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freebsd-skq/usr.sbin/bhyve/acpi.c
Rodney W. Grimes 77be224862 Acpi MADT table correction for VM_MAXCPU > 21 
The bhyve acpi MADT table was given a static space of 256 (0x100) bytes,
this is enough space to allow VM_MAXCPU to be 21, this patch changes that
so VM_MAXCPU can be of arbitrary value and not overflow the space by
actually calculating the space needed for the table.

PR:			212782
Reviewed by:		Patrick Mooney <patrick.mooney@joyent.com>
Approved by:		bde (mentor), jhb (maintainer)
MFC after:		3 days
Differential Revision:	https://reviews.freebsd.org/D18815
2019-04-25 22:52:44 +00:00

1000 lines
30 KiB
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/*-
* SPDX-License-Identifier: BSD-2-Clause-FreeBSD
*
* Copyright (c) 2012 NetApp, Inc.
* 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 NETAPP, INC ``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 NETAPP, INC 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.
*
* $FreeBSD$
*/
/*
* bhyve ACPI table generator.
*
* Create the minimal set of ACPI tables required to boot FreeBSD (and
* hopefully other o/s's) by writing out ASL template files for each of
* the tables and the compiling them to AML with the Intel iasl compiler.
* The AML files are then read into guest memory.
*
* The tables are placed in the guest's ROM area just below 1MB physical,
* above the MPTable.
*
* Layout (No longer correct at FADT and beyond due to properly
* calculating the size of the MADT to allow for changes to
* VM_MAXCPU above 21 which overflows this layout.)
* ------
* RSDP -> 0xf2400 (36 bytes fixed)
* RSDT -> 0xf2440 (36 bytes + 4*7 table addrs, 4 used)
* XSDT -> 0xf2480 (36 bytes + 8*7 table addrs, 4 used)
* MADT -> 0xf2500 (depends on #CPUs)
* FADT -> 0xf2600 (268 bytes)
* HPET -> 0xf2740 (56 bytes)
* MCFG -> 0xf2780 (60 bytes)
* FACS -> 0xf27C0 (64 bytes)
* DSDT -> 0xf2800 (variable - can go up to 0x100000)
*/
#include <sys/cdefs.h>
__FBSDID("$FreeBSD$");
#include <sys/param.h>
#include <sys/errno.h>
#include <sys/stat.h>
#include <paths.h>
#include <stdarg.h>
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <unistd.h>
#include <machine/vmm.h>
#include <vmmapi.h>
#include "bhyverun.h"
#include "acpi.h"
#include "pci_emul.h"
/*
* Define the base address of the ACPI tables, the sizes of some tables,
* and the offsets to the individual tables,
*/
#define BHYVE_ACPI_BASE 0xf2400
#define RSDT_OFFSET 0x040
#define XSDT_OFFSET 0x080
#define MADT_OFFSET 0x100
/*
* The MADT consists of:
* 44 Fixed Header
* 8 * maxcpu Processor Local APIC entries
* 12 I/O APIC entry
* 2 * 10 Interrupt Source Override entires
* 6 Local APIC NMI entry
*/
#define MADT_SIZE (44 + VM_MAXCPU*8 + 12 + 2*10 + 6)
#define FADT_OFFSET (MADT_OFFSET + MADT_SIZE)
#define FADT_SIZE 0x140
#define HPET_OFFSET (FADT_OFFSET + FADT_SIZE)
#define HPET_SIZE 0x40
#define MCFG_OFFSET (HPET_OFFSET + HPET_SIZE)
#define MCFG_SIZE 0x40
#define FACS_OFFSET (MCFG_OFFSET + MCFG_SIZE)
#define FACS_SIZE 0x40
#define DSDT_OFFSET (FACS_OFFSET + FACS_SIZE)
#define BHYVE_ASL_TEMPLATE "bhyve.XXXXXXX"
#define BHYVE_ASL_SUFFIX ".aml"
#define BHYVE_ASL_COMPILER "/usr/sbin/iasl"
static int basl_keep_temps;
static int basl_verbose_iasl;
static int basl_ncpu;
static uint32_t basl_acpi_base = BHYVE_ACPI_BASE;
static uint32_t hpet_capabilities;
/*
* Contains the full pathname of the template to be passed
* to mkstemp/mktemps(3)
*/
static char basl_template[MAXPATHLEN];
static char basl_stemplate[MAXPATHLEN];
/*
* State for dsdt_line(), dsdt_indent(), and dsdt_unindent().
