/* -*- Mode: C++; tab-width: 2; indent-tabs-mode: nil; c-basic-offset: 2 -*- */ /* ***** BEGIN LICENSE BLOCK ***** * Version: MPL 1.1/GPL 2.0/LGPL 2.1 * * The contents of this file are subject to the Mozilla Public License Version * 1.1 (the "License"); you may not use this file except in compliance with * the License. You may obtain a copy of the License at * http://www.mozilla.org/MPL/ * * Software distributed under the License is distributed on an "AS IS" basis, * WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License * for the specific language governing rights and limitations under the * License. * * The Original Code is Mozilla Communicator client code, released * March 31, 1998. * * The Initial Developer of the Original Code is * Netscape Communications Corporation. * Portions created by the Initial Developer are Copyright (C) 1998 * the Initial Developer. All Rights Reserved. * * Contributor(s): * * Alternatively, the contents of this file may be used under the terms of * either the GNU General Public License Version 2 or later (the "GPL"), or * the GNU Lesser General Public License Version 2.1 or later (the "LGPL"), * in which case the provisions of the GPL or the LGPL are applicable instead * of those above. If you wish to allow use of your version of this file only * under the terms of either the GPL or the LGPL, and not to allow others to * use your version of this file under the terms of the MPL, indicate your * decision by deleting the provisions above and replace them with the notice * and other provisions required by the GPL or the LGPL. If you do not delete * the provisions above, a recipient may use your version of this file under * the terms of any one of the MPL, the GPL or the LGPL. * * ***** END LICENSE BLOCK ***** */ /** File Name: 7.7.3.js ECMA Section: 7.7.3 Numeric Literals Description: A numeric literal stands for a value of the Number type This value is determined in two steps: first a mathematical value (MV) is derived from the literal; second, this mathematical value is rounded, ideally using IEEE 754 round-to-nearest mode, to a reprentable value of of the number type. Author: christine@netscape.com Date: 16 september 1997 */ var SECTION = "7.7.3"; var VERSION = "ECMA_1"; startTest(); var TITLE = "Numeric Literals"; writeHeaderToLog( SECTION + " "+ TITLE); new TestCase( SECTION, "0", 0, 0 ); new TestCase( SECTION, "1", 1, 1 ); new TestCase( SECTION, "2", 2, 2 ); new TestCase( SECTION, "3", 3, 3 ); new TestCase( SECTION, "4", 4, 4 ); new TestCase( SECTION, "5", 5, 5 ); new TestCase( SECTION, "6", 6, 6 ); new TestCase( SECTION, "7", 7, 7 ); new TestCase( SECTION, "8", 8, 8 ); new TestCase( SECTION, "9", 9, 9 ); new TestCase( SECTION, "0.", 0, 0. ); new TestCase( SECTION, "1.", 1, 1. ); new TestCase( SECTION, "2.", 2, 2. ); new TestCase( SECTION, "3.", 3, 3. ); new TestCase( SECTION, "4.", 4, 4. ); new TestCase( SECTION, "0.e0", 0, 0.e0 ); new TestCase( SECTION, "1.e1", 10, 1.e1 ); new