S11.2.1_A4_T8.js (7403B)
1 // Copyright 2009 the Sputnik authors. All rights reserved. 2 // This code is governed by the BSD license found in the LICENSE file. 3 4 /*--- 5 info: Check type of various properties 6 es5id: 11.2.1_A4_T8 7 description: Checking properties of the Math Object 8 ---*/ 9 10 //CHECK#1-52 11 if (typeof Math.E !== "number") throw new Test262Error('#1: typeof Math.E === "number". Actual: ' + (typeof Math.E )); 12 if (typeof Math['E'] !== "number") throw new Test262Error('#2: typeof Math["E"] === "number". Actual: ' + (typeof Math["E"] )); 13 if (typeof Math.LN10 !== "number") throw new Test262Error('#3: typeof Math.LN10 === "number". Actual: ' + (typeof Math.LN10 )); 14 if (typeof Math['LN10'] !== "number") throw new Test262Error('#4: typeof Math["LN10"] === "number". Actual: ' + (typeof Math["LN10"] )); 15 if (typeof Math.LN2 !== "number") throw new Test262Error('#5: typeof Math.LN2 === "number". Actual: ' + (typeof Math.LN2 )); 16 if (typeof Math['LN2'] !== "number") throw new Test262Error('#6: typeof Math["LN2"] === "number". Actual: ' + (typeof Math["LN2"] )); 17 if (typeof Math.LOG2E !== "number") throw new Test262Error('#7: typeof Math.LOG2E === "number". Actual: ' + (typeof Math.LOG2E )); 18 if (typeof Math['LOG2E'] !== "number") throw new Test262Error('#8: typeof Math["LOG2E"] === "number". Actual: ' + (typeof Math["LOG2E"] )); 19 if (typeof Math.LOG10E !== "number") throw new Test262Error('#9: typeof Math.LOG10E === "number". Actual: ' + (typeof Math.LOG10E )); 20 if (typeof Math['LOG10E'] !== "number") throw new Test262Error('#10: typeof Math["LOG10E"] === "number". Actual: ' + (typeof Math["LOG10E"] )); 21 if (typeof Math.PI !== "number") throw new Test262Error('#11: typeof Math.PI === "number". Actual: ' + (typeof Math.PI )); 22 if (typeof Math['PI'] !== "number") throw new Test262Error('#12: typeof Math["PI"] === "number". Actual: ' + (typeof Math["PI"] )); 23 if (typeof Math.SQRT1_2 !== "number") throw new Test262Error('#13: typeof Math.SQRT1_2 === "number". Actual: ' + (typeof Math.SQRT1_2 )); 24 if (typeof Math['SQRT1_2'] !== "number") throw new Test262Error('#14: typeof Math["SQRT1_2"] === "number". Actual: ' + (typeof Math["SQRT1_2"] )); 25 if (typeof Math.SQRT2 !== "number") throw new Test262Error('#15: typeof Math.SQRT2 === "number". Actual: ' + (typeof Math.SQRT2 )); 26 if (typeof Math['SQRT2'] !== "number") throw new Test262Error('#16: typeof Math["SQRT2"] === "number". Actual: ' + (typeof Math["SQRT2"] )); 27 if (typeof Math.abs !== "function") throw new Test262Error('#17: typeof Math.abs === "function". Actual: ' + (typeof Math.abs )); 28 if (typeof Math['abs'] !== "function") throw new Test262Error('#18: typeof Math["abs"] === "function". Actual: ' + (typeof Math["abs"] )); 29 if (typeof Math.acos !== "function") throw new Test262Error('#19: typeof Math.acos === "function". Actual: ' + (typeof Math.acos )); 30 if (typeof Math['acos'] !== "function") throw new Test262Error('#20: typeof Math["acos"] === "function". Actual: ' + (typeof Math["acos"] )); 31 if (typeof Math.asin !== "function") throw new Test262Error('#21: typeof Math.asin === "function". Actual: ' + (typeof Math.asin )); 32 if (typeof Math['asin'] !== "function") throw new Test262Error('#22: typeof Math["asin"] === "function". Actual: ' + (typeof Math["asin"] )); 33 if (typeof Math.atan !== "function") throw new Test262Error('#23: typeof Math.atan === "function". Actual: ' + (typeof Math.atan )); 34 if (typeof Math['atan'] !== "function") throw new Test262Error('#24: typeof Math["atan"] === "function". Actual: ' + (typeof Math["atan"] )); 35 if (typeof Math.atan2 !== "function") throw new Test262Error('#25: typeof Math.atan2 === "function". Actual: ' + (typeof Math.atan2 )); 36 if (typeof Math['atan2'] !