def from_csvdb(self, file_name, row) -> Dict:
"""
Get the csvdb report
{
'timestamp': ...
'sensor': ...
'target': ...
'power': ...
'metadata': {
...
}
}
"""
final_dict: Dict = {}
try:
final_dict = {key: row[key] for key in CSV_HEADER_POWER}
final_dict['timestamp'] = timestamp_to_datetime(
int(row['timestamp']))
final_dict['power'] = float(row['power'])
final_dict['metadata'] = {}
for key in row.keys():
if key not in CSV_HEADER_POWER:
final_dict['metadata'][key] = row[key]
except KeyError:
raise BadInputData()
return final_dict
def power_report():
return PowerReport(timestamp_to_datetime(1), SENSOR_NAME, TARGET_NAME,
0.11, {
'socket': 1,
'metadata1': 'azerty',
'metadata2': 'qwerty'
})
def gen_power_report():
global CPT
CPT += 1
return PowerReport(timestamp_to_datetime(CPT), SENSOR, TARGET, -1, 0.11, {
"metadata1": "truc",
"metadata2": "oui"
})
def test_csvdb_second_primary_missing(self, hwpc_csvdb):
"""
Create one full HWPCReport (the first), then return None
"""
hwpc_csvdb.add_files(SECOND_PRIMARY_MISSING)
hwpc_csvdb.connect()
group_name = [path.split('/')[-1][:-4] for path in SECOND_PRIMARY_MISSING]
csvdb_iter = hwpc_csvdb.iter(False)
report = next(csvdb_iter)
for group in group_name:
assert group in report.groups
assert report.timestamp == timestamp_to_datetime(1539260664189)
with pytest.raises(StopIteration) as pytest_wrapped:
next(csvdb_iter)
def test_csvdb_first_primary_missing(self, csvdb):
"""
Create one full HWPCReport (the second), then return None
"""
csvdb.add_files(FIRST_PRIMARY_MISSING)
csvdb.connect()
group_name = [path.split('/')[-1][:-4] for path in FIRST_PRIMARY_MISSING]
csvdb_iter = csvdb.iter(HWPCModel(), False)
report = next(csvdb_iter)
for group in group_name:
assert group in report.groups
assert report.timestamp == timestamp_to_datetime(1539260665189)
with pytest.raises(StopIteration) as pytest_wrapped:
next(csvdb_iter)
assert pytest_wrapped.type == StopIteration
def from_csvdb(self, file_name, row) -> Dict:
"""
Get HWPCReport from a few csv files.
"""
final_dict = {}
try:
group_name = file_name[:-4] if file_name[
len(file_name) - 4:] == '.csv' else file_name
final_dict = {key: row[key] for key in CSV_HEADER_COMMON}
final_dict['timestamp'] = timestamp_to_datetime(
int(row['timestamp']))
final_dict['groups'] = {}
# If group doesn't exist, create it
if group_name not in final_dict:
final_dict['groups'][group_name] = {}
# If socket doesn't exist, create it
if row['socket'] not in final_dict['groups'][group_name]:
final_dict['groups'][group_name][row['socket']] = {}
# If cpu doesn't exist, create it
if row['cpu'] not in final_dict['groups'][group_name][
row['socket']]:
final_dict['groups'][group_name][row['socket']][
row['cpu']] = {}
# Add events
for key, value in row.items():
if key not in CSV_HEADER_HWPC:
final_dict['groups'][group_name][row['socket']][
row['cpu']][key] = int(value)
except KeyError:
raise BadInputData()
return final_dict
def gen_power_report():
global CPT
CPT += 1
return PowerReport(timestamp_to_datetime(CPT), SENSOR, TARGET, 0.11, {'mdt_socket': '-1', 'metadata1': 'truc', 'metadata2': 'oui'})
def power_report():
return PowerReport(timestamp_to_datetime(1), SENSOR_NAME, TARGET_NAME, 1, 0.11, {"metadata1": "azerty", "metadata2": "qwerty"})
