def test_pqos_flatten_mon_data_multiple(self):
"""
Test for Pqos.flatten_mon_data when multiple monitoring data are received
"""
flatten_mon_data_multiple = {
"ipc_cpus0,1,2": 0.987,
"llc_misses_cpus0,1,2": 10240,
"llc_avg_cpus0,1,2": 25028,
"llc_max_cpus0,1,2": 30000,
"mbm_local_avg_cpus0,1,2": 25028,
"mbm_local_max_cpus0,1,2": 30000,
"ipc_cpus3,4,5": 0.987,
"llc_misses_cpus3,4,5": 10240,
"llc_avg_cpus3,4,5": 25028,
"llc_max_cpus3,4,5": 30000,
"mbm_local_avg_cpus3,4,5": 25028,
"mbm_local_max_cpus3,4,5": 30000,
}
mon_data = copy.deepcopy(
mock_pqos_wrapper_output["monitor_events"]["function_output"][
"monitoring_data"
]
)
first_core_set = copy.deepcopy(mon_data[0])
second_core_set = copy.deepcopy(mon_data[0])
second_core_set["cores"] = [3, 4, 5]
mon_data_multiple = [first_core_set, second_core_set]
ret = Pqos.flatten_mon_data(mon_data_multiple)
self.assertDictEqual(ret, flatten_mon_data_multiple)
def test_pqos_flatten_mon_data(self):
"""
Test for Pqos.flatten_mon_data when single monitoring data is received
"""
flatten_mon_data = {
"ipc": 0.987,
"llc_misses": 10240,
"llc_avg": 25028,
"llc_max": 30000,
"mbm_local_avg": 25028,
"mbm_local_max": 30000,
}
mon_data = copy.deepcopy(mock_pqos_wrapper_output["monitor_events"]
["function_output"]["monitoring_data"])
ret = Pqos.flatten_mon_data(mon_data)
self.assertDictEqual(ret, flatten_mon_data)