def test_002_deactivate_normalizer(self):
""" Verify that normalizer deactivation is working.
"""
ln = LogNormalizer(self.normalizer_path)
active_n = ln.get_active_normalizers()
to_deactivate = active_n.keys()[:2]
for to_d in to_deactivate:
del active_n[to_d]
ln.set_active_normalizers(active_n)
ln.reload()
self.assertEqual(len([an[0] for an in ln.get_active_normalizers().items() if an[1]]), len(ln)-2)
self.assertEqual(len(ln._cache), len(ln)-2)
def test_002_deactivate_normalizer(self):
""" Verify that normalizer deactivation is working.
"""
ln = LogNormalizer(self.normalizer_path)
active_n = ln.get_active_normalizers()
to_deactivate = active_n.keys()[:2]
for to_d in to_deactivate:
del active_n[to_d]
ln.set_active_normalizers(active_n)
ln.reload()
self.assertEqual(len([an[0] for an in ln.get_active_normalizers().items() if an[1]]), len(ln)-2)
self.assertEqual(len(ln._cache), len(ln)-2)
def test_003_activate_normalizer(self):
""" Verify that normalizer activation is working.
"""
ln = LogNormalizer(self.normalizer_path)
active_n = ln.get_active_normalizers()
to_deactivate = active_n.keys()[0]
to_activate = to_deactivate
del active_n[to_deactivate]
ln.set_active_normalizers(active_n)
ln.reload()
# now deactivation should be done so reactivate
active_n[to_activate] = True
ln.set_active_normalizers(active_n)
ln.reload()
self.assertEqual(len([an[0] for an in ln.get_active_normalizers() if an[1]]), len(ln))
self.assertEqual(len(ln._cache), len(ln))
def test_003_activate_normalizer(self):
""" Verify that normalizer activation is working.
"""
ln = LogNormalizer(self.normalizer_path)
active_n = ln.get_active_normalizers()
to_deactivate = active_n.keys()[0]
to_activate = to_deactivate
del active_n[to_deactivate]
ln.set_active_normalizers(active_n)
ln.reload()
# now deactivation should be done so reactivate
active_n[to_activate] = True
ln.set_active_normalizers(active_n)
ln.reload()
self.assertEqual(len([an[0] for an in ln.get_active_normalizers() if an[1]]), len(ln))
self.assertEqual(len(ln._cache), len(ln))
def test_001_all_normalizers_activated(self):
""" Verify that we have all normalizer
activated when we instanciate LogNormalizer with
an activate dict empty.
"""
ln = LogNormalizer(self.normalizer_path)
self.assertTrue(len(ln))
self.assertEqual(len([an[0] for an in ln.get_active_normalizers() if an[1]]), len(ln))
self.assertEqual(len(ln._cache), len(ln))
def test_001_all_normalizers_activated(self):
""" Verify that we have all normalizer
activated when we instanciate LogNormalizer with
an activate dict empty.
"""
ln = LogNormalizer(self.normalizer_path)
self.assertTrue(len(ln))
self.assertEqual(len([an[0] for an in ln.get_active_normalizers() if an[1]]), len(ln))
self.assertEqual(len(ln._cache), len(ln))
def test_006_normalizer_test_a_syslog_log_with_syslog_deactivate(self):
""" Verify that lognormalizer does not extract
syslog header as tags when syslog normalizer is deactivated.
"""
testlog = {'raw': 'Jul 18 08:55:35 naruto app[3245]: body message'}
ln = LogNormalizer(self.normalizer_path)
active_n = ln.get_active_normalizers()
del active_n['syslog']
ln.set_active_normalizers(active_n)
ln.reload()
ln.lognormalize(testlog)
self.assertTrue('uuid' in testlog.keys())
self.assertFalse('date' in testlog.keys())
self.assertFalse('program' in testlog.keys())
def test_006_normalizer_test_a_syslog_log_with_syslog_deactivate(self):
""" Verify that lognormalizer does not extract
syslog header as tags when syslog normalizer is deactivated.
"""
testlog = {'raw': 'Jul 18 08:55:35 naruto app[3245]: body message'}
ln = LogNormalizer(self.normalizer_path)
active_n = ln.get_active_normalizers()
to_deactivate = [n for n in active_n.keys() if n.find('syslog') >= 0]
for n in to_deactivate:
del active_n[n]
ln.set_active_normalizers(active_n)
ln.reload()
ln.lognormalize(testlog)
self.assertTrue('uuid' in testlog.keys())
self.assertFalse('date' in testlog.keys())
self.assertFalse('program' in testlog.keys())
