWD3CR_AWD3CH_Field := 16#0#;
-- unspecified
Reserved_19_31 : HAL.UInt13 := 16#0#;
end record
with Volatile_Full_Access, Object_Size => 32,
Bit_Order => System.Low_Order_First;
for AWD3CR_Register use record
AWD3CH at 0 range 0 .. 18;
Reserved_19_31 at 0 range 19 .. 31;
end record;
subtype DIFSEL_DIFSEL_1_15_Field is HAL.UInt15;
subtype DIFSEL_DIFSEL_16_18_Field is HAL.UInt3;
-- Differential Mode Selection Register 2
type DIFSEL_Register is record
-- Read-only. Differential mode for channel 0
DIFSEL_0 : Boolean := False;
-- Differential mode for channels 15 to 1
DIFSEL_1_15 : DIFSEL_DIFSEL_1_15_Field := 16#0#;
-- Read-only. Differential mode for channels 18 to 16
DIFSEL_16_18 : DIFSEL_DIFSEL_16_18_Field := 16#0#;
-- unspecified
Reserved_19_31 : HAL.UInt13 := 16#0#;
end record
with Volatile_Full_Access, Object_Size => 32,
Bit_Order => System.Low_Order_First;
for DIFSEL_Register use record
DIFSEL_0 at 0 range 0 .. 0;
DIFSEL_1_15 at 0 range 1 .. 15;
DIFSEL_16_18 at 0 range 16 .. 18;
Reserved_19_31 at 0 range 19 .. 31;
end record;
subtype CALFACT_CALFACT_S_Field is HAL.UInt7;
subtype CALFACT_CALFACT_D_Field is HAL.UInt7;
-- Calibration Factors
type CALFACT_Register is record
-- CALFACT_S
CALFACT_S : CALFACT_CALFACT_S_Field := 16#0#;
-- unspecified
Reserved_7_15 : HAL.UInt9 := 16#0#;
-- CALFACT_D
CALFACT_D : CALFACT_CALFACT_D_Field := 16#0#;
-- unspecified
Reserved_23_31 : HAL.UInt9 := 16#0#;
end record
with Volatile_Full_Access, Object_Size => 32,
Bit_Order => System.Low_Order_First;
for CALFACT_Register use record
CALFACT_S at 0 range 0 .. 6;
Reserved_7_15 at 0 range 7 .. 15;
CALFACT_D at 0 range 16 .. 22;
Reserved_23_31 at 0 range 23 .. 31;
end record;
-- ADC Common status register
type CSR_Register is record
-- Read-only. ADDRDY_MST
ADDRDY_MST : Boolean;
-- Read-only. EOSMP_MST
EOSMP_MST : Boolean;
-- Read-only. EOC_MST
EOC_MST : Boolean;
-- Read-only. EOS_MST
EOS_MST : Boolean;
-- Read-only. OVR_MST
OVR_MST : Boolean;
-- Read-only. JEOC_MST
JEOC_MST : Boolean;
-- Read-only. JEOS_MST
JEOS_MST : Boolean;
-- Read-only. AWD1_MST
AWD1_MST : Boolean;
-- Read-only. AWD2_MST
AWD2_MST : Boolean;
-- Read-only. AWD3_MST
AWD3_MST : Boolean;
-- Read-only. JQOVF_MST
JQOVF_MST : Boolean;
-- unspecified
Reserved_11_15 : HAL.UInt5;
-- Read-only. ADRDY_SLV
ADRDY_SLV : Boolean;
-- Read-only. EOSMP_SLV
EOSMP_SLV : Boolean;
-- Read-only. End of regular conversion of the slave ADC
EOC_SLV : Boolean;
-- Read-only. End of regular sequence flag of the slave ADC
EOS_SLV : Boolean;
-- Read-only. Overrun flag of the slave ADC
OVR_SLV : Boolean;
-- Read-only. End of injected conversion flag of the slave ADC
JEOC_SLV : Boolean;
-- Read-only. End of injected sequence flag of the slave ADC
JEOS_SLV : Boolean;
-- Read-only. Analog watchdog 1 flag of the slave ADC
AWD1_SLV : Boolean;
-- Read-only. Analog watchdog 2 flag of the slave ADC
AWD2_SLV : Boolean;
-- Read-only. Analog watchdog 3 flag of the slave ADC
AWD3_SLV : Boolean;
-- Read-only. Injected Context Queue Overflow flag of the slave ADC
JQOVF_SLV : Boolean;
-- unspecified
Reserved_27_31 : HAL.UInt5;
end record
with Volatile_Full_Access, Object_Size => 32,
Bit_Order => System.Low_Order_First;
for CSR_Register use record
ADDRDY_MST at 0 range 0 .. 0;
EOSMP_MST at 0 range 1 .. 1;
EOC_MST at 0 range 2 .. 2;
EOS_MST at 0 range 3 .. 3;
OVR_MST at 0 range 4 .. 4;
JEOC_MST at 0 range 5 .. 5;
JEOS_MST at 0 range 6 .. 6;
AWD1_MST at 0 range 7 .. 7;
AWD2_MST at 0 range 8 .. 8;
AWD3_MST at 0 range 9 .. 9;
JQOVF_MST at 0 range 10 .. 10;
Reserved_11_15 at 0 range 11 .. 15;
ADRDY_SLV at 0 range 16 .. 16;
EOSMP_SLV at 0 range 17 .. 17;
EOC_SLV at 0 range 18 .. 18;
EOS_SLV at 0 range 19 .. 19;
OVR_SLV at 0 range 20 .. 20;
JEOC_SLV at 0 range 21 .. 21;
JEOS_SLV at 0 range 22 .. 22;
AWD1_SLV at 0 range 23 .. 23;
AWD2_SLV at 0 range 24 .. 24;
AWD3_SLV at 0 range 25 .. 25;
JQOVF_SLV at 0 range 26 .. 26;
Reserved_27_31 at 0 range 27 .. 31;
end record;
subtype CCR_DUAL_Field is HAL.UInt5;
subtype CCR_DELAY_Field is HAL.UInt4;
subtype CCR_MDMA_Field is HAL.UInt2;
subtype CCR_CKMODE_Field is HAL.UInt2;
subtype CCR_PRESC_Field is HAL.UInt4;
-- ADC common control register
type CCR_Register is record
-- Dual ADC mode selection
DUAL : CCR_DUAL_Field := 16#0#;
-- unspecified
Reserved_5_7 : HAL.UInt3 := 16#0#;
-- Delay between 2 sampling phases
DELAY_k : CCR_DELAY_Field := 16#0#;
-- unspecified
Reserved_12_12 : HAL.Bit := 16#0#;
-- DMA configuration (for multi-ADC mode)
DMACFG : Boolean := False;
-- Direct memory access mode for multi ADC mode
MDMA : CCR_MDMA_Field := 16#0#;
-- ADC clock mode
CKMODE : CCR_CKMODE_Field := 16#0#;
-- ADC prescaler
PRESC : CCR_PRESC_Field := 16#0#;
-- VREFINT enable
VREFEN : Boolean := False;
-- CH17SEL
CH17SEL : Boolean := False;
-- CH18SEL
CH18SEL : Boolean := False;
-- unspecified
Reserved_25_31 : HAL.UInt7 := 16#0#;
end record
with Volatile_Full_Access, Object_Size => 32,
Bit_Order => System.Low_Order_First;
for CCR_Register use record
DUAL at 0 range 0 .. 4;
Reserved_5_7 at 0 range 5 .. 7;
DELAY_k at 0 range 8 .. 11;
Reserved_12_12 at 0 range 12 .. 12;
DMACFG at 0 range 13 .. 13;
MDMA at 0 range 14 .. 15;
CKMODE at 0 range 16 .. 17;
PRESC at 0 range 18 .. 21;
VREFEN at 0 range 22 .. 22;
CH17SEL at 0 range 23 .. 23;
CH18SEL at 0 range 24 .. 24;
Reserved_25_31 at 0 range 25 .. 31;
end record;
subtype CDR_RDATA_MST_Field is HAL.UInt16;
subtype CDR_RDATA_SLV_Field is HAL.UInt16;
-- ADC common regular data register for dual and triple modes
type CDR_Register is record
-- Read-only. Regular data of the master ADC
RDATA_MST : CDR_RDATA_MST_Field;
-- Read-only. Regular data of the slave ADC
RDATA_SLV : CDR_RDATA_SLV_Field;
end record
with Volatile_Full_Access, Object_Size => 32,
Bit_Order => System.Low_Order_First;
for CDR_Register use record
RDATA_MST at 0 range 0 .. 15;
RDATA_SLV at 0 range 16 .. 31;
end record;
-----------------
-- Peripherals --
-----------------
-- Analog-to-Digital Converter
type ADC1_Peripheral is record
-- interrupt and status register
ISR : aliased ISR_Register;
-- interrupt enable register
IER : aliased IER_Register;
-- control register
CR : aliased CR_Register;
-- configuration register
CFGR : aliased CFGR_Register;
-- configuration register
CFGR2 : aliased CFGR2_Register;
-- sample time register 1
SMPR1 : aliased SMPR1_Register;
-- sample time register 2
SMPR2 : aliased SMPR2_Register;
-- watchdog threshold register 1
TR1 : aliased TR1_Register;
-- watchdog threshold register
TR2 : aliased TR2_Register;
-- watchdog threshold register 3
TR3 : aliased TR3_Register;
-- regular sequence register 1
SQR1 : aliased SQR1_Register;
-- regular sequence register 2
SQR2 : aliased SQR2_Register;
-- regular sequence register 3