*/
static FILE *dsdt_fp;
static int dsdt_indent_level;
static int dsdt_error;
struct basl_fio {
int fd;
FILE *fp;
char f_name[MAXPATHLEN];
};
#define EFPRINTF(...) \
if (fprintf(__VA_ARGS__) < 0) goto err_exit;
#define EFFLUSH(x) \
if (fflush(x) != 0) goto err_exit;
static int
basl_fwrite_rsdp(FILE *fp)
{
EFPRINTF(fp, "/*\n");
EFPRINTF(fp, " * bhyve RSDP template\n");
EFPRINTF(fp, " */\n");
EFPRINTF(fp, "[0008]\t\tSignature : \"RSD PTR \"\n");
EFPRINTF(fp, "[0001]\t\tChecksum : 43\n");
EFPRINTF(fp, "[0006]\t\tOem ID : \"BHYVE \"\n");
EFPRINTF(fp, "[0001]\t\tRevision : 02\n");
EFPRINTF(fp, "[0004]\t\tRSDT Address : %08X\n",
basl_acpi_base + RSDT_OFFSET);
EFPRINTF(fp, "[0004]\t\tLength : 00000024\n");
EFPRINTF(fp, "[0008]\t\tXSDT Address : 00000000%08X\n",
basl_acpi_base + XSDT_OFFSET);
EFPRINTF(fp, "[0001]\t\tExtended Checksum : 00\n");
EFPRINTF(fp, "[0003]\t\tReserved : 000000\n");
EFFLUSH(fp);
return (0);
err_exit:
return (errno);
}
static int
basl_fwrite_rsdt(FILE *fp)
{
EFPRINTF(fp, "/*\n");
EFPRINTF(fp, " * bhyve RSDT template\n");
EFPRINTF(fp, " */\n");
EFPRINTF(fp, "[0004]\t\tSignature : \"RSDT\"\n");
EFPRINTF(fp, "[0004]\t\tTable Length : 00000000\n");
EFPRINTF(fp, "[0001]\t\tRevision : 01\n");
EFPRINTF(fp, "[0001]\t\tChecksum : 00\n");
EFPRINTF(fp, "[0006]\t\tOem ID : \"BHYVE \"\n");
EFPRINTF(fp, "[0008]\t\tOem Table ID : \"BVRSDT \"\n");
EFPRINTF(fp, "[0004]\t\tOem Revision : 00000001\n");
/* iasl will fill in the compiler ID/revision fields */
EFPRINTF(fp, "[0004]\t\tAsl Compiler ID : \"xxxx\"\n");
EFPRINTF(fp, "[0004]\t\tAsl Compiler Revision : 00000000\n");
EFPRINTF(fp, "\n");
/* Add in pointers to the MADT, FADT and HPET */
EFPRINTF(fp, "[0004]\t\tACPI Table Address 0 : %08X\n",
basl_acpi_base + MADT_OFFSET);
EFPRINTF(fp, "[0004]\t\tACPI Table Address 1 : %08X\n",
basl_acpi_base + FADT_OFFSET);
EFPRINTF(fp, "[0004]\t\tACPI Table Address 2 : %08X\n",
basl_acpi_base + HPET_OFFSET);
EFPRINTF(fp, "[0004]\t\tACPI Table Address 3 : %08X\n",
basl_acpi_base + MCFG_OFFSET);
EFFLUSH(fp);
return (0);
err_exit:
return (errno);
}
static int
basl_fwrite_xsdt(FILE *fp)
{
EFPRINTF(fp, "/*\n");
EFPRINTF(fp, " * bhyve XSDT template\n");
EFPRINTF(fp, " */\n");
EFPRINTF(fp, "[0004]\t\tSignature : \"XSDT\"\n");
EFPRINTF(fp, "[0004]\t\tTable Length : 00000000\n");
EFPRINTF(fp, "[0001]\t\tRevision : 01\n");
EFPRINTF(fp, "[0001]\t\tChecksum : 00\n");
EFPRINTF(fp, "[0006]\t\tOem ID : \"BHYVE \"\n");
EFPRINTF(fp, "[0008]\t\tOem Table ID : \"BVXSDT \"\n");
EFPRINTF(fp, "[0004]\t\tOem Revision : 00000001\n");
/* iasl will fill in the compiler ID/revision fields */
EFPRINTF(fp, "[0004]\t\tAsl Compiler ID : \"xxxx\"\n");
EFPRINTF(fp, "[0004]\t\tAsl Compiler Revision : 00000000\n");
EFPRINTF(fp, "\n");
/* Add in pointers to the MADT, FADT and HPET */
EFPRINTF(fp, "[0004]\t\tACPI Table Address 0 : 00000000%08X\n",
basl_acpi_base + MADT_OFFSET);
EFPRINTF(fp, "[0004]\t\tACPI Table Address 1 : 00000000%08X\n",
basl_acpi_base + FADT_OFFSET);
EFPRINTF(fp, "[0004]\t\tACPI Table Address 2 : 00000000%08X\n",
basl_acpi_base + HPET_OFFSET);
EFPRINTF(fp, "[0004]\t\tACPI Table Address 3 : 00000000%08X\n",
basl_acpi_base + MCFG_OFFSET);
EFFLUSH(fp);
return (0);
err_exit:
return (errno);
}
static int
basl_fwrite_madt(FILE *fp)
{
int i;
EFPRINTF(fp, "/*\n");
EFPRINTF(fp, " * bhyve MADT template\n");
EFPRINTF(fp, " */\n");
EFPRINTF(fp, "[0004]\t\tSignature : \"APIC\"\n");
EFPRINTF(fp, "[0004]\t\tTable Length : 00000000\n");
EFPRINTF(fp, "[0001]\t\tRevision : 01\n");
EFPRINTF(fp, "[0001]\t\tChecksum : 00\n");
