def test_ok(self):
from nagiosplugin.result import Result, Results
from nagiosplugin.state import Ok
from checkpkgaudit.checkpkgaudit import AuditSummary
results = Results()
ok_r1 = Result(Ok, '', nagiosplugin.Metric('met1', 0))
ok_r2 = Result(Ok, '', nagiosplugin.Metric('met1', 0))
results.add(ok_r1)
results.add(ok_r2)
summary = AuditSummary()
sum_ok = summary.ok(results)
self.assertEqual(sum_ok, '0 vulnerabilities found !')
def test_ok(self):
from nagiosplugin.result import Result, Results
from nagiosplugin.state import Ok
from checkopenbgpd.checkopenbgpd import AuditSummary
results = Results()
ok_r1 = Result(Ok, '', nagiosplugin.Metric('met1', 529001))
ok_r2 = Result(Ok, '', nagiosplugin.Metric('met1', 0))
results.add(ok_r1)
results.add(ok_r2)
summary = AuditSummary()
sum_ok = summary.ok(results)
self.assertEqual(sum_ok, 'All bgp sessions in correct state')
def test_ok(self):
from nagiosplugin.result import Result, Results
from nagiosplugin.state import Ok
from check_dns_sync.check_dns_sync import AuditSummary
results = Results()
ok_r1 = Result(Ok, '', nagiosplugin.Metric('met1', 0))
ok_r2 = Result(Ok, '', nagiosplugin.Metric('met1', 0))
results.add(ok_r1)
results.add(ok_r2)
summary = AuditSummary(None)
sum_ok = summary.ok(results)
self.assertEqual(sum_ok, "All zone are in sync")
def test_ok(self):
from nagiosplugin.result import Result, Results
from nagiosplugin.state import Ok
from checkpkgaudit.checkpkgaudit import AuditSummary
results = Results()
ok_r1 = Result(Ok, '', nagiosplugin.Metric('met1', 0))
ok_r2 = Result(Ok, '', nagiosplugin.Metric('met1', 0))
results.add(ok_r1)
results.add(ok_r2)
summary = AuditSummary()
sum_ok = summary.ok(results)
self.assertEqual(sum_ok, '0 vulnerabilities found !')
def test_ok(self):
from nagiosplugin.result import Result, Results
from nagiosplugin.state import Ok
from checkopenbgpd.checkopenbgpd import AuditSummary
results = Results()
ok_r1 = Result(Ok, '', nagiosplugin.Metric('met1', 529001))
ok_r2 = Result(Ok, '', nagiosplugin.Metric('met1', 0))
results.add(ok_r1)
results.add(ok_r2)
summary = AuditSummary()
sum_ok = summary.ok(results)
self.assertEqual(sum_ok, 'All bgp sessions in correct state')
def test_problem_crit(self):
from nagiosplugin.result import Result, Results
from nagiosplugin.state import Critical
from checkpkgaudit.checkpkgaudit import AuditSummary
message = "found 2 vulnerable(s) pkg(s) in : ns1, ns2"
results = Results()
r1 = Result(Critical, '', nagiosplugin.Metric('ns1', 1))
r2 = Result(Critical, '', nagiosplugin.Metric('ns2', 1))
results.add(r1)
results.add(r2)
summary = AuditSummary()
sum_crit = summary.problem(results)
self.assertEqual(sum_crit, message)
def test_critical(self):
from nagiosplugin.result import Result, Results
from nagiosplugin.state import Critical
from checklayer2link.checklayer2link import AuditSummary
from checklayer2link.checklayer2link import CheckLayer2Link
resource = CheckLayer2Link('192.168.0.1')
results = Results()
crit_r1 = Result(Critical, '', nagiosplugin.Metric('mac', 0,
context='arp', resource=resource))
results.add(crit_r1)
summary = AuditSummary()
sum_pb = summary.problem(results)
self.assertEquals(sum_pb, 'layer 2 for ip 192.168.0.1 is down')
def test_problem_crit_non_metric(self):
from nagiosplugin.result import Result, Results
from nagiosplugin.state import Critical
from check_dns_sync.check_dns_sync import AuditSummary
message = "ns1,ns2 are behind"
results = Results()
r1 = Result(Critical, '', nagiosplugin.Metric('ns1', 1))
r2 = Result(Critical, '', nagiosplugin.Metric('ns2', 1))
results.add(r1)
results.add(r2)
summary = AuditSummary(False)
sum_crit = summary.problem(results)
self.assertEqual(sum_crit, message)
