OutputList outputs;
  CreateSwitchN(root.WithOpName("switchn"), value, constant_7, 3, &outputs);

  Output id_0 = ops::Identity(root.WithOpName("id_0"), outputs[0]);
  Output id_1 = ops::Identity(root.WithOpName("id_1"), outputs[1]);
  Output id_2 = ops::Identity(root.WithOpName("id_2"), outputs[2]);

  FixupSourceAndSinkEdges(root.graph());

  PredicateMapTy predicate_map;

// Inverse Hilbert matrix
const (
	i0_0 = +1 * b2_1 * b2_1 * b0_0 * b0_0
	i0_1 = -2 * b2_0 * b3_1 * b1_0 * b1_0

	i1_0 = -2 * b3_1 * b2_0 * b1_1 * b1_1
	i1_1 = +3 * b3_0 * b3_0 * b2_1 * b2_1
)

// Product matrix
const (
	p0_0 = h0_0*i0_0 + h0_1*i1_0
	p0_1 = h0_0*i0_1 + h0_1*i1_1

	p1_0 = h1_0*i0_0 + h1_1*i1_0
	p1_1 = h1_0*i0_1 + h1_1*i1_1
)

// Verify that product is identity matrix

		var i32_0, i32_1 int32
		var m8, m9, m10 map[bool]struct {
		}
		pi64_1 = pi64_0
		m6[func(G3, G2) G1 {
			return (G1(35) | i8_0) << i8_1 / i8_1 &^ i8_1 / i8_1
		}(G3("YBiKg"), G2(122.6))] = make(chan bool)
		ast0 = ast0
		i8_1 = (((G1(10)+i8_1)&i8_0+i8_0)&i8_0&i8_1 ^ i8_1) & i8_1
		am4 = am3
		i32_1 = int32(10) &^ i32_0
		m8[func(float64, G3) bool {
			return func(rune, int16) bool {

        final AccessResult accessResult3 = dataService.getAccessResult("id1", "http://www.id1.com/");
        assertNotNull(accessResult3);
        assertEquals("text/html", accessResult3.getMimeType());

        dataService.delete("id1");

        final AccessResult accessResult4 = dataService.getAccessResult("id1", "http://www.id1.com/");
        assertNull(accessResult4);
    }

        def id1 = new ChannelIdentifier("channel1")
        def id2 = new ChannelIdentifier("channel2")

        expect:
        def channelQueue = queue.getChannel(id1)
        channelQueue == queue.getChannel(id1)
        channelQueue != queue.getChannel(id2)
    }

    def "adds channel queue when channel message added"() {
        def id1 = new ChannelIdentifier("channel1")

        urlFilter.addInclude(".*test.*");

        assertEquals(1, urlFilter.cachedIncludeSet.size());
        assertEquals(0, urlFilter.cachedExcludeSet.size());

        final String sessionId = "id1";
        urlFilter.init(sessionId);
        assertEquals(0, urlFilter.cachedIncludeSet.size());
        assertEquals(0, urlFilter.cachedExcludeSet.size());

        cache.get(id1, classPath("c1"), root, null) == cache.get(id1, classPath("c1"), root, null)
        cache.get(id1, classPath("c1"), root, null) != cache.get(id1, classPath("c1", "c2"), root, null)
        cache.get(id1, classPath("c1"), root, null, TestHashCodes.hashCodeFrom(100)) == cache.get(id1, classPath("c1"), root, null, TestHashCodes.hashCodeFrom(100))

        def source2 = Stub(UserCodeSource)
        def action = Mock(Action)
        def action2 = Mock(Action)
        def id1

        when:
        context.apply(source, action)

        then:
        1 * action.execute(_) >> { UserCodeApplicationId id ->
            id1 = id
            context.apply(source2, action2)
            assert context.current().id == id

            start("3", id2),

            progress("1", id1),
            progress("2", id1),
            progress("3", id1),

            progress("1", id2),
            progress("2", id2),
            progress("3", id2),

            finished("3", id1),
            finished("2", id1),
            progress("1", id1),
            finished("1", id1),

            finished("3", id2),

// Use accessor methods instead.

func (l Ledger[T, _]) ID() T               { return l.ID_ }
func (l Ledger[_, K]) Amounts() []K        { return l.Amounts_ }
func (l Ledger[_, K]) SumFn() func(...K) K { return l.SumFn_ }

func PrintLedger[
	T ~string,
	K Numeric,
	L interface {
		~struct {
			ID_      T
			Amounts_ []K
			SumFn_   func(...K) K
		}
		ID() T
		Amounts() []K
		SumFn() func(...K) K