#!/bin/bash
#
# Script (ssdtPRGen.sh) to create ssdt-pr.dsl for Apple Power Management Support.
#
# Version 0.9 - Copyright (c) 2012 by RevoGirl
# Version 9.1 - Copyright (c) 2014 by Pike <PikeRAlpha@yahoo.com>
#
# Updates:
# - Added support for Ivy Bridge (Pike, January 2013)
# - Filename error fixed (Pike, January 2013)
# - Namespace error fixed in _printScopeStart (Pike, January 2013)
# - Model and board-id checks added (Pike, January 2013)
# - SMBIOS cpu-type check added (Pike, January 2013)
# - Copy/paste error fixed (Pike, January 2013)
# - Method ACST added to CPU scopes for IB CPUPM (Pike, January 2013)
# - Method ACST corrected for latest version of iasl (Dave, January 2013)
# - Changed path/filename to ~/Desktop/SSDT_PR.dsl (Dave, January 2013)
# - P-States are now one-liners instead of blocks (Pike, January 2013)
# - Support for flexible ProcessorNames added (Pike, Februari 2013)
# - Better feedback and Debug() injection added (Pike, Februari 2013)
# - Automatic processor type detection (Pike, Februari 2013)
# - TDP and processor type are now optional arguments (Pike, Februari 2013)
# - system-type check (used by X86PlatformPlugin) added (Pike, Februari 2013)
# - ACST injection for all logical processors (Pike, Februari 2013)
# - Introducing a stand-alone version of method _DSM (Pike, Februari 2013)
# - Fix incorrect turbo range (Pike, Februari 2013)
# - Restore IFS before return (Pike, Februari 2013)
# - Better/more complete feedback added (Jeroen, Februari 2013)
# - Processor data for desktop/mobile and server CPU's added (Jeroen, Februari 2013)
# - Improved power calculation, matching Apple's new algorithm (Pike, Februari 2013)
# - Fix iMac13,N latency and power values for C3 (Jeroen/Pike, Februari 2013)
# - IASL failed to launch when path included spaces (Pike, Februari 2013)
# - Typo in cpu-type check fixed (Jeroen, Februari 2013)
# - Error in CPU data (i5-3317U) fixed (Pike, Februari 2013)
# - Setting added for the target path/filename (Jeroen, Februari 2013)
# - Initial implementation of auto-copy (Jeroen, Februari 2013)
# - Additional checks added for cpu data/turbo modes (Jeroen, Februari 2013)
# - Undo filename change done by Jeroen (Pike, Februari 2013)
# - Improved/faster search algorithm to locate iasl (Jeroen, Februari 2013)
# - Bug fix, automatic revision update and better feedback (Pike, Februari 2013)
# - Turned auto copy on (Jeroen, Februari 2013)
# - Download IASL if it isn't there where we expect it (Pike, Februari 2013)
# - A sweet dreams update for Pike who wants better feedback (Jeroen, Februari 2013)
# - First set of Haswell processors added (Pike/Jeroen, Februari 2013)
# - More rigid testing for user errors (Pike/Jeroen, Februari 2013)
# - Getting ready for new Haswell setups (Pike/Jeroen, Februari 2013)
# - Typo and ssdtPRGen.command breakage fixed (Jeroen, Februari 2013)
# - Target folder check added for _findIASL (Pike, Februari 2013)
# - Set $baseFreqyency to $lfm when the latter isn't zero (Pike, Februari 2013)
# - Check PlatformSupport.plist for supported model/board-id added (Jeroen, Februari 2013)
# - New/expanded Sandy Bridge CPU lists, thanks to Francis (Jeroen, Februari 2013)
# - More preparations for the official Haswell launch (Pike, Februari 2013)
# - Fix for home directory with space characters (Pike, Februari 2013)
# - Sandy Bridge CPU lists rearranged/extended, thanks to 'stinga11' (Jeroen, Februari 2013)
# - Now supporting up to 16 logical cores (Jeroen, Februari 2013)
# - Improved argument checking, now supporting a fourth argument (Jeroen/Pike, Februari 2013)
# - Suppress override output when possible (Jeroen, Februari 2013)
# - Get processor label from ioreg (Jeroen/Pike, Februari 2013)
# - Create /usr/local/bin when missing (Jeroen, Februari 2013)
# - Changed warnings to make them pop out in the on-screen log (Pike, March 2013)
# - Now using the ACPI processor names of the running system (Pike, March 2013)
# - Now supporting up to 256/0xff logical processors (Pike, March 2013)
# - Command line argument for processor labels added (Pike, March 2013)
# - Bug fix, overriding the cpu type displayed the wrong name (Jeroen, March 2013)
# - Automatic detection of CPU scopes added (Pike, March 2013)
# - Show warnings for Sandy Bridge systems as well (Jeroen, March 2013)
# - New Intel Haswell processors added (Jeroen, April 2013)
# - Improved Processor declaration detection (Jeroen/Pike, April 2013)
# - New path for Clover revision 1277 (Jeroen, April 2013)
# - Haswell's minimum core frequency is 800 MHz (Jeroen, April 2013)
# - CPU signature output added (Jeroen/Pike, April 2013)
# - Updating to v6.4 after Jeroen's accidental RM of my local RevoBoot directory (Pike, May 2013)
# - Updating to v6.5 with bugs fixes and EFI partition checking for Clover compatibility (Pike, May 2013)
# - Output of Clover ACPI directory detection fixed (Pike, June 2013)
# - Haswell CPUs added (Jeroen, June 2013)
# - board-id's for new MacBookAir6,[1/2] added (Pike, June 2013)
# - board-id's for new iMac14,[1/2/3] added (Pike, October 2013)
# - board-id's for new MacBookPro11,[1/2/3] added (Pike, October 2013)
# - Cleanups and board-id for new MacPro6,1 added (Pike, October 2013)
# – Frequency error in i7-4700MQ data fixed, thanks to RehabMan (Pike, November 2013)
# - Intel i5-4200M added (Pike, December 2013)
# - LFM fixed in the Intel i7-3930K data (Pike, December 2013)
# - Intel E5-2695 V2 added (Pike, December 2013)
# - Intel i3-3250 added (Pike, December 2013)
# - Sed RegEx error fixed in _getCPUtype (Pike, January 2014)
# - Fixed a typo 's/i7-2640M/i7-2674M/' (Pike, January 2014)
# - Fixed a typo 's/gHaswellCPUList/gServerHaswellCPUList/' (Pike, January 2014)
# - Intel E5-26nn v2 Xeon Processors added (Pike, January 2014)
# - Show the CPU brandstring at all times (Pike, January 2014)
# - Fixed cpu-type suggestion for MacPro6,1 (Pike, January 2014)
# - Intel i7-4771 added (Pike, January 2014)
# - A couple Intel Haswell/Crystal Well processor models added (Pike, January 2014)
# - Moved a couple of Ivy Bridge desktop model processors to the right spot (Pike, January 2014)
# - Experimental code added for Gringo Vermelho (Pike, January 2014)
# - Fixed a typo so that checking gIvyWorkAround really works (Pike, January 2014)
# - Added extra OS checks (as a test) to filter out possibly unwanted LFM P-States (Pike, January 2014)
# - Let gIvyWorkAround control the additional LFM P-States (Pike, January 2014)
# - Fixed a typo in processor data (i7-4960K should be i7-4960X) (Pike, January 2014)
#
# Contributors:
# - Thanks to Dave, toleda and Francis for their help (bug fixes and other improvements).
# - Thanks to 'stinga11' for Sandy Bridge (E5) data and processor list errors.
# - Many thanks to Jeroen († 2013) for the CPU data, cleanups, renaming stuff and other improvements.
# - Thanks to 'philip_petev' for his help with Snow Leopard/egrep incompatibility.
# - Thanks to 'RehabMan' for his help with Snow Leopard/egrep incompatibility.
# - Thanks to 'BigDonkey' for his help with LFM (800 MHz) for Sandy Bridge mobility models.
# - Thanks to 'rtcl777' on Github issues for the tip about a typo in the iMac12 board-id's.
# - Thanks to 'xpamamadeus' for the Clover boot.log tip.
# - Thanks to 'rileyfreeman' for the Intel i7-3930K LFM value.
# - Thanks to 'Klonkrieger2' aka Mark for the tip about the sed RegEx error in _getCPUtype.
# - Thanks to 'dhnguyen92' on Github issues for the tip about a typo in the i7-2640M model data.
# - Thanks to 'fabiosun' on Github issues for the tip about a typo in the cpu-type check.
# - Thanks to 'Hackmodford ' on Github issues for testing/confirming that PM in Mavericks was changed.
#
# Bugs:
# - Bug reports can be filed at https://github.com/Piker-Alpha/RevoBoot/issues
# Please provide clear steps to reproduce the bug, the output of the
# script and the resulting SSDT.dsl Thank you!
#
# Usage (v1.0 - v4.9):
#
# - ./ssdtPRGen.sh [max turbo frequency] [TDP] [CPU type]
#
# - ./ssdtPRGen.sh
# - ./ssdtPRGen.sh 3600
# - ./ssdtPRGen.sh 3600 70
# - ./ssdtPRGen.sh 3600 70 1
#
# Usage (v5.0 and greater):
#
# - ./ssdtPRGen.sh [processor number] [max turbo frequency] [TDP] [CPU type]
#
# - ./ssdtPRGen.sh E5-1650
#
# - ./ssdtPRGen.sh 'E3-1220 v2'
# - ./ssdtPRGen.sh 'E3-1220 v2' 3600
# - ./ssdtPRGen.sh 'E3-1220 v2' 3600 70
# - ./ssdtPRGen.sh 'E3-1220 v2' 3600 70 1
#
# Usage (v5.5 and greater):
#
# - ./ssdtPRGen.sh [processor number] [max turbo frequency] [TDP] [CPU type] [ACPI Processor Name]
#
# - ./ssdtPRGen.sh E5-1650
#
# - ./ssdtPRGen.sh 'E3-1220 v2'
# - ./ssdtPRGen.sh 'E3-1220 v2' 3600
# - ./ssdtPRGen.sh 'E3-1220 v2' 3600 70
# - ./ssdtPRGen.sh 'E3-1220 v2' 3600 70 1
# - ./ssdtPRGen.sh 'E3-1220 v2' 3600 70 1 CPU
#
# set -x # Used for tracing errors (can be used anywhere in the script).
#================================= GLOBAL VARS ==================================
