/* * CDDL HEADER START * * The contents of this file are subject to the terms of the * Common Development and Distribution License (the "License"). * You may not use this file except in compliance with the License. * * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE * or http://www.opensolaris.org/os/licensing. * See the License for the specific language governing permissions * and limitations under the License. * * When distributing Covered Code, include this CDDL HEADER in each * file and include the License file at usr/src/OPENSOLARIS.LICENSE. * If applicable, add the following below this CDDL HEADER, with the * fields enclosed by brackets "[]" replaced with your own identifying * information: Portions Copyright [yyyy] [name of copyright owner] * * CDDL HEADER END */ /* * Copyright 2015 OmniTI Computer Consulting, Inc. All rights reserved. * Copyright (c) 2018, Joyent, Inc. * Copyright 2010 Sun Microsystems, Inc. All rights reserved. * Use is subject to license terms. */ /* * This header file defines the interfaces available from the SMBIOS access * library, libsmbios, and an equivalent kernel module. This API can be used * to access DMTF SMBIOS data from a device, file, or raw memory buffer. * * This is NOT a Public interface, and should be considered Unstable, as it is * subject to change without notice as the DMTF SMBIOS specification evolves. * Therefore, be aware that any program linked with this API in this * instance of illumos is almost guaranteed to break in the next release. */ #ifndef _SYS_SMBIOS_H #define _SYS_SMBIOS_H #include #ifdef __cplusplus extern "C" { #endif typedef enum smbios_entry_point_type { SMBIOS_ENTRY_POINT_21, SMBIOS_ENTRY_POINT_30 } smbios_entry_point_t; /* * SMBIOS Structure Table Entry Point. See DSP0134 5.2.1 for more information. * The structure table entry point is located by searching for the anchor. */ #pragma pack(1) typedef struct smbios_21_entry { char smbe_eanchor[4]; /* anchor tag (SMB_ENTRY_EANCHOR) */ uint8_t smbe_ecksum; /* checksum of entry point structure */ uint8_t smbe_elen; /* length in bytes of entry point */ uint8_t smbe_major; /* major version of the SMBIOS spec */ uint8_t smbe_minor; /* minor version of the SMBIOS spec */ uint16_t smbe_maxssize; /* maximum size in bytes of a struct */ uint8_t smbe_revision; /* entry point structure revision */ uint8_t smbe_format[5]; /* entry point revision-specific data */ char smbe_ianchor[5]; /* intermed. tag (SMB_ENTRY_IANCHOR) */ uint8_t smbe_icksum; /* intermed. checksum */ uint16_t smbe_stlen; /* length in bytes of structure table */ uint32_t smbe_staddr; /* physical addr of structure table */ uint16_t smbe_stnum; /* number of structure table entries */ uint8_t smbe_bcdrev; /* BCD value representing DMI version */ } smbios_21_entry_t; /* * The 64-bit SMBIOS 3.0 Entry Point. See DSP0134 5.2.2 for more information. * The structure table entry point is located by searching for the anchor. */ typedef struct smbios_30_entry { char smbe_eanchor[5]; /* anchor tag (SMB3_ENTRY_EANCHOR) */ uint8_t smbe_ecksum; /* checksum of entry point structure */ uint8_t smbe_elen; /* length in bytes of entry point */ uint8_t smbe_major; /* major version of the SMBIOS spec */ uint8_t smbe_minor; /* minor version of the SMBIOS spec */ uint8_t smbe_docrev; /* specification docrev */ uint8_t smbe_revision; /* entry point structure revision */ uint8_t smbe_reserved; uint32_t smbe_stlen; /* length in bytes of structure table */ uint64_t smbe_staddr; /* physical addr of structure table */ } smbios_30_entry_t; typedef union { smbios_21_entry_t ep21; smbios_30_entry_t ep30; } smbios_entry_t; #pragma pack() #define SMB_ENTRY_EANCHOR "_SM_" /* structure table entry point anchor */ #define SMB_ENTRY_EANCHORLEN 4 /* length of entry point anchor */ #define SMB3_ENTRY_EANCHOR "_SM3_" /* structure table entry point anchor */ #define SMB3_ENTRY_EANCHORLEN 5 /* length of entry point anchor */ #define SMB_ENTRY_IANCHOR "_DMI_" /* intermediate anchor string */ #define SMB_ENTRY_IANCHORLEN 5 /* length of intermediate anchor */ #define SMB_ENTRY_MAXLEN 255 /* maximum length of entry point */ /* * Structure type codes. The comments next to each type include an (R) note to * indicate a structure that is required as of SMBIOS v2.8 and an (O) note to * indicate a structure that is obsolete as of SMBIOS v2.8. */ #define SMB_TYPE_BIOS 0 /* BIOS information (R) */ #define SMB_TYPE_SYSTEM 1 /* system information (R) */ #define SMB_TYPE_BASEBOARD 2 /* base board */ #define SMB_TYPE_CHASSIS 3 /* system enclosure or chassis (R) */ #define SMB_TYPE_PROCESSOR 4 /* processor (R) */ #define SMB_TYPE_MEMCTL 5 /* memory controller (O) */ #define SMB_TYPE_MEMMOD 6 /* memory module (O) */ #define SMB_TYPE_CACHE 7 /* processor cache (R) */ #define SMB_TYPE_PORT 8 /* port connector */ #define SMB_TYPE_SLOT 9 /* upgradeable system slot (R) */ #define SMB_TYPE_OBDEVS 10 /* on-board devices (O) */ #define SMB_TYPE_OEMSTR 11 /* OEM string table */ #define SMB_TYPE_SYSCONFSTR 12 /* system configuration string table */ #define SMB_TYPE_LANG 13 /* BIOS language information */ #define SMB_TYPE_GROUP 14 /* group associations */ #define SMB_TYPE_EVENTLOG 15 /* system event log */ #define SMB_TYPE_MEMARRAY 16 /* physical memory array (R) */ #define SMB_TYPE_MEMDEVICE 17 /* memory device (R) */ #define SMB_TYPE_MEMERR32 18 /* 32-bit memory error information */ #define SMB_TYPE_MEMARRAYMAP 19 /* memory array mapped address (R) */ #define SMB_TYPE_MEMDEVICEMAP 20 /* memory device mapped address */ #define SMB_TYPE_POINTDEV 21 /* built-in pointing device */ #define SMB_TYPE_BATTERY 22 /* portable battery */ #define SMB_TYPE_RESET 23 /* system reset settings */ #define SMB_TYPE_SECURITY 24 /* hardware security settings */ #define SMB_TYPE_POWERCTL 25 /* system power controls */ #define SMB_TYPE_VPROBE 26 /* voltage probe */ #define SMB_TYPE_COOLDEV 27 /* cooling device */ #define SMB_TYPE_TPROBE 28 /* temperature probe */ #define SMB_TYPE_IPROBE 29 /* current probe */ #define SMB_TYPE_OOBRA 30 /* out-of-band remote access facility */ #define SMB_TYPE_BIS 31 /* boot integrity services */ #define SMB_TYPE_BOOT 32 /* system boot status (R) */ #define SMB_TYPE_MEMERR64 33 /* 64-bit memory error information */ #define SMB_TYPE_MGMTDEV 34 /* management device */ #define SMB_TYPE_MGMTDEVCP 35 /* management device component */ #define SMB_TYPE_MGMTDEVDATA 36 /* management device threshold data */ #define SMB_TYPE_MEMCHAN 37 /* memory channel */ #define SMB_TYPE_IPMIDEV 38 /* IPMI device information */ #define SMB_TYPE_POWERSUP 39 /* system power supply */ #define SMB_TYPE_ADDINFO 40 /* additional information */ #define SMB_TYPE_OBDEVEXT 41 /* on-board device extended info */ #define SMB_TYPE_MCHI 42 /* mgmt controller host interface */ #define SMB_TYPE_TPM 43 /* TPM device */ #define SMB_TYPE_INACTIVE 126 /* inactive table entry */ #define SMB_TYPE_EOT 127 /* end of table */ #define SMB_TYPE_OEM_LO 128 /* start of OEM-specific type range */ #define SUN_OEM_EXT_PROCESSOR 132 /* processor extended info */ #define SUN_OEM_EXT_PORT 136 /* port exteded info */ #define SUN_OEM_PCIEXRC 138 /* PCIE RootComplex/RootPort info */ #define SUN_OEM_EXT_MEMARRAY 144 /* phys memory array extended info */ #define SUN_OEM_EXT_MEMDEVICE 145 /* memory device extended info */ #define SMB_TYPE_OEM_HI 256 /* end of OEM-specific type range */ /* * OEM string indicating "Platform Resource Management Specification" * compliance. */ #define SMB_PRMS1 "SUNW-PRMS-1" /* * Some default values set by BIOS vendor */ #define SMB_DEFAULT1 "To Be Filled By O.E.M." #define SMB_DEFAULT2 "Not Available" #define SMB_DEFAULT3 "Default string" /* * SMBIOS Common Information. These structures do not correspond to anything * in the SMBIOS specification, but allow library clients to more easily read * information that is frequently encoded into the various SMBIOS structures. */ typedef struct smbios_info { const char *smbi_manufacturer; /* manufacturer */ const char *smbi_product; /* product name */ const char *smbi_version; /* version */ const char *smbi_serial; /* serial number */ const char *smbi_asset; /* asset tag */ const char *smbi_location; /* location tag */ const char *smbi_part; /* part number */ } smbios_info_t; typedef struct smbios_version { uint8_t smbv_major; /* version major number */ uint8_t smbv_minor; /* version minor number */ } smbios_version_t; #define SMB_CONT_BYTE 1 /* contained elements are byte size */ #define SMB_CONT_WORD 2 /* contained elements are word size */ #define SMB_CONT_MAX 255 /* maximum contained objects */ /* * SMBIOS Bios Information. See DSP0134 Section 7.1 for more information. * smbb_romsize is converted from the implementation format into bytes. Note, if * we do not have an extended BIOS ROM size, it is filled in with the default * BIOS ROM size. */ typedef struct smbios_bios { const char *smbb_vendor; /* bios vendor string */ const char *smbb_version; /* bios version string */ const char *smbb_reldate; /* bios release date */ uint32_t smbb_segment; /* bios address segment location */ uint32_t smbb_romsize; /* bios rom size in bytes */ uint32_t smbb_runsize; /* bios image size in bytes */ uint64_t smbb_cflags; /* bios characteristics */ const uint8_t *smbb_xcflags; /* bios characteristics extensions */ size_t smbb_nxcflags; /* number of smbb_xcflags[] bytes */ smbios_version_t smbb_biosv; /* bios version */ smbios_version_t smbb_ecfwv; /* bios embedded ctrl f/w version */ uint64_t smbb_extromsize; /* Extended bios ROM Size */ } smbios_bios_t; #define SMB_BIOSFL_RSV0 0x00000001 /* reserved bit zero */ #define SMB_BIOSFL_RSV1 0x00000002 /* reserved bit one */ #define SMB_BIOSFL_UNKNOWN 0x00000004 /* unknown */ #define SMB_BIOSFL_BCNOTSUP 0x00000008 /* BIOS chars not supported */ #define SMB_BIOSFL_ISA 0x00000010 /* ISA is supported */ #define SMB_BIOSFL_MCA 0x00000020 /* MCA is supported */ #define SMB_BIOSFL_EISA 0x00000040 /* EISA is supported */ #define SMB_BIOSFL_PCI 0x00000080 /* PCI is supported */ #define SMB_BIOSFL_PCMCIA 0x00000100 /* PCMCIA is supported */ #define SMB_BIOSFL_PLUGNPLAY 0x00000200 /* Plug and Play is supported */ #define SMB_BIOSFL_APM 0x00000400 /* APM is supported */ #define SMB_BIOSFL_FLASH 0x00000800 /* BIOS is Flash Upgradeable */ #define SMB_BIOSFL_SHADOW 0x00001000 /* BIOS shadowing