def test_fstab_with_duplicate_mount_point(self):
result = cifsfixer._cifs_lines(
self.fstab_with_duplicate_mount_point)[0]
# In case of duplicates, the second one wins. A warning is logged (but
# we don't test that here).
self.assertEqual(result["/some/mount"]["cifs_share"],
"//someserver/something")
def test_fstab_with_duplicate_mount(self):
expected_keys = ["/some/mount1", "/some/mount2"]
# In case of a file system that is mounted in two places, both are
# returned. A warning is logged, but we don't test that here).
self.assertEqual(
expected_keys,
sorted(
cifsfixer._cifs_lines(
self.fstab_with_duplicate_mount)[0].keys()),
)
def test_mtab_with_duplicate_mount(self):
with patch("serverscripts.cifsfixer._unmount") as mocked:
mounts, warnings = cifsfixer._cifs_lines(
self.mtab_with_duplicate_mount, unmount_duplicates=True)
assert mounts == {
"/some/mount": {
"cifs_share": "//someserver/somewhere"
}
}
assert warnings == 1
assert mocked.called
def test_fstab(self):
expected = {
"/some/mount": {
"cifs_share": "//someserver/somewhere",
"options": {
"credentials": "/etc/blabla.txt",
"iocharset": "utf8"
},
}
}
# So: only cifs mounts are returned and commented-out cifs mounts are
# ignored.
self.assertEqual(expected, cifsfixer._cifs_lines(self.fstab)[0])
def test_mtab(self):
expected = {"/some/mount": {"cifs_share": "//someserver/somewhere"}}
# So: only cifs mounts are returned and commented-out cifs mounts are
# ignored.
self.assertEqual(expected, cifsfixer._cifs_lines(self.mtab)[0])