It is not the fault. You have 4 internal drives with number 0 to 3. The external drives take 4 and 5. So, "\\.\PhysicalDrive2" is reffering to one of the internal drives but the above code looks for extrenal drives only. I will post the completed code as soon as it gets completed.IdeasVacuum wrote:Well here is some news - since running your code CreateFile_("\\.\PhysicalDrive2" etc, the OS cannot 'see' the Expansion drive, even after a re-boot. I didn't realise until my back-up failed because that is what the drive is for.
retrieve harddisk`s modell,serial,firmware (Windows only)
-
doctorized
- Addict
- Posts: 856
- Joined: Fri Mar 27, 2009 9:41 am
- Location: Athens, Greece
Re: retrieve harddisk`s modell,serial,firmware (Windows only
-
doctorized
- Addict
- Posts: 856
- Joined: Fri Mar 27, 2009 9:41 am
- Location: Athens, Greece
Re: retrieve harddisk`s modell,serial,firmware (Windows only
My new code is here: https://arahiotis.sites.sch.gr/HDDInfo.rar
It must be currect with HDD drives. It is not excactly correct for flash drives. My Card Reader is detected fine but flash drives need more work.
PS: Fred, do not say a word! I posted rar file as the code is 99% completed. When it reaches 100% I will post it as text.
It must be currect with HDD drives. It is not excactly correct for flash drives. My Card Reader is detected fine but flash drives need more work.
PS: Fred, do not say a word! I posted rar file as the code is 99% completed. When it reaches 100% I will post it as text.
Last edited by doctorized on Tue Nov 22, 2022 10:42 am, edited 1 time in total.
Re: retrieve harddisk`s modell,serial,firmware (Windows only
Hello,
very interesting you script. There is a way to record all infos in a file?
very interesting you script. There is a way to record all infos in a file?
-
doctorized
- Addict
- Posts: 856
- Joined: Fri Mar 27, 2009 9:41 am
- Location: Athens, Greece
Re: retrieve harddisk`s modell,serial,firmware (Windows only
That's the easiest thing. I added this feature to my initial code.ricky wrote:There is a way to record all infos in a file?
Code: Select all
IncludeFile "HDD_Families.pb"
Enumeration
#Controller_SAT = 1
#Controller_SUNPLUS
#Controller_IO_DATA
#Controller_LOGITEC
#Controller_JMICRON
#Controller_CYPRESS
EndEnumeration
Enumeration
#BusTypeUnknown
#BusTypeScsi
#BusTypeAtapi
#BusTypeAta
#BusType1394
#BusTypeSsa
#BusTypeFibre
#BusTypeUsb
#BusTypeRAID
#BusTypeMaxReserved = $7F
EndEnumeration
Structure STORAGE_PROPERTY_QUERY
PropertyId.l;STORAGE_PROPERTY_ID
QueryType.l;STORAGE_QUERY_TYPE
AdditionalParameters.l
EndStructure
Structure STORAGE_DEVICE_DESCRIPTOR
Version.l
Size.l; As Long
DeviceType.a; As Byte
DeviceTypeModifier.a; As Byte
RemovableMedia.a; As Byte
CommandQueueing.a; As Byte
VendorIdOffset.l; As Long
ProductIdOffset.l; As Long
ProductRevisionOffset.l; As Long
SerialNumberOffset.l; As Long
BusType.w; As Integer
RawPropertiesLength.l; As Long
RawDeviceProperties.a; As Byte
Reserved.a[1024]
EndStructure
Structure DeviceData
GeneralConfiguration.w; ; 0
LogicalCylinders.w; ; 1 Obsolete
SpecificConfiguration.w; ; 2
LogicalHeads.w; ; 3 Obsolete
Retired1.w[2]; ; 4-5
LogicalSectors.w; ; 6 Obsolete
ReservedForCompactFlash.l; ; 7-8
Retired2.w; ; 9
SerialNumber.a[20]; ; 10-19
Retired3.w; ; 20
BufferSize.w; ; 21 Obsolete
ECCSize.w; ; 22
FirmwareRev.a[8]; ; 23-26
ModelNumber.a[40]; ; 27-46
MaxNumPerInterupt.w; ; 47
Reserved1.w; ; 48
Capabilities1.w; ; 49
Capabilities2.w; ; 50
Obsolute5.l; ; 51-52
Field88and7064.w; ; 53
Obsolute6.w[5]; ; 54-58
MultSectorStuff.w; ; 59
TotalAddressableSectors.l; ; 60-61
Obsolute7.w; ; 62
MultiWordDma.w; ; 63
PioMode.w; ; 64
MinMultiwordDmaCycleTime.w; ; 65
RecommendedMultiwordDmaCycleTime.w; ; 66
MinPioCycleTimewoFlowCtrl.w; ; 67
MinPioCycleTimeWithFlowCtrl.w; ; 68
Reserved2.w[6]; ; 69-74
QueueDepth.w; ; 75
SerialAtaCapabilities.w; ; 76
ReservedForFutureSerialAta.w; ; 77
SerialAtaFeaturesSupported.w; ; 78
SerialAtaFeaturesEnabled.w; ; 79
MajorVersion.w; ; 80
MinorVersion.w; ; 81
CommandSetSupported1.w; ; 82
CommandSetSupported2.w; ; 83
CommandSetSupported3.w; ; 84
CommandSetEnabled1.w; ; 85
CommandSetEnabled2.w; ; 86
CommandSetDefault.w; ; 87
UltraDmaMode.w; ; 88
TimeReqForSecurityErase.w; ; 89
TimeReqForEnhancedSecure.w; ; 90
CurrentPowerManagement.w; ; 91
MasterPasswordRevision.w; ; 92
HardwareResetResult.w; ; 93
Acoustricmanagement.w; ; 94
StreamMinRequestSize.w; ; 95
StreamingTimeDma.w; ; 96
StreamingAccessLatency.w; ; 97
StreamingPerformance.l; ; 98-99
MaxUserLba.q; ; 100-103
StremingTimePio.w; ; 104
Reserved3.w; ; 105
SectorSize.w; ; 106
InterSeekDelay.w; ; 107
IeeeOui.w; ; 108
UniqueId3.w; ; 109
UniqueId2.w; ; 110
UniqueId1.w; ; 111
Reserved4.w[4]; ; 112-115
Reserved5.w; ; 116
WordsPerLogicalSector.l; ; 117-118
Reserved6.w[8]; ; 119-126
RemovableMediaStatus.w; ; 127
SecurityStatus.w; ; 128
VendorSpecific.w[31]; ; 129-159
CfaPowerMode1.w; ; 160
Reserved7.w[7]; ; 161-167
DeviceNominalFormFactor.w; ; 168
DataSetManagement.w; ; 169
AdditionalProductIdentifier.w[4] ; 170-173
ReservedForCompactFlashAssociation.w[2]; 174-175
CurrentMediaSerialNo.a[60]; ; 176-205
SctCommandTransport.w; ; 206 254
ReservedForCeAta1.w[2]; ; 207-208
AlignmentOfLogicalBlocks.w; ; 209
WriteReadVerifySectorCountMode3.l; ; 210-211
WriteReadVerifySectorCountMode2.l; ; 212-213
NvCacheCapabilities.w; ; 214
NvCacheSizeLogicalBlocks.l; ; 215-216
NominalMediaRotationRate.w; ; 217
Reserved8.w; ; 218
NvCacheOptions1.w; ; 219
NvCacheOptions2.w; ; 220
Reserved9.w; ; 221
TransportMajorVersionNumber.w; ; 222
TransportMinorVersionNumber.w; ; 223
ReservedForCeAta2.w[10]; ; 224-233
MinimumBlocksPerDownloadMicrocode.w; ; 234
MaximumBlocksPerDownloadMicrocode.w; ; 235
Reserved10.w[19]; ; 236-254
IntegrityWord.w; ; 255
EndStructure
Structure IDEREGS
bFeaturesReg.a
bSectorCountReg.a
bSectorNumberReg.a
bCylLowReg.a
bCylHighReg.a
bDriveHeadReg.a
bCommandReg.a
bReserved.a
EndStructure
Structure SENDCMDINPARAMS
cBufferSize.l
irDriveRegs.IDEREGS
bDriveNumber.a
bReserved.a[3]
dwReserved.l[4]
EndStructure
Structure DRIVERSTATUS
bDriveError.a
bIDEStatus.a
bReserved.a[2]
dwReserved.l[2]
EndStructure
Structure SENDCMDOUTPARAMS
cBufferSize.l
DStatus.DRIVERSTATUS
bBuffer.a[512]
EndStructure
Structure SupportedFlags
SMART.s
LBA48.s
AAM.s
PM.s
APM.s
NCQ.s
TCQ.s
PUIS.s
DCO.s
SETMAX.s
NVCache.s
TRIM.s
SCT.s
UDMA.s
IORDY.s
CFA.s
PIO.s
MWDMA.s
SSD.s
SecMode.s
DMicro.s
EndStructure
Structure SRB_IO_CONTROL
HeaderLength.l
Signature.a[8]
Timeout.l
ControlCode.l
ReturnCode.l
Length.l
EndStructure
Structure AttrData
AttrID.a
AttrName.s
AttrValue.a
AttrWorstValue.a
AttrThreshold.a
AttrRaw.q
StatusFlags.w
EndStructure
Structure DriveInfo
SerialNumber.s
Model.s
Family.s
FirmWare.s
BufferSize.s
ECCBytes.s
LBASectors.s
CurTransferMode.s
MaxTransferMode.s
InterfaceType.s
Standard.s
RotationRate.s
Flags.SupportedFlags
NumAttributes.l
Attributes.AttrData[31]
Temperature.s
HoursOn.s
CountsOn.s
TheoriticalCapacity.s
RealCapacity.s
DiskStatus.s
PartitionCount.s
EndStructure
Structure PARTITION_INFORMATION
StartingOffset.q
PartitionLength.q
HiddenSectors.l
PartitionNumber.l
PartitionType.b
BootIndicator.b;bool
RecognizedPartition.b;bool
RewritePartition.b;bool
dummy.l
EndStructure
Structure DRIVE_LAYOUT_INFORMATION
PartitionCount.l
Signature.l
PartitionEntry.PARTITION_INFORMATION[50]
EndStructure
Structure t_SPTD
Length.w ; data len
ScsiStatus.a ; SCSI Status
PathId.a ; Bus Number
TargetId.a ; Target
Lun.a ; Logical Unit Number
CdbLength.a ; CDB (Command Descriptor Block)
SenseInfoLength.a ; Sense Info len
DataIn.a ; data direction
padding0.a[3]
DataTransferLength.l ; data transfer length
TimeOutValue.i ; command timeout
DataBufferOffset.i ; Pointer to the data buffer
SenseInfoOffset.l ; Sense Info Offset
Cdb.a[16] ; Command Descriptor Block
CompilerIf #PB_Compiler_Processor = #PB_Processor_x64
Fill.a[4] ;
CompilerEndIf
EndStructure
Structure t_SCSI_PASS_THROUGH_DIRECT_WITH_BUFFER
spt.t_SPTD ; SPTD structure
SenseBuffer.a[32] ; Debugging-Info from the drive
DataBuffer.a[512]
EndStructure
#DFP_RECEIVE_DRIVE_DATA = $7C088
#DFP_SEND_DRIVE_COMMAND = $7C084
#IOCTL_SCSI_MINIPORT = $4D008
#IOCTL_SCSI_MINIPORT_ENABLE_SMART = $1B0504
#SCSI_MINIPORT_BUFFER_SIZE = 512
Global idsec.DeviceData
Global Dim di.DriveInfo(10)
Global hdh.i, USB_Drive.l
Global HDDCount.l = -1
Global ATAVersion.l;, pswb.t_SCSI_PASS_THROUGH_DIRECT_WITH_BUFFER, OL.OVERLAPPED
Global bin.SENDCMDINPARAMS
Global bout.SENDCMDOUTPARAMS
Global Dim cmd.a(16);command bytes 0-15 and byte 16 is length.