#
# Script version info.
#
gScriptVersion=9.1
#
# Change this to 1 when your CPU is stuck in Low Frequency Mode!
#
# 1 - Injects one extra Turbo P-State at he top with max-Turbo frequency + 1 MHz.
# 2 - Injects N extra Turbo P-States at the bottom.
# 3 - Injects both of them.
#
let gIvyWorkAround=3
#
# Asks for your confirmation to copy ssdt_pr.aml to /Extra/ssdt.aml (example)
#
let gAutoCopy=1
#
# This is the target location that ssdt.aml will be copied to.
#
# Note: Do no change this - will be updated automatically for Clover/RevoBoot!
#
gDestinationPath="/Extra/"
#
# This is the filename used for the copy process
#
gDestinationFile="ssdt_pr.aml"
#
# A value of 1 will make this script call iasl (compiles ssdt_pr.dsl)
#
# Note: Will be set to 0 when we failed to locate a copy of iasl!
#
let gCallIasl=1
#
# A value of 1 will make this script open ssdt_pr.dsl in the editor of your choice.
#
let gCallOpen=1
# 0 = no debug injection/debug statements executed.
# 1 = inject debug data.
# 3 = inject debug data and execute _debugPrint statements.
#
let gDebug=1
#
# Lowest possible idle frequency (user configurable). Also known as Low Frequency Mode.
#
let gBaseFrequency=1600
#
# This is the default processor label (verified by _setProcessorLabel).
#
gProcLabel="CPU"
#
# This is the default (ACPI 1.0 compliant) processor scope (verified by _getProcessorScope).
#
gScope="\_PR_"
#
# Other global variables.
#
gRevision='0x0000'${gScriptVersion:0:1}${gScriptVersion:2:1}'00'
#
# Path and filename setup.
#
gPath=~/Desktop
gSsdtID="ssdt_pr"
gSsdtPR="${gPath}/${gSsdtID}.dsl"
let gDesktopCPU=1
let gMobileCPU=2
let gServerCPU=3
let gSystemType=0
let gACST_CPU0=13
let gACST_CPU1=7
gMacModelIdentifier=""
let HASWELL=8
let IVY_BRIDGE=4
let SANDY_BRIDGE=2
let gTypeCPU=0
gProcessorData="Unknown CPU"
gProcessorNumber=""
gBusFrequency=100
let gUnmountEFIPartition=0
gProductName=$(sw_vers -productName)
gProductVersion="$(sw_vers -productVersion)"
gBuildVersion=$(sw_vers -buildVersion)
let gOSVersion=$(echo $gProductVersion | tr -d '.')
#
# Maximum Turbo Clock Speed (user configurable)
#
let gMaxOCFrequency=6300
let MAX_TURBO_FREQUENCY_ERROR=2
let MAX_TDP_ERROR=3
let TARGET_CPU_ERROR=4
let PROCESSOR_NUMBER_ERROR=5
let PROCESSOR_LABEL_LENGTH_ERROR=6
let PROCESSOR_NAMES_ERROR=7
let PROCESSOR_DECLARATION_ERROR=8
#
# First OS version number that no longer requires extra Low Frequency Mode P-States.
#
# Note: For future use (when we figured out what we need).
#
let LFM_REQUIRED_OS=1091
#
# Processor Number, Max TDP, Low Frequency Mode, Clock Speed, Max Turbo Frequency, Cores, Threads
#
gServerSandyBridgeCPUList=(
# E5-2600 Xeon Processor Series
E5-2687W,150,0,3100,3800,8,16
# E5-1600 Xeon Processor Series
E5-1660,130,0,3300,3900,6,12
E5-1650,130,0,3200,3800,6,12
E5-1620,130,0,3600,3800,4,8
# E3-1200 Xeon Processor Series
E3-1290,95,0,3600,4000,4,8
E3-1280,95,0,3500,3900,4,8
E3-1275,95,0,3400,3800,4,8
E3-1270,80,0,3400,3800,4,8
E3-1260L,45,0,2400,3300,4,8
E3-1245,95,0,3300,3700,4,8
E3-1240,80,0,3300,3700,4,8
E3-1235,95,0,3200,3600,4,8
E3-1230,80,0,3200,3600,4,8
E3-1225,95,0,3100,3400,4,4
E3-1220L,20,0,2200,3400,2,4
E3-1220,80,0,3100,3400,4,4
)
gDesktopSandyBridgeCPUList=(
i7-35355,120,1600,2666,2666,4,4
# i7 Desktop Extreme Series
i7-3970X,150,1200,3500,4000,6,12
i7-3960X,130,1200,3300,3900,6,12
i7-3930K,130,1200,3200,3800,6,12
i7-3820,130,1200,3600,3800,4,8
# i7 Desktop series
i7-2600S,65,1600,2800,3800,4,8
i7-2600,95,1600,3400,3800,4,8
i7-2600K,95,1600,3400,3800,4,8
i7-2700K,95,1600,3500,3900,4,8
# i5 Desktop Series
i5-2300,95,1600,2800,3100,4,4
i5-2310,95,1600,2900,3200,4,4
i5-2320,95,1600,3000,3300,4,4
i5-2380P,95,1600,3100,3400,4,4
i5-2390T,35,1600,2700,3500,2,4
i5-2400S,65,1600,2500,3300,4,4
i5-2405S,65,1600,2500,3300,4,4
i5-2400,95,1600,3100,3400,4,4
i5-2450P,95,1600,3200,3500,4,4
i5-2500T,45,1600,2300,3300,4,4
i5-2500S,65,1600,2700,3700,4,4
i5-2500,95,1600,3300,3700,4,4
i5-2500K,95,1600,3300,3700,4,4
i5-2550K,95,1600,3400,3800,4,4
# i3 1200 Desktop Series
i3-2130,65,1600,3400,0,2,4
i3-2125,65,1600,3300,0,2,4
i3-2120T,35,1600,2600,0,2,4
i3-2120,65,1600,3300,0,2,4
i3-2115C,25,1600,2000,0,2,4
i3-2105,65,1600,3100,0,2,4
i3-2102,65,1600,3100,0,2,4
i3-2100T,35,1600,2500,0,2,4
i3-2100,65,1600,3100,0,2,4
)
gMobileSandyBridgeCPUList=(
# i7 Mobile Extreme Series
i7-2960XM,55,800,2700,3700,4,8
i7-2920XM,55,800,2500,3500,4,8
# i7 Mobile Series
i7-2860QM,45,800,2500,3600,4,8
i7-2820QM,45,800,2300,3400,4,8
i7-2760QM,45,800,2400,3500,4,8
i7-2720QM,45,800,2200,3300,4,8
i7-2715QE,45,800,2100,3000,4,8
i7-2710QE,45,800,2100,3000,4,8
i7-2677M,17,800,1800,2900,2,4
i7-2675QM,45,800,2200,3100,4,8
i7-2670QM,45,800,2200,3100,4,8
i7-2675M,17,800,1600,2700,2,4
i7-2655LE,25,800,2200,2900,2,4
i7-2649M,25,800,2300,3200,2,4
i7-2640M,35,800,2800,3500,2,4
i7-2637M,17,800,1700,2800,2,4
i7-2635QM,45,800,2000,2900,4,8
i7-2630QM,45,800,2000,2900,4,8
i7-2629M,25,800,2100,3000,2,4
i7-2620M,35,800,2700,3400,2,4
i7-2617M,17,800,1500,2600,2,4
i7-2610UE,17,800,1500,2400,2,4
# i5 Mobile Series
i5-2467M,17,800,1600,2300,2,4
i5-2450M,35,800,2300,3100,2,4
i5-2435M,35,800,2400,3000,2,4
i5-2430M,35,800,2400,3000,2,4
i5-2410M,35,800,2300,2900,2,4
i5-2557M,17,800,1700,2700,2,4
i5-2540M,35,800,2600,3300,2,4
i5-2537M,17,800,1400,2300,2,4
i5-2520M,35,800,2500,3200,2,4
i5-2515E,35,800,2500,3100,2,4
i5-2510E,35,800,2500,3100,2,4
# i3 2300 Mobile Series
i3-2377M,17,800,1500,0,2,4
i3-2370M,35,800,2400,0,2,4
i3-2367M,17,800,1400,0,2,4
i3-2365M,17,800,1400,0,2,4
i3-2357M,17,800,1300,0,2,4
i3-2350M,35,800,2300,0,2,4
i3-2348M,35,800,2300,0,2,4
i3-2340UE,17,800,1300,0,2,4
i3-2330M,35,800,2200,0,2,4
i3-2330E,35,800,2200,0,2,4
i3-2328M,35,800,2200,0,2,4
i3-2312M,35,800,2100,0,2,4
i3-2310M,35,800,2100,0,2,4
i3-2310E,35,800,2100,0,2,4
)
#
# Processor Number, Max TDP, Low Frequency Mode, Clock Speed, Max Turbo Frequency, Cores, Threads
#
gServerIvyBridgeCPUList=(
# E3-1200 Xeon Processor Series
'E3-1290 v2',87,1200,3700,4100,4,8
'E3-1280 v2',69,1200,3600,4000,4,8
'E3-1275 v2',77,1200,3500,3900,4,8
'E3-1270 v2',69,1200,3500,3900,4,8
'E3-1265L v2',45,1200,2500,3500,4,8
'E3-1245 v2',77,1200,3400,3800,4,8
'E3-1240 v2',69,1200,3400,3800,4,8
'E3-1230 v2',69,1200,3300,3700,4,8
'E3-1225 v2',77,1200,3200,3600,4,4
'E3-1220 v2',69,1200,3100,3500,4,4
'E3-1220L v2',17,1200,2300,3500,2,4
# E5-2600 Xeon Processor Series
'E5-2687W v2',150,1200,3400,4000,8,16
'E5-2658 v2 ',95,1200,2400,3000,10,20
'E5-2648L v2',70,1200,1900,2500,10,20
'E5-2628L v2',70,1200,1900,2400,8,16
'E5-2603 v2',80,1200,1800,1800,4,4
'E5-2637 v2',130,1200,3500,3800,4,8
'E5-2630L v2',60,1200,2400,2800,6,12
'E5-2630 v2',80,1200,2600,3100,6,12
'E5-2620 v2',80,1200,2100,2600,6,12
'E5-2618L v2',50,1200,2000,2000,6,12
'E5-2609 v2',80,1200,2500,2500,4,4
'E5-2697 v2',130,1200,2700,3500,12,24
'E5-2695 v2',115,1200,2400,3200,12,24
'E5-2690 v2',130,1200,3000,3600,10,20
'E5-2680 v2',115,1200,2800,3600,10,20
'E5-2670 v2',115,1200,2500,3300,10,20
'E5-2667 v2',130,1200,3300,4000,6,16
'E5-2660 v2',95,1200,2200,3000,10,20
'E5-2650L v2',70,1200,1700,2100,10,20
'E5-2650 v2',95,1200,2600,3400,8,16
'E5-2643 v2',130,1200,3500,3800,6,12
'E5-2640 v2',95,1200,2000,2500,8,16
)
gDesktopIvyBridgeCPUList=(
# Socket 2011 (Premium Power)
i7-4960X,130,1200,3600,4000,6,12
i7-4930K,130,1200,3400,3900,6,12
i7-4820K,130,1200,3700,3900,4,8
# i7-3700 Desktop Processor Series
i7-3770T,45,1600,2500,3700,4,8
