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stop_word_list: Dict[str, List[str]] = {"a": ["b"]}
mr: MockResponse = MockResponse(json.dumps(stop_word_list))
with patch.object(mcserver.app.services.textService.requests, "get", return_value=mr) as mock_get_request:
TextService.init_stop_words_latin()
self.assertEqual(len(TextService.stop_words_latin), 1)
TextService.init_stop_words_latin()
os.remove(Config.STOP_WORDS_LATIN_PATH)
self.assertEqual(mock_get_request.call_count, 1)
def test_load_text_list(self):
""" Loads the text list for a new corpus. """
with patch.object(mcserver.app.services.corpusService.HttpCtsRetriever, 'getPassage',
return_value=Mocks.cts_passage_xml) as get_passage_mock:
text_parts: List[Tuple[str, str]] = CorpusService.load_text_list(Mocks.urn)
self.assertEqual(len(text_parts), 2)
get_passage_mock.return_value = Mocks.cts_passage_xml_2_levels
text_parts = CorpusService.load_text_list(Mocks.urn[:-8] + "-1.1")
self.assertEqual(len(text_parts), 1)
get_passage_mock.return_value = Mocks.cts_passage_xml_1_level
text_parts = CorpusService.load_text_list(Mocks.urn[:-10] + "-3")
self.assertEqual(len(text_parts), 3)
get_passage_mock.side_effect = HTTPError()
text_parts: List[Tuple[str, str]] = CorpusService.load_text_list(Mocks.urn)
self.assertEqual(text_parts, [])
def test_make_docx_file(self):
""" Saves an exercise to a DOCX file (e.g. for later download). """
file_path: str = os.path.join(Config.TMP_DIRECTORY, "make_docx_file.docx")
solutions: List[Solution] = [Solution(json_dict=x) for x in json.loads(Mocks.exercise.solutions)]
FileService.make_docx_file(Mocks.exercise, file_path, Mocks.annotations, FileType.docx, solutions)
self.assertEqual(os.path.getsize(file_path), 36611)
Mocks.exercise.exercise_type = ExerciseType.markWords.value
FileService.make_docx_file(Mocks.exercise, file_path, Mocks.annotations, FileType.docx, solutions)
self.assertEqual(os.path.getsize(file_path), 36599)
Mocks.exercise.exercise_type = ExerciseType.matching.value
FileService.make_docx_file(Mocks.exercise, file_path, Mocks.annotations, FileType.docx, solutions)
self.assertEqual(os.path.getsize(file_path), 36714)
Mocks.exercise.exercise_type = ExerciseType.cloze.value
os.remove(file_path)
def test_make_tmp_file_from_exercise(self):
""" Creates a temporary file from a given exercise, e.g. for downloading. """
df: DownloadableFile = FileService.make_tmp_file_from_exercise(FileType.xml, Mocks.exercise, [0])
self.assertTrue(os.path.exists(df.file_path))
os.remove(df.file_path)
df: DownloadableFile = FileService.make_tmp_file_from_exercise(FileType.docx, Mocks.exercise, [0])
self.assertTrue(os.path.exists(df.file_path))
os.remove(df.file_path)
def test_make_tmp_file_from_html(self):
""" Creates a temporary file from a given HTML string, e.g. for downloading. """
html: str = "<html lang='la'><p>test</p><span class='tok'><u>abc</u></span></html>"
df: DownloadableFile = FileService.make_tmp_file_from_html(Mocks.urn_custom, FileType.pdf, html)
self.assertTrue(os.path.exists(df.file_path))
os.remove(df.file_path)
df: DownloadableFile = FileService.make_tmp_file_from_html(Mocks.urn_custom, FileType.docx, html)
self.assertTrue(os.path.exists(df.file_path))
os.remove(df.file_path)
def test_map_graph_data(self):
"""Maps graph data to exercise data."""