Procedure.s ChangeHighLowByte(Instring.s)
;Change BIG-Little Endian
sdummy.s=""
L=Len(Instring)
For I=1 To L Step 2
If (I+1)<=L
sdummy = sdummy + Mid(Instring,I+1,1)+Mid(Instring,I,1)
EndIf
Next I
ProcedureReturn sdummy
EndProcedure
Declare ReadAttributes(CurrentDrive.l, SCSITargetID.l)
Declare ReadThresholds(CurrentDrive.l, SCSITargetID.l)
Procedure.s FormatByteSize(n.q)
Protected s.s=Str(n)
Protected len=Len(s)
Protected ret.s
For i=0 To len-1
If i And Not i%3 : ret="." + ret : EndIf; "." is the greek symbol for separating thousands. Use your own.
ret= Mid(s,len-i,1) +ret
Next
ProcedureReturn ret
EndProcedure
Procedure.s c2str(num.d, demical.l=0)
;This procedure is used to change the english "." demical separator to the greek ",".
;Use yor own symbol if you want.
ProcedureReturn ReplaceString(StrD(num,demical), ".", ",")
EndProcedure
Procedure OpenSmart(CurrentDrive.l, SCSIPort.l)
If CurrentDrive >= 0; ATA
Select OSVersion()
Case #PB_OS_Windows_95, #PB_OS_Windows_98, #PB_OS_Windows_ME
hdh = CreateFile_("\\.\SMARTVSD.VXD", 0, 0, 0, #CREATE_NEW, 0, 0)
Default
hdh = CreateFile_("\\.\PhysicalDrive" + Str(CurrentDrive),#GENERIC_READ | #GENERIC_WRITE, #FILE_SHARE_READ | #FILE_SHARE_WRITE,0, #OPEN_EXISTING, 0, 0)
EndSelect
Else; SCSI
hdh = CreateFile_("\\.\Scsi" + Str(SCSIPort) + ":", #GENERIC_READ | #GENERIC_WRITE, #FILE_SHARE_READ | #FILE_SHARE_WRITE, #Null, #OPEN_EXISTING, 0, #Null)
EndIf
EndProcedure
Procedure.s GetAttributeName(AttribID.l)
Select AttribID
Case 0
ProcedureReturn "Invalid Attribute"
Case 1
ProcedureReturn "Raw Read Error Rate"
Case 2
ProcedureReturn "ThroughPut Performance"
Case 3
ProcedureReturn "Spin Up Time"
Case 4
ProcedureReturn "Start/Stop Count"
Case 5
ProcedureReturn "Reallocated Sector Count"
Case 6
ProcedureReturn "Read Channel Margin"
Case 7
ProcedureReturn "Seek Error Rate"
Case 8
ProcedureReturn "Seek Time Performance"
Case 9
ProcedureReturn "Power On Hours Count"
Case 10
ProcedureReturn "Spin Retry Count"
Case 11
ProcedureReturn "Calibration Retry Count"
Case 12
ProcedureReturn "Power Cycle Count"
Case 13
ProcedureReturn "Soft Read Error Rate"
Case 170
ProcedureReturn "Available Reserved Space"
Case 171
ProcedureReturn "SSD Program Fail Count"
Case 172
ProcedureReturn "SSD Erase Fail Count"
Case 174
ProcedureReturn "Unexpected power loss count"
Case 175
ProcedureReturn "Power Loss Protection Failure"
Case 177
ProcedureReturn "Wear Range Delta"
Case 179
ProcedureReturn "Used Reserved Block Count Total"
Case 180
ProcedureReturn "Unused Reserved Block Count Total"
Case 181
;If FindString(LCase(di(HDDCount)\Model),"seagate",1) > 0
; ProcedureReturn "Temperature Difference from 100"
;Else
; ProcedureReturn "Airflow Temperature"
;EndIf
ProcedureReturn "Program Fail Count Total or Non-4K Aligned Access Count"
Case 182
ProcedureReturn "Erase Fail Count"
Case 183
ProcedureReturn "SATA Downshift Error Count"
Case 184
ProcedureReturn "End-to-End error"
Case 185
ProcedureReturn "Head Stability"
Case 186
ProcedureReturn "Induced Op-Vibration Detection"
Case 187
ProcedureReturn "Reported Uncorrectable Errors"
Case 188
ProcedureReturn "Command Timeout"
Case 189
ProcedureReturn "High Fly Writes (WDC)"
Case 190
If FindString(LCase(di(HDDCount)\Model),"seagate",1) > 0
ProcedureReturn "Temperature Difference from 100"
Else
ProcedureReturn "Airflow Temperature"
EndIf
Case 191
ProcedureReturn "G Sense Error Rate"
Case 192
ProcedureReturn "Power Off Retract Cycle"
Case 193
ProcedureReturn "Load/Unload Cycle Count"
Case 194
ProcedureReturn "Temperature"
Case 195
ProcedureReturn "Hardware ECC Recovered"
Case 196
ProcedureReturn "Reallocation Events Count"
Case 197
ProcedureReturn "Current Pending Sector Count"
Case 198
ProcedureReturn "Uncorrectable Sector Count"
Case 199
ProcedureReturn "Ultra DMA CRC Error Rate"
Case 200
ProcedureReturn "Write Error Rate / Multi-Zone Error Rate"
Case 201
ProcedureReturn "Soft Read Error Rate"
Case 202
ProcedureReturn "Data Address Mark errors"
Case 203
ProcedureReturn "Run Out Cancel"
Case 204
ProcedureReturn "Soft ECC Correction"
Case 205
ProcedureReturn "Thermal Asperity Rate"
Case 206
ProcedureReturn "Flying Height"
Case 207
ProcedureReturn "Spin High Current"
Case 208
ProcedureReturn "Spin Buzz"
Case 209
ProcedureReturn "Offline Seek Performance"
Case 210
ProcedureReturn "Vibration During Write"
Case 211
ProcedureReturn "Vibration During Write"
Case 212
ProcedureReturn "Shock During Write"
Case 220
ProcedureReturn "Disk Shift"
Case 221
ProcedureReturn "G Sense Error Rate II"
Case 222
ProcedureReturn "Loaded Hours"
Case 223
ProcedureReturn "Load/Unload Retry Count"
Case 224
ProcedureReturn "Load Friction"
Case 225
ProcedureReturn "Load/Unload Cycle Count II"
Case 226
ProcedureReturn "Load In Time"
Case 227
ProcedureReturn "Torque Amplification Count"
Case 228
ProcedureReturn "Power Off Retract Count"
Case 230
ProcedureReturn "GMR Head Amplitude"
Case 231
ProcedureReturn "Temperature II or SSD Life Left"
Case 232
ProcedureReturn "Available Reserved Space"
Case 233
If FindString(LCase(di(HDDCount)\Model),"intel",1) > 0
ProcedureReturn "Media Wearout Indicator"
Else
ProcedureReturn "Power-On Hours"
EndIf
Case 234
ProcedureReturn "Average erase count AND Maximum Erase Count"
Case 235
ProcedureReturn "Good Block Count AND System(Free) Block Count"
Case 240
If FindString(LCase(di(HDDCount)\Model),"fujitsu",1) > 0
ProcedureReturn "Transfer Error Rate"
Else
ProcedureReturn "Head Flying Hours"
EndIf
Case 241
ProcedureReturn "Total LBAs Written"
Case 242
ProcedureReturn "Total LBAs Read"
Case 249
ProcedureReturn "NAND_Writes_1GB"
Case 250
ProcedureReturn "Read Error Retry Rate"
Case 254
ProcedureReturn "Free Fall Protection"
Default
ProcedureReturn "Unknown value ( " + Str(AttribID) + " )"
EndSelect
EndProcedure
Procedure.l CheckSmartEnabled(CurrentDrive.l,SCSIPort.l, SCSITargetID.l)
lBytesReturned.l=0
;OpenSmart(CurrentDrive, SCSIPort)
If hdh
If CurrentDrive >= 0
If USB_Drive = 0
With bin
\irDriveRegs\bFeaturesReg = $D8;SMART_ENABLE_SMART_OPERATIONS
\irDriveRegs\bSectorCountReg = 1
\irDriveRegs\bSectorNumberReg = 1
\irDriveRegs\bCylLowReg = $4F;SMART_CYL_LOW
\irDriveRegs\bCylHighReg = $C2;SMART_CYL_HI
\irDriveRegs\bCommandReg = $B0;IDE_EXECUTE_SMART_FUNCTION
\bDriveNumber = CurrentDrive
\cBufferSize = 0
If (CurrentDrive & 1)
\irDriveRegs\bDriveHeadReg = $B0
Else
\irDriveRegs\bDriveHeadReg = $A0
EndIf
EndWith
ProcedureReturn DeviceIoControl_(hdh, #DFP_SEND_DRIVE_COMMAND, @bin, SizeOf(SENDCMDINPARAMS), @bout, SizeOf(SENDCMDOUTPARAMS), @lBytesReturned, 0)
Else
EndIf
Else
Dim buffer.b(SizeOf(SRB_IO_CONTROL) + SizeOf(SENDCMDOUTPARAMS) + #SCSI_MINIPORT_BUFFER_SIZE)
*p.SRB_IO_CONTROL = @buffer()
*pin.SENDCMDINPARAMS = @buffer() + SizeOf(SRB_IO_CONTROL)
*pout.SENDCMDOUTPARAMS = *pin
With *p
\HeaderLength = SizeOf(SRB_IO_CONTROL)
\Timeout = 2
\Length = SizeOf(SENDCMDOUTPARAMS) + #SCSI_MINIPORT_BUFFER_SIZE
;If command = #DISABLE_SMART
; \ControlCode = #IOCTL_SCSI_MINIPORT_DISABLE_SMART
;Else
\ControlCode = #IOCTL_SCSI_MINIPORT_ENABLE_SMART
;EndIf
CopyMemory(@"SCSIDISK", @\Signature, 8)
;\Signature = "SCSIDISK"
EndWith
With *pin
\irDriveRegs\bFeaturesReg = $d8;command
\irDriveRegs\bSectorCountReg = 1
\irDriveRegs\bSectorNumberReg = 1
