Struct RelayIdentities 

pub struct RelayIdentities {
    pub(crate) rsa_id: RsaIdentity,
    pub(crate) ed_id: Ed25519Identity,
    pub(crate) cert_id_sign_ed: Ed25519Cert,
    pub(crate) cert_sign_tls_ed: Ed25519Cert,
    pub(crate) cert_sign_link_auth_ed: Ed25519Cert,
    pub(crate) cert_id_x509_rsa: Vec<u8>,
    pub(crate) cert_id_rsa: RsaCrosscert,
}

Available on crate feature relay only.

Object containing the key and certificate that basically identifies us as a relay. They are used for channel authentication.

We use this intermediary object in order to not have tor-proto crate have access to the KeyMgr meaning access to all keys. This restricts the view to what is needed.

Fields

rsa_id: RsaIdentity

As a relay, our RSA identity key: KP_relayid_rsa

ed_id: Ed25519Identity

As a relay, our Ed identity key: KP_relayid_ed

cert_id_sign_ed: Ed25519Cert

The Ed25519 identity signing cert (CertType 4)

cert_sign_tls_ed: Ed25519Cert

The Ed25519 signing TLS cert (CertType 5)

cert_sign_link_auth_ed: Ed25519Cert

The Ed25519 signing link auth cert (CertType 6)

cert_id_x509_rsa: Vec<u8>

Legacy: the RSA identity X509 cert (CertType 2). We only have the bytes here as create_legacy_rsa_id_cert() takes a key and gives us back the encoded cert.

cert_id_rsa: RsaCrosscert

Legacy: the RSA identity cert (CertType 7)

Implementations

impl RelayIdentities

pub fn new( rsa_id: RsaIdentity, ed_id: Ed25519Identity, cert_id_sign_ed: Ed25519Cert, cert_sign_tls_ed: Ed25519Cert, cert_sign_link_auth_ed: Ed25519Cert, cert_id_x509_rsa: Vec<u8>, cert_id_rsa: RsaCrosscert, ) -> Self

Constructor.

impl RelayIdentities

pub(crate) fn ed_id_bytes(&self) -> [u8; 32]

Return our Ed identity key (KP_relayid_ed) as bytes.

pub(crate) fn rsa_x509_digest(&self) -> [u8; 32]

Return the digest of the RSA x509 certificate (CertType 2) as bytes.