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DataMuseum.dkPresents historical artifacts from the history of: Rational R1000/400 |
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Length: 32768 (0x8000)
Types: Ada Source
Notes: 03_class, FILE, R1k_Segment, e3_tag, function Get_Attribute_Info, seg_04cfa5, separate Mc68k_Bare_Vads
└─⟦8527c1e9b⟧ Bits:30000544 8mm tape, Rational 1000, Arrival backup of disks in PAM's R1000
└─⟦cfc2e13cd⟧ »Space Info Vol 2«
└─⟦this⟧
--with Get_Attributes;
separate (Mc68k_Bare_Vads)
function Get_Attribute_Info return Attributes.Object is
package Attr renames Attributes;
-- GENERAL NOTES PERTAINING TO ATTRIBUTES DEFINED HERE
--
-- There are three "implementation dependant" attributes documented in
-- the Appendix F found in the "M68000 Family - Version 6.2.1"
-- Programmer's Guide. These include:
--
-- X'Address,
-- X'Ref and System.Address'Ref(N)
-- X'Task_Id
-- X'Long_Address
-- X'Compiler_Key
-- X'Compiler_Version
-- X'Dope_Adress
-- X'Dope_Size
-- X'Entry_Number
-- X'Homogeneous
-- X'Type_Key
--
-- The implementation for the X'Address attribute is already provided
-- by the R1000 semanticist and is therefore not defined here.
--
-- 'Ref is "overloaded" in that it has two permitted forms. The form
-- X'Ref is used only in machine code insertions. Both forms could not
-- be implemented in the RCI. Because machine code insertions should be
-- used somewhat infrequently, this customization implements only the
-- System.Address'Ref(N) form.
--
-- In the case of both System.Address'Ref(N) and X'Task_Id a known bug
-- in the Rev1_0_0 release of the RCI prevents usages of these
-- attributes in a view using this customization from semantizing
-- properly. The bug has reportedly been fixed in the upcoming
-- maintanence release. Once this release becomes available, the use
-- of these attributes will have to be tested. It is believed that
-- they are properly defined here.
-----------------------------------------------------------------------------------
-- P'Long_Address
--
-- For a prefix P that denotes an object, a program unit, a label or an entry
--
-- Yields the address of the first of the storage units allocated to P
-- The only difference betwen 'Address and 'Long_Address is that the value of
-- the second one is of the type Long_address.
Long_Address_Type_Set : Checking.Type_Set :=
Checking.Build (Enforced_Type_Restrictions =>
Checking.No_Type_Restrictions,
Valid_Structural_Types => Checking.All_Structural_Types,
Valid_Textual_Types => Checking.No_Type_Names,
Required_Pragmas => Checking.No_Pragmas,
Prohibited_Pragmas => Checking.No_Pragmas,
For_Target => T_Name);
Long_Address_Objects : constant Checking.Object_Set :=
Checking.Build (Valid_Kinds => Checking.All_Object_Kinds,
Allowed_Types => Long_Address_Type_Set,
Required_Pragmas => Checking.No_Pragmas,
Prohibited_Pragmas => Checking.No_Pragmas,
For_Target => T_Name);
Long_Address_Misc_Names : constant Checking.Miscellaneous_Name_Set :=
Checking.Build (Valid_Kinds => (Checking.Task_Kind => False,
Checking.Named_Statement_Kind => False,
others => True),
Ambiguity_Allowed => False,
Required_Pragmas => Checking.No_Pragmas,
Prohibited_Pragmas => Checking.No_Pragmas,
For_Target => T_Name);
Long_Address_Prefix : constant Attr.Prefix :=
Attr.Build (Valid_Objects => Long_Address_Objects,
Valid_Miscellaneous_Names => Long_Address_Misc_Names,
Valid_Types => Checking.Null_Type_Set,
For_Target => T_Name);
Long_Address_Result : constant Attr.Result :=
Attr.Build_With_Value_Result
(Type_Name => "system.long_address", For_Target => T_Name);
Long_Address_Designator : constant Attr.Designator :=
Attributes.Null_Designator;
Long_Address_Attr : constant Attr.Attribute :=
Attr.Build (The_Name => "Long_Address",
The_Prefix => Long_Address_Prefix,
The_Result => Long_Address_Result,
The_Designator => Long_Address_Designator,
For_Target => T_Name);
-----------------------------------------------------------------------------------
--[ Dess16 defined ]
-- P'Compiler_Key
--
-- For a prefix P that denotes the name of an entity, P'Compiler_Key yields
-- the full pathname of the compiler key, which indicates the compiler that
-- was used to generate code for the unit containing the definition of P.
