How to use get_ip_address method in lisa

Best Python code snippet using lisa_python

test_extra.py

Source:test_extra.py

...11    alice_init_balance = accounts[0].balance()12    bob_init_balance = accounts[1].balance()13    # Creating channel14    chan_address = alice.establish_channel(15        bob.get_eth_address(), bob.get_ip_address(), 10 * ONE_ETH)16    chan = Channel.at(chan_address)17    assert chan.balance() == 10 * ONE_ETH18    # Alice sends money thrice19    hist = len(history)20    send_valid_balance_on_own_channel(network, bob.get_ip_address(), alice, chan_address, ONE_ETH)21    assert hist == len(history)22    # BOB CLOSING UNILATERALLY23    bob.close_channel(chan_address)24    # waiting25    chain.mine(APPEAL_PERIOD)26    assert Channel.at(chan_address).balance() == 10 * ONE_ETH27    # Bob Withdraws28    bob.withdraw_funds(chan_address)29    assert Channel.at(chan_address).balance() == 9 * ONE_ETH30    # Alice Withdraws31    alice.withdraw_funds(chan_address)32    assert Channel.at(chan_address).balance() == 033    assert alice_init_balance == accounts[0].balance() + 1*ONE_ETH34    assert bob_init_balance == accounts[1].balance() - 1*ONE_ETH35def test_transfer_money_without_reducing_own_balance(alice: LightningNode, bob: LightningNode, network: Network) -> None:36    alice_init_balance = accounts[0].balance()37    bob_init_balance = accounts[1].balance()38    # Creating channel39    chan_address = alice.establish_channel(40        bob.get_eth_address(), bob.get_ip_address(), 10 * ONE_ETH)41    chan = Channel.at(chan_address)42    assert chan.balance() == 10 * ONE_ETH43    # Alice sends money44    send_without_reducing_own_balance_on_own_channel(network, bob.get_ip_address(), alice, chan_address, ONE_ETH)45    46    alice.close_channel(chan_address)47    bob.appeal_closed_chan(chan_address)48    # Waiting49    chain.mine(APPEAL_PERIOD+2)50    # Bob Withdraws51    bob.withdraw_funds(chan_address)52    # Alice Withdraws53    alice.withdraw_funds(chan_address)54    assert chan.balance() == 055    assert alice_init_balance == accounts[0].balance()56    assert bob_init_balance == accounts[1].balance()57def test_transfer_money_with_bad_sig(alice: LightningNode, bob: LightningNode, network: Network) -> None:58    alice_init_balance = accounts[0].balance()59    bob_init_balance = accounts[1].balance()60    # Creating channel61    chan_address = alice.establish_channel(62        bob.get_eth_address(), bob.get_ip_address(), 10 * ONE_ETH)63    chan = Channel.at(chan_address)64    assert chan.balance() == 10 * ONE_ETH65    # Alice sends money66    alice.send(chan_address, 1*ONE_ETH)67    send_with_bad_sig_on_own_channel(network, bob.get_ip_address(), alice, chan_address, ONE_ETH)68    alice.close_channel(chan_address)69    bob.appeal_closed_chan(chan_address)70    # Waiting71    chain.mine(APPEAL_PERIOD+2)72    # Bob Withdraws73    bob.withdraw_funds(chan_address)74    # Alice Withdraws75    alice.withdraw_funds(chan_address)76    assert chan.balance() == 077    assert alice_init_balance == accounts[0].balance() + 1*ONE_ETH78    assert bob_init_balance == accounts[1].balance() - 1*ONE_ETH79def test_transfer_money_bad_serial(alice: LightningNode, bob: LightningNode, network: Network) -> None:80    alice_init_balance = accounts[0].balance()81    bob_init_balance = accounts[1].balance()82    # Creating channel83    chan_address = alice.establish_channel(84        bob.get_eth_address(), bob.get_ip_address(), 10 * ONE_ETH)85    chan = Channel.at(chan_address)86    assert chan.balance() == 10 * ONE_ETH87    # Alice sends money88    alice.send(chan_address, 1*ONE_ETH)89    send_bad_serial_on_own_channel(network, bob.get_ip_address(), alice, chan_address, ONE_ETH)90    alice.close_channel(chan_address)91    bob.appeal_closed_chan(chan_address)92    # Waiting93    chain.mine(APPEAL_PERIOD+2)94    # Bob Withdraws95    bob.withdraw_funds(chan_address)96    # Alice Withdraws97    alice.withdraw_funds(chan_address)98    assert chan.balance() == 099    assert alice_init_balance == accounts[0].balance() + 1*ONE_ETH100    assert bob_init_balance == accounts[1].balance() - 1*ONE_ETH101def test_close_channel_with_bad_balance(alice: LightningNode, bob: LightningNode, network: Network):102    alice_init_balance = accounts[0].balance()103    bob_init_balance = accounts[1].balance()104    # Creating channel105    chan_address = alice.establish_channel(106        bob.get_eth_address(), bob.get_ip_address(), 10 * ONE_ETH)107    chan = Channel.at(chan_address)108    assert chan.balance() == 10 * ONE_ETH109    with pytest.raises(VirtualMachineError):110        # Alice tries to close channel with bad balance (but signed properly)111        alice.close_channel(chan_address, sign(ChannelStateMessage(chan_address, alice_init_balance, alice_init_balance, 1), bob.get_eth_address()))112def test_give_wrong_ack_own_channel(alice: LightningNode, bob: LightningNode, network: Network):113    