diff --git a/usr.sbin/bhyve/smbiostbl.c b/usr.sbin/bhyve/smbiostbl.c index d9f8a649c710..24ebf2838371 100644 --- a/usr.sbin/bhyve/smbiostbl.c +++ b/usr.sbin/bhyve/smbiostbl.c @@ -1,863 +1,912 @@ /*- * SPDX-License-Identifier: BSD-2-Clause-FreeBSD * * Copyright (c) 2014 Tycho Nightingale * All rights reserved. * * Redistribution and use in source and binary forms, with or without * modification, are permitted provided that the following conditions * are met: * 1. Redistributions of source code must retain the above copyright * notice, this list of conditions and the following disclaimer. * 2. Redistributions in binary form must reproduce the above copyright * notice, this list of conditions and the following disclaimer in the * documentation and/or other materials provided with the distribution. * * THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE * ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR OR CONTRIBUTORS BE LIABLE * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS * OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) * HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT * LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY * OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF * SUCH DAMAGE. */ #include __FBSDID("$FreeBSD$"); #include #include #include #include #include #include #include #include #include #include #include "bhyverun.h" #include "debug.h" #include "smbiostbl.h" #define MB (1024*1024) #define GB (1024ULL*1024*1024) #define SMBIOS_BASE 0xF1000 #define FIRMWARE_VERSION "13.0" /* The SMBIOS specification defines the date format to be mm/dd/yyyy */ #define FIRMWARE_RELEASE_DATE "11/10/2020" /* BHYVE_ACPI_BASE - SMBIOS_BASE) */ #define SMBIOS_MAX_LENGTH (0xF2400 - 0xF1000) #define SMBIOS_TYPE_BIOS 0 #define SMBIOS_TYPE_SYSTEM 1 +#define SMBIOS_TYPE_BOARD 2 #define SMBIOS_TYPE_CHASSIS 3 #define SMBIOS_TYPE_PROCESSOR 4 #define SMBIOS_TYPE_MEMARRAY 16 #define SMBIOS_TYPE_MEMDEVICE 17 #define SMBIOS_TYPE_MEMARRAYMAP 19 #define SMBIOS_TYPE_BOOT 32 #define SMBIOS_TYPE_EOT 127 struct smbios_structure { uint8_t type; uint8_t length; uint16_t handle; } __packed; typedef int (*initializer_func_t)(struct smbios_structure *template_entry, const char **template_strings, char *curaddr, char **endaddr, uint16_t *n, uint16_t *size); struct smbios_template_entry { struct smbios_structure *entry; const char **strings; initializer_func_t initializer; }; /* * SMBIOS Structure Table Entry Point */ #define SMBIOS_ENTRY_EANCHOR "_SM_" #define SMBIOS_ENTRY_EANCHORLEN 4 #define SMBIOS_ENTRY_IANCHOR "_DMI_" #define SMBIOS_ENTRY_IANCHORLEN 5 struct smbios_entry_point { char eanchor[4]; /* anchor tag */ uint8_t echecksum; /* checksum of entry point structure */ uint8_t eplen; /* length in bytes of entry point */ uint8_t major; /* major version of the SMBIOS spec */ uint8_t minor; /* minor version of the SMBIOS spec */ uint16_t maxssize; /* maximum size in bytes of a struct */ uint8_t revision; /* entry point structure revision */ uint8_t format[5]; /* entry point rev-specific data */ char ianchor[5]; /* intermediate anchor tag */ uint8_t ichecksum; /* intermediate checksum */ uint16_t stlen; /* len in bytes of structure table */ uint32_t staddr; /* physical addr of structure table */ uint16_t stnum; /* number of structure table entries */ uint8_t bcdrev; /* BCD value representing DMI ver */ } __packed; /* * BIOS Information */ #define SMBIOS_FL_ISA 0x00000010 /* ISA is supported */ #define SMBIOS_FL_PCI 0x00000080 /* PCI is supported */ #define SMBIOS_FL_SHADOW 0x00001000 /* BIOS shadowing is allowed */ #define SMBIOS_FL_CDBOOT 0x00008000 /* Boot from CD is supported */ #define SMBIOS_FL_SELBOOT 