#include <stdio.h>
#include "SysInfoIncludes.h"

Data Structures
struct	CPU_SPECIFICATION
struct	CPUMSRINFO
struct	CPU_SPECIFICATION_STEPPING
struct	CPU_GROUP_INFO
struct	CPU_GROUPS_INFO
struct	CPUINFO
struct	SPDINFO
union	SPDINFO::SPECIFICINFO
	RAM-type specific attributes. More...
struct	SPDINFO::SPECIFICINFO::SDRSDRAMINFO
	SDRAM-specific attributes. More...
struct	SPDINFO::SPECIFICINFO::DDR1SDRAMINFO
	DDR-specific attributes. More...
struct	SPDINFO::SPECIFICINFO::DDR2SDRAMINFO
	DDR2-specific attributes. More...
struct	SPDINFO::SPECIFICINFO::DDR2SDRAMINFO::EPPInfo
	EPP-specific attributes. More...
union	SPDINFO::SPECIFICINFO::DDR2SDRAMINFO::EPPInfo::PROFILEINFO
	EPP Profile attributes. More...
struct	SPDINFO::SPECIFICINFO::DDR2SDRAMINFO::EPPInfo::PROFILEINFO::ABBRPROFILEINFO
	EPP Abbreviated Profile attributes. More...
struct	SPDINFO::SPECIFICINFO::DDR2SDRAMINFO::EPPInfo::PROFILEINFO::FULLPROFILEINFO
struct	SPDINFO::SPECIFICINFO::DDR2FBSDRAMINFO
	DDR2FB-specific attributes. More...
struct	SPDINFO::SPECIFICINFO::DDR3SDRAMINFO
	DDR3-specific attributes. More...
struct	SPDINFO::SPECIFICINFO::DDR3SDRAMINFO::XMPInfo
	XMP-specific attributes. More...
struct	SPDINFO::SPECIFICINFO::DDR3SDRAMINFO::XMPInfo::XMPProfile
	XMP profile attributes. More...
struct	MEMMODULEINFO
struct	MONITOR_ATTRIBUTES
struct	MULTIMONITOR_DYN
struct	SYSINFO_DISPLAY_DEVICE
struct	DISPLAY_DEVICES
struct	USB_HOST_CONTROLLER
struct	USB_HOST_CONTROLLERS
struct	BIOSINFO
struct	VIRTUALMEMORYINFO
struct	OPTICALDRIVEINFO
struct	PHYSDISKINFO
struct	PHYSDISKINFOSUMMARY
struct	PHYSICALDRIVEINFO
struct	DISKVOLUMEINFO
struct	RAMINFO_WMI
struct	COMPUTERMODELINFO
struct	BASEBOARDINFO
struct	SERIALPORTINFO
struct	PARALLELPORTINFO
struct	NETWORKADAPTERINFO
struct	PORTCONNECTORINFO
struct	DISKPARTITIONINFO
struct	SYSINFO_WMI
struct	RAMINFO_SMBIOS
struct	SYSINFO_SMBIOS
struct	LPDEVICEINFO
Defines
#define	SYSINFO_API extern "C" __declspec(dllexport)
#define	VSHORT_STRING_LEN 16
#define	SHORT_STRING_LEN 64
#define	LONG_STRING_LEN 256
#define	VLONG_STRING_LEN 1024
#define	MAX_NUM_CPUS 256
	The maxium number of logical CPUs (including physical cores) that are supported with the CPU test.
#define	MAX_NUM_CPU_PACKAGES 32
	The maxium number CPU packages supported.
#define	MAX_CPU_GROUPS 4
	The maxium number of CPU groups (curenly Windows 7 and 2008 support 4 groups of 64 logical CPUs).
#define	MAX_CPU_IN_GROUP 64
	The maxium number of CPU in a groups (in 64-bit Windows).
#define	MAX_AFFINITY_SUPPORT MAXIMUM_PROC_PER_GROUP
	The maxium number of CPUs that you can set the CPU affinity for.
#define	CPU_SPEED_STRING_LENGTH 15
#define	CPU_STRING_LEN 34
#define	CPUCODE_STRING_LENGTH 16
#define	STEPPING_STRING_LENGTH 6
#define	SOCKET_STRING_LENGTH 16
#define	FAB_STRING_LENGTH 5
#define	MODULE_PARTNO_LEN 18
#define	MAX_MEMORY_SLOTS 16
#define	SPDINFO_MEMTYPE_SDRAM 0x04
#define	SPDINFO_MEMTYPE_DDR 0x07
#define	SPDINFO_MEMTYPE_DDR2 0x08
#define	SPDINFO_MEMTYPE_DDR2FB 0x09
#define	SPDINFO_MEMTYPE_DDR2FBPROBE 0x0A
#define	SPDINFO_MEMTYPE_DDR3 0x0B
#define	SPDINFO_DDR2_EPP_PROFILE_ABBR 0xA1
#define	SPDINFO_DDR2_EPP_PROFILE_FULL 0XB1
#define	NUMMONITORS 4
	Max number of monitors supported.
#define	MAX_MONITOR_INFO_LEN 256
#define	MAX_DISPLAY_DEVICES 16
#define	MAX_MONITORS 4
	Max number of monitors per adapter.
#define	MAX_STRINGLEN 128
#define	MAX_DEV_MODES 800
#define	MAX_VIDEO_INFO_LEN 128
#define	MAXUSBHOSTCONTROLLERS 10
#define	MAXUSBDEVICES 14
	Max # of USB devices per host controller.
#define	USBSTRINGLEN 128
#define	WMISI_VSHORTSTRING 25
#define	WMISI_SHORTSTRING 50
#define	WMISI_INFO_VSHORTSTRING 100
#define	WMISI_INFO_SHORTSTRING 200
#define	MAXBIOSMODULES 1
#define	MAXBIOSCHARACTERISTICS 100
#define	MAXNUMCDDVD 20
	Max number of CD/DVD drives.
