low-resolution-dsdt-patch.txt

############### BRIGHTNESS Fix HD4000, FN KEYS, SLIDER ON PREFERENCES

into_all device label PNLF remove_entry;
into_all device name_adr 0x00020000 code_regex (OperationRegion\s\(RMPC,\sPCI_Config[^\}]*\}) remove_matched;

into device name_adr 0x00020000 insert
begin
OperationRegion (RMPC, PCI_Config, 0x10, 4)\n
Field (RMPC, AnyAcc, NoLock, Preserve)\n
{\n
    BAR1,32,\n
}\n
Device (PNLF)\n
{\n
    // normal PNLF declares (note some of this probably not necessary)\n
    Name (_ADR, Zero)\n
    Name (_HID, EisaId ("APP0002"))\n
    Name (_CID, "backlight")\n
    Name (_UID, 10)\n
    Name (_STA, 0x0B)\n
    //define hardware register access for brightness\n
    // lower nibble of BAR1 is status bits and not part of the address\n
    OperationRegion (BRIT, SystemMemory, And(^BAR1, Not(0xF)), 0xe1184)\n
    Field (BRIT, AnyAcc, Lock, Preserve)\n
    {\n
        Offset(0x48250),\n
        LEV2, 32,\n
        LEVL, 32,\n
        Offset(0x70040),\n
        P0BL, 32,\n
        Offset(0xc8250),\n
        LEVW, 32,\n
        LEVX, 32,\n
        Offset(0xe1180),\n
        PCHL, 32,\n
    }\n
    // DEB1 special for setting KLVX at runtime...\n
    //Method (DEB1, 1, NotSerialized)\n
    //{\n
    //    Store(Arg0, KLVX)\n
    //}\n
    // LMAX: use 0x710 to force OS X value\n
    //       or use any arbitrary value\n
    //       or use 0 to capture BIOS setting\n
    Name (LMAX, 0x710)\n
    // KMAX: defines the unscaled range in the _BCL table below\n
    Name (KMAX, 0x710)\n
    // KPCH: saved value for PCHL\n
    //   use Ones if PCHL does not need to be set (normal)\n
    //   use Zero if your laptop nees PCHL set on every brightness set\n
    //   you can also use a custom value (not Ones, not Zero)\n
    Name(KPCH, Ones)\n
    // _INI deals with differences between native setting and desired\n
    Method (_INI, 0, NotSerialized)\n
    {\n
        // save value of PCHL for later\n
        If (LNot(KPCH)) { Store(PCHL, KPCH) }\n
        // determine LMAX to use\n
        If (LNot(LMAX)) { Store(ShiftRight(LEVX,16), LMAX) }\n
        If (LNot(LMAX)) { Store(KMAX, LMAX) }\n
        Store(ShiftLeft(LMAX,16), KLVX)\n
        If (LNotEqual(LMAX, KMAX))\n
        {\n
            // Scale all the values in _BCL to the PWM max in use\n
            Store(0, Local0)\n
            While (LLess(Local0, SizeOf(_BCL)))\n
            {\n
                Store(DerefOf(Index(_BCL,Local0)), Local1)\n
                Divide(Multiply(Local1,LMAX), KMAX,, Local1)\n
                Store(Local1, Index(_BCL,Local0))\n
                Increment(Local0)\n
            }\n
            // Also scale XRGL and XRGH values\n
            Divide(Multiply(XRGL,LMAX), KMAX,, XRGL)\n
            Divide(Multiply(XRGH,LMAX), KMAX,, XRGH)\n
        }\n
        // adjust values to desired LMAX\n
        Store(ShiftRight(LEVX,16), Local1)\n
        If (LNotEqual(Local1, LMAX))\n
        {\n
            Store(LEVL, Local0)\n
            If (LOr(LNot(Local0),LNot(Local1))) { Store(LMAX, Local0) Store(LMAX, Local1) }\n
            Divide(Multiply(Local0,LMAX), Local1,, Local0)\n
            //REVIEW: wait for vblank before setting new PWM config\n
            //Store(P0BL, Local7)\n
            //While (LEqual (P0BL, Local7)) {}\n
            If (LGreater(LEVL, LMAX))\n
