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| 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 AN
Y |
| 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 AN
Y |
| 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 O
N |
| 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 description("test that comparison operators work correctly.") |
| 25 |
| 26 function makeTest(start, end, expression, relationship, override, invert) { |
| 27 var resultValue = eval(relationship + expression + 0) || !!override; |
| 28 if (invert) |
| 29 resultValue = !resultValue; |
| 30 var expr = start + expression + end; |
| 31 var result = []; |
| 32 function func(content) { var f = new Function(content); f.toString = functio
n(){ return content}; return f; } |
| 33 result.push([new func("return " + expr + ";"), resultValue]); |
| 34 result.push([new func("if (" + expr + ") return true; return false;"), resul
tValue]); |
| 35 result.push([new func("var k = 0; while (" + expr + ") if (k++) return true;
return false;"), resultValue]); |
| 36 result.push([new func("var k = 0; for (; " + expr + "; ) if (k++) return tru
e; return false;"), resultValue]); |
| 37 return result; |
| 38 } |
| 39 function doTest(lhs, rhs, relationship) { |
| 40 var expressionParts = [["(",")"],["(", ") || 1", true],["(", ") && 1"],["(",
") || 1", true],["1 || (",")", true],["1 && (",")"]]; |
| 41 var expressions = []; |
| 42 var tests = []; |
| 43 for (var i = 0; i < expressionParts.length; i++) { |
| 44 var start = expressionParts[i][0] + lhs; |
| 45 var end = String(rhs) + expressionParts[i][1]; |
| 46 tests.push.apply(tests, makeTest(start, end, "<", relationship, expressi
onParts[i][2])); |
| 47 tests.push.apply(tests, makeTest(start, end, "<=", relationship, express
ionParts[i][2])); |
| 48 } |
| 49 for (var i = 0; i < tests.length; i++) { |
| 50 if ((r=tests[i][0]()) == tests[i][1]) |
| 51 testPassed(tests[i][0] + " is " + tests[i][1]); |
| 52 else |
| 53 testFailed(tests[i][0] + " is " + r + " and should be " + tests[i][1
] + "."); |
| 54 } |
| 55 } |
| 56 |
| 57 var letterA = "a"; |
| 58 var letterB = "b"; |
| 59 var letter0 = "0"; |
| 60 var One = 1; |
| 61 var Zero = 0; |
| 62 doTest('"a"', '"b"', -1); |
| 63 doTest('"a"', '"a"', 0); |
| 64 doTest('"b"', '"a"', 1); |
| 65 doTest('letterA', '"b"', -1); |
| 66 doTest('letterA', '"a"', 0); |
| 67 doTest('"b"', '"a"', 1); |
| 68 doTest('letterA', '"b"', -1); |
| 69 doTest('letterA', 'letterA', 0); |
| 70 doTest('"b"', 'letterA', 1); |
| 71 doTest('"a"', '"b"', -1); |
| 72 doTest('"a"', 'letterA', 0); |
| 73 doTest('"b"', 'letterA', 1); |
| 74 |
| 75 doTest('"a"', '0', NaN); |
| 76 doTest('0', '"a"', NaN); |
| 77 doTest('letterA', '0', NaN); |
| 78 doTest('letterA', '"a"', 0); |
| 79 doTest('0', '"a"', NaN); |
| 80 doTest('letterA', 'letterA', 0); |
| 81 doTest('0', 'letterA', NaN); |
| 82 doTest('"a"', 'letterA', 0); |
| 83 doTest('0', 'letterA', NaN); |
| 84 |
| 85 |
| 86 doTest('0', '"0"', 0); |
| 87 doTest('Zero', 'letter0', 0); |
| 88 doTest('0', 'letter0', 0); |
| 89 doTest('Zero', '"0"', 0); |
| 90 doTest('-1', '"0"', -1); |
| 91 doTest('1', '"0"', 1); |
| 92 doTest('0', '"-1"', 1); |
| 93 doTest('0', '"1"', -1); |
| 94 |
| 95 doTest('0', '1', -1); |
| 96 doTest('0', '0', 0); |
| 97 doTest('1', '0', 1); |
