def test_check_alert_resets(get_value_store, time_time) -> None:
params: kube_pod_status.Params = {
"Pending": ("levels", (60, 120)),
"Running": ("levels", (60, 120)),
}
section_kube_pod_containers = None
pod_cycles = (
PodLifeCycle(phase="pending"),
PodLifeCycle(phase="pending"),
PodLifeCycle(phase="running"),
PodLifeCycle(phase="pending"),
)
expected_results = (
(State.OK, "0 seconds"),
(
State.WARN,
"1 minute 0 seconds (warn/crit at 1 minute 0 seconds/2 minutes 0 seconds)",
),
(State.OK, "0 seconds"),
(State.OK, "0 seconds"),
)
for expected_result, section_kube_pod_lifecycle in zip(
expected_results, pod_cycles):
expected_state, expected_message = expected_result
for result in check_kube_pod_status(params,
section_kube_pod_containers, None,
section_kube_pod_lifecycle):
assert isinstance(result, Result)
assert result.state == expected_state
assert result.summary.endswith(expected_message)
def test_check_alert_resets(get_value_store, time_time) -> None:
params = kube_pod_status.Params(groups=[
(("levels", (60, 120)), ["Pending"]),
(("levels", (60, 120)), ["Running"]),
("no_levels", [".*"]),
])
section_kube_pod_containers = None
pod_cycles = (
PodLifeCycle(phase="pending"),
PodLifeCycle(phase="pending"),
PodLifeCycle(phase="running"),
PodLifeCycle(phase="pending"),
)
expectations = (
(
State.OK,
"0 seconds",
None,
),
(
State.WARN,
"1 minute 0 seconds (warn/crit at 1 minute 0 seconds/2 minutes 0 seconds)",
None,
),
(
State.OK,
"0 seconds",
None,
),
(
State.OK,
"0 seconds",
None,
),
)
for expected, section_kube_pod_lifecycle in zip(expectations, pod_cycles):
expected_state, expected_summary, expected_notice = expected
summary_result, *notice = check_kube_pod_status(
params, section_kube_pod_containers, None,
section_kube_pod_lifecycle)
assert isinstance(summary_result, Result)
assert summary_result.state == expected_state
assert summary_result.summary.endswith(expected_summary)
if expected_notice is None:
assert [] == notice
else:
assert isinstance(notice[0], Result)
assert expected_notice == notice[0].details
def test_check_alert_if_pending_too_long(get_value_store, time_time) -> None:
section_kube_pod_containers = None
section_kube_pod_lifecycle = PodLifeCycle(phase="pending")
params = kube_pod_status.Params(groups=[
(("levels", (60, 120)), ["Pending"]),
("no_levels", [".*"]),
])
expected_results = (
(State.OK, "0 seconds"),
(State.WARN,
"1 minute 0 seconds (warn/crit at 1 minute 0 seconds/2 minutes 0 seconds)"
),
(State.CRIT,
"2 minutes 0 seconds (warn/crit at 1 minute 0 seconds/2 minutes 0 seconds)"
),
)
for expected_result in expected_results:
expected_state, expected_message = expected_result
summary_result, *_ = check_kube_pod_status(
params, section_kube_pod_containers, None,
section_kube_pod_lifecycle)
assert isinstance(summary_result, Result)
assert summary_result.state == expected_state
assert summary_result.summary.endswith(expected_message)
def test_schemata_did_not_diverge() -> None:
assert ClusterInfoA.schema() == ClusterInfoC.schema()
assert agent.CollectorProcessingLogs.schema(
) == check.CollectorProcessingLogs.schema()
assert agent.CollectorComponentsMetadata.schema(
) == check.CollectorComponentsMetadata.schema()
assert ContainerCountA.schema() == ContainerCountC.schema()
assert ContainerRunningStateA.schema() == ContainerRunningStateC.schema()
assert ContainerTerminatedStateA.schema(
) == ContainerTerminatedStateC.schema()
assert ContainerWaitingStateA.schema() == ContainerWaitingStateC.schema()
assert agent.DeploymentConditions.schema(
) == check.DeploymentConditions.schema()
assert KubeletInfoA.schema() == KubeletInfoC.schema()
assert NodeCountA.schema() == NodeCountC.schema()
assert NodeInfoA.schema() == NodeInfoC.schema()
assert PodConditionA.schema() == PodConditionC.schema()
assert PodConditionsA.schema() == PodConditionsC.schema()
assert PodContainersA.schema() == PodContainersC.schema()
assert PodResourcesA.schema() == PodResourcesC.schema()
assert PodLifeCycleA.schema() == PodLifeCycleC.schema()
assert AllocatablePodsA.schema() == AllocatablePodsC.schema()
assert ResourcesA.schema() == ResourcesC.schema()
assert StartTimeA.schema() == StartTimeC.schema()
assert PodInfoA.schema() == PodInfoC.schema()
assert ReplicasA.schema() == ReplicasC.schema()
assert agent.DeploymentStrategy.schema(
) == k8s_check.DeploymentStrategy.schema()
assert agent.NodeConditions.schema() == check.NodeConditions.schema()
assert agent.PerformanceUsage.schema(
) == k8s_check.PerformanceUsage.schema()
def test_schemata_did_not_diverge() -> None:
assert ClusterInfoA.schema() == ClusterInfoC.schema()
assert agent.CollectorLogs.schema() == check.CollectorLogs.schema()
