Subversion Repositories openrisc_2011-10-31

-- CXA4015.A

--

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--                                    DISCLAIMER

--

--     ALL MATERIALS OR INFORMATION HEREIN RELEASED, MADE AVAILABLE OR

--     DISCLOSED ARE AS IS.  THE GOVERNMENT MAKES NO EXPRESS OR IMPLIED

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--     PARTICULAR PURPOSE OF SAID MATERIAL.

--*

--

-- OBJECTIVE:

--      Check that the subprograms defined in package Ada.Strings.Wide_Fixed

--      are available, and that they produce correct results.  Specifically,

--      check the subprograms Count, Find_Token, Index, Index_Non_Blank, and

--      Move.

--

-- TEST DESCRIPTION:

--      This test, when combined with tests CXA4013,14,16 will provide

--      coverage of the functionality found in Ada.Strings.Wide_Fixed.

--      This test contains many small, specific test cases, situations that

--      although common in user environments, are often difficult to generate

--      in large numbers in a application-based test.

--

--

-- CHANGE HISTORY:

--      06 Dec 94   SAIC    ACVC 2.0

--      02 Nov 95   SAIC    Corrected various accesssibility problems and

--                          expected result strings for ACVC 2.0.1.

--

--!

package CXA40150 is

   -- Wide Character mapping function defined for use with specific

   -- versions of functions Index and Count.

   function AK_to_ZQ_Mapping (From : Wide_Character) return Wide_Character;

end CXA40150;

package body CXA40150 is

   function AK_to_ZQ_Mapping (From : Wide_Character)

     return Wide_Character is

   begin

      if From = 'a' then

         return 'z';

      elsif From = 'k' then

         return 'q';

      else

         return From;

      end if;

   end AK_to_ZQ_Mapping;

end CXA40150;

with CXA40150;

with Report;

with Ada.Strings;

with Ada.Strings.Wide_Fixed;

with Ada.Strings.Wide_Maps;

procedure CXA4015 is

begin

   Report.Test("CXA4015", "Check that the subprograms defined in "         &

                          "package Ada.Strings.Wide_Fixed are available, " &

                          "and that they produce correct results");

   Test_Block:

   declare

      use CXA40150;

      package ASF  renames Ada.Strings.Wide_Fixed;

      package Maps renames Ada.Strings.Wide_Maps;

      Result_String  : Wide_String(1..10) :=

                          (others => Ada.Strings.Wide_Space);

      Source_String1 : Wide_String(1..5)  := "abcde";  -- odd len Wide_String

      Source_String2 : Wide_String(1..6)  := "abcdef"; -- even len Wide_String

      Source_String3 : Wide_String(1..12) := "abcdefghijkl";

      Source_String4 : Wide_String(1..12) := "abcdefghij  "; -- last 2 ch pad

      Source_String5 : Wide_String(1..12) := "  cdefghijkl"; -- first 2 ch pad

      Source_String6 : Wide_String(1..12) := "abcdefabcdef";

      Location       : Natural := 0;

      Slice_Start    : Positive;

      Slice_End,

      Slice_Count    : Natural := 0;

      CD_Set         : Maps.Wide_Character_Set := Maps.To_Set("cd");

      ABCD_Set       : Maps.Wide_Character_Set := Maps.To_Set("abcd");

      A_to_F_Set     : Maps.Wide_Character_Set := Maps.To_Set("abcdef");

      CD_to_XY_Map   : Maps.Wide_Character_Mapping :=

                         Maps.To_Mapping(From => "cd",  To => "xy");

      -- Access-to-Subprogram object defined for use with specific versions of

      -- functions Index and Count.

      Map_Ptr : Maps.Wide_Character_Mapping_Function :=

                  AK_to_ZQ_Mapping'Access;

   begin

      -- Procedure Move

      -- Evaluate the Procedure Move with various combinations of

      -- parameters.

