harbour-core/harbour/utils/hbformat/hbformat.prg

/*
 * $Id$
 */

/*
 * Harbour Project source code:
 * Harbour source code formatter
 *
 * Copyright 2009 Alexander S.Kresin <alex@belacy.belgorod.su>
 * www - http://harbour-project.org
 *
 * 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, 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 software; see the file COPYING.  If not, write to
 * the Free Software Foundation, Inc., 59 Temple Place, Suite 330,
 * Boston, MA 02111-1307 USA (or visit the web site http://www.gnu.org/).
 *
 * As a special exception, the Harbour Project gives permission for
 * additional uses of the text contained in its release of Harbour.
 *
 * The exception is that, if you link the Harbour libraries with other
 * files to produce an executable, this does not by itself cause the
 * resulting executable to be covered by the GNU General Public License.
 * Your use of that executable is in no way restricted on account of
 * linking the Harbour library code into it.
 *
 * This exception does not however invalidate any other reasons why
 * the executable file might be covered by the GNU General Public License.
 *
 * This exception applies only to the code released by the Harbour
 * Project under the name Harbour.  If you copy code from other
 * Harbour Project or Free Software Foundation releases into a copy of
 * Harbour, as the General Public License permits, the exception does
 * not apply to the code that you add in this way.  To avoid misleading
 * anyone as to the status of such modified files, you must delete
 * this exception notice from them.
 *
 * If you write modifications of your own for Harbour, it is your choice
 * whether to permit this exception to apply to your modifications.
 * If you do not wish that, delete this exception notice.
 *
 */

#include "hbclass.ch"

#include "common.ch"

#define rf_FullPath() hb_ArgV( 0 )

#ifndef _CODEFORMAT_EMBEDDED_

ANNOUNCE HB_GTSYS
REQUEST HB_GT_CGI_DEFAULT

MEMVAR cFunctions

FUNCTION MAIN( ... )

   LOCAL oRef, aParams, cFileName, cInitDir, i, lRecursive := .F.

   // Altd( 2 ); Altd()
   aParams := hb_AParams()

   IF Empty( aParams ) .OR. ( Left( cFileName := Atail(aParams ), 1 ) $ "@/-" )
      About()
      RETURN Nil
   ENDIF

   FOR i := 1 TO Len( aParams )
      IF Left( aParams[i], 1 ) $ "-/"
         IF SubStr( aParams[i], 2 ) == "r"
            lRecursive := .T.
            aParams[i] := "#"
            EXIT
         ENDIF
      ENDIF
   NEXT

   oRef := codeFormat():New( aParams )
   IF oRef:nErr > 0
      ? "Initialization error", oRef:nErr, Iif( oRef:nLineErr == 0, "in parameter", "on line " + LTrim( Str(oRef:nLineErr ) ) ), ":", oRef:cLineErr
      RETURN Nil
   ENDIF

   oRef:bCallBack := { |a, i|FCallBack( a, i ) }

   IF "*" $ cFileName
      IF ( i := Rat( ".", cFileName ) ) == 0 .OR. Substr( cFileName,i+1,1 ) < "A"
         ? "Wrong mask"
      ELSE
         cInitDir := Iif( ( i := Rat( "\", cFileName ) ) == 0, ;
            Iif( ( i := Rat( "/", cFileName ) ) == 0, ;
            "." + Set( _SET_DIRSEPARATOR ), Left( cFileName, i ) ), ;
            Left( cFileName, i ) )
         cFileName := Iif( i == 0, cFileName, SubStr( cFileName, i + 1 ) )
         DirEval( cInitDir, cFileName, lRecursive, { |name|Reformat( oRef,name ) } )
      ENDIF
   ELSE
      Reformat( oRef, cFileName )
   ENDIF
   ?

   RETURN Nil

STATIC FUNCTION FCallBack( aFile, nItem )

   LOCAL n := Int( Len( aFile ) / 40 )

   IF nItem % n == 1
      ?? "."
   ENDIF

   RETURN Nil

STATIC FUNCTION Reformat( oRef, cFileName )

   LOCAL aFile

   IF !Empty( aFile := oRef:File2Array( cFileName ) )
      ? "Reformatting " + cFileName
      ? "<"
      IF oRef:Reformat( aFile )
         oRef:Array2File( cFileName, aFile )
         ?? ">"
      ELSE
         ? "Error", oRef:nErr, "on line", oRef:nLineErr, ":", oRef:cLineErr
      ENDIF
   ELSE
      ? cFileName, "isn't found ..."
   ENDIF

   RETURN Nil

STATIC FUNCTION CmpMsk( strcmp, mask )

   LOCAL lenm := Len( mask ), i, nPos1 := 1, nPos2, c

   FOR i := 1 TO lenm
      c := SubStr( mask, i, 1 )
      IF c == "*"
         IF i == lenm
            RETURN .T.
         ELSE
            c := SubStr( mask, i + 1, 1 )
            DO WHILE .T.
               nPos2 := At( c, SubStr( strcmp, nPos1 ) )
               IF nPos2 == 0
                  RETURN .F.
               ENDIF
               nPos1 += nPos2 - 1
               IF CmpMsk( SubStr( strcmp, nPos1 ), SubStr( mask, i + 1 ) )
                  RETURN .T.
               ENDIF
               nPos1 ++
            ENDDO
         ENDIF
      ELSE
         IF c != SubStr( strcmp, nPos1, 1 )
            RETURN .F.
         ENDIF
         nPos1 ++
      ENDIF
   NEXT

   RETURN .T.

