def run(args) -> None:
prepare_dot_dir()
config_outs(args, 'solution')
cntrl = Control()
for data in cntrl.get_data():
cntrl.push_results(worker(data))
def run(args) -> None:
prepare_dot_dir()
config_outs(args, 'solution')
cntrl = Control()
#pozovi generate_profiles()
#exploit
#obrisi fajl data/profiles.json
for data in cntrl.get_data():
cntrl.push_results(worker(data))
#!/usr/bin/env python
"""This module runs both contestant's solution and framework."""
import webbrowser
from multiprocessing import Process
import run_solution as solution
import run_framework as framework
from hackathon.utils.utils import CFG
from hackathon.framework.http_server import prepare_dot_dir
__author__ = "Novak Boskov"
__copyright__ = "Typhoon HIL Inc."
__license__ = "MIT"
if __name__ == '__main__':
prepare_dot_dir()
solution = Process(target=solution.run, args=('log', ))
solution.start()
framework = Process(target=framework.run, args=('log', ))
framework.start()
webbrowser.open('http://localhost:{}/viz.html'
.format(CFG.results_http_server_port))
def run(args) -> None:
prepare_dot_dir()
gp.generate_profiles()
config_outs(args, 'framework')
data_emit_socket, _ = bind_pub_socket(CFG.in_address, CFG.in_port)
result_gather_socket, _ = bind_sub_socket(CFG.out_address, CFG.out_port)
results_poll = zmq.Poller()
results_poll.register(result_gather_socket, zmq.POLLIN)
# Run http server in separate process
http = Process(target=http_server_run, args=())
http.start()
# Create results file, truncate if exists
with open(CFG.results, 'w'):
pass
# Create results dump file, truncate if exists
with open(CFG.results_dump, 'w'):
pass
# Open profile file
with open(CFG.profile_file, 'r') as f:
profile = json.load(f)
print('Profile file from {} has loaded...'.format(CFG.profile_file))
print('Loading physics initialization file')
with open(CFG.physics_init, 'r') as f:
ini = json.load(f)
lapse_time = CFG.framework_lapse_time or 1
print('Framework is booting with the lapse time of {}s ...'.format(
lapse_time))
time.sleep(lapse_time)
for i, rec in enumerate(profile):
if i == 0:
soc_bess, overload, mg, current_power = ini['bessSOC'], \
ini['bessOverload'], \
ini['mainGridPower'], \
ini['bessPower']
else:
last = get_latest_result()
soc_bess, overload, mg, current_power = last['bessSOC'], \
last['bessOverload'], \
last['mainGridPower'], \
last['bessPower']
data = DataMessage(i, rec['gridStatus'], rec['buyingPrice'],
rec['sellingPrice'], rec['currentLoad'],
rec['solarProduction'], soc_bess, overload, mg,
current_power)
if CFG.DBG:
print('Framework emits {}'.format(data))
data_emit_socket.send_pyobj(data)
rater(result_gather_socket, results_poll, data)
# Send terminating message to the solution
data_emit_socket.send_pyobj(False)
# Write results json from dump
with open(CFG.results, 'w') as f:
json.dump(read_results(), f)
if CFG.shutdown_http_server:
# Gracefully terminate HTTP server process that serves results
# to visualization web page
time.sleep(2)
http.terminate()
print('Simple HTTP server has stopped.')
else:
print('Simple HTTP server is still running...')
