def runTest(self):
tenant_name = 't1'
tenantData = Tenant(tenant_name)
tenantData.delete_tenant(tenant_name)
tenantData.build_tenant()
egp_group = "g1"
egp_cfg = {}
egpDelData = Egp(egp_cfg)
egpDelData.delete_configByGroup(egp_group)
egp_cfg = {}
egp_cfg['tenant'] = tenant_name
egp_cfg['name'] = egp_group
egp_cfg['mac'] = ["46:E4:3C:A4:17:C8/ff:ff:ff:ff:ff:ff"]
egpData = Egp(egp_cfg).build_group()
actual_port = egpData.get_group()
chkData = actual_port["groups"][0]
egp_mac = egp_cfg['mac'][0]
chk_mac = chkData["macAddresses"][0]
assert(egp_mac.lower() == chk_mac.lower()
), "Cannot get mac of egp config"
assert(egp_cfg['name'] == chkData["name"]
), "Cannot get name of egp config"
egpDelData.delete_configByGroup(egp_group)
actual_port = egpData.get_group()
assert([] == actual_port["groups"]
), "Cannot delete group of EGP config"
def runTest(self):
tenant_name = 't1'
tenantData = Tenant(tenant_name)
tenantData.delete_tenant(tenant_name)
tenantData.build_tenant()
egp_group1 = "g1"
egp_group2 = "g2"
egp_cfg = {}
egpDelData = Egp(egp_cfg)
egpDelData.delete_configByGroup(egp_group1)
egpDelData.delete_configByGroup(egp_group2)
egp_cfg = {}
egp_cfg['tenant'] = tenant_name
egp_cfg['name'] = egp_group1
egp_cfg['mac'] = ["46:E4:3C:A4:17:C8/ff:ff:ff:ff:ff:ff"]
egpData = Egp(egp_cfg).build_group()
actual_port = egpData.get_groupByName(egp_group1)
egp_mac = egp_cfg['mac'][0]
chk_mac = actual_port["macAddresses"][0]
assert(egp_mac.lower() == chk_mac.lower()
), "Cannot get mac of egp config"
assert(egp_cfg['name'] == actual_port["name"]
), "Cannot get name of egp config"
egp_cfg = {}
egp_cfg['tenant'] = tenant_name
egp_cfg['name'] = egp_group2
egp_cfg['mac'] = ["00:00:00:11:22:33/FF:FF:FF:FF:FF:FF"]
egpData = Egp(egp_cfg).build_group()
actual_port = egpData.get_groupByName(egp_group2)
egp_mac = egp_cfg['mac'][0]
chk_mac = actual_port["macAddresses"][0]
assert(egp_mac.lower() == chk_mac.lower()
), "Cannot get mac of egp config"
assert(egp_cfg['name'] == actual_port["name"]
), "Cannot get name of egp config"
def runTest(self):
ports = sorted(config["port_map"].keys())
d_ip1 = "192.168.1.111"
t_ip1 = "192.168.1.10"
vlan_id1 = 2
tenant_name1 = 't1'
segment_name1 = "s1"
tenantData = Tenant(tenant_name1)
tenantData.delete_tenant(tenant_name1)
time.sleep(3)
tenantData.build_tenant()
segment_cfg = {
"name": segment_name1,
"type": "vlan",
"vlan_id": "{}".format(vlan_id1),
"ip_address": ["{}".format(d_ip1)]
}
tenantData.segment(name=segment_cfg["name"],
type=segment_cfg["type"],
vlan_id=segment_cfg["vlan_id"],
ip_address=segment_cfg["ip_address"])
tenantData.build_segment()
time.sleep(3)
segmentData = tenantData.get_segmentByTenant(tenant_name1)
segmentData = segmentData["tenantSegments"][0]
assert (segment_cfg['name'] == segmentData['name'])
assert (segment_cfg['type'] == segmentData['type'])
