1.1 --- /dev/null	Thu Jan 01 00:00:00 1970 +0000
     1.2 +++ b/os/graphics/graphicsdeviceinterface/gdi/tgdi/TBiDi.cpp	Fri Jun 15 03:10:57 2012 +0200
     1.3 @@ -0,0 +1,10124 @@
     1.4 +// Copyright (c) 2003-2009 Nokia Corporation and/or its subsidiary(-ies).
     1.5 +// All rights reserved.
     1.6 +// This component and the accompanying materials are made available
     1.7 +// under the terms of "Eclipse Public License v1.0"
     1.8 +// which accompanies this distribution, and is available
     1.9 +// at the URL "http://www.eclipse.org/legal/epl-v10.html".
    1.10 +//
    1.11 +// Initial Contributors:
    1.12 +// Nokia Corporation - initial contribution.
    1.13 +//
    1.14 +// Contributors:
    1.15 +//
    1.16 +// Description:
    1.17 +//
    1.18 +
    1.19 +#include "BidiCompact.h"
    1.20 +#include "BidiVisual.h"
    1.21 +#include <s32mem.h>
    1.22 +#include <biditext.h>
    1.23 +#include <linebreak.h>
    1.24 +#include "TGraphicsContext.h"
    1.25 +#include "TBiDi.h"
    1.26 +
    1.27 +//
    1.28 +// Constants
    1.29 +//
    1.30 +static const TInt KBufferSize = 1024;
    1.31 +static const TInt KHalfBufferSize = KBufferSize/2;
    1.32 +static const TInt KQuarterBufferSize = KBufferSize/4;
    1.33 +static const TInt KThreeQuarterBufferSize = KQuarterBufferSize*3;
    1.34 +static const TInt KUnicodeNoSuchCharacter = 0xFFFF;
    1.35 +static const TInt KUnicodeLeftToRightMark = 0x200E;
    1.36 +static const TInt KUnicodeRightToLeftMark = 0x200F;
    1.37 +static const TInt KUnicodeLeftToRightEmbedding = 0x202A;
    1.38 +static const TInt KUnicodeRightToLeftEmbedding = 0x202B;
    1.39 +static const TInt KUnicodePopDirectionFormat = 0x202C;
    1.40 +static const TInt KUnicodeLeftToRightOverride = 0x202D;
    1.41 +static const TInt KUnicodeRightToLeftOverride = 0x202E;
    1.42 +static const TInt KUnicodeZeroWidthJoiner = 0x200D;
    1.43 +static const TInt KUnicodeSpace = 0x0020;
    1.44 +static const TInt KUnicodeLinebreak = 0x2028;
    1.45 +
    1.46 +const TText16 KAlef = 0x627;
    1.47 +//const TText16 KBeh = 0x628;
    1.48 +//const TText16  KTehMarbuta = 0x629;
    1.49 +const TText16  KTeh = 0x62A;
    1.50 +//const TText16  KTheh = 0x62B;
    1.51 +//const TText16  KJeem = 0x62C;
    1.52 +//const TText16  KHah = 0x62D;
    1.53 +//const TText16  KKhah = 0x62E;
    1.54 +//const TText16  KDal = 0x62F;
    1.55 +//const TText16  KThal = 0x630;
    1.56 +const TText16  KReh = 0x631;
    1.57 +//const TText16  KZain = 0x632;
    1.58 +//const TText16  KSeen = 0x633;
    1.59 +//const TText16  KSheen = 0x634;
    1.60 +//const TText16  KSad = 0x635;
    1.61 +//const TText16  KDad = 0x636;
    1.62 +//const TText16  KTah = 0x637;
    1.63 +//const TText16  KZah = 0x638;
    1.64 +//const TText16  KAin = 0x639;
    1.65 +//const TText16  KGhain = 0x63A;
    1.66 +const TText16  KFeh = 0x641;
    1.67 +//const TText16  KQaf = 0x642;
    1.68 +const TText16  KKaf = 0x643;
    1.69 +//const TText16  KLam = 0x644;
    1.70 +//const TText16  KMeem = 0x645;
    1.71 +const TText16  KNoon = 0x646;
    1.72 +//const TText16  KHeh = 0x647;
    1.73 +//const TText16  KWaw = 0x648;
    1.74 +//const TText16  KAlefMaksura = 0x649;
    1.75 +const TText16  KYeh = 0x64A;
    1.76 +const TText16 KEllipsis = 0x2026;
    1.77 +
    1.78 +// List of all glyphs that have mirrors as per Unicode 3.0.1
    1.79 +
    1.80 +_LIT(KMirrors,"\x28\x29\x3C\x3E\x5B\x5D\x7B\x7D\xAB\xBB\x2039\x203A\x2045\x2046"
    1.81 +L"\x207D\x207E\x208D\x208E\x2208\x2209\x220A\x220B\x220C\x220D\x223C\x223D\x2243"
    1.82 +L"\x2252\x2253\x2254\x2255\x2264\x2265\x2266\x2267\x2268\x2269\x226A\x226B\x226E"
    1.83 +L"\x226F\x2270\x2271\x2272\x2273\x2274\x2275\x2276\x2277\x2278\x2279\x227A\x227B"
    1.84 +L"\x227C\x227D\x227E\x227F\x2280\x2281\x2282\x2283\x2284\x2285\x2286\x2287\x2288"
    1.85 +L"\x2289\x228A\x228B\x228F\x2290\x2291\x2292\x22A2\x22A3\x22B0\x22B1\x22B2\x22B3"
    1.86 +L"\x22B4\x22B5\x22B6\x22B7\x22C9\x22CA\x22CB\x22CC\x22CD\x22D0\x22D1\x22D6\x22D7"
    1.87 +L"\x22D8\x22D9\x22DA\x22DB\x22DC\x22DD\x22DE\x22DF\x22E0\x22E1\x22E2\x22E3\x22E4"
    1.88 +L"\x22E5\x22E6\x22E7\x22E8\x22E9\x22EA\x22EB\x22EC\x22ED\x22F0\x22F1\x2308\x2309"
    1.89 +L"\x230A\x230B\x2329\x232A\x3008\x3009\x300A\x300B\x300C\x300D\x300E\x300F\x3010"
    1.90 +L"\x3011\x3014\x3015\x3016\x3017\x3018\x3019\x301A\x301B");
    1.91 +
    1.92 +// KMirrord()[Pos] is the mirror of KMirrors()[Pos]
    1.93 +
    1.94 +_LIT(KMirrord,"\x29\x28\x3E\x3C\x5D\x5B\x7D\x7B\xBB\xAB\x203A\x2039\x2046\x2045"
    1.95 +L"\x207E\x207D\x208E\x208D\x220B\x220C\x220D\x2208\x2209\x220A\x223D\x223C\x22CD"
    1.96 +L"\x2253\x2252\x2255\x2254\x2265\x2264\x2267\x2266\x2269\x2268\x226B\x226A\x226F"
    1.97 +L"\x226E\x2271\x2270\x2273\x2272\x2275\x2274\x2277\x2276\x2279\x2278\x227B\x227A"
    1.98 +L"\x227D\x227C\x227F\x227E\x2281\x2280\x2283\x2282\x2285\x2284\x2287\x2286\x2289"
    1.99 +L"\x2288\x228B\x228A\x2290\x228F\x2292\x2291\x22A3\x22A2\x22B1\x22B0\x22B3\x22B2"
   1.100 +L"\x22B5\x22B4\x22B7\x22B6\x22CA\x22C9\x22CC\x22CB\x2243\x22D1\x22D0\x22D7\x22D6"
   1.101 +L"\x22D9\x22D8\x22DB\x22DA\x22DD\x22DC\x22DF\x22DE\x22E1\x22E0\x22E3\x22E2\x22E5"
   1.102 +L"\x22E4\x22E7\x22E6\x22E9\x22E8\x22EB\x22EA\x22ED\x22EC\x22F1\x22F0\x2309\x2308"
   1.103 +L"\x230B\x230A\x232A\x2329\x3009\x3008\x300B\x300A\x300D\x300C\x300F\x300E\x3011"
   1.104 +L"\x3010\x3015\x3014\x3017\x3016\x3019\x3018\x301B\x301A");
   1.105 +
   1.106 +// This constant defines the Unicode characters in the "LeftToRight" (L) category.
   1.107 +// A conventional _LIT cannot be used here because of the Microsoft limit of 
   1.108 +// 2048 bytes for literal strings.
   1.109 +// Note: Remove all "mark" from this array, i.e, category = Mn, Mc or Me. That's
   1.110 +//       because a "mark" always follow its base character. This feature will
   1.111 +//       lead RLOLeftToRightTest() to fail.
   1.112 +// Note: Remove all unpaired surrogate.
   1.113 +static const TUint16 KLeftToRight[] = 
   1.114 +	{
   1.115 +	0x0041,0x0042,0x0043,0x0044,0x0045,0x0046,0x0047,0x0048,0x0049,0x004a,
   1.116 +	0x004b,0x004c,0x004d,0x004e,0x004f,0x0050,0x0051,0x0052,0x0053,0x0054,
   1.117 +	0x0055,0x0056,0x0057,0x0058,0x0059,0x005a,0x0061,0x0062,0x0063,0x0064,
   1.118 +	0x0065,0x0066,0x0067,0x0068,0x0069,0x006a,0x006b,0x006c,0x006d,0x006e,
   1.119 +	0x006f,0x0070,0x0071,0x0072,0x0073,0x0074,0x0075,0x0076,0x0077,0x0078,
   1.120 +	0x0079,0x007a,0x00aa,0x00b5,0x00ba,0x00c0,0x00c1,0x00c2,0x00c3,0x00c4,
   1.121 +	0x00c5,0x00c6,0x00c7,0x00c8,0x00c9,0x00ca,0x00cb,0x00cc,0x00cd,0x00ce,
   1.122 +	0x00cf,0x00d0,0x00d1,0x00d2,0x00d3,0x00d4,0x00d5,0x00d6,0x00d8,0x00d9,
   1.123 +	0x00da,0x00db,0x00dc,0x00dd,0x00de,0x00df,0x00e0,0x00e1,0x00e2,0x00e3,
   1.124 +	0x00e4,0x00e5,0x00e6,0x00e7,0x00e8,0x00e9,0x00ea,0x00eb,0x00ec,0x00ed,
   1.125 +	0x00ee,0x00ef,0x00f0,0x00f1,0x00f2,0x00f3,0x00f4,0x00f5,0x00f6,0x00f8,
   1.126 +	0x00f9,0x00fa,0x00fb,0x00fc,0x00fd,0x00fe,0x00ff,0x0100,0x0101,0x0102,
   1.127 +	0x0103,0x0104,0x0105,0x0106,0x0107,0x0108,0x0109,0x010a,0x010b,0x010c,
   1.128 +	0x010d,0x010e,0x010f,0x0110,0x0111,0x0112,0x0113,0x0114,0x0115,0x0116,
   1.129 +	0x0117,0x0118,0x0119,0x011a,0x011b,0x011c,0x011d,0x011e,0x011f,0x0120,
   1.130 +	0x0121,0x0122,0x0123,0x0124,0x0125,0x0126,0x0127,0x0128,0x0129,0x012a,
   1.131 +	0x012b,0x012c,0x012d,0x012e,0x012f,0x0130,0x0131,0x0132,0x0133,0x0134,
   1.132 +	0x0135,0x0136,0x0137,0x0138,0x0139,0x013a,0x013b,0x013c,0x013d,0x013e,
   1.133 +	0x013f,0x0140,0x0141,0x0142,0x0143,0x0144,0x0145,0x0146,0x0147,0x0148,
   1.134 +	0x0149,0x014a,0x014b,0x014c,0x014d,0x014e,0x014f,0x0150,0x0151,0x0152,
   1.135 +	0x0153,0x0154,0x0155,0x0156,0x0157,0x0158,0x0159,0x015a,0x015b,0x015c,
   1.136 +	0x015d,0x015e,0x015f,0x0160,0x0161,0x0162,0x0163,0x0164,0x0165,0x0166,
   1.137 +	0x0167,0x0168,0x0169,0x016a,0x016b,0x016c,0x016d,0x016e,0x016f,0x0170,
   1.138 +	0x0171,0x0172,0x0173,0x0174,0x0175,0x0176,0x0177,0x0178,0x0179,0x017a,
   1.139 +	0x017b,0x017c,0x017d,0x017e,0x017f,0x0180,0x0181,0x0182,0x0183,0x0184,
   1.140 +	0x0185,0x0186,0x0187,0x0188,0x0189,0x018a,0x018b,0x018c,0x018d,0x018e,
   1.141 +	0x018f,0x0190,0x0191,0x0192,0x0193,0x0194,0x0195,0x0196,0x0197,0x0198,
   1.142 +	0x0199,0x019a,0x019b,0x019c,0x019d,0x019e,0x019f,0x01a0,0x01a1,0x01a2,
   1.143 +	0x01a3,0x01a4,0x01a5,0x01a6,0x01a7,0x01a8,0x01a9,0x01aa,0x01ab,0x01ac,
   1.144 +	0x01ad,0x01ae,0x01af,0x01b0,0x01b1,0x01b2,0x01b3,0x01b4,0x01b5,0x01b6,
   1.145 +	0x01b7,0x01b8,0x01b9,0x01ba,0x01bb,0x01bc,0x01bd,0x01be,0x01bf,0x01c0,
   1.146 +	0x01c1,0x01c2,0x01c3,0x01c4,0x01c5,0x01c6,0x01c7,0x01c8,0x01c9,0x01ca,
   1.147 +	0x01cb,0x01cc,0x01cd,0x01ce,0x01cf,0x01d0,0x01d1,0x01d2,0x01d3,0x01d4,
   1.148 +	0x01d5,0x01d6,0x01d7,0x01d8,0x01d9,0x01da,0x01db,0x01dc,0x01dd,0x01de,
   1.149 +	0x01df,0x01e0,0x01e1,0x01e2,0x01e3,0x01e4,0x01e5,0x01e6,0x01e7,0x01e8,
   1.150 +	0x01e9,0x01ea,0x01eb,0x01ec,0x01ed,0x01ee,0x01ef,0x01f0,0x01f1,0x01f2,
   1.151 +	0x01f3,0x01f4,0x01f5,0x01f6,0x01f7,0x01f8,0x01f9,0x01fa,0x01fb,0x01fc,
   1.152 +	0x01fd,0x01fe,0x01ff,0x0200,0x0201,0x0202,0x0203,0x0204,0x0205,0x0206,
   1.153 +	0x0207,0x0208,0x0209,0x020a,0x020b,0x020c,0x020d,0x020e,0x020f,0x0210,
   1.154 +	0x0211,0x0212,0x0213,0x0214,0x0215,0x0216,0x0217,0x0218,0x0219,0x021a,
   1.155 +	0x021b,0x021c,0x021d,0x021e,0x021f,0x0220,0x0221,0x0222,0x0223,0x0224,
   1.156 +	0x0225,0x0226,0x0227,0x0228,0x0229,0x022a,0x022b,0x022c,0x022d,0x022e,
   1.157 +	0x022f,0x0230,0x0231,0x0232,0x0233,0x0234,0x0235,0x0236,0x0237,0x0238,
   1.158 +	0x0239,0x023a,0x023b,0x023c,0x023d,0x023e,0x023f,0x0240,0x0241,0x0242,
   1.159 +	0x0243,0x0244,0x0245,0x0246,0x0247,0x0248,0x0249,0x024a,0x024b,0x024c,
   1.160 +	0x024d,0x024e,0x024f,0x0250,0x0251,0x0252,0x0253,0x0254,0x0255,0x0256,
   1.161 +	0x0257,0x0258,0x0259,0x025a,0x025b,0x025c,0x025d,0x025e,0x025f,0x0260,
   1.162 +	0x0261,0x0262,0x0263,0x0264,0x0265,0x0266,0x0267,0x0268,0x0269,0x026a,
   1.163 +	0x026b,0x026c,0x026d,0x026e,0x026f,0x0270,0x0271,0x0272,0x0273,0x0274,
   1.164 +	0x0275,0x0276,0x0277,0x0278,0x0279,0x027a,0x027b,0x027c,0x027d,0x027e,
   1.165 +	0x027f,0x0280,0x0281,0x0282,0x0283,0x0284,0x0285,0x0286,0x0287,0x0288,
   1.166 +	0x0289,0x028a,0x028b,0x028c,0x028d,0x028e,0x028f,0x0290,0x0291,0x0292,
   1.167 +	0x0293,0x0294,0x0295,0x0296,0x0297,0x0298,0x0299,0x029a,0x029b,0x029c,
   1.168 +	0x029d,0x029e,0x029f,0x02a0,0x02a1,0x02a2,0x02a3,0x02a4,0x02a5,0x02a6,
   1.169 +	0x02a7,0x02a8,0x02a9,0x02aa,0x02ab,0x02ac,0x02ad,0x02ae,0x02af,0x02b0,
   1.170 +	0x02b1,0x02b2,0x02b3,0x02b4,0x02b5,0x02b6,0x02b7,0x02b8,0x02bb,0x02bc,
   1.171 +	0x02bd,0x02be,0x02bf,0x02c0,0x02c1,0x02d0,0x02d1,0x02e0,0x02e1,0x02e2,
   1.172 +	0x02e3,0x02e4,0x02ee,0x037a,0x037b,0x037c,0x037d,0x0386,0x0388,0x0389,
   1.173 +	0x038a,0x038c,0x038e,0x038f,0x0390,0x0391,0x0392,0x0393,0x0394,0x0395,
   1.174 +	0x0396,0x0397,0x0398,0x0399,0x039a,0x039b,0x039c,0x039d,0x039e,0x039f,
   1.175 +	0x03a0,0x03a1,0x03a3,0x03a4,0x03a5,0x03a6,0x03a7,0x03a8,0x03a9,0x03aa,
   1.176 +	0x03ab,0x03ac,0x03ad,0x03ae,0x03af,0x03b0,0x03b1,0x03b2,0x03b3,0x03b4,
   1.177 +	0x03b5,0x03b6,0x03b7,0x03b8,0x03b9,0x03ba,0x03bb,0x03bc,0x03bd,0x03be,
   1.178 +	0x03bf,0x03c0,0x03c1,0x03c2,0x03c3,0x03c4,0x03c5,0x03c6,0x03c7,0x03c8,
   1.179 +	0x03c9,0x03ca,0x03cb,0x03cc,0x03cd,0x03ce,0x03d0,0x03d1,0x03d2,0x03d3,
   1.180 +	0x03d4,0x03d5,0x03d6,0x03d7,0x03d8,0x03d9,0x03da,0x03db,0x03dc,0x03dd,
   1.181 +	0x03de,0x03df,0x03e0,0x03e1,0x03e2,0x03e3,0x03e4,0x03e5,0x03e6,0x03e7,
   1.182 +	0x03e8,0x03e9,0x03ea,0x03eb,0x03ec,0x03ed,0x03ee,0x03ef,0x03f0,0x03f1,
   1.183 +	0x03f2,0x03f3,0x03f4,0x03f5,0x03f7,0x03f8,0x03f9,0x03fa,0x03fb,0x03fc,
   1.184 +	0x03fd,0x03fe,0x03ff,0x0400,0x0401,0x0402,0x0403,0x0404,0x0405,0x0406,
   1.185 +	0x0407,0x0408,0x0409,0x040a,0x040b,0x040c,0x040d,0x040e,0x040f,0x0410,
   1.186 +	0x0411,0x0412,0x0413,0x0414,0x0415,0x0416,0x0417,0x0418,0x0419,0x041a,
   1.187 +	0x041b,0x041c,0x041d,0x041e,0x041f,0x0420,0x0421,0x0422,0x0423,0x0424,
   1.188 +	0x0425,0x0426,0x0427,0x0428,0x0429,0x042a,0x042b,0x042c,0x042d,0x042e,
   1.189 +	0x042f,0x0430,0x0431,0x0432,0x0433,0x0434,0x0435,0x0436,0x0437,0x0438,
   1.190 +	0x0439,0x043a,0x043b,0x043c,0x043d,0x043e,0x043f,0x0440,0x0441,0x0442,
   1.191 +	0x0443,0x0444,0x0445,0x0446,0x0447,0x0448,0x0449,0x044a,0x044b,0x044c,
   1.192 +	0x044d,0x044e,0x044f,0x0450,0x0451,0x0452,0x0453,0x0454,0x0455,0x0456,
   1.193 +	0x0457,0x0458,0x0459,0x045a,0x045b,0x045c,0x045d,0x045e,0x045f,0x0460,
   1.194 +	0x0461,0x0462,0x0463,0x0464,0x0465,0x0466,0x0467,0x0468,0x0469,0x046a,
   1.195 +	0x046b,0x046c,0x046d,0x046e,0x046f,0x0470,0x0471,0x0472,0x0473,0x0474,
   1.196 +	0x0475,0x0476,0x0477,0x0478,0x0479,0x047a,0x047b,0x047c,0x047d,0x047e,
   1.197 +	0x047f,0x0480,0x0481,0x0482,0x048a,0x048b,0x048c,0x048d,0x048e,0x048f,
   1.198 +	0x0490,0x0491,0x0492,0x0493,0x0494,0x0495,0x0496,0x0497,0x0498,0x0499,
   1.199 +	0x049a,0x049b,0x049c,0x049d,0x049e,0x049f,0x04a0,0x04a1,0x04a2,0x04a3,
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   1.703 +	0x3177,0x3178,0x3179,0x317a,0x317b,0x317c,0x317d,0x317e,0x317f,0x3180,
   1.704 +	0x3181,0x3182,0x3183,0x3184,0x3185,0x3186,0x3187,0x3188,0x3189,0x318a,
   1.705 +	0x318b,0x318c,0x318d,0x318e,0x3190,0x3191,0x3192,0x3193,0x3194,0x3195,
   1.706 +	0x3196,0x3197,0x3198,0x3199,0x319a,0x319b,0x319c,0x319d,0x319e,0x319f,
   1.707 +	0x31a0,0x31a1,0x31a2,0x31a3,0x31a4,0x31a5,0x31a6,0x31a7,0x31a8,0x31a9,
   1.708 +	0x31aa,0x31ab,0x31ac,0x31ad,0x31ae,0x31af,0x31b0,0x31b1,0x31b2,0x31b3,
   1.709 +	0x31b4,0x31b5,0x31b6,0x31b7,0x31f0,0x31f1,0x31f2,0x31f3,0x31f4,0x31f5,
   1.710 +	0x31f6,0x31f7,0x31f8,0x31f9,0x31fa,0x31fb,0x31fc,0x31fd,0x31fe,0x31ff,
   1.711 +	0x3200,0x3201,0x3202,0x3203,0x3204,0x3205,0x3206,0x3207,0x3208,0x3209,
   1.712 +	0x320a,0x320b,0x320c,0x320d,0x320e,0x320f,0x3210,0x3211,0x3212,0x3213,
   1.713 +	0x3214,0x3215,0x3216,0x3217,0x3218,0x3219,0x321a,0x321b,0x321c,0x3220,
   1.714 +	0x3221,0x3222,0x3223,0x3224,0x3225,0x3226,0x3227,0x3228,0x3229,0x322a,
   1.715 +	0x322b,0x322c,0x322d,0x322e,0x322f,0x3230,0x3231,0x3232,0x3233,0x3234,
   1.716 +	0x3235,0x3236,0x3237,0x3238,0x3239,0x323a,0x323b,0x323c,0x323d,0x323e,
   1.717 +	0x323f,0x3240,0x3241,0x3242,0x3243,0x3260,0x3261,0x3262,0x3263,0x3264,
   1.718 +	0x3265,0x3266,0x3267,0x3268,0x3269,0x326a,0x326b,0x326c,0x326d,0x326e,
   1.719 +	0x326f,0x3270,0x3271,0x3272,0x3273,0x3274,0x3275,0x3276,0x3277,0x3278,
   1.720 +	0x3279,0x327a,0x327b,0x327f,0x3280,0x3281,0x3282,0x3283,0x3284,0x3285,
   1.721 +	0x3286,0x3287,0x3288,0x3289,0x328a,0x328b,0x328c,0x328d,0x328e,0x328f,
   1.722 +	0x3290,0x3291,0x3292,0x3293,0x3294,0x3295,0x3296,0x3297,0x3298,0x3299,
   1.723 +	0x329a,0x329b,0x329c,0x329d,0x329e,0x329f,0x32a0,0x32a1,0x32a2,0x32a3,
   1.724 +	0x32a4,0x32a5,0x32a6,0x32a7,0x32a8,0x32a9,0x32aa,0x32ab,0x32ac,0x32ad,
   1.725 +	0x32ae,0x32af,0x32b0,0x32c0,0x32c1,0x32c2,0x32c3,0x32c4,0x32c5,0x32c6,
   1.726 +	0x32c7,0x32c8,0x32c9,0x32ca,0x32cb,0x32d0,0x32d1,0x32d2,0x32d3,0x32d4,
   1.727 +	0x32d5,0x32d6,0x32d7,0x32d8,0x32d9,0x32da,0x32db,0x32dc,0x32dd,0x32de,
   1.728 +	0x32df,0x32e0,0x32e1,0x32e2,0x32e3,0x32e4,0x32e5,0x32e6,0x32e7,0x32e8,
   1.729 +	0x32e9,0x32ea,0x32eb,0x32ec,0x32ed,0x32ee,0x32ef,0x32f0,0x32f1,0x32f2,
   1.730 +	0x32f3,0x32f4,0x32f5,0x32f6,0x32f7,0x32f8,0x32f9,0x32fa,0x32fb,0x32fc,
   1.731 +	0x32fd,0x32fe,0x3300,0x3301,0x3302,0x3303,0x3304,0x3305,0x3306,0x3307,
   1.732 +	0x3308,0x3309,0x330a,0x330b,0x330c,0x330d,0x330e,0x330f,0x3310,0x3311,
   1.733 +	0x3312,0x3313,0x3314,0x3315,0x3316,0x3317,0x3318,0x3319,0x331a,0x331b,
   1.734 +	0x331c,0x331d,0x331e,0x331f,0x3320,0x3321,0x3322,0x3323,0x3324,0x3325,
   1.735 +	0x3326,0x3327,0x3328,0x3329,0x332a,0x332b,0x332c,0x332d,0x332e,0x332f,
   1.736 +	0x3330,0x3331,0x3332,0x3333,0x3334,0x3335,0x3336,0x3337,0x3338,0x3339,
   1.737 +	0x333a,0x333b,0x333c,0x333d,0x333e,0x333f,0x3340,0x3341,0x3342,0x3343,
   1.738 +	0x3344,0x3345,0x3346,0x3347,0x3348,0x3349,0x334a,0x334b,0x334c,0x334d,
   1.739 +	0x334e,0x334f,0x3350,0x3351,0x3352,0x3353,0x3354,0x3355,0x3356,0x3357,
   1.740 +	0x3358,0x3359,0x335a,0x335b,0x335c,0x335d,0x335e,0x335f,0x3360,0x3361,
   1.741 +	0x3362,0x3363,0x3364,0x3365,0x3366,0x3367,0x3368,0x3369,0x336a,0x336b,
   1.742 +	0x336c,0x336d,0x336e,0x336f,0x3370,0x3371,0x3372,0x3373,0x3374,0x3375,
   1.743 +	0x3376,0x337b,0x337c,0x337d,0x337e,0x337f,0x3380,0x3381,0x3382,0x3383,
   1.744 +	0x3384,0x3385,0x3386,0x3387,0x3388,0x3389,0x338a,0x338b,0x338c,0x338d,
   1.745 +	0x338e,0x338f,0x3390,0x3391,0x3392,0x3393,0x3394,0x3395,0x3396,0x3397,
   1.746 +	0x3398,0x3399,0x339a,0x339b,0x339c,0x339d,0x339e,0x339f,0x33a0,0x33a1,
   1.747 +	0x33a2,0x33a3,0x33a4,0x33a5,0x33a6,0x33a7,0x33a8,0x33a9,0x33aa,0x33ab,
   1.748 +	0x33ac,0x33ad,0x33ae,0x33af,0x33b0,0x33b1,0x33b2,0x33b3,0x33b4,0x33b5,
   1.749 +	0x33b6,0x33b7,0x33b8,0x33b9,0x33ba,0x33bb,0x33bc,0x33bd,0x33be,0x33bf,
   1.750 +	0x33c0,0x33c1,0x33c2,0x33c3,0x33c4,0x33c5,0x33c6,0x33c7,0x33c8,0x33c9,
   1.751 +	0x33ca,0x33cb,0x33cc,0x33cd,0x33ce,0x33cf,0x33d0,0x33d1,0x33d2,0x33d3,
   1.752 +	0x33d4,0x33d5,0x33d6,0x33d7,0x33d8,0x33d9,0x33da,0x33db,0x33dc,0x33dd,
   1.753 +	0x33e0,0x33e1,0x33e2,0x33e3,0x33e4,0x33e5,0x33e6,0x33e7,0x33e8,0x33e9,
   1.754 +	0x33ea,0x33eb,0x33ec,0x33ed,0x33ee,0x33ef,0x33f0,0x33f1,0x33f2,0x33f3,
   1.755 +	0x33f4,0x33f5,0x33f6,0x33f7,0x33f8,0x33f9,0x33fa,0x33fb,0x33fc,0x33fd,
   1.756 +	0x33fe,0x3400,0x4db5,0x4e00,0x9fbb,0xa000,0xa001,0xa002,0xa003,0xa004,
   1.757 +	0xa005,0xa006,0xa007,0xa008,0xa009,0xa00a,0xa00b,0xa00c,0xa00d,0xa00e,
   1.758 +	0xa00f,0xa010,0xa011,0xa012,0xa013,0xa014,0xa015,0xa016,0xa017,0xa018,
   1.759 +	0xa019,0xa01a,0xa01b,0xa01c,0xa01d,0xa01e,0xa01f,0xa020,0xa021,0xa022,
   1.760 +	0xa023,0xa024,0xa025,0xa026,0xa027,0xa028,0xa029,0xa02a,0xa02b,0xa02c,
   1.761 +	0xa02d,0xa02e,0xa02f,0xa030,0xa031,0xa032,0xa033,0xa034,0xa035,0xa036,
   1.762 +	0xa037,0xa038,0xa039,0xa03a,0xa03b,0xa03c,0xa03d,0xa03e,0xa03f,0xa040,
   1.763 +	0xa041,0xa042,0xa043,0xa044,0xa045,0xa046,0xa047,0xa048,0xa049,0xa04a,
   1.764 +	0xa04b,0xa04c,0xa04d,0xa04e,0xa04f,0xa050,0xa051,0xa052,0xa053,0xa054,
   1.765 +	0xa055,0xa056,0xa057,0xa058,0xa059,0xa05a,0xa05b,0xa05c,0xa05d,0xa05e,
   1.766 +	0xa05f,0xa060,0xa061,0xa062,0xa063,0xa064,0xa065,0xa066,0xa067,0xa068,
   1.767 +	0xa069,0xa06a,0xa06b,0xa06c,0xa06d,0xa06e,0xa06f,0xa070,0xa071,0xa072,
   1.768 +	0xa073,0xa074,0xa075,0xa076,0xa077,0xa078,0xa079,0xa07a,0xa07b,0xa07c,
   1.769 +	0xa07d,0xa07e,0xa07f,0xa080,0xa081,0xa082,0xa083,0xa084,0xa085,0xa086,
   1.770 +	0xa087,0xa088,0xa089,0xa08a,0xa08b,0xa08c,0xa08d,0xa08e,0xa08f,0xa090,
   1.771 +	0xa091,0xa092,0xa093,0xa094,0xa095,0xa096,0xa097,0xa098,0xa099,0xa09a,
   1.772 +	0xa09b,0xa09c,0xa09d,0xa09e,0xa09f,0xa0a0,0xa0a1,0xa0a2,0xa0a3,0xa0a4,
   1.773 +	0xa0a5,0xa0a6,0xa0a7,0xa0a8,0xa0a9,0xa0aa,0xa0ab,0xa0ac,0xa0ad,0xa0ae,
   1.774 +	0xa0af,0xa0b0,0xa0b1,0xa0b2,0xa0b3,0xa0b4,0xa0b5,0xa0b6,0xa0b7,0xa0b8,
   1.775 +	0xa0b9,0xa0ba,0xa0bb,0xa0bc,0xa0bd,0xa0be,0xa0bf,0xa0c0,0xa0c1,0xa0c2,
   1.776 +	0xa0c3,0xa0c4,0xa0c5,0xa0c6,0xa0c7,0xa0c8,0xa0c9,0xa0ca,0xa0cb,0xa0cc,
   1.777 +	0xa0cd,0xa0ce,0xa0cf,0xa0d0,0xa0d1,0xa0d2,0xa0d3,0xa0d4,0xa0d5,0xa0d6,
   1.778 +	0xa0d7,0xa0d8,0xa0d9,0xa0da,0xa0db,0xa0dc,0xa0dd,0xa0de,0xa0df,0xa0e0,
   1.779 +	0xa0e1,0xa0e2,0xa0e3,0xa0e4,0xa0e5,0xa0e6,0xa0e7,0xa0e8,0xa0e9,0xa0ea,
   1.780 +	0xa0eb,0xa0ec,0xa0ed,0xa0ee,0xa0ef,0xa0f0,0xa0f1,0xa0f2,0xa0f3,0xa0f4,
   1.781 +	0xa0f5,0xa0f6,0xa0f7,0xa0f8,0xa0f9,0xa0fa,0xa0fb,0xa0fc,0xa0fd,0xa0fe,
   1.782 +	0xa0ff,0xa100,0xa101,0xa102,0xa103,0xa104,0xa105,0xa106,0xa107,0xa108,
   1.783 +	0xa109,0xa10a,0xa10b,0xa10c,0xa10d,0xa10e,0xa10f,0xa110,0xa111,0xa112,
   1.784 +	0xa113,0xa114,0xa115,0xa116,0xa117,0xa118,0xa119,0xa11a,0xa11b,0xa11c,
   1.785 +	0xa11d,0xa11e,0xa11f,0xa120,0xa121,0xa122,0xa123,0xa124,0xa125,0xa126,
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   1.787 +	0xa131,0xa132,0xa133,0xa134,0xa135,0xa136,0xa137,0xa138,0xa139,0xa13a,
   1.788 +	0xa13b,0xa13c,0xa13d,0xa13e,0xa13f,0xa140,0xa141,0xa142,0xa143,0xa144,
   1.789 +	0xa145,0xa146,0xa147,0xa148,0xa149,0xa14a,0xa14b,0xa14c,0xa14d,0xa14e,
   1.790 +	0xa14f,0xa150,0xa151,0xa152,0xa153,0xa154,0xa155,0xa156,0xa157,0xa158,
   1.791 +	0xa159,0xa15a,0xa15b,0xa15c,0xa15d,0xa15e,0xa15f,0xa160,0xa161,0xa162,
   1.792 +	0xa163,0xa164,0xa165,0xa166,0xa167,0xa168,0xa169,0xa16a,0xa16b,0xa16c,
   1.793 +	0xa16d,0xa16e,0xa16f,0xa170,0xa171,0xa172,0xa173,0xa174,0xa175,0xa176,
   1.794 +	0xa177,0xa178,0xa179,0xa17a,0xa17b,0xa17c,0xa17d,0xa17e,0xa17f,0xa180,
   1.795 +	0xa181,0xa182,0xa183,0xa184,0xa185,0xa186,0xa187,0xa188,0xa189,0xa18a,
   1.796 +	0xa18b,0xa18c,0xa18d,0xa18e,0xa18f,0xa190,0xa191,0xa192,0xa193,0xa194,
   1.797 +	0xa195,0xa196,0xa197,0xa198,0xa199,0xa19a,0xa19b,0xa19c,0xa19d,0xa19e,
   1.798 +	0xa19f,0xa1a0,0xa1a1,0xa1a2,0xa1a3,0xa1a4,0xa1a5,0xa1a6,0xa1a7,0xa1a8,
   1.799 +	0xa1a9,0xa1aa,0xa1ab,0xa1ac,0xa1ad,0xa1ae,0xa1af,0xa1b0,0xa1b1,0xa1b2,
   1.800 +	0xa1b3,0xa1b4,0xa1b5,0xa1b6,0xa1b7,0xa1b8,0xa1b9,0xa1ba,0xa1bb,0xa1bc,
   1.801 +	0xa1bd,0xa1be,0xa1bf,0xa1c0,0xa1c1,0xa1c2,0xa1c3,0xa1c4,0xa1c5,0xa1c6,
   1.802 +	0xa1c7,0xa1c8,0xa1c9,0xa1ca,0xa1cb,0xa1cc,0xa1cd,0xa1ce,0xa1cf,0xa1d0,
   1.803 +	0xa1d1,0xa1d2,0xa1d3,0xa1d4,0xa1d5,0xa1d6,0xa1d7,0xa1d8,0xa1d9,0xa1da,
   1.804 +	0xa1db,0xa1dc,0xa1dd,0xa1de,0xa1df,0xa1e0,0xa1e1,0xa1e2,0xa1e3,0xa1e4,
   1.805 +	0xa1e5,0xa1e6,0xa1e7,0xa1e8,0xa1e9,0xa1ea,0xa1eb,0xa1ec,0xa1ed,0xa1ee,
   1.806 +	0xa1ef,0xa1f0,0xa1f1,0xa1f2,0xa1f3,0xa1f4,0xa1f5,0xa1f6,0xa1f7,0xa1f8,
   1.807 +	0xa1f9,0xa1fa,0xa1fb,0xa1fc,0xa1fd,0xa1fe,0xa1ff,0xa200,0xa201,0xa202,
   1.808 +	0xa203,0xa204,0xa205,0xa206,0xa207,0xa208,0xa209,0xa20a,0xa20b,0xa20c,
   1.809 +	0xa20d,0xa20e,0xa20f,0xa210,0xa211,0xa212,0xa213,0xa214,0xa215,0xa216,
   1.810 +	0xa217,0xa218,0xa219,0xa21a,0xa21b,0xa21c,0xa21d,0xa21e,0xa21f,0xa220,
   1.811 +	0xa221,0xa222,0xa223,0xa224,0xa225,0xa226,0xa227,0xa228,0xa229,0xa22a,
   1.812 +	0xa22b,0xa22c,0xa22d,0xa22e,0xa22f,0xa230,0xa231,0xa232,0xa233,0xa234,
   1.813 +	0xa235,0xa236,0xa237,0xa238,0xa239,0xa23a,0xa23b,0xa23c,0xa23d,0xa23e,
   1.814 +	0xa23f,0xa240,0xa241,0xa242,0xa243,0xa244,0xa245,0xa246,0xa247,0xa248,
   1.815 +	0xa249,0xa24a,0xa24b,0xa24c,0xa24d,0xa24e,0xa24f,0xa250,0xa251,0xa252,
   1.816 +	0xa253,0xa254,0xa255,0xa256,0xa257,0xa258,0xa259,0xa25a,0xa25b,0xa25c,
   1.817 +	0xa25d,0xa25e,0xa25f,0xa260,0xa261,0xa262,0xa263,0xa264,0xa265,0xa266,
   1.818 +	0xa267,0xa268,0xa269,0xa26a,0xa26b,0xa26c,0xa26d,0xa26e,0xa26f,0xa270,
   1.819 +	0xa271,0xa272,0xa273,0xa274,0xa275,0xa276,0xa277,0xa278,0xa279,0xa27a,
   1.820 +	0xa27b,0xa27c,0xa27d,0xa27e,0xa27f,0xa280,0xa281,0xa282,0xa283,0xa284,
   1.821 +	0xa285,0xa286,0xa287,0xa288,0xa289,0xa28a,0xa28b,0xa28c,0xa28d,0xa28e,
   1.822 +	0xa28f,0xa290,0xa291,0xa292,0xa293,0xa294,0xa295,0xa296,0xa297,0xa298,
   1.823 +	0xa299,0xa29a,0xa29b,0xa29c,0xa29d,0xa29e,0xa29f,0xa2a0,0xa2a1,0xa2a2,
   1.824 +	0xa2a3,0xa2a4,0xa2a5,0xa2a6,0xa2a7,0xa2a8,0xa2a9,0xa2aa,0xa2ab,0xa2ac,
   1.825 +	0xa2ad,0xa2ae,0xa2af,0xa2b0,0xa2b1,0xa2b2,0xa2b3,0xa2b4,0xa2b5,0xa2b6,
   1.826 +	0xa2b7,0xa2b8,0xa2b9,0xa2ba,0xa2bb,0xa2bc,0xa2bd,0xa2be,0xa2bf,0xa2c0,
   1.827 +	0xa2c1,0xa2c2,0xa2c3,0xa2c4,0xa2c5,0xa2c6,0xa2c7,0xa2c8,0xa2c9,0xa2ca,
   1.828 +	0xa2cb,0xa2cc,0xa2cd,0xa2ce,0xa2cf,0xa2d0,0xa2d1,0xa2d2,0xa2d3,0xa2d4,
   1.829 +	0xa2d5,0xa2d6,0xa2d7,0xa2d8,0xa2d9,0xa2da,0xa2db,0xa2dc,0xa2dd,0xa2de,
   1.830 +	0xa2df,0xa2e0,0xa2e1,0xa2e2,0xa2e3,0xa2e4,0xa2e5,0xa2e6,0xa2e7,0xa2e8,
   1.831 +	0xa2e9,0xa2ea,0xa2eb,0xa2ec,0xa2ed,0xa2ee,0xa2ef,0xa2f0,0xa2f1,0xa2f2,
   1.832 +	0xa2f3,0xa2f4,0xa2f5,0xa2f6,0xa2f7,0xa2f8,0xa2f9,0xa2fa,0xa2fb,0xa2fc,
   1.833 +	0xa2fd,0xa2fe,0xa2ff,0xa300,0xa301,0xa302,0xa303,0xa304,0xa305,0xa306,
   1.834 +	0xa307,0xa308,0xa309,0xa30a,0xa30b,0xa30c,0xa30d,0xa30e,0xa30f,0xa310,
   1.835 +	0xa311,0xa312,0xa313,0xa314,0xa315,0xa316,0xa317,0xa318,0xa319,0xa31a,
   1.836 +	0xa31b,0xa31c,0xa31d,0xa31e,0xa31f,0xa320,0xa321,0xa322,0xa323,0xa324,
   1.837 +	0xa325,0xa326,0xa327,0xa328,0xa329,0xa32a,0xa32b,0xa32c,0xa32d,0xa32e,
   1.838 +	0xa32f,0xa330,0xa331,0xa332,0xa333,0xa334,0xa335,0xa336,0xa337,0xa338,
   1.839 +	0xa339,0xa33a,0xa33b,0xa33c,0xa33d,0xa33e,0xa33f,0xa340,0xa341,0xa342,
   1.840 +	0xa343,0xa344,0xa345,0xa346,0xa347,0xa348,0xa349,0xa34a,0xa34b,0xa34c,
   1.841 +	0xa34d,0xa34e,0xa34f,0xa350,0xa351,0xa352,0xa353,0xa354,0xa355,0xa356,
   1.842 +	0xa357,0xa358,0xa359,0xa35a,0xa35b,0xa35c,0xa35d,0xa35e,0xa35f,0xa360,
   1.843 +	0xa361,0xa362,0xa363,0xa364,0xa365,0xa366,0xa367,0xa368,0xa369,0xa36a,
   1.844 +	0xa36b,0xa36c,0xa36d,0xa36e,0xa36f,0xa370,0xa371,0xa372,0xa373,0xa374,
   1.845 +	0xa375,0xa376,0xa377,0xa378,0xa379,0xa37a,0xa37b,0xa37c,0xa37d,0xa37e,
   1.846 +	0xa37f,0xa380,0xa381,0xa382,0xa383,0xa384,0xa385,0xa386,0xa387,0xa388,
   1.847 +	0xa389,0xa38a,0xa38b,0xa38c,0xa38d,0xa38e,0xa38f,0xa390,0xa391,0xa392,
   1.848 +	0xa393,0xa394,0xa395,0xa396,0xa397,0xa398,0xa399,0xa39a,0xa39b,0xa39c,
   1.849 +	0xa39d,0xa39e,0xa39f,0xa3a0,0xa3a1,0xa3a2,0xa3a3,0xa3a4,0xa3a5,0xa3a6,
   1.850 +	0xa3a7,0xa3a8,0xa3a9,0xa3aa,0xa3ab,0xa3ac,0xa3ad,0xa3ae,0xa3af,0xa3b0,
   1.851 +	0xa3b1,0xa3b2,0xa3b3,0xa3b4,0xa3b5,0xa3b6,0xa3b7,0xa3b8,0xa3b9,0xa3ba,
   1.852 +	0xa3bb,0xa3bc,0xa3bd,0xa3be,0xa3bf,0xa3c0,0xa3c1,0xa3c2,0xa3c3,0xa3c4,
   1.853 +	0xa3c5,0xa3c6,0xa3c7,0xa3c8,0xa3c9,0xa3ca,0xa3cb,0xa3cc,0xa3cd,0xa3ce,
   1.854 +	0xa3cf,0xa3d0,0xa3d1,0xa3d2,0xa3d3,0xa3d4,0xa3d5,0xa3d6,0xa3d7,0xa3d8,
   1.855 +	0xa3d9,0xa3da,0xa3db,0xa3dc,0xa3dd,0xa3de,0xa3df,0xa3e0,0xa3e1,0xa3e2,
   1.856 +	0xa3e3,0xa3e4,0xa3e5,0xa3e6,0xa3e7,0xa3e8,0xa3e9,0xa3ea,0xa3eb,0xa3ec,
   1.857 +	0xa3ed,0xa3ee,0xa3ef,0xa3f0,0xa3f1,0xa3f2,0xa3f3,0xa3f4,0xa3f5,0xa3f6,
   1.858 +	0xa3f7,0xa3f8,0xa3f9,0xa3fa,0xa3fb,0xa3fc,0xa3fd,0xa3fe,0xa3ff,0xa400,
   1.859 +	0xa401,0xa402,0xa403,0xa404,0xa405,0xa406,0xa407,0xa408,0xa409,0xa40a,
   1.860 +	0xa40b,0xa40c,0xa40d,0xa40e,0xa40f,0xa410,0xa411,0xa412,0xa413,0xa414,
   1.861 +	0xa415,0xa416,0xa417,0xa418,0xa419,0xa41a,0xa41b,0xa41c,0xa41d,0xa41e,
   1.862 +	0xa41f,0xa420,0xa421,0xa422,0xa423,0xa424,0xa425,0xa426,0xa427,0xa428,
   1.863 +	0xa429,0xa42a,0xa42b,0xa42c,0xa42d,0xa42e,0xa42f,0xa430,0xa431,0xa432,
   1.864 +	0xa433,0xa434,0xa435,0xa436,0xa437,0xa438,0xa439,0xa43a,0xa43b,0xa43c,
   1.865 +	0xa43d,0xa43e,0xa43f,0xa440,0xa441,0xa442,0xa443,0xa444,0xa445,0xa446,
   1.866 +	0xa447,0xa448,0xa449,0xa44a,0xa44b,0xa44c,0xa44d,0xa44e,0xa44f,0xa450,
   1.867 +	0xa451,0xa452,0xa453,0xa454,0xa455,0xa456,0xa457,0xa458,0xa459,0xa45a,
   1.868 +	0xa45b,0xa45c,0xa45d,0xa45e,0xa45f,0xa460,0xa461,0xa462,0xa463,0xa464,
   1.869 +	0xa465,0xa466,0xa467,0xa468,0xa469,0xa46a,0xa46b,0xa46c,0xa46d,0xa46e,
   1.870 +	0xa46f,0xa470,0xa471,0xa472,0xa473,0xa474,0xa475,0xa476,0xa477,0xa478,
   1.871 +	0xa479,0xa47a,0xa47b,0xa47c,0xa47d,0xa47e,0xa47f,0xa480,0xa481,0xa482,
   1.872 +	0xa483,0xa484,0xa485,0xa486,0xa487,0xa488,0xa489,0xa48a,0xa48b,0xa48c,
   1.873 +	0xa800,0xa801,0xa803,0xa804,0xa805,0xa807,0xa808,0xa809,0xa80a,0xa80c,
   1.874 +	0xa80d,0xa80e,0xa80f,0xa810,0xa811,0xa812,0xa813,0xa814,0xa815,0xa816,
   1.875 +	0xa817,0xa818,0xa819,0xa81a,0xa81b,0xa81c,0xa81d,0xa81e,0xa81f,0xa820,
   1.876 +	0xa821,0xa822,0xa840,0xa841,0xa842,0xa843,0xa844,0xa845,0xa846,0xa847,
   1.877 +	0xa848,0xa849,0xa84a,0xa84b,0xa84c,0xa84d,0xa84e,0xa84f,0xa850,0xa851,
   1.878 +	0xa852,0xa853,0xa854,0xa855,0xa856,0xa857,0xa858,0xa859,0xa85a,0xa85b,
   1.879 +	0xa85c,0xa85d,0xa85e,0xa85f,0xa860,0xa861,0xa862,0xa863,0xa864,0xa865,
   1.880 +	0xa866,0xa867,0xa868,0xa869,0xa86a,0xa86b,0xa86c,0xa86d,0xa86e,0xa86f,
   1.881 +	0xa870,0xa871,0xa872,0xa873,0xac00,0xd7a3,0xe000,0xf8ff,0xf900,0xf901,
   1.882 +	0xf902,0xf903,0xf904,0xf905,0xf906,0xf907,0xf908,0xf909,0xf90a,0xf90b,
   1.883 +	0xf90c,0xf90d,0xf90e,0xf90f,0xf910,0xf911,0xf912,0xf913,0xf914,0xf915,
   1.884 +	0xf916,0xf917,0xf918,0xf919,0xf91a,0xf91b,0xf91c,0xf91d,0xf91e,0xf91f,
   1.885 +	0xf920,0xf921,0xf922,0xf923,0xf924,0xf925,0xf926,0xf927,0xf928,0xf929,
   1.886 +	0xf92a,0xf92b,0xf92c,0xf92d,0xf92e,0xf92f,0xf930,0xf931,0xf932,0xf933,
   1.887 +	0xf934,0xf935,0xf936,0xf937,0xf938,0xf939,0xf93a,0xf93b,0xf93c,0xf93d,
   1.888 +	0xf93e,0xf93f,0xf940,0xf941,0xf942,0xf943,0xf944,0xf945,0xf946,0xf947,
   1.889 +	0xf948,0xf949,0xf94a,0xf94b,0xf94c,0xf94d,0xf94e,0xf94f,0xf950,0xf951,
   1.890 +	0xf952,0xf953,0xf954,0xf955,0xf956,0xf957,0xf958,0xf959,0xf95a,0xf95b,
   1.891 +	0xf95c,0xf95d,0xf95e,0xf95f,0xf960,0xf961,0xf962,0xf963,0xf964,0xf965,
   1.892 +	0xf966,0xf967,0xf968,0xf969,0xf96a,0xf96b,0xf96c,0xf96d,0xf96e,0xf96f,
   1.893 +	0xf970,0xf971,0xf972,0xf973,0xf974,0xf975,0xf976,0xf977,0xf978,0xf979,
   1.894 +	0xf97a,0xf97b,0xf97c,0xf97d,0xf97e,0xf97f,0xf980,0xf981,0xf982,0xf983,
   1.895 +	0xf984,0xf985,0xf986,0xf987,0xf988,0xf989,0xf98a,0xf98b,0xf98c,0xf98d,
   1.896 +	0xf98e,0xf98f,0xf990,0xf991,0xf992,0xf993,0xf994,0xf995,0xf996,0xf997,
   1.897 +	0xf998,0xf999,0xf99a,0xf99b,0xf99c,0xf99d,0xf99e,0xf99f,0xf9a0,0xf9a1,
   1.898 +	0xf9a2,0xf9a3,0xf9a4,0xf9a5,0xf9a6,0xf9a7,0xf9a8,0xf9a9,0xf9aa,0xf9ab,
   1.899 +	0xf9ac,0xf9ad,0xf9ae,0xf9af,0xf9b0,0xf9b1,0xf9b2,0xf9b3,0xf9b4,0xf9b5,
   1.900 +	0xf9b6,0xf9b7,0xf9b8,0xf9b9,0xf9ba,0xf9bb,0xf9bc,0xf9bd,0xf9be,0xf9bf,
   1.901 +	0xf9c0,0xf9c1,0xf9c2,0xf9c3,0xf9c4,0xf9c5,0xf9c6,0xf9c7,0xf9c8,0xf9c9,
   1.902 +	0xf9ca,0xf9cb,0xf9cc,0xf9cd,0xf9ce,0xf9cf,0xf9d0,0xf9d1,0xf9d2,0xf9d3,
   1.903 +	0xf9d4,0xf9d5,0xf9d6,0xf9d7,0xf9d8,0xf9d9,0xf9da,0xf9db,0xf9dc,0xf9dd,
   1.904 +	0xf9de,0xf9df,0xf9e0,0xf9e1,0xf9e2,0xf9e3,0xf9e4,0xf9e5,0xf9e6,0xf9e7,
   1.905 +	0xf9e8,0xf9e9,0xf9ea,0xf9eb,0xf9ec,0xf9ed,0xf9ee,0xf9ef,0xf9f0,0xf9f1,
   1.906 +	0xf9f2,0xf9f3,0xf9f4,0xf9f5,0xf9f6,0xf9f7,0xf9f8,0xf9f9,0xf9fa,0xf9fb,
   1.907 +	0xf9fc,0xf9fd,0xf9fe,0xf9ff,0xfa00,0xfa01,0xfa02,0xfa03,0xfa04,0xfa05,
   1.908 +	0xfa06,0xfa07,0xfa08,0xfa09,0xfa0a,0xfa0b,0xfa0c,0xfa0d,0xfa0e,0xfa0f,
   1.909 +	0xfa10,0xfa11,0xfa12,0xfa13,0xfa14,0xfa15,0xfa16,0xfa17,0xfa18,0xfa19,
   1.910 +	0xfa1a,0xfa1b,0xfa1c,0xfa1d,0xfa1e,0xfa1f,0xfa20,0xfa21,0xfa22,0xfa23,
   1.911 +	0xfa24,0xfa25,0xfa26,0xfa27,0xfa28,0xfa29,0xfa2a,0xfa2b,0xfa2c,0xfa2d,
   1.912 +	0xfa30,0xfa31,0xfa32,0xfa33,0xfa34,0xfa35,0xfa36,0xfa37,0xfa38,0xfa39,
   1.913 +	0xfa3a,0xfa3b,0xfa3c,0xfa3d,0xfa3e,0xfa3f,0xfa40,0xfa41,0xfa42,0xfa43,
   1.914 +	0xfa44,0xfa45,0xfa46,0xfa47,0xfa48,0xfa49,0xfa4a,0xfa4b,0xfa4c,0xfa4d,
   1.915 +	0xfa4e,0xfa4f,0xfa50,0xfa51,0xfa52,0xfa53,0xfa54,0xfa55,0xfa56,0xfa57,
   1.916 +	0xfa58,0xfa59,0xfa5a,0xfa5b,0xfa5c,0xfa5d,0xfa5e,0xfa5f,0xfa60,0xfa61,
   1.917 +	0xfa62,0xfa63,0xfa64,0xfa65,0xfa66,0xfa67,0xfa68,0xfa69,0xfa6a,0xfa70,
   1.918 +	0xfa71,0xfa72,0xfa73,0xfa74,0xfa75,0xfa76,0xfa77,0xfa78,0xfa79,0xfa7a,
   1.919 +	0xfa7b,0xfa7c,0xfa7d,0xfa7e,0xfa7f,0xfa80,0xfa81,0xfa82,0xfa83,0xfa84,
   1.920 +	0xfa85,0xfa86,0xfa87,0xfa88,0xfa89,0xfa8a,0xfa8b,0xfa8c,0xfa8d,0xfa8e,
   1.921 +	0xfa8f,0xfa90,0xfa91,0xfa92,0xfa93,0xfa94,0xfa95,0xfa96,0xfa97,0xfa98,
   1.922 +	0xfa99,0xfa9a,0xfa9b,0xfa9c,0xfa9d,0xfa9e,0xfa9f,0xfaa0,0xfaa1,0xfaa2,
   1.923 +	0xfaa3,0xfaa4,0xfaa5,0xfaa6,0xfaa7,0xfaa8,0xfaa9,0xfaaa,0xfaab,0xfaac,
   1.924 +	0xfaad,0xfaae,0xfaaf,0xfab0,0xfab1,0xfab2,0xfab3,0xfab4,0xfab5,0xfab6,
   1.925 +	0xfab7,0xfab8,0xfab9,0xfaba,0xfabb,0xfabc,0xfabd,0xfabe,0xfabf,0xfac0,
   1.926 +	0xfac1,0xfac2,0xfac3,0xfac4,0xfac5,0xfac6,0xfac7,0xfac8,0xfac9,0xfaca,
   1.927 +	0xfacb,0xfacc,0xfacd,0xface,0xfacf,0xfad0,0xfad1,0xfad2,0xfad3,0xfad4,
   1.928 +	0xfad5,0xfad6,0xfad7,0xfad8,0xfad9,0xfb00,0xfb01,0xfb02,0xfb03,0xfb04,
   1.929 +	0xfb05,0xfb06,0xfb13,0xfb14,0xfb15,0xfb16,0xfb17,0xff21,0xff22,0xff23,
   1.930 +	0xff24,0xff25,0xff26,0xff27,0xff28,0xff29,0xff2a,0xff2b,0xff2c,0xff2d,
   1.931 +	0xff2e,0xff2f,0xff30,0xff31,0xff32,0xff33,0xff34,0xff35,0xff36,0xff37,
   1.932 +	0xff38,0xff39,0xff3a,0xff41,0xff42,0xff43,0xff44,0xff45,0xff46,0xff47,
   1.933 +	0xff48,0xff49,0xff4a,0xff4b,0xff4c,0xff4d,0xff4e,0xff4f,0xff50,0xff51,
   1.934 +	0xff52,0xff53,0xff54,0xff55,0xff56,0xff57,0xff58,0xff59,0xff5a,0xff66,
   1.935 +	0xff67,0xff68,0xff69,0xff6a,0xff6b,0xff6c,0xff6d,0xff6e,0xff6f,0xff70,
   1.936 +	0xff71,0xff72,0xff73,0xff74,0xff75,0xff76,0xff77,0xff78,0xff79,0xff7a,
   1.937 +	0xff7b,0xff7c,0xff7d,0xff7e,0xff7f,0xff80,0xff81,0xff82,0xff83,0xff84,
   1.938 +	0xff85,0xff86,0xff87,0xff88,0xff89,0xff8a,0xff8b,0xff8c,0xff8d,0xff8e,
   1.939 +	0xff8f,0xff90,0xff91,0xff92,0xff93,0xff94,0xff95,0xff96,0xff97,0xff98,
   1.940 +	0xff99,0xff9a,0xff9b,0xff9c,0xff9d,0xff9e,0xff9f,0xffa0,0xffa1,0xffa2,
   1.941 +	0xffa3,0xffa4,0xffa5,0xffa6,0xffa7,0xffa8,0xffa9,0xffaa,0xffab,0xffac,
   1.942 +	0xffad,0xffae,0xffaf,0xffb0,0xffb1,0xffb2,0xffb3,0xffb4,0xffb5,0xffb6,
   1.943 +	0xffb7,0xffb8,0xffb9,0xffba,0xffbb,0xffbc,0xffbd,0xffbe,0xffc2,0xffc3,
   1.944 +	0xffc4,0xffc5,0xffc6,0xffc7,0xffca,0xffcb,0xffcc,0xffcd,0xffce,0xffcf,
   1.945 +	0xffd2,0xffd3,0xffd4,0xffd5,0xffd6,0xffd7,0xffda,0xffdb,0xffdc,
   1.946 +	0xd800,0xdc00,0xd800,0xdc01,0xd800,0xdc02,0xd800,0xdc03,0xd800,0xdc04,
   1.947 +	0xd800,0xdc05,0xd800,0xdc06,0xd800,0xdc07,0xd800,0xdc08,0xd800,0xdc09,
   1.948 +	0xd800,0xdc0a,0xd800,0xdc0b,0xd800,0xdc0d,0xd800,0xdc0e,0xd800,0xdc0f,
   1.949 +	0xd800,0xdc10,0xd800,0xdc11,0xd800,0xdc12,0xd800,0xdc13,0xd800,0xdc14,
   1.950 +	0xd800,0xdc15,0xd800,0xdc16,0xd800,0xdc17,0xd800,0xdc18,0xd800,0xdc19,
   1.951 +	0xd800,0xdc1a,0xd800,0xdc1b,0xd800,0xdc1c,0xd800,0xdc1d,0xd800,0xdc1e,
   1.952 +	0xd800,0xdc1f,0xd800,0xdc20,0xd800,0xdc21,0xd800,0xdc22,0xd800,0xdc23,
   1.953 +	0xd800,0xdc24,0xd800,0xdc25,0xd800,0xdc26,0xd800,0xdc28,0xd800,0xdc29,
   1.954 +	0xd800,0xdc2a,0xd800,0xdc2b,0xd800,0xdc2c,0xd800,0xdc2d,0xd800,0xdc2e,
   1.955 +	0xd800,0xdc2f,0xd800,0xdc30,0xd800,0xdc31,0xd800,0xdc32,0xd800,0xdc33,
   1.956 +	0xd800,0xdc34,0xd800,0xdc35,0xd800,0xdc36,0xd800,0xdc37,0xd800,0xdc38,
   1.957 +	0xd800,0xdc39,0xd800,0xdc3a,0xd800,0xdc3c,0xd800,0xdc3d,0xd800,0xdc3f,
   1.958 +	0xd800,0xdc40,0xd800,0xdc41,0xd800,0xdc42,0xd800,0xdc43,0xd800,0xdc44,
   1.959 +	0xd800,0xdc45,0xd800,0xdc46,0xd800,0xdc47,0xd800,0xdc48,0xd800,0xdc49,
   1.960 +	0xd800,0xdc4a,0xd800,0xdc4b,0xd800,0xdc4c,0xd800,0xdc4d,0xd800,0xdc50,
   1.961 +	0xd800,0xdc51,0xd800,0xdc52,0xd800,0xdc53,0xd800,0xdc54,0xd800,0xdc55,
   1.962 +	0xd800,0xdc56,0xd800,0xdc57,0xd800,0xdc58,0xd800,0xdc59,0xd800,0xdc5a,
   1.963 +	0xd800,0xdc5b,0xd800,0xdc5c,0xd800,0xdc5d,0xd800,0xdc80,0xd800,0xdc81,
   1.964 +	0xd800,0xdc82,0xd800,0xdc83,0xd800,0xdc84,0xd800,0xdc85,0xd800,0xdc86,
   1.965 +	0xd800,0xdc87,0xd800,0xdc88,0xd800,0xdc89,0xd800,0xdc8a,0xd800,0xdc8b,
   1.966 +	0xd800,0xdc8c,0xd800,0xdc8d,0xd800,0xdc8e,0xd800,0xdc8f,0xd800,0xdc90,
   1.967 +	0xd800,0xdc91,0xd800,0xdc92,0xd800,0xdc93,0xd800,0xdc94,0xd800,0xdc95,
   1.968 +	0xd800,0xdc96,0xd800,0xdc97,0xd800,0xdc98,0xd800,0xdc99,0xd800,0xdc9a,
   1.969 +	0xd800,0xdc9b,0xd800,0xdc9c,0xd800,0xdc9d,0xd800,0xdc9e,0xd800,0xdc9f,
   1.970 +	0xd800,0xdca0,0xd800,0xdca1,0xd800,0xdca2,0xd800,0xdca3,0xd800,0xdca4,
   1.971 +	0xd800,0xdca5,0xd800,0xdca6,0xd800,0xdca7,0xd800,0xdca8,0xd800,0xdca9,
   1.972 +	0xd800,0xdcaa,0xd800,0xdcab,0xd800,0xdcac,0xd800,0xdcad,0xd800,0xdcae,
   1.973 +	0xd800,0xdcaf,0xd800,0xdcb0,0xd800,0xdcb1,0xd800,0xdcb2,0xd800,0xdcb3,
   1.974 +	0xd800,0xdcb4,0xd800,0xdcb5,0xd800,0xdcb6,0xd800,0xdcb7,0xd800,0xdcb8,
   1.975 +	0xd800,0xdcb9,0xd800,0xdcba,0xd800,0xdcbb,0xd800,0xdcbc,0xd800,0xdcbd,
   1.976 +	0xd800,0xdcbe,0xd800,0xdcbf,0xd800,0xdcc0,0xd800,0xdcc1,0xd800,0xdcc2,
   1.977 +	0xd800,0xdcc3,0xd800,0xdcc4,0xd800,0xdcc5,0xd800,0xdcc6,0xd800,0xdcc7,
   1.978 +	0xd800,0xdcc8,0xd800,0xdcc9,0xd800,0xdcca,0xd800,0xdccb,0xd800,0xdccc,
   1.979 +	0xd800,0xdccd,0xd800,0xdcce,0xd800,0xdccf,0xd800,0xdcd0,0xd800,0xdcd1,