SQR3 : aliased SQR3_Register;
-- regular sequence register 4
SQR4 : aliased SQR4_Register;
-- regular Data Register
DR : aliased DR_Register;
-- injected sequence register
JSQR : aliased JSQR_Register;
-- offset register 1
OFR1 : aliased OFR1_Register;
-- offset register 2
OFR2 : aliased OFR2_Register;
-- offset register 3
OFR3 : aliased OFR3_Register;
-- offset register 4
OFR4 : aliased OFR4_Register;
-- injected data register 1
JDR1 : aliased JDR1_Register;
-- injected data register 2
JDR2 : aliased JDR2_Register;
-- injected data register 3
JDR3 : aliased JDR3_Register;
-- injected data register 4
JDR4 : aliased JDR4_Register;
-- Analog Watchdog 2 Configuration Register
AWD2CR : aliased AWD2CR_Register;
-- Analog Watchdog 3 Configuration Register
AWD3CR : aliased AWD3CR_Register;
-- Differential Mode Selection Register 2
DIFSEL : aliased DIFSEL_Register;
-- Calibration Factors
CALFACT : aliased CALFACT_Register;
end record
with Volatile;
for ADC1_Peripheral use record
ISR at 16#0# range 0 .. 31;
IER at 16#4# range 0 .. 31;
CR at 16#8# range 0 .. 31;
CFGR at 16#C# range 0 .. 31;
CFGR2 at 16#10# range 0 .. 31;
SMPR1 at 16#14# range 0 .. 31;
SMPR2 at 16#18# range 0 .. 31;
TR1 at 16#20# range 0 .. 31;
TR2 at 16#24# range 0 .. 31;
TR3 at 16#28# range 0 .. 31;
SQR1 at 16#30# range 0 .. 31;
SQR2 at 16#34# range 0 .. 31;
SQR3 at 16#38# range 0 .. 31;
SQR4 at 16#3C# range 0 .. 31;
DR at 16#40# range 0 .. 31;
JSQR at 16#4C# range 0 .. 31;
OFR1 at 16#60# range 0 .. 31;
OFR2 at 16#64# range 0 .. 31;
OFR3 at 16#68# range 0 .. 31;
OFR4 at 16#6C# range 0 .. 31;
JDR1 at 16#80# range 0 .. 31;
JDR2 at 16#84# range 0 .. 31;
JDR3 at 16#88# range 0 .. 31;
JDR4 at 16#8C# range 0 .. 31;
AWD2CR at 16#A0# range 0 .. 31;
AWD3CR at 16#A4# range 0 .. 31;
DIFSEL at 16#B0# range 0 .. 31;
CALFACT at 16#B4# range 0 .. 31;
end record;
-- Analog-to-Digital Converter
ADC1_Periph : aliased ADC1_Peripheral
with Import, Address => ADC1_Base;
-- Analog-to-Digital Converter
ADC2_Periph : aliased ADC1_Peripheral
with Import, Address => ADC2_Base;
-- Analog-to-Digital Converter
ADC3_Periph : aliased ADC1_Peripheral
with Import, Address => ADC3_Base;
-- Analog-to-Digital Converter
type ADC123_Common_Peripheral is record
-- ADC Common status register
CSR : aliased CSR_Register;
-- ADC common control register
CCR : aliased CCR_Register;
-- ADC common regular data register for dual and triple modes
CDR : aliased CDR_Register;
end record
with Volatile;
for ADC123_Common_Peripheral use record
CSR at 16#0# range 0 .. 31;
CCR at 16#8# range 0 .. 31;
CDR at 16#C# range 0 .. 31;
end record;
-- Analog-to-Digital Converter
ADC123_Common_Periph : aliased ADC123_Common_Peripheral
with Import, Address => ADC123_Common_Base;
end STM32_SVD.ADC;
|
with Ada.Streams; use Ada.Streams;
with Ada.Streams.Stream_IO; use Ada.Streams.Stream_IO;
with Ada.Streams.Stream_IO.Standard_Files; use Ada.Streams.Stream_IO.Standard_Files;
procedure streamcat is
E : Stream_Element_Array (1 .. 1);
Last : Stream_Element_Offset;
begin
while not End_Of_File (Standard_Input.all) loop
Read (Standard_Input.all, E, Last);
Write (Standard_Output.all, E);
end loop;
end streamcat;
|
package body Improved_Trie is
function Find_Move_Immediate_Child (Parent : in out Cursor; Element : Element_Type) return Boolean is
Tree_Leaf : Trie.Cursor;
begin
Tree_Leaf := Trie.First_Child(Parent);
while Trie.Has_Element(Tree_Leaf) loop
if Trie.Element(Tree_Leaf) = Element then
Parent:=Tree_Leaf;
return True;
else
Trie.Next_Sibling(Tree_Leaf);
end if;
end loop;
return False;
end Find_Move_Immediate_Child;
function Find_Immediate_Child (Parent : Cursor; Element : Element_Type) return Cursor is
Tree_Leaf : Cursor;
begin
Tree_Leaf := First_Child(Parent);
while Has_Element(Tree_Leaf) loop
if Trie.Element(Tree_Leaf) = Element then
return Tree_Leaf;
else
Next_Sibling(Tree_Leaf);
end if;
end loop;
return No_Element;
end Find_Immediate_Child;
function Add_String (T : in out Tree; Input : String; Address : Integer) return Boolean is
Tree_Leaf : Cursor := T.Root;
Test_Element : Element_Type;
begin
Test_Element.B := -1;
--Ada.Text_IO.Put_Line("----");
for I in Input'First..Input'Last loop
Test_Element.A := Input(I);
--Ada.Text_IO.Put_Line(Character'Image(Test_Element.A));
if Find_Move_Immediate_Child(Tree_Leaf, Test_Element) = False then
--Ada.Text_IO.Put_Line("Appending " & Character'Image(Test_Element.A));
Append_Child(T, Tree_Leaf, Test_Element);
Tree_Leaf := Last_Child(Tree_Leaf);
end if;
end loop;
Test_Element.A := Input(Input'Last);
Test_Element.B := Address;
if Element(Tree_Leaf).B > -1 then
return False; --Duplicate string
end if;
Replace_Element(T, Tree_Leaf, Test_Element);
return True;
end Add_String;
function Find_String (T : Tree; Input : String) return Integer is
Tree_Leaf : Cursor := T.Root;
Test_Element : Element_Type;
begin
for I in 1..Input'Length loop
Test_Element.A := Input(I);
if Find_Move_Immediate_Child(Tree_Leaf, Test_Element) = False then
return -1;
end if;
end loop;
return Element(Tree_Leaf).B;
end Find_String;
end Improved_Trie; |
package Tkmrpc.Servers is
end Tkmrpc.Servers;
|
-- This package was generated by the Ada_Drivers_Library project wizard script
package ADL_Config is
Architecture : constant String := "RISC-V"; -- From board definition
Board : constant String := "Unleashed"; -- From command line
CPU_Core : constant String := "RISC-V64"; -- From mcu definition
Device_Family : constant String := "U5"; -- From board definition
Device_Name : constant String := "U540"; -- From board definition
Has_Ravenscar_Full_Runtime : constant String := "True"; -- From board definition
Has_Ravenscar_SFP_Runtime : constant String := "True"; -- From board definition
Has_ZFP_Runtime : constant String := "True"; -- From board definition
Max_Mount_Name_Length : constant := 128; -- From default value
Max_Mount_Points : constant := 2; -- From default value
Max_Path_Length : constant := 1024; -- From default value
Number_Of_Interrupts : constant := 0; -- From default value
Runtime_Name : constant String := "ravenscar-sfp-unleashed"; -- From default value
Runtime_Name_Suffix : constant String := "unleashed"; -- From board definition
Runtime_Profile : constant String := "ravenscar-sfp"; -- From command line
Use_Startup_Gen : constant Boolean := False; -- From command line
Vendor : constant String := "SiFive"; -- From board definition
end ADL_Config;
|
-----------------------------------------------------------------------
-- stemmer-stemmer-tests -- Tests for stemmer
-- Copyright (C) 2020 Stephane Carrez
-- Written by Stephane Carrez (Stephane.Carrez@gmail.com)
--
-- Licensed under the Apache License, Version 2.0 (the "License");
-- you may not use this file except in compliance with the License.
