return
		}
	} else {
		maxkeys = maxObjectList
	}

	prefix = values.Get("prefix")
	marker = values.Get("marker")
	delimiter = values.Get("delimiter")
	encodingType = values.Get("encoding-type")
	return
}

func getListBucketObjectVersionsArgs(values url.Values) (prefix, marker, delimiter string, maxkeys int, encodingType, versionIDMarker string, errCode APIErrorCode) {
	errCode = ErrNone

        def t = thrown(IllegalArgumentException)
        t.message == 'Need to provide valid class reference'
    }

    def "does not find marker file for class loaded from outside of JAR"() {
        expect:
        !GradleRuntimeShadedJarDetector.isLoadedFrom(String.class)
    }

    def "can find marker file contained in fat JAR"() {
        given:
        createJarWithMarkerFile(jarFile)
        def clazz = loadClassForJar()

	// with the current positions marked.
	fail := func() {
		var buf bytes.Buffer
		show := func(i int, lines []string) {
			for k := -2; k < 5; k++ {
				marker := ""
				if k == 0 {
					marker = "» "
				}
				if 0 <= i+k && i+k < len(lines) {
					fmt.Fprintf(&buf, "\t%s%s\n", marker, lines[i+k])
				}
			}
			if i >= len(lines) {
				// show marker after end of input

public class Acme {

    public void functionality() {
        try {
            Path marker = Paths.get("marker.file");
            if (!Files.exists(marker)) {
                Files.write(marker, "mark".getBytes());
                throw new RuntimeException("fail me!");
            }
            Files.write(marker, "again".getBytes());
        } catch (java.io.IOException e) {

- Gradle Module Metadata is systematically published alongside the normal descriptor for a given repository (Maven or Ivy)
- the `pom.xml` or `ivy.xml` file will contain a _marker comment_ which tells Gradle that Gradle Module Metadata exists for this module

The goal of the marker is _not_ for other tools to parse module metadata: it's for Gradle users only.
It explains to Gradle that a _better_ module metadata file exists and that it should use it instead.

		// Handle inline elements with nested content.
		switch in := ins[i].(type) {
		case *md.Strong:
			res = append(res, &md.Strong{
				Marker: in.Marker,
				Inner:  addSymbolLinksInlines(in.Inner, defaultPackage),
			})

		case *md.Emph:
			res = append(res, &md.Emph{
				Marker: in.Marker,
				Inner:  addSymbolLinksInlines(in.Inner, defaultPackage),
			})

        val elementsByMarker = collectElementsToResolve(mainFile, mainModule, testServices).groupBy { it.marker }
        val actual = prettyPrint {
            printMap(
                map = elementsByMarker,
                omitSingleKey = true,
                renderKey = { key, _ -> append("$key:") }
            ) { marker, byMarker ->
                val elementsByMarkerAndContext = byMarker.groupBy { it.context }

        then:
        resolve.expectGraph {
            root(":", ":test:") {
                module('org:main:1.0')
            }
        }
    }

    private void createIvyFile(boolean marker) {
        if (!marker) {
            mainModule.withoutGradleMetadataRedirection()
        }
        mainModule.publish()
        // and now we manually patch the Gradle metadata so that its dependencies

import org.slf4j.LoggerFactory;
import org.slf4j.Marker;
import org.slf4j.MarkerFactory;

/**
 * <p>The main entry point for Gradle's logging system. Gradle routes all logging via SLF4J. You can use either an SLF4J
 * {@link org.slf4j.Logger} or a Gradle {@link Logger} to perform logging.</p>
 */
public class Logging {
    public static final Marker LIFECYCLE = MarkerFactory.getDetachedMarker("LIFECYCLE");

	[]madmin.ConfigHistoryEntry, error,
) {
	var configHistory []madmin.ConfigHistoryEntry

	// List all kvs
	marker := ""
	for {
		res, err := objAPI.ListObjects(ctx, minioMetaBucket, minioConfigHistoryPrefix, marker, "", maxObjectList)
		if err != nil {
			return nil, err
		}
		for _, obj := range res.Objects {
			cfgEntry := madmin.ConfigHistoryEntry{