-- CA11D02.A
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-- CA11D02.A
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--
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--
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-- Grant of Unlimited Rights
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-- Grant of Unlimited Rights
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--
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--
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-- Under contracts F33600-87-D-0337, F33600-84-D-0280, MDA903-79-C-0687,
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-- Under contracts F33600-87-D-0337, F33600-84-D-0280, MDA903-79-C-0687,
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-- F08630-91-C-0015, and DCA100-97-D-0025, the U.S. Government obtained
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-- F08630-91-C-0015, and DCA100-97-D-0025, the U.S. Government obtained
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-- unlimited rights in the software and documentation contained herein.
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-- unlimited rights in the software and documentation contained herein.
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-- Unlimited rights are defined in DFAR 252.227-7013(a)(19). By making
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-- Unlimited rights are defined in DFAR 252.227-7013(a)(19). By making
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-- this public release, the Government intends to confer upon all
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-- this public release, the Government intends to confer upon all
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-- recipients unlimited rights equal to those held by the Government.
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-- recipients unlimited rights equal to those held by the Government.
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-- These rights include rights to use, duplicate, release or disclose the
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-- These rights include rights to use, duplicate, release or disclose the
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-- released technical data and computer software in whole or in part, in
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-- released technical data and computer software in whole or in part, in
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-- any manner and for any purpose whatsoever, and to have or permit others
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-- any manner and for any purpose whatsoever, and to have or permit others
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-- to do so.
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-- to do so.
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--
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--
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-- DISCLAIMER
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-- DISCLAIMER
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--
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--
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-- ALL MATERIALS OR INFORMATION HEREIN RELEASED, MADE AVAILABLE OR
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-- ALL MATERIALS OR INFORMATION HEREIN RELEASED, MADE AVAILABLE OR
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-- DISCLOSED ARE AS IS. THE GOVERNMENT MAKES NO EXPRESS OR IMPLIED
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-- DISCLOSED ARE AS IS. THE GOVERNMENT MAKES NO EXPRESS OR IMPLIED
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-- WARRANTY AS TO ANY MATTER WHATSOEVER, INCLUDING THE CONDITIONS OF THE
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-- WARRANTY AS TO ANY MATTER WHATSOEVER, INCLUDING THE CONDITIONS OF THE
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-- SOFTWARE, DOCUMENTATION OR OTHER INFORMATION RELEASED, MADE AVAILABLE
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-- SOFTWARE, DOCUMENTATION OR OTHER INFORMATION RELEASED, MADE AVAILABLE
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-- OR DISCLOSED, OR THE OWNERSHIP, MERCHANTABILITY, OR FITNESS FOR A
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-- OR DISCLOSED, OR THE OWNERSHIP, MERCHANTABILITY, OR FITNESS FOR A
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-- PARTICULAR PURPOSE OF SAID MATERIAL.
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-- PARTICULAR PURPOSE OF SAID MATERIAL.
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--*
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--*
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--
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--
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-- OBJECTIVE:
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-- OBJECTIVE:
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-- Check that an exception declared in a package can be raised by a
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-- Check that an exception declared in a package can be raised by a
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-- child of a child package. Check that it can be renamed in the
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-- child of a child package. Check that it can be renamed in the
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-- child of the child package and raised with the correct effect.
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-- child of the child package and raised with the correct effect.
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--
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--
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-- TEST DESCRIPTION:
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-- TEST DESCRIPTION:
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-- Declare a package which defines complex number abstraction with
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-- Declare a package which defines complex number abstraction with
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-- user-defined exceptions (foundation code).
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-- user-defined exceptions (foundation code).
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--
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--
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-- Add a public child package to the above package. Declare two
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-- Add a public child package to the above package. Declare two
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-- subprograms for the parent type.
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-- subprograms for the parent type.
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--
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--
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-- Add a public grandchild package to the foundation package. Declare
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-- Add a public grandchild package to the foundation package. Declare
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-- subprograms to raise exceptions.
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-- subprograms to raise exceptions.
