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airgeddon.sh
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#!/usr/bin/env bash
#Title........: airgeddon.sh
#Description..: This is a multi-use bash script for Linux systems to audit wireless networks.
#Author.......: v1s1t0r
#Date.........: 20170311
#Version......: 6.11
#Usage........: bash airgeddon.sh
#Bash Version.: 4.2 or later
#Enabled with extra-verbose mode 2 / Enabled 1 / Disabled 0 - Debug mode for faster development skipping intro and initial checks - Default value 0
debug_mode=0
#Enabled 1 / Disabled 0 - Auto update feature (it has no effect on debug mode) - Default value 1
auto_update=1
#Enabled 1 / Disabled 0 - Auto change language feature - Default value 1
auto_change_language=1
#Language vars
#Change this line to select another default language. Select one from available values in array
language="ENGLISH"
declare -A lang_association=(
["en"]="ENGLISH"
["es"]="SPANISH"
["fr"]="FRENCH"
["ca"]="CATALAN"
["pt"]="PORTUGUESE"
["ru"]="RUSSIAN"
["gr"]="GREEK"
)
#Tools vars
essential_tools_names=(
"ifconfig"
"iwconfig"
"iw"
"awk"
"airmon-ng"
"airodump-ng"
"aircrack-ng"
"xterm"
)
optional_tools_names=(
"wpaclean"
"crunch"
"aireplay-ng"
"mdk3"
"hashcat"
"hostapd"
"dhcpd"
"iptables"
"ettercap"
"etterlog"
"sslstrip"
"lighttpd"
"dnsspoof"
"wash"
"reaver"
"bully"
"pixiewps"
"unbuffer"
"bettercap"
"beef"
)
update_tools=("curl")
declare -A possible_package_names=(
[${essential_tools_names[0]}]="net-tools" #ifconfig
[${essential_tools_names[1]}]="wireless-tools" #iwconfig
[${essential_tools_names[2]}]="iw" #iw
[${essential_tools_names[3]}]="awk" #awk
[${essential_tools_names[4]}]="aircrack-ng" #airmon-ng
[${essential_tools_names[5]}]="aircrack-ng" #airodump-ng
[${essential_tools_names[6]}]="aircrack-ng" #aircrack-ng
[${essential_tools_names[7]}]="xterm" #xterm
[${optional_tools_names[0]}]="aircrack-ng" #wpaclean
[${optional_tools_names[1]}]="crunch" #crunch
[${optional_tools_names[2]}]="aircrack-ng" #aireplay-ng
[${optional_tools_names[3]}]="mdk3" #mdk3
[${optional_tools_names[4]}]="hashcat" #hashcat
[${optional_tools_names[5]}]="hostapd" #hostapd
[${optional_tools_names[6]}]="isc-dhcp-server / dhcp-server / dhcp" #dhcpd
[${optional_tools_names[7]}]="iptables" #iptables
[${optional_tools_names[8]}]="ettercap / ettercap-text-only / ettercap-graphical" #ettercap
[${optional_tools_names[9]}]="ettercap / ettercap-text-only / ettercap-graphical" #etterlog
[${optional_tools_names[10]}]="sslstrip" #sslstrip
[${optional_tools_names[11]}]="lighttpd" #lighttpd
[${optional_tools_names[12]}]="dsniff" #dnsspoof
[${optional_tools_names[13]}]="reaver" #wash
[${optional_tools_names[14]}]="reaver" #reaver
[${optional_tools_names[15]}]="bully" #bully
[${optional_tools_names[16]}]="pixiewps" #pixiewps
[${optional_tools_names[17]}]="expect / expect-dev" #unbuffer
[${optional_tools_names[18]}]="bettercap" #bettercap
[${optional_tools_names[19]}]="beef-xss / beef-project" #beef
[${update_tools[0]}]="curl" #curl
)
#More than one alias can be defined separated by spaces at value
declare -A possible_alias_names=(
["beef"]="beef-xss beef-server"
)
#General vars
airgeddon_version="6.11"
language_strings_expected_version="6.11-2"
standardhandshake_filename="handshake-01.cap"
tmpdir="/tmp/"
osversionfile_dir="/etc/"
minimum_bash_version_required="4.2"
hashcat3_version="3.0"
resume_message=224
abort_question=12
pending_of_translation="[PoT]"
escaped_pending_of_translation="\[PoT\]"
standard_resolution="1024x768"
curl_404_error="404: Not Found"
language_strings_file="language_strings.sh"
#WPS vars
minimum_reaver_pixiewps_version="1.5.2"
minimum_bully_pixiewps_version="1.1"
minimum_bully_verbosity4_version="1.1"
known_pins_dbfile="known_pins.db"
pins_dbfile_checksum="pindb_checksum.txt"
