def get_safe(config=None):
if not config:
config = cfg.get_config()
if not _Safe.instance:
_Safe.instance = _Safe()
_load_safe(config=config)
return _Safe.instance
def save_safe(config=None):
s = get_safe()
if not config:
config = cfg.get_config()
try:
fd = file(os.path.expanduser(config['keyfile']), 'w+')
pickle.dump(s.get_entries(), fd)
fd.close()
except pickle.PickleError, e:
fd.close()
raise e
def set_scan_adapter(self, value):
""" wireless adapter being used to scan / inject """
if value:
value = value.encode('ascii')
else:
value = None
if value and pyw.isinterface(value):
card = pyw.getcard(value)
if 'monitor' not in pyw.devmodes(card):
raise Exception(
"Error, adapter: {} cannot perform monitor mode".format(
value))
elif value:
LOG.error("Invalid Card detected: {}, saving None to config")
value = None
config = cfg.get_config()
config[cfg.FIELD_ADAPTER_SCAN] = value
cfg.write_config(config)
"""Models, optim, and loss functions based on CFG
"""
import code
from types import MethodType
import gc
import tensorflow as tf
from cfg import get_config
CFG = get_config()
from language import LangEncoder, LangDecoder, \
sequence_reconstruction_loss, sequence_reconstruction_accuracy
from generator import CNNGenerator, CPPNGenerator
from bit_model import BiT
from adamlrm import AdamLRM
from aug import get_noisy_channel
dense_settings = {
'kernel_regularizer': tf.keras.regularizers.l2(1e-4),
'bias_regularizer': tf.keras.regularizers.l2(1e-4),
}
class FunnelDown(tf.keras.Model):
"""Reduce representations of each token.
"""
def __init__(self):
super(FunnelDown, self).__init__()
self.l = []
num_features = CFG['language_model_size']
"""Train on simple Python functions
"""
import code
import os
import json
import re
import jsonlines
from tqdm import tqdm
import matplotlib.pyplot as plt
import tensorflow as tf
from cfg import get_config; CFG = get_config()
from language import batch_encode, tokenizer
file_dir = os.path.dirname(os.path.abspath(__file__))
code_data_dir = file_dir
def read_code_dataset(subdir='train', read_all=True):
train_data_dir = os.path.join(code_data_dir, 'code_data', subdir)
pattern = r'(\"\"\"(.|\n)*\"\"\"\s*)'
data = []
for i, train_data_file in tqdm(enumerate(os.listdir(train_data_dir))):
if i > 0 and not read_all:
break
data_file_path = os.path.join(train_data_dir, train_data_file)
with jsonlines.open(data_file_path) as reader:
for data_line in reader:
if len(data_line['code_tokens']) <= CFG['max_len']:
class piClickerState(object):
# in mem
channel = StateDescriptor(FIELD_CHANNEL, 0)
status = StateDescriptor(FIELD_STATUS, {})
queue_sound = StateDescriptor(FIELD_QUEUE_SOUND, [])
local_ip = StateDescriptor(FIELD_LOCAL_IP, None)
bssid = StateDescriptor(FIELD_BSSID, None)
click_rate = StateDescriptor(FIELD_CLICK_RATE, 0)
sleep_rate = StateDescriptor(FIELD_SLEEP_RATE, 3)
wavefile = StateDescriptor(FIELD_WAVEFILE, util.get_say('initializing'))
dbm = StateDescriptor(FIELD_DBM, 0)
wordlist = StateDescriptor(FIELD_WORDLIST, cfg.DEFAULT_WORDLIST)
percentage = StateDescriptor(FIELD_PERCENTAGE, 0)
scan_adapter = StateDescriptor(
cfg.FIELD_ADAPTER_SCAN,
cfg.get_config().get(cfg.FIELD_ADAPTER_SCAN))
has_interwebs = StateDescriptor(FIELD_HAS_INTERWEBS, False)
can_crack = StateDescriptor(FIELD_CAN_CRACK, False)
# persitants
foxlist = PersistantStorage(FIELD_FOX_LIST, [])
def __init__(self, inet_adapter, polling_interval, scan_adapter=None):
# register cleanup routine
atexit.register(self.__cleanup)
if cfg.ROOT_ONLY and getpass.getuser() != 'root':
