def test_check_master_item(section: jn.Section) -> None:
assert list(
jn.check_jenkins_nodes("master", {"jenkins_offline": 2}, section)) == [
jn.Result(state=jn.State.OK,
summary="Description: The Master Jenkins Node"),
jn.Result(state=jn.State.OK, summary="Is JNLP agent: no"),
jn.Result(state=jn.State.OK, summary="Is idle: no"),
jn.Result(state=jn.State.OK,
summary="Total number of executors: 20"),
Metric("jenkins_num_executors", 20),
jn.Result(state=jn.State.OK,
summary="Number of busy executors: 3"),
Metric("jenkins_busy_executors", 3),
jn.Result(state=jn.State.OK,
summary="Number of idle executors: 17"),
Metric("jenkins_idle_executors", 17),
jn.Result(state=jn.State.OK, summary="Mode: Exclusive "),
jn.Result(state=jn.State.OK, summary="Offline: no"),
jn.Result(state=jn.State.OK,
summary="Average response time: 0 seconds"),
Metric("avg_response_time", 0.0),
jn.Result(state=jn.State.OK,
summary="Clock difference: 0 seconds"),
Metric("jenkins_clock", 0.0),
jn.Result(state=jn.State.OK, summary="Free temp space: 30.3 GiB"),
Metric("jenkins_temp", 32569888768),
]
def test_check_foo_item(section: jn.Section) -> None:
assert list(
jn.check_jenkins_nodes(
"foo",
{
"jenkins_offline": 2,
"avg_response_time": (1.0, 2.0),
"jenkins_clock": (3.0, 4.0),
},
section,
)
) == [
jn.Result(state=jn.State.OK,
summary="Description: Name: Myname, Ip-Address: 1.1.1.1"),
jn.Result(state=jn.State.OK, summary="Is JNLP agent: yes"),
jn.Result(state=jn.State.OK, summary="Is idle: yes"),
jn.Result(state=jn.State.OK, summary="Total number of executors: 1"),
Metric("jenkins_num_executors", 1),
jn.Result(state=jn.State.OK, summary="Number of busy executors: 0"),
Metric("jenkins_busy_executors", 0),
jn.Result(state=jn.State.OK, summary="Number of idle executors: 1"),
Metric("jenkins_idle_executors", 1),
jn.Result(state=jn.State.OK, summary="Mode: Exclusive "),
jn.Result(state=jn.State.OK, summary="Offline: no"),
jn.Result(
state=jn.State.WARN,
summary=
"Average response time: 1 second (warn/crit at 1 second/2 seconds)",
),
Metric("avg_response_time", 1.337, levels=(1.0, 2.0)),
jn.Result(
state=jn.State.CRIT,
summary=
"Clock difference: 5 seconds (warn/crit at 3 seconds/4 seconds)",
),
Metric("jenkins_clock", 5.000, levels=(3.0, 4.0)),
jn.Result(state=jn.State.OK, summary="Free temp space: 14.0 GiB"),
Metric("jenkins_temp", 15085674496),
]
def test_check_windows_item(section: jn.Section) -> None:
assert list(
jn.check_jenkins_nodes(
"Windows", {"jenkins_offline": 2}, section)) == [
jn.Result(
state=jn.State.OK,
summary="Description: Name: Myname, Ip-Address: 1.1.1.1"),
jn.Result(state=jn.State.OK, summary="Is JNLP agent: yes"),
jn.Result(state=jn.State.OK, summary="Is idle: yes"),
jn.Result(state=jn.State.OK,
summary="Total number of executors: 1"),
Metric("jenkins_num_executors", 1),
jn.Result(state=jn.State.OK,
summary="Number of busy executors: 0"),
Metric("jenkins_busy_executors", 0),
jn.Result(state=jn.State.OK,
summary="Number of idle executors: 1"),
Metric("jenkins_idle_executors", 1),
jn.Result(state=jn.State.OK, summary="Mode: Exclusive "),
jn.Result(state=jn.State.OK, summary="Offline: no"),
jn.Result(state=jn.State.OK,
summary="Average response time: 35 milliseconds"),
Metric("avg_response_time", 0.035),
jn.Result(state=jn.State.OK,
summary="Clock difference: 8 milliseconds"),
Metric("jenkins_clock", 0.008),
jn.Result(state=jn.State.OK,
summary="Free temp space: 14.0 GiB"),
Metric("jenkins_temp", 15085674496),
]