   1.980 +	0xd800,0xdcd2,0xd800,0xdcd3,0xd800,0xdcd4,0xd800,0xdcd5,0xd800,0xdcd6,
   1.981 +	0xd800,0xdcd7,0xd800,0xdcd8,0xd800,0xdcd9,0xd800,0xdcda,0xd800,0xdcdb,
   1.982 +	0xd800,0xdcdc,0xd800,0xdcdd,0xd800,0xdcde,0xd800,0xdcdf,0xd800,0xdce0,
   1.983 +	0xd800,0xdce1,0xd800,0xdce2,0xd800,0xdce3,0xd800,0xdce4,0xd800,0xdce5,
   1.984 +	0xd800,0xdce6,0xd800,0xdce7,0xd800,0xdce8,0xd800,0xdce9,0xd800,0xdcea,
   1.985 +	0xd800,0xdceb,0xd800,0xdcec,0xd800,0xdced,0xd800,0xdcee,0xd800,0xdcef,
   1.986 +	0xd800,0xdcf0,0xd800,0xdcf1,0xd800,0xdcf2,0xd800,0xdcf3,0xd800,0xdcf4,
   1.987 +	0xd800,0xdcf5,0xd800,0xdcf6,0xd800,0xdcf7,0xd800,0xdcf8,0xd800,0xdcf9,
   1.988 +	0xd800,0xdcfa,0xd800,0xdd00,0xd800,0xdd02,0xd800,0xdd07,0xd800,0xdd08,
   1.989 +	0xd800,0xdd09,0xd800,0xdd0a,0xd800,0xdd0b,0xd800,0xdd0c,0xd800,0xdd0d,
   1.990 +	0xd800,0xdd0e,0xd800,0xdd0f,0xd800,0xdd10,0xd800,0xdd11,0xd800,0xdd12,
   1.991 +	0xd800,0xdd13,0xd800,0xdd14,0xd800,0xdd15,0xd800,0xdd16,0xd800,0xdd17,
   1.992 +	0xd800,0xdd18,0xd800,0xdd19,0xd800,0xdd1a,0xd800,0xdd1b,0xd800,0xdd1c,
   1.993 +	0xd800,0xdd1d,0xd800,0xdd1e,0xd800,0xdd1f,0xd800,0xdd20,0xd800,0xdd21,
   1.994 +	0xd800,0xdd22,0xd800,0xdd23,0xd800,0xdd24,0xd800,0xdd25,0xd800,0xdd26,
   1.995 +	0xd800,0xdd27,0xd800,0xdd28,0xd800,0xdd29,0xd800,0xdd2a,0xd800,0xdd2b,
   1.996 +	0xd800,0xdd2c,0xd800,0xdd2d,0xd800,0xdd2e,0xd800,0xdd2f,0xd800,0xdd30,
   1.997 +	0xd800,0xdd31,0xd800,0xdd32,0xd800,0xdd33,0xd800,0xdd37,0xd800,0xdd38,
   1.998 +	0xd800,0xdd39,0xd800,0xdd3a,0xd800,0xdd3b,0xd800,0xdd3c,0xd800,0xdd3d,
   1.999 +	0xd800,0xdd3e,0xd800,0xdd3f,0xd800,0xdf00,0xd800,0xdf01,0xd800,0xdf02,
  1.1000 +	0xd800,0xdf03,0xd800,0xdf04,0xd800,0xdf05,0xd800,0xdf06,0xd800,0xdf07,
  1.1001 +	0xd800,0xdf08,0xd800,0xdf09,0xd800,0xdf0a,0xd800,0xdf0b,0xd800,0xdf0c,
  1.1002 +	0xd800,0xdf0d,0xd800,0xdf0e,0xd800,0xdf0f,0xd800,0xdf10,0xd800,0xdf11,
  1.1003 +	0xd800,0xdf12,0xd800,0xdf13,0xd800,0xdf14,0xd800,0xdf15,0xd800,0xdf16,
  1.1004 +	0xd800,0xdf17,0xd800,0xdf18,0xd800,0xdf19,0xd800,0xdf1a,0xd800,0xdf1b,
  1.1005 +	0xd800,0xdf1c,0xd800,0xdf1d,0xd800,0xdf1e,0xd800,0xdf20,0xd800,0xdf21,
  1.1006 +	0xd800,0xdf22,0xd800,0xdf23,0xd800,0xdf30,0xd800,0xdf31,0xd800,0xdf32,
  1.1007 +	0xd800,0xdf33,0xd800,0xdf34,0xd800,0xdf35,0xd800,0xdf36,0xd800,0xdf37,
  1.1008 +	0xd800,0xdf38,0xd800,0xdf39,0xd800,0xdf3a,0xd800,0xdf3b,0xd800,0xdf3c,
  1.1009 +	0xd800,0xdf3d,0xd800,0xdf3e,0xd800,0xdf3f,0xd800,0xdf40,0xd800,0xdf41,
  1.1010 +	0xd800,0xdf42,0xd800,0xdf43,0xd800,0xdf44,0xd800,0xdf45,0xd800,0xdf46,
  1.1011 +	0xd800,0xdf47,0xd800,0xdf48,0xd800,0xdf49,0xd800,0xdf4a,0xd800,0xdf80,
  1.1012 +	0xd800,0xdf81,0xd800,0xdf82,0xd800,0xdf83,0xd800,0xdf84,0xd800,0xdf85,
  1.1013 +	0xd800,0xdf86,0xd800,0xdf87,0xd800,0xdf88,0xd800,0xdf89,0xd800,0xdf8a,
  1.1014 +	0xd800,0xdf8b,0xd800,0xdf8c,0xd800,0xdf8d,0xd800,0xdf8e,0xd800,0xdf8f,
  1.1015 +	0xd800,0xdf90,0xd800,0xdf91,0xd800,0xdf92,0xd800,0xdf93,0xd800,0xdf94,
  1.1016 +	0xd800,0xdf95,0xd800,0xdf96,0xd800,0xdf97,0xd800,0xdf98,0xd800,0xdf99,
  1.1017 +	0xd800,0xdf9a,0xd800,0xdf9b,0xd800,0xdf9c,0xd800,0xdf9d,0xd800,0xdf9f,
  1.1018 +	0xd800,0xdfa0,0xd800,0xdfa1,0xd800,0xdfa2,0xd800,0xdfa3,0xd800,0xdfa4,
  1.1019 +	0xd800,0xdfa5,0xd800,0xdfa6,0xd800,0xdfa7,0xd800,0xdfa8,0xd800,0xdfa9,
  1.1020 +	0xd800,0xdfaa,0xd800,0xdfab,0xd800,0xdfac,0xd800,0xdfad,0xd800,0xdfae,
  1.1021 +	0xd800,0xdfaf,0xd800,0xdfb0,0xd800,0xdfb1,0xd800,0xdfb2,0xd800,0xdfb3,
  1.1022 +	0xd800,0xdfb4,0xd800,0xdfb5,0xd800,0xdfb6,0xd800,0xdfb7,0xd800,0xdfb8,
  1.1023 +	0xd800,0xdfb9,0xd800,0xdfba,0xd800,0xdfbb,0xd800,0xdfbc,0xd800,0xdfbd,
  1.1024 +	0xd800,0xdfbe,0xd800,0xdfbf,0xd800,0xdfc0,0xd800,0xdfc1,0xd800,0xdfc2,
  1.1025 +	0xd800,0xdfc3,0xd800,0xdfc8,0xd800,0xdfc9,0xd800,0xdfca,0xd800,0xdfcb,
  1.1026 +	0xd800,0xdfcc,0xd800,0xdfcd,0xd800,0xdfce,0xd800,0xdfcf,0xd800,0xdfd0,
  1.1027 +	0xd800,0xdfd1,0xd800,0xdfd2,0xd800,0xdfd3,0xd800,0xdfd4,0xd800,0xdfd5,
  1.1028 +	0xd801,0xdc00,0xd801,0xdc01,0xd801,0xdc02,0xd801,0xdc03,0xd801,0xdc04,
  1.1029 +	0xd801,0xdc05,0xd801,0xdc06,0xd801,0xdc07,0xd801,0xdc08,0xd801,0xdc09,
  1.1030 +	0xd801,0xdc0a,0xd801,0xdc0b,0xd801,0xdc0c,0xd801,0xdc0d,0xd801,0xdc0e,
  1.1031 +	0xd801,0xdc0f,0xd801,0xdc10,0xd801,0xdc11,0xd801,0xdc12,0xd801,0xdc13,
  1.1032 +	0xd801,0xdc14,0xd801,0xdc15,0xd801,0xdc16,0xd801,0xdc17,0xd801,0xdc18,
  1.1033 +	0xd801,0xdc19,0xd801,0xdc1a,0xd801,0xdc1b,0xd801,0xdc1c,0xd801,0xdc1d,
  1.1034 +	0xd801,0xdc1e,0xd801,0xdc1f,0xd801,0xdc20,0xd801,0xdc21,0xd801,0xdc22,
  1.1035 +	0xd801,0xdc23,0xd801,0xdc24,0xd801,0xdc25,0xd801,0xdc26,0xd801,0xdc27,
  1.1036 +	0xd801,0xdc28,0xd801,0xdc29,0xd801,0xdc2a,0xd801,0xdc2b,0xd801,0xdc2c,
  1.1037 +	0xd801,0xdc2d,0xd801,0xdc2e,0xd801,0xdc2f,0xd801,0xdc30,0xd801,0xdc31,
  1.1038 +	0xd801,0xdc32,0xd801,0xdc33,0xd801,0xdc34,0xd801,0xdc35,0xd801,0xdc36,
  1.1039 +	0xd801,0xdc37,0xd801,0xdc38,0xd801,0xdc39,0xd801,0xdc3a,0xd801,0xdc3b,
  1.1040 +	0xd801,0xdc3c,0xd801,0xdc3d,0xd801,0xdc3e,0xd801,0xdc3f,0xd801,0xdc40,
  1.1041 +	0xd801,0xdc41,0xd801,0xdc42,0xd801,0xdc43,0xd801,0xdc44,0xd801,0xdc45,
  1.1042 +	0xd801,0xdc46,0xd801,0xdc47,0xd801,0xdc48,0xd801,0xdc49,0xd801,0xdc4a,
  1.1043 +	0xd801,0xdc4b,0xd801,0xdc4c,0xd801,0xdc4d,0xd801,0xdc4e,0xd801,0xdc4f,
  1.1044 +	0xd801,0xdc50,0xd801,0xdc51,0xd801,0xdc52,0xd801,0xdc53,0xd801,0xdc54,
  1.1045 +	0xd801,0xdc55,0xd801,0xdc56,0xd801,0xdc57,0xd801,0xdc58,0xd801,0xdc59,
  1.1046 +	0xd801,0xdc5a,0xd801,0xdc5b,0xd801,0xdc5c,0xd801,0xdc5d,0xd801,0xdc5e,
  1.1047 +	0xd801,0xdc5f,0xd801,0xdc60,0xd801,0xdc61,0xd801,0xdc62,0xd801,0xdc63,
  1.1048 +	0xd801,0xdc64,0xd801,0xdc65,0xd801,0xdc66,0xd801,0xdc67,0xd801,0xdc68,
  1.1049 +	0xd801,0xdc69,0xd801,0xdc6a,0xd801,0xdc6b,0xd801,0xdc6c,0xd801,0xdc6d,
  1.1050 +	0xd801,0xdc6e,0xd801,0xdc6f,0xd801,0xdc70,0xd801,0xdc71,0xd801,0xdc72,
  1.1051 +	0xd801,0xdc73,0xd801,0xdc74,0xd801,0xdc75,0xd801,0xdc76,0xd801,0xdc77,
  1.1052 +	0xd801,0xdc78,0xd801,0xdc79,0xd801,0xdc7a,0xd801,0xdc7b,0xd801,0xdc7c,
  1.1053 +	0xd801,0xdc7d,0xd801,0xdc7e,0xd801,0xdc7f,0xd801,0xdc80,0xd801,0xdc81,
  1.1054 +	0xd801,0xdc82,0xd801,0xdc83,0xd801,0xdc84,0xd801,0xdc85,0xd801,0xdc86,
  1.1055 +	0xd801,0xdc87,0xd801,0xdc88,0xd801,0xdc89,0xd801,0xdc8a,0xd801,0xdc8b,
  1.1056 +	0xd801,0xdc8c,0xd801,0xdc8d,0xd801,0xdc8e,0xd801,0xdc8f,0xd801,0xdc90,
  1.1057 +	0xd801,0xdc91,0xd801,0xdc92,0xd801,0xdc93,0xd801,0xdc94,0xd801,0xdc95,
  1.1058 +	0xd801,0xdc96,0xd801,0xdc97,0xd801,0xdc98,0xd801,0xdc99,0xd801,0xdc9a,
  1.1059 +	0xd801,0xdc9b,0xd801,0xdc9c,0xd801,0xdc9d,0xd801,0xdca0,0xd801,0xdca1,
  1.1060 +	0xd801,0xdca2,0xd801,0xdca3,0xd801,0xdca4,0xd801,0xdca5,0xd801,0xdca6,
  1.1061 +	0xd801,0xdca7,0xd801,0xdca8,0xd801,0xdca9,0xd808,0xdc00,0xd808,0xdc01,
  1.1062 +	0xd808,0xdc02,0xd808,0xdc03,0xd808,0xdc04,0xd808,0xdc05,0xd808,0xdc06,
  1.1063 +	0xd808,0xdc07,0xd808,0xdc08,0xd808,0xdc09,0xd808,0xdc0a,0xd808,0xdc0b,
  1.1064 +	0xd808,0xdc0c,0xd808,0xdc0d,0xd808,0xdc0e,0xd808,0xdc0f,0xd808,0xdc10,
  1.1065 +	0xd808,0xdc11,0xd808,0xdc12,0xd808,0xdc13,0xd808,0xdc14,0xd808,0xdc15,
  1.1066 +	0xd808,0xdc16,0xd808,0xdc17,0xd808,0xdc18,0xd808,0xdc19,0xd808,0xdc1a,
  1.1067 +	0xd808,0xdc1b,0xd808,0xdc1c,0xd808,0xdc1d,0xd808,0xdc1e,0xd808,0xdc1f,
  1.1068 +	0xd808,0xdc20,0xd808,0xdc21,0xd808,0xdc22,0xd808,0xdc23,0xd808,0xdc24,
  1.1069 +	0xd808,0xdc25,0xd808,0xdc26,0xd808,0xdc27,0xd808,0xdc28,0xd808,0xdc29,
  1.1070 +	0xd808,0xdc2a,0xd808,0xdc2b,0xd808,0xdc2c,0xd808,0xdc2d,0xd808,0xdc2e,
  1.1071 +	0xd808,0xdc2f,0xd808,0xdc30,0xd808,0xdc31,0xd808,0xdc32,0xd808,0xdc33,
  1.1072 +	0xd808,0xdc34,0xd808,0xdc35,0xd808,0xdc36,0xd808,0xdc37,0xd808,0xdc38,
  1.1073 +	0xd808,0xdc39,0xd808,0xdc3a,0xd808,0xdc3b,0xd808,0xdc3c,0xd808,0xdc3d,
  1.1074 +	0xd808,0xdc3e,0xd808,0xdc3f,0xd808,0xdc40,0xd808,0xdc41,0xd808,0xdc42,
  1.1075 +	0xd808,0xdc43,0xd808,0xdc44,0xd808,0xdc45,0xd808,0xdc46,0xd808,0xdc47,
  1.1076 +	0xd808,0xdc48,0xd808,0xdc49,0xd808,0xdc4a,0xd808,0xdc4b,0xd808,0xdc4c,
  1.1077 +	0xd808,0xdc4d,0xd808,0xdc4e,0xd808,0xdc4f,0xd808,0xdc50,0xd808,0xdc51,
  1.1078 +	0xd808,0xdc52,0xd808,0xdc53,0xd808,0xdc54,0xd808,0xdc55,0xd808,0xdc56,
  1.1079 +	0xd808,0xdc57,0xd808,0xdc58,0xd808,0xdc59,0xd808,0xdc5a,0xd808,0xdc5b,
  1.1080 +	0xd808,0xdc5c,0xd808,0xdc5d,0xd808,0xdc5e,0xd808,0xdc5f,0xd808,0xdc60,
  1.1081 +	0xd808,0xdc61,0xd808,0xdc62,0xd808,0xdc63,0xd808,0xdc64,0xd808,0xdc65,
  1.1082 +	0xd808,0xdc66,0xd808,0xdc67,0xd808,0xdc68,0xd808,0xdc69,0xd808,0xdc6a,
  1.1083 +	0xd808,0xdc6b,0xd808,0xdc6c,0xd808,0xdc6d,0xd808,0xdc6e,0xd808,0xdc6f,
  1.1084 +	0xd808,0xdc70,0xd808,0xdc71,0xd808,0xdc72,0xd808,0xdc73,0xd808,0xdc74,
  1.1085 +	0xd808,0xdc75,0xd808,0xdc76,0xd808,0xdc77,0xd808,0xdc78,0xd808,0xdc79,
  1.1086 +	0xd808,0xdc7a,0xd808,0xdc7b,0xd808,0xdc7c,0xd808,0xdc7d,0xd808,0xdc7e,
  1.1087 +	0xd808,0xdc7f,0xd808,0xdc80,0xd808,0xdc81,0xd808,0xdc82,0xd808,0xdc83,
  1.1088 +	0xd808,0xdc84,0xd808,0xdc85,0xd808,0xdc86,0xd808,0xdc87,0xd808,0xdc88,
  1.1089 +	0xd808,0xdc89,0xd808,0xdc8a,0xd808,0xdc8b,0xd808,0xdc8c,0xd808,0xdc8d,
  1.1090 +	0xd808,0xdc8e,0xd808,0xdc8f,0xd808,0xdc90,0xd808,0xdc91,0xd808,0xdc92,
  1.1091 +	0xd808,0xdc93,0xd808,0xdc94,0xd808,0xdc95,0xd808,0xdc96,0xd808,0xdc97,
  1.1092 +	0xd808,0xdc98,0xd808,0xdc99,0xd808,0xdc9a,0xd808,0xdc9b,0xd808,0xdc9c,
  1.1093 +	0xd808,0xdc9d,0xd808,0xdc9e,0xd808,0xdc9f,0xd808,0xdca0,0xd808,0xdca1,
  1.1094 +	0xd808,0xdca2,0xd808,0xdca3,0xd808,0xdca4,0xd808,0xdca5,0xd808,0xdca6,
  1.1095 +	0xd808,0xdca7,0xd808,0xdca8,0xd808,0xdca9,0xd808,0xdcaa,0xd808,0xdcab,
  1.1096 +	0xd808,0xdcac,0xd808,0xdcad,0xd808,0xdcae,0xd808,0xdcaf,0xd808,0xdcb0,
  1.1097 +	0xd808,0xdcb1,0xd808,0xdcb2,0xd808,0xdcb3,0xd808,0xdcb4,0xd808,0xdcb5,
  1.1098 +	0xd808,0xdcb6,0xd808,0xdcb7,0xd808,0xdcb8,0xd808,0xdcb9,0xd808,0xdcba,
  1.1099 +	0xd808,0xdcbb,0xd808,0xdcbc,0xd808,0xdcbd,0xd808,0xdcbe,0xd808,0xdcbf,
  1.1100 +	0xd808,0xdcc0,0xd808,0xdcc1,0xd808,0xdcc2,0xd808,0xdcc3,0xd808,0xdcc4,
  1.1101 +	0xd808,0xdcc5,0xd808,0xdcc6,0xd808,0xdcc7,0xd808,0xdcc8,0xd808,0xdcc9,
  1.1102 +	0xd808,0xdcca,0xd808,0xdccb,0xd808,0xdccc,0xd808,0xdccd,0xd808,0xdcce,
  1.1103 +	0xd808,0xdccf,0xd808,0xdcd0,0xd808,0xdcd1,0xd808,0xdcd2,0xd808,0xdcd3,
  1.1104 +	0xd808,0xdcd4,0xd808,0xdcd5,0xd808,0xdcd6,0xd808,0xdcd7,0xd808,0xdcd8,
  1.1105 +	0xd808,0xdcd9,0xd808,0xdcda,0xd808,0xdcdb,0xd808,0xdcdc,0xd808,0xdcdd,
  1.1106 +	0xd808,0xdcde,0xd808,0xdcdf,0xd808,0xdce0,0xd808,0xdce1,0xd808,0xdce2,
  1.1107 +	0xd808,0xdce3,0xd808,0xdce4,0xd808,0xdce5,0xd808,0xdce6,0xd808,0xdce7,
  1.1108 +	0xd808,0xdce8,0xd808,0xdce9,0xd808,0xdcea,0xd808,0xdceb,0xd808,0xdcec,
  1.1109 +	0xd808,0xdced,0xd808,0xdcee,0xd808,0xdcef,0xd808,0xdcf0,0xd808,0xdcf1,
  1.1110 +	0xd808,0xdcf2,0xd808,0xdcf3,0xd808,0xdcf4,0xd808,0xdcf5,0xd808,0xdcf6,
  1.1111 +	0xd808,0xdcf7,0xd808,0xdcf8,0xd808,0xdcf9,0xd808,0xdcfa,0xd808,0xdcfb,
  1.1112 +	0xd808,0xdcfc,0xd808,0xdcfd,0xd808,0xdcfe,0xd808,0xdcff,0xd808,0xdd00,
  1.1113 +	0xd808,0xdd01,0xd808,0xdd02,0xd808,0xdd03,0xd808,0xdd04,0xd808,0xdd05,
  1.1114 +	0xd808,0xdd06,0xd808,0xdd07,0xd808,0xdd08,0xd808,0xdd09,0xd808,0xdd0a,
  1.1115 +	0xd808,0xdd0b,0xd808,0xdd0c,0xd808,0xdd0d,0xd808,0xdd0e,0xd808,0xdd0f,
  1.1116 +	0xd808,0xdd10,0xd808,0xdd11,0xd808,0xdd12,0xd808,0xdd13,0xd808,0xdd14,
  1.1117 +	0xd808,0xdd15,0xd808,0xdd16,0xd808,0xdd17,0xd808,0xdd18,0xd808,0xdd19,
  1.1118 +	0xd808,0xdd1a,0xd808,0xdd1b,0xd808,0xdd1c,0xd808,0xdd1d,0xd808,0xdd1e,
  1.1119 +	0xd808,0xdd1f,0xd808,0xdd20,0xd808,0xdd21,0xd808,0xdd22,0xd808,0xdd23,
  1.1120 +	0xd808,0xdd24,0xd808,0xdd25,0xd808,0xdd26,0xd808,0xdd27,0xd808,0xdd28,
  1.1121 +	0xd808,0xdd29,0xd808,0xdd2a,0xd808,0xdd2b,0xd808,0xdd2c,0xd808,0xdd2d,
  1.1122 +	0xd808,0xdd2e,0xd808,0xdd2f,0xd808,0xdd30,0xd808,0xdd31,0xd808,0xdd32,
  1.1123 +	0xd808,0xdd33,0xd808,0xdd34,0xd808,0xdd35,0xd808,0xdd36,0xd808,0xdd37,
  1.1124 +	0xd808,0xdd38,0xd808,0xdd39,0xd808,0xdd3a,0xd808,0xdd3b,0xd808,0xdd3c,
  1.1125 +	0xd808,0xdd3d,0xd808,0xdd3e,0xd808,0xdd3f,0xd808,0xdd40,0xd808,0xdd41,
  1.1126 +	0xd808,0xdd42,0xd808,0xdd43,0xd808,0xdd44,0xd808,0xdd45,0xd808,0xdd46,
  1.1127 +	0xd808,0xdd47,0xd808,0xdd48,0xd808,0xdd49,0xd808,0xdd4a,0xd808,0xdd4b,
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  1.1536 +	0xd835,0xdfcb,0xd840,0xdc00,0xd869,0xded6,0xd87e,0xdc00,0xd87e,0xdc01,
  1.1537 +	0xd87e,0xdc02,0xd87e,0xdc03,0xd87e,0xdc04,0xd87e,0xdc05,0xd87e,0xdc06,
  1.1538 +	0xd87e,0xdc07,0xd87e,0xdc08,0xd87e,0xdc09,0xd87e,0xdc0a,0xd87e,0xdc0b,
  1.1539 +	0xd87e,0xdc0c,0xd87e,0xdc0d,0xd87e,0xdc0e,0xd87e,0xdc0f,0xd87e,0xdc10,
  1.1540 +	0xd87e,0xdc11,0xd87e,0xdc12,0xd87e,0xdc13,0xd87e,0xdc14,0xd87e,0xdc15,
  1.1541 +	0xd87e,0xdc16,0xd87e,0xdc17,0xd87e,0xdc18,0xd87e,0xdc19,0xd87e,0xdc1a,
  1.1542 +	0xd87e,0xdc1b,0xd87e,0xdc1c,0xd87e,0xdc1d,0xd87e,0xdc1e,0xd87e,0xdc1f,
  1.1543 +	0xd87e,0xdc20,0xd87e,0xdc21,0xd87e,0xdc22,0xd87e,0xdc23,0xd87e,0xdc24,
  1.1544 +	0xd87e,0xdc25,0xd87e,0xdc26,0xd87e,0xdc27,0xd87e,0xdc28,0xd87e,0xdc29,
  1.1545 +	0xd87e,0xdc2a,0xd87e,0xdc2b,0xd87e,0xdc2c,0xd87e,0xdc2d,0xd87e,0xdc2e,
  1.1546 +	0xd87e,0xdc2f,0xd87e,0xdc30,0xd87e,0xdc31,0xd87e,0xdc32,0xd87e,0xdc33,
  1.1547 +	0xd87e,0xdc34,0xd87e,0xdc35,0xd87e,0xdc36,0xd87e,0xdc37,0xd87e,0xdc38,
  1.1548 +	0xd87e,0xdc39,0xd87e,0xdc3a,0xd87e,0xdc3b,0xd87e,0xdc3c,0xd87e,0xdc3d,
  1.1549 +	0xd87e,0xdc3e,0xd87e,0xdc3f,0xd87e,0xdc40,0xd87e,0xdc41,0xd87e,0xdc42,
  1.1550 +	0xd87e,0xdc43,0xd87e,0xdc44,0xd87e,0xdc45,0xd87e,0xdc46,0xd87e,0xdc47,
  1.1551 +	0xd87e,0xdc48,0xd87e,0xdc49,0xd87e,0xdc4a,0xd87e,0xdc4b,0xd87e,0xdc4c,
  1.1552 +	0xd87e,0xdc4d,0xd87e,0xdc4e,0xd87e,0xdc4f,0xd87e,0xdc50,0xd87e,0xdc51,
  1.1553 +	0xd87e,0xdc52,0xd87e,0xdc53,0xd87e,0xdc54,0xd87e,0xdc55,0xd87e,0xdc56,
  1.1554 +	0xd87e,0xdc57,0xd87e,0xdc58,0xd87e,0xdc59,0xd87e,0xdc5a,0xd87e,0xdc5b,
  1.1555 +	0xd87e,0xdc5c,0xd87e,0xdc5d,0xd87e,0xdc5e,0xd87e,0xdc5f,0xd87e,0xdc60,
  1.1556 +	0xd87e,0xdc61,0xd87e,0xdc62,0xd87e,0xdc63,0xd87e,0xdc64,0xd87e,0xdc65,
  1.1557 +	0xd87e,0xdc66,0xd87e,0xdc67,0xd87e,0xdc68,0xd87e,0xdc69,0xd87e,0xdc6a,
  1.1558 +	0xd87e,0xdc6b,0xd87e,0xdc6c,0xd87e,0xdc6d,0xd87e,0xdc6e,0xd87e,0xdc6f,
  1.1559 +	0xd87e,0xdc70,0xd87e,0xdc71,0xd87e,0xdc72,0xd87e,0xdc73,0xd87e,0xdc74,
  1.1560 +	0xd87e,0xdc75,0xd87e,0xdc76,0xd87e,0xdc77,0xd87e,0xdc78,0xd87e,0xdc79,
  1.1561 +	0xd87e,0xdc7a,0xd87e,0xdc7b,0xd87e,0xdc7c,0xd87e,0xdc7d,0xd87e,0xdc7e,
  1.1562 +	0xd87e,0xdc7f,0xd87e,0xdc80,0xd87e,0xdc81,0xd87e,0xdc82,0xd87e,0xdc83,
  1.1563 +	0xd87e,0xdc84,0xd87e,0xdc85,0xd87e,0xdc86,0xd87e,0xdc87,0xd87e,0xdc88,
  1.1564 +	0xd87e,0xdc89,0xd87e,0xdc8a,0xd87e,0xdc8b,0xd87e,0xdc8c,0xd87e,0xdc8d,
  1.1565 +	0xd87e,0xdc8e,0xd87e,0xdc8f,0xd87e,0xdc90,0xd87e,0xdc91,0xd87e,0xdc92,
  1.1566 +	0xd87e,0xdc93,0xd87e,0xdc94,0xd87e,0xdc95,0xd87e,0xdc96,0xd87e,0xdc97,
  1.1567 +	0xd87e,0xdc98,0xd87e,0xdc99,0xd87e,0xdc9a,0xd87e,0xdc9b,0xd87e,0xdc9c,
  1.1568 +	0xd87e,0xdc9d,0xd87e,0xdc9e,0xd87e,0xdc9f,0xd87e,0xdca0,0xd87e,0xdca1,
  1.1569 +	0xd87e,0xdca2,0xd87e,0xdca3,0xd87e,0xdca4,0xd87e,0xdca5,0xd87e,0xdca6,
  1.1570 +	0xd87e,0xdca7,0xd87e,0xdca8,0xd87e,0xdca9,0xd87e,0xdcaa,0xd87e,0xdcab,
  1.1571 +	0xd87e,0xdcac,0xd87e,0xdcad,0xd87e,0xdcae,0xd87e,0xdcaf,0xd87e,0xdcb0,
  1.1572 +	0xd87e,0xdcb1,0xd87e,0xdcb2,0xd87e,0xdcb3,0xd87e,0xdcb4,0xd87e,0xdcb5,
  1.1573 +	0xd87e,0xdcb6,0xd87e,0xdcb7,0xd87e,0xdcb8,0xd87e,0xdcb9,0xd87e,0xdcba,
  1.1574 +	0xd87e,0xdcbb,0xd87e,0xdcbc,0xd87e,0xdcbd,0xd87e,0xdcbe,0xd87e,0xdcbf,
  1.1575 +	0xd87e,0xdcc0,0xd87e,0xdcc1,0xd87e,0xdcc2,0xd87e,0xdcc3,0xd87e,0xdcc4,
  1.1576 +	0xd87e,0xdcc5,0xd87e,0xdcc6,0xd87e,0xdcc7,0xd87e,0xdcc8,0xd87e,0xdcc9,
  1.1577 +	0xd87e,0xdcca,0xd87e,0xdccb,0xd87e,0xdccc,0xd87e,0xdccd,0xd87e,0xdcce,
  1.1578 +	0xd87e,0xdccf,0xd87e,0xdcd0,0xd87e,0xdcd1,0xd87e,0xdcd2,0xd87e,0xdcd3,
  1.1579 +	0xd87e,0xdcd4,0xd87e,0xdcd5,0xd87e,0xdcd6,0xd87e,0xdcd7,0xd87e,0xdcd8,
  1.1580 +	0xd87e,0xdcd9,0xd87e,0xdcda,0xd87e,0xdcdb,0xd87e,0xdcdc,0xd87e,0xdcdd,
  1.1581 +	0xd87e,0xdcde,0xd87e,0xdcdf,0xd87e,0xdce0,0xd87e,0xdce1,0xd87e,0xdce2,
  1.1582 +	0xd87e,0xdce3,0xd87e,0xdce4,0xd87e,0xdce5,0xd87e,0xdce6,0xd87e,0xdce7,
  1.1583 +	0xd87e,0xdce8,0xd87e,0xdce9,0xd87e,0xdcea,0xd87e,0xdceb,0xd87e,0xdcec,
  1.1584 +	0xd87e,0xdced,0xd87e,0xdcee,0xd87e,0xdcef,0xd87e,0xdcf0,0xd87e,0xdcf1,
  1.1585 +	0xd87e,0xdcf2,0xd87e,0xdcf3,0xd87e,0xdcf4,0xd87e,0xdcf5,0xd87e,0xdcf6,
  1.1586 +	0xd87e,0xdcf7,0xd87e,0xdcf8,0xd87e,0xdcf9,0xd87e,0xdcfa,0xd87e,0xdcfb,
  1.1587 +	0xd87e,0xdcfc,0xd87e,0xdcfd,0xd87e,0xdcfe,0xd87e,0xdcff,0xd87e,0xdd00,
  1.1588 +	0xd87e,0xdd01,0xd87e,0xdd02,0xd87e,0xdd03,0xd87e,0xdd04,0xd87e,0xdd05,
  1.1589 +	0xd87e,0xdd06,0xd87e,0xdd07,0xd87e,0xdd08,0xd87e,0xdd09,0xd87e,0xdd0a,
  1.1590 +	0xd87e,0xdd0b,0xd87e,0xdd0c,0xd87e,0xdd0d,0xd87e,0xdd0e,0xd87e,0xdd0f,
  1.1591 +	0xd87e,0xdd10,0xd87e,0xdd11,0xd87e,0xdd12,0xd87e,0xdd13,0xd87e,0xdd14,
  1.1592 +	0xd87e,0xdd15,0xd87e,0xdd16,0xd87e,0xdd17,0xd87e,0xdd18,0xd87e,0xdd19,
  1.1593 +	0xd87e,0xdd1a,0xd87e,0xdd1b,0xd87e,0xdd1c,0xd87e,0xdd1d,0xd87e,0xdd1e,
  1.1594 +	0xd87e,0xdd1f,0xd87e,0xdd20,0xd87e,0xdd21,0xd87e,0xdd22,0xd87e,0xdd23,
  1.1595 +	0xd87e,0xdd24,0xd87e,0xdd25,0xd87e,0xdd26,0xd87e,0xdd27,0xd87e,0xdd28,
  1.1596 +	0xd87e,0xdd29,0xd87e,0xdd2a,0xd87e,0xdd2b,0xd87e,0xdd2c,0xd87e,0xdd2d,
  1.1597 +	0xd87e,0xdd2e,0xd87e,0xdd2f,0xd87e,0xdd30,0xd87e,0xdd31,0xd87e,0xdd32,
  1.1598 +	0xd87e,0xdd33,0xd87e,0xdd34,0xd87e,0xdd35,0xd87e,0xdd36,0xd87e,0xdd37,
  1.1599 +	0xd87e,0xdd38,0xd87e,0xdd39,0xd87e,0xdd3a,0xd87e,0xdd3b,0xd87e,0xdd3c,
  1.1600 +	0xd87e,0xdd3d,0xd87e,0xdd3e,0xd87e,0xdd3f,0xd87e,0xdd40,0xd87e,0xdd41,
  1.1601 +	0xd87e,0xdd42,0xd87e,0xdd43,0xd87e,0xdd44,0xd87e,0xdd45,0xd87e,0xdd46,
  1.1602 +	0xd87e,0xdd47,0xd87e,0xdd48,0xd87e,0xdd49,0xd87e,0xdd4a,0xd87e,0xdd4b,
  1.1603 +	0xd87e,0xdd4c,0xd87e,0xdd4d,0xd87e,0xdd4e,0xd87e,0xdd4f,0xd87e,0xdd50,
  1.1604 +	0xd87e,0xdd51,0xd87e,0xdd52,0xd87e,0xdd53,0xd87e,0xdd54,0xd87e,0xdd55,
  1.1605 +	0xd87e,0xdd56,0xd87e,0xdd57,0xd87e,0xdd58,0xd87e,0xdd59,0xd87e,0xdd5a,
  1.1606 +	0xd87e,0xdd5b,0xd87e,0xdd5c,0xd87e,0xdd5d,0xd87e,0xdd5e,0xd87e,0xdd5f,
  1.1607 +	0xd87e,0xdd60,0xd87e,0xdd61,0xd87e,0xdd62,0xd87e,0xdd63,0xd87e,0xdd64,
  1.1608 +	0xd87e,0xdd65,0xd87e,0xdd66,0xd87e,0xdd67,0xd87e,0xdd68,0xd87e,0xdd69,
  1.1609 +	0xd87e,0xdd6a,0xd87e,0xdd6b,0xd87e,0xdd6c,0xd87e,0xdd6d,0xd87e,0xdd6e,
  1.1610 +	0xd87e,0xdd6f,0xd87e,0xdd70,0xd87e,0xdd71,0xd87e,0xdd72,0xd87e,0xdd73,
  1.1611 +	0xd87e,0xdd74,0xd87e,0xdd75,0xd87e,0xdd76,0xd87e,0xdd77,0xd87e,0xdd78,
  1.1612 +	0xd87e,0xdd79,0xd87e,0xdd7a,0xd87e,0xdd7b,0xd87e,0xdd7c,0xd87e,0xdd7d,
  1.1613 +	0xd87e,0xdd7e,0xd87e,0xdd7f,0xd87e,0xdd80,0xd87e,0xdd81,0xd87e,0xdd82,
  1.1614 +	0xd87e,0xdd83,0xd87e,0xdd84,0xd87e,0xdd85,0xd87e,0xdd86,0xd87e,0xdd87,
  1.1615 +	0xd87e,0xdd88,0xd87e,0xdd89,0xd87e,0xdd8a,0xd87e,0xdd8b,0xd87e,0xdd8c,
  1.1616 +	0xd87e,0xdd8d,0xd87e,0xdd8e,0xd87e,0xdd8f,0xd87e,0xdd90,0xd87e,0xdd91,
  1.1617 +	0xd87e,0xdd92,0xd87e,0xdd93,0xd87e,0xdd94,0xd87e,0xdd95,0xd87e,0xdd96,
  1.1618 +	0xd87e,0xdd97,0xd87e,0xdd98,0xd87e,0xdd99,0xd87e,0xdd9a,0xd87e,0xdd9b,
  1.1619 +	0xd87e,0xdd9c,0xd87e,0xdd9d,0xd87e,0xdd9e,0xd87e,0xdd9f,0xd87e,0xdda0,
  1.1620 +	0xd87e,0xdda1,0xd87e,0xdda2,0xd87e,0xdda3,0xd87e,0xdda4,0xd87e,0xdda5,
  1.1621 +	0xd87e,0xdda6,0xd87e,0xdda7,0xd87e,0xdda8,0xd87e,0xdda9,0xd87e,0xddaa,
  1.1622 +	0xd87e,0xddab,0xd87e,0xddac,0xd87e,0xddad,0xd87e,0xddae,0xd87e,0xddaf,
  1.1623 +	0xd87e,0xddb0,0xd87e,0xddb1,0xd87e,0xddb2,0xd87e,0xddb3,0xd87e,0xddb4,
  1.1624 +	0xd87e,0xddb5,0xd87e,0xddb6,0xd87e,0xddb7,0xd87e,0xddb8,0xd87e,0xddb9,
  1.1625 +	0xd87e,0xddba,0xd87e,0xddbb,0xd87e,0xddbc,0xd87e,0xddbd,0xd87e,0xddbe,
  1.1626 +	0xd87e,0xddbf,0xd87e,0xddc0,0xd87e,0xddc1,0xd87e,0xddc2,0xd87e,0xddc3,
  1.1627 +	0xd87e,0xddc4,0xd87e,0xddc5,0xd87e,0xddc6,0xd87e,0xddc7,0xd87e,0xddc8,
  1.1628 +	0xd87e,0xddc9,0xd87e,0xddca,0xd87e,0xddcb,0xd87e,0xddcc,0xd87e,0xddcd,
  1.1629 +	0xd87e,0xddce,0xd87e,0xddcf,0xd87e,0xddd0,0xd87e,0xddd1,0xd87e,0xddd2,
  1.1630 +	0xd87e,0xddd3,0xd87e,0xddd4,0xd87e,0xddd5,0xd87e,0xddd6,0xd87e,0xddd7,
  1.1631 +	0xd87e,0xddd8,0xd87e,0xddd9,0xd87e,0xddda,0xd87e,0xdddb,0xd87e,0xdddc,
  1.1632 +	0xd87e,0xdddd,0xd87e,0xddde,0xd87e,0xdddf,0xd87e,0xdde0,0xd87e,0xdde1,
  1.1633 +	0xd87e,0xdde2,0xd87e,0xdde3,0xd87e,0xdde4,0xd87e,0xdde5,0xd87e,0xdde6,
  1.1634 +	0xd87e,0xdde7,0xd87e,0xdde8,0xd87e,0xdde9,0xd87e,0xddea,0xd87e,0xddeb,
  1.1635 +	0xd87e,0xddec,0xd87e,0xdded,0xd87e,0xddee,0xd87e,0xddef,0xd87e,0xddf0,
  1.1636 +	0xd87e,0xddf1,0xd87e,0xddf2,0xd87e,0xddf3,0xd87e,0xddf4,0xd87e,0xddf5,
  1.1637 +	0xd87e,0xddf6,0xd87e,0xddf7,0xd87e,0xddf8,0xd87e,0xddf9,0xd87e,0xddfa,
  1.1638 +	0xd87e,0xddfb,0xd87e,0xddfc,0xd87e,0xddfd,0xd87e,0xddfe,0xd87e,0xddff,
  1.1639 +	0xd87e,0xde00,0xd87e,0xde01,0xd87e,0xde02,0xd87e,0xde03,0xd87e,0xde04,
  1.1640 +	0xd87e,0xde05,0xd87e,0xde06,0xd87e,0xde07,0xd87e,0xde08,0xd87e,0xde09,
  1.1641 +	0xd87e,0xde0a,0xd87e,0xde0b,0xd87e,0xde0c,0xd87e,0xde0d,0xd87e,0xde0e,
  1.1642 +	0xd87e,0xde0f,0xd87e,0xde10,0xd87e,0xde11,0xd87e,0xde12,0xd87e,0xde13,
  1.1643 +	0xd87e,0xde14,0xd87e,0xde15,0xd87e,0xde16,0xd87e,0xde17,0xd87e,0xde18,
  1.1644 +	0xd87e,0xde19,0xd87e,0xde1a,0xd87e,0xde1b,0xd87e,0xde1c,0xd87e,0xde1d,
  1.1645 +	0xdb80,0xdc00,0xdbbf,0xdffd,0xdbc0,0xdc00,0xdbff,0xdffd,
  1.1646 +};
  1.1647 +static const TUint KLeftToRightLength = 8309 + 6998;
  1.1648 +
  1.1649 +// This constant defines the Unicode characters in the "LeftToRightOverride" (LRO) category.
  1.1650 +static const TUint16 KLeftToRightOverride[] = 
  1.1651 +	{
  1.1652 +	0x202d
  1.1653 +	};
  1.1654 +
  1.1655 +// This constant defines the Unicode characters in the "RightToLeft" (R) category.
  1.1656 +static const TUint16 KRightToLeft[] = 
  1.1657 +	{
  1.1658 +	0x05be,0x05c0,0x05c3,0x05c6,0x05d0,0x05d1,0x05d2,0x05d3,0x05d4,0x05d5,
  1.1659 +	0x05d6,0x05d7,0x05d8,0x05d9,0x05da,0x05db,0x05dc,0x05dd,0x05de,0x05df,
  1.1660 +	0x05e0,0x05e1,0x05e2,0x05e3,0x05e4,0x05e5,0x05e6,0x05e7,0x05e8,0x05e9,
  1.1661 +	0x05ea,0x05f0,0x05f1,0x05f2,0x05f3,0x05f4,0x07c0,0x07c1,0x07c2,0x07c3,
  1.1662 +	0x07c4,0x07c5,0x07c6,0x07c7,0x07c8,0x07c9,0x07ca,0x07cb,0x07cc,0x07cd,
  1.1663 +	0x07ce,0x07cf,0x07d0,0x07d1,0x07d2,0x07d3,0x07d4,0x07d5,0x07d6,0x07d7,
  1.1664 +	0x07d8,0x07d9,0x07da,0x07db,0x07dc,0x07dd,0x07de,0x07df,0x07e0,0x07e1,
  1.1665 +	0x07e2,0x07e3,0x07e4,0x07e5,0x07e6,0x07e7,0x07e8,0x07e9,0x07ea,0x07f4,
  1.1666 +	0x07f5,0x07fa,0x200f,0xfb1d,0xfb1f,0xfb20,0xfb21,0xfb22,0xfb23,0xfb24,
  1.1667 +	0xfb25,0xfb26,0xfb27,0xfb28,0xfb2a,0xfb2b,0xfb2c,0xfb2d,0xfb2e,0xfb2f,
  1.1668 +	0xfb30,0xfb31,0xfb32,0xfb33,0xfb34,0xfb35,0xfb36,0xfb38,0xfb39,0xfb3a,
  1.1669 +	0xfb3b,0xfb3c,0xfb3e,0xfb40,0xfb41,0xfb43,0xfb44,0xfb46,0xfb47,0xfb48,
  1.1670 +	0xfb49,0xfb4a,0xfb4b,0xfb4c,0xfb4d,0xfb4e,0xfb4f,0xd802,0xdc00,
  1.1671 +	0xd802,0xdc01,0xd802,0xdc02,0xd802,0xdc03,0xd802,0xdc04,0xd802,0xdc05,
  1.1672 +	0xd802,0xdc08,0xd802,0xdc0a,0xd802,0xdc0b,0xd802,0xdc0c,0xd802,0xdc0d,
  1.1673 +	0xd802,0xdc0e,0xd802,0xdc0f,0xd802,0xdc10,0xd802,0xdc11,0xd802,0xdc12,
  1.1674 +	0xd802,0xdc13,0xd802,0xdc14,0xd802,0xdc15,0xd802,0xdc16,0xd802,0xdc17,
  1.1675 +	0xd802,0xdc18,0xd802,0xdc19,0xd802,0xdc1a,0xd802,0xdc1b,0xd802,0xdc1c,
  1.1676 +	0xd802,0xdc1d,0xd802,0xdc1e,0xd802,0xdc1f,0xd802,0xdc20,0xd802,0xdc21,
  1.1677 +	0xd802,0xdc22,0xd802,0xdc23,0xd802,0xdc24,0xd802,0xdc25,0xd802,0xdc26,
  1.1678 +	0xd802,0xdc27,0xd802,0xdc28,0xd802,0xdc29,0xd802,0xdc2a,0xd802,0xdc2b,
  1.1679 +	0xd802,0xdc2c,0xd802,0xdc2d,0xd802,0xdc2e,0xd802,0xdc2f,0xd802,0xdc30,
  1.1680 +	0xd802,0xdc31,0xd802,0xdc32,0xd802,0xdc33,0xd802,0xdc34,0xd802,0xdc35,
  1.1681 +	0xd802,0xdc37,0xd802,0xdc38,0xd802,0xdc3c,0xd802,0xdc3f,0xd802,0xdd00,
  1.1682 +	0xd802,0xdd01,0xd802,0xdd02,0xd802,0xdd03,0xd802,0xdd04,0xd802,0xdd05,
  1.1683 +	0xd802,0xdd06,0xd802,0xdd07,0xd802,0xdd08,0xd802,0xdd09,0xd802,0xdd0a,
  1.1684 +	0xd802,0xdd0b,0xd802,0xdd0c,0xd802,0xdd0d,0xd802,0xdd0e,0xd802,0xdd0f,
  1.1685 +	0xd802,0xdd10,0xd802,0xdd11,0xd802,0xdd12,0xd802,0xdd13,0xd802,0xdd14,
  1.1686 +	0xd802,0xdd15,0xd802,0xdd16,0xd802,0xdd17,0xd802,0xdd18,0xd802,0xdd19,
  1.1687 +	0xd802,0xde00,0xd802,0xde10,0xd802,0xde11,0xd802,0xde12,0xd802,0xde13,
  1.1688 +	0xd802,0xde15,0xd802,0xde16,0xd802,0xde17,0xd802,0xde19,0xd802,0xde1a,
  1.1689 +	0xd802,0xde1b,0xd802,0xde1c,0xd802,0xde1d,0xd802,0xde1e,0xd802,0xde1f,
  1.1690 +	0xd802,0xde20,0xd802,0xde21,0xd802,0xde22,0xd802,0xde23,0xd802,0xde24,
  1.1691 +	0xd802,0xde25,0xd802,0xde26,0xd802,0xde27,0xd802,0xde28,0xd802,0xde29,
  1.1692 +	0xd802,0xde2a,0xd802,0xde2b,0xd802,0xde2c,0xd802,0xde2d,0xd802,0xde2e,
  1.1693 +	0xd802,0xde2f,0xd802,0xde30,0xd802,0xde31,0xd802,0xde32,0xd802,0xde33,
  1.1694 +	0xd802,0xde40,0xd802,0xde41,0xd802,0xde42,0xd802,0xde43,0xd802,0xde44,
  1.1695 +	0xd802,0xde45,0xd802,0xde46,0xd802,0xde47,0xd802,0xde50,0xd802,0xde51,
  1.1696 +	0xd802,0xde52,0xd802,0xde53,0xd802,0xde54,0xd802,0xde55,0xd802,0xde56,
  1.1697 +	0xd802,0xde57,0xd802,0xde58,
  1.1698 +	};
  1.1699 +static const TUint KRightToLeftLength = 127 + 266;
  1.1700 +
  1.1701 +// This constant defines the Unicode characters in the "RightToLeftArabic" (AL) category.
  1.1702 +static const TUint16 KRightToLeftArabic[] = 
  1.1703 +	{
  1.1704 +	0x0600,0x0601,0x0602,0x0603,0x060b,0x060d,0x061b,0x061e,0x061f,0x0621,
  1.1705 +	0x0622,0x0623,0x0624,0x0625,0x0626,0x0627,0x0628,0x0629,0x062a,0x062b,
  1.1706 +	0x062c,0x062d,0x062e,0x062f,0x0630,0x0631,0x0632,0x0633,0x0634,0x0635,
  1.1707 +	0x0636,0x0637,0x0638,0x0639,0x063a,0x0640,0x0641,0x0642,0x0643,0x0644,
  1.1708 +	0x0645,0x0646,0x0647,0x0648,0x0649,0x064a,0x066d,0x066e,0x066f,0x0671,
  1.1709 +	0x0672,0x0673,0x0674,0x0675,0x0676,0x0677,0x0678,0x0679,0x067a,0x067b,
  1.1710 +	0x067c,0x067d,0x067e,0x067f,0x0680,0x0681,0x0682,0x0683,0x0684,0x0685,
  1.1711 +	0x0686,0x0687,0x0688,0x0689,0x068a,0x068b,0x068c,0x068d,0x068e,0x068f,
  1.1712 +	0x0690,0x0691,0x0692,0x0693,0x0694,0x0695,0x0696,0x0697,0x0698,0x0699,
  1.1713 +	0x069a,0x069b,0x069c,0x069d,0x069e,0x069f,0x06a0,0x06a1,0x06a2,0x06a3,
  1.1714 +	0x06a4,0x06a5,0x06a6,0x06a7,0x06a8,0x06a9,0x06aa,0x06ab,0x06ac,0x06ad,
  1.1715 +	0x06ae,0x06af,0x06b0,0x06b1,0x06b2,0x06b3,0x06b4,0x06b5,0x06b6,0x06b7,
  1.1716 +	0x06b8,0x06b9,0x06ba,0x06bb,0x06bc,0x06bd,0x06be,0x06bf,0x06c0,0x06c1,
  1.1717 +	0x06c2,0x06c3,0x06c4,0x06c5,0x06c6,0x06c7,0x06c8,0x06c9,0x06ca,0x06cb,
  1.1718 +	0x06cc,0x06cd,0x06ce,0x06cf,0x06d0,0x06d1,0x06d2,0x06d3,0x06d4,0x06d5,
  1.1719 +	0x06dd,0x06e5,0x06e6,0x06ee,0x06ef,0x06fa,0x06fb,0x06fc,0x06fd,0x06fe,
  1.1720 +	0x06ff,0x0700,0x0701,0x0702,0x0703,0x0704,0x0705,0x0706,0x0707,0x0708,
  1.1721 +	0x0709,0x070a,0x070b,0x070c,0x070d,0x0710,0x0712,0x0713,0x0714,0x0715,
  1.1722 +	0x0716,0x0717,0x0718,0x0719,0x071a,0x071b,0x071c,0x071d,0x071e,0x071f,
  1.1723 +	0x0720,0x0721,0x0722,0x0723,0x0724,0x0725,0x0726,0x0727,0x0728,0x0729,
  1.1724 +	0x072a,0x072b,0x072c,0x072d,0x072e,0x072f,0x074d,0x074e,0x074f,0x0750,
  1.1725 +	0x0751,0x0752,0x0753,0x0754,0x0755,0x0756,0x0757,0x0758,0x0759,0x075a,
  1.1726 +	0x075b,0x075c,0x075d,0x075e,0x075f,0x0760,0x0761,0x0762,0x0763,0x0764,
  1.1727 +	0x0765,0x0766,0x0767,0x0768,0x0769,0x076a,0x076b,0x076c,0x076d,0x0780,
  1.1728 +	0x0781,0x0782,0x0783,0x0784,0x0785,0x0786,0x0787,0x0788,0x0789,0x078a,
  1.1729 +	0x078b,0x078c,0x078d,0x078e,0x078f,0x0790,0x0791,0x0792,0x0793,0x0794,
  1.1730 +	0x0795,0x0796,0x0797,0x0798,0x0799,0x079a,0x079b,0x079c,0x079d,0x079e,
  1.1731 +	0x079f,0x07a0,0x07a1,0x07a2,0x07a3,0x07a4,0x07a5,0x07b1,0xfb50,0xfb51,
  1.1732 +	0xfb52,0xfb53,0xfb54,0xfb55,0xfb56,0xfb57,0xfb58,0xfb59,0xfb5a,0xfb5b,
  1.1733 +	0xfb5c,0xfb5d,0xfb5e,0xfb5f,0xfb60,0xfb61,0xfb62,0xfb63,0xfb64,0xfb65,
  1.1734 +	0xfb66,0xfb67,0xfb68,0xfb69,0xfb6a,0xfb6b,0xfb6c,0xfb6d,0xfb6e,0xfb6f,
  1.1735 +	0xfb70,0xfb71,0xfb72,0xfb73,0xfb74,0xfb75,0xfb76,0xfb77,0xfb78,0xfb79,
  1.1736 +	0xfb7a,0xfb7b,0xfb7c,0xfb7d,0xfb7e,0xfb7f,0xfb80,0xfb81,0xfb82,0xfb83,
  1.1737 +	0xfb84,0xfb85,0xfb86,0xfb87,0xfb88,0xfb89,0xfb8a,0xfb8b,0xfb8c,0xfb8d,
  1.1738 +	0xfb8e,0xfb8f,0xfb90,0xfb91,0xfb92,0xfb93,0xfb94,0xfb95,0xfb96,0xfb97,
  1.1739 +	0xfb98,0xfb99,0xfb9a,0xfb9b,0xfb9c,0xfb9d,0xfb9e,0xfb9f,0xfba0,0xfba1,
  1.1740 +	0xfba2,0xfba3,0xfba4,0xfba5,0xfba6,0xfba7,0xfba8,0xfba9,0xfbaa,0xfbab,
  1.1741 +	0xfbac,0xfbad,0xfbae,0xfbaf,0xfbb0,0xfbb1,0xfbd3,0xfbd4,0xfbd5,0xfbd6,
  1.1742 +	0xfbd7,0xfbd8,0xfbd9,0xfbda,0xfbdb,0xfbdc,0xfbdd,0xfbde,0xfbdf,0xfbe0,
  1.1743 +	0xfbe1,0xfbe2,0xfbe3,0xfbe4,0xfbe5,0xfbe6,0xfbe7,0xfbe8,0xfbe9,0xfbea,
  1.1744 +	0xfbeb,0xfbec,0xfbed,0xfbee,0xfbef,0xfbf0,0xfbf1,0xfbf2,0xfbf3,0xfbf4,
  1.1745 +	0xfbf5,0xfbf6,0xfbf7,0xfbf8,0xfbf9,0xfbfa,0xfbfb,0xfbfc,0xfbfd,0xfbfe,
  1.1746 +	0xfbff,0xfc00,0xfc01,0xfc02,0xfc03,0xfc04,0xfc05,0xfc06,0xfc07,0xfc08,
  1.1747 +	0xfc09,0xfc0a,0xfc0b,0xfc0c,0xfc0d,0xfc0e,0xfc0f,0xfc10,0xfc11,0xfc12,
  1.1748 +	0xfc13,0xfc14,0xfc15,0xfc16,0xfc17,0xfc18,0xfc19,0xfc1a,0xfc1b,0xfc1c,
  1.1749 +	0xfc1d,0xfc1e,0xfc1f,0xfc20,0xfc21,0xfc22,0xfc23,0xfc24,0xfc25,0xfc26,
  1.1750 +	0xfc27,0xfc28,0xfc29,0xfc2a,0xfc2b,0xfc2c,0xfc2d,0xfc2e,0xfc2f,0xfc30,
  1.1751 +	0xfc31,0xfc32,0xfc33,0xfc34,0xfc35,0xfc36,0xfc37,0xfc38,0xfc39,0xfc3a,
  1.1752 +	0xfc3b,0xfc3c,0xfc3d,0xfc3e,0xfc3f,0xfc40,0xfc41,0xfc42,0xfc43,0xfc44,
  1.1753 +	0xfc45,0xfc46,0xfc47,0xfc48,0xfc49,0xfc4a,0xfc4b,0xfc4c,0xfc4d,0xfc4e,
  1.1754 +	0xfc4f,0xfc50,0xfc51,0xfc52,0xfc53,0xfc54,0xfc55,0xfc56,0xfc57,0xfc58,
  1.1755 +	0xfc59,0xfc5a,0xfc5b,0xfc5c,0xfc5d,0xfc5e,0xfc5f,0xfc60,0xfc61,0xfc62,
  1.1756 +	0xfc63,0xfc64,0xfc65,0xfc66,0xfc67,0xfc68,0xfc69,0xfc6a,0xfc6b,0xfc6c,
  1.1757 +	0xfc6d,0xfc6e,0xfc6f,0xfc70,0xfc71,0xfc72,0xfc73,0xfc74,0xfc75,0xfc76,
  1.1758 +	0xfc77,0xfc78,0xfc79,0xfc7a,0xfc7b,0xfc7c,0xfc7d,0xfc7e,0xfc7f,0xfc80,
  1.1759 +	0xfc81,0xfc82,0xfc83,0xfc84,0xfc85,0xfc86,0xfc87,0xfc88,0xfc89,0xfc8a,
  1.1760 +	0xfc8b,0xfc8c,0xfc8d,0xfc8e,0xfc8f,0xfc90,0xfc91,0xfc92,0xfc93,0xfc94,
  1.1761 +	0xfc95,0xfc96,0xfc97,0xfc98,0xfc99,0xfc9a,0xfc9b,0xfc9c,0xfc9d,0xfc9e,
  1.1762 +	0xfc9f,0xfca0,0xfca1,0xfca2,0xfca3,0xfca4,0xfca5,0xfca6,0xfca7,0xfca8,
  1.1763 +	0xfca9,0xfcaa,0xfcab,0xfcac,0xfcad,0xfcae,0xfcaf,0xfcb0,0xfcb1,0xfcb2,
  1.1764 +	0xfcb3,0xfcb4,0xfcb5,0xfcb6,0xfcb7,0xfcb8,0xfcb9,0xfcba,0xfcbb,0xfcbc,
  1.1765 +	0xfcbd,0xfcbe,0xfcbf,0xfcc0,0xfcc1,0xfcc2,0xfcc3,0xfcc4,0xfcc5,0xfcc6,
  1.1766 +	0xfcc7,0xfcc8,0xfcc9,0xfcca,0xfccb,0xfccc,0xfccd,0xfcce,0xfccf,0xfcd0,
  1.1767 +	0xfcd1,0xfcd2,0xfcd3,0xfcd4,0xfcd5,0xfcd6,0xfcd7,0xfcd8,0xfcd9,0xfcda,
  1.1768 +	0xfcdb,0xfcdc,0xfcdd,0xfcde,0xfcdf,0xfce0,0xfce1,0xfce2,0xfce3,0xfce4,
  1.1769 +	0xfce5,0xfce6,0xfce7,0xfce8,0xfce9,0xfcea,0xfceb,0xfcec,0xfced,0xfcee,
  1.1770 +	0xfcef,0xfcf0,0xfcf1,0xfcf2,0xfcf3,0xfcf4,0xfcf5,0xfcf6,0xfcf7,0xfcf8,
  1.1771 +	0xfcf9,0xfcfa,0xfcfb,0xfcfc,0xfcfd,0xfcfe,0xfcff,0xfd00,0xfd01,0xfd02,
  1.1772 +	0xfd03,0xfd04,0xfd05,0xfd06,0xfd07,0xfd08,0xfd09,0xfd0a,0xfd0b,0xfd0c,
  1.1773 +	0xfd0d,0xfd0e,0xfd0f,0xfd10,0xfd11,0xfd12,0xfd13,0xfd14,0xfd15,0xfd16,
  1.1774 +	0xfd17,0xfd18,0xfd19,0xfd1a,0xfd1b,0xfd1c,0xfd1d,0xfd1e,0xfd1f,0xfd20,
  1.1775 +	0xfd21,0xfd22,0xfd23,0xfd24,0xfd25,0xfd26,0xfd27,0xfd28,0xfd29,0xfd2a,
  1.1776 +	0xfd2b,0xfd2c,0xfd2d,0xfd2e,0xfd2f,0xfd30,0xfd31,0xfd32,0xfd33,0xfd34,
  1.1777 +	0xfd35,0xfd36,0xfd37,0xfd38,0xfd39,0xfd3a,0xfd3b,0xfd3c,0xfd3d,0xfd50,
  1.1778 +	0xfd51,0xfd52,0xfd53,0xfd54,0xfd55,0xfd56,0xfd57,0xfd58,0xfd59,0xfd5a,
  1.1779 +	0xfd5b,0xfd5c,0xfd5d,0xfd5e,0xfd5f,0xfd60,0xfd61,0xfd62,0xfd63,0xfd64,
  1.1780 +	0xfd65,0xfd66,0xfd67,0xfd68,0xfd69,0xfd6a,0xfd6b,0xfd6c,0xfd6d,0xfd6e,
  1.1781 +	0xfd6f,0xfd70,0xfd71,0xfd72,0xfd73,0xfd74,0xfd75,0xfd76,0xfd77,0xfd78,
  1.1782 +	0xfd79,0xfd7a,0xfd7b,0xfd7c,0xfd7d,0xfd7e,0xfd7f,0xfd80,0xfd81,0xfd82,
  1.1783 +	0xfd83,0xfd84,0xfd85,0xfd86,0xfd87,0xfd88,0xfd89,0xfd8a,0xfd8b,0xfd8c,
  1.1784 +	0xfd8d,0xfd8e,0xfd8f,0xfd92,0xfd93,0xfd94,0xfd95,0xfd96,0xfd97,0xfd98,
  1.1785 +	0xfd99,0xfd9a,0xfd9b,0xfd9c,0xfd9d,0xfd9e,0xfd9f,0xfda0,0xfda1,0xfda2,
  1.1786 +	0xfda3,0xfda4,0xfda5,0xfda6,0xfda7,0xfda8,0xfda9,0xfdaa,0xfdab,0xfdac,
  1.1787 +	0xfdad,0xfdae,0xfdaf,0xfdb0,0xfdb1,0xfdb2,0xfdb3,0xfdb4,0xfdb5,0xfdb6,
  1.1788 +	0xfdb7,0xfdb8,0xfdb9,0xfdba,0xfdbb,0xfdbc,0xfdbd,0xfdbe,0xfdbf,0xfdc0,
  1.1789 +	0xfdc1,0xfdc2,0xfdc3,0xfdc4,0xfdc5,0xfdc6,0xfdc7,0xfdf0,0xfdf1,0xfdf2,
  1.1790 +	0xfdf3,0xfdf4,0xfdf5,0xfdf6,0xfdf7,0xfdf8,0xfdf9,0xfdfa,0xfdfb,0xfdfc,
  1.1791 +	0xfe70,0xfe71,0xfe72,0xfe73,0xfe74,0xfe76,0xfe77,0xfe78,0xfe79,0xfe7a,
  1.1792 +	0xfe7b,0xfe7c,0xfe7d,0xfe7e,0xfe7f,0xfe80,0xfe81,0xfe82,0xfe83,0xfe84,
  1.1793 +	0xfe85,0xfe86,0xfe87,0xfe88,0xfe89,0xfe8a,0xfe8b,0xfe8c,0xfe8d,0xfe8e,
  1.1794 +	0xfe8f,0xfe90,0xfe91,0xfe92,0xfe93,0xfe94,0xfe95,0xfe96,0xfe97,0xfe98,
  1.1795 +	0xfe99,0xfe9a,0xfe9b,0xfe9c,0xfe9d,0xfe9e,0xfe9f,0xfea0,0xfea1,0xfea2,
  1.1796 +	0xfea3,0xfea4,0xfea5,0xfea6,0xfea7,0xfea8,0xfea9,0xfeaa,0xfeab,0xfeac,
  1.1797 +	0xfead,0xfeae,0xfeaf,0xfeb0,0xfeb1,0xfeb2,0xfeb3,0xfeb4,0xfeb5,0xfeb6,
  1.1798 +	0xfeb7,0xfeb8,0xfeb9,0xfeba,0xfebb,0xfebc,0xfebd,0xfebe,0xfebf,0xfec0,
  1.1799 +	0xfec1,0xfec2,0xfec3,0xfec4,0xfec5,0xfec6,0xfec7,0xfec8,0xfec9,0xfeca,
  1.1800 +	0xfecb,0xfecc,0xfecd,0xfece,0xfecf,0xfed0,0xfed1,0xfed2,0xfed3,0xfed4,
  1.1801 +	0xfed5,0xfed6,0xfed7,0xfed8,0xfed9,0xfeda,0xfedb,0xfedc,0xfedd,0xfede,
  1.1802 +	0xfedf,0xfee0,0xfee1,0xfee2,0xfee3,0xfee4,0xfee5,0xfee6,0xfee7,0xfee8,
  1.1803 +	0xfee9,0xfeea,0xfeeb,0xfeec,0xfeed,0xfeee,0xfeef,0xfef0,0xfef1,0xfef2,
  1.1804 +	0xfef3,0xfef4,0xfef5,0xfef6,0xfef7,0xfef8,0xfef9,0xfefa,0xfefb,0xfefc,
  1.1805 +	};
  1.1806 +static const TUint KRightToLeftArabicLength = 1010;
  1.1807 +
  1.1808 +// This constant defines the Unicode characters in the "RightToLeftOverride" (RLO) category.
  1.1809 +static const TUint16 KRightToLeftOverride[] = 
  1.1810 +	{
  1.1811 +	0x202e
  1.1812 +	};
  1.1813 +
  1.1814 +// This constant defines the Unicode characters in the "PopDirectionalFormat" (PDF) category.
  1.1815 +static const TUint16 KPopDirectionalFormat[] = 
  1.1816 +	{
  1.1817 +	0x202c
  1.1818 +	};
  1.1819 +
  1.1820 +// This constant defines the Unicode characters in the "EuropeanNumber" (EN) category.
  1.1821 +static const TUint16 KEuropeanNumber[] = 
  1.1822 +	{
  1.1823 +	0x0030,0x0031,0x0032,0x0033,0x0034,0x0035,0x0036,0x0037,0x0038,0x0039,
  1.1824 +	0x00b2,0x00b3,0x00b9,0x06f0,0x06f1,0x06f2,0x06f3,0x06f4,0x06f5,0x06f6,
  1.1825 +	0x06f7,0x06f8,0x06f9,0x2070,0x2074,0x2075,0x2076,0x2077,0x2078,0x2079,
  1.1826 +	0x2080,0x2081,0x2082,0x2083,0x2084,0x2085,0x2086,0x2087,0x2088,0x2089,
  1.1827 +	0x2488,0x2489,0x248a,0x248b,0x248c,0x248d,0x248e,0x248f,0x2490,0x2491,
  1.1828 +	0x2492,0x2493,0x2494,0x2495,0x2496,0x2497,0x2498,0x2499,0x249a,0x249b,
  1.1829 +	0xff10,0xff11,0xff12,0xff13,0xff14,0xff15,0xff16,0xff17,0xff18,0xff19,
  1.1830 +	0xd835,0xdfce,0xd835,0xdfcf,0xd835,0xdfd0,0xd835,0xdfd1,0xd835,0xdfd2,
  1.1831 +	0xd835,0xdfd3,0xd835,0xdfd4,0xd835,0xdfd5,0xd835,0xdfd6,0xd835,0xdfd7,
  1.1832 +	0xd835,0xdfd8,0xd835,0xdfd9,0xd835,0xdfda,0xd835,0xdfdb,0xd835,0xdfdc,
  1.1833 +	0xd835,0xdfdd,0xd835,0xdfde,0xd835,0xdfdf,0xd835,0xdfe0,0xd835,0xdfe1,
  1.1834 +	0xd835,0xdfe2,0xd835,0xdfe3,0xd835,0xdfe4,0xd835,0xdfe5,0xd835,0xdfe6,
  1.1835 +	0xd835,0xdfe7,0xd835,0xdfe8,0xd835,0xdfe9,0xd835,0xdfea,0xd835,0xdfeb,
  1.1836 +	0xd835,0xdfec,0xd835,0xdfed,0xd835,0xdfee,0xd835,0xdfef,0xd835,0xdff0,
  1.1837 +	0xd835,0xdff1,0xd835,0xdff2,0xd835,0xdff3,0xd835,0xdff4,0xd835,0xdff5,
  1.1838 +	0xd835,0xdff6,0xd835,0xdff7,0xd835,0xdff8,0xd835,0xdff9,0xd835,0xdffa,
  1.1839 +	0xd835,0xdffb,0xd835,0xdffc,0xd835,0xdffd,0xd835,0xdffe,0xd835,0xdfff,
  1.1840 +	};
  1.1841 +static const TUint KEuropeanNumberLength = 70 + 100;
  1.1842 +
  1.1843 +// This constant defines the Unicode characters in the "EuropeanNumberTerminator" (ET) category.