raise Exception("Error, I need to be run as root")
self.signal_map = {i.get('dbm'): i.get('percentage') for i in DBM_MAP}
self.inet_adapter = inet_adapter
self.polling_interval = polling_interval
avail_wireless = self.get_available_wireless()
self.me = modules[__name__]
# set callbacks
self.__class__.bssid.add_callback(self, self.set_bssid)
self.__class__.scan_adapter.add_callback(self, self.set_scan_adapter)
# if I only have one, go ahead and set it
if len(avail_wireless) == 1:
self.scan_adapter = avail_wireless[0]
# Configure the state machine
self.machine = Machine(
model=self,
states=self.__get_states(),
initial=MODE_INIT,
)
####################################
# Now we setup all the transitions
####################################
# init -> config
self.machine.add_transition(
trigger=TRIG_CONFIG,
source=MODE_INIT,
dest=MODE_CONFIG,
unless=self.can_scan_mode.__name__,
after=self.set_config_mode.__name__,
)
# config -> scanning
self.machine.add_transition(
trigger=TRIG_SCAN,
source=MODE_CONFIG,
dest=MODE_SCANNING,
conditions=self.can_scan_mode.__name__,
after=self.set_scan_mode.__name__,
)
# scanning -> crack
self.machine.add_transition(
trigger=TRIG_CRACK,
source=MODE_SCANNING,
dest=MODE_CRACKING,
conditions=self.can_crack_mode.__name__,
after=self.set_crack_mode.__name__,
)
##############################
# Custom Callbacks
##############################
def set_bssid(self, value):
LOG.debug("Setting self.status key value to: {}".format(value))
self.__class__.status.key = value
self.status = TEMPLATE_STATUS.copy()
def set_scan_adapter(self, value):
""" wireless adapter being used to scan / inject """
if value:
value = value.encode('ascii')
else:
value = None
if value and pyw.isinterface(value):
card = pyw.getcard(value)
if 'monitor' not in pyw.devmodes(card):
raise Exception(
"Error, adapter: {} cannot perform monitor mode".format(
value))
elif value:
LOG.error("Invalid Card detected: {}, saving None to config")
value = None
config = cfg.get_config()
config[cfg.FIELD_ADAPTER_SCAN] = value
cfg.write_config(config)
##############################
# Dunders
##############################
def __cleanup(self):
""" remove all the state file from the /dev/shm location """
LOG.info("initializing cleanup")
for i in glob("{}/*".format(MEM_DIR)):
LOG.debug("removing file: {}".format(i))
os.unlink(i)
def __get_states(self):
""" get a list of our various modes, to set as machine states """
return [
getattr(self.me, i) for i in dir(self.me) if i.startswith('MODE_')
]
##############################
# callables
##############################
def to_dict(self):
""" convert this class state to a dict """
return {
FIELD_LOCAL_IP: self.local_ip,
FIELD_QUEUE_SOUND: self.queue_sound,
FIELD_BSSID: self.bssid,
FIELD_STATUS: self.status,
FIELD_PERCENTAGE: self.percentage,
FIELD_WORDLIST: self.wordlist,
FIELD_SLEEP_RATE: self.sleep_rate,
FIELD_DBM: self.dbm,
FIELD_WAVEFILE: self.wavefile,
FIELD_CLICK_RATE: self.click_rate,
FIELD_FOX_LIST: self.foxlist,
FIELD_HAS_INTERWEBS: self.has_interwebs,
cfg.FIELD_ADAPTER_SCAN: self.scan_adapter,
cfg.FIELD_ADAPTER_INET: self.inet_adapter,
'timestamp': datetime.datetime.now().strftime('%s'),
'state': self.get_state(),
}
def set_local_ip(self):
""" if ip is not set, find it and set it, otherwise log an error """
if not self.local_ip:
try:
ip = netifaces.ifaddresses(self.inet_adapter)[2][0].get('addr')
err = None
except Exception as e:
ip = None
err = "error getting ip from {}, {}".format(
self.inet_adapter, e.message)
if ip:
self.local_ip = ip
