assertEquals(0x9999999999999999L, HashCode.fromLong(0x9999999999999999L).padToLong());
    assertEquals(0x0000000011111111L, HashCode.fromInt(0x11111111).padToLong());
    assertEquals(0x0000000099999999L, HashCode.fromInt(0x99999999).padToLong());
  }

  public void testPadToLongWith4Bytes() {
    assertEquals(0x0000000099999999L, HashCode.fromBytesNoCopy(byteArrayWith9s(4)).padToLong());
  }

  public void testPadToLongWith6Bytes() {

	},

	{
		"13c",
		8, 8, 1, '\t', FilterHTML,
		"4444\t333\t22\t1\t333\n" +
			"999999999\t22\n" +
			"7\t22\n" +
			"\t\t\t88888888\n" +
			"\n" +
			"666666\t666666\t666666\t4444\n" +
			"1\t1\t<font color=red attr=日本語>999999999</font>\t0000000000\n",

		"4444\t\t333\t22\t1\t333\n" +
			"999999999\t22\n" +
			"7\t\t22\n" +
			"\t\t\t\t88888888\n" +
			"\n" +

		{"-1.999999", time.Unix(-1, -1e9+1e3), true},
		{"-1.999999999", time.Unix(-1, -1e9+1e0), true},
		{"0.000000001", time.Unix(0, 1e0+0e0), true},
		{"0.000001", time.Unix(0, 1e3+0e0), true},
		{"0.001000", time.Unix(0, 1e6+0e0), true},
		{"0", time.Unix(0, 0e0), true},
		{"0.999000", time.Unix(0, 1e9-1e6), true},
		{"0.999999", time.Unix(0, 1e9-1e3), true},
		{"0.999999999", time.Unix(0, 1e9-1e0), true},

	stdFracSecond9 | 5<<stdArgShift: ".99999",
	stdFracSecond9 | 6<<stdArgShift: ".999999",
	stdFracSecond9 | 7<<stdArgShift: ".9999999",
	stdFracSecond9 | 8<<stdArgShift: ".99999999",
	stdFracSecond9 | 9<<stdArgShift: ".999999999",
}

var Quote = quote

var AppendInt = appendInt
var AppendFormatAny = Time.appendFormat
var AppendFormatRFC3339 = Time.appendFormatRFC3339
var ParseAny = parse

// Use of this source code is governed by a BSD-style
// license that can be found in the LICENSE file.

package p

func f() int {
	return int(1 - .0000001) // ERROR "cannot convert 1 - \.0000001 \(untyped float constant 0\.9999999\) to type int"
}

func g() int64 {

		//
		// For 32bit mode rules are more permissive.
		// If offset fits uint32, it's permitted.
		// This is allowed for assembly that wants to use 32-bit hex
		// constants, e.g. LEAL 0x99999999(AX), AX.
		overflowOK := (ctxt.Arch.Family == sys.AMD64 && p.As == ALEAL) ||
			(ctxt.Arch.Family != sys.AMD64 &&
				int64(uint32(a.Offset)) == a.Offset &&
				ab.rexflag&Rxw == 0)
		if !overflowOK {

    assertNull(Punycode.decode("xn--cat-ñ3h"))
  }

  @Test fun unterminatedCodePoint() {
    assertNull(Punycode.decode("xn--cat-n"))
  }

  @Test fun overflowI() {
    assertNull(Punycode.decode("xn--99999999"))
  }

  @Test fun overflowMaxCodePoint() {
    assertNull(Punycode.decode("xn--a-b.net"))
    assertNull(Punycode.decode("xn--a-9b.net"))
    assertEquals("a՚.net", Punycode.decode("xn--a-99b.net"))

			Namespace:   "default",
			Annotations: map[string]string{kubetypes.ConfigSourceAnnotationKey: "file"},
		},
	}

	expectedPods := []*v1.Pod{
		{
			ObjectMeta: metav1.ObjectMeta{
				UID:         "999999999",
				Name:        "taco",
				Namespace:   "default",
				Annotations: map[string]string{kubetypes.ConfigSourceAnnotationKey: "api"},
			},
		},
		staticPod,
	}
	updates := append(expectedPods, mirrorPod)

            } else if (token.isEmpty()) {
                ranges.add(new RangeValue("", false));
            }
        }
        if (ranges.size() < 2) {
            ranges.add(new RangeValue("99999999", false));
        }
        return ranges;
    }

    private static class RangeValue {
        private String value;

        private boolean closed;

            } else if (token.isEmpty()) {
                ranges.add(new RangeValue("", false));
            }
        }
        if (ranges.size() < 2) {
            ranges.add(new RangeValue("99999999", false));
        }
        return ranges;
    }

    private static class RangeValue {
        private String value;

        private boolean closed;