def test_single_match(single_host):
results = single_host.run(
task=wrap_task(get_regexp),
tests=[t_regexp(regexp=r"Ethernet1 is up", assertion="is_not_none")],
)
assert results["test"][0].tests[0].passed
for result in results.values():
assert len(result[0].tests) == 1
def t_regexp_not_failed(single_host):
results = single_host.run(
task=wrap_task(echo_data),
z="zzzsuperpassword!dkfj",
tests=[t_regexp(result_attr="result", regexp=r".*uperpas*word")],
)
for host, result in results.items():
assert hasattr(result[0], "tests")
assert not result[0].failed
assert len(result[0].tests) > 0
assert str(result[0]) != ""
def t_regexp_failed(single_host, fail):
results = single_host.run(
task=wrap_task(echo_data),
z="zzzsuperpassword!dkfj",
tests=[
t_regexp(result_attr="result", regexp=r".*upexyzrpas*word", fail_task=fail)
],
)
for host, result in results.items():
assert hasattr(result[0], "tests")
assert result[0].failed == fail
assert len(result[0].tests) > 0
assert str(result[0].tests[0].exception).find("no match found for regex") != -1
def test_too_many_match_groups(single_host):
results = single_host.run(
task=wrap_task(get_regexp),
tests=[
t_regexp(
regexp=r"(.*?) is (.*)",
assertion="is_equal_to",
one_of=True,
value="Ethernet1",
)
],
)
assert not results["test"][0].tests[0].passed
for result in results.values():
assert len(result[0].tests) == 1
assert len(result[0].tests[0].matches) == 0