\irDriveRegs\bCylLowReg = $4f;#SMART_CYL_LOW
\irDriveRegs\bCylHighReg = $c2;#SMART_CYL_HI
\irDriveRegs\bCommandReg = $b0;#SMART_CMD
\cBufferSize = #SCSI_MINIPORT_BUFFER_SIZE
\bDriveNumber = SCSITargetID
EndWith
ProcedureReturn DeviceIoControl_(hdh, #IOCTL_SCSI_MINIPORT, @buffer(), SizeOf(SRB_IO_CONTROL) + SizeOf(SENDCMDINPARAMS) - 1, @buffer(), SizeOf(SRB_IO_CONTROL) + SizeOf(SENDCMDOUTPARAMS) + #SCSI_MINIPORT_BUFFER_SIZE, @dummy.l, #Null)
EndIf
EndIf
ProcedureReturn 0
EndProcedure
Procedure.s MaximumTransferMode()
;max value
Max.s
If (idsec\UltraDmaMode & $40)
Max = "Ultra DMA 133 (Mode 6)"
ElseIf (idsec\UltraDmaMode & $20)
Max = "Ultra DMA 100 (Mode 5)"
ElseIf (idsec\UltraDmaMode & $10)
Max = "Ultra DMA 66 (Mode 4)"
ElseIf (idsec\UltraDmaMode & 8)
Max = "Ultra DMA 44(Mode 3)"
ElseIf (idsec\UltraDmaMode & 4)
Max = "Ultra DMA 33 (Mode 2)"
ElseIf (idsec\UltraDmaMode & 2)
Max = "Ultra DMA 25 (Mode 1)"
ElseIf (idsec\UltraDmaMode & 1)
Max = "Ultra DMA 16 (Mode 0)"
EndIf
If idsec\SerialAtaCapabilities & 8
Max = "SATA 600"
ElseIf idsec\SerialAtaCapabilities & 4
Max = "SATA 300"
ElseIf idsec\SerialAtaCapabilities & 2
Max = "SATA 150"
EndIf
ProcedureReturn Max
EndProcedure
Procedure.s CurrentTransferMode()
;current value
cur.s
If (idsec\UltraDmaMode & $4000)
Cur = "Ultra DMA 133 (Mode 6)"
ElseIf (idsec\UltraDmaMode & $2000)
Cur = "Ultra DMA 100 (Mode 5)"
ElseIf (idsec\UltraDmaMode & $1000)
Cur = "Ultra DMA 66 (Mode 4)"
ElseIf (idsec\UltraDmaMode & 800)
Cur = "Ultra DMA 44(Mode 3)"
ElseIf (idsec\UltraDmaMode & 400)
Cur = "Ultra DMA 33 (Mode 2)"
ElseIf (idsec\UltraDmaMode & 200)
Cur = "Ultra DMA 25 (Mode 1)"
ElseIf (idsec\UltraDmaMode & 100)
Cur = "Ultra DMA 16 (Mode 0)"
EndIf
;If Cur ="";SATA
If idsec\SerialAtaCapabilities & 8
Cur = "SATA 600"
ElseIf idsec\SerialAtaCapabilities & 4
Cur = "SATA 300"
ElseIf idsec\SerialAtaCapabilities & 2
Cur = "SATA 150"
EndIf
;EndIf
If Cur = "": Cur = "Unknown": EndIf
ProcedureReturn Cur
EndProcedure
Procedure.s GetATAMajorVersion()
If idsec\MajorVersion<>0 And idsec\MajorVersion<> $FFFF
For i.l=14 To 1 Step -1
If (idsec\MajorVersion >> i) & 1
ATAVersion = i
Break
EndIf
Next
Select i
Case 11
ProcedureReturn "ACS-4"
Case 10
ProcedureReturn "ACS-3"
Case 9
ProcedureReturn "ACS-2"
Case 8
ProcedureReturn "ATA" + Str(i) + "-ACS"
Case 4 To 7
ProcedureReturn "ATA/ATAPI-" + Str(i)
Case 0
ProcedureReturn "Unknown"
Default
ProcedureReturn "ATA-" + Str(i)
EndSelect
EndIf
ProcedureReturn "Unknown"
EndProcedure
Procedure.s GetATAMinorVersion()
Select idsec\MinorVersion
Case $0000, $FFFF: ProcedureReturn "----"
Case $0001: ProcedureReturn "ATA (ATA-1) X3T9.2 781D prior to revision 4"
Case $0002: ProcedureReturn "ATA-1 published, ANSI X3.221-1994"
Case $0003: ProcedureReturn "ATA (ATA-1) X3T10 781D revision 4"
Case $0004: ProcedureReturn "ATA-2 published, ANSI X3.279-1996"
Case $0005: ProcedureReturn "ATA-2 X3T10 948D prior to revision 2k"
Case $0006: ProcedureReturn "ATA-3 X3T10 2008D revision 1"
Case $0007: ProcedureReturn "ATA-2 X3T10 948D revision 2k"
Case $0008: ProcedureReturn "ATA-3 X3T10 2008D revision 0"
Case $0009: ProcedureReturn "ATA-2 X3T10 948D revision 3"
Case $000A: ProcedureReturn "ATA-3 published, ANSI X3.298-199x"
Case $000B: ProcedureReturn "ATA-3 X3T10 2008D revision 6"
Case $000C: ProcedureReturn "ATA-3 X3T13 2008D revision 7 and 7a"
Case $000D: ProcedureReturn "ATA/ATAPI-4 X3T13 1153D version 6"
Case $000E: ProcedureReturn "ATA/ATAPI-4 T13 1153D version 13"
Case $000F: ProcedureReturn "ATA/ATAPI-4 X3T13 1153D version 7"
Case $0010: ProcedureReturn "ATA/ATAPI-4 T13 1153D version 18"
Case $0011: ProcedureReturn "ATA/ATAPI-4 T13 1153D version 15"
Case $0012: ProcedureReturn "ATA/ATAPI-4 published, ANSI INCITS 317-1998"
Case $0013: ProcedureReturn "ATA/ATAPI-5 T13 1321D version 3"
Case $0014: ProcedureReturn "ATA/ATAPI-4 T13 1153D version 14"
Case $0015: ProcedureReturn "ATA/ATAPI-5 T13 1321D version 1"
Case $0016: ProcedureReturn "ATA/ATAPI-5 published, ANSI INCITS 340-2000"
Case $0017: ProcedureReturn "ATA/ATAPI-4 T13 1153D version 17"
Case $0018: ProcedureReturn "ATA/ATAPI-6 T13 1410D version 0"
Case $0019: ProcedureReturn "ATA/ATAPI-6 T13 1410D version 3a"
Case $001A: ProcedureReturn "ATA/ATAPI-7 T13 1532D version 1"
Case $001B: ProcedureReturn "ATA/ATAPI-6 T13 1410D version 2"
Case $001C: ProcedureReturn "ATA/ATAPI-6 T13 1410D version 1"
Case $001D: ProcedureReturn "ATA/ATAPI-7 published ANSI INCITS 397-2005"
Case $001E: ProcedureReturn "ATA/ATAPI-7 T13 1532D version 0"
Case $0021: ProcedureReturn "ATA/ATAPI-7 T13 1532D version 4a"
Case $0022: ProcedureReturn "ATA/ATAPI-6 published, ANSI INCITS 361-2002"
Case $0027: ProcedureReturn "ATA8-ACS version 3c"
Case $0028: ProcedureReturn "ATA8-ACS version 6"
Case $0029: ProcedureReturn "ATA8-ACS version 4"
Case $0033: ProcedureReturn "ATA8-ACS version 3e"
Case $0039: ProcedureReturn "ATA8-ACS version 4c"
Case $0042: ProcedureReturn "ATA8-ACS version 3f"
Case $0052: ProcedureReturn "ATA8-ACS version 3b"
Case $0107: ProcedureReturn "ATA8-ACS version 2d"
Default: ProcedureReturn "Unknown " + RSet(Hex(idsec\MinorVersion),4,"0")
EndSelect
EndProcedure
Procedure.i HDD_SPTD(StartOfCopy.i, *OutBuffer, BufferLen.i)
pswb.t_SCSI_PASS_THROUGH_DIRECT_WITH_BUFFER: OL.OVERLAPPED
Length.l: returned.l: i.l
status.l
With pswb\spt
\length = SizeOf(t_SPTD) ; size of the substructure
\PathId = 0
\TargetId = 0
\Lun = 0
\DataIn = 1 ; data dir
\TimeOutValue = 2 ; Timeout
\senseInfoLength = 24;SizeOf(pswb\SenseBuffer)-1 ; Sense Info size
\senseInfoOffset = OffsetOf(t_SCSI_PASS_THROUGH_DIRECT_WITH_BUFFER\SenseBuffer) ; Sense Info Offset
\DataTransferLength = 512 ; data len
\DataBufferOffset = OffsetOf(t_SCSI_PASS_THROUGH_DIRECT_WITH_BUFFER\DataBuffer) ; data buffer pointer
\Cdb[0] = cmd(0)
\Cdb[1] = cmd(1)
\Cdb[2] = cmd(2)
\Cdb[3] = cmd(3)
\Cdb[4] = cmd(4)
\Cdb[5] = cmd(5)
\Cdb[6] = cmd(6)
\Cdb[7] = cmd(7)
\Cdb[8] = cmd(8)
\Cdb[9] = cmd(9)
\Cdb[10] = cmd(10)
\Cdb[11] = cmd(11)
\Cdb[12] = cmd(12)
\CdbLength = cmd(16) ; CDB len
EndWith
Length = OffsetOf(t_SCSI_PASS_THROUGH_DIRECT_WITH_BUFFER\DataBuffer) + pswb\spt\DataTransferLength;;SizeOf(pswb) ; size of the structure
status = DeviceIoControl_(hdh, $4d004, @pswb, SizeOf(t_SPTD), @pswb, Length, @returned, @OL)
If returned > 100
CopyMemory(@pswb\DataBuffer + StartOfCopy, *OutBuffer, BufferLen)
;ShowMemoryViewer(@pswb,582)
;CallDebugger
EndIf
ProcedureReturn returned
EndProcedure
Procedure ReadAttributes(CurrentDrive.l, SCSITargetID.l)
cbBytesReturned.l
Dim bArrOut.a(527)
If CurrentDrive >= 0
If USB_Drive = 0
With bin
\cBufferSize = 512;READ_ATTRIBUTE_BUFFER_SIZE
\irDriveRegs\bFeaturesReg = $D0;SMART_READ_ATTRIBUTE_VALUES
\irDriveRegs\bSectorCountReg = 1
\irDriveRegs\bSectorNumberReg = 1
\irDriveRegs\bCylLowReg = $4F;SMART_CYL_LOW
\irDriveRegs\bCylHighReg = $C2;SMART_CYL_HI
\irDriveRegs\bDriveHeadReg = $A0
;If Not IsWindowsNT Then .bDriveHeadReg = .bDriveHeadReg Or (DriveNum And 1) * 16
\irDriveRegs\bCommandReg = $B0;IDE_EXECUTE_SMART_FUNCTION
\bDriveNumber = CurrentDrive
EndWith
ReadAttributesCmd = DeviceIoControl_(hdh, #DFP_RECEIVE_DRIVE_DATA, @bin, SizeOf(SENDCMDINPARAMS), @bArrOut(), 528, @cbBytesReturned, 0)
Else; it is USB
For i=0 To 16