--
-- The value returned by this attribute is of type String
--
-- The entity can be a program unit (package, subprogram, task or generic),
-- an object (variable, constant, named number, or parameter), a type or
-- subtype (but not an incomplete type), or an exception
--
Compiler_Key_Type_Set : Checking.Type_Set :=
Checking.Build (Enforced_Type_Restrictions =>
Checking.No_Type_Restrictions,
Valid_Structural_Types =>
(Checking.Access_Type => False, others => True),
Valid_Textual_Types => Checking.No_Type_Names,
Required_Pragmas => Checking.No_Pragmas,
Prohibited_Pragmas => Checking.No_Pragmas,
For_Target => T_Name);
Compiler_Key_Objects : constant Checking.Object_Set :=
Checking.Build (Valid_Kinds => Checking.All_Object_Kinds,
Allowed_Types => Compiler_Key_Type_Set,
Required_Pragmas => Checking.No_Pragmas,
Prohibited_Pragmas => Checking.No_Pragmas,
For_Target => T_Name);
Compiler_Key_Misc_Names : constant Checking.Miscellaneous_Name_Set :=
Checking.Build (Valid_Kinds => (Checking.Entry_Kind => False,
Checking.Label_Kind => False,
others => True),
Ambiguity_Allowed => False,
Required_Pragmas => Checking.No_Pragmas,
Prohibited_Pragmas => Checking.No_Pragmas,
For_Target => T_Name);
Compiler_Key_Prefix : constant Attr.Prefix :=
Attr.Build (Valid_Objects => Compiler_Key_Objects,
Valid_Miscellaneous_Names => Compiler_Key_Misc_Names,
Valid_Types => Checking.Null_Type_Set,
For_Target => T_Name);
Compiler_Key_Result : constant Attr.Result :=
Attr.Build_With_Value_Result
(Type_Name => "String", For_Target => T_Name);
Compiler_Key_Designator : constant Attr.Designator :=
Attributes.Null_Designator;
Compiler_Key_Attr : constant Attr.Attribute :=
Attr.Build (The_Name => "Compiler_Key",
The_Prefix => Compiler_Key_Prefix,
The_Result => Compiler_Key_Result,
The_Designator => Compiler_Key_Designator,
For_Target => T_Name);
-----------------------------------------------------------------------------------
--[ Dess16 defined ]
-- P'Compiler_Version
--
-- For a prefix P that denotes the name of an entity, P'Compiler_Version yields
-- the version of the compiler key that was used to generate code for the unit
-- containing the definition of P.
--
-- The value returned by this attribute is of type String
--
-- The entity can be a program unit (package, subprogram, task or generic),
-- an object (variable, constant, named number, or parameter), a type or
-- subtype (but not an incomplete type), or an exception
--
Compiler_Version_Type_Set : Checking.Type_Set :=
Checking.Build (Enforced_Type_Restrictions =>
Checking.No_Type_Restrictions,
Valid_Structural_Types =>
(Checking.Access_Type => False, others => True),
Valid_Textual_Types => Checking.No_Type_Names,
Required_Pragmas => Checking.No_Pragmas,
Prohibited_Pragmas => Checking.No_Pragmas,
For_Target => T_Name);
Compiler_Version_Objects : constant Checking.Object_Set :=
Checking.Build (Valid_Kinds => Checking.All_Object_Kinds,
Allowed_Types => Compiler_Version_Type_Set,
Required_Pragmas => Checking.No_Pragmas,
Prohibited_Pragmas => Checking.No_Pragmas,
For_Target => T_Name);
Compiler_Version_Misc_Names : constant Checking.Miscellaneous_Name_Set :=
Checking.Build (Valid_Kinds => (Checking.Entry_Kind => False,
Checking.Label_Kind => False,
others => True),
Ambiguity_Allowed => False,
Required_Pragmas => Checking.No_Pragmas,
Prohibited_Pragmas => Checking.No_Pragmas,
For_Target => T_Name);
Compiler_Version_Prefix : constant Attr.Prefix :=
Attr.Build (Valid_Objects => Compiler_Version_Objects,
Valid_Miscellaneous_Names => Compiler_Version_Misc_Names,
Valid_Types => Checking.Null_Type_Set,
For_Target => T_Name);
Compiler_Version_Result : constant Attr.Result :=
Attr.Build_With_Value_Result
(Type_Name => "String", For_Target => T_Name);
Compiler_Version_Designator : constant Attr.Designator :=
Attributes.Null_Designator;
Compiler_Version_Attr : constant Attr.Attribute :=
Attr.Build (The_Name => "Compiler_Version",
The_Prefix => Compiler_Version_Prefix,
The_Result => Compiler_Version_Result,
The_Designator => Compiler_Version_Designator,
For_Target => T_Name);
-----------------------------------------------------------------------------------
--[ Dess16 defined ]
--
-- P'Dope_Address
--
-- For an array object P
--
-- Yields the address of the first of the dope vector that describes P. It
-- returns a value of type System_Address.