is allowed */ #define SMB_BIOSFL_VLVESA 0x00002000 /* VL-VESA is supported */ #define SMB_BIOSFL_ESCD 0x00004000 /* ESCD support is available */ #define SMB_BIOSFL_CDBOOT 0x00008000 /* Boot from CD is supported */ #define SMB_BIOSFL_SELBOOT 0x00010000 /* Selectable Boot supported */ #define SMB_BIOSFL_ROMSOCK 0x00020000 /* BIOS ROM is socketed */ #define SMB_BIOSFL_PCMBOOT 0x00040000 /* Boot from PCMCIA supported */ #define SMB_BIOSFL_EDD 0x00080000 /* EDD Spec is supported */ #define SMB_BIOSFL_NEC9800 0x00100000 /* int 0x13 NEC 9800 floppy */ #define SMB_BIOSFL_TOSHIBA 0x00200000 /* int 0x13 Toshiba floppy */ #define SMB_BIOSFL_525_360K 0x00400000 /* int 0x13 5.25" 360K floppy */ #define SMB_BIOSFL_525_12M 0x00800000 /* int 0x13 5.25" 1.2M floppy */ #define SMB_BIOSFL_35_720K 0x01000000 /* int 0x13 3.5" 720K floppy */ #define SMB_BIOSFL_35_288M 0x02000000 /* int 0x13 3.5" 2.88M floppy */ #define SMB_BIOSFL_I5_PRINT 0x04000000 /* int 0x5 print screen svcs */ #define SMB_BIOSFL_I9_KBD 0x08000000 /* int 0x9 8042 keyboard svcs */ #define SMB_BIOSFL_I14_SER 0x10000000 /* int 0x14 serial svcs */ #define SMB_BIOSFL_I17_PRINTER 0x20000000 /* int 0x17 printer svcs */ #define SMB_BIOSFL_I10_CGA 0x40000000 /* int 0x10 CGA svcs */ #define SMB_BIOSFL_NEC_PC98 0x80000000 /* NEC PC-98 */ /* * These values are used to allow consumers to have raw access to the extended * characteristic flags. We explicitly don't include the extended BIOS * information from section 3.1 as part of this as it has its own member. */ #define SMB_BIOSXB_1 0 /* bios extension byte 1 (7.1.2.1) */ #define SMB_BIOSXB_2 1 /* bios extension byte 2 (7.1.2.2) */ #define SMB_BIOSXB_BIOS_MAJ 2 /* bios major version */ #define SMB_BIOSXB_BIOS_MIN 3 /* bios minor version */ #define SMB_BIOSXB_ECFW_MAJ 4 /* extended ctlr f/w major version */ #define SMB_BIOSXB_ECFW_MIN 5 /* extended ctlr f/w minor version */ #define SMB_BIOSXB1_ACPI 0x01 /* ACPI is supported */ #define SMB_BIOSXB1_USBL 0x02 /* USB legacy is supported */ #define SMB_BIOSXB1_AGP 0x04 /* AGP is supported */ #define SMB_BIOSXB1_I20 0x08 /* I2O boot is supported */ #define SMB_BIOSXB1_LS120 0x10 /* LS-120 boot is supported */ #define SMB_BIOSXB1_ATZIP 0x20 /* ATAPI ZIP drive boot is supported */ #define SMB_BIOSXB1_1394 0x40 /* 1394 boot is supported */ #define SMB_BIOSXB1_SMBAT 0x80 /* Smart Battery is supported */ #define SMB_BIOSXB2_BBOOT 0x01 /* BIOS Boot Specification supported */ #define SMB_BIOSXB2_FKNETSVC 0x02 /* F-key Network Svc boot supported */ #define SMB_BIOSXB2_ETCDIST 0x04 /* Enable Targeted Content Distrib. */ #define SMB_BIOSXB2_UEFI 0x08 /* UEFI Specification supported */ #define SMB_BIOSXB2_VM 0x10 /* SMBIOS table describes a VM */ /* * SMBIOS System Information. See DSP0134 Section 7.2 for more information. * The current set of smbs_wakeup values is defined after the structure. */ typedef struct smbios_system { const uint8_t *smbs_uuid; /* UUID byte array */ uint8_t smbs_uuidlen; /* UUID byte array length */ uint8_t smbs_wakeup; /* wake-up event */ const char *smbs_sku; /* SKU number */ const char *smbs_family; /* family */ } smbios_system_t; #define SMB_WAKEUP_RSV0 0x00 /* reserved */ #define SMB_WAKEUP_OTHER 0x01 /* other */ #define SMB_WAKEUP_UNKNOWN 0x02 /* unknown */ #define SMB_WAKEUP_APM 0x03 /* APM timer */ #define SMB_WAKEUP_MODEM 0x04 /* modem ring */ #define SMB_WAKEUP_LAN 0x05 /* LAN remote */ #define SMB_WAKEUP_SWITCH 0x06 /* power switch */ #define SMB_WAKEUP_PCIPME 0x07 /* PCI PME# */ #define SMB_WAKEUP_AC 0x08 /* AC power restored */ /* * SMBIOS Base Board description. See DSP0134 Section 7.3 for more * information. smbb_flags and smbb_type definitions are below. */ typedef struct smbios_bboard { id_t smbb_chassis; /* chassis containing this board */ uint8_t smbb_flags; /* flags (see below) */ uint8_t smbb_type; /* board type (see below) */ uint8_t smbb_contn; /* number of contained object hdls */ } smbios_bboard_t; #define SMB_BBFL_MOTHERBOARD 0x01 /* board is a motherboard */ #define SMB_BBFL_NEEDAUX 0x02 /* auxiliary card or daughter req'd */ #define SMB_BBFL_REMOVABLE 0x04 /* board is removable */ #define SMB_BBFL_REPLACABLE 0x08 /* board is field-replacable */ #define SMB_BBFL_HOTSWAP 0x10 /* board is hot-swappable */ #define SMB_BBT_UNKNOWN 0x1 /* unknown */ #define SMB_BBT_OTHER 0x2 /* other */ #define SMB_BBT_SBLADE 0x3 /* server blade */ #define SMB_BBT_CSWITCH 0x4 /* connectivity switch */ #define SMB_BBT_SMM 0x5 /* system management module */ #define SMB_BBT_PROC 0x6 /* processor module */ #define SMB_BBT_IO 0x7 /* i/o module */ #define SMB_BBT_MEM 0x8 /* memory module */ #define SMB_BBT_DAUGHTER 0x9 /* daughterboard */ #define SMB_BBT_MOTHER 0xA /* motherboard */ #define SMB_BBT_PROCMEM 0xB /* processor/memory module */ #define SMB_BBT_PROCIO 0xC /* processor/i/o module */ #define SMB_BBT_INTER 0xD /* interconnect board */ /* * SMBIOS Chassis description. See DSP0134 Section 7.4 for more information. * We move the lock bit of the type field into smbc_lock for easier processing. */ typedef struct smbios_chassis { uint32_t smbc_oemdata; /* OEM-specific data */ uint8_t smbc_lock; /* lock present? */ uint8_t smbc_type; /* type */ uint8_t smbc_bustate; /* boot-up state */ uint8_t smbc_psstate; /* power supply state */ uint8_t smbc_thstate; /* thermal state */ uint8_t smbc_security; /* security status */ uint8_t smbc_uheight; /* enclosure height in U's */ uint8_t smbc_cords; /* number of power cords */ uint8_t smbc_elems; /* number of element records (n) */ uint8_t smbc_elemlen; /* length of contained element (m) */ char smbc_sku[256]; /* SKU number (as a string) */ } smbios_chassis_t; #define SMB_CHT_OTHER 0x01 /* other */ #define SMB_CHT_UNKNOWN 0x02 /* unknown */ #define SMB_CHT_DESKTOP 0x03 /* desktop */ #define SMB_CHT_LPDESKTOP 0x04 /* low-profile desktop */ #define SMB_CHT_PIZZA 0x05 /* pizza box */ #define SMB_CHT_MINITOWER 0x06 /* mini-tower */ #define SMB_CHT_TOWER 0x07 /* tower */ #define SMB_CHT_PORTABLE 0x08 /* portable */ #define SMB_CHT_LAPTOP 0x09 /* laptop */ #define SMB_CHT_NOTEBOOK 0x0A /* notebook */ #define SMB_CHT_HANDHELD 0x0B /* hand-held */ #define SMB_CHT_DOCK 0x0C /* docking station */ #define SMB_CHT_ALLIN1 0x0D /* all-in-one */ #define SMB_CHT_SUBNOTE 0x0E /* sub-notebook */ #define SMB_CHT_SPACESAVE 0x0F /* space-saving */ #define SMB_CHT_LUNCHBOX 0x10 /* lunchbox */ #define SMB_CHT_MAIN 0x11 /* main server chassis */ #define SMB_CHT_EXPANSION 0x12 /* expansion chassis */ #define SMB_CHT_SUB 0x13 /* sub-chassis */ #define SMB_CHT_BUS 0x14 /* bus expansion chassis */ #define SMB_CHT_PERIPHERAL 0x15 /* peripheral chassis */ #define SMB_CHT_RAID 0x16 /* raid chassis */ #define SMB_CHT_RACK 0x17 /* rack mount chassis */ #define SMB_CHT_SEALED 0x18 /* sealed case pc */ #define SMB_CHT_MULTI 0x19 /* multi-system chassis */ #define SMB_CHT_CPCI 0x1A /* compact PCI */ #define SMB_CHT_ATCA 0x1B /* advanced TCA */ #define SMB_CHT_BLADE 0x1C /* blade */ #define SMB_CHT_BLADEENC 0x1D /* blade enclosure */ #define SMB_CHT_TABLET 0x1E /* tablet */ #define SMB_CHT_CONVERTIBLE 0x1F /* convertible */ #define SMB_CHT_DETACHABLE 0x20 /* detachable */ #define SMB_CHT_IOTGW 0x21 /* IoT Gateway */ #define SMB_CHT_EMBEDPC 0x22 /* Embedded PC */ #define SMB_CHT_MINIPC 0x23 /* Mini PC */ #define SMB_CHT_STICKPC 0x24 /* Stick PC */ #define SMB_CHST_OTHER 0x01 /* other */ #define SMB_CHST_UNKNOWN 0x02 /* unknown */ #define SMB_CHST_SAFE 0x03 /* safe */ #define SMB_CHST_WARNING 0x04 /* warning */ #define SMB_CHST_CRITICAL 0x05 /* critical */ #define SMB_CHST_NONREC 0x06 /* non-recoverable */ #define SMB_CHSC_OTHER 0x01 /* other */ #define SMB_CHSC_UNKNOWN 0x02 /* unknown */ #define SMB_CHSC_NONE 0x03 /* none */ #define SMB_CHSC_EILOCK 0x04 /* external interface locked out */ #define SMB_CHSC_EIENAB 0x05 /* external interface enabled */ /* * SMBIOS Processor description. See DSP0134 Section 7.5 for more details. * If the L1, L2, or L3 cache handle is -1, the cache information is unknown. * If the handle refers to something of size 0, that type of cache is absent. * * NOTE: Although SMBIOS exports a 64-bit CPUID result, this value should not * be used for any purpose other than BIOS debugging. illumos itself computes * its own CPUID value and applies knowledge of additional errata and processor * specific CPUID variations, so this value should not be used for anything. */ typedef struct smbios_processor { uint64_t smbp_cpuid; /* processor cpuid information */ uint32_t smbp_family; /* processor family */ uint8_t smbp_type; /* processor type (SMB_PRT_*) */ uint8_t smbp_voltage; /* voltage (SMB_PRV_*) */ uint8_t smbp_status; /* status (SMB_PRS_*) */ uint8_t smbp_upgrade; /* upgrade (SMB_PRU_*) */ uint32_t smbp_clkspeed; /* external clock speed in MHz */ uint32_t smbp_maxspeed; /* maximum speed in MHz */ uint32_t smbp_curspeed; /* current speed in MHz */ id_t smbp_l1cache; /* L1 cache handle */ id_t smbp_l2cache; /* L2 cache handle */ id_t smbp_l3cache; /* L3 cache handle */ uint32_t smbp_corecount; /* number of cores per processor socket */ uint32_t smbp_coresenabled; /* number of enabled cores per processor socket */ uint32_t smbp_threadcount; /* number of threads per processor socket */ uint16_t smbp_cflags; /* processor characteristics (SMB_PRC_*) */ uint16_t smbp_family2; /* processor family 2 */ uint16_t smbp_corecount2; /* core count 2 */ uint16_t smbp_coresenabled2; /* cores enabled 2 */ uint16_t smbp_threadcount2; /* thread count 2 */ } smbios_processor_t; #define SMB_PRT_OTHER 0x01 /* other */ #define SMB_PRT_UNKNOWN 0x02 /* unknown */ #define SMB_PRT_CENTRAL 0x03 /* central processor */ #define SMB_PRT_MATH 0x04 /* math processor */ #define SMB_PRT_DSP 0x05 /* DSP processor */ #define SMB_PRT_VIDEO 0x06 /* video processor */ #define SMB_PRV_LEGACY(v) (!