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Deploy.sh
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Deploy.sh
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#!/bin/sh
#
# syscl/Yating Zhou/lighting from bbs.PCBeta.com
# Merge for Dell XPS 13 9350(Skylake)
# High Sierra Support by @ZombieTheBest
#
#================================= GLOBAL VARS ==================================
#
# The script expects '0.5' but non-US localizations use '0,5' so we export
# LC_NUMERIC here (for the duration of the deploy.sh) to prevent errors.
#
export LC_NUMERIC="en_US.UTF-8"
export MG_DEBUG=0
#
# Prevent non-printable/control characters.
#
unset GREP_OPTIONS
unset GREP_COLORS
unset GREP_COLOR
#
# Display style setting.
#
BOLD="\033[1m"
RED="\033[1;31m"
GREEN="\033[1;32m"
BLUE="\033[1;34m"
OFF="\033[m"
#
# Define two status: 0 - Success, Turn on,
# 1 - Failure, Turn off
#
kBASHReturnSuccess=0
kBASHReturnFailure=1
#
# Located repository.
#
REPO=$( cd "$( dirname "${BASH_SOURCE[0]}" )" && pwd )
#
# Path and filename setup
#
gESPMountPoint=""
decompile="${REPO}/DSDT/raw/"
precompile="${REPO}/DSDT/precompile/"
compile="${REPO}/DSDT/compile/"
tools="${REPO}/tools/"
raw="${REPO}/DSDT/raw"
prepare="${REPO}/DSDT/prepare"
config_plist=""
#gConfigBuffer=$(cat ${config_plist})
EFI_INFO="${REPO}/DSDT/EFIINFO"
gInstall_Repo="/usr/local/sbin/"
gFrom="${REPO}/tools"
gUSBSleepConfig="/tmp/com.syscl.externalfix.sleepwatcher.plist"
gUSBSleepScript="/tmp/sysclusbfix.sleep"
gUSBWakeScript="/tmp/sysclusbfix.wake"
gRTWlan_kext=$(ls /Library/Extensions | grep -i "Rtw" | sed 's/.kext//')
gRTWlan_Repo="/Library/Extensions"
to_Plist="/Library/LaunchDaemons/com.syscl.externalfix.sleepwatcher.plist"
to_shell_sleep="/etc/sysclusbfix.sleep"
to_shell_wake="/etc/sysclusbfix.wake"
gRT_Config="/Applications/Wireless Network Utility.app"/${gMAC_adr}rfoff.rtl
drivers64UEFI="${REPO}/CLOVER/drivers64UEFI"
t_drivers64UEFI=""
clover_tools="${REPO}/CLOVER/tools"
t_clover_tools=""
#
# Define variables.
#
# Gvariables stands for getting datas from OS X.
#
gArgv=""
gDebug=${kBASHReturnFailure}
gProductVer=""
target_website=""
target_website_status=""
RETURN_VAL=""
gEDID=""
gHorizontalRez_pr=""
gHorizontalRez_st=""
gHorizontalRez=""
gVerticalRez_pr=""
gVerticalRez_st=""
gVerticalRez=""
gSystemRez=""
gSystemHorizontalRez=""
gSystemVerticalRez=""
gPatchIOKit=${kBASHReturnSuccess}
gClover_ig_platform_id=""
target_ig_platform_id=""
gTriggerLE=${kBASHReturnFailure}
gProductVer="$(sw_vers -productVersion)"
gOSVer=${gProductVer:0:5}
gMINOR_VER=${gProductVer:3:2}
gBak_Time=$(date +%Y-%m-%d-h%H_%M_%S)
gBak_Dir="${REPO}/Backups/${gBak_Time}"
gStop_Bak=${kBASHReturnFailure}
gRecoveryHD=""
gRecoveryHD_DMG="/Volumes/Recovery HD/com.apple.recovery.boot/BaseSystem.dmg"
gTarget_rhd_Framework=""
gTarget_Framework_Repo=""
gBluetooth_Brand_String=""
gModelType=1 # 0 stands for non-Iris model, 1 stands for Iris model
#
# Add: Comment(string), Disabled(bool), Find(data), Name(string), Replace(data)
# Set: $comment , false , syscl , $binary_name, syscl
#
gProperties_Name=(Comment Disabled Find Name Replace)
gProperties_Type=(string bool data string data)
#
# Kexts to patch
#
cLidWake=""
fLidWake=""
rLidWake=""
nLidWake=""
cIntelGraphicsFrameBuffer=""
fIntelGraphicsFrameBuffer=""
rIntelGraphicsFrameBuffer=""
nIntelGraphicsFrameBuffer=""
cHDMI=""
fHDMI=""
rHDMI=""
nHDMI=""
cHandoff=""
fHandoff=""
rHandoff=""
nHandoff=""
#
# Audio variables
#
gResources_xml_zlib=("layout1" "Platforms")
gExtensions_Repo=("/System/Library/Extensions" "/Library/Extensions")
gInjector_Repo="/tmp/AppleHDA_ALC256.kext"
gAppleHDA_Config="${gInjector_Repo}/Contents/Info.plist"
doCommands=("${REPO}/tools/iasl" "/usr/libexec/plistbuddy -c" "perl -p -e 's/(\d*\.\d*)/9\1/'")
