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SmartInfo.cpp
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SmartInfo.cpp
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// SmartInfo.cpp : définit le point d'entrée pour l'application console.
//
#include "stdafx.h"
//
#define _NTSCSI_USER_MODE_
#include <devioctl.h>
#include <ntdddisk.h>
#include <ntddscsi.h>
#include <ntddstor.h>
#include <scsi.h>
#include <comdef.h>
#include <Wbemidl.h>
#pragma comment(lib, "wbemuuid.lib")
#include "SmartInfo.h"
#include <windows.h>
#include <SetupAPI.h>
#include <string.h>
#include <stdlib.h>
#include <initguid.h>
#include <Usbiodef.h>
#include <locale.h>
#include "AutomaticVersionHeader.h"
#include "PrintRoutine.h"
#include "strstr.h"
#ifdef _DEBUG
#define new DEBUG_NEW
#endif
#ifndef _wsizeof
#define _wsizeof(text) sizeof(text)/sizeof(WCHAR)
#endif // !_wsizeof
static WCHAR szErrorText [ LEN_MAX_STRING ];
#define DRIVE_HEAD_REG 0xA0
static ST_DRIVE_INFO DriveInfo;
static IDENTIFY_DEVICE_DATA SectorInfo;
static ST_SMART_INFO SmartInfo;
static ST_SCSI_MINIPORT_INP ScsiMiniPortInp;
static ST_SCSI_MINIPORT_OUT ScsiMiniPortOut;
static STORAGE_PROPERTY_QUERY StoragePropertyQuery;
static BYTE StorageDeviceDescriptor [ 4096 ];
static STORAGE_DEVICE_DESCRIPTOR *pStorageDeviceDescriptor = (STORAGE_DEVICE_DESCRIPTOR*) StorageDeviceDescriptor;
static STORAGE_DEVICE_NUMBER StorageDeviceNumber;
static STORAGE_PREDICT_FAILURE StoragePredictFailure;
static ST_SCSI_PASS_THROUGH_BUF ScsiPassThroughWithBuffer;
static BYTE DriveInformation [ 4096 ];
static DRIVE_LAYOUT_INFORMATION_EX *pDriveInformation = (DRIVE_LAYOUT_INFORMATION_EX *)DriveInformation;
static BYTE DriveGeometry [ 4096 ];
static DISK_GEOMETRY_EX *pDriveGeometry = (DISK_GEOMETRY_EX *)DriveGeometry;
static SENDCMDINPARAMS SendCmdInParams;
static SENDCMDOUTPARAMS SendCmdOutParams;
static BYTE GetMediaTypes [ sizeof(GET_MEDIA_TYPES)+15*sizeof(DEVICE_MEDIA_INFO)];
static PGET_MEDIA_TYPES pGetMediaTypes = (PGET_MEDIA_TYPES) GetMediaTypes;
static char AtaIdentifyRequest[sizeof(ATA_PASS_THROUGH_EX)+IDENTIFY_BUFFER_SIZE] = {0};
static PATA_PASS_THROUGH_EX pAtaIdentifyRequest = (PATA_PASS_THROUGH_EX) AtaIdentifyRequest;
static char SmartIdentifyResponse[sizeof(SENDCMDOUTPARAMS)+IDENTIFY_BUFFER_SIZE-1] = {0};
static SCSI_ADDRESS ScsiAddress = {0};
static BYTE ScsiAdapterBusInfo [ sizeof (SCSI_ADAPTER_BUS_INFO) + sizeof(SCSI_BUS_DATA) * 32 ];
static SCSI_ADAPTER_BUS_INFO *pScsiAdapterBusInfo = (SCSI_ADAPTER_BUS_INFO *)ScsiAdapterBusInfo;
static IO_SCSI_CAPABILITIES IoScsiCapabilities = {0};
//
#define LOW_VALUE 1
#define HIGH_VALUE 5
#define CRITICAL_VALUE 10
static bool Low = false;
static bool High = false;
static bool Critical = false;
static bool ListDevice = false;
static bool ListDeviceBrief = false;
static bool ListDeviceFull = false;
static bool ListDevice32 = false;
static bool AddField = false;
static bool ListFields = false;
static bool ListAllDevice = false;
static bool ListAllInt = false;
static bool ListCdRomInt = false;
static bool ListDiskInt = false;
static bool ListFloppyInt = false;
static bool ListPartInt = false;
