def __init__(self):
try:
self.uinput = UInput()
except UInputError:
print("Error when opening /dev/uinput")
print("Ensure you have write permissions")
exit(1)
class EvdevBase(object):
_uinput_dev = UInput(events={
ecodes.EV_KEY: ecodes.keys.keys(),
ecodes.EV_REL: [ecodes.REL_WHEEL]
},
name='pikuli-evdev-uinput')
def start(self):
if self._running:
return
self._uinput = UInput.from_device(driver.input_manager.input_devices[0], \
name='UChroma Virtual Macro Device %d' % driver.device_index)
self._queue = InputQueue(driver)
self._queue.attach()
self._driver.input_manager.grab(True)
self._task = ensure_future(self._listen())
self._running = True
class Output:
def __init__(self):
try:
self.uinput = UInput()
except UInputError:
print("Error when opening /dev/uinput")
print("Ensure you have write permissions")
exit(1)
def sync(self):
self.uinput.syn()
def send(self, key, action):
# IMPORTANT - choose Right Alt over Left Alt
self.uinput.write(ecodes.EV_KEY, key.codes[-1], int(action))
self.sync()
def __del__(self):
try:
self.uinput.close()
except ImportError:
pass
fuzz=0,
flat=0,
resolution=5074)),
(WACOM_EVCODE_XPOS,
AbsInfo(value=11344,
min=0,
max=WACOM_HEIGHT,
fuzz=0,
flat=0,
resolution=100)),
(WACOM_EVCODE_YPOS,
AbsInfo(value=10471,
min=0,
max=WACOM_WIDTH,
fuzz=0,
flat=0,
resolution=100))]
}
# Prod and Vend Ids are random as well as phys !
with UInput(events=capabilities,
name='reMarkableTablet-FakePen',
vendor=0x0002,
product=0x02FE,
phys='fake-tablet-input') as inputDevice:
print('Running...')
while True:
evDevType, evDevCode, evDevValue = struct.unpack('HHi', client.recv(8))
inputDevice.write(evDevType, evDevCode, evDevValue)
258: 'BTN_2',
259: 'BTN_3',
260: 'BTN_4',
261: 'BTN_5',
262: 'BTN_6',
263: 'BTN_7',
264: 'BTN_8',
265: 'BTN_9',
272: ['BTN_LEFT', 'BTN_MOUSE'],
274: 'BTN_MIDDLE',
273: 'BTN_RIGHT'
}
_keyboard_codes.update(mouse_btns)
_uinput = UInput(events={
ecodes.EV_KEY: _keyboard_codes,
ecodes.EV_REL: set([0, 1, 6, 8, 9]),
})
_pressed_modifier_keys = set()
_pressed_keys = set()
def update_modifier_key_pressed(key, action):
if key in Modifier.get_all_keys():
if action.is_pressed():
_pressed_modifier_keys.add(key)
else:
_pressed_modifier_keys.discard(key)
def update_pressed_keys(key, action):
def check_uinput():
from evdev.uinput import UInput
UInput() # this will raise an error if /dev/uinput is not writable
# -*- coding: utf-8 -*-
from evdev import ecodes
from evdev.uinput import UInput
from .key import Action, Combo, Modifier
__author__ = 'zh'
_uinput = UInput()
_pressed_modifier_keys = set()
_pressed_keys = set()
def output_modifier_key():
return _pressed_modifier_keys
def update_modifier_key_pressed(key, action):
if key in Modifier.get_all_keys():
if action.is_pressed():
_pressed_modifier_keys.add(key)
else:
_pressed_modifier_keys.discard(key)
def update_pressed_keys(key, action):
if action.is_pressed():
_pressed_keys.add(key)
else:
_pressed_keys.discard(key)
# -*- coding: utf-8 -*-
from evdev import ecodes
from evdev.uinput import UInput
from .key import Action, Combo, Modifier
__author__ = 'zh'
_uinput = UInput(
events={
ecodes.EV_KEY: ecodes.keys.keys(),
ecodes.EV_REL: [k for k in ecodes.REL.keys() if k != 16]
})
_pressed_modifier_keys = set()
def update_modifier_key_pressed(key, action):
if key in Modifier.get_all_keys():
if action.is_pressed():
_pressed_modifier_keys.add(key)
else:
_pressed_modifier_keys.discard(key)
def send_sync():
_uinput.syn()
def send_event(event):
_uinput.write_event(event)
def create_ui(on_write):
ui = UInput()
ui.write = Mock(side_effect=on_write)
return ui
257: 'BTN_1',
258: 'BTN_2',
259: 'BTN_3',
260: 'BTN_4',
261: 'BTN_5',
262: 'BTN_6',
263: 'BTN_7',
264: 'BTN_8',
265: 'BTN_9',
272: ['BTN_LEFT', 'BTN_MOUSE'],
274: 'BTN_MIDDLE',
273: 'BTN_RIGHT'}
_keyboard_codes.update(mouse_btns)
_uinput = UInput(events={ecodes.EV_KEY: _keyboard_codes,
ecodes.EV_REL: set([0,1,6,8,9]),
})
_pressed_modifier_keys = set()
_pressed_keys = set()
def update_modifier_key_pressed(key, action):
if key in Modifier.get_all_keys():
if action.is_pressed():
_pressed_modifier_keys.add(key)
else:
_pressed_modifier_keys.discard(key)
def update_pressed_keys(key, action):
if action.is_pressed():
_pressed_keys.add(key)