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rsyslog/runtime/parser.c

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/* parser.c
* This module contains functions for message parsers. It still needs to be
* converted into an object (and much extended).
*
* Module begun 2008-10-09 by Rainer Gerhards (based on previous code from syslogd.c)
*
* Copyright 2008-2021 Rainer Gerhards and Adiscon GmbH.
*
* This file is part of the rsyslog runtime library.
*
* The rsyslog runtime library is free software: you can redistribute it and/or modify
* it under the terms of the GNU Lesser General Public License as published by
* the Free Software Foundation, either version 3 of the License, or
* (at your option) any later version.
*
* The rsyslog runtime library 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 Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with the rsyslog runtime library. If not, see <http://www.gnu.org/licenses/>.
*
* A copy of the GPL can be found in the file "COPYING" in this distribution.
* A copy of the LGPL can be found in the file "COPYING.LESSER" in this distribution.
*/
#include "config.h"
#include <stdlib.h>
#include <ctype.h>
#include <string.h>
#include <assert.h>
#include <zlib.h>
#include "rsyslog.h"
#include "dirty.h"
#include "msg.h"
#include "obj.h"
#include "datetime.h"
#include "errmsg.h"
#include "parser.h"
#include "ruleset.h"
#include "unicode-helper.h"
#include "dirty.h"
#include "cfsysline.h"
/* some defines */
#define DEFUPRI (LOG_USER|LOG_NOTICE)
/* definitions for objects we access */
DEFobjStaticHelpers
DEFobjCurrIf(glbl)
DEFobjCurrIf(datetime)
DEFobjCurrIf(ruleset)
/* static data */
static char hexdigit[16] =
{'0', '1', '2', '3', '4', '5', '6', '7', '8',
'9', 'A', 'B', 'C', 'D', 'E', 'F' };
BEGINobjDestruct(parser) /* be sure to specify the object type also in END and CODESTART macros! */
CODESTARTobjDestruct(parser)
DBGPRINTF("destructing parser '%s'\n", pThis->pName);
if(pThis->pInst != NULL) {
pThis->pModule->mod.pm.freeParserInst(pThis->pInst);
}
free(pThis->pName);
ENDobjDestruct(parser)
/* destruct a parser list. The list elements are destroyed, but the parser objects
* themselves are not modified. (That is done at a late stage during rsyslogd
* shutdown and need not be considered here.)
*/
static rsRetVal
DestructParserList(parserList_t **ppListRoot)
{
parserList_t *pParsLst;
parserList_t *pParsLstDel;
pParsLst = *ppListRoot;
while(pParsLst != NULL) {
pParsLstDel = pParsLst;
pParsLst = pParsLst->pNext;
free(pParsLstDel);
}
*ppListRoot = NULL;
return RS_RET_OK;
}
/* Add a parser to the list. We use a VERY simple and ineffcient algorithm,
* but it is employed only for a few milliseconds during config processing. So
* I prefer to keep it very simple and with simple data structures. Unfortunately,
* we need to preserve the order, but I don't like to add a tail pointer as that
* would require a container object. So I do the extra work to skip to the tail
* when adding elements...
* rgerhards, 2009-11-03
*/
static rsRetVal
AddParserToList(parserList_t **ppListRoot, parser_t *pParser)
{
parserList_t *pThis;
parserList_t *pTail;
DEFiRet;
CHKmalloc(pThis = malloc(sizeof(parserList_t)));
pThis->pParser = pParser;
pThis->pNext = NULL;
if(*ppListRoot == NULL) {
pThis->pNext = *ppListRoot;
*ppListRoot = pThis;
} else {
/* find tail first */
for(pTail = *ppListRoot ; pTail->pNext != NULL ; pTail = pTail->pNext)
/* just search, do nothing else */;
/* add at tail */
pTail->pNext = pThis;
}
DBGPRINTF("DDDDD: added parser '%s' to list %p\n", pParser->pName, ppListRoot);
finalize_it:
RETiRet;
}
void
printParserList(parserList_t *pList)
{
while(pList != NULL) {
dbgprintf("parser: %s\n", pList->pParser->pName);
pList = pList->pNext;
}
}
/* find a parser based on the provided name */
static rsRetVal
FindParser(parserList_t *pParserListRoot, parser_t **ppParser, uchar *pName)
{
parserList_t *pThis;
DEFiRet;
for(pThis = pParserListRoot ; pThis != NULL ; pThis = pThis->pNext) {
if(ustrcmp(pThis->pParser->pName, pName) == 0) {
*ppParser = pThis->pParser;
FINALIZE; /* found it, iRet still eq. OK! */
}
}
iRet = RS_RET_PARSER_NOT_FOUND;
finalize_it:
RETiRet;
}
/* --- END helper functions for parser list handling --- */
/* Add a an already existing parser to the default list. As usual, order
* of calls is important (most importantly, that means the legacy parser,
* which can process everything, MUST be added last!).
