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diff --git a/gcc/testsuite/ada/acats/tests/cxf/cxf2004.a b/gcc/testsuite/ada/acats/tests/cxf/cxf2004.a
new file mode 100644
index 000000000..9651384ce
--- /dev/null
+++ b/gcc/testsuite/ada/acats/tests/cxf/cxf2004.a
@@ -0,0 +1,513 @@
+-- CXF2004.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 the multiplying operators for a decimal fixed point type
+--      return values that are integral multiples of the small of the type.
+--      Check the case where one operand is of an ordinary fixed point type.
+--
+--      Check that if the mathematical result is between multiples of the
+--      small of the result type, the result is truncated toward zero.
+--      Check that if the attribute 'Round is applied to the mathematical
+--      result, however, the result is rounded to the nearest multiple of
+--      the small (away from zero if the result is midway between two
+--      multiples of the small).
+--    
+-- TEST DESCRIPTION:
+--      Two decimal fixed point types A and B are declared, one with a
+--      Machine_Radix value of 2, and one with a value of 10. An ordinary
+--      fixed point type C is declared with a delta value different from
+--      those of A and B (although still a power of 10). For type A (and B),
+--      checks are performed on the following operations, where one operand
+--      type is C, and the other operand type and the result type is A (or B):
+--
+--         - Multiplication.
+--         - Multiplication, where the attribute 'Round is applied to the
+--           result.
+--         - Division.
+--         - Division, where the attribute 'Round is applied to the result.
+--
+--      Each operation is performed within a loop, where one operand is
+--      always the same variable. After the loop completes, the cumulative
+--      total contained in this variable is compared with the expected
+--      result.
+--
+-- APPLICABILITY CRITERIA:
+--      This test is only applicable for a compiler attempting validation
+--      for the Information Systems Annex.
+--
+--
+-- CHANGE HISTORY:
+--      22 Mar 96   SAIC    Prerelease version for ACVC 2.1.
+--      11 Aug 96   SAIC    ACVC 2.1: In RADIX_2_MULTIPLICATION, corrected
+--                          value of Rate. Corrected associated commentary.
+--
+--!
+
+generic
+   type Decimal_Fixed  is delta <> digits <>;
+   type Ordinary_Fixed is delta <>;
+package CXF2004_0 is
+
+   procedure Multiply_And_Truncate (Balance : in out Decimal_Fixed;
+                                    Factor  : in     Ordinary_Fixed);
+
+   procedure Divide_And_Truncate   (Balance : in out Decimal_Fixed;
+                                    Divisor : in     Ordinary_Fixed);
+
+   procedure Multiply_And_Round    (Balance : in out Decimal_Fixed;
+                                    Factor  : in     Ordinary_Fixed);
+
+   procedure Divide_And_Round      (Balance : in out Decimal_Fixed;
+                                    Divisor : in     Ordinary_Fixed);
+
+end CXF2004_0;
+
+
+     --==================================================================--
+
+
+package body CXF2004_0 is
+
+   procedure Multiply_And_Truncate (Balance : in out Decimal_Fixed;
+                                    Factor  : in     Ordinary_Fixed) is
+      Interest : Decimal_Fixed;
+   begin
+      Interest := Factor * Balance;      -- Fixed-fixed multiplication.
+      Balance  := Balance + Interest;
+   end Multiply_And_Truncate;
+
+
+   procedure Divide_And_Truncate (Balance : in out Decimal_Fixed;
+                                  Divisor : in     Ordinary_Fixed) is
+      Interest : Decimal_Fixed;
+   begin
+      Interest := Balance / Divisor;     -- Fixed-fixed division.
+      Balance  := Balance + Interest;
+   end Divide_And_Truncate;
+
+
+   procedure Multiply_And_Round (Balance : in out Decimal_Fixed;
+                                 Factor  : in     Ordinary_Fixed) is
+      Interest : Decimal_Fixed;
+   begin
+                                         -- Fixed-fixed multiplication.
+      Interest := Decimal_Fixed'Round ( Factor * Balance );
+      Balance  := Balance + Interest;
+   end Multiply_And_Round;
+
+
+   procedure Divide_And_Round (Balance : in out Decimal_Fixed;
+                               Divisor : in     Ordinary_Fixed) is
+      Interest : Decimal_Fixed;
+   begin
+                                         -- Fixed-fixed division.
+      Interest := Decimal_Fixed'Round ( Balance / Divisor );
+      Balance  := Balance + Interest;
+   end Divide_And_Round;
+
+end CXF2004_0;
+
+
+     --==================================================================--
+
+
+package CXF2004_1 is
+
+   type Money_Radix2 is delta 0.01 digits 11;    -- range -999,999,999.99 ..