else:
LOG.error(err)
def set_crack_mode(self):
""" set mode to cracking """
self.sleep_rate = 0
self.wavefile = SOUND_ELEVATOR
def set_scan_mode(self):
""" set mode to scanning """
self.sleep_rate = 2
if self.percentage == 0:
self.wavefile = SOUND_SONAR
elif self.percentage > 0:
self.wavefile = SOUND_CLICK
def set_config_mode(self):
""" set mode to configuration """
self.sleep_rate = 10
self.set_local_ip()
if not self.local_ip:
self.wavefile = util.get_say('no local ip detected')
elif not self.get_available_wireless():
self.wavefile = util.get_say(
'no available scan adapters detected {}'.format(self.local_ip))
elif not self.scan_adapter:
self.wavefile = util.get_say('configure scan adapter at {}'.format(
self.local_ip))
elif not self.bssid:
self.wavefile = util.get_say('configure bssid at {}'.format(
self.local_ip))
else:
self.wavefile = util.get_say("I'm in danger")
def get_available_wireless(self):
""" get a list of adapters that are no our inet adapter """
return [i for i in pyw.winterfaces() if i != self.inet_adapter]
def get_cracked_list(self):
if os.path.exists(CRACKED_FILE):
try:
with open(CRACKED_FILE, 'r') as fh:
dat = json.load(fh)
except Exception:
LOG.exception("Error, opening: {}".format(CRACKED_FILE))
dat = []
else:
LOG.debug("Cracked file: {} doesnt exist yet".format(CRACKED_FILE))
dat = []
for idx, v in enumerate(dat):
dval = v['date']
ts = datetime.datetime.fromtimestamp(float(dval))
dat[idx]['ts'] = ts
dat[idx]['date_human'] = str(ts)
return dat
def can_scan_mode(self):
""" can haz scan mode? all these need to be true to proceed """
return all([
self.local_ip,
self.scan_adapter,
self.bssid,
])
def can_crack_mode(self):
""" can we start crack-a-lackin? this will tell us """
ok_cnt = self.get_bssid_ok_count() >= CRACK_GO_COUNT
if not self.can_crack:
LOG.debug("crack mode not enabled")
return False
elif ok_cnt and (not self.wordlist
or not os.path.exists(self.wordlist)):
self.wavefile = util.get_say("need wordlist at {}".format(
self.local_ip))
return False
else:
return all([
self.get_bssid_ok_count() >= CRACK_GO_COUNT,
self.wordlist,
])
def call_trigger(self, mode):
""" all this with CONSTANTS that begin with MODE_* to switch our status (if conditions allow)"""
orig_state = self.get_state()
func = getattr(self, mode)
func()
if self.get_state() != orig_state:
LOG.debug("New State: {}".format(self.get_state()))
def get_bssid_status(self):
""" get the status of the bssid we're working on """
return self.status[TFIELD_CRACK_STATUS]
def get_bssid_ok_count(self):
""" get the status of the bssid we're working on """
return self.status[TFIELD_OK_CNT]
def get_total_poll_count(self):
""" get the status of the bssid we're working on """
return self.status[TFIELD_POLL_COUNT]
def set_total_poll_count(self, cnt):
cur = self.status.copy()
cur[TFIELD_POLL_COUNT] = cnt
self.status = cur
def set_bssid_ok_count(self, cnt):
cur = self.status.copy()
cur[TFIELD_OK_CNT] = cnt
self.status = cur
def set_bssid_status(self, value):
""" set status of the bssid we're working on """
cur = self.status.copy()
cur[TFIELD_CRACK_STATUS] = value
self.status = cur
def get_state(self):
""" get our current state """
return self.state
def queue_pop(self):
""" pop the first value from the sound queue list """
queue = self.queue_sound
if not queue:
return None
val = queue.pop(0)
self.queue_sound = queue
return val
def queue_add(self, sound):
""" add a value to the sound queue list """
queue = list(self.queue_sound)
queue.append(sound)
self.queue_sound = queue
import os