#
# Set delimitation OS ver
#
let gDelimitation_OSVer=12
# contains(string, substring)
#
# Returns 0 if the specified string contains the specified substring,
# otherwise returns 1.
function contains() {
string="$1"
substring="$2"
if test "${string#*$substring}" != "$string"
then
return 0 # $substring is in $string
else
return 1 # $substring is not in $string
fi
}
#
# Get Current OS ver
#
current_OSVer=`sw_vers -productVersion`
contains "${current_OSVer}" "10.12"
if [ "$?" -eq "0" ]; then
isSierra=1 #true: MacOS Sierra
else
isSierra=0 #false: MacOS High Sierra
fi
#
# Define target website
#
target_website=https://github.com/ZombieTheBest/XPS9350-10.13-HighSierra
#
#--------------------------------------------------------------------------------
#
function _PRINT_MSG()
{
local message=$1
case "$message" in
OK* ) local message=$(echo $message | sed -e 's/.*OK://')
echo "[ ${GREEN}OK${OFF} ] ${message}."
;;
FAILED*) local message=$(echo $message | sed -e 's/.*://')
echo "[${RED}FAILED${OFF}] ${message}."
;;
---* ) local message=$(echo $message | sed -e 's/.*--->://')
echo "[ ${GREEN}--->${OFF} ] ${message}"
;;
NOTE* ) local message=$(echo $message | sed -e 's/.*NOTE://')
echo "[ ${RED}Note${OFF} ] ${message}."
;;
esac
}
#
#--------------------------------------------------------------------------------
#
function _update()
{
#
# Sync all files from https://github.com/ZombieTheBest/XPS9350-10.13-HighSierra
#
# Check if github is available
#
local timeout=5
#
# Detect whether the website is available
#
_PRINT_MSG "--->: Updating files from ${BLUE}${target_website}...${OFF}"
target_website_status=`curl -I -s --connect-timeout $timeout ${target_website} -w %{http_code}`
if [[ `echo ${target_website_status} | grep -i "Status"` == *"OK"* && `echo ${target_website_status} | grep -i "Status"` == *"200"* ]]
then
cd ${REPO}
git pull
else
_PRINT_MSG "NOTE: ${BLUE}${target_website}${OFF} is not ${RED}available${OFF} at this time, please link ${BLUE}${target_website}${OFF} again next time."
fi
}
#
#--------------------------------------------------------------------------------
#
function _locate_rhd()
{
#
# Passing gRecoveryHD from ${targetEFI}
#
local gDisk_INF="$1"
#
# Example:
#
# disk0s3
# ^^^^^
diskutil list |grep -i "${gDisk_INF:0:5}" |grep -i "Recovery HD" |grep -i -o "disk[0-9]s[0-9]"
}
#
#--------------------------------------------------------------------------------
#
function _getESPMntPoint()
{
local gESPIndentifier="$1"
gESPMountPoint=$(diskutil info ${gESPIndentifier} |grep -i 'Mount Point' |grep -i -o "/.*")
}
#
#--------------------------------------------------------------------------------
#
function _setESPVariable()
{
config_plist="${gESPMountPoint}/EFI/CLOVER/config.plist"
t_drivers64UEFI="${gESPMountPoint}/EFI/CLOVER/drivers64UEFI"
t_clover_tools="${gESPMountPoint}/EFI/CLOVER/tools"
}
#
#--------------------------------------------------------------------------------
#
function _touch()
{
local target_file=$1
if [ ! -d ${target_file} ];
then
_tidy_exec "mkdir -p ${target_file}" "Create ${target_file}"
fi
}
#
#--------------------------------------------------------------------------------
#
function patch_acpi()
{
#create a backup of current error-free DSDT
cp "${REPO}"/DSDT/raw/$1.dsl "${REPO}"/DSDT/raw/$1_backup.dsl
#apply the patch
if [ "$2" == "syscl" ];
then
"${REPO}"/tools/patchmatic "${REPO}"/DSDT/raw/$1.dsl "${REPO}"/DSDT/patches/$3.txt "${REPO}"/DSDT/raw/$1.dsl
else
"${REPO}"/tools/patchmatic "${REPO}"/DSDT/raw/$1.dsl "${REPO}"/DSDT/patches/$2/$3.txt "${REPO}"/DSDT/raw/$1.dsl
fi
#check if patched DSDT has errors
"${REPO}"/tools/iasl -vr -p "${REPO}"/DSDT/raw/$1temp.aml "${REPO}"/DSDT/raw/$1.dsl
if [ -e "${REPO}"/DSDT/raw/$1temp.aml ]
then
rm "${REPO}"/DSDT/raw/$1temp.aml
rm "${REPO}"/DSDT/raw/$1_backup.dsl
else
_PRINT_MSG "NOTE: $3 was not applied as it was causing errors."
