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# SPDX-License-Identifier: GPL-2.0
import os
import unittest
from tests.integration.test_utils import RunSubprocessMixin
from tests.integration.test_utils import podman_compose_path
from tests.integration.test_utils import test_path
def compose_yaml_path() -> str:
return os.path.join(os.path.join(test_path(), "nets_test_ip"), "docker-compose.yml")
class TestComposeNetsTestIp(unittest.TestCase, RunSubprocessMixin):
# test if services retain custom ipv4_address and mac_address matching the subnet provided
# in networks top-level element
def test_nets_test_ip(self) -> None:
try:
self.run_subprocess_assert_returncode(
[
podman_compose_path(),
"-f",
compose_yaml_path(),
"up",
"-d",
],
)
expected_results = [
(
"web1",
b"inet 172.19.1.10/24 ",
b"link/ether 02:01:01:00:01:01 ",
b"inet 172.19.2.10/24 ",
b"link/ether 02:01:01:00:02:01 ",
b"",
),
("web2", b"", b"", b"inet 172.19.2.11/24 ", b"", b"link/ether 02:01:01:00:02:02 "),
("web3", b"", b"", b"inet 172.19.2.", b"", b""),
("web4", b"inet 172.19.1.13/24 ", b"", b"inet 172.19.2.", b"", b""),
]
for (
service_name,
shared_network_ip,
shared_network_mac_address,
internal_network_ip,
internal_network_mac_address,
mac_address,
) in expected_results:
output, _ = self.run_subprocess_assert_returncode([
podman_compose_path(),
"-f",
compose_yaml_path(),
"exec",
service_name,
"ip",
"a",
])
self.assertIn(shared_network_ip, output)
self.assertIn(shared_network_mac_address, output)
self.assertIn(internal_network_ip, output)
self.assertIn(internal_network_mac_address, output)
self.assertIn(mac_address, output)
finally:
self.run_subprocess_assert_returncode([
podman_compose_path(),
"-f",
compose_yaml_path(),
"down",
"-t",
"0",
])
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