Dope_Address_Type_Set : Checking.Type_Set :=
Checking.Build (Enforced_Type_Restrictions =>
Checking.No_Type_Restrictions,
Valid_Structural_Types =>
(Checking.Array_Type => True, others => False),
Valid_Textual_Types => Checking.No_Type_Names,
Required_Pragmas => Checking.No_Pragmas,
Prohibited_Pragmas => Checking.No_Pragmas,
For_Target => T_Name);
Dope_Address_Objects : constant Checking.Object_Set :=
Checking.Build (Valid_Kinds => Checking.All_Object_Kinds,
Allowed_Types => Dope_Address_Type_Set,
Required_Pragmas => Checking.No_Pragmas,
Prohibited_Pragmas => Checking.No_Pragmas,
For_Target => T_Name);
Dope_Address_Misc_Names : constant Checking.Miscellaneous_Name_Set :=
Checking.Build (Valid_Kinds => (others => False),
Ambiguity_Allowed => False,
Required_Pragmas => Checking.No_Pragmas,
Prohibited_Pragmas => Checking.No_Pragmas,
For_Target => T_Name);
Dope_Address_Prefix : constant Attr.Prefix :=
Attr.Build (Valid_Objects => Dope_Address_Objects,
Valid_Miscellaneous_Names => Dope_Address_Misc_Names,
Valid_Types => Checking.Null_Type_Set,
For_Target => T_Name);
Dope_Address_Result : constant Attr.Result :=
Attr.Build_With_Value_Result
(Type_Name => "System.Address", For_Target => T_Name);
Dope_Address_Designator : constant Attr.Designator :=
Attributes.Null_Designator;
Dope_Address_Attr : constant Attr.Attribute :=
Attr.Build (The_Name => "Dope_Address",
The_Prefix => Dope_Address_Prefix,
The_Result => Dope_Address_Result,
The_Designator => Dope_Address_Designator,
For_Target => T_Name);
-----------------------------------------------------------------------------------
--[ Dess16 defined ]
--
-- P'Dope_Size
--
-- For an array object P
--
-- Yields the size in bits of the dope vector that describes P. It returns
-- a value of type Universal_Integer.
