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|
#include <stdio.h>
#include <string.h>
#include "os_structs.h"
#include "rom.h"
#include "output.h"
#include "utils.h"
#include "byte_swap.h"
#include "SystemResources.h"
#include "output_resource.h"
void Output_ROM (ROMPtr pROM,
UInt32 offsetAdj,
UInt16 bShowNV,
UInt16 bShowHeap,
UInt16 bShowChunks,
UInt16 bShowDB)
{
if (! pROM)
return;
//fprintf (stdout, "ROM Offset: 0x%08lX\n", (UInt32)(pROM->pROM));
if (pROM->pCard)
{
Output_CardHeader (pROM->pCard, offsetAdj);
fflush(stdout);
}
if (pROM->pStore)
{
Output_StorageHeader (pROM->pStore, bShowNV, offsetAdj);
fflush(stdout);
}
if ((bShowHeap || bShowChunks) && pROM->pHeapList)
{
Output_HeapList (pROM->pHeapList,bShowHeap,bShowChunks,offsetAdj);
fflush(stdout);
}
if (bShowDB && pROM->pDatabaseList)
{
Output_DatabaseList(pROM, pROM->pDatabaseList, offsetAdj, 0, 0,
bShowDB);
fflush(stdout);
}
}
/*
* Output Card Info
*/
void Output_CardHeader (CardHeaderPtr pCard,
UInt32 offsetAdj)
{
fprintf (stdout, "- 0x%08lX ----- Card Header ------------------------------\n"
" Initial Stack 0x%08lX\n"
" Reset Vector 0x%08lX\n"
" Signature 0x%08lX\n"
" Header Version 0x%04X\n"
" Flags 0x%04X %s\n"
" Card Name '%s'\n"
" Card Manufacturer '%s'\n"
" Version 0x%04X\n"
" Creation Date %s [0x%08lX]\n"
" RAM Block count %-2d [0x%04X]\n"
" Block List Offset 0x%08lX\n"
" RW Params Offset 0x%08lX\n"
" RW Params Size 0x%08lX [%5.2fK]\n"
" RO Params Offset 0x%08lX\n"
" Big ROM Offset 0x%08lX\n"
" Checksum Bytes 0x%08lX [%5.2fK]\n"
" Checksum (crc16) 0x%04X\n"
" RW Working Offset 0x%08lX\n"
" RW Working Size 0x%08lX [%5.2fK]\n"
" HAL Code Offset 0x%08lX\n",
Adjust((UInt32)pCard, offsetAdj),
(pCard->initStack),
Adjust(pCard->resetVector, offsetAdj),
(pCard->signature),
(pCard->hdrVersion),
(pCard->flags),
(pCard->flags & memCardHeaderFlagRAMOnly ?
"[RAM only card]" :
(pCard->flags & memCardHeaderFlag328 ?
"[ROM Supports 68328 processor]" :
(pCard->flags & memCardHeaderFlagEZ ?
"[ROM Supports 68EZ328 processor]" :
(pCard->flags & memCardHeaderFlag230K ?
"[SmallROM supports 230Kbps]" :
"")))),
pCard->name,
pCard->manuf,
(pCard->version),
pilot_time_str(pCard->creationDate),
(pCard->creationDate),
(pCard->numRAMBlocks), (pCard->numRAMBlocks),
Adjust(pCard->blockListOffset, offsetAdj),
Adjust(pCard->readWriteParmsOffset, offsetAdj),
(pCard->readWriteParmsSize),
(pCard->readWriteParmsSize / 1024.0),
Adjust(pCard->readOnlyParmsOffset, offsetAdj),
Adjust(pCard->bigROMOffset, offsetAdj),
(pCard->checksumBytes),
(pCard->checksumBytes / 1024.0),
(pCard->checksumValue),
Adjust(pCard->readWriteWorkingOffset, offsetAdj),
(pCard->readWriteWorkingSize),
(pCard->readWriteWorkingSize / 1024.0),
pCard->halCodeOffset);
}
void Output_SysNVParams (SysNVParamsPtr pParams,
UInt32 offsetAdj)
{
fprintf (stdout, " - 0x%08lX ----- Sys NV Params --------------------------\n"
" RTC Hours 0x%08lX\n"
" RTC HoursMinSec 0x%08lX\n"
" LCD Contrast 0x%02X\n"
" LCD Brightness 0x%02X\n"
" Splash Screen Offset 0x%08lX\n"