-- You may obtain a copy of the License at
--
-- http://www.apache.org/licenses/LICENSE-2.0
--
-- Unless required by applicable law or agreed to in writing, software
-- distributed under the License is distributed on an "AS IS" BASIS,
-- WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
-- See the License for the specific language governing permissions and
-- limitations under the License.
-----------------------------------------------------------------------
with Ada.Text_IO;
with Util.Test_Caller;
with Util.Files;
with Util.Strings;
package body Stemmer.Tests is
use Stemmer.Factory;
package Caller is new Util.Test_Caller (Test, "stemmer");
procedure Add_Tests (Suite : in Util.Tests.Access_Test_Suite) is
begin
Caller.Add_Test (Suite, "Test Stemmer.Stem (French)",
Test_Stem_French'Access);
Caller.Add_Test (Suite, "Test Stemmer.Stem (English)",
Test_Stem_English'Access);
Caller.Add_Test (Suite, "Test Stemmer.Stem (Greek)",
Test_Stem_Greek'Access);
Caller.Add_Test (Suite, "Test Stemmer.Stem (Spanish)",
Test_Stem_Spanish'Access);
Caller.Add_Test (Suite, "Test Stemmer.Stem (Swedish)",
Test_Stem_Swedish'Access);
Caller.Add_Test (Suite, "Test Stemmer.Stem (Russian)",
Test_Stem_Russian'Access);
Caller.Add_Test (Suite, "Test Stemmer.Stem (Serbian)",
Test_Stem_Serbian'Access);
Caller.Add_Test (Suite, "Test Stemmer.Stem (French, Ref File)",
Test_Stem_French_Reference_File'Access);
Caller.Add_Test (Suite, "Test Stemmer.Stem (Spanish, Ref File)",
Test_Stem_Spanish_Reference_File'Access);
Caller.Add_Test (Suite, "Test Stemmer.Stem (English, Ref File)",
Test_Stem_English_Reference_File'Access);
Caller.Add_Test (Suite, "Test Stemmer.Stem (Swedish, Ref File)",
Test_Stem_Swedish_Reference_File'Access);
Caller.Add_Test (Suite, "Test Stemmer.Stem (Russian, Ref File)",
Test_Stem_Russian_Reference_File'Access);
Caller.Add_Test (Suite, "Test Stemmer.Stem (Serbian, Ref File)",
Test_Stem_Serbian_Reference_File'Access);
Caller.Add_Test (Suite, "Test Stemmer.Stem (German, Ref File)",
Test_Stem_German_Reference_File'Access);
Caller.Add_Test (Suite, "Test Stemmer.Stem (Italian, Ref File)",
Test_Stem_Italian_Reference_File'Access);
Caller.Add_Test (Suite, "Test Stemmer.Stem (Greek, Ref File)",
Test_Stem_Greek_Reference_File'Access);
Caller.Add_Test (Suite, "Test Stemmer.Stem (Danish, Ref File)",
Test_Stem_Danish_Reference_File'Access);
Caller.Add_Test (Suite, "Test Stemmer.Stem (Dutch, Ref File)",
Test_Stem_Dutch_Reference_File'Access);
Caller.Add_Test (Suite, "Test Stemmer.Stem (Catalan, Ref File)",
Test_Stem_Catalan_Reference_File'Access);
Caller.Add_Test (Suite, "Test Stemmer.Stem (Basque, Ref File)",
Test_Stem_Basque_Reference_File'Access);
Caller.Add_Test (Suite, "Test Stemmer.Stem (Finnish, Ref File)",
Test_Stem_Finnish_Reference_File'Access);
Caller.Add_Test (Suite, "Test Stemmer.Stem (Hindi, Ref File)",
Test_Stem_Hindi_Reference_File'Access);
Caller.Add_Test (Suite, "Test Stemmer.Stem (Hungarian, Ref File)",
Test_Stem_Hungarian_Reference_File'Access);
Caller.Add_Test (Suite, "Test Stemmer.Stem (Irish, Ref File)",
Test_Stem_Irish_Reference_File'Access);
Caller.Add_Test (Suite, "Test Stemmer.Stem (Indonesian, Ref File)",
Test_Stem_Indonesian_Reference_File'Access);
Caller.Add_Test (Suite, "Test Stemmer.Stem (Nepali, Ref File)",
Test_Stem_Nepali_Reference_File'Access);
Caller.Add_Test (Suite, "Test Stemmer.Stem (Norwegian, Ref File)",
Test_Stem_Norwegian_Reference_File'Access);
Caller.Add_Test (Suite, "Test Stemmer.Stem (Portuguese, Ref File)",
Test_Stem_Portuguese_Reference_File'Access);
Caller.Add_Test (Suite, "Test Stemmer.Stem (Romanian, Ref File)",
Test_Stem_Romanian_Reference_File'Access);
Caller.Add_Test (Suite, "Test Stemmer.Stem (Porter, Ref File)",
Test_Stem_Porter_Reference_File'Access);
Caller.Add_Test (Suite, "Test Stemmer.Stem (Tamil, Ref File)",
Test_Stem_Tamil_Reference_File'Access);
Caller.Add_Test (Suite, "Test Stemmer.Stem (Turkish, Ref File)",
Test_Stem_Turkish_Reference_File'Access);
Caller.Add_Test (Suite, "Test Stemmer.Stem (Lithuanian, Ref File)",
Test_Stem_Lithuanian_Reference_File'Access);
Caller.Add_Test (Suite, "Test Stemmer.Stem (Arabic, Ref File)",
Test_Stem_Arabic_Reference_File'Access);
end Add_Tests;
procedure Verify (T : in out Test;
L : in Factory.Language_Type;
Source : in String) is
procedure Process (Line : in String);
Error : Boolean := False;
procedure Process (Line : in String) is
Pos : constant Natural := Util.Strings.Index (Line, ASCII.HT);
begin
if Pos > 0 then
declare
Word : constant String := Line (Line'First .. Pos - 1);
Expect : constant String := Line (Pos + 1 .. Line'Last);
Result : constant String := Stemmer.Factory.Stem (L, Word);
begin
if Result /= Expect then
Ada.Text_IO.Put_Line ("Bad [" & Word & "] -> [" & Result & "] <== " & Expect);
Error := True;
end if;
end;
end if;
end Process;
begin
Util.Files.Read_File (Source, Process'Access);
T.Assert (not Error, "Stemming error for " & Source);
end Verify;
procedure Verify (T : in out Test;
L : in Factory.Language_Type;
S : in String;
R : in String) is
Result : constant String := Stemmer.Factory.Stem (L, S);
begin
T.Assert_Equals (R, Result, S, "Invalid Stem for " & S);
end Verify;
-- Stem on French words.
