def test_bad_cpu_health():
failure_status = (10, 9, 1)
failure_output, failure_health = metastatus_lib.assert_cpu_health(failure_status)
assert not failure_health
assert (
"CRITICAL: Less than 10% CPUs available. (Currently using 90.00% of 10)"
in failure_output
)
def assert_cpu_health_mesos_reports_zero():
mesos_metrics = {
'master/cpus_total': 0,
'master/cpus_used': 1,
}
failure_output, failure_health = metastatus_lib.assert_cpu_health(mesos_metrics)
assert failure_output == "Error reading total available cpu from mesos!"
assert failure_health is False
def assert_cpu_health_mesos_reports_zero():
mesos_metrics = {
'master/cpus_total': 0,
'master/cpus_used': 1,
}
failure_output, failure_health = metastatus_lib.assert_cpu_health(
mesos_metrics)
assert failure_output == "Error reading total available cpu from mesos!"
assert failure_health is False
def test_bad_cpu_health():
failure_metrics = {
'master/cpus_total': 10,
'master/cpus_used': 8,
}
fake_mesos_state = {
'slaves': [
{
'reserved_resources': {
'some-role': {
'cpus': 1,
},
},
},
],
}
failure_output, failure_health = metastatus_lib.assert_cpu_health(failure_metrics, fake_mesos_state)
assert not failure_health
assert "CRITICAL: Less than 10% CPUs available. (Currently using 90.00% of 10)" in failure_output
def test_ok_cpu_health():
ok_metrics = {
'master/cpus_total': 10,
'master/cpus_used': 0.5,
}
fake_mesos_state = {
'slaves': [
{
'reserved_resources': {
'some-role': {
'cpus': 0.5,
},
},
},
],
}
ok_output, ok_health = metastatus_lib.assert_cpu_health(ok_metrics, fake_mesos_state)
assert ok_health
assert "CPUs: 1.00 / 10 in use (%s)" % PaastaColors.green("10.00%") in ok_output
def test_bad_cpu_health():
failure_metrics = {
'master/cpus_total': 10,
'master/cpus_used': 8,
}
fake_mesos_state = {
'slaves': [
{
'reserved_resources': {
'maintenance': {
'cpus': 1,
},
},
},
],
}
failure_output, failure_health = metastatus_lib.assert_cpu_health(failure_metrics, fake_mesos_state)
assert not failure_health
assert "CRITICAL: Less than 10% CPUs available. (Currently using 90.00% of 10)" in failure_output
def test_ok_cpu_health():
ok_metrics = {
'master/cpus_total': 10,
'master/cpus_used': 0.5,
}
fake_mesos_state = {
'slaves': [
{
'reserved_resources': {
'maintenance': {
'cpus': 0.5,
},
},
},
],
}
ok_output, ok_health = metastatus_lib.assert_cpu_health(ok_metrics, fake_mesos_state)
assert ok_health
assert "CPUs: 1.00 / 10 in use (%s)" % PaastaColors.green("10.00%") in ok_output
def test_bad_cpu_health():
failure_metrics = {"master/cpus_total": 10, "master/cpus_used": 8}
fake_mesos_state = {"slaves": [{"reserved_resources": {"some-role": {"cpus": 1}}}]}
failure_output, failure_health = metastatus_lib.assert_cpu_health(failure_metrics, fake_mesos_state)
assert not failure_health
assert "CRITICAL: Less than 10% CPUs available. (Currently using 90.00% of 10)" in failure_output
def test_ok_cpu_health():
ok_metrics = {"master/cpus_total": 10, "master/cpus_used": 0.5}
fake_mesos_state = {"slaves": [{"reserved_resources": {"some-role": {"cpus": 0.5}}}]}
ok_output, ok_health = metastatus_lib.assert_cpu_health(ok_metrics, fake_mesos_state)
assert ok_health
assert "CPUs: 1.00 / 10 in use (%s)" % PaastaColors.green("10.00%") in ok_output
def test_ok_cpu_health():
ok_status = (10, 1, 9)
ok_output, ok_health = metastatus_lib.assert_cpu_health(ok_status)
assert ok_health
assert "CPUs: 1.00 / 10 in use (%s)" % PaastaColors.green("10.00%") in ok_output
def test_cpu_health_mesos_reports_zero():
status = (0, 1, 42)
failure_output, failure_health = metastatus_lib.assert_cpu_health(status)
assert failure_output == "Error reading total available cpu from mesos!"
assert failure_health is False