i7-3770S,65,1600,3100,3900,4,8
i7-3770K,77,1600,3500,3900,4,8
i7-3770,77,1600,3400,3900,4,8
# i5-3500 Desktop Processor Series
i5-3570T,45,1600,2300,3300,4,4
i5-3570K,77,1600,3400,3800,4,4
i5-3570S,65,1600,3100,3800,4,4
i5-3570,77,1600,3400,3800,4,4
i5-3550S,65,1600,3000,3700,4,4
i5-3550,77,1600,3300,3700,4,4
# i5-3400 Desktop Processor Series
i5-3475S,65,1600,2900,3600,4,4
i5-3470S,65,1600,2900,3600,4,4
i5-3470,77,1600,3200,3600,4,4
i5-3470T,35,1600,2900,3600,2,4
i5-3450S,65,1600,2800,3500,4,4
i5-3450,77,1600,3100,3500,4,4
# i5-3300 Desktop Processor Series
i5-3350P,69,1600,3100,3300,4,4
i5-3330S,65,1600,2700,3200,4,4
i5-3333S,65,1600,2700,3200,4,4
i5-3330S,65,1600,3700,3200,4,4
i5-3330,77,1600,3000,3200,4,4
# i3-3200 Desktop Processor Series
i3-3250,55,1600,3500,0,2,4
i3-3240,55,1600,3400,0,2,4
i3-3240T,35,1600,2900,0,2,4
i3-3225,55,1600,3300,0,2,4
i3-3220,55,1600,3300,0,2,4
i3-3220T,35,1600,2800,0,2,4
i3-3210,55,1600,3200,0,2,4
)
gMobileIvyBridgeCPUList=(
# i7-3800 Mobile Processor Series
i7-3840QM,45,1200,2800,3800,4,8
i7-3820QM,45,1200,2700,3700,4,8
# i7-3700 Mobile Processor Series
i7-3740QM,45,1200,2700,3700,4,8
i7-3720QM,45,1200,2600,3600,4,8
# i7-3600 Mobile Processor Series
i7-3689Y,13,0,1500,2600,2,4
i7-3687U,17,800,2100,3300,2,4
i7-3667U,17,800,2000,3200,2,4
i7-3635QM,45,0,2400,3400,4,8
i7-3620QM,35,0,2200,3200,4,8
i7-3632QM,35,0,2200,3200,4,8
i7-3630QM,45,0,2400,3400,4,8
i7-3615QM,45,0,2300,3300,4,8
i7-3615QE,45,0,2300,3300,4,8
i7-3612QM,35,0,2100,3100,4,8
i7-3612QE,35,0,2100,3100,4,8
i7-3610QM,45,0,2300,3300,4,8
i7-3610QE,45,0,2300,3300,4,8
# i7-3500 Mobile Processor Series
i7-3555LE,25,0,2500,3200,2,4
i7-3540M,35,1200,3000,3700,2,4
i7-3537U,17,800,2000,3100,2,4
i7-3520M,35,1200,2900,3600,2,4
i7-3517UE,17,0,1700,2800,2,4
i7-3517U,17,0,1900,3000,2,4
# i5-3600 Mobile Processor Series
i5-3610ME,35,0,2700,3300,2,4
# i5-3400 Mobile Processor Series
i5-3439Y,13,0,1500,2300,2,4
i5-3437U,17,800,1900,2900,2,4
i5-3427U,17,800,1800,2800,2,4
# i5-3300 Mobile Processor Series
i5-3380M,35,1200,2900,3600,2,4
i5-3360M,35,1200,2800,3500,2,4
i5-3340M,35,1200,2700,3400,2,4
i5-3339Y,13,0,1500,2000,2,4
i5-3337U,17,0,1800,2700,2,4
i5-3320M,35,1200,2600,3300,2,4
i5-3317U,17,0,1700,2600,2,4
# i5-3200 Mobile Processor Series
i5-3230M,35,1200,2600,3200,2,4
i5-3210M,35,1200,2500,3100,2,4
# i3-3200 Mobile Processor Series
i3-3239Y,13,0,1400,0,2,4
i3-3227U,17,800,1900,0,2,4
i3-3217UE,17,0,1600,0,2,4
i3-3217U,17,0,1800,0,2,4
# i3-3100 Mobile Processor Series
i3-3130M,35,1200,2600,0,2,4
i3-3120ME,35,0,2400,0,2,4
i3-3120M,35,0,2500,0,2,4
i3-3110M,35,0,2400,0,2,4
)
#
# New Haswell processors (with HD-4600 graphics)
#
gServerHaswellCPUList=(
# E3-1200 v3 Xeon Processor Series
'E3-1285L v3',65,800,3100,3900,4,8
'E3-1285 v3',84,800,3600,4000,4,8
'E3-1280 v3',82,800,3600,4000,4,8
'E3-1275 v3',84,800,3500,3900,4,8
'E3-1270 v3',80,800,3500,3900,4,8
'E3-1268L v3',45,800,2300,3300,4,8
'E3-1265L v3',45,800,2500,3700,4,8
'E3-1245 v3',84,800,3400,3800,4,8
'E3-1240 v3',80,800,3400,3800,4,8
'E3-1230L v3',25,800,1800,2800,4,8
'E3-1230 v3',80,800,3300,3700,4,8
'E3-1225 v3',80,800,3200,3600,4,4
'E3-1220 v3',80,800,3100,3500,4,4
'E3-1220L v3',13,800,1100,1500,2,4
)
gDesktopHaswellCPUList=(
# Socket 1150 (Standard Power)
i7-4770K,84,800,3500,3900,4,8
i7-4771,84,800,3500,3900,4,8
i7-4770,84,800,3400,3900,4,8
i5-4670K,84,800,3400,3800,4,4
i5-4670,84,800,3400,3800,4,4
i5-4570,84,800,3200,3600,4,4
i5-4440,84,800,3100,3300,4,4
i5-4430,84,800,3000,3200,4,4
# Socket 1150 (Low Power)
i7-4770S,65,800,3100,3900,4,8
i7-4770T,45,800,2500,3700,4,8
i7-4765T,35,800,2000,3000,4,8
i5-4670S,65,800,3100,3800,4,4
i5-4670T,45,800,2300,3300,4,4
i5-4570S,65,800,2900,3600,4,4
i5-4570T,35,800,2900,3600,2,4
i5-4430S,65,800,2700,3200,4,4
# BGA
i7-4770R,65,800,3200,3900,4,8
i5-4670R,65,800,3000,3700,4,4
# Haswell ULT
i5-4288U,28,800,2600,3100,2,4
i5-4258U,28,800,2400,2900,2,4
i5-4250U,15,800,1300,2600,2,4
i5-4200Y,12,800,1400,1900,2,4
i5-4200U,15,800,1600,2600,2,4
#
i3-4130T,35,800,2900,2900,2,4
i3-4330T,35,800,3000,3000,2,4
i3-4130,54,800,3400,3400,2,4
i3-4330,54,800,3500,3500,2,4
i3-4340,54,800,3600,3600,2,4
)
gMobileHaswellCPUList=(
# Socket FCBGA1364
i7-4960HQ,47,800,2600,3800,4,8
i7-4950HQ,47,800,2400,3600,4,8
i7-4850HQ,47,800,2300,3500,4,8
i7-4750HQ,47,800,2000,3200,4,8
i7-4702HQ,37,800,2200,3200,4,8
i7-4700HQ,47,800,2400,3600,4,8
# Extreme Edition Series - socket FCPGA946
i7-4930MX,57,800,3000,3900,4,8
# Socket FCPGA946
i7-4900MQ,47,800,2800,3800,4,8
i7-4800MQ,47,800,2700,3700,4,8
i7-4702MQ,37,800,2200,3200,4,8
i7-4700MQ,47,800,2400,3400,4,8
i5-4200M,37,800,2500,3100,2,4
# Socket FCBGA1168
i7-4650U,15,800,1700,3300,2,4
i7-4650U,15,800,1700,3300,2,4
i7-4600U,15,800,2100,3300,2,4
i7-4558U,28,800,2800,3300,2,4
i7-4550U,15,800,1500,3000,2,4
i7-4500U,15,800,1800,3000,2,4
i5-4350U,15,800,1400,2900,2,4
i5-4288U,28,800,2600,3100,2,4
i5-4258U,28,800,2400,2900,2,4
i5-4250U,15,800,1300,2600,2,4
i5-4200U,15,800,1600,2600,2,4
i5-4200Y,12,800,1400,1900,2,4
# Socket FCBGA1168
i3-4158U,28,800,2000,2000,2,4
i3-4100U,15,800,1800,1800,2,4
i3-4010U,15,800,1700,1700,2,4
i3-4010Y,12,800,1300,1300,2,4
)
#--------------------------------------------------------------------------------
function _printHeader()
{
echo '/*' > $gSsdtPR
echo ' * Intel ACPI Component Architecture' >> $gSsdtPR
echo ' * AML Disassembler version 20130210-00 [Feb 10 2013]' >> $gSsdtPR
echo ' * Copyright (c) 2000 - 2013 Intel Corporation' >> $gSsdtPR
echo ' * ' >> $gSsdtPR
echo ' * Original Table Header:' >> $gSsdtPR
echo ' * Signature "SSDT"' >> $gSsdtPR
echo ' * Length 0x0000036A (874)' >> $gSsdtPR
echo ' * Revision 0x01' >> $gSsdtPR
echo ' * Checksum 0x00' >> $gSsdtPR
echo ' * OEM ID "APPLE "' >> $gSsdtPR
echo ' * OEM Table ID "CpuPm"' >> $gSsdtPR
printf ' * OEM Revision '$gRevision' (%d)\n' $gRevision >> $gSsdtPR
echo ' * Compiler ID "INTL"' >> $gSsdtPR
echo ' * Compiler Version 0x20130210 (538116624)' >> $gSsdtPR
echo ' */' >> $gSsdtPR
echo '' >> $gSsdtPR
echo 'DefinitionBlock ("'$gSsdtID'.aml", "SSDT", 1, "APPLE ", "CpuPm", '$gRevision')' >> $gSsdtPR
echo '{' >> $gSsdtPR
}
#--------------------------------------------------------------------------------
function _printExternals()
{
let currentCPU=0;
while [ $currentCPU -lt $gLogicalCPUs ]; do
echo ' External ('${gScope}'.'${gProcessorNames[$currentCPU]}', DeviceObj)' >> $gSsdtPR
let currentCPU+=1
done
echo '' >> $gSsdtPR
}
#--------------------------------------------------------------------------------
function _injectDebugInfo()
{
xcpm=0
#
# Check OS version ('machdep.xcpm' is introduced in 10.8.5)
#
if [[ $gOSVersion > 1084 ]]; then
xcpm=$(/usr/sbin/sysctl -n machdep.xcpm.mode)
fi
echo ' Method (_INI, 0, NotSerialized)' >> $gSsdtPR
echo ' {' >> $gSsdtPR
echo ' Store ("ssdtPRGen version: '$gScriptVersion' / '$gProductName' '$gProductVersion' ('$gBuildVersion')", Debug)' >> $gSsdtPR
echo ' Store ("target processor : '$gProcessorNumber'", Debug)' >> $gSsdtPR
echo ' Store ("running processor: '$gBrandString'", Debug)' >> $gSsdtPR
echo ' Store ("baseFrequency : '$gBaseFrequency'", Debug)' >> $gSsdtPR
echo ' Store ("frequency : '$frequency'", Debug)' >> $gSsdtPR
echo ' Store ("busFrequency : '$gBusFrequency'", Debug)' >> $gSsdtPR
echo ' Store ("logicalCPUs : '$gLogicalCPUs'", Debug)' >> $gSsdtPR
echo ' Store ("tdp : '$gTdp'", Debug)' >> $gSsdtPR
echo ' Store ("packageLength : '$packageLength'", Debug)' >> $gSsdtPR
echo ' Store ("turboStates : '$turboStates'", Debug)' >> $gSsdtPR
echo ' Store ("maxTurboFrequency: '$maxTurboFrequency'", Debug)' >> $gSsdtPR
echo ' Store ("gIvyWorkAround : '$gIvyWorkAround'", Debug)' >> $gSsdtPR
echo ' Store ("machdep.xcpm.mode: '$xcpm'", Debug)' >> $gSsdtPR
echo ' }' >> $gSsdtPR
echo '' >> $gSsdtPR
}
#--------------------------------------------------------------------------------
function _printProcessorDefinitions()
{
let currentCPU=0;
while [ $currentCPU -lt $1 ]; do
echo ' External ('${gScope}'.'${gProcessorNames[$currentCPU]}', DeviceObj)' >> $gSsdtPR
let currentCPU+=1
done
echo '' >> $gSsdtPR
}
#--------------------------------------------------------------------------------
function _printScopeStart()