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--
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--
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-- In the main program, "with" the grandchild package, then check that
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-- In the main program, "with" the grandchild package, then check that
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-- the exceptions are raised and handled as expected. Ensure that
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-- the exceptions are raised and handled as expected. Ensure that
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-- exceptions are:
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-- exceptions are:
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-- 1) raised in the public grandchild package and handled/reraised to
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-- 1) raised in the public grandchild package and handled/reraised to
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-- be handled by the main program.
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-- be handled by the main program.
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-- 2) raised and handled locally by the "others" handler in the
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-- 2) raised and handled locally by the "others" handler in the
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-- public grandchild package.
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-- public grandchild package.
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-- 3) raised in the public grandchild and propagated to the main
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-- 3) raised in the public grandchild and propagated to the main
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-- program.
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-- program.
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--
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--
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-- TEST FILES:
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-- TEST FILES:
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-- This test depends on the following foundation code:
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-- This test depends on the following foundation code:
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--
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--
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-- FA11D00.A
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-- FA11D00.A
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--
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--
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--
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--
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-- CHANGE HISTORY:
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-- CHANGE HISTORY:
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-- 06 Dec 94 SAIC ACVC 2.0
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-- 06 Dec 94 SAIC ACVC 2.0
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--
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--
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--!
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--!
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-- Child package of FA11D00.
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-- Child package of FA11D00.
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package FA11D00.CA11D02_0 is -- Basic_Complex
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package FA11D00.CA11D02_0 is -- Basic_Complex
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function "+" (Left, Right : Complex_Type)
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function "+" (Left, Right : Complex_Type)
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return Complex_Type; -- Add two complex numbers.
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return Complex_Type; -- Add two complex numbers.
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|
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function "*" (Left, Right : Complex_Type)
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function "*" (Left, Right : Complex_Type)
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return Complex_Type; -- Multiply two complex numbers.
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return Complex_Type; -- Multiply two complex numbers.
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end FA11D00.CA11D02_0; -- Basic_Complex
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end FA11D00.CA11D02_0; -- Basic_Complex
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--=======================================================================--
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--=======================================================================--
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package body FA11D00.CA11D02_0 is -- Basic_Complex
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package body FA11D00.CA11D02_0 is -- Basic_Complex
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|
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function "+" (Left, Right : Complex_Type) return Complex_Type is
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function "+" (Left, Right : Complex_Type) return Complex_Type is
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begin
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begin
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return ( (Left.Real + Right.Real, Left.Imag + Right.Imag) );
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return ( (Left.Real + Right.Real, Left.Imag + Right.Imag) );
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end "+";
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end "+";
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--------------------------------------------------------------
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--------------------------------------------------------------
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function "*" (Left, Right : Complex_Type) return Complex_Type is
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function "*" (Left, Right : Complex_Type) return Complex_Type is
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begin
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begin
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return ( Real => (Left.Real * Right.Real),
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return ( Real => (Left.Real * Right.Real),
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Imag => (Left.Imag * Right.Imag) );
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Imag => (Left.Imag * Right.Imag) );
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end "*";
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end "*";
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end FA11D00.CA11D02_0; -- Basic_Complex
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end FA11D00.CA11D02_0; -- Basic_Complex
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--=======================================================================--
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--=======================================================================--
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|
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-- Child package of FA11D00.CA11D02_0.
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-- Child package of FA11D00.CA11D02_0.
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-- Grandchild package of FA11D00.
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-- Grandchild package of FA11D00.
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package FA11D00.CA11D02_0.CA11D02_1 is -- Array_Complex
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package FA11D00.CA11D02_0.CA11D02_1 is -- Array_Complex
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Inverse_Error : exception renames Divide_Error; -- Reference to exception
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Inverse_Error : exception renames Divide_Error; -- Reference to exception
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-- in grandparent package.
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-- in grandparent package.
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Array_Size : constant := 2;
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Array_Size : constant := 2;
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type Complex_Array_Type is
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type Complex_Array_Type is
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array (1 .. Array_Size) of Complex_Type; -- Reference to type
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array (1 .. Array_Size) of Complex_Type; -- Reference to type
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-- in parent package.
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-- in parent package.
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function Multiply (Left : Complex_Array_Type; -- Multiply two complex
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function Multiply (Left : Complex_Array_Type; -- Multiply two complex
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Right : Complex_Array_Type) -- arrays.
