+ h3cs^RIt^RIHt^RIHt^RIt]!RR44t!RR]4t!RR ]4t!R R ]4t RR lt R t Rt ]PPR4'g ] !4R#R#)iN)total_ordering)Libevdevcs<a]tRt^toRtRtRtRtRtRt Vt R#)EvdevBita Base class representing an evdev bit, comprised of a name and a value. These two properties are guaranteed to exist on anything describing an event code, event type or input property that comes out of libevdev:: >>> print(libevdev.EV_ABS.name) EV_ABS >>> print(libevdev.EV_ABS.value) 3 >>> print(libevdev.EV_SYN.SYN_REPORT.name) SYN_REPORT >>> print(libevdev.EV_SYN.SYN_REPORT.value) 0 >>> print(libevdev.INPUT_PROP_DIRECT.name) INPUT_PROP_DIRECT >>> print(libevdev.INPUT_PROP_DIRECT.value) 1 .. attribute:: value The numeric value of the event code .. attribute:: name The string name of this event code csNRPVPVP4#)z{}:{})formatnamevalueself&3/usr/lib/python3.14/site-packages/libevdev/const.py__repr__ZEvdevBit.__repr__;s~~dii44cs4VPVP8H#NrrZother&&r __eq__ZEvdevBit.__eq__>szzU[[((r cs4VPVP8#r r rrr __lt__ZEvdevBit.__lt__AszzEKK''r cVP#r r rrr __int__ZEvdevBit.__int__D zzr N) __name__ __module__ __qualname____firstlineno____doc__r rrr__static_attributes____classdictcell__Z __classdict__@r rrs#65)(r rcsBa]tRt^HtoRt]P tRtRtVt R#) EventCodea .. warning :: Do not instantiate an object of this class, all objects you'll ever need are already present in the libevdev namespace. Use :func:`evbit()` to get an :class:`EventCode` from numerical or string values. A class representing an evdev event code, e.g. libevdev.EV_ABS.ABS_X. To use a :class:`EventCode`, use the namespaced name directly:: >>> print(libevdev.EV_ABS.ABS_X) ABS_X:0 >>> print(libevdev.EV_ABS.ABS_Y) ABS_X:1 >>> code = libevdev.EV_REL.REL_Y >>> print(code.type) EV_REL:2 >>> int(code) 1 .. attribute:: value The numeric value of the event code. This value is also returned when the object is converted to ``int``. .. attribute:: name The string name of this event code. Where the name is not defined, a fake name is generated by this module, consisting of the prefix and the uppercase hexadecimal value, e.g. ``REL_0B``. These generated names (see :func:`EventCode.is_defined()`) should never be used as input. Note that even defined names are not a stable API. From time to time the kernel introduces a new name and aliases the old one. The same numeric event code may then return a different name than before. This does not affect the :func:`evbit()` function which continues to return the correct event code. .. attribute:: type The :class:`EventType` for this event code .. attribute:: is_defined ``True`` if this event bit has a ``#define`` in the kernel header. :class:`EventCode` objects not defined in the header have a name composed of the type name plus the hex code, e.g. ``KEY_2E8``. Usually you will not need to check this property unless you need to filter for known codes only. cs\V\4'gR#VPVP8H;'dVPVP8H#)F) isinstancerrtyperrr rZEventCode.__eq__s:%++zzU[[(DDTYY%**-DDr rN rrrrrsuper__hash__rrrrrr rrHs"3h~~HEEr rcsHa]tRt^toRt]P tRtRtRt Vt R#) EventTypea" .. warning :: Do not instantiate an object of this class, all objects you'll ever need are already present in the libevdev namespace. Use :func:`evbit()` to get an :class:`EventType` from numerical or string values. A class represending an evdev event type (e.g. EV_ABS). All event codes within this type are available as class constants:: >>> print(libevdev.EV_ABS) EV_ABS:3 >>> print(libevdev.EV_ABS.ABS_X) ABS_X:0 >>> print(int(libevdev.EV_ABS.ABS_Y)) 1 >>> print(libevdev.EV_ABS.max) 63 >>> print(libevdev.EV_ABS.ABS_MAX) 63 >>> for code in libevdev.EV_ABS.codes[:3]: ... print(code) ... ABS_X:0 ABS_Y:1 ABS_Z:2 .. attribute:: value The numeric value of the event type. This value is also returned when the object is converted to ``int``. .. attribute:: name The string name of this event type .. attribute:: codes A list of :class:`EventCode` objects for this type .. attribute:: max The maximum event code permitted in this type as integer cd\V\4'gQhVPVP8H#r )r r%rrrr rZEventType.__eq__s(%++++zzU[[((r crr r rrr rZEventType.__int__rr rN) rrrrrr#r$rrrrrrr r%r%s%+X~~H)r r%csBa]tRt^toRt]P tRtRtVt R#) InputPropertyaN .. warning :: Do not instantiate an object of this class, all objects you'll ever need are already present in the libevdev namespace. Use :func:`propbit()` to get an :class:`InputProperty` from numerical or string values. A class representing an evdev input property:: >>> print(libevdev.INPUT_PROP_DIRECT) INPUT_PROP_DIRECT:1 >> int(libevdev.INPUT_PROP_DIRECT) 1 .. attribute:: value The numeric value of the property. This value is also returned when the object is converted to ``int``. .. attribute:: name The string name of this property cr&r )r r'rrrr rZInputProperty.