Dope_Size_Type_Set : Checking.Type_Set :=
Checking.Build (Enforced_Type_Restrictions =>
Checking.No_Type_Restrictions,
Valid_Structural_Types =>
(Checking.Array_Type => True, others => False),
Valid_Textual_Types => Checking.No_Type_Names,
Required_Pragmas => Checking.No_Pragmas,
Prohibited_Pragmas => Checking.No_Pragmas,
For_Target => T_Name);
Dope_Size_Objects : constant Checking.Object_Set :=
Checking.Build (Valid_Kinds => Checking.All_Object_Kinds,
Allowed_Types => Dope_Size_Type_Set,
Required_Pragmas => Checking.No_Pragmas,
Prohibited_Pragmas => Checking.No_Pragmas,
For_Target => T_Name);
Dope_Size_Misc_Names : constant Checking.Miscellaneous_Name_Set :=
Checking.Build (Valid_Kinds => (others => False),
Ambiguity_Allowed => False,
Required_Pragmas => Checking.No_Pragmas,
Prohibited_Pragmas => Checking.No_Pragmas,
For_Target => T_Name);
Dope_Size_Prefix : constant Attr.Prefix :=
Attr.Build (Valid_Objects => Dope_Size_Objects,
Valid_Miscellaneous_Names => Dope_Size_Misc_Names,
Valid_Types => Checking.Null_Type_Set,
For_Target => T_Name);
Dope_Size_Result : constant Attr.Result :=
Attr.Build_With_Value_Result
(Type_Name => "Universal_Integer", For_Target => T_Name);
Dope_Size_Designator : constant Attr.Designator :=
Attributes.Null_Designator;
Dope_Size_Attr : constant Attr.Attribute :=
Attr.Build (The_Name => "Dope_Size",
The_Prefix => Dope_Size_Prefix,
The_Result => Dope_Size_Result,
The_Designator => Dope_Size_Designator,
For_Target => T_Name);
-----------------------------------------------------------------------------------
--[ Dess16 defined ]
--
-- P'Entry_Number
--
-- For a task entry or generic formal subprogram
--
-- Yields a Universal_Integer value the uniquely identifies the entity P
Entry_Number_Type_Set : Checking.Type_Set :=
Checking.Build (Enforced_Type_Restrictions =>
Checking.No_Type_Restrictions,
Valid_Structural_Types => (others => False),
Valid_Textual_Types => Checking.No_Type_Names,
Required_Pragmas => Checking.No_Pragmas,
Prohibited_Pragmas => Checking.No_Pragmas,
For_Target => T_Name);
Entry_Number_Objects : constant Checking.Object_Set :=
Checking.Build (Valid_Kinds => Checking.All_Object_Kinds,
Allowed_Types => Entry_Number_Type_Set,
Required_Pragmas => Checking.No_Pragmas,
Prohibited_Pragmas => Checking.No_Pragmas,
For_Target => T_Name);
Entry_Number_Misc_Names : constant Checking.Miscellaneous_Name_Set :=
Checking.Build (Valid_Kinds =>
(Checking.Entry_Kind => True,
Checking.Generic_Formal_Procedure => True,
Checking.Generic_Formal_Function => True,
others => False),
Ambiguity_Allowed => False,
Required_Pragmas => Checking.No_Pragmas,
Prohibited_Pragmas => Checking.No_Pragmas,
For_Target => T_Name);
Entry_Number_Prefix : constant Attr.Prefix :=
Attr.Build (Valid_Objects => Entry_Number_Objects,
Valid_Miscellaneous_Names => Entry_Number_Misc_Names,
Valid_Types => Checking.Null_Type_Set,
For_Target => T_Name);
Entry_Number_Result : constant Attr.Result :=
Attr.Build_With_Value_Result
(Type_Name => "Universal_Integer", For_Target => T_Name);
Entry_Number_Designator : constant Attr.Designator :=
Attributes.Null_Designator;
Entry_Number_Attr : constant Attr.Attribute :=
Attr.Build (The_Name => "Entry_Number",
The_Prefix => Entry_Number_Prefix,
The_Result => Entry_Number_Result,
The_Designator => Entry_Number_Designator,
For_Target => T_Name);
-----------------------------------------------------------------------------------
--[ Dess16 defined ]
--
-- P'Homogeneous
--
-- For an access type
--
-- Yields the boolean value TRUE if all objects in the collection will have the
-- same constraints. The converse, however, is not true
Homogeneous_Type_Set : Checking.Type_Set :=
Checking.Build (Enforced_Type_Restrictions =>
Checking.No_Type_Restrictions,
Valid_Structural_Types =>
