/* File : F1Socket.h ** Author : drclue@drclue.net ( A.K.A. Ian A Storms ) ** Description : Provides a handy tool for making clients and servers for TCP/IP ** The server can be forking or non forking ** ** Depending what system your building this under , it ** might fuss a bit about some platform configuration issue , but ** once you solve those minor issues , it should work. ** Typically issues involve either library inclusion switches ** such as -lnsl -lsocket which may or may not be configured ** in the compiler's default library inclusions. ** ** Platform Tweaks : ** If you see something about multiply defined objects in the ** linkers output , it means both the compiler and the F1makefile ** reference the library and one should edit the F1makefile to ** comment out th eoffending library switch. ** If you see something about undefined objects in the ** linkers output , it means neither the compiler nor the F1makefile ** reference the library and one should edit the F1makefile to ** add the missing library inclusin switch. ** ** Some systems store include files in different places with ** different names. ** Urls : http://www.kmutt.ac.th/knowledge/programming/c/unix_socket/faq/unix-socket-faq.html */ #ifndef _SOCKET_H #define _SOCKET_H #include #include #include #include //#define SUN 1 #include // Shared by all F1xxxx code , typically in ../F1All_c #include // gethostbyname() #define HIDE_BSTRING 1 #ifndef HIDE_BSTRING #include #endif #include // #include // #include // #include // #include // #include // #include // #include // #include // #include // #include // #include // #include // #include // #include // //#include extern F1_int NOBLOCK(F1_int SHand); /* Error trapping code ** ** */ #define SIG_PARAM int // ... | int void Dr_KavorkianSIGCHLD(SIG_PARAM); // this eliminates zombie children in server mode void Dr_KavorkianSIGPIPE(SIG_PARAM); // this addresses broken communication pipes void Dr_KavorkianSIGSEGV(SIG_PARAM); // this addresses segment violations /* ** Socket State ** */ enum SocketStatus { SocketStatusOk , //0 SocketStatusFailed , //1 SocketStatusServerFailed , //2 SocketStatusInitializationFailed, //3 SocketStatusPermissionDenied , //4 SocketStatusAddressInUse , //5 SocketStatusSocketFailed , //6 SocketStatusAlreadyConnected , //7 SocketStatusTimedOut , //8 SocketStatusBindFailed , //9 SocketStatusConnectionRefused , //10 SocketStatusNetworkUnreachable , //11 SocketStatusConnectionFailed , //12 SocketStatusHostNotFound , //13 SocketStatusOutOfResources , //14 SocketStatusNoMoreData , //15 SocketStatusNoHandle , //16 SocketStatusCount };//17 /* ** select() socket function timeout */ #define SELECT_TIMEOUT 1 /* ** Defines for control characters ** */ #define SOH 1 #define STX 2 #define ETX 3 #define EOT 4 #define ENQ 5 #define ACK 6 #define BEL 7 #define BS 8 #define HT 9 #define LF 10 #define VT 11 #define FF 12 #define CR 13 #define SO 14 #define SI 15 #define DLE 16 typedef void (*BUFFPRINT) (void * ,int iLen ,void *vUserData); extern void SockPrintBuffer (void *BUFFER ,int iLen ,void *vUserData=NULL); typedef class Socket F1_SOCKET; typedef F1_SOCKET* F1_pSOCKET; #define dHOST_NAME "127.0.0.1" class Socket { protected: F1_int iSHandle ;//File handle associated with socket F1_int iSPortnumber ;//communicating on port number F1_int iEcho ; F1_int Hit_Cnt ; F1_char szINBUFFER [2048 ] ; F1_STRING obSHostname ;//[50 ] ; // F1_char szSHostname [50 ] ; F1_char szHOST_NAME [64 ] ; struct sockaddr_in sa_in ; // struct sockaddr_in sa_client ; struct timeval TV_TIME ;//Used In Select Function. F1_int SetStatus() ;//Assign the status of this socket class public: F1_MEMORY omHEADERS; SocketStatus iSStatus ;//Status of socket in socket class F1_int GetStatus(){return iSStatus;}; F1_pChar setHostname(F1_pChar szHost) {strcpy(szHOST_NAME,szHost);return szHOST_NAME;}; F1_int GetPort(){return iSPortnumber;}; F1_long Write_Total ;//Total bytes written by this socket; F1_int Write_Last ;//Number of bytes sent on last write. F1_long Read_Total ;//Total bytes read by this socket; F1_int Read_Last ;//Number of bytes received on last read. //############## Connection timing F1_int iW_sec ,iW_Msec ; F1_int iSW_sec ,iSW_Msec ; F1_int iR_sec ,iR_Msec , iSR_sec ,iSR_Msec ; // Receive Hit Function F1_int ((*RHF ) ( ) ); // Pointer Receive Data Function Headers void ((*RDFHDR ) (void *,int ,void *vUserData) ); // Pointer Recieve Data Function void ((*RDF ) (void *,int ,void *vUserData) ); // Received Data Function F1_int RDF_PRINT (F1_int W_Sec =SELECT_TIMEOUT , F1_int W_MSec =0 , F1_int SW_Sec =0 , F1_int SW_MSec =500 , F1_pVoid vUserData =NULL ); // Displays Bytes written total and last write F1_int COUNTS ( ); virtual void SockPrintBuffer (F1_pVoid BUFFER , F1_int LEN , F1_pVoid vUserData=NULL ); // Return Current IP Address F1_pChar IP ( ); F1_int ECHO ( ) {return(iEcho); }; F1_int ECHO (F1_int i ) {iEcho=i;return(iEcho) ; }; F1_int HAND ( ) {return(iSHandle) ; }; F1_int HITS ( ) {return Hit_Cnt ; }; F1_long WTOTAL ( ) {return Write_Total ; }; F1_long RTOTAL ( ) {return Read_Total ; }; F1_int WLAST ( ) {return Write_Last ; }; F1_int RLAST ( ) {return Read_Last ; }; F1_int CLOSE () ; F1_int zprintf (const F1_pChar fmt, ... ); virtual void callbackSTATUS (F1_pChar szStatus); SocketStatus CONNECT (F1_pChar Hostname , F1_int Portnumber ); SocketStatus SERVER (F1_int Portnumber , F1_int Max_Connect=10 ); F1_pChar HOSTNAME (F1_pChar szHostname ); F1_pChar HOSTNAME ( ) {return(obSHostname.toString()); }; // {return(szSHostname); }; F1_int IS_OPEN ( ) {return(iSHandle>-1) ; }; F1_int IS_READABLE (F1_int W_Sec =SELECT_TIMEOUT, F1_int W_uSec =0 ); F1_int IS_WRITABLE (F1_int W_Sec =SELECT_TIMEOUT, F1_int W_uSec =0 ); F1_int READ (F1_pVoid Buffer , F1_int len , F1_int W_Sec =-1 , F1_int W_MSec =-1 , F1_int SW_Sec =-1 , F1_int SW_MSec =-1 ); F1_int WRITE (F1_pVoid Buffer , F1_int len ); F1_int SEND_FILE (F1_pChar filename ); F1_SOCKET &operator<< (F1_pChar outstring ); F1_SOCKET &operator<< (F1_char outchar ); F1_SOCKET &operator<< (F1_STRING outstring ); Socket(); ~Socket(); }; #endif