def test_deps_levels(patch_pkg_mgr, fltr_hld, res_dep):
deps_list = NodeControlUtil.get_deps_tree_filtered('{}={}'.format(*pkg_a), filter_list=fltr_hld)
flat_deps = []
NodeControlUtil.dep_tree_traverse(deps_list, flat_deps)
assert len(flat_deps) == len(res_dep)
for d in res_dep:
assert "{}={}".format(*d) in flat_deps
def test_deps_levels(patch_pkg_mgr, fltr_hld, res_dep):
deps_list = NodeControlUtil.get_deps_tree_filtered('{}={}'.format(*pkg_a),
hold_list=fltr_hld,
deps_map={})
flat_deps = []
NodeControlUtil.dep_tree_traverse(deps_list, flat_deps)
assert len(deps_list) == len(res_dep)
for d in res_dep:
assert "=".join(list(d)) in deps_list
def _get_deps_list(self, package):
# We assume, that package looks like 'package_name=1.2.3'
logger.info('Getting dependencies for {}'.format(package))
NodeControlUtil.update_package_cache()
holded = NodeControlUtil.get_sys_holds()
if not holded:
return package
app_holded = list(set(self.config.PACKAGES_TO_HOLD + self.hold_ext + holded))
deps_list = NodeControlUtil.get_deps_tree_filtered(package, hold_list=app_holded, deps_map={})
# we need to make sure, that all hold package should be presented
# in result list
if package not in deps_list:
deps_list.append(package)
return " ".join(deps_list)
def _get_deps_list(self, package):
logger.info('Getting dependencies for {}'.format(package))
NodeControlUtil.update_package_cache()
app_holded = self.config.PACKAGES_TO_HOLD + self.hold_ext
dep_tree = NodeControlUtil.get_deps_tree_filtered(package, filter_list=app_holded)
ret = []
NodeControlUtil.dep_tree_traverse(dep_tree, ret)
# Filter deps according to system hold list
# in case of hold empty return only package
holded = NodeControlUtil.get_sys_holds()
if not holded:
return package
else:
ret_list = []
for rl in ret:
name = rl.split("=", maxsplit=1)[0]
if name in holded:
ret_list.append(rl)
if package not in ret_list:
ret_list.append(package)
return " ".join(ret_list)