== "function") throw new Test262Error('#26: typeof Math["atan2"] === "function". Actual: ' + (typeof Math["atan2"] )); 37 if (typeof Math.ceil !== "function") throw new Test262Error('#27: typeof Math.ceil === "function". Actual: ' + (typeof Math.ceil )); 38 if (typeof Math['ceil'] !== "function") throw new Test262Error('#28: typeof Math["ceil"] === "function". Actual: ' + (typeof Math["ceil"] )); 39 if (typeof Math.cos !== "function") throw new Test262Error('#29: typeof Math.cos === "function". Actual: ' + (typeof Math.cos )); 40 if (typeof Math['cos'] !== "function") throw new Test262Error('#30: typeof Math["cos"] === "function". Actual: ' + (typeof Math["cos"] )); 41 if (typeof Math.exp !== "function") throw new Test262Error('#31: typeof Math.exp === "function". Actual: ' + (typeof Math.exp )); 42 if (typeof Math['exp'] !== "function") throw new Test262Error('#32: typeof Math["exp"] === "function". Actual: ' + (typeof Math["exp"] )); 43 if (typeof Math.floor !== "function") throw new Test262Error('#33: typeof Math.floor === "function". Actual: ' + (typeof Math.floor )); 44 if (typeof Math['floor'] !== "function") throw new Test262Error('#34: typeof Math["floor"] === "function". Actual: ' + (typeof Math["floor"] )); 45 if (typeof Math.log !== "function") throw new Test262Error('#35: typeof Math.log === "function". Actual: ' + (typeof Math.log )); 46 if (typeof Math['log'] !== "function") throw new Test262Error('#36: typeof Math["log"] === "function". Actual: ' + (typeof Math["log"] )); 47 if (typeof Math.max !== "function") throw new Test262Error('#37: typeof Math.max === "function". Actual: ' + (typeof Math.max )); 48 if (typeof Math['max'] !== "function") throw new Test262Error('#38: typeof Math["max"] === "function". Actual: ' + (typeof Math["max"] )); 49 if (typeof Math.min !== "function") throw new Test262Error('#39: typeof Math.min === "function". Actual: ' + (typeof Math.min )); 50 if (typeof Math['min'] !== "function") throw new Test262Error('#40: typeof Math["min"] === "function". Actual: ' + (typeof Math["min"] )); 51 if (typeof Math.pow !== "function") throw new Test262Error('#41: typeof Math.pow === "function". Actual: ' + (typeof Math.pow )); 52 if (typeof Math['pow'] !== "function") throw new Test262Error('#42: typeof Math["pow"] === "function". Actual: ' + (typeof Math["pow"] )); 53 if (typeof Math.random !== "function") throw new Test262Error('#43: typeof Math.random === "function". Actual: ' + (typeof Math.random )); 54 if (typeof Math['random'] !== "function") throw new Test262Error('#44: typeof Math["random"] === "function". Actual: ' + (typeof Math["random"] )); 55 if (typeof Math.round !== "function") throw new Test262Error('#45: typeof Math.round === "function". Actual: ' + (typeof Math.round )); 56 if (typeof Math['round'] !== "function") throw new Test262Error('#46: typeof Math["round"] === "function". Actual: ' + (typeof Math["round"] )); 57 if (typeof Math.sin !== "function") throw new Test262Error('#47: typeof Math.sin === "function". Actual: ' + (typeof Math.sin )); 58 if (typeof Math['sin'] !== "function") throw new Test262Error('#48: typeof Math["sin"] === "function". Actual: ' + (typeof Math["sin"] )); 59 if (typeof Math.sqrt !== "function") throw new Test262Error('#49: typeof Math.sqrt === "function". Actual: ' + (typeof Math.sqrt )); 60 if (typeof Math['sqrt'] !== "function") throw new Test262Error('#50: typeof Math["sqrt"] === "function". Actual: ' + (typeof Math["sqrt"] )); 61 if (typeof Math.tan !== "function") throw new Test262Error('#51: typeof Math.tan === "function". Actual: ' + (typeof Math.tan )); 62 if (typeof Math['tan'] !== "function") throw new Test262Error('#52: typeof Math["tan"] === "function". Actual: ' + (typeof Math["tan"] )); 63 64 reportCompare(0, 0);