pub trait HostVerifyingKey: Send {
// Required methods
fn algorithm_name(
&mut self,
self_: Resource<VerifyingKey>,
) -> Result<String>;
fn algorithm_curve(
&mut self,
self_: Resource<VerifyingKey>,
) -> Result<Option<String>>;
fn algorithm_hash(
&mut self,
self_: Resource<VerifyingKey>,
) -> Result<Option<String>>;
fn algorithm_length(
&mut self,
self_: Resource<VerifyingKey>,
) -> Result<Option<u32>>;
fn algorithm_public_exponent(
&mut self,
self_: Resource<VerifyingKey>,
) -> Result<Option<Vec<u8>>>;
}Required Methods§
Sourcefn algorithm_name(&mut self, self_: Resource<VerifyingKey>) -> Result<String>
fn algorithm_name(&mut self, self_: Resource<VerifyingKey>) -> Result<String>
The registry name of the algorithm family this key is bound to,
e.g. "Ed25519" or "ECDSA" (WebCrypto’s KeyAlgorithm.name).
Sourcefn algorithm_curve(
&mut self,
self_: Resource<VerifyingKey>,
) -> Result<Option<String>>
fn algorithm_curve( &mut self, self_: Resource<VerifyingKey>, ) -> Result<Option<String>>
The registry name of the curve for algorithms parameterized by
one, e.g. "P-256" (WebCrypto’s EcKeyAlgorithm.namedCurve).
none for Ed25519, whose curve is implied by the name.
Sourcefn algorithm_hash(
&mut self,
self_: Resource<VerifyingKey>,
) -> Result<Option<String>>
fn algorithm_hash( &mut self, self_: Resource<VerifyingKey>, ) -> Result<Option<String>>
The digest bound at mint, e.g. "SHA-256". none for Ed25519:
RFC 8032 fixes SHA-512 internally, so it is not a parameter.
Sourcefn algorithm_length(
&mut self,
self_: Resource<VerifyingKey>,
) -> Result<Option<u32>>
fn algorithm_length( &mut self, self_: Resource<VerifyingKey>, ) -> Result<Option<u32>>
The key’s length in bits for algorithms parameterized by one —
the RSA modulus length (WebCrypto’s
RsaKeyAlgorithm.modulusLength). none for Ed25519 and
ECDSA, whose key size is fixed by the algorithm or curve.
Sourcefn algorithm_public_exponent(
&mut self,
self_: Resource<VerifyingKey>,
) -> Result<Option<Vec<u8>>>
fn algorithm_public_exponent( &mut self, self_: Resource<VerifyingKey>, ) -> Result<Option<Vec<u8>>>
The public exponent for RSA-family keys, as WebCrypto’s
RsaKeyAlgorithm.publicExponent denominates it: the
exponent’s big-endian bytes ([1, 0, 1] for 65537). none
for algorithms without one (Ed25519, ECDSA).
Implementations on Foreign Types§
Source§impl<_T: HostVerifyingKey + ?Sized + Send> HostVerifyingKey for &mut _T
impl<_T: HostVerifyingKey + ?Sized + Send> HostVerifyingKey for &mut _T
Source§fn algorithm_name(&mut self, self_: Resource<VerifyingKey>) -> Result<String>
fn algorithm_name(&mut self, self_: Resource<VerifyingKey>) -> Result<String>
The registry name of the algorithm family this key is bound to,
e.g. "Ed25519" or "ECDSA" (WebCrypto’s KeyAlgorithm.name).
Source§fn algorithm_curve(
&mut self,
self_: Resource<VerifyingKey>,
) -> Result<Option<String>>
fn algorithm_curve( &mut self, self_: Resource<VerifyingKey>, ) -> Result<Option<String>>
The registry name of the curve for algorithms parameterized by
one, e.g. "P-256" (WebCrypto’s EcKeyAlgorithm.namedCurve).
none for Ed25519, whose curve is implied by the name.
Source§fn algorithm_hash(
&mut self,
self_: Resource<VerifyingKey>,
) -> Result<Option<String>>
fn algorithm_hash( &mut self, self_: Resource<VerifyingKey>, ) -> Result<Option<String>>
The digest bound at mint, e.g. "SHA-256". none for Ed25519:
RFC 8032 fixes SHA-512 internally, so it is not a parameter.
Source§fn algorithm_length(
&mut self,
self_: Resource<VerifyingKey>,
) -> Result<Option<u32>>
fn algorithm_length( &mut self, self_: Resource<VerifyingKey>, ) -> Result<Option<u32>>
The key’s length in bits for algorithms parameterized by one —
the RSA modulus length (WebCrypto’s
RsaKeyAlgorithm.modulusLength). none for Ed25519 and
ECDSA, whose key size is fixed by the algorithm or curve.
Source§fn algorithm_public_exponent(
&mut self,
self_: Resource<VerifyingKey>,
) -> Result<Option<Vec<u8>>>
fn algorithm_public_exponent( &mut self, self_: Resource<VerifyingKey>, ) -> Result<Option<Vec<u8>>>
The public exponent for RSA-family keys, as WebCrypto’s
RsaKeyAlgorithm.publicExponent denominates it: the
exponent’s big-endian bytes ([1, 0, 1] for 65537). none
for algorithms without one (Ed25519, ECDSA).