def test_should_create_hashtable_from_dict_with_custom_capacity():
dictionary = {"hola": "hello", 98.6: 37, False: True}
hash_table = HashTable.from_dict(dictionary, capacity=100)
assert hash_table.capacity == 100
assert hash_table.keys == set(dictionary.keys())
assert hash_table.pairs == set(dictionary.items())
assert unordered(hash_table.values) == list(dictionary.values())
def test_should_create_hashtable_from_dict():
dictionary = {"hola": "hello", 98.6: 37, False: True}
hash_table = HashTable.from_dict(dictionary)
assert hash_table.capacity == len(dictionary) * 2
assert hash_table.keys == list(dictionary.keys())
assert hash_table.pairs == list(dictionary.items())
assert hash_table.values == list(dictionary.values())
def test_should_compare_equal_different_capacity():
data = {"a": 1, "b": 2, "c": 3}
h1 = HashTable.from_dict(data, capacity=50)
h2 = HashTable.from_dict(data, capacity=100)
assert h1 == h2
def test_should_compare_unequal(hash_table):
other = HashTable.from_dict({"different": "value"})
assert hash_table != other
def test_should_compare_equal_different_key_value_order(hash_table):
h1 = HashTable.from_dict({"a": 1, "b": 2, "c": 3})
h2 = HashTable.from_dict({"b": 2, "a": 1, "c": 3})
assert h1 == h2