#define	WMISI_MAXPAGEFILES 2
	Max number of page files.
#define	MAX_FILENAME 512
#define	MAXNUMDISKS 80
	Max number of disks that can be tested at the same time.
#define	MAXLOGICALDISKS 26
#define	MAXRAMMODULES 64
#define	MAXCOMPUTERSYSTEMS 1
#define	MAXBASEBOARDS 1
#define	MAXSERIALPORTS 64
#define	MAXSPARALLELPORTS 10
#define	MAXNETWORKADAPTERS 20
#define	MAXPORTCONNECTORS 50
#define	Win32_PortConnector_PortType_PS2 2
	PortType.
#define	Win32_PortConnector_PortType_Keyboard 13
#define	Win32_PortConnector_PortType_Mouse 14
#define	Win32_PortConnector_PortType_USB 16
#define	Win32_PortConnector_PortType_Firewire 17
#define	Win32_PortConnector_PortType_Audio 29
#define	Win32_PortConnector_PortType_NUM 33
#define	SMB_VSHORT_STRINGLEN 32
#define	SMB_STRINGLEN 64
#define	SERIAL_NUM_LEN 20
#define	FIRMWARE_REV_LEN 8
#define	MODEL_NUM_LEN 40
#define	VENDOR_UNIQUE_LEN 3
#define	WWN_LEN 8
#define	MAX_PARTITIONS_PER_DEVICE 8
#define	SMART_STATUS_SUCCESS 0
	No error. Function completed and returned successfully.
#define	SMART_ERR_DEVICE_ID_DNE -1000
	The device ID passed in does not exist. Please use GetSmartDeviceIDFirst and GetSmartDeviceIDNext to get the device ID.
#define	SMART_ERR_DEVICE_ID_NOT_SMART -1001
	Disk does not support S.M.A.R.T. Older disk that does not support S.M.A.R.T. will get this error.
#define	SMART_ERR_DEVICE_OPEN -1002
#define	SMART_ERR_DRIVE_NUMBER_INVALID -1100
	Valid drive numbers are from 0 ("A:\") to 25 ("Z:\"). Any number not in this range will yield this error.
#define	SMART_ERR_DRIVE_NUMBER_DNE -1101
	Drive number does not exist. This means there is not physical device that has this drive number.
#define	SMART_ERR_DRIVE_NUMBER_NOT_FIXED -1102
	Drive number is not a fixed drive. Floppies and CDROMs are not fixed drives and will get this error.
#define	SMART_ERR_BUFFER_INVALID -2000
	Buffer provided points to NULL.
#define	SMART_ERR_BUFFER_TOO_SMALL -2001
	Buffer provided is too small to hold all the data.
#define	SMART_ERR_BUFFER_FAILED_ALLOCATE -2002
	Failed to allocate buffer in function.
#define	SMART_ERR_SMART_DEVICE_ID_EMPTY -3001
	There is no S.M.A.R.T. device ID in the list.
#define	SMART_ERR_SMART_DEVICE_ID_EOL -3002
	We have reached the end of list for the S.M.A.R.T. device ID(s).
#define	SMART_ERR_SMART_ATTR_ID_EMPTY -4001
	There is no S.M.A.R.T. attribute for the drive.
#define	SMART_ERR_SMART_ATTR_ID_EOL -4002
	We have reached the end of list for the S.M.A.R.T. attribute(s) for the drive.
#define	SMART_ERR_SMART_ATTR_ID_INVALID -4003
	Smart attribute ID is invalid. Attribute ID cannot be zero.
#define	SMART_WARN_SMART_ATTR_ID_UNKNOWN -4004
	Smart attribute ID unrecognized by DLL. Possibly a new attribute implemented by certain hard disk manufacturer. The attribute value will still be valid. However, you will get "Unknown Attribute" if you try and get its description string. This is a warning rather than an error.
#define	SMART_ERR_FOPEN_FAIL -5001
	Fail to open file for reading and writing. This happens when the Windows API fopen() returned an error.
#define	SMART_ERR_FWRITE_FAIL -5002
	Fail to write to file. This happens when the number of characters written using the Windows API fwrite() is less than what we intended to write.
#define	SMART_ERR_FREAD_FAIL -5003
	Fail to read file. This happens when the Windows API fread() returned an error.
#define	SMART_ERR_ACCESS_RW -5101
	No read/write permission for file.
#define	SMART_ERR_ACCESS_RO -5102
	No read permission for file.
#define	SMART_ERR_FSEEK_FAIL -5201
	Fail to seek to a location in file. This happens when the Windows API fseek() returned an error.
#define	SMART_ERR_GET_PHY_CAPACITY -6001
	Fail to get device capacity.
#define	SMART_ERR_BUILD_DRIVES_INFO_NO_ACCESS -7001
	No access rights when trying to get info for drive.
#define	SMART_ERR_NO_ADMIN_RIGHTS -7002
	No access rights to gather drive information. In Windows Server and Vista, your application needs to "Run as administrator".
#define	SMART_ERR_DLL_NOT_INIT -10001
	Occur when you try and use SmartDisk DLL�s APIs without first calling SmartDisk Init.
#define	SMART_ERR_DLL_INIT_MEMORY_ALLOC_FAIL -10002
	SmartDisk Init failed to allocate memory.
#define	SMART_ERR_FUNCTION_NOT_SUPPORTED -10003
	This function is not supported in Windows 98/Me.
#define	SMART_ERR_EMPTY_STRING -10004
	Empty string returned from SmartDll GetXXX functions.
#define	SMART_ERR_TEC_NO_ATTRIBUTES -20001
	There are no S.M.A.R.T. attributes to record for the chosen drive number.
#define	SMART_ERR_TEC_SIGNATURE_HEAD -20002
	The TEC file does not have "SMDL" in the first 4 bytes of the file stream.
#define	SMART_ERR_TEC_SIGNATURE_TAIL -20003
	The TEC file does not have ""LDMS" in the last 4 bytes of the file stream.
