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Diffstat (limited to 'gcc/testsuite/ada/acats/support/widechr.a')
| -rw-r--r-- | gcc/testsuite/ada/acats/support/widechr.a | 294 |
1 files changed, 0 insertions, 294 deletions
diff --git a/gcc/testsuite/ada/acats/support/widechr.a b/gcc/testsuite/ada/acats/support/widechr.a deleted file mode 100644 index 2eac588b890..00000000000 --- a/gcc/testsuite/ada/acats/support/widechr.a +++ /dev/null @@ -1,294 +0,0 @@ --- WIDECHR.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. ---* --- --- DESCRIPTION: --- --- This program reads C250001.AW and C250002.AW; translates a special --- character sequence into characters and wide characters with positions --- above ASCII.DEL. The resulting tests are written as C250001.A and --- C250002.A respectively. This program may need to --- be modified if the Wide_Character representation recognized by --- your compiler differs from the Wide_Character --- representation generated by the package Ada.Wide_Text_IO. --- Modify this program as needed to translate that file. --- --- A wide character is represented by an 8 character sequence: --- --- ["abcd"] --- --- where the character code represented is specified by four hexadecimal --- digits, abcd, with letters in upper case. For example the wide --- character with the code 16#AB13# is represented by the eight --- character sequence: --- --- ["AB13"] --- --- ASSUMPTIONS: --- --- The path for these files is specified in ImpDef. --- --- SPECIAL REQUIREMENTS: --- --- Compile, bind and execute this program. It will process the ".AW" --- tests, "translating" them to ".A" tests. --- --- CHANGE HISTORY: --- 11 DEC 96 SAIC ACVC 2.1 Release --- --- 11 DEC 96 Keith Constructed initial release version ---! - -with Ada.Text_IO; -with Ada.Wide_Text_IO; -with Ada.Strings.Fixed; -with Impdef; - -procedure WideChr is - - -- Debug - -- - -- To have the program generate trace/debugging information, de-comment - -- the call to Put_Line - - procedure Debug( S: String ) is - begin - null; -- Ada.Text_IO.Put_Line(S); - end Debug; - - package TIO renames Ada.Text_IO; - package WIO renames Ada.Wide_Text_IO; - package SF renames Ada.Strings.Fixed; - - In_File : TIO.File_Type; - - -- This program is actually dual-purpose. It translates the ["xxxx"] - -- notation to Wide_Character, as well as a similar notation ["xx"] into - -- Character. The intent of the latter being the ability to represent - -- literals in the Latin-1 character set that have position numbers - -- greater than ASCII.DEL. The variable Output_Mode drives the algorithms - -- to generate Wide_Character output (Wide) or Character output (Narrow). - - type Output_Modes is ( Wide, Narrow ); - Output_Mode : Output_Modes := Wide; - - Wide_Out : WIO.File_Type; - Narrow_Out : TIO.File_Type; - - In_Line : String(1..132); -- SB: $MAX_LINE_LENGTH - - -- Index variables - -- - -- the following index variables: In_Length, Front, Open_Bracket and - -- Close_Bracket are used by the scanning software to keep track of - -- what's where. - -- - -- In_Length stores the value returned by Ada.Text_IO.Get_Line indicating - -- the position of the last "useful" character in the string In_Line. - -- - -- Front retains the index of the first non-translating character in - -- In_Line, it is used to indicate the starting index of the portion of - -- the string to save without special interpretation. In the example - -- below, where there are two consecutive characters to translate, we see - -- that Front will assume three different values processing the string, - -- these are indicated by the digits '1', '2' & '3' in the comment - -- attached to the declaration. The processing software will dump - -- In_Line(Front..Open_Bracket-1) to the output stream. Note that in - -- the second case, this results in a null string, and in the third case, - -- where Open_Bracket does not obtain a third value, the slice - -- In_Line(Front..In_Length) is used instead. - -- - -- Open_Bracket and Close_Bracket are used to retain the starting index - -- of the character pairs [" and "] respectively. For the purposes of - -- this software the character pairs are what are considered to be the - -- "brackets" enclosing the hexadecimal values to be translated. - -- Looking at the example below you will see where these index variables - -- will "point" in the first and second case. - - In_Length : Natural := 0; ---> Some_["0A12"]["0B13"]_Thing - Front : Natural := 0; -- 1 2 3 - Open_Bracket : Natural := 0; -- 1 2 - Close_Bracket : Natural := 0; -- 1 2 - - -- Xlation - -- - -- This