Chameleon

Chameleon Commit Details

Date:2010-07-21 23:30:18 (9 years 2 months ago)
Author:Tamás Kosárszky
Commit:192
Parents: 191
Message:Added mozodojo's r351 changes.
Changes:
D/trunk/i386/libsaio/dsdt_patcher.c
D/trunk/i386/libsaio/dsdt_patcher.h
A/trunk/i386/libsaio/aml_generator.c
A/trunk/i386/libsaio/acpi_patcher.c
A/trunk/Chameleon.xcodeproj/project.pbxproj
A/trunk/i386/libsaio/aml_generator.h
A/trunk/i386/libsaio/acpi_patcher.h
A/trunk/Chameleon.xcodeproj
M/trunk/i386/libsaio/smbios_patcher.c
M/trunk/i386/libsaio/nvidia.c
M/trunk/i386/boot2/boot.h
M/trunk/i386/libsaio/sys.c
M/trunk/i386/libsaio/acpi.h
M/trunk/i386/libsaio/platform.c
M/trunk/i386/libsaio/spd.c
M/trunk/i386/libsaio/cpu.c
M/trunk/i386/libsaio/fake_efi.c
M/trunk/i386/libsaio/platform.h
M/trunk/i386/libsaio/Makefile
M/trunk/i386/libsaio/cpu.h
M/trunk/i386/libsaio/saio_internal.h

File differences

trunk/Chameleon.xcodeproj/project.pbxproj
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trunk/i386/libsaio/dsdt_patcher.c
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/*
* Copyright 2008 mackerintel
*/
#include "libsaio.h"
#include "boot.h"
#include "bootstruct.h"
#include "acpi.h"
#include "efi_tables.h"
#include "fake_efi.h"
#include "dsdt_patcher.h"
#include "platform.h"
#ifndef DEBUG_DSDT
#define DEBUG_DSDT 0
#endif
#if DEBUG_DSDT==2
#define DBG(x...) {printf(x); sleep(1);}
#elif DEBUG_DSDT==1
#define DBG(x...) printf(x)
#else
#define DBG(x...)
#endif
/* Gets the ACPI 1.0 RSDP address */
static struct acpi_2_rsdp* getAddressOfAcpiTable()
{
/* TODO: Before searching the BIOS space we are supposed to search the first 1K of the EBDA */
void *acpi_addr = (void*)ACPI_RANGE_START;
for(; acpi_addr <= (void*)ACPI_RANGE_END; acpi_addr += 16)
{
if(*(uint64_t *)acpi_addr == ACPI_SIGNATURE_UINT64_LE)
{
uint8_t csum = checksum8(acpi_addr, 20);
if(csum == 0)
{
// Only return the table if it is a true version 1.0 table (Revision 0)
if(((struct acpi_2_rsdp*)acpi_addr)->Revision == 0)
return acpi_addr;
}
}
}
return NULL;
}
/* Gets the ACPI 2.0 RSDP address */
static struct acpi_2_rsdp* getAddressOfAcpi20Table()
{
/* TODO: Before searching the BIOS space we are supposed to search the first 1K of the EBDA */
void *acpi_addr = (void*)ACPI_RANGE_START;
for(; acpi_addr <= (void*)ACPI_RANGE_END; acpi_addr += 16)
{
if(*(uint64_t *)acpi_addr == ACPI_SIGNATURE_UINT64_LE)
{
uint8_t csum = checksum8(acpi_addr, 20);
/* Only assume this is a 2.0 or better table if the revision is greater than 0
* NOTE: ACPI 3.0 spec only seems to say that 1.0 tables have revision 1
* and that the current revision is 2.. I am going to assume that rev > 0 is 2.0.
*/
if(csum == 0 && (((struct acpi_2_rsdp*)acpi_addr)->Revision > 0))
{
uint8_t csum2 = checksum8(acpi_addr, sizeof(struct acpi_2_rsdp));
if(csum2 == 0)
return acpi_addr;
}
}
}
return NULL;
}
/** The folowing ACPI Table search algo. should be reused anywhere needed:*/
int search_and_get_acpi_fd(const char * filename, const char ** outDirspec)
{
int fd = 0;
const char * override_name = NULL;
static char dirspec[512] = "";
int len = 0;
// Try using the file specified with the DSDT option
if (getValueForKey(kDSDT, &override_name, &len, &bootInfo->bootConfig))
{
sprintf(dirspec, "%s", override_name);
fd = open(dirspec, 0);
if (fd >= 0) goto success_fd;
}
// Try finding 'filename' in the usual places
else
{
// Start searching any potential location for ACPI Table
// search the Extra folders first
sprintf(dirspec, "/Extra/%s", filename);
fd = open(dirspec, 0);
if (fd >= 0) goto success_fd;
sprintf(dirspec, "/%s", filename); // search root
fd = open(dirspec, 0);
if (fd >= 0) goto success_fd;
sprintf(dirspec, "bt(0,0)/Extra/%s", filename);
fd = open(dirspec, 0);
if (fd >= 0) goto success_fd;
}
// NOT FOUND:
verbose("ACPI Table not found\n");
if (outDirspec) *outDirspec = "";
return -1;
// FOUND
success_fd:
if (outDirspec) *outDirspec = dirspec;
return fd;
}
void *loadACPITable (const char * filename)
{
void *tableAddr;
const char * dirspec=NULL;
int fd = search_and_get_acpi_fd(filename, &dirspec);
if (fd>=0)
{
tableAddr=(void*)AllocateKernelMemory(file_size (fd));
if (tableAddr)
{
if (read (fd, tableAddr, file_size (fd))!=file_size (fd))
{
printf("Couldn't read table %s\n",dirspec);
free (tableAddr);
close (fd);
return NULL;
}
DBG("Table %s read and stored at: %x\n", dirspec, tableAddr);
close (fd);
return tableAddr;
}
close (fd);
printf("Couldn't allocate memory for table \n", dirspec);
}
return NULL;
}
struct acpi_2_fadt *
patch_fadt(struct acpi_2_fadt *fadt, void *new_dsdt)
{
extern void setupSystemType();
struct acpi_2_fadt *fadt_mod;
bool fadt_rev2_needed = false;
bool fix_restart;
const char * value;
// Restart Fix
if (Platform.CPU.Vendor == 0x756E6547) {/* Intel */
fix_restart = true;
getBoolForKey(kRestartFix, &fix_restart, &bootInfo->bootConfig);
} else {
verbose ("Not an Intel platform: Restart Fix not applied !!!\n");
fix_restart = false;
}
if (fix_restart) fadt_rev2_needed = true;
// Allocate new fadt table
if (fadt->Length < 0x84 && fadt_rev2_needed)
{
fadt_mod=(struct acpi_2_fadt *)AllocateKernelMemory(0x84);
memcpy(fadt_mod, fadt, fadt->Length);
fadt_mod->Length = 0x84;
fadt_mod->Revision = 0x02; // FADT rev 2 (ACPI 1.0B MS extensions)
}
else
{
fadt_mod=(struct acpi_2_fadt *)AllocateKernelMemory(fadt->Length);
memcpy(fadt_mod, fadt, fadt->Length);
}
// Determine system type / PM_Model
if ( (value=getStringForKey(kSystemType, &bootInfo->bootConfig))!=NULL)
{
if (Platform.Type > 6)
{
if(fadt_mod->PM_Profile<=6)
Platform.Type = fadt_mod->PM_Profile; // get the fadt if correct
else
Platform.Type = 1;/* Set a fixed value (Desktop) */
verbose("Error: system-type must be 0..6. Defaulting to %d !\n", Platform.Type);
}
else
Platform.Type = (unsigned char) strtoul(value, NULL, 10);
}
// Set PM_Profile from System-type if only if user wanted this value to be forced
if (fadt_mod->PM_Profile != Platform.Type)
{
if (value)
{ // user has overriden the SystemType so take care of it in FACP
verbose("FADT: changing PM_Profile from 0x%02x to 0x%02x\n", fadt_mod->PM_Profile, Platform.Type);
fadt_mod->PM_Profile = Platform.Type;
}
else
{ // PM_Profile has a different value and no override has been set, so reflect the user value to ioregs
Platform.Type = fadt_mod->PM_Profile <= 6 ? fadt_mod->PM_Profile : 1;
}
}
// We now have to write the systemm-type in ioregs: we cannot do it before in setupDeviceTree()
// because we need to take care of facp original content, if it is correct.
