def test_unique_values_from_query(self):
"""Athena - Unique Values from Query"""
query = {
'ResultSet': {
'Rows': [
{
'Data': [{
'VarCharValue': 'foobar'
}]
},
{
'Data': [{
'VarCharValue': 'barfoo'
}]
},
{
'Data': [{
'VarCharValue': 'barfoo'
}]
},
{
'Data': [{
'VarCharValue': 'foobarbaz'
}]
},
]
}
}
expected_result = {'foobar', 'barfoo', 'foobarbaz'}
result = self.client._unique_values_from_query(query)
assert_count_equal(result, expected_result)
def test_get_tasks_config():
tc = api.get_tasks_config()
nt.assert_is_instance(tc, TasksConfigBaseMapping)
nt.assert_count_equal(tc, [
'test_stolos/test_get_tasks_config/depends_on2',
'test_stolos/test_get_tasks_config/custom_job_id1',
'test_stolos/test_get_tasks_config/app2',
'test_stolos/test_get_tasks_config/topological_sort1',
'test_stolos/test_get_tasks_config/fanout1',
'test_stolos/test_get_tasks_config/depends_on1',
'test_stolos/test_get_tasks_config/bash2',
'test_stolos/test_get_tasks_config/app3',
'test_stolos/test_get_tasks_config/app1',
'test_stolos/test_get_tasks_config/bash1',
'test_stolos/test_get_tasks_config/app4',
'test_stolos/test_get_tasks_config/valid1',
'test_stolos/test_get_tasks_config/valid2',
'test_stolos/test_get_tasks_config/valid3',
'test_stolos/test_get_tasks_config/valid3b',
'test_stolos/test_get_tasks_config/valid4',
'test_stolos/test_get_tasks_config/all_test1',
'test_stolos/test_get_tasks_config/all_test2',
'test_stolos/test_get_tasks_config/all_test3',
'test_stolos/test_get_tasks_config/all_test4',
'test_stolos/test_get_tasks_config/all_test4b',
'test_stolos/test_get_tasks_config/all_test5',
'test_stolos/test_get_tasks_config/autofill1',
'test_stolos/test_get_tasks_config/autofill2',
'test_stolos/test_get_tasks_config/autofill3',
'test_stolos/test_get_tasks_config/autofill_getparents',
])
def test_get_table_partitions(self):
"""Athena - Get Table Partitions"""
self.client._client.results = [
{
'Data': [{
'VarCharValue': 'dt=2018-12-10-10'
}]
},
{
'Data': [{
'VarCharValue': 'dt=2018-12-09-10'
}]
},
{
'Data': [{
'VarCharValue': 'dt=2018-12-09-10'
}]
},
{
'Data': [{
'VarCharValue': 'dt=2018-12-11-10'
}]
},
]
expected_result = {
'dt=2018-12-10-10', 'dt=2018-12-09-10', 'dt=2018-12-11-10'
}
result = self.client.get_table_partitions('test_table')
assert_count_equal(result, expected_result)
def test_expand_action_with_permission_only_action(self):
# There are 17 privileges list as "logs.CreateLogDelivery [permission only]"
expanded_actions = expand_action("logs:GetLogDelivery")
assert_count_equal(expanded_actions, [{
"service": "logs",
"action": "GetLogDelivery"
}])
def test_tojson(self):
serialise.JSON().write('test', db)
expect = {
'Town': [
{'name': 'down', '_uid': self.t1._uid},
{'name': 'up', '_uid': self.t2._uid}
],
'Address': [
{'street': 'easy', 'town': self.t1._uid, '_uid': self.a1._uid},
{'street': 'some', 'town': self.t2._uid, '_uid': self.a2._uid}
],
'Person': [
{'custno': 1, 'name': 'matt', 'age': 43,
'address': self.a1._uid, '_uid': self.p1._uid},
{'custno': 2, 'name': 'bob', 'age': 3,
'address': self.a1._uid, '_uid': self.p2._uid},
{'custno': 3, 'name': 'peter', 'age': 29,
'address': self.a2._uid, '_uid': self.p3._uid}
]
}
with open('test', 'rt') as fh:
got = json.load(fh)
assert set(got.keys()) == set(expect.keys())
for table, data in got.items():
assert_count_equal(data, expect[table])
def test_get_tasks_config():
tc = api.get_tasks_config()
nt.assert_is_instance(tc, TasksConfigBaseMapping)
nt.assert_count_equal(
tc,
['test_stolos/test_get_tasks_config/depends_on2',
'test_stolos/test_get_tasks_config/custom_job_id1',
