/
ResourcesRouteV2E2ESpec.scala
2306 lines (2074 loc) · 106 KB
/
ResourcesRouteV2E2ESpec.scala
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/*
* Copyright © 2021 - 2022 Swiss National Data and Service Center for the Humanities and/or DaSCH Service Platform contributors.
* SPDX-License-Identifier: Apache-2.0
*/
package org.knora.webapi.e2e.v2
import java.net.URLEncoder
import java.nio.file.Paths
import java.time.Instant
import akka.actor.ActorSystem
import akka.http.scaladsl.model.headers.{Accept, BasicHttpCredentials}
import akka.http.scaladsl.model.{HttpEntity, HttpResponse, MediaRange, StatusCodes}
import akka.http.scaladsl.testkit.RouteTestTimeout
import akka.http.scaladsl.unmarshalling.Unmarshal
import com.typesafe.config.{Config, ConfigFactory}
import org.knora.webapi._
import org.knora.webapi.e2e.v2.ResponseCheckerV2._
import org.knora.webapi.e2e.{ClientTestDataCollector, InstanceChecker, TestDataFileContent, TestDataFilePath}
import org.knora.webapi.exceptions.AssertionException
import org.knora.webapi.messages.IriConversions._
import org.knora.webapi.messages.store.triplestoremessages.RdfDataObject
import org.knora.webapi.messages.util._
import org.knora.webapi.messages.util.rdf._
import org.knora.webapi.messages.{OntologyConstants, StringFormatter}
import org.knora.webapi.routing.RouteUtilV2
import org.knora.webapi.sharedtestdata.SharedTestDataADM
import org.knora.webapi.util._
import org.xmlunit.builder.{DiffBuilder, Input}
import org.xmlunit.diff.Diff
import spray.json.{JsValue, JsonParser}
import scala.collection.mutable.ArrayBuffer
import scala.concurrent.duration._
import scala.concurrent.{Await, ExecutionContextExecutor}
/**
* Tests the API v2 resources route.
*/
class ResourcesRouteV2E2ESpec extends E2ESpec(ResourcesRouteV2E2ESpec.config) {
private implicit val stringFormatter: StringFormatter = StringFormatter.getGeneralInstance
implicit def default(implicit system: ActorSystem): RouteTestTimeout =
RouteTestTimeout(settings.triplestoreUpdateTimeout)
implicit val ec: ExecutionContextExecutor = system.dispatcher
private val anythingUserEmail = SharedTestDataADM.anythingUser1.email
private val password = SharedTestDataADM.testPass
private var aThingLastModificationDate = Instant.now
private val hamletResourceIri = new MutableTestIri
private val aThingIri = "http://rdfh.ch/0001/a-thing"
private val aThingIriEncoded = URLEncoder.encode(aThingIri, "UTF-8")
private val aThingWithHistoryIri = "http://rdfh.ch/0001/thing-with-history"
private val aThingWithHistoryIriEncoded = URLEncoder.encode(aThingWithHistoryIri, "UTF-8")
private val reiseInsHeiligeLandIriEncoded = URLEncoder.encode("http://rdfh.ch/0803/2a6221216701", "UTF-8")
// If true, writes all API responses to test data files. If false, compares the API responses to the existing test data files.
private val writeTestDataFiles = false
override lazy val rdfDataObjects: List[RdfDataObject] = List(
RdfDataObject(path = "test_data/all_data/incunabula-data.ttl", name = "http://www.knora.org/data/0803/incunabula"),
RdfDataObject(path = "test_data/demo_data/images-demo-data.ttl", name = "http://www.knora.org/data/00FF/images"),
RdfDataObject(path = "test_data/all_data/anything-data.ttl", name = "http://www.knora.org/data/0001/anything"),
RdfDataObject(
path = "test_data/ontologies/freetest-onto.ttl",
name = "http://www.knora.org/ontology/0001/freetest"
)
)
private val instanceChecker: InstanceChecker = InstanceChecker.getJsonLDChecker
// Directory path for generated client test data
private val clientTestDataPath: Seq[String] = Seq("v2", "resources")
// Collects client test data
private val clientTestDataCollector = new ClientTestDataCollector(settings)
private def successResponse(message: String): String =
s"""{
| "knora-api:result" : "$message",
| "@context" : {
| "knora-api" : "http://api.knora.org/ontology/knora-api/v2#"
| }
|}""".stripMargin
private def updateResourceMetadataResponse(
newLastModificationDate: Instant,
maybeNewLabel: String,
resourceIri: String,
maybeNewPermissions: String
): String =
s"""{
| "knora-api:lastModificationDate": {
| "@value": "$newLastModificationDate",
| "@type": "xsd:dateTimeStamp"
| },
| "rdfs:label": "$maybeNewLabel",
| "knora-api:resourceIri": "$resourceIri",
| "knora-api:hasPermissions": "$maybeNewPermissions",
| "knora-api:resourceClassIri": "http://0.0.0.0:3333/ontology/0001/anything/v2#Thing",
| "@context": {
| "rdf": "http://www.w3.org/1999/02/22-rdf-syntax-ns#",
| "rdfs": "http://www.w3.org/2000/01/rdf-schema#",
| "xsd": "http://www.w3.org/2001/XMLSchema#",
| "knora-api": "http://api.knora.org/ontology/knora-api/v2#"
| }
|}""".stripMargin
"The resources v2 endpoint" should {
"perform a resource request for the book 'Reise ins Heilige Land' using the complex schema in JSON-LD" in {
val request = Get(s"$baseApiUrl/v2/resources/$reiseInsHeiligeLandIriEncoded")
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
assert(response.status == StatusCodes.OK, responseAsString)
val expectedAnswerJSONLD =
readOrWriteTextFile(
responseAsString,
Paths.get("..", "test_data/resourcesR2RV2/BookReiseInsHeiligeLand.jsonld"),
writeTestDataFiles
)
compareJSONLDForResourcesResponse(expectedJSONLD = expectedAnswerJSONLD, receivedJSONLD = responseAsString)
// Check that the resource corresponds to the ontology.