assert (segment_cfg['vlan_id'] == str(segmentData['value']))
leaf0_a_name = cfg.leaf0['portA'].name.replace("untag", "tag")
SegmentMemberData = tenantData.segment_member(
SegmentMember(segment_name1,
cfg.leaf0['id']).ports([leaf0_a_name]))
tenantData.build_segment()
time.sleep(3)
d_ip2 = "192.168.3.111"
t_ip2 = "192.168.3.10"
vlan_id2 = 3
tenant_name2 = 't2'
segment_name2 = "s2"
tenantData = Tenant(tenant_name2)
tenantData.delete_tenant(tenant_name2)
time.sleep(3)
tenantData.build_tenant()
segment_cfg = {
"name": segment_name2,
"type": "vlan",
"vlan_id": "{}".format(vlan_id2),
"ip_address": ["{}".format(d_ip2)]
}
tenantData.segment(name=segment_cfg["name"],
type=segment_cfg["type"],
vlan_id=segment_cfg["vlan_id"],
ip_address=segment_cfg["ip_address"])
tenantData.build_segment()
time.sleep(3)
segmentData = tenantData.get_segmentByTenant(tenant_name2)
segmentData = segmentData["tenantSegments"][0]
assert (segment_cfg['name'] == segmentData['name'])
assert (segment_cfg['type'] == segmentData['type'])
assert (segment_cfg['vlan_id'] == str(segmentData['value']))
leaf1_a_name = cfg.leaf1['portA'].name.replace("untag", "tag")
SegmentMemberData = tenantData.segment_member(
SegmentMember(segment_name2,
cfg.leaf1['id']).ports([leaf1_a_name]))
tenantData.build_segment()
time.sleep(3)
tenant_logical_router_cfg1 = {"name": "r1", "interfaces": ["s1"]}
tlr1 = TenantLogicalRouterApi(
TenantLogicalRouterCfg(tenant_logical_router_cfg1))
tenant_logical_router_cfg2 = {"name": "r2", "interfaces": ["s2"]}
tlr2 = TenantLogicalRouterApi(
TenantLogicalRouterCfg(tenant_logical_router_cfg2))
assert (tlr1.retrieve() == [])
tlr1.create(tenant='t1')
result = tlr1.retrieve()
assert (result[0]['name'] == tenant_logical_router_cfg1['name'])
assert (result[0]['interfaces'] ==
tenant_logical_router_cfg1['interfaces'])
assert (result[0]['tenant'] == 't1')
time.sleep(10)
tlr2.create(tenant='t2')
result = tlr2.retrieve()
for chkData in result:
if chkData["name"] == tenant_logical_router_cfg2['name']:
#assert(result[0]['name'] == tenant_logical_router_cfg2['name'])
assert (chkData['interfaces'] ==
tenant_logical_router_cfg2['interfaces'])
assert (chkData['tenant'] == 't2')
elif chkData["name"] == result[len(result) - 1]["name"]:
assert (False), "Not found logical route name"
time.sleep(10)
# host0 ping
pkt_from_p0_to_dut = simple_arp_packet(pktlen=68,
vlan_vid=vlan_id1,
eth_dst="ff:ff:ff:ff:ff:ff",
eth_src=cfg.host0['mac'],
ip_snd=t_ip1,
ip_tgt=d_ip1,
hw_snd=cfg.host0['mac'],
hw_tgt='00:00:00:00:00:00')
expected_pkt = simple_eth_vlan_type_packet(
pktlen=12,
eth_type=0x0806,
vlan_vid=vlan_id1,
eth_dst=cfg.host0['mac'],
eth_src=cfg.spine0['mac'],
)
for i in range(15):
self.dataplane.send(ports[0], str(pkt_from_p0_to_dut))
wait_for_seconds(1)
verify_packet(self, str(expected_pkt), ports[0])
