1 files changed, 0 insertions, 673 deletions
diff --git a/src/3rdparty/v8/test/mjsunit/smi-ops-inlined.js b/src/3rdparty/v8/test/mjsunit/smi-ops-inlined.js
deleted file mode 100644
index afc6cc0..0000000
--- a/src/3rdparty/v8/test/mjsunit/smi-ops-inlined.js
+++ /dev/null
@@ -1,673 +0,0 @@
-// Copyright 2010 the V8 project authors. All rights reserved.
-// Redistribution and use in source and binary forms, with or without
-// modification, are permitted provided that the following conditions are
-// met:
-//
-//     * Redistributions of source code must retain the above copyright
-//       notice, this list of conditions and the following disclaimer.
-//     * Redistributions in binary form must reproduce the above
-//       copyright notice, this list of conditions and the following
-//       disclaimer in the documentation and/or other materials provided
-//       with the distribution.
-//     * Neither the name of Google Inc. nor the names of its
-//       contributors may be used to endorse or promote products derived
-//       from this software without specific prior written permission.
-//
-// THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
-// "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
-// LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR
-// A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT
-// OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
-// SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT
-// LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,
-// DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY
-// THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
-// (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
-// OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
-
-// Flags: --always-inline-smi-code
-
-const SMI_MAX = (1 << 30) - 1;
-const SMI_MIN = -(1 << 30);
-const ONE = 1;
-const ONE_HUNDRED = 100;
-
-const OBJ_42 = new (function() {
-  this.valueOf = function() { return 42; };
-})();
-
-assertEquals(42, OBJ_42.valueOf());
-
-
-function Add1(x) {
-  return x + 1;
-}
-
-function Add100(x) {
-  return x + 100;
-}
-
-function Add1Reversed(x) {
-  return 1 + x;
-}
-
-function Add100Reversed(x) {
-  return 100 + x;
-}
-
-
-assertEquals(1, Add1(0));  // fast case
-assertEquals(1, Add1Reversed(0));  // fast case
-assertEquals(SMI_MAX + ONE, Add1(SMI_MAX), "smimax + 1");
-assertEquals(SMI_MAX + ONE, Add1Reversed(SMI_MAX), "1 + smimax");
-assertEquals(42 + ONE, Add1(OBJ_42));  // non-smi
-assertEquals(42 + ONE, Add1Reversed(OBJ_42));  // non-smi
-
-assertEquals(100, Add100(0));  // fast case
-assertEquals(100, Add100Reversed(0));  // fast case
-assertEquals(SMI_MAX + ONE_HUNDRED, Add100(SMI_MAX), "smimax + 100");
-assertEquals(SMI_MAX + ONE_HUNDRED, Add100Reversed(SMI_MAX), " 100 + smimax");
-assertEquals(42 + ONE_HUNDRED, Add100(OBJ_42));  // non-smi
-assertEquals(42 + ONE_HUNDRED, Add100Reversed(OBJ_42));  // non-smi
-
-
-
-function Sub1(x) {
-  return x - 1;
-}
-
-function Sub100(x) {
-  return x - 100;
-}
-
-function Sub1Reversed(x) {
-  return 1 - x;
-}
-
-function Sub100Reversed(x) {
-  return 100 - x;
-}
-
-
-assertEquals(0, Sub1(1));  // fast case
-assertEquals(-1, Sub1Reversed(2));  // fast case
-assertEquals(SMI_MIN - ONE, Sub1(SMI_MIN));  // overflow
-assertEquals(ONE - SMI_MIN, Sub1Reversed(SMI_MIN));  // overflow
-assertEquals(42 - ONE, Sub1(OBJ_42));  // non-smi
-assertEquals(ONE - 42, Sub1Reversed(OBJ_42));  // non-smi
-
-assertEquals(0, Sub100(100));  // fast case
-assertEquals(1, Sub100Reversed(99));  // fast case