procedure Test_Stem_French (T : in out Test) is
begin
T.Verify (L_FRENCH, "bonjour", "bonjour");
T.Verify (L_FRENCH, "chienne", "chien");
T.Verify (L_FRENCH, "chevalier", "chevali");
T.Verify (L_FRENCH, "échographe", "échograph");
T.Verify (L_FRENCH, "abandonnait", "abandon");
T.Verify (L_FRENCH, "affectées", "affect");
Verify (T, L_FRENCH, "regtests/files/fr-test.txt");
T.Verify (L_FRENCH, "affectionné", "affection");
T.Verify (L_FRENCH, "affectionnait", "affection");
end Test_Stem_French;
-- Stem on English words.
procedure Test_Stem_English (T : in out Test) is
begin
T.Verify (L_ENGLISH, "zealously", "zealous");
T.Verify (L_ENGLISH, "caesars", "caesar");
T.Verify (L_ENGLISH, "about", "about");
T.Verify (L_ENGLISH, "acceding", "acced");
T.Verify (L_ENGLISH, "younger", "younger");
T.Verify (L_ENGLISH, "skis", "ski");
T.Verify (L_ENGLISH, "ugly", "ugli");
T.Verify (L_ENGLISH, "dying", "die");
T.Verify (L_ENGLISH, "cosmos", "cosmos");
T.Verify (L_ENGLISH, "transitional", "transit");
T.Verify (L_ENGLISH, "academies", "academi");
T.Verify (L_ENGLISH, "abolished", "abolish");
end Test_Stem_English;
-- Stem on Greek words.
procedure Test_Stem_Greek (T : in out Test) is
begin
T.Verify (L_GREEK, "ΠΟΣΟΤΗΤΑ", "ποσοτητ");
T.Verify (L_GREEK, "ΜΝΗΜΕΙΩΔΕΣ", "μνημειωδ");
T.Verify (L_GREEK, "ΩΣΤΙΚΟ", "ωστ");
T.Verify (L_GREEK, "ΩΦΕΛΕΙ", "ωφελ");
end Test_Stem_Greek;
-- Stem on Spanish words.
procedure Test_Stem_Spanish (T : in out Test) is
begin
T.Verify (L_SPANISH, "abarcaría", "abarc");
T.Verify (L_SPANISH, "abarroteros", "abarroter");
T.Verify (L_SPANISH, "aseguramiento", "asegur");
T.Verify (L_SPANISH, "zubillaga", "zubillag");
end Test_Stem_Spanish;
-- Stem on Swedish words.
procedure Test_Stem_Swedish (T : in out Test) is
begin
T.Verify (L_SWEDISH, "ackompanjerade", "ackompanjer");
T.Verify (L_SWEDISH, "abskons", "abskon");
T.Verify (L_SWEDISH, "afhölja", "afhölj");
T.Verify (L_SWEDISH, "överändakastade", "överändakast");
end Test_Stem_Swedish;
-- Stem on Russian words.
procedure Test_Stem_Russian (T : in out Test) is
begin
T.Verify (L_RUSSIAN, "авдотьей", "авдот");
T.Verify (L_RUSSIAN, "адом", "ад");
T.Verify (L_RUSSIAN, "ячменный", "ячмен");
end Test_Stem_Russian;
-- Stem on Serbian words.
procedure Test_Stem_Serbian (T : in out Test) is
begin
T.Verify (L_SERBIAN, "abecendom", "abecend");
T.Verify (L_SERBIAN, "ocenjujući", "ocenjuj");
T.Verify (L_SERBIAN, "padobranskim", "padobransk");
end Test_Stem_Serbian;
-- Stem on French words using the reference file.
procedure Test_Stem_French_Reference_File (T : in out Test) is
begin
Verify (T, L_FRENCH, "regtests/files/fr-test.txt");
end Test_Stem_French_Reference_File;
-- Stem on Spanish words using the reference file.
procedure Test_Stem_Spanish_Reference_File (T : in out Test) is
begin
Verify (T, L_SPANISH, "regtests/files/es-test.txt");
end Test_Stem_Spanish_Reference_File;
-- Stem on English words using the reference file.
procedure Test_Stem_English_Reference_File (T : in out Test) is
begin
Verify (T, L_ENGLISH, "regtests/files/en-test.txt");
end Test_Stem_English_Reference_File;
-- Stem on Swedish words using the reference file.
procedure Test_Stem_Swedish_Reference_File (T : in out Test) is
begin
Verify (T, L_SWEDISH, "regtests/files/sv-test.txt");
end Test_Stem_Swedish_Reference_File;
-- Stem on Russian words using the reference file.
procedure Test_Stem_Russian_Reference_File (T : in out Test) is
begin
Verify (T, L_RUSSIAN, "regtests/files/ru-test.txt");
end Test_Stem_Russian_Reference_File;
-- Stem on Serbian words using the reference file.
procedure Test_Stem_Serbian_Reference_File (T : in out Test) is
begin
Verify (T, L_SERBIAN, "regtests/files/sr-test.txt");
end Test_Stem_Serbian_Reference_File;
-- Stem on German words using the reference file.
procedure Test_Stem_German_Reference_File (T : in out Test) is
begin
Verify (T, L_GERMAN, "regtests/files/gr-test.txt");
end Test_Stem_German_Reference_File;
-- Stem on Italian words using the reference file.
procedure Test_Stem_Italian_Reference_File (T : in out Test) is
begin
Verify (T, L_ITALIAN, "regtests/files/it-test.txt");
end Test_Stem_Italian_Reference_File;
-- Stem on Greek words using the reference file.
procedure Test_Stem_Greek_Reference_File (T : in out Test) is
begin
Verify (T, L_GREEK, "regtests/files/el-test.txt");
end Test_Stem_Greek_Reference_File;
-- Stem on Danish words using the reference file.
procedure Test_Stem_Danish_Reference_File (T : in out Test) is
begin
Verify (T, L_DANISH, "regtests/files/da-test.txt");
end Test_Stem_Danish_Reference_File;
-- Stem on Dutch words using the reference file.
procedure Test_Stem_Dutch_Reference_File (T : in out Test) is
begin
Verify (T, L_DUTCH, "regtests/files/nl-test.txt");
end Test_Stem_Dutch_Reference_File;
-- Stem on Dutch words using the reference file.
procedure Test_Stem_Catalan_Reference_File (T : in out Test) is
begin
Verify (T, L_CATALAN, "regtests/files/ca-test.txt");
end Test_Stem_Catalan_Reference_File;
-- Stem on Basque words using the reference file.
procedure Test_Stem_Basque_Reference_File (T : in out Test) is
begin
Verify (T, L_BASQUE, "regtests/files/eu-test.txt");
end Test_Stem_Basque_Reference_File;
-- Stem on Finnish words using the reference file.
procedure Test_Stem_Finnish_Reference_File (T : in out Test) is
begin
Verify (T, L_FINNISH, "regtests/files/fi-test.txt");
end Test_Stem_Finnish_Reference_File;
-- Stem on Hindi words using the reference file.