  1.1844 +static const TUint16 KEuropeanNumberTerminator[] = 
  1.1845 +	{
  1.1846 +	0x0023,0x0024,0x0025,0x00a2,0x00a3,0x00a4,0x00a5,0x00b0,0x00b1,0x066a,
  1.1847 +	0x09f2,0x09f3,0x0af1,0x0bf9,0x0e3f,0x17db,0x2030,0x2031,0x2032,0x2033,
  1.1848 +	0x2034,0x20a0,0x20a1,0x20a2,0x20a3,0x20a4,0x20a5,0x20a6,0x20a7,0x20a8,
  1.1849 +	0x20a9,0x20aa,0x20ab,0x20ac,0x20ad,0x20ae,0x20af,0x20b0,0x20b1,0x20b2,
  1.1850 +	0x20b3,0x20b4,0x20b5,0x212e,0x2213,0xfe5f,0xfe69,0xfe6a,0xff03,0xff04,
  1.1851 +	0xff05,0xffe0,0xffe1,0xffe5,0xffe6,
  1.1852 +	};
  1.1853 +static const TUint KEuropeanNumberTerminatorLength = 55;
  1.1854 +
  1.1855 +
  1.1856 +// This constant defines the Unicode characters in the "ArabicNumber" (AN) category.
  1.1857 +static const TUint16 KArabicNumber[] = 
  1.1858 +	{
  1.1859 +	0x0660,0x0661,0x0662,0x0663,0x0664,0x0665,0x0666,0x0667,0x0668,0x0669,
  1.1860 +	0x066b,0x066c,
  1.1861 +	};
  1.1862 +
  1.1863 +static const TUint KArabicNumberLength = 12;
  1.1864 +
  1.1865 +// This constant defines the Unicode characters in the "OtherNeutrals" category.
  1.1866 +// A conventional _LIT cannot be used here because of the Microsoft limit of 
  1.1867 +// 2048 bytes for literal strings.
  1.1868 +static const TUint16 KOtherNeutrals[] = 
  1.1869 +	{
  1.1870 +	0x0021,0x0022,0x0026,0x0027,0x0028,0x0029,0x002a,0x003b,0x003c,0x003d,
  1.1871 +	0x003e,0x003f,0x0040,0x005b,0x005c,0x005d,0x005e,0x005f,0x0060,0x007b,
  1.1872 +	0x007c,0x007d,0x007e,0x00a1,0x00a6,0x00a7,0x00a8,0x00a9,0x00ab,0x00ac,
  1.1873 +	0x00ae,0x00af,0x00b4,0x00b6,0x00b7,0x00b8,0x00bb,0x00bc,0x00bd,0x00be,
  1.1874 +	0x00bf,0x00d7,0x00f7,0x02b9,0x02ba,0x02c2,0x02c3,0x02c4,0x02c5,0x02c6,
  1.1875 +	0x02c7,0x02c8,0x02c9,0x02ca,0x02cb,0x02cc,0x02cd,0x02ce,0x02cf,0x02d2,
  1.1876 +	0x02d3,0x02d4,0x02d5,0x02d6,0x02d7,0x02d8,0x02d9,0x02da,0x02db,0x02dc,
  1.1877 +	0x02dd,0x02de,0x02df,0x02e5,0x02e6,0x02e7,0x02e8,0x02e9,0x02ea,0x02eb,
  1.1878 +	0x02ec,0x02ed,0x02ef,0x02f0,0x02f1,0x02f2,0x02f3,0x02f4,0x02f5,0x02f6,
  1.1879 +	0x02f7,0x02f8,0x02f9,0x02fa,0x02fb,0x02fc,0x02fd,0x02fe,0x02ff,0x0374,
  1.1880 +	0x0375,0x037e,0x0384,0x0385,0x0387,0x03f6,0x058a,0x060e,0x060f,0x06e9,
  1.1881 +	0x07f6,0x07f7,0x07f8,0x07f9,0x0bf3,0x0bf4,0x0bf5,0x0bf6,0x0bf7,0x0bf8,
  1.1882 +	0x0bfa,0x0cf1,0x0cf2,0x0f3a,0x0f3b,0x0f3c,0x0f3d,0x1390,0x1391,0x1392,
  1.1883 +	0x1393,0x1394,0x1395,0x1396,0x1397,0x1398,0x1399,0x169b,0x169c,0x17f0,
  1.1884 +	0x17f1,0x17f2,0x17f3,0x17f4,0x17f5,0x17f6,0x17f7,0x17f8,0x17f9,0x1800,
  1.1885 +	0x1801,0x1802,0x1803,0x1804,0x1805,0x1806,0x1807,0x1808,0x1809,0x180a,
  1.1886 +	0x1940,0x1944,0x1945,0x19de,0x19df,0x19e0,0x19e1,0x19e2,0x19e3,0x19e4,
  1.1887 +	0x19e5,0x19e6,0x19e7,0x19e8,0x19e9,0x19ea,0x19eb,0x19ec,0x19ed,0x19ee,
  1.1888 +	0x19ef,0x19f0,0x19f1,0x19f2,0x19f3,0x19f4,0x19f5,0x19f6,0x19f7,0x19f8,
  1.1889 +	0x19f9,0x19fa,0x19fb,0x19fc,0x19fd,0x19fe,0x19ff,0x1fbd,0x1fbf,0x1fc0,
  1.1890 +	0x1fc1,0x1fcd,0x1fce,0x1fcf,0x1fdd,0x1fde,0x1fdf,0x1fed,0x1fee,0x1fef,
  1.1891 +	0x1ffd,0x1ffe,0x2010,0x2011,0x2012,0x2013,0x2014,0x2015,0x2016,0x2017,
  1.1892 +	0x2018,0x2019,0x201a,0x201b,0x201c,0x201d,0x201e,0x201f,0x2020,0x2021,
  1.1893 +	0x2022,0x2023,0x2024,0x2025,0x2026,0x2027,0x2035,0x2036,0x2037,0x2038,
  1.1894 +	0x2039,0x203a,0x203b,0x203c,0x203d,0x203e,0x203f,0x2040,0x2041,0x2042,
  1.1895 +	0x2043,0x2045,0x2046,0x2047,0x2048,0x2049,0x204a,0x204b,0x204c,0x204d,
  1.1896 +	0x204e,0x204f,0x2050,0x2051,0x2052,0x2053,0x2054,0x2055,0x2056,0x2057,
  1.1897 +	0x2058,0x2059,0x205a,0x205b,0x205c,0x205d,0x205e,0x207c,0x207d,0x207e,
  1.1898 +	0x208c,0x208d,0x208e,0x2100,0x2101,0x2103,0x2104,0x2105,0x2106,0x2108,
  1.1899 +	0x2109,0x2114,0x2116,0x2117,0x2118,0x211e,0x211f,0x2120,0x2121,0x2122,
  1.1900 +	0x2123,0x2125,0x2127,0x2129,0x213a,0x213b,0x2140,0x2141,0x2142,0x2143,
  1.1901 +	0x2144,0x214a,0x214b,0x214c,0x214d,0x2153,0x2154,0x2155,0x2156,0x2157,
  1.1902 +	0x2158,0x2159,0x215a,0x215b,0x215c,0x215d,0x215e,0x215f,0x2190,0x2191,
  1.1903 +	0x2192,0x2193,0x2194,0x2195,0x2196,0x2197,0x2198,0x2199,0x219a,0x219b,
  1.1904 +	0x219c,0x219d,0x219e,0x219f,0x21a0,0x21a1,0x21a2,0x21a3,0x21a4,0x21a5,
  1.1905 +	0x21a6,0x21a7,0x21a8,0x21a9,0x21aa,0x21ab,0x21ac,0x21ad,0x21ae,0x21af,
  1.1906 +	0x21b0,0x21b1,0x21b2,0x21b3,0x21b4,0x21b5,0x21b6,0x21b7,0x21b8,0x21b9,
  1.1907 +	0x21ba,0x21bb,0x21bc,0x21bd,0x21be,0x21bf,0x21c0,0x21c1,0x21c2,0x21c3,
  1.1908 +	0x21c4,0x21c5,0x21c6,0x21c7,0x21c8,0x21c9,0x21ca,0x21cb,0x21cc,0x21cd,
  1.1909 +	0x21ce,0x21cf,0x21d0,0x21d1,0x21d2,0x21d3,0x21d4,0x21d5,0x21d6,0x21d7,
  1.1910 +	0x21d8,0x21d9,0x21da,0x21db,0x21dc,0x21dd,0x21de,0x21df,0x21e0,0x21e1,
  1.1911 +	0x21e2,0x21e3,0x21e4,0x21e5,0x21e6,0x21e7,0x21e8,0x21e9,0x21ea,0x21eb,
  1.1912 +	0x21ec,0x21ed,0x21ee,0x21ef,0x21f0,0x21f1,0x21f2,0x21f3,0x21f4,0x21f5,
  1.1913 +	0x21f6,0x21f7,0x21f8,0x21f9,0x21fa,0x21fb,0x21fc,0x21fd,0x21fe,0x21ff,
  1.1914 +	0x2200,0x2201,0x2202,0x2203,0x2204,0x2205,0x2206,0x2207,0x2208,0x2209,
  1.1915 +	0x220a,0x220b,0x220c,0x220d,0x220e,0x220f,0x2210,0x2211,0x2214,0x2215,
  1.1916 +	0x2216,0x2217,0x2218,0x2219,0x221a,0x221b,0x221c,0x221d,0x221e,0x221f,
  1.1917 +	0x2220,0x2221,0x2222,0x2223,0x2224,0x2225,0x2226,0x2227,0x2228,0x2229,
  1.1918 +	0x222a,0x222b,0x222c,0x222d,0x222e,0x222f,0x2230,0x2231,0x2232,0x2233,
  1.1919 +	0x2234,0x2235,0x2236,0x2237,0x2238,0x2239,0x223a,0x223b,0x223c,0x223d,
  1.1920 +	0x223e,0x223f,0x2240,0x2241,0x2242,0x2243,0x2244,0x2245,0x2246,0x2247,
  1.1921 +	0x2248,0x2249,0x224a,0x224b,0x224c,0x224d,0x224e,0x224f,0x2250,0x2251,
  1.1922 +	0x2252,0x2253,0x2254,0x2255,0x2256,0x2257,0x2258,0x2259,0x225a,0x225b,
  1.1923 +	0x225c,0x225d,0x225e,0x225f,0x2260,0x2261,0x2262,0x2263,0x2264,0x2265,
  1.1924 +	0x2266,0x2267,0x2268,0x2269,0x226a,0x226b,0x226c,0x226d,0x226e,0x226f,
  1.1925 +	0x2270,0x2271,0x2272,0x2273,0x2274,0x2275,0x2276,0x2277,0x2278,0x2279,
  1.1926 +	0x227a,0x227b,0x227c,0x227d,0x227e,0x227f,0x2280,0x2281,0x2282,0x2283,
  1.1927 +	0x2284,0x2285,0x2286,0x2287,0x2288,0x2289,0x228a,0x228b,0x228c,0x228d,
  1.1928 +	0x228e,0x228f,0x2290,0x2291,0x2292,0x2293,0x2294,0x2295,0x2296,0x2297,
  1.1929 +	0x2298,0x2299,0x229a,0x229b,0x229c,0x229d,0x229e,0x229f,0x22a0,0x22a1,
  1.1930 +	0x22a2,0x22a3,0x22a4,0x22a5,0x22a6,0x22a7,0x22a8,0x22a9,0x22aa,0x22ab,
  1.1931 +	0x22ac,0x22ad,0x22ae,0x22af,0x22b0,0x22b1,0x22b2,0x22b3,0x22b4,0x22b5,
  1.1932 +	0x22b6,0x22b7,0x22b8,0x22b9,0x22ba,0x22bb,0x22bc,0x22bd,0x22be,0x22bf,
  1.1933 +	0x22c0,0x22c1,0x22c2,0x22c3,0x22c4,0x22c5,0x22c6,0x22c7,0x22c8,0x22c9,
  1.1934 +	0x22ca,0x22cb,0x22cc,0x22cd,0x22ce,0x22cf,0x22d0,0x22d1,0x22d2,0x22d3,
  1.1935 +	0x22d4,0x22d5,0x22d6,0x22d7,0x22d8,0x22d9,0x22da,0x22db,0x22dc,0x22dd,
  1.1936 +	0x22de,0x22df,0x22e0,0x22e1,0x22e2,0x22e3,0x22e4,0x22e5,0x22e6,0x22e7,
  1.1937 +	0x22e8,0x22e9,0x22ea,0x22eb,0x22ec,0x22ed,0x22ee,0x22ef,0x22f0,0x22f1,
  1.1938 +	0x22f2,0x22f3,0x22f4,0x22f5,0x22f6,0x22f7,0x22f8,0x22f9,0x22fa,0x22fb,
  1.1939 +	0x22fc,0x22fd,0x22fe,0x22ff,0x2300,0x2301,0x2302,0x2303,0x2304,0x2305,
  1.1940 +	0x2306,0x2307,0x2308,0x2309,0x230a,0x230b,0x230c,0x230d,0x230e,0x230f,
  1.1941 +	0x2310,0x2311,0x2312,0x2313,0x2314,0x2315,0x2316,0x2317,0x2318,0x2319,
  1.1942 +	0x231a,0x231b,0x231c,0x231d,0x231e,0x231f,0x2320,0x2321,0x2322,0x2323,
  1.1943 +	0x2324,0x2325,0x2326,0x2327,0x2328,0x2329,0x232a,0x232b,0x232c,0x232d,
  1.1944 +	0x232e,0x232f,0x2330,0x2331,0x2332,0x2333,0x2334,0x2335,0x237b,0x237c,
  1.1945 +	0x237d,0x237e,0x237f,0x2380,0x2381,0x2382,0x2383,0x2384,0x2385,0x2386,
  1.1946 +	0x2387,0x2388,0x2389,0x238a,0x238b,0x238c,0x238d,0x238e,0x238f,0x2390,
  1.1947 +	0x2391,0x2392,0x2393,0x2394,0x2396,0x2397,0x2398,0x2399,0x239a,0x239b,
  1.1948 +	0x239c,0x239d,0x239e,0x239f,0x23a0,0x23a1,0x23a2,0x23a3,0x23a4,0x23a5,
  1.1949 +	0x23a6,0x23a7,0x23a8,0x23a9,0x23aa,0x23ab,0x23ac,0x23ad,0x23ae,0x23af,
  1.1950 +	0x23b0,0x23b1,0x23b2,0x23b3,0x23b4,0x23b5,0x23b6,0x23b7,0x23b8,0x23b9,
  1.1951 +	0x23ba,0x23bb,0x23bc,0x23bd,0x23be,0x23bf,0x23c0,0x23c1,0x23c2,0x23c3,
  1.1952 +	0x23c4,0x23c5,0x23c6,0x23c7,0x23c8,0x23c9,0x23ca,0x23cb,0x23cc,0x23cd,
  1.1953 +	0x23ce,0x23cf,0x23d0,0x23d1,0x23d2,0x23d3,0x23d4,0x23d5,0x23d6,0x23d7,
  1.1954 +	0x23d8,0x23d9,0x23da,0x23db,0x23dc,0x23dd,0x23de,0x23df,0x23e0,0x23e1,
  1.1955 +	0x23e2,0x23e3,0x23e4,0x23e5,0x23e6,0x23e7,0x2400,0x2401,0x2402,0x2403,
  1.1956 +	0x2404,0x2405,0x2406,0x2407,0x2408,0x2409,0x240a,0x240b,0x240c,0x240d,
  1.1957 +	0x240e,0x240f,0x2410,0x2411,0x2412,0x2413,0x2414,0x2415,0x2416,0x2417,
  1.1958 +	0x2418,0x2419,0x241a,0x241b,0x241c,0x241d,0x241e,0x241f,0x2420,0x2421,
  1.1959 +	0x2422,0x2423,0x2424,0x2425,0x2426,0x2440,0x2441,0x2442,0x2443,0x2444,
  1.1960 +	0x2445,0x2446,0x2447,0x2448,0x2449,0x244a,0x2460,0x2461,0x2462,0x2463,
  1.1961 +	0x2464,0x2465,0x2466,0x2467,0x2468,0x2469,0x246a,0x246b,0x246c,0x246d,
  1.1962 +	0x246e,0x246f,0x2470,0x2471,0x2472,0x2473,0x2474,0x2475,0x2476,0x2477,
  1.1963 +	0x2478,0x2479,0x247a,0x247b,0x247c,0x247d,0x247e,0x247f,0x2480,0x2481,
  1.1964 +	0x2482,0x2483,0x2484,0x2485,0x2486,0x2487,0x24ea,0x24eb,0x24ec,0x24ed,
  1.1965 +	0x24ee,0x24ef,0x24f0,0x24f1,0x24f2,0x24f3,0x24f4,0x24f5,0x24f6,0x24f7,
  1.1966 +	0x24f8,0x24f9,0x24fa,0x24fb,0x24fc,0x24fd,0x24fe,0x24ff,0x2500,0x2501,
  1.1967 +	0x2502,0x2503,0x2504,0x2505,0x2506,0x2507,0x2508,0x2509,0x250a,0x250b,
  1.1968 +	0x250c,0x250d,0x250e,0x250f,0x2510,0x2511,0x2512,0x2513,0x2514,0x2515,
  1.1969 +	0x2516,0x2517,0x2518,0x2519,0x251a,0x251b,0x251c,0x251d,0x251e,0x251f,
  1.1970 +	0x2520,0x2521,0x2522,0x2523,0x2524,0x2525,0x2526,0x2527,0x2528,0x2529,
  1.1971 +	0x252a,0x252b,0x252c,0x252d,0x252e,0x252f,0x2530,0x2531,0x2532,0x2533,
  1.1972 +	0x2534,0x2535,0x2536,0x2537,0x2538,0x2539,0x253a,0x253b,0x253c,0x253d,
  1.1973 +	0x253e,0x253f,0x2540,0x2541,0x2542,0x2543,0x2544,0x2545,0x2546,0x2547,
  1.1974 +	0x2548,0x2549,0x254a,0x254b,0x254c,0x254d,0x254e,0x254f,0x2550,0x2551,
  1.1975 +	0x2552,0x2553,0x2554,0x2555,0x2556,0x2557,0x2558,0x2559,0x255a,0x255b,
  1.1976 +	0x255c,0x255d,0x255e,0x255f,0x2560,0x2561,0x2562,0x2563,0x2564,0x2565,
  1.1977 +	0x2566,0x2567,0x2568,0x2569,0x256a,0x256b,0x256c,0x256d,0x256e,0x256f,
  1.1978 +	0x2570,0x2571,0x2572,0x2573,0x2574,0x2575,0x2576,0x2577,0x2578,0x2579,
  1.1979 +	0x257a,0x257b,0x257c,0x257d,0x257e,0x257f,0x2580,0x2581,0x2582,0x2583,
  1.1980 +	0x2584,0x2585,0x2586,0x2587,0x2588,0x2589,0x258a,0x258b,0x258c,0x258d,
  1.1981 +	0x258e,0x258f,0x2590,0x2591,0x2592,0x2593,0x2594,0x2595,0x2596,0x2597,
  1.1982 +	0x2598,0x2599,0x259a,0x259b,0x259c,0x259d,0x259e,0x259f,0x25a0,0x25a1,
  1.1983 +	0x25a2,0x25a3,0x25a4,0x25a5,0x25a6,0x25a7,0x25a8,0x25a9,0x25aa,0x25ab,
  1.1984 +	0x25ac,0x25ad,0x25ae,0x25af,0x25b0,0x25b1,0x25b2,0x25b3,0x25b4,0x25b5,
  1.1985 +	0x25b6,0x25b7,0x25b8,0x25b9,0x25ba,0x25bb,0x25bc,0x25bd,0x25be,0x25bf,
  1.1986 +	0x25c0,0x25c1,0x25c2,0x25c3,0x25c4,0x25c5,0x25c6,0x25c7,0x25c8,0x25c9,
  1.1987 +	0x25ca,0x25cb,0x25cc,0x25cd,0x25ce,0x25cf,0x25d0,0x25d1,0x25d2,0x25d3,
  1.1988 +	0x25d4,0x25d5,0x25d6,0x25d7,0x25d8,0x25d9,0x25da,0x25db,0x25dc,0x25dd,
  1.1989 +	0x25de,0x25df,0x25e0,0x25e1,0x25e2,0x25e3,0x25e4,0x25e5,0x25e6,0x25e7,
  1.1990 +	0x25e8,0x25e9,0x25ea,0x25eb,0x25ec,0x25ed,0x25ee,0x25ef,0x25f0,0x25f1,
  1.1991 +	0x25f2,0x25f3,0x25f4,0x25f5,0x25f6,0x25f7,0x25f8,0x25f9,0x25fa,0x25fb,
  1.1992 +	0x25fc,0x25fd,0x25fe,0x25ff,0x2600,0x2601,0x2602,0x2603,0x2604,0x2605,
  1.1993 +	0x2606,0x2607,0x2608,0x2609,0x260a,0x260b,0x260c,0x260d,0x260e,0x260f,
  1.1994 +	0x2610,0x2611,0x2612,0x2613,0x2614,0x2615,0x2616,0x2617,0x2618,0x2619,
  1.1995 +	0x261a,0x261b,0x261c,0x261d,0x261e,0x261f,0x2620,0x2621,0x2622,0x2623,
  1.1996 +	0x2624,0x2625,0x2626,0x2627,0x2628,0x2629,0x262a,0x262b,0x262c,0x262d,
  1.1997 +	0x262e,0x262f,0x2630,0x2631,0x2632,0x2633,0x2634,0x2635,0x2636,0x2637,
  1.1998 +	0x2638,0x2639,0x263a,0x263b,0x263c,0x263d,0x263e,0x263f,0x2640,0x2641,
  1.1999 +	0x2642,0x2643,0x2644,0x2645,0x2646,0x2647,0x2648,0x2649,0x264a,0x264b,
  1.2000 +	0x264c,0x264d,0x264e,0x264f,0x2650,0x2651,0x2652,0x2653,0x2654,0x2655,
  1.2001 +	0x2656,0x2657,0x2658,0x2659,0x265a,0x265b,0x265c,0x265d,0x265e,0x265f,
  1.2002 +	0x2660,0x2661,0x2662,0x2663,0x2664,0x2665,0x2666,0x2667,0x2668,0x2669,
  1.2003 +	0x266a,0x266b,0x266c,0x266d,0x266e,0x266f,0x2670,0x2671,0x2672,0x2673,
  1.2004 +	0x2674,0x2675,0x2676,0x2677,0x2678,0x2679,0x267a,0x267b,0x267c,0x267d,
  1.2005 +	0x267e,0x267f,0x2680,0x2681,0x2682,0x2683,0x2684,0x2685,0x2686,0x2687,
  1.2006 +	0x2688,0x2689,0x268a,0x268b,0x268c,0x268d,0x268e,0x268f,0x2690,0x2691,
  1.2007 +	0x2692,0x2693,0x2694,0x2695,0x2696,0x2697,0x2698,0x2699,0x269a,0x269b,
  1.2008 +	0x269c,0x26a0,0x26a1,0x26a2,0x26a3,0x26a4,0x26a5,0x26a6,0x26a7,0x26a8,
  1.2009 +	0x26a9,0x26aa,0x26ab,0x26ad,0x26ae,0x26af,0x26b0,0x26b1,0x26b2,0x2701,
  1.2010 +	0x2702,0x2703,0x2704,0x2706,0x2707,0x2708,0x2709,0x270c,0x270d,0x270e,
  1.2011 +	0x270f,0x2710,0x2711,0x2712,0x2713,0x2714,0x2715,0x2716,0x2717,0x2718,
  1.2012 +	0x2719,0x271a,0x271b,0x271c,0x271d,0x271e,0x271f,0x2720,0x2721,0x2722,
  1.2013 +	0x2723,0x2724,0x2725,0x2726,0x2727,0x2729,0x272a,0x272b,0x272c,0x272d,
  1.2014 +	0x272e,0x272f,0x2730,0x2731,0x2732,0x2733,0x2734,0x2735,0x2736,0x2737,
  1.2015 +	0x2738,0x2739,0x273a,0x273b,0x273c,0x273d,0x273e,0x273f,0x2740,0x2741,
  1.2016 +	0x2742,0x2743,0x2744,0x2745,0x2746,0x2747,0x2748,0x2749,0x274a,0x274b,
  1.2017 +	0x274d,0x274f,0x2750,0x2751,0x2752,0x2756,0x2758,0x2759,0x275a,0x275b,
  1.2018 +	0x275c,0x275d,0x275e,0x2761,0x2762,0x2763,0x2764,0x2765,0x2766,0x2767,
  1.2019 +	0x2768,0x2769,0x276a,0x276b,0x276c,0x276d,0x276e,0x276f,0x2770,0x2771,
  1.2020 +	0x2772,0x2773,0x2774,0x2775,0x2776,0x2777,0x2778,0x2779,0x277a,0x277b,
  1.2021 +	0x277c,0x277d,0x277e,0x277f,0x2780,0x2781,0x2782,0x2783,0x2784,0x2785,
  1.2022 +	0x2786,0x2787,0x2788,0x2789,0x278a,0x278b,0x278c,0x278d,0x278e,0x278f,
  1.2023 +	0x2790,0x2791,0x2792,0x2793,0x2794,0x2798,0x2799,0x279a,0x279b,0x279c,
  1.2024 +	0x279d,0x279e,0x279f,0x27a0,0x27a1,0x27a2,0x27a3,0x27a4,0x27a5,0x27a6,
  1.2025 +	0x27a7,0x27a8,0x27a9,0x27aa,0x27ab,0x27ac,0x27ad,0x27ae,0x27af,0x27b1,
  1.2026 +	0x27b2,0x27b3,0x27b4,0x27b5,0x27b6,0x27b7,0x27b8,0x27b9,0x27ba,0x27bb,
  1.2027 +	0x27bc,0x27bd,0x27be,0x27c0,0x27c1,0x27c2,0x27c3,0x27c4,0x27c5,0x27c6,
  1.2028 +	0x27c7,0x27c8,0x27c9,0x27ca,0x27d0,0x27d1,0x27d2,0x27d3,0x27d4,0x27d5,
  1.2029 +	0x27d6,0x27d7,0x27d8,0x27d9,0x27da,0x27db,0x27dc,0x27dd,0x27de,0x27df,
  1.2030 +	0x27e0,0x27e1,0x27e2,0x27e3,0x27e4,0x27e5,0x27e6,0x27e7,0x27e8,0x27e9,
  1.2031 +	0x27ea,0x27eb,0x27f0,0x27f1,0x27f2,0x27f3,0x27f4,0x27f5,0x27f6,0x27f7,
  1.2032 +	0x27f8,0x27f9,0x27fa,0x27fb,0x27fc,0x27fd,0x27fe,0x27ff,0x2900,0x2901,
  1.2033 +	0x2902,0x2903,0x2904,0x2905,0x2906,0x2907,0x2908,0x2909,0x290a,0x290b,
  1.2034 +	0x290c,0x290d,0x290e,0x290f,0x2910,0x2911,0x2912,0x2913,0x2914,0x2915,
  1.2035 +	0x2916,0x2917,0x2918,0x2919,0x291a,0x291b,0x291c,0x291d,0x291e,0x291f,
  1.2036 +	0x2920,0x2921,0x2922,0x2923,0x2924,0x2925,0x2926,0x2927,0x2928,0x2929,
  1.2037 +	0x292a,0x292b,0x292c,0x292d,0x292e,0x292f,0x2930,0x2931,0x2932,0x2933,
  1.2038 +	0x2934,0x2935,0x2936,0x2937,0x2938,0x2939,0x293a,0x293b,0x293c,0x293d,
  1.2039 +	0x293e,0x293f,0x2940,0x2941,0x2942,0x2943,0x2944,0x2945,0x2946,0x2947,
  1.2040 +	0x2948,0x2949,0x294a,0x294b,0x294c,0x294d,0x294e,0x294f,0x2950,0x2951,
  1.2041 +	0x2952,0x2953,0x2954,0x2955,0x2956,0x2957,0x2958,0x2959,0x295a,0x295b,
  1.2042 +	0x295c,0x295d,0x295e,0x295f,0x2960,0x2961,0x2962,0x2963,0x2964,0x2965,
  1.2043 +	0x2966,0x2967,0x2968,0x2969,0x296a,0x296b,0x296c,0x296d,0x296e,0x296f,
  1.2044 +	0x2970,0x2971,0x2972,0x2973,0x2974,0x2975,0x2976,0x2977,0x2978,0x2979,
  1.2045 +	0x297a,0x297b,0x297c,0x297d,0x297e,0x297f,0x2980,0x2981,0x2982,0x2983,
  1.2046 +	0x2984,0x2985,0x2986,0x2987,0x2988,0x2989,0x298a,0x298b,0x298c,0x298d,
  1.2047 +	0x298e,0x298f,0x2990,0x2991,0x2992,0x2993,0x2994,0x2995,0x2996,0x2997,
  1.2048 +	0x2998,0x2999,0x299a,0x299b,0x299c,0x299d,0x299e,0x299f,0x29a0,0x29a1,
  1.2049 +	0x29a2,0x29a3,0x29a4,0x29a5,0x29a6,0x29a7,0x29a8,0x29a9,0x29aa,0x29ab,
  1.2050 +	0x29ac,0x29ad,0x29ae,0x29af,0x29b0,0x29b1,0x29b2,0x29b3,0x29b4,0x29b5,
  1.2051 +	0x29b6,0x29b7,0x29b8,0x29b9,0x29ba,0x29bb,0x29bc,0x29bd,0x29be,0x29bf,
  1.2052 +	0x29c0,0x29c1,0x29c2,0x29c3,0x29c4,0x29c5,0x29c6,0x29c7,0x29c8,0x29c9,
  1.2053 +	0x29ca,0x29cb,0x29cc,0x29cd,0x29ce,0x29cf,0x29d0,0x29d1,0x29d2,0x29d3,
  1.2054 +	0x29d4,0x29d5,0x29d6,0x29d7,0x29d8,0x29d9,0x29da,0x29db,0x29dc,0x29dd,
  1.2055 +	0x29de,0x29df,0x29e0,0x29e1,0x29e2,0x29e3,0x29e4,0x29e5,0x29e6,0x29e7,
  1.2056 +	0x29e8,0x29e9,0x29ea,0x29eb,0x29ec,0x29ed,0x29ee,0x29ef,0x29f0,0x29f1,
  1.2057 +	0x29f2,0x29f3,0x29f4,0x29f5,0x29f6,0x29f7,0x29f8,0x29f9,0x29fa,0x29fb,
  1.2058 +	0x29fc,0x29fd,0x29fe,0x29ff,0x2a00,0x2a01,0x2a02,0x2a03,0x2a04,0x2a05,
  1.2059 +	0x2a06,0x2a07,0x2a08,0x2a09,0x2a0a,0x2a0b,0x2a0c,0x2a0d,0x2a0e,0x2a0f,
  1.2060 +	0x2a10,0x2a11,0x2a12,0x2a13,0x2a14,0x2a15,0x2a16,0x2a17,0x2a18,0x2a19,
  1.2061 +	0x2a1a,0x2a1b,0x2a1c,0x2a1d,0x2a1e,0x2a1f,0x2a20,0x2a21,0x2a22,0x2a23,
  1.2062 +	0x2a24,0x2a25,0x2a26,0x2a27,0x2a28,0x2a29,0x2a2a,0x2a2b,0x2a2c,0x2a2d,
  1.2063 +	0x2a2e,0x2a2f,0x2a30,0x2a31,0x2a32,0x2a33,0x2a34,0x2a35,0x2a36,0x2a37,
  1.2064 +	0x2a38,0x2a39,0x2a3a,0x2a3b,0x2a3c,0x2a3d,0x2a3e,0x2a3f,0x2a40,0x2a41,
  1.2065 +	0x2a42,0x2a43,0x2a44,0x2a45,0x2a46,0x2a47,0x2a48,0x2a49,0x2a4a,0x2a4b,
  1.2066 +	0x2a4c,0x2a4d,0x2a4e,0x2a4f,0x2a50,0x2a51,0x2a52,0x2a53,0x2a54,0x2a55,
  1.2067 +	0x2a56,0x2a57,0x2a58,0x2a59,0x2a5a,0x2a5b,0x2a5c,0x2a5d,0x2a5e,0x2a5f,
  1.2068 +	0x2a60,0x2a61,0x2a62,0x2a63,0x2a64,0x2a65,0x2a66,0x2a67,0x2a68,0x2a69,
  1.2069 +	0x2a6a,0x2a6b,0x2a6c,0x2a6d,0x2a6e,0x2a6f,0x2a70,0x2a71,0x2a72,0x2a73,
  1.2070 +	0x2a74,0x2a75,0x2a76,0x2a77,0x2a78,0x2a79,0x2a7a,0x2a7b,0x2a7c,0x2a7d,
  1.2071 +	0x2a7e,0x2a7f,0x2a80,0x2a81,0x2a82,0x2a83,0x2a84,0x2a85,0x2a86,0x2a87,
  1.2072 +	0x2a88,0x2a89,0x2a8a,0x2a8b,0x2a8c,0x2a8d,0x2a8e,0x2a8f,0x2a90,0x2a91,
  1.2073 +	0x2a92,0x2a93,0x2a94,0x2a95,0x2a96,0x2a97,0x2a98,0x2a99,0x2a9a,0x2a9b,
  1.2074 +	0x2a9c,0x2a9d,0x2a9e,0x2a9f,0x2aa0,0x2aa1,0x2aa2,0x2aa3,0x2aa4,0x2aa5,
  1.2075 +	0x2aa6,0x2aa7,0x2aa8,0x2aa9,0x2aaa,0x2aab,0x2aac,0x2aad,0x2aae,0x2aaf,
  1.2076 +	0x2ab0,0x2ab1,0x2ab2,0x2ab3,0x2ab4,0x2ab5,0x2ab6,0x2ab7,0x2ab8,0x2ab9,
  1.2077 +	0x2aba,0x2abb,0x2abc,0x2abd,0x2abe,0x2abf,0x2ac0,0x2ac1,0x2ac2,0x2ac3,
  1.2078 +	0x2ac4,0x2ac5,0x2ac6,0x2ac7,0x2ac8,0x2ac9,0x2aca,0x2acb,0x2acc,0x2acd,
  1.2079 +	0x2ace,0x2acf,0x2ad0,0x2ad1,0x2ad2,0x2ad3,0x2ad4,0x2ad5,0x2ad6,0x2ad7,
  1.2080 +	0x2ad8,0x2ad9,0x2ada,0x2adb,0x2adc,0x2add,0x2ade,0x2adf,0x2ae0,0x2ae1,
  1.2081 +	0x2ae2,0x2ae3,0x2ae4,0x2ae5,0x2ae6,0x2ae7,0x2ae8,0x2ae9,0x2aea,0x2aeb,
  1.2082 +	0x2aec,0x2aed,0x2aee,0x2aef,0x2af0,0x2af1,0x2af2,0x2af3,0x2af4,0x2af5,
  1.2083 +	0x2af6,0x2af7,0x2af8,0x2af9,0x2afa,0x2afb,0x2afc,0x2afd,0x2afe,0x2aff,
  1.2084 +	0x2b00,0x2b01,0x2b02,0x2b03,0x2b04,0x2b05,0x2b06,0x2b07,0x2b08,0x2b09,
  1.2085 +	0x2b0a,0x2b0b,0x2b0c,0x2b0d,0x2b0e,0x2b0f,0x2b10,0x2b11,0x2b12,0x2b13,
  1.2086 +	0x2b14,0x2b15,0x2b16,0x2b17,0x2b18,0x2b19,0x2b1a,0x2b20,0x2b21,0x2b22,
  1.2087 +	0x2b23,0x2ce5,0x2ce6,0x2ce7,0x2ce8,0x2ce9,0x2cea,0x2cf9,0x2cfa,0x2cfb,
  1.2088 +	0x2cfc,0x2cfd,0x2cfe,0x2cff,0x2e00,0x2e01,0x2e02,0x2e03,0x2e04,0x2e05,
  1.2089 +	0x2e06,0x2e07,0x2e08,0x2e09,0x2e0a,0x2e0b,0x2e0c,0x2e0d,0x2e0e,0x2e0f,
  1.2090 +	0x2e10,0x2e11,0x2e12,0x2e13,0x2e14,0x2e15,0x2e16,0x2e17,0x2e1c,0x2e1d,
  1.2091 +	0x2e80,0x2e81,0x2e82,0x2e83,0x2e84,0x2e85,0x2e86,0x2e87,0x2e88,0x2e89,
  1.2092 +	0x2e8a,0x2e8b,0x2e8c,0x2e8d,0x2e8e,0x2e8f,0x2e90,0x2e91,0x2e92,0x2e93,
  1.2093 +	0x2e94,0x2e95,0x2e96,0x2e97,0x2e98,0x2e99,0x2e9b,0x2e9c,0x2e9d,0x2e9e,
  1.2094 +	0x2e9f,0x2ea0,0x2ea1,0x2ea2,0x2ea3,0x2ea4,0x2ea5,0x2ea6,0x2ea7,0x2ea8,
  1.2095 +	0x2ea9,0x2eaa,0x2eab,0x2eac,0x2ead,0x2eae,0x2eaf,0x2eb0,0x2eb1,0x2eb2,
  1.2096 +	0x2eb3,0x2eb4,0x2eb5,0x2eb6,0x2eb7,0x2eb8,0x2eb9,0x2eba,0x2ebb,0x2ebc,
  1.2097 +	0x2ebd,0x2ebe,0x2ebf,0x2ec0,0x2ec1,0x2ec2,0x2ec3,0x2ec4,0x2ec5,0x2ec6,
  1.2098 +	0x2ec7,0x2ec8,0x2ec9,0x2eca,0x2ecb,0x2ecc,0x2ecd,0x2ece,0x2ecf,0x2ed0,
  1.2099 +	0x2ed1,0x2ed2,0x2ed3,0x2ed4,0x2ed5,0x2ed6,0x2ed7,0x2ed8,0x2ed9,0x2eda,
  1.2100 +	0x2edb,0x2edc,0x2edd,0x2ede,0x2edf,0x2ee0,0x2ee1,0x2ee2,0x2ee3,0x2ee4,
  1.2101 +	0x2ee5,0x2ee6,0x2ee7,0x2ee8,0x2ee9,0x2eea,0x2eeb,0x2eec,0x2eed,0x2eee,
  1.2102 +	0x2eef,0x2ef0,0x2ef1,0x2ef2,0x2ef3,0x2f00,0x2f01,0x2f02,0x2f03,0x2f04,
  1.2103 +	0x2f05,0x2f06,0x2f07,0x2f08,0x2f09,0x2f0a,0x2f0b,0x2f0c,0x2f0d,0x2f0e,
  1.2104 +	0x2f0f,0x2f10,0x2f11,0x2f12,0x2f13,0x2f14,0x2f15,0x2f16,0x2f17,0x2f18,
  1.2105 +	0x2f19,0x2f1a,0x2f1b,0x2f1c,0x2f1d,0x2f1e,0x2f1f,0x2f20,0x2f21,0x2f22,
  1.2106 +	0x2f23,0x2f24,0x2f25,0x2f26,0x2f27,0x2f28,0x2f29,0x2f2a,0x2f2b,0x2f2c,
  1.2107 +	0x2f2d,0x2f2e,0x2f2f,0x2f30,0x2f31,0x2f32,0x2f33,0x2f34,0x2f35,0x2f36,
  1.2108 +	0x2f37,0x2f38,0x2f39,0x2f3a,0x2f3b,0x2f3c,0x2f3d,0x2f3e,0x2f3f,0x2f40,
  1.2109 +	0x2f41,0x2f42,0x2f43,0x2f44,0x2f45,0x2f46,0x2f47,0x2f48,0x2f49,0x2f4a,
  1.2110 +	0x2f4b,0x2f4c,0x2f4d,0x2f4e,0x2f4f,0x2f50,0x2f51,0x2f52,0x2f53,0x2f54,
  1.2111 +	0x2f55,0x2f56,0x2f57,0x2f58,0x2f59,0x2f5a,0x2f5b,0x2f5c,0x2f5d,0x2f5e,
  1.2112 +	0x2f5f,0x2f60,0x2f61,0x2f62,0x2f63,0x2f64,0x2f65,0x2f66,0x2f67,0x2f68,
  1.2113 +	0x2f69,0x2f6a,0x2f6b,0x2f6c,0x2f6d,0x2f6e,0x2f6f,0x2f70,0x2f71,0x2f72,
  1.2114 +	0x2f73,0x2f74,0x2f75,0x2f76,0x2f77,0x2f78,0x2f79,0x2f7a,0x2f7b,0x2f7c,
  1.2115 +	0x2f7d,0x2f7e,0x2f7f,0x2f80,0x2f81,0x2f82,0x2f83,0x2f84,0x2f85,0x2f86,
  1.2116 +	0x2f87,0x2f88,0x2f89,0x2f8a,0x2f8b,0x2f8c,0x2f8d,0x2f8e,0x2f8f,0x2f90,
  1.2117 +	0x2f91,0x2f92,0x2f93,0x2f94,0x2f95,0x2f96,0x2f97,0x2f98,0x2f99,0x2f9a,
  1.2118 +	0x2f9b,0x2f9c,0x2f9d,0x2f9e,0x2f9f,0x2fa0,0x2fa1,0x2fa2,0x2fa3,0x2fa4,
  1.2119 +	0x2fa5,0x2fa6,0x2fa7,0x2fa8,0x2fa9,0x2faa,0x2fab,0x2fac,0x2fad,0x2fae,
  1.2120 +	0x2faf,0x2fb0,0x2fb1,0x2fb2,0x2fb3,0x2fb4,0x2fb5,0x2fb6,0x2fb7,0x2fb8,
  1.2121 +	0x2fb9,0x2fba,0x2fbb,0x2fbc,0x2fbd,0x2fbe,0x2fbf,0x2fc0,0x2fc1,0x2fc2,
  1.2122 +	0x2fc3,0x2fc4,0x2fc5,0x2fc6,0x2fc7,0x2fc8,0x2fc9,0x2fca,0x2fcb,0x2fcc,
  1.2123 +	0x2fcd,0x2fce,0x2fcf,0x2fd0,0x2fd1,0x2fd2,0x2fd3,0x2fd4,0x2fd5,0x2ff0,
  1.2124 +	0x2ff1,0x2ff2,0x2ff3,0x2ff4,0x2ff5,0x2ff6,0x2ff7,0x2ff8,0x2ff9,0x2ffa,
  1.2125 +	0x2ffb,0x3001,0x3002,0x3003,0x3004,0x3008,0x3009,0x300a,0x300b,0x300c,
  1.2126 +	0x300d,0x300e,0x300f,0x3010,0x3011,0x3012,0x3013,0x3014,0x3015,0x3016,
  1.2127 +	0x3017,0x3018,0x3019,0x301a,0x301b,0x301c,0x301d,0x301e,0x301f,0x3020,
  1.2128 +	0x3030,0x3036,0x3037,0x303d,0x303e,0x303f,0x309b,0x309c,0x30a0,0x30fb,
  1.2129 +	0x31c0,0x31c1,0x31c2,0x31c3,0x31c4,0x31c5,0x31c6,0x31c7,0x31c8,0x31c9,
  1.2130 +	0x31ca,0x31cb,0x31cc,0x31cd,0x31ce,0x31cf,0x321d,0x321e,0x3250,0x3251,
  1.2131 +	0x3252,0x3253,0x3254,0x3255,0x3256,0x3257,0x3258,0x3259,0x325a,0x325b,
  1.2132 +	0x325c,0x325d,0x325e,0x325f,0x327c,0x327d,0x327e,0x32b1,0x32b2,0x32b3,
  1.2133 +	0x32b4,0x32b5,0x32b6,0x32b7,0x32b8,0x32b9,0x32ba,0x32bb,0x32bc,0x32bd,
  1.2134 +	0x32be,0x32bf,0x32cc,0x32cd,0x32ce,0x32cf,0x3377,0x3378,0x3379,0x337a,
  1.2135 +	0x33de,0x33df,0x33ff,0x4dc0,0x4dc1,0x4dc2,0x4dc3,0x4dc4,0x4dc5,0x4dc6,
  1.2136 +	0x4dc7,0x4dc8,0x4dc9,0x4dca,0x4dcb,0x4dcc,0x4dcd,0x4dce,0x4dcf,0x4dd0,
  1.2137 +	0x4dd1,0x4dd2,0x4dd3,0x4dd4,0x4dd5,0x4dd6,0x4dd7,0x4dd8,0x4dd9,0x4dda,
  1.2138 +	0x4ddb,0x4ddc,0x4ddd,0x4dde,0x4ddf,0x4de0,0x4de1,0x4de2,0x4de3,0x4de4,
  1.2139 +	0x4de5,0x4de6,0x4de7,0x4de8,0x4de9,0x4dea,0x4deb,0x4dec,0x4ded,0x4dee,
  1.2140 +	0x4def,0x4df0,0x4df1,0x4df2,0x4df3,0x4df4,0x4df5,0x4df6,0x4df7,0x4df8,
  1.2141 +	0x4df9,0x4dfa,0x4dfb,0x4dfc,0x4dfd,0x4dfe,0x4dff,0xa490,0xa491,0xa492,
  1.2142 +	0xa493,0xa494,0xa495,0xa496,0xa497,0xa498,0xa499,0xa49a,0xa49b,0xa49c,
  1.2143 +	0xa49d,0xa49e,0xa49f,0xa4a0,0xa4a1,0xa4a2,0xa4a3,0xa4a4,0xa4a5,0xa4a6,
  1.2144 +	0xa4a7,0xa4a8,0xa4a9,0xa4aa,0xa4ab,0xa4ac,0xa4ad,0xa4ae,0xa4af,0xa4b0,
  1.2145 +	0xa4b1,0xa4b2,0xa4b3,0xa4b4,0xa4b5,0xa4b6,0xa4b7,0xa4b8,0xa4b9,0xa4ba,
  1.2146 +	0xa4bb,0xa4bc,0xa4bd,0xa4be,0xa4bf,0xa4c0,0xa4c1,0xa4c2,0xa4c3,0xa4c4,
  1.2147 +	0xa4c5,0xa4c6,0xa700,0xa701,0xa702,0xa703,0xa704,0xa705,0xa706,0xa707,
  1.2148 +	0xa708,0xa709,0xa70a,0xa70b,0xa70c,0xa70d,0xa70e,0xa70f,0xa710,0xa711,
  1.2149 +	0xa712,0xa713,0xa714,0xa715,0xa716,0xa717,0xa718,0xa719,0xa71a,0xa720,
  1.2150 +	0xa721,0xa828,0xa829,0xa82a,0xa82b,0xa874,0xa875,0xa876,0xa877,0xfd3e,
  1.2151 +	0xfd3f,0xfdfd,0xfe10,0xfe11,0xfe12,0xfe13,0xfe14,0xfe15,0xfe16,0xfe17,
  1.2152 +	0xfe18,0xfe19,0xfe30,0xfe31,0xfe32,0xfe33,0xfe34,0xfe35,0xfe36,0xfe37,
  1.2153 +	0xfe38,0xfe39,0xfe3a,0xfe3b,0xfe3c,0xfe3d,0xfe3e,0xfe3f,0xfe40,0xfe41,
  1.2154 +	0xfe42,0xfe43,0xfe44,0xfe45,0xfe46,0xfe47,0xfe48,0xfe49,0xfe4a,0xfe4b,
  1.2155 +	0xfe4c,0xfe4d,0xfe4e,0xfe4f,0xfe51,0xfe54,0xfe56,0xfe57,0xfe58,0xfe59,
  1.2156 +	0xfe5a,0xfe5b,0xfe5c,0xfe5d,0xfe5e,0xfe60,0xfe61,0xfe64,0xfe65,0xfe66,
  1.2157 +	0xfe68,0xfe6b,0xff01,0xff02,0xff06,0xff07,0xff08,0xff09,0xff0a,0xff1b,
  1.2158 +	0xff1c,0xff1d,0xff1e,0xff1f,0xff20,0xff3b,0xff3c,0xff3d,0xff3e,0xff3f,
  1.2159 +	0xff40,0xff5b,0xff5c,0xff5d,0xff5e,0xff5f,0xff60,0xff61,0xff62,0xff63,
  1.2160 +	0xff64,0xff65,0xffe2,0xffe3,0xffe4,0xffe8,0xffe9,0xffea,0xffeb,0xffec,
  1.2161 +	0xffed,0xffee,0xfff9,0xfffa,0xfffb,0xfffc,0xfffd,0xd800,0xdd01,
  1.2162 +	0xd800,0xdd40,0xd800,0xdd41,0xd800,0xdd42,0xd800,0xdd43,0xd800,0xdd44,
  1.2163 +	0xd800,0xdd45,0xd800,0xdd46,0xd800,0xdd47,0xd800,0xdd48,0xd800,0xdd49,
  1.2164 +	0xd800,0xdd4a,0xd800,0xdd4b,0xd800,0xdd4c,0xd800,0xdd4d,0xd800,0xdd4e,
  1.2165 +	0xd800,0xdd4f,0xd800,0xdd50,0xd800,0xdd51,0xd800,0xdd52,0xd800,0xdd53,
  1.2166 +	0xd800,0xdd54,0xd800,0xdd55,0xd800,0xdd56,0xd800,0xdd57,0xd800,0xdd58,
  1.2167 +	0xd800,0xdd59,0xd800,0xdd5a,0xd800,0xdd5b,0xd800,0xdd5c,0xd800,0xdd5d,
  1.2168 +	0xd800,0xdd5e,0xd800,0xdd5f,0xd800,0xdd60,0xd800,0xdd61,0xd800,0xdd62,
  1.2169 +	0xd800,0xdd63,0xd800,0xdd64,0xd800,0xdd65,0xd800,0xdd66,0xd800,0xdd67,
  1.2170 +	0xd800,0xdd68,0xd800,0xdd69,0xd800,0xdd6a,0xd800,0xdd6b,0xd800,0xdd6c,
  1.2171 +	0xd800,0xdd6d,0xd800,0xdd6e,0xd800,0xdd6f,0xd800,0xdd70,0xd800,0xdd71,
  1.2172 +	0xd800,0xdd72,0xd800,0xdd73,0xd800,0xdd74,0xd800,0xdd75,0xd800,0xdd76,
  1.2173 +	0xd800,0xdd77,0xd800,0xdd78,0xd800,0xdd79,0xd800,0xdd7a,0xd800,0xdd7b,
  1.2174 +	0xd800,0xdd7c,0xd800,0xdd7d,0xd800,0xdd7e,0xd800,0xdd7f,0xd800,0xdd80,
  1.2175 +	0xd800,0xdd81,0xd800,0xdd82,0xd800,0xdd83,0xd800,0xdd84,0xd800,0xdd85,
  1.2176 +	0xd800,0xdd86,0xd800,0xdd87,0xd800,0xdd88,0xd800,0xdd89,0xd800,0xdd8a,
  1.2177 +	0xd802,0xdd1f,0xd834,0xde00,0xd834,0xde01,0xd834,0xde02,0xd834,0xde03,
  1.2178 +	0xd834,0xde04,0xd834,0xde05,0xd834,0xde06,0xd834,0xde07,0xd834,0xde08,
  1.2179 +	0xd834,0xde09,0xd834,0xde0a,0xd834,0xde0b,0xd834,0xde0c,0xd834,0xde0d,
  1.2180 +	0xd834,0xde0e,0xd834,0xde0f,0xd834,0xde10,0xd834,0xde11,0xd834,0xde12,
  1.2181 +	0xd834,0xde13,0xd834,0xde14,0xd834,0xde15,0xd834,0xde16,0xd834,0xde17,
  1.2182 +	0xd834,0xde18,0xd834,0xde19,0xd834,0xde1a,0xd834,0xde1b,0xd834,0xde1c,
  1.2183 +	0xd834,0xde1d,0xd834,0xde1e,0xd834,0xde1f,0xd834,0xde20,0xd834,0xde21,
  1.2184 +	0xd834,0xde22,0xd834,0xde23,0xd834,0xde24,0xd834,0xde25,0xd834,0xde26,
  1.2185 +	0xd834,0xde27,0xd834,0xde28,0xd834,0xde29,0xd834,0xde2a,0xd834,0xde2b,
  1.2186 +	0xd834,0xde2c,0xd834,0xde2d,0xd834,0xde2e,0xd834,0xde2f,0xd834,0xde30,
  1.2187 +	0xd834,0xde31,0xd834,0xde32,0xd834,0xde33,0xd834,0xde34,0xd834,0xde35,
  1.2188 +	0xd834,0xde36,0xd834,0xde37,0xd834,0xde38,0xd834,0xde39,0xd834,0xde3a,
  1.2189 +	0xd834,0xde3b,0xd834,0xde3c,0xd834,0xde3d,0xd834,0xde3e,0xd834,0xde3f,
  1.2190 +	0xd834,0xde40,0xd834,0xde41,0xd834,0xde45,0xd834,0xdf00,0xd834,0xdf01,
  1.2191 +	0xd834,0xdf02,0xd834,0xdf03,0xd834,0xdf04,0xd834,0xdf05,0xd834,0xdf06,
  1.2192 +	0xd834,0xdf07,0xd834,0xdf08,0xd834,0xdf09,0xd834,0xdf0a,0xd834,0xdf0b,
  1.2193 +	0xd834,0xdf0c,0xd834,0xdf0d,0xd834,0xdf0e,0xd834,0xdf0f,0xd834,0xdf10,
  1.2194 +	0xd834,0xdf11,0xd834,0xdf12,0xd834,0xdf13,0xd834,0xdf14,0xd834,0xdf15,
  1.2195 +	0xd834,0xdf16,0xd834,0xdf17,0xd834,0xdf18,0xd834,0xdf19,0xd834,0xdf1a,
  1.2196 +	0xd834,0xdf1b,0xd834,0xdf1c,0xd834,0xdf1d,0xd834,0xdf1e,0xd834,0xdf1f,
  1.2197 +	0xd834,0xdf20,0xd834,0xdf21,0xd834,0xdf22,0xd834,0xdf23,0xd834,0xdf24,
  1.2198 +	0xd834,0xdf25,0xd834,0xdf26,0xd834,0xdf27,0xd834,0xdf28,0xd834,0xdf29,
  1.2199 +	0xd834,0xdf2a,0xd834,0xdf2b,0xd834,0xdf2c,0xd834,0xdf2d,0xd834,0xdf2e,
  1.2200 +	0xd834,0xdf2f,0xd834,0xdf30,0xd834,0xdf31,0xd834,0xdf32,0xd834,0xdf33,
  1.2201 +	0xd834,0xdf34,0xd834,0xdf35,0xd834,0xdf36,0xd834,0xdf37,0xd834,0xdf38,
  1.2202 +	0xd834,0xdf39,0xd834,0xdf3a,0xd834,0xdf3b,0xd834,0xdf3c,0xd834,0xdf3d,
  1.2203 +	0xd834,0xdf3e,0xd834,0xdf3f,0xd834,0xdf40,0xd834,0xdf41,0xd834,0xdf42,
  1.2204 +	0xd834,0xdf43,0xd834,0xdf44,0xd834,0xdf45,0xd834,0xdf46,0xd834,0xdf47,
  1.2205 +	0xd834,0xdf48,0xd834,0xdf49,0xd834,0xdf4a,0xd834,0xdf4b,0xd834,0xdf4c,
  1.2206 +	0xd834,0xdf4d,0xd834,0xdf4e,0xd834,0xdf4f,0xd834,0xdf50,0xd834,0xdf51,
  1.2207 +	0xd834,0xdf52,0xd834,0xdf53,0xd834,0xdf54,0xd834,0xdf55,0xd834,0xdf56,
  1.2208 +	};
  1.2209 +static const TUint KOtherNeutralsLength = 2917 + 462;
  1.2210 +
  1.2211 +//This test data is an extract from the Project Gutenberg version of 
  1.2212 +//The War Of The Worlds by H G Wells
  1.2213 +
  1.2214 +static const TUint16 KArab1Data[] = 
  1.2215 +	{
  1.2216 +	0xfeff, 0x0623, 0x0633, 0x0627, 0x0633, 0x064b, 0x0627, 0x060c,
  1.2217 +	0x0020, 0x000d, 0x000a, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020,
  1.2218 +	0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020,
  1.2219 +	0x0020, 0x062a, 0x062a, 0x0639, 0x0627, 0x0645, 0x0644, 0x0020,
  1.2220 +	0x0627, 0x0644, 0x062d, 0x0648, 0x0627, 0x0633, 0x064a, 0x0628,
  1.2221 +	0x0020, 0x0641, 0x0642, 0x0637, 0x0020, 0x0645, 0x0639, 0x0020,
  1.2222 +	0x0627, 0x0644, 0x0623, 0x0631, 0x0642, 0x0627, 0x0645, 0x060c,
  1.2223 +	0x0020, 0x0648, 0x062a, 0x0642, 0x0648, 0x0645, 0x0020, 0x0628,
  1.2224 +	0x062a, 0x062e, 0x0632, 0x064a, 0x0646, 0x0020, 0x0627, 0x0644,
  1.2225 +	0x0623, 0x062d, 0x0631, 0x0641, 0x0020, 0x0648, 0x0627, 0x0644,
  1.2226 +	0x0645, 0x062d, 0x0627, 0x0631, 0x0641, 0x0020, 0x000d, 0x000a,
  1.2227 +	0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020,
  1.2228 +	0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0627, 0x0644,
  1.2229 +	0x0623, 0x062e, 0x0631, 0x0649, 0x0020, 0x0628, 0x0639, 0x062f,
  1.2230 +	0x0020, 0x0623, 0x0646, 0x0020, 0x062a, 0x064f, 0x0639, 0x0637,
  1.2231 +	0x064a, 0x0020, 0x0631, 0x0642, 0x0645, 0x0627, 0x0020, 0x0645,
  1.2232 +	0x0639, 0x064a, 0x0646, 0x0627, 0x0020, 0x0644, 0x0643, 0x0644,
  1.2233 +	0x0020, 0x0648, 0x0627, 0x062d, 0x062f, 0x0020, 0x0645, 0x0646,
  1.2234 +	0x0647, 0x0627, 0x002e, 0x0020, 0x0648, 0x0642, 0x0628, 0x0644,
  1.2235 +	0x0020, 0x0627, 0x062e, 0x062a, 0x0631, 0x0627, 0x0639, 0x0020,
  1.2236 +	0x000d, 0x000a, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020,
  1.2237 +	0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020,
  1.2238 +	0x0022, 0x064a, 0x0648, 0x0646, 0x0650, 0x0643, 0x0648, 0x062f,
  1.2239 +	0x0022, 0x060c, 0x0020, 0x0643, 0x0627, 0x0646, 0x0020, 0x0647,
  1.2240 +	0x0646, 0x0627, 0x0643, 0x0020, 0x0645, 0x0626, 0x0627, 0x062a,
  1.2241 +	0x0020, 0x0627, 0x0644, 0x0623, 0x0646, 0x0638, 0x0645, 0x0629,
  1.2242 +	0x0020, 0x0644, 0x0644, 0x062a, 0x0634, 0x0641, 0x064a, 0x0631,
  1.2243 +	0x0020, 0x0648, 0x062a, 0x062e, 0x0635, 0x064a, 0x0635, 0x0020,
  1.2244 +	0x0647, 0x0630, 0x0647, 0x0020, 0x0627, 0x0644, 0x0623, 0x0631,
  1.2245 +	0x0642, 0x0627, 0x0645, 0x0020, 0x000d, 0x000a, 0x0020, 0x0020,
  1.2246 +	0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020,
  1.2247 +	0x0020, 0x0020, 0x0020, 0x0020, 0x0644, 0x0644, 0x0645, 0x062d,
  1.2248 +	0x0627, 0x0631, 0x0641, 0x060c, 0x0020, 0x0648, 0x0644, 0x0645,
  1.2249 +	0x0020, 0x064a, 0x0648, 0x062c, 0x062f, 0x0020, 0x0646, 0x0638,
  1.2250 +	0x0627, 0x0645, 0x0020, 0x062a, 0x0634, 0x0641, 0x064a, 0x0631,
  1.2251 +	0x0020, 0x0648, 0x0627, 0x062d, 0x062f, 0x0020, 0x064a, 0x062d,
  1.2252 +	0x062a, 0x0648, 0x064a, 0x0020, 0x0639, 0x0644, 0x0649, 0x0020,
  1.2253 +	0x062c, 0x0645, 0x064a, 0x0639, 0x0020, 0x0627, 0x0644, 0x0645,
  1.2254 +	0x062d, 0x0627, 0x0631, 0x0641, 0x0020, 0x0627, 0x0644, 0x0636,
  1.2255 +	0x0631, 0x0648, 0x0631, 0x064a, 0x0629, 0x002e, 0x0020, 0x000d,
  1.2256 +	0x000a, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020,
  1.2257 +	0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0648,
  1.2258 +	0x0639, 0x0644, 0x0649, 0x0020, 0x0633, 0x0628, 0x064a, 0x0644,
  1.2259 +	0x0020, 0x0627, 0x0644, 0x0645, 0x062b, 0x0627, 0x0644, 0x060c,
  1.2260 +	0x0020, 0x0641, 0x0625, 0x0646, 0x0020, 0x0627, 0x0644, 0x0627,
  1.2261 +	0x062a, 0x062d, 0x0627, 0x062f, 0x0020, 0x0627, 0x0644, 0x0623,
  1.2262 +	0x0648, 0x0631, 0x0648, 0x0628, 0x064a, 0x0020, 0x0644, 0x0648,
  1.2263 +	0x062d, 0x062f, 0x0647, 0x060c, 0x0020, 0x0627, 0x062d, 0x062a,
  1.2264 +	0x0648, 0x0649, 0x0020, 0x0627, 0x0644, 0x0639, 0x062f, 0x064a,
  1.2265 +	0x062f, 0x0020, 0x0645, 0x0646, 0x0020, 0x000d, 0x000a, 0x0020,
  1.2266 +	0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020,
  1.2267 +	0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0627, 0x0644, 0x0634,
  1.2268 +	0x0641, 0x0631, 0x0627, 0x062a, 0x0020, 0x0627, 0x0644, 0x0645,
  1.2269 +	0x062e, 0x062a, 0x0644, 0x0641, 0x0629, 0x0020, 0x0644, 0x064a,
  1.2270 +	0x063a, 0x0637, 0x064a, 0x0020, 0x062c, 0x0645, 0x064a, 0x0639,
  1.2271 +	0x0020, 0x0627, 0x0644, 0x0644, 0x063a, 0x0627, 0x062a, 0x0020,
  1.2272 +	0x0627, 0x0644, 0x0645, 0x0633, 0x062a, 0x062e, 0x062f, 0x0645,
  1.2273 +	0x0629, 0x0020, 0x0641, 0x064a, 0x0020, 0x0627, 0x0644, 0x0627,
  1.2274 +	0x062a, 0x062d, 0x0627, 0x062f, 0x002e, 0x0020, 0x0648, 0x062d,
  1.2275 +	0x062a, 0x0649, 0x0020, 0x0644, 0x0648, 0x0020, 0x000d, 0x000a,
  1.2276 +	0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020,
  1.2277 +	0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0627, 0x0639,
  1.2278 +	0x062a, 0x0628, 0x0631, 0x0646, 0x0627, 0x0020, 0x0644, 0x063a,
  1.2279 +	0x0629, 0x0020, 0x0648, 0x0627, 0x062d, 0x062f, 0x0629, 0x060c,
  1.2280 +	0x0020, 0x0643, 0x0627, 0x0644, 0x0644, 0x063a, 0x0629, 0x0020,
  1.2281 +	0x0627, 0x0644, 0x0625, 0x0646, 0x062c, 0x0644, 0x064a, 0x0632,
  1.2282 +	0x064a, 0x0629, 0x060c, 0x0020, 0x0641, 0x0625, 0x0646, 0x0020,
  1.2283 +	0x062c, 0x062f, 0x0648, 0x0644, 0x0020, 0x0634, 0x0641, 0x0631,
  1.2284 +	0x0629, 0x0020, 0x0648, 0x0627, 0x062d, 0x062f, 0x0020, 0x0644,
  1.2285 +	0x0645, 0x0020, 0x064a, 0x0643, 0x0641, 0x0020, 0x000d, 0x000a,
  1.2286 +	0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020,
  1.2287 +	0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0644, 0x0627,
  1.2288 +	0x0633, 0x062a, 0x064a, 0x0639, 0x0627, 0x0628, 0x0020, 0x062c,
  1.2289 +	0x0645, 0x064a, 0x0639, 0x0020, 0x0627, 0x0644, 0x0623, 0x062d,
  1.2290 +	0x0631, 0x0641, 0x0020, 0x0648, 0x0639, 0x0644, 0x0627, 0x0645,
  1.2291 +	0x0627, 0x062a, 0x0020, 0x0627, 0x0644, 0x062a, 0x0631, 0x0642,
  1.2292 +	0x064a, 0x0645, 0x0020, 0x0648, 0x0627, 0x0644, 0x0631, 0x0645,
  1.2293 +	0x0648, 0x0632, 0x0020, 0x0627, 0x0644, 0x0641, 0x0646, 0x064a,
  1.2294 +	0x0629, 0x0020, 0x0648, 0x0627, 0x0644, 0x0639, 0x0644, 0x0645,
  1.2295 +	0x064a, 0x0629, 0x0020, 0x000d, 0x000a, 0x0020, 0x0020, 0x0020,
  1.2296 +	0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020,
  1.2297 +	0x0020, 0x0020, 0x0020, 0x0627, 0x0644, 0x0634, 0x0627, 0x0626,
  1.2298 +	0x0639, 0x0629, 0x0020, 0x0627, 0x0644, 0x0627, 0x0633, 0x062a,
  1.2299 +	0x0639, 0x0645, 0x0627
  1.2300 +	};
  1.2301 +
  1.2302 +static const TInt KArab1Length = sizeof(KArab1Data)/sizeof(TUint16);
  1.2303 +
  1.2304 +static const TPtrC KArab1(KArab1Data, KArab1Length);
  1.2305 +
  1.2306 +//Test data for Arabic Illegal Linebreaking
  1.2307 +
  1.2308 +static const TUint16 KArabicDualJoiningLettersData[] = 
  1.2309 +	{
  1.2310 +	0x0626, 0x0628, 0x062a, 0x062b, 0x062c, 0x062e, 0x0633, 0x0634, 0x0637, 0x0638, 0x0639, 0x063a,
  1.2311 +	0x0641, 0x0642, 0x0643, 0x0644, 0x0645, 0x0647, 0x0648, 0x0649, 0x064a, 0x0678, 0x0679, 0x067a, 
  1.2312 +	0x067b, 0x067c, 0x067d, 0x067e, 0x067f, 0x0680, 0x0681, 0x0682, 0x0683, 0x0684, 0x0685, 0x0686,
  1.2313 +	0x0687, 0x069a, 0x069b, 0x069c, 0x069d, 0x069e, 0x069f, 0x06a0, 0x06a1, 0x06a2, 0x06a3, 0x06a4,
  1.2314 +	0x06a5, 0x06a6, 0x06a7, 0x06a9, 0x06aa, 0x06ab, 0x06ac, 0x06ad, 0x06ae, 0x06af, 0x06b0, 0x06b1,
  1.2315 +	0x06b2, 0x06b3, 0x06b4, 0x06b5, 0x06b6, 0x06b7, 0x06b8, 0x06b9, 0x06ba, 0x06bb, 0x06bc, 0x06bd,
  1.2316 +	0x06be, 0x06bf, 0x06c1, 0x06cc, 0x06ce, 0x06d0, 0x06d1, 0x06fa, 0x06fb, 0x06fc
  1.2317 +	};
  1.2318 +
  1.2319 +static const TInt KArabicDualJoiningLettersLength = sizeof(KArabicDualJoiningLettersData)/sizeof(TUint16);
  1.2320 +
  1.2321 +static const TPtrC KArabicDualJoiningLetters(KArabicDualJoiningLettersData, KArabicDualJoiningLettersLength);
  1.2322 +
  1.2323 +static const TUint16 KArabicRightJoiningLettersData[] = 
  1.2324 +	{
  1.2325 +	0x0622, 0x0623, 0x0624, 0x0625, 0x0627, 0x0629, 0x062f, 0x0630, 0x0631, 0x0632, 0x0648, 0x0671,
  1.2326 +	0x0672, 0x0673, 0x0675, 0x0676, 0x0677, 0x0688, 0x0689, 0x068a, 0x068b, 0x068c, 0x068d, 0x068e,
  1.2327 +	0x068f, 0x0690, 0x0691, 0x0692, 0x0693, 0x0694, 0x0695, 0x0696, 0x0697, 0x0698, 0x0699, 0x06c0,
  1.2328 +	0x06c2, 0x06c3, 0x06c4, 0x06c5, 0x06c6, 0x06c7, 0x06c8, 0x06c9, 0x06ca, 0x06cb, 0x06cd, 0x06cf,
  1.2329 +	0x06d2, 0x06d3
  1.2330 +	};
  1.2331 +
  1.2332 +static const TInt KArabicRightJoiningLettersLength = sizeof(KArabicRightJoiningLettersData)/sizeof(TUint16);
  1.2333 +
  1.2334 +static const TPtrC KArabicRightJoiningLetters(KArabicRightJoiningLettersData, KArabicRightJoiningLettersLength);
  1.2335 +
  1.2336 +static const TUint16 KArabicNonJoiningLettersData[] = 
  1.2337 +	{
  1.2338 +	0x0640, 0x0674, 0x06D5
  1.2339 +	};
  1.2340 +
  1.2341 +static const TInt KArabicNonJoiningLettersLength = sizeof(KArabicNonJoiningLettersData)/sizeof(TUint16);
  1.2342 +
  1.2343 +static const TPtrC KArabicNonJoiningLetters(KArabicNonJoiningLettersData, KArabicNonJoiningLettersLength);
  1.2344 +
  1.2345 +static const TUint16 KAlefJoiningGroupData[] = 
  1.2346 +	{
  1.2347 +	0x0622, 0x0623, 0x0625, 0x0671, 0x0672, 0x0673, 0x0675
  1.2348 +	};
  1.2349 +
  1.2350 +static const TInt KAlefJoiningGroupLength = sizeof(KAlefJoiningGroupData)/sizeof(TUint16);
  1.2351 +
  1.2352 +static const TPtrC KAlefJoiningGroup(KAlefJoiningGroupData, KAlefJoiningGroupLength);
  1.2353 +
  1.2354 +static const TUint16 KWawJoiningGroupData[] = 
  1.2355 +	{
  1.2356 +	0x0624, 0x0648, 0x0676, 0x0677, 0x06c4, 0x06c5, 0x06c6, 0x06c7, 0x06c8, 0x06c9, 0x06ca, 0x06cb,
  1.2357 +	0x06cf
  1.2358 +	};
  1.2359 +
  1.2360 +static const TInt KWawJoiningGroupLength = sizeof(KWawJoiningGroupData)/sizeof(TUint16);
  1.2361 +
  1.2362 +static const TPtrC KWawJoiningGroup(KWawJoiningGroupData, KWawJoiningGroupLength);
  1.2363 +
  1.2364 +
  1.2365 +static const TUint16 KYehJoiningGroupData[] = 
  1.2366 +	{
  1.2367 +	0x0626, 0x0649, 0x064a, 0x0678, 0x06cc, 0x06ce, 0x06d0, 0x06d1
  1.2368 +	};
  1.2369 +
  1.2370 +
  1.2371 +static const TInt KYehJoiningGroupLength = sizeof(KYehJoiningGroupData)/sizeof(TUint16);
  1.2372 +
  1.2373 +static const TPtrC KYehJoiningGroup(KYehJoiningGroupData, KYehJoiningGroupLength);
  1.2374 +
  1.2375 +static const TUint16 KBehJoiningGroupData[] = 
  1.2376 +	{
  1.2377 +	0x0628, 0x062a, 0x062b, 0x0679, 0x067a, 0x067b, 0x067c, 0x067d, 0x067e, 0x067f, 0x0680 
  1.2378 +	};
  1.2379 +
  1.2380 +static const TInt KBehJoiningGroupLength = sizeof(KBehJoiningGroupData)/sizeof(TUint16);
  1.2381 +
  1.2382 +static const TPtrC KBehJoiningGroup(KBehJoiningGroupData, KBehJoiningGroupLength);
  1.2383 +
  1.2384 +static const TUint16 KTehMarbutaJoiningGroupData[] = 
  1.2385 +	{
  1.2386 +	0x0629, 0x06c0
  1.2387 +	};
  1.2388 +
  1.2389 +static const TInt KTehMarbutaJoiningGroupLength = sizeof(KTehMarbutaJoiningGroupData)/sizeof(TUint16);
  1.2390 +
  1.2391 +static const TPtrC KTehMarbutaJoiningGroup(KTehMarbutaJoiningGroupData, KTehMarbutaJoiningGroupLength);
  1.2392 +
  1.2393 +static const TUint16 KHahJoiningGroupData[] = 
  1.2394 +	{
  1.2395 +	0x062c, 0x062d, 0x062e, 0x0681, 0x0682, 0x0683, 0x0684, 0x0685, 0x0686, 0x0687
  1.2396 +	};
  1.2397 +
  1.2398 +static const TInt KHahJoiningGroupLength = sizeof(KHahJoiningGroupData)/sizeof(TUint16);
  1.2399 +
  1.2400 +static const TPtrC KHahJoiningGroup(KHahJoiningGroupData, KHahJoiningGroupLength);
  1.2401 +
  1.2402 +static const TUint16 KDalJoiningGroupData[] = 
  1.2403 +	{
  1.2404 +	0x062f, 0x0688, 0x0689, 0x068a, 0x068b, 0x068c, 0x068d, 0x068e, 0x068f, 0x0690
  1.2405 +	};
  1.2406 +
  1.2407 +static const TInt KDalJoiningGroupLength = sizeof(KDalJoiningGroupData)/sizeof(TUint16);
  1.2408 +
  1.2409 +static const TPtrC KDalJoiningGroup(KDalJoiningGroupData, KDalJoiningGroupLength);
  1.2410 +
  1.2411 +
  1.2412 +static const TUint16 KRehJoiningGroupData[] = 
  1.2413 +	{
  1.2414 +	0x0631, 0x0632, 0x0691, 0x0692, 0x0693, 0x0694, 0x0695, 0x0696, 0x0697, 0x0698, 0x0699
  1.2415 +	};
  1.2416 +
  1.2417 +static const TInt KRehJoiningGroupLength = sizeof(KRehJoiningGroupData)/sizeof(TUint16);
  1.2418 +
  1.2419 +static const TPtrC KRehJoiningGroup(KRehJoiningGroupData, KRehJoiningGroupLength);
  1.2420 +
  1.2421 +static const TUint16 KSeenJoiningGroupData[] = 
  1.2422 +	{
  1.2423 +	0x0633, 0x0634, 0x069a, 0x069b, 0x069c, 0x06fa
  1.2424 +	};
  1.2425 +
  1.2426 +static const TInt KSeenJoiningGroupLength = sizeof(KSeenJoiningGroupData)/sizeof(TUint16);
  1.2427 +
  1.2428 +static const TPtrC KSeenJoiningGroup(KSeenJoiningGroupData, KSeenJoiningGroupLength);
  1.2429 +
  1.2430 +static const TUint16 KSadJoiningGroupData[] = 
  1.2431 +	{
  1.2432 +	0x0635, 0x0636, 0x069d, 0x069e, 0x06fb
  1.2433 +	};
  1.2434 +
