k7i.,"SS5r"SS5rg)c(\rSrSrSrSrSSjrSrg)NonDataPropertyaOMuch like the property builtin, but only implements __get__, making it a non-data property, and can be subsequently reset. See http://users.rcn.com/python/download/Descriptor.htm for more information. >>> class X(object): ... @NonDataProperty ... def foo(self): ... return 3 >>> x = X() >>> x.foo 3 >>> x.foo = 4 >>> x.foo 4 cRUcS5e[U5(dS5eXlg)Nzfget cannot be nonezfget must be callable)callablefget)selfrs S/home/james-whalen/.local/lib/python3.13/site-packages/keyring/compat/properties.py__init__NonDataProperty.__init__s-6!66~~666~ Nc.UcU$URU5$Nr)robjobjtypes r __get__NonDataProperty.__get__s ;Kyy~r rr)__name__ __module__ __qualname____firstlineno____doc__r r__static_attributes__r r rrs$ r rc^\rSrSrSr"SS\5rS SjrS SjrSr S r \ S 5r S r g) classproperty"a~ Like @property but applies at the class level. >>> class X(metaclass=classproperty.Meta): ... val = None ... @classproperty ... def foo(cls): ... return cls.val ... @foo.setter ... def foo(cls, val): ... cls.val = val >>> X.foo >>> X.foo = 3 >>> X.foo 3 >>> x = X() >>> x.foo 3 >>> X.foo = 4 >>> x.foo 4 Setting the property on an instance affects the class. >>> x.foo = 5 >>> x.foo 5 >>> X.foo 5 >>> vars(x) {} >>> X().foo 5 Attempting to set an attribute where no setter was defined results in an AttributeError: >>> class GetOnly(metaclass=classproperty.Meta): ... @classproperty ... def foo(cls): ... return 'bar' >>> GetOnly.foo = 3 Traceback (most recent call last): ... AttributeError: can't set attribute It is also possible to wrap a classmethod or staticmethod in a classproperty. >>> class Static(metaclass=classproperty.Meta): ... @classproperty ... @classmethod ... def foo(cls): ... return 'foo' ... @classproperty ... @staticmethod ... def bar(): ... return 'bar' >>> Static.foo 'foo' >>> Static.bar 'bar' *Legacy* For compatibility, if the metaclass isn't specified, the legacy behavior will be invoked. >>> class X: ... val = None ... @classproperty ... def foo(cls): ... return cls.val ... @foo.setter ... def foo(cls, val): ... cls.val = val >>> X.foo >>> X.foo = 3 >>> X.foo 3 >>> x = X() >>> x.foo 3 >>> X.foo = 4 >>> x.foo 4 Note, because the metaclass was not specified, setting a value on an instance does not have the intended effect. >>> x.foo = 5 >>> x.foo 5 >>> X.foo # should be 5 4 >>> vars(x) # should be empty {'foo': 5} >>> X().foo # should be 5 4 c(^\rSrSrU4SjrSrU=r$)classproperty.Metac>URRUS5n[U5[LaUR X5$[ TU]X5$r)__dict__gettyper__set__super __setattr__)rkeyvaluer __class__s r r'classproperty.Meta.__setattr__sD--##C.CCyM){{4//7&s2 2r r)rrrrr'r __classcell__)r*s@r Metars  3 3r r-NctURU5UlX lU=(a URU5 g gr)_ensure_methodrfsetsetter)rrr0s r r classproperty.__init__s-''-   "T""r cDURRSU5"5$r)rr)rinstanceowners r rclassproperty.__get__syy  u-//r cUR(d [S5e[U5[RLa [U5nURR SU5"U5$)Nzcan't set attribute)r0AttributeErrorr$rr-r)rr5r)s r r%classproperty.__set__sLyy !67 7 ;m00 0KEyy  u-e44r c2URU5UlU$r)r/r0)rr0s r r1classproperty.setters''-  r c`[U[[45(+nU(a [U5$U$)z- Ensure fn is a classmethod or staticmethod. ) isinstance classmethod staticmethod)clsfn needs_methods r r/classproperty._ensure_methods) &b; *EFF ".{26B6r )rr0r)rrrrrr$r-r rr%r1r>r/rrr r rr"s=dL3t3# 0577r rN)rrrr r rDs