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El Capitan VB - SMBIOS & Custom resolution

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Hi folks! I run El Capitan on VB by guide on this forum. Everything works great, but I'd like to do 2 more modifications and I'll be very thankful if you helped me...

 

1. Adding serials to SMBIOS

The main reason I run virtualisation of OSX is that I want to code apps with Xcode - Xcode wants you tu sign in with your Apple ID to sign apps. I've read that in virtualisation, there are no serials/information in SMBIOS, so "Apple" device can't be verified, which outcome is you to unable to login. I found something about Clover and Clover Configurator. I even tried that, but there were just many errors and problem wasn't solved. Can someone give me step-by-step instructions how to do this?

 

2. Custom screen resolution 

I think this'll be simpler than 1. but I couldn't find any exact guide. I managed to change resolution by VBoxManage setextradata "El Capitan" VBoxInternal2/EfiGopMode N, but I'd like to have 16:9 res (1920x1080). Is there any way to do it?

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      #Maintained by: RehabMan for: Laptop Patches #battery_ASUS-N55SL.txt # created by RehabMan 8/12/2013 # created originally for jesselid # works for: # ASUS N55SL, BIOS rev. 204 # ASUS VivoBook series # ASUS Zenbook UX31A # ASUS UX301LA # ASUS X553E-SX399V # ASUS F501A # ASUS K55VM # ASUS U46SV, BIOS rev. 2.04 # ASUS N43 # ASUS PU500CA (90NB00F1-M01120) # ASUS N73SV # ASUS X401A-WX108 # ASUS F551CA Bios rev. 207 # ASUS S551LB VivoBook # ASUS ZenBook UX32VD # ASUS F550L-X455H # ASUS X53S # ASUS K550JD-XX003H # ASUS G53SX # ASUS K56CB # ASUS UX305 into method label B1B2 remove_entry; into definitionblock code_regex . insert begin Method (B1B2, 2, NotSerialized) { Return (Or (Arg0, ShiftLeft (Arg1, 8))) }\n end; # not really for battery, but might come in handy to read fan speed(s) into device label EC0 code_regex TAH0,\s+16 replace_matched begin TH00,8,TH01,8 end; into device label EC0 code_regex TAH1,\s+16 replace_matched begin TH10,8,TH11,8 end; into method label TACH code_regex \(TAH0, replace_matched begin (B1B2(TH00,TH01), end; into method label TACH code_regex \(TAH1, replace_matched begin (B1B2(TH10,TH11), end; into method label GFAN code_regex \(\\_SB\.PCI0\.LPCB\.EC0\.TAH0, replace_matched begin (B1B2(\\_SB.PCI0.LPCB.EC0.TH00,\\_SB.PCI0.LPCB.EC0.TH01), end; # battery EC into device label EC0 code_regex B0SN,\s+16 replace_matched begin B0S0,8,B0S1,8 end; into device label EC0 code_regex B1SN,\s+16 replace_matched begin B1S0,8,B1S1,8 end; into method label BIFA code_regex \(B0SN, replace_matched begin (B1B2(B0S0,B0S1), end; into method label BIFA code_regex \(B1SN, replace_matched begin (B1B2(B1S0,B1S1), end; into device label EC0 code_regex DT2B,\s+16 replace_matched begin T2B0,8,T2B1,8 end; into method label SMBR code_regex \(DT2B, replace_matched begin (B1B2(T2B0,T2B1), end; into method label SMBW code_regex Store\s+\(([^,]*),\s+DT2B\) replace_matched begin Store(%1,T2B0) Store(ShiftRight(%1,8),T2B1) end; into device label EC0 insert begin Method (RDBA, 0, Serialized)\n {\n Name (TEMP, Buffer(0x20) { })\n Store (BA00, Index(TEMP, 0x00))\n Store (BA01, Index(TEMP, 0x01))\n Store (BA02, Index(TEMP, 0x02))\n Store (BA03, Index(TEMP, 0x03))\n Store (BA04, Index(TEMP, 0x04))\n Store (BA05, Index(TEMP, 0x05))\n Store (BA06, Index(TEMP, 0x06))\n Store (BA07, Index(TEMP, 0x07))\n Store (BA08, Index(TEMP, 0x08))\n Store (BA09, Index(TEMP, 0x09))\n Store (BA0A, Index(TEMP, 0x0A))\n Store (BA0B, Index(TEMP, 0x0B))\n Store (BA0C, Index(TEMP, 0x0C))\n Store (BA0D, Index(TEMP, 0x0D))\n Store (BA0E, Index(TEMP, 0x0E))\n Store (BA0F, Index(TEMP, 0x0F))\n Store (BA10, Index(TEMP, 0x10))\n Store (BA11, Index(TEMP, 0x11))\n Store (BA12, Index(TEMP, 0x12))\n Store (BA13, Index(TEMP, 0x13))\n Store (BA14, Index(TEMP, 0x14))\n Store (BA15, Index(TEMP, 0x15))\n Store (BA16, Index(TEMP, 0x16))\n Store (BA17, Index(TEMP, 0x17))\n Store (BA18, Index(TEMP, 0x18))\n Store (BA19, Index(TEMP, 0x19))\n Store (BA1A, Index(TEMP, 0x1A))\n Store (BA1B, Index(TEMP, 0x1B))\n Store (BA1C, Index(TEMP, 0x1C))\n Store (BA1D, Index(TEMP, 0x1D))\n Store (BA1E, Index(TEMP, 0x1E))\n Store (BA1F, Index(TEMP, 0x1F))\n Return (TEMP)\n }\n end; into device label EC0 insert begin Method (WRBA, 1, Serialized)\n {\n Name (TEMP, Buffer(0x20) { })\n Store (Arg0, TEMP)\n Store (DerefOf(Index(TEMP, 0x00)), BA00)\n Store (DerefOf(Index(TEMP, 0x01)), BA01)\n Store (DerefOf(Index(TEMP, 0x02)), BA02)\n Store (DerefOf(Index(TEMP, 0x03)), BA03)\n Store (DerefOf(Index(TEMP, 0x04)), BA04)\n Store (DerefOf(Index(TEMP, 0x05)), BA05)\n Store (DerefOf(Index(TEMP, 0x06)), BA06)\n Store (DerefOf(Index(TEMP, 0x07)), BA07)\n Store (DerefOf(Index(TEMP, 0x08)), BA08)\n Store (DerefOf(Index(TEMP, 0x09)), BA09)\n Store (DerefOf(Index(TEMP, 0x0A)), BA0A)\n Store (DerefOf(Index(TEMP, 0x0B)), BA0B)\n Store (DerefOf(Index(TEMP, 0x0C)), BA0C)\n Store (DerefOf(Index(TEMP, 0x0D)), BA0D)\n Store (DerefOf(Index(TEMP, 0x0E)), BA0E)\n Store (DerefOf(Index(TEMP, 0x0F)), BA0F)\n Store (DerefOf(Index(TEMP, 0x10)), BA10)\n Store (DerefOf(Index(TEMP, 0x11)), BA11)\n Store (DerefOf(Index(TEMP, 0x12)), BA12)\n Store (DerefOf(Index(TEMP, 0x13)), BA13)\n Store (DerefOf(Index(TEMP, 0x14)), BA14)\n Store (DerefOf(Index(TEMP, 0x15)), BA15)\n Store (DerefOf(Index(TEMP, 0x16)), BA16)\n Store (DerefOf(Index(TEMP, 0x17)), BA17)\n Store (DerefOf(Index(TEMP, 0x18)), BA18)\n Store (DerefOf(Index(TEMP, 0x19)), BA19)\n Store (DerefOf(Index(TEMP, 0x1A)), BA1A)\n Store (DerefOf(Index(TEMP, 0x1B)), BA1B)\n Store (DerefOf(Index(TEMP, 0x1C)), BA1C)\n Store (DerefOf(Index(TEMP, 0x1D)), BA1D)\n Store (DerefOf(Index(TEMP, 0x1E)), BA1E)\n Store (DerefOf(Index(TEMP, 0x1F)), BA1F)\n }\n end; into device label EC0 code_regex BDAT,\s+256 replace_matched begin //BDAT, 256,\n BA00,8,BA01,8,BA02,8,BA03,8,\n BA04,8,BA05,8,BA06,8,BA07,8,\n BA08,8,BA09,8,BA0A,8,BA0B,8,\n BA0C,8,BA0D,8,BA0E,8,BA0F,8,\n BA10,8,BA11,8,BA12,8,BA13,8,\n BA14,8,BA15,8,BA16,8,BA17,8,\n BA18,8,BA19,8,BA1A,8,BA1B,8,\n BA1C,8,BA1D,8,BA1E,8,BA1F,8\n end; into method label SMBR code_regex \(BDAT, replaceall_matched begin (RDBA(), end; into method label SMBR code_regex Store\s\((.*),\sBDAT\) replaceall_matched begin WRBA(%1) end; into method label SMBW code_regex Store\s\((.