rm "${REPO}"/DSDT/raw/$1.dsl
mv "${REPO}"/DSDT/raw/$1_backup.dsl "${REPO}"/DSDT/raw/$1.dsl
fi
}
function patch_acpi_force()
{
#apply the patch
if [ "$2" == "syscl" ];
then
"${REPO}"/tools/patchmatic "${REPO}"/DSDT/raw/$1.dsl "${REPO}"/DSDT/patches/$3.txt "${REPO}"/DSDT/raw/$1.dsl
else
"${REPO}"/tools/patchmatic "${REPO}"/DSDT/raw/$1.dsl "${REPO}"/DSDT/patches/$2/$3.txt "${REPO}"/DSDT/raw/$1.dsl
fi
}
#
#--------------------------------------------------------------------------------
#
function _tidy_exec()
{
if [ $gDebug -eq 0 ];
then
#
# Using debug mode to output all the details.
#
_PRINT_MSG "DEBUG: $2"
$1
else
#
# Make the output clear.
#
$1 >/tmp/report 2>&1 && RETURN_VAL=${kBASHReturnSuccess} || RETURN_VAL=${kBASHReturnFailure}
if [ "${RETURN_VAL}" == ${kBASHReturnSuccess} ];
then
_PRINT_MSG "OK: $2"
else
_PRINT_MSG "FAILED: $2"
cat /tmp/report
fi
rm /tmp/report &> /dev/null
fi
}
#
#--------------------------------------------------------------------------------
#
function compile_table()
{
"${REPO}"/tools/iasl -vr -p "${compile}"$1.aml "${precompile}"$1.dsl
}
#
#--------------------------------------------------------------------------------
#
function rebuild_kernel_cache()
{
#
# Repair the permission & refresh kernelcache.
#
# if [ $gTriggerLE -eq 0 ];
# then
#
# Yes, we do touch /L*/E*.
#
# sudo touch /Library/Extensions
# fi
#
# /S*/L*/E* must be touched to prevent some potential issues.
#
# sudo touch /System/Library/Extensions
# sudo /bin/kill -1 `ps -ax | awk '{print $1" "$5}' | grep kextd | awk '{print $1}'`
# sudo kextcache -u /
sudo kextcache -i /
}
#
#--------------------------------------------------------------------------------
#
function install_audio()
{
#
# Remove previous AppleHDA_ALC256.kext & CodecCommander.kext
# Note: don't use cp/mv directly, in macOS, you have to use rm then cp! syscl
#
for extensions in ${gExtensions_Repo[@]}
do
_del $extensions/AppleHDA_ALC256.kext
_del $extensions/CodecCommander.kext
done
if [ $gMINOR_VER -ge $gDelimitation_OSVer ];
then
#
# 10.12+
#
_install_AppleHDA_Injector
fi
}
#
#--------------------------------------------------------------------------------
#
function _install_AppleHDA_Injector()
{
_del "${gInjector_Repo}"
_del "${KEXT_DIR}/AppleALC.kext"
#
# Generate audio from current system.
#
_PRINT_MSG "--->: Generating AppleHDA injector..."
