def test_resume(populated_suite):
fail_index = populated_suite.fail_in_middle()
result = populated_suite.run(stop_on_error=True)
save_resume_state(result.session.results)
resumed = get_tests_to_resume(result.session.id)
assert len(resumed) + result.session.results.get_num_started() - 1 == len(populated_suite)
assert resumed[0].endswith(populated_suite[fail_index].function_name)
def test_resume(suite):
fail_index = len(suite) // 2
suite[fail_index].when_run.fail()
for index, test in enumerate(suite):
if index > fail_index:
test.expect_not_run()
result = suite.run(additional_args=['-x'])
resumed = get_tests_to_resume(result.session.id)
assert len(resumed) + result.session.results.get_num_started() - 1 == len(
suite)
def test_resume_with_parametrization(suite, suite_test):
num_values1 = 3
num_values2 = 5
suite_test.add_parameter(num_values=num_values1)
suite_test.add_parameter(num_values=num_values2)
fail_index = len(suite) // 2
suite[fail_index].when_run.fail()
summary = suite.run()
resumed = get_tests_to_resume(summary.session.id)
assert len(summary.get_all_results_for_test(
suite_test)) == num_values1 * num_values2
assert len(resumed) == 1
assert resumed[0].function_name == suite[fail_index].name
def test_resume(suite):
fail_index = len(suite) // 2
suite[fail_index].when_run.fail()
for index, test in enumerate(suite):
if index > fail_index:
test.expect_not_run()
result = suite.run(additional_args=['-x'])
save_resume_state(result.session.results)
resumed = get_tests_to_resume(result.session.id)
assert len(resumed) + result.session.results.get_num_started() - 1 == len(suite)
assert resumed[0].endswith(suite[fail_index].id)
def test_parallel_resume(parallel_suite):
parallel_suite[0].when_run.fail()
result = parallel_suite.run()
resumed = get_tests_to_resume(result.session.id)
assert len(resumed) == 1
def test_resume_no_session():
with pytest.raises(CannotResume):
get_tests_to_resume("nonexisting_session")
def test_resume_no_session():
with pytest.raises(CannotResume):
get_tests_to_resume("nonexisting_session")