setupSystemType();
// Patch FADT to fix restart
if (fix_restart)
{
fadt_mod->Flags|= 0x400;
fadt_mod->Reset_SpaceID= 0x01; // System I/O
fadt_mod->Reset_BitWidth= 0x08; // 1 byte
fadt_mod->Reset_BitOffset= 0x00; // Offset 0
fadt_mod->Reset_AccessWidth= 0x01; // Byte access
fadt_mod->Reset_Address= 0x0cf9; // Address of the register
fadt_mod->Reset_Value= 0x06; // Value to write to reset the system
verbose("FADT: Restart Fix applied !\n");
}
// Patch DSDT Address
DBG("DSDT: Old @%x,%x, ",fadt_mod->DSDT,fadt_mod->X_DSDT);
fadt_mod->DSDT=(uint32_t)new_dsdt;
if ((uint32_t)(&(fadt_mod->X_DSDT))-(uint32_t)fadt_mod+8<=fadt_mod->Length)
fadt_mod->X_DSDT=(uint32_t)new_dsdt;
DBG("New @%x,%x\n",fadt_mod->DSDT,fadt_mod->X_DSDT);
// Correct the checksum
fadt_mod->Checksum=0;
fadt_mod->Checksum=256-checksum8(fadt_mod,fadt_mod->Length);
return fadt_mod;
}
/* Setup ACPI without replacing DSDT. */
int setupAcpiNoMod()
{
//addConfigurationTable(&gEfiAcpiTableGuid, getAddressOfAcpiTable(), "ACPI");
//addConfigurationTable(&gEfiAcpi20TableGuid, getAddressOfAcpi20Table(), "ACPI_20");
/* XXX aserebln why uint32 cast if pointer is uint64 ? */
acpi10_p = (uint32_t)getAddressOfAcpiTable();
acpi20_p = (uint32_t)getAddressOfAcpi20Table();
addConfigurationTable(&gEfiAcpiTableGuid, &acpi10_p, "ACPI");
if(acpi20_p) addConfigurationTable(&gEfiAcpi20TableGuid, &acpi20_p, "ACPI_20");
return 1;
}
/* Setup ACPI. Replace DSDT if DSDT.aml is found */
int setupAcpi(void)
{
int version;
void *new_dsdt;
bool drop_ssdt;
// Load replacement DSDT
new_dsdt=loadACPITable("DSDT.aml");
if (!new_dsdt)
{
return setupAcpiNoMod();
}
DBG("New DSDT Loaded in memory\n");
{
bool tmp;
drop_ssdt=getBoolForKey(kDropSSDT, &tmp, &bootInfo->bootConfig)&&tmp;
}
// Do the same procedure for both versions of ACPI
for (version=0; version<2; version++) {
struct acpi_2_rsdp *rsdp, *rsdp_mod;
struct acpi_2_rsdt *rsdt, *rsdt_mod;
int rsdplength;
// Find original rsdp
rsdp=(struct acpi_2_rsdp *)(version?getAddressOfAcpi20Table():getAddressOfAcpiTable());
if (!rsdp)
{
DBG("No ACPI version %d found. Ignoring\n", version+1);
if (version)
addConfigurationTable(&gEfiAcpi20TableGuid, NULL, "ACPI_20");
else
addConfigurationTable(&gEfiAcpiTableGuid, NULL, "ACPI");
continue;
}
rsdplength=version?rsdp->Length:20;
DBG("RSDP version %d found @%x. Length=%d\n",version+1,rsdp,rsdplength);
/* FIXME: no check that memory allocation succeeded
* Copy and patch RSDP,RSDT, XSDT and FADT
* For more info see ACPI Specification pages 110 and following
*/
rsdp_mod=(struct acpi_2_rsdp *) AllocateKernelMemory(rsdplength);
memcpy(rsdp_mod, rsdp, rsdplength);
rsdt=(struct acpi_2_rsdt *)(rsdp->RsdtAddress);
DBG("RSDT @%x, Length %d\n",rsdt, rsdt->Length);
if (rsdt && (uint32_t)rsdt !=0xffffffff && rsdt->Length<0x10000)
{
uint32_t *rsdt_entries;
int rsdt_entries_num;
int dropoffset=0, i;
rsdt_mod=(struct acpi_2_rsdt *)AllocateKernelMemory(rsdt->Length);
memcpy (rsdt_mod, rsdt, rsdt->Length);
rsdp_mod->RsdtAddress=(uint32_t)rsdt_mod;
rsdt_entries_num=(rsdt_mod->Length-sizeof(struct acpi_2_rsdt))/4;
rsdt_entries=(uint32_t *)(rsdt_mod+1);
for (i=0;i<rsdt_entries_num;i++)
{
char *table=(char *)(rsdt_entries[i]);
if (!table)
continue;
DBG("TABLE %c%c%c%c,",table[0],table[1],table[2],table[3]);
rsdt_entries[i-dropoffset]=rsdt_entries[i];
if (drop_ssdt && table[0]=='S' && table[1]=='S' && table[2]=='D' && table[3]=='T')
{
dropoffset++;
continue;
}
if (table[0]=='D' && table[1]=='S' && table[2]=='D' && table[3]=='T')
{
DBG("DSDT found\n");
rsdt_entries[i-dropoffset]=(uint32_t)new_dsdt;
continue;
}
if (table[0]=='F' && table[1]=='A' && table[2]=='C' && table[3]=='P')
{
struct acpi_2_fadt *fadt, *fadt_mod;
fadt=(struct acpi_2_fadt *)rsdt_entries[i];
DBG("FADT found @%x, Length %d\n",fadt, fadt->Length);
if (!fadt || (uint32_t)fadt == 0xffffffff || fadt->Length>0x10000)
{
printf("FADT incorrect. Not modified\n");
continue;
}
fadt_mod = patch_fadt(fadt, new_dsdt);
rsdt_entries[i-dropoffset]=(uint32_t)fadt_mod;
continue;
}
}
DBG("\n");
// Correct the checksum of RSDT
rsdt_mod->Length-=4*dropoffset;
DBG("RSDT: Original checksum %d, ", rsdt_mod->Checksum);
rsdt_mod->Checksum=0;
rsdt_mod->Checksum=256-checksum8(rsdt_mod,rsdt_mod->Length);
DBG("New checksum %d at %x\n", rsdt_mod->Checksum,rsdt_mod);
}
else
{
rsdp_mod->RsdtAddress=0;
printf("RSDT not found or RSDT incorrect\n");
}
if (version)
{
struct acpi_2_xsdt *xsdt, *xsdt_mod;
// FIXME: handle 64-bit address correctly
xsdt=(struct acpi_2_xsdt*) ((uint32_t)rsdp->XsdtAddress);
DBG("XSDT @%x;%x, Length=%d\n", (uint32_t)(rsdp->XsdtAddress>>32),(uint32_t)rsdp->XsdtAddress,
xsdt->Length);
if (xsdt && (uint64_t)rsdp->XsdtAddress<0xffffffff && xsdt->Length<0x10000)
{
uint64_t *xsdt_entries;
int xsdt_entries_num, i;
int dropoffset=0;
xsdt_mod=(struct acpi_2_xsdt*)AllocateKernelMemory(xsdt->Length);
memcpy(xsdt_mod, xsdt, xsdt->Length);
rsdp_mod->XsdtAddress=(uint32_t)xsdt_mod;
xsdt_entries_num=(xsdt_mod->Length-sizeof(struct acpi_2_xsdt))/8;
xsdt_entries=(uint64_t *)(xsdt_mod+1);
for (i=0;i<xsdt_entries_num;i++)
{
char *table=(char *)((uint32_t)(xsdt_entries[i]));
if (!table)
continue;
xsdt_entries[i-dropoffset]=xsdt_entries[i];
if (drop_ssdt && table[0]=='S' && table[1]=='S' && table[2]=='D' && table[3]=='T')
{
dropoffset++;
continue;
}
if (table[0]=='D' && table[1]=='S' && table[2]=='D' && table[3]=='T')
{
DBG("DSDT found\n");
xsdt_entries[i-dropoffset]=(uint32_t)new_dsdt;
DBG("TABLE %c%c%c%c@%x,",table[0],table[1],table[2],table[3],xsdt_entries[i]);
continue;
}
if (table[0]=='F' && table[1]=='A' && table[2]=='C' && table[3]=='P')
{
struct acpi_2_fadt *fadt, *fadt_mod;
fadt=(struct acpi_2_fadt *)(uint32_t)xsdt_entries[i];
DBG("FADT found @%x,%x, Length %d\n",(uint32_t)(xsdt_entries[i]>>32),fadt,
fadt->Length);
if (!fadt || (uint64_t)xsdt_entries[i] >= 0xffffffff || fadt->Length>0x10000)
{
verbose("FADT incorrect or after 4GB. Dropping XSDT\n");
goto drop_xsdt;
}
fadt_mod = patch_fadt(fadt, new_dsdt);
xsdt_entries[i-dropoffset]=(uint32_t)fadt_mod;
DBG("TABLE %c%c%c%c@%x,",table[0],table[1],table[2],table[3],xsdt_entries[i]);
continue;
}
DBG("TABLE %c%c%c%c@%x,",table[0],table[1],table[2],table[3],xsdt_entries[i]);
}
// Correct the checksum of XSDT
xsdt_mod->Length-=8*dropoffset;
xsdt_mod->Checksum=0;
xsdt_mod->Checksum=256-checksum8(xsdt_mod,xsdt_mod->Length);
}
else
{
drop_xsdt:
DBG("About to drop XSDT\n");
/*FIXME: Now we just hope that if MacOS doesn't find XSDT it reverts to RSDT.
* A Better strategy would be to generate
*/
rsdp_mod->XsdtAddress=0xffffffffffffffffLL;
verbose("XSDT not found or XSDT incorrect\n");
}
}
// Correct the checksum of RSDP
DBG("RSDP: Original checksum %d, ", rsdp_mod->Checksum);
rsdp_mod->Checksum=0;
rsdp_mod->Checksum=256-checksum8(rsdp_mod,20);
DBG("New checksum %d\n", rsdp_mod->Checksum);
if (version)
{
DBG("RSDP: Original extended checksum %d", rsdp_mod->ExtendedChecksum);
rsdp_mod->ExtendedChecksum=0;
rsdp_mod->ExtendedChecksum=256-checksum8(rsdp_mod,rsdp_mod->Length);
DBG("New extended checksum %d\n", rsdp_mod->ExtendedChecksum);
}
verbose("Patched ACPI version %d DSDT\n", version+1);
if (version)
{
/* XXX aserebln why uint32 cast if pointer is uint64 ? */
acpi20_p = (uint32_t)rsdp_mod;
addConfigurationTable(&gEfiAcpi20TableGuid, &acpi20_p, "ACPI_20");
}
else
{
/* XXX aserebln why uint32 cast if pointer is uint64 ? */
acpi10_p = (uint32_t)rsdp_mod;
addConfigurationTable(&gEfiAcpiTableGuid, &acpi10_p, "ACPI");
}
}
#if DEBUG_DSDT
printf("Press a key to continue... (DEBUG_DSDT)\n");
getc();
#endif
return 1;
}
trunk/i386/libsaio/dsdt_patcher.h
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/*
* Copyright 2008 mackerintel
*/
#ifndef __LIBSAIO_DSDT_PATCHER_H
#define __LIBSAIO_DSDT_PATCHER_H
#include "libsaio.h"
uint64_t acpi10_p;
uint64_t acpi20_p;
uint64_t smbios_p;
extern int setupAcpi();
extern EFI_STATUS addConfigurationTable();
extern EFI_GUID gEfiAcpiTableGuid;
extern EFI_GUID gEfiAcpi20TableGuid;
#endif /* !__LIBSAIO_DSDT_PATCHER_H */
trunk/i386/libsaio/acpi_patcher.c
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/*
* Copyright 2008 mackerintel
*/
#include "libsaio.h"
#include "boot.h"
#include "bootstruct.h"
#include "acpi.h"
#include "efi_tables.h"
#include "fake_efi.h"
#include "acpi_patcher.h"
#include "platform.h"
#include "cpu.h"
#include "aml_generator.h"
#ifndef DEBUG_ACPI
#define DEBUG_ACPI 0
#endif
#if DEBUG_ACPI==2
#define DBG(x...) {printf(x); sleep(1);}
#elif DEBUG_ACPI==1
#define DBG(x...) printf(x)
#else
#define DBG(x...)