#define	SMART_ERR_TEC_FILE_DNE -20004
	The TEC file for the drive number does not exist.
#define	SMART_WARN_TEC_NOT_ENOUGH_DATA -20005
	There are not enough TEC data to predict TEC. We need to have at least 3 sets of data.
#define	SMART_WARN_TEC_ATTR_ID_NA -20006
	For given attribute ID, threshold value is 0. It means we have no threshold value to work with to predict TEC.
#define	SMART_WARN_TEC_UNABLE_TO_PREDICT -20007
	No changes in attribute values have been detected, making it impossible to predict TEC.
#define	SMART_ERR_UNEXPECTED -30001
#define	ATTR_INVALID 0x0
#define	ATTR_READ_ERROR_RATE 0x1
	Raw Read Error Rate: Represents the rate of uncorrected read errors. Lower values indicate that there is a problem with either disk surface or read/write heads.
#define	ATTR_THROUGHPUT_PERF 0x2
	Throughput Performance: Represents the throughput performance of the drive, i.e. The speed at which the drive is reading and writing data.
#define	ATTR_SPIN_UP_TIME 0x3
	Spin Up Time: Represents the average amount of time required to spin up the drive spindle to operational speed from a stopped state.
#define	ATTR_START_STOP_COUNT 0x4
	Start/Stop Count: Represents the number of start/stop cycles for the drive. The raw value indicates the count of start/stop cycles for the drive. The drive being powered on/off or suspended/woken up are considered as start/stop cycles.
#define	ATTR_REALLOC_SECTOR_COUNT 0x5
	Reallocated Sector Count: Represents the amount of spare sector pool available. Spare sectors are used to replace sectors that became bad for some reason (for instance, if a read error occurs). Therefore the more sectors reallocated, the worse the condition of the drive. A high value represents few reallocated sectors, a low value represents a disk in poor physical condition.
#define	ATTR_READ_CHANNEL_MARGIN 0x6
	Read Channel Margin: Margin of a channel while reading data. The function of this attribute is not specified.
#define	ATTR_SEEK_ERROR_RATE 0x7
	Seek Error Rate: Represents the number of seek errors. Each time the drive attempts a seek operation, but fails to position its head correctly, the seek error rate increases.
#define	ATTR_SEEK_TIME_PERF 0x8
	Seek Time Performance: Represents how efficiently the drive is performing seek operations. A low value indicates problems with the drive subsystem, for instance the servo responsible for positioning the head.
#define	ATTR_POWER_ON_TIME 0x9
	Power On Hours Count: This is an informative attribute, the raw value of which displays the number of hours the drive has been powered on for.
#define	ATTR_SPIN_RETRY_COUNT 0xA
	Spin Retry Count: Represents the number of times a drive fails to spin its spindle up to operation speed on the first attempt. The lower the value, the more retries have occurred.
#define	ATTR_CALIBRATION_RETRY_COUNT 0xB
	Calibration Retry Count: Calibration is the act of repositioning the drive read/write head to cylinder 0. This value represents the number of times a calibration has failed on the first attempt.
#define	ATTR_POWER_CYCLE_COUNT 0xC
	Power Cycle Count: Informative attribute, the raw value of which represents the number of drive power on/drive power off cycles for the disk.
#define	ATTR_SOFT_READ_ERROR_RATE 0xD
	Soft Read Error Rate: Uncorrected read errors reported to the operating system.
#define	ATTR_DOWNSHIFT_ERROR_COUNT 0xB7
#define	ATTR_END_TO_END_ERROR 0xB8
#define	ATTR_HEAD_STABILITY 0xB9
#define	ATTR_INDUCED_OP_VIB_DETECT 0xBA
#define	ATTR_UNCORRECTABLE_ERRORS 0xBB
#define	ATTR_COMMAND_TIMEOUT 0xBC
#define	ATTR_COMMAND_HIGH_FLY_WRITES 0xBD
#define	ATTR_100_MINUS_TEMPERATURE 0xBE
	Temperature Difference from 100: The exact specification of this attribute is not quite stable. This is what it is known as on Seagate drives whereas it is called Airflow Temperature on Western Digital hard disks. In either case this attribute usually has to do with subtracting the temperature from 100 to give a value that is worse when it is lower.
#define	ATTR_GSENSE_ERROR_RATE_BF 0xBF
	G-Sense Error Rate: Frequency of mistakes as a result of impact loads.
#define	ATTR_POWER_OFF_RETRACT_COUNT 0xC0
	Power-off Retract Count: Number of times the heads are loaded off the media. Heads can be unloaded without actually powering off.
#define	ATTR_LOAD_CYCLE_COUNT 0xC1
	Load/Unload Cycle: Count of load/unload cycles into head landing zone position.
#define	ATTR_TEMPERATURE_C2 0xC2
	Temperature: Informative attribute, the raw value of which represents the current temperature in Celsius of the drive.
#define	ATTR_HARDWARE_ECC_RECOVERED 0xC3
	Hardware ECC Recovered: Time between ECC-corrected errors.
#define	ATTR_REALLOC_EVENT_COUNT 0xC4
	Reallocation Event Count: Represents the number of reallocation events, which have taken place. Sometimes multiple sectors are reallocated together � this corresponds to one reallocation event. (See also: Reallocated Sector Count and Current Pending Sector Count).
#define	ATTR_PENDING_SECTOR_COUNT 0xC5
	Current Pending Sector Count: Represents the number of sectors currently pending reallocation.
#define	ATTR_UNCORRECTABLE_SECTOR_COUNT 0xC6
	Uncorrectable Sector Count: The total number of uncorrectable errors when reading/writing a sector.
#define	ATTR_ULTRADMA_CRC_ERROR_COUNT 0xC7
	Ultra ATA CRC Error Count: Represents the number of CRC error found in the Ultra DMA high-speed transfer mode. (CRC stands for Cyclic Redundancy Check and is data verification algorithm which uses polynomial checksums).
