/*###################################################################################
#
#   Embperl - Copyright (c) 1997-1999 Gerald Richter / ECOS
#
#   You may distribute under the terms of either the GNU General Public
#   License or the Artistic License, as specified in the Perl README file.
#   For use with Apache httpd and mod_perl, see also Apache copyright.
#
#   THIS PACKAGE IS PROVIDED "AS IS" AND WITHOUT ANY EXPRESS OR
#   IMPLIED WARRANTIES, INCLUDING, WITHOUT LIMITATION, THE IMPLIED
#   WARRANTIES OF MERCHANTIBILITY AND FITNESS FOR A PARTICULAR PURPOSE.
#
###################################################################################*/
#include "ep.h"
# /* ############################################################################### */
MODULE = HTML::Embperl      PACKAGE = HTML::Embperl     PREFIX = embperl_
PROTOTYPES: ENABLE
int
embperl_XS_Init(nIOType, sLogFile, nDebugDefault)
    int nIOType
    char * sLogFile
    int    nDebugDefault
CODE:
    RETVAL = Init(nIOType, sLogFile, nDebugDefault) ;
OUTPUT:
    RETVAL
int
embperl_XS_Term()
CODE:
    RETVAL = Term() ;
OUTPUT:
    RETVAL
# /* ---- Helper ----- */
int
embperl_Multiplicity()
CODE:
#ifdef MULTIPLICITY
    RETVAL = 1 ;
#else
    RETVAL = 0 ;
#endif
OUTPUT:
    RETVAL
int
embperl_ResetHandler(pReqSV)
    SV * pReqSV
CODE:
    RETVAL = ResetHandler(pReqSV) ;
OUTPUT:
    RETVAL
#if defined (__GNUC__) && defined (__i386__)
void
embperl_dbgbreak()
CODE:
    __asm__ ("int   $0x03\n") ;
#endif
char *
embperl_GVFile(gv)
    SV * gv
CODE:
    char buf[20] ;
    RETVAL = "" ;
#ifdef GvFILE
    if (gv && SvTYPE(gv) == SVt_PVGV && GvGP (gv))
        {
        /*
        char * name = GvFILE (gv) ;
        if (name)
            RETVAL = name ;
        */
        /* workaround for not working GvFILE in Perl 5.6.1+ with threads */
        if(GvIMPORTED(gv))
            RETVAL = "i" ;
        else
            RETVAL = "" ;
        
        }
#else
    if (gv && SvTYPE(gv) == SVt_PVGV && GvGP (gv))
        {
        GV * fgv = GvFILEGV(gv) ;
        if (fgv && SvTYPE(fgv) == SVt_PVGV)
            {
            char * name = GvNAME (fgv) ;
            if (name)
                RETVAL = name ;
            }
        }
#endif
OUTPUT:
    RETVAL
# /* ---- Configuration data ----- */
tConf *
embperl_SetupConfData(req,opcodemask) 
    HV *    req = NO_INIT
    SV *    opcodemask 
INIT:
    req = (HV *)SvRV(ST(0));
CODE:
    RETVAL = SetupConfData(req, opcodemask) ;
OUTPUT:
    RETVAL
int
embperl_FreeConfData(pConf) 
    tConf *   pConf
CODE:
    FreeConfData(pConf) ;
    RETVAL = 1 ;
OUTPUT:
    RETVAL
# /* ----- Request data ----- */
tReq *
embperl_SetupRequest(req_rec,sInputfile,mtime,filesize,nFirstLine,sOutputfile,pConf,nIOtype,pIn,pOut,sSubName,sImport,nSessionMgnt,pTokenTable) 
    SV *    req_rec
    char *  sInputfile