{
let turboStates=$1
let packageLength=$2
# TODO: Remove this when CPUPM for IB works properly!
let useWorkArounds=0
echo ' Scope ('${gScope}'.'${gProcessorNames[0]}')' >> $gSsdtPR
echo ' {' >> $gSsdtPR
if (( gDebug & 1 )); then
_injectDebugInfo
fi
#
# Do we need to create additional (Low Frequency) P-States?
#
if [ $gBridgeType -ne $SANDY_BRIDGE ];
then
let lowFrequencyPStates=0
#
# Do we need to add additional (Low Frequency) P-States for Ivy Bridge?
#
if (( $gBridgeType == $IVY_BRIDGE && $gIvyWorkAround & 2 )); then
let lowFrequencyPStates=($gBaseFrequency/100)-8
fi
let packageLength=($2+$lowFrequencyPStates)
if [[ lowFrequencyPStates -gt 0 ]];
then
printf " Name (APLF, 0x%02x)\n" $lowFrequencyPStates >> $gSsdtPR
else
# Prevent optimization warning.
echo " Name (APLF, Zero)" >> $gSsdtPR
fi
# TODO: Remove this when CPUPM for IB works properly!
if (( $gBridgeType == $IVY_BRIDGE && $gIvyWorkAround & 1 )); then
let useWorkArounds=1
fi
fi
#
# Check number of Turbo states (for IASL optimization).
#
if [ $turboStates -eq 0 ];
then
# TODO: Remove this when CPUPM for IB works properly!
if (($useWorkArounds));
then
echo ' Name (APSN, One)' >> $gSsdtPR
else
echo ' Name (APSN, Zero)' >> $gSsdtPR
fi
else
# TODO: Remove this when CPUPM for IB works properly!
if ((useWorkArounds)); then
let turboStates+=1
fi
printf " Name (APSN, 0x%02X)\n" $turboStates >> $gSsdtPR
fi
# TODO: Remove this when CPUPM for IB works properly!
if (($useWorkArounds)); then
let packageLength+=1
fi
printf " Name (APSS, Package (0x%02X)\n" $packageLength >> $gSsdtPR
echo ' {' >> $gSsdtPR
# TODO: Remove this when CPUPM for IB works properly!
if (($useWorkArounds)); then
let extraF=($maxTurboFrequency+1)
let maxTDP=($gTdp*1000)
let extraR=($maxTurboFrequency/100)+1
echo " /* Workaround for the Ivy Bridge PM 'bug' */" >> $gSsdtPR
printf " Package (0x06) { 0x%04X, 0x%06X, 0x0A, 0x0A, 0x%02X00, 0x%02X00 },\n" $extraF $maxTDP $extraR $extraR >> $gSsdtPR
fi
}
#--------------------------------------------------------------------------------
function _printPackages()
{
let maxTDP=($1*1000)
local maxNonTurboFrequency=$2
local frequency=$3
let minRatio=($gBaseFrequency/$gBusFrequency)
let p1Ratio=($maxNonTurboFrequency/$gBusFrequency)
let ratio=($frequency/$gBusFrequency)
let powerRatio=($p1Ratio-1)
#
# Do we need to add additional (Low Frequency) P-States for Ivy Bridge?
#
if (( $gBridgeType == $IVY_BRIDGE && $gIvyWorkAround & 2 )); then
let minRatio=8
fi
if (($turboStates)); then
echo ' /* High Frequency Modes (turbo) */' >> $gSsdtPR
fi
while [ $ratio -ge $minRatio ];
do
if [ $frequency -eq $gBaseFrequency ];
then
echo ' /* Low Frequency Mode */' >> $gSsdtPR
fi
if [ $frequency -eq $maxNonTurboFrequency ];
then
echo ' /* High Frequency Modes (non-turbo) */' >> $gSsdtPR
fi
printf " Package (0x06) { 0x%04X, " $frequency >> $gSsdtPR
if [ $frequency -lt $maxNonTurboFrequency ];
then
power=$(echo "scale=6;m=((1.1-(($p1Ratio-$powerRatio)*0.00625))/1.1);(($powerRatio/$p1Ratio)*(m*m)*$maxTDP);" | bc | sed -e 's/.[0-9A-F]*$//')
let powerRatio-=1
else
power=$maxTDP
fi
if [ $frequency -ge $gBaseFrequency ];
then
printf "0x%06X, " $power >> $gSsdtPR
else
printf ' Zero, ' >> $gSsdtPR
fi
printf "0x0A, 0x0A, 0x%02X00, 0x%02X00 }" $ratio $ratio >> $gSsdtPR
let ratio-=1
let frequency-=$gBusFrequency
if [ $ratio -ge $minRatio ];
then
echo ',' >> $gSsdtPR
else
echo '' >> $gSsdtPR
fi
done
echo ' })' >> $gSsdtPR
}
#--------------------------------------------------------------------------------
function _printMethodDSM()
{
#
# New stand-alone version of Method _DSM - Copyright (c) 2009 by Master Chief
#
echo '' >> $gSsdtPR
echo ' Method (_DSM, 4, NotSerialized)' >> $gSsdtPR
echo ' {' >> $gSsdtPR
if ((gDebug)); then
#
# Note: This will be called twice!
#
echo ' Store ("Method '${gProcessorNames[0]}'._DSM Called", Debug)' >> $gSsdtPR
echo '' >> $gSsdtPR
fi
echo ' If (LEqual (Arg2, Zero))' >> $gSsdtPR
echo ' {' >> $gSsdtPR
echo ' Return (Buffer (One)' >> $gSsdtPR
echo ' {' >> $gSsdtPR
echo ' 0x03' >> $gSsdtPR
echo ' })' >> $gSsdtPR
echo ' }' >> $gSsdtPR
echo '' >> $gSsdtPR
#
# This property is required to get X86Platform[Plugin/Shim].kext loaded.
#
echo ' Return (Package (0x02)' >> $gSsdtPR
echo ' {' >> $gSsdtPR
echo ' "plugin-type",' >> $gSsdtPR
echo ' One' >> $gSsdtPR
echo ' })' >> $gSsdtPR
echo ' }' >> $gSsdtPR
echo ' }' >> $gSsdtPR
}
#--------------------------------------------------------------------------------
function _debugPrint()
{
if (( gDebug & 2 )); then
printf "$1"
fi
}
#--------------------------------------------------------------------------------
function _printScopeACST()
{
#
# Intel values for Sandy / Ivy Bridge processors
#
# C-state : Power : SB Latency : IB Latency
#---------:---------:------------:------------
# C1 : 0x3e8 : 0x01 : 0x03
# C3 : 0x1f4 : 0x50 : 0xcd
# C6 : 0x15e : 0x68 : 0xf5
# C7 : 0xc8 : 0x6d : 0xf5
#
# Note: C-state latency in uS and C-state power in mW.
let C1=0
let C2=0
let C3=0
let C6=0
let C7=0
local pkgLength=2
local numberOfCStates=0
#
# Are we injecting C-States for CPU1?
#
if [ $1 -eq 1 ];
then
let targetCPU=1
else
let targetCPU=0
fi
echo '' >> $gSsdtPR
echo ' Method (ACST, 0, NotSerialized)' >> $gSsdtPR
echo ' {' >> $gSsdtPR
if ((gDebug)); then
echo ' Store ("Method '${gProcessorNames[$targetCPU]}'.ACST Called", Debug)' >> $gSsdtPR
fi
#
# Are we injecting C-States for CPU1?
#
if [ $targetCPU -eq 1 ];
then
# Yes (also used by CPU2, CPU3 and greater).
let targetCStates=$gACST_CPU1
latency_C1=0x03E8
latency_C2=0x94
latency_C3=0xC6
else
#
# C-States override for Mobile processors (CPU0 only)
#
if (($gTypeCPU == $gMobileCPU)); then
echo 'Adjusting C-States for detected (mobile) processor'
let gACST_CPU0=29
fi
let targetCStates=$gACST_CPU0
latency_C1=Zero
latency_C2=0x43
latency_C3=0xCD
latency_C6=0xF5
latency_C7=0xF5
fi
if ((gDebug)); then
echo ' Store ("'${gProcessorNames[$targetCPU]}' C-States : '$targetCStates'", Debug)' >> $gSsdtPR
echo '' >> $gSsdtPR
fi
_debugPrint "targetCStates: $targetCStates\n"
