def test_get_human_identifier(self):
p0 = problem.list()[0]
p3 = problem.list()[3]
p4 = problem.list()[4]
p0_t, p0_v = get_human_identifier(p0)
p3_t, p3_v = get_human_identifier(p3)
p4_t, p4_v = get_human_identifier(p4)
self.assertEqual(p0_t, 'component')
self.assertEqual(p0_v, p0.component)
self.assertEqual(p3_t, 'executable')
self.assertEqual(p3_v, p3.executable)
self.assertEqual(p4_t, 'type')
self.assertEqual(p4_v, p4.type)
def test_get_human_identifier(self):
p0 = problem.list()[0]
p3 = problem.list()[3]
p4 = problem.list()[4]
p0_t, p0_v = get_human_identifier(p0)
p3_t, p3_v = get_human_identifier(p3)
p4_t, p4_v = get_human_identifier(p4)
self.assertEqual(p0_t, 'component')
self.assertEqual(p0_v, p0.component)
self.assertEqual(p3_t, 'executable')
self.assertEqual(p3_v, p3.executable)
self.assertEqual(p4_t, 'type')
self.assertEqual(p4_v, p4.type)
def test_fmt_problems(self):
'''
Test default problem formatting
'''
pl = problem.list()
res = fmt_problems(pl)
for prob in pl:
self.assertIn(prob.short_id, res)
field, value = get_human_identifier(prob)
self.assertIn(value, res)
self.assertIn(str(prob.count), res)
self.assertIn('Bugzilla', res)
self.assertIn('https://bugzilla.redhat.com/show_bug.cgi?id=1223349',
res)
self.assertIn('ABRT Server', res)
furl = 'https://retrace.fedoraproject.org/faf/reports/bthash/' \
'3505a6db8a6bd51a3d690f1553b'
self.assertIn(furl, res)
self.assertIn('Not reportable', res)
self.assertIn('Not reportable reason', res)
def test_fmt_problems(self):
'''
Test default problem formatting
'''
pl = problem.list()
res = fmt_problems(pl)
for prob in pl:
self.assertIn(prob.short_id, res)
field, value = get_human_identifier(prob)
self.assertIn(value, res)
self.assertIn(str(prob.count), res)
self.assertIn('Bugzilla', res)
self.assertIn('https://bugzilla.redhat.com/show_bug.cgi?id=1223349',
res)
self.assertIn('ABRT Server', res)
furl = 'https://retrace.fedoraproject.org/faf/reports/bthash/' \
'3505a6db8a6bd51a3d690f1553b'
self.assertIn(furl, res)
self.assertIn('Not reportable', res)
self.assertIn('Not reportable reason', res)
def get_match_data(authenticate=False):
'''
Return tuple of two dictionaries: one with components as keys
and one with short_ids as keys
Utility function used by match_ functions
'''
by_human_id = {}
by_short_id = {}
by_path = {}
for prob in problem.list(auth=authenticate):
_, val = get_human_identifier(prob)
if val in by_human_id:
by_human_id[val].append(prob)
else:
by_human_id[val] = [prob]
if prob.short_id in by_short_id:
by_short_id[prob.short_id].append(prob)
else:
by_short_id[prob.short_id] = [prob]
by_path[prob.path] = prob
return by_human_id, by_short_id, by_path
def get_match_data(auth=False):
'''
Return tuple of two dictionaries: one with components as keys
and one with short_ids as keys
Utility function used by match_ functions
'''
by_human_id = {}
by_short_id = {}
for prob in problem.list(auth=auth):
comp_or_exe, val = get_human_identifier(prob)
if val in by_human_id:
by_human_id[val].append(prob)
else:
by_human_id[val] = [prob]
if prob.short_id in by_short_id:
by_short_id[prob.short_id].append(prob)
else:
by_short_id[prob.short_id] = [prob]
return by_human_id, by_short_id
def match_collision(probs):
'''
Handle matches that result in multiple problems by telling user
to be more specific
'''
print(_('Ambiguous match specified resulting in multiple problems:'))
for prob in probs:
field, val = get_human_identifier(prob)
print('- {}@{} ({})'.format(val, prob.short_id, prob.time))