-assertEquals(SMI_MIN - ONE_HUNDRED, Sub100(SMI_MIN));  // overflow
-assertEquals(ONE_HUNDRED - SMI_MIN, Sub100Reversed(SMI_MIN));  // overflow
-assertEquals(42 - ONE_HUNDRED, Sub100(OBJ_42));  // non-smi
-assertEquals(ONE_HUNDRED - 42, Sub100Reversed(OBJ_42));  // non-smi
-
-
-function Shr1(x) {
-  return x >>> 1;
-}
-
-function Shr100(x) {
-  return x >>> 100;
-}
-
-function Shr1Reversed(x) {
-  return 1 >>> x;
-}
-
-function Shr100Reversed(x) {
-  return 100 >>> x;
-}
-
-function Sar1(x) {
-  return x >> 1;
-}
-
-function Sar100(x) {
-  return x >> 100;
-}
-
-function Sar1Reversed(x) {
-  return 1 >> x;
-}
-
-function Sar100Reversed(x) {
-  return 100 >> x;
-}
-
-
-assertEquals(0, Shr1(1));
-assertEquals(0, Sar1(1));
-assertEquals(0, Shr1Reversed(2));
-assertEquals(0, Sar1Reversed(2));
-assertEquals(1610612736, Shr1(SMI_MIN));
-assertEquals(-536870912, Sar1(SMI_MIN));
-assertEquals(1, Shr1Reversed(SMI_MIN));
-assertEquals(1, Sar1Reversed(SMI_MIN));
-assertEquals(21, Shr1(OBJ_42));
-assertEquals(21, Sar1(OBJ_42));
-assertEquals(0, Shr1Reversed(OBJ_42));
-assertEquals(0, Sar1Reversed(OBJ_42));
-
-assertEquals(6, Shr100(100), "100 >>> 100");
-assertEquals(6, Sar100(100), "100 >> 100");
-assertEquals(12, Shr100Reversed(99));
-assertEquals(12, Sar100Reversed(99));
-assertEquals(201326592, Shr100(SMI_MIN));
-assertEquals(-67108864, Sar100(SMI_MIN));
-assertEquals(100, Shr100Reversed(SMI_MIN));
-assertEquals(100, Sar100Reversed(SMI_MIN));
-assertEquals(2, Shr100(OBJ_42));
-assertEquals(2, Sar100(OBJ_42));
-assertEquals(0, Shr100Reversed(OBJ_42));
-assertEquals(0, Sar100Reversed(OBJ_42));
-
-
-function Xor1(x) {
-  return x ^ 1;
-}
-
-function Xor100(x) {
-  return x ^ 100;
-}
-
-function Xor1Reversed(x) {
-  return 1 ^ x;
-}
-
-function Xor100Reversed(x) {
-  return 100 ^ x;
-}
-
-
-assertEquals(0, Xor1(1));
-assertEquals(3, Xor1Reversed(2));
-assertEquals(SMI_MIN + 1, Xor1(SMI_MIN));
-assertEquals(SMI_MIN + 1, Xor1Reversed(SMI_MIN));
-assertEquals(43, Xor1(OBJ_42));
-assertEquals(43, Xor1Reversed(OBJ_42));
-
-assertEquals(0, Xor100(100));
-assertEquals(7, Xor100Reversed(99));
-assertEquals(-1073741724, Xor100(SMI_MIN));
-assertEquals(-1073741724, Xor100Reversed(SMI_MIN));
-assertEquals(78, Xor100(OBJ_42));
-assertEquals(78, Xor100Reversed(OBJ_42));
-
-var x = 0x23; var y = 0x35;
-assertEquals(0x16, x ^ y);
-
-
-// Bitwise not.
-var v = 0;
-assertEquals(-1, ~v);
-v = SMI_MIN;
-assertEquals(0x3fffffff, ~v, "~smimin");
-v = SMI_MAX;
-assertEquals(-0x40000000, ~v, "~smimax");
-
-// Overflowing ++ and --.
-v = SMI_MAX;
-v++;
-assertEquals(0x40000000, v, "smimax++");
-v = SMI_MIN;
-v--;
-assertEquals(-0x40000001, v, "smimin--");
-
-// Not actually Smi operations.
-// Check that relations on unary ops work.
-var v = -1.2;
-assertTrue(v == v);
-assertTrue(v === v);
-assertTrue(v <= v);
-assertTrue(v >= v);
-assertFalse(v < v);
-assertFalse(v > v);
-assertFalse(v != v);
-assertFalse(v !== v);
-
-// Right hand side of unary minus is overwritable.
-v = 1.5
-assertEquals(-2.25, -(v * v));
-
-// Smi input to bitop gives non-smi result where the rhs is a float that
-// can be overwritten.
-var x1 = 0x10000000;
-var x2 = 0x40000002;
-var x3 = 0x40000000;
-assertEquals(0x40000000, x1 << (x2 - x3), "0x10000000<<1(1)");
-
-// Smi input to bitop gives non-smi result where the rhs could be overwritten
-// if it were a float, but it isn't.
-x1 = 0x10000000
-x2 = 4
-x3 = 2
-assertEquals(0x40000000, x1 << (x2 - x3), "0x10000000<<2(2)");
-
-
-// Test shift operators on non-smi inputs, giving smi and non-smi results.