FUNCTION DirEval( cInitDir, cMask, lRecur, bCode )

   LOCAL i, nLen, aFiles

   IF Right( cInitDir, 1 ) != Set( _SET_DIRSEPARATOR )
      cInitDir += Set( _SET_DIRSEPARATOR )
   ENDIF
   cMask := Iif( cMask == Nil, hb_osFileMask(), Upper( cMask ) )

   aFiles := Directory( cInitDir + hb_osFileMask(), "HSD" )
   nLen := Len( aFiles )
   FOR i := 1 TO nLen
      IF "D" $ aFiles[ i,5 ]
         IF "." != aFiles[ i,1 ] .AND. ".." != aFiles[ i,1 ] .AND. lRecur
            DirEval( cInitDir + aFiles[ i,1 ], cMask, lRecur, bCode )
         ENDIF
      ELSEIF CmpMsk( Upper( aFiles[ i,1 ] ), cMask )
         IF bCode != Nil
            Eval( bCode, cInitDir + aFiles[ i,1 ] )
         ENDIF
      ENDIF
   NEXT

   RETURN Nil

STATIC FUNCTION About()

   ?? "Harbour Source Formatter " + HBRawVersion()
   ? "Copyright (c) 2009-2010, Alexander S.Kresin"
   ? "http://harbour-project.org/"
   ?
   ? "Syntax:  hbformat [options] [@config] file[s]"
   ?

   RETURN Nil

STATIC FUNCTION HBRawVersion()
   RETURN StrTran( Version(), "Harbour " )

#endif

CLASS CODEFORMAT

   DATA cEol
   DATA nLineErr, nErr, cLineErr

   DATA nEol           INIT  - 1     // Eol: -1 - no change, 0 - OS default, 1 - DOS, 2 - UNIX
   DATA lFCaseLow      INIT .F.      // If true, convert file name to lower case
   DATA lNoTabs        INIT .T.      // If true, converts all tabs to spaces
   DATA lIndent        INIT .T.      // If true, indent code
   DATA lCase          INIT .T.      // If true, make case conversion
   DATA lSpaces        INIT .T.      // If true, reformat spaces
   DATA lIndFunc       INIT .F.      // If true, indent "Function", "Procedure", "Class", "Method"
   DATA lIndVar        INIT .T.      // If true, indent "Local", "Private", etc. in a function beginning
   DATA lIndDrt        INIT .F.      // If true, indent  directives
   DATA lIndRet        INIT .T.      // If true, indent  "Return"
   DATA nIndLeft       INIT   3      // Leftmost indent - amount of spaces
   DATA nIndNext       INIT   3      // indent - amount of spaces
   DATA nIndCont       INIT   3      // Indent for continuation ( after ';' ) lines - amount of spaces
   DATA lCnvAst        INIT .T.      // If true, convert asterisk '*' to '//'
   DATA lCnvAmp        INIT .T.      // If true, convert '&&' to '//'
   DATA lCnvNot        INIT .F.      // If true, convert .NOT. TO !
   DATA nCaseCmd       INIT   1      // Case of commands ( -1 - no change, 1 - upper, 2 - lower, 3 - title )
   DATA nCaseBoo       INIT   1      // Case of boolean operators ( -1 - no change, 1 - upper, 2 - lower, 3 - title )
   DATA nCaseFnc       INIT   4      // Case of functions ( -1 - no change, 1 - upper, 2 - lower, 3 - title, 4 - as in pattern )
   DATA nCaseUnk       INIT  - 1     // Case of functions ( -1 - no change, 1 - upper, 2 - lower, 3 - title )
   DATA nCaseDrt       INIT   2      // Case of directives ( -1 - no change, 1 - upper, 2 - lower, 3 - title )
   DATA nSpaceDrt      INIT   0      // Number of spaces after # in directives ( -1 - no change )
   DATA nLineFnc       INIT   1      // -1 - no change, 1 - insert empty line before a function ( procedure,class ) declaration, 2 - remove it
   DATA nLineRet       INIT   1      // -1 - no change, 1 - insert empty line before return, 2 - remove it
   DATA nLineVar       INIT   1      // -1 - no change, 1 - insert empty line before variables declaration, 2 - remove it
   DATA nLineCode      INIT   1      // -1 - no change, 1 - insert empty line before code in function, 2 - remove it
   DATA nBr4Comma      INIT   1      // Max level of nesting in brackets, while space is added after a comma
   DATA nBr4Brac       INIT   2      // Max level of nesting in brackets, while space is added after/before a bracket

   DATA cExtSave       INIT  ""      // Extension for a formatted file ( "" - replace original )
   DATA cExtBack       INIT  "bak"   // Extension for a backup file

   DATA cCommands      INIT  ","
   DATA cClauses       INIT  ","
   DATA cFunctions     INIT  ","
   DATA aContr INIT { { "if","","elseif","endif" }, { "do","while","","enddo" }, ;
      { "while", "", "", "enddo" }, { "for", "", "", "next" }, { "do", "case", "case", "endcase" }, ;
      { "begin", "sequence", "recover", "end" }, { "switch", "", "case", "end" } }

   DATA   bCallback

   METHOD New( aParams )
   METHOD SetOption( cLine, i, aIni )
   METHOD ReadIni( cIniName )
   METHOD Reformat( aFile )
   METHOD FormatLine( cLine, lContinued )
   METHOD ConvertCmd( cLine, nBegin, nEnd, lFirstOnly )
   METHOD ConvertFnc( cLine, nBegin, nEnd )
   METHOD ConvertBool( cLine, nBegin, nEnd )
   METHOD File2Array( cFileName )
   METHOD Array2File( cFileName, aFile )

ENDCLASS

METHOD New( aParams ) CLASS CODEFORMAT

   LOCAL i, cParam, cIniName := rf_FullPath()

   ::nErr := 0
   cIniName := Iif( ( i := Rat( "\", cIniName ) ) = 0, ;
      Iif( ( i := Rat( "/", cIniName ) ) = 0, "", Left( cIniName, i ) ), ;
      Left( cIniName, i ) ) + "hbformat.ini"
   IF !::ReadIni( cIniName )
      RETURN Self
   ENDIF
   FOR i := 1 TO Len( aParams )
      IF Left( cParam := aParams[i], 1 ) == "@"
         IF !::ReadIni( SubStr( cParam,2 ) )
            RETURN Self
         ENDIF
      ELSEIF Left( cParam, 1 ) $ "-/"
         IF !::SetOption( SubStr( cParam,2 ), 0 )
            RETURN Self
         ENDIF
      ENDIF
   NEXT