  1.2435 +static const TInt KSadJoiningGroupLength = sizeof(KSadJoiningGroupData)/sizeof(TUint16);
  1.2436 +
  1.2437 +static const TPtrC KSadJoiningGroup(KSadJoiningGroupData, KSadJoiningGroupLength);
  1.2438 +
  1.2439 +static const TUint16 KTahJoiningGroupData[] = 
  1.2440 +	{
  1.2441 +	0x0637, 0x0638, 0x069f
  1.2442 +	};
  1.2443 +
  1.2444 +static const TInt KTahJoiningGroupLength = sizeof(KTahJoiningGroupData)/sizeof(TUint16);
  1.2445 +
  1.2446 +static const TPtrC KTahJoiningGroup(KTahJoiningGroupData, KTahJoiningGroupLength);
  1.2447 +
  1.2448 +static const TUint16 KAinJoiningGroupData[] = 
  1.2449 +	{
  1.2450 +	0x0639, 0x063a, 0x6a0, 0x06fc
  1.2451 +	};
  1.2452 +
  1.2453 +static const TInt KAinJoiningGroupLength = sizeof(KAinJoiningGroupData)/sizeof(TUint16);
  1.2454 +
  1.2455 +static const TPtrC KAinJoiningGroup(KAinJoiningGroupData, KAinJoiningGroupLength);
  1.2456 +
  1.2457 +static const TUint16 KFehJoiningGroupData[] = 
  1.2458 +	{
  1.2459 +	0x0641, 0x06a1, 0x06a2, 0x06a3, 0x06a4, 0x06a5, 0x06a6
  1.2460 +	};
  1.2461 +
  1.2462 +
  1.2463 +static const TInt KFehJoiningGroupLength = sizeof(KFehJoiningGroupData)/sizeof(TUint16);
  1.2464 +
  1.2465 +static const TPtrC KFehJoiningGroup(KFehJoiningGroupData, KFehJoiningGroupLength);
  1.2466 +
  1.2467 +static const TUint16 KQafJoiningGroupData[] = 
  1.2468 +	{
  1.2469 +	0x0642, 0x06a7, 0x06a8
  1.2470 +	};
  1.2471 +
  1.2472 +static const TInt KQafJoiningGroupLength = sizeof(KQafJoiningGroupData)/sizeof(TUint16);
  1.2473 +
  1.2474 +static const TPtrC KQafJoiningGroup(KQafJoiningGroupData, KQafJoiningGroupLength);
  1.2475 +
  1.2476 +static const TUint16 KKafJoiningGroupData[] = 
  1.2477 +	{
  1.2478 +	0x0643, 0x06aa, 0x06ac, 0x06ad, 0x06ae
  1.2479 +	};
  1.2480 +
  1.2481 +static const TInt KKafJoiningGroupLength = sizeof(KKafJoiningGroupData)/sizeof(TUint16);
  1.2482 +
  1.2483 +static const TPtrC KKafJoiningGroup(KKafJoiningGroupData, KKafJoiningGroupLength);
  1.2484 +
  1.2485 +static const TUint16 KLamJoiningGroupData[] = 
  1.2486 +	{
  1.2487 +	0x0644, 0x06b5, 0x06b6, 0x06b7, 0x06b8
  1.2488 +	};
  1.2489 +
  1.2490 +static const TInt KLamJoiningGroupLength = sizeof(KLamJoiningGroupData)/sizeof(TUint16);
  1.2491 +
  1.2492 +static const TPtrC KLamJoiningGroup(KLamJoiningGroupData, KLamJoiningGroupLength);
  1.2493 +
  1.2494 +static const TUint16 KMeemJoiningGroupData[] = 
  1.2495 +	{
  1.2496 +	0x0645
  1.2497 +	};
  1.2498 +
  1.2499 +static const TInt KMeemJoiningGroupLength = sizeof(KMeemJoiningGroupData)/sizeof(TUint16);
  1.2500 +
  1.2501 +static const TPtrC KMeemJoiningGroup(KMeemJoiningGroupData, KMeemJoiningGroupLength);
  1.2502 +
  1.2503 +static const TUint16 KNoonJoiningGroupData[] = 
  1.2504 +	{
  1.2505 +	0x0646, 0x06b9, 0x06ba, 0x06bb, 0x06bc, 0x06bd
  1.2506 +	};
  1.2507 +
  1.2508 +static const TInt KNoonJoiningGroupLength = sizeof(KNoonJoiningGroupData)/sizeof(TUint16);
  1.2509 +
  1.2510 +static const TPtrC KNoonJoiningGroup(KNoonJoiningGroupData, KNoonJoiningGroupLength);
  1.2511 +
  1.2512 +static const TUint16 KHehJoiningGroupData[] = 
  1.2513 +	{
  1.2514 +	0x0647
  1.2515 +	};
  1.2516 +
  1.2517 +static const TInt KHehJoiningGroupLength = sizeof(KHehJoiningGroupData)/sizeof(TUint16);
  1.2518 +
  1.2519 +static const TPtrC KHehJoiningGroup(KHehJoiningGroupData, KHehJoiningGroupLength);
  1.2520 +
  1.2521 +static const TUint16 KGafJoiningGroupData[] = 
  1.2522 +	{
  1.2523 +	0x06a9, 0x06ab, 0x06af, 0x06b0, 0x06b1, 0x06b2, 0x06b3, 0x06b4 
  1.2524 +	};
  1.2525 +
  1.2526 +static const TInt KGafJoiningGroupLength = sizeof(KGafJoiningGroupData)/sizeof(TUint16);
  1.2527 +
  1.2528 +static const TPtrC KGafJoiningGroup(KGafJoiningGroupData, KGafJoiningGroupLength);
  1.2529 +
  1.2530 +static const TUint16 KKnottedHehJoiningGroupData[] = 
  1.2531 +	{
  1.2532 +	0x06be
  1.2533 +	};
  1.2534 +
  1.2535 +static const TInt KKnottedHehJoiningGroupLength = sizeof(KKnottedHehJoiningGroupData)/sizeof(TUint16);
  1.2536 +
  1.2537 +static const TPtrC KKnottedHehJoiningGroup(KKnottedHehJoiningGroupData, KKnottedHehJoiningGroupLength);
  1.2538 +
  1.2539 +static const TUint16 KHehGoalJoiningGroupData[] = 
  1.2540 +	{
  1.2541 +	0x06c1
  1.2542 +	};
  1.2543 +
  1.2544 +static const TInt KHehGoalJoiningGroupLength = sizeof(KHehGoalJoiningGroupData)/sizeof(TUint16);
  1.2545 +
  1.2546 +static const TPtrC KHehGoalJoiningGroup(KHehGoalJoiningGroupData, KHehGoalJoiningGroupLength);
  1.2547 +
  1.2548 +static const TUint16 KHamzaOnHehGoalJoiningGroupData[] = 
  1.2549 +	{
  1.2550 +	0x06c2, 0x06c3
  1.2551 +	};
  1.2552 +
  1.2553 +static const TInt KHamzaOnHehGoalJoiningGroupLength = sizeof(KHamzaOnHehGoalJoiningGroupData)/sizeof(TUint16);
  1.2554 +
  1.2555 +static const TPtrC KHamzaOnHehGoalJoiningGroup(KHamzaOnHehGoalJoiningGroupData, KHamzaOnHehGoalJoiningGroupLength);
  1.2556 +
  1.2557 +static const TUint16 KYehWithTailJoiningGroupData[] = 
  1.2558 +	{
  1.2559 +	0x06cd
  1.2560 +	};
  1.2561 +
  1.2562 +static const TInt KYehWithTailJoiningGroupLength = sizeof(KYehWithTailJoiningGroupData)/sizeof(TUint16);
  1.2563 +
  1.2564 +static const TPtrC KYehWithTailJoiningGroup(KYehWithTailJoiningGroupData, KYehWithTailJoiningGroupLength);
  1.2565 +
  1.2566 +static const TUint16 KYehBarreeJoiningGroupData[] = 
  1.2567 +	{
  1.2568 +	0x06d2, 0x06d3
  1.2569 +	};
  1.2570 +
  1.2571 +static const TInt KYehBarreeJoiningGroupLength = sizeof(KYehBarreeJoiningGroupData)/sizeof(TUint16);
  1.2572 +
  1.2573 +static const TPtrC KYehBarreeJoiningGroup(KYehBarreeJoiningGroupData, KYehBarreeJoiningGroupLength);
  1.2574 +
  1.2575 +enum JoiningGroupType
  1.2576 +	{
  1.2577 +	EAlefJoiningGroup,
  1.2578 +	EWawJoiningGroup,
  1.2579 +	EYehJoiningGroup,
  1.2580 +	EBehJoiningGroup,
  1.2581 +	ETehMarbutaJoiningGroup,
  1.2582 +	EHahJoiningGroup,
  1.2583 +	EDalJoiningGroup,
  1.2584 +	ERehJoiningGroup,
  1.2585 +	ESeenJoiningGroup,
  1.2586 +	ESadJoiningGroup,
  1.2587 +	ETahJoiningGroup,
  1.2588 +	EAinJoiningGroup,
  1.2589 +	EFehJoiningGroup,
  1.2590 +	EQafJoiningGroup,
  1.2591 +	EKafJoiningGroup,
  1.2592 +	ELamJoiningGroup,
  1.2593 +	EMeemJoiningGroup,
  1.2594 +	ENoonJoiningGroup,
  1.2595 +	EHehJoiningGroup,
  1.2596 +	EGafJoiningGroup,
  1.2597 +	EKnottedHehJoiningGroup,
  1.2598 +	EHehGoalJoiningGroup,
  1.2599 +	EHamzaOnHehGoalJoiningGroup,
  1.2600 +	EYehWithTailJoiningGroup,
  1.2601 +	EYehBarreeJoiningGroup
  1.2602 +	};
  1.2603 +
  1.2604 +struct JoiningGroupListData 
  1.2605 +	{
  1.2606 +	TInt iGroupType;
  1.2607 +	const TPtrC* iGroup;
  1.2608 +	};
  1.2609 +
  1.2610 +// Structure to hold basic shape glyph values
  1.2611 +
  1.2612 +struct ArabicLetterShapes
  1.2613 +	{
  1.2614 +	TUint16 iCode;	//base Unicode value for character
  1.2615 +	TUint16 iIsolated;
  1.2616 +	TUint16 iFinal;
  1.2617 +	TUint16 iInitial;
  1.2618 +	TUint16 iMedial;
  1.2619 +	};
  1.2620 +
  1.2621 +static const ArabicLetterShapes KArabicShapeList[] =
  1.2622 +	{
  1.2623 +	{ 0x0622, 0xfe81, 0xfe82, 0x0622, 0x0622 },
  1.2624 +	{ 0x0623, 0xfe83, 0xfe84, 0x0623, 0x0623 },
  1.2625 +	{ 0x0624, 0xfe85, 0xfe86, 0x0624, 0x0624 },
  1.2626 +	{ 0x0625, 0xfe87, 0xfe88, 0x0625, 0x0625 },
  1.2627 +	{ 0x0626, 0xfe89, 0xfe8a, 0xfe8b, 0xfe8c },
  1.2628 +	{ 0x0627, 0xfe8d, 0xfe8e, 0x0627, 0x0627 },
  1.2629 +	{ 0x0628, 0xfe8f, 0xfe90, 0xfe91, 0xfe92 },
  1.2630 +	{ 0x0629, 0xfe93, 0xfe94, 0x0629, 0x0629 },
  1.2631 +	{ 0x062a, 0xfe95, 0xfe96, 0xfe97, 0xfe98 },
  1.2632 +	{ 0x062b, 0xfe99, 0xfe9a, 0xfe9b, 0xfe9c },
  1.2633 +	{ 0x062c, 0xfe9d, 0xfe9e, 0xfe9f, 0xfea0 },
  1.2634 +	{ 0x062d, 0xfea1, 0xfea2, 0xfea3, 0xfea4 },
  1.2635 +	{ 0x062e, 0xfea5, 0xfea6, 0xfea7, 0xfea8 },
  1.2636 +	{ 0x062f, 0xfea9, 0xfeaa, 0x062f, 0x062f },
  1.2637 +	{ 0x0630, 0xfeab, 0xfeac, 0x0630, 0x0630 },
  1.2638 +	{ 0x0631, 0xfead, 0xfeae, 0x0631, 0x0631 },
  1.2639 +	{ 0x0632, 0xfeaf, 0xfeb0, 0x0632, 0x0632 },
  1.2640 +	{ 0x0633, 0xfeb1, 0xfeb2, 0xfeb3, 0xfeb4 },
  1.2641 +	{ 0x0634, 0xfeb5, 0xfeb6, 0xfeb7, 0xfeb8 },
  1.2642 +	{ 0x0635, 0xfeb9, 0xfeba, 0xfebb, 0xfebc },
  1.2643 +	{ 0x0636, 0xfebd, 0xfebe, 0xfebf, 0xfec0 },
  1.2644 +	{ 0x0637, 0xfec1, 0xfec2, 0xfec3, 0xfec4 },
  1.2645 +	{ 0x0638, 0xfec5, 0xfec6, 0xfec7, 0xfec8 },
  1.2646 +	{ 0x0639, 0xfec9, 0xfeca, 0xfecb, 0xfecc },
  1.2647 +	{ 0x063a, 0xfecd, 0xfece, 0xfecf, 0xfed0 },
  1.2648 +	{ 0x0641, 0xfed1, 0xfed2, 0xfed3, 0xfed4 },
  1.2649 +	{ 0x0642, 0xfed5, 0xfed6, 0xfed7, 0xfed8 },
  1.2650 +	{ 0x0643, 0xfed9, 0xfeda, 0xfedb, 0xfedc },
  1.2651 +	{ 0x0644, 0xfedd, 0xfede, 0xfedf, 0xfee0 },
  1.2652 +	{ 0x0645, 0xfee1, 0xfee2, 0xfee3, 0xfee4 },
  1.2653 +	{ 0x0646, 0xfee5, 0xfee6, 0xfee7, 0xfee8 },
  1.2654 +	{ 0x0647, 0xfee9, 0xfeea, 0xfeeb, 0xfeec },
  1.2655 +	{ 0x0648, 0xfeed, 0xfeee, 0x0648, 0x0648 },
  1.2656 +	{ 0x0649, 0xfeef, 0xfef0, 0xfbe8, 0xfbe9 },
  1.2657 +	{ 0x064a, 0xfef1, 0xfef2, 0xfef3, 0xfef4 },
  1.2658 +	{ 0x0671, 0xfb50, 0xfb51, 0x0671, 0x0671 },
  1.2659 +	{ 0x0677, 0xfbdd, 0x0677, 0x0677, 0x0677 },
  1.2660 +	{ 0x0679, 0xfb66, 0xfb67, 0xfb68, 0xfb69 },
  1.2661 +	{ 0x067a, 0xfb5e, 0xfb5f, 0xfb60, 0xfb61 },
  1.2662 +	{ 0x067b, 0xfb52, 0xfb53, 0xfb54, 0xfb55 },
  1.2663 +	{ 0x067e, 0xfb56, 0xfb57, 0xfb58, 0xfb59 },
  1.2664 +	{ 0x067f, 0xfb62, 0xfb63, 0xfb64, 0xfb65 },
  1.2665 +	{ 0x0680, 0xfb5a, 0xfb5b, 0xfb5c, 0xfb5d },
  1.2666 +	{ 0x0683, 0xfb76, 0xfb77, 0xfb78, 0xfb79 },
  1.2667 +	{ 0x0684, 0xfb72, 0xfb73, 0xfb74, 0xfb75 },
  1.2668 +	{ 0x0686, 0xfb7a, 0xfb7b, 0xfb7c, 0xfb7d },
  1.2669 +	{ 0x0687, 0xfb7e, 0xfb7f, 0xfb80, 0xfb81 },
  1.2670 +	{ 0x0688, 0xfb88, 0xfb89, 0x0688, 0x0688 },
  1.2671 +	{ 0x068c, 0xfb84, 0xfb85, 0x068c, 0x068c },
  1.2672 +	{ 0x068d, 0xfb82, 0xfb83, 0x068d, 0x068d },
  1.2673 +	{ 0x068e, 0xfb86, 0xfb87, 0x068e, 0x068e },
  1.2674 +	{ 0x0691, 0xfb8c, 0xfb8d, 0x0691, 0x0691 },
  1.2675 +	{ 0x0698, 0xfb8a, 0xfb8b, 0x0698, 0x0698 },
  1.2676 +	{ 0x06a4, 0xfb6a, 0xfb6b, 0xfb6c, 0xfb6d },
  1.2677 +	{ 0x06a6, 0xfb6e, 0xfb6f, 0xfb70, 0xfb71 },
  1.2678 +	{ 0x06a9, 0xfb8e, 0xfb8f, 0xfb90, 0xfb91 },
  1.2679 +	{ 0x06ad, 0xfbd3, 0xfbd4, 0xfbd5, 0xfbd6 },
  1.2680 +	{ 0x06af, 0xfb92, 0xfb93, 0xfb94, 0xfb95 },
  1.2681 +	{ 0x06b1, 0xfb9a, 0xfb9b, 0xfb9c, 0xfb9d },
  1.2682 +	{ 0x06b3, 0xfb96, 0xfb97, 0xfb98, 0xfb99 },
  1.2683 +	{ 0x06ba, 0xfb9e, 0xfb9f, 0x06ba, 0x06ba },
  1.2684 +	{ 0x06bb, 0xfba0, 0xfba1, 0xfba2, 0xfba3 },
  1.2685 +	{ 0x06be, 0xfbaa, 0xfbab, 0xfbac, 0xfbad },
  1.2686 +	{ 0x06c0, 0xfba4, 0xfba5, 0x06c0, 0x06c0 },
  1.2687 +	{ 0x06c1, 0xfba6, 0xfba7, 0xfba8, 0xfba9 },
  1.2688 +	{ 0x06c5, 0xfbe0, 0xfbe1, 0x06c5, 0x06c5 },
  1.2689 +	{ 0x06c6, 0xfbd9, 0xfbda, 0x06c6, 0x06c6 },
  1.2690 +	{ 0x06c7, 0xfbd7, 0xfbd8, 0x06c7, 0x06c7 },
  1.2691 +	{ 0x06c8, 0xfbdb, 0xfbdc, 0x06c8, 0x06c8 },
  1.2692 +	{ 0x06c9, 0xfbe2, 0xfbe3, 0x06c9, 0x06c9 },
  1.2693 +	{ 0x06cb, 0xfbde, 0xfbdf, 0x06cb, 0x06cb },
  1.2694 +	{ 0x06cc, 0xfbfc, 0xfbfd, 0xfbfe, 0xfbff },
  1.2695 +	{ 0x06d0, 0xfbe4, 0xfbe5, 0xfbe6, 0xfbe7 },
  1.2696 +	{ 0x06d2, 0xfbae, 0xfbaf, 0x06d2, 0x06d2 },
  1.2697 +	{ 0x06d3, 0xfbb0, 0xfbb1, 0x06d3, 0x06d3 }
  1.2698 +	};
  1.2699 +
  1.2700 +static const TInt KArabicShapeListLength = sizeof(KArabicShapeList) / sizeof (ArabicLetterShapes);
  1.2701 +
  1.2702 +LOCAL_C TInt GetArabicShapeDataIndex(const TUint16 aCode )
  1.2703 +	{
  1.2704 +	for (TInt i = 0 ; i < KArabicShapeListLength ; ++i)
  1.2705 +		{
  1.2706 +		if (aCode == KArabicShapeList[i].iCode)
  1.2707 +			{
  1.2708 +			return i;
  1.2709 +			}
  1.2710 +		}
  1.2711 +	return -1;//not found
  1.2712 +	}
  1.2713 +
  1.2714 +#ifdef USE_ISOLATED
  1.2715 +LOCAL_C TUint16 GetIsolatedForm(const TUint16 aCode)
  1.2716 +	{
  1.2717 +	TInt index = GetArabicShapeDataIndex(aCode);
  1.2718 +	return (index >= 0) ? KArabicShapeList[index].iIsolated : aCode;
  1.2719 +	}
  1.2720 +#endif /* USE_ISOLATED */
  1.2721 +
  1.2722 +LOCAL_C TUint16 GetFinalForm(const TUint16 aCode)
  1.2723 +	{
  1.2724 +	TInt index = GetArabicShapeDataIndex(aCode);
  1.2725 +	return (index >= 0) ? KArabicShapeList[index].iFinal : aCode;
  1.2726 +	}
  1.2727 +
  1.2728 +LOCAL_C TUint16 GetInitialForm(const TUint16 aCode)
  1.2729 +	{
  1.2730 +	TInt index = GetArabicShapeDataIndex(aCode);
  1.2731 +	return (index >= 0) ? KArabicShapeList[index].iInitial : aCode;
  1.2732 +	}
  1.2733 +
  1.2734 +LOCAL_C TUint16 GetMedialForm(const TUint16 aCode)
  1.2735 +	{
  1.2736 +	TInt index = GetArabicShapeDataIndex(aCode);
  1.2737 +	return (index >= 0) ? KArabicShapeList[index].iMedial : aCode;
  1.2738 +	}
  1.2739 +
  1.2740 +// Utility functions to show contents of test data using aTest->INFO_PRINTF1
  1.2741 +
  1.2742 +_LIT(KAddressMarker, "> ");
  1.2743 +_LIT(KSpace, " ");
  1.2744 +_LIT(KLength, ", Length of Data = %d 16-bit words\r\n");
  1.2745 +_LIT(KSpaces, "                                                                      ");
  1.2746 +_LIT(KPeriod, ".");
  1.2747 +_LIT(KSingleString, "%s\r\n");
  1.2748 +_LIT(KDoubleString, "%s <%s>\r\n");
  1.2749 +
  1.2750 +
  1.2751 +
  1.2752 +class MOOMTest
  1.2753 +	{
  1.2754 +public:
  1.2755 +	virtual TInt ConsecutivePassesRequired() const { return 1; }
  1.2756 +	virtual void SetUpL() = 0;
  1.2757 +	virtual void ManipulateL() = 0;
  1.2758 +	virtual void TestLeftCleanlyL(CTGraphicsBase* /*aTest*/) {};
  1.2759 +	virtual void TestIfPassedL(CTGraphicsBase* /*aTest*/) {};
  1.2760 +	virtual void TearDown() = 0;
  1.2761 +	};
  1.2762 +
  1.2763 +// Test the internals of the algorithm for Unicode compliance.
  1.2764 +class TBdLevelTest
  1.2765 +	{
  1.2766 +public:
  1.2767 +	TChar::TBdCategory iCat;
  1.2768 +	TInt iLevel;	// or -1 for "no test"
  1.2769 +	TChar::TBdCategory iChangedCat;
  1.2770 +	};
  1.2771 +
  1.2772 +class CTBiDi : public CTGraphicsBase
  1.2773 +	{
  1.2774 +public:
  1.2775 +	CTBiDi(CTestStep* aStep);
  1.2776 +
  1.2777 +	void DoTestTextDrawPanic();
  1.2778 +	TInt DoTestPanicSetTextL();
  1.2779 +	TInt DoTestPanicMinimumSizeLineGap();
  1.2780 +	TInt DoTestPanicMinimumSizeMaxLines();
  1.2781 +	TInt DoTestPanicMinimumSizeWidth();
  1.2782 +	TInt DoTestPanicMinimumNumberOfLinesL();
  1.2783 +	static void FillRunArray(const TBdLevelTest* aTests, TBidirectionalState::TRunInfo* aRuns, TInt aArraySize, TBidirectionalState::TReorderContext& aContext);
  1.2784 +	static void SetContext(TBidirectionalState::TReorderContext& aContext, TChar::TBdCategory aCat);
  1.2785 +protected:
  1.2786 +//from 	CTGraphicsStep
  1.2787 +	virtual void RunTestCaseL(TInt aCurTestCase);
  1.2788 +private:
  1.2789 +	void PrintTestData (const TDesC& aTitle , const TDesC16& aData);
  1.2790 +	void PrintTestData(const TDesC& aTitle, const TText16* aDataBuffer, const TInt aSize);
  1.2791 +	void TestReorderTextL();
  1.2792 +	void TestOOML(MOOMTest& aOOMTest);
  1.2793 +	void PrintRunCategories(const TBidirectionalState::TRunInfo* aRunArray, const TInt aRuns, const TText* aText, const TBool aInternal);
  1.2794 +	void PrintRunArray(const TBidirectionalState::TRunInfo* aRunArray, const TInt aRuns, const TText*  aText);
  1.2795 +	void DoTestRRunInfoArrayInternalsL();
  1.2796 +	void DoTestTBidiTextNewL();
  1.2797 +	void DoTestTBidiTextSetTextL();
  1.2798 +	void DoTestTBidiTextMinimumSizeL();
  1.2799 +	void DoTestTBidiTextMinimumSizePanics();
  1.2800 +	void TestCrApos69qd7nL();
  1.2801 +	void TUnicodeExampleTestL();
  1.2802 +	void NoLineBreakDrawTestL();
  1.2803 +	void RightToLeftArabicDrawTestL();
  1.2804 +	void TRunInfoCompactReorderTest();
  1.2805 +	void TBidiLogicalToVisualGetVisualLineTest();
  1.2806 +	void TestScriptDirectionality();
  1.2807 +	void LeftToRightDrawTestL();
  1.2808 +	TBool GlyphTestL(const TDesC16& aTitle, const TDesC16& aOriginal, const TDesC16& aDesired, const TInt aWrapWidth);
  1.2809 +	void LigatureTestsL();
  1.2810 +	void ArabicIllegalLinebreakTestsL();
  1.2811 +	TInt TestPanic(TThreadFunction aFunction);
  1.2812 +	void DEF043323L();
  1.2813 +	void DEF052191L();
  1.2814 +	void TestBidiTextClassL();
  1.2815 +	void TestBidiLogicalToVisualClassL();
  1.2816 +	void TestCatToNumber(TInt aIn, TInt aOut);
  1.2817 +	void CheckRunResults(const TBdLevelTest* aTests, TBidirectionalState::TRunInfo* aRuns,
  1.2818 +		TInt aArraySize);
  1.2819 +	void TestTBidirectionalStateInternalsL();
  1.2820 +	void DoXTests(TBidirectionalState& aState,
  1.2821 +		TBidirectionalState::TReorderContext& aContext,
  1.2822 +		TBidirectionalState::TRunInfo* aRuns);
  1.2823 +	void DoKW123TestsLeft(TBidirectionalState& aState,
  1.2824 +		TBidirectionalState::TReorderContext& aContext,
  1.2825 +		TBidirectionalState::TRunInfo* aRuns) ;
  1.2826 +	void DoKW123TestsRight(TBidirectionalState& aState,
  1.2827 +		TBidirectionalState::TReorderContext& aContext,
  1.2828 +		TBidirectionalState::TRunInfo* aRuns);
  1.2829 +	void DoKW456Tests(TBidirectionalState& aState,
  1.2830 +		TBidirectionalState::TReorderContext& aContext,
  1.2831 +		TBidirectionalState::TRunInfo* aRuns);
  1.2832 +	void DoKW7TestsLeft(TBidirectionalState& aState,
  1.2833 +		TBidirectionalState::TReorderContext& aContext,
  1.2834 +		TBidirectionalState::TRunInfo* aRuns);
  1.2835 +	void DoKW7TestsRight(TBidirectionalState& aState,
  1.2836 +		TBidirectionalState::TReorderContext& aContext,
  1.2837 +		TBidirectionalState::TRunInfo* aRuns) ;
  1.2838 +	void DoKN12TestsLeft(TBidirectionalState& aState,
  1.2839 +		TBidirectionalState::TReorderContext& aContext,
  1.2840 +		TBidirectionalState::TRunInfo* aRuns) ;
  1.2841 +	void DoKN12TestsRight(TBidirectionalState& aState,
  1.2842 +		TBidirectionalState::TReorderContext& aContext,
  1.2843 +		TBidirectionalState::TRunInfo* aRuns) ;
  1.2844 +	void DoKN12TestsRRL(TBidirectionalState& aState,
  1.2845 +		TBidirectionalState::TReorderContext& aContext,
  1.2846 +		TBidirectionalState::TRunInfo* aRuns) ;
  1.2847 +	void DoKN12TestsLRR(TBidirectionalState& aState,
  1.2848 +		TBidirectionalState::TReorderContext& aContext,
  1.2849 +		TBidirectionalState::TRunInfo* aRuns) ;
  1.2850 +	void DoKN12TestsLRP(TBidirectionalState& aState,
  1.2851 +		TBidirectionalState::TReorderContext& aContext,
  1.2852 +		TBidirectionalState::TRunInfo* aRuns) ;
  1.2853 +	void DoKN12TestsRLP(TBidirectionalState& aState,
  1.2854 +		TBidirectionalState::TReorderContext& aContext,
  1.2855 +		TBidirectionalState::TRunInfo* aRuns) ;
  1.2856 +	void DoCarryOverTest1(TBidirectionalState& aState,
  1.2857 +		TBidirectionalState::TReorderContext& aContext,
  1.2858 +		TBidirectionalState::TRunInfo* aRuns);
  1.2859 +	void INC086135TestL();
  1.2860 +	
  1.2861 +	TInt iTestThreadCounter;
  1.2862 +	};
  1.2863 +
  1.2864 +void CTBiDi::PrintTestData (const TDesC& aTitle , const TDesC16& aData)
  1.2865 +	{
  1.2866 +	TInt i;
  1.2867 +	TInt j;
  1.2868 +	TInt end;
  1.2869 +
  1.2870 +	TInt length = aData.Length();
  1.2871 +
  1.2872 +	TBuf<80> buffer;
  1.2873 +
  1.2874 +	buffer.Zero();
  1.2875 +	buffer.Append(aTitle);
  1.2876 +	buffer.Append(KLength);
  1.2877 +
  1.2878 +	INFO_PRINTF2(buffer, length);
  1.2879 +
  1.2880 +	for (i = 0 ; i < length ; i += 8)
  1.2881 +		{
  1.2882 +		buffer.Zero();
  1.2883 +		buffer.AppendNumFixedWidth(i, EHex, 8);
  1.2884 +		buffer += KAddressMarker;
  1.2885 +
  1.2886 +		end = ((length-i) >= 8) ? i+8 : length;
  1.2887 +
  1.2888 +		for (j = i ; j < end ; ++j)
  1.2889 +			{
  1.2890 +			buffer.AppendNumFixedWidth(aData[j], EHex, 4);
  1.2891 +			buffer += KSpace;
  1.2892 +			}
  1.2893 +		buffer += TPtrC(KSpaces().Ptr(), ((8-(j-i))*5)+4);
  1.2894 +
  1.2895 +		for (j = i ; j < end ; ++j)
  1.2896 +			{
  1.2897 +			if (aData[j] >= 32) 
  1.2898 +				{
  1.2899 +				buffer.Append(aData[j]);
  1.2900 +				}
  1.2901 +			else
  1.2902 +				{
  1.2903 +				buffer += KPeriod;
  1.2904 +				}
  1.2905 +			}
  1.2906 +		buffer.ZeroTerminate();
  1.2907 +		INFO_PRINTF2(KSingleString, buffer.Ptr());
  1.2908 +		}
  1.2909 +			
  1.2910 +	}
  1.2911 +
  1.2912 +void CTBiDi::PrintTestData(const TDesC& aTitle, const TText16* aDataBuffer, const TInt aSize)
  1.2913 +	{
  1.2914 +	PrintTestData(aTitle, TPtrC16(aDataBuffer, aSize));
  1.2915 +	}
  1.2916 +
  1.2917 +_LIT(KArabicFontName, ""); //any name will do
  1.2918 +
  1.2919 +//This replicates the definition in TBidirectionalState
  1.2920 +//because TCategory is declared as private there 
  1.2921 +enum TCategory
  1.2922 +	{
  1.2923 +	ELeftToRight = 1 << TChar::ELeftToRight, 
  1.2924 +	ELeftToRightEmbedding = 1 << TChar::ELeftToRightEmbedding,
  1.2925 +	ELeftToRightOverride = 1 << TChar::ELeftToRightOverride,
  1.2926 +	ERightToLeft = 1 << TChar::ERightToLeft,
  1.2927 +	ERightToLeftArabic = 1 << TChar::ERightToLeftArabic,
  1.2928 +	ERightToLeftEmbedding = 1 << TChar::ERightToLeftEmbedding, 
  1.2929 +	ERightToLeftOverride = 1 << TChar::ERightToLeftOverride,
  1.2930 +	EPopDirectionalFormat = 1 << TChar::EPopDirectionalFormat, 
  1.2931 +	EEuropeanNumber = 1 << TChar::EEuropeanNumber, 
  1.2932 +	EEuropeanNumberSeparator = 1 << TChar::EEuropeanNumberSeparator, 
  1.2933 +	EEuropeanNumberTerminator = 1 << TChar::EEuropeanNumberTerminator, 
  1.2934 +	EArabicNumber = 1 << TChar::EArabicNumber,
  1.2935 +	ECommonNumberSeparator = 1 << TChar::ECommonNumberSeparator, 
  1.2936 +	ENonSpacingMark = 1 << TChar::ENonSpacingMark, 
  1.2937 +	EBoundaryNeutral = 1 << TChar::EBoundaryNeutral, 
  1.2938 +	EParagraphSeparator = 1 << TChar::EParagraphSeparator, 
  1.2939 +	ESegmentSeparator = 1 << TChar::ESegmentSeparator, 
  1.2940 +	EWhitespace = 1 << TChar::EWhitespace, 
  1.2941 +	EOtherNeutral = 1 << TChar::EOtherNeutral,
  1.2942 +
  1.2943 +	// categories used internally by the bidirectional algorithm
  1.2944 +	EStartOfParagraph = 1 << (TChar::EOtherNeutral + 1),
  1.2945 +	EEndOfParagraph = 1 << (TChar::EOtherNeutral + 2),
  1.2946 +
  1.2947 +	// useful groups
  1.2948 +	EBdControlsGroup = ELeftToRightEmbedding | ERightToLeftEmbedding |
  1.2949 +					   ELeftToRightOverride | ERightToLeftOverride | EPopDirectionalFormat,
  1.2950 +	ELeftToRightGroup = ELeftToRight | EEuropeanNumber | ELeftToRightOverride | ELeftToRightEmbedding,
  1.2951 +	ERightToLeftGroup = ERightToLeft | EArabicNumber | ERightToLeftArabic | ERightToLeftOverride |
  1.2952 +						ERightToLeftEmbedding,
  1.2953 +	};
  1.2954 +
  1.2955 +// Helper function
  1.2956 +void AppendCharacter(HBufC *aDes, TUint aChar)
  1.2957 +	{
  1.2958 +	if (IsSupplementary(aChar))
  1.2959 +		{
  1.2960 +		TText16 high = GetHighSurrogate(aChar);
  1.2961 +		TText16 low = GetLowSurrogate(aChar);
  1.2962 +		aDes->Des().Append(high);
  1.2963 +		aDes->Des().Append(low);
  1.2964 +		}
  1.2965 +	else
  1.2966 +		{
  1.2967 +		aDes->Des().Append(aChar);
  1.2968 +		}
  1.2969 +	}
  1.2970 +
  1.2971 +void AppendCharacter(TBuf<24> *aDes, TUint aChar)
  1.2972 +	{
  1.2973 +	if (IsSupplementary(aChar))
  1.2974 +		{
  1.2975 +		TText16 high = GetHighSurrogate(aChar);
  1.2976 +		TText16 low = GetLowSurrogate(aChar);
  1.2977 +		aDes->Append(high);
  1.2978 +		aDes->Append(low);
  1.2979 +		}
  1.2980 +	else
  1.2981 +		{
  1.2982 +		aDes->Append(aChar);
  1.2983 +		}
  1.2984 +	}
  1.2985 +
  1.2986 +//Class to store the start and end of a run of characters
  1.2987 +class TTestDataRun
  1.2988 +	{
  1.2989 +public:
  1.2990 +	TInt iStart;
  1.2991 +	TInt iLength;
  1.2992 +	};
  1.2993 +
  1.2994 +
  1.2995 +class TestTBidirectionalState
  1.2996 +	{
  1.2997 +public:
  1.2998 +	enum 
  1.2999 +		{
  1.3000 +		EParaLToR = EFalse,
  1.3001 +		EParaRToL = ETrue
  1.3002 +		};
  1.3003 +
  1.3004 +/**
  1.3005 + *
  1.3006 + * Checks that two blocks of 16-bit text contain the same characters in the same order
  1.3007 + * NOT a collating function!.
  1.3008 + *
  1.3009 + *
  1.3010 + * @param     "const TText* aOldText"
  1.3011 + *            Pointer to block of text
  1.3012 + * @param     "const TText* aNewText"
  1.3013 + *            Pointer to block of text. 
  1.3014 + *			  This may point to the same buffer as oldText.
  1.3015 + * @param     "const TUint aSize"
  1.3016 + *            Unsigned integer representing size of text blocks.
  1.3017 + *
  1.3018 + * @return    ETrue: test succeeded EFalse: test failed.
  1.3019 + *
  1.3020 + */
  1.3021 +	static TBool TextInSameOrder (const TText* aOldText , const TText* aNewText, const TUint aSize)
  1.3022 +		{
  1.3023 +
  1.3024 +		__ASSERT_ALWAYS(aOldText, User::Invariant());
  1.3025 +		__ASSERT_ALWAYS(aNewText, User::Invariant());
  1.3026 +		__ASSERT_ALWAYS(0 < aSize, User::Invariant());
  1.3027 +
  1.3028 +		if (aOldText == aNewText)
  1.3029 +			{
  1.3030 +			//By definition, if both point to the same buffer, it's identical!
  1.3031 +			return ETrue;
  1.3032 +			}
  1.3033 +
  1.3034 +		for (TUint i = 0 ; i < aSize ; ++i)
  1.3035 +			{
  1.3036 +			if (aOldText[i] != aNewText[i])
  1.3037 +				{
  1.3038 +				return EFalse;
  1.3039 +				}
  1.3040 +			}
  1.3041 +
  1.3042 +		return ETrue;
  1.3043 +		}
  1.3044 +
  1.3045 +/**
  1.3046 + *
  1.3047 + * Checks that two blocks of 16-bit text contain the same characters but in reverse order
  1.3048 + * NOT a collating function.
  1.3049 + *
  1.3050 + *
  1.3051 + * @param     "const TText* aOldText"
  1.3052 + *            Pointer to block of text
  1.3053 + * @param     "const TText* aNewText"
  1.3054 + *            Pointer to block of text. 
  1.3055 + *			  This may point to the same buffer as oldText.
  1.3056 + * @param     "const TUint aSize"
  1.3057 + *            The size of the text blocks.
  1.3058 + *
  1.3059 + * @return    ETrue: test succeeded EFalse: test failed.
  1.3060 + *
  1.3061 + */
  1.3062 +	static TBool TextInReverseOrder (const TText* aOldText , const TText* aNewText, const TUint aSize, CTGraphicsBase* aTest=NULL)
  1.3063 +		{
  1.3064 +		__ASSERT_ALWAYS(aOldText, User::Invariant());
  1.3065 +		__ASSERT_ALWAYS(aNewText, User::Invariant());
  1.3066 +		__ASSERT_ALWAYS(0 < aSize, User::Invariant());
  1.3067 +
  1.3068 +		TUint i = 0;			// index into aOldText
  1.3069 +		TUint j = aSize - 1;	// index into aNewText
  1.3070 +		while (i < aSize)
  1.3071 +			{
  1.3072 +			if (IsHighSurrogate(aOldText[i]))
  1.3073 +				{
  1.3074 +				if (aOldText[i] != aNewText[j-1] || aOldText[i+1] != aNewText[j])
  1.3075 +					{
  1.3076 +					if (aTest)
  1.3077 +						{
  1.3078 +						_LIT(KMismatchFormat, "TextInReverseOrder report mismatch: aOldText[%d]=%04X != aNewText[%d]=%04X || aOldText[%d]=%04X != aNewText[%d]=%04X\r\n");
  1.3079 +						aTest->Logger().LogExtra(((TText8*)__FILE__), __LINE__, ESevrWarn, KMismatchFormat,
  1.3080 +								i, aOldText[i], j-1, aNewText[j-1], i+1, aOldText[i+1], j, aNewText[j]); 
  1.3081 +						}
  1.3082 +					return EFalse;
  1.3083 +					}
  1.3084 +				i += 2;
  1.3085 +				j -= 2;
  1.3086 +				}
  1.3087 +			else
  1.3088 +				{
  1.3089 +				if (aOldText[i] != aNewText[j])
  1.3090 +					{
  1.3091 +					if (aTest)
  1.3092 +						{
  1.3093 +						_LIT(KMismatchFormat, "TextInReverseOrder report mismatch: aOldText[%d]=%04X != aNewText[%d]=%04X\r\n");
  1.3094 +						aTest->INFO_PRINTF5(KMismatchFormat, i, aOldText[i], j, aNewText[j]);
  1.3095 +						}
  1.3096 +					return EFalse;
  1.3097 +					}
  1.3098 +				i++;
  1.3099 +				j--;
  1.3100 +				}
  1.3101 +			}
  1.3102 +
  1.3103 +		return ETrue;
  1.3104 +		}
  1.3105 +
  1.3106 +/**
  1.3107 + *
  1.3108 + * Checks that two blocks of 16-bit text contain the same characters but in
  1.3109 + * reverse order, skipping any zero-width joiners in aNewText.
  1.3110 + *
  1.3111 + * @param     "const TText* aOldText"
  1.3112 + *            Pointer to block of text
  1.3113 + * @param     "const TText* aNewText"
  1.3114 + *            Pointer to block of text. 
  1.3115 + *			  This may point to the same buffer as oldText.
  1.3116 + * @param     "const TUint aSize"
  1.3117 + *            The size of aOldText.
  1.3118 + *
  1.3119 + * @return
  1.3120 + *		0 if the text did not match, or a pointer one past the end of aNewText's
  1.3121 + *		match if it did.
  1.3122 + *
  1.3123 + */
  1.3124 +	static const TText* TextInReverseOrderIgnoringJoiners(
  1.3125 +		const TText* aOldText , const TText* aNewText, const TUint aSize)
  1.3126 +		{
  1.3127 +		__ASSERT_ALWAYS(aOldText, User::Invariant());
  1.3128 +		__ASSERT_ALWAYS(aNewText, User::Invariant());
  1.3129 +		__ASSERT_ALWAYS(0 < aSize, User::Invariant());
  1.3130 +
  1.3131 +		const TText* newText = aNewText;
  1.3132 +		for (const TText* old = aOldText + aSize - 1;
  1.3133 +			aOldText <= old;
  1.3134 +			--old, ++newText)
  1.3135 +			{
  1.3136 +			while (*newText == KUnicodeZeroWidthJoiner)
  1.3137 +				++newText;
  1.3138 +			if (*newText != *old)
  1.3139 +				return 0;
  1.3140 +			}
  1.3141 +
  1.3142 +		while (*newText == KUnicodeZeroWidthJoiner)
  1.3143 +			++newText;
  1.3144 +		return newText;
  1.3145 +		}
  1.3146 +
  1.3147 +/**
  1.3148 + *
  1.3149 + * Compares two pointers. 
  1.3150 + * If the second pointer does not point to the same place as the first, the
  1.3151 + * block of memory it points to is deleted as an array.
  1.3152 + *
  1.3153 + *
  1.3154 + * @param     "const TText* aOldText"
  1.3155 + *            Pointer to block of text
  1.3156 + * @param     "TText*& aNewText"
  1.3157 + *            Pointer to block of text. 
  1.3158 + *			  This may point to the same buffer as aOldText.
  1.3159 + * @param     "CTGraphicsBase* aTest"
  1.3160 + *            Pointer to the test object 
  1.3161 + */	
  1.3162 +	
  1.3163 +    static void DeleteText( const TText* aOldText, TText*& aNewText, CTGraphicsBase* aTest)
  1.3164 +		{
  1.3165 +			if (aNewText != aOldText)
  1.3166 +				{
  1.3167 +				TInt diff;
  1.3168 +				if (aNewText > aOldText)
  1.3169 +					{
  1.3170 +					diff = aNewText-aOldText;
  1.3171 +					}
  1.3172 +				else
  1.3173 +					{
  1.3174 +					diff = aOldText-aNewText;
  1.3175 +					}
  1.3176 +				if (diff < KBufferSize)
  1.3177 +					{
  1.3178 +					aTest->INFO_PRINTF2(_L("Bad free detected - diff %d\r\n"), diff);
  1.3179 +					aTest->TEST(EFalse);
  1.3180 +					}
  1.3181 +
  1.3182 +				delete[] aNewText;
  1.3183 +				aNewText = 0;
  1.3184 +				}
  1.3185 +		}
  1.3186 +/**
  1.3187 + *
  1.3188 + * Test Internalization and Externalization of TBidirectionalState class. 
  1.3189 + *
  1.3190 + *
  1.3191 + * @param     "TBidirectionalState& aState"
  1.3192 + *            Reference to a TBidirectionalState object. 
  1.3193 + *            The state object is assumed not to be newly created, i.e. it has
  1.3194 + *            non-default internal state.
  1.3195 + *            
  1.3196 + * @param     "TBidirectionalState& aState2"
  1.3197 + *            Reference to a TBidirectionalState object. 
  1.3198 + *            The state object is assumed not to be newly created, i.e. it has
  1.3199 + *            non-default internal state. This state is also assumed to be
  1.3200 + *            different to that of aState
  1.3201 + *
  1.3202 + * @param     "CTGraphicsBase* aTest"
  1.3203 + *            Pointer to the test object 
  1.3204 + */	
  1.3205 +	static void TestInternalizeL(TBidirectionalState& aState, TBidirectionalState& aState2, CTGraphicsBase* aTest)
  1.3206 +		{
  1.3207 +		//Now test internalization and externalization functions
  1.3208 +
  1.3209 +		//Create memory-based streams to externalize into
  1.3210 +		
  1.3211 +		CBufStore* rStore = CBufStore::NewLC(KBufferSize);
  1.3212 +		CBufStore* lStore = CBufStore::NewLC(KBufferSize);
  1.3213 +
  1.3214 +		RStoreWriteStream lWStream;
  1.3215 +		RStoreWriteStream rWStream;
  1.3216 +
  1.3217 +		TStreamId lStreamID = lWStream.CreateLC(*lStore);
  1.3218 +		TStreamId rStreamID = rWStream.CreateLC(*rStore);
  1.3219 +
  1.3220 +		//Now externalize the states.
  1.3221 +
  1.3222 +		aState.ExternalizeL(lWStream);
  1.3223 +		aState2.ExternalizeL(rWStream);
  1.3224 +
  1.3225 +		lWStream.Close();
  1.3226 +		rWStream.Close();
  1.3227 +
  1.3228 +		//Now read the externalised streams into two new state objects
  1.3229 +
  1.3230 +		TBidirectionalState newLState;
  1.3231 +		TBidirectionalState newRState;
  1.3232 +
  1.3233 +		RStoreReadStream rRStream;
  1.3234 +		RStoreReadStream lRStream;
  1.3235 +
  1.3236 +		lRStream.OpenLC(*lStore, lStreamID);
  1.3237 +		rRStream.OpenLC(*rStore, rStreamID);
  1.3238 +
  1.3239 +		newLState.InternalizeL(lRStream);
  1.3240 +		newRState.InternalizeL(rRStream);
  1.3241 +
  1.3242 +		//Now establish that the internalization has changed the state
  1.3243 +
  1.3244 +		aTest->TEST(!newLState.IsDefault());
  1.3245 +		aTest->TEST(!newRState.IsDefault());
  1.3246 +
  1.3247 +		//Make sure that two distinct sets of data exist
  1.3248 +
  1.3249 +		aTest->TEST(!(newLState == newRState));
  1.3250 +
  1.3251 +		//check that the new state objects are equivalent to the old ones
  1.3252 +
  1.3253 +		aTest->TEST(newLState == aState);
  1.3254 +		aTest->TEST(newRState == aState2);
  1.3255 +
  1.3256 +		//Now check that the externalization / internalization has
  1.3257 +		//produced true copies, i.e. that there are no shared buffers
  1.3258 +		//anywhere
  1.3259 +
  1.3260 +		aState.Reset();
  1.3261 +		aTest->TEST (aState.IsDefault());
  1.3262 +		aTest->TEST (!(aState2 == aState));
  1.3263 +		aTest->TEST (!(aState == aState2));
  1.3264 +		aTest->TEST (!(aState == newLState));
  1.3265 +		aTest->TEST(!newLState.IsDefault());
  1.3266 +		aTest->TEST(!newRState.IsDefault()); 
  1.3267 +
  1.3268 +		aState2.Reset();
  1.3269 +		aTest->TEST (aState2.IsDefault());
  1.3270 +		aTest->TEST (aState == aState2);
  1.3271 +		aTest->TEST (aState2 == aState);
  1.3272 +		aTest->TEST (!(aState2 == newRState));
  1.3273 +		aTest->TEST(!newLState.IsDefault());
  1.3274 +		aTest->TEST(!newRState.IsDefault()); 
  1.3275 +
  1.3276 +		//End of tests - deal with cleanup stack
  1.3277 +
  1.3278 +		CleanupStack::PopAndDestroy(6);
  1.3279 +		}
  1.3280 +
  1.3281 +/**
  1.3282 + *
  1.3283 + * Test API of TBidirectionalState class. 
  1.3284 + *
  1.3285 + *  with the exception of BidirectionalState::ReorderText
  1.3286 + *
  1.3287 + * @param     "CTGraphicsBase* aTest"
  1.3288 + *            Pointer to the test object
  1.3289 + *
  1.3290 + */
  1.3291 +	static void TestAPIL(CTGraphicsBase* aTest)
  1.3292 +		{
  1.3293 +		 TInt run;
  1.3294 +		 TInt i;
  1.3295 +
  1.3296 +		//General tests for the DLL API to TBidirectionalState
  1.3297 +
  1.3298 +		aTest->INFO_PRINTF1(_L("TBidirectionalState general exported API test\r\n"));
  1.3299 +
  1.3300 +#ifdef PRINT_RUNS
  1.3301 +		_LIT(KRunTitle, "Populating aOldText buffer with embedded runs of characters as follows:\r\n");
  1.3302 +		_LIT(KRunFormat, "Run %d begins with %04x\r\n");
  1.3303 +		_LIT(KEndRunFormat, "End of Run %d begins with %04x\r\n");
  1.3304 +		
  1.3305 +#endif // PRINT_RUNS 
  1.3306 +	
  1.3307 +		const TInt KRuns = 64;
  1.3308 +		const TInt KRunSize = ((KBufferSize/KRuns)/2 );
  1.3309 +		
  1.3310 +		//Create buffer to hold test data
  1.3311 +
  1.3312 +		HBufC* oldTextBufPtr = HBufC::NewLC(KBufferSize);
  1.3313 +
  1.3314 +		for (i = 0 ; i < KBufferSize ; ++i)
  1.3315 +			{
  1.3316 +			oldTextBufPtr->Des().Append(0);
  1.3317 +			}
  1.3318 +
  1.3319 +		TPtr oldText(oldTextBufPtr->Des());
  1.3320 +		
  1.3321 +
  1.3322 +		TBidirectionalState::TRunInfo* lRunInfoArray = new(ELeave) TBidirectionalState::TRunInfo[KRuns];
  1.3323 +		CleanupArrayDeletePushL(lRunInfoArray);
  1.3324 +		TBidirectionalState::TRunInfo* rRunInfoArray = new(ELeave) TBidirectionalState::TRunInfo[KRuns];
  1.3325 +		CleanupArrayDeletePushL(rRunInfoArray);
  1.3326 +
  1.3327 +
  1.3328 +		//Build up a lot of levels of L-R and R-L text
  1.3329 +
  1.3330 +		 TextIterator ltorIterator(KLeftToRight, KLeftToRightLength);
  1.3331 +		 TextIterator rtolIterator(KRightToLeft, KRightToLeftLength);
  1.3332 +
  1.3333 +		 //Loop through all available test data
  1.3334 +		 //There are more Left-To-Right characters than Right-To-Left, so
  1.3335 +		 //use ltorIterator as the guide
  1.3336 +
  1.3337 +		 while (!ltorIterator.Wrapped())
  1.3338 +			{
  1.3339 +			//Build up runs
  1.3340 +			 TInt index = 0;
  1.3341 +	#ifdef PRINT_RUNS
  1.3342 +			 aTest->INFO_PRINTF1(KRunTitle);
  1.3343 +	#endif // PRINT_RUNS
  1.3344 +			 for (run = 0 ; run < KRuns ; run++) 
  1.3345 +				{
  1.3346 +				TUint first; 
  1.3347 +				lRunInfoArray[run].iStart = rRunInfoArray[run].iStart = index;
  1.3348 +				lRunInfoArray[run].iIndex = rRunInfoArray[run].iIndex = 0;
  1.3349 +				lRunInfoArray[run].iEmbeddingLevel = rRunInfoArray[run].iEmbeddingLevel = 0;
  1.3350 +
  1.3351 +				if ((run & 1) == 0)
  1.3352 +					{
  1.3353 +					//Odd values of Run use R-L, even use L-R
  1.3354 +
  1.3355 +					first = ltorIterator.NextChar();
  1.3356 +	#ifdef PRINT_RUNS
  1.3357 +					aTest->INFO_PRINTF3(KRunFormat, run, first);
  1.3358 +	#endif // PRINT_RUNS
  1.3359 +					ltorIterator.NextCharInto(oldText, index, -1, ETrue, EFalse);
  1.3360 +					for (i = 1; i < KRunSize ; ++i)
  1.3361 +						{
  1.3362 +						if (!ltorIterator.NextCharInto(oldText, index))
  1.3363 +							break;
  1.3364 +						}
  1.3365 +					lRunInfoArray[run].iDirection = rRunInfoArray[run].iDirection = 0;
  1.3366 +	#ifdef PRINT_RUNS
  1.3367 +					aTest->INFO_PRINTF4(KRunFormat, run, (first & 0xffff), 0);
  1.3368 +	#endif // PRINT_RUN
  1.3369 +						
  1.3370 +					}
  1.3371 +				else
  1.3372 +					{
  1.3373 +					first = rtolIterator.NextChar();
  1.3374 +					oldText[index++] = first;
  1.3375 +					for (i = 1; i < KRunSize ; ++i)
  1.3376 +						{
  1.3377 +						oldText[index++] = rtolIterator.NextChar();
  1.3378 +						}
  1.3379 +					lRunInfoArray[run].iDirection = rRunInfoArray[run].iDirection = 1;
  1.3380 +					}
  1.3381 +	#ifdef PRINT_RUNS
  1.3382 +					aTest->INFO_PRINTF4(KRunFormat, run, (first & 0xffff) , 1);
  1.3383 +	#endif // PRINT_RUNS
  1.3384 +				lRunInfoArray[run].iCategory = rRunInfoArray[run].iCategory = TChar(first).GetBdCategory();
  1.3385 +				lRunInfoArray[run].iLength = rRunInfoArray[run].iLength = KRunSize;
  1.3386 +				}
  1.3387 +					
  1.3388 +#ifdef PRINT_ARRAYS
  1.3389 +			 _LIT(KArrayData, "Data\r\n");
  1.3390 +			 PrintTestData(KArrayData, oldText.Ptr(), KBufferSize);
  1.3391 +#endif // PRINT_ARRAYS
  1.3392 +
  1.3393 +			TBidirectionalState lState;
  1.3394 +			TBidirectionalState rState;
  1.3395 +
  1.3396 +			//Check that newly created state objects match IsDefault
  1.3397 +			aTest->TEST (lState.IsDefault());
  1.3398 +			aTest->TEST (rState.IsDefault());
  1.3399 +
  1.3400 +			//Check that default state objects work with operator==
  1.3401 +			aTest->TEST (lState == rState);
  1.3402 +			aTest->TEST (rState == lState);
  1.3403 +
  1.3404 +			//Call ReorderLine to both populate lRunInfoArray and change 
  1.3405 +			//the internal state of lState
  1.3406 +			lState.ReorderLine(lRunInfoArray, KRuns, ETrue, ETrue, EParaLToR,
  1.3407 +				TChar::EOtherNeutral, TChar::EOtherNeutral);
  1.3408 +
  1.3409 +			//Check that the state object is no longer in default state
  1.3410 +			aTest->TEST (!lState.IsDefault());
  1.3411 +
  1.3412 +			//Check that operator== can detect that
  1.3413 +			aTest->TEST (!(lState == rState));
  1.3414 +
  1.3415 +			//Call ReorderLine to both populate rRunInfoArray and change 
  1.3416 +			//the internal state of RState
  1.3417 +			rState.ReorderLine(rRunInfoArray, KRuns, ETrue, ETrue, EParaRToL,
  1.3418 +				TChar::EOtherNeutral, TChar::EOtherNeutral);
  1.3419 +
  1.3420 +			//now rState should not be in default state
  1.3421 +			aTest->TEST(!rState.IsDefault());
  1.3422 +
  1.3423 +			//Test that lSTate and rState are not the same.
  1.3424 +			//Make sure that lState.operator== and rState.operator== give
  1.3425 +			//the same answer.
  1.3426 +
  1.3427 +			aTest->TEST (!(lState == rState));
  1.3428 +			aTest->TEST (!(rState == lState));
  1.3429 +
  1.3430 +
  1.3431 +#ifdef PRINT_RUNS
  1.3432 +			//Print the contents of kRunInfo in epocwind.out
  1.3433 +			_LIT(KRunInfo1, "run             Category                 Embedding Level Direction       Index           Start           Length\r\n");
  1.3434 +			_LIT(KRunInfo2, "       %d               %d                      %d             %d               %d              %d              %d\r\n");
  1.3435 +
  1.3436 +			//Temp - print contents of arrays
  1.3437 +			aTest->INFO_PRINTF1(_L("Left-To-Right Paragraph\r\n"));
  1.3438 +			aTest->INFO_PRINTF1(KRunInfo1);	
  1.3439 +			for (run = 0 ; run < KRuns ; ++run)
  1.3440 +				{
  1.3441 +				aTest->Logger().LogExtra(((TText8*)__FILE__), __LINE__, ESevrInfo,
  1.3442 +					KRunInfo2, run, lRunInfoArray[run].iCategory, 
  1.3443 +					lRunInfoArray[run].iEmbeddingLevel, lRunInfoArray[run].iDirection, 
  1.3444 +					lRunInfoArray[run].iIndex, lRunInfoArray[run].iStart, lRunInfoArray[run].iLength);	
  1.3445 +				}
  1.3446 +			aTest->INFO_PRINTF1(_L("Right-to-Left Paragraph\r\n"));
  1.3447 +			aTest->INFO_PRINTF1(KRunInfo1);	
  1.3448 +			for (run = 0 ; run < KRuns ; ++run)
  1.3449 +				{
  1.3450 +				aTest->Logger().LogExtra(((TText8*)__FILE__), __LINE__, ESevrInfo,
  1.3451 +					KRunInfo2, run, rRunInfoArray[run].iCategory, 
  1.3452 +					rRunInfoArray[run].iEmbeddingLevel, rRunInfoArray[run].iDirection, 
  1.3453 +					rRunInfoArray[run].iIndex, rRunInfoArray[run].iStart, rRunInfoArray[run].iLength);	
  1.3454 +				}
  1.3455 +
  1.3456 +#endif // PRINT_RUNS
  1.3457 +
  1.3458 +			//With the test data presented, there should be 64 runs in ascending order
  1.3459 +			//when processed in a left-to-right context and in descending order when processed
  1.3460 +			//as right-to-left, corresponding to each run being printed in entry order in
  1.3461 +			//the former case and in reverse order in the latter case.