                { Store(KLVX, LEVX) Store(Local0, LEVL) }\n
            Else\n
                { Store(Local0, LEVL) Store(KLVX, LEVX) }\n
        }\n
    }\n
    // _BCM/_BQC: set/get for brightness level\n
    Method (_BCM, 1, NotSerialized)\n
    {\n
        // initialize for consistent backlight level before/after sleep\n
        If (LAnd(LNotEqual(KPCH, Ones),LNotEqual(PCHL, KPCH))) { Store(KPCH, PCHL) }\n
        If (LNotEqual(LEVW, 0x80000000)) { Store (0x80000000, LEVW) }\n
        If (LNotEqual(LEVX, KLVX)) { Store (KLVX, LEVX) }\n
        // store new backlight level\n
        Store(Match(_BCL, MGE, Arg0, MTR, 0, 2), Local0)\n
        If (LEqual(Local0, Ones)) { Subtract(SizeOf(_BCL), 1, Local0) }\n
        If (LNotEqual(LEV2, 0x80000000)) { Store(0x80000000, LEV2) }\n
        Store(DerefOf(Index(_BCL, Local0)), LEVL)\n
    }\n
    Method (_BQC, 0, NotSerialized)\n
    {\n
        Store(Match(_BCL, MGE, LEVL, MTR, 0, 2), Local0)\n
        If (LEqual(Local0, Ones)) { Subtract(SizeOf(_BCL), 1, Local0) }\n
        Return(DerefOf(Index(_BCL, Local0)))\n
    }\n
    Method (_DOS, 1, NotSerialized)\n
    {\n
        // Note: Some systems have this defined in DSDT, so uncomment\n
        // the next line if that is the case.\n
        //External(^^_DOS, MethodObj)\n
        ^^_DOS(Arg0)\n
    }\n
    // extended _BCM/_BQC for setting "in between" levels\n
    Method (XBCM, 1, NotSerialized)\n
    {\n
        // initialize for consistent backlight level before/after sleep\n
        If (LAnd(LNotEqual(KPCH, Ones),LNotEqual(PCHL, KPCH))) { Store(KPCH, PCHL) }\n
        If (LNotEqual(LEVW, 0x80000000)) { Store (0x80000000, LEVW) }\n
        If (LNotEqual(LEVX, KLVX)) { Store (KLVX, LEVX) }\n
        // store new backlight level\n
        If (LGreater(Arg0, XRGH)) { Store(XRGH, Arg0) }\n
        If (LAnd(Arg0, LLess(Arg0, XRGL))) { Store(XRGL, Arg0) }\n
        If (LNotEqual(LEV2, 0x80000000)) { Store(0x80000000, LEV2) } \n
        Store(Arg0, LEVL)\n
    }\n
    Method (XBQC, 0, NotSerialized)\n
    {\n
        Store(LEVL, Local0)\n
        If (LGreater(Local0, XRGH)) { Store(XRGH, Local0) }\n
        If (LAnd(Local0, LLess(Local0, XRGL))) { Store(XRGL, Local0) }\n
        Return(Local0)\n
    }\n
    // Set XOPT bit 0 to disable smooth transitions\n
    // Set XOPT bit 1 to wait for native BacklightHandler\n
    // Set XOPT bit 2 to force use of native BacklightHandler\n
    Name (XOPT, 0x02)\n
    // XRGL/XRGH: defines the valid range\n
    Name (XRGL, 40)\n
    Name (XRGH, 1808)\n
    // KLVX is initialization value for LEVX\n
    Name (KLVX, 0x7100000)\n
    // _BCL: returns list of valid brightness levels\n
    // first two entries describe ac/battery power levels\n
    Name (_BCL, Package()\n
    {\n
        1808,\n
        479,\n
        0,\n
        53, 55, 57, 59,\n
        62, 66, 71, 77,\n
        83, 91, 99, 108,\n
        119, 130, 142, 154,\n
        168, 183, 198, 214,\n
        232, 250, 269, 289,\n
        309, 331, 354, 377,\n
        401, 426, 453, 479,\n
        507, 536, 566, 596,\n
        627, 660, 693, 727,\n
        762, 797, 834, 872,\n
        910, 949, 990, 1031,\n
        1073, 1115, 1159, 1204,\n
        1249, 1296, 1343, 1391,\n
        1440, 1490, 1541, 1592,\n
        1645, 1698, 1753, 1808,\n
    })\n
}\n
end;

