9584 Extend smbios enumerator module to enumerate motherboard

[unleashed.git] / usr / src / uts / common / sys / smbios.h

/*
 * 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 <sys/types.h>

#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_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_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_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_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 */
} 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 */

/*
 * 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               /* <ISO639>|<ISO3166>|Encoding Method */
#define SMB_LFMT_SHORT  1               /* <ISO930><ISO3166> */

/*
 * 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 */
} 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_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 */

/*
 * 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     SMB_VERSION_31  /* 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_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_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 */