instanceChecker.check(
instanceResponse = responseAsString,
expectedClassIri = "http://0.0.0.0:3333/ontology/0803/incunabula/v2#book".toSmartIri,
knoraRouteGet = doGetRequest
)
}
"perform a resource request for the book 'Reise ins Heilige Land' using the complex schema in Turtle" in {
// Test correct handling of q values in the Accept header.
val acceptHeader: Accept = Accept(
MediaRange.One(RdfMediaTypes.`application/ld+json`, 0.5f),
MediaRange.One(RdfMediaTypes.`text/turtle`, 0.8f),
MediaRange.One(RdfMediaTypes.`application/rdf+xml`, 0.2f)
)
val request = Get(s"$baseApiUrl/v2/resources/$reiseInsHeiligeLandIriEncoded")
.addHeader(acceptHeader)
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
assert(response.status == StatusCodes.OK, responseAsString)
val expectedAnswerTurtle = readOrWriteTextFile(
responseAsString,
Paths.get("..", "test_data/resourcesR2RV2/BookReiseInsHeiligeLand.ttl"),
writeTestDataFiles
)
assert(parseTurtle(responseAsString) == parseTurtle(expectedAnswerTurtle))
}
"perform a resource request for the book 'Reise ins Heilige Land' using the complex schema in RDF/XML" in {
val request = Get(s"$baseApiUrl/v2/resources/$reiseInsHeiligeLandIriEncoded")
.addHeader(Accept(RdfMediaTypes.`application/rdf+xml`))
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
assert(response.status == StatusCodes.OK, responseAsString)
val expectedAnswerRdfXml = readOrWriteTextFile(
responseAsString,
Paths.get("..", "test_data/resourcesR2RV2/BookReiseInsHeiligeLand.rdf"),
writeTestDataFiles
)
assert(parseRdfXml(responseAsString) == parseRdfXml(expectedAnswerRdfXml))
}
"perform a resource preview request for the book 'Reise ins Heilige Land' using the complex schema" in {
val request = Get(s"$baseApiUrl/v2/resourcespreview/$reiseInsHeiligeLandIriEncoded")
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
assert(response.status == StatusCodes.OK, responseAsString)
val expectedAnswerJSONLD =
readOrWriteTextFile(
responseAsString,
Paths.get("..", "test_data/resourcesR2RV2/BookReiseInsHeiligeLandPreview.jsonld"),
writeTestDataFiles
)
compareJSONLDForResourcesResponse(expectedJSONLD = expectedAnswerJSONLD, receivedJSONLD = responseAsString)
}
"perform a resource preview request for a Thing resource using the complex schema" in {
val request = Get(s"$baseApiUrl/v2/resourcespreview/$aThingIriEncoded")
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
assert(response.status == StatusCodes.OK, responseAsString)
val expectedAnswerJSONLD =
readOrWriteTextFile(
responseAsString,
Paths.get("..", "test_data/resourcesR2RV2/AThing.jsonld"),
writeTestDataFiles
)
compareJSONLDForResourcesResponse(expectedJSONLD = expectedAnswerJSONLD, receivedJSONLD = responseAsString)
clientTestDataCollector.addFile(
TestDataFileContent(
filePath = TestDataFilePath(
directoryPath = clientTestDataPath,
filename = "resource-preview",
fileExtension = "json"
),
text = responseAsString
)
)
}
"perform a resource request for the book 'Reise ins Heilige Land' using the simple schema (specified by an HTTP header) in JSON-LD" in {
val request = Get(s"$baseApiUrl/v2/resources/$reiseInsHeiligeLandIriEncoded")
.addHeader(new SchemaHeader(RouteUtilV2.SIMPLE_SCHEMA_NAME))
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
assert(response.status == StatusCodes.OK, responseAsString)
val expectedAnswerJSONLD =
readOrWriteTextFile(
responseAsString,
Paths.get("..", "test_data/resourcesR2RV2/BookReiseInsHeiligeLandSimple.jsonld"),
writeTestDataFiles
)
compareJSONLDForResourcesResponse(expectedJSONLD = expectedAnswerJSONLD, receivedJSONLD = responseAsString)
// Check that the resource corresponds to the ontology.
