def component_subparser():
"""
A sub parser with one argument "-a"
"""
subparser = ComponentSubParser('test')
subparser.add_argument('a', flag=True)
return subparser
def test_component_subparser():
"""
test to parse strings with a formula parser and retrieve the following results :
- "" : {}
- "--sub toto -b" : {a:True, sub: {'toto' : {b: True}}}
- "-b" : BadContextException(b, [toto])
Parser description :
- formula subparser toto binded to the argument sub with sub arguments : -b and --name
"""
parser = MainParser(help_arg=False)
subparser = ComponentSubParser('toto')
subparser.add_argument('b', flag=True, action=store_true)
parser.add_component_subparser('sub', subparser)
check_parsing_result(parser, '', {})
check_parsing_result(parser, '--sub toto -b',
{'sub': {
'toto': {
'b': True
}
}})
with pytest.raises(BadContextException):
check_parsing_result(parser, '-b', None)
def test_subparser_empty_token_list_default_value():
subparser = ComponentSubParser('toto')
subparser.add_argument('a', default=1)
acc, result = subparser.subparse([])
assert len(result) == 1
assert 'a' in result
assert result['a'] == 1
assert acc == []
def test_create_two_with_different_type_component():
"""
Create two component with different type with the following cli :
--sub toto --name titi --sub tutu --name tete
test if the result is :
{sub:{'titi' : {'type': 'toto'}, 'tete': {'type': 'tutu'}}}
"""
parser = MainParser(help_arg=False)
subparser = ComponentSubParser('toto')
subparser.add_argument('n', 'name')
parser.add_actor_subparser('sub', subparser)
subparser = ComponentSubParser('tutu')
subparser.add_argument('n', 'name')
parser.add_actor_subparser('sub', subparser)
check_parsing_result(
parser, '--sub toto --name titi --sub tutu --name tete',
{'sub': {
'titi': {
'type': 'toto'
},
'tete': {
'type': 'tutu'
}
}})
def test_add_component_subparser_that_aldready_exists2():
"""
Add a component_subparser with no argument 'name'
test if a SubParserWithoutNameArgumentException is raised
"""
parser = MainParser(help_arg=False)
subparser = ComponentSubParser('titi')
with pytest.raises(SubParserWithoutNameArgumentException):
parser.add_actor_subparser('toto', subparser)
def test_add_actor_subparser_that_aldready_exists():
"""
Add a component_subparser that already exists to a parser and test if an
AlreadyAddedArgumentException is raised
"""
parser = MainParser(help_arg=False)
subparser = ComponentSubParser('titi')
subparser.add_argument('n', 'name')
parser.add_actor_subparser('toto', subparser)
subparser2 = ComponentSubParser('titi')
subparser2.add_argument('n', 'name')
with pytest.raises(AlreadyAddedArgumentException):
parser.add_actor_subparser('toto', subparser2)
def test_create_two_component():
"""
Create two component of the same type with the following cli :
--sub toto --name titi --sub toto -b --name tutu
test if the result is :
{sub:{'titi' : {'type': 'toto'}, 'tutu': {'type': 'toto', 'b':True}}}
"""
parser = MainParser(help_arg=False)
subparser = ComponentSubParser('toto')
subparser.add_argument('b', flag=True, action=store_true)
subparser.add_argument('n', 'name')
parser.add_actor_subparser('sub', subparser)
check_parsing_result(parser,
'--sub toto --name titi --sub toto -b --name tutu', {
'sub': {
'titi': {
'type': 'toto'
},
'tutu': {
'type': 'toto',
'b': True
}
}
})
def test_add_component_subparser_with_two_name():
"""
add a component subparser with one short name and one long name
parse a string and test if the value is only bind to the long name
"""
parser = MainParser(help_arg=False)
subparser = ComponentSubParser('titi')
subparser.add_argument('a', 'aaa', flag=True, action=store_true, default=False)
subparser.add_argument('n', 'name')
parser.add_component_subparser('sub', subparser)
check_parsing_result(parser, '--sub titi -a --name tutu', {'sub': {'titi': {'tutu': {'aaa': True, 'name': 'tutu'}}}})
def test_actor_subparser():
"""
test to parse strings with a parser and retrieve the following results :
- "" : {}
- "-z" : UnknowArgException(z)
- "-a" : {a: True}
- "-a --sub toto -b" : NoNameSpecifiedForComponentException
- "-a --sub toto -b --name titi" : {a:True, sub: { titi: { 'type': 'toto', b: True}}}
- "-b" : BadContextException(b, [toto])
Parser description :
- base parser arguments : -a
- subparser toto binded to the argument sub with sub arguments : -b and --name