#define	ATTR_WRITE_ERROR_COUNT 0xC8
	Write Error Count: Represents the rate of uncorrected write errors. Lower values indicate that there is a problem with either disk surface or read/write heads.
#define	ATTR_OFF_TRACK_ERRORS 0xC9
	Soft Read Error Rate: Number of off-track errors.
#define	ATTR_DATA_ADDRESS_MARK_ERRORS 0xCA
	Data Address Mark errors: Number of Data Address Mark errors.
#define	ATTR_ECC_ERRORS 0xCB
	Run Out Cancel: Number of ECC errors.
#define	ATTR_SOFT_ECC_CORRECTION 0xCC
	Soft ECC Correction: Number of errors corrected by software ECC.
#define	ATTR_THERMAL_ASPERITY_RATE 0xCD
	Thermal asperity rate (TAR ): Number of thermal asperity errors.
#define	ATTR_FLYING_HEIGHT 0xCE
	Flying Height: Height of heads above the disk surface.
#define	ATTR_SPIN_HIGH_CURRENT 0xCF
	Spin High Current: Amount of high current used to spin up the drive.
#define	ATTR_SPIN_BUZZ 0xD0
	Spin Buzz: Number of buzz routines to spin up the drive.
#define	ATTR_OFFLINE_SEEK_PERFORMANCE 0xD1
	Offline Seek Performance: Drive�s seek performance during offline operations.
#define	ATTR_VIBRATION_DURING_WRITE 0xD3
#define	ATTR_SHOCK_DURING_WRITE 0xD4
#define	ATTR_DISK_SHIFT 0xDC
	Disk Shift: Distance the disk has shifted relative to the spindle (usually due to shock).
#define	ATTR_GSENSE_ERROR_RATE_DD 0xDD
	GSense Error rate: The number of errors resulting from externally-induced shock & vibration.
#define	ATTR_LOADED_HOURS 0xDE
	Loaded Hours: Time spent operating under data load (movement of magnetic head armature).
#define	ATTR_LOAD_UNLOAD_RERTY_COUNT 0xDF
	Load/Unload retry count: Number of times head changes position.
#define	ATTR_LOAD_FRICTION 0xE0
	Load Friction: Resistance caused by friction in mechanical parts while operating.
#define	ATTR_LOAD_UNLOAD_CYCLE_COUNT 0xE1
	Load/Unload Cycle Count: Total number of load cycles.
#define	ATTR_LOAD_IN_TIME 0xE2
	Load 'In'-time: Total time of loading on the magnetic heads actuator (time not spent in parking area).
#define	ATTR_TORQUE_AMPLIFICATION_COUNT 0xE3
	Torque Amplification Count: Number of attempts to compensate for platter speed variations.
#define	ATTR_POWEROFF_RETRACT_CYCLE 0xE4
	Power off retract cycle: The number of times the magnetic armature was retracted automatically as a result of cutting power.
#define	ATTR_GMR_HEAD_AMPLITUDE 0xE6
	GMR Head Amplitude: Amplitude of "thrashing" (distance of repetitive forward/reverse head motion).
#define	ATTR_TEMPERATURE_E7 0xE7
	Temperature: Drive Temperature, unknown units.
#define	ATTR_HEAD_FLYING_HOURS 0xF0
	Head Flying Hours: Time while head is positioning.
#define	ATTR_TOTAL_LBAS_WRITTEN 0xF1
#define	ATTR_TOTAL_LBAS_READ 0xF2
#define	ATTR_READ_ERROR_RETRY_RATE 0xFA
	Read Error Retry Rate: Number of errors while reading from a disk.
#define	ATTR_FREE_FALL_PROTECTION 0xFE
#define	ATTR_TYPE_STR_DESC 0x20
	A text description of the attribute. See below for a more detailed description of each attribute.
#define	ATTR_TYPE_INT_STATUS 0x40
	Provided a status for the attribute. OK means the attribute value is well in the safe zone. FAIL means that a Threshold Exceeding Condition has been detected.
#define	ATTR_TYPE_INT_VALUE 0x01
	The current normalized attribute value.
#define	ATTR_TYPE_ULONGLONG_RAW 0x02
#define	ATTR_TYPE_INT_WORST 0x04
	The worst (lowest) value recorded so far. This is an indicator of how close to failure the drive has ever been.
#define	ATTR_TYPE_INT_THRESHOLD 0x08
	The attribute threshold. This value will not change and represents the lowest possible safe attribute value.
