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720 lines
27 KiB
720 lines
27 KiB
//.....................................................................
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//...
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//... NTMSGTBL.C
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//...
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//... Contains functions for handling strings found in NT's Message
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//... Resource Tables. This recource type is not present in Win 3.1.
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//...
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//... Author - David Wilcox (davewi@microsoft)
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//...
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//... NOTES: Created with tabstop set to 8
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//...
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//.....................................................................
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//...
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//... History:
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//... Original - 10/92
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//... 11/92 - Fixed to handle ULONG msg ID#'s - davewi
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//...
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//.....................................................................
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#include <windows.h>
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#include <stdio.h>
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#include <stdlib.h>
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#include <string.h>
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#include <windef.h>
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#include <tchar.h>
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#include <winver.h>
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#include "windefs.h"
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#include "restok.h"
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#include "custres.h"
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#include "ntmsgtbl.h"
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#include "resread.h"
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typedef PMESSAGE_RESOURCE_ENTRY PMRE;
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extern BOOL gbMaster;
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extern UCHAR szDHW[];
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static PBYTE *pBlockEntries = NULL;
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VOID *pResMsgData = NULL; // NT-specific Message Table resource
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//.........................................................................
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//...
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//... Get Message Table from .res file
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//...
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//... This form of a message table, not found in Win 16, allows very long
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//... strings and the text is stored as an ASCIIZ string in the .res file.
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VOID *GetResMessage(
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FILE *pInResFile, //... The file containing the resources
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DWORD *plSize) //... The size of this resource from GetResHeader
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{
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ULONG ulNumBlocks = 0L; //... # of Message Table resource blocks
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ULONG ulStartMsgDataPos = 0L; //... Start of message data in file
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ULONG ulBlock; //... Current message block number
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USHORT usCurrBlockSize = 0; //... Current size of temp block buffer
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USHORT usDeltaBlockSize = 4096; //... Amount to increase usCurrBlockSize
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DWORD dwNumMsgs = 0; //... Count of msgs in the resource
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PBYTE pMsgBlock = NULL; //... Temp message block buffer
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PMESSAGE_RESOURCE_DATA pMsgResData;//... Returned as ptr to the resource
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PMESSAGE_RESOURCE_BLOCK pMRB; //... ptr to a block of messages
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//... The resource header was read prior to
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//... entring this function, so the current
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//... file position should now be the start
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//... of the resource data.
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ulStartMsgDataPos = ftell( pInResFile);
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//... Get the number of message blocks and
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//... allocate enough memory for the array.
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ulNumBlocks = GetdWord( pInResFile, plSize);
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//... Allocate space for the array of
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//... pointers to entries. This array is used
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//... to store pointers to the first entry
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//... in each block of message entries.
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pBlockEntries = (PBYTE *)FALLOC( ulNumBlocks * sizeof( PBYTE));
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if ( ! pBlockEntries )
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{
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QuitT( IDS_ENGERR_11, NULL, NULL);
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}
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pMsgResData = (PMESSAGE_RESOURCE_DATA)FALLOC( sizeof( ULONG) + ulNumBlocks
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* sizeof( MESSAGE_RESOURCE_BLOCK));
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if ( ! pMsgResData )
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{
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QuitT( IDS_ENGERR_11, NULL, NULL);
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}
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pResMsgData = pMsgResData;
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pMsgResData->NumberOfBlocks = ulNumBlocks;
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//... Read the array of message block structs,
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//... and initialize block entry pointer array.
