def main(args):
if (args['product'] == "rhel"):
try:
logging.info('Loading data for RHEL')
data = data_load()
except Exception:
LOG.error(traceback.format_exc())
sys.exit(1)
try:
logging.info('Calling classifier')
for row in range(len(data)):
classified_data = classifier_rules(data.loc[row])
add_clasification(
classified_data.loc['Job_ID'],
{"error_type": classified_data.loc['Error_Type']})
except Exception:
LOG.error(traceback.format_exc())
sys.exit(1)
else:
LOG.error(traceback.format_exc())
sys.exit(1)
def test_logs_yml(test_data):
result = classifier_rules(test_data.loc[8])
assert result.loc['Error_Type'] == "non DCI"
def test_pre_run_hook_failure(test_data):
result = classifier_rules(test_data.loc[1])
assert result.loc['Error_Type'] == "non DCI"
def test_install_yml(test_data):
result = classifier_rules(test_data.loc[6])
assert result.loc['Error_Type'] == "DCI"
def test_sut_http_error(test_data):
result = classifier_rules(test_data.loc[7])
assert result.loc['Error_Type'] == "non DCI"
def test_user_text_yml(test_data):
result = classifier_rules(test_data.loc[0])
assert result.loc['Error_Type'] == "non DCI"
def test_gathering_fact_step(test_data):
result = classifier_rules(test_data.loc[5])
assert result.loc['Error_Type'] == "DCI"
def test_dci_rhel_step(test_data):
result = classifier_rules(test_data.loc[4])
assert result.loc['Error_Type'] == "DCI"
def test_sut_undefined_variable(test_data):
result = classifier_rules(test_data.loc[3])
assert result.loc['Error_Type'] == "non DCI"
def test_sut_beaker_server(test_data):
result = classifier_rules(test_data.loc[2])
assert result.loc['Error_Type'] == "non DCI"