verify_no_packet(self, str(expected_pkt), ports[1])
# host1 ping
pkt_from_p2_to_dut = simple_arp_packet(pktlen=68,
vlan_vid=vlan_id2,
eth_dst="ff:ff:ff:ff:ff:ff",
eth_src=cfg.host2['mac'],
ip_snd=t_ip2,
ip_tgt=d_ip2,
hw_snd=cfg.host2['mac'],
hw_tgt='00:00:00:00:00:00')
expected_pkt = simple_eth_vlan_type_packet(
pktlen=12,
eth_type=0x0806,
vlan_vid=vlan_id2,
eth_dst=cfg.host2['mac'],
eth_src=cfg.spine0['mac'],
)
for i in range(15):
self.dataplane.send(ports[2], str(pkt_from_p2_to_dut))
wait_for_seconds(1)
verify_packet(self, str(expected_pkt), ports[2])
verify_no_packet(self, str(expected_pkt), ports[3])
egp_group_1 = "g1"
egp_group_2 = "g2"
egp_cfg = {}
egpDelData = Egp(egp_cfg)
egpDelData.delete_configByPolicy("p1")
egpDelData.delete_configByPolicy("p2")
egpDelData.delete_configByGroup(egp_group_1)
egpDelData.delete_configByGroup(egp_group_2)
egp_cfg['tenant'] = tenant_name1
egp_cfg['name'] = egp_group_1
egp_cfg['mac'] = ["{}/ff:ff:ff:ff:ff:ff".format(cfg.host0['mac'])]
egpData = Egp(egp_cfg).build_group()
actual_port = egpData.get_groupByName(egp_group_1)
egp_mac = egp_cfg['mac'][0]
chk_mac = actual_port["macAddresses"][0]
assert (
egp_mac.lower() == chk_mac.lower()), "Cannot get mac of egp config"
assert (egp_cfg['name'] == actual_port["name"]
), "Cannot get name of egp config"
egp_cfg['tenant'] = tenant_name2
egp_cfg['name'] = egp_group_2
egp_cfg['mac'] = ["{}/ff:ff:ff:ff:ff:ff".format(cfg.host2['mac'])]
egpData = Egp(egp_cfg).build_group()
actual_port = egpData.get_groupByName(egp_group_2)
egp_mac = egp_cfg['mac'][0]
chk_mac = actual_port["macAddresses"][0]
assert (
egp_mac.lower() == chk_mac.lower()), "Cannot get mac of egp config"
assert (egp_cfg['name'] == actual_port["name"]
), "Cannot get name of egp config"
egp_policy = "p1"
egp_p_cfg = {}
egp_p_cfg['tenant'] = tenant_name1
egp_p_cfg['apply_to'] = egp_group_1
egp_p_cfg['policy_name'] = egp_policy
egp_p_cfg['timeRangeDays'] = 127
egp_p_cfg['timeRangeStart'] = 0
egp_p_cfg['timeRangeEnd'] = 23
egp_p_cfg['rules'] = [{
"match": {
"dst_mac": "{}/FF:FF:FF:FF:FF:FF".format("ff:ff:ff:ff:ff:ff"),
"vlan_id": "{}".format(vlan_id1),
"ether_type": "0x0806"
},
"action": "deny"
}]
egpData = Egp(egp_p_cfg).build_policy()
actual_port = egpData.get_policyByName(egp_policy)
chkData = actual_port
assert (egp_p_cfg['policy_name'] == chkData["name"]
), "Cannot get policy name of egp config"
assert (egp_p_cfg['timeRangeDays'] == chkData["timeRangeDays"]
), "Cannot get timeRangeDays of policy config"
assert (egp_p_cfg['timeRangeStart'] == chkData["timeRangeStart"]
), "Cannot get timeRangeStart of policy config"
assert (egp_p_cfg['timeRangeEnd'] == chkData["timeRangeEnd"]
), "Cannot get timeRangeEnd of policy config"
assert (egp_p_cfg['rules'][0]["match"]["vlan_id"] == chkData['rules']
[0]["match"]["vid"]), "Cannot get vlan_id of policy config"
