Struct nickel::router::router::Router

pub struct Router<D = ()> { /* fields omitted */ }

The Router's job is it to hold routes and to resolve them later against concrete URLs. The router is also a regular middleware and needs to be added to the middleware stack with server.utilize(router).

Methods

impl<D> Router<D>

pub fn new() -> Router<D>

pub fn match_route<'mw>(     &'mw self,     method: &Method,     path: &str ) -> Option<RouteResult<'mw, D>>

Trait Implementations

impl<D> HttpRouter<D> for Router<D>

fn add_route<M: Into<Matcher>, H: Middleware<D>>(     &mut self,     method: Method,     matcher: M,     handler: H ) -> &mut Self

Registers a handler to be used for a specified method. A handler can be anything implementing the RequestHandler trait.

fn get<M: Into<Matcher>, H: Middleware<D>>(     &mut self,     matcher: M,     handler: H ) -> &mut Self

Registers a handler to be used for a specific GET request. Handlers are assigned to paths and paths are allowed to contain variables and wildcards.

fn post<M: Into<Matcher>, H: Middleware<D>>(     &mut self,     matcher: M,     handler: H ) -> &mut Self

Registers a handler to be used for a specific POST request.

fn put<M: Into<Matcher>, H: Middleware<D>>(     &mut self,     matcher: M,     handler: H ) -> &mut Self

Registers a handler to be used for a specific PUT request.

fn delete<M: Into<Matcher>, H: Middleware<D>>(     &mut self,     matcher: M,     handler: H ) -> &mut Self

Registers a handler to be used for a specific DELETE request.

fn options<M: Into<Matcher>, H: Middleware<D>>(     &mut self,     matcher: M,     handler: H ) -> &mut Self

Registers a handler to be used for a specific OPTIONS request.

fn patch<M: Into<Matcher>, H: Middleware<D>>(     &mut self,     matcher: M,     handler: H ) -> &mut Self

Registers a handler to be used for a specific PATCH request.

impl<D: 'static> Middleware<D> for Router<D>

fn invoke<'mw, 'conn>(     &'mw self,     req: &mut Request<'mw, 'conn, D>,     res: Response<'mw, D> ) -> MiddlewareResult<'mw, D>