#endif
// Slice: New signature compare function
boolean_t tableSign(char *table, const char *sgn)
{
int i;
for (i=0; i<4; i++) {
if ((table[i] &~0x20) != (sgn[i] &~0x20)) {
return FALSE;
}
}
return TRUE;
}
/* Gets the ACPI 1.0 RSDP address */
static struct acpi_2_rsdp* getAddressOfAcpiTable()
{
/* TODO: Before searching the BIOS space we are supposed to search the first 1K of the EBDA */
void *acpi_addr = (void*)ACPI_RANGE_START;
for(; acpi_addr <= (void*)ACPI_RANGE_END; acpi_addr += 16)
{
if(*(uint64_t *)acpi_addr == ACPI_SIGNATURE_UINT64_LE)
{
uint8_t csum = checksum8(acpi_addr, 20);
if(csum == 0)
{
// Only return the table if it is a true version 1.0 table (Revision 0)
if(((struct acpi_2_rsdp*)acpi_addr)->Revision == 0)
return acpi_addr;
}
}
}
return NULL;
}
/* Gets the ACPI 2.0 RSDP address */
static struct acpi_2_rsdp* getAddressOfAcpi20Table()
{
/* TODO: Before searching the BIOS space we are supposed to search the first 1K of the EBDA */
void *acpi_addr = (void*)ACPI_RANGE_START;
for(; acpi_addr <= (void*)ACPI_RANGE_END; acpi_addr += 16)
{
if(*(uint64_t *)acpi_addr == ACPI_SIGNATURE_UINT64_LE)
{
uint8_t csum = checksum8(acpi_addr, 20);
/* Only assume this is a 2.0 or better table if the revision is greater than 0
* NOTE: ACPI 3.0 spec only seems to say that 1.0 tables have revision 1
* and that the current revision is 2.. I am going to assume that rev > 0 is 2.0.
*/
if(csum == 0 && (((struct acpi_2_rsdp*)acpi_addr)->Revision > 0))
{
uint8_t csum2 = checksum8(acpi_addr, sizeof(struct acpi_2_rsdp));
if(csum2 == 0)
return acpi_addr;
}
}
}
return NULL;
}
/** The folowing ACPI Table search algo. should be reused anywhere needed:*/
int search_and_get_acpi_fd(const char * filename, const char ** outDirspec)
{
int fd=0;
const char * overriden_pathname=NULL;
static char dirspec[512]="";
static bool first_time =true;
int len=0;
/// Take in accound user overriding if it's DSDT only
if (strstr(filename, "DSDT") &&
getValueForKey(kDSDT, &overriden_pathname, &len,
&bootInfo->bootConfig))
{
sprintf(dirspec, "%s", overriden_pathname);
fd=open (dirspec,0);
if (fd>=0) goto success_fd;
}
// Check that dirspec is not already assigned with a path
if (!first_time && *dirspec)
{ // it is so start searching this cached patch first
//extract path
for (len=strlen(dirspec)-1; len; len--)
if (dirspec[len]=='/' || len==0)
{
dirspec[len]='\0';
break;
}
// now concat with the filename
strncat(dirspec, "/", sizeof(dirspec));
strncat(dirspec, filename, sizeof(dirspec));
// and test to see if we don't have our big boy here:
fd=open (dirspec,0);
if (fd>=0)
{
// printf("ACPI file search cache hit: file found at %s\n", dirspec);
goto success_fd;
}
}
// Start searching any potential location for ACPI Table
// search the Extra folders first
sprintf(dirspec,"/Extra/%s",filename);
fd=open (dirspec,0);
if (fd>=0) goto success_fd;
sprintf(dirspec,"bt(0,0)/Extra/%s",filename);
fd=open (dirspec,0);
if (fd>=0) goto success_fd;
sprintf(dirspec, "%s", filename); // search current dir
fd=open (dirspec,0);
if (fd>=0) goto success_fd;
sprintf(dirspec, "/%s", filename); // search root
fd=open (dirspec,0);
if (fd>=0) goto success_fd;
// NOT FOUND:
//verbose("ACPI Table not found: %s\n", filename);
if (outDirspec) *outDirspec = "";
first_time = false;
return -1;
// FOUND
success_fd:
first_time = false;
if (outDirspec) *outDirspec = dirspec;
return fd;
}
void *loadACPITable (const char * filename)
{
void *tableAddr;
const char * dirspec=NULL;
int fd = search_and_get_acpi_fd(filename, &dirspec);
if (fd>=0)
{
tableAddr=(void*)AllocateKernelMemory(file_size (fd));
if (tableAddr)
{
if (read (fd, tableAddr, file_size (fd))!=file_size (fd))
{
printf("Couldn't read table %s\n",dirspec);
free (tableAddr);
close (fd);
return NULL;
}
DBG("Table %s read and stored at: %x\n", dirspec, tableAddr);
close (fd);
return tableAddr;
}
close (fd);
printf("Couldn't allocate memory for table \n", dirspec);
}
//printf("Couldn't find table %s\n", filename);
return NULL;
}
uint8_tacpi_cpu_count = 0;
char* acpi_cpu_name[32];
void find_acpi_cpu_names(unsigned char* dsdt, int length)
{
int i;
for (i=0; i<length-7; i++)
{
if (dsdt[i] == 0x83 && dsdt[i+1] == 0x0B && dsdt[i+6] < 32)
{
acpi_cpu_name[acpi_cpu_count] = malloc(5);
int j;
for (j=0; j<4; j++)
{
if (aml_isvalidchar(dsdt[i+2+j]))
{
acpi_cpu_name[acpi_cpu_count][j] = dsdt[i+2+j];
}
else
{
verbose("Invalid characters found in ProcessorOP!");
free(acpi_cpu_name[acpi_cpu_count]);
continue;
}
}
verbose("Found %c%c%c%c (from DSDT)\n", acpi_cpu_name[acpi_cpu_count][0], acpi_cpu_name[acpi_cpu_count][1], acpi_cpu_name[acpi_cpu_count][2], acpi_cpu_name[acpi_cpu_count][3]);
acpi_cpu_count++;
}
}
}
struct acpi_2_ssdt *generate_cst_ssdt(struct acpi_2_fadt* fadt)
{
char ssdt_header[] =
{
0x53, 0x53, 0x44, 0x54, 0xE7, 0x00, 0x00, 0x00, /* SSDT.... */
0x01, 0x17, 0x50, 0x6D, 0x52, 0x65, 0x66, 0x41, /* ..PmRefA */
0x43, 0x70, 0x75, 0x43, 0x73, 0x74, 0x00, 0x00, /* CpuCst.. */
0x00, 0x10, 0x00, 0x00, 0x49, 0x4E, 0x54, 0x4C, /* ....INTL */
0x31, 0x03, 0x10, 0x20 /* 1.._*/
};
char chunk_name_body[] =
{
0x5C, 0x5F, 0x50, 0x52, 0x5F, 0x08, 0x43, 0x53, /* \_PR_.CS */
0x54, 0x5F/* T_*/
};
char chunk_c1[] =
{
0x12, 0x1C, 0x04, 0x11, 0x14, 0x0A, 0x11, 0x82,
0x0C, 0x00, 0x7F, 0x01, 0x02, 0x01, 0x00, 0x00,
0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x79, 0x00,
0x01, 0x01, 0x0B, 0xE8, 0x03
};
char chunk_c2[] =
{
0x12, 0x1E, 0x04, 0x11, 0x14, 0x0A, 0x11, 0x82,
0x0C, 0x00, 0x7F, 0x01, 0x02, 0x01, 0x10, 0x00,
0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x79, 0x00,
0x0A, 0x02, 0x0A, 0x40, 0x0B, 0xF4, 0x01
};
char chunk_c3[] =
{
0x12, 0x1F, 0x04, 0x11, 0x14, 0x0A, 0x11, 0x82,
0x0C, 0x00, 0x7F, 0x01, 0x02, 0x01, 0x20, 0x00,
0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x79, 0x00,
0x0A, 0x03, 0x0B, 0x60, 0x03, 0x0B, 0x5E, 0x01
};
char chunk_alias[] =
{
0x10, 0x14, 0x5C, 0x2E, 0x5F, 0x50, 0x52, 0x5F, /* ..\._PR_ */
0x43, 0x50, 0x55, 0x30, 0x06, 0x43, 0x53, 0x54, /* CPU0.CST */
0x5F, 0x5F, 0x43, 0x53, 0x54/* __CST*/
};
if (fadt == NULL) {
verbose ("FACP not exists: C-States not generated !!!\n");
return NULL;
}
struct acpi_2_dsdt* dsdt = (void*)fadt->DSDT;
if (dsdt == NULL) {
verbose ("DSDT not found: C-States not generated !!!\n");
return NULL;
}
if (acpi_cpu_count == 0)
find_acpi_cpu_names((void*)dsdt, dsdt->Length);
if (acpi_cpu_count > 0) {
bool c2_enabled = fadt->C2_Latency < 100, c3_enabled = fadt->C3_Latency < 1000;
// Setup C2 Latency
if (c2_enabled)
chunk_c2[27] = fadt->C2_Latency & 0xff;
// Setup C3 Latency
if (c3_enabled) {
chunk_c3[27] = fadt->C3_Latency & 0xff;
chunk_c3[28] = (fadt->C3_Latency >> 8) & 0xff;
}
// Generating SSDT
uint32_t package_length =
4 +
sizeof(chunk_c1) +
c2_enabled * sizeof(chunk_c2) +
c3_enabled * sizeof(chunk_c3);
if (package_length > 0x3f)
package_length++;
uint32_t name_length =
1 +
sizeof(chunk_name_body) +