" Hard Rst Screen Offset 0x%08lX\n"
" Locale Language 0x%04X\n"
" Locale Country 0x%04X\n"
" OEM Storage 1 0x%08lX\n"
" OEM Storage 2 0x%08lX\n",
Adjust((UInt32)pParams, offsetAdj),
pParams->rtcHours,
pParams->rtcHourMinSecCopy,
pParams->swrLCDContrastValue,
pParams->swrLCDBrightnessValue,
Adjust((UInt32)(pParams->splashScreenPtr), offsetAdj),
Adjust((UInt32)(pParams->hardResetScreenPtr), offsetAdj),
pParams->localeLanguage,
pParams->localeCountry,
Adjust(pParams->sysNVOEMStorage1, offsetAdj),
Adjust(pParams->sysNVOEMStorage2, offsetAdj));
}
void Output_StorageHeader (StorageHeaderPtr pStore,
UInt16 bShowNV,
UInt32 offsetAdj)
{
fprintf (stdout, "- 0x%08lX ----- Storage Header ---------------------------\n"
" Signature 0x%08lX\n"
" Version 0x%04X\n"
" Flags 0x%04X [%s]\n"
" Storage Name '%s'\n"
" Creation Date %s [0x%08lX]\n"
" Backup Date %s [0x%08lX]\n"
" Heap List Offset 0x%08lX\n"
" Init Code Offset 1 0x%08lX\n"
" Init Code Offset 2 0x%08lX\n"
" Database Dir ID 0x%08lX\n"
" First Heap 0x%08lX\n"
" Dynamic Heap Size 0x%08lX\n"
" First RAM block 0x%08lX\n"
" CRC 0x%08lX\n",
Adjust((UInt32)pStore, offsetAdj),
(pStore->signature),
(pStore->version),
(pStore->flags),
(pStore->flags & memStoreHeaderFlagRAMOnly ?
"RAM store" : "ROM store"),
pStore->name,
pilot_time_str(pStore->creationDate),
(pStore->creationDate),
pilot_time_str(pStore->backupDate),
(pStore->backupDate),
Adjust(pStore->heapListOffset, offsetAdj),
Adjust(pStore->initCodeOffset1, offsetAdj),
Adjust(pStore->initCodeOffset2, offsetAdj),
Adjust(pStore->databaseDirID, offsetAdj),
Adjust(pStore->rsvSpace, offsetAdj),
Adjust(pStore->dynHeapSpace, offsetAdj),
(pStore->firstRAMBlockSize),
(pStore->crc));
if (bShowNV)
{
Output_SysNVParams(&(pStore->nvParams), offsetAdj);
}
}
void Output_MemMstrPtrTable (MemMstrPtrTableUnionType* pTable,
UInt16 ver,
UInt32 offsetAdj)
{
UInt32 idex;
UInt32* pPtr;
fprintf (stdout, " - 0x%08lX ----- Master Pointer Table %d ---------------\n"
" num Entries 0x%04X\n"
" Next Table Offset 0x%08X\n",
Adjust((UInt32)pTable, offsetAdj),
ver,
memUMstrPtrTableNumEntries (pTable, ver),
(UInt16)Adjust(memUMstrPtrTableNextTblOffset(pTable, ver),
offsetAdj));
pPtr = (UInt32*)((UInt8*)pTable + memUSizeOfMstrPtrTable (ver));
for (idex = 0; idex < memUMstrPtrTableNumEntries(pTable, ver); idex++)
{
fprintf (stdout, " %3ld: 0x%08lX\n", idex, *pPtr);
pPtr++;
}
}
void Output_MemChunkHeader (MemChunkHeaderUnionType* pChunk,
UInt16 version,
UInt32 offsetAdj)
{
//fprintf (stdout, "- 0x%08lX ----- Memory Chunk Header -------------\n"
fprintf (stdout, " 0x%08lX: %c%c%c%c size=%7d [%7.2fK]-%d: %02d%-7s %d%-8s - 0x%08X\n",
Adjust((UInt32)pChunk, offsetAdj),
(memUChunkFree(pChunk,version) ? 'f' : ' '),
(memUChunkMoved(pChunk,version) ? 'm' : ' '),
(memUChunkUnused2(pChunk,version) ? '2' : ' '),
(memUChunkUnused3(pChunk,version) ? '3' : ' '),
memUChunkSize(pChunk,version),
(memUChunkSize(pChunk,version) / 1024.0),
memUChunkSizeAdj(pChunk,version),
memUChunkLockCount(pChunk,version),
