def setUp(self):
super(ipv6_ipv4_tests, self).setUp()
self.addr_family = self.input.param("addr_family", "ipv4")
nodes_obj = IPv6_IPv4(self.servers)
if self.upgrade_addr_family is None:
nodes_obj.set_addr_family(self.addr_family)
nodes_obj.transfer_file(self.BLOCK_PORTS_FILE_PATH)
self.mode = self.input.param("mode", None)
def check_ports_on_blocking(self, ports, nodes, query_strs, logfile):
nodes_obj = IPv6_IPv4([nodes])
addr_family = nodes_obj.get_addr_family()
shell = RemoteMachineShellConnection(nodes)
shell.delete_file(self.LOG_PATH, logfile)
pids = nodes_obj.block_ports(ports, addr_family)
self.sleep(20)
found = self.verify_logs_wrapper(nodes, logfile, query_strs)
nodes_obj.unblock_ports(pids)
shell.disconnect()
return found
def check_ports_for_service(self,ports,nodes):
nodes_obj = IPv6_IPv4(nodes)
cluster_setting = nodes_obj.get_addr_family()
for port in ports:
mappings = self._port_map_()[self.mode][cluster_setting]
self.log.info("{0} {1} {2} Details".format(port,self.mode,cluster_setting))
if self.mode == "pure_ipv4" or self.mode == "pure_ipv6":
self.assertEquals(nodes_obj.check_ports([port],cluster_setting),mappings[0],"mapping is {0}".format(mappings[0]))
elif self.mode == "hostname":
self.assertEquals(nodes_obj.check_ports([port],cluster_setting),mappings[0] if cluster_setting=="ipv4" else mappings[1])
def check_ports_on_blocking_opposite_addr_family(self,ports,nodes,service):
nodes_obj = IPv6_IPv4([nodes])
addr_family = nodes_obj.get_addr_family()
opposite_family = None
if addr_family == "ipv4":
opposite_family = "ipv6"
elif addr_family == "ipv6":
opposite_family = "ipv4"
running = False
if opposite_family:
pids = nodes_obj.block_ports(ports, opposite_family)
running = self.check_service_up(service,nodes)
nodes_obj.unblock_ports(pids)
return running
def tearDown(self):
self.kill_all_python_processes()
IPv6_IPv4(self.servers).delete_files()
super(ipv6_ipv4_tests, self).tearDown()
def _port_map_(self):
return IPv6_IPv4(self.servers).retrieve_port_map()