"""
parser = MainParser(help_arg=False)
parser.add_argument('a', flag=True, action=store_true)
subparser = ComponentSubParser('toto')
subparser.add_argument('b', flag=True, action=store_true)
subparser.add_argument('n', 'name')
parser.add_actor_subparser('sub', subparser)
check_parsing_result(parser, '', {})
with pytest.raises(UnknowArgException):
check_parsing_result(parser, '-z', None)
check_parsing_result(parser, '-a', {'a': True})
with pytest.raises(NoNameSpecifiedForComponentException):
check_parsing_result(parser, '-a --sub toto -b', {})
check_parsing_result(parser, '-a --sub toto -b --name titi', {
'a': True,
'sub': {
'titi': {
'type': 'toto',
'b': True
}
}
})
with pytest.raises(BadContextException):
check_parsing_result(parser, '-b', None)
def test_create_component_that_already_exist():
"""
Create two component with the same name with the following cli
--sub toto --name titi --sub toto --name titi
test if an ComponentAlreadyExistException is raised
"""
parser = MainParser(help_arg=False)
subparser = ComponentSubParser('toto')
subparser.add_argument('b', flag=True, action=store_true)
subparser.add_argument('n', 'name')
parser.add_actor_subparser('sub', subparser)
with pytest.raises(ComponentAlreadyExistException):
check_parsing_result(parser,
'--sub toto --name titi --sub toto --name titi',
None)
def __init__(self, name: str):
ConfigParser.__init__(self)
self.subparser = {}
self.cli_parser = ComponentSubParser(name)
self.name = name
def __init__(self):
MainParser.__init__(self)
self.add_argument('v',
'verbose',
flag=True,
action=enable_log,
default=logging.NOTSET,
help='enable verbose mode')
self.add_argument('s',
'stream',
flag=True,
action=store_true,
default=False,
help='enable stream mode')
subparser_mongo_input = ComponentSubParser('mongodb')
subparser_mongo_input.add_argument('u',
'uri',
help='sepcify MongoDB uri')
subparser_mongo_input.add_argument(
'd',
'db',
help='specify MongoDB database name',
)
subparser_mongo_input.add_argument(
'c', 'collection', help='specify MongoDB database collection')
subparser_mongo_input.add_argument('n',
'name',
help='specify puller name',
default='puller_mongodb')
subparser_mongo_input.add_argument(
'm',
'model',
help='specify data type that will be storen in the database',
default='HWPCReport')
self.add_component_subparser(
'input',
subparser_mongo_input,
help_str=
'specify a database input : --db_output database_name ARG1 ARG2 ... '
)
subparser_socket_input = ComponentSubParser('socket')
subparser_socket_input.add_argument(
'p', 'port', help='specify port to bind the socket')
subparser_socket_input.add_argument('n',
'name',
help='specify puller name',
default='puller_socket')
subparser_socket_input.add_argument(
'm',
'model',
help='specify data type that will be sent through the socket',
default='HWPCReport')
self.add_component_subparser(
'input',
subparser_socket_input,
help_str=
'specify a database input : --db_output database_name ARG1 ARG2 ... '
)
subparser_csv_input = ComponentSubParser('csv')
subparser_csv_input.add_argument(
'f',
'files',
help='specify input csv files with this format : file1,file2,file3',
action=extract_file_names,
default=[],
check=check_csv_files,
check_msg='one or more csv files couldn\'t be read')
subparser_csv_input.add_argument(
'm',
'model',
help='specify data type that will be storen in the database',
default='HWPCReport')
subparser_csv_input.add_argument('n',
'name',
help='specify puller name',
default='puller_csv')
self.add_component_subparser(
'input',
subparser_csv_input,
help_str=
'specify a database input : --db_output database_name ARG1 ARG2 ... '
)
subparser_mongo_output = ComponentSubParser('mongodb')
subparser_mongo_output.add_argument('u',
'uri',
help='sepcify MongoDB uri')
subparser_mongo_output.add_argument(
'd', 'db', help='specify MongoDB database name')
subparser_mongo_output.add_argument(
'c', 'collection', help='specify MongoDB database collection')
subparser_mongo_output.add_argument(
'm',
'model',
help='specify data type that will be storen in the database',
default='PowerReport')
subparser_mongo_output.add_argument('n',
'name',
help='specify puller name',
default='pusher_mongodb')
self.add_component_subparser(
'output',
subparser_mongo_output,
help_str=
'specify a database output : --db_output database_name ARG1 ARG2 ...'