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for ( ulBlock = 0L, pMRB = pMsgResData->Blocks;
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ulBlock < ulNumBlocks;
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++ulBlock, ++pMRB )
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{
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pMRB->LowId = GetdWord( pInResFile, plSize);
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pMRB->HighId = GetdWord( pInResFile, plSize);
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pMRB->OffsetToEntries = GetdWord( pInResFile, plSize);
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if ( pMRB->HighId < pMRB->LowId )
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{
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ClearResMsg( &pResMsgData);
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QuitT( IDS_ENGERR_16, (LPTSTR)IDS_INVMSGRNG, NULL);
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}
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dwNumMsgs += (pMRB->HighId - pMRB->LowId + 1);
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pBlockEntries[ ulBlock] = NULL;
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}
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//... Read in the MESSAGE_RESOURCE_ENTRY
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usCurrBlockSize = usDeltaBlockSize;
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for ( ulBlock = 0L, pMRB = pMsgResData->Blocks;
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ulBlock < ulNumBlocks;
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++ulBlock, ++pMRB )
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{
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ULONG ulCurrID; //... Current message ID # in this block
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ULONG ulEndID; //... Last message ID # in this block + 1
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USHORT usLen; //... For length of a message - MUST BE USHORT
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USHORT usMsgBlkLen; //... Length of a block of messages
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usMsgBlkLen = 0;
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//... Move to start of block of message entries
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//... then read all the messages in this block.
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fseek( pInResFile,
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ulStartMsgDataPos + pMRB->OffsetToEntries,
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SEEK_SET);
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for ( ulCurrID = pMRB->LowId, ulEndID = pMRB->HighId + 1;
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ulCurrID < ulEndID;
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++ulCurrID, --dwNumMsgs )
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{
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//... Get Msg Resource entry length
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//... (Length is in bytes and includes
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//... .Length and .Flags fields and any
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//... padding that may exist after the text.)
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usLen = GetWord( pInResFile, plSize);
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if ( usLen >= 2 * sizeof( USHORT) )
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{
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PMRE pMRE;
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PUCHAR puchText;
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//... Create, or expand size of, pMsgBlkData
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//... so we can append this entry.
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//... Always resave ptr to the message block
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//... (it may have moved).
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if ( pMsgBlock )
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{
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if ( (USHORT)(usMsgBlkLen + usLen) > usCurrBlockSize )
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{
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usCurrBlockSize += __max(usDeltaBlockSize, (USHORT)(usMsgBlkLen + usLen));
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pMsgBlock = (PBYTE)FREALLOC( pMsgBlock,
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usCurrBlockSize);
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}
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}
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else
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{
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pMsgBlock = FALLOC( usCurrBlockSize);
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}
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//... If the malloc worked, read this msg entry.
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//... The section assumes there is one WORD
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//... per USHORT and one WORD per WCHAR.
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pMRE = (PMRE)(pMsgBlock + usMsgBlkLen);
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//... Store the .Length field value (USHORT)
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pMRE->Length = usLen;
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usMsgBlkLen += usLen;
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//... Get the .Flags field value (USHORT)
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pMRE->Flags = GetWord( pInResFile, plSize);
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//... Check to make sure this message is stored
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//... either in ASCII in the current code page
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//... or in Unicode, else fail.
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if ( pMRE->Flags != 0 //... ASCII
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&& pMRE->Flags != MESSAGE_RESOURCE_UNICODE ) //... Unicode
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{
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if ( pMsgBlock != NULL )
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{
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RLFREE( pMsgBlock);
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}
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ClearResMsg( &pResMsgData);
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QuitA( IDS_NON0FLAG, NULL, NULL);
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}
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//... Get the .Text field string
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usLen -= (2 * sizeof( WORD));
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for ( puchText = (PUCHAR)pMRE->Text; usLen; ++puchText, --usLen )
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{
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*puchText = (UCHAR)GetByte( pInResFile, plSize);
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}
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DWordUpFilePointer( pInResFile,
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MYREAD,
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ftell( pInResFile),
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plSize);
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}
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else
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{
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if ( pMsgBlock != NULL )
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{
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RLFREE( pMsgBlock);
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}
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ClearResMsg( &pResMsgData);
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QuitT( IDS_ENGERR_05, (LPTSTR)IDS_INVMSGTBL, NULL);
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}
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} //... END FOR(each message entry in this block)
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if ( pMsgBlock != NULL && usMsgBlkLen > 0 )
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{
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pBlockEntries[ ulBlock] = FALLOC( usMsgBlkLen);
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memcpy( pBlockEntries[ ulBlock], pMsgBlock, usMsgBlkLen);
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}
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} //... END FOR(each message block)
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if ( pMsgBlock != NULL )
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{
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RLFREE( pMsgBlock);
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}
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DWordUpFilePointer( pInResFile, MYREAD, ftell( pInResFile), plSize);
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return( (VOID *)pMsgResData);
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}
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//.........................................................................
