@get:InputDirectory
    abstract val dirToArchive: DirectoryProperty
}

val archiveReportsTask by tasks.registering(MyArchiveTask::class) {
    dirToArchive = layout.buildDirectory.dir("toArchive")
}

// tag::copy-single-file-example-with-task-properties[]
tasks.register<Copy>("copyReport2") {
    from(myReportTask.flatMap { it.outputFile })
    into(archiveReportsTask.flatMap { it.dirToArchive })
}

	analyzeSubdir          = "analyze"
	operatorLogsPathSubdir = "operator"
	cniLogsPathSubdir      = "cni"
)

var (
	tmpDir  string
	initDir sync.Once
)

// DirToArchive is the dir to archive.
func DirToArchive(rootDir string) string {
	return filepath.Dir(getRootDir(rootDir))
}

// OutputRootDir is the root dir of output artifacts.
func OutputRootDir(rootDir string) string {
	return getRootDir(rootDir)

}

tasks.register('archiveReportsTask') {
    ext.dirToArchive = layout.buildDirectory.dir("toArchive")
    inputs.dir dirToArchive
}

// tag::copy-single-file-example-with-task-properties[]
tasks.register('copyReport2', Copy) {
    from myReportTask.outputFile
    into archiveReportsTask.dirToArchive
}
// end::copy-single-file-example-with-task-properties[]

		outDir = outputDir
	}
	outPath := filepath.Join(outDir, "bug-report.tar.gz")

	if !config.DryRun {
		common.LogAndPrintf("Creating an archive at %s.\n", outPath)
		archiveDir := archive.DirToArchive(tempDir)
		if tempDir != "" {
			archiveDir = tempDir
		}
		curTime = time.Now()
		err := archive.Create(archiveDir, outPath)
		fmt.Printf("Time used for creating the tar file is %v.\n", time.Since(curTime))