// // 06.05.95 Joe Holman Created to copy the system files for // the new shell and cairo releases. // Currently, it only copies uncompressed system files. // 06.16.95 Joe Holman Allow debugging tools to be copied. Uses _media.inx // 06.19.95 Joe Holman Copy compressed version of file if specified in _layout.inx. // 06.22.95 Joe Holman Added bCairoSuckNameHack to pick up files from // the inf\cairo\_layout.cai file. // 06.22.95 Joe Holman Added the SRV_INF fix so that we will pick up the compressed // Server Infs in a different location than the Workstation compressed // 06.22.95 Joe Holman For now, we won't use compressed Cairo files. Will change in July. // INFs (due to the collision of names and difference with cdrom.w|s). // 06.28.95 Joe Holman Won't make CHECKED Server. // 07.07.95 Joe Holman For Cairo, we need to also look at the _layout.cai and // _media.cai files // for additional files (superset) that goes into Cairo. // 08.03.95 Joe Holman Allow Cairo to have compressed files -> note, build team needs to // private 2 locations, one for Shell release and one for Cairo release, // ie, \\x86fre\cdcomp$. // 08.14.95 Joe Holman Figure out if we copy the .dbg file for a particular file. // 08.14.95 Joe Holman Allow DBG files for Cairo. // 08.23.95 Joe Holman Add code to make tallying work with compressed/noncomp files and // winn32 local source space needed. // 10.13.95 Joe Holman Get MAPISVC.INF and MDM*.INF from Workstation location. // 10.25.95 Joe Holman Put code in to use SetupDecompressOrCopyFile. // 10.30.95 Joe Holman Don't give errors for vmmreg32.dbg - this is a file given // by Win95 guys. // 11.02.95 Joe Holman Allow multi-threaded support when SetupDecompressOrCopyFile // is fixed. // Pickup all for PPC on Cairo. // 11.17.95 Joe Holman Check for upgrade size. // 11.30.95 Joe Holman compare current dosnet.inf and txtsetup.sif values and error // if we go over. Search for //code here. // 12.04.95 Joe Holman Use Layout.inx instead of _layout.inx. // 03.11.96 Joe Holman Don't give errors on MFC*.dbg if missing, since no .dbgs // provided. // 04.05.96 Joe Holman Add values for INETSRV and DRVLIB.NIC directories. Both of // these get copied as local source. Inetsrv is NEVER installed // automatically (unless via an unattend file) and one card is // small. Thus, we will only add INETSRV and DRVLIB.NIC sizes // to local source code below. // and one or two of drvlib.nic MAY get installed. // 04.19.96 Joe Holman Add code to NOT count *.ppd files in order to reduce // minimum disk space required. // 09.10.96 Joe Holman Add code that supports setup's new disk space calculation. // Basically, we just need to provide values for each cluster // size stored in dosnet.inf. // 10.17.96 Joe Holman Comment out MIPS code, but leave in for P7. // 12.06.96 Joe Holman Backported MSKK's DBCS changes. // 01.20.97 Joe Holman Take out PPC. // 05.15.97 Joe Holman Grovels layout.inf on release shares rather than file chked-in. // xx.xx.xx Joe Holman Allow files not to worry about .dbgs for to be in a file. // xx.xx.xx Joe Holman Add code to check for 0 file size in layout.inf files. // xx.xx.xx Joe Holman Provide switch that flush bits to disk after copy, then does a DIFF. // #include #include #include #include #include #include #define MFL 256 CRITICAL_SECTION CriticalSection; #define MAX_NUMBER_OF_FILES_IN_PRODUCT 3500 // # greater than # of files in product. #define EIGHT_DOT_THREE 8+1+3+1 struct _tag { WORD wNumFiles; BOOL bCopyDbg [MAX_NUMBER_OF_FILES_IN_PRODUCT]; BOOL bCopyComp [MAX_NUMBER_OF_FILES_IN_PRODUCT]; char wcFilesArray[MAX_NUMBER_OF_FILES_IN_PRODUCT][EIGHT_DOT_THREE]; char wcSubPath [MAX_NUMBER_OF_FILES_IN_PRODUCT][EIGHT_DOT_THREE]; // used for debugging files BOOL bCountBytes [MAX_NUMBER_OF_FILES_IN_PRODUCT]; }; BOOL bFourPtO = FALSE; BOOL bChecked = FALSE; BOOL bVerifyBits = FALSE; BOOL bGetSizeLater = TRUE; struct _tag i386Workstation; struct _tag AlphaWorkstation; struct _tag i386Server; struct _tag AlphaServer; struct _tag X86Dbg; struct _tag AlphaDbg; BOOL fX86Wrk, fX86Srv; BOOL fAlphaWrk, fAlphaSrv; #define WORKSTATION 0 #define SERVER 1 // // Following are masks that correspond to the particular data in a DOS date // #define DOS_DATE_MASK_DAY (WORD) 0x001f // low 5 bits (1-31) #define DOS_DATE_MASK_MONTH (WORD) 0x01e0 // mid 4 bits (1-12) #define DOS_DATE_MASK_YEAR (WORD) 0xfe00 // high 7 bits (0-119) // // Following are masks that correspond to the particular data in a DOS time // #define DOS_TIME_MASK_SECONDS (WORD) 0x001f // low 5 bits (0-29) #define DOS_TIME_MASK_MINUTES (WORD) 0x07e0 // mid 6 bits (0-59) #define DOS_TIME_MASK_HOURS (WORD) 0xf800 // high 5 bits (0-23) // // Shift constants used for building/getting DOS dates and times // #define DOS_DATE_SHIFT_DAY 0 #define DOS_DATE_SHIFT_MONTH 5 #define DOS_DATE_SHIFT_YEAR 9 #define DOS_TIME_SHIFT_SECONDS 0 #define DOS_TIME_SHIFT_MINUTES 5 #define DOS_TIME_SHIFT_HOURS 11 // // Macros to extract the data out of DOS dates and times. // // Note: Dos years are offsets from 1980. Dos seconds have 2 second // granularity // #define GET_DOS_DATE_YEAR(wDate) ( ( (wDate & DOS_DATE_MASK_YEAR) >> \ DOS_DATE_SHIFT_YEAR ) + \ (WORD) 1980 ) #define GET_DOS_DATE_MONTH(wDate) ( (wDate & DOS_DATE_MASK_MONTH) >> \ DOS_DATE_SHIFT_MONTH ) #define GET_DOS_DATE_DAY(wDate) ( wDate & DOS_DATE_MASK_DAY ) #define GET_DOS_TIME_HOURS(wTime) ( (wTime & DOS_TIME_MASK_HOURS) >> \ DOS_TIME_SHIFT_HOURS ) #define GET_DOS_TIME_MINUTES(wTime) ( (wTime & DOS_TIME_MASK_MINUTES) >> \ DOS_TIME_SHIFT_MINUTES ) #define GET_DOS_TIME_SECONDS(wTime) ( (wTime & DOS_TIME_MASK_SECONDS) << 1 ) // Paths loaded in from the command line. // char szLogFile[MFL]; char szWrkX86Src[MFL]; char szWrkAlphaSrc[MFL]; char szSrvX86Src[MFL]; char szSrvAlphaSrc[MFL]; char szCompX86Src[MFL]; char szCompAlphaSrc[MFL]; char szEnlistDrv[MFL]; char szWorkDstDrv[MFL]; char szServDstDrv[MFL]; char szX86Dbg[MFL]; char szAlphaDbg[MFL]; char szX86DbgSource[MFL]; char szAlphaDbgSource[MFL]; #define I386_DIR "\\i386\\SYSTEM32" #define ALPHA_DIR "\\ALPHA\\SYSTEM32" #define I386_DBG "\\support\\debug\\i386\\symbols" #define ALPHA_DBG "\\support\\debug\\alpha\\symbols" #define NETMON "\\netmon" #define I386_DIR_RAW "\\i386" #define ALPHA_DIR_RAW "\\ALPHA" #define I386_SRV_WINNT "\\clients\\srvtools\\winnt\\i386" #define ALPHA_SRV_WINNT "\\clients\\srvtools\\winnt\\alpha" #define NUM_EXTS 8 char * cExtra[] = { "acm", "com", "cpl", "dll", "drv", "exe", "scr", "sys" }; #define idBase 0 #define idX86 1 #define idALPHA 3 #define idBaseDbg 5 #define idX86Dbg 6 // Tally up the # of bytes required for the system from the files included. // struct _ClusterSizes { DWORD Kh1; DWORD K1; DWORD K2; DWORD K4; DWORD K8; DWORD K16; DWORD K32; DWORD K64; DWORD K128; DWORD K256; }; struct _ClusterSizes lX86Work; struct _ClusterSizes lX86Serv; struct _ClusterSizes lAlphaWork; struct _ClusterSizes lAlphaServ; DWORD bytesX86Work, bytesX86Serv; DWORD bytesAlphaWork, bytesAlphaServ; // // Macro for rounding up any number (x) to multiple of (n) which // must be a power of 2. For example, ROUNDUP( 2047, 512 ) would // yield result of 2048. // #define ROUNDUP2( x, n ) (((x) + ((n) - 1 )) & ~((n) - 1 )) #define LAYOUT_INX "\\nt\\private\\windows\\setup\\inf\\win4\\inf\\layout.inx" #define MEDIA_INX "\\nt\\private\\windows\\setup\\inf\\win4\\inf\\_media.inx" FILE* logFile; void GiveThreadId ( const CHAR * szFormat, ... ) { va_list vaArgs; va_start ( vaArgs, szFormat ); vprintf ( szFormat, vaArgs ); vfprintf ( logFile, szFormat, vaArgs ); va_end ( vaArgs ); } void Msg ( const CHAR * szFormat, ... ) { va_list vaArgs; EnterCriticalSection ( &CriticalSection ); GiveThreadId ( "%ld: ", GetCurrentThreadId () ); va_start ( vaArgs, szFormat ); vprintf ( szFormat, vaArgs ); vfprintf ( logFile, szFormat, vaArgs ); va_end ( vaArgs ); LeaveCriticalSection ( &CriticalSection ); } void Header(argv,argc) char * argv[]; int argc; { time_t t; char tmpTime[100]; CHAR wtmpTime[200]; Msg ( "\n=========== FILES ====================\n" ); Msg ( "Log file : %s\n", szLogFile ); Msg ( "x86 work Uncompressed files : %s\n", szWrkX86Src); Msg ( "alpha work Uncompressed files : %s\n", szWrkAlphaSrc); Msg ( "x86 Serv Uncompressed files : %s\n", szSrvX86Src); Msg ( "alpha Serv Uncompressed files : %s\n", szSrvAlphaSrc); Msg ( "x86 Compressed files : %s\n", szCompX86Src); Msg ( "alpha Compressed files : %s\n", szCompAlphaSrc); Msg ( "x86 dbg files : %s\n", szX86Dbg); Msg ( "alpha dbg files : %s\n", szAlphaDbg); Msg ( "x86 dbg source : %s\n", szX86DbgSource); Msg ( "alpha dbg source : %s\n", szAlphaDbgSource); Msg ( "enlisted drive : %s\n", szEnlistDrv ); Msg ( "drive to put workstation files: %s\n", szWorkDstDrv ); Msg ( "drive to put server files : %s\n", szServDstDrv ); time(&t); Msg ( "Time: %s", ctime(&t) ); Msg ( "========================================\n\n"); } void Usage() { printf( "PURPOSE: Copies the system files that compose the product.