+   for Money_Radix2'Machine_Radix use 2;         --       +999,999,999.99
+
+
+   type Money_Radix10 is delta 0.01 digits 11;   -- range -999,999,999.99 ..
+   for Money_Radix10'Machine_Radix use 10;       --       +999,999,999.99
+
+
+   type Interest_Rate is delta 0.001 range 0.0 .. 1_000.0;
+   for Interest_Rate'Small use 0.001;            -- Power of 10.
+
+end CXF2004_1;
+
+
+     --==================================================================--
+
+
+with CXF2004_0;
+with CXF2004_1;
+
+with Report;
+procedure CXF2004 is
+
+   Loop_Count : constant := 180;
+   type Loop_Range is range 1 .. Loop_Count;
+
+   type Rounding_Scheme is ( Rounds, Truncates );
+   Machine : Rounding_Scheme;
+
+begin
+
+   Report.Test ("CXF2004", "Check decimal multiplication and division, and " &
+                           "'Round, where one operand type is ordinary fixed");
+
+
+               ---=---=---=---=---=---=---=---=---=---=---
+
+   if CXF2004_1.Interest_Rate'Machine_Rounds then  -- Determine machine's
+      Machine := Rounds;                           -- rounding scheme.
+   else
+      Machine := Truncates;
+   end if;
+
+               ---=---=---=---=---=---=---=---=---=---=---
+
+
+   RADIX_2_SUBTESTS:
+   declare
+      package Radix_2 is new CXF2004_0 (CXF2004_1.Money_Radix2,
+                                        CXF2004_1.Interest_Rate);
+      use type CXF2004_1.Money_Radix2;
+      use type CXF2004_1.Interest_Rate;
+   begin
+
+      RADIX_2_MULTIPLICATION:
+      declare
+         Rate           : constant CXF2004_1.Interest_Rate := 0.154;
+         Period         : constant Integer                 := 12;
+         Factor         :          CXF2004_1.Interest_Rate := Rate / Period;
+
+         -- The exact value of Factor is:
+         --
+         --    0.154/12 = 0.01283333...
+         --
+         -- The adjacent multiples of small are 0.012 and 0.013. Since
+         -- Factor is of an ordinary fixed point type, it may contain either
+         -- of these values. However, since "Rate / Period" is a static
+         -- expression, the value Factor contains is determined by the
+         -- value of CXF2004_1.Interest_Rate'Machine_Rounds:
+         --
+         --    If Machine_Rounds = FALSE : Factor = 0.012
+         --    If Machine_Rounds = TRUE  : Factor = 0.013
+
+         Initial                : constant CXF2004_1.Money_Radix2 :=  1_000.00;
+
+         Trunc_Expected_MachTrnc: constant CXF2004_1.Money_Radix2 :=  8_557.07;
+         Round_Expected_MachTrnc: constant CXF2004_1.Money_Radix2 :=  8_560.47;
+
+         Trunc_Expected_MachRnds: constant CXF2004_1.Money_Radix2 := 10_222.65;
+         Round_Expected_MachRnds: constant CXF2004_1.Money_Radix2 := 10_225.81;
+
+         Balance                : CXF2004_1.Money_Radix2;
+      begin
+                       ---=---=---=---=---=---=---
+
+         Balance := Initial;
+
+         for I in Loop_Range loop
+            Radix_2.Multiply_And_Truncate (Balance, Factor);
+         end loop;
+
+         case (Machine) is
+            when Rounds    => 
+               if Balance /= Trunc_Expected_MachRnds then
+                  Report.Failed ("Error (R): Radix 2 multiply and truncate");
+               end if;
+            when Truncates =>
+               if Balance /= Trunc_Expected_MachTrnc then
+                  Report.Failed ("Error (T): Radix 2 multiply and truncate");
+               end if;
+         end case;
+
+                       ---=---=---=---=---=---=---
+
+         Balance := Initial;
+
+         for I in Loop_Range loop
+            Radix_2.Multiply_And_Round (Balance, Factor);
+         end loop;
+
+         case (Machine) is
+            when Rounds    => 
+               if Balance /= Round_Expected_MachRnds then
+                  Report.Failed ("Error (R): Radix 2 multiply and round");
+               end if;
+            when Truncates =>
+               if Balance /= Round_Expected_MachTrnc then
+                  Report.Failed ("Error (T): Radix 2 multiply and round");
+               end if;
+         end case;
+
