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_replicas_with_none_value():
check_result = list(
check_kube_replicas(
{},
Replicas(
replicas=None,
updated=0,
available=0,
ready=0,
unavailable=0,
),
None,
))
assert len(check_result) == 0
def test_discover_kube_replicas() -> None:
replicas = Replicas(
replicas=3,
updated=0,
available=0,
ready=3,
unavailable=3,
)
strategy = DeploymentStrategy(strategy=RollingUpdate(
max_surge="25%",
max_unavailable="25%",
))
assert list(discover_kube_replicas(replicas, strategy)) == [Service()]
assert list(discover_kube_replicas(replicas, None)) == [Service()]
assert list(discover_kube_replicas(None, strategy)) == []
assert list(discover_kube_replicas(None, None)) == []
def test_parse_kube_replicas() -> None:
assert parse_kube_replicas([[
json.dumps({
"replicas": 3,
"updated": 0,
"available": 0,
"ready": 3,
"unavailable": 0,
})
]]) == Replicas(
replicas=3,
updated=0,
available=0,
ready=3,
unavailable=0,
)
def test_check_kube_replicas() -> None:
assert list(
check_kube_replicas(
{},
Replicas(
replicas=3,
updated=3,
available=3,
ready=3,
unavailable=0,
),
None,
)) == [
Result(state=State.OK, summary="Ready: 3/3"),
Result(state=State.OK, summary="Up-to-date: 3/3"),
Metric("kube_desired_replicas", 3.0, boundaries=(0.0, 3.0)),
Metric("kube_ready_replicas", 3.0, boundaries=(0.0, 3.0)),
Metric("kube_updated_replicas", 3.0, boundaries=(0.0, 3.0)),
]
Result(state=State.OK, summary="Up-to-date: 3/3"),
Metric("kube_desired_replicas", 3.0, boundaries=(0.0, 3.0)),
Metric("kube_ready_replicas", 3.0, boundaries=(0.0, 3.0)),
Metric("kube_updated_replicas", 3.0, boundaries=(0.0, 3.0)),
]
@pytest.mark.parametrize(
"params,replicas,spec,value_store,expected_check_result",
[
pytest.param(
{"update_duration": "no_levels"},
Replicas(
replicas=3,
updated=0,
available=3,
ready=3,
unavailable=0,
),
DeploymentSpec(
strategy=RollingUpdate(
max_surge="25%",
max_unavailable="25%",
),
),
{"update_started_timestamp": 100.0},
[
Result(state=State.OK, summary="Ready: 3/3"),
Result(state=State.OK, summary="Up-to-date: 0/3"),
Metric("kube_desired_replicas", 3.0, boundaries=(0.0, 3.0)),
Metric("kube_ready_replicas", 3.0, boundaries=(0.0, 3.0)),