class ParseRelationTests(TestCase):
def setUp(self):
self.importer = EardErmsImporter()
def test_parse_relation_should_get_type(self):
xml_string = '''<root Typ='some pre-defined type' AnnanTyp='other type'>some reference text</root>'''
expected_data = {
'typ': 'some pre-defined type',
'referens': 'some reference text',
}
root = get_xml_root_from_string(xml_string)
data = self.importer.parse_relation(root)
self.assertDictEqual(data, expected_data)
def test_parse_relation_should_get_AnnanTyp(self):
xml_string = '''<root Typ='Egen relationsdefinition' AnnanTyp='other type'>some reference text</root>'''
expected_data = {
'typ': 'other type',
'referens': 'some reference text',
}
root = get_xml_root_from_string(xml_string)
data = self.importer.parse_relation(root)
self.assertDictEqual(data, expected_data)
class ParsePersonTests(TestCase):
def setUp(self):
self.importer = EardErmsImporter()
def test_parse_person_simple_success(self):
xml_string = '''
<root>
<Namn>some name</Namn>
<Organisation>some org</Organisation>
<Postadress>some post address</Postadress>
<Postnummer>some post number</Postnummer>
<Postort>some post ort</Postort>
<Lang>some lang</Lang>
<IDnummer>some idnr</IDnummer>
<Telefon>12345</Telefon>
<Fax>67890</Fax>
<EPost>[email protected]</EPost>
<SkyddadIdentitet>secret person</SkyddadIdentitet>
</root>
'''
expected_data = {
'namn': 'some name',
'organisation': 'some org',
'postadress': 'some post address',
'postnummer': 'some post number',
'postort': 'some post ort',
'land': 'some lang',
'id': 'some idnr',
'telefon': '12345',
'fax': '67890',
'epost': '*****@*****.**',
'skyddad_identitet': 'secret person',
}
root = get_xml_root_from_string(xml_string)
data = self.importer.parse_person(root)
self.assertDictEqual(data, expected_data)
def test_parse_person_with_not_all_keys_should_catch_indexError(self):
xml_string = '''
<root>
<Namn>some name</Namn>
<Organisation>some org</Organisation>
<Postadress>some post address</Postadress>
</root>
'''
expected_data = {
'namn': 'some name',
'organisation': 'some org',
'postadress': 'some post address',
}
root = get_xml_root_from_string(xml_string)
data = self.importer.parse_person(root)
self.assertDictEqual(data, expected_data)
class ParseInitiatorTests(TestCase):
def setUp(self):
self.importer = EardErmsImporter()
def test_parse_initiator_all_attributes_success(self):
xml_string = '''
<root>
<subroot>
<Egenskap Namn='Namn'><Varde>some name</Varde></Egenskap>
<Egenskap Namn='Adress'><Varde>some post address</Varde></Egenskap>
<Egenskap Namn='Postnummer'><Varde>some zipcode</Varde></Egenskap>
<Egenskap Namn='Postort'><Varde>some post ort</Varde></Egenskap>
<Egenskap Namn='Personnummer'><Varde>some id nr</Varde></Egenskap>
<Egenskap Namn='Telefon'><Varde>12345</Varde></Egenskap>
<Egenskap Namn='Mobil'><Varde>67890</Varde></Egenskap>
<Egenskap Namn='E-post'><Varde>[email protected]</Varde></Egenskap>
</subroot>
</root>
'''
expected_data = {
'name': 'some name',
'address': 'some post address',
'zipcode': 'some zipcode',
'city': 'some post ort',
'personal_identification_number': 'some id nr',
'phone': '12345',
'mobile_phone': '67890',
'email': '*****@*****.**',
}
root = get_xml_root_from_string(xml_string)
data = self.importer.parse_initiator(root)
self.assertDictEqual(data, expected_data)
def test_parse_initiator_with_not_all_keys_should_catch_indexError_and_continue(
self):
xml_string = '''
<root>
<subroot>
<Egenskap Namn='Namn'><Varde>some name</Varde></Egenskap>
<Egenskap Namn='Adress'><Varde>some post address</Varde></Egenskap>
<Egenskap Namn='Postnummer'><Varde>some zipcode</Varde></Egenskap>
</subroot>
</root>
'''
expected_data = {
'name': 'some name',
'address': 'some post address',
'zipcode': 'some zipcode',
}
