def __init__(self):
super(CLI, self).__init__(protectionless.name)
subparser = self._add_argument("table", self._run_table)
subparser.add_argument("sim",
choices=submodule_loader.list_available(
simulator.sim),
help="The simulator you wish to run with.")
subparser.add_argument("--show", action="store_true", default=False)
subparser = self._add_argument("graph", self._run_graph)
subparser.add_argument("sim",
choices=submodule_loader.list_available(
simulator.sim),
help="The simulator you wish to run with.")
subparser = self._add_argument("graph-min-max",
self._run_min_max_versus)
subparser.add_argument("sim",
choices=submodule_loader.list_available(
simulator.sim),
help="The simulator you wish to run with.")
subparser = self._add_argument("graph-dominating-min-max",
self._run_dominating_min_max_versus)
subparser = self._add_argument("graph-multi", self._run_multi_versus)
def __init__(self):
# super(CLI, self).__init__(protectionless_tdma_das.result_file_path, RunSimulations)
super(CLI, self).__init__(True, RunSimulations)
subparser = self._add_argument("graph", self._run_graph)
subparser.add_argument("sim",
choices=submodule_loader.list_available(
simulator.sim),
help="The simulator you wish to run with.")
subparser = self._add_argument("graph-versus-baseline",
self._run_graph_versus_baseline)
subparser.add_argument("sim",
choices=submodule_loader.list_available(
simulator.sim),
help="The simulator you wish to run with.")
def __init__(self):
super().__init__(protectionless.name,
safety_period_equivalence=safety_period_equivalence)
subparser = self._add_argument("table", self._run_table)
subparser.add_argument("sim",
choices=submodule_loader.list_available(
simulator.sim),
help="The simulator you wish to run with.")
subparser.add_argument("--show", action="store_true", default=False)
subparser = self._add_argument("graph", self._run_graph)
subparser.add_argument("sim",
choices=submodule_loader.list_available(
simulator.sim),
help="The simulator you wish to run with.")
def __init__(self):
# super(CLI, self).__init__(__package__)
super(CLI, self).__init__(None)
subparser = self._add_argument("graph", self._run_graph)
subparser.add_argument("sim",
choices=submodule_loader.list_available(
simulator.sim),
help="The simulator you wish to run with.")
subparser = self._add_argument("table", self._run_table)
def __init__(self):
super().__init__(protectionless.name,
safety_period_equivalence=safety_period_equivalence)
subparser = self._add_argument("table", self._run_table)
subparser.add_argument("sim",
choices=submodule_loader.list_available(
simulator.sim),
help="The simulator you wish to run with.")
subparser.add_argument("--show", action="store_true", default=False)
subparser.add_argument(
"--testbed",
type=str,
choices=submodule_loader.list_available(data.testbed),
default=None,
help=
"Select the testbed to analyse. (Only if not analysing regular results.)"
)
subparser = self._add_argument("graph", self._run_graph)
subparser.add_argument("sim",
choices=submodule_loader.list_available(
simulator.sim),
help="The simulator you wish to run with.")
subparser.add_argument(
"--testbed",
type=str,
choices=submodule_loader.list_available(data.testbed),
default=None,
help=
"Select the testbed to analyse. (Only if not analysing regular results.)"
)
subparser = self._add_argument("graph-testbed",
self._run_graph_testbed)
subparser.add_argument(
"testbed",
type=str,
choices=submodule_loader.list_available(data.testbed),
help=
"Select the testbed to analyse. (Only if not analysing regular results.)"
)
def __init__(self):
super(CLI, self).__init__(True, RunSimulations)
subparser = self._add_argument("graph", self._run_graph)
subparser = self._add_argument("graph-versus-baseline",
self._run_graph_versus_baseline)
subparser = self._add_argument("graph-min-max",
self._run_graph_min_max)
subparser.add_argument("sim",
choices=submodule_loader.list_available(
simulator.sim),
help="The simulator you wish to run with.")