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Right : Complex_Array_Type) -- arrays.
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return Complex_Array_Type;
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return Complex_Array_Type;
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function Add (Left, Right : Complex_Array_Type) -- Add two complex
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function Add (Left, Right : Complex_Array_Type) -- Add two complex
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return Complex_Array_Type; -- arrays.
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return Complex_Array_Type; -- arrays.
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|
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procedure Inverse (Right : in Complex_Array_Type; -- Invert a complex
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procedure Inverse (Right : in Complex_Array_Type; -- Invert a complex
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Left : in out Complex_Array_Type); -- array.
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Left : in out Complex_Array_Type); -- array.
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end FA11D00.CA11D02_0.CA11D02_1; -- Array_Complex
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end FA11D00.CA11D02_0.CA11D02_1; -- Array_Complex
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--=======================================================================--
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--=======================================================================--
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with Report;
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with Report;
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package body FA11D00.CA11D02_0.CA11D02_1 is -- Array_Complex
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package body FA11D00.CA11D02_0.CA11D02_1 is -- Array_Complex
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function Multiply (Left : Complex_Array_Type;
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function Multiply (Left : Complex_Array_Type;
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Right : Complex_Array_Type)
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Right : Complex_Array_Type)
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return Complex_Array_Type is
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return Complex_Array_Type is
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|
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-- This procedure will raise an exception depending on the input
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-- This procedure will raise an exception depending on the input
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-- parameter. The exception will be handled locally by the
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-- parameter. The exception will be handled locally by the
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-- "others" handler.
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-- "others" handler.
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Result : Complex_Array_Type := (others => Zero);
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Result : Complex_Array_Type := (others => Zero);
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|
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subtype Vector_Size is Positive range Left'Range;
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subtype Vector_Size is Positive range Left'Range;
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begin
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begin
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if Left = Result or else Right = Result then -- Do not multiply zero.
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if Left = Result or else Right = Result then -- Do not multiply zero.
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raise Multiply_Error; -- Refence to exception in
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raise Multiply_Error; -- Refence to exception in
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-- grandparent package.
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-- grandparent package.
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Report.Failed ("Program control not transferred by raise");
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Report.Failed ("Program control not transferred by raise");
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else
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else
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for I in Vector_Size loop
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for I in Vector_Size loop
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Result(I) := ( Left(I) * Right(I) ); -- Basic_Complex."*".
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Result(I) := ( Left(I) * Right(I) ); -- Basic_Complex."*".
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end loop;
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end loop;
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end if;
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end if;
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return (Result);
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return (Result);
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exception
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exception
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when others =>
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when others =>
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Report.Comment ("Exception is handled by others in Multiplication");
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Report.Comment ("Exception is handled by others in Multiplication");
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TC_Handled_In_Grandchild_Pkg_Func := true;
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TC_Handled_In_Grandchild_Pkg_Func := true;
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return (Zero, Zero);
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return (Zero, Zero);
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|
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end Multiply;
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end Multiply;
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--------------------------------------------------------------
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--------------------------------------------------------------
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function Add (Left, Right : Complex_Array_Type)
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function Add (Left, Right : Complex_Array_Type)
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return Complex_Array_Type is
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return Complex_Array_Type is
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|
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-- This function will raise an exception depending on the input
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-- This function will raise an exception depending on the input
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-- parameter. The exception will be propagated and handled
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-- parameter. The exception will be propagated and handled
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-- by the caller.
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-- by the caller.
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Result : Complex_Array_Type := (others => Zero);
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Result : Complex_Array_Type := (others => Zero);
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|
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subtype Vector_Size is Positive range Left'Range;
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subtype Vector_Size is Positive range Left'Range;
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|
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begin
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begin
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if Left = Result or Right = Result then -- Do not add zero.
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if Left = Result or Right = Result then -- Do not add zero.
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raise Add_Error; -- Refence to exception in
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raise Add_Error; -- Refence to exception in
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-- grandparent package.
|
-- grandparent package.
|
Report.Failed ("Program control not transferred by raise");
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Report.Failed ("Program control not transferred by raise");
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else
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else
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for I in Vector_Size loop
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for I in Vector_Size loop
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Result(I) := ( Left(I) + Right(I) ); -- Basic_Complex."+".
