def control(*args):
global play_state
if play_state == 'running':
play_state = 'stopping'
elif play_state == 'idle':
kbd.call_later(play, args=args, delay=1)
def test_call_later(self):
triggered = []
def fn(arg1, arg2):
assert arg1 == 1 and arg2 == 2
triggered.append(True)
keyboard.call_later(fn, (1, 2), 0.01)
self.assertFalse(triggered)
time.sleep(0.05)
self.assertTrue(triggered)
def send_keyboard_event(ctx, command_name, timing=DEFAULT_PRESS_TIME):
if command_name in POSSIBLE_TIMED_COMMANDS:
keyboard.press(POSSIBLE_TIMED_COMMANDS[command_name])
keyboard.call_later(
lambda: keyboard.release(POSSIBLE_TIMED_COMMANDS[command_name]),
delay=timing)
elif command_name in POSSIBLE_NON_TIMED_COMMANDS:
keyboard.send(POSSIBLE_NON_TIMED_COMMANDS[command_name])
def test_call_later(self):
self.triggered = False
def trigger():
self.triggered = True
keyboard.call_later(trigger, delay=0.1)
self.assertFalse(self.triggered)
time.sleep(0.2)
self.assertTrue(self.triggered)
def test_call_later(self):
self.triggered = False
def trigger():
self.triggered = True
keyboard.call_later(trigger, delay=0.1)
self.assertFalse(self.triggered)
time.sleep(0.2)
self.assertTrue(self.triggered)
def test_call_later(self):
triggered = []
def fn(arg1, arg2):
assert arg1 == 1 and arg2 == 2
triggered.append(True)
keyboard.call_later(fn, (1, 2), 0.01)
self.assertFalse(triggered)
time.sleep(0.05)
self.assertTrue(triggered)
def loop_press(hotkey, time_max, time_current=0, t=None):
if time_current < time_max:
new_t = time.time()
dt = new_t - t
time_current += dt
keyboard.press_and_release(hotkey=hotkey)
keyboard.call_later(fn=loop_press,
args=(hotkey, time_max, time_current, new_t),
delay=0.2)
else:
return
def send_message(event):
time = grab_image(event)
if config["use_mode"] == "no_enter":
keyboard.send('enter')
keyboard.write(time)
keyboard.call_later(lambda: keyboard.send('enter'), (), 0.01)
# keyboard.tap(Key.enter)
# keyboard.type(time)
# sleeper.sleep(0.03)
# keyboard.tap(Key.enter)
# keyboard.call_later(lambda: keyboard.write(time), (), 0.1)
elif config["use_mode"] == "yes_enter":
keyboard.write(time)
def pressLetter(strLetter, t):
if isShifted(strLetter):
# we have to convert all symbols to numbers
if strLetter in conversionCases:
strLetter = conversionCases[strLetter]
keyboard.press('left shift')
keyboard.press(strLetter.lower())
keyboard.release('left shift')
keyboard.call_later(keyboard.release, args=(strLetter), delay=t)
else:
keyboard.press(strLetter)
keyboard.call_later(keyboard.release, args=(strLetter), delay=t)
return
def on_press_action(c):
if disabled:
if c.scan_code == 1 or c.scan_code == 28: # esc, enter
keyboard.call_later(escape_typing, (), delay=0.05)
return
if c.scan_code >= 2 and c.scan_code <= 13 or c.scan_code == 41 or c.scan_code == 15 or c.scan_code == 44 or c.scan_code == 45:
if not keys[0] and keys[1] and not keys[3] or not keys[0] and not keys[1] and keys[3]:
keyboard.call_later(update_workspaces, (), delay=0.05)
return
if c.scan_code == 1 or c.scan_code == 28: # esc, enter
keyboard.call_later(escape_typing, (), delay=0.05)
return
if (c.scan_code == 25 or c.scan_code == 19) and keys[1]: # p
keyboard.call_later(block_with_typing, (), delay=0.05)
return
if c.name not in keymap:
return
keynum = keymap[c.name]
if keys[keynum]:
return
keys[keynum] = True
update_light()
def controls_update(queue, delay, mode):
if queue:
print('Current queue:')
print(queue)
if mode == 'anarchy':
action = queue.popleft()
elif mode == 'democracy':
actions = {}
for action in queue:
actions[action] = 0
for action in queue:
actions[action] += 1
max = queue[0]
for action, count in actions.items():
if actions[max] > count:
max = action
queue.clear()
print('Current action:')
print(action)
keyboard.press(action)
keyboard.call_later(keyboard.release, args=([action]), delay=delay)
def on_press_action(c):
if c.scan_code >= 2 and c.scan_code <= 13 or c.scan_code == 41 or c.scan_code == 15:
if not keys[0] and keys[
1] and not keys[3] or not keys[0] and not keys[1] and keys[3]:
keyboard.call_later(update_workspaces, (), delay=0.05)
return
if c.scan_code == 25 and keys[1]: # p
keyboard.call_later(block_with_typing, (), delay=0.05)
if c.scan_code == 1 or c.scan_code == 28: # esc, enter
keyboard.call_later(escape_typing, (), delay=0.05)
if c.name not in keymap:
return
keynum = keymap[c.name]
if keynum != 2 and keynum != 3 and keyboard.is_pressed("shift+alt"):
will_switch_lang[0] = False
if keys[keynum]:
return
keys[keynum] = True
update_light()
def set_hotkey(self, event):
keyboard.call_later(self.set_hotkey2, args=[event], delay=0.001)
def control(self):
if self.state == 'running':
self.state = 'stopping'
elif self.state == 'idle':
kbd.call_later(self.play, delay=1)
def control(args_dict):
global play_state
if play_state:
play_state = False
else:
kbd.call_later(lambda: play(**args_dict), delay=1)