root = get_xml_root_from_string(xml_string)
data = self.importer.parse_initiator(root)
self.assertDictEqual(data, expected_data)
def setUp(self):
self.importer = EardErmsImporter()
self.archive = mock.Mock()
self.archive.pk = uuid.uuid4()
self.ip = mock.Mock()
self.ip.pk = uuid.uuid4()
self.importer.task = mock.Mock()
self.importer.task.pk = uuid.uuid4()
self.structure = Structure.objects.create()
self.structure_unit = StructureUnit.objects.create(
structure=self.structure, reference_code='some_klass_ref_2')
def setUp(self):
self.importer = EardErmsImporter()
self.archive = mock.Mock()
self.archive.pk = uuid.uuid4()
self.ip = mock.Mock()
self.ip.pk = uuid.uuid4()
self.importer.task = mock.Mock()
self.importer.task.pk = uuid.uuid4()
self.errand = mock.Mock()
self.errand.meta.id = 'some_errand_meta_id'
self.errand._index._name = 'some_errand_index_name'
self.errand.archive = self.archive.pk
self.errand.ip = self.ip.pk
class GetActsRootTests(TestCase):
def setUp(self):
self.importer = EardErmsImporter()
def get_arkivobjekt_arende(self):
return get_xml_root_from_string(get_xml_example_full()) \
.xpath("*[local-name()='ArkivobjektListaArenden']")[0] \
.xpath("*[local-name()='ArkivobjektArende']")[0]
def test_get_acts_root_full_xml(self):
root = self.get_arkivobjekt_arende()
res = self.importer.get_acts_root(root)
elem = res[0]
self.assertEqual(len(res), 1)
self.assertEqual(type(elem), etree._Element)
self.assertEqual(elem.tag, 'ArkivobjektListaHandlingar')
def test_get_acts_root_simple(self):
xml_string = '''
<root>
<ArkivobjektListaHandlingar></ArkivobjektListaHandlingar>
</root>
'''
root = get_xml_root_from_string(xml_string)
res = self.importer.get_acts_root(root)
elem = res[0]
self.assertEqual(len(res), 1)
self.assertEqual(type(elem), etree._Element)
self.assertEqual(elem.tag, 'ArkivobjektListaHandlingar')
def test_get_acts_root_simple_should_be_in_root(self):
xml_string = '''
<root>
<ArkivobjektArende>
<ArkivobjektListaHandlingar></ArkivobjektListaHandlingar>
</ArkivobjektArende>
</root>
'''
root = get_xml_root_from_string(xml_string)
res = self.importer.get_acts_root(root)
self.assertEqual(res, [])
class ParseAgentTests(TestCase):
def setUp(self):
self.importer = EardErmsImporter()
def test_parse_agent_simple_success(self):
xml_string = '''
<root>
<Namn>some name</Namn>
<Roll>some roll</Roll>
<Enhetsnamn>some enhet</Enhetsnamn>
<Organisationsnamn>some org</Organisationsnamn>
</root>
'''
expected_data = {
'namn': 'some name',
'roll': 'some roll',
'enhet': 'some enhet',
'organisation': 'some org',
}
root = get_xml_root_from_string(xml_string)
data = self.importer.parse_agent(root)
self.assertDictEqual(data, expected_data)
def test_parse_agent_with_not_all_keys_should_catch_indexError(self):
xml_string = '''
<root>
<Namn>some name</Namn>
<Roll>some roll</Roll>
</root>
'''
expected_data = {
'namn': 'some name',
'roll': 'some roll',
}
root = get_xml_root_from_string(xml_string)
data = self.importer.parse_agent(root)
self.assertDictEqual(data, expected_data)
class ParseEgnaElementTests(TestCase):
def setUp(self):
self.importer = EardErmsImporter()
def test_parse_egna_element_with_one_level_of_element(self):
xml_string = '''
<root Namn='some name' DataTyp='some data type' Format='some format'>
<EgnaElementBeskrivning>some description</EgnaElementBeskrivning>
</root>
'''
expected_data = {
'beskrivning': 'some description',
'element': [],
}
root = get_xml_root_from_string(xml_string)
data = self.importer.parse_egna_element(root)
self.assertDictEqual(data, expected_data)
def test_parse_egna_element_with_element(self):
self.importer.parse_eget_element = mock.Mock(
return_value={'dummy_element': 'dummy_value'})
xml_string = '''
<root Namn='some name' DataTyp='some data type' Format='some format'>