0x00010000 /* Selectable Boot supported */ #define SMBIOS_FL_EDD 0x00080000 /* EDD Spec is supported */ #define SMBIOS_XB1_FL_ACPI 0x00000001 /* ACPI is supported */ #define SMBIOS_XB2_FL_BBS 0x00000001 /* BIOS Boot Specification */ #define SMBIOS_XB2_FL_VM 0x00000010 /* Virtual Machine */ struct smbios_table_type0 { struct smbios_structure header; uint8_t vendor; /* vendor string */ uint8_t version; /* version string */ uint16_t segment; /* address segment location */ uint8_t rel_date; /* release date */ uint8_t size; /* rom size */ uint64_t cflags; /* characteristics */ uint8_t xc_bytes[2]; /* characteristics ext bytes */ uint8_t sb_major_rel; /* system bios version */ uint8_t sb_minor_rele; uint8_t ecfw_major_rel; /* embedded ctrl fw version */ uint8_t ecfw_minor_rel; } __packed; /* * System Information */ #define SMBIOS_WAKEUP_SWITCH 0x06 /* power switch */ struct smbios_table_type1 { struct smbios_structure header; uint8_t manufacturer; /* manufacturer string */ uint8_t product; /* product name string */ uint8_t version; /* version string */ uint8_t serial; /* serial number string */ uint8_t uuid[16]; /* uuid byte array */ uint8_t wakeup; /* wake-up event */ uint8_t sku; /* sku number string */ uint8_t family; /* family name string */ } __packed; +/* + * Baseboard (or Module) Information + */ +#define SMBIOS_BRF_HOSTING 0x1 +#define SMBIOS_BRT_MOTHERBOARD 0xa + +struct smbios_table_type2 { + struct smbios_structure header; + uint8_t manufacturer; /* manufacturer string */ + uint8_t product; /* product name string */ + uint8_t version; /* version string */ + uint8_t serial; /* serial number string */ + uint8_t asset; /* asset tag string */ + uint8_t fflags; /* feature flags */ + uint8_t location; /* location in chassis */ + uint16_t chandle; /* chassis handle */ + uint8_t type; /* board type */ + uint8_t n_objs; /* number of contained object handles */ +} __packed; + /* * System Enclosure or Chassis */ #define SMBIOS_CHT_UNKNOWN 0x02 /* unknown */ +#define SMBIOS_CHT_DESKTOP 0x03 /* desktop */ #define SMBIOS_CHST_SAFE 0x03 /* safe */ #define SMBIOS_CHSC_NONE 0x03 /* none */ struct smbios_table_type3 { struct smbios_structure header; uint8_t manufacturer; /* manufacturer string */ uint8_t type; /* type */ uint8_t version; /* version string */ uint8_t serial; /* serial number string */ uint8_t asset; /* asset tag string */ uint8_t bustate; /* boot-up state */ uint8_t psstate; /* power supply state */ uint8_t tstate; /* thermal state */ uint8_t security; /* security status */ uint8_t uheight; /* height in 'u's */ uint8_t cords; /* number of power cords */ uint8_t elems; /* number of element records */ uint8_t elemlen; /* length of records */ uint8_t sku; /* sku number string */ } __packed; /* * Processor Information */ #define SMBIOS_PRT_CENTRAL 0x03 /* central processor */ #define SMBIOS_PRF_OTHER 0x01 /* other */ #define SMBIOS_PRS_PRESENT 0x40 /* socket is populated */ #define SMBIOS_PRS_ENABLED 0x1 /* enabled */ #define SMBIOS_PRU_NONE 0x06 /* none */ #define SMBIOS_PFL_64B 0x04 /* 64-bit capable */ struct smbios_table_type4 { struct smbios_structure header; uint8_t socket; /* socket designation string */ uint8_t type; /* processor type */ uint8_t family; /* processor family */ uint8_t manufacturer; /* manufacturer string */ uint64_t cpuid; /* processor cpuid */ uint8_t version; /* version string */ uint8_t voltage; /* voltage */ uint16_t clkspeed; /* ext clock speed in mhz */ uint16_t maxspeed; /* maximum speed in mhz */ uint16_t curspeed; /* current speed in mhz */ uint8_t status; /* status */ uint8_t upgrade; /* upgrade */ uint16_t l1handle; /* l1 cache handle */ uint16_t l2handle; /* l2 cache handle */ uint16_t