wps_default_generic_pin="12345670"
wps_attack_script_file="ag.wpsattack.sh"
wps_out_file="ag.wpsout.txt"
timeout_secs_per_pin="30"
timeout_secs_per_pixiedust="30"
#Repository and contact vars
github_user="v1s1t0r1sh3r3"
github_repository="airgeddon"
branch="master"
script_filename="airgeddon.sh"
urlgithub="https://github.com/${github_user}/${github_repository}"
urlscript_directlink="https://raw.githubusercontent.com/${github_user}/${github_repository}/${branch}/${script_filename}"
urlscript_pins_dbfile="https://raw.githubusercontent.com/${github_user}/${github_repository}/${branch}/${known_pins_dbfile}"
urlscript_pins_dbfile_checksum="https://raw.githubusercontent.com/${github_user}/${github_repository}/${branch}/${pins_dbfile_checksum}"
urlscript_language_strings_file="https://raw.githubusercontent.com/${github_user}/${github_repository}/${branch}/${language_strings_file}"
host_to_check_internet="github.com"
mail="[email protected]"
author="v1s1t0r"
#Dhcpd, Hostapd and misc Evil Twin vars
ip_range="192.168.1.0"
alt_ip_range="172.16.250.0"
router_ip="192.168.1.1"
alt_router_ip="172.16.250.1"
broadcast_ip="192.168.1.255"
alt_broadcast_ip="172.16.250.255"
range_start="192.168.1.33"
range_stop="192.168.1.100"
alt_range_start="172.16.250.33"
alt_range_stop="172.16.250.100"
std_c_mask="255.255.255.0"
ip_mask="255.255.255.255"
dhcpd_file="ag.dhcpd.conf"
internet_dns1="8.8.8.8"
internet_dns2="8.8.4.4"
sslstrip_port="10000"
bettercap_proxy_port="8080"
bettercap_dns_port="5300"
minimum_bettercap_advanced_options="1.5.9"
sslstrip_file="ag.sslstrip.log"
ettercap_file="ag.ettercap.log"
bettercap_file="ag.bettercap.log"
beef_port="3000"
beef_control_panel_url="http://127.0.0.1:${beef_port}/ui/panel"
jshookfile="hook.js"
beef_file="ag.beef.conf"
beef_pass="airgeddon"
beef_db="beef.db"
beef_installation_url="https://github.com/beefproject/beef/wiki/Installation"
hostapd_file="ag.hostapd.conf"
control_file="ag.control.sh"
webserver_file="ag.lighttpd.conf"
webdir="www/"
indexfile="index.htm"
checkfile="check.htm"
cssfile="portal.css"
jsfile="portal.js"
attemptsfile="ag.et_attempts.txt"
currentpassfile="ag.et_currentpass.txt"
successfile="ag.et_success.txt"
processesfile="ag.et_processes.txt"
possible_dhcp_leases_files=(
"/var/lib/dhcp/dhcpd.leases"
"/var/state/dhcp/dhcpd.leases"
"/var/lib/dhcpd/dhcpd.leases"
)
possible_beef_known_locations=(
"/usr/share/beef/"
"/usr/share/beef-xss/"
"/opt/beef/"
"/opt/beef-project/"
#Custom BeEF location (set=0)
)
#Distros vars
known_compatible_distros=(
"Wifislax"
"Kali"
"Parrot"
"Backbox"
"BlackArch"
"Cyborg"
"Ubuntu"
"Debian"
"SuSE"
"CentOS"
"Gentoo"
"Fedora"
"Red Hat"
"Arch"
"OpenMandriva"
)
known_arm_compatible_distros=(
"Raspbian"
"Parrot arm"
"Kali arm"
)
#Hint vars
declare main_hints=(128 134 163)
declare dos_hints=(129 131 133)
declare handshake_hints=(127 130 132 136)
declare handshake_attack_hints=(142)
declare decrypt_hints=(171 178 179 208 244)
declare select_interface_hints=(246)
declare language_hints=(250)
declare evil_twin_hints=(254 258 264 269 309 328 400)
declare evil_twin_dos_hints=(267 268)
declare beef_hints=(408)
declare wps_hints=(342 343 344 356 369 390)
#Charset vars
crunch_lowercasecharset="abcdefghijklmnopqrstuvwxyz"
crunch_uppercasecharset="ABCDEFGHIJKLMNOPQRSTUVWXYZ"
crunch_numbercharset="0123456789"
crunch_symbolcharset="!#$%/=?{}[]-*:;"
hashcat_charsets=("?l" "?u" "?d" "?s")
#Colors vars
green_color="\033[1;32m"
green_color_title="\033[0;32m"
red_color="\033[1;31m"
red_color_slim="\033[0;031m"
blue_color="\033[1;34m"
cyan_color="\033[1;36m"
brown_color="\033[0;33m"
yellow_color="\033[1;33m"
pink_color="\033[1;35m"
white_color="\e[1;97m"
normal_color="\e[1;0m"
#Check coherence between script and language_strings file
function check_language_strings() {
debug_print