* rgerhards, 2009-11-04
*/
static rsRetVal
AddDfltParser(uchar *pName)
{
parser_t *pParser;
DEFiRet;
CHKiRet(FindParser(loadConf->parsers.pParsLstRoot, &pParser, pName));
CHKiRet(AddParserToList(&loadConf->parsers.pDfltParsLst, pParser));
DBGPRINTF("Parser '%s' added to default parser set.\n", pName);
finalize_it:
RETiRet;
}
/* set the parser name - string is copied over, call can continue to use it,
* but must free it if desired.
*/
static rsRetVal
SetName(parser_t *pThis, uchar *name)
{
DEFiRet;
ISOBJ_TYPE_assert(pThis, parser);
assert(name != NULL);
if(pThis->pName != NULL) {
free(pThis->pName);
pThis->pName = NULL;
}
CHKmalloc(pThis->pName = ustrdup(name));
finalize_it:
RETiRet;
}
/* set a pointer to "our" module. Note that no module
* pointer must already be set.
*/
static rsRetVal
SetModPtr(parser_t *pThis, modInfo_t *pMod)
{
ISOBJ_TYPE_assert(pThis, parser);
assert(pMod != NULL);
assert(pThis->pModule == NULL);
pThis->pModule = pMod;
return RS_RET_OK;
}
/* Specify if we should do standard PRI parsing before we pass the data
* down to the parser module.
*/
static rsRetVal
SetDoPRIParsing(parser_t *pThis, int bDoIt)
{
ISOBJ_TYPE_assert(pThis, parser);
pThis->bDoPRIParsing = bDoIt;
return RS_RET_OK;
}
BEGINobjConstruct(parser) /* be sure to specify the object type also in END macro! */
ENDobjConstruct(parser)
/* ConstructionFinalizer. The most important chore is to add the parser object
* to our global list of available parsers.
* rgerhards, 2009-11-03
*/
static rsRetVal parserConstructFinalize(parser_t *pThis)
{
DEFiRet;
ISOBJ_TYPE_assert(pThis, parser);
CHKiRet(AddParserToList(&loadConf->parsers.pParsLstRoot, pThis));
DBGPRINTF("Parser '%s' added to list of available parsers.\n", pThis->pName);
finalize_it:
RETiRet;
}
/* construct a parser object via a pointer to the parser module
* and the name. This is a separate function because we need it
* in multiple spots inside the code.
*/
rsRetVal
parserConstructViaModAndName(modInfo_t *__restrict__ pMod, uchar *const __restrict__ pName, void *pInst)
{
rsRetVal localRet;
parser_t *pParser = NULL;
DEFiRet;
if(pInst == NULL && pMod->mod.pm.newParserInst != NULL) {
/* this happens for the default instance on ModLoad time */
CHKiRet(pMod->mod.pm.newParserInst(NULL, &pInst));
}
CHKiRet(parserConstruct(&pParser));
/* check some features */
localRet = pMod->isCompatibleWithFeature(sFEATUREAutomaticSanitazion);
if(localRet == RS_RET_OK){
pParser->bDoSanitazion = RSTRUE;
}
localRet = pMod->isCompatibleWithFeature(sFEATUREAutomaticPRIParsing);
if(localRet == RS_RET_OK){
CHKiRet(SetDoPRIParsing(pParser, RSTRUE));
}
CHKiRet(SetName(pParser, pName));
CHKiRet(SetModPtr(pParser, pMod));
pParser->pInst = pInst;
CHKiRet(parserConstructFinalize(pParser));
finalize_it:
if(iRet != RS_RET_OK)
free(pParser);
RETiRet;
}
/* uncompress a received message if it is compressed.
* pMsg->pszRawMsg buffer is updated.
