m := p.Mapping[0]
		if execName != "" {
			// Explicitly do not update KernelRelocationSymbol --
			// the source override is most likely missing it.
			m.File = execName
		}
		// Only apply the build ID override if the build ID in the main mapping is
		// missing. Overwriting the build ID in case it's present is very likely a
		// wrong thing to do so we refuse to do that.
		if buildID != "" && m.BuildID == "" {

                .withToolchainDownloadEnabled()
    }

    def cleanup() {
        executer.gradleUserHomeDir.file("jdks").deleteDir()
    }

    def "can download missing jdk automatically"() {
        when:
        result = executer
                .withTasks("compileJava")
                .run()

        then:
        javaClassFile("Foo.class").assertExists()

	if !expect.Equal(result) {
		// expected fields missing from result
		missing := expect.Difference(result)
		// unexpected fields in result but not specified in expect
		unexpected := result.Difference(expect)
		if len(missing) > 0 {
			t.Errorf("the following fields were expected, but missing from the result. "+

const _, init /* ERROR "cannot declare init" */ , _ = 0, 1, 2
type init /* ERROR "cannot declare init" */ struct{}
var _, init /* ERROR "cannot declare init" */ int

func init() {}
func init /* ERROR "missing function body" */ ()

func _() { const init = 0 }
func _() { type init int }
func _() { var init int; _ = init }

// invalid array types
type (
	iA0 [... /* ERROR "invalid use of [...] array" */ ]byte

		{`package m5; func f() {}`, `f`, `<missing>`},
		{`package m6; func _(x int) {}`, `x`, `<missing>`},
		{`package m6; func _()(x int) { return }`, `x`, `<missing>`},
		{`package m6; type T int; func (x T) _() {}`, `x`, `<missing>`},
	}

	for _, test := range tests {
		info := Info{Types: make(map[ast.Expr]TypeAndValue)}
		name := mustTypecheck(test.src, nil, &info).Name()

		return pkg
	}
	path := p.stringAt(off)
	errorf("missing package %q in %q", path, p.ipath)
	return nil
}

func (p *iimporter) typAt(off uint64, base *types.Named) types.Type {
	if t, ok := p.typCache[off]; ok && canReuse(base, t) {
		return t
	}

	if off < predeclReserved {
		errorf("predeclared type missing from cache: %v", off)
	}

	r := &importReader{p: p}

	textfmtMode   = "textfmt"
	debugDumpMode = "debugdump"
)

func main() {
	telemetry.Start()

	// First argument should be mode/subcommand.
	if len(os.Args) < 2 {
		usage("missing command selector")
	}

	// Select mode
	var op covOperation
	cmd := os.Args[1]
	switch cmd {
	case mergeMode:
		op = makeMergeOp()
	case debugDumpMode:
		op = makeDumpOp(debugDumpMode)

	featureGate := map[string]bool{}
	for _, s := range strings.Split(value, ",") {
		if len(s) == 0 {
			continue
		}

		arr := strings.SplitN(s, "=", 2)
		if len(arr) != 2 {
			return nil, errors.Errorf("missing bool value for feature-gate key:%s", s)
		}

		k := strings.TrimSpace(arr[0])
		v := strings.TrimSpace(arr[1])

		featureSpec, ok := (*f)[k]
		if !ok {

            // the delegate. So, only treat references to `Project` properties as a problem and throw 'missing property' exception for anything unknown so that the closure can continue
            // with the delegate
            if (targetMetadata.hasProperty(null, propertyName) == null) {
                if (propertyName == "class") {

Gradle is able to understand the common case where a single attribute is missing that would have removed the ambiguity.
In this case, rather than listing information about all attributes on all available variants, Gradle helpfully lists only possible values for that attribute along with the variants each value would select.