def test_exception_handling(self):
# set up base objects
argconfig0 = intmaniac._parse_args("-e my_image=my/image".split())
argconfig1 = intmaniac._parse_args("-e my_image=my/image "
"--no-format-output".split())
tr_obj = get_test_tr('nocommands')
# configure test env
tmp0 = MagicMock()
tmp1 = ("sim_command", 0, "out", "err")
tr_obj.compose_wrapper = tmp0
tmp0.up.return_value = [("asdf_two_1", "two"), ]
tmp0.kill.return_value = tmp1
tmp0.stop.return_value = tmp1
tmp0.rm.return_value = tmp1
for argconfig in (argconfig0, argconfig1):
for side_effect in (
RunCommandError(returncode=1, stdout="RCError test",
command=["totally false"]),
KeyError("KeyError test"), OSError("OSerror test"),
):
with patch('configsetup.tr.run_command') as mock_rc, \
patch('configsetup.tr.create_container') as mock_cc, \
patch('configsetup.tr.get_client') as mock_gc:
mock_cc.return_value = '0815'
mock_gc.return_value.inspect_container.return_value = {
'State': {'ExitCode': 0}
}
mock_rc.side_effect = side_effect
intmaniac._run_tests(argconfig, [tr_obj])
self.assertFalse(tr_obj.succeeded())
def test_testcommand_execution(self):
tr_obj = get_test_tr('nocommands')
tmp0 = MagicMock()
tmp1 = ("sim_command", 0, "out", "err")
tr_obj.compose_wrapper = tmp0
tmp0.up.return_value = [
("asdf_two_1", "two"),
]
tmp0.kill.return_value = tmp1
tmp0.stop.return_value = tmp1
tmp0.rm.return_value = tmp1
with patch('tests.configsetup.tr.run_command') as mock_rc, \
patch('tests.configsetup.tr.create_container') as mock_cc, \
patch('tests.configsetup.tr.get_client') as mock_gc:
# what will happen is:
# dc = get_client() called
# create_container() called, should return a docker.container-obj
# dc.start(...), dc.logs(...) called, return value not so
# important
# dc.inspect_container called, should return dict with
# rv['State']['ExitCode'] present
# done.
mock_cc.return_value = FakeContainer(
id='0815', attrs=dict(State=dict(ExitCode=0)))
mock_rc.side_effect = [
("sleep 10", 0, ":)", "None"),
]
tr_obj.run()
self.assertTrue(tr_obj.succeeded())
# check execution counts
self.assertEqual(1, mock_rc.call_count) # for 'sleep 10'
self.assertEqual(1, mock_cc.call_count) # for the one test run
self.assertEqual(3, mock_gc.call_count) # pull, test run, cleanup
# check the execution content
self.assertEqual(['sleep', '10'], mock_rc.call_args[0][0])
self.assertEqual(
call('my/testimage:latest',
command=[],
environment={'TARGET_URL': 'rsas'},
links=[('asdf_two_1', 'two')],
volumes={}), mock_cc.call_args)
def test_testcommand_execution(self):
tr_obj = get_test_tr('nocommands')
tmp0 = MagicMock()
tmp1 = ("sim_command", 0, "out", "err")
tr_obj.compose_wrapper = tmp0
tmp0.up.return_value = [("asdf_two_1", "two"), ]
tmp0.kill.return_value = tmp1
tmp0.stop.return_value = tmp1
tmp0.rm.return_value = tmp1
with patch('configsetup.tr.run_command') as mock_rc, \
patch('configsetup.tr.create_container') as mock_cc, \
patch('configsetup.tr.get_client') as mock_gc:
# what will happen is:
# dc = get_client() called
# create_container() called, should return an ID string
# dc.start(...), dc.logs(...) called, return value not so
# important
# dc.inspect_container called, should return dict with
# rv['State']['ExitCode'] present
# done.
mock_cc.return_value = '0815'
mock_rc.side_effect = [
("sleep 10", 0, ":)", "None"),
]
mock_gc.return_value.inspect_container.return_value = {
'State': {'ExitCode': 0}
}
tr_obj.run()
self.assertTrue(tr_obj.succeeded())
# check execution counts
self.assertEqual(1, mock_rc.call_count) # for 'sleep 10'
self.assertEqual(1, mock_cc.call_count) # for the one test run
self.assertEqual(3, mock_gc.call_count) # pull, test run, cleanup
self.assertEqual(1, mock_gc.return_value.pull.call_count)
# check the execution content
self.assertEqual(['sleep', '10'], mock_rc.call_args[0][0])
self.assertEqual(call('my/testimage:latest',
command=[],
environment={'TARGET_URL': 'rsas'}),
mock_cc.call_args)
def test_exception_handling(self):
# set up base objects
argconfig0 = intmaniac._parse_args("-e my_image=my/image".split())
argconfig1 = intmaniac._parse_args("-e my_image=my/image "
"--no-format-output".split())
tr_obj = get_test_tr('nocommands')
# configure test env
tmp0 = MagicMock()
tmp1 = ("sim_command", 0, "out", "err")
tr_obj.compose_wrapper = tmp0
tmp0.up.return_value = [
("asdf_two_1", "two"),
]
tmp0.kill.return_value = tmp1
tmp0.stop.return_value = tmp1
tmp0.rm.return_value = tmp1
for argconfig in (argconfig0, argconfig1):
for side_effect in (
RunCommandError(returncode=1,
stdout="RCError test",
command=["totally false"]),
KeyError("KeyError test"),
OSError("OSerror test"),
):
with patch('tests.configsetup.tr.run_command') as mock_rc, \
patch('tests.configsetup.tr.create_container') as mock_cc, \
patch('tests.configsetup.tr.get_client') as mock_gc:
mock_cc.return_value = '0815'
mock_gc.return_value.inspect_container.return_value = {
'State': {
'ExitCode': 0
}
}
mock_rc.side_effect = side_effect
intmaniac._run_tests(argconfig, [tr_obj])
self.assertFalse(tr_obj.succeeded())
def test_test_name_construction(self):
tr_obj = get_test_tr('default')
self.assertEqual('default', tr_obj.name)
tr_obj = get_test_tr('default', name=None)
self.assertEqual('ha', tr_obj.name)
def test_test_name_construction(self):
tr_obj = get_test_tr('default')
self.assertEqual('default', tr_obj.name)
tr_obj = get_test_tr('default', name=None)
self.assertEqual('ha', tr_obj.name)