def test_analyze_inventory(self):
self.args.store = "config"
self.args.nodeid = "132319289050514"
with capture.capture(analyze.analyze_inventory, self.args) as output:
self.assertTrue("132319289050514" in output)
self.args.store = "operational"
self.args.nodeid = "233201308854882"
# not a great test, but there are no flows in the operational
with capture.capture(analyze.analyze_inventory, self.args) as output:
self.assertTrue("Inventory Operational" in output)
def test_analyze_inventory(self):
self.args.store = "config"
self.args.nodeid = "132319289050514"
with capture.capture(analyze.analyze_inventory, self.args) as output:
self.assertTrue("132319289050514" in output)
self.args.store = "operational"
self.args.nodeid = "233201308854882"
# not a great test, but there are no flows in the operational
with capture.capture(analyze.analyze_inventory, self.args) as output:
self.assertTrue("Inventory Operational" in output)
def test_show_tables(self):
expected = "[0, 17, 18, 19, 20, 21, 22, 23, 24, 36, 38, " \
"43, 45, 48, 50, 51, 52, 55, 60, 80, 81, 210, " \
"211, 212, 213, 214, 215, 216, 217, 90, 220, " \
"239, 240, 241, 242, 243, 244, 245, 246, 247]\n"
with capture.capture(show.show_tables, self.args) as output:
self.assertEqual(expected, output)
def test_show_flows_all(self):
self.args.flowtype = "all"
self.args.pretty_print = True
self.args.modules = None
self.args.metaonly = None
with capture.capture(show.show_flows, self.args) as output:
self.assertTrue("FlowId:748517893535270tunf68aef23130" in output)
def test_analyze_nodes_cli(self):
parser = root_cli.create_parser()
args = parser.parse_args([
"netvirt", "analyze", "nodes", "-p",
"--path=" + tests.get_resources_path()
])
with capture.capture(args.func, args) as output:
self.assertTrue("203251201875890" in output)
def test_show_neutron2(self):
parser = root_cli.create_parser()
args = parser.parse_args([
"show", "neutron", "ports", "-p",
"--path=" + tests.get_resources_path()
])
with capture.capture(args.func, args) as output:
self.assertTrue("8e3c262e-7b45-4222-ac4e-528db75e5516" in output)
def test_show_idpools_cli(self):
parser = root_cli.create_parser()
args = parser.parse_args([
"netvirt", "show", "id-pools", "-p",
"--path=" + tests.get_resources_path(), "all"
])
with capture.capture(args.func, args) as output:
self.assertTrue("interfaces" in output)
def test_analyze_tunnels(self):
parser = root_cli.create_parser()
args = parser.parse_args([
"netvirt", "analyze", "tunnels", "-p",
"--path=" + tests.get_resources_path()
])
with capture.capture(args.func, args) as output:
self.assertTrue("..All" in output)
self.assertTrue("up" in output)
def test_show_groups(self):
with capture.capture(show.show_groups, self.args) as output:
self.assertTrue("Dpn: 74851789353527," in output)
def test_show_elan_instances(self):
with capture.capture(show.show_elan_instances, self.args) as output:
self.assertTrue(
"ElanInstance: a5fe7476-9aa1-4bfb-aec4-05d7a1376f45" in output)
def test_analyze_interface(self):
self.args.ifname = "98c2e265-b4f2-40a5-8f31-2fb5d2b2baf6"
with capture.capture(analyze.analyze_interface, self.args) as output:
self.assertTrue("98c2e265-b4f2-40a5-8f31-2fb5d2b2baf6" in output)
def test_analyze_nodes(self):
parser = root_cli.create_parser()
args = parser.parse_args(["analyze", "nodes", "-p", "--path=" + tests.get_resources_path()])
with capture.capture(args.func, args) as output:
self.assertTrue("203251201875890" in output)
def test_analyze_interface(self):
self.args.ifname = "98c2e265-b4f2-40a5-8f31-2fb5d2b2baf6"
with capture.capture(analyze.analyze_interface, self.args) as output:
self.assertTrue("98c2e265-b4f2-40a5-8f31-2fb5d2b2baf6" in output)
def test_analyze_trunks(self):
with capture.capture(analyze.analyze_trunks, self.args) as output:
print(output)
def test_show_neutron(self):
self.args.object = "ports"
self.args.pretty_print = True
self.args.short = True
with capture.capture(show.show_neutron, self.args) as output:
self.assertTrue("8e3c262e-7b45-4222-ac4e-528db75e5516" in output)
def test_show_tables(self):
table_0 = "0:INGRESS"
table_220 = "220:EG_LPORT_DISP"
with capture.capture(show.show_tables, self.args) as output:
self.assertTrue(table_0 in output)
self.assertTrue(table_220 in output)
