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jeremybenn |
-- C45503A.ADA
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-- Grant of Unlimited Rights
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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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-- 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 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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-- 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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-- 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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-- to do so.
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--
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-- DISCLAIMER
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--
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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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-- 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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-- OR DISCLOSED, OR THE OWNERSHIP, MERCHANTABILITY, OR FITNESS FOR A
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-- PARTICULAR PURPOSE OF SAID MATERIAL.
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--*
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-- CHECK THAT 'REM' AND 'MOD' YIELD CORRECT RESULTS WHEN THE OPERANDS
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-- ARE OF PREDEFINED TYPE INTEGER.
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-- R.WILLIAMS 9/1/86
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WITH REPORT; USE REPORT;
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PROCEDURE C45503A IS
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BEGIN
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TEST ( "C45503A", "CHECK THAT 'REM' AND 'MOD' YIELD CORRECT " &
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"RESULTS WHEN THE OPERANDS ARE OF PREDEFINED " &
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"TYPE INTEGER" );
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DECLARE
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I0 : INTEGER := 0;
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I1 : INTEGER := 1;
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I2 : INTEGER := 2;
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I3 : INTEGER := 3;
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I4 : INTEGER := 4;
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I5 : INTEGER := 5;
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I10 : INTEGER := 10;
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I11 : INTEGER := 11;
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I12 : INTEGER := 12;
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I13 : INTEGER := 13;
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I14 : INTEGER := 14;
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N1 : INTEGER := -1;
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N2 : INTEGER := -2;
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N3 : INTEGER := -3;
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N4 : INTEGER := -4;
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N5 : INTEGER := -5;
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N10 : INTEGER := -10;
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N11 : INTEGER := -11;
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N12 : INTEGER := -12;
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N13 : INTEGER := -13;
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N14 : INTEGER := -14;
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BEGIN
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IF I10 REM I5 /= I0 THEN
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FAILED ( "INCORRECT RESULT FOR I10 REM I5" );
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END IF;
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IF IDENT_INT (I11) REM IDENT_INT (I5) /= I1 THEN
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FAILED ( "INCORRECT RESULT FOR IDENT_INT (I11) REM " &
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"IDENT_INT (I5)" );
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END IF;
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IF I12 REM I5 /= I2 THEN
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FAILED ( "INCORRECT RESULT FOR I12 REM I5" );
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END IF;
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IF "REM" (LEFT => I12, RIGHT => I5) /= I2 THEN
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FAILED ( "INCORRECT RESULT FOR ""REM"" (LEFT => I12, " &
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"RIGHT => I5)" );
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END IF;
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IF IDENT_INT (I13) REM IDENT_INT (I5) /= I3 THEN
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FAILED ( "INCORRECT RESULT FOR IDENT_INT (I13) REM " &
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"IDENT_INT (I5)" );
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END IF;
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IF I14 REM I5 /= I4 THEN
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FAILED ( "INCORRECT RESULT FOR I14 REM I5" );
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END IF;
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IF IDENT_INT (I10) REM IDENT_INT (N5) /= I0 THEN
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FAILED ( "INCORRECT RESULT FOR IDENT_INT (I10) REM " &
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"IDENT_INT (N5)" );
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END IF;
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IF "REM" (LEFT => IDENT_INT (I10), RIGHT => IDENT_INT (N5))
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/= I0 THEN
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FAILED ( "INCORRECT RESULT FOR ""REM"" (LEFT => " &
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"IDENT_INT (I10), RIGHT => IDENT_INT (N5))" );
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END IF;
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IF I11 REM N5 /= I1 THEN
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FAILED ( "INCORRECT RESULT FOR I11 REM N5" );
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END IF;
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IF IDENT_INT (I12) REM IDENT_INT (N5) /= I2 THEN
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FAILED ( "INCORRECT RESULT FOR IDENT_INT (I12) REM " &
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"IDENT_INT (N5)" );
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END IF;
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IF I13 REM N5 /= I3 THEN