((v) & 0x80)) /* legacy voltage mode */ #define SMB_PRV_FIXED(v) ((v) & 0x80) /* fixed voltage mode */ #define SMB_PRV_5V 0x01 /* 5V is supported */ #define SMB_PRV_33V 0x02 /* 3.3V is supported */ #define SMB_PRV_29V 0x04 /* 2.9V is supported */ #define SMB_PRV_VOLTAGE(v) ((v) & 0x7f) #define SMB_PRSTATUS_PRESENT(s) ((s) & 0x40) /* socket is populated */ #define SMB_PRSTATUS_STATUS(s) ((s) & 0x07) /* status (see below) */ #define SMB_PRS_UNKNOWN 0x0 /* unknown */ #define SMB_PRS_ENABLED 0x1 /* enabled */ #define SMB_PRS_BDISABLED 0x2 /* disabled in bios user setup */ #define SMB_PRS_PDISABLED 0x3 /* disabled in bios from post error */ #define SMB_PRS_IDLE 0x4 /* waiting to be enabled */ #define SMB_PRS_OTHER 0x7 /* other */ #define SMB_PRU_OTHER 0x01 /* other */ #define SMB_PRU_UNKNOWN 0x02 /* unknown */ #define SMB_PRU_DAUGHTER 0x03 /* daughter board */ #define SMB_PRU_ZIF 0x04 /* ZIF socket */ #define SMB_PRU_PIGGY 0x05 /* replaceable piggy back */ #define SMB_PRU_NONE 0x06 /* none */ #define SMB_PRU_LIF 0x07 /* LIF socket */ #define SMB_PRU_SLOT1 0x08 /* slot 1 */ #define SMB_PRU_SLOT2 0x09 /* slot 2 */ #define SMB_PRU_370PIN 0x0A /* 370-pin socket */ #define SMB_PRU_SLOTA 0x0B /* slot A */ #define SMB_PRU_SLOTM 0x0C /* slot M */ #define SMB_PRU_423 0x0D /* socket 423 */ #define SMB_PRU_A 0x0E /* socket A (socket 462) */ #define SMB_PRU_478 0x0F /* socket 478 */ #define SMB_PRU_754 0x10 /* socket 754 */ #define SMB_PRU_940 0x11 /* socket 940 */ #define SMB_PRU_939 0x12 /* socket 939 */ #define SMB_PRU_MPGA604 0x13 /* mPGA604 */ #define SMB_PRU_LGA771 0x14 /* LGA771 */ #define SMB_PRU_LGA775 0x15 /* LGA775 */ #define SMB_PRU_S1 0x16 /* socket S1 */ #define SMB_PRU_AM2 0x17 /* socket AM2 */ #define SMB_PRU_F 0x18 /* socket F */ #define SMB_PRU_LGA1366 0x19 /* LGA1366 */ #define SMB_PRU_G34 0x1A /* socket G34 */ #define SMB_PRU_AM3 0x1B /* socket AM3 */ #define SMB_PRU_C32 0x1C /* socket C32 */ #define SMB_PRU_LGA1156 0x1D /* LGA1156 */ #define SMB_PRU_LGA1567 0x1E /* LGA1567 */ #define SMB_PRU_PGA988A 0x1F /* PGA988A */ #define SMB_PRU_BGA1288 0x20 /* BGA1288 */ #define SMB_PRU_RPGA988B 0x21 /* rPGA988B */ #define SMB_PRU_BGA1023 0x22 /* BGA1023 */ #define SMB_PRU_BGA1224 0x23 /* BGA1224 */ #define SMB_PRU_LGA1155 0x24 /* LGA1155 */ #define SMB_PRU_LGA1356 0x25 /* LGA1356 */ #define SMB_PRU_LGA2011 0x26 /* LGA2011 */ #define SMB_PRU_FS1 0x27 /* socket FS1 */ #define SMB_PRU_FS2 0x28 /* socket FS2 */ #define SMB_PRU_FM1 0x29 /* socket FM1 */ #define SMB_PRU_FM2 0x2A /* socket FM2 */ #define SMB_PRU_LGA20113 0x2B /* LGA2011-3 */ #define SMB_PRU_LGA13563 0x2C /* LGA1356-3 */ #define SMB_PRU_LGA1150 0x2D /* LGA1150 */ #define SMB_PRU_BGA1168 0x2E /* BGA1168 */ #define SMB_PRU_BGA1234 0x2F /* BGA1234 */ #define SMB_PRU_BGA1364 0x30 /* BGA1364 */ #define SMB_PRU_AM4 0x31 /* socket AM4 */ #define SMB_PRU_LGA1151 0x32 /* LGA1151 */ #define SMB_PRU_BGA1356 0x33 /* BGA1356 */ #define SMB_PRU_BGA1440 0x34 /* BGA1440 */ #define SMB_PRU_BGA1515 0x35 /* BGA1515 */ #define SMB_PRU_LGA36471 0x36 /* LGA3647-1 */ #define SMB_PRU_SP3 0x37 /* socket SP3 */ #define SMB_PRU_SP3r2 0x38 /* socket SP3r2 */ #define SMB_PRU_LGA2066 0x39 /* Socket LGA2066 */ #define SMB_PRU_BGA1392 0x3A /* Socket BGA1392 */ #define SMB_PRU_BGA1510 0x3B /* Socket BGA1510 */ #define SMB_PRU_BGA1528 0x3C /* Socket BGA1528 */ #define SMB_PRC_RESERVED 0x0001 /* reserved */ #define SMB_PRC_UNKNOWN 0x0002 /* unknown */ #define SMB_PRC_64BIT 0x0004 /* 64-bit capable */ #define SMB_PRC_MC 0x0008 /* multi-core */ #define SMB_PRC_HT 0x0010 /* hardware thread */ #define SMB_PRC_NX 0x0020 /* execution protection */ #define SMB_PRC_VT 0x0040 /* enhanced virtualization */ #define SMB_PRC_PM 0x0080 /* power/performance control */ #define SMB_PRF_OTHER 0x01 /* other */ #define SMB_PRF_UNKNOWN 0x02 /* unknown */ #define SMB_PRF_8086 0x03 /* 8086 */ #define SMB_PRF_80286 0x04 /* 80286 */ #define SMB_PRF_I386 0x05 /* Intel 386 */ #define SMB_PRF_I486 0x06 /* Intel 486 */ #define SMB_PRF_8087 0x07 /* 8087 */ #define SMB_PRF_80287 0x08 /* 80287 */ #define SMB_PRF_80387 0x09 /* 80387 */ #define SMB_PRF_80487 0x0A /* 80487 */ #define SMB_PRF_PENTIUM 0x0B /* Pentium Family */ #define SMB_PRF_PENTIUMPRO 0x0C /* Pentium Pro */ #define SMB_PRF_PENTIUMII 0x0D /* Pentium II */ #define SMB_PRF_PENTIUM_MMX 0x0E /* Pentium w/ MMX */ #define SMB_PRF_CELERON 0x0F /* Celeron */ #define SMB_PRF_PENTIUMII_XEON 0x10 /* Pentium II Xeon */ #define SMB_PRF_PENTIUMIII 0x11 /* Pentium III */ #define SMB_PRF_M1 0x12 /* M1 */ #define SMB_PRF_M2 0x13 /* M2 */ #define SMB_PRF_CELERON_M 0x14 /* Celeron M */ #define SMB_PRF_PENTIUMIV_HT 0x15 /* Pentium 4 HT */ #define SMB_PRF_DURON 0x18 /* AMD Duron */ #define SMB_PRF_K5 0x19 /* K5 */ #define SMB_PRF_K6 0x1A /* K6 */ #define SMB_PRF_K6_2 0x1B /* K6-2 */ #define SMB_PRF_K6_3 0x1C /* K6-3 */ #define SMB_PRF_ATHLON 0x1D /* Athlon */ #define SMB_PRF_2900 0x1E /* AMD 2900 */ #define SMB_PRF_K6_2PLUS 0x1F /* K6-2+ */ #define SMB_PRF_PPC 0x20 /* PowerPC */ #define SMB_PRF_PPC_601 0x21 /* PowerPC 601 */ #define SMB_PRF_PPC_603 0x22 /* PowerPC 603 */ #define SMB_PRF_PPC_603PLUS 0x23 /* PowerPC 603+ */ #define SMB_PRF_PPC_604 0x24 /* PowerPC 604 */ #define SMB_PRF_PPC_620 0x25 /* PowerPC 620 */ #define SMB_PRF_PPC_704 0x26 /* PowerPC x704 */ #define SMB_PRF_PPC_750 0x27 /* PowerPC 750 */ #define SMB_PRF_CORE_DUO 0x28 /* Core Duo */ #define SMB_PRF_CORE_DUO_M 0x29 /* Core Duo mobile */ #define SMB_PRF_CORE_SOLO_M 0x2A /* Core Solo mobile */ #define SMB_PRF_ATOM 0x2B /* Intel Atom */ #define SMB_PRF_CORE_M 0x2C /* Intel Core M */ #define SMB_PRF_CORE_M3 0x2D /* Intel Core m3 */ #define SMB_PRF_CORE_M5 0x2E /* Intel Core m5 */ #define SMB_PRF_CORE_M7 0x2F /* Intel Core m7 */ #define SMB_PRF_ALPHA 0x30 /* Alpha */ #define SMB_PRF_ALPHA_21064 0x31 /* Alpha 21064 */ #define SMB_PRF_ALPHA_21066 0x32 /* Alpha 21066 */ #define SMB_PRF_ALPHA_21164 0x33 /* Alpha 21164 */ #define SMB_PRF_ALPHA_21164PC 0x34 /* Alpha 21164PC */ #define SMB_PRF_ALPHA_21164A 0x35 /* Alpha 21164a */ #define SMB_PRF_ALPHA_21264 0x36 /* Alpha 21264 */ #define SMB_PRF_ALPHA_21364 0x37 /* Alpha 21364 */ #define SMB_PRF_TURION2U_2C_MM 0x38 /* AMD Turion II Ultra Dual-Core Mobile M */ #define SMB_PRF_TURION2_2C_MM 0x39 /* AMD Turion II Dual-Core Mobile M */ #define SMB_PRF_ATHLON2_2C_M 0x3A /* AMD Athlon II Dual-Core M */ #define SMB_PRF_OPTERON_6100 0x3B /* AMD Opteron 6100 series */ #define SMB_PRF_OPTERON_4100 0x3C /* AMD Opteron 4100 series */ #define SMB_PRF_OPTERON_6200 0x3D /* AMD Opteron 6200 series */ #define SMB_PRF_OPTERON_4200 0x3E /* AMD Opteron 4200 series */ #define SMB_PRF_AMD_FX 0x3F /* AMD FX series */ #define SMB_PRF_MIPS 0x40 /* MIPS */ #define SMB_PRF_MIPS_R4000 0x41 /* MIPS R4000 */ #define SMB_PRF_MIPS_R4200 0x42 /* MIPS R4200 */ #define SMB_PRF_MIPS_R4400 0x43 /* MIPS R4400 */ #define SMB_PRF_MIPS_R4600 0x44 /* MIPS R4600 */ #define SMB_PRF_MIPS_R10000 0x45 /* MIPS R10000 */ #define SMB_PRF_AMD_C 0x46 /* AMD C-series */ #define SMB_PRF_AMD_E 0x47 /* AMD E-series */ #define SMB_PRF_AMD_A 0x48 /* AMD A-series */ #define SMB_PRF_AMD_G 0x49 /* AMD G-series */ #define SMB_PRF_AMD_Z 0x4A /* AMD Z-series */ #define SMB_PRF_AMD_R 0x4B /* AMD R-series */ #define SMB_PRF_OPTERON_4300 0x4C /* AMD Opteron 4300 series */ #define SMB_PRF_OPTERON_6300 0x4D /* AMD Opteron 6300 series */ #define SMB_PRF_OPTERON_3300 0x4E /* AMD Opteron 3300 series */ #define SMB_PRF_AMD_FIREPRO 0x4F /* AMD FirePro series */ #define SMB_PRF_SPARC 0x50 /* SPARC */ #define SMB_PRF_SUPERSPARC 0x51 /* SuperSPARC */ #define SMB_PRF_MICROSPARCII 0x52 /* microSPARC II */ #define SMB_PRF_MICROSPARCIIep 0x53 /* microSPARC IIep */ #define SMB_PRF_ULTRASPARC 0x54 /* UltraSPARC */ #define SMB_PRF_USII 0x55 /* UltraSPARC II */ #define SMB_PRF_USIIi 0x56 /* UltraSPARC IIi */ #define SMB_PRF_USIII 0x57 /* UltraSPARC III */ #define SMB_PRF_USIIIi 0x58 /* UltraSPARC IIIi */ #define SMB_PRF_68040 0x60 /* 68040 */ #define SMB_PRF_68XXX 0x61 /* 68XXX */ #define SMB_PRF_68000 0x62 /* 68000 */ #define SMB_PRF_68010 0x63 /* 68010 */ #define SMB_PRF_68020 0x64 /* 68020 */ #define SMB_PRF_68030 0x65 /* 68030 */ #define SMB_PRF_ATHLON_X4 0x66 /* AMD Athlon X4 Quad-Core */ #define SMB_PRF_OPTERON_X1K 0x67 /* AMD Opteron X1000 */ #define SMB_PRF_OPTERON_X2K 0x68 /* AMD Opteron X2000 APU */ #define SMB_PRF_OPTERON_A 0x69 /* AMD Opteron A Series */ #define SMB_PRF_OPTERON_X3K 0x6A /* AMD Opteron X3000 APU */ #define SMB_PRF_ZEN 0x6B /* AMD Zen Processor Family */ #define SMB_PRF_HOBBIT 0x70 /* Hobbit */ #define SMB_PRF_TM5000 0x78 /* Crusoe TM5000 */ #define SMB_PRF_TM3000 0x79 /* Crusoe TM3000 */ #define SMB_PRF_TM8000 0x7A /* Efficeon TM8000 */ #define SMB_PRF_WEITEK 0x80 /* Weitek */ #define SMB_PRF_ITANIC 0x82 /* Itanium */ #define SMB_PRF_ATHLON64 0x83 /* Athlon64 */ #define SMB_PRF_OPTERON 0x84 /* Opteron */ #define SMB_PRF_SEMPRON 0x85 /* Sempron */ #define SMB_PRF_TURION64_M 0x86 /* Turion 64 Mobile */ #define SMB_PRF_OPTERON_2C 0x87 /* AMD Opteron Dual-Core */ #define SMB_PRF_ATHLON64_X2_2C 0x88 /* AMD Athlon 64 X2 Dual-Core */ #define SMB_PRF_TURION64_X2_M 0x89 /* AMD Turion 64 X2 Mobile */ #define SMB_PRF_OPTERON_4C 0x8A /* AMD Opteron Quad-Core */ #define SMB_PRF_OPTERON_3G 0x8B /* AMD Opteron 3rd Generation */ #define SMB_PRF_PHENOM_FX_4C 0x8C /* AMD Phenom FX Quad-Core */ #define SMB_PRF_PHENOM_X4_4C 0x8D /* AMD Phenom X4 Quad-Core */ #define SMB_PRF_PHENOM_X2_2C 0x8E /* AMD Phenom X2 Dual-Core */ #define SMB_PRF_ATHLON_X2_2C 0x8F /* AMD Athlon X2 Dual-Core */ #define SMB_PRF_PA 0x90 /* PA-RISC */ #define SMB_PRF_PA8500 0x91 /* PA-RISC 8500 */ #define SMB_PRF_PA8000 0x92 /* PA-RISC 8000 */ #define SMB_PRF_PA7300LC 0x93 /* PA-RISC 7300LC */ #define SMB_PRF_PA7200 0x94 /* PA-RISC 7200 */ #define SMB_PRF_PA7100LC 0x95 /* PA-RISC 7100LC */ #define SMB_PRF_PA7100 0x96 /* PA-RISC 7100 */ #define SMB_PRF_V30 0xA0 /* V30 */ #define SMB_PRF_XEON_4C_3200 0xA1 /* Xeon Quad Core 3200 */ #define SMB_PRF_XEON_2C_3000 0xA2 /* Xeon Dual Core 3000 */ #define SMB_PRF_XEON_4C_5300 0xA3 /* Xeon Quad Core 5300 */ #define SMB_PRF_XEON_2C_5100 0xA4 /* Xeon Dual Core 5100 */ #define SMB_PRF_XEON_2C_5000 0xA5 /* Xeon Dual Core 5000 */ #define SMB_PRF_XEON_2C_LV 0xA6 /* Xeon Dual Core LV */ #define SMB_PRF_XEON_2C_ULV 0xA7 /* Xeon Dual Core ULV */ #define SMB_PRF_XEON_2C_7100 0xA8 /* Xeon Dual Core 7100 */ #define SMB_PRF_XEON_4C_5400 0xA9 /* Xeon Quad Core 5400 */ #define SMB_PRF_XEON_4C 0xAA /* Xeon Quad Core */ #define SMB_PRF_XEON_2C_5200 0xAB /* Xeon Dual Core 5200 */ #define SMB_PRF_XEON_2C_7200 0xAC /* Xeon Dual Core 7200 */ #define SMB_PRF_XEON_4C_7300 0xAD /* Xeon Quad Core 7300 */ #define SMB_PRF_XEON_4C_7400 0xAE /* Xeon Quad Core 7400 */ #define SMB_PRF_XEON_XC_7400 0xAF /* Xeon Multi Core 7400 */ #define SMB_PRF_PENTIUMIII_XEON 0xB0 /* Pentium III Xeon */ #define