(memUChunkLockCount(pChunk,version) == memPtrLockCount
? "[!move]" : ""),
memUChunkOwner(pChunk,version),
(memUChunkOwner(pChunk,version) == dmDynOwnerID
? "[Dyn]" :
(memUChunkOwner(pChunk,version) == dmMgrOwnerID
? "[Mgr]" :
(memUChunkOwner(pChunk,version) == dmRecOwnerID
? "[Rec]" :
(memUChunkOwner(pChunk,version) == dmOrphanOwnerID
? "[Orphan]" :
(memUChunkOwner(pChunk,version) == memOwnerMasterPtrTbl
? "[MPTbl]" : ""))))),
memUChunkHOffset(pChunk,version));
}
void Output_MemChunks (MemChunkHeaderUnionType* pChunk,
UInt16 version,
UInt16 bIndent,
UInt32 offsetAdj)
{
UInt32 Total = 0;
UInt32 TotalAdj = 0;
fprintf (stdout, "%s---------------- Memory Chunks ----------------------------\n",
(bIndent ? " " : ""));
while (pChunk && ! memUChunkIsTerminator(pChunk,version))
{
Total += memUChunkSize (pChunk,version);
TotalAdj += memUChunkSizeAdj(pChunk,version);
Output_MemChunkHeader(pChunk, version, offsetAdj);
if (memUChunkIsTerminator(pChunk,version))
break;
pChunk = memUChunkNext (pChunk, version);
}
fprintf (stdout, "%s-----------------------------------------------------------\n"
" : Total Size=%7ld [%7.2fK]-%ld\n",
(bIndent ? " " : ""),
Total, (Total / 1024.0),
TotalAdj);
}
void Output_MemHeapHeader (MemHeapHeaderUnionType* pHeader,
UInt16 nHeap,
UInt16 bShowHeap,
UInt16 bShowChunks,
UInt32 offsetAdj)
{
UInt16 ver = memUHeapVer(pHeader);
if (bShowHeap)
{
fprintf (stdout, " - 0x%08lX ----- Heap Header #%03d -----------------------\n"
" Flags 0x%04X [version %d%s]\n",
Adjust((UInt32)pHeader, offsetAdj),
nHeap,
memUHeapFlags(pHeader), ver,
(memUHeapFlags(pHeader) & memHeapFlagReadOnly ?
" RO" : ""));
switch (ver)
{
case 1:
fprintf (stdout, " Size 0x%04lX [%5.2fK]\n",
memUHeapSize(pHeader,ver),
memUHeapInterpSize(pHeader,ver)/1024.0);
break;
case 2:
fprintf (stdout, " Size 0x%08lX [%5.2fK]\n",
memUHeapSize(pHeader,ver),
memUHeapInterpSize(pHeader,ver)/1024.0);
break;
case 3:
case 4:
fprintf (stdout, " Size 0x%08lX [%5.2fK]\n"
" First Free Chunk 0x%08lX [0x%08lX]\n",
memUHeapSize(pHeader,ver),
memUHeapInterpSize(pHeader,ver)/1024.0,
pHeader->header.ver3.firstFreeChunkOffset,
pHeader->header.ver3.firstFreeChunkOffset * 2);
break;
}
Output_MemMstrPtrTable(memUHeapMstrPtrAddr(pHeader, ver),
memUHeapMstrPtrVer (ver), offsetAdj);
}
/*
* Output all chunks in this heap (if requested)
*/
if (bShowChunks)
{
MemChunkHeaderUnionType* pFirstChunk = memUHeapFirstChunk (pHeader,ver);
Output_MemChunks(pFirstChunk,memUChunkVer(pHeader),bShowHeap,offsetAdj);
}
}
void Output_HeapList (HeapListPtr pHeapList,
UInt16 bShowHeap,
UInt16 bShowChunks,
UInt32 offsetAdj)
{
UInt16 idex;
if (bShowHeap)
{
fprintf (stdout, "- 0x%08lX ----- Heap List --------------------------------\n"
" num Heaps 0x%04X\n",
Adjust((UInt32)pHeapList, offsetAdj),
pHeapList->numHeaps);
}
for (idex = 0; idex < pHeapList->numHeaps; idex++)
{
Output_MemHeapHeader((MemHeapHeaderUnionType*)
(pHeapList->heapOffset[idex]),
idex,
bShowHeap,
bShowChunks,
offsetAdj);
}
}
/*
* Output the given buffer as raw bytes...