procedure Test_Stem_Hindi_Reference_File (T : in out Test) is
begin
Verify (T, L_HINDI, "regtests/files/hi-test.txt");
end Test_Stem_Hindi_Reference_File;
-- Stem on Hungarian words using the reference file.
procedure Test_Stem_Hungarian_Reference_File (T : in out Test) is
begin
Verify (T, L_HUNGARIAN, "regtests/files/hu-test.txt");
end Test_Stem_Hungarian_Reference_File;
-- Stem on Irish words using the reference file.
procedure Test_Stem_Irish_Reference_File (T : in out Test) is
begin
Verify (T, L_IRISH, "regtests/files/gd-ie-test.txt");
end Test_Stem_Irish_Reference_File;
-- Stem on Indonesian words using the reference file.
procedure Test_Stem_Indonesian_Reference_File (T : in out Test) is
begin
Verify (T, L_INDONESIAN, "regtests/files/id-test.txt");
end Test_Stem_Indonesian_Reference_File;
-- Stem on Nepali words using the reference file.
procedure Test_Stem_Nepali_Reference_File (T : in out Test) is
begin
Verify (T, L_NEPALI, "regtests/files/ne-test.txt");
end Test_Stem_Nepali_Reference_File;
-- Stem on Norwegian words using the reference file.
procedure Test_Stem_Norwegian_Reference_File (T : in out Test) is
begin
Verify (T, L_NORWEGIAN, "regtests/files/no-test.txt");
end Test_Stem_Norwegian_Reference_File;
-- Stem on Portuguese words using the reference file.
procedure Test_Stem_Portuguese_Reference_File (T : in out Test) is
begin
Verify (T, L_PORTUGUESE, "regtests/files/pt-test.txt");
end Test_Stem_Portuguese_Reference_File;
-- Stem on Romanian words using the reference file.
procedure Test_Stem_Romanian_Reference_File (T : in out Test) is
begin
Verify (T, L_ROMANIAN, "regtests/files/ro-test.txt");
end Test_Stem_Romanian_Reference_File;
-- Stem on English Porter words using the reference file.
procedure Test_Stem_Porter_Reference_File (T : in out Test) is
begin
Verify (T, L_PORTER, "regtests/files/en-porter-test.txt");
end Test_Stem_Porter_Reference_File;
-- Stem on Tamil words using the reference file.
procedure Test_Stem_Tamil_Reference_File (T : in out Test) is
begin
Verify (T, L_TAMIL, "regtests/files/ta-test.txt");
end Test_Stem_Tamil_Reference_File;
-- Stem on Turkish words using the reference file.
procedure Test_Stem_Turkish_Reference_File (T : in out Test) is
begin
Verify (T, L_TURKISH, "regtests/files/tr-test.txt");
end Test_Stem_Turkish_Reference_File;
-- Stem on Lithuanian words using the reference file.
procedure Test_Stem_Lithuanian_Reference_File (T : in out Test) is
begin
Verify (T, L_LITHUANIAN, "regtests/files/lt-test.txt");
end Test_Stem_Lithuanian_Reference_File;
-- Stem on Arabic words using the reference file.
procedure Test_Stem_Arabic_Reference_File (T : in out Test) is
begin
Verify (T, L_ARABIC, "regtests/files/ar-test.txt");
end Test_Stem_Arabic_Reference_File;
end Stemmer.Tests;
|
pragma Ada_2005;
pragma Style_Checks (Off);
pragma Warnings (Off);
with Interfaces.C; use Interfaces.C;
with glib;
with glib.Values;
with System;
-- with GStreamer.GST_Low_Level.glib_2_0_gobject_gobject_h;
with glib;
package GStreamer.GST_Low_Level.gstreamer_0_10_gst_interfaces_tunernorm_h is
-- unsupported macro: GST_TYPE_TUNER_NORM (gst_tuner_norm_get_type ())
-- arg-macro: function GST_TUNER_NORM (obj)
-- return G_TYPE_CHECK_INSTANCE_CAST ((obj), GST_TYPE_TUNER_NORM, GstTunerNorm);
-- arg-macro: function GST_TUNER_NORM_CLASS (klass)
-- return G_TYPE_CHECK_CLASS_CAST ((klass), GST_TYPE_TUNER_NORM, GstTunerNormClass);
-- arg-macro: function GST_IS_TUNER_NORM (obj)
-- return G_TYPE_CHECK_INSTANCE_TYPE ((obj), GST_TYPE_TUNER_NORM);
-- arg-macro: function GST_IS_TUNER_NORM_CLASS (klass)
-- return G_TYPE_CHECK_CLASS_TYPE ((klass), GST_TYPE_TUNER_NORM);
-- GStreamer Tuner
-- * Copyright (C) 2003 Ronald Bultje <rbultje@ronald.bitfreak.net>
-- *
-- * tunernorm.h: tuner norm object design
-- *
-- * This library is free software; you can redistribute it and/or
-- * modify it under the terms of the GNU Library General Public
-- * License as published by the Free Software Foundation; either
-- * version 2 of the License, or (at your option) any later version.
-- *
-- * This library is distributed in the hope that it will be useful,
-- * but WITHOUT ANY WARRANTY; without even the implied warranty of
-- * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
-- * Library General Public License for more details.
-- *
-- * You should have received a copy of the GNU Library General Public
-- * License along with this library; if not, write to the
-- * Free Software Foundation, Inc., 59 Temple Place - Suite 330,
-- * Boston, MA 02111-1307, USA.
--
type GstTunerNorm;
--subtype GstTunerNorm is u_GstTunerNorm; -- gst/interfaces/tunernorm.h:40
type GstTunerNormClass;
type u_GstTunerNormClass_u_gst_reserved_array is array (0 .. 3) of System.Address;
--subtype GstTunerNormClass is u_GstTunerNormClass; -- gst/interfaces/tunernorm.h:41
--*
-- * GstTunerNorm:
-- * @label: A string containing a descriptive name for the norm
-- * @framerate: A GValue containing the framerate associated with this norm,
-- * if any. (May be unset).
