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/*
* Copyright 2002-2017 the original author or authors.
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
package org.springframework.web.reactive.function.server
import org.springframework.core.io.Resource
import org.springframework.http.HttpMethod
import org.springframework.http.MediaType
import reactor.core.publisher.Mono
/**
* Allow to create easily a `RouterFunction` from a Kotlin router DSL based
* on the same building blocks than the Java one ([RouterFunction], [RequestPredicate],
* [HandlerFunction]).
*
* Example:
*
* ```
* @Configuration
* class ApplicationRoutes(val userHandler: UserHandler) {
*
* @Bean
* fun mainRouter() = router {
* accept(TEXT_HTML).nest {
* (GET("/user/") or GET("/users/")).invoke(userHandler::findAllView)
* GET("/users/{login}", userHandler::findViewById)
* }
* accept(APPLICATION_JSON).nest {
* (GET("/api/user/") or GET("/api/users/")).invoke(userHandler::findAll)
* POST("/api/users/", userHandler::create)
* }
* }
*
* }
* ```
* @author Sebastien Deleuze
* @see RouterFunctionDsl
* @since 5.0
*/
fun router(routes: RouterFunctionDsl.() -> Unit) = RouterFunctionDsl().apply(routes).router()
/**
* Provide a [RouterFunction] Kotlin DSL in order to be able to write idiomatic Kotlin code.
*
* @author Sebastien Deleuze
* @author Yevhenii Melnyk
* @since 5.0
* @see Kotlin issue about supporting ::foo for member functions
*/
open class RouterFunctionDsl {
private val routes = mutableListOf>()
/**
* Return a composed request predicate that tests against both this predicate AND
* the [other] predicate (String processed as a path predicate). When evaluating the
* composed predicate, if this predicate is `false`, then the [other] predicate is not
* evaluated.
* @see RequestPredicate.and
* @see RequestPredicates.path
*/
infix fun RequestPredicate.and(other: String): RequestPredicate = this.and(path(other))
/**
* Return a composed request predicate that tests against both this predicate OR
* the [other] predicate (String processed as a path predicate). When evaluating the
* composed predicate, if this predicate is `true`, then the [other] predicate is not
* evaluated.
* @see RequestPredicate.or
* @see RequestPredicates.path
*/
infix fun RequestPredicate.or(other: String): RequestPredicate = this.or(path(other))
/**
* Return a composed request predicate that tests against both this predicate (String
* processed as a path predicate) AND the [other] predicate. When evaluating the
* composed predicate, if this predicate is `false`, then the [other] predicate is not
* evaluated.
* @see RequestPredicate.and
* @see RequestPredicates.path
*/
infix fun String.and(other: RequestPredicate): RequestPredicate = path(this).and(other)
/**
* Return a composed request predicate that tests against both this predicate (String
* processed as a path predicate) OR the [other] predicate. When evaluating the
* composed predicate, if this predicate is `true`, then the [other] predicate is not
* evaluated.
* @see RequestPredicate.or
* @see RequestPredicates.path
*/
infix fun String.or(other: RequestPredicate): RequestPredicate = path(this).or(other)
/**
* Return a composed request predicate that tests against both this predicate AND
* the [other] predicate. When evaluating the composed predicate, if this
* predicate is `false`, then the [other] predicate is not evaluated.
* @see RequestPredicate.and
*/
infix fun RequestPredicate.and(other: RequestPredicate): RequestPredicate = this.and(other)
/**
* Return a composed request predicate that tests against both this predicate OR
* the [other] predicate. When evaluating the composed predicate, if this
* predicate is `true`, then the [other] predicate is not evaluated.
* @see RequestPredicate.or
*/
infix fun RequestPredicate.or(other: RequestPredicate): RequestPredicate = this.or(other)
/**
* Return a predicate that represents the logical negation of this predicate.
