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freebsd-nq/usr.sbin/pim6sd/cftoken.l
Yoshinobu Inoue 0fea3d5165 IPv6 multicast routing. 
kernel IPv6 multicast routing support.
  pim6 dense mode daemon
  pim6 sparse mode daemon
  netstat support of IPv6 multicast routing statistics

  Merging to the current and testing with other existing multicast routers
  is done by Tatsuya Jinmei <jinmei@kame.net>, who writes and maintainances
  the base code in KAME distribution.

  Make world check and kernel build check was also successful.
2000-01-28 05:10:56 +00:00

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%{
/*
* Copyright (C) 1999 WIDE Project.
* All rights reserved.
*
* Redistribution and use in source and binary forms, with or without
* modification, are permitted provided that the following conditions
* are met:
* 1. Redistributions of source code must retain the above copyright
* notice, this list of conditions and the following disclaimer.
* 2. Redistributions in binary form must reproduce the above copyright
* notice, this list of conditions and the following disclaimer in the
* documentation and/or other materials provided with the distribution.
* 3. Neither the name of the project nor the names of its contributors
* may be used to endorse or promote products derived from this software
* without specific prior written permission.
*
* THIS SOFTWARE IS PROVIDED BY THE PROJECT AND CONTRIBUTORS ``AS IS'' AND
* ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
* IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
* ARE DISCLAIMED. IN NO EVENT SHALL THE PROJECT OR CONTRIBUTORS BE LIABLE
* FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
* DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS
* OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION)
* HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
* LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY
* OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF
* SUCH DAMAGE.
*
* $FreeBSD$
*/
#include <sys/types.h>
#include <stdio.h>
#include <errno.h>
#include <string.h>
#ifdef HAVE_STDARG_H
#include <stdarg.h>
#else
#include <varargs.h>
#endif
#include "var.h"
#include "vmbuf.h"
#include "debug.h"
#include "cfparse.h"
#include "y.tab.h"
static int yyerrorcount = 0;
int lineno = 1;
int yy_first_time = 1;
extern char configfilename[];
static void cfdebug_print __P((char *, char *, int));
%}
/* common seciton */
nl \n
ws [ \t]+
comment \#.*
semi \;
string [a-zA-Z0-9:\._][a-zA-Z0-9:\._]*
digit [0-9]
integer {digit}+
number {integer}|({digit}*\.{integer})
hexdigit [0-9A-Fa-f]
hexpair {hexdigit}{hexdigit}
hexstring 0[xX]{hexpair}+
ifname [a-zA-Z]+[0-9]+
slash \/
%s S_CNF
%s S_LOG
%s S_PHYINT S_IFCONF S_CANDRP S_CANDBSR S_PREFIX
%s S_THRES
%%
%{
if (yy_first_time) {
BEGIN S_CNF;
yy_first_time = 0;
}
%}
/* logging */
<S_CNF>log { DP("begin logging"); BEGIN S_LOG; return(LOGGING); }
<S_LOG>(no)?mld_proto {
YYD_ECHO;
yylval.num = DEBUG_MLD_PROTO;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?mld_timer {
YYD_ECHO;
yylval.num = DEBUG_MLD_TIMER;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?mld_member {
YYD_ECHO;
yylval.num = DEBUG_MLD_MEMBER;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?mld {
YYD_ECHO;
yylval.num = DEBUG_MLD;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?switch {
YYD_ECHO;
yylval.num = DEBUG_SWITCH;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?m?trace {
YYD_ECHO;
yylval.num = DEBUG_TRACE;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?traceroute {
YYD_ECHO;
yylval.num = DEBUG_TRACE;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?timeout {
YYD_ECHO;
yylval.num = DEBUG_TIMEOUT;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?callout {
YYD_ECHO;
yylval.num = DEBUG_TIMEOUT;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?pkt {
YYD_ECHO;
yylval.num = DEBUG_PKT;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?packets {
YYD_ECHO;
yylval.num = DEBUG_PKT;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?interfaces {
YYD_ECHO;
