def test_utlization_sotre_load(self):
rt = ResultTrace()
self.addCleanup(self._del_table, "usage_values")
rt._get_utilization_result().create_table(self._db)
rt._lists_start = {
"job_db_inx": [2, 1],
"account": ["account2", "account1"],
"cpus_req": [96, 48],
"cpus_alloc": [96, 48],
"job_name": ["jobName2", "jobName1"],
"id_job": [2, 1],
"id_qos": [3, 2],
"id_resv": [4, 3],
"id_user": [5, 4],
"nodes_alloc": [4, 2],
"partition": ["partition2", "partition1"],
"priority": [199, 99],
"state": [2, 3],
"timelimit": [200, 100],
"time_submit": [3000, 3000],
"time_start": [3001, 3003],
"time_end": [3005, 3010]
}
rt._wf_extractor = FakeWFExtractor()
(integrated_ut, utilization_timestamps, utilization_values, acc_waste,
corrected_ut) = (rt.calculate_utilization(144,
do_preload_until=3003,
endCut=3010,
store=True,
db_obj=self._db,
trace_id=1))
self.assertEqual(acc_waste, 24)
self.assertEqual(utilization_timestamps,
[3003, 3005, 3006, 3007, 3008, 3010])
self.assertEqual(utilization_values, [144, 48, 36, 24, 48, 0])
rt_2 = ResultTrace()
rt_2.load_utilization_results(self._db, 1)
new_ut, new_acc, new_corrected_ut = rt_2.get_utilization_values()
self.assertAlmostEqual(integrated_ut, new_ut)
self.assertEqual(acc_waste, new_acc)
print("new_corrected_ut", new_corrected_ut)
self.assertAlmostEqual(corrected_ut, new_corrected_ut)
def test_utlization_waste(self):
rt = ResultTrace()
rt._lists_start = {
"job_db_inx": [2, 1],
"account": ["account2", "account1"],
"cpus_req": [96, 48],
"cpus_alloc": [96, 48],
"job_name": ["jobName2", "jobName1"],
"id_job": [2, 1],
"id_qos": [3, 2],
"id_resv": [4, 3],
"id_user": [5, 4],
"nodes_alloc": [4, 2],
"partition": ["partition2", "partition1"],
"priority": [199, 99],
"state": [2, 3],
"timelimit": [200, 100],
"time_submit": [3000, 3000],
"time_start": [3001, 3003],
"time_end": [3005, 3010]
}
(integrated_ut, utilization_timestamps, utilization_values, acc_waste,
corrected_ut) = (rt.calculate_utilization(144, do_preload_until=3002))
self.assertEqual(utilization_timestamps, [3002, 3003, 3005, 3010])
self.assertEqual(utilization_values, [96, 144, 48, 0])
self.assertEqual(acc_waste, 0)
self.assertEqual(integrated_ut, corrected_ut)
(integrated_ut, utilization_timestamps, utilization_values, acc_waste,
corrected_ut) = (rt.calculate_utilization(144,
do_preload_until=3003,
endCut=3006))
self.assertEqual(utilization_timestamps, [3003, 3005, 3006])
self.assertEqual(utilization_values, [144, 48, 48])
self.assertEqual(acc_waste, 0)
self.assertEqual(integrated_ut, corrected_ut)
self.assertEqual(integrated_ut, (2.0 * 144.0 + 48.0) / (3.0 * 144.0))
(integrated_ut, utilization_timestamps, utilization_values, acc_waste,
corrected_ut) = (rt.calculate_utilization(144,
do_preload_until=3003,
endCut=3010))
self.assertEqual(utilization_timestamps, [3003, 3005, 3010])
self.assertEqual(utilization_values, [144, 48, 0])
self.assertAlmostEqual(integrated_ut, 0.523809, delta=0.001)
self.assertEqual(acc_waste, 0)
self.assertEqual(integrated_ut, corrected_ut)
rt._wf_extractor = FakeWFExtractor()
(integrated_ut, utilization_timestamps, utilization_values, acc_waste,
corrected_ut) = (rt.calculate_utilization(144,
do_preload_until=3003,
endCut=3010))
self.assertEqual(acc_waste, 24)
self.assertEqual(utilization_timestamps,
[3003, 3005, 3006, 3007, 3008, 3010])
self.assertEqual(utilization_values, [144, 48, 36, 24, 48, 0])
self.assertAlmostEqual((integrated_ut - corrected_ut) * 7 * 144, 24)
