fromcryptography.fernetimportFernet# 生成一个密钥key=Fernet.generate_key()# 创建一个Fernet对象cipher_suite=Fernet(key)# 加密数据库密码db_password=b"password123"encrypted_password=cipher_suite.encrypt(db_password)# 存储加密后的密码到配置文件中withopen('config.txt','wb')asfile:file.write(encrypted_...
conf_file.add_section("config") conf_file["config"] = {"type": "{\"alias\": \"mysql\"}", "database": "{\"host\": \"127.0.0.1\", \"user\": \"username\", \"password\": \"yourpassword\", \"port\": \"3306\",\"database\": \"databasename\"}", "redis": "{\"hos...
print("解密后:"+str(unkownPassword,'utf-8')) base64.urlsafe_b64decode(unkownPassword) 2.方法二 win32com.client 样例代码如下: importwin32com.clientdefencrypt(key,content):# key:密钥,content:明文EncryptedData=win32com.client.Dispatch('CAPICOM.EncryptedData')EncryptedData.Algorithm.KeyLength=5Encrypt...
# 需要导入模块: from password import Password [as 别名]# 或者: from password.Password importencrypt[as 别名]deftestBoth(self):f, filename = tempfile.mkstemp() self.addCleanup(os.unlink, filename) Password.KEYFILE = filename pwd ="Test password"encrypted = Password.encrypt(pwd) self.assert...
fromCrypto.CipherimportDES# 创建密钥key=b'\x01\x23\x45\x67\x89\xab\xcd\xef'cipher=DES.new(key,DES.MODE_ECB)# 加密数据plaintext=b'This is a secret message.'ciphertext=cipher.encrypt(plaintext)# 解密数据(这里假设我们仍持有正确的密钥)decrypted_text=cipher.decrypt(ciphertext) ...
from cryptography.fernet import Fernet # 生成数据库加密密钥 key = Fernet.generate_key() # 创建加密器 cipher = Fernet(key) # 加密敏感数据 encrypted_data = cipher.encrypt(b"user_password") # 将加密后的数据存储到数据库中 # ... 2. 文件加密 在文件存储和传输过程中,文件的内容可能包含敏感信息...
示例1: test_bytes_password ▲点赞 9▼ deftest_bytes_password(self):ptext = decrypt(b'password',encrypt(b'password',b'message'))assertptext ==b'message', ptext ptext = decrypt('password',encrypt(b'password',b'message'))assertptext ==b'message', ptext ...
❶ Let’s Encrypt 使用 SHA-256 和 RSA 进行签名。 ❷ 数字签名,编码 图6.6 展示了这个公钥证书的最重要内容。 图6.6 维基百科.org Web 服务器向浏览器传输公钥证书。 浏览器将验证 Let’s Encrypt 的签名。如果签名未通过验证,浏览器将拒绝证书,TLS 握手将以失败结束。如果签名通过验证,浏览器将接受证书...
# Information fetched from the database in tuple form, used as an argument user = default(*args) # Attempt corresponds to user input. The first argument is the attempted password. attempt = decrypt("",user.encrypt_method()[0]) print(attempt.decrypt_method()) mysqlpythonDatabaseEncryption ...
forfileinpython_files: print(f"Analyzing file:{file}") file_path = os.path.join(directory, file) # Run pylint print("\nRunning pylint...") pylint_command =f"pylint{file_path}" subprocess.run(pylint_command, shell=True) # Run flake8 ...