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/* Copyright (C) 2007-2010 Open Information Security Foundation
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*
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* You can copy, redistribute or modify this Program under the terms of
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* the GNU General Public License version 2 as published by the Free
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* Software Foundation.
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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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* version 2 along with this program; if not, write to the Free Software
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* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA
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* 02110-1301, USA.
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*/
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/**
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* \file
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*
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* \author Victor Julien <victor@inliniac.net>
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*
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* Thread Module functions
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*/
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#include "suricata-common.h"
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#include "packet-queue.h"
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Add per packet profiling.
Per packet profiling uses tick based accounting. It has 2 outputs, a summary
and a csv file that contains per packet stats.
Stats per packet include:
1) total ticks spent
2) ticks spent per individual thread module
3) "threading overhead" which is simply calculated by subtracting (2) of (1).
A number of changes were made to integrate the new code in a clean way:
a number of generic enums are now placed in tm-threads-common.h so we can
include them from any part of the engine.
Code depends on --enable-profiling just like the rule profiling code.
New yaml parameters:
profiling:
# packet profiling
packets:
# Profiling can be disabled here, but it will still have a
# performance impact if compiled in.
enabled: yes
filename: packet_stats.log
append: yes
# per packet csv output
csv:
# Output can be disabled here, but it will still have a
# performance impact if compiled in.
enabled: no
filename: packet_stats.csv
Example output of summary stats:
IP ver Proto cnt min max avg
------ ----- ------ ------ ---------- -------
IPv4 6 19436 11448 5404365 32993
IPv4 256 4 11511 49968 30575
Per Thread module stats:
Thread Module IP ver Proto cnt min max avg
------------------------ ------ ----- ------ ------ ---------- -------
TMM_DECODEPCAPFILE IPv4 6 19434 1242 47889 1770
TMM_DETECT IPv4 6 19436 1107 137241 1504
TMM_ALERTFASTLOG IPv4 6 19436 90 1323 155
TMM_ALERTUNIFIED2ALERT IPv4 6 19436 108 1359 138
TMM_ALERTDEBUGLOG IPv4 6 19436 90 1134 154
TMM_LOGHTTPLOG IPv4 6 19436 414 5392089 7944
TMM_STREAMTCP IPv4 6 19434 828 1299159 19438
The proto 256 is a counter for handling of pseudo/tunnel packets.
Example output of csv:
pcap_cnt,ipver,ipproto,total,TMM_DECODENFQ,TMM_VERDICTNFQ,TMM_RECEIVENFQ,TMM_RECEIVEPCAP,TMM_RECEIVEPCAPFILE,TMM_DECODEPCAP,TMM_DECODEPCAPFILE,TMM_RECEIVEPFRING,TMM_DECODEPFRING,TMM_DETECT,TMM_ALERTFASTLOG,TMM_ALERTFASTLOG4,TMM_ALERTFASTLOG6,TMM_ALERTUNIFIEDLOG,TMM_ALERTUNIFIEDALERT,TMM_ALERTUNIFIED2ALERT,TMM_ALERTPRELUDE,TMM_ALERTDEBUGLOG,TMM_ALERTSYSLOG,TMM_LOGDROPLOG,TMM_ALERTSYSLOG4,TMM_ALERTSYSLOG6,TMM_RESPONDREJECT,TMM_LOGHTTPLOG,TMM_LOGHTTPLOG4,TMM_LOGHTTPLOG6,TMM_PCAPLOG,TMM_STREAMTCP,TMM_DECODEIPFW,TMM_VERDICTIPFW,TMM_RECEIVEIPFW,TMM_RECEIVEERFFILE,TMM_DECODEERFFILE,TMM_RECEIVEERFDAG,TMM_DECODEERFDAG,threading
1,4,6,172008,0,0,0,0,0,0,47889,0,0,48582,1323,0,0,0,0,1359,0,1134,0,0,0,0,0,8028,0,0,0,49356,0,0,0,0,0,0,0,14337
First line of the file contains labels.
2 example gnuplot scripts added to plot the data.