static bool ListPortInt = false;
static bool ListHubInt = false;
static bool ListUsbInt = false;
static bool ListVolumeInt = false;
static bool ListSomeInt = false;
static bool ListProperties = false;
static bool ListGUID = false;
static bool Locale = false;
static bool NonZero = false;
static bool NoDetail = false;
static bool NoHeader = false;
static bool ShowError = false;
static bool ShowStruct = false;
static bool FullDetail = false;
static bool ShowDevice = false;
static bool ShowMedia = false;
static bool ShowDrive = false;
static bool ShowGeometry = false;
static bool ShowStorage = false;
static bool ShowScsi = false;
static bool ShowPredict = false;
static bool DebugMode = false;
static bool Dump = false;
static bool Flag = false;
static bool Smart = false;
static bool Pause = false;
static bool PhysicalDisk = true;
static bool ScsiDisk = false;
static bool AtaMode = false;
static size_t MaxNameLen = 0;
static _locale_t LocaleType = NULL;
static WCHAR LocaleString [ LEN_STRING ];
//
static WCHAR TextInfo [ LEN_MAX_STRING ];
//
static WCHAR DeviceName[MAX_PATH] = {0};
//
#define DEVICE_MAX 256
static int DevicesCount = 0;
static BYTE DevicesNumber [ DEVICE_MAX ];
static WCHAR *DevicesName [ DEVICE_MAX ];
//
#define LEN_DUMP_LINE 128
static WCHAR szDumpLineW [ LEN_DUMP_LINE ];
static CHAR szDumpLineA [ LEN_DUMP_LINE ];
//
#define MAX_ATTRIBUTES 256
static ST_SMART_INFO SmartInfos [ MAX_ATTRIBUTES ];
//
#define _casereturn1(value) case value : return #value;
#define _casereturn2(value1,value2) case value1 : return #value2;
#define _wcasereturn1(value) case value : return L#value;
#define _wcasereturn2(value) case value : return FormatUpperString ( L#value );
//
struct TableDiskDriveStruct
{
WCHAR *name;
int width;
bool numeric; // Default true will be changed
};
//
TableDiskDriveStruct TableDiskDriveAll [] =
{
{ L"Availability", 0, true },
{ L"BytesPerSector", 0, true },
{ L"Capabilities", 0, true },
{ L"CapabilityDescriptions", 0, true },
{ L"Caption", 0, true },
{ L"CompressionMethod", 0, true },
{ L"ConfigManagerErrorCode", 0, true },
{ L"ConfigManagerUserConfig", 0, true },
{ L"DefaultBlockSize", 0, true },
{ L"Description", 0, true },
{ L"DeviceID", 0, true },
{ L"ErrorCleared", 0, true },
{ L"ErrorDescription", 0, true },
{ L"ErrorMethodology", 0, true },
{ L"Index", 0, true },
{ L"InstallDate", 0, true },
{ L"InterfaceType", 0, true },
{ L"LastErrorCode", 0, true },
{ L"Manufacturer", 0, true },
{ L"MaxBlockSize", 0, true },
{ L"MaxMediaSize", 0, true },
{ L"MediaLoaded", 0, true },
{ L"MediaType", 0, true },
{ L"MinBlockSize", 0, true },
{ L"Model", 0, true },
{ L"Name", 0, true },
{ L"NeedsCleaning", 0, true },
{ L"NumberOfMediaSupported", 0, true },
{ L"Partitions", 0, true },
{ L"PNPDeviceID", 0, true },
{ L"PowerManagementCapabilities", 0, true },
{ L"PowerManagementSupported", 0, true },
{ L"SCSIBus", 0, true },
{ L"SCSILogicalUnit", 0, true },
{ L"SCSIPort", 0, true },
{ L"SCSITargetId", 0, true },
{ L"SectorsPerTrack", 0, true },
{ L"Signature", 0, true },
{ L"Size", 0, true },
{ L"Status", 0, true },
{ L"StatusInfo", 0, true },
{ L"SystemName", 0, true },