      -- Justify = Left (default case)

      ASF.Move(Source => Source_String1,       -- "abcde"

               Target => Result_String);

      if Result_String /= "abcde     " then

         Report.Failed("Incorrect result from Move with Justify = Left");

      end if;

      -- Justify = Right

      ASF.Move(Source  => Source_String2,      -- "abcdef"

               Target  => Result_String,

               Drop    => Ada.Strings.Error,

               Justify => Ada.Strings.Right);

      if Result_String /= "    abcdef" then

         Report.Failed("Incorrect result from Move with Justify = Right");

      end if;

      -- Justify = Center (two cases, odd and even pad lengths)

      ASF.Move(Source_String1,                 -- "abcde"

               Result_String,

               Ada.Strings.Error,

               Ada.Strings.Center,

               'x');                           -- non-default padding.

      if Result_String /= "xxabcdexxx" then  -- Unequal padding added right

         Report.Failed("Incorrect result from Move with Justify = Center-1");

      end if;

      ASF.Move(Source_String2,                 -- "abcdef"

               Result_String,

               Ada.Strings.Error,

               Ada.Strings.Center);

      if Result_String /= "  abcdef  " then  -- Equal padding added on L/R.

         Report.Failed("Incorrect result from Move with Justify = Center-2");

      end if;

      -- When the source Wide_String is longer than the target Wide_String,

      -- several cases can be examined, with the results depending on the

      -- value of the Drop parameter.

      -- Drop = Left

      ASF.Move(Source => Source_String3,       -- "abcdefghijkl"

               Target => Result_String,

               Drop   => Ada.Strings.Left);

      if Result_String /= "cdefghijkl" then

         Report.Failed("Incorrect result from Move with Drop = Left");

      end if;

      -- Drop = Right

      ASF.Move(Source_String3, Result_String, Ada.Strings.Right);

      if Result_String /= "abcdefghij" then

         Report.Failed("Incorrect result from Move with Drop = Right");

      end if;

      -- Drop = Error

      -- The effect in this case depends on the value of the justify

      -- parameter, and on whether any characters in Source other than

      -- Pad would fail to be copied.

      -- Drop = Error, Justify = Left, right overflow characters are pad.

      ASF.Move(Source  => Source_String4,      -- "abcdefghij  "

               Target  => Result_String,

               Drop    => Ada.Strings.Error,

               Justify => Ada.Strings.Left);

      if not(Result_String = "abcdefghij") then  -- leftmost 10 characters

          Report.Failed("Incorrect result from Move with Drop = Error - 1");

      end if;

      -- Drop = Error, Justify = Right, left overflow characters are pad.

      ASF.Move(Source_String5,                 -- "  cdefghijkl"

               Result_String,

               Ada.Strings.Error,

               Ada.Strings.Right);

      if Result_String /= "cdefghijkl" then  -- rightmost 10 characters

         Report.Failed("Incorrect result from Move with Drop = Error - 2");

      end if;

      -- In other cases of Drop=Error, Length_Error is propagated, such as:

      begin

         ASF.Move(Source_String3,     -- 12 characters, no Pad.

                  Result_String,      -- 10 characters

                  Ada.Strings.Error,

                  Ada.Strings.Left);

         Report.Failed("Length_Error not raised by Move - 1");

      exception

         when Ada.Strings.Length_Error => null;   -- OK

         when others =>

            Report.Failed("Incorrect exception raised by Move - 1");

      end;

      -- Function Index

      -- (Other usage examples of this function found in CXA4013-14.)

      -- Check when the pattern is not found in the source.

      if ASF.Index("abcdef", "gh")       /= 0 or

         ASF.Index("abcde",  "abcdef")   /= 0 or  -- pattern > source

         ASF.Index("xyz",

                   "abcde",

                   Ada.Strings.Backward) /= 0 or

         ASF.Index("",      "ab")        /= 0 or  -- null source Wide_String.

         ASF.Index("abcde", "  ")        /= 0     -- blank pattern.

      then

         Report.Failed("Incorrect result from Index, no pattern match");

      end if;

      -- Check that Pattern_Error is raised when the pattern is the

      -- null Wide_String.

      begin

         Location := ASF.Index(Source_String6,    -- "abcdefabcdef"

                               "",                -- null pattern Wide_String.

