class TestUpdatesAPI(TestBase):
"""Test updates api class."""
updates_api = None
@pytest.fixture(autouse=True)
def setup_api(self, load_cache):
"""Setup UpdatesAPI object."""
self.updates_api = UpdatesAPI(self.cache)
def test_process_input_pkg(self):
"""Test filtering out unknown (or without updates) package names."""
pkgs, update_list = self.updates_api.process_input_packages(UPDATES_JSON)
assert pkgs == {'my-pkg-1.1.0-1.el8.i686': {'parsed_nevra': ('my-pkg', '0', '1.1.0', '1.el8', 'i686')}}
assert update_list == {'my-pkg-1.1.0-1.el8.i686': {}}
def test_process_input_non_exist(self):
"""Test filtering out unknown non existing package."""
pkgs, update_list = self.updates_api.process_input_packages(UPDATES_JSON_NON_EXIST)
assert pkgs == {}
assert update_list == {'non-exist': {}}
def test_schema_v1(self):
"""Test schema of updates api v1."""
# NOTE: use copy of dict with json input, because process_list changes this dict
updates = self.updates_api.process_list(1, UPDATES_JSON_3_OPT.copy())
assert schemas.updates_top_all_schema.validate(updates)
assert schemas.updates_package_schema.validate(updates["update_list"][PKG])
def test_schema_v2(self):
"""Test schema of updates api v2."""
# NOTE: use copy of dict with json input, because process_list changes this dict
updates = self.updates_api.process_list(2, UPDATES_JSON_3_OPT.copy())
assert schemas.updates_top_all_schema.validate(updates)
assert schemas.updates_package_schema_v2.validate(updates["update_list"][PKG])
def test_schema_repolist(self):
"""Test repolist schema of updates api v2."""
# NOTE: use copy of dict with json input, because process_list changes this dict
updates = self.updates_api.process_list(2, UPDATES_JSON_REPO.copy())
assert schemas.updates_top_repolist_schema.validate(updates)
def test_schema_releasever(self):
"""Test releasever schema of updates api v2."""
# NOTE: use copy of dict with json input, because process_list changes this dict
updates = self.updates_api.process_list(2, UPDATES_JSON_RELEASE.copy())
assert schemas.updates_top_releasever_schema.validate(updates)
def test_schema_basearch(self):
"""Test basearch schema of updates api v2."""
# NOTE: use copy of dict with json input, because process_list changes this dict
updates = self.updates_api.process_list(2, UPDATES_JSON_ARCH.copy())
assert schemas.updates_top_basearch_schema.validate(updates)
def test_process_list_v1(self):
"""Test looking for package updates api v1."""
# NOTE: use copy of dict with json input, because process_list changes this dict
updates = self.updates_api.process_list(1, UPDATES_JSON_3_OPT.copy())
assert updates == UPDATES_RESPONSE_1
def test_process_list_v2(self):
"""Test looking for package updates api v2."""
# NOTE: use copy of dict with json input, because process_list changes this dict
updates = self.updates_api.process_list(2, UPDATES_JSON_3_OPT.copy())
assert updates == UPDATES_RESPONSE_2
def test_process_list_v3(self):
"""Test looking for package updates api v3."""
# NOTE: use copy of dict with json input, because process_list changes this dict
updates = self.updates_api.process_list(3, UPDATES_JSON_3_OPT.copy())
assert updates == UPDATES_RESPONSE_2
def test_process_list_prefix_v3(self):
"""Test looking for package updates api v3 with prefixed repo names."""
# NOTE: use copy of dict with json input, because process_list changes this dict
updates = self.updates_api.process_list(3, UPDATES_JSON_PREFIX.copy())
assert updates == UPDATES_RESPONSE_2
def test_process_none_arch(self):
"""Test pkg with arch (none)."""
# NOTE: use copy of dict with json input, because process_list changes this dict
updates_json_none = UPDATES_JSON_3_OPT.copy()
updates_json_none['package_list'] = [PKG, PKG_NONE_ARCH]
updates = self.updates_api.process_list(3, updates_json_none)
assert len(updates['update_list']) == 2
assert len(updates['update_list'][PKG]['available_updates']) == 1
assert len(updates['update_list'][PKG_NONE_ARCH]['available_updates']) == 0
def test_process_list_v2_unknown(self):
"""Test looking for unknown EVRA updates, disabled optimistic_updates."""
# NOTE: use copy of dict with json input, because process_list changes this dict
updates = self.updates_api.process_list(2, UPDATES_JSON_UNKNOWN.copy())
assert updates == UPDATES_RESPONSE_2_UNKNOWN_NONE
def test_optimistic_updates_1(self):
"""Test looking for unknown EVRA updates (module_stream: 1)."""
# NOTE: use copy of dict with json input, because process_list changes this dict
updates = self.updates_api.process_list(2, UPDATES_JSON_UNKNOWN_OPT_UPD.copy())
assert updates == UPDATES_RESPONSE_2_UNKNOWN
def test_optimistic_updates_2(self):
"""Test looking for unknown EVRA updates (module_stream: 2)."""
# NOTE: use copy of dict with json input, because process_list changes this dict
updates = self.updates_api.process_list(2, UPDATES_JSON_UNKNOWN_OPT_UPD_2.copy())
assert updates == UPDATES_RESPONSE_2_UNKNOWN_2
def test_process_empty_pkg_list_v1(self):
"""Test empty package_list updates api v1."""