{ L"TotalCylinders", 0, true },
{ L"TotalHeads", 0, true },
{ L"TotalSectors", 0, true },
{ L"TotalTracks", 0, true },
{ L"TracksPerCylinder", 0, true },
{ NULL, NULL, true },
};
//
static const int iTableDiskDriveUsedMax = 256;
static int iTableDiskDriveUsedCount = 0;
TableDiskDriveStruct TableDiskDriveUsed [iTableDiskDriveUsedMax];
//
ST_ATTRIBUTES AttributeUnknown =
{
-1,
-1,
L"Unknown Name",
L"Unknown Details"
};
//
// https://en.wikipedia.org/wiki/S.M.A.R.T.
//
static ST_ATTRIBUTES Attributes [] =
{
{
1,
CRITICAL_VALUE,
L"Raw Read Error Rate",
L"This attribute value depends of read errors, disk surface condition and indicates the rate of hardware read errors that occurred when reading data from a disk surface. Lower values indicate that there is a problem with either disk surface or read/write heads"
},
{
2,
HIGH_VALUE,
L"Throughput Performance",
L"Overall (general) throughput performance of a hard disk drive. If the value of this attribute is deceasing there is a high probability of troubles with your disk.",
},
{
3,
LOW_VALUE,
L"Spin Up Time",
L"Average time of spindle spin up (from zero RPM (Revolutions Per Minute) to fully operational). Active SMART shows the raw value of this attribute in milliseconds or seconds."
},
{
4,
0,
L"Start/Stop Count",
L"This raw value of this attribute is a count of hard disk spindle start/stop cycles"
},
{
5,
CRITICAL_VALUE,
L"Reallocated Sectors Count",
L"Count of reallocated sectors. When the hard drive finds a read/write/verification error, it marks this sector as reallocated and transfers data to a special reserved area (spare area). \
This process is also known as remapping and reallocated sectors are called remaps. This is why, on a modern hard disks, you can not see bad blocks while testing the surface - all bad blocks are hidden in reallocated sectors. However, the more sectors that are reallocated, the more a sudden decrease (up to 10% and more) can be noticed in the disk read/write speed."
},
{
6,
0,
L"Read Channel Margin",
L"Margin of a channel while reading data. The function of this attribute is not specified."
},
{
7,
0,
L"Seek Error Rate",
L"Rate of seek errors of the magnetic heads. If there is a failure in the mechanical positioning system, a servo damage or a thermal widening of the hard disk, seek errors arise. More seek errors indicates a worsening condition of a disk surface and the disk mechanical subsystem."
},
{
8,
HIGH_VALUE,
L"Seek Time Performance",
L"Average performance of seek operations of the magnetic heads. If this attribute is decreasing, it is a sign of problems in the hard disk drive mechanical subsystem."
},
{
9,
0,
L"Power-On Hours",
L"Count of hours in power-on state. The raw value of this attribute shows total count of hours (or minutes, or seconds, depending on manufacturer) in power-on state. A decrease of this attribute value to the critical level (threshold) indicates a decrease of the MTBF (Mean Time Between Failures). \
However, in reality, even if the MTBF value falls to zero, it does not mean that the MTBF resource is completely exhausted and the drive will not function normally."
