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fpc/rtl/objpas/sysstr.inc

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{
*********************************************************************
$Id$
Copyright (C) 1997, 1998 Gertjan Schouten
This program is free software; you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation; either version 2 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program; if not, write to the Free Software
Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
*********************************************************************
System Utilities For Free Pascal
}
{ NewStr creates a new PString and assigns S to it
if length(s) = 0 NewStr returns Nil }
function NewStr(const S: string): PString;
begin
if (S='') then
Result:=nil
else
begin
getmem(Result,length(s)+1);
if (Result<>nil) then
Result^:=s;
end;
end;
{ DisposeStr frees the memory occupied by S }
procedure DisposeStr(S: PString);
begin
if S <> Nil then
begin
Freemem(S,Length(S^)+1);
S:=nil;
end;
end;
{ AssignStr assigns S to P^ }
procedure AssignStr(var P: PString; const S: string);
begin
P^ := s;
end ;
{ AppendStr appends S to Dest }
procedure AppendStr(var Dest: String; const S: string);
begin
Dest := Dest + S;
end ;
{ UpperCase returns a copy of S where all lowercase characters ( from a to z )
have been converted to uppercase }
function UpperCase(const S: string): string;
var i: integer;
begin
result := S;
i := Length(S);
while i <> 0 do begin
if (result[i] in ['a'..'z']) then result[i] := char(byte(result[i]) - 32);
Dec(i);
end;
end;
{ LowerCase returns a copy of S where all uppercase characters ( from A to Z )
have been converted to lowercase }
function LowerCase(const S: string): string;
var i: integer;
begin
result := S;
i := Length(result);
while i <> 0 do begin
if (result[i] in ['A'..'Z']) then result[i] := char(byte(result[i]) + 32);
dec(i);
end;
end;
{ CompareStr compares S1 and S2, the result is the based on
substraction of the ascii values of the characters in S1 and S2
case result
S1 < S2 < 0
S1 > S2 > 0
S1 = S2 = 0 }
function CompareStr(const S1, S2: string): Integer;
var count, count1, count2: integer;
begin
result := 0;
Count1 := Length(S1);
Count2 := Length(S2);
if Count1>Count2 then
Count:=Count2
else
Count:=Count1;
result := CompareMemRange(Pointer(S1),Pointer(S2), Count);
if (result=0) and (Count1<>Count2) then
begin
if Count1>Count2 then
result:=ord(s1[Count+1])
else
result:=-ord(s2[Count+1]);
end;
end;
{ CompareMemRange returns the result of comparison of Length bytes at P1 and P2
case result
P1 < P2 < 0
P1 > P2 > 0
P1 = P2 = 0 }
function CompareMemRange(P1, P2: Pointer; Length: cardinal): integer;
var
i: cardinal;
begin
i := 0;
result := 0;
while (result=0) and (I<length) do
begin
result:=byte(P1^)-byte(P2^);
P1:=P1+1;
P2:=P2+1;
i := i + 1;
end ;
end ;
function CompareMem(P1, P2: Pointer; Length: cardinal): Boolean;
var
i: cardinal;
begin
for i := 0 to Length - 1 do
begin
if Byte(P1^) <> Byte(P2^) then
begin
Result := False;
exit;
end;
Inc(P1);
Inc(P2);
end;
Result := True;
end;
{ CompareText compares S1 and S2, the result is the based on
substraction of the ascii values of characters in S1 and S2
comparison is case-insensitive
case result
S1 < S2 < 0
S1 > S2 > 0
S1 = S2 = 0 }
function CompareText(const S1, S2: string): integer;
var
i, count, count1, count2: integer; Chr1, Chr2: byte;
begin
result := 0;
Count1 := Length(S1);
Count2 := Length(S2);
if (Count1>Count2) then
Count := Count2
else
Count := Count1;
i := 0;
while (result=0) and (i<count) do
begin
inc (i);
Chr1 := byte(s1[i]);
Chr2 := byte(s2[i]);
if Chr1 in [97..122] then
dec(Chr1,32);
if Chr2 in [97..122] then
dec(Chr2,32);
result := Chr1 - Chr2;
end ;
if (result = 0) then
result:=(count1-count2);
end;
{==============================================================================}
{ Ansi string functions }
{ these functions rely on the character set loaded by the OS }
{==============================================================================}
function AnsiUpperCase(const s: string): string;
var len, i: integer;
begin
len := length(s);
SetLength(result, len);
for i := 1 to len do
result[i] := UpperCaseTable[ord(s[i])];
end ;
function AnsiLowerCase(const s: string): string;
var len, i: integer;
begin
len := length(s);
SetLength(result, len);
for i := 1 to len do
result[i] := LowerCaseTable[ord(s[i])];
end ;
function AnsiCompareStr(const S1, S2: string): integer;
Var I,L1,L2 : Longint;
begin
Result:=0;
L1:=Length(S1);
L2:=Length(S2);
I:=1;
While (Result=0) and ((I<=L1) and (I<=L2)) do
begin
Result:=Ord(S1[I])-Ord(S2[I]); //!! Must be replaced by ansi characters !!
Inc(I);
end;
If Result=0 Then
Result:=L1-L2;
end;
function AnsiCompareText(const S1, S2: string): integer;
Var I,L1,L2 : Longint;
begin
Result:=0;
L1:=Length(S1);
L2:=Length(S2);
I:=1;
While (Result=0) and ((I<=L1) and (I<=L2)) do
begin
Result:=Ord(LowerCaseTable[Ord(S1[I])])-Ord(LowerCaseTable[Ord(S2[I])]); //!! Must be replaced by ansi characters !!
Inc(I);
end;
If Result=0 Then
Result:=L1-L2;
end;
function AnsiStrComp(S1, S2: PChar): integer;
begin
Result:=0;
If S1=Nil then
begin
If S2=Nil Then Exit;
result:=-1;
exit;
end;
If S2=Nil then
begin
Result:=1;
exit;
end;
Repeat
Result:=Ord(S1[0])-Ord(S2[0]); //!! Must be replaced by ansi characters !!
Inc(S1);
Inc(S2);
Until (Result<>0) or ((S1[0]=#0) or (S2[0]=#0))
end;
function AnsiStrIComp(S1, S2: PChar): integer;
begin
Result:=0;
If S1=Nil then
begin
If S2=Nil Then Exit;
result:=-1;
exit;
end;
If S2=Nil then
begin
Result:=1;
exit;
end;
Repeat
Result:=Ord(LowerCaseTable[Ord(S1[0])])-Ord(LowerCaseTable[Ord(S2[0])]); //!! Must be replaced by ansi characters !!
