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|
MODULE = Embperl PACKAGE = Embperl PREFIX = embperl_
PROTOTYPES: ENABLE
# /* ---- Helper ----- */
#if defined (__GNUC__) && defined (__i386__)
void
embperl_dbgbreak()
CODE:
__asm__ ("int $0x03\n") ;
#endif
double
Clock()
CODE:
#ifdef CLOCKS_PER_SEC
RETVAL = clock () * 1000 / CLOCKS_PER_SEC / 1000.0 ;
#else
RETVAL = clock () ;
#endif
OUTPUT:
RETVAL
void
embperl_logerror(code, sText, pApacheReqSV=NULL)
int code
char * sText
SV * pApacheReqSV
PREINIT:
tReq * r = CurrReq ;
int bRestore = 0 ;
#ifdef APACHE
SV * pSaveApacheReqSV = NULL ;
request_rec * pSaveApacheReq = NULL ;
#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
if (r)
{
strncpy (r->errdat1, sText, sizeof (r->errdat1) - 1) ;
LogError (r,code) ;
}
else
LogErrorParam(NULL, code, sText, NULL) ;
#ifdef APACHE
if (bRestore)
{
r -> pApacheReqSV = pSaveApacheReqSV ;
r -> pApacheReq = pSaveApacheReq ;
}
#endif
void
embperl_log(sText)
char * sText
INIT:
tReq * r = CurrReq ;
CODE:
if (r)
lwrite (r->pApp,sText, strlen (sText)) ;
else
PerlIO_puts(PerlIO_stderr(), sText) ;
void
embperl_output(sText)
SV * sText
INIT:
STRLEN l ;
tReq * r = CurrReq ;
CODE:
{
char * p = SvPV (sText, l) ;
r -> Component.bSubNotEmpty = 1 ;
r -> Component.xCurrNode = Node_insertAfter_CDATA (r->pApp, p, l, (SvUTF8(sText)?nflgEscUTF8:0) + ((r -> Component.nCurrEscMode & 3)== 3?1 + (r -> Component.nCurrEscMode & 4):r -> Component.nCurrEscMode), DomTree_self (r -> Component.xCurrDomTree), r -> Component.xCurrNode, r -> Component.nCurrRepeatLevel) ;
r -> Component.bEscModeSet = 0 ;
}
int
embperl_getlineno()
INIT:
tReq * r = CurrReq ;
CODE:
RETVAL = GetLineNo (r) ;
OUTPUT:
RETVAL
void
embperl_flushlog()
CODE:
FlushLog (CurrApp) ;
char *
embperl_Sourcefile()
INIT:
tReq * r = CurrReq ;
CODE:
RETVAL = r?r -> Component.sSourcefile:"" ;
OUTPUT:
RETVAL
void
embperl_exit(...)
CODE:
/* from mod_perl's perl_util.c */
/* does not work with Perl >= 5.18
struct ufuncs umg;
umg.uf_val = errgv_empty_set;
umg.uf_set = errgv_empty_set;
umg.uf_index = (IV)0;
sv_magic(ERRSV, Nullsv, 'U', (char*) &umg, sizeof(umg));
*/
ENTER;
SAVESPTR(diehook);
diehook = Nullsv;
if (items > 0)
croak(">embperl_exit< request %d", SvIV(ST(0)));
else
croak(">embperl_exit< component");
LEAVE; /* we don't get this far, but croak() will rewind */
/* sv_unmagic(ERRSV, 'U'); */
void
embperl_ClearSymtab(sPackage,bDebug)
char * sPackage
int bDebug
CODE:
ClearSymtab (CurrReq, sPackage, bDebug) ;
################################################################################
MODULE = Embperl PACKAGE = Embperl::Req PREFIX = embperl_
void
embperl_logerror(r,code, sText,pApacheReqSV=NULL)
tReq * r
int code
char * sText
SV * pApacheReqSV
PREINIT:
int bRestore = 0 ;
#ifdef APACHE
SV * pSaveApacheReqSV = NULL ;
request_rec * pSaveApacheReq = NULL ;
#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
if (r)
{
strncpy (r->errdat1, sText, sizeof (r->errdat1) - 1) ;
LogError (r,code) ;
}
else
LogErrorParam(NULL, code, sText, NULL) ;
#ifdef APACHE
if (bRestore)
{
r -> pApacheReqSV = pSaveApacheReqSV ;
r -> pApacheReq = pSaveApacheReq ;
}
#endif
void
embperl_output(r,sText)
tReq * r
char * sText
CODE:
r -> Component.bSubNotEmpty = 1 ;
OutputToHtml (r,sText) ;
void
embperl_log(r,sText)
tReq * r
char * sText
CODE:
lwrite (r->pApp, sText, strlen (sText)) ;
void
embperl_flushlog(r)
tReq * r
CODE:
FlushLog (r->pApp) ;
int
embperl_getlineno(r)
tReq * r
CODE:
RETVAL = GetLineNo (r) ;
OUTPUT:
RETVAL
void
log_svs(r,sText)
tReq * r
char * sText
CODE:
lprintf (r->pApp,"[%d]MEM: %s: SVs: %d\n", r->pThread->nPid, sText, sv_count) ;
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
INCLUDE: Cmd.xs
INCLUDE: DOM.xs
INCLUDE: Syntax.xs
# Reset Module, so we get the correct boot function
MODULE = Embperl PACKAGE = Embperl PREFIX = embperl_
|