  1.3462 +
  1.3463 +			for (run = 0 ; run < KRuns ; ++run)
  1.3464 +				{
  1.3465 +				aTest->TEST(lRunInfoArray[run].iIndex == run);
  1.3466 +				aTest->TEST(rRunInfoArray[KRuns - run - 1].iIndex == run);
  1.3467 +				}
  1.3468 +
  1.3469 +		
  1.3470 +			TestInternalizeL(lState,rState, aTest);			
  1.3471 +			}
  1.3472 +
  1.3473 +
  1.3474 +		CleanupStack::PopAndDestroy(rRunInfoArray);
  1.3475 +		CleanupStack::PopAndDestroy(lRunInfoArray);
  1.3476 +		CleanupStack::PopAndDestroy();
  1.3477 +		}
  1.3478 +
  1.3479 +/**
  1.3480 + *
  1.3481 + * Tests that the Bidirectional Algorithm leaves left to right text alone.
  1.3482 + *
  1.3483 + *
  1.3484 + * @param	  "TDes& aOldText"
  1.3485 + *			  Descriptor that points to a buffer at least KBufferSize 16-bit characters long
  1.3486 + *
  1.3487 + * @param     "CTGraphicsBase* aTest"
  1.3488 + *            Pointer to the test object 
  1.3489 + *
  1.3490 + */
  1.3491 +	static void LeftToRightReorderTest(TDes& aOldText, CTGraphicsBase* aTest)
  1.3492 +		{//LeftToRight test - are left-to-right character strings preserved?
  1.3493 +		TText* lText = 0;
  1.3494 +		TText* rText = 0;
  1.3495 +		TInt lretval = KErrNone;
  1.3496 +		TInt rretval = KErrNone;
  1.3497 +
  1.3498 +		TextIterator ltorIterator(KLeftToRight, KLeftToRightLength);
  1.3499 +
  1.3500 +		aTest->TEST(aOldText.Length() >= KBufferSize);
  1.3501 +		while (!ltorIterator.Wrapped())
  1.3502 +			{
  1.3503 +			for (TInt i = 0 ; i < KBufferSize; )
  1.3504 +				{
  1.3505 +				if (!ltorIterator.NextCharInto(aOldText, i))
  1.3506 +					break;
  1.3507 +				}
  1.3508 +
  1.3509 +			lretval = TBidirectionalState::ReorderText(aOldText.Ptr(), KBufferSize, EParaLToR, lText);
  1.3510 +			rretval = TBidirectionalState::ReorderText(aOldText.Ptr(), KBufferSize, EParaRToL, rText);
  1.3511 +
  1.3512 +			aTest->TEST(lretval == KErrNone); 
  1.3513 +			aTest->TEST(rretval == KErrNone); 
  1.3514 +
  1.3515 +			//LtoR characters should remain unchanged in either paragraph direction
  1.3516 +			aTest->TEST(TextInSameOrder(aOldText.Ptr(), lText, KBufferSize));
  1.3517 +			aTest->TEST(TextInSameOrder(aOldText.Ptr(), rText, KBufferSize));
  1.3518 +
  1.3519 +			DeleteText(aOldText.Ptr(), lText, aTest);
  1.3520 +			DeleteText(aOldText.Ptr(), rText, aTest);
  1.3521 +
  1.3522 +			}
  1.3523 +		}
  1.3524 +/**
  1.3525 + *
  1.3526 + * Tests that the Bidirectional Algorithm leaves european numbers alone
  1.3527 + *
  1.3528 + *
  1.3529 + * @param	  "TDes& aOldText"
  1.3530 + *			  Descriptor that points to a buffer at least KBufferSize 16-bit characters long
  1.3531 + *
  1.3532 + * @param     "CTGraphicsBase* aTest"
  1.3533 + *            Pointer to the test object 
  1.3534 + *
  1.3535 + */
  1.3536 +	static void SimpleEuropeanNumberTest(TDes& aOldText, CTGraphicsBase* aTest)
  1.3537 +		{//European number test - are left-to-right character strings preserved?
  1.3538 +
  1.3539 +		TText* lText = 0;
  1.3540 +		TText* rText = 0;
  1.3541 +		TInt lretval = KErrNone;
  1.3542 +		TInt rretval = KErrNone;
  1.3543 +
  1.3544 +		
  1.3545 +		TextIterator numIterator(KEuropeanNumber, KEuropeanNumberLength);
  1.3546 +		aTest->TEST(aOldText.Length() >= KBufferSize);
  1.3547 +
  1.3548 +		while (!numIterator.Wrapped())
  1.3549 +			{
  1.3550 +			for (TInt i = 0 ; i < KBufferSize; ++i)
  1.3551 +				{
  1.3552 +				aOldText[i] = numIterator.NextChar();
  1.3553 +				}
  1.3554 +
  1.3555 +			lretval = TBidirectionalState::ReorderText(aOldText.Ptr(), KBufferSize, EParaLToR, lText);
  1.3556 +			rretval = TBidirectionalState::ReorderText(aOldText.Ptr(), KBufferSize, EParaRToL, rText);
  1.3557 +
  1.3558 +			aTest->TEST(lretval == KErrNone); 
  1.3559 +			aTest->TEST(rretval == KErrNone); 
  1.3560 +
  1.3561 +			aTest->TEST(TextInSameOrder(aOldText.Ptr(), lText, KBufferSize));
  1.3562 +			aTest->TEST(TextInSameOrder(aOldText.Ptr(), rText, KBufferSize));
  1.3563 +
  1.3564 +			DeleteText(aOldText.Ptr(), lText, aTest);
  1.3565 +			DeleteText(aOldText.Ptr(), rText, aTest);
  1.3566 +			}
  1.3567 +
  1.3568 +		}
  1.3569 +/**
  1.3570 + *
  1.3571 + * Tests that the Bidirectional Algorithm reverses right-to-left text.
  1.3572 + *
  1.3573 + * @param	  "TDes& aOldText"
  1.3574 + *			  Descriptor that points to a buffer at least KBufferSize 16-bit characters long
  1.3575 + *
  1.3576 + * @param     "CTGraphicsBase* aTest"
  1.3577 + *            Pointer to the test object 
  1.3578 + *
  1.3579 + */
  1.3580 +	static void SimpleRightToLeftTest(TDes& aOldText, CTGraphicsBase* aTest)
  1.3581 +		{// Basic Right-to-Left test
  1.3582 +
  1.3583 +		TText* lText = 0;
  1.3584 +		TText* rText = 0;
  1.3585 +		TInt lretval = KErrNone;
  1.3586 +		TInt rretval = KErrNone;
  1.3587 +		TInt oldTextLength = aOldText.Length();
  1.3588 +
  1.3589 +		TextIterator rtolIterator(KRightToLeft, KRightToLeftLength);
  1.3590 +
  1.3591 +		aTest->TEST(aOldText.Length() >= KBufferSize);
  1.3592 +
  1.3593 +		while (!rtolIterator.Wrapped())
  1.3594 +			{
  1.3595 +			TInt i = 0;
  1.3596 +			rtolIterator.FillInto(aOldText, i, KBufferSize);
  1.3597 +			aOldText.SetLength(i);
  1.3598 +
  1.3599 +			lretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaLToR, lText);
  1.3600 +			rretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaRToL, rText);
  1.3601 +		
  1.3602 +			aTest->TEST(lretval == KErrNone); 
  1.3603 +			aTest->TEST(rretval == KErrNone); 
  1.3604 +
  1.3605 +			//RightToLeft characters should be reversed in order
  1.3606 +			aTest->TEST(TextInReverseOrder(aOldText.Ptr(), lText, i));
  1.3607 +			aTest->TEST(TextInReverseOrder(aOldText.Ptr(), rText, i));
  1.3608 +
  1.3609 +			DeleteText(aOldText.Ptr(), lText, aTest);
  1.3610 +			DeleteText(aOldText.Ptr(), rText, aTest);
  1.3611 +			aOldText.SetLength(oldTextLength);
  1.3612 +			}
  1.3613 +		}		
  1.3614 +
  1.3615 +/**
  1.3616 + *
  1.3617 + * Tests that the Bidirectional Algorithm reverses right-to-left Arabic text.
  1.3618 + *
  1.3619 + * @param	  "TDes& aOldText"
  1.3620 + *			  Descriptor that points to a buffer at least KBufferSize 16-bit characters long
  1.3621 + *
  1.3622 + * @param     "CTGraphicsBase* aTest"
  1.3623 + *            Pointer to the test object 
  1.3624 + *
  1.3625 + */
  1.3626 +	static void SimpleRightToLeftArabicTest(TDes& aOldText, CTGraphicsBase* aTest)
  1.3627 +		{// Basic Right-to-Left Arabic test
  1.3628 +
  1.3629 +		TText* lText = 0;
  1.3630 +		TText* rText = 0;
  1.3631 +		TInt lretval = KErrNone;
  1.3632 +		TInt rretval = KErrNone;
  1.3633 +
  1.3634 +		 // Basic Right-to-Left Arabic test
  1.3635 +
  1.3636 +		TextIterator rtolIterator(KRightToLeftArabic, KRightToLeftArabicLength);
  1.3637 +
  1.3638 +		aTest->TEST(aOldText.Length() >= KBufferSize);
  1.3639 +
  1.3640 +		while (!rtolIterator.Wrapped())
  1.3641 +			{
  1.3642 +			for (TInt i = 0 ; i < KBufferSize; ++i)
  1.3643 +				{
  1.3644 +				aOldText[i] = rtolIterator.NextChar();
  1.3645 +				}
  1.3646 +
  1.3647 +			lretval = TBidirectionalState::ReorderText(aOldText.Ptr(), KBufferSize, EParaLToR, lText);
  1.3648 +			rretval = TBidirectionalState::ReorderText(aOldText.Ptr(), KBufferSize, EParaRToL, rText);
  1.3649 +
  1.3650 +			aTest->TEST(lretval == KErrNone); 
  1.3651 +			aTest->TEST(rretval == KErrNone); 
  1.3652 +
  1.3653 +			//RightToLeftArabic characters should be reversed
  1.3654 +			aTest->TEST(TextInReverseOrder(aOldText.Ptr(), lText, KBufferSize));
  1.3655 +			aTest->TEST(TextInReverseOrder(aOldText.Ptr(), rText, KBufferSize));
  1.3656 +
  1.3657 +			DeleteText(aOldText.Ptr(), lText, aTest);
  1.3658 +			DeleteText(aOldText.Ptr(), rText, aTest);
  1.3659 +
  1.3660 +			
  1.3661 +			}
  1.3662 +		 }
  1.3663 +
  1.3664 +/**
  1.3665 + *
  1.3666 + * Tests that characters that have mirrors are replaced by their mirrors
  1.3667 + * when right-to-left Arabic text is reversed.
  1.3668 + *
  1.3669 + * @param	  "TDes& aOldText"
  1.3670 + *			  Descriptor that points to a buffer at least KBufferSize 16-bit characters long
  1.3671 + *
  1.3672 + * @param     "CTGraphicsBase* aTest"
  1.3673 + *            Pointer to the test object 
  1.3674 + *
  1.3675 + */
  1.3676 +	static void MirroredCharacterTest(TDes& aOldText, CTGraphicsBase* aTest)
  1.3677 +		{
  1.3678 +		TText* lText = 0;
  1.3679 +		TText* rText = 0;
  1.3680 +		TInt lretval = KErrNone;
  1.3681 +		TInt rretval = KErrNone;
  1.3682 +
  1.3683 +		 // Mirrored Characters Test
  1.3684 +
  1.3685 +		 //Some Arabic test is interspersed with characters that have Mirror versions.
  1.3686 +
  1.3687 +		 //After reordering the text should be reversed and the mirror characters substituted
  1.3688 +		 TextIterator rtolIterator(KRightToLeftArabic, KRightToLeftArabicLength);
  1.3689 +		 TextIterator mirrorsIterator(KMirrors().Ptr(), KMirrors().Length());
  1.3690 +		 TextIterator mirrordIterator(KMirrord().Ptr(), KMirrord().Length());
  1.3691 +
  1.3692 +		 while (!rtolIterator.Wrapped())
  1.3693 +			{
  1.3694 +			TInt i;
  1.3695 +			TInt j;
  1.3696 +			for (i = 0 ; i < (KBufferSize-3); i+=4)
  1.3697 +				{
  1.3698 +				aOldText[i] = rtolIterator.NextChar();
  1.3699 +				aOldText[i+1] = mirrorsIterator.NextChar();
  1.3700 +				aOldText[i+2] = mirrorsIterator.NextChar();
  1.3701 +				aOldText[i+3] = rtolIterator.NextChar();
  1.3702 +				}
  1.3703 +
  1.3704 +			lretval = TBidirectionalState::ReorderText(aOldText.Ptr(), KBufferSize, EParaLToR, lText);
  1.3705 +			rretval = TBidirectionalState::ReorderText(aOldText.Ptr(), KBufferSize, EParaRToL, rText);
  1.3706 +
  1.3707 +			aTest->TEST(lretval == KErrNone); 
  1.3708 +			aTest->TEST(rretval == KErrNone); 
  1.3709 +#ifdef PRINT_DATA
  1.3710 +			_LIT(KOTitleT, "Original (Top)");
  1.3711 +			_LIT(KLTitleT, "Left-to-Right (Top)"); 
  1.3712 +			_LIT(KRTitleT, "Right-to-Left (Top)");
  1.3713 +			_LIT(KOTitleB, "Original (Bottom)");
  1.3714 +			_LIT(KLTitleB, "Left-to-Right (Bottom)"); 
  1.3715 +			_LIT(KRTitleB, "Right-to-Left (Bottom)");
  1.3716 +			
  1.3717 +
  1.3718 +			PrintTestData(KOTitleT, aOldText.Ptr(), 32);
  1.3719 +			PrintTestData(KOTitleB, aOldText.Ptr()+KBufferSize-32, 32);
  1.3720 +
  1.3721 +			PrintTestData(KLTitleT, lText, 32);
  1.3722 +			PrintTestData(KLTitleB, lText+KBufferSize-32, 32);
  1.3723 +
  1.3724 +			PrintTestData(KRTitleT, rText, 32);
  1.3725 +			PrintTestData(KRTitleB, rText+KBufferSize-32, 32);
  1.3726 +
  1.3727 +#endif
  1.3728 +		
  1.3729 +			for (i = 0 ; i < (KBufferSize-3) ; i+=4)
  1.3730 +				{
  1.3731 +				j = KBufferSize - i - 1;
  1.3732 +				aTest->TEST(aOldText[i] == lText[j]);
  1.3733 +				aTest->TEST(aOldText[i] == rText[j]);
  1.3734 +				aTest->TEST(aOldText[i+3] == lText[j-3]);
  1.3735 +				aTest->TEST(aOldText[i+3] == rText[j-3]);
  1.3736 +
  1.3737 +				TText16 nextMirror = mirrordIterator.NextChar();
  1.3738 +
  1.3739 +				aTest->TEST(nextMirror == lText[j-1]);
  1.3740 +				aTest->TEST(nextMirror == rText[j-1]);
  1.3741 +
  1.3742 +				nextMirror = mirrordIterator.NextChar();
  1.3743 +
  1.3744 +				aTest->TEST(nextMirror == lText[j-2]);
  1.3745 +				aTest->TEST(nextMirror == rText[j-2]);
  1.3746 +				}
  1.3747 +
  1.3748 +
  1.3749 +			DeleteText(aOldText.Ptr(), lText, aTest);
  1.3750 +			DeleteText(aOldText.Ptr(), rText, aTest);
  1.3751 +
  1.3752 +	
  1.3753 +			}
  1.3754 +		}
  1.3755 +/**
  1.3756 + *
  1.3757 + * Tests the effect of LeftToRightOverride on left-to-right text.
  1.3758 + *
  1.3759 + * @param	  "TDes& aOldText"
  1.3760 + *			  Descriptor that points to a buffer at least KBufferSize 16-bit characters long
  1.3761 + *
  1.3762 + * @param     "CTGraphicsBase* aTest"
  1.3763 + *            Pointer to the test object 
  1.3764 + *
  1.3765 + */
  1.3766 +	static void LROLeftToRightTest(TDes& aOldText, CTGraphicsBase* aTest)
  1.3767 +		{
  1.3768 +		TText* newText = 0;
  1.3769 +		TInt retval = KErrNone;
  1.3770 +
  1.3771 +		aTest->TEST(aOldText.Length() >= KBufferSize);
  1.3772 +		//LRO test - are left-to-right character strings preserved?
  1.3773 +	 
  1.3774 +		TextIterator ltorIterator(KLeftToRight, KLeftToRightLength);
  1.3775 +		while (ltorIterator.Wrapped())
  1.3776 +			{
  1.3777 +			aOldText[0] = KLeftToRightOverride[0];
  1.3778 +			for (TInt i = 1 ; i < (KBufferSize-1); ++i)
  1.3779 +				{
  1.3780 +				aOldText[i] = ltorIterator.NextChar();
  1.3781 +				}
  1.3782 +
  1.3783 +			aOldText[KBufferSize-1] = KPopDirectionalFormat[0];
  1.3784 +			retval = TBidirectionalState::ReorderText(aOldText.Ptr(), KBufferSize, EParaLToR, newText);
  1.3785 +
  1.3786 +			aTest->TEST(retval == KErrNone); 
  1.3787 +
  1.3788 +			aTest->TEST(TextInSameOrder(aOldText.Ptr(), newText, KBufferSize));
  1.3789 +		
  1.3790 +			DeleteText(aOldText.Ptr(), newText, aTest);
  1.3791 +
  1.3792 +			}
  1.3793 +		}
  1.3794 +
  1.3795 +/**
  1.3796 + *
  1.3797 + * Tests the effect of LeftToRightOverride on right-to-left text.
  1.3798 + *
  1.3799 + * @param	  "TDes& aOldText"
  1.3800 + *			  Descriptor that points to a buffer at least KBufferSize 16-bit characters long
  1.3801 + *
  1.3802 + * @param     "CTGraphicsBase* aTest"
  1.3803 + *            Pointer to the test object 
  1.3804 + *
  1.3805 + */
  1.3806 +	static void LRORightToLeftTest(TDes& aOldText, CTGraphicsBase* aTest)
  1.3807 +		{
  1.3808 +		TText* newText = 0;
  1.3809 +		TInt retval = KErrNone;
  1.3810 +
  1.3811 +
  1.3812 +		//LRO test - are right-to-left character strings overidden?
  1.3813 +		TextIterator rtolIterator(KRightToLeft, KRightToLeftLength);
  1.3814 +
  1.3815 +		aTest->TEST(aOldText.Length() >= KBufferSize);
  1.3816 +		while (!rtolIterator.Wrapped())
  1.3817 +			{
  1.3818 +			aOldText[0] = KLeftToRightOverride[0];
  1.3819 +			for (TInt i = 1 ; i < (KBufferSize-1); ++i)
  1.3820 +				{
  1.3821 +				aOldText[i] = rtolIterator.NextChar();
  1.3822 +				}
  1.3823 +			
  1.3824 +			aOldText[KBufferSize-1] = KPopDirectionalFormat[0];
  1.3825 +			retval = TBidirectionalState::ReorderText(aOldText.Ptr(), KBufferSize, EParaLToR, newText);
  1.3826 +
  1.3827 +			aTest->TEST(retval == KErrNone); 
  1.3828 +
  1.3829 +			aTest->TEST(TextInSameOrder(aOldText.Ptr(), newText, KBufferSize));
  1.3830 +
  1.3831 +			DeleteText(aOldText.Ptr(),newText, aTest);
  1.3832 +			}
  1.3833 +		}
  1.3834 +
  1.3835 +/**
  1.3836 + *
  1.3837 + * Tests the effect of RightToLeftOverride on right-to-left text.
  1.3838 + *
  1.3839 + * @param	  "TDes& aOldText"
  1.3840 + *			  Descriptor that points to a buffer at least KBufferSize 16-bit characters long
  1.3841 + *
  1.3842 + * @param     "CTGraphicsBase* aTest"
  1.3843 + *            Pointer to the test object 
  1.3844 + *
  1.3845 + */
  1.3846 +	static void RLORightToLeftTest(TDes& aOldText, CTGraphicsBase* aTest)
  1.3847 +		{
  1.3848 +		TText* newText = 0;
  1.3849 +		TInt retval = KErrNone;
  1.3850 +		TInt oldTextLength = aOldText.Length();
  1.3851 +
  1.3852 +		 // RLO Test - are right-to-left characters unaffected?
  1.3853 +		TextIterator rtolIterator(KRightToLeft, KRightToLeftLength);
  1.3854 +		 
  1.3855 +		aTest->TEST(aOldText.Length() >= KBufferSize);
  1.3856 +
  1.3857 +		while (!rtolIterator.Wrapped())
  1.3858 +			{
  1.3859 +			aOldText[0] = KRightToLeftOverride[0];
  1.3860 +
  1.3861 +			TInt i = 1;
  1.3862 +			rtolIterator.FillInto(aOldText, i, KBufferSize-1);
  1.3863 +			aOldText[i++] = KPopDirectionalFormat[0];
  1.3864 +			aOldText.SetLength(i);
  1.3865 +
  1.3866 +			retval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaRToL, newText);
  1.3867 +
  1.3868 +			aTest->TEST(retval == KErrNone); 
  1.3869 +
  1.3870 +			aTest->TEST(TextInReverseOrder(aOldText.Ptr(), newText, i));
  1.3871 +		
  1.3872 +			DeleteText(aOldText.Ptr(), newText, aTest);
  1.3873 +			aOldText.SetLength(oldTextLength);
  1.3874 +			}
  1.3875 +		}
  1.3876 +
  1.3877 +/**
  1.3878 + *
  1.3879 + * Tests the effect of RightToLeftOverride on right-to-left Arabic text.
  1.3880 + *
  1.3881 + * @param	  "TDes& aOldText"
  1.3882 + *			  Descriptor that points to a buffer at least KBufferSize 16-bit characters long
  1.3883 + *
  1.3884 + * @param     "CTGraphicsBase* aTest"
  1.3885 + *            Pointer to the test object 
  1.3886 + *
  1.3887 + */	
  1.3888 +	static void RLORightToLeftArabicTest(TDes& aOldText, CTGraphicsBase* aTest)
  1.3889 +		{
  1.3890 +		TText* newText = 0;
  1.3891 +		TInt retval = KErrNone;
  1.3892 +
  1.3893 +		// RLO Test - are right-to-left Arabic characters unaffected?
  1.3894 +		TextIterator rtolIterator(KRightToLeftArabic, KRightToLeftArabicLength);
  1.3895 +
  1.3896 +		aTest->TEST(aOldText.Length() >= KBufferSize);
  1.3897 +
  1.3898 +		while (!rtolIterator.Wrapped())
  1.3899 +			{
  1.3900 +			aOldText[0] = KRightToLeftOverride[0];
  1.3901 +
  1.3902 +			for (TInt i = 1 ; i < (KBufferSize-1); ++i)
  1.3903 +				{
  1.3904 +				aOldText[i] = rtolIterator.NextChar();
  1.3905 +				}
  1.3906 +			
  1.3907 +			aOldText[KBufferSize-1] = KPopDirectionalFormat[0];
  1.3908 +		 
  1.3909 +			retval = TBidirectionalState::ReorderText(aOldText.Ptr(), KBufferSize, EParaRToL, newText);
  1.3910 +
  1.3911 +			aTest->TEST(retval == KErrNone); 
  1.3912 +
  1.3913 +			aTest->TEST(TextInReverseOrder(aOldText.Ptr(), newText, KBufferSize));
  1.3914 +
  1.3915 +			DeleteText(aOldText.Ptr(), newText, aTest);
  1.3916 +
  1.3917 +			}
  1.3918 +		}
  1.3919 +
  1.3920 +/**
  1.3921 + *
  1.3922 + * Tests the effect of RightToLeftOverride on left-to-right text.
  1.3923 + *
  1.3924 + * @param	  "TDes& aOldText"
  1.3925 + *			  Descriptor that points to a buffer at least KBufferSize 16-bit characters long
  1.3926 + *
  1.3927 + * @param     "CTGraphicsBase* aTest"
  1.3928 + *            Pointer to the test object 
  1.3929 + *
  1.3930 + */
  1.3931 +	static void RLOLeftToRightTest(TDes& aOldText, CTGraphicsBase* aTest)
  1.3932 +		{
  1.3933 +		TText* newText = 0;
  1.3934 +		TInt retval = KErrNone;
  1.3935 +		TInt oldTextLength = aOldText.Length();
  1.3936 +
  1.3937 +		// RLO Test - are left-to-right characters overriden?
  1.3938 +		 TextIterator ltorIterator(KLeftToRight, KLeftToRightLength);
  1.3939 +
  1.3940 +		 aTest->TEST(aOldText.Length() >= KBufferSize);
  1.3941 +
  1.3942 +		 while (!ltorIterator.Wrapped())
  1.3943 +			{
  1.3944 +			aOldText[0] = KRightToLeftOverride[0];
  1.3945 +
  1.3946 +			TInt i;
  1.3947 +			for (i = 1 ; i < (KBufferSize-1); )
  1.3948 +				{
  1.3949 +				if (!ltorIterator.NextCharInto(aOldText, i, KBufferSize-1))
  1.3950 +					break;
  1.3951 +				}
  1.3952 +
  1.3953 +			aOldText[i] = KPopDirectionalFormat[0];
  1.3954 +			TInt newLength = i + 1;
  1.3955 +			aOldText.SetLength(newLength);
  1.3956 +		 
  1.3957 +			retval = TBidirectionalState::ReorderText(aOldText.Ptr(), newLength, EParaRToL, newText);
  1.3958 +
  1.3959 +			aTest->TEST(retval == KErrNone); 
  1.3960 +
  1.3961 +			aTest->TEST(TextInReverseOrder(aOldText.Ptr(), newText, newLength, aTest));
  1.3962 +		
  1.3963 +			DeleteText(aOldText.Ptr(), newText, aTest);
  1.3964 +			aOldText.SetLength(oldTextLength);
  1.3965 +			}
  1.3966 +		}
  1.3967 +
  1.3968 +/**
  1.3969 + *
  1.3970 + * Tests the effect of putting Left To Right text by Right To Left text.
  1.3971 + *
  1.3972 + * @param	  "TDes& aOldText"
  1.3973 + *			  Descriptor that points to a buffer at least KBufferSize 16-bit characters long
  1.3974 + *
  1.3975 + * @param     "CTGraphicsBase* aTest"
  1.3976 + *            Pointer to the test object 
  1.3977 + *
  1.3978 + */
  1.3979 +	static void LToRThenRToLTest(TDes& aOldText, CTGraphicsBase* aTest)
  1.3980 +		{
  1.3981 +		TText* lText = 0;
  1.3982 +		TText* rText = 0;
  1.3983 +		TInt lretval = KErrNone;
  1.3984 +		TInt rretval = KErrNone;
  1.3985 +		TInt oldTextLength = aOldText.Length();
  1.3986 +
  1.3987 +		// Mixing L-R & R-L without embed codes - L-R at start, R-L at end
  1.3988 +		 TextIterator ltorIterator(KLeftToRight, KLeftToRightLength);
  1.3989 +		 TextIterator rtolIterator(KRightToLeft, KRightToLeftLength);
  1.3990 +
  1.3991 +		 aTest->TEST(aOldText.Length() >= KBufferSize);
  1.3992 +
  1.3993 +		 while (!ltorIterator.Wrapped())
  1.3994 +			{
  1.3995 +			TInt i = 0;
  1.3996 +			ltorIterator.FillInto(aOldText, i, KHalfBufferSize);
  1.3997 +			TInt realSize1 = i;
  1.3998 +
  1.3999 +			rtolIterator.FillInto(aOldText, i, KBufferSize);
  1.4000 +			TInt realSize2 = i - realSize1;
  1.4001 +			aOldText.SetLength(i);
  1.4002 +
  1.4003 +			lretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaLToR, lText);
  1.4004 +			rretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaLToR, rText);
  1.4005 +
  1.4006 +			aTest->TEST(lretval == KErrNone); 
  1.4007 +			aTest->TEST(rretval == KErrNone); 
  1.4008 +
  1.4009 +			aTest->TEST(TextInSameOrder(aOldText.Ptr(), lText, realSize1));
  1.4010 +			aTest->TEST(TextInReverseOrder(&aOldText.Ptr()[realSize1], &lText[realSize1], realSize2));
  1.4011 +			aTest->TEST(TextInSameOrder(aOldText.Ptr(), rText, realSize1));
  1.4012 +			aTest->TEST(TextInReverseOrder(&aOldText.Ptr()[realSize1], &rText[realSize1], realSize2));
  1.4013 +
  1.4014 +			DeleteText(aOldText.Ptr(), lText, aTest);
  1.4015 +			DeleteText(aOldText.Ptr(), rText, aTest);
  1.4016 +			aOldText.SetLength(oldTextLength);
  1.4017 +			}
  1.4018 +		}
  1.4019 +
  1.4020 +/**
  1.4021 + *
  1.4022 + * Tests the effect of putting Left To Right text by Right To Left Arabic text.
  1.4023 + *
  1.4024 + * @param	  "TDes& aOldText"
  1.4025 + *			  Descriptor that points to a buffer at least KBufferSize 16-bit characters long
  1.4026 + *
  1.4027 + * @param     "CTGraphicsBase* aTest"
  1.4028 + *            Pointer to the test object 
  1.4029 + *
  1.4030 + */
  1.4031 +	static void LToRThenRToLATest(TDes& aOldText, CTGraphicsBase* aTest)
  1.4032 +		{
  1.4033 +		TText* lText = 0;
  1.4034 +		TText* rText = 0;
  1.4035 +		TInt lretval = KErrNone;
  1.4036 +		TInt rretval = KErrNone;
  1.4037 +		TInt oldTextLength = aOldText.Length();
  1.4038 +
  1.4039 +		 TextIterator ltorIterator(KLeftToRight, KLeftToRightLength);
  1.4040 +		 TextIterator rtolIterator(KRightToLeftArabic, KRightToLeftArabicLength);
  1.4041 +
  1.4042 +		 aTest->TEST(aOldText.Length() >= KBufferSize);
  1.4043 +		 while (!ltorIterator.Wrapped())
  1.4044 +			{
  1.4045 +			TInt i;
  1.4046 +
  1.4047 +			for (i = 0 ; i < KHalfBufferSize; )
  1.4048 +				{
  1.4049 +				if (!ltorIterator.NextCharInto(aOldText, i, KHalfBufferSize))
  1.4050 +					break;
  1.4051 +				}
  1.4052 +			TInt realSize1 = i;
  1.4053 +
  1.4054 +			for (; i < KBufferSize; ++i)
  1.4055 +				{
  1.4056 +				aOldText[i] = rtolIterator.NextChar();
  1.4057 +				}
  1.4058 +			TInt realSize2 = i - realSize1;
  1.4059 +			aOldText.SetLength(i);
  1.4060 +
  1.4061 + 
  1.4062 +			lretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaLToR, lText);
  1.4063 +			rretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaLToR, rText);
  1.4064 +
  1.4065 +			aTest->TEST(lretval == KErrNone); 
  1.4066 +			aTest->TEST(rretval == KErrNone); 
  1.4067 +
  1.4068 +			aTest->TEST(TextInSameOrder(aOldText.Ptr(), lText, realSize1));
  1.4069 +			aTest->TEST(TextInReverseOrder(&aOldText.Ptr()[realSize1], &lText[realSize1], realSize2));
  1.4070 +			aTest->TEST(TextInSameOrder(aOldText.Ptr(), rText, realSize1));
  1.4071 +			aTest->TEST(TextInReverseOrder(&aOldText.Ptr()[realSize1], &rText[realSize1], realSize2));
  1.4072 +
  1.4073 +			DeleteText(aOldText.Ptr(), lText, aTest);
  1.4074 +			DeleteText(aOldText.Ptr(), rText, aTest);
  1.4075 +			aOldText.SetLength(oldTextLength);
  1.4076 +			}
  1.4077 +		}
  1.4078 +/**
  1.4079 + *
  1.4080 + * Tests the effect of putting Right To Left Arabic by Left To Right text.
  1.4081 + *
  1.4082 + * @param	  "TDes& aOldText"
  1.4083 + *			  Descriptor that points to a buffer at least KBufferSize 16-bit characters long
  1.4084 + *
  1.4085 + * @param     "CTGraphicsBase* aTest"
  1.4086 + *            Pointer to the test object 
  1.4087 + *
  1.4088 + */
  1.4089 +	static void RToLAThenLToRTest(TDes& aOldText, CTGraphicsBase* aTest)
  1.4090 +		{
  1.4091 +		TText* lText = 0;
  1.4092 +		TText* rText = 0;
  1.4093 +		TInt lretval = KErrNone;
  1.4094 +		TInt rretval = KErrNone;
  1.4095 +		TInt oldTextLength = aOldText.Length();
  1.4096 +
  1.4097 +		 // Mixing L-R & R-LA without embed codes - R-LA at start, L-R at end
  1.4098 +		 TextIterator ltorIterator(KLeftToRight, KLeftToRightLength);
  1.4099 +		 TextIterator rtolIterator(KRightToLeftArabic, KRightToLeftArabicLength);
  1.4100 +
  1.4101 +		 aTest->TEST(aOldText.Length() >= KBufferSize);
  1.4102 +
  1.4103 +		 while (!ltorIterator.Wrapped())
  1.4104 +			{
  1.4105 +			TInt i = 0;
  1.4106 +
  1.4107 +			rtolIterator.FillInto(aOldText, i, KHalfBufferSize);
  1.4108 +			TInt realSize1 = i;
  1.4109 +
  1.4110 +			ltorIterator.FillInto(aOldText, i, KBufferSize);
  1.4111 +			TInt realSize2 = i - realSize1;
  1.4112 +			aOldText.SetLength(i);
  1.4113 + 
  1.4114 +			lretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaLToR, lText);
  1.4115 +			rretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaRToL, rText);
  1.4116 +
  1.4117 +			aTest->TEST(lretval == KErrNone); 
  1.4118 +			aTest->TEST(rretval == KErrNone); 
  1.4119 +
  1.4120 +			aTest->TEST(TextInReverseOrder(aOldText.Ptr(), lText, realSize1));
  1.4121 +			aTest->TEST(TextInSameOrder(&aOldText.Ptr()[realSize1], &lText[realSize1] , realSize2));
  1.4122 +
  1.4123 +			aTest->TEST(TextInReverseOrder(aOldText.Ptr(), &rText[realSize2], realSize1));
  1.4124 +			aTest->TEST(TextInSameOrder(&aOldText.Ptr()[realSize1], rText, realSize2));
  1.4125 +
  1.4126 +			DeleteText(aOldText.Ptr(), lText, aTest);
  1.4127 +			DeleteText(aOldText.Ptr(), rText, aTest);
  1.4128 +			aOldText.SetLength(oldTextLength);
  1.4129 +			}
  1.4130 +		}
  1.4131 +
  1.4132 +/**
  1.4133 + *
  1.4134 + * Tests the effect of interspersing right to left and left to right text
  1.4135 + *
  1.4136 + * @param	  "TDes& aOldText"
  1.4137 + *			  Descriptor that points to a buffer at least KBufferSize 16-bit characters long
  1.4138 + *
  1.4139 + * @param     "CTGraphicsBase* aTest"
  1.4140 + *            Pointer to the test object 
  1.4141 + *
  1.4142 + */
  1.4143 +	static void LToRThenRToLThenLToRThenRToLTest(TDes& aOldText, CTGraphicsBase* aTest)
  1.4144 +		{
  1.4145 +		TText* lText = 0;
  1.4146 +		TText* rText = 0;
  1.4147 +		TInt lretval = KErrNone;
  1.4148 +		TInt rretval = KErrNone;
  1.4149 +		TInt oldTextLength = aOldText.Length();
  1.4150 +
  1.4151 +		 // Mixing L-R & R-L without embed codes - quarter buffers L-R R-L L-R R-L 
  1.4152 +		 TextIterator ltorIterator(KLeftToRight, KLeftToRightLength);
  1.4153 +		 TextIterator rtolIterator(KRightToLeft, KRightToLeftLength);
  1.4154 +
  1.4155 +		 aTest->TEST(aOldText.Length() >= KBufferSize);
  1.4156 +
  1.4157 +		 while (!ltorIterator.Wrapped())
  1.4158 +			{
  1.4159 +			TInt i = 0;
  1.4160 +
  1.4161 +			ltorIterator.FillInto(aOldText, i, KQuarterBufferSize);
  1.4162 +			TInt realSize1 = i;
  1.4163 +			
  1.4164 +			rtolIterator.FillInto(aOldText, i, KHalfBufferSize);
  1.4165 +			TInt realSize2 = i - realSize1;
  1.4166 +			TInt realSize12 = i;
  1.4167 +			
  1.4168 +			ltorIterator.FillInto(aOldText, i, KThreeQuarterBufferSize);
  1.4169 +			TInt realSize3 = i - realSize12;
  1.4170 +			TInt realSize123 = i;
  1.4171 +			
  1.4172 +			rtolIterator.FillInto(aOldText, i, KBufferSize);
  1.4173 +			TInt realSize4 = i - realSize123;
  1.4174 +			TInt realSize34 = i - realSize12;
  1.4175 +			TInt realSize234 = i - realSize1;
  1.4176 +
  1.4177 +			lretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaLToR, lText);
  1.4178 +	    	rretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaRToL, rText);
  1.4179 +
  1.4180 +			aTest->TEST(lretval == KErrNone); 
  1.4181 +			aTest->TEST(rretval == KErrNone); 
  1.4182 +
  1.4183 +			// source:		L1 R2 L3 R4
  1.4184 +			// l should be:	L1 L2 L3 L4
  1.4185 +			// r should be: R4 R3 R2 R1
  1.4186 +			aTest->TEST(TextInSameOrder(aOldText.Ptr(), lText, realSize1));
  1.4187 +			aTest->TEST(TextInReverseOrder(&aOldText.Ptr()[realSize1], &lText[realSize1], realSize2));
  1.4188 +			aTest->TEST(TextInSameOrder(&aOldText.Ptr()[realSize12], &lText[realSize12], realSize3));
  1.4189 +			aTest->TEST(TextInReverseOrder(&aOldText.Ptr()[realSize123], &lText[realSize123], realSize4));
  1.4190 +
  1.4191 +			aTest->TEST(TextInReverseOrder(&aOldText.Ptr()[realSize123], rText, realSize4));
  1.4192 +			aTest->TEST(TextInSameOrder(&aOldText.Ptr()[realSize12], &rText[realSize4], realSize3));
  1.4193 +			aTest->TEST(TextInReverseOrder(&aOldText.Ptr()[realSize1], &rText[realSize34], realSize2));
  1.4194 +			aTest->TEST(TextInSameOrder(aOldText.Ptr(), &rText[realSize234], realSize1));
  1.4195 +		
  1.4196 +			DeleteText(aOldText.Ptr(), lText, aTest);
  1.4197 +			DeleteText(aOldText.Ptr(), rText, aTest);
  1.4198 +			aOldText.SetLength(oldTextLength);
  1.4199 +			}
  1.4200 +		}
  1.4201 +
  1.4202 +/**
  1.4203 + *
  1.4204 + * Tests the effect of interspersing right to left and left to right text
  1.4205 + *
  1.4206 + * @param	  "TDes& aOldText"
  1.4207 + *			  Descriptor that points to a buffer at least KBufferSize 16-bit characters long
  1.4208 + *
  1.4209 + * @param     "CTGraphicsBase* aTest"
  1.4210 + *            Pointer to the test object 
  1.4211 + *
  1.4212 + */
  1.4213 +	static void RToLThenLToRThenRToLThenLToRTest(TDes& aOldText, CTGraphicsBase* aTest)
  1.4214 +		{
  1.4215 +		TText* lText = 0;
  1.4216 +		TText* rText = 0;
  1.4217 +		TInt lretval = KErrNone;
  1.4218 +		TInt rretval = KErrNone;
  1.4219 +		TInt oldTextLength = aOldText.Length();
  1.4220 +
  1.4221 +		 // Mixing L-R & R-L without embed codes - quarter buffers R-L L-R R-L L-R
  1.4222 +		 TextIterator ltorIterator(KLeftToRight, KLeftToRightLength);
  1.4223 +		 TextIterator rtolIterator(KRightToLeft, KRightToLeftLength);
  1.4224 +
  1.4225 +		 aTest->TEST(aOldText.Length() >= KBufferSize);
  1.4226 +
  1.4227 +		 while (!ltorIterator.Wrapped())
  1.4228 +			{
  1.4229 +			TInt i = 0;
  1.4230 +
  1.4231 +	    	rtolIterator.FillInto(aOldText, i, KQuarterBufferSize);
  1.4232 +			TInt realSize1 = i;
  1.4233 +			
  1.4234 +			ltorIterator.FillInto(aOldText, i, KHalfBufferSize);
  1.4235 +			TInt realSize2 = i - realSize1;
  1.4236 +			TInt realSize12 = i;
  1.4237 +			
  1.4238 +			rtolIterator.FillInto(aOldText, i, KThreeQuarterBufferSize);
  1.4239 +			TInt realSize3 = i - realSize12;
  1.4240 +			TInt realSize123 = i;
  1.4241 +			
  1.4242 +			ltorIterator.FillInto(aOldText, i, KBufferSize);
  1.4243 +			TInt realSize4 = i - realSize123;
  1.4244 +			TInt realSize34 = i - realSize12;
  1.4245 +			TInt realSize234 = i - realSize1;
  1.4246 +
  1.4247 +			lretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaLToR, lText);
  1.4248 +	    	rretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaRToL, rText);
  1.4249 +
  1.4250 +			aTest->TEST(lretval == KErrNone); 
  1.4251 +			aTest->TEST(rretval == KErrNone); 
  1.4252 +
  1.4253 +			// source:		R1 L2 R3 L4
  1.4254 +			// l should be:	L1 L2 L3 L4
  1.4255 +			// r should be: L4 L3 L2 L1
  1.4256 +			aTest->TEST(TextInReverseOrder(aOldText.Ptr(), lText, realSize1));
  1.4257 +			aTest->TEST(TextInSameOrder(&aOldText.Ptr()[realSize1], &lText[realSize1], realSize2));
  1.4258 +			aTest->TEST(TextInReverseOrder(&aOldText.Ptr()[realSize12], &lText[realSize12], realSize3));
  1.4259 +			aTest->TEST(TextInSameOrder(&aOldText.Ptr()[realSize123], &lText[realSize123], realSize4));
  1.4260 +		
  1.4261 +			aTest->TEST( TextInSameOrder(&aOldText.Ptr()[realSize123], rText, realSize4));
  1.4262 +			aTest->TEST(TextInReverseOrder(&aOldText.Ptr()[realSize12], &rText[realSize4], realSize3));
  1.4263 +			aTest->TEST(TextInSameOrder(&aOldText.Ptr()[realSize1], &rText[realSize34], realSize2));
  1.4264 +			aTest->TEST(TextInReverseOrder(aOldText.Ptr(), &rText[realSize234], realSize1));
  1.4265 +		
  1.4266 +			DeleteText(aOldText.Ptr(), lText, aTest);
  1.4267 +			DeleteText(aOldText.Ptr(), rText, aTest);
  1.4268 +			
  1.4269 +			aOldText.SetLength(oldTextLength);
  1.4270 +			}
  1.4271 +		}
  1.4272 +
  1.4273 +/**
  1.4274 + *
  1.4275 + * Tests the effect of mixing blocks of right to left text, left to right text, 
  1.4276 + * European numbers and Arabic numbers
  1.4277 + *
  1.4278 + * @param	  "TDes& aOldText"
  1.4279 + *			  Descriptor that points to a buffer at least KBufferSize 16-bit characters long
  1.4280 + *
  1.4281 + * @param     "CTGraphicsBase* aTest"
  1.4282 + *            Pointer to the test object 
  1.4283 + *
  1.4284 + */
  1.4285 +	static void SimpleNumberTest(TDes& aOldText, CTGraphicsBase* aTest)
  1.4286 +		{
  1.4287 +		TText* lText = 0;
  1.4288 +		TText* rText = 0;
  1.4289 +		TInt lretval = KErrNone;
  1.4290 +		TInt rretval = KErrNone;
  1.4291 +		TInt oldTextLength = aOldText.Length();
  1.4292 +
  1.4293 +		// Now mix in some numbers
  1.4294 +		 TextIterator ltorIterator(KLeftToRight, KLeftToRightLength);
  1.4295 +		 TextIterator rtolIterator(KRightToLeft, KRightToLeftLength);
  1.4296 +		 TextIterator euronIterator(KEuropeanNumber, KEuropeanNumberLength);
  1.4297 +		 TextIterator arabnIterator(KArabicNumber, KArabicNumberLength);
  1.4298 +
  1.4299 +		 aTest->TEST(aOldText.Length() >= KBufferSize);
  1.4300 +
  1.4301 +		 while (!ltorIterator.Wrapped())
  1.4302 +			{
  1.4303 +			TInt i = 0;
  1.4304 +	    	rtolIterator.FillInto(aOldText, i, KQuarterBufferSize);
  1.4305 +			TInt realSize1 = i;
  1.4306 +			
  1.4307 +			ltorIterator.FillInto(aOldText, i, KHalfBufferSize);
  1.4308 +			TInt realSize2 = i - realSize1;
  1.4309 +			TInt realSize12 = i;
  1.4310 +			
  1.4311 +			euronIterator.FillInto(aOldText, i, KThreeQuarterBufferSize);
  1.4312 +			TInt realSize3 = i - realSize12;
  1.4313 +			TInt realSize123 = i;
  1.4314 +			TInt realSize23 = realSize123 - realSize1;
  1.4315 +			
  1.4316 +			arabnIterator.FillInto(aOldText, i, KBufferSize);
  1.4317 +			TInt realSize4 = i - realSize123;
  1.4318 +			TInt realSize234 = i - realSize1;
  1.4319 +
  1.4320 +			rretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaRToL, rText);
  1.4321 +			lretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaLToR, lText);
  1.4322 +
  1.4323 +			aTest->TEST(lretval == KErrNone); 
  1.4324 +			aTest->TEST(rretval == KErrNone); 
  1.4325 +
  1.4326 +			// source:		 1  2  3  4
  1.4327 +			// l should be:	 2  3  4 -1
  1.4328 +			// r should be: -1  2  3  4
  1.4329 +			aTest->TEST(TextInSameOrder(&aOldText.Ptr()[realSize1], rText, realSize2));
  1.4330 +			aTest->TEST(TextInSameOrder(&aOldText.Ptr()[realSize12], &rText[realSize2], realSize3));
  1.4331 +			aTest->TEST(TextInSameOrder(&aOldText.Ptr()[realSize123], &rText[realSize23], realSize4));
  1.4332 +			aTest->TEST(TextInReverseOrder(aOldText.Ptr(), &rText[realSize234], realSize1));
  1.4333 +
  1.4334 +			aTest->TEST(TextInReverseOrder(aOldText.Ptr(), lText, realSize1));
  1.4335 +			aTest->TEST(TextInSameOrder(&aOldText.Ptr()[realSize1], &lText[realSize1], realSize2));
  1.4336 +			aTest->TEST(TextInSameOrder(&aOldText.Ptr()[realSize12], &lText[realSize12], realSize3));
  1.4337 +			aTest->TEST(TextInSameOrder(&aOldText.Ptr()[realSize123], &lText[realSize123], realSize4));
  1.4338 +		
  1.4339 +			DeleteText(aOldText.Ptr(), lText, aTest);
  1.4340 +			DeleteText(aOldText.Ptr(), rText, aTest);
  1.4341 +			}
  1.4342 +		}
  1.4343 +
  1.4344 +/**
  1.4345 + *
  1.4346 + * Tests what happens when Arabic and European numbers are surrounded by Arabic letters
  1.4347 + *
  1.4348 + * @param	  "TDes& aOldText"
  1.4349 + *			  Descriptor that points to a buffer at least KBufferSize 16-bit characters long
  1.4350 + *
  1.4351 + * @param     "CTGraphicsBase* aTest"
  1.4352 + *            Pointer to the test object 
  1.4353 + *
  1.4354 + */
  1.4355 +	static void RToLAThenANThenENThenRToLATest(TDes& aOldText, CTGraphicsBase* aTest)
  1.4356 +		{
  1.4357 +		TText* lText = 0;
  1.4358 +		TText* rText = 0;
  1.4359 +		TInt lretval = KErrNone;
  1.4360 +		TInt rretval = KErrNone;
  1.4361 +		TInt oldTextLength = aOldText.Length();
  1.4362 +		HBufC *lResult = HBufC::NewLC(KBufferSize);
  1.4363 +		HBufC *rResult = HBufC::NewLC(KBufferSize);
  1.4364 +
  1.4365 +		// Now mix in some numbers
  1.4366 +		 TextIterator rtolIterator(KRightToLeftArabic, KRightToLeftArabicLength);
  1.4367 +		 TextIterator euronIterator(KEuropeanNumber, KEuropeanNumberLength);
  1.4368 +		 TextIterator arabnIterator(KArabicNumber, KArabicNumberLength);
  1.4369 +
  1.4370 +		 while (!rtolIterator.Wrapped())
  1.4371 +			{
  1.4372 +			TInt i;
  1.4373 +			TInt lasti = 0;
  1.4374 +			TUint ch0, ch1, ch2, ch3;
  1.4375 +			for (i = 0 ; i < KBufferSize-3; )
  1.4376 +				{
  1.4377 +				if (!rtolIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch0))
  1.4378 +					break;
  1.4379 +				if (!arabnIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch1))
  1.4380 +					break;
  1.4381 +				if (!euronIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch2))
  1.4382 +					break;
  1.4383 +				if (!rtolIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch3))
  1.4384 +					break;
  1.4385 +				
  1.4386 +				lasti = i;
  1.4387 +				AppendCharacter(lResult, ch0);
  1.4388 +				AppendCharacter(lResult, ch2);
  1.4389 +				AppendCharacter(lResult, ch1);
  1.4390 +				AppendCharacter(lResult, ch3);
  1.4391 +				
  1.4392 +				AppendCharacter(rResult, ch0);
  1.4393 +				AppendCharacter(rResult, ch2);
  1.4394 +				AppendCharacter(rResult, ch1);
  1.4395 +				AppendCharacter(rResult, ch3);
  1.4396 +				}
  1.4397 +			i = lasti;
  1.4398 +			aOldText.SetLength(i);
  1.4399 +			ASSERT(lResult->Des().Length() == i);
  1.4400 +			ASSERT(rResult->Des().Length() == i);
  1.4401 +
  1.4402 +			rretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaRToL, rText);
  1.4403 +			lretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaLToR, lText);
  1.4404 +
  1.4405 +			aTest->TEST(lretval == KErrNone); 
  1.4406 +			aTest->TEST(rretval == KErrNone); 
  1.4407 +#ifdef PRINT_DATA
  1.4408 +
  1.4409 +			_LIT(KOTitle, "Original");
  1.4410 +			_LIT(KLTitle, "Left-to-Right"); 
  1.4411 +			_LIT(KRTitle, "Right-to-Left");
  1.4412 +			
  1.4413 +
  1.4414 +			PrintTestData(KOTitle, aOldText);
  1.4415 +			PrintTestData(KLTitle, lText, KBufferSize);
  1.4416 +			PrintTestData(KRTitle, rText, KBufferSize);
  1.4417 +
  1.4418 +#endif
  1.4419 +			aTest->TEST(TextInReverseOrder(lResult->Ptr(), lText, i));
  1.4420 +			aTest->TEST(TextInReverseOrder(rResult->Ptr(), rText, i, aTest));
  1.4421 +
  1.4422 +			DeleteText(aOldText.Ptr(), lText, aTest);
  1.4423 +			DeleteText(aOldText.Ptr(), rText, aTest);
  1.4424 +
  1.4425 +			aOldText.SetLength(oldTextLength);
  1.4426 +			lResult->Des().SetLength(0);
  1.4427 +			rResult->Des().SetLength(0);
  1.4428 +			}
  1.4429 +		CleanupStack::PopAndDestroy(rResult);
  1.4430 +		CleanupStack::PopAndDestroy(lResult);
  1.4431 +		}
  1.4432 +/**
  1.4433 + *
  1.4434 + * Tests what happens when Arabic and European numbers are surrounded by Arabic letters
  1.4435 + *
  1.4436 + * @param	  "TDes& aOldText"
  1.4437 + *			  Descriptor that points to a buffer at least KBufferSize 16-bit characters long
  1.4438 + *
  1.4439 + * @param     "CTGraphicsBase* aTest"
  1.4440 + *            Pointer to the test object 
  1.4441 + *
  1.4442 + */
  1.4443 +	static void RToLAThenENThenANThenRToLATest(TDes& aOldText, CTGraphicsBase* aTest)
  1.4444 +		{
  1.4445 +		TText* lText = 0;
  1.4446 +		TText* rText = 0;
  1.4447 +		TInt lretval = KErrNone;
  1.4448 +		TInt rretval = KErrNone;
  1.4449 +		TInt oldTextLength = aOldText.Length();
  1.4450 +		HBufC *lResult = HBufC::NewLC(KBufferSize);
  1.4451 +		HBufC *rResult = HBufC::NewLC(KBufferSize);
  1.4452 +
  1.4453 +		// Now mix in some numbers
  1.4454 +		 TextIterator rtolIterator(KRightToLeftArabic, KRightToLeftArabicLength);
  1.4455 +		 TextIterator euronIterator(KEuropeanNumber, KEuropeanNumberLength);
  1.4456 +		 TextIterator arabnIterator(KArabicNumber, KArabicNumberLength);
  1.4457 +
  1.4458 +		 while (!rtolIterator.Wrapped())
  1.4459 +			{
  1.4460 +			TInt i;
  1.4461 +			TInt lasti = 0;
  1.4462 +			TUint ch0, ch1, ch2, ch3;
  1.4463 +			for (i = 0 ; i < KBufferSize-3; )
  1.4464 +				{
  1.4465 +				if (!rtolIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch0))
  1.4466 +					break;
  1.4467 +				if (!euronIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch1))
  1.4468 +					break;
  1.4469 +				if (!arabnIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch2))
  1.4470 +					break;
  1.4471 +				if (!rtolIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch3))
  1.4472 +					break;
  1.4473 +				
  1.4474 +				lasti = i;
  1.4475 +				AppendCharacter(lResult, ch0);
  1.4476 +				AppendCharacter(lResult, ch2);
  1.4477 +				AppendCharacter(lResult, ch1);
  1.4478 +				AppendCharacter(lResult, ch3);
  1.4479 +				
  1.4480 +				AppendCharacter(rResult, ch0);
  1.4481 +				AppendCharacter(rResult, ch2);
  1.4482 +				AppendCharacter(rResult, ch1);
  1.4483 +				AppendCharacter(rResult, ch3);
  1.4484 +				}
  1.4485 +			i = lasti;
  1.4486 +			aOldText.SetLength(i);
  1.4487 +			ASSERT(lResult->Des().Length() == i);
  1.4488 +			ASSERT(rResult->Des().Length() == i);
  1.4489 +
  1.4490 +			rretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaRToL, rText);
  1.4491 +			lretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaLToR, lText);
  1.4492 +
  1.4493 +			aTest->TEST(lretval == KErrNone); 
  1.4494 +			aTest->TEST(rretval == KErrNone); 
  1.4495 +#ifdef PRINT_DATA
  1.4496 +
  1.4497 +			_LIT(KOTitle, "Original");
  1.4498 +			_LIT(KLTitle, "Left-to-Right"); 
  1.4499 +			_LIT(KRTitle, "Right-to-Left");
  1.4500 +			
  1.4501 +
  1.4502 +			PrintTestData(KOTitle, aOldText);
  1.4503 +			PrintTestData(KLTitle, lText, KBufferSize);
  1.4504 +			PrintTestData(KRTitle, rText, KBufferSize);
  1.4505 +
  1.4506 +#endif
  1.4507 +			aTest->TEST(TextInReverseOrder(lResult->Ptr(), lText, i));
  1.4508 +			aTest->TEST(TextInReverseOrder(rResult->Ptr(), rText, i, aTest));
  1.4509 +
  1.4510 +			DeleteText(aOldText.Ptr(), lText, aTest);
  1.4511 +			DeleteText(aOldText.Ptr(), rText, aTest);
  1.4512 +
  1.4513 +			aOldText.SetLength(oldTextLength);
  1.4514 +			lResult->Des().SetLength(0);
  1.4515 +			rResult->Des().SetLength(0);
  1.4516 +			}
  1.4517 +		CleanupStack::PopAndDestroy(rResult);
  1.4518 +		CleanupStack::PopAndDestroy(lResult);
  1.4519 +		}
  1.4520 +/**
  1.4521 + *
  1.4522 + * Tests what happens when Arabic and European numbers are surrounded by right-to-left letters
  1.4523 + *
  1.4524 + * @param	  "TDes& aOldText"
  1.4525 + *			  Descriptor that points to a buffer at least KBufferSize 16-bit characters long
  1.4526 + *
  1.4527 + * @param     "CTGraphicsBase* aTest"
  1.4528 + *            Pointer to the test object 
  1.4529 + *
  1.4530 + */
  1.4531 +	static void RToLThenANThenENThenRToLTest(TDes& aOldText, CTGraphicsBase* aTest)
  1.4532 +		{
  1.4533 +		TText* lText = 0;
  1.4534 +		TText* rText = 0;
  1.4535 +		TInt oldTextLength = aOldText.Length();
  1.4536 +		HBufC *lResult = HBufC::NewLC(KBufferSize);
  1.4537 +		HBufC *rResult = HBufC::NewLC(KBufferSize);
  1.4538 +
  1.4539 +		// Now mix in some numbers
  1.4540 +		 TextIterator rtolIterator(KRightToLeft, KRightToLeftLength);
  1.4541 +		 TextIterator euronIterator(KEuropeanNumber, KEuropeanNumberLength);
  1.4542 +		 TextIterator arabnIterator(KArabicNumber, KArabicNumberLength);
  1.4543 +
  1.4544 +		 while (!rtolIterator.Wrapped())
  1.4545 +			{
  1.4546 +			TInt i;
  1.4547 +			TInt lasti = 0;
  1.4548 +			TUint ch0, ch1, ch2, ch3;
  1.4549 +			for (i = 0 ; i < KBufferSize-3; )
  1.4550 +				{
  1.4551 +				if (!rtolIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch0))
  1.4552 +					break;
  1.4553 +				if (!arabnIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch1))
  1.4554 +					break;
  1.4555 +				if (!euronIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch2))
  1.4556 +					break;
  1.4557 +				if (!rtolIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch3))
  1.4558 +					break;
  1.4559 +				
  1.4560 +				lasti = i;
  1.4561 +				AppendCharacter(lResult, ch0);
  1.4562 +				AppendCharacter(lResult, ch2);
  1.4563 +				AppendCharacter(lResult, ch1);
  1.4564 +				AppendCharacter(lResult, ch3);
  1.4565 +				
  1.4566 +				AppendCharacter(rResult, ch0);
  1.4567 +				AppendCharacter(rResult, ch2);
  1.4568 +				AppendCharacter(rResult, ch1);
  1.4569 +				AppendCharacter(rResult, ch3);
  1.4570 +				}
  1.4571 +			i = lasti;
  1.4572 +			aOldText.SetLength(i);
  1.4573 +			ASSERT(lResult->Des().Length() == i);
  1.4574 +			ASSERT(rResult->Des().Length() == i);
  1.4575 +
  1.4576 +			TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaRToL, rText);
  1.4577 +			TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaLToR, lText);
  1.4578 +
  1.4579 +#ifdef PRINT_DATA
  1.4580 +
  1.4581 +			_LIT(KOTitle, "Original");
  1.4582 +			_LIT(KLTitle, "Left-to-Right"); 
  1.4583 +			_LIT(KRTitle, "Right-to-Left");
  1.4584 +			
  1.4585 +
  1.4586 +			PrintTestData(KOTitle, aOldText);
  1.4587 +			PrintTestData(KLTitle, lText, KBufferSize);
  1.4588 +			PrintTestData(KRTitle, rText, KBufferSize);
  1.4589 +
  1.4590 +#endif
  1.4591 +			aTest->TEST(TextInReverseOrder(lResult->Ptr(), lText, i, aTest));
  1.4592 +			aTest->TEST(TextInReverseOrder(rResult->Ptr(), rText, i, aTest));
  1.4593 +
  1.4594 +			DeleteText(aOldText.Ptr(), lText, aTest);
  1.4595 +			DeleteText(aOldText.Ptr(), rText, aTest);
  1.4596 +			aOldText.SetLength(oldTextLength);
  1.4597 +			lResult->Des().SetLength(0);
  1.4598 +			rResult->Des().SetLength(0);
  1.4599 +			}
  1.4600 +		CleanupStack::PopAndDestroy(rResult);
  1.4601 +		CleanupStack::PopAndDestroy(lResult);
  1.4602 +		}
  1.4603 +
  1.4604 +/**
  1.4605 + *
  1.4606 + * Tests what happens when Arabic and European numbers are surrounded by right-to-left letters
  1.4607 + *
  1.4608 + * @param	  "TDes& aOldText"
  1.4609 + *			  Descriptor that points to a buffer at least KBufferSize 16-bit characters long
  1.4610 + *
  1.4611 + * @param     "CTGraphicsBase* aTest"
  1.4612 + *            Pointer to the test object 
  1.4613 + *
  1.4614 + */
  1.4615 +	static void RToLThenENThenANThenRToLTest(TDes& aOldText, CTGraphicsBase* aTest)
  1.4616 +		{
  1.4617 +		TText* lText = 0;
  1.4618 +		TText* rText = 0;
  1.4619 +		TInt lretval = KErrNone;
  1.4620 +		TInt rretval = KErrNone;
  1.4621 +		TInt oldTextLength = aOldText.Length();
  1.4622 +		HBufC *lResult = HBufC::NewLC(KBufferSize);
  1.4623 +		HBufC *rResult = HBufC::NewLC(KBufferSize);
  1.4624 +
  1.4625 +		// Now mix in some numbers
  1.4626 +		 TextIterator rtolIterator(KRightToLeft, KRightToLeftLength);
  1.4627 +		 TextIterator euronIterator(KEuropeanNumber, KEuropeanNumberLength);
  1.4628 +		 TextIterator arabnIterator(KArabicNumber, KArabicNumberLength);
  1.4629 +
  1.4630 +		 while (!rtolIterator.Wrapped())
  1.4631 +			{
  1.4632 +			TInt i;
  1.4633 +			TInt lasti = 0;
  1.4634 +			TUint ch0, ch1, ch2, ch3;
  1.4635 +			for (i = 0 ; i < KBufferSize-3; )
  1.4636 +				{
  1.4637 +				if (!rtolIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch0))
  1.4638 +					break;
  1.4639 +				if (!euronIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch1))
  1.4640 +					break;
  1.4641 +				if (!arabnIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch2))
  1.4642 +					break;
  1.4643 +				if (!rtolIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch3))
  1.4644 +					break;
  1.4645 +				
  1.4646 +				lasti = i;
  1.4647 +				AppendCharacter(lResult, ch0);
  1.4648 +				AppendCharacter(lResult, ch2);
  1.4649 +				AppendCharacter(lResult, ch1);
  1.4650 +				AppendCharacter(lResult, ch3);
  1.4651 +				
  1.4652 +				AppendCharacter(rResult, ch0);
  1.4653 +				AppendCharacter(rResult, ch2);
  1.4654 +				AppendCharacter(rResult, ch1);
  1.4655 +				AppendCharacter(rResult, ch3);
  1.4656 +				}
  1.4657 +			i = lasti;
  1.4658 +			aOldText.SetLength(i);
  1.4659 +			ASSERT(lResult->Des().Length() == i);
  1.4660 +			ASSERT(rResult->Des().Length() == i);
  1.4661 +
  1.4662 +			rretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaRToL, rText);
  1.4663 +			lretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaLToR, lText);
  1.4664 +
  1.4665 +			aTest->TEST(lretval == KErrNone); 
  1.4666 +			aTest->TEST(rretval == KErrNone); 
  1.4667 +#ifdef PRINT_DATA
  1.4668 +
  1.4669 +			_LIT(KOTitle, "Original");
  1.4670 +			_LIT(KLTitle, "Left-to-Right"); 
  1.4671 +			_LIT(KRTitle, "Right-to-Left");
  1.4672 +			
  1.4673 +
  1.4674 +			PrintTestData(KOTitle, aOldText);
  1.4675 +			PrintTestData(KLTitle, lText, KBufferSize);
  1.4676 +			PrintTestData(KRTitle, rText, KBufferSize);
  1.4677 +
  1.4678 +#endif
  1.4679 +
  1.4680 +			aTest->TEST(TextInReverseOrder(lResult->Ptr(), lText, i, aTest));
  1.4681 +			aTest->TEST(TextInReverseOrder(rResult->Ptr(), rText, i, aTest));
  1.4682 +
  1.4683 +			DeleteText(aOldText.Ptr(), lText, aTest);
  1.4684 +			DeleteText(aOldText.Ptr(), rText, aTest);
  1.4685 +
  1.4686 +			aOldText.SetLength(oldTextLength);
  1.4687 +			lResult->Des().SetLength(0);
  1.4688 +			rResult->Des().SetLength(0);
  1.4689 +			}
  1.4690 +		CleanupStack::PopAndDestroy(rResult);
  1.4691 +		CleanupStack::PopAndDestroy(lResult);
  1.4692 +		}
  1.4693 +/**
  1.4694 + *
  1.4695 + * Tests what happens when Arabic and European numbers are surrounded by Left to Right letters
  1.4696 + *
  1.4697 + * @param	  "TDes& aOldText"
  1.4698 + *			  Descriptor that points to a buffer at least KBufferSize 16-bit characters long
  1.4699 + *
  1.4700 + * @param     "CTGraphicsBase* aTest"
  1.4701 + *            Pointer to the test object 
  1.4702 + *
  1.4703 + */
  1.4704 +	static void LToRThenANThenENThenLToRTest(TDes& aOldText, CTGraphicsBase* aTest)
  1.4705 +		{
  1.4706 +		TText* lText = 0;
  1.4707 +		TText* rText = 0;
  1.4708 +		TInt lretval = KErrNone;
  1.4709 +		TInt rretval = KErrNone;
  1.4710 +		TInt oldTextLength = aOldText.Length();
  1.4711 +
  1.4712 +		// Now mix in some numbers
  1.4713 +		 TextIterator ltorIterator(KLeftToRight, KLeftToRightLength);
  1.4714 +		 TextIterator euronIterator(KEuropeanNumber, KEuropeanNumberLength);
  1.4715 +		 TextIterator arabnIterator(KArabicNumber, KArabicNumberLength);