   IF Right( ::cCommands, 1 ) != ","
      ::cCommands += ","
   ENDIF
   ::cCommands += "IF,ELSEIF,ELSE,ENDIF,END,DO,WHILE,ENDDO,WITH,CASE,OTHERWISE,ENDCASE,BEGIN,"
   ::cCommands += "FUNCTION,PROCEDURE,RETURN,CLASS,ENDCLASS,METHOD,DATA,LOCAL,PRIVATE,PUBLIC,STATIC,FIELD,MEMVAR,PARAMETERS,DECLARE,"
   ::cCommands += "ACCEPT,APPEND,AVERAGE,CLEAR,CLOSE,COMMIT,CONTINUE,COPY,COUNT,CREATE,DEFAULT,"
   ::cCommands += "DELETE,DISPLAY,EJECT,ERASE,EXIT,GO,GOTO,INDEX,INPUT,JOIN,KEYBOARD,LABEL,LIST,LOCATE,"
   ::cCommands += "LOOP,MENU,PACK,PRINT,QUIT,READ,RECALL,REINDEX,RELEASE,RENAME,REQUEST,REPLACE,RESTORE,"
   ::cCommands += "RUN,SAVE,SEEK,SELECT,SET,SKIP,SORT,STORE,SUM,TEXT,TOTAL,UNLOCK,USE,WAIT,ZAP,"

   IF Right( ::cClauses, 1 ) != ","
      ::cClauses += ","
   ENDIF
   ::cClauses += "ADDITIVE,ALIAS,ALL,BLANK,BOTTOM,BOX,COLOR,DATE,DELETED,EACH,EXTENDED,EXCLUSIVE,FROM,GET,"
   ::cClauses += "RANGE,READONLY,REST,SAY,SCREEN,ALTERNATE,BELL,CENTURY,CONFIRM,CONSOLE,CURSOR,DECIMALS,DELIMITERS,DEVICE,EPOCH,ESCAPE,"
   ::cClauses += "EXACT,EXCLUSIVE,FILTER,FIXED,FORMAT,INTENSITY,KEY,LIKE,MARGIN,MESSAGE,NEW,OFF,ON,ORDER,PATH,PICTURE,PRINTER,PROMPT,"
   ::cClauses += "PROTECTED,RELATION,SCOREBOARD,SEQUENCE,SOFTSEEK,STEP,STRUCTURE,TYPEAHEAD,UNIQUE,WRAP,TAG,TO,TOP,VALID,WHEN,"

   IF Right( ::cFunctions, 1 ) != ","
      ::cFunctions += ","
   ENDIF
   IF ! ( ",STR," $ Upper( ::cFunctions ) )
      ::cFunctions += "AAdd,Abs,AChoice,AClone,ACopy,ADel,ADir,AEval,AFields,AFill,AIns,Alert,Alias,AllTrim,AltD,"
      ::cFunctions += "Array,Asc,ASize,ASort,At,Bin2I,Bin2L,Bin2W,Bof,Browse,CDow,Chr,CMonth,Col,CToD,CurDir,"
      ::cFunctions += "Date,Day,dbAppend,dbClearFil,dbClearInd,dbCloseAll,dbCloseArea,dbCommit,dbCreate,dbDelete,dbEdit,dbEval,Dbf,dbFilter,dbGoBottom,dbGoto,dbRecall,dbReindex,dbRelation,dbRLock,dbRSelect,dbRunLock,"
      ::cFunctions += "dbSeek,dbSelectArea,dbSetDriver,dbSetFilter,dbSetIndex,dbSetOrder,dbSetRelat,dbSkip,dbStruct,dbUnlock,dbUseArea,Deleted,Descend,DevOut,DevPos,"
      ::cFunctions += "Directory,DiskSpace,DispBegin,DispBox,DispCount,DispEnd,DispOut,DosError,Dow,Dtoc,Dtos,Empty,Eof,ErrorBlock,ErrorLevel,Eval,Exp,FClose,FCount,FCreate,FErase,FError,FieldBlock,FieldGet,FieldName,"
      ::cFunctions += "FieldPos,FieldPut,FieldWBlock,File,FkLabel,FkMax,FLock,FOpen,Found,FRead,FReadStr,FRename,FSeek,FWrite,GetEnv,HardCR,Header,iif,IndexExt,IndexKey,IndexOrd,Inkey,Int,IsAlpha,ISARRAY,ISCHARACTER,"
      ::cFunctions += "ISDATE,IsDigit,ISLOGICAL,IsLower,ISNUMBER,IsPrinter,IsUpper,I2Bin,L2Bin,LastKey,LastRec,Left,Len,Lower,LTrim,LUpdate,MakeDir,Max,MaxCol,MaxRow,MCol,MemoEdit,MemoLine,MemoRead,"
      ::cFunctions += "Memory,MemoTran,MemoWrite,MemvarBlock,Min,MLCount,MLCToPos,MLPos,Mod,Month,MPosToLC,NetErr,NetName,NextKey,NoSnow,OS,OrdBagExt,OrdBagName,OrdCreate,OrdDestroy,OrdFor,OrdKey,OrdListAdd,"
      ::cFunctions += "OrdListClear,OrdListRebuild,OrdName,OrdNumber,OrdSetFocus,OutErr,OutStd,Pad,PadR,PadL,PCol,PCount,ProcLine,ProcName,PRow,QQOut,QOut,RAt,rddList,rddName,rddSetDefault,ReadExit,ReadInsert,ReadKey,"
      ::cFunctions += "ReadModal,ReadVar,RecCount,RecNo,RecSize,Replicate,RestScreen,Right,RLock,Round,Row,RTrim,SaveScreen,Scroll,Seconds,Select,Set,Setblink,Setcancel,Setcolor,SetCursor,SetKey,SetMode,SetPos,SetPrc,"
      ::cFunctions += "SoundEx,Space,Sqrt,Str,StrZero,StrTran,Stuff,SubStr,Time,Tone,Transform,Trim,Type,Updated,Upper,Used,Val,ValType,Version,Word,Year,"
   ENDIF

