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|
import pytest
TIMEOUT_SOCKET = 60
TIMEOUT_TRANSPORT = 60
TIMEOUT_OPS = 60
TELNET_TRANSPORTS = (
"telnet",
"asynctelnet",
)
def pytest_addoption(parser):
parser.addoption(
"--update", action="store_true", default=False, help="pass to update test output"
)
@pytest.fixture
def update(request):
return request.config.getoption("--update")
@pytest.fixture(scope="session")
def real_invalid_ssh_key_path(test_data_path):
return f"{test_data_path}/files/invalid_key"
@pytest.fixture(scope="session")
def real_valid_ssh_key_path(test_data_path):
return f"{test_data_path}/files/scrapli_key"
@pytest.fixture(
scope="class",
params=["cisco_iosxe", "cisco_nxos", "cisco_iosxr", "arista_eos", "juniper_junos"],
)
def device_type(request):
yield request.param
@pytest.fixture(scope="class", params=["system", "ssh2", "paramiko", "telnet"])
def transport(request):
yield request.param
@pytest.fixture(scope="function", params=["asyncssh", "asynctelnet"])
def async_transport(request):
yield request.param
@pytest.fixture(scope="class")
def conn(test_devices_dict, device_type, transport):
device = test_devices_dict[device_type].copy()
driver = device.pop("driver")
device.pop("base_config")
device.pop("async_driver")
port = device.pop("port")
if transport in TELNET_TRANSPORTS:
port = port + 1
conn = driver(
**device,
port=port,
transport=transport,
timeout_socket=TIMEOUT_SOCKET,
timeout_transport=TIMEOUT_TRANSPORT,
timeout_ops=TIMEOUT_OPS,
)
conn.open()
return conn
# scoping to function is probably dumb but dont have to screw around with which event loop is what this way
@pytest.fixture(scope="function")
async def async_conn(test_devices_dict, device_type, async_transport):
device = test_devices_dict[device_type].copy()
driver = device.pop("async_driver")
device.pop("base_config")
device.pop("driver")
port = device.pop("port")
if async_transport in TELNET_TRANSPORTS:
port = port + 1
async_conn = driver(
**device,
port=port,
transport=async_transport,
timeout_socket=TIMEOUT_SOCKET,
timeout_transport=TIMEOUT_TRANSPORT,
timeout_ops=TIMEOUT_OPS,
)
await async_conn.open()
# yield then ensure we close since we are not persisting connections between tests for now
yield async_conn
if async_conn.isalive():
await async_conn.close()
@pytest.fixture(scope="class")
def iosxe_conn(test_devices_dict, transport):
device = test_devices_dict["cisco_iosxe"].copy()
driver = device.pop("driver")
device.pop("base_config")
device.pop("async_driver")
port = device.pop("port")
if transport in TELNET_TRANSPORTS:
port = port + 1
iosxe_conn = driver(
**device,
port=port,
transport=transport,
timeout_socket=TIMEOUT_SOCKET,
)
iosxe_conn.open()
return iosxe_conn
@pytest.fixture(scope="class")
def iosxr_conn(test_devices_dict, transport):
device = test_devices_dict["cisco_iosxr"].copy()
driver = device.pop("driver")
device.pop("base_config")
device.pop("async_driver")
port = device.pop("port")
if transport in TELNET_TRANSPORTS:
port = port + 1
conn = driver(
**device,
port=port,
transport=transport,
timeout_socket=TIMEOUT_SOCKET,
timeout_transport=TIMEOUT_TRANSPORT,
timeout_ops=TIMEOUT_OPS,
)
conn.open()
return conn
@pytest.fixture(scope="class")
def junos_conn(test_devices_dict, transport):
device = test_devices_dict["juniper_junos"].copy()
driver = device.pop("driver")
device.pop("base_config")
device.pop("async_driver")
port = device.pop("port")
if transport in TELNET_TRANSPORTS:
port = port + 1
conn = driver(
**device,
port=port,
transport=transport,
timeout_socket=TIMEOUT_SOCKET,
timeout_transport=TIMEOUT_TRANSPORT,
timeout_ops=TIMEOUT_OPS,
)
conn.open()
return conn
@pytest.fixture(scope="class")
def eos_conn(test_devices_dict, transport):
device = test_devices_dict["arista_eos"].copy()
driver = device.pop("driver")
device.pop("base_config")
device.pop("async_driver")
port = device.pop("port")
if transport in TELNET_TRANSPORTS:
port = port + 1
conn = driver(
**device,
port=port,
transport=transport,
timeout_socket=TIMEOUT_SOCKET,
)
conn.open()
return conn
@pytest.fixture(scope="class")
def nxos_conn(test_devices_dict, transport):
if transport in TELNET_TRANSPORTS:
pytest.skip("skipping telnet for nxos hosts")
device = test_devices_dict["cisco_nxos"].copy()
driver = device.pop("driver")
device.pop("base_config")
device.pop("async_driver")
port = device.pop("port")
if transport in TELNET_TRANSPORTS:
port = port + 1
conn = driver(
**device,
port=port,
transport=transport,
timeout_socket=TIMEOUT_SOCKET,
)
conn.open()
return conn
|
