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--- CC51D02.A
---
--- 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.
---*
---
--- OBJECTIVE:
--- Check that, in an instance, each implicit declaration of a user-defined
--- subprogram of a formal private extension declares a view of the
--- corresponding primitive subprogram of the ancestor, and that if the
--- tag in a call is statically determined to be that of the formal type,
--- the body executed will be that corresponding to the actual type.
---
--- Check subprograms declared within a generic formal package. Check for
--- the case where the actual type passed to the formal private extension
--- is a class-wide type. Check for several types in the same class.
---
---
--- TEST DESCRIPTION:
--- Declare a list abstraction in a generic package which manages lists of
--- elements of any nonlimited type (foundation code). Declare a package
--- which declares a tagged type and a derivative. Declare an operation
--- for the root tagged type and override it for the derivative. Declare
--- a generic subprogram which operates on lists of elements of tagged
--- types. Provide the generic subprogram with two formal parameters: (1)
--- a formal derived tagged type which represents a list element type, and
--- (2) a generic formal package with the list abstraction package as
--- template. Use the formal derived type as the generic formal actual
--- part for the formal package. Within the generic subprogram, call the
--- operation of the root tagged type. In the main program, instantiate
--- the generic list package and the generic subprogram with the class-wide
--- type for the root tagged type.
---
--- TEST FILES:
--- The following files comprise this test:
---
--- FC51D00.A
--- -> CC51D02.A
---
---
--- CHANGE HISTORY:
--- 06 Dec 94 SAIC ACVC 2.0
--- 05 Jan 95 SAIC Changed types of TC_Expected_1 and TC_Expected_2
--- from specific to class-wide. Eliminated (illegal)
--- assignment step prior to comparison of
--- TC_Expected_X with item on stack.
---
---!
-
-package CC51D02_0 is -- This package simulates support for a personnel
- -- database.
-
- type SSN_Type is new String (1 .. 9);
-
- type Blind_ID_Type is tagged record -- Root type of
- SSN : SSN_Type; -- class.
- -- ... Other components.
- end record;
-
- procedure Update_ID (Item : in out Blind_ID_Type); -- Parent operation.
-
- -- ... Other operations.
-
-
- type Name_Type is new String (1 .. 9);
-
- type Named_ID_Type is new Blind_ID_Type with record -- Direct derivative
- Name : Name_Type := "Doe "; -- of root type.
- -- ... Other components.
- end record;
-
- -- Inherits Update_ID from parent.
-
- procedure Update_ID (Item : in out Named_ID_Type); -- Overrides parent's
- -- implementation.
-
-end CC51D02_0;
-
-
- --==================================================================--
-
-
-package body CC51D02_0 is
-
- -- The implementations of Update_ID are purely artificial; the validity of
- -- their implementations in the context of the abstraction is irrelevant to
- -- the feature being tested.
-
- procedure Update_ID (Item : in out Blind_ID_Type) is
- begin
- Item.SSN := "111223333";
- end Update_ID;
-
-
- procedure Update_ID (Item : in out Named_ID_Type) is
- begin
- Item.SSN := "444556666";
- -- ... Other stuff.
- end Update_ID;
-
-end CC51D02_0;
-
-
- --==================================================================--
-
-
--- --
--- Formal package used here. --
--- --
-
-with FC51D00; -- Generic list abstraction.
-with CC51D02_0; -- Tagged type declarations.
-generic -- This procedure simulates a generic operation for types
- -- in the class rooted at Blind_ID_Type.
- type Elem_Type (<>) is new CC51D02_0.Blind_ID_Type with private;
- with package List_Mgr is new FC51D00 (Elem_Type);
-procedure CC51D02_1 (L : in out List_Mgr.List_Type; E : in Elem_Type);
-
-
- --==================================================================--
-
-
--- The implementation of CC51D02_1 is purely artificial; the validity
--- of its implementation in the context of the abstraction is irrelevant
--- to the feature being tested.