Inc(S1);
Inc(S2);
Until (Result<>0) or ((S1[0]=#0) or (S2[0]=#0))
end;
function AnsiStrLComp(S1, S2: PChar; MaxLen: cardinal): integer;
Var I : cardinal;
begin
Result:=0;
If MaxLen=0 then exit;
If S1=Nil then
begin
If S2=Nil Then Exit;
result:=-1;
exit;
end;
If S2=Nil then
begin
Result:=1;
exit;
end;
I:=0;
Repeat
Result:=Ord(S1[0])-Ord(S2[0]); //!! Must be replaced by ansi characters !!
Inc(S1);
Inc(S2);
Inc(I);
Until (Result<>0) or ((S1[0]=#0) or (S2[0]=#0)) or (I=MaxLen)
end ;
function AnsiStrLIComp(S1, S2: PChar; MaxLen: cardinal): integer;
Var I : cardinal;
begin
Result:=0;
If MaxLen=0 then exit;
If S1=Nil then
begin
If S2=Nil Then Exit;
result:=-1;
exit;
end;
If S2=Nil then
begin
Result:=1;
exit;
end;
I:=0;
Repeat
Result:=Ord(LowerCaseTable[Ord(S1[0])])-Ord(LowerCaseTable[Ord(S2[0])]); //!! Must be replaced by ansi characters !!
Inc(S1);
Inc(S2);
Inc(I);
Until (Result<>0) or ((S1[0]=#0) or (S2[0]=#0)) or (I=MaxLen)
end ;
function AnsiStrLower(Str: PChar): PChar;
begin
result := Str;
if Str <> Nil then begin
while Str^ <> #0 do begin
Str^ := LowerCaseTable[byte(Str^)];
Str := Str + 1;
end ;
end ;
end ;
function AnsiStrUpper(Str: PChar): PChar;
begin
result := Str;
if Str <> Nil then begin
while Str^ <> #0 do begin
Str^ := UpperCaseTable[byte(Str^)];
Str := Str + 1;
end ;
end ;
end ;
function AnsiLastChar(const S: string): PChar;
begin
//!! No multibyte yet, so we return the last one.
result:=StrEnd(Pchar(S));
Dec(Result);
end ;
function AnsiStrLastChar(Str: PChar): PChar;
begin
//!! No multibyte yet, so we return the last one.
result:=StrEnd(Str);
Dec(Result);
end ;
{==============================================================================}
{ End of Ansi functions }
{==============================================================================}
{ Trim returns a copy of S with blanks characters on the left and right stripped off }
Const WhiteSpace = [' ',#10,#13,#9];
function Trim(const S: string): string;
var Ofs, Len: integer;
begin
len := Length(S);
while (Len>0) and (S[Len] in WhiteSpace) do
dec(Len);
Ofs := 1;
while (Ofs<=Len) and (S[Ofs] in WhiteSpace) do
Inc(Ofs);
result := Copy(S, Ofs, 1 + Len - Ofs);
end ;
{ TrimLeft returns a copy of S with all blank characters on the left stripped off }
function TrimLeft(const S: string): string;
var i,l:integer;
begin
l := length(s);
i := 1;
while (i<=l) and (s[i] in whitespace) do
inc(i);
Result := copy(s, i, l);
end ;
{ TrimRight returns a copy of S with all blank characters on the right stripped off }
function TrimRight(const S: string): string;
var l:integer;
begin
l := length(s);
while (l>0) and (s[l] in whitespace) do
dec(l);
result := copy(s,1,l);
end ;
{ QuotedStr returns S quoted left and right and every single quote in S
replaced by two quotes }
function QuotedStr(const S: string): string;
begin
result := AnsiQuotedStr(s, '''');
end ;
{ AnsiQuotedStr returns S quoted left and right by Quote,
and every single occurance of Quote replaced by two }
function AnsiQuotedStr(const S: string; Quote: char): string;
var i, j, count: integer;
begin
result := '' + Quote;
count := length(s);
i := 0;
j := 0;
while i < count do begin
i := i + 1;
if S[i] = Quote then begin
result := result + copy(S, 1 + j, i - j) + Quote;
j := i;
end ;
end ;
if i <> j then
result := result + copy(S, 1 + j, i - j);
result := result + Quote;
end ;
{ AnsiExtractQuotedStr returns a copy of Src with quote characters
deleted to the left and right and double occurances
of Quote replaced by a single Quote }
function AnsiExtractQuotedStr(Const Src: PChar; Quote: Char): string;
var i: integer; P, Q: PChar;
begin
P := Src;
if Src^ = Quote then P := P + 1;
Q := StrEnd(P);
if PChar(Q - 1)^ = Quote then Q := Q - 1;
SetLength(result, Q - P);
i := 0;
while P <> Q do begin
i := i + 1;
result[i] := P^;
if (P^ = Quote) and (PChar(P + 1)^ = Quote) then
P := P + 1;
P := P + 1;
end ;
SetLength(result, i);
end ;
{ AdjustLineBreaks returns S with all CR characters not followed by LF
replaced with CR/LF }
// under Linux all CR characters or CR/LF combinations should be replaced with LF
function AdjustLineBreaks(const S: string): string;
var i, j, count: integer;
begin
result := '';
i := 0;
j := 0;
count := Length(S);
while i < count do begin
i := i + 1;
{$ifndef Unix}
if (S[i] = #13) and ((i = count) or (S[i + 1] <> #10)) then
begin
result := result + Copy(S, 1 + j, i - j) + #10;
j := i;
end;
{$else}
If S[i]=#13 then
begin
Result:= Result+Copy(S,J+1,i-j-1)+#10;
If I<>Count Then
If S[I+1]=#10 then inc(i);
J :=I;
end;
{$endif}
end ;
if j <> i then
result := result + copy(S, 1 + j, i - j);
end ;
{ IsValidIdent returns true if the first character of Ident is in:
'A' to 'Z', 'a' to 'z' or '_' and the following characters are
on of: 'A' to 'Z', 'a' to 'z', '0'..'9' or '_' }
function IsValidIdent(const Ident: string): boolean;
var i, len: integer;
begin
result := false;
len := length(Ident);
if len <> 0 then begin
result := Ident[1] in ['A'..'Z', 'a'..'z', '_'];
i := 1;
while (result) and (i < len) do begin
i := i + 1;
result := result and (Ident[i] in ['A'..'Z', 'a'..'z', '0'..'9', '_']);
end ;
end ;
end ;
{ IntToStr returns a string representing the value of Value }
