CFileIndex CIndexTreeBlockFile::LoadRootFileIndex(char* szRootFileName)
{
CFileBasic cFileBasic;
CDiskFile cDiskFile;
CFileUtil cFileUtil;
CFileIndex cIndex;
filePos iSize;
iSize = cFileUtil.Size(szRootFileName);
if (iSize != -1)
{
if (iSize == sizeof(CFileIndex))
{
cDiskFile.Init(szRootFileName);
cFileBasic.Init(&cDiskFile);
cFileBasic.Open(EFM_Read);
cFileBasic.Read(&cIndex, 0, sizeof(CFileIndex));
cFileBasic.Close();
cFileBasic.Kill();
cDiskFile.Kill();
return cIndex;
}
else
{
gcLogger.Error2(__METHOD__, "Index Root file size [", LongLongToString(iSize), "] is incorrect. Should be SizeOf(CFileIndex).", NULL);
cIndex.Init();
return cIndex;
}
}
else
{
cIndex.Init();
return cIndex;
}
}
VOID
DumpAfdConnection(
PAFD_CONNECTION Connection,
DWORD ActualAddress
)
/*++
Routine Description:
Dumps the specified AFD_CONNECTION structures.
Arguments:
Connection - Points to the AFD_CONNECTION structure to dump.
ActualAddress - The actual address where the structure resides on the
debugee.
Return Value:
None.
--*/
{
UCHAR address[MAX_TRANSPORT_ADDR];
ULONG result;
dprintf(
"AFD_CONNECTION @ %08lx:\n",
ActualAddress
);
dprintf(
" Type = %04X (%s)\n",
Connection->Type,
StructureTypeToString( Connection->Type )
);
dprintf(
" ReferenceCount = %d\n",
Connection->ReferenceCount
);
dprintf(
" State = %08X (%s)\n",
Connection->State,
ConnectionStateToString( Connection->State )
);
dprintf(
" Handle = %08lx\n",
Connection->Handle
);
dprintf(
" FileObject = %08lx\n",
Connection->FileObject
);
dprintf(
" ConnectTime = %s\n",
SystemTimeToString( Connection->ConnectTime )
);
if( Connection->TdiBufferring )
{
dprintf(
" ReceiveBytesIndicated = %s\n",
LongLongToString( Connection->Common.Bufferring.ReceiveBytesIndicated.QuadPart )
);
dprintf(
" ReceiveBytesTaken = %s\n",
LongLongToString( Connection->Common.Bufferring.ReceiveBytesTaken.QuadPart )
);
dprintf(
" ReceiveBytesOutstanding = %s\n",
LongLongToString( Connection->Common.Bufferring.ReceiveBytesOutstanding.QuadPart )
);
dprintf(
" ReceiveExpeditedBytesIndicated = %s\n",
LongLongToString( Connection->Common.Bufferring.ReceiveExpeditedBytesIndicated.QuadPart )
);
dprintf(
" ReceiveExpeditedBytesTaken = %s\n",
LongLongToString( Connection->Common.Bufferring.ReceiveExpeditedBytesTaken.QuadPart )
);
dprintf(
" ReceiveExpeditedBytesOutstanding = %s\n",
LongLongToString( Connection->Common.Bufferring.ReceiveExpeditedBytesOutstanding.QuadPart )
);
dprintf(
" NonBlockingSendPossible = %s\n",
BooleanToString( Connection->Common.Bufferring.NonBlockingSendPossible )
);
dprintf(
" ZeroByteReceiveIndicated = %s\n",
BooleanToString( Connection->Common.Bufferring.ZeroByteReceiveIndicated )
);
}
else
{
if( IS_LIST_EMPTY(
ActualAddress,
Connection,
Common.NonBufferring.ReceiveIrpListHead ) ) {
dprintf(
" ReceiveIrpListHead = EMPTY\n"
);
} else {
dprintf(
" ReceiveIrpListHead @ %08lx\n",
ACTUAL_ADDRESS(
ActualAddress,
Connection,
Common.NonBufferring.ReceiveIrpListHead
)
);
}
if( IS_LIST_EMPTY(
ActualAddress,
Connection,
Common.NonBufferring.ReceiveBufferListHead ) ) {
dprintf(
" ReceiveBufferListHead = EMPTY\n"
);
} else {
dprintf(
" ReceiveBufferListHead @ %08lx\n",
ACTUAL_ADDRESS(
ActualAddress,
Connection,
Common.NonBufferring.ReceiveBufferListHead
)
);
}
if( IS_LIST_EMPTY(
ActualAddress,
Connection,
Common.NonBufferring.SendIrpListHead ) ) {
dprintf(
" SendIrpListHead = EMPTY\n"
);
} else {
dprintf(
" SendIrpListHead @ %08lx\n",
ACTUAL_ADDRESS(
ActualAddress,