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FAILED ( "INCORRECT RESULT FOR I13 REM N5" );
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END IF;
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IF "REM" (LEFT => I13, RIGHT => N5) /= I3 THEN
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FAILED ( "INCORRECT RESULT FOR ""REM"" (LEFT => I13, " &
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"RIGHT => N5)" );
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END IF;
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IF IDENT_INT (I14) REM IDENT_INT (N5) /= I4 THEN
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FAILED ( "INCORRECT RESULT FOR IDENT_INT (I14) REM " &
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"IDENT_INT (N5)" );
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END IF;
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IF N10 REM I5 /= I0 THEN
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FAILED ( "INCORRECT RESULT FOR N10 REM I5" );
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END IF;
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IF IDENT_INT (N11) REM IDENT_INT (I5) /= N1 THEN
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FAILED ( "INCORRECT RESULT FOR IDENT_INT (N11) REM " &
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"IDENT_INT (I5)" );
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END IF;
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IF "REM" (LEFT => IDENT_INT (N11), RIGHT => IDENT_INT (I5))
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/= N1 THEN
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FAILED ( "INCORRECT RESULT FOR ""REM"" (LEFT => " &
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"IDENT_INT (N11), RIGHT => IDENT_INT (I5))" );
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END IF;
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IF N12 REM I5 /= N2 THEN
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FAILED ( "INCORRECT RESULT FOR N12 REM I5" );
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END IF;
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IF IDENT_INT (N13) REM IDENT_INT (I5) /= N3 THEN
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FAILED ( "INCORRECT RESULT FOR IDENT_INT (N13) REM " &
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"IDENT_INT (I5)" );
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END IF;
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IF N14 REM I5 /= N4 THEN
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FAILED ( "INCORRECT RESULT FOR N14 REM I5" );
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END IF;
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IF "REM" (LEFT => N14, RIGHT => I5) /= N4 THEN
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FAILED ( "INCORRECT RESULT FOR ""REM"" (LEFT => N14, " &
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"RIGHT => I5)" );
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END IF;
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IF IDENT_INT (N10) REM IDENT_INT (N5) /= I0 THEN
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FAILED ( "INCORRECT RESULT FOR IDENT_INT (N10) REM " &
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"IDENT_INT (N5)" );
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END IF;
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IF N11 REM N5 /= N1 THEN
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FAILED ( "INCORRECT RESULT FOR N11 REM N5" );
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END IF;
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IF IDENT_INT (N12) REM IDENT_INT (N5) /= N2 THEN
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FAILED ( "INCORRECT RESULT FOR IDENT_INT (N12) REM " &
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"IDENT_INT (N5)" );
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END IF;
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IF "REM" (LEFT => IDENT_INT (N12), RIGHT => IDENT_INT (N5))
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/= N2 THEN
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FAILED ( "INCORRECT RESULT FOR ""REM"" (LEFT => " &
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"IDENT_INT (N12), RIGHT => IDENT_INT (N5))" );
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END IF;
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IF N13 REM N5 /= N3 THEN
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FAILED ( "INCORRECT RESULT FOR N13 REM N5" );
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END IF;
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IF IDENT_INT (N14) REM IDENT_INT (N5) /= N4 THEN
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FAILED ( "INCORRECT RESULT FOR IDENT_INT (N14) REM " &
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"IDENT_INT (N5)" );
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END IF;
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IF I10 MOD I5 /= I0 THEN
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FAILED ( "INCORRECT RESULT FOR I10 MOD I5" );
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END IF;
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IF IDENT_INT (I11) MOD IDENT_INT (I5) /= I1 THEN
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FAILED ( "INCORRECT RESULT FOR IDENT_INT (I11) MOD " &
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"IDENT_INT (I5)" );
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END IF;
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IF I12 MOD I5 /= I2 THEN
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FAILED ( "INCORRECT RESULT FOR I12 MOD I5" );
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END IF;
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IF "MOD" (LEFT => I12, RIGHT => I5) /= I2 THEN
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FAILED ( "INCORRECT RESULT FOR ""MOD"" (LEFT => I12, " &
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"RIGHT => I5)" );
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END IF;
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IF IDENT_INT (I13) MOD IDENT_INT (I5) /= I3 THEN
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FAILED ( "INCORRECT RESULT FOR IDENT_INT (I13) MOD " &
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"IDENT_INT (I5)" );
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END IF;
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IF I14 MOD I5 /= I4 THEN
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FAILED ( "INCORRECT RESULT FOR I14 MOD I5" );
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END IF;
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IF IDENT_INT (I10) MOD IDENT_INT (N5) /= I0 THEN
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FAILED ( "INCORRECT RESULT FOR IDENT_INT (I10) MOD " &
