def test_obj_multi_inter(self):
key_vals = {'fake_key': 'fake_val'}
test_dict = {
'obj_id': {
'fake_ref_0': key_vals,
'fake_ref_1': key_vals,
'fake_ref_2': key_vals
}
}
test_obj = ObjNode('obj_id')
_patch_ne(test_obj)
for i in range(0, 3):
temp_inter = InterNode('fake_path_{}'.format(i), **key_vals)
_patch_ne(temp_inter)
temp_inter.addParent(test_obj)
test_obj.addChild(temp_inter)
self.helper_mock.return_value = {
'fake_ref_0': 'fake_path_0',
'fake_ref_1': 'fake_path_1',
'fake_ref_2': 'fake_path_2'
}
cut_tree = obj_tree._dfs_cut(test_dict, InterNode('fake_ref_0'))
_init_patch(cut_tree)
self.assertObjEquals([test_obj], cut_tree)
def test_multi_inter_obj(self):
key_vals = {'fake_key': 'fake_val'}
obj_dict = {'obj_id': key_vals}
test_dict = {
'fake_ref_0': obj_dict,
'fake_ref_1': obj_dict,
'fake_ref_2': obj_dict
}
node_list = []
for i in range(0, 3):
temp_inter = InterNode('fake_path_{}'.format(i))
temp_obj = ObjNode('obj_id', **key_vals)
_patch_ne(temp_obj)
_patch_ne(temp_inter)
temp_obj.addParent(temp_inter)
temp_inter.addChild(temp_obj)
node_list.append(temp_inter)
self.helper_mock.return_value = {
'fake_ref_0': 'fake_path_0',
'fake_ref_1': 'fake_path_1',
'fake_ref_2': 'fake_path_2'
}
cut_tree = obj_tree._dfs_cut(test_dict, InterNode('fake_ref_0'))
_init_patch(cut_tree)
self.assertObjEquals(node_list, cut_tree)
def _dfs_cut(config, refNode=None):
'''
This iterates over the config and converts the dictionaries
into nodes of a tree.
Args:
config (dict): configuration data
Returns (list):
List comprised of each node in the tree. Left side has
the highest nodes and right side has the lowest nodes.
'''
if not isinstance(config, dict):
return
vals = list(config.values())
if not len(vals):
return
if len(vals) == 1 and not isinstance(vals[0], dict):
return
if refNode:
ref_props = a10_helper.get_ref_props(refNode.ref)
else:
ref_props = {}
node_list = []
for k, v in config.items():
if k in ref_props:
mod_fqdn = _extract_modname(ref_props[k])
# Only case in which the keyword is not a string
# is when the keyword is being used as an identifier.
# These id's do not need to be stored within the InterNode
# at this point.
inter_val_dict = {}
if isinstance(v, dict):
for kw, vl in v.items():
if isinstance(kw, str):
inter_val_dict[kw] = vl
inNode = InterNode(mod_fqdn, **inter_val_dict)
child_obj_list = _dfs_cut(v, inNode)
if child_obj_list:
for child in child_obj_list:
inNode.addChild(child)
node_list.append(inNode)
elif isinstance(v, dict):
tempNode = ObjNode(k, **v)
child_obj_list = _dfs_cut(v, refNode)
if child_obj_list:
for child in child_obj_list:
tempNode.addChild(child)
node_list.append(tempNode)
return node_list
def test_multi_mix_multi_mix(self):
key_vals = {'fake_key': 'fake_val'}
test_dict = {
'fake_ref_0': {
'obj_id_1': key_vals,
'fake_ref_2': key_vals
},
'obj_id_0': {
'fake_ref_3': key_vals,
'fake_ref_4': key_vals,
'obj_id_2': key_vals
},
'fake_ref_1': {
'obj_id_3': key_vals
}
}
inter_0 = InterNode('fake_path_0')
inter_1 = InterNode('fake_path_1')
inter_2 = InterNode('fake_path_2', **key_vals)
inter_3 = InterNode('fake_path_3', **key_vals)
