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https://gitlab.com/freepascal.org/fpc/source.git
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561 lines
13 KiB
ObjectPascal
561 lines
13 KiB
ObjectPascal
{****************************************************************}
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{ CODE GENERATOR TEST PROGRAM }
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{ Copyright (c) 2002, Carl Eric Codere }
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{****************************************************************}
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{ NODE TESTED : secondtypeconvert() -> second_string_string }
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{****************************************************************}
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{ PRE-REQUISITES: secondload() }
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{ secondassign() }
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{ secondtypeconv() }
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{****************************************************************}
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{ DEFINES: }
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{ FPC = Target is FreePascal compiler }
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{****************************************************************}
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{ REMARKS: Same type short conversion is not tested, except for }
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{ shortstrings , since it requires special handling. }
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{ }
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{ }
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{****************************************************************}
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{$ifdef fpc}
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{$mode objfpc}
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{$ifndef ver1_0}
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{$define haswidestring}
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{$endif}
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{$else}
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{$ifndef ver70}
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{$define haswidestring}
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{$endif}
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{$endif}
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{$H+}
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const
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{ exactly 255 characters in length }
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BIG_STRING =
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' This is a small text documentation to verify the validity of'+
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' the string conversion routines. Of course the conversion routines'+
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' should normally work like a charm, and this can only test that there'+
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' aren''t any problems with maximum length strings. This fix!';
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{ < 255 characters in length }
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SMALL_STRING = 'This is a small hello!';
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{ > 255 characters in length }
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HUGE_STRING_END = ' the goal of this experiment';
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HUGE_STRING =
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' This is a huge text documentation to verify the validity of'+
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' the string conversion routines. Of course the conversion routines'+
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' should normally work like a charm, and this can only test that there'+
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' aren''t any problems with maximum length strings. I hope you understand'+
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HUGE_STRING_END;
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EMPTY_STRING = '';
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type
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shortstr = string[127];
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var
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s2: shortstr;
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str_ansi: ansistring;
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str_short: shortstring;
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{$ifdef haswidestring}
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str_wide : widestring;
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{$endif}
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procedure fail;
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begin
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WriteLn('Failure!');
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Halt(1);
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end;
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procedure test_ansi_to_short;
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begin
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{************************************************************************}
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{ ansistring -> shortstring }
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{************************************************************************}
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WriteLn('Test ansistring -> shortstring');
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{ ansistring -> shortstring }
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str_short := '';
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str_ansi:='';
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str_ansi := SMALL_STRING;
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str_short:=str_ansi;
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Write('small ansistring -> shortstring...');
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if str_short = str_ansi then
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WriteLn('Success.')
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else
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fail;
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str_short := '';
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str_ansi:='';
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str_ansi := EMPTY_STRING;
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str_short:=str_ansi;
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Write('empty ansistring -> shortstring...');
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if str_short = str_ansi then
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WriteLn('Success.')
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else
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fail;
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str_short := '';
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str_ansi:='';
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str_ansi := BIG_STRING;
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str_short:=str_ansi;
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Write('big ansistring -> shortstring...');
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if str_short = str_ansi then
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WriteLn('Success.')
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else
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fail;
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Write('huge ansistring -> shortstring...');
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str_short := '';
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str_ansi:='';
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str_ansi := HUGE_STRING;
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str_short:=str_ansi;
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{ Delphi 3/Delphi 6 does not consider these as the same string }
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if str_short <> str_ansi then
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WriteLn('Success.')
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else
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fail;
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{}
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s2 := '';
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str_ansi:='';
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str_ansi := SMALL_STRING;
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s2:=str_ansi;
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Write('small ansistring -> shortstring...');
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if s2 = str_ansi then
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WriteLn('Success.')
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else
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fail;
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s2 := '';
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str_ansi:='';
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str_ansi := EMPTY_STRING;
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s2:=str_ansi;
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Write('empty ansistring -> shortstring...');
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if s2 = str_ansi then
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WriteLn('Success.')
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else
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fail;
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s2 := '';
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str_ansi:='';
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str_ansi := BIG_STRING;
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s2:=str_ansi;
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Write('big ansistring -> shortstring...');
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{ Should fail, since comparing different string lengths }
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if s2 <> str_ansi then
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WriteLn('Success.')
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else
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fail;
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s2 := '';
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str_ansi:='';
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str_ansi := HUGE_STRING;
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s2:=str_ansi;
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Write('huge ansistring -> shortstring...');
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{ Should fail, since comparing different string lengths }
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if s2 <> str_ansi then
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WriteLn('Success.')