*),\sBDAT\) replaceall_matched begin WRBA(%1) end; into method label ECSB code_regex Store\s\((.*),\sBDAT\) replaceall_matched begin WRBA(%1) end; into method label ECSB code_regex \(BDAT, replaceall_matched begin (RDBA(), end; into device label EC0 insert begin Method (RDBB, 0, Serialized)\n {\n Name (TEMP, Buffer(0x20) { })\n Store (BB00, Index(TEMP, 0x00))\n Store (BB01, Index(TEMP, 0x01))\n Store (BB02, Index(TEMP, 0x02))\n Store (BB03, Index(TEMP, 0x03))\n Store (BB04, Index(TEMP, 0x04))\n Store (BB05, Index(TEMP, 0x05))\n Store (BB06, Index(TEMP, 0x06))\n Store (BB07, Index(TEMP, 0x07))\n Store (BB08, Index(TEMP, 0x08))\n Store (BB09, Index(TEMP, 0x09))\n Store (BB0A, Index(TEMP, 0x0A))\n Store (BB0B, Index(TEMP, 0x0B))\n Store (BB0C, Index(TEMP, 0x0C))\n Store (BB0D, Index(TEMP, 0x0D))\n Store (BB0E, Index(TEMP, 0x0E))\n Store (BB0F, Index(TEMP, 0x0F))\n Store (BB10, Index(TEMP, 0x10))\n Store (BB11, Index(TEMP, 0x11))\n Store (BB12, Index(TEMP, 0x12))\n Store (BB13, Index(TEMP, 0x13))\n Store (BB14, Index(TEMP, 0x14))\n Store (BB15, Index(TEMP, 0x15))\n Store (BB16, Index(TEMP, 0x16))\n Store (BB17, Index(TEMP, 0x17))\n Store (BB18, Index(TEMP, 0x18))\n Store (BB19, Index(TEMP, 0x19))\n Store (BB1A, Index(TEMP, 0x1A))\n Store (BB1B, Index(TEMP, 0x1B))\n Store (BB1C, Index(TEMP, 0x1C))\n Store (BB1D, Index(TEMP, 0x1D))\n Store (BB1E, Index(TEMP, 0x1E))\n Store (BB1F, Index(TEMP, 0x1F))\n Return (TEMP)\n }\n end; into device label EC0 insert begin Method (WRBB, 1, Serialized)\n {\n Name (TEMP, Buffer(0x20) { })\n Store (Arg0, TEMP)\n Store (DerefOf(Index(TEMP, 0x00)), BB00)\n Store (DerefOf(Index(TEMP, 0x01)), BB01)\n Store (DerefOf(Index(TEMP, 0x02)), BB02)\n Store (DerefOf(Index(TEMP, 0x03)), BB03)\n Store (DerefOf(Index(TEMP, 0x04)), BB04)\n Store (DerefOf(Index(TEMP, 0x05)), BB05)\n Store (DerefOf(Index(TEMP, 0x06)), BB06)\n Store (DerefOf(Index(TEMP, 0x07)), BB07)\n Store (DerefOf(Index(TEMP, 0x08)), BB08)\n Store (DerefOf(Index(TEMP, 0x09)), BB09)\n Store (DerefOf(Index(TEMP, 0x0A)), BB0A)\n Store (DerefOf(Index(TEMP, 0x0B)), BB0B)\n Store (DerefOf(Index(TEMP, 0x0C)), BB0C)\n Store (DerefOf(Index(TEMP, 0x0D)), BB0D)\n Store (DerefOf(Index(TEMP, 0x0E)), BB0E)\n Store (DerefOf(Index(TEMP, 0x0F)), BB0F)\n Store (DerefOf(Index(TEMP, 0x10)), BB10)\n Store (DerefOf(Index(TEMP, 0x11)), BB11)\n Store (DerefOf(Index(TEMP, 0x12)), BB12)\n Store (DerefOf(Index(TEMP, 0x13)), BB13)\n Store (DerefOf(Index(TEMP, 0x14)), BB14)\n Store (DerefOf(Index(TEMP, 0x15)), BB15)\n Store (DerefOf(Index(TEMP, 0x16)), BB16)\n Store (DerefOf(Index(TEMP, 0x17)), BB17)\n Store (DerefOf(Index(TEMP, 0x18)), BB18)\n Store (DerefOf(Index(TEMP, 0x19)), BB19)\n Store (DerefOf(Index(TEMP, 0x1A)), BB1A)\n Store (DerefOf(Index(TEMP, 0x1B)), BB1B)\n Store (DerefOf(Index(TEMP, 0x1C)), BB1C)\n Store (DerefOf(Index(TEMP, 0x1D)), BB1D)\n Store (DerefOf(Index(TEMP, 0x1E)), BB1E)\n Store (DerefOf(Index(TEMP, 0x1F)), BB1F)\n }\n end; into device label EC0 code_regex BDA2,\s+256 replace_matched begin //BDA2, 256,\n BB00,8,BB01,8,BB02,8,BB03,8,\n BB04,8,BB05,8,BB06,8,BB07,8,\n BB08,8,BB09,8,BB0A,8,BB0B,8,\n BB0C,8,BB0D,8,BB0E,8,BB0F,8,\n BB10,8,BB11,8,BB12,8,BB13,8,\n BB14,8,BB15,8,BB16,8,BB17,8,\n BB18,8,BB19,8,BB1A,8,BB1B,8,\n BB1C,8,BB1D,8,BB1E,8,BB1F,8\n end; into method label SMBR code_regex \(BDA2, replaceall_matched begin (RDBB(), end; into method label SMBR code_regex Store\s\((.