alice_init_balance = accounts[0].balance()114    bob_init_balance = accounts[1].balance()115    # Creating channel116    chan_address = alice.establish_channel(117        bob.get_eth_address(), bob.get_ip_address(), 10 * ONE_ETH)118    chan = Channel.at(chan_address)119    assert chan.balance() == 10 * ONE_ETH120    # Alice sends money121    old_state = alice.get_current_channel_state(chan_address)122    alice.send(chan_address, 1*ONE_ETH)123    alice.send(chan_address, 1*ONE_ETH)124    alice.send(chan_address, 1*ONE_ETH)125    with pytest.MonkeyPatch.context() as m:126        m.setattr(LightningNode, 'receive_funds', get_malicious_node_recieve_funds_wrong_amount_own_channel(bob.get_ip_address(), network))127        bob.send(chan_address, 1*ONE_ETH)128    129    # now bob's latest confirmation is invalid, so alice can try close with old state and bob's appeal may fail.130    alice.close_channel(chan_address, old_state)131    bob.appeal_closed_chan(chan_address)132    # Waiting133    chain.mine(APPEAL_PERIOD+2)134    # Bob Withdraws135    bob.withdraw_funds(chan_address)136    # Alice Withdraws137    alice.withdraw_funds(chan_address)138    assert chan.balance() == 0139    assert alice_init_balance == accounts[0].balance() + 3*ONE_ETH140    assert bob_init_balance == accounts[1].balance() - 3*ONE_ETH141def test_give_invalid_ack_own_channel(alice: LightningNode, bob: LightningNode, network: Network):142    alice_init_balance = accounts[0].balance()143    bob_init_balance = accounts[1].balance()144    # Creating channel145    chan_address = alice.establish_channel(146        bob.get_eth_address(), bob.get_ip_address(), 10 * ONE_ETH)147    chan = Channel.at(chan_address)148    assert chan.balance() == 10 * ONE_ETH149    # Alice sends money150    old_state = alice.get_current_channel_state(chan_address)151    alice.send(chan_address, 1*ONE_ETH)152    alice.send(chan_address, 1*ONE_ETH)153    alice.send(chan_address, 1*ONE_ETH)154    with pytest.MonkeyPatch.context() as m:155        m.setattr(LightningNode, 'receive_funds', get_malicious_node_recieve_funds_invalid_amount_own_channel(bob.get_ip_address(), network))156        bob.send(chan_address, 1*ONE_ETH)157    158    # now bob's latest confirmation is invalid, so alice can try close with old state and bob's appeal may fail.159    alice.close_channel(chan_address, old_state)160    bob.appeal_closed_chan(chan_address)161    # Waiting162    chain.mine(APPEAL_PERIOD+2)163    # Bob Withdraws164    bob.withdraw_funds(chan_address)165    # Alice Withdraws166    alice.withdraw_funds(chan_address)167    assert chan.balance() == 0168    assert alice_init_balance == accounts[0].balance() + 3*ONE_ETH169    assert bob_init_balance == accounts[1].balance() - 3*ONE_ETH170def test_notify_channel_bad_appeal_length(alice: LightningNode, bob: LightningNode, network: Network):171    network.stop() 172     # Creating channel173    with pytest.MonkeyPatch.context() as m:174        m.setattr(scripts.node, 'APPEAL_PERIOD', 1)175        chan_address = alice.establish_channel(176            bob.get_eth_address(), bob.get_ip_address(), 10 * ONE_ETH)177        network.resume()178        m.setattr(scripts.node, 'APPEAL_PERIOD', 5)179        bob.notify_of_channel(chan_address, alice.get_ip_address())180        assert chan_address not in bob.get_list_of_channels()181def test_notify_bob_of_channel_he_established(alice: LightningNode, bob: LightningNode, network: Network):182    network.stop()183    chan_address = bob.establish_channel(184        alice.get_eth_address(), alice.get_ip_address(), 10 * ONE_ETH)185    assert chan_address in bob.get_list_of_channels()186    network.resume()187    # Try to trick bob into thinking he's not the one who established the channel188    bob.notify_of_channel(chan_address, alice.get_ip_address())189    assert chan_address in bob.get_list_of_channels()190    # Now try to trick bob into thinking he's recieving money when in fact he is sending.191    bob.receive_funds(sign(ChannelStateMessage(chan_address, 5*ONE_ETH, 5 * ONE_ETH, 1), alice.get_eth_address()))192    193    # make sure bob didn't save that state message194    assert bob.get_current_channel_state(chan_address).serial_number == 0195def test_close_channel_with_modified_serial(alice: LightningNode, bob: LightningNode, network: Network):196    alice_init_balance = accounts[0].balance()197    bob_init_balance = accounts[1].balance()198    # Creating channel199    chan_address = alice.establish_channel(200        bob.get_eth_address(), bob.get_ip_address(), 10 * ONE_ETH)201    chan = Channel.at(chan_address)202    assert chan.balance() == 10 * ONE_ETH203    alice.send(chan_address, 1*ONE_ETH)204    alice.send(chan_address, 1*ONE_ETH)205    alice.send(chan_address, 1*ONE_ETH)206    state = alice.get_current_channel_state(chan_address)207    with pytest.raises(VirtualMachineError):208        # Alice tries to close channel with modified serial (improperly signed)...

