def test_forkingadapter_call():
run = DummyRunner()
adapter = runner.ForkingAdapter(run)
fork_mock = patch("tools.base.runner.ForkingAdapter.subproc_run")
with fork_mock as m_fork:
assert (adapter("arg1",
"arg2",
"arg3",
kwa1="foo",
kwa2="bar",
kwa3="baz") == m_fork.return_value)
assert (list(m_fork.call_args) == [('arg1', 'arg2', 'arg3'), {
'kwa1': 'foo',
'kwa2': 'bar',
'kwa3': 'baz'
}])
def test_forkingadapter_subproc_run(patches, args, cwd, capture_output):
adapter = runner.ForkingAdapter(DummyRunner())
patched = patches("subprocess.run",
("Runner.path", dict(new_callable=PropertyMock)),
prefix="tools.base.runner")
with patched as (m_run, m_path):
kwargs = {}
if cwd != "NONE":
kwargs["cwd"] = cwd
if capture_output != "NONE":
kwargs["capture_output"] = capture_output
assert adapter.subproc_run(*args, **kwargs) == m_run.return_value
expected = {'capture_output': True, 'cwd': cwd}
if capture_output is False:
expected["capture_output"] = False
if cwd == "NONE":
expected["cwd"] = m_path.return_value
assert (list(m_run.call_args) == [args, expected])
def fork(self):
return runner.ForkingAdapter(self)
def test_forkingadapter_constructor():
run = DummyRunner()
adapter = runner.ForkingAdapter(run)
assert adapter.context == run
def test_forkingadapter_constructor():
_runner = DummyRunner()
adapter = runner.ForkingAdapter(_runner)
assert adapter.context == _runner