--
type GstTunerNorm is record
parent : aliased GLIB.Object.GObject; -- gst/interfaces/tunernorm.h:50
label : access GLIB.gchar; -- gst/interfaces/tunernorm.h:53
framerate : aliased Glib.Values.GValue; -- gst/interfaces/tunernorm.h:54
end record;
pragma Convention (C_Pass_By_Copy, GstTunerNorm); -- gst/interfaces/tunernorm.h:49
--< public >
type GstTunerNormClass is record
parent : aliased GLIB.Object.GObject_Class; -- gst/interfaces/tunernorm.h:58
u_gst_reserved : u_GstTunerNormClass_u_gst_reserved_array; -- gst/interfaces/tunernorm.h:60
end record;
pragma Convention (C_Pass_By_Copy, GstTunerNormClass); -- gst/interfaces/tunernorm.h:57
function gst_tuner_norm_get_type return GLIB.GType; -- gst/interfaces/tunernorm.h:63
pragma Import (C, gst_tuner_norm_get_type, "gst_tuner_norm_get_type");
end GStreamer.GST_Low_Level.gstreamer_0_10_gst_interfaces_tunernorm_h;
|
-- see OpenUxAS\src\Communications\LmcpObjectMessageSenderPipe.cpp
with UxAS.Comms.Transport.ZeroMQ_Socket_Configurations;
with UxAS.Common.String_Constant.Lmcp_Network_Socket_Address;
use UxAS.Common.String_Constant.Lmcp_Network_Socket_Address;
with UxAS.Common.String_Constant.Content_Type;
with UxAS.Comms.Transport.Network_Name;
with AVTAS.LMCP.Factory;
with AVTAS.LMCP.ByteBuffers; use AVTAS.LMCP.ByteBuffers;
with Ada.Strings.Unbounded; use Ada.Strings.Unbounded;
package body UxAS.Comms.LMCP_Object_Message_Sender_Pipes is
------------------------
-- Initialize_Publish --
------------------------
procedure Initialize_Publish
(This : in out LMCP_Object_Message_Sender_Pipe;
Source_Group : String;
Entity_Id : UInt32;
Service_Id : UInt32)
is
begin
-- initializeZmqSocket(sourceGroup, entityId, serviceId, ZMQ_PUB,
-- uxas::common::LmcpNetworkSocketAddress::strGetInProc_FromMessageHub(), true);
This.Initialize_Zmq_Socket
(Source_Group => Source_Group,
Entity_Id => Entity_Id,
Service_Id => Service_Id,
Zmq_SocketType => ZMQ.Sockets.PUB,
Socket_Address => To_String (InProc_From_MessageHub),
Is_Server => True);
end Initialize_Publish;
------------------------------
-- Initialize_External_Push --
------------------------------
procedure Initialize_External_Push
(This : in out LMCP_Object_Message_Sender_Pipe;
Source_Group : String;
Entity_Id : UInt32;
Service_Id : UInt32;
External_Socket_Address : String;
Is_Server : Boolean)
is
begin
-- initializeZmqSocket(sourceGroup, entityId, serviceId, ZMQ_PUSH, externalSocketAddress, isServer);
This.Initialize_Zmq_Socket
(Source_Group => Source_Group,
Entity_Id => Entity_Id,
Service_Id => Service_Id,
Zmq_SocketType => ZMQ.Sockets.PUSH,
Socket_Address => External_Socket_Address,
Is_Server => Is_Server);
end Initialize_External_Push;
-----------------------------
-- Initialize_External_Pub --
-----------------------------
procedure Initialize_External_Pub
(This : in out LMCP_Object_Message_Sender_Pipe;
Source_Group : String;
Entity_Id : UInt32;
Service_Id : UInt32;
External_Socket_Address : String;
Is_Server : Boolean)
is
begin
-- initializeZmqSocket(sourceGroup, entityId, serviceId, ZMQ_PUB, externalSocketAddress, isServer);
This.Initialize_Zmq_Socket
(Source_Group => Source_Group,
Entity_Id => Entity_Id,
Service_Id => Service_Id,
Zmq_SocketType => ZMQ.Sockets.PUB,
Socket_Address => External_Socket_Address,
Is_Server => Is_Server);
end Initialize_External_Pub;
---------------------
-- Initialize_Push --
---------------------
procedure Initialize_Push
(This : in out LMCP_Object_Message_Sender_Pipe;
Source_Group : String;
Entity_Id : UInt32;
Service_Id : UInt32)
is
begin
-- initializeZmqSocket(sourceGroup, entityId, serviceId, ZMQ_PUSH,
-- uxas::common::LmcpNetworkSocketAddress::strGetInProc_ToMessageHub(), false);
This.Initialize_Zmq_Socket
(Source_Group => Source_Group,
Entity_Id => Entity_Id,
Service_Id => Service_Id,
Zmq_SocketType => ZMQ.Sockets.PUSH,
Socket_Address => To_String (InProc_To_MessageHub),
Is_Server => False);
end Initialize_Push;
-----------------------
-- Initialize_Stream --
-----------------------
procedure Initialize_Stream
(This : in out LMCP_Object_Message_Sender_Pipe;
Source_Group : String;
Entity_Id : UInt32;
Service_Id : UInt32;
Socket_Address : String;
Is_Server : Boolean)
is
begin
-- initializeZmqSocket(sourceGroup, entityId, serviceId, ZMQ_STREAM, socketAddress, isServer);
This.Initialize_Zmq_Socket
(Source_Group => Source_Group,
Entity_Id => Entity_Id,
Service_Id => Service_Id,
Zmq_SocketType => ZMQ.Sockets.STREAM,
Socket_Address => Socket_Address,
Is_Server => Is_Server);
end Initialize_Stream;
----------------------------
-- Send_Broadcast_Message --
----------------------------
procedure Send_Broadcast_Message
(This : in out LMCP_Object_Message_Sender_Pipe;
Message : AVTAS.LMCP.Object.Object_Any)
is
begin
-- std::string fullLmcpObjectTypeName = lmcpObject->getFullLmcpTypeName();
-- sendLimitedCastMessage(fullLmcpObjectTypeName, std::move(lmcpObject));
This.Send_LimitedCast_Message (Message.getFullLmcpTypeName, Message);
end Send_Broadcast_Message;
------------------------------
-- Send_LimitedCast_Message --
------------------------------
-- void
-- sendLimitedCastMessage(const std::string& castAddress, std::unique_ptr<avtas::lmcp::Object> lmcpObject);
procedure Send_LimitedCast_Message
(This : in out LMCP_Object_Message_Sender_Pipe;
Cast_Address : String;
Message : AVTAS.LMCP.Object.Object_Any)
is
-- avtas::lmcp::ByteBuffer* lmcpByteBuffer = avtas::lmcp::Factory::packMessage(lmcpObject.get(), true);
Buffer : constant ByteBuffer := AVTAS.LMCP.Factory.PackMessage (Message, EnableChecksum => True);
-- std::string serializedPayload = std::string(reinterpret_cast<char*>(lmcpByteBuffer->array()), lmcpByteBuffer->capacity());
Payload : constant String := Buffer.Raw_Bytes;
begin
-- m_transportSender->sendMessage
-- (castAddress,
-- uxas::common::ContentType::lmcp(),
-- lmcpObject->getFullLmcpTypeName(),
-- std::move(serializedPayload));
This.Sender.Send_Message
(Address => Cast_Address,
Content_Type => UxAS.Common.String_Constant.Content_Type.Lmcp,
Descriptor => Message.getFullLmcpTypeName,
Payload => Payload);
end Send_LimitedCast_Message;
-----------------------------
-- Send_Serialized_Message --
-----------------------------
procedure Send_Serialized_Message
(This : in out LMCP_Object_Message_Sender_Pipe;
Message : Addressed_Attributed_Message_Ref)
is
begin
-- m_transportSender->sendAddressedAttributedMessage(std::move(serializedLmcpObject));
This.Sender.Send_Addressed_Attributed_Message (Message);
end Send_Serialized_Message;
-----------------------------------
-- Send_Shared_Broadcast_Message --
-----------------------------------
procedure Send_Shared_Broadcast_Message
(This : in out LMCP_Object_Message_Sender_Pipe;
Message : AVTAS.LMCP.Object.Object_Any)
is
begin
-- sendSharedLimitedCastMessage(lmcpObject->getFullLmcpTypeName(), lmcpObject);
