/* -*- Mode: C++; tab-width: 2; indent-tabs-mode: nil; c-basic-offset: 2 -*- */ /** * File Name: RegExp/hex-001.js * ECMA Section: 15.7.3.1 * Description: Based on ECMA 2 Draft 7 February 1999 * Positive test cases for constructing a RegExp object * Author: christine@netscape.com * Date: 19 February 1999 */ var SECTION = "RegExp/hex-001"; var VERSION = "ECMA_2"; var TITLE = "RegExp patterns that contain HexicdecimalEscapeSequences"; startTest(); // These examples come from 15.7.1, HexidecimalEscapeSequence AddRegExpCases( new RegExp("\x41"), "new RegExp('\\x41')", "A", "A", 1, 0, ["A"] ); AddRegExpCases( new RegExp("\x412"),"new RegExp('\\x412')", "A2", "A2", 1, 0, ["A2"] ); AddRegExpCases( new RegExp("\x1g"), "new RegExp('\\x1g')", "x1g","x1g", 1, 0, ["x1g"] ); AddRegExpCases( new RegExp("A"), "new RegExp('A')", "\x41", "\\x41", 1, 0, ["A"] ); AddRegExpCases( new RegExp("A"), "new RegExp('A')", "\x412", "\\x412", 1, 0, ["A"] ); AddRegExpCases( new RegExp("^x"), "new RegExp('^x')", "x412", "x412", 1, 0, ["x"]); AddRegExpCases( new RegExp("A"), "new RegExp('A')", "A2", "A2", 1, 0, ["A"] ); test(); function AddRegExpCases( regexp, str_regexp, pattern, str_pattern, length, index, matches_array ) { // prevent a runtime error if ( regexp.exec(pattern) == null || matches_array == null ) { AddTestCase( str_regexp + ".exec(" + pattern +")", matches_array, regexp.exec(pattern) ); return; } AddTestCase( str_regexp + ".exec(" + str_pattern +").length", length, regexp.exec(pattern).length ); AddTestCase( str_regexp + ".exec(" + str_pattern +").index", index, regexp.exec(pattern).index ); AddTestCase( str_regexp + ".exec(" + str_pattern +").input", pattern, regexp.exec(pattern).input ); for ( var matches = 0; matches < matches_array.length; matches++ ) { AddTestCase( str_regexp + ".exec(" + str_pattern +")[" + matches +"]", matches_array[matches], regexp.exec(pattern)[matches] ); } }