l3handle; /* l3 cache handle */ uint8_t serial; /* serial number string */ uint8_t asset; /* asset tag string */ uint8_t part; /* part number string */ uint8_t cores; /* cores per socket */ uint8_t ecores; /* enabled cores */ uint8_t threads; /* threads per socket */ uint16_t cflags; /* processor characteristics */ uint16_t family2; /* processor family 2 */ } __packed; /* * Physical Memory Array */ #define SMBIOS_MAL_SYSMB 0x03 /* system board or motherboard */ #define SMBIOS_MAU_SYSTEM 0x03 /* system memory */ #define SMBIOS_MAE_NONE 0x03 /* none */ struct smbios_table_type16 { struct smbios_structure header; uint8_t location; /* physical device location */ uint8_t use; /* device functional purpose */ uint8_t ecc; /* err detect/correct method */ uint32_t size; /* max mem capacity in kb */ uint16_t errhand; /* handle of error (if any) */ uint16_t ndevs; /* num of slots or sockets */ uint64_t xsize; /* max mem capacity in bytes */ } __packed; /* * Memory Device */ #define SMBIOS_MDFF_UNKNOWN 0x02 /* unknown */ #define SMBIOS_MDT_UNKNOWN 0x02 /* unknown */ #define SMBIOS_MDF_UNKNOWN 0x0004 /* unknown */ struct smbios_table_type17 { struct smbios_structure header; uint16_t arrayhand; /* handle of physl mem array */ uint16_t errhand; /* handle of mem error data */ uint16_t twidth; /* total width in bits */ uint16_t dwidth; /* data width in bits */ uint16_t size; /* size in kb or mb */ uint8_t form; /* form factor */ uint8_t set; /* set */ uint8_t dloc; /* device locator string */ uint8_t bloc; /* phys bank locator string */ uint8_t type; /* memory type */ uint16_t flags; /* memory characteristics */ uint16_t maxspeed; /* maximum speed in mhz */ uint8_t manufacturer; /* manufacturer string */ uint8_t serial; /* serial number string */ uint8_t asset; /* asset tag string */ uint8_t part; /* part number string */ uint8_t attributes; /* attributes */ uint32_t xsize; /* extended size in mb */ uint16_t curspeed; /* current speed in mhz */ uint16_t minvoltage; /* minimum voltage */ uint16_t maxvoltage; /* maximum voltage */ uint16_t curvoltage; /* configured voltage */ } __packed; /* * Memory Array Mapped Address */ struct smbios_table_type19 { struct smbios_structure header; uint32_t saddr; /* start phys addr in kb */ uint32_t eaddr; /* end phys addr in kb */ uint16_t arrayhand; /* physical mem array handle */ uint8_t width; /* num of dev in row */ uint64_t xsaddr; /* start phys addr in bytes */ uint64_t xeaddr; /* end phys addr in bytes */ } __packed; /* * System Boot Information */ #define SMBIOS_BOOT_NORMAL 0 /* no errors detected */ struct smbios_table_type32 { struct smbios_structure header; uint8_t reserved[6]; uint8_t status; /* boot status */ } __packed; /* * End-of-Table */ struct smbios_table_type127 { struct smbios_structure header; } __packed; struct smbios_table_type0 smbios_type0_template = { { SMBIOS_TYPE_BIOS, sizeof (struct smbios_table_type0), 0 }, 1, /* bios vendor string */ 2, /* bios version string */ 0xF000, /* bios address segment location */ 3, /* bios release date */ 0x0, /* bios size (64k * (n + 1) is the size in bytes) */ SMBIOS_FL_ISA | SMBIOS_FL_PCI | SMBIOS_FL_SHADOW | SMBIOS_FL_CDBOOT | SMBIOS_FL_EDD, { SMBIOS_XB1_FL_ACPI, SMBIOS_XB2_FL_BBS | SMBIOS_XB2_FL_VM }, 0x0, /* bios major release */ 0x0, /* bios minor release */ 0xff, /* embedded controller firmware major release */ 0xff /* embedded controller firmware minor release */ }; const char *smbios_type0_strings[] = { "BHYVE", /* vendor string */ FIRMWARE_VERSION, /* bios version string */ FIRMWARE_RELEASE_DATE, /* bios release date string */ NULL }; struct smbios_table_type1 smbios_type1_template = { { SMBIOS_TYPE_SYSTEM, sizeof (struct smbios_table_type1), 