yylval.num = DEBUG_IF;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?vif {
YYD_ECHO;
yylval.num = DEBUG_IF;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?kernel {
YYD_ECHO;
yylval.num = DEBUG_KERN;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?cache {
YYD_ECHO;
yylval.num = DEBUG_MFC;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?mfc {
YYD_ECHO;
yylval.num = DEBUG_MFC;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?k_cache {
YYD_ECHO;
yylval.num = DEBUG_MFC;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?k_mfc {
YYD_ECHO;
yylval.num = DEBUG_MFC;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?rsrr {
YYD_ECHO;
yylval.num = DEBUG_RSRR;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?pim_detail {
YYD_ECHO;
yylval.num = DEBUG_PIM_DETAIL;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?pim_hello {
YYD_ECHO;
yylval.num = DEBUG_PIM_HELLO;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?pim_neighbors {
YYD_ECHO;
yylval.num = DEBUG_PIM_HELLO;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?pim_register {
YYD_ECHO;
yylval.num = DEBUG_PIM_REGISTER;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?registers {
YYD_ECHO;
yylval.num = DEBUG_PIM_REGISTER;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?pim_join_prune {
YYD_ECHO;
yylval.num = DEBUG_PIM_JOIN_PRUNE;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?pim_j_p {
YYD_ECHO;
yylval.num = DEBUG_PIM_JOIN_PRUNE;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?pim_jp {
YYD_ECHO;
yylval.num = DEBUG_PIM_JOIN_PRUNE;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?pim_bootstrap {
YYD_ECHO;
yylval.num = DEBUG_PIM_BOOTSTRAP;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?pim_bsr {
YYD_ECHO;
yylval.num = DEBUG_PIM_BOOTSTRAP;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?bsr {
YYD_ECHO;
yylval.num = DEBUG_PIM_BOOTSTRAP;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?bootstrap {
YYD_ECHO;
yylval.num = DEBUG_PIM_BOOTSTRAP;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?pim_asserts {
YYD_ECHO;
yylval.num = DEBUG_PIM_ASSERT;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?pim_cand_rp {
YYD_ECHO;
yylval.num = DEBUG_PIM_CAND_RP;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?pim_c_rp {
YYD_ECHO;
yylval.num = DEBUG_PIM_CAND_RP;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?pim_rp {
YYD_ECHO;
yylval.num = DEBUG_PIM_CAND_RP;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?rp {
YYD_ECHO;
yylval.num = DEBUG_PIM_CAND_RP;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?pim_routes {
YYD_ECHO;
yylval.num = DEBUG_PIM_MRT;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?pim_routing {
YYD_ECHO;
yylval.num = DEBUG_PIM_MRT;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?pim_mrt {
YYD_ECHO;
yylval.num = DEBUG_PIM_MRT;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?pim_timers {
YYD_ECHO;
yylval.num = DEBUG_PIM_TIMER;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?pim_rpf {
YYD_ECHO;
yylval.num = DEBUG_PIM_RPF;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?rpf {
YYD_ECHO;
yylval.num = DEBUG_RPF;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?pim {
YYD_ECHO;
yylval.num = DEBUG_PIM;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?routes {
YYD_ECHO;
yylval.num = DEBUG_MRT;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?routing {
YYD_ECHO;
yylval.num = DEBUG_MRT;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?mrt {
YYD_ECHO;
yylval.num = DEBUG_MRT;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?routers {
YYD_ECHO;
yylval.num = DEBUG_NEIGHBORS;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?mrouters {
YYD_ECHO;
yylval.num = DEBUG_NEIGHBORS;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?neighbors {
YYD_ECHO;
yylval.num = DEBUG_NEIGHBORS;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?timers {
YYD_ECHO;
yylval.num = DEBUG_TIMER;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>(no)?asserts {
YYD_ECHO;
yylval.num = DEBUG_ASSERT;
if (strncmp("no", yytext, 2))
return(LOGLEV);
else
return(NOLOGLEV);
}
<S_LOG>all { YYD_ECHO; yylval.num = DEBUG_ALL; return(LOGLEV); }