<EgnaElementBeskrivning>some description</EgnaElementBeskrivning>
<EgetElement></EgetElement>
</root>
'''
expected_data = {
'beskrivning': 'some description',
'element': [{
'dummy_element': 'dummy_value'
}],
}
root = get_xml_root_from_string(xml_string)
data = self.importer.parse_egna_element(root)
self.assertDictEqual(data, expected_data)
class GetErrandsRootTests(TestCase):
def setUp(self):
self.importer = EardErmsImporter()
def test_get_errands_root_full_xml(self):
root = get_xml_root_from_string(get_xml_example_full())
res = self.importer.get_errands_root(root)
elem = res[0]
self.assertEqual(len(res), 1)
self.assertEqual(type(elem), etree._Element)
self.assertEqual(elem.tag, 'ArkivobjektListaArenden')
def test_get_errands_root_simple(self):
xml_string = '''
<root>
<ArkivobjektListaArenden></ArkivobjektListaArenden>
</root>
'''
root = get_xml_root_from_string(xml_string)
res = self.importer.get_errands_root(root)
elem = res[0]
self.assertEqual(len(res), 1)
self.assertEqual(type(elem), etree._Element)
self.assertEqual(elem.tag, 'ArkivobjektListaArenden')
def test_get_errands_root_simple_should_be_in_root(self):
xml_string = '''
<root>
<Leveransobjekt>
<ArkivobjektListaArenden></ArkivobjektListaArenden>
</Leveransobjekt>
</root>
'''
root = get_xml_root_from_string(xml_string)
res = self.importer.get_errands_root(root)
self.assertEqual(res, [])
def test_update_progress_is_updating_the_task_progress_in_database(self):
self.importer = EardErmsImporter()
task = ProcessTask.objects.create(name="example.Foo",
args=[1],
params={'bar': 'baz'},
progress=0)
self.importer.task = task
self.assertEqual(task.progress, 0)
self.importer.update_progress(20)
task.refresh_from_db()
self.assertEqual(task.progress, 20)
self.importer.update_progress(40)
task.refresh_from_db()
self.assertEqual(task.progress, 40)
self.importer.update_progress(66.66)
task.refresh_from_db()
self.assertEqual(task.progress, 66)
class ParseExtraIdTests(TestCase):
def setUp(self):
self.importer = EardErmsImporter()
def test_parse_extra_id_with_no_text_should_return_None(self):
xml_string = '''<root ExtraIDTyp='some id type'></root>'''
root = get_xml_root_from_string(xml_string)
data = self.importer.parse_extra_id(root)
self.assertEqual(data, None)
def test_parse_extra_id_with_text_should_get_type_and_id(self):
xml_string = '''<root ExtraIDTyp='some id type'>some_id_text</root>'''
expected_data = {
'typ': 'some id type',
'id': 'some_id_text',
}
root = get_xml_root_from_string(xml_string)
data = self.importer.parse_extra_id(root)
self.assertDictEqual(data, expected_data)
class ParseEgetElementTests(TestCase):
def setUp(self):
self.importer = EardErmsImporter()
def test_parse_eget_element_with_one_level_of_element(self):
xml_string = '''
<root Namn='some name' DataTyp='some data type' Format='some format'>
<Varde>some value</Varde>
</root>
'''
expected_data = {
'varde': 'some value',
'namn': 'some name',
'datatyp': 'some data type',
'format': 'some format',
'element': [],
'egenskaper': [],
}
root = get_xml_root_from_string(xml_string)
data = self.importer.parse_eget_element(root)
self.assertDictEqual(data, expected_data)
def test_parse_eget_element_with_no_Namn_attribute(self):
xml_string = '''
<root DataTyp='some data type' Format='some format'>
<Varde>some value</Varde>
</root>
'''
expected_data = {
'varde': 'some value',
'namn': None,
'datatyp': 'some data type',
'format': 'some format',
'element': [],
'egenskaper': [],
}
root = get_xml_root_from_string(xml_string)
data = self.importer.parse_eget_element(root)
self.assertDictEqual(data, expected_data)
def test_parse_eget_element_with_egenskaper(self):
self.importer.parse_egenskaper = mock.Mock(
return_value={'dummy_egenskap': 'dummy_value'})