                               Ada.Strings.Forward);

         Report.Failed("Pattern_Error not raised by Index");

      exception

         when Ada.Strings.Pattern_Error => null;  -- OK, expected exception.

         when others                    =>

           Report.Failed("Incorrect exception raised by Index, null pattern");

      end;

      -- Use the search direction "backward" to locate the particular

      -- pattern within the source Wide_String.

      Location := ASF.Index(Source_String6,         -- "abcdefabcdef"

                            "de",                   -- slice 4..5, 10..11

                            Ada.Strings.Backward);  -- search from right end.

      if Location /= 10  then

         Report.Failed("Incorrect result from Index going Backward");

      end if;

      -- Function Index

      -- Use the version of Index that takes a Wide_Character_Mapping_Function

      -- parameter.

      -- Use the search directions Forward and Backward to locate the

      -- particular pattern wide string within the source wide string.

      Location := ASF.Index("akzqefakzqef",

                            "qzq",                  -- slice 8..10

                            Ada.Strings.Backward,

                            Map_Ptr);      -- perform 'a' to 'z', 'k' to 'q'

                                           -- translation.

      if Location /= 8  then

         Report.Failed

           ("Incorrect result from Index w/map ptr going Backward");

      end if;

      Location := ASF.Index("ddkkddakcdakdefcadckdfzaaqd",

                            "zq",                  -- slice 7..8

                            Ada.Strings.Forward,

                            Map_Ptr);      -- perform 'a' to 'z', 'k' to 'q'

                                           -- translation.

      if Location /= 7  then

         Report.Failed

           ("Incorrect result from Index w/map ptr going Forward");

      end if;

      if ASF.Index("aakkzq", "zq",   Ada.Strings.Forward,  Map_Ptr) /= 2 or

         ASF.Index("qzedka", "qz",   Ada.Strings.Backward, Map_Ptr) /= 5 or

         ASF.Index("zazaza", "zzzz", Ada.Strings.Backward, Map_Ptr) /= 3 or

         ASF.Index("kka",    "qqz",  Ada.Strings.Forward,  Map_Ptr) /= 1

      then

         Report.Failed("Incorrect result from Index w/map ptr");

      end if;

      -- Check when the pattern wide string is not found in the source.

      if ASF.Index("akzqef", "kzq",    Ada.Strings.Forward,  Map_Ptr) /= 0 or

         ASF.Index("abcde",  "abcdef", Ada.Strings.Backward, Map_Ptr) /= 0 or

         ASF.Index("xyz",    "akzde",  Ada.Strings.Backward, Map_Ptr) /= 0 or

         ASF.Index("",       "zq",     Ada.Strings.Forward,  Map_Ptr) /= 0 or

         ASF.Index("akcde",  "  ",     Ada.Strings.Backward, Map_Ptr) /= 0

      then

         Report.Failed

           ("Incorrect result from Index w/map ptr, no pattern match");

      end if;

      -- Check that Pattern_Error is raised when the pattern is a

      -- null Wide_String.

      begin

         Location := ASF.Index("akzqefakqzef",

                               "",                -- null pattern Wide_String.

                               Ada.Strings.Forward,

                               Map_Ptr);

         Report.Failed("Pattern_Error not raised by Index w/map ptr");

      exception

         when Ada.Strings.Pattern_Error => null;  -- OK, expected exception.

         when others                    =>

           Report.Failed

             ("Incorrect exception raised by Index w/map ptr, null pattern");

      end;

      -- Function Index

      -- Using the version of Index testing wide character set membership,

      -- check combinations of forward/backward, inside/outside parameter

      -- configurations.

      if ASF.Index(Source => Source_String1,              -- "abcde"

                   Set    => CD_Set,

                   Test   => Ada.Strings.Inside,

                   Going  => Ada.Strings.Forward) /= 3 or -- 'c' at pos 3.