'test_stolos/test_get_tasks_config/app2',
'test_stolos/test_get_tasks_config/topological_sort1',
'test_stolos/test_get_tasks_config/fanout1',
'test_stolos/test_get_tasks_config/depends_on1',
'test_stolos/test_get_tasks_config/bash2',
'test_stolos/test_get_tasks_config/app3',
'test_stolos/test_get_tasks_config/app1',
'test_stolos/test_get_tasks_config/bash1',
'test_stolos/test_get_tasks_config/app4',
'test_stolos/test_get_tasks_config/valid1',
'test_stolos/test_get_tasks_config/valid2',
'test_stolos/test_get_tasks_config/valid3',
'test_stolos/test_get_tasks_config/valid3b',
'test_stolos/test_get_tasks_config/valid4',
'test_stolos/test_get_tasks_config/all_test1',
'test_stolos/test_get_tasks_config/all_test2',
'test_stolos/test_get_tasks_config/all_test3',
'test_stolos/test_get_tasks_config/all_test4',
'test_stolos/test_get_tasks_config/all_test4b',
'test_stolos/test_get_tasks_config/all_test5',
'test_stolos/test_get_tasks_config/autofill1',
'test_stolos/test_get_tasks_config/autofill2',
'test_stolos/test_get_tasks_config/autofill3',
'test_stolos/test_get_tasks_config/autofill_getparents',
])
def test_load_include():
"""Shared - Config Loading - Include"""
config = load_config(include={'clusters', 'logs.json'})
expected_keys = ['clusters', 'logs']
expected_clusters_keys = ['prod', 'dev']
assert_count_equal(list(config.keys()), expected_keys)
assert_count_equal(list(config['clusters'].keys()),
expected_clusters_keys)
def then_compare_tables(context):
expected = context.table
testing.assert_true(expected, "Please ensure table is provided")
observed = context.result
testing.assert_count_equal([str(x) for x in observed.columns], expected.headings)
testing.assert_equals(len(expected.rows), len(observed))
for i in range(len(expected.rows)):
testing.assert_count_equal([str(x) for x in observed.loc[i].tolist()],
list(expected.rows[i]))
def test_query_result_paginator(self):
"""Athena - Query Result Paginator"""
data = {'Data': [{'VarCharValue': 'result'}]}
self.client._client.results = [
data,
]
items = list(self.client.query_result_paginator('test query'))
assert_count_equal(items, [{'ResultSet': {'Rows': [data]}}] * 4)
def test_iter(self):
context = {
'd': 13,
'str': 'string_Test',
}
exec_context = ExecutionContext.from_ns(context)
correct = list(exec_context.keys())
test = list(exec_context)
nt.assert_count_equal(test, correct)
def test_hansle_typelets():
"""
hansel typelets should be a complete list. this means
it will contain superclass typelets as well.
"""
nt.assert_count_equal(Parent._earthdragon_typelets, ['id'])
nt.assert_count_equal(Child._earthdragon_merged_typelets, ['id', 'id2'])
nt.assert_count_equal(Child._earthdragon_typelets, [ 'id2'])
nt.assert_count_equal(GrandChild._earthdragon_merged_typelets, ['id', 'id2', 'id3'])
nt.assert_count_equal(GrandChild._earthdragon_typelets, ['id3'])
def test_iter(self):
context = {
'd': 13,
'str': 'string_Test',
}
exec_context = ExecutionContext.from_ns(context)
correct = list(exec_context.keys())
test = list(exec_context)
nt.assert_count_equal(test, correct)
def test_multigraph_with_keys(self):
G = nx.MultiGraph()
nx.add_cycle(G, [0, 1, 2, 3])
G.add_edge(1, 2)
G.add_edge(1, 2)
edges = list(eulerian_circuit(G, source=0, keys=True))
nodes = [u for u, v, k in edges]
assert_equal(nodes, [0, 3, 2, 1, 2, 1])
assert_equal(edges[:2], [(0, 3, 0), (3, 2, 0)])
assert_count_equal(edges[2:5], [(2, 1, 0), (1, 2, 1), (2, 1, 2)])
assert_equal(edges[5:], [(1, 0, 0)])
def subs_eq(got, expected, any_order=False):
"""
Compare Subtitle objects using vars() so that differences are easy to
identify.