xml_string = '''
<root Namn='some name' DataTyp='some data type' Format='some format'>
<Varde>some value</Varde>
<Egenskaper>
<Egenskap>
</Egenskap>
</Egenskaper>
</root>
'''
expected_data = {
'varde': 'some value',
'namn': 'some name',
'datatyp': 'some data type',
'format': 'some format',
'element': [],
'egenskaper': [{
'dummy_egenskap': 'dummy_value'
}],
}
root = get_xml_root_from_string(xml_string)
data = self.importer.parse_eget_element(root)
self.assertDictEqual(data, expected_data)
def test_parse_eget_element_with_name_prefix_should_remove_the_prefix(
self):
xml_string = '''
<root Namn='Dokument/Ärende/some name' DataTyp='some data type' Format='some format'>
<Varde>some value</Varde>
</root>
'''
expected_data = {
'varde': 'some value',
'namn': 'some name',
'datatyp': 'some data type',
'format': 'some format',
'element': [],
'egenskaper': [],
}
root = get_xml_root_from_string(xml_string)
data = self.importer.parse_eget_element(root)
self.assertDictEqual(data, expected_data)
def test_parse_eget_element_with_two_levels_of_element(self):
xml_string = '''
<root Namn='some name' DataTyp='some data type' Format='some format'>
<Varde>some value</Varde>
<EgetElement Namn='sub name 1' DataTyp='sub data type 1' Format='sub format 1'>
<Varde>sub value 1</Varde>
</EgetElement>
<EgetElement Namn='sub name 2' DataTyp='sub data type 2' Format='sub format 2'>
<Varde>sub value 2</Varde>
</EgetElement>
</root>
'''
expected_data = {
'varde':
'some value',
'namn':
'some name',
'datatyp':
'some data type',
'format':
'some format',
'element': [
{
'varde': 'sub value 1',
'namn': 'sub name 1',
'datatyp': 'sub data type 1',
'format': 'sub format 1',
'egenskaper': [],
'element': [],
},
{
'varde': 'sub value 2',
'namn': 'sub name 2',
'datatyp': 'sub data type 2',
'format': 'sub format 2',
'egenskaper': [],
'element': [],
},
],
'egenskaper': [],
}
root = get_xml_root_from_string(xml_string)
data = self.importer.parse_eget_element(root)
self.assertDictEqual(data, expected_data)
class ParseEgenskaperTests(TestCase):
def setUp(self):
self.importer = EardErmsImporter()
def test_parse_egenskaper_with_one_level_of_egenskaper(self):
xml_string = '''
<root Namn='some name' DataTyp='some data type' Format='some format'>
<Varde>some value</Varde>
</root>
'''
expected_data = {
'varde': 'some value',
'namn': 'some name',
'datatyp': 'some data type',
'format': 'some format',
'egenskaper': [],
}
root = get_xml_root_from_string(xml_string)
data = self.importer.parse_egenskaper(root)
self.assertDictEqual(data, expected_data)
def test_parse_egenskaper_with_two_levels_of_egenskaper(self):
xml_string = '''
<root Namn='some name' DataTyp='some data type' Format='some format'>
<Varde>some value</Varde>
<Egenskaper>
<Egenskap Namn='sub name 1' DataTyp='sub data type 1' Format='sub format 1'>
<Varde>sub value 1</Varde>
</Egenskap>
<Egenskap Namn='sub name 2' DataTyp='sub data type 2' Format='sub format 2'>
<Varde>sub value 2</Varde>
</Egenskap>
</Egenskaper>
</root>
'''
expected_data = {
'varde':
'some value',
'namn':
'some name',
'datatyp':
'some data type',
'format':
'some format',
'egenskaper': [
{
'varde': 'sub value 1',
'namn': 'sub name 1',
'datatyp': 'sub data type 1',
'format': 'sub format 1',
'egenskaper': []
},
{
'varde': 'sub value 2',
'namn': 'sub name 2',
'datatyp': 'sub data type 2',
'format': 'sub format 2',
'egenskaper': []
},
],
}
root = get_xml_root_from_string(xml_string)
data = self.importer.parse_egenskaper(root)
self.assertDictEqual(data, expected_data)
class ParseGallringTests(TestCase):
def setUp(self):
self.importer = EardErmsImporter()
def test_parse_gallring_when_gallras_is_true(self):
xml_string = '''
<root Gallras='true'>
<GallringsFrist>some g deadline</GallringsFrist>