tmp$ + Hex(cmd(i)) + " "
Next
Select USB_Drive
Case #Controller_SAT
cmd(3) = $D0
cmd(6) = $4F
cmd(7) = $C2
cmd(8) = 0;$A1
cmd(9) = $B0
Case #Controller_SUNPLUS
cmd(5) = $D0
cmd(8) = $4F
cmd(9) = $C2
cmd(10) = 0
cmd(11) = $B0
Case #Controller_IO_DATA
cmd(2) = $D0
cmd(3) = 0
cmd(5) = $4F
cmd(6) = $C2
cmd(7) = 0
cmd(8) = $B0
Case #Controller_LOGITEC
cmd(2) = $D0
cmd(5) = $4F
cmd(6) = $C2
cmd(7) = 0
cmd(8) = $B0
cmd(9) = $4C
Case #Controller_JMICRON
cmd(5) = $D0
cmd(7) = 1
cmd(8) = $4F
cmd(9) = $C2
cmd(10) = 0
cmd(11) = $B0
Case #Controller_CYPRESS
cmd(6) = $D0
cmd(7) = 0
cmd(9) = $4F
cmd(10) = $C2
cmd(11) = 0
cmd(12) = $B0
EndSelect
HDD_SPTD(-16, @bArrOut(), SizeOf(SENDCMDOUTPARAMS))
EndIf
Else
Dim buffer.b(SizeOf(SRB_IO_CONTROL) + SizeOf(SENDCMDOUTPARAMS) + #SCSI_MINIPORT_BUFFER_SIZE)
*p.SRB_IO_CONTROL = @buffer()
*pin.SENDCMDINPARAMS = @buffer() + SizeOf(SRB_IO_CONTROL)
*pout.SENDCMDOUTPARAMS = *pin
With *p
\HeaderLength = SizeOf(SRB_IO_CONTROL)
\Timeout = 2
\Length = SizeOf(SENDCMDOUTPARAMS) + #SCSI_MINIPORT_BUFFER_SIZE
\ControlCode = $1b0502;#IOCTL_SCSI_MINIPORT_ENABLE_SMART
CopyMemory(@"SCSIDISK", @\Signature, 8)
EndWith
With *pin
\irDriveRegs\bFeaturesReg = $d0;command
\irDriveRegs\bSectorCountReg = 1
\irDriveRegs\bSectorNumberReg = 1
\irDriveRegs\bCylLowReg = $4f;#SMART_CYL_LOW
\irDriveRegs\bCylHighReg = $c2;#SMART_CYL_HI
\irDriveRegs\bCommandReg = $b0;#SMART_CMD
\cBufferSize = #SCSI_MINIPORT_BUFFER_SIZE
\bDriveNumber = SCSITargetID
EndWith
bRet = DeviceIoControl_(hdh, #IOCTL_SCSI_MINIPORT, @buffer(), SizeOf(SRB_IO_CONTROL) + SizeOf(SENDCMDINPARAMS) - 1, @buffer(), SizeOf(SRB_IO_CONTROL) + SizeOf(SENDCMDOUTPARAMS) + #SCSI_MINIPORT_BUFFER_SIZE, @dummy, #Null)
CopyMemory(@buffer() + SizeOf(SRB_IO_CONTROL),@bArrOut(), SizeOf(SENDCMDOUTPARAMS))
EndIf
di(HDDCount)\NumAttributes = 0
For i = 0 To 29
If bArrOut(18 + i * 12) > 0
di(HDDCount)\Attributes[i]\AttrID = bArrOut(18 + i * 12)
di(HDDCount)\Attributes[i]\AttrName = GetAttributeName(bArrOut(18 + i * 12))
CopyMemory(@bArrOut(23 + i * 12), @di(HDDCount)\Attributes[i]\AttrRaw, 6)
di(HDDCount)\Attributes[i]\AttrValue = bArrOut(21 + i * 12)
di(HDDCount)\Attributes[i]\AttrWorstValue = bArrOut(22 + i * 12)
If bArrOut(18 + i * 12) = $C2 Or bArrOut(18 + i * 12) = 190; Temperature
far.l=(di(HDDCount)\Attributes[i]\AttrRaw & $FF) * 1.8 + 32
di(HDDCount)\Temperature = Str(di(HDDCount)\Attributes[i]\AttrRaw & $FF) + " " +Chr(176)+"C ( " + Str(far) + " " +Chr(176)+"F )"
EndIf
If bArrOut(18 + i * 12) = 9;hours on
di(HDDCount)\HoursOn = Str(di(HDDCount)\Attributes[i]\AttrRaw) + " hours"
EndIf
If bArrOut(18 + i * 12) = 12;counts on
di(HDDCount)\CountsOn = Str(di(HDDCount)\Attributes[i]\AttrRaw) + " counts"
EndIf
di(HDDCount)\NumAttributes + 1
EndIf
Next
EndProcedure
Procedure ReadThresholds(CurrentDrive.l, SCSITargetID.l)
cbBytesReturned.l
Dim bArrOut.a(527)
If CurrentDrive >= 0
If USB_Drive = 0
With bin
\cBufferSize = 512;READ_ATTRIBUTE_BUFFER_SIZE
\irDriveRegs\bFeaturesReg = $D1;SMART_READ_ATTRIBUTE_THRESHOLDS
\irDriveRegs\bSectorCountReg = 1
\irDriveRegs\bSectorNumberReg = 1
\irDriveRegs\bCylLowReg = $4F;SMART_CYL_LOW
\irDriveRegs\bCylHighReg = $C2;SMART_CYL_HI
\irDriveRegs\bDriveHeadReg = $A0
;If Not IsWindowsNT Then .bDriveHeadReg = .bDriveHeadReg Or (DriveNum And 1) * 16
\irDriveRegs\bCommandReg = $B0;IDE_EXECUTE_SMART_FUNCTION
\bDriveNumber = CurrentDrive
EndWith
ReadAttributesCmd = DeviceIoControl_(hdh, #DFP_RECEIVE_DRIVE_DATA, @bin, SizeOf(SENDCMDINPARAMS), @bArrOut(), 528, @cbBytesReturned, 0)
Else
Select USB_Drive
Case #Controller_SAT
cmd(3) = $D1
cmd(6) = $4F
cmd(7) = $C2
cmd(8) = 0;$A1
cmd(9) = $B0
Case #Controller_SUNPLUS
cmd(5) = $D1
cmd(8) = $4F
cmd(9) = $C2
cmd(10) = 0
cmd(11) = $B0
Case #Controller_IO_DATA
cmd(2) = $D1
cmd(3) = 0
cmd(5) = $4F
cmd(6) = $C2
cmd(7) = 0
cmd(8) = $B0
Case #Controller_LOGITEC
cmd(2) = $D1
cmd(5) = $4F
cmd(6) = $C2
cmd(7) = 0
cmd(8) = $B0
cmd(9) = $4C
Case #Controller_JMICRON
cmd(5) = $D1
cmd(7) = 1
cmd(8) = $4F
cmd(9) = $C2
cmd(10) = 0
cmd(11) = $B0
Case #Controller_CYPRESS
cmd(6) = $D1
cmd(7) = 0
cmd(9) = $4F
cmd(10) = $C2
cmd(11) = 0
cmd(12) = $B0
EndSelect
HDD_SPTD(-16, @bArrOut(), SizeOf(SENDCMDOUTPARAMS))
EndIf
Else
Dim buffer.b(SizeOf(SRB_IO_CONTROL) + SizeOf(SENDCMDOUTPARAMS) + #SCSI_MINIPORT_BUFFER_SIZE)
*p.SRB_IO_CONTROL = @buffer()
*pin.SENDCMDINPARAMS = @buffer() + SizeOf(SRB_IO_CONTROL)
*pout.SENDCMDOUTPARAMS = *pin
With *p
\HeaderLength = SizeOf(SRB_IO_CONTROL)
\Timeout = 2
\Length = SizeOf(SENDCMDOUTPARAMS) + #SCSI_MINIPORT_BUFFER_SIZE
\ControlCode = $1b0503
CopyMemory(@"SCSIDISK", @\Signature, 8)
EndWith
With *pin
\irDriveRegs\bFeaturesReg = $d1;command
\irDriveRegs\bSectorCountReg = 1
\irDriveRegs\bSectorNumberReg = 1
\irDriveRegs\bCylLowReg = $4f;#SMART_CYL_LOW
\irDriveRegs\bCylHighReg = $c2;#SMART_CYL_HI
\irDriveRegs\bCommandReg = $b0;#SMART_CMD
\cBufferSize = #SCSI_MINIPORT_BUFFER_SIZE
\bDriveNumber = SCSITargetID
EndWith
bRet = DeviceIoControl_(hdh, #IOCTL_SCSI_MINIPORT, @buffer(), SizeOf(SRB_IO_CONTROL) + SizeOf(SENDCMDINPARAMS) - 1, @buffer(), SizeOf(SRB_IO_CONTROL) + SizeOf(SENDCMDOUTPARAMS) + #SCSI_MINIPORT_BUFFER_SIZE, @dummy.l, #Null)
CopyMemory(@buffer() + SizeOf(SRB_IO_CONTROL),@bArrOut(), SizeOf(SENDCMDOUTPARAMS))
EndIf
For i=0 To 29
If bArrOut(18 + i * 12) > 0
For j.l=0 To di(HDDCount)\NumAttributes
If bArrOut(18 + i * 12) = di(HDDCount)\Attributes[j]\AttrID
di(HDDCount)\Attributes[j]\AttrThreshold = bArrOut(19 + i * 12)
EndIf
Next
EndIf
Next
EndProcedure
Procedure.s DiskStatus()
error.l
caution.l
flagUnknown.l = 1
For j = 0 To di(HDDCount)\NumAttributes-1
If di(HDDCount)\Attributes[j]\AttrID <> $BE And di(HDDCount)\Attributes[j]\AttrThreshold <> 0 And di(HDDCount)\Attributes[j]\AttrValue <= di(HDDCount)\Attributes[J]\AttrThreshold
error+1
EndIf
Select di(HDDCount)\Attributes[j]\AttrID
; Case 5: ;; Reallocated Sectors Count
;; Case 0xC4: ; Reallocation Event Count
; Case $C5:; ; Current Pending Sector Count
; Case $C6: ;; Off-Line Scan Uncorrectable Sector Count
Case 5, $C4, $C5, $C6
If di(HDDCount)\Attributes[j]\AttrRaw & $00FFFFFFFF = $FFFFFFFF
flagUnknown = 0
Else
caution + di(HDDCount)\Attributes[j]\AttrRaw & $FF + (di(HDDCount)\Attributes[j]\AttrRaw >> 8) & $FF
flagUnknown = 0
EndIf
EndSelect
Next
If error > 0
ProcedureReturn "Bad"
ElseIf flagUnknown = 1
ProcedureReturn "Unknown"
ElseIf caution > 0
ProcedureReturn "Attention"
Else
ProcedureReturn "Good"
EndIf
EndProcedure
Procedure.l HDDInfo(CurrentDrive.l, SCSIPort.l, SCSITargetID.l)
;DebugMe("Current drive = " + Str(CurrentDrive))
sYesNo.s: USB_Drive = 0
OpenSmart(CurrentDrive, SCSIPort)
dummy.l
ClearStructure(@idsec,DeviceData)
If CurrentDrive >= 0
Dim bout.b(527)
With bin
\cBufferSize = 512 ;IDENTIFY_BUFFER_SIZE
\irDriveRegs\bFeaturesReg = 0
\irDriveRegs\bSectorCountReg = 1
\irDriveRegs\bSectorNumberReg = 1
\irDriveRegs\bCylLowReg = 0
\irDriveRegs\bCylHighReg = 0
\irDriveRegs\bDriveHeadReg = $A0
\irDriveRegs\bCommandReg = $EC;CByte(IDCmd)
\bDriveNumber = CurrentDrive
EndWith
Result = DeviceIoControl_(hdh, #DFP_RECEIVE_DRIVE_DATA, @bin, SizeOf(SENDCMDINPARAMS), @bout(), 528,@dummy,0)
If dummy > 0
CopyMemory(@bout(16),@idsec,512)
Else; no data recieved maybe it is a USB drive.