EFPRINTF(fp, "[0006]\t\tOem ID : \"BHYVE \"\n");
EFPRINTF(fp, "[0008]\t\tOem Table ID : \"BVMADT \"\n");
EFPRINTF(fp, "[0004]\t\tOem Revision : 00000001\n");
/* iasl will fill in the compiler ID/revision fields */
EFPRINTF(fp, "[0004]\t\tAsl Compiler ID : \"xxxx\"\n");
EFPRINTF(fp, "[0004]\t\tAsl Compiler Revision : 00000000\n");
EFPRINTF(fp, "\n");
EFPRINTF(fp, "[0004]\t\tLocal Apic Address : FEE00000\n");
EFPRINTF(fp, "[0004]\t\tFlags (decoded below) : 00000001\n");
EFPRINTF(fp, "\t\t\tPC-AT Compatibility : 1\n");
EFPRINTF(fp, "\n");
/* Add a Processor Local APIC entry for each CPU */
for (i = 0; i < basl_ncpu; i++) {
EFPRINTF(fp, "[0001]\t\tSubtable Type : 00\n");
EFPRINTF(fp, "[0001]\t\tLength : 08\n");
/* iasl expects hex values for the proc and apic id's */
EFPRINTF(fp, "[0001]\t\tProcessor ID : %02x\n", i);
EFPRINTF(fp, "[0001]\t\tLocal Apic ID : %02x\n", i);
EFPRINTF(fp, "[0004]\t\tFlags (decoded below) : 00000001\n");
EFPRINTF(fp, "\t\t\tProcessor Enabled : 1\n");
EFPRINTF(fp, "\t\t\tRuntime Online Capable : 0\n");
EFPRINTF(fp, "\n");
}
/* Always a single IOAPIC entry, with ID 0 */
EFPRINTF(fp, "[0001]\t\tSubtable Type : 01\n");
EFPRINTF(fp, "[0001]\t\tLength : 0C\n");
/* iasl expects a hex value for the i/o apic id */
EFPRINTF(fp, "[0001]\t\tI/O Apic ID : %02x\n", 0);
EFPRINTF(fp, "[0001]\t\tReserved : 00\n");
EFPRINTF(fp, "[0004]\t\tAddress : fec00000\n");
EFPRINTF(fp, "[0004]\t\tInterrupt : 00000000\n");
EFPRINTF(fp, "\n");
/* Legacy IRQ0 is connected to pin 2 of the IOAPIC */
EFPRINTF(fp, "[0001]\t\tSubtable Type : 02\n");
EFPRINTF(fp, "[0001]\t\tLength : 0A\n");
EFPRINTF(fp, "[0001]\t\tBus : 00\n");
EFPRINTF(fp, "[0001]\t\tSource : 00\n");
EFPRINTF(fp, "[0004]\t\tInterrupt : 00000002\n");
EFPRINTF(fp, "[0002]\t\tFlags (decoded below) : 0005\n");
EFPRINTF(fp, "\t\t\tPolarity : 1\n");
EFPRINTF(fp, "\t\t\tTrigger Mode : 1\n");
EFPRINTF(fp, "\n");
EFPRINTF(fp, "[0001]\t\tSubtable Type : 02\n");
EFPRINTF(fp, "[0001]\t\tLength : 0A\n");
EFPRINTF(fp, "[0001]\t\tBus : 00\n");
EFPRINTF(fp, "[0001]\t\tSource : %02X\n", SCI_INT);
EFPRINTF(fp, "[0004]\t\tInterrupt : %08X\n", SCI_INT);
EFPRINTF(fp, "[0002]\t\tFlags (decoded below) : 0000\n");
EFPRINTF(fp, "\t\t\tPolarity : 3\n");
EFPRINTF(fp, "\t\t\tTrigger Mode : 3\n");
EFPRINTF(fp, "\n");
/* Local APIC NMI is connected to LINT 1 on all CPUs */
EFPRINTF(fp, "[0001]\t\tSubtable Type : 04\n");
EFPRINTF(fp, "[0001]\t\tLength : 06\n");
EFPRINTF(fp, "[0001]\t\tProcessorId : FF\n");
EFPRINTF(fp, "[0002]\t\tFlags (decoded below) : 0005\n");
EFPRINTF(fp, "\t\t\tPolarity : 1\n");
EFPRINTF(fp, "\t\t\tTrigger Mode : 1\n");
EFPRINTF(fp, "[0001]\t\tInterrupt : 01\n");
EFPRINTF(fp, "\n");
EFFLUSH(fp);
return (0);
err_exit:
return (errno);
}
static int
basl_fwrite_fadt(FILE *fp)
{
EFPRINTF(fp, "/*\n");
EFPRINTF(fp, " * bhyve FADT template\n");
EFPRINTF(fp, " */\n");
EFPRINTF(fp, "[0004]\t\tSignature : \"FACP\"\n");
EFPRINTF(fp, "[0004]\t\tTable Length : 0000010C\n");
EFPRINTF(fp, "[0001]\t\tRevision : 05\n");
EFPRINTF(fp, "[0001]\t\tChecksum : 00\n");
EFPRINTF(fp, "[0006]\t\tOem ID : \"BHYVE \"\n");
EFPRINTF(fp, "[0008]\t\tOem Table ID : \"BVFACP \"\n");
EFPRINTF(fp, "[0004]\t\tOem Revision : 00000001\n");
/* iasl will fill in the compiler ID/revision fields */
EFPRINTF(fp, "[0004]\t\tAsl Compiler ID : \"xxxx\"\n");
EFPRINTF(fp, "[0004]\t\tAsl Compiler Revision : 00000000\n");
EFPRINTF(fp, "\n");
EFPRINTF(fp, "[0004]\t\tFACS Address : %08X\n",
basl_acpi_base + FACS_OFFSET);
EFPRINTF(fp, "[0004]\t\tDSDT Address : %08X\n",
basl_acpi_base + DSDT_OFFSET);