cp -RX "${gExtensions_Repo[0]}/AppleHDA.kext" ${gInjector_Repo}
rm -rf ${gInjector_Repo}/Contents/Resources/*
_del ${gInjector_Repo}/Contents/PlugIns
_del ${gInjector_Repo}/Contents/_CodeSignature
_del ${gInjector_Repo}/Contents/MacOS/AppleHDA
_del ${gInjector_Repo}/Contents/version.plist
ln -s ${gExtensions_Repo[0]}/AppleHDA.kext/Contents/MacOS/AppleHDA ${gInjector_Repo}/Contents/MacOS/AppleHDA
for zlib in "${gResources_xml_zlib[@]}"
do
_tidy_exec "cp "${REPO}/Kexts/audio/Resources/layout/${zlib}.xml.zlib" "${gInjector_Repo}/Contents/Resources/"" "Copy ${zlib}"
done
replace=`${doCommands[1]} "Print :NSHumanReadableCopyright" ${gAppleHDA_Config} | perl -Xpi -e 's/(\d*\.\d*)/9\1/'`
${doCommands[1]} "Set :NSHumanReadableCopyright '$replace'" ${gAppleHDA_Config}
replace=`${doCommands[1]} "Print :CFBundleGetInfoString" ${gAppleHDA_Config} | perl -Xpi -e 's/(\d*\.\d*)/9\1/'`
${doCommands[1]} "Set :CFBundleGetInfoString '$replace'" ${gAppleHDA_Config}
replace=`${doCommands[1]} "Print :CFBundleVersion" ${gAppleHDA_Config} | perl -Xpi -e 's/(\d*\.\d*)/9\1/'`
${doCommands[1]} "Set :CFBundleVersion '$replace'" ${gAppleHDA_Config}
replace=`${doCommands[1]} "Print :CFBundleShortVersionString" ${gAppleHDA_Config} | perl -Xpi -e 's/(\d*\.\d*)/9\1/'`
${doCommands[1]} "Set :CFBundleShortVersionString '$replace'" ${gAppleHDA_Config}
${doCommands[1]} "Add ':HardwareConfigDriver_Temp' dict" ${gAppleHDA_Config}
${doCommands[1]} "Merge ${gExtensions_Repo[0]}/AppleHDA.kext/Contents/PlugIns/AppleHDAHardwareConfigDriver.kext/Contents/Info.plist ':HardwareConfigDriver_Temp'" ${gAppleHDA_Config}
${doCommands[1]} "Copy ':HardwareConfigDriver_Temp:IOKitPersonalities:HDA Hardware Config Resource' ':IOKitPersonalities:HDA Hardware Config Resource'" ${gAppleHDA_Config}
${doCommands[1]} "Delete ':HardwareConfigDriver_Temp'" ${gAppleHDA_Config}
${doCommands[1]} "Delete ':IOKitPersonalities:HDA Hardware Config Resource:HDAConfigDefault'" ${gAppleHDA_Config}
${doCommands[1]} "Delete ':IOKitPersonalities:HDA Hardware Config Resource:PostConstructionInitialization'" ${gAppleHDA_Config}
#
# Cause high CPU percentage occupation, don't use this
#
# ${doCommands[1]} "Add ':IOKitPersonalities:HDA Hardware Config Resource:IOProbeScore' integer" ${gAppleHDA_Config}
# ${doCommands[1]} "Set ':IOKitPersonalities:HDA Hardware Config Resource:IOProbeScore' 2000" ${gAppleHDA_Config}
${doCommands[1]} "Merge ${REPO}/Kexts/audio/Resources/ahhcd.plist ':IOKitPersonalities:HDA Hardware Config Resource'" ${gAppleHDA_Config}
_tidy_exec "sudo cp -RX "${gInjector_Repo}" "${gExtensions_Repo[0]}"" "Install AppleHDA_ALC256"
_tidy_exec "sudo cp -RX "${REPO}/Kexts/audio/CodecCommander.kext" "${gExtensions_Repo[0]}"" "Fix headphone static issue"
#
# Gain all binary patches from config.
#
gClover_kexts_to_patch_data=$(awk '/<key>KextsToPatch<\/key>.*/,/<\/array>/' ${config_plist})
#
# Added Clover patch for ALC256 in Sierra
#
# Enable Realtek ALC256 1/5
#
cALC256_Stage1="Enable Realtek ALC256 1/5"
fALC256_Stage1="6102EC10"
rALC256_Stage1="00000000"
nALC256_Stage1="AppleHDA"
#
# Enable Realtek ALC256 2/5
#
cALC256_Stage2="Enable Realtek ALC256 2/5"
fALC256_Stage2="6202EC10"
rALC256_Stage2="00000000"
nALC256_Stage2="AppleHDA"
#
# Enable Realtek ALC256 3/5
#
cALC256_Stage3="Enable Realtek ALC256 3/5"
fALC256_Stage3="8508EC10"
rALC256_Stage3="00000000"
nALC256_Stage3="AppleHDA"
#
# Enable Realtek ALC256 4/5
#
cALC256_Stage5="Enable Realtek ALC256 4/5"
fALC256_Stage5="8419D411"
rALC256_Stage5="5602EC10"
nALC256_Stage5="AppleHDA"
#
# Enable Realtek ALC256 5/5
#
cALC256_Stage5="Enable Realtek ALC256 5/5"
fALC256_Stage5="8319D411"
rALC256_Stage5="00000000"
nALC256_Stage5="AppleHDA"
