def test_ip_route():
context = context_wrap(IP_ROUTE_SHOW_TABLE_ALL_TEST)
d = ip.RouteDevices(context)
assert len(d.data) == 6
assert d["30.142.34.0/26"][0].dev == "bond0.300"
assert d["30.142.64.0/26"][0].dev == "bond0.400"
assert d["169.254.0.0/16"][0].dev == "bond0"
assert d.ifaces(None) is None
assert d.ifaces("30.142.34.1")[0] == "bond0.300"
assert d.ifaces("30.142.64.1")[0] == "bond0.400"
assert d.ifaces("169.254.0.1")[0] == "bond0"
assert d.ifaces("30.0.0.1")[0] == "notExist"
assert d.ifaces("192.168.0.1")[0] == "bond0.400"
assert len(d.data["default"]) == 1
d_devices = d.by_device['bond0.300']
for idx in d_devices:
if idx and getattr(idx, 'prefix') and getattr(idx, 'prefix') == '30.142.34.0/26':
assert getattr(idx, 'src') == '30.142.34.5'
d_prefix = d.by_prefix['default']
assert getattr(d_prefix[0], 'via') == '30.142.64.1'
d_prefix = d.by_prefix['30.142.34.0/26']
assert getattr(d_prefix[0], 'scope') == 'link'
d_table = d.by_table['None']
for idx in d_table:
if idx and getattr(idx, 'prefix') and getattr(idx, 'prefix') == "30.0.0.0/8":
assert getattr(idx, 'proto') == 'kernel'
def test_bad_ip_routes():
context = context_wrap(IP_ROUTE_SHOW_TABLE_ALL_TEST_BAD)
context.path = "sos_commands/networking/ip_route_show_all"
tbl = ip.RouteDevices(context)
# As long as the line has a CIDR-net or address, the Route object is
# instantiated but most of its fields are None
assert len(tbl.data) == 3
assert 'ff00::/16' in tbl
r0a = tbl['ff00::/16'][0]
for attr in ['via', 'dev', 'type', 'table']:
assert hasattr(r0a, attr)
assert getattr(r0a, attr) is None
assert hasattr(r0a, 'prefix')
assert r0a.prefix == 'ff00::/16'
assert hasattr(r0a, 'netmask')
assert r0a.netmask == 16
assert 'ff01::/16' in tbl
r1a = tbl['ff01::/16'][0]
for attr in ['via', 'dev', 'type', 'table']:
assert hasattr(r1a, attr)
assert getattr(r1a, attr) is None
assert hasattr(r1a, 'prefix')
assert r1a.prefix == 'ff01::/16'
assert hasattr(r1a, 'netmask')
assert r1a.netmask == 16
assert 'ff02::/16' in tbl
r2a = tbl['ff02::/16'][0]
for attr in ['via', 'type', 'table']:
assert hasattr(r2a, attr)
assert getattr(r2a, attr) is None
assert hasattr(r2a, 'prefix')
assert r2a.prefix == 'ff02::/16'
assert hasattr(r2a, 'netmask')
assert r2a.netmask == 16
assert hasattr(r2a, 'dev')
assert r2a.dev == 'enp0s25'
assert not hasattr(r2a, 'metric')
# Also a good chance to test the failure to find an interface for a
# routed address, since we don't have a default route defined.
assert tbl.ifaces('192.168.0.1') is None
def test_ip_route():
context = context_wrap(IP_ROUTE_SHOW_TABLE_ALL_TEST)
d = ip.RouteDevices(context)
assert len(d.data) == 5
assert d["30.142.34.0/26"][0].dev == "bond0.300"
assert d["30.142.64.0/26"][0].dev == "bond0.400"
assert d["169.254.0.0/16"][0].dev == "bond0"
assert d.ifaces(None) is None
assert d.ifaces("30.142.34.1")[0] == "bond0.300"
assert d.ifaces("30.142.64.1")[0] == "bond0.400"
assert d.ifaces("169.254.0.1")[0] == "bond0"
assert d.ifaces("30.0.0.1")[0] == "notExist"
assert d.ifaces("192.168.0.1")[0] == "bond0.400"
assert len(d.data["default"]) == 1
assert getattr(d.by_device['bond0.300'][0], 'src') == '30.142.34.5'
assert getattr(d.by_prefix['default'][0], 'via') == '30.142.64.1'
assert getattr(d.by_prefix['30.142.34.0/26'][0], 'scope') == 'link'
assert getattr(d.by_table['None'][1], 'proto') == 'kernel'
assert getattr(d.by_type['None'][3], 'netmask') == 8
def test_ip_route_2():
context = context_wrap(IP_ROUTE_SHOW_TABLE_ALL_TEST_2)
context.path = "sos_commands/networking/ip_route_show_all"
tbl = ip.RouteDevices(context)
assert len(tbl.data) == 26
# Ignored route types:
assert 'broadcast' not in tbl
assert 'local' not in tbl
assert 'unreachable' not in tbl
assert 'throw' not in tbl
assert 'prohibit' not in tbl
assert 'blackhole' not in tbl
assert 'nat' not in tbl
# Standard route types:
assert 'default' in tbl
# Assert existence of the standard route attributes for all route
# objects, even though the attribute itself may be None
for prefix in tbl.data.keys():
for route in tbl[prefix]:
for attr in ['via', 'dev', 'type', 'netmask', 'prefix', 'table']:
assert hasattr(route, attr)
# Route object checks
# 10.0.0.0/8 via 10.64.54.1 dev tun0 proto static metric 50
assert '10.0.0.0/8' in tbl
