/*++ Copyright (c) 1994 Microsoft Corporation Module Name : w3admin.cxx Abstract: main program to test the working of RPC APIs of W3 server Author: Murali R. Krishnan ( MuraliK ) 3-July1-995 Project: W3 server Admin Test Program Functions Exported: Revision History: --*/ /************************************************************ * Include Headers ************************************************************/ # include # include # include # include # include # include # include "inetinfo.h" # include "apiutil.h" // // size of half dword in bits // # define HALF_DWORD_SIZE ( sizeof(DWORD) * 8 / 2) // // To Avoid overflows I multiply using two parts // # define LargeIntegerToDouble( li) \ ( ( 1 << HALF_DWORD_SIZE) * \ (( double) (li).HighPart) * ( 1 << HALF_DWORD_SIZE) + \ ((li).LowPart) \ ) static LPWSTR g_lpszServerAddress = NULL; // // Prototypes of Functions // BOOL GenUsageMessage( int argc, char * argv[]); BOOL TestGetStatistics( int argc, char * argv[]); BOOL TestClearStatistics( int argc, char * argv[]); BOOL TestGetAdminInfo( int argc, char * argv[]); BOOL TestSetAdminInfo( int argc, char * argv[]); BOOL TestInetGetAdminInfo( int argc, char * argv[]); BOOL TestInetSetAdminInfo( int argc, char * argv[]); BOOL TestEnumUserInfo( int argc, char * argv[]); // // The following DefineAllCommands() defines a template for all commands. // Format: CmdCodeName CommandName Function Pointer Comments // // To add addditional test commands, add just another line to the list // Dont touch any macros below, they are all automatically generated. // Always the first entry should be usage function. // #define DefineAllCommands() \ Cmd( CmdUsage, "usage", GenUsageMessage, \ " Commands Available" ) \ Cmd( CmdGetStatistics, "getstatistics", TestGetStatistics, \ " Get Server Statistics " ) \ Cmd( CmdGetStats, "stats", TestGetStatistics, \ " Get Server Statistics " ) \ Cmd( CmdClearStatistics, "clearstatistics", TestClearStatistics,\ " Clear Server Statistics" ) \ Cmd( CmdGetAdminInfo, "getadmininfo", TestGetAdminInfo, \ " Get Administrative Information" ) \ Cmd( CmdSetAdminInfo, "setadmininfo", TestSetAdminInfo, \ " Set Administrative Information" ) \ Cmd( CmdEnumUserInfo, "enumusers", TestEnumUserInfo, \ " Enumerate connected users" ) \ Cmd( CmdInetGetAdminInfo, "igetadmininfo", TestInetGetAdminInfo, \ " Get common Internet Administrative Information" ) \ Cmd( CmdInetSetAdminInfo, "isetadmininfo", TestInetSetAdminInfo, \ " Set common Internet Administrative Information" ) \ Cmd( CmdDebugFlags, "debug", NULL, \ " isetadmininfo: Set Debugging flags for the server" ) \ Cmd( CmdPortNumber, "port", NULL, \ " isetadmininfo: Set the port number for server") \ Cmd( CmdMaxConnections, "maxconn", NULL, \ " isetadmininfo: Set the max connections allowed in server") \ Cmd( CmdConnectionTimeout, "timeout", NULL, \ " isetadmininfo: Set the Connection Timeout interval( in seconds)") \ Cmd( CmdLogAnonymous, "loganon", NULL, \ " isetadmininfo: Set the LogAnonymous Flag") \ Cmd( CmdLogNonAnonymous, "lognonanon", NULL, \ " isetadmininfo: Set the LogNonAnonymous Flag") \ Cmd( CmdAnonUserName, "anonuser", NULL, \ " isetadmininfo: Set the Anonymous User Name ") \ Cmd( CmdAdminName, "adminname", NULL, \ " isetadmininfo: Set the Administrator name ") \ Cmd( CmdAdminEmail, "adminemail", NULL, \ " isetadmininfo: Set the Administrator Email ") \ Cmd( CmdServerComment, "servercomment", NULL, \ " isetadmininfo: Set the Server Comments for server ") \ /* following are string