EFPRINTF(fp, "[0001]\t\tModel : 01\n");
EFPRINTF(fp, "[0001]\t\tPM Profile : 00 [Unspecified]\n");
EFPRINTF(fp, "[0002]\t\tSCI Interrupt : %04X\n",
SCI_INT);
EFPRINTF(fp, "[0004]\t\tSMI Command Port : %08X\n",
SMI_CMD);
EFPRINTF(fp, "[0001]\t\tACPI Enable Value : %02X\n",
BHYVE_ACPI_ENABLE);
EFPRINTF(fp, "[0001]\t\tACPI Disable Value : %02X\n",
BHYVE_ACPI_DISABLE);
EFPRINTF(fp, "[0001]\t\tS4BIOS Command : 00\n");
EFPRINTF(fp, "[0001]\t\tP-State Control : 00\n");
EFPRINTF(fp, "[0004]\t\tPM1A Event Block Address : %08X\n",
PM1A_EVT_ADDR);
EFPRINTF(fp, "[0004]\t\tPM1B Event Block Address : 00000000\n");
EFPRINTF(fp, "[0004]\t\tPM1A Control Block Address : %08X\n",
PM1A_CNT_ADDR);
EFPRINTF(fp, "[0004]\t\tPM1B Control Block Address : 00000000\n");
EFPRINTF(fp, "[0004]\t\tPM2 Control Block Address : 00000000\n");
EFPRINTF(fp, "[0004]\t\tPM Timer Block Address : %08X\n",
IO_PMTMR);
EFPRINTF(fp, "[0004]\t\tGPE0 Block Address : 00000000\n");
EFPRINTF(fp, "[0004]\t\tGPE1 Block Address : 00000000\n");
EFPRINTF(fp, "[0001]\t\tPM1 Event Block Length : 04\n");
EFPRINTF(fp, "[0001]\t\tPM1 Control Block Length : 02\n");
EFPRINTF(fp, "[0001]\t\tPM2 Control Block Length : 00\n");
EFPRINTF(fp, "[0001]\t\tPM Timer Block Length : 04\n");
EFPRINTF(fp, "[0001]\t\tGPE0 Block Length : 00\n");
EFPRINTF(fp, "[0001]\t\tGPE1 Block Length : 00\n");
EFPRINTF(fp, "[0001]\t\tGPE1 Base Offset : 00\n");
EFPRINTF(fp, "[0001]\t\t_CST Support : 00\n");
EFPRINTF(fp, "[0002]\t\tC2 Latency : 0000\n");
EFPRINTF(fp, "[0002]\t\tC3 Latency : 0000\n");
EFPRINTF(fp, "[0002]\t\tCPU Cache Size : 0000\n");
EFPRINTF(fp, "[0002]\t\tCache Flush Stride : 0000\n");
EFPRINTF(fp, "[0001]\t\tDuty Cycle Offset : 00\n");
EFPRINTF(fp, "[0001]\t\tDuty Cycle Width : 00\n");
EFPRINTF(fp, "[0001]\t\tRTC Day Alarm Index : 00\n");
EFPRINTF(fp, "[0001]\t\tRTC Month Alarm Index : 00\n");
EFPRINTF(fp, "[0001]\t\tRTC Century Index : 32\n");
EFPRINTF(fp, "[0002]\t\tBoot Flags (decoded below) : 0000\n");
EFPRINTF(fp, "\t\t\tLegacy Devices Supported (V2) : 0\n");
EFPRINTF(fp, "\t\t\t8042 Present on ports 60/64 (V2) : 0\n");
EFPRINTF(fp, "\t\t\tVGA Not Present (V4) : 1\n");
EFPRINTF(fp, "\t\t\tMSI Not Supported (V4) : 0\n");
EFPRINTF(fp, "\t\t\tPCIe ASPM Not Supported (V4) : 1\n");
EFPRINTF(fp, "\t\t\tCMOS RTC Not Present (V5) : 0\n");
EFPRINTF(fp, "[0001]\t\tReserved : 00\n");
EFPRINTF(fp, "[0004]\t\tFlags (decoded below) : 00000000\n");
EFPRINTF(fp, "\t\t\tWBINVD instruction is operational (V1) : 1\n");
EFPRINTF(fp, "\t\t\tWBINVD flushes all caches (V1) : 0\n");
EFPRINTF(fp, "\t\t\tAll CPUs support C1 (V1) : 1\n");
EFPRINTF(fp, "\t\t\tC2 works on MP system (V1) : 0\n");
EFPRINTF(fp, "\t\t\tControl Method Power Button (V1) : 0\n");
EFPRINTF(fp, "\t\t\tControl Method Sleep Button (V1) : 1\n");
EFPRINTF(fp, "\t\t\tRTC wake not in fixed reg space (V1) : 0\n");
EFPRINTF(fp, "\t\t\tRTC can wake system from S4 (V1) : 0\n");
EFPRINTF(fp, "\t\t\t32-bit PM Timer (V1) : 1\n");
EFPRINTF(fp, "\t\t\tDocking Supported (V1) : 0\n");
EFPRINTF(fp, "\t\t\tReset Register Supported (V2) : 1\n");
EFPRINTF(fp, "\t\t\tSealed Case (V3) : 0\n");
EFPRINTF(fp, "\t\t\tHeadless - No Video (V3) : 1\n");
EFPRINTF(fp, "\t\t\tUse native instr after SLP_TYPx (V3) : 0\n");
EFPRINTF(fp, "\t\t\tPCIEXP_WAK Bits Supported (V4) : 0\n");
EFPRINTF(fp, "\t\t\tUse Platform Timer (V4) : 0\n");
EFPRINTF(fp, "\t\t\tRTC_STS valid on S4 wake (V4) : 0\n");
EFPRINTF(fp, "\t\t\tRemote Power-on capable (V4) : 0\n");
EFPRINTF(fp, "\t\t\tUse APIC Cluster Model (V4) : 0\n");
EFPRINTF(fp, "\t\t\tUse APIC Physical Destination Mode (V4) : 1\n");
