PNG  IHDR* pHYs+ IDATx]n#; cdLb Ǚ[at¤_:uP}>!Usă cag޿ ֵNu`ݼTâabO7uL&y^wFٝA"l[|ŲHLN밪4*sG3|Dv}?+y߉{OuOAt4Jj.u]Gz*҉sP'VQKbA1u\`& Af;HWj hsO;ogTu uj7S3/QzUr&wS`M$X_L7r2;aE+ώ%vikDA:dR+%KzƉo>eOth$z%: :{WwaQ:wz%4foɹE[9<]#ERINƻv溂E%P1i01 |Jvҗ&{b?9g=^wζXn/lK::90KwrюO\!ջ3uzuGv^;騢wq<Iatv09:tt~hEG`v;3@MNZD.1]L:{ծI3`L(÷ba")Y.iljCɄae#I"1 `3*Bdz>j<fU40⨬%O$3cGt]j%Fߠ_twJ;ABU8vP3uEԑwQ V:h%))LfraqX-ۿX]v-\9I gl8tzX ]ecm)-cgʒ#Uw=Wlێn(0hPP/ӨtQ“&J35 $=]r1{tLuǮ*i0_;NƝ8;-vݏr8+U-kruȕYr0RnC]*ެ(M:]gE;{]tg(#ZJ9y>utRDRMdr9㪩̞zֹb<ģ&wzJM"iI( .ꮅX)Qw:9,i좜\Ԛi7&N0:asϓc];=ΗOӣ APqz93 y $)A*kVHZwBƺnWNaby>XMN*45~ղM6Nvm;A=jֲ.~1}(9`KJ/V F9[=`~[;sRuk]rєT!)iQO)Y$V ی ۤmzWz5IM Zb )ˆC`6 rRa}qNmUfDsWuˤV{ Pݝ'=Kֳbg,UҘVz2ﴻnjNgBb{? ߮tcsͻQuxVCIY۠:(V뺕 ٥2;t`@Fo{Z9`;]wMzU~%UA蛚dI vGq\r82iu +St`cR.6U/M9IENDB`"""Useful mixins for Challenge and Resource objects""" from typing import Any from typing import Dict class VersionedLEACMEMixin: """This mixin stores the version of Let's Encrypt's endpoint being used.""" @property def le_acme_version(self) -> int: """Define the version of ACME protocol to use""" return getattr(self, '_le_acme_version', 1) @le_acme_version.setter def le_acme_version(self, version: int) -> None: # We need to use object.__setattr__ to not depend on the specific implementation of # __setattr__ in current class (eg. jose.TypedJSONObjectWithFields raises AttributeError # for any attempt to set an attribute to make objects immutable). object.__setattr__(self, '_le_acme_version', version) def __setattr__(self, key: str, value: Any) -> None: if key == 'le_acme_version': # Required for @property to operate properly. See comment above. object.__setattr__(self, key, value) else: super().__setattr__(key, value) # pragma: no cover class ResourceMixin(VersionedLEACMEMixin): """ This mixin generates a RFC8555 compliant JWS payload by removing the `resource` field if needed (eg. ACME v2 protocol). """ def to_partial_json(self) -> Dict[str, Any]: """See josepy.JSONDeserializable.to_partial_json()""" return _safe_jobj_compliance(super(), 'to_partial_json', 'resource') def fields_to_partial_json(self) -> Dict[str, Any]: """See josepy.JSONObjectWithFields.fields_to_partial_json()""" return _safe_jobj_compliance(super(), 'fields_to_partial_json', 'resource') class TypeMixin(VersionedLEACMEMixin): """ This mixin allows generation of a RFC8555 compliant JWS payload by removing the `type` field if needed (eg. ACME v2 protocol). """ def to_partial_json(self) -> Dict[str, Any]: """See josepy.JSONDeserializable.to_partial_json()""" return _safe_jobj_compliance(super(), 'to_partial_json', 'type') def fields_to_partial_json(self) -> Dict[str, Any]: """See josepy.JSONObjectWithFields.fields_to_partial_json()""" return _safe_jobj_compliance(super(), 'fields_to_partial_json', 'type') def _safe_jobj_compliance(instance: Any, jobj_method: str, uncompliant_field: str) -> Dict[str, Any]: if hasattr(instance, jobj_method): jobj: Dict[str, Any] = getattr(instance, jobj_method)() if instance.le_acme_version == 2: jobj.pop(uncompliant_field, None) return jobj raise AttributeError('Method {0}() is not implemented.'.format(jobj_method)) # pragma: no cover