def test_problem_unknown(self):
from nagiosplugin.result import Result, Results
from nagiosplugin.state import Critical, Unknown
from checkpkgaudit.checkpkgaudit import AuditSummary
hint = 'masterdns pkg: jail_attach(masterdns): Operation not permitted'
results = Results()
r1 = Result(Critical, '', nagiosplugin.Metric('met1', 1))
r2 = Result(Unknown, hint, nagiosplugin.Metric('met1', 0))
results.add(r1)
results.add(r2)
summary = AuditSummary()
sum_unknown = summary.problem(results)
self.assertEqual(sum_unknown, hint)
def test_problem_unknown(self):
from nagiosplugin.result import Result, Results
from nagiosplugin.state import Critical, Unknown
from checkpkgaudit.checkpkgaudit import AuditSummary
hint = 'masterdns pkg: jail_attach(masterdns): Operation not permitted'
results = Results()
r1 = Result(Critical, '', nagiosplugin.Metric('met1', 1))
r2 = Result(Unknown, hint, nagiosplugin.Metric('met1', 0))
results.add(r1)
results.add(r2)
summary = AuditSummary()
sum_unknown = summary.problem(results)
self.assertEqual(sum_unknown, hint)
def test_problem_crit(self):
from nagiosplugin.result import Result, Results
from nagiosplugin.state import Critical
from checkpkgaudit.checkpkgaudit import AuditSummary
message = "found 2 vulnerable(s) pkg(s) in : ns1, ns2"
results = Results()
r1 = Result(Critical, '', nagiosplugin.Metric('ns1', 1))
r2 = Result(Critical, '', nagiosplugin.Metric('ns2', 1))
results.add(r1)
results.add(r2)
summary = AuditSummary()
sum_crit = summary.problem(results)
self.assertEqual(sum_crit, message)
def test_ok(self):
from nagiosplugin.result import Result, Results
from nagiosplugin.state import Ok
from checklayer2link.checklayer2link import AuditSummary
from checklayer2link.checklayer2link import CheckLayer2Link
resource = CheckLayer2Link('192.168.0.1')
results = Results()
ok_r1 = Result(Ok, '', nagiosplugin.Metric('mac', 1, context='arp',
resource=resource))
results.add(ok_r1)
summary = AuditSummary()
sum_ok = summary.ok(results)
self.assertEquals(sum_ok, 'layer 2 for ip 192.168.0.1 is up')
def test_problem_unknown(self):
from nagiosplugin.result import Result, Results
from nagiosplugin.state import Critical, Unknown
from check_dns_sync.check_dns_sync import AuditSummary
hint = "No result. Domain probably does not exist"
results = Results()
r1 = Result(Critical, '', nagiosplugin.Metric('met1', 1))
r2 = Result(Unknown, hint, nagiosplugin.Metric('met1', 0))
results.add(r1)
results.add(r2)
summary = AuditSummary(None)
sum_unknown = summary.problem(results)
self.assertEqual(sum_unknown, hint)
def test_most_significant_state(self):
r = Results()
r.add(Result(Ok))
self.assertEqual(Ok, r.most_significant_state)
r.add(Result(Critical))
self.assertEqual(Critical, r.most_significant_state)
r.add(Result(Warn))
self.assertEqual(Critical, r.most_significant_state)
def test_most_significant_state(self):
r = Results()
r.add(Result(Ok))
self.assertEqual(Ok, r.most_significant_state)
r.add(Result(Critical))
self.assertEqual(Critical, r.most_significant_state)
r.add(Result(Warn))
self.assertEqual(Critical, r.most_significant_state)
def test_most_significant_state():
r = Results()
r.add(Result(Ok))
assert Ok == r.most_significant_state
r.add(Result(Critical))
assert Critical == r.most_significant_state
r.add(Result(Warn))
assert Critical == r.most_significant_state
def test_most_signigicant(self):
r = Results()
r.add(Result(Ok), Result(Warn), Result(Ok), Result(Warn))
self.assertEqual([Warn, Warn],
[result.state for result in r.most_significant])
def test_contains(self):
results = Results()
r1 = Result(Unknown, 'r1', nagiosplugin.Metric('m1', 1))
results.add(r1)
self.assertTrue('m1' in results)
self.assertFalse('m2' in results)