;SAT 1
cmd(0) = $A1
cmd(1) = 8
cmd(2) = $E
cmd(3) = 0
cmd(7) = 0
cmd(8) = $A0
cmd(9) = $EC
cmd(16) = 12
If HDD_SPTD(0, @idsec, 512) < 100
;SAT 2
cmd(8) = $B0
If HDD_SPTD(0, @idsec, 512) < 100
;SUNPLUS 1
cmd(0) = $F8
cmd(1) = 0
cmd(2) = $22
cmd(3) = $10
cmd(4) = 0
cmd(5) = 0
cmd(6) = 1
cmd(7) = 0
cmd(8) = 0
cmd(9) = 0
cmd(10) = $A0
cmd(11) = $EC
cmd(16) = 12
If HDD_SPTD(0, @idsec, 512) < 100
;SUNPLUS 2
cmd(10) = $B0
If HDD_SPTD(0, @idsec, 512) < 100
;IO_DATA 1
cmd(0) = $E3
cmd(1) = 0
cmd(2) = 0
cmd(3) = 1
cmd(4) = 0
cmd(5) = 0
cmd(6) = 0
cmd(7) = $A0
cmd(8) = $EC
cmd(9) = 0
cmd(10) = 0
cmd(11) = 0
cmd(16) = 12
If HDD_SPTD(0, @idsec, 512) < 100
;IO_DATA 2
cmd(7) = $B0
If HDD_SPTD(0, @idsec, 512) < 100
;LOGITEC 1
cmd(0) = $E0
cmd(1) = 0
cmd(2) = 0
cmd(3) = 0
cmd(4) = 0
cmd(5) = 0
cmd(6) = 0
cmd(7) = $A0
cmd(8) = $EC
cmd(9) = $C
cmd(10) = 0
cmd(11) = 0
cmd(16) = 10
If HDD_SPTD(0, @idsec, 512) < 100
;LOGITEC 2
cmd(7) = $B0
If HDD_SPTD(0, @idsec, 512) < 100
;JMICRON 1
cmd(0) = $DF
cmd(1) = $10
cmd(2) = 0
cmd(3) = 2
cmd(4) = 0
cmd(5) = 0
cmd(6) = 1
cmd(7) = 0
cmd(8) = 0
cmd(9) = 0
cmd(10) = $A0
cmd(11) = $EC
cmd(16) = 12
If HDD_SPTD(0, @idsec, 512) < 100
;JMICRON 2
cmd(10) = $B0
If HDD_SPTD(0, @idsec, 512) < 100
;CYPRESS 1
cmd(0) = $24
cmd(1) = $24
cmd(2) = 0
cmd(3) = $BE
cmd(4) = 0
cmd(5) = 0
cmd(6) = 0
cmd(7) = 1
cmd(8) = 0
cmd(9) = 0
cmd(10) = 0
cmd(11) = $A0
cmd(12) = $EC
cmd(16) = 16
If HDD_SPTD(0, @idsec, 512) < 100
;CYPRESS 2
cmd(11) = $B0
If HDD_SPTD(0, @idsec, 512) > 100
USB_Drive = #Controller_CYPRESS
EndIf
Else
USB_Drive = #Controller_CYPRESS
EndIf
Else
USB_Drive = #Controller_JMICRON
EndIf
Else
USB_Drive = #Controller_JMICRON
EndIf
Else
USB_Drive = #Controller_LOGITEC
EndIf
Else
USB_Drive = #Controller_LOGITEC
EndIf
Else
USB_Drive = #Controller_IO_DATA
EndIf
Else
USB_Drive = #Controller_IO_DATA
EndIf
Else
USB_Drive = 22;#Controller_SUNPLUS
EndIf
Else
USB_Drive = 33;#Controller_SUNPLUS
EndIf
Else
USB_Drive = #Controller_SAT
EndIf
Else
USB_Drive = #Controller_SAT
EndIf
EndIf
Else
Dim buffer.b(SizeOf(SRB_IO_CONTROL) + SizeOf(SENDCMDOUTPARAMS) + #SCSI_MINIPORT_BUFFER_SIZE)
*p.SRB_IO_CONTROL = @buffer()
*pin.SENDCMDINPARAMS = @buffer() + SizeOf(SRB_IO_CONTROL)
*pout.SENDCMDOUTPARAMS = *pin
With *p
\HeaderLength = SizeOf(SRB_IO_CONTROL)
\Timeout = 2
\Length = SizeOf(SENDCMDOUTPARAMS) + #SCSI_MINIPORT_BUFFER_SIZE
\ControlCode = $1B0501
CopyMemory(@"SCSIDISK", @\Signature, 8)
EndWith
With *pin
\irDriveRegs\bCommandReg = $EC;#SMART_CMD
\bDriveNumber = SCSITargetID
EndWith
Result = DeviceIoControl_(hdh, #IOCTL_SCSI_MINIPORT, @buffer(), SizeOf(SRB_IO_CONTROL) + SizeOf(SENDCMDINPARAMS) - 1, @buffer(), SizeOf(SRB_IO_CONTROL) + SizeOf(SENDCMDOUTPARAMS) + #SCSI_MINIPORT_BUFFER_SIZE, @dummy, #Null)
CopyMemory(@buffer() + SizeOf(SRB_IO_CONTROL)+16,@idsec, SizeOf(SENDCMDOUTPARAMS))
EndIf
If dummy > 0 Or USB_Drive > 0 ;and hdh > 0
HDDCount + 1
aa.DRIVE_LAYOUT_INFORMATION
PartCount.l
i=DeviceIoControl_(hdh,475148, #Null,0,@aa, SizeOf(DRIVE_LAYOUT_INFORMATION), @BytesRet.l,0)
For i=0 To aa\PartitionCount-1
If aa\PartitionEntry[i]\RecognizedPartition = 1
PartCount + 1
EndIf
Next
;DebugMe("hdd data")
If HDDCount > 10: ReDim di.DriveInfo(HDDCount): EndIf
di(HDDCount)\Model = Trim(ChangeHighLowByte(PeekS(@idsec\ModelNumber[0],40,#PB_Ascii)))
di(HDDCount)\FirmWare = Trim(ChangeHighLowByte(PeekS(@idsec\FirmwareRev[0],8,#PB_Ascii)))
di(HDDCount)\SerialNumber =Trim(ChangeHighLowByte(PeekS(@idsec\SerialNumber[0],20,#PB_Ascii)))
If di(HDDCount)\Model = "" And di(HDDCount)\FirmWare = ""
DontAdd = 1
Goto try_next_way
Else
For x=1 To Len(di(HDDCount)\Model)
If Asc(Mid(di(HDDCount)\Model,x, 1)) > 255 Or Asc(Mid(di(HDDCount)\Model,x, 1)) < 32
DontAdd = 1
Goto try_next_way
EndIf
Next
EndIf
di(HDDCount)\PartitionCount = Str(PartCount): PartCount = 0
di(HDDCount)\Family = DiskFamily(di(HDDCount)\Model)
di(HDDCount)\BufferSize = Str(idsec\BufferSize / 2) + " KB"; * 512 / 1024 in KBs.
If di(HDDCount)\BufferSize = "0 KB": di(HDDCount)\BufferSize = "Not available": EndIf
di(HDDCount)\ECCBytes = Str(idsec\ECCSize) + " bytes"
di(HDDCount)\LBASectors = FormatByteSize(idsec\MaxUserLBA)
di(HDDCount)\CurTransferMode = CurrentTransferMode()
di(HDDCount)\MaxTransferMode = MaximumTransferMode()
If idsec\SerialAtaCapabilities <>0 And idsec\SerialAtaCapabilities <> $FFFF
di(HDDCount)\InterfaceType = "Serial ATA"
Else
di(HDDCount)\InterfaceType = "Parallel ATA"
EndIf
di(HDDCount)\Standard = GetATAMajorVersion() + " ( " + GetATAMinorVersion() + " )"
If idsec\MaxUserLBA > 0
di(HDDCount)\TheoriticalCapacity = c2str(idsec\MaxUserLba * 512 / 1000000000,2) + " GB"
di(HDDCount)\RealCapacity = c2str(idsec\MaxUserLba * 512 / (1024*1024*1024),2) + " GB"
ElseIf idsec\TotalAddressableSectors > 0
di(HDDCount)\TheoriticalCapacity = c2str(idsec\TotalAddressableSectors * 512 / 1000000000,2) + " GB"
di(HDDCount)\RealCapacity = c2str(idsec\TotalAddressableSectors * 512 / (1024*1024*1024),2) + " GB"
Else
di(HDDCount)\TheoriticalCapacity = "Not Available"
di(HDDCount)\RealCapacity = "Not Available"
EndIf
;FLAGS
; word 82
;DebugMe("Entering hdd flags")
If ATAVersion >= 3 And idsec\CommandSetSupported1 & 1
di(HDDCount)\Flags\SMART = "YES"
If idsec\CommandSetEnabled1 & 1
sYesNo = "YES"
Else
sYesNo = "NO"
EndIf
di(HDDCount)\Flags\SMART + " ( " + "Enabled : " + sYesNo + " )"
Else
di(HDDCount)\Flags\SMART = "NO"
EndIf
;security mode ataversion ?
If ATAVersion >= 5 And (idsec\CommandSetSupported1 >> 1) & 1
di(HDDCount)\Flags\SecMode = "YES"
If (idsec\CommandSetEnabled1 >> 1) & 1
sYesNo = "YES"
Else
sYesNo = "NO"
EndIf
di(HDDCount)\Flags\SecMode + " ( " + "Enabled : " + sYesNo + " )"
Else
di(HDDCount)\Flags\SecMode = "NO"
EndIf
;power management ataversion ?
If ATAVersion >= 5 And (idsec\CommandSetSupported1 >> 3) & 1
di(HDDCount)\Flags\PM = "YES"
If (idsec\CommandSetEnabled1 >> 3) & 1
sYesNo = "YES"
Else
sYesNo = "NO"
EndIf
di(HDDCount)\Flags\PM + " ( " + "Enabled : " + sYesNo + " )"
Else
di(HDDCount)\Flags\PM = "NO"
EndIf
;WORD 83
;DOWNLOAD MICROCODE.
If idsec\CommandSetSupported2 & 1
di(HDDCount)\Flags\DMicro = "YES"
If idsec\CommandSetEnabled2 & 1
sYesNo = "YES"
Else
sYesNo = "NO"
EndIf
di(HDDCount)\Flags\DMicro + " ( " + "Enabled : " + sYesNo + " )"
Else
di(HDDCount)\Flags\DMicro = "NO"
EndIf
;TCQ
If ATAVersion >= 5 And (idsec\CommandSetSupported2 >> 1) & 1 And (idsec\CommandSetSupported2 >> 14) & 1 And (idsec\CommandSetSupported2 >> 15) & 1 = 0
di(HDDCount)\Flags\TCQ = "YES"
tmi = (idsec\CommandSetEnabled2 >> 1) & 1
di(HDDCount)\Flags\TCQ + " ( " + "Enabled : " + sYesNo + " )"
Else
di(HDDCount)\Flags\TCQ = "NO"
EndIf
;CFA
If (idsec\CfaPowerMode1 >> 12) & 1 = 1 Or (idsec\CommandSetSupported2 >> 2) & 1 = 1
di(HDDCount)\Flags\CFA = "YES"
Else
di(HDDCount)\Flags\CFA = "NO"
EndIf
If (idsec\CfaPowerMode1 >> 13) & 1 = 1
di(HDDCount)\Flags\CFA + " , " + "Required : " + "YES"
Else
di(HDDCount)\Flags\CFA + " , " + "Required : " + "NO"
EndIf
;APM
If ATAVersion >= 3 And (idsec\CommandSetSupported2 >> 3) & 1
di(HDDCount)\Flags\APM = "YES"
If (idsec\CommandSetEnabled2 >> 3) & 1 = 1
sYesNo = "YES"
Else
sYesNo = "NO"
EndIf
di(HDDCount)\Flags\APM + " ( " + "Enabled : " + sYesNo + " )"
Else
di(HDDCount)\Flags\APM = "NO"
EndIf
;PUIS
If ATAVersion >= 3 And (idsec\CommandSetSupported2 >> 5) & 1
di(HDDCount)\Flags\PUIS = "YES"
If (idsec\CommandSetEnabled2 >> 5) & 1
sYesNo = "YES"
Else
sYesNo = "NO"
EndIf
di(HDDCount)\Flags\PUIS + " ( " + "Enabled : " + sYesNo + " )"
Else
di(HDDCount)\Flags\PUIS = "NO"
EndIf
;AAM
If ATAVersion >= 5 And (idsec\CommandSetSupported2 >> 9) & 1
di(HDDCount)\Flags\AAM = "YES"
If (idsec\CommandSetEnabled2 >> 9) & 1
sYesNo = "YES"
Else
sYesNo = "NO"
EndIf
di(HDDCount)\Flags\AAM + " ( " + "Enabled : " + sYesNo + " )"
Else
di(HDDCount)\Flags\AAM = "NO"
EndIf
;48bit LBA
If ATAVersion >= 5 And (idsec\CommandSetSupported2 >> 10) & 1
di(HDDCount)\Flags\LBA48 = "YES"
If (idsec\CommandSetEnabled2 >> 10) & 1
sYesNo = "YES"
Else
sYesNo = "NO"
EndIf
di(HDDCount)\Flags\LBA48 + " ( " + "Enabled : " + sYesNo + " )"
Else
di(HDDCount)\Flags\LBA48 = "NO"
EndIf
;DCO
If ATAVersion >= 6 And (idsec\CommandSetSupported2 >> 11) & 1
di(HDDCount)\Flags\DCO = "YES"
If (idsec\CommandSetEnabled2 >> 11) & 1
sYesNo = "YES"
Else
sYesNo = "NO"
EndIf
di(HDDCount)\Flags\DCO + " ( " + "Enabled : " + sYesNo + " )"
Else
di(HDDCount)\Flags\DCO = "NO"
EndIf
;MessageRequester("pio",StrU(idsec\CommandSetSupported2,#PB_Long))
;SCT
If ATAVersion >= 8 And idsec\SctCommandTransport & 1
di(HDDCount)\Flags\SCT = "YES"
Else
di(HDDCount)\Flags\SCT = "NO"
EndIf
;PIO
If (idsec\Field88and7064 >> 1) & 1 = 1;means words 64-70 are valid.