assert (egp_p_cfg['rules'][0]["action"] == chkData['rules'][0]
["action"]), "Cannot get action of policy config"
time.sleep(10)
egp_policy = "p2"
egp_p_cfg = {}
egp_p_cfg['tenant'] = tenant_name2
egp_p_cfg['apply_to'] = egp_group_2
egp_p_cfg['policy_name'] = egp_policy
egp_p_cfg['timeRangeDays'] = 127
egp_p_cfg['timeRangeStart'] = 0
egp_p_cfg['timeRangeEnd'] = 23
egp_p_cfg['rules'] = [{
"match": {
"dst_mac": "{}/FF:FF:FF:FF:FF:FF".format("ff:ff:ff:ff:ff:ff"),
"vlan_id": "{}".format(vlan_id2),
"ether_type": "0x0806"
},
"action": "deny"
}]
egpData = Egp(egp_p_cfg).build_policy()
actual_port = egpData.get_policyByName(egp_policy)
chkData = actual_port
assert (egp_p_cfg['policy_name'] == chkData["name"]
), "Cannot get policy name of egp config"
assert (egp_p_cfg['timeRangeDays'] == chkData["timeRangeDays"]
), "Cannot get timeRangeDays of policy config"
assert (egp_p_cfg['timeRangeStart'] == chkData["timeRangeStart"]
), "Cannot get timeRangeStart of policy config"
assert (egp_p_cfg['timeRangeEnd'] == chkData["timeRangeEnd"]
), "Cannot get timeRangeEnd of policy config"
assert (egp_p_cfg['rules'][0]["match"]["vlan_id"] == chkData['rules']
[0]["match"]["vid"]), "Cannot get vlan_id of policy config"
assert (egp_p_cfg['rules'][0]["action"] == chkData['rules'][0]
["action"]), "Cannot get action of policy config"
time.sleep(10)
# host0 ping
pkt_from_p0_to_dut = simple_arp_packet(pktlen=68,
vlan_vid=vlan_id1,
eth_dst="ff:ff:ff:ff:ff:ff",
eth_src=cfg.host0['mac'],
ip_snd=t_ip1,
ip_tgt=d_ip1,
hw_snd=cfg.host0['mac'],
hw_tgt='00:00:00:00:00:00')
expected_pkt1 = simple_eth_vlan_type_packet(
pktlen=12,
eth_type=0x0806,
vlan_vid=vlan_id1,
eth_dst=cfg.host0['mac'],
eth_src=cfg.spine0['mac'],
)
for i in range(15):
self.dataplane.send(ports[0], str(pkt_from_p0_to_dut))
wait_for_seconds(1)
verify_no_packet(self, str(expected_pkt1), ports[0])
# host2 ping
pkt_from_p2_to_dut = simple_arp_packet(pktlen=68,
vlan_vid=vlan_id2,
eth_dst="ff:ff:ff:ff:ff:ff",
eth_src=cfg.host2['mac'],
ip_snd=t_ip2,
ip_tgt=d_ip2,
hw_snd=cfg.host2['mac'],
hw_tgt='00:00:00:00:00:00')
expected_pkt2 = simple_eth_vlan_type_packet(
pktlen=12,
eth_type=0x0806,
vlan_vid=vlan_id2,
eth_dst=cfg.host2['mac'],
eth_src=cfg.spine0['mac'],
)
for i in range(15):
self.dataplane.send(ports[2], str(pkt_from_p2_to_dut))
wait_for_seconds(1)
verify_no_packet(self, str(expected_pkt2), ports[2])
# reboot
rebootTest = RebootSwitch(cfg.leaf0['id'])
rebootTest.reboot()
rebootTest = RebootSwitch(cfg.leaf1['id'])
rebootTest.reboot()
time.sleep(240)
# host0 ping
for i in range(15):
self.dataplane.send(ports[0], str(pkt_from_p0_to_dut))
wait_for_seconds(1)
verify_no_packet(self, str(expected_pkt1), ports[0])
# host2 ping
for i in range(15):
self.dataplane.send(ports[2], str(pkt_from_p2_to_dut))
wait_for_seconds(1)