)
subparser_csv_output = ComponentSubParser('csv')
subparser_csv_output.add_argument(
'd',
'directory',
help=
'specify directory where where output csv files will be writen')
subparser_csv_output.add_argument(
'm',
'model',
help='specify data type that will be storen in the database',
default='PowerReport')
subparser_csv_output.add_argument('n',
'name',
help='specify puller name',
default='pusher_csv')
self.add_component_subparser(
'output',
subparser_csv_output,
help_str=
'specify a database input : --db_output database_name ARG1 ARG2 ... '
)
subparser_influx_output = ComponentSubParser('influxdb')
subparser_influx_output.add_argument('u',
'uri',
help='sepcify InfluxDB uri')
subparser_influx_output.add_argument(
'd', 'db', help='specify InfluxDB database name')
subparser_influx_output.add_argument(
'p', 'port', help='specify InfluxDB connection port', type=int)
subparser_influx_output.add_argument(
'm',
'model',
help='specify data type that will be storen in the database',
default='PowerReport')
subparser_influx_output.add_argument('n',
'name',
help='specify puller name',
default='pusher_influxdb')
self.add_component_subparser(
'output',
subparser_influx_output,
help_str=
'specify a database input : --db_output database_name ARG1 ARG2 ... '
)
subparser_opentsdb_output = ComponentSubParser('opentsdb')
subparser_opentsdb_output.add_argument('u',
'uri',
help='sepcify openTSDB host')
subparser_opentsdb_output.add_argument(
'p', 'port', help='specify openTSDB connection port', type=int)
subparser_opentsdb_output.add_argument('metric_name',
help='specify metric name')
subparser_opentsdb_output.add_argument(
'm',
'model',
help='specify data type that will be storen in the database',
default='PowerReport')
subparser_opentsdb_output.add_argument('n',
'name',
help='specify puller name',
default='pusher_opentsdb')
self.add_component_subparser(
'output',
subparser_opentsdb_output,
help_str=
'specify a database input : --db_output database_name ARG1 ARG2 ... '
)
def generate_selfwatts_parser() -> ComponentSubParser:
"""
Construct and returns the SelfWatts cli parameters parser.
:return: SelfWatts cli parameters parser
"""
parser = ComponentSubParser('selfwatts')
# Formula control parameters
parser.add_argument('disable-cpu-formula', help='Disable CPU formula', flag=True, type=bool, default=False, action=store_true)
parser.add_argument('disable-dram-formula', help='Disable DRAM formula', flag=True, type=bool, default=False, action=store_true)
# Formula RAPL reference event
parser.add_argument('cpu-rapl-ref-event', help='RAPL event used as reference for the CPU power models', default='RAPL_ENERGY_PKG')
parser.add_argument('dram-rapl-ref-event', help='RAPL event used as reference for the DRAM power models', default='RAPL_ENERGY_DRAM')
# CPU topology information
parser.add_argument('cpu-tdp', help='CPU TDP (in Watt)', type=int, default=125)
parser.add_argument('cpu-base-clock', help='CPU base clock (in MHz)', type=int, default=100)
parser.add_argument('cpu-ratio-min', help='CPU minimal frequency ratio', type=int, default=10)
parser.add_argument('cpu-ratio-base', help='CPU base frequency ratio', type=int, default=23)
parser.add_argument('cpu-ratio-max', help='CPU maximal frequency ratio (with Turbo-Boost)', type=int, default=40)
parser.add_argument('cpu-num-fixed-counters', help='CPU number of available fixed counters', type=int, default=3)
parser.add_argument('cpu-num-general-counters', help='CPU number of available general counters', type=int, default=4)
# Formula error threshold
parser.add_argument('cpu-error-threshold', help='Error threshold for the CPU power models (in Watt)', type=float, default=2.0)
parser.add_argument('dram-error-threshold', help='Error threshold for the DRAM power models (in Watt)', type=float, default=2.0)
# Sensor information
parser.add_argument('sensor-reports-frequency', help='The frequency with which measurements are made (in milliseconds)', type=int, default=1000)
# Learning parameters
parser.add_argument('learn-min-samples-required', help='Minimum amount of samples required before trying to learn a power model', type=int, default=10)
parser.add_argument('learn-history-window-size', help='Size of the history window used to keep samples to learn from', type=int, default=60)
# Controller parameters
parser.add_argument('controller-fixed-events', help='List of events name fixed in the controller', type=str, default='')
return parser
