mirror of
https://github.com/SSCLI/sscli_20021101
synced 2026-06-08 12:28:57 +00:00
yallie
359 lines
11 KiB
JavaScript
359 lines
11 KiB
JavaScript
//# ==++==
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//#
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//#
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//# Copyright (c) 2002 Microsoft Corporation. All rights reserved.
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//#
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//# The use and distribution terms for this software are contained in the file
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//# named license.txt, which can be found in the root of this distribution.
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//# By using this software in any fashion, you are agreeing to be bound by the
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//# terms of this license.
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//#
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//# You must not remove this notice, or any other, from this software.
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//#
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//#
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//# ==--==
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//####################################################################################
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@cc_on
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import System;
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var NULL_DISPATCH = null;
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var apGlobalObj;
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var apPlatform;
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var lFailCount;
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var iTestID = 72446;
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//////////
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//
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// Test Case:
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//
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// strspl01: String.prototype.split - can take a string or a RegExp, and has an optional second parameter [limit]
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//
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// Author:
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//
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//////////
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//
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// Helper functions
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function verify(sAct, sExp, sMes){
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if (sAct != sExp)
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apLogFailInfo( "*** Scenario failed: "+sMes+" ", sExp, sAct, "");
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}
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//////////
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//
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// Global variables
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//
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var str1;
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var arr1;
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var arr2;
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var reg1;
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var iLargestNumber = 0xFFFFFFFF; // (2^32)-1
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var e;
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reg1 = new RegExp();
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function strspl01() {
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apInitTest("strspl01: String.prototype.split - can take a string or a RegExp, and has an optional second parameter [limit]");
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str1 = new String();
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str1 = "My dog has fleas.";
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e = new Error();
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apInitScenario("1 Zero arguments");
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arr1 = str1.split();
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verify (arr1, "My dog has fleas.", "1 Wrong result returned");
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apInitScenario("2 Limit == null");
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arr1 = str1.split(" ", null);
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verify (arr1.length, 4, "2.1 Wrong result returned");
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verify (arr1[0], "My", "2.2 Wrong result returned");
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verify (arr1[1], "dog", "2.3 Wrong result returned");
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verify (arr1[2], "has", "2.4 Wrong result returned");
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verify (arr1[3], "fleas.", "2.5 Wrong result returned");
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verify (arr1[4], undefined, "2.6 Wrong result returned");
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// cut/paste error during tc development
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apInitScenario("3 Limit == undefined");
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arr1 = str1.split(" ", undefined);
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verify (arr1.length, 4, "3.1 Wrong result returned");
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verify (arr1[0], "My", "3.2 Wrong result returned");
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verify (arr1[1], "dog", "3.3 Wrong result returned");
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verify (arr1[2], "has", "3.4 Wrong result returned");
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verify (arr1[3], "fleas.", "3.5 Wrong result returned");
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verify (arr1[4], undefined, "3.6 Wrong result returned");
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apInitScenario("4 Limit == 0");
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arr1 = str1.split(" ", 0);
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verify (arr1.length, 0, "4.1 Wrong result returned");
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apInitScenario("5 Limit == 1");
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arr1 = str1.split(" ", 1);
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verify (arr1.length, 1, "5.1 Wrong result returned");
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verify (arr1[0], "My", "5.2 Wrong result returned");
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verify (arr1[1], undefined, "5.3 Wrong result returned");
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apInitScenario("6 Limit == -1");
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arr1 = str1.split(" ", -1);
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verify (arr1.length, 4, "6.1 Wrong result returned");
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verify (arr1[0], "My", "6.2 Wrong result returned");
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verify (arr1[1], "dog", "6.3 Wrong result returned");
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verify (arr1[2], "has", "6.4 Wrong result returned");
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verify (arr1[3], "fleas.", "6.5 Wrong result returned");
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apInitScenario("7 Limit == large positive number");
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arr1 = str1.split(" ", Number.MAX_VALUE);
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verify (arr1.length, 4, "7.1 Wrong result returned - VS7");
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verify (arr1[0], "My", "7.2 Wrong result returned");
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verify (arr1[1], "dog", "7.3 Wrong result returned");
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verify (arr1[2], "has", "7.4 Wrong result returned");