function IntToStr(Value: integer): string;
begin
System.Str(Value, result);
end ;
function IntToStr(Value: int64): string;
begin
System.Str(Value, result);
end ;
function IntToStr(Value: QWord): string;
begin
System.Str(Value, result);
end ;
{ IntToHex returns a string representing the hexadecimal value of Value }
const
HexDigits: array[0..15] of char = '0123456789ABCDEF';
function IntToHex(Value: integer; Digits: integer): string;
var i: integer;
begin
SetLength(result, digits);
for i := 0 to digits - 1 do
begin
result[digits - i] := HexDigits[value and 15];
value := value shr 4;
end ;
end ;
function IntToHex(Value: int64; Digits: integer): string;
var i: integer;
begin
SetLength(result, digits);
for i := 0 to digits - 1 do
begin
result[digits - i] := HexDigits[value and 15];
value := value shr 4;
end ;
end ;
{ StrToInt converts the string S to an integer value,
if S does not represent a valid integer value EConvertError is raised }
function StrToInt(const S: string): integer;
var Error: word;
begin
Val(S, result, Error);
if Error <> 0 then raise EConvertError.createfmt(SInValidInteger,[S]);
end ;
function StrToInt64(const S: string): int64;
var Error: word;
begin
Val(S, result, Error);
if Error <> 0 then raise EConvertError.createfmt(SInValidInteger,[S]);
end ;
{ StrToIntDef converts the string S to an integer value,
Default is returned in case S does not represent a valid integer value }
function StrToIntDef(const S: string; Default: integer): integer;
var Error: word;
begin
Val(S, result, Error);
if Error <> 0 then result := Default;
end ;
{ StrToIntDef converts the string S to an integer value,
Default is returned in case S does not represent a valid integer value }
function StrToInt64Def(const S: string; Default: int64): int64;
var Error: word;
begin
Val(S, result, Error);
if Error <> 0 then result := Default;
end ;
{ LoadStr returns the string resource Ident. }
function LoadStr(Ident: integer): string;
begin
result:='';
end ;
{ FmtLoadStr returns the string resource Ident and formats it accordingly }
function FmtLoadStr(Ident: integer; const Args: array of const): string;
begin
result:='';
end;
Const
feInvalidFormat = 1;
feMissingArgument = 2;
feInvalidArgIndex = 3;
{$ifdef fmtdebug}
Procedure Log (Const S: String);
begin
Writeln (S);
end;
{$endif}
Procedure DoFormatError (ErrCode : Longint);
Var
S : String;
begin
//!! must be changed to contain format string...
S:='';
Case ErrCode of
feInvalidFormat : raise EConvertError.Createfmt(SInvalidFormat,[s]);
feMissingArgument : raise EConvertError.Createfmt(SArgumentMissing,[s]);
feInvalidArgIndex : raise EConvertError.Createfmt(SInvalidArgIndex,[s]);
end;
end;
Function Format (Const Fmt : String; const Args : Array of const) : String;
Var ChPos,OldPos,ArgPos,DoArg,Len : Longint;
Hs,ToAdd : String;
Index,Width,Prec : Longint;
Left : Boolean;
Fchar : char;
{
ReadFormat reads the format string. It returns the type character in
uppercase, and sets index, Width, Prec to their correct values,
or -1 if not set. It sets Left to true if left alignment was requested.
In case of an error, DoFormatError is called.
}
Function ReadFormat : Char;
Var Value : longint;
Procedure ReadInteger;
Var Code : Word;
begin
If Value<>-1 then exit; // Was already read.
OldPos:=chPos;
While (Chpos<=Len) and
(Pos(Fmt[chpos],'1234567890')<>0) do inc(chpos);
If Chpos>len then
DoFormatError(feInvalidFormat);
If Fmt[Chpos]='*' then
begin
If (Chpos>OldPos) or (ArgPos>High(Args))
or (Args[ArgPos].Vtype<>vtInteger) then
DoFormatError(feInvalidFormat);
Value:=Args[ArgPos].VInteger;
Inc(ArgPos);
Inc(chPos);
end
else
begin
If (OldPos<chPos) Then
begin
Val (Copy(Fmt,OldPos,ChPos-OldPos),value,code);
// This should never happen !!
If Code>0 then DoFormatError (feInvalidFormat);
end
else
Value:=-1;
end;
end;
Procedure ReadIndex;
begin
ReadInteger;
If Fmt[ChPos]=':' then
begin
If Value=-1 then DoFormatError(feMissingArgument);
Index:=Value;
Value:=-1;
Inc(Chpos);
end;
{$ifdef fmtdebug}
Log ('Read index');
{$endif}
end;
Procedure ReadLeft;
begin
If Fmt[chpos]='-' then
begin
left:=True;
Inc(chpos);
end
else
Left:=False;
{$ifdef fmtdebug}
Log ('Read Left');
{$endif}
end;
Procedure ReadWidth;
begin
ReadInteger;
If Value<>-1 then
begin
Width:=Value;
Value:=-1;
end;
{$ifdef fmtdebug}
Log ('Read width');
{$endif}
end;
Procedure ReadPrec;
begin
If Fmt[chpos]='.' then
begin
inc(chpos);
ReadInteger;
If Value=-1 then
Value:=0;
prec:=Value;
end;
{$ifdef fmtdebug}
Log ('Read precision');
{$endif}
end;
begin
{$ifdef fmtdebug}
Log ('Start format');
{$endif}
Index:=-1;
Width:=-1;
Prec:=-1;
Value:=-1;
inc(chpos);
If Fmt[Chpos]='%' then exit('%');
ReadIndex;
ReadLeft;
ReadWidth;
ReadPrec;
ReadFormat:=Upcase(Fmt[ChPos]);
{$ifdef fmtdebug}
Log ('End format');
{$endif}
end;
{$ifdef fmtdebug}
Procedure DumpFormat (C : char);
begin
Write ('Fmt : ',fmt:10);
Write (' Index : ',Index:3);
Write (' Left : ',left:5);
Write (' Width : ',Width:3);
Write (' Prec : ',prec:3);
Writeln (' Type : ',C);
end;
{$endif}
function Checkarg (AT : Longint;err:boolean):boolean;
{
Check if argument INDEX is of correct type (AT)
If Index=-1, ArgPos is used, and argpos is augmented with 1
DoArg is set to the argument that must be used.
