SystemEx.Hash.IHash Interface Reference

Interface for SystemEx hashing algorithms. More...

Inheritance diagram for SystemEx.Hash.IHash:

Public Member Functions
Hash32	Compute (FixedVector< byte > input, uint seed)
	Computes a 32‑bit hash over the given byte vector using the specified seed and endian mode.
Hash64	ComputeLong (FixedVector< byte > input, ulong seed)
	Computes a 64‑bit hash over the given byte vector using the specified seed and endian mode.

Detailed Description

Interface for SystemEx hashing algorithms.

A hasher consumes a byte vector (Vector<byte>) and produces either a 32‑bit or 64‑bit hash.

Implementations must be endian‑aware and iterator‑driven, following the SystemEx data model. They may be instantiated dynamically via HashAlgorithmAttribute.

Member Function Documentation

Compute()

Hash32 SystemEx.Hash.IHash.Compute	(	FixedVector< byte >	input,
		uint	seed )

Computes a 32‑bit hash over the given byte vector using the specified seed and endian mode.

Implemented in SystemEx.Hash.AdlerHash, SystemEx.Hash.BernsteinHash, SystemEx.Hash.Black3Hasher, SystemEx.Hash.FletcherHash, SystemEx.Hash.Fnv1aHash, SystemEx.Hash.GrøstlHash, SystemEx.Hash.RamakrishnaHash, and SystemEx.Hash.WeinbergHash.

ComputeLong()

Hash64 SystemEx.Hash.IHash.ComputeLong	(	FixedVector< byte >	input,
		ulong	seed )

Computes a 64‑bit hash over the given byte vector using the specified seed and endian mode.

Implemented in SystemEx.Hash.AdlerHash, SystemEx.Hash.BernsteinHash, SystemEx.Hash.Black3Hasher, SystemEx.Hash.FletcherHash, SystemEx.Hash.Fnv1aHash, SystemEx.Hash.GrøstlHash, SystemEx.Hash.RamakrishnaHash, and SystemEx.Hash.WeinbergHash.

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The documentation for this interface was generated from the following file:

• IHash.cs