boolean isJvmLanguage();

    Set<ModularizationOption> getModularizationOptions();

    Optional<String> getFurtherReading(InitSettings settings);

    /**
     * Does a source package name make sense for this type of project?
     */
    boolean supportsPackage();

    BuildInitDsl getDefaultDsl();

    /**
     * Returns the set of test frameworks supported for this type of project.
     */

                .documentedAt(Documentation.userManual("validation_problems", "invalid_use_of_cacheable_annotation"))
                .severity(Severity.ERROR)
                .details(String.format("This annotation only makes sense on %s types", Arrays.stream(appliesOnlyTo)
                    .map(Class::getSimpleName)
                    .collect(joining(", "))))
                .solution("Remove the annotation")
        );
    }

2. That should be it. The suggestion will be displayed in the "Try" section.

### Remove generic suggestions

For some scenarios, it doesn't make sense to display all the generic suggestions we currently have.
E.g. `--stacktrace` for a compilation error is not helpful.

To influence the generic suggestions Gradle displays, the NonGradleCause interface was introduced.

        // Various parts of the IJ plugin use the read/write access checker without being aware that it uses `analyze` under the hood. For
        // now, it makes more sense to allow analysis on EDT/from write actions here, as there are many such usages in the IJ plugin.
        return allowAnalysisOnEdt {
            allowAnalysisFromWriteAction {
                val resolvedCall = analyze(assignment) {

		return nil
	} else {
		return checkType(b.GetPath(), b.pathType, b.hu)
	}
}

// SetUpAt does not make sense for host paths - probably programmer error.
func (b *hostPathMounter) SetUpAt(dir string, mounterArgs volume.MounterArgs) error {
	return fmt.Errorf("SetUpAt() does not make sense for host paths")
}

func (b *hostPathMounter) GetPath() string {
	return b.path
}

type hostPathUnmounter struct {

     *
     * This should only be collected if it is very cheap to do so. For example, some HTTP servers send an
     * “X-Checksum-Sha1” that makes the sha1 available cheaply. In this case it makes sense to advertise this as metadata here.
     *
     * @return The sha1, or null if it's unknown.
     */
    @Nullable
    HashCode getSha1();

    boolean wasMissing();

     * Enables or disables execute access to a file or directory for a certain class of users.
     * <p>
     * Execute access grant the capability to run a file as a program; executing a directory
     * doesn't really make sense, it's more like a traverse permission; for example, a user
     * must have 'execute' access to the 'bin' directory in order to execute the 'ls' or 'cd' commands.
     */
    void setExecute(boolean execute);

                    .withContext("Resolving relative file paths might yield unexpected results, there is no single clear location it would make sense to resolve against.")
                    .withAdvice("Configure an absolute path to a Java executable instead.")
                    .willBecomeAnErrorInGradle9()

import org.junit.Assume

@TargetGradleVersion(">=3.0")
class GradlePropertiesToolingApiCrossVersionSpec extends ToolingApiSpecification {

    def setup() {
        //this test does not make any sense in embedded mode
        //as we don't own the process
        toolingApi.requireDaemons()
    }

    def "tooling api honours jvm args specified in gradle.properties"() {
        file('build.gradle') << """

	info, err := getCgroupInfo(p.cadvisor, cgroupName, updateStats)
	if err != nil {
		return nil, nil, fmt.Errorf("failed to get cgroup stats for %q: %v", cgroupName, err)
	}
	// Rootfs and imagefs doesn't make sense for raw cgroup.
	s := cadvisorInfoToContainerStats(cgroupName, info, nil, nil)
	n := cadvisorInfoToNetworkStats(info)
	return s, n, nil
}