}
begin
result:=false;
if Index=-1 then
begin
DoArg:=Argpos;
inc(ArgPos);
end
else
DoArg:=Index;
If (Doarg>High(Args)) or (Args[Doarg].Vtype<>AT) then
begin
if err then
DoFormatError(feInvalidArgindex);
dec(ArgPos);
exit;
end;
result:=true;
end;
Const Zero = '000000000000000000000000000000000000000000000000000000000000000';
begin
Result:='';
Len:=Length(Fmt);
Chpos:=1;
OldPos:=1;
ArgPos:=0;
While chpos<=len do
begin
While (ChPos<=Len) and (Fmt[chpos]<>'%') do
inc(chpos);
If ChPos>OldPos Then
Result:=Result+Copy(Fmt,OldPos,Chpos-Oldpos);
If ChPos<Len then
begin
FChar:=ReadFormat;
{$ifdef fmtdebug}
DumpFormat(FCHar);
{$endif}
Case FChar of
'D' : begin
if Checkarg(vtinteger,false) then
Str(Args[Doarg].VInteger,ToAdd)
else if CheckArg(vtInt64,true) then
Str(Args[DoArg].VInt64^,toadd);
Width:=Abs(width);
Index:=Prec-Length(ToAdd);
If ToAdd[1]<>'-' then
ToAdd:=StringOfChar('0',Index)+ToAdd
else
// + 1 to accomodate for - sign in length !!
Insert(StringOfChar('0',Index+1),toadd,2);
end;
'E' : begin
CheckArg(vtExtended,true);
ToAdd:=FloatToStrF(Args[doarg].VExtended^,ffexponent,Prec,3);
end;
'F' : begin
CheckArg(vtExtended,true);
ToAdd:=FloatToStrF(Args[doarg].VExtended^,ffFixed,9999,Prec);
end;
'G' : begin
CheckArg(vtExtended,true);
ToAdd:=FloatToStrF(Args[doarg].VExtended^,ffGeneral,Prec,3);
end;
'N' : begin
CheckArg(vtExtended,true);
ToAdd:=FloatToStrF(Args[doarg].VExtended^,ffNumber,9999,Prec);
end;
'M' : begin
CheckArg(vtExtended,true);
ToAdd:=FloatToStrF(Args[doarg].VExtended^,ffCurrency,9999,Prec);
end;
'S' : begin
if CheckArg(vtString,false) then
hs:=Args[doarg].VString^
else
if CheckArg(vtChar,false) then
hs:=Args[doarg].VChar
else
if CheckArg(vtPChar,false) then
hs:=Args[doarg].VPChar
else
if CheckArg(vtPWideChar,false) then
hs:=char(Args[doarg].VPWideChar^)
else
if CheckArg(vtWideChar,false) then
hs:=char(Args[doarg].VWideChar)
else
if CheckArg(vtWidestring,false) then
hs:=ansistring(Args[doarg].VWideString)
else
if CheckArg(vtAnsiString,true) then
hs:=ansistring(Args[doarg].VAnsiString);
Index:=Length(hs);
If (Prec<>-1) and (Index>Prec) then
Index:=Prec;
ToAdd:=Copy(hs,1,Index);
end;
'P' : Begin
CheckArg(vtpointer,true);
ToAdd:=HexStr(Longint(Args[DoArg].VPointer),8);
// Insert ':'. Is this needed in 32 bit ? No it isn't.
// Insert(':',ToAdd,5);
end;
'X' : begin
Checkarg(vtinteger,true);
If Prec>15 then
ToAdd:=HexStr(Args[Doarg].VInteger,15)
else
begin
// determine minimum needed number of hex digits.
Index:=1;
While (DWord(1 shl (Index*4))<=DWord(Args[DoArg].VInteger)) and (index<8) do
inc(Index);
If Index>Prec then
Prec:=Index;
ToAdd:=HexStr(Args[DoArg].VInteger,Prec);
end;
end;
'%': ToAdd:='%';
end;
If Width<>-1 then
If Length(ToAdd)<Width then
If not Left then
ToAdd:=Space(Width-Length(ToAdd))+ToAdd
else
ToAdd:=ToAdd+space(Width-Length(ToAdd));
Result:=Result+ToAdd;
end;
inc(chpos);
Oldpos:=chpos;
end;
end;
Function FormatBuf (Var Buffer; BufLen : Cardinal;
Const Fmt; fmtLen : Cardinal;
Const Args : Array of const) : Cardinal;
Var S,F : String;
begin
Setlength(F,fmtlen);
if fmtlen > 0 then
Move(fmt,F[1],fmtlen);
S:=Format (F,Args);
If Length(S)<Buflen then
Result:=Length(S)
else
Result:=Buflen;
Move(S[1],Buffer,Result);
end;
Procedure FmtStr(Var Res: String; Const Fmt : String; Const args: Array of const);
begin
Res:=Format(fmt,Args);
end;
Function StrFmt(Buffer,Fmt : PChar; Const args: Array of const) : Pchar;
begin
Buffer[FormatBuf(Buffer^,Maxint,Fmt^,strlen(fmt),args)]:=#0;
Result:=Buffer;
end;
Function StrLFmt(Buffer : PCHar; Maxlen : Cardinal;Fmt : PChar; Const args: Array of const) : Pchar;
begin
Buffer[FormatBuf(Buffer^,MaxLen,Fmt^,strlen(fmt),args)]:=#0;
Result:=Buffer;
end;
Function StrToFloat(Const S: String): Extended;
Begin
If Not TextToFloat(Pchar(S),Result) then
Raise EConvertError.createfmt(SInValidFLoat,[S]);
End;
function StrToFloatDef(const S: string; const Default: Extended): Extended;
begin
if not TextToFloat(PChar(S),Result,fvExtended) then
Result:=Default;
end;
Function TextToFloat(Buffer: PChar; Var Value: Extended): Boolean;
Var
E,P : Integer;
S : String;
Begin
S:=StrPas(Buffer);
P:=Pos(DecimalSeparator,S);
If (P<>0) Then
S[P] := '.';
Val(S,Value,E);
Result:=(E=0);
End;
Function TextToFloat(Buffer: PChar; Var Value; ValueType: TFloatValue): Boolean;
Var
E,P : Integer;
S : String;
C : Currency;
Ext : Extended;
Begin
S:=StrPas(Buffer);
P:=Pos(DecimalSeparator,S);
If (P<>0) Then
S[P] := '.';
case ValueType of
fvCurrency:
Val(S,Currency(Value),E);
fvExtended:
Val(S,Extended(Value),E);
fvDouble:
Val(S,Double(Value),E);
fvSingle:
Val(S,Single(Value),E);
fvComp:
Val(S,Comp(Value),E);
fvReal:
Val(S,Real(Value),E);
end;
Result:=(E=0);
End;
Function FloatToStr(Value: Extended): String;
Begin
Result := FloatToStrF(Value, ffGeneral, 15, 0);
End;
Function FloatToText(Buffer: PChar; Value: Extended; format: TFloatFormat; Precision, Digits: Integer): Longint;
Var
Tmp: String[40];
Begin
Tmp := FloatToStrF(Value, format, Precision, Digits);
Result := Length(Tmp);
Move(Tmp[1], Buffer[0], Result);
End;
Function FloatToStrF(Value: Extended; format: TFloatFormat; Precision, Digits: Integer): String;
Var
P: Integer;
Negative, TooSmall, TooLarge: Boolean;
Begin
Case format Of
ffGeneral:
Begin
If (Precision = -1) Or (Precision > 15) Then Precision := 15;
TooSmall := (Abs(Value) < 0.00001) and (Value>0.0);
If Not TooSmall Then
Begin
Str(Value:0:999, Result);
P := Pos('.', Result);
Result[P] := DecimalSeparator;
TooLarge := P > Precision + 1;
End;
If TooSmall Or TooLarge Then
begin
Result := FloatToStrF(Value, ffExponent, Precision, Digits);
// Strip unneeded zeroes.
