Crate object_rainbow

Re-exports§

anyhow: Construct an ad-hoc error from a string or existing non-anyhow error value.
assert_impl
error_consistency: Construct Error::Consistency.
error_fetch: Construct Error::Fetch.
error_operation: Construct Error::Operation.
error_parse: Construct Error::Parse.

Address: Address within a PointInput.
DiffHashes
Hash: Valid [Hash]. Has restrictions on its byte layout (e.g. cannot be all zeroes);
Input
Mangled
NicheForUnsized: Special Niche to force use of a tag without any padding.
NoNiche: [MaybeNiche] asserting that V is a fake niche.
ObjectHashes
OneNiche: Niche filled with 0xFF bytes.
OptionalHash: Option<Hash> but more explicitly represented as [u8; HASH_SIZE].
ReflessInput
SomeNiche: [MaybeNiche] asserting that T is a true niche.
Tags
ZeroNiche: Niche filled with 0x00 bytes.
ZeroNoNiche: Already occupied/unusable byte representation filled with 0x00 bytes.

Error: Errors encountered during fetching an object. Mostly related to parsing.

AsAny: Trait for contextually using Any. Can itself be implemented for non-'static and ?Sized types, and is dyn-compatible.
DefaultHash
Equivalent: Implemented if both types have the exact same layout. This implies having the same MaybeHasNiche::MnArray.
ExtraFor: This Extra can be used to parse T via ParseSliceExtra::parse_slice_extra.
Fetch
FetchBytes
FullHash
Inline
InlineOutput: Marker trait indicating that ToOutput result cannot be extended (no value, when represented as a Vec<u8>, may be a prefix of another value).
ListHashes
MaybeHasNiche: This might contain a valid Niche.
Niche: True or fake (placeholder) niche.
Object
Output
Parse: This can be parsed by consuming the whole rest of the input.
ParseInline: This can be parsed from an input, after which we can correctly parse something else.
ParseInput
ParseSlice
ParseSliceExtra
ParseSliceRefless
PointInput
PointVisitor
RainbowIterator
ReflessInline
ReflessObject
Resolve: Something that can resolve Addresses to ByteNodes.
Singular
SingularFetch
Size
SizeExt
Tagged
ToOutput: Values of this type can be uniquely represented as a Vec<u8>.
Topological
Topology
Traversible

ByteNode: Returned by Resolve and FetchBytes. Represents traversal through the object graph.
FailFuture: Fallible future type yielding either T or Error.
Node
Result: Default output for fallible functions.
TopoVec