<GallringsForklaring>some g desc</GallringsForklaring>
<GallringsPeriodSlut>some period end</GallringsPeriodSlut>
</root>
'''
expected_data = {
'frist': 'some g deadline',
'forklaring': 'some g desc',
'period_slut': 'some period end',
'gallras': True,
}
root = get_xml_root_from_string(xml_string)
data = self.importer.parse_gallring(root)
self.assertDictEqual(data, expected_data)
def test_parse_gallring_when_gallras_is_false(self):
xml_string = '''
<root gallras='false'>
<GallringsFrist>some g deadline</GallringsFrist>
<GallringsForklaring>some g desc</GallringsForklaring>
<GallringsPeriodSlut>some period end</GallringsPeriodSlut>
</root>
'''
expected_data = {
'frist': 'some g deadline',
'forklaring': 'some g desc',
'period_slut': 'some period end',
'gallras': False,
}
root = get_xml_root_from_string(xml_string)
data = self.importer.parse_gallring(root)
self.assertDictEqual(data, expected_data)
def test_parse_gallring_when_not_all_keys_exists_should_catch_IndexError_and_continue(
self):
xml_string = '''
<root gallras='false'>
<GallringsFrist>some g deadline</GallringsFrist>
<GallringsForklaring>some g desc</GallringsForklaring>
</root>
'''
expected_data = {
'frist': 'some g deadline',
'forklaring': 'some g desc',
'gallras': False,
}
root = get_xml_root_from_string(xml_string)
data = self.importer.parse_gallring(root)
self.assertDictEqual(data, expected_data)
class ParseRestrictionTests(TestCase):
def setUp(self):
self.importer = EardErmsImporter()
def test_parse_restriction_without_AnnanTyp_attr_should_get_Typ_and_all_texts(
self):
xml_string = '''
<root Typ='some type'>
<ForklarandeText>some desc text</ForklarandeText>
<Lagrum>some lagrum</Lagrum>
<RestriktionsDatum>some expiration date</RestriktionsDatum>
</root>
'''
expected_data = {
'beskrivning': 'some desc text',
'lagrum': 'some lagrum',
'upphor': 'some expiration date',
'typ': 'some type'
}
root = get_xml_root_from_string(xml_string)
data = self.importer.parse_restriction(root)
self.assertDictEqual(data, expected_data)
def test_parse_restriction_without_some_keys_should_catch_IndexError_and_continue(
self):
xml_string = '''
<root Typ='some type'>
<ForklarandeText>some desc text</ForklarandeText>
<Lagrum>some lagrum</Lagrum>
</root>
'''
expected_data = {
'beskrivning': 'some desc text',
'lagrum': 'some lagrum',
'typ': 'some type'
}
root = get_xml_root_from_string(xml_string)
data = self.importer.parse_restriction(root)
self.assertDictEqual(data, expected_data)
def test_parse_restriction_with_AnnanTyp_attr_should_get_AnnanTyp_and_all_texts(
self):
xml_string = '''
<root Typ='some type' AnnanTyp='some other type'>
<ForklarandeText>some desc text</ForklarandeText>
<Lagrum>some lagrum</Lagrum>
<RestriktionsDatum>some expiration date</RestriktionsDatum>
</root>
'''
expected_data = {
'beskrivning': 'some desc text',
'lagrum': 'some lagrum',
'upphor': 'some expiration date',
'typ': 'some other type'
}
root = get_xml_root_from_string(xml_string)
data = self.importer.parse_restriction(root)
self.assertDictEqual(data, expected_data)
class ParseActTests(TestCase):
def setUp(self):
self.importer = EardErmsImporter()
self.archive = mock.Mock()
self.archive.pk = uuid.uuid4()
self.ip = mock.Mock()
self.ip.pk = uuid.uuid4()
self.importer.task = mock.Mock()
self.importer.task.pk = uuid.uuid4()
self.errand = mock.Mock()
self.errand.meta.id = 'some_errand_meta_id'
self.errand._index._name = 'some_errand_index_name'
self.errand.archive = self.archive.pk
self.errand.ip = self.ip.pk
def test_parse_act_when_all_elements_exists(self):
expected_data = get_full_expected_data_parse_act(
str(self.importer.task.pk), self.ip.pk, self.archive.pk)
root = self.get_arkivobjekt_handling()
component = self.importer.parse_act(root, self.errand)