1 + package_length;
if (name_length > 0x3f)
name_length++;
uint32_t ssdt_size =
sizeof(ssdt_header) +
1 + name_length +
acpi_cpu_count * sizeof(chunk_alias);
struct acpi_2_ssdt *ssdt = (void*)AllocateKernelMemory(ssdt_size);
int fd = openmem((char*)ssdt, ssdt_size);
// Header
write(fd, ssdt_header, sizeof(ssdt_header));
// Scope (\_PR) { Name (CST
writebyte(fd, 0x10); // id
if (name_length > 0x3f)
{
writebyte(fd, 0x40 | (name_length & 0xf)); // lo half-byte
writebyte(fd, name_length >> 4); // hi byte
}
else
{
writebyte(fd, name_length); // length
}
write(fd, chunk_name_body, sizeof(chunk_name_body));
//Package (0x04) { 0x03,
writebyte(fd, 0x12); // id
if (package_length > 0x3f)
{
writebyte(fd, 0x40 | (package_length & 0xf)); // lo half-byte
writebyte(fd, package_length >> 4); // hi byte
}
else
{
writebyte(fd, package_length); // length
}
uint8_t cstates_count = 1 + c2_enabled + c3_enabled;
writebyte(fd, cstates_count + 1);
writebyte(fd, 0x0A); // first entry - number of c-states
writebyte(fd, cstates_count);
// C1
write(fd, chunk_c1, sizeof(chunk_c1));
// C2
if (c2_enabled)
write(fd, chunk_c2, sizeof(chunk_c2));
// C3
if (c3_enabled)
write(fd, chunk_c3, sizeof(chunk_c3));
// Write aliases
int i;
for (i = 0; i < acpi_cpu_count; i++) {
int j;
for (j = 0; j < 4; j++)
chunk_alias[8+j] = acpi_cpu_name[i][j];
write(fd, chunk_alias, sizeof(chunk_alias));
}
close(fd);
ssdt->Length = ssdt_size;
ssdt->Checksum = 0;
ssdt->Checksum = 256 - checksum8(ssdt, ssdt->Length);
//dumpPhysAddr("C-States SSDT content: ", ssdt, ssdt_size);
verbose ("SSDT with CPU C-States generated successfully\n");
return ssdt;
}
else {
verbose ("DSDT CPUs not found: C-States not generated !!!\n");
}
return NULL;
}
struct acpi_2_ssdt *generate_pss_ssdt(struct acpi_2_dsdt* dsdt)
{
char ssdt_header[] =
{
0x53, 0x53, 0x44, 0x54, 0x7E, 0x00, 0x00, 0x00, /* SSDT.... */
0x01, 0x6A, 0x50, 0x6D, 0x52, 0x65, 0x66, 0x00, /* ..PmRef. */
0x43, 0x70, 0x75, 0x50, 0x6D, 0x00, 0x00, 0x00, /* CpuPm... */
0x00, 0x30, 0x00, 0x00, 0x49, 0x4E, 0x54, 0x4C, /* .0..INTL */
0x31, 0x03, 0x10, 0x20,/* 1.._*/
};
char chunk_name_body[] =
{
0x5C, 0x5F, 0x50, 0x52, 0x5F, 0x08, 0x50, 0x53, /* \_PR_.PS */
0x53, 0x5F/* S_*/
};
char chunk_alias[] =
{
0x10, 0x14, 0x5C, 0x2E, 0x5F, 0x50, 0x52, 0x5F, /* ..\._PR_ */
0x43, 0x50, 0x55, 0x30, 0x06, 0x50, 0x53, 0x53, /* CPU0.PSS */
0x5F, 0x5F, 0x50, 0x53, 0x53/* __PSS*/
};
if (Platform.CPU.Vendor != 0x756E6547) {
verbose ("Not an Intel platform: P-States will not be generated !!!\n");
return NULL;
}
if (!(Platform.CPU.Features & CPU_FEATURE_MSR)) {
verbose ("Unsupported CPU: P-States will not be generated !!!\n");
return NULL;
}
if (acpi_cpu_count == 0)
find_acpi_cpu_names((void*)dsdt, dsdt->Length);
if (acpi_cpu_count > 0)
{
bool cpu_dynamic_fsb = false, cpu_noninteger_bus_ratio = (rdmsr64(MSR_IA32_PERF_STATUS) & (1ULL << 46));
struct p_state initial, maximum, minimum, p_states[32];
uint8_t p_states_count;
// Retrieving P-States, ported from code by superhai (c)
switch (Platform.CPU.Family) {
case 0x06:
{
switch (Platform.CPU.Model)
{
case 0x0F: // Intel Core (65nm)
case 0x17: // Intel Core (45nm)
case 0x1C: // Intel Atom (45nm)
case 0x1A: // Intel Core i7 LGA1366 (45nm)
case 0x1E: // Intel Core i5, i7 LGA1156 (45nm)
case 0x25: // Intel Core i3, i5, i7 LGA1156 (32nm)
case 0x2C: // Intel Core i7 LGA1366 (32nm) 6 Core
if (rdmsr64(MSR_IA32_EXT_CONFIG) & (1 << 27))
{
wrmsr64(MSR_IA32_EXT_CONFIG, (rdmsr64(MSR_IA32_EXT_CONFIG) | (1 << 28)));
delay(1);
cpu_dynamic_fsb = rdmsr64(MSR_IA32_EXT_CONFIG) & (1 << 28);
}
break;
}
}
}
initial.Control = rdmsr64(MSR_IA32_PERF_STATUS);
maximum.Control = ((rdmsr64(MSR_IA32_PERF_STATUS) >> 32) & 0x1F3F) | (0x4000 * cpu_noninteger_bus_ratio);
maximum.CID = ((maximum.FID & 0x1F) << 1) | cpu_noninteger_bus_ratio;
minimum.FID = ((rdmsr64(MSR_IA32_PERF_STATUS) >> 24) & 0x1F) | (0x80 * cpu_dynamic_fsb);
minimum.VID = ((rdmsr64(MSR_IA32_PERF_STATUS) >> 48) & 0x3F);
if (minimum.FID == 0)
{
uint8_t i;
// Probe for lowest fid
for (i = maximum.FID; i >= 0x6; i--)
{
wrmsr64(MSR_IA32_PERF_CONTROL, (rdmsr64(MSR_IA32_PERF_CONTROL) & 0xFFFFFFFFFFFF0000ULL) | (i << 8) | minimum.VID);
intel_waitforsts();
minimum.FID = (rdmsr64(MSR_IA32_PERF_STATUS) >> 8) & 0x1F;
delay(1);
}
wrmsr64(MSR_IA32_PERF_CONTROL, (rdmsr64(MSR_IA32_PERF_CONTROL) & 0xFFFFFFFFFFFF0000ULL) | (maximum.FID << 8) | maximum.VID);
intel_waitforsts();
}
if (minimum.VID == maximum.VID)
{
uint8_t i;
// Probe for lowest vid
for (i = maximum.VID; i > 0xA; i--)
{
wrmsr64(MSR_IA32_PERF_CONTROL, (rdmsr64(MSR_IA32_PERF_CONTROL) & 0xFFFFFFFFFFFF0000ULL) | (minimum.FID << 8) | i);
intel_waitforsts();
minimum.VID = rdmsr64(MSR_IA32_PERF_STATUS) & 0x3F;
delay(1);
}
wrmsr64(MSR_IA32_PERF_CONTROL, (rdmsr64(MSR_IA32_PERF_CONTROL) & 0xFFFFFFFFFFFF0000ULL) | (maximum.FID << 8) | maximum.VID);
intel_waitforsts();
}
minimum.CID = ((minimum.FID & 0x1F) << 1) >> cpu_dynamic_fsb;
// Sanity check
if (maximum.CID < minimum.CID)
{
DBG("Insane FID values!");
p_states_count = 1;
}
else
{
// Finalize P-States
// Find how many P-States machine supports
p_states_count = maximum.CID - minimum.CID + 1;
if (p_states_count > 32)
p_states_count = 32;
uint8_t vidstep;
uint8_t i = 0, u, invalid = 0;
vidstep = ((maximum.VID << 2) - (minimum.VID << 2)) / (p_states_count - 1);
for (u = 0; u < p_states_count; u++)
{
i = u - invalid;
p_states[i].CID = maximum.CID - u;
p_states[i].FID = (p_states[i].CID >> 1);
if (p_states[i].FID < 0x6)
{
if (cpu_dynamic_fsb)
p_states[i].FID = (p_states[i].FID << 1) | 0x80;
}
else if (cpu_noninteger_bus_ratio)
{
p_states[i].FID = p_states[i].FID | (0x40 * (p_states[i].CID & 0x1));
}
if (i && p_states[i].FID == p_states[i-1].FID)
invalid++;
p_states[i].VID = ((maximum.VID << 2) - (vidstep * u)) >> 2;
uint32_t multiplier = p_states[i].FID & 0x1f;// = 0x08
bool half = p_states[i].FID & 0x40;// = 0x01
bool dfsb = p_states[i].FID & 0x80;// = 0x00
uint32_t fsb = Platform.CPU.FSBFrequency / 1000000; // = 400
uint32_t halffsb = (fsb + 1) >> 1;// = 200
uint32_t frequency = (multiplier * fsb);// = 3200
p_states[i].Frequency = (frequency + (half * halffsb)) >> dfsb;// = 3200 + 200 = 3400
}
p_states_count -= invalid;
}
// Generating SSDT
if (p_states_count > 0)
{
uint32_t i, pss_entries_size = 33 * p_states_count, pss_package_length = pss_entries_size + 2;
if (pss_package_length > 0x3f) pss_package_length++; // for chunks > 0x3f bytes length have 2 bytes encoding
uint32_t pss_name_length = (1 /* id=0x12 */ + pss_package_length) + (1 + 10);
if (pss_name_length > 0x3f) pss_name_length++;
uint32_t ssdt_size = 36 + (1 /* id=0x10 */ + pss_name_length) + acpi_cpu_count * sizeof(chunk_alias);
struct acpi_2_ssdt *ssdt = (void*)AllocateKernelMemory(ssdt_size);
int fd = openmem((char*)ssdt, ssdt_size);
// write header
write(fd, ssdt_header, sizeof(ssdt_header));
// write Scope (\_PR) {Name (PSS, ...