#
# Now let's inject it.
#
cALC256Data=("$cALC256_Stage1" "$cALC256_Stage2" "$cALC256_Stage3" "$cALC256_Stage4" "$cALC256_Stage5")
fALC256Data=("$fALC256_Stage1" "$fALC256_Stage2" "$fALC256_Stage3" "$fALC256_Stage4" "$fALC256_Stage5")
rALC256Data=("$rALC256_Stage1" "$rALC256_Stage2" "$rALC256_Stage3" "$rALC256_Stage4" "$rALC256_Stage5")
nALC256Data=("$nALC256_Stage1" "$nALC256_Stage2" "$nALC256_Stage3" "$nALC256_Stage4" "$nALC256_Stage5")
for ((k=0; k<${#nALC256Data[@]}; ++k))
do
local gCmp_fString=$(_bin2base64 "$fALC256Data")
local gCmp_rString=$(_bin2base64 "$rALC256Data")
if [[ $gClover_kexts_to_patch_data != *"$gCmp_fString"* || $gClover_kexts_to_patch_data != *"$gCmp_rString"* ]];
then
#
# No patch existed in config.plist, add patch for it:
#
_kext2patch "${cALC256Data[k]}" "${fALC256Data[k]}" "${rALC256Data[k]}" "${nALC256Data[k]}"
fi
done
#
# Trigger /L*/E* to rebuild
#
gTriggerLE=0
}
#
#--------------------------------------------------------------------------------
#
function _initIntel()
{
if [[ `${doCommands[1]} "Print" "${config_plist}"` == *"Intel = false"* ]];
then
${doCommands[1]} "Set ':Graphics:Inject:Intel' true" "${config_plist}"
fi
}
#
#--------------------------------------------------------------------------------
#
function _getEDID()
{
#
# dump kext load status
#
local gKextStatus=$(kextstat)
#
# Whether the Intel Graphics kernel extensions are loaded in cache?
#
if [[ ${gKextStatus} == *"AppleIntelSKLGraphicsFramebuffer"* && ${gKextStatus} == *"AppleIntelSKLGraphics"* ]];
then
#
# Yes. Then we can directly assess EDID from ioreg.
#
# Get raw EDID.
#
gEDID=$(ioreg -lw0 | grep -i "IODisplayEDID" | sed -e 's/.*<//' -e 's/>//')
#
# Get native resolution(Rez) from $gEDID.
#
# Get horizontal resolution. Arrays start from 0.
#
# Examples:
#
# 00ffffffffffff004c2d240137314a4d0d1001036c221b782aaaa5a654549926145054bfef808180714f010101010101010101010101302a009851002a4030701300520e1100001e000000fd00384b1e510e000a202020202020000000fc0053796e634d61737465720a20
# ^
# ^^
# ^
# ^^
gHorizontalRez_pr=${gEDID:116:1}
gHorizontalRez_st=${gEDID:112:2}
gHorizontalRez=$((0x$gHorizontalRez_pr$gHorizontalRez_st))
#
# Get vertical resolution. Actually, Vertical rez is no more needed in this scenario, but we just use this to make the
# progress clear.
#
gVerticalRez_pr=${gEDID:122:1}
gVerticalRez_st=${gEDID:118:2}
gVerticalRez=$((0x$gVerticalRez_pr$gVerticalRez_st))
else
#
# No, we cannot assess EDID from ioreg. But now the resolution of current display has been forced to the highest resolution as vendor designed.
#
gSystemRez=$(system_profiler SPDisplaysDataType | grep -i "Resolution" | sed -e 's/.*://')
gSystemHorizontalRez=$(echo $gSystemRez | sed -e 's/x.*//')
gSystemVerticalRez=$(echo $gSystemRez | sed -e 's/.*x//')
fi
#
# Patch IOKit/CoreDisplay?
#
local gIntelGraphicsCardInfo=$(ioreg -lw0 |grep -i "Intel Iris Graphics" |sed -e "/[^<]*<\"/s///" -e "s/\"\>//")
if [[ "${gIntelGraphicsCardInfo}" == *"Iris"* ]];
then
#
# Iris version, still need CoreDisplayFixup patch require
#
gPatchIOKit=${kBASHReturnSuccess}
else
if [[ $gHorizontalRez -gt 1920 || $gSystemHorizontalRez -gt 1920 ]];
then
#
# Yes, We indeed require a patch to unlock the limitation of flash rate of IOKit to power up the QHD+/4K display.
#
# Note: the argument of gPatchIOKit is set to 0 as default if the examination of resolution fail, this argument can ensure all models being powered up.