instanceChecker.check(
instanceResponse = responseAsString,
expectedClassIri = "http://0.0.0.0:3333/ontology/0803/incunabula/simple/v2#book".toSmartIri,
knoraRouteGet = doGetRequest
)
}
"perform a resource request for the book 'Reise ins Heilige Land' using the simple schema in Turtle" in {
val request = Get(s"$baseApiUrl/v2/resources/$reiseInsHeiligeLandIriEncoded")
.addHeader(new SchemaHeader(RouteUtilV2.SIMPLE_SCHEMA_NAME))
.addHeader(Accept(RdfMediaTypes.`text/turtle`))
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
assert(response.status == StatusCodes.OK, responseAsString)
val expectedAnswerTurtle =
readOrWriteTextFile(
responseAsString,
Paths.get("..", "test_data/resourcesR2RV2/BookReiseInsHeiligeLandSimple.ttl"),
writeTestDataFiles
)
assert(parseTurtle(responseAsString) == parseTurtle(expectedAnswerTurtle))
}
"perform a resource request for the book 'Reise ins Heilige Land' using the simple schema in RDF/XML" in {
val request = Get(s"$baseApiUrl/v2/resources/$reiseInsHeiligeLandIriEncoded")
.addHeader(new SchemaHeader(RouteUtilV2.SIMPLE_SCHEMA_NAME))
.addHeader(Accept(RdfMediaTypes.`application/rdf+xml`))
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
assert(response.status == StatusCodes.OK, responseAsString)
val expectedAnswerRdfXml =
readOrWriteTextFile(
responseAsString,
Paths.get("..", "test_data/resourcesR2RV2/BookReiseInsHeiligeLandSimple.rdf"),
writeTestDataFiles
)
assert(parseRdfXml(responseAsString) == parseRdfXml(expectedAnswerRdfXml))
}
"perform a resource preview request for the book 'Reise ins Heilige Land' using the simple schema (specified by an HTTP header)" in {
val request = Get(s"$baseApiUrl/v2/resourcespreview/$reiseInsHeiligeLandIriEncoded")
.addHeader(new SchemaHeader(RouteUtilV2.SIMPLE_SCHEMA_NAME))
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
assert(response.status == StatusCodes.OK, responseAsString)
val expectedAnswerJSONLD =
readOrWriteTextFile(
responseAsString,
Paths.get("..", "test_data/resourcesR2RV2/BookReiseInsHeiligeLandSimplePreview.jsonld"),
writeTestDataFiles
)
compareJSONLDForResourcesResponse(expectedJSONLD = expectedAnswerJSONLD, receivedJSONLD = responseAsString)
}
"perform a resource request for the book 'Reise ins Heilige Land' using the simple schema (specified by a URL parameter)" in {
val request = Get(
s"$baseApiUrl/v2/resources/$reiseInsHeiligeLandIriEncoded?${RouteUtilV2.SCHEMA_PARAM}=${RouteUtilV2.SIMPLE_SCHEMA_NAME}"
)
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
assert(response.status == StatusCodes.OK, responseAsString)
val expectedAnswerJSONLD =
readOrWriteTextFile(
responseAsString,
Paths.get("..", "test_data/resourcesR2RV2/BookReiseInsHeiligeLandSimple.jsonld"),
writeTestDataFiles
)
compareJSONLDForResourcesResponse(expectedJSONLD = expectedAnswerJSONLD, receivedJSONLD = responseAsString)
}
"perform a resource request for the first page of the book '[Das] Narrenschiff (lat.)' using the complex schema" in {
val iri = URLEncoder.encode("http://rdfh.ch/0803/7bbb8e59b703", "UTF-8")
val request = Get(s"$baseApiUrl/v2/resources/$iri")
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
assert(response.status == StatusCodes.OK, responseAsString)
val expectedAnswerJSONLD = readOrWriteTextFile(
responseAsString,
Paths.get("..", "test_data/resourcesR2RV2/NarrenschiffFirstPage.jsonld"),
writeTestDataFiles
)
compareJSONLDForResourcesResponse(expectedJSONLD = expectedAnswerJSONLD, receivedJSONLD = responseAsString)
}
"perform a full resource request for a resource with a BCE date property" in {
val iri = URLEncoder.encode("http://rdfh.ch/0001/thing_with_BCE_date", "UTF-8")
val request = Get(s"$baseApiUrl/v2/resources/$iri")
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
assert(response.status == StatusCodes.OK, responseAsString)
val expectedAnswerJSONLD = readOrWriteTextFile(
responseAsString,
Paths.get("..", "test_data/resourcesR2RV2/ThingWithBCEDate.jsonld"),
writeTestDataFiles
)
compareJSONLDForResourcesResponse(expectedJSONLD = expectedAnswerJSONLD, receivedJSONLD = responseAsString)
// Check that the resource corresponds to the ontology.
instanceChecker.check(
instanceResponse = responseAsString,
expectedClassIri = "http://0.0.0.0:3333/ontology/0001/anything/v2#Thing".toSmartIri,
knoraRouteGet = doGetRequest
)
}
"perform a full resource request for a resource with a date property that represents a period going from BCE to CE" in {
val iri = URLEncoder.encode("http://rdfh.ch/0001/thing_with_BCE_date2", "UTF-8")
val request = Get(s"$baseApiUrl/v2/resources/$iri")
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
assert(response.status == StatusCodes.OK, responseAsString)
val expectedAnswerJSONLD = readOrWriteTextFile(
responseAsString,
Paths.get("..", "test_data/resourcesR2RV2/ThingWithBCEDate2.jsonld"),
writeTestDataFiles
)
compareJSONLDForResourcesResponse(expectedJSONLD = expectedAnswerJSONLD, receivedJSONLD = responseAsString)
// Check that the resource corresponds to the ontology.
instanceChecker.check(
instanceResponse = responseAsString,
expectedClassIri = "http://0.0.0.0:3333/ontology/0001/anything/v2#Thing".toSmartIri,
knoraRouteGet = doGetRequest
)
}
"perform a full resource request for a resource with a list value" in {
val iri = URLEncoder.encode("http://rdfh.ch/0001/thing_with_list_value", "UTF-8")
val request = Get(s"$baseApiUrl/v2/resources/$iri")
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
assert(response.status == StatusCodes.OK, responseAsString)
val expectedAnswerJSONLD = readOrWriteTextFile(
responseAsString,
Paths.get("..", "test_data/resourcesR2RV2/ThingWithListValue.jsonld"),
writeTestDataFiles
)
compareJSONLDForResourcesResponse(expectedJSONLD = expectedAnswerJSONLD, receivedJSONLD = responseAsString)
// Check that the resource corresponds to the ontology.
