a3c5433fa3
* include/hbcompat.ch
* source/vm/arrayshb.c
* contrib/xhb/xhb.ch
* contrib/xhb/xhbfunc.c
+ Added HB_ASCAN() to Harbour, which does the same as
the plain AScan() in xhb. I decided to do this
because we already had hb_RAscan() implemented, and
having hb_Ascan() is good to keep symetry.
* Modified xhb lib to use the Harbour one.
* Translations moved to hbcompat.ch.
- Removed HB_COMPAT_XHB from Harbour level array functions.
243 lines
11 KiB
Plaintext
243 lines
11 KiB
Plaintext
/*
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* $Id$
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*/
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/*
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* Harbour Project source code:
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* Header file for cross-compatibility between different Harbour flavours
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*
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* Copyright 1999-2007 {list of individual authors and e-mail addresses}
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* www - http://www.harbour-project.org
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*
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* This program is free software; you can redistribute it and/or modify
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* it under the terms of the GNU General Public License as published by
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* the Free Software Foundation; either version 2, or (at your option)
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* any later version.
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*
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* This program is distributed in the hope that it will be useful,
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* but WITHOUT ANY WARRANTY; without even the implied warranty of
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* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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* GNU General Public License for more details.
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*
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* You should have received a copy of the GNU General Public License
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* along with this software; see the file COPYING. If not, write to
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* the Free Software Foundation, Inc., 59 Temple Place, Suite 330,
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* Boston, MA 02111-1307 USA (or visit the web site http://www.gnu.org/).
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*
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* As a special exception, the Harbour Project gives permission for
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* additional uses of the text contained in its release of Harbour.
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*
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* The exception is that, if you link the Harbour libraries with other
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* files to produce an executable, this does not by itself cause the
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* resulting executable to be covered by the GNU General Public License.
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* Your use of that executable is in no way restricted on account of
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* linking the Harbour library code into it.
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*
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* This exception does not however invalidate any other reasons why
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* the executable file might be covered by the GNU General Public License.
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*
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* This exception applies only to the code released by the Harbour
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* Project under the name Harbour. If you copy code from other
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* Harbour Project or Free Software Foundation releases into a copy of
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* Harbour, as the General Public License permits, the exception does
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* not apply to the code that you add in this way. To avoid misleading
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* anyone as to the status of such modified files, you must delete
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* this exception notice from them.
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*
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* If you write modifications of your own for Harbour, it is your choice
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* whether to permit this exception to apply to your modifications.
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* If you do not wish that, delete this exception notice.
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*
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*/
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#ifdef __HARBOUR__
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#ifdef __XHARBOUR__
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#include "gtinfo.ch"