test_resource_utils.py

Source:test_resource_utils.py

...38        self.assertEqual(mac_v4, '00:00:5E:00:01:99')39        # Check VRID type validation40        self.assertRaises(ValueError, resource_utils.get_vrrp_mac, None, True)41        self.assertRaises(ValueError, resource_utils.get_vrrp_mac, '11', True)42    def test_get_ip_address(self):43        vip = {44            'ipv4': {'address': '1.1.1.1'},45            'ipv6': {'virtual_ip': u'1234:5678:90ab:cdef::1'}46            }47        # Check get IPv4 address48        self.assertEqual(vip['ipv4']['address'],49                         resource_utils.get_ip_address(vip, True, 'vip'))50        # Check get IPv6 address51        self.assertEqual(vip['ipv6']['virtual_ip'],52                         resource_utils.get_ip_address(vip, False, 'vip'))53        # Check ip validation54        vip['ipv4']['address'] = 155        vip['ipv6']['virtual_ip'] = None56        self.assertRaises(ValueError, resource_utils.get_ip_address,57                          vip, True, 'vip')58        self.assertRaises(ValueError, resource_utils.get_ip_address,59                          vip, False, 'vip')60        vip['ipv4'] = None61        vip['ipv6'] = None62        self.assertRaises(ValueError, resource_utils.get_ip_address,63                          vip, True, 'vip')64        self.assertRaises(ValueError, resource_utils.get_ip_address,65                          vip, False, 'vip')66        vip = {}...

main.py

Source:main.py

...28            with the required parameters29        """30        excatch.socket.AF_INET = 'AF_INET'31        excatch.socket.SOCK_DGRAM = 'SOCK_DGRAM'32        excatch.Hook().get_ip_address('test')33        excatch.socket.mockCheckCall(34            1, 'socket', 'AF_INET', 'SOCK_DGRAM'35        )36    def testSocketResponse(self):37        excatch.Hook().get_ip_address('test')38        excatch.fcntl.ioctl.assert_called_with(39            excatch.socket.socket().fileno(),40            0x8915,41            excatch.struct.pack()42        )43        excatch.struct.pack.mockCheckCall()44        excatch.socket.inet_ntoa.assert_called_with(45            [20, 21, 22, 23]46        )47class AddressTest(TestCase):48    def testGetIPAddressWorking(self):49        old = excatch.Hook.get_ip_address50        excatch.Hook.get_ip_address = mock.Mock()51        excatch.Hook.get_ip_address.return_value = 'TEST'...

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