TestCase( SECTION, "2.e2", 200, 2.e2 ); new TestCase( SECTION, "3.e3", 3000, 3.e3 ); new TestCase( SECTION, "4.e4", 40000, 4.e4 ); new TestCase( SECTION, "0.1e0", .1, 0.1e0 ); new TestCase( SECTION, "1.1e1", 11, 1.1e1 ); new TestCase( SECTION, "2.2e2", 220, 2.2e2 ); new TestCase( SECTION, "3.3e3", 3300, 3.3e3 ); new TestCase( SECTION, "4.4e4", 44000, 4.4e4 ); new TestCase( SECTION, ".1e0", .1, .1e0 ); new TestCase( SECTION, ".1e1", 1, .1e1 ); new TestCase( SECTION, ".2e2", 20, .2e2 ); new TestCase( SECTION, ".3e3", 300, .3e3 ); new TestCase( SECTION, ".4e4", 4000, .4e4 ); new TestCase( SECTION, "0e0", 0, 0e0 ); new TestCase( SECTION, "1e1", 10, 1e1 ); new TestCase( SECTION, "2e2", 200, 2e2 ); new TestCase( SECTION, "3e3", 3000, 3e3 ); new TestCase( SECTION, "4e4", 40000, 4e4 ); new TestCase( SECTION, "0e0", 0, 0e0 ); new TestCase( SECTION, "1e1", 10, 1e1 ); new TestCase( SECTION, "2e2", 200, 2e2 ); new TestCase( SECTION, "3e3", 3000, 3e3 ); new TestCase( SECTION, "4e4", 40000, 4e4 ); new TestCase( SECTION, "0E0", 0, 0E0 ); new TestCase( SECTION, "1E1", 10, 1E1 ); new TestCase( SECTION, "2E2", 200, 2E2 ); new TestCase( SECTION, "3E3", 3000, 3E3 ); new TestCase( SECTION, "4E4", 40000, 4E4 ); new TestCase( SECTION, "1.e-1", 0.1, 1.e-1 ); new TestCase( SECTION, "2.e-2", 0.02, 2.e-2 ); new TestCase( SECTION, "3.e-3", 0.003, 3.e-3 ); new TestCase( SECTION, "4.e-4", 0.0004, 4.e-4 ); new TestCase( SECTION, "0.1e-0", .1, 0.1e-0 ); new TestCase( SECTION, "1.1e-1", 0.11, 1.1e-1 ); new TestCase( SECTION, "2.2e-2", .022, 2.2e-2 ); new TestCase( SECTION, "3.3e-3", .0033, 3.3e-3 ); new TestCase( SECTION, "4.4e-4", .00044, 4.4e-4 ); new TestCase( SECTION, ".1e-0", .1, .1e-0 ); new TestCase( SECTION, ".1e-1", .01, .1e-1 ); new TestCase( SECTION, ".2e-2", .002, .2e-2 ); new TestCase( SECTION, ".3e-3", .0003, .3e-3 ); new TestCase( SECTION, ".4e-4", .00004, .4e-4 ); new TestCase( SECTION, "1.e+1", 10, 1.e+1 ); new TestCase( SECTION, "2.e+2", 200, 2.e+2 ); new TestCase( SECTION, "3.e+3", 3000, 3.e+3 ); new TestCase( SECTION, "4.e+4", 40000, 4.e+4 ); new TestCase( SECTION, "0.1e+0", .1, 0.1e+0 ); new TestCase( SECTION, "1.1e+1", 11, 1.1e+1 ); new TestCase( SECTION, "2.2e+2", 220, 2.2e+2 ); new TestCase( SECTION, "3.3e+3", 3300, 3.3e+3 ); new TestCase( SECTION, "4.4e+4", 44000, 4.4e+4 ); new TestCase( SECTION, ".1e+0", .1, .1e+0 ); new TestCase( SECTION, ".1e+1", 1, .1e+1 ); new TestCase( SECTION, ".2e+2", 20, .2e+2 ); new TestCase( SECTION, ".3e+3", 300, .3e+3 ); new TestCase( SECTION, ".4e+4", 4000, .4e+4 ); new TestCase( SECTION, "0x0", 0, 0x0 ); new TestCase( SECTION, "0x1", 1, 0x1 ); new TestCase( SECTION, "0x2", 2, 0x2 ); new TestCase( SECTION, "0x3", 3, 0x3 ); new TestCase( SECTION, "0x4", 4, 0x4 ); new TestCase( SECTION, "0x5", 5, 0x5 ); new TestCase( SECTION, "0x6", 6, 0x6 ); new TestCase( SECTION, "0x7", 7, 0x7 ); new TestCase( SECTION, "0x8", 8, 0x8 ); new TestCase( SECTION, "0x9", 9, 0x9 ); new TestCase( SECTION, "0xa", 10, 0xa ); new TestCase( SECTION, "0xb", 11, 0xb ); new TestCase( SECTION, "0xc", 12, 0xc ); new TestCase( SECTION, "0xd", 13, 0xd ); new TestCase( SECTION, "0xe", 14, 0xe ); new TestCase( SECTION, "0xf", 15, 0xf ); new TestCase( SECTION, "0X0", 0, 0X0 ); new TestCase( SECTION, "0X1", 1, 0X1 ); new TestCase( SECTION, "0X2", 2, 0X2 ); new TestCase( SECTION, "0X3", 3, 0X3 ); new TestCase( SECTION, "0X4", 4, 0X4 ); new TestCase( SECTION, "0X5", 5, 0X5 ); new TestCase( SECTION, "0X6", 6, 0X6 ); new TestCase( SECTION, "0X7", 7, 0X7 ); new TestCase( SECTION, "0X8", 8, 0X8 ); new TestCase( SECTION, "0X9", 9, 0X9 ); new TestCase( SECTION, "0Xa", 10, 0Xa ); new TestCase( SECTION, "0Xb", 11, 0Xb ); new TestCase( SECTION, "0Xc", 12, 0Xc ); new TestCase( SECTION, "0Xd", 13, 0Xd ); new TestCase( SECTION, "0Xe", 14, 0Xe ); new TestCase( SECTION, "0Xf", 15, 0Xf ); new TestCase( SECTION, "0x0", 0, 0x0 ); new TestCase( SECTION, "0x1", 1, 0x1 ); new TestCase( SECTION, "0x2", 2, 0x2 ); new TestCase( SECTION, "0x3", 3, 0x3 ); new TestCase( SECTION, "0x4", 4, 0x4 ); new TestCase( SECTION, "0x5", 5, 0x5 ); new TestCase( SECTION, "0x6", 6, 0x6 ); new TestCase( SECTION, "0x7", 7, 0x7 ); new TestCase( SECTION, "0x8", 8, 0x8 ); new TestCase( SECTION, "0x9", 9, 0x9 ); new TestCase( SECTION, "0xA", 10, 0xA ); new TestCase( SECTION, "0xB", 11, 0xB ); new TestCase( SECTION, "0xC", 12, 0xC ); new TestCase( SECTION, "0xD", 13, 0xD ); new TestCase( SECTION, "0xE", 14, 0xE ); new TestCase( SECTION, "0xF", 15, 0xF ); new TestCase( SECTION, "0X0", 0, 0X0 ); new TestCase( SECTION, "0X1", 1, 0X1 ); new TestCase( SECTION, "0X2", 2, 0X2 ); new TestCase( SECTION, "0X3", 3, 0X3 ); new TestCase( SECTION, "0X4", 4, 0X4 ); new TestCase( SECTION, "0X5", 5, 0X5 ); new TestCase( SECTION, "0X6", 6, 0X6 ); new TestCase( SECTION, "0X7", 7, 0X7 ); new TestCase( SECTION, "0X8", 8, 0X8 ); new TestCase( SECTION, "0X9", 9, 0X9 ); new TestCase( SECTION, "0XA", 10, 0XA ); new TestCase( SECTION, "0XB", 11, 0XB ); new TestCase( SECTION, "0XC", 12, 0XC ); new TestCase( SECTION, "0XD", 13, 0XD ); new TestCase( SECTION, "0XE", 14, 0XE ); new TestCase( SECTION, "0XF", 15, 0XF ); new TestCase( SECTION, "00", 0, 00 ); new TestCase( SECTION, "01", 1, 01 ); new TestCase( SECTION, "02", 2, 02 ); new TestCase( SECTION, "03", 3, 03 ); new TestCase( SECTION, "04", 4, 04 ); new TestCase( SECTION, "05", 5, 05 ); new TestCase( SECTION, "06", 6, 06 ); new TestCase( SECTION, "07", 7, 07 ); new TestCase( SECTION, "000", 0, 000 ); new TestCase( SECTION, "011", 9, 011 ); new TestCase( SECTION, "022", 18, 022 ); new TestCase( SECTION, "033", 27, 033 ); new TestCase( SECTION, "044", 36, 044 ); new TestCase( SECTION, "055", 45, 055 ); new TestCase( SECTION, "066", 54, 066 ); new TestCase( SECTION, "077", 63, 077 ); new TestCase( SECTION, "0.00000000001", 0.00000000001, 0.00000000001 ); new TestCase( SECTION, "0.00000000001e-2", 0.0000000000001, 0.00000000001e-2 ); new TestCase( SECTION, "123456789012345671.9999", "123456789012345660", 