#define	INTERACE_TYPE_UNKNOWN 0x00
#define	INTERACE_TYPE_SCSI 0x01
#define	INTERACE_TYPE_ATAPI 0x02
#define	INTERACE_TYPE_ATA 0x03
#define	INTERACE_TYPE_1394 0x04
#define	INTERACE_TYPE_SSA 0x05
#define	INTERACE_TYPE_FIBRE 0x06
#define	INTERACE_TYPE_USB 0x07
#define	INTERACE_TYPE_RAID 0x08
#define	INTERACE_TYPE_ISCSI 0x09
#define	INTERACE_TYPE_SAS 0x0A
#define	INTERACE_TYPE_SATA 0x0B
#define	ATA_COMPLIANCE(x) (x != 0x0000 && x != 0xFFFF)
#define	ATA8_SUPPORTED(x) (x & (1 << 8))
#define	ATA7_SUPPORTED(x) (x & (1 << 7))
#define	ATA6_SUPPORTED(x) (x & (1 << 6))
#define	ATA5_SUPPORTED(x) (x & (1 << 5))
#define	ATA4_SUPPORTED(x) (x & (1 << 4))
#define	TRANSPORT_TYPE_AVAILABLE(x) (x != 0x0000 && x != 0xFFFF)
#define	TRANSPORT_TYPE_SERIAL(x) (x & (1 << 12))
#define	TRANSPORT_TYPE_PARALLEL(x) ((x & (1 << 12)) == 0)
#define	SATA3_0_COMPLIANCE(x) (x & (1 << 5))
#define	SATA2_6_COMPLIANCE(x) (x & (1 << 4))
#define	SATA2_5_COMPLIANCE(x) (x & (1 << 3))
#define	SATA2_EXT_COMPLIANCE(x) (x & (1 << 2))
#define	SATA1_COMPLIANCE(x) (x & (1 << 1))
#define	ATA7_COMPLIANCE(x) (x & (1 << 1))
#define	ATA8_COMPLIANCE(x) (x & 1)
#define	ROTATION_RATE_AVAILABLE(x) (x != 0)
#define	ROTATION_RATE_SSD(x) (x == 0x0001)
#define	MULTIDMA_MODE2_SUPPORTED(x) (x & (1 << 2))
#define	MULTIDMA_MODE1_SUPPORTED(x) (x & (1 << 1))
#define	MULTIDMA_MODE0_SUPPORTED(x) (x & 1)
#define	MULTIDMA_MODE2_SELECTED(x) (x & (1 << 2))
#define	MULTIDMA_MODE1_SELECTED(x) (x & (1 << 1))
#define	MULTIDMA_MODE0_SELECTED(x) (x & 1)
#define	ULTRADMA_MODE6_SUPPORTED(x) (x & (1 << 6))
#define	ULTRADMA_MODE5_SUPPORTED(x) (x & (1 << 5))
#define	ULTRADMA_MODE4_SUPPORTED(x) (x & (1 << 4))
#define	ULTRADMA_MODE3_SUPPORTED(x) (x & (1 << 3))
#define	ULTRADMA_MODE2_SUPPORTED(x) (x & (1 << 2))
#define	ULTRADMA_MODE1_SUPPORTED(x) (x & (1 << 1))
#define	ULTRADMA_MODE0_SUPPORTED(x) (x & 1)
#define	ULTRADMA_MODE6_SELECTED(x) (x & (1 << 6))
#define	ULTRADMA_MODE5_SELECTED(x) (x & (1 << 5))
#define	ULTRADMA_MODE4_SELECTED(x) (x & (1 << 4))
#define	ULTRADMA_MODE3_SELECTED(x) (x & (1 << 3))
#define	ULTRADMA_MODE2_SELECTED(x) (x & (1 << 2))
#define	ULTRADMA_MODE1_SELECTED(x) (x & (1 << 1))
#define	ULTRADMA_MODE0_SELECTED(x) (x & 1)
#define	PIO_MODE3_SUPPORTED(x) (x & 1)
#define	PIO_MODE4_SUPPORTED(x) (x & (1 << 1))
#define	SATA_NCQ_PRIO_INFO_SUPPORTED(x) (x & (1 << 12))
#define	SATA_UNLOAD_NCQ_PENDING_SUPPORTED(x) (x & (1 << 11))
#define	SATA_PHY_EVENT_COUNTERS_SUPPORTED(x) (x & (1 << 10))
#define	SATA_POWER_MGMT_REQUESTS_SUPPORTED(x) (x & (1 << 9))
#define	SATA_NCQ_FEATURES_SUPPORTED(x) (x & (1 << 8))
#define	SATA_GEN2_SIGNAL_SPEED_SUPPORTED(x) (x & (1 << 2))
#define	SATA_GEN1_SIGNAL_SPEED_SUPPORTED(x) (x & (1 << 1))
#define	SATA_SSP_SUPPORTED(x) (x & (1 << 6))
#define	SATA_IN_ORDER_DELIVERY_SUPPORTED(x) (x & (1 << 4))
#define	SATA_INIT_POWER_MGMT_SUPPORTED(x) (x & (1 << 3))
#define	SATA_DMA_SETUP_AUTO_ACT_SUPPORTED(x) (x & (1 << 2))
#define	SATA_NON_ZERO_BUFOFF_SUPPORTED(x) (x & (1 << 1))
#define	SATA_SSP_ENABLED(x) (x & (1 << 6))
#define	SATA_IN_ORDER_DELIVERY_ENABLED(x) (x & (1 << 4))
#define	SATA_INIT_POWER_MGMT_ENABLED(x) (x & (1 << 3))
#define	SATA_DMA_SETUP_AUTO_ACT_ENABLED(x) (x & (1 << 2))
#define	SATA_NON_ZERO_BUFOFF_ENABLED(x) (x & (1 << 1))
#define	AAM_LEVEL_VENDOR_SPECIFIC(x) (x == 0x00)
#define	AAM_LEVEL_MIN_ACOUSTIC(x) (x == 0x80)
#define	AAM_LEVEL_INT_ACOUSTIC(x) (x >= 0x81 && x <= 0xFD)
#define	AAM_LEVEL_MAX_PERFORMANCE(x) (x == 0xFE)
#define	APM_LEVEL_MIN_POWER_WITH_STANDBY(x) (x == 0x01)
#define	APM_LEVEL_INT_POWER_WITH_STANDBY(x) (x >= 0x02 && x <= 0x7F)
#define	APM_LEVEL_MIN_POWER_WITHOUT_STANDBY(x) (x == 0x80)
#define	APM_LEVEL_INT_POWER_WITHOUT_STANDBY(x) (x >= 0x81 && x <= 0xFD)
#define	APM_LEVEL_MAX_PERFORMANCE(x) (x == 0xFE)
#define	SCT_TRANSPORT_SUPPORTED(x) (x & 1)
#define	SCT_DATA_TABLES_SUPPORTED(x) (x & (1 << 5))
#define	SCT_FEATURES_CTRL_SUPPORTED(x) (x & (1 << 4))
#define	SCT_ERROR_RECOVERY_CTRL_SUPPORTED(x) (x & (1 << 3))
#define	SCT_WRITE_SAME_SUPPORTED(x) (x & (1 << 2))
Enumerations
enum	CPU_OCLK { CPU_OVERCLOCKED_UNKNOWN = 0, CPU_OVERCLOCKED = 1, CPU_UNDERCLOCKED = 2, CPU_OVERCLOCKED_NO = 3, CPU_MAXVAL = 4 }
enum	CPUINFO_STATUS { CPUINFO_SUCCESS = 0, CPUINFO_ACCESS_DENIED = 1, CPUINFO_INIT_DIRECTIO = 2, CPUINFO_DIRECTIO_VERSION = 3, CPUINFO_NOT_ALL_CPUS_AVAILABLE = 4 }
	Return code for SysInfoDll_GetCPUInfo. More...