+                       ---=---=---=---=---=---=---
+      end RADIX_2_MULTIPLICATION;
+
+
+      RADIX_2_DIVISION:
+      declare
+         Rate           : constant CXF2004_1.Interest_Rate := 0.210;
+         Period         : constant Integer                 := 12;
+         Factor         : constant CXF2004_1.Interest_Rate := Rate / Period;
+         Divisor        :          CXF2004_1.Interest_Rate := 1.0 / Factor;
+
+         -- The exact value of Factor is:
+         --
+         --    0.210/12 = 0.0175
+         --
+         -- The adjacent multiples of small are 0.017 and 0.018. Since
+         -- Factor is of an ordinary fixed point type, it may contain either
+         -- of these values. However, since "Rate / Period" is a static
+         -- expression, the value Factor contains is determined by the
+         -- value of CXF2004_1.Interest_Rate'Machine_Rounds:
+         --
+         --    If Machine_Rounds = FALSE : Factor = 0.017
+         --    If Machine_Rounds = TRUE  : Factor = 0.018
+         --
+         -- The exact value of Divisor is one of the following values:
+         --
+         --    1.0/0.017 = 58.82352... (Adjacent smalls 58.823 and 58.824)
+         --    1.0/0.018 = 55.55555... (Adjacent smalls 55.555 and 55.556)
+         --
+         -- Again, since "1.0 / Factor" is static, the value Divisor contains
+         -- is determined by the value of CXF2004_1.Interest_Rate'Rounds:
+         --
+         --    If Machine_Rounds = FALSE : Divisor = 58.823
+         --    If Machine_Rounds = TRUE  : Divisor = 55.556
+
+         Initial                : constant CXF2004_1.Money_Radix2 :=    260.13;
+
+         Trunc_Expected_MachTrnc: constant CXF2004_1.Money_Radix2 :=  5_401.46;
+         Round_Expected_MachTrnc: constant CXF2004_1.Money_Radix2 :=  5_406.95;
+
+         Trunc_Expected_MachRnds: constant CXF2004_1.Money_Radix2 :=  6_446.56;
+         Round_Expected_MachRnds: constant CXF2004_1.Money_Radix2 :=  6_453.78;
+
+         Balance                : CXF2004_1.Money_Radix2;
+      begin
+                       ---=---=---=---=---=---=---
+
+         Balance := Initial;
+
+         for I in Loop_Range loop
+            Radix_2.Divide_And_Truncate (Balance, Divisor);
+         end loop;
+
+         case (Machine) is
+            when Rounds    => 
+               if Balance /= Trunc_Expected_MachRnds then
+                  Report.Failed ("Error (R): Radix 2 divide and truncate");
+               end if;
+            when Truncates =>
+               if Balance /= Trunc_Expected_MachTrnc then
+                  Report.Failed ("Error (T): Radix 2 divide and truncate");
+               end if;
+         end case;
+
+                       ---=---=---=---=---=---=---
+
+         Balance := Initial;
+
+         for I in Loop_Range loop
+            Radix_2.Divide_And_Round (Balance, Divisor);
+         end loop;
+
+         case (Machine) is
+            when Rounds    => 
+               if Balance /= Round_Expected_MachRnds then
+                  Report.Failed ("Error (R): Radix 2 divide and round");
+               end if;
+            when Truncates =>
+               if Balance /= Round_Expected_MachTrnc then
+                  Report.Failed ("Error (T): Radix 2 divide and round");
+               end if;
+         end case;
+
+                       ---=---=---=---=---=---=---
+      end RADIX_2_DIVISION;
+
+   end RADIX_2_SUBTESTS;
+
+
+               ---=---=---=---=---=---=---=---=---=---=---
+
+
+   RADIX_10_SUBTESTS:
+   declare
+      package Radix_10 is new CXF2004_0 (CXF2004_1.Money_Radix10,
+                                         CXF2004_1.Interest_Rate);
+      use type CXF2004_1.Money_Radix10;
+      use type CXF2004_1.Interest_Rate;
+   begin
+
+      RADIX_10_MULTIPLICATION:
+      declare
+         Rate           : constant CXF2004_1.Interest_Rate := 0.095;
+         Period         : constant Integer                 := 12;
+         Factor         :          CXF2004_1.Interest_Rate := Rate / Period;
+
+         -- The exact value of Factor is:
+         --
+         --    0.095/12 = 0.00791666...