This.Send_Shared_LimitedCast_Message (Message.getFullLmcpTypeName, Message);
end Send_Shared_Broadcast_Message;
-------------------------------------
-- Send_Shared_LimitedCast_Message --
-------------------------------------
procedure Send_Shared_LimitedCast_Message
(This : in out LMCP_Object_Message_Sender_Pipe;
Cast_Address : String;
Message : AVTAS.LMCP.Object.Object_Any)
is
-- avtas::lmcp::ByteBuffer* lmcpByteBuffer = avtas::lmcp::Factory::packMessage(lmcpObject.get(), true);
Buffer : constant ByteBuffer := AVTAS.LMCP.Factory.PackMessage (Message, EnableChecksum => True);
-- std::string serializedPayload = std::string(reinterpret_cast<char*>(lmcpByteBuffer->array()), lmcpByteBuffer->capacity());
Payload : constant String := Buffer.Raw_Bytes;
begin
-- Note: this body is identical to the body of Send_LimitedCast_Message, per the C++ implementation
-- TODO: see why
-- m_transportSender->sendMessage
-- (castAddress,
-- uxas::common::ContentType::lmcp(),
-- lmcpObject->getFullLmcpTypeName(),
-- std::move(serializedPayload));
This.Sender.Send_Message
(Address => Cast_Address,
Content_Type => UxAS.Common.String_Constant.Content_Type.Lmcp,
Descriptor => Message.getFullLmcpTypeName,
Payload => Payload);
end Send_Shared_LimitedCast_Message;
---------------
-- Entity_Id --
---------------
function Entity_Id
(This : LMCP_Object_Message_Sender_Pipe)
return UInt32
is (This.Entity_Id);
----------------
-- Service_Id --
----------------
function Service_Id
(This : LMCP_Object_Message_Sender_Pipe)
return UInt32
is (This.Service_Id);
-------------------
-- Set_Entity_Id --
-------------------
procedure Set_Entity_Id
(This : in out LMCP_Object_Message_Sender_Pipe;
Value : UInt32)
is
begin
This.Entity_Id := Value;
end Set_Entity_Id;
--------------------
-- Set_Service_Id --
--------------------
procedure Set_Service_Id
(This : in out LMCP_Object_Message_Sender_Pipe;
Value : UInt32)
is
begin
This.Service_Id := Value;
end Set_Service_Id;
---------------------------
-- Initialize_Zmq_Socket --
---------------------------
procedure Initialize_Zmq_Socket
(This : in out LMCP_Object_Message_Sender_Pipe;
Source_Group : String;
Entity_Id : UInt32;
Service_Id : UInt32;
Zmq_SocketType : ZMQ.Sockets.Socket_Type;
Socket_Address : String;
Is_Server : Boolean)
is
use UxAS.Comms.Transport.ZeroMQ_Socket_Configurations;
-- int32_t zmqhighWaterMark{100000};
Zmq_High_Water_Mark : constant := 100_000;
zmqLmcpNetworkSendSocket : ZeroMq_Socket_Configuration;
begin
-- m_entityId = entityId;
-- m_serviceId = serviceId;
This.Entity_Id := Entity_Id;
This.Service_Id := Service_Id;
-- uxas::communications::transport::ZeroMqSocketConfiguration
-- zmqLmcpNetworkSendSocket(uxas::communications::transport::NETWORK_NAME::zmqLmcpNetwork(),
-- socketAddress,
-- zmqSocketType,
-- isServer,
-- false,
-- zmqhighWaterMark,
-- zmqhighWaterMark);
ZmqLmcpNetworkSendSocket := Make
(Network_Name => UxAS.Comms.Transport.Network_Name.ZmqLmcpNetwork,
Socket_Address => Socket_Address,
Is_Receive => False,
Zmq_Socket_Type => Zmq_SocketType,
Number_of_IO_Threads => 1,
Is_Server_Bind => Is_Server,
Receive_High_Water_Mark => Zmq_High_Water_Mark,
Send_High_Water_Mark => Zmq_High_Water_Mark);
-- m_transportSender = uxas::stduxas::make_unique<uxas::communications::transport::ZeroMqAddressedAttributedMessageSender>(
-- (zmqSocketType == ZMQ_STREAM ? true : false));
This.Sender := new ZeroMq_Addressed_Attributed_Message_Sender (Zmq_SocketType);
-- we just pass the actual socket type and let the sender do the test
-- m_transportSender->initialize(sourceGroup, m_entityId, m_serviceId, zmqLmcpNetworkSendSocket);
This.Sender.Initialize
(Source_Group => Source_Group,
Entity_Id => Entity_Id,
Service_Id => Service_Id,
SocketConfig => zmqLmcpNetworkSendSocket);
end Initialize_Zmq_Socket;
end UxAS.Comms.LMCP_Object_Message_Sender_Pipes;
|
package Package_Without_Body is
end Package_Without_Body; |
with Tkmrpc.Request;
with Tkmrpc.Response;
package Tkmrpc.Operation_Handlers.Ike.Cc_Check_Ca is
procedure Handle (Req : Request.Data_Type; Res : out Response.Data_Type);
-- Handler for the cc_check_ca operation.
end Tkmrpc.Operation_Handlers.Ike.Cc_Check_Ca;
|
---------------------------------------------------------------------------------
-- Copyright 2004-2005 © Luke A. Guest
--
-- This code is to be used for tutorial purposes only.
-- You may not redistribute this code in any form without my express permission.
---------------------------------------------------------------------------------
--with Ada.Real_Time;
with Interfaces.C;
with Unchecked_Conversion;
with Text_Io; use Text_Io;
with GL;
with GLU;
with GL.EXT;
with Ada.Strings.Maps;
with Ada.Strings.Fixed;
with System;
with Geometrical_Methods;
with GLUtils;
use type GL.GLbitfield;
use type GL.EXT.glLockArraysEXTPtr;
use type GL.EXT.glUnlockArraysEXTPtr;
package body Example is
package GM renames Geometrical_Methods;
procedure PrintGLInfo is
begin
Put_Line("GL Vendor => " & GLUtils.GL_Vendor);
Put_Line("GL Version => " & GLUtils.GL_Version);
Put_Line("GL Renderer => " & GLUtils.GL_Renderer);
Put_Line("GL Extensions => " & GLUtils.GL_Extensions);
New_Line;
Put_Line("GLU Version => " & GLUtils.GLU_Version);
Put_Line("GLU Extensions => " & GLUtils.GLU_Extensions);
New_Line;
end PrintGLInfo;
procedure PrintUsage is
begin
Put_Line("Keys");
Put_Line("Cursor keys => Rotate");
Put_Line("Page Down/Up => Zoom in/out");
Put_Line("F1 => Toggle Fullscreen");
Put_Line("Escape => Quit");
Put_Line("N & M/N & M + Shift => Move Dot in X");
Put_Line("O & K/O & K + Shift => Move Dot in Y");
Put_Line("D/D + Shift => Move Plane");
Put_Line("R => Reset");
end PrintUsage;
procedure CalculateFPS is
CurrentTime : Float := Float(SDL.Timer.GetTicks) / 1000.0;
ElapsedTime : Float := CurrentTime - LastElapsedTime;
FramesPerSecond : String(1 .. 10);
MillisecondPerFrame : String(1 .. 10);
package Float_InOut is new Text_IO.Float_IO(Float);
use Float_InOut;
begin
FrameCount := FrameCount + 1;
if ElapsedTime > 1.0 then
FPS := Float(FrameCount) / ElapsedTime;
Put(FramesPerSecond, FPS, Aft => 2, Exp => 0);
Put(MillisecondPerFrame, 1000.0 / FPS, Aft => 2, Exp => 0);
SDL.Video.WM_Set_Caption_Title(Example.GetTitle & " " & FramesPerSecond & " fps " & MillisecondPerFrame & " ms/frame");
LastElapsedTime := CurrentTime;
FrameCount := 0;
end if;
end CalculateFPS;
function Initialise return Boolean is
begin
GL.glClearColor(0.0, 0.0, 0.0, 0.0); -- Black Background.
GL.glClearDepth(1.0); -- Depth Buffer Setup.
GL.glDepthFunc(GL.GL_LEQUAL); -- The Type Of Depth Testing (Less Or Equal).
GL.glEnable(GL.GL_DEPTH_TEST); -- Enable Depth Testing.
GL.glShadeModel(GL.GL_SMOOTH); -- Select Smooth Shading.
GL.glHint(GL.GL_PERSPECTIVE_CORRECTION_HINT, GL.GL_NICEST); -- Set Perspective Calculations To Most Accurate.
