//Network library dword network_lib = #a_network_lib; char a_network_lib[21]="/sys/lib/network.obj\0"; dword network_lib_init = #aLib_init; dword inet_addr = #aInet_addr; //"192.168.0.1" -> dword IP dword inet_ntoa = #aInet_ntoa; dword getaddrinfo = #aGetaddrinfo; dword getaddrinfo_start = #aGetaddrinfo_start; dword getaddrinfo_process = #aGetaddrinfo_process; dword getaddrinfo_abort = #aGetaddrinfo_abort; dword freeaddrinfo = #aFreeaddrinfo; dword am3__ = 0x0; dword bm3__ = 0x0; char aLib_init[9] = "lib_init\0"; char aInet_addr[10] = "inet_addr\0"; char aInet_ntoa[10] = "inet_ntoa\0"; char aGetaddrinfo[12] = "getaddrinfo\0"; char aGetaddrinfo_start[18] = "getaddrinfo_start\0"; char aGetaddrinfo_process[20] = "getaddrinfo_process\0"; char aGetaddrinfo_abort[18] = "getaddrinfo_abort\0"; char aFreeaddrinfo[13] = "freeaddrinfo\0"; /* addr соответствует IP 10.101.102.103 itoa((addr&0xFF000000)>>24) равно 103 itoa((addr&0xFF0000)>>16) —это 102 itoa((addr&0xFF00)>>8) — это 101 itoa(addr&0xFF) — это 10 */ dword GetIPfromAdress(dword addr) { dword lpointer, IPa; getaddrinfo stdcall (addr, 0, 0, #lpointer); if (EAX!=0) IPa = 0; else IPa = DSDWORD[DSDWORD[lpointer+24]+4]; freeaddrinfo stdcall (lpointer); return IPa; } /* //Convert the string from standard IPv4 dotted notation to integer IP addr. inet_addr stdcall ("192.168.0.1"); server_IP = EAX; char* __stdcall inet_ntoa(struct in_addr in); Convert the Internet host address to standard IPv4 dotted notation. getaddrinfo(__in const char* hostname, __in const char* servname, __in const struct addrinfo* hints, __out struct addrinfo **res); struct addrinfo { int ai_flags; int ai_family; int ai_socktype; int ai_protocol; size_t ai_addrlen; struct sockaddr *ai_addr; char *ai_canonname; struct addrinfo *ai_next; }; */