<S_LOG>3 { YYD_ECHO; yylval.num = DEBUG_ALL; return(LOGLEV); }
<S_LOG>{semi} { DP("end logging"); BEGIN S_CNF; return(EOS); }
<S_LOG>{string} { yywarn("unknown log type: %s (ignored)", yytext); }
/* yes-or-no */
[yY][eE][sS] { YYD_ECHO; return(YES); }
[nN][oO] { YYD_ECHO; return(NO); }
/* reverselookup */
<S_CNF>reverselookup { YYD_ECHO; return(REVERSELOOKUP); }
/* phyint */
<S_CNF>phyint { DP("begin phyint"); BEGIN S_PHYINT; return(PHYINT); }
<S_PHYINT>{string} {
YYD_ECHO;
BEGIN S_IFCONF;
yylval.val.l = strlen(yytext);
yylval.val.v = strdup(yytext);
return(IFNAME);
}
<S_PHYINT>{semi} { yyerror("phyint was specified without interface."); return(EOS); }
<S_IFCONF>disable { YYD_ECHO; return(DISABLE); }
<S_IFCONF>preference { YYD_ECHO; return(PREFERENCE); }
<S_IFCONF>metric { YYD_ECHO; return(METRIC); }
<S_IFCONF>nolistener { YYD_ECHO; return(NOLISTENER); }
<S_IFCONF>{semi} { DP("end phyint"); BEGIN S_CNF; return(EOS); }
/* cand_rp */
<S_CNF>cand_rp { DP("begin cand_rp"); BEGIN S_CANDRP; return(CANDRP); }
<S_CANDRP>priority { YYD_ECHO; return(PRIORITY); }
<S_CANDRP>time { YYD_ECHO; return(TIME); }
<S_CANDRP>{ifname} {
YYD_ECHO;
yylval.val.l = strlen(yytext);
yylval.val.v = strdup(yytext);
return(IFNAME);
}
<S_CANDRP>{semi} { DP("end cand_rp"); BEGIN S_CNF; return(EOS); }
/* cand_bootstrap_router */
<S_CNF>cand_bootstrap_router { DP("begin cand_bsr"); BEGIN S_CANDBSR; return(CANDBSR); }
<S_CANDBSR>priority { YYD_ECHO; return(PRIORITY); }
<S_CANDBSR>time { YYD_ECHO; return(TIME); }
<S_CANDBSR>{ifname} {
YYD_ECHO;
yylval.val.l = strlen(yytext);
yylval.val.v = strdup(yytext);
return(IFNAME);
}
<S_CANDBSR>{semi} { DP("end cand_bsr"); BEGIN S_CNF; return(EOS); }
/* group_prefix */
<S_CNF>group_prefix { YYD_ECHO; return(GRPPFX); }
/* switch_register_threshold */
<S_CNF>switch_register_threshold {
YYD_ECHO; BEGIN S_THRES; return(REGTHRES);
}
/* switch_data_threshold */
<S_CNF>switch_data_threshold {
YYD_ECHO; BEGIN S_THRES; return(DATATHRES);
}
<S_THRES>rate { YYD_ECHO; return(RATE); }
<S_THRES>interval { YYD_ECHO; return(INTERVAL); }
<S_THRES>{semi} { DP("end thres"); BEGIN S_CNF; return(EOS); }
/* various parameters */
<S_CNF>default_source_metric { YYD_ECHO; return(SRCMETRIC); }
<S_CNF>default_source_preference { YYD_ECHO; return(SRCPREF); }
<S_CNF>hello_period { YYD_ECHO; return(HELLOPERIOD); }
<S_CNF>granularity { YYD_ECHO; return(GRANULARITY); }
<S_CNF>join_prune_period { YYD_ECHO; return(JPPERIOD); }
<S_CNF>data_timeout { YYD_ECHO; return(DATATIME); }
<S_CNF>register_suppression_timeout { YYD_ECHO; return(REGSUPTIME); }
<S_CNF>probe_time { YYD_ECHO; return(PROBETIME); }
<S_CNF>assert_timeout { YYD_ECHO; return(ASSERTTIME); }
/* misc */
{ws} { ; }
{nl} { lineno++; }
{comment} { DP("comment"); }
{number} { YYD_ECHO; yylval.fl = atof(yytext); return(NUMBER); }
{slash} { YYD_ECHO; return(SLASH); }
{semi} { DP("end cnf"); return(EOS); }
/* last resort */
{string} {
YYD_ECHO;
yylval.val.l = strlen(yytext);
yylval.val.v = strdup(yytext);
return(STRING);
}
%%
static void
cfdebug_print(w, t, l)
char *w, *t;
int l;
{
printf("<%d>%s [%s] (%d)\n", yy_start, w, t, l);
}
static void
yyerror0(char *s, va_list ap)
{
fprintf(stderr, "%s %d: ", configfilename, lineno);
vfprintf(stderr, s, ap);
fprintf(stderr, "\n");
}
void
yyerror(char *s, ...)
{
va_list ap;
#ifdef HAVE_STDARG_H
va_start(ap, s);
#else
va_start(ap);
#endif
yyerror0(s, ap);
va_end(ap);
yyerrorcount++;
}
void
yywarn(char *s, ...)
{
va_list ap;
#ifdef HAVE_STDARG_H
va_start(ap, s);
#else
va_start(ap);
#endif
yyerror0(s, ap);
va_end(ap);
}
int
cfparse(strict, debugonly)
int strict, debugonly;
{
if ((yyin = fopen(configfilename, "r")) == NULL) {
fprintf(stderr, "cfparse: fopen(%s)", configfilename);
return(-1);
}
cf_init(strict, debugonly);
if ((yyparse() || yyerrorcount) && strict) {
if (yyerrorcount) {
yyerror("fatal parse failure: exiting (%d errors)",
yyerrorcount);
} else
yyerror("fatal parse failure: exiting");
return(-1);
}
YIPSDP(PLOG("parse successed.\n"));
return cf_post_config();
}
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