*/
static
void Output_ASCII (UInt8* pData,
UInt32 nStart,
UInt32 nEnd)
{
UInt32 idex;
fprintf (stdout, " : ");
for (idex = nStart; idex < nEnd; idex++)
{
if ((pData[idex] >= ' ') && (pData[idex] <= '~'))
fprintf (stdout, "%c", pData[idex]);
else
fprintf (stdout, ".");
}
fprintf (stdout, "\n");
}
/*
* Output the given buffer as raw bytes...
*/
void Output_RawBytes (UInt8* pData,
UInt32 nBytes,
UInt32 offsetAdj,
int nIndent)
{
UInt32 idex;
// ncols addr percol col_groups
UInt32 nCols = (((78 - nIndent - 11 - 3) / 4) / 4) * 4;
UInt32 nCol = 0;
UInt32 nStart = -1;
for (idex = 0; idex < nBytes; idex++)
{
if (! (idex % nCols))
{
if (nStart != -1)
{
Output_ASCII(pData, nStart, idex);
}
fprintf (stdout, "%*s0x%08lX:",
nIndent, " ",
Adjust((UInt32)&(pData[idex]), offsetAdj));
nStart = idex;
nCol = 0;
}
fprintf (stdout, " %02X", pData[idex]);
nCol++;
}
while (nCol < nCols)
{
fprintf (stdout, " ");
nCol++;
}
if (nStart != -1)
{
Output_ASCII(pData, nStart, idex);
}
fprintf (stdout, "\n");
}
void Output_RecordEntry (ROMPtr pROM,
RecordEntryPtr pRecord,
DatabaseHdrPtr pDatabase,
UInt32 size,
UInt32 offsetAdj,
int nIndent,
UInt32 bDetail)
{
fprintf (stdout, "0x%02X 0x%02X.%02X.%02X 0x%08lX [%5ld bytes]\n",
pRecord->attributes,
pRecord->uniqueID[0],
pRecord->uniqueID[1],
pRecord->uniqueID[2],
Adjust(pRecord->localChunkID, offsetAdj),
size);
if (bDetail > DETAIL_RECORD)
{
Output_RawBytes((UInt8*)pRecord->localChunkID, size,
offsetAdj, nIndent);
}
}
void Output_RsrcEntry (ROMPtr pROM,
RsrcEntryPtr pResource,
DatabaseHdrPtr pDatabase,
UInt32 size,
UInt32 offsetAdj,
int nIndent,
UInt32 bDetail)
{
UInt32 Type = BYTE_SWAP_32(pResource->type);
fprintf (stdout, "%c%c%c%c %6d 0x%08lX [%5ld bytes]\n",
((char*)&(Type))[0],
((char*)&(Type))[1],
((char*)&(Type))[2],
((char*)&(Type))[3],
pResource->id,
Adjust(pResource->localChunkID, offsetAdj),
size);
if (bDetail == DETAIL_RECORD_RAW)
{
Output_RawBytes((UInt8*)pResource->localChunkID, size,
offsetAdj, nIndent+7);
}
else if (bDetail > DETAIL_RECORD)
{
/* Output a bit of information about this resouce */
Interpret_Resource(pROM, pResource, pDatabase,
size, offsetAdj, nIndent, bDetail);
}
}
/*
* Output a record list. This may be a list of resources, records,
* or database headers depending upon 'lType':
* RL_RESOURCES (0) - Resources
* RL_RECORDS (1) - Records
*/
void Output_RecordList (ROMPtr pROM,
DatabaseHdrPtr pDatabase,
UInt32 highAddr,
RecordListPtr pRecordList,
UInt32 offsetAdj,
UInt16 lType,
UInt16 bDetail)
{
UInt32 idex;
UInt8* pItem = (UInt8*)(&(pRecordList->firstEntry));
UInt32 ItemBytes;
char* pLabel;
char Header[256];
//char* pIndent = " ";
int nIndent = 9;
switch (lType)
{
case RL_RESOURCES:
pLabel = "Resource";
ItemBytes = sizeof(RsrcEntryType);
sprintf (Header, "%-3s: %-10s %-4s: %-4s %-6s %-10s",
"idx", "offset", "size", "type", "id", "Chunk ID");
