// Replace: // {capgroup} is the name of group in caps as it appears in typedefs. // {date} with today's date in dd-Mmm-yyyy form. // {email} with your email ID. // {filename} with name of this file (including .c at end) // {fullname} with your full name // {header} is the header file name part (e.g. "wksta" in lmwksta.h) // {icgroup} is name of group with initial caps, e.g. "Server". // Take care of all {expand} replacements. // Delete these instructions. /*++ Copyright (c) 1991-1992 Microsoft Corporation Module Name: {filename} Abstract: This file contains the RpcXlate code to handle the Net{icgroup}GetInfo API. Author: {fullname} ({email}) {date} Environment: Portable to any flat, 32-bit environment. (Uses Win32 typedefs.) Requires ANSI C extensions: slash-slash comments, long external names. Revision History: {date} {email} Created. --*/ // These must be included first: #include // IN, DWORD, etc. #include // LM20_ equates, NET_API_STATUS, etc. // These may be included in any order: #include // API_ equates. #include // NetapipBufferAllocate(). #include // ERROR_ and NERR_ equates. #include // NetpDbgPrint(), FORMAT_ equates, etc. #include // LPDESC. #include // REM16_, REM32_, REMSmb_ equates. #include // RxRemoteApi(). #include // IF_DEBUG(). #include // My prototype. #include // Netp{icgroup}StructureInfo(). NET_API_STATUS RxNet{icgroup}GetInfo ( IN LPTSTR UncServerName, {expand} IN DWORD Level, OUT LPBYTE *BufPtr ) /*++ Routine Description: RxNet{icgroup}GetInfo performs the same function as Net{icgroup}GetInfo, except that the server name is known to refer to a downlevel server. Arguments: (Same as Net{icgroup}GetInfo, except UncServerName must not be null, and must not refer to the local computer.) Return Value: (Same as Net{icgroup}GetInfo.) --*/ { LPBYTE ApiBuffer32; // Buffer to be returned to caller. DWORD ApiBufferSize32; LPDESC DataDesc16, DataDesc32, DataDescSmb; NET_API_STATUS Status; DWORD TotalAvail; IF_DEBUG({capgroup}) { NetpDbgPrint("RxNet{icgroup}GetInfo: starting, server=" FORMAT_LPTSTR ", lvl=" FORMAT_DWORD ".\n", UncServerName, Level); } // // Error check DLL stub and the app. // NetpAssert(UncServerName != NULL); if (BufPtr == NULL) { return (ERROR_INVALID_PARAMETER); } *BufPtr = NULL; // assume error; it makes error handlers easy to code. // This also forces possible GP fault before we allocate memory. // // Learn about info level. // Status = Netp{icgroup}StructureInfo ( Level, // level to learn about PARMNUM_ALL, // No parmnum with this. TRUE, // Need native sizes. & DataDesc16, & DataDesc32, & DataDescSmb, & ApiBufferSize32, // max buffer size (native) NULL, // don't need fixed size. NULL // don't need string size. ); if (Status != NERR_Success) { return (Status); } // // Allocate memory for 32-bit version of info, which we'll use to get // data from the remote computer. // Status = NetapipBufferAllocate( ApiBufferSize32, (LPVOID *) & ApiBuffer32); if (Status != NERR_Success) { return (Status); } IF_DEBUG({capgroup}) { NetpDbgPrint( "RxNet{icgroup}GetInfo: allocated buffer at " FORMAT_LPVOID "\n", (LPVOID) ApiBuffer32 ); } // // Actually remote the API, which will get back the // data in native format. // Status = RxRemoteApi( API_W{icgroup}GetInfo, // API number UncServerName, // Required, with \\name. REMSmb_Net{icgroup}GetInfo_P, // parm desc DataDesc16, DataDesc32, DataDescSmb, NULL, // no aux data desc 16 NULL, // no aux data desc 32 NULL, // no aux data desc SMB 0, // Flags: normal // rest of API's arguments, in 32-bit LM 2.x format: {expand}, Level, ApiBuffer32, ApiBufferSize32, & TotalAvail); // total size (BUGBUG meaningless?) NetpAssert( Status != ERROR_MORE_DATA ); NetpAssert( Status != NERR_BufTooSmall ); if (Status == NERR_Success) { *BufPtr = ApiBuffer32; } else { (void) NetApiBufferFree( ApiBuffer32 ); } return (Status); } // RxNet{icgroup}GetInfo