// Include the appropriate directives. #include #ifdef COMMENT #undef COMMENT #endif #define USE_HELP_CONTEXTS #define USE_WINDOW_DIALER #define USE_DIALOG_DEMO #include #include #include #include #include "dialer.hpp" #include "kconnect.hpp" #include "kwinmgr.hpp" #ifdef WIN32 extern "C" { //#define OS2 //#define NT #include "ckcdeb.h" #include "ckoetc.h" #ifndef NODIAL #define TAPI_CURRENT_VERSION 0x00010004 #include #include #include "ktapi.h" #endif /* NODIAL */ extern HWND hwndConsole; #ifdef printf #undef printf #endif } #else /* WIN32 */ #define _stat stat #ifndef S_IFDIR #define _S_IFDIR S_IFDIR #endif #endif /* WIN32 */ K_CONNECTOR *connector = NULL ; UIW_TOOL_BAR *toolbar = NULL ; UID_TIMER * timer = NULL ; /* Dialer 1.37 = Kermit 95 2.1.3 * Dialer 1.38 = Kermit 95 3.0 (open source) beta 4 * Updated the SSH settings * Dialer 1.39 = Kermit 95 3.0 (open source) beta 7 * reimplemented GUI menu/tool/statusbar checkboxes from 2.1.3 */ ZIL_UINT8 kd_major = 1, kd_minor = 39; ZIL_ICHAR * pathname = ""; ZIL_UINT8 TapiAvail = 0; ZIL_UINT8 StartMenu = 0; ZIL_UINT8 Desktop = 0; int UI_APPLICATION::Main(void) { pathname = argv[0] ; setbuf(stdout,NULL); printf("Main()\n"); printf("Checking OS Version\n"); #ifdef WIN32 OSVERSIONINFO osverinfo ; osverinfo.dwOSVersionInfoSize = sizeof(OSVERSIONINFO) ; GetVersionEx( &osverinfo ) ; printf("PlatformID = %d\n",osverinfo.dwPlatformId); printf("MajorVersion = %d\n",osverinfo.dwMajorVersion); printf("MinorVersion = %d\n",osverinfo.dwMinorVersion); printf("BuildNumber = %d\n",osverinfo.dwBuildNumber); if ( osverinfo.dwPlatformId == VER_PLATFORM_WIN32_WINDOWS || osverinfo.dwPlatformId == VER_PLATFORM_WIN32_NT && osverinfo.dwMajorVersion >= 4 ) { StartMenu = 1; Desktop = 1; } HWND hwnd = FindWindow(NULL, "Kermit 95 Dialer"); if ( hwnd ) { if ( IsIconic(hwnd) ) ShowWindow(hwnd, SW_SHOWNORMAL); else SetForegroundWindow( hwnd ); return(0); } #else /* WIN32 */ Desktop = 1; #endif /* WIN32 */ // Fix linkers that don't look for main in the .LIBs. UI_APPLICATION::LinkMain(); printf("Deleting windowManager\n"); delete windowManager ; printf("Creating new WINDOW_MANAGER\n"); windowManager = new K_WINDOW_MANAGER(display, eventManager ) ; /* Check TMP,TEMP,K95TMP */ char * p = NULL; printf("Checking TMP,TEMP,K95TMP\n"); p = getenv("K95TMP"); if ( p ) { struct _stat Stat; int rc = stat(p,&Stat); if ( rc && errno == ENOENT ) { printf("WARNING: K95TMP = %s which does not exist.\n",p); ZAF_MESSAGE_WINDOW * MessageBox = new ZAF_MESSAGE_WINDOW( "Error", "EXCLAMATION", ZIL_MSG_OK, ZIL_MSG_OK, "K95TMP = %s. Must point to an subdirectory that exists.", p) ; MessageBox->Control(); delete MessageBox ; return(1); } if ( !(Stat.st_mode & _S_IFDIR) ) { printf("WARNING: K95TMP = %s which is a file.\n",p); ZAF_MESSAGE_WINDOW * MessageBox = new ZAF_MESSAGE_WINDOW( "Error", "EXCLAMATION", ZIL_MSG_OK, ZIL_MSG_OK, "K95TMP = %s. Must point to an subdirectory not a file.", p) ; MessageBox->Control(); delete MessageBox ; return(1); } #ifdef WIN32 if ( osverinfo.dwPlatformId == VER_PLATFORM_WIN32_WINDOWS ) { if ( strlen(p) == 3 && p[1] == ':' && p[2] == '\\' ) { printf("WARNING: K95TMP = %s\n",p); ZAF_MESSAGE_WINDOW * MessageBox = new ZAF_MESSAGE_WINDOW( "Error", "EXCLAMATION", ZIL_MSG_OK, ZIL_MSG_OK, "K95TMP = %s. Must point to a subdirectory.", p) ; MessageBox->Control(); delete MessageBox ; return(1); } } #endif /* WIN32 */ } p = getenv("TEMP"); if ( p ) { struct _stat Stat; int rc = stat(p,&Stat); if ( rc && errno == ENOENT ) { printf("WARNING: TEMP = %s which does not exist.\n",p); ZAF_MESSAGE_WINDOW * MessageBox = new ZAF_MESSAGE_WINDOW( "Error", "EXCLAMATION", ZIL_MSG_OK, ZIL_MSG_OK, "TEMP = %s. Must point to an subdirectory that exists.", p) ; MessageBox->Control(); delete MessageBox ; return(1); } if ( !(Stat.st_mode & _S_IFDIR) ) { printf("WARNING: TEMP = %s which is a file.