data */ \ \ Cmd( CmdCatapultPwd, "catapultpwd", NULL, \ " setadmininfo: Sets the catapult user password ") \ /*++ Unimplemented Options: (from old w3t.exe) Query: Query Volume Security masks. Set: Catapult user password. nuke: Disconnect a connected user. --*/ // Define command codes # define Cmd( CmdCode, CmdName, CmdFunc, CmdComments) CmdCode, typedef enum _CmdCodes { DefineAllCommands() maxCmdCode } CmdCodes; #undef Cmd // Define the functions and array of mappings // General command function type typedef BOOL ( * CMDFUNC)( int argc, char * argv[]); typedef struct _CmdStruct { CmdCodes cmdCode; char * pszCmdName; CMDFUNC cmdFunc; char * pszCmdComments; } CmdStruct; // Define Prototypes of command functions # define Cmd( CmdCode, CmdName, CmdFunc, CmdComments) \ BOOL CmdFunc(int argc, char * argv[]); // Cause an expansion to generate prototypes // DefineAllCommands() // Automatic generation causes a problem when we have NULL in Function ptrs :( // Let the user explicitly define the prototypes #undef Cmd // // Define the global array of commands // # define Cmd( CmdCode, CmdName, CmdFunc, CmdComments) \ { CmdCode, CmdName, CmdFunc, CmdComments}, static CmdStruct g_cmds[] = { DefineAllCommands() { maxCmdCode, NULL, NULL} // sentinel command }; #undef Cmd /************************************************************ * Functions ************************************************************/ BOOL GenUsageMessage( int argc, char * argv[]) { CmdStruct * pCmd; printf( " Usage:\n %s \n", argv[0]); for( pCmd = g_cmds; pCmd != NULL && pCmd->cmdCode != maxCmdCode; pCmd++) { printf( "\t%s\t%s\n", pCmd->pszCmdName, pCmd->pszCmdComments); } return ( TRUE); } // GenUsageMessage() static CmdStruct * DecodeCommand( char * pszCmd) { CmdStruct * pCmd; if ( pszCmd != NULL) { for( pCmd = g_cmds; pCmd != NULL && pCmd->cmdCode != maxCmdCode; pCmd++) { if ( _stricmp( pszCmd, pCmd->pszCmdName) == 0) { return ( pCmd); } } // for } return ( &g_cmds[0]); // No match found, return usage message } // DecodeCommand() static LPWSTR ConvertToUnicode( char * psz) /*++ Converts a given string into unicode string (after allocating buffer space) Returns NULL on failure. Use GetLastError() for details. --*/ { LPWSTR pszUnicode; int cch; cch = strlen( psz) + 1; pszUnicode = ( LPWSTR ) malloc( cch * sizeof( WCHAR)); if ( pszUnicode != NULL) { // Success. Copy the string now int iRet; iRet = MultiByteToWideChar( CP_ACP, MB_PRECOMPOSED, psz, cch, pszUnicode, cch); if ( iRet == 0 || iRet != cch) { free( pszUnicode); // failure so free the block pszUnicode = NULL; } } else { SetLastError( ERROR_NOT_ENOUGH_MEMORY); } return ( pszUnicode); } // ConvertToUnicode() static VOID PrintStatisticsInfo( IN W3_STATISTICS_0 * pStat) { DWORD i; if ( pStat == NULL) { return ; } printf( " Printing Statistics Information: \n"); printf( "%20s = %10.3g\n", "BytesSent", LargeIntegerToDouble( pStat->TotalBytesSent)); printf( "%20s = %4.3g\n", "BytesReceived", LargeIntegerToDouble(pStat->TotalBytesReceived)); printf( "%20s = %ld\n", "Files Sent ", pStat->TotalFilesSent); printf( "%20s = %ld\n", "Current Anon Users",pStat->CurrentAnonymousUsers); printf( "%20s = %ld\n", "Current NonAnon Users", pStat->CurrentNonAnonymousUsers); printf( "%20s = %ld\n", "Total Anon Users", pStat->TotalAnonymousUsers); printf( "%20s = %ld\n", "Total NonAnon Users", pStat->TotalNonAnonymousUsers); printf( "%20s = %ld\n", "Max Anon Users", pStat->MaxAnonymousUsers); printf( "%20s = %ld\n", "Max NonAnon