def __test_foo():
add_config_file('/etc/e3net/e3vswitch.ini')
load_configs()
logger = get_e3loger('e3vswitch')
logger.info('hello world')
logger.debug('hello debugging foo')
logger1 = get_e3loger('e3vswitch1')
logger1.info('hello world1')
def main():
import sys
assert (len(sys.argv) == 2)
add_config_file(sys.argv[1])
load_configs()
e3neta_config_init()
e3neta_db_init()
from e3net.e3neta.e3neta_agent_ops import e3neta_agent_connect
e3neta_agent_connect()
grpc_server_init()
def main():
#initialize config as the 1st step
add_config_file('/etc/e3net/e3vswitch-standalone.ini')
load_configs()
#initilize database options
DB_NAME = 'E3NET_VSWITCH'
init_database(
DB_NAME,
'mysql+pymysql://e3net:e3credientials@localhost/E3NET_VSWITCH', False)
load_database()
#initialize inventory
e3inventory_base_init()
#initialize taskflow
taskflow_init()
#initialize event notification
event_init()
#initialize grpc
grpc_server_init()
finally:
self.guard.read_unlock()
def get_stub(address, port, service_name, auto_create = True):
channel = get_channel(address, port, auto_create)
assert (channel)
write_locked = False
try:
stub = _get_stub(channel, service_name)
if not stub and auto_create:
channel.guard.write_lock()
write_locked = True
assert (service_name in stub_inventory)
stub = stub_inventory[service_name](channel.channel)
channel.stubs[service_name] = stub
channel.guard.write_unlock()
write_locked = False
stub = _get_stub(channel, service_name)
if not stub:
raise e3_exception(E3_EXCEPTION_NOT_FOUND)
return stub
finally:
if write_locked:
channel.guard.write_unlock()
if __name__ == '__main__':
from e3net.common.e3config import add_config_file
from e3net.common.e3config import load_configs
add_config_file('/etc/e3net/e3vswitch.ini')
load_configs()
print(get_stub('130.140.150.2',9418,'vswitch_host'))
print(get_channel('130.140.150.2',9418))
process_null_topology(_iResult)
synchronize_topology_label(_iResult)
def generate_ether_service_apply_ops_taskflow():
lf = linear_flow.Flow(ETHER_SERVICE_TASKFLOW_APPLIANCE)
lf.add(ether_service_taskflow_prefetch_service_elements())
return lf
register_standalone_taskflow_category(ETHER_SERVICE_TASKFLOW_APPLIANCE,
generate_ether_service_apply_ops_taskflow)
if __name__ == '__main__':
from e3net.common.e3standalone_taskflow import e3standalone_taskflow
from e3net.common.e3standalone_taskflow import standalone_taskflow_init
from e3net.common.e3config import add_config_file
from e3net.common.e3config import load_configs
from e3net.e3neta.e3neta_config import e3neta_config_init
from e3net.e3neta.e3neta_db import e3neta_db_init
from e3net.e3neta.e3neta_agent_ops import e3neta_agent_connect
add_config_file('/etc/e3net/e3neta.ini.1')
load_configs()
e3neta_config_init()
standalone_taskflow_init()
e3neta_db_init()
e3neta_agent_connect()
spec = dict()
spec['services'] = ['c642f944-1a73-4152-af1d-98f455e5c092']
tf = e3standalone_taskflow(ETHER_SERVICE_TASKFLOW_APPLIANCE,
sync = False,
store = {'config' : spec, 'iResult' : dict()})
tf.issue()