def test_find_final():
tree = Tree(get_random_dict(3))
node_request: Node = random.choice(tree.root.children)
node_request: Node = random.choice(node_request.children)
result = tree._find(tree.root, node_request.name)
pass
def test_find_private():
tree = Tree(get_random_dict(2))
node_request = random.choice(tree.root.children)
result = tree._find(tree.root, node_request.name, 0)
if len(result) != 1:
wrong_result = [
path[0].name for _, path in result
if get_distance(node_request.name, path[0].name) > 2
]
with open("wrong_tree_find_results.py", "a") as current_file:
current_file.write(
f"dict_level_1 = " + "{" +
f"node_name:'https://www.google.ru' for node_name in {wrong_result}"
+ "}\n"
f"tree = Tree(dict.fromkeys(['root'], dict_level_1))\n"
f"print(tree._find(tree.root, '{node_request}', 0))\n")
from tree import Tree
from node import Node
dict_level_1 = {
node_name: 'https://www.google.ru'
for node_name in ['LhWDa', 'cHRLD', 'jyGSs', 'ycAlK']
}
tree = Tree(dict.fromkeys(['root'], dict_level_1))
print(tree._find(tree.root, 'jzADD', 0))
