1 # Copyright 2013 the V8 project authors. All rights reserved. 2 # Copyright (C) 2005, 2006, 2007, 2008, 2009 Apple Inc. All rights reserved. 3 # 4 # Redistribution and use in source and binary forms, with or without 5 # modification, are permitted provided that the following conditions 6 # are met: 7 # 1. Redistributions of source code must retain the above copyright 8 # notice, this list of conditions and the following disclaimer. 9 # 2. Redistributions in binary form must reproduce the above copyright 10 # notice, this list of conditions and the following disclaimer in the 11 # documentation and/or other materials provided with the distribution. 12 # 13 # THIS SOFTWARE IS PROVIDED BY APPLE INC. AND ITS CONTRIBUTORS ``AS IS'' AND ANY 14 # EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED 15 # WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE 16 # DISCLAIMED. IN NO EVENT SHALL APPLE INC. OR ITS CONTRIBUTORS BE LIABLE FOR ANY 17 # DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES 18 # (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; 19 # LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON 20 # ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT 21 # (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS 22 # SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. 23 24 Tests whether bytecode codegen properly handles temporaries. 25 26 On success, you will see a series of "PASS" messages, followed by "TEST COMPLETE". 27 28 29 PASS a is true 30 PASS b is false 31 PASS assign_test1() is 'PASS' 32 PASS assign_test2() is 'PASS' 33 PASS assign_test3() is 'PASS' 34 PASS testObject4.test is 'PASS' 35 PASS testObject5.test is 'PASS' 36 PASS assign_test6() is 'PASS' 37 PASS assign_test7() is 'PASS' 38 PASS assign_test8() is 'PASS' 39 PASS assign_test9() is 'PASS' 40 PASS testObject10.test is 'PASS' 41 PASS assign_test11() is 'PASS' 42 PASS assign_test12() is 'PASS' 43 PASS assign_test13() is 'PASS' 44 PASS assign_test14() is 'PASS' 45 PASS assign_test15() is 'PASS' 46 PASS assign_test16() is 2 47 PASS a17 is 3 48 PASS assign_test18() is 3 49 PASS a19.b is 3 50 PASS assign_test20() is 3 51 PASS a21['b'] is 3 52 PASS assign_test22() is 3 53 PASS assign_test23() is 3 54 PASS assign_test24() is 3 55 PASS assign_test25() is 3 56 PASS assign_test26() is 3 57 PASS assign_test27() is 3 58 PASS assign_test28() is 3 59 PASS assign_test29() is 3 60 PASS assign_test30() is 'fooNaN' 61 PASS assign_test31() is 'PASS' 62 PASS bracket_test1() is -1 63 PASS bracket_test2() is 1 64 PASS bracket_test3() is 0 65 PASS bracket_test4() is 0 66 PASS bracket_test5() is 1 67 PASS bracket_test6() is 1 68 PASS mult_test1() is 2 69 PASS mult_test2() is 2 70 PASS mult_test3() is 2 71 PASS div_test1() is 0.5 72 PASS div_test2() is 0.5 73 PASS div_test3() is 0.5 74 PASS mod_test1() is 1 75 PASS mod_test2() is 1 76 PASS mod_test3() is 1 77 PASS add_test1() is 3 78 PASS add_test2() is 3 79 PASS add_test3() is 3 80 PASS sub_test1() is -1 81 PASS sub_test2() is -1 82 PASS sub_test3() is -1 83 PASS lshift_test1() is 4 84 PASS lshift_test2() is 4 85 PASS lshift_test3() is 4 86 PASS rshift_test1() is 1 87 PASS rshift_test2() is 1 88 PASS rshift_test3() is 1 89 PASS urshift_test1() is 1 90 PASS urshift_test2() is 1 91 PASS urshift_test3() is 1 92 PASS less_test1() is true 93 PASS less_test2() is true 94 PASS less_test3() is true 95 PASS greater_test1() is true 96 PASS greater_test2() is true 97 PASS greater_test3() is true 98 PASS lesseq_test1() is true 99 PASS lesseq_test2() is true 100 PASS lesseq_test3() is true 101 PASS greatereq_test1() is true 102 PASS greatereq_test2() is true 103 PASS greatereq_test3() is true 104 PASS instanceof_test1() is true 105 PASS instanceof_test2() is true 106 PASS instanceof_test3() is true 107 PASS in_test1() is true 108 PASS in_test2() is true 109 PASS in_test3() is true 110 PASS eq_test1() is false 111 PASS eq_test2() is false 112 PASS eq_test3() is false 113 PASS neq_test1() is true 114 PASS neq_test2() is true 115 PASS neq_test3() is true 116 PASS stricteq_test1() is false 117 PASS stricteq_test2() is false 118 PASS stricteq_test3() is false 119 PASS nstricteq_test1() is true 120 PASS nstricteq_test2() is true 121 PASS nstricteq_test3() is true 122 PASS bitand_test1() is 0 123 PASS bitand_test2() is 0 124 PASS bitand_test3() is 0 125 PASS bitor_test1() is 3 126 PASS bitor_test2() is 3 127 PASS bitor_test3() is 3 128 PASS bitxor_test1() is 3 129 PASS bitxor_test2() is 3 130 PASS bitxor_test3() is 3 131 PASS switch_test1() is true 132 PASS switch_test2() is true 133 PASS switch_test3() is true 134 PASS construct_test() is true 135 PASS [(0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), (0/0), ].length is 64 136 PASS successfullyParsed is true 137 138 TEST COMPLETE 139 140