ed_expected: ExerciseData = Mocks.exercise_data
node_expected: NodeMC = ed_expected.graph.nodes[0]
node = {"id": node_expected.id, "annis::node_name": node_expected.annis_node_name,
"annis::node_type": node_expected.annis_node_type, "annis::tok": node_expected.annis_tok,
"annis::type": node_expected.annis_type, "udep::lemma": node_expected.udep_lemma,
"udep::upostag": node_expected.udep_upostag, "udep::xpostag": node_expected.udep_xpostag}
link_expected: LinkMC = ed_expected.graph.links[0]
link = {"source": link_expected.source, "target": link_expected.target,
"annis::component_name": link_expected.annis_component_name,
"annis::component_type": link_expected.annis_component_type, "udep::deprel": link_expected.udep_deprel}
graph_data_raw: Dict = dict(directed=ed_expected.graph.directed, graph=ed_expected.graph.graph,
multigraph=ed_expected.graph.multigraph, links=[link], nodes=[node])
gd: GraphData = AnnotationService.map_graph_data(graph_data_raw=graph_data_raw)
self.assertEqual(gd.graph, ed_expected.graph.graph)
self.assertEqual(gd.multigraph, ed_expected.graph.multigraph)
self.assertEqual(gd.directed, ed_expected.graph.directed)
self.assertEqual(gd.nodes[0], ed_expected.graph.nodes[0])
self.assertEqual(gd.links[0], ed_expected.graph.links[0])
def test_models(self):
""" Tests various models and their specific methods. """
self.assertFalse(Mocks.corpora[0] == Mocks.corpora[1])
self.assertFalse(Mocks.corpora[0] == "")
self.assertTrue(Mocks.exercise.__repr__().startswith("<Exercise"))
ui: UpdateInfo = UpdateInfo(ResourceType.cts_data)
self.assertTrue(ui.__repr__().startswith("<UpdateInfo"))
del ui
gd: GraphData = AnnotationService.map_graph_data(Mocks.annis_response_dict["graph_data_raw"])
self.assertFalse(gd.links[0] == gd.links[1])
self.assertFalse(gd.links[0] == "")
self.assertFalse(gd.nodes[0] == gd.nodes[1])
self.assertFalse(gd.nodes[0] == "")
choice_dict: dict = dict(id="", description={"en-US": "desc"})
self.assertEqual(Choice(choice_dict).serialize(), choice_dict)
xapi: XapiStatement = XapiStatement(json.loads(Mocks.xapi_json_string)["0"])
self.assertEqual(len(xapi.serialize().keys()), 5)
session.make_transient(Mocks.corpora[0])
session.make_transient(Mocks.exercise)
def test_sort_nodes(self):
"""Sorts the nodes according to the ordering links, i.e. by their tokens' occurrence in the text."""
old_graph_data: GraphData = GraphData(nodes=[])
new_graph_data: GraphData = AnnotationService.sort_nodes(old_graph_data)
self.assertIs(old_graph_data, new_graph_data)
def test_strip_name_spaces(self):
"""Removes all namespaces from an XML document for easier parsing, e.g. with XPath."""
xml: etree._Element = etree.Element("{namespace}root")
child: etree._Element = etree.Element("{namespace}child")
xml.append(child)
with patch("mcserver.app.services.xmlService.hasattr", return_value=False) as has_attr_mock:
XMLservice.strip_name_spaces(xml)
self.assertEqual(len(child.tag), 16)
has_attr_mock.return_value = True
XMLservice.strip_name_spaces(xml)
self.assertEqual(len(child.tag), 5)
def test_start_updater(self):
"""Starts an updater thread."""
t: Thread = start_updater(self.app)
self.assertIsInstance(t, Thread)
self.assertTrue(t.is_alive())
def test_update_exercises(self):
"""Deletes old exercises."""
exercises: List[Exercise] = \
[Exercise(last_access_time=datetime.utcnow(), urn="urn", solutions="[]", uri="uri1", eid="eid1"),
Exercise(last_access_time=datetime.utcnow(), urn="urn", solutions=json.dumps([Solution().serialize()]),
text_complexity=0, uri="uri2", eid="eid2")]
db.session.add_all(exercises)
db.session.commit()
with patch.object(mcserver.app.services.textComplexityService.requests, "post",
return_value=MockResponse(Mocks.text_complexity_json_string)):
with patch.object(CorpusService, "get_corpus", return_value=Mocks.annis_response):
DatabaseService.update_exercises(False)
exercises = Exercise.query.all()
self.assertEqual(len(exercises), 1)
self.assertEqual(exercises[0].text_complexity, 54.53)
Exercise.query.delete()
if __name__ == '__main__':
runner: unittest.TextTestRunner = unittest.TextTestRunner()
suite: unittest.TestSuite = unittest.TestSuite()
suite.addTests(TestLoader().loadTestsFromTestCase(McTestCase))
suite.addTests(TestLoader().loadTestsFromTestCase(CsmTestCase))
suite.addTests(TestLoader().loadTestsFromTestCase(CommonTestCase))
runner.run(suite)
# delete the SQLITE database to have a clean start next time
os.remove(TestingConfig.SQLALCHEMY_DATABASE_URI[10:])