+         --
+         -- The adjacent multiples of small are 0.007 and 0.008. Since
+         -- Factor is of an ordinary fixed point type, it may contain either
+         -- of these values. However, since "Rate / Period" is a static
+         -- expression, the value Factor contains can be determined based
+         -- on the value of CXF2004_1.Interest_Rate'Machine_Rounds:
+         --
+         --    If Machine_Rounds = FALSE : Factor = 0.007
+         --    If Machine_Rounds = TRUE  : Factor = 0.008
+
+         Initial                : constant CXF2004_1.Money_Radix10 := 2_125.00;
+
+         Trunc_Expected_MachTrnc: constant CXF2004_1.Money_Radix10 := 7_456.90;
+         Round_Expected_MachTrnc: constant CXF2004_1.Money_Radix10 := 7_458.77;
+
+         Trunc_Expected_MachRnds: constant CXF2004_1.Money_Radix10 := 8_915.74;
+         Round_Expected_MachRnds: constant CXF2004_1.Money_Radix10 := 8_917.84;
+
+         Balance                : CXF2004_1.Money_Radix10;
+      begin
+                       ---=---=---=---=---=---=---
+
+         Balance := Initial;
+
+         for I in Loop_Range loop
+            Radix_10.Multiply_And_Truncate (Balance, Factor);
+         end loop;
+
+         case (Machine) is
+            when Rounds    => 
+               if Balance /= Trunc_Expected_MachRnds then
+                  Report.Failed ("Error (R): Radix 10 multiply and truncate");
+               end if;
+            when Truncates =>
+               if Balance /= Trunc_Expected_MachTrnc then
+                  Report.Failed ("Error (T): Radix 10 multiply and truncate");
+               end if;
+         end case;
+
+                       ---=---=---=---=---=---=---
+
+         Balance := Initial;
+
+         for I in Loop_Range loop
+            Radix_10.Multiply_And_Round (Balance, Factor);
+         end loop;
+
+         case (Machine) is
+            when Rounds    => 
+               if Balance /= Round_Expected_MachRnds then
+                  Report.Failed ("Error (R): Radix 10 multiply and round");
+               end if;
+            when Truncates =>
+               if Balance /= Round_Expected_MachTrnc then
+                  Report.Failed ("Error (T): Radix 10 multiply and round");
+               end if;
+         end case;
+
+                       ---=---=---=---=---=---=---
+      end RADIX_10_MULTIPLICATION;
+
+
+      RADIX_10_DIVISION:
+      declare
+         Rate           : constant CXF2004_1.Interest_Rate := 0.295;
+         Period         : constant Integer                 := 12;
+         Factor         : constant CXF2004_1.Interest_Rate := Rate / Period;
+         Divisor        :          CXF2004_1.Interest_Rate := 1.0 / Factor;
+
+         -- The exact value of Factor is:
+         --
+         --    0.295/12 = 0.02458333...
+         --
+         -- The adjacent multiples of small are 0.024 and 0.025. Thus, the
+         -- exact value of Divisor is one of the following:
+         --
+         --    1.0/0.024 = 41.66666... (Adjacent smalls 41.666 and 41.667)
+         --    1.0/0.025 = 40.0
+         --
+         -- The value of CXF2004_1.Interest_Rate'Machine_Rounds determines
+         -- what Divisor contains:
+         --
+         --    If Machine_Rounds = FALSE : Divisor = 41.666
+         --    If Machine_Rounds = TRUE  : Divisor = 40.000
+
+         Initial                : constant CXF2004_1.Money_Radix10 :=    72.19;
+
+         Trunc_Expected_MachTrnc: constant CXF2004_1.Money_Radix10 := 5_144.60;
+         Round_Expected_MachTrnc: constant CXF2004_1.Money_Radix10 := 5_157.80;
+
+         Trunc_Expected_MachRnds: constant CXF2004_1.Money_Radix10 := 6_133.28;
+         Round_Expected_MachRnds: constant CXF2004_1.Money_Radix10 := 6_149.06;
+
+         Balance                : CXF2004_1.Money_Radix10;
+      begin
+                       ---=---=---=---=---=---=---
+
+         Balance := Initial;
+
+         for I in Loop_Range loop
+            Radix_10.Divide_And_Truncate (Balance, Divisor);
+         end loop;
+
+         case (Machine) is
+            when Rounds    => 
+               if Balance /= Trunc_Expected_MachRnds then
+                  Report.Failed ("Error (R): Radix 10 divide and truncate");
+               end if;
+            when Truncates =>
+               if Balance /= Trunc_Expected_MachTrnc then
+                  Report.Failed ("Error (T): Radix 10 divide and truncate");
+               end if;
+         end case;
+
+                       ---=---=---=---=---=---=---
+
+         Balance := Initial;
+
+         for I in Loop_Range loop
+            Radix_10.Divide_And_Round (Balance, Divisor);
+         end loop;
+
+         case (Machine) is
+            when Rounds    => 
+               if Balance /= Round_Expected_MachRnds then
+                  Report.Failed ("Error (R): Radix 10 divide and round");
+               end if;
+            when Truncates =>
+               if Balance /= Round_Expected_MachTrnc then
+                  Report.Failed ("Error (T): Radix 10 divide and round");
+               end if;
+         end case;
+
+                       ---=---=---=---=---=---=---
+      end RADIX_10_DIVISION;
+
+   end RADIX_10_SUBTESTS;
+
+
+               ---=---=---=---=---=---=---=---=---=---=---
+
+
+   Report.Result;
+
+end CXF2004;