P:=Pos('E',result)-1;
If P<>-1 then
While (P>1) and (Result[P]='0') do
begin
system.Delete(Result,P,1);
Dec(P);
end;
end
else
begin
P := Length(Result);
While Result[P] = '0' Do Dec(P);
If Result[P] = DecimalSeparator Then Dec(P);
SetLength(Result, P);
end;
End;
ffExponent:
Begin
If (Precision = -1) Or (Precision > 15) Then Precision := 15;
Str(Value:Precision + 8, Result);
Result[3] := DecimalSeparator;
P:=4;
While (P>0) and (Digits < P) And (Result[Precision + 5] = '0') do
Begin
If P<>1 then
system.Delete(Result, Precision + 5, 1)
else
system.Delete(Result, Precision + 3, 3);
Dec(P);
end;
If Result[1] = ' ' Then
System.Delete(Result, 1, 1);
End;
ffFixed:
Begin
If Digits = -1 Then Digits := 2
Else If Digits > 15 Then Digits := 15;
Str(Value:0:Digits, Result);
If Result[1] = ' ' Then
System.Delete(Result, 1, 1);
P := Pos('.', Result);
If P <> 0 Then Result[P] := DecimalSeparator;
End;
ffNumber:
Begin
If Digits = -1 Then Digits := 2
Else If Digits > 15 Then Digits := 15;
Str(Value:0:Digits, Result);
If Result[1] = ' ' Then System.Delete(Result, 1, 1);
P := Pos('.', Result);
If P <> 0 Then
Result[P] := DecimalSeparator
else
P := Length(Result)+1;
Dec(P, 3);
While (P > 1) Do
Begin
If Result[P - 1] <> '-' Then Insert(ThousandSeparator, Result, P);
Dec(P, 3);
End;
End;
ffCurrency:
Begin
If Value < 0 Then
Begin
Negative := True;
Value := -Value;
End
Else Negative := False;
If Digits = -1 Then Digits := CurrencyDecimals
Else If Digits > 18 Then Digits := 18;
Str(Value:0:Digits, Result);
If Result[1] = ' ' Then System.Delete(Result, 1, 1);
P := Pos('.', Result);
If P <> 0 Then Result[P] := DecimalSeparator;
Dec(P, 3);
While (P > 1) Do
Begin
Insert(ThousandSeparator, Result, P);
Dec(P, 3);
End;
If Not Negative Then
Begin
Case CurrencyFormat Of
0: Result := CurrencyString + Result;
1: Result := Result + CurrencyString;
2: Result := CurrencyString + ' ' + Result;
3: Result := Result + ' ' + CurrencyString;
End
End
Else
Begin
Case NegCurrFormat Of
0: Result := '(' + CurrencyString + Result + ')';
1: Result := '-' + CurrencyString + Result;
2: Result := CurrencyString + '-' + Result;
3: Result := CurrencyString + Result + '-';
4: Result := '(' + Result + CurrencyString + ')';
5: Result := '-' + Result + CurrencyString;
6: Result := Result + '-' + CurrencyString;
7: Result := Result + CurrencyString + '-';
8: Result := '-' + Result + ' ' + CurrencyString;
9: Result := '-' + CurrencyString + ' ' + Result;
10: Result := CurrencyString + ' ' + Result + '-';
End;
End;
End;
End;
End;
Function FloatToDateTime (Const Value : Extended) : TDateTime;
begin
If (Value<MinDateTime) or (Value>MaxDateTime) then
Raise EConvertError.CreateFmt (SInvalidDateTime,[Value]);
Result:=Value;
end;
Function FloatToCurr (Const Value : Extended) : Currency;
begin
end;
Function CurrToStr(Value: Currency): string;
begin
end;
function StrToCurr(const S: string): Currency;
begin
end;
function StrToBool(const S: string): Boolean;
Var
Temp : String;
D : Double;
Code : word;
begin
Temp:=upcase(S);
Val(temp,D,code);
If Code=0 then
Result:=(D<>0.0)
else If Temp='TRUE' then
result:=true
else if Temp='FALSE' then
result:=false
else
Raise EConvertError.CreateFmt(SInvalidBoolean,[S]);
end;
function BoolToStr(B: Boolean): string;
begin
If B then
Result:='TRUE'
else
Result:='FALSE';
end;
Function FloatToTextFmt(Buffer: PChar; Value: Extended; format: PChar): Integer;
Var
Digits: String[40]; { String Of Digits }
Exponent: String[8]; { Exponent strin }
FmtStart, FmtStop: PChar; { Start And End Of relevant part }
{ Of format String }
ExpFmt, ExpSize: Integer; { Type And Length Of }
{ exponential format chosen }
Placehold: Array[1..4] Of Integer; { Number Of placeholders In All }
{ four Sections }
thousand: Boolean; { thousand separators? }
UnexpectedDigits: Integer; { Number Of unexpected Digits that }
{ have To be inserted before the }
{ First placeholder. }
DigitExponent: Integer; { Exponent Of First digit In }
{ Digits Array. }
{ Find end of format section starting at P. False, if empty }
Function GetSectionEnd(Var P: PChar): Boolean;
Var
C: Char;
SQ, DQ: Boolean;
Begin