-function testShiftNonSmis() {
-  var pos_non_smi = 2000000000;
-  var neg_non_smi = -pos_non_smi;
-  var pos_smi = 1000000000;
-  var neg_smi = -pos_smi;
-
-  // Begin block A
-  assertEquals(pos_non_smi, (pos_non_smi) >> 0);
-  assertEquals(pos_non_smi, (pos_non_smi) >>> 0);
-  assertEquals(pos_non_smi, (pos_non_smi) << 0);
-  assertEquals(neg_non_smi, (neg_non_smi) >> 0);
-  assertEquals(neg_non_smi + 0x100000000, (neg_non_smi) >>> 0);
-  assertEquals(neg_non_smi, (neg_non_smi) << 0);
-  assertEquals(pos_smi, (pos_smi) >> 0, "possmi >> 0");
-  assertEquals(pos_smi, (pos_smi) >>> 0, "possmi >>>0");
-  assertEquals(pos_smi, (pos_smi) << 0, "possmi << 0");
-  assertEquals(neg_smi, (neg_smi) >> 0, "negsmi >> 0");
-  assertEquals(neg_smi + 0x100000000, (neg_smi) >>> 0, "negsmi >>> 0");
-  assertEquals(neg_smi, (neg_smi) << 0), "negsmi << 0";
-
-  assertEquals(pos_non_smi / 2, (pos_non_smi) >> 1);
-  assertEquals(pos_non_smi / 2, (pos_non_smi) >>> 1);
-  assertEquals(-0x1194D800, (pos_non_smi) << 1);
-  assertEquals(pos_non_smi / 8, (pos_non_smi) >> 3);
-  assertEquals(pos_non_smi / 8, (pos_non_smi) >>> 3);
-  assertEquals(-0x46536000, (pos_non_smi) << 3);
-  assertEquals(0x73594000, (pos_non_smi) << 4);
-  assertEquals(pos_non_smi, (pos_non_smi + 0.5) >> 0);
-  assertEquals(pos_non_smi, (pos_non_smi + 0.5) >>> 0);
-  assertEquals(pos_non_smi, (pos_non_smi + 0.5) << 0);
-  assertEquals(pos_non_smi / 2, (pos_non_smi + 0.5) >> 1);
-  assertEquals(pos_non_smi / 2, (pos_non_smi + 0.5) >>> 1);
-  assertEquals(-0x1194D800, (pos_non_smi + 0.5) << 1);
-  assertEquals(pos_non_smi / 8, (pos_non_smi + 0.5) >> 3);
-  assertEquals(pos_non_smi / 8, (pos_non_smi + 0.5) >>> 3);
-  assertEquals(-0x46536000, (pos_non_smi + 0.5) << 3);
-  assertEquals(0x73594000, (pos_non_smi + 0.5) << 4);
-
-  assertEquals(neg_non_smi / 2, (neg_non_smi) >> 1, "negnonsmi >> 1");
-
-  assertEquals(neg_non_smi / 2 + 0x100000000 / 2, (neg_non_smi) >>> 1,
-               "negnonsmi >>> 1");
-  assertEquals(0x1194D800, (neg_non_smi) << 1);
-  assertEquals(neg_non_smi / 8, (neg_non_smi) >> 3);
-  assertEquals(neg_non_smi / 8 + 0x100000000 / 8, (neg_non_smi) >>> 3);
-  assertEquals(0x46536000, (neg_non_smi) << 3);
-  assertEquals(-0x73594000, (neg_non_smi) << 4);
-  assertEquals(neg_non_smi, (neg_non_smi - 0.5) >> 0);
-  assertEquals(neg_non_smi + 0x100000000, (neg_non_smi - 0.5) >>> 0,
-               "negnonsmi.5 >>> 0");
-  assertEquals(neg_non_smi, (neg_non_smi - 0.5) << 0);
-  assertEquals(neg_non_smi / 2, (neg_non_smi - 0.5) >> 1);
-  assertEquals(neg_non_smi / 2 + 0x100000000 / 2, (neg_non_smi - 0.5) >>> 1,
-               "negnonsmi.5 >>> 1");
-  assertEquals(0x1194D800, (neg_non_smi - 0.5) << 1);
-  assertEquals(neg_non_smi / 8, (neg_non_smi - 0.5) >> 3);
-  assertEquals(neg_non_smi / 8 + 0x100000000 / 8, (neg_non_smi - 0.5) >>> 3);
-  assertEquals(0x46536000, (neg_non_smi - 0.5) << 3);
-  assertEquals(-0x73594000, (neg_non_smi - 0.5) << 4);
-
-  assertEquals(pos_smi / 2, (pos_smi) >> 1);
-  assertEquals(pos_smi / 2, (pos_smi) >>> 1);
-  assertEquals(pos_non_smi, (pos_smi) << 1);
-  assertEquals(pos_smi / 8, (pos_smi) >> 3);
-  assertEquals(pos_smi / 8, (pos_smi) >>> 3);
-  assertEquals(-0x2329b000, (pos_smi) << 3);
-  assertEquals(0x73594000, (pos_smi) << 5);
-  assertEquals(pos_smi, (pos_smi + 0.5) >> 0, "possmi.5 >> 0");
-  assertEquals(pos_smi, (pos_smi + 0.5) >>> 0, "possmi.5 >>> 0");
-  assertEquals(pos_smi, (pos_smi + 0.5) << 0, "possmi.5 << 0");
-  assertEquals(pos_smi / 2, (pos_smi + 0.5) >> 1);
-  assertEquals(pos_smi / 2, (pos_smi + 0.5) >>> 1);
-  assertEquals(pos_non_smi, (pos_smi + 0.5) << 1);
-  assertEquals(pos_smi / 8, (pos_smi + 0.5) >> 3);
-  assertEquals(pos_smi / 8, (pos_smi + 0.5) >>> 3);
-  assertEquals(-0x2329b000, (pos_smi + 0.5) << 3);
-  assertEquals(0x73594000, (pos_smi + 0.5) << 5);
-
-  assertEquals(neg_smi / 2, (neg_smi) >> 1);
-  assertEquals(neg_smi / 2 + 0x100000000 / 2, (neg_smi) >>> 1);
-  assertEquals(neg_non_smi, (neg_smi) << 1);
-  assertEquals(neg_smi / 8, (neg_smi) >> 3);
-  assertEquals(neg_smi / 8 + 0x100000000 / 8, (neg_smi) >>> 3);
-  assertEquals(0x46536000, (neg_smi) << 4);
-  assertEquals(-0x73594000, (neg_smi) << 5);
-  assertEquals(neg_smi, (neg_smi - 0.5) >> 0, "negsmi.5 >> 0");
-  assertEquals(neg_smi + 0x100000000, (neg_smi - 0.5) >>> 0, "negsmi.5 >>> 0");
-  assertEquals(neg_smi, (neg_smi - 0.5) << 0, "negsmi.5 << 0");
-  assertEquals(neg_smi / 2, (neg_smi - 0.5) >> 1);
-  assertEquals(neg_smi / 2 + 0x100000000 / 2, (neg_smi - 0.5) >>> 1);
-  assertEquals(neg_non_smi, (neg_smi - 0.5) << 1);
-  assertEquals(neg_smi / 8, (neg_smi - 0.5) >> 3);
-  assertEquals(neg_smi / 8 + 0x100000000 / 8, (neg_smi - 0.5) >>> 3);
-  assertEquals(0x46536000, (neg_smi - 0.5) << 4);
-  assertEquals(-0x73594000, (neg_smi - 0.5) << 5);
-  // End block A
-
-  // Repeat block A with 2^32 added to positive numbers and
-  // 2^32 subtracted from negative numbers.