* rgerhards, 2008-10-09
*/
static rsRetVal uncompressMessage(smsg_t *pMsg)
{
DEFiRet;
uchar *deflateBuf = NULL;
uLongf iLenDefBuf;
uchar *pszMsg;
size_t lenMsg;
assert(pMsg != NULL);
pszMsg = pMsg->pszRawMsg;
lenMsg = pMsg->iLenRawMsg;
/* we first need to check if we have a compressed record. If so,
* we must decompress it.
*/
if(lenMsg > 0 && *pszMsg == 'z' &&
runConf->globals.bSupportCompressionExtension) { /* compressed data present? */
/* we have compressed data, so let's deflate it. We support a maximum
* message size of iMaxLine. If it is larger, an error message is logged
* and the message is dropped. We do NOT try to decompress larger messages
* as such might be used for denial of service. It might happen to later
* builds that such functionality be added as an optional, operator-configurable
* feature.
*/
int ret;
iLenDefBuf = glbl.GetMaxLine(runConf);
CHKmalloc(deflateBuf = malloc(iLenDefBuf + 1));
ret = uncompress((uchar *) deflateBuf, &iLenDefBuf, (uchar *) pszMsg+1, lenMsg-1);
DBGPRINTF("Compressed message uncompressed with status %d, length: new %ld, old %d.\n",
ret, (long) iLenDefBuf, (int) (lenMsg-1));
/* Now check if the uncompression worked. If not, there is not much we can do. In
* that case, we log an error message but ignore the message itself. Storing the
* compressed text is dangerous, as it contains control characters. So we do
* not do this. If someone would like to have a copy, this code here could be
* modified to do a hex-dump of the buffer in question. We do not include
* this functionality right now.
* rgerhards, 2006-12-07
*/
if(ret != Z_OK) {
LogError(0, NO_ERRCODE, "Uncompression of a message failed with return code %d "
"- enable debug logging if you need further information. "
"Message ignored.", ret);
FINALIZE; /* unconditional exit, nothing left to do... */
}
MsgSetRawMsg(pMsg, (char*)deflateBuf, iLenDefBuf);
}
finalize_it:
if(deflateBuf != NULL)
free(deflateBuf);
RETiRet;
}
/* sanitize a received message
* if a message gets to large during sanitization, it is truncated. This is
* as specified in the upcoming syslog RFC series.
* rgerhards, 2008-10-09
* We check if we have a NUL character at the very end of the
* message. This seems to be a frequent problem with a number of senders.
* So I have now decided to drop these NULs. However, if they are intentional,
* that may cause us some problems, e.g. with syslog-sign. On the other hand,
* current code always has problems with intentional NULs (as it needs to escape
* them to prevent problems with the C string libraries), so that does not
* really matter. Just to be on the save side, we'll log destruction of such
* NULs in the debug log.
* rgerhards, 2007-09-14
*/
static rsRetVal
SanitizeMsg(smsg_t *pMsg)
{
DEFiRet;
uchar *pszMsg;
uchar *pDst; /* destination for copy job */
size_t lenMsg;
size_t iSrc;
size_t iDst;
size_t iMaxLine;
size_t maxDest;
uchar pc;
sbool bUpdatedLen = RSFALSE;
uchar szSanBuf[32*1024]; /* buffer used for sanitizing a string */
assert(pMsg != NULL);
assert(pMsg->iLenRawMsg > 0);
pszMsg = pMsg->pszRawMsg;
lenMsg = pMsg->iLenRawMsg;
/* remove NUL character at end of message (see comment in function header)
* Note that we do not need to add a NUL character in this case, because it
* is already present ;)
*/
if(pszMsg[lenMsg-1] == '\0') {
DBGPRINTF("dropped NUL at very end of message\n");