if [ -f "${scriptfolder}${language_strings_file}" ]; then
language_file_found=1
language_file_mismatch=0
#shellcheck source=./language_strings.sh
source "${scriptfolder}${language_strings_file}"
set_language_strings_version
if [ "${language_strings_version}" != "${language_strings_expected_version}" ]; then
language_file_mismatch=1
fi
else
language_file_found=0
fi
if [[ "${language_file_found}" -eq 0 ]] || [[ "${language_file_mismatch}" -eq 1 ]]; then
language_strings_handling_messages
generate_dynamic_line "airgeddon" "title"
if [ "${language_file_found}" -eq 0 ]; then
echo_red "${language_strings_no_file[${language}]}"
if [ "${airgeddon_version}" = "6.1" ]; then
echo
echo_yellow "${language_strings_first_time[${language}]}"
fi
elif [ "${language_file_mismatch}" -eq 1 ]; then
echo_red "${language_strings_file_mismatch[${language}]}"
fi
echo
echo_blue "${language_strings_try_to_download[${language}]}"
read -p "${language_strings_key_to_continue[${language}]}" -r
check_internet_access "${host_to_check_internet}"
if [ "$?" = "0" ]; then
download_language_strings_file
if [ "$?" = "0" ]; then
echo
echo_yellow "${language_strings_successfully_downloaded[${language}]}"
read -p "${language_strings_key_to_continue[${language}]}" -r
clear
return 0
else
echo
echo_red "${language_strings_failed_downloading[${language}]}"
fi
else
echo
echo_red "${language_strings_failed_downloading[${language}]}"
fi
echo
echo_blue "${language_strings_exiting[${language}]}"
echo
hardcore_exit
fi
}
#Download the language strings file
function download_language_strings_file() {
debug_print
remote_language_strings_file=$(timeout -s SIGTERM 15 curl -L ${urlscript_language_strings_file} 2> /dev/null)
if [ "${remote_language_strings_file}" != "${curl_404_error}" ]; then
echo "${remote_language_strings_file}" > "${scriptfolder}${language_strings_file}"
chmod +x "${scriptfolder}${language_strings_file}" > /dev/null 2>&1
#shellcheck source=./language_strings.sh
source "${scriptfolder}${language_strings_file}"
return 0
else
return 1
fi
}
#Set messages for language_strings handling
function language_strings_handling_messages() {
declare -gA language_strings_no_file
language_strings_no_file["ENGLISH"]="Error. Language strings file not found"
language_strings_no_file["SPANISH"]="Error. No se ha encontrado el fichero de traducciones"
language_strings_no_file["FRENCH"]="Erreur. Fichier contenant les traductions absent"
language_strings_no_file["CATALAN"]="Error. No s'ha trobat el fitxer de traduccions"
language_strings_no_file["PORTUGUESE"]="Erro. O arquivo de tradução não foi encontrado"
language_strings_no_file["RUSSIAN"]="Ошибка. Не найден языковой файл"
language_strings_no_file["GREEK"]="Σφάλμα. Το αρχείο γλωσσών δεν βρέθηκε"
declare -gA language_strings_file_mismatch
language_strings_file_mismatch["ENGLISH"]="Error. The language strings file found mismatches expected version"
language_strings_file_mismatch["SPANISH"]="Error. El fichero de traducciones encontrado no es la versión esperada"
language_strings_file_mismatch["FRENCH"]="Erreur. Les traductions trouvées ne sont pas celles attendues"
language_strings_file_mismatch["CATALAN"]="Error. El fitxer de traduccions trobat no és la versió esperada"
language_strings_file_mismatch["PORTUGUESE"]="Erro. O a versão do arquivos de tradução encontrado é a incompatível"
language_strings_file_mismatch["RUSSIAN"]="Ошибка. Языковой файл не соответствует ожидаемой версии"
language_strings_file_mismatch["GREEK"]="Σφάλμα. Το αρχείο γλωσσών που έχει βρεθεί δεν αντιστοιχεί με την προαπαιτούμενη έκδοση"
declare -gA language_strings_try_to_download
language_strings_try_to_download["ENGLISH"]="airgeddon will try to download the language strings file..."
language_strings_try_to_download["SPANISH"]="airgeddon intentará descargar el fichero de traducciones..."