Users", pStat->MaxNonAnonymousUsers); printf( "%20s = %ld\n", "Current Connections", pStat->CurrentConnections); printf( "%20s = %ld\n", "Max Connections", pStat->MaxConnections); printf( "%20s = %ld\n", "Connection Attempts", pStat->ConnectionAttempts); printf( "%20s = %ld\n", "Logon Attempts", pStat->LogonAttempts); printf( "%20s = %ld\n", "Total Gets", pStat->TotalGets); printf( "%20s = %ld\n", "Total Heads", pStat->TotalHeads); printf( "%20s = %ld\n", "Total Posts", pStat->TotalPosts); printf( "%20s = %ld\n", "Total CGI Reqs", pStat->TotalCGIRequests); printf( "%20s = %ld\n", "Total BGI Reqs", pStat->TotalBGIRequests); printf( "%20s = %ld\n", "Current CGI Reqs", pStat->CurrentCGIRequests); printf( "%20s = %ld\n", "Current BGI Reqs", pStat->CurrentBGIRequests); printf( "%20s = %ld\n", "Max CGI Reqs", pStat->MaxCGIRequests); printf( "%20s = %ld\n", "Max BGI Reqs", pStat->MaxBGIRequests); printf( "%20s = %ld\n", "Total Not Found Errors", pStat->TotalNotFoundErrors); printf( "%20s = %s\n", "Time of Last Clear", asctime( localtime( (time_t *)&pStat->TimeOfLastClear ) ) ); #ifndef NO_AUX_PERF printf( " Auxiliary Counters # = %u\n", pStat->nAuxCounters); for ( i = 0; i < pStat->nAuxCounters; i++) { printf( "Aux Counter[%u] = %u\n", i, pStat->rgCounters[i]); } //for #endif // NO_AUX_PERF return; } // PrintStatisticsInfo() static VOID PrintStatsForTime( IN W3_STATISTICS_0 * pStatStart, IN W3_STATISTICS_0 * pStatEnd, IN DWORD sInterval) /*++ Print the statistics information over a time interval sInterval seconds. Arguments: pStatStart pointer to statistics information for starting sample pStatEnd pointer to statistics information for ending sample sInterval Time interval in seconds for the sample Returns: None --*/ { LARGE_INTEGER liDiff; double dDiff; if ( pStatStart == NULL || pStatEnd == NULL || sInterval == 0 ) { return ; } printf( "Statistics for Interval = %u seconds\n", sInterval); printf( "%20s\t %10s\t%10s\t%10s\t%6s\n\n", "Item ", "Start Sample", "End Sample", "Difference", "Rate/s"); liDiff.QuadPart = ( pStatEnd->TotalBytesSent.QuadPart - pStatStart->TotalBytesSent.QuadPart); dDiff = LargeIntegerToDouble( liDiff); printf( "%20s\t %10.3g\t %10.3g\t %10.3g\t%6.3g\n", "Bytes Sent", LargeIntegerToDouble( pStatStart->TotalBytesSent), LargeIntegerToDouble( pStatEnd->TotalBytesSent), dDiff, dDiff/sInterval ); liDiff.QuadPart = ( pStatEnd->TotalBytesReceived.QuadPart - pStatStart->TotalBytesReceived.QuadPart); dDiff = LargeIntegerToDouble( liDiff); printf( "%20s\t %10.3g\t %10.3g\t %10.3g\t%6.3g\n", "Bytes Received", LargeIntegerToDouble(pStatStart->TotalBytesReceived), LargeIntegerToDouble(pStatEnd->TotalBytesReceived), dDiff, dDiff/sInterval ); printf( "%20s\t %10ld\t %10ld\t %10ld\t%6ld\n", "Files Sent ", pStatStart->TotalFilesSent, pStatEnd->TotalFilesSent, pStatEnd->TotalFilesSent - pStatStart->TotalFilesSent, (pStatEnd->TotalFilesSent - pStatStart->TotalFilesSent)/sInterval ); printf( "%20s\t %10ld\t %10ld\t %10ld\t%6ld\n", "Current Anon Users", pStatStart->CurrentAnonymousUsers, pStatEnd->CurrentAnonymousUsers, pStatEnd->CurrentAnonymousUsers - pStatStart->CurrentAnonymousUsers, (int ) (pStatEnd->CurrentAnonymousUsers - pStatStart->CurrentAnonymousUsers)/sInterval ); printf( "%20s\t %10ld\t %10ld\t %10ld\t%6ld\n", "Current NonAnon Users", pStatStart->CurrentNonAnonymousUsers, pStatEnd->CurrentNonAnonymousUsers, (pStatStart->CurrentNonAnonymousUsers - pStatEnd->CurrentNonAnonymousUsers), (int ) (pStatStart->CurrentNonAnonymousUsers - pStatEnd->CurrentNonAnonymousUsers)/sInterval ); printf( "%20s\t %10ld\t %10ld\t %10ld\t%6ld\n", "Total Anon Users", pStatStart->TotalAnonymousUsers, pStatEnd->TotalAnonymousUsers, pStatEnd->TotalAnonymousUsers - pStatStart->TotalAnonymousUsers, (pStatEnd->TotalAnonymousUsers - pStatStart->TotalAnonymousUsers)/ sInterval ); printf( "%20s\t %10ld\t %10ld\t %10ld\t%6ld\n", "Total NonAnon Users", pStatStart->TotalNonAnonymousUsers, pStatEnd->TotalNonAnonymousUsers, (pStatEnd->TotalNonAnonymousUsers - pStatStart->TotalNonAnonymousUsers), (pStatEnd->TotalNonAnonymousUsers - pStatStart->TotalNonAnonymousUsers)/sInterval ); printf( "%20s\t %10ld\t %10ld\t %10ld\t%6ld\n", "Max Anon Users", pStatStart->MaxAnonymousUsers, pStatEnd->MaxAnonymousUsers, pStatEnd->MaxAnonymousUsers - pStatStart->MaxAnonymousUsers, (pStatEnd->MaxAnonymousUsers - pStatStart->MaxAnonymousUsers) /sInterval ); printf( "%20s\t %10ld\t %10ld\t %10ld\t%6ld\n", "Max NonAnon Users", pStatStart->MaxNonAnonymousUsers, pStatEnd->MaxNonAnonymousUsers, pStatEnd->MaxNonAnonymousUsers - pStatStart->MaxNonAnonymousUsers, (pStatEnd->MaxNonAnonymousUsers - pStatStart->MaxNonAnonymousUsers)/ sInterval ); printf( "%20s\t %10ld\t %10ld\t %10ld\t%6ld\n", "Current Connections", pStatStart->CurrentConnections, pStatEnd->CurrentConnections, pStatEnd->CurrentConnections - pStatStart->CurrentConnections, (int ) (pStatEnd->CurrentConnections - pStatStart->CurrentConnections)/ sInterval ); printf( "%20s\t %10ld\t %10ld\t %10ld\t%6ld\n", "Max Connections", pStatStart->MaxConnections, pStatEnd->MaxConnections, pStatEnd->MaxConnections - pStatStart->MaxConnections, (pStatEnd->MaxConnections - pStatStart->MaxConnections)/sInterval ); printf( "%20s\t %10ld\t %10ld\t %10ld\t%6ld\n", "Connection Attempts", pStatStart->ConnectionAttempts, pStatEnd->ConnectionAttempts, pStatEnd->ConnectionAttempts - pStatStart->ConnectionAttempts, (pStatEnd->ConnectionAttempts - pStatStart->ConnectionAttempts)/ sInterval ); printf( "%20s\t %10ld\t %10ld\t %10ld\t%6ld\n", "Logon Attempts", pStatStart->LogonAttempts, pStatEnd->LogonAttempts, pStatEnd->LogonAttempts - pStatStart->LogonAttempts, (pStatEnd->LogonAttempts - pStatStart->LogonAttempts)/sInterval ); printf( "%20s\t %10ld\t %10ld\t %10ld\t%6ld\n", "Total Gets", pStatStart->TotalGets, pStatEnd->TotalGets, pStatEnd->TotalGets - pStatStart->TotalGets, (pStatEnd->TotalGets - pStatStart->TotalGets)/sInterval ); printf( "%20s\t %10ld\t %10ld\t %10ld\t%6ld\n", "Total Heads", pStatStart->TotalHeads, pStatEnd->TotalHeads, pStatEnd->TotalHeads - pStatStart->TotalHeads, (pStatEnd->TotalHeads - pStatStart->TotalHeads)/sInterval ); printf( "%20s\t %10ld\t %10ld\t %10ld\t%6ld\n", "Total Posts", pStatStart->TotalPosts, pStatEnd->TotalPosts, pStatEnd->TotalPosts - pStatStart->TotalPosts, (pStatEnd->TotalPosts - pStatStart->TotalPosts)/sInterval ); printf( "%20s\t %10ld\t %10ld\t %10ld\t%6ld\n", "Total Others", pStatStart->TotalOthers, pStatEnd->TotalOthers, pStatEnd->TotalOthers - pStatStart->TotalOthers, (pStatEnd->TotalOthers - pStatStart->TotalOthers)/sInterval ); printf( "%20s\t %10ld\t %10ld\t %10ld\t%6ld\n", "Current CGI Requests", pStatStart->CurrentCGIRequests, pStatEnd->CurrentCGIRequests, pStatEnd->CurrentCGIRequests - pStatStart->CurrentCGIRequests, (pStatEnd->CurrentCGIRequests - pStatStart->CurrentCGIRequests)/ sInterval ); printf( "%20s\t %10ld\t %10ld\t %10ld\t%6ld\n", "Total CGI Requests", pStatStart->TotalCGIRequests, pStatEnd->TotalCGIRequests, pStatEnd->TotalCGIRequests - pStatStart->TotalCGIRequests, (pStatEnd->TotalCGIRequests - pStatStart->TotalCGIRequests)/ sInterval ); printf( "%20s\t %10ld\t %10ld\t %10ld\t%6ld\n", "Max CGIRequests", pStatStart->MaxCGIRequests, pStatEnd->MaxCGIRequests, pStatEnd->MaxCGIRequests - pStatStart->MaxCGIRequests, (pStatEnd->MaxCGIRequests - pStatStart->MaxCGIRequests)/sInterval ); printf( "%20s\t %10ld\t %10ld\t %10ld\t%6ld\n", "Current BGI Requests", pStatStart->CurrentBGIRequests, pStatEnd->CurrentBGIRequests, pStatEnd->CurrentBGIRequests - pStatStart->CurrentBGIRequests, (pStatEnd->CurrentBGIRequests - pStatStart->CurrentBGIRequests)/ sInterval ); printf( "%20s\t %10ld\t %10ld\t %10ld\t%6ld\n", "Total BGI Requests", pStatStart->TotalBGIRequests, pStatEnd->TotalBGIRequests, pStatEnd->TotalBGIRequests - pStatStart->TotalBGIRequests, (pStatEnd->TotalBGIRequests - pStatStart->TotalBGIRequests)/ sInterval ); printf( "%20s\t %10ld\t %10ld\t %10ld\t%6ld\n", "Max BGIRequests", pStatStart->MaxBGIRequests, pStatEnd->MaxBGIRequests, pStatEnd->MaxBGIRequests - pStatStart->MaxBGIRequests, (pStatEnd->MaxBGIRequests - pStatStart->MaxBGIRequests)/sInterval ); printf( "%20s\t %10ld\t %10ld\t %10ld\t%6ld\n", "Total Not Found Errors", pStatStart->TotalNotFoundErrors, pStatEnd->TotalNotFoundErrors, pStatEnd->TotalNotFoundErrors - pStatStart->TotalNotFoundErrors, (pStatEnd->TotalNotFoundErrors - pStatStart->TotalNotFoundErrors)/ sInterval ); return; } // PrintStatisticsInfo() BOOL TestGetStatistics( int argc, char * argv[] ) /*++ Gets Statistics from server and prints it. If the optional time information is given, then this function obtains the statistics, sleeps for specified time interval and then again obtains new statistics and prints the difference, neatly formatted. Arguments: argc = count of arguments argv array of strings for command argv[0] = stats or getstatistics argv[1] = time interval if specified in seconds if argv[1] = -t10 => loop getting stats every 10 seconds. --*/ { DWORD err; DWORD timeToSleep = 0; W3_STATISTICS_0 * pStat1 = NULL; // this should be freed ? NYI BOOL fLoop = FALSE; if ( argc > 1 && argv[1] != NULL) { if ( argv[1][0] == '-' && argv[1][1] == 't') { fLoop = TRUE; timeToSleep = atoi(argv[1] + 2); } else { timeToSleep = atoi( argv[1]); } } err = W3QueryStatistics(g_lpszServerAddress, 0, (LPBYTE *) &pStat1); if ( err == NO_ERROR) { if ( timeToSleep <= 0) { PrintStatisticsInfo( pStat1); } else { W3_STATISTICS_0 * pStat2 = NULL; do { printf( "\n\nStatistics For Time Interval %u seconds\n\n", timeToSleep); Sleep( timeToSleep * 1000); // sleep for the interval err = W3QueryStatistics(g_lpszServerAddress, 0, (LPBYTE *) &pStat2); if ( err == NO_ERROR) { PrintStatsForTime( pStat1, pStat2, timeToSleep); } else { break; } if ( pStat1 != NULL) { MIDL_user_free( pStat1); pStat1 = NULL; } pStat1 = pStat2; } while ( fLoop); } } if ( pStat1 != NULL) { MIDL_user_free( pStat1); } SetLastError( err); return ( err == NO_ERROR); } // TestGetStatistics() BOOL TestClearStatistics( int argc, char * argv[]) { DWORD err; err = W3ClearStatistics( g_lpszServerAddress); printf( "Cleared the statistics Err = %d\n", err); SetLastError( err); return ( err == NO_ERROR); } // TestClearStatistics() static VOID PrintAdminInformation( IN W3_CONFIG_INFO * pConfigInfo) { if ( pConfigInfo == NULL) return; printf( "\n Printing Config Information in %08x\n", pConfigInfo); printf( "%20s= %S\n", "DirBrowseControl", pConfigInfo->dwDirBrowseControl); printf( "%20s= %S\n", "fCheckForWAISDB", pConfigInfo->fCheckForWAISDB); printf( "%20s= %S\n", "DefaultLoadFiles",pConfigInfo->lpszDefaultLoadFile); printf( "%20s= %S\n", "DirectoryImage", pConfigInfo->lpszDirectoryImage); printf( "%20s= %S\n", "Catapult User", pConfigInfo->lpszCatapultUser); printf( "%20s= %x\n", "CatapultUserPwd", pConfigInfo->szCatapultUserPwd); return; } // PrintAdminInformation() static BOOL TestGetAdminInfo( int argc, char * argv[] ) { DWORD err; W3_CONFIG_INFO * pConfig = NULL; err = W3GetAdminInformation( g_lpszServerAddress, &pConfig); printf( "W3GetAdminInformation returned Error Code = %d\n", err); if ( err == NO_ERROR) { PrintAdminInformation( pConfig); MIDL_user_free( ( LPVOID) pConfig); } SetLastError( err); return ( err == NO_ERROR); } // TestGetAdminInfo() DWORD SetAdminField( IN W3_CONFIG_INFO * pConfigIn, IN char * pszSubCmd, IN char * pszValue) { DWORD err = NO_ERROR; CmdStruct * pCmd = DecodeCommand( pszSubCmd); // get command struct if ( pCmd == NULL) { // ignore invalid commands printf( " Invalid SubCommand for set admin info %s. Ignoring...\n", pszSubCmd); return ( ERROR_INVALID_PARAMETER); } switch ( pCmd->cmdCode) { case CmdCatapultPwd: { if ( pszValue) { WCHAR achPassword[ PWLEN + 1]; wsprintfW( achPassword, L"%S", pszValue); wcscpy( pConfigIn->szCatapultUserPwd, achPassword); } break; } default: printf( " Invalid Sub command %s for SetConfigInfo(). Ignoring.\n", pszSubCmd); err = ERROR_INVALID_PARAMETER; break; } // switch return ( err); } // SetAdminField() BOOL TestSetAdminInfo( int argc, char * argv[]) /*++ Arguments: argc = count of arguments argv array of strings for command argv[0] = setadmininfo argv[1] = sub function within set info for testing argv[2] = value for sub function for all information to be set, give --*/ { DWORD err = ERROR_CALL_NOT_IMPLEMENTED; W3_CONFIG_INFO * pConfigOut = NULL; // config value obtained from server if ( argc < 1 || ( (argc & 0x1) != 0x1 ) ) { // argc should be > 1 and odd printf( "Invalid Number of arguments for %s\n", argv[0]); SetLastError( ERROR_INVALID_PARAMETER); return ( FALSE); } // Get the config from server to start with err = W3GetAdminInformation( g_lpszServerAddress, &pConfigOut); if ( err != NO_ERROR) { printf( " W3GetAdminInformation() failed with error = %u\n", err); SetLastError( err); return (FALSE); } // extract each field and value to set in configIn for( ; --argc > 1; argc -= 2) { if ( SetAdminField( pConfigOut, argv[argc - 1], argv[argc]) != NO_ERROR) { break; } } // for() to extract and set all fields if ( err != NO_ERROR) { // Now make RPC call to set the fields err = W3SetAdminInformation( g_lpszServerAddress, pConfigOut); } MIDL_user_free( pConfigOut); SetLastError( err ); return ( err == NO_ERROR ); } // TestSetAdminInfo() static VOID PrintInetInfodminInformation( IN LPINET_INFO_CONFIG_INFO pConfigInfo) { if ( pConfigInfo == NULL) return; printf( "\n Printing InetInfo Config Information in %08x\n", pConfigInfo); printf( "%20s= %d\n", "LogAnonymous", pConfigInfo->fLogAnonymous); printf( "%20s= %d\n", "LogNonAnonymous",pConfigInfo->fLogNonAnonymous); printf( "%20s= %08x\n", "Authentication Flags", pConfigInfo->dwAuthentication); printf( "%20s= %d\n", "Port", pConfigInfo->sPort); printf( "%20s= %d\n", "Connection Timeout", pConfigInfo->dwConnectionTimeout); printf( "%20s= %d\n", "Max Connections", pConfigInfo->dwMaxConnections); printf( "%20s= %S\n", "AnonUserName", pConfigInfo->lpszAnonUserName); printf( "%20s= %S\n", "AnonPassword", pConfigInfo->szAnonPassword); printf( "%20s= %S\n", "Admin Name", pConfigInfo->lpszAdminName); printf( "%20s= %S\n", "Admin Email", pConfigInfo->lpszAdminEmail); printf( "%20s= %S\n", "Server Comments", pConfigInfo->lpszServerComment); // // IP lists and Grant lists, Virtual Roots are not included now. Later. // return; } // PrintInetInfodminInformation() static DWORD GetServiceIdFromString( IN LPCSTR pszService) { if ( pszService != NULL) { if ( !