         ASF.Index(Source_String6,                        -- "abcdefabcdef"

                   CD_Set,

                   Ada.Strings.Outside,

                   Ada.Strings.Backward)  /=  12  or   -- 'f' at position 12

         ASF.Index(Source_String6,                     -- "abcdefabcdef"

                   CD_Set,

                   Ada.Strings.Inside,

                   Ada.Strings.Backward)  /=   10  or  -- 'd' at position 10

         ASF.Index("cdcdcdcdacdcdcdcd",

                   CD_Set,

                   Ada.Strings.Outside,

                   Ada.Strings.Forward)   /=    9      -- 'a' at position 9

      then

         Report.Failed("Incorrect result from function Index for sets - 1");

      end if;

      -- Additional interesting uses/combinations using Index for sets.

      if ASF.Index("cd",                               -- same size, str-set

                   CD_Set,

                   Ada.Strings.Inside,

                   Ada.Strings.Forward)   /=    1  or  -- 'c' at position 1

         ASF.Index("abcd",                             -- same size, str-set,

                   Maps.To_Set("efgh"),                -- different contents.

                   Ada.Strings.Outside,

                   Ada.Strings.Forward)   /=    1  or

         ASF.Index("abccd",                            -- set > Wide_String

                   Maps.To_Set("acegik"),

                   Ada.Strings.Inside,

                   Ada.Strings.Backward)  /=    4  or  -- 'c' at position 4

         ASF.Index("abcde",

                   Maps.Null_Set)         /=    0  or

         ASF.Index("",                                 -- Null string.

                   CD_Set)                /=    0  or

         ASF.Index("abc ab",                           -- blank included

                   Maps.To_Set("e "),                  -- in Wide_String and

                   Ada.Strings.Inside,                 -- set.

                   Ada.Strings.Backward)  /=    4      -- blank in Wide_Str.

      then

         Report.Failed("Incorrect result from function Index for sets - 2");

      end if;

      -- Function Index_Non_Blank.

      -- (Other usage examples of this function found in CXA4013-14.)

      if ASF.Index_Non_Blank(Source => Source_String4,  -- "abcdefghij  "

                             Going  => Ada.Strings.Backward)  /= 10  or

         ASF.Index_Non_Blank("abc def ghi jkl  ",

                             Ada.Strings.Backward)            /= 15  or

         ASF.Index_Non_Blank("  abcdef")                      /=  3  or

         ASF.Index_Non_Blank("        ")                      /=  0

      then

          Report.Failed("Incorrect result from Index_Non_Blank");

      end if;

      -- Function Count

      -- (Other usage examples of this function found in CXA4013-14.)

      if ASF.Count("abababa",   "aba")            /=  2  or

         ASF.Count("abababa",   "ab" )            /=  3  or

         ASF.Count("babababa",  "ab")             /=  3  or

         ASF.Count("abaabaaba", "aba")            /=  3  or

         ASF.Count("xxxxxxxxxxxxxxxxxxxy", "xy")  /=  1  or

         ASF.Count("xxxxxxxxxxxxxxxxxxxx", "x")   /= 20

      then

         Report.Failed("Incorrect result from Function Count");

      end if;

      -- Determine the number of slices of Source that when mapped to a

      -- non-identity map, match the pattern Wide_String.

      Slice_Count := ASF.Count(Source_String6, -- "abcdefabcdef"

                               "xy",

                               CD_to_XY_Map);  -- maps 'c' to 'x', 'd' to 'y'

      if Slice_Count /= 2 then  -- two slices "xy" in "mapped" Source_String6

         Report.Failed("Incorrect result from Count with non-identity map");

      end if;

      -- If the pattern supplied to Function Count is the null Wide_String,

      -- then Pattern_Error is propagated.

      declare

         The_Null_Wide_String : constant Wide_String := "";

      begin

         Slice_Count := ASF.Count(Source_String6, The_Null_Wide_String);

         Report.Failed("Pattern_Error not raised by Function Count");

      exception

         when Ada.Strings.Pattern_Error => null;   -- OK

         when others =>

           Report.Failed("Incorrect exception from Count with null pattern");

      end;

      -- Function Count

      -- Use the version of Count that takes a Wide_Character_Mapping_Function

      -- value as the basis of its source mapping.