    double  mtime
    long    filesize
    int     nFirstLine
    char *  sOutputfile = NO_INIT
    tConf * pConf
    int     nIOtype
    SV *    pIn
    SV *    pOut
    char *  sSubName 
    char *  sImport
    int     nSessionMgnt
    tTokenTable *    pTokenTable ;
INIT:
    if (SvOK(ST(5)))
        sOutputfile = SvPV(ST(5), na);
    else
        sOutputfile = "\1" ; 
CODE:        
    RETVAL = SetupRequest(req_rec,sInputfile,mtime,filesize,nFirstLine,sOutputfile,pConf,nIOtype,pIn,pOut,sSubName,sImport,nSessionMgnt,pTokenTable) ;
OUTPUT:
    RETVAL
tReq *
embperl_CurrReq()
CODE:        
    RETVAL = pCurrReq ;
OUTPUT:
    RETVAL
  
double
Clock()
CODE:
#ifdef CLOCKS_PER_SEC
        RETVAL = clock () * 1000 / CLOCKS_PER_SEC / 1000.0 ;
#else
        RETVAL = clock () ;
#endif        
OUTPUT:
    RETVAL
void
embperl_GetPackageOfFile(sSourcefile, sPackage, mtime, bEP1Compat)
    char * sSourcefile
    char * sPackage
    double mtime
    int    bEP1Compat
PPCODE:
    tFile * pFile = GetFileData (sSourcefile, sPackage, mtime, bEP1Compat) ;
    EXTEND(SP,2) ;
    PUSHs(sv_2mortal(newSViv(pFile -> mtime == -1?1:0))) ;
    PUSHs(sv_2mortal(newSVpv(pFile -> sCurrPackage, pFile -> nCurrPackage))) ;
void
embperl_logerror(code, sText, pApacheReqSV=NULL)
    int    code
    char * sText
    SV * pApacheReqSV
PREINIT:
    tReq * r = pCurrReq ;
    int  bRestore = 0 ;
    SV * pSaveApacheReqSV ;
#ifdef APACHE
    request_rec * pSaveApacheReq ;
#endif
CODE:
#ifdef APACHE
    if (pApacheReqSV && r -> pApacheReq == NULL)
        {
        bRestore = 1 ;
        pSaveApacheReqSV = r -> pApacheReqSV ;
        pSaveApacheReq = r -> pApacheReq ;
        if (SvROK (pApacheReqSV))
            r -> pApacheReq = (request_rec *)SvIV((SV*)SvRV(pApacheReqSV));
        else
            r -> pApacheReq = NULL ;
        r -> pApacheReqSV = pApacheReqSV ;
        }
#endif
     strncpy (r->errdat1, sText, sizeof (r->errdat1) - 1) ;
     LogError (r,code) ;
#ifdef APACHE
    if (bRestore)
        {
        r -> pApacheReqSV  = pSaveApacheReqSV  ;
        r -> pApacheReq = pSaveApacheReq   ;
        }
#endif
void
embperl_log(sText)
    char * sText
INIT:
    tReq * r = pCurrReq ;
CODE:
    OpenLog (r,"", 2) ;
    lwrite (r,sText, strlen (sText)) ;
void
embperl_output(sText)
    SV * sText
INIT:
    STRLEN l ;
    tReq * r = pCurrReq ;
CODE:
#ifdef EP2
    if (!r->bEP1Compat)
        {
        char * p = SvPV (sText, l) ;
        /* Node_appendChild (DomTree_self (r -> xCurrDomTree), ntypCDATA, 0, p, l, r -> xCurrNode, 0, 0) ; */
        r -> xCurrNode = Node_insertAfter_CDATA (p, l, (r -> nCurrEscMode & 3)== 3?1 + (r -> nCurrEscMode & 4):r -> nCurrEscMode, DomTree_self (r -> xCurrDomTree), r -> xCurrNode) ; 
        }
    else
#endif
    if (r -> pCurrEscape == NULL)
        {
        char * p = SvPV (sText, l) ;
