![]() However, in your case it would be a better idea to use the raw key. This is a tradeoff well worth it if passwords are required instead of raw keys. The disadvantage is the fact that initializing the cipher is also expensive. A KDF substitutes this lack of "key space" depth with computationally expensive key derivation – hence the thousands of iterations. Passwords have to be run through a KDF because typical passwords don't contain anywhere near enough entropy to be considered secure against brute force attacks. As a KDF is typically constructed from a hash function, the password may be of any length and contain any characters. Passwords are run through a key derivation function to obtain the actual key. If this option is set to true, the decryption algorithm assumes IVs are prepended to the ciphertext during decryption operations.Password-based encryption takes a password, as the term implies. ![]() Set this attribute to true to use random initialization vectors (IVs). The procedure that allows the Mule runtime engine to repeatedly use a block cipher with a single key. See Supported Algorithms for a complete list. The type of algorithm you use to encrypt the content of the property. Secure Configuration Properties Encrypting Attributes Attribute Name Set to true if the file itself is entirely encrypted. The location of the file that the key unlocks.Įncoding of the file that the key unlocks. For example, $ instructs the Mule runtime engine to demand the key at runtime. Secure Configuration Properties Attributes Attribute NameĪ unique name for your global secure configuration properties.Ī word or phrase that you specify to unlock the properties value. Before you create a secure properties file and define its properties, review the secure configuration properties attributes and encrypting attributes used in the process: Table 1.
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