  1.4716 +
  1.4717 +		 aTest->TEST(aOldText.Length() >= KBufferSize);
  1.4718 +		 while (!ltorIterator.Wrapped())
  1.4719 +			{
  1.4720 +			TInt i;
  1.4721 +
  1.4722 +			for (i = 0 ; i < KBufferSize-3; )
  1.4723 +				{
  1.4724 +				if (!ltorIterator.NextCharInto(aOldText, i))
  1.4725 +					break;
  1.4726 +				if (!arabnIterator.NextCharInto(aOldText, i))
  1.4727 +					break;
  1.4728 +				if (!euronIterator.NextCharInto(aOldText, i))
  1.4729 +					break;
  1.4730 +				if (!ltorIterator.NextCharInto(aOldText, i))
  1.4731 +					break;
  1.4732 +				}
  1.4733 +			aOldText.SetLength(i);
  1.4734 +
  1.4735 +			rretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaRToL, rText);
  1.4736 +			lretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaLToR, lText);
  1.4737 +
  1.4738 +			aTest->TEST(lretval == KErrNone); 
  1.4739 +			aTest->TEST(rretval == KErrNone); 
  1.4740 +#ifdef PRINT_DATA
  1.4741 +
  1.4742 +			_LIT(KOTitle, "Original");
  1.4743 +			_LIT(KLTitle, "Left-to-Right"); 
  1.4744 +			_LIT(KRTitle, "Right-to-Left");
  1.4745 +			
  1.4746 +
  1.4747 +			PrintTestData(KOTitle, aOldText);
  1.4748 +			PrintTestData(KLTitle, lText, KBufferSize);
  1.4749 +			PrintTestData(KRTitle, rText, KBufferSize);
  1.4750 +
  1.4751 +#endif
  1.4752 +		
  1.4753 +			aTest->TEST(TextInSameOrder(aOldText.Ptr(), lText, i));
  1.4754 +			aTest->TEST(TextInSameOrder(aOldText.Ptr(), rText, i));
  1.4755 +
  1.4756 +
  1.4757 +			DeleteText(aOldText.Ptr(), lText, aTest);
  1.4758 +			DeleteText(aOldText.Ptr(), rText, aTest);
  1.4759 +
  1.4760 +			aOldText.SetLength(oldTextLength);
  1.4761 +			}
  1.4762 +		}
  1.4763 +		
  1.4764 +/**
  1.4765 + *
  1.4766 + * Tests what happens when Arabic and European numbers are surrounded by Left To Right letters
  1.4767 + *
  1.4768 + * @param	  "TDes& aOldText"
  1.4769 + *			  Descriptor that points to a buffer at least KBufferSize 16-bit characters long
  1.4770 + *
  1.4771 + * @param     "CTGraphicsBase* aTest"
  1.4772 + *            Pointer to the test object 
  1.4773 + *
  1.4774 + */
  1.4775 +	static void LToRThenENThenANThenLToRTest(TDes& aOldText, CTGraphicsBase* aTest)
  1.4776 +		{
  1.4777 +		TText* lText = 0;
  1.4778 +		TText* rText = 0;
  1.4779 +		TInt lretval = KErrNone;
  1.4780 +		TInt rretval = KErrNone;
  1.4781 +		TInt oldTextLength = aOldText.Length();
  1.4782 +
  1.4783 +		// Now mix in some numbers
  1.4784 +		 TextIterator ltorIterator(KLeftToRight, KLeftToRightLength);
  1.4785 +		 TextIterator euronIterator(KEuropeanNumber, KEuropeanNumberLength);
  1.4786 +		 TextIterator arabnIterator(KArabicNumber, KArabicNumberLength);
  1.4787 +
  1.4788 +		 aTest->TEST(aOldText.Length() >= KBufferSize);
  1.4789 +
  1.4790 +		 while (!ltorIterator.Wrapped())
  1.4791 +			{
  1.4792 +			TInt i;
  1.4793 +
  1.4794 +			for (i = 0 ; i < KBufferSize-3; )
  1.4795 +				{
  1.4796 +				if (!ltorIterator.NextCharInto(aOldText, i))
  1.4797 +					break;
  1.4798 +				if (!arabnIterator.NextCharInto(aOldText, i))
  1.4799 +					break;
  1.4800 +				if (!euronIterator.NextCharInto(aOldText, i))
  1.4801 +					break;
  1.4802 +				if (!ltorIterator.NextCharInto(aOldText, i))
  1.4803 +					break;
  1.4804 +				}
  1.4805 +			aOldText.SetLength(i);
  1.4806 +
  1.4807 +
  1.4808 +			rretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaRToL, rText);
  1.4809 +			lretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaLToR, lText);
  1.4810 +
  1.4811 +
  1.4812 +			aTest->TEST(lretval == KErrNone); 
  1.4813 +			aTest->TEST(rretval == KErrNone); 
  1.4814 +
  1.4815 +#ifdef PRINT_DATA
  1.4816 +
  1.4817 +			_LIT(KOTitle, "Original");
  1.4818 +			_LIT(KLTitle, "Left-to-Right"); 
  1.4819 +			_LIT(KRTitle, "Right-to-Left");
  1.4820 +			
  1.4821 +
  1.4822 +			PrintTestData(KOTitle, aOldText);
  1.4823 +			PrintTestData(KLTitle, lText, KBufferSize);
  1.4824 +			PrintTestData(KRTitle, rText, KBufferSize);
  1.4825 +
  1.4826 +#endif
  1.4827 +			aTest->TEST(TextInSameOrder(aOldText.Ptr(), lText, i));
  1.4828 +			aTest->TEST(TextInSameOrder(aOldText.Ptr(), rText, i));
  1.4829 +
  1.4830 +			DeleteText(aOldText.Ptr(), lText, aTest);
  1.4831 +			DeleteText(aOldText.Ptr(), rText, aTest);
  1.4832 +			
  1.4833 +			aOldText.SetLength(oldTextLength);
  1.4834 +			}
  1.4835 +		}
  1.4836 +
  1.4837 +/**
  1.4838 + *
  1.4839 + * Tests what happens when Arabic and European numbers are preceded by Left To Right 
  1.4840 + * and succeeded by Right To Left letters
  1.4841 + *
  1.4842 + * @param	  "TDes& aOldText"
  1.4843 + *			  Descriptor that points to a buffer at least KBufferSize 16-bit characters long
  1.4844 + *
  1.4845 + * @param     "CTGraphicsBase* aTest"
  1.4846 + *            Pointer to the test object 
  1.4847 + *
  1.4848 + */
  1.4849 +	static void LToRThenANThenENThenRToLTest(TDes& aOldText, CTGraphicsBase* aTest)
  1.4850 +		{
  1.4851 +		TText* lText = 0;
  1.4852 +		TText* rText = 0;
  1.4853 +		TInt lretval = KErrNone;
  1.4854 +		TInt rretval = KErrNone;
  1.4855 +		TInt oldTextLength = aOldText.Length();
  1.4856 +		HBufC *rResult = HBufC::NewLC(KBufferSize);
  1.4857 +
  1.4858 +		// Now mix in some numbers
  1.4859 +		 TextIterator ltorIterator(KLeftToRight, KLeftToRightLength);
  1.4860 +		 TextIterator euronIterator(KEuropeanNumber, KEuropeanNumberLength);
  1.4861 +		 TextIterator arabnIterator(KArabicNumber, KArabicNumberLength);
  1.4862 +		 TextIterator rtolIterator(KRightToLeft, KRightToLeftLength);
  1.4863 +
  1.4864 +		 aTest->TEST(aOldText.Length() >= KBufferSize);
  1.4865 +
  1.4866 +		 while (!ltorIterator.Wrapped())
  1.4867 +			{
  1.4868 +			TInt i;
  1.4869 +			TInt lasti = 0;
  1.4870 +			TUint ch0, ch1, ch2, ch3;
  1.4871 +			for (i = 0 ; i < KBufferSize-3; )
  1.4872 +				{
  1.4873 +				if (!ltorIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch0))
  1.4874 +					break;
  1.4875 +				if (!arabnIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch1))
  1.4876 +					break;
  1.4877 +				if (!euronIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch2))
  1.4878 +					break;
  1.4879 +				if (!rtolIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch3))
  1.4880 +					break;
  1.4881 +				lasti = i;
  1.4882 +				AppendCharacter(rResult, ch2);
  1.4883 +				AppendCharacter(rResult, ch1);
  1.4884 +				AppendCharacter(rResult, ch0);
  1.4885 +				AppendCharacter(rResult, ch3);
  1.4886 +				}
  1.4887 +			i = lasti;
  1.4888 +			aOldText.SetLength(i);
  1.4889 +			ASSERT(rResult->Des().Length() == i);
  1.4890 +
  1.4891 +			rretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaRToL, rText);
  1.4892 +			lretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaLToR, lText);
  1.4893 +
  1.4894 +			aTest->TEST(lretval == KErrNone); 
  1.4895 +			aTest->TEST(rretval == KErrNone); 
  1.4896 +
  1.4897 +#ifdef PRINT_DATA
  1.4898 +
  1.4899 +			_LIT(KOTitle, "Original");
  1.4900 +			_LIT(KLTitle, "Left-to-Right"); 
  1.4901 +			_LIT(KRTitle, "Right-to-Left");
  1.4902 +			
  1.4903 +
  1.4904 +			PrintTestData(KOTitle, aOldText);
  1.4905 +			PrintTestData(KLTitle, lText, KBufferSize);
  1.4906 +			PrintTestData(KRTitle, rText, KBufferSize);
  1.4907 +
  1.4908 +#endif
  1.4909 +			aTest->TEST(TextInSameOrder(aOldText.Ptr(), lText, i));
  1.4910 +			aTest->TEST(TextInReverseOrder(rResult->Ptr(), rText, i, aTest));
  1.4911 +
  1.4912 +			DeleteText(aOldText.Ptr(), lText, aTest);
  1.4913 +			DeleteText(aOldText.Ptr(), rText, aTest);
  1.4914 +			
  1.4915 +			aOldText.SetLength(oldTextLength);
  1.4916 +			rResult->Des().SetLength(0);
  1.4917 +			}
  1.4918 +		 CleanupStack::PopAndDestroy(rResult);
  1.4919 +		}
  1.4920 +
  1.4921 +/**
  1.4922 + *
  1.4923 + * Tests what happens when Arabic and European numbers are preceded by Left To Right 
  1.4924 + * and succeeded by Right To Left letters
  1.4925 + *
  1.4926 + * @param	  "TDes& aOldText"
  1.4927 + *			  Descriptor that points to a buffer at least KBufferSize 16-bit characters long
  1.4928 + *
  1.4929 + * @param     "CTGraphicsBase* aTest"
  1.4930 + *            Pointer to the test object 
  1.4931 + *
  1.4932 + */
  1.4933 +	static void LToRThenENThenANThenRToLTest(TDes& aOldText, CTGraphicsBase* aTest)
  1.4934 +		{
  1.4935 +		TText* lText = 0;
  1.4936 +		TText* rText = 0;
  1.4937 +		TInt lretval = KErrNone;
  1.4938 +		TInt rretval = KErrNone;
  1.4939 +		TInt oldTextLength = aOldText.Length();
  1.4940 +		HBufC *lResult = HBufC::NewLC(KBufferSize);
  1.4941 +		HBufC *rResult = HBufC::NewLC(KBufferSize);
  1.4942 +
  1.4943 +		// Now mix in some numbers
  1.4944 +		 TextIterator ltorIterator(KLeftToRight, KLeftToRightLength);
  1.4945 +		 TextIterator euronIterator(KEuropeanNumber, KEuropeanNumberLength);
  1.4946 +		 TextIterator arabnIterator(KArabicNumber, KArabicNumberLength);
  1.4947 +		 TextIterator rtolIterator(KRightToLeft, KRightToLeftLength);
  1.4948 +
  1.4949 +		 while (!ltorIterator.Wrapped())
  1.4950 +			{
  1.4951 +			TInt i;
  1.4952 +			TInt lasti = 0;
  1.4953 +			TUint ch0, ch1, ch2, ch3;
  1.4954 +			for (i = 0 ; i < KBufferSize-3; )
  1.4955 +				{
  1.4956 +				if (!ltorIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch0))
  1.4957 +					break;
  1.4958 +				if (!euronIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch1))
  1.4959 +					break;
  1.4960 +				if (!arabnIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch2))
  1.4961 +					break;
  1.4962 +				if (!rtolIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch3))
  1.4963 +					break;
  1.4964 +				
  1.4965 +				lasti = i;
  1.4966 +				AppendCharacter(lResult, ch0);
  1.4967 +				AppendCharacter(lResult, ch1);
  1.4968 +				AppendCharacter(lResult, ch3);
  1.4969 +				AppendCharacter(lResult, ch2);
  1.4970 +				
  1.4971 +				AppendCharacter(rResult, ch2);
  1.4972 +				AppendCharacter(rResult, ch1);
  1.4973 +				AppendCharacter(rResult, ch0);
  1.4974 +				AppendCharacter(rResult, ch3);
  1.4975 +				}
  1.4976 +			i = lasti;
  1.4977 +			aOldText.SetLength(i);
  1.4978 +			ASSERT(lResult->Des().Length() == i);
  1.4979 +			ASSERT(rResult->Des().Length() == i);
  1.4980 +
  1.4981 +			rretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaRToL, rText);
  1.4982 +			lretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaLToR, lText);
  1.4983 +			aTest->TEST(lretval == KErrNone); 
  1.4984 +			aTest->TEST(rretval == KErrNone); 
  1.4985 +
  1.4986 +#ifdef PRINT_DATA
  1.4987 +
  1.4988 +			_LIT(KOTitle, "Original");
  1.4989 +			_LIT(KLTitle, "Left-to-Right"); 
  1.4990 +			_LIT(KRTitle, "Right-to-Left");
  1.4991 +			
  1.4992 +
  1.4993 +			PrintTestData(KOTitle, aOldText);
  1.4994 +			PrintTestData(KLTitle, lText, KBufferSize);
  1.4995 +			PrintTestData(KRTitle, rText, KBufferSize);
  1.4996 +
  1.4997 +#endif
  1.4998 +			aTest->TEST(TextInSameOrder(lResult->Ptr(), lText, i));
  1.4999 +			aTest->TEST(TextInReverseOrder(rResult->Ptr(), rText, i, aTest));
  1.5000 +
  1.5001 +			DeleteText(aOldText.Ptr(), lText, aTest);
  1.5002 +			DeleteText(aOldText.Ptr(), rText, aTest);
  1.5003 +			aOldText.SetLength(oldTextLength);
  1.5004 +			lResult->Des().SetLength(0);
  1.5005 +			rResult->Des().SetLength(0);
  1.5006 +			}
  1.5007 +		CleanupStack::PopAndDestroy(rResult);
  1.5008 +		CleanupStack::PopAndDestroy(lResult);
  1.5009 +		}
  1.5010 +/**
  1.5011 + *
  1.5012 + * Tests what happens when Arabic and European numbers are preceded by Left To Right 
  1.5013 + * and succeeded by Right To Left Arabic letters
  1.5014 + *
  1.5015 + * @param	  "TDes& aOldText"
  1.5016 + *			  Descriptor that points to a buffer at least KBufferSize 16-bit characters long
  1.5017 + *
  1.5018 + * @param     "CTGraphicsBase* aTest"
  1.5019 + *            Pointer to the test object 
  1.5020 + *
  1.5021 + */
  1.5022 +	static void LToRThenANThenENThenRToLATest(TDes& aOldText, CTGraphicsBase* aTest)
  1.5023 +		{
  1.5024 +		TText* lText = 0;
  1.5025 +		TText* rText = 0;
  1.5026 +		TInt lretval = KErrNone;
  1.5027 +		TInt rretval = KErrNone;
  1.5028 +		TInt oldTextLength = aOldText.Length();
  1.5029 +		HBufC *rResult = HBufC::NewLC(KBufferSize);
  1.5030 +
  1.5031 +		// Now mix in some numbers
  1.5032 +		 TextIterator ltorIterator(KLeftToRight, KLeftToRightLength);
  1.5033 +		 TextIterator euronIterator(KEuropeanNumber, KEuropeanNumberLength);
  1.5034 +		 TextIterator arabnIterator(KArabicNumber, KArabicNumberLength);
  1.5035 +		 TextIterator rtolIterator(KRightToLeftArabic, KRightToLeftArabicLength);
  1.5036 +
  1.5037 +		 aTest->TEST(aOldText.Length() >= KBufferSize);
  1.5038 +
  1.5039 +		 while (!ltorIterator.Wrapped())
  1.5040 +			{
  1.5041 +			TInt i;
  1.5042 +			TInt lasti = 0;
  1.5043 +			TUint ch0, ch1, ch2, ch3;
  1.5044 +
  1.5045 +			for (i = 0 ; i < KBufferSize-3; )
  1.5046 +				{
  1.5047 +				if (!ltorIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch0))
  1.5048 +					break;
  1.5049 +				if (!arabnIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch1))
  1.5050 +					break;
  1.5051 +				if (!euronIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch2))
  1.5052 +					break;
  1.5053 +				if (!rtolIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch3))
  1.5054 +					break;
  1.5055 +				
  1.5056 +				lasti = i;
  1.5057 +				AppendCharacter(rResult, ch2);
  1.5058 +				AppendCharacter(rResult, ch1);
  1.5059 +				AppendCharacter(rResult, ch0);
  1.5060 +				AppendCharacter(rResult, ch3);
  1.5061 +				}
  1.5062 +			i = lasti;
  1.5063 +			aOldText.SetLength(i);
  1.5064 +			ASSERT(rResult->Des().Length() == i);
  1.5065 +
  1.5066 +
  1.5067 +			rretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaRToL, rText);
  1.5068 +			lretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaLToR, lText);
  1.5069 +
  1.5070 +			aTest->TEST(lretval == KErrNone); 
  1.5071 +			aTest->TEST(rretval == KErrNone); 
  1.5072 +
  1.5073 +#ifdef PRINT_DATA
  1.5074 +
  1.5075 +			_LIT(KOTitleT, "Original (Top)");
  1.5076 +			_LIT(KLTitleT, "Left-to-Right (Top)"); 
  1.5077 +			_LIT(KRTitleT, "Right-to-Left (Top)");
  1.5078 +			_LIT(KOTitleB, "Original (Bottom)");
  1.5079 +			_LIT(KLTitleB, "Left-to-Right (Bottom)"); 
  1.5080 +			_LIT(KRTitleB, "Right-to-Left (Bottom)");
  1.5081 +			
  1.5082 +
  1.5083 +			PrintTestData(KOTitleT, aOldText.Ptr(), 32);
  1.5084 +			PrintTestData(KOTitleB, aOldText.Ptr()+KBufferSize-32, 32);
  1.5085 +
  1.5086 +			PrintTestData(KLTitleT, lText, 32);
  1.5087 +			PrintTestData(KLTitleB, lText+KBufferSize-32, 32);
  1.5088 +
  1.5089 +			PrintTestData(KRTitleT, rText, 32);
  1.5090 +			PrintTestData(KRTitleB, rText+KBufferSize-32, 32);
  1.5091 +
  1.5092 +#endif
  1.5093 +			aTest->TEST(TextInSameOrder(aOldText.Ptr(), lText, i));
  1.5094 +			aTest->TEST(TextInReverseOrder(rResult->Ptr(), rText, i, aTest));
  1.5095 +
  1.5096 +			DeleteText(aOldText.Ptr(), lText, aTest);
  1.5097 +			DeleteText(aOldText.Ptr(), rText, aTest);
  1.5098 +		
  1.5099 +			aOldText.SetLength(oldTextLength);
  1.5100 +			rResult->Des().SetLength(0);
  1.5101 +			}
  1.5102 +		CleanupStack::PopAndDestroy(rResult);
  1.5103 +		}
  1.5104 +/**
  1.5105 + *
  1.5106 + * Tests what happens when Arabic and European numbers are preceded by Left To Right 
  1.5107 + * and succeeded by Right To Left Arabic letters
  1.5108 + *
  1.5109 + * @param	  "TDes& aOldText"
  1.5110 + *			  Descriptor that points to a buffer at least KBufferSize 16-bit characters long
  1.5111 + *
  1.5112 + * @param     "CTGraphicsBase* aTest"
  1.5113 + *            Pointer to the test object 
  1.5114 + *
  1.5115 + */
  1.5116 +	static void LToRThenENThenANThenRToLATest(TDes& aOldText, CTGraphicsBase* aTest)
  1.5117 +		{
  1.5118 +		TText* lText = 0;
  1.5119 +		TText* rText = 0;
  1.5120 +		TInt lretval = KErrNone;
  1.5121 +		TInt rretval = KErrNone;
  1.5122 +		TInt oldTextLength = aOldText.Length();
  1.5123 +		HBufC *lResult = HBufC::NewLC(KBufferSize);
  1.5124 +		HBufC *rResult = HBufC::NewLC(KBufferSize);
  1.5125 +
  1.5126 +		// Now mix in some numbers
  1.5127 +		 TextIterator ltorIterator(KLeftToRight, KLeftToRightLength);
  1.5128 +		 TextIterator euronIterator(KEuropeanNumber, KEuropeanNumberLength);
  1.5129 +		 TextIterator arabnIterator(KArabicNumber, KArabicNumberLength);
  1.5130 +		 TextIterator rtolIterator(KRightToLeftArabic, KRightToLeftArabicLength);
  1.5131 +
  1.5132 +		 while (!ltorIterator.Wrapped())
  1.5133 +			{
  1.5134 +			TInt i;
  1.5135 +			TInt lasti = 0;
  1.5136 +			TUint ch0, ch1, ch2, ch3;
  1.5137 +			for (i = 0 ; i < KBufferSize-3; )
  1.5138 +				{
  1.5139 +				if (!ltorIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch0))
  1.5140 +					break;
  1.5141 +				if (!euronIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch1))
  1.5142 +					break;
  1.5143 +				if (!arabnIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch2))
  1.5144 +					break;
  1.5145 +				if (!rtolIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch3))
  1.5146 +					break;
  1.5147 +				
  1.5148 +				lasti = i;
  1.5149 +				AppendCharacter(lResult, ch0);
  1.5150 +				AppendCharacter(lResult, ch1);
  1.5151 +				AppendCharacter(lResult, ch3);
  1.5152 +				AppendCharacter(lResult, ch2);
  1.5153 +				
  1.5154 +				AppendCharacter(rResult, ch2);
  1.5155 +				AppendCharacter(rResult, ch1);
  1.5156 +				AppendCharacter(rResult, ch0);
  1.5157 +				AppendCharacter(rResult, ch3);
  1.5158 +				}
  1.5159 +			i = lasti;
  1.5160 +			aOldText.SetLength(i);
  1.5161 +			ASSERT(lResult->Des().Length() == i);
  1.5162 +			ASSERT(rResult->Des().Length() == i);
  1.5163 +
  1.5164 +			rretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaRToL, rText);
  1.5165 +			lretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaLToR, lText);
  1.5166 +
  1.5167 +			aTest->TEST(lretval == KErrNone); 
  1.5168 +			aTest->TEST(rretval == KErrNone); 
  1.5169 +
  1.5170 +#ifdef PRINT_DATA
  1.5171 +			_LIT(KOTitleT, "Original (Top)");
  1.5172 +			_LIT(KLTitleT, "Left-to-Right (Top)"); 
  1.5173 +			_LIT(KRTitleT, "Right-to-Left (Top)");
  1.5174 +			_LIT(KOTitleB, "Original (Bottom)");
  1.5175 +			_LIT(KLTitleB, "Left-to-Right (Bottom)"); 
  1.5176 +			_LIT(KRTitleB, "Right-to-Left (Bottom)");
  1.5177 +			
  1.5178 +
  1.5179 +			PrintTestData(KOTitleT, aOldText.Ptr(), 32);
  1.5180 +			PrintTestData(KOTitleB, aOldText.Ptr()+KBufferSize-32, 32);
  1.5181 +
  1.5182 +			PrintTestData(KLTitleT, lText, 32);
  1.5183 +			PrintTestData(KLTitleB, lText+KBufferSize-32, 32);
  1.5184 +
  1.5185 +			PrintTestData(KRTitleT, rText, 32);
  1.5186 +			PrintTestData(KRTitleB, rText+KBufferSize-32, 32);
  1.5187 +
  1.5188 +#endif
  1.5189 +			aTest->TEST(TextInSameOrder(lResult->Ptr(), lText, i));
  1.5190 +			aTest->TEST(TextInReverseOrder(rResult->Ptr(), rText, i, aTest));
  1.5191 +
  1.5192 +			DeleteText(aOldText.Ptr(), lText, aTest);
  1.5193 +			DeleteText(aOldText.Ptr(), rText, aTest);
  1.5194 +			
  1.5195 +			aOldText.SetLength(oldTextLength);
  1.5196 +			lResult->Des().SetLength(0);
  1.5197 +			rResult->Des().SetLength(0);
  1.5198 +			}
  1.5199 +		CleanupStack::PopAndDestroy(rResult);
  1.5200 +		CleanupStack::PopAndDestroy(lResult);
  1.5201 +		}
  1.5202 +/**
  1.5203 + *
  1.5204 + * Tests what happens when Arabic and European numbers are preceded by Right to Left
  1.5205 + * and succeeded by Left To Right letters
  1.5206 + *
  1.5207 + * @param	  "TDes& aOldText"
  1.5208 + *			  Descriptor that points to a buffer at least KBufferSize 16-bit characters long
  1.5209 + *
  1.5210 + * @param     "CTGraphicsBase* aTest"
  1.5211 + *            Pointer to the test object 
  1.5212 + *
  1.5213 + */
  1.5214 +	static void RToLThenANThenENThenLToRTest(TDes& aOldText, CTGraphicsBase* aTest)
  1.5215 +		{
  1.5216 +		TText* lText = 0;
  1.5217 +		TText* rText = 0;
  1.5218 +		TInt lretval = KErrNone;
  1.5219 +		TInt rretval = KErrNone;
  1.5220 +		TInt oldTextLength = aOldText.Length();
  1.5221 +		HBufC *lResult = HBufC::NewLC(KBufferSize);
  1.5222 +		HBufC *rResult = HBufC::NewLC(KBufferSize);
  1.5223 +
  1.5224 +		aTest->INFO_PRINTF1(_L("TBidirectionalState test - R-L AN EN L-R test\r\n"));
  1.5225 +		
  1.5226 +		// Now mix in some numbers
  1.5227 +		 TextIterator rtolIterator(KRightToLeft, KRightToLeftLength);
  1.5228 +		 TextIterator euronIterator(KEuropeanNumber, KEuropeanNumberLength);
  1.5229 +		 TextIterator arabnIterator(KArabicNumber, KArabicNumberLength);
  1.5230 +		 TextIterator ltorIterator(KLeftToRight, KLeftToRightLength);
  1.5231 +
  1.5232 +		 while (!ltorIterator.Wrapped())
  1.5233 +			{
  1.5234 +			TInt i;
  1.5235 +			TInt lasti = 0;
  1.5236 +			TUint ch0, ch1, ch2, ch3;
  1.5237 +			for (i = 0 ; i < KBufferSize-3; )
  1.5238 +				{
  1.5239 +				if (!rtolIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch0))
  1.5240 +					break;
  1.5241 +				if (!arabnIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch1))
  1.5242 +					break;
  1.5243 +				if (!euronIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch2))
  1.5244 +					break;
  1.5245 +				if (!ltorIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch3))
  1.5246 +					break;
  1.5247 +				
  1.5248 +				lasti = i;
  1.5249 +				AppendCharacter(lResult, ch1);
  1.5250 +				AppendCharacter(lResult, ch2);
  1.5251 +				AppendCharacter(lResult, ch0);
  1.5252 +				AppendCharacter(lResult, ch3);
  1.5253 +				
  1.5254 +				AppendCharacter(rResult, ch0);
  1.5255 +				AppendCharacter(rResult, ch3);
  1.5256 +				AppendCharacter(rResult, ch2);
  1.5257 +				AppendCharacter(rResult, ch1);
  1.5258 +				}
  1.5259 +			i = lasti;
  1.5260 +			aOldText.SetLength(i);
  1.5261 +			ASSERT(lResult->Des().Length() == i);
  1.5262 +			ASSERT(rResult->Des().Length() == i);
  1.5263 +
  1.5264 +			rretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaRToL, rText);
  1.5265 +			lretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaLToR, lText);
  1.5266 +			aTest->TEST(lretval == KErrNone); 
  1.5267 +			aTest->TEST(rretval == KErrNone); 
  1.5268 +#ifdef PRINT_DATA
  1.5269 +			_LIT(KOTitleT, "Original (Top)");
  1.5270 +			_LIT(KLTitleT, "Left-to-Right (Top)"); 
  1.5271 +			_LIT(KRTitleT, "Right-to-Left (Top)");
  1.5272 +			_LIT(KOTitleB, "Original (Bottom)");
  1.5273 +			_LIT(KLTitleB, "Left-to-Right (Bottom)"); 
  1.5274 +			_LIT(KRTitleB, "Right-to-Left (Bottom)");
  1.5275 +			
  1.5276 +
  1.5277 +			PrintTestData(KOTitleT, aOldText.Ptr(), 32);
  1.5278 +			PrintTestData(KOTitleB, aOldText.Ptr()+KBufferSize-32, 32);
  1.5279 +
  1.5280 +			PrintTestData(KLTitleT, lText, 32);
  1.5281 +			PrintTestData(KLTitleB, lText+KBufferSize-32, 32);
  1.5282 +
  1.5283 +			PrintTestData(KRTitleT, rText, 32);
  1.5284 +			PrintTestData(KRTitleB, rText+KBufferSize-32, 32);
  1.5285 +
  1.5286 +#endif
  1.5287 +		
  1.5288 +			aTest->TEST(TextInSameOrder(lResult->Ptr(), lText, i));
  1.5289 +			aTest->TEST(TextInReverseOrder(rResult->Ptr(), rText, i, aTest));
  1.5290 +
  1.5291 +			DeleteText(aOldText.Ptr(), lText, aTest);
  1.5292 +			DeleteText(aOldText.Ptr(), rText, aTest);
  1.5293 +
  1.5294 +			aOldText.SetLength(oldTextLength);
  1.5295 +			lResult->Des().SetLength(0);
  1.5296 +			rResult->Des().SetLength(0);
  1.5297 +			}
  1.5298 +		CleanupStack::PopAndDestroy(rResult);
  1.5299 +		CleanupStack::PopAndDestroy(lResult);
  1.5300 +		}
  1.5301 +
  1.5302 +/**
  1.5303 + *
  1.5304 + * Tests what happens when Arabic and European numbers are preceded by Right to Left
  1.5305 + * and succeeded by Left To Right letters
  1.5306 + *
  1.5307 + * @param	  "TDes& aOldText"
  1.5308 + *			  Descriptor that points to a buffer at least KBufferSize 16-bit characters long
  1.5309 + *
  1.5310 + * @param     "CTGraphicsBase* aTest"
  1.5311 + *            Pointer to the test object 
  1.5312 + *
  1.5313 + */
  1.5314 +	static void RToLThenENThenANThenLToRTest(TDes& aOldText, CTGraphicsBase* aTest)
  1.5315 +		{
  1.5316 +		TText* lText = 0;
  1.5317 +		TText* rText = 0;
  1.5318 +		TInt lretval = KErrNone;
  1.5319 +		TInt rretval = KErrNone;
  1.5320 +		TInt oldTextLength = aOldText.Length();
  1.5321 +		HBufC *lResult = HBufC::NewLC(KBufferSize);
  1.5322 +		HBufC *rResult = HBufC::NewLC(KBufferSize);
  1.5323 +
  1.5324 +		aTest->INFO_PRINTF1(_L("TBidirectionalState test - R-L EN AN L-R test\r\n"));
  1.5325 +		
  1.5326 +		// Now mix in some numbers
  1.5327 +		 TextIterator rtolIterator(KRightToLeft, KRightToLeftLength);
  1.5328 +		 TextIterator euronIterator(KEuropeanNumber, KEuropeanNumberLength);
  1.5329 +		 TextIterator arabnIterator(KArabicNumber, KArabicNumberLength);
  1.5330 +		 TextIterator ltorIterator(KLeftToRight, KLeftToRightLength);
  1.5331 +
  1.5332 +		 while (!ltorIterator.Wrapped())
  1.5333 +			{
  1.5334 +			TInt i;
  1.5335 +			TInt lasti = 0;
  1.5336 +			TUint ch0, ch1, ch2, ch3;
  1.5337 +			for (i = 0 ; i < KBufferSize-3; )
  1.5338 +				{
  1.5339 +				if (!rtolIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch0))
  1.5340 +					break;
  1.5341 +				if (!euronIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch1))
  1.5342 +					break;
  1.5343 +				if (!arabnIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch2))
  1.5344 +					break;
  1.5345 +				if (!ltorIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch3))
  1.5346 +					break;
  1.5347 +				
  1.5348 +				lasti = i;
  1.5349 +				AppendCharacter(lResult, ch1);
  1.5350 +				AppendCharacter(lResult, ch2);
  1.5351 +				AppendCharacter(lResult, ch0);
  1.5352 +				AppendCharacter(lResult, ch3);
  1.5353 +				
  1.5354 +				AppendCharacter(rResult, ch0);
  1.5355 +				AppendCharacter(rResult, ch3);
  1.5356 +				AppendCharacter(rResult, ch2);
  1.5357 +				AppendCharacter(rResult, ch1);
  1.5358 +				}
  1.5359 +			i = lasti;
  1.5360 +			aOldText.SetLength(i);
  1.5361 +			ASSERT(lResult->Des().Length() == i);
  1.5362 +			ASSERT(rResult->Des().Length() == i);
  1.5363 +
  1.5364 +
  1.5365 +			rretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaRToL, rText);
  1.5366 +			lretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaLToR, lText);
  1.5367 +
  1.5368 +			aTest->TEST(lretval == KErrNone); 
  1.5369 +			aTest->TEST(rretval == KErrNone); 
  1.5370 +#ifdef PRINT_DATA
  1.5371 +			_LIT(KOTitleT, "Original (Top)");
  1.5372 +			_LIT(KLTitleT, "Left-to-Right (Top)"); 
  1.5373 +			_LIT(KRTitleT, "Right-to-Left (Top)");
  1.5374 +			_LIT(KOTitleB, "Original (Bottom)");
  1.5375 +			_LIT(KLTitleB, "Left-to-Right (Bottom)"); 
  1.5376 +			_LIT(KRTitleB, "Right-to-Left (Bottom)");
  1.5377 +			
  1.5378 +
  1.5379 +			PrintTestData(KOTitleT, aOldText.Ptr(), 32);
  1.5380 +			PrintTestData(KOTitleB, aOldText.Ptr()+KBufferSize-32, 32);
  1.5381 +
  1.5382 +			PrintTestData(KLTitleT, lText, 32);
  1.5383 +			PrintTestData(KLTitleB, lText+KBufferSize-32, 32);
  1.5384 +
  1.5385 +			PrintTestData(KRTitleT, rText, 32);
  1.5386 +			PrintTestData(KRTitleB, rText+KBufferSize-32, 32);
  1.5387 +
  1.5388 +#endif
  1.5389 +		
  1.5390 +			aTest->TEST(TextInSameOrder(lResult->Ptr(), lText, i));
  1.5391 +			aTest->TEST(TextInReverseOrder(rResult->Ptr(), rText, i, aTest));
  1.5392 +
  1.5393 +			DeleteText(aOldText.Ptr(), lText, aTest);
  1.5394 +			DeleteText(aOldText.Ptr(), rText, aTest);
  1.5395 +
  1.5396 +			aOldText.SetLength(oldTextLength);
  1.5397 +			lResult->Des().SetLength(0);
  1.5398 +			rResult->Des().SetLength(0);
  1.5399 +			}
  1.5400 +		CleanupStack::PopAndDestroy(rResult);
  1.5401 +		CleanupStack::PopAndDestroy(lResult);
  1.5402 +		}
  1.5403 +/**
  1.5404 + *
  1.5405 + * Tests what happens when Arabic and European numbers are preceded by Right to Left Arabic
  1.5406 + * and succeeded by Left To Right letters
  1.5407 + *
  1.5408 + * @param	  "TDes& aOldText"
  1.5409 + *			  Descriptor that points to a buffer at least KBufferSize 16-bit characters long
  1.5410 + *
  1.5411 + * @param     "CTGraphicsBase* aTest"
  1.5412 + *            Pointer to the test object 
  1.5413 + *
  1.5414 + */
  1.5415 +	static void RToLAThenANThenENThenLToRTest(TDes& aOldText, CTGraphicsBase* aTest)
  1.5416 +		{
  1.5417 +		TText* lText = 0;
  1.5418 +		TText* rText = 0;
  1.5419 +		TInt lretval = KErrNone;
  1.5420 +		TInt rretval = KErrNone;
  1.5421 +		TInt oldTextLength = aOldText.Length();
  1.5422 +		HBufC *lResult = HBufC::NewLC(KBufferSize);
  1.5423 +		HBufC *rResult = HBufC::NewLC(KBufferSize);
  1.5424 +
  1.5425 +		aTest->INFO_PRINTF1(_L("TBidirectionalState test - R-LA AN EN L-R test\r\n"));
  1.5426 +		
  1.5427 +		// Now mix in some numbers
  1.5428 +		 TextIterator rtolIterator(KRightToLeftArabic, KRightToLeftArabicLength);
  1.5429 +		 TextIterator euronIterator(KEuropeanNumber, KEuropeanNumberLength);
  1.5430 +		 TextIterator arabnIterator(KArabicNumber, KArabicNumberLength);
  1.5431 +		 TextIterator ltorIterator(KLeftToRight, KLeftToRightLength);
  1.5432 +
  1.5433 +		 while (!ltorIterator.Wrapped())
  1.5434 +			{
  1.5435 +			TInt i;
  1.5436 +			TInt lasti = 0;
  1.5437 +			TUint ch0, ch1, ch2, ch3;
  1.5438 +			for (i = 0 ; i < KBufferSize-3; )
  1.5439 +				{
  1.5440 +				if (!rtolIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch0))
  1.5441 +					break;
  1.5442 +				if (!arabnIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch1))
  1.5443 +					break;
  1.5444 +				if (!euronIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch2))
  1.5445 +					break;
  1.5446 +				if (!ltorIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch3))
  1.5447 +					break;
  1.5448 +				
  1.5449 +				lasti = i;
  1.5450 +				AppendCharacter(lResult, ch1);
  1.5451 +				AppendCharacter(lResult, ch2);
  1.5452 +				AppendCharacter(lResult, ch0);
  1.5453 +				AppendCharacter(lResult, ch3);
  1.5454 +				
  1.5455 +				AppendCharacter(rResult, ch0);
  1.5456 +				AppendCharacter(rResult, ch3);
  1.5457 +				AppendCharacter(rResult, ch2);
  1.5458 +				AppendCharacter(rResult, ch1);
  1.5459 +				}
  1.5460 +			i = lasti;
  1.5461 +			aOldText.SetLength(i);
  1.5462 +			ASSERT(lResult->Des().Length() == i);
  1.5463 +			ASSERT(rResult->Des().Length() == i);
  1.5464 +
  1.5465 +			rretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaRToL, rText);
  1.5466 +			lretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaLToR, lText);
  1.5467 +
  1.5468 +			aTest->TEST(lretval == KErrNone); 
  1.5469 +			aTest->TEST(rretval == KErrNone); 
  1.5470 +#ifdef PRINT_DATA
  1.5471 +			_LIT(KOTitleT, "Original (Top)");
  1.5472 +			_LIT(KLTitleT, "Left-to-Right (Top)"); 
  1.5473 +			_LIT(KRTitleT, "Right-to-Left (Top)");
  1.5474 +			_LIT(KOTitleB, "Original (Bottom)");
  1.5475 +			_LIT(KLTitleB, "Left-to-Right (Bottom)"); 
  1.5476 +			_LIT(KRTitleB, "Right-to-Left (Bottom)");
  1.5477 +			
  1.5478 +
  1.5479 +			PrintTestData(KOTitleT, aOldText.Ptr(), 32);
  1.5480 +			PrintTestData(KOTitleB, aOldText.Ptr()+KBufferSize-32, 32);
  1.5481 +
  1.5482 +			PrintTestData(KLTitleT, lText, 32);
  1.5483 +			PrintTestData(KLTitleB, lText+KBufferSize-32, 32);
  1.5484 +
  1.5485 +			PrintTestData(KRTitleT, rText, 32);
  1.5486 +			PrintTestData(KRTitleB, rText+KBufferSize-32, 32);
  1.5487 +
  1.5488 +#endif
  1.5489 +		
  1.5490 +			aTest->TEST(TextInSameOrder(lResult->Ptr(), lText, i));
  1.5491 +			aTest->TEST(TextInReverseOrder(rResult->Ptr(), rText, i, aTest));
  1.5492 +
  1.5493 +			DeleteText(aOldText.Ptr(), lText, aTest);
  1.5494 +			DeleteText(aOldText.Ptr(), rText, aTest);
  1.5495 +
  1.5496 +			aOldText.SetLength(oldTextLength);
  1.5497 +			lResult->Des().SetLength(0);
  1.5498 +			rResult->Des().SetLength(0);
  1.5499 +			}
  1.5500 +		CleanupStack::PopAndDestroy(rResult);
  1.5501 +		CleanupStack::PopAndDestroy(lResult);
  1.5502 +		}
  1.5503 +
  1.5504 +/**
  1.5505 + *
  1.5506 + * Tests what happens when Arabic and European numbers are preceded by Right to Left Arabic
  1.5507 + * and succeeded by Left To Right letters
  1.5508 + *
  1.5509 + * @param	  "TDes& aOldText"
  1.5510 + *			  Descriptor that points to a buffer at least KBufferSize 16-bit characters long
  1.5511 + *
  1.5512 + * @param     "CTGraphicsBase* aTest"
  1.5513 + *            Pointer to the test object 
  1.5514 + *
  1.5515 + */
  1.5516 +	static void RToLAThenENThenANThenLToRTest(TDes& aOldText, CTGraphicsBase* aTest)
  1.5517 +		{
  1.5518 +		TText* lText = 0;
  1.5519 +		TText* rText = 0;
  1.5520 +		TInt lretval = KErrNone;
  1.5521 +		TInt rretval = KErrNone;
  1.5522 +		TInt oldTextLength = aOldText.Length();
  1.5523 +		HBufC *lResult = HBufC::NewLC(KBufferSize);
  1.5524 +		HBufC *rResult = HBufC::NewLC(KBufferSize);
  1.5525 +
  1.5526 +		aTest->INFO_PRINTF1(_L("TBidirectionalState test - R-LA EN AN L-R test\r\n"));
  1.5527 +		
  1.5528 +		// Now mix in some numbers
  1.5529 +		 TextIterator rtolIterator(KRightToLeftArabic, KRightToLeftArabicLength);
  1.5530 +		 TextIterator euronIterator(KEuropeanNumber, KEuropeanNumberLength);
  1.5531 +		 TextIterator arabnIterator(KArabicNumber, KArabicNumberLength);
  1.5532 +		 TextIterator ltorIterator(KLeftToRight, KLeftToRightLength);
  1.5533 +
  1.5534 +		 while (!ltorIterator.Wrapped())
  1.5535 +			{
  1.5536 +			TInt i;
  1.5537 +			TInt lasti = 0;
  1.5538 +			TUint ch0, ch1, ch2, ch3;
  1.5539 +			for (i = 0 ; i < KBufferSize-3; )
  1.5540 +				{
  1.5541 +				if (!rtolIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch0))
  1.5542 +					break;
  1.5543 +				if (!euronIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch1))
  1.5544 +					break;
  1.5545 +				if (!arabnIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch2))
  1.5546 +					break;
  1.5547 +				if (!ltorIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch3))
  1.5548 +					break;
  1.5549 +				
  1.5550 +				lasti = i;
  1.5551 +				AppendCharacter(lResult, ch1);
  1.5552 +				AppendCharacter(lResult, ch2);
  1.5553 +				AppendCharacter(lResult, ch0);
  1.5554 +				AppendCharacter(lResult, ch3);
  1.5555 +				
  1.5556 +				AppendCharacter(rResult, ch0);
  1.5557 +				AppendCharacter(rResult, ch3);
  1.5558 +				AppendCharacter(rResult, ch2);
  1.5559 +				AppendCharacter(rResult, ch1);
  1.5560 +				}
  1.5561 +			i = lasti;
  1.5562 +			aOldText.SetLength(i);
  1.5563 +			ASSERT(lResult->Des().Length() == i);
  1.5564 +			ASSERT(rResult->Des().Length() == i);
  1.5565 +
  1.5566 +			rretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaRToL, rText);
  1.5567 +			lretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaLToR, lText);
  1.5568 +
  1.5569 +			aTest->TEST(lretval == KErrNone); 
  1.5570 +			aTest->TEST(rretval == KErrNone); 
  1.5571 +#ifdef PRINT_DATA
  1.5572 +			_LIT(KOTitleT, "Original (Top)");
  1.5573 +			_LIT(KLTitleT, "Left-to-Right (Top)"); 
  1.5574 +			_LIT(KRTitleT, "Right-to-Left (Top)");
  1.5575 +			_LIT(KOTitleB, "Original (Bottom)");
  1.5576 +			_LIT(KLTitleB, "Left-to-Right (Bottom)"); 
  1.5577 +			_LIT(KRTitleB, "Right-to-Left (Bottom)");
  1.5578 +			
  1.5579 +
  1.5580 +			PrintTestData(KOTitleT, aOldText.Ptr(), 32);
  1.5581 +			PrintTestData(KOTitleB, aOldText.Ptr()+KBufferSize-32, 32);
  1.5582 +
  1.5583 +			PrintTestData(KLTitleT, lText, 32);
  1.5584 +			PrintTestData(KLTitleB, lText+KBufferSize-32, 32);
  1.5585 +
  1.5586 +			PrintTestData(KRTitleT, rText, 32);
  1.5587 +			PrintTestData(KRTitleB, rText+KBufferSize-32, 32);
  1.5588 +
  1.5589 +#endif
  1.5590 +		
  1.5591 +			aTest->TEST(TextInSameOrder(lResult->Ptr(), lText, i));
  1.5592 +			aTest->TEST(TextInReverseOrder(rResult->Ptr(), rText, i, aTest));
  1.5593 +
  1.5594 +			DeleteText(aOldText.Ptr(), lText, aTest);
  1.5595 +			DeleteText(aOldText.Ptr(), rText, aTest);
  1.5596 +
  1.5597 +			aOldText.SetLength(oldTextLength);
  1.5598 +			lResult->Des().SetLength(0);
  1.5599 +			rResult->Des().SetLength(0);
  1.5600 +			}
  1.5601 +		CleanupStack::PopAndDestroy(rResult);
  1.5602 +		CleanupStack::PopAndDestroy(lResult);
  1.5603 +		}
  1.5604 +
  1.5605 +/**
  1.5606 + *
  1.5607 + * Tests what happens to European Terminators in a pair of European Numbers 
  1.5608 + * when the first character is a Right To Left letter
  1.5609 + *
  1.5610 + * @param	  "TDes& aOldText"
  1.5611 + *			  Descriptor that points to a buffer at least KBufferSize 16-bit characters long
  1.5612 + *
  1.5613 + * @param     "CTGraphicsBase* aTest"
  1.5614 + *            Pointer to the test object 
  1.5615 + *
  1.5616 + */
  1.5617 +	static void RToLThenENThenETThenENTest(TDes& aOldText, CTGraphicsBase* aTest)
  1.5618 +		{
  1.5619 +		TText* lText = 0;
  1.5620 +		TText* rText = 0;
  1.5621 +		TInt lretval = KErrNone;
  1.5622 +		TInt rretval = KErrNone;
  1.5623 +		TInt oldTextLength = aOldText.Length();
  1.5624 +		HBufC *lResult = HBufC::NewLC(KBufferSize);
  1.5625 +		HBufC *rResult = HBufC::NewLC(KBufferSize);
  1.5626 +
  1.5627 +		aTest->INFO_PRINTF1(_L("TBidirectionalState test - R-L EN ET EN test\r\n"));
  1.5628 +		
  1.5629 +		// Now mix in some numbers
  1.5630 +		 TextIterator rtolIterator(KRightToLeft, KRightToLeftLength);
  1.5631 +		 TextIterator euronIterator(KEuropeanNumber, KEuropeanNumberLength);
  1.5632 +		 TextIterator eurotIterator(KEuropeanNumberTerminator, KEuropeanNumberTerminatorLength);
  1.5633 +
  1.5634 +		 while(!rtolIterator.Wrapped())
  1.5635 +			{
  1.5636 +			TInt i;
  1.5637 +			TInt lasti = 0;
  1.5638 +			TUint ch0, ch1, ch2, ch3;
  1.5639 +			for (i = 0 ; i < KBufferSize-3; )
  1.5640 +				{
  1.5641 +				if (!rtolIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch0))
  1.5642 +					break;
  1.5643 +				if (!euronIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch1))
  1.5644 +					break;
  1.5645 +				if (!eurotIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch2))
  1.5646 +					break;
  1.5647 +				if (!euronIterator.NextCharInto(aOldText, i, -1, ETrue, ETrue, &ch3))
  1.5648 +					break;
  1.5649 +				
  1.5650 +				lasti = i;
  1.5651 +				AppendCharacter(lResult, ch0);
  1.5652 +				AppendCharacter(lResult, ch3);
  1.5653 +				AppendCharacter(lResult, ch2);
  1.5654 +				AppendCharacter(lResult, ch1);
  1.5655 +				
  1.5656 +				AppendCharacter(rResult, ch0);
  1.5657 +				AppendCharacter(rResult, ch3);
  1.5658 +				AppendCharacter(rResult, ch2);
  1.5659 +				AppendCharacter(rResult, ch1);
  1.5660 +				}
  1.5661 +			i = lasti;
  1.5662 +			aOldText.SetLength(i);
  1.5663 +			ASSERT(lResult->Des().Length() == i);
  1.5664 +			ASSERT(rResult->Des().Length() == i);
  1.5665 +
  1.5666 +			rretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaRToL, rText);
  1.5667 +			lretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaLToR, lText);
  1.5668 +
  1.5669 +			aTest->TEST(lretval == KErrNone); 
  1.5670 +			aTest->TEST(rretval == KErrNone); 
  1.5671 +#ifdef PRINT_DATA
  1.5672 +			_LIT(KOTitleT, "Original (Top)");
  1.5673 +			_LIT(KLTitleT, "Left-to-Right (Top)"); 
  1.5674 +			_LIT(KRTitleT, "Right-to-Left (Top)");
  1.5675 +			_LIT(KOTitleB, "Original (Bottom)");
  1.5676 +			_LIT(KLTitleB, "Left-to-Right (Bottom)"); 
  1.5677 +			_LIT(KRTitleB, "Right-to-Left (Bottom)");
  1.5678 +			
  1.5679 +
  1.5680 +			PrintTestData(KOTitleT, aOldText.Ptr(), 32);
  1.5681 +			PrintTestData(KOTitleB, aOldText.Ptr()+KBufferSize-32, 32);
  1.5682 +
  1.5683 +			PrintTestData(KLTitleT, lText, 32);
  1.5684 +			PrintTestData(KLTitleB, lText+KBufferSize-32, 32);
  1.5685 +
  1.5686 +			PrintTestData(KRTitleT, rText, 32);
  1.5687 +			PrintTestData(KRTitleB, rText+KBufferSize-32, 32);
  1.5688 +
  1.5689 +#endif
  1.5690 +			aTest->TEST(TextInReverseOrder(lResult->Ptr(), lText, i));
  1.5691 +			aTest->TEST(TextInReverseOrder(rResult->Ptr(), rText, i, aTest));
  1.5692 +
  1.5693 +			DeleteText(aOldText.Ptr(), lText, aTest);
  1.5694 +			DeleteText(aOldText.Ptr(), rText, aTest);
  1.5695 +
  1.5696 +			aOldText.SetLength(oldTextLength);
  1.5697 +			lResult->Des().SetLength(0);
  1.5698 +			rResult->Des().SetLength(0);
  1.5699 +			}
  1.5700 +		CleanupStack::PopAndDestroy(rResult);
  1.5701 +		CleanupStack::PopAndDestroy(lResult);
  1.5702 +		}
  1.5703 +/**
  1.5704 + *
  1.5705 + * Tests what happens to European Terminators in a pair of Arabic Numbers 
  1.5706 + * when the first character is a Right To Left letter
  1.5707 + *
  1.5708 + * @param	  "TDes& aOldText"
  1.5709 + *			  Descriptor that points to a buffer at least KBufferSize 16-bit characters long
  1.5710 + *
  1.5711 + * @param     "CTGraphicsBase* aTest"
  1.5712 + *            Pointer to the test object 
  1.5713 + *
  1.5714 + */
  1.5715 +	static void RToLThenANThenETThenANTest(TDes& aOldText, CTGraphicsBase *aTest)
  1.5716 +		{
  1.5717 +		TText* lText = 0;
  1.5718 +		TText* rText = 0;
  1.5719 +		TInt lretval = KErrNone;
  1.5720 +		TInt rretval = KErrNone;
  1.5721 +		TInt oldTextLength = aOldText.Length();
  1.5722 +
  1.5723 +		aTest->INFO_PRINTF1(_L("TBidirectionalState test - R-L AN ET AN test\r\n"));
  1.5724 +		
  1.5725 +		// Now mix in some numbers
  1.5726 +		 TextIterator rtolIterator(KRightToLeft, KRightToLeftLength);
  1.5727 +		 TextIterator arabnIterator(KArabicNumber, KArabicNumberLength);
  1.5728 +		 TextIterator eurotIterator(KEuropeanNumberTerminator, KEuropeanNumberTerminatorLength);
  1.5729 +
  1.5730 +		 aTest->TEST(aOldText.Length() >= KBufferSize);
  1.5731 +
  1.5732 +		 while(!rtolIterator.Wrapped())
  1.5733 +			{
  1.5734 +			TInt i;
  1.5735 +			for (i = 0 ; i < KBufferSize-3; )
  1.5736 +				{
  1.5737 +				if (!rtolIterator.NextCharInto(aOldText, i))
  1.5738 +					break;
  1.5739 +				if (!arabnIterator.NextCharInto(aOldText, i))
  1.5740 +					break;
  1.5741 +				if (!eurotIterator.NextCharInto(aOldText, i))
  1.5742 +					break;
  1.5743 +				if (!arabnIterator.NextCharInto(aOldText, i))
  1.5744 +					break;
  1.5745 +				}
  1.5746 +			aOldText.SetLength(i);
  1.5747 +
  1.5748 +			rretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaRToL, rText);
  1.5749 +			lretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaLToR, lText);
  1.5750 +
  1.5751 +			aTest->TEST(lretval == KErrNone); 
  1.5752 +			aTest->TEST(rretval == KErrNone); 
  1.5753 +#ifdef PRINT_DATA
  1.5754 +			_LIT(KOTitleT, "Original (Top)");
  1.5755 +			_LIT(KLTitleT, "Left-to-Right (Top)"); 
  1.5756 +			_LIT(KRTitleT, "Right-to-Left (Top)");
  1.5757 +			_LIT(KOTitleB, "Original (Bottom)");
  1.5758 +			_LIT(KLTitleB, "Left-to-Right (Bottom)"); 
  1.5759 +			_LIT(KRTitleB, "Right-to-Left (Bottom)");
  1.5760 +			
  1.5761 +
  1.5762 +			PrintTestData(KOTitleT, aOldText.Ptr(), 32);
  1.5763 +			PrintTestData(KOTitleB, aOldText.Ptr()+KBufferSize-32, 32);
  1.5764 +
  1.5765 +			PrintTestData(KLTitleT, lText, 32);
  1.5766 +			PrintTestData(KLTitleB, lText+KBufferSize-32, 32);
  1.5767 +
  1.5768 +			PrintTestData(KRTitleT, rText, 32);
  1.5769 +			PrintTestData(KRTitleB, rText+KBufferSize-32, 32);
  1.5770 +
  1.5771 +#endif
  1.5772 +			aTest->TEST(TextInReverseOrder(aOldText.Ptr(), lText, i));
  1.5773 +			aTest->TEST(TextInReverseOrder(aOldText.Ptr(), rText, i));
  1.5774 +		
  1.5775 +
  1.5776 +			DeleteText(aOldText.Ptr(), lText, aTest);
  1.5777 +			DeleteText(aOldText.Ptr(), rText, aTest);
  1.5778 +
  1.5779 +			aOldText.SetLength(oldTextLength);
  1.5780 +			}
  1.5781 +		}
  1.5782 +/**
  1.5783 + *
  1.5784 + * Tests what happens to European Terminators in a pair of European Numbers 
  1.5785 + * when the first character is a Right To Left Arabic letter
  1.5786 + *
  1.5787 + * @param	  "TDes& aOldText"
  1.5788 + *			  Descriptor that points to a buffer at least KBufferSize 16-bit characters long
  1.5789 + *
  1.5790 + * @param     "CTGraphicsBase* aTest"
  1.5791 + *            Pointer to the test object 
  1.5792 + *
  1.5793 + */
  1.5794 +	static void RToLAThenENThenETThenENTest(TDes& aOldText, CTGraphicsBase* aTest)
  1.5795 +		{
  1.5796 +		TText* lText = 0;
  1.5797 +		TText* rText = 0;
  1.5798 +		TInt lretval = KErrNone;
  1.5799 +		TInt rretval = KErrNone;
  1.5800 +		TInt oldTextLength = aOldText.Length();
  1.5801 +
  1.5802 +		aTest->INFO_PRINTF1(_L("TBidirectionalState test - R-LA EN ET EN test\r\n"));
  1.5803 +		
  1.5804 +		// Now mix in some numbers
  1.5805 +		 TextIterator rtolIterator(KRightToLeftArabic, KRightToLeftArabicLength);
  1.5806 +		 TextIterator euronIterator(KEuropeanNumber, KEuropeanNumberLength);
  1.5807 +		 TextIterator eurotIterator(KEuropeanNumberTerminator, KEuropeanNumberTerminatorLength);
  1.5808 +
  1.5809 +		 aTest->TEST(aOldText.Length() >= KBufferSize);
  1.5810 +
  1.5811 +		 while(!rtolIterator.Wrapped())
  1.5812 +			{
  1.5813 +			TInt i;
  1.5814 +
  1.5815 +			TInt lasti = 0;
  1.5816 +			for (i = 0 ; i < KBufferSize-3; )
  1.5817 +				{
  1.5818 +				if (!rtolIterator.NextCharInto(aOldText, i))
  1.5819 +					break;
  1.5820 +				if (!euronIterator.NextCharInto(aOldText, i))
  1.5821 +					break;
  1.5822 +				if (!eurotIterator.NextCharInto(aOldText, i))
  1.5823 +					break;
  1.5824 +				if (!euronIterator.NextCharInto(aOldText, i))
  1.5825 +					break;
  1.5826 +				lasti = i;
  1.5827 +				}
  1.5828 +			i = lasti;
  1.5829 +			aOldText.SetLength(i);
  1.5830 +
  1.5831 +			rretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaRToL, rText);
  1.5832 +			lretval = TBidirectionalState::ReorderText(aOldText.Ptr(), i, EParaLToR, lText);
  1.5833 +
  1.5834 +			aTest->TEST(lretval == KErrNone); 
  1.5835 +			aTest->TEST(rretval == KErrNone); 
  1.5836 +#ifdef PRINT_DATA
  1.5837 +			_LIT(KOTitleT, "Original (Top)");
  1.5838 +			_LIT(KLTitleT, "Left-to-Right (Top)"); 
  1.5839 +			_LIT(KRTitleT, "Right-to-Left (Top)");
  1.5840 +			_LIT(KOTitleB, "Original (Bottom)");
  1.5841 +			_LIT(KLTitleB, "Left-to-Right (Bottom)"); 
  1.5842 +			_LIT(KRTitleB, "Right-to-Left (Bottom)");
  1.5843 +			
  1.5844 +
  1.5845 +			PrintTestData(KOTitleT, aOldText.Ptr(), 32);
  1.5846 +			PrintTestData(KOTitleB, aOldText.Ptr()+KBufferSize-32, 32);
  1.5847 +
  1.5848 +			PrintTestData(KLTitleT, lText, 32);
  1.5849 +			PrintTestData(KLTitleB, lText+KBufferSize-32, 32);
  1.5850 +
  1.5851 +			PrintTestData(KRTitleT, rText, 32);
  1.5852 +			PrintTestData(KRTitleB, rText+KBufferSize-32, 32);
  1.5853 +
  1.5854 +#endif
  1.5855 +		
  1.5856 +			aTest->TEST(TextInReverseOrder(aOldText.Ptr(), lText, i));
  1.5857 +			aTest->TEST(TextInReverseOrder(aOldText.Ptr(), rText, i));
  1.5858 +
  1.5859 +			DeleteText(aOldText.Ptr(), lText, aTest);
  1.5860 +			DeleteText(aOldText.Ptr(), rText, aTest);
  1.5861 +
  1.5862 +			aOldText.SetLength(oldTextLength);
  1.5863 +			}
  1.5864 +		}
  1.5865 +/**
  1.5866 + *
  1.5867 + * Tests what happens to European Terminators in a pair of Arabic Numbers 
  1.5868 + * when the first character is a Right To Left Arabic letter
  1.5869 + *
  1.5870 + * @param	  "TDes& aOldText"
  1.5871 + *			  Descriptor that points to a buffer at least KBufferSize 16-bit characters long
  1.5872 + *
  1.5873 + * @param     "CTGraphicsBase* aTest"
  1.5874 + *            Pointer to the test object 
  1.5875 + *
  1.5876 + */
  1.5877 +	static void RToLAThenANThenETThenANTest(TDes& aOldText, CTGraphicsBase* aTest)
  1.5878 +		{
  1.5879 +		TText* lText = 0;
  1.5880 +		TText* rText = 0;
  1.5881 +		TInt lretval = KErrNone;
  1.5882 +		TInt rretval = KErrNone;
  1.5883 +
  1.5884 +		aTest->INFO_PRINTF1(_L("TBidirectionalState test - R-LA AN ET AN test\r\n"));
  1.5885 +		
  1.5886 +		// Now mix in some numbers
  1.5887 +		 TextIterator rtolIterator(KRightToLeftArabic, KRightToLeftArabicLength);
  1.5888 +		 TextIterator arabnIterator(KArabicNumber, KArabicNumberLength);
  1.5889 +		 TextIterator eurotIterator(KEuropeanNumberTerminator, KEuropeanNumberTerminatorLength);
  1.5890 +
  1.5891 +		 aTest->TEST(aOldText.Length() >= KBufferSize);
  1.5892 +
  1.5893 +		 while(!rtolIterator.Wrapped())
  1.5894 +			{
  1.5895 +			TInt i;
  1.5896 +
  1.5897 +			for (i = 0 ; i < (KBufferSize-3) ; i+=4)
  1.5898 +				{
  1.5899 +				aOldText[i] = rtolIterator.NextChar();
  1.5900 +				aOldText[i+1] = arabnIterator.NextChar();
  1.5901 +				aOldText[i+2] = eurotIterator.NextChar();
  1.5902 +				aOldText[i+3] = arabnIterator.NextChar();
  1.5903 +				}
  1.5904 +			rretval = TBidirectionalState::ReorderText(aOldText.Ptr(), KBufferSize, EParaRToL, rText);
  1.5905 +			lretval = TBidirectionalState::ReorderText(aOldText.Ptr(), KBufferSize, EParaLToR, lText);
  1.5906 +
  1.5907 +			aTest->TEST(lretval == KErrNone); 
  1.5908 +			aTest->TEST(rretval == KErrNone); 
  1.5909 +#ifdef PRINT_DATA
  1.5910 +			_LIT(KOTitleT, "Original (Top)");
  1.5911 +			_LIT(KLTitleT, "Left-to-Right (Top)"); 
  1.5912 +			_LIT(KRTitleT, "Right-to-Left (Top)");
  1.5913 +			_LIT(KOTitleB, "Original (Bottom)");
  1.5914 +			_LIT(KLTitleB, "Left-to-Right (Bottom)"); 
  1.5915 +			_LIT(KRTitleB, "Right-to-Left (Bottom)");
  1.5916 +			
  1.5917 +
  1.5918 +			PrintTestData(KOTitleT, aOldText.Ptr(), 32);
  1.5919 +			PrintTestData(KOTitleB, aOldText.Ptr()+KBufferSize-32, 32);
  1.5920 +
  1.5921 +			PrintTestData(KLTitleT, lText, 32);
  1.5922 +			PrintTestData(KLTitleB, lText+KBufferSize-32, 32);
  1.5923 +
  1.5924 +			PrintTestData(KRTitleT, rText, 32);
  1.5925 +			PrintTestData(KRTitleB, rText+KBufferSize-32, 32);
  1.5926 +
  1.5927 +#endif
  1.5928 +		
  1.5929 +			aTest->TEST(TextInReverseOrder(aOldText.Ptr(), lText, KBufferSize));
  1.5930 +			aTest->TEST(TextInReverseOrder(aOldText.Ptr(), rText, KBufferSize));
  1.5931 +		
  1.5932 +			DeleteText(aOldText.Ptr(), lText, aTest);
  1.5933 +			DeleteText(aOldText.Ptr(), rText, aTest);
  1.5934 +
  1.5935 +			
  1.5936 +			}
  1.5937 +		}
  1.5938 +
  1.5939 +
  1.5940 +/**
  1.5941 + *
  1.5942 + * Tests what happens to Other Neutrals when mixed into Left To Right and Right To Left text
  1.5943 + *
  1.5944 + * @param	  "TDes& aOldText"
  1.5945 + *			  Descriptor that points to a buffer at least KBufferSize 16-bit characters long
  1.5946 + *
  1.5947 + * @param     "CTGraphicsBase* aTest"
  1.5948 + *            Pointer to the test object 
  1.5949 + *
  1.5950 + */
  1.5951 +	static void InterspersedNeutralsTest(TDes& aOldText, CTGraphicsBase* aTest)
  1.5952 +		{
  1.5953 +		TText* lText = 0;
  1.5954 +		TText* rText = 0;
  1.5955 +		TInt lretval = KErrNone;
  1.5956 +		TInt rretval = KErrNone;
  1.5957 +		aTest->INFO_PRINTF1(_L("TBidirectionalState test - L-R R-L with interspersed Neutrals test\r\n"));
  1.5958 +		TInt oldTextLength = aOldText.Length();
  1.5959 +
  1.5960 +		// Neutrals Test
  1.5961 +
  1.5962 +		 // These should go left-to-right when with left-to-right text
  1.5963 +		 // and right-to-left with right-to-left text.