#fn keys (F8 and F9)
into method label _Q15 replace_content
begin
    	Notify(\_SB.PCI0.LPC.KBD, 0x0205)\n
    	Notify(\_SB.PCI0.LPC.KBD, 0x0285)\n
end;
into method label _Q14 replace_content
begin
    	Notify(\_SB.PCI0.LPC.KBD, 0x0206)\n
    	Notify(\_SB.PCI0.LPC.KBD, 0x0286)\n
end;


################ BATTERY, SLEEP, SLEEP LEDS

# Note: disable secondary battery
#  *** remove this line if you have a second battery installed)
into method label _STA parent_label BAT1 replace_content begin Return(0) end;

# syntax fixes
into_all all code_regex Name\s+\(_HID,\s+\"\*(.*)\"\) replaceall_matched begin Name (_HID, "%1") end;

# some of these laptops need to fix _IRC error
into device label VID parent_label PEG code_regex Name\s+\(_IRC,\s+([^\)].*)\) replace_matched
begin
Method(_IRC, 0, NotSerialized) { Return(%1) }
end;

# _PLD is supposed to return a variable length Package of Buffers
into_all all code_regex (Name\s*\(_PLD,\s*)Buffer(\s\([^\)].*\)[^\)]*) replaceall_matched
begin
%1Package() { Buffer%2 }
end;

# requires mutex fix too (2x to work around MaciASL bug...)
into_all all code_regex_not Mutex\s+\([^,]*,\s+0x00\) code_regex Mutex\s+\(([^,]*),\s+[^)]*\) replaceall_matched begin Mutex(%1, 0) end;
into_all all code_regex_not Mutex\s+\([^,]*,\s+0x00\) code_regex Mutex\s+\(([^,]*),\s+[^)]*\) replaceall_matched begin Mutex(%1, 0) end;

into method label B1B2 remove_entry;
into definitionblock code_regex . insert
begin
Method (B1B2, 2, NotSerialized) { Return (Or (Arg0, ShiftLeft (Arg1, 8))) }\n
end;

into method label B1B4 remove_entry;
into definitionblock code_regex . insert
begin
Method (B1B4, 4, NotSerialized)\n
{\n
    Store(Arg3, Local0)\n
    Or(Arg2, ShiftLeft(Local0, 8), Local0)\n
    Or(Arg1, ShiftLeft(Local0, 8), Local0)\n
    Or(Arg0, ShiftLeft(Local0, 8), Local0)\n
    Return(Local0)\n
}\n
end;

# utility methods to read/write buffers from/to EC
into method label RE1B parent_label EC remove_entry;
into method label RECB parent_label EC remove_entry;
into device label EC insert
begin
Method (RE1B, 1, NotSerialized)\n
{\n
    OperationRegion(ERAM, EmbeddedControl, Arg0, 1)\n
    Field(ERAM, ByteAcc, NoLock, Preserve) { BYTE, 8 }\n
    Return(BYTE)\n
}\n
Method (RECB, 2, Serialized)\n
{\n
    ShiftRight(Arg1, 3, Arg1)\n
    Name(TEMP, Buffer(Arg1) { })\n
    Add(Arg0, Arg1, Arg1)\n
    Store(0, Local0)\n
    While (LLess(Arg0, Arg1))\n
    {\n
        Store(RE1B(Arg0), Index(TEMP, Local0))\n
        Increment(Arg0)\n
        Increment(Local0)\n
    }\n
    Return(TEMP)\n
}\n
end;

