def test_compute_state():
local_result = local.LocalResult(
cached=None,
item="Some_other_Service",
state='P',
text="Result is computed from two values",
perfdata=[
local.Perfdata(
name="value1",
value=10,
levels=(30, 50, None, None),
tuple=("value1", 10, 30, 50, None, None),
),
local.Perfdata(
name="value2",
value=20,
levels=(20, 50, 10, 0),
tuple=("value2", 20, 20, 50, 0, 100),
)
],
)
assert list(local.check_local("", {}, {"": local_result})) == [
Result(state=state.OK, summary="Result is computed from two values"),
Result(state=state.OK, summary="value1: 10.00"),
Metric("value1", 10, levels=(30, 50)),
Result(state=state.WARN, summary="value2: 20.00 (warn/crit at 20.00/50.00)"),
Metric("value2", 20, levels=(20, 50), boundaries=(0, 100)),
]
def test_compute_state():
local_result = local.LocalResult(
cache_info=None,
item="Some_other_Service",
state=State.OK,
apply_levels=True,
text="Result is computed from two values",
perfdata=[
local.Perfdata(
name="value1",
value=10,
levels_upper=(30, 50),
levels_lower=None,
boundaries=(None, None),
),
local.Perfdata(
name="value2",
value=20,
levels_upper=(20, 50),
levels_lower=(10, 0),
boundaries=(0, 100),
),
],
)
assert list(
local.check_local("", {}, local.LocalSection(errors=[], data={"": local_result}))
) == [
Result(state=State.OK, summary="Result is computed from two values"),
Result(state=State.OK, summary="Value 1: 10.00"),
Metric("value1", 10, levels=(30.0, 50.0)),
Result(state=State.WARN, summary="Value 2: 20.00 (warn/crit at 20.00/50.00)"),
Metric("value2", 20, levels=(20, 50), boundaries=(0, 100)),
]
def test_fix_state():
local_result = local.LocalResult(
cached=None,
item="NotGood",
state=State.CRIT,
apply_levels=False,
text="A critical check",
perfdata=[
local.Perfdata(
name="V",
value=120,
levels_upper=(50, 100),
levels_lower=None,
boundaries=(0, 1000),
)
],
)
assert list(
local.check_local(
"NotGood", {},
local.LocalSection(errors=[],
data={"NotGood": local_result}))) == [
Result(state=State.CRIT,
summary="A critical check"),
Result(state=State.OK, summary='V: 120.00'),
Metric("V", 120, boundaries=(0, 1000)),
]
def test_fix_state():
local_result = local.LocalResult(
cached=None,
item="NotGood",
state=2,
text="A critical check",
perfdata=[
local.Perfdata(
name="V",
value=120,
levels=(50, 100, None, None),
tuple=("V", 120, 50, 100, 0, 1000),
)
],
)
assert list(local.check_local("NotGood", {},
{"NotGood": local_result})) == [
Result(state=state.CRIT,
summary="A critical check"),
Metric("V",
120,
levels=(50, 100),
boundaries=(0, 1000)),
]
@pytest.mark.parametrize(
"string_table_row,expected_parsed_data",
[
(
['0', 'Service_FOO', 'V=1', 'This', 'Check', 'is', 'OK'],
{
"Service_FOO": local.LocalResult(
cached=None,
item="Service_FOO",
state=0,
text="This Check is OK",
perfdata=[
local.Perfdata(
name="V",
value=1.0,
levels=(None, None, None, None),
tuple=("V", 1.0, None, None, None, None),
)
],
)
},
),
(
['0 "Service FOO" V=1 This Check is OK'], # 1.7: sep(0) + shlex
{
"Service FOO": local.LocalResult(
cached=None,
item="Service FOO",
state=0,
text="This Check is OK",
perfdata=[
(
['0', 'Service_FOO', 'V=1', 'This', 'Check', 'is', 'OK'],
local.LocalSection(errors=[],
data={
"Service_FOO":
local.LocalResult(
cached=None,
item="Service_FOO",
state=State.OK,
apply_levels=False,
text="This Check is OK",
perfdata=[
local.Perfdata(
name="V",
value=1.0,
levels_upper=None,
levels_lower=None,
boundaries=(None, None),
)
],
)
}),
),
(
['0 "Service FOO" V=1 This Check is OK'], # 1.7: sep(0) + shlex
local.LocalSection(errors=[],
data={
"Service FOO":
local.LocalResult(
cached=None,
item="Service FOO",