\n",p); ZAF_MESSAGE_WINDOW * MessageBox = new ZAF_MESSAGE_WINDOW( "Error", "EXCLAMATION", ZIL_MSG_OK, ZIL_MSG_OK, "TEMP = %s. Must point to an subdirectory not a file.", p) ; MessageBox->Control(); delete MessageBox ; return(1); } #ifdef WIN32 if ( osverinfo.dwPlatformId == VER_PLATFORM_WIN32_WINDOWS ) { if ( strlen(p) == 3 && p[1] == ':' && p[2] == '\\' ) { printf("WARNING: TEMP = %s\n",p); ZAF_MESSAGE_WINDOW * MessageBox = new ZAF_MESSAGE_WINDOW( "Error", "EXCLAMATION", ZIL_MSG_OK, ZIL_MSG_OK, "TEMP = %s. Must point to a subdirectory.", p) ; MessageBox->Control(); delete MessageBox ; return(1); } } #endif /* WIN32 */ } p = getenv("TMP"); if ( p ) { struct _stat Stat; int rc = stat(p,&Stat); if ( rc && errno == ENOENT ) { printf("WARNING: TMP = %s which does not exist.\n",p); ZAF_MESSAGE_WINDOW * MessageBox = new ZAF_MESSAGE_WINDOW( "Error", "EXCLAMATION", ZIL_MSG_OK, ZIL_MSG_OK, "TMP = %s. Must point to an subdirectory that exists.", p) ; MessageBox->Control(); delete MessageBox ; return(1); } if ( !(Stat.st_mode & _S_IFDIR) ) { printf("WARNING: TMP = %s which is a file.\n",p); ZAF_MESSAGE_WINDOW * MessageBox = new ZAF_MESSAGE_WINDOW( "Error", "EXCLAMATION", ZIL_MSG_OK, ZIL_MSG_OK, "TMP = %s. Must point to an subdirectory not a file.", p) ; MessageBox->Control(); delete MessageBox ; return(1); } #ifdef WIN32 if ( osverinfo.dwPlatformId == VER_PLATFORM_WIN32_WINDOWS ) { if ( strlen(p) == 3 && p[1] == ':' && p[2] == '\\' ) { printf("WARNING: TMP = %s\n",p); ZAF_MESSAGE_WINDOW * MessageBox = new ZAF_MESSAGE_WINDOW( "Error", "EXCLAMATION", ZIL_MSG_OK, ZIL_MSG_OK, "TMP = %s. Must point to a subdirectory.", p) ; MessageBox->Control(); delete MessageBox ; return(1); } } #endif /* WIN32 */ } printf("Creating defaultStorage object for dialer.dat\n"); // Open general storage file which contains windows. UI_WINDOW_OBJECT::defaultStorage = new ZIL_STORAGE_READ_ONLY("dialer.dat"); // Check to see if the default storage was allocated. if (UI_WINDOW_OBJECT::defaultStorage->storageError) { delete UI_WINDOW_OBJECT::defaultStorage; printf("Unable to allocate defaultStorage\n"); ZAF_MESSAGE_WINDOW * MessageBox = new ZAF_MESSAGE_WINDOW( "Error", "EXCLAMATION", ZIL_MSG_OK, ZIL_MSG_OK, "Unable to allocate storage for dialer.dat") ; MessageBox->Control(); delete MessageBox ; return(-1); } if ( UI_WINDOW_OBJECT::errorSystem ) delete UI_WINDOW_OBJECT::errorSystem ; printf("Adding ERROR_SYSTEM\n"); UI_WINDOW_OBJECT::errorSystem = new UI_ERROR_SYSTEM ; // Create the service manager (level 0). printf("Creating SERVICE_MANAGER\n"); _serviceManager = new ZAF_SERVICE_MANAGER; // Create and add base services (level 1). printf("Adding DIRECTORY_SERVICE\n"); *_serviceManager + new ZAF_DIRECTORY_SERVICE; if ( UI_WINDOW_OBJECT::helpSystem ) delete UI_WINDOW_OBJECT::helpSystem ; printf("Adding HELP_SYSTEM\n"); UI_WINDOW_OBJECT::helpSystem = new UI_HELP_SYSTEM( "dialer.dat", windowManager, HELP_MENU ) ; #ifdef WIN32 #ifndef NODIAL printf("Checking TAPI\n"); if ((TapiAvail = cktapiinit(hInstance)) != 0) { printf("TAPI available\n"); cktapiopen(); printf("TAPI Open\n"); } #endif /* NODIAL */ #endif /* WIN32 */ printf("Creating connector\n"); connector = new K_CONNECTOR ; printf("Connector created\n"); #ifdef WIN32 if ( argc == 4 && !strcmp(argv[1],"-k")) { connector->_hwndNextConnect = (HWND) atoi(argv[2]); connector->_dwNextConnectPid = atoi(argv[3]); } #endif timer = new UID_TIMER( D_ON, 1000 ) ; *eventManager + timer ; UI_EVENT event( S_ADD_OBJECT ); event.windowObject = connector ; timer->Event( event ) ; // Add the control windows. *windowManager + connector ; windowManager->screenID = connector->screenID ; #ifdef WIN32 #ifndef NODIAL if (TapiAvail) { hwndConsole = connector->screenID; } #endif #endif // Process user responses. printf("Entering Control() loop\n"); UI_APPLICATION::Control(); #ifdef WIN32 #ifndef NODIAL if ( TapiAvail ) { printf("Closing TAPI\n"); cktapiclose(); } #endif /* NODIAL */ #endif /* WIN32 */ // Clean up and return success. delete UI_WINDOW_OBJECT::defaultStorage; delete _serviceManager; printf("Done\n"); return (0); }