If idsec\PioMode & 1 = 1: di(HDDCount)\Flags\PIO = "Mode 3": EndIf
If (idsec\PioMode >> 1) & 1 = 1: di(HDDCount)\Flags\PIO = "Mode 4": EndIf
Else
di(HDDCount)\Flags\PIO = "Not Available"
EndIf
;UDMA
Dim dmamode.s(6)
dmamode(0) = " (ATA 16)"
dmamode(1) = " (ATA 25)"
dmamode(2) = " (ATA 33)"
dmamode(3) = " (ATA 44)"
dmamode(4) = " (ATA 66)"
dmamode(5) = " (ATA 100)"
dmamode(6) = " (ATA 133)"
For i = 6 To 0 Step -1
If (idsec\UltraDmaMode >> i) & 1 = 1
di(HDDCount)\Flags\UDMA = "Max Supported : " + Str(i) + dmamode(i)
Break
EndIf
Next
For i = 14 To 8 Step -1
If (idsec\UltraDmaMode >> i) & 1 = 1
di(HDDCount)\Flags\UDMA + " , " + "Current Enabled : " + Str(i-8) + dmamode(i-8)
Break
EndIf
Next
;multi word dma
If idsec\MultiWordDma & 3 = 0
di(HDDCount)\Flags\MWDMA = "Not Supported"
Else
If idsec\MultiWordDma & 1 = 1: di(HDDCount)\Flags\MWDMA = "Supported : " + "Mode 0": EndIf
If (idsec\MultiWordDma >> 1) & 1 = 1: di(HDDCount)\Flags\MWDMA = "Supported : " + "Mode 1": EndIf
If (idsec\MultiWordDma >> 2) & 1 = 1: di(HDDCount)\Flags\MWDMA = "Supported : " + "Mode 2": EndIf
If (idsec\MultiWordDma >> 8) & 1 = 1: di(HDDCount)\Flags\MWDMA + " , " + "enabled : " + "Mode 0": EndIf
If (idsec\MultiWordDma >> 9) & 1 = 1: di(HDDCount)\Flags\MWDMA + " , " + "enabled : " + "Mode 1": EndIf
If (idsec\MultiWordDma >> 10) & 1 = 1: di(HDDCount)\Flags\MWDMA + " , " + "enabled : " + "Mode 2": EndIf
EndIf
;IORDY
If (idsec\Capabilities1 >> 11) & 1 = 1
di(HDDCount)\Flags\IORDY = "YES"
Else
di(HDDCount)\Flags\IORDY = "NO"
EndIf
;Native Command Queuing
If ATAVersion >= 6 And (idsec\SerialAtaCapabilities >> 8) & 1
di(HDDCount)\Flags\NCQ = "YES"
Else
di(HDDCount)\Flags\NCQ = "NO"
EndIf
;NV Cache
If ATAVersion >= 7 And idsec\NvCacheCapabilities & 1
di(HDDCount)\Flags\NVCache = "YES"
Else
di(HDDCount)\Flags\NVCache = "NO"
EndIf
;TRIM
If ATAVersion >= 7 And idsec\DataSetManagement & 1
di(HDDCount)\Flags\TRIM = "YES"
Else
di(HDDCount)\Flags\TRIM = "NO"
EndIf
;rotation rate
If ATAVersion >=7 And idsec\NominalMediaRotationRate > 1000 And idsec\NominalMediaRotationRate < $FFFF
di(HDDCount)\RotationRate = StrU(idsec\NominalMediaRotationRate,#PB_Word) + " RPM"
EndIf
;SSD
If ATAVersion>=7 And idsec\NominalMediaRotationRate = 1
di(HDDCount)\Flags\SSD = "YES"
di(HDDCount)\RotationRate = "---- (SSD)"
Else
di(HDDCount)\Flags\SSD = "NO"
EndIf
;DebugMe("Reading Attributes")
ReadAttributes(CurrentDrive, SCSITargetID)
;DebugMe("Reading Thresholds")
ReadThresholds(CurrentDrive, SCSITargetID)
If di(HDDCount)\Temperature = "": di(HDDCount)\Temperature = "Not Available": EndIf
di(HDDCount)\DiskStatus = DiskStatus()
;DebugMe("1 will be returned")
Else
;#IOCTL_STORAGE_QUERY_PROPERTY
try_next_way:
udtQuery.STORAGE_PROPERTY_QUERY
udtOut.STORAGE_DEVICE_DESCRIPTOR
Result = DeviceIoControl_(hdh, $2D1400, udtQuery,SizeOf(udtQuery), @udtOut, SizeOf(udtOut), @dwOutBytes, 0)
If dwOutBytes > 100
If DontAdd = 0: HDDCount + 1: EndIf
If HDDCount > 10: ReDim di.DriveInfo(HDDCount): EndIf
di(HDDCount)\Model = Trim(PeekS(@udtOut + udtOut\VendorIdOffset,-1,#PB_Ascii)) + Trim(PeekS(@udtOut + udtOut\ProductIdOffset,-1,#PB_Ascii))
di(HDDCount)\FirmWare = PeekS(@udtOut + udtOut\ProductRevisionOffset,-1,#PB_Ascii)
di(HDDCount)\SerialNumber = Trim(PeekS(@udtOut + udtOut\SerialNumberOffset,-1,#PB_Ascii))
Select(udtOut\Bustype)
Case #BusTypeUnknown, #BusTypeScsi
di(HDDCount)\InterfaceType = "SCSI"
Case #BusTypeAtapi
di(HDDCount)\InterfaceType = "ATAPI"
Case #BusTypeAta
di(HDDCount)\InterfaceType = "ATA"
Case #BusType1394, #BusTypeSsa, #BusTypeFibre, #BusTypeUsb
di(HDDCount)\InterfaceType = "USB"
Case #BusTypeRAID
di(HDDCount)\InterfaceType = "RAID"
Case #BusTypeMaxReserved
Default
di(HDDCount)\InterfaceType = "Bustype = " + Str(udtOut\BusType)
EndSelect
EndIf
EndIf
CloseHandle_(hdh)
EndProcedure
Procedure SaveFile(type.a)
;type = 1 save current disk
;type = 0 save all disks
Pattern$ = "Text (*.txt)|*.txt|All files (*.*)|*.*"
Pattern = 0
File$ = SaveFileRequester("Please choose file name", "", Pattern$, Pattern)
If File$
If ReadFile(0,File$);file already exists
CloseFile(0)
i=MessageRequester("Warning","File already exists. Overwrite ?",#PB_MessageRequester_YesNo)
If i= #PB_MessageRequester_No
ProcedureReturn
EndIf
EndIf
If GetExtensionPart(File$) = ""
File$ + ".txt"
EndIf
If type = 1
FromDisk = GetGadgetState(2)
ToDisk = FromDisk
x = ToDisk
Else
FromDisk = 0
ToDisk = HDDCount
EndIf
ii = OpenFile(#PB_Any,File$)
For i = FromDisk To ToDisk
WriteStringN(ii,"Disk #" + x)
If di(i)\LBASectors = "" And di(i)\InterfaceType = "USB"
WriteStringN(ii,"Model"+ " : " + di(i)\Model)
WriteStringN(ii,"FirmWare"+ " : " + di(i)\FirmWare)
WriteStringN(ii,"Serial Number"+ " : " + di(i)\SerialNumber)
WriteStringN(ii,"Interface Type"+ " : " + di(i)\InterfaceType)
Else
WriteStringN(ii,"Model "+ " : " + di(i)\Model)
WriteStringN(ii,"Family "+ " : " + di(i)\Family)
WriteStringN(ii,"Serial Number "+ " : " + di(i)\SerialNumber)
WriteStringN(ii,"FirmWare "+ " : " + di(i)\FirmWare)
WriteStringN(ii,"Buffer Size "+ " : " + di(i)\BufferSize)
WriteStringN(ii,"ECC Bytes "+ " : " + di(i)\ECCBytes)
WriteStringN(ii,"LBA Sectors "+ " : " + di(i)\LBASectors)
WriteStringN(ii,"Theor Capacity "+ " : " + di(i)\TheoriticalCapacity)
WriteStringN(ii,"Real Capacity "+ " : " + di(i)\RealCapacity)
WriteStringN(ii,"Temperature "+ " : " + di(i)\Temperature)
WriteStringN(ii,"Power On Count "+ " : " + di(i)\CountsOn)
WriteStringN(ii,"Power On Hours "+ " : " + di(i)\HoursOn)
WriteStringN(ii,"Interface Type "+ " : " + di(i)\InterfaceType)
WriteStringN(ii,"Cur Transfer Mode"+ " : " + di(i)\CurTransferMode)
WriteStringN(ii,"Max Transfer Mode"+ " : " + di(i)\MaxTransferMode)
WriteStringN(ii,"Standard "+ " : " + di(i)\Standard)
WriteStringN(ii,"Rotation rate "+ " : " + di(i)\RotationRate)
WriteStringN(ii,"Partition Count "+ " : " + di(i)\PartitionCount)
WriteStringN(ii,"Disk Status "+ " : " + di(i)\DiskStatus)
WriteStringN(ii,"Is SSD "+ " : " + di(i)\Flags\SSD)
WriteStringN(ii,"UDMA "+ " : " + di(i)\Flags\UDMA)
WriteStringN(ii,"MWDMA "+ " : " + di(i)\Flags\MWDMA)
WriteStringN(ii,"PIO "+ " : " + di(i)\Flags\PIO)
WriteStringN(ii,"")
WriteStringN(ii,"Flags")
WriteStringN(ii,"S.M.A.R.T. "+ " : " + di(i)\Flags\SMART)
WriteStringN(ii,"48bit Logical Block Addressing ( LBA48 )"+ " : " + di(i)\Flags\LBA48)
WriteStringN(ii,"Automatic Acoustic Management ( AAM ) "+ " : " + di(i)\Flags\AAM)
WriteStringN(ii,"Power Management ( PM ) "+ " : " + di(i)\Flags\PM)
WriteStringN(ii,"Advanced Power Management ( APM ) "+ " : " + di(i)\Flags\APM)
WriteStringN(ii,"Power-up in Standby ( PUIS ) "+ " : " + di(i)\Flags\PUIS)
WriteStringN(ii,"Device Configuration Overlays ( DCO ) "+ " : " + di(i)\Flags\DCO)
WriteStringN(ii,"SATA Native Command Queuing ( NCQ ) "+ " : " + di(i)\Flags\NCQ)
WriteStringN(ii,"Tagged Command Queuing ( TCQ ) "+ " : " + di(i)\Flags\TCQ)
WriteStringN(ii,"Security Mode "+ " : " + di(i)\Flags\SecMode)
WriteStringN(ii,"NonVolatile Cache "+ " : " + di(i)\Flags\NVCache)
WriteStringN(ii,"TRIM function "+ " : " + di(i)\Flags\TRIM)
WriteStringN(ii,"SMART Command Transport ( SCT ) "+ " : " + di(i)\Flags\SCT)
WriteStringN(ii,"Input/Output Channel ReaDY ( IORDY ) "+ " : " + di(i)\Flags\IORDY)
WriteStringN(ii,"Compact Flash Association ( CFA ) "+ " : " + di(i)\Flags\CFA)
WriteStringN(ii,"Download Microcode command "+ " : " + di(i)\Flags\DMicro)
WriteStringN(ii,"")
WriteStringN(ii,"Attributes")
WriteStringN(ii," # Name Current Worst Threshold Raw value")
For iii=0 To di(i)\NumAttributes-1
If di(i)\Attributes[iii]\AttrName="": Break: EndIf
WriteStringN(ii,RSet(Str(di(i)\Attributes[iii]\AttrID),3," ") + " : " + LSet(di(i)\Attributes[iii]\AttrName,50," ")+ " : " + RSet(Str(di(i)\Attributes[iii]\AttrValue),5," ")+ " : " + RSet(Str(di(i)\Attributes[iii]\AttrWorstValue),3," ") + " : " + RSet(Str(di(i)\Attributes[iii]\AttrThreshold),7," ")+ " : " + RSet(Hex(di(i)\Attributes[iii]\AttrRaw),12,"0"))
Next
WriteStringN(ii,"")
WriteStringN(ii,"")
x + 1
EndIf
Next
CloseFile(ii)
MessageRequester("","File created successfully.")
