Struct KeySet

pub struct KeySet<K> { /* private fields */ }

Implementations

impl<K: OneRttKey> KeySet<K>

pub fn new(crypto: K, limits: Limits) -> Self

pub fn set_derivation_timer(&mut self, timestamp: Timestamp)

Set the timer to derive a new key after timestamp

pub fn key_update_in_progress(&self) -> bool

Returns whether there is a key update in progress.

pub fn decrypt_packet<'a>( &mut self, packet: EncryptedShort<'a>, largest_acknowledged_packet_number: PacketNumber, pto: Timestamp, ) -> Result<(CleartextShort<'a>, Option<u16>), ProcessingError>

Passes the key for the the requested phase to a callback function. Integrity limits are enforced.

Returns the decrypted packet and generation if the key phase was rotated.

pub fn encryption_phase(&self) -> KeyPhase

This is the KeyPhase that should be used to encrypt a given packet.

pub fn encrypt_packet<'a, F>( &mut self, buffer: EncoderBuffer<'a>, f: F, ) -> Result<(ProtectedPayload<'a>, EncoderBuffer<'a>), PacketEncodingError<'a>>

where F: FnOnce(EncoderBuffer<'a>, &mut K, KeyPhase) -> Result<(ProtectedPayload<'a>, EncoderBuffer<'a>), PacketEncodingError<'a>>,

pub fn on_timeout(&mut self, timestamp: Timestamp)

pub fn key_phase(&self) -> KeyPhase

pub fn active_key(&self) -> &Key<K>

pub fn active_key_mut(&mut self) -> &mut Key<K>

pub fn cipher_suite(&mut self) -> CipherSuite

Trait Implementations

impl<K> Provider for KeySet<K>

fn timers<Q: Query>(&self, query: &mut Q) -> Result

Notifies the query of any timers owned by the provider

fn next_expiration(&self) -> Option<Timestamp>

Returns the next Timestamp at which the earliest timer is armed in the provider

fn is_armed(&self) -> bool

Returns true if there are any timers armed

fn armed_timer_count(&self) -> usize

Counts the number of armed timers in the provider

fn for_each_timer<F: FnMut(&Timer) -> Result>(&self, f: F)

Iterates over each timer in the provider and calls the provided function