"""
got_vars = [vars(sub) for sub in got]
expected_vars = [vars(sub) for sub in expected]
if any_order:
assert_count_equal(got_vars, expected_vars)
else:
eq(got_vars, expected_vars)
def subs_eq(got, expected, any_order=False):
'''
Compare Subtitle objects using vars() so that differences are easy to
identify.
'''
got_vars = [vars(sub) for sub in got]
expected_vars = [vars(sub) for sub in expected]
if any_order:
assert_count_equal(got_vars, expected_vars)
else:
eq(got_vars, expected_vars)
def test_output_loading():
"""OutputDispatcher - Loading Output Classes"""
loaded_outputs = set(StreamAlertOutput.get_all_outputs())
# Add new outputs to this list to make sure they're loaded properly
expected_outputs = {
'aws-firehose', 'aws-lambda', 'aws-s3', 'aws-ses', 'aws-sns',
'aws-sqs', 'aws-cloudwatch-log', 'carbonblack', 'demisto', 'github',
'jira', 'komand', 'pagerduty', 'pagerduty-v2', 'pagerduty-incident',
'phantom', 'slack', 'teams'
}
assert_count_equal(loaded_outputs, expected_outputs)
def test(self, parse):
zk_dict = {
'zk0': {'Addr': 'zkv4', 'L4Port': 2181},
'zk1': {'Addr': 'zkv6', 'L4Port': 2182},
}
inst = Topology()
parse.side_effect = lambda x: x
# Call
inst._parse_zk_dicts({"ZookeeperService": zk_dict})
# Tests
ntools.assert_count_equal(inst.zookeepers,
["[zkv4]:2181", "[zkv6]:2182"])
def test(self, router):
def _mk_router(type_):
m = create_mock(["interface"])
m.interface = create_mock(["link_type"])
m.interface.link_type = type_
routers[type_].append(m)
return m
routers = defaultdict(list)
router_dict = {
"br-parent": "PARENT",
"br-child": "CHILD",
"br-peer": "PEER",
"br-core0": "CORE",
"br-core1": "CORE",
}
inst = Topology()
router.side_effect = lambda v, k: _mk_router(v)
# Call
inst._parse_router_dicts({"BorderRouters": router_dict})
# Tests
ntools.assert_count_equal(inst.parent_border_routers,
routers["PARENT"])
ntools.assert_count_equal(inst.child_border_routers, routers["CHILD"])
ntools.assert_count_equal(inst.peer_border_routers, routers["PEER"])
ntools.assert_count_equal(inst.core_border_routers, routers["CORE"])
def test(self, router):
def _mk_router(type_):
m = create_mock(["interfaces"])
m.interfaces = {0: create_mock(["link_type"])}
m.interfaces[0].link_type = type_
routers[type_].append(m)
return m
routers = defaultdict(list)
router_dict = {"br-parent": "parent"}
inst = Topology()
router.side_effect = lambda v, k: _mk_router(v)
# Call
inst._parse_router_dicts({"BorderRouters": router_dict})
# Tests
ntools.assert_count_equal(inst.border_routers, routers["parent"])
def test_topological_sort(topological_sort1, app1, app2, depends_on1, bash2,
depends_on_job_id1, func_name):
nt.assert_count_equal(
list(dag_tools.topological_sort(dag_tools.get_parents(
topological_sort1, depends_on_job_id1, True,))),
[
(app1, '20140601_101_profile-%s' % func_name, u'dep1'),
(app1, '20140601_102_profile-%s' % func_name, u'dep1'),
(app2, '20140601_101_profile-%s' % func_name, u'dep1'),
(app2, '20140601_102_profile-%s' % func_name, u'dep1'),
(depends_on1, u'20140601_testID1-%s' % func_name, u'dep1'),
(bash2, '20140601_101_profile-%s' % func_name, u'dep1'),