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else
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fail;
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end;
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procedure test_short_to_short;
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begin
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{************************************************************************}
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{ shortstring -> shortstring }
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{************************************************************************}
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WriteLn('Test shortstring -> shortstring...');
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{ shortstring -> shortstring }
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str_short := '';
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s2:='';
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s2 := SMALL_STRING;
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str_short:=s2;
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Write('small shortstring -> shortstring...');
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if str_short = s2 then
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WriteLn('Success.')
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else
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fail;
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str_short := '';
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s2:='';
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s2 := EMPTY_STRING;
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str_short:=s2;
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Write('empty shortstring -> shortstring...');
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if str_short = s2 then
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WriteLn('Success.')
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else
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fail;
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{$ifdef fpc}
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{ Delphi does not compile these }
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str_short := '';
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s2:='';
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s2 := BIG_STRING;
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str_short:=s2;
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Write('big shortstring -> shortstring...');
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if str_short = s2 then
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WriteLn('Success.')
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else
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fail;
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str_short := '';
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s2:='';
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s2 := HUGE_STRING;
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str_short:=s2;
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Write('huge shortstring -> shortstring...');
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{ Delphi 3/Delphi 6 does not consider these as the same string }
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if str_short = s2 then
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WriteLn('Success.')
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else
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fail;
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{$endif}
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s2 := '';
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str_short:='';
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str_short := SMALL_STRING;
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Write('small shortstring -> shortstring...');
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s2:=str_short;
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if s2 = str_short then
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WriteLn('Success.')
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else
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fail;
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s2 := '';
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str_short:='';
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str_short := EMPTY_STRING;
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Write('empty shortstring -> shortstring...');
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s2:=str_short;
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if s2 = str_short then
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WriteLn('Success.')
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else
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fail;
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s2 := '';
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str_short:='';
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str_short := BIG_STRING;
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Write('big shortstring -> shortstring...');
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s2:=str_short;
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{ Should fail, since comparing different string lengths }
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if s2 <> str_short then
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WriteLn('Success.')
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else
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fail;
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{$ifdef fpc}
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s2 := '';
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str_short:='';
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str_short := HUGE_STRING;
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Write('huge shortstring -> shortstring...');
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s2:=str_short;
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{ Should fail, since comparing different string lengths }
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if s2 <> str_short then
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WriteLn('Success.')
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else
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fail;
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{$endif}
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end;
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procedure test_short_to_ansi;
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begin
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{************************************************************************}
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{ shortstring -> ansistring }
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{************************************************************************}
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WriteLn('Test shortstring -> ansistring');
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Write('small shortstring -> ansistring...');
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{ shortstring -> ansistring }
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str_short := SMALL_STRING;
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str_ansi:=str_short;
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if str_short = str_ansi then
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WriteLn('Success.')
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else
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fail;
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Write('empty shortstring -> ansistring...');
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str_short := EMPTY_STRING;
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str_ansi:=str_short;
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if str_short = str_ansi then
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WriteLn('Success.')
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else
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fail;
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Write('big shortstring -> ansistring...');
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str_short := BIG_STRING;
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str_ansi:=str_short;
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if str_short = str_ansi then
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WriteLn('Success.')
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else
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fail;
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Write('small shortstring -> ansistring...');
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{ shortstring -> ansistring }
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s2 := SMALL_STRING;
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str_ansi:=s2;
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if s2 = str_ansi then
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WriteLn('Success.')
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else
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fail;
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Write('empty shortstring -> ansistring...');
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s2 := EMPTY_STRING;
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str_ansi:=s2;
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if s2 = str_ansi then
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WriteLn('Success.')
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else
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fail;
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end;
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{$ifdef haswidestring}
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procedure test_wide_to_ansi;
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begin
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{************************************************************************}
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{ widestring -> ansistring }
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{************************************************************************}
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WriteLn('Test widestring -> ansistring');
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Write('small widestring -> ansistring...');
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{ widestring -> ansistring }
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str_wide := SMALL_STRING;
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str_ansi:=str_wide;
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if str_wide = str_ansi then
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WriteLn('Success.')
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else
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fail;
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Write('empty widestring -> ansistring...');
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str_wide := EMPTY_STRING;
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str_ansi:=str_wide;
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if str_wide = str_ansi then
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WriteLn('Success.')
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else
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fail;
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Write('big widestring -> ansistring...');
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str_wide := BIG_STRING;
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str_ansi:=str_wide;
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if str_wide = str_ansi then
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WriteLn('Success.')
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else
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fail;
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Write('huge widestring -> ansistring...');
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str_wide := HUGE_STRING;
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str_ansi:=str_wide;
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if str_wide = str_ansi then
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WriteLn('Success.')