---
--- The expected behavior here is as follows: for each actual type corresponding
--- to Elem_Type, the call to Update_ID should invoke the actual type's
--- implementation (based on the tag of the actual), which updates the object's
--- SSN field. Write_Element then adds the object to the list.
-
-procedure CC51D02_1 (L : in out List_Mgr.List_Type; E : in Elem_Type) is
- Element : Elem_Type := E; -- Can't update IN parameter.
- -- Initialization of unconstrained variable.
-begin
- Update_ID (Element); -- Executes actual type's version
- -- (for this test, this will be a
- -- dispatching call).
- List_Mgr.Write_Element (1, L, Element); -- Executes actual type's version
- -- (for this test, this will be a
- -- class-wide operation).
-end CC51D02_1;
-
-
- --==================================================================--
-
-
-with FC51D00; -- Generic list abstraction.
-with CC51D02_0; -- Tagged type declarations.
-with CC51D02_1; -- Generic operation.
-
-with Report;
-procedure CC51D02 is
-
- use CC51D02_0; -- All types & ops
- -- directly visible.
-
- -- Begin test code declarations: -----------------------
-
- TC_Expected_1 : Blind_ID_Type'Class :=
- Blind_ID_Type'(SSN => "111223333");
- TC_Expected_2 : Blind_ID_Type'Class :=
- Named_ID_Type'("444556666", "Doe ");
-
-
- TC_Initial_1 : Blind_ID_Type := (SSN => "777889999");
- TC_Initial_2 : Named_ID_Type := ("777889999", "Doe ");
- TC_Initial_3 : Blind_ID_Type'Class := TC_Initial_2;
-
- -- End test code declarations. -------------------------
-
-
- package ID_Class_Lists is new FC51D00 (Blind_ID_Type'Class);
-
- procedure Update_and_Write is new CC51D02_1 (Blind_ID_Type'Class,
- ID_Class_Lists);
-
- Blind_List : ID_Class_Lists.List_Type;
- Named_List : ID_Class_Lists.List_Type;
- Maimed_List : ID_Class_Lists.List_Type;
-
-
-begin
- Report.Test ("CC51D02", "Formal private extension, class-wide actual: " &
- "body of primitive subprogram executed is that of actual " &
- "type. Check for subprograms declared in formal package");
-
-
- Update_and_Write (Blind_List, TC_Initial_1); -- Test root type actual.
-
- if (ID_Class_Lists.View_Element (1, Blind_List) not in Blind_ID_Type) then
- Report.Failed ("Result for root type actual is not in proper class");
- elsif (ID_Class_Lists.View_Element (1, Blind_List) /= TC_Expected_1) then
- Report.Failed ("Wrong result for root type actual");
- end if;
-
-
- Update_and_Write (Named_List, TC_Initial_2); -- Test derived type actual.
-
- if (ID_Class_Lists.View_Element (1, Named_List) not in Named_ID_Type) then
- Report.Failed ("Result for derived type actual is not in proper class");
- elsif (ID_Class_Lists.View_Element (1, Named_List)/= TC_Expected_2) then
- Report.Failed ("Wrong result for derived type actual");
- end if;
-
-
- -- In the subtest below, an object of a class-wide type (TC_Initial_3) is
- -- passed to Update_and_Write. It has been initialized with an object of
- -- type Named_ID_Type, so the result should be identical to
- -- that of the Named_ID_Type subtest (namely TC_Expected_2). Note that
- -- a new list of Named IDs is used (Maimed_List). This is to assure test
- -- validity, since Named_List has already been updated by a previous
- -- subtest.
-
- Update_and_Write (Maimed_List, TC_Initial_3); -- Test class-wide actual.
-
- if (ID_Class_Lists.View_Element (1, Maimed_List) not in Named_ID_Type) then
- Report.Failed ("Result for class-wide actual is not in proper class");
- elsif (ID_Class_Lists.View_Element (1, Maimed_List) /= TC_Expected_2) then
- Report.Failed ("Wrong result for class-wide actual");
- end if;
-
-
- Report.Result;
-end CC51D02;