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Result(I) := ( Left(I) + Right(I) ); -- Basic_Complex."+".
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end loop;
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end loop;
|
end if;
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end if;
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return (Result);
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return (Result);
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|
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end Add;
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end Add;
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--------------------------------------------------------------
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--------------------------------------------------------------
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procedure Inverse (Right : in Complex_Array_Type;
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procedure Inverse (Right : in Complex_Array_Type;
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Left : in out Complex_Array_Type) is
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Left : in out Complex_Array_Type) is
|
|
|
-- This function will raise an exception depending on the input
|
-- This function will raise an exception depending on the input
|
-- parameter. The exception will be handled/reraised to be
|
-- parameter. The exception will be handled/reraised to be
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-- handled by the caller.
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-- handled by the caller.
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|
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Result : Complex_Array_Type := (others => Zero);
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Result : Complex_Array_Type := (others => Zero);
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|
|
Array_With_Zero : boolean := false;
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Array_With_Zero : boolean := false;
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|
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begin
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begin
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for I in 1 .. Right'Length loop
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for I in 1 .. Right'Length loop
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if Right(I) = Zero then -- Check for zero.
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if Right(I) = Zero then -- Check for zero.
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Array_With_Zero := true;
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Array_With_Zero := true;
|
end if;
|
end if;
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end loop;
|
end loop;
|
|
|
If Array_With_Zero then
|
If Array_With_Zero then
|
raise Inverse_Error; -- Do not inverse zero.
|
raise Inverse_Error; -- Do not inverse zero.
|
Report.Failed ("Program control not transferred by raise");
|
Report.Failed ("Program control not transferred by raise");
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else
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else
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for I in 1 .. Array_Size loop
|
for I in 1 .. Array_Size loop
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Left(I).Real := - Right(I).Real;
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Left(I).Real := - Right(I).Real;
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Left(I).Imag := - Right(I).Imag;
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Left(I).Imag := - Right(I).Imag;
|
end loop;
|
end loop;
|
end if;
|
end if;
|
|
|
exception
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exception
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when Inverse_Error =>
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when Inverse_Error =>
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TC_Handled_In_Grandchild_Pkg_Proc := true;
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TC_Handled_In_Grandchild_Pkg_Proc := true;
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Left := Result;
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Left := Result;
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raise; -- Reraise the Inverse_Error exception in the subtest.
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raise; -- Reraise the Inverse_Error exception in the subtest.
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Report.Failed ("Exception not reraised in handler");
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Report.Failed ("Exception not reraised in handler");
|
|
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when others =>
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when others =>
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Report.Failed ("Unexpected exception in procedure Inverse");
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Report.Failed ("Unexpected exception in procedure Inverse");
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end Inverse;
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end Inverse;
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|
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end FA11D00.CA11D02_0.CA11D02_1; -- Array_Complex
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end FA11D00.CA11D02_0.CA11D02_1; -- Array_Complex
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|
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--=======================================================================--
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--=======================================================================--
|
|
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with FA11D00.CA11D02_0.CA11D02_1; -- Array_Complex,
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with FA11D00.CA11D02_0.CA11D02_1; -- Array_Complex,
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-- implicitly with Basic_Complex.
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-- implicitly with Basic_Complex.