verify_no_packet(self, str(expected_pkt2), ports[2])
tenantData = Tenant(tenant_name1)
tenantData.delete_tenant(tenant_name1)
tenantData = Tenant(tenant_name2)
tenantData.delete_tenant(tenant_name2)
egpDelData.delete_configByPolicy("p1")
egpDelData.delete_configByPolicy("p2")
egpDelData.delete_configByGroup(egp_group_1)
egpDelData.delete_configByGroup(egp_group_2)
tlr1.delete()
tlr2.delete()
def runTest(self):
ports = sorted(config["port_map"].keys())
d_ip = "192.168.1.111"
t_ip = "192.168.1.10"
vlan_id = 2
tenant_name = 't1'
segment_name = "s1"
tenantData = Tenant(tenant_name)
tenantData.delete_tenant(tenant_name)
time.sleep(3)
tenantData.build_tenant()
segment_cfg = {
"name": segment_name,
"type": "vlan",
"vlan_id": "{}".format(vlan_id),
"ip_address": ["{}".format(d_ip)]
}
tenantData.segment(name=segment_cfg["name"],
type=segment_cfg["type"],
vlan_id=segment_cfg["vlan_id"],
ip_address=segment_cfg["ip_address"])
tenantData.build_segment()
time.sleep(3)
segmentData = tenantData.get_segmentByTenant(tenant_name)
segmentData = segmentData["tenantSegments"][0]
assert (segment_cfg['name'] == segmentData['name'])
assert (segment_cfg['type'] == segmentData['type'])
assert (segment_cfg['vlan_id'] == str(segmentData['value']))
a_name = cfg.leaf0['portA'].name.replace("untag", "tag")
b_name = cfg.leaf0['portB'].name.replace("untag", "tag")
SegmentMemberData = tenantData.segment_member(
SegmentMember(segment_name,
cfg.leaf0['id']).ports([a_name, b_name]))
tenantData.build_segment()
time.sleep(3)
tenant_logical_router_cfg = {"name": "r1", "interfaces": ["s1"]}
tlr = TenantLogicalRouterApi(
TenantLogicalRouterCfg(tenant_logical_router_cfg))
assert (tlr.retrieve() == [])
tlr.create(tenant='t1')
result = tlr.retrieve()
assert (result[0]['name'] == tenant_logical_router_cfg['name'])
assert (
result[0]['interfaces'] == tenant_logical_router_cfg['interfaces'])
assert (result[0]['tenant'] == 't1')
time.sleep(30)
pkt_from_p0_to_dut = simple_arp_packet(pktlen=68,
vlan_vid=vlan_id,
eth_dst="ff:ff:ff:ff:ff:ff",
eth_src=cfg.host0['mac'],
ip_snd=t_ip,
ip_tgt=d_ip,
hw_snd=cfg.host0['mac'],
hw_tgt='00:00:00:00:00:00')
expected_pkt = simple_eth_vlan_type_packet(
pktlen=12,
eth_type=0x0806,
vlan_vid=vlan_id,
eth_dst=cfg.host0['mac'],
eth_src=cfg.spine0['mac'],
)
for i in range(15):
self.dataplane.send(ports[0], str(pkt_from_p0_to_dut))
wait_for_seconds(1)
verify_packet(self, str(expected_pkt), ports[0])
verify_no_packet(self, str(expected_pkt), ports[1])
egp_group = "g1"
egp_policy = "p1"
egp_cfg = {}
egpDelData = Egp(egp_cfg)
egpDelData.delete_configByPolicy(egp_policy)
egpDelData.delete_configByGroup(egp_group)
egp_cfg['tenant'] = tenant_name
egp_cfg['name'] = egp_group
#egp_cfg['mac'] = ["{}/ff:ff:ff:00:00:00".format(cfg.spine0['mac'])]
egp_cfg['mac'] = ["{}/ff:ff:ff:00:00:00".format(cfg.host0['mac'])]
