def vsodata():
data = json.loads(request.args['val'])
vso_records = OrderedDict()
vso_records = hek2vso.translate_results_to_query(data)
vso_rec = h2v.translate_and_query(data)
length = len(vso_records)
return render_template('fig.html', l = length, vso=vso_records, v = vso_rec)
def test_translate_results_to_query():
"""Make sure that conversion of HEK results to VSO queries is accurate"""
h = hek.HEKClient()
hek_query = h.query(hekTime, hekEvent)
vso_query = hek2vso.translate_results_to_query(hek_query)
if isinstance(hek_query, list):
# Comparing length of two lists
assert len(hek_query) == len(vso_query)
#Comparing types of both queries
assert type(hek_query) == type(vso_query)
def test_translate_results_to_query():
"""Make sure that conversion of HEK results to VSO queries is accurate"""
h = hek.HEKClient()
hek_query = h.search(hekTime, hekEvent)
vso_query = hek2vso.translate_results_to_query(hek_query)
if isinstance(hek_query, list):
# Comparing length of two lists
assert len(hek_query) == len(vso_query)
#Comparing types of both queries
assert type(hek_query) == type(vso_query)
def test_translate_results_to_query(hek_client):
"""Make sure that conversion of HEK results to VSO queries is accurate"""
h = hek_client
hek_query = h.search(hekTime, hekEvent)
vso_query = hek2vso.translate_results_to_query(hek_query)
# Comparing length of two lists
assert len(hek_query) == len(vso_query)
# Comparing types of both queries
# Not sure this test makes any sense now
assert isinstance(hek_query, table.Table)
assert isinstance(vso_query, list)
def test_translate_results_to_query(hek_client):
"""Make sure that conversion of HEK results to VSO queries is accurate"""
h = hek_client
hek_query = h.search(hekTime, hekEvent)
vso_query = hek2vso.translate_results_to_query(hek_query)
# Comparing length of two lists
assert len(hek_query) == len(vso_query)
# Comparing types of both queries
# Not sure this test makes any sense now
assert isinstance(hek_query, table.Table)
assert isinstance(vso_query, list)