rama::net::client::pool

Struct PooledConnector

pub struct PooledConnector<S, P, R> { /* private fields */ }

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impl<S, P, R> PooledConnector<S, P, R>

pub fn new(inner: S, pool: P, req_to_conn_id: R) -> PooledConnector<S, P, R>

pub fn maybe_with_wait_for_pool_timeout( self, timeout: Option<Duration>, ) -> PooledConnector<S, P, R>

Set timeout after which requesting a connection from the pool will timeout

If no timeout is specified there will be no limit, this could be dangerous depending on how many users are waiting for a connection

pub fn maybe_set_wait_for_pool_timeout( &mut self, timeout: Option<Duration>, ) -> &mut PooledConnector<S, P, R>

Set timeout after which requesting a connection from the pool will timeout

If no timeout is specified there will be no limit, this could be dangerous depending on how many users are waiting for a connection

pub fn with_wait_for_pool_timeout( self, timeout: Duration, ) -> PooledConnector<S, P, R>

Set timeout after which requesting a connection from the pool will timeout

If no timeout is specified there will be no limit, this could be dangerous depending on how many users are waiting for a connection

pub fn set_wait_for_pool_timeout( &mut self, timeout: Duration, ) -> &mut PooledConnector<S, P, R>

Set timeout after which requesting a connection from the pool will timeout

If no timeout is specified there will be no limit, this could be dangerous depending on how many users are waiting for a connection

pub fn without_wait_for_pool_timeout(self) -> PooledConnector<S, P, R>

Set timeout after which requesting a connection from the pool will timeout

If no timeout is specified there will be no limit, this could be dangerous depending on how many users are waiting for a connection

pub fn unset_wait_for_pool_timeout(&mut self) -> &mut PooledConnector<S, P, R>

Set timeout after which requesting a connection from the pool will timeout

If no timeout is specified there will be no limit, this could be dangerous depending on how many users are waiting for a connection

Trait Implementations§

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impl<Request, S, P, R> Service<Request> for PooledConnector<S, P, R>
where S: ConnectorService<Request>, <S as ConnectorService<Request>>::Connection: Send, <S as ConnectorService<Request>>::Error: Send + 'static, Request: Send + 'static, P: Pool<<S as ConnectorService<Request>>::Connection, <R as ReqToConnID<Request>>::ID>, R: ReqToConnID<Request>,

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type Response = EstablishedClientConnection<<P as Pool<<S as ConnectorService<Request>>::Connection, <R as ReqToConnID<Request>>::ID>>::Connection, Request>

The type of response returned by the service.
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type Error = Box<dyn Error + Sync + Send>

The type of error returned by the service.
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async fn serve( &self, ctx: Context, req: Request, ) -> Result<<PooledConnector<S, P, R> as Service<Request>>::Response, <PooledConnector<S, P, R> as Service<Request>>::Error>

Serve a response or error for the given request, using the given context.
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fn boxed(self) -> BoxService<Request, Self::Response, Self::Error>

Box this service to allow for dynamic dispatch.

Auto Trait Implementations§

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impl<S, P, R> Freeze for PooledConnector<S, P, R>
where S: Freeze, P: Freeze, R: Freeze,

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impl<S, P, R> RefUnwindSafe for PooledConnector<S, P, R>
where S: RefUnwindSafe, P: RefUnwindSafe, R: RefUnwindSafe,

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impl<S, P, R> Send for PooledConnector<S, P, R>
where S: Send, P: Send, R: Send,

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impl<S, P, R> Sync for PooledConnector<S, P, R>
where S: Sync, P: Sync, R: Sync,

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impl<S, P, R> Unpin for PooledConnector<S, P, R>
where S: Unpin, P: Unpin, R: Unpin,

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impl<S, P, R> UnwindSafe for PooledConnector<S, P, R>
where S: UnwindSafe, P: UnwindSafe, R: UnwindSafe,

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where T: 'static + ?Sized,

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impl<S, Request, Connection> ConnectorService<Request> for S
where S: Service<Request, Response = EstablishedClientConnection<Connection, Request>>, <S as Service<Request>>::Error: Into<Box<dyn Error + Sync + Send>>,

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type Connection = Connection

Connection returned by the ConnectorService
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type Error = <S as Service<Request>>::Error

Error returned in case of connection / setup failure
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fn connect( &self, ctx: Context, req: Request, ) -> impl Future<Output = Result<EstablishedClientConnection<<S as ConnectorService<Request>>::Connection, Request>, <S as ConnectorService<Request>>::Error>> + Send

Establish a connection, which often involves some kind of handshake, or connection revival.
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