Result := False;
SQ := False;
DQ := False;
C := P[0];
While (C<>#0) And ((C<>';') Or SQ Or DQ) Do
Begin
Result := True;
Case C Of
#34: If Not SQ Then DQ := Not DQ;
#39: If Not DQ Then SQ := Not SQ;
End;
Inc(P);
C := P[0];
End;
End;
{ Find start and end of format section to apply. If section doesn't exist,
use section 1. If section 2 is used, the sign of value is ignored. }
Procedure GetSectionRange(section: Integer);
Var
Sec: Array[1..3] Of PChar;
SecOk: Array[1..3] Of Boolean;
Begin
Sec[1] := format;
SecOk[1] := GetSectionEnd(Sec[1]);
If section > 1 Then
Begin
Sec[2] := Sec[1];
If Sec[2][0] <> #0 Then
Inc(Sec[2]);
SecOk[2] := GetSectionEnd(Sec[2]);
If section > 2 Then
Begin
Sec[3] := Sec[2];
If Sec[3][0] <> #0 Then
Inc(Sec[3]);
SecOk[3] := GetSectionEnd(Sec[3]);
End;
End;
If Not SecOk[1] Then
FmtStart := Nil
Else
Begin
If Not SecOk[section] Then
section := 1
Else If section = 2 Then
Value := -Value; { Remove sign }
If section = 1 Then FmtStart := format Else
Begin
FmtStart := Sec[section - 1];
Inc(FmtStart);
End;
FmtStop := Sec[section];
End;
End;
{ Find format section ranging from FmtStart to FmtStop. }
Procedure GetFormatOptions;
Var
Fmt: PChar;
SQ, DQ: Boolean;
area: Integer;
Begin
SQ := False;
DQ := False;
Fmt := FmtStart;
ExpFmt := 0;
area := 1;
thousand := False;
Placehold[1] := 0;
Placehold[2] := 0;
Placehold[3] := 0;
Placehold[4] := 0;
While Fmt < FmtStop Do
Begin
Case Fmt[0] Of
#34:
Begin
If Not SQ Then
DQ := Not DQ;
Inc(Fmt);
End;
#39:
Begin
If Not DQ Then
SQ := Not SQ;
Inc(Fmt);
End;
Else
{ This was 'if not SQ or DQ'. Looked wrong... }
If Not SQ Or DQ Then
Begin
Case Fmt[0] Of
'0':
Begin
Case area Of
1:
area := 2;
4:
Begin
area := 3;
Inc(Placehold[3], Placehold[4]);
Placehold[4] := 0;
End;
End;
Inc(Placehold[area]);
Inc(Fmt);
End;
'#':
Begin
If area=3 Then
area:=4;
Inc(Placehold[area]);
Inc(Fmt);
End;
'.':
Begin
If area<3 Then
area:=3;
Inc(Fmt);
End;
',':
Begin
thousand := True;
Inc(Fmt);
End;
'e', 'E':
If ExpFmt = 0 Then
Begin
If (Fmt[0]='E') Then
ExpFmt:=1
Else
ExpFmt := 3;
Inc(Fmt);
If (Fmt<FmtStop) Then
Begin
Case Fmt[0] Of
'+':
Begin
End;
'-':
Inc(ExpFmt);
Else
ExpFmt := 0;
End;
If ExpFmt <> 0 Then
Begin
Inc(Fmt);
ExpSize := 0;
While (Fmt<FmtStop) And
(ExpSize<4) And
(Fmt[0] In ['0'..'9']) Do
Begin
Inc(ExpSize);
Inc(Fmt);
End;
End;
End;
End
Else
Inc(Fmt);
Else { Case }
Inc(Fmt);
End; { Case }
End; { Begin }
End; { Case }
End; { While .. Begin }
End;
Procedure FloatToStr;
Var
I, J, Exp, Width, Decimals, DecimalPoint, len: Integer;
Begin
If ExpFmt = 0 Then
Begin
{ Fixpoint }
Decimals:=Placehold[3]+Placehold[4];
Width:=Placehold[1]+Placehold[2]+Decimals;
If (Decimals=0) Then
Str(Value:Width:0,Digits)
Else
Str(Value:Width+1:Decimals,Digits);
len:=Length(Digits);
{ Find the decimal point }
If (Decimals=0) Then
DecimalPoint:=len+1
Else
DecimalPoint:=len-Decimals;
{ If value is very small, and no decimal places
are desired, remove the leading 0. }
If (Abs(Value) < 1) And (Placehold[2] = 0) Then
Begin
If (Placehold[1]=0) Then
Delete(Digits,DecimalPoint-1,1)
Else
Digits[DecimalPoint-1]:=' ';
End;
{ Convert optional zeroes to spaces. }
I:=len;
J:=DecimalPoint+Placehold[3];
While (I>J) And (Digits[I]='0') Do
Begin
Digits[I] := ' ';
Dec(I);
End;
{ If integer value and no obligatory decimal
places, remove decimal point. }
If (DecimalPoint < len) And (Digits[DecimalPoint + 1] = ' ') Then
Digits[DecimalPoint] := ' ';
{ Convert spaces left from obligatory decimal point to zeroes. }
I:=DecimalPoint-Placehold[2];
While (I<DecimalPoint) And (Digits[I]=' ') Do
Begin
Digits[I] := '0';
Inc(I);
End;
Exp := 0;
End
Else
Begin
{ Scientific: exactly <Width> Digits With <Precision> Decimals
And adjusted Exponent. }
If Placehold[1]+Placehold[2]=0 Then
Placehold[1]:=1;
Decimals := Placehold[3] + Placehold[4];
Width:=Placehold[1]+Placehold[2]+Decimals;
Str(Value:Width+8,Digits);
{ Find and cut out exponent. Always the
last 6 characters in the string.
-> 0000E+0000 }
I:=Length(Digits)-5;
Val(Copy(Digits,I+1,5),Exp,J);
Exp:=Exp+1-(Placehold[1]+Placehold[2]);
Delete(Digits, I, 6);
{ Str() always returns at least one digit after the decimal point.