},
{
10,
CRITICAL_VALUE,
L"Spin Retry Count",
L"Count of retry of spin start attempts. This attribute stores a total count of the spin start attempts to reach the fully operational speed (under the condition that the first attempt was unsuccessful). A decrease of this attribute value is a sign of problems in the hard disk mechanical subsystem."
},
{
11,
LOW_VALUE,
L"Recalibration Retries",
L"This attribute indicates the number of times recalibration was requested (under the condition that the first attempt was unsuccessful). A decrease of this attribute value is a sign of problems in the hard disk mechanical subsystem."
},
{
12,
0,
L"Device Power Cycle Count",
L"This attribute indicates the count of full hard Ddisk power on/off cycles."
},
{
13,
LOW_VALUE,
L"Soft Read Error Rate",
L"This is the rate of program read errors occurring when reading data from a disk surface."
},
{
22,
HIGH_VALUE,
L"Current Helium Level",
L"Specific to He8 drives from HGST. This value measures the helium inside of the drive specific to this manufacturer. It is a pre-fail attribute that trips once the drive detects that the internal environment is out of specification"
},
{
160,
0,
L"Uncorrectable Sector Count",
L""
},
{
161,
0,
L"Valid Spare Blocks ",
L""
},
{
163,
0,
L"Initial Invalid Blocks",
L""
},
{
164,
0,
L"Total TLC Erase Count ",
L""
},
{
165,
0,
L"Maximum TLC Erase Count",
L""
},
{
166,
0,
L"Minimum TLC Erase Count",
L""
},
{
167,
0,
L"Average TLC Erase Count",
L""
},
{
169,
0,
L"Percentage Lifetime Remaining",
L""
},
{
171,
0,
L"SSD Program Fail Count",
L""
},
{
172,
0,
L"SSD Erase Fail Count",
L""
},
{
173,
0,
L"SSD Wear Leveling Count",
L""
},
{
174,
0,
L"Unexpected Power Loss Count",
L""
},
{
175,
0,
L"Power Loss Protection Failure",
L""
},
{
176,
0,
L"Erase Fail Count",
L""
},
{
177,
0,
L"Wear Range Delta",
L""
},
{
178,
0,
L"Used Reserved Block Count",
L""
},
{
179,
0,
L"Used Reserved Block Count Total",
L""
},
{
180,
0,
L"Unused Reserved Block Count Total",
L""
},
{
181,
LOW_VALUE,
L"Program Fail Count Total or Non-4K Aligned Access Count",
L""
},
{
182,
0,
L"Erase Fail Count",
L""
},
{
183,
LOW_VALUE,
L"SATA Downshift Error Count or Runtime Bad Block",
L""
},
{
184,
CRITICAL_VALUE,
L"End-to-End error / IOEDC",
L""
},
{
185,
0,
L"Head Stability",
L""
},
{
186,
0,
L"Induced Op-Vibration Detection",
L""
},
{
187,
CRITICAL_VALUE,
L"Reported Uncorrectable Errors",
L""
},
{
188,
CRITICAL_VALUE,
L"Command Timeout",
L""
},
{
189,
LOW_VALUE,
L"High Fly Writes",
L""
},
{
190,
0,
L"Temperature Difference or Airflow Temperature",
L""
},
{
191,
LOW_VALUE,
L"G-sense Error Rate",
L""
},
{
192,
LOW_VALUE,
L"Power-off Retract Count",
L"Number of power-off or emergency retract cycles"
},
{
193,
LOW_VALUE,
L"Load/Unload Cycle Count",
L"Count of load/unload cycles into Landing Zone position. For more info see the Head Load/Unload Technology description."
},
{
193,
0,
L"Load Cycle Count or Load/Unload Cycle Count (Fujitsu)",
L""
},
{
194,
LOW_VALUE,
L"Temperature",
L"Hard disk drive temperature. The raw value of this attribute shows built-in heat sensor registrations (in degrees centigrade)."