\n"); printf( "\n"); printf( "PARAMETERS:\n"); printf( "\n"); printf( "[LogFile] - Path to append a log of actions and errors.\n"); printf( "[files share] - location of work x86 uncompressed files.\n" ); printf( "[files share] - location of work alpha uncompressed files.\n" ); printf( "[files share] - location of serv x86 uncompressed files.\n" ); printf( "[files share] - location of serv alpha uncompressed files.\n" ); printf( "[files share] - location of x86 Compressed files.\n" ); printf( "[files share] - location of alpha Compressed files.\n" ); printf( "[files share] - location of x86 dbg files.\n" ); printf( "[files share] - location of alpha dbg files.\n" ); printf( "[files share] - location of x86 dbg source files.\n" ); printf( "[files share] - location of alpha dbg source files.\n" ); printf( "[enlisted drive]- drive that is enlisted\n" ); printf( "[dest path workstation] - drive to put files\n" ); printf( "[dest path server] - drive to put files\n" ); printf( "\n" ); } char dbgStr1[30]; char dbgStr2[30]; BOOL IsFileInSpecialWinnt32Directory ( char * szFileName ) { char szUpCasedName[MFL]; int i; char * foo[] = { "WINNT32.EXE", "WINNT32A.DLL", "WINNT32U.DLL", "WINNT32.HLP", (char *) 0 }; strcpy ( szUpCasedName, szFileName ); _strupr ( szUpCasedName ); for ( i=0; foo[i] != 0; i++ ) { Msg ( "Comparing: %s vs. %s\n", szUpCasedName, foo[i] ); if ( strstr ( szUpCasedName, foo[i] ) ) { return TRUE; // file should be in this directory } } return FALSE; // no, file doesn't go in the winnt32 directory } BOOL IsDebugFileToNotWorryAbout ( char * szFileName ) { char szUpCasedName[MFL]; int i; char * foo[] = { "WEX", "CABINET.DBG", "IEDKCS32.DBG", "INETCFG.DBG", "INETWIZ.DBG", "CLASSR.DBG", "ICFGNT.DBG", "MSENCODE.DBG", "MSCONV97.DBG", "MSAWT", "JVIEW", "JDBGMGR", "JAVA", "ISIGN", "MSAPS", "ICW", "JAVA", "HLINK", "JSCRIPT.DBG", "MSAD", "MSDA", "VBSCRIPT.DBG", "VSREVOKE.DBG", "WSOCK32N.DBG", "DIGIINST.DBG", "ICCVID.DBG", "IR32_32.DBG", "VMHELPER.DBG", "MSJAVA", "VMMREG32.DBG", "SCRRUN.DBG", "MFC", "OLEPRO32.DBG", "MSJT3032.DBG", "ODBCJT32.DBG", "MSVCIRT.DBG", "MSVCRT40.dbg", "MSVCRT20.dbg", "JIT.DBG", "MSVC", (char *) 0 }; strcpy ( szUpCasedName, szFileName ); _strupr ( szUpCasedName ); for ( i=0; foo[i] != 0; i++ ) { Msg ( "IsDebug Comparing: %s vs. %s\n", szUpCasedName, foo[i] ); if ( strstr ( szUpCasedName, foo[i] ) ) { return TRUE; // don't worry if this file is missing } } return FALSE; // worry about this one, we need it! } void ShowMeDosDateTime ( CHAR * srcPath, WORD wDateSrc, WORD wTimeSrc, CHAR * dstPath, WORD wDateDst, WORD wTimeDst ) { Msg ( "%s %02d.%02d.%02d %02d:%02d.%02d\n", srcPath, GET_DOS_DATE_MONTH(wDateSrc), GET_DOS_DATE_DAY(wDateSrc), GET_DOS_DATE_YEAR(wDateSrc), GET_DOS_TIME_HOURS(wTimeSrc), GET_DOS_TIME_MINUTES(wTimeSrc), GET_DOS_TIME_SECONDS(wTimeSrc) ); Msg ( "%s %02d.%02d.%02d %02d:%02d.%02d\n", dstPath, GET_DOS_DATE_MONTH(wDateDst), GET_DOS_DATE_DAY(wDateDst), GET_DOS_DATE_YEAR(wDateDst), GET_DOS_TIME_HOURS(wTimeDst), GET_DOS_TIME_MINUTES(wTimeDst), GET_DOS_TIME_SECONDS(wTimeSrc) ); } void Replay ( char * srcBuf, char * dstBuf, DWORD srcBytesRead, DWORD startIndex ) { DWORD i; for ( i = startIndex; (i < startIndex+5) && (i <= srcBytesRead); ++i ) { Msg ( "srcBuf[%ld] = %x, dstBuf[%ld] = %x\n", i, srcBuf[i], i, dstBuf[i] ); } } BOOL IsDstCompressed ( char * szPath ) { // Msg ( ">>> char %s: %c\n", szPath, szPath[strlen(szPath)-1] ); if ( szPath[strlen(szPath)-1] == '_' ) { return(TRUE); } return (FALSE); } #define V_WRK_I386 "C:\\wrk\\i386" #define V_WRK_ALPHA "C:\\wrk\\alpha" #define V_SRV_I386 "C:\\srv\\i386" #define V_SRV_ALPHA "C:\\srv\\alpha" BOOL MyCopyFile ( char * fileSrcPath, char * fileDstPath ) { HANDLE hSrc, hDst; WIN32_FIND_DATA wfdSrc, wfdDst; BOOL bDoCopy = FALSE; #define NUM_BYTES_TO_READ 2048 unsigned char srcBuf[NUM_BYTES_TO_READ]; unsigned char dstBuf[NUM_BYTES_TO_READ]; WORD srcDate, srcTime, dstDate, dstTime; char szTmpFile[MFL] = { '\0' }; UINT uiRetSize = 299; char szJustFileName[MFL]; char szJustDirectoryName[MFL]; // Find the source file. // hSrc = FindFirstFile ( fileSrcPath, &wfdSrc ); if ( hSrc == INVALID_HANDLE_VALUE ) { // HACK: Since the release shares put WINNT32.EXE in the WINNT32 directory // instead of leaving it in the flat root, verify that if the fileSrcPath // contains WINNT32.EXE we look in the WINNT32 dir also before error'ing out. // if ( IsFileInSpecialWinnt32Directory ( fileSrcPath ) ) { char tmpSrcPath[MFL]; strcpy ( tmpSrcPath, fileSrcPath ); if ( strstr ( fileSrcPath, ".HLP" ) || strstr ( fileSrcPath, ".hlp" ) ) { strcpy ( &tmpSrcPath[ strlen(tmpSrcPath) - 4 ], "\\WINNT32.HLP" ); } else if ( strstr ( fileSrcPath, "a.dll" ) || strstr ( fileSrcPath, "A.DLL" ) ) { strcpy ( &tmpSrcPath[ strlen(tmpSrcPath) - 5 ], "\\WINNT32a.dll" ); } else if ( strstr ( fileSrcPath, "u.dll" ) || strstr ( fileSrcPath, "U.DLL" ) ) { strcpy ( &tmpSrcPath[ strlen(tmpSrcPath) - 5 ], "\\WINNT32u.dll" ); } else { strcpy ( &tmpSrcPath[ strlen(tmpSrcPath) - 4 ], "\\WINNT32.EXE" ); } hSrc = FindFirstFile ( tmpSrcPath, &wfdSrc ); if ( hSrc == INVALID_HANDLE_VALUE ) { Msg ( "ERROR on fileSrcPath(tmpSrcPath) = %s, gle = %ld\n", tmpSrcPath, GetLastError() ); return (FALSE); } else { strcpy ( fileSrcPath, tmpSrcPath ); } } else if ( IsDebugFileToNotWorryAbout ( fileSrcPath ) ) { // The following files do NOT have dbg files // available for them because they are provided by 3rd parties or other group. // So, don't report an error when we can't find them. // Msg ( "Warning: %s not copied over.\n", fileSrcPath ); return (FALSE); } else { Msg ( "ERROR on fileSrcPath = %s, gle = %ld\n", fileSrcPath, GetLastError() ); return (FALSE); } } // Find the destination file. // hDst = FindFirstFile ( fileDstPath, &wfdDst ); if ( hDst == INVALID_HANDLE_VALUE ) { DWORD gle; gle = GetLastError(); if ( gle == ERROR_FILE_NOT_FOUND ) { // The file doesn't exist on the destination. Do the copy. // bDoCopy = TRUE; } else { // Got another kind of error, report this problem. // Msg ( "ERROR FindFirstFile fileDstPath = %s, gle = %ld\n", fileDstPath, gle ); FindClose ( hSrc ); return ( FALSE ); } } else { BOOL b; // Both the src and dst exist. // Let's see if the src is NEWER than the dst, if so, copy. // // b = FileTimeToDosDateTime ( &wfdSrc.ftLastWriteTime, &srcDate, &srcTime ); b = FileTimeToDosDateTime ( &wfdDst.ftLastWriteTime, &dstDate, &dstTime ); if ( (srcDate != dstDate) || (srcTime != dstTime) ) { ShowMeDosDateTime ( fileSrcPath, srcDate, srcTime, fileDstPath, dstDate, dstTime ); bDoCopy = TRUE; } } // Additional check, verify the file sizes are the same. // if ( wfdSrc.nFileSizeLow != wfdSrc.nFileSizeLow ) { bDoCopy = TRUE; } if ( wfdSrc.nFileSizeHigh != wfdDst.nFileSizeHigh ) { bDoCopy = TRUE; } if ( bDoCopy ) { BOOL b; DWORD gle; DWORD dwAttributes = GetFileAttributes ( fileDstPath ); // Check the attributes of the file. // if ( dwAttributes == 0xFFFFFFFF ) { // Ignore file not found on non-existant destination, but error on // anything else. // gle = GetLastError(); if ( gle != ERROR_FILE_NOT_FOUND ) { Msg ( "ERROR: GetFileAttributes: gle = %ld, %s\n", gle, fileDstPath); } } else { // No error for GetFileAttributes. // Check the attribute for R-only, and change if set. // if ( dwAttributes & FILE_ATTRIBUTE_READONLY || dwAttributes & FILE_ATTRIBUTE_HIDDEN ) { b = SetFileAttributes ( fileDstPath, FILE_ATTRIBUTE_NORMAL ); if ( !b ) { Msg ( "ERROR: SetFileAttributes: gle = %ld, %s\n", GetLastError(), fileDstPath); } } } b = CopyFile ( fileSrcPath, fileDstPath, FALSE ); if ( b ) { Msg ( "Copy: %s >>> %s [OK]\n", fileSrcPath, fileDstPath ); } else { Msg ( "ERROR Copy: %s >>> %s, gle = %ld\n", fileSrcPath, fileDstPath, GetLastError() ); } } else { Msg ( "%s %d %d %ld %ld +++ %s %d %d %ld %ld [SAME]\n", fileSrcPath, srcDate, srcTime, wfdSrc.nFileSizeLow, wfdSrc.nFileSizeHigh, fileDstPath , dstDate, dstTime, wfdDst.nFileSizeLow, wfdDst.nFileSizeHigh ); } FindClose ( hSrc ); FindClose ( hDst ); // Do bit verification here on all files coming into MyCopyFile. // if ( bVerifyBits ) { BOOL bNoError = TRUE; HANDLE SrcFileHandle, DstFileHandle; BOOL b; BY_HANDLE_FILE_INFORMATION srcFileInformation; BY_HANDLE_FILE_INFORMATION dstFileInformation; DWORD srcBytesRead; DWORD dstBytesRead; DWORD i; DWORD totalBytesRead = 0; #define OFFSET_FILENAME 0x3C // address of file name in diamond header. // >>> use struct later instead of this hack. #define OFFSET_PAST_FILENAME 8 + 1 + 3 + 2 // we only use 8.3 filenames. char unCompressedFileName[OFFSET_PAST_FILENAME]; BOOL bIsDstCompressed = FALSE; DWORD dw; char szExpandToDir[MFL]; char target[MFL]; int iRc; unsigned short unicodeFileLocation[MFL]; unsigned short unicodeTargetLocation[MFL]; bIsDstCompressed = IsDstCompressed ( fileDstPath ); if ( bIsDstCompressed ) { FILE * fHandle; char szEndingFileName[MFL]; // Figure out where source should be from. // Ie., we need to figure out the uncompressed path from the compressed path. // if ( fileDstPath[0] == szWorkDstDrv[0] ) { // We are working with Workstation binaries. // if ( strstr ( fileSrcPath, szCompX86Src ) ) { strcpy ( fileSrcPath, szWrkX86Src ); strcpy ( szExpandToDir, V_WRK_I386 ); } else if ( strstr ( fileSrcPath, szCompAlphaSrc ) ) { strcpy ( fileSrcPath, szWrkAlphaSrc ); strcpy ( szExpandToDir, V_WRK_ALPHA ); } else { Msg ( "ERROR: couldn't determined location for: %s\n", fileSrcPath ); bNoError = FALSE; } } else if ( fileDstPath[0] == szServDstDrv[0] ) { // We are working with Workstation binaries. // if ( strstr ( fileSrcPath, szCompX86Src ) ) { strcpy ( fileSrcPath, szSrvX86Src ); strcpy ( szExpandToDir, V_SRV_I386 ); } else if ( strstr ( fileSrcPath, szCompAlphaSrc ) ) { strcpy ( fileSrcPath, szSrvAlphaSrc ); strcpy ( szExpandToDir, V_SRV_ALPHA ); } else { Msg ( "ERROR: couldn't determined Server location for: %s\n", fileSrcPath ); bNoError = FALSE; goto cleanup0; } } else { Msg ( "ERROR: couldn't determined wks/srv drive for: %s\n", fileDstPath ); bNoError = FALSE; goto cleanup0; } // NOTE: At this point, fileSrcPath ONLY has a path, it now has NO filename ! // // Find the expanded file name from the compressed file. // fHandle = fopen ( fileDstPath, "rb" ); if ( fHandle == NULL) { Msg ( "ERROR Couldn't open file with fopen to find expanded name: %s\n", fileDstPath ); bNoError = FALSE; goto cleanup0; } else { size_t bytesRead; int location; location = fseek ( fHandle, OFFSET_FILENAME, SEEK_SET ); if ( location != 0 ) { Msg ( "fseek ERROR\n" ); bNoError = FALSE; fclose ( fHandle ); goto cleanup0; } bytesRead = fread ( unCompressedFileName, 1, OFFSET_PAST_FILENAME, fHandle ); /*** for ( i = 0; i < bytesRead; ++i ) { printf ( "%X(%c) ", buffer[i], buffer[i] ); } printf ( "\n" ); ***/ if ( bytesRead != OFFSET_PAST_FILENAME ) { Msg ( "ERROR: bytesRead = %x not %x\n", bytesRead, OFFSET_PAST_FILENAME ); bNoError = FALSE; fclose ( fHandle ); goto cleanup0; } fclose ( fHandle ); } // Expand the file. // sprintf ( target, "%s\\%s", szExpandToDir, unCompressedFileName ); iRc = MultiByteToWideChar ( CP_ACP, MB_PRECOMPOSED, fileDstPath, strlen ( fileDstPath )+1, unicodeFileLocation, MFL/2 ); if ( !iRc ) { Msg ( "MultiByteToWideChar: ERROR, gle = %ld, %s\n", GetLastError(), fileDstPath ); } iRc = MultiByteToWideChar ( CP_ACP, MB_PRECOMPOSED, target, strlen ( target )+1, unicodeTargetLocation, MFL/2 ); if ( !iRc ) { Msg ( "MultiByteToWideChar: ERROR, gle = %ld, %s\n", GetLastError(), target ); } dw = SetupDecompressOrCopyFileW ( unicodeFileLocation, unicodeTargetLocation, NULL ); if ( dw ) { Msg ( "ERROR SetupDecompressOrCopyFile, dw = %d, fileDstPath=%s, target=%s\n", dw, fileDstPath, target ); bNoError = FALSE; goto cleanup0; } else { Msg ( "SetupDecompressOrCopyFile: %s >> %s [OK]\n", fileDstPath, target ); } // Put the Source and Destination paths and filenames back together // now so we can do the file compare. // strcat ( fileSrcPath, "\\" ); strcat ( fileSrcPath, unCompressedFileName ); sprintf ( fileDstPath, "%s\\%s", szExpandToDir, unCompressedFileName ); } SrcFileHandle = CreateFile ( fileSrcPath, GENERIC_READ /*| FILE_EXECUTE*/, FILE_SHARE_READ /*| FILE_SHARE_DELETE*/, NULL, OPEN_EXISTING, FILE_ATTRIBUTE_NORMAL | FILE_FLAG_NO_BUFFERING, NULL); if ( SrcFileHandle == INVALID_HANDLE_VALUE) { Msg ( "ERROR verify: Couldn't open source: %s, gle = %ld\n", fileSrcPath, GetLastError() ); bNoError = FALSE; goto cleanup0; } DstFileHandle = CreateFile ( fileDstPath, GENERIC_READ /*| FILE_EXECUTE*/, FILE_SHARE_READ /*| FILE_SHARE_DELETE*/, NULL, OPEN_EXISTING, FILE_ATTRIBUTE_NORMAL | FILE_FLAG_NO_BUFFERING, NULL); if ( DstFileHandle == INVALID_HANDLE_VALUE) { Msg ( "ERROR verify: Couldn't open destination: %s, gle = %ld\n", fileDstPath, GetLastError() ); bNoError = FALSE; CloseHandle ( SrcFileHandle ); goto cleanup0; } //GetDiskFreeSpace(); // get sector size. // need to use this sector size in reads due to above NO_BUFFERING flag. b = GetFileInformationByHandle ( SrcFileHandle, &srcFileInformation ); if ( !b ) { Msg ( "ERROR: GetFileInformationByHandle on src, gle = %ld\n", GetLastError() ); bNoError = FALSE; srcFileInformation.nFileSizeLow = 0; goto cleanup1; } b = GetFileInformationByHandle ( DstFileHandle, &dstFileInformation ); if ( !b ) { Msg ( "ERROR: GetFileInformationByHandle on dst, gle = %ld\n", GetLastError() ); bNoError = FALSE; dstFileInformation.nFileSizeLow = 0; goto cleanup1; } // Make sure the files are the same size. // if ( srcFileInformation.nFileSizeLow != dstFileInformation.nFileSizeLow ) { Msg ( "ERROR: file size different: %s %ld %s %ld\n", fileSrcPath, srcFileInformation.nFileSizeLow, fileDstPath, dstFileInformation.nFileSizeLow ); bNoError = FALSE; goto cleanup1; } // Compare the bits. // totalBytesRead = 0; while ( 1 ) { b = ReadFile ( SrcFileHandle, &srcBuf, NUM_BYTES_TO_READ, &srcBytesRead, NULL ); if ( !b ) { Msg ( "ERROR: ReadFile src, gle = %ld\n", GetLastError() ); bNoError = FALSE; goto cleanup1; break; } b = ReadFile ( DstFileHandle, &dstBuf, NUM_BYTES_TO_READ, &dstBytesRead, NULL ); if ( !b ) { Msg ( "ERROR: ReadFile dst, gle = %ld\n", GetLastError() ); bNoError = FALSE; goto cleanup1; break; } // Read # of bytes need to be the same. // if ( srcBytesRead != dstBytesRead ) { Msg ( "ERROR: file read sizes different: %ld vs. %ld\n", srcBytesRead, dstBytesRead ); bNoError = FALSE; goto cleanup1; break; } // Successfully read to end of file, we can break out now. // if ( srcBytesRead == 0 || dstBytesRead == 0 ) { if ( totalBytesRead != srcFileInformation.nFileSizeLow ) { Msg ( "ERROR: totalBytesRead = %ld notequal srcFileInformation.nFileSizeLow = %ld\n", totalBytesRead, srcFileInformation.nFileSizeLow ); bNoError = FALSE; goto cleanup1; } break; } totalBytesRead += srcBytesRead; for ( i = 0; i < srcBytesRead; ++i ) { if ( srcBuf[i] != dstBuf[i] ) { Msg ( "ERROR: srcBuf %d != dstBuf %d, i = %ld srcBytesRead = %ld totalBytesRead = %ld %s %s \n", srcBuf[i], dstBuf[i], i, srcBytesRead, totalBytesRead, fileSrcPath, fileDstPath ); bNoError = FALSE; Replay ( srcBuf, dstBuf, srcBytesRead, i ); goto cleanup1; } } //Msg ( "%s %ld of %ld examined...\n", fileSrcPath, totalBytesRead, srcFileInformation.nFileSizeLow ); } // Close the file handles. // cleanup1:; CloseHandle ( SrcFileHandle ); CloseHandle ( DstFileHandle ); Msg ( "Verify: %s >>> %s [OK]\n", fileSrcPath, fileDstPath ); cleanup0:; // If the file is compressed, ie. expanded, and the there wasn't an error // comparing, get rid of the expanded file so it doesn't take up any space. // But, if there was an error, leave it around for examination purposes. // if ( bIsDstCompressed && bNoError ) { char szDeleteFile[MFL]; BOOL b; sprintf ( szDeleteFile, "%s\\%s", szExpandToDir, unCompressedFileName ); b = DeleteFile ( szDeleteFile ); if ( !b ) { Msg ( "ERROR: DeleteFile FAILED %s, gle = %ld\n", szDeleteFile, GetLastError() ); } } } return (TRUE); } #define FILE_SECTION_BASE "[SourceDisksFiles]" #define FILE_SECTION_X86 "[SourceDisksFiles.x86]" #define FILE_SECTION_ALPHA "[SourceDisksFiles.alpha]" #define FILE_SECTION_DBG_BASE "[DbgFiles]" #define FILE_SECTION_DBG_X86 "[DbgFiles.x86]" BOOL CreateDir ( char * wcPath, BOOL bMakeDbgDirs ) { BOOL b; char cPath[MFL]; char cPath2[MFL]; int iIndex = 0; char * ptr=wcPath; // Msg ( "CreateDir: wcPath = %s, bMakeDbgDirs = %d\n", wcPath, bMakeDbgDirs ); do { cPath[iIndex] = *wcPath; cPath[iIndex+1] = '\0'; //Msg ( "cPath = %s\n", cPath ); if ( cPath[iIndex] == '\\' || cPath[iIndex] == '\0' ) { if ( iIndex <= 2 ) { //Msg ( "skpdrv: iIndex = %d\n", iIndex ); goto skipdrv; } strcpy ( cPath2, cPath ); cPath2[iIndex] = '\0'; //Msg ( "Create with: >>>%s<<<\n", cPath2 ); b = CreateDirectory ( cPath, NULL ); if ( !b ) { DWORD dwGle; dwGle = GetLastError(); if ( dwGle != ERROR_ALREADY_EXISTS ) { Msg ( "ERROR CreateDirectory gle = %ld, wcPath = %s\n", dwGle, ptr ); return(FALSE); } } else { Msg ( "Made dir: %s\n", cPath ); } if ( cPath[iIndex] == '\0' ) { break; } } skipdrv:; ++iIndex; ++wcPath; } while ( 1 ); if ( bMakeDbgDirs ) { int i; for ( i = 0; i < NUM_EXTS; ++i ) { sprintf ( cPath2, "%s\\%s", cPath, cExtra[i] ); // Msg ( "bMakeDbgDirs to: %s\n", cPath2 ); b = CreateDirectory ( cPath2, NULL ); if ( !b ) { DWORD dwGle; dwGle = GetLastError(); if ( dwGle != ERROR_ALREADY_EXISTS ) { Msg ( "ERROR CreateDirectory gle = %ld, cPath = %s\n", dwGle, cPath ); return(FALSE); } } else { Msg ( "Made dir: %s\n", cPath ); } } } return(TRUE); } BOOL CreateDestinationDirs ( void ) { CHAR dstDirectory[MFL]; // Create the directories to compare the bits, used later in MyCopyFile(). // CreateDir ( V_WRK_I386, FALSE ); CreateDir ( V_WRK_ALPHA, FALSE ); CreateDir ( V_SRV_I386, FALSE ); CreateDir ( V_SRV_ALPHA, FALSE ); // Create the Workstation %platform%\system32 directories. // sprintf ( dstDirectory, "%s%s", szWorkDstDrv, I386_DIR ); CreateDir ( dstDirectory,FALSE ); sprintf ( dstDirectory, "%s%s", szWorkDstDrv, ALPHA_DIR ); CreateDir ( dstDirectory,FALSE ); // Create the Workstation \support\debug\%platform%\symbols\%ext% directories. // sprintf ( dstDirectory, "%s%s", szWorkDstDrv, I386_DBG ); CreateDir ( dstDirectory,TRUE ); sprintf ( dstDirectory, "%s%s", szWorkDstDrv, ALPHA_DBG ); CreateDir ( dstDirectory,TRUE ); // Create the Server %platform% directories. // sprintf ( dstDirectory, "%s%s", szServDstDrv, I386_DIR ); CreateDir ( dstDirectory,FALSE ); sprintf ( dstDirectory, "%s%s", szServDstDrv, ALPHA_DIR ); CreateDir ( dstDirectory,FALSE ); // Create the Server \support\debug\%platform%\symbols\%ext% directories. // sprintf ( dstDirectory, "%s%s", szServDstDrv, I386_DBG ); CreateDir ( dstDirectory,TRUE ); sprintf ( dstDirectory, "%s%s", szServDstDrv, ALPHA_DBG ); CreateDir ( dstDirectory,TRUE ); // Create the Server %platform%\netmon directories - this is ONLY required on Server. // sprintf ( dstDirectory, "%s%s%s", szServDstDrv, I386_DIR_RAW, NETMON ); CreateDir ( dstDirectory,FALSE ); sprintf ( dstDirectory, "%s%s%s", szServDstDrv, ALPHA_DIR_RAW, NETMON ); CreateDir ( dstDirectory,FALSE ); // Create the Server \clients\srvtools\winnt\%platform% directories. // sprintf ( dstDirectory, "%s%s", szServDstDrv, I386_SRV_WINNT ); CreateDir ( dstDirectory,FALSE ); sprintf ( dstDirectory, "%s%s", szServDstDrv, ALPHA_SRV_WINNT ); CreateDir ( dstDirectory,FALSE ); return(TRUE); } DWORD CopyDbgFiles ( void ) { char fileSrcPath[MFL]; char fileDstPath[MFL]; DWORD i; for ( i = 0; i < X86Dbg.wNumFiles; ++i ) { sprintf ( fileSrcPath, "%s\\%s\\%s", szX86Dbg, X86Dbg.wcSubPath[i], X86Dbg.wcFilesArray[i] ); sprintf ( fileDstPath, "%s\\support\\debug\\i386\\%s", szWorkDstDrv, X86Dbg.wcFilesArray[i] ); MyCopyFile ( fileSrcPath, fileDstPath ); if ( bChecked ) { // Don't make a Serv checked build. continue; } sprintf ( fileDstPath, "%s\\support\\debug\\i386\\%s", szServDstDrv, X86Dbg.wcFilesArray[i] ); MyCopyFile ( fileSrcPath, fileDstPath ); } for ( i = 0; i < AlphaDbg.wNumFiles; ++i ) { sprintf ( fileSrcPath, "%s\\%s\\%s", szAlphaDbg, AlphaDbg.wcSubPath[i], AlphaDbg.wcFilesArray[i] ); sprintf ( fileDstPath, "%s\\support\\debug\\Alpha\\%s", szWorkDstDrv, AlphaDbg.wcFilesArray[i] ); MyCopyFile ( fileSrcPath, fileDstPath ); if ( bChecked ) { // Don't make a Serv checked build. continue; } sprintf ( fileDstPath, "%s\\support\\debug\\Alpha\\%s", szServDstDrv, AlphaDbg.wcFilesArray[i] ); MyCopyFile ( fileSrcPath, fileDstPath ); } return(TRUE); } VOID MakeCompName ( const char * inFile, char * outFile ) { unsigned i; unsigned period; strcpy( outFile, inFile ); for ( period=(unsigned)(-1), i = 0 ; i < strlen(inFile); i++ ) { if ( inFile[i] == '.' ) { period = i; } } if ( period == (strlen(inFile)-4) ) { outFile[strlen(outFile)-1] = '_'; } else if ( period == (unsigned)(-1)) { strcat ( outFile, "._"); } else { strcat ( outFile, "_"); } } VOID MakeDbgName( LPCSTR pszSourceName, LPSTR pszTargetName ) { // // Converts "filename.ext" into "ext\filename.dbg". // const char *p = strchr( pszSourceName, '.' ); if ( p != NULL ) { strcpy( pszTargetName, p + 1 ); // old extension strcat( pszTargetName, "\\" ); // path separator strcat( pszTargetName, pszSourceName ); // base name strcpy( strchr( pszTargetName, '.' ), ".dbg" ); // new extension } else { strcpy( pszTargetName, pszSourceName ); } } DWORD CopyX86Workstation ( void ) { char fileSrcPath[256]; char fileDstPath[256]; DWORD i; fX86Wrk = FALSE; for ( i = 0; i < i386Workstation.wNumFiles; ++i ) { // Copy the system file. // if ( i386Workstation.bCopyComp[i] ) { char szCompressedName[256]; MakeCompName ( i386Workstation.wcFilesArray[i], szCompressedName ); sprintf ( fileSrcPath, "%s\\%s", szCompX86Src, szCompressedName ); sprintf ( fileDstPath, "%s\\i386\\%s", szWorkDstDrv, szCompressedName ); Msg ( "compressed source Path = %s\n", fileSrcPath ); } else { sprintf ( fileSrcPath, "%s\\%s", szWrkX86Src, i386Workstation.wcFilesArray[i] ); sprintf ( fileDstPath, "%s\\i386\\%s", szWorkDstDrv, i386Workstation.wcFilesArray[i] ); } MyCopyFile ( fileSrcPath, fileDstPath ); // Copy the dbg file, if needed. // if ( i386Workstation.bCopyDbg[i] ) { char szDbgName[256]; MakeDbgName ( i386Workstation.wcFilesArray[i], szDbgName ); sprintf ( fileSrcPath, "%s\\%s", szX86DbgSource, szDbgName ); sprintf ( fileDstPath, "%s\\support\\debug\\i386\\symbols\\%s", szWorkDstDrv, szDbgName ); MyCopyFile ( fileSrcPath, fileDstPath ); } } fX86Wrk = TRUE; return (TRUE); } DWORD CopyAlphaWorkstation ( void ) { CHAR fileSrcPath[256]; CHAR fileDstPath[256]; DWORD i; fAlphaWrk = FALSE; for ( i = 0; i < AlphaWorkstation.wNumFiles; ++i ) { // Copy the system file. // if ( AlphaWorkstation.bCopyComp[i] ) { char szCompressedName[256]; MakeCompName ( AlphaWorkstation.wcFilesArray[i], szCompressedName ); sprintf ( fileSrcPath, "%s\\%s", szCompAlphaSrc, szCompressedName ); sprintf ( fileDstPath, "%s\\alpha\\%s", szWorkDstDrv, szCompressedName ); } else { sprintf ( fileSrcPath, "%s\\%s", szWrkAlphaSrc, AlphaWorkstation.wcFilesArray[i] ); sprintf ( fileDstPath, "%s\\alpha\\%s", szWorkDstDrv, AlphaWorkstation.wcFilesArray[i] ); } MyCopyFile ( fileSrcPath, fileDstPath ); // Copy the dbg file, if needed. // if ( AlphaWorkstation.bCopyDbg[i] ) { char szDbgName[256]; MakeDbgName ( AlphaWorkstation.wcFilesArray[i], szDbgName ); sprintf ( fileSrcPath, "%s\\%s", szAlphaDbgSource, szDbgName ); sprintf ( fileDstPath, "%s\\support\\debug\\alpha\\symbols\\%s", szWorkDstDrv, szDbgName ); MyCopyFile ( fileSrcPath, fileDstPath ); } } fAlphaWrk = TRUE; return (TRUE); } #define INF_SUFFIX ".inf" #define SRV_INF "srv_inf" BOOL SrvInfTest ( char * file ) { if ( strstr ( file, INF_SUFFIX ) != NULL && _stricmp ( file, "MODEM.INF" ) != 0 && // these N Inf files are not built in _stricmp ( file, "PAD.INF" ) != 0 && // setup\inf\... _stricmp ( file, "SETUP16.INF" ) != 0 && // and won't be found in the Server INF location _stricmp ( file, "XPORTS.INF" ) != 0 && _stricmp ( file, "SWITCH.INF" ) != 0 && _stricmp ( file, "MAPISVC.INF" ) != 0 && _stricmp ( file, "IE.INF" ) != 0 && _stricmp ( file, "INETFIND.INF" ) != 0 && _stricmp ( file, "MONITOR1.INF" ) != 0 && _stricmp ( file, "MONITOR2.INF" ) != 0 && _stricmp ( file, "MONITOR3.INF" ) != 0 && _stricmp ( file, "MONITOR4.INF" ) != 0 && _stricmp ( file, "MONITOR6.INF" ) != 0 && _stricmp ( file, "MSTASK.INF" ) != 0 && _stricmp ( file, "SBPNP.INF" ) != 0 && _stricmp ( file, "AMOVIE.INF" ) != 0 && _stricmp ( file, "ICWNT5.INF" ) != 0 && _stricmp ( file, "HMMNT5.INF" ) != 0 && _stricmp ( file, "NT5JAVA.INF" ) != 0 && _stricmp ( file, "ROUTING.INF" ) != 0 && _strnicmp ( file, "MDM", 3 ) != 0 // for all those MDM*.INF modem inf files ) { return (TRUE); // use SERVER INF dump location path. } else { return (FALSE); // use WORKSTATION INF dump location path, // such as for INFs that don't have a distinction // between Workstation and Server. } } DWORD CopyX86Server ( void ) { CHAR fileSrcPath[256]; CHAR fileDstPath[256]; DWORD i; fX86Srv = FALSE; for ( i = 0; i < i386Server.wNumFiles; ++i ) { // Copy the system file. // if ( i386Server.bCopyComp[i] ) { char szCompressedName[256]; MakeCompName ( i386Server.wcFilesArray[i], szCompressedName ); sprintf ( fileSrcPath, "%s\\%s", szCompX86Src, szCompressedName ); sprintf ( fileDstPath, "%s\\i386\\%s", szServDstDrv, szCompressedName ); if ( SrvInfTest ( i386Server.wcFilesArray[i] ) ) { sprintf ( fileSrcPath, "%s\\%s\\%s", szCompX86Src, SRV_INF, szCompressedName ); Msg ( "Server INF special src path: %s\n", fileSrcPath ); } } else { sprintf ( fileSrcPath, "%s\\%s", szSrvX86Src, i386Server.wcFilesArray[i] ); sprintf ( fileDstPath, "%s\\i386\\%s", szServDstDrv, i386Server.wcFilesArray[i] ); } MyCopyFile ( fileSrcPath, fileDstPath ); // Copy the dbg file, if needed. // if ( i386Server.bCopyDbg[i] ) { char szDbgName[256]; MakeDbgName ( i386Server.wcFilesArray[i], szDbgName ); sprintf ( fileSrcPath, "%s\\%s", szX86DbgSource, szDbgName ); sprintf ( fileDstPath, "%s\\support\\debug\\i386\\symbols\\%s", szServDstDrv, szDbgName ); MyCopyFile ( fileSrcPath, fileDstPath ); } } fX86Srv = TRUE; return (TRUE); } DWORD CopyAlphaServer ( void ) { CHAR fileSrcPath[256]; CHAR fileDstPath[256]; DWORD i; fAlphaSrv = FALSE; for ( i = 0; i < AlphaServer.wNumFiles; ++i ) { // Copy the system file. // if ( AlphaServer.bCopyComp[i] ) { char szCompressedName[256]; MakeCompName ( AlphaServer.wcFilesArray[i], szCompressedName ); sprintf ( fileSrcPath, "%s\\%s", szCompAlphaSrc, szCompressedName ); sprintf ( fileDstPath, "%s\\alpha\\%s", szServDstDrv, szCompressedName ); if ( SrvInfTest ( AlphaServer.wcFilesArray[i] ) ) { sprintf ( fileSrcPath, "%s\\%s\\%s", szCompAlphaSrc, SRV_INF, szCompressedName ); Msg ( "Server INF special src path: %s\n", fileSrcPath ); } } else { sprintf ( fileSrcPath, "%s\\%s", szSrvAlphaSrc, AlphaServer.wcFilesArray[i] ); sprintf ( fileDstPath, "%s\\alpha\\%s", szServDstDrv, AlphaServer.wcFilesArray[i] ); } MyCopyFile ( fileSrcPath, fileDstPath ); // Copy the dbg file, if needed. // if ( AlphaServer.bCopyDbg[i] ) { char szDbgName[256]; MakeDbgName ( AlphaServer.wcFilesArray[i], szDbgName ); sprintf ( fileSrcPath, "%s\\%s", szAlphaDbgSource, szDbgName ); sprintf ( fileDstPath, "%s\\support\\debug\\alpha\\symbols\\%s", szServDstDrv, szDbgName ); MyCopyFile ( fileSrcPath, fileDstPath ); } } fAlphaSrv = TRUE; return (TRUE); } BOOL CopyTheFiles ( void ) { DWORD tId; HANDLE hThread; /*** if ( bVerifyBits ) { // Don't multithread. // CopyX86Workstation (); CopyX86Server (); CopyAlphaWorkstation (); CopyAlphaServer (); return (TRUE); } ***/ hThread = CreateThread ( NULL, 0, (LPTHREAD_START_ROUTINE) CopyX86Workstation, NULL, 0, &tId ); if ( hThread == NULL ) { Msg ( "x86w CreateThread ERROR gle = %ld\n", GetLastError() ); } hThread = CreateThread ( NULL, 0, (LPTHREAD_START_ROUTINE) CopyX86Server, NULL, 0, &tId ); if ( hThread == NULL ) { Msg ( "x86s CreateThread ERROR gle = %ld\n", GetLastError() ); } hThread = CreateThread ( NULL, 0, (LPTHREAD_START_ROUTINE) CopyAlphaWorkstation, NULL, 0, &tId ); if ( hThread == NULL ) { Msg ( "alphaw CreateThread ERROR gle = %ld\n", GetLastError() ); } hThread = CreateThread ( NULL, 0, (LPTHREAD_START_ROUTINE) CopyAlphaServer, NULL, 0, &tId ); if ( hThread == NULL ) { Msg ( "alphas CreateThread ERROR gle = %ld\n", GetLastError() ); } // Copy the debugger files in the current thread. // CopyDbgFiles (); while ( fX86Wrk == FALSE || fX86Srv == FALSE || fAlphaWrk == FALSE || fAlphaSrv == FALSE ) { Sleep ( 1000 ); } return(TRUE); } #define FILE_SECTION_NOT_USED 0xFFFF DWORD dwInsideSection = FILE_SECTION_NOT_USED; DWORD FigureSection ( char * Line ) { Msg ( "FigureSection on: %s\n", Line ); if ( strstr ( Line, FILE_SECTION_BASE ) ) { dwInsideSection = idBase; } else if ( strstr ( Line, FILE_SECTION_X86 ) ) { dwInsideSection = idX86; } else if ( strstr ( Line, FILE_SECTION_ALPHA ) ) { dwInsideSection = idALPHA; } else if ( strstr ( Line, FILE_SECTION_DBG_BASE ) ) { dwInsideSection = idBaseDbg; } else if ( strstr ( Line, FILE_SECTION_DBG_X86 ) ) { dwInsideSection = idX86Dbg; } else { dwInsideSection = FILE_SECTION_NOT_USED; } Msg ( "dwInsideSection = %x\n", dwInsideSection ); return(dwInsideSection); } char * SuckName ( const char * Line ) { static char szSuckedName[MFL]; DWORD dwIndex = 0; // Copy the file name until a space is encountered. // while ( *Line != ' ' ) { szSuckedName[dwIndex] = *Line; szSuckedName[dwIndex+1] = '\0'; ++Line; ++dwIndex; } return szSuckedName; } char * SuckSubName ( const char * Line ) { static char szSub[150]; DWORD i = 0; char * sPtr; char * ePtr; Msg ( "SuckSubName Line = %s\n", Line ); // Find the = sign in the line. // sPtr = strchr ( Line, '=' ); if ( sPtr == NULL ) { Msg ( "SuckSubName ERROR, couldn't find '=' character in string: %s\n", Line ); strcpy ( szSub, "" ); return (szSub); } // Go past the '=' and 'space' character. // ++sPtr; ++sPtr; //Msg ( "sPtr = >>>%s<<<\n", sPtr ); // Find the , character, this is the end of the string. // ePtr = strchr ( Line, ',' ); if ( ePtr == NULL ) { Msg ( "SuckSubName ERROR, couldn't find ',' character in string: %s\n", Line ); strcpy ( szSub, "" ); return (szSub); } // Copy the string. do { szSub[i] = *sPtr; ++i; ++sPtr; } while ( sPtr < ePtr ); szSub[i] = '\0'; //Msg ( "szSub = >>>%s<<<\n\n", szSub ); return szSub; } void ShowX86Work ( void ) { int i; for ( i = 0; i < i386Workstation.wNumFiles; ++i ) { Msg ( "%d %s Comp=%d Dbg=%d\n", i, i386Workstation.wcFilesArray[i], i386Workstation.bCopyComp[i], i386Workstation.bCopyDbg[i] ); } } void AddFileToX86Work ( const char * Line, BOOL bCopyComp, BOOL bCopyDbg ) { i386Workstation.bCopyComp[i386Workstation.wNumFiles] = bCopyComp; i386Workstation.bCopyDbg[i386Workstation.wNumFiles] = bCopyDbg; i386Workstation.bCountBytes[i386Workstation.wNumFiles] = bGetSizeLater; strcpy ( i386Workstation.wcFilesArray[i386Workstation.wNumFiles], SuckName (Line) ); ++i386Workstation.wNumFiles; } void AddFileToX86Serv ( const char * Line, BOOL bCopyComp, BOOL bCopyDbg ) { if ( bChecked ) { // Don't make a Serv checked build. return; } i386Server.bCopyComp[i386Server.wNumFiles] = bCopyComp; i386Server.bCopyDbg[i386Server.wNumFiles] = bCopyDbg; i386Server.bCountBytes[i386Server.wNumFiles] = bGetSizeLater; strcpy ( i386Server.wcFilesArray[i386Server.wNumFiles], SuckName (Line) ); ++i386Server.wNumFiles; } void AddFileToAlphaWork ( const char * Line, BOOL bCopyComp, BOOL bCopyDbg ) { AlphaWorkstation.bCopyComp[AlphaWorkstation.wNumFiles] = bCopyComp; AlphaWorkstation.bCopyDbg[AlphaWorkstation.wNumFiles] = bCopyDbg; AlphaWorkstation.bCountBytes[AlphaWorkstation.wNumFiles] = bGetSizeLater; strcpy ( AlphaWorkstation.wcFilesArray[AlphaWorkstation.wNumFiles], SuckName (Line) ); ++AlphaWorkstation.wNumFiles; } void AddFileToAlphaServ ( const char * Line, BOOL bCopyComp, BOOL bCopyDbg ) { if ( bChecked ) { // Don't make a Serv checked build. return; } AlphaServer.bCopyComp[AlphaServer.wNumFiles] = bCopyComp; AlphaServer.bCopyDbg[AlphaServer.wNumFiles] = bCopyDbg; AlphaServer.bCountBytes[AlphaServer.wNumFiles] = bGetSizeLater; strcpy ( AlphaServer.wcFilesArray[AlphaServer.wNumFiles], SuckName (Line) ); ++AlphaServer.wNumFiles; } void AddFileToX86Dbg ( const char * Line ) { strcpy ( X86Dbg.wcFilesArray [X86Dbg.wNumFiles], SuckName (Line) ); strcpy ( X86Dbg.wcSubPath [X86Dbg.wNumFiles], SuckSubName (Line) ); ++X86Dbg.wNumFiles; } void AddFileToAlphaDbg ( const char * Line ) { strcpy ( AlphaDbg.wcFilesArray [AlphaDbg.wNumFiles], SuckName (Line) ); strcpy ( AlphaDbg.wcSubPath [AlphaDbg.wNumFiles], SuckSubName (Line) ); ++AlphaDbg.wNumFiles; } BOOL CopyCompressedFile ( const char * Line ) { const char * Ptr = Line; DWORD i = 0; #define COMP_FIELD 6 while ( *Line != '\0' ) { // If we are at the correct field, // then stop counting fields. // if ( i == COMP_FIELD ) { break; } // Found another field, increment our counter. // if ( *Line == ',' ) { ++i; } // Look at next char. // ++Line; } // If we are at the correct # of fields and the // next char isn't a ',', we should keep this file // uncompressed. // if ( i == COMP_FIELD && *Line != ',' ) { Msg ( "don't compress this file =%c, %s", *Line, Ptr ); return ( FALSE ); } //Msg ( "CopyCompressedFile TRUE=%s\n", Ptr ); return ( TRUE ); } BOOL ImageChk( CHAR * ImageName ) { HANDLE File; HANDLE MemMap; PIMAGE_DOS_HEADER DosHeader; PIMAGE_NT_HEADERS NtHeader; //NTSTATUS Status; BY_HANDLE_FILE_INFORMATION FileInfo; ULONG NumberOfPtes; ULONG SectionVirtualSize; ULONG i; PIMAGE_SECTION_HEADER SectionTableEntry; ULONG SectorOffset; ULONG NumberOfSubsections; PCHAR ExtendedHeader = NULL; ULONG PreferredImageBase; ULONG NextVa; ULONG ImageFileSize; ULONG OffsetToSectionTable; ULONG ImageAlignment; ULONG PtesInSubsection; ULONG StartingSector; ULONG EndingSector; //LPSTR ImageName; BOOL ImageOk; Msg ( "ImageName = %s\n", ImageName ); DosHeader = NULL; ImageOk = TRUE; File = CreateFile (ImageName, GENERIC_READ | FILE_EXECUTE, FILE_SHARE_READ /*| FILE_SHARE_DELETE*/, NULL, OPEN_EXISTING, FILE_ATTRIBUTE_NORMAL, NULL); if (File == INVALID_HANDLE_VALUE) { // HACK: Since the release shares put WINNT32.EXE and WINNT32.HLP in the // WINNT32 directory // instead of leaving it in the flat root, verify that if the ImageName // contains WINNT32, so we look in the WINNT32 dir also before error'ing out. // if ( strstr ( ImageName, "WINNT32.EXE" ) || strstr ( ImageName, "winnt32a.dll" ) || strstr ( ImageName, "winnt32u.dll" ) || strstr ( ImageName, "WINNT32A.DLL" ) || strstr ( ImageName, "WINNT32U.DLL" ) || strstr ( ImageName, "winnt32.exe" ) ) { char tmpSrcPath[MFL]; strcpy ( tmpSrcPath, ImageName ); //Msg ( "ImageName = %s, tmpSrcPath = %s\n", ImageName, tmpSrcPath ); if ( strstr ( tmpSrcPath, "a.dll" ) || strstr ( tmpSrcPath, "A.DLL" ) ) { strcpy ( &tmpSrcPath[ strlen(tmpSrcPath) - 5 ], "\\WINNT32a.dll" ); } else if ( strstr ( tmpSrcPath, "u.dll" ) || strstr ( tmpSrcPath, "U.DLL" ) ) { strcpy ( &tmpSrcPath[ strlen(tmpSrcPath) - 5 ], "\\WINNT32u.dll" ); } else { strcpy ( &tmpSrcPath[ strlen(tmpSrcPath) - 4 ], "\\WINNT32.EXE" ); } File = CreateFile (tmpSrcPath, GENERIC_READ | FILE_EXECUTE, FILE_SHARE_READ /*| FILE_SHARE_DELETE*/, NULL, OPEN_EXISTING, FILE_ATTRIBUTE_NORMAL, NULL); if (File == INVALID_HANDLE_VALUE) { Msg ( "ERROR on ImageName(tmpSrcPath) = %s, gle = %ld\n", tmpSrcPath, GetLastError() ); return (FALSE); } } else { Msg ( "ERROR, CreateFile(%s) gle = %ld\n", ImageName, GetLastError()); return (FALSE); } } MemMap = CreateFileMapping (File, NULL, // default security. PAGE_READONLY, // file protection. 