jdk8-mips64-public/nashorn: test/script/basic/NASHORN-12.js@e9169a96a3d1

     1 /*

     2  * Copyright (c) 2010, 2013, Oracle and/or its affiliates. All rights reserved.

     3  * DO NOT ALTER OR REMOVE COPYRIGHT NOTICES OR THIS FILE HEADER.

     4  *

     5  * This code is free software; you can redistribute it and/or modify it

     6  * under the terms of the GNU General Public License version 2 only, as

     7  * published by the Free Software Foundation.

     8  *

     9  * This code is distributed in the hope that it will be useful, but WITHOUT

    10  * ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or

    11  * FITNESS FOR A PARTICULAR PURPOSE.  See the GNU General Public License

    12  * version 2 for more details (a copy is included in the LICENSE file that

    13  * accompanied this code).

    14  *

    15  * You should have received a copy of the GNU General Public License version

    16  * 2 along with this work; if not, write to the Free Software Foundation,

    17  * Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA.

    18  *

    19  * Please contact Oracle, 500 Oracle Parkway, Redwood Shores, CA 94065 USA

    20  * or visit www.oracle.com if you need additional information or have any

    21  * questions.

    22  */

    24 /**

    25  * NASHORN-12 :  Number does not have methods toFixed, toPrecision, and toExponential.

    26  *

    27  * @test

    28  * @run

    29  */

    31 // checks for Number.prototype.toFixed

    33 if (NaN.toFixed() !== "NaN") {

    34     fail("#1 NaN.toFixed() is not NaN");

    35 }

    37 if (new Number(1e21).toFixed(12) !== String(1e21)) {

    38     fail("#2 new Number(1e21).toFixed(12) is not String(1e21)");

    39 }

    41 if (new Number(1.2).toFixed(3) !== "1.200") {

    42     fail("#3 new Number(1.2).toFixed(3) is not '1.200'");

    43 }

    45 if (new Number(1.2542).toFixed(3) !== "1.254") {

    46     fail("#4 Number(1.2542).toFixed(3) is not '1.254'");

    47 }

    49 try {

    50     453.334.toFixed(31);

    51     fail("#5 toFixed(31) should have thrown RangeError");

    52 } catch (e) {

    53     if (! (e instanceof RangeError)) {

    54         fail("#6 toFixed(31) should throw RangeError, got " + e);

    55     }

    56 }

    58 try {

    59     3.14.toFixed(-1);

    60     fail("#7 toFixed(-1) should have thrown RangeError");

    61 } catch (e) {

    62     if (! (e instanceof RangeError)) {

    63         fail("#8 toFixed(-1) should throw RangeError, got " + e);

    64     }

    65 }

    68 // checks for Number.prototype.toPrecision

    70 var num = new Number(0.0);

    72 try {

    73     num.toPrecision(0);

    74     fail("#9: num.toPrecision(0) should have been thrown RangeError");

    75 } catch (e) {

    76     if (! (e instanceof RangeError)) {

    77         fail("#10: RangeError expected, got " + e);

    78     }

    79 }

    81 try {

    82     num.toPrecision(22);

    83     fail("#11: num.toPrecision(22) should have been thrown RangeError");

    84 } catch (e) {

    85     if (! (e instanceof RangeError)) {

    86         fail("#12: RangeError expected, got " + e);

    87     }

    88 }

    90 num = new Number(23.4718);

    92 if (num.toPrecision(1) != "2e+1") {

    93     fail("#13: toPrecision(1) gives " + num.toPrecision(1));

    94 }

    96 if (num.toPrecision(2) != "23") {

    97     fail("#14: toPrecision(2) gives " + num.toPrecision(2));

    98 }

   100 if (num.toPrecision(3) != "23.5") {

   101     fail("#15: toPrecision(3) gives " + num.toPrecision(3));

   102 }

   104 if (num.toPrecision(11) != "23.471800000") {

   105     fail("#16: toPrecision(11) gives " + num.toPrecision(11));

   106 }

   108 if (Infinity.toPrecision(1) != "Infinity") {

   109     fail("#17: Infinity.toPrecision(1) gives " + Infinity.toPrecision(1));

   110 }

   112 if (-Infinity.toPrecision(1) != "-Infinity") {

   113     fail("#18: -Infinity.toPrecision(1) gives " + -Infinity.toPrecision(1));

   114 }

   116 // checks for Number.prototype.toExponential

   118 if (num.toExponential(1) != "2.3e+1") {

   119     fail("#20: toExponential(1) gives " + num.toExponential(1));

   120 }

   122 if (num.toExponential(2) != "2.35e+1") {

   123     fail("#21: toExponential(2) gives " + num.toExponential(2));

   124 }

   126 if (num.toExponential(3) != "2.347e+1") {

   127     fail("#22: toExponential(3) gives " + num.toExponential(3));

   128 }

   130 if (num.toExponential(11) != "2.34718000000e+1") {

   131     fail("#23: toExponential(11) gives " + num.toExponential(11));

   132 }

   134 if (Infinity.toExponential(1) != "Infinity") {

   135     fail("#24: Infinity.toExponential(1) gives " + Infinity.toExponential(1));

   136 }

   138 if (-Infinity.toExponential(1) != "-Infinity") {

   139     fail("#25: -Infinity.toExponential(1) gives " + -Infinity.toExponential(1));

   140 }

   142 if (NaN.toExponential(1) != "NaN") {

   143     fail("#26: NaN.toExponential(1) gives " + NaN.toExponential(1));

   144 }

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