-  // Begin block A repeat 1
-  var two_32 = 0x100000000;
-  var neg_32 = -two_32;
-  assertEquals(pos_non_smi, (two_32 + pos_non_smi) >> 0);
-  assertEquals(pos_non_smi, (two_32 + pos_non_smi) >>> 0);
-  assertEquals(pos_non_smi, (two_32 + pos_non_smi) << 0);
-  assertEquals(neg_non_smi, (neg_32 + neg_non_smi) >> 0);
-  assertEquals(neg_non_smi + 0x100000000, (neg_32 + neg_non_smi) >>> 0);
-  assertEquals(neg_non_smi, (neg_32 + neg_non_smi) << 0);
-  assertEquals(pos_smi, (two_32 + pos_smi) >> 0, "2^32+possmi >> 0");
-  assertEquals(pos_smi, (two_32 + pos_smi) >>> 0, "2^32+possmi >>> 0");
-  assertEquals(pos_smi, (two_32 + pos_smi) << 0, "2^32+possmi << 0");
-  assertEquals(neg_smi, (neg_32 + neg_smi) >> 0, "2^32+negsmi >> 0");
-  assertEquals(neg_smi + 0x100000000, (neg_32 + neg_smi) >>> 0);
-  assertEquals(neg_smi, (neg_32 + neg_smi) << 0, "2^32+negsmi << 0");
-
-  assertEquals(pos_non_smi / 2, (two_32 + pos_non_smi) >> 1);
-  assertEquals(pos_non_smi / 2, (two_32 + pos_non_smi) >>> 1);
-  assertEquals(-0x1194D800, (two_32 + pos_non_smi) << 1);
-  assertEquals(pos_non_smi / 8, (two_32 + pos_non_smi) >> 3);
-  assertEquals(pos_non_smi / 8, (two_32 + pos_non_smi) >>> 3);
-  assertEquals(-0x46536000, (two_32 + pos_non_smi) << 3);
-  assertEquals(0x73594000, (two_32 + pos_non_smi) << 4);
-  assertEquals(pos_non_smi, (two_32 + pos_non_smi + 0.5) >> 0);
-  assertEquals(pos_non_smi, (two_32 + pos_non_smi + 0.5) >>> 0);
-  assertEquals(pos_non_smi, (two_32 + pos_non_smi + 0.5) << 0);
-  assertEquals(pos_non_smi / 2, (two_32 + pos_non_smi + 0.5) >> 1);
-  assertEquals(pos_non_smi / 2, (two_32 + pos_non_smi + 0.5) >>> 1);
-  assertEquals(-0x1194D800, (two_32 + pos_non_smi + 0.5) << 1);
-  assertEquals(pos_non_smi / 8, (two_32 + pos_non_smi + 0.5) >> 3);
-  assertEquals(pos_non_smi / 8, (two_32 + pos_non_smi + 0.5) >>> 3);
-  assertEquals(-0x46536000, (two_32 + pos_non_smi + 0.5) << 3);
-  assertEquals(0x73594000, (two_32 + pos_non_smi + 0.5) << 4);
-
-  assertEquals(neg_non_smi / 2, (neg_32 + neg_non_smi) >> 1);
-  assertEquals(neg_non_smi / 2 + 0x100000000 / 2, (neg_32 + neg_non_smi) >>> 1);
-  assertEquals(0x1194D800, (neg_32 + neg_non_smi) << 1);
-  assertEquals(neg_non_smi / 8, (neg_32 + neg_non_smi) >> 3);
-  assertEquals(neg_non_smi / 8 + 0x100000000 / 8, (neg_32 + neg_non_smi) >>> 3);
-  assertEquals(0x46536000, (neg_32 + neg_non_smi) << 3);
-  assertEquals(-0x73594000, (neg_32 + neg_non_smi) << 4);
-  assertEquals(neg_non_smi, (neg_32 + neg_non_smi - 0.5) >> 0);
-  assertEquals(neg_non_smi + 0x100000000, (neg_32 + neg_non_smi - 0.5) >>> 0);
-  assertEquals(neg_non_smi, (neg_32 + neg_non_smi - 0.5) << 0);
-  assertEquals(neg_non_smi / 2, (neg_32 + neg_non_smi - 0.5) >> 1);
