def test_network_interface_public_ipv4s(resps):
add_interface_response(resps, '/public-ipv4s', '54.0.0.0\n54.0.0.1')
assert NetworkInterface(example_mac).public_ipv4s == [
'54.0.0.0', '54.0.0.1'
]
def test_network_interface_public_ipv4s_empty(resps):
add_interface_response(resps, '/public-ipv4s', status=404)
assert NetworkInterface(example_mac).public_ipv4s == []
def test_network_interface_public_hostname(resps):
add_interface_response(resps, '/public-hostname', '')
assert NetworkInterface(example_mac).public_hostname == ''
def test_network_interface_public_hostname_none(resps):
add_interface_response(resps, '/public-hostname', status=404)
assert NetworkInterface(example_mac).public_hostname is None
def test_network_interface_private_hostname(resps):
add_interface_response(resps, '/local-hostname',
'ip-172-30-0-0.eu-west-1.compute.internal')
assert NetworkInterface(
example_mac
).private_hostname == 'ip-172-30-0-0.eu-west-1.compute.internal'
def test_network_interface_private_ipv4s(resps):
add_interface_response(resps, '/local-ipv4s', '172.30.0.0\n172.30.0.1')
assert NetworkInterface(example_mac).private_ipv4s == [
'172.30.0.0', '172.30.0.1'
]
def test_network_interface_device_number(resps):
add_interface_response(resps, '/device-number', '0')
assert NetworkInterface(example_mac).device_number == 0
def test_network_interface_owner_id(resps):
add_interface_response(resps, '/owner-id', '123456789012')
assert NetworkInterface(example_mac).owner_id == '123456789012'
def test_network_interface_repr():
assert "'abc'" in repr(NetworkInterface('abc'))
def test_network_interface_not_equal_class():
assert NetworkInterface('a') != 'a'
def test_network_interface_not_equal():
assert NetworkInterface('a') != NetworkInterface('b')
def test_network_interface_equal():
assert NetworkInterface('a') == NetworkInterface('a')
def test_network_interfaces(resps):
add_response(resps, 'network/interfaces/macs/', example_mac + '/')
assert ec2_metadata.network_interfaces == {
example_mac: NetworkInterface(example_mac, ec2_metadata)
}