instanceChecker.check(
instanceResponse = responseAsString,
expectedClassIri = "http://0.0.0.0:3333/ontology/0001/anything/v2#Thing".toSmartIri,
knoraRouteGet = doGetRequest
)
}
"perform a full resource request for a resource with a list value (in the simple schema)" in {
val iri = URLEncoder.encode("http://rdfh.ch/0001/thing_with_list_value", "UTF-8")
val request = Get(s"$baseApiUrl/v2/resources/$iri")
.addHeader(new SchemaHeader(RouteUtilV2.SIMPLE_SCHEMA_NAME))
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
assert(response.status == StatusCodes.OK, responseAsString)
val expectedAnswerJSONLD =
readOrWriteTextFile(
responseAsString,
Paths.get("..", "test_data/resourcesR2RV2/ThingWithListValueSimple.jsonld"),
writeTestDataFiles
)
compareJSONLDForResourcesResponse(expectedJSONLD = expectedAnswerJSONLD, receivedJSONLD = responseAsString)
// Check that the resource corresponds to the ontology.
instanceChecker.check(
instanceResponse = responseAsString,
expectedClassIri = "http://0.0.0.0:3333/ontology/0001/anything/simple/v2#Thing".toSmartIri,
knoraRouteGet = doGetRequest
)
}
"perform a full resource request for a resource with a link (in the complex schema)" in {
val iri = URLEncoder.encode("http://rdfh.ch/0001/0C-0L1kORryKzJAJxxRyRQ", "UTF-8")
val request = Get(s"$baseApiUrl/v2/resources/$iri")
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
assert(response.status == StatusCodes.OK, responseAsString)
val expectedAnswerJSONLD = readOrWriteTextFile(
responseAsString,
Paths.get("..", "test_data/resourcesR2RV2/ThingWithLinkComplex.jsonld"),
writeTestDataFiles
)
compareJSONLDForResourcesResponse(expectedJSONLD = expectedAnswerJSONLD, receivedJSONLD = responseAsString)
// Check that the resource corresponds to the ontology.
instanceChecker.check(
instanceResponse = responseAsString,
expectedClassIri = "http://0.0.0.0:3333/ontology/0001/anything/v2#Thing".toSmartIri,
knoraRouteGet = doGetRequest
)
}
"perform a full resource request for a resource with a link (in the simple schema)" in {
val iri = URLEncoder.encode("http://rdfh.ch/0001/0C-0L1kORryKzJAJxxRyRQ", "UTF-8")
val request = Get(s"$baseApiUrl/v2/resources/$iri")
.addHeader(new SchemaHeader(RouteUtilV2.SIMPLE_SCHEMA_NAME))
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
assert(response.status == StatusCodes.OK, responseAsString)
val expectedAnswerJSONLD = readOrWriteTextFile(
responseAsString,
Paths.get("..", "test_data/resourcesR2RV2/ThingWithLinkSimple.jsonld"),
writeTestDataFiles
)
compareJSONLDForResourcesResponse(expectedJSONLD = expectedAnswerJSONLD, receivedJSONLD = responseAsString)
// Check that the resource corresponds to the ontology.
instanceChecker.check(
instanceResponse = responseAsString,
expectedClassIri = "http://0.0.0.0:3333/ontology/0001/anything/simple/v2#Thing".toSmartIri,
knoraRouteGet = doGetRequest
)
}
"perform a full resource request for a resource with a Text language (in the complex schema)" in {
val iri = URLEncoder.encode("http://rdfh.ch/0001/a-thing-with-text-valuesLanguage", "UTF-8")
val request = Get(s"$baseApiUrl/v2/resources/$iri")
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
assert(response.status == StatusCodes.OK, responseAsString)
val expectedAnswerJSONLD =
readOrWriteTextFile(
responseAsString,
Paths.get("..", "test_data/resourcesR2RV2/ThingWithTextLangComplex.jsonld"),
writeTestDataFiles
)
compareJSONLDForResourcesResponse(expectedJSONLD = expectedAnswerJSONLD, receivedJSONLD = responseAsString)
// Check that the resource corresponds to the ontology.
instanceChecker.check(
instanceResponse = responseAsString,
expectedClassIri = "http://0.0.0.0:3333/ontology/0001/anything/v2#Thing".toSmartIri,
knoraRouteGet = doGetRequest
)
}
"perform a full resource request for a resource with a Text language (in the simple schema)" in {
val iri = URLEncoder.encode("http://rdfh.ch/0001/a-thing-with-text-valuesLanguage", "UTF-8")
val request = Get(s"$baseApiUrl/v2/resources/$iri")
.addHeader(new SchemaHeader(RouteUtilV2.SIMPLE_SCHEMA_NAME))
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
assert(response.status == StatusCodes.OK, responseAsString)
val expectedAnswerJSONLD =
readOrWriteTextFile(
responseAsString,
Paths.get("..", "test_data/resourcesR2RV2/ThingWithTextLangSimple.jsonld"),
writeTestDataFiles
)
compareJSONLDForResourcesResponse(expectedJSONLD = expectedAnswerJSONLD, receivedJSONLD = responseAsString)
// Check that the resource corresponds to the ontology.
instanceChecker.check(
instanceResponse = responseAsString,
expectedClassIri = "http://0.0.0.0:3333/ontology/0001/anything/simple/v2#Thing".toSmartIri,
knoraRouteGet = doGetRequest
)
}
"perform a full resource request for a resource with values of different types" in {
val iri = URLEncoder.encode("http://rdfh.ch/0001/H6gBWUuJSuuO-CilHV8kQw", "UTF-8")
val request = Get(s"$baseApiUrl/v2/resources/$iri")
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
assert(response.status == StatusCodes.OK, responseAsString)
val expectedAnswerJSONLD =
readOrWriteTextFile(
responseAsString,
Paths.get("..", "test_data/resourcesR2RV2/Testding.jsonld"),
writeTestDataFiles
)
compareJSONLDForResourcesResponse(expectedJSONLD = expectedAnswerJSONLD, receivedJSONLD = responseAsString)
clientTestDataCollector.addFile(
TestDataFileContent(
filePath = TestDataFilePath(
directoryPath = clientTestDataPath,
filename = "testding",
fileExtension = "json"
),
text = responseAsString
)
)
// Check that the resource corresponds to the ontology.