writebyte(fd, 0x10); // id
if (pss_name_length > 0x3f)
{
writebyte(fd, 0x40 | (pss_name_length & 0xf)); // lo half-byte
writebyte(fd, pss_name_length >> 4); // hi byte
}
else
{
writebyte(fd, pss_name_length); // length
}
write(fd, chunk_name_body, sizeof(chunk_name_body));
// write Package(p_states_count) { ...
writebyte(fd, 0x12); // id
if (pss_package_length > 0x3f)
{
writebyte(fd, 0x40 | (pss_package_length & 0xf)); // lo half-byte
writebyte(fd, pss_package_length >> 4); // hi byte
}
else
{
writebyte(fd, pss_package_length); // length
}
writebyte(fd, p_states_count); // entries
for (i = 0; i < p_states_count; i++)
{
DBG("P-State: Frequency %d MHz, FID 0x%x, VID 0x%x\n", p_states[i].Frequency, p_states[i].FID, p_states[i].VID);
writebyte(fd, 0x12); // chunk id
writebyte(fd, 32); // chunk length without id
writebyte(fd, 6); // entries
writebyte(fd, 0x0C); /* id */ writeint(fd, p_states[i].Frequency); // value
writebyte(fd, 0x0C); /* id */ writeint(fd, 0x00000000); // value
writebyte(fd, 0x0C); /* id */ writeint(fd, 0x0000000A); // value
writebyte(fd, 0x0C); /* id */ writeint(fd, 0x0000000A); // value
writebyte(fd, 0x0C); /* id */ writeint(fd, p_states[i].Control); // value
writebyte(fd, 0x0C); /* id */ writeint(fd, i + 1); // value
}
// Write aliases
for (i = 0; i < acpi_cpu_count; i++) {
int j;
for (j = 0; j < 4; j++)
chunk_alias[8+j] = acpi_cpu_name[i][j];
write(fd, chunk_alias, sizeof(chunk_alias));
}
ssdt->Length = ssdt_size;
ssdt->Checksum = 0;
ssdt->Checksum = 256 - checksum8(ssdt, ssdt->Length);
//dumpPhysAddr("P-States SSDT content: ", ssdt, ssdt_size);
verbose ("SSDT with CPU P-States generated successfully\n");
return ssdt;
}
}
else {
verbose ("DSDT CPUs not found: P-States not generated !!!\n");
}
return NULL;
}
struct acpi_2_fadt *patch_fadt(struct acpi_2_fadt *fadt, struct acpi_2_dsdt *new_dsdt)
{
extern void setupSystemType();
struct acpi_2_fadt *fadt_mod;
bool fadt_rev2_needed = false;
bool fix_restart;
const char * value;
// Restart Fix
if (Platform.CPU.Vendor == 0x756E6547) {/* Intel */
fix_restart = true;
getBoolForKey(kRestartFix, &fix_restart, &bootInfo->bootConfig);
} else {
verbose ("Not an Intel platform: Restart Fix not applied !!!\n");
fix_restart = false;
}
if (fix_restart) fadt_rev2_needed = true;
// Allocate new fadt table
if (fadt->Length < 0x84 && fadt_rev2_needed)
{
fadt_mod=(struct acpi_2_fadt *)AllocateKernelMemory(0x84);
memcpy(fadt_mod, fadt, fadt->Length);
fadt_mod->Length = 0x84;
fadt_mod->Revision = 0x02; // FADT rev 2 (ACPI 1.0B MS extensions)
}
else
{
fadt_mod=(struct acpi_2_fadt *)AllocateKernelMemory(fadt->Length);
memcpy(fadt_mod, fadt, fadt->Length);
}
// Determine system type / PM_Model
if ( (value=getStringForKey(kSystemType, &bootInfo->bootConfig))!=NULL)
{
if (Platform.Type > 6)
{
if(fadt_mod->PM_Profile<=6)
Platform.Type = fadt_mod->PM_Profile; // get the fadt if correct
else
Platform.Type = 1;/* Set a fixed value (Desktop) */
verbose("Error: system-type must be 0..6. Defaulting to %d !\n", Platform.Type);
}
else
Platform.Type = (unsigned char) strtoul(value, NULL, 10);
}
// Set PM_Profile from System-type if only if user wanted this value to be forced
if (fadt_mod->PM_Profile != Platform.Type)
{
if (value)
{ // user has overriden the SystemType so take care of it in FACP
verbose("FADT: changing PM_Profile from 0x%02x to 0x%02x\n", fadt_mod->PM_Profile, Platform.Type);
fadt_mod->PM_Profile = Platform.Type;
}
else
{ // PM_Profile has a different value and no override has been set, so reflect the user value to ioregs
Platform.Type = fadt_mod->PM_Profile <= 6 ? fadt_mod->PM_Profile : 1;
}
}
// We now have to write the systemm-type in ioregs: we cannot do it before in setupDeviceTree()
// because we need to take care of facp original content, if it is correct.
setupSystemType();
// Patch FADT to fix restart
if (fix_restart)
{
fadt_mod->Flags|= 0x400;
fadt_mod->Reset_SpaceID= 0x01; // System I/O
fadt_mod->Reset_BitWidth= 0x08; // 1 byte
fadt_mod->Reset_BitOffset= 0x00; // Offset 0
fadt_mod->Reset_AccessWidth= 0x01; // Byte access
fadt_mod->Reset_Address= 0x0cf9; // Address of the register
fadt_mod->Reset_Value= 0x06; // Value to write to reset the system
verbose("FADT: Restart Fix applied!\n");
}
// Patch DSDT Address if we have loaded DSDT.aml
if(new_dsdt)
{
DBG("DSDT: Old @%x,%x, ",fadt_mod->DSDT,fadt_mod->X_DSDT);
fadt_mod->DSDT=(uint32_t)new_dsdt;
if ((uint32_t)(&(fadt_mod->X_DSDT))-(uint32_t)fadt_mod+8<=fadt_mod->Length)
fadt_mod->X_DSDT=(uint32_t)new_dsdt;
DBG("New @%x,%x\n",fadt_mod->DSDT,fadt_mod->X_DSDT);
verbose("FADT: Using custom DSDT!\n");
}
// Correct the checksum
fadt_mod->Checksum=0;
fadt_mod->Checksum=256-checksum8(fadt_mod,fadt_mod->Length);
return fadt_mod;
}
/* Setup ACPI without replacing DSDT. */
int setupAcpiNoMod()
{
//addConfigurationTable(&gEfiAcpiTableGuid, getAddressOfAcpiTable(), "ACPI");
//addConfigurationTable(&gEfiAcpi20TableGuid, getAddressOfAcpi20Table(), "ACPI_20");
/* XXX aserebln why uint32 cast if pointer is uint64 ? */
acpi10_p = (uint32_t)getAddressOfAcpiTable();
acpi20_p = (uint32_t)getAddressOfAcpi20Table();
addConfigurationTable(&gEfiAcpiTableGuid, &acpi10_p, "ACPI");
if(acpi20_p) addConfigurationTable(&gEfiAcpi20TableGuid, &acpi20_p, "ACPI_20");
return 1;
}
/* Setup ACPI. Replace DSDT if DSDT.aml is found */
int setupAcpi(void)
{
int version;
void *new_dsdt;
// Load replacement DSDT
new_dsdt=loadACPITable("DSDT.aml");
// Mozodojo: going to patch FACP and load SSDT's even if DSDT.aml is not present
/*if (!new_dsdt)
{
return setupAcpiNoMod();
}*/
// Mozodojo: Load additional SSDTs
struct acpi_2_ssdt *new_ssdt[32]; // 30 + 2 additional tables for pss & cst
struct acpi_2_fadt *fadt; // will be used in CST generator
int ssdt_count=0;
bool drop_ssdt=false, generate_pstates=false, generate_cstates=false;
getBoolForKey(kDropSSDT, &drop_ssdt, &bootInfo->bootConfig);
getBoolForKey(kGeneratePStates, &generate_pstates, &bootInfo->bootConfig);
getBoolForKey(kGenerateCStates, &generate_cstates, &bootInfo->bootConfig);
{
int i;
for (i=0; i<30; i++)
{
char *filename[512];
sprintf(filename, i>0?"SSDT-%d.aml":"SSDT.aml", i);
if(new_ssdt[ssdt_count] = loadACPITable(filename))
{
ssdt_count++;
}
else
{
break;
}
}
}
// Do the same procedure for both versions of ACPI
for (version=0; version<2; version++) {
struct acpi_2_rsdp *rsdp, *rsdp_mod;
struct acpi_2_rsdt *rsdt, *rsdt_mod;
int rsdplength;
// Find original rsdp