assert ContainerCountA.schema() == ContainerCountC.schema()
assert ContainerInfoA.schema() == ContainerInfoC.schema()
assert ContainerRunningStateA.schema() == ContainerRunningStateC.schema()
assert ContainerTerminatedStateA.schema(
) == ContainerTerminatedStateC.schema()
assert ContainerWaitingStateA.schema() == ContainerWaitingStateC.schema()
assert agent.DeploymentConditions.schema(
) == check.DeploymentConditions.schema()
assert KubeletInfoA.schema() == KubeletInfoC.schema()
assert MemoryA.schema() == MemoryC.schema()
assert NodeCountA.schema() == NodeCountC.schema()
assert NodeInfoA.schema() == NodeInfoC.schema()
assert PodConditionA.schema() == PodConditionC.schema()
assert PodConditionsA.schema() == PodConditionsC.schema()
assert PodContainersA.schema() == PodContainersC.schema()
assert PodResourcesA.schema() == PodResourcesC.schema()
assert PodLifeCycleA.schema() == PodLifeCycleC.schema()
assert AllocatablePodsA.schema() == AllocatablePodsC.schema()
assert ResourcesA.schema() == ResourcesC.schema()
assert StartTimeA.schema() == StartTimeC.schema()
assert PodInfoA.schema() == PodInfoC.schema()
assert ReplicasA.schema() == ReplicasC.schema()
assert DeploymentSpecA.schema() == DeploymentSpecC.schema()
def test_check_group_order_matters(get_value_store, time_time) -> None:
params = kube_pod_status.Params(groups=[
("no_levels", [".*"]),
(("levels", (60, 120)), [".*"]),
])
section_kube_pod_containers = None
pod_cycles = (
PodLifeCycle(phase="pending"),
PodLifeCycle(phase="pending"),
PodLifeCycle(phase="pending"),
)
for section_kube_pod_lifecycle in pod_cycles:
for summary_result in check_kube_pod_status(
params, section_kube_pod_containers, None,
section_kube_pod_lifecycle):
assert isinstance(summary_result, Result)
assert summary_result.state == State.OK
def test_schemata_did_not_diverge() -> None:
assert ClusterInfoA.schema() == ClusterInfoC.schema()
assert ContainerCountA.schema() == ContainerCountC.schema()
assert ContainerInfoA.schema() == ContainerInfoC.schema()
assert ContainerRunningStateA.schema() == ContainerRunningStateC.schema()
assert ContainerTerminatedStateA.schema(
) == ContainerTerminatedStateC.schema()
assert ContainerWaitingStateA.schema() == ContainerWaitingStateC.schema()
assert KubeletInfoA.schema() == KubeletInfoC.schema()
assert MemoryA.schema() == MemoryC.schema()
assert NodeCountA.schema() == NodeCountC.schema()
assert NodeInfoA.schema() == NodeInfoC.schema()
assert PodConditionA.schema() == PodConditionC.schema()
assert PodConditionsA.schema() == PodConditionsC.schema()
assert PodContainersA.schema() == PodContainersC.schema()
assert PodResourcesA.schema() == PodResourcesC.schema()
assert PodLifeCycleA.schema() == PodLifeCycleC.schema()
assert PodResourcesWithCapacityA.schema(
) == PodResourcesWithCapacityC.schema()
assert ResourcesA.schema() == ResourcesC.schema()
assert StartTimeA.schema() == StartTimeC.schema()
assert PodInfoA.schema() == PodInfoC.schema()
def parse_kube_pod_lifecycle(string_table: StringTable) -> PodLifeCycle:
"""
>>> parse_kube_pod_lifecycle([['{"phase": "running"}']])
PodLifeCycle(phase=<Phase.RUNNING: 'running'>)
"""
return PodLifeCycle(**json.loads(string_table[0][0]))
state=state,
restart_count=0,
)
@pytest.mark.parametrize(
"section_kube_pod_containers, section_kube_pod_lifecycle, expected_result",
[
pytest.param(
PodContainers(containers={
"running":
_mocked_container_info_from_state(
ContainerRunningState(type="running",
start_time=1639135964)),
}, ),
PodLifeCycle(phase="running"),
[Result(state=State.OK, summary="Running")],
id="A single running container",
),
pytest.param(
PodContainers(
containers={
"downloading-container":
_mocked_container_info_from_state(
ContainerWaitingState(type="waiting",
reason="ContainerCreating",
detail=None))
}),
PodLifeCycle(phase="pending"),
[
Result(state=State.OK, summary="Pending: since 0 seconds"),
#!/usr/bin/env python3
# -*- coding: utf-8 -*-
# Copyright (C) 2021 tribe29 GmbH - License: GNU General Public License v2
# This file is part of Checkmk (https://checkmk.com). It is subject to the terms and
# conditions defined in the file COPYING, which is part of this source code package.
import pytest
from cmk.base.plugins.agent_based.agent_based_api.v1 import Result, State
from cmk.base.plugins.agent_based.kube_pod_phase import check_kube_pod_phase
from cmk.base.plugins.agent_based.utils.kube import PodLifeCycle
@pytest.mark.parametrize(
"section, expected_result",
[
pytest.param(
PodLifeCycle(phase="running"),
(Result(state=State.OK, summary="Running"),),
id="running",
),
],
)
def test_check_kube_pod_phase(section: PodLifeCycle, expected_result) -> None:
assert expected_result == tuple(check_kube_pod_phase(section))
