Enum FeatureOutput 

pub enum FeatureOutput<UserData, Event, ToWorker> {
    ToWorker(bool, ToWorker),
    Event(FeatureControlActor<UserData>, Event),
    SendDirect(ConnId, NetOutgoingMeta, Buffer),
    SendRoute(RouteRule, NetOutgoingMeta, Buffer),
    NeighboursConnectTo(NodeAddr),
    NeighboursDisconnectFrom(u32),
    OnResourceEmpty,
}

Variants

ToWorker(bool, ToWorker)

First bool is flag for broadcast or not

Event(FeatureControlActor<UserData>, Event)

SendDirect(ConnId, NetOutgoingMeta, Buffer)

SendRoute(RouteRule, NetOutgoingMeta, Buffer)

NeighboursConnectTo(NodeAddr)

NeighboursDisconnectFrom(u32)

OnResourceEmpty

Implementations

impl<UserData, Event, ToWorker> FeatureOutput<UserData, Event, ToWorker>

pub fn into2<UserData2, Event2, ToWorker2>( self, ) -> FeatureOutput<UserData2, Event2, ToWorker2>

where UserData2: From<UserData>, Event2: From<Event>, ToWorker2: From<ToWorker>,

Trait Implementations

impl<UserData, Event, ToWorker> Debug for FeatureOutput<UserData, Event, ToWorker>

where UserData: Debug, Event: Debug, ToWorker: Debug,

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

Formats the value using the given formatter.

impl<UserData, Event, ToWorker> PartialEq for FeatureOutput<UserData, Event, ToWorker>

where UserData: PartialEq, Event: PartialEq, ToWorker: PartialEq,

fn eq(&self, other: &FeatureOutput<UserData, Event, ToWorker>) -> bool

Tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &Rhs) -> bool

Tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl<UserData> TaskSwitcherChild<FeatureOutput<UserData, Event, ShadowRouterDelta<ConnId, NetPair>>> for RouterSyncFeature<UserData>

type Time = u64

fn is_empty(&self) -> bool

fn empty_event( &self, ) -> FeatureOutput<UserData, Event, ShadowRouterDelta<ConnId, NetPair>>

fn pop_output( &mut self, _now: u64, ) -> Option<FeatureOutput<UserData, Event, ShadowRouterDelta<ConnId, NetPair>>>

impl<UserData> TaskSwitcherChild<FeatureOutput<UserData, Event, ToWorker<UserData>>> for PubSubFeature<UserData>

type Time = u64

fn is_empty(&self) -> bool

fn empty_event(&self) -> FeatureOutput<UserData, Event, ToWorker<UserData>>

fn pop_output( &mut self, _now: u64, ) -> Option<FeatureOutput<UserData, Event, ToWorker<UserData>>>

impl<UserData> TaskSwitcherChild<FeatureOutput<UserData, Event, ToWorker<UserData>>> for SocketFeature<UserData>

type Time = u64

fn is_empty(&self) -> bool

fn empty_event(&self) -> FeatureOutput<UserData, Event, ToWorker<UserData>>

fn pop_output( &mut self, _now: u64, ) -> Option<FeatureOutput<UserData, Event, ToWorker<UserData>>>

impl<UserData> TaskSwitcherChild<FeatureOutput<UserData, Event, ToWorker>> for AliasFeature<UserData>

type Time = u64

fn is_empty(&self) -> bool

fn empty_event(&self) -> FeatureOutput<UserData, Event, ToWorker>

fn pop_output( &mut self, _now: u64, ) -> Option<FeatureOutput<UserData, Event, ToWorker>>

impl<UserData> TaskSwitcherChild<FeatureOutput<UserData, Event, ToWorker>> for DataFeature<UserData>

type Time = u64

fn is_empty(&self) -> bool

fn empty_event(&self) -> FeatureOutput<UserData, Event, ToWorker>

fn pop_output( &mut self, _now: u64, ) -> Option<FeatureOutput<UserData, Event, ToWorker>>

impl<UserData> TaskSwitcherChild<FeatureOutput<UserData, Event, ToWorker>> for DhtKvFeature<UserData>

where UserData: Eq + Copy + Debug,

type Time = u64

fn is_empty(&self) -> bool

fn empty_event(&self) -> FeatureOutput<UserData, Event, ToWorker>

fn pop_output( &mut self, _now: u64, ) -> Option<FeatureOutput<UserData, Event, ToWorker>>

impl<UserData> TaskSwitcherChild<FeatureOutput<UserData, Event, ToWorker>> for NeighboursFeature<UserData>

type Time = u64

fn is_empty(&self) -> bool

fn empty_event(&self) -> FeatureOutput<UserData, Event, ToWorker>

fn pop_output( &mut self, _now: u64, ) -> Option<FeatureOutput<UserData, Event, ToWorker>>

impl<UserData> TaskSwitcherChild<FeatureOutput<UserData, Event, ToWorker>> for VpnFeature<UserData>

type Time = u64

fn is_empty(&self) -> bool

fn empty_event(&self) -> FeatureOutput<UserData, Event, ToWorker>

fn pop_output( &mut self, _now: u64, ) -> Option<FeatureOutput<UserData, Event, ToWorker>>

impl<UserData, Event, ToWorker> Eq for FeatureOutput<UserData, Event, ToWorker>

where UserData: Eq, Event: Eq, ToWorker: Eq,

impl<UserData, Event, ToWorker> StructuralPartialEq for FeatureOutput<UserData, Event, ToWorker>