egpData = Egp(egp_cfg).build_group()
actual_port = egpData.get_group()
chkData = actual_port["groups"][0]
egp_mac = egp_cfg['mac'][0]
chk_mac = chkData["macAddresses"][0]
assert (
egp_mac.lower() == chk_mac.lower()), "Cannot get mac of egp config"
assert (egp_cfg['name'] == chkData["name"]
), "Cannot get name of egp config"
egp_p_cfg = {}
egp_p_cfg['tenant'] = tenant_name
egp_p_cfg['apply_to'] = egp_group
egp_p_cfg['policy_name'] = egp_policy
egp_p_cfg['timeRangeDays'] = 127
egp_p_cfg['timeRangeStart'] = 0
egp_p_cfg['timeRangeEnd'] = 23
egp_p_cfg['rules'] = [{
"match": {
# "src_ip": "{}".format(t_ip)
# "dst_mac": "{}/FF:FF:FF:FF:FF:FF".format(cfg.host0['mac']),
"dst_mac": "{}/FF:FF:FF:FF:FF:FF".format("ff:ff:ff:ff:ff:ff"),
"vlan_id": "{}".format(vlan_id),
"ether_type": "0x0806"
},
"action": "deny"
}]
egpData = Egp(egp_p_cfg).build_policy()
actual_port = egpData.get_policy()
chkData = actual_port["policies"][0]
assert (egp_p_cfg['policy_name'] == chkData["name"]
), "Cannot get policy name of egp config"
assert (egp_p_cfg['timeRangeDays'] == chkData["timeRangeDays"]
), "Cannot get timeRangeDays of policy config"
assert (egp_p_cfg['timeRangeStart'] == chkData["timeRangeStart"]
), "Cannot get timeRangeStart of policy config"
assert (egp_p_cfg['timeRangeEnd'] == chkData["timeRangeEnd"]
), "Cannot get timeRangeEnd of policy config"
# assert(egp_p_cfg['rules'][0]["match"]["src_ip"] == chkData['rules'][0]["match"]["srcIp"]
# ), "Cannot get vlan_id of policy config"
assert (egp_p_cfg['rules'][0]["action"] == chkData['rules'][0]
["action"]), "Cannot get action of policy config"
time.sleep(30)
expected_pkt = simple_eth_vlan_type_packet(
pktlen=12,
eth_type=0x0806,
vlan_vid=vlan_id,
eth_dst=cfg.host0['mac'],
eth_src=cfg.spine0['mac'],
)
for i in range(15):
self.dataplane.send(ports[0], str(pkt_from_p0_to_dut))
wait_for_seconds(1)
verify_no_packet(self, str(expected_pkt), ports[0])
#verify_packet(self, str(expected_pkt), ports[0])
tlr.delete()
def runTest(self):
egp_cfg = {}
egp_cfg['device-id'] = cfg.leaf0['id']
egpData = Egp(egp_cfg)
actual_port = egpData.get_group()
assert("groups" in actual_port), "Cannot get EGP config"
def runTest(self):
egp_cfg = {}
egp_cfg['device-id'] = cfg.leaf0['id']
egpData = Egp(egp_cfg)
actual_port = egpData.get_policy()
assert("policies" in actual_port), "Cannot get EGP config"
tenant_name = 't1'
tenantData = Tenant(tenant_name)
tenantData.delete_tenant(tenant_name)
tenantData.build_tenant()
egp_group1 = "g1"
egp_group2 = "g2"
egp_cfg = {}
egpDelData = Egp(egp_cfg)
egpDelData.delete_configByPolicy("p1")
egpDelData.delete_configByPolicy("p2")
egpDelData.delete_configByGroup(egp_group1)
egpDelData.delete_configByGroup(egp_group2)
egp_group = "g1"
egp_cfg = {}
egp_cfg['tenant'] = tenant_name
egp_cfg['name'] = egp_group
