},
			payload2: map[string]FileProjection{
				"foo.txt": {Mode: 0644, Data: []byte("foo")},
			},
			expected: sets.New[string]("zip/bar.txt", "zip"),
		},
		{
			name: "subdirs 1",
			payload1: map[string]FileProjection{
				"foo.txt":         {Mode: 0644, Data: []byte("foo")},
				"zip/zap/bar.txt": {Mode: 0644, Data: []byte("zip/bar")},
			},
			payload2: map[string]FileProjection{

			cert:     "/etc/ssl/certs/my-etcd.crt",
			key:      "/etc/ssl/certs/my-etcd.key",
			vol:      []v1.Volume{},
			volMount: []v1.VolumeMount{},
		},
		{
			name:     "Should ignore files in subdirs of /etc/ssl/certs",
			ca:       "/etc/ssl/certs/etcd/my-etcd-ca.crt",
			cert:     "/etc/ssl/certs/etcd/my-etcd.crt",
			key:      "/etc/ssl/certs/etcd/my-etcd.key",
			vol:      []v1.Volume{},

				filteredSubMap, err = keepOrDeleteNullInObj(typedVal, keepNull)
				if err != nil {
					return nil, err
				}

				// If the returned filtered submap was empty, this is an empty patch for the entire subdict, so the key
				// should not be set
				if len(filteredSubMap) != 0 {
					filteredMap[key] = filteredSubMap
				}

			case []interface{}, string, float64, bool, int64, nil:

		return nil, "", errmsg
	} else {
		run(cmd, t)
		return outfiles, outcfg, ""
	}
}

func TestCoverWithCfg(t *testing.T) {
	testenv.MustHaveGoRun(t)

	t.Parallel()

	// Subdir in testdata that has our input files of interest.
	tpath := filepath.Join("testdata", "pkgcfg")
	dir := tempDir(t)
	instdira := filepath.Join(dir, "insta")
	if err := os.Mkdir(instdira, 0777); err != nil {
		t.Fatal(err)

            virtualFileSystem
        )
    }

    def "outputs are created"() {
        def unitOfWork = builder.withOutputDirs(
            dir1: file("outDir1"),
            dir2: file("outDir2")
        ).withOutputFiles(
            "file1": file("parent1/outFile"),
            "file2": file("parent2/outFile")
        ).withWork { ->
            UnitOfWork.WorkResult.DID_WORK
        }.build()

    # XXX: if you enable this setting, unparam will report a lot of false-positives in text editors:
    # if it's called for subdir of a project it can't find external interfaces. All text editor integrations
    # with golangci-lint call it on a directory with the changed file.
    check-exported: false
  gci:
    sections:

	nonAtomicMode := testing.CoverMode()
	if testing.CoverMode() == "atomic" {
		nonAtomicMode = "set"
	}
	bdir2 := mkdir(t, filepath.Join(dir, "build2"))
	hargs2 := []string{"-coverpkg=all", "-covermode=" + nonAtomicMode}
	nonAtomicHarnessPath := buildHarness(t, bdir2, hargs2)

	t.Logf("atomic harness path is %s", atomicHarnessPath)
	t.Logf("non-atomic harness path is %s", nonAtomicHarnessPath)

}

func (t *tester) registerCgoTests(heading string) {
	cgoTest := func(variant string, subdir, linkmode, buildmode string, opts ...registerTestOpt) *goTest {
		gt := &goTest{
			variant:   variant,
			pkg:       "cmd/cgo/internal/" + subdir,
			buildmode: buildmode,
		}
		var ldflags []string
		if linkmode != "auto" {

# KUBE_OUTPUT_BIN but that won't work in the face of cross compilation.  'go
# install' will place binaries that match the host platform directly in $GOBIN
# while placing cross compiled binaries into `platform_arch` subdirs.  This
# complicates pretty much everything else we do around packaging and such.
kube::golang::place_bins() {
  local host_platform
  host_platform=$(kube::golang::host_platform)

		return err
	}

	root, err := ca.NewRoot(certsDir)
	if err != nil {
		return fmt.Errorf("failed creating the root CA: %v", err)
	}

	for _, c := range i.env.Clusters() {
		// Create a subdir for the cluster certs.
		clusterDir := filepath.Join(certsDir, c.Name())
		if err := os.Mkdir(clusterDir, 0o700); err != nil {
			return err
		}

		// Create the new extensions config for the CA