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#include "gfx.ch"
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#else
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#include "hbgtinfo.ch"
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#include "hbgfx.ch"
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#endif
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#ifdef __XHARBOUR__
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#xtranslate hb_gtSys => gtSys
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#xtranslate hb_gtInfo([<x,...>]) => gtInfo(<x>)
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#xtranslate hb_gtVersion([<x>]) => hb_gt_Version(<x>)
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#xtranslate hb_isregex([<x>]) => hb_isregexstring(<x>)
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#xtranslate hb_pvalue([<x,...>]) => pvalue(<x>)
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#xtranslate hb_methodName([<x,...>])=> methodName(<x>)
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#xtranslate hb_libLoad([<x,...>]) => libLoad(<x>)
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#xtranslate hb_libFree([<x,...>]) => libFree(<x>)
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#xtranslate hb_adler32([<x,...>]) => hb_checksum(<x>)
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#xtranslate hb_setLastKey([<x,...>])=> setLastKey(<x>)
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#xtranslate hb_CStr([<x,...>]) => CStr(<x>)
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#xtranslate hb_HexToNum([<c,...>]) => HexToNum(<c>)
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#xtranslate hb_NumToHex([<n,...>]) => NumToHex(<n>)
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#xtranslate hb_HexToStr([<c,...>]) => HexToStr(<c>)
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#xtranslate hb_StrToHex([<c,...>]) => StrToHex(<c>)
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#xtranslate hb_AScan(<a>,<b>,[<c>],[<d>],<e>) => AScan(<a>,<b>,<c>,<d>,<e>)
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#xtranslate hb_RAScan([<x,...>]) => RAScan(<x>)
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#xtranslate hb_ISPOINTER( <xValue> )=> ISPOINTER( <xValue> )
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#xtranslate hb_IniSetComment([<x,...>]) => hb_SetIniComment(<x>)
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#xtranslate hb_IniRead([<x,...>]) => hb_ReadIni(<x>)
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#xtranslate hb_IniWrite([<x,...>]) => hb_WriteIni(<x>)
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/* Some statement endings */
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#xcommand ENDSEQUENCE => END
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#xcommand ENDSWITCH => END
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#xcommand END SWITCH => END
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#xcommand ENDWITH => END
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#xcommand END WITH => END
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#xcommand END OBJECT => END
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#else
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#xtranslate gtSys => hb_gtSys
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#xtranslate gtInfo([<x,...>]) => hb_gtInfo(<x>)
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#xtranslate hb_gt_Version([<x>]) => hb_gtVersion(<x>)
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#xtranslate gtSetClipboard(<x>) => hb_gtInfo( GTI_CLIPBOARDDATA, <x> )
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#xtranslate gtGetClipboard() => hb_gtInfo( GTI_CLIPBOARDDATA )
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#xtranslate gtGetClipBoardSize() => Len( hb_gtInfo( GTI_CLIPBOARDDATA ) )
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#xtranslate gtPasteClipBoard([<n>]) => hb_gtInfo( GTI_CLIPBOARDPAST )
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#xtranslate gtProcessMessages() => NextKey()
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#xtranslate gfxPrimitive([<x,...>]) => hb_gfxPrimitive(<x>)
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#xtranslate gfxText([<x,...>]) => hb_gfxText(<x>)
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#xtranslate hb_isregexstring([<x>]) => hb_isregex(<x>)
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#xtranslate pvalue([<x,...>]) => hb_pvalue(<x>)
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#xtranslate methodName([<x,...>]) => hb_methodName(<x>)
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#xtranslate libLoad([<x,...>]) => hb_libLoad(<x>)
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#xtranslate libFree([<x,...>]) => hb_libFree(<x>)
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#xtranslate hb_checksum([<x,...>]) => hb_adler32(<x>)
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#xtranslate setLastKey([<x,...>]) => hb_setLastKey(<x>)
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#xtranslate CStr([<x,...>]) => hb_CStr(<x>)
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#xtranslate HexToNum([<c,...>]) => hb_HexToNum(<c>)
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#xtranslate NumToHex([<n,...>]) => hb_NumToHex(<n>)
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#xtranslate HexToStr([<c,...>]) => hb_HexToStr(<c>)