rsdp=(struct acpi_2_rsdp *)(version?getAddressOfAcpi20Table():getAddressOfAcpiTable());
if (!rsdp)
{
DBG("No ACPI version %d found. Ignoring\n", version+1);
if (version)
addConfigurationTable(&gEfiAcpi20TableGuid, NULL, "ACPI_20");
else
addConfigurationTable(&gEfiAcpiTableGuid, NULL, "ACPI");
continue;
}
rsdplength=version?rsdp->Length:20;
DBG("RSDP version %d found @%x. Length=%d\n",version+1,rsdp,rsdplength);
/* FIXME: no check that memory allocation succeeded
* Copy and patch RSDP,RSDT, XSDT and FADT
* For more info see ACPI Specification pages 110 and following
*/
rsdp_mod=(struct acpi_2_rsdp *) AllocateKernelMemory(rsdplength);
memcpy(rsdp_mod, rsdp, rsdplength);
rsdt=(struct acpi_2_rsdt *)(rsdp->RsdtAddress);
DBG("RSDT @%x, Length %d\n",rsdt, rsdt->Length);
if (rsdt && (uint32_t)rsdt !=0xffffffff && rsdt->Length<0x10000)
{
uint32_t *rsdt_entries;
int rsdt_entries_num;
int dropoffset=0, i;
rsdt_mod=(struct acpi_2_rsdt *)AllocateKernelMemory(rsdt->Length);
memcpy (rsdt_mod, rsdt, rsdt->Length);
rsdp_mod->RsdtAddress=(uint32_t)rsdt_mod;
rsdt_entries_num=(rsdt_mod->Length-sizeof(struct acpi_2_rsdt))/4;
rsdt_entries=(uint32_t *)(rsdt_mod+1);
for (i=0;i<rsdt_entries_num;i++)
{
char *table=(char *)(rsdt_entries[i]);
if (!table)
continue;
DBG("TABLE %c%c%c%c,",table[0],table[1],table[2],table[3]);
rsdt_entries[i-dropoffset]=rsdt_entries[i];
if (drop_ssdt && tableSign(table, "SSDT"))
{
dropoffset++;
continue;
}
if (tableSign(table, "DSDT"))
{
DBG("DSDT found\n");
if(new_dsdt)
rsdt_entries[i-dropoffset]=(uint32_t)new_dsdt;
continue;
}
if (tableSign(table, "FACP"))
{
struct acpi_2_fadt *fadt_mod;
fadt=(struct acpi_2_fadt *)rsdt_entries[i];
DBG("FADT found @%x, Length %d\n",fadt, fadt->Length);
if (!fadt || (uint32_t)fadt == 0xffffffff || fadt->Length>0x10000)
{
printf("FADT incorrect. Not modified\n");
continue;
}
fadt_mod = patch_fadt(fadt, new_dsdt);
rsdt_entries[i-dropoffset]=(uint32_t)fadt_mod;
// Generate _CST SSDT
if (generate_cstates && (new_ssdt[ssdt_count] = generate_cst_ssdt(fadt_mod)))
ssdt_count++;
// Generating _PSS SSDT
if (generate_pstates && (new_ssdt[ssdt_count] = generate_pss_ssdt((void*)fadt_mod->DSDT)))
ssdt_count++;
continue;
}
}
DBG("\n");
// Mozodojo: Insert additional SSDTs into RSDT
if(ssdt_count>0)
{
uint32_t j = rsdt_mod->Length;
bool add_new_ssdt = TRUE;
rsdt_mod->Length+=4*ssdt_count-4*dropoffset;
if (rsdt_mod->Length > j)
{
struct acpi_2_rsdt *rsdt_copy = (struct acpi_2_rsdt *)AllocateKernelMemory(rsdt_mod->Length);
if (rsdt_copy)
{
memcpy (rsdt_copy, rsdt_mod, rsdt_mod->Length);
free(rsdt_mod); rsdt_mod = rsdt_copy;
rsdp_mod->RsdtAddress=(uint32_t)rsdt_mod;
rsdt_entries_num=(rsdt_mod->Length-sizeof(struct acpi_2_rsdt))/4;
rsdt_entries=(uint32_t *)(rsdt_mod+1);
}
else
{
verbose("RSDT: Couldn't allocate memory for additional SSDT tables!\n");
add_new_ssdt = FALSE;
}
}
if (add_new_ssdt)
{
for (j=0; j<ssdt_count; j++)
rsdt_entries[i-dropoffset+j]=(uint32_t)new_ssdt[j];
verbose("RSDT: Added %d SSDT table(s)\n", ssdt_count);
}
}
else
{
rsdt_mod->Length-=4*dropoffset;
}
// Correct the checksum of RSDT
DBG("RSDT: Original checksum %d, ", rsdt_mod->Checksum);
rsdt_mod->Checksum=0;
rsdt_mod->Checksum=256-checksum8(rsdt_mod,rsdt_mod->Length);
DBG("New checksum %d at %x\n", rsdt_mod->Checksum,rsdt_mod);
}
else
{
rsdp_mod->RsdtAddress=0;
printf("RSDT not found or RSDT incorrect\n");
}
if (version)
{
struct acpi_2_xsdt *xsdt, *xsdt_mod;
// FIXME: handle 64-bit address correctly
xsdt=(struct acpi_2_xsdt*) ((uint32_t)rsdp->XsdtAddress);
DBG("XSDT @%x;%x, Length=%d\n", (uint32_t)(rsdp->XsdtAddress>>32),(uint32_t)rsdp->XsdtAddress,
xsdt->Length);
if (xsdt && (uint64_t)rsdp->XsdtAddress<0xffffffff && xsdt->Length<0x10000)
{
uint64_t *xsdt_entries;
int xsdt_entries_num, i;
int dropoffset=0;
xsdt_mod=(struct acpi_2_xsdt*)AllocateKernelMemory(xsdt->Length);
memcpy(xsdt_mod, xsdt, xsdt->Length);
rsdp_mod->XsdtAddress=(uint32_t)xsdt_mod;
xsdt_entries_num=(xsdt_mod->Length-sizeof(struct acpi_2_xsdt))/8;
xsdt_entries=(uint64_t *)(xsdt_mod+1);
for (i=0;i<xsdt_entries_num;i++)
{
char *table=(char *)((uint32_t)(xsdt_entries[i]));
if (!table)
continue;
xsdt_entries[i-dropoffset]=xsdt_entries[i];
if (drop_ssdt && tableSign(table, "SSDT"))
{
dropoffset++;
continue;
}
if (tableSign(table, "DSDT"))
{
DBG("DSDT found\n");
if (new_dsdt)
xsdt_entries[i-dropoffset]=(uint32_t)new_dsdt;
DBG("TABLE %c%c%c%c@%x,",table[0],table[1],table[2],table[3],xsdt_entries[i]);
continue;
}
if (tableSign(table, "FACP"))
{
struct acpi_2_fadt *fadt_mod;
fadt=(struct acpi_2_fadt *)(uint32_t)xsdt_entries[i];
DBG("FADT found @%x,%x, Length %d\n",(uint32_t)(xsdt_entries[i]>>32),fadt,
fadt->Length);
if (!fadt || (uint64_t)xsdt_entries[i] >= 0xffffffff || fadt->Length>0x10000)
{
verbose("FADT incorrect or after 4GB. Dropping XSDT\n");
goto drop_xsdt;
}
fadt_mod = patch_fadt(fadt, new_dsdt);
xsdt_entries[i-dropoffset]=(uint32_t)fadt_mod;
DBG("TABLE %c%c%c%c@%x,",table[0],table[1],table[2],table[3],xsdt_entries[i]);
// Generate _CST SSDT
if (generate_cstates && (new_ssdt[ssdt_count] = generate_cst_ssdt(fadt_mod)))
ssdt_count++;
// Generating _PSS SSDT
if (generate_pstates && (new_ssdt[ssdt_count] = generate_pss_ssdt((void*)fadt_mod->DSDT)))
ssdt_count++;
continue;
}
DBG("TABLE %c%c%c%c@%x,",table[0],table[1],table[2],table[3],xsdt_entries[i]);
}
// Mozodojo: Insert additional SSDTs into XSDT
if(ssdt_count>0)
{
int j = xsdt_mod->Length;
bool add_new_ssdt = TRUE;
xsdt_mod->Length+=8*ssdt_count-8*dropoffset;
if (xsdt_mod->Length > j)
{
struct acpi_2_xsdt *xsdt_copy = (struct acpi_2_xsdt *)AllocateKernelMemory(xsdt_mod->Length);
if (xsdt_copy)
{
memcpy(xsdt_copy, xsdt_mod, xsdt_mod->Length);
free(xsdt_mod); xsdt_mod = xsdt_copy;
rsdp_mod->XsdtAddress=(uint32_t)xsdt_mod;
xsdt_entries_num=(xsdt_mod->Length-sizeof(struct acpi_2_xsdt))/8;
xsdt_entries=(uint64_t *)(xsdt_mod+1);
}
else
{
verbose("RSDT: Couldn't allocate memory for additional SSDT tables!\n");
add_new_ssdt = FALSE;
}
}
if (add_new_ssdt)
{
for (j=0; j<ssdt_count; j++)
xsdt_entries[i-dropoffset+j]=(uint32_t)new_ssdt[j];
verbose("Added %d SSDT table(s) into XSDT\n", ssdt_count);
}
}
else
{
xsdt_mod->Length-=8*dropoffset;
}
// Correct the checksum of XSDT
xsdt_mod->Checksum=0;
xsdt_mod->Checksum=256-checksum8(xsdt_mod,xsdt_mod->Length);
}
else
{
drop_xsdt:
DBG("About to drop XSDT\n");
/*FIXME: Now we just hope that if MacOS doesn't find XSDT it reverts to RSDT.