EFPRINTF(fp, "\t\t\tHardware Reduced (V5) : 0\n");
EFPRINTF(fp, "\t\t\tLow Power S0 Idle (V5) : 0\n");
EFPRINTF(fp, "\n");
EFPRINTF(fp,
"[0012]\t\tReset Register : [Generic Address Structure]\n");
EFPRINTF(fp, "[0001]\t\tSpace ID : 01 [SystemIO]\n");
EFPRINTF(fp, "[0001]\t\tBit Width : 08\n");
EFPRINTF(fp, "[0001]\t\tBit Offset : 00\n");
EFPRINTF(fp, "[0001]\t\tEncoded Access Width : 01 [Byte Access:8]\n");
EFPRINTF(fp, "[0008]\t\tAddress : 0000000000000CF9\n");
EFPRINTF(fp, "\n");
EFPRINTF(fp, "[0001]\t\tValue to cause reset : 06\n");
EFPRINTF(fp, "[0002]\t\tARM Flags (decoded below): 0000\n");
EFPRINTF(fp, "\t\t\tPSCI Compliant : 0\n");
EFPRINTF(fp, "\t\t\tMust use HVC for PSCI : 0\n");
EFPRINTF(fp, "[0001]\t\tFADT Minor Revision : 01\n");
EFPRINTF(fp, "[0008]\t\tFACS Address : 00000000%08X\n",
basl_acpi_base + FACS_OFFSET);
EFPRINTF(fp, "[0008]\t\tDSDT Address : 00000000%08X\n",
basl_acpi_base + DSDT_OFFSET);
EFPRINTF(fp,
"[0012]\t\tPM1A Event Block : [Generic Address Structure]\n");
EFPRINTF(fp, "[0001]\t\tSpace ID : 01 [SystemIO]\n");
EFPRINTF(fp, "[0001]\t\tBit Width : 20\n");
EFPRINTF(fp, "[0001]\t\tBit Offset : 00\n");
EFPRINTF(fp, "[0001]\t\tEncoded Access Width : 02 [Word Access:16]\n");
EFPRINTF(fp, "[0008]\t\tAddress : 00000000%08X\n",
PM1A_EVT_ADDR);
EFPRINTF(fp, "\n");
EFPRINTF(fp,
"[0012]\t\tPM1B Event Block : [Generic Address Structure]\n");
EFPRINTF(fp, "[0001]\t\tSpace ID : 01 [SystemIO]\n");
EFPRINTF(fp, "[0001]\t\tBit Width : 00\n");
EFPRINTF(fp, "[0001]\t\tBit Offset : 00\n");
EFPRINTF(fp,
"[0001]\t\tEncoded Access Width : 00 [Undefined/Legacy]\n");
EFPRINTF(fp, "[0008]\t\tAddress : 0000000000000000\n");
EFPRINTF(fp, "\n");
EFPRINTF(fp,
"[0012]\t\tPM1A Control Block : [Generic Address Structure]\n");
EFPRINTF(fp, "[0001]\t\tSpace ID : 01 [SystemIO]\n");
EFPRINTF(fp, "[0001]\t\tBit Width : 10\n");
EFPRINTF(fp, "[0001]\t\tBit Offset : 00\n");
EFPRINTF(fp, "[0001]\t\tEncoded Access Width : 02 [Word Access:16]\n");
EFPRINTF(fp, "[0008]\t\tAddress : 00000000%08X\n",
PM1A_CNT_ADDR);
EFPRINTF(fp, "\n");
EFPRINTF(fp,
"[0012]\t\tPM1B Control Block : [Generic Address Structure]\n");
EFPRINTF(fp, "[0001]\t\tSpace ID : 01 [SystemIO]\n");
EFPRINTF(fp, "[0001]\t\tBit Width : 00\n");
EFPRINTF(fp, "[0001]\t\tBit Offset : 00\n");
EFPRINTF(fp,
"[0001]\t\tEncoded Access Width : 00 [Undefined/Legacy]\n");
EFPRINTF(fp, "[0008]\t\tAddress : 0000000000000000\n");
EFPRINTF(fp, "\n");
EFPRINTF(fp,
"[0012]\t\tPM2 Control Block : [Generic Address Structure]\n");
EFPRINTF(fp, "[0001]\t\tSpace ID : 01 [SystemIO]\n");
EFPRINTF(fp, "[0001]\t\tBit Width : 08\n");
EFPRINTF(fp, "[0001]\t\tBit Offset : 00\n");
EFPRINTF(fp,
"[0001]\t\tEncoded Access Width : 00 [Undefined/Legacy]\n");
EFPRINTF(fp, "[0008]\t\tAddress : 0000000000000000\n");
EFPRINTF(fp, "\n");
/* Valid for bhyve */
EFPRINTF(fp,
"[0012]\t\tPM Timer Block : [Generic Address Structure]\n");
EFPRINTF(fp, "[0001]\t\tSpace ID : 01 [SystemIO]\n");
EFPRINTF(fp, "[0001]\t\tBit Width : 20\n");
EFPRINTF(fp, "[0001]\t\tBit Offset : 00\n");
EFPRINTF(fp,
"[0001]\t\tEncoded Access Width : 03 [DWord Access:32]\n");
EFPRINTF(fp, "[0008]\t\tAddress : 00000000%08X\n",
IO_PMTMR);
EFPRINTF(fp, "\n");
EFPRINTF(fp, "[0012]\t\tGPE0 Block : [Generic Address Structure]\n");
EFPRINTF(fp, "[0001]\t\tSpace ID : 01 [SystemIO]\n");
EFPRINTF(fp, "[0001]\t\tBit Width : 00\n");
EFPRINTF(fp, "[0001]\t\tBit Offset : 00\n");
EFPRINTF(fp, "[0001]\t\tEncoded Access Width : 01 [Byte Access:8]\n");
EFPRINTF(fp, "[0008]\t\tAddress : 0000000000000000\n");
EFPRINTF(fp, "\n");