#
# Checks to determine which C-State(s) we should inject.
#
if (($targetCStates & 1)); then
_debugPrint "Adding C1\n"
let C1=1
let numberOfCStates+=1
let pkgLength+=1
fi
if (($targetCStates & 2)); then
_debugPrint "Adding C2\n"
let C2=1
let numberOfCStates+=1
let pkgLength+=1
fi
if (($targetCStates & 4)); then
_debugPrint "Adding C3\n"
let C3=1
let numberOfCStates+=1
let pkgLength+=1
fi
if (($targetCStates & 8)); then
_debugPrint "Adding C6\n"
let C6=1
let numberOfCStates+=1
let pkgLength+=1
fi
if ((($targetCStates & 16) == 16)); then
_debugPrint "Adding C7\n"
let C7=1
let numberOfCStates+=1
let pkgLength+=1
fi
let hintCode=0x00
echo " /* Low Power Modes for ${gProcessorNames[$1]} */" >> $gSsdtPR
printf " Return (Package (0x%02x)\n" $pkgLength >> $gSsdtPR
echo ' {' >> $gSsdtPR
echo ' One,' >> $gSsdtPR
printf " 0x%02x,\n" $numberOfCStates >> $gSsdtPR
echo ' Package (0x04)' >> $gSsdtPR
echo ' {' >> $gSsdtPR
echo ' ResourceTemplate ()' >> $gSsdtPR
echo ' {' >> $gSsdtPR
echo ' Register (FFixedHW,' >> $gSsdtPR
echo ' 0x01, // Bit Width' >> $gSsdtPR
echo ' 0x02, // Bit Offset' >> $gSsdtPR
printf " 0x%016x, // Address\n" $hintCode >> $gSsdtPR
echo ' 0x01, // Access Size' >> $gSsdtPR
echo ' )' >> $gSsdtPR
echo ' },' >> $gSsdtPR
echo ' One,' >> $gSsdtPR
echo ' '$latency_C1',' >> $gSsdtPR
echo ' 0x03E8' >> $gSsdtPR
if (($C2)); then
let hintCode+=0x10
echo ' },' >> $gSsdtPR
echo '' >> $gSsdtPR
echo ' Package (0x04)' >> $gSsdtPR
echo ' {' >> $gSsdtPR
echo ' ResourceTemplate ()' >> $gSsdtPR
echo ' {' >> $gSsdtPR
echo ' Register (FFixedHW,' >> $gSsdtPR
echo ' 0x01, // Bit Width' >> $gSsdtPR
echo ' 0x02, // Bit Offset' >> $gSsdtPR
printf " 0x%016x, // Address\n" $hintCode >> $gSsdtPR
echo ' 0x03, // Access Size' >> $gSsdtPR
echo ' )' >> $gSsdtPR
echo ' },' >> $gSsdtPR
echo ' 0x02,' >> $gSsdtPR
echo ' '$latency_C2',' >> $gSsdtPR
echo ' 0x01F4' >> $gSsdtPR
fi
if (($C3)); then
let hintCode+=0x10
local power_C3=0x01F4
#
# Is this for CPU1?
#
if (($1)); then
if [[ ${modelID:0:7} == "iMac13," ]];
then
local power_C3=0x15E
latency_C3=0xA9
else
local power_C3=0xC8
let hintCode+=0x10
fi
fi
echo ' },' >> $gSsdtPR
echo '' >> $gSsdtPR
echo ' Package (0x04)' >> $gSsdtPR
echo ' {' >> $gSsdtPR
echo ' ResourceTemplate ()' >> $gSsdtPR
echo ' {' >> $gSsdtPR
echo ' Register (FFixedHW,' >> $gSsdtPR
echo ' 0x01, // Bit Width' >> $gSsdtPR
echo ' 0x02, // Bit Offset' >> $gSsdtPR
printf " 0x%016x, // Address\n" $hintCode >> $gSsdtPR
echo ' 0x03, // Access Size' >> $gSsdtPR
echo ' )' >> $gSsdtPR
echo ' },' >> $gSsdtPR
echo ' 0x03,' >> $gSsdtPR
echo ' '$latency_C3',' >> $gSsdtPR
echo ' '$power_C3 >> $gSsdtPR
fi
if (($C6)); then
let hintCode+=0x10
echo ' },' >> $gSsdtPR
echo '' >> $gSsdtPR
echo ' Package (0x04)' >> $gSsdtPR
echo ' {' >> $gSsdtPR
echo ' ResourceTemplate ()' >> $gSsdtPR
echo ' {' >> $gSsdtPR
echo ' Register (FFixedHW,' >> $gSsdtPR
echo ' 0x01, // Bit Width' >> $gSsdtPR
echo ' 0x02, // Bit Offset' >> $gSsdtPR
printf " 0x%016x, // Address\n" $hintCode >> $gSsdtPR
echo ' 0x03, // Access Size' >> $gSsdtPR
echo ' )' >> $gSsdtPR
echo ' },' >> $gSsdtPR
echo ' 0x06,' >> $gSsdtPR
echo ' '$latency_C6',' >> $gSsdtPR
echo ' 0x015E' >> $gSsdtPR
fi
if (($C7)); then
#
# If $hintCode is already 0x30 then use 0x31 otherwise 0x30
#
if [ $hintCode -eq 48 ];
then
let hintCode+=0x01
else
let hintCode+=0x10
fi
echo ' },' >> $gSsdtPR
echo '' >> $gSsdtPR
echo ' Package (0x04)' >> $gSsdtPR
echo ' {' >> $gSsdtPR
echo ' ResourceTemplate ()' >> $gSsdtPR
echo ' {' >> $gSsdtPR
echo ' Register (FFixedHW,' >> $gSsdtPR
echo ' 0x01, // Bit Width' >> $gSsdtPR
echo ' 0x02, // Bit Offset' >> $gSsdtPR
printf " 0x%016x, // Address\n" $hintCode >> $gSsdtPR
echo ' 0x03, // Access Size' >> $gSsdtPR
echo ' )' >> $gSsdtPR
echo ' },' >> $gSsdtPR
echo ' 0x07,' >> $gSsdtPR
echo ' '$latency_C7',' >> $gSsdtPR
echo ' 0xC8' >> $gSsdtPR
fi
echo ' }' >> $gSsdtPR
echo ' })' >> $gSsdtPR
echo ' }' >> $gSsdtPR
#
# We don't need a closing bracket here when we add method _DSM for Ivy Bridge.
#
if [ $gBridgeType -eq $SANDY_BRIDGE ]; then
echo ' }' >> $gSsdtPR
fi
}
#--------------------------------------------------------------------------------
function _printScopeCPUn()
{
let currentCPU=1;
while [ $currentCPU -lt $gLogicalCPUs ]; do
echo '' >> $gSsdtPR
echo ' Scope ('${gScope}'.'${gProcessorNames[$currentCPU]}')' >> $gSsdtPR
echo ' {' >> $gSsdtPR
echo ' Method (APSS, 0, NotSerialized)' >> $gSsdtPR
echo ' {' >> $gSsdtPR
if ((gDebug)); then
echo ' Store ("Method '${gProcessorNames[$currentCPU]}'.APSS Called", Debug)' >> $gSsdtPR
echo '' >> $gSsdtPR
fi
echo ' Return ('${gScope}'.'${gProcessorNames[0]}'.APSS)' >> $gSsdtPR
echo ' }' >> $gSsdtPR
#
# IB CPUPM tries to parse/execute CPUn.ACST (see debug data) and thus we add
# this method, conditionally, since SB CPUPM doesn't seem to care about it.
#
if [ $gBridgeType -ge $IVY_BRIDGE ]; then
if [ $currentCPU -eq 1 ];
then
_printScopeACST 1
else
echo '' >> $gSsdtPR
echo ' Method (ACST, 0, NotSerialized) { Return ('${gScope}'.'${gProcessorNames[1]}'.ACST ()) }' >> $gSsdtPR
fi
fi
echo ' }' >> $gSsdtPR
let currentCPU+=1
done
echo '}' >> $gSsdtPR
}
#--------------------------------------------------------------------------------
function _getModelName()
{
#
# Grab 'compatible' property from ioreg (stripped with sed / RegEX magic).
#
echo `ioreg -p IODeviceTree -d 2 -k compatible | grep compatible | sed -e 's/ *["=<>]//g' -e 's/compatible//'`
}
#--------------------------------------------------------------------------------
function _getBoardID()
{
#
# Grab 'board-id' property from ioreg (stripped with sed / RegEX magic).
#
boardID=$(ioreg -p IODeviceTree -d 2 -k board-id | grep board-id | sed -e 's/ *["=<>]//g' -e 's/board-id//')
}
#--------------------------------------------------------------------------------
function _getProcessorNames()
{
local acpiNames=$(ioreg -p IODeviceTree -c IOACPIPlatformDevice -k cpu-type | egrep name | sed -e 's/ *[-|="<a-z>]//g')
gProcessorNames=($acpiNames)
if [[ ${#gProcessorNames[@]} -lt 2 ]]; then
_exitWithError $PROCESSOR_NAMES_ERROR
fi
}
#--------------------------------------------------------------------------------
function _updateProcessorNames()
{
if [[ $gLogicalCPUs -le 0x0f ]];
then
local label=${gProcLabel:0:3}
else
local label=${gProcLabel:0:2}
fi
if [[ $1 -gt ${#gProcessorNames[@]} ]]; then
echo -e "\nWarning: Target CPU has $gLogicalCPUs logical cores, the running system only ${#gProcessorNames[@]}"
echo " Now using '$label' to extent the current range to $gLogicalCPUs..."