   IF ::nEol == 2
      ::cEol := Chr( 10 )
   ELSEIF ::nEol == 1
      ::cEol := Chr( 13 ) + Chr( 10 )
   ELSEIF ::nEol == 0
      ::cEol := hb_eol()
   ENDIF
   IF ::lIndent
      ::lNoTabs := .T.
   ENDIF

   RETURN Self

#define RF_STATE_FUNC   1

#define RF_STATE_VAR    2

#define RF_STATE_CODE   3

#define RF_STATE_RET    4

METHOD Reformat( aFile ) CLASS CODEFORMAT

   LOCAL i, iDelta := 0, nLen := Len( aFile ), cToken1, cToken2, nLenToken, nPos
   LOCAL nPosSep, cLine, cLineAll, nLineSegment
   LOCAL nContrState, nIndent, nDeep := 0, aDeep := {}
   LOCAL lPragmaDump := .F. , lClass := .F. , lComment := .F. , nPosComment, lContinue := .F.
   LOCAL nStatePrev, nState := 0
   PRIVATE cFunctions := Upper( ::cFunctions )

   ::nErr := 0
   FOR i := 1 TO nLen
      IF aFile[i] == Nil
         EXIT
      ENDIF
      IF ::bCallBack != Nil
         Eval( ::bCallBack, aFile, i )
      ENDIF
      nPosComment := 0
      IF ::lIndent
         aFile[i] := StrTran( RTrim( aFile[i] ), Chr( 9 ), " " )
      ELSE
         aFile[i] := RTrim( aFile[i] )
      ENDIF

      IF Empty( aFile[i] )
         aFile[i] := ""
         LOOP
      ENDIF
      IF lComment
         IF ( nPos := FindNotQuoted( "*/", aFile[i] ) ) != 0
            lComment := .F.
            IF !Empty( cToken1 := SubStr( aFile[i], nPos + 2 ) )
               aFile[i] := Left( aFile[i], nPos + 1 )
               nLen := rf_AINS( aFile, i + 1, cToken1 )
               iDelta ++
            ENDIF
         ENDIF
      ELSE
         cLineAll := LTrim( aFile[i] )
         IF Left( cLineAll, 1 ) == "#"
            cToken1 := Lower( hb_TokenGet( cLineAll, 1 ) )
            cToken2 := Lower( hb_TokenGet( cLineAll, 2 ) )
            IF Len( cToken1 ) == 1
               cToken1 += cToken2
               cToken2 := Lower( hb_TokenGet( cLineAll, 3 ) )
            ENDIF
            IF cToken1 == "#pragma"
               IF cToken2 == "begindump"
                  lPragmaDump := .T.
               ELSEIF cToken2 == "enddump"
                  lPragmaDump := .F.
               ENDIF
            ENDIF
         ENDIF
         IF Left( cLineAll, 1 ) == "*"
            nPosComment := 1
            IF ::lCnvAst
               cLineAll := "//" + SubStr( cLineAll, 2 )
            ENDIF
         ELSEIF ( nPos := FindNotQuoted( "//", cLineAll ) ) != 0
            nPosComment := nPos
         ELSEIF ( nPos := FindNotQuoted( "&&", cLineAll ) ) != 0
            nPosComment := nPos
            IF ::lCnvAmp
               cLineAll := Left( cLineAll, nPos - 1 ) + "//" + SubStr( cLineAll, nPos + 2 )
            ENDIF
         ENDIF
         IF ( nPos := FindNotQuoted( "/*", cLineAll ) ) != 0 .AND. ( nPosComment == 0 .OR. nPosComment > nPos )
            nPosComment := nPos
            IF ( nPos := FindNotQuoted( "*/", cLineAll, nPos + 2 ) ) != 0
               IF !Empty( cToken1 := SubStr( cLineAll, nPos + 2 ) )
                  cLineAll := Left( cLineAll, nPos + 1 )
                  nLen := rf_AINS( aFile, i + 1, cToken1 )
                  iDelta ++
               ENDIF
            ELSE
               lComment := .T.
            ENDIF
         ENDIF
         IF !lPragmaDump .AND. ::lIndent .AND. ( !lComment .OR. nPosComment > 1 )
            aFile[i] := cLineAll
            IF !lContinue
               nPosSep := 1
               nLineSegment := 1
               DO WHILE .T.
                  nPos := nPosSep
                  IF Left( aFile[i],1 ) != "#" .AND. ;
                        ( nPosSep := FindNotQuoted( ";", aFile[i], nPosSep ) ) != 0 .AND. ;
                        nPosSep < Len( aFile[i] ) .AND. ( nPosComment == 0 .OR. nPosSep < nPosComment )
                     cLine := SubStr( aFile[i], nPos, nPosSep - nPos + 1 )
                  ELSE
                     nPosSep := 0
                     cLine := SubStr( aFile[i], nPos, Len( aFile[i] ) - nPos + 1 )
                  ENDIF

