Support for numeric keypad missing about pynput HOT 7 CLOSED

I am running pynput under linux and there definitively the support is missing.

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I may be wrong in understanding the request. But I see that it is already supported.
I am running this on win 8.1

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I have verified that it does not work under Linux---the keysyms are not recognised.

I have implemented most of the functionality. Missing is support for presenting different keys depending on the state of numlock; currently the arrow keys are always delivered to the listener, regardless of the numlock state.

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I have pushed a fix which makes the numeric keypad work on Linux like it works on Windows. Please note that there is still not complete support; as on Windows, it is not possible to distinguish between key presses on the numeric keypad and ordinary numbers or arrow keys.

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i dont know if i made it work or not...

it is very ugly but it is working on my linux mashine

class Key(enum.Enum):
alt = KeyCode._from_symbol('Alt_L')
...
...
scroll_lock = KeyCode._from_symbol('Scroll_Lock')

kp_0 = KeyCode(KEYPAD_KEYS['KP_0'])
kp_1 = KeyCode(KEYPAD_KEYS['KP_1'])
kp_2 = KeyCode(KEYPAD_KEYS['KP_2'])
kp_3 = KeyCode(KEYPAD_KEYS['KP_3'])
kp_4 = KeyCode(KEYPAD_KEYS['KP_4'])
kp_5 = KeyCode(KEYPAD_KEYS['KP_5'])
kp_6 = KeyCode(KEYPAD_KEYS['KP_6'])
kp_7 = KeyCode(KEYPAD_KEYS['KP_7'])
kp_8 = KeyCode(KEYPAD_KEYS['KP_8'])
kp_9 = KeyCode(KEYPAD_KEYS['KP_9'])
kp_add = KeyCode(KEYPAD_KEYS['KP_Add'])
kp_decimal = KeyCode(KEYPAD_KEYS['KP_Decimal'])
kp_delete = KeyCode(KEYPAD_KEYS['KP_Delete'])
kp_divide = KeyCode(KEYPAD_KEYS['KP_Divide'])
kp_down = KeyCode(KEYPAD_KEYS['KP_Down'])
kp_end = KeyCode(KEYPAD_KEYS['KP_End'])
kp_enter = KeyCode(KEYPAD_KEYS['KP_Enter'])
kp_equal = KeyCode(KEYPAD_KEYS['KP_Equal'])
kp_f1 = KeyCode(KEYPAD_KEYS['KP_F1'])
kp_f2 = KeyCode(KEYPAD_KEYS['KP_F2'])
kp_f3 = KeyCode(KEYPAD_KEYS['KP_F3'])
kp_f4 = KeyCode(KEYPAD_KEYS['KP_F4'])
kp_home = KeyCode(KEYPAD_KEYS['KP_Home'])
kp_insert = KeyCode(KEYPAD_KEYS['KP_Insert'])
kp_left = KeyCode(KEYPAD_KEYS['KP_Left'])
kp_multiply = KeyCode(KEYPAD_KEYS['KP_Multiply'])
kp_page_down = KeyCode(KEYPAD_KEYS['KP_Page_Down'])
kp_page_up = KeyCode(KEYPAD_KEYS['KP_Page_Up'])
kp_right = KeyCode(KEYPAD_KEYS['KP_Right'])
kp_space = KeyCode(KEYPAD_KEYS['KP_Space'])
kp_subtract = KeyCode(KEYPAD_KEYS['KP_Subtract'])
kp_tap = KeyCode(KEYPAD_KEYS['KP_Tab'])
kp_up = KeyCode(KEYPAD_KEYS['KP_Up'])
kp_begin = KeyCode(KEYPAD_KEYS['KP_Begin'])

