def test_cpu_mem_are_percentages(self):
cid = self._start_test_container(time=100)
s = CPUMemoryPercSensor({"cid": cid})
s.start()
_, _, top = next(self.rmq.consume())
vals = top["tot"].values()
del top["tot"]
for p in top.values():
usages = p["usage"].values()
vals.extend(usages)
for v in vals:
self.assertTrue(v >= 0 and v <= 100)
s.kill()
def test_tot_is_reasonable(self):
cid = self._start_test_container(time=100)
s = CPUMemoryPercSensor({"cid": cid})
s.start()
_, _, top = next(self.rmq.consume())
real_tot = top["tot"]
del top["tot"]
expected_tot = {k: 0 for k in real_tot.keys()}
for p in top.values():
for k, v in p["usage"].items():
expected_tot[k] += v
self.assertEqual(real_tot, expected_tot)
s.kill()
def test_cpu_mem_are_percentages(self):
cid = self._start_test_container(time=100)
s = CPUMemoryPercSensor({'cid': cid})
s.start()
_, _, top = next(self.rmq.consume())
vals = top['tot'].values()
del top['tot']
for p in top.values():
usages = p['usage'].values()
vals.extend(usages)
for v in vals:
self.assertTrue(v >= 0 and v <= 100)
s.kill()
def test_tot_is_reasonable(self):
cid = self._start_test_container(time=100)
s = CPUMemoryPercSensor({'cid': cid})
s.start()
_, _, top = next(self.rmq.consume())
real_tot = top['tot']
del top['tot']
expected_tot = {k: 0 for k in real_tot.keys()}
for p in top.values():
for k, v in p['usage'].items():
expected_tot[k] += v
self.assertEqual(real_tot, expected_tot)
s.kill()