14 years ago
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#include "tm-threads.h"
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#include "util-debug.h"
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#include "threads.h"
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void TmModuleDebugList(void) {
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TmModule *t;
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uint16_t i;
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for (i = 0; i < TMM_SIZE; i++) {
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t = &tmm_modules[i];
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if (t->name == NULL)
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continue;
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SCLogDebug("%s:%p", t->name, t->Func);
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}
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}
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/** \brief get a tm module ptr by name
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* \param name name string
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* \retval ptr to the module or NULL */
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TmModule *TmModuleGetByName(char *name) {
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TmModule *t;
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uint16_t i;
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for (i = 0; i < TMM_SIZE; i++) {
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t = &tmm_modules[i];
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if (t->name == NULL)
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continue;
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if (strcmp(t->name, name) == 0)
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return t;
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}
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return NULL;
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}
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/**
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* \brief Returns a TM Module by its id.
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*
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* \param id Id of the TM Module to return.
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*
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* \retval Pointer of the module to be returned if available;
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* NULL if unavailable.
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*/
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TmModule *TmModuleGetById(int id)
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{
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if (id < 0 || id >= TMM_SIZE) {
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SCLogError(SC_ERR_TM_MODULES_ERROR, "Threading module with the id "
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"\"%d\" doesn't exist", id);
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return NULL;
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}
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return &tmm_modules[id];
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}
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/**
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* \brief Given a TM Module, returns its id.
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*
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* \param tm Pointer to the TM Module.
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*
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* \retval id of the TM Module if available; -1 if unavailable.
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*/
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int TmModuleGetIDForTM(TmModule *tm)
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{
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TmModule *t;
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int i;
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for (i = 0; i < TMM_SIZE; i++) {
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t = &tmm_modules[i];
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if (strcmp(t->name, tm->name) == 0)
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return i;
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}
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return -1;
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}
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/** \brief LogFileNewCtx() Get a new LogFileCtx
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* \retval LogFileCtx * pointer if succesful, NULL if error
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* */
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LogFileCtx *LogFileNewCtx()
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{
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LogFileCtx* lf_ctx;
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lf_ctx=(LogFileCtx*)SCMalloc(sizeof(LogFileCtx));
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if(lf_ctx == NULL)
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return NULL;
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memset(lf_ctx, 0, sizeof(LogFileCtx));
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SCMutexInit(&lf_ctx->fp_mutex,NULL);
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return lf_ctx;
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}
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/** \brief LogFileFreeCtx() Destroy a LogFileCtx (Close the file and free memory)
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* \param motcx pointer to the OutputCtx
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* \retval int 1 if succesful, 0 if error
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* */
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int LogFileFreeCtx(LogFileCtx *lf_ctx)
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{
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if (lf_ctx == NULL) {
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SCReturnInt(0);
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}
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if (lf_ctx->fp != NULL)
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{
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SCMutexLock(&lf_ctx->fp_mutex);
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fflush(lf_ctx->fp);
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fclose(lf_ctx->fp);
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SCMutexUnlock(&lf_ctx->fp_mutex);
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}
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SCMutexDestroy(&lf_ctx->fp_mutex);
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if (lf_ctx->prefix != NULL)
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SCFree(lf_ctx->prefix);
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if(lf_ctx->filename != NULL)
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SCFree(lf_ctx->filename);
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SCFree(lf_ctx);
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SCReturnInt(1);
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}
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void TmModuleRunInit(void) {
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TmModule *t;
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uint16_t i;
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for (i = 0; i < TMM_SIZE; i++) {
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t = &tmm_modules[i];
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if (t->name == NULL)
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continue;
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if (t->Init == NULL)
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continue;
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t->Init();
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}
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}
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void TmModuleRunDeInit(void) {
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TmModule *t;
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uint16_t i;
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for (i = 0; i < TMM_SIZE; i++) {
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t = &tmm_modules[i];
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if (t->name == NULL)
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continue;
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if (t->DeInit == NULL)
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continue;
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t->DeInit();
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}
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}
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/** \brief register all unittests for the tm modules */
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void TmModuleRegisterTests(void) {
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#ifdef UNITTESTS
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TmModule *t;
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uint16_t i;
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for (i = 0; i < TMM_SIZE; i++) {
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t = &tmm_modules[i];
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if (t->name == NULL)
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continue;
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if (t->RegisterTests == NULL) {
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SCLogDebug("threading module %s has no unittest "
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"registration function.", t->name);
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} else {
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t->RegisterTests();
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}
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}
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#endif /* UNITTESTS */
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}
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Add per packet profiling.
Per packet profiling uses tick based accounting. It has 2 outputs, a summary
and a csv file that contains per packet stats.
Stats per packet include:
1) total ticks spent
2) ticks spent per individual thread module
3) "threading overhead" which is simply calculated by subtracting (2) of (1).
