Expand description
Runtime-owned randomness bound to one exact generative driver domain.
Structs§
- Domain
- Stable separation between one owned namespace and one exact instance.
- Hash
Seed - Owned, thread-bound hash key derived from already acquired seed material. Clones retain the same hash namespace without acquiring OS entropy or a driver capability.
- Hash
State - Keyed hash builder issued for one exact generative driver domain.
- Hasher
- Hashing state retaining the exact driver brand of its key source.
- Namespace
- Stable, human-readable ownership of one independent random namespace.
- Process
- Non-cloneable process-owned secret root without a fabricated owner lifetime.
- Root
- Non-cloneable secret root bound invariantly to one driver domain. Protocol authorities retain it for that lifetime and use compile-time lanes to separate streams; storage is exactly the two secret key words.
- Word
- One purpose- and lane-bound random word.
Traits§
- Entropy
- Keyed words and permutations supplied by a purpose-bound random owner. Word generation and permutation rounds occupy separate domains even when their compile-time lane is the same.
- Purpose
- Compile-time purpose separating random roots without runtime state. Implementations use a stable, globally distinct domain.
Type Aliases§
- Owned
Hasher - Owned hashing state that remains confined to its creating thread.