Connection,
Common.NonBufferring.SendIrpListHead
)
);
}
dprintf(
" BufferredReceiveBytes = %lu\n",
Connection->Common.NonBufferring.BufferredReceiveBytes
);
dprintf(
" BufferredExpeditedBytes = %lu\n",
Connection->Common.NonBufferring.BufferredExpeditedBytes
);
dprintf(
" BufferredReceiveCount = %u\n",
Connection->Common.NonBufferring.BufferredReceiveCount
);
dprintf(
" BufferredExpeditedCount = %u\n",
Connection->Common.NonBufferring.BufferredExpeditedCount
);
dprintf(
" ReceiveBytesInTransport = %lu\n",
Connection->Common.NonBufferring.ReceiveBytesInTransport
);
dprintf(
" BufferredSendBytes = %lu\n",
Connection->Common.NonBufferring.BufferredSendBytes
);
dprintf(
" ReceiveCountInTransport = %u\n",
Connection->Common.NonBufferring.ReceiveCountInTransport
);
dprintf(
" BufferredSendCount = %u\n",
Connection->Common.NonBufferring.BufferredSendCount
);
dprintf(
" DisconnectIrp = %08lx\n",
Connection->Common.NonBufferring.DisconnectIrp
);
}
dprintf(
" Endpoint = %08lx\n",
Connection->Endpoint
);
dprintf(
" MaxBufferredReceiveBytes = %lu\n",
Connection->MaxBufferredReceiveBytes
);
dprintf(
" MaxBufferredSendBytes = %lu\n",
Connection->MaxBufferredSendBytes
);
dprintf(
" MaxBufferredReceiveCount = %u\n",
Connection->MaxBufferredReceiveCount
);
dprintf(
" MaxBufferredSendCount = %u\n",
Connection->MaxBufferredSendCount
);
dprintf(
" ConnectDataBuffers = %08lx\n",
Connection->ConnectDataBuffers
);
dprintf(
" OwningProcess = %08lx\n",
Connection->OwningProcess
);
dprintf(
" DeviceObject = %08lx\n",
Connection->DeviceObject
);
dprintf(
" RemoteAddress = %08lx\n",
Connection->RemoteAddress
);
dprintf(
" RemoteAddressLength = %lu\n",
Connection->RemoteAddressLength
);
if( Connection->RemoteAddressLength <= sizeof(address) &&
Connection->RemoteAddress != NULL ) {
if( ReadMemory(
(DWORD)Connection->RemoteAddress,
address,
sizeof(address),
&result
) ) {
DumpTransportAddress(
" ",
(PTRANSPORT_ADDRESS)address,
(DWORD)Connection->RemoteAddress
);
}
}
dprintf(
" DisconnectIndicated = %s\n",
BooleanToString( Connection->DisconnectIndicated )
);
dprintf(
" AbortIndicated = %s\n",
BooleanToString( Connection->AbortIndicated )
);
dprintf(
" TdiBufferring = %s\n",
BooleanToString( Connection->TdiBufferring )
);
dprintf(
" ConnectedReferenceAdded = %s\n",
BooleanToString( Connection->ConnectedReferenceAdded )
);
dprintf(
" SpecialCondition = %s\n",
BooleanToString( Connection->SpecialCondition )
);
dprintf(
" CleanupBegun = %s\n",
BooleanToString( Connection->CleanupBegun )
);
dprintf(
" ClosePendedTransmit = %s\n",
BooleanToString( Connection->ClosePendedTransmit )
);
if( IsCheckedAfd ) {
dprintf(
" CurrentReferenceSlot = %lu\n",
Connection->CurrentReferenceSlot % MAX_REFERENCE
);
dprintf(
" ReferenceDebug = %08lx\n",
ACTUAL_ADDRESS(
ActualAddress,
Connection,
ReferenceDebug
)
);
}
dprintf( "\n" );
} // DumpAfdConnection
VOID
DumpAfdTransmitInfo(
PAFD_TRANSMIT_FILE_INFO_INTERNAL TransmitInfo,
DWORD ActualAddress
)
{
dprintf(
"AFD_TRANSMIT_FILE_INFO_INTERNAL @ %08lx\n",
ActualAddress
);
dprintf(
" Offset = %s\n",
LongLongToString( TransmitInfo->Offset )
);
dprintf(
" FileWriteLength = %s\n",
LongLongToString( TransmitInfo->FileWriteLength )
);
dprintf(
" SendPacketLength = %08lx\n",
TransmitInfo->SendPacketLength
);
dprintf(
" FileHandle = %08lx\n",
TransmitInfo->FileHandle
);
dprintf(
" Head = %08lx\n",
TransmitInfo->Head
);
dprintf(
" HeadLength = %08lx\n",
TransmitInfo->HeadLength
);
dprintf(