},
{
195,
0,
L"Hardware ECC Recovered",
L""
},
{
196,
CRITICAL_VALUE,
L"Reallocation Event Count",
L"Count of remap operations (transfering data from a bad sector to a special reserved disk area - spare area). \
The raw value of this attribute shows the total number of attempts to transfer data from reallocated sectors to a spare area. Unsuccessful attempts are counted as well as successful."
},
{
197,
CRITICAL_VALUE,
L"Current Pending Sector Count",
L"Current count of unstable sectors (waiting for remapping). The raw value of this attribute indicates the total number of sectors waiting for remapping. Later, when some of these sectors are read successfully, the value is decreased. If errors still occur when reading some sector, the hard drive will try to restore the data, transfer it to the reserved disk area (spare area) and mark this sector as remapped. If this attribute value remains at zero, it indicates that the quality of the corresponding surface area is low."
},
{
198,
CRITICAL_VALUE,
L"Uncorrectable Sector Count",
L"Quantity of uncorrectable errors. The raw value of this attribute indicates the total number of uncorrectable errors when reading/writing a sector. A rise in the value of this attribute indicates that there are evident defects of the disk surface and/or there are problems in the hard disk drive mechanical subsystem."
},
{
199,
LOW_VALUE,
L"UltraDMA CRC Error Count",
L"The total quantity of CRC errors during UltraDMA mode. The raw value of this attribute indicates the number of errors found during data transfer in UltraDMA mode by ICRC (Interface CRC)."
},
{
200,
LOW_VALUE,
L"Write Error Rate (Multi Zone Error Rate)",
L"Write data errors rate. This attribute indicates the total number of errors found when writing a sector. The higher the raw value, the worse the disk surface condition and/or mechanical subsystem is."
},
{
201,
CRITICAL_VALUE,
L"Soft Read Error Rate or TA Counter Detected",
L""
},
{
202,
LOW_VALUE,
L"Data Address Mark errors or TA Counter Increased",
L""
},
{
203,
LOW_VALUE,
L"Run Out Cancel",
L""
},
{
204,
LOW_VALUE,
L"Soft ECC Correction",
L""
},
{
205,
LOW_VALUE,
L"Thermal Asperity Rate",
L""
},
{
206,
0,
L"Flying Height",
L""
},
{
207,
LOW_VALUE,
L"Spin High Current",
L""
},
{
208,
0,
L"Spin Buzz",
L""
},
{
209,
0,
L"Offline Seek Performance",
L""
},
{
210,
0,
L"Vibration During Write",
L""
},
{
220,
LOW_VALUE,
L"Disk Shift",
L"Distance the disk has shifted relative to the spindle (usually due to shock or temperature). Unit of measure is unknown"
},
{
221,
LOW_VALUE,
L"G-Sense Error Rate",
L"Rate of errors occurring as a result of impact loads. This attribute stores an indication of a shock-sensitive sensor, that is, the total quantity of errors occurring as a result of internal impact loads (dropping drive, wrong installation, etc.)."
},
{
224,
LOW_VALUE,
L"Load Friction",
L"Resistance caused by friction in mechanical parts while operating"
},
{
225,
LOW_VALUE,
L"Load/Unload Cycle Count",
L"Total count of load cycles[36] Some drives use 193 (0xC1) for Load Cycle Count instead. See Description for 193 for significance of this number. "
},
{
227,
LOW_VALUE,
L"Torque Amplification Count",
L"Count of attempts to compensate for platter speed variations"
},
{
228,
0,
L"Power-Off Retract Count",
L"This attribute shows a count of the number of times the drive was powered down."
},
{
220,
CRITICAL_VALUE,
L"Disk Shift",
L"Shift of disks towards spindle. The raw value of this attribute indicates how much the disk has shifted. Unit measure is unknown. For more info see G-Force Protection technology description (click to learn more on Seagate website ). \
NOTE: Shift of disks is possible as a result of a strong shock or a fall, or for other reasons."
},
{
222,
0,
L"Loaded Hours",
L"Loading on magnetic heads actuator caused by the general operating time. Only time when the actuator was in the operating position is counted."
