{
			name: "@request.auth.claims.key1",
			want: RoutingClaim{Match: true, Separator: Dot, Claims: []string{"key1"}},
		},
		{
			name: "@request.auth.claims.key1.KEY2",
			want: RoutingClaim{Match: true, Separator: Dot, Claims: []string{"key1", "KEY2"}},
		},
		{
			name: "@request.auth.claims.key1-key2",
			want: RoutingClaim{Match: true, Separator: Dot, Claims: []string{"key1-key2"}},
		},
		{
			name: "@request.auth.claims[]",

	if s == nil {
		return n
	}

	switch path, ambig := dotpath(s, t, nil, false); {
	case path != nil:
		// rebuild elided dots
		for c := len(path) - 1; c >= 0; c-- {
			dot := ir.NewSelectorExpr(n.Pos(), ir.ODOT, n.X, path[c].field.Sym)
			dot.SetImplicit(true)
			dot.SetType(path[c].field.Type)
			n.X = dot
		}
	case ambig:
		base.Errorf("ambiguous selector %v", n)
		n.X = nil
	}

	return n
}

)

type parseTest struct {
	Regexp string
	Dump   string
}

var parseTests = []parseTest{
	// Base cases
	{`a`, `lit{a}`},
	{`a.`, `cat{lit{a}dot{}}`},
	{`a.b`, `cat{lit{a}dot{}lit{b}}`},
	{`ab`, `str{ab}`},
	{`a.b.c`, `cat{lit{a}dot{}lit{b}dot{}lit{c}}`},
	{`abc`, `str{abc}`},
	{`a|^`, `alt{lit{a}bol{}}`},
	{`a|b`, `cc{0x61-0x62}`},
	{`(a)`, `cap{lit{a}}`},
	{`(a)|b`, `alt{cap{lit{a}}lit{b}}`},

// code will start with a domain name (dot in the first element).
//
// Note that this function is meant to evaluate whether a directory found in GOROOT
// should be treated as part of the standard library. It should not be used to decide
// that a directory found in GOPATH should be rejected: directories in GOPATH
// need not have dots in the first element, and they just take their chances

        )
    }

    @Test
    fun `syntax error - dot after dot`() {
        assertDynamicInterpretationOf(
            """id("plugin-id-1"). .version("1.0")""",
            "Expecting token of type RBRACE, but got DOT instead"
        )
    }

    @Test
    fun `syntax error - dot after dot on next line`() {
        assertDynamicInterpretationOf(
            """

	// Generate report in DOT format and postprocess with dot
	"gif": {report.Dot, invokeDot("gif"), awayFromTTY("gif"), false, "Outputs a graph image in GIF format", reportHelp("gif", false, true)},
	"pdf": {report.Dot, invokeDot("pdf"), awayFromTTY("pdf"), false, "Outputs a graph in PDF format", reportHelp("pdf", false, true)},

# tag::gradle-properties[]
gradlePropertiesProp=gradlePropertiesValue
gradleProperties.with.dots=gradlePropertiesDottedValue

func methodValueWrapper(dot *ir.SelectorExpr) *ir.Name {
	if dot.Op() != ir.OMETHVALUE {
		base.Fatalf("methodValueWrapper: unexpected %v (%v)", dot, dot.Op())
	}

	meth := dot.Sel
	rcvrtype := dot.X.Type()
	sym := ir.MethodSymSuffix(rcvrtype, meth, "-fm")

	if sym.Uniq() {
		return sym.Def.(*ir.Name)
	}
	sym.SetUniq(true)

	base.FatalfAt(dot.Pos(), "missing wrapper for %v", meth)

        assertEquals(expected, RegExpPatternStep.getRegExPattern(pattern));
    }

    @Test public void testGetRegExpPattern() {
        testPatternEscape("literal", "literal");
        testPatternEscape("dotq.", "dotq?");
        testPatternEscape("star.*stuff", "star*stuff");
        testPatternEscape("\\\\\\[\\]\\^\\-\\&\\.\\{\\}\\(\\)\\$\\+\\|\\<\\=\\!", "\\[]^-&.{}()$+|<=!");
        testPatternEscape("\\$\\&time", "$&time");
    }

	dot := &bytes.Buffer{}
	graph.ComposeDot(dot, g, &graph.DotAttributes{}, config)

	// Convert to svg.
	svg, err := dotToSvg(dot.Bytes())
	if err != nil {
		http.Error(w, "Could not execute dot; may need to install graphviz.",
			http.StatusNotImplemented)
		ui.options.UI.PrintErr("Failed to execute dot. Is Graphviz installed?\n", err)
		return
	}

	// Get all node names into an array.