0 }, 1, /* manufacturer string */ 2, /* product string */ 3, /* version string */ 4, /* serial number string */ { 0 }, SMBIOS_WAKEUP_SWITCH, 5, /* sku string */ 6 /* family string */ }; static int smbios_type1_initializer(struct smbios_structure *template_entry, const char **template_strings, char *curaddr, char **endaddr, uint16_t *n, uint16_t *size); const char *smbios_type1_strings[] = { "FreeBSD", /* manufacturer string */ "BHYVE", /* product name string */ "1.0", /* version string */ "None", /* serial number string */ "None", /* sku string */ "Virtual Machine", /* family name string */ NULL }; +struct smbios_table_type2 smbios_type2_template = { + { SMBIOS_TYPE_BOARD, sizeof (struct smbios_table_type2), 0 }, + 1, /* manufacturer string */ + 2, /* product string */ + 3, /* version string */ + 4, /* serial number string */ + 5, /* asset tag string */ + SMBIOS_BRF_HOSTING, /* feature flags */ + 6, /* location string */ + SMBIOS_CHT_DESKTOP, /* chassis handle */ + SMBIOS_BRT_MOTHERBOARD, /* board type */ + 0 +}; + +const char *smbios_type2_strings[] = { + "FreeBSD", /* manufacturer string */ + "BHYVE", /* product name string */ + "1.0", /* version string */ + "None", /* serial number string */ + "None", /* asset tag string */ + "None", /* location string */ + NULL +}; + struct smbios_table_type3 smbios_type3_template = { { SMBIOS_TYPE_CHASSIS, sizeof (struct smbios_table_type3), 0 }, 1, /* manufacturer string */ SMBIOS_CHT_UNKNOWN, 2, /* version string */ 3, /* serial number string */ 4, /* asset tag string */ SMBIOS_CHST_SAFE, SMBIOS_CHST_SAFE, SMBIOS_CHST_SAFE, SMBIOS_CHSC_NONE, 0, /* height in 'u's (0=enclosure height unspecified) */ 0, /* number of power cords (0=number unspecified) */ 0, /* number of contained element records */ 0, /* length of records */ 5 /* sku number string */ }; const char *smbios_type3_strings[] = { "FreeBSD", /* manufacturer string */ "1.0", /* version string */ "None", /* serial number string */ "None", /* asset tag string */ "None", /* sku number string */ NULL }; struct smbios_table_type4 smbios_type4_template = { { SMBIOS_TYPE_PROCESSOR, sizeof (struct smbios_table_type4), 0 }, 1, /* socket designation string */ SMBIOS_PRT_CENTRAL, SMBIOS_PRF_OTHER, 2, /* manufacturer string */ 0, /* cpuid */ 3, /* version string */ 0, /* voltage */ 0, /* external clock frequency in mhz (0=unknown) */ 0, /* maximum frequency in mhz (0=unknown) */ 0, /* current frequency in mhz (0=unknown) */ SMBIOS_PRS_PRESENT | SMBIOS_PRS_ENABLED, SMBIOS_PRU_NONE, -1, /* l1 cache handle */ -1, /* l2 cache handle */ -1, /* l3 cache handle */ 4, /* serial number string */ 5, /* asset tag string */ 6, /* part number string */ 0, /* cores per socket (0=unknown) */ 0, /* enabled cores per socket (0=unknown) */ 0, /* threads per socket (0=unknown) */ SMBIOS_PFL_64B, SMBIOS_PRF_OTHER }; const char *smbios_type4_strings[] = { " ", /* socket designation string */ " ", /* manufacturer string */ " ", /* version string */ "None", /* serial number string */ "None", /* asset tag string */ "None", /* part number string */ NULL }; static int smbios_type4_initializer(struct smbios_structure *template_entry, const char **template_strings, char *curaddr, char **endaddr, uint16_t *n, uint16_t *size); struct smbios_table_type16 smbios_type16_template = { { SMBIOS_TYPE_MEMARRAY, sizeof (struct smbios_table_type16), 0 }, SMBIOS_MAL_SYSMB, SMBIOS_MAU_SYSTEM, SMBIOS_MAE_NONE, 0x80000000, /* max mem capacity in kb (0x80000000=use extended) */ -1, /* handle of error (if any) */ 0, /* number of slots or sockets (TBD) */ 0 /* extended maximum memory capacity in bytes (TBD) */ }; static int smbios_type16_initializer(struct smbios_structure *template_entry, const char **template_strings, char *curaddr, char **endaddr, uint16_t *n, uint16_t *size); struct smbios_table_type17 smbios_type17_template = { { SMBIOS_TYPE_MEMDEVICE, sizeof (struct smbios_table_type17), 0 }, -1, /* handle of physical memory array */ -1, /* handle of memory error data */ 64, /* total width in bits including ecc */ 64, /* data width in bits */ 0, /* size in kb or mb (0x7fff=use extended)*/ SMBIOS_MDFF_UNKNOWN, 0, /* set (0x00=none, 0xff=unknown) */ 1, /* device locator string */ 2, /* physical bank locator string */ SMBIOS_MDT_UNKNOWN, SMBIOS_MDF_UNKNOWN, 0, /* maximum memory speed in mhz (0=unknown) */ 3, /* manufacturer string */ 4, /* serial number string */ 5, /* asset tag string */ 6, /* part number string */ 0, /* attributes (0=unknown rank information) */ 0, /* extended size in mb (TBD) */ 0, /* current speed in mhz (0=unknown) */ 0, /* minimum voltage in mv (0=unknown) */ 0, /* maximum voltage in mv (0=unknown) */ 0 /* configured voltage in mv (0=unknown) */ }; const char *smbios_type17_strings[] = { " ", /* device locator string */ " ", /* physical bank locator string */ " ", /* manufacturer string */ "None", /* serial number string */ "None", /* asset tag string */ "None", /* part number string */ NULL }; static int smbios_type17_initializer(struct smbios_structure *template_entry, const char **template_strings, char *curaddr, char **endaddr, uint16_t *n, uint16_t *size); struct smbios_table_type19 smbios_type19_template = { { SMBIOS_TYPE_MEMARRAYMAP, sizeof (struct smbios_table_type19), 0 }, 0xffffffff, /* starting phys addr in kb (0xffffffff=use ext) */ 0xffffffff, /* ending phys addr in kb (0xffffffff=use ext) */ -1, /* physical memory array handle */ 1, /* number of devices that form a row */ 0, /* extended starting phys addr in bytes (TDB) */ 0 /* extended ending phys addr in bytes (TDB) */ }; static int smbios_type19_initializer(struct smbios_structure *template_entry, const char **template_strings, char *curaddr, char **endaddr, uint16_t *n, uint16_t *size); struct smbios_table_type32 smbios_type32_template = { { SMBIOS_TYPE_BOOT, sizeof (struct smbios_table_type32), 0 }, { 0, 0, 0, 0, 0, 0 }, SMBIOS_BOOT_NORMAL }; struct smbios_table_type127 smbios_type127_template = { { SMBIOS_TYPE_EOT, sizeof (struct smbios_table_type127), 0 } }; static int smbios_generic_initializer(struct smbios_structure *template_entry, const char **template_strings, char *curaddr, char **endaddr, uint16_t *n, uint16_t *size); static struct smbios_template_entry smbios_template[] = { { (struct smbios_structure *)&smbios_type0_template, smbios_type0_strings, smbios_generic_initializer }, { (struct smbios_structure *)&smbios_type1_template, smbios_type1_strings, smbios_type1_initializer }, + { (struct smbios_structure *)&smbios_type2_template, + smbios_type2_strings, + smbios_generic_initializer }, { (struct smbios_structure *)&smbios_type3_template, smbios_type3_strings, smbios_generic_initializer }, { (struct smbios_structure *)&smbios_type4_template, smbios_type4_strings, smbios_type4_initializer }, { (struct smbios_structure *)&smbios_type16_template, NULL, smbios_type16_initializer }, { (struct smbios_structure *)&smbios_type17_template, smbios_type17_strings, smbios_type17_initializer }, { (struct smbios_structure *)&smbios_type19_template, NULL, smbios_type19_initializer }, { (struct smbios_structure *)&smbios_type32_template, NULL, smbios_generic_initializer }, { (struct smbios_structure *)&smbios_type127_template, NULL, smbios_generic_initializer }, { NULL,NULL, NULL } }; static uint64_t guest_lomem, guest_himem; static uint16_t type16_handle; static int smbios_generic_initializer(struct smbios_structure *template_entry, const char **template_strings, char *curaddr, char **endaddr, uint16_t *n, uint16_t *size) { struct smbios_structure *entry; memcpy(curaddr, template_entry, template_entry->length); entry = (struct smbios_structure *)curaddr; entry->handle = *n + 1; curaddr += entry->length; if (template_strings != NULL) { int i; for (i = 0; template_strings[i] != NULL; i++) { const char *string; int len; string = template_strings[i]; len = strlen(string) + 1; memcpy(curaddr, string, len); curaddr += len; } *curaddr = '\0'; curaddr++; } else { /* Minimum string section is double nul */ *curaddr = '\0'; curaddr++; *curaddr = '\0'; curaddr++; } (*n)++; *endaddr = curaddr; return (0); } static int smbios_type1_initializer(struct smbios_structure *template_entry, const char **template_strings, char *curaddr, char **endaddr, uint16_t *n, uint16_t *size) { struct smbios_table_type1 *type1; smbios_generic_initializer(template_entry, template_strings, curaddr, endaddr, n, size); type1 = (struct smbios_table_type1 *)curaddr; if (guest_uuid_str != NULL) { uuid_t uuid; uint32_t status; uuid_from_string(guest_uuid_str, &uuid, &status); if (status != uuid_s_ok) return (-1); uuid_enc_le(&type1->uuid, &uuid); } else { MD5_CTX mdctx; u_char digest[16]; char hostname[MAXHOSTNAMELEN]; /* * Universally unique and yet reproducible are an * oxymoron, however reproducible is desirable in * this case. */ if (gethostname(hostname, sizeof(hostname))) return (-1); MD5Init(&mdctx); MD5Update(&mdctx, vmname, strlen(vmname)); MD5Update(&mdctx, hostname, sizeof(hostname)); MD5Final(digest, &mdctx); /* * Set the variant and version number. */ digest[6] &= 0x0F; digest[6] |= 0x30; /* version 3 */ digest[8] &= 0x3F; digest[8] |= 0x80; memcpy(&type1->uuid, digest, sizeof (digest)); } return (0); } static int smbios_type4_initializer(struct smbios_structure *template_entry, const char **template_strings, char *curaddr, char **endaddr, uint16_t *n, uint16_t *size) { int i; for (i = 0; i < sockets; i++) { struct smbios_table_type4 *type4; char *p; int nstrings, len; smbios_generic_initializer(template_entry, template_strings, curaddr, endaddr, n, size); type4 = (struct smbios_table_type4 *)curaddr; p = curaddr + sizeof (struct smbios_table_type4); nstrings = 0; while (p < *endaddr - 1) { if (*p++ == '\0') nstrings++; } len = sprintf(*endaddr - 1, "CPU #%d", i) + 1; *endaddr += len - 1; *(*endaddr) = '\0'; (*endaddr)++; type4->socket = nstrings + 1; /* Revise cores and threads after update to smbios 3.0 */ if (cores > 254) type4->cores = 0; else type4->cores = cores; /* This threads is total threads in a socket */ if ((cores * threads) > 254) type4->threads = 0; else type4->threads = (cores * threads); curaddr = *endaddr; } return (0); } static int smbios_type16_initializer(struct smbios_structure *template_entry, const char **template_strings, char *curaddr, char **endaddr, uint16_t *n, uint16_t *size) { struct smbios_table_type16 *type16; type16_handle = *n; smbios_generic_initializer(template_entry, template_strings, curaddr, endaddr, n, size); type16 = (struct smbios_table_type16 *)curaddr; type16->xsize = guest_lomem + guest_himem; type16->ndevs = guest_himem > 0 ? 