EndIf
EndProcedure
-
doctorized
- Addict
- Posts: 856
- Joined: Fri Mar 27, 2009 9:41 am
- Location: Athens, Greece
Re: retrieve harddisk`s modell,serial,firmware (Windows only
And the rest of the code:
Code: Select all
For i=0 To 5
HDDInfo(i,-1,-1)
Next
For i=0 To 16
For ii=0 To 8
HDDInfo(-1,i,ii)
Next
Next
If OpenWindow(0, 100, 200, 620, 620, "Hard Disk Info", #PB_Window_SystemMenu | #PB_Window_MinimizeGadget | #PB_Window_ScreenCentered)
;If CreateGadgetList(WindowID(0))
ListIconGadget(0,5,40,610,260,"Item",238,#PB_ListIcon_GridLines|#PB_ListIcon_FullRowSelect)
AddGadgetColumn(0,1,"Data",350)
ListIconGadget(1,5,310,610,300,"ID",35,#PB_ListIcon_GridLines|#PB_ListIcon_FullRowSelect)
AddGadgetColumn(1,1,"Name",270)
AddGadgetColumn(1,2,"Current",60)
AddGadgetColumn(1,3,"Worst",60)
AddGadgetColumn(1,4,"Threshold",60)
AddGadgetColumn(1,5,"Raw",100)
ComboBoxGadget(2, 5, 10, 260, 20)
TextGadget(3,280,14,150,20,"<-- Please select a drive.")
ButtonGadget(4,410,14,100,20,"Save current disk")
ButtonGadget(5,516,14,100,20,"Save all disks")
;EndIf
For i=0 To HDDCount
AddGadgetItem(2,-1,di(i)\Model)
Next
Goto slct_gadget
Repeat
EventID = WaitWindowEvent()
If EventID = #PB_Event_CloseWindow
Quit = 1
ElseIf EventID = #PB_Event_Gadget
Select EventGadget()
Case 2
slct_gadget:
If CurrentHDD <> GetGadgetState(2)
CurrentHDD = GetGadgetState(2)
If CurrentHDD < 0: CurrentHDD = 0: EndIf
SetGadgetState(2, CurrentHDD)
ClearGadgetItems(0)
ClearGadgetItems(1)
If di(CurrentHDD)\LBASectors = "" And di(CurrentHDD)\InterfaceType = "USB"
AddGadgetItem(0,-1,"Model"+Chr(10)+di(CurrentHDD)\Model)
AddGadgetItem(0,-1,"FirmWare"+Chr(10)+di(CurrentHDD)\FirmWare)
AddGadgetItem(0,-1,"Serial Number"+Chr(10)+di(CurrentHDD)\SerialNumber)
AddGadgetItem(0,-1,"Interface Type"+Chr(10)+di(CurrentHDD)\InterfaceType)
Else
AddGadgetItem(0,-1,"Model"+Chr(10)+di(CurrentHDD)\Model)
AddGadgetItem(0,-1,"Family"+Chr(10)+di(CurrentHDD)\Family)
AddGadgetItem(0,-1,"Serial Number"+Chr(10)+di(CurrentHDD)\SerialNumber)
AddGadgetItem(0,-1,"FirmWare"+Chr(10)+di(CurrentHDD)\FirmWare)
AddGadgetItem(0,-1,"Buffer Size"+Chr(10)+di(CurrentHDD)\BufferSize)
AddGadgetItem(0,-1,"ECC Bytes"+Chr(10)+di(CurrentHDD)\ECCBytes)
AddGadgetItem(0,-1,"LBA Sectors"+Chr(10)+di(CurrentHDD)\LBASectors)
AddGadgetItem(0,-1,"Theor Capacity"+Chr(10)+di(CurrentHDD)\TheoriticalCapacity)
AddGadgetItem(0,-1,"Real Capacity"+Chr(10)+di(CurrentHDD)\RealCapacity)
AddGadgetItem(0,-1,"Temperature"+Chr(10)+di(CurrentHDD)\Temperature)
AddGadgetItem(0,-1,"Power On Count"+Chr(10)+di(CurrentHDD)\CountsOn)
AddGadgetItem(0,-1,"Power On Hours"+Chr(10)+di(CurrentHDD)\HoursOn)
AddGadgetItem(0,-1,"Interface Type"+Chr(10)+di(CurrentHDD)\InterfaceType)
AddGadgetItem(0,-1,"Cur Transfer Mode"+Chr(10)+di(CurrentHDD)\CurTransferMode)
AddGadgetItem(0,-1,"Max Transfer Mode"+Chr(10)+di(CurrentHDD)\MaxTransferMode)
AddGadgetItem(0,-1,"Standard"+Chr(10)+di(CurrentHDD)\Standard)
AddGadgetItem(0,-1,"Rotation rate"+Chr(10)+di(CurrentHDD)\RotationRate)
AddGadgetItem(0,-1,"Partition Count"+Chr(10)+di(CurrentHDD)\PartitionCount)
AddGadgetItem(0,-1,"Disk Status"+Chr(10)+di(CurrentHDD)\DiskStatus)
AddGadgetItem(0,-1,"Is SSD"+Chr(10)+di(CurrentHDD)\Flags\SSD)
AddGadgetItem(0,-1,"UMDA"+Chr(10)+di(CurrentHDD)\Flags\UDMA)
AddGadgetItem(0,-1,"MWDMA"+Chr(10)+di(CurrentHDD)\Flags\MWDMA)
AddGadgetItem(0,-1,"PIO"+Chr(10)+di(CurrentHDD)\Flags\PIO)
AddGadgetItem(0,-1,"Flags")
SetGadgetItemColor(0,CountGadgetItems(0)-1,#PB_Gadget_FrontColor,$d06000)
AddGadgetItem(0,-1,"S.M.A.R.T."+Chr(10)+di(CurrentHDD)\Flags\SMART)
AddGadgetItem(0,-1,"48bit Logical Block Addressing ( LBA48 )" + Chr(10) + di(CurrentHDD)\Flags\LBA48)
AddGadgetItem(0,-1,"Automatic Acoustic Management ( AAM )" + Chr(10) + di(CurrentHDD)\Flags\AAM)
AddGadgetItem(0,-1,"Power Management ( PM )" + Chr(10) + di(CurrentHDD)\Flags\PM)
AddGadgetItem(0,-1,"Advanced Power Management ( APM )" + Chr(10) + di(CurrentHDD)\Flags\APM)
AddGadgetItem(0,-1,"Power-up in Standby ( PUIS )" + Chr(10) + di(CurrentHDD)\Flags\PUIS)
;AddGadgetItem(0,-1,"SETMAX" + chr(10) + di(CurrentHDD)\Flags\SETMAX)
AddGadgetItem(0,-1,"Device Configuration Overlays ( DCO )" + Chr(10) + di(CurrentHDD)\Flags\DCO)
AddGadgetItem(0,-1,"SATA Native Command Queuing ( NCQ )" + Chr(10) + di(CurrentHDD)\Flags\NCQ)
AddGadgetItem(0,-1,"Tagged Command Queuing ( TCQ )" + Chr(10) + di(CurrentHDD)\Flags\TCQ)
AddGadgetItem(0,-1,"Security Mode" + Chr(10) + di(CurrentHDD)\Flags\SecMode)
AddGadgetItem(0,-1,"NonVolatile Cache" + Chr(10) + di(CurrentHDD)\Flags\NVCache)
AddGadgetItem(0,-1,"TRIM function" + Chr(10) + di(CurrentHDD)\Flags\TRIM)
AddGadgetItem(0,-1,"SMART Command Transport ( SCT )" + Chr(10) + di(CurrentHDD)\Flags\SCT)
AddGadgetItem(0,-1,"Input/Output Channel ReaDY ( IORDY )" + Chr(10) + di(CurrentHDD)\Flags\IORDY)
AddGadgetItem(0,-1,"Compact Flash Association ( CFA )" + Chr(10) + di(CurrentHDD)\Flags\CFA)
AddGadgetItem(0,-1,"Download Microcode command" + Chr(10) + di(CurrentHDD)\Flags\DMicro)
For i=0 To di(CurrentHDD)\NumAttributes-1
If di(CurrentHDD)\Attributes[i]\AttrName="": Break: EndIf
AddGadgetItem(1,-1,Str(di(CurrentHDD)\Attributes[i]\AttrID) + Chr(10) + di(CurrentHDD)\Attributes[i]\AttrName + Chr(10) + Str(di(CurrentHDD)\Attributes[i]\AttrValue) + Chr(10) + Str(di(CurrentHDD)\Attributes[i]\AttrWorstValue) + Chr(10) + Str(di(CurrentHDD)\Attributes[i]\AttrThreshold) + Chr(10) + RSet(Hex(di(CurrentHDD)\Attributes[i]\AttrRaw),12,"0"))
Next
EndIf
EndIf
Case 4
SaveFile(1)
Case 5
SaveFile(0)
EndSelect
EndIf
Until Quit = 1
EndIf
End Re: retrieve harddisk`s modell,serial,firmware (Windows only
Maybe, i'm stupid. It's a same file? Could you please give me a link to download a file.
Edit: strange it doesn't work!
Edit: strange it doesn't work!