_stricmp(pszService, "HTTP")) { return ( INET_HTTP); } else if (!_stricmp( pszService, "GOPHER")) { return (INET_GOPHER); } else if ( !_stricmp( pszService, "FTP")) { return (INET_FTP); } else if ( !_stricmp( pszService, "DNS")) { return (INET_DNS); } } return ( INET_HTTP); } // GetServiceIdFromString() static BOOL TestInetGetAdminInfo( int argc, char * argv[] ) /*++ Gets the configuration information using InetInfoGetAdminInformation() argv[0] = igetadmininfo argv[1] = service name ( gopher, http, ftp, catapult) --*/ { DWORD err; LPINET_INFO_CONFIG_INFO pConfig = NULL; DWORD dwServiceId; printf( " InetInfoGetAdminInformation() called at: Time = %d\n", GetTickCount()); dwServiceId = (argc > 1) ? GetServiceIdFromString( argv[1]) : INET_HTTP; err = InetInfoGetAdminInformation( g_lpszServerAddress, dwServiceId, &pConfig); printf( "Finished at Time = %d\n", GetTickCount()); printf( "InetInfoGetAdminInformation returned Error Code = %d\n", err); if ( err == NO_ERROR) { PrintInetInfodminInformation( pConfig); MIDL_user_free( ( LPVOID) pConfig); } SetLastError( err); return ( err == NO_ERROR); } // TestInetGetAdminInfo() DWORD SetInetInfoAdminField( IN LPINET_INFO_CONFIG_INFO pConfigIn, IN char * pszSubCmd, IN char * pszValue) { DWORD err = NO_ERROR; CmdStruct * pCmd = DecodeCommand( pszSubCmd); // get command struct if ( pCmd == NULL) { // ignore invalid commands printf( " Invalid SubCommand for set admin info %s. Ignoring...\n", pszSubCmd); return ( ERROR_INVALID_PARAMETER); } switch ( pCmd->cmdCode) { case CmdPortNumber: SetField( pConfigIn->FieldControl, FC_INET_INFO_PORT_NUMBER); pConfigIn->sPort = atoi( pszValue); break; case CmdConnectionTimeout: SetField( pConfigIn->FieldControl, FC_INET_INFO_CONNECTION_TIMEOUT); pConfigIn->dwConnectionTimeout = atoi( pszValue); break; case CmdMaxConnections: SetField( pConfigIn->FieldControl, FC_INET_INFO_MAX_CONNECTIONS); pConfigIn->dwMaxConnections = atoi( pszValue); break; case CmdLogAnonymous: SetField( pConfigIn->FieldControl, FC_INET_INFO_LOG_ANONYMOUS); pConfigIn->fLogAnonymous = atoi( pszValue); break; case CmdLogNonAnonymous: SetField( pConfigIn->FieldControl, FC_INET_INFO_LOG_NONANONYMOUS); pConfigIn->fLogNonAnonymous = atoi( pszValue); break; case CmdAnonUserName: SetField( pConfigIn->FieldControl, FC_INET_INFO_ANON_USER_NAME); pConfigIn->lpszAnonUserName = ConvertToUnicode( pszValue); if ( pConfigIn->lpszAnonUserName == NULL) { err = GetLastError(); } break; case CmdAdminName: SetField( pConfigIn->FieldControl, FC_INET_INFO_ADMIN_NAME); pConfigIn->lpszAdminName = ConvertToUnicode( pszValue); if ( pConfigIn->lpszAdminName == NULL) { err = GetLastError(); } break; case CmdAdminEmail: SetField( pConfigIn->FieldControl, FC_INET_INFO_ADMIN_EMAIL); pConfigIn->lpszAdminEmail = ConvertToUnicode( pszValue); if ( pConfigIn->lpszAdminEmail == NULL) { err = GetLastError(); } break; case CmdServerComment: SetField( pConfigIn->FieldControl, FC_INET_INFO_SERVER_COMMENT); pConfigIn->lpszServerComment = ConvertToUnicode( pszValue); if ( pConfigIn->lpszServerComment == NULL) { err = GetLastError(); } break; default: printf( " Invalid Sub command %s for SetConfigInfo(). Ignoring.