If we don't want it, we have to remove it. }
If (Decimals=0) And (Placehold[1]+Placehold[2]<= 1) Then
Begin
If (Digits[4]>='5') Then
Begin
Inc(Digits[2]);
If (Digits[2]>'9') Then
Begin
Digits[2] := '1';
Inc(Exp);
End;
End;
Delete(Digits, 3, 2);
DecimalPoint := Length(Digits) + 1;
End
Else
Begin
{ Move decimal point at the desired position }
Delete(Digits, 3, 1);
DecimalPoint:=2+Placehold[1]+Placehold[2];
If (Decimals<>0) Then
Insert('.',Digits,DecimalPoint);
End;
{ Convert optional zeroes to spaces. }
I := Length(Digits);
J := DecimalPoint + Placehold[3];
While (I > J) And (Digits[I] = '0') Do
Begin
Digits[I] := ' ';
Dec(I);
End;
{ If integer number and no obligatory decimal paces, remove decimal point }
If (DecimalPoint<Length(Digits)) And
(Digits[DecimalPoint+1]=' ') Then
Digits[DecimalPoint]:=' ';
If (Digits[1]=' ') Then
Begin
Delete(Digits, 1, 1);
Dec(DecimalPoint);
End;
{ Calculate exponent string }
Str(Abs(Exp), Exponent);
While Length(Exponent)<ExpSize Do
Insert('0',Exponent,1);
If Exp >= 0 Then
Begin
If (ExpFmt In [1,3]) Then
Insert('+', Exponent, 1);
End
Else
Insert('-',Exponent,1);
If (ExpFmt<3) Then
Insert('E',Exponent,1)
Else
Insert('e',Exponent,1);
End;
DigitExponent:=DecimalPoint-2;
If (Digits[1]='-') Then
Dec(DigitExponent);
UnexpectedDigits:=DecimalPoint-1-(Placehold[1]+Placehold[2]);
End;
Function PutResult: LongInt;
Var
SQ, DQ: Boolean;
Fmt, Buf: PChar;
Dig, N: Integer;
Begin
SQ := False;
DQ := False;
Fmt := FmtStart;
Buf := Buffer;
Dig := 1;
While (Fmt<FmtStop) Do
Begin
//Write(Fmt[0]);
Case Fmt[0] Of
#34:
Begin
If Not SQ Then
DQ := Not DQ;
Inc(Fmt);
End;
#39:
Begin
If Not DQ Then
SQ := Not SQ;
Inc(Fmt);
End;
Else
If Not (SQ Or DQ) Then
Begin
Case Fmt[0] Of
'0', '#', '.':
Begin
If (Dig=1) And (UnexpectedDigits>0) Then
Begin
{ Everything unexpected is written before the first digit }
For N := 1 To UnexpectedDigits Do
Begin
Buf[0] := Digits[N];
Inc(Buf);
If thousand And (Digits[N]<>'-') Then
Begin
If (DigitExponent Mod 3 = 0) And (DigitExponent>0) Then
Begin
Buf[0] := ThousandSeparator;
Inc(Buf);
End;
Dec(DigitExponent);
End;
End;
Inc(Dig, UnexpectedDigits);
End;
If (Digits[Dig]<>' ') Then
Begin
If (Digits[Dig]='.') Then
Buf[0] := DecimalSeparator
Else
Buf[0] := Digits[Dig];
Inc(Buf);
If thousand And (DigitExponent Mod 3 = 0) And (DigitExponent > 0) Then
Begin
Buf[0] := ThousandSeparator;
Inc(Buf);
End;
End;
Inc(Dig);
Dec(DigitExponent);
Inc(Fmt);
End;
'e', 'E':
Begin
If ExpFmt <> 0 Then
Begin
Inc(Fmt);
If Fmt < FmtStop Then
Begin
If Fmt[0] In ['+', '-'] Then
Begin
Inc(Fmt, ExpSize);
For N:=1 To Length(Exponent) Do
Buf[N-1] := Exponent[N];
Inc(Buf,Length(Exponent));
ExpFmt:=0;
End;
Inc(Fmt);
End;
End
Else
Begin
{ No legal exponential format.
Simply write the 'E' to the result. }
Buf[0] := Fmt[0];
Inc(Buf);
Inc(Fmt);
End;
End;
Else { Case }
{ Usual character }
If (Fmt[0]<>',') Then
Begin
Buf[0] := Fmt[0];
Inc(Buf);
End;
Inc(Fmt);
End; { Case }
End
Else { IF }
Begin
{ Character inside single or double quotes }
Buf[0] := Fmt[0];
Inc(Buf);
Inc(Fmt);
End;
End; { Case }
End; { While .. Begin }
Result:=LongInt(Buf)-LongInt(Buffer);
End;
Begin
If (Value>0) Then
GetSectionRange(1)
Else If (Value<0) Then
GetSectionRange(2)
Else
GetSectionRange(3);
If FmtStart = Nil Then
Begin
Result := FloatToText(Buffer, Value, ffGeneral, 15, 4);
End
Else
Begin
GetFormatOptions;
If (ExpFmt = 0) And (Abs(Value) >= 1E18) Then
Result := FloatToText(Buffer, Value, ffGeneral, 15, 4)
Else
Begin
FloatToStr;
Result := PutResult;
End;
End;
End;
Procedure FloatToDecimal(Var Result: TFloatRec; Value: Extended; Precision, Decimals : integer);
Var
Buffer: String[24];
Error, N: Integer;
Begin
Str(Value:23, Buffer);
Result.Negative := (Buffer[1] = '-');
Val(Copy(Buffer, 19, 5), Result.Exponent, Error);
Inc(Result. Exponent);
Result.Digits[0] := Buffer[2];
Move(Buffer[4], Result.Digits[1], 14);
If Decimals + Result.Exponent < Precision Then
N := Decimals + Result.Exponent
Else
N := Precision;
If N > 15 Then
N := 15;
If N = 0 Then
Begin
If Result.Digits[0] >= '5' Then
Begin
Result.Digits[0] := '1';
Result.Digits[1] := #0;
Inc(Result.Exponent);
End
Else
Result.Digits[0] := #0;
End
Else If N > 0 Then
Begin
If Result.Digits[N] >= '5' Then
Begin
Repeat
Result.Digits[N] := #0;
Dec(N);
Inc(Result.Digits[N]);
Until (N = 0) Or (Result.Digits[N] < ':');
If Result.Digits[0] = ':' Then
Begin
Result.Digits[0] := '1';
Inc(Result.Exponent);
End;
End
Else
Begin
Result.Digits[N] := '0';
While (Result.Digits[N] = '0') And (N > -1) Do
Begin
Result.Digits[N] := #0;
Dec(N);
End;
End;
End
Else
Result.Digits[0] := #0;
If Result.Digits[0] = #0 Then
Begin
Result.Exponent := 0;
Result.Negative := False;
End;
End;
Function FormatFloat(Const format: String; Value: Extended): String;
Var
Temp: ShortString;
buf : Array[0..1024] of char;
Begin
Buf[FloatToTextFmt(@Buf[0],Value,Pchar(Format))]:=#0;
Result:=StrPas(@Buf);
End;
{==============================================================================}
{ extra functions }
{==============================================================================}
{ LeftStr returns Count left-most characters from S }
function LeftStr(const S: string; Count: integer): string;
begin
result := Copy(S, 1, Count);
end ;
{ RightStr returns Count right-most characters from S }
function RightStr(const S: string; Count: integer): string;
begin
If Count>Length(S) then
Count:=Length(S);
result := Copy(S, 1 + Length(S) - Count, Count);
end;
{ BCDToInt converts the BCD value Value to an integer }
function BCDToInt(Value: integer): integer;
var i, j: integer;
begin
result := 0;
j := 1;
for i := 0 to SizeOf(Value) shr 1 - 1 do begin