inter_4 = InterNode('fake_path_4', **key_vals)
obj_0 = ObjNode('obj_id_0')
obj_1 = ObjNode('obj_id_1', **key_vals)
obj_2 = ObjNode('obj_id_2', **key_vals)
obj_3 = ObjNode('obj_id_3', **key_vals)
inter_node_list = [inter_0, inter_1, inter_2, inter_3, inter_4]
_init_patch(inter_node_list)
obj_node_list = [obj_0, obj_1, obj_2, obj_3]
_init_patch(obj_node_list)
inter_0.addChild(obj_1)
inter_0.addChild(inter_2)
obj_0.addChild(inter_3)
obj_0.addChild(inter_4)
obj_0.addChild(obj_2)
inter_1.addChild(obj_3)
node_list = [inter_0, obj_0, inter_1]
self.helper_mock.return_value = {
'fake_ref_0': 'fake_path_0',
'fake_ref_1': 'fake_path_1',
'fake_ref_2': 'fake_path_2',
'fake_ref_3': 'fake_path_3',
'fake_ref_4': 'fake_path_4'
}
cut_tree = obj_tree._dfs_cut(test_dict, InterNode('fake_ref_0'))
_init_patch(cut_tree)
self.assertObjEquals(node_list, cut_tree)
def test_obj_inter(self):
key_vals = {'fake_key': 'fake_val'}
test_dict = {'obj_id': {'fake_ref': key_vals}}
test_obj = ObjNode('obj_id')
test_inter = InterNode('fake_path', **key_vals)
_patch_ne(test_obj)
_patch_ne(test_inter)
test_inter.addParent(test_obj)
test_obj.addChild(test_inter)
self.helper_mock.return_value = {'fake_ref': 'fake_path'}
# test_inter is passed here to take the place of the root node
cut_tree = obj_tree._dfs_cut(test_dict, test_inter)
_init_patch(cut_tree)
self.assertObjEquals([test_obj], cut_tree)
def test_obj_no_ref_call(self):
key_vals = {'fake_key': 'fake_val'}
test_dict = {'obj_id': key_vals}
test_obj = ObjNode('obj_id', **key_vals)
_patch_ne(test_obj)
self.helper_mock.return_value = {}
cut_tree = obj_tree._dfs_cut(test_dict)
helper.get_ref_props.assert_not_called()
def test_obj(self):
key_vals = {'fake_key': 'fake_val'}
test_dict = {'obj_id': key_vals}
test_obj = ObjNode('obj_id', **key_vals)
_patch_ne(test_obj)
self.helper_mock.return_value = {}
cut_tree = obj_tree._dfs_cut(test_dict)
_init_patch(cut_tree)
self.assertObjEquals([test_obj], cut_tree)
def dfs_cut(obj, refNode=None):
'''
This iterates over the tree and extracts
refrence objects out of it
'''
if type(obj) != dict:
return
vals = list(obj.values())
if len(vals) == 1 and type(vals[0]) != dict:
return
if refNode:
ref_props = a10_helper.get_ref_props(refNode.ref)
else:
ref_props = {}
node_list = []
for k,v in obj.items():
if k in ref_props:
mod_fqdn = extract_modname(ref_props[k])
inNode = InterNode(mod_fqdn)
child_obj_list = dfs_cut(v, inNode)
if child_obj_list:
for child in child_obj_list:
inNode.addChild(child)
node_list.append(inNode)
elif type(v) == dict:
tempNode = ObjNode(k, **v)
child_obj_list = dfs_cut(v, refNode)
if child_obj_list:
for child in child_obj_list:
tempNode.addChild(child)
node_list.append(tempNode)
return node_list
def test_obj_obj(self):
key_vals = {'fake_key': 'fake_val'}
test_dict = {'obj_id': {'obj_id_2': key_vals}}
test_obj = ObjNode('obj_id')
test_obj_2 = ObjNode('obj_id_2', **key_vals)
_patch_ne(test_obj)
_patch_ne(test_obj_2)
test_obj_2.addParent(test_obj)
test_obj.addChild(test_obj_2)
cut_tree = obj_tree._dfs_cut(test_dict)
_init_patch(cut_tree)
self.assertObjEquals([test_obj], cut_tree)