                  nContrState := 0
                  nStatePrev := nState
                  cToken1 := Lower( hb_TokenGet( cLine, 1 ) )
                  nLenToken := Len( cToken1 )
                  nPos := 2
                  DO WHILE nPos <= nLenToken .AND. SubStr( cToken1, nPos, 1 ) >= "_"; nPos ++ ; ENDDO
                  IF nPos <= nLenToken
                     nLenToken := nPos - 1
                     cToken1 := Left( cToken1,nLenToken )
                  ENDIF
                  cToken2 := Lower( hb_TokenGet( cLine, 2 ) )
                  IF Left( cToken1, 1 ) == "#"
                  ELSEIF nLenToken >= 4 .AND. ( ( "static" = cToken1 .AND. ;
                        ( "function" = cToken2 .OR. "procedure" = cToken2 ) ) .OR. ;
                        "function" = cToken1 .OR. "procedure" = cToken1 ;
                        .OR. ( "method" == cToken1 .AND. !lClass ) .OR. ;
                        ( "class" == cToken1 .AND. !lClass ) )
                     IF nDeep == 0
                        nState := RF_STATE_FUNC
                        IF "class" == cToken1
                           lClass := .T.
                        ENDIF
                     ELSE
                        ::nLineErr := i - iDelta
                        ::nErr := 1
                        ::cLineErr := cLine
                        RETURN .F.
                     ENDIF
                  ELSEIF nLenToken >= 4 .AND. ( "local" = cToken1 .OR.  ;
                        "private" = cToken1 ;
                        .OR. "public" = cToken1 .OR. "field" = cToken1  ;
                        .OR. "static" = cToken1 .OR. "memvar" = cToken1 ;
                        .OR. "parameters" = cToken1 .OR. "declare" = cToken1 )
                     IF nStatePrev == RF_STATE_FUNC
                        nState := RF_STATE_VAR
                     ENDIF
                  ELSEIF cToken1 == "return" .OR. cToken1 == "endclass" .OR. ;
                        ( cToken1 == "end" .AND. cToken2 == "class" )
                     IF nDeep == 0
                        nState := RF_STATE_RET
                     ENDIF
                  ELSE
                     IF !( cToken1 == "request" )
                        nState := RF_STATE_CODE
                     ENDIF
                     IF ( nContrState := Ascan( ::aContr, ;
                           { |a|a[1] == cToken1 .AND. ( Empty( a[2] ) .OR. a[2] == cToken2 ) } ) ) != 0
                        IF Len( aDeep ) < ++ nDeep
                           AAdd( aDeep, Nil )
                        ENDIF
                        aDeep[nDeep] := nContrState
                     ELSEIF Len( cToken1 ) < 4 .OR. ( nContrState := Ascan( ::aContr,{ |a|a[3] = cToken1 } ) ) == 0
                        IF ( nPos := Ascan( ::aContr,{ |a|a[4] == cToken1 } ) ) > 0 .OR. ;
                              cToken1 == "end"
                           IF nPos != 0 .AND. nDeep > 0 .AND. aDeep[nDeep] != nPos
                              DO WHILE ( nPos := Ascan( ::aContr, { |a|a[4] == cToken1 }, ;
                                    nPos + 1 ) ) != 0 .AND. aDeep[nDeep] != nPos
                              ENDDO
                           ENDIF
                           IF nDeep > 0 .AND. ( aDeep[nDeep] == nPos .OR. cToken1 == "end" )
                              nDeep --
                           ELSE
                              ::nLineErr := i - iDelta
                              ::nErr := 3
                              ::cLineErr := cLine
                              RETURN .F.
                           ENDIF
                        ENDIF
                     ENDIF
                  ENDIF
                  IF nLineSegment == 1
                     IF nState == 0
                        nIndent := 0
                     ELSEIF nState == RF_STATE_FUNC
                        nIndent := Iif( ::lIndFunc, ::nIndLeft, 0 )
                     ELSEIF nState == RF_STATE_VAR
                        nIndent := Iif( ::lIndVar, ::nIndLeft, 0 )
                     ELSEIF nState == RF_STATE_RET
                        nIndent := Iif( !lClass .AND. ::lIndRet, ::nIndLeft, 0 )
                     ELSE
                        nIndent := ::nIndLeft + ::nIndNext * Iif( nContrState == 0, nDeep, nDeep - 1 )
                     ENDIF
                     IF Left( cLine, 1 ) == "#" .AND. !::lIndDrt
                        nIndent := 0
                     ENDIF
                     cLineAll := Space( nIndent ) + ::FormatLine( cLine )

                     IF i > 1 .AND. ( ( nState == RF_STATE_RET .AND. ::nLineRet > 0 ) .OR. ;
                           ( nState == RF_STATE_FUNC .AND. ::nLineFnc > 0 ) .OR. ;
                           ( nState == RF_STATE_VAR .AND. nStatePrev != nState .AND. ::nLineVar > 0 ) .OR. ;
                           ( nState == RF_STATE_CODE .AND. nStatePrev != nState .AND. ::nLineCode > 0 ) )
                        nPos := i - 1
                        IF ( nState == RF_STATE_RET  .AND. ::nLineRet == 1 ) .OR. ;
                              ( nState == RF_STATE_FUNC .AND. ::nLineFnc == 1 ) .OR. ;
                              ( nState == RF_STATE_VAR  .AND. ::nLineVar == 1 ) .OR. ;
                              ( nState == RF_STATE_CODE .AND. ::nLineCode == 1 )
                           IF !Empty( aFile[nPos] )
                              nLen := rf_AINS( aFile, nPos + 1, "" )
                              iDelta ++
                              i ++
                           ELSE
                              nPos --
                           ENDIF
                        ENDIF
                        DO WHILE nPos > 1 .AND. Empty( aFile[nPos] )
                           rf_ADEL( aFile, nPos )
                           iDelta --
                           i --
                           nPos --
                        ENDDO
                     ENDIF
                  ELSE
                     cLineAll += ::FormatLine( cLine )
                  ENDIF
                  IF lClass .AND. nState == RF_STATE_RET
                     lClass := .F.
                  ENDIF
                  IF nPosSep == 0 .OR. nPosSep == Len( aFile[i] )
                     EXIT
                  ENDIF
                  nPosSep ++
                  nLineSegment ++
               ENDDO
               aFile[i] := cLineAll
            ELSE
               // This line is a continuation of previous
               aFile[i] := Space( ::nIndLeft + ::nIndNext * nDeep + ::nIndCont ) + ::FormatLine( aFile[i], .T. )
            ENDIF
            IF ( nPosComment > 0 .AND. Right(Trim(Left( aFile[i],nPosComment-1 )),1) == ';' ) ;
                  .OR. ( nPosComment == 0 .AND. Right( aFile[i],1 ) == ';' )
               lContinue := .T.
            ELSE
               lContinue := .F.
            ENDIF
         ELSEIF !lPragmaDump
            aFile[i] := ::FormatLine( aFile[i] )
         ENDIF
      ENDIF
   NEXT

   RETURN .T.