*/
operator fun RequestPredicate.not(): RequestPredicate = this.negate()
/**
* Route to the given router function if the given request predicate applies. This
* method can be used to create *nested routes*, where a group of routes share a
* common path (prefix), header, or other request predicate.
* @see RouterFunctions.nest
*/
fun RequestPredicate.nest(r: RouterFunctionDsl.() -> Unit) {
routes += RouterFunctions.nest(this, RouterFunctionDsl().apply(r).router())
}
/**
* Route to the given router function if the given request predicate (String
* processed as a path predicate) applies. This method can be used to create
* *nested routes*, where a group of routes share a common path
* (prefix), header, or other request predicate.
* @see RouterFunctions.nest
* @see RequestPredicates.path
*/
fun String.nest(r: RouterFunctionDsl.() -> Unit) {
routes += RouterFunctions.nest(path(this), RouterFunctionDsl().apply(r).router())
}
/**
* Route to the given handler function if the given request predicate applies.
* @see RouterFunctions.route
*/
fun GET(pattern: String, f: (ServerRequest) -> Mono) {
routes += RouterFunctions.route(RequestPredicates.GET(pattern), HandlerFunction { f(it) })
}
/**
* Return a {@code RequestPredicate} that matches if request's HTTP method is {@code GET}
* and the given {@code pattern} matches against the request path.
* @see RequestPredicates.GET
*/
fun GET(pattern: String): RequestPredicate = RequestPredicates.GET(pattern)
/**
* Route to the given handler function if the given request predicate applies.
* @see RouterFunctions.route
*/
fun HEAD(pattern: String, f: (ServerRequest) -> Mono) {
routes += RouterFunctions.route(RequestPredicates.HEAD(pattern), HandlerFunction { f(it) })
}
/**
* Return a {@code RequestPredicate} that matches if request's HTTP method is {@code HEAD}
* and the given {@code pattern} matches against the request path.
* @see RequestPredicates.HEAD
*/
fun HEAD(pattern: String): RequestPredicate = RequestPredicates.HEAD(pattern)
/**
* Route to the given handler function if the given POST predicate applies.
* @see RouterFunctions.route
*/
fun POST(pattern: String, f: (ServerRequest) -> Mono) {
routes += RouterFunctions.route(RequestPredicates.POST(pattern), HandlerFunction { f(it) })
}
/**
* Return a {@code RequestPredicate} that matches if request's HTTP method is {@code POST}
* and the given {@code pattern} matches against the request path.
* @see RequestPredicates.POST
*/
fun POST(pattern: String): RequestPredicate = RequestPredicates.POST(pattern)
/**
* Route to the given handler function if the given PUT predicate applies.
* @see RouterFunctions.route
*/
fun PUT(pattern: String, f: (ServerRequest) -> Mono) {
routes += RouterFunctions.route(RequestPredicates.PUT(pattern), HandlerFunction { f(it) })
}
/**
* Return a {@code RequestPredicate} that matches if request's HTTP method is {@code PUT}
* and the given {@code pattern} matches against the request path.
* @see RequestPredicates.PUT
*/
fun PUT(pattern: String): RequestPredicate = RequestPredicates.PUT(pattern)
/**
* Route to the given handler function if the given PATCH predicate applies.
* @see RouterFunctions.route
*/
fun PATCH(pattern: String, f: (ServerRequest) -> Mono) {
routes += RouterFunctions.route(RequestPredicates.PATCH(pattern), HandlerFunction { f(it) })
}
/**
* Return a {@code RequestPredicate} that matches if request's HTTP method is {@code PATCH}
* and the given {@code pattern} matches against the request path.
* @param pattern the path pattern to match against
* @return a predicate that matches if the request method is PATCH and if the given pattern
* matches against the request path
*/
fun PATCH(pattern: String): RequestPredicate = RequestPredicates.PATCH(pattern)
/**
* Route to the given handler function if the given DELETE predicate applies.
