pub(crate) struct BridgeSet {
config: Arc<[BridgeConfig]>,
descs: Option<Arc<BridgeDescList>>,
}
bridge-client
only.Expand description
A collection of bridges, possibly with their descriptors.
Fields§
§config: Arc<[BridgeConfig]>
The configured bridges.
descs: Option<Arc<BridgeDescList>>
A map from those bridges to their descriptors. It may contain elements
that are not in config
.
Implementations§
Source§impl BridgeSet
impl BridgeSet
Sourcepub(crate) fn new(
config: Arc<[BridgeConfig]>,
descs: Option<Arc<BridgeDescList>>,
) -> Self
pub(crate) fn new( config: Arc<[BridgeConfig]>, descs: Option<Arc<BridgeDescList>>, ) -> Self
Create a new BridgeSet
from its configuration.
Sourcepub(crate) fn bridge_by_guard<T>(&self, guard: &T) -> Option<&BridgeConfig>where
T: ChanTarget,
pub(crate) fn bridge_by_guard<T>(&self, guard: &T) -> Option<&BridgeConfig>where
T: ChanTarget,
Returns the bridge that best matches a given guard.
Note that since the guard may have more identities than the bridge the match may not be perfect: the caller needs to check for a closer match if they want to be certain.
We check for a match by identity and channel method, since channel method is part of what makes two bridge lines different.
Sourcefn relay_by_bridge<'a>(&'a self, bridge: &'a BridgeConfig) -> BridgeRelay<'a>
fn relay_by_bridge<'a>(&'a self, bridge: &'a BridgeConfig) -> BridgeRelay<'a>
Return a BridgeRelay wrapping the provided configuration, plus any known descriptor for that configuration.
Sourcepub(crate) fn bridge_relay_by_guard<T: ChanTarget>(
&self,
guard: &T,
) -> CandidateStatus<BridgeRelay<'_>>
pub(crate) fn bridge_relay_by_guard<T: ChanTarget>( &self, guard: &T, ) -> CandidateStatus<BridgeRelay<'_>>
Look up a BridgeRelay corresponding to a given guard.
Trait Implementations§
Source§impl Universe for BridgeSet
impl Universe for BridgeSet
Source§fn weight_threshold<T>(
&self,
_sample: &ByRelayIds<T>,
_params: &GuardParams,
) -> WeightThresholdwhere
T: HasRelayIds,
fn weight_threshold<T>(
&self,
_sample: &ByRelayIds<T>,
_params: &GuardParams,
) -> WeightThresholdwhere
T: HasRelayIds,
Note that for a BridgeSet, we always treat the current weight as 0 and
the maximum weight as “unlimited”. That’s because we don’t have
bandwidth measurements for bridges, and so max_sample_bw_fraction
doesn’t apply to them.
Source§fn contains<T: ChanTarget>(&self, guard: &T) -> Option<bool>
fn contains<T: ChanTarget>(&self, guard: &T) -> Option<bool>
Source§fn status<T: ChanTarget>(&self, guard: &T) -> CandidateStatus<Candidate>
fn status<T: ChanTarget>(&self, guard: &T) -> CandidateStatus<Candidate>
Source§fn timestamp(&self) -> SystemTime
fn timestamp(&self) -> SystemTime
Source§fn sample<T>(
&self,
pre_existing: &ByRelayIds<T>,
filter: &GuardFilter,
n: usize,
) -> Vec<(Candidate, RelayWeight)>where
T: HasRelayIds,
fn sample<T>(
&self,
pre_existing: &ByRelayIds<T>,
filter: &GuardFilter,
n: usize,
) -> Vec<(Candidate, RelayWeight)>where
T: HasRelayIds,
n
of new candidate guards from this Universe. Read moreAuto Trait Implementations§
impl Freeze for BridgeSet
impl !RefUnwindSafe for BridgeSet
impl Send for BridgeSet
impl Sync for BridgeSet
impl Unpin for BridgeSet
impl !UnwindSafe for BridgeSet
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