#define FL_STATE_DIGIT   1

#define FL_STATE_ANY     2

#define FL_STATE_OP      3

#define FL_STATE_STRING  4

#define FL_STATE_QUOTED 11

#define FL_STATE_SQBR   12

METHOD FormatLine( cLine, lContinued ) CLASS CODEFORMAT

   LOCAL i, nLen, c, nState := 0, cSymb, cToken, nPos := 1
   LOCAL lFirst, nBegin, nEnd, nB := 0, nA := 0, aBrackets[2]
   LOCAL cOperators := "+-*/%#=~^<>$!"

   IF !::lCase .AND. !::lSpaces
      RETURN cLine
   ENDIF

   DEFAULT lContinued TO .F.
   lFirst := !lContinued

   nLen := Len( cLine )

   DO WHILE SubStr( cLine, nPos, 1 ) == " "
      nPos ++
   ENDDO

   IF !lContinued .AND. Left( cLine, 1 ) == "#"
      IF ::lSpaces .AND. ::nSpaceDrt != - 1
         cLine := Left( cLine, nPos ) + Space( ::nSpaceDrt ) + LTrim( SubStr( cLine, nPos + 1 ) )
      ENDIF
      nLen := Len( cLine )
      IF ::lCase .AND. ::nCaseDrt != - 1
         nPos ++
         DO WHILE SubStr( cLine, nPos, 1 ) == " "; nPos ++ ; ENDDO
         i := nPos
         DO WHILE nPos <= nLen .AND. SubStr( cLine, nPos, 1 ) >= "A"; nPos ++ ; ENDDO
         IF SubStr( cLine, nPos, 1 ) >= "A"
            nPos ++
         ENDIF
         cToken := SubStr( cLine, i, nPos - i )
         cToken := Iif( ::nCaseDrt == 1, Upper( cToken ), Iif( ::nCaseDrt == 2, Lower(cToken ),Upper(Left(cToken,1 ) ) + Lower(SubStr(cToken,2 ) ) ) )
         cLine := Left( cLine, i - 1 ) + cToken + Iif( nPos > nLen, "", SubStr( cLine, nPos ) )
      ENDIF
   ELSE
      aBrackets[1] := aBrackets[2] := 0
      FOR i := nPos TO nLen
         c := SubStr( cLine, i, 1 )
         IF nState <= FL_STATE_STRING
            IF ( c >= "0" .AND. c <= "9" ) .OR. ( c >= "A" .AND. c <= "Z" ) ;
                  .OR. ( c >= "a" .AND. c <= "z" ) .OR. c == "_"
               IF nState < FL_STATE_STRING .OR. ( nState == FL_STATE_STRING .AND. nEnd > nBegin )
                  IF nState == FL_STATE_STRING
                     ::ConvertCmd( @cLine, nBegin, nEnd )
                  ENDIF
                  IF c >= "A"
                     nState := FL_STATE_STRING
                     nBegin := nEnd := i
                  ELSE
                     nState := FL_STATE_DIGIT
                  ENDIF
               ENDIF
            ELSEIF c == '"' .OR. c == "'"
               IF nState == FL_STATE_STRING
                  IF nEnd == nBegin
                     nEnd := i
                  ENDIF
                  ::ConvertCmd( @cLine, nBegin, nEnd )
               ENDIF
               cSymb  := c
               nState := FL_STATE_QUOTED
            ELSEIF c == "["
               nState := FL_STATE_SQBR
            ELSEIF c == "/" .AND. ( ( c := SubStr( cLine, i + 1, 1 ) ) == "/" .OR. c == "*" )
               IF nState == FL_STATE_STRING
                  IF nEnd == nBegin
                     nEnd := i
                  ENDIF
                  ::ConvertCmd( @cLine, nBegin, nEnd )
               ENDIF
               EXIT
            ELSEIF c == " "
               nEnd := i
               i ++
               DO WHILE i <= nLen .AND. SubStr( cLine, i, 1 ) == " "; i ++ ; ENDDO
               i --
            ELSEIF c == "(" .OR. c == "{"
               aBrackets[ Iif( c=="(", 1, 2 ) ] ++
               IF nState == FL_STATE_STRING
                  IF nEnd == nBegin
                     nEnd := i
                  ENDIF
                  IF ( !lFirst .OR. !::ConvertCmd( @cLine,nBegin,nEnd, .T. ) ) .AND. c == "("
                     ::ConvertFnc( @cLine, nBegin, nEnd )
                  ENDIF
               ENDIF
               IF ::lSpaces .AND. aBrackets[ Iif( c=="(", 1, 2 ) ] <= ::nBr4Brac .AND. ;
                     i < nLen .AND. !( SubStr( cLine,i + 1,1 ) $ " )}" )
                  nA := i
               ENDIF
               nState := FL_STATE_ANY
            ELSEIF c == "."
               IF nState == FL_STATE_STRING
                  IF nBegin > 1 .AND. SubStr( cLine, nBegin - 1, 1 ) == "." .AND. nEnd == nBegin
                     ::ConvertBool( @cLine, nBegin, i )
                     IF Len( cLine ) != nLen
                        /*  If .not. was converted to ! */
                        i -= ( nLen - Len( cLine ) )
                        nLen := Len( cLine )
                     ELSE
                        nB := nBegin - 1
                        nA := i
                     ENDIF
                  ELSE
                     IF nEnd == nBegin
                        nEnd := i
                     ENDIF
                     ::ConvertCmd( @cLine, nBegin, nEnd )
                  ENDIF
               ENDIF
               nState := FL_STATE_ANY
            ELSEIF c == ","
               IF aBrackets[1] <= ::nBr4Comma .AND. aBrackets[2] <= ::nBr4Comma
                  nA := i
               ENDIF
               nState := FL_STATE_ANY
            ELSEIF c == "!" .AND. SubStr( cLine, i + 1, 1 ) != "="
               IF nState == FL_STATE_STRING
                  IF nEnd == nBegin
                     nEnd := i
                  ENDIF
                  ::ConvertCmd( @cLine, nBegin, nEnd )
               ENDIF
               nState := Iif( SubStr( cLine,i + 1,1 ) == "=", FL_STATE_OP, FL_STATE_ANY )
            ELSEIF c $ cOperators .OR. ( c == ":" .AND. SubStr( cLine,i + 1,1 ) == "=" )
               nB := i
               IF SubStr( cLine, i + 1, 1 ) $ cOperators
                  i ++
               ENDIF
               nA := i
               nState := FL_STATE_OP
            ELSEIF c == ")" .OR. c == "}"
               IF ::lSpaces .AND. aBrackets[ Iif( c=="(", 1, 2 ) ] <= ::nBr4Brac .AND. ;
                     i > 1 .AND. !( SubStr( cLine,i - 1,1 ) $ " ({" )
                  nB := i
               ENDIF
               aBrackets[ Iif( c==")", 1, 2 ) ] --
               nState := FL_STATE_ANY
            ELSE
               nState := FL_STATE_ANY
            ENDIF
            IF lFirst .AND. nState != FL_STATE_STRING
               lFirst := .F.
            ENDIF
            IF nA != 0 .AND. ::lSpaces .AND. nA < nLen .AND. SubStr( cLine, nA + 1, 1 ) != " "
               cLine := Left( cLine, nA ) + " " + SubStr( cLine, nA + 1 )
               nLen ++
               i ++
            ENDIF
            IF nB != 0 .AND. ::lSpaces .AND. nB > 1 .AND. SubStr( cLine, nB - 1, 1 ) != " "
               cLine := Left( cLine, nB - 1 ) + " " + SubStr( cLine, nB )
               nLen ++
               i ++
            ENDIF
            nA := nB := 0
         ELSEIF ( nState == FL_STATE_QUOTED .AND. c == cSymb ) .OR. ;
               ( nState == FL_STATE_SQBR .AND. c == "]" )
            nState := FL_STATE_ANY
         ENDIF
         IF i == nLen .AND. lFirst .AND. nState == FL_STATE_STRING
            i ++
            ::ConvertCmd( @cLine, nBegin, i )
         ENDIF
      NEXT
   ENDIF