echo -e " You may want to check/verify the generated $gSsdtID.dsl\n"
fi
let currentCPU=0
while [ $currentCPU -lt $1 ];
do
if [[ $1 -gt 0x0f && $currentCPU -le 0x0f ]];
then
local filler='0'
else
local filler=''
fi
gProcessorNames[$currentCPU]=${label}${filler}$(echo "obase=16; ${currentCPU}" | bc)
let currentCPU+=1
done
}
#--------------------------------------------------------------------------------
function _getProcessorScope()
{
#
# We run egrep twice here for Snow Leopard compatibility, otherwise it fails.
#
if [[ $(ioreg -c AppleACPIPlatformExpert -rd1 -w0 | egrep -o 'DSDT"=<[0-9a-f]+' | egrep -o '5b830b') ]]; then
echo 'Processor Declaration(s) Found in DSDT'
return
fi
if [[ $(ioreg -c AppleACPIPlatformExpert -rd1 -w0 | egrep -o 'DSDT"=<[0-9a-f]+' | egrep -o '5f50525f') ]];
then
gScope="\_PR_"
echo ' (ACPI 1.0 compliant)'
return
else
gScope="\_SB_"
return
fi
#
# Additional/experimental code for support of broken ACPI tables.
#
if [[ $(ioreg -c AppleACPIPlatformExpert -rd1 -w0 | egrep -o 'DSDT"=<[0-9a-f]+' | egrep -o '5f5052') ]];
then
gScope="\_PR_"
echo ' (ACPI 1.0 compliant)'
fi
}
#--------------------------------------------------------------------------------
function _getCPUtype()
{
#
# Grab 'cpu-type' property from ioreg (stripped with sed / RegEX magic).
#
local grepStr=$(ioreg -p IODeviceTree -n "${gProcessorNames[0]}"@0 -k cpu-type | grep cpu-type | sed -e 's/["cputype" ,<>|=-]//g')
# Swap bytes with help of ${str:pos:num}
#
echo ${grepStr:2:2}${grepStr:0:2}
}
#--------------------------------------------------------------------------------
function _getCPUModel()
{
#
# Returns the hexadecimal value of machdep.cpu.model
#
echo 0x$(echo "obase=16; `sysctl machdep.cpu.model | sed -e 's/^machdep.cpu.model: //'`" | bc)
}
#--------------------------------------------------------------------------------
function _getCPUSignature()
{
#
# Returns the hexadecimal value of machdep.cpu.signature
#
echo 0x$(echo "obase=16; `sysctl machdep.cpu.signature | sed -e 's/^machdep.cpu.signature: //'`" | bc)
}
#--------------------------------------------------------------------------------
function _getSystemType()
{
#
# Grab 'system-type' property from ioreg (stripped with sed / RegEX magic).
#
# Note: This property is checked (cmpb $0x02) in X86PlatformPlugin::configResourceCallback
#
echo `ioreg -p IODeviceTree -d 2 -k system-type | grep system-type | sed -e 's/ *[-="<0a-z>]//g'`
}
#--------------------------------------------------------------------------------
function _findIasl()
{
if (($gCallIasl)); then
#
# Then we do a quick lookup of iasl (should also be there after the first run)
#
if [ ! -f /usr/local/bin/iasl ]; then
printf "\nIASL not found. "
#
# First we check the target directory (should be there after the first run)
#
# XXX: Jeroen, try curl --create-dirs without the mkdir here ;)
if [ ! -d /usr/local/bin ]; then
printf "Creating target directory... "
sudo mkdir -p /usr/local/bin/
sudo chown -R root:wheel /usr/local/bin/
fi
printf "Downloading iasl...\n"
sudo curl -o /usr/local/bin/iasl https://raw.github.com/Piker-Alpha/RevoBoot/clang/i386/libsaio/acpi/Tools/iasl
# sudo curl https://raw.github.com/Piker-Alpha/RevoBoot/clang/i386/libsaio/acpi/Tools/iasl -o /usr/local/bin/iasl --create-dirs
sudo chmod +x /usr/local/bin/iasl
echo 'Done.'
fi
iasl=/usr/local/bin/iasl
fi
}
#--------------------------------------------------------------------------------
function _setDestinationPath
{
#
# Checking for RevoBoot
#
if [ -d /Extra/ACPI ]; then
gDestinationPath="/Extra/ACPI/"
echo -e '\nACPI target directory changed to: '$gDestinationPath
return
fi
#
# Checking for Clover rev 1277 and greater (projectosx.com/forum/index.php?showtopic=2656&p=29129&#entry29129)
#
if [ -d /EFI/Clover/ACPI/patched ];
then
gDestinationPath="/EFI/Clover/ACPI/patched/"
echo -e '\nACPI target directory changed to: $gDestinationPath'
return
else
if [ -d /Volumes/EFI ];
then
if [ -d /Volumes/EFI/Clover/ACPI/patched ]; then
gDestinationPath="/Volumes/EFI/CLOVER/ACPI/patched/"
echo -e '\nACPI target directory changed to: '$gDestinationPath
return
fi
else
#
# http://www.tonymacx86.com/ssdt/86906-ssdt-generation-script-ivybridge-pm-40.html#post604496
#
if [ -f /Library/Logs/CloverEFI/boot.log ];
then
echo 'Clover boot.log found'
return
else
echo -e '\nWarning: Failed to locate the Clover boot.log'
echo 'Creating temporarily mount point: /Volumes/EFI'
sudo mkdir /Volumes/EFI
printf 'Mounting EFI partition...\n'
#
# TODO: Get target disk from diskutil list
#
sudo mount_hfs /dev/disk0s1 /Volumes/EFI
if [ -f /Volumes/EFI/Clover/ACPI/patched ];
then
let gUnmountEFIPartition=1
gDestinationPath="/Volumes/EFI/CLOVER/ACPI/patched/"
echo 'ACPI target directory changed to: '$gDestinationPath
return
else
echo -e '\nUnmounting EFI partition...'
sudo umount -f /Volumes/EFI
echo 'Removing temporarily mount point...'
# sudo rm -r /Volumes/EFI
return
fi
fi
fi
fi
#
# Checking for Clover (older versions)
#
if [ -d /EFI/ACPI/patched ]; then
gDestinationPath="/EFI/ACPI/patched/"
echo 'ACPI target directory changed to: '$gDestinationPath
return
fi
}
#--------------------------------------------------------------------------------
function _getCPUNumberFromBrandString
{
#
# Get CPU brandstring
#
gBrandString=$(echo `sysctl machdep.cpu.brand_string` | sed -e 's/machdep.cpu.brand_string: //')
#
# Show brandstring (this helps me to debug stuff).
#
printf "Brandstring '${gBrandString}'\n"
#
# Save default (0) delimiter
#
local ifs=$IFS
#
# Change delimiter to a space character
#
IFS=" "
#
# Split brandstring into array (data)
#
local data=($gBrandString)
#
# Teststrings
#
# local data=("Intel(R)" "Xeon(R)" "CPU" "E3-1220" "@" "2.5GHz")
# local data=("Intel(R)" "Xeon(R)" "CPU" "E3-1220" "v2" "@" "2.5GHz")
# local data=("Intel(R)" "Xeon(R)" "CPU" "E3-1220" "v3" "@" "2.5GHz")
# local data=("Intel(R)" "Xeon(R)" "CPU" "E3-1220" "0" "@" "2.5GHz")
# local data=("Intel(R)" "Core(TM)" "i5-4670K" "CPU" "@" "3.40GHz")
#
# Example from a MacBookPro10,2
#
# echo "${data[0]}" # Intel(R)
# echo "${data[1]}" # Core(TM)
# echo "${data[2]}" # i5-3210M
# echo "${data[3]}" # CPU
# echo "${data[4]}" # @
# echo "${data[5]}" # 2.50GHz
#
# or: "Intel(R) Xeon(R) CPU E3-1230 V2 @ 3.30GHz"
#
# echo "${data[0]}" # Intel(R)
# echo "${data[1]}" # Xeon(R)
# echo "${data[2]}" # CPU
# echo "${data[3]}" # E3-12XX
# echo "${data[4]}" # V2
# echo "${data[5]}" # @
# echo "${data[6]}" # 3.30GHz
#
# Restore the default delimiter
#
IFS=$ifs
let length=${#data[@]}
if ((length > 7)); then
echo 'Warning: The brandstring has an unexpected length!'
fi
#
# Is this a Xeon processor model?
#
if [[ "${data[1]}" == "Xeon(R)" ]];
then
#
# Yes. Check for lower/upper case 'v' or '0' for OEM processors.
#
if [[ "${data[4]}" =~ "v" || "${data[4]}" =~ "V" ]];
then
#
# Use a lowercase 'v' because that is what we use in our data.
#
gProcessorNumber="${data[3]} v${data[4]:1:1}"
elif [[ "${data[4]}" == "0" ]];
then
#
# OEM CPU's have been reported to use a "0" instead of "v2"
# and thus let's use that to make our data match the CPU.
#
gProcessorNumber="${data[3]} v2"
fi
else
#
# All other non-Xeon processor models.
#
gProcessorNumber="${data[2]}"
fi
}
#--------------------------------------------------------------------------------
function _getCPUDataByProcessorNumber
{
#
# Local function definition
#
function __searchList()
{
local ifs=$IFS
let targetType=0
case $1 in
2) local cpuSpecLists=("gDesktopSandyBridgeCPUList[@]" "gMobileSandyBridgeCPUList[@]" "gServerSandyBridgeCPUList[@]")
;;
4) local cpuSpecLists=("gDesktopIvyBridgeCPUList[@]" "gMobileIvyBridgeCPUList[@]" "gServerIvyBridgeCPUList[@]")
;;
8) local cpuSpecLists=("gDesktopHaswellCPUList[@]" "gMobileHaswellCPUList[@]" "gServerHaswellCPUList[@]")
;;
esac
for cpuList in ${cpuSpecLists[@]}
do
let targetType+=1
local targetCPUList=("${!cpuList}")
for cpuData in "${targetCPUList[@]}"
do
IFS=","
data=($cpuData)
if [[ ${data[0]} == $gProcessorNumber ]]; then
gProcessorData="$cpuData"
let gTypeCPU=$targetType
let gBridgeType=$1
IFS=$ifs
return
fi
done
done
IFS=$ifs
}
#
# Local function callers
#
__searchList $SANDY_BRIDGE
if (!(($gTypeCPU))); then
__searchList $IVY_BRIDGE
fi
if (!(($gTypeCPU))); then
__searchList $HASWELL
fi
}
#--------------------------------------------------------------------------------
function _showLowPowerStates()
{
#
# Local function definition
#
function __print()
{
local mask=1
local cStates=$1
printf "Injected C-States for ${gProcessorNames[$2]} ("
#
# Haswell : C0, C1, C1E, C2E, C3, C4, C6 and C7
# Haswell-ULT: C0, C1, C1E, C2E, C3, C4, C6, C7, C8, C9 and C10
#
for state in C1 C2 C3 C6 C7 C8 C9 C10
do
if (($cStates & $mask)); then
if (($mask > 1)); then
printf ","
fi
printf "$state"
fi
let mask=$(($mask << 1))
done
echo ')'
}
#
# Local function callers
#
__print $gACST_CPU0 0
if [ $gBridgeType -ge $IVY_BRIDGE ]; then
__print $gACST_CPU1 1
fi
}
#--------------------------------------------------------------------------------
function _checkPlatformSupport()
{
#
# Local function definition
#
function __searchList()
{
local data=`awk '/<key>'${1}'<\/key>.*/,/<\/array>/' /System/Library/CoreServices/PlatformSupport.plist`
local targetList=(`echo $data | egrep -o '(<string>.*</string>)' | sed -e 's/<\/*string>//g'`)
for item in "${targetList[@]}"
do
if [ "$item" == "$2" ]; then
return 1
fi
done
return 0
}
#
# This check is required for Snow Leopard compatibility!
#
if [ -f /System/Library/CoreServices/PlatformSupport.plist ];
then
__searchList 'SupportedModelProperties' $1
if (($? == 0)); then
__searchList 'SupportedBoardIds' $2
if (($? == 0)); then
echo 'Warning: Model identifier ['$1'] and board-id ['$2'] missing in: /S*/L*/CoreServices/PlatformSupport.plist'
fi
fi
else
echo 'Warning: /S*/L*/C*/PlatformSupport.plist not found (normal for Snow Leopard)!'