instanceChecker.check(
instanceResponse = responseAsString,
expectedClassIri = "http://0.0.0.0:3333/ontology/0001/anything/v2#Thing".toSmartIri,
knoraRouteGet = doGetRequest
)
}
"perform a full resource request for a Thing resource with a link to a ThingPicture resource" in {
val iri = URLEncoder.encode("http://rdfh.ch/0001/a-thing-with-picture", "UTF-8")
val request = Get(s"$baseApiUrl/v2/resources/$iri")
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
assert(response.status == StatusCodes.OK, responseAsString)
val expectedAnswerJSONLD = readOrWriteTextFile(
responseAsString,
Paths.get("..", "test_data/resourcesR2RV2/ThingWithPicture.jsonld"),
writeTestDataFiles
)
compareJSONLDForResourcesResponse(expectedJSONLD = expectedAnswerJSONLD, receivedJSONLD = responseAsString)
clientTestDataCollector.addFile(
TestDataFileContent(
filePath = TestDataFilePath(
directoryPath = clientTestDataPath,
filename = "thing-with-picture",
fileExtension = "json"
),
text = responseAsString
)
)
// Check that the resource corresponds to the ontology.
instanceChecker.check(
instanceResponse = responseAsString,
expectedClassIri = "http://0.0.0.0:3333/ontology/0001/anything/v2#Thing".toSmartIri,
knoraRouteGet = doGetRequest
)
}
"perform a full resource request with a link to a resource that the user doesn't have permission to see" in {
val iri = URLEncoder.encode("http://rdfh.ch/0001/0JhgKcqoRIeRRG6ownArSw", "UTF-8")
val request = Get(s"$baseApiUrl/v2/resources/$iri")
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
assert(response.status == StatusCodes.OK, responseAsString)
val expectedAnswerJSONLD =
readOrWriteTextFile(
responseAsString,
Paths.get("..", "test_data/resourcesR2RV2/ThingWithOneHiddenResource.jsonld"),
writeTestDataFiles
)
compareJSONLDForResourcesResponse(expectedJSONLD = expectedAnswerJSONLD, receivedJSONLD = responseAsString)
// Check that the resource corresponds to the ontology.
instanceChecker.check(
instanceResponse = responseAsString,
expectedClassIri = "http://0.0.0.0:3333/ontology/0001/anything/v2#Thing".toSmartIri,
knoraRouteGet = doGetRequest
)
}
"perform a full resource request with a link to a resource that is marked as deleted" in {
val iri = URLEncoder.encode("http://rdfh.ch/0001/l8f8FVEiSCeq9A1p8gBR-A", "UTF-8")
val request = Get(s"$baseApiUrl/v2/resources/$iri")
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
assert(response.status == StatusCodes.OK, responseAsString)
val expectedAnswerJSONLD =
readOrWriteTextFile(
responseAsString,
Paths.get("..", "test_data/resourcesR2RV2/ThingWithOneDeletedResource.jsonld"),
writeTestDataFiles
)
compareJSONLDForResourcesResponse(expectedJSONLD = expectedAnswerJSONLD, receivedJSONLD = responseAsString)
// Check that the resource corresponds to the ontology.
instanceChecker.check(
instanceResponse = responseAsString,
expectedClassIri = "http://0.0.0.0:3333/ontology/0001/anything/v2#Thing".toSmartIri,
knoraRouteGet = doGetRequest
)
}
"perform a full resource request for a past version of a resource, using a URL-encoded xsd:dateTimeStamp" in {
val timestamp = URLEncoder.encode("2019-02-12T08:05:10.351Z", "UTF-8")
val request = Get(s"$baseApiUrl/v2/resources/$aThingWithHistoryIriEncoded?version=$timestamp")
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
assert(response.status == StatusCodes.OK, responseAsString)
val expectedAnswerJSONLD =
readOrWriteTextFile(
responseAsString,
Paths.get("..", "test_data/resourcesR2RV2/ThingWithVersionHistory.jsonld"),
writeTestDataFiles
)
compareJSONLDForResourcesResponse(expectedJSONLD = expectedAnswerJSONLD, receivedJSONLD = responseAsString)
}
"perform a full resource request for a past version of a resource, using a Knora ARK timestamp" in {
val timestamp = URLEncoder.encode("20190212T080510351Z", "UTF-8")
val request = Get(s"$baseApiUrl/v2/resources/$aThingWithHistoryIriEncoded?version=$timestamp")
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
assert(response.status == StatusCodes.OK, responseAsString)
val expectedAnswerJSONLD =
readOrWriteTextFile(
responseAsString,
Paths.get("..", "test_data/resourcesR2RV2/ThingWithVersionHistory.jsonld"),
writeTestDataFiles
)
compareJSONLDForResourcesResponse(expectedJSONLD = expectedAnswerJSONLD, receivedJSONLD = responseAsString)
}
"return the complete version history of a resource" in {
val request = Get(s"$baseApiUrl/v2/resources/history/$aThingWithHistoryIriEncoded")
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
assert(response.status == StatusCodes.OK, responseAsString)
val expectedAnswerJSONLD =
readOrWriteTextFile(
responseAsString,
Paths.get("..", "test_data/resourcesR2RV2/CompleteVersionHistory.jsonld"),
writeTestDataFiles
)
compareJSONLDForResourceHistoryResponse(expectedJSONLD = expectedAnswerJSONLD, receivedJSONLD = responseAsString)
