def _reboot_into_normal(self, router: Router, q: Queue):
print("Reboot Router back into normalmode ...")
nv_assist = NVAssistent("eth0")
nv_assist.create_namespace_vlan(router)
# Set netns for the current process
netns.setns(router.namespace_name)
router_reboot = RouterReboot(router, configmode=False)
router_reboot.start()
router_reboot.join()
assert router.mode == Mode.normal
nv_assist.close()
q.put(router)
def _reboot_into_config(self, router: Router, q: Queue):
print("Reboot Router into configmode ...")
# Create NVAssistent
nv_assist = NVAssistent("eth0")
nv_assist.create_namespace_vlan(router)
# Set netns for the current process
netns.setns(router.namespace_name)
# Reboot Router into configmode
router_reboot = RouterReboot(router, configmode=True)
router_reboot.start()
router_reboot.join()
assert router.mode == Mode.configuration
nv_assist.close()
q.put(router)
def test_reboot_into_config(self):
# Create router
router = Router(1, "vlan1", 21, "10.223.254.254", 16, "192.168.1.1",
24, "root", "root", 1)
router.model = "TP-LINK TL-WR841N/ND v9"
router.mac = "e8:de:27:b7:7c:e2"
router.mode = Mode.normal
assert isinstance(router, Router)
RouterReboot().configmode(router)
assert router.mode == Mode.configuration
def _reboot_into_normal(self, router: Router, q: Queue):
print("Reboot Router back into normalmode ...")
nv_assist = NVAssistent("eth0")
nv_assist.create_namespace_vlan(router)
# Set netns for the current process
netns.setns(router.namespace_name)
router_reboot = RouterReboot(router, configmode=False)
router_reboot.start()
router_reboot.join()
assert router.mode == Mode.normal
nv_assist.close()
q.put(router)
def reboot_router(cls, router_ids: List[int], reboot_all: bool, configmode: bool):
"""
Reboots the given Routers.
:param router_ids: List of unique numbers to identify a Router
:param reboot_all: Reboots all Routers
:param configmode: Reboots Router into configmode
"""
from util.router_reboot import RouterReboot
if reboot_all:
for router in cls.get_routers():
if configmode:
RouterReboot.configmode(router)
else:
RouterReboot.normal(router)
else:
for router_id in router_ids:
router = cls.get_router_by_id(router_id)
if configmode:
RouterReboot.configmode(router)
else:
RouterReboot.normal(router)
def _reboot_into_config(self, router: Router, q: Queue):
print("Reboot Router into configmode ...")
# Create NVAssistent
nv_assist = NVAssistent("eth0")
nv_assist.create_namespace_vlan(router)
# Set netns for the current process
netns.setns(router.namespace_name)
# Reboot Router into configmode
router_reboot = RouterReboot(router, configmode=True)
router_reboot.start()
router_reboot.join()
assert router.mode == Mode.configuration
nv_assist.close()
q.put(router)
def reboot_router(cls, router_ids: List[int], reboot_all: bool,
configmode: bool):
"""
Reboots the given Routers.
:param router_ids: List of unique numbers to identify a Router
:param reboot_all: Reboots all Routers
:param configmode: Reboots Router into configmode
"""
from util.router_reboot import RouterReboot
if reboot_all:
for router in cls.get_routers():
if configmode:
RouterReboot.configmode(router)
else:
RouterReboot.normal(router)
else:
for router_id in router_ids:
router = cls.get_router_by_id(router_id)
if configmode:
RouterReboot.configmode(router)
else:
RouterReboot.normal(router)