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//...
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//... Put localized Message Table into .res
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//...
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//... 01/93 - changes for var length Token text. MHotchin
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//... 02/93 - stripped out code that split msgs into multiple tokens. davewi
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void PutResMessage(
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FILE *fpOutResFile, //... File to which localized resources are written
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FILE *fpInTokFile, //... Output token file
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RESHEADER ResHeader, //... Resource header data
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VOID *pMsgResData) //... message table data built in GetResMessage
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{
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WORD wcCount = 0;
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fpos_t ulResSizePos = 0L; //... File position for fixed up resource size
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fpos_t ulBlocksStartPos=0L; //... File position of start of message blocks
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ULONG ulNumBlocks = 0L; //... Number of Message Blocks
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ULONG ulCurrOffset = 0L; //... Offset to current msg block
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ULONG ulResSize = 0L; //... Size of this resource
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ULONG ulBlock; //... Temporary counter
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USHORT usEntryLen = 0; //... Length of current message entry
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PMESSAGE_RESOURCE_DATA pData; //. Message table data from InResFile
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static TOKEN Tok; //... Token from localized token file
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if ( pMsgResData == NULL)
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{
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QuitT( IDS_ENGERR_05, (LPTSTR)IDS_NULMSGDATA, NULL);
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}
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memset( (void *)&Tok, 0, sizeof( Tok));
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pData = (PMESSAGE_RESOURCE_DATA)pMsgResData;
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if ( PutResHeader( fpOutResFile, ResHeader, &ulResSizePos, &ulResSize))
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{
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ClearResMsg( &pResMsgData);
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QuitT( IDS_ENGERR_06, (LPTSTR)IDS_MSGTBLHDR, NULL);
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}
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ulResSize = 0L; //... Reset to zero (hdr len not to be included)
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ulNumBlocks = pData->NumberOfBlocks;
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//... Write number of msg blocks
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PutdWord( fpOutResFile, ulNumBlocks, &ulResSize);
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//... Remember this file position so we can
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//... come back here and update the
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//... OffsetToEntries field in each struct.
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ulBlocksStartPos = ftell( fpOutResFile);
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//... Write the array of message block structs
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for ( ulBlock = 0L; ulBlock < ulNumBlocks; ++ulBlock )
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{
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PutdWord( fpOutResFile, pData->Blocks[ ulBlock].LowId, &ulResSize);
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PutdWord( fpOutResFile, pData->Blocks[ ulBlock].HighId, &ulResSize);
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PutdWord( fpOutResFile, 0L, &ulResSize); //... Will get fixed up later
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}
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// Prep for find token call
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Tok.wType = ResHeader.wTypeID;
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Tok.wName = ResHeader.wNameID;
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Tok.wID = 0;
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Tok.wFlag = 0;
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if ( ResHeader.bNameFlag == IDFLAG )
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{
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lstrcpy( Tok.szName, ResHeader.pszName);
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}
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//... Write the MESSAGE_RESOURCE_ENTRY's. First
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//... note offset from start of this resource's
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//... data to first msg res entry struct which
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//... starts right after the array of
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//... RESOURCE_MESSAGE_BLOCK structs.
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ulCurrOffset = sizeof( ULONG) + ulNumBlocks*sizeof( MESSAGE_RESOURCE_BLOCK);
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for ( ulBlock = 0L; ulBlock < ulNumBlocks; ++ulBlock )
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{
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ULONG ulCurrID; //... Current message ID # in this block
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ULONG ulEndID; //... Last message ID # in this block + 1
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fpos_t ulEntryPos; //... Start of the current msg entry struct
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PBYTE pMRE; //... Ptr to a MESSAGE_RESOURCE_ENTRY
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PMESSAGE_RESOURCE_BLOCK pMRB;
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//... Retrieve ptr to block of messages. The
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//... ptr was stored in the pBlockEntries array
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//... in GetResMessage function above.