#
gPatchIOKit=${kBASHReturnSuccess}
else
#
# No, patch IOKit is not required, we won't touch IOKit(for a more intergration/clean system since less is more).
#
gPatchIOKit=${kBASHReturnFailure}
fi
fi
#
# Passing gPatchIOKit to gPatchRecoveryHD.
#
gPatchRecoveryHD=${gPatchIOKit}
}
#
#--------------------------------------------------------------------------------
#
function _unlock_pixel_clock()
{
if [ $gMINOR_VER -ge $gDelimitation_OSVer ];
then
#
# 10.12+
#
gTarget_rhd_Framework="$gMountPoint/System/Library/Frameworks/CoreDisplay.framework/Versions/Current/CoreDisplay"
else
#
# 10.12-
#
gTarget_rhd_Framework="$gMountPoint/System/Library/Frameworks/IOKit.framework/Versions/Current/IOKit"
fi
sudo perl -i.bak -pe 's|\xB8\x01\x00\x00\x00\xF6\xC1\x01\x0F\x85|\x33\xC0\x90\x90\x90\x90\x90\x90\x90\xE9|sg' ${gTarget_rhd_Framework}
_tidy_exec "sudo codesign -f -s - ${gTarget_rhd_Framework}" "Patch and sign framework for Recovery HD"
}
#
#--------------------------------------------------------------------------------
#
function _hwpArgvChk()
{
gRm_SSDT_pr=${kBASHReturnFailure}
gCp_SSDT_pr=${kBASHReturnFailure}
#
# hwp enable is ready
#
local ghwpArgvChk=$(grep -i -A 1 "HWPEnable" ${config_plist})
if [[ "${ghwpArgvChk}" == *"true"* ]]; then
#
# hwp is enable, disable old style power management
#
gRm_SSDT_pr=${kBASHReturnSuccess}
gCp_SSDT_pr=${kBASHReturnSuccess}
fi
}
#
#--------------------------------------------------------------------------------
#
function _setModelType()
{
#
# set model type
#
local gCPUInfo=$(sysctl machdep.cpu.brand_string |sed -e "/.*) /s///" -e "/ CPU.*/s///")
if [[ ${gCPUInfo} == *"i7-6560U"* ]];
then
#
# Iris version(i7-6560U)
#
_PRINT_MSG "NOTE: Your laptop is Iris version(${BLUE}${gCPUInfo}${OFF})"
gModelType=1
else
#
# Non-Iris version(i5-6200U, i7-6500U)
#
_PRINT_MSG "NOTE: Your laptop is non-Iris version(${BLUE}${gCPUInfo}${OFF})"
gModelType=0
fi
}
#
#--------------------------------------------------------------------------------
#
function _setPlatformId()
{
if [ ${gModelType} == 1 ];
then
#
# Iris version(i7-6560U)
#
target_ig_platform_id="0x19260004"
else
#
# Non-Iris version(i5-6200U, i7-6500U)
#
target_ig_platform_id="0x19160000"
fi
gClover_ig_platform_id=$(awk '/<key>ig-platform-id<\/key>.*/,/<\/string>/' ${config_plist} | egrep -o '(<string>.*</string>)' | sed -e 's/<\/*string>//g')
#
# Added ig-platform-id injection.
#
if [ -z $gClover_ig_platform_id ];
then
${doCommands[1]} "Add ':Graphics:ig-platform-id' string" ${config_plist}
${doCommands[1]} "Set ':Graphics:ig-platform-id' $target_ig_platform_id" ${config_plist}
else
#
# ig-platform-id existed, check ig-platform-id.
#
if [[ $gClover_ig_platform_id != $target_ig_platform_id ]];