enum	SPDINFO_STATUS { SPDINFO_SUCCESS = 0, SPDINFO_ACCESS_DENIED = 1, SPDINFO_INIT_DIRECTIO = 2, SPDINFO_DIRECTIO_VERSION = 3, SPDINFO_ACCESS_COLLISION = 4 }
	Return code for SysInfoDll_GetMemSPDInfo. More...
enum	RAMTYPE { RAMTYPE_UNDEFINED = 0, RAMTYPE_OTHER, RAMTYPE_UNKNOWN, RAMTYPE_DRAM, RAMTYPE_EDRAM, RAMTYPE_VRAM, RAMTYPE_SRAM, RAMTYPE_RAM, RAMTYPE_ROM, RAMTYPE_FLASH, RAMTYPE_EEPROM, RAMTYPE_FEPROM, RAMTYPE_EPROM, RAMTYPE_CDRAM, RAMTYPE_3DRAM, RAMTYPE_SDRAM, RAMTYPE_SGRAM, RAMTYPE_RDRAM, RAMTYPE_DDR, RAMTYPE_DDR2, RAMTYPE_DDR2_FB_DIMM, RAMTYPE_DDR3, RAMTYPE_TERMINATOR }
enum	SMB_STATUS { SMBERR_SUCCESS, SMBERR_MEMALLOC, SMBERR_INIT_DIRECTIO, SMBERR_NO_SMBIOS, SMBERR_ACCESS_DENIED, SMBERR_FAILURE }
enum	SYSINFO_FORMAT_TYPE { FORMAT_TEXT = 0, FORMAT_HTML }
Functions
SYSINFO_API const wchar_t *	SysInfoDll_GetVersion (void)
	Call this function to retrieve the SysInfo DLL version. This function returns a pointer to constant characters (via use of a static buffer). Attempting to change the value(s) of constant characters is an error. No attempt should be made to free the character buffer returned by this function.
SYSINFO_API BOOL	SysInfoDll_StartLogging (LPWSTR lpszPath)
	Call this function to begin writing SysInfo log information into a file.
SYSINFO_API BOOL	SysInfoDll_StartLoggingExisting (FILE *fp)
	Call this function to begin writing SysInfo log information into an existng file managed by the calling application.
SYSINFO_API BOOL	SysInfoDll_StopLogging (void)
	Call this function to stop writing SysInfo log information.
SYSINFO_API BOOL	SysInfoDll_GetLastErrorString (LPWSTR lpszError, DWORD dwsize)
	Call this function to retrieve the last error as a string.
SYSINFO_API BOOL	SysInfoDll_GetComputerName (LPWSTR lpBuffer, LPDWORD nSize)
	Call this function to return the computer's NetBIOS name as a string.
SYSINFO_API const wchar_t *	SysInfoDll_GetOS (LPWSTR lpszOS, int iLen)
	Call this function to retrieve the OS version information as a string.
SYSINFO_API BOOL	SysInfoDll_GetOSEx (LPOSVERSIONINFOW lpVersionInformation)
	Call this function to retrieve the OS version information.
SYSINFO_API int	SysInfoDll_GetCPUInfo (CPUINFO *pCPUinfo)
	Call this function to return the CPU information structure.
SYSINFO_API BOOL	SysInfoDll_GetMemoryInfo (MEMORYSTATUSEX *pMemInfoEx)
	Call this function to return the Memory information structure.
SYSINFO_API int	SysInfoDll_GetMemSPDInfo (MEMMODULEINFO *pMemModuleInfo)
	Call this function to retrieve the SPD information from all memory modules.
SYSINFO_API BOOL	SysInfoDll_GetGraphicsInfo (MULTIMONITOR_DYN MM, DISPLAY_DEVICES DD, LPWSTR szSummary, int iLen)
	Call this function to retrieve the monitor and display devices information, as well as a summary string.
SYSINFO_API wchar_t *	SysInfoDll_GetGraphicsSummaryLine (wchar_t *szSummary, int iLen)
	Call this function to retrieve a summary string for the system graphics hardware.
SYSINFO_API BOOL	SysInfoDll_GetUSBInfo (USB_HOST_CONTROLLERS *USBHostControllers)
	Call this function to retrieve the USB controller and device information.
SYSINFO_API BOOL	SysInfoDll_GetSystemInfo_WMI (SYSINFO_WMI *SysInfo)
	Call this function to return system information via WMI (Windows Management Information).
SYSINFO_API BOOL	SysInfoDll_GetSystemInfo_WMI_async (SYSINFO_WMI *SysInfo_WMI)
	Call this function to return system information via WMI (Windows Management Information).
SYSINFO_API BOOL	SysInfoDll_GetSystemInfo_WMI_async_complete (SYSINFO_WMI SysInfo, int iProgressPercent)
	Call this function to check whether the system information from a previous call to SysInfoDll_GetSystemInfo_WMI_async is available.
SYSINFO_API wchar_t *	SysInfoDll_GetHDDSummaryLine (SYSINFO_WMI SysInfo_WMI, wchar_t line, int iLen)
	Call this function to retrieve a summary string for the system disks (based on exising SysInfo_WMI infomration).
SYSINFO_API int	SysInfoDll_GetSystemInfo_SMBIOS (SYSINFO_SMBIOS *SysInfo)
	Call this function to return system information via SMBIOS (System Management BIOS).