* @see RouterFunctions.route
*/
fun DELETE(pattern: String, f: (ServerRequest) -> Mono) {
routes += RouterFunctions.route(RequestPredicates.DELETE(pattern), HandlerFunction { f(it) })
}
/**
* Return a {@code RequestPredicate} that matches if request's HTTP method is {@code DELETE}
* and the given {@code pattern} matches against the request path.
* @param pattern the path pattern to match against
* @return a predicate that matches if the request method is DELETE and if the given pattern
* matches against the request path
*/
fun DELETE(pattern: String): RequestPredicate = RequestPredicates.DELETE(pattern)
/**
* Route to the given handler function if the given OPTIONS predicate applies.
* @see RouterFunctions.route
*/
fun OPTIONS(pattern: String, f: (ServerRequest) -> Mono) {
routes += RouterFunctions.route(RequestPredicates.OPTIONS(pattern), HandlerFunction { f(it) })
}
/**
* Return a {@code RequestPredicate} that matches if request's HTTP method is {@code OPTIONS}
* and the given {@code pattern} matches against the request path.
* @param pattern the path pattern to match against
* @return a predicate that matches if the request method is OPTIONS and if the given pattern
* matches against the request path
*/
fun OPTIONS(pattern: String): RequestPredicate = RequestPredicates.OPTIONS(pattern)
/**
* Route to the given handler function if the given accept predicate applies.
* @see RouterFunctions.route
*/
fun accept(mediaType: MediaType, f: (ServerRequest) -> Mono) {
routes += RouterFunctions.route(RequestPredicates.accept(mediaType), HandlerFunction { f(it) })
}
/**
* Return a {@code RequestPredicate} that tests if the request's
* {@linkplain ServerRequest.Headers#accept() accept} header is
* {@linkplain MediaType#isCompatibleWith(MediaType) compatible} with any of the given media types.
* @param mediaTypes the media types to match the request's accept header against
* @return a predicate that tests the request's accept header against the given media types
*/
fun accept(mediaType: MediaType): RequestPredicate = RequestPredicates.accept(mediaType)
/**
* Route to the given handler function if the given contentType predicate applies.
* @see RouterFunctions.route
*/
fun contentType(mediaType: MediaType, f: (ServerRequest) -> Mono) {
routes += RouterFunctions.route(RequestPredicates.contentType(mediaType), HandlerFunction { f(it) })
}
/**
* Return a {@code RequestPredicate} that tests if the request's
* {@linkplain ServerRequest.Headers#contentType() content type} is
* {@linkplain MediaType#includes(MediaType) included} by any of the given media types.
* @param mediaTypes the media types to match the request's content type against
* @return a predicate that tests the request's content type against the given media types
*/
fun contentType(mediaType: MediaType): RequestPredicate = RequestPredicates.contentType(mediaType)
/**
* Route to the given handler function if the given headers predicate applies.
* @see RouterFunctions.route
*/
fun headers(headersPredicate: (ServerRequest.Headers) -> Boolean, f: (ServerRequest) -> Mono) {
routes += RouterFunctions.route(RequestPredicates.headers(headersPredicate), HandlerFunction { f(it) })
}
/**
* Return a {@code RequestPredicate} that tests the request's headers against the given headers predicate.
* @param headersPredicate a predicate that tests against the request headers
* @return a predicate that tests against the given header predicate
*/
fun headers(headersPredicate: (ServerRequest.Headers) -> Boolean): RequestPredicate =
RequestPredicates.headers(headersPredicate)
/**
* Route to the given handler function if the given method predicate applies.
* @see RouterFunctions.route
*/
fun method(httpMethod: HttpMethod, f: (ServerRequest) -> Mono) {
routes += RouterFunctions.route(RequestPredicates.method(httpMethod), HandlerFunction { f(it) })
}
/**
* Return a {@code RequestPredicate} that tests against the given HTTP method.
