def tick(self):
now = time.asctime(time.localtime())
changed, modifiers, keys = kl.fetch_keys()
if(self.previous_key == "<caps lock>") :
if(keys == "<esc>") :
return False
elif(not keys and modifiers["left shift"] ) :
self.caps = False
self.selected+=1
if(self.selected > (self.lines - 1) or self.selected > len(self.result)) :
self.selected = 0
self.previous_key = ""
if keys :
if(len(keys) == 1 and keys not in self.end_chars) :
self.word += str(keys)
elif(keys == "<backspace>"):
self.word = self.word[0:-1]
elif(self.result and keys == "<caps lock>" and self.previous_key == "<caps lock>") :
v = virtkey.virtkey()
for i in range(len(self.word), len(self.result[self.selected])) :
v.press_unicode(ord(self.result[self.selected][i]))
v.release_unicode(ord(self.result[self.selected][i]))
v.press_unicode(ord(" "))
v.release_unicode(ord(" "))
self.selected = 0
self.word = ""
self.result = []
elif(keys == "<caps lock>") :
self.caps = True
self.previous_key = keys
else:
self.word = ""
if(keys != "<caps lock>") :
self.caps = False
self.previous_key = keys
if(self.word):
#raw_result = subprocess.Popen(['look', self.word], stdout=subprocess.PIPE).communicate()[0]
#self.result = string.split(raw_result)
self.result = self.wb.getWords(self.word)
else:
self.result = []
if(self.caps) :
self.osd.set_colour("green")
else :
self.osd.set_colour("white")
for i in range(10):
if(len(self.result) > i):
if(i == self.selected):
self.osd.display("[ " + self.result[i] + " ]", line = i)
else :
self.osd.display(" " + self.result[i], line = i)
else :
self.osd.display("", line = i)
return True
def fetch_word(self):
changed, modifiers, keys = fetch_keys()
if changed:
if modifiers['left ctrl'] and modifiers['left shift']:
word = os.popen('xsel').read().strip()
if word:
self.put_or_print_or_quit(word)
def fetch_word(self):
changed, modifiers, keys = fetch_keys()
if changed:
if modifiers['left ctrl'] and modifiers['left shift']:
word = os.popen('xsel').read().strip()
if word:
self.put_or_print_or_quit(word)
def __init__(self):
self.data = OrderedDict()
self.flag_end = True # default bool for logging hault state
self.flag_start = False # default bool for logging start state
self.flag_master = False
self.escape = False
self.ignore_keys = ["<left ctrl>", "<left shift>", "<right shift>",
"<backspace>", "<esc>", "<enter>", "<caps lock>", "<right ctrl>"]
setproctitle('Wallnote')
# load saved data
load_data = self.load_pickle()
if load_data:
self.data = load_data
# know where to add new data
if load_data and len(load_data):
self.ins_pos = len(self.data)
else:
self.ins_pos = 0
# start recording
#keylogger.log(self.read_keys)
while True:
sleep(0.0001)
changed, modifiers, keys = keylogger.fetch_keys()
if changed:
self.read_keys(keys)
def run(self):
while self.running:
sleep(self.sleep_interval)
changed, modifiers, keys = fetch_keys()
if changed:
self.respond(modifiers)
def log(callback, sleep_interval=.05):
while 1:
sleep(sleep_interval)
changed, modifiers, keys = fetch_keys()
if changed:
callback(modifiers, search)
def run(self):
while self.running:
sleep(self.sleep_interval)
changed, modifiers, keys = fetch_keys()
if changed:
self.respond(modifiers)