(Checking.Access_Type => True, others => False),
Valid_Textual_Types => Checking.No_Type_Names,
Required_Pragmas => Checking.No_Pragmas,
Prohibited_Pragmas => Checking.No_Pragmas,
For_Target => T_Name);
Homogeneous_Objects : constant Checking.Object_Set :=
Checking.Build (Valid_Kinds => Checking.All_Object_Kinds,
Allowed_Types => Homogeneous_Type_Set,
Required_Pragmas => Checking.No_Pragmas,
Prohibited_Pragmas => Checking.No_Pragmas,
For_Target => T_Name);
Homogeneous_Misc_Names : constant Checking.Miscellaneous_Name_Set :=
Checking.Build (Valid_Kinds => (others => False),
Ambiguity_Allowed => False,
Required_Pragmas => Checking.No_Pragmas,
Prohibited_Pragmas => Checking.No_Pragmas,
For_Target => T_Name);
Homogeneous_Prefix : constant Attr.Prefix :=
Attr.Build (Valid_Objects => Homogeneous_Objects,
Valid_Miscellaneous_Names => Homogeneous_Misc_Names,
Valid_Types => Checking.Null_Type_Set,
For_Target => T_Name);
Homogeneous_Result : constant Attr.Result :=
Attr.Build_With_Value_Result
(Type_Name => "Boolean", For_Target => T_Name);
Homogeneous_Designator : constant Attr.Designator :=
Attributes.Null_Designator;
Homogeneous_Attr : constant Attr.Attribute :=
Attr.Build (The_Name => "Homogeneous",
The_Prefix => Homogeneous_Prefix,
The_Result => Homogeneous_Result,
The_Designator => Homogeneous_Designator,
For_Target => T_Name);
-----------------------------------------------------------------------------------
--[ Dess16 defined ]
--
-- P'Type_Key
--
-- For a type name.
--
-- Yields a string that uniquely identifies type P. This attribute typically is
-- used when passing messages over a network to ensure that the reader and
-- writer agree on the type to use when interpreting the message.
Type_Key_Type_Set : Checking.Type_Set :=
Checking.Build (Enforced_Type_Restrictions =>
Checking.No_Type_Restrictions,
Valid_Structural_Types => (others => True),
Valid_Textual_Types => Checking.No_Type_Names,
Required_Pragmas => Checking.No_Pragmas,
Prohibited_Pragmas => Checking.No_Pragmas,
For_Target => T_Name);
Type_Key_Objects : constant Checking.Object_Set :=
Checking.Build (Valid_Kinds => Checking.All_Object_Kinds,
Allowed_Types => Type_Key_Type_Set,
Required_Pragmas => Checking.No_Pragmas,
Prohibited_Pragmas => Checking.No_Pragmas,
For_Target => T_Name);
Type_Key_Misc_Names : constant Checking.Miscellaneous_Name_Set :=
Checking.Build (Valid_Kinds => (others => False),
Ambiguity_Allowed => False,
Required_Pragmas => Checking.No_Pragmas,
Prohibited_Pragmas => Checking.No_Pragmas,
For_Target => T_Name);
Type_Key_Prefix : constant Attr.Prefix :=
Attr.Build (Valid_Objects => Type_Key_Objects,
Valid_Miscellaneous_Names => Type_Key_Misc_Names,
Valid_Types => Checking.Null_Type_Set,
For_Target => T_Name);
Type_Key_Result : constant Attr.Result :=
Attr.Build_With_Value_Result
(Type_Name => "String", For_Target => T_Name);
Type_Key_Designator : constant Attr.Designator :=
Attributes.Null_Designator;
Type_Key_Attr : constant Attr.Attribute :=
Attr.Build (The_Name => "Type_Key",
The_Prefix => Type_Key_Prefix,
The_Result => Type_Key_Result,
The_Designator => Type_Key_Designator,
For_Target => T_Name);
-----------------------------------------------------------------------------------
-- 'Ref has two permitted forms
--
-- X'Ref - Used only in machine_code procedures
-- X must be either a constant, variable, procedure, function, or
-- label.
-- Returns a value of type Machine_Code.Operand.
-- May be used only to designate an operand within a code-statement.
--
-- System.Address'Ref(N) - Used anywhere to convert the
-- Universal_Integer value N to an Address.
-- Returns a type of System.Address.
-- N must be a static value of type Universal_Integer.
--
-- Of the two permitted forms, only System.Address'Ref(N) is
-- implemented at this time.