(bash2, '20140601_102_profile-%s' % func_name, u'dep1')
]
)
def test_eval(self):
"""L5PC: test evaluation of l5pc evaluator"""
result = self.l5pc_evaluator.evaluate_with_dicts(
param_dict=release_parameters)
expected_results = load_from_json('expected_results.json')
# Use two lines below to update expected result
# expected_results['TestL5PCEvaluator.test_eval'] = result
# dump_to_json(expected_results, 'expected_results.json')
try:
nt.assert_count_equal(
result, expected_results['TestL5PCEvaluator.test_eval'])
except AttributeError:
nt.assert_items_equal(
result, expected_results['TestL5PCEvaluator.test_eval'])
def test_auto_finder(self):
data = self.data
tr = self.gen_repo(data)
# test get
for id in data:
obj = tr.get(id)
self.check_obj_against_data(obj)
# check by user
user_res = tr.by_user_id(22)
for id, obj in user_res.items():
self.check_obj_against_data(obj)
nt.assert_count_equal(user_res, [1, 2])
user_res = tr.by_user_id(25)
nt.assert_count_equal(user_res, [4])
def test_eval(self):
"""L5PC: test evaluation of l5pc evaluator"""
result = self.l5pc_evaluator.evaluate_with_dicts(
param_dict=release_parameters)
expected_results = load_from_json('expected_results.json')
# Use two lines below to update expected result
# expected_results['TestL5PCEvaluator.test_eval'] = result
# dump_to_json(expected_results, 'expected_results.json')
try:
nt.assert_count_equal(
result,
expected_results['TestL5PCEvaluator.test_eval'])
except AttributeError:
nt.assert_items_equal(
result,
expected_results['TestL5PCEvaluator.test_eval'])
def test_merge_required_outputs_dne():
"""Shared - Merge Required Outputs, Does Not Exist"""
# A simple user config that will be merged with required outputs
users_config = {
'aws-s3': {
'bucket': 'my.s3.bucket'
},
'aws-sns': {
'topic': 'my-sns-topic'
},
'slack': ['slack_output']
}
outputs = resources.merge_required_outputs(users_config, "test")
assert_equal(len(outputs), 4)
expected_fh = {'alerts': 'test_streamalert_alert_delivery'}
assert_count_equal(outputs['aws-firehose'], expected_fh)
def test_expanded_multi_nested_partial():
# we are expecting these to match by execution context
ns = {'test1':0, 'test2': 1}
leaf = _manifest("(test1 + test2)", ns)
ns = {'x':1, 'y': leaf}
xy = _manifest("(x + y)", ns)
ns = {'a': 1, 'b': xy}
sub = _manifest("(a + b)", ns)
parent_ns = {'e': 3, 'a': sub}
parent = _manifest("e + a", parent_ns)
expanded = parent.expand()
nt.assert_count_equal(expanded.context.keys(),
['a', 'e', 'x', 'test1', 'test2'])
nt.assert_equal(expanded.expression.get_source(),
"(e + (a + (x + (test1 + test2))))")
nt.assert_equal(expanded.eval(), 6)
async def test(self) -> None:
for i in range(0, 8, 4):
for j in range(2):
await self.add_chunks((j, i))
chunk_info = await self.r.get_chunk_info()
expected_calls = []
for i in range(0, 8, 4):
for j in range(2):
for k in range(i, i + 4, 2):
expected_calls.append(mock.call(
'prefix/weights', np.s_[j:j+1, k:k+2, 0:2], mock.ANY))
for i in range(0, 8, 2):
expected_calls.append(mock.call(
'prefix/weights_channel', np.s_[0:2, i:i+2], mock.ANY))
assert_count_equal(expected_calls, self.chunk_store.put_chunk.mock_calls)