fi
}
#--------------------------------------------------------------------------------
function _checkSMCKeys()
{
#
# TODO: Check SMC keys to see if they are there and properly initialized!
#
# Note: Do <i>not</i> dump SMC keys with HWSensors/iStat or other SMC plug-ins installed!
#
local filename="/System/Library/Extensions/FakeSMC.kext/Contents/Info.plist"
local data=`grep -so '<key>[a-zA-Z]*</key>' $filename | sed -e 's/<key>//' -e 's/<\/key>//g'`
local status=`echo $data | grep -oe 'DPLM'`
if [ $status == 'DPLM' ]; then
# DPLM [{lim] (bytes 00 00 00 00 00)
# CPU, Idle, IGPU, EGPU and Memory P-State limits
echo "SMC key 'DPLM' found (OK)"
fi
set -x
local status=`echo $data | grep -oe 'MSAL'`
if [ $status == 'MSAL' ]; then
# MSAL [hex_] (bytes 4b)
echo "SMC key 'MSAL' found (OK)"
fi
}
#--------------------------------------------------------------------------------
function _initSandyBridgeSetup()
{
case $boardID in
Mac-942B5BF58194151B)
gSystemType=1
gMacModelIdentifier="iMac12,1"
gACST_CPU0=13 # C1, C3 and C6
gACST_CPU1=7 # C1, C2 and C3
;;
Mac-942B59F58194171B)
gSystemType=1
gMacModelIdentifier="iMac12,2"
gACST_CPU0=13 # C1, C3 and C6
gACST_CPU1=7 # C1, C2 and C3
;;
Mac-8ED6AF5B48C039E1)
gSystemType=1
gMacModelIdentifier="Macmini5,1"
gACST_CPU0=13 # C1, C3 and C6
gACST_CPU1=7 # C1, C2 and C3
;;
Mac-4BC72D62AD45599E)
gSystemType=1
gMacModelIdentifier="Macmini5,2"
gACST_CPU0=13 # C1, C3, C6 and C7
gACST_CPU1=7 # C1, C2 and C3
;;
Mac-7BA5B2794B2CDB12)
gSystemType=1
gMacModelIdentifier="Macmini5,3"
gACST_CPU0=13 # C1, C3, C6 and C7
gACST_CPU1=7 # C1, C2 and C3
;;
Mac-94245B3640C91C81)
gSystemType=2
gMacModelIdentifier="MacBookPro8,1"
gACST_CPU0=29 # C1, C3, C6 and C7
gACST_CPU1=7 # C1, C2 and C3
;;
Mac-94245A3940C91C80)
gSystemType=2
gMacModelIdentifier="MacBookPro8,2"
gACST_CPU0=29 # C1, C3, C6 and C7
gACST_CPU1=7 # C1, C2 and C3
;;
Mac-942459F5819B171B)
gSystemType=2
gMacModelIdentifier="MacBookPro8,3"
gACST_CPU0=29 # C1, C3, C6 and C7
gACST_CPU1=7 # C1, C2 and C3
;;
Mac-C08A6BB70A942AC2)
gSystemType=2
gMacModelIdentifier="MacBookAir4,1"
gACST_CPU0=29 # C1, C3, C6 and C7
gACST_CPU1=7 # C1, C2 and C3
;;
Mac-742912EFDBEE19B3)
gSystemType=2
gMacModelIdentifier="MacBookAir4,2"
gACST_CPU0=29 # C1, C3, C6 and C7
gACST_CPU1=7 # C1, C2 and C3
;;
esac
}
#--------------------------------------------------------------------------------
function _initIvyBridgeSetup()
{
case $boardID in
Mac-00BE6ED71E35EB86)
gSystemType=1
gMacModelIdentifier="iMac13,1"
gACST_CPU0=13 # C1, C3 and C6
gACST_CPU1=7 # C1, C2 and C3
;;
Mac-FC02E91DDD3FA6A4)
gSystemType=1
gMacModelIdentifier="iMac13,2"
gACST_CPU0=13 # C1, C3 and C6
gACST_CPU1=7 # C1, C2 and C3
;;
Mac-031AEE4D24BFF0B1)
gSystemType=1
gMacModelIdentifier="Macmini6,1"
gACST_CPU0=13 # C1, C3 and C6
gACST_CPU1=7 # C1, C2 and C3
;;
Mac-F65AE981FFA204ED)
gSystemType=1
gMacModelIdentifier="Macmini6,2"
gACST_CPU0=13 # C1, C3 and C6
gACST_CPU1=7 # C1, C2 and C3
;;
Mac-4B7AC7E43945597E)
gSystemType=2
gMacModelIdentifier="MacBookPro9,1"
gACST_CPU0=29 # C1, C3, C6 and C7
gACST_CPU1=7 # C1, C2 and C3
;;
Mac-6F01561E16C75D06)
gSystemType=2
gMacModelIdentifier="MacBookPro9,2"
gACST_CPU0=29 # C1, C3, C6 and C7
gACST_CPU1=7 # C1, C2 and C3
;;
Mac-C3EC7CD22292981F)
gSystemType=2
gMacModelIdentifier="MacBookPro10,1"
gACST_CPU0=29 # C1, C3, C6 and C7
gACST_CPU1=7 # C1, C2 and C3
;;
Mac-AFD8A9D944EA4843)
gSystemType=2
gMacModelIdentifier="MacBookPro10,2"
gACST_CPU0=29 # C1, C3, C6 and C7
gACST_CPU1=7 # C1, C2 and C3
;;
Mac-66F35F19FE2A0D05)
gSystemType=2
gMacModelIdentifier="MacBookAir5,1"
gACST_CPU0=29 # C1, C3, C6 and C7
gACST_CPU1=7 # C1, C2 and C3
;;
Mac-2E6FAB96566FE58C)
gSystemType=2
gMacModelIdentifier="MacBookAir5,2"
gACST_CPU0=29 # C1, C3, C6 and C7
gACST_CPU1=7 # C1, C2 and C3
;;
Mac-F60DEB81FF30ACF6)
gSystemType=3
gMacModelIdentifier="MacPro6,1"
gACST_CPU0=13 # C1, C3, C6
gACST_CPU1=13 # C1, C3, C6
;;
esac
}
#--------------------------------------------------------------------------------
function _initHaswellSetup()
{
case $boardID in
Mac-031B6874CF7F642A)
gSystemType=1
gMacModelIdentifier="iMac14,1"
gACST_CPU0=29 # C1, C3, C6 and C7
gACST_CPU1=7 # C1, C2 and C3
;;
Mac-27ADBB7B4CEE8E61)
gSystemType=1
gMacModelIdentifier="iMac14,2"
gACST_CPU0=29 # C1, C3, C6 and C7
gACST_CPU1=7 # C1, C2 and C3
;;
Mac-77EB7D7DAF985301)
gSystemType=1
gMacModelIdentifier="iMac14,3"
gACST_CPU0=29 # C1, C3, C6 and C7
gACST_CPU1=7 # C1, C2 and C3
;;
Mac-189A3D4F975D5FFC)
gSystemType=2
gMacModelIdentifier="MacBookPro11,1"
gACST_CPU0=253 # C1, C3, C6, C7, C8, C9 and C10
gACST_CPU1=31 # C1, C2, C3, C6 and C7
;;
Mac-3CBD00234E554E41)
gSystemType=2
gMacModelIdentifier="MacBookPro11,2"
gACST_CPU0=253 # C1, C3, C6, C7, C8, C9 and C10
gACST_CPU1=31 # C1, C2, C3, C6 and C7
;;
Mac-2BD1B31983FE1663)
gSystemType=2
gMacModelIdentifier="MacBookPro11,3"
gACST_CPU0=253 # C1, C3, C6, C7, C8, C9 and C10
gACST_CPU1=31 # C1, C2, C3, C6 and C7
;;
Mac-35C1E88140C3E6CF)
gSystemType=2
gMacModelIdentifier="MacBookAir6,1"
gACST_CPU0=29 # C1, C3, C6, C7
gACST_CPU1=7 # C1, C2, C3
;;
Mac-7DF21CB3ED6977E5)
gSystemType=2
gMacModelIdentifier="MacBookAir6,2"
gACST_CPU0=29 # C1, C3, C6, C7
gACST_CPU1=7 # C1, C2, C3
;;
Mac-F60DEB81FF30ACF6)
gSystemType=3
gMacModelIdentifier="MacPro6,1"
gACST_CPU0=13 # C1, C3, C6
gACST_CPU1=13 # C1, C3, C6
;;
esac
}
#--------------------------------------------------------------------------------
function _exitWithError()
{
case "$1" in
2) echo -e "\nError: 'MaxTurboFrequency' must be in the range of $frequency-$gMaxOCFrequency... exiting\n" 1>&2
exit 2
;;
3) echo -e "\nError: 'TDP' must be in the range of 10-150 Watts... exiting\n" 1>&2
exit 3
;;
4) echo -e "\nError: 'BridgeType' must be 0, 1 or 2... exiting\n" 1>&2
exit 4
;;
5) echo -e "\nError: Unknown processor number... exiting\n" 1>&2
exit 5
;;
6) echo -e "\nError: Processor label length is less than 3... exiting\n" 1>&2
exit 6
;;
7) echo -e "\nError: Processor label not found... exiting\n" 1>&2
exit 7
;;
8) echo -e "\nError: Processor Declaration not found... exiting\n" 1>&2
exit 8
;;
*) exit 1
;;
esac
}
#--------------------------------------------------------------------------------
function main()
{
printf "\nssdtPRGen.sh v0.9 Copyright (c) 2011-2012 by † RevoGirl\n"
echo ' v6.6 Copyright (c) 2013 by † Jeroen'
printf " v$gScriptVersion Copyright (c) 2013-$(date "+%Y") by Pike R. Alpha\n"
echo '----------------------------------------------------------------'
printf "System information: $gProductName $gProductVersion ($gBuildVersion)\n"
let assumedTDP=0
let modelSpecified=0
let maxTurboFrequency=0
_getCPUNumberFromBrandString
_debugPrint "\ngProcessorNumber: $gProcessorNumber\n"
if [[ "$1" != "" ]]; then
# Sandy Bridge checks
if [[ ${1:0:4} == "i3-2" || ${1:0:4} == "i5-2" || ${1:0:4} == "i7-2" ]]; then
let modelSpecified=1
gProcessorNumber=$1
fi
# Ivy Bridge checks
if [[ ${1:0:4} == "i3-3" || ${1:0:4} == "i5-3" || ${1:0:4} == "i7-3" ]]; then
let modelSpecified=1
gProcessorNumber=$1
fi
# Haswell checks
if [[ ${1:0:4} == "i3-4" || ${1:0:4} == "i5-4" || ${1:0:4} == "i7-4" ]]; then
let modelSpecified=1
gProcessorNumber=$1
fi