EFPRINTF(fp, "[0012]\t\tGPE1 Block : [Generic Address Structure]\n");
EFPRINTF(fp, "[0001]\t\tSpace ID : 01 [SystemIO]\n");
EFPRINTF(fp, "[0001]\t\tBit Width : 00\n");
EFPRINTF(fp, "[0001]\t\tBit Offset : 00\n");
EFPRINTF(fp,
"[0001]\t\tEncoded Access Width : 00 [Undefined/Legacy]\n");
EFPRINTF(fp, "[0008]\t\tAddress : 0000000000000000\n");
EFPRINTF(fp, "\n");
EFPRINTF(fp,
"[0012]\t\tSleep Control Register : [Generic Address Structure]\n");
EFPRINTF(fp, "[0001]\t\tSpace ID : 01 [SystemIO]\n");
EFPRINTF(fp, "[0001]\t\tBit Width : 08\n");
EFPRINTF(fp, "[0001]\t\tBit Offset : 00\n");
EFPRINTF(fp, "[0001]\t\tEncoded Access Width : 01 [Byte Access:8]\n");
EFPRINTF(fp, "[0008]\t\tAddress : 0000000000000000\n");
EFPRINTF(fp, "\n");
EFPRINTF(fp,
"[0012]\t\tSleep Status Register : [Generic Address Structure]\n");
EFPRINTF(fp, "[0001]\t\tSpace ID : 01 [SystemIO]\n");
EFPRINTF(fp, "[0001]\t\tBit Width : 08\n");
EFPRINTF(fp, "[0001]\t\tBit Offset : 00\n");
EFPRINTF(fp, "[0001]\t\tEncoded Access Width : 01 [Byte Access:8]\n");
EFPRINTF(fp, "[0008]\t\tAddress : 0000000000000000\n");
EFFLUSH(fp);
return (0);
err_exit:
return (errno);
}
static int
basl_fwrite_hpet(FILE *fp)
{
EFPRINTF(fp, "/*\n");
EFPRINTF(fp, " * bhyve HPET template\n");
EFPRINTF(fp, " */\n");
EFPRINTF(fp, "[0004]\t\tSignature : \"HPET\"\n");
EFPRINTF(fp, "[0004]\t\tTable Length : 00000000\n");
EFPRINTF(fp, "[0001]\t\tRevision : 01\n");
EFPRINTF(fp, "[0001]\t\tChecksum : 00\n");
EFPRINTF(fp, "[0006]\t\tOem ID : \"BHYVE \"\n");
EFPRINTF(fp, "[0008]\t\tOem Table ID : \"BVHPET \"\n");
EFPRINTF(fp, "[0004]\t\tOem Revision : 00000001\n");
/* iasl will fill in the compiler ID/revision fields */
EFPRINTF(fp, "[0004]\t\tAsl Compiler ID : \"xxxx\"\n");
EFPRINTF(fp, "[0004]\t\tAsl Compiler Revision : 00000000\n");
EFPRINTF(fp, "\n");
EFPRINTF(fp, "[0004]\t\tTimer Block ID : %08X\n", hpet_capabilities);
EFPRINTF(fp,
"[0012]\t\tTimer Block Register : [Generic Address Structure]\n");
EFPRINTF(fp, "[0001]\t\tSpace ID : 00 [SystemMemory]\n");
EFPRINTF(fp, "[0001]\t\tBit Width : 00\n");
EFPRINTF(fp, "[0001]\t\tBit Offset : 00\n");
EFPRINTF(fp,
"[0001]\t\tEncoded Access Width : 00 [Undefined/Legacy]\n");
EFPRINTF(fp, "[0008]\t\tAddress : 00000000FED00000\n");
EFPRINTF(fp, "\n");
EFPRINTF(fp, "[0001]\t\tHPET Number : 00\n");
EFPRINTF(fp, "[0002]\t\tMinimum Clock Ticks : 0000\n");
EFPRINTF(fp, "[0004]\t\tFlags (decoded below) : 00000001\n");
EFPRINTF(fp, "\t\t\t4K Page Protect : 1\n");
EFPRINTF(fp, "\t\t\t64K Page Protect : 0\n");
EFPRINTF(fp, "\n");
EFFLUSH(fp);
return (0);
err_exit:
return (errno);
}
static int
basl_fwrite_mcfg(FILE *fp)
{
EFPRINTF(fp, "/*\n");
EFPRINTF(fp, " * bhyve MCFG template\n");
EFPRINTF(fp, " */\n");
EFPRINTF(fp, "[0004]\t\tSignature : \"MCFG\"\n");
EFPRINTF(fp, "[0004]\t\tTable Length : 00000000\n");
EFPRINTF(fp, "[0001]\t\tRevision : 01\n");
EFPRINTF(fp, "[0001]\t\tChecksum : 00\n");
EFPRINTF(fp, "[0006]\t\tOem ID : \"BHYVE \"\n");
EFPRINTF(fp, "[0008]\t\tOem Table ID : \"BVMCFG \"\n");
EFPRINTF(fp, "[0004]\t\tOem Revision : 00000001\n");
/* iasl will fill in the compiler ID/revision fields */
EFPRINTF(fp, "[0004]\t\tAsl Compiler ID : \"xxxx\"\n");
EFPRINTF(fp, "[0004]\t\tAsl Compiler Revision : 00000000\n");
EFPRINTF(fp, "[0008]\t\tReserved : 0\n");
EFPRINTF(fp, "\n");
EFPRINTF(fp, "[0008]\t\tBase Address : %016lX\n", pci_ecfg_base());
EFPRINTF(fp, "[0002]\t\tSegment Group: 0000\n");
EFPRINTF(fp, "[0001]\t\tStart Bus: 00\n");
EFPRINTF(fp, "[0001]\t\tEnd Bus: FF\n");
EFPRINTF(fp, "[0004]\t\tReserved : 0\n");
EFFLUSH(fp);
return (0);
