U  W[¢ã@s¨dZddlmZmZddlZddlmZddlmZdZ dZ Gdd „d e ƒZ Gd d „d ej ƒZGd d „d ejƒZGdd„dej ƒZGdd„de ƒZGdd„deeƒZdS)z" Tests for positioning sentences. é)Úabsolute_importÚdivisionN)Ú _sentence)ÚTestCaseZsomeStringValueZsomeOtherStringValuec@seZdZdZedd„ƒZdS)Ú DummyProtocolz" A simple, fake protocol. cCs dttgS)NÚtype)ÚsentinelValueOneÚsentinelValueTwo©r r úH/usr/lib/python3/dist-packages/twisted/positioning/test/test_sentence.pyÚgetSentenceAttributessz#DummyProtocol.getSentenceAttributesN)Ú__name__Ú __module__Ú __qualname__Ú__doc__Ú staticmethodr r r r r rsrc@seZdZdZe ¡ZdS)Ú DummySentencez* A sentence for L{DummyProtocol}. N)r rrrrr ÚALLOWED_ATTRIBUTESr r r r rsrc@seZdZdZdeedgiZdS)Ú MixinProtocolzŒ A simple, fake protocol that declaratively tells you the sentences it produces using L{base.PositioningSentenceProducerMixin}. N)r rrrrr Ú_SENTENCE_CONTENTSr r r r r&sýÿrc@seZdZdZe ¡ZdS)Ú MixinSentencez* A sentence for L{MixinProtocol}. N)r rrrrr rr r r r r5src@sJeZdZdZdd„Zdd„Zdd„ZdZd Zdd d „Z dd„Z dd„Z dS)ÚSentenceTestsMixinzI Tests for positioning protocols and their respective sentences. cCs:tƒ}| t|i¡}| t|tƒ|¡| t|tƒ¡dS)z¶ A sentence attribute gets the correct value, and accessing an unset attribute (which is specified as being a valid sentence attribute) gets L{None}. N)ÚobjectÚ sentenceClassrÚ assertEqualÚgetattrZ assertIsNoner )ÚselfZ thisSentinelÚsentencer r r Útest_attributeAccessAsz'SentenceTestsMixin.test_attributeAccesscCs| i¡}| tt|d¡dS)zM Accessing a nonexistent attribute raises C{AttributeError}. ÚBOGUSN©rZ assertRaisesÚAttributeErrorr©rrr r r Ú"test_raiseOnMissingAttributeAccessMs z5SentenceTestsMixin.test_raiseOnMissingAttributeAccesscCs"| ddi¡}| tt|d¡dS)z‹ Accessing bogus attributes raises C{AttributeError}, *even* when that attribute actually is in the sentence data. rNr r"r r r Útest_raiseOnBadAttributeAccessUsz1SentenceTestsMixin.test_raiseOnBadAttributeAccessZtummiesz<%s (%s) {%s}>ú unknown typeÚcCs|jj}|j|||fS)aQ Builds the expected repr for a sentence. @param sentenceType: The name of the sentence type (e.g "GPGGA"). @type sentenceType: C{str} @param dataRepr: The repr of the data in the sentence. @type dataRepr: C{str} @return: The expected repr of the sentence. @rtype: C{str} )rr Ú reprTemplate)rÚ sentenceTypeZdataReprZclsNamer r r Ú _expectedReprbs z SentenceTestsMixin._expectedReprcCs&| i¡}| ¡}| t|ƒ|¡dS)zE Test the repr of an empty sentence of unknown type. N)rr)rÚrepr©rrZ expectedReprr r r Útest_unknownTypeReprqs z'SentenceTestsMixin.test_unknownTypeReprcCs0| d|ji¡}| |j¡}| t|ƒ|¡dS)zC Test the repr of an empty sentence of known type. rN)rr(r)rr*r+r r r Útest_knownTypeReprzs z%SentenceTestsMixin.test_knownTypeReprN)r%r&) r rrrrr#r$r(r'r)r,r-r r r r r=s    rc@s eZdZdZdd„Zdd„ZdS)Ú MixinTestszm Tests for protocols deriving from L{base.PositioningSentenceProducerMixin} and their sentences. cCstƒ|_t|_dS)N)rÚprotocolrr)rr r r ÚsetUp‰szMixinTests.setUpcCs<|j ¡}| d|¡|jj}tj| ¡Ž}| d|¡dS)aò L{None} does not appear in the sentence attributes of the protocol, even though it's in the specification. This is because L{None} is a placeholder for parts of the sentence you don't really need or want, but there are some bits later on in the sentence that you do want. The alternative would be to have to specify things like "_UNUSED0", "_UNUSED1"... which would end up cluttering the sentence data and eventually adapter state. N)r/r Z assertNotInrÚ itertoolsÚchainÚvaluesZassertIn)rZsentenceAttributesZsentenceContentsZsentenceSpecAttributesr r r Útest_noNoneInSentenceAttributesŽs  z*MixinTests.test_noNoneInSentenceAttributesN)r rrrr0r4r r r r r.„sr.)rZ __future__rrr1Ztwisted.positioningrZtwisted.trial.unittestrrr rrZ _BaseSentencerZ!_PositioningSentenceProducerMixinrrrr.r r r r Ús   G