bUpdatedLen = RSTRUE;
lenMsg--;
}
/* then we check if we need to drop trailing LFs, which often make
* their way into syslog messages unintentionally. In order to remain
* compatible to recent IETF developments, we allow the user to
* turn on/off this handling. rgerhards, 2007-07-23
*/
if(glbl.GetParserDropTrailingLFOnReception(runConf)
&& lenMsg > 0 && pszMsg[lenMsg-1] == '\n') {
DBGPRINTF("dropped LF at very end of message (DropTrailingLF is set)\n");
lenMsg--;
pszMsg[lenMsg] = '\0';
bUpdatedLen = RSTRUE;
}
/* it is much quicker to sweep over the message and see if it actually
* needs sanitation than to do the sanitation in any case. So we first do
* this and terminate when it is not needed - which is expectedly the case
* for the vast majority of messages. -- rgerhards, 2009-06-15
* Note that we do NOT check here if tab characters are to be escaped or
* not. I expect this functionality to be seldomly used and thus I do not
* like to pay the performance penalty. So the penalty is only with those
* that actually use it, because we may call the sanitizer without actual
* need below (but it then still will work perfectly well!). -- rgerhards, 2009-11-27
*/
int bNeedSanitize = 0;
for(iSrc = 0 ; iSrc < lenMsg ; iSrc++) {
if(pszMsg[iSrc] < 32) {
if(glbl.GetParserSpaceLFOnReceive(runConf) && pszMsg[iSrc] == '\n') {
pszMsg[iSrc] = ' ';
} else if(pszMsg[iSrc] == '\0' || glbl.GetParserEscapeControlCharactersOnReceive(runConf)) {
bNeedSanitize = 1;
if (!glbl.GetParserSpaceLFOnReceive(runConf)) {
break;
}
}
} else if(pszMsg[iSrc] > 127 && glbl.GetParserEscape8BitCharactersOnReceive(runConf)) {
bNeedSanitize = 1;
break;
}
}
if(!bNeedSanitize) {
if(bUpdatedLen == RSTRUE)
MsgSetRawMsgSize(pMsg, lenMsg);
FINALIZE;
}
/* now copy over the message and sanitize it. Note that up to iSrc-1 there was
* obviously no need to sanitize, so we can go over that quickly...
*/
iMaxLine = glbl.GetMaxLine(runConf);
maxDest = lenMsg * 4; /* message can grow at most four-fold */
if(maxDest > iMaxLine)
maxDest = iMaxLine; /* but not more than the max size! */
if(maxDest < sizeof(szSanBuf))
pDst = szSanBuf;
else
CHKmalloc(pDst = malloc(maxDest + 1));
if(iSrc > 0) {
iSrc--; /* go back to where everything is OK */
if(iSrc > maxDest) {
DBGPRINTF("parser.Sanitize: have oversize index %zd, "
"max %zd - corrected, but should not happen\n",
iSrc, maxDest);
iSrc = maxDest;
}
memcpy(pDst, pszMsg, iSrc); /* fast copy known good */
}
iDst = iSrc;
while(iSrc < lenMsg && iDst < maxDest - 3) { /* leave some space if last char must be escaped */
if((pszMsg[iSrc] < 32) && (pszMsg[iSrc] != '\t' || glbl.GetParserEscapeControlCharacterTab(runConf))) {
/* note: \0 must always be escaped, the rest of the code currently
* can not handle it! -- rgerhards, 2009-08-26
*/
if(pszMsg[iSrc] == '\0' || glbl.GetParserEscapeControlCharactersOnReceive(runConf)) {
/* we are configured to escape control characters. Please note
* that this most probably break non-western character sets like
* Japanese, Korean or Chinese. rgerhards, 2007-07-17
*/
if (glbl.GetParserEscapeControlCharactersCStyle(runConf)) {
pDst[iDst++] = '\\';
switch (pszMsg[iSrc]) {
case '\0':
pDst[iDst++] = '0';
break;
case '\a':
pDst[iDst++] = 'a';
break;
case '\b':
pDst[iDst++] = 'b';
break;
case '\x1b': /* equivalent to '\e' which is not accepted by XLC */
pDst[iDst++] = 'e';
break;
case '\f':