language_strings_try_to_download["FRENCH"]="airgeddon va essayer de télécharger les fichiers de traductions..."
language_strings_try_to_download["CATALAN"]="airgeddon intentarà descarregar el fitxer de traduccions..."
language_strings_try_to_download["PORTUGUESE"]="O airgeddon tentará baixar o arquivo de tradução..."
language_strings_try_to_download["RUSSIAN"]="airgeddon попытается загрузить языковой файл..."
language_strings_try_to_download["GREEK"]="Το airgeddon θα προσπαθήσει να κατεβάσει το αρχείο γλωσσών..."
declare -gA language_strings_successfully_downloaded
language_strings_successfully_downloaded["ENGLISH"]="Language strings file was successfully downloaded"
language_strings_successfully_downloaded["SPANISH"]="Se ha descargado con éxito el fichero de traducciones"
language_strings_successfully_downloaded["FRENCH"]="Les fichiers traduction ont été correctement téléchargés"
language_strings_successfully_downloaded["CATALAN"]="S'ha descarregat amb èxit el fitxer de traduccions"
language_strings_successfully_downloaded["PORTUGUESE"]="O arquivo de tradução foi baixado com sucesso"
language_strings_successfully_downloaded["RUSSIAN"]="Языковой файл был успешно загружен"
language_strings_successfully_downloaded["GREEK"]="Το αρχείο γλωσσών κατέβηκε με επιτυχία"
declare -gA language_strings_failed_downloading
language_strings_failed_downloading["ENGLISH"]="The language string file can't be downloaded. Check your internet connection or download it manually from ${normal_color}${urlgithub}"
language_strings_failed_downloading["SPANISH"]="No se ha podido descargar el fichero de traducciones. Comprueba tu conexión a internet o descárgalo manualmente de ${normal_color}${urlgithub}"
language_strings_failed_downloading["FRENCH"]="Impossible de télécharger le fichier traduction. Vérifiez votre connexion à internet ou téléchargez le fichier manuellement ${normal_color}${urlgithub}"
language_strings_failed_downloading["CATALAN"]="No s'ha pogut descarregar el fitxer de traduccions. Comprova la connexió a internet o descarrega'l manualment de ${normal_color}${urlgithub}"
language_strings_failed_downloading["PORTUGUESE"]="Não foi possível baixar o arquivos de tradução. Verifique a sua conexão com a internet ou baixe manualmente em ${normal_color}${urlgithub}"
language_strings_failed_downloading["RUSSIAN"]="Языковой файл не может быть загружен. Проверьте подключение к Интернету или загрузите его вручную с ${normal_color}${urlgithub}"
language_strings_failed_downloading["GREEK"]="Το αρχείο γλωσσών δεν μπορεί να κατέβει. Ελέγξτε τη σύνδεση σας με το διαδίκτυο ή κατεβάστε το χειροκίνητα ${normal_color}${urlgithub}"
declare -gA language_strings_first_time
language_strings_first_time["ENGLISH"]="If you are seeing this message after an automatic update, don't be scared! It's probably because airgeddon has different file structure since version 6.1. It will be automatically fixed"
language_strings_first_time["SPANISH"]="Si estás viendo este mensaje tras una actualización automática, ¡no te asustes! probablemente es porque a partir de la versión 6.1 la estructura de ficheros de airgeddon ha cambiado. Se reparará automáticamente"
language_strings_first_time["FRENCH"]="Si vous voyez ce message après une mise à jour automatique ne vous inquiétez pas! A partir de la version 6.1 la structure de fichier d'airgeddon a changé. L'ajustement se fera automatiquement"
language_strings_first_time["CATALAN"]="Si estàs veient aquest missatge després d'una actualització automàtica, no t'espantis! probablement és perquè a partir de la versió 6.1 l'estructura de fitxers de airgeddon ha canviat. Es repararà automàticament"
language_strings_first_time["PORTUGUESE"]="Se você está vendo esta mensagem depois de uma atualização automática, não tenha medo! A partir da versão 6.1 da estrutura de arquivos do airgeddon mudou. Isso será corrigido automaticamente"
language_strings_first_time["RUSSIAN"]="Если вы видите это сообщение после автоматического обновления, не переживайте! Вероятно, это объясняется тем, что, начиная с версии 6.1, airgeddon имеет другую структуру файлов. Проблема будет разрешена автоматически"
language_strings_first_time["GREEK"]="Εάν βλέπετε αυτό το μήνυμα μετά από κάποια αυτόματη ενημέρωση, μην τρομάξετε! Πιθανόν είναι λόγω της διαφορετικής δομής του airgeddon μετά από την έκδοση 6.1. Θα επιδιορθωθεί αυτόματα"
declare -gA language_strings_exiting
language_strings_exiting["ENGLISH"]="Exiting airgeddon script v${airgeddon_version} - See you soon! :)"
language_strings_exiting["SPANISH"]="Saliendo de airgeddon script v${airgeddon_version} - Nos vemos pronto! :)"
language_strings_exiting["FRENCH"]="Fermeture du script airgeddon v${airgeddon_version} - A bientôt! :)"
language_strings_exiting["CATALAN"]="Sortint de airgeddon script v${airgeddon_version} - Ens veiem aviat! :)"
language_strings_exiting["PORTUGUESE"]="Saindo do script airgeddon v${airgeddon_version} - Até breve! :)"
language_strings_exiting["RUSSIAN"]="Выход из скрипта airgeddon v${airgeddon_version} - До встречи! :)"
language_strings_exiting["GREEK"]="Κλείσιμο του airgeddon v${airgeddon_version} - Αντίο :)"
declare -gA language_strings_key_to_continue
language_strings_key_to_continue["ENGLISH"]="Press [Enter] key to continue..."