# Check the array values. assert_count_equal doesn't work well for this
# because of how equality operators are implemented in numpy.
for call in self.chunk_store.put_chunk.mock_calls:
name, slices, value = call[1]
if name == 'prefix/weights':
np.testing.assert_array_equal(self.weights[slices], value)
else:
np.testing.assert_array_equal(self.weights_channel[slices], value)
assert_equal(
chunk_info,
{
'weights': {
'prefix': 'prefix',
'chunks': ((1, 1), (2, 2, 2, 2), (2,)),
'shape': (2, 8, 2),
'dtype': '|u1'
},
'weights_channel': {
'prefix': 'prefix',
'chunks': ((2,), (2, 2, 2, 2)),
'shape': (2, 8),
'dtype': np.dtype(np.float32).str
}
})
def test_expand_action_with_expansion_for_prefix_used_multiple_times(self):
expanded_actions = expand_action("ses:Describe*")
assert_count_equal(
expanded_actions,
[
{
"service": "ses",
"action": "DescribeActiveReceiptRuleSet"
},
{
"service": "ses",
"action": "DescribeConfigurationSet"
},
{
"service": "ses",
"action": "DescribeReceiptRule"
},
{
"service": "ses",
"action": "DescribeReceiptRuleSet"
},
],
)
def test_expression(self):
source = """
arr = np.arange(20)
res = np.sum(arr)
"""
source = dedent(source)
lines = source.strip().split('\n')
load_names = [['np'], ['np', 'arr']]
for i, line in enumerate(lines):
code = ast.parse(line, '<>', 'exec')
# expression must be evaluable, assignments are not
with nt.assert_raises(Exception):
Expression(code.body[0])
extracted_expr = grab_expression_from_assign(code)
# skip the assign
base_expr = ast.parse(line.split('=')[1].strip(), mode='eval')
exp1 = Expression(extracted_expr)
exp2 = Expression(base_expr)
nt.assert_equal(exp1, exp2)
nt.assert_is_not(exp1, exp2)
nt.assert_count_equal(exp1.load_names(), load_names[i])
def test_get_children(func_name, app1, app2, app4, depends_on1,
depends_on2, bash1, bash2):
nt.assert_count_equal(
list(dag_tools.get_children(
depends_on2, '20140601_876_profile-%s' % func_name)),
[(depends_on1, u'20140601_testID2-%s' % func_name, u'depgrp2')])
nt.assert_count_equal(
list(dag_tools.get_children(bash2, '20140601_9899_purchase')),
[]
)
nt.assert_count_equal(
list(dag_tools.get_children(bash1, '20140601_9899_purchase')),
[(bash2, '20140601_9899_purchase', 'default')]
)
nt.assert_count_equal(
list(dag_tools.get_children(
app1, '20140601_999_purchase-%s' % func_name)),
[
(depends_on1, u'20140601_testID1-%s' % func_name, u'depgrp1'),
(app2, '20140601_999_purchase-%s' % func_name, 'default'),
(app4, '20140601_999_purchase-%s' % func_name, 'default'),
]
)
nt.assert_count_equal(
list(dag_tools.get_children(
app1, '20140601_876_purchase-%s' % func_name)),
[
(depends_on1, u'20140601_testID1-%s' % func_name, u'depgrp1'),
(app2, '20140601_876_purchase-%s' % func_name, 'default'),
(app4, '20140601_876_purchase-%s' % func_name, 'default'),
]
)
def test_save(self):
indexer = RepoFinder(None, {'user_id':{}, 'product_id': {}})
indexer.save(Obj(1, 123, 4))
indexer.save(Obj(3, 123, 5))
# only saving objects for one user
user_id_index = indexer.indexers['user_id']
nt.assert_count_equal(user_id_index, [123])
# get obj for user, check ids
obj_for_user = user_id_index[123]
nt.assert_count_equal(obj_for_user, [1,3])
# saved obj for two products
product_id_index = indexer.indexers['product_id']
nt.assert_count_equal(product_id_index, [4,5])
objs_for_product = product_id_index[4]
nt.assert_count_equal(objs_for_product, [1])
def test_merge_required_outputs_exists():
"""Shared - Merge Required Outputs, Has Existing"""