def __init__(self):
MainParser.__init__(self)
self.add_argument('v',
'verbose',
flag=True,
action=enable_log,
default=logging.NOTSET,
help='enable verbose mode')
self.add_argument('s',
'stream',
flag=True,
action=store_true,
default=False,
help='enable stream mode')
subparser_mongo_input = ComponentSubParser('mongodb')
subparser_mongo_input.add_argument('u',
'uri',
help='specify MongoDB uri')
subparser_mongo_input.add_argument(
'd',
'db',
help='specify MongoDB database name',
)
subparser_mongo_input.add_argument(
'c', 'collection', help='specify MongoDB database collection')
subparser_mongo_input.add_argument('n',
'name',
help='specify puller name',
default='puller_mongodb')
subparser_mongo_input.add_argument(
'm',
'model',
help='specify data type that will be storen in the database',
default='HWPCReport')
self.add_component_subparser(
'input',
subparser_mongo_input,
help_str=
'specify a database input : --db_output database_name ARG1 ARG2 ... '
)
subparser_socket_input = ComponentSubParser('socket')
subparser_socket_input.add_argument(
'p', 'port', help='specify port to bind the socket')
subparser_socket_input.add_argument('n',
'name',
help='specify puller name',
default='puller_socket')
subparser_socket_input.add_argument(
'm',
'model',
help='specify data type that will be sent through the socket',
default='HWPCReport')
self.add_component_subparser(
'input',
subparser_socket_input,
help_str=
'specify a database input : --db_output database_name ARG1 ARG2 ... '
)
subparser_daemon_input = ComponentSubParser('tcp')
subparser_daemon_input.add_argument('p',
'port',
help='specify the port to connect')
subparser_daemon_input.add_argument('n',
'name',
help='specify puller name',
default="puller_tcp")
subparser_daemon_input.add_argument(
'u',
'uri',
help='specify the address of the puller',
default='localhost')
subparser_daemon_input.add_argument(
'm',
'model',
help='specify data type that will be sent through the socket',
default='HWPCReport')
self.add_component_subparser(
'input',
subparser_daemon_input,
help_str='specify a tcp input : -p 8000 -a localhost ... ')
subparser_csv_input = ComponentSubParser('csv')
subparser_csv_input.add_argument(
'f',
'files',
help='specify input csv files with this format : file1,file2,file3',
action=extract_file_names,
default=[],
check=check_csv_files,
check_msg='one or more csv files couldn\'t be read')
subparser_csv_input.add_argument(
'm',
'model',
help='specify data type that will be storen in the database',
default='HWPCReport')
subparser_csv_input.add_argument('n',
'name',
help='specify puller name',
default='puller_csv')
self.add_component_subparser(
'input',
subparser_csv_input,
help_str=
'specify a database input : --db_output database_name ARG1 ARG2 ... '
)
subparser_mongo_output = ComponentSubParser('mongodb')
subparser_mongo_output.add_argument('u',
'uri',
help='specify MongoDB uri')
subparser_mongo_output.add_argument(
'd', 'db', help='specify MongoDB database name')
subparser_mongo_output.add_argument(
'c', 'collection', help='specify MongoDB database collection')
subparser_mongo_output.add_argument(
'm',
'model',
help='specify data type that will be storen in the database',
default='PowerReport')
subparser_mongo_output.add_argument('n',
'name',
help='specify puller name',
default='pusher_mongodb')
self.add_component_subparser(
'output',
subparser_mongo_output,
help_str=
'specify a database output : --db_output database_name ARG1 ARG2 ...'
)
subparser_prom_output = ComponentSubParser('prom')
subparser_prom_output.add_argument('a',
'addr',
help='specify server address')
subparser_prom_output.add_argument('p',
'port',
help='specify server port',
type=int)
subparser_prom_output.add_argument('M',
'metric_name',
help='speify metric name')
subparser_prom_output.add_argument('d',
'metric_description',
help='specify metric description',
default='energy consumption')
subparser_prom_output.add_argument(
'A',
'aggregation_period',
help=
'specify number of second for the value must be aggregated before compute statistics on them',
default=15,
type=int)
subparser_prom_output.add_argument(
'm',
'model',
help='specify data type that will be storen in the database',
default='PowerReport')
subparser_prom_output.add_argument('n',
'name',
help='specify puller name',
default='pusher_prom')
self.add_component_subparser(
'output',
subparser_prom_output,
help_str=
'specify a database output : --db_output database_name ARG1 ARG2 ...'