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else
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fail;
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end;
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procedure test_short_to_wide;
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begin
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{************************************************************************}
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{ shortstring -> widestring }
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{************************************************************************}
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WriteLn('Test shortstring -> widestring');
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Write('small shortstring -> widestring...');
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{ shortstring -> widestring }
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str_short := SMALL_STRING;
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str_wide:=str_short;
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if str_short = str_wide then
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WriteLn('Success.')
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else
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fail;
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Write('empty shortstring -> widestring...');
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str_short := EMPTY_STRING;
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str_wide:=str_short;
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if str_short = str_wide then
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WriteLn('Success.')
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else
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fail;
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Write('big shortstring -> widestring...');
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str_short := BIG_STRING;
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str_wide:=str_short;
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if str_short = str_wide then
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WriteLn('Success.')
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else
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fail;
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Write('small shortstring -> widestring...');
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{ shortstring -> widestring }
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s2 := SMALL_STRING;
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str_wide:=s2;
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if s2 = str_wide then
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WriteLn('Success.')
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else
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fail;
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Write('empty shortstring -> widestring...');
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s2 := EMPTY_STRING;
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str_wide:=s2;
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if s2 = str_wide then
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WriteLn('Success.')
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else
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fail;
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end;
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procedure test_ansi_to_wide;
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begin
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{************************************************************************}
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{ ansistring -> widestring }
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{************************************************************************}
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WriteLn('Test ansistring -> widestring');
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Write('small ansistring -> widestring...');
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{ ansistring -> widestring }
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str_ansi := SMALL_STRING;
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str_wide:=str_ansi;
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if str_ansi = str_wide then
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WriteLn('Success.')
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else
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fail;
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Write('empty ansistring -> widestring...');
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str_ansi := EMPTY_STRING;
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str_wide:=str_ansi;
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if str_ansi = str_wide then
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WriteLn('Success.')
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else
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fail;
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Write('big ansistring -> widestring...');
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str_ansi := BIG_STRING;
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str_wide:=str_ansi;
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if str_ansi = str_wide then
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WriteLn('Success.')
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else
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fail;
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Write('small ansistring -> widestring...');
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{ ansistring -> widestring }
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s2 := SMALL_STRING;
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str_wide:=s2;
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if s2 = str_wide then
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WriteLn('Success.')
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else
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fail;
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Write('empty ansistring -> widestring...');
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s2 := EMPTY_STRING;
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str_wide:=s2;
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if s2 = str_wide then
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WriteLn('Success.')
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else
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fail;
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end;
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procedure test_wide_to_short;
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begin
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{************************************************************************}
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{ widestring -> shortstring }
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{************************************************************************}
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WriteLn('Test widestring -> shortstring');
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{ widestring -> shortstring }
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str_short := '';
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str_wide:='';
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str_wide := SMALL_STRING;
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Write('small widestring -> shortstring...');
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str_short:=str_wide;
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if str_short = str_wide then
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WriteLn('Success.')
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else
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fail;
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str_short := '';
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str_wide:='';
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str_wide := EMPTY_STRING;
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Write('empty widestring -> shortstring...');
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str_short:=str_wide;
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if str_short = str_wide then
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WriteLn('Success.')
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else
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fail;
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Write('big widestring -> shortstring...');
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str_short := '';
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str_wide:='';
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str_wide := BIG_STRING;
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str_short:=str_wide;
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if str_short = str_wide then
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WriteLn('Success.')
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else
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fail;
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Write('huge widestring -> shortstring...');
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str_wide := HUGE_STRING;
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str_short:=str_wide;
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if str_short <> str_wide then
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WriteLn('Success.')
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else
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fail;
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{}
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Write('small widestring -> shortstring...');
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s2 := '';
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str_wide:='';
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str_wide := SMALL_STRING;
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s2:=str_wide;
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if s2 = str_wide then
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WriteLn('Success.')
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else
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fail;
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Write('empty widestring -> shortstring...');
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s2 := '';
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str_wide:='';
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str_wide := EMPTY_STRING;
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s2:=str_wide;
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if s2 = str_wide then
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WriteLn('Success.')
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else
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fail;
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Write('big widestring -> shortstring...');
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s2 := '';
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str_wide:='';
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str_wide := BIG_STRING;
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s2:=str_wide;
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if s2 <> str_wide then
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WriteLn('Success.')
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else
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fail;
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Write('huge widestring -> shortstring...');
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s2 := '';
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str_wide:='';
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str_wide := HUGE_STRING;
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s2:=str_wide;
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if s2 <> str_wide then
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WriteLn('Success.')
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else
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fail;
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end;
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{$endif}
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Begin
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test_ansi_to_short;
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test_short_to_short;
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test_short_to_ansi;
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{ requires widestring support }
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{$ifdef haswidestring}
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test_short_to_wide;
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test_ansi_to_wide;
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test_wide_to_short;
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test_wide_to_ansi;
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{$endif}
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End.
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