def test_drivers():
win7 = OSDB.lookup_os("win7")
generic = OSDB.lookup_os("generic")
assert generic.supports_unattended_drivers("x86_64") is False
assert win7.supports_unattended_drivers("x86_64") is True
assert win7.supports_unattended_drivers("fakearch") is False
assert win7.get_pre_installable_drivers_location("x86_64")
def test_drivers(self):
win7 = OSDB.lookup_os("win7")
generic = OSDB.lookup_os("generic")
self.assertFalse(generic.supports_unattended_drivers("x86_64"))
self.assertTrue(win7.supports_unattended_drivers("x86_64"))
self.assertFalse(win7.supports_unattended_drivers("fakearch"))
self.assertTrue(win7.get_pre_installable_drivers_location("x86_64"))
def test_tree_url():
f26 = OSDB.lookup_os("fedora26")
f29 = OSDB.lookup_os("fedora29")
winxp = OSDB.lookup_os("winxp")
# Valid tree URL
assert "fedoraproject.org" in f26.get_location("x86_64")
# Most generic tree URL
assert "Everything" in f29.get_location("x86_64")
# Specific tree
assert "Server" in f29.get_location("x86_64", "jeos")
assert "Workstation" in f29.get_location("x86_64", "desktop")
# Has tree URLs, but none for arch
try:
f26.get_location("ia64")
raise AssertionError("Expected failure")
except RuntimeError as e:
assert "ia64" in str(e)
# Has no tree URLs
try:
winxp.get_location("x86_64")
raise AssertionError("Expected failure")
except RuntimeError as e:
assert str(e).endswith("URL location")
# Trigger an error path for code coverage
assert OSDB.guess_os_by_tree(utils.TESTDIR) is None
def test_list_os(self):
full_list = OSDB.list_os()
pref_list = OSDB.list_os(typename="linux", sortpref=["fedora", "rhel"])
support_list = OSDB.list_os(only_supported=True)
assert full_list[0] is not pref_list[0]
assert len(full_list) > len(support_list)
assert len(OSDB.list_os(typename="generic")) == 1
# Verify that sort order actually worked
found_fedora = False
found_rhel = False
for idx, osobj in enumerate(pref_list[:]):
if osobj.name.startswith("fedora"):
found_fedora = True
continue
for osobj2 in pref_list[idx:]:
if osobj2.name.startswith("rhel"):
found_rhel = True
continue
break
break
assert found_fedora and found_rhel
def test_recommended_resources():
conn = utils.URIs.open_testdefault_cached()
guest = Guest(conn)
res = OSDB.lookup_os("generic").get_recommended_resources()
assert res.get_recommended_ram(guest.os.arch) is None
res = OSDB.lookup_os("fedora21").get_recommended_resources()
assert res.get_recommended_ncpus(guest.os.arch) == 2
def test_recommended_resources(self):
conn = utils.URIs.open_testdefault_cached()
guest = Guest(conn)
res = OSDB.lookup_os("generic").get_recommended_resources()
self.assertEqual(res.get_recommended_ram(guest.os.arch), None)
res = OSDB.lookup_os("fedora21").get_recommended_resources()
self.assertEqual(res.get_recommended_ncpus(guest.os.arch), 2)
def test_drivers(self):
win7 = OSDB.lookup_os("win7")
generic = OSDB.lookup_os("generic")
self.assertFalse(generic.supports_unattended_drivers("x86_64"))
self.assertTrue(win7.supports_unattended_drivers("x86_64"))
self.assertFalse(win7.supports_unattended_drivers("fakearch"))
self.assertTrue(win7.get_pre_installable_drivers_location("x86_64"))
# Just call this for code coverage. Values differ by osinfo-db version
win7.get_post_installable_drivers_location("x86_64")
def test_recommended_resources(self):
conn = utils.open_testdriver()
guest = conn.caps.lookup_virtinst_guest()
assert not OSDB.lookup_os("generic").get_recommended_resources(guest)
res = OSDB.lookup_os("fedora21").get_recommended_resources(guest)
assert res["n-cpus"] == 2
guest.type = "qemu"
res = OSDB.lookup_os("fedora21").get_recommended_resources(guest)
assert res["n-cpus"] == 1
def test_recommended_resources(self):
conn = utils.URIs.open_testdefault_cached()
guest = Guest(conn)
assert not OSDB.lookup_os("generic").get_recommended_resources(guest)
res = OSDB.lookup_os("fedora21").get_recommended_resources(guest)
assert res["n-cpus"] == 2
guest.type = "qemu"
res = OSDB.lookup_os("fedora21").get_recommended_resources(guest)
assert res["n-cpus"] == 1
def test_recommended_resources(self):
conn = utils.URIs.open_testdefault_cached()
guest = Guest(conn)
assert not OSDB.lookup_os("generic").get_recommended_resources(guest)
res = OSDB.lookup_os("fedora21").get_recommended_resources(guest)
assert res["n-cpus"] == 2
guest.type = "qemu"
res = OSDB.lookup_os("fedora21").get_recommended_resources(guest)
assert res["n-cpus"] == 1
def test_osdict_types_ro(self):
# 'types' should rarely be altered, this check will make
# doubly sure that a new type isn't accidentally added
approved_types = OSDB.list_types()
for osobj in OSDB.list_os():
if osobj.get_typename() not in approved_types:
raise AssertionError("OS entry '%s' has OS type '%s'.\n"
