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-- AD7203B.ADA

--                             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 THE PREFIX OF THE 'SIZE' ATTRIBUTE CAN BE AN OBJECT,

--     A TYPE, OR A SUBTYPE.

-- HISTORY:

--     BCB  09/27/88  CREATED ORIGINAL TEST BY MODIFYING AND RENAMING

--                    CD7203B.ADA.

WITH SYSTEM;

WITH REPORT; USE REPORT;

PROCEDURE AD7203B IS

     TYPE I_REC IS

          RECORD

               I1, I2 : INTEGER;

          END RECORD;

     I   : INTEGER;

     I_A : ARRAY (1 ..5) OF INTEGER;

     I_R : I_REC;

     I_SIZE : INTEGER := I'SIZE;

     I_A_SIZE : INTEGER := I_A'SIZE;

     I_R_SIZE : INTEGER := I_R'SIZE;

     I_A_1_SIZE : INTEGER := I_A(1)'SIZE;

     I_R_I1_SIZE : INTEGER := I_R.I1'SIZE;

     TYPE FIXED IS DELTA 0.01 RANGE -1.0 .. 1.0;

     TYPE FXD_REC IS

          RECORD

               FXD1, FXD2 : FIXED;

          END RECORD;

     FXD   : FIXED;

     FXD_A : ARRAY (1 .. 5) OF FIXED;

     FXD_R : FXD_REC;

     FXD_SIZE : INTEGER := FXD'SIZE;

     FXD_A_SIZE : INTEGER := FXD_A'SIZE;

     FXD_R_SIZE : INTEGER := FXD_R'SIZE;

     FXD_A_1_SIZE : INTEGER := FXD_A(1)'SIZE;

     FXD_R_FXD1_SIZE : INTEGER := FXD_R.FXD1'SIZE;

     TYPE FLT_REC IS

          RECORD

               FLT1, FLT2 : FLOAT;

          END RECORD;

     FLT   : FLOAT;

     FLT_A : ARRAY (1 .. 5) OF FLOAT;

     FLT_R : FLT_REC;

     FLT_SIZE : INTEGER := FLT'SIZE;

     FLT_A_SIZE : INTEGER := FLT_A'SIZE;

     FLT_R_SIZE : INTEGER := FLT_R'SIZE;

     FLT_A_1_SIZE : INTEGER := FLT_A(1)'SIZE;

     FLT_R_FLT1_SIZE : INTEGER := FLT_R.FLT1'SIZE;

     SUBTYPE TINY_INT IS INTEGER RANGE 0 .. 255;

     TYPE TI_REC IS

          RECORD

               TI1, TI2 : TINY_INT;

          END RECORD;

     TI   : TINY_INT;

     TI_A : ARRAY (1 .. 5) OF TINY_INT;

     TI_R : TI_REC;

     TINY_INT_SIZE : INTEGER := TINY_INT'SIZE;

     TI_SIZE : INTEGER := TI'SIZE;

     TI_A_SIZE : INTEGER := TI_A'SIZE;

     TI_R_SIZE : INTEGER := TI_R'SIZE;

     TI_A_1_SIZE : INTEGER := TI_A(1)'SIZE;

     TI_R_TI1_SIZE : INTEGER := TI_R.TI1'SIZE;

     TYPE STR IS ARRAY (TINY_INT RANGE <>) OF CHARACTER;

     TYPE STR_2 IS ARRAY (1 .. 127) OF CHARACTER;

     TYPE STR_REC IS

          RECORD

               S1, S2 : STR (TINY_INT'FIRST .. TINY_INT'LAST);

          END RECORD;

     S   : STR (TINY_INT'FIRST .. TINY_INT'LAST);

     S_A : ARRAY (1 .. 5) OF STR (TINY_INT'FIRST .. TINY_INT'LAST);

     S_R : STR_REC;

     STR_2_SIZE : INTEGER := STR_2'SIZE;

     S_SIZE : INTEGER := S'SIZE;

     S_A_SIZE : INTEGER := S_A'SIZE;

     S_R_SIZE : INTEGER := S_R'SIZE;

     S_A_1_SIZE : INTEGER := S_A(1)'SIZE;

     S_R_S1_SIZE : INTEGER := S_R.S1'SIZE;

     TYPE C_REC IS

          RECORD

               C1, C2 : CHARACTER;

          END RECORD;

     C   : CHARACTER;

     C_A : ARRAY (1 .. 5) OF CHARACTER;

     C_R : C_REC;

     C_SIZE : INTEGER := C'SIZE;

     C_A_SIZE : INTEGER := C_A'SIZE;

     C_R_SIZE : INTEGER := C_R'SIZE;

     C_A_1_SIZE : INTEGER := C_A(1)'SIZE;

     C_R_C1_SIZE : INTEGER := C_R.C1'SIZE;

     TYPE B_REC IS

          RECORD

               B1, B2 : BOOLEAN;

          END RECORD;

     B   : BOOLEAN;

     B_A : ARRAY (1 .. 5) OF BOOLEAN;

