Annotated Ada Reference Manual (Ada 202y Draft 1) — Legal Information

K.1 Language-Defined Aspects

{AI05-0229-1} {AI05-0299-1} This subclause summarizes the definitions given elsewhere of the language-defined aspects. Aspects are properties of entities that can be specified by the Ada program; unless otherwise specified below, aspects can be specified using an aspect_specification.

2/3

Address

Machine address of an entity. See 13.3.

2.1/5

Aggregate

Mechanism to define user-defined aggregates. See 4.3.5.

3/3

Alignment (object)

Alignment of an object. See 13.3.

4/3

Alignment (subtype)

Alignment of a subtype. See 13.3.

5/4

All_Calls_Remote

All indirect or dispatching remote subprogram calls, and all direct remote subprogram calls, should use the Partition Communication Subsystem. See E.2.3.

5.1/5

Allows_Exit

An indication of whether a subprogram will operate correctly for arbitrary transfers of control. See 5.5.3.

6/3

Asynchronous

Remote procedure calls are asynchronous; the caller continues without waiting for the call to return. See E.4.1.

7/3

Atomic

Declare that a type, object, or component is atomic. See C.6.

8/3

Atomic_Components

Declare that the components of an array type or object are atomic. See C.6.

9/3

Attach_Handler

Protected procedure is attached to an interrupt. See C.3.1.

10/3

Bit_Order

Order of bit numbering in a record_representation_clause. See 13.5.3.

11/3

Coding

Internal representation of enumeration literals. Specified by an enumeration_representation_clause, not by an aspect_specification. See 13.4.

12/3

Component_Size

Size in bits of a component of an array type. See 13.3.

13/3

Constant_Indexing

Defines function(s) to implement user-defined indexed_components. See 4.1.6.

14/3

Convention

Calling convention or other convention used for interfacing to other languages. See B.1.

15/5

CPU

Processor on which a given task, or calling task for a protected operation, should run. See D.16.

16/3

Default_Component_Value

Default value for the components of an array-of-scalar subtype. See 3.6.

16.1/5

Default_Initial_Condition

A condition that will hold true after the default initialization of an object. See 7.3.3.

17/3

Default_Iterator

Default iterator to be used in for loops. See 5.5.1.

18/3

Default_Storage_Pool

Default storage pool for a generic instance. See 13.11.3.

19/3

Default_Value

Default value for a scalar subtype. See 3.5.

19.1/4

Discard_Names

Requests a reduction in storage for names associated with an entity. See C.5.

19.2/5

Dispatching

Generic formal parameters used in the implementation of an entity. See H.7.1.

20/3

Dispatching_Domain

Domain (group of processors) on which a given task should run. See D.16.1.

21/5

Dynamic_Predicate

Condition that will hold true for objects of a given subtype; the subtype is not static. See 3.2.4.

22/5

Elaborate_Body

A given package will have a body, and that body is elaborated immediately after the declaration. See 10.2.1.

22.1/4

Exclusive_Functions

Specifies mutual exclusion behavior of protected functions in a protected type. See 9.5.1.

23/3

Export

Entity is exported to another language. See B.1.

24/3

External_Name

Name used to identify an imported or exported entity. See B.1.

25/3

External_Tag

Unique identifier for a tagged type in streams. See 13.3.

25.1/5

Full_Access_Only

Declare that a volatile type, object, or component is full access. See C.6.

25.2/5

Global

Global object usage contract. See 6.1.2.

25.3/5

Global'Class

Global object usage contract inherited on derivation. See 6.1.2.

26/3

Implicit_Dereference

Mechanism for user-defined implicit .all. See 4.1.5.

27/3

Import

Entity is imported from another language. See B.1.

28/3

Independent

Declare that a type, object, or component is independently addressable. See C.6.

29/3

Independent_Components

Declare that the components of an array or record type, or an array object, are independently addressable. See C.6.

30/3

Inline

For efficiency, Inline calls are requested for a subprogram. See 6.3.2.

31/3

Input

Function to read a value from a stream for a given type, including any bounds and discriminants. See 13.13.2.

31.1/4

Input'Class

Function to read a value from a stream for a the class-wide type associated with a given type, including any bounds and discriminants. See 13.13.2.

31.2/5

Integer_Literal

Defines a function to implement user-defined integer literals. See 4.2.1.

32/3

Interrupt_Handler

Protected procedure may be attached to interrupts. See C.3.1.

