Ultima modifica:
Per utilizzare kali linux sul nostro dispositivo android dobbiamo per prima cosa installare le seguenti applicazioni e chiaramente dobbiamo avere i permessi di ROOT:
Ora scarichiamo l'immagine di kali linux per processori ARM dal sito ufficiale in base al nostro dispositivo:
Ora estraiamo l'immagine dall'archivio e rinominiamola in "kali.img", adesso creiamo un file "boot.sh" nella stessa cartella di kali.img e al suo interno copiamo il codice seguente:
Adesso non ci resta che avviare kali linux, apriamo l'emulatore terminale sul nostro dispositivo, come prima cosa dobbiamo dare i permessi di root al terminale e quindi:
Spostiamoci nella cartella che contiene il file boot.sh e kali.img con il comando cd, possiamo aiutarci con io comando LS per trovare la directory,se il file si trova nella memoria esterna di solito è:
Ora digitiamo:
ora possiamo avviare kali:
Se è andato tutto per il verso giusto ci troveremo davanti al bash di kali linux e da qui possiamo installare ed utilizzare alcuni tool, ad esempio possiamo installare nuovi pacchetti con il comando apt-get o aptitude
Adesso per visualizzare il KDE(il Desktop) digitiamo sul terminale di kali
lasciamo il terminale in esecuzione in background ed apriamo VNC Viewer, tramite il "+" verde in basso a destra aggiungiamo come ip 127.0.0.1:1 e sotto mettiamo il nome che vogliamo.
Ora scarichiamo l'immagine di kali linux per processori ARM dal sito ufficiale in base al nostro dispositivo:
Ora estraiamo l'immagine dall'archivio e rinominiamola in "kali.img", adesso creiamo un file "boot.sh" nella stessa cartella di kali.img e al suo interno copiamo il codice seguente:
Codice:
###########################################
# Linux boot script V7.9 for Android #
# Built by Zachary Powell (zacthespack) #
# and Martin Møller (Tuxling) #
# Thanks to: #
# Johan Vromans #
# Marshall Levin #
# and to everyone at XDA! #
# Feel free to edit/use this script as you#
# like but credit Linuxonandroid.org #
###########################################
# $ver: V7.9 #
###########################################
###########################################
# This is a function we use to stop the #
# script in case of errors #
###########################################
error_exit() {
echo "Error: $1"
exit 1
}
###########################################
# Set up variables #
###########################################
if [ -f /data/data/com.zpwebsites.linuxonandroid/files/busybox ]; then
export bbox=/data/data/com.zpwebsites.linuxonandroid/files/busybox
elif [ -f /data/data/com.zpwebsites.linuxonandroid.opensource/files/busybox ]; then
export bbox=/data/data/com.zpwebsites.linuxonandroid.opensource/files/busybox
else
export bbox=/system/bin/busybox
fi
export usermounts=android # Base folder all user mounts are done in, should be moved to app later
export imgfile=$(dirname $0)/kali.img # Default image file, another can be set by using an argument
export bin=/system/bin
export mnt=/data/local/mnt
export USER=root
if [[ ! -d $mnt ]]; then mkdir $mnt; fi
export PATH=$bin:/usr/bin:/usr/local/bin:/usr/sbin:/bin:/usr/local/sbin:/usr/games:$PATH
export TERM=linux
export HOME=/root
###########################################
# Handle arguments if present #
###########################################
if [ $# -ne 0 ]; then
if [ -f $1 ]; then # Is full path present?
imgfile=$1
elif [ -f $(dirname $0)/$1 ]; then # Is only a filename present?
imgfile=$(dirname $0)/$1
else
error_exit "Image file not found!($1)"
fi
fi
###########################################
# If a md5 file is found we check it here #
###########################################
if [ -f $imgfile.md5 ]; then
echo "MD5 file found, use to check .img file? (y/n)"
read answer
if [ $answer == y ]; then
echo -n "Validating image checksum... "
$bbox md5sum -c -s $imgfile.md5
if [ $? -ne 0 ];then
echo "FAILED!"
