def test_flatten_dict_no_original_modification(self):
sjutils.flatten_dict(self.simple_dictionary)
self.assertEqual(self.simple_dictionary, {
'first': 'value',
'second': {
'nested': 'hello'
}
})
def test_flatten_dict_no_original_modification(self):
sjutils.flatten_dict(self.simple_dictionary)
self.assertEqual(self.simple_dictionary, {
"first": "value",
"second": {
"nested": "hello"
}
})
def test_flatten_dict_medium_with_sep(self):
self.assertEqual(sjutils.flatten_dict(self.nested_dictionary, sep=':'),
{
'first:1:2': '3',
'first:a:b:c': 'd',
'first:a:b:e': 'f'
})
def test_flatten_dict_simple_with_sep(self):
self.assertEqual(
sjutils.flatten_dict(self.simple_dictionary, sep=":"),
{
"first": "value",
"second:nested": "hello"
},
)
def test_flatten_dict_simple(self):
self.assertEqual(
sjutils.flatten_dict(self.simple_dictionary),
{
"first": "value",
"second/nested": "hello"
},
)
def test_flatten_dict_medium(self):
self.assertEqual(
sjutils.flatten_dict(self.nested_dictionary),
{
"first/1/2": "3",
"first/a/b/c": "d",
"first/a/b/e": "f"
},
)
def test_flatten_dict_medium_with_sep(self):
self.assertEqual(
sjutils.flatten_dict(self.nested_dictionary, sep=":"),
{
"first:1:2": "3",
"first:a:b:c": "d",
"first:a:b:e": "f"
},
)
def set_checks_status(pg_manager, ctx_list, _request, checks):
""" Sets results of provided @checks.
@checks: must be a list of check dictionaries of the form
[{'status_id': sts_id_value,
'sequence_id': seq_id_value,
'status': sts_value,
'message': msg_value,
'status_infos': infos_dict,
}, ... ]
"""
for check in checks:
if check['status_id'] == None:
logger.error(
'set_checks_status: Trying to set check status with invalid input parameter (status_id): %s'
% (str(check)))
continue
query = """SELECT repeat, repeat_on_error FROM spv.status NATURAL JOIN spv.checks_group NATURAL JOIN spv.checks WHERE status_id=%(status_id)s"""
pg_manager.execute(ctx_list[0], query, check)
res = pg_manager.fetchone(ctx_list[0])
if not res:
logger.error(
'status_id %s does not exist anymore. Skipping status update' %
(str(check)))
continue
repeat, repeat_on_error = res
if check['status'] == 'ERROR':
set_next_check = """, next_check = next_check
- CAST ('%s seconds' AS INTERVAL)
+ CAST ('%s seconds' AS INTERVAL)""" % (
repeat, repeat_on_error)
else:
set_next_check = ""
query = """UPDATE status SET last_check=now(), check_status=%(status)s, check_message=%(message)s, seq_id = seq_id + 1"""
query += set_next_check
query += """ WHERE status_id=%(status_id)s AND seq_id=%(sequence_id)s"""
pg_manager.execute(ctx_list[0], query, check)
if check.get('status_infos'):
tmp_dict = sjutils.flatten_dict(check['status_infos'], sep=':')
for key, value in tmp_dict.iteritems():
query = """INSERT INTO status_infos_view (status_id, key, value) VALUES (%(status_id)s, %(key)s, %(value)s)"""
pg_manager.execute(
ctx_list[0], query, {
'status_id': check['status_id'],
'key': str(key),
'value': str(value)
})
pg_manager.commit(ctx_list[0])
def set_checks_status(pg_manager, ctx_list, _request, checks):
""" Sets results of provided @checks.
@checks: must be a list of check dictionaries of the form
[{'status_id': sts_id_value,
'sequence_id': seq_id_value,
'status': sts_value,
'message': msg_value,
'status_infos': infos_dict,
}, ... ]
"""
for check in checks:
if check['status_id'] == None:
logger.error('set_checks_status: Trying to set check status with invalid input parameter (status_id): %s' % (str(check)))
continue
query = """SELECT repeat, repeat_on_error FROM spv.status NATURAL JOIN spv.checks_group NATURAL JOIN spv.checks WHERE status_id=%(status_id)s"""
pg_manager.execute(ctx_list[0], query, check)
res = pg_manager.fetchone(ctx_list[0])
if not res:
logger.error('status_id %s does not exist anymore. Skipping status update' % (str(check)))
continue
repeat, repeat_on_error = res
if check['status'] == 'ERROR':
set_next_check = """, next_check = next_check
- CAST ('%s seconds' AS INTERVAL)
+ CAST ('%s seconds' AS INTERVAL)""" % (repeat, repeat_on_error)
else:
set_next_check = ""
query = """UPDATE status SET last_check=now(), check_status=%(status)s, check_message=%(message)s, seq_id = seq_id + 1"""
query += set_next_check
query += """ WHERE status_id=%(status_id)s AND seq_id=%(sequence_id)s"""
pg_manager.execute(ctx_list[0], query, check)
if check.get('status_infos'):
tmp_dict = sjutils.flatten_dict(check['status_infos'], sep = ':')
for key, value in tmp_dict.iteritems():
query = """INSERT INTO status_infos_view (status_id, key, value) VALUES (%(status_id)s, %(key)s, %(value)s)"""
pg_manager.execute(ctx_list[0], query, {'status_id': check['status_id'],
'key': str(key),
'value': str(value)})
pg_manager.commit(ctx_list[0])
def test_flatten_dict_simple(self):
self.assertEqual(sjutils.flatten_dict(self.simple_dictionary),
{'first': 'value',
'second/nested': 'hello'})
def test_flatten_dict_medium_with_sep(self):
self.assertEqual(sjutils.flatten_dict(self.nested_dictionary, sep = ':'),
{'first:1:2': '3',
'first:a:b:c': 'd',
'first:a:b:e': 'f'})
def test_flatten_dict_medium(self):
self.assertEqual(sjutils.flatten_dict(self.nested_dictionary),
{'first/1/2': '3',
'first/a/b/c': 'd',
'first/a/b/e': 'f'})
def test_flatten_dict_medium(self):
self.assertEqual(sjutils.flatten_dict(self.nested_dictionary), {
'first/1/2': '3',
'first/a/b/c': 'd',
'first/a/b/e': 'f'
})
def test_flatten_dict_simple_with_sep(self):
self.assertEqual(sjutils.flatten_dict(self.simple_dictionary, sep=':'),
{
'first': 'value',
'second:nested': 'hello'
})
def test_flatten_dict_simple(self):
self.assertEqual(sjutils.flatten_dict(self.simple_dictionary), {
'first': 'value',
'second/nested': 'hello'
})
def test_flatten_dict_no_original_modification(self):
sjutils.flatten_dict(self.simple_dictionary)
self.assertEqual(self.simple_dictionary,
{'first': 'value',
'second': {'nested': 'hello'}})
def test_flatten_dict_simple_with_sep(self):
self.assertEqual(sjutils.flatten_dict(self.simple_dictionary, sep = ':'),
{'first': 'value',
'second:nested': 'hello'})