A number of changes were made to integrate the new code in a clean way:
a number of generic enums are now placed in tm-threads-common.h so we can
include them from any part of the engine.
Code depends on --enable-profiling just like the rule profiling code.
New yaml parameters:
profiling:
# packet profiling
packets:
# Profiling can be disabled here, but it will still have a
# performance impact if compiled in.
enabled: yes
filename: packet_stats.log
append: yes
# per packet csv output
csv:
# Output can be disabled here, but it will still have a
# performance impact if compiled in.
enabled: no
filename: packet_stats.csv
Example output of summary stats:
IP ver Proto cnt min max avg
------ ----- ------ ------ ---------- -------
IPv4 6 19436 11448 5404365 32993
IPv4 256 4 11511 49968 30575
Per Thread module stats:
Thread Module IP ver Proto cnt min max avg
------------------------ ------ ----- ------ ------ ---------- -------
TMM_DECODEPCAPFILE IPv4 6 19434 1242 47889 1770
TMM_DETECT IPv4 6 19436 1107 137241 1504
TMM_ALERTFASTLOG IPv4 6 19436 90 1323 155
TMM_ALERTUNIFIED2ALERT IPv4 6 19436 108 1359 138
TMM_ALERTDEBUGLOG IPv4 6 19436 90 1134 154
TMM_LOGHTTPLOG IPv4 6 19436 414 5392089 7944
TMM_STREAMTCP IPv4 6 19434 828 1299159 19438
The proto 256 is a counter for handling of pseudo/tunnel packets.
Example output of csv:
pcap_cnt,ipver,ipproto,total,TMM_DECODENFQ,TMM_VERDICTNFQ,TMM_RECEIVENFQ,TMM_RECEIVEPCAP,TMM_RECEIVEPCAPFILE,TMM_DECODEPCAP,TMM_DECODEPCAPFILE,TMM_RECEIVEPFRING,TMM_DECODEPFRING,TMM_DETECT,TMM_ALERTFASTLOG,TMM_ALERTFASTLOG4,TMM_ALERTFASTLOG6,TMM_ALERTUNIFIEDLOG,TMM_ALERTUNIFIEDALERT,TMM_ALERTUNIFIED2ALERT,TMM_ALERTPRELUDE,TMM_ALERTDEBUGLOG,TMM_ALERTSYSLOG,TMM_LOGDROPLOG,TMM_ALERTSYSLOG4,TMM_ALERTSYSLOG6,TMM_RESPONDREJECT,TMM_LOGHTTPLOG,TMM_LOGHTTPLOG4,TMM_LOGHTTPLOG6,TMM_PCAPLOG,TMM_STREAMTCP,TMM_DECODEIPFW,TMM_VERDICTIPFW,TMM_RECEIVEIPFW,TMM_RECEIVEERFFILE,TMM_DECODEERFFILE,TMM_RECEIVEERFDAG,TMM_DECODEERFDAG,threading
1,4,6,172008,0,0,0,0,0,0,47889,0,0,48582,1323,0,0,0,0,1359,0,1134,0,0,0,0,0,8028,0,0,0,49356,0,0,0,0,0,0,0,14337
First line of the file contains labels.
2 example gnuplot scripts added to plot the data.
14 years ago
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#define CASE_CODE(E) case E: return #E
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/**
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* \brief Maps the TmmId, to its string equivalent
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*
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* \param id tmm id
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*
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* \retval string equivalent for the tmm id
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*/
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const char * TmModuleTmmIdToString(TmmId id)
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{
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switch (id) {
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CASE_CODE (TMM_DECODENFQ);
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CASE_CODE (TMM_VERDICTNFQ);
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CASE_CODE (TMM_RECEIVENFQ);
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CASE_CODE (TMM_RECEIVEPCAP);
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CASE_CODE (TMM_RECEIVEPCAPFILE);
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CASE_CODE (TMM_DECODEPCAP);
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CASE_CODE (TMM_DECODEPCAPFILE);
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CASE_CODE (TMM_RECEIVEPFRING);
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CASE_CODE (TMM_DECODEPFRING);
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CASE_CODE (TMM_DETECT);
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CASE_CODE (TMM_ALERTFASTLOG);
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CASE_CODE (TMM_ALERTFASTLOG4);
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CASE_CODE (TMM_ALERTFASTLOG6);
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CASE_CODE (TMM_ALERTUNIFIED2ALERT);
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CASE_CODE (TMM_ALERTPRELUDE);
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CASE_CODE (TMM_ALERTDEBUGLOG);
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CASE_CODE (TMM_ALERTSYSLOG);
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CASE_CODE (TMM_LOGDROPLOG);
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CASE_CODE (TMM_ALERTSYSLOG4);
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CASE_CODE (TMM_ALERTSYSLOG6);
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CASE_CODE (TMM_RESPONDREJECT);
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CASE_CODE (TMM_LOGHTTPLOG);
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CASE_CODE (TMM_LOGHTTPLOG4);
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CASE_CODE (TMM_LOGHTTPLOG6);
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CASE_CODE (TMM_PCAPLOG);
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CASE_CODE (TMM_FILELOG);
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CASE_CODE (TMM_FILESTORE);
|
Add per packet profiling.