language_strings_key_to_continue["SPANISH"]="Pulsa la tecla [Enter] para continuar..."
language_strings_key_to_continue["FRENCH"]="Pressez [Enter] pour continuer..."
language_strings_key_to_continue["CATALAN"]="Prem la tecla [Enter] per continuar..."
language_strings_key_to_continue["PORTUGUESE"]="Pressione a tecla [Enter] para continuar..."
language_strings_key_to_continue["RUSSIAN"]="Нажмите клавишу [Enter] для продолжения..."
language_strings_key_to_continue["GREEK"]="Πατήστε το κουμπί [Enter] για να συνεχίσετε..."
}
#Print the current line of where this was called and the function's name. Applies to some (which are useful) functions
function debug_print() {
if [ ${debug_mode} -eq 2 ]; then
declare excluded_functions=(
"ask_yesno"
"check_pending_of_translation"
"contains_element"
"echo_blue"
"echo_brown"
"echo_cyan"
"echo_green"
"echo_green_title"
"echo_pink"
"echo_red"
"echo_red_slim"
"echo_white"
"echo_yellow"
"generate_dynamic_line"
"interrupt_checkpoint"
"language_strings"
"last_echo"
"print_hint"
"print_large_separator"
"print_simple_separator"
"read_yesno"
"remove_warnings"
"special_text_missed_optional_tool"
"store_array"
"under_construction_message"
)
if (IFS=$'\n'; echo "${excluded_functions[*]}") | grep -qFx "${FUNCNAME[1]}"; then
return 1
fi
#TODO "${@}" to print parameters
echo "Line:${BASH_LINENO[1]}" "${FUNCNAME[1]}"
return 0
fi
}
#Set the message to show again after an interrupt ([Ctrl+C] or [Ctrl+Z]) without exiting
function interrupt_checkpoint() {
debug_print
if [ -z "${last_buffered_type1}" ]; then
last_buffered_message1=${1}
last_buffered_message2=${1}
last_buffered_type1=${2}
last_buffered_type2=${2}
else
if [ "${1}" -ne ${resume_message} ]; then
last_buffered_message2=${last_buffered_message1}
last_buffered_message1=${1}
last_buffered_type2=${last_buffered_type1}
last_buffered_type1=${2}
fi
fi
}
#Add the text on a menu when you miss an optional tool
function special_text_missed_optional_tool() {
debug_print
declare -a required_tools=("${!3}")
allowed_menu_option=1
if [ ${debug_mode} -eq 0 ]; then
tools_needed="${optionaltool_needed[${1}]}"
for item in "${required_tools[@]}"; do
if [ "${optional_tools[${item}]}" -eq 0 ]; then
allowed_menu_option=0
tools_needed+="${item} "
fi
done
fi
if [ ${allowed_menu_option} -eq 1 ]; then
last_echo "${arr[${1},${2}]}" "${normal_color}"
else
[[ ${arr[${1},${2}]} =~ ^([0-9]+)\.(.*)$ ]] && forbidden_options+=("${BASH_REMATCH[1]}")
tools_needed=${tools_needed:: -1}
echo_red_slim "${arr[${1},${2}]} (${tools_needed})"
fi
}
#Generate the chars in front of and behind a text for titles and separators
function generate_dynamic_line() {
debug_print
local type=${2}
if [ "${type}" = "title" ]; then
ncharstitle=78
titlechar="*"
elif [ "${type}" = "separator" ]; then
ncharstitle=58
titlechar="-"
fi
titletext=${1}
titlelength=${#titletext}
finaltitle=""
for ((i=0; i < (ncharstitle/2 - titlelength+(titlelength/2)); i++)); do
finaltitle="${finaltitle}${titlechar}"
done
if [ "${type}" = "title" ]; then
finaltitle="${finaltitle} ${titletext} "
elif [ "${type}" = "separator" ]; then
finaltitle="${finaltitle} (${titletext}) "
fi
for ((i=0; i < (ncharstitle/2 - titlelength+(titlelength/2)); i++)); do
finaltitle="${finaltitle}${titlechar}"
done
if [ $((titlelength % 2)) -gt 0 ]; then
finaltitle+="${titlechar}"
fi
if [ "${type}" = "title" ]; then
echo_green_title "${finaltitle}"
elif [ "${type}" = "separator" ]; then
echo_blue "${finaltitle}"
fi
}
#Wrapper to check managed mode on an interface
function check_to_set_managed() {
