def set_noteType(self, note_type):
"""! @brief Set type of the note.
@param note_type Type of the note.
@return Statement instance.
"""
error_msg = "Note type value '%s' is not allowed" % note_type
check_attr_type(note_type, [str, unicode], error_msg)
check_attr_range(note_type, noteType_range, error_msg)
self.noteType = note_type
return self
def set_noteType(self, note_type):
"""! @brief Set type of the note.
@param note_type Type of the note.
@return Statement instance.
"""
error_msg = "Note type value '%s' is not allowed" % note_type
check_attr_type(note_type, [str, unicode], error_msg)
check_attr_range(note_type, noteType_range, error_msg)
self.noteType = note_type
return self
def test_check_attr_range(self):
range = [1, "allowed value", [2, 3]]
mapping = {10 : 1}
self.assertEqual(check_attr_range(1, range, "ok"), range[0])
self.assertEqual(check_attr_range("allowed value", range, "ok"), range[1])
self.assertEqual(check_attr_range([2, 3], range, "ok"), range[2])
self.assertEqual(check_attr_range(10, range, "ok", mapping), range[0])
check_attr_range(10, range, "error")
check_attr_range(11, range, "error", mapping)
def test_check_attr_range(self):
range = [1, "allowed value", [2, 3]]
mapping = {10: 1}
self.assertEqual(check_attr_range(1, range, "ok"), range[0])
self.assertEqual(check_attr_range("allowed value", range, "ok"),
range[1])
self.assertEqual(check_attr_range([2, 3], range, "ok"), range[2])
self.assertEqual(check_attr_range(10, range, "ok", mapping), range[0])
check_attr_range(10, range, "error")
check_attr_range(11, range, "error", mapping)
def set_mediaType(self, media_type):
"""! @brief Set media type.
@param media_type Type to set.
@return Audio instance.
"""
error_msg = "Media type value '%s' is not allowed" % media_type.encode(ENCODING)
check_attr_type(media_type, [str, unicode], error_msg)
self.mediaType = check_attr_range(str(media_type), mediaType_range, error_msg)
return self
def set_quality(self, quality):
"""! @brief Set audio recording quality.
@param quality Quality to set.
@return Audio instance.
"""
error_msg = "Quality value '%s' is not allowed" % quality.encode(ENCODING)
check_attr_type(quality, [str, unicode], error_msg)
self.quality = check_attr_range(str(quality), quality_range, error_msg)
return self
def set_quality(self, quality):
"""! @brief Set audio recording quality.
@param quality Quality to set.
@return Audio instance.
"""
error_msg = "Quality value '%s' is not allowed" % quality.encode(
ENCODING)
check_attr_type(quality, [str, unicode], error_msg)
self.quality = check_attr_range(str(quality), quality_range, error_msg)
return self
def set_clusivity(self, clusivity):
"""! @brief Set grammatical clusivity.
@param clusivity The grammatical clusivity to set.
@return WordForm instance.
"""
error_msg = "Clusivity value '%s' is not allowed" % clusivity
# Check range of clusivity value (also try with converted value from MDF to LMF)
value = check_attr_range(clusivity, clusivity_range, error_msg, mapping=pd_clusivity)
self.clusivity = value
return self
def set_anymacy(self, anymacy):
"""! @brief Set grammatical anymacy.
@param anymacy The grammatical anymacy to set.
@return WordForm instance.
"""
error_msg = "Anymacy value '%s' is not allowed" % str(anymacy)
# Check range of anymacy value (also try with converted value from MDF to LMF)
value = check_attr_range(anymacy, anymacy_range, error_msg, mapping=pd_anymacy)
self.anymacy = value
return self
def set_grammaticalNumber(self, grammatical_number):
"""! @brief Set grammatical number.
@param grammatical_number The grammatical number to set.
@return WordForm instance.
"""
error_msg = "Grammatical number value '%s' is not allowed" % grammatical_number
# Check range of grammatical number value (also try with converted value from MDF to LMF)
value = check_attr_range(grammatical_number, grammaticalNumber_range, error_msg, mapping=pd_grammaticalNumber)
self.grammaticalNumber = value
return self
def set_person(self, person):
"""! @brief Set grammatical person.
@param person The grammatical person to set.
@return WordForm instance.
"""
error_msg = "Person value '%s' is not allowed" % str(person)
# Check range of person value (also try with converted value from MDF to LMF)
value = check_attr_range(person, person_range, error_msg, mapping=pd_person)
self.person = value
return self
def set_mediaType(self, media_type):
"""! @brief Set media type.
@param media_type Type to set.
@return Audio instance.
"""
error_msg = "Media type value '%s' is not allowed" % media_type.encode(
ENCODING)
check_attr_type(media_type, [str, unicode], error_msg)
self.mediaType = check_attr_range(str(media_type), mediaType_range,
error_msg)
return self
def set_type(self, type):
"""! @brief Set context type.
@param type Type of text representations, in range 'type_example_range' defined in 'common/range.py'.
@return Context instance.
"""
error_msg = "Context type value '%s' is not allowed" % type
value = None
if type is not None:
check_attr_type(type, [str, unicode], error_msg)
value = check_attr_range(type, type_example_range, error_msg)
self.type = value
return self
def set_semanticRelation(self, semantic_relation):
"""! @brief Set semantic relation.
@param semantic_relation The semantic relation to set.
