if err != nil {
				t.Fatal(err)
			}

			// unset fields that are not relevant to the test
			for i := range got {
				checker := got[i]
				switch p := checker.(type) {
				case *kmsPluginProbe:
					p.service = nil
					p.l = nil
					p.lastResponse = nil
				case *kmsv2PluginProbe:
					p.service = nil
					p.l = nil

		for i, pkg := range pkgs {
			_, err := compileInDir(runcmd, longdir, flags, importcfgfile, pkg.name, pkg.files...)
			// Allow this package compilation fail based on conditions below;
			// its errors were checked in previous case.
			if err != nil && !(wantError && action == "errorcheckandrundir" && i == len(pkgs)-2) {
				return err
			}

			if i == len(pkgs)-1 {

	fileB := mustParse(`package main; var b = 2`)

	// The initialization order must not depend on the parse
	// order of the files, only on the presentation order to
	// the type-checker.
	for _, test := range []struct {
		files []*syntax.File
		want  string
	}{
		{[]*syntax.File{fileA, fileB}, "[a = 1 b = 2]"},
		{[]*syntax.File{fileB, fileA}, "[b = 2 a = 1]"},
	} {

	// check the full graph to see if the directory is a non-root dependency.
	//
	// If the roots are not consistent with the full module graph, the selected
	// versions of root modules may differ from what we already checked above.
	// Re-check those paths too.

	mg, _ := rs.Graph(ctx)
	var importPath string
	for _, m := range mg.BuildList() {
		var found bool
		importPath, found = tryMod(m)
		if found {
			break
		}

	fileB := mustParse(fset, `package main; var b = 2`)

	// The initialization order must not depend on the parse
	// order of the files, only on the presentation order to
	// the type-checker.
	for _, test := range []struct {
		files []*ast.File
		want  string
	}{
		{[]*ast.File{fileA, fileB}, "[a = 1 b = 2]"},
		{[]*ast.File{fileB, fileA}, "[b = 2 a = 1]"},
	} {
		var info Info

	q := par.NewQueue(runtime.GOMAXPROCS(0))
	for {
		var disambiguateRoot sync.Map
		for _, pkg := range pkgs {
			if pkg.mod.Path == "" || pathIsRoot[pkg.mod.Path] {
				// Lazy module loading will cause pkg.mod to be checked before any other modules
				// that are only indirectly required. It is as unambiguous as possible.
				continue
			}
			pkg := pkg
			q.Add(func() {
				skipModFile := true

	}

	// Since we have the current time, check if the GC CPU limiter
	// hasn't had an update in a while. This check is necessary in
	// case the limiter is on but hasn't been checked in a while and
	// so may have left sufficient headroom to turn off again.
	if now == 0 {
		now = nanotime()
	}
	if gcCPULimiter.needUpdate(now) {
		gcCPULimiter.update(now)
	}

	}
}

// Construct a gcc struct matching the gc argument frame.
// Assumes that in gcc, char is 1 byte, short 2 bytes, int 4 bytes, long long 8 bytes.
// These assumptions are checked by the gccProlog.
// Also assumes that gc convention is to word-align the
// input and output parameters.
func (p *Package) structType(n *Name) (string, int64) {
	var buf strings.Builder
	fmt.Fprint(&buf, "struct {\n")

If you need to invalidate the cache, simply delete that directory:

----
❯ rm -rf .gradle/configuration-cache
----

Configuration cache entries are checked periodically (at most every 24 hours) for whether they are still in use.
They are deleted if they haven't been used for 7 days.

[[config_cache:stable]]
== Stable configuration cache

		base.Fatalf("go: -insecure flag is no longer supported; use GOINSECURE instead")
	}

	modload.ForceUseModules = true

	// Do not allow any updating of go.mod until we've applied
	// all the requested changes and checked that the result matches
	// what was requested.
	modload.ExplicitWriteGoMod = true

	// Allow looking up modules for import paths when outside of a module.
	// 'go get' is expected to do this, unlike other commands.