}
"return the version history of a resource within a date range" in {
val startDate = URLEncoder.encode(Instant.parse("2019-02-08T15:05:11Z").toString, "UTF-8")
val endDate = URLEncoder.encode(Instant.parse("2019-02-13T09:05:10Z").toString, "UTF-8")
val request =
Get(s"$baseApiUrl/v2/resources/history/$aThingWithHistoryIriEncoded?startDate=$startDate&endDate=$endDate")
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
assert(response.status == StatusCodes.OK, responseAsString)
val expectedAnswerJSONLD = readOrWriteTextFile(
responseAsString,
Paths.get("..", "test_data/resourcesR2RV2/PartialVersionHistory.jsonld"),
writeTestDataFiles
)
compareJSONLDForResourceHistoryResponse(expectedJSONLD = expectedAnswerJSONLD, receivedJSONLD = responseAsString)
}
"return each of the versions of a resource listed in its version history" in {
val historyRequest = Get(s"$baseApiUrl/v2/resources/history/$aThingWithHistoryIriEncoded")
val historyResponse: HttpResponse = singleAwaitingRequest(historyRequest)
val historyResponseAsString = responseToString(historyResponse)
assert(historyResponse.status == StatusCodes.OK, historyResponseAsString)
val jsonLDDocument: JsonLDDocument = JsonLDUtil.parseJsonLD(historyResponseAsString)
val entries: JsonLDArray = jsonLDDocument.requireArray("@graph")
for (entry: JsonLDValue <- entries.value) {
entry match {
case jsonLDObject: JsonLDObject =>
val versionDate: Instant = jsonLDObject.requireDatatypeValueInObject(
key = OntologyConstants.KnoraApiV2Complex.VersionDate,
expectedDatatype = OntologyConstants.Xsd.DateTimeStamp.toSmartIri,
validationFun = stringFormatter.xsdDateTimeStampToInstant
)
val arkTimestamp = stringFormatter.formatArkTimestamp(versionDate)
val versionRequest = Get(s"$baseApiUrl/v2/resources/$aThingWithHistoryIriEncoded?version=$arkTimestamp")
val versionResponse: HttpResponse = singleAwaitingRequest(versionRequest)
val versionResponseAsString = responseToString(versionResponse)
assert(versionResponse.status == StatusCodes.OK, versionResponseAsString)
val expectedAnswerJSONLD =
readOrWriteTextFile(
versionResponseAsString,
Paths.get("..", s"test_data/resourcesR2RV2/ThingWithVersionHistory$arkTimestamp.jsonld"),
writeTestDataFiles
)
compareJSONLDForResourcesResponse(
expectedJSONLD = expectedAnswerJSONLD,
receivedJSONLD = versionResponseAsString
)
case other => throw AssertionException(s"Expected JsonLDObject, got $other")
}
}
}
"return all history events for a given resource" in {
val resourceIri = URLEncoder.encode("http://rdfh.ch/0001/a-thing-picture", "UTF-8")
val resourceHistoryRequest = Get(s"$baseApiUrl/v2/resources/resourceHistoryEvents/$resourceIri")
.addCredentials(BasicHttpCredentials(SharedTestDataADM.anythingAdminUser.email, password))
val resourceHistoryResponse: HttpResponse = singleAwaitingRequest(resourceHistoryRequest)
val historyResponseAsString = responseToString(resourceHistoryResponse)
assert(resourceHistoryResponse.status == StatusCodes.OK, historyResponseAsString)
}
"return entire resource and value history events for a given project" in {
val projectIri = URLEncoder.encode("http://rdfh.ch/projects/0001", "UTF-8")
val projectHistoryRequest = Get(s"$baseApiUrl/v2/resources/projectHistoryEvents/$projectIri")
.addCredentials(BasicHttpCredentials(SharedTestDataADM.anythingAdminUser.email, password))
val projectHistoryResponse: HttpResponse = singleAwaitingRequest(projectHistoryRequest)
val historyResponseAsString = responseToString(projectHistoryResponse)
assert(projectHistoryResponse.status == StatusCodes.OK, historyResponseAsString)
}
"return a graph of resources reachable via links from/to a given resource" in {
val request =
Get(s"$baseApiUrl/v2/graph/${URLEncoder.encode("http://rdfh.ch/0001/start", "UTF-8")}?direction=both")
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
clientTestDataCollector.addFile(
TestDataFileContent(
filePath = TestDataFilePath(
directoryPath = clientTestDataPath,
filename = "resource-graph",
fileExtension = "json"
),
text = responseAsString
)
)
assert(response.status == StatusCodes.OK, responseAsString)
val parsedReceivedJsonLD = JsonLDUtil.parseJsonLD(responseAsString)
val expectedAnswerJSONLD = readOrWriteTextFile(
responseAsString,
Paths.get("..", "test_data/resourcesR2RV2/ThingGraphBoth.jsonld"),
writeTestDataFiles
)
val parsedExpectedJsonLD = JsonLDUtil.parseJsonLD(expectedAnswerJSONLD)
assert(parsedReceivedJsonLD == parsedExpectedJsonLD)
}
"return a graph of resources reachable via links from a given resource" in {
val request =
Get(s"$baseApiUrl/v2/graph/${URLEncoder.encode("http://rdfh.ch/0001/start", "UTF-8")}?direction=outbound")
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
assert(response.status == StatusCodes.OK, responseAsString)
val parsedReceivedJsonLD = JsonLDUtil.parseJsonLD(responseAsString)