# A simple user config with an exist aws-firehose output
# that will be merged with required outputs
users_config = {
'aws-firehose': {
'notalerts': 'resource_name'
},
'aws-sns': {
'topic': 'my-sns-topic'
},
'slack': ['slack_output']
}
outputs = resources.merge_required_outputs(users_config, "test")
assert_equal(len(outputs), 3)
expected_fh = {
'notalerts': 'resource_name',
'alerts': 'test_streamalert_alert_delivery'
}
assert_count_equal(outputs['aws-firehose'], expected_fh)
def test_fan_out_tasks(app1, app2, app4, fanout1, func_name):
# test for Many-to-Many relationships between parent and child tasks
nt.assert_count_equal(
list(dag_tools.get_parents(
'test_stolos/test_fan_out_tasks/fanout1', '20140715_8')),
[])
nt.assert_count_equal(
list(dag_tools.get_parents(
'test_stolos/test_fan_out_tasks/fanout1',
'20140715_testID5-%s' % func_name, True)),
[
(app1, '20140714_555_profile-%s' % func_name, u'dep2'),
(app1, '20140715_555_profile-%s' % func_name, u'dep2'),
])
nt.assert_count_equal(
list(dag_tools.get_children(
'test_stolos/test_fan_out_tasks/app1',
'20140715_9_profile-%s' % func_name, True,)),
[(app2, '20140715_9_profile-%s' % func_name, 'default'),
(app4, '20140715_9_profile-%s' % func_name, 'default'),
(fanout1, '20140715_testID1-%s' % func_name, u'dep1'),
(fanout1, '20140715_testID2-%s' % func_name, u'dep1'),
(fanout1, '20140715_testID3-%s' % func_name, u'dep1'),
])
nt.assert_count_equal(
list(dag_tools.get_children(
app1, '20140715_555_profile-%s' % func_name, True,)),
[
(app2, '20140715_555_profile-%s' % func_name, 'default'),
(app4, '20140715_555_profile-%s' % func_name, 'default'),
(fanout1, u'20140714_testID5-%s' % func_name, u'dep2'),
(fanout1, u'20140714_testID6-%s' % func_name, u'dep2'),
(fanout1, u'20140715_testID1-%s' % func_name, u'dep1'),
(fanout1, u'20140715_testID2-%s' % func_name, u'dep1'),
(fanout1, u'20140715_testID3-%s' % func_name, u'dep1'),
(fanout1, u'20140715_testID5-%s' % func_name, u'dep2'),
(fanout1, u'20140715_testID6-%s' % func_name, u'dep2'),
])
def test_expand_action_with_casing(self):
expanded_actions = expand_action("iAm:li*sTuS*rs")
assert_count_equal(expanded_actions, [{
"service": "iam",
"action": "ListUsers"
}])
def test_expand_action_with_expansion(self):
expanded_actions = expand_action("s3:listallmybucke*")
assert_count_equal(expanded_actions, [{
"service": "s3",
"action": "ListAllMyBuckets"
}])
def test_required_auth_info(self):
"""SalesforceApp - Required Auth Info"""
assert_count_equal(list(self._app.required_auth_info().keys()), {
'client_id', 'client_secret', 'username', 'password',
'security_token'
})
def test_discover_fields():
# can find simple list of properties
assert_count_equal(panoptes._discover_fields({}), [])
assert_count_equal(panoptes._discover_fields({'f1': 'v1'}), ['f1'])
assert_count_equal(panoptes._discover_fields({
'f1': 'v1',
'f2': 'v2'
}), ['f1', 'f2'])
assert_count_equal(
panoptes._discover_fields({
'f1': 'v1',
'destination': 'd1',
'f2': 'v2'
}), ['f1', 'f2'])
# ignores known fields
assert_count_equal(panoptes._discover_fields({'destination': 'v1'}), [])
assert_count_equal(
panoptes._discover_fields({
'destination': 'v1',
'f2': 'v2'
}), ['f2'])
def test_build_dag():
dag = api.build_dag()
nt.assert_is_instance(dag, MultiDiGraph)
tc = api.get_tasks_config()
nt.assert_count_equal(tc.keys(), dag.node.keys())
def test_get_parents(app1, app2, depends_on1, depends_on2, bash1, bash2,
depends_on_job_id1, func_name):
# test case with no parents
nt.assert_equal(
