def test_httpd_container(host: Host):
with host.sudo():
host.run_expect([0], 'podman image pull docker.io/httpd:2.4.39')
host.run_expect([
0
], 'podman container create --name httpd-test -p 127.0.0.1:8080:80 httpd:2.4.39'
) # noqa E501
host.run_expect([0], 'podman container start httpd-test')
host.run_expect([0], 'sleep 2')
curl_works = host.run_expect([0],
"curl 'http://127.0.0.1:8080/' 2>/dev/null")
assert 'It works!' in curl_works.stdout
with host.sudo():
host.run_expect([0], 'podman container stop httpd-test')
host.run_expect([0], 'podman container start httpd-test')
host.run_expect([0], 'podman container stop httpd-test')
def test_deb_packages_appear_installable(host: Host, deb: Path) -> None:
"""
Confirms that a dry-run of installation reports no errors.
Simple check for valid Debian package structure, but not thorough.
When run on a malformed package, `dpkg` will report:
dpkg-deb: error: `foo.deb' is not a debian format archive
Testing application behavior is left to the functional tests.
"""
package_name = extract_package_name_from_filepath(str(deb))
assert deb.name.startswith(package_name)
# sudo is required to call `dpkg --install`, even as dry-run.
with host.sudo():
c = host.run("dpkg --install --dry-run {}".format(deb))
assert "Selecting previously unselected package {}".format(
package_name) in c.stdout
regex = "Preparing to unpack [./]+{} ...".format(re.escape(deb.name))
assert re.search(regex, c.stdout, re.M)
assert c.rc == 0
def test_container_basics(host: Host):
with host.sudo():
host.run_expect([0], 'podman image pull docker.io/hello-world')
run_hello_world = host.run_expect([0], 'podman run --rm hello-world')
assert 'Hello from Docker!' in run_hello_world.stdout
def test_assert_all_containers_are_stopped_and_removed(host: Host):
with host.sudo():
host.run_expect([0], 'podman container stop -a')
host.run_expect([0], 'podman container prune -f')
