Image: []*image.Paletted{
			image.NewPaletted(image.Rect(0, 0, w, h), pals[0]),
			image.NewPaletted(image.Rect(0, 0, w, h), pals[1]),
			image.NewPaletted(image.Rect(0, 0, w, h), pals[2]),
			image.NewPaletted(image.Rect(0, 0, w, h), pals[3]),
		},
		Delay:    make([]int, len(pals)),
		Disposal: make([]byte, len(pals)),
		Config: image.Config{
			ColorModel: pals[2],
			Width:      w,
			Height:     h,
		},
	}

		return
	}
	p1f0c := int16(-3096)
	if p1.F0 != p1f0c {
		NoteFailureElem(0, "genChecker0", "parm", 1, 0, pad[0])
		return
	}
	p1f1c := "f6ꂅ8ˋ<"
	if p1.F1 != p1f1c {
		NoteFailureElem(0, "genChecker0", "parm", 1, 1, pad[0])
		return
	}
	p1f2c := StructF0S1{}
	if p1.F2 != p1f2c {
		NoteFailureElem(0, "genChecker0", "parm", 1, 2, pad[0])
		return
	}
	p2f0c := int32(496713155)
	if p2 != p2f0c {

        Properties props = new Properties();
        props.setProperty("foo1", "bar1");
        props.setProperty("foo2", "bar2");
        PropertiesAsMap pam = new PropertiesAsMap(props);
        assertEquals(2, pam.size());
        Set<Entry<String, String>> set = pam.entrySet();
        assertNotNull(set);
        assertEquals(2, set.size());
        Iterator<Entry<String, String>> iterator = set.iterator();

	y := H("Hello", "World!")
	fmt.Println("len(y) =", len(y))
	fmt.Println("y =", y)
	z := H("Hello", "Pal!")
	fmt.Println("len(z) =", len(z))
	fmt.Println("z =", z)

	fmt.Println()

	y = K("Hello", "World!")
	fmt.Println("len(y) =", len(y))
	fmt.Println("y =", y)
	z = K("Hello", "Pal!")
	fmt.Println("len(z) =", len(z))
	fmt.Println("z =", z)

	y := H("Hello", "World!")
	fmt.Println("len(y) =", len(y))
	fmt.Println("y =", y)
	z := H("Hello", "Pal!")
	fmt.Println("len(z) =", len(z))
	fmt.Println("z =", z)

	fmt.Println()

	y = K("Hello", "World!")
	fmt.Println("len(y) =", len(y))
	fmt.Println("y =", y)
	z = K("Hello", "Pal!")
	fmt.Println("len(z) =", len(z))
	fmt.Println("z =", z)

	}

	e.enc = enc
	e.w = w
	e.m = m

	var pal color.Palette
	// cbP8 encoding needs PalettedImage's ColorIndexAt method.
	if _, ok := m.(image.PalettedImage); ok {
		pal, _ = m.ColorModel().(color.Palette)
	}
	if pal != nil {
		if len(pal) <= 2 {
			e.cb = cbP1
		} else if len(pal) <= 4 {
			e.cb = cbP2
		} else if len(pal) <= 16 {
			e.cb = cbP4
		} else {
			e.cb = cbP8
		}

A7e+5PzEitN9r/GD2wIFF0FTYcDTAnXgEFM52vEivXQ5lV3yd2gn+1kCaHG4typp
ZZv34iIc5+uDjjHOWQWCvA86f8XxX5EfYH+GkjfixTtN2xhWWlfi9vzYeESS4Jbt
tqfH0iEaZ1Bm/qvb8vFgKiuSTOoSpaf+ojAdtPtXDjf1bBtQQG+RSQkP59O/taLM
FCVuRrU8EtdB0+9anwmAP+O2UqjL5izA578lQtdIh13jHtGEgOcnfGNUphK11y9r
Mg5V28ECgYEA9fwI6Xy1Rb9b9irp4bU5Ec99QXa4x2bxld5cDdNOZWJQu9OnaIbg
kw/1SyUkZZCGMmibM/BiWGKWoDf8E+rn/ujGOtd70sR9U0A94XMPqEv7iHxhpZmD

// Warning: this will panic if the labels is not available.
func getLabels(a any) map[string]string {
	al, ok := a.(Labeler)
	if ok {
		return al.GetLabels()
	}
	pal, ok := any(&a).(Labeler)
	if ok {
		return pal.GetLabels()
	}
	ak, ok := a.(metav1.Object)
	if ok {
		return ak.GetLabels()
	}
	ac, ok := a.(config.Config)
	if ok {
		return ac.Labels
	}

    )
  }

  @Test fun escapedCharactersInQuotedString() {
    val headers =
      Headers.Builder()
        .add("WWW-Authenticate", "Digest,,,, Basic ,,,realm=\"my\\\\\\\"r\\ealm\"")
        .build()
    assertThat(headers.parseChallenges("WWW-Authenticate")).containsExactly(
      Challenge("Digest", mapOf()),
      Challenge("Basic", mapOf("realm" to "my\\\"realm")),
    )
  }

	// Analyze with full set of registers, then call ComputePadding
	// on the second param, verifying the results.
	regRes := configAMD64.ABIAnalyze(ft, false)
	padding := make([]uint64, 32)
	parm := regRes.InParams()[1]
	padding = parm.ComputePadding(padding)
	want := "[1 1 1 0]"
	got := fmt.Sprintf("%+v", padding)
	if got != want {
		t.Errorf("padding mismatch: wanted %q got %q\n", got, want)
	}