-  assertEquals(neg_non_smi / 2 + 0x100000000 / 2, (neg_32 + neg_non_smi - 0.5)
-               >>> 1);
-  assertEquals(0x1194D800, (neg_32 + neg_non_smi - 0.5) << 1);
-  assertEquals(neg_non_smi / 8, (neg_32 + neg_non_smi - 0.5) >> 3);
-  assertEquals(neg_non_smi / 8 + 0x100000000 / 8, (neg_32 + neg_non_smi - 0.5)
-               >>> 3);
-  assertEquals(0x46536000, (neg_32 + neg_non_smi - 0.5) << 3);
-  assertEquals(-0x73594000, (neg_32 + neg_non_smi - 0.5) << 4);
-
-  assertEquals(pos_smi / 2, (two_32 + pos_smi) >> 1);
-  assertEquals(pos_smi / 2, (two_32 + pos_smi) >>> 1);
-  assertEquals(pos_non_smi, (two_32 + pos_smi) << 1);
-  assertEquals(pos_smi / 8, (two_32 + pos_smi) >> 3);
-  assertEquals(pos_smi / 8, (two_32 + pos_smi) >>> 3);
-  assertEquals(-0x2329b000, (two_32 + pos_smi) << 3);
-  assertEquals(0x73594000, (two_32 + pos_smi) << 5);
-  assertEquals(pos_smi, (two_32 + pos_smi + 0.5) >> 0);
-  assertEquals(pos_smi, (two_32 + pos_smi + 0.5) >>> 0);
-  assertEquals(pos_smi, (two_32 + pos_smi + 0.5) << 0);
-  assertEquals(pos_smi / 2, (two_32 + pos_smi + 0.5) >> 1);
-  assertEquals(pos_smi / 2, (two_32 + pos_smi + 0.5) >>> 1);
-  assertEquals(pos_non_smi, (two_32 + pos_smi + 0.5) << 1);
-  assertEquals(pos_smi / 8, (two_32 + pos_smi + 0.5) >> 3);
-  assertEquals(pos_smi / 8, (two_32 + pos_smi + 0.5) >>> 3);
-  assertEquals(-0x2329b000, (two_32 + pos_smi + 0.5) << 3);
-  assertEquals(0x73594000, (two_32 + pos_smi + 0.5) << 5);
-
-  assertEquals(neg_smi / 2, (neg_32 + neg_smi) >> 1);
-  assertEquals(neg_smi / 2 + 0x100000000 / 2, (neg_32 + neg_smi) >>> 1);
-  assertEquals(neg_non_smi, (neg_32 + neg_smi) << 1);
-  assertEquals(neg_smi / 8, (neg_32 + neg_smi) >> 3);
-  assertEquals((neg_smi + 0x100000000) / 8, (neg_32 + neg_smi) >>> 3);
-  assertEquals(0x46536000, (neg_32 + neg_smi) << 4);
-  assertEquals(-0x73594000, (neg_32 + neg_smi) << 5);
-  assertEquals(neg_smi, (neg_32 + neg_smi - 0.5) >> 0, "-2^32+negsmi.5 >> 0");
-  assertEquals(neg_smi + 0x100000000, (neg_32 + neg_smi - 0.5) >>> 0);
-  assertEquals(neg_smi, (neg_32 + neg_smi - 0.5) << 0, "-2^32+negsmi.5 << 0");
-  assertEquals(neg_smi / 2, (neg_32 + neg_smi - 0.5) >> 1);
-  assertEquals(neg_smi / 2 + 0x100000000 / 2, (neg_32 + neg_smi - 0.5) >>> 1);
-  assertEquals(neg_non_smi, (neg_32 + neg_smi - 0.5) << 1);
-  assertEquals(neg_smi / 8, (neg_32 + neg_smi - 0.5) >> 3);
-  assertEquals(neg_smi / 8 + 0x100000000 / 8, (neg_32 + neg_smi - 0.5) >>> 3);
-  assertEquals(0x46536000, (neg_32 + neg_smi - 0.5) << 4);
-  assertEquals(-0x73594000, (neg_32 + neg_smi - 0.5) << 5);
-  // End block A repeat 1
-  // Repeat block A with shift amounts in variables intialized with
-  // a constant.