"The type list should NOT be extended without a lot of "
"thought, please make sure you know what you are doing." %
(osobj.name, osobj.get_typename()))
def _sanitize_osdict_name(detectdistro):
if detectdistro in ["none", "None", None]:
return None
if detectdistro == "testsuite-fedora-rawhide":
# Special value we use in the test suite to always return the latest
# fedora when checking rawhide URL
return OSDB.latest_fedora_version()
return detectdistro
def test_tree_url(self):
f26 = OSDB.lookup_os("fedora26")
winxp = OSDB.lookup_os("winxp")
# Valid tree URL
assert "fedoraproject.org" in f26.get_location("x86_64")
# Has tree URLs, but none for arch
try:
f26.get_location("ia64")
raise AssertionError("Expected failure")
except RuntimeError as e:
assert "ia64" in str(e)
# Has no tree URLs
try:
winxp.get_location("x86_64")
raise AssertionError("Expected failure")
except RuntimeError as e:
assert str(e).endswith("URL location")
def test_tree_url(self):
f26 = OSDB.lookup_os("fedora26")
winxp = OSDB.lookup_os("winxp")
# Valid tree URL
assert "fedoraproject.org" in f26.get_location("x86_64")
# Has tree URLs, but none for arch
try:
f26.get_location("ia64")
raise AssertionError("Expected failure")
except RuntimeError as e:
assert "ia64" in str(e)
# Has no tree URLs
try:
winxp.get_location("x86_64")
raise AssertionError("Expected failure")
except RuntimeError as e:
assert str(e).endswith("URL location")
def test_get_script(self):
dos = OSDB.lookup_os("msdos6.22")
winxp = OSDB.lookup_os("winxp")
# No install scripts at all
try:
dos.get_install_script("desktop")
raise AssertionError("Expected failure")
except RuntimeError as e:
assert "does not support unattended installation." in str(e)
# No profile foobar
try:
winxp.get_install_script("foobar")
raise AssertionError("Expected failure")
except RuntimeError as e:
assert "foobar" in str(e)
script = winxp.get_install_script("desktop")
self.assertTrue(bool(script))
def test_get_script(self):
dos = OSDB.lookup_os("msdos6.22")
winxp = OSDB.lookup_os("winxp")
# No install scripts at all
try:
dos.get_install_script("desktop")
raise AssertionError("Expected failure")
except RuntimeError as e:
assert "does not support unattended installation." in str(e)
# No profile foobar
try:
winxp.get_install_script("foobar")
raise AssertionError("Expected failure")
except RuntimeError as e:
assert "foobar" in str(e)
script = winxp.get_install_script("desktop")
self.assertTrue(bool(script))
def test_urldetct_matching_distros():
# pylint: disable=protected-access
allstores = urldetect._build_distro_list(OSDB.lookup_os("generic"))
seen_distro = []
for store in allstores:
for distro in store.matching_distros:
if distro in seen_distro:
raise xmlutil.DevError(
"store=%s has conflicting matching_distro=%s " %
(store.PRETTY_NAME, distro))
seen_distro.append(distro)
def _sanitize_osdict_name(detectdistro):
"""
Try to handle working with out of date osinfo-db data. Like if
checking distro FedoraXX but osinfo-db latest Fedora is
FedoraXX-1, convert to use that
"""
if not detectdistro:
return detectdistro
if detectdistro == "testsuite-fedora-rawhide":
# Special value we use in the test suite to always return the latest
# fedora when checking rawhide URL
return OSDB.latest_fedora_version()
if re.match("fedora[0-9]+", detectdistro):
if not OSDB.lookup_os(detectdistro):
ret = OSDB.latest_fedora_version()
print("\nConverting detectdistro=%s to latest value=%s" %
(detectdistro, ret))
return ret
return detectdistro
def test_tree_url(self):
f26 = OSDB.lookup_os("fedora26")
winxp = OSDB.lookup_os("winxp")
# Valid tree URL
assert "fedoraproject.org" in f26.get_location("x86_64")
# Has tree URLs, but none for arch
try:
f26.get_location("ia64")
raise AssertionError("Expected failure")
except RuntimeError as e:
assert "ia64" in str(e)
# Has no tree URLs
try:
winxp.get_location("x86_64")
raise AssertionError("Expected failure")
except RuntimeError as e:
assert str(e).endswith("URL location")
# Trigger an error path for code coverage
self.assertEqual(OSDB.guess_os_by_tree(os.getcwd()), None)
def _c(name):
osobj = OSDB.lookup_os(name)
if not osobj:
pytest.skip("osinfo-db doesn't have '%s'" % name)
return osobj.get_kernel_url_arg()
def test_list_os(self):
OSDB.list_os()
def test_related_to():
# pylint: disable=protected-access
win10 = OSDB.lookup_os("win10")
assert win10._is_related_to("winxp") is True
assert win10._is_related_to("win10") is True
assert win10._is_related_to("fedora26") is False
def test_related_to(self):
# pylint: disable=protected-access
win10 = OSDB.lookup_os("win10")
self.assertTrue(win10._is_related_to("winxp"))
self.assertTrue(win10._is_related_to("win10"))
self.assertTrue(win10._is_related_to("fedora26") is False)
def test_list_os():
OSDB.list_os()