os.environ["CUDA_DEVICE_ORDER"]="PCI_BUS_ID"
os.environ["CUDA_VISIBLE_DEVICES"]=""
import code
import yaml
import tensorflow as tf
import streamlit as st
import plotly.express as px
from cfg import get_config, set_config, validate_cfg; local_cfg = get_config(save=False)
from upload import gcs_download_blob_as_string
model_name = st.sidebar.text_input("Model name", value="gestalt_cnn_percept_longtest_w_1_contd_6")
debug = st.checkbox('Debug')
# better validation accuracy: gestalt_cnn_percept_longtest_w_1_contd_6
# dist_percept_long_contd_4
def configure():
config_path = f"logs/{model_name}/config.yaml"
config_str = gcs_download_blob_as_string(config_path)
model_cfg = yaml.safe_load(config_str)
validate_cfg(model_cfg)
model_cfg['batch_size'] = 1
set_config(model_cfg)
return model_cfg
model_cfg = configure()
from language import tokenizer
#!/usr/bin/env python
# -*- coding: utf-8 -*-
import state
import cfg
config = cfg.get_config()
STATE = state.piClickerState(
config.get(cfg.FIELD_ADAPTER_INET),
config.get(cfg.FIELD_POLLING_INTERVAL),
config.get(cfg.FIELD_ADAPTER_SCAN),
)
def __init__(self, ip, port, sn_q, sto_q, action_q, sen_q, img_q, sock):
print('Loading Thermal camera library')
dll_path = opjoin('dll', 'CG_ThermalCamDll_2018.dll')
try:
self.dll = windll.LoadLibrary(dll_path)
except:
print('Could not load Thermal camera DLL.')
quit()
print('Completed')
self.img_q = img_q
self.dll.GetCorrectedTemp.restype = c_float
self.init_cam_vari(ip, port)
self.fid = open(NMAP_FILE, "r+")
self.map = mmap.mmap(self.fid.fileno(), 0)
self.width = 1080
self.height = 810
self.crop_width = 1320
self.crop_height = 990
self.load_app_settings()
self.cfg_data = cfg.get_config()
# buf = np.empty((480, 640, 3), dtype=uint8)
self.hour_dir = ''
self.record_counter = 0
self.sound_q = sn_q
self.storage_q = sto_q
# self.logo = cv2.imread('logo.png')
self.setting_logo = cv2.imread('Setting-icon.png')
self.split_logo = cv2.imread('quit-logo.png')
self.scr_buff = np.empty(
(SCR_HEIGHT, SCR_WIDTH, 3),
dtype=uint8) # preallocate this array to speed up
self.action_q = action_q
self.sen_q = sen_q
# self.src_rgb = np.zeros((SCR_HEIGHT,SCR_WIDTH//2,3),dtype=uint8)
self.ref_pair = rp.reference_pair()
self.ir_full = False
try:
self.mask_bw = np.load('mask.npy')
# print(self.mask_bw)
except:
self.mask_bw = 255 * np.ones((32, 40), dtype=uint8)
np.save('mask', self.mask_bw)
self.mask_color = np.ones(
(self.mask_bw.shape[0], self.mask_bw.shape[1], 3), dtype=uint8)
self.mask_color[:, :, 0] = (np.invert(self.mask_bw) / 255) * 0
self.mask_color[:, :, 1] = (np.invert(self.mask_bw) / 255) * 69
self.mask_color[:, :, 2] = (np.invert(self.mask_bw) / 255) * 255
self.show_mask = False
self.cursor = (50, 50)
self.cursor_textpos = (50, 50)
self.cursor_reading = 0
self.sock = sock
self.exit_all = False
self.rgb_pop_up = False
self.disp_q = queue.Queue(3)
self.imshow_thread = threading.Thread(target=self.imshow_loop,
args=(self.disp_q,
self.storage_q,
self.scr_buff))
self.imshow_thread.daemon = True
self.imshow_thread.start()
self.alert_timer = time.time()
self.alert_counter = 0
self.no_mask_counter = 0
self.reconnected = True
self.on_setting = False
# import setting
# self.setting_proc=mp.Process(target=setting.func1,args=(self.action_q,))
# self.setting_proc.daemon=True
FORMAT = '%(asctime)s %(levelname)s: %(message)s'
path = opjoin('log', 'main.log')
logging.basicConfig(level=logging.DEBUG,
format=FORMAT,
datefmt='%Y-%m-%d %H:%M',
handlers=[
RotatingFileHandler(path,
maxBytes=2 * 1024 * 1024,
backupCount=9)
])
