ret := make(map[string]*K8sObject)
	for _, oo := range os {
		if oo.Valid() {
			ret[oo.Hash()] = oo
		}
	}
	return ret
}

// ToNameKindMap returns a map of K8sObject name/kind hash to K8sObject.
func (os K8sObjects) ToNameKindMap() map[string]*K8sObject {
	ret := make(map[string]*K8sObject)
	for _, oo := range os {
		if oo.Valid() {
			ret[oo.HashNameKind()] = oo
		}
	}
	return ret
}

annotation class A(vararg val strings: String)

@A(strings = ["foo", "bar"])

@Deprecated("deprecated", level = DeprecationLevel.ERROR)
fun f<caret>oo() {

annotation class Anno(val value: KClass<*>)

@Anno(Array<String>::class)

annotation class Anno(val value: KClass<*>)

@Anno(Array<Array<String>>::class)

annotation class A(vararg val strings: String)

@A(*arrayOf("foo", "bar"), "baz", *["quux"])

annotation class A(vararg val strings: String)
annotation class AArray(vararg val value: A)

@AArray(A(strings = ["foo", "bar"]))

		run("go", "tool", "compile", "-p=main", pkg, "-D", ".", "-importcfg=importcfg", "-l", "-o", "p3."+o, "-linkobj", "p3.lo", "p3.go")

		cp("p1."+o, "p1.oo")
		cp("p2."+o, "p2.oo")
		cp("p3."+o, "p3.oo")
		cp("p1.lo", "p1."+o)
		cp("p2.lo", "p2."+o)
		cp("p3.lo", "p3."+o)
		out := runFail("go", "tool", "link", "p2."+o)
		if !strings.Contains(out, "not package main") {

annotation class Anno(val value: KClass<*>)

@Anno(List<String>::class)

annotation class A(val a: Int, val c: KClass<*>)

@A(1, Int::class)