        owrite (r, p, l) ;
        }
    else
        OutputToHtml (r, SvPV (sText, l)) ;
void
embperl_logevalerr(sText)
    char * sText
PREINIT:
    int l ;
    tReq * r = pCurrReq ;
CODE:
     l = strlen (sText) ;
     while (l > 0 && isspace(sText[l-1]))
        sText[--l] = '\0' ;
     strncpy (r -> errdat1, sText, sizeof (r -> errdat1) - 1) ;
     LogError (r, rcEvalErr) ;
int
embperl_getlineno()
INIT:
    tReq * r = pCurrReq ;
CODE:
    RETVAL = GetLineNo (r) ;
OUTPUT:
    RETVAL
void
embperl_flushlog()
INIT:
    tReq * r = pCurrReq ;
CODE:
    FlushLog (r) ;
char *
embperl_Sourcefile()
INIT:
    tReq * r = pCurrReq ;
CODE:
    if (r -> Buf.pFile)
        RETVAL = r -> Buf.pFile -> sSourcefile ;
    else
        RETVAL = NULL ;
OUTPUT:
    RETVAL
int
embperl_ProcessSub(pFile, nBlockStart, nBlockNo)
    IV      pFile
    int     nBlockStart
    int     nBlockNo
INIT:
    tReq * r = pCurrReq ;
CODE:
    RETVAL = ProcessSub(r,(tFile *)pFile, nBlockStart, nBlockNo) ;
OUTPUT:
    RETVAL
void
embperl_exit()
CODE:
    /* from mod_perl's perl_util.c */
    struct ufuncs umg;
        sv_magic(ERRSV, Nullsv, 'U', (char*) &umg, sizeof(umg));
        ENTER;
        SAVESPTR(diehook);
        diehook = Nullsv; 
        croak("");
        LEAVE; /* we don't get this far, but croak() will rewind */
        sv_unmagic(ERRSV, 'U');
#ifdef EP2
void 
embperl_ClearSymtab(sPackage,bDebug)
    char * sPackage
    int     bDebug
CODE:
    ClearSymtab (pCurrReq, sPackage, bDebug) ;
#endif
################################################################################
MODULE = HTML::Embperl      PACKAGE = HTML::Embperl::Req     PREFIX = embperl_
char *
embperl_CurrPackage(r)
    tReq * r
CODE:
    if (r -> Buf.pFile)
        RETVAL = r -> Buf.pFile -> sCurrPackage ;
    else
        RETVAL = NULL ;
OUTPUT:
    RETVAL
SV *
embperl_ExportHash(r)
    tReq * r
CODE:
    RETVAL = RETVAL ; /* avoid warning */
    if (r -> Buf.pFile && r -> Buf.pFile -> pExportHash)
        {
        ST(0) = newRV_inc((SV *)r -> Buf.pFile -> pExportHash) ;
        if (SvREFCNT(ST(0))) sv_2mortal(ST(0));
        }
    else
        ST(0) = &sv_undef ;
char *
embperl_Sourcefile(r)
    tReq * r
CODE:
    if (r -> Buf.pFile)
        RETVAL = r -> Buf.pFile -> sSourcefile ;
    else
        RETVAL = NULL;
OUTPUT:
    RETVAL
char *
embperl_Path(r,sPath=NULL)
    tReq * r
    char * sPath
CODE:
    RETVAL = NULL;
    if (r -> pConf)
        {
        if (sPath)
            {
            if (r -> pConf -> sPath)
                free (r -> pConf -> sPath) ;
            r -> pConf -> sPath = sstrdup (sPath) ;
            }
        if (r -> pConf -> sPath)
            RETVAL = r -> pConf -> sPath ;
        }
OUTPUT:
    RETVAL
int
embperl_PathNdx(r,nNdx=-1)
    tReq * r
    int    nNdx
CODE:
    if (nNdx >= 0)