__eq__s(%////zzU[[((r rNr"rrr r'r's.~~H))r r'csRp\PF)pVPV8XgVPV8XgK'TpM Vfo\ V\ 4'dYVP R4'gB\PF-pVPFpVPV8XgKVuu# K/ VeVfV#RpVPF)pVPV8XgVPV8XgK'TpK+ V#)a Takes an event type and an (optional) event code and returns the Enum representing that type or code, whichever applies. For example:: >>> print(libevdev.evbit(0)) EV_SYN:0 >>> print(libevdev.evbit(2)) EV_REL:2 >>> print(libevdev.evbit(2, 1)) REL_Y:1 >>> print(libevdev.evbit(3, 4)) ABS_RY:4 >>> print(libevdev.evbit('EV_ABS')) EV_ABS:3 >>> print(libevdev.evbit('EV_ABS', 'ABS_X')) ABS_X:0 A special case is the lookup of an string-based event code without the type. Where the string identifier is unique, this will return the right value. >>> print(libevdev.evbit('ABS_X')) ABS_X:0 The return value can be used in the libevdev API wherever an :class:`EventCode` or :class:`EventType` is expected. Notable behavior for invalid types or names: * If the type does not exist, this function returns None * If the type exists but the event code's numeric value does not have a symbolic name (and is within the allowed max of the type), this function returns a valid event code * If the code is outside the allowed maximum for the given type, this function returns None * If the type name exists but the string value is not a code name, this function returns None Examples for the above behaviour:: >>> print(libevdev.evbit(8)) None >>> print(libevdev.evbit('INVALID')) None >>> print(libevdev.evbit('EV_ABS', 62)) ABS_3E:62 >>> print(libevdev.evbit('EV_ABS', 5000)) None >>> print(libevdev.evbit('EV_ABS', 'INVALID')) None :param evtype: the numeric value or string identifying the event type :param evcode: the numeric value or string identifying the event code :return: An event code value representing the code :rtype: EventCode or EventType NZEV_)libevdevtypesrrr ZstrZ startswithcodes)ZevtypeZevcodeZetypetcZecodes&& r evbitr-s| E ^^ 77f & 0E  ~*VS11&:K:KE:R:RAWW66V#H  } E [[ 77f & 0E Lr cs\PUu.uF(qPV8XgVPV8XgK&VNK* up^,#uupi \dR#i;i)a Takes a property value and returns the :class:`InputProperty` representing that property:: >>> print(libevdev.propbit(0)) INPUT_PROP_POINTER:0 >>> print(libevdev.propbit('INPUT_PROP_POINTER')) INPUT_PROP_POINTER:0 >>> print(libevdev.propbit(1000)) None >>> print(libevdev.propbit('Invalid')) None :param prop: the numeric value or string identifying the property :return: the converted :class:`InputProperty` or None if it does not exist :rtype: InputProperty N)r(propsrrZ IndexError)Zpropps& r propbitr01sO$#>>O>aWW_$>OPQRRO s'A#A A  A A A A cs^\4\P!R4pVfQh.p\V^,4EF9p\P!V4pVfK \P!V4p\ V\ 3RVRVRV/4pV!4p\\W64VPV4Vf\VR.4K.p\V^,4Fp\P!W(4p T p V RJp V f+RPVR,V4p R PV 4p \ V \3R VRV RVR V /4pV!4p \WiV 4VPV 4K \VRV4EK< \\R V4\P!R 4p V fQh.p\V ^,4F^p\P!V4pVfK\ V\3RVRV/4pV!4p\\VV4VPV4K` \\RV4R#)a! Loads all event type, code and property names and makes them available as enums in the module. Use as e.g. libevdev.EV_SYN.SYN_REPORT. Available are:: libevdev.types ... an list containing all event types, e.g. libevdev.EV_TYPES.EV_REL libevdev.EV_REL ... an enum containing all REL event types, e.g. libevdev.EV_REL.REL_X. The name of each enum value is the string of the code ('REL_X'), the value is the integer value of that code. libevdev.EV_ABS ... as above, but for EV_ABS libevdev.EV_BITS ... libevdev.EV_FOO as an enum Special attributes are (an apply to all EV_foo enums): libevdev.EV_REL.type ... the EV_TYPES entry of the event type libevdev.EV_REL.max ... the maximum code in this event type ZEV_MAXNrrZmaxr*z {}_{:02X}:iNNz_{}r!Z is_definedr)ZINPUT_PROP_MAXr.)rZevent_to_valueZrangeZ event_to_nameZtype_maxr!r%Zsetattrr(ZappendrrZproperty_to_valueZproperty_to_namer')Ztmaxr)r+ZtnameZcmaxZ new_classZ type_objectr*r,ZcnamerZhas_nameZ code_objectZpmaxr.r/ZpnameZ prop_objects r _load_constsr1Is. J  " "8 ,D    E 4!8_&&q) =   # !1 %'(  k %- [! < K" - taxA**10EDD(H }"))%)Q7 T*UYM$k$d%q*H67I $+K K 4 LL %'!*  We,W\ Hgu%  % %&6 7D    E 4!8_))!, =  1!1 %)*  k %- [! Hgu%r Z READTHEDOCSr )ZosZ functoolsrZ_clibrr(rrr%r'r-r0r1ZenvironZgetrr r r2s. $&&&R;E;E|44n)H)>Rj0^&B zz~~m$$N%r