error_exit "Checksum failed! The image is corrupted!"
else
echo "OK"
rm $imgfile.md5
fi
fi
fi
################################
# Find and read config file #
# or use defaults if not found #
################################
use_swap=no
cfgfile=$imgfile.config # Default config file if not specified
if [ -f $imgfile.config ]; then
source $imgfile.config
fi
###########################################
# Set Swap up if wanted #
# #
###########################################
if [ $use_swap == yes ]; then
if [ -f $imgfile.swap ]; then
echo "Swap file found, using file"
echo "Turning on swap (if it errors here you do not have swap support"
swapon $imgfile.swap
else
echo "Creating Swap file"
dd if=/dev/zero of=$imgfile.swap bs=1048576 count=1024
mkswap $imgfile.swap
echo "Turning on swap (if it errors here you do not have swap support"
swapon $imgfile.swap
fi
fi
###########################################
# Set up loop device and mount image #
###########################################
echo -n "Checking loop device... "
if [ -b /dev/block/loop255 ]; then
echo "FOUND"
else
echo "MISSING"
# Loop device not found so we create it and verify it was actually created
echo -n "Creating loop device... "
$bbox mknod /dev/block/loop255 b 7 255
if [ -b /dev/block/loop255 ]; then
echo "OK"
else
echo "FAILED"
error_exit "Unable to create loop device!"
fi
fi
$bbox losetup /dev/block/loop255 $imgfile
if [ $? -ne 0 ];then error_exit "Unable to attach image to loop device! (Image = $imgfile)"; fi
