def reboot_spine0_switch(self):
d0 = Device(cfg.spine0['id'])
rp_spine0 = RemotePower(cfg.spine0_power)
rp_spine0.OffOn()
wait_for_seconds(60)
links_inspect(cfg.spines, cfg.leaves)
def runTest(self):
s1_vlan_id = 200
ports = sorted(config["port_map"].keys())
cfg.leaf1['portA'].tagged(True)
t1 = (
Tenant('t1')
.segment('s1', 'vlan', [], s1_vlan_id)
.segment_member(
SegmentMember('s1', cfg.leaf0['id'])
.mac_based_vlan(['{}/48'.format(cfg.host0['mac'])])
)
.segment_member(
SegmentMember('s1', cfg.leaf1['id'])
.ports([cfg.leaf1['portA'].name])
)
.build()
)
def test_by_packet():
pkt_from_p0_to_p2 = str(simple_tcp_packet(
dl_vlan_enable=True,
vlan_vid=s1_vlan_id,
eth_dst=cfg.host2['mac'],
eth_src=cfg.host0['mac'],
ip_dst=cfg.host2['ip'],
ip_src=cfg.host0['ip']
))
self.dataplane.send(ports[0], pkt_from_p0_to_p2)
verify_packet(self, pkt_from_p0_to_p2, ports[2])
test_by_packet()
d0 = Device(cfg.leaf0['id'])
rp_leaf0 = RemotePower(cfg.leaf0_power)
rp_leaf0.OffOn()
wait_for_seconds(60)
assert d0.available == False, "d0 device's avaiable shall be false"
links_inspect(cfg.spines, cfg.leaves)
test_by_packet()
t1.destroy()
def runTest(self):
d0 = Device(cfg.spine0['id'])
d1 = Device(cfg.spine1['id'])
assert d0.available, "d0 device's avaiable shall be true"
assert d1.available, "d1 device's avaiable shall be true"
rp_spine0 = RemotePower(cfg.spine0_power)
rp_spine1 = RemotePower(cfg.spine1_power)
# turn off spine0
rp_spine0.Off()
wait_for_seconds(60)
rp_spine0.On()
assert d0.available == False, "d0 device's avaiable shall be false"
links_inspect([cfg.spine1], [cfg.leaf0, cfg.leaf1])
assert d1.available, "d1 device's avaiable shall be true"
# wait for spine0 resume
links_inspect([cfg.spine0, cfg.spine1], [cfg.leaf0, cfg.leaf1])
assert d0.available, "d0 device's avaiable shall be true"
assert d1.available, "d1 device's avaiable shall be true"
# turn off spine1
rp_spine1.Off()
wait_for_seconds(60)
rp_spine1.On()
links_inspect([cfg.spine0], [cfg.leaf0, cfg.leaf1])
assert d0.available, "d1 device's avaiable shall be true"
# wait for spine1 resume
links_inspect([cfg.spine0, cfg.spine1], [cfg.leaf0, cfg.leaf1])
assert d0.available, "d0 device's avaiable shall be true"
assert d1.available, "d1 device's avaiable shall be true"
def spine_link_down_up_verify(self, verify_func, wait_time=60):
verify_func()
rp_spine0 = RemotePower(cfg.spine0_power)
rp_spine0.OffOn()
wait_for_seconds(wait_time)
verify_func()
# wait spine resume
links_inspect(cfg.spines, cfg.leaves)
# the other spine reboot
rp_spine1 = RemotePower(cfg.spine1_power)
rp_spine1.OffOn()
wait_for_seconds(wait_time)
verify_func()
# wait spine resume
links_inspect(cfg.spines, cfg.leaves)
def runTest(self):
d0 = Device(cfg.spine0['id'])
d1 = Device(cfg.spine1['id'])
assert d0.available, "d0 device's avaiable shall be true"
assert d1.available, "d1 device's avaiable shall be true"
rp_spine0 = RemotePower(cfg.spine0_power)
rp_spine1 = RemotePower(cfg.spine1_power)
rp_spine0.OffOn()
rp_spine1.OffOn()
wait_for_seconds(60)
assert d0.available == False, "d0 device's avaiable shall be false"
assert d1.available == False, "d1 device's avaiable shall be false"
links_inspect(cfg.spines, cfg.leaves)
assert d0.available, "d0 device's avaiable shall be true"
assert d1.available, "d1 device's avaiable shall be true"
def reboot_switch(self):
rp_spine0 = RemotePower(cfg.spine0_power)
rp_spine1 = RemotePower(cfg.spine1_power)
rp_leaf0 = RemotePower(cfg.leaf0_power)
rp_leaf1 = RemotePower(cfg.leaf1_power)
rp_spine0.OffOn()
rp_spine1.OffOn()
rp_leaf0.OffOn()
rp_leaf1.OffOn()
wait_for_seconds(60)
links_inspect(cfg.spines, cfg.leaves)
wait_for_seconds(60)