        r -> nPathNdx = nNdx ;
    RETVAL = r -> nPathNdx ;
OUTPUT:
    RETVAL
char *
embperl_ReqFilename(r)
    tReq * r
CODE:
    if (r -> pConf && r -> pConf -> sReqFilename)
        RETVAL = r -> pConf -> sReqFilename ;
    else
        RETVAL = NULL;
OUTPUT:
    RETVAL
int
embperl_Debug(r)
    tReq * r
CODE:
    RETVAL = r -> bDebug ;
OUTPUT:
    RETVAL
SV *
embperl_ApacheReq(r)
    tReq * r
CODE:
    RETVAL = RETVAL ; /* avoid warning */
#ifdef APACHE
    ST(0) = r -> pApacheReqSV ;
    SvREFCNT_inc(ST(0)) ;
    sv_2mortal(ST(0));
#else
    ST(0) = &sv_undef ;
#endif
SV *
embperl_ErrArray(r)
    tReq * r
CODE:
    RETVAL = newRV_inc((SV *)r -> pErrArray) ;
OUTPUT:
    RETVAL
SV *
embperl_FormArray(r)
    tReq * r
CODE:
    RETVAL = newRV_inc((SV *)r -> pFormArray) ;
OUTPUT:
    RETVAL
SV *
embperl_FormHash(r)
    tReq * r
CODE:
    RETVAL = newRV_inc((SV *)r -> pFormHash) ;
OUTPUT:
    RETVAL
SV *
embperl_EnvHash(r)
    tReq * r
CODE:
    RETVAL = newRV_inc((SV *)r -> pEnvHash) ;
OUTPUT:
    RETVAL
long
embperl_LogFileStartPos(r)
    tReq * r
CODE:
    RETVAL = r -> nLogFileStartPos ;
OUTPUT:
    RETVAL
char *
embperl_VirtLogURI(r)
    tReq * r
CODE:
    if (r -> pConf)
        RETVAL = r -> pConf -> sVirtLogURI ;
    else
        RETVAL = NULL ;
OUTPUT:
    RETVAL
char *
embperl_CookieName(r)
    tReq * r
CODE:
    if (r -> pConf)
        RETVAL = r -> pConf -> sCookieName ;
    else
        RETVAL = NULL ;
OUTPUT:
    RETVAL
int
embperl_SessionMgnt(r,...)
    tReq * r
CODE:
    RETVAL = r -> nSessionMgnt ;
    if (items > 1)
        r -> nSessionMgnt = (int)SvIV(ST(1)) ;
OUTPUT:
    RETVAL
int
embperl_SubReq(r)
    tReq * r
CODE:
    RETVAL = r -> bSubReq ;
OUTPUT:
    RETVAL
int
embperl_Error(r,...)
    tReq * r
CODE:
    RETVAL = r -> bError ;
    if (items > 1)
        r -> bError = (int)SvIV(ST(1)) ;
OUTPUT:
    RETVAL
int
embperl_ProcessBlock(r,nBlockStart,nBlockSize,nBlockNo)
    tReq * r
    int     nBlockStart
    int     nBlockSize
    int     nBlockNo
CODE:
    RETVAL = ProcessBlock(r,nBlockStart,nBlockSize,nBlockNo) ;
OUTPUT:
    RETVAL
int
embperl_ProcessSub(r,pFile,nBlockStart,nBlockNo)
    tReq * r
    IV      pFile
    int     nBlockStart
    int     nBlockNo
CODE:
    RETVAL = ProcessSub(r,(tFile *)pFile, nBlockStart, nBlockNo) ;
OUTPUT:
    RETVAL
void
embperl_logevalerr(r,sText)
    tReq * r
    char * sText
PREINIT:
    int l ;
CODE:
     l = strlen (sText) ;
     while (l > 0 && isspace(sText[l-1]))
        sText[--l] = '\0' ;
     strncpy (r -> errdat1, sText, sizeof (r -> errdat1) - 1) ;
     LogError (r, rcEvalErr) ;
void
embperl_logerror(r,code, sText,pApacheReqSV=NULL)
    tReq * r
    int    code
    char * sText
    SV * pApacheReqSV
PREINIT:
    int  bRestore = 0 ;
    SV * pSaveApacheReqSV ;
#ifdef APACHE
    request_rec * pSaveApacheReq ;
#endif
CODE:
