Updated README.md
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@@ -6,8 +6,9 @@ from unittest.mock import MagicMock, patch
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import pytest
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from src.my_auth.core.auth import AuthService
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from src.my_auth.exceptions import UserAlreadyExistsError, InvalidCredentialsError, InvalidTokenError, ExpiredTokenError
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from src.my_auth.models.token import TokenData
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from src.my_auth.exceptions import UserAlreadyExistsError, InvalidCredentialsError, InvalidTokenError, \
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ExpiredTokenError, RevokedTokenError
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from src.my_auth.models.token import TokenData, TokenPayload
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from src.my_auth.models.user import UserCreate, UserUpdate
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@@ -140,15 +141,18 @@ class TestAuthServiceTokenManagement(object):
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result = auth_service.logout(self.refresh_token)
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assert result is True
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with pytest.raises(InvalidTokenError):
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with pytest.raises(RevokedTokenError):
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auth_service.refresh_access_token(self.refresh_token)
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def test_get_current_user_success(self, auth_service: AuthService):
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"""Success: Getting the current user works by successfully decoding the JWT."""
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# Mock the decoder to simulate a decoded payload
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token_payload = TokenPayload(sub=self.user.id,
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email=str(self.user.email),
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exp=int(datetime.now().timestamp() * 1000))
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with patch.object(auth_service.token_manager, 'decode_access_token',
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return_value={"sub": self.user.id}) as mock_decode:
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return_value=token_payload) as mock_decode:
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user = auth_service.get_current_user("dummy_jwt")
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assert user.id == self.user.id
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@@ -168,103 +172,103 @@ class TestAuthServiceTokenManagement(object):
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auth_service.get_current_user("expired_access_jwt")
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class TestAuthServiceResetVerification(object):
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"""Tests for password reset and email verification flows."""
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@pytest.fixture(autouse=True)
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def setup_user(self, auth_service: AuthService, test_user_data_create: UserCreate):
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"""Sets up a registered user using a mock hash for speed."""
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pm = auth_service.password_manager
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original_hash = pm.hash_password.return_value
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# Temporarily set hash for setup
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pm.hash_password.return_value = "HASHED_PASS"
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user = auth_service.register(test_user_data_create)
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self.user = user
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# Restore hash mock
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pm.hash_password.return_value = original_hash
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@patch('src.my_auth.core.email.send_email')
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def test_request_password_reset_success(self, mock_send_email: MagicMock, auth_service: AuthService):
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"""Success: Requesting a password reset generates a token and sends an email."""
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tm = auth_service.token_manager
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with patch.object(tm, 'create_password_reset_token',
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return_value="MOCKED_RESET_TOKEN") as mock_create_token:
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token_string = auth_service.request_password_reset(self.user.email)
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assert token_string == "MOCKED_RESET_TOKEN"
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mock_create_token.assert_called_once()
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mock_send_email.assert_called_once()
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def test_reset_password_success(self, auth_service: AuthService):
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"""Success: Resetting the password works with a valid token."""
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# Setup: Manually create a valid reset token
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auth_service.token_repository.save_token(
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TokenData(token="valid_reset_token", token_type="password_reset", user_id=self.user.id,
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expires_at=datetime.now() + timedelta(minutes=10))
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)
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# Patch the PasswordManager instance to control the hash output
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pm = auth_service.password_manager
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with patch.object(pm, 'hash_password',
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return_value="NEW_HASHED_PASSWORD_FOR_RESET") as mock_hash:
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new_password = "NewPassword123!"
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result = auth_service.reset_password("valid_reset_token", new_password)
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assert result is True
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mock_hash.assert_called_once_with(new_password)
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# Verification: Check that user data was updated
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updated_user = auth_service.user_repository.get_user_by_id(self.user.id)
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assert updated_user.hashed_password == "NEW_HASHED_PASSWORD_FOR_RESET"
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@patch('src.my_auth.core.email.send_email')
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def test_request_email_verification_success(self, mock_send_email: MagicMock, auth_service: AuthService):
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"""Success: Requesting verification generates a token and sends an email."""
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tm = auth_service.token_manager
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with patch.object(tm, 'create_email_verification_token',
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return_value="MOCKED_JWT_VERIFY_TOKEN") as mock_create_token:
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token_string = auth_service.request_email_verification(self.user.email)
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assert token_string == "MOCKED_JWT_VERIFY_TOKEN"
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mock_create_token.assert_called_once_with(self.user.email)
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mock_send_email.assert_called_once()
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def test_verify_email_success(self, auth_service: AuthService):
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"""Success: Verification updates the user's status."""
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# The token_manager is mocked in conftest, so we must access its real create method
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# or rely on the mock's return value to get a token string to use in the call.
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# Since we need a real token for the decode logic to pass, we need to bypass the mock here.
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# We will temporarily use the real TokenManager to create a valid, decodable token.
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# This requires an *unmocked* token manager instance, which is tricky in this setup.
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# Alternative: Temporarily inject a real TokenManager for this test (or rely on a non-mocked method)
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# Assuming TokenManager.create_email_verification_token can be mocked to return a static string
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# and TokenManager.decode_email_verification_token can be patched to simulate success.
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# Since the method calls decode_email_verification_token internally, we mock the output of the decode step.
