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[/] [openrisc/] [trunk/] [gnu-old/] [gcc-4.2.2/] [gcc/] [testsuite/] [ada/] [acats/] [tests/] [c6/] [c64005d0.ada] - Blame information for rev 154

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1 149 jeremybenn
-- C64005D0M.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 NESTED SUBPROGRAMS CAN BE CALLED RECURSIVELY AND THAT
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-- NON-LOCAL VARIABLES AND FORMAL PARAMETERS ARE PROPERLY ACCESSED FROM
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-- WITHIN RECURSIVE INVOCATIONS.  THIS TEST CHECKS THAT EVERY DISPLAY OR
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-- STATIC CHAIN LEVEL CAN BE ACCESSED.
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-- THIS TEST USES 3 LEVELS OF NESTED RECURSIVE PROCEDURES (SEPARATELY
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-- COMPILED AS SUBUNITS).
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-- SEPARATE FILES ARE:
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--   C64005D0M THE MAIN PROCEDURE.
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--   C64005DA  A RECURSIVE PROCEDURE SUBUNIT OF C64005D0M.
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--   C64005DB  A RECURSIVE PROCEDURE SUBUNIT OF C64005DA.
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--   C64005DC  A RECURSIVE PROCEDURE SUBUNIT OF C64005DB.
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-- JRK 7/30/84
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WITH REPORT; USE REPORT;
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PROCEDURE C64005D0M IS
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     SUBTYPE LEVEL IS CHARACTER RANGE 'A' .. 'C';
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     SUBTYPE CALL IS CHARACTER RANGE '1' .. '3';
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     MAX_LEV : CONSTANT := LEVEL'POS (LEVEL'LAST) -
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                           LEVEL'POS (LEVEL'FIRST) + 1;
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     T_LEN : CONSTANT := 2 * (1 + 3 * (MAX_LEV +
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                                       MAX_LEV*(MAX_LEV+1)/2*2)) + 1;
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     G_LEN : CONSTANT := 2 + 4 * MAX_LEV;
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     TYPE TRACE IS
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          RECORD
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               E : NATURAL := 0;
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               S : STRING (1 .. T_LEN);
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          END RECORD;
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     V : CHARACTER := IDENT_CHAR ('<');
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     L : CHARACTER := IDENT_CHAR ('>');
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     T : TRACE;
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     G : STRING (1 .. G_LEN);
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     PROCEDURE C64005DA (L : LEVEL; C : CALL; T : IN OUT TRACE) IS
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          SEPARATE;
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BEGIN
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     TEST ("C64005D", "CHECK THAT NON-LOCAL VARIABLES AND FORMAL " &
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                      "PARAMETERS AT ALL LEVELS OF NESTED " &
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                      "RECURSIVE PROCEDURES ARE ACCESSIBLE (FOR " &
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                      "3 LEVELS OF SEPARATELY COMPILED SUBUNITS)");
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     -- APPEND V TO T.
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     T.S (T.E+1) := V;
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     T.E := T.E + 1;
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     C64005DA (IDENT_CHAR(LEVEL'FIRST), IDENT_CHAR('1'), T);
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     -- APPEND L TO T.
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     T.S (T.E+1) := L;
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     T.E := T.E + 1;
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     COMMENT ("FINAL CALL TRACE LENGTH IS: " & INTEGER'IMAGE(T.E));
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     COMMENT ("FINAL CALL TRACE IS: " & T.S(1..T.E));
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     COMMENT ("GLOBAL SNAPSHOT IS: " & G);
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     -- CHECK THAT T AND G ARE CORRECT BY COMPUTING THEM ITERATIVELY.
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     DECLARE
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          SUBTYPE LC_LEVEL IS CHARACTER RANGE ASCII.LC_A ..