   RETURN cLine

METHOD ConvertCmd( cLine, nBegin, nEnd, lFirstOnly ) CLASS CODEFORMAT

   LOCAL nPos, cToken := Upper( SubStr( cLine, nBegin, nEnd - nBegin ) )

   IF ::lCase
      DEFAULT lFirstOnly TO .F.
      IF ( ( nPos := At( "," + cToken, ::cCommands ) ) != 0 .AND. ( Len(cToken ) >= 4 ;
            .OR. SubStr( ::cCommands, nPos + Len( cToken ) + 1, 1 ) == "," ) ) ;
            .OR. ;
            ( !lFirstOnly .AND. ;
            ( nPos := At( "," + cToken, ::cClauses ) ) != 0 .AND. ( Len( cToken ) >= 4 ;
            .OR. SubStr( ::cClauses, nPos + Len( cToken ) + 1, 1 ) == "," ) )
         IF ::nCaseCmd > 0
            IF ::nCaseCmd > 1
               cToken := Iif( ::nCaseCmd == 2, Lower( cToken ), Left( cToken,1 ) + ;
                  Lower( SubStr( cToken,2 ) ) )
            ENDIF
            cLine := Iif( nBegin == 1, cToken + SubStr( cLine, nEnd ), ;
               Left( cLine, nBegin - 1 ) + cToken + SubStr( cLine, nEnd ) )
         ENDIF
      ELSE
         RETURN .F.
      ENDIF
   ENDIF

   RETURN .T.

METHOD ConvertFnc( cLine, nBegin, nEnd ) CLASS CODEFORMAT

   LOCAL nPos, cToken := Upper( SubStr( cLine, nBegin, nEnd - nBegin ) )

   IF ::lCase .AND. ::nCaseFnc > 0
      IF ( nPos := At( "," + cToken + ",", m -> cFunctions ) ) != 0

         IF ::nCaseFnc > 1
            nPos ++
            cToken := Iif( ::nCaseFnc == 2, Lower( cToken ), Iif( ::nCaseFnc == 3, ;
               Left( cToken, 1 ) + Lower( SubStr( cToken,2 ) ), ;
               SubStr( ::cFunctions, nPos, Len( cToken ) ) ) )
         ENDIF
         cLine := Iif( nBegin == 1, cToken + SubStr( cLine, nEnd ), ;
            Left( cLine, nBegin - 1 ) + cToken + SubStr( cLine, nEnd ) )
      ELSEIF ::nCaseUnk > 0
         cToken := Iif( ::nCaseUnk == 2, Lower( cToken ), ;
            Left( cToken, 1 ) + Lower( SubStr( cToken,2 ) ) )
         cLine := Iif( nBegin == 1, cToken + SubStr( cLine, nEnd ), ;
            Left( cLine, nBegin - 1 ) + cToken + SubStr( cLine, nEnd ) )
      ENDIF
   ENDIF

   RETURN .T.

METHOD ConvertBool( cLine, nBegin, nEnd ) CLASS CODEFORMAT

   LOCAL cBool := ",NOT,AND,OR,F,T,"
   LOCAL nPos, cToken := Upper( SubStr( cLine, nBegin, nEnd - nBegin ) )

   IF ::lCase
      IF ( nPos := At( "," + cToken + ",", cBool ) ) != 0
         IF ::lCnvNot .AND. nPos == 1
            cLine := Left( cLine, nBegin - 2 ) + "!" + SubStr( cLine, nEnd + 1 )
         ELSE
            IF ::nCaseBoo > 0
               IF ::nCaseBoo > 1
                  cToken := Iif( ::nCaseBoo == 2, Lower( cToken ), Left( cToken,1 ) + ;
                     Lower( SubStr( cToken,2 ) ) )
               ENDIF
               cLine := Left( cLine, nBegin - 1 ) + cToken + SubStr( cLine, nEnd )
            ENDIF
         ENDIF
      ELSE
         RETURN .F.
      ENDIF
   ENDIF

   RETURN .T.