  1.5964 +
  1.5965 +		 TextIterator ltorIterator(KLeftToRight, KLeftToRightLength);
  1.5966 +		 TextIterator rtolIterator(KRightToLeft, KRightToLeftLength);
  1.5967 +		 TextIterator neutIterator(KOtherNeutrals, KOtherNeutralsLength);
  1.5968 +		 TUint16 neut;
  1.5969 +
  1.5970 +		 aTest->TEST(aOldText.Length() >= KBufferSize);
  1.5971 +
  1.5972 +		 while (!ltorIterator.Wrapped())
  1.5973 +			{
  1.5974 +			TInt i;
  1.5975 +			for (i = 0 ; i < KHalfBufferSize; i+=2)
  1.5976 +				{
  1.5977 +				aOldText[i] = ltorIterator.NextChar();
  1.5978 +				//Skip any characters that are mirrored for simplicity of checking
  1.5979 +				while(KMirrors().Locate(neut = neutIterator.NextChar()) != KErrNotFound)
  1.5980 +					{
  1.5981 +					}
  1.5982 +				
  1.5983 +				aOldText[i+1] = neut;
  1.5984 +				}	
  1.5985 +
  1.5986 +			for (i = KHalfBufferSize ; i < KBufferSize; i+=2)
  1.5987 +				{
  1.5988 +				aOldText[i] = rtolIterator.NextChar();
  1.5989 +				//Skip any characters that are mirrored for simplicity of checking
  1.5990 +				while(KMirrors().Locate(neut = neutIterator.NextChar()) != KErrNotFound)
  1.5991 +					{
  1.5992 +					}
  1.5993 +				aOldText[i+1] = neut;
  1.5994 +				}
  1.5995 +			lretval = TBidirectionalState::ReorderText(aOldText.Ptr(), KBufferSize, EParaLToR, lText);
  1.5996 +			rretval = TBidirectionalState::ReorderText(aOldText.Ptr(), KBufferSize, EParaRToL, rText);
  1.5997 +		
  1.5998 +			aTest->TEST(lretval == KErrNone); 
  1.5999 +			aTest->TEST(rretval == KErrNone); 
  1.6000 +
  1.6001 +			/*
  1.6002 +				Note - the tests are made more complex because of the behaviour of the last
  1.6003 +				neutral in the first half of the buffer.
  1.6004 +
  1.6005 +				Because the sequence goes <LtoR> <Neutral> <RtoL>, the way that last
  1.6006 +				neutral is interpreted depends upon the paragraph direction instead of
  1.6007 +				the direction of the adjacent text.
  1.6008 +
  1.6009 +			*/
  1.6010 +
  1.6011 +			aTest->TEST(TextInSameOrder(aOldText.Ptr(), lText, KHalfBufferSize));
  1.6012 +			aTest->TEST(TextInReverseOrder(&aOldText.Ptr()[KHalfBufferSize], &lText[KHalfBufferSize], KHalfBufferSize-1));
  1.6013 +			aTest->TEST((aOldText.Ptr()[KBufferSize-1] == lText[KBufferSize-1])); //Last neutral obeys L-R hence stays where it was
  1.6014 +			aTest->TEST(TextInReverseOrder(&aOldText.Ptr()[KHalfBufferSize], rText, KHalfBufferSize));
  1.6015 +			aTest->TEST((aOldText.Ptr()[KHalfBufferSize-1] == rText[KHalfBufferSize])); //First neutral stays RtoL and stays at the front
  1.6016 +			aTest->TEST(TextInSameOrder(aOldText.Ptr(), &rText[KHalfBufferSize+1], KHalfBufferSize-1));
  1.6017 +
  1.6018 +
  1.6019 +			DeleteText(aOldText.Ptr(), lText, aTest);
  1.6020 +			DeleteText(aOldText.Ptr(), rText, aTest);
  1.6021 +			}
  1.6022 +		}
  1.6023 +
  1.6024 +/**
  1.6025 + *
  1.6026 + * Tests that the behaviour shown in small numbers of runs also occurs when lots of 
  1.6027 + * left to right and right to left text is intermixed.
  1.6028 + *
  1.6029 + * @param	  "TDes& aOldText"
  1.6030 + *			  Descriptor that points to a buffer at least KBufferSize 16-bit characters long
  1.6031 + *
  1.6032 + * @param     "CTGraphicsBase* aTest"
  1.6033 + *            Pointer to the test object 
  1.6034 + *
  1.6035 + */
  1.6036 +static void ComplexTextTest(TDes& aOldText, CTGraphicsBase *aTest)
  1.6037 +		{
  1.6038 +		TText* lText = 0;
  1.6039 +		TText* rText = 0;
  1.6040 +		TInt lretval = KErrNone;
  1.6041 +		TInt rretval = KErrNone;
  1.6042 +		TInt oldTextLength = aOldText.Length();
  1.6043 +
  1.6044 +#ifdef PRINT_RUNS
  1.6045 +		_LIT(KRunTitle, "Populating aOldText buffer with embedded runs of characters as follows:\r\n");
  1.6046 +		_LIT(KRunFormat, "Run %d begins with %04x\r\n");
  1.6047 +		_LIT(KEndRunFormat, "End of Run %d begins with %04x\r\n");
  1.6048 +		
  1.6049 +#endif // PRINT_RUNS
  1.6050 +	
  1.6051 +		
  1.6052 +		aTest->INFO_PRINTF1(_L("TBidirectionalState test - Complex text test\r\n"));
  1.6053 +
  1.6054 +		aTest->TEST(aOldText.Length() >= KBufferSize);
  1.6055 +
  1.6056 +
  1.6057 +		 //Build up a lot of levels of L-R and R-L text
  1.6058 +
  1.6059 +		 TextIterator ltorIterator(KLeftToRight, KLeftToRightLength);
  1.6060 +		 TextIterator rtolIterator(KRightToLeft, KRightToLeftLength);
  1.6061 +		 const TInt KRuns = 64;
  1.6062 +		 const TInt KRunSize = ((KBufferSize/KRuns)/2 ); 
  1.6063 +		 TInt runStart[KRuns];
  1.6064 +		 TInt runEnd[KRuns];
  1.6065 +		 TInt runStartSize[KRuns];
  1.6066 +		 TInt runEndSize[KRuns];
  1.6067 +		 while (!ltorIterator.Wrapped())
  1.6068 +			{
  1.6069 +			//Build up start of runs
  1.6070 +			 TInt index = 0;
  1.6071 +			 TInt run;
  1.6072 +#ifdef PRINT_RUNS
  1.6073 +			 aTest->INFO_PRINTF1(KRunTitle);
  1.6074 +#endif // PRINT_RUNS 
  1.6075 +			 for (run = 0 ; run < KRuns ; run++) 
  1.6076 +				{
  1.6077 +				runStart[run]=index;
  1.6078 +				if ((run & 1) == 0)
  1.6079 +					{
  1.6080 +					ltorIterator.FillInto(aOldText, index, KRunSize*(run+1));
  1.6081 +					}
  1.6082 +				else
  1.6083 +					{
  1.6084 +					rtolIterator.FillInto(aOldText, index, KRunSize*(run+1));
  1.6085 +					}
  1.6086 +				runStartSize[run] = index - runStart[run];
  1.6087 +				}
  1.6088 +			//Now fill in the ends
  1.6089 +			for (TInt brun = KRuns ; brun > 0 ; --brun) 
  1.6090 +				{
  1.6091 +				run = brun - 1;
  1.6092 +				runEnd[run] = index;
  1.6093 +				if ((run & 1) == 0)
  1.6094 +					{
  1.6095 +					ltorIterator.FillInto(aOldText, index, KRunSize*(KRuns*2-run));
  1.6096 +					}
  1.6097 +				else
  1.6098 +					{
  1.6099 +					rtolIterator.FillInto(aOldText, index, KRunSize*(KRuns*2-run));
  1.6100 +					}
  1.6101 +				runEndSize[run] = index - runEnd[run];
  1.6102 +				}
  1.6103 +			aOldText.SetLength(index);
  1.6104 +
  1.6105 +			lretval = TBidirectionalState::ReorderText(aOldText.Ptr(), index, EParaLToR, lText);
  1.6106 +			rretval = TBidirectionalState::ReorderText(aOldText.Ptr(), index, EParaRToL, rText);
  1.6107 +
  1.6108 +			aTest->TEST(lretval == KErrNone); 
  1.6109 +			aTest->TEST(rretval == KErrNone); 
  1.6110 +			
  1.6111 +		
  1.6112 +#ifdef PRINT_ARRAYS
  1.6113 +			_LIT(KHexTitleo, "Contents of aOldText");
  1.6114 +			_LIT(KHexTitlel, "Contents of lText");
  1.6115 +			_LIT(KHexTitler, "Contents of rText");
  1.6116 +
  1.6117 +			PrintTestData(KHexTitleo, aOldText);
  1.6118 +			PrintTestData(KHexTitlel, lText, KBufferSize);
  1.6119 +			PrintTestData(KHexTitler, rText, KBufferSize);
  1.6120 +
  1.6121 +#endif // PRINT_ARRAYS
  1.6122 +			//LeftToRight Paragraph test - all but last run should be in-place,
  1.6123 +			//but the right-to-left text is reversed.
  1.6124 +
  1.6125 +			for (run = 0 ; run < (KRuns-1) ; ++run)
  1.6126 +				{
  1.6127 +
  1.6128 +				aTest->TEST( (KRunSize <= aOldText.Length() - runStart[run]) && (KRunSize <= KBufferSize - runStart[run]));
  1.6129 +				aTest->TEST( (KRunSize <= aOldText.Length() - runEnd[run]) && (KRunSize <= KBufferSize - runEnd[run]));
  1.6130 +				if ((run & 1) == 0)
  1.6131 +					{
  1.6132 +					aTest->TEST(TextInSameOrder (&aOldText.Ptr()[runStart[run]], &lText[runStart[run]], runStartSize[run]));
  1.6133 +					aTest->TEST(TextInSameOrder (&aOldText.Ptr()[runEnd[run]], &lText[runEnd[run]], runEndSize[run]));
  1.6134 +					}
  1.6135 +				else
  1.6136 +					{
  1.6137 +					aTest->TEST(TextInReverseOrder (&aOldText.Ptr()[runStart[run]], &lText[runStart[run]], runStartSize[run]));
  1.6138 +					aTest->TEST(TextInReverseOrder (&aOldText.Ptr()[runEnd[run]], &lText[runEnd[run]], runEndSize[run]));
  1.6139 +					}
  1.6140 +				}
  1.6141 +
  1.6142 +			run = KRuns-1; //now do last run, which is double-sized 
  1.6143 +
  1.6144 +			aTest->TEST( (KRunSize*2 <= aOldText.Length() - runStart[run]) && (KRunSize*2 <= KBufferSize - runStart[run]));
  1.6145 +			if ((run & 1) == 0)
  1.6146 +				{
  1.6147 +				aTest->TEST(TextInSameOrder (&aOldText.Ptr()[runStart[run]], &lText[runStart[run]], runStartSize[run]+runEndSize[run]));
  1.6148 +				}
  1.6149 +			else
  1.6150 +				{
  1.6151 +				aTest->TEST(TextInReverseOrder (&aOldText.Ptr()[runStart[run]], &lText[runStart[run]], runStartSize[run]+runEndSize[run]));
  1.6152 +				}
  1.6153 +
  1.6154 +			//Right-To-Left Paragraph test - all runs are exchanged about the centre,
  1.6155 +			//so the last end run is swapped with the first run and so on
  1.6156 +			//and the right-to-left text is reversed.
  1.6157 +			for (run = 0 ; run < (KRuns-1) ; ++run)
  1.6158 +				{
  1.6159 +
  1.6160 +				aTest->TEST( (KRunSize <= aOldText.Length() - runStart[run]) && (KRunSize <= KBufferSize - runEnd[run]));
  1.6161 +				aTest->TEST( (KRunSize <= aOldText.Length() - runEnd[run]) && (KRunSize <= KBufferSize - runStart[run]));
  1.6162 +				if ((run & 1) == 0)
  1.6163 +					{
  1.6164 +					aTest->TEST(TextInSameOrder (&aOldText.Ptr()[runStart[run]], &rText[index-runStart[run+1]], runStartSize[run]));
  1.6165 +					aTest->TEST(TextInSameOrder (&aOldText.Ptr()[runEnd[run]], &rText[index-runEnd[run]-runEndSize[run]], runEndSize[run]));
  1.6166 +					}
  1.6167 +				else
  1.6168 +					{
  1.6169 +					aTest->TEST(TextInReverseOrder (&aOldText.Ptr()[runStart[run]], &rText[index-runStart[run+1]], runStartSize[run]));
  1.6170 +					aTest->TEST(TextInReverseOrder (&aOldText.Ptr()[runEnd[run]], &rText[index-runEnd[run]-runEndSize[run]], runEndSize[run]));
  1.6171 +					}
  1.6172 +				}
  1.6173 +
  1.6174 +			run = KRuns-1; //now do last run, which is double-sized 
  1.6175 +
  1.6176 +			aTest->TEST( (KRunSize*2 <= aOldText.Length() - runStart[run]) && (KRunSize*2 <= KBufferSize - runStart[run]));
  1.6177 +
  1.6178 +			if ((run & 1) == 0)
  1.6179 +				{
  1.6180 +
  1.6181 +				aTest->TEST(TextInSameOrder (&aOldText.Ptr()[runStart[run]], &rText[index-runEnd[run-1]], runStartSize[run]+runEndSize[run]));
  1.6182 +				}
  1.6183 +			else
  1.6184 +				{
  1.6185 +				aTest->TEST(TextInReverseOrder (&aOldText.Ptr()[runStart[run]], &rText[index-runEnd[run-1]], runStartSize[run]+runEndSize[run]));
  1.6186 +				}
  1.6187 +			DeleteText(aOldText.Ptr(), lText, aTest);
  1.6188 +			DeleteText(aOldText.Ptr(), rText, aTest);
  1.6189 +			aOldText.SetLength(oldTextLength);
  1.6190 +			}
  1.6191 +		}
  1.6192 +
  1.6193 +/**
  1.6194 +   @SYMTestCaseID          	GRAPHICS-GDI-BiDi-0003
  1.6195 +
  1.6196 +   @SYMDEF					DEF105603
  1.6197 +
  1.6198 +   @SYMTestCaseDesc			Test TBidirectionalState functionality (Unicode Bidirectional Algorithm impmentation withing SymbianOS)
  1.6199 +
  1.6200 +   @SYMTestPriority			High
  1.6201 +
  1.6202 +   @SYMTestStatus       	Implemented
  1.6203 +
  1.6204 +   @SYMTestActions      	Test reordering text based on various combinations of formatting codes & characters
  1.6205 +
  1.6206 +   @SYMTestExpectedResults	Confirmation the implementation conforms to the Unicode Birdirection Algorithm standard
  1.6207 +*/
  1.6208 +static void TestReorderTextL(CTGraphicsBase* aTest)
  1.6209 +		{
  1.6210 +		//Create buffer to hold test data
  1.6211 +
  1.6212 +		HBufC* oldTextBufPtr = HBufC::NewLC(KBufferSize);
  1.6213 +
  1.6214 +		//Force buffer to desired aSize
  1.6215 +		for (int i = 0 ; i < KBufferSize ; ++i)
  1.6216 +			{
  1.6217 +			oldTextBufPtr->Des().Append(0);
  1.6218 +			}
  1.6219 +
  1.6220 +		TPtr oldText(oldTextBufPtr->Des()); 
  1.6221 +		
  1.6222 +		aTest->INFO_PRINTF1(_L("TBidirectionalState::ReorderText"));
  1.6223 +
  1.6224 +		LeftToRightReorderTest(oldText, aTest);
  1.6225 +		SimpleEuropeanNumberTest(oldText, aTest);
  1.6226 +		SimpleRightToLeftTest(oldText, aTest);
  1.6227 +		SimpleRightToLeftArabicTest(oldText, aTest);
  1.6228 +
  1.6229 +		MirroredCharacterTest(oldText, aTest);
  1.6230 +
  1.6231 +		LROLeftToRightTest(oldText, aTest);
  1.6232 +		LRORightToLeftTest(oldText, aTest);
  1.6233 +		RLORightToLeftTest(oldText, aTest);
  1.6234 +		RLORightToLeftArabicTest(oldText, aTest);
  1.6235 +		RLOLeftToRightTest(oldText, aTest);
  1.6236 +
  1.6237 +		LToRThenRToLTest(oldText, aTest);
  1.6238 +		LToRThenRToLATest(oldText, aTest);
  1.6239 +		RToLAThenLToRTest(oldText, aTest);
  1.6240 +
  1.6241 +		LToRThenRToLThenLToRThenRToLTest(oldText, aTest);
  1.6242 +		RToLThenLToRThenRToLThenLToRTest(oldText, aTest);
  1.6243 +
  1.6244 +		SimpleNumberTest(oldText, aTest);
  1.6245 +
  1.6246 +		RToLAThenANThenENThenRToLATest(oldText, aTest);
  1.6247 +		RToLAThenENThenANThenRToLATest(oldText, aTest);
  1.6248 +		RToLThenANThenENThenRToLTest(oldText, aTest);
  1.6249 +		RToLThenENThenANThenRToLTest(oldText, aTest);
  1.6250 +		LToRThenANThenENThenLToRTest(oldText, aTest);
  1.6251 +		LToRThenENThenANThenLToRTest(oldText, aTest);
  1.6252 +		LToRThenANThenENThenRToLTest(oldText, aTest);
  1.6253 +		LToRThenENThenANThenRToLTest(oldText, aTest);
  1.6254 +		LToRThenANThenENThenRToLATest(oldText, aTest);
  1.6255 +		LToRThenENThenANThenRToLATest(oldText, aTest);
  1.6256 +		RToLThenANThenENThenLToRTest(oldText, aTest);
  1.6257 +		RToLThenENThenANThenLToRTest(oldText, aTest);
  1.6258 +		RToLAThenANThenENThenLToRTest(oldText, aTest);
  1.6259 +		RToLAThenENThenANThenLToRTest(oldText, aTest);
  1.6260 +		RToLThenENThenETThenENTest(oldText, aTest);
  1.6261 +		RToLThenANThenETThenANTest(oldText, aTest);
  1.6262 +		RToLAThenENThenETThenENTest(oldText, aTest);
  1.6263 +		RToLAThenANThenETThenANTest(oldText, aTest);
  1.6264 +
  1.6265 +		ComplexTextTest(oldText, aTest);
  1.6266 +
  1.6267 +		aTest->INFO_PRINTF1(_L("TBidirectionalState::ReorderText tests complete\r\n"));
  1.6268 +
  1.6269 +		CleanupStack::PopAndDestroy();
  1.6270 +		}
  1.6271 +	};
  1.6272 +
  1.6273 +/**
  1.6274 + * Test behaviour of text reordering under normal & OOM conditions
  1.6275 + *
  1.6276 + * @param	"MOOMTest& aOOMTest" 
  1.6277 + *			Reference to the BD test object 
  1.6278 +*/
  1.6279 +void CTBiDi::TestOOML(MOOMTest& aOOMTest)
  1.6280 +	{
  1.6281 +	aOOMTest.SetUpL();
  1.6282 +	aOOMTest.ManipulateL();
  1.6283 +	aOOMTest.TearDown();
  1.6284 +	TInt successesRequired = aOOMTest.ConsecutivePassesRequired();
  1.6285 +	__ASSERT_DEBUG(0 < successesRequired, User::Panic(_L("TBiDi"), KErrGeneral));
  1.6286 +	TInt consecutiveSuccesses = 0;
  1.6287 +	for (TInt i = 1; consecutiveSuccesses != successesRequired; ++i)
  1.6288 +		{
  1.6289 +		TInt pHCountStart;
  1.6290 +		TInt tHCountStart;
  1.6291 +		RThread().HandleCount(pHCountStart,tHCountStart);
  1.6292 +		__UHEAP_MARK;
  1.6293 +
  1.6294 +		aOOMTest.SetUpL();
  1.6295 +		__UHEAP_SETFAIL(RHeap::EDeterministic, i);
  1.6296 +		TRAPD(err, aOOMTest.ManipulateL());
  1.6297 +		if (err == KErrNone)
  1.6298 +			{
  1.6299 +			aOOMTest.TestIfPassedL(this);
  1.6300 +			++consecutiveSuccesses;
  1.6301 +			}
  1.6302 +		else
  1.6303 +			{
  1.6304 +			aOOMTest.TestLeftCleanlyL(this);
  1.6305 +			consecutiveSuccesses = 0;
  1.6306 +			}
  1.6307 +		aOOMTest.TearDown();
  1.6308 +		__UHEAP_SETFAIL(RHeap::ENone, 0);
  1.6309 +
  1.6310 +		// test no memory or handles leaked
  1.6311 +		__UHEAP_MARKENDC(0);
  1.6312 +		TInt pHCountEnd;
  1.6313 +		TInt tHCountEnd;
  1.6314 +		RThread().HandleCount(pHCountEnd,tHCountEnd);
  1.6315 +		TEST(pHCountStart == pHCountEnd);
  1.6316 +		TEST(tHCountStart == tHCountEnd);
  1.6317 +  		}
  1.6318 +	}
  1.6319 +
  1.6320 +class TReorderTextOOMTest : public MOOMTest
  1.6321 +	{
  1.6322 +	const TDesC* iText;
  1.6323 +	TBool iRightToLeft;
  1.6324 +	const TDesC* iReorderedText;
  1.6325 +	TText* iBuffer;
  1.6326 +	TInt iReturnValue;
  1.6327 +public:
  1.6328 +	TReorderTextOOMTest(const TDesC& aText, TBool aRightToLeft,	const TDesC& aReorderedText) 
  1.6329 +		: iText(&aText), iRightToLeft(aRightToLeft), iReorderedText(&aReorderedText),
  1.6330 +		iBuffer(0), iReturnValue(0) 
  1.6331 +		{}
  1.6332 +	virtual ~TReorderTextOOMTest() { TearDown(); }
  1.6333 +	void Initialize(const TDesC& aText, TBool aRightToLeft,
  1.6334 +		const TDesC& aReorderedText)
  1.6335 +		{
  1.6336 +		TearDown();
  1.6337 +		iText = &aText;
  1.6338 +		iRightToLeft = aRightToLeft;
  1.6339 +		iReorderedText = &aReorderedText;
  1.6340 +		}
  1.6341 +	void SetUpL()
  1.6342 +		{
  1.6343 +		iBuffer = 0;
  1.6344 +		iReturnValue = 0;
  1.6345 +		}
  1.6346 +	void ManipulateL()
  1.6347 +		{
  1.6348 +		iReturnValue = TBidirectionalState::ReorderText(iText->Ptr(),
  1.6349 +			iText->Length(), iRightToLeft, iBuffer);
  1.6350 +		User::LeaveIfError(iReturnValue);
  1.6351 +		}
  1.6352 +	static TBool IsIgnorable(TText a)
  1.6353 +		{
  1.6354 +		if (a == 0xFFFF)
  1.6355 +			return ETrue;
  1.6356 +		if (a < 0x202A || 0x202E < a)
  1.6357 +			return EFalse;
  1.6358 +		return ETrue;
  1.6359 +		}
  1.6360 +	static TBool StringsMatch(const TText* a1, TInt a1Len,
  1.6361 +		const TText* a2, TInt a2Len)
  1.6362 +		{
  1.6363 +		const TText* a1End = a1 + a1Len;
  1.6364 +		const TText* a2End = a2 + a2Len;
  1.6365 +		for (;;)
  1.6366 +			{
  1.6367 +			while (a1 != a1End && IsIgnorable(*a1))
  1.6368 +				++a1;
  1.6369 +			while (a2 != a2End && IsIgnorable(*a2))
  1.6370 +				++a2;
  1.6371 +			if (a1 == a1End)
  1.6372 +				return a2 == a2End;
  1.6373 +			else if (a2 == a2End)
  1.6374 +				return EFalse;
  1.6375 +			if (*a1 != *a2)
  1.6376 +				return EFalse;
  1.6377 +			++a1;
  1.6378 +			++a2;
  1.6379 +			}
  1.6380 +		}
  1.6381 +
  1.6382 +	void TestIfPassedL(CTGraphicsBase* aTest)
  1.6383 +		{
  1.6384 +		// test the reordered text was returned in iBuffer (as per SDK documentation for TBidirectionalState::ReorderText)
  1.6385 +		aTest->TEST(iBuffer != 0);
  1.6386 +		aTest->TEST( StringsMatch(iBuffer, iText->Length(), iReorderedText->Ptr(), iReorderedText->Length()) );
  1.6387 +		}
  1.6388 +
  1.6389 +	void TestLeftCleanlyL(CTGraphicsBase* aTest)
  1.6390 +		{
  1.6391 +		// test the original text was returned in iBuffer (as per SDK documentation for TBidirectionalState::ReorderText)
  1.6392 +		aTest->TEST(iBuffer != 0);
  1.6393 +		aTest->TEST( StringsMatch(iBuffer, iText->Length(), iText->Ptr(), iText->Length()) );
  1.6394 +		}
  1.6395 +
  1.6396 +	void TearDown()
  1.6397 +		{
  1.6398 +		if (iBuffer != iText->Ptr())
  1.6399 +			delete[] iBuffer;
  1.6400 +		iBuffer = 0;
  1.6401 +		}
  1.6402 +	};
  1.6403 +
  1.6404 +/**
  1.6405 + *
  1.6406 + * Prints some details about an array of TBidirectionalState::TRunInfo objects to the test console.
  1.6407 + * This function prints each character of text with category code and Bidirectional category
  1.6408 + *
  1.6409 + *
  1.6410 + *  @param		"const TBidirectionalState::TRunInfo* aRunArray"
  1.6411 + *				Points to the array of run info objects
  1.6412 + *
  1.6413 + *  @param		"const TInt aRuns"
  1.6414 + *				Number of objects in the array
  1.6415 + *
  1.6416 + *  @param		"const TText* aText"
  1.6417 + *              The text which after being analysed by the Bidirectional Algorithm resulted in
  1.6418 + *				the array of run info objects.
  1.6419 + * 
  1.6420 + *  @param		"const TBool aInternal"
  1.6421 + *              The iCategory element of a run info object may be encoded in two ways, either
  1.6422 + *              the codes used by TChar or those used by TBidirectionalState. If this flag is ETrue
  1.6423 + *				the value is interpreted as a TBidirectionalState code.
  1.6424 + *
  1.6425 + */
  1.6426 +void CTBiDi::PrintRunCategories(const TBidirectionalState::TRunInfo* aRunArray, const TInt aRuns, const TText* aText, const TBool aInternal)
  1.6427 +	{
  1.6428 +		TBuf16<100> line2;
  1.6429 +		TBuf16<100> line3;
  1.6430 +		TBuf16<100> line4;
  1.6431 +		TBuf16<100> line5;
  1.6432 +		line2.Fill(' ',100);
  1.6433 +		line3.Fill(' ',100);
  1.6434 +		line4.Fill(' ',100);
  1.6435 +		line5.Fill(' ',100);
  1.6436 +		for (int ii = 0 ; ii < aRuns ; ++ii)
  1.6437 +			{
  1.6438 +			TUint cat = aRunArray[ii].iCategory;
  1.6439 +			if (aInternal)
  1.6440 +				{
  1.6441 +				cat = 1 << cat; //translate from the form used by TChar to that used internally
  1.6442 +								//in TBidirectionalText.
  1.6443 +				}
  1.6444 +			for (int jj = aRunArray[ii].iStart ;
  1.6445 +					(jj < aRunArray[ii].iStart+aRunArray[ii].iLength) ; ++jj)
  1.6446 +				{
  1.6447 +				line2[jj] = aText[jj];
  1.6448 +				switch(cat)
  1.6449 +					{
  1.6450 +					
  1.6451 +					case ELeftToRight:
  1.6452 +						line3[jj] = 'L';
  1.6453 +						line4[jj] = ' ';
  1.6454 +						line5[jj] = ' ';
  1.6455 +						break;
  1.6456 +					case ELeftToRightEmbedding:
  1.6457 +						line3[jj] = 'L';
  1.6458 +						line4[jj] = 'R';
  1.6459 +						line5[jj] = 'E';
  1.6460 +						break;
  1.6461 +					case ELeftToRightOverride:
  1.6462 +						line3[jj] = 'L';
  1.6463 +						line4[jj] = 'R';
  1.6464 +						line5[jj] = 'O';
  1.6465 +						break;
  1.6466 +					case ERightToLeft:
  1.6467 +						line3[jj] = 'R';
  1.6468 +						line4[jj] = ' ';
  1.6469 +						line5[jj] = ' ';
  1.6470 +						break;
  1.6471 +					case ERightToLeftArabic:
  1.6472 +						line3[jj] = 'A';
  1.6473 +						line4[jj] = 'L';
  1.6474 +						line5[jj] = ' ';
  1.6475 +						break;
  1.6476 +					case ERightToLeftEmbedding:
  1.6477 +						line3[jj] = 'R';
  1.6478 +						line4[jj] = 'L';
  1.6479 +						line5[jj] = 'E';
  1.6480 +						break;
  1.6481 +					case ERightToLeftOverride:
  1.6482 +						line3[jj] = 'R';
  1.6483 +						line4[jj] = 'L';
  1.6484 +						line5[jj] = 'O';
  1.6485 +						break;
  1.6486 +					case EPopDirectionalFormat:
  1.6487 +						line3[jj] = 'P';
  1.6488 +						line4[jj] = 'D';
  1.6489 +						line5[jj] = 'F';
  1.6490 +						break;
  1.6491 +					case EEuropeanNumber:
  1.6492 +						line3[jj] = 'E';
  1.6493 +						line4[jj] = 'N';
  1.6494 +						line5[jj] = ' ';
  1.6495 +						break;
  1.6496 +					case EEuropeanNumberSeparator:
  1.6497 +						line3[jj] = 'E';
  1.6498 +						line4[jj] = 'S';
  1.6499 +						line5[jj] = ' ';
  1.6500 +						break;
  1.6501 +					case EEuropeanNumberTerminator:
  1.6502 +						line3[jj] = 'E';
  1.6503 +						line4[jj] = 'T';
  1.6504 +						line5[jj] = ' ';
  1.6505 +						break;
  1.6506 +					case EArabicNumber:
  1.6507 +						line3[jj] = 'A';
  1.6508 +						line4[jj] = 'N';
  1.6509 +						line5[jj] = ' ';
  1.6510 +						break;
  1.6511 +					case ECommonNumberSeparator:
  1.6512 +						line3[jj] = 'C';
  1.6513 +						line4[jj] = 'S';
  1.6514 +						line5[jj] = ' ';
  1.6515 +						break;
  1.6516 +					case ENonSpacingMark:
  1.6517 +						line3[jj] = 'N';
  1.6518 +						line4[jj] = 'S';
  1.6519 +						line5[jj] = 'M';
  1.6520 +						break;
  1.6521 +					case EBoundaryNeutral:
  1.6522 +						line3[jj] = 'B';
  1.6523 +						line4[jj] = 'N';
  1.6524 +						line5[jj] = ' ';
  1.6525 +						break;
  1.6526 +					case EParagraphSeparator:
  1.6527 +						line3[jj] = 'B';
  1.6528 +						line4[jj] = ' ';
  1.6529 +						line5[jj] = ' ';
  1.6530 +						break;
  1.6531 +					case ESegmentSeparator:
  1.6532 +						line3[jj] = 'S';
  1.6533 +						line4[jj] = ' ';
  1.6534 +						line5[jj] = ' ';
  1.6535 +						break;
  1.6536 +					case EWhitespace:
  1.6537 +						line3[jj] = 'W';
  1.6538 +						line4[jj] = 'S';
  1.6539 +						line5[jj] = ' ';
  1.6540 +						break;
  1.6541 +					case EOtherNeutral:
  1.6542 +						line3[jj] = 'O';
  1.6543 +						line4[jj] = 'N';
  1.6544 +						line5[jj] = ' ';
  1.6545 +						break;
  1.6546 +					case EStartOfParagraph:
  1.6547 +						line3[jj] = 'S';
  1.6548 +						line4[jj] = 'O';
  1.6549 +						line5[jj] = 'P';
  1.6550 +						break;
  1.6551 +					case EEndOfParagraph:
  1.6552 +						line3[jj] = 'E';
  1.6553 +						line4[jj] = 'O';
  1.6554 +						line5[jj] = 'P';
  1.6555 +						break;
  1.6556 +					default:
  1.6557 +						line3[jj] = '?';
  1.6558 +						line4[jj] = ' ';
  1.6559 +						line5[jj] = ' ';
  1.6560 +						break;
  1.6561 +				}
  1.6562 +			}
  1.6563 +		}
  1.6564 +		line2.TrimRight();
  1.6565 +		line3.TrimRight();
  1.6566 +		line4.TrimRight();
  1.6567 +		line5.TrimRight();
  1.6568 +		line2.ZeroTerminate();
  1.6569 +		line3.ZeroTerminate();
  1.6570 +		line4.ZeroTerminate();
  1.6571 +		line5.ZeroTerminate();
  1.6572 +		INFO_PRINTF2(KSingleString, line2.Ptr());
  1.6573 +		INFO_PRINTF2(KSingleString, line3.Ptr());
  1.6574 +		INFO_PRINTF2(KSingleString, line4.Ptr());
  1.6575 +		INFO_PRINTF2(KSingleString, line5.Ptr());
  1.6576 +	}
  1.6577 +
  1.6578 +/**
  1.6579 + *
  1.6580 + * Prints some details about an array of TBidirectionalState::TRunInfo objects to the test console.
  1.6581 + * This function prints each character of text with the embedding level and Bidirectional category
  1.6582 + *
  1.6583 + *
  1.6584 + *  @param		"const TBidirectionalState::TRunInfo* aRunArray"
  1.6585 + *				Points to the array of run info objects
  1.6586 + *
  1.6587 + *  @param		"const TInt aRuns"
  1.6588 + *				Number of objects in the array
  1.6589 + *
  1.6590 + *  @param		"const TText* aText"
  1.6591 + *              The text which after being analysed by the Bidirectional Algorithm resulted in
  1.6592 + *				the array of run info objects.
  1.6593 + * 
  1.6594 +*
  1.6595 + */
  1.6596 +void CTBiDi::PrintRunArray(const TBidirectionalState::TRunInfo* aRunArray, const TInt aRuns, const TText*  aText)
  1.6597 +	{
  1.6598 +	if (aRunArray)
  1.6599 +		{
  1.6600 +#ifdef PRINT_RUN_DETAILS
  1.6601 +		_LIT(KRunFmt, "Run %d - Category %d Level %d Direction %d Index %d Start %d Length %d");
  1.6602 +#endif // PRINT_RUN_DETAILS
  1.6603 +
  1.6604 +		TBuf16<100> line1;
  1.6605 +		TBuf16<100> line2;
  1.6606 +		TBuf16<100> line3;
  1.6607 +		TBuf16<100> line4;
  1.6608 +		TBuf16<100> line5;
  1.6609 +		line1.Zero();
  1.6610 +		line2.Zero();
  1.6611 +		line3.Zero();
  1.6612 +		line4.Zero();
  1.6613 +		line5.Zero();
  1.6614 +		for (int ii = 0 ; ii < aRuns ; ++ii)
  1.6615 +			{
  1.6616 +#ifdef PRINT_RUN_DETAILS
  1.6617 +			aTest->INFO_PRINTF1(KRunFmt, ii, aRunArray[ii].iCategory,
  1.6618 +				aRunArray[ii].iEmbeddingLevel,
  1.6619 +				aRunArray[ii].iDirection,
  1.6620 +				aRunArray[ii].iIndex,
  1.6621 +				aRunArray[ii].iStart,
  1.6622 +				aRunArray[ii].iLength);
  1.6623 +#endif // PRINT_RUN_DETAILS
  1.6624 +			//mark up each character slot with embedding level.
  1.6625 +			//Only works well for small values of the embedding level!
  1.6626 +			for (int jj = aRunArray[ii].iStart ;
  1.6627 +					(jj < aRunArray[ii].iStart+aRunArray[ii].iLength) ; ++jj)
  1.6628 +				{
  1.6629 +				line1.Append(aText[jj]);
  1.6630 +				line2.Append(static_cast<TUint16>(aRunArray[ii].iEmbeddingLevel + '0'));
  1.6631 +				switch(aRunArray[ii].iCategory)
  1.6632 +					{
  1.6633 +					
  1.6634 +					case ELeftToRight:
  1.6635 +						line3.Append('L');
  1.6636 +						line4.Append(' ');
  1.6637 +						line5.Append(' ');
  1.6638 +						break;
  1.6639 +					case ELeftToRightEmbedding:
  1.6640 +						line3.Append('L');
  1.6641 +						line4.Append('R');
  1.6642 +						line5.Append('E');
  1.6643 +						break;
  1.6644 +					case ELeftToRightOverride:
  1.6645 +						line3.Append('L');
  1.6646 +						line4.Append('R');
  1.6647 +						line5.Append('O');
  1.6648 +						break;
  1.6649 +					case ERightToLeft:
  1.6650 +						line3.Append('R');
  1.6651 +						line4.Append(' ');
  1.6652 +						line5.Append(' ');
  1.6653 +						break;
  1.6654 +					case ERightToLeftArabic:
  1.6655 +						line3.Append('A');
  1.6656 +						line4.Append('L');
  1.6657 +						line5.Append(' ');
  1.6658 +						break;
  1.6659 +					case ERightToLeftEmbedding:
  1.6660 +						line3.Append('R');
  1.6661 +						line4.Append('L');
  1.6662 +						line5.Append('E');
  1.6663 +						break;
  1.6664 +					case ERightToLeftOverride:
  1.6665 +						line3.Append('R');
  1.6666 +						line4.Append('L');
  1.6667 +						line5.Append('O');
  1.6668 +						break;
  1.6669 +					case EPopDirectionalFormat:
  1.6670 +						line3.Append('P');
  1.6671 +						line4.Append('D');
  1.6672 +						line5.Append('F');
  1.6673 +						break;
  1.6674 +					case EEuropeanNumber:
  1.6675 +						line3.Append('E');
  1.6676 +						line4.Append('N');
  1.6677 +						line5.Append(' ');
  1.6678 +						break;
  1.6679 +					case EEuropeanNumberSeparator:
  1.6680 +						line3.Append('E');
  1.6681 +						line4.Append('S');
  1.6682 +						line5.Append(' ');
  1.6683 +						break;
  1.6684 +					case EEuropeanNumberTerminator:
  1.6685 +						line3.Append('E');
  1.6686 +						line4.Append('T');
  1.6687 +						line5.Append(' ');
  1.6688 +						break;
  1.6689 +					case EArabicNumber:
  1.6690 +						line3.Append('A');
  1.6691 +						line4.Append('N');
  1.6692 +						line5.Append(' ');
  1.6693 +						break;
  1.6694 +					case ECommonNumberSeparator:
  1.6695 +						line3.Append('C');
  1.6696 +						line4.Append('S');
  1.6697 +						line5.Append(' ');
  1.6698 +						break;
  1.6699 +					case ENonSpacingMark:
  1.6700 +						line3.Append('N');
  1.6701 +						line4.Append('S');
  1.6702 +						line5.Append('M');
  1.6703 +						break;
  1.6704 +					case EBoundaryNeutral:
  1.6705 +						line3.Append('B');
  1.6706 +						line4.Append('N');
  1.6707 +						line5.Append(' ');
  1.6708 +						break;
  1.6709 +					case EParagraphSeparator:
  1.6710 +						line3.Append('B');
  1.6711 +						line4.Append(' ');
  1.6712 +						line5.Append(' ');
  1.6713 +						break;
  1.6714 +					case ESegmentSeparator:
  1.6715 +						line3.Append('S');
  1.6716 +						line4.Append(' ');
  1.6717 +						line5.Append(' ');
  1.6718 +						break;
  1.6719 +					case EWhitespace:
  1.6720 +						line3.Append('W');
  1.6721 +						line4.Append('S');
  1.6722 +						line5.Append(' ');
  1.6723 +						break;
  1.6724 +					case EOtherNeutral:
  1.6725 +						line3.Append('O');
  1.6726 +						line4.Append('N');
  1.6727 +						line5.Append(' ');
  1.6728 +						break;
  1.6729 +					case EStartOfParagraph:
  1.6730 +						line3.Append('S');
  1.6731 +						line4.Append('O');
  1.6732 +						line5.Append('P');
  1.6733 +						break;
  1.6734 +					case EEndOfParagraph:
  1.6735 +						line3.Append('E');
  1.6736 +						line4.Append('O');
  1.6737 +						line5.Append('P');
  1.6738 +						break;
  1.6739 +					default:
  1.6740 +						line3.Append('?');
  1.6741 +						line4.Append(' ');
  1.6742 +						line5.Append(' ');
  1.6743 +						break;
  1.6744 +				} 
  1.6745 +			}
  1.6746 +		}
  1.6747 +
  1.6748 +		line1.ZeroTerminate();
  1.6749 +		line2.ZeroTerminate();
  1.6750 +		line3.ZeroTerminate();
  1.6751 +		line4.ZeroTerminate();
  1.6752 +		line5.ZeroTerminate();
  1.6753 +		INFO_PRINTF2(KSingleString, line1.Ptr());
  1.6754 +		INFO_PRINTF2(KSingleString, line2.Ptr()); 
  1.6755 +		INFO_PRINTF2(KSingleString, line3.Ptr());
  1.6756 +		INFO_PRINTF2(KSingleString, line4.Ptr());
  1.6757 +		INFO_PRINTF2(KSingleString, line5.Ptr());
  1.6758 +	} 
  1.6759 +
  1.6760 +}
  1.6761 +
  1.6762 +
  1.6763 +#define TEST_BUF_LEN 80
  1.6764 +
  1.6765 +/**
  1.6766 +The Unicode Example test class
  1.6767 +
  1.6768 +This class contains functions that support tests based on the examples given by 
  1.6769 +Unicode Standard Annexe 9
  1.6770 +
  1.6771 +Those examples use UPPER CASE latin letters to represent Arabic letters and quotes
  1.6772 +to represent embedding levels.
  1.6773 +
  1.6774 +The functions of this class allow the example to be transcoded using real Arabic letters and
  1.6775 +LRE and RLE embedding codes before applying the bidirectional algorithm.
  1.6776 +
  1.6777 +*/
  1.6778 +class TUnicodeExampleOOMTest : public MOOMTest
  1.6779 +	{
  1.6780 +	TBuf<TEST_BUF_LEN> iText;
  1.6781 +	TBuf<TEST_BUF_LEN> iOriginalText;
  1.6782 +	TBuf<TEST_BUF_LEN> iPrintData;
  1.6783 +	TBool iRightToLeft;
  1.6784 +	TBuf<TEST_BUF_LEN> iReorderedText;
  1.6785 +	TText* iBuffer;
  1.6786 +	TInt iReturnValue;
  1.6787 +	TInt iAlef; 
  1.6788 +	TPtrC iArabicChars;
  1.6789 +	TBool iFirst;
  1.6790 +	enum {
  1.6791 +		EAlef = 0x627
  1.6792 +		};
  1.6793 +
  1.6794 +public:
  1.6795 +	TUnicodeExampleOOMTest(const TDesC& aText, TBool aRightToLeft,
  1.6796 +		const TDesC& aReorderedText, CTGraphicsBase* aTest)
  1.6797 +		: iOriginalText(aText),
  1.6798 +		iRightToLeft(aRightToLeft),
  1.6799 +		iBuffer(0),
  1.6800 +		iReturnValue(0),
  1.6801 +		iArabicChars(KRightToLeftArabic, KRightToLeftArabicLength)
  1.6802 +		{
  1.6803 +		//Find position of arabic letters in table
  1.6804 +		iAlef = iArabicChars.Locate(EAlef);
  1.6805 +		iText.SetLength(iText.MaxLength()); //set buffer to max size to begin with ensuring first copy fills whole buffer
  1.6806 +		iReorderedText.SetLength(iReorderedText.MaxLength());  //set buffer to max size to begin with
  1.6807 +		CopyAndMapToArabic(iText, aText, aTest);
  1.6808 +		CopyAndMapToArabic(iReorderedText, aReorderedText, aTest);
  1.6809 +		}
  1.6810 +	virtual ~TUnicodeExampleOOMTest() { TearDown(); }
  1.6811 +	void Initialize(const TDesC& aText, TBool aRightToLeft,
  1.6812 +		const TDesC& aReorderedText, CTGraphicsBase* aTest)
  1.6813 +		{
  1.6814 +		TearDown();
  1.6815 +		iOriginalText = aText;
  1.6816 +		CopyAndMapToArabic(iText, aText, aTest);
  1.6817 +		iRightToLeft = aRightToLeft;
  1.6818 +		CopyAndMapToArabic(iReorderedText, aReorderedText, aTest);
  1.6819 +		}
  1.6820 +	void SetUpL()
  1.6821 +		{
  1.6822 +		iBuffer = 0;
  1.6823 +		iReturnValue = 0;
  1.6824 +		}
  1.6825 +	void ManipulateL()
  1.6826 +		{
  1.6827 +		iReturnValue = TBidirectionalState::ReorderText(iText.Ptr(),
  1.6828 +			iText.Length(), iRightToLeft, iBuffer);
  1.6829 +		User::LeaveIfError(iReturnValue);
  1.6830 +		}
  1.6831 +
  1.6832 +	TUint MapToArabic(TUint aChar)
  1.6833 +		{
  1.6834 +		TUint newChar = aChar;
  1.6835 +		if (TChar(aChar).IsUpper())
  1.6836 +			{
  1.6837 +			newChar = KRightToLeftArabic[aChar-'A'+iAlef]; //Note this isn't a linguistic transliteration.
  1.6838 +			};
  1.6839 +		return newChar;
  1.6840 +		}
  1.6841 +	TUint MapFromArabic(TUint aChar)
  1.6842 +		{
  1.6843 +		TInt pos = iArabicChars.Locate(aChar) - iAlef;
  1.6844 +		TUint newChar = aChar;
  1.6845 +		if ((pos >= 0) && (pos < 26))
  1.6846 +			{
  1.6847 +			newChar = 'A'+pos;
  1.6848 +			};
  1.6849 +		return newChar;
  1.6850 +
  1.6851 +		}
  1.6852 +
  1.6853 +	void CopyAndMapToArabic(TDes& aBuffer, const TDesC& aDes, CTGraphicsBase* aTest)
  1.6854 +		{
  1.6855 +		TInt quoteLevel = 0;
  1.6856 +		TChar lastQuote = 0;
  1.6857 +		aTest->TEST(aDes.Length() <= aBuffer.MaxLength());
  1.6858 +
  1.6859 +		aBuffer.Fill(0xFFFF); //fill old contents to help debugging if new string is shorter
  1.6860 +
  1.6861 +		aBuffer.Zero();
  1.6862 +
  1.6863 +		for (TInt i = 0 ; i < aDes.Length() ; ++i)
  1.6864 +			{
  1.6865 +			TUint newChar = MapToArabic(aDes[i]);
  1.6866 +			if ((newChar == '\'') || (newChar == '"'))
  1.6867 +				{
  1.6868 +				//Quote handling
  1.6869 +				if (newChar == lastQuote)
  1.6870 +					{
  1.6871 +					//match so drop a level if there is a level to drop
  1.6872 +					if (quoteLevel > 0)
  1.6873 +						{
  1.6874 +						aBuffer.Append(0x202c); //emit a PLD
  1.6875 +						aBuffer.Append(newChar);
  1.6876 +						--quoteLevel;
  1.6877 +						lastQuote = ((lastQuote == '"') ? '\'' : '"' );
  1.6878 +						}
  1.6879 +					}
  1.6880 +				else
  1.6881 +					{
  1.6882 +					//start new level
  1.6883 +					aBuffer.Append(newChar);
  1.6884 +					if (newChar == '\'')
  1.6885 +						{
  1.6886 +						aBuffer.Append(0x202a); //emit LRE
  1.6887 +						}
  1.6888 +					else
  1.6889 +						{
  1.6890 +						aBuffer.Append(0x202b); //emit RLE
  1.6891 +						}
  1.6892 +					++quoteLevel;
  1.6893 +					lastQuote = newChar;
  1.6894 +					}
  1.6895 +				}
  1.6896 +			else
  1.6897 +				{
  1.6898 +				aBuffer.Append(newChar);
  1.6899 +				}
  1.6900 +			}
  1.6901 +		
  1.6902 +		}
  1.6903 +	void PrintMappedData(const TDesC& aTitle, const TDesC& aBuffer, CTGraphicsBase* aTest)
  1.6904 +		{
  1.6905 +		iPrintData.Zero();
  1.6906 +		for (TInt i = 0 ; i < aBuffer.Length() ; ++i)
  1.6907 +			{
  1.6908 +			TText a = aBuffer[i];
  1.6909 +
  1.6910 +			if (!IsIgnorable(a))
  1.6911 +				{
  1.6912 +				iPrintData.Append(MapFromArabic(a));
  1.6913 +				}
  1.6914 +			}
  1.6915 +		iPrintData.ZeroTerminate();
  1.6916 +		aTest->INFO_PRINTF3(KDoubleString, aTitle.Ptr(), iPrintData.Ptr());
  1.6917 +		}
  1.6918 +	static TBool IsIgnorable(TText a)
  1.6919 +		{
  1.6920 +		TBool ignorable = EFalse;
  1.6921 +		switch(a) {
  1.6922 +			case KUnicodeNoSuchCharacter:
  1.6923 +			case KUnicodeLeftToRightMark:
  1.6924 +			case KUnicodeRightToLeftMark:
  1.6925 +			case KUnicodeLeftToRightEmbedding:
  1.6926 +			case KUnicodeRightToLeftEmbedding:
  1.6927 +			case KUnicodePopDirectionFormat:
  1.6928 +			case KUnicodeLeftToRightOverride:
  1.6929 +			case KUnicodeRightToLeftOverride:
  1.6930 +				ignorable = ETrue;
  1.6931 +				break;
  1.6932 +			default:
  1.6933 +				break;
  1.6934 +			}
  1.6935 +		return ignorable;
  1.6936 +		}
  1.6937 +	static TBool StringsMatch(const TText* a1, TInt a1Len,
  1.6938 +		const TText* a2, TInt a2Len)
  1.6939 +		{
  1.6940 +		const TText* a1End = a1 + a1Len;
  1.6941 +		const TText* a2End = a2 + a2Len;
  1.6942 +		for (;;)
  1.6943 +			{
  1.6944 +			while (a1 != a1End && IsIgnorable(*a1))
  1.6945 +				++a1;
  1.6946 +			while (a2 != a2End && IsIgnorable(*a2))
  1.6947 +				++a2;
  1.6948 +			if (a1 == a1End)
  1.6949 +				return a2 == a2End;
  1.6950 +			else if (a2 == a2End)
  1.6951 +				return EFalse;
  1.6952 +			if (*a1 != *a2)
  1.6953 +				return EFalse;
  1.6954 +			++a1;
  1.6955 +			++a2;
  1.6956 +			}
  1.6957 +		}
  1.6958 +	void TestIfPassedL(CTGraphicsBase* aTest)
  1.6959 +		{
  1.6960 +#ifdef PRINT_EXAMPLE
  1.6961 +		_LIT(KTestPassR, "Test Passed - result");
  1.6962 +		_LIT(KTestFailE, "Test Failed - expected");
  1.6963 +		_LIT(KTestFailR, "Test Failed - result");
  1.6964 +#endif // PRINT_EXAMPLE
  1.6965 +		aTest->TEST(iBuffer != 0);
  1.6966 +		TBool match = StringsMatch(iBuffer, iText.Length(), iReorderedText.Ptr(), iReorderedText.Length());
  1.6967 +
  1.6968 +		if (match)
  1.6969 +			{
  1.6970 +#ifdef PRINT_EXAMPLE
  1.6971 +			PrintMappedData(KTestPassR, TPtrC(iBuffer, iText.Length()));
  1.6972 +#endif // PRINT_EXAMPLE
  1.6973 +			}
  1.6974 +		else
  1.6975 +			{
  1.6976 +#ifdef PRINT_EXAMPLE
  1.6977 +			PrintMappedData(KTestFailE, iReorderedText);
  1.6978 +			PrintMappedData(KTestFailR, TPtrC(iBuffer, iText.Length()));
  1.6979 +#endif // PRINT_EXAMPLE
  1.6980 +			aTest->TEST(EFalse);
  1.6981 +			}
  1.6982 +
  1.6983 +		}
  1.6984 +	void TearDown()
  1.6985 +		{
  1.6986 +		if (iBuffer != iText.Ptr())
  1.6987 +			delete[] iBuffer;
  1.6988 +		iBuffer = 0;
  1.6989 +		}
  1.6990 +	};
  1.6991 +
  1.6992 +
  1.6993 +
  1.6994 +//Unicode Spec sample data
  1.6995 +// This uses UPPER CASE english to represent right to left Arabic characters
  1.6996 +// A straight mapping to tabularly equivalent Arabic letters is done during the 
  1.6997 +// tests using this data. KxxS is the "Storage" value, KxxD is the "Display" value.
  1.6998 +// Also all the values like <RLE> are ignored in the comparison, so aren't included in the D value 
  1.6999 +// Embedding codes:
  1.7000 +// <RLE> \x202b <LRE> \0x202a <PDF> \0x202c <RLO> \x202e <LRO> \x202d <RLM> \0x200f <LRM> \0x200e
  1.7001 +
  1.7002 +_LIT(KU1S, "he said \"THE VALUES ARE 123, 456, 789, OK\".");
  1.7003 +_LIT(KU1D, "he said \"KO ,789 ,456 ,123 ERA SEULAV EHT\".");
  1.7004 +_LIT(KU2S, "he said \"IT IS A bmw 500, OK.\"");
  1.7005 +_LIT(KU2D, "he said \".KO ,bmw 500 A SI TI\"");
  1.7006 +_LIT(KU3S, "car means CAR.");
  1.7007 +_LIT(KU3D, "car means RAC.");
  1.7008 +_LIT(KU4S, "car MEANS CAR.");
  1.7009 +_LIT(KU4D, ".RAC SNAEM car");
  1.7010 +//_LIT(KU5S, "he said \"car MEANS CAR.\"");
  1.7011 +//_LIT(KU5D, "he said \"RAC SNAEM car.\"");
  1.7012 +_LIT(KU6S, "DID YOU SAY 'he said \"car MEANS CAR\"'?");
  1.7013 +_LIT(KU6D, "?'he said \"RAC SNAEM car\"' YAS UOY DID");
  1.7014 +_LIT(KU7S, "he said `I NEED WATER!`, and expired.");
  1.7015 +_LIT(KU7D, "he said `RETAW DEEN I!`, and expired.");
  1.7016 +_LIT(KU8S, "he said `\x202bI NEED WATER!\x202c`, and expired.");
  1.7017 +_LIT(KU8D, "he said `!RETAW DEEN I`, and expired.");
  1.7018 +_LIT(KU9S, "he said `I NEED WATER!\x200f`, and expired.");
  1.7019 +_LIT(KU9D, "he said `!RETAW DEEN I`, and expired.");
  1.7020 +_LIT(KU10S,"DID YOU SAY '\x202ahe said \"I NEED WATER!\x200f\", and expired.\x202c'?");
  1.7021 +_LIT(KU10D,"?'he said \"!RETAW DEEN I\", and expired.' YAS UOY DID");
  1.7022 +
  1.7023 +/**
  1.7024 +   @SYMTestCaseID          	GRAPHICS-GDI-BiDi-0005
  1.7025 +
  1.7026 +   @SYMDEF					DEF105603
  1.7027 +
  1.7028 +   @SYMTestCaseDesc			Test TBidirectionalState functionality (Unicode Bidirectional Algorithm impmentation withing SymbianOS)
  1.7029 +
  1.7030 +   @SYMTestPriority			High
  1.7031 +
  1.7032 +   @SYMTestStatus       	Implemented
  1.7033 +
  1.7034 +   @SYMTestActions      	Test behaviour of text-reordering under normal & OOM conditions using examples derived from Unicode Standard Annex 9
  1.7035 +
  1.7036 +   @SYMTestExpectedResults	Confirmation the implementation conforms to the Unicode Birdirection Algorithm standard
  1.7037 +*/
  1.7038 +void CTBiDi::TUnicodeExampleTestL()
  1.7039 +	{
  1.7040 +	TUnicodeExampleOOMTest toom(KU1S, EFalse, KU1D, this);
  1.7041 +	TestOOML(toom);
  1.7042 +	toom.Initialize(KU2S, EFalse, KU2D, this);
  1.7043 +	TestOOML(toom);
  1.7044 +	toom.Initialize(KU3S, EFalse, KU3D, this);
  1.7045 +	TestOOML(toom);
  1.7046 +	toom.Initialize(KU4S, ETrue, KU4D, this);
  1.7047 +	TestOOML(toom);
  1.7048 +//  This test commented out because there seems to be no way to persuade a computer 
  1.7049 +//  to reproduce this example, it only makes sense to human beings.
  1.7050 +//	toom.Initialize(KU5S, EFalse, KU5D);
  1.7051 +//	TestOOML(toom);
  1.7052 +	toom.Initialize(KU6S, ETrue, KU6D, this);
  1.7053 +	TestOOML(toom);
  1.7054 +	toom.Initialize(KU7S, EFalse, KU7D, this);
  1.7055 +	TestOOML(toom);
  1.7056 +	toom.Initialize(KU8S, EFalse, KU8D, this);
  1.7057 +	TestOOML(toom);
  1.7058 +	toom.Initialize(KU9S, EFalse, KU9D, this);
  1.7059 +	TestOOML(toom);
  1.7060 +	toom.Initialize(KU10S, ETrue, KU10D, this);
  1.7061 +	TestOOML(toom);
  1.7062 +
  1.7063 +	}
  1.7064 +
  1.7065 +
  1.7066 +_LIT(KHalalL, "\x62D\x644\x627\x644");
  1.7067 +_LIT(KHalalD, "\x644\x627\x644\x62D");
  1.7068 +_LIT(KHello, "Hello");
  1.7069 +_LIT(KHttL, "\x62D\x644\x627\x644 12:30 \x644\x633");
  1.7070 +_LIT(KHttD, "\x633\x644 12:30 \x644\x627\x644\x62D");
  1.7071 +_LIT(KHttsL, "\x62D\x644\x627\x644 12, 30 \x644\x633");
  1.7072 +_LIT(KHttsD, "\x633\x644 30 ,12 \x644\x627\x644\x62D");
  1.7073 +_LIT(KEmbedL,"he said \x202B\x644 some text 12 nos \x627 \x202A=Hah is \x62D\x202C \x633\x202C perhaps");
  1.7074 +_LIT(KEmbedD,"he said \x633 =Hah is \x62D \x627 some text 12 nos \x644 perhaps");
  1.7075 +_LIT(KMixedL, "\x644\x627 ab");
  1.7076 +_LIT(KMixedD, "ab \x627\x644");
  1.7077 +_LIT(KMixedDL, "\x627\x644 ab");
  1.7078 +_LIT(KRLOverrideL, "\x202Ewxyz\x202Cijkl");
  1.7079 +_LIT(KRLOverrideD, "zyxwijkl");
  1.7080 +
  1.7081 +/**
  1.7082 +   @SYMTestCaseID          	GRAPHICS-GDI-BiDi-0004
  1.7083 +
  1.7084 +   @SYMDEF					DEF105603
  1.7085 +
  1.7086 +   @SYMTestCaseDesc			Test TBidirectionalState functionality (Unicode Bidirectional Algorithm impmentation withing SymbianOS)
  1.7087 +
  1.7088 +   @SYMTestPriority			High
  1.7089 +
  1.7090 +   @SYMTestStatus       	Implemented
  1.7091 +
  1.7092 +   @SYMTestActions      	Test reordering under normal & OOM conditions, using custom strings mixing text with formatting codes
  1.7093 +
  1.7094 +   @SYMTestExpectedResults	Confirmation the implementation conforms to the Unicode Birdirection Algorithm standard
  1.7095 +*/
  1.7096 +void CTBiDi::TestReorderTextL()
  1.7097 +	{
  1.7098 +	TReorderTextOOMTest toom(KHalalL, EFalse, KHalalD);
  1.7099 +	TestOOML(toom);
  1.7100 +	toom.Initialize(KHalalL, ETrue, KHalalD);
  1.7101 +	TestOOML(toom);
  1.7102 +	toom.Initialize(KHello, ETrue, KHello);
  1.7103 +	TestOOML(toom);
  1.7104 +	toom.Initialize(KHello, EFalse, KHello);
  1.7105 +	TestOOML(toom);
  1.7106 +	toom.Initialize(KHttL, ETrue, KHttD);
  1.7107 +	TestOOML(toom);
  1.7108 +	toom.Initialize(KHttL, EFalse, KHttD);
  1.7109 +	TestOOML(toom);
  1.7110 +	toom.Initialize(KHttsL, ETrue, KHttsD);
  1.7111 +	TestOOML(toom);
  1.7112 +	toom.Initialize(KHttsL, EFalse, KHttsD);
  1.7113 +	TestOOML(toom);
  1.7114 +	toom.Initialize(KMixedL, ETrue, KMixedD);
  1.7115 +	TestOOML(toom);
  1.7116 +	toom.Initialize(KMixedL, EFalse, KMixedDL);
  1.7117 +	TestOOML(toom);
  1.7118 +	toom.Initialize(KRLOverrideL, EFalse, KRLOverrideD);
  1.7119 +	TestOOML(toom);
  1.7120 +	toom.Initialize(KEmbedL, EFalse, KEmbedD);
  1.7121 +//	TestOOML(toom);
  1.7122 +	}
  1.7123 +
  1.7124 +/**
  1.7125 +TBidiTextOOMTest
  1.7126 +
  1.7127 +This class contains functions that support tests based on the examples given by 
  1.7128 +Unicode Standard Annexe 9
  1.7129 +
  1.7130 +The class contains methods for creating text with different directionality (left-to-right, right-to-left)
  1.7131 +and test functions to determine directionality
  1.7132 +*/
  1.7133 +class TBidiTextOOMTest : public MOOMTest
  1.7134 +	{
  1.7135 +public:
  1.7136 +/** Overall directionality of the text. */
  1.7137 +/** Text reading begins on the left. */
  1.7138 +/** Text reading begins on the right. */
  1.7139 +	enum TDirectionality { ELeftToRight, ERightToLeft, EAutomatic };
  1.7140 +	TBidiTextOOMTest(CTGraphicsBase *aTest) : iInputText(0), iBidi(0), iTest(aTest) {}
  1.7141 +	void Initialize(const TDesC& aInput,
  1.7142 +		TDirectionality aDirectionality, TInt aMaxLines)
  1.7143 +		{
  1.7144 +		iInputText = &aInput;
  1.7145 +		iDirectionality = aDirectionality;
  1.7146 +		iMaxLines = aMaxLines;
  1.7147 +		delete iBidi;
  1.7148 +		iBidi = 0;
  1.7149 +		}
  1.7150 +
  1.7151 +	void SetUpL() {}
  1.7152 +
  1.7153 +	void ManipulateL()
  1.7154 +		{
  1.7155 +		switch(iDirectionality) {
  1.7156 +			case EAutomatic:
  1.7157 +				iBidi = TBidiText::NewL(*iInputText, iMaxLines);
  1.7158 +				break;
  1.7159 +			case ELeftToRight:
  1.7160 +				iBidi = TBidiText::NewL(*iInputText, iMaxLines, TBidiText::ELeftToRight);
  1.7161 +				break;
  1.7162 +			case ERightToLeft:
  1.7163 +				iBidi = TBidiText::NewL(*iInputText, iMaxLines, TBidiText::ERightToLeft);
  1.7164 +				break;
  1.7165 +			default:
  1.7166 +				iTest->TEST(EFalse); //Invalid value for iDirectionality
  1.7167 +			}
  1.7168 +		}
  1.7169 +
  1.7170 +	void TearDown()
  1.7171 +		{
  1.7172 +		delete iBidi;
  1.7173 +		iBidi = 0;
  1.7174 +		}
  1.7175 +
  1.7176 +	void TestIfPassedL(CTGraphicsBase* aTest)
  1.7177 +		{
  1.7178 +		aTest->TEST(iBidi != NULL);
  1.7179 +		const TFileName a(iBidi->Text());
  1.7180 +		aTest->TEST(a == *iInputText); 
  1.7181 +		// tests on the actual display text are run in a separate test case
  1.7182 +		}
  1.7183 +
  1.7184 +	void TestLeftCleanlyL(CTGraphicsBase* aTest)
  1.7185 +		{
  1.7186 +		aTest->TEST(iBidi == NULL);
  1.7187 +		}
  1.7188 +private:
  1.7189 +	const TDesC* iInputText;
  1.7190 +	TDirectionality iDirectionality;
  1.7191 +	TInt iMaxLines;
  1.7192 +	TBidiText* iBidi;
  1.7193 +	CTGraphicsBase *iTest;
  1.7194 +	};
  1.7195 +
  1.7196 +/**
  1.7197 +   @SYMTestCaseID			GRAPHICS-GDI-BiDi-0006
  1.7198 +
  1.7199 +   @SYMDEF					DEF105603
  1.7200 +
  1.7201 +   @SYMTestCaseDesc			Test TBidirectionalState functionality (Unicode Bidirectional Algorithm impmentation withing SymbianOS)
  1.7202 +
  1.7203 +   @SYMTestPriority			High
  1.7204 +
  1.7205 +   @SYMTestStatus       	Implemented
  1.7206 +
  1.7207 +   @SYMTestActions      	Test detection of 'overall' directionality of a given language/script
  1.7208 +
  1.7209 +   @SYMTestExpectedResults	Confirmation the implementation conforms to the Unicode Birdirection Algorithm standard
  1.7210 +*/
  1.7211 +void CTBiDi::TestScriptDirectionality()
  1.7212 +	{
  1.7213 +	for (TInt i = 0; i != 100; ++i)
  1.7214 +		{
  1.7215 +		TBidiText::TDirectionality dir = TBidiText::ScriptDirectionality(
  1.7216 +			static_cast<TLanguage>(i));
  1.7217 +		TEST(i == ELangArabic || i == ELangHebrew || i == ELangFarsi || i == ELangUrdu?
  1.7218 +			dir==TBidiText::ERightToLeft : dir == TBidiText::ELeftToRight);
  1.7219 +		}
  1.7220 +	}
  1.7221 +
  1.7222 +_LIT(KMultiLine, "Many\x644\x633 runs\xD\xAwith\xDmany\xAtypes\x2028of\x2029\x633\x633 Linebreaks");
  1.7223 +_LIT(KLineSep, "\x2028");
  1.7224 +
  1.7225 +/**
  1.7226 + *
  1.7227 + * void CTBiDi::NoLineBreakDrawTestL
  1.7228 + *
  1.7229 + * Test for TBidiText::DrawText
  1.7230 + * 
  1.7231 + * Some Arabic text is drawn without any line break opportunities.
  1.7232 + *
  1.7233 + * The result should still be broken into screenwidths and drawn.
