Specifies all the hash algorithms used for hashing files and for generating the strong name.
public enum class AssemblyHashAlgorithmpublic enum AssemblyHashAlgorithm[System.Serializable]
public enum AssemblyHashAlgorithm[System.Serializable]
[System.Runtime.InteropServices.ComVisible(true)]
public enum AssemblyHashAlgorithmtype AssemblyHashAlgorithm = [<System.Serializable>]
type AssemblyHashAlgorithm = [<System.Serializable>]
[<System.Runtime.InteropServices.ComVisible(true)>]
type AssemblyHashAlgorithm = Public Enum AssemblyHashAlgorithmA mask indicating that there is no hash algorithm. If you specify None for a multi-module assembly, the common language runtime defaults to the SHA-1 algorithm, since multi-module assemblies need to generate a hash. Due to collision problems with SHA-1, Microsoft recommends SHA-256.
Retrieves the MD5 message-digest algorithm. MD5 was developed by Rivest in 1991. It is basically MD4 with safety-belts and while it is slightly slower than MD4, it helps provide more security. The algorithm consists of four distinct rounds, which has a slightly different design from that of MD4. Message-digest size, as well as padding requirements, remain the same.
SHA1 32772A mask used to retrieve a revision of the Secure Hash Algorithm that corrects an unpublished flaw in SHA.
SHA256 32780A mask used to retrieve a version of the Secure Hash Algorithm with a hash size of 256 bits.
SHA384 32781A mask used to retrieve a version of the Secure Hash Algorithm with a hash size of 384 bits.
SHA512 32782A mask used to retrieve a version of the Secure Hash Algorithm with a hash size of 512 bits.
A hash function``H is a transformation that takes an input m and returns a fixed-size string, which is called the hash value h (that is, h = H (m)). Hash functions with just this property have a variety of general computational uses, but when employed in cryptography, the hash functions are usually chosen to have some additional properties.
The basic requirements for a cryptographic hash function are:
The input can be of any length.
The output has a fixed length.
H (x) is relatively easy to compute for any given x.
H (x) is one-way.
H (x) is collision-free.
The hash value represents concisely the longer message or document from which it was computed; this value is called the message digest. You can think of a message digest as a digital fingerprint of the larger document. Examples of well-known hash functions are MD2 and SHA.
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