then
class Listener(ListenerMixin, _base.Listener):
_KEYPAD_KEYS = {
KEYPAD_KEYS['KP_0']: Key.kp_0,
KEYPAD_KEYS['KP_1']: Key.kp_1,
KEYPAD_KEYS['KP_2']: Key.kp_2,
KEYPAD_KEYS['KP_3']: Key.kp_3,
KEYPAD_KEYS['KP_4']: Key.kp_4,
KEYPAD_KEYS['KP_5']: Key.kp_5,
KEYPAD_KEYS['KP_6']: Key.kp_6,
KEYPAD_KEYS['KP_7']: Key.kp_7,
KEYPAD_KEYS['KP_8']: Key.kp_8,
KEYPAD_KEYS['KP_9']: Key.kp_9,
KEYPAD_KEYS['KP_Add']: Key.kp_add,
KEYPAD_KEYS['KP_Decimal']: Key.kp_decimal,
KEYPAD_KEYS['KP_Delete']: Key.kp_delete,
KEYPAD_KEYS['KP_Divide']: Key.kp_divide,
KEYPAD_KEYS['KP_Down']: Key.kp_down,
KEYPAD_KEYS['KP_End']: Key.kp_end,
KEYPAD_KEYS['KP_Enter']: Key.kp_enter,
KEYPAD_KEYS['KP_Equal']: Key.kp_equal,
KEYPAD_KEYS['KP_F1']: Key.kp_f1,
KEYPAD_KEYS['KP_F2']: Key.kp_f2,
KEYPAD_KEYS['KP_F3']: Key.kp_f3,
KEYPAD_KEYS['KP_F4']: Key.kp_f4,
KEYPAD_KEYS['KP_Home']: Key.kp_home,
KEYPAD_KEYS['KP_Insert']: Key.kp_insert,
KEYPAD_KEYS['KP_Left']: Key.kp_left,
KEYPAD_KEYS['KP_Multiply']: Key.kp_multiply,
KEYPAD_KEYS['KP_Page_Down']: Key.kp_page_down,
KEYPAD_KEYS['KP_Page_Up']: Key.kp_page_up,
KEYPAD_KEYS['KP_Right']: Key.kp_right,
KEYPAD_KEYS['KP_Space']: Key.kp_space,
KEYPAD_KEYS['KP_Subtract']: Key.kp_subtract,
KEYPAD_KEYS['KP_Tab']: Key.kp_tap,
KEYPAD_KEYS['KP_Up']: Key.kp_up,
KEYPAD_KEYS['KP_Begin']: Key.kp_begin}

in i had to add this to remove mapping from _SPECIAL_KEYS (its ugly but oi dont know python well)
class Listener(ListenerMixin, _base.Listener):
def init(self, *args, **kwargs):
...
...
self._SPECIAL_KEYS.pop(Key.kp_0.value.vk)
self._SPECIAL_KEYS.pop(Key.kp_1.value.vk)
self._SPECIAL_KEYS.pop(Key.kp_2.value.vk)
self._SPECIAL_KEYS.pop(Key.kp_3.value.vk)
self._SPECIAL_KEYS.pop(Key.kp_4.value.vk)
self._SPECIAL_KEYS.pop(Key.kp_5.value.vk)
self._SPECIAL_KEYS.pop(Key.kp_6.value.vk)
self._SPECIAL_KEYS.pop(Key.kp_7.value.vk)
self._SPECIAL_KEYS.pop(Key.kp_8.value.vk)
self._SPECIAL_KEYS.pop(Key.kp_9.value.vk)
self._SPECIAL_KEYS.pop(Key.kp_add.value.vk)
self._SPECIAL_KEYS.pop(Key.kp_decimal.value.vk)
self._SPECIAL_KEYS.pop(Key.kp_delete.value.vk)
self._SPECIAL_KEYS.pop(Key.kp_divide.value.vk)
self._SPECIAL_KEYS.pop(Key.kp_down.value.vk)
self._SPECIAL_KEYS.pop(Key.kp_enter.value.vk)
self._SPECIAL_KEYS.pop(Key.kp_equal.value.vk)
self._SPECIAL_KEYS.pop(Key.kp_f1.value.vk)
self._SPECIAL_KEYS.pop(Key.kp_f2.value.vk)
self._SPECIAL_KEYS.pop(Key.kp_f3.value.vk)
self._SPECIAL_KEYS.pop(Key.kp_f4.value.vk)
self._SPECIAL_KEYS.pop(Key.kp_home.value.vk)
self._SPECIAL_KEYS.pop(Key.kp_insert.value.vk)
self._SPECIAL_KEYS.pop(Key.kp_left.value.vk)
self._SPECIAL_KEYS.pop(Key.kp_multiply.value.vk)
self._SPECIAL_KEYS.pop(Key.kp_page_down.value.vk)
self._SPECIAL_KEYS.pop(Key.kp_page_up.value.vk)
self._SPECIAL_KEYS.pop(Key.kp_right.value.vk)
self._SPECIAL_KEYS.pop(Key.kp_space.value.vk)
self._SPECIAL_KEYS.pop(Key.kp_subtract.value.vk)
self._SPECIAL_KEYS.pop(Key.kp_tap.value.vk)
self._SPECIAL_KEYS.pop(Key.kp_up.value.vk)
self._SPECIAL_KEYS.pop(Key.kp_begin.value.vk)

for a keyboard listener you do NOT want it to return the value of keys .. you want to be able to tell the difference between 1 and kp 1 and kp end ...

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