def _main():
global SERVER
# Load database
db.load()
# Exterior network configuration
global_netconfig()
# Find connected dongle
enable_ncp()
# Start web interface
webserver.start()
# Start subtasks
mdns = MDNS()
TASKS.append(SERIAL())
TASKS.append(NETWORK())
TASKS.append(DHCP())
TASKS.append(NAT())
TASKS.append(DNS())
TASKS.append(MDNS())
TASKS.append(DIAGS())
TASKS.append(COAPSERVER())
# Launch mDNS already
asyncio.ensure_future(mdns.run())
if db.get('autostart') == 1:
db.set('action_kibra', 'start')
asyncio.ensure_future(_master())
asyncio.get_event_loop().run_forever()
def clear_topology():
db.load()
_, ncps = _get_devices(db.get('ncp_serial'))
threads = []
for device in ncps:
threads.append(Thread(target=_stop_topology, args=[device]))
def form_topology():
db.load()
brouter, ncps = _get_devices(db.get('ncp_serial'))
threads = []
oobcom = _get_oobcom(brouter)
if oobcom:
oobcom['timeout'] = TIMEOUT
for device in ncps:
mac = device.ksh_cmd('show eui64', True)[0]
device.set_mac(mac)
# oobcom['actstamp'] = _get_atimestamp()
threads.append(
Thread(target=_join_network, args=[device, 'fed', oobcom]))
for thread in threads:
thread.start()
for thread in threads:
thread.join()
def main():
global SERVER
logging.info('Launching KiBRA v%s' % kibra.__version__)
# Load database
db.load()
# Exterior network configuration
global_netconfig()
# Find connected NCP
enable_ncp()
# Start web interface
webserver.start()
# Start subtasks
mdns = MDNS()
TASKS.append(NETWORK())
TASKS.append(SERIAL())
TASKS.append(SYSLOG())
TASKS.append(DHCP())
TASKS.append(NAT())
TASKS.append(DNS())
TASKS.append(mdns)
TASKS.append(DIAGS())
if db.get('bbr_enable'):
TASKS.append(COAPSERVER())
# Launch mDNS already
asyncio.ensure_future(mdns.run())
if db.get('autostart') == 1:
db.set('action_kibra', 'start')
asyncio.ensure_future(_master())
asyncio.get_event_loop().run_forever()