Per packet profiling uses tick based accounting. It has 2 outputs, a summary
and a csv file that contains per packet stats.
Stats per packet include:
1) total ticks spent
2) ticks spent per individual thread module
3) "threading overhead" which is simply calculated by subtracting (2) of (1).
A number of changes were made to integrate the new code in a clean way:
a number of generic enums are now placed in tm-threads-common.h so we can
include them from any part of the engine.
Code depends on --enable-profiling just like the rule profiling code.
New yaml parameters:
profiling:
# packet profiling
packets:
# Profiling can be disabled here, but it will still have a
# performance impact if compiled in.
enabled: yes
filename: packet_stats.log
append: yes
# per packet csv output
csv:
# Output can be disabled here, but it will still have a
# performance impact if compiled in.
enabled: no
filename: packet_stats.csv
Example output of summary stats:
IP ver Proto cnt min max avg
------ ----- ------ ------ ---------- -------
IPv4 6 19436 11448 5404365 32993
IPv4 256 4 11511 49968 30575
Per Thread module stats:
Thread Module IP ver Proto cnt min max avg
------------------------ ------ ----- ------ ------ ---------- -------
TMM_DECODEPCAPFILE IPv4 6 19434 1242 47889 1770
TMM_DETECT IPv4 6 19436 1107 137241 1504
TMM_ALERTFASTLOG IPv4 6 19436 90 1323 155
TMM_ALERTUNIFIED2ALERT IPv4 6 19436 108 1359 138
TMM_ALERTDEBUGLOG IPv4 6 19436 90 1134 154
TMM_LOGHTTPLOG IPv4 6 19436 414 5392089 7944
TMM_STREAMTCP IPv4 6 19434 828 1299159 19438
The proto 256 is a counter for handling of pseudo/tunnel packets.
Example output of csv:
pcap_cnt,ipver,ipproto,total,TMM_DECODENFQ,TMM_VERDICTNFQ,TMM_RECEIVENFQ,TMM_RECEIVEPCAP,TMM_RECEIVEPCAPFILE,TMM_DECODEPCAP,TMM_DECODEPCAPFILE,TMM_RECEIVEPFRING,TMM_DECODEPFRING,TMM_DETECT,TMM_ALERTFASTLOG,TMM_ALERTFASTLOG4,TMM_ALERTFASTLOG6,TMM_ALERTUNIFIEDLOG,TMM_ALERTUNIFIEDALERT,TMM_ALERTUNIFIED2ALERT,TMM_ALERTPRELUDE,TMM_ALERTDEBUGLOG,TMM_ALERTSYSLOG,TMM_LOGDROPLOG,TMM_ALERTSYSLOG4,TMM_ALERTSYSLOG6,TMM_RESPONDREJECT,TMM_LOGHTTPLOG,TMM_LOGHTTPLOG4,TMM_LOGHTTPLOG6,TMM_PCAPLOG,TMM_STREAMTCP,TMM_DECODEIPFW,TMM_VERDICTIPFW,TMM_RECEIVEIPFW,TMM_RECEIVEERFFILE,TMM_DECODEERFFILE,TMM_RECEIVEERFDAG,TMM_DECODEERFDAG,threading
1,4,6,172008,0,0,0,0,0,0,47889,0,0,48582,1323,0,0,0,0,1359,0,1134,0,0,0,0,0,8028,0,0,0,49356,0,0,0,0,0,0,0,14337
First line of the file contains labels.
2 example gnuplot scripts added to plot the data.