# Check that all expected data is part of the component.
self.assertLessEqual(expected_data.items(),
component.to_dict().items())
def get_arkivobjekt_handling(self):
return get_xml_root_from_string(get_xml_example_full()) \
.xpath("*[local-name()='ArkivobjektListaHandlingar']")[0] \
.xpath("*[local-name()='ArkivobjektHandling']")[0]
def test_parse_act_when_Gallring_element_is_missing_should_catch_the_exception_and_continue(
self):
expected_data = get_full_expected_data_parse_act(
str(self.importer.task.pk), self.ip.pk, self.archive.pk)
expected_data.pop('gallring')
root = self.get_arkivobjekt_handling()
# Remove 'Gallring' tag
gallring = root.xpath("*[local-name()='Gallring']")[0]
gallring.getparent().remove(gallring)
# Make sure there is no more 'Gallring'
self.assertEqual(root.xpath("*[local-name()='Gallring']"), [])
component = self.importer.parse_act(root, self.errand)
# Check that all expected data is part of the component.
self.assertEqual(component.to_dict().get('gallring'), None)
self.assertLessEqual(expected_data.items(),
component.to_dict().items())
def test_parse_act_when_ExtraID_tag_has_no_text_then_should_not_add_to_data(
self):
expected_data = get_full_expected_data_parse_act(
str(self.importer.task.pk), self.ip.pk, self.archive.pk)
expected_data.pop('extra_ids')
root = self.get_arkivobjekt_handling()
# Remove text for 'ExtraID' tag
root.xpath("*[local-name()='ExtraID']")[0].clear()
# Make sure 'ExtraID' text is cleared
self.assertEqual(root.xpath("*[local-name()='ExtraID']")[0].text, None)
component = self.importer.parse_act(root, self.errand)
# Check that all expected data is part of the component.
self.assertEqual(component.to_dict().get('extra_ids'), None)
self.assertLessEqual(expected_data.items(),
component.to_dict().items())
class ParseErrandTests(TestCase):
def setUp(self):
self.importer = EardErmsImporter()
self.archive = mock.Mock()
self.archive.pk = uuid.uuid4()
self.ip = mock.Mock()
self.ip.pk = uuid.uuid4()
self.importer.task = mock.Mock()
self.importer.task.pk = uuid.uuid4()
self.structure = Structure.objects.create()
self.structure_unit = StructureUnit.objects.create(
structure=self.structure, reference_code='some_klass_ref_2')
@mock.patch('ESSArch_Core.search.importers.earderms.logger')
def test_parse_errand_when_no_structure_unit_exists_then_raise_exception(
self, mock_logger):
xml_string = '''
<root>
<ArkivobjektID>some_id</ArkivobjektID>
<KlassReferens>some_ref</KlassReferens>
</root>
'''
root = get_xml_root_from_string(xml_string)
with self.assertRaises(StructureUnit.DoesNotExist):
self.importer.parse_errand(root, self.archive, self.ip, None)
mock_logger.exception.assert_called_once_with(
'Structure unit some_ref not found in None')
def test_parse_errand_when_all_elements_exists(self):
expected_data = get_full_expected_data_parse_errand(
str(self.importer.task.pk), self.ip.pk, str(self.archive.pk),
str(self.structure_unit.pk))
root = self.get_arkiv_objekt_arende()
component, structure_unit = self.importer.parse_errand(
root, self.archive, self.ip, self.structure)
self.assertEqual(structure_unit, self.structure_unit)
# Check that all expected data is part of the component.
self.assertLessEqual(expected_data.items(),
component.to_dict().items())
def get_arkiv_objekt_arende(self):
return get_xml_root_from_string(get_xml_example_full()) \
.xpath("*[local-name()='ArkivobjektListaArenden']")[0] \
.xpath("*[local-name()='ArkivobjektArende']")[0]
def test_parse_errand_when_only_the_elementary_elements_exists(self):
xml_string = '''
<root>
<ArkivobjektID>some_id</ArkivobjektID>
<KlassReferens>some_klass_ref_2</KlassReferens>
</root>
'''
expected_data = {
'klassreferens': 'some_klass_ref_2',
'arkivobjekt_id': 'some_id',
'ip': self.ip.pk,
'archive': str(self.archive.pk),
'task_id': str(self.importer.task.pk),
'structure_unit': str(self.structure_unit.pk),
'reference_code': 'some_id',
}
root = get_xml_root_from_string(xml_string)
component, structure_unit = self.importer.parse_errand(
root, self.archive, self.ip, self.structure)
self.assertEqual(structure_unit, self.structure_unit)
