def test_pk_related_lookup_does_not_exist(self):
     oid = ObjectId()
     field = ReferenceField(ReferencedModel)
     with pytest.raises(ValidationError) as excinfo:
         field.to_internal_value(oid)
     msg = excinfo.value.detail[0]
     assert msg == 'Invalid id "%s" - object does not exist.' % oid
 def test_output(self):
     field = ReferenceField(ReferencedDoc)
     instance = ReferencedDoc.objects.create(name="foo")
     strid = str(instance.id)
     ref = instance.to_dbref()
     assert field.to_representation(instance) == strid
     assert field.to_representation(ref) == strid
 def test_output(self):
     field = ReferenceField(ReferencedDoc)
     instance = ReferencedDoc.objects.create(name="foo")
     strid = str(instance.id)
     ref = instance.to_dbref()
     assert field.to_representation(instance) == strid
     assert field.to_representation(ref) == strid
 def test_output_other(self):
     field = ReferenceField(OtherReferencedModel)
     instance = OtherReferencedModel.objects.create(name="foo")
     strid = str(instance.id)
     ref = instance.to_dbref()
     assert field.to_representation(instance) == strid
     assert field.to_representation(ref) == strid
 def test_pk_related_lookup_does_not_exist(self):
     oid = ObjectId()
     field = ReferenceField(ReferencedModel)
     with pytest.raises(ValidationError) as excinfo:
         field.to_internal_value(oid)
     msg = excinfo.value.detail[0]
     assert msg == 'Invalid id "%s" - object does not exist.' % oid
class TestReferenceFieldValue(FieldValues, TestCase):
    field = ReferenceField(ReferencedModel)

    @classmethod
    def setUpClass(cls):
        ReferencedModel.objects.create(id=someobjectid)

    @classmethod
    def tearDownClass(cls):
        ReferencedModel.drop_collection()

    valid_inputs = {
        somedbref: somedbref,
        someobjectid: somedbref,
        str(someobjectid): somedbref
    }
    invalid_inputs = {
        123: ['Incorrect type. Expected str|ObjectId|DBRef|Document value, received int.'],
        'xxx': ['"xxx" is not a valid ObjectId']
    }
    outputs = {
        somedbref: str(someobjectid),
        someobjectid: str(someobjectid),
        str(someobjectid): str(someobjectid)
    }
class EventDeserializer(DocumentSerializer):
    type = ReferenceField(Type)

    # type = TypeSerializer()
    class Meta:
        model = Event
        fields = '__all__'
        depth = 2
Beispiel #8
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class TemplateXslRenderingSerializer(DocumentSerializer):
    """ TemplateXslRendering Serializer
    """
    template = ReferenceField(model=Template)

    class Meta(object):
        """ Meta class
        """
        model = TemplateXslRendering
        fields = "__all__"

    def update(self, instance, validated_data):
        """ Update and return an existing `TemplateXslRendering` instance, given the validated data.
        """
        template_id = validated_data.get("template", None)
        list_xslt = validated_data.get("list_xslt", None)
        detail_xslt = validated_data.get("detail_xslt", None)

        return template_xsl_rendering_api.upsert(
            template_id, list_xslt, detail_xslt, template_xsl_rendering_id=instance.id
        )
 def test_init_with_queryset(self):
     ReferenceField(queryset=ReferencedDoc.objects.all())
 def test_init_with_model(self):
     ReferenceField(ReferencedDoc)
class ListReferencingModel(Document):
    refs = fields.ListField(ReferenceField(ReferencedDoc))
 def test_input_other(self):
     field = ReferenceField(OtherReferencedDoc)
     instance = OtherReferencedDoc.objects.create(name="foo")
     ref = instance.to_dbref()
     assert field.to_internal_value(str(instance.id)) == ref
     assert field.to_internal_value({'_id': str(instance.id)}) == ref
 def test_input_other(self):
     field = ReferenceField(OtherReferencedDoc)
     instance = OtherReferencedDoc.objects.create(name="foo")
     ref = instance.to_dbref()
     assert field.to_internal_value(str(instance.id)) == ref
     assert field.to_internal_value({'_id': str(instance.id)}) == ref
 def test_pk_related_lookup_exists(self):
     field = ReferenceField(ReferencedModel)
     instance = field.to_internal_value(self.instance.id)
     assert instance == self.instance.to_dbref()
 def test_pk_representation(self):
     field = ReferenceField(ReferencedModel)
     representation = field.to_representation(self.instance)
     assert representation == smart_str(self.instance.id)
 def test_input(self):
     field = ReferenceField(ReferencedModel)
     instance = ReferencedModel.objects.create(name="foo")
     ref = instance.to_dbref()
     assert field.to_internal_value(str(instance.id)) == ref
     assert field.to_internal_value({'_id': str(instance.id)}) == ref
 def test_pk_related_lookup_invalid_type(self):
     field = ReferenceField(ReferencedModel)
     with pytest.raises(ValidationError) as excinfo:
         field.to_internal_value(BadType())
     msg = excinfo.value.detail[0]
     assert msg == 'Incorrect type. Expected str|ObjectId|DBRef|Document value, received BadType.'
 def test_pk_related_lookup_exists(self):
     field = ReferenceField(ReferencedModel)
     instance = field.to_internal_value(self.instance.id)
     assert instance == self.instance.to_dbref()
 def test_pk_related_lookup_invalid_type(self):
     field = ReferenceField(ReferencedModel)
     with pytest.raises(ValidationError) as excinfo:
         field.to_internal_value(BadType())
     msg = excinfo.value.detail[0]
     assert msg == 'Incorrect type. Expected str|ObjectId|DBRef|Document value, received BadType.'
 def test_pk_representation(self):
     field = ReferenceField(ReferencedModel)
     representation = field.to_representation(self.instance)
     assert representation == smart_str(self.instance.id)