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with Report;
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with Report;
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|
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procedure CA11D02 is
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procedure CA11D02 is
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|
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package Complex_Pkg renames FA11D00;
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package Complex_Pkg renames FA11D00;
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package Array_Complex_Pkg renames FA11D00.CA11D02_0.CA11D02_1;
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package Array_Complex_Pkg renames FA11D00.CA11D02_0.CA11D02_1;
|
|
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use Complex_Pkg;
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use Complex_Pkg;
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use Array_Complex_Pkg;
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use Array_Complex_Pkg;
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|
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begin
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begin
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|
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Report.Test ("CA11D02", "Check that an exception declared in a package " &
|
Report.Test ("CA11D02", "Check that an exception declared in a package " &
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"can be raised by a child of a child package");
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"can be raised by a child of a child package");
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|
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Multiply_Complex_Subtest:
|
Multiply_Complex_Subtest:
|
declare
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declare
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Operand_1 : Complex_Array_Type
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Operand_1 : Complex_Array_Type
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:= ( Complex (Int_Type (Report.Ident_Int (3)),
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:= ( Complex (Int_Type (Report.Ident_Int (3)),
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Int_Type (Report.Ident_Int (5))),
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Int_Type (Report.Ident_Int (5))),
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Complex (Int_Type (Report.Ident_Int (2)),
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Complex (Int_Type (Report.Ident_Int (2)),
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Int_Type (Report.Ident_Int (8))) );
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Int_Type (Report.Ident_Int (8))) );
|
Operand_2 : Complex_Array_Type
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Operand_2 : Complex_Array_Type
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:= ( Complex (Int_Type (Report.Ident_Int (1)),
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:= ( Complex (Int_Type (Report.Ident_Int (1)),
|
Int_Type (Report.Ident_Int (2))),
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Int_Type (Report.Ident_Int (2))),
|
Complex (Int_Type (Report.Ident_Int (3)),
|
Complex (Int_Type (Report.Ident_Int (3)),
|
Int_Type (Report.Ident_Int (6))) );
|
Int_Type (Report.Ident_Int (6))) );
|
Operand_3 : Complex_Array_Type := ( Zero, Zero);
|
Operand_3 : Complex_Array_Type := ( Zero, Zero);
|
Mul_Result : Complex_Array_Type
|
Mul_Result : Complex_Array_Type
|
:= ( Complex (Int_Type (Report.Ident_Int (3)),
|
:= ( Complex (Int_Type (Report.Ident_Int (3)),
|
Int_Type (Report.Ident_Int (10))),
|
Int_Type (Report.Ident_Int (10))),
|
Complex (Int_Type (Report.Ident_Int (6)),
|
Complex (Int_Type (Report.Ident_Int (6)),
|
Int_Type (Report.Ident_Int (48))) );
|
Int_Type (Report.Ident_Int (48))) );
|
Complex_No : Complex_Array_Type := (others => Zero);
|
Complex_No : Complex_Array_Type := (others => Zero);
|
|
|
begin
|
begin
|
If (Multiply (Operand_1, Operand_2) /= Mul_Result) then
|
If (Multiply (Operand_1, Operand_2) /= Mul_Result) then
|
Report.Failed ("Incorrect results from multiplication");
|
Report.Failed ("Incorrect results from multiplication");
|
end if;
|
end if;
|
|
|
-- Error is raised and exception will be handled in grandchild package.
|
-- Error is raised and exception will be handled in grandchild package.
|
|
|
Complex_No := Multiply (Operand_1, Operand_3);
|
Complex_No := Multiply (Operand_1, Operand_3);
|
|
|
if Complex_No /= (Zero, Zero) then
|
if Complex_No /= (Zero, Zero) then
|
Report.Failed ("Exception was not raised in multiplication");
|
Report.Failed ("Exception was not raised in multiplication");
|
end if;
|
end if;
|
|
|
exception
|
exception
|
when Multiply_Error =>
|
when Multiply_Error =>
|
Report.Failed ("Exception raised in multiplication and " &
|
Report.Failed ("Exception raised in multiplication and " &
|
"propagated to caller");
|
"propagated to caller");
|
TC_Handled_In_Grandchild_Pkg_Func := false;
|
TC_Handled_In_Grandchild_Pkg_Func := false;
|
-- Improper exception handling in caller.
|
-- Improper exception handling in caller.
|
|
|
when others =>
|
when others =>
|
Report.Failed ("Unexpected exception in multiplication");
|
Report.Failed ("Unexpected exception in multiplication");
|
TC_Handled_In_Grandchild_Pkg_Func := false;
|
TC_Handled_In_Grandchild_Pkg_Func := false;
|
-- Improper exception handling in caller.
|
-- Improper exception handling in caller.