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pMRB = (PMESSAGE_RESOURCE_BLOCK)( &pData->Blocks[ ulBlock]);
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pMRE = pBlockEntries[ ulBlock];
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//... Note offset to start of block's entries
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pData->Blocks[ ulBlock].OffsetToEntries = ulCurrOffset;
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for ( ulCurrID = pMRB->LowId, ulEndID = pMRB->HighId + 1;
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ulCurrID < ulEndID;
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++ulCurrID )
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{
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static UCHAR szString[ 64] = "";
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static TCHAR szwTmp[ 4096] = TEXT("");
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USHORT usCnt = 0;
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BOOL fFound = FALSE;
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ULONG ulEntrySize = 0;
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ulEntryPos = ftell( fpOutResFile);
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ulEntrySize = 0L;
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//... Write dummy entry length.
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//... Value gets corrected later.
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//... Write the .Flags field's value (USHORT).
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PutWord( fpOutResFile, ((PMRE)pMRE)->Length, &ulEntrySize);
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PutWord( fpOutResFile, ((PMRE)pMRE)->Flags, &ulEntrySize);
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//... Get localized token then the length of
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//... that token's new text. Add to that length
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//... the length of the two USHORTs and use this
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//... combined length as the value to store in
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//... the msg res entry's .Length field.
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//... Put low word of ID# in .wID and
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//... the high word in .szName
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Tok.wID = LOWORD( ulCurrID);
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_itoa( HIWORD( ulCurrID), szString, 10);
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_MBSTOWCS( Tok.szName,
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szString,
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TOKENSTRINGBUFFER,
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lstrlenA( szString) + 1);
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//... Always reset .wReserved because the code
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//... in FindTokenText will change its value.
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Tok.wReserved = ST_TRANSLATED;
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Tok.szText = NULL;
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*szwTmp = TEXT('\0');
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for ( fFound = FALSE, Tok.wFlag = 0;
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fFound = FindToken( fpInTokFile, &Tok, ST_TRANSLATED);
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Tok.wFlag++ )
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{
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TextToBin( szwTmp, Tok.szText, lstrlen( Tok.szText) + 1);
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//... Write out localized message text. It may
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//... be stored as ASCII or Unicode string.
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if ( ((PMRE)pMRE)->Flags == 0 ) //... ASCII message
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{
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_WCSTOMBS( szDHW,
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szwTmp,
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DHWSIZE,
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lstrlen( szwTmp) + 1);
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for ( usCnt = 0; szDHW[ usCnt]; ++usCnt )
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{
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PutByte( fpOutResFile, szDHW[ usCnt], &ulEntrySize);
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}
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}
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else //... Unicode message
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{
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for ( usCnt = 0; szwTmp[ usCnt]; ++usCnt )
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{
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PutWord( fpOutResFile, szwTmp[ usCnt], &ulEntrySize);
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}
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}
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*szwTmp = TEXT('\0');
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RLFREE( Tok.szText);
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//... Always reset .wReserved because the code
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//... in FindTokenText will change its value.
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Tok.wReserved = ST_TRANSLATED;
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}
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//... Did we find the token?
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if ( Tok.wFlag == 0 && ! fFound )
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{
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static TCHAR szToken[ 4160];
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ParseTokToBuf( szToken, &Tok);
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ClearResMsg( &pResMsgData);
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QuitT( IDS_ENGERR_05, szToken, NULL);
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}
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//... nul-terminate the text
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if ( ((PMRE)pMRE)->Flags == 0 ) //... ASCII message
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{
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PutByte( fpOutResFile , '\0', (DWORD *)&ulEntrySize);
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}
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else //... Unicode message
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{
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PutWord( fpOutResFile , TEXT('\0'), (DWORD *)&ulEntrySize);
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}
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DWordUpFilePointer( fpOutResFile,
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MYWRITE,
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ftell( fpOutResFile),
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&ulEntrySize);
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//... Also, use this length in later updating
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//... next msg block's OffsetToEntries value.