$bbox mount -t ext4 /dev/block/loop255 $mnt
if [ $? -ne 0 ];then error_exit "Unable to mount the loop device!"; fi
###########################################
# Mount all required partitions #
###########################################
$bbox mount -t devpts devpts $mnt/dev/pts
if [ $? -ne 0 ];then error_exit "Unable to mount $mnt/dev/pts!"; fi
$bbox mount -t proc proc $mnt/proc
if [ $? -ne 0 ];then error_exit "Unable to mount $mnt/proc!"; fi
$bbox mount -t sysfs sysfs $mnt/sys
if [ $? -ne 0 ];then error_exit "Unable to mount $mnt/sys!"; fi
$bbox mount -o bind /sdcard $mnt/sdcard
if [ $? -ne 0 ];then error_exit "Unable to bind $mnt/sdcard!"; fi
if [[ ! -d $mnt/root/cfg ]]; then mkdir $mnt/root/cfg; fi
$bbox mount -o bind $(dirname $imgfile) $mnt/root/cfg
###########################################
# Checks if you have a external sdcard #
# and mounts it if you do #
###########################################
if [ -d /sdcard/external_sd ]; then
$bbox mount -o bind /sdcard/external_sd $mnt/external_sd
fi
if [ -d /Removable/MicroSD ]; then
$bbox mount -o bind /Removable/MicroSD $mnt/external_sd
fi
# This is for the HD version of the Archos 70 internet tablet, may be the same for the SD card edition but i dont know.
if [ -d /storage ]; then
$bbox mount -o bind /storage $mnt/external_sd
fi
###########################################
# Mount all user defined mounts if any #
###########################################
if [ -f $imgfile.mounts ]; then
olddir=$(pwd)
echo "Mounting user mounts"
cd $mnt
if [[ ! -d $mnt/$usermounts ]]; then $bbox mkdir -p $usermounts; fi
echo "# Script to unmount user defined mounts, do not delete or edit!" > $imgfile.shutdown
echo "cd $mnt/$usermounts" > $imgfile.shutdown
cd $mnt/$usermounts
for entry in $(cat "$imgfile.mounts"); do
ANDROID=${entry%;*}
LINUX=${entry#*;}
if [[ -d $ANDROID ]]; then
echo -n "Mounting $ANDROID to $usermounts/$LINUX... "
if [[ ! -d $mnt/$usermounts/$LINUX ]]; then $bbox mkdir -p $LINUX; fi
$bbox mount -o bind $ANDROID $mnt/$usermounts/$LINUX &> /dev/null
if [ $? -ne 0 ];then
echo FAIL
if [[ -d $mnt/$usermounts/$LINUX ]]; then $bbox rmdir -p $LINUX; fi
else
echo OK
echo "$bbox umount $mnt/$usermounts/$LINUX" >> $imgfile.shutdown
echo "$bbox rmdir -p $LINUX" >> $imgfile.shutdown
fi
else
echo "Android folder not found: $ANDROID"
fi
done
echo "cd $mnt" >> $imgfile.shutdown
echo "$bbox rmdir -p $usermounts" >> $imgfile.shutdown
cd $olddir
else
echo "No user defined mount points"
fi
###########################################
# Sets up network forwarding #
###########################################
$bbox sysctl -w net.ipv4.ip_forward=1
if [ $? -ne 0 ];then error_exit "Unable to forward network!"; fi
# If NOT $mnt/root/DONOTDELETE.txt exists we setup hosts and resolv.conf now
if [ ! -f $mnt/root/DONOTDELETE.txt ]; then
echo "nameserver 8.8.8.8" > $mnt/etc/resolv.conf
if [ $? -ne 0 ];then error_exit "Unable to write resolv.conf file!"; fi
echo "nameserver 8.8.4.4" >> $mnt/etc/resolv.conf
echo "127.0.0.1 localhost" > $mnt/etc/hosts
if [ $? -ne 0 ];then error_exit "Unable to write hosts file!"; fi
fi
###########################################
# Chroot into ubuntu #
###########################################
$bbox chroot $mnt /root/init.sh $(basename $imgfile)
###########################################
# Shut down ubuntu #
###########################################
echo "Shutting down Linux ARM"
#for pid in `lsof | grep $mnt | sed -e's/ / /g' | cut -d' ' -f2`; do kill -9 $pid >/dev/null 2>&1; done
for pid in `$bbox lsof | $bbox grep $mnt | $bbox sed -e's/ / /g' | $bbox cut -d' ' -f2`; do $bbox kill -9 $pid >/dev/null 2>&1; done
sleep 5
###########################################
# Unmount all user defined mounts if any #
###########################################
if [ -f $imgfile.shutdown ]; then
echo "Unmounting user defined mounts"
sh $imgfile.shutdown
rm $imgfile.shutdown
fi
$bbox umount $mnt/root/cfg
$bbox umount $mnt/sdcard
$bbox umount $mnt/external_sd
$bbox umount $mnt/dev/pts
$bbox umount $mnt/dev
$bbox umount $mnt/proc
$bbox umount $mnt/sys
$bbox umount $mnt
$bbox losetup -d /dev/block/loop255 &> /dev/nullAdesso non ci resta che avviare kali linux, apriamo l'emulatore terminale sul nostro dispositivo, come prima cosa dobbiamo dare i permessi di root al terminale e quindi:
Codice:
suSpostiamoci nella cartella che contiene il file boot.sh e kali.img con il comando cd, possiamo aiutarci con io comando LS per trovare la directory,se il file si trova nella memoria esterna di solito è:
Codice:
cd /storage/emulated/0Ora digitiamo:
Codice:
chmod 777 boot.shora possiamo avviare kali:
Codice:
sh boot.shSe è andato tutto per il verso giusto ci troveremo davanti al bash di kali linux e da qui possiamo installare ed utilizzare alcuni tool, ad esempio possiamo installare nuovi pacchetti con il comando apt-get o aptitude
Adesso per visualizzare il KDE(il Desktop) digitiamo sul terminale di kali
Codice:
vncserverlasciamo il terminale in esecuzione in background ed apriamo VNC Viewer, tramite il "+" verde in basso a destra aggiungiamo come ip 127.0.0.1:1 e sotto mettiamo il nome che vogliamo.