# Check that all expected data is part of the component.
self.assertLessEqual(expected_data.items(),
component.to_dict().items())
def test_parse_errand_when_all_elements_exists_and_ip_is_None(self):
expected_data = get_full_expected_data_parse_errand(
str(self.importer.task.pk), self.ip.pk, str(self.archive.pk),
str(self.structure_unit.pk))
# if ip is None
expected_data.pop('ip')
root = self.get_arkiv_objekt_arende()
component, structure_unit = self.importer.parse_errand(
root, self.archive, None, self.structure)
self.assertEqual(structure_unit, self.structure_unit)
# Check that all expected data is part of the component.
self.assertLessEqual(expected_data.items(),
component.to_dict().items())
def test_parse_errand_when_ip_is_not_None_but_has_no_pk_attribute_should_raise_exception(
self):
root = self.get_arkiv_objekt_arende()
with self.assertRaises(AttributeError):
self.importer.parse_errand(root, self.archive, 13, self.structure)
def test_parse_errand_when_element_Motpart_is_missing_should_pass(self):
root = self.get_arkiv_objekt_arende()
# Remove 'Motpart' tag
motpart = root.xpath("*[local-name()='Motpart']")[0]
motpart.getparent().remove(motpart)
# Make sure there is no more 'Motpart'
self.assertEqual(root.xpath("*[local-name()='Motpart']"), [])
expected_data = get_full_expected_data_parse_errand(
str(self.importer.task.pk), self.ip.pk, str(self.archive.pk),
str(self.structure_unit.pk))
expected_data.pop('motpart')
component, structure_unit = self.importer.parse_errand(
root, self.archive, self.ip, self.structure)
self.assertEqual(structure_unit, self.structure_unit)
# Check that all expected data is part of the component.
self.assertLessEqual(expected_data.items(),
component.to_dict().items())
def setUp(self):
self.importer = EardErmsImporter()
class ParseMappingsTests(TestCase):
def setUp(self):
self.importer = EardErmsImporter()
def test_parse_mappings_single_elements(self):
xml_string = '''
<root>
<Bar>some text</Bar>
</root>
'''
mappings = {'bar': 'Bar'}
expected_data = {'bar': 'some text'}
root = get_xml_root_from_string(xml_string)
data = self.importer.parse_mappings(mappings, root)
self.assertDictEqual(data, expected_data)
def test_parse_mappings_missing_key_should_catch_IndexError_and_continue(
self):
xml_string = '''
<root>
<Foo>some foo text</Foo>
<Bar>some bar text</Bar>
</root>
'''
mappings = {
'bar': 'Bar',
'foobar': 'Foobar',
}
expected_data = {'bar': 'some bar text'}
root = get_xml_root_from_string(xml_string)
data = self.importer.parse_mappings(mappings, root)
self.assertDictEqual(data, expected_data)
def test_parse_mappings_multiple_values_should_return_the_first_mappings_value(
self):
xml_string = '''
<root>
<Foo>some foo text</Foo>
<Bar>some bar text</Bar>
</root>
'''
mappings = {'any_foo_bar': ['Bar', 'Foo']}
expected_data = {'any_foo_bar': 'some bar text'}
root = get_xml_root_from_string(xml_string)
data = self.importer.parse_mappings(mappings, root)
self.assertDictEqual(data, expected_data)
def test_parse_mappings_multiple_if_first_not_found_get_next_value(self):
xml_string = '''
<root>
<Foo>some foo text</Foo>
</root>
'''
mappings = {'any_foo_bar': ['Bar', 'Foo']}
expected_data = {'any_foo_bar': 'some foo text'}
root = get_xml_root_from_string(xml_string)
data = self.importer.parse_mappings(mappings, root)
self.assertDictEqual(data, expected_data)
def test_parse_mappings_if_no_element_found_should_return_empty_dict(self):
xml_string = '''
<root>
<Foo>some foo text</Foo>
<Foobar>some foo text</Foobar>
</root>
'''
mappings = {'bar': 'Bar'}
expected_data = {}
root = get_xml_root_from_string(xml_string)
data = self.importer.parse_mappings(mappings, root)
self.assertDictEqual(data, expected_data)