def test_first_significant(self):
r = Results()
r.add(Result(Critical), Result(Unknown, 'r1'), Result(Unknown, 'r2'),
Result(Ok))
self.assertEqual(Result(Unknown, 'r1'), r.first_significant)
def test_most_signigicant(self):
r = Results()
r.add(Result(Ok), Result(Warn), Result(Ok), Result(Warn))
self.assertEqual([Warn, Warn],
[result.state for result in r.most_significant])
def test_len(self):
r = Results()
r.add(Result(Ok), Result(Ok), Result(Ok))
self.assertEqual(3, len(r))
def test_first_significant():
r = Results()
r.add(Result(Critical), Result(Unknown, 'r1'), Result(Unknown, 'r2'),
Result(Ok))
assert Result(Unknown, 'r1') == r.first_significant
def test_lookup_by_index():
r = Results()
result = Result(Ok, '', nagiosplugin.Metric('met1', 0))
r.add(Result(Ok, 'other'), result)
assert r[1] == result
def test_lookup_by_metric_name(self):
r = Results()
result = Result(Ok, '', nagiosplugin.Metric('met1', 0))
r.add(result, Result(Ok, 'other'))
self.assertEqual(r['met1'], result)
def test_len():
r = Results()
r.add(Result(Ok), Result(Ok), Result(Ok))
assert 3 == len(r)
def test_lookup_by_metric_name(self):
r = Results()
result = Result(Ok, '', nagiosplugin.Metric('met1', 0))
r.add(result, Result(Ok, 'other'))
self.assertEqual(r['met1'], result)
def test_add_should_fail_unless_result_passed(self):
with self.assertRaises(ValueError):
Results(True)
def test_add_in_init(self):
results = Results(Result(Unknown, 'r1'), Result(Unknown, 'r2'))
self.assertEqual(2, len(results))
def test_lookup_by_metric_name():
r = Results()
result = Result(Ok, '', nagiosplugin.Metric('met1', 0))
r.add(result, Result(Ok, 'other'))
assert r['met1'] == result
def test_contains():
results = Results()
r1 = Result(Unknown, 'r1', nagiosplugin.Metric('m1', 1))
results.add(r1)
assert 'm1' in results
assert 'm2' not in results
def test_most_signigicant():
r = Results()
r.add(Result(Ok), Result(Warn), Result(Ok), Result(Warn))
assert [Warn, Warn] == [result.state for result in r.most_significant]
def test_iterate_in_order_of_descending_states(self):
r = Results()
r.add(Result(Warn), Result(Ok), Result(Critical), Result(Warn))
self.assertEqual([Critical, Warn, Warn, Ok],
[result.state for result in r])
def test_most_significant_should_return_empty_set_if_empty(self):
self.assertEqual([], Results().most_significant)
def test_iterate_in_order_of_descending_states(self):
r = Results()
r.add(Result(Warn), Result(Ok), Result(Critical), Result(Warn))
self.assertEqual([Critical, Warn, Warn, Ok],
[result.state for result in r])
def test_iterate_in_order_of_descending_states():
r = Results()
r.add(Result(Warn), Result(Ok), Result(Critical), Result(Warn))
assert [Critical, Warn, Warn, Ok] == [result.state for result in r]
def test_lookup_by_index(self):
r = Results()
result = Result(Ok, '', nagiosplugin.Metric('met1', 0))
r.add(Result(Ok, 'other'), result)
self.assertEqual(r[1], result)
def test_most_significant_state_shoud_raise_valueerror_if_empty(self):
with self.assertRaises(ValueError):
Results().most_significant_state
def test_lookup_by_index(self):
r = Results()
result = Result(Ok, '', nagiosplugin.Metric('met1', 0))
r.add(Result(Ok, 'other'), result)
self.assertEqual(r[1], result)
def test_first_significant(self):
r = Results()
r.add(Result(Critical), Result(Unknown, 'r1'), Result(Unknown, 'r2'),
Result(Ok))
self.assertEqual(Result(Unknown, 'r1'), r.first_significant)
def test_len(self):
r = Results()
r.add(Result(Ok), Result(Ok), Result(Ok))
self.assertEqual(3, len(r))
def test_contains(self):
results = Results()
r1 = Result(Unknown, 'r1', nagiosplugin.Metric('m1', 1))
results.add(r1)
self.assertTrue('m1' in results)
self.assertFalse('m2' in results)