pathSuffixTest

def pathSuffixTest[L](pm: PathMatcher[L]): Directive[L] 

Description

Checks whether the unmatched path of the RequestContextRequestContext has a suffix matched by the given PathMatcher. Potentially extracts one or more values (depending on the type of the argument) but doesn’t consume its match from the unmatched path.

This directive is very similar to the pathSuffix directive with the one difference that the path suffix it matched (if it matched) is not consumed. The unmatched path of the RequestContextRequestContext is therefore left as is even in the case that the directive successfully matched and the request is passed on to its inner route.

As opposed to pathPrefixTest this directive matches and consumes the unmatched path from the right, i.e. the end.

Depending on the type of its PathMatcher argument the pathSuffixTest directive extracts zero or more values from the URI. If the match fails the request is rejected with an empty rejection set.

Example

Scala

copysourceval completeWithUnmatchedPath =
  extractUnmatchedPath { p =>
    complete(p.toString)
  }

val route =
  concat(
    pathSuffixTest(Slash) {
      complete("slashed")
    },
    complete("unslashed"))

// tests:
Get("/foo/") ~> route ~> check {
  responseAs[String] shouldEqual "slashed"
}
Get("/foo") ~> route ~> check {
  responseAs[String] shouldEqual "unslashed"
}

Java

copysourceimport static org.apache.pekko.http.javadsl.server.Directives.complete;
import static org.apache.pekko.http.javadsl.server.Directives.pathSuffixTest;
final Route route =
    concat(pathSuffixTest(slash(), () -> complete("slashed")), complete("unslashed"));
// tests:
testRoute(route).run(HttpRequest.GET("/foo/")).assertEntity("slashed");
testRoute(route).run(HttpRequest.GET("/foo")).assertEntity("unslashed");