Ref_Textual_Types : constant Checking.Type_Name_Array :=
(1 => Text.Build (S => "System.Address", For_Target => T_Name));
Ref_Type_Set : constant Checking.Type_Set :=
Checking.Build (Enforced_Type_Restrictions =>
Checking.All_Type_Restrictions,
Valid_Structural_Types => Checking.No_Structural_Types,
Valid_Textual_Types => Ref_Textual_Types,
For_Target => T_Name);
Ref_Prefix : constant Attr.Prefix :=
Attr.Build (Valid_Objects => Checking.Null_Object_Set,
Valid_Miscellaneous_Names =>
Checking.Null_Miscellaneous_Name_Set,
Valid_Types => Ref_Type_Set,
For_Target => T_Name);
Ref_Result : constant Attr.Result :=
Attr.Build_With_Value_Result
(Type_Name => "System.Address", For_Target => T_Name);
Ref_Designator : constant Attr.Designator :=
Attr.Build (Function_Parameter =>
Checking.Build
(Expression_Type => "Universal_Integer",
Constraint => Checking.Null_Constraint (T_Name),
For_Target => T_Name),
For_Target => T_Name);
Ref_Attr : constant Attr.Attribute :=
Attr.Build (The_Name => "Ref",
The_Prefix => Ref_Prefix,
The_Result => Ref_Result,
The_Designator => Ref_Designator,
For_Target => T_Name);
-----------------------------------------------------------------------------------
Xref_Type_Set : Checking.Type_Set :=
Checking.Build (Enforced_Type_Restrictions =>
Checking.No_Type_Restrictions,
Valid_Structural_Types => Checking.No_Structural_Types,
Valid_Textual_Types => Checking.No_Type_Names,
Required_Pragmas => Checking.No_Pragmas,
Prohibited_Pragmas => Checking.No_Pragmas,
For_Target => T_Name);
Xref_Objects : constant Checking.Object_Set :=
Checking.Build (Valid_Kinds => (Checking.Constant_Kind => True,
Checking.Variable => True,
others => False),
Allowed_Types => Xref_Type_Set,
Required_Pragmas => Checking.No_Pragmas,
Prohibited_Pragmas => Checking.No_Pragmas,
For_Target => T_Name);
Xref_Misc_Names : constant Checking.Miscellaneous_Name_Set :=
Checking.Build (Valid_Kinds => (Checking.Function_Kind => True,
Checking.Procedure_Kind => True,
Checking.Label_Kind => True,
others => False),
Ambiguity_Allowed => False,
Required_Pragmas => Checking.No_Pragmas,
Prohibited_Pragmas => Checking.No_Pragmas,
For_Target => T_Name);
Xref_Prefix : constant Attr.Prefix :=
Attr.Build (Valid_Objects => Xref_Objects,
Valid_Miscellaneous_Names => Xref_Misc_Names,
Valid_Types => Checking.Null_Type_Set,
For_Target => T_Name);
Xref_Result : constant Attr.Result :=
Attr.Build_With_Value_Result
(Type_Name => "Machine_Code.Operand", For_Target => T_Name);
Xref_Designator : constant Attr.Designator := Attributes.Null_Designator;
Xref_Attr : constant Attr.Attribute :=
Attr.Build (The_Name => "Ref",
The_Prefix => Xref_Prefix,
The_Result => Xref_Result,
The_Designator => Xref_Designator,
For_Target => T_Name);
-----------------------------------------------------------------------------------
-- X'Task_Id
-- X is supposed to be limited to a "task object or a value". However,
-- the SunAda documentation is unclear as to what they mean by "a
-- value" in this context. At this time, the implementation limits use
-- of the 'Task_Id to objects which are task types or are derived from
-- task types.