* A Better strategy would be to generate
*/
rsdp_mod->XsdtAddress=0xffffffffffffffffLL;
verbose("XSDT not found or XSDT incorrect\n");
}
}
// Correct the checksum of RSDP
DBG("RSDP: Original checksum %d, ", rsdp_mod->Checksum);
rsdp_mod->Checksum=0;
rsdp_mod->Checksum=256-checksum8(rsdp_mod,20);
DBG("New checksum %d\n", rsdp_mod->Checksum);
if (version)
{
DBG("RSDP: Original extended checksum %d", rsdp_mod->ExtendedChecksum);
rsdp_mod->ExtendedChecksum=0;
rsdp_mod->ExtendedChecksum=256-checksum8(rsdp_mod,rsdp_mod->Length);
DBG("New extended checksum %d\n", rsdp_mod->ExtendedChecksum);
}
//verbose("Patched ACPI version %d DSDT\n", version+1);
if (version)
{
/* XXX aserebln why uint32 cast if pointer is uint64 ? */
acpi20_p = (uint32_t)rsdp_mod;
addConfigurationTable(&gEfiAcpi20TableGuid, &acpi20_p, "ACPI_20");
}
else
{
/* XXX aserebln why uint32 cast if pointer is uint64 ? */
acpi10_p = (uint32_t)rsdp_mod;
addConfigurationTable(&gEfiAcpiTableGuid, &acpi10_p, "ACPI");
}
}
#if DEBUG_ACPI
printf("Press a key to continue... (DEBUG_ACPI)\n");
getc();
#endif
return 1;
}
trunk/i386/libsaio/spd.c
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if (!ret) sprintf(asciiSerial, "10000000%d", serialnum++);
else sprintf(asciiSerial, "%d", ret);
return asciiSerial;
return strdup(asciiSerial);
}
/** Get DDR3 or DDR2 Part Number, always return a valid ptr */
const char * getDDRPartNum(const char* spd)
{
static char asciiPartNo[32];
const char * sPart = NULL;
int i;
bool bZero = false;
int i, index = 0;
if (spd[SPD_MEMORY_TYPE]==SPD_MEMORY_TYPE_SDRAM_DDR3)
sPart = &spd[128];
else if (spd[SPD_MEMORY_TYPE]==SPD_MEMORY_TYPE_SDRAM_DDR2)
sPart = &spd[73];
if (spd[SPD_MEMORY_TYPE]==SPD_MEMORY_TYPE_SDRAM_DDR3) {
sPart = &spd[128];
}
else if (spd[SPD_MEMORY_TYPE]==SPD_MEMORY_TYPE_SDRAM_DDR2) {
sPart = &spd[73];
}
if (sPart) { // Check that the spd part name is zero terminated and that it is ascii:
bzero(asciiPartNo, 32);
for (i=0; i<32; i++) {
if (sPart[i]==0) {
bZero = true;
break;
}
else if ( !isascii(sPart[i]) ) {
sPart = NULL;
break;
}
}
if (isalpha(sPart[i]) || isdigit(sPart[i])) // It seems that System Profiler likes only letters and digits...
asciiPartNo[index++] = sPart[i];
else if (!isascii(sPart[i]))
break;
}
return strdup(asciiPartNo);
}
return ( sPart==NULL || !(*sPart) || !bZero ) ?
"N/A" : sPart;
return "N/A";
}
int mapping []= {0,2,1,3,4,6,5,7,8,10,9,11};
spd_type = (slot->spd[SPD_MEMORY_TYPE] < ((char) 12) ? slot->spd[SPD_MEMORY_TYPE] : 0);
slot->Type = spd_mem_to_smbios[spd_type];
slot->PartNo = strdup(getDDRPartNum(slot->spd) );
slot->Vendor = strdup(getVendorName(slot) );
slot->SerialNo = strdup(getDDRSerial(slot->spd));
slot->PartNo = getDDRPartNum(slot->spd);
slot->Vendor = getVendorName(slot);
slot->SerialNo = getDDRSerial(slot->spd);
// determine spd speed
speed = getDDRspeedMhz(slot->spd);
trunk/i386/libsaio/acpi_patcher.h
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/*
* Copyright 2008 mackerintel
*/
#ifndef __LIBSAIO_ACPI_PATCHER_H
#define __LIBSAIO_ACPI_PATCHER_H
#include "libsaio.h"
uint64_t acpi10_p;
uint64_t acpi20_p;
uint64_t smbios_p;
extern int setupAcpi();
extern EFI_STATUS addConfigurationTable();
extern EFI_GUID gEfiAcpiTableGuid;
extern EFI_GUID gEfiAcpi20TableGuid;
struct p_state
{
union
{
uint16_t Control;
struct
{
uint8_t VID;// Voltage ID
uint8_t FID;// Frequency ID
};
};
uint8_tCID;// Compare ID
uint32_tFrequency;
};
#endif /* !__LIBSAIO_ACPI_PATCHER_H */
trunk/i386/libsaio/Makefile
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ufs.o ufs_byteorder.o \
vbe.o nbp.o hfs.o hfs_compare.o \
xml.o ntfs.o msdos.o md5c.o device_tree.o \
cpu.o platform.o dsdt_patcher.o \
cpu.o platform.o acpi_patcher.o \
smbios_patcher.o fake_efi.o ext2fs.o \
hpet.o spd.o usb.o pci_setup.o \
device_inject.o nvidia.o ati.o pci_root.o \
convert.o mem.o
convert.o mem.o aml_generator.o
SAIO_EXTERN_OBJS = console.o
trunk/i386/libsaio/smbios_patcher.c
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static int sm_get_cputype (const char *name, int table_num)
{
if (Platform.CPU.NoCores == 1) {
return 0x0101; // <01 01> Intel Core Solo?
} else if (Platform.CPU.NoCores == 2) {
return 0x0301; // <01 03> Intel Core 2 Duo
} else if (Platform.CPU.NoCores >= 4) {
return 0x0501; // <01 05> Quad-Core Intel Xeon
if (Platform.CPU.Vendor == 0x756E6547) {
int cores = Platform.CPU.NoCores;
int intelPM = Platform.CPU.Model; //+ (Platform.CPU.ExtModel<< 4);//verify this
switch (intelPM) {
case 13: // Pentium M model D
return 0x0101;
break;
case 14: // Core Solo/Duo, "Yonah", 65nm
return 0x0201;
break;
case 15: // Pentium 4, Core 2, Xeon, "Merom", "Conroe", 65nm
switch (cores) {
case 1: // Core Solo
return 0x0201;
break;
case 2: // Core 2, 65nm
return 0x0301;
break;
case 4: // Quad Core, Xeon
return 0x0501;
break;
default:
return 0x0301;
break;
}
/* if (cores == 1)
return 0x0201; // Core Solo
else if (cores == 2)
return 0x0301; // Core 2, 65nm
else if (cores == 4)
return 0x0501; // Quad-Core Xeon
else
return 0x0301;*/
break;
case 21: // EP80579 integrated processor
return 0x0301; // ???
break;
case 22: // Core 2 Solo, "Merom-L", "Conroe-L", 45nm
return 0x0201; // ???
break;
case 23: // Core 2 Extreme, Xeon, "Penryn", "Wolfdale", 45nm
return 0x0301;
break;
case 26: // Nehalem, Xeon 5500, "Bloomfield", 45nm
return 0x0701;
break;
case 29: // Six-Core Xeon 7400, "Dunnington", 45nm
return 0x0401;
break;
case 30: // Nehalem, Xeon, "Lynnfield", "Clarksfield", "Jasper", 45nm
return 0x0701;
break;
case 31: // Core i5, Xeon MP, "Havendale", "Auburndale", 45nm
return 0x0601;
break;
case 37: // Nehalem, "Clarkdale", 32nm
return 0x0301; // ???
break;
case 44: // Nehalem, "Gulftown", 32nm
return 0x0601;
break;
case 46: // "Nehalem-ex", "Beckton", 45nm
return 0x0301; // ???
break;
default:
goto core_ident;
}
} else {
return 0x0301; // Default to Core 2 Duo
core_ident:
if (Platform.CPU.NoCores == 1) {
return 0x0201; // Core Solo
} else if (Platform.CPU.NoCores == 2) {
return 0x0301; // Core 2 Duo
} else if (Platform.CPU.NoCores >= 4) {
return 0x0501; // Quad-Core Xeon
} else {
return 0x0301; // Core 2 Duo
}
}
}
return Platform.RAM.DIMM[map].Type;
}
}
return SMB_MEM_TYPE_DDR2;
}
DmiTablePairCount++;
}
else {
printf("DMI table entries list is full! Next entries won't be stored\n");
printf("DMI table entries list is full! Next entries won't be stored.\n");
}
#if DEBUG_SMBIOS
printf("DMI header found for table type %d, length = %d\n", dmihdr->type, dmihdr->length);
trunk/i386/libsaio/aml_generator.c
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/*
* aml_generator.c
* Chameleon
*
* Created by Mozodojo on 20/07/10.
* Copyright 2010 mozo. All rights reserved.
