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#!/bin/bash
FindDevice( ) {
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local DeviceIn
local i = 0
local Timeout = 999
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local USB
[ [ $1 = = "DFU" ] ] && USB = 1227 || USB = 1281
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[ [ -n $2 ] ] && Timeout = 3
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Log " Finding device in $1 mode... "
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while ( ( i < Timeout ) ) ; do
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if [ [ $platform = = "linux" ] ] ; then
DeviceIn = $( lsusb | grep -c " 05ac: $USB " )
else
[ [ $( $irecovery -q 2>/dev/null | grep -w "MODE" | cut -c 7-) = = " $1 " ] ] && DeviceIn = 1
fi
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if [ [ $DeviceIn = = 1 ] ] ; then
Log " Found device in $1 mode. "
DeviceState = " $1 "
break
fi
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sleep 1
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( ( i++) )
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done
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if [ [ $DeviceIn != 1 ] ] ; then
[ [ $2 = = "error" ] ] && Error " Failed to find device in $1 mode. (Timed out) "
return 1
fi
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}
GetDeviceValues( ) {
local ideviceinfo2
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local version
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Log "Finding device in Normal mode..."
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DeviceState =
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ideviceinfo2 = $( $ideviceinfo -s)
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if [ [ $? != 0 && $1 != "NoDevice" ] ] ; then
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Log "Finding device in DFU/recovery mode..."
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[ [ $platform = = "linux" ] ] && Echo "* Enter root password of your PC when prompted"
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DeviceState = " $( $irecovery -q 2>/dev/null | grep -w "MODE" | cut -c 7-) "
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elif [ [ $1 = = "NoDevice" ] ] ; then
Log "NoDevice argument detected. Skipping device detection"
DeviceState = "NoDevice"
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elif [ [ -n $ideviceinfo2 ] ] ; then
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DeviceState = "Normal"
fi
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if [ [ $DeviceState = = "DFU" || $DeviceState = = "Recovery" ] ] ; then
local ProdCut = 7
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ProductType = $( $irecovery -qv 2>& 1 | grep "Connected to iP" | cut -c 14-)
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[ [ $( echo $ProductType | cut -c 3) = = 'h' ] ] && ProdCut = 9
ProductType = $( echo $ProductType | cut -c -$ProdCut )
UniqueChipID = $(( 16# $( echo $( $irecovery -q | grep "ECID" | cut -c 7-) | cut -c 3-) ))
ProductVer = "Unknown"
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elif [ [ $DeviceState = = "Normal" ] ] ; then
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ProductType = $( echo " $ideviceinfo2 " | grep "ProductType" | cut -c 14-)
[ [ ! $ProductType ] ] && ProductType = $( $ideviceinfo | grep "ProductType" | cut -c 14-)
ProductVer = $( echo " $ideviceinfo2 " | grep "ProductVer" | cut -c 17-)
UniqueChipID = $( echo " $ideviceinfo2 " | grep "UniqueChipID" | cut -c 15-)
UniqueDeviceID = $( echo " $ideviceinfo2 " | grep "UniqueDeviceID" | cut -c 17-)
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version = " (iOS $ProductVer ) "
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fi
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if [ [ ! $DeviceState ] ] ; then
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echo -e " \n ${ Color_R } [Error] No device detected. Please put the device in normal mode before proceeding. ${ Color_N } "
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echo " ${ Color_Y } * Make sure to also trust this computer by selecting \"Trust\" at the pop-up. ${ Color_N } "
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echo " ${ Color_Y } * For macOS users, double-check if the device is being detected by iTunes/Finder. ${ Color_N } "
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echo " ${ Color_Y } * Recovery or DFU mode is also applicable. For more details regarding alternative methods, read the \"Troubleshooting\" wiki page in GitHub ${ Color_N } "
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echo " ${ Color_Y } * To perform operations without an iOS device connected, add NoDevice as an argument. ${ Color_N } "