# Xeon check
if [[ ${1:0:1} == "E" ]]; then
let modelSpecified=1
gProcessorNumber=$1
fi
fi
_getCPUDataByProcessorNumber
if [[ $modelSpecified -eq 1 && $gTypeCPU -eq 0 ]]; then
_exitWithError $PROCESSOR_NUMBER_ERROR
fi
if [[ $gBridgeType -eq 0 ]]; then
local model=$(_getCPUModel)
if (($model==0x2A)); then
let gTdp=95
let gBridgeType=2
fi
if (($model==0x2D)); then
let assumedTDP=1
let gTdp=130
let gBridgeType=2
fi
if (($model==0x3A || $model==0x3B || $model==0x3E)); then
let assumedTDP=1
let gTdp=77
let gBridgeType=4
fi
# Haswell
if (($model==0x3C)); then
let assumedTDP=1
let gTdp=84
let gBridgeType=8
let gMaxOCFrequency=8000
fi
# Haswell SVR
if (($model==0x3F)); then
let assumedTDP=1
let gTdp=130
let gBridgeType=8
fi
# Haswell ULT
if (($model==0x45)); then
let assumedTDP=1
let gTdp=15
let gBridgeType=8
fi
fi
case $gBridgeType in
2) local bridgeTypeString="Sandy Bridge"
;;
4) local bridgeTypeString="Ivy Bridge"
;;
8) local bridgeTypeString="Haswell"
;;
*) local bridgeTypeString="Unknown"
;;
esac
_getBoardID
_getProcessorNames
_getProcessorScope
local modelID=$(_getModelName)
local cpu_type=$(_getCPUtype)
local currentSystemType=$(_getSystemType)
local cpuSignature=$(_getCPUSignature)
echo "Generating ${gSsdtID}.dsl for a $modelID [$boardID]"
echo "$bridgeTypeString Core $gProcessorNumber processor [$cpuSignature] setup [0x$cpu_type]"
#
# gTypeCPU is greater than 0 when the processor is found in one of the CPU lists
#
if (($gTypeCPU));
then
local ifs=$IFS
IFS=","
local cpuData=($gProcessorData)
let gTdp=${cpuData[1]}
let lfm=${cpuData[2]}
let frequency=${cpuData[3]}
let maxTurboFrequency=${cpuData[4]}
if [ $maxTurboFrequency == 0 ]; then
let maxTurboFrequency=$frequency
fi
let gLogicalCPUs=${cpuData[6]}
IFS=$ifs
echo 'With a maximum TDP of '$gTdp' Watt, as specified by Intel'
#
# Check Low Frequency Mode (may be 0 aka still unknown)
#
if (($lfm > 0));
then
let gBaseFrequency=$lfm
else
echo -e "\nWarning: Low Frequency Mode is 0 (unknown/unconfirmed)"
if (($gTypeCPU == gMobileCPU));
then
echo -e " Now using 1200 MHz for Mobile processor\n"
let gBaseFrequency=1200
else
echo -e " Now using 1600 MHz for Server/Desktop processors\n"
let gBaseFrequency=1600
fi
fi
else
let gLogicalCPUs=$(echo `sysctl machdep.cpu.thread_count` | sed -e 's/^machdep.cpu.thread_count: //')
let frequency=$(echo `sysctl hw.cpufrequency` | sed -e 's/^hw.cpufrequency: //')
let frequency=($frequency / 1000000)
if [[ $assumedTDP -eq 1 ]]; then
echo "With a maximum TDP of ${gTdp} Watt - assumed/undetected CPU may require override value!"
fi
fi
#
# Script argument checks
#
if [[ $# -ge 2 ]]; then
if [[ "$2" =~ ^[0-9]+$ ]]; then
if [[ $2 -lt $frequency || $2 -gt $gMaxOCFrequency ]];
then
_exitWithError $MAX_TURBO_FREQUENCY_ERROR
else
if [[ $2 -gt $maxTurboFrequency ]]; then
echo "Override value: Max Turbo Frequency, now using: $2 MHz!"
let maxTurboFrequency=$2
fi
fi
fi
fi
if [ $# -ge 3 ]; then
if [[ "$3" =~ ^[0-9]+$ ]];
then
if [[ $3 -lt 10 || $3 -gt 150 ]];
then
_exitWithError $MAX_TDP_ERROR
else
if [[ $gTdp != $3 ]]; then
let gTdp=$3
echo "Override value: Max TDP, now using: $gTdp Watt!"
fi
fi
else
_exitWithError $MAX_TDP_ERROR
fi
fi
if [ $# -ge 4 ]; then
if [[ "$4" =~ ^[0-9]+$ ]];
then
local detectedBridgeType=$gBridgeType
case "$4" in
0) let gBridgeType=2
local bridgeTypeString='Sandy Bridge'
;;
1) let gBridgeType=4
local bridgeTypeString='Ivy Bridge'
;;
2) let gBridgeType=8
local bridgeTypeString='Haswell'
;;
*) _exitWithError $TARGET_CPU_ERROR
;;
esac
if [[ $detectedBridgeType -ne $((2 << $4)) ]]; then
echo "Override value: CPU type, now using: $bridgeTypeString"
fi
else
_exitWithError $TARGET_CPU_ERROR
fi
fi
if [ $# -eq 5 ]; then
if [ ${#5} -eq 3 ];
then
gProcLabel=$(echo "$5" | tr '[:lower:]' '[:upper:]')
echo "Override value: Now using '$gProcLabel' for ACPI processor names!"
_updateProcessorNames ${#gProcessorNames[@]}
else
_exitWithError $PROCESSOR_LABEL_LENGTH_ERROR
fi
fi
echo "Number logical CPU's: $gLogicalCPUs (Core Frequency: $frequency MHz)"
if [ $gLogicalCPUs -gt ${#gProcessorNames[@]} ]; then
_updateProcessorNames $gLogicalCPUs
fi
#
# Check maxTurboFrequency
#
if [ $maxTurboFrequency -eq 0 ]; then
_exitWithError $MAX_TURBO_FREQUENCY_ERROR
fi
#
# Get number of Turbo states.
#
let turboStates=$(echo "(($maxTurboFrequency - $frequency) / 100)" | bc)
#
# Check number of Turbo states.
#
if [ $turboStates -lt 0 ]; then
let turboStates=0
fi
#
# Report number of Turbo States
#
if [ $turboStates -gt 0 ];
then
let minTurboFrequency=($frequency+100)
echo "Number of Turbo States: $turboStates ($minTurboFrequency-$maxTurboFrequency MHz)"
else
echo "Number of Turbo States: 0"
fi
local packageLength=$(echo "((($maxTurboFrequency - $gBaseFrequency)+100) / 100)" | bc)
echo "Number of P-States: $packageLength ($gBaseFrequency-$maxTurboFrequency MHz)"
_printHeader
_printExternals
_printScopeStart $turboStates $packageLength
_printPackages $gTdp $frequency $maxTurboFrequency
case "$gBridgeType" in
$SANDY_BRIDGE)
local cpuTypeString="06"
_initSandyBridgeSetup
_printScopeACST 0
_printScopeCPUn
;;
$IVY_BRIDGE)
local cpuTypeString="07"
_initIvyBridgeSetup
_printScopeACST 0
_printMethodDSM
_printScopeCPUn
;;
$HASWELL)
local cpuTypeString="08"
_initHaswellSetup
_printScopeACST 0
_printMethodDSM
_printScopeCPUn
;;
esac
#
# Is this a MacPro6,1 model?
#
if [[ $modelID == 'MacPro6,1' ]];
then
#
# Yes. Use the correct string/value for the cpu-type suggestion.
#
local cpuTypeString="0a"
fi
_showLowPowerStates
_checkPlatformSupport $modelID $boardID
#
# Some Sandy Bridge/Ivy Bridge CPUPM specific configuration checks
#
if [ $gBridgeType -ne $HASWELL ];
then
if [ ${cpu_type:0:2} != $cpuTypeString ];
then
echo -e "\nWarning: 'cpu-type' may be set improperly (0x$cpu_type instead of 0x$cpuTypeString${cpu_type:2:2})"
elif [[ $gSystemType -eq 0 ]];
then
echo -e "\nWarning: 'board-id' [$boardID] is not supported by $bridgeTypeString PM"
else
if [ "$gMacModelIdentifier" != "$modelID" ]; then
echo "Error: board-id [$boardID] and model [$modelID] mismatch"
fi
fi
fi
if [ $currentSystemType -ne $gSystemType ]; then
echo -e "\nWarning: 'system-type' may be set improperly ($currentSystemType instead of $gSystemType)"
fi
}
#==================================== START =====================================
clear
if [ $# -eq 0 ];
then
main "" $1 $2 $3 $4
else
if [[ "$1" =~ ^[0-9]+$ ]];
then
main "" $1 $2 $3 $4
else
main "$1" $2 $3 $4 $5
fi
fi
_findIasl
if (($gCallIasl)); then
#
# Compile ssdt.dsl
#
sudo "$iasl" $gSsdtPR
#
# Copy ssdt_pr.aml to /Extra/ssdt.aml (example)
#
if (($gAutoCopy)); then
if [ -f ${gPath}/${gSsdtID}.aml ]; then
_setDestinationPath
echo -e
read -p "Do you want to copy ${gPath}/${gSsdtID}.aml to ${gDestinationPath}${gDestinationFile}? (y/n)?" choice
case "$choice" in
y|Y ) sudo cp ${gPath}/${gSsdtID}.aml ${gDestinationPath}${gDestinationFile}
;;
esac
if (($gUnmountEFIPartition)); then
echo -e '\nUnmounting EFI partition...'
sudo umount -f /Volumes/EFI
echo 'Removing temporarily mount point...'
sudo rm -r /Volumes/EFI
fi
fi
fi
fi
if ((gCallOpen)); then
open $gSsdtPR
fi
exit 0
#================================================================================