list(dag_tools.get_parents(app1, '20140101_876_purchase', True)),
[]
)
# test the basic inheritance scenario
nt.assert_count_equal(
list(dag_tools.get_parents(bash2, '20140501_876_profile', True)),
[(bash1, '20140501_876_profile', 'default')]
)
# test invalid job_id
nt.assert_count_equal(
list(dag_tools.get_parents(depends_on1, '20140101_999999', True)),
[]
)
# test invalid metadata in job_id
nt.assert_count_equal(
list(dag_tools.get_parents(depends_on1, '20140601_999', True)),
[]
)
# test depends_on for one of the dependency groups
nt.assert_count_equal(
list(dag_tools.get_parents(
depends_on1, '20140601_testID2-%s' % func_name, True)),
[
(depends_on2, '20140601_1011_profile-%s' % func_name, u'depgrp2'),
(depends_on2, '20140601_9020_profile-%s' % func_name, u'depgrp2'),
(depends_on2, '20140601_876_profile-%s' % func_name, u'depgrp2')
])
# test depends_on for one of the dependency groups
# also tests that get_parents returns a stable ordering
nt.assert_count_equal(
list(dag_tools.get_parents(depends_on1, depends_on_job_id1, True)),
[
(app1, '20140601_1011_profile-%s' % func_name, u'depgrp1'),
(app1, '20140601_1011_purchase-%s' % func_name, u'depgrp1'),
(app1, '20140601_9020_profile-%s' % func_name, u'depgrp1'),
(app1, '20140601_9020_purchase-%s' % func_name, u'depgrp1'),
(app1, '20140601_876_profile-%s' % func_name, u'depgrp1'),
(app1, '20140601_876_purchase-%s' % func_name, u'depgrp1'),
(app1, '20140601_999_purchase-%s' % func_name, u'depgrp1'),
(app2, '20140601_1011_profile-%s' % func_name, u'depgrp1'),
(app2, '20140601_1011_purchase-%s' % func_name, u'depgrp1'),
(app2, '20140601_9020_profile-%s' % func_name, u'depgrp1'),
(app2, '20140601_9020_purchase-%s' % func_name, u'depgrp1'),
(app2, '20140601_876_profile-%s' % func_name, u'depgrp1'),
(app2, '20140601_876_purchase-%s' % func_name, u'depgrp1')
]
)
# test depends_on when multiple dependency groups map to the same job_id
# I guess it's okay if they map to the same id?
nt.assert_count_equal(
list(dag_tools.get_parents(
depends_on1, '20140601_testID3-%s' % func_name, True)),
[(app1, '20140601_444_profile-%s' % func_name, u'depgrp4'),
(app1, '20140601_876_profile-%s' % func_name, u'depgrp3'),
]
)
# test the filter_deps option
nt.assert_count_equal(
list(dag_tools.get_parents(
depends_on1, '20140601_testID3-%s' % func_name, True,
filter_deps=['depgrp4'])),
[(app1, '20140601_444_profile-%s' % func_name, u'depgrp4')]
)
with nt.assert_raises(exceptions.DAGMisconfigured):
list(dag_tools.get_parents(
depends_on1, '20140601_testID3-%s' % func_name, True,
filter_deps=['depgrp99999']))
def test_required_auth_info(self):
"""AliyunApp - Required Auth Info"""
assert_count_equal(list(self._app.required_auth_info().keys()),
{'access_key_id', 'access_key_secret', 'region_id'})
def test_flatten():
# makes any combination of lists and not-lists into a single flat list
assert_count_equal(list(panoptes._flatten([])), [])
assert_count_equal(list(panoptes._flatten([1])), [1])
assert_count_equal(list(panoptes._flatten([1, 2])), [1, 2])
assert_count_equal(list(panoptes._flatten([1, [2]])), [1, 2])
assert_count_equal(list(panoptes._flatten([[1], 2])), [1, 2])
assert_count_equal(list(panoptes._flatten([[1], [2]])), [1, 2])
assert_count_equal(list(panoptes._flatten([1, [2], 3])), [1, 2, 3])
assert_count_equal(list(panoptes._flatten([1, [2], 2])), [1, 2, 2])
assert_count_equal(list(panoptes._flatten([[1], 2, []])), [1, 2])
assert_count_equal(list(panoptes._flatten([[1], [], 2])), [1, 2])