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ulResSize += ulEntrySize;
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ulCurrOffset += ulEntrySize;
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//... Write Msg Resource entry length
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//... (Length is in bytes and includes
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//... .Length and .Flags fields and any
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//... padding needed after the text.)
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//...
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//... NOTE: Msg text is currently stored as
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//... an ASCIIZ string.
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fseek( fpOutResFile, (long)ulEntryPos, SEEK_SET);
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PutWord( fpOutResFile, (WORD)ulEntrySize, NULL);
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fseek( fpOutResFile, 0L, SEEK_END);
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//... Move pMRE to point to start of next
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//... Message Resource Entry in memory.
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pMRE += ((PMRE)pMRE)->Length;
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} //... END FOR(each message entry in this block)
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ulCurrOffset = DWORDUP( ulCurrOffset);
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DWordUpFilePointer( fpOutResFile,
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MYWRITE,
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ftell( fpOutResFile),
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&ulResSize);
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} //... END FOR(each message block)
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//... Update resource size field in res header
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if ( UpdateResSize( fpOutResFile, &ulResSizePos, ulResSize) == 0L )
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{
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ClearResMsg( &pResMsgData);
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QuitT( IDS_ENGERR_07, (LPTSTR)IDS_MSGRESTBL, NULL);
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}
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//... Now, update the OffsetToEntries fields.
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fseek( fpOutResFile, (long)ulBlocksStartPos, SEEK_SET);
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for ( ulBlock = 0L; ulBlock < ulNumBlocks; ++ulBlock )
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{
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PutdWord( fpOutResFile, pData->Blocks[ulBlock].LowId, NULL);
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PutdWord( fpOutResFile, pData->Blocks[ulBlock].HighId, NULL);
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PutdWord( fpOutResFile, pData->Blocks[ulBlock].OffsetToEntries, NULL);
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}
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fseek( fpOutResFile, 0L, SEEK_END);
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} //... END PutResMessage()
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//.........................................................................
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//...
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//... Write Message Table to the token file
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//...
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//... This function assumes that, in each message block, the message ID's are
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//... contiguouse within the range given in the fields LowId and HighId in a
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//... MESSAGE_RESOURCE_BLOCK.
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//
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// 01/93 - Changes for var length token text strings. Mhotchin
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//
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void TokResMessage(
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FILE *pfTokFile, //... Output token file
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RESHEADER ResHeader, //... Resource header data
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VOID *pMsgResData) //... Data to tokenize (from GetResMessage call)
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{
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static TOKEN Tok;
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ULONG ulBlock; //... Message resource block number
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PMESSAGE_RESOURCE_DATA pData; //... Data to tokenize
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PMESSAGE_RESOURCE_BLOCK pMRB; //... ptr to a message block struct
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pData = (PMESSAGE_RESOURCE_DATA)pMsgResData;
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memset( (void *)&Tok, 0, sizeof( Tok));
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Tok.wType = ResHeader.wTypeID;
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Tok.wName = ResHeader.wNameID;
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Tok.wReserved = (gbMaster ? ST_NEW : ST_NEW | ST_TRANSLATED);
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if ( ResHeader.bNameFlag == IDFLAG )
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{
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lstrcpy( Tok.szName, ResHeader.pszName);
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}
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for ( ulBlock = 0L; ulBlock < pData->NumberOfBlocks; ++ulBlock )
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{
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ULONG ulCurrID = 0L; //... ID # of current msg being processed
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ULONG ulEndID; //... Last message ID # in this block + 1
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USHORT usLineNum = 0; //... Count of lines in a message text
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PCHAR pMRE; //... ptr to a message entry struct
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//... Get ptr to this message block struct
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pMRB = &pData->Blocks[ ulBlock];
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//... Get ptr to first entry in
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//... this block of messages
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pMRE = (PCHAR)pBlockEntries[ ulBlock];
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//... Tokenize entries in this block of messages
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for ( ulCurrID = pMRB->LowId, ulEndID = pMRB->HighId + 1;
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ulCurrID < ulEndID;
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++ulCurrID )
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{
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usLineNum = 0;
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//... inclusive of .Length and .Flags fields so
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//... we need get the real length of the text.
