于小丘
209cb24ab4
- Implement PhysicalFile model to manage physical file references and reference counting. - Create Policy model with associated options and group links for storage policies. - Introduce Redeem and Report models for handling redeem codes and reports. - Add Settings model for site configuration and user settings management. - Develop Share model for sharing objects with unique codes and associated metadata. - Implement SourceLink model for managing download links associated with objects. - Create StoragePack model for managing user storage packages. - Add Tag model for user-defined tags with manual and automatic types. - Implement Task model for managing background tasks with status tracking. - Develop User model with comprehensive user management features including authentication. - Introduce UserAuthn model for managing WebAuthn credentials. - Create WebDAV model for managing WebDAV accounts associated with users.
139 lines
3.7 KiB
Python
139 lines
3.7 KiB
Python
"""
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Password 工具类的单元测试
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"""
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import pytest
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from utils.password.pwd import Password, PasswordStatus
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def test_password_generate_default_length():
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"""测试默认长度生成密码"""
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password = Password.generate()
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# 默认长度为 8，token_hex 生成的是16进制字符串，长度是原始长度的2倍
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assert len(password) == 16
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assert isinstance(password, str)
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def test_password_generate_custom_length():
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"""测试自定义长度生成密码"""
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length = 12
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password = Password.generate(length=length)
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assert len(password) == length * 2
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assert isinstance(password, str)
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def test_password_hash():
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"""测试密码哈希"""
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plain_password = "my_secure_password_123"
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hashed = Password.hash(plain_password)
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assert hashed != plain_password
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assert isinstance(hashed, str)
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# Argon2 哈希以 $argon2 开头
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assert hashed.startswith("$argon2")
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def test_password_verify_valid():
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"""测试正确密码验证"""
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plain_password = "correct_password"
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hashed = Password.hash(plain_password)
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status = Password.verify(hashed, plain_password)
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assert status == PasswordStatus.VALID
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def test_password_verify_invalid():
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"""测试错误密码验证"""
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plain_password = "correct_password"
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wrong_password = "wrong_password"
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hashed = Password.hash(plain_password)
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status = Password.verify(hashed, wrong_password)
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assert status == PasswordStatus.INVALID
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def test_password_verify_expired():
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"""测试密码哈希过期检测"""
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# 注意: 实际检测需要修改 Argon2 参数，这里只是测试接口
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# 在真实场景中，当哈希参数过时时会返回 EXPIRED
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plain_password = "password"
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hashed = Password.hash(plain_password)
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status = Password.verify(hashed, plain_password)
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# 新生成的哈希应该是 VALID
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assert status in [PasswordStatus.VALID, PasswordStatus.EXPIRED]
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@pytest.mark.asyncio
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async def test_totp_generate():
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"""测试 TOTP 密钥生成"""
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email = "testuser@test.local"
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response = await Password.generate_totp(email)
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assert response.setup_token is not None
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assert response.uri is not None
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assert isinstance(response.setup_token, str)
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assert isinstance(response.uri, str)
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# TOTP URI 格式: otpauth://totp/...
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assert response.uri.startswith("otpauth://totp/")
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assert email in response.uri
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def test_totp_verify_valid():
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"""测试 TOTP 验证正确"""
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import pyotp
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# 生成密钥
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secret = pyotp.random_base32()
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# 生成当前有效的验证码
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totp = pyotp.TOTP(secret)
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valid_code = totp.now()
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# 验证
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status = Password.verify_totp(secret, valid_code)
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assert status == PasswordStatus.VALID
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def test_totp_verify_invalid():
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"""测试 TOTP 验证错误"""
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import pyotp
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secret = pyotp.random_base32()
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invalid_code = "000000" # 几乎不可能是当前有效码
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status = Password.verify_totp(secret, invalid_code)
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# 注意: 极小概率 000000 恰好是有效码，但实际测试中基本不会发生
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assert status == PasswordStatus.INVALID
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def test_password_hash_consistency():
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"""测试相同密码多次哈希结果不同（盐随机）"""
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password = "test_password"
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hash1 = Password.hash(password)
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hash2 = Password.hash(password)
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# 由于盐是随机的，两次哈希结果应该不同
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assert hash1 != hash2
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# 但都应该能通过验证
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assert Password.verify(hash1, password) == PasswordStatus.VALID
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assert Password.verify(hash2, password) == PasswordStatus.VALID
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def test_password_generate_uniqueness():
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"""测试生成的密码唯一性"""
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passwords = [Password.generate() for _ in range(100)]
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# 100个密码应该都不相同
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assert len(set(passwords)) == 100
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