0, // high-order file size. 0, NULL); if (!GetFileInformationByHandle(File, &FileInfo)) { Msg ("ERROR, GetFileInfo() %d, %s\n", GetLastError(), ImageName ); CloseHandle(File); return (FALSE); } DosHeader = (PIMAGE_DOS_HEADER) MapViewOfFile(MemMap, FILE_MAP_READ, 0, // high 0, // low 0 // whole file ); CloseHandle(MemMap); if (!DosHeader) { Msg ("ERROR, MapViewOfFile() %d\n", GetLastError()); ImageOk = FALSE; goto NextImage; } try { // // Check to determine if this is an NT image (PE format) or // a DOS image, Win-16 image, or OS/2 image. If the image is // not NT format, return an error indicating which image it // appears to be. // if (DosHeader->e_magic != IMAGE_DOS_SIGNATURE) { Msg ( "Warning: MZ header not found, %s\n", ImageName ); ImageOk = FALSE; goto NeImage; } NtHeader = (PIMAGE_NT_HEADERS)((ULONG)DosHeader + (ULONG)DosHeader->e_lfanew); if (NtHeader->Signature != IMAGE_NT_SIGNATURE) { //if not PE image Msg ("Warning: Non 32-bit image, %s\n", ImageName); ImageOk = FALSE; goto NeImage; } /***** // // Check to see if this is an NT image or a DOS or OS/2 image. // Status = MiVerifyImageHeader (NtHeader, DosHeader, 50000); if (Status != STATUS_SUCCESS) { ImageOk = FALSE; //continue checking the image but don't print "OK" } *****/ // // Verify machine type. // if (!((NtHeader->FileHeader.Machine != IMAGE_FILE_MACHINE_I386) || (NtHeader->FileHeader.Machine != IMAGE_FILE_MACHINE_R3000) || (NtHeader->FileHeader.Machine != IMAGE_FILE_MACHINE_R4000) || (NtHeader->FileHeader.Machine != IMAGE_FILE_MACHINE_R10000) || (NtHeader->FileHeader.Machine != IMAGE_FILE_MACHINE_ALPHA))) { Msg ( "ERROR Unrecognized machine type x%lx\n", NtHeader->FileHeader.Machine); ImageOk = FALSE; } } except ( EXCEPTION_EXECUTE_HANDLER ) { Msg ( "Warning, try/except handler, %s\n", ImageName ); ImageOk = FALSE; } NextImage: NeImage: if ( File != INVALID_HANDLE_VALUE ) { CloseHandle(File); } if ( DosHeader ) { UnmapViewOfFile(DosHeader); } return (ImageOk); } BOOL CopyDbgFile ( const char * Line, DWORD dwInsideSection ) { char szPath[MFL]; char szFile[20]; BOOL b; LONG lType; // Verify that this file name contains one of the extensions // that we need files for debugging. // sprintf ( szFile, "%s", SuckName ( Line ) ); if ( strstr ( szFile, ".acm" ) == NULL && strstr ( szFile, ".com" ) == NULL && strstr ( szFile, ".cpl" ) == NULL && strstr ( szFile, ".dll" ) == NULL && strstr ( szFile, ".drv" ) == NULL && strstr ( szFile, ".exe" ) == NULL && strstr ( szFile, ".scr" ) == NULL && strstr ( szFile, ".sys" ) == NULL ) { return (FALSE); } // Determine which release share to look at. // switch ( dwInsideSection ) { case idBase : case idX86 : sprintf ( szPath, "%s\\%s", szWrkX86Src, szFile ); break; case idALPHA : sprintf ( szPath, "%s\\%s", szWrkAlphaSrc, szFile ); break; case idBaseDbg : case idX86Dbg : return (FALSE); default : Msg ( "ERROR: CopyDbgFile, unknown switch value = %ld\n", dwInsideSection ); return (FALSE); break; } // Since we are loading in each INF now, let's optimize this code, ie. if we have // deemed the file to get it's debug file, don't do another ImageChk since it is // unneccessary. { int i; for ( i = 0; i < i386Workstation.wNumFiles; ++i ) { if ( _stricmp ( i386Workstation.wcFilesArray[i], szFile ) == 0 ) { //Msg ( ">>> files have same name for .dbg : %s %s\n", // i386Workstation.wcFilesArray[i], szFile ); return TRUE; } } } // Look at the binary type. If it is a Win32 binary, pick it up. // b = ImageChk ( szPath ); return ( b ); } #define X86_WRK 0 #define X86_SRV 1 #define ALPHA_WRK 2 #define ALPHA_SRV 3 #define DBGS_AND_NON_INSTALLED 4 BOOL GetTheFiles ( char * LayoutInfPath, char * layoutFile, int AddToList ) { CHAR infFilePath[MFL]; DWORD dwErrorLine; BOOL b; char dstDirectory[MFL]; FILE * fHandle; char Line[MFL]; // Open the inx file for processing. // sprintf ( infFilePath, "%s\\%s", LayoutInfPath, layoutFile ); Msg ( "infFilePath = %s\n", infFilePath ); fHandle = fopen ( infFilePath, "rt" ); if ( fHandle ) { Msg ( "dwInsideSection = %x\n", dwInsideSection ); while ( fgets ( Line, sizeof(Line), fHandle ) ) { int i; BOOL bCopyComp = FALSE; // flag to tell if file shall be copied in its compressed format. BOOL bCopyDbg = FALSE; // flag to tell if copying the file's .dbg file. // Msg ( "Line: %s\n", Line ); if ( Line[0] == '[' ) { // We may have a new section. // dwInsideSection = FigureSection ( Line ); continue; } // Reasons to ignore this line from further processing. // // // File section not one we process. // if ( dwInsideSection == FILE_SECTION_NOT_USED ) { continue; } // Line just contains a non-usefull short string. // i = strlen ( Line ); if ( i < 4 ) { continue; } // Line contains just a comment. // if ( Line[0] == ';' ) { continue; } // Determine if we should copy the compressed // version of the file and if we should copy the .dbg file. // bCopyComp = CopyCompressedFile ( Line ); bCopyDbg = CopyDbgFile ( Line, dwInsideSection ); //Msg ( "file == %s\n", SuckName ( Line ) ); switch ( AddToList ) { case X86_WRK : if ( dwInsideSection == idBase || dwInsideSection == idX86 ) { AddFileToX86Work ( Line, bCopyComp, bCopyDbg ); } break; case X86_SRV : if ( dwInsideSection == idBase || dwInsideSection == idX86 ) { AddFileToX86Serv ( Line, bCopyComp, bCopyDbg ); } break; case ALPHA_WRK : if ( dwInsideSection == idBase || dwInsideSection == idALPHA ) { AddFileToAlphaWork ( Line, bCopyComp, bCopyDbg ); } break; case ALPHA_SRV : if ( dwInsideSection == idBase || dwInsideSection == idALPHA ) { AddFileToAlphaServ ( Line, bCopyComp, bCopyDbg ); } break; case DBGS_AND_NON_INSTALLED : if ( dwInsideSection == idBase ) { AddFileToX86Work ( Line, bCopyComp, bCopyDbg ); AddFileToX86Serv ( Line, bCopyComp, bCopyDbg ); AddFileToAlphaWork ( Line, bCopyComp, bCopyDbg ); AddFileToAlphaServ ( Line, bCopyComp, bCopyDbg ); break; } if ( dwInsideSection == idX86 ) { AddFileToX86Work ( Line, bCopyComp, bCopyDbg ); AddFileToX86Serv ( Line, bCopyComp, bCopyDbg ); break; } if ( dwInsideSection == idALPHA ) { AddFileToAlphaWork ( Line, bCopyComp, bCopyDbg ); AddFileToAlphaServ ( Line, bCopyComp, bCopyDbg ); break; } if ( dwInsideSection == idBaseDbg ) { AddFileToX86Dbg ( Line ); AddFileToAlphaDbg ( Line ); break; } if ( dwInsideSection == idX86Dbg ) { AddFileToX86Dbg ( Line ); break; } break; default : Msg ( "ERROR: AddToList = %d\n", AddToList ); } } if ( ferror(fHandle) ) { Msg ( "ERROR fgets reading from file...\n" ); } } else { Msg ( "fopen ERROR %s\n", infFilePath ); return (FALSE); } fclose ( fHandle ); return (TRUE); } void TallyInstalled ( char * szUncompPath, char * szCompPath, struct _tag * tagStruct, DWORD * numBytes, struct _ClusterSizes * localSrcBytes ) { int i; char szCompressedName[MFL]; char szPath[MFL]; *numBytes = 0; localSrcBytes->Kh1 = 0; localSrcBytes->K1 = 0; localSrcBytes->K2 = 0; localSrcBytes->K4 = 0; localSrcBytes->K8 = 0; localSrcBytes->K16 = 0; localSrcBytes->K32 = 0; localSrcBytes->K64 = 0; localSrcBytes->K128 = 0; localSrcBytes->K256 = 0; for ( i = 0; i < tagStruct->wNumFiles; ++i ) { WIN32_FIND_DATA wfd; HANDLE hFind; // Don't add in space requirements for files in media.inx, since // these files are NEVER installed. // if ( !tagStruct->bCountBytes[i] ) { Msg ( "Warning: not going to count bytes for: %s\n", tagStruct->wcFilesArray[i] ); continue; } // Calculate the minimum installed system space required. // // sprintf ( szPath, "%s\\%s", szUncompPath, tagStruct->wcFilesArray[i] ); hFind = FindFirstFile ( szPath, &wfd ); if ( hFind == INVALID_HANDLE_VALUE ) { if ( strstr ( szPath, "desktop.ini" ) || strstr ( szPath, "DESKTOP.INI" ) ) { // Build lab sometimes doesn't put the uncompressed // file on the release shares, say the file is 512 bytes. // #define MAX_SETUP_CLUSTER_SIZE 16*1024 *numBytes += ROUNDUP2 ( 512, MAX_SETUP_CLUSTER_SIZE ); } else if ( strstr ( szPath, "WINNT32.EXE" ) || strstr ( szPath, "winnt32.exe" ) || strstr ( szPath, "winnt32a.dll" ) || strstr ( szPath, "winnt32u.dll" ) || strstr ( szPath, "WINNT32A.DLL" ) || strstr ( szPath, "WINNT32U.DLL" ) || strstr ( szPath, "WINNT32.HLP" ) || strstr ( szPath, "winnt32.hlp" ) ) { char tmpSrcPath[MFL]; strcpy ( tmpSrcPath, szPath ); if ( strstr ( tmpSrcPath, ".HLP" ) || strstr ( tmpSrcPath, ".hlp" ) ) { strcpy ( &tmpSrcPath[ strlen(tmpSrcPath) - 4 ], "\\WINNT32.HLP" ); } else if ( strstr ( tmpSrcPath, "a.dll" ) || strstr ( tmpSrcPath, "A.DLL" ) ) { strcpy ( &tmpSrcPath[ strlen(tmpSrcPath) - 5 ], "\\WINNT32a.dll" ); } else if ( strstr ( tmpSrcPath, "u.dll" ) || strstr ( tmpSrcPath, "U.DLL" ) ) { strcpy ( &tmpSrcPath[ strlen(tmpSrcPath) - 5 ], "\\WINNT32u.dll" ); } else { strcpy ( &tmpSrcPath[ strlen(tmpSrcPath) - 4 ], "\\WINNT32.EXE" ); } hFind = FindFirstFile ( tmpSrcPath, &wfd ); if ( hFind == INVALID_HANDLE_VALUE ) { Msg ( "ERROR Tally: FindFirstFile %s(%s), gle = %ld\n", szPath, tmpSrcPath, GetLastError() ); } } else { Msg ( "ERROR Tally: FindFirstFile %s, gle = %ld\n", szPath, GetLastError() ); } } else { *numBytes += ROUNDUP2 ( wfd.nFileSizeLow, MAX_SETUP_CLUSTER_SIZE ); FindClose ( hFind ); //Msg ( "%s = %ld\n", szPath, *numBytes ); } // Calculate the local space required. // // if ( tagStruct->bCopyComp[i] ) { char szCompressedName[MFL]; MakeCompName ( tagStruct->wcFilesArray[i], szCompressedName ); sprintf ( szPath, "%s\\%s", szCompPath, szCompressedName ); } else { sprintf ( szPath, "%s\\%s", szUncompPath, tagStruct->wcFilesArray[i] ); } hFind = FindFirstFile ( szPath, &wfd ); if ( hFind == INVALID_HANDLE_VALUE ) { if ( strstr ( szPath, "WINNT32.EXE" ) || strstr ( szPath, "winnt32.exe" ) || strstr ( szPath, "winnt32a.dll" ) || strstr ( szPath, "winnt32u.dll" ) || strstr ( szPath, "WINNT32A.DLL" ) || strstr ( szPath, "WINNT32U.DLL" ) || strstr ( szPath, "WINNT32.HLP" ) || strstr ( szPath, "winnt32.hlp" ) ) { char tmpSrcPath[MFL]; strcpy ( tmpSrcPath, szPath ); if ( strstr ( tmpSrcPath, ".HLP" ) || strstr ( tmpSrcPath, ".hlp" ) ) { strcpy ( &tmpSrcPath[ strlen(tmpSrcPath) - 4 ], "\\WINNT32.HLP" ); } else if ( strstr ( tmpSrcPath, "a.dll" ) || strstr ( tmpSrcPath, "A.DLL" ) ) { strcpy ( &tmpSrcPath[ strlen(tmpSrcPath) - 5 ], "\\WINNT32a.dll" ); } else if ( strstr ( tmpSrcPath, "u.dll" ) || strstr ( tmpSrcPath, "U.DLL" ) ) { strcpy ( &tmpSrcPath[ strlen(tmpSrcPath) - 5 ], "\\WINNT32u.dll" ); } else { strcpy ( &tmpSrcPath[ strlen(tmpSrcPath) - 4 ], "\\WINNT32.EXE" ); } hFind = FindFirstFile ( tmpSrcPath, &wfd ); if ( hFind == INVALID_HANDLE_VALUE ) { Msg ( "ERROR Tally: FindFirstFile %s(%s), gle = %ld\n", szPath, tmpSrcPath, GetLastError() ); } } else { Msg ( "ERROR Tally: FindFirstFile %s, gle = %ld\n", szPath, GetLastError() ); } } else { #define _h1K 512 #define _1K 1*1024 #define _2K 2*1024 #define _4K 4*1024 #define _8K 8*1024 #define _16K 16*1024 #define _32K 32*1024 #define _64K 64*1024 #define _128K 128*1024 #define _256K 256*1024 localSrcBytes->Kh1 += ROUNDUP2 ( wfd.nFileSizeLow, _h1K ); localSrcBytes->K1 += ROUNDUP2 ( wfd.nFileSizeLow, _1K ); localSrcBytes->K2 += ROUNDUP2 ( wfd.nFileSizeLow, _2K ); localSrcBytes->K4 += ROUNDUP2 ( wfd.nFileSizeLow, _4K ); localSrcBytes->K8 += ROUNDUP2 ( wfd.nFileSizeLow, _8K ); localSrcBytes->K16 += ROUNDUP2 ( wfd.nFileSizeLow, _16K ); localSrcBytes->K32 += ROUNDUP2 ( wfd.nFileSizeLow, _32K ); localSrcBytes->K64 += ROUNDUP2 ( wfd.nFileSizeLow, _64K ); localSrcBytes->K128+= ROUNDUP2 ( wfd.nFileSizeLow, _128K ); localSrcBytes->K256+= ROUNDUP2 ( wfd.nFileSizeLow, _256K ); FindClose ( hFind ); //Msg ( "%s = %ld\n", szPath, *localSrcBytes ); } } } DWORD GetTheSize ( const char * szPath, const char * szKey ) { FILE * fHandle; char Line[MFL]; Msg ( "GetTheSize: szPath = %s\n", szPath ); fHandle = fopen ( szPath, "rt" ); if ( fHandle ) { while ( fgets ( Line, sizeof(Line), fHandle ) ) { if ( strncmp ( Line, szKey, strlen(szKey)-1 ) == 0 ) { char * LinePtr = Line; Msg ( "key Line = %s\n", Line ); // Find the first character that is a number. // while ( isdigit(*LinePtr) == 0 ) { ++LinePtr; } Msg ( "# = %s\n", LinePtr ); fclose ( fHandle ); return ( atoi ( LinePtr ) ); } } Msg ( "GetTheSize: Couldn't find key: %s\n", szKey ); fclose ( fHandle ); } else { Msg ( "GetTheSize: Couldn't fopen (%s)\n", szPath ); } return 0; } DWORD ThreeMegFudge ( void ) { // The following value incorporates: // // - boot files on hard drive, ie. the files that would go on the floppies // - dir ents for all files on hard drive // the first is about 4.8M, the latter about 1M. // - plus, just a few 100K for fudge. return ( 6*1024*1024 ); } void ShowCheckLocalSpace ( struct _ClusterSizes * Section, char * String, char * netServer ) { DWORD dwSize = 0; #define OHPROBLEM "problem" char returnedString[MFL]; #define SP "SpaceRequirements" char dosnetFile[MFL]; if ( bFourPtO ) { // For 4.0 just do the following section. // GetPrivateProfileString ( SP, "NtDrive", OHPROBLEM, returnedString, MFL, dosnetFile ); if ( strncmp ( returnedString, OHPROBLEM, sizeof ( OHPROBLEM ) ) == 0 ) { Msg ( "ERROR: NtDrive section not found\n" ); } Msg ( "returnedString = >>%s<<\n", returnedString ); dwSize = atoi ( returnedString ); if ( Section->K16+ThreeMegFudge() > dwSize ) { Msg ( "ERROR: %s dosnet.inf's NtDrive value is %ld Use: %ld\n", String, dwSize, Section->K16 + ThreeMegFudge ( ) ); } // End of 4.0 section. } else { // Begin of 5.0 stuff. // sprintf ( dosnetFile, "%s\\dosnet.inf", netServer ); Msg ( "Dosnet.Inf location: %s\n", dosnetFile ); Msg ( "%s 512 size = %ld\n", String, Section->Kh1 ); Msg ( "%s 1K size = %ld\n", String, Section->K1 ); Msg ( "%s 2K size = %ld\n", String, Section->K2 ); Msg ( "%s 4K size = %ld\n", String, Section->K4 ); Msg ( "%s 8K size = %ld\n", String, Section->K8 ); Msg ( "%s 16K size = %ld\n", String, Section->K16 ); Msg ( "%s 32K size = %ld\n", String, Section->K32 ); Msg ( "%s 64K size = %ld\n", String, Section->K64 ) ; Msg ( "%s 128K size = %ld\n", String, Section->K128 ); Msg ( "%s 256K size = %ld\n", String, Section->K256 ); GetPrivateProfileString ( SP, "512", OHPROBLEM, returnedString, MFL, dosnetFile ); if ( strncmp ( returnedString, OHPROBLEM, sizeof ( OHPROBLEM ) ) == 0 ) { Msg ( "ERROR: 512 section not found\n" ); } dwSize = atoi ( returnedString ); if ( Section->Kh1+ThreeMegFudge() > dwSize ) { Msg ( "ERROR: %s dosnet.inf's 512 value is %ld Use: %ld\n", String, dwSize, Section->Kh1 + ThreeMegFudge ( ) ); } GetPrivateProfileString ( SP, "1K", OHPROBLEM, returnedString, MFL, dosnetFile ); if ( strncmp ( returnedString, OHPROBLEM, sizeof ( OHPROBLEM ) ) == 0 ) { Msg ( "ERROR: 1024 section not found\n" ); } dwSize = atoi ( returnedString ); if ( Section->K1+ThreeMegFudge() > dwSize ) { Msg ( "ERROR: %s dosnet.inf's 1K value is %ld Use: %ld\n", String, dwSize, Section->K1 + ThreeMegFudge ( )); } GetPrivateProfileString ( SP, "2K", OHPROBLEM, returnedString, MFL, dosnetFile ); if ( strncmp ( returnedString, OHPROBLEM, sizeof ( OHPROBLEM ) ) == 0 ) { Msg ( "ERROR: 2048 section not found\n" ); } dwSize = atoi ( returnedString ); if ( Section->K2+ThreeMegFudge() > dwSize ) { Msg ( "ERROR: %s dosnet.inf's 2K value is %ld Use: %ld\n", String, dwSize, Section->K2 + ThreeMegFudge ( )); } GetPrivateProfileString ( SP, "4K", OHPROBLEM, returnedString, MFL, dosnetFile ); if ( strncmp ( returnedString, OHPROBLEM, sizeof ( OHPROBLEM ) ) == 0 ) { Msg ( "ERROR: 4096 section not found\n" ); } dwSize = atoi ( returnedString ); if ( Section->K4+ThreeMegFudge() > dwSize ) { Msg ( "ERROR: %s dosnet.inf's 4K value is %ld Use: %ld\n", String, dwSize, Section->K4 + ThreeMegFudge () ); } GetPrivateProfileString ( SP, "8K", OHPROBLEM, returnedString, MFL, dosnetFile ); if ( strncmp ( returnedString, OHPROBLEM, sizeof ( OHPROBLEM ) ) == 0 ) { Msg ( "ERROR: 8192 section not found\n" ); } dwSize = atoi ( returnedString ); if ( Section->K8+ThreeMegFudge() > dwSize ) { Msg ( "ERROR: %s dosnet.inf's 8K value is %ld Use: %ld\n", String, dwSize, Section->K8 + ThreeMegFudge() ); } GetPrivateProfileString ( SP, "16K", OHPROBLEM, returnedString, MFL, dosnetFile ); if ( strncmp ( returnedString, OHPROBLEM, sizeof ( OHPROBLEM ) ) == 0 ) { Msg ( "ERROR: 16384 section not found\n" ); } dwSize = atoi ( returnedString ); if ( Section->K16+ThreeMegFudge() > dwSize ) { Msg ( "ERROR: %s dosnet.inf's 16K value is %ld Use: %ld\n", String, dwSize, Section->K16 + ThreeMegFudge () ); } GetPrivateProfileString ( SP, "32K", OHPROBLEM, returnedString, MFL, dosnetFile ); if ( strncmp ( returnedString, OHPROBLEM, sizeof ( OHPROBLEM ) ) == 0 ) { Msg ( "ERROR: 32768 section not found\n" ); } dwSize = atoi ( returnedString ); if ( Section->K32+ThreeMegFudge() > dwSize ) { Msg ( "ERROR: %s dosnet.inf's 32K value is %ld Use: %ld\n", String, dwSize, Section->K32 + ThreeMegFudge () ); } GetPrivateProfileString ( SP, "64K", OHPROBLEM, returnedString, MFL, dosnetFile ); if ( strncmp ( returnedString, OHPROBLEM, sizeof ( OHPROBLEM ) ) == 0 ) { Msg ( "ERROR: 65536 section not found\n" ); } dwSize = atoi ( returnedString ); if ( Section->K64+ThreeMegFudge() > dwSize ) { Msg ( "ERROR: %s dosnet.inf's 64K value is %ld Use: %ld\n", String, dwSize, Section->K64 + ThreeMegFudge () ); } GetPrivateProfileString ( SP, "128K", OHPROBLEM, returnedString, MFL, dosnetFile ); if ( strncmp ( returnedString, OHPROBLEM, sizeof ( OHPROBLEM ) ) == 0 ) { Msg ( "ERROR: 131072 section not found\n" ); } dwSize = atoi ( returnedString ); if ( Section->K128+ThreeMegFudge() > dwSize ) { Msg ( "ERROR: %s dosnet.inf's 128K value is %ld Use: %ld\n", String, dwSize, Section->K128 + ThreeMegFudge () ); } GetPrivateProfileString ( SP, "256K", OHPROBLEM, returnedString, MFL, dosnetFile ); if ( strncmp ( returnedString, OHPROBLEM, sizeof ( OHPROBLEM ) ) == 0 ) { Msg ( "ERROR: 262144 section not found\n" ); } dwSize = atoi ( returnedString ); if ( Section->K256+ThreeMegFudge() > dwSize ) { Msg ( "ERROR: %s dosnet.inf's 256K value is %ld Use: %ld\n", String, dwSize, Section->K256 + ThreeMegFudge () ); } // End of 5.0 stuff. } } int __cdecl main(argc,argv) int argc; char * argv[]; { HANDLE h; int records, i; WIN32_FIND_DATA fd; time_t t; DWORD dwSize; char szFileName[MFL]; DWORD upgX86Work ; DWORD upgX86Serv ; DWORD upgAlphaWork ; DWORD upgAlphaServ ; if ( argc != 15 ) { printf ( "You specified %d arguments - you need 15.