Stdlib/std.crypto.ecdsa/VerifyingKey

VerifyingKey

struct VerifyingKey

Static Methods

pub fn from_sec1_bytes(curve: Curve, data: Bytes): VerifyingKey throws EcdsaError

[src]

pub fn from_sec1_bytes(curve: Curve, data: Bytes): VerifyingKey throws EcdsaError {
    return try VerifyingKey._from_sec1_bytes(curve as int, data);
}

Creates a verifying key from a SEC1-encoded public key.

pub fn parse_spki_der(curve: Curve, data: Bytes): VerifyingKey throws SpkiError

[src]

pub fn parse_spki_der(curve: Curve, data: Bytes): VerifyingKey throws SpkiError {
    return try VerifyingKey._parse_spki_der(curve as int, data);
}

Parse SPKI-encoded verifying key from ASN.1 DER-encoded data (binary format).

pub fn parse_spki_pem(curve: Curve, pem: string): VerifyingKey throws SpkiError

[src]

pub fn parse_spki_pem(curve: Curve, pem: string): VerifyingKey throws SpkiError {
    return try VerifyingKey._parse_spki_pem(curve as int, pem);
}

Parse SPKI-encoded verifying key from PEM.

Methods

pub fn to_sec1_bytes(self): Bytes

Convert this verifying key into the Elliptic-Curve-Point-to-Octet-String encoding described in SEC 1: Elliptic Curve Cryptography (Version 2.0) section 2.3.3 (page 10).

Reference: http://www.secg.org/sec1-v2.pdf

pub fn to_spki_der(self): Bytes throws SpkiError

Encode the SPKI-encoded verifying key to ASN.1 DER-encoded data (binary format).

pub fn to_spki_pem(self): string throws SpkiError

Encode the SPKI-encoded verifying key to PEM.

pub fn verify(self, message: Bytes, sig: Bytes): bool

Verify the signature of the message using the verifying key.