# Change EC register declarations from 16-bit to 8-bit

into device label EC code_regex SBRC,\s+16 replace_matched begin BRC0,8,BRC1,8 end;
into device label EC code_regex SBFC,\s+16 replace_matched begin BFC0,8,BFC1,8 end;
into device label EC code_regex SBVO,\s+16 replace_matched begin BVO0,8,BVO1,8 end;

into device label EC code_regex SBDC,\s+16 replace_matched begin BDC0,8,BDC1,8 end;
into device label EC code_regex SBDV,\s+16 replace_matched begin BDV0,8,BDV1,8 end;
into device label EC code_regex SBSN,\s+16 replace_matched begin BSN0,8,BSN1,8 end;

into device label EC code_regex SBAC,\s+16 replace_matched begin BAC0,8,BAC1,8 end;
into device label EC code_regex SBCC,\s+16 replace_matched begin BCC0,8,BCC1,8 end;

# this one is fan related
into device label EC code_regex HFN1,\s+16 replace_matched begin FN10,8,FN11,8 end;
# might also be fan related
into device label EC code_regex HSPD,\s+16 replace_matched begin SPD0,8,SPD1,8 end;

# this one is sleep related
into device label EC code_regex HWAK,\s+16 replace_matched begin WAK0,8,WAK1,8 end;

# 32-bit
into device label EC code_regex SBCH,\s+32 replace_matched begin BCH0,8,BCH1,8,BCH2,8,BCH3,8 end;

# deal with 128-bit SBMN
into device label EC code_regex (SBMN,)\s+(128) replace_matched begin BMNX,%2,//%1%2 end;
into device label EC insert begin Method (RBMN, 0, Serialized) { Return(RECB(0xA0,128)) } end;
into method label GBIF code_regex \(SBMN, replaceall_matched begin (RBMN(), end;
into method label GBIX code_regex \(SBMN, replaceall_matched begin (RBMN(), end;

# deal with 128-bit SBDN
into device label EC code_regex (SBDN,)\s+(128) replace_matched begin BDNX,%2,//%1%2 end;
into device label EC insert begin Method (RBDN, 0, Serialized) { Return(RECB(0xA0,128)) } end;
into method label GBIF code_regex \(SBDN, replaceall_matched begin (RBDN(), end;
into method label GBIX code_regex \(SBDN, replaceall_matched begin (RBDN(), end;

# Change access (reads) to those registers from 16-bit to 8-bit
into_all method label GBST code_regex \(SBRC, replaceall_matched begin (B1B2 (BRC0, BRC1), end;
into_all method label GBST code_regex \(SBFC, replaceall_matched begin (B1B2 (BFC0, BFC1), end;
into_all method label GBST code_regex \(SBVO, replaceall_matched begin (B1B2 (BVO0, BVO1), end;
into_all method label GBST code_regex \(SBDC, replaceall_matched begin (B1B2 (BDC0, BDC1), end;
into_all method label GBST code_regex \(SBDV, replaceall_matched begin (B1B2 (BDV0, BDV1), end;
into_all method label GBST code_regex \(SBSN, replaceall_matched begin (B1B2 (BSN0, BSN1), end;
into_all method label GBST code_regex \(SBAC, replaceall_matched begin (B1B2 (BAC0, BAC1), end;

into_all method label GBIF code_regex \(SBRC, replaceall_matched begin (B1B2 (BRC0, BRC1), end;
into_all method label GBIF code_regex \(SBFC, replaceall_matched begin (B1B2 (BFC0, BFC1), end;
into_all method label GBIF code_regex \(SBVO, replaceall_matched begin (B1B2 (BVO0, BVO1), end;
into_all method label GBIF code_regex \(SBDC, replaceall_matched begin (B1B2 (BDC0, BDC1), end;
into_all method label GBIF code_regex \(SBDV, replaceall_matched begin (B1B2 (BDV0, BDV1), end;
into_all method label GBIF code_regex \(SBSN, replaceall_matched begin (B1B2 (BSN0, BSN1), end;
into_all method label GBIF code_regex \(SBDV\) replaceall_matched begin (B1B2 (BDV0, BDV1)) end;
into_all method label GBIF code_regex ,\s+SBDV, replaceall_matched begin ,B1B2(BDV0, BDV1), end;

