def test_fsstore(self):
with tempfile.TemporaryDirectory() as tmpdir:
storage = FSStore(tmpdir)
model = FakeModel('val')
model_pickled = pickle.dumps(model)
storage.write(model_pickled, 'for_testing.model')
assert os.path.isfile(os.path.join(
tmpdir, 'for_testing.model')) == storage.exists(
'for_testing.model') == True
with storage.open("for_testing_compressed.model", "wb") as f:
joblib.dump(model, f, compress=True)
assert storage.exists("for_testing_compressed.model")
with open_sesame(
os.path.join(tmpdir, "for_testing_compressed.model"),
"rb") as f:
model_loaded = joblib.load(f)
assert model.val == model_loaded.val
model_loaded = storage.load('for_testing.model')
model_loaded = pickle.loads(model_loaded)
assert model_loaded.val == 'val'
storage.delete('for_testing.model')
assert os.path.isfile(os.path.join(
tmpdir, 'for_testing.model')) == storage.exists(
'for_testing.model') == False
def test_fsstore(self):
with tempfile.TemporaryDirectory() as tmpdir:
storage = FSStore(tmpdir)
model = pickle.dumps(FakeModel('val'))
storage.write(model, 'for_testing.model')
assert os.path.isfile(os.path.join(
tmpdir, 'for_testing.model')) == storage.exists(
'for_testing.model') == True
model_loaded = storage.load('for_testing.model')
model_loaded = pickle.loads(model_loaded)
assert model_loaded.val == 'val'
storage.delete('for_testing.model')
assert os.path.isfile(os.path.join(
tmpdir, 'for_testing.model')) == storage.exists(
'for_testing.model') == False
def test_save(self):
with tempfile.TemporaryDirectory() as temp_dir:
storage = FSStore(temp_dir)
self.ontology().save(storage)
assert CompetencyOntology(jsonld_string=storage.load('Test Ontology.json')) == self.ontology()
def test_onet_skill_extractor():
skills_content = [
[
'O*NET-SOC Code', 'Element ID', 'Element Name', 'Scale ID',
'Data Value', 'N', 'Standard Error', 'Lower CI Bound',
'Upper CI Bound', 'Recommend Suppress', 'Not Relevant', 'Date',
'Domain Source'
],
[
'11-1011.00', '2.A.1.a', 'Reading Comprehension', 'IM', '4.12',
'8', '0.13', '3.88', '4.37', 'N', 'n/a', '07/2014', 'Analyst'
],
[
'11-1011.00', '2.A.1.a', 'Reading Comprehension', 'LV', '4.75',
'8', '0.16', '4.43', '5.07', 'N', 'N', '07/2014', 'Analyst'
],
[
'11-1011.00', '2.A.1.b', 'Active Listening', 'IM', '4.12', '8',
'0.13', '3.88', '4.37', 'N', 'n/a', '07/2014', 'Analyst'
],
[
'11-1011.00', '2.A.1.b', 'Active Listening', 'LV', '-4.88', '8',
'0.23', '4.43', '5.32', 'N', 'N', '07/2014', 'Analyst'
],
]
abilities_content = [
[
'O*NET-SOC Code', 'Element ID', 'Element Name', 'Scale ID',
'Data Value', 'N', 'Standard Error', 'Lower CI Bound',
'Upper CI Bound', 'Recommend Suppress', 'Not Relevant', 'Date',
'Domain Source'
],
[
'11-1011.00', '1.A.1.a.1', 'Oral Comprehension', 'IM', '4.50', '8',
'0.19', '4.13', '4.87', 'N', 'n/a', '07/2014', 'Analyst'
],
[
'11-1011.00', '1.A.1.a.1', 'Oral Comprehension', 'LV', '4.88', '8',
'0.13', '4.63', '5.12', 'N', 'Y', '07/2014', 'Analyst'
],
[
'11-1011.00', '1.A.1.a.2', 'Written Comprehension', 'IM', '4.25',
'8', '0.16', '3.93', '4.57', 'N', 'n/a', '07/2014', 'Analyst'
],
[
'11-1011.00', '1.A.1.a.2', 'Written Comprehension', 'LV', '4.62',
'8', '0.18', '4.27', '4.98', 'N', 'N', '07/2014', 'Analyst'
],
[