val expectedAnswerJSONLD = readOrWriteTextFile(
responseAsString,
Paths.get("..", "test_data/resourcesR2RV2/ThingGraphOutbound.jsonld"),
writeTestDataFiles
)
val parsedExpectedJsonLD = JsonLDUtil.parseJsonLD(expectedAnswerJSONLD)
assert(parsedReceivedJsonLD == parsedExpectedJsonLD)
}
"return a graph of resources reachable via links to a given resource" in {
val request =
Get(s"$baseApiUrl/v2/graph/${URLEncoder.encode("http://rdfh.ch/0001/start", "UTF-8")}?direction=inbound")
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
assert(response.status == StatusCodes.OK, responseAsString)
val parsedReceivedJsonLD = JsonLDUtil.parseJsonLD(responseAsString)
val expectedAnswerJSONLD = readOrWriteTextFile(
responseAsString,
Paths.get("..", "test_data/resourcesR2RV2/ThingGraphInbound.jsonld"),
writeTestDataFiles
)
val parsedExpectedJsonLD = JsonLDUtil.parseJsonLD(expectedAnswerJSONLD)
assert(parsedReceivedJsonLD == parsedExpectedJsonLD)
}
"return a graph of resources reachable via links to/from a given resource, excluding a specified property" in {
val request = Get(
s"$baseApiUrl/v2/graph/${URLEncoder.encode("http://rdfh.ch/0001/start", "UTF-8")}?direction=both&excludeProperty=${URLEncoder
.encode("http://0.0.0.0:3333/ontology/0001/anything/v2#isPartOfOtherThing", "UTF-8")}"
)
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
assert(response.status == StatusCodes.OK, responseAsString)
val parsedReceivedJsonLD = JsonLDUtil.parseJsonLD(responseAsString)
val expectedAnswerJSONLD =
readOrWriteTextFile(
responseAsString,
Paths.get("..", "test_data/resourcesR2RV2/ThingGraphBothWithExcludedProp.jsonld"),
writeTestDataFiles
)
val parsedExpectedJsonLD = JsonLDUtil.parseJsonLD(expectedAnswerJSONLD)
assert(parsedReceivedJsonLD == parsedExpectedJsonLD)
}
"return a graph of resources reachable via links from a given resource, specifying search depth" in {
val request =
Get(s"$baseApiUrl/v2/graph/${URLEncoder.encode("http://rdfh.ch/0001/start", "UTF-8")}?direction=both&depth=2")
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
assert(response.status == StatusCodes.OK, responseAsString)
val parsedReceivedJsonLD = JsonLDUtil.parseJsonLD(responseAsString)
val expectedAnswerJSONLD =
readOrWriteTextFile(
responseAsString,
Paths.get("..", "test_data/resourcesR2RV2/ThingGraphBothWithDepth.jsonld"),
writeTestDataFiles
)
val parsedExpectedJsonLD = JsonLDUtil.parseJsonLD(expectedAnswerJSONLD)
assert(parsedReceivedJsonLD == parsedExpectedJsonLD)
}
"not accept a graph request with an invalid direction" in {
val request =
Get(s"$baseApiUrl/v2/graph/${URLEncoder.encode("http://rdfh.ch/0001/start", "UTF-8")}?direction=foo")
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
assert(response.status == StatusCodes.BadRequest, responseAsString)
}
"not accept a graph request with an invalid depth (< 1)" in {
val request = Get(s"$baseApiUrl/v2/graph/${URLEncoder.encode("http://rdfh.ch/0001/start", "UTF-8")}?depth=0")
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
assert(response.status == StatusCodes.BadRequest, responseAsString)
}
"not accept a graph request with an invalid depth (> max)" in {
val request = Get(
s"$baseApiUrl/v2/graph/${URLEncoder.encode("http://rdfh.ch/0001/start", "UTF-8")}?depth=${settings.maxGraphBreadth + 1}"
)
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
assert(response.status == StatusCodes.BadRequest, responseAsString)
}
"not accept a graph request with an invalid property to exclude" in {
val request =
Get(s"$baseApiUrl/v2/graph/${URLEncoder.encode("http://rdfh.ch/0001/start", "UTF-8")}?excludeProperty=foo")
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
assert(response.status == StatusCodes.BadRequest, responseAsString)
}
"return resources from a project" in {
val resourceClass = URLEncoder.encode("http://0.0.0.0:3333/ontology/0803/incunabula/v2#book", "UTF-8")
val orderByProperty = URLEncoder.encode("http://0.0.0.0:3333/ontology/0803/incunabula/v2#title", "UTF-8")
val request =
Get(s"$baseApiUrl/v2/resources?resourceClass=$resourceClass&orderByProperty=$orderByProperty&page=0")
.addHeader(new ProjectHeader(SharedTestDataADM.incunabulaProject.id)) ~> addCredentials(
BasicHttpCredentials(SharedTestDataADM.incunabulaProjectAdminUser.email, password)
)
val response: HttpResponse = singleAwaitingRequest(request)
val responseAsString = responseToString(response)
assert(response.status == StatusCodes.OK, responseAsString)
val expectedAnswerJSONLD = readOrWriteTextFile(
responseAsString,
Paths.get("..", "test_data/resourcesR2RV2/BooksFromIncunabula.jsonld"),
writeTestDataFiles
)
compareJSONLDForResourcesResponse(expectedJSONLD = expectedAnswerJSONLD, receivedJSONLD = responseAsString)
}
"create a resource with values" in {
val createResourceWithValues: String =