* @param httpMethod the HTTP method to match to
* @return a predicate that tests against the given HTTP method
*/
fun method(httpMethod: HttpMethod): RequestPredicate = RequestPredicates.method(httpMethod)
/**
* Route to the given handler function if the given path predicate applies.
* @see RouterFunctions.route
*/
fun path(pattern: String, f: (ServerRequest) -> Mono) {
routes += RouterFunctions.route(RequestPredicates.path(pattern), HandlerFunction { f(it) })
}
/**
* Return a {@code RequestPredicate} that tests the request path against the given path pattern.
* @see RequestPredicates.path
*/
fun path(pattern: String): RequestPredicate = RequestPredicates.path(pattern)
/**
* Route to the given handler function if the given pathExtension predicate applies.
* @see RouterFunctions.route
*/
fun pathExtension(extension: String, f: (ServerRequest) -> Mono) {
routes += RouterFunctions.route(RequestPredicates.pathExtension(extension), HandlerFunction { f(it) })
}
/**
* Return a {@code RequestPredicate} that matches if the request's path has the given extension.
* @param extension the path extension to match against, ignoring case
* @return a predicate that matches if the request's path has the given file extension
*/
fun pathExtension(extension: String): RequestPredicate = RequestPredicates.pathExtension(extension)
/**
* Route to the given handler function if the given pathExtension predicate applies.
* @see RouterFunctions.route
*/
fun pathExtension(predicate: (String) -> Boolean, f: (ServerRequest) -> Mono) {
routes += RouterFunctions.route(RequestPredicates.pathExtension(predicate), HandlerFunction { f(it) })
}
/**
* Return a {@code RequestPredicate} that matches if the request's path matches the given
* predicate.
* @see RequestPredicates.pathExtension
*/
fun pathExtension(predicate: (String) -> Boolean): RequestPredicate =
RequestPredicates.pathExtension(predicate)
/**
* Route to the given handler function if the given queryParam predicate applies.
* @see RouterFunctions.route
*/
fun queryParam(name: String, predicate: (String) -> Boolean, f: (ServerRequest) -> Mono) {
routes += RouterFunctions.route(RequestPredicates.queryParam(name, predicate), HandlerFunction { f(it) })
}
/**
* Return a {@code RequestPredicate} that tests the request's query parameter of the given name
* against the given predicate.
* @param name the name of the query parameter to test against
* @param predicate predicate to test against the query parameter value
* @return a predicate that matches the given predicate against the query parameter of the given name
* @see ServerRequest#queryParam(String)
*/
fun queryParam(name: String, predicate: (String) -> Boolean): RequestPredicate =
RequestPredicates.queryParam(name, predicate)
/**
* Route to the given handler function if the given request predicate applies.
* @see RouterFunctions.route
*/
operator fun RequestPredicate.invoke(f: (ServerRequest) -> Mono) {
routes += RouterFunctions.route(this, HandlerFunction { f(it) })
}
/**
* Route to the given handler function if the given predicate (String
* processed as a path predicate) applies.
* @see RouterFunctions.route
*/
operator fun String.invoke(f: (ServerRequest) -> Mono) {
routes += RouterFunctions.route(RequestPredicates.path(this), HandlerFunction { f(it) })
}
/**
* Route requests that match the given pattern to resources relative to the given root location.
* @see RouterFunctions.resources
*/
fun resources(path: String, location: Resource) {
routes += RouterFunctions.resources(path, location)
}
/**
* Route to resources using the provided lookup function. If the lookup function provides a
* [Resource] for the given request, it will be it will be exposed using a
* [HandlerFunction] that handles GET, HEAD, and OPTIONS requests.
*/
fun resources(lookupFunction: (ServerRequest) -> Mono) {
routes += RouterFunctions.resources(lookupFunction)
}
/**
* Return a composed routing function created from all the registered routes.
*/
internal fun router(): RouterFunction {
return routes.reduce(RouterFunction::and)
}
}