123456789012345671.9999 +""); new TestCase( SECTION, "123456789012345672", "123456789012345660", 123456789012345672 +""); new TestCase( SECTION, "123456789012345672.000000000000000000000000000", "123456789012345660", 123456789012345672.000000000000000000000000000 +""); new TestCase( SECTION, "123456789012345672.01", "123456789012345680", 123456789012345672.01 +""); new TestCase( SECTION, "123456789012345672.000000000000000000000000001+'' == 123456789012345680 || 123456789012345660", true, ( 123456789012345672.00000000000000000000000000 +"" == 1234567890 * 100000000 + 12345680 ) || ( 123456789012345672.00000000000000000000000000 +"" == 1234567890 * 100000000 + 12345660) ); new TestCase( SECTION, "123456789012345673", "123456789012345680", 123456789012345673 +"" ); new TestCase( SECTION, "-123456789012345671.9999", "-123456789012345660", -123456789012345671.9999 +"" ); new TestCase( SECTION, "-123456789012345672", "-123456789012345660", -123456789012345672+""); new TestCase( SECTION, "-123456789012345672.000000000000000000000000000", "-123456789012345660", -123456789012345672.000000000000000000000000000 +""); new TestCase( SECTION, "-123456789012345672.01", "-123456789012345680", -123456789012345672.01 +"" ); new TestCase( SECTION, "-123456789012345672.000000000000000000000000001 == -123456789012345680 or -123456789012345660", true, (-123456789012345672.000000000000000000000000001 +"" == -1234567890 * 100000000 -12345680) || (-123456789012345672.000000000000000000000000001 +"" == -1234567890 * 100000000 -12345660)); new TestCase( SECTION, -123456789012345673, "-123456789012345680", -123456789012345673 +""); new TestCase( SECTION, "12345678901234567890", "12345678901234567000", 12345678901234567890 +"" ); /* new TestCase( SECTION, "12345678901234567", "12345678901234567", 12345678901234567+"" ); new TestCase( SECTION, "123456789012345678", "123456789012345678", 123456789012345678+"" ); new TestCase( SECTION, "1234567890123456789", "1234567890123456789", 1234567890123456789+"" ); new TestCase( SECTION, "12345678901234567890", "12345678901234567890", 12345678901234567890+"" ); new TestCase( SECTION, "123456789012345678900", "123456789012345678900", 123456789012345678900+"" ); new TestCase( SECTION, "1234567890123456789000", "1234567890123456789000", 1234567890123456789000+"" ); */ new TestCase( SECTION, "0x1", 1, 0x1 ); new TestCase( SECTION, "0x10", 16, 0x10 ); new TestCase( SECTION, "0x100", 256, 0x100 ); new TestCase( SECTION, "0x1000", 4096, 0x1000 ); new TestCase( SECTION, "0x10000", 65536, 0x10000 ); new TestCase( SECTION, "0x100000", 1048576, 0x100000 ); new TestCase( SECTION, "0x1000000", 16777216, 0x1000000 ); new TestCase( SECTION, "0x10000000", 268435456, 0x10000000 ); /* new TestCase( SECTION, "0x100000000", 4294967296, 0x100000000 ); new TestCase( SECTION, "0x1000000000", 68719476736, 0x1000000000 ); new TestCase( SECTION, "0x10000000000", 1099511627776, 0x10000000000 ); */ test();