| 98 doTest('Zero', '1', -1); |
| 99 doTest('Zero', '0', 0); |
| 100 doTest('1', 'Zero', 1); |
| 101 doTest('0', 'One', -1); |
| 102 doTest('One', '0', 1); |
| 103 |
| 104 shouldBeTrue("0 <= 0"); |
| 105 shouldBeTrue("0 <= 1"); |
| 106 shouldBeTrue("1 <= 1"); |
| 107 shouldBeTrue("0 < 1"); |
| 108 shouldBeFalse("1 <= 0"); |
| 109 shouldBeFalse("2 <= 1"); |
| 110 shouldBeFalse("1 < 1"); |
| 111 shouldBeFalse("2 < 1"); |
| 112 |
| 113 shouldBeTrue("if (0 <= 0 || 0) true; else false"); |
| 114 shouldBeTrue("if (0 <= 1 || 0) true; else false"); |
| 115 shouldBeTrue("if (1 <= 1 || 0) true; else false"); |
| 116 shouldBeTrue("if (0 < 1 || 0) true; else false"); |
| 117 shouldBeFalse("if (1 <= 0 || 0) true; else false"); |
| 118 shouldBeFalse("if (2 <= 1 || 0) true; else false"); |
| 119 shouldBeFalse("if (1 < 1 || 0) true; else false"); |
| 120 shouldBeFalse("if (2 < 1 || 0) true; else false"); |
| 121 |
| 122 shouldBeTrue("0 <= 0.5"); |
| 123 shouldBeTrue("0 <= 1.5"); |
| 124 shouldBeTrue("1 <= 1.5"); |
| 125 shouldBeTrue("0 < 1.5"); |
| 126 shouldBeFalse("1 <= 0.5"); |
| 127 shouldBeFalse("2 <= 1.5"); |
| 128 shouldBeTrue("1 < 1.5"); |
| 129 shouldBeFalse("2 < 1.5"); |
| 130 |
| 131 shouldBeTrue("if (0 <= 0.5 || 0) true; else false"); |
| 132 shouldBeTrue("if (0 <= 1.5 || 0) true; else false"); |
| 133 shouldBeTrue("if (1 <= 1.5 || 0) true; else false"); |
| 134 shouldBeTrue("if (0 < 1.5 || 0) true; else false"); |
| 135 shouldBeFalse("if (1 <= 0.5 || 0) true; else false"); |
| 136 shouldBeFalse("if (2 <= 1.5 || 0) true; else false"); |
| 137 shouldBeTrue("if (1 < 1.5 || 0) true; else false"); |
| 138 shouldBeFalse("if (2 < 1.5 || 0) true; else false"); |
| 139 |
| 140 var zero = 0; |
| 141 var one = 1; |
| 142 var two = 2; |
| 143 var p5 = 0.5; |
| 144 var p15 = 1.5; |
| 145 |
| 146 |
| 147 shouldBeTrue("zero <= zero"); |
| 148 shouldBeTrue("zero <= 1"); |
| 149 shouldBeTrue("1 <= 1"); |
| 150 shouldBeTrue("zero < 1"); |
| 151 shouldBeFalse("1 <= zero"); |
| 152 shouldBeFalse("2 <= 1"); |
| 153 shouldBeFalse("1 < 1"); |
| 154 shouldBeFalse("2 < 1"); |
| 155 |
| 156 shouldBeTrue("if (zero <= zero || 0) true; else false"); |
| 157 shouldBeTrue("if (zero <= 1 || zero) true; else false"); |
| 158 shouldBeTrue("if (1 <= 1 || zero) true; else false"); |
| 159 shouldBeTrue("if (zero < 1 || zero) true; else false"); |
| 160 shouldBeFalse("if (1 <= zero || zero) true; else false"); |
| 161 shouldBeFalse("if (2 <= 1 || zero) true; else false"); |
| 162 shouldBeFalse("if (1 < 1 || zero) true; else false"); |
| 163 shouldBeFalse("if (2 < 1 || zero) true; else false"); |
| 164 |
| 165 shouldBeTrue("0 <= p5"); |
| 166 shouldBeTrue("0 <= p15"); |
| 167 shouldBeTrue("1 <= p15"); |
| 168 shouldBeTrue("0 < p15"); |
| 169 shouldBeFalse("1 <= p5"); |
| 170 shouldBeFalse("2 <= p15"); |
| 171 shouldBeTrue("1 < p15"); |
| 172 shouldBeFalse("2 < p15"); |
| 173 |
| 174 shouldBeTrue("if (0 <= p5 || 0) true; else false"); |
| 175 shouldBeTrue("if (0 <= p15 || 0) true; else false"); |
| 176 shouldBeTrue("if (1 <= p15 || 0) true; else false"); |
| 177 shouldBeTrue("if (0 < p15 || 0) true; else false"); |
| 178 shouldBeFalse("if (1 <= p5 || 0) true; else false"); |
| 179 shouldBeFalse("if (2 <= p15 || 0) true; else false"); |