echo " ${ Color_Y } * For more details, read the \"Troubleshooting\" wiki page in GitHub ${ Color_N } "
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exit 1
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elif [ [ -n $DeviceState ] ] ; then
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if [ [ ! $ProductType ] ] ; then
read -p " $( Input 'Enter ProductType (eg. iPad2,1):' ) " ProductType
fi
if [ [ ! $UniqueChipID || $UniqueChipID = = 0 ] ] ; then
read -p " $( Input 'Enter UniqueChipID (ECID, must be decimal):' ) " UniqueChipID
fi
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fi
Firmware = resources/firmware/$ProductType
Baseband = 0
BasebandURL = $( cat $Firmware /13G37/url 2>/dev/null)
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LatestVer = "9.3.6"
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if [ [ $ProductType = = "iPad2,2" ] ] ; then
BasebandURL = $( cat $Firmware /13G36/url)
Baseband = "ICE3_04.12.09_BOOT_02.13.Release.bbfw"
BasebandSHA1 = "e6f54acc5d5652d39a0ef9af5589681df39e0aca"
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LatestVer = "9.3.5"
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elif [ [ $ProductType = = "iPad2,3" ] ] ; then
Baseband = "Phoenix-3.6.03.Release.bbfw"
BasebandSHA1 = "8d4efb2214344ea8e7c9305392068ab0a7168ba4"
elif [ [ $ProductType = = "iPad2,6" || $ProductType = = "iPad2,7" ] ] ; then
Baseband = "Mav5-11.80.00.Release.bbfw"
BasebandSHA1 = "aa52cf75b82fc686f94772e216008345b6a2a750"
elif [ [ $ProductType = = "iPad3,2" || $ProductType = = "iPad3,3" ] ] ; then
Baseband = "Mav4-6.7.00.Release.bbfw"
BasebandSHA1 = "a5d6978ecead8d9c056250ad4622db4d6c71d15e"
elif [ [ $ProductType = = "iPhone4,1" ] ] ; then
Baseband = "Trek-6.7.00.Release.bbfw"
BasebandSHA1 = "22a35425a3cdf8fa1458b5116cfb199448eecf49"
elif [ [ $ProductType = = "iPad3,5" || $ProductType = = "iPad3,6" ||
$ProductType = = "iPhone5,1" || $ProductType = = "iPhone5,2" ] ] ; then
BasebandURL = $( cat $Firmware /14G61/url)
Baseband = "Mav5-11.80.00.Release.bbfw"
BasebandSHA1 = "8951cf09f16029c5c0533e951eb4c06609d0ba7f"
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LatestVer = "10.3.4"
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elif [ [ $ProductType = = "iPad4,2" || $ProductType = = "iPad4,3" || $ProductType = = "iPad4,5" ||
$ProductType = = "iPhone6,1" || $ProductType = = "iPhone6,2" ] ] ; then
BasebandURL = $( cat $Firmware /14G60/url)
Baseband = "Mav7Mav8-7.60.00.Release.bbfw"
BasebandSHA1 = "f397724367f6bed459cf8f3d523553c13e8ae12c"
elif [ [ $ProductType != "iPad2" * && $ProductType != "iPad3" * && $ProductType != "iPad4,1" &&
$ProductType != "iPad4,4" && $ProductType != "iPod5,1" && $ProductType != "iPhone5" * ] ] ; then
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Error " Your device $ProductType ${ version } is not supported. "
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else
BasebandURL = 0
fi
if [ [ $ProductType = = "iPad2" * || $ProductType = = "iPad3,1" || $ProductType = = "iPad3,2" ||
$ProductType = = "iPad3,3" || $ProductType = = "iPhone4,1" || $ProductType = = "iPod5,1" ] ] ; then
DeviceProc = 5
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elif [ [ $ProductType = = "iPhone5" * || $ProductType = = "iPad3" * ] ] ; then
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DeviceProc = 6
elif [ [ $ProductType = = "iPhone6" * || $ProductType = = "iPad4" * ] ] ; then
DeviceProc = 7
fi
HWModel = $( cat $Firmware /hwmodel)
if [ [ ! $BasebandURL || ! $HWModel ] ] ; then
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Error "Missing BasebandURL and/or HWModel values. Is the firmware folder missing?" \
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"Reinstall dependencies and try again. For more details, read the \"Troubleshooting\" wiki page in GitHub"
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fi
if [ [ $ProductType = = "iPod5,1" ] ] ; then
iBSS = " ${ HWModel } ap "
iBSSBuildVer = "10B329"
elif [ [ $ProductType = = "iPad3,1" ] ] ; then
iBSS = " ${ HWModel } ap "
iBSSBuildVer = "11D257"
elif [ [ $ProductType = = "iPhone6" * ] ] ; then
iBSS = "iphone6"
IPSWType = "iPhone_4.0_64bit"
elif [ [ $ProductType = = "iPad4" * ] ] ; then
iBSS = "ipad4"
IPSWType = "iPad_64bit"
else
iBSS = " $HWModel "
iBSSBuildVer = "12H321"
fi
[ [ ! $IPSWType ] ] && IPSWType = " $ProductType "
iBSS = " iBSS. $iBSS .RELEASE "
SEP = " sep-firmware. $HWModel .RELEASE.im4p "
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Log " $ProductType ${ version } connected in $DeviceState mode. "
Log " ECID: $UniqueChipID "
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}
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Baseband841( ) {