*
*/
#include "aml_generator.h"
unsigned char aml_get_length_size(long length)
{
if (length > 0x3F)
return 2;
else if (length > 0x3FFF)
return 3;
return 1;
}
void aml_add_to_parent(struct aml_chunk* parent, struct aml_chunk* node)
{
if (parent && node)
{
if (!parent->First)
parent->First = node;
if (parent->Last)
parent->Last->Next = node;
parent->Last = node;
}
}
struct aml_chunk* aml_create_node(struct aml_chunk* parent)
{
struct aml_chunk* node = (void*)malloc(sizeof(struct aml_chunk));
aml_add_to_parent(parent, node);
return node;
}
int aml_add_buffer(struct aml_chunk* parent, const char* buffer, unsigned int size)
{
struct aml_chunk* node = aml_create_node(parent);
if (node)
{
node->Type = AML_CHUNK_NONE;
node->Length = size;
node->Buffer = malloc(node->Length);
memcpy(node->Buffer, buffer, size);
return node->Length;
}
return -1;
}
int aml_add_byte(struct aml_chunk* parent, unsigned char value)
{
struct aml_chunk* node = aml_create_node(parent);
if (node)
{
node->Type = AML_CHUNK_BYTE;
node->Length = 1;
node->Buffer = malloc(node->Length);
if (value == 0)
node->Buffer[0] = 0x00;
else if (value == 1)
node->Buffer[0] = 0x01;
else
node->Buffer[0] = value;
return node->Length;
}
return -1;
}
int aml_add_word(struct aml_chunk* parent, unsigned int value)
{
struct aml_chunk* node = aml_create_node(parent);
if (node)
{
node->Type = AML_CHUNK_WORD;
node->Length = 2;
node->Buffer = malloc(node->Length);
node->Buffer[0] = value & 0xff;
node->Buffer[1] = value >> 8;
return node->Length;
}
return -1;
}
int aml_add_dword(struct aml_chunk* parent, unsigned long value)
{
struct aml_chunk* node = aml_create_node(parent);
if (node)
{
node->Type = AML_CHUNK_DWORD;
node->Length = 4;
node->Buffer = malloc(node->Length);
node->Buffer[0] = value & 0xff;
node->Buffer[1] = (value >> 8) & 0xff;
node->Buffer[2] = (value >> 16) & 0xff;
node->Buffer[3] = (value >> 24) & 0xff;
return node->Length;
}
return -1;
}
int aml_add_qword(struct aml_chunk* parent, unsigned long long value)
{
struct aml_chunk* node = aml_create_node(parent);
if (node)
{
node->Type = AML_CHUNK_QWORD;
node->Length = 8;
node->Buffer = malloc(node->Length);
node->Buffer[0] = value & 0xff;
node->Buffer[1] = (value >> 8) & 0xff;
node->Buffer[2] = (value >> 16) & 0xff;
node->Buffer[3] = (value >> 24) & 0xff;
node->Buffer[4] = (value >> 32) & 0xff;
node->Buffer[5] = (value >> 40) & 0xff;
node->Buffer[6] = (value >> 48) & 0xff;
node->Buffer[7] = (value >> 56) & 0xff;
return node->Length;
}
return -1;
}
int aml_fill_simple_name(char* buffer, const char* name)
{
int i, len = strlen(name), count = 0;
for (i = 0; i < 4; i++)
{
if (i < len && aml_isvalidchar(name[i]))
{
buffer[count++] = name[i];
}
else
{
buffer[3-i] = '_';
}
}
return 4;
}
int aml_get_names_count(const char* name)
{
int i, len = strlen(name), count = 0;
for (i = 0; i < len; i++)
{
if (name[i] == '.')
{
count++;
}
else if (!aml_isvalidchar(name[i]))
{
len = i;
break;
}
}
if (count == 0 && len > 0)
count++;
return count;
}
int aml_fill_name(struct aml_chunk* node, const char* name)
{
int i, len = strlen(name), count = 0;
for (i = 0; i < len; i++)
{
if (name[i] == '.')
{
count++;
}
else if (!aml_isvalidchar(name[i]))
{
len = i;
break;
}
}
if (count == 0 && len > 0)
count++;
int offset = 0;
if (count == 1)
{
node->Length = 4;
node->Buffer = malloc(node->Length);
aml_fill_simple_string(node->Buffer, name);
return node->Length;
}
if (count == 2)
{
node->Length = 2 + 8;
node->Buffer = malloc(node->Length);
node->Buffer[offset++] = '\\'; // Root
node->Buffer[offset++] = 0x2e; // Double name
}
else
{
node->Length = 3 + count*4;
node->Buffer[offset++] = '\\'; // Root
node->Buffer[offset++] = 0x2f; // Multi name
node->Buffer[offset++] = count; // Names count
}
int j = 0;
for (i = 0; i < count; i++)
{
while (name[j] != '.')
{
if (j < len)
{
j++;
}
else
{
verbose("aml_fill_name: unexpected end of names path!");
return;
}
}
offset += aml_fill_simple_name(node->Buffer + offset, name + j);
}
return offset;
}
int aml_add_name(struct aml_chunk* parent, const char* name, int count, ...)
{
struct aml_chunk* node = aml_create_node(parent);
if (node)
{
node->Type = AML_CHUNK_NAME;
aml_fill_name(node, name);
return node->Length;
}
return -1;
}
int aml_add_scope(struct aml_chunk* parent, const char* name)
{
struct aml_chunk* node = aml_create_node(parent);
if (node)
{
node->Type = AML_CHUNK_SCOPE;
aml_fill_name(node, name);
return node->Length;
}
return -1;
}
trunk/i386/libsaio/aml_generator.h
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/*
* aml_generator.h
* Chameleon
*
* Created by Mozodojo on 20/07/10.
* Copyright 2010 mozo. All rights reserved.
*
*/
#ifndef __LIBSAIO_AML_GENERATOR_H
#define __LIBSAIO_AML_GENERATOR_H
#include "libsaio.h"
enum aml_chunk_type
{
AML_CHUNK_NONE= -1,
AML_CHUNK_ZERO= 0x00,
AML_CHUNK_ONE= 0x01,
AML_CHUNK_ALIAS= 0x06,
AML_CHUNK_NAME= 0x08,
AML_CHUNK_BYTE= 0x0A,
AML_CHUNK_WORD= 0x0B,
AML_CHUNK_DWORD= 0x0C,
AML_CHUNK_STRING= 0x0D,
AML_CHUNK_QWORD= 0x0E,
AML_CHUNK_SCOPE= 0x10,
AML_CHUNK_PACKAGE= 0x12,
};
struct aml_chunk
{
enum aml_chunk_typeType;
unsigned longLength;
char*Buffer;
struct aml_chunk*Next;
struct aml_chunk*First;
struct aml_chunk*Last;
};
static inline bool aml_isvalidchar(char c)
{
return isupper(c) || isdigit(c) || c == '_';
};
#endif /* !__LIBSAIO_AML_GENERATOR_H */
trunk/i386/libsaio/nvidia.c
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{ 0x10DE06F9, "Quadro FX 370 LP" },
{ 0x10DE06FA, "Quadro NVS 450" },
{ 0x10DE06FD, "Quadro NVS 295" },
{ 0x10DE087D, "ION 9400M" },
{ 0x10DE087E, "ION LE" },
{ 0x10DE087D, "ION 9400M" },
{ 0x10DE087E, "ION LE" },
{ 0x10DE0A20, "GeForce GT220" },
{ 0x10DE0A23, "GeForce 210" },
{ 0x10DE0A28, "GeForce GT 230M" },
{ 0x10DE0A78, "Quadro FX 380 LP" },
{ 0x10DE0CA3, "GeForce GT 240" },
{ 0x10DE0CA8, "GeForce GTS 260M" },
{ 0x10DE0CA9, "GeForce GTS 250M" }
{ 0x10DE0CA9, "GeForce GTS 250M" },
{ 0x10DE0CA3, "GeForce GT240" },
{ 0x10DE06C0, "GeForce GTX 480" },
{ 0x10DE06CD, "GeForce GTX 470" },
{ 0x10DE06C4, "GeForce GTX 465" },
{ 0x10DE06CA, "GeForce GTX 480M" },
{ 0x10DE0E22, "GeForce GTX 460" },
{ 0x10DE0E24, "GeForce GTX 460" },
{ 0x10DE06D1, "Tesla C2050" },// TODO: sub-device id: 0x0771
{ 0x10DE06D1, "Tesla C2070" },// TODO: sub-device id: 0x0772
{ 0x10DE06DE, "Tesla M2050" },// TODO: sub-device id: 0x0846
{ 0x10DE06DE, "Tesla M2070" }// TODO: sub-device id: ?
};
static uint16_t swap16(uint16_t x)
videoRam = (REG32(0x10020c) & 0xfff00000) >> 10;
model = get_nvidia_model((nvda_dev->vendor_id << 16) | nvda_dev->device_id);
// FIXME: dirty fermi hack
if((nvda_dev->device_id & 0xFFE0) == 0x06C0 ||
(nvda_dev->device_id & 0xFFE0) == 0x0E20) {
switch (nvda_dev->device_id) {
case 0x06C0: videoRam = 1572864; break; // gtx 480
case 0x06CD: videoRam = 1310720; break; // gtx 470
case 0x06C4: videoRam = 1048576; break; // gtx 465
case 0x06CA: videoRam = 2097152; break; // gtx 480m
case 0x0E22: videoRam = 1048576; break; // gtx 460
case 0x0E24: videoRam = 1048576; break; // gtx 460
case 0x06D1: videoRam = 3145728; break; // tesla c2050/c2070
case 0x06DE: videoRam = 3145728; break; // tesla m2050/m2070
default: break;
}
}