debug_print
check_interface_mode
case "${ifacemode}" in
"Managed")
echo
language_strings "${language}" 0 "red"
language_strings "${language}" 115 "read"
return 1
;;
"(Non wifi card)")
echo
language_strings "${language}" 1 "red"
language_strings "${language}" 115 "read"
return 1
;;
esac
return 0
}
#Wrapper to check monitor mode on an interface
function check_to_set_monitor() {
debug_print
check_interface_mode
case "${ifacemode}" in
"Monitor")
echo
language_strings "${language}" 10 "red"
language_strings "${language}" 115 "read"
return 1
;;
"(Non wifi card)")
echo
language_strings "${language}" 13 "red"
language_strings "${language}" 115 "read"
return 1
;;
esac
return 0
}
#Check for monitor mode on an interface
function check_monitor_enabled() {
debug_print
mode=$(iwconfig "${interface}" 2> /dev/null | grep Mode: | awk '{print $4}' | cut -d ':' -f 2)
if [[ ${mode} != "Monitor" ]]; then
echo
language_strings "${language}" 14 "red"
language_strings "${language}" 115 "read"
return 1
fi
return 0
}
#Check if an interface is a wifi card or not
function check_interface_wifi() {
debug_print
execute_iwconfig_fix
return $?
}
#Execute the iwconfig fix to know if an interface is a wifi card or not
function execute_iwconfig_fix() {
debug_print
iwconfig_fix
iwcmd="iwconfig ${interface} ${iwcmdfix} > /dev/null 2> /dev/null"
eval "${iwcmd}"
return $?
}
#Create a list of interfaces associated to its macs
function renew_ifaces_and_macs_list() {
debug_print
readarray -t IFACES_AND_MACS < <(ip link | egrep "^[0-9]+" | cut -d ':' -f 2 | awk '{print $1}' | grep lo -v | grep "${interface}" -v)
declare -gA ifaces_and_macs
for iface_name in "${IFACES_AND_MACS[@]}"; do
mac_item=$(cat < "/sys/class/net/${iface_name}/address" 2> /dev/null)
if [ -n "${mac_item}" ]; then
ifaces_and_macs[${iface_name}]=${mac_item}
fi
done
declare -gA ifaces_and_macs_switched
for iface_name in "${!ifaces_and_macs[@]}"; do
ifaces_and_macs_switched[${ifaces_and_macs[${iface_name}]}]=${iface_name}
done
}
#Check the interface coherence between interface names and macs
function check_interface_coherence() {
debug_print
renew_ifaces_and_macs_list
interface_auto_change=0
interface_found=0
for iface_name in "${!ifaces_and_macs[@]}"; do
if [ "${interface}" = "${iface_name}" ]; then
interface_found=1
interface_mac=${ifaces_and_macs[${iface_name}]}
break
fi
done
if [ ${interface_found} -eq 0 ]; then
for iface_mac in "${ifaces_and_macs[@]}"; do
iface_mac_tmp=${iface_mac:0:15}
interface_mac_tmp=${interface_mac:0:15}
if [ "${iface_mac_tmp}" = "${interface_mac_tmp}" ]; then
interface=${ifaces_and_macs_switched[${iface_mac}]}
interface_auto_change=1
break
fi
done
fi
return ${interface_auto_change}
}
#Prepare the vars to be used on wps pin database attacks
function set_wps_mac_parameters() {
debug_print
six_wpsbssid_first_digits=${wps_bssid:0:8}
six_wpsbssid_first_digits_clean=${six_wpsbssid_first_digits//:}
six_wpsbssid_last_digits=${wps_bssid: -8}
six_wpsbssid_last_digits_clean=${six_wpsbssid_last_digits//:}
four_wpsbssid_last_digits=${wps_bssid: -5}
four_wpsbssid_last_digits_clean=${four_wpsbssid_last_digits//:}
}
#Calculate pin based on Zhao Chunsheng algorithm (computepin), step 1
function calculate_computepin_algorithm_step1() {
debug_print
hex_to_dec=$(printf '%d\n' 0x"${six_wpsbssid_last_digits_clean}") 2> /dev/null
computepin_pin=$((hex_to_dec % 10000000))
}
#Calculate pin based on Zhao Chunsheng algorithm (computepin), step 2
function calculate_computepin_algorithm_step2() {
debug_print