pDst[iDst++] = 'f';
break;
case '\n':
pDst[iDst++] = 'n';
break;
case '\r':
pDst[iDst++] = 'r';
break;
case '\t':
pDst[iDst++] = 't';
break;
case '\v':
pDst[iDst++] = 'v';
break;
default:
pDst[iDst++] = 'x';
pc = pszMsg[iSrc];
pDst[iDst++] = hexdigit[(pc & 0xF0) >> 4];
pDst[iDst++] = hexdigit[pc & 0xF];
break;
}
} else {
pDst[iDst++] = glbl.GetParserControlCharacterEscapePrefix(runConf);
pDst[iDst++] = '0' + ((pszMsg[iSrc] & 0300) >> 6);
pDst[iDst++] = '0' + ((pszMsg[iSrc] & 0070) >> 3);
pDst[iDst++] = '0' + ((pszMsg[iSrc] & 0007));
}
}
} else if(pszMsg[iSrc] > 127 && glbl.GetParserEscape8BitCharactersOnReceive(runConf)) {
if (glbl.GetParserEscapeControlCharactersCStyle(runConf)) {
pDst[iDst++] = '\\';
pDst[iDst++] = 'x';
pc = pszMsg[iSrc];
pDst[iDst++] = hexdigit[(pc & 0xF0) >> 4];
pDst[iDst++] = hexdigit[pc & 0xF];
} else {
/* In this case, we also do the conversion. Note that this most
* probably breaks European languages. -- rgerhards, 2010-01-27
*/
pDst[iDst++] = glbl.GetParserControlCharacterEscapePrefix(runConf);
pDst[iDst++] = '0' + ((pszMsg[iSrc] & 0300) >> 6);
pDst[iDst++] = '0' + ((pszMsg[iSrc] & 0070) >> 3);
pDst[iDst++] = '0' + ((pszMsg[iSrc] & 0007));
}
} else {
pDst[iDst++] = pszMsg[iSrc];
}
++iSrc;
}
pDst[iDst] = '\0';
MsgSetRawMsg(pMsg, (char*)pDst, iDst); /* save sanitized string */
if(pDst != szSanBuf)
free(pDst);
finalize_it:
RETiRet;
}
/* A standard parser to parse out the PRI. This is made available in
* this module as it is expected that allmost all parsers will need
* that functionality and so they do not need to implement it themsleves.
*/
static rsRetVal
ParsePRI(smsg_t *pMsg)
{
syslog_pri_t pri;
uchar *msg;
int lenMsg;
DEFiRet;
/* pull PRI */
lenMsg = pMsg->iLenRawMsg;
msg = pMsg->pszRawMsg;
pri = DEFUPRI;
if(pMsg->msgFlags & NO_PRI_IN_RAW) {
/* In this case, simply do so as if the pri would be right at top */
MsgSetAfterPRIOffs(pMsg, 0);
} else {
if(*msg == '<') {
pri = 0;
while(--lenMsg > 0 && isdigit((int) *++msg) && pri <= LOG_MAXPRI) {
pri = 10 * pri + (*msg - '0');
}
if(*msg == '>') {
++msg;
} else {
pri = LOG_PRI_INVLD;
}
if(pri > LOG_MAXPRI)
pri = LOG_PRI_INVLD;
}
msgSetPRI(pMsg, pri);
MsgSetAfterPRIOffs(pMsg, (pri == LOG_PRI_INVLD) ? 0 : msg - pMsg->pszRawMsg);
}
RETiRet;
}
/* Parse a received message. The object's rawmsg property is taken and
* parsed according to the relevant standards. This can later be
* extended to support configured parsers.
* rgerhards, 2008-10-09
*/
static rsRetVal
ParseMsg(smsg_t *pMsg)
{
rsRetVal localRet = RS_RET_ERR;
parserList_t *pParserList;
parser_t *pParser;
sbool bIsSanitized;
sbool bPRIisParsed;
static int iErrMsgRateLimiter = 0;
DEFiRet;
if(pMsg->iLenRawMsg == 0)
ABORT_FINALIZE(RS_RET_EMPTY_MSG);
CHKiRet(uncompressMessage(pMsg));
/* we take the risk to print a non-sanitized string, because this is the best we can get
* (and that functionality is too important for debugging to drop it...).
*/
DBGPRINTF("msg parser: flags %x, from '%s', msg '%.60s'\n", pMsg->msgFlags,
(pMsg->msgFlags & NEEDS_DNSRESOL) ? UCHAR_CONSTANT("~NOTRESOLVED~") : getRcvFrom(pMsg),
pMsg->pszRawMsg);
/* we now need to go through our list of parsers and see which one is capable of
* parsing the message. Note that the first parser that requires message sanitization
* will cause it to happen. After that, access to the unsanitized message is no
* loger possible.