-  var zero = 0;
-  var one = 1;
-  var three = 3;
-  var four = 4;
-  var five = 5;
-  // Begin block A repeat 2
-  assertEquals(pos_non_smi, (pos_non_smi) >> zero);
-  assertEquals(pos_non_smi, (pos_non_smi) >>> zero);
-  assertEquals(pos_non_smi, (pos_non_smi) << zero);
-  assertEquals(neg_non_smi, (neg_non_smi) >> zero);
-  assertEquals(neg_non_smi + 0x100000000, (neg_non_smi) >>> zero);
-  assertEquals(neg_non_smi, (neg_non_smi) << zero);
-  assertEquals(pos_smi, (pos_smi) >> zero);
-  assertEquals(pos_smi, (pos_smi) >>> zero);
-  assertEquals(pos_smi, (pos_smi) << zero);
-  assertEquals(neg_smi, (neg_smi) >> zero, "negsmi >> zero");
-  assertEquals(neg_smi + 0x100000000, (neg_smi) >>> zero);
-  assertEquals(neg_smi, (neg_smi) << zero, "negsmi << zero");
-
-  assertEquals(pos_non_smi / 2, (pos_non_smi) >> one);
-  assertEquals(pos_non_smi / 2, (pos_non_smi) >>> one);
-  assertEquals(-0x1194D800, (pos_non_smi) << one);
-  assertEquals(pos_non_smi / 8, (pos_non_smi) >> three);
-  assertEquals(pos_non_smi / 8, (pos_non_smi) >>> three);
-  assertEquals(-0x46536000, (pos_non_smi) << three);
-  assertEquals(0x73594000, (pos_non_smi) << four);
-  assertEquals(pos_non_smi, (pos_non_smi + 0.5) >> zero);
-  assertEquals(pos_non_smi, (pos_non_smi + 0.5) >>> zero);
-  assertEquals(pos_non_smi, (pos_non_smi + 0.5) << zero);
-  assertEquals(pos_non_smi / 2, (pos_non_smi + 0.5) >> one);
-  assertEquals(pos_non_smi / 2, (pos_non_smi + 0.5) >>> one);
-  assertEquals(-0x1194D800, (pos_non_smi + 0.5) << one);
-  assertEquals(pos_non_smi / 8, (pos_non_smi + 0.5) >> three);
-  assertEquals(pos_non_smi / 8, (pos_non_smi + 0.5) >>> three);
-  assertEquals(-0x46536000, (pos_non_smi + 0.5) << three);
-  assertEquals(0x73594000, (pos_non_smi + 0.5) << four);
-
-  assertEquals(neg_non_smi / 2, (neg_non_smi) >> one);
-  assertEquals(neg_non_smi / 2 + 0x100000000 / 2, (neg_non_smi) >>> one);
-  assertEquals(0x1194D800, (neg_non_smi) << one);
-  assertEquals(neg_non_smi / 8, (neg_non_smi) >> three);
-  assertEquals(neg_non_smi / 8 + 0x100000000 / 8, (neg_non_smi) >>> three);
-  assertEquals(0x46536000, (neg_non_smi) << three);
-  assertEquals(-0x73594000, (neg_non_smi) << four);
-  assertEquals(neg_non_smi, (neg_non_smi - 0.5) >> zero);
-  assertEquals(neg_non_smi + 0x100000000, (neg_non_smi - 0.5) >>> zero);
-  assertEquals(neg_non_smi, (neg_non_smi - 0.5) << zero);
-  assertEquals(neg_non_smi / 2, (neg_non_smi - 0.5) >> one);
-  assertEquals(neg_non_smi / 2 + 0x100000000 / 2, (neg_non_smi - 0.5) >>> one);
-  assertEquals(0x1194D800, (neg_non_smi - 0.5) << one);
-  assertEquals(neg_non_smi / 8, (neg_non_smi - 0.5) >> three);
-  assertEquals(neg_non_smi / 8 + 0x100000000 / 8, (neg_non_smi - 0.5)
-      >>> three);
-  assertEquals(0x46536000, (neg_non_smi - 0.5) << three);
-  assertEquals(-0x73594000, (neg_non_smi - 0.5) << four);
-
-  assertEquals(pos_smi / 2, (pos_smi) >> one);
-  assertEquals(pos_smi / 2, (pos_smi) >>> one);
-  assertEquals(pos_non_smi, (pos_smi) << one);
-  assertEquals(pos_smi / 8, (pos_smi) >> three);
-  assertEquals(pos_smi / 8, (pos_smi) >>> three);
-  assertEquals(-0x2329b000, (pos_smi) << three);
-  assertEquals(0x73594000, (pos_smi) << five);
-  assertEquals(pos_smi, (pos_smi + 0.5) >> zero);
-  assertEquals(pos_smi, (pos_smi + 0.5) >>> zero);
-  assertEquals(pos_smi, (pos_smi + 0.5) << zero);
-  assertEquals(pos_smi / 2, (pos_smi + 0.5) >> one);
-  assertEquals(pos_smi / 2, (pos_smi + 0.5) >>> one);
-  assertEquals(pos_non_smi, (pos_smi + 0.5) << one);
-  assertEquals(pos_smi / 8, (pos_smi + 0.5) >> three);
-  assertEquals(pos_smi / 8, (pos_smi + 0.5) >>> three);
-  assertEquals(-0x2329b000, (pos_smi + 0.5) << three);
-  assertEquals(0x73594000, (pos_smi + 0.5) << five);
-
-  assertEquals(neg_smi / 2, (neg_smi) >> one);
-  assertEquals(neg_smi / 2 + 0x100000000 / 2, (neg_smi) >>> one);
-  assertEquals(neg_non_smi, (neg_smi) << one);
-  assertEquals(neg_smi / 8, (neg_smi) >> three);
-  assertEquals(neg_smi / 8 + 0x100000000 / 8, (neg_smi) >>> three);
-  assertEquals(0x46536000, (neg_smi) << four);
-  assertEquals(-0x73594000, (neg_smi) << five);
-  assertEquals(neg_smi, (neg_smi - 0.5) >> zero);
-  assertEquals(neg_smi + 0x100000000, (neg_smi - 0.5) >>> zero);
-  assertEquals(neg_smi, (neg_smi - 0.5) << zero);
-  assertEquals(neg_smi / 2, (neg_smi - 0.5) >> one);
-  assertEquals(neg_smi / 2 + 0x100000000 / 2, (neg_smi - 0.5) >>> one);
-  assertEquals(neg_non_smi, (neg_smi - 0.5) << one);
-  assertEquals(neg_smi / 8, (neg_smi - 0.5) >> three);
-  assertEquals(neg_smi / 8 + 0x100000000 / 8, (neg_smi - 0.5) >>> three);
-  assertEquals(0x46536000, (neg_smi - 0.5) << four);
-  assertEquals(-0x73594000, (neg_smi - 0.5) << five);
-  // End block A repeat 2
-
-  // Repeat previous block, with computed values in the shift variables.