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Baseband8 = 1
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BasebandURL = $( cat $Firmware /12H321/url)
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if [ [ $ProductType = = "iPad2,3" ] ] ; then
Baseband = "Phoenix-3.0.04.Release.bbfw"
BasebandSHA1 = "a507ee2fe061dfbf8bee7e512df52ade8777e113"
elif [ [ $ProductType = = "iPad3,2" || $ProductType = = "iPad3,3" ] ] ; then
Baseband = "Mav4-5.4.00.Release.bbfw"
BasebandSHA1 = "b51f10bda04cd51f673a75d064c18af1ccb661fe"
elif [ [ $ProductType = = "iPhone4,1" ] ] ; then
Baseband = "Trek-5.5.00.Release.bbfw"
BasebandSHA1 = "24849fa866a855e7e640c72c1cb2af6a0e30c742"
elif [ [ $ProductType = = "iPad2,6" || $ProductType = = "iPad2,7" ||
$ProductType = = "iPad3,5" || $ProductType = = "iPad3,6" ||
$ProductType = = "iPhone5,1" || $ProductType = = "iPhone5,2" ] ] ; then
Baseband = "Mav5-8.02.00.Release.bbfw"
BasebandSHA1 = "db71823841ffab5bb41341576e7adaaeceddef1c"
fi
}
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CheckM8( ) {
local pwnDFUTool
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local pwnDFUDevice
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local pwnD = 1
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if [ [ $platform = = "macos" && $( uname -m) != "x86_64" ] ] ; then
pwnDFUTool = "iPwnder32"
elif [ [ $platform = = "macos" ] ] ; then
Selection = ( "iPwnder32" "ipwndfu" )
Input "Select pwnDFU tool to use (Select 1 if unsure):"
select opt in " ${ Selection [@] } " ; do
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case $opt in
"ipwndfu" ) pwnDFUTool = "ipwndfu" ; break; ;
*) pwnDFUTool = "iPwnder32" ; break; ;
esac
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done
else
pwnDFUTool = "ipwndfu"
fi
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Log " Entering pwnDFU mode with $pwnDFUTool ... "
if [ [ $pwnDFUTool = = "ipwndfu" ] ] ; then
cd resources/ipwndfu
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[ [ $platform = = "linux" ] ] && Echo "* Enter root password of your PC when prompted"
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$ipwndfu -p
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if [ [ $DeviceProc = = 7 ] ] ; then
Log "Running rmsigchks.py..."
$rmsigchks
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pwnDFUDevice = $?
cd ../..
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else
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cd ../..
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Log "Sending iBSS..."
kDFU iBSS || echo
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pwnDFUDevice = $?
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fi
elif [ [ $pwnDFUTool = = "iPwnder32" ] ] ; then
$ipwnder32 -p
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pwnDFUDevice = $?
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fi
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[ [ $DeviceProc = = 7 ] ] && pwnD = $( $irecovery -q | grep -c "PWND" )
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if [ [ $pwnDFUDevice != 0 && $pwnD != 1 ] ] ; then
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echo -e " \n ${ Color_R } [Error] Failed to enter pwnDFU mode. Please run the script again ${ Color_N } "
echo " ${ Color_Y } * If the screen is black, exit DFU mode first by holding the TOP and HOME buttons for 15 seconds. ${ Color_N } "
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echo " ${ Color_Y } * This step may fail a lot, especially on Linux, and unfortunately there is nothing I can do about the low success rates. ${ Color_N } "
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echo " ${ Color_Y } * The only option is to make sure you are using an Intel or Apple Silicon device, and to try multiple times ${ Color_N } "
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Echo "* For more details, read the \"Troubleshooting\" wiki page in GitHub"
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exit 1
elif [ [ $pwnDFUDevice = = 0 ] ] ; then
Log "Device in pwnDFU mode detected."
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else
Log "Warning - Failed to detect device in pwnDFU mode."
Echo "* If the device entered pwnDFU mode successfully, you may continue"
Echo "* If entering pwnDFU failed, you may have to force restart your device and start over"
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fi
}
Recovery( ) {
local RecoveryDFU
if [ [ $DeviceState != "Recovery" ] ] ; then
Log "Entering recovery mode..."
$ideviceenterrecovery $UniqueDeviceID >/dev/null
FindDevice "Recovery"
fi
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Echo "* Get ready to enter DFU mode."