computepin_pin=$(printf '%08d\n' $((10#${computepin_pin} * 10 + checksum_digit)))
}
#Calculate pin based on Stefan Viehböck algorithm (easybox)
function calculate_easybox_algorithm() {
debug_print
hex_to_dec=($(printf "%04d" "0x${four_wpsbssid_last_digits_clean}" | sed 's/.*\(....\)/\1/;s/./& /g'))
[[ ${four_wpsbssid_last_digits_clean} =~ ${four_wpsbssid_last_digits_clean//?/(.)} ]] && hexi=($(printf '%s\n' "${BASH_REMATCH[*]:1}"))
c1=$(printf "%d + %d + %d + %d" "${hex_to_dec[0]}" "${hex_to_dec[1]}" "0x${hexi[2]}" "0x${hexi[3]}")
c2=$(printf "%d + %d + %d + %d" "0x${hexi[0]}" "0x${hexi[1]}" "${hex_to_dec[2]}" "${hex_to_dec[3]}")
K1=$((c1 % 16))
K2=$((c2 % 16))
X1=$((K1 ^ hex_to_dec[3]))
X2=$((K1 ^ hex_to_dec[2]))
X3=$((K1 ^ hex_to_dec[1]))
Y1=$((K2 ^ 0x${hexi[1]}))
Y2=$((K2 ^ 0x${hexi[2]}))
Z1=$((0x${hexi[2]} ^ hex_to_dec[3]))
Z2=$((0x${hexi[3]} ^ hex_to_dec[2]))
easybox_pin=$(printf '%08d\n' "$((0x$X1$X2$Y1$Y2$Z1$Z2$X3))" | rev | cut -c -7 | rev)
}
#Calculate the last digit on pin following the checksum rule
function pin_checksum_rule() {
debug_print
current_calculated_pin=$((10#${1} * 10))
accum=0
accum=$((accum + 3 * (current_calculated_pin/10000000 % 10)))
accum=$((accum + current_calculated_pin/1000000 % 10))
accum=$((accum + 3 * (current_calculated_pin/100000 % 10)))
accum=$((accum + current_calculated_pin/10000 % 10))
accum=$((accum + 3 * (current_calculated_pin/1000 % 10)))
accum=$((accum + current_calculated_pin/100 % 10))
accum=$((accum + 3 * (current_calculated_pin/10 % 10)))
control_digit=$((accum % 10))
checksum_digit=$((10 - control_digit))
checksum_digit=$((checksum_digit % 10))
}
#Manage the calls to check common wps pin algorithms
function check_and_set_common_algorithms() {
debug_print
echo
language_strings "${language}" 388 "blue"
declare -g calculated_pins=("${wps_default_generic_pin}")
calculate_computepin_algorithm_step1
pin_checksum_rule "${computepin_pin}"
calculate_computepin_algorithm_step2
calculated_pins+=("${computepin_pin}")
calculate_easybox_algorithm
pin_checksum_rule "${easybox_pin}"
easybox_pin=$(printf '%08d\n' $((current_calculated_pin + checksum_digit)))
calculated_pins+=("${easybox_pin}")
integrate_algorithms_pins
if [ "$?" = "0" ]; then
echo
language_strings "${language}" 389 "yellow"
fi
}
#Integrate calculated pins from algorithms into pins array
function integrate_algorithms_pins() {
debug_print
some_calculated_pin_included=0
for pin in "${calculated_pins[@]}"; do
this_pin_already_included=0
for item in "${pins_found[@]}"; do
if [ "${item}" = "${pin}" ]; then
this_pin_already_included=1
break
fi
done
if [ ${this_pin_already_included} -eq 0 ]; then
pins_found+=(${pin})
counter_pins_found=$((counter_pins_found + 1))
some_calculated_pin_included=1
fi
done
if [ "${some_calculated_pin_included}" -eq 1 ]; then
return 0
fi
return 1
}
#Search for target wps bssid mac in pin database and set the vars to be used
function search_in_pin_database() {
debug_print
bssid_found_in_db=0
counter_pins_found=0
declare -g pins_found=()
for item in "${!PINDB[@]}"; do
if [ "${item}" = "${six_wpsbssid_first_digits_clean}" ]; then
bssid_found_in_db=1
arrpins=(${PINDB[${item//[[:space:]]/ }]})
for item2 in "${arrpins[@]}"; do
counter_pins_found=$((counter_pins_found+1))
pins_found+=(${item2})
done
break
fi
done
}
#Prepare monitor mode avoiding the use of airmon-ng or airmon-zc generating two interfaces from one
function prepare_et_monitor() {
debug_print
disable_rfkill
phy_iface=$(basename "$(readlink "/sys/class/net/${interface}/phy80211")")
iface_phy_number=${phy_iface:3:1}