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verify (arr1[3], "fleas.", "7.5 Wrong result returned");
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apInitScenario("8 Limit == large negative number");
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arr1 = str1.split(" ", Number.MIN_VALUE);
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verify (arr1.length, 0, "8.1 Wrong result returned");
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verify (arr1[0], undefined, "8.2 Wrong result returned");
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verify (arr1[1], undefined, "8.3 Wrong result returned");
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verify (arr1[2], undefined, "8.4 Wrong result returned");
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verify (arr1[3], undefined, "8.5 Wrong result returned");
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apInitScenario("9 Limit is float value");
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arr1 = str1.split(" ", 3.14159);
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verify (arr1.length, 3, "9.1 Wrong result returned");
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verify (arr1[0], "My", "9.2 Wrong result returned");
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verify (arr1[1], "dog", "9.3 Wrong result returned");
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verify (arr1[2], "has", "9.4 Wrong result returned");
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verify (arr1[3], undefined, "9.5 Wrong result returned");
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apInitScenario("10 Limit is empty string");
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try {
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arr1 = str1.split(" ", "");
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}
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catch(e) {
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verify (e.number, -2146828283, "10.1 Wrong error number returned");
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}
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apInitScenario("11 Limit is non-empty string of letters");
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e.number = 0;
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try {
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arr1 = str1.split(" ", "abc");
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}
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catch(e) {
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verify (e.number, -2146828283, "11.1 Wrong error number returned");
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}
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apInitScenario("12 Limit is non-empty string of numbers");
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e.number = 0;
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try {
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arr1 = str1.split(" ", "123");
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}
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catch(e) {
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verify (e.number, -2146828283, "12.1 Wrong error number returned");
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}
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apInitScenario("13 Limit is array");
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e.number = 0;
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arr2 = new Array(3,4,-5);
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try {
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arr1 = str1.split(" ", arr2);
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}
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catch(e) {
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verify (e.number, -2146828283, "13.1 Wrong error number returned");
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}
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apInitScenario("14 Limit is object");
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e.number = 0;
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arr2 = new Object();
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arr2.mem = -5;
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try {
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arr1 = str1.split(" ", arr2);
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}
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catch(e) {
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verify (e.number, -2146828283, "14.1 Wrong error number returned");
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}
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apInitScenario("15 No separator argument, limit argument");
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arr1 = str1.split(undefined, 3);
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verify (arr1.length, 1, "15.1 Wrong result returned");
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verify (arr1[0], "My dog has fleas.", "15.2 Wrong result returned");
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verify (arr1[1], undefined, "15.3 Wrong result returned");
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apInitScenario("16 Separator is null");
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arr1 = str1.split(null, 3);
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verify (arr1.length, 1, "16.1 Wrong result returned");
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verify (arr1[0], "My dog has fleas.", "16.2 Wrong result returned");
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verify (arr1[1], undefined, "16.3 Wrong result returned");
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apInitScenario("17 Separator is empty string");
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arr1 = str1.split("", 6);
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verify (arr1.length, 6, "17.1 Wrong result returned");
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verify (arr1[0], "M", "17.2 Wrong result returned");
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verify (arr1[1], "y", "17.3 Wrong result returned");
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verify (arr1[2], " ", "17.4 Wrong result returned");
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verify (arr1[3], "d", "17.5 Wrong result returned");
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verify (arr1[4], "o", "17.6 Wrong result returned");
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verify (arr1[5], "g", "17.7 Wrong result returned");
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verify (arr1[6], undefined, "17.8 Wrong result returned");
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apInitScenario("18 Separator is exactly equal to String");
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arr1 = str1.split("My dog has fleas.", 3);
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verify (arr1.length, 2, "18.1 Wrong result returned");
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verify (arr1[0], "", "18.2 Wrong result returned");
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verify (arr1[1], "", "18.3 Wrong result returned");
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verify (arr1[2], undefined, "18.4 Wrong result returned");
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apInitScenario("19 Separator is not found in String");
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arr1 = str1.split(",", 3);
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verify (arr1.length, 1, "19.1 Wrong result returned");
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verify (arr1[0], "My dog has fleas.", "19.2 Wrong result returned");
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verify (arr1[1], undefined, "19.3 Wrong result returned");
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apInitScenario("20 Separator matches beginning of String");
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arr1 = str1.split("My", 3);
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verify (arr1.length, 2, "20.1 Wrong result returned");