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if ( ((PMRE)pMRE)->Length >= 2 * sizeof( WORD) )
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{
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USHORT usLen = 0;
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USHORT usTokTextLen = 0;
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PWCHAR pszwStart = NULL;
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// This is really ugly. This code was
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// originally to get around the problem
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// that tokens could hold only 260 chars.
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// Now, it's whatever you want.
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// Temp hack - assume each line will be
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// less than 4k in size. (mhotchin)
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static TCHAR szwString[ 32768 ];
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//... Put low word of ID# in .wID and
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//... the high word in .szName
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Tok.wID = LOWORD( ulCurrID);
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_itoa( HIWORD( ulCurrID), szDHW, 10);
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_MBSTOWCS( Tok.szName,
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szDHW,
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TOKENSTRINGBUFFER,
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lstrlenA( szDHW) +1);
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//... The err msg table strings may be stored
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//... in the resources as ANSI or Unicode.
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//... If the pMRE->Flags field in the
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//... table entry struct is 0, the text is a
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//... ANSI striing so we need to convert it to
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//... UNICODE (WCHAR).
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if ( ((PMRE)pMRE)->Flags == 0 ) //... ASCII message
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{
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PUCHAR puchStart = (PUCHAR)((PMRE)pMRE)->Text;
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usLen = (USHORT)_MBSTOWCS( szwString,
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puchStart,
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WCHARSIN( sizeof( szwString)),
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ACHARSIN( lstrlenA( puchStart) + 1));
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if (usLen == 0)
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QuitT( IDS_ENGERR_10, szwString, NULL);
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pszwStart = szwString;
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}
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else //... Unicode message
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{
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pszwStart = (WCHAR *)(((PMRE)pMRE)->Text);
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usLen = (USHORT)lstrlen( pszwStart) /*+ 1*/;
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}
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//... We need to split the token text at \r\n
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for ( Tok.wFlag = 0;
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usLen > 0;
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usLen -= usTokTextLen, Tok.wFlag++ )
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{
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WCHAR wcTmp;
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for ( usTokTextLen = 0, wcTmp = TEXT('\0');
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usTokTextLen < usLen;
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++usTokTextLen )
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{
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if ( pszwStart[ usTokTextLen] == TEXT('\r')
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&& pszwStart[ usTokTextLen+1] == TEXT('\n') )
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{
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usTokTextLen += 2;
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wcTmp = pszwStart[ usTokTextLen];
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pszwStart[ usTokTextLen] = TEXT('\0');
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break;
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}
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}
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Tok.szText = BinToTextW( pszwStart, usTokTextLen);
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PutToken( pfTokFile, &Tok);
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RLFREE( Tok.szText);
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pszwStart += usTokTextLen;
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*pszwStart = wcTmp;
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}
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//... Set up to move to start of next msg entry
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pMRE += ((PMRE)pMRE)->Length;
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}
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else
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{
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ClearResMsg( &pResMsgData);
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QuitT( IDS_ENGERR_05, (LPTSTR)IDS_MSGTOOSHORT, NULL);
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}
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} //... END FOR processing a msg block
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} //... END FOR processing all msg blocks
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}
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//.........................................................................
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//...
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//... Clear memory created in GetResMessage()
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void ClearResMsg(
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VOID **pData) //... ptr to ptr to start of memory to free
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{
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if ( pData != NULL && *pData != NULL )
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{
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ULONG ulBlock;
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PMESSAGE_RESOURCE_DATA pMRD; //... ptr to a message data struct
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PMESSAGE_RESOURCE_BLOCK pMRB; //... ptr to a message block struct
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pMRD = (PMESSAGE_RESOURCE_DATA)*pData;
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pMRB = pMRD->Blocks;
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if ( pBlockEntries != NULL )
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{
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for ( ulBlock = 0L; ulBlock < pMRD->NumberOfBlocks; ++ulBlock )
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{
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if ( pBlockEntries[ ulBlock] )
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{
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RLFREE( pBlockEntries[ ulBlock]);
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}
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}
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RLFREE( (PBYTE)pBlockEntries);
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}
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RLFREE( *pData);
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}
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}
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