Struct xxxdh::inmem::Storage

pub struct Storage<SK, SIG>where
    SK: SecretKey,
    SIG: Signature,{ /* private fields */ }

In-Memory key storage.

Trait Implementations

impl<SK, SIG> Debug for Storage<SK, SIG>where SK: SecretKey + Debug, SIG: Signature + Debug, SK::PK: Debug,

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl<SK, SIG> IdentityKeyStorage<SK> for Storage<SK, SIG>where SK: SecretKey, SK::PK: Eq + Hash, SIG: Signature,

fn get_identity_key_pair(&self) -> &KeyPair<SK>

Get an identity IdentityKeyPair.

fn save_identity(&mut self, identity: &SK::PK) -> StorageResult<()>

Save a known identity.

fn is_known_identity(&self, identity: &SK::PK) -> StorageResult<bool>

Check if an identity is known.

impl<SK, SIG> OnetimeKeyStorage<SK> for Storage<SK, SIG>where SK: SecretKey, SK::PK: Eq + Hash, SIG: Signature,

fn get_onetime_keypair( &self, key: &SK::PK ) -> StorageResult<Option<&KeyPair<SK>>>

Get a OnetimeKeyPair.

fn save_onetime_keypair(&mut self, keypair: KeyPair<SK>) -> StorageResult<()>

Save a OnetimeKeyPair.

fn forget_onetime_keypair(&mut self, key: &SK::PK) -> StorageResult<()>

Forget a OnetimeKeyPair.

fn is_onetime_keys_empty(&self) -> StorageResult<bool>

Check if there are keys available.

fn provide_ontime_key(&self) -> StorageResult<Option<&SK::PK>>

Provide a single onetime key. Returns None if storage is empty.

impl<SK, SIG> PreKeyStorage<SK> for Storage<SK, SIG>where SK: SecretKey, SK::PK: Eq + Hash, SIG: Signature,

fn get_prekey_pair(&self) -> &KeyPair<SK>

Get a prekey PreKeyPair.

fn save_prekey(&mut self, key: &SK::PK) -> StorageResult<()>

Save a known identity.

fn is_known_prekey(&self, key: &SK::PK) -> StorageResult<bool>

Check if a prekey is known.

impl<SK, SIG> ProtocolStorage<SK, <SK as SecretKey>::PK, SIG> for Storage<SK, SIG>where SK: SecretKey, SK::PK: Eq + Hash, SIG: Signature,

fn new(identity_key_pair: KeyPair<SK>, prekey_pair: KeyPair<SK>) -> Self

impl<SK, SIG> SignatureStorage<<SK as SecretKey>::PK, SIG> for Storage<SK, SIG>where SK: SecretKey, SK::PK: Eq + Hash, SIG: Signature,

fn get_signature(&self, key: &SK::PK) -> StorageResult<Option<&SIG>>

Get a signature for a key.

fn save_signature(&mut self, key: SK::PK, signature: SIG) -> StorageResult<()>

Save a signature.