err_exit:
return (errno);
}
static int
basl_fwrite_facs(FILE *fp)
{
EFPRINTF(fp, "/*\n");
EFPRINTF(fp, " * bhyve FACS template\n");
EFPRINTF(fp, " */\n");
EFPRINTF(fp, "[0004]\t\tSignature : \"FACS\"\n");
EFPRINTF(fp, "[0004]\t\tLength : 00000040\n");
EFPRINTF(fp, "[0004]\t\tHardware Signature : 00000000\n");
EFPRINTF(fp, "[0004]\t\t32 Firmware Waking Vector : 00000000\n");
EFPRINTF(fp, "[0004]\t\tGlobal Lock : 00000000\n");
EFPRINTF(fp, "[0004]\t\tFlags (decoded below) : 00000000\n");
EFPRINTF(fp, "\t\t\tS4BIOS Support Present : 0\n");
EFPRINTF(fp, "\t\t\t64-bit Wake Supported (V2) : 0\n");
EFPRINTF(fp,
"[0008]\t\t64 Firmware Waking Vector : 0000000000000000\n");
EFPRINTF(fp, "[0001]\t\tVersion : 02\n");
EFPRINTF(fp, "[0003]\t\tReserved : 000000\n");
EFPRINTF(fp, "[0004]\t\tOspmFlags (decoded below) : 00000000\n");
EFPRINTF(fp, "\t\t\t64-bit Wake Env Required (V2) : 0\n");
EFFLUSH(fp);
return (0);
err_exit:
return (errno);
}
/*
* Helper routines for writing to the DSDT from other modules.
*/
void
dsdt_line(const char *fmt, ...)
{
va_list ap;
if (dsdt_error != 0)
return;
if (strcmp(fmt, "") != 0) {
if (dsdt_indent_level != 0)
EFPRINTF(dsdt_fp, "%*c", dsdt_indent_level * 2, ' ');
va_start(ap, fmt);
if (vfprintf(dsdt_fp, fmt, ap) < 0) {
va_end(ap);
goto err_exit;
}
va_end(ap);
}
EFPRINTF(dsdt_fp, "\n");
return;
err_exit:
dsdt_error = errno;
}
void
dsdt_indent(int levels)
{
dsdt_indent_level += levels;
assert(dsdt_indent_level >= 0);
}
void
dsdt_unindent(int levels)
{
assert(dsdt_indent_level >= levels);
dsdt_indent_level -= levels;
}
void
dsdt_fixed_ioport(uint16_t iobase, uint16_t length)
{
dsdt_line("IO (Decode16,");
dsdt_line(" 0x%04X, // Range Minimum", iobase);
dsdt_line(" 0x%04X, // Range Maximum", iobase);
dsdt_line(" 0x01, // Alignment");
dsdt_line(" 0x%02X, // Length", length);
dsdt_line(" )");
}
void
dsdt_fixed_irq(uint8_t irq)
{
dsdt_line("IRQNoFlags ()");
dsdt_line(" {%d}", irq);
}
void
dsdt_fixed_mem32(uint32_t base, uint32_t length)
{
dsdt_line("Memory32Fixed (ReadWrite,");
dsdt_line(" 0x%08X, // Address Base", base);
dsdt_line(" 0x%08X, // Address Length", length);
dsdt_line(" )");
}
static int
basl_fwrite_dsdt(FILE *fp)
{
dsdt_fp = fp;
dsdt_error = 0;
dsdt_indent_level = 0;
dsdt_line("/*");
dsdt_line(" * bhyve DSDT template");
dsdt_line(" */");
dsdt_line("DefinitionBlock (\"bhyve_dsdt.aml\", \"DSDT\", 2,"
"\"BHYVE \", \"BVDSDT \", 0x00000001)");
dsdt_line("{");
dsdt_line(" Name (_S5, Package ()");
dsdt_line(" {");
dsdt_line(" 0x05,");
dsdt_line(" Zero,");
dsdt_line(" })");
pci_write_dsdt();
dsdt_line("");
dsdt_line(" Scope (_SB.PC00)");
dsdt_line(" {");
dsdt_line(" Device (HPET)");
dsdt_line(" {");
dsdt_line(" Name (_HID, EISAID(\"PNP0103\"))");
dsdt_line(" Name (_UID, 0)");
dsdt_line(" Name (_CRS, ResourceTemplate ()");
dsdt_line(" {");
dsdt_indent(4);
dsdt_fixed_mem32(0xFED00000, 0x400);
dsdt_unindent(4);
dsdt_line(" })");
dsdt_line(" }");
dsdt_line(" }");
dsdt_line("}");
if (dsdt_error != 0)
return (dsdt_error);
EFFLUSH(fp);
return (0);
err_exit:
return (errno);
}
static int
basl_open(struct basl_fio *bf, int suffix)
{
int err;
err = 0;
if (suffix) {
strlcpy(bf->f_name, basl_stemplate, MAXPATHLEN);
bf->fd = mkstemps(bf->f_name, strlen(BHYVE_ASL_SUFFIX));
} else {
strlcpy(bf->f_name, basl_template, MAXPATHLEN);
bf->fd = mkstemp(bf->f_name);
}
if (bf->fd > 0) {
bf->fp = fdopen(bf->fd, "w+");
if (bf->fp == NULL) {
unlink(bf->f_name);
close(bf->fd);
}
} else {
err = 1;
}
return (err);
}
static void
basl_close(struct basl_fio *bf)
{
if (!basl_keep_temps)
unlink(bf->f_name);