-  five = 0;
-  while (five < 5 ) ++five;
-  four = five - one;
-  three = four - one;
-  one = four - three;
-  zero = one - one;
-
-  // Begin block A repeat 3
-  assertEquals(pos_non_smi, (pos_non_smi) >> zero);
-  assertEquals(pos_non_smi, (pos_non_smi) >>> zero);
-  assertEquals(pos_non_smi, (pos_non_smi) << zero);
-  assertEquals(neg_non_smi, (neg_non_smi) >> zero);
-  assertEquals(neg_non_smi + 0x100000000, (neg_non_smi) >>> zero);
-  assertEquals(neg_non_smi, (neg_non_smi) << zero);
-  assertEquals(pos_smi, (pos_smi) >> zero);
-  assertEquals(pos_smi, (pos_smi) >>> zero);
-  assertEquals(pos_smi, (pos_smi) << zero);
-  assertEquals(neg_smi, (neg_smi) >> zero, "negsmi >> zero(2)");
-  assertEquals(neg_smi + 0x100000000, (neg_smi) >>> zero);
-  assertEquals(neg_smi, (neg_smi) << zero, "negsmi << zero(2)");
-
-  assertEquals(pos_non_smi / 2, (pos_non_smi) >> one);
-  assertEquals(pos_non_smi / 2, (pos_non_smi) >>> one);
-  assertEquals(-0x1194D800, (pos_non_smi) << one);
-  assertEquals(pos_non_smi / 8, (pos_non_smi) >> three);
-  assertEquals(pos_non_smi / 8, (pos_non_smi) >>> three);
-  assertEquals(-0x46536000, (pos_non_smi) << three);
-  assertEquals(0x73594000, (pos_non_smi) << four);
-  assertEquals(pos_non_smi, (pos_non_smi + 0.5) >> zero);
-  assertEquals(pos_non_smi, (pos_non_smi + 0.5) >>> zero);
-  assertEquals(pos_non_smi, (pos_non_smi + 0.5) << zero);
-  assertEquals(pos_non_smi / 2, (pos_non_smi + 0.5) >> one);
-  assertEquals(pos_non_smi / 2, (pos_non_smi + 0.5) >>> one);
-  assertEquals(-0x1194D800, (pos_non_smi + 0.5) << one);
-  assertEquals(pos_non_smi / 8, (pos_non_smi + 0.5) >> three);
-  assertEquals(pos_non_smi / 8, (pos_non_smi + 0.5) >>> three);
-  assertEquals(-0x46536000, (pos_non_smi + 0.5) << three);
-  assertEquals(0x73594000, (pos_non_smi + 0.5) << four);
-
-  assertEquals(neg_non_smi / 2, (neg_non_smi) >> one);
-  assertEquals(neg_non_smi / 2 + 0x100000000 / 2, (neg_non_smi) >>> one);
-  assertEquals(0x1194D800, (neg_non_smi) << one);
-  assertEquals(neg_non_smi / 8, (neg_non_smi) >> three);
-  assertEquals(neg_non_smi / 8 + 0x100000000 / 8, (neg_non_smi) >>> three);
-  assertEquals(0x46536000, (neg_non_smi) << three);
-  assertEquals(-0x73594000, (neg_non_smi) << four);
-  assertEquals(neg_non_smi, (neg_non_smi - 0.5) >> zero);
-  assertEquals(neg_non_smi + 0x100000000, (neg_non_smi - 0.5) >>> zero);
-  assertEquals(neg_non_smi, (neg_non_smi - 0.5) << zero);
-  assertEquals(neg_non_smi / 2, (neg_non_smi - 0.5) >> one);
-  assertEquals(neg_non_smi / 2 + 0x100000000 / 2, (neg_non_smi - 0.5) >>> one);
-  assertEquals(0x1194D800, (neg_non_smi - 0.5) << one);
-  assertEquals(neg_non_smi / 8, (neg_non_smi - 0.5) >> three);
-  assertEquals(neg_non_smi / 8 + 0x100000000 / 8, (neg_non_smi - 0.5)
-      >>> three);
-  assertEquals(0x46536000, (neg_non_smi - 0.5) << three);
-  assertEquals(-0x73594000, (neg_non_smi - 0.5) << four);
-
-  assertEquals(pos_smi / 2, (pos_smi) >> one);
-  assertEquals(pos_smi / 2, (pos_smi) >>> one);
-  assertEquals(pos_non_smi, (pos_smi) << one);