33/3

Interrupt_Priority

Priority of a task object or type, or priority of a protected object or type; the priority is in the interrupt range. See D.1.

34/3

Iterator_Element

Element type to be used for user-defined iterators. See 5.5.1.

34.1/5

Iterator_View

An alternative type to used for container element iterators. See 5.5.1.

35/3

Layout (record)

Layout of record components. Specified by a record_representation_clause, not by an aspect_specification. See 13.5.1.

36/3

Link_Name

Linker symbol used to identify an imported or exported entity. See B.1.

37/3

Machine_Radix

Radix (2 or 10) that is used to represent a decimal fixed point type. See F.1.

37.1/5

Max_Entry_Queue_Length

The maximum entry queue length for a task type, protected type, or entry. See D.4.

37.2/5

No_Controlled_Parts

A specification that a type and its descendants do not have controlled parts. See H.4.1.

38/5

No_Return

A subprogram will not return normally. See 6.5.1.

38.1/5

Nonblocking

Specifies that an associated subprogram does not block. See 9.5.

39/3

Output

Procedure to write a value to a stream for a given type, including any bounds and discriminants. See 13.13.2.

39.1/4

Output'Class

Procedure to write a value to a stream for a the class-wide type associated with a given type, including any bounds and discriminants. See 13.13.2.

40/3

Pack

Minimize storage when laying out records and arrays. See 13.2.

40.1/5

Parallel_Calls

Specifies whether a given subprogram is expected to be called in parallel. See 9.10.1.

40.2/5

Parallel_Iterator

An indication of whether a subprogram may use multiple threads of control to invoke a loop body procedure. See 5.5.3.

41/5

Post

Postcondition; a condition that will hold true after a call. See 6.1.1.

42/5

Post'Class

Postcondition that applies to corresponding subprograms of descendant types. See 6.1.1.

43/5

Pre

Precondition; a condition that is expected to hold true before a call. See 6.1.1.

44/5

Pre'Class

Precondition that applies to corresponding subprograms of descendant types. See 6.1.1.

44.1/4

Predicate_Failure

Action to be performed when a predicate check fails. See 3.2.4.

44.2/5

Preelaborable_Initialization

Declares that a type has preelaborable initialization. See 10.2.1.

45/3

Preelaborate

Code execution during elaboration is avoided for a given package. See 10.2.1.

46/3

Priority

Priority of a task object or type, or priority of a protected object or type; the priority is not in the interrupt range. See D.1.

47/3

Pure

Side effects are avoided in the subprograms of a given package. See 10.2.1.

47.1/5

Put_Image

Procedure to define the image of a given type. See 4.10.

48/3

Read

Procedure to read a value from a stream for a given type. See 13.13.2.

48.1/4

Read'Class

Procedure to read a value from a stream for the class-wide type associated with a given type. See 13.13.2.

48.2/5

Real_Literal

Defines a function or functions to implement user-defined real literals. See 4.2.1.

49/3

Record layout

See Layout. See 13.5.1.

50/5

Relative_Deadline

Task or protected type parameter used in Earliest Deadline First Dispatching. See D.2.6.

51/3

Remote_Call_Interface

Subprograms in a given package may be used in remote procedure calls. See E.2.3.

52/3

Remote_Types

Types in a given package may be used in remote procedure calls. See E.2.2.

53/3

Shared_Passive

A given package is used to represent shared memory in a distributed system. See E.2.1.

54/3

Size (object)

Size in bits of an object. See 13.3.

55/3

Size (subtype)

Size in bits of a subtype. See 13.3.

56/3

Small

Scale factor for a fixed point type. See 3.5.10.

56.1/5

Stable_Properties

A list of functions describing characteristics that usually are unchanged by primitive operations of the type or an individual primitive subprogram. See 7.3.4.

56.2/5

Stable_Properties'Class

A list of functions describing characteristics that usually are unchanged by primitive operations of a class of types or a primitive subprogram for such a class. See 7.3.4.

56.3/5

Static

Specifies that an associated expression function can be used in static expressions. See 6.8.

57/5

Static_Predicate

Condition that will hold true for objects of a given subtype; the subtype may be static. See 3.2.4.

58/3

Storage_Pool

Pool of memory from which new will allocate for a given access type. See 13.11.

59/3

Storage_Size (access)

Sets memory size for allocations for an access type. See 13.11.