" Tail = %08lx\n",
TransmitInfo->Tail
);
dprintf(
" TailLength = %08lx\n",
TransmitInfo->TailLength
);
dprintf(
" Flags = %08lx\n",
TransmitInfo->Flags
);
dprintf(
" _Dummy = %08lx\n",
TransmitInfo->_Dummy
);
dprintf(
" TotalBytesToSend = %s\n",
LongLongToString( TransmitInfo->TotalBytesToSend )
);
dprintf(
" BytesRead = %s\n",
LongLongToString( TransmitInfo->BytesRead )
);
dprintf(
" BytesSent = %s\n",
LongLongToString( TransmitInfo->BytesSent )
);
dprintf(
" FileObject = %08lx\n",
TransmitInfo->FileObject
);
dprintf(
" DeviceObject = %08lx\n",
TransmitInfo->DeviceObject
);
dprintf(
" TdiFileObject = %08lx\n",
TransmitInfo->TdiFileObject
);
dprintf(
" TdiDeviceObject = %08lx\n",
TransmitInfo->TdiDeviceObject
);
dprintf(
" TransmitIrp = %08lx\n",
TransmitInfo->TransmitIrp
);
dprintf(
" Endpoint = %08lx\n",
TransmitInfo->Endpoint
);
dprintf(
" FileMdl = %08lx\n",
TransmitInfo->FileMdl
);
dprintf(
" HeadMdl = %08lx\n",
TransmitInfo->HeadMdl
);
dprintf(
" TailMdl = %08lx\n",
TransmitInfo->TailMdl
);
dprintf(
" FirstFileMdlAfterHead = %08lx\n",
TransmitInfo->FirstFileMdlAfterHead
);
dprintf(
" LastFileMdlBeforeTail = %08lx\n",
TransmitInfo->LastFileMdlBeforeTail
);
dprintf(
" IrpUsedTOSendTail = %08lx\n",
TransmitInfo->IrpUsedToSendTail
);
dprintf(
" FileMdlLength = %08lx\n",
TransmitInfo->FileMdlLength
);
dprintf(
" ReadPending = %s\n",
BooleanToString( TransmitInfo->ReadPending )
);
dprintf(
" CompletionPending = %s\n",
BooleanToString( TransmitInfo->CompletionPending )
);
dprintf(
" NeedToSendHead = %s\n",
BooleanToString( TransmitInfo->NeedToSendHead )
);
dprintf(
" Queued = %s\n",
BooleanToString( TransmitInfo->Queued )
);
dprintf(
" Read.Irp = %08lx%s\n",
TransmitInfo->Read.Irp,
IsTransmitIrpBusy( TransmitInfo->Read.Irp )
? " (BUSY)"
: ""
);
dprintf(
" Read.AfdBuffer = %08lx\n",
TransmitInfo->Read.AfdBuffer
);
dprintf(
" Read.Length = %08lx\n",
TransmitInfo->Read.Length
);
dprintf(
" Send1.Irp = %08lx%s\n",
TransmitInfo->Send1.Irp,
IsTransmitIrpBusy( TransmitInfo->Send1.Irp )
? " (BUSY)"
: ""
);
dprintf(
" Send1.AfdBuffer = %08lx\n",
TransmitInfo->Send1.AfdBuffer
);
dprintf(
" Send1.Length = %08lx\n",
TransmitInfo->Send1.Length
);
dprintf(
" Send2.Irp = %08lx%s\n",
TransmitInfo->Send2.Irp,
IsTransmitIrpBusy( TransmitInfo->Send2.Irp )
? " (BUSY)"
: ""
);
dprintf(
" Send2.AfdBuffer = %08lx\n",
TransmitInfo->Send2.AfdBuffer
);
dprintf(
" Send2.Length = %08lx\n",
TransmitInfo->Send2.Length
);
dprintf( "\n" );
} // DumpAfdTransmitInfo
PSTR
SystemTimeToString(
LONGLONG Value
)
/*++
Routine Description:
Maps a LONGLONG representing system time to a displayable string.
Arguments:
Value - The LONGLONG time to map.
Return Value:
PSTR - Points to the displayable form of the system time.
Notes:
This routine is NOT multithread safe!
--*/
{
static char buffer[64];
NTSTATUS status;
LARGE_INTEGER systemTime;
LARGE_INTEGER localTime;
TIME_FIELDS timeFields;
systemTime.QuadPart = Value;
status = RtlSystemTimeToLocalTime( &systemTime, &localTime );
if( !NT_SUCCESS(status) ) {
return LongLongToString( Value );
}
RtlTimeToTimeFields( &localTime, &timeFields );
sprintf(
buffer,
"%s %s %2d %4d %02d:%02d:%02d.%03d",
WeekdayNames[timeFields.Weekday],
MonthNames[timeFields.Month],
timeFields.Day,
timeFields.Year,
timeFields.Hour,
timeFields.Minute,
timeFields.Second,
timeFields.Milliseconds
);
return buffer;
} // SystemTimeToString
char* IndexToString(OIndex oi)
{
return LongLongToString(oi);
}