      if ASF.Count("akakaka",      "zqz", Map_Ptr)          /=  2  or

         ASF.Count("akakaka",      "qz",  Map_Ptr)          /=  3  or

         ASF.Count("kakakaka",     "q",   Map_Ptr)          /=  4  or

         ASF.Count("zzqaakzaqzzk", "zzq", Map_Ptr)          /=  4  or

         ASF.Count("   ",          "z",   Map_Ptr)          /=  0  or

         ASF.Count("",             "qz",  Map_Ptr)          /=  0  or

         ASF.Count("abbababab",    "zq",  Map_Ptr)          /=  0  or

         ASF.Count("aaaaaaaaaaaaaaaaaakk", "zqq", Map_Ptr)  /=  1  or

         ASF.Count("azaazaazzzaaaaazzzza", "z",   Map_Ptr)  /= 20

      then

         Report.Failed("Incorrect result from Function Count w/map ptr");

      end if;

      -- If the pattern supplied to Function Count is a null Wide_String,

      -- then Pattern_Error is propagated.

      declare

         The_Null_Wide_String : constant Wide_String := "";

      begin

         Slice_Count := ASF.Count(Source_String6,

                                  The_Null_Wide_String,

                                  Map_Ptr);

         Report.Failed

           ("Pattern_Error not raised by Function Count w/map ptr");

      exception

         when Ada.Strings.Pattern_Error => null;   -- OK

         when others =>

           Report.Failed

             ("Incorrect exception from Count w/map ptr, null pattern");

      end;

      -- Function Count returning the number of characters in a particular

      -- set that are found in source Wide_String.

      if ASF.Count(Source_String6, CD_Set) /=  4 or  -- 2 'c' and 'd' chars.

         ASF.Count("cddaccdaccdd", CD_Set) /= 10

      then

         Report.Failed("Incorrect result from Count with set");

      end if;

      -- Function Find_Token.

      -- (Other usage examples of this function found in CXA4013-14.)

      ASF.Find_Token(Source  => Source_String6,      -- First slice with no

                     Set     => ABCD_Set,            -- 'a', 'b', 'c', or 'd'

                     Test    => Ada.Strings.Outside, -- is "ef" at 5..6.

                     First   => Slice_Start,

                     Last    => Slice_End);

      if Slice_Start /= 5  or Slice_End /= 6 then

         Report.Failed("Incorrect result from Find_Token - 1");

      end if;

      -- If no appropriate slice is contained by the source Wide_String,

      -- then the value returned in Last is zero, and the value in First is

      -- Source'First.

      ASF.Find_Token(Source_String6,      -- "abcdefabcdef"

                     A_to_F_Set,          -- Set of characters 'a' thru 'f'.

                     Ada.Strings.Outside, -- No characters outside this set.

                     Slice_Start,

                     Slice_End);

      if Slice_Start /= Source_String6'First  or Slice_End /= 0 then

         Report.Failed("Incorrect result from Find_Token - 2");

      end if;

      -- Additional testing of Find_Token.

      ASF.Find_Token("eabcdabcddcab",

                     ABCD_Set,

                     Ada.Strings.Inside,

                     Slice_Start,

                     Slice_End);

      if Slice_Start /= 2  or Slice_End /= 13 then

         Report.Failed("Incorrect result from Find_Token - 3");

      end if;

      ASF.Find_Token("efghijklabcdabcd",

                     ABCD_Set,

                     Ada.Strings.Outside,

                     Slice_Start,

                     Slice_End);

      if Slice_Start /= 1  or Slice_End /= 8 then

         Report.Failed("Incorrect result from Find_Token - 4");

      end if;

      ASF.Find_Token("abcdefgabcdabcd",

                     ABCD_Set,

                     Ada.Strings.Outside,

                     Slice_Start,

                     Slice_End);

      if Slice_Start /= 5  or Slice_End /= 7 then

         Report.Failed("Incorrect result from Find_Token - 5");

      end if;

      ASF.Find_Token("abcdcbabcdcba",

                     ABCD_Set,

                     Ada.Strings.Inside,

                     Slice_Start,

                     Slice_End);

      if Slice_Start /= 1  or Slice_End /= 13 then

         Report.Failed("Incorrect result from Find_Token - 6");

      end if;

   exception

      when others => Report.Failed("Exception raised in Test_Block");

   end Test_Block;

   Report.Result;

end CXA4015;