'11-2031.00', '1.A.1.a.3', 'Written Comprehension', 'IM', '4.25',
'8', '0.16', '3.93', '4.57', 'N', 'n/a', '07/2014', 'Analyst'
],
[
'11-2031.00', '1.A.1.a.3', 'Written Comprehension', 'LV', '4.62',
'8', '0.18', '4.27', '4.98', 'N', 'N', '07/2014', 'Analyst'
],
]
knowledge_content = [
[
'O*NET-SOC Code', 'Element ID', 'Element Name', 'Scale ID',
'Data Value', 'N', 'Standard Error', 'Lower CI Bound',
'Upper CI Bound', 'Recommend Suppress', 'Not Relevant', 'Date',
'Domain Source'
],
[
'11-1011.00', '2.C.1.a', 'Administration and Management', 'IM',
'4.75', '27', '0.09', '4.56', '4.94', 'N', 'n/a', '07/2014',
'Incumbent'
],
[
'11-1011.00', '2.C.1.a', 'Administration and Management', 'LV',
'6.23', '27', '0.17', '5.88', '6.57', 'N', 'N', '07/2014',
'Incumbent'
],
[
'11-1011.00', '2.C.1.b', 'Clerical', 'IM', '2.66', '27', '0.22',
'2.21', '3.11', 'N', 'n/a', '07/2014', 'Incumbent'
],
[
'11-1011.00', '2.C.1.b', 'Clerical', 'LV', '3.50', '27', '0.41',
'2.66', '4.34', 'N', 'N', '07/2014', 'Incumbent'
],
]
tools_content = [
[
'O*NET-SOC Code', 'T2 Type', 'T2 Example', 'Commodity Code',
'Commodity Title'
],
[
'11-1011.00', 'Tools', '10-key calculators', '44101809',
'Desktop calculator'
],
[
'11-1011.00', 'Tools', 'Desktop computers', '43211507',
'Desktop computers'
],
[
'11-1011.00', 'Tools', 'Laptop computers', '43211503',
'Notebook computers'
],
[
'11-1011.00', 'Tools', 'Personal computers', '43211508',
'Personal computers'
],
[
'11-1011.00', 'Tools', 'Personal digital assistants PDA',
'43211504', 'Personal digital assistant PDAs or organizers'
],
['11-1011.00', 'Tools', 'Smartphones', '43191501', 'Mobile phones'],
[
'11-1011.00', 'Tools', 'Universal serial bus USB flash drives',
'43201813', 'High capacity removable media drives'
],
[
'11-1011.00', 'Technology', 'Adobe Systems Adobe Acrobat software',
'43232202', 'Document management software'
],
[
'11-1011.00', 'Technology', 'AdSense Tracker', '43232306',
'Data base user interface and query software'
],
[
'11-1011.00', 'Technology', 'Blackbaud The Raiser\'s Edge',
'43232303', 'Customer relationship management CRM software'
],
]
class MockOnetDownloader(object):
def download(self, source_file):
fake_data_lookup = {
'Skills': skills_content,
'Abilities': abilities_content,
'Knowledge': knowledge_content,
'Tools and Technology': tools_content,
}
with utils.makeNamedTemporaryCSV(fake_data_lookup[source_file],
'\t') as tempname:
with open(tempname) as fh:
return fh.read()
with patch(
'skills_ml.datasets.skill_importances.onet.OnetToMemoryDownloader',
MockOnetDownloader):
with tempfile.TemporaryDirectory() as output_dir:
storage = FSStore(output_dir)
extractor = OnetSkillImportanceExtractor(
output_dataset_name='skills',
storage=storage,
hash_function=md5)
extractor.run()
pdin = io.StringIO(storage.load('skills.tsv').decode('utf-8'))
output = pd.read_csv(pdin, sep='\t').T.to_dict().values()
# +24 base rows in input across the K,S,A,T files
assert len(output) == 24
# make sure uuid is hashed version of the KSA
for row in output:
assert row['nlp_a'] == md5(row['ONET KSA'])
# otherwise, this is a simple concat so not much to assert
# we do use these rows though so make sure they're there
assert 'O*NET-SOC Code' in row
assert 'ONET KSA' in row