then
#
# Yes, we have to touch/modify the config.plist.
#
sed -ig "s/$gClover_ig_platform_id/$target_ig_platform_id/g" ${config_plist}
fi
fi
}
#
#--------------------------------------------------------------------------------
#
function _check_and_fix_config()
{
#
# Check if tinySSDT items are existed
#
local dCheck_SSDT=("SSDT-XPS13SKL" "SSDT-ARPT-RP05" "SSDT-XHC" "SSDT-PNLF" "SSDT-ALC256")
local gSortedOrder=$(awk '/<key>SortedOrder<\/key>.*/,/<\/array>/' ${config_plist} | egrep -o '(<string>.*</string>)' | sed -e 's/<\/*string>//g')
local gSortedNumber=$(awk '/<key>SortedOrder<\/key>.*/,/<\/array>/' ${config_plist} | egrep -o '(<string>.*</string>)' | sed -e 's/<\/*string>//g' | wc -l)
for tinySSDT in "${dCheck_SSDT[@]}"
do
if [[ $gSortedOrder != *"${tinySSDT}"* ]]; then
#
# tinySSDT no found, insert it
#
${doCommands[1]} "Add ':ACPI:SortedOrder:' string" ${config_plist}
${doCommands[1]} "Set ':ACPI:SortedOrder:$gSortedNumber' ${tinySSDT}.aml" ${config_plist}
fi
#
# Index changed, increment by 1
#
((gSortedNumber++))
done
#
# Gain all binary patches from config.
#
gClover_kexts_to_patch_data=$(awk '/<key>KextsToPatch<\/key>.*/,/<\/array>/' ${config_plist})
if [ $gMINOR_VER -ge $gDelimitation_OSVer ];
then
if [$isSierra -eq 1];
then
#
# Repair the lid wake problem for 0x19260004 by syscl/lighting/Yating Zhou.
#
cLidWake="Enable lid wake for 0x19260004 credit syscl/lighting/Yating Zhou"
fLidWake="0a0b0300 00070600 03000000 04000000"
rLidWake="0f0b0300 00070600 03000000 04000000"
nLidWake="AppleIntelSKLGraphicsFramebuffer"
#
# eDP, port 0000, 0x19160000 credit syscl
#
cIntelGraphicsFrameBuffer="eDP, port 0000, 0x19160000 credit syscl"
fIntelGraphicsFrameBuffer="00000000 00000000 00000800 02000000 98040000"
rIntelGraphicsFrameBuffer="00000000 00000000 00000800 00040000 98040000"
nIntelGraphicsFrameBuffer="AppleIntelSKLGraphicsFramebuffer"
#
# Check if "BT4LE-Handoff-Hotspot" is in place of kextstopatch.
#
cHandoff="Enable BT4LE-Handoff-Hotspot"
fHandoff="4885ff74 47488b07"
rHandoff="41be0f00 0000eb44"
nHandoff="IOBluetoothFamily"
#
# Now let's inject it.
#
cBinData=("$cLidWake" "$cIntelGraphicsFrameBuffer" "$cHandoff")
fBinData=("$fLidWake" "$fIntelGraphicsFrameBuffer" "$fHandoff")
rBinData=("$rLidWake" "$rIntelGraphicsFrameBuffer" "$rHandoff")
nBinData=("$nLidWake" "$nIntelGraphicsFrameBuffer" "$nHandoff")
for ((j=0; j<${#nBinData[@]}; ++j))
do
local gCmp_fString=$(_bin2base64 "$fBinData")
local gCmp_rString=$(_bin2base64 "$rBinData")
if [[ $gClover_kexts_to_patch_data != *"$gCmp_fString"* || $gClover_kexts_to_patch_data != *"$gCmp_rString"* ]];
then
#
# No patch existed in config.plist, add patch for it:
#
_kext2patch "${cBinData[j]}" "${fBinData[j]}" "${rBinData[j]}" "${nBinData[j]}"
fi
done
else
#
# 10.13 config.plist patches
#
local gHeaderFix=$(awk '/<key>FixHeaders_20000000<\/key>.*/,/<*\/>/' ${config_plist})
if [[ $gHeaderFix != *"FixHeaders_20000000"* ]];
then
#
# Add FixHeaders_20000000 to Clover (Needed to boot High Sierra)
#
${doCommands[1]} "Add ':ACPI:DSDT:Fixes:FixHeaders_20000000' bool" "${config_plist}"
${doCommands[1]} "Set ':ACPI:DSDT:Fixes:FixHeaders_20000000' true" "${config_plist}"
else
if [[ $gHeaderFix == *"false"* ]];
then
${doCommands[1]} "Set ':ACPI:DSDT:Fixes:FixHeaders_20000000' true" "${config_plist}"
fi
fi
fi
fi
#
# Gain boot argv.
#
local gBootArgv=$(awk '/<key>NoEarlyProgress<\/key>.*/,/<*\/>/' ${config_plist})
if [[ $gBootArgv != *"NoEarlyProgress"* ]];