iface_monitor_et_deauth="mon${iface_phy_number}"
iw phy "${phy_iface}" interface add "${iface_monitor_et_deauth}" type monitor 2> /dev/null
ifconfig "${iface_monitor_et_deauth}" up > /dev/null 2>&1
iwconfig "${iface_monitor_et_deauth}" channel "${channel}" > /dev/null 2>&1
}
#Assure the mode of the interface before the Evil Twin process
function prepare_et_interface() {
debug_print
et_initial_state=${ifacemode}
if [ "${ifacemode}" != "Managed" ]; then
new_interface=$(${airmon} stop "${interface}" 2> /dev/null | grep station)
ifacemode="Managed"
[[ ${new_interface} =~ \]?([A-Za-z0-9]+)\)?$ ]] && new_interface="${BASH_REMATCH[1]}"
if [ "${interface}" != "${new_interface}" ]; then
check_interface_coherence
if [ "$?" = "0" ]; then
interface=${new_interface}
fi
echo
language_strings "${language}" 15 "yellow"
fi
fi
}
#Restore the state of the interfaces after Evil Twin process
function restore_et_interface() {
debug_print
echo
language_strings "${language}" 299 "blue"
disable_rfkill
mac_spoofing_desired=0
iw dev "${iface_monitor_et_deauth}" del > /dev/null 2>&1
if [ "${et_initial_state}" = "Managed" ]; then
ifconfig "${interface}" down > /dev/null 2>&1
iwconfig "${interface}" mode managed > /dev/null 2>&1
ifconfig "${interface}" up > /dev/null 2>&1
ifacemode="Managed"
else
new_interface=$(${airmon} start "${interface}" 2> /dev/null | grep monitor)
ifacemode="Monitor"
[[ ${new_interface} =~ \]?([A-Za-z0-9]+)\)?$ ]] && new_interface="${BASH_REMATCH[1]}"
if [ "${interface}" != "${new_interface}" ]; then
interface=${new_interface}
fi
fi
}
#Unblock if possible the interface if blocked
function disable_rfkill() {
debug_print
if hash rfkill 2> /dev/null; then
rfkill unblock all > /dev/null 2>&1
fi
}
#Put the interface on managed mode and manage the possible name change
function managed_option() {
debug_print
check_to_set_managed
if [ "$?" != "0" ]; then
return
fi
disable_rfkill
language_strings "${language}" 17 "blue"
ifconfig "${interface}" up
new_interface=$(${airmon} stop "${interface}" 2> /dev/null | grep station)
ifacemode="Managed"
[[ ${new_interface} =~ \]?([A-Za-z0-9]+)\)?$ ]] && new_interface="${BASH_REMATCH[1]}"
if [ "${interface}" != "${new_interface}" ]; then
check_interface_coherence
if [ "$?" = "0" ]; then
interface=${new_interface}
fi
echo
language_strings "${language}" 15 "yellow"
fi
echo
language_strings "${language}" 16 "yellow"
language_strings "${language}" 115 "read"
}
#Put the interface on monitor mode and manage the possible name change
function monitor_option() {
debug_print
check_to_set_monitor
if [ "$?" != "0" ]; then
return
fi
disable_rfkill
language_strings "${language}" 18 "blue"
ifconfig "${interface}" up
iwconfig "${interface}" rate 1M > /dev/null 2>&1
if [ "$?" != "0" ]; then
echo
language_strings "${language}" 20 "red"
language_strings "${language}" 115 "read"
return
fi
if [ "${check_kill_needed}" -eq 1 ]; then
language_strings "${language}" 19 "blue"
${airmon} check kill > /dev/null 2>&1
nm_processes_killed=1
fi
new_interface=$(${airmon} start "${interface}" 2> /dev/null | grep monitor)
ifacemode="Monitor"
[[ ${new_interface} =~ \]?([A-Za-z0-9]+)\)?$ ]] && new_interface="${BASH_REMATCH[1]}"
if [ "${interface}" != "${new_interface}" ]; then
check_interface_coherence
if [ "$?" = "0" ]; then
interface=${new_interface}
fi
echo
language_strings "${language}" 21 "yellow"
fi
echo
language_strings "${language}" 22 "yellow"
language_strings "${language}" 115 "read"
}
#Check the interface mode
function check_interface_mode() {
debug_print