def __init__(self, simulations_file, config_file):
self.config = yaml.load(open(config_file))
self.generator = RangeGenerator(yaml.load(open(simulations_file)))
self.automator = SimulationAutomator(
self.config["SimulationAutomator"])
self.persistence = PersistenceManager(
self.config["Persistence"]["database"])
self.plotter = Plotter(self.persistence)
def _run_simulations(self, parameters, strategy_combinations):
simulator = SimulationAutomator(self.simulation_automator_config)
simulation_scenarios = []
for strategy_combination in strategy_combinations:
simulation_parameters = {}
for parameter in parameters:
if parameter == "numToSend":
simulation_parameters["**.numToSend_" + str(strategy_combinations.index(strategy_combination))] = parameters[parameter]
elif parameter == "burstAmount":
simulation_parameters["**.burstAmount_" + str(strategy_combinations.index(strategy_combination))] = parameters[parameter]
elif parameter == "burstFrequency":
simulation_parameters["**.burstFrequency_" + str(strategy_combinations.index(strategy_combination))] = parameters[parameter]
elif parameter == "burstDuration":
simulation_parameters["**.burstDuration_" + str(strategy_combinations.index(strategy_combination))] = parameters[parameter]
elif parameter == "chanceToUnsubscribe":
simulation_parameters["**.chanceToUnsubscribe_" + str(strategy_combinations.index(strategy_combination))] = parameters[parameter]
elif parameter == "timeToUnsubscribe":
simulation_parameters["**.timeToUnsubscribe_" + str(strategy_combinations.index(strategy_combination))] = parameters[parameter]
elif parameter == "timeToSubscribe":
simulation_parameters["**.timeToSubscribe_" + str(strategy_combinations.index(strategy_combination))] = parameters[parameter]
elif parameter == "disableOverlay":
simulation_parameters["**.disableOverlay_" + str(strategy_combinations.index(strategy_combination))] = parameters[parameter]
else:
simulation_parameters[parameter] = parameters[parameter]
simulation_scenarios.append(simulation_parameters)
print len(simulation_scenarios)
#results, fails = simulator.run(simulation_scenarios, "test_configurator_1")
#simulator.persistence.persist_to_database(results)
results = [
{
"parameters": 1,
"results": {"Latency": 10},
"strategies": 1
},
{
"parameters": 1,
"results": {"Latency": 1},
"strategies": 2
}
]
return results
##!/home/i6stud/sianwahl/bootstrap/bin/python
__author__ = 'Andreas M. Wahl'
import logging
import yaml
from autosim.SimulationAutomator import SimulationAutomator
logging.basicConfig(level=logging.ERROR)
logger = logging.getLogger(__name__)
# initialize the automation tool by supplying a configuration file
config = yaml.load(
open("../missile/examples/configs/unified_configuration.mssl", "r"))
sim = SimulationAutomator(config["SimulationAutomator"])
# run simulations
#simulations = yaml.load(open("../autosim/simulations.m2etis", "r"))
#results, fails = sim.run(simulations, "sample_scenario_1")
# check if there were failed simulations.
#if len(fails) > 0:
# logger.error("Simulation(s) failed.")
# sys.exit(1)
# process results:
# persist results
#sim.persistence.persist_to_file(results, "test.yaml")
#sim.persistence.persist_to_database(results)
# plot results
