[JXJ]

si asi es....es un arrary de pchar..

estoy convirtiendo la version modificada de synedit.
el synedit Studio..

para que sea compatible con delphi 2009 win32

http://yaoqiaofeng.blog.163.com/blog...7101974839201/

de aqui lo descargas.

http://www.box.net/shared/jt3hcg79zr

LongWord(pc^) := $3D3D3D3D;

es el archivo simplexml.pas
hasta donde he logrado convertir a delphi 2009 win32
por que una vez compilado e instalador pasare a su uso y ver si todo va bien.

la unidad con la definicion de pchars

Código Delphi [-]

unit SimpleXML;

{$I SynUniHighlighter.inc}

interface

uses
  Windows, SysUtils, Classes;

const
  BinXmlSignatureSize = Length('< binary-xml >');
  BinXmlSignature: String = '< binary-xml >';

  BINXML_USE_WIDE_CHARS = 1;
  BINXML_COMPRESSED = 2;

  XSTR_NULL = '{{null}}';
  
  NODE_INVALID = $00000000;
  NODE_ELEMENT = $00000001;
  NODE_ATTRIBUTE = $00000002;
  NODE_TEXT = $00000003;
  NODE_CDATA_SECTION = $00000004;
  NODE_ENTITY_REFERENCE = $00000005;
  NODE_ENTITY = $00000006;
  NODE_PROCESSING_INSTRUCTION = $00000007;
  NODE_COMMENT = $00000008;
  NODE_DOCUMENT = $00000009;
  NODE_DOCUMENT_TYPE = $0000000A;
  NODE_DOCUMENT_FRAGMENT = $0000000B;
  NODE_NOTATION = $0000000C;


implementation

uses
{$IFDEF SYN_COMPILER_6_UP}
  Variants, DateUtils;
{$ELSE}
  SimpleXML_D5Emulate;
{$ENDIF}


function IsXmlDataString(const aData: String): Boolean;
var
  i: Integer;
begin
  Result := Copy(aData, 1, BinXmlSignatureSize) = BinXmlSignature;
  if not Result then begin
    i := 1;
    while (i <= Length(aData)) and (aData[i] in [#10, #13, #9, ' ']) do
      Inc(i);
    Result := Copy(aData, i, Length(')) = ';
  end;
end;

function XmlIsInBinaryFormat(const aData: String): Boolean;
begin
  Result := Copy(aData, 1, BinXmlSignatureSize) = BinXmlSignature
end;

var
  Base64Map: array [0..63] of Char = 'ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/';

type
  PChars = ^TChars;
  TChars = packed record a, b, c, d: Char end;
  POctet = ^TOctet;
  TOctet = packed record a, b, c: Byte; end;

procedure OctetToChars(po: POctet; aCount: Integer; pc: PChars);

var
  o: Integer;
begin
  if aCount = 1 then begin
    o := po.a shl 16;
    LongWord(pc^) := $3D3D3D3D;
    pc.a := Base64Map[(o shr 18) and $3F];
    pc.b := Base64Map[(o shr 12) and $3F];
  end
  else if aCount = 2 then begin
    o := po.a shl 16 or po.b shl 8;
    LongWord(pc^) := $3D3D3D3D;
    pc.a := Base64Map[(o shr 18) and $3F];
    pc.b := Base64Map[(o shr 12) and $3F];
    pc.c := Base64Map[(o shr 6) and $3F];
  end
  else if aCount > 2 then begin
    o := po.a shl 16 or po.b shl 8 or po.c;
    LongWord(pc^) := $3D3D3D3D;
    pc.a := Base64Map[(o shr 18) and $3F];
    pc.b := Base64Map[(o shr 12) and $3F];
    pc.c := Base64Map[(o shr 6) and $3F];
    pc.d := Base64Map[o and $3F];
  end;
end;

function BinToBase64(const aBin; aSize, aMaxLineLength: Integer): String;
var
  o: POctet;
  c: PChars;
  aCount: Integer;
  i: Integer;
begin
  o := @aBin;
  aCount := aSize;
  SetLength(Result, ((aCount + 2) div 3)*4);
  c := PChars(Result);
  while aCount > 0 do begin
    OctetToChars(o, aCount, c);
    Inc(o);
    Inc(c);
    Dec(aCount, 3);
  end;
  if aMaxLineLength > 0 then begin
    i := aMaxLineLength;
    while i <= Length(Result) do begin
      Insert(#13#10, Result, i);
      Inc(i, 2 + aMaxLineLength);
    end
  end;
end;

function CharTo6Bit(c: Char): Byte;
begin
  if (c >= 'A') and (c <= 'Z') then
    Result := Ord(c) - Ord('A')
  else if (c >= 'a') and (c <= 'z') then
    Result := Ord(c) - Ord('a') + 26
  else if (c >= '0') and (c <= '9') then
    Result := Ord(c) - Ord('0') + 52
  else if c = '+' then
    Result := 62
  else if c = '/' then
    Result := 63
  else
    Result := 0
end;