SMB_PRF_PENTIUMIII_SS 0xB1 /* Pentium III with SpeedStep */ #define SMB_PRF_P4 0xB2 /* Pentium 4 */ #define SMB_PRF_XEON 0xB3 /* Intel Xeon */ #define SMB_PRF_AS400 0xB4 /* AS400 */ #define SMB_PRF_XEON_MP 0xB5 /* Intel Xeon MP */ #define SMB_PRF_ATHLON_XP 0xB6 /* AMD Athlon XP */ #define SMB_PRF_ATHLON_MP 0xB7 /* AMD Athlon MP */ #define SMB_PRF_ITANIC2 0xB8 /* Itanium 2 */ #define SMB_PRF_PENTIUM_M 0xB9 /* Pentium M */ #define SMB_PRF_CELERON_D 0xBA /* Celeron D */ #define SMB_PRF_PENTIUM_D 0xBB /* Pentium D */ #define SMB_PRF_PENTIUM_EE 0xBC /* Pentium Extreme Edition */ #define SMB_PRF_CORE_SOLO 0xBD /* Intel Core Solo */ #define SMB_PRF_CORE2_DUO 0xBF /* Intel Core 2 Duo */ #define SMB_PRF_CORE2_SOLO 0xC0 /* Intel Core 2 Solo */ #define SMB_PRF_CORE2_EX 0xC1 /* Intel Core 2 Extreme */ #define SMB_PRF_CORE2_QUAD 0xC2 /* Intel Core 2 Quad */ #define SMB_PRF_CORE2_EX_M 0xC3 /* Intel Core 2 Extreme mobile */ #define SMB_PRF_CORE2_DUO_M 0xC4 /* Intel Core 2 Duo mobile */ #define SMB_PRF_CORE2_SOLO_M 0xC5 /* Intel Core 2 Solo mobile */ #define SMB_PRF_CORE_I7 0xC6 /* Intel Core i7 */ #define SMB_PRF_CELERON_2C 0xC7 /* Celeron Dual-Core */ #define SMB_PRF_IBM390 0xC8 /* IBM 390 */ #define SMB_PRF_G4 0xC9 /* G4 */ #define SMB_PRF_G5 0xCA /* G5 */ #define SMB_PRF_ESA390 0xCB /* ESA390 */ #define SMB_PRF_ZARCH 0xCC /* z/Architecture */ #define SMB_PRF_CORE_I5 0xCD /* Intel Core i5 */ #define SMB_PRF_CORE_I3 0xCE /* Intel Core i3 */ #define SMB_PRF_CORE_I9 0xCF /* Intel Core i9 */ #define SMB_PRF_C7M 0xD2 /* VIA C7-M */ #define SMB_PRF_C7D 0xD3 /* VIA C7-D */ #define SMB_PRF_C7 0xD4 /* VIA C7 */ #define SMB_PRF_EDEN 0xD5 /* VIA Eden */ #define SMB_PRF_XEON_XC 0xD6 /* Intel Xeon Multi-Core */ #define SMB_PRF_XEON_2C_3XXX 0xD7 /* Intel Xeon Dual-Core 3xxx */ #define SMB_PRF_XEON_4C_3XXX 0xD8 /* Intel Xeon Quad-Core 3xxx */ #define SMB_PRF_VIA_NANO 0xD9 /* VIA Nano */ #define SMB_PRF_XEON_2C_5XXX 0xDA /* Intel Xeon Dual-Core 5xxx */ #define SMB_PRF_XEON_4C_5XXX 0xDB /* Intel Xeon Quad-Core 5xxx */ #define SMB_PRF_XEON_2C_7XXX 0xDD /* Intel Xeon Dual-Core 7xxx */ #define SMB_PRF_XEON_4C_7XXX 0xDE /* Intel Xeon Quad-Core 7xxx */ #define SMB_PRF_XEON_XC_7XXX 0xDF /* Intel Xeon Multi-Core 7xxx */ #define SMB_PRF_XEON_XC_3400 0xE0 /* Intel Xeon Multi-Core 3400 */ #define SMB_PRF_OPTERON_3000 0xE4 /* AMD Opteron 3000 */ #define SMB_PRF_SEMPRON_II 0xE5 /* AMD Sempron II */ #define SMB_PRF_OPTERON_4C_EM 0xE6 /* AMD Opteron Quad-Core embedded */ #define SMB_PRF_PHENOM_3C 0xE7 /* AMD Phenom Triple-Core */ #define SMB_PRF_TURIONU_2C_M 0xE8 /* AMD Turion Ultra Dual-Core mobile */ #define SMB_PRF_TURION_2C_M 0xE9 /* AMD Turion Dual-Core mobile */ #define SMB_PRF_ATHLON_2C 0xEA /* AMD Athlon Dual-Core */ #define SMB_PRF_SEMPRON_SI 0xEB /* AMD Sempron SI */ #define SMB_PRF_PHENOM_II 0xEC /* AMD Phenom II */ #define SMB_PRF_ATHLON_II 0xED /* AMD Athlon II */ #define SMB_PRF_OPTERON_6C 0xEE /* AMD Opteron Six-Core */ #define SMB_PRF_SEMPRON_M 0xEF /* AMD Sempron M */ #define SMB_PRF_I860 0xFA /* i860 */ #define SMB_PRF_I960 0xFB /* i960 */ #define SMB_PRF_ARMv7 0x100 /* ARMv7 */ #define SMB_PRF_ARMv8 0x101 /* ARMv8 */ #define SMB_PRF_SH3 0x104 /* SH-3 */ #define SMB_PRF_SH4 0x105 /* SH-4 */ #define SMB_PRF_ARM 0x118 /* ARM */ #define SMB_PRF_SARM 0x119 /* StrongARM */ #define SMB_PRF_6X86 0x12C /* 6x86 */ #define SMB_PRF_MEDIAGX 0x12D /* MediaGX */ #define SMB_PRF_MII 0x12E /* MII */ #define SMB_PRF_WINCHIP 0x140 /* WinChip */ #define SMB_PRF_DSP 0x15E /* DSP */ #define SMB_PRF_VIDEO 0x1F4 /* Video Processor */ /* * SMBIOS Cache Information. See DSP0134 Section 7.8 for more information. * If smba_size is zero, this indicates the specified cache is not present. * * SMBIOS 3.1 added extended cache sizes. Unfortunately, we had already baked in * the uint32_t sizes, so we added extended uint64_t's that correspond to the * new fields. To make life easier for consumers, we always make sure that the * _maxsize2 and _size2 members are filled in with the old value if no other * value is present. */ typedef struct smbios_cache { uint32_t smba_maxsize; /* maximum installed size in bytes */ uint32_t smba_size; /* installed size in bytes */ uint16_t smba_stype; /* supported SRAM types (SMB_CAT_*) */ uint16_t smba_ctype; /* current SRAM type (SMB_CAT_*) */ uint8_t smba_speed; /* speed in nanoseconds */ uint8_t smba_etype; /* error correction type (SMB_CAE_*) */ uint8_t smba_ltype; /* logical cache type (SMB_CAG_*) */ uint8_t smba_assoc; /* associativity (SMB_CAA_*) */ uint8_t smba_level; /* cache level */ uint8_t smba_mode; /* cache mode (SMB_CAM_*) */ uint8_t smba_location; /* cache location (SMB_CAL_*) */ uint8_t smba_flags; /* cache flags (SMB_CAF_*) */ uint64_t smba_maxsize2; /* maximum installed size in bytes */ uint64_t smba_size2; /* installed size in bytes */ } smbios_cache_t; #define SMB_CAT_OTHER 0x0001 /* other */ #define SMB_CAT_UNKNOWN 0x0002 /* unknown */ #define SMB_CAT_NONBURST 0x0004 /* non-burst */ #define SMB_CAT_BURST 0x0008 /* burst */ #define SMB_CAT_PBURST 0x0010 /* pipeline burst */ #define SMB_CAT_SYNC 0x0020 /* synchronous */ #define SMB_CAT_ASYNC 0x0040 /* asynchronous */ #define SMB_CAE_OTHER 0x01 /* other */ #define SMB_CAE_UNKNOWN 0x02 /* unknown */ #define SMB_CAE_NONE 0x03 /* none */ #define SMB_CAE_PARITY 0x04 /* parity */ #define SMB_CAE_SBECC 0x05 /* single-bit ECC */ #define SMB_CAE_MBECC 0x06 /* multi-bit ECC */ #define SMB_CAG_OTHER 0x01 /* other */ #define SMB_CAG_UNKNOWN 0x02 /* unknown */ #define SMB_CAG_INSTR 0x03 /* instruction */ #define SMB_CAG_DATA 0x04 /* data */ #define SMB_CAG_UNIFIED 0x05 /* unified */ #define SMB_CAA_OTHER 0x01 /* other */ #define SMB_CAA_UNKNOWN 0x02 /* unknown */ #define SMB_CAA_DIRECT 0x03 /* direct mapped */ #define SMB_CAA_2WAY 0x04 /* 2-way set associative */ #define SMB_CAA_4WAY 0x05 /* 4-way set associative */ #define SMB_CAA_FULL 0x06 /* fully associative */ #define SMB_CAA_8WAY 0x07 /* 8-way set associative */ #define SMB_CAA_16WAY 0x08 /* 16-way set associative */ #define SMB_CAA_12WAY 0x09 /* 12-way set associative */ #define SMB_CAA_24WAY 0x0A /* 24-way set associative */ #define SMB_CAA_32WAY 0x0B /* 32-way set associative */ #define SMB_CAA_48WAY 0x0C /* 48-way set associative */ #define SMB_CAA_64WAY 0x0D /* 64-way set associative */ #define SMB_CAA_20WAY 0x0E /* 20-way set associative */ #define SMB_CAM_WT 0x00 /* write-through */ #define SMB_CAM_WB 0x01 /* write-back */ #define SMB_CAM_VARY 0x02 /* varies by address */ #define SMB_CAM_UNKNOWN 0x03 /* unknown */ #define SMB_CAL_INTERNAL 0x00 /* internal */ #define SMB_CAL_EXTERNAL 0x01 /* external */ #define SMB_CAL_RESERVED 0x02 /* reserved */ #define SMB_CAL_UNKNOWN 0x03 /* unknown */ #define SMB_CAF_ENABLED 0x01 /* enabled at boot time */ #define SMB_CAF_SOCKETED 0x02 /* cache is socketed */ /* * SMBIOS Port Information. See DSP0134 Section 7.9 for more information. * The internal reference designator string is also mapped to the location. */ typedef struct smbios_port { const char *smbo_iref; /* internal reference designator */ const char *smbo_eref; /* external reference designator */ uint8_t smbo_itype; /* internal connector type (SMB_POC_*) */ uint8_t smbo_etype; /* external connector type (SMB_POC_*) */ uint8_t smbo_ptype; /* port type (SMB_POT_*) */ uint8_t smbo_pad; /* padding */ } smbios_port_t; #define SMB_POC_NONE 0x00 /* none */ #define SMB_POC_CENT 0x01 /* Centronics */ #define SMB_POC_MINICENT 0x02 /* Mini-Centronics */ #define SMB_POC_PROPRIETARY 0x03 /* proprietary */ #define SMB_POC_DB25M 0x04 /* DB-25 pin male */ #define SMB_POC_DB25F 0x05 /* DB-25 pin female */ #define SMB_POC_DB15M 0x06 /* DB-15 pin male */ #define SMB_POC_DB15F 0x07 /* DB-15 pin female */ #define SMB_POC_DB9M 0x08 /* DB-9 pin male */ #define SMB_POC_DB9F 0x09 /* DB-9 pin female */ #define SMB_POC_RJ11 0x0A /* RJ-11 */ #define SMB_POC_RJ45 0x0B /* RJ-45 */ #define SMB_POC_MINISCSI 0x0C /* 50-pin MiniSCSI */ #define SMB_POC_MINIDIN 0x0D /* Mini-DIN */ #define SMB_POC_MICRODIN 0x0E /* Micro-DIN */ #define SMB_POC_PS2 0x0F /* PS/2 */ #define SMB_POC_IR 0x10 /* Infrared */ #define SMB_POC_HPHIL 0x11 /* HP-HIL */ #define SMB_POC_USB 0x12 /* USB */ #define SMB_POC_SSA 0x13 /* SSA SCSI */ #define SMB_POC_DIN8M 0x14 /* Circular DIN-8 male */ #define SMB_POC_DIN8F 0x15 /* Circular DIN-8 female */ #define SMB_POC_OBIDE 0x16 /* on-board IDE */ #define SMB_POC_OBFLOPPY 0x17 /* on-board floppy */ #define SMB_POC_DI9 0x18 /* 9p dual inline (p10 cut) */ #define SMB_POC_DI25 0x19 /* 25p dual inline (p26 cut) */ #define SMB_POC_DI50 0x1A /* 50p dual inline */ #define SMB_POC_DI68 0x1B /* 68p dual inline */ #define SMB_POC_CDROM 0x1C /* on-board sound from CDROM */ #define SMB_POC_MINI14 0x1D /* Mini-Centronics Type 14 */ #define SMB_POC_MINI26 0x1E /* Mini-Centronics Type 26 */ #define SMB_POC_MINIJACK 0x1F /* Mini-jack (headphones) */ #define SMB_POC_BNC 0x20 /* BNC */ #define SMB_POC_1394 0x21 /* 1394 */ #define SMB_POC_SATA 0x22 /* SAS/SATA plug receptacle */ #define SMB_POC_USB_C 0x23 /* USB Type-C receptacle */ #define SMB_POC_PC98 0xA0 /* PC-98 */ #define SMB_POC_PC98HR 0xA1 /* PC-98Hireso */ #define SMB_POC_PCH98 0xA2 /* PC-H98 */ #define SMB_POC_PC98NOTE 0xA3 /* PC-98Note */ #define SMB_POC_PC98FULL 0xA4 /* PC-98Full */ #define SMB_POC_OTHER 0xFF /* other */ #define SMB_POT_NONE 0x00 /* none */ #define SMB_POT_PP_XTAT 0x01 /* Parallel Port XT/AT compat */ #define SMB_POT_PP_PS2 0x02 /* Parallel Port PS/2 */ #define SMB_POT_PP_ECP 0x03 /* Parallel Port ECP */ #define SMB_POT_PP_EPP 0x04 /* Parallel Port EPP */ #define SMB_POT_PP_ECPEPP 0x05 /* Parallel Port ECP/EPP */ #define SMB_POT_SP_XTAT 0x06 /* Serial Port XT/AT compat */ #define SMB_POT_SP_16450 0x07 /* Serial Port 16450 compat */ #define SMB_POT_SP_16550 0x08 /* Serial Port 16550 compat */ #define SMB_POT_SP_16550A 0x09 /* Serial Port 16550A compat */ #define SMB_POT_SCSI 0x0A /* SCSI port */ #define SMB_POT_MIDI 0x0B /* MIDI port */ #define SMB_POT_JOYSTICK 0x0C /* Joystick port */ #define SMB_POT_KEYBOARD 0x0D /* Keyboard port */ #define SMB_POT_MOUSE 0x0E /* Mouse port */ #define SMB_POT_SSA 0x0F /* SSA SCSI */ #define SMB_POT_USB 0x10 /* USB */ #define SMB_POT_FIREWIRE 0x11 /* FireWrite (IEEE P1394) */ #define SMB_POT_PCMII 0x12 /* PCMCIA Type II */ #define SMB_POT_PCMIIa 0x13 /* PCMCIA Type II (alternate) */ #define SMB_POT_PCMIII 0x14 /* PCMCIA Type III */ #define SMB_POT_CARDBUS 0x15 /* Cardbus */ #define SMB_POT_ACCESS 0x16 /* Access Bus Port */ #define SMB_POT_SCSI2 0x17 /* SCSI II */ #define SMB_POT_SCSIW 0x18 /* SCSI Wide */ #define SMB_POT_PC98 0x19 /* PC-98 */ #define SMB_POT_PC98HR 0x1A /* PC-98Hireso */ #define SMB_POT_PCH98 0x1B /* PC-H98 */ #define SMB_POT_VIDEO 0x1C /* Video port */ #define SMB_POT_AUDIO 0x1D /* Audio port */ #define SMB_POT_MODEM 0x1E /* Modem port */ #define SMB_POT_NETWORK 0x1F /* Network port */ #define SMB_POT_SATA 0x20 /* SATA */ #define SMB_POT_SAS 0x21 /* SAS */ #define SMB_POT_MFDP 0x22 /* MFDP (Multi-Function Display Port) */ #define SMB_POT_THUNDERBOLT 0x23 /* Thunderbolt */ #define SMB_POT_8251 0xA0 /* 8251 compatible */ #define SMB_POT_8251F 0xA1 /* 8251 FIFO compatible */ #define SMB_POT_OTHER 0xFF /* other */ /* * SMBIOS Slot Information. See DSP0134 Section 7.10 for more information. * See DSP0134 7.10.5 for how to interpret the value of smbl_id. */ typedef struct smbios_slot { const char *smbl_name; /* reference designation */ uint8_t smbl_type; /* slot type */ uint8_t smbl_width; /* slot data bus width */ uint8_t smbl_usage; /* current usage */ uint8_t smbl_length; /* slot length */ uint16_t smbl_id; /* slot ID */ uint8_t smbl_ch1; /* slot characteristics 1 */ uint8_t smbl_ch2; /* slot characteristics 2 */ uint16_t smbl_sg; /* segment group number */ uint8_t smbl_bus; /* bus number */ uint8_t smbl_df; /* device/function number */ uint8_t smbl_dbw; /* data bus width */ uint8_t smbl_npeers; /* PCIe bifurcation peers */ } smbios_slot_t; #define SMB_SLT_OTHER 0x01 /* other */ #define SMB_SLT_UNKNOWN 0x02 /* unknown */ #define SMB_SLT_ISA 0x03 /* ISA */ #define SMB_SLT_MCA 0x04 /* MCA */ #define SMB_SLT_EISA 0x05 /* EISA */ #define SMB_SLT_PCI 0x06 /* PCI */ #define SMB_SLT_PCMCIA 0x07 /* PCMCIA */ #define SMB_SLT_VLVESA 0x08 /* VL-VESA */ #define SMB_SLT_PROPRIETARY 0x09 /* proprietary */ #define SMB_SLT_PROC 0x0A /* processor card slot */ #define SMB_SLT_MEM 0x0B /* proprietary memory card slot */ #define SMB_SLT_IOR 0x0C /* I/O riser card slot */ #define SMB_SLT_NUBUS 0x0D /* NuBus */ #define SMB_SLT_PCI66 0x0E /* PCI (66MHz capable) */ #define SMB_SLT_AGP 0x0F /* AGP */ #define SMB_SLT_AGP2X 0x10 /* AGP 2X */ #define SMB_SLT_AGP4X 0x11 /* AGP 4X */ #define SMB_SLT_PCIX 0x12 /* PCI-X */ #define SMB_SLT_AGP8X 0x13 /* AGP 8X */ #define SMB_SLT_M2_1DP 0x14 /* M.2 Socket 1-DP (Mechanical Key A) */ #define SMB_SLT_M2_1SD 0x15 /* M.2 Socket 1-SD (Mechanical Key E) */ #define SMB_SLT_M2_2 0x16 /* M.2 Socket 2 (Mechanical Key B) */ #define SMB_SLT_M2_3 0x17 /* M.2 Socket 3 (Mechanical Key M) */ #define SMB_SLT_MXM_I 0x18 /* MXM Type I */ #define SMB_SLT_MXM_II 0x19 /* MXM Type II */ #define SMB_SLT_MXM_III 0x1A /* MXM Type III (standard connector) */ #define SMB_SLT_MXM_III_HE 0x1B /* MXM Type III (HE connector) */ #define SMB_SLT_MXM_V 0x1C /* MXM Type IV */ #define SMB_SLT_MXM3_A 0x1D /* MXM 3.0 Type A */ #define SMB_SLT_MXM3_B 0x1E /* MXM 3.0 Type B */ #define SMB_SLT_PCIEG2_SFF 0x1F /* PCI Express Gen 2 SFF-8639 */ #define SMB_SLT_PCIEG3_SFF 0x20 /* PCI Express Gen 3 SFF-8639 */ /* * These lines must be on one line for the string generating code. */ /* BEGIN CSTYLED */ #define SMB_SLT_PCIE_M52_WBSKO 0x21 /* PCI Express Mini 52-pin with bottom-side keep-outs */ #define SMB_SLT_PCIE_M52_WOBSKO 0x22 /* PCI Express Mini 52-pin without bottom-side keep-outs */ /* END CSTYLED */ #define SMB_SLT_PCIE_M76 0x23 /* PCI Express Mini 72-pin */ #define SMB_SLT_PC98_C20 0xA0 /* PC-98/C20 */ #define SMB_SLT_PC98_C24 0xA1 /* PC-98/C24 */ #define SMB_SLT_PC98_E 0xA2 /* PC-98/E */ #define SMB_SLT_PC98_LB 0xA3 /* PC-98/Local Bus */ #define SMB_SLT_PC98_C 0xA4 /* PC-98/Card */ #define SMB_SLT_PCIE 0xA5 /* PCI Express */ #define SMB_SLT_PCIE1 0xA6 /* PCI Express x1 */ #define SMB_SLT_PCIE2 0xA7 /* PCI Express x2 */ #define SMB_SLT_PCIE4 0xA8 /* PCI Express x4 */ #define SMB_SLT_PCIE8 0xA9 /* PCI Express x8 */ #define SMB_SLT_PCIE16 0xAA /* PCI Express x16 */ #define SMB_SLT_PCIE2G 0xAB /* PCI Exp. Gen 2 */ #define SMB_SLT_PCIE2G1 0xAC /* PCI Exp. Gen 2 x1 */ #define SMB_SLT_PCIE2G2 0xAD /* PCI Exp. Gen 2 x2 */ #define SMB_SLT_PCIE2G4 0xAE /* PCI Exp. Gen 2 x4 */ #define SMB_SLT_PCIE2G8 0xAF /* PCI Exp. Gen 2 x8 */ #define SMB_SLT_PCIE2G16 0xB0 /* PCI Exp. Gen 2 x16 */ #define SMB_SLT_PCIE3G 0xB1 /* PCI Exp. Gen 3 */ #define SMB_SLT_PCIE3G1 0xB2 /* PCI Exp. Gen 3 x1 */ #define SMB_SLT_PCIE3G2 0xB3 /* PCI Exp. Gen 3 x2 */ #define SMB_SLT_PCIE3G4 0xB4 /* PCI Exp. Gen 3 x4 */ #define SMB_SLT_PCIE3G8 0xB5 /* PCI Exp. Gen 3 x8 */ #define SMB_SLT_PCIE3G16 0xB6 /* PCI Exp. Gen 3 x16 */ #define SMB_SLW_OTHER 0x01 /* other */ #define SMB_SLW_UNKNOWN 0x02 /* unknown */ #define SMB_SLW_8 0x03 /* 8 bit */ #define SMB_SLW_16 0x04 /* 16 bit */ #define SMB_SLW_32 0x05 /* 32 bit */ #define SMB_SLW_64 0x06 /* 64 bit */ #define SMB_SLW_128 0x07 /* 128 bit */ #define SMB_SLW_1X 0x08 /* 1x or x1 */ #define SMB_SLW_2X 0x09 /* 2x or x2 */ #define SMB_SLW_4X 0x0A /* 4x or x4 */ #define SMB_SLW_8X 0x0B /* 8x or x8 */ #define SMB_SLW_12X 0x0C /* 12x or x12 */ #define SMB_SLW_16X 0x0D /* 16x or x16 */ #define SMB_SLW_32X 0x0E /* 32x or x32 */ #define SMB_SLU_OTHER 0x01 /* other */ #define SMB_SLU_UNKNOWN 0x02 /* unknown */ #define SMB_SLU_AVAIL 0x03 /* available */ #define SMB_SLU_INUSE 0x04 /* in use */ #define SMB_SLL_OTHER 0x01 /* other */ #define SMB_SLL_UNKNOWN 0x02 /* unknown */ #define SMB_SLL_SHORT 0x03 /* short length */ #define SMB_SLL_LONG 0x04 /* long length */ #define SMB_SLCH1_UNKNOWN 0x01 /* characteristics unknown */ #define SMB_SLCH1_5V 0x02 /* provides 5.0V */ #define SMB_SLCH1_33V 0x04 /* provides 3.3V */ #define SMB_SLCH1_SHARED 0x08 /* opening shared with other slot */ #define SMB_SLCH1_PC16 0x10 /* slot supports PC Card-16 */ #define SMB_SLCH1_PCCB 0x20 /* slot supports CardBus */ #define SMB_SLCH1_PCZV 0x40 /* slot supports Zoom Video */ #define SMB_SLCH1_PCMRR 0x80 /* slot supports Modem Ring Resume */ #define SMB_SLCH2_PME 0x01 /* slot supports PME# signal */ #define SMB_SLCH2_HOTPLUG 0x02 /* slot supports hot-plug devices */ #define SMB_SLCH2_SMBUS 0x04 /* slot supports SMBus signal */ #define SMB_SLCH2_BIFUR 0x08 /* slot supports PCIe bifurcation */ /* * SMBIOS 7.10.9 Slot Peer Devices * * This structure represents an optional peer device that may be part of an * SMBIOS 3.2 slot. */ typedef struct smbios_slot_peer { uint16_t smblp_group; /* peer segment group number */ uint8_t smblp_bus; /* peer bus number */ uint8_t smblp_device; /* peer device number */ uint8_t smblp_function; /* peer function number */ uint8_t smblp_data_width; /* peer data bus width */ } smbios_slot_peer_t; /* * SMBIOS On-Board Device Information. See DSP0134 Section 7.11 for more * information. Any number of on-board device sections may be present, each * containing one or more records. The smbios_info_obdevs() function permits * the caller to retrieve one or more of the records from a given section. */ typedef struct smbios_obdev { const char *smbd_name; /* description string for this device */ uint8_t smbd_type; /* type code (SMB_OBT_*) */ uint8_t smbd_enabled; /* boolean (device is enabled) */ } smbios_obdev_t; #define SMB_OBT_OTHER 0x01 /* other */ #define SMB_OBT_UNKNOWN 0x02 /* unknown */ #define SMB_OBT_VIDEO 0x03 /* video */ #define SMB_OBT_SCSI 0x04 /* scsi */ #define SMB_OBT_ETHERNET 0x05 /* ethernet */ #define SMB_OBT_TOKEN 0x06 /* token ring */ #define SMB_OBT_SOUND 0x07 /* sound */ #define SMB_OBT_PATA 0x08 /* pata */ #define SMB_OBT_SATA 0x09 /* sata */ #define SMB_OBT_SAS 0x0A /* sas */ /* * SMBIOS BIOS Language Information. See DSP0134 Section 7.14 for more * information. The smbios_info_strtab() function can be applied using a * count of smbla_num to retrieve the other possible language settings. */ typedef struct smbios_lang { const char *smbla_cur; /* current language setting */ uint_t smbla_fmt; /* language name format (see below) */ uint_t smbla_num; /* number of installed languages */ } smbios_lang_t; #define SMB_LFMT_LONG 0 /* ||Encoding Method */ #define SMB_LFMT_SHORT 1 /* */ /* * SMBIOS System Event Log Information. See DSP0134 Section 7.16 for more * information. Accessing the event log itself requires additional interfaces. */ typedef struct smbios_evtype { uint8_t smbevt_ltype; /* log type */ uint8_t smbevt_dtype; /* variable data format type */ } smbios_evtype_t; typedef struct smbios_evlog { size_t smbev_size; /* size in bytes of log area */ size_t smbev_hdr; /* offset or index of header */ size_t smbev_data; /* offset or index of data */ uint8_t smbev_method; /* data access method (see below) */ uint8_t smbev_flags; /* flags (see below) */ uint8_t smbev_format; /* log header format (see below) */ uint8_t smbev_pad; /* padding */ uint32_t smbev_token; /* data update change token */ union { struct { uint16_t evi_iaddr; /* index address */ uint16_t evi_daddr; /* data address */ } eva_io; /* i/o address for SMB_EVM_XxY */ uint32_t eva_addr; /* address for SMB_EVM_MEM32 */ uint16_t eva_gpnv; /* handle for SMB_EVM_GPNV */ } smbev_addr; uint32_t smbev_typec; /* number of type descriptors */ const smbios_evtype_t *smbev_typev; /* type descriptor array */ } smbios_evlog_t; #define SMB_EVM_1x1i_1x1d 0 /* I/O: 1 1b idx port, 1 1b data port */ #define SMB_EVM_2x1i_1x1d 1 /* I/O: 2 1b idx port, 1 1b data port */ #define SMB_EVM_1x2i_1x1d 2 /* I/O: 1 2b idx port, 1 1b data port */ #define SMB_EVM_MEM32 3 /* Memory-Mapped 32-bit Physical Addr */ #define SMB_EVM_GPNV 4 /* GP Non-Volatile API Access */ #define SMB_EVFL_VALID 0x1 /* log area valid */ #define SMB_EVFL_FULL 0x2 /* log area full */ #define SMB_EVHF_NONE 0 /* no log headers used */ #define SMB_EVHF_F1 1 /* DMTF log header type 1 */ /* * SMBIOS Physical Memory Array Information. See DSP0134 Section 7.17 for * more information. This describes a collection of physical memory devices. */ typedef struct smbios_memarray { uint8_t smbma_location; /* physical device location */ uint8_t smbma_use; /* physical device functional purpose */ uint8_t smbma_ecc; /* error detect/correct mechanism */ uint8_t smbma_pad0; /* padding */ uint32_t smbma_pad1; /* padding */ uint32_t smbma_ndevs; /* number of slots or sockets */ id_t smbma_err; /* handle of error (if