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from lib.cli_parser import benchmark_parser
from strategies.config import ExperimentConfig
import strategies.strategies.domain_restriction.lower_bound_strategy as lower_bound_strategy
import strategies.strategies.domain_restriction.no_lower_bound_strategy as no_lower_bound_strategy
import strategies.strategies.search.check_all_strategy as check_all_strategy
import strategies.strategies.search.linear_search_strategy as linear_search_strategy
import strategies.strategies.search.binary_search_strategy as binary_search_strategy
from strategies.experiment_execution import ExperimentExecutor
import strategies.subexperiment_execution.subexperiment_executor as subexperiment_executor
import strategies.subexperiment_evaluation.subexperiment_evaluator as subexperiment_evaluator
def load_variables():
"""Load the CLI variables given at the command line"""
print('Load CLI variables')
parser = benchmark_parser("Run theodolite benchmarking")
args = parser.parse_args()
print(args)
if args.uc is None or args.loads is None or args.instances_list is None:
print('The options --uc, --loads and --instances are mandatory.')
print('Some might not be set!')
sys.exit(1)
def main(uc, loads, instances_list, partitions, cpu_limit, memory_limit,
commit_ms, duration, domain_restriction, search_strategy,
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prometheus_base_url, reset, namespace, result_path):
print(f"Domain restriction of search space activated: {domain_restriction}")
print(f"Chosen search strategy: {search_strategy}")
counter_path = f"{result_path}/exp_counter.txt"
if os.path.exists(counter_path):
with open(counter_path, mode="r") as read_stream:
exp_id = int(read_stream.read())
# Create the directory if not exists
os.makedirs(result_path, exist_ok=True)
# Store metadata
separator = ","
lines = [
f"UC={uc}\n",
f"DIM_VALUES={separator.join(map(str, loads))}\n",
f"REPLICAS={separator.join(map(str, instances_list))}\n",
f"PARTITIONS={partitions}\n",
f"CPU_LIMIT={cpu_limit}\n",
f"MEMORY_LIMIT={memory_limit}\n",
f"KAFKA_STREAMS_COMMIT_INTERVAL_MS={commit_ms}\n",
f"EXECUTION_MINUTES={duration}\n",
f"DOMAIN_RESTRICTION={domain_restriction}\n",
f"SEARCH_STRATEGY={search_strategy}"
]
with open(f"{result_path}/exp{exp_id}_uc{uc}_meta.txt", "w") as stream:
stream.writelines(lines)
with open(counter_path, mode="w") as write_stream:
write_stream.write(str(exp_id + 1))
domain_restriction_strategy = None
search_strategy = None
# Select domain restriction
# domain restriction
domain_restriction_strategy = lower_bound_strategy
else:
# no domain restriction
domain_restriction_strategy = no_lower_bound_strategy
# select search strategy
if search_strategy == "linear-search":
print(f"Going to execute at most {len(loads)+len(instances_list)-1} subexperiments in total..")
search_strategy = linear_search_strategy
elif search_strategy == "binary-search":
search_strategy = binary_search_strategy
print(f"Going to execute {len(loads)*len(instances_list)} subexperiments in total..")
search_strategy = check_all_strategy
experiment_config = ExperimentConfig(
use_case=uc,
exp_id=exp_id,
dim_values=loads,
replicass=instances_list,
partitions=partitions,
cpu_limit=cpu_limit,
memory_limit=memory_limit,
kafka_streams_commit_interval_ms=commit_ms,
execution_minutes=duration,
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prometheus_base_url=prometheus_base_url,
reset=reset,
namespace=namespace,
result_path=result_path,
domain_restriction_strategy=domain_restriction_strategy,
search_strategy=search_strategy,
subexperiment_executor=subexperiment_executor,
subexperiment_evaluator=subexperiment_evaluator)
executor = ExperimentExecutor(experiment_config)
executor.execute()
if __name__ == '__main__':
logging.basicConfig(level=logging.INFO)
args = load_variables()
main(args.uc, args.loads, args.instances_list, args.partitions, args.cpu_limit,
args.memory_limit, args.commit_ms, args.duration,
args.domain_restriction, args.search_strategy, args.prometheus,
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args.reset, args.namespace, args.path)