egp_cfg['mac'] = ["46:E4:3C:A4:17:C8/ff:ff:ff:ff:ff:ff"]
egpData = Egp(egp_cfg).build_group()
actual_port = egpData.get_group()
chkData = actual_port["groups"][0]
egp_mac = egp_cfg['mac'][0]
chk_mac = chkData["macAddresses"][0]
assert(egp_mac.lower() == chk_mac.lower()
), "Cannot get mac of egp config"
assert(egp_cfg['name'] == chkData["name"]
), "Cannot get name of egp config"
egp_policy = "p1"
egp_p_cfg = {}
egp_p_cfg['tenant'] = tenant_name
egp_p_cfg['apply_to'] = egp_group
egp_p_cfg['policy_name'] = egp_policy
egp_p_cfg['timeRangeDays'] = 62
egp_p_cfg['timeRangeStart'] = 0
egp_p_cfg['timeRangeEnd'] = 23
egp_p_cfg['rules'] = [
{
"match": {
"vlan_id": "2"
},
"action": "deny"
}
]
egpData = Egp(egp_p_cfg).build_policy()
actual_port = egpData.get_policyByName(egp_policy)
chkData = actual_port
assert(egp_p_cfg['policy_name'] == chkData["name"]
), "Cannot get policy name of egp config"
assert(egp_p_cfg['timeRangeDays'] == chkData["timeRangeDays"]
), "Cannot get timeRangeDays of policy config"
assert(egp_p_cfg['timeRangeStart'] == chkData["timeRangeStart"]
), "Cannot get timeRangeStart of policy config"
assert(egp_p_cfg['timeRangeEnd'] == chkData["timeRangeEnd"]
), "Cannot get timeRangeEnd of policy config"
assert(egp_p_cfg['rules'][0]["match"]["vlan_id"] == chkData['rules'][0]["match"]["vid"]
), "Cannot get vlan_id of policy config"
assert(egp_p_cfg['rules'][0]["action"] == chkData['rules'][0]["action"]
), "Cannot get action of policy config"
egp_policy = "p2"
egp_p_cfg = {}
egp_p_cfg['tenant'] = tenant_name
egp_p_cfg['apply_to'] = egp_group
egp_p_cfg['policy_name'] = egp_policy
egp_p_cfg['timeRangeDays'] = 62
egp_p_cfg['timeRangeStart'] = 0
egp_p_cfg['timeRangeEnd'] = 23
egp_p_cfg['rules'] = [
{
"match": {
"ether_type": "0x0800"
},
"action": "deny"
}
]
egpData = Egp(egp_p_cfg).build_policy()
actual_port = egpData.get_policyByName(egp_policy)
chkData = actual_port
assert(egp_p_cfg['policy_name'] == chkData["name"]
), "Cannot get policy name of egp config"
assert(egp_p_cfg['timeRangeDays'] == chkData["timeRangeDays"]
), "Cannot get timeRangeDays of policy config"
assert(egp_p_cfg['timeRangeStart'] == chkData["timeRangeStart"]
), "Cannot get timeRangeStart of policy config"
assert(egp_p_cfg['timeRangeEnd'] == chkData["timeRangeEnd"]
), "Cannot get timeRangeEnd of policy config"
assert(egp_p_cfg['rules'][0]["match"]["ether_type"] == chkData['rules'][0]["match"]["etherType"]
), "Cannot get ether_type of policy config"
assert(egp_p_cfg['rules'][0]["action"] == chkData['rules'][0]["action"]
), "Cannot get action of policy config"
egp_group1 = "g1"
egp_group2 = "g2"
egp_cfg = {}
egpDelData = Egp(egp_cfg)
egpDelData.delete_configByPolicy("p1")
egpDelData.delete_configByPolicy("p2")
egpDelData.delete_configByGroup(egp_group1)
egpDelData.delete_configByGroup(egp_group2)