bbounce documentation

# bbounce documentation
-Only currently works with 'wlan0'.
-Only works if you have a wifi card connected to the PC that the script is running on.
-This is not perfect. It will crack a wifi's passwod every time it attempts to connect, does not used stored passwords to connections
 -This is not a random selection, but stores the available wifi connections in a list and iterate throughout them. 
 	When the last connection is connected to, it will go back to the first wifi in the list.

crypto = include_lib("/lib/crypto.so")
computer = host_computer(get_shell) // Get the host computer from running shell
netCType = active_net_card(computer) // get active net card on the computer
if netCType == "WIFI" then print("WIFI connection found.") else exit("Only works with WIFI.") // check if the active card is wifi or lan


net_card = network_devices(computer).split(" ")[0] // extract the wlan string for use
print("Starting WIFI scan...")
networks = computer.wifi_networks(net_card)  // check for the wlan networks available to this computer
if len(networks) == 0 then print("No networks found.")


c = 1
network_map = {}
conn_map = {}

for network in networks
	key = network.split(" ")
	network_map[c] = key
	parsed = network_map[c]
	pwr = parsed[1][:-1].val
	// ensure power is viable for connection
	// this can be changed to make connection cracking faster
	if pwr > 20 then
		conn_map[c] = parsed
		print(key[0]+ "	" + key[1] + "	" + key[2])
		end if
	c = c + 1
end for

keys = conn_map.indexes
print(keys)

c = 0
counter = 0
while counter <= len(keys)
	print("--------------------------------------------")
	
	c = keys[counter]
	print("c = " + c)
	print("counter = " + counter)
	parsed = conn_map[c]
	bssid = parsed[0]
	pwr = parsed[1][:-1].val
	essid = parsed[2]
	potAcks = 300000 / pwr
	print("Starting bounce to " + essid)
	print("Press CTRL+C to exit")
	print("Required acks = " + potAcks)
	crypto.aireplay(bssid, essid, potAcks)
	wifiPass = crypto.aircrack("/home/" + active_user + "/file.cap")
	connRes = computer.connect_wifi(net_card, bssid, essid, wifiPass)
	if typeof(connRes) == "string" then
		print(connRes)
		print("--------------------------------------------")
		continue
	else
   		print("Connected to " + essid + " Wifi successfully.")
		print("--------------------------------------------")
end if
counter = counter + 1
if counter == len(keys) then counter = 0
end while