mirror of
https://github.com/SSCLI/sscli_20021101
synced 2026-06-08 12:28:57 +00:00
yallie
1464 lines
42 KiB
JavaScript
1464 lines
42 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 = 53818;
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var sCat = '';
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var regPat = "";
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var objExp = "";
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var m_scen = '';
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var strTest = "";
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var strTemp = "";
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var regExp = "";
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function verify(sCat1, sExp, sAct)
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{
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//this function makes sure sAct and sExp are equal
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if (sExp != sAct)
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apLogFailInfo( m_scen+(sCat1.length?"--"+sCat1:"")+" failed", sExp,sAct, "");
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}
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function verifyStringObj(sCat1, sExp, sAct)
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{
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//this function simply calls verify with the values of the string
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verify(sCat1, sExp.valueOf(), sAct.valueOf());
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}
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function ArrayEqual(sCat1, arrayExp, arrayAct)
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{var i;
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//Makes Sure that Arrays are equal
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if (arrayAct == null)
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verify(sCat1 + ' NULL Err', arrayExp, arrayAct);
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else if (arrayExp.length != arrayAct.length)
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verify(sCat1 + ' Array length', arrayExp.length, arrayAct.length);
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else
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{
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for (i in arrayExp)
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verify(sCat1 + ' index '+i, arrayExp[i], arrayAct[i]);
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}
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}
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function regVerify(sCat1, arrayReg, arrayAct)
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{
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var i;
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var expArray = new Array('','','','','','','','','');
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for (i in arrayReg)
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if (i < 10)
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expArray[i] = arrayReg[i];
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else
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break;
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for(i =0; i<9;i++)
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verify(sCat1 + ' RegExp.$'+ (i+1) +' ', expArray[i], eval('RegExp.$'+(i+1)));
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}
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function tsta31() {
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apInitTest("tsta31");
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m_scen = ('Test 17 mixedcase /(A)(B1\xFF)/');
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sCat = "/(A)(B1\xFF)/ ";
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apInitScenario(m_scen);
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regPat = /(A)(B1\xFF)/;
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objExp = true;
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regExp = new Array('A','B1\xFF');
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strTest = 'AB1\xFF';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = ' AB1\xFF';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = 'AB1\xFF ';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = 'AB1\xFF |';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = ' AB1\xFF ';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = ' AB1\xFF |';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = 'AB1 AB1\xFF';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = 'AB1 AB1\xFF';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = 'AB1AB1\xFF ';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = 'AB1 AB1\xFF |';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = 'AB1 AB1\xFF ';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = 'AB1 AB1\xFF |';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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m_scen = ('Test 18 Slightly more complex strings');
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strTest = 'AB1\xFF AB1 \xFF AB1mA\xFFA\\AB1mA';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = ' AB1\xFF AB1 \xFF AB1mA\xFFA\\AB1mA';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = 'AB1\xFF AB1 \xFF AB1mA\xFFA\\AB1mA ';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = '| AB1\xFF AB1 \xFF AB1mA\xFFA\\AB1mA|';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = '|AB1\xFF AB1 \xFF AB1mA\xFFA\\AB1mA |';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = '| AB1\xFF AB1 \xFF AB1mA\xFFA\\AB1mA';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = 'AB1\xFF AB1 \xFF AB1mA\xFFA\\AB1mA |';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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m_scen = ('Test 19 mixedcase tests /(A)(B1\xFF)/ multiples');