-
doctorized
- Addict
- Posts: 856
- Joined: Fri Mar 27, 2009 9:41 am
- Location: Athens, Greece
Re: retrieve harddisk`s modell,serial,firmware (Windows only
Did you enable admin rights? Without admin rights it cannot run. Here is your link: https://arahiotis.sites.sch.gr/HDDInfo.rarricky wrote:Maybe, i'm stupid. It's a same file? Could you please give me a link to download a file.
Edit: strange it doesn't work!
The way looks like the same but is not really the same. The user gives the file name, so it not the same. Ask if you have further questions.
Last edited by doctorized on Tue Nov 22, 2022 10:42 am, edited 1 time in total.
Re: retrieve harddisk`s modell,serial,firmware (Windows only
Hello,
I tried your version, but it crash immediatly, why? But with the syntax check nothing is wrong. I compile with the version 5.30. I test on a x64 system.
Image below:
https://www.dropbox.com/s/g1xf9ymsxpgzr ... r.png?dl=0
I tried your version, but it crash immediatly, why? But with the syntax check nothing is wrong. I compile with the version 5.30. I test on a x64 system.
Image below:
https://www.dropbox.com/s/g1xf9ymsxpgzr ... r.png?dl=0
-
doctorized
- Addict
- Posts: 856
- Joined: Fri Mar 27, 2009 9:41 am
- Location: Athens, Greece
Re: retrieve harddisk`s modell,serial,firmware (Windows only
Yes, suddenly x64 version crushes to me too. x86 version works fine. PB 5.30 here too so I will check it out.ricky wrote:I tried your version, but it crash immediatly
EDIT:
In line 1193 change
Code: Select all
CopyMemory(@buffer() + SizeOf(SRB_IO_CONTROL)+16,@idsec, SizeOf(SENDCMDOUTPARAMS))Code: Select all
CopyMemory(@buffer() + SizeOf(SRB_IO_CONTROL)+16,@idsec, SizeOf(DeviceData))Code: Select all
Procedure ShowData()
CurrentHDD = GetGadgetState(2)
If CurrentHDD < 0: CurrentHDD = 0: EndIf
SetGadgetState(2, CurrentHDD)
ClearGadgetItems(0)
ClearGadgetItems(1)
If di(CurrentHDD)\LBASectors = "" And di(CurrentHDD)\InterfaceType = "USB"
AddGadgetItem(0,-1,"Model"+Chr(10)+di(CurrentHDD)\Model)
AddGadgetItem(0,-1,"FirmWare"+Chr(10)+di(CurrentHDD)\FirmWare)
AddGadgetItem(0,-1,"Serial Number"+Chr(10)+di(CurrentHDD)\SerialNumber)
AddGadgetItem(0,-1,"Interface Type"+Chr(10)+di(CurrentHDD)\InterfaceType)
Else
AddGadgetItem(0,-1,"Model"+Chr(10)+di(CurrentHDD)\Model)
AddGadgetItem(0,-1,"Family"+Chr(10)+di(CurrentHDD)\Family)
AddGadgetItem(0,-1,"Serial Number"+Chr(10)+di(CurrentHDD)\SerialNumber)
AddGadgetItem(0,-1,"FirmWare"+Chr(10)+di(CurrentHDD)\FirmWare)
AddGadgetItem(0,-1,"Buffer Size"+Chr(10)+di(CurrentHDD)\BufferSize)
AddGadgetItem(0,-1,"ECC Bytes"+Chr(10)+di(CurrentHDD)\ECCBytes)
AddGadgetItem(0,-1,"LBA Sectors"+Chr(10)+di(CurrentHDD)\LBASectors)
AddGadgetItem(0,-1,"Theor Capacity"+Chr(10)+di(CurrentHDD)\TheoriticalCapacity)
AddGadgetItem(0,-1,"Real Capacity"+Chr(10)+di(CurrentHDD)\RealCapacity)
AddGadgetItem(0,-1,"Temperature"+Chr(10)+di(CurrentHDD)\Temperature)
AddGadgetItem(0,-1,"Power On Count"+Chr(10)+di(CurrentHDD)\CountsOn)
AddGadgetItem(0,-1,"Power On Hours"+Chr(10)+di(CurrentHDD)\HoursOn)
AddGadgetItem(0,-1,"Interface Type"+Chr(10)+di(CurrentHDD)\InterfaceType)
AddGadgetItem(0,-1,"Cur Transfer Mode"+Chr(10)+di(CurrentHDD)\CurTransferMode)
AddGadgetItem(0,-1,"Max Transfer Mode"+Chr(10)+di(CurrentHDD)\MaxTransferMode)
AddGadgetItem(0,-1,"Standard"+Chr(10)+di(CurrentHDD)\Standard)
AddGadgetItem(0,-1,"Rotation rate"+Chr(10)+di(CurrentHDD)\RotationRate)
AddGadgetItem(0,-1,"Partition Count"+Chr(10)+di(CurrentHDD)\PartitionCount)
AddGadgetItem(0,-1,"Disk Status"+Chr(10)+di(CurrentHDD)\DiskStatus)
AddGadgetItem(0,-1,"Is SSD"+Chr(10)+di(CurrentHDD)\Flags\SSD)
AddGadgetItem(0,-1,"UMDA"+Chr(10)+di(CurrentHDD)\Flags\UDMA)
AddGadgetItem(0,-1,"MWDMA"+Chr(10)+di(CurrentHDD)\Flags\MWDMA)
AddGadgetItem(0,-1,"PIO"+Chr(10)+di(CurrentHDD)\Flags\PIO)
AddGadgetItem(0,-1,"Flags")
SetGadgetItemColor(0,CountGadgetItems(0)-1,#PB_Gadget_FrontColor,$d06000)
AddGadgetItem(0,-1,"S.M.A.R.T."+Chr(10)+di(CurrentHDD)\Flags\SMART)
AddGadgetItem(0,-1,"48bit Logical Block Addressing ( LBA48 )" + Chr(10) + di(CurrentHDD)\Flags\LBA48)
AddGadgetItem(0,-1,"Automatic Acoustic Management ( AAM )" + Chr(10) + di(CurrentHDD)\Flags\AAM)
AddGadgetItem(0,-1,"Power Management ( PM )" + Chr(10) + di(CurrentHDD)\Flags\PM)
AddGadgetItem(0,-1,"Advanced Power Management ( APM )" + Chr(10) + di(CurrentHDD)\Flags\APM)
AddGadgetItem(0,-1,"Power-up in Standby ( PUIS )" + Chr(10) + di(CurrentHDD)\Flags\PUIS)
;AddGadgetItem(0,-1,"SETMAX" + chr(10) + di(CurrentHDD)\Flags\SETMAX)
AddGadgetItem(0,-1,"Device Configuration Overlays ( DCO )" + Chr(10) + di(CurrentHDD)\Flags\DCO)
AddGadgetItem(0,-1,"SATA Native Command Queuing ( NCQ )" + Chr(10) + di(CurrentHDD)\Flags\NCQ)
AddGadgetItem(0,-1,"Tagged Command Queuing ( TCQ )" + Chr(10) + di(CurrentHDD)\Flags\TCQ)
AddGadgetItem(0,-1,"Security Mode" + Chr(10) + di(CurrentHDD)\Flags\SecMode)
AddGadgetItem(0,-1,"NonVolatile Cache" + Chr(10) + di(CurrentHDD)\Flags\NVCache)
AddGadgetItem(0,-1,"TRIM function" + Chr(10) + di(CurrentHDD)\Flags\TRIM)
AddGadgetItem(0,-1,"SMART Command Transport ( SCT )" + Chr(10) + di(CurrentHDD)\Flags\SCT)
AddGadgetItem(0,-1,"Input/Output Channel ReaDY ( IORDY )" + Chr(10) + di(CurrentHDD)\Flags\IORDY)
AddGadgetItem(0,-1,"Compact Flash Association ( CFA )" + Chr(10) + di(CurrentHDD)\Flags\CFA)
AddGadgetItem(0,-1,"Download Microcode command" + Chr(10) + di(CurrentHDD)\Flags\DMicro)
For i=0 To di(CurrentHDD)\NumAttributes-1
If di(CurrentHDD)\Attributes[i]\AttrName="": Break: EndIf
AddGadgetItem(1,-1,Str(di(CurrentHDD)\Attributes[i]\AttrID) + Chr(10) + di(CurrentHDD)\Attributes[i]\AttrName + Chr(10) + Str(di(CurrentHDD)\Attributes[i]\AttrValue) + Chr(10) + Str(di(CurrentHDD)\Attributes[i]\AttrWorstValue) + Chr(10) + Str(di(CurrentHDD)\Attributes[i]\AttrThreshold) + Chr(10) + RSet(Hex(di(CurrentHDD)\Attributes[i]\AttrRaw),12,"0"))
Next
EndIf
EndProcedure
For i=0 To 5
HDDInfo(i,-1,-1)
Next
For i=0 To 16
For ii=0 To 8
HDDInfo(-1,i,ii)
Next
Next
If OpenWindow(0, 100, 200, 620, 620, "Hard Disk Info", #PB_Window_SystemMenu | #PB_Window_MinimizeGadget | #PB_Window_ScreenCentered)
ListIconGadget(0,5,40,610,260,"Item",238,#PB_ListIcon_GridLines|#PB_ListIcon_FullRowSelect)
AddGadgetColumn(0,1,"Data",350)
ListIconGadget(1,5,310,610,300,"ID",35,#PB_ListIcon_GridLines|#PB_ListIcon_FullRowSelect)
AddGadgetColumn(1,1,"Name",270)
AddGadgetColumn(1,2,"Current",60)
AddGadgetColumn(1,3,"Worst",60)
AddGadgetColumn(1,4,"Threshold",60)
AddGadgetColumn(1,5,"Raw",100)
ComboBoxGadget(2, 5, 10, 260, 20)
TextGadget(3,280,14,150,20,"<-- Please select a drive.")
ButtonGadget(4,410,14,100,20,"Save current disk")
ButtonGadget(5,516,14,100,20,"Save all disks")
For i=0 To HDDCount
AddGadgetItem(2,-1,di(i)\Model)
Next
ShowData()
Repeat
EventID = WaitWindowEvent()
If EventID = #PB_Event_CloseWindow
Quit = 1
ElseIf EventID = #PB_Event_Gadget
Select EventGadget()
Case 2
ShowData()
Case 4
SaveFile(1)
Case 5
SaveFile(0)
EndSelect
EndIf
Until Quit = 1
EndIf
End
Re: retrieve harddisk`s modell,serial,firmware (Windows only
Thanks, now it works.
But I want to have immediatly all infos in a file.
I remove the Procedure ShowData() and put only SaveFile(0) and it doesn't work, I have nothing in the file, why?
But I want to have immediatly all infos in a file.
I remove the Procedure ShowData() and put only SaveFile(0) and it doesn't work, I have nothing in the file, why?
-
doctorized
- Addict
- Posts: 856
- Joined: Fri Mar 27, 2009 9:41 am
- Location: Athens, Greece
Re: retrieve harddisk`s modell,serial,firmware (Windows only
After SaveFile() procedure and before SaveFile(0) did you leave:ricky wrote:Thanks, now it works.
But I want to have immediatly all infos in a file.
I remove the Procedure ShowData() and put only SaveFile(0) and it doesn't work, I have nothing in the file, why?
Code: Select all
For i=0 To 5
HDDInfo(i,-1,-1)
Next
For i=0 To 16
For ii=0 To 8
HDDInfo(-1,i,ii)
Next
NextRe: retrieve harddisk`s modell,serial,firmware (Windows only
It works, thanks for your help.
Re: retrieve harddisk`s modell,serial,firmware (Windows only
Is it possible to fix the code for working with external USB hard disks?
Re: retrieve harddisk`s modell,serial,firmware (Windows only)
This 'code' should be well preserved and updated, thanks for sharing.