then
#
# Add argv to prevent/remove "Welcome to Clover... Scan Entries" at early startup.
#
${doCommands[1]} "Add ':Boot:NoEarlyProgress' bool" "${config_plist}"
${doCommands[1]} "Set ':Boot:NoEarlyProgress' true" "${config_plist}"
else
if [[ $gBootArgv == *"false"* ]];
then
${doCommands[1]} "Set ':Boot:NoEarlyProgress' true" "${config_plist}"
fi
fi
}
#
#--------------------------------------------------------------------------------
#
function _kext2patch()
{
local comment=$1
local fBinaryEncode=$(_bin2base64 "$2")
local rBinaryEncode=$(_bin2base64 "$3")
local binary_name=$4
local gProperties_Data=("$comment" "false" "syscl" "$binary_name" "syscl")
index=$(awk '/<key>KextsToPatch<\/key>.*/,/<\/array>/' ${config_plist} | grep -i "Name" | wc -l)
#
# Inject dict with patch now.
#
${doCommands[1]} "Add ':KernelAndKextPatches:KextsToPatch:$index' dict" ${config_plist}
for ((i=0; i<${#gProperties_Name[@]}; ++i))
do
${doCommands[1]} "Add ':KernelAndKextPatches:KextsToPatch:$index:${gProperties_Name[i]}' ${gProperties_Type[i]}" ${config_plist}
${doCommands[1]} "Set ':KernelAndKextPatches:KextsToPatch:$index:${gProperties_Name[i]}' ${gProperties_Data[i]}" ${config_plist}
case "${gProperties_Name[i]}" in
Find ) sed -ig "s|c3lzY2w=|$fBinaryEncode|g" ${config_plist}
;;
Replace) sed -ig "s|c3lzY2w=|$rBinaryEncode|g" ${config_plist}
;;
esac
done
}
#
#--------------------------------------------------------------------------------
#
function _bin2base64()
{
echo $1 | xxd -r -p | base64
}
#
#--------------------------------------------------------------------------------
#
function _find_acpi()
{
#
# Search specification tables by syscl/Yating Zhou.
#
number=$(ls "${REPO}"/DSDT/raw/SSDT*.dsl | wc -l)
#
# Search DptfTa.
#
for ((index = 1; index <= ${number}; index++))
do
grep -i "DptfTa" "${REPO}"/DSDT/raw/SSDT-${index}.dsl &> /dev/null && RETURN_VAL=0 || RETURN_VAL=1
if [ "${RETURN_VAL}" == 0 ]; then
DptfTa=SSDT-${index}
fi
done
#
# Search SaSsdt.
#
for ((index = 1; index <= ${number}; index++))
do
grep -i "SaSsdt" "${REPO}"/DSDT/raw/SSDT-${index}.dsl &> /dev/null && RETURN_VAL=0 || RETURN_VAL=1
if [ "${RETURN_VAL}" == 0 ]; then
SaSsdt=SSDT-${index}
fi
done
#
# Search sensrhub
#
for ((index = 1; index <= ${number}; index++))
do
grep -i "sensrhub" "${REPO}"/DSDT/raw/SSDT-${index}.dsl &> /dev/null && RETURN_VAL=0 || RETURN_VAL=1
if [ "${RETURN_VAL}" == 0 ]; then
sensrhub=SSDT-${index}
fi
done
#
# Search FACP
#
FACP=FACP
#
# Tables to be eliminated: Ther_Rvp, CpuSsdt, Cpu0Cst, ApCst, Cpu0Hwp, ApHwp, HwpLvt
#
# Search sensrhub
#
for ((index = 1; index <= ${number}; index++))
do
grep -i "Ther_Rvp" "${REPO}"/DSDT/raw/SSDT-${index}.dsl &> /dev/null && RETURN_VAL=0 || RETURN_VAL=1
if [ "${RETURN_VAL}" == 0 ]; then
rmSSDT_0=SSDT-${index}
fi
done
#
# Search CpuSsdt
#
for ((index = 1; index <= ${number}; index++))
do
grep -i "CpuSsdt" "${REPO}"/DSDT/raw/SSDT-${index}.dsl &> /dev/null && RETURN_VAL=0 || RETURN_VAL=1
if [ "${RETURN_VAL}" == 0 ]; then
rmSSDT_1=SSDT-${index}
fi
done
#
# Search xh_rvp07
#
for ((index = 1; index <= ${number}; index++))
do
grep -i "xh_rvp07" "${REPO}"/DSDT/raw/SSDT-${index}.dsl &> /dev/null && RETURN_VAL=0 || RETURN_VAL=1
if [ "${RETURN_VAL}" == 0 ]; then
rmSSDT_2=SSDT-${index}
fi
done
gRm_SSDT_Tabl=("$rmSSDT_0" "$rmSSDT_1" "$rmSSDT_2")
}
#
#--------------------------------------------------------------------------------
#