fclose(bf->fp);
}
static int
basl_start(struct basl_fio *in, struct basl_fio *out)
{
int err;
err = basl_open(in, 0);
if (!err) {
err = basl_open(out, 1);
if (err) {
basl_close(in);
}
}
return (err);
}
static void
basl_end(struct basl_fio *in, struct basl_fio *out)
{
basl_close(in);
basl_close(out);
}
static int
basl_load(struct vmctx *ctx, int fd, uint64_t off)
{
struct stat sb;
void *gaddr;
if (fstat(fd, &sb) < 0)
return (errno);
gaddr = paddr_guest2host(ctx, basl_acpi_base + off, sb.st_size);
if (gaddr == NULL)
return (EFAULT);
if (read(fd, gaddr, sb.st_size) < 0)
return (errno);
return (0);
}
static int
basl_compile(struct vmctx *ctx, int (*fwrite_section)(FILE *), uint64_t offset)
{
struct basl_fio io[2];
static char iaslbuf[3*MAXPATHLEN + 10];
char *fmt;
int err;
err = basl_start(&io[0], &io[1]);
if (!err) {
err = (*fwrite_section)(io[0].fp);
if (!err) {
/*
* iasl sends the results of the compilation to
* stdout. Shut this down by using the shell to
* redirect stdout to /dev/null, unless the user
* has requested verbose output for debugging
* purposes
*/
fmt = basl_verbose_iasl ?
"%s -p %s %s" :
"/bin/sh -c \"%s -p %s %s\" 1> /dev/null";
snprintf(iaslbuf, sizeof(iaslbuf),
fmt,
BHYVE_ASL_COMPILER,
io[1].f_name, io[0].f_name);
err = system(iaslbuf);
if (!err) {
/*
* Copy the aml output file into guest
* memory at the specified location
*/
err = basl_load(ctx, io[1].fd, offset);
}
}
basl_end(&io[0], &io[1]);
}
return (err);
}
static int
basl_make_templates(void)
{
const char *tmpdir;
int err;
int len;
err = 0;
/*
*
*/
if ((tmpdir = getenv("BHYVE_TMPDIR")) == NULL || *tmpdir == '\0' ||
(tmpdir = getenv("TMPDIR")) == NULL || *tmpdir == '\0') {
tmpdir = _PATH_TMP;
}
len = strlen(tmpdir);
if ((len + sizeof(BHYVE_ASL_TEMPLATE) + 1) < MAXPATHLEN) {
strcpy(basl_template, tmpdir);
while (len > 0 && basl_template[len - 1] == '/')
len--;
basl_template[len] = '/';
strcpy(&basl_template[len + 1], BHYVE_ASL_TEMPLATE);
} else
err = E2BIG;
if (!err) {
/*
* len has been intialized (and maybe adjusted) above
*/
if ((len + sizeof(BHYVE_ASL_TEMPLATE) + 1 +
sizeof(BHYVE_ASL_SUFFIX)) < MAXPATHLEN) {
strcpy(basl_stemplate, tmpdir);
basl_stemplate[len] = '/';
strcpy(&basl_stemplate[len + 1], BHYVE_ASL_TEMPLATE);
len = strlen(basl_stemplate);
strcpy(&basl_stemplate[len], BHYVE_ASL_SUFFIX);
} else
err = E2BIG;
}
return (err);
}
static struct {
int (*wsect)(FILE *fp);
uint64_t offset;
} basl_ftables[] =
{
{ basl_fwrite_rsdp, 0},
{ basl_fwrite_rsdt, RSDT_OFFSET },
{ basl_fwrite_xsdt, XSDT_OFFSET },
{ basl_fwrite_madt, MADT_OFFSET },
{ basl_fwrite_fadt, FADT_OFFSET },
{ basl_fwrite_hpet, HPET_OFFSET },
{ basl_fwrite_mcfg, MCFG_OFFSET },
{ basl_fwrite_facs, FACS_OFFSET },
{ basl_fwrite_dsdt, DSDT_OFFSET },
{ NULL }
};
int
acpi_build(struct vmctx *ctx, int ncpu)
{
int err;
int i;
basl_ncpu = ncpu;
err = vm_get_hpet_capabilities(ctx, &hpet_capabilities);
if (err != 0)
return (err);
/*
* For debug, allow the user to have iasl compiler output sent
* to stdout rather than /dev/null
*/
if (getenv("BHYVE_ACPI_VERBOSE_IASL"))
basl_verbose_iasl = 1;
/*
* Allow the user to keep the generated ASL files for debugging
* instead of deleting them following use
*/
if (getenv("BHYVE_ACPI_KEEPTMPS"))
basl_keep_temps = 1;
i = 0;
err = basl_make_templates();
/*
* Run through all the ASL files, compiling them and
* copying them into guest memory
*/
while (!err && basl_ftables[i].wsect != NULL) {
err = basl_compile(ctx, basl_ftables[i].wsect,
basl_ftables[i].offset);
i++;
}
return (err);
}
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