/*
    /*foo:unknown*/<base>foo</base>() is not /*foo:unknown*/foo(first:)
*/
/// This describes /*foo:unknown*/<base>foo</base> and /*foo:unknown*/<base>foo</base>
func /*foo:def*/<base>foo</base>() {
    let /*foo:def*/<base>foo</base> = "Here is /*foo:unknown*/<base>foo</base>"
    // /*foo:unknown*/<base>foo</base>'s return
    #selector(Struct . /*foo:unknown*/foo(_:aboveSubview:))
    #selector(/*foo:unknown*/foo(_:))
    #selector(#selector(/*foo:unknown*/foo))

    #if true
        /*foo*/<base>foo</base> = 2
        /*foo*/<base>foo</base>()
        /*foo:call*/<base>foo</base>()
        /*foo:unknown*/foo = 3
        /*foo:unknown*/foo()
        #if false
            /*foo:unknown*/foo += 2
            /*foo:unknown*/foo()
        #endif
    #else
        /*foo:unknown*/foo = 4
    #endif

    return 1
}

#if false
class /*MyClass:unknown*/MyClass {}
_ = /*MyClass:unknown*/Mismatch()
_ = /*MyClass:unknown*/MyClass()
#else
class /*MyClass:unknown*/MyClass {}
_ = /*MyClass:unknown*/Mismatch()
_ = /*MyClass:unknown*/MyClass()
#endif

// All occcurrences of MyClass are outside of comments and string literals, so there's nothing to rename. swift-refactor indicates this by outputing empty results.