-  assertEquals(pos_smi / 8, (pos_smi) >> three);
-  assertEquals(pos_smi / 8, (pos_smi) >>> three);
-  assertEquals(-0x2329b000, (pos_smi) << three);
-  assertEquals(0x73594000, (pos_smi) << five);
-  assertEquals(pos_smi, (pos_smi + 0.5) >> zero);
-  assertEquals(pos_smi, (pos_smi + 0.5) >>> zero);
-  assertEquals(pos_smi, (pos_smi + 0.5) << zero);
-  assertEquals(pos_smi / 2, (pos_smi + 0.5) >> one);
-  assertEquals(pos_smi / 2, (pos_smi + 0.5) >>> one);
-  assertEquals(pos_non_smi, (pos_smi + 0.5) << one);
-  assertEquals(pos_smi / 8, (pos_smi + 0.5) >> three);
-  assertEquals(pos_smi / 8, (pos_smi + 0.5) >>> three);
-  assertEquals(-0x2329b000, (pos_smi + 0.5) << three);
-  assertEquals(0x73594000, (pos_smi + 0.5) << five);
-
-  assertEquals(neg_smi / 2, (neg_smi) >> one);
-  assertEquals(neg_smi / 2 + 0x100000000 / 2, (neg_smi) >>> one);
-  assertEquals(neg_non_smi, (neg_smi) << one);
-  assertEquals(neg_smi / 8, (neg_smi) >> three);
-  assertEquals(neg_smi / 8 + 0x100000000 / 8, (neg_smi) >>> three);
-  assertEquals(0x46536000, (neg_smi) << four);
-  assertEquals(-0x73594000, (neg_smi) << five);
-  assertEquals(neg_smi, (neg_smi - 0.5) >> zero, "negsmi.5 >> zero");
-  assertEquals(neg_smi + 0x100000000, (neg_smi - 0.5) >>> zero);
-  assertEquals(neg_smi, (neg_smi - 0.5) << zero, "negsmi.5 << zero");
-  assertEquals(neg_smi / 2, (neg_smi - 0.5) >> one);
-  assertEquals(neg_smi / 2 + 0x100000000 / 2, (neg_smi - 0.5) >>> one);
-  assertEquals(neg_non_smi, (neg_smi - 0.5) << one);
-  assertEquals(neg_smi / 8, (neg_smi - 0.5) >> three);
-  assertEquals(neg_smi / 8 + 0x100000000 / 8, (neg_smi - 0.5) >>> three);
-  assertEquals(0x46536000, (neg_smi - 0.5) << four);
-  assertEquals(-0x73594000, (neg_smi - 0.5) << five);
-  // End block A repeat 3
-
-  // Test non-integer shift value
-  assertEquals(5, 20.5 >> 2.4);
-  assertEquals(5, 20.5 >> 2.7);
-  var shift = 2.4;
-  assertEquals(5, 20.5 >> shift);
-  assertEquals(5, 20.5 >> shift + 0.3);
-  shift = shift + zero;
-  assertEquals(5, 20.5 >> shift);
-  assertEquals(5, 20.5 >> shift + 0.3);
-}
-
-testShiftNonSmis();
-
-function intConversion() {
-  function foo(x) {
-    assertEquals(x, (x * 1.0000000001) | 0, "foo more " + x);
-    assertEquals(x, x | 0, "foo " + x);
-    if (x > 0) {
-      assertEquals(x - 1, (x * 0.9999999999) | 0, "foo less " + x);
-    } else {
-      assertEquals(x + 1, (x * 0.9999999999) | 0, "foo less " + x);
-    }
-  }
-  for (var i = 1; i < 0x80000000; i *= 2) {
-    foo(i);
-    foo(-i);
-  }
-  for (var i = 1; i < 1/0; i *= 2) {
-    assertEquals(i | 0, (i * 1.0000000000000001) | 0, "b" + i);
-    assertEquals(-i | 0, (i * -1.0000000000000001) | 0, "c" + i);
-  }
-  for (var i = 0.5; i > 0; i /= 2) {
-    assertEquals(0, i | 0, "d" + i);
-    assertEquals(0, -i | 0, "e" + i);
-  }
-}
-
-intConversion();
-
-// Verify that we handle the (optimized) corner case of shifting by
-// zero even for non-smis.
-function shiftByZero(n) { return n << 0; }
-
-assertEquals(3, shiftByZero(3.1415));