},
{
223,
0,
L"Load/Unload Retry Count",
L"Loading on magnetic heads actuator caused by numerous recurrences of operations like: reading, recording, positioning of heads, etc. Only the time when heads were in the operating position is counted."
},
{
224,
0,
L"Load Friction",
L"Loading on magnetic heads actuator caused by friction in mechanical parts of the store. Only the time when heads were in the operating position is counted."
},
{
226,
0,
L"Load-in Time",
L"Total time of loading on the magnetic heads actuator. This attribute indicates total time in which the drive was under load (on the assumption that the magnetic heads were in operating mode and out of the parking area)."
},
{
227,
0,
L"Torque Amplification Count",
L"Count of efforts of the rotating moment of a drive."
},
{
230,
0,
L"GMR Head Amplitude",
L"Amplitude of heads trembling (GMR-head) in running mode."
},
{
235,
0,
L"Good Block Count AND System(Free) Block Count",
L""
},
{
240,
0,
L"Head Flying Hours or 'Transfer Error Rate' (Fujitsu)",
L""
},
{
241,
0,
L"Total LBAs Written",
L""
},
{
242,
0,
L"Total LBAs Read",
L""
},
{
243,
0,
L"Total LBAs Written Expanded",
L""
},
{
244,
0,
L"Total LBAs Read Expanded",
L""
},
{
245,
0,
L"Max Erase Count",
L""
},
{
246,
0,
L"Cumulative host sectors written",
L""
},
{
247,
0,
L"Number of NAND pages of data written by the host",
L""
},
{
248,
0,
L"Number of NAND pages written by the FTL",
L""
},
{
249,
0,
L"NAND Writes (1GiB)",
L""
},
{
250,
LOW_VALUE,
L"Read Error Retry Rate",
L""
},
{
254,
LOW_VALUE,
L"Count of Free Fall Events detected",
L""
},
};
//
//////////////////////////////////////////////////////////////////////////////
//
//////////////////////////////////////////////////////////////////////////////
int CompareIgnoreCase ( WCHAR one, WCHAR two )
{
if ( toupper ( one ) == toupper ( two ) )
{
return 0;
}
else if ( toupper ( one ) < toupper ( two ) )
{
return -1;
}
else if ( toupper ( one ) > toupper ( two ) )
{
return 1;
}
return 2;
}
//
//////////////////////////////////////////////////////////////////////////////
//
//////////////////////////////////////////////////////////////////////////////
int CompareIMin ( WCHAR *pText, WCHAR *pKey, int minimum )
{
int count = 0;
while ( *pKey != L'\0' && *pText != L'\0' )
{
int iRes = CompareIgnoreCase ( *pText, *pKey );
if ( iRes != 0 )
{
return iRes;
}
pText++;
pKey++;
count++;
}
if ( count < minimum )
{
return -1;
}
return 0;
}
//
//////////////////////////////////////////////////////////////////////////////
//
//////////////////////////////////////////////////////////////////////////////
int CompareIChr ( WCHAR *pText, WCHAR *pKey, WCHAR chr )
{
int count = 0;
int minimum = -1;
while ( *pKey != L'\0' && *pText != L'\0' )
{
if ( *pKey == chr )
{
minimum = count;
pKey++;
}
else
{
int iRes = CompareIgnoreCase ( *pText, *pKey );
if ( iRes != 0 )
{
return iRes;
}
pText++;
pKey++;
count++;
}
}
if ( count < minimum )
{
return -1;
}
return 0;
}
//
//====================================================================================
//
//====================================================================================
BOOL IsHexa ( const BYTE octet )
{
if ( octet >= '0' && octet <= '9' )
{
return TRUE;
}
if ( octet >= 'A' && octet <= 'F' )
{
return TRUE;
}
if ( octet >= 'a' && octet <= 'f' )
{
return TRUE;
}
return FALSE;
}