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"IDENT_INT (N5)" );
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END IF;
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IF "MOD" (LEFT => IDENT_INT (I10), RIGHT => IDENT_INT (N5))
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/= I0 THEN
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FAILED ( "INCORRECT RESULT FOR ""MOD"" (LEFT => " &
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"IDENT_INT (I10), RIGHT => IDENT_INT (N5))" );
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END IF;
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IF I11 MOD N5 /= N4 THEN
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FAILED ( "INCORRECT RESULT FOR I11 MOD N5" );
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END IF;
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IF IDENT_INT (I12) MOD IDENT_INT (N5) /= N3 THEN
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FAILED ( "INCORRECT RESULT FOR IDENT_INT (I12) MOD " &
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"IDENT_INT (N5)" );
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END IF;
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IF I13 MOD N5 /= N2 THEN
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FAILED ( "INCORRECT RESULT FOR I13 MOD N5" );
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END IF;
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IF "MOD" (LEFT => I13, RIGHT => N5) /= N2 THEN
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FAILED ( "INCORRECT RESULT FOR ""MOD"" (LEFT => I13, " &
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"RIGHT => N5)" );
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END IF;
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IF IDENT_INT (I14) MOD IDENT_INT (N5) /= N1 THEN
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FAILED ( "INCORRECT RESULT FOR IDENT_INT (I14) MOD " &
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"IDENT_INT (N5)" );
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END IF;
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IF N10 MOD I5 /= I0 THEN
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FAILED ( "INCORRECT RESULT FOR N10 MOD I5" );
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END IF;
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IF IDENT_INT (N11) MOD IDENT_INT (I5) /= I4 THEN
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FAILED ( "INCORRECT RESULT FOR IDENT_INT (N11) MOD " &
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"IDENT_INT (I5)" );
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END IF;
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IF "MOD" (LEFT => IDENT_INT (N11), RIGHT => IDENT_INT (I5))
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/= I4 THEN
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FAILED ( "INCORRECT RESULT FOR ""MOD"" (LEFT => " &
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"IDENT_INT (N11), RIGHT => IDENT_INT (I5))" );
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END IF;
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IF N12 MOD I5 /= I3 THEN
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FAILED ( "INCORRECT RESULT FOR N12 MOD I5" );
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END IF;
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IF IDENT_INT (N13) MOD IDENT_INT (I5) /= I2 THEN
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FAILED ( "INCORRECT RESULT FOR IDENT_INT (N13) MOD " &
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"IDENT_INT (I5)" );
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END IF;
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IF N14 MOD I5 /= I1 THEN
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FAILED ( "INCORRECT RESULT FOR N14 MOD I5" );
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END IF;
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IF "MOD" (LEFT => N14, RIGHT => I5) /= I1 THEN
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FAILED ( "INCORRECT RESULT FOR ""MOD"" (LEFT => I14, " &
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"RIGHT => I5)" );
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END IF;
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IF IDENT_INT (N10) MOD IDENT_INT (N5) /= I0 THEN
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FAILED ( "INCORRECT RESULT FOR IDENT_INT (N10) MOD " &
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"IDENT_INT (N5)" );
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| 282 |
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END IF;
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| 283 |
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| 284 |
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IF N11 MOD N5 /= N1 THEN
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FAILED ( "INCORRECT RESULT FOR N11 MOD N5" );
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END IF;
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| 287 |
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| 288 |
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IF IDENT_INT (N12) MOD IDENT_INT (N5) /= N2 THEN
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FAILED ( "INCORRECT RESULT FOR IDENT_INT (N12) MOD " &
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"IDENT_INT (N5)" );
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| 291 |
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END IF;
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| 293 |
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IF "MOD" (LEFT => IDENT_INT (N12), RIGHT => IDENT_INT (N5))
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/= N2 THEN
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FAILED ( "INCORRECT RESULT FOR ""MOD"" (LEFT => " &
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"IDENT_INT (N12), RIGHT => IDENT_INT (N5))" );
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END IF;
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IF N13 MOD N5 /= N3 THEN
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FAILED ( "INCORRECT RESULT FOR N13 MOD N5" );
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END IF;
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| 302 |
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| 303 |
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IF IDENT_INT (N14) MOD IDENT_INT (N5) /= N4 THEN
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FAILED ( "INCORRECT RESULT FOR IDENT_INT (N14) MOD " &
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"IDENT_INT (N5)" );
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END IF;
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END;
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RESULT;
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END C45503A;
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