into device label EC code_regex SBBM,\s+16 replace_matched begin BBM0,8,BBM1,8 end;
into_all method label GBIF code_regex \(SBBM, replaceall_matched begin (B1B2(BBM0,BBM1), end;

into_all method label GBIF code_regex \(SBCH, replaceall_matched begin (B1B4(BCH0,BCH1,BCH2,BCH3), end;

# this one is added in a patched DSDT to return fan speed
into method label FAN0 parent_label SMCD code_regex \(\^\^EC\.HFN1, replaceall_matched begin (B1B2(^^EC.FN10,^^EC.FN11), end;
into method label MHST code_regex \(HSPD, replaceall_matched begin (B1B2(SPD0,SPD1), end;
into method label MHST code_regex \(\\_SB.PCI0.LPC.EC.HSPD, replaceall_matched begin (B1B2(\\_SB.PCI0.LPC.EC.SPD0,\\_SB.PCI0.LPC.EC.SPD1), end;
into method label RPM4 code_regex \(\^\^EC\.HSPD, replaceall_matched begin (B1B2(^^EC.SPD0,^^EC.SPD1), end;

# sleep related
into method label _L1D parent_label _GPE code_regex \(\\_SB\.PCI0\.LPC\.EC\.HWAK, replaceall_matched begin (B1B2(\\_SB.PCI0.LPC.EC.WAK0,\\_SB.PCI0.LPC.EC.WAK1), end;
into method label _L1D parent_label \_GPE code_regex \(\\_SB\.PCI0\.LPC\.EC\.HWAK, replaceall_matched begin (B1B2(\\_SB.PCI0.LPC.EC.WAK0,\\_SB.PCI0.LPC.EC.WAK1), end;

# remove dumb code from _WAK (and it is not needed)
into method label \_WAK code_regex If.*LOr.*Equal.*Arg0.*LGreaterEqual.*Arg0.*0x05.*\n.*\{\n.*Return.*WAKI.*\n.*\} remove_matched;
into method label _WAK code_regex If.*LOr.*Equal.*Arg0.*LGreaterEqual.*Arg0.*0x05.*\n.*\{\n.*Return.*WAKI.*\n.*\} remove_matched;

# Sleep Led for T430
into method label _WAK code_regex (Return\s+\(.*) replace_matched
begin
If (LEqual(Arg0,3))\n
{\n
    \\_SB.PCI0.LPC.EC.LED(Zero, 0x80)\n
    \\_SB.PCI0.LPC.EC.LED(0x07, 0x00)\n
}\n
%1\n
end;
into method label \_WAK code_regex (Return\s+\(.*) replace_matched
begin
If (LEqual(Arg0,3))\n
{\n
    \\_SB.PCI0.LPC.EC.LED(Zero, 0x80)\n
    \\_SB.PCI0.LPC.EC.LED(0x07, 0x00)\n
}\n
%1\n
end;



########## SLEEP usb_prw_0x0d_xhc.txt (original as is)

# remove _PRW methods to prevent instant wake

# delete any existing XHC1 device
into device label XHC1 name_adr 0x00140000 remove_entry;
# delete any existing USB2 device
into device label USB2 name_adr 0x001D0000 remove_entry;

# if _PRW objects are methods
into method label _PRW parent_adr 0x001D0000 remove_entry;
into method label _PRW parent_adr 0x001A0000 remove_entry;
into method label _PRW parent_adr 0x00140000 remove_entry;
into method label _PRW parent_adr 0x001B0000 remove_entry;
# some other LAN cards use 0x00190000
into method label _PRW parent_adr 0x00190000 remove_entry;