-- GL.glFrontFace(GL.GL_CCW);
-- GL.glCullFace(GL.GL_NONE);
-- GL.glEnable(GL.GL_CULL_FACE);
return True;
end Initialise;
procedure Uninitialise is
begin
null;
end Uninitialise;
-- procedure Update(Ticks : in Integer) is
procedure Update is
Result : Interfaces.C.int;
begin
-- Check the modifiers
if Keys(SDL.Keysym.K_LSHIFT) = True or Keys(SDL.Keysym.K_RSHIFT) = True then
ShiftPressed := True;
else
ShiftPressed := False;
end if;
if Keys(SDL.Keysym.K_LCTRL) = True or Keys(SDL.Keysym.K_RCTRL) = True then
CtrlPressed := True;
else
CtrlPressed := False;
end if;
if Keys(SDL.Keysym.K_F1) = True then
Result := SDL.Video.WM_ToggleFullScreen(ScreenSurface);
end if;
-- Move the camera.
if Keys(SDL.Keysym.K_LEFT) = True then
CameraYSpeed := CameraYSpeed - 0.1;
end if;
if Keys(SDL.Keysym.K_RIGHT) = True then
CameraYSpeed := CameraYSpeed + 0.1;
end if;
if Keys(SDL.Keysym.K_UP) = True then
CameraXSpeed := CameraXSpeed - 0.1;
end if;
if Keys(SDL.Keysym.K_DOWN) = True then
CameraXSpeed := CameraXSpeed + 0.1;
end if;
if Keys(SDL.Keysym.K_PAGEUP) = True then
Zoom := Zoom + 0.1;
end if;
if Keys(SDL.Keysym.K_PAGEDOWN) = True then
Zoom := Zoom - 0.1;
end if;
if Keys(SDL.Keysym.K_ESCAPE) = True then
AppQuit := True;
end if;
if Keys(SDL.Keysym.K_R) = True then
TestLine.StartPoint := Vector3.Object'(-1.0, 0.0, 0.0);
TestLine.EndPoint := Vector3.Object'(1.0, 0.0, 0.0);
TestPlane.Distance := 0.0;
end if;
-- Move the dot.
if Keys(SDL.Keysym.K_N) = True and NPressed = False then
NPressed := True;
if ShiftPressed = True then
TestLine.StartPoint.X := TestLine.StartPoint.X - LineSmallDelta;
TestLine.EndPoint.X := TestLine.EndPoint.X - LineSmallDelta;
else
TestLine.StartPoint.X := TestLine.StartPoint.X - LineDelta;
TestLine.EndPoint.X := TestLine.EndPoint.X - LineDelta;
end if;
end if;
if Keys(SDL.Keysym.K_N) = False then
NPressed := False;
end if;
if Keys(SDL.Keysym.K_M) = True and MPressed = False then
MPressed := True;
if ShiftPressed = True then
TestLine.StartPoint.X := TestLine.StartPoint.X + LineSmallDelta;
TestLine.EndPoint.X := TestLine.EndPoint.X + LineSmallDelta;
else
TestLine.StartPoint.X := TestLine.StartPoint.X + LineDelta;
TestLine.EndPoint.X := TestLine.EndPoint.X + LineDelta;
end if;
end if;
if Keys(SDL.Keysym.K_M) = False then
MPressed := False;
end if;
if Keys(SDL.Keysym.K_O) = True and OPressed = False then
OPressed := True;
if ShiftPressed = True then
TestLine.StartPoint.Y := TestLine.StartPoint.Y + LineSmallDelta;
TestLine.EndPoint.Y := TestLine.EndPoint.Y + LineSmallDelta;
else
TestLine.StartPoint.Y := TestLine.StartPoint.Y + LineDelta;
TestLine.EndPoint.Y := TestLine.EndPoint.Y + LineDelta;
end if;
end if;
if Keys(SDL.Keysym.K_O) = False then
OPressed := False;
end if;
if Keys(SDL.Keysym.K_K) = True and KPressed = False then
KPressed := True;
if ShiftPressed = True then
TestLine.StartPoint.Y := TestLine.StartPoint.Y - LineSmallDelta;
TestLine.EndPoint.Y := TestLine.EndPoint.Y - LineSmallDelta;
else
TestLine.StartPoint.Y := TestLine.StartPoint.Y - LineDelta;
TestLine.EndPoint.Y := TestLine.EndPoint.Y - LineDelta;
end if;
end if;
if Keys(SDL.Keysym.K_K) = False then
KPressed := False;
end if;
-- Move the plane along the normal (Distance).
if Keys(SDL.Keysym.K_D) = True and DPressed = False then
DPressed := True;
if ShiftPressed = True then
TestPlane.Distance := TestPlane.Distance - 0.5;
else
TestPlane.Distance := TestPlane.Distance + 0.5;
end if;
end if;
if Keys(SDL.Keysym.K_D) = False then
DPressed := False;
end if;
end Update;
procedure Draw is
Collision : Boolean := False;
begin
GL.glClear(GL.GL_COLOR_BUFFER_BIT or GL.GL_DEPTH_BUFFER_BIT); -- Clear Screen And Depth Buffer.
GL.glLoadIdentity; -- Reset The Modelview Matrix.
-- Move the camera aound the scene.
GL.glTranslatef(0.0, 0.0, Zoom);
GL.glRotatef(CameraXSpeed, 1.0, 0.0, 0.0); -- Rotate On The Y-Axis By angle.
GL.glRotatef(CameraYSpeed, 0.0, 1.0, 0.0); -- Rotate On The Y-Axis By angle.
Collision := GM.CollisionDetected(TestPlane, TestLine);
-- Draw plane.
GL.glBegin(GL.GL_QUADS);
if Collision = True then
GL.glColor3f(1.0, 0.0, 0.0);
else
GL.glColor3f(0.0, 0.2, 0.5);
end if;
--GL.glColor3f(0.0, 0.2, 0.5);
GL.glVertex3f(GL.GLfloat(TestPlane.Distance), -1.0, -1.0);
GL.glVertex3f(GL.GLfloat(TestPlane.Distance), 1.0, -1.0);
GL.glVertex3f(GL.GLfloat(TestPlane.Distance), 1.0, 1.0);
GL.glVertex3f(GL.GLfloat(TestPlane.Distance), -1.0, 1.0);
GL.glNormal3f(GL.GLfloat(TestPlane.Normal.X), GL.GLfloat(TestPlane.Normal.Y), GL.GLfloat(TestPlane.Normal.Z));
gl.glEnd;
GL.glBegin(GL.GL_LINES);
if Collision = True then
GL.glColor3f(1.0, 1.0, 0.0);
else
GL.glColor3f(1.0, 1.0, 1.0);
end if;
GL.glVertex3f(GL.GLfloat(TestLine.StartPoint.X), GL.GLfloat(TestLine.StartPoint.Y), GL.GLfloat(TestLine.StartPoint.Z));
GL.glVertex3f(GL.GLfloat(TestLine.EndPoint.X), GL.GLfloat(TestLine.EndPoint.Y), GL.GLfloat(TestLine.EndPoint.Z));
GL.glEnd;
GL.glFlush; -- Flush The GL Rendering Pipeline.
-- Text_IO.Put_Line("Dot: " & Vector3.Output(Dot));
end Draw;
function GetTitle return String is
begin
return Title;
end GetTitle;
function GetWidth return Integer is
begin
return Width;
end GetWidth;
function GetHeight return Integer is
begin
return Height;
end GetHeight;
function GetBitsPerPixel return Integer is
begin
return BitsPerPixel;
end GetBitsPerPixel;
procedure SetLastTickCount(Ticks : in Integer) is
begin
LastTickCount := Ticks;
end SetLastTickCount;
procedure SetSurface(Surface : in SDL.Video.Surface_Ptr) is
begin
ScreenSurface := Surface;
end SetSurface;
function GetSurface return SDL.Video.Surface_Ptr is
begin
return ScreenSurface;
end GetSurface;
procedure SetKey(Key : in SDL.Keysym.Key; Down : in Boolean) is
begin
Keys(Key) := Down;
end SetKey;
procedure SetActive(Active : in Boolean) is
begin
AppActive := Active;
end SetActive;
function IsActive return Boolean is
begin
return AppActive;
end IsActive;
procedure SetQuit(Quit : in Boolean) is
begin
AppQuit := Quit;
end SetQuit;
function Quit return Boolean is
begin
return AppQuit;
end Quit;
end Example;
|
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