@return RelatedForm instance.
"""
error_msg = "Semantic relation value '%s' is not allowed" % semantic_relation
# Check semantic relation type
check_attr_type(semantic_relation, [str, unicode], error_msg)
# Check range of semantic relation
value = check_attr_range(semantic_relation, semanticRelation_range, error_msg)
self.semanticRelation = value
return self
def set_clusivity(self, clusivity):
"""! @brief Set grammatical clusivity.
@param clusivity The grammatical clusivity to set.
@return WordForm instance.
"""
error_msg = "Clusivity value '%s' is not allowed" % clusivity
# Check range of clusivity value (also try with converted value from MDF to LMF)
value = check_attr_range(clusivity,
clusivity_range,
error_msg,
mapping=pd_clusivity)
self.clusivity = value
return self
def set_semanticRelation(self, semantic_relation):
"""! @brief Set semantic relation.
@param semantic_relation The semantic relation to set.
@return RelatedForm instance.
"""
error_msg = "Semantic relation value '%s' is not allowed" % semantic_relation
# Check semantic relation type
check_attr_type(semantic_relation, [str, unicode], error_msg)
# Check range of semantic relation
value = check_attr_range(semantic_relation, semanticRelation_range,
error_msg)
self.semanticRelation = value
return self
def set_type(self, type):
"""! @brief Set variant type.
@param type Type of variant, in range 'type_variant_range' defined in 'common/range.py'.
@return FormRepresentation instance.
"""
error_msg = "Variant type value '%s' is not allowed" % type
value = None
if type is not None:
# Check value
check_attr_type(type, [str, unicode], error_msg)
value = check_attr_range(type, type_variant_range, error_msg)
self.type = value
return self
def set_grammaticalNumber(self, grammatical_number):
"""! @brief Set grammatical number.
@param grammatical_number The grammatical number to set.
@return WordForm instance.
"""
error_msg = "Grammatical number value '%s' is not allowed" % grammatical_number
# Check range of grammatical number value (also try with converted value from MDF to LMF)
value = check_attr_range(grammatical_number,
grammaticalNumber_range,
error_msg,
mapping=pd_grammaticalNumber)
self.grammaticalNumber = value
return self
def set_anymacy(self, anymacy):
"""! @brief Set grammatical anymacy.
@param anymacy The grammatical anymacy to set.
@return WordForm instance.
"""
error_msg = "Anymacy value '%s' is not allowed" % str(anymacy)
# Check range of anymacy value (also try with converted value from MDF to LMF)
value = check_attr_range(anymacy,
anymacy_range,
error_msg,
mapping=pd_anymacy)
self.anymacy = value
return self
def set_person(self, person):
"""! @brief Set grammatical person.
@param person The grammatical person to set.
@return WordForm instance.
"""
error_msg = "Person value '%s' is not allowed" % str(person)
# Check range of person value (also try with converted value from MDF to LMF)
value = check_attr_range(person,
person_range,
error_msg,
mapping=pd_person)
self.person = value
return self
def set_partOfSpeech(self, part_of_speech, range=partOfSpeech_range, mapping=ps_partOfSpeech):
"""! @brief Set grammatical category.
@param part_of_speech The grammatical category to set.
@param range A Python set giving all possible values of part of speech LMF attribute.
@param mapping A Python dictionary giving the mapping between MDF and LMF values.
@return LexicalEntry instance.
"""
error_msg = "Part of speech value '%s' encountered for lexeme '%s' is not allowed" % (part_of_speech.encode('utf8'), self.get_lexeme().encode('utf8'))
# Check part of speech type
check_attr_type(part_of_speech, [str, unicode], error_msg)
# Check range of part of speech value (also try with converted value from MDF to LMF)
value = check_attr_range(part_of_speech.encode('utf8'), range, error_msg, mapping)
self.partOfSpeech = value
return self
def set_paradigmLabel(self, paradigm_label):
"""! @brief Set paradigm label.
@param paradigm_label The paradigm label to set.
@return Paradigm instance.
"""
error_msg = "Paradigm label value '%s' is not defined" % str(paradigm_label)
# Check paradigm label type
check_attr_type(paradigm_label, [str, unicode], error_msg)
# Check range of paradigm label value (also try with converted value from MDF to LMF)
value = check_attr_range(str(paradigm_label), paradigmLabel_range, error_msg, mapping=pdl_paradigmLabel)
# Do not restrict range of paradigm label value
if value is None:
value = paradigm_label
self.paradigmLabel = value
return self
def set_partOfSpeech(self,
part_of_speech,
range=partOfSpeech_range,
mapping=ps_partOfSpeech):
"""! @brief Set grammatical category.
@param part_of_speech The grammatical category to set.
@param range A Python set giving all possible values of part of speech LMF attribute.
@param mapping A Python dictionary giving the mapping between MDF and LMF values.
@return LexicalEntry instance.
"""
error_msg = "Part of speech value '%s' encountered for lexeme '%s' is not allowed" % (
part_of_speech.encode('utf8'), self.get_lexeme().encode('utf8'))
# Check part of speech type
check_attr_type(part_of_speech, [str, unicode], error_msg)
# Check range of part of speech value (also try with converted value from MDF to LMF)
value = check_attr_range(part_of_speech.encode('utf8'), range,
error_msg, mapping)
self.partOfSpeech = value
return self
