def test_SecretManager_given_one_secrets_when_add_range_with_empty_set_then_Count_should_remain_one():
sm = SecretManager()
sm.add("world")
range = set()
sm.add_range(range)
assert len(sm._SecretManager__secrets) == 1
def test_SecretManager_given_one_secrets_when_add_range_with_two_secrets_then_count_of_secrets_three():
sm = SecretManager()
sm.add("world")
range = {"one", "two"}
sm.add_range(range)
# check private variable
assert len(sm._SecretManager__secrets) == 3
assert "world" in sm._SecretManager__secrets
assert "one" in sm._SecretManager__secrets
assert "two" in sm._SecretManager__secrets
def test_SecretManager_given_secrets_when_clear_then_should_hold_zero_secrets():
sm = SecretManager()
sm.add("world")
sm.add("Hello")
# check private variable
assert len(sm._SecretManager__secrets) == 2
sm.clear()
# check private variable
assert len(sm._SecretManager__secrets) == 0
def test_SecretManager_given_secrets_when_redact_on_none_then_return_none():
sm = SecretManager()
sm.add("world")
result = sm.redact(None)
assert result is None
def test_SecretManager_global_redact():
sm = SecretManager()
sm.add("Hello")
SecretManager.set_global_manager(sm)
assert SecretManager.global_redact("Hello World!") == "***** World!"
def test_SecretManager_given_secrets_when_redact_then_return_redacted_value():
sm = SecretManager()
sm.add("world")
result = sm.redact("Hello world!")
assert result == "Hello *****!"