entry, e := direntLeToDirentUnix(&entryLE, d, path)
		if e != nil {
			return n, e
		}

		reclen := int(entry.Reclen)
		if reclen > len(buf) {
			// Not enough room. Return for now.
			// The counter will let us know where we should start up again.
			// Note: this strategy for suspending in the middle and
			// restarting is O(n^2) in the length of the directory. Oh well.
			break

	}
	l.nhashedsyms = len(st.hashed64Syms) + len(st.hashedSyms)
	for _, r := range l.objs[goObjStart:] {
		loadObjRefs(l, r, arch)
	}
	l.values = make([]int64, l.NSym(), l.NSym()+1000) // +1000 make some room for external symbols
	l.outer = make([]Sym, l.NSym(), l.NSym()+1000)
}

func loadObjRefs(l *Loader, r *oReader, arch *sys.Arch) {
	// load non-package refs
	ndef := uint32(r.NAlldef())

			*m = map[string]string{"test": "fuzz"}
		})

	root := &networking.HTTPMatchRequest{}
	f.Fuzz(root)
	root.SourceNamespace = ""
	root.SourceLabels = nil
	root.Gateways = nil
	root.IgnoreUriCase = false
	delegate := &networking.HTTPMatchRequest{}
	merged := mergeHTTPMatchRequest(root, delegate)

	assert.Equal(t, merged, root)
}

var gatewayNameTests = []struct {
	gateway   string

        when:
        configurationCacheFails 'alsoBroken'

        then:
        def reportDir4 = reportDir()
        reportDir4 == reportDir2
    }

    def "report is written to root project's buildDir"() {
        file("build.gradle") << """
            buildDir = 'out'
            tasks.register('broken') {
                doFirst { println(project.name) }
            }
        """

        then:
        assertTransformed("root.blue", "root.additional.blue", "a.additional.blue", "a.jar")
        outputContains("files = [root.additional.blue.green, root.blue.green, a.jar.green, a.additional.blue.green]")
        outputContains("artifacts = [root.additional.blue.green (root.additional.blue), root.blue.green (root.blue), a.jar.green (project :a), a.additional.blue.green (a.additional.blue)]")

    # Expect both quantized model to produce the same results.
    root = load.load(self._output_saved_model_path)
    self.assertCountEqual(root.signatures.keys(), {'serving_default'})
    new_outputs_1 = root.signatures['serving_default'](
        x=ops.convert_to_tensor(input_data)
    )

    root = load.load(output_saved_model_path_2)
    self.assertCountEqual(root.signatures.keys(), {'serving_default'})

		// were added and they could become direct at any time.
		if !inRootPaths[root.Path] && mg.Selected(root.Path) == root.Version {
			rootPaths = append(rootPaths, root.Path)
			inRootPaths[root.Path] = true
		}
	}

	// “The selected version of every module path in direct is included as a root.”
	//
	// This is only for convenience and clarity for end users: in an unpruned module,

        Everything is resolvable but not x2

        Scenario:
         - We have batched up conflicts
         - root of one conflicted version is also conflicted
         - conflicted root is positioned on the conflicts queue after the conflicted child (the order of declaring dependencies matters)
         - winning root depends on a child that previously was evicted
         - finally, the winning child is an unresolved dependency
        */

				p.Goroot = true
				p.Root = ctxt.GOROOT
				goto Found
			}
		}
		for _, root := range gopath {
			dir := ctxt.joinPath(root, "src", path)
			isDir := ctxt.isDir(dir)
			binaryOnly = !isDir && mode&AllowBinary != 0 && pkga != "" && ctxt.isFile(ctxt.joinPath(root, pkga))
			if isDir || binaryOnly {
				p.Dir = dir
				p.Root = root
				goto Found
			}

			return "", false
		}
		var root string
		var err error
		if repl := Replacement(m); repl.Path != "" && repl.Version == "" {
			root = repl.Path
			if !filepath.IsAbs(root) {
				root = filepath.Join(replaceRelativeTo(), root)
			}
		} else if repl.Path != "" {
			root, err = modfetch.DownloadDir(ctx, repl)
		} else {
			root, err = modfetch.DownloadDir(ctx, m)
		}
		if err != nil {