\n\n", argc ); for ( i = 0; i < argc; ++i ) { printf ( "Argument #%d >>>%s<<<\n", i, argv[i] ); } printf ( "\n\n" ); Usage(); return(1); } // Initialize the critical section object. // InitializeCriticalSection ( &CriticalSection ); // Retail %platform% files. // i386Workstation.wNumFiles = 0; AlphaWorkstation.wNumFiles = 0; i386Server.wNumFiles = 0; AlphaServer.wNumFiles = 0; // Debugger files. // X86Dbg.wNumFiles = 0; AlphaDbg.wNumFiles = 0; strcpy ( szLogFile, argv[1] ); strcpy ( szWrkX86Src, argv[2] ); strcpy ( szWrkAlphaSrc, argv[3] ); strcpy ( szSrvX86Src, argv[4] ); strcpy ( szSrvAlphaSrc, argv[5] ); strcpy ( szCompX86Src, argv[6] ); strcpy ( szCompAlphaSrc, argv[7] ); strcpy ( szX86Dbg, argv[8] ); strcpy ( szAlphaDbg, argv[9] ); strcpy ( szX86DbgSource, argv[10] ); strcpy ( szAlphaDbgSource,argv[11] ); strcpy ( szEnlistDrv, argv[12] ); strcpy ( szWorkDstDrv, argv[13] ); strcpy ( szServDstDrv, argv[14] ); logFile = fopen ( argv[1], "a" ); if ( logFile == NULL ) { printf("ERROR Couldn't open log file: %s\n",argv[1]); return(1); } #define FOUR_POINT_O_MEDIA "FOUR_POINT_O_MEDIA" // Determine if we are doing a build of NT 4.0 to do special NtDrive calculation. // if ( getenv ( FOUR_POINT_O_MEDIA ) != NULL ) { bFourPtO = TRUE; Msg ( "Performing a NT 4.0 build...\n" ); } #define CHECKED_MEDIA "CHECKED_MEDIA" // Determine if we are doing the CHECKED binaries. // if ( getenv ( CHECKED_MEDIA ) != NULL ) { bChecked = TRUE; Msg ( "Performing a CHECKED build...\n" ); } // Do bit comparison to release shares on all copies ? // #define VERIFY_COPIES "VERIFY" if ( getenv ( VERIFY_COPIES ) != NULL ) { bVerifyBits = TRUE; Msg ( "Will verify copies...\n" ); } Header(argv,argc); CreateDestinationDirs (); // Get files that product installs. // bGetSizeLater = TRUE; GetTheFiles ( szWrkX86Src, "layout.inf", X86_WRK ); GetTheFiles ( szSrvX86Src, "layout.inf", X86_SRV ); GetTheFiles ( szWrkAlphaSrc,"layout.inf", ALPHA_WRK ); GetTheFiles ( szSrvAlphaSrc,"layout.inf", ALPHA_SRV ); bGetSizeLater = FALSE; GetTheFiles ( "C:\\nt\\private\\windows\\setup\\bom"/*szWrkX86Src*/, "_media.inx", DBGS_AND_NON_INSTALLED ); //ShowX86Work(); // Make some threads and copy all the files. // CopyTheFiles(); Msg ( "# files i386 Workstation = %ld\n", i386Workstation.wNumFiles ); Msg ( "# files i386 Server = %ld\n", i386Server.wNumFiles ); Msg ( "# files Alpha Workstation = %ld\n", AlphaWorkstation.wNumFiles ); Msg ( "# files Alpha Server = %ld\n", AlphaServer.wNumFiles ); if ( i386Workstation.wNumFiles > MAX_NUMBER_OF_FILES_IN_PRODUCT || i386Server.wNumFiles > MAX_NUMBER_OF_FILES_IN_PRODUCT || AlphaWorkstation.wNumFiles> MAX_NUMBER_OF_FILES_IN_PRODUCT || AlphaServer.wNumFiles > MAX_NUMBER_OF_FILES_IN_PRODUCT ) { Msg ( "ERROR: Increase MAX_NUM in Files.C\n" ); } // // // Msg ( "========= Minimum setup install bytes required (all files uncompressed): ==========\n" ); // // TallyInstalled ( szWrkX86Src, szCompX86Src, &i386Workstation, &bytesX86Work, &lX86Work ); TallyInstalled ( szSrvX86Src, szCompX86Src, &i386Server, &bytesX86Serv, &lX86Serv ); TallyInstalled ( szWrkAlphaSrc, szCompAlphaSrc, &AlphaWorkstation,&bytesAlphaWork, &lAlphaWork ); TallyInstalled ( szSrvAlphaSrc, szCompAlphaSrc, &AlphaServer, &bytesAlphaServ, &lAlphaServ ); // Give tally counts. // Msg ( "bytesX86Work = %ld\n", bytesX86Work ); Msg ( "bytesX86Serv = %ld\n", bytesX86Serv ); Msg ( "bytesAlphaWork= %ld\n", bytesAlphaWork ); Msg ( "bytesAlphaServ= %ld\n", bytesAlphaServ ); #define FUDGE_PLUS 4*1024*1024 // ie, grow by 4 M for future growth. // Print out an error if the above sizes are greater than the hardcode sizes in: // // txtsetup.sif's FreeDiskSpace = // Msg ( "ERROR: do new thing for 5.0 FreeDiskSpace...\n" ); #define FREEDISKSPACE "FreeDiskSpace" sprintf ( szFileName, "%s\\TXTSETUP.SIF", szWrkX86Src ); dwSize = 1024 * GetTheSize ( szFileName, FREEDISKSPACE ); if ( dwSize < bytesX86Work ) { Msg ( "ERROR: x86 Work txtsetup.sif's FreeDiskSpace %ld < %ld Fix with value: %ld\n", dwSize, bytesX86Work, (FUDGE_PLUS+bytesX86Work)/1024 ); } else { Msg ( "Box size -- X86 Workstation: %ld M\n", dwSize/1024/1024 ); } sprintf ( szFileName, "%s\\TXTSETUP.SIF", szSrvX86Src ); dwSize = 1024 * GetTheSize ( szFileName, FREEDISKSPACE ); if ( dwSize < bytesX86Serv ) { Msg ( "ERROR: x86 Serv txtsetup.sif's FreeDiskSpace %ld < %ld Fix with value: %ld\n", dwSize, bytesX86Serv, (FUDGE_PLUS+bytesX86Serv)/1024 ); } else { Msg ( "Box size -- X86 Server: %ld M\n", dwSize/1024/1024 ); } sprintf ( szFileName, "%s\\TXTSETUP.SIF", szWrkAlphaSrc ); dwSize = 1024 * GetTheSize ( szFileName, FREEDISKSPACE ); if ( dwSize < bytesAlphaWork ) { Msg ( "ERROR: Alpha Work txtsetup.sif's FreeDiskSpace %ld < %ld Fix with value: %ld\n", dwSize, bytesAlphaWork, (FUDGE_PLUS+bytesAlphaWork)/1024 ); } else { Msg ( "Box size -- Alpha Workstation: %ld M\n", dwSize/1024/1024 ); } sprintf ( szFileName, "%s\\TXTSETUP.SIF", szSrvAlphaSrc ); dwSize = 1024 * GetTheSize ( szFileName, FREEDISKSPACE ); if ( dwSize < bytesAlphaServ ) { Msg ( "ERROR: Alpha Serv txtsetup.sif's FreeDiskSpace %ld < %ld Fix with value: %ld\n", dwSize, bytesAlphaServ, (FUDGE_PLUS+bytesAlphaServ)/1024 ); } else { Msg ( "Box size -- Alpha Server: %ld M\n", dwSize/1024/1024 ); } Msg ( "========= Maximum setup local-source bytes required (some files compressed) : =====\n" ); Msg ( "Note: setup automagically adds in the inetsrv and drvlib.nic sizes, not in below...\n" ); ShowCheckLocalSpace ( &lX86Work, "lX86Work", szWrkX86Src ); ShowCheckLocalSpace ( &lX86Serv, "lX86Serv", szSrvX86Src ); ShowCheckLocalSpace ( &lAlphaWork, "lAlphaWork",szWrkAlphaSrc ); ShowCheckLocalSpace ( &lAlphaServ, "lAlphaServ",szSrvAlphaSrc ); Msg ( "========= Specify at least this much for Upgrade using the NT build with the least amount of footprint: =====\n" ); // We'll start off with 1057 as our smallest footprint build. // This data will have to be checked each time we ship for the next to be release build. // // 1057 3.51 All files in product expanded at 16K cluster size. #define X86WKS 87572480 #define X86SRV 92798976 #define ALPWKS 107757568 #define ALPSRV 114900992 upgX86Work = bytesX86Work - X86WKS; upgX86Serv = bytesX86Serv - X86SRV; upgAlphaWork = bytesAlphaWork - ALPWKS; upgAlphaServ = bytesAlphaServ - ALPSRV; Msg ( "X86Work = %ld\n", upgX86Work ); Msg ( "X86Serv = %ld\n", upgX86Serv ); Msg ( "AlphaWork= %ld\n", upgAlphaWork ); Msg ( "AlphaServ= %ld\n", upgAlphaServ ); ////// ////// ////// Hopefully for NT 5.0, setup won't require UpgradeFreeDiskSpace. ////// Ask TedM/JaimeS. ////// Msg ( "ERROR: do new thing for 5.0 UpgradeFreeDiskSpace...\n" ); // Print out an error if the above sizes are greater than the hardcode sizes in: // // txtsetup.sif's UpgradeFreeDiskSpace = // #define UPGRADEFREEDISKSPACE "UpgradeFreeDiskSpace" sprintf ( szFileName, "%s\\TXTSETUP.SIF", szWrkX86Src ); dwSize = 1024 * GetTheSize ( szFileName, UPGRADEFREEDISKSPACE ); if ( dwSize < upgX86Work ) { Msg ( "ERROR: x86 Work txtsetup.sif's UpgradeFreeDiskSpace %ld < %ld Fix with value: %ld\n", dwSize, upgX86Work, (FUDGE_PLUS+upgX86Work)/1024 ); } else { Msg ( "Box size upgrade Wrk x86 = %ld M\n", dwSize/1024/1024 ); } sprintf ( szFileName, "%s\\TXTSETUP.SIF", szSrvX86Src ); dwSize = 1024 * GetTheSize ( szFileName, UPGRADEFREEDISKSPACE ); if ( dwSize < upgX86Serv ) { Msg ( "ERROR: x86 Serv txtsetup.sif's UpgradeFreeDiskSpace %ld < %ld Fix with value: %ld\n", dwSize, upgX86Serv, (FUDGE_PLUS+upgX86Serv)/1024 ); } else { Msg ( "Box size upgrade Srv x86 = %ld M\n", dwSize/1024/1204 ); } sprintf ( szFileName, "%s\\TXTSETUP.SIF", szWrkAlphaSrc ); dwSize = 1024 * GetTheSize ( szFileName, UPGRADEFREEDISKSPACE ); if ( dwSize < upgAlphaWork ) { Msg ( "ERROR: Alpha Work txtsetup.sif's UpgradeFreeDiskSpace %ld < %ld Fix with value: %ld\n", dwSize, upgAlphaWork, (FUDGE_PLUS+upgAlphaWork)/1024 ); } else { Msg ( "Box size upgrade Wrk Alpha = %ld M\n", dwSize/1024/1204 ); } sprintf ( szFileName, "%s\\TXTSETUP.SIF", szSrvAlphaSrc ); dwSize = 1024 * GetTheSize ( szFileName, UPGRADEFREEDISKSPACE ); if ( dwSize < upgAlphaServ ) { Msg ( "ERROR: Alpha Serv txtsetup.sif's UpgradeFreeDiskSpace %ld < %ld Fix with value: %ld\n", dwSize, upgAlphaServ, (FUDGE_PLUS+upgAlphaServ)/1024 ); } else { Msg ( "Box size upgrade Srv Alpha = %ld M\n", dwSize/1024/1204 ); } Msg ( "==============================\n"); time(&t); Msg ( "Time: %s", ctime(&t) ); Msg ( "==============================\n\n"); fclose(logFile); return(0); }