SYSINFO_API BOOL	SysInfoDll_GetAll (LPWSTR szComputerName, LPWSTR szszOSName, CPUINFO pCPUinfo, MEMORYSTATUSEX pMemInfoEx, MULTIMONITOR_DYN MM, DISPLAY_DEVICES DD, LPWSTR szGraphicsSummary, SYSINFO_WMI SysInfo_WMI, SYSINFO_SMBIOS SysInfo_SMBIOS, USB_HOST_CONTROLLERS *USBHostControllers)
	Call this function to get the aggregate of all of the system information calls above.
SYSINFO_API BOOL	SysInfoDll_GetAll_async (LPWSTR szComputerName, LPWSTR szszOSName, CPUINFO pCPUinfo, MEMORYSTATUSEX pMemInfoEx, MULTIMONITOR_DYN MM, DISPLAY_DEVICES DD, LPWSTR szGraphicsSummary, SYSINFO_WMI SysInfo_WMI, SYSINFO_SMBIOS SysInfo_SMBIOS, USB_HOST_CONTROLLERS *USBHostControllers)
	Call this function to get the aggregate of all of the system information calls above.
SYSINFO_API BOOL	SysInfoDll_FormatAll (SYSINFO_FORMAT_TYPE Format, LPWSTR szComputerName, LPWSTR szOSName, CPUINFO pCPUinfo, MEMORYSTATUSEX pMemInfoEx, MEMMODULEINFO pMemModuleInfo, MULTIMONITOR_DYN MM, DISPLAY_DEVICES DD, LPWSTR szGraphicsSummary, SYSINFO_WMI SysInfo_WMI, SYSINFO_SMBIOS SysInfo_SMBIOS, USB_HOST_CONTROLLERS USBHostControllers, LPWSTR pszRes, int *iResLen)
	Call this function to format all system information into a string (for reporting purposes).
SYSINFO_API BOOL	SysInfoDll_FormatSummary (SYSINFO_FORMAT_TYPE Format, LPWSTR szComputerName, LPWSTR szOSName, CPUINFO pCPUinfo, MEMORYSTATUSEX pMemInfoEx, LPWSTR szGraphicsSummary, SYSINFO_WMI SysInfo_WMI, SYSINFO_SMBIOS SysInfo_SMBIOS, LPWSTR pszRes, int *iResLen)
	Call this function to format all system information (summary only) into a string (for reporting purposes).
SYSINFO_API BOOL	SysInfoDll_FormatGeneral (SYSINFO_FORMAT_TYPE Format, LPWSTR szComputerName, SYSINFO_WMI SysInfo_WMI, SYSINFO_SMBIOS SysInfo_SMBIOS, LPWSTR pszRes, int *iResLen)
	Call this function to format the general system information into a string (for reporting purposes).
SYSINFO_API BOOL	SysInfoDll_FormatCPU (SYSINFO_FORMAT_TYPE Format, CPUINFO pCPUinfo, LPWSTR pszRes, int iResLen)
	Call this function to format the CPU information into a string (for reporting purposes).
SYSINFO_API BOOL	SysInfoDll_FormatMemory (SYSINFO_FORMAT_TYPE Format, MEMORYSTATUSEX pMemInfoEx, SYSINFO_WMI SysInfo_WMI, SYSINFO_SMBIOS SysInfo_SMBIOS, MEMMODULEINFO pMemModuleInfo, LPWSTR pszRes, int *iResLen)
	Call this function to format the Memory information into a string (for reporting purposes).
SYSINFO_API BOOL	SysInfoDll_FormatMemSPD (SYSINFO_FORMAT_TYPE Format, MEMMODULEINFO pMemModuleInfo, LPWSTR pszRes, int iResLen)
	Call this function to format the Memory SPD information into a string (for reporting purposes).
SYSINFO_API BOOL	SysInfoDll_FormatGraphics (SYSINFO_FORMAT_TYPE Format, MULTIMONITOR_DYN MM, DISPLAY_DEVICES DD, LPWSTR szGraphicsSummary, LPWSTR pszRes, int *iResLen)
	Call this function to format the Monitor/Display Device information into a string (for reporting purposes).
SYSINFO_API BOOL	SysInfoDll_FormatDiskVolumes (SYSINFO_FORMAT_TYPE Format, SYSINFO_WMI SysInfo_WMI, LPWSTR pszRes, int iResLen)
	Call this function to format the Disk volume information into a string (for reporting purposes).
SYSINFO_API BOOL	SysInfoDll_FormatDiskDrives (SYSINFO_FORMAT_TYPE Format, SYSINFO_WMI SysInfo_WMI, LPWSTR pszRes, int iResLen)
	Call this function to format the Disk drive information into a string (for reporting purposes).
SYSINFO_API BOOL	SysInfoDll_FormatOpticalDrives (SYSINFO_FORMAT_TYPE Format, SYSINFO_WMI SysInfo_WMI, LPWSTR pszRes, int iResLen)
	Call this function to format the Optical drive information into a string (for reporting purposes).
SYSINFO_API BOOL	SysInfoDll_FormatNetwork (SYSINFO_FORMAT_TYPE Format, SYSINFO_WMI SysInfo_WMI, LPWSTR pszRes, int iResLen)
	Call this function to format the Network information into a string (for reporting purposes).
SYSINFO_API BOOL	SysInfoDll_FormatPorts (SYSINFO_FORMAT_TYPE Format, SYSINFO_WMI SysInfo_WMI, LPWSTR pszRes, int iResLen)
	Call this function to format the Port information into a string (for reporting purposes).
SYSINFO_API BOOL	SysInfoDll_FormatUSB (SYSINFO_FORMAT_TYPE Format, USB_HOST_CONTROLLERS USBHostControllers, LPWSTR pszRes, int iResLen)
	Call this function to format the USB controller and device information into a string (for reporting purposes).
SYSINFO_API int	SysInfoDll_Smart_Init (bool debug, wchar_t *iDebugFile=NULL, bool iRecordTEC=true)
	Call this function to initialize usage of the SMART set of APIs.