r1 = tbl['10.0.0.0/8']
assert len(r1) == 1
r1a = r1[0]
assert hasattr(r1a, 'prefix')
assert r1a.prefix == '10.0.0.0/8'
assert hasattr(r1a, 'via')
assert r1a.via == '10.64.54.1'
assert hasattr(r1a, 'dev')
assert r1a.dev == 'tun0'
assert hasattr(r1a, 'proto')
assert r1a.proto == 'static'
assert hasattr(r1a, 'metric')
assert r1a.metric == '50'
# 10.64.54.0/23 dev tun0 proto kernel scope link src 10.64.54.44 metric 50
assert '10.64.54.0/23' in tbl
r2 = tbl['10.64.54.0/23']
assert len(r2) == 1
r2a = r2[0]
assert hasattr(r2a, 'prefix')
assert r2a.prefix == '10.64.54.0/23'
assert hasattr(r2a, 'via')
assert r2a.via is None
assert hasattr(r2a, 'dev')
assert r2a.dev == 'tun0'
assert hasattr(r2a, 'proto')
assert r2a.proto == 'kernel'
assert hasattr(r2a, 'scope')
assert r2a.scope == 'link'
assert hasattr(r2a, 'src')
assert r2a.src == '10.64.54.44'
assert hasattr(r2a, 'metric')
assert r2a.metric == '50'
# 2001:708:40:2001:a822:baff:fec4:2428 via fe80::a96:d7ff:fe38:d757 dev enp0s25 metric 0
# cache mtu 1492 hoplimit 255
assert '2001:708:40:2001:a822:baff:fec4:2428' in tbl
r3 = tbl['2001:708:40:2001:a822:baff:fec4:2428']
assert len(r3) == 1
r3a = r3[0]
assert hasattr(r3a, 'prefix')
assert r3a.prefix == '2001:708:40:2001:a822:baff:fec4:2428'
assert hasattr(r3a, 'via')
assert r3a.via == 'fe80::a96:d7ff:fe38:d757'
assert hasattr(r3a, 'dev')
assert r3a.dev == 'enp0s25'
assert hasattr(r3a, 'metric')
assert r3a.metric == '0'
assert hasattr(r3a, 'cache')
assert r3a.cache
assert hasattr(r3a, 'mtu')
assert r3a.mtu == '1492'
assert hasattr(r3a, 'hoplimit')
assert r3a.hoplimit == '255'
# by_prefix checks
prefixes = tbl.by_prefix
for prefix, route in prefixes.items():
assert route[0] in tbl.by_device[route[0].dev]
# by_device checks
devices = tbl.by_device
assert 'tun0' in devices
assert 'enp0s25' in devices
assert 'virbr0' in devices
assert len(devices) == 4
assert len(devices['enp0s25']) == 17
# The order of these data structures is non-deterministic
# Should be in order of reading, so find them in order by name
# assert devices['enp0s25'][0] == tbl['2001:44b8:1110:f800::/64'][0]
# assert devices['enp0s25'][1] == tbl['fe80::/64'][0]
# assert devices['enp0s25'][2] == tbl['2001:708:40:2001:a822:baff:fec4:2428'][0]
# Default routes accumulate in the same order?
# assert devices['enp0s25'][3] == tbl['default'][0]
# assert devices['enp0s25'][4] == tbl['default'][1]
# assert devices['enp0s25'][5] == tbl['2404:6800:4008:c02::bd'][0]
# assert devices['enp0s25'][6] == tbl['2a00:1450:400e:800::2003'][0]
# assert devices['enp0s25'][7] == tbl['66.187.239.220'][0]
# assert devices['enp0s25'][8] == tbl['2404:6800:4006:803::2003'][0]
# assert devices['enp0s25'][9] == tbl['192.168.23.0/24'][0]
# assert devices['enp0s25'][10] == tbl['2404:6800:4006:802::200e'][0]
# assert devices['enp0s25'][11] == tbl['2404:6800:4008:c00::bc'][0]
# assert devices['enp0s25'][12] == tbl['2404:6800:4008:c06::bd'][0]
# assert devices['enp0s25'][13] == tbl['2001:dbc::/64'][0]
# assert devices['enp0s25'][14] == tbl['ff02::fb'][0]
# assert devices['enp0s25'][15] == tbl['ff00::/8'][0]
# by_type checks
types = tbl.by_type
assert sorted(types.keys()) == sorted(['None', 'multicast', 'local'])
# As we have added `local` in the SAVED_TYPES number of local rules which was
# treaded as None now treating as a local so this number is changed
assert len(types['None']) == 18
for entry in types['None']:
assert entry in tbl[entry.prefix]
# by_table checks
tables = tbl.by_table
assert sorted(tables.keys()) == sorted(['None', 'local'])
assert len(tables['None']) == 18
# Something tells me that out of
assert len(tables['local']) == 9
for local in tables['local']:
if local.dev == 'enp0s25' and local.prefix == 'ff00::/8':
assert local.via is None
assert local.metric == '256'
assert local.prefix == 'ff00::/8'
assert local.dev == 'enp0s25'
assert local.mtu == '1492'
assert local.netmask == 8
assert local.table == 'local'
assert local.type is None
if local.dev == 'lo' and local.prefix == '2001:44b8:1110:f800:56ee:75ff:fe1c:5901':
assert local.via is None
assert local.metric == '0'
assert local.table == 'local'
assert local.type == 'local'
assert local.dev == 'lo'