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strTest = 'AB1\xFF AB1\xFF';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = ' AB1\xFF AB1\xFF';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = 'AB1\xFF AB1\xFF ';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = 'AB1\xFF AB1\xFF |';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = ' AB1\xFF AB1\xFF ';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = ' AB1\xFF AB1\xFF |';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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m_scen = ('Test 20 Slightly more complex strings w/ multiple finds');
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strTest = 'AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = ' AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = 'AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA ';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = '| AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA|';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = '|AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA |';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = '| AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = 'AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA |';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = '| AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA |';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = 'AB1\xFF AB1\xFF AB1\xFFA\\AB1mA';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = ' AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = 'AB1\xFF AB1\xFF AB1\xFFA\\AB1mA ';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = '| AB1\xFF AB1\xFF AB1\xFFA\\AB1mA|';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = '|AB1\xFF AB1\xFF AB1\xFFA\\AB1mA |';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = '| AB1\xFF AB1\xFF AB1\xFFA\\AB1mA';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = 'AB1\xFF AB1\xFF AB1\xFFA\\AB1mA |';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = '| AB1\xFF AB1\xFF AB1\xFFA\\AB1mA |';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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m_scen = ('Test 21 mixedcase /((A)(B1\xFF))/');
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sCat = "/((A)(B1\xFF))/ ";
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apInitScenario(m_scen);
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regPat = /((A)(B1\xFF))/;
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objExp = true;
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regExp = new Array('AB1\xFF','A','B1\xFF');
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strTest = 'AB1\xFF';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = ' AB1\xFF';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = 'AB1\xFF ';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = 'AB1\xFF |';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = ' AB1\xFF ';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = ' AB1\xFF |';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = 'AB1 AB1\xFF';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = 'AB1 AB1\xFF';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = 'AB1AB1\xFF ';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = 'AB1 AB1\xFF |';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = 'AB1 AB1\xFF ';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = 'AB1 AB1\xFF |';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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m_scen = ('Test 22 Slightly more complex strings');
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strTest = 'AB1\xFF AB1 \xFF AB1mA\xFFA\\AB1mA';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = ' AB1\xFF AB1 \xFF AB1mA\xFFA\\AB1mA';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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strTest = 'AB1\xFF AB1 \xFF AB1mA\xFFA\\AB1mA ';
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ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
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@if (!@_fast)
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regVerify(sCat+strTest, regExp, regPat.test(strTest));
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@end
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|
|
strTest = '| AB1\xFF AB1 \xFF AB1mA\xFFA\\AB1mA|';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '|AB1\xFF AB1 \xFF AB1mA\xFFA\\AB1mA |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '| AB1\xFF AB1 \xFF AB1mA\xFFA\\AB1mA';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF AB1 \xFF AB1mA\xFFA\\AB1mA |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
|
|
m_scen = ('Test 23 mixedcase tests /((A)(B1\xFF))/ multiples');
|
|
|
|
strTest = 'AB1\xFF AB1\xFF';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = ' AB1\xFF AB1\xFF';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF AB1\xFF ';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF AB1\xFF |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = ' AB1\xFF AB1\xFF ';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = ' AB1\xFF AB1\xFF |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
|
|
m_scen = ('Test 24 Slightly more complex strings w/ multiple finds');
|
|
|
|
strTest = 'AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = ' AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA ';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '| AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA|';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '|AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '| AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '| AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
|
|
strTest = 'AB1\xFF AB1\xFF AB1\xFFA\\AB1mA';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = ' AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF AB1\xFF AB1\xFFA\\AB1mA ';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '| AB1\xFF AB1\xFF AB1\xFFA\\AB1mA|';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '|AB1\xFF AB1\xFF AB1\xFFA\\AB1mA |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '| AB1\xFF AB1\xFF AB1\xFFA\\AB1mA';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF AB1\xFF AB1\xFFA\\AB1mA |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '| AB1\xFF AB1\xFF AB1\xFFA\\AB1mA |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