Task_Id_Types_Set : constant Checking.Type_Set :=
Checking.Build (Enforced_Type_Restrictions =>
Checking.No_Type_Restrictions,
Valid_Structural_Types =>
(Checking.Task_Type => True, others => False),
For_Target => T_Name);
Task_Id_Object_Set : constant Checking.Object_Set :=
Checking.Build (Valid_Kinds => Checking.All_Object_Kinds,
Allowed_Types => Task_Id_Types_Set,
For_Target => T_Name);
Task_Id_Misc_Name_Set : constant Checking.Miscellaneous_Name_Set :=
Checking.Build (Valid_Kinds =>
(Checking.Task_Kind => True, others => False),
For_Target => T_Name);
Task_Id_Prefix : constant Attr.Prefix :=
Attr.Build (Valid_Objects => Task_Id_Object_Set,
Valid_Miscellaneous_Names => Task_Id_Misc_Name_Set,
Valid_Types => Checking.Null_Type_Set,
For_Target => T_Name);
Task_Id_Result : constant Attr.Result :=
Attr.Build_With_Value_Result
(Type_Name => "System.Task_Id", For_Target => T_Name);
Task_Id_Designator : constant Attr.Designator := Attr.Null_Designator;
Task_Id_Attr : constant Attr.Attribute :=
Attr.Build (The_Name => "Task_Id",
The_Prefix => Task_Id_Prefix,
The_Result => Task_Id_Result,
The_Designator => Task_Id_Designator,
For_Target => T_Name);
-----------------------------------------------------------------------------------
Attr_List : constant Attr.Attribute_Array := (1 => Ref_Attr,
2 => Xref_Attr,
3 => Task_Id_Attr,
4 => Long_Address_Attr,
5 => Compiler_Key_Attr,
6 => Compiler_Version_Attr,
7 => Dope_Address_Attr,
8 => Dope_Size_Attr,
9 => Entry_Number_Attr,
10 => Homogeneous_Attr,
11 => Type_Key_Attr);
begin
-- for I in Attr_List'Range loop
-- Io.Put_Line (Attr.Get_Name (Attr_List (I)));
-- Io.Put_Line (" Result: " & Attr.Get_Name
-- (Attr.Get_Result (Attr_List (I))));
-- end loop;
return Attr.Build (Attribute_List => Attr_List, For_Target => T_Name);
-- return Get_Attributes (T_Name);
end Get_Attribute_Info;
nblk1=1f
nid=0
hdr6=3e
[0x00] rec0=20 rec1=00 rec2=01 rec3=068
[0x01] rec0=15 rec1=00 rec2=02 rec3=01c
[0x02] rec0=13 rec1=00 rec2=03 rec3=012
[0x03] rec0=14 rec1=00 rec2=04 rec3=052
[0x04] rec0=17 rec1=00 rec2=05 rec3=08c
[0x05] rec0=15 rec1=00 rec2=06 rec3=00a
[0x06] rec0=14 rec1=00 rec2=07 rec3=072
[0x07] rec0=17 rec1=00 rec2=08 rec3=052
[0x08] rec0=14 rec1=00 rec2=09 rec3=056
[0x09] rec0=15 rec1=00 rec2=0a rec3=01a
[0x0a] rec0=19 rec1=00 rec2=0b rec3=026
[0x0b] rec0=13 rec1=00 rec2=0c rec3=038
[0x0c] rec0=1c rec1=00 rec2=0d rec3=004
[0x0d] rec0=13 rec1=00 rec2=0e rec3=068
[0x0e] rec0=18 rec1=00 rec2=0f rec3=046
[0x0f] rec0=19 rec1=00 rec2=10 rec3=070
[0x10] rec0=13 rec1=00 rec2=11 rec3=032
[0x11] rec0=19 rec1=00 rec2=12 rec3=014
[0x12] rec0=16 rec1=00 rec2=13 rec3=03e
[0x13] rec0=16 rec1=00 rec2=14 rec3=05a
[0x14] rec0=1a rec1=00 rec2=15 rec3=052
[0x15] rec0=12 rec1=00 rec2=16 rec3=058
[0x16] rec0=1c rec1=00 rec2=17 rec3=04a
[0x17] rec0=16 rec1=00 rec2=18 rec3=036
[0x18] rec0=19 rec1=00 rec2=19 rec3=042
[0x19] rec0=14 rec1=00 rec2=1a rec3=048
[0x1a] rec0=13 rec1=00 rec2=1b rec3=00e
[0x1b] rec0=18 rec1=00 rec2=1c rec3=064
[0x1c] rec0=17 rec1=00 rec2=1d rec3=042
[0x1d] rec0=1a rec1=00 rec2=1e rec3=038
[0x1e] rec0=15 rec1=00 rec2=1f rec3=000
tail 0x2175436b487503f5a1330 0x42a00088462060003