#ifdef APACHE
    if (pApacheReqSV && r -> pApacheReq == NULL)
        {
        bRestore = 1 ;
        pSaveApacheReqSV = r -> pApacheReqSV ;
        pSaveApacheReq = r -> pApacheReq ;
        if (SvROK (pApacheReqSV))
            r -> pApacheReq = (request_rec *)SvIV((SV*)SvRV(pApacheReqSV));
        else
            r -> pApacheReq = NULL ;
        r -> pApacheReqSV = pApacheReqSV ;
        }
#endif
     strncpy (r->errdat1, sText, sizeof (r->errdat1) - 1) ;
     LogError (r,code) ;
#ifdef APACHE
    if (bRestore)
        {
        r -> pApacheReqSV  = pSaveApacheReqSV  ;
        r -> pApacheReq = pSaveApacheReq   ;
        }
#endif
int
embperl_getloghandle(r)
    tReq * r
CODE:
    RETVAL = GetLogHandle(r) ;
OUTPUT:
    RETVAL
long
embperl_getlogfilepos(r)
    tReq * r
CODE:
    OpenLog (r, "", 2) ;
    RETVAL = GetLogFilePos(r) ;
OUTPUT:
    RETVAL
void
embperl_output(r,sText)
    tReq * r
    char * sText
CODE:
    OutputToHtml (r,sText) ;
void
embperl_log(r,sText)
    tReq * r
    char * sText
CODE:
    OpenLog (r,"", 2) ;
    lwrite (r, sText, strlen (sText)) ;
void
embperl_flushlog(r)
    tReq * r
CODE:
    FlushLog (r) ;
int
embperl_getlineno(r)
    tReq * r
CODE:
    RETVAL = GetLineNo (r) ;
OUTPUT:
    RETVAL
void
log_svs(r,sText)
    tReq * r
    char * sText
CODE:
    lprintf (r,"[%d]MEM:  %s: SVs: %d OBJs: %d\n", r->nPid, sText, sv_count, sv_objcount) ;
SV *
embperl_Escape(r, str, mode)
    tReq * r
    char *   str = NO_INIT 
    int      mode
PREINIT:
    STRLEN len ;
CODE:
    str = SvPV(ST(1),len) ;
    RETVAL = Escape(r, str, len, mode, NULL, 0) ; 
OUTPUT:
    RETVAL
int
embperl_ExecuteReq(r, param)
    tReq * r
    AV *   param = NO_INIT 
CODE:
    param = param ; /* avoid warning */
    RETVAL = ExecuteReq(r, ST(0)) ; 
OUTPUT:
    RETVAL
int
embperl_Abort(r)
    tReq * r
CODE:
    FreeRequest(r) ;
    RETVAL = 0 ;
OUTPUT:
    RETVAL
void
embperl_FreeRequest(r)
    tReq * r
CODE:
    FreeRequest(r) ; 
#ifdef EP2
char *
embperl_SyntaxName(r)
    tReq * r
CODE:
    if (r && r -> pTokenTable && r -> pTokenTable -> sName)
        RETVAL = (char *)r -> pTokenTable -> sName ;
    else
        RETVAL = "" ;
OUTPUT:
    RETVAL               
  
void
embperl_Syntax(r, pSyntaxObj)
    tReq * r
    tTokenTable *    pSyntaxObj ;
CODE:
    r -> pTokenTable = pSyntaxObj ;
SV *
embperl_Code(r,...)
    tReq * r
CODE:
    RETVAL = r -> pCodeSV ;
    if (items > 1)
        {
        if (r -> pCodeSV)
            SvREFCNT_dec (r -> pCodeSV) ;
        r -> pCodeSV = ST(1) ;
        SvREFCNT_inc (r -> pCodeSV) ;
        }
    ST(0) = RETVAL;
    /*if (RETVAL != &sv_undef)
        sv_2mortal(ST(0));*/
INCLUDE: Cmd.xs
INCLUDE: DOM.xs
INCLUDE: Syntax.xs
#endif
# Reset Module, so we get the correct boot function
MODULE = HTML::Embperl      PACKAGE = HTML::Embperl     PREFIX = embperl_