Trait VerifyWith 

pub trait VerifyWith<C>: Sized {
    type Verified;
    type Error: Error + Send + Sync + 'static;

    // Required method
    fn verify_with(self, context: C) -> Result<Self::Verified, Self::Error>;
}

Checks domain invariants using caller-supplied context and constructs the verified type.

Context can be borrowed, such as a trusted parent header, or owned, such as a security level. Use a named context struct when verification needs several inputs. Implementations must document any trust requirements on the context.

This capability is independent of Verify: implementing it does not provide context-free verification. Implementations are handwritten; decoding does not invoke verification. Boxes delegate to the contained verifier without cloning the context or changing its error. The collection field wrappers also implement this trait, retaining field, index, and key context as with Verify. For vectors and maps, context is cloned once per element; pass &context to share a context without cloning its contents.

Required Associated Types

type Verified

type Error: Error + Send + Sync + 'static

Required Methods

fn verify_with(self, context: C) -> Result<Self::Verified, Self::Error>

Dyn Compatibility

This trait is not dyn compatible.

In older versions of Rust, dyn compatibility was called "object safety".

Implementations on Foreign Types

impl<S, C> VerifyWith<C> for Box<S>

where S: VerifyWith<C>,

type Verified = Box<<S as VerifyWith<C>>::Verified>

type Error = <S as VerifyWith<C>>::Error

fn verify_with( self, context: C, ) -> Result<<Box<S> as VerifyWith<C>>::Verified, <Box<S> as VerifyWith<C>>::Error>

Implementors

impl VerifyWith<&BlockHeader> for DecodedBlockSubscriptionResponse

type Verified = (SignedBlock, BlockNumber, Option<ProtocolConfig>)

type Error = ConversionError

impl VerifyWith<&BlockHeader> for DecodedSignedBlock

Authenticates the block against an already-trusted parent, in addition to self-consistency. This does not re-execute transactions or validate the account/nullifier state transition.

type Verified = SignedBlock

type Error = VerificationError

impl VerifyWith<&ProposedBatch> for DecodedProveResponse

type Verified = ProvenBatch

type Error = ConversionError

impl VerifyWith<&ProposedBatch> for DecodedProvenBatch

Checks all fields duplicated from an already-verified proposal. The batch execution proof still needs verification by the consuming service; this only establishes proposal agreement.

type Verified = ProvenBatch

type Error = VerificationError

impl VerifyWith<u32> for DecodedAuthenticatedTransactionBatch

type Verified = (ProvenBatch, ProposedBatch, Vec<TransactionInputs>)

type Error = ConversionError

impl VerifyWith<u32> for DecodedProposedBatch

Verifies transaction proofs and batch consistency, not trust in the supplied reference chain.

type Verified = ProposedBatch

type Error = VerificationError

impl<'a> VerifyWith<TrustedTransactionEncryptionState<'a>> for TransactionEncryptionKey

type Verified = VerifiedTransactionEncryptionKey

type Error = TransactionEncryptionKeyError

impl<K, S, C> VerifyWith<C> for MapField<BTreeMap<K, S>>

where K: Ord + Debug, S: VerifyWith<C>, C: Clone,

type Verified = BTreeMap<K, <S as VerifyWith<C>>::Verified>

type Error = ConversionError

impl<K, S, C> VerifyWith<C> for MapField<HashMap<K, S>>

where K: Eq + Hash + Debug, S: VerifyWith<C>, C: Clone,

Available on crate feature std only.

type Verified = HashMap<K, <S as VerifyWith<C>>::Verified>

type Error = ConversionError

impl<S, C> VerifyWith<C> for OptionalField<S>

where S: VerifyWith<C>,

type Verified = Option<<S as VerifyWith<C>>::Verified>

type Error = ConversionError

impl<S, C> VerifyWith<C> for RepeatedField<S>

where S: VerifyWith<C>, C: Clone,

type Verified = Vec<<S as VerifyWith<C>>::Verified>

type Error = ConversionError