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verify (arr1[0], "", "20.2 Wrong result returned");
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verify (arr1[1], " dog has fleas.", "20.3 Wrong result returned");
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verify (arr1[2], undefined, "20.4 Wrong result returned");
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apInitScenario("21 Separator matches end of String");
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arr1 = str1.split(".", 3);
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verify (arr1.length, 2, "21.1 Wrong result returned");
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verify (arr1[0], "My dog has fleas", "21.2 Wrong result returned");
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verify (arr1[1], "", "21.3 Wrong result returned");
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verify (arr1[2], undefined, "21.4 Wrong result returned");
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apInitScenario("22 Separator is longer String which starts with calling string");
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arr1 = str1.split("My dog has fleas. Dogs hate cats.", 3);
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verify (arr1.length, 1, "22.1 Wrong result returned");
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verify (arr1[0], "My dog has fleas.", "22.2 Wrong result returned");
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verify (arr1[1], undefined, "22.3 Wrong result returned");
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apInitScenario("23 Separator is empty RegExp");
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reg1 = new RegExp("");
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arr1 = str1.split(reg1, 3);
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verify (arr1.length, 3, "23.1 Wrong result returned");
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// the following return value, (empty string in first array element) is correct,
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// since an empty regular expression will match the beginning of the string as
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// a valid match point
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verify (arr1[0], "M", "23.2 Wrong result returned");
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verify (arr1[1], "y", "23.3 Wrong result returned");
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verify (arr1[2], " ", "23.4 Wrong result returned");
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verify (arr1[3], undefined, "23.5 Wrong result returned");
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apInitScenario("24 Separator is RegExp exactly equal to String");
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str1 = "My dog has fleas.";
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reg1 = /My dog has fleas./;
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arr1 = str1.split(reg1, 3);
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verify (arr1.length, 0, "24.1 Wrong result returned");
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verify (arr1[0], undefined, "24.2 Wrong result returned");
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verify (arr1[1], undefined, "24.3 Wrong result returned");
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verify (arr1[2], undefined, "24.4 Wrong result returned");
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apInitScenario("25 Separator is RegExp which will match one String char");
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reg1 = / /;
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arr1 = str1.split(reg1, 3);
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verify (arr1.length, 3, "25.1 Wrong result returned");
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verify (arr1[0], "My", "25.2 Wrong result returned");
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verify (arr1[1], "dog", "25.3 Wrong result returned");
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verify (arr1[2], "has", "25.4 Wrong result returned");
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verify (arr1[3], undefined, "25.5 Wrong result returned");
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apInitScenario("26 Separator is RegExp which will match multiple String chars");
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reg1 = /\w+as/; // will match 'has' and 'fleas'
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arr1 = str1.split(reg1, 3);
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verify (arr1.length, 3, "26.1 Wrong result returned");
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verify (arr1[0], "My dog ", "26.2 Wrong result returned");
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verify (arr1[1], " ", "26.3 Wrong result returned");
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verify (arr1[2], ".", "26.4 Wrong result returned");
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verify (arr1[3], undefined, "26.5 Wrong result returned");
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apInitScenario("27 Separator is RegExp which won't match String");
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reg1 = /[0-9]/; // trying to match a digit
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arr1 = str1.split(reg1, 3);
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verify (arr1.length, 1, "27.1 Wrong result returned");
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verify (arr1[0], "My dog has fleas.", "27.2 Wrong result returned");
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verify (arr1[1], undefined, "27.3 Wrong result returned");
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apEndTest();
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}
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strspl01();
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if(lFailCount >= 0) System.Environment.ExitCode = lFailCount;
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else System.Environment.ExitCode = 1;
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function apInitTest(stTestName) {
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lFailCount = 0;
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apGlobalObj = new Object();
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apGlobalObj.apGetPlatform = function Funca() { return "Rotor" }
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apGlobalObj.LangHost = function Funcb() { return 1033;}
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apGlobalObj.apGetLangExt = function Funcc(num) { return "EN"; }
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apPlatform = apGlobalObj.apGetPlatform();
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var sVer = "1.0"; //navigator.appVersion.toUpperCase().charAt(navigator.appVersion.toUpperCase().indexOf("MSIE")+5);
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apGlobalObj.apGetHost = function Funcp() { return "Rotor " + sVer; }
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print ("apInitTest: " + stTestName);
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}
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function apInitScenario(stScenarioName) {print( "\tapInitScenario: " + stScenarioName);}
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function apLogFailInfo(stMessage, stExpected, stActual, stBugNum) {
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lFailCount = lFailCount + 1;
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print ("***** FAILED:");
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print ("\t\t" + stMessage);
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print ("\t\tExpected: " + stExpected);
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print ("\t\tActual: " + stActual);
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}
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function apGetLocale(){ return 1033; }
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function apWriteDebug(s) { print("dbg ---> " + s) }
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function apEndTest() {}
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