break;
case RL_RECORDS:
pLabel = "Record";
ItemBytes = sizeof(RecordEntryType);
sprintf (Header, "%-3s: %-10s %-4s: %-4s %-10s %-10s",
"idx", "offset", "size", "attr", "Unique ID", "Chunk ID");
break;
}
fprintf (stdout, "%*s%d %s%s [next 0x%08lX]\n",
nIndent, " ",
pRecordList->numRecords, pLabel,
(pRecordList->numRecords == 1 ? "" : "s"),
Adjust(pRecordList->nextRecordListID, offsetAdj));
fprintf (stdout, "%*s %s\n", nIndent, " ", Header);
for (idex = 0; idex < pRecordList->numRecords; idex++)
{
UInt32 nBytes;
fprintf (stdout, "%*s %3ld: 0x%08lX %4ld: ",
nIndent, " ",
idex,
Adjust((UInt32)pItem, offsetAdj), ItemBytes);
nBytes = SizeOfRecordContents (pROM, highAddr, pRecordList, lType, idex);
switch (lType)
{
case RL_RESOURCES: // Resource
Output_RsrcEntry(pROM, (RsrcEntryPtr)pItem, pDatabase,
nBytes, offsetAdj, nIndent, bDetail);
break;
case RL_RECORDS: // Record
Output_RecordEntry(pROM, (RecordEntryPtr)pItem, pDatabase,
nBytes, offsetAdj, nIndent, bDetail);
break;
}
pItem += ItemBytes;
}
}
/*
* Relocate a database list.
*/
void Output_DatabaseList (ROMPtr pROM,
DatabaseListPtr pList,
UInt32 offsetAdj,
UInt16 bBrief,
UInt16 bNoLabel,
UInt16 bDetail)
{
UInt32 idex;
if (bBrief)
{
fprintf (stdout, " %d Database%s [next 0x%08lX]\n",
pList->numDatabases,
(pList->numDatabases == 1 ? "" : "s"),
Adjust(pList->nextRecordListID, offsetAdj));
}
else
{
if (! bNoLabel)
fprintf (stdout, "- 0x%08lX ----- Database List ---------------------------\n",
Adjust((UInt32)pList, offsetAdj));
fprintf (stdout, " Next Database ID 0x%08lX\n"
" num Databases %d [0x%04X]\n",
Adjust(pList->nextRecordListID, offsetAdj),
pList->numDatabases,
pList->numDatabases);
}
fprintf (stdout, "%s %-3s: %-10s %-6s: %-4s.%-4s %-3s %-11s %s\n",
(bBrief ? " " : ""),
"idx", "offset", "size", "type", "ctor", "ver", "attributes",
"name");
for (idex = 0; idex < pList->numDatabases; idex++)
{
DatabaseHdrPtr pDB = pROM->pSortedDBList[idex];
UInt32 ItemIdex = LocateItemIdex((void**)pList->databaseOffset,
(void*)pDB,
pList->numDatabases,
sizeof(pDB));
if (ItemIdex >= pList->numDatabases)
{
pDB = (DatabaseHdrPtr)(pList->databaseOffset[idex]);
ItemIdex = idex;
}
fprintf (stdout, "%s %3ld: 0x%08lX %6d: ",
(bBrief ? " " : ""),
ItemIdex,
Adjust((UInt32)pDB, offsetAdj),
DBTotalSize (pROM, pDB));
Output_DatabaseHdr(pROM, 0, pDB, offsetAdj, 1, bDetail);
}
}
void Output_DatabaseHdr (ROMPtr pROM,
UInt32 highAddr,
DatabaseHdrPtr pDatabase,
UInt32 offsetAdj,
UInt16 bBrief,
UInt16 bDetail)
{
if (bBrief)
{
UInt32 Type = BYTE_SWAP_32(pDatabase->type);
UInt32 Ctor = BYTE_SWAP_32(pDatabase->creator);
fprintf (stdout, "%c%c%c%c.%c%c%c%c %3d [%c%c%c%c%c%c%c%c%c%c%c] '%s'\n",
((char*)&(Type))[0],
((char*)&(Type))[1],
((char*)&(Type))[2],
((char*)&(Type))[3],
((char*)&(Ctor))[0],
((char*)&(Ctor))[1],
((char*)&(Ctor))[2],
((char*)&(Ctor))[3],
pDatabase->version,