# if _PRW methods are stuffed into a separate scope
into method label _PRW parent_label _SB.PCI0.EHC1 remove_entry;
into method label _PRW parent_label _SB.PCI0.EHC2 remove_entry;
into method label _PRW parent_label _SB.PCI0.XHC remove_entry;
into method label _PRW parent_label \_SB.PCI0.EHC1 remove_entry;
into method label _PRW parent_label \_SB.PCI0.EHC2 remove_entry;
into method label _PRW parent_label \_SB.PCI0.XHC remove_entry;

# if _PRW objects are names
into device name_adr 0x001D0000 code_regex Name.*_PRW.*\n.*\n.*\n.*\n.*\}\) remove_matched;
into device name_adr 0x001A0000 code_regex Name.*_PRW.*\n.*\n.*\n.*\n.*\}\) remove_matched;
into device name_adr 0x00140000 code_regex Name.*_PRW.*\n.*\n.*\n.*\n.*\}\) remove_matched;
into device name_adr 0x001B0000 code_regex Name.*_PRW.*\n.*\n.*\n.*\n.*\}\) remove_matched;
into device name_adr 0x00190000 code_regex Name.*_PRW.*\n.*\n.*\n.*\n.*\}\) remove_matched;
# some _PRW have three entries in the Package
into device name_adr 0x001D0000 code_regex Name.*_PRW.*\n.*\n.*\n.*\n.*\n.*\}\) remove_matched;
into device name_adr 0x001A0000 code_regex Name.*_PRW.*\n.*\n.*\n.*\n.*\n.*\}\) remove_matched;
into device name_adr 0x00140000 code_regex Name.*_PRW.*\n.*\n.*\n.*\n.*\n.*\}\) remove_matched;
into device name_adr 0x001B0000 code_regex Name.*_PRW.*\n.*\n.*\n.*\n.*\n.*\}\) remove_matched;
into device name_adr 0x00190000 code_regex Name.*_PRW.*\n.*\n.*\n.*\n.*\n.*\}\) remove_matched;

# seems to work better if _PRW is present, but returns 0 (original was 3) for sleep state
into device name_adr 0x001D0000 insert begin Name(_PRW, Package() { 0x0D, 0 }) end;
into device name_adr 0x001A0000 insert begin Name(_PRW, Package() { 0x0D, 0 }) end;
into device name_adr 0x00140000 insert begin Name(_PRW, Package() { 0x0D, 0 }) end;
into device name_adr 0x001B0000 insert begin Name(_PRW, Package() { 0x0D, 0 }) end;
into device name_adr 0x00190000 insert begin Name(_PRW, Package() { 0x0D, 0 }) end;

# USB property injection for 7-series boards (originally HM76)

# Insert Apple USB properties into EHC1
into method label _DSM parent_adr 0x001D0000 remove_entry;
into device name_adr 0x001D0000 insert
begin
Method (_DSM, 4, NotSerialized)\n
{\n
    If (LEqual (Arg2, Zero)) { Return (Buffer() { 0x03 } ) }\n
    Return (Package()\n
    {\n
        "subsystem-id", Buffer() { 0x70, 0x72, 0x00, 0x00 },\n
        "subsystem-vendor-id", Buffer() { 0x86, 0x80, 0x00, 0x00 },\n
        "AAPL,current-available", 2100,\n
        "AAPL,current-extra", 2200,\n
        "AAPL,current-extra-in-sleep", 1600,\n
        "AAPL,device-internal", 0x02,\n
        "AAPL,max-port-current-in-sleep", 2100,\n
    })\n
}\n
end;

# Insert Apple USB properties into EHC2
into method label _DSM parent_adr 0x001A0000 remove_entry;
into device name_adr 0x001A0000 insert
begin
Method (_DSM, 4, NotSerialized)\n
{\n
    If (LEqual (Arg2, Zero)) { Return (Buffer() { 0x03 } ) }\n
    Return (Package()\n
    {\n
        "subsystem-id", Buffer() { 0x70, 0x72, 0x00, 0x00 },\n
        "subsystem-vendor-id", Buffer() { 0x86, 0x80, 0x00, 0x00 },\n
        "AAPL,current-available", 2100,\n
        "AAPL,current-extra", 2200,\n
        "AAPL,current-extra-in-sleep", 1600,\n
        "AAPL,device-internal", 0x02,\n
        "AAPL,max-port-current-in-sleep", 2100,\n
    })\n
}\n
end;

