/// Construct a web server future, and return a [RepositoryServer] to manage the server.
/// [RepositoryServer], and return a handle to manaserver and the web server task.
Construct a web server future, and return a [RepositoryServer] to manage the server.
[RepositoryServer], and return a handle to manaserver and the web server task.
Construct a web server future and return a [ RepositoryServer ] to manage the server . [ RepositoryServer ] and return a handle to manaserver and the web server task .
pub async fn start(self) -> Result<(impl Future<Output = ()>, RepositoryServer)> {
        let listener = TcpListener::bind(&self.addr).await?;
        let local_addr = listener.local_addr()?;
        let repo_manager = Arc::clone(&self.repo_manager);
        let make_svc = make_service_fn(move |_socket| {
            // Each connection to the server receives a separate service_fn
            // instance, and so needs its own copy of the repository manager.
            let repo_manager = Arc::clone(&repo_manager);
            async move {
                Ok::<_, Infallible>(service_fn(move |req| {
                    // Each request made by a connection is serviced by the
                    // service_fn created from this scope, which is why there is
                    // another cloning of the repository manager.
                    let method = req.method().to_string();
                    let path = req.uri().path().to_string();
                    handle_request(Arc::clone(&repo_manager), req, local_addr.clone())
                        .inspect(move |resp| {
                            info!(
                                "{} [ffx] {} {} => {}",
                                Utc::now().format("%T.%6f"),
                                method,
                                path,
                                resp.status()
                            );
                        })
                        .map(Ok::<_, Infallible>)
                }))
            }
        });
        let (stop, rx_stop) = futures::channel::oneshot::channel();
        // `listener.incoming()` borrows the listener, so we need to create a unique future that
        // owns the listener, and run the server in it.
        let server_fut = async move {
            let server = Server::builder(from_stream(listener.incoming().map_ok(HyperStream)))
                .executor(fuchsia_hyper::Executor)
                .serve(make_svc)
                .with_graceful_shutdown(
                    rx_stop.map(|res| res.unwrap_or_else(|futures::channel::oneshot::Canceled| ())),
                )
                .unwrap_or_else(|e| panic!("unable to start server: {}", e));
            server.await
        };
        Ok((server_fut, RepositoryServer { local_addr, stop }))
    }
pub async fn start ( self ) -> Result < ( impl Future < Output = ( ) > , RepositoryServer ) > { let listener = TcpListener :: bind ( & self . addr ) . await ? ; let local_addr = listener . local_addr ( ) ? ; let repo_manager = Arc :: clone ( & self . repo_manager ) ; let make_svc = make_service_fn ( move | _socket | { // Each connection to the server receives a separate service_fn // instance, and so needs its own copy of the repository manager. let repo_manager = Arc :: clone ( & repo_manager ) ; async move { Ok :: < _ , Infallible > ( service_fn ( move | req | { // Each request made by a connection is serviced by the // service_fn created from this scope, which is why there is // another cloning of the repository manager. let method = req . method ( ) . to_string ( ) ; let path = req . uri ( ) . path ( ) . to_string ( ) ; handle_request ( Arc :: clone ( & repo_manager ) , req , local_addr . clone ( ) ) . inspect ( move | resp | { info ! ( " " Utc now ( ) format ( " " ) method path resp status ( ) ) ; } ) . map ( Ok :: < _ , Infallible > ) } ) ) } } ) ; let ( stop , rx_stop ) = futures :: channel :: oneshot :: channel ( ) ; // `listener.incoming()` borrows the listener, so we need to create a unique future that // owns the listener, and run the server in it. let server_fut = async move { let server = Server :: builder ( from_stream ( listener . incoming ( ) . map_ok ( HyperStream ) ) ) . executor ( fuchsia_hyper :: Executor ) . serve ( make_svc ) . with_graceful_shutdown ( rx_stop . map ( | res | res . unwrap_or_else ( | futures :: channel :: oneshot :: Canceled | ( ) ) ) , ) . unwrap_or_else ( | e | panic ! ( " " e ) ) ; server . await } ; Ok ( ( server_fut , RepositoryServer { local_addr , stop } ) ) }
Construct a web server future, and return a [RepositoryServer] to manage the server.
Construct a web server future and return a [ RepositoryServer ] to manage the server .
self