|
|
m_scen = ('Test 25 mixedcase /(A)(B1)(\xFF)/');
|
|
|
|
sCat = "/(A)(B1)(\xFF)/ ";
|
|
apInitScenario(m_scen);
|
|
regPat = /(A)(B1)(\xFF)/;
|
|
objExp = true;
|
|
regExp = new Array('A', 'B1', '\xFF');
|
|
|
|
strTest = 'AB1\xFF';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = ' AB1\xFF';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF ';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = ' AB1\xFF ';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = ' AB1\xFF |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1 AB1\xFF';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1 AB1\xFF';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1AB1\xFF ';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1 AB1\xFF |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1 AB1\xFF ';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1 AB1\xFF |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
|
|
m_scen = ('Test 26 Slightly more complex strings');
|
|
|
|
strTest = 'AB1\xFF AB1 \xFF AB1mA\xFFA\\AB1mA';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = ' AB1\xFF AB1 \xFF AB1mA\xFFA\\AB1mA';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF AB1 \xFF AB1mA\xFFA\\AB1mA ';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '| AB1\xFF AB1 \xFF AB1mA\xFFA\\AB1mA|';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '|AB1\xFF AB1 \xFF AB1mA\xFFA\\AB1mA |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '| AB1\xFF AB1 \xFF AB1mA\xFFA\\AB1mA';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF AB1 \xFF AB1mA\xFFA\\AB1mA |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
|
|
m_scen = ('Test 27 mixedcase tests /(A)(B1)(\xFF)/ multiples');
|
|
|
|
strTest = 'AB1\xFF AB1\xFF';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = ' AB1\xFF AB1\xFF';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF AB1\xFF ';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF AB1\xFF |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = ' AB1\xFF AB1\xFF ';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = ' AB1\xFF AB1\xFF |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
|
|
m_scen = ('Test 28 Slightly more complex strings w/ multiple finds');
|
|
|
|
strTest = 'AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = ' AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA ';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '| AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA|';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '|AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '| AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '| AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
|
|
strTest = 'AB1\xFF AB1\xFF AB1\xFFA\\AB1mA';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = ' AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF AB1\xFF AB1\xFFA\\AB1mA ';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '| AB1\xFF AB1\xFF AB1\xFFA\\AB1mA|';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '|AB1\xFF AB1\xFF AB1\xFFA\\AB1mA |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '| AB1\xFF AB1\xFF AB1\xFFA\\AB1mA';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF AB1\xFF AB1\xFFA\\AB1mA |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '| AB1\xFF AB1\xFF AB1\xFFA\\AB1mA |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
|
|
m_scen = ('Test 29 mixedcase /((A)(B1)(\xFF))/');
|
|
|
|
sCat = "/((A)(B1)(\xFF))/ ";
|
|
apInitScenario(m_scen);
|
|
regPat = /((A)(B1)(\xFF))/;
|
|
objExp = true;
|
|
regExp = new Array('AB1\xFF','A','B1','\xFF');
|
|
|
|
strTest = 'AB1\xFF';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = ' AB1\xFF';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF ';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = ' AB1\xFF ';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = ' AB1\xFF |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1 AB1\xFF';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1 AB1\xFF';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1AB1\xFF ';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1 AB1\xFF |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1 AB1\xFF ';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1 AB1\xFF |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
|
|
m_scen = ('Test 30 Slightly more complex strings');
|
|
|
|
strTest = 'AB1\xFF AB1 \xFF AB1mA\xFFA\\AB1mA';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = ' AB1\xFF AB1 \xFF AB1mA\xFFA\\AB1mA';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF AB1 \xFF AB1mA\xFFA\\AB1mA ';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '| AB1\xFF AB1 \xFF AB1mA\xFFA\\AB1mA|';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '|AB1\xFF AB1 \xFF AB1mA\xFFA\\AB1mA |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '| AB1\xFF AB1 \xFF AB1mA\xFFA\\AB1mA';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF AB1 \xFF AB1mA\xFFA\\AB1mA |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
|
|
m_scen = ('Test 31 mixedcase tests /((A)(B1)(\xFF))/ multiples');
|
|
|
|
strTest = 'AB1\xFF AB1\xFF';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = ' AB1\xFF AB1\xFF';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF AB1\xFF ';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF AB1\xFF |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = ' AB1\xFF AB1\xFF ';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = ' AB1\xFF AB1\xFF |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
|
|
m_scen = ('Test 32 Slightly more complex strings w/ multiple finds');
|
|
|
|