\n", pszSubCmd); err = ERROR_INVALID_PARAMETER; break; } // switch return ( err); } // SetAdminField() static VOID FreeBuffer( IN PVOID * ppBuffer) { if ( *ppBuffer != NULL) { free( * ppBuffer); *ppBuffer = NULL; // reset the old value } return; } // FreeBuffer() VOID FreeStringsInInetConfigInfo( IN OUT LPINET_INFO_CONFIG_INFO pConfigInfo) { FreeBuffer( (PVOID *) & pConfigInfo->lpszAnonUserName); } // FreeStringsInInetConfigInfo() BOOL TestInetSetAdminInfo( int argc, char * argv[]) /*++ Arguments: argc = count of arguments argv array of strings for command argv[0] = isetadmininfo argv[1] = sub function within set info for testing argv[2] = value for sub function for all information to be set, give --*/ { DWORD err = ERROR_CALL_NOT_IMPLEMENTED; LPINET_INFO_CONFIG_INFO * ppConfigOut = NULL; INET_INFO_CONFIG_INFO configIn; // config values that are set if ( argc < 1 || ( (argc & 0x1) != 0x1 ) ) { // argc should be > 1 and odd printf( "Invalid Number of arguments for %s\n", argv[0]); SetLastError( ERROR_INVALID_PARAMETER); return ( FALSE); } // // form the admin info block to set the information // memset( ( LPVOID) &configIn, 0, sizeof( configIn)); // init to Zeros // extract each field and value to set in configIn for( ; --argc > 1; argc -= 2) { if ( SetInetInfoAdminField( &configIn, argv[argc - 1], argv[argc]) != NO_ERROR) { break; } } // for() to extract and set all fields if ( err != NO_ERROR) { // Now make RPC call to set the fields err = InetInfoSetAdminInformation( g_lpszServerAddress, INET_HTTP, &configIn); } // Need to free all the buffers allocated for the strings FreeStringsInInetConfigInfo( &configIn); SetLastError( err ); return ( err == NO_ERROR ); } // TestSetInetAdminInfo() BOOL TestEnumUserInfo( int argc, char * argv[]) { DWORD err; W3_USER_INFO * pUserInfo; DWORD cEntries; printf( "Invoking W3EnumerateUsers..." ); err = W3EnumerateUsers( g_lpszServerAddress, &cEntries, &pUserInfo ); if( err == NO_ERROR ) { printf( " %lu connected users\n", cEntries ); while( cEntries-- ) { IN_ADDR addr; addr.s_addr = (u_long)pUserInfo->inetHost; printf( "idUser = %lu\n" "pszUser = %S\n" "fAnonymous = %lu\n" "inetHost = %s\n" "tConnect = %lu\n\n", pUserInfo->idUser, pUserInfo->pszUser, pUserInfo->fAnonymous, inet_ntoa( addr ), pUserInfo->tConnect ); pUserInfo++; } } SetLastError( err); return ( err == NO_ERROR); } // TestEnumUserInfo() int __cdecl main( int argc, char * argv[]) { DWORD err = NO_ERROR; char ** ppszArgv; // arguments for command functions int cArgs; // arg count for command functions char * pszCmdName; CmdStruct * pCmd; CMDFUNC pCmdFunc = NULL; if ( argc < 3 || argv[1] == NULL ) { // Insufficient arguments GenUsageMessage( argc, argv); return ( 1); } pszCmdName = argv[2]; if (( pCmd = DecodeCommand( pszCmdName)) == NULL || pCmd->cmdFunc == NULL) { printf( "Internal Error: Invalid Command %s\n", pszCmdName); GenUsageMessage( argc, argv); return ( 1); } g_lpszServerAddress = ConvertToUnicode( argv[1]); // get server address cArgs = argc - 2; ppszArgv = argv + 2; // position at the start of the command name if ( !(*pCmd->cmdFunc)( cArgs, ppszArgv)) { // call the test function // Test function failed. printf( "Command %s failed. Error = %d\n", pszCmdName, GetLastError()); return ( 1); } printf( " Command %s succeeded\n", pszCmdName); return ( 0); // success } // main() /************************ End of File ***********************/