# Insert Apple USB properties into USB 3.0 XHC
into method label _DSM parent_adr 0x00140000 remove_entry;
into device name_adr 0x00140000 insert
begin
Method (_DSM, 4, NotSerialized)\n
{\n
    If (LEqual (Arg2, Zero)) { Return (Buffer() { 0x03 } ) }\n
    Return (Package()\n
    {\n
        "subsystem-id", Buffer() { 0x70, 0x72, 0x00, 0x00 },\n
        "subsystem-vendor-id", Buffer() { 0x86, 0x80, 0x00, 0x00 },\n
        "AAPL,current-available", 2100,\n
        "AAPL,current-extra", 2200,\n
        "AAPL,current-extra-in-sleep", 1600,\n
        "AAPL,device-internal", 0x02,\n
        "AAPL,max-port-current-in-sleep", 2100,\n
    })\n
}\n
end;


########### Sound ALC269

#   Inject Audio info
into method label _DSM parent_label HDEF remove_entry;
into device label HDEF insert
begin
Method (_DSM, 4, NotSerialized)\n
{\n
    If (LEqual (Arg2, Zero)) { Return (Buffer() { 0x03 } ) }\n
    Return (Package()\n
    {\n
        "layout-id", Buffer() { 29, 0x00, 0x00, 0x00 },\n
        "hda-gfx", Buffer() { "onboard-1" },\n
        "PinConfigurations", Buffer() { },\n
        //"MaximumBootBeepVolume", 77,\n
    })\n
}\n
end;

into method label _DSM parent_label HDAS remove_entry;
into device label HDAS insert
begin
Method (_DSM, 4, NotSerialized)\n
{\n
    If (LEqual (Arg2, Zero)) { Return (Buffer() { 0x03 } ) }\n
    Return (Package()\n
    {\n
        "layout-id", Buffer() { 28, 0x00, 0x00, 0x00 },\n
        "hda-gfx", Buffer() { "onboard-1" },\n
        "PinConfigurations", Buffer() { },\n
        //"MaximumBootBeepVolume", 77,\n
    })\n
}\n
end;


# This can fix non-working audio and also has an affect on HPET.
#
# Use this if you have issues with patched AppleHDA (required on almost all laptops)
# or if you have issues with HPET (restart after wake).

# IRQ fix
into device name_hid PNP0000 code_regex IRQNoFlags\s\(\)\n\s+\{(\d+)\} remove_matched;
into device name_hid PNP0100 code_regex IRQNoFlags\s\(\)\n\s+\{(\d+)\} remove_matched;
into device name_hid PNP0B00 code_regex IRQNoFlags\s\(\)\n\s+\{(\d+)\} remove_matched;
into device name_hid PNP0103 code_regex IRQNoFlags\s\(\)\n\s+\{.*\} removeall_matched;
into device name_hid PNP0103 code_regex Name\s\(([^,]+),\sResourceTemplate\s\(\).*\n\s+\{((?:.|\n)*)\}\) replace_matched
begin
Name (%1, ResourceTemplate()\n
{\n
    IRQNoFlags() { 0, 8, 11, 15 }\n
%2
})\n
end;


############# Display Port (HDMI) Audio Out
#   Inject HDMI info into GFX0/IGPU
into method label _DSM parent_adr 0x00020000 remove_entry;
into device name_adr 0x00020000 insert
begin
Method (_DSM, 4, NotSerialized)\n
{\n
    If (LEqual (Arg2, Zero)) { Return (Buffer() { 0x03 } ) }\n
    Return (Package()\n
    {\n
        "AAPL,ig-platform-id", Buffer() { 0x03, 0x00, 0x66, 0x01 },\n
        "hda-gfx", Buffer() { "onboard-1" },\n
    })\n
}\n
end;