any) */ uint64_t smbma_size; /* maximum capacity in bytes */ } smbios_memarray_t; #define SMB_MAL_OTHER 0x01 /* other */ #define SMB_MAL_UNKNOWN 0x02 /* unknown */ #define SMB_MAL_SYSMB 0x03 /* system board or motherboard */ #define SMB_MAL_ISA 0x04 /* ISA add-on card */ #define SMB_MAL_EISA 0x05 /* EISA add-on card */ #define SMB_MAL_PCI 0x06 /* PCI add-on card */ #define SMB_MAL_MCA 0x07 /* MCA add-on card */ #define SMB_MAL_PCMCIA 0x08 /* PCMCIA add-on card */ #define SMB_MAL_PROP 0x09 /* proprietary add-on card */ #define SMB_MAL_NUBUS 0x0A /* NuBus */ #define SMB_MAL_PC98C20 0xA0 /* PC-98/C20 add-on card */ #define SMB_MAL_PC98C24 0xA1 /* PC-98/C24 add-on card */ #define SMB_MAL_PC98E 0xA2 /* PC-98/E add-on card */ #define SMB_MAL_PC98LB 0xA3 /* PC-98/Local bus add-on card */ #define SMB_MAU_OTHER 0x01 /* other */ #define SMB_MAU_UNKNOWN 0x02 /* unknown */ #define SMB_MAU_SYSTEM 0x03 /* system memory */ #define SMB_MAU_VIDEO 0x04 /* video memory */ #define SMB_MAU_FLASH 0x05 /* flash memory */ #define SMB_MAU_NVRAM 0x06 /* non-volatile RAM */ #define SMB_MAU_CACHE 0x07 /* cache memory */ #define SMB_MAE_OTHER 0x01 /* other */ #define SMB_MAE_UNKNOWN 0x02 /* unknown */ #define SMB_MAE_NONE 0x03 /* none */ #define SMB_MAE_PARITY 0x04 /* parity */ #define SMB_MAE_SECC 0x05 /* single-bit ECC */ #define SMB_MAE_MECC 0x06 /* multi-bit ECC */ #define SMB_MAE_CRC 0x07 /* CRC */ /* * SMBIOS Memory Device Information. See DSP0134 Section 7.18 for more * information. One or more of these structures are associated with each * smbios_memarray_t. A structure is present even for unpopulated sockets. * Unknown values are set to -1. A smbmd_size of 0 indicates unpopulated. * WARNING: Some BIOSes appear to export the *maximum* size of the device * that can appear in the corresponding socket as opposed to the current one. */ typedef struct smbios_memdevice { id_t smbmd_array; /* handle of physical memory array */ id_t smbmd_error; /* handle of memory error data */ uint32_t smbmd_twidth; /* total width in bits including ecc */ uint32_t smbmd_dwidth; /* data width in bits */ uint64_t smbmd_size; /* size in bytes (see note above) */ uint8_t smbmd_form; /* form factor */ uint8_t smbmd_set; /* set (0x00=none, 0xFF=unknown) */ uint8_t smbmd_type; /* memory type */ uint8_t smbmd_pad; /* padding */ uint32_t smbmd_flags; /* flags (see below) */ uint32_t smbmd_speed; /* speed in MT/s */ const char *smbmd_dloc; /* physical device locator string */ const char *smbmd_bloc; /* physical bank locator string */ uint8_t smbmd_rank; /* rank */ uint16_t smbmd_clkspeed; /* configured clock speed */ uint16_t smbmd_minvolt; /* minimum voltage */ uint16_t smbmd_maxvolt; /* maximum voltage */ uint16_t smbmd_confvolt; /* configured voltage */ uint8_t smbmd_memtech; /* memory technology */ uint32_t smbmd_opcap_flags; /* operating mode capability */ const char *smbmd_firmware_rev; /* firmware rev */ uint16_t smbmd_modmfg_id; /* JEDEC module mfg id */ uint16_t smbmd_modprod_id; /* JEDEC module product id */ uint16_t smbmd_cntrlmfg_id; /* JEDEC controller mfg id */ uint16_t smbmd_cntrlprod_id; /* JEDEC controller prod id */ uint64_t smbmd_nvsize; /* non-volatile size in bytes */ uint64_t smbmd_volatile_size; /* volatile size in bytes */ uint64_t smbmd_cache_size; /* cache size in bytes */ uint64_t smbmd_logical_size; /* logical size in bytes */ } smbios_memdevice_t; #define SMB_MDFF_OTHER 0x01 /* other */ #define SMB_MDFF_UNKNOWN 0x02 /* unknown */ #define SMB_MDFF_SIMM 0x03 /* SIMM */ #define SMB_MDFF_SIP 0x04 /* SIP */ #define SMB_MDFF_CHIP 0x05 /* chip */ #define SMB_MDFF_DIP 0x06 /* DIP */ #define SMB_MDFF_ZIP 0x07 /* ZIP */ #define SMB_MDFF_PROP 0x08 /* proprietary card */ #define SMB_MDFF_DIMM 0x09 /* DIMM */ #define SMB_MDFF_TSOP 0x0A /* TSOP */ #define SMB_MDFF_CHIPROW 0x0B /* row of chips */ #define SMB_MDFF_RIMM 0x0C /* RIMM */ #define SMB_MDFF_SODIMM 0x0D /* SODIMM */ #define SMB_MDFF_SRIMM 0x0E /* SRIMM */ #define SMB_MDFF_FBDIMM 0x0F /* FBDIMM */ #define SMB_MDT_OTHER 0x01 /* other */ #define SMB_MDT_UNKNOWN 0x02 /* unknown */ #define SMB_MDT_DRAM 0x03 /* DRAM */ #define SMB_MDT_EDRAM 0x04 /* EDRAM */ #define SMB_MDT_VRAM 0x05 /* VRAM */ #define SMB_MDT_SRAM 0x06 /* SRAM */ #define SMB_MDT_RAM 0x07 /* RAM */ #define SMB_MDT_ROM 0x08 /* ROM */ #define SMB_MDT_FLASH 0x09 /* FLASH */ #define SMB_MDT_EEPROM 0x0A /* EEPROM */ #define SMB_MDT_FEPROM 0x0B /* FEPROM */ #define SMB_MDT_EPROM 0x0C /* EPROM */ #define SMB_MDT_CDRAM 0x0D /* CDRAM */ #define SMB_MDT_3DRAM 0x0E /* 3DRAM */ #define SMB_MDT_SDRAM 0x0F /* SDRAM */ #define SMB_MDT_SGRAM 0x10 /* SGRAM */ #define SMB_MDT_RDRAM 0x11 /* RDRAM */ #define SMB_MDT_DDR 0x12 /* DDR */ #define SMB_MDT_DDR2 0x13 /* DDR2 */ #define SMB_MDT_DDR2FBDIMM 0x14 /* DDR2 FBDIMM */ #define SMB_MDT_DDR3 0x18 /* DDR3 */ #define SMB_MDT_FBD2 0x19 /* FBD2 */ #define SMB_MDT_DDR4 0x1A /* DDR4 */ #define SMB_MDT_LPDDR 0x1B /* LPDDR */ #define SMB_MDT_LPDDR2 0x1C /* LPDDR2 */ #define SMB_MDT_LPDDR3 0x1D /* LPDDR3 */ #define SMB_MDT_LPDDR4 0x1E /* LPDDR4 */ #define SMB_MDT_LOGNV 0x1F /* Logical non-volatile device */ #define SMB_MDF_OTHER 0x0002 /* other */ #define SMB_MDF_UNKNOWN 0x0004 /* unknown */ #define SMB_MDF_FASTPG 0x0008 /* fast-paged */ #define SMB_MDF_STATIC 0x0010 /* static column */ #define SMB_MDF_PSTATIC 0x0020 /* pseudo-static */ #define SMB_MDF_RAMBUS 0x0040 /* RAMBUS */ #define SMB_MDF_SYNC 0x0080 /* synchronous */ #define SMB_MDF_CMOS 0x0100 /* CMOS */ #define SMB_MDF_EDO 0x0200 /* EDO */ #define SMB_MDF_WDRAM 0x0400 /* Window DRAM */ #define SMB_MDF_CDRAM 0x0800 /* Cache DRAM */ #define SMB_MDF_NV 0x1000 /* non-volatile */ #define SMB_MDF_REG 0x2000 /* Registered (Buffered) */ #define SMB_MDF_UNREG 0x4000 /* Unregistered (Unbuffered) */ #define SMB_MDF_LRDIMM 0x8000 /* LRDIMM */ #define SMB_MDR_SINGLE 0x01 /* single */ #define SMB_MDR_DUAL 0x02 /* dual */ #define SMB_MDR_QUAD 0x04 /* quad */ #define SMB_MDR_OCTAL 0x08 /* octal */ #define SMB_MTECH_OTHER 0x01 /* other */ #define SMB_MTECH_UNKNOWN 0x02 /* unknown */ #define SMB_MTECH_DRAM 0x03 /* DRAM */ #define SMB_MTECH_NVDIMM_N 0x04 /* NVDIMM-N */ #define SMB_MTECH_NVDIMM_F 0x05 /* NVDIMM-F */ #define SMB_MTECH_NVDIMM_P 0x06 /* NVDIMM-P */ #define SMB_MTECH_INTCPM 0x07 /* Intel persistent memory */ #define SMB_MOMC_OTHER 0x01 /* other */ #define SMB_MOMC_UNKNOWN 0x02 /* unknown */ #define SMB_MOMC_VOLATILE 0x04 /* Volatile memory */ #define SMB_MOMC_BYTE_PM 0x08 /* Byte-accessible persistent memory */ #define SMB_MOMC_BLOCK_PM 0x10 /* Block-accessible persistent memory */ /* * SMBIOS Memory Array Mapped Address. See DSP0134 Section 7.20 for more * information. We convert start/end addresses into addr/size for convenience. */ typedef struct smbios_memarrmap { id_t smbmam_array; /* physical memory array handle */ uint32_t smbmam_width; /* number of devices that form a row */ uint64_t smbmam_addr; /* physical address of mapping */ uint64_t smbmam_size; /* size in bytes of address range */ } smbios_memarrmap_t; /* * SMBIOS Memory Device Mapped Address. See DSP0134 Section 7.21 for more * information. We convert start/end addresses into addr/size for convenience. */ typedef struct smbios_memdevmap { id_t smbmdm_device; /* memory device handle */ id_t smbmdm_arrmap; /* memory array mapped address handle */ uint64_t smbmdm_addr; /* physical address of mapping */ uint64_t smbmdm_size; /* size in bytes of address range */ uint8_t smbmdm_rpos; /* partition row position */ uint8_t smbmdm_ipos; /* interleave position */ uint8_t smbmdm_idepth; /* interleave data depth */ } smbios_memdevmap_t; /* * SMBIOS Hardware Security Settings. See DSP0134 Section 7.25 for more * information. Only one such record will be present in the SMBIOS. */ typedef struct smbios_hwsec { uint8_t smbh_pwr_ps; /* power-on password status */ uint8_t smbh_kbd_ps; /* keyboard password status */ uint8_t smbh_adm_ps; /* administrator password status */ uint8_t smbh_pan_ps; /* front panel reset status */ } smbios_hwsec_t; #define SMB_HWSEC_PS_DISABLED 0x00 /* password disabled */ #define SMB_HWSEC_PS_ENABLED 0x01 /* password enabled */ #define SMB_HWSEC_PS_NOTIMPL 0x02 /* password not implemented */ #define SMB_HWSEC_PS_UNKNOWN 0x03 /* password status unknown */ /* * This value is used to represent a probe that has an unknown value. */ #define SMB_PROBE_UNKNOWN_VALUE 0x8000 /* * SMBIOS Voltage Probe. See DSP0134 Section 7.27 for more information. * Please see the specification for the units of each value. */ typedef struct smbios_vprobe { const char *smbvp_description; /* description information */ uint8_t smbvp_location; /* probe location */ uint8_t smbvp_status; /* probe status */ uint16_t smbvp_maxval; /* maximum voltage */ uint16_t smbvp_minval; /* minimum voltage */ uint16_t smbvp_resolution; /* probe resolution */ uint16_t smbvp_tolerance; /* probe tolerance */ uint16_t smbvp_accuracy; /* probe accuracy */ uint32_t smbvp_oem; /* vendor-specific data */ uint16_t smbvp_nominal; /* nominal value */ } smbios_vprobe_t; #define SMB_VPROBE_S_OTHER 0x01 /* other */ #define SMB_VPROBE_S_UNKNOWN 0x02 /* unknown */ #define SMB_VPROBE_S_OK 0x03 /* OK */ #define SMB_VPROBE_S_NONCRIT 0x04 /* non-critical */ #define SMB_VPROBE_S_CRIT 0x05 /* critical */ #define SMB_VPROBE_S_NONRECOV 0x06 /* non-recoverable */ #define SMB_VPROBE_L_OTHER 0x01 /* other */ #define SMB_VPROBE_L_UNKNOWN 0x02 /* unknown */ #define SMB_VPROBE_L_PROC 0x03 /* processor */ #define SMB_VPROBE_L_DISK 0x04 /* disk */ #define SMB_VPROBE_L_PBAY 0x05 /* peripheral bay */ #define SMB_VPROBE_L_MGMT 0x06 /* system management module */ #define SMB_VPROBE_L_MOBO 0x07 /* motherboard */ #define SMB_VPROBE_L_MEMMOD 0x08 /* memory module */ #define SMB_VPROBE_L_PROCMOD 0x09 /* processor module */ #define SMB_VPROBE_L_POWER 0x0a /* power unit */ #define SMB_VPROBE_L_AIC 0x0b /* add-in card */ /* * SMBIOS Cooling Device. See DSP0134 Section 7.28 for more information. * Please see the specification for the units of each value. */ typedef struct smbios_cooldev { id_t smbcd_tprobe; /* temperature probe handle */ uint8_t smbcd_type; /* cooling device type */ uint8_t smbcd_status; /* status */ uint8_t smbcd_group; /* group ID */ uint32_t smbcd_oem; /* vendor-specific data */ uint16_t smbcd_nominal; /* nominal speed */ const char *smbcd_descr; /* device description */ } smbios_cooldev_t; #define SMB_COOLDEV_S_OTHER 0x01 /* other */ #define SMB_COOLDEV_S_UNKNOWN 0x02 /* unknown */ #define SMB_COOLDEV_S_OK 0x03 /* OK */ #define SMB_COOLDEV_S_NONCRIT 0x04 /* non-critical */ #define SMB_COOLDEV_S_CRIT 0x05 /* critical */ #define SMB_COOLDEV_S_NONRECOV 0x06 /* non-recoverable */ #define SMB_COOLDEV_T_OTHER 0x01 /* other */ #define SMB_COOLDEV_T_UNKNOWN 0x02 /* unknown */ #define SMB_COOLDEV_T_FAN 0x03 /* fan */ #define SMB_COOLDEV_T_BLOWER 0x04 /* centrifugal blower */ #define SMB_COOLDEV_T_CHIPFAN 0x05 /* chip fan */ #define SMB_COOLDEV_T_CABFAN 0x06 /* cabinet fan */ #define SMB_COOLDEV_T_PSFAN 0x07 /* power supply fan */ #define SMB_COOLDEV_T_HEATPIPE 0x08 /* head pipe */ #define SMB_COOLDEV_T_IREFRIG 0x09 /* integrated refrigeration */ #define SMB_COOLDEV_T_ACTCOOL 0x10 /* active cooling */ #define SMB_COOLDEV_T_PASSCOOL 0x11 /* passive cooling */ /* * SMBIOS Temperature Probe. See DSP0134 Section 7.29 for more information. * Please see the specification for the units of each value. */ typedef struct smbios_tprobe { const char *smbtp_description; /* description information */ uint8_t smbtp_location; /* probe location */ uint8_t smbtp_status; /* probe status */ uint16_t smbtp_maxval; /* maximum temperature */ uint16_t smbtp_minval; /* minimum temperature */ uint16_t smbtp_resolution; /* probe resolution */ uint16_t smbtp_tolerance; /* probe tolerance */ uint16_t smbtp_accuracy; /* probe accuracy */ uint32_t smbtp_oem; /* vendor-specific data */ uint16_t smbtp_nominal; /* nominal value */ } smbios_tprobe_t; #define SMB_TPROBE_S_OTHER 0x01 /* other */ #define SMB_TPROBE_S_UNKNOWN 0x02 /* unknown */ #define SMB_TPROBE_S_OK 0x03 /* OK */ #define SMB_TPROBE_S_NONCRIT 0x04 /* non-critical */ #define SMB_TPROBE_S_CRIT 0x05 /* critical */ #define SMB_TPROBE_S_NONRECOV 0x06 /* non-recoverable */ #define SMB_TPROBE_L_OTHER 0x01 /* other */ #define SMB_TPROBE_L_UNKNOWN 0x02 /* unknown */ #define SMB_TPROBE_L_PROC 0x03 /* processor */ #define SMB_TPROBE_L_DISK 0x04 /* disk */ #define SMB_TPROBE_L_PBAY 0x05 /* peripheral bay */ #define SMB_TPROBE_L_MGMT 0x06 /* system management module */ #define SMB_TPROBE_L_MOBO 0x07 /* motherboard */ #define SMB_TPROBE_L_MEMMOD 0x08 /* memory module */ #define SMB_TPROBE_L_PROCMOD 0x09 /* processor module */ #define SMB_TPROBE_L_POWER 0x0a /* power unit */ #define SMB_TPROBE_L_AIC 0x0b /* add-in card */ #define SMB_TPROBE_L_FPBOARD 0x0c /* front panel board */ #define SMB_TPROBE_L_BPBOARD 0x0d /* rear panel board */ #define SMB_TPROBE_L_PSBOARD 0x0e /* power system board */ #define SMB_TPROBE_L_DBPANE 0x0f /* drive back plane */ /* * SMBIOS Current Probe. See DSP0134 Section 7.30 for more information. * Please see the specification for the units of each value. */ typedef struct smbios_iprobe { const char *smbip_description; /* description information */ uint8_t smbip_location; /* probe location */ uint8_t smbip_status; /* probe status */ uint16_t smbip_maxval; /* maximum current */ uint16_t smbip_minval; /* minimum current */ uint16_t smbip_resolution; /* probe resolution */ uint16_t smbip_tolerance; /* probe tolerance */ uint16_t smbip_accuracy; /* probe accuracy */ uint32_t smbip_oem; /* vendor-specific data */ uint16_t smbip_nominal; /* nominal value */ } smbios_iprobe_t; #define SMB_IPROBE_S_OTHER 0x01 /* other */ #define SMB_IPROBE_S_UNKNOWN 0x02 /* unknown */ #define SMB_IPROBE_S_OK 0x03 /* OK */ #define SMB_IPROBE_S_NONCRIT 0x04 /* non-critical */ #define SMB_IPROBE_S_CRIT 0x05 /* critical */ #define SMB_IPROBE_S_NONRECOV 0x06 /* non-recoverable */ #define SMB_IPROBE_L_OTHER 0x01 /* other */ #define SMB_IPROBE_L_UNKNOWN 0x02 /* unknown */ #define SMB_IPROBE_L_PROC 0x03 /* processor */ #define SMB_IPROBE_L_DISK 0x04 /* disk */ #define SMB_IPROBE_L_PBAY 0x05 /* peripheral bay */ #define SMB_IPROBE_L_MGMT 0x06 /* system management module */ #define SMB_IPROBE_L_MOBO 0x07 /* motherboard */ #define SMB_IPROBE_L_MEMMOD 0x08 /* memory module */ #define SMB_IPROBE_L_PROCMOD 0x09 /* processor module */ #define SMB_IPROBE_L_POWER 0x0a /* power unit */ #define SMB_IPROBE_L_AIC 0x0b /* add-in card */ /* * SMBIOS System Boot Information. See DSP0134 Section 7.33 for more * information. The contents of the data varies by type and is undocumented * from the perspective of DSP0134 -- it seems to be left as vendor-specific. * The (D) annotation next to SMB_BOOT_* below indicates possible data payload. */ typedef struct smbios_boot { uint8_t smbt_status; /* boot status code (see below) */ const void *smbt_data; /* data buffer specific to status */ size_t smbt_size; /* size of smbt_data buffer in bytes */ } smbios_boot_t; #define SMB_BOOT_NORMAL 0 /* no errors detected */ #define SMB_BOOT_NOMEDIA 1 /* no bootable media */ #define SMB_BOOT_OSFAIL 2 /* normal o/s failed to load */ #define SMB_BOOT_FWHWFAIL 3 /* firmware-detected hardware failure */ #define SMB_BOOT_OSHWFAIL 4 /* o/s-detected hardware failure */ #define SMB_BOOT_USERREQ 5 /* user-requested boot (keystroke) */ #define SMB_BOOT_SECURITY 6 /* system security violation */ #define SMB_BOOT_PREVREQ 7 /* previously requested image (D) */ #define SMB_BOOT_WATCHDOG 8 /* watchdog initiated reboot */ #define SMB_BOOT_RESV_LO 9 /* low end of reserved range */ #define SMB_BOOT_RESV_HI 127 /* high end of reserved range */ #define SMB_BOOT_OEM_LO 128 /* low end of OEM-specific range */ #define SMB_BOOT_OEM_HI 191 /* high end of OEM-specific range */ #define SMB_BOOT_PROD_LO 192 /* low end of product-specific range */ #define SMB_BOOT_PROD_HI 255 /* high end of product-specific range */ /* * SMBIOS IPMI Device Information. See DSP0134 Section 7.39 and also * Appendix C1 of the IPMI specification for more information on this record. */ typedef struct smbios_ipmi { uint_t smbip_type; /* BMC interface type */ smbios_version_t smbip_vers; /* BMC's IPMI specification version */ uint32_t smbip_i2c; /* BMC I2C bus slave address */ uint32_t smbip_bus; /* bus ID of NV storage device, or -1 */ uint64_t smbip_addr; /* BMC base address */ uint32_t smbip_flags; /* flags (see below) */ uint16_t smbip_intr; /* interrupt number (or zero if none) */ uint16_t smbip_regspacing; /* i/o space register spacing (bytes) */ } smbios_ipmi_t; #define SMB_IPMI_T_UNKNOWN 0x00 /* unknown */ #define SMB_IPMI_T_KCS 0x01 /* KCS: Keyboard Controller Style */ #define SMB_IPMI_T_SMIC 0x02 /* SMIC: Server Mgmt Interface Chip */ #define SMB_IPMI_T_BT 0x03 /* BT: Block Transfer */ #define SMB_IPMI_T_SSIF 0x04 /* SSIF: SMBus System Interface */ #define SMB_IPMI_F_IOADDR 0x01 /* base address is in i/o space */ #define SMB_IPMI_F_INTRSPEC 0x02 /* intr information is specified */ #define SMB_IPMI_F_INTRHIGH 0x04 /* intr active high (else low) */ #define SMB_IPMI_F_INTREDGE 0x08 /* intr is edge triggered (else lvl) */ /* * SMBIOS System Power Supply Information. See DSP0134 7.40 for more * information. */ typedef struct smbios_powersup { uint32_t smbps_group; /* group ID */ uint64_t smbps_maxout; /* max output in milliwatts */ uint32_t smbps_flags; /* see below */ uint8_t smbps_ivrs; /* input voltage range switching type */ uint8_t smbps_status; /* PSU status */ uint8_t smbps_pstype; /* PSU type */ id_t smbps_vprobe; /* voltage probe handle */ id_t smbps_cooldev; /* cooling device handle */ id_t smbps_iprobe; /* current probe handle */ } smbios_powersup_t; /* smbpfs_flags */ #define SMB_POWERSUP_F_HOT 0x01 /* PSU is hot-replaceable */ #define SMB_POWERSUP_F_PRESENT 0x02 /* PSU is present */ #define SMB_POWERSUP_F_UNPLUG 0x04 /* PSU is unplugged from outlet */ /* Values for smbps_ivrs */ #define SMB_POWERSUP_I_OTHER 0x01 /* other */ #define SMB_POWERSUP_I_UNKNOWN 0x02 /* unknown */ #define SMB_POWERSUP_I_MANUAL 0x03 /* manual */ #define SMB_POWERSUP_I_AUTO 0x04 /* auto-switch */ #define SMB_POWERSUP_I_WIDE 0x05 /* wide range */ #define SMB_POWERSUP_I_NA 0x06 /* not applicable */ #define SMB_POWERSUP_S_OTHER 0x01 /* other */ #define SMB_POWERSUP_S_UNKNOWN 0x02 /* unknown */ #define SMB_POWERSUP_S_OK 0x03 /* OK */ #define SMB_POWERSUP_S_NONCRIT 0x04 /* non-critical */ #define SMB_POWERSUP_S_CRIT 0x05 /* critical; PSU failed */ #define SMB_POWERSUP_T_OTHER 0x01 /* other */ #define SMB_POWERSUP_T_UNKNOWN 0x02 /* unknown */ #define SMB_POWERSUP_T_LINEAR 0x03 /* linear */ #define SMB_POWERSUP_T_SWITCH 0x04 /* switching */ #define SMB_POWERSUP_T_BAT 0x05 /* battery */ #define SMB_POWERSUP_T_UPS 0x06 /* UPS */ #define SMB_POWERSUP_T_CONV 0x07 /* converter */ #define SMB_POWERSUP_T_REGL 0x08 /* regulator */ /* * SMBIOS Onboard Devices Extended Information. See DSP0134 Section 7.42 * for more information. */ typedef struct smbios_obdev_ext { const char *smboe_name; /* reference designation */ uint8_t smboe_dtype; /* device type */ uint8_t smboe_dti; /* device type instance */ uint16_t smboe_sg; /* segment group number */ uint8_t smboe_bus; /* bus number */ uint8_t smboe_df; /* device/function number */ } smbios_obdev_ext_t; /* * SMBIOS OEM-specific (Type 132) Processor Extended Information. */ typedef struct smbios_processor_ext { uint16_t smbpe_processor; /* extending processor handle */ uint8_t smbpe_fru; /* FRU indicaor */ uint8_t smbpe_n; /* number of APIC IDs */ uint16_t *smbpe_apicid; /* strand Inital APIC IDs */ } smbios_processor_ext_t; /* * SMBIOS OEM-specific (Type 136) Port Extended Information. */ typedef struct smbios_port_ext { uint16_t smbporte_chassis; /* chassis handle */ uint16_t smbporte_port; /* port connector handle */ uint8_t smbporte_dtype; /* device type */ uint16_t smbporte_devhdl; /* device handle */ uint8_t smbporte_phy; /* PHY number */ } smbios_port_ext_t; /* * SMBIOS OEM-specific (Type 138) PCI-Express RC/RP Information. */ typedef struct smbios_pciexrc { uint16_t smbpcie_bb; /* base board handle */ uint16_t smbpcie_bdf; /* Bus/Dev/Funct (PCI) */ } smbios_pciexrc_t; /* * SMBIOS OEM-specific (Type 144) Memory Array Extended Information. */ typedef struct smbios_memarray_ext { uint16_t smbmae_ma; /* memory array handle */ uint16_t smbmae_comp; /* component parent handle */ uint16_t smbmae_bdf; /* Bus/Dev/Funct (PCI) */ } smbios_memarray_ext_t; /* * SMBIOS OEM-specific (Type 145) Memory Device Extended Information. */ typedef struct smbios_memdevice_ext { uint16_t smbmdeve_md; /* memory device handle */ uint8_t smbmdeve_drch; /* DRAM channel */ uint8_t