"""{
| "@type" : "anything:Thing",
| "anything:hasBoolean" : {
| "@type" : "knora-api:BooleanValue",
| "knora-api:booleanValueAsBoolean" : true
| },
| "anything:hasColor" : {
| "@type" : "knora-api:ColorValue",
| "knora-api:colorValueAsColor" : "#ff3333"
| },
| "anything:hasDate" : {
| "@type" : "knora-api:DateValue",
| "knora-api:dateValueHasCalendar" : "GREGORIAN",
| "knora-api:dateValueHasEndEra" : "CE",
| "knora-api:dateValueHasEndYear" : 1489,
| "knora-api:dateValueHasStartEra" : "CE",
| "knora-api:dateValueHasStartYear" : 1489
| },
| "anything:hasDecimal" : {
| "@type" : "knora-api:DecimalValue",
| "knora-api:decimalValueAsDecimal" : {
| "@type" : "xsd:decimal",
| "@value" : "100000000000000.000000000000001"
| }
| },
| "anything:hasGeometry" : {
| "@type" : "knora-api:GeomValue",
| "knora-api:geometryValueAsGeometry" : "{\"status\":\"active\",\"lineColor\":\"#ff3333\",\"lineWidth\":2,\"points\":[{\"x\":0.08098591549295775,\"y\":0.16741071428571427},{\"x\":0.7394366197183099,\"y\":0.7299107142857143}],\"type\":\"rectangle\",\"original_index\":0}"
| },
| "anything:hasGeoname" : {
| "@type" : "knora-api:GeonameValue",
| "knora-api:geonameValueAsGeonameCode" : "2661604"
| },
| "anything:hasInteger" : [ {
| "@type" : "knora-api:IntValue",
| "knora-api:hasPermissions" : "CR knora-admin:Creator|V http://rdfh.ch/groups/0001/thing-searcher",
| "knora-api:intValueAsInt" : 5,
| "knora-api:valueHasComment" : "this is the number five"
| }, {
| "@type" : "knora-api:IntValue",
| "knora-api:intValueAsInt" : 6
| } ],
| "anything:hasInterval" : {
| "@type" : "knora-api:IntervalValue",
| "knora-api:intervalValueHasEnd" : {
| "@type" : "xsd:decimal",
| "@value" : "3.4"
| },
| "knora-api:intervalValueHasStart" : {
| "@type" : "xsd:decimal",
| "@value" : "1.2"
| }
| },
| "anything:hasTimeStamp" : {
| "@type" : "knora-api:TimeValue",
| "knora-api:timeValueAsTimeStamp" : {
| "@type" : "xsd:dateTimeStamp",
| "@value" : "2020-01-24T08:47:10.307068Z"
| }
| },
| "anything:hasListItem" : {
| "@type" : "knora-api:ListValue",
| "knora-api:listValueAsListNode" : {
| "@id" : "http://rdfh.ch/lists/0001/treeList03"
| }
| },
| "anything:hasOtherThingValue" : {
| "@type" : "knora-api:LinkValue",
| "knora-api:linkValueHasTargetIri" : {
| "@id" : "http://rdfh.ch/0001/a-thing"
| }
| },
| "anything:hasRichtext" : {
| "@type" : "knora-api:TextValue",
| "knora-api:textValueAsXml" : "<?xml version=\"1.0\" encoding=\"UTF-8\"?>\n<text><p><strong>this is</strong> text</p> with standoff</text>",
| "knora-api:textValueHasMapping" : {
| "@id" : "http://rdfh.ch/standoff/mappings/StandardMapping"
| }
| },
| "anything:hasText" : {
| "@type" : "knora-api:TextValue",
| "knora-api:valueAsString" : "this is text without standoff"
| },
| "anything:hasUri" : {
| "@type" : "knora-api:UriValue",
| "knora-api:uriValueAsUri" : {
| "@type" : "xsd:anyURI",
| "@value" : "https://www.knora.org"
| }
| },
| "knora-api:attachedToProject" : {
| "@id" : "http://rdfh.ch/projects/0001"
| },
| "rdfs:label" : "test thing",
| "@context" : {
| "rdf" : "http://www.w3.org/1999/02/22-rdf-syntax-ns#",
| "knora-api" : "http://api.knora.org/ontology/knora-api/v2#",
| "rdfs" : "http://www.w3.org/2000/01/rdf-schema#",
| "xsd" : "http://www.w3.org/2001/XMLSchema#",
| "anything" : "http://0.0.0.0:3333/ontology/0001/anything/v2#"
| }
|}""".stripMargin
clientTestDataCollector.addFile(
TestDataFileContent(
filePath = TestDataFilePath(
directoryPath = clientTestDataPath,
filename = "create-resource-with-values-request",
fileExtension = "json"
),
text = createResourceWithValues
)
)
val request = Post(
s"$baseApiUrl/v2/resources",
HttpEntity(RdfMediaTypes.`application/ld+json`, createResourceWithValues)
) ~> addCredentials(BasicHttpCredentials(anythingUserEmail, password))
val response: HttpResponse = singleAwaitingRequest(request)
assert(response.status == StatusCodes.OK, response.toString)
val responseJsonDoc: JsonLDDocument = responseToJsonLDDocument(response)
val resourceIri: IRI =
responseJsonDoc.body.requireStringWithValidation(JsonLDKeywords.ID, stringFormatter.validateAndEscapeIri)
assert(resourceIri.toSmartIri.isKnoraDataIri)
// Request the newly created resource in the complex schema, and check that it matches the ontology.
val resourceComplexGetRequest = Get(
s"$baseApiUrl/v2/resources/${URLEncoder.encode(resourceIri, "UTF-8")}"
) ~> addCredentials(BasicHttpCredentials(anythingUserEmail, password))
val resourceComplexGetResponse: HttpResponse = singleAwaitingRequest(resourceComplexGetRequest)
val resourceComplexGetResponseAsString = responseToString(resourceComplexGetResponse)
instanceChecker.check(
instanceResponse = resourceComplexGetResponseAsString,
expectedClassIri = "http://0.0.0.0:3333/ontology/0001/anything/v2#Thing".toSmartIri,
knoraRouteGet = doGetRequest
)