)
subparser_csv_output = ComponentSubParser('csv')
subparser_csv_output.add_argument(
'd',
'directory',
help=
'specify directory where where output csv files will be writen')
subparser_csv_output.add_argument(
'm',
'model',
help='specify data type that will be storen in the database',
default='PowerReport')
subparser_csv_output.add_argument('n',
'name',
help='specify puller name',
default='pusher_csv')
self.add_component_subparser(
'output',
subparser_csv_output,
help_str=
'specify a database input : --db_output database_name ARG1 ARG2 ... '
)
subparser_influx_output = ComponentSubParser('influxdb')
subparser_influx_output.add_argument('u',
'uri',
help='specify InfluxDB uri')
subparser_influx_output.add_argument(
'd', 'db', help='specify InfluxDB database name')
subparser_influx_output.add_argument(
'p', 'port', help='specify InfluxDB connection port', type=int)
subparser_influx_output.add_argument(
'm',
'model',
help='specify data type that will be storen in the database',
default='PowerReport')
subparser_influx_output.add_argument('n',
'name',
help='specify puller name',
default='pusher_influxdb')
self.add_component_subparser(
'output',
subparser_influx_output,
help_str=
'specify a database input : --db_output database_name ARG1 ARG2 ... '
)
subparser_opentsdb_output = ComponentSubParser('opentsdb')
subparser_opentsdb_output.add_argument('u',
'uri',
help='specify openTSDB host')
subparser_opentsdb_output.add_argument(
'p', 'port', help='specify openTSDB connection port', type=int)
subparser_opentsdb_output.add_argument('metric_name',
help='specify metric name')
subparser_opentsdb_output.add_argument(
'm',
'model',
help='specify data type that will be storen in the database',
default='PowerReport')
subparser_opentsdb_output.add_argument('n',
'name',
help='specify puller name',
default='pusher_opentsdb')
self.add_component_subparser(
'output',
subparser_opentsdb_output,
help_str=
'specify a database input : --db_output database_name ARG1 ARG2 ... '
)
subparser_tcp_output = ComponentSubParser('tcp')
subparser_tcp_output.add_argument('p', 'port', help="the port to bind")
subparser_tcp_output.add_argument('u',
'uri',
help="the address to bind",
default="0.0.0.0")
subparser_tcp_output.add_argument(
'm',
'model',
help='specify data type that will be send in the stream',
default='PowerReport')
subparser_tcp_output.add_argument('n',
'name',
help='specify pusher name',
default='pusher_tcp')
self.add_component_subparser(
'output',
subparser_tcp_output,
help_str='specify a tcp output : -p 8001 -m PowerReport ... ')
def __init__(self):
MainParser.__init__(self)
self.add_argument('v',
'verbose',
flag=True,
action=enable_log,
default=logging.NOTSET,
help='enable verbose mode')
self.add_argument('s',
'stream',
flag=True,
action=store_true,
default=False,
help='enable stream mode')
subparser_mongo_input = ComponentSubParser('mongodb')
subparser_mongo_input.add_argument('u',
'uri',
help='sepcify MongoDB uri')
subparser_mongo_input.add_argument(
'd', 'db', help='specify MongoDB database name')
subparser_mongo_input.add_argument(
'c', 'collection', help='specify MongoDB database collection')
subparser_mongo_input.add_argument(
'm',
'model',
help='specify data type that will be storen in the database',
default='hwpc_report')
subparser_mongo_output = ComponentSubParser('mongodb')
subparser_mongo_output.add_argument('u',
'uri',
help='sepcify MongoDB uri')
subparser_mongo_output.add_argument(
'd', 'db', help='specify MongoDB database name')
subparser_mongo_output.add_argument(
'c', 'collection', help='specify MongoDB database collection')
subparser_mongo_output.add_argument(
'm',
'model',
help='specify data type that will be storen in the database',
default='power_report')
self.add_component_subparser(
'output',
subparser_mongo_output,
help_str=
'specify a database output : --db_output database_name ARG1 ARG2 ...'
)
self.add_component_subparser(
'input',
subparser_mongo_input,
help_str=
'specify a database input : --db_output database_name ARG1 ARG2 ... '
)