14 years ago
|
|
|
CASE_CODE (TMM_STREAMTCP);
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|
CASE_CODE (TMM_DECODEIPFW);
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CASE_CODE (TMM_VERDICTIPFW);
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CASE_CODE (TMM_RECEIVEIPFW);
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#ifdef __SC_CUDA_SUPPORT__
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CASE_CODE (TMM_CUDA_MPM_B2G);
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CASE_CODE (TMM_CUDA_PACKET_BATCHER);
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#endif
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CASE_CODE (TMM_RECEIVEERFFILE);
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CASE_CODE (TMM_DECODEERFFILE);
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CASE_CODE (TMM_RECEIVEERFDAG);
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CASE_CODE (TMM_DECODEERFDAG);
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CASE_CODE (TMM_RECEIVENAPATECH3GD);
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CASE_CODE (TMM_DECODENAPATECH3GD);
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CASE_CODE (TMM_RECEIVEAFP);
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CASE_CODE (TMM_ALERTPCAPINFO);
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CASE_CODE (TMM_DECODEAFP);
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Add per packet profiling.
Per packet profiling uses tick based accounting. It has 2 outputs, a summary
and a csv file that contains per packet stats.
Stats per packet include:
1) total ticks spent
2) ticks spent per individual thread module
3) "threading overhead" which is simply calculated by subtracting (2) of (1).
A number of changes were made to integrate the new code in a clean way:
a number of generic enums are now placed in tm-threads-common.h so we can
include them from any part of the engine.
Code depends on --enable-profiling just like the rule profiling code.
New yaml parameters:
profiling:
# packet profiling
packets:
# Profiling can be disabled here, but it will still have a
# performance impact if compiled in.
enabled: yes
filename: packet_stats.log
append: yes
# per packet csv output
csv:
# Output can be disabled here, but it will still have a
# performance impact if compiled in.
enabled: no
filename: packet_stats.csv
Example output of summary stats:
IP ver Proto cnt min max avg
------ ----- ------ ------ ---------- -------
IPv4 6 19436 11448 5404365 32993
IPv4 256 4 11511 49968 30575
Per Thread module stats:
Thread Module IP ver Proto cnt min max avg
------------------------ ------ ----- ------ ------ ---------- -------
TMM_DECODEPCAPFILE IPv4 6 19434 1242 47889 1770
TMM_DETECT IPv4 6 19436 1107 137241 1504
TMM_ALERTFASTLOG IPv4 6 19436 90 1323 155
TMM_ALERTUNIFIED2ALERT IPv4 6 19436 108 1359 138
TMM_ALERTDEBUGLOG IPv4 6 19436 90 1134 154
TMM_LOGHTTPLOG IPv4 6 19436 414 5392089 7944
TMM_STREAMTCP IPv4 6 19434 828 1299159 19438
The proto 256 is a counter for handling of pseudo/tunnel packets.
Example output of csv:
pcap_cnt,ipver,ipproto,total,TMM_DECODENFQ,TMM_VERDICTNFQ,TMM_RECEIVENFQ,TMM_RECEIVEPCAP,TMM_RECEIVEPCAPFILE,TMM_DECODEPCAP,TMM_DECODEPCAPFILE,TMM_RECEIVEPFRING,TMM_DECODEPFRING,TMM_DETECT,TMM_ALERTFASTLOG,TMM_ALERTFASTLOG4,TMM_ALERTFASTLOG6,TMM_ALERTUNIFIEDLOG,TMM_ALERTUNIFIEDALERT,TMM_ALERTUNIFIED2ALERT,TMM_ALERTPRELUDE,TMM_ALERTDEBUGLOG,TMM_ALERTSYSLOG,TMM_LOGDROPLOG,TMM_ALERTSYSLOG4,TMM_ALERTSYSLOG6,TMM_RESPONDREJECT,TMM_LOGHTTPLOG,TMM_LOGHTTPLOG4,TMM_LOGHTTPLOG6,TMM_PCAPLOG,TMM_STREAMTCP,TMM_DECODEIPFW,TMM_VERDICTIPFW,TMM_RECEIVEIPFW,TMM_RECEIVEERFFILE,TMM_DECODEERFFILE,TMM_RECEIVEERFDAG,TMM_DECODEERFDAG,threading
1,4,6,172008,0,0,0,0,0,0,47889,0,0,48582,1323,0,0,0,0,1359,0,1134,0,0,0,0,0,8028,0,0,0,49356,0,0,0,0,0,0,0,14337
First line of the file contains labels.
2 example gnuplot scripts added to plot the data.
14 years ago
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default:
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return "UNKNOWN";
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}
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}
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