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#xtranslate StrToHex([<c,...>]) => hb_StrToHex(<c>)
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#xtranslate AScan(<a>,<b>,[<c>],[<d>],<e>) => hb_AScan(<a>,<b>,<c>,<d>,<e>)
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#xtranslate RAScan([<x,...>]) => hb_RAScan(<x>)
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#xtranslate ISPOINTER( <xValue> ) => hb_ISPOINTER( <xValue> )
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#xtranslate hb_SetIniComment([<x,...>]) => hb_IniSetComment(<x>)
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#xtranslate hb_ReadIni([<x,...>]) => hb_IniRead(<x>)
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#xtranslate hb_WriteIni([<x,...>]) => hb_IniWrite(<x>)
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#xtranslate Str(<x>,[<y>],[<y>],<z>)=> iif(<z>, LTrim(Str(<x>)), Str(<x>))
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#xtranslate hb_CMDARGARGV([<x,...>])=> hb_ARGV(0)
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/* Hash item functions */
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#xtranslate HASH([<x,...>]) => hb_HASH(<x>)
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#xtranslate HHASKEY([<x,...>]) => hb_HHASKEY(<x>)
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#xtranslate HGETPOS([<x,...>]) => hb_HPOS(<x>)
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#xtranslate HGET([<x,...>]) => hb_HGET(<x>)
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#xtranslate HSET([<x,...>]) => hb_HSET(<x>)
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#xtranslate HDEL([<x,...>]) => hb_HDEL(<x>)
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#xtranslate HGETKEYAT([<x,...>]) => hb_HKEYAT(<x>)
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#xtranslate HGETVALUEAT([<x,...>]) => hb_HVALUEAT(<x>)
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#xtranslate HSETVALUEAT([<x,...>]) => hb_HVALUEAT(<x>)
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#xtranslate HGETPAIRAT([<x,...>]) => hb_HPAIRAT(<x>)
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#xtranslate HDELAT([<x,...>]) => hb_HDELAT(<x>)
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#xtranslate HGETKEYS([<x,...>]) => hb_HKEYS(<x>)
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#xtranslate HGETVALUES([<x,...>]) => hb_HVALUES(<x>)
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#xtranslate HFILL([<x,...>]) => hb_HFILL(<x>)
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#xtranslate HCLONE([<x,...>]) => hb_HCLONE(<x>)
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#xtranslate HCOPY([<x,...>]) => hb_HCOPY(<x>)
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#xtranslate HMERGE([<x,...>]) => hb_HMERGE(<x>)
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#xtranslate HEVAL([<x,...>]) => hb_HEVAL(<x>)
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#xtranslate HSCAN([<x,...>]) => hb_HSCAN(<x>)
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#xtranslate HSETCASEMATCH([<x,...>])=> hb_HSETCASEMATCH(<x>)
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#xtranslate HGETCASEMATCH([<x,...>])=> hb_HCASEMATCH(<x>)
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#xtranslate HSETAUTOADD([<x,...>]) => hb_HSETAUTOADD(<x>)
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#xtranslate HGETAUTOADD([<x,...>]) => hb_HAUTOADD(<x>)
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#xtranslate HALLOCATE([<x,...>]) => hb_HALLOCATE(<x>)
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#xtranslate HDEFAULT([<x,...>]) => hb_HDEFAULT(<x>)
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/* Inet functions */
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#xtranslate INETINIT([<x,...>]) => hb_INETINIT(<x>)
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#xtranslate INETCLEANUP([<x,...>]) => hb_INETCLEANUP(<x>)
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#xtranslate INETCREATE([<x,...>]) => hb_INETCREATE(<x>)
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#xtranslate INETCLOSE([<x,...>]) => hb_INETCLOSE(<x>)
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#xtranslate INETFD([<x,...>]) => hb_INETFD(<x>)
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#xtranslate INETSTATUS([<x,...>]) => hb_INETSTATUS(<x>)
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#xtranslate INETERRORCODE([<x,...>]) => hb_INETERRORCODE(<x>)
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#xtranslate INETERRORDESC([<x,...>]) => hb_INETERRORDESC(<x>)
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#xtranslate INETCLEARERROR([<x,...>]) => hb_INETCLEARERROR(<x>)
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#xtranslate INETCOUNT([<x,...>]) => hb_INETCOUNT(<x>)
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#xtranslate INETADDRESS([<x,...>]) => hb_INETADDRESS(<x>)
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#xtranslate INETPORT([<x,...>]) => hb_INETPORT(<x>)
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#xtranslate INETSETTIMEOUT([<x,...>]) => hb_INETTIMEOUT(<x>)
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#xtranslate INETGETTIMEOUT([<x,...>]) => hb_INETTIMEOUT(<x>)
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#xtranslate INETCLEARTIMEOUT([<x,...>]) => hb_INETCLEARTIMEOUT(<x>)
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#xtranslate INETSETTIMELIMIT([<x,...>]) => hb_INETTIMELIMIT(<x>)
