def instantiate_h2hOutboundTransaction(loop, ip_addr, dst_id):
import yaml, CETPSecurity, ConnectionTable, PolicyManager
cesid = "cesa.lte."
cetp_policies = "config_cesa/cetp_policies.json"
filename = "config_cesa/config_cesa_ct.yaml"
config_file = open(filename)
ces_conf = yaml.load(config_file)
ces_params = ces_conf['CESParameters']
conn_table = ConnectionTable.ConnectionTable()
cetpstate_mgr = ConnectionTable.CETPStateTable(
) # Records the established CETP transactions (both H2H & C2C). Required for preventing the re-allocation already in-use SST & DST (in CETP transaction).
cetp_security = CETPSecurity.CETPSecurity(loop, conn_table, ces_params)
interfaces = PolicyManager.FakeInterfaceDefinition(cesid)
policy_mgr = PolicyManager.PolicyManager(
cesid, policy_file=cetp_policies
) # Shall ideally fetch the policies from Policy Management System (of Hassaan) - And will be called, policy_sys_agent
host_register = PolicyManager.HostRegister()
h2h = H2HTransactionOutbound(loop=loop, cb=None, host_ip=ip_addr, src_id="", dst_id=dst_id, l_cesid="cesa.lte.", r_cesid="cesblte.", cetp_h2h=None, \
ces_params=ces_params, policy_mgr=policy_mgr, cetpstate_mgr=cetpstate_mgr, host_register=host_register, \
conn_table=conn_table, interfaces=interfaces, cetp_security=cetp_security)
cb_args = ("SomeQ", ("10.0.3.111", 55443))
cb = (test_cb, cb_args)
h2h.cb = cb
return h2h
def getLocalCETP(loop):
import yaml, CETPSecurity, ConnectionTable, PolicyManager
cesid = "cesa.lte."
cetp_policies = "config_cesa/cetp_policies.json"
filename = "config_cesa/config_cesa_ct.yaml"
config_file = open(filename)
ces_conf = yaml.load(config_file)
ces_params = ces_conf['CESParameters']
conn_table = ConnectionTable.ConnectionTable()
cetpstate_mgr = ConnectionTable.CETPStateTable() # Records the established CETP transactions (both H2H & C2C). Required for preventing the re-allocation already in-use SST & DST (in CETP transaction).
cetp_security = CETPSecurity.CETPSecurity(loop, conn_table, ces_params)
interfaces = PolicyManager.FakeInterfaceDefinition(cesid)
policy_mgr = PolicyManager.PolicyManager(cesid, policy_file=cetp_policies) # Shall ideally fetch the policies from Policy Management System (of Hassaan) - And will be called, policy_sys_agent
host_register = PolicyManager.HostRegister()
#cetp_mgr = cetpManager.CETPManager(cetp_policies, cesid, ces_params, loop=loop)
cetp_mgr = MockCETPManager()
local_h2h = CETPH2HLocal(l_cesid=cesid, cetpstate_mgr=cetpstate_mgr, policy_mgr=policy_mgr, cetp_mgr=cetp_mgr, \
cetp_security=cetp_security, host_register=host_register, conn_table=conn_table)
return local_h2h
def instantiate_h2hInboundTransaction(sstag, dstag):
import yaml, CETPSecurity, ConnectionTable, PolicyManager
cesid = "cesb.lte."
cetp_policies = "config_cesb/cetp_policies.json"
filename = "config_cesb/config_cesb_ct.yaml"
config_file = open(filename)
ces_conf = yaml.load(config_file)
ces_params = ces_conf['CESParameters']
conn_table = ConnectionTable.ConnectionTable()
cetpstate_mgr = ConnectionTable.CETPStateTable(
) # Records the established CETP transactions (both H2H & C2C). Required for preventing the re-allocation already in-use SST & DST (in CETP transaction).
cetp_security = CETPSecurity.CETPSecurity(loop, conn_table, ces_params)
interfaces = PolicyManager.FakeInterfaceDefinition(cesid)
policy_mgr = PolicyManager.PolicyManager(
cesid, policy_file=cetp_policies
) # Shall ideally fetch the policies from Policy Management System (of Hassaan) - And will be called, policy_sys_agent
host_register = PolicyManager.HostRegister()
ih2h = H2HTransactionInbound(sstag=sstag, dstag=dstag, l_cesid=cesid, r_cesid="cesa.lte.", policy_mgr=policy_mgr, cetpstate_mgr=cetpstate_mgr, \
interfaces=interfaces, conn_table=conn_table, cetp_security=cetp_security, ces_params=ces_params)
return ih2h
def create(self, data):
connection = ConnectionTable(data)
cursor = self.db.query().insert(connection).execute()
return cursor.lastrowid