smbmdeve_ncs; /* number of chip selects */ uint8_t *smbmdeve_cs; /* array of chip select numbers */ } smbios_memdevice_ext_t; /* * SMBIOS Interfaces. An SMBIOS image can be opened by either providing a file * pathname, device pathname, file descriptor, or raw memory buffer. Once an * image is opened the functions below can be used to iterate over the various * structures and convert the underlying data representation into the simpler * data structures described earlier in this header file. The SMB_VERSION * constant specified when opening an image indicates the version of the ABI * the caller expects and the DMTF SMBIOS version the client can understand. * The library will then map older or newer data structures to that as needed. */ #define SMB_VERSION_23 0x0203 /* SMBIOS encoding for DMTF spec 2.3 */ #define SMB_VERSION_24 0x0204 /* SMBIOS encoding for DMTF spec 2.4 */ #define SMB_VERSION_25 0x0205 /* SMBIOS encoding for DMTF spec 2.5 */ #define SMB_VERSION_26 0x0206 /* SMBIOS encoding for DMTF spec 2.6 */ #define SMB_VERSION_27 0x0207 /* SMBIOS encoding for DMTF spec 2.7 */ #define SMB_VERSION_28 0x0208 /* SMBIOS encoding for DMTF spec 2.8 */ #define SMB_VERSION_30 0x0300 /* SMBIOS encoding for DMTF spec 3.0 */ #define SMB_VERSION_31 0x0301 /* SMBIOS encoding for DMTF spec 3.1 */ #define SMB_VERSION_32 0x0302 /* SMBIOS encoding for DMTF spec 3.2 */ #define SMB_VERSION SMB_VERSION_32 /* SMBIOS latest version definitions */ #define SMB_O_NOCKSUM 0x1 /* do not verify header checksums */ #define SMB_O_NOVERS 0x2 /* do not verify header versions */ #define SMB_O_ZIDS 0x4 /* strip out identification numbers */ #define SMB_O_MASK 0x7 /* mask of valid smbios_*open flags */ #define SMB_ID_NOTSUP 0xFFFE /* structure is not supported by BIOS */ #define SMB_ID_NONE 0xFFFF /* structure is a null reference */ #define SMB_ERR (-1) /* id_t value indicating error */ typedef struct smbios_hdl smbios_hdl_t; typedef struct smbios_struct { id_t smbstr_id; /* structure ID handle */ uint_t smbstr_type; /* structure type */ const void *smbstr_data; /* structure data */ size_t smbstr_size; /* structure size */ } smbios_struct_t; typedef int smbios_struct_f(smbios_hdl_t *, const smbios_struct_t *, void *); extern smbios_hdl_t *smbios_open(const char *, int, int, int *); extern smbios_hdl_t *smbios_fdopen(int, int, int, int *); extern smbios_hdl_t *smbios_bufopen(const smbios_entry_t *, const void *, size_t, int, int, int *); extern const void *smbios_buf(smbios_hdl_t *); extern size_t smbios_buflen(smbios_hdl_t *); extern void smbios_checksum(smbios_hdl_t *, smbios_entry_t *); extern int smbios_write(smbios_hdl_t *, int); extern void smbios_close(smbios_hdl_t *); extern boolean_t smbios_truncated(smbios_hdl_t *); extern int smbios_errno(smbios_hdl_t *); extern const char *smbios_errmsg(int); extern int smbios_lookup_id(smbios_hdl_t *, id_t, smbios_struct_t *); extern int smbios_lookup_type(smbios_hdl_t *, uint_t, smbios_struct_t *); extern int smbios_iter(smbios_hdl_t *, smbios_struct_f *, void *); extern smbios_entry_point_t smbios_info_smbios(smbios_hdl_t *, smbios_entry_t *); extern void smbios_info_smbios_version(smbios_hdl_t *, smbios_version_t *); extern int smbios_info_common(smbios_hdl_t *, id_t, smbios_info_t *); extern int smbios_info_contains(smbios_hdl_t *, id_t, uint_t, id_t *); extern id_t smbios_info_bios(smbios_hdl_t *, smbios_bios_t *); extern id_t smbios_info_system(smbios_hdl_t *, smbios_system_t *); extern int smbios_info_bboard(smbios_hdl_t *, id_t, smbios_bboard_t *); extern int smbios_info_chassis(smbios_hdl_t *, id_t, smbios_chassis_t *); extern int smbios_info_processor(smbios_hdl_t *, id_t, smbios_processor_t *); extern int smbios_info_extprocessor(smbios_hdl_t *, id_t, smbios_processor_ext_t *); extern int smbios_info_cache(smbios_hdl_t *, id_t, smbios_cache_t *); extern int smbios_info_port(smbios_hdl_t *, id_t, smbios_port_t *); extern int smbios_info_extport(smbios_hdl_t *, id_t, smbios_port_ext_t *); extern int smbios_info_slot(smbios_hdl_t *, id_t, smbios_slot_t *); extern int smbios_info_slot_peers(smbios_hdl_t *, id_t, uint_t *, smbios_slot_peer_t **); extern void smbios_info_slot_peers_free(smbios_hdl_t *, uint_t, smbios_slot_peer_t *); extern int smbios_info_obdevs(smbios_hdl_t *, id_t, int, smbios_obdev_t *); extern int smbios_info_obdevs_ext(smbios_hdl_t *, id_t, smbios_obdev_ext_t *); extern int smbios_info_strtab(smbios_hdl_t *, id_t, int, const char *[]); extern id_t smbios_info_lang(smbios_hdl_t *, smbios_lang_t *); extern id_t smbios_info_eventlog(smbios_hdl_t *, smbios_evlog_t *); extern int smbios_info_memarray(smbios_hdl_t *, id_t, smbios_memarray_t *); extern int smbios_info_extmemarray(smbios_hdl_t *, id_t, smbios_memarray_ext_t *); extern int smbios_info_memarrmap(smbios_hdl_t *, id_t, smbios_memarrmap_t *); extern int smbios_info_memdevice(smbios_hdl_t *, id_t, smbios_memdevice_t *); extern int smbios_info_extmemdevice(smbios_hdl_t *, id_t, smbios_memdevice_ext_t *); extern int smbios_info_memdevmap(smbios_hdl_t *, id_t, smbios_memdevmap_t *); extern id_t smbios_info_hwsec(smbios_hdl_t *, smbios_hwsec_t *); extern int smbios_info_vprobe(smbios_hdl_t *, id_t, smbios_vprobe_t *); extern int smbios_info_cooldev(smbios_hdl_t *, id_t, smbios_cooldev_t *); extern int smbios_info_tprobe(smbios_hdl_t *, id_t, smbios_tprobe_t *); extern int smbios_info_iprobe(smbios_hdl_t *, id_t, smbios_iprobe_t *); extern id_t smbios_info_boot(smbios_hdl_t *, smbios_boot_t *); extern id_t smbios_info_ipmi(smbios_hdl_t *, smbios_ipmi_t *); extern int smbios_info_powersup(smbios_hdl_t *, id_t, smbios_powersup_t *); extern int smbios_info_pciexrc(smbios_hdl_t *, id_t, smbios_pciexrc_t *); extern const char *smbios_psn(smbios_hdl_t *); extern const char *smbios_csn(smbios_hdl_t *); #ifndef _KERNEL /* * The smbios_*_desc() and smbios_*_name() interfaces can be used for utilities * such as smbios(1M) that wish to decode SMBIOS fields for humans. The _desc * functions return the comment string next to the #defines listed above, and * the _name functions return the appropriate #define identifier itself. */ extern const char *smbios_bboard_flag_desc(uint_t); extern const char *smbios_bboard_flag_name(uint_t); extern const char *smbios_bboard_type_desc(uint_t); extern const char *smbios_bios_flag_desc(uint64_t); extern const char *smbios_bios_flag_name(uint64_t); extern const char *smbios_bios_xb1_desc(uint_t); extern const char *smbios_bios_xb1_name(uint_t); extern const char *smbios_bios_xb2_desc(uint_t); extern const char *smbios_bios_xb2_name(uint_t); extern const char *smbios_boot_desc(uint_t); extern const char *smbios_cache_assoc_desc(uint_t); extern const char *smbios_cache_ctype_desc(uint_t); extern const char *smbios_cache_ctype_name(uint_t); extern const char *smbios_cache_ecc_desc(uint_t); extern const char *smbios_cache_flag_desc(uint_t); extern const char *smbios_cache_flag_name(uint_t); extern const char *smbios_cache_loc_desc(uint_t); extern const char *smbios_cache_logical_desc(uint_t); extern const char *smbios_cache_mode_desc(uint_t); extern const char *smbios_chassis_state_desc(uint_t); extern const char *smbios_chassis_type_desc(uint_t); extern const char *smbios_evlog_flag_desc(uint_t); extern const char *smbios_evlog_flag_name(uint_t); extern const char *smbios_evlog_format_desc(uint_t); extern const char *smbios_evlog_method_desc(uint_t); extern const char *smbios_vprobe_loc_desc(uint_t); extern const char *smbios_vprobe_status_desc(uint_t); extern const char *smbios_cooldev_status_desc(uint_t); extern const char *smbios_cooldev_type_desc(uint_t); extern const char *smbios_tprobe_loc_desc(uint_t); extern const char *smbios_tprobe_status_desc(uint_t); extern const char *smbios_iprobe_loc_desc(uint_t); extern const char *smbios_iprobe_status_desc(uint_t); extern const char *smbios_ipmi_flag_name(uint_t); extern const char *smbios_ipmi_flag_desc(uint_t); extern const char *smbios_ipmi_type_desc(uint_t); extern const char *smbios_powersup_flag_name(uint_t); extern const char *smbios_powersup_flag_desc(uint_t); extern const char *smbios_powersup_input_desc(uint_t); extern const char *smbios_powersup_status_desc(uint_t); extern const char *smbios_powersup_type_desc(uint_t); extern const char *smbios_hwsec_desc(uint_t); extern const char *smbios_memarray_loc_desc(uint_t); extern const char *smbios_memarray_use_desc(uint_t); extern const char *smbios_memarray_ecc_desc(uint_t); extern const char *smbios_memdevice_form_desc(uint_t); extern const char *smbios_memdevice_type_desc(uint_t); extern const char *smbios_memdevice_flag_name(uint_t); extern const char *smbios_memdevice_flag_desc(uint_t); extern const char *smbios_memdevice_rank_desc(uint_t); extern const char *smbios_memdevice_memtech_desc(uint_t); extern const char *smbios_memdevice_op_capab_name(uint_t); extern const char *smbios_memdevice_op_capab_desc(uint_t); extern const char *smbios_onboard_type_desc(uint_t); extern const char *smbios_port_conn_desc(uint_t); extern const char *smbios_port_type_desc(uint_t); extern const char *smbios_processor_family_desc(uint_t); extern const char *smbios_processor_status_desc(uint_t); extern const char *smbios_processor_type_desc(uint_t); extern const char *smbios_processor_upgrade_desc(uint_t); extern const char *smbios_processor_core_flag_name(uint_t); extern const char *smbios_processor_core_flag_desc(uint_t); extern const char *smbios_slot_type_desc(uint_t); extern const char *smbios_slot_width_desc(uint_t); extern const char *smbios_slot_usage_desc(uint_t); extern const char *smbios_slot_length_desc(uint_t); extern const char *smbios_slot_ch1_desc(uint_t); extern const char *smbios_slot_ch1_name(uint_t); extern const char *smbios_slot_ch2_desc(uint_t); extern const char *smbios_slot_ch2_name(uint_t); extern const char *smbios_type_desc(uint_t); extern const char *smbios_type_name(uint_t); extern const char *smbios_system_wakeup_desc(uint_t); #endif /* !_KERNEL */ #ifdef _KERNEL /* * For SMBIOS clients within the kernel itself, ksmbios is used to refer to * the kernel's current snapshot of the SMBIOS, if one exists, and the * ksmbios_flags tunable is the set of flags for use with smbios_open(). */ extern smbios_hdl_t *ksmbios; extern int ksmbios_flags; #endif /* _KERNEL */ #ifdef __cplusplus } #endif #endif /* _SYS_SMBIOS_H */