|
|
|
end Multiply_Complex_Subtest;
|
end Multiply_Complex_Subtest;
|
|
|
|
|
Add_Complex_Subtest:
|
Add_Complex_Subtest:
|
declare
|
declare
|
Operand_1 : Complex_Array_Type
|
Operand_1 : Complex_Array_Type
|
:= ( Complex (Int_Type (Report.Ident_Int (2)),
|
:= ( Complex (Int_Type (Report.Ident_Int (2)),
|
Int_Type (Report.Ident_Int (7))),
|
Int_Type (Report.Ident_Int (7))),
|
Complex (Int_Type (Report.Ident_Int (5)),
|
Complex (Int_Type (Report.Ident_Int (5)),
|
Int_Type (Report.Ident_Int (8))) );
|
Int_Type (Report.Ident_Int (8))) );
|
Operand_2 : Complex_Array_Type
|
Operand_2 : Complex_Array_Type
|
:= ( Complex (Int_Type (Report.Ident_Int (4)),
|
:= ( Complex (Int_Type (Report.Ident_Int (4)),
|
Int_Type (Report.Ident_Int (1))),
|
Int_Type (Report.Ident_Int (1))),
|
Complex (Int_Type (Report.Ident_Int (2)),
|
Complex (Int_Type (Report.Ident_Int (2)),
|
Int_Type (Report.Ident_Int (3))) );
|
Int_Type (Report.Ident_Int (3))) );
|
Operand_3 : Complex_Array_Type := ( Zero, Zero);
|
Operand_3 : Complex_Array_Type := ( Zero, Zero);
|
Add_Result : Complex_Array_Type
|
Add_Result : Complex_Array_Type
|
:= ( Complex (Int_Type (Report.Ident_Int (6)),
|
:= ( Complex (Int_Type (Report.Ident_Int (6)),
|
Int_Type (Report.Ident_Int (8))),
|
Int_Type (Report.Ident_Int (8))),
|
Complex (Int_Type (Report.Ident_Int (7)),
|
Complex (Int_Type (Report.Ident_Int (7)),
|
Int_Type (Report.Ident_Int (11))) );
|
Int_Type (Report.Ident_Int (11))) );
|
Complex_No : Complex_Array_Type := (others => Zero);
|
Complex_No : Complex_Array_Type := (others => Zero);
|
|
|
begin
|
begin
|
Complex_No := Add (Operand_1, Operand_2);
|
Complex_No := Add (Operand_1, Operand_2);
|
|
|
If (Complex_No /= Add_Result) then
|
If (Complex_No /= Add_Result) then
|
Report.Failed ("Incorrect results from addition");
|
Report.Failed ("Incorrect results from addition");
|
end if;
|
end if;
|
|
|
-- Error is raised in grandchild package and exception
|
-- Error is raised in grandchild package and exception
|
-- will be propagated to caller.
|
-- will be propagated to caller.
|
|
|
Complex_No := Add (Operand_1, Operand_3);
|
Complex_No := Add (Operand_1, Operand_3);
|
|
|
if Complex_No = Add_Result then
|
if Complex_No = Add_Result then
|
Report.Failed ("Exception was not raised in addition");
|
Report.Failed ("Exception was not raised in addition");
|
end if;
|
end if;
|
|
|
exception
|
exception
|
when Add_Error =>
|
when Add_Error =>
|
TC_Propagated_To_Caller := true; -- Exception is propagated.
|
TC_Propagated_To_Caller := true; -- Exception is propagated.
|
|
|
when others =>
|
when others =>
|
Report.Failed ("Unexpected exception in addition subtest");
|
Report.Failed ("Unexpected exception in addition subtest");
|
TC_Propagated_To_Caller := false; -- Improper exception handling
|
TC_Propagated_To_Caller := false; -- Improper exception handling
|
-- in caller.
|
-- in caller.