SYSINFO_API void	SysInfoDll_Smart_Cleanup (void)
	Call this function to clean up memory usage of the DLL after finishing all calls to SysInfo SMART APIs. It de-allocates all memory that was allocated and used by SmartDisk DLL. Calling subsequent SmartDll API calls after SmartDll_Cleanup is an error.
SYSINFO_API int	SysInfoDll_Smart_Refresh (bool iRecordTEC=false)
	Call this function to refresh (and re-probe) all SMART devices. If iRecordTEC is true, it records S.M.A.R.T. values for all the available S.M.A.R.T. devices discovered.
SYSINFO_API int	SysInfoDll_Smart_GetNumSmartDevices (void)
	Call this function to return the total number of SMART devices detected.
SYSINFO_API int	SysInfoDll_Smart_GetNumDetectedDrives (void)
	Call this function to return the total number of volumes detected.
SYSINFO_API int	SysInfoDll_Smart_IsValidSmartDevice (int iDeviceID)
	Checks if a particular device ID is a SMART device.
SYSINFO_API int	SysInfoDll_Smart_GetDevicePartitionInfo (int ioDriveNumSameDisk, int ioNumPartition, int iDeviceID)
	Checks if a particular device ID belongs has multiple partitions.
SYSINFO_API int	SysInfoDll_Smart_GetDriveLetterFromDriveNum (wchar_t *ioDriveLetter, int iDriveNum)
	Get the drive letter from the drive number.
SYSINFO_API int	SysInfoDll_Smart_GetDeviceSerialNumber (wchar_t ioBuf, int ioLen, int iDeviceID)
	Get the serial number of the device.
SYSINFO_API int	SysInfoDll_Smart_GetDeviceFirmWareRev (wchar_t ioBuf, int ioLen, int iDeviceID)
	Get the firmware revision number of the device.
SYSINFO_API int	SysInfoDll_Smart_GetDeviceModelNumber (wchar_t ioBuf, int ioLen, int iDeviceID)
	Get the device model number of the device.
SYSINFO_API int	SysInfoDll_Smart_GetDeviceCapacity (int *ioCapacity, int iDeviceID)
	Get the capacity of the device in MB .
SYSINFO_API int	SysInfoDll_Smart_GetVolumeCapacity (int *ioCapacity, int iDriveNum)
	Get the capacity of a volume in MB .
SYSINFO_API int	SysInfoDll_Smart_GetSmartDeviceIDFirst (void)
	Returns the device ID of the first SMART device detected.
SYSINFO_API int	SysInfoDll_Smart_GetSmartDeviceIDNext (void)
	Returns the device ID of the next SMART device detected.
SYSINFO_API int	SysInfoDll_Smart_GetNumSmartAttr (int iDeviceID)
	Returns the number of SMART attributes for a SMART device.
SYSINFO_API int	SysInfoDll_Smart_GetSmartAttributeIDFirst (int iDeviceID)
	Returns the first discovered attribute ID of the SMART device.
SYSINFO_API int	SysInfoDll_Smart_GetSmartAttributeIDNext (int iDeviceID)
	Returns the next discovered attribute ID of the SMART device.
SYSINFO_API int	SysInfoDll_Smart_GetSmartAttributeByID (void ioPtr, int ioLen, int iAttrID, int inAttrType, int iDeviceID)
	Get the attribute value of a particular attribute ID for a SMART device.
SYSINFO_API int	SysInfoDll_Smart_GetAttrDescByID (wchar_t oBuf, int ioLen, int iAttrID)
	Get the attribute description of a particular attribute ID.
SYSINFO_API int	SysInfoDll_Smart_GetDeviceInfo (DEVICEINFO *oDeviceInfo, int iDeviceID)
	Get the device information (such as disk geometry, interface, supported/enabled features).
SYSINFO_API int	SysInfoDll_Smart_ExportReport (wchar_t filename, int iDeviceID, wchar_t iHeaderText, int iHeaderTextLen, int iExportFlags=3, int iHistoryAttr=0)
	Exports an ASCII text report containing the device information, SMART attribute values and history.
SYSINFO_API int	SysInfoDll_Smart_RecordTECData (int iDeviceID)
	Records the current set of normalized and raw attribute values to a binary file for use with TEC prediction.
SYSINFO_API int	SysInfoDll_Smart_GetTECDataSetCount (int *ioCount, int iDeviceID)
	Get number of TEC prediction data sets recorded for a particular SMART device.
SYSINFO_API int	SysInfoDll_Smart_ExportTECData (time_t ioTimeArray, int ioNormValArray, int ioWorstValArray, int ioArraySize, int iAttrID, int iDeviceID)
	Extract the TEC prediction data for a particular attribute of a SMART device.
SYSINFO_API int	SysInfoDll_Smart_GetTECDataAtIndex (time_t ioTime, int ioNormVal, int *ioWorstVal, int inIndex, int iAttrID, int iDeviceID)
	Extract a particular TEC prediction data entry for a particular attribute of a SMART device.
SYSINFO_API int	SysInfoDll_Smart_EstimateTECByAttributeID (time_t ioEarliest, time_t ioLatest, int iAttrID, int iDeviceID)
	Predicts TEC based on previously recorded TEC prediction data for a particular attribute of a SMART device.
SYSINFO_API int	SysInfoDll_Smart_EstimateTEC (time_t ioEarliest, time_t ioLatest, int *oAttrID, int iDeviceID)
	Predicts TEC based on previously recorded TEC prediction data for all applicable attributes of a SMART device.

Define Documentation

#define SYSINFO_API extern "C" __declspec(dllexport)

#define VSHORT_STRING_LEN 16

#define SHORT_STRING_LEN 64

#define LONG_STRING_LEN 256

#define VLONG_STRING_LEN 1024

SysInfo.h File Reference

Data Structures

Defines

Enumerations

Functions

Define Documentation