*),\sBDA2\) replaceall_matched begin WRBB(%1) end; into method label SMBW code_regex Store\s\((.*),\sBDA2\) replaceall_matched begin WRBB(%1) end; into method label ECSB code_regex Store\s\((.*),\sBDA2\) replaceall_matched begin WRBB(%1) end; into method label ECSB code_regex \(BDA2, replaceall_matched begin (RDBB(), end; # additional work for _BIX method present in some ASUS laptops into device label EC0 code_regex B0C3,\s+16 replace_matched begin XC30,8,XC31,8 end; into device label EC0 code_regex B1C3,\s+16 replace_matched begin YC30,8,YC31,8 end; into_all method label _BIX code_regex \(\^\^LPCB\.EC0\.B0C3, replaceall_matched begin (B1B2(^^LPCB.EC0.XC30,^^LPCB.EC0.XC31), end; into_all method label _BIX code_regex \(\^\^LPCB\.EC0\.B1C3, replaceall_matched begin (B1B2(^^LPCB.EC0.YC30,^^LPCB.EC0.YC31), end; # or could remove the _BIX method if it turns out not to work #into_all method label _BIX remove_entry; Path do brilho
      #Maintained by: RehabMan for: Laptop Patches #graphics_PNLF_ivy_sandy.txt # This patch enables the brightness slider in SysPrefs->Displays # and will also enable activation of sleep mode by closing # the laptop lid. # # This particular version is intended to be used with ACPIBacklight.kext # although it can also be used with AppleBacklight.kext, # provided AppleBacklight.kext is patched to recognize your # display or an injector is used to set brightness levels. # # See this thread for more information: # http://www.tonymacx86.com/hp-probook-mavericks/121031-native-brightness-working-without-blinkscreen-using-patched-applebacklight-kext.html # (also read any linked threads) # # # Note: This patch should be applied to the DSDT or SSDT that defines # your integrated graphics device (always at _ADR 0x00020000) # 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 Name(KPCH, 0)\n // _INI deals with differences between native setting and desired\n Method (_INI, 0, NotSerialized)\n {\n // save value of PCHL for later\n 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 (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 (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 // Use XOPT=1 to disable smooth transitions\n Name (XOPT, Zero)\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; Está pronto!
       
       
      Em anexo arquivos utilizados na instalação. Pelo amor de deus, sempre use versões mais novas.
       
       
      E por último mas não menos importante
       
      Eu gostaria de agradecer os seguintes membros da comunidade, por tornar esse sonho possível:
      @crushers, @snatch, @apianti, @blackosx, @blusseau, @dmazar, @slice2009, @autumnrain, @phpdev32, @EMlyDinEsH, @RehabMan, @Scellow, @mitch_de, @Shailua, @Andy Vandijck, @maxfierke, @ArturXXX, @LexHimself, @brumas e todos os outros membros envolvidos direta ou indiretamente.
      EFI antes instalação.zip
      EFI após instalação.zip
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