2 : 1; return (0); } static int smbios_type17_initializer(struct smbios_structure *template_entry, const char **template_strings, char *curaddr, char **endaddr, uint16_t *n, uint16_t *size) { struct smbios_table_type17 *type17; uint64_t memsize, size_KB, size_MB; smbios_generic_initializer(template_entry, template_strings, curaddr, endaddr, n, size); type17 = (struct smbios_table_type17 *)curaddr; type17->arrayhand = type16_handle; memsize = guest_lomem + guest_himem; size_KB = memsize / 1024; size_MB = memsize / MB; /* A single Type 17 entry can't represent more than ~2PB RAM */ if (size_MB > 0x7FFFFFFF) { printf("Warning: guest memory too big for SMBIOS Type 17 table: " "%luMB greater than max supported 2147483647MB\n", size_MB); size_MB = 0x7FFFFFFF; } /* See SMBIOS 2.7.0 section 7.18 - Memory Device (Type 17) */ if (size_KB <= 0x7FFF) { /* Can represent up to 32767KB with the top bit set */ type17->size = size_KB | (1 << 15); } else if (size_MB < 0x7FFF) { /* Can represent up to 32766MB with the top bit unset */ type17->size = size_MB & 0x7FFF; } else { type17->size = 0x7FFF; /* * Can represent up to 2147483647MB (~2PB) * The top bit is reserved */ type17->xsize = size_MB & 0x7FFFFFFF; } return (0); } static int smbios_type19_initializer(struct smbios_structure *template_entry, const char **template_strings, char *curaddr, char **endaddr, uint16_t *n, uint16_t *size) { struct smbios_table_type19 *type19; smbios_generic_initializer(template_entry, template_strings, curaddr, endaddr, n, size); type19 = (struct smbios_table_type19 *)curaddr; type19->arrayhand = type16_handle; type19->xsaddr = 0; type19->xeaddr = guest_lomem; if (guest_himem > 0) { curaddr = *endaddr; smbios_generic_initializer(template_entry, template_strings, curaddr, endaddr, n, size); type19 = (struct smbios_table_type19 *)curaddr; type19->arrayhand = type16_handle; type19->xsaddr = 4*GB; type19->xeaddr = type19->xsaddr + guest_himem; } return (0); } static void smbios_ep_initializer(struct smbios_entry_point *smbios_ep, uint32_t staddr) { memset(smbios_ep, 0, sizeof(*smbios_ep)); memcpy(smbios_ep->eanchor, SMBIOS_ENTRY_EANCHOR, SMBIOS_ENTRY_EANCHORLEN); smbios_ep->eplen = 0x1F; assert(sizeof (struct smbios_entry_point) == smbios_ep->eplen); smbios_ep->major = 2; smbios_ep->minor = 6; smbios_ep->revision = 0; memcpy(smbios_ep->ianchor, SMBIOS_ENTRY_IANCHOR, SMBIOS_ENTRY_IANCHORLEN); smbios_ep->staddr = staddr; smbios_ep->bcdrev = (smbios_ep->major & 0xf) << 4 | (smbios_ep->minor & 0xf); } static void smbios_ep_finalizer(struct smbios_entry_point *smbios_ep, uint16_t len, uint16_t num, uint16_t maxssize) { uint8_t checksum; int i; smbios_ep->maxssize = maxssize; smbios_ep->stlen = len; smbios_ep->stnum = num; checksum = 0; for (i = 0x10; i < 0x1f; i++) { checksum -= ((uint8_t *)smbios_ep)[i]; } smbios_ep->ichecksum = checksum; checksum = 0; for (i = 0; i < 0x1f; i++) { checksum -= ((uint8_t *)smbios_ep)[i]; } smbios_ep->echecksum = checksum; } int smbios_build(struct vmctx *ctx) { struct smbios_entry_point *smbios_ep; uint16_t n; uint16_t maxssize; char *curaddr, *startaddr, *ststartaddr; int i; int err; guest_lomem = vm_get_lowmem_size(ctx); guest_himem = vm_get_highmem_size(ctx); startaddr = paddr_guest2host(ctx, SMBIOS_BASE, SMBIOS_MAX_LENGTH); if (startaddr == NULL) { EPRINTLN("smbios table requires mapped mem"); return (ENOMEM); } curaddr = startaddr; smbios_ep = (struct smbios_entry_point *)curaddr; smbios_ep_initializer(smbios_ep, SMBIOS_BASE + sizeof(struct smbios_entry_point)); curaddr += sizeof(struct smbios_entry_point); ststartaddr = curaddr; n = 0; maxssize = 0; for (i = 0; smbios_template[i].entry != NULL; i++) { struct smbios_structure *entry; const char **strings; initializer_func_t initializer; char *endaddr; uint16_t size; entry = smbios_template[i].entry; strings = smbios_template[i].strings; initializer = smbios_template[i].initializer; err = (*initializer)(entry, strings, curaddr, &endaddr, &n, &size); if (err != 0) return (err); if (size > maxssize) maxssize = size; curaddr = endaddr; } assert(curaddr - startaddr < SMBIOS_MAX_LENGTH); smbios_ep_finalizer(smbios_ep, curaddr - ststartaddr, n, maxssize); return (0); }