METHOD SetOption( cLine, i, aIni ) CLASS CODEFORMAT

   LOCAL nPos, cToken1, cToken2, cTemp, xRes

   IF ( nPos := At( "=", cLine ) ) != 0
      cToken1 := Upper( RTrim( Left( cLine, nPos - 1 ) ) )
      cToken2 := LTrim( SubStr( cLine, nPos + 1 ) )
      IF __ObjHasMsg( Self, cToken1 )
         IF Empty( cToken2 )
            xRes := ""
         ELSEIF IsDigit( cToken2 ) .OR. ( Left( cToken2,1 ) == "-" .AND. IsDigit( Ltrim(Substr(cToken2,2)) ) )
            xRes := Val( cToken2 )
         ELSEIF Isalpha( cToken2 )
            IF ( cTemp := Upper( cToken2 ) ) == "ON" .OR. cTemp == "YES"
               xRes := .T.
            ELSEIF cTemp == "OFF" .OR. cTemp == "NO"
               xRes := .F.
            ELSE
               IF Right( cToken2, 1 ) == ";" .AND. aIni != Nil
                  xRes := RTrim( Left( cToken2, Len(cToken2 ) - 1 ) )
                  DO WHILE ++ i < Len( aIni )
                     IF Right( aIni[i], 1 ) == ";"
                        xRes += AllTrim( Left( aIni[i],Len(aIni ) - 1 ) )
                     ELSE
                        xRes += AllTrim( aIni[i] )
                        EXIT
                     ENDIF
                  ENDDO
               ELSE
                  xRes := cToken2
               ENDIF
            ENDIF
         ELSE
            ::nErr := 3
         ENDIF
         IF ::nErr == 0 .AND. ValType( xRes ) != Left( cToken1, 1 )
            ::nErr := 4
         ENDIF
      ELSE
         ::nErr := 2
      ENDIF
   ELSE
      ::nErr := 1
   ENDIF
   IF ::nErr == 0
      __objSendMsg( Self, "_" + cToken1, xRes )
   ELSE
      ::nLineErr := i
      ::cLineErr := cLine
   ENDIF

   RETURN ::nErr == 0

METHOD ReadIni( cIniName ) CLASS CODEFORMAT

   LOCAL i, nLen, aIni, c

   IF hb_FileExists( cIniName )
      aIni := rf_FileRead( MemoRead( cIniName ) )
      nLen := Len( aIni )
      FOR i := 1 TO nLen
         IF !Empty( aIni[i] := AllTrim( aIni[i] ) ) .AND. ;
               ( c := Left( aIni[i],1 ) ) != ";" .AND. c != "#"
            IF !::SetOption( aIni[i], @i, aIni )
               EXIT
            ENDIF
         ENDIF
      NEXT
   ENDIF

   RETURN ( ::nErr == 0 )

METHOD File2Array( cFileName ) CLASS CODEFORMAT

   LOCAL aFile, cEol

   IF hb_FileExists( cFileName )
      aFile := rf_FileRead( MemoRead( cFileName ), @cEol )
      IF ::nEol < 0
         ::cEol := cEol
      ENDIF
   ENDIF

   RETURN aFile

METHOD Array2File( cFileName, aFile ) CLASS CODEFORMAT

   LOCAL handle, i, nLen := Len( aFile ), cName, cBakName, cPath

   cName := Iif( ( i := Rat(".",cFileName ) ) == 0, cFileName, SubStr( cFileName,1,i - 1 ) )
   IF Empty( ::cExtSave )
      cBakName := cName + Iif( Left( ::cExtBack,1 ) != ".", ".", "" ) + ::cExtBack
      IF FRename( cFileName, cBakName ) == - 1
         RETURN .F.
      ENDIF
   ENDIF

   IF !Empty( ::cExtSave )
      cFileName := cName + Iif( Left( ::cExtSave,1 ) != ".", ".", "" ) + ::cExtSave
   ENDIF
   IF ::lFCaseLow
      cPath := Iif( ( i := Rat( '\', cFileName ) ) == 0, ;
            Iif( ( i := Rat( '/', cFileName ) ) == 0, "", Left( cFileName, i ) ), ;
            Left( cFileName, i ) )
      cFileName := cPath + Lower( Iif( i == 0, cFileName, Substr( cFileName, i+1 ) ) )
   ENDIF

   handle := FCreate( cFileName )
   FOR i := 1 TO nLen
      IF aFile[i] == Nil
         EXIT
      ENDIF
      IF i < nLen .OR. !Empty( aFile[i] )
         FWrite( handle, aFile[i] + ::cEol )
      ENDIF
   NEXT
   FClose( handle )

   RETURN .T.

STATIC FUNCTION rf_AINS( arr, nItem, cItem )

   IF Atail( arr ) != Nil
      AAdd( arr, Nil )
   ENDIF
   AIns( arr, nItem )
   arr[nItem] := cItem

   RETURN Len( arr )

STATIC FUNCTION rf_ADEL( arr, nItem )

   ADel( arr, nItem )

   RETURN Nil

STATIC FUNCTION FindNotQuoted( subs, stroka, nPos2 )

   LOCAL nPos1, i, c, nState := 0, cSymb

   DEFAULT nPos2 TO 1

   DO WHILE .T.
      IF ( nPos1 := hb_At( subs, stroka, nPos2 ) ) == 0
         EXIT
      ENDIF
      FOR i := nPos2 TO nPos1 - 1
         c := SubStr( stroka, i, 1 )
         IF nState == 0
            IF c == '"' .OR. c == "'"
               cSymb  := c
               nState := 1
            ELSEIF c == "["
               nState := 2
            ENDIF
         ELSEIF ( nState == 1 .AND. c == cSymb ) .OR. ( nState == 2 .AND. c == "]" )
            nState := 0
         ENDIF
      NEXT
      IF nState == 0
         EXIT
      ENDIF
      nPos2 := nPos1 + 1
   ENDDO

   RETURN nPos1