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               CHARACTER'VAL (CHARACTER'POS(ASCII.LC_A) + MAX_LEV - 1);
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          CT : TRACE;
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          CG : STRING (1 .. G_LEN);
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     BEGIN
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          COMMENT ("CORRECT FINAL CALL TRACE LENGTH IS: " &
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                   INTEGER'IMAGE(T_LEN));
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          IF T.E /= IDENT_INT (T_LEN) THEN
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               FAILED ("WRONG FINAL CALL TRACE LENGTH");
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          ELSE CT.S (CT.E+1) := '<';
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               CT.E := CT.E + 1;
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               FOR I IN LC_LEVEL LOOP
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                    CT.S (CT.E+1) := '<';
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                    CT.E := CT.E + 1;
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                    FOR J IN LC_LEVEL'FIRST .. I LOOP
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                         CT.S (CT.E+1) := J;
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                         CT.S (CT.E+2) := '1';
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                         CT.E := CT.E + 2;
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                    END LOOP;
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               END LOOP;
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               FOR I IN LC_LEVEL LOOP
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                    CT.S (CT.E+1) := '<';
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                    CT.E := CT.E + 1;
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                    FOR J IN LC_LEVEL'FIRST .. LC_LEVEL'PRED(I) LOOP
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                         CT.S (CT.E+1) := J;
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                         CT.S (CT.E+2) := '3';
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                         CT.E := CT.E + 2;
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                    END LOOP;
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                    CT.S (CT.E+1) := I;
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                    CT.S (CT.E+2) := '2';
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                    CT.E := CT.E + 2;
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                    CT.S (CT.E+1) := '<';
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                    CT.E := CT.E + 1;
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                    FOR J IN LC_LEVEL'FIRST .. I LOOP
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                         CT.S (CT.E+1) := J;
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                         CT.S (CT.E+2) := '3';
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                         CT.E := CT.E + 2;
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                    END LOOP;
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               END LOOP;
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               CT.S (CT.E+1) := '=';
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               CT.E := CT.E + 1;
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               FOR I IN REVERSE LEVEL LOOP
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                    FOR J IN REVERSE LEVEL'FIRST .. I LOOP
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                         CT.S (CT.E+1) := J;
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                         CT.S (CT.E+2) := '3';
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                         CT.E := CT.E + 2;
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                    END LOOP;
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                    CT.S (CT.E+1) := '>';
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                    CT.E := CT.E + 1;
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                    CT.S (CT.E+1) := I;
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                    CT.S (CT.E+2) := '2';
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                    CT.E := CT.E + 2;
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                    FOR J IN REVERSE LEVEL'FIRST .. LEVEL'PRED(I) LOOP
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                         CT.S (CT.E+1) := J;
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                         CT.S (CT.E+2) := '3';
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                         CT.E := CT.E + 2;
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                    END LOOP;
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                    CT.S (CT.E+1) := '>';
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                    CT.E := CT.E + 1;
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               END LOOP;
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               FOR I IN REVERSE LEVEL LOOP
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                    FOR J IN REVERSE LEVEL'FIRST .. I LOOP
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                         CT.S (CT.E+1) := J;
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                         CT.S (CT.E+2) := '1';
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                         CT.E := CT.E + 2;
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                    END LOOP;
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                    CT.S (CT.E+1) := '>';
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                    CT.E := CT.E + 1;
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               END LOOP;
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               CT.S (CT.E+1) := '>';
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               CT.E := CT.E + 1;
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               IF CT.E /= IDENT_INT (T_LEN) THEN
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                    FAILED ("WRONG ITERATIVE TRACE LENGTH");
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               ELSE COMMENT ("CORRECT FINAL CALL TRACE IS: " & CT.S);
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                    IF T.S /= CT.S THEN
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                         FAILED ("WRONG FINAL CALL TRACE");
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                    END IF;
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               END IF;
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          END IF;
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          DECLARE
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               E : NATURAL := 0;
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          BEGIN
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               CG (1..2) := "<>";
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               E := E + 2;
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               FOR I IN LEVEL LOOP
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                    CG (E+1) := LC_LEVEL'VAL (LEVEL'POS(I) -
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                                              LEVEL'POS(LEVEL'FIRST) +
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                                              LC_LEVEL'POS
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                                                      (LC_LEVEL'FIRST));
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                    CG (E+2) := '3';
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                    CG (E+3) := I;
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                    CG (E+4) := '3';
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                    E := E + 4;
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               END LOOP;
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               COMMENT ("CORRECT GLOBAL SNAPSHOT IS: " & CG);
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               IF G /= CG THEN
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                    FAILED ("WRONG GLOBAL SNAPSHOT");
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               END IF;
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          END;
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     END;
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     RESULT;
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END C64005D0M;

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