| 180 shouldBeTrue("if (1 < p15 || 0) true; else false"); |
| 181 shouldBeFalse("if (2 < p15 || 0) true; else false"); |
| 182 |
| 183 |
| 184 shouldBeTrue("zero <= zero"); |
| 185 shouldBeTrue("zero <= one"); |
| 186 shouldBeTrue("one <= one"); |
| 187 shouldBeTrue("zero < one"); |
| 188 shouldBeFalse("one <= zero"); |
| 189 shouldBeFalse("two <= one"); |
| 190 shouldBeFalse("one < one"); |
| 191 shouldBeFalse("two < one"); |
| 192 |
| 193 shouldBeTrue("if (zero <= zero || 0) true; else false"); |
| 194 shouldBeTrue("if (zero <= one || zero) true; else false"); |
| 195 shouldBeTrue("if (one <= one || zero) true; else false"); |
| 196 shouldBeTrue("if (zero < one || zero) true; else false"); |
| 197 shouldBeFalse("if (one <= zero || zero) true; else false"); |
| 198 shouldBeFalse("if (two <= one || zero) true; else false"); |
| 199 shouldBeFalse("if (one < one || zero) true; else false"); |
| 200 shouldBeFalse("if (two < one || zero) true; else false"); |
| 201 |
| 202 shouldBeTrue("0 <= p5"); |
| 203 shouldBeTrue("0 <= p15"); |
| 204 shouldBeTrue("one <= p15"); |
| 205 shouldBeTrue("0 < p15"); |
| 206 shouldBeFalse("one <= p5"); |
| 207 shouldBeFalse("two <= p15"); |
| 208 shouldBeTrue("one < p15"); |
| 209 shouldBeFalse("two < p15"); |
| 210 |
| 211 shouldBeTrue("if (0 <= p5 || 0) true; else false"); |
| 212 shouldBeTrue("if (0 <= p15 || 0) true; else false"); |
| 213 shouldBeTrue("if (one <= p15 || 0) true; else false"); |
| 214 shouldBeTrue("if (0 < p15 || 0) true; else false"); |
| 215 shouldBeFalse("if (one <= p5 || 0) true; else false"); |
| 216 shouldBeFalse("if (two <= p15 || 0) true; else false"); |
| 217 shouldBeTrue("if (one < p15 || 0) true; else false"); |
| 218 shouldBeFalse("if (two < p15 || 0) true; else false"); |
| 219 |
| 220 |
| 221 shouldBeFalse(" 0 < NaN"); |
| 222 shouldBeFalse(" NaN < NaN"); |
| 223 shouldBeFalse(" 0 <= NaN"); |
| 224 shouldBeFalse(" NaN <= NaN"); |
| 225 shouldBeFalse(" 0.5 < NaN"); |
| 226 shouldBeFalse(" NaN < NaN"); |
| 227 shouldBeFalse(" 0.5 <= NaN"); |
| 228 shouldBeFalse(" NaN <= NaN"); |
| 229 shouldBeFalse(" zero < NaN"); |
| 230 shouldBeFalse("zero <= NaN"); |
| 231 shouldBeFalse(" NaN <= NaN"); |
| 232 shouldBeFalse(" p5 < NaN"); |
| 233 shouldBeFalse("NaN < NaN"); |
| 234 shouldBeFalse("p5 <= NaN"); |
| 235 shouldBeFalse("NaN <= NaN"); |
| 236 |
| 237 |
| 238 shouldBeFalse("if ( 0 < NaN) true; else false;"); |
| 239 shouldBeFalse("if ( NaN < NaN) true; else false;"); |
| 240 shouldBeFalse("if ( 0 <= NaN) true; else false;"); |
| 241 shouldBeFalse("if ( NaN <= NaN) true; else false;"); |
| 242 shouldBeFalse("if ( 0.5 < NaN) true; else false;"); |
| 243 shouldBeFalse("if ( NaN < NaN) true; else false;"); |
| 244 shouldBeFalse("if ( 0.5 <= NaN) true; else false;"); |
| 245 shouldBeFalse("if ( NaN <= NaN) true; else false;"); |
| 246 shouldBeFalse("if ( zero < NaN) true; else false;"); |
| 247 shouldBeFalse("if (zero <= NaN) true; else false;"); |
| 248 shouldBeFalse("if ( NaN <= NaN) true; else false;"); |
| 249 shouldBeFalse("if ( p5 < NaN) true; else false;"); |
| 250 shouldBeFalse("if (NaN < NaN) true; else false;"); |
| 251 shouldBeFalse("if (p5 <= NaN) true; else false;"); |
| 252 shouldBeFalse("if (NaN <= NaN) true; else false;"); |
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