     B_R : B_REC;

     B_SIZE : INTEGER := B'SIZE;

     B_A_SIZE : INTEGER := B_A'SIZE;

     B_R_SIZE : INTEGER := B_R'SIZE;

     B_A_1_SIZE : INTEGER := B_A(1)'SIZE;

     B_R_B1_SIZE : INTEGER := B_R.B1'SIZE;

     TYPE DISCR IS RANGE 1 .. 2;

     TYPE DISCR_REC (D : DISCR := 1) IS

          RECORD

               CASE D IS

                    WHEN 1 =>

                         C1_I : INTEGER;

                    WHEN 2 =>

                         C2_I1 : INTEGER;

                         C2_I2 : INTEGER;

               END CASE;

          END RECORD;

     DR_UC : DISCR_REC;

     DR_C  : DISCR_REC (2);

     DR_A  : ARRAY (1 .. 5) OF DISCR_REC;

     DR_UC_SIZE : INTEGER := DR_UC'SIZE;

     DR_C_SIZE : INTEGER := DR_C'SIZE;

     DR_A_SIZE : INTEGER := DR_A'SIZE;

     DR_UC_C1_I_SIZE : INTEGER := DR_UC.C1_I'SIZE;

     DR_A_1_SIZE : INTEGER := DR_A(1)'SIZE;

     TYPE ENUM IS (E1, E2, E3, E4);

     TYPE ENUM_REC IS

          RECORD

               E1, E2 : ENUM;

          END RECORD;

     E   : ENUM;

     E_A : ARRAY (1 .. 5) OF ENUM;

     E_R : ENUM_REC;

     E_SIZE : INTEGER := E'SIZE;

     E_A_SIZE : INTEGER := E_A'SIZE;

     E_R_SIZE : INTEGER := E_R'SIZE;

     E_A_1_SIZE : INTEGER := E_A(1)'SIZE;

     E_R_E1_SIZE : INTEGER := E_R.E1'SIZE;

     TASK TYPE TSK IS END TSK;

     TYPE TSK_REC IS

          RECORD

               TSK1, TSK2 : TSK;

          END RECORD;

     T   : TSK;

     T_A : ARRAY (1 .. 5) OF TSK;

     T_R : TSK_REC;

     T_SIZE : INTEGER := T'SIZE;

     T_A_SIZE : INTEGER := T_A'SIZE;

     T_R_SIZE : INTEGER := T_R'SIZE;

     T_A_1_SIZE : INTEGER := T_A(1)'SIZE;

     T_R_TSK1_SIZE : INTEGER := T_R.TSK1'SIZE;

     TYPE ACC IS ACCESS INTEGER;

     TYPE ACC_REC IS

          RECORD

               A1, A2 : ACC;

          END RECORD;

     A   : ACC;

     A_A : ARRAY (1 .. 5) OF ACC;

     A_R : ACC_REC;

     A_SIZE : INTEGER := A'SIZE;

     A_A_SIZE : INTEGER := A_A'SIZE;

     A_R_SIZE : INTEGER := A_R'SIZE;

     A_A_1_SIZE : INTEGER := A_A(1)'SIZE;

     A_R_A1_SIZE : INTEGER := A_R.A1'SIZE;

     PACKAGE PK IS

          TYPE PRV IS PRIVATE;

          TYPE PRV_REC IS

               RECORD

                    P1, P2 : PRV;

               END  RECORD;

          TYPE LPRV IS LIMITED PRIVATE;

          TYPE LPRV_REC IS

               RECORD

                    LP1, LP2 : LPRV;

               END RECORD;

     PRIVATE

          TYPE PRV IS NEW INTEGER;

          TYPE LPRV IS NEW INTEGER;

     END PK;

     USE PK;

     P   : PRV;

     P_A : ARRAY (1 .. 5) OF PRV;

     P_R : PRV_REC;

     P_SIZE : INTEGER := P'SIZE;

     P_A_SIZE : INTEGER := P_A'SIZE;

     P_R_SIZE : INTEGER := P_R'SIZE;

     P_A_1_SIZE : INTEGER := P_A(1)'SIZE;

     P_R_P1_SIZE : INTEGER := P_R.P1'SIZE;

     LP   : LPRV;

     LP_A : ARRAY (1 .. 5) OF LPRV;

     LP_R : LPRV_REC;

     LP_SIZE : INTEGER := LP'SIZE;

     LP_A_SIZE : INTEGER := LP_A'SIZE;

     LP_R_SIZE : INTEGER := LP_R'SIZE;

     LP_A_1_SIZE : INTEGER := LP_A(1)'SIZE;

     LP_R_LP1_SIZE : INTEGER := LP_R.LP1'SIZE;

     TASK BODY TSK IS

     BEGIN

          NULL;

     END TSK;

BEGIN

     TEST ("AD7203B", "CHECK THAT THE PREFIX OF THE 'SIZE' ATTRIBUTE " &

                      "CAN BE AN OBJECT, A TYPE, OR A SUBTYPE");

     RESULT;

END AD7203B;