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Rhino is an open-source implementation of JavaScript written entirely in Java. It is typically embedded into Java applications to provide scripting to end users.

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/* -*- Mode: C++; tab-width: 2; indent-tabs-mode: nil; c-basic-offset: 2 -*- */
/* This Source Code Form is subject to the terms of the Mozilla Public
 * License, v. 2.0. If a copy of the MPL was not distributed with this
 * file, You can obtain one at http://mozilla.org/MPL/2.0/. */

gTestfile = 'octal-003.js';

/**
 *  File Name:          RegExp/octal-003.js
 *  ECMA Section:       15.7.1
 *  Description:        Based on ECMA 2 Draft 7 February 1999
 *  Simple test cases for matching OctalEscapeSequences.
 *  Author:             [email protected]
 *  Date:               19 February 1999
 *
 *  Revised:            02 August 2002
 *  Author:             [email protected]
 *
 *  WHY:  the original test expected the regexp /.\011/
 *        to match 'a' + String.fromCharCode(0) + '11'
 *
 *  This is incorrect: the string is a 4-character string consisting of
 *  the characters <'a'>, , <'1'>, <'1'>. By contrast, the \011 in the
 *  regexp should be parsed as a single token: it is the octal escape sequence
 *  for the horizontal tab character '\t' === '\u0009' === '\x09' === '\011'.
 *
 *  So the regexp consists of 2 characters: , <'\t'>.
 *  There is no match between the regexp and the string.
 *
 *  See the testcase ecma_3/RegExp/octal-002.js for an elaboration.
 *
 */
var SECTION = "RegExp/octal-003.js";
var VERSION = "ECMA_2";
var TITLE   = "RegExp patterns that contain OctalEscapeSequences";
var BUGNUMBER="http://scopus/bugsplat/show_bug.cgi?id=346132";

startTest();

AddRegExpCases( /.\011/, "/\\011/", "a" + String.fromCharCode(0) + "11", "a\\011", 0, null );

test();

function AddRegExpCases(
  regexp, str_regexp, pattern, str_pattern, index, matches_array ) {

  // prevent a runtime error

  if ( regexp.exec(pattern) == null || matches_array == null ) {
    AddTestCase(
      regexp + ".exec(" + str_pattern +")",
      matches_array,
      regexp.exec(pattern) );

    return;
  }
  AddTestCase(
    str_regexp + ".exec(" + str_pattern +").length",
    matches_array.length,
    regexp.exec(pattern).length );

  AddTestCase(
    str_regexp + ".exec(" + str_pattern +").index",
    index,
    regexp.exec(pattern).index );

  AddTestCase(
    str_regexp + ".exec(" + str_pattern +").input",
    escape(pattern),
    escape(regexp.exec(pattern).input) );

  AddTestCase(
    str_regexp + ".exec(" + str_pattern +").toString()",
    matches_array.toString(),
    escape(regexp.exec(pattern).toString()) );

  var limit = matches_array.length > regexp.exec(pattern).length
    ? matches_array.length
    : regexp.exec(pattern).length;

  for ( var matches = 0; matches < limit; matches++ ) {
    AddTestCase(
      str_regexp + ".exec(" + str_pattern +")[" + matches +"]",
      matches_array[matches],
      escape(regexp.exec(pattern)[matches]) );
  }

}