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#xtranslate INETGETTIMELIMIT([<x,...>]) => hb_INETTIMELIMIT(<x>)
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#xtranslate INETCLEARTIMELIMIT([<x,...>]) => hb_INETCLEARTIMELIMIT(<x>)
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#xtranslate INETSETPERIODCALLBACK([<x,...>]) => hb_INETPERIODCALLBACK(<x>)
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#xtranslate INETGETPERIODCALLBACK([<x,...>]) => hb_INETPERIODCALLBACK(<x>)
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#xtranslate INETCLEARPERIODCALLBACK([<x,...>])=> hb_INETCLEARPERIODCALLBACK(<x>)
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#xtranslate INETRECV([<x,...>]) => hb_INETRECV(<x>)
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#xtranslate INETRECVALL([<x,...>]) => hb_INETRECVALL(<x>)
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#xtranslate INETRECVLINE([<x,...>]) => hb_INETRECVLINE(<x>)
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#xtranslate INETRECVENDBLOCK([<x,...>]) => hb_INETRECVENDBLOCK(<x>)
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#xtranslate INETDATAREADY([<x,...>]) => hb_INETDATAREADY(<x>)
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#xtranslate INETSEND([<x,...>]) => hb_INETSEND(<x>)
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#xtranslate INETSENDALL([<x,...>]) => hb_INETSENDALL(<x>)
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#xtranslate INETGETHOSTS([<x,...>]) => hb_INETGETHOSTS(<x>)
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#xtranslate INETGETALIAS([<x,...>]) => hb_INETGETALIAS(<x>)
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#xtranslate INETSERVER([<x,...>]) => hb_INETSERVER(<x>)
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#xtranslate INETACCEPT([<x,...>]) => hb_INETACCEPT(<x>)
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#xtranslate INETCONNECT([<x,...>]) => hb_INETCONNECT(<x>)
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#xtranslate INETCONNECTIP([<x,...>]) => hb_INETCONNECTIP(<x>)
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#xtranslate INETDGRAMBIND([<x,...>]) => hb_INETDGRAMBIND(<x>)
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#xtranslate INETDGRAM([<x,...>]) => hb_INETDGRAM(<x>)
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#xtranslate INETDGRAMSEND([<x,...>]) => hb_INETDGRAMSEND(<x>)
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#xtranslate INETDGRAMRECV([<x,...>]) => hb_INETDGRAMRECV(<x>)
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#xtranslate INETCRLF([<x,...>]) => hb_INETCRLF(<x>)
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#xtranslate ISINETSOCKET([<x,...>]) => HB_ISINETSOCKET(<x>)
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#xtranslate INETDESTROY([<x,...>]) => IIF( HB_ISINETSOCKET( <x> ), ;
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hb_INETCLOSE( <x> ), )
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/* THROW => generate error */
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#xtranslate THROW(<oErr>) => (Eval(ErrorBlock(), <oErr>), Break(<oErr>))
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/* TEXT INTO <varname> */
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#xcommand TEXT INTO <v> => #pragma __text|<v>+=%s+HB_OSNEWLINE();<v>:=""
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/* SWITCH ... ; case ... ; DEFAULT ; ... ; END */
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#xcommand DEFAULT => OTHERWISE
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/* TRY / CATCH / FINALLY / END */
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#xcommand TRY => BEGIN SEQUENCE WITH {|oErr| Break( oErr )}
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#xcommand CATCH [<!oErr!>] => RECOVER [USING <oErr>] <-oErr->
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#xcommand FINALLY => ALWAYS
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/* EXTENDED CODEBLOCKs */
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#xtranslate \<|[<x,...>]| => {|<x>|
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#xcommand > [<*x*>] => } <x>
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/* xHarbour operators: IN, HAS, LIKE, >>, <<, |, &, ^^ */
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#translate ( <exp1> IN <exp2> ) => ( (<exp1>) $ (<exp2>) )
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#translate ( <exp1> HAS <exp2> ) => ( HB_REGEXHAS( (<exp2>), (<exp1>) ) )
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#translate ( <exp1> LIKE <exp2> ) => ( HB_REGEXLIKE( (<exp2>), (<exp1>) ) )
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#translate ( <exp1> \<\< <exp2> ) => ( HB_BITSHIFT( (<exp1>), (<exp2>) ) )
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#translate ( <exp1> >> <exp2> ) => ( HB_BITSHIFT( (<exp1>), -(<exp2>) ) )
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#translate ( <exp1> | <exp2> ) => ( HB_BITOR( (<exp1>), (<exp2>) ) )
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#translate ( <exp1> & <exp2> ) => ( HB_BITAND( (<exp1>), (<exp2>) ) )
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#translate ( <exp1> ^^ <exp2> ) => ( HB_BITXOR( (<exp1>), (<exp2>) ) )
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#endif
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#endif /* __HARBOUR__ */
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