# NOTE: use copy of dict with json input, because process_list changes this dict
updates = self.updates_api.process_list(1, UPDATES_JSON_EMPTY_LIST.copy())
assert updates == EMPTY_RESPONSE
def test_process_empty_pkg_list_v2(self):
"""Test empty package_list updates api v2."""
# NOTE: use copy of dict with json input, because process_list changes this dict
updates = self.updates_api.process_list(2, UPDATES_JSON_EMPTY_LIST.copy())
assert updates == EMPTY_RESPONSE
def test_process_non_exist_v1(self):
"""Test non-existing package updates api v1."""
# NOTE: use copy of dict with json input, because process_list changes this dict
updates = self.updates_api.process_list(1, UPDATES_JSON_NON_EXIST.copy())
assert updates == NON_EXIST_RESPONSE
def test_process_non_exist_v2(self):
"""Test non-existing package updates api v2."""
# NOTE: use copy of dict with json input, because process_list changes this dict
updates = self.updates_api.process_list(2, UPDATES_JSON_NON_EXIST.copy())
assert updates == NON_EXIST_RESPONSE
class TestModularity(TestBase):
"""Test /updates modularity"""
updates_api = None
@staticmethod
def gen_pkg_json(nevra, modules=None):
"""Prepares a request to VMaaS"""
retval = {'package_list': [nevra]}
if modules is not None:
retval['modules_list'] = modules
return retval
@pytest.fixture(autouse=True)
def setup_api(self, load_cache):
"""Setup UpdatesAPI object."""
self.updates_api = UpdatesAPI(self.cache)
@pytest.mark.parametrize('test_data', OLD_OLD, ids=[x[0] for x in OLD_OLD])
def test_old_pkg_old_module(self, test_data):
"""
Test with my-pkg-1.1.0-1.el8.i686
Test without modularity info provided, should find 3 updates:
my-pkg-1.2.0-1.el8.i686
my-pkg-2.0.0-1.el8.i686
my-pkg-2.1.0-1.el8.i686
Test with modularity info provided, should find one update:
my-pkg-1.2.0-1.el8.i686
"""
pkg = PKG_NEVRAS[0]
mode, modules, expected_update_pkgs = test_data # pylint:disable=unused-variable
updates = self.updates_api.process_list(
2, self.gen_pkg_json(pkg, modules))
assert updates
available_updates = updates['update_list'][pkg]['available_updates']
assert len(available_updates) == len(expected_update_pkgs)
assert expected_update_pkgs == {
rec['package']
for rec in available_updates
}
@pytest.mark.parametrize('test_data', NEW_OLD, ids=[x[0] for x in NEW_OLD])
def test_new_pkg_old_module(self, test_data):
"""Test with my-pkg-1.2.0-1.el8.i686
Test without modularity info enabled, should find two updates
my-pkg-2.0.0-1.el8.i686
my-pkg-2.1.0-1.el8.i686
With correct modularity stream enabled there should be no upates
Test with incorrect modularity information, should find two (incorrect) update:
my-pkg-2.0.0-1.el8.i686
my-pkg-2.1.0-1.el8.i686
DNF on the client should never let this happen
"""
pkg = PKG_NEVRAS[1]
mode, modules, expected_update_pkgs = test_data # pylint:disable=unused-variable
updates = self.updates_api.process_list(
2, self.gen_pkg_json(pkg, modules))
assert updates
available_updates = updates['update_list'][pkg]['available_updates']
if mode == 'correct_stream_enabled': # with correct stream enabled there should be no updates
assert not available_updates
return
assert len(available_updates) == len(expected_update_pkgs)
assert expected_update_pkgs == {
rec['package']
for rec in available_updates
}
@pytest.mark.parametrize('test_data',
NEW_MODULE,
ids=[x[0] for x in NEW_MODULE])
def test_old_pkg_new_module(self, test_data):
"""
Test with my-pkg-2.0.0-1.el8.i686
Both tests with, or without modularity should find one update
my-pkg-2.1.0-1.el8.i686
"""
pkg = PKG_NEVRAS[2]
mode, modules, expected_update_pkgs = test_data # pylint:disable=unused-variable
updates = self.updates_api.process_list(
2, self.gen_pkg_json(pkg, modules))
assert updates
available_updates = updates['update_list'][pkg]['available_updates']
assert len(available_updates) == len(expected_update_pkgs)
assert expected_update_pkgs == {
rec['package']
for rec in available_updates
}
@pytest.mark.parametrize('test_data',
NEW_MODULE,
ids=[x[0] for x in NEW_MODULE])
def test_new_pkg_new_module(self, test_data):
"""
Test with my-pkg-2.1.0-1.el8.i686 which is the latest package and has no updates
There should be zero updates with or without modularity
"""
pkg = PKG_NEVRAS[3]
mode, modules, expected_update_pkgs = test_data # pylint:disable=unused-variable
updates = self.updates_api.process_list(
2, self.gen_pkg_json(pkg, modules))
assert updates
assert not updates['update_list'][pkg]['available_updates']
@pytest.mark.parametrize('test_data',
NO_MODULES,
ids=[x[0] for x in NO_MODULES])
def test_no_enabled_modules(self, test_data):
"""
Tests with modularity functionaility enabled witout needed module (my-pkg 1) enabled
Scenarios: no modules enabled at all, only rhn-tools module enabled, module not present in the database enabled
All of these should result in no updates found
"""
pkg = PKG_NEVRAS[0]
mode, modules = test_data # pylint:disable=unused-variable
updates = self.updates_api.process_list(
2, self.gen_pkg_json(pkg, modules))
assert updates
assert not updates['update_list'][pkg]['available_updates']