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read -p " $( Input 'Select Y to continue, N to exit recovery (Y/n)' ) " RecoveryDFU
if [ [ $RecoveryDFU = = 'N' || $RecoveryDFU = = 'n' ] ] ; then
Log "Exiting recovery mode."
$irecovery -n
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exit 0
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fi
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Echo "* Hold TOP and HOME buttons for 8 seconds."
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for i in { 08..01} ; do
echo -n " $i "
sleep 1
done
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echo -e " \n $( Echo '* Release TOP button and hold HOME button for 8 seconds.' ) "
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for i in { 08..01} ; do
echo -n " $i "
sleep 1
done
echo
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FindDevice "DFU" error
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CheckM8
}
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RecoveryExit( ) {
read -p " $( Input 'Attempt to exit recovery mode? (Y/n)' ) " Selection
if [ [ $Selection != 'N' && $Selection != 'n' ] ] ; then
Log "Exiting recovery mode."
$irecovery -n
fi
exit 0
}
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kDFU( ) {
local kloader
local VerDetect = $( echo $ProductVer | cut -c 1)
if [ [ ! -e saved/$ProductType /$iBSS .dfu ] ] ; then
Log "Downloading iBSS..."
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$partialzip " $( cat $Firmware /$iBSSBuildVer /url) " Firmware/dfu/$iBSS .dfu $iBSS .dfu
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mkdir -p saved/$ProductType 2>/dev/null
mv $iBSS .dfu saved/$ProductType
fi
if [ [ ! -e saved/$ProductType /$iBSS .dfu ] ] ; then
Error "Failed to save iBSS. Please run the script again"
fi
Log "Patching iBSS..."
$bspatch saved/$ProductType /$iBSS .dfu tmp/pwnediBSS resources/patches/$iBSS .patch
if [ [ $1 = = iBSS ] ] ; then
cd resources/ipwndfu
Log "Sending iBSS..."
$ipwndfu -l ../../tmp/pwnediBSS
local ret = $?
cd ../..
return $ret
fi
[ [ $VerDetect = = 1 ] ] && kloader = "kloader_hgsp"
[ [ $VerDetect = = 5 ] ] && kloader = "kloader5"
[ [ ! $kloader ] ] && kloader = "kloader"
$iproxy 2222 22 &
iproxyPID = $!
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echo
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Log "Copying stuff to device via SSH..."
Echo "* Make sure OpenSSH/Dropbear is installed on the device and running!"
Echo "* Dropbear is only needed for devices on iOS 10"
Echo "* To make sure that SSH is successful, try these steps:"
Echo "* Reinstall OpenSSH/Dropbear, reboot and rejailbreak, then reinstall them again"
echo
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Input "Enter the root password of your iOS device when prompted."
Echo "* Note that you will be prompted twice. Do not worry that your input is not visible, it is still being entered."
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Echo "* The default password is \"alpine\""
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$SCP -P 2222 resources/tools/$kloader tmp/pwnediBSS root@127.0.0.1:/tmp
if [ [ $? = = 0 ] ] ; then
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$SSH -p 2222 root@127.0.0.1 " chmod +x /tmp/ $kloader ; /tmp/ $kloader /tmp/pwnediBSS " &
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else
Log "Cannot connect to device via USB SSH."
Echo "* Please try the steps above to make sure that SSH is successful"
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Echo "* Alternatively, you may use kDFUApp by tihmstar (from my repo, see \"Troubleshooting\" wiki page)"
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Input "Press Enter/Return to continue anyway (or press Ctrl+C to cancel and try again)"
read -s
Log "Will try again with Wi-Fi SSH..."
Echo "* Make sure that the device and your PC/Mac are on the same network!"
Echo "* You can check for your device's IP Address in: Settings > WiFi/WLAN > tap the 'i' next to your network name"
read -p " $( Input 'Enter the IP Address of your device:' ) " IPAddress
Log "Copying stuff to device via SSH..."
$SCP resources/tools/$kloader tmp/pwnediBSS root@$IPAddress :/tmp
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if [ [ $? = = 1 ] ] ; then
Error "Cannot connect to device via SSH." \
"Please try the steps above to make sure that SSH is successful"
fi
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$SSH root@$IPAddress " chmod +x /tmp/ $kloader ; /tmp/ $kloader /tmp/pwnediBSS " &
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fi
Log "Entering kDFU mode..."
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Echo "* Press TOP or HOME button when the device disconnects and its screen goes black"
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FindDevice "DFU"
}