*/
pParserList = ruleset.GetParserList(runConf, pMsg);
if(pParserList == NULL) {
pParserList = runConf->parsers.pDfltParsLst;
}
DBGPRINTF("parse using parser list %p%s.\n", pParserList,
(pParserList == runConf->parsers.pDfltParsLst) ? " (the default list)" : "");
bIsSanitized = RSFALSE;
bPRIisParsed = RSFALSE;
while(pParserList != NULL) {
pParser = pParserList->pParser;
if(pParser->bDoSanitazion && bIsSanitized == RSFALSE) {
CHKiRet(SanitizeMsg(pMsg));
if(pParser->bDoPRIParsing && bPRIisParsed == RSFALSE) {
CHKiRet(ParsePRI(pMsg));
bPRIisParsed = RSTRUE;
}
bIsSanitized = RSTRUE;
}
if(pParser->pModule->mod.pm.parse2 == NULL)
localRet = pParser->pModule->mod.pm.parse(pMsg);
else
localRet = pParser->pModule->mod.pm.parse2(pParser->pInst, pMsg);
DBGPRINTF("Parser '%s' returned %d\n", pParser->pName, localRet);
if(localRet != RS_RET_COULD_NOT_PARSE)
break;
pParserList = pParserList->pNext;
}
/* We need to log a warning message and drop the message if we did not find a parser.
* Note that we log at most the first 1000 message, as this may very well be a problem
* that causes a message generation loop. We do not synchronize that counter, it doesn't
* matter if we log a handful messages more than we should...
*/
if(localRet != RS_RET_OK) {
if(++iErrMsgRateLimiter < 1000) {
LogError(0, localRet, "Error: one message could not be processed by "
"any parser, message is being discarded (start of raw msg: '%.60s')",
pMsg->pszRawMsg);
}
DBGPRINTF("No parser could process the message (state %d), we need to discard it.\n", localRet);
ABORT_FINALIZE(localRet);
}
/* "finalize" message object */
pMsg->msgFlags &= ~NEEDS_PARSING; /* this message is now parsed */
finalize_it:
RETiRet;
}
/* This destroys the master parserlist and all of its parser entries.
* Parser modules are NOT unloaded, rsyslog does that at a later stage
* for all dynamically loaded modules.
*/
static rsRetVal
destroyMasterParserList(parserList_t *pParserListRoot)
{
DEFiRet;
parserList_t *pParsLst;
parserList_t *pParsLstDel;
pParsLst = pParserListRoot;
while(pParsLst != NULL) {
parserDestruct(&pParsLst->pParser);
pParsLstDel = pParsLst;
pParsLst = pParsLst->pNext;
free(pParsLstDel);
}
RETiRet;
}
/* queryInterface function-- rgerhards, 2009-11-03
*/
BEGINobjQueryInterface(parser)
CODESTARTobjQueryInterface(parser)
if(pIf->ifVersion != parserCURR_IF_VERSION) { /* check for current version, increment on each change */
ABORT_FINALIZE(RS_RET_INTERFACE_NOT_SUPPORTED);
}
/* ok, we have the right interface, so let's fill it
* Please note that we may also do some backwards-compatibility
* work here (if we can support an older interface version - that,
* of course, also affects the "if" above).
*/
pIf->Construct = parserConstruct;
pIf->ConstructFinalize = parserConstructFinalize;
pIf->Destruct = parserDestruct;
pIf->SetName = SetName;
pIf->SetModPtr = SetModPtr;
pIf->SetDoPRIParsing = SetDoPRIParsing;
pIf->ParseMsg = ParseMsg;
pIf->SanitizeMsg = SanitizeMsg;
pIf->DestructParserList = DestructParserList;
pIf->AddParserToList = AddParserToList;
pIf->AddDfltParser = AddDfltParser;
pIf->FindParser = FindParser;
pIf->destroyMasterParserList = destroyMasterParserList;
finalize_it:
ENDobjQueryInterface(parser)
/* Exit our class.
* rgerhards, 2009-11-04
*/
BEGINObjClassExit(parser, OBJ_IS_CORE_MODULE) /* class, version */
objRelease(glbl, CORE_COMPONENT);
objRelease(datetime, CORE_COMPONENT);
objRelease(ruleset, CORE_COMPONENT);
ENDObjClassExit(parser)
/* Initialize the parser class. Must be called as the very first method
* before anything else is called inside this class.
* rgerhards, 2009-11-02
*/
BEGINObjClassInit(parser, 1, OBJ_IS_CORE_MODULE) /* class, version */
/* request objects we use */
CHKiRet(objUse(glbl, CORE_COMPONENT));
CHKiRet(objUse(datetime, CORE_COMPONENT));
CHKiRet(objUse(ruleset, CORE_COMPONENT));
ENDObjClassInit(parser)
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