translation table gives an easy way to translate the "decimal" - -- value of a hex digit (as represented by a Latin-1 character) - - type Xlate is array(Character range '0'..'F') of Natural; - Xlation : constant Xlate := - ('0' => 0, '1' => 1, '2' => 2, '3' => 3, '4' => 4, - '5' => 5, '6' => 6, '7' => 7, '8' => 8, '9' => 9, - 'A' => 10, 'B' => 11, 'C' => 12, 'D' => 13, 'E' => 14, - 'F' => 15, - others => 0); - - -- To_Ch - -- - -- This function takes a string which is assumed to be trimmed to just a - -- hexadecimal representation of a Latin-1 character. The result of the - -- function is the Latin-1 character at the position designated by the - -- incoming hexadecimal value. (hexadecimal in human readable form) - - function To_Ch( S:String ) return Character is - Numerical : Natural := 0; - begin - Debug("To Wide: " & S); - for I in S'Range loop - Numerical := Numerical * 16 + Xlation(S(I)); - end loop; - return Character'Val(Numerical); - exception - when Constraint_Error => return '_'; - end To_Ch; - - -- To_Wide - -- - -- This function takes a string which is assumed to be trimmed to just a - -- hexadecimal representation of a Wide_character. The result of the - -- function is the Wide_character at the position designated by the - -- incoming hexadecimal value. (hexadecimal in human readable form) - - function To_Wide( S:String ) return Wide_character is - Numerical : Natural := 0; - begin - Debug("To Wide: " & S); - for I in S'Range loop - Numerical := Numerical * 16 + Xlation(S(I)); - end loop; - return Wide_Character'Val(Numerical); - exception - when Constraint_Error => return '_'; - end To_Wide; - - -- Make_Wide - -- - -- this function converts a String to a Wide_String - - function Make_Wide( S: String ) return Wide_String is - W: Wide_String(S'Range); - begin - for I in S'Range loop - W(I) := Wide_Character'Val( Character'Pos(S(I)) ); - end loop; - return W; - end Make_Wide; - - -- Close_Files - -- - -- Depending on which input we've processed, close the output file - - procedure Close_Files is - begin - TIO.Close(In_File); - if Output_Mode = Wide then - WIO.Close(Wide_Out); - else - TIO.Close(Narrow_Out); - end if; - end Close_Files; - - -- Process - -- - -- for all lines in the input file - -- scan the file for occurrences of [" and "] - -- for found occurrence, attempt translation of the characters found - -- between the brackets. As a safeguard, unrecognizable character - -- sequences will be replaced with the underscore character. This - -- handles the cases in the tests where the test documentation includes - -- examples that are non-conformant: i.e. ["abcd"] or ["XXXX"] - - procedure Process( Input_File_Name: String ) is - begin - TIO.Open(In_File,TIO.In_File,Input_File_Name & ".aw" ); - - if Output_Mode = Wide then - WIO.Create(Wide_Out,WIO.Out_File, Input_File_Name & ".a" ); - else - TIO.Create(Narrow_Out,TIO.Out_File, Input_File_Name & ".a" ); - end if; - - File: while not TIO.End_Of_File( In_File ) loop - In_Line := (others => ' '); - TIO.Get_Line(In_File,In_Line,In_Length); - Debug(In_Line(1..In_Length)); - - Front := 1; - - Line: loop - -- scan for next occurrence of ["abcd"] - Open_Bracket := SF.Index( In_Line(Front..In_Length), "[""" ); - Close_Bracket := SF.Index( In_Line(Front..In_Length), """]" ); - Debug( "[=" & Natural'Image(Open_Bracket) ); - Debug( "]=" & Natural'Image(Close_Bracket) ); - - if Open_Bracket = 0 or Close_Bracket = 0 then - -- done with the line, output remaining characters and exit - Debug("Done with line"); - if Output_Mode = Wide then - WIO.Put_Line(Wide_Out, Make_Wide(In_Line(Front..In_Length)) ); - else - TIO.Put_Line(Narrow_Out, In_Line(Front..In_Length) ); - end if; - exit Line; - else - -- output the "normal" stuff up to the bracket - if Output_Mode = Wide then - WIO.Put(Wide_Out, Make_Wide(In_Line(Front..Open_Bracket-1)) ); - else - TIO.Put(Narrow_Out, In_Line(Front..Open_Bracket-1) ); - end if; - - -- point beyond the closing bracket - Front := Close_Bracket +2; - - -- output the translated hexadecimal character - if Output_Mode = Wide then - WIO.Put(Wide_Out, - To_Wide( In_Line(Open_Bracket+2..Close_Bracket-1) )); - else - TIO.Put(Narrow_Out, - To_Ch( In_Line(Open_Bracket+2..Close_Bracket-1)) ); - end if; - end if; - end loop Line; - - end loop File; - - Close_Files; - exception - when others => - Ada.Text_IO.Put_Line("Error in processing " & Input_File_Name); - raise; - end Process; - -begin - - Output_Mode := Wide; - Process( Impdef.Wide_Character_Test ); - - Output_Mode := Narrow; - Process( Impdef.Upper_Latin_Test ); - -end WideChr; |