strTest = 'AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = ' AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA ';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '| AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA|';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '|AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '| AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '| AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
|
|
strTest = 'AB1\xFF AB1\xFF AB1\xFFA\\AB1mA';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = ' AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF AB1\xFF AB1\xFFA\\AB1mA ';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '| AB1\xFF AB1\xFF AB1\xFFA\\AB1mA|';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '|AB1\xFF AB1\xFF AB1\xFFA\\AB1mA |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '| AB1\xFF AB1\xFF AB1\xFFA\\AB1mA';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF AB1\xFF AB1\xFFA\\AB1mA |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '| AB1\xFF AB1\xFF AB1\xFFA\\AB1mA |';
|
|
ArrayEqual(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
m_scen = ('Test 33 Failure Lowercase /A\001A\xFF/');
|
|
|
|
sCat = "/A\001A\xFF/ ";
|
|
apInitScenario(m_scen);
|
|
regPat = /A\001A\xFF/;
|
|
objExp = false;
|
|
//no new regExp due to spec of RegExp.$1-9
|
|
//this set of tests smakes sure that RegExp.$ keep original values
|
|
|
|
|
|
strTest = 'AB1\xFF';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = ' AB1\xFF';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF ';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF |';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = ' AB1\xFF ';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = ' AB1\xFF |';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1 AB1\xFF';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1 AB1\xFF';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1AB1\xFF ';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1 AB1\xFF |';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1 AB1\xFF ';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1 AB1\xFF |';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
m_scen = ('Test 34 Failure-Slightly more complex strings');
|
|
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = ' AB1\xFF AB1 \xFF AB1mA\xFFA\\AB1mA';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF AB1 \xFF AB1mA\xFFA\\AB1mA ';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '| AB1\xFF AB1 \xFF AB1mA\xFFA\\AB1mA|';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '|AB1\xFF AB1 \xFF AB1mA\xFFA\\AB1mA |';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '| AB1\xFF AB1 \xFF AB1mA\xFFA\\AB1mA';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF AB1 \xFF AB1mA\xFFA\\AB1mA |';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
|
|
m_scen = ('Test 35 Failure Lowercase tests /A\001A\xFF/ multiples');
|
|
|
|
strTest = 'AB1\xFF AB1\xFF';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = ' AB1\xFF AB1\xFF';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF AB1\xFF ';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF AB1\xFF |';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = ' AB1\xFF AB1\xFF ';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = ' AB1\xFF AB1\xFF |';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
m_scen = ('Test 36 Failure - Slightly more complex strings w/ multiple finds');
|
|
|
|
strTest = 'AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = ' AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA ';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '| AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA|';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '|AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA |';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '| AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA |';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '| AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA |';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF AB1\xFF AB1\xFFA\\AB1mA';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = ' AB1\xFF AB1\xFF AB1mA\xFFA\\AB1mA';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF AB1\xFF AB1\xFFA\\AB1mA ';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '| AB1\xFF AB1\xFF AB1\xFFA\\AB1mA|';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '|AB1\xFF AB1\xFF AB1\xFFA\\AB1mA |';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '| AB1\xFF AB1\xFF AB1\xFFA\\AB1mA';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = 'AB1\xFF AB1\xFF AB1\xFFA\\AB1mA |';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
|
|
strTest = '| AB1\xFF AB1\xFF AB1\xFFA\\AB1mA |';
|
|
verify(sCat+strTest, objExp, regPat.test(strTest));
|
|
@if (!@_fast)
|
|
regVerify(sCat+strTest, regExp, regPat.test(strTest));
|
|
@end
|
|
/*****************************************************************************/
|
|
apEndTest();
|
|
}
|
|
|
|
|
|
tsta31();
|
|
|
|
|
|
if(lFailCount >= 0) System.Environment.ExitCode = lFailCount;
|
|
else System.Environment.ExitCode = 1;
|
|
|
|
function apInitTest(stTestName) {
|
|
lFailCount = 0;
|
|
|
|
apGlobalObj = new Object();
|
|
apGlobalObj.apGetPlatform = function Funca() { return "Rotor" }
|
|
apGlobalObj.LangHost = function Funcb() { return 1033;}
|
|
apGlobalObj.apGetLangExt = function Funcc(num) { return "EN"; }
|
|
|
|
apPlatform = apGlobalObj.apGetPlatform();
|
|
var sVer = "1.0"; //navigator.appVersion.toUpperCase().charAt(navigator.appVersion.toUpperCase().indexOf("MSIE")+5);
|
|
apGlobalObj.apGetHost = function Funcp() { return "Rotor " + sVer; }
|
|
print ("apInitTest: " + stTestName);
|
|
}
|
|
|
|
function apInitScenario(stScenarioName) {print( "\tapInitScenario: " + stScenarioName);}
|
|
|
|
function apLogFailInfo(stMessage, stExpected, stActual, stBugNum) {
|
|
lFailCount = lFailCount + 1;
|
|
print ("***** FAILED:");
|
|
print ("\t\t" + stMessage);
|
|
print ("\t\tExpected: " + stExpected);
|
|
print ("\t\tActual: " + stActual);
|
|
}
|
|
|
|
function apGetLocale(){ return 1033; }
|
|
function apWriteDebug(s) { print("dbg ---> " + s) }
|
|
function apEndTest() {}
|