|
end Add_Complex_Subtest;
|
end Add_Complex_Subtest;
|
|
|
Inverse_Complex_Subtest:
|
Inverse_Complex_Subtest:
|
declare
|
declare
|
Operand_1 : Complex_Array_Type
|
Operand_1 : Complex_Array_Type
|
:= ( Complex (Int_Type (Report.Ident_Int (1)),
|
:= ( Complex (Int_Type (Report.Ident_Int (1)),
|
Int_Type (Report.Ident_Int (5))),
|
Int_Type (Report.Ident_Int (5))),
|
Complex (Int_Type (Report.Ident_Int (3)),
|
Complex (Int_Type (Report.Ident_Int (3)),
|
Int_Type (Report.Ident_Int (11))) );
|
Int_Type (Report.Ident_Int (11))) );
|
Operand_3 : Complex_Array_Type
|
Operand_3 : Complex_Array_Type
|
:= ( Zero, Complex (Int_Type (Report.Ident_Int (3)),
|
:= ( Zero, Complex (Int_Type (Report.Ident_Int (3)),
|
Int_Type (Report.Ident_Int (6))) );
|
Int_Type (Report.Ident_Int (6))) );
|
Inv_Result : Complex_Array_Type
|
Inv_Result : Complex_Array_Type
|
:= ( Complex (Int_Type (Report.Ident_Int (-1)),
|
:= ( Complex (Int_Type (Report.Ident_Int (-1)),
|
Int_Type (Report.Ident_Int (-5))),
|
Int_Type (Report.Ident_Int (-5))),
|
Complex (Int_Type (Report.Ident_Int (-3)),
|
Complex (Int_Type (Report.Ident_Int (-3)),
|
Int_Type (Report.Ident_Int (-11))) );
|
Int_Type (Report.Ident_Int (-11))) );
|
Complex_No : Complex_Array_Type := (others => Zero);
|
Complex_No : Complex_Array_Type := (others => Zero);
|
|
|
begin
|
begin
|
Inverse (Operand_1, Complex_No);
|
Inverse (Operand_1, Complex_No);
|
|
|
if (Complex_No /= Inv_Result) then
|
if (Complex_No /= Inv_Result) then
|
Report.Failed ("Incorrect results from inverse");
|
Report.Failed ("Incorrect results from inverse");
|
end if;
|
end if;
|
|
|
-- Error is raised in grandchild package and exception
|
-- Error is raised in grandchild package and exception
|
-- will be handled/reraised to caller.
|
-- will be handled/reraised to caller.
|
|
|
Inverse (Operand_3, Complex_No);
|
Inverse (Operand_3, Complex_No);
|
|
|
Report.Failed ("Exception was not handled in inverse");
|
Report.Failed ("Exception was not handled in inverse");
|
|
|
exception
|
exception
|
when Inverse_Error =>
|
when Inverse_Error =>
|
if not TC_Handled_In_Grandchild_Pkg_Proc then
|
if not TC_Handled_In_Grandchild_Pkg_Proc then
|
Report.Failed ("Exception was not raised in inverse");
|
Report.Failed ("Exception was not raised in inverse");
|
else
|
else
|
TC_Handled_In_Caller := true; -- Exception is reraised from
|
TC_Handled_In_Caller := true; -- Exception is reraised from
|
-- child package.
|
-- child package.
|
end if;
|
end if;
|
|
|
when others =>
|
when others =>
|
Report.Failed ("Unexpected exception in inverse");
|
Report.Failed ("Unexpected exception in inverse");
|
TC_Handled_In_Caller := false;
|
TC_Handled_In_Caller := false;
|
-- Improper exception handling in caller.
|
-- Improper exception handling in caller.
|
|
|
end Inverse_Complex_Subtest;
|
end Inverse_Complex_Subtest;
|
|
|
if not (TC_Handled_In_Caller and -- Check to see that all
|
if not (TC_Handled_In_Caller and -- Check to see that all
|
TC_Handled_In_Grandchild_Pkg_Proc and -- exceptions were handled
|
TC_Handled_In_Grandchild_Pkg_Proc and -- exceptions were handled
|
TC_Handled_In_Grandchild_Pkg_Func and -- in proper location.
|
TC_Handled_In_Grandchild_Pkg_Func and -- in proper location.
|
TC_Propagated_To_Caller)
|
TC_Propagated_To_Caller)
|
then
|
then
|
Report.Failed ("Exceptions handled in incorrect locations");
|
Report.Failed ("Exceptions handled in incorrect locations");
|
end if;
|
end if;
|
|
|
Report.Result;
|
Report.Result;
|
|
|
end CA11D02;
|
end CA11D02;
|
|
|
