pub struct RelaysPool<'a, T> {
pub relays_hashmap: HashMap<String, (Relay<'a>, T)>,
}
Expand description
RelaysPool stores the hashmap of Fingerprint of the Relay and the Relay itself and provides the
abstraction to get the reference to the relay through the get_relay(fingerprint)
method
The RelaysPool holds the hashmap of <RELAY_FINGERPRINT, tor_netdir::Relay>, so that the Tor
Network graph stores only data enough to index the Relay i.e the RELAY_FINGERPRINT and
whenever it needs some data related to a certain relay, it simply requests this pool a
reference to the tor_netdir::Relay through get_relay(RELAY_FINGERPRINT)
method
where RELAY_FINGERPRINT is a string that represents the stringified RSA ID of the relay
Fields§
§relays_hashmap: HashMap<String, (Relay<'a>, T)>
Maps <Fingerprint, Relay>
Implementations§
source§impl<'a, T: Clone> RelaysPool<'a, T>
impl<'a, T: Clone> RelaysPool<'a, T>
sourcepub fn from_relays(relays: &[(Relay<'a>, T)]) -> Self
pub fn from_relays(relays: &[(Relay<'a>, T)]) -> Self
Takes the NetDir and creaates a RelaysPool
Why not get Arc
sourcepub fn get_relay<S: AsRef<str>>(
&self,
fingerprint: S,
) -> Option<&(Relay<'a>, T)>
pub fn get_relay<S: AsRef<str>>( &self, fingerprint: S, ) -> Option<&(Relay<'a>, T)>
Gets you the reference to the Relay as you provide the fingerprint of the relay
sourcepub fn add_relay<S: ToString>(&mut self, fingerprint: S, relay: Relay<'a>, v: T)
pub fn add_relay<S: ToString>(&mut self, fingerprint: S, relay: Relay<'a>, v: T)
Add a tor_netdir::Relay<'_>
into the RelaysPool with a certain fingerprint as the key
sourcepub fn total_relays(&self) -> usize
pub fn total_relays(&self) -> usize
Calculate total no of Relays in the RelaysPool
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impl<'a, T> UnwindSafe for RelaysPool<'a, T>where
T: UnwindSafe,
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