def test_canonical_profiles_and_profile_paths_provided(self):
profiles = (
self.exposures_profile,
self.accounts_profile,
)
with NamedTemporaryFile(
'w') as exposures_profile_file, NamedTemporaryFile(
'w') as accounts_profile_file:
with io.open(exposures_profile_file.name, 'w',
encoding='utf-8') as f1, io.open(
accounts_profile_file.name, 'w',
encoding='utf-8') as f2:
f1.write(u'{}'.format(json.dumps(self.exposures_profile)))
f2.write(u'{}'.format(json.dumps(self.accounts_profile)))
paths = (
exposures_profile_file.name,
accounts_profile_file.name,
)
cpft = unified_canonical_fm_profile_by_level_and_term_group(
profiles=profiles, profile_paths=paths)
self.assertEqual(self._depth(cpft), 5)
fm_levels = set(p[l].get('FMLevel') for p in profiles for l in p
if p[l].get('FMLevel'))
for l in fm_levels:
for gid in cpft[l]:
for tty, v in cpft[l][gid].items():
self.assertTrue(
set(v.keys()).issuperset([
'FMLevel', 'FMLevelName', 'FMTermGroupID',
'FMTermType'
]))
self.assertEqual(l, v['FMLevel'])
self.assertEqual(gid, v['FMTermGroupID'])
self.assertEqual(tty, v['FMTermType'].lower())
matching_profile_term = lambda t: ([
cpft[l][gid][tty] for l in cpft for gid in cpft[l]
for tty in cpft[l][gid] for _t in cpft[l][gid][tty]
if t.lower() == cpft[l][gid][tty]['ProfileElementName'].lower()
][0] if [
cpft[l][gid][tty] for l in cpft for gid in cpft[l]
for tty in cpft[l][gid] for _t in cpft[l][gid][tty]
if t.lower() == cpft[l][gid][tty]['ProfileElementName'].lower()
] else None)
self.assertEqual(fm_levels, set(cpft.keys()))
non_fm_terms = set(t for p in profiles for t in p
if 'FMLevel' not in p[t])
for t in (_t for p in profiles for _t in p):
pt = matching_profile_term(t)
self.assertIsNotNone(
pt) if t not in non_fm_terms else self.assertIsNone(pt)
def test_only_canonical_profiles_provided(self):
profiles = (
self.exposures_profile,
self.accounts_profile,
)
cpft = unified_canonical_fm_profile_by_level_and_term_group(
profiles=profiles)
self.assertEqual(self._depth(cpft), 5)
fm_levels = set(p[l].get('FMLevel') for p in profiles for l in p
if p[l].get('FMLevel'))
self.assertEqual(fm_levels, set(cpft.keys()))
for l in fm_levels:
for gid in cpft[l]:
for tty, v in cpft[l][gid].items():
self.assertTrue(
set(v.keys()).issuperset([
'FMLevel', 'FMLevelName', 'FMTermGroupID',
'FMTermType'
]))
self.assertEqual(l, v['FMLevel'])
self.assertEqual(gid, v['FMTermGroupID'])
self.assertEqual(tty, v['FMTermType'].lower())
matching_profile_term = lambda t: ([
cpft[l][gid][tty] for l in cpft for gid in cpft[l]
for tty in cpft[l][gid] for _t in cpft[l][gid][tty]
if t.lower() == cpft[l][gid][tty]['ProfileElementName'].lower()
][0] if [
cpft[l][gid][tty] for l in cpft for gid in cpft[l]
for tty in cpft[l][gid] for _t in cpft[l][gid][tty]
if t.lower() == cpft[l][gid][tty]['ProfileElementName'].lower()
] else None)
non_fm_terms = set(t for p in profiles for t in p
if 'FMLevel' not in p[t])
for t in (_t for p in profiles for _t in p):
pt = matching_profile_term(t)
self.assertIsNotNone(
pt) if t not in non_fm_terms else self.assertIsNone(pt)
def setUp(self):
self.exposures_profile = canonical_exposures_profile
self.accounts_profile = canonical_accounts_profile
self.unified_canonical_profile = unified_canonical_fm_profile_by_level_and_term_group(
profiles=[self.exposures_profile, self.accounts_profile])
self.fm_agg_profile = oasis_fm_agg_profile
def test_no_canonical_profiles_or_profile_paths_provided__oasis_exception_is_raised(
self):
with self.assertRaises(OasisException):
unified_canonical_fm_profile_by_level_and_term_group()