(pDatabase->attributes & dmHdrAttrResDB
? 'R' : 'r'),
(pDatabase->attributes & dmHdrAttrReadOnly
? 'R' : 'W'),
(pDatabase->attributes & dmHdrAttrAppInfoDirty
? 'D' : '.'),
(pDatabase->attributes & dmHdrAttrBackup
? 'b' : '.'),
(pDatabase->attributes & dmHdrAttrOKToInstallNewer
? 'i' : '.'),
(pDatabase->attributes & dmHdrAttrResetAfterInstall
? 'r' : '.'),
(pDatabase->attributes & dmHdrAttrCopyPrevention
? '@' : '.'),
(pDatabase->attributes & dmHdrAttrStream
? 's' : '.'),
(pDatabase->attributes & dmHdrAttrHidden
? 'h' : '.'),
(pDatabase->attributes & dmHdrAttrLaunchableData
? 'x' : '.'),
(pDatabase->attributes & dmHdrAttrOpen
? 'o' : '.'),
pDatabase->name);
if (bDetail > DETAIL_HEADER)
Output_RecordList(pROM, pDatabase,
highAddr, &(pDatabase->recordList),offsetAdj,
IsResource(pDatabase) ? RL_RESOURCES : RL_RECORDS,
bDetail);
}
else
{
UInt32 Type = BYTE_SWAP_32(pDatabase->type);
UInt32 Ctor = BYTE_SWAP_32(pDatabase->creator);
fprintf (stdout, "- 0x%08lX ----- Database Header --------------------------\n"
" Name '%s'\n"
" Attributes 0x%04X [%c%c%c%c%c%c%c%c%c%c%c]\n"
" Version 0x%04X\n"
" Date Created %s [0x%08lX]\n"
" Date Modified %s [0x%08lX]\n"
" Date Last Backup %s [0x%08lX]\n"
" Modification Number 0x%08lX\n"
" Application Info ID 0x%08lX\n"
" Sort Info ID 0x%08lX\n"
" Database Type %c%c%c%c\n"
" Database Creator %c%c%c%c\n"
" Unique ID Seed 0x%08lX\n",
Adjust((UInt32)pDatabase, offsetAdj),
pDatabase->name,
pDatabase->attributes,
(pDatabase->attributes & dmHdrAttrResDB
? 'R' : 'r'),
(pDatabase->attributes & dmHdrAttrReadOnly
? 'R' : 'W'),
(pDatabase->attributes & dmHdrAttrAppInfoDirty
? 'D' : '.'),
(pDatabase->attributes & dmHdrAttrBackup
? 'b' : '.'),
(pDatabase->attributes & dmHdrAttrOKToInstallNewer
? 'i' : '.'),
(pDatabase->attributes & dmHdrAttrResetAfterInstall
? 'r' : '.'),
(pDatabase->attributes & dmHdrAttrCopyPrevention
? '@' : '.'),
(pDatabase->attributes & dmHdrAttrStream
? 's' : '.'),
(pDatabase->attributes & dmHdrAttrHidden
? 'h' : '.'),
(pDatabase->attributes & dmHdrAttrLaunchableData
? 'x' : '.'),
(pDatabase->attributes & dmHdrAttrOpen
? 'o' : '.'),
pDatabase->version,
pilot_time_str(pDatabase->creationDate),
pDatabase->creationDate,
pilot_time_str(pDatabase->modificationDate),
pDatabase->modificationDate,
pilot_time_str(pDatabase->lastBackupDate),
pDatabase->lastBackupDate,
pDatabase->modificationNumber,
pDatabase->appInfoID,
pDatabase->sortInfoID,
((char*)&(Type))[0],
((char*)&(Type))[1],
((char*)&(Type))[2],
((char*)&(Type))[3],
((char*)&(Ctor))[0],
((char*)&(Ctor))[1],
((char*)&(Ctor))[2],
((char*)&(Ctor))[3],
pDatabase->uniqueIDSeed);
if (bDetail > DETAIL_HEADER)
Output_RecordList(pROM, pDatabase,
highAddr, &(pDatabase->recordList),offsetAdj,
IsResource(pDatabase) ? RL_RESOURCES : RL_RECORDS,
bDetail);
}
}
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