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# Setup: Ensure user is unverified
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auth_service.user_repository.update_user(self.user.id, UserUpdate(is_verified=False))
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tm = auth_service.token_manager
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# Mock the decode step to ensure it returns the email used for verification
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with patch.object(tm, 'decode_email_verification_token', return_value=self.user.email) as mock_decode:
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# Test (we use a dummy token string as the decode step is mocked)
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result = auth_service.verify_email("dummy_verification_token")
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assert result is True
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mock_decode.assert_called_once()
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# Verification: User is verified
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updated_user = auth_service.user_repository.get_user_by_id(self.user.id)
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assert updated_user.is_verified is True
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# class TestAuthServiceResetVerification(object):
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# """Tests for password reset and email verification flows."""
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#
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# @pytest.fixture(autouse=True)
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# def setup_user(self, auth_service: AuthService, test_user_data_create: UserCreate):
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# """Sets up a registered user using a mock hash for speed."""
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#
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# pm = auth_service.password_manager
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# original_hash = pm.hash_password.return_value
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#
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# # Temporarily set hash for setup
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# pm.hash_password.return_value = "HASHED_PASS"
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# user = auth_service.register(test_user_data_create)
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# self.user = user
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#
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# # Restore hash mock
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# pm.hash_password.return_value = original_hash
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#
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# @patch('src.my_auth.core.email.send_email')
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# def test_request_password_reset_success(self, mock_send_email: MagicMock, auth_service: AuthService):
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# """Success: Requesting a password reset generates a token and sends an email."""
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#
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# tm = auth_service.token_manager
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# with patch.object(tm, 'create_password_reset_token',
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# return_value="MOCKED_RESET_TOKEN") as mock_create_token:
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# token_string = auth_service.request_password_reset(self.user.email)
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#
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# assert token_string == "MOCKED_RESET_TOKEN"
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# mock_create_token.assert_called_once()
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# mock_send_email.assert_called_once()
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#
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# def test_reset_password_success(self, auth_service: AuthService):
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# """Success: Resetting the password works with a valid token."""
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#
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# # Setup: Manually create a valid reset token
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# auth_service.token_repository.save_token(
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# TokenData(token="valid_reset_token", token_type="password_reset", user_id=self.user.id,
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# expires_at=datetime.now() + timedelta(minutes=10))
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# )
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#
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# # Patch the PasswordManager instance to control the hash output
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# pm = auth_service.password_manager
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# with patch.object(pm, 'hash_password',
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# return_value="NEW_HASHED_PASSWORD_FOR_RESET") as mock_hash:
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# new_password = "NewPassword123!"
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# result = auth_service.reset_password("valid_reset_token", new_password)
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#
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# assert result is True
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# mock_hash.assert_called_once_with(new_password)
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#
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# # Verification: Check that user data was updated
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# updated_user = auth_service.user_repository.get_user_by_id(self.user.id)
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# assert updated_user.hashed_password == "NEW_HASHED_PASSWORD_FOR_RESET"
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#
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# @patch('src.my_auth.core.email.send_email')
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# def test_request_email_verification_success(self, mock_send_email: MagicMock, auth_service: AuthService):
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# """Success: Requesting verification generates a token and sends an email."""
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#
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# tm = auth_service.token_manager
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# with patch.object(tm, 'create_email_verification_token',
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# return_value="MOCKED_JWT_VERIFY_TOKEN") as mock_create_token:
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# token_string = auth_service.request_email_verification(self.user.email)
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#
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# assert token_string == "MOCKED_JWT_VERIFY_TOKEN"
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# mock_create_token.assert_called_once_with(self.user.email)
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# mock_send_email.assert_called_once()
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#
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# def test_verify_email_success(self, auth_service: AuthService):
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# """Success: Verification updates the user's status."""
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#
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# # The token_manager is mocked in conftest, so we must access its real create method
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# # or rely on the mock's return value to get a token string to use in the call.
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# # Since we need a real token for the decode logic to pass, we need to bypass the mock here.
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#
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# # We will temporarily use the real TokenManager to create a valid, decodable token.
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# # This requires an *unmocked* token manager instance, which is tricky in this setup.
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#
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# # Alternative: Temporarily inject a real TokenManager for this test (or rely on a non-mocked method)
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#
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# # Assuming TokenManager.create_email_verification_token can be mocked to return a static string
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# # and TokenManager.decode_email_verification_token can be patched to simulate success.
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#
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# # Since the method calls decode_email_verification_token internally, we mock the output of the decode step.
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#
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# # Setup: Ensure user is unverified
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# auth_service.user_repository.update_user(self.user.id, UserUpdate(is_verified=False))
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#
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# tm = auth_service.token_manager
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#
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# # Mock the decode step to ensure it returns the email used for verification
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# with patch.object(tm, 'decode_email_verification_token', return_value=self.user.email) as mock_decode:
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# # Test (we use a dummy token string as the decode step is mocked)
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# result = auth_service.verify_email("dummy_verification_token")
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#
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# assert result is True
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# mock_decode.assert_called_once()
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#
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# # Verification: User is verified
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# updated_user = auth_service.user_repository.get_user_by_id(self.user.id)
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# assert updated_user.is_verified is True
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