pub fn build_router<C, P, F>(pipeline_chain: C, pipelines: PipelineSet<P>, f: F) -> Router
where
    C: PipelineHandleChain<P> + Copy + Send + Sync + 'static,
    P: Send + Sync + 'static,
    F: FnOnce(&mut RouterBuilder<C, P>),
{
    let mut tree_builder = TreeBuilder::new();

    let response_finalizer = {
        let mut builder = RouterBuilder {
            node_builder: tree_builder.borrow_root_mut(),
            pipeline_chain,
            pipelines,
            response_finalizer_builder: ResponseFinalizerBuilder::internal_new(),
        };

        f(&mut builder);

        builder.response_finalizer_builder.finalize()
    };

    Router::internal_new(tree_builder.finalize(), response_finalizer)
}
/// Builds a `Router` using the provided closure. Routes are defined using the `RouterBuilder`
/// value passed to the closure, and the `Router` is constructed before returning.
///
/// ```rust
/// # extern crate gotham;
/// # extern crate hyper;
/// # #[macro_use]
/// # extern crate serde_derive;
/// #
/// # use hyper::{Response, StatusCode};
/// # use gotham::state::State;
/// # use gotham::router::Router;
/// # use gotham::router::builder::*;
/// # use gotham::pipeline::new_pipeline;
/// # use gotham::pipeline::single::*;
/// # use gotham::middleware::session::{NewSessionMiddleware, SessionData};
/// # use gotham::test::TestServer;
/// #
/// # #[derive(Serialize, Deserialize, Default)]
/// # struct Session;
/// #
/// # fn my_handler(state: State) -> (State, Response) {
/// #   assert!(state.has::<SessionData<Session>>());
/// #   (state, Response::new().with_status(StatusCode::Accepted))
/// # }
/// #
/// fn router() -> Router {
///     let (chain, pipelines) = single_pipeline(
///         new_pipeline()
///             .add(NewSessionMiddleware::default().with_session_type::<Session>())
///             .build()
///     );
///
///     build_router(chain, pipelines, |route| {
///         route.get("/request/path").to(my_handler);
///     })
/// }
/// #
/// # fn main() {
/// #   let test_server = TestServer::new(router()).unwrap();
/// #   let response = test_server.client()
/// #       .get("https://example.com/request/path")
/// #       .perform()
/// #       .unwrap();
/// #   assert_eq!(response.status(), StatusCode::Accepted);
/// # }
/// ```
Builds a `Router` using the provided closure. Routes are defined using the `RouterBuilder`
value passed to the closure, and the `Router` is constructed before returning.


Builds a ` Router ` using the provided closure . Routes are defined using the ` RouterBuilder ` value passed to the closure and the ` Router ` is constructed before returning .
pub fn build_router<C, P, F>(pipeline_chain: C, pipelines: PipelineSet<P>, f: F) -> Router
where
    C: PipelineHandleChain<P> + Copy + Send + Sync + 'static,
    P: Send + Sync + 'static,
    F: FnOnce(&mut RouterBuilder<C, P>),
{
    let mut tree_builder = TreeBuilder::new();
    let response_finalizer = {
        let mut builder = RouterBuilder {
            node_builder: tree_builder.borrow_root_mut(),
            pipeline_chain,
            pipelines,
            response_finalizer_builder: ResponseFinalizerBuilder::internal_new(),
        };
        f(&mut builder);
        builder.response_finalizer_builder.finalize()
    };
    Router::internal_new(tree_builder.finalize(), response_finalizer)
}
pub fn build_router < C , P , F > ( pipeline_chain : C , pipelines : PipelineSet < P > , f : F ) -> Router where C : PipelineHandleChain < P > + Copy + Send + Sync + ' static , P : Send + Sync + ' static , F : FnOnce ( & mut RouterBuilder < C , P > ) , { let mut tree_builder = TreeBuilder :: new ( ) ; let response_finalizer = { let mut builder = RouterBuilder { node_builder : tree_builder . borrow_root_mut ( ) , pipeline_chain , pipelines , response_finalizer_builder : ResponseFinalizerBuilder :: internal_new ( ) , } ; f ( & mut builder ) ; builder . response_finalizer_builder . finalize ( ) } ; Router :: internal_new ( tree_builder . finalize ( ) , response_finalizer ) }
Builds a `Router` using the provided closure.
Builds a ` Router ` using the provided closure .
pipeline_chain
C
pipelines
PipelineSet<P>
f
F
pipeline_chain
C
pipelines
PipelineSet<P>
f
F
extern crate gotham;
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extern crate hyper;
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#[macro_use]
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extern crate serde_derive;
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use hyper::{response, statuscode};
None
use gotham::state::state;
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use gotham::router::router;
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use gotham::router::builder::*;
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use gotham::pipeline::new_pipeline;
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use gotham::pipeline::single::*;
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use gotham::middleware::session::{newsessionmiddleware, sessiondata};
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use gotham::test::testserver;
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#[derive(serialize, deserialize, default)]
None
struct session;
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fn my_handler(state: state) -> (state, response) {
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assert!(state.has::<sessiondata<session>>());
None
(state, response::new().with_status(statuscode::accepted))
None
}
fn router() -> Router {
let (chain, pipelines) = single_pipeline(
new_pipeline()
.add(NewSessionMiddleware::default().with_session_type::())
.build()
).

build_router(chain, pipelines, |route| {
route.get("/request/path").to(my_handler);
})
}
fn router () - > Router { let ( chain pipelines ) = single_pipeline ( new_pipeline () . add ( NewSessionMiddleware :: default () . with_session_type :: () ) . build () ) . build_router ( chain pipelines |route| { route . get ( " / request / path " ) . to ( my_handler ) ; } ) }
fn main() {
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let test_server = testserver::new(router()).unwrap();
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let response = test_server.client()
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.get("https://example.com/request/path")
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.perform()
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.unwrap();
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assert_eq!(response.status(), statuscode::accepted);
None
}
None