result := result + j * (Value and 15);
j := j * 10;
Value := Value shr 4;
end ;
end ;
Function IsDelimiter(const Delimiters, S: string; Index: Integer): Boolean;
begin
Result:=False;
If Index<=Length(S) then
Result:=Pos(S[Index],Delimiters)<>0; // Note we don't do MBCS yet
end;
Function LastDelimiter(const Delimiters, S: string): Integer;
begin
Result:=Length(S);
While (Result>0) and (Pos(S[Result],Delimiters)=0) do
Dec(Result);
end;
function StringReplace(const S, OldPattern, NewPattern: string; Flags: TReplaceFlags): string;
var
Srch,OldP,RemS: string; // Srch and Oldp can contain uppercase versions of S,OldPattern
P : Integer;
begin
Srch:=S;
OldP:=OldPattern;
if rfIgnoreCase in Flags then
begin
Srch:=UpperCase(Srch);
OldP:=UpperCase(OldP);
end;
RemS:=S;
Result:='';
while (Length(Srch)<>0) do
begin
P:=Pos(OldP, Srch);
if P=0 then
begin
Result:=Result+RemS;
Srch:='';
end
else
begin
Result:=Result+Copy(RemS,1,P-1)+NewPattern;
P:=P+Length(OldP);
RemS:=Copy(RemS,P,Length(RemS)-P+1);
if not (rfReplaceAll in Flags) then
begin
Result:=Result+RemS;
Srch:='';
end
else
Srch:=Copy(Srch,P,Length(Srch)-P+1);
end;
end;
end;
{
Case Translation Tables
Can be used in internationalization support.
Although these tables can be obtained through system calls
it is better to not use those, since most implementation are not 100%
WARNING:
before modifying a translation table make sure that the current codepage
of the OS corresponds to the one you make changes to
}
const
{ upper case translation table for character set 850 }
CP850UCT: array[128..255] of char =
('<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>',
'<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', 'Y', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>',
'<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>',
'<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>',
'<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>',
'<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>',
'<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>',
'<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>');
{ lower case translation table for character set 850 }
CP850LCT: array[128..255] of char =
('<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>',
'<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>',
'<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>',
'<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>',
'<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>',
'<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>',
'<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>',
'<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>', '<27>');
{ upper case translation table for character set ISO 8859/1 Latin 1 }
CPISO88591UCT: array[192..255] of char =
( #192, #193, #194, #195, #196, #197, #198, #199,
#200, #201, #202, #203, #204, #205, #206, #207,
#208, #209, #210, #211, #212, #213, #214, #215,
#216, #217, #218, #219, #220, #221, #222, #223,
#192, #193, #194, #195, #196, #197, #198, #199,
#200, #201, #202, #203, #204, #205, #206, #207,
#208, #209, #210, #211, #212, #213, #214, #247,
#216, #217, #218, #219, #220, #221, #222, #89 );
{ lower case translation table for character set ISO 8859/1 Latin 1 }
CPISO88591LCT: array[192..255] of char =
( #224, #225, #226, #227, #228, #229, #230, #231,
#232, #233, #234, #235, #236, #237, #238, #239,
#240, #241, #242, #243, #244, #245, #246, #215,
#248, #249, #250, #251, #252, #253, #254, #223,
#224, #225, #226, #227, #228, #229, #230, #231,
#232, #233, #234, #235, #236, #237, #238, #239,
#240, #241, #242, #243, #244, #245, #246, #247,
#248, #249, #250, #251, #252, #253, #254, #255 );
{
$Log$
Revision 1.25 2002-12-23 23:26:08 florian
+ addition to previous commit, forgot to save in the editor
Revision 1.23 2002/11/28 22:26:30 michael
+ Fixed float<>string conversion routines
Revision 1.22 2002/11/28 20:29:26 michael
+ made it compile again
Revision 1.21 2002/11/28 20:15:37 michael
+ Fixed comparestr (merge from fix)
Revision 1.20 2002/09/15 17:50:35 peter
* Fixed AnsiStrComp crashes
Revision 1.1.2.16 2002/11/28 22:25:01 michael
+ Fixed float<>string conversion routines
Revision 1.1.2.15 2002/11/28 20:24:11 michael
+ merged some fixes from mainbranch
Revision 1.19 2002/09/07 16:01:22 peter
* old logs removed and tabs fixed
Revision 1.1.2.14 2002/11/28 20:13:10 michael
+ Fixed comparestr
Revision 1.1.2.13 2002/10/29 23:41:06 michael
+ Added lots of D4 functions
Revision 1.18 2002/09/02 06:07:16 michael
+ Fix for formatbuf not applied correct
Revision 1.17 2002/08/29 10:04:48 michael
+ Fix for bug report 2097 in formatbuf
Revision 1.16 2002/08/29 10:04:25 michael
+ Fix for bug report 2097 in formatbuf
Revision 1.15 2002/07/06 12:14:03 daniel
- Changes from Strasbourg
Revision 1.14 2002/01/24 12:33:53 jonas
* adapted ranges of native types to int64 (e.g. high cardinal is no
longer longint($ffffffff), but just $fffffff in psystem)
* small additional fix in 64bit rangecheck code generation for 32 bit
processors
* adaption of ranges required the matching talgorithm used for selecting
which overloaded procedure to call to be adapted. It should now always
select the closest match for ordinal parameters.
+ inttostr(qword) in sysstr.inc/sysstrh.inc
+ abs(int64), sqr(int64), sqr(qword) in systemh.inc/generic.inc (previous
fixes were required to be able to add them)
* is_in_limit() moved from ncal to types unit, should always be used
instead of direct comparisons of low/high values of orddefs because
qword is a special case
}
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