  1.7234 + *
  1.7235 + *
  1.7236 + */
  1.7237 +void CTBiDi::NoLineBreakDrawTestL()
  1.7238 +	{
  1.7239 +	INFO_PRINTF1(_L("TBidiText test - RightToLeftArabic draw test without line break opportunities\r\n"));
  1.7240 +
  1.7241 +	TSize windowSize(400,200);
  1.7242 +
  1.7243 +	RArray<TTestDataRun> runsArray(16);
  1.7244 +	CleanupClosePushL(runsArray);
  1.7245 +	
  1.7246 +	CFont* testFont = new(ELeave) CTestFont;
  1.7247 +	CleanupStack::PushL(testFont);
  1.7248 +
  1.7249 +
  1.7250 +	CTestGraphicsDevice* testDevice = CTestGraphicsDevice::NewL(windowSize);
  1.7251 +
  1.7252 +	CleanupStack::PushL(testDevice);
  1.7253 +
  1.7254 +	CGraphicsContext* tContext = NULL;
  1.7255 +	
  1.7256 +	TEST(testDevice->CreateContext(tContext) == KErrNone);
  1.7257 +	//note - no cleanupstack entry as the context is owned by the device
  1.7258 +
  1.7259 +	CTestGraphicsContext* testContext = static_cast<CTestGraphicsContext*>(tContext);
  1.7260 +
  1.7261 +
  1.7262 +	//Create buffer to hold test data
  1.7263 +	HBufC* oldTextBufPtr = HBufC::NewLC(KBufferSize);
  1.7264 +
  1.7265 +	TPtrC original;
  1.7266 +	TPtrC wrapped;
  1.7267 +
  1.7268 +	TextIterator rIterator(KRightToLeftArabic, KRightToLeftArabicLength);
  1.7269 +
  1.7270 +	TInt i;
  1.7271 +	TInt length;
  1.7272 +	TInt end;
  1.7273 +	MLineBreaker breaker;
  1.7274 +
  1.7275 +	//Fill buffer with data
  1.7276 +	for (i = 0 ; i < KBufferSize ; ++i)
  1.7277 +		{
  1.7278 +		TUint s, e;
  1.7279 +		TText16 ch = rIterator.NextChar();
  1.7280 +		if (breaker.LineBreakClass(ch, s, e) == MLineBreaker::EAlLineBreakClass)
  1.7281 +			oldTextBufPtr->Des().Append(ch);
  1.7282 +		}
  1.7283 +
  1.7284 +	TPtr oldText(oldTextBufPtr->Des());
  1.7285 +
  1.7286 +	TBidiText* bidi = TBidiText::NewL(oldText, 50);
  1.7287 +
  1.7288 +	CleanupStack::PushL(bidi);
  1.7289 +
  1.7290 +	TInt comparedLength = (oldText.Length() < KBufferSize )? oldText.Length(): KBufferSize;
  1.7291 +
  1.7292 +	TEST(oldText.Length() == bidi->Text().Length());
  1.7293 +
  1.7294 +	TEST(TestTBidirectionalState::TextInSameOrder(oldText.Ptr(), bidi->Text().Ptr(), comparedLength));
  1.7295 +
  1.7296 +	bidi->WrapText(400 , *testFont, 0);
  1.7297 +
  1.7298 +	TEST(bidi->WrappingWidth() == 400);
  1.7299 +
  1.7300 +	original.Set(bidi->Text());
  1.7301 +
  1.7302 +	wrapped.Set(bidi->DisplayText());
  1.7303 +
  1.7304 +#ifdef PRINT_ARRAYS
  1.7305 +	_LIT(KOriginalTitle, "Original: \r\n"); 
  1.7306 +	_LIT(KDisplayTitle, "Display: \r\n"); 
  1.7307 +
  1.7308 +	PrintTestData(KOriginalTitle, original);
  1.7309 +	PrintTestData(KDisplayTitle, wrapped);
  1.7310 +
  1.7311 +#endif // PRINT_ARRAYS
  1.7312 +	
  1.7313 +	//Using a font where every character is 10 pixels wide and wrapping to 400 pixels width,
  1.7314 +	//every 40 characters should be a Linebreak character, and each of those lines should be reversed.
  1.7315 +
  1.7316 +	length = oldText.Length();
  1.7317 +	end = wrapped.Length();
  1.7318 +
  1.7319 +	TEST(original.Length() == length);
  1.7320 +	TEST(end  >= length);
  1.7321 +
  1.7322 +	const TText* currentWrapped = wrapped.Ptr();
  1.7323 +	const TText* wrappedEnd = currentWrapped + wrapped.Length();
  1.7324 +	for (i = 0; i < length ; i += 40)
  1.7325 +		{
  1.7326 +		end = ((length-i) >= 40) ? i+40 : length;
  1.7327 +
  1.7328 +		TTestDataRun runData;
  1.7329 +
  1.7330 +		runData.iStart = i;
  1.7331 +		runData.iLength = end-i;
  1.7332 +
  1.7333 +		runsArray.Append(runData); 
  1.7334 +
  1.7335 +		TEST( ( end-i <= oldText.Length() - i) && ( end-i <= wrappedEnd - currentWrapped));
  1.7336 +		const TText* endLine = TestTBidirectionalState::TextInReverseOrderIgnoringJoiners(
  1.7337 +			oldText.Ptr() + i, currentWrapped, end-i);
  1.7338 +		if (!endLine)
  1.7339 +			{
  1.7340 +			INFO_PRINTF3(_L("TBidiText test - wrapped - reverse order check failed for index %d out-index %d"),
  1.7341 +				i, currentWrapped - wrapped.Ptr());
  1.7342 +			TEST(EFalse);
  1.7343 +			}
  1.7344 +		
  1.7345 +		if (wrappedEnd <= endLine)
  1.7346 +			break;
  1.7347 +
  1.7348 +		if (*endLine != 0x02028)
  1.7349 +			{
  1.7350 +			INFO_PRINTF3(_L("TBidiText test - wrapped - line terminator check failed for index %d out-index %d"),
  1.7351 +				i, currentWrapped - wrapped.Ptr());
  1.7352 +			TEST(EFalse);
  1.7353 +			}
  1.7354 +		currentWrapped = endLine + 1;
  1.7355 +		}
  1.7356 +
  1.7357 +	TPoint origin(0,0);
  1.7358 +	TInt baseline_offset = testFont->BaselineOffsetInPixels();
  1.7359 +	bidi->DrawText(*testContext, origin, baseline_offset);
  1.7360 +
  1.7361 +	//now check that DrawText passed the right data
  1.7362 +	for (i = 0 ; i < runsArray.Count() ; i++)
  1.7363 +		{
  1.7364 +		TPtrC spec(testContext->DisplayLine(i).LineData());
  1.7365 +		TEST( ( runsArray[i].iLength <= oldText.Length() - runsArray[i].iStart) && ( runsArray[i].iLength <= spec.Length()));
  1.7366 +		TEST(0 != TestTBidirectionalState::TextInReverseOrderIgnoringJoiners(
  1.7367 +			oldText.Ptr() + runsArray[i].iStart , spec.Ptr(), runsArray[i].iLength));
  1.7368 +		};
  1.7369 +
  1.7370 +	INFO_PRINTF1(_L("TBidiText test - wrapped - display text test passed\r\n"));
  1.7371 +
  1.7372 +	CleanupStack::PopAndDestroy(bidi);
  1.7373 +	CleanupStack::PopAndDestroy(oldTextBufPtr); //whatever is pushed by HBufC::NewLC
  1.7374 +	delete testContext;
  1.7375 +	CleanupStack::PopAndDestroy(testDevice);
  1.7376 +
  1.7377 +	CleanupStack::PopAndDestroy(testFont);
  1.7378 +	CleanupStack::PopAndDestroy();  //closes runsArray
  1.7379 +	}
  1.7380 +
  1.7381 +/**
  1.7382 + *
  1.7383 + * void CTBiDi::RightToLeftArabicDrawTestL()
  1.7384 + * 
  1.7385 + * Test for TBidiText::DrawText
  1.7386 + * 
  1.7387 + * Some Arabic text is drawn with line break opportunities, but the resulting lines
  1.7388 + * are still longer than the declared screen width. So every line becomes two lines.
  1.7389 + *
  1.7390 + */
  1.7391 +void CTBiDi::RightToLeftArabicDrawTestL()
  1.7392 +	{
  1.7393 +	INFO_PRINTF1(_L("TBidiText test - RightToLeftArabic draw test with linebreak opportunities\r\n"));
  1.7394 +
  1.7395 +	TSize windowSize(400,200);
  1.7396 +
  1.7397 +	RArray<TTestDataRun> runsArray(16);
  1.7398 +	CleanupClosePushL(runsArray);
  1.7399 +	
  1.7400 +	CFont* testFont = new(ELeave) CTestFont;
  1.7401 +	CleanupStack::PushL(testFont);
  1.7402 +
  1.7403 +	CTestGraphicsDevice* testDevice = CTestGraphicsDevice::NewL(windowSize);
  1.7404 +
  1.7405 +	CleanupStack::PushL(testDevice);
  1.7406 +
  1.7407 +	CGraphicsContext* tContext;
  1.7408 +	
  1.7409 +	TEST(testDevice->CreateContext(tContext) == KErrNone);
  1.7410 +	//note - no cleanupstack entry as the context is owned by the device
  1.7411 +
  1.7412 +	CTestGraphicsContext* testContext = static_cast<CTestGraphicsContext*>(tContext);
  1.7413 +
  1.7414 +
  1.7415 +	//Create buffer to hold test data
  1.7416 +	HBufC* oldTextBufPtr = HBufC::NewLC(KBufferSize);
  1.7417 +
  1.7418 +	TPtrC original;
  1.7419 +	TPtrC wrapped;
  1.7420 +
  1.7421 +	TextIterator rIterator(KRightToLeftArabic, KRightToLeftArabicLength);
  1.7422 +
  1.7423 +	TInt i;
  1.7424 +	TInt length;
  1.7425 +	TInt end;
  1.7426 +
  1.7427 +	//Fill buffer with groups of 16 characters separated by single spaces
  1.7428 +	//Avoid a trailing space
  1.7429 +	for (i = 0 ; i < (KBufferSize-1) ; ++i)
  1.7430 +		{
  1.7431 +			if ( (i & 15) == 15) 
  1.7432 +				{
  1.7433 +					oldTextBufPtr->Des().Append(0x020);
  1.7434 +				}
  1.7435 +			else
  1.7436 +				{
  1.7437 +					oldTextBufPtr->Des().Append(rIterator.NextChar());
  1.7438 +				}
  1.7439 +		}
  1.7440 +
  1.7441 +	oldTextBufPtr->Des().Append(rIterator.NextChar()); //final character in buffer should not be a space
  1.7442 +
  1.7443 +
  1.7444 +	TPtr oldText(oldTextBufPtr->Des());
  1.7445 +
  1.7446 +	TBidiText* bidi = TBidiText::NewL(oldText, 50);
  1.7447 +
  1.7448 +	CleanupStack::PushL(bidi);
  1.7449 +
  1.7450 +	TEST( (oldText.Length() == bidi->Text().Length() ) && (oldText.Length() == KBufferSize) );
  1.7451 +	TEST(TestTBidirectionalState::TextInSameOrder(oldText.Ptr(), bidi->Text().Ptr(), KBufferSize));
  1.7452 +
  1.7453 +	bidi->WrapText(400 , *testFont, 0);
  1.7454 +
  1.7455 +	TEST(bidi->WrappingWidth() == 400);
  1.7456 +
  1.7457 +	original.Set(bidi->Text());
  1.7458 +
  1.7459 +	wrapped.Set(bidi->DisplayText());
  1.7460 +
  1.7461 +#ifdef PRINT_ARRAYS
  1.7462 +	_LIT(KOriginalTitle, "Original: \r\n"); 
  1.7463 +	_LIT(KDisplayTitle, "Display: \r\n"); 
  1.7464 +
  1.7465 +	PrintTestData(KOriginalTitle, original);
  1.7466 +	PrintTestData(KDisplayTitle, wrapped);
  1.7467 +
  1.7468 +#endif // PRINT_ARRAYS
  1.7469 +	
  1.7470 +	//Using a font where every character is 10 pixels wide and wrapping to 400 pixels width,
  1.7471 +	// The space every 32 characters should be replaced by a linebreak character
  1.7472 +
  1.7473 +	length = oldText.Length();
  1.7474 +	end = wrapped.Length();
  1.7475 +
  1.7476 +	TEST(original.Length() == length);
  1.7477 +
  1.7478 +	for (i = 0; i < length ; i += 32)
  1.7479 +		{
  1.7480 +		TInt left = length-i;
  1.7481 +		TTestDataRun runData;
  1.7482 +		runData.iStart = i;
  1.7483 +
  1.7484 +		if (left <= 33)
  1.7485 +			{
  1.7486 +			end = length;
  1.7487 +			runData.iLength = end - i;
  1.7488 +			}
  1.7489 +		else
  1.7490 +			{
  1.7491 +			end = i+32;
  1.7492 +			runData.iLength = 31;
  1.7493 +			};
  1.7494 +
  1.7495 +		runsArray.Append(runData); 
  1.7496 +
  1.7497 +		TEST( (runData.iLength <= oldText.Length() - runData.iStart) && (runData.iLength <= wrapped.Length() - runData.iStart) );
  1.7498 +
  1.7499 +		if (!TestTBidirectionalState::TextInReverseOrder(oldText.Ptr() + runData.iStart , wrapped.Ptr() + runData.iStart, runData.iLength))
  1.7500 +			{
  1.7501 +			INFO_PRINTF2(_L("TBidiText test - wrapped - reverse order check failed for index %d\r\n"), i);
  1.7502 +			TEST(EFalse);
  1.7503 +			}
  1.7504 +
  1.7505 +		if (length-end < 32)
  1.7506 +			{
  1.7507 +			break; //don't expect an end of line on the last line
  1.7508 +			}
  1.7509 +
  1.7510 +		if (wrapped[i+31] != 0x02028)
  1.7511 +			{
  1.7512 +			INFO_PRINTF2(_L("TBidiText test - wrapped - line terminator check failed for index %d\r\n"), i);
  1.7513 +			TEST(EFalse);
  1.7514 +			}
  1.7515 +			
  1.7516 +		}
  1.7517 +
  1.7518 +	TPoint origin(0,0);
  1.7519 +	TInt baseline_offset = testFont->BaselineOffsetInPixels();
  1.7520 +	bidi->DrawText(*testContext, origin, baseline_offset);
  1.7521 +
  1.7522 +	//now check that DrawText passed the right data
  1.7523 +	for (i = 0 ; i < runsArray.Count() ; i++)
  1.7524 +		{
  1.7525 +		TPtrC16 spec(testContext->DisplayLine(i).LineData());
  1.7526 +		TEST(spec.Length() == runsArray[i].iLength);
  1.7527 +		TEST( spec.Length() <= (oldText.Length() - runsArray[i].iStart) );
  1.7528 +		TEST(TestTBidirectionalState::TextInReverseOrder(oldText.Ptr() + runsArray[i].iStart , spec.Ptr(), spec.Length()));
  1.7529 +		};
  1.7530 +
  1.7531 +	INFO_PRINTF1(_L("TBidiText test - wrapped - display text test passed\r\n"));
  1.7532 +
  1.7533 +	CleanupStack::PopAndDestroy(bidi);
  1.7534 +	CleanupStack::PopAndDestroy(); //whatever is pushed by HBufC::NewLC
  1.7535 +	delete testContext;
  1.7536 +	CleanupStack::PopAndDestroy(testDevice);
  1.7537 +	CleanupStack::PopAndDestroy(testFont);
  1.7538 +	CleanupStack::PopAndDestroy(); //closes runsArray
  1.7539 +
  1.7540 +	}
  1.7541 +
  1.7542 +/**
  1.7543 + *
  1.7544 + * void CTBiDi::LeftToRightDrawTestL()
  1.7545 + *
  1.7546 + * Test for TBidiText::DrawText
  1.7547 + * 
  1.7548 + * Some Latin text is drawn with line breaks
  1.7549 + *
  1.7550 + */
  1.7551 +void CTBiDi::LeftToRightDrawTestL()
  1.7552 +	{//as well as left to right text, this uses a variety of break opportunities.
  1.7553 +	INFO_PRINTF1(_L("TBidiText test - LeftToRight draw test\r\n"));
  1.7554 +
  1.7555 +	TSize windowSize(100,400);
  1.7556 +
  1.7557 +	RArray<TTestDataRun> runsArray(16);
  1.7558 +	CleanupClosePushL(runsArray);
  1.7559 +	
  1.7560 +	CFont* testFont = new(ELeave) CTestFont;
  1.7561 +	CleanupStack::PushL(testFont);
  1.7562 +
  1.7563 +
  1.7564 +	CTestGraphicsDevice* testDevice = CTestGraphicsDevice::NewL(windowSize);
  1.7565 +
  1.7566 +	CleanupStack::PushL(testDevice);
  1.7567 +
  1.7568 +	CGraphicsContext* tContext;
  1.7569 +	
  1.7570 +	TEST(testDevice->CreateContext(tContext) == KErrNone);
  1.7571 +	//note - no cleanupstack entry as the context is owned by the device
  1.7572 +
  1.7573 +	CTestGraphicsContext* testContext = static_cast<CTestGraphicsContext*>(tContext);
  1.7574 +
  1.7575 +
  1.7576 +	//Create buffer to hold test data
  1.7577 +	HBufC* oldTextBufPtr = HBufC::NewLC(KBufferSize);
  1.7578 +
  1.7579 +	TPtrC original;
  1.7580 +	TPtrC wrapped;
  1.7581 +
  1.7582 +	TextIterator lIterator(KLeftToRight, KLeftToRightLength);
  1.7583 +
  1.7584 +	TInt i;
  1.7585 +	TInt j;
  1.7586 +	TInt length;
  1.7587 +	TInt endOfWrapped;
  1.7588 +
  1.7589 +	//Fill buffer with groups of 16 characters separated by single spaces
  1.7590 +	for (i = 0 ; i < KBufferSize ; ++i)
  1.7591 +		{
  1.7592 +		if ( (i & 15) == 15) 
  1.7593 +			{
  1.7594 +			oldTextBufPtr->Des().Append(0x020);
  1.7595 +			}
  1.7596 +		else
  1.7597 +			{
  1.7598 +			oldTextBufPtr->Des().Append(lIterator.NextChar());
  1.7599 +			}
  1.7600 +		}
  1.7601 +
  1.7602 +	TPtr oldText(oldTextBufPtr->Des());
  1.7603 +
  1.7604 +	TBidiText* bidi = TBidiText::NewL(oldText, 200);
  1.7605 +
  1.7606 +	CleanupStack::PushL(bidi);
  1.7607 +
  1.7608 +	TEST( (oldText.Length() == bidi->Text().Length() ) && (oldText.Length() == KBufferSize) );
  1.7609 +
  1.7610 +	TEST(TestTBidirectionalState::TextInSameOrder(oldText.Ptr(), bidi->Text().Ptr(), KBufferSize));
  1.7611 +
  1.7612 +	bidi->WrapText(100 , *testFont, 0);
  1.7613 +
  1.7614 +	TEST(bidi->WrappingWidth() == 100);
  1.7615 +
  1.7616 +	original.Set(bidi->Text());
  1.7617 +
  1.7618 +	wrapped.Set(bidi->DisplayText());
  1.7619 +
  1.7620 +#ifdef PRINT_ARRAYS
  1.7621 +	_LIT(KOriginalTitle, "Original: \r\n"); 
  1.7622 +	_LIT(KDisplayTitle, "Display: \r\n"); 
  1.7623 +
  1.7624 +	PrintTestData(KOriginalTitle, original);
  1.7625 +	PrintTestData(KDisplayTitle, wrapped);
  1.7626 +
  1.7627 +#endif // PRINT_ARRAYS
  1.7628 +	
  1.7629 +	//Using a font where every character is 10 pixels wide and wrapping to 100 pixels width,
  1.7630 +	//after 10 characters should be a linebreak, then the next space is replaced by another linebreak and so on.
  1.7631 +
  1.7632 +	length = oldText.Length();
  1.7633 +	endOfWrapped = wrapped.Length();
  1.7634 +
  1.7635 +	TEST(original.Length() == length);
  1.7636 +	TEST(endOfWrapped  >= length);
  1.7637 +
  1.7638 +	TInt increment = 10;
  1.7639 +
  1.7640 +	i = 0;
  1.7641 +	j = 0;
  1.7642 +
  1.7643 +	for(i=0,j=0; i < length; i += increment, (increment = (increment == 5) ? 10 : 5))
  1.7644 +		{ 
  1.7645 +		
  1.7646 +		TTestDataRun runData;
  1.7647 +
  1.7648 +		TInt endOfRun = ((length-i) > increment) ? i+increment : length;
  1.7649 +
  1.7650 +		runData.iStart = i;
  1.7651 +		runData.iLength = endOfRun-i;
  1.7652 +
  1.7653 +		runsArray.Append(runData); 
  1.7654 +
  1.7655 +		//make sure the array is not overread
  1.7656 +		TEST( (runData.iLength <= oldText.Length() - i) && (runData.iLength <= wrapped.Length() - j) );
  1.7657 +
  1.7658 +		if (!TestTBidirectionalState::TextInSameOrder(oldText.Ptr() + i , wrapped.Ptr() + j, runData.iLength))
  1.7659 +			{
  1.7660 +			INFO_PRINTF3(_L("TBidiText test - wrapped - same order check failed for index %d out-index %d\r\n"), i, j);
  1.7661 +			TEST(EFalse);
  1.7662 +			}
  1.7663 +
  1.7664 +		j += increment;
  1.7665 +
  1.7666 +		if (j >= (endOfWrapped-1))
  1.7667 +			{
  1.7668 +			break;
  1.7669 +			}
  1.7670 +		
  1.7671 +		if (wrapped[j++] != 0x02028)
  1.7672 +			{
  1.7673 +			INFO_PRINTF3(_L("TBidiText test - wrapped - line terminator check failed for index %d out-index %d\r\n"), i, j-1);
  1.7674 +			TEST(EFalse);
  1.7675 +			}
  1.7676 +		if (increment == 5) 
  1.7677 +			{
  1.7678 +			i++; //skip space at end of every 15 characters
  1.7679 +			};
  1.7680 +		
  1.7681 +
  1.7682 +		}
  1.7683 +
  1.7684 +	TPoint origin(0,0);
  1.7685 +	TInt baseline_offset = testFont->BaselineOffsetInPixels();
  1.7686 +	bidi->DrawText(*testContext, origin, baseline_offset);
  1.7687 +
  1.7688 +	//now check that DrawText passed the right data
  1.7689 +	for (i = 0 ; i < (runsArray.Count()-1) ; i++)
  1.7690 +		{
  1.7691 +		TPoint line_origin(testContext->DisplayLine(i).Position());
  1.7692 +		TEST (line_origin.iY == (origin.iY + (i * baseline_offset)));
  1.7693 +		TPtrC16 spec(testContext->DisplayLine(i).LineData());
  1.7694 +		TTestDataRun run = runsArray[i];
  1.7695 +		TEST(spec.Length() == run.iLength);
  1.7696 +		//make sure the array is not overread
  1.7697 +		TEST(spec.Length() <= oldText.Length() - run.iStart);
  1.7698 +		TEST(TestTBidirectionalState::TextInSameOrder(oldText.Ptr() + run.iStart , spec.Ptr(), spec.Length()));
  1.7699 +		};
  1.7700 +
  1.7701 +	INFO_PRINTF1(_L("TBidiText test - wrapped - display text test passed\r\n"));
  1.7702 +
  1.7703 +	CleanupStack::PopAndDestroy(bidi);
  1.7704 +	CleanupStack::PopAndDestroy(); //whatever is pushed by HBufC::NewLC
  1.7705 +	delete testContext;
  1.7706 +	CleanupStack::PopAndDestroy(testDevice);
  1.7707 +	CleanupStack::PopAndDestroy(testFont);
  1.7708 +	CleanupStack::PopAndDestroy(); //closes runsArray
  1.7709 +
  1.7710 +	}
  1.7711 +
  1.7712 +/**
  1.7713 + *
  1.7714 + * TBool CTBiDi::GlyphTestL
  1.7715 + *
  1.7716 + * Test function for glyph substitution
  1.7717 + *
  1.7718 + * @param     "const TDesC16& aTitle"
  1.7719 + *            Reference to literal string used for logging. Id's the particular test
  1.7720 + *
  1.7721 + * @param     "const TDesC16& aOriginal"
  1.7722 + *            Reference text
  1.7723 + *
  1.7724 + * @param     "const TDesC16& aDesired"
  1.7725 + *            Reference to expected result following call to DisplayText
  1.7726 + *
  1.7727 + * @param     "const TInt aWrapWidth"
  1.7728 + *            The maximum width of the text (in pixels)
  1.7729 + *
  1.7730 + */
  1.7731 +TBool CTBiDi::GlyphTestL(const TDesC16& aTitle, const TDesC16& aOriginal, const TDesC16& aDesired, const TInt aWrapWidth)
  1.7732 +	{
  1.7733 +	TBool pass = ETrue;
  1.7734 +	INFO_PRINTF1(aTitle);
  1.7735 +
  1.7736 +	TSize windowSize(400,200);
  1.7737 +
  1.7738 +	CTestGraphicsDevice* testDevice = CTestGraphicsDevice::NewL(windowSize);
  1.7739 +	CleanupStack::PushL(testDevice);
  1.7740 +
  1.7741 +	CFont* testFont;
  1.7742 +	CGraphicsContext* tContext;
  1.7743 +	
  1.7744 +	User::LeaveIfError(testDevice->CreateContext(tContext));
  1.7745 +	CleanupStack::PushL(tContext);
  1.7746 +
  1.7747 +	User::LeaveIfError(testDevice->GetNearestFontToDesignHeightInPixels(testFont,TFontSpec(KArabicFontName,16)));
  1.7748 +
  1.7749 +	TPtrC original;
  1.7750 +	TPtrC wrapped;
  1.7751 +	TPtrC desired(aDesired);
  1.7752 +	TInt desiredIndex = 0;
  1.7753 +	TInt desiredLength = desired.Length();
  1.7754 +
  1.7755 +	TBidiText* bidi = TBidiText::NewL(aOriginal, 50);
  1.7756 +
  1.7757 +	CleanupStack::PushL(bidi);
  1.7758 +
  1.7759 +	bidi->WrapText(aWrapWidth , *testFont, 0);
  1.7760 +
  1.7761 +	TEST(bidi->WrappingWidth() == aWrapWidth);
  1.7762 +
  1.7763 +	original.Set(bidi->Text());
  1.7764 +
  1.7765 +	wrapped.Set(bidi->DisplayText());
  1.7766 +
  1.7767 +	
  1.7768 +	CFont::TPositionParam param;
  1.7769 +	param.iDirection = CFont::EHorizontal;
  1.7770 +	param.iText.Set(bidi->DisplayText());
  1.7771 +
  1.7772 +	param.iPosInText = 0;
  1.7773 +	TInt end_char = wrapped.Length();
  1.7774 +
  1.7775 +	pass = ETrue;
  1.7776 +
  1.7777 +	while (param.iPosInText < end_char)
  1.7778 +		{
  1.7779 +		if (testFont->GetCharacterPosition(param)) //turn character(s) into glyphs
  1.7780 +			{
  1.7781 +			//some glyphs have been output
  1.7782 +			TInt i;
  1.7783 +			for (i = 0 ; i < param.iOutputGlyphs ; ++i)
  1.7784 +				{
  1.7785 +				pass = pass && (desiredIndex < desiredLength); //see if more glyphs generated than expected
  1.7786 +
  1.7787 +				while (desired[desiredIndex] == KUnicodeNoSuchCharacter)
  1.7788 +					{
  1.7789 +					++desiredIndex; //skip any padding
  1.7790 +					}
  1.7791 +
  1.7792 +				pass = pass && (desired[desiredIndex] == param.iOutput[i].iCode);
  1.7793 +
  1.7794 +				++desiredIndex;
  1.7795 +				}
  1.7796 +			}
  1.7797 +		}
  1.7798 +	_LIT(KPassed, " passed\r\n");
  1.7799 +	_LIT(KFailed, " FAILED\r\n");
  1.7800 +
  1.7801 +	if (pass)
  1.7802 +		{
  1.7803 +		INFO_PRINTF1(KPassed);
  1.7804 +		}
  1.7805 +	else
  1.7806 +		{
  1.7807 +		INFO_PRINTF1(KFailed);
  1.7808 +		_LIT(KOriginalTitle, "Original: \r\n"); 
  1.7809 +		_LIT(KDisplayTitle, "Display: \r\n"); 
  1.7810 +		_LIT(KDesiredTitle, "Desired: \r\n");
  1.7811 +		PrintTestData(KOriginalTitle, original);
  1.7812 +		PrintTestData(KDisplayTitle, wrapped);
  1.7813 +		PrintTestData(KDesiredTitle, desired);
  1.7814 +
  1.7815 +		}
  1.7816 +
  1.7817 +	CleanupStack::PopAndDestroy(bidi);
  1.7818 +	CleanupStack::PopAndDestroy(tContext);
  1.7819 +	CleanupStack::PopAndDestroy(testDevice);
  1.7820 +	delete 	((CTestFont*)testFont); //this is to avoid compilation warnings as CFont desructor is private
  1.7821 +
  1.7822 +	return pass;
  1.7823 +	}
  1.7824 +
  1.7825 +_LIT(KLamAlefIsolateTitle, "Lam-Alef Ligature Test (Alef-Lam in logical order) ");
  1.7826 +_LIT(KLamAlefIsolate, " \x644\x627 ");
  1.7827 +_LIT(KLamAlefIsolateDesired, " \xfefb "); 
  1.7828 +_LIT(KLamAlefTahTtitle, "Lam-Alef Tah Ligature Test (Tah Alef Lam in logical order) ");
  1.7829 +_LIT(KLamAlefTah, " \x637\x644\x627 ");
  1.7830 +_LIT(KLamAlefTahDesired, " \xfefc\xfec3 "); 
  1.7831 +_LIT(KTaaTaaTaaTitle, "Taa Taa Taa Shaping test  ");
  1.7832 +_LIT(KTaaTaaTaa, " \x637\x637\x637 ");
  1.7833 +_LIT(KTaaTaaTaaDesired, " \xfec2\xfec4\xfec3 ");  
  1.7834 +
  1.7835 +
  1.7836 +/**
  1.7837 + *
  1.7838 + * TBool CTBiDi::LigatureTextsL
  1.7839 + *
  1.7840 + * Test function of glyphs using ligatures
  1.7841 + *
  1.7842 + */
  1.7843 +void CTBiDi::LigatureTestsL()
  1.7844 +	{
  1.7845 +	TInt passed = 0;
  1.7846 +	TInt wrapWidth = 400;
  1.7847 +	//set the wrapping width very large - we don't want these tests to linewrap.
  1.7848 +
  1.7849 +	if (GlyphTestL(KLamAlefIsolateTitle, KLamAlefIsolate, KLamAlefIsolateDesired, wrapWidth))
  1.7850 +		{
  1.7851 +		++passed;
  1.7852 +		}
  1.7853 +	if (GlyphTestL(KLamAlefTahTtitle, KLamAlefTah, KLamAlefTahDesired, wrapWidth))
  1.7854 +		{
  1.7855 +		++passed;
  1.7856 +		}
  1.7857 +	if (GlyphTestL(KTaaTaaTaaTitle, KTaaTaaTaa, KTaaTaaTaaDesired, wrapWidth))
  1.7858 +		{
  1.7859 +		++passed;
  1.7860 +		}
  1.7861 +	TEST(passed == 3);
  1.7862 +	}
  1.7863 +
  1.7864 +_LIT(KIllegalBreakTitle, "Arabic Illegal Linebreak Test");
  1.7865 +
  1.7866 +/**
  1.7867 +*
  1.7868 +* void CTBiDi::ArabicIllegalLinebreakTestsL
  1.7869 +*
  1.7870 +* Tests that when rendering a long Arabic "word" that needs to be broken up part-way
  1.7871 +* due to screen width, that the characters inside the word are still rendered as their 
  1.7872 +* medial form rather than incorrectly making them initial final or isolated.
  1.7873 +*/
  1.7874 +void CTBiDi::ArabicIllegalLinebreakTestsL()
  1.7875 +	{
  1.7876 +	static const TInt KWrappingWidth = 100; //in pixels
  1.7877 +	static const TInt KLineWidth = 10;       //not including linebreak
  1.7878 +	static const TInt KInputLength = 150;
  1.7879 +	static const TInt KOutputLength = ((KInputLength/(KLineWidth-1))+1)*KLineWidth; //allow for linebreak characters
  1.7880 +
  1.7881 +	TBuf<KInputLength> iBuffer;        //holds input data
  1.7882 +	TBuf<KOutputLength> oBuffer;        //holds expected glyphs that the input will be turned into
  1.7883 +
  1.7884 +	TextIterator iterator(KArabicDualJoiningLettersData, KArabicDualJoiningLettersLength);
  1.7885 +
  1.7886 +	while (!iterator.Wrapped())
  1.7887 +		{
  1.7888 +		TInt i;
  1.7889 +		TInt j;
  1.7890 +		TInt startOfLine;
  1.7891 +		iBuffer.Zero();
  1.7892 +		oBuffer.FillZ(oBuffer.MaxLength());
  1.7893 +		TUint16 ch = iterator.NextChar();
  1.7894 +		TUint16 medial_ch;
  1.7895 +
  1.7896 +		startOfLine = 0;
  1.7897 +		j = KLineWidth; 
  1.7898 +		iBuffer.Append(KUnicodeSpace);
  1.7899 +		oBuffer[j--] = KUnicodeLinebreak;
  1.7900 +		oBuffer[j--] = KUnicodeSpace;
  1.7901 +		iBuffer.Append(ch);
  1.7902 +		oBuffer[j--] = GetInitialForm(ch);
  1.7903 +
  1.7904 +		//Now compose a very long nonsense word in Arabic.
  1.7905 +		//At the same time insert the corresponding 
  1.7906 +		for (i = 1; i < (iBuffer.MaxLength()-3) ; ++i)
  1.7907 +			{
  1.7908 +			do 
  1.7909 +				{
  1.7910 +				ch = iterator.NextChar();
  1.7911 +				medial_ch = GetMedialForm(ch);
  1.7912 +				}
  1.7913 +			while (medial_ch == ch); //skip characters without medial form
  1.7914 +			iBuffer.Append(ch);
  1.7915 +			oBuffer[j--] = medial_ch;;
  1.7916 +			if (j < startOfLine)
  1.7917 +				{
  1.7918 +				startOfLine += KLineWidth+1;
  1.7919 +				j = startOfLine + KLineWidth;
  1.7920 +				oBuffer[j--] = KUnicodeLinebreak;
  1.7921 +				}
  1.7922 +			}
  1.7923 +		ch = iterator.NextChar();
  1.7924 +		iBuffer.Append(ch);
  1.7925 +		oBuffer[j--] = GetFinalForm(ch);
  1.7926 +		iBuffer.Append(KUnicodeSpace);	
  1.7927 +		oBuffer[j--] = KUnicodeSpace;	//Trailing spaces are not supressed, hence add space to test output
  1.7928 +		for (; j >= startOfLine ; --j)
  1.7929 +			{
  1.7930 +				oBuffer[j] = KUnicodeNoSuchCharacter;
  1.7931 +			}
  1.7932 +
  1.7933 +		//You might be expecting to see some zero-width joiners in the output.
  1.7934 +		//In fact these are suppressed by the font object used by GlyphTestL 
  1.7935 +		//so we never see them on the outside.
  1.7936 +
  1.7937 +		TBool passed = GlyphTestL(KIllegalBreakTitle, iBuffer, oBuffer, KWrappingWidth);
  1.7938 +		if (!passed) 
  1.7939 +			{
  1.7940 +			TEST(EFalse);
  1.7941 +			}
  1.7942 +		}
  1.7943 +	}
  1.7944 +
  1.7945 +/**
  1.7946 + *
  1.7947 + * void CTBiDi::DoTestTextDrawPanic() 
  1.7948 + *
  1.7949 + * Panic Test for TBidiText::DrawText
  1.7950 + * 
  1.7951 + * This attempts to call DrawText without first calling WrapText and consequently is expected to panic.
  1.7952 + *
  1.7953 + */
  1.7954 +void CTBiDi::DoTestTextDrawPanic() 
  1.7955 +	{
  1.7956 +	TSize windowSize(100,100);
  1.7957 +
  1.7958 +	CTestGraphicsDevice* testDevice = CTestGraphicsDevice::NewL(windowSize);
  1.7959 +
  1.7960 +	CleanupStack::PushL(testDevice);
  1.7961 +
  1.7962 +	CGraphicsContext* testContext;
  1.7963 +	
  1.7964 +	TEST(testDevice->CreateContext(testContext) == KErrNone);
  1.7965 +	//note - no cleanupstack entry as the context is owned by the device
  1.7966 +
  1.7967 +	_LIT(KBidiText, "This is just a random lump of text");
  1.7968 +
  1.7969 +	TBidiText* bidi = TBidiText::NewL(KBidiText, 50);
  1.7970 +
  1.7971 +	CleanupStack::PushL(bidi);
  1.7972 +
  1.7973 +	TPoint centre(50,50);
  1.7974 +
  1.7975 +	bidi->DrawText(*testContext, centre);
  1.7976 +
  1.7977 +	CleanupStack::PopAndDestroy(bidi);
  1.7978 +	CleanupStack::PopAndDestroy(testDevice);
  1.7979 +	}
  1.7980 +
  1.7981 +/**
  1.7982 + *
  1.7983 + * static TInt TestDrawTextPanicThread
  1.7984 + *
  1.7985 + * Panic Test for TBidiText::DrawText
  1.7986 + * 
  1.7987 + * This calls DoTestDrawTextPanic within its own cleanup stack and TRAPD as it is in 
  1.7988 + * a separate thread.
  1.7989 + *
  1.7990 + */
  1.7991 +static TInt TestDrawTextPanicThread(TAny* aData)
  1.7992 +	{
  1.7993 +	//Tests that BidiText::DrawText panics if called without first calling
  1.7994 +	//BidiText::WrapText.
  1.7995 +	
  1.7996 +	CTBiDi* theTest = static_cast<CTBiDi*> (aData);
  1.7997 +	CTrapCleanup* tc = CTrapCleanup::New();
  1.7998 +	if (!tc)
  1.7999 +		return KErrNoMemory;
  1.8000 +
  1.8001 +	TRAPD(err, theTest->DoTestTextDrawPanic());
  1.8002 +
  1.8003 +	delete tc;
  1.8004 +
  1.8005 +	return err;
  1.8006 +	}
  1.8007 +
  1.8008 +/**
  1.8009 + *
  1.8010 + * TInt CTBiDi::TestPanic
  1.8011 + *
  1.8012 + * Panic Test for TBidiText
  1.8013 + * 
  1.8014 + * This creates a separate thread to run the test in as normally a panic
  1.8015 + * will stop the test process.
  1.8016 + *
  1.8017 + */
  1.8018 +TInt CTBiDi::TestPanic(TThreadFunction aFunction)
  1.8019 +		{
  1.8020 +		// Increment the test thread counter to create threads with different names and thus avoid conflict of kernel resources
  1.8021 +		++iTestThreadCounter;
  1.8022 +		_LIT(KThreadNameFormat, "DeliberatePanicPleaseIgnore%d");
  1.8023 +		TBuf<256> threadNameBuf;
  1.8024 +		threadNameBuf.Format(KThreadNameFormat, iTestThreadCounter);
  1.8025 +	
  1.8026 +		TInt KHeapSize = 8192;
  1.8027 +		RThread thread;
  1.8028 +		TRequestStatus threadstat;
  1.8029 +		TBool jit = User::JustInTime();
  1.8030 +		User::SetJustInTime(EFalse);
  1.8031 +		TInt ret = thread.Create(threadNameBuf, aFunction, KDefaultStackSize, KHeapSize, KHeapSize, this);
  1.8032 +		TEST(KErrNone == ret);
  1.8033 +		thread.Logon(threadstat);
  1.8034 +		thread.Resume();
  1.8035 +		User::WaitForRequest(threadstat);
  1.8036 +		TEST (thread.ExitType() == EExitPanic);
  1.8037 +		TInt reason = thread.ExitReason();
  1.8038 +		thread.Close();
  1.8039 +		User::SetJustInTime(jit);
  1.8040 +		return reason;
  1.8041 +		}
  1.8042 +
  1.8043 +/**
  1.8044 + *
  1.8045 + * void CTBiDi::TRunInfoCompactReorderTest
  1.8046 + *
  1.8047 + * Tests functionality contained within TRunInfoCompact
  1.8048 + *
  1.8049 + */
  1.8050 +void CTBiDi::TRunInfoCompactReorderTest()
  1.8051 +	{
  1.8052 +	_LIT(KLetters, "XYZjklmnPQR");
  1.8053 +	static const struct {
  1.8054 +		TBool iJoinsAtStart;
  1.8055 +		TBool iJoinsAtEnd;
  1.8056 +		TBool iTruncated;
  1.8057 +		TInt iStart;
  1.8058 +		TInt iEnd;
  1.8059 +		const TText* iExpected;} testData[] =
  1.8060 +		{
  1.8061 +			{EFalse, EFalse, EFalse, 4, 7, _S("klm")},
  1.8062 +			{EFalse, EFalse, EFalse, 3, 7, _S("jklm")},
  1.8063 +			{EFalse, EFalse, EFalse, 4, 8, _S("klmn")},
  1.8064 +			{EFalse, EFalse, EFalse, 2, 9, _S("jklmn")},
  1.8065 +			{ETrue, ETrue, EFalse, 2, 9, _S("\x200Djklmn\x200D")},
  1.8066 +			{EFalse, ETrue, EFalse, 2, 9, _S("jklmn\x200D")},
  1.8067 +			{ETrue, EFalse, EFalse, 2, 9, _S("\x200Djklmn")},
  1.8068 +			{EFalse, EFalse, ETrue, 4, 8, _S("klmn")},
  1.8069 +			{EFalse, EFalse, ETrue, 2, 9, _S("jklmn\x2029")},
  1.8070 +			{ETrue, ETrue, ETrue, 2, 9, _S("\x200Djklmn\x200D\x2029")},
  1.8071 +			{EFalse, ETrue, ETrue, 2, 9, _S("jklmn\x200D\x2029")},
  1.8072 +			{ETrue, EFalse, ETrue, 2, 9, _S("\x200Djklmn\x2029")},
  1.8073 +			{ETrue, ETrue, ETrue, 8, 9, _S("\x200D\x2029")},
  1.8074 +			{ETrue, ETrue, ETrue, 8, 8, _S("")},
  1.8075 +			{ETrue, ETrue, ETrue, 9, 9, _S("")},
  1.8076 +			{ETrue, ETrue, ETrue, 4, 4, _S("")},
  1.8077 +			{ETrue, ETrue, ETrue, 4, 5, _S("k")},
  1.8078 +			{EFalse, EFalse, EFalse, 7, 4, _S("mlk")},
  1.8079 +			{EFalse, EFalse, EFalse, 7, 3, _S("mlkj")},
  1.8080 +			{EFalse, EFalse, EFalse, 8, 4, _S("nmlk")},
  1.8081 +			{EFalse, EFalse, EFalse, 9, 2, _S("nmlkj")},
  1.8082 +			{ETrue, ETrue, EFalse, 9, 2, _S("\x200Dnmlkj\x200D")},
  1.8083 +			{EFalse, ETrue, EFalse, 9, 2, _S("\x200Dnmlkj")},
  1.8084 +			{ETrue, EFalse, EFalse, 9, 2, _S("nmlkj\x200D")},
  1.8085 +			{EFalse, EFalse, ETrue, 8, 4, _S("nmlk")},
  1.8086 +			{EFalse, EFalse, ETrue, 9, 2, _S("\x2029nmlkj")},
  1.8087 +			{ETrue, ETrue, ETrue, 9, 2, _S("\x2029\x200Dnmlkj\x200D")},
  1.8088 +			{EFalse, ETrue, ETrue, 9, 2, _S("\x2029\x200Dnmlkj")},
  1.8089 +			{ETrue, EFalse, ETrue, 9, 2, _S("\x2029nmlkj\x200D")},
  1.8090 +			{ETrue, ETrue, ETrue, 9, 8, _S("\x2029\x200D")},
  1.8091 +			{ETrue, ETrue, ETrue, 5, 4, _S("k")},
  1.8092 +		};
  1.8093 +	INFO_PRINTF1(_L("TRunInfoCompact::Reorder test\r\n"));
  1.8094 +	TRunInfoCompact::TReorderingContext context;
  1.8095 +	context.iSource = KLetters().Ptr();
  1.8096 +	context.iStart = 3;
  1.8097 +	context.iEnd = 8;
  1.8098 +	TText buffer[20];
  1.8099 +	TInt numTestCases = sizeof(testData)/sizeof(testData[0]);
  1.8100 +	TBool allTestsPassed = ETrue;
  1.8101 +	for (TInt i = 0; i != numTestCases; ++i)
  1.8102 +		{
  1.8103 +		TInt start = testData[i].iStart;
  1.8104 +		TInt end = testData[i].iEnd;
  1.8105 +		TBool reverse = EFalse;
  1.8106 +		if (end < start)
  1.8107 +			{
  1.8108 +			reverse = ETrue;
  1.8109 +			start = testData[i].iEnd;
  1.8110 +			end = testData[i].iStart;
  1.8111 +			}
  1.8112 +		TInt length = end - start;
  1.8113 +		TRunInfoCompact run(start, length, reverse);
  1.8114 +		context.iJoinsAtStart = testData[i].iJoinsAtStart;
  1.8115 +		context.iJoinsAtEnd = testData[i].iJoinsAtEnd;
  1.8116 +		context.iTruncation = testData[i].iTruncated ? 0x2029 : 0xFFFF;
  1.8117 +		TText* resultEnd = buffer;
  1.8118 +		TRAPD(err, resultEnd = run.Reorder(buffer, context));
  1.8119 +		TEST(err == KErrNone);
  1.8120 +		TPtrC result(buffer, resultEnd - buffer);
  1.8121 +		TPtrC expected(testData[i].iExpected);
  1.8122 +		if(result.Compare(expected) != 0)
  1.8123 +			{
  1.8124 +			INFO_PRINTF2(_L("TRunInfoCompactReorderTest %d Failed\r\n"), i+1);
  1.8125 +			PrintTestData(_L("Result "), result);
  1.8126 +			PrintTestData(_L("Expected "), expected);
  1.8127 +			allTestsPassed = EFalse;
  1.8128 +			};
  1.8129 +			
  1.8130 +		}
  1.8131 +		TEST(allTestsPassed);
  1.8132 +	}
  1.8133 +
  1.8134 +/**
  1.8135 + *
  1.8136 + * void CTBiDi::TBidiLogicalToVisualGetVisualLineTest
  1.8137 + *
  1.8138 + * Tests functionality contained within TBidiLogicalToVisual
  1.8139 + *
  1.8140 + */
  1.8141 +void CTBiDi::TBidiLogicalToVisualGetVisualLineTest()
  1.8142 +	{
  1.8143 +	TBidirectionalState::TRunInfo runArray[4];
  1.8144 +	// only iStart, iLength and iDirection are important
  1.8145 +	// logical: 0>0>0>0>0>3<3<3<1<1<1<1<2>2>2>2>2>2>
  1.8146 +	// visual: 01234BA98CDEFGH765
  1.8147 +	// This text would never really be re-ordered in this way.
  1.8148 +	// Joiners are between 5 and 6, and 9 and 10.
  1.8149 +	_LIT(KBidi, "GHIJK\x0643\x0631\x0644\x0621\x0645\x0627\x0639LMNOPQ");
  1.8150 +	runArray[0].iStart = 0;
  1.8151 +	runArray[0].iLength = 5;
  1.8152 +	runArray[0].iDirection = 0;
  1.8153 +	runArray[1].iStart = 8;
  1.8154 +	runArray[1].iLength = 4;
  1.8155 +	runArray[1].iDirection = 1;
  1.8156 +	runArray[2].iStart = 12;
  1.8157 +	runArray[2].iLength = 6;
  1.8158 +	runArray[2].iDirection = 0;
  1.8159 +	runArray[3].iStart = 5;
  1.8160 +	runArray[3].iLength = 3;
  1.8161 +	runArray[3].iDirection = 1;
  1.8162 +
  1.8163 +	TBidiLogicalToVisual conv(KBidi, EFalse, runArray, 4);
  1.8164 +	// We won't call TBidiLogicalToVisual::Reorder(), because we are using the
  1.8165 +	// data as-is as test data.
  1.8166 +	static const struct {
  1.8167 +		TInt iStart;
  1.8168 +		TInt iEnd;
  1.8169 +		TBool iTruncated;
  1.8170 +		const TText* iExpected;
  1.8171 +		}
  1.8172 +		testData[] =
  1.8173 +		{
  1.8174 +			{0, 18, EFalse, _S("GHIJK\x0639\x0627\x0645\x0621LMNOPQ\x0644\x0631\x0643")},
  1.8175 +			{0, 17, ETrue, _S("GHIJK\x0639\x0627\x0645\x0621LMNOP\x2026\x0644\x0631\x0643")},
  1.8176 +			{0, 13, ETrue, _S("GHIJK\x0639\x0627\x0645\x0621L\x2026\x0644\x0631\x0643")},
  1.8177 +			{0, 12, ETrue, _S("GHIJK\x0639\x0627\x0645\x0621\x2026\x0644\x0631\x0643")},
  1.8178 +			{0, 11, ETrue, _S("GHIJK\x2026\x0627\x0645\x0621\x0644\x0631\x0643")},
  1.8179 +			{0, 10, ETrue, _S("GHIJK\x2026\x200D\x0645\x0621\x0644\x0631\x0643")},
  1.8180 +			{4, 10, EFalse, _S("K\x200D\x0645\x0621\x0644\x0631\x0643")},
  1.8181 +			{5, 10, ETrue, _S("\x2026\x200D\x0645\x0621\x0644\x0631\x0643")},
  1.8182 +			{6, 10, ETrue, _S("\x2026\x200D\x0645\x0621\x0644\x0631\x200D")},
  1.8183 +			{7, 10, ETrue, _S("\x2026\x200D\x0645\x0621\x0644")},
  1.8184 +			{8, 10, ETrue, _S("\x2026\x200D\x0645\x0621")},
  1.8185 +			{8, 9, ETrue, _S("\x2026\x0621")},
  1.8186 +			{8, 9, EFalse, _S("\x0621")},
  1.8187 +			{9, 9, ETrue, _S("\x2026")},
  1.8188 +		};
  1.8189 +
  1.8190 +	TBuf<100> result;
  1.8191 +	TInt numTestCases = sizeof(testData)/sizeof(testData[0]);
  1.8192 +	for (TInt i = 0; i != numTestCases; ++i)
  1.8193 +		{
  1.8194 +		conv.GetVisualLine(result,
  1.8195 +			testData[i].iStart, testData[i].iEnd,
  1.8196 +			testData[i].iTruncated? 0x2026 : 0xFFFF);
  1.8197 +		TPtrC expected(testData[i].iExpected);
  1.8198 +		TEST(0 == result.Compare(expected));
  1.8199 +		}
  1.8200 +	}
  1.8201 +
  1.8202 +/**
  1.8203 +TBidiLogicalToVisualOOMTest
  1.8204 +
  1.8205 +This class contains functions that support tests based on the examples given by 
  1.8206 +Unicode Standard Annexe 9
  1.8207 +
  1.8208 +The class contains methods for comparing an example text's logical order with it's display order
  1.8209 +
  1.8210 +*/
  1.8211 +class TBidiLogicalToVisualOOMTest : public MOOMTest
  1.8212 +	{
  1.8213 +	const TDesC* iText;
  1.8214 +	TInt iStart;
  1.8215 +	TInt iEnd;
  1.8216 +	TBool iRightToLeft;
  1.8217 +	const TDesC* iReorderedText;
  1.8218 +	TInt iReturnValue;
  1.8219 +	TBidirectionalState::TRunInfo* iRunInfoArray;
  1.8220 +	TInt iRunInfoLength;
  1.8221 +	TBuf<80> iLine;
  1.8222 +	CTBiDi* iTest;
  1.8223 +public:
  1.8224 +	TBidiLogicalToVisualOOMTest(
  1.8225 +		const TDesC& aText, 
  1.8226 +		const TInt aStart,
  1.8227 +		const TInt aEnd,
  1.8228 +		const TBool aRightToLeft,
  1.8229 +		const TDesC& aReorderedText,
  1.8230 +		TBidirectionalState::TRunInfo* aRunInfoArray, 
  1.8231 +		TInt aRunInfoLength,
  1.8232 +		CTBiDi* aTest )
  1.8233 +		:	iText(&aText), 
  1.8234 +			iStart(aStart),
  1.8235 +			iEnd(aEnd),
  1.8236 +			iRightToLeft(aRightToLeft), 
  1.8237 +			iReorderedText(&aReorderedText),
  1.8238 +			iReturnValue(0) , 
  1.8239 +			iRunInfoArray(aRunInfoArray),
  1.8240 +			iRunInfoLength(aRunInfoLength),
  1.8241 +			iTest(aTest)
  1.8242 +		{
  1.8243 +		}
  1.8244 +	virtual ~TBidiLogicalToVisualOOMTest() { TearDown(); }
  1.8245 +	void Initialize(const TDesC& aText, TInt aStart, TInt aEnd, TBool aRightToLeft,
  1.8246 +		const TDesC& aReorderedText)
  1.8247 +		{
  1.8248 +		TearDown();
  1.8249 +		iText = &aText;
  1.8250 +		iStart = aStart;
  1.8251 +		iEnd = aEnd;
  1.8252 +		iRightToLeft = aRightToLeft;
  1.8253 +		iReorderedText = &aReorderedText;
  1.8254 +		}
  1.8255 +	void SetUpL()
  1.8256 +		{
  1.8257 +		iLine.Zero();
  1.8258 +		iReturnValue = 0;
  1.8259 +		}
  1.8260 +	void ManipulateL()
  1.8261 +		{
  1.8262 +		TBidiLogicalToVisual ltv(*iText, iRightToLeft, iRunInfoArray, iRunInfoLength);
  1.8263 +		ltv.Reorder();	//map text to visual order
  1.8264 +		ltv.GetVisualLine(iLine, iStart, iEnd, 0xFFFF);
  1.8265 +		iTest->TEST(StringsMatch(iReorderedText->Ptr(), iReorderedText->Length(), iLine.Ptr(), iReorderedText->Length()));
  1.8266 +		//Because this is an OOM test the contents of Line are the results of repeated calls, so the
  1.8267 +		//length of iLine is greater than that of iReorderedText. However comparing the first copy suffices.
  1.8268 +		//This won't detect the algorithm supplying more characters than expected, but other tests in the suite
  1.8269 +		//will detect that.
  1.8270 +		User::LeaveIfError(iReturnValue);
  1.8271 +		}
  1.8272 +	static TBool IsIgnorable(TText a)
  1.8273 +		{
  1.8274 +		TBool ignorable = EFalse;
  1.8275 +		switch(a) {
  1.8276 +			case KUnicodeNoSuchCharacter:
  1.8277 +			case KUnicodeLeftToRightMark:
  1.8278 +			case KUnicodeRightToLeftMark:
  1.8279 +			case KUnicodeLeftToRightEmbedding:
  1.8280 +			case KUnicodeRightToLeftEmbedding:
  1.8281 +			case KUnicodePopDirectionFormat:
  1.8282 +			case KUnicodeLeftToRightOverride:
  1.8283 +			case KUnicodeRightToLeftOverride:
  1.8284 +				ignorable = ETrue;
  1.8285 +				break;
  1.8286 +			default:
  1.8287 +				break;
  1.8288 +			}
  1.8289 +		return ignorable;
  1.8290 +		}
  1.8291 +	static TBool StringsMatch(const TText* a1, TInt a1Len,
  1.8292 +		const TText* a2, TInt a2Len)
  1.8293 +		{
  1.8294 +		const TText* a1End = a1 + a1Len;
  1.8295 +		const TText* a2End = a2 + a2Len;
  1.8296 +		for (;;)
  1.8297 +			{
  1.8298 +			while (a1 != a1End && IsIgnorable(*a1))
  1.8299 +				++a1;
  1.8300 +			while (a2 != a2End && IsIgnorable(*a2))
  1.8301 +				++a2;
  1.8302 +			if (a1 == a1End)
  1.8303 +				return a2 == a2End;
  1.8304 +			else if (a2 == a2End)
  1.8305 +				return EFalse;
  1.8306 +			if (*a1 != *a2)
  1.8307 +				return EFalse;
  1.8308 +			++a1;
  1.8309 +			++a2;
  1.8310 +			}
  1.8311 +		}
  1.8312 +	void TearDown()
  1.8313 +		{
  1.8314 +		iLine.Zero();
  1.8315 +		}
  1.8316 +	};
  1.8317 +
  1.8318 +void CTBiDi::DEF043323L()
  1.8319 +	{
  1.8320 +	const TUint16 KArabicPhrase[] =
  1.8321 +		{
  1.8322 +		KKaf, KAlef, KFeh, KYeh, KTeh, KYeh, KReh, KYeh, KAlef, KUnicodeSpace,
  1.8323 +		KNoon, KAlef, KNoon, KAlef
  1.8324 +		};
  1.8325 +	const TUint16 KReversedArabicPhrase[] =
  1.8326 +		{
  1.8327 +		KAlef, KNoon, KAlef, KNoon,
  1.8328 +		KUnicodeSpace, KAlef, KYeh, KReh, KYeh, KTeh, KYeh, KFeh, KAlef, KKaf,
  1.8329 +		KEllipsis
  1.8330 +		};
  1.8331 +	TPtrC16 phrase(KArabicPhrase, sizeof(KArabicPhrase)/sizeof(KArabicPhrase[0]));
  1.8332 +	TBidiText* text = TBidiText::NewL(phrase, 3);
  1.8333 +	CleanupStack::PushL(text);
  1.8334 +	CFont* font = new (ELeave) CTestFont;
  1.8335 +	CleanupStack::PushL(font);
  1.8336 +	// wrap to 3 lines, lengths 50/40/40, no truncation character
  1.8337 +	text->WrapText(50, *font, 0);
  1.8338 +	TEST(text->NumberOfLinesInDisplayText() == 3);
  1.8339 +	TInt width;
  1.8340 +	TPtrC16 line = text->LineOfDisplayText(0, width);
  1.8341 +	TPtrC16 expectedLine(KReversedArabicPhrase + 9, 5);
  1.8342 +	TEST(line.Find(expectedLine) != KErrNotFound);
  1.8343 +	TEST(width == 50);
  1.8344 +	line.Set( text->LineOfDisplayText(1, width));
  1.8345 +	expectedLine.Set(KReversedArabicPhrase + 5, 4);
  1.8346 +	TEST(line.Find(expectedLine) != KErrNotFound);
  1.8347 +	TEST(width == 40);
  1.8348 +	line.Set(text->LineOfDisplayText(2, width));
  1.8349 +	expectedLine.Set(KReversedArabicPhrase, 4);
  1.8350 +	TEST(line.Find(expectedLine) != KErrNotFound);
  1.8351 +	TEST(width == 40);
  1.8352 +	// wrap to 2 lines, lengths 90/40, no truncation character
  1.8353 +	text->WrapText(90, *font, 0, 2);
  1.8354 +	TEST(text->NumberOfLinesInDisplayText() == 2);
  1.8355 +	text->WrapText(90, *font, 0, 3);
  1.8356 +	TEST(text->NumberOfLinesInDisplayText() == 2);
  1.8357 +	line.Set(text->LineOfDisplayText(0, width));
  1.8358 +	expectedLine.Set(KReversedArabicPhrase + 5, 9);
  1.8359 +	TEST(line.Find(expectedLine) != KErrNotFound);
  1.8360 +	TEST(width == 90);
  1.8361 +	line.Set(text->LineOfDisplayText(1, width));
  1.8362 +	expectedLine.Set(KReversedArabicPhrase, 4);
  1.8363 +	TEST(line.Find(expectedLine) != KErrNotFound);
  1.8364 +	TEST(width == 40);
  1.8365 +	// wrap to 2 lines, lengths 20/20, truncation character
  1.8366 +	text->WrapText(20, *font, 0, 2);
  1.8367 +	TEST(text->NumberOfLinesInDisplayText() == 2);
  1.8368 +	line.Set(text->LineOfDisplayText(0, width));
  1.8369 +	expectedLine.Set(KReversedArabicPhrase + 12, 2);
  1.8370 +	TEST(line.Find(expectedLine) != KErrNotFound);
  1.8371 +	TEST(width == 20);
  1.8372 +	line.Set(text->LineOfDisplayText(1, width));
  1.8373 +	TEST(width == 20);
  1.8374 +	expectedLine.Set(KReversedArabicPhrase + 11, 1);
  1.8375 +	TEST(line.Find(expectedLine) != KErrNotFound);
  1.8376 +	expectedLine.Set(KReversedArabicPhrase + 14, 1);
  1.8377 +	TEST(line.Find(expectedLine) != KErrNotFound);
  1.8378 +	// lengths 30/30, truncation character
  1.8379 +	text->WrapText(30, *font, 0, 2);
  1.8380 +	TEST(text->NumberOfLinesInDisplayText() == 2);
  1.8381 +	line.Set(text->LineOfDisplayText(0, width));
  1.8382 +	expectedLine.Set(KReversedArabicPhrase + 11, 3);
  1.8383 +	TEST(line.Find(expectedLine) != KErrNotFound);
  1.8384 +	TEST(width == 30);
  1.8385 +	line.Set(text->LineOfDisplayText(1, width));
  1.8386 +	TEST(width == 30);
  1.8387 +	expectedLine.Set(KReversedArabicPhrase + 9, 2);
  1.8388 +	TEST(line.Find(expectedLine) != KErrNotFound);
  1.8389 +	expectedLine.Set(KReversedArabicPhrase + 14, 1);
  1.8390 +	TEST(line.Find(expectedLine) != KErrNotFound);
  1.8391 +	// lengths 40/40, truncation character
  1.8392 +	text->WrapText(40, *font, 0, 2);
  1.8393 +	TEST(text->NumberOfLinesInDisplayText() == 2);
  1.8394 +	line.Set(text->LineOfDisplayText(0, width));
  1.8395 +	expectedLine.Set(KReversedArabicPhrase + 10, 4);
  1.8396 +	TEST(line.Find(expectedLine) != KErrNotFound);
  1.8397 +	TEST(width == 40);
  1.8398 +	line.Set(text->LineOfDisplayText(1, width));
  1.8399 +	TEST(width == 40);
  1.8400 +	expectedLine.Set(KReversedArabicPhrase + 7, 3);
  1.8401 +	TEST(line.Find(expectedLine) != KErrNotFound);
  1.8402 +	expectedLine.Set(KReversedArabicPhrase + 14, 1);
  1.8403 +	TEST(line.Find(expectedLine) != KErrNotFound);
  1.8404 +	// lengths 50/50, truncation character
  1.8405 +	text->WrapText(50, *font, 0, 2);
  1.8406 +	TEST(text->NumberOfLinesInDisplayText() == 2);
  1.8407 +	line.Set(text->LineOfDisplayText(0, width));
  1.8408 +	expectedLine.Set(KReversedArabicPhrase + 9, 5);
  1.8409 +	TEST(line.Find(expectedLine) != KErrNotFound);
  1.8410 +	TEST(width == 50);
  1.8411 +	line.Set(text->LineOfDisplayText(1, width));
  1.8412 +	TEST(width == 50);
  1.8413 +	expectedLine.Set(KReversedArabicPhrase + 5, 4);
  1.8414 +	TEST(line.Find(expectedLine) != KErrNotFound);
  1.8415 +	expectedLine.Set(KReversedArabicPhrase + 14, 1);
  1.8416 +	TEST(line.Find(expectedLine) != KErrNotFound);
  1.8417 +	// length 100, truncation character
  1.8418 +	text->WrapText(100, *font, 0, 1);
  1.8419 +	TEST(text->NumberOfLinesInDisplayText() == 1);
  1.8420 +	line.Set(text->LineOfDisplayText(0, width));
  1.8421 +	expectedLine.Set(KReversedArabicPhrase + 5, 9);
  1.8422 +	TEST(line.Find(expectedLine) != KErrNotFound);
  1.8423 +	TEST(width == 100);
  1.8424 +	expectedLine.Set(KReversedArabicPhrase + 14, 1);
  1.8425 +	TEST(line.Find(expectedLine) != KErrNotFound);
  1.8426 +	// length 120, truncation character: this caught the defect
  1.8427 +	text->WrapText(110, *font, 0, 1);
  1.8428 +	TEST(text->NumberOfLinesInDisplayText() == 1);
  1.8429 +	line.Set(text->LineOfDisplayText(0, width));
  1.8430 +	// the space should not be present, so only 100 width
  1.8431 +	expectedLine.Set(KReversedArabicPhrase + 5, 9);
  1.8432 +	TEST(line.Find(expectedLine) != KErrNotFound);
  1.8433 +	TEST(width == 100);
  1.8434 +	expectedLine.Set(KReversedArabicPhrase + 14, 1);
  1.8435 +	TEST(line.Find(expectedLine) != KErrNotFound);
  1.8436 +	// length 120, truncation character
  1.8437 +	text->WrapText(120, *font, 0, 1);
  1.8438 +	TEST(text->NumberOfLinesInDisplayText() == 1);
  1.8439 +	line.Set(text->LineOfDisplayText(0, width));
  1.8440 +	expectedLine.Set(KReversedArabicPhrase + 3, 11);
  1.8441 +	TEST(line.Find(expectedLine) != KErrNotFound);
  1.8442 +	TEST(width == 120);
  1.8443 +	expectedLine.Set(KReversedArabicPhrase + 14, 1);
  1.8444 +	TEST(line.Find(expectedLine) != KErrNotFound);
  1.8445 +	CleanupStack::PopAndDestroy(font);
  1.8446 +	CleanupStack::PopAndDestroy(text);
  1.8447 +	}
  1.8448 +	
  1.8449 +void CTBiDi::DEF052191L()
  1.8450 +	{
  1.8451 +	_LIT(KTwoLines, "First line.\nSecond line.");
  1.8452 +	CFont* font = new (ELeave) CTestFont;
  1.8453 +	CleanupStack::PushL(font);
  1.8454 +	TBidiText* text = TBidiText::NewL(KTwoLines, 16);
  1.8455 +	CleanupStack::PushL(text);
  1.8456 +	text->WrapText(240, *font, NULL);
  1.8457 +	TEST(text->NumberOfLinesInDisplayText() == 2);	//before the fix this used to return 3
  1.8458 +	CleanupStack::PopAndDestroy(2); //font and text
  1.8459 +	}
  1.8460 +
  1.8461 +/**
  1.8462 +   @SYMTestCaseID			GRAPHICS-GDI-BiDi-0007
  1.8463 +
  1.8464 +   @SYMDEF					DEF105603
  1.8465 +
  1.8466 +   @SYMTestCaseDesc			Test TBidirectionalState functionality (Unicode Bidirectional Algorithm impmentation withing SymbianOS)
  1.8467 +
  1.8468 +   @SYMTestPriority			High
  1.8469 +
  1.8470 +   @SYMTestStatus       	Implemented
  1.8471 +
  1.8472 +   @SYMTestActions      	Test detection of 'overall' directionality of a given language/script under normal & OOM conditions
  1.8473 +
  1.8474 +   @SYMTestExpectedResults	Confirmation the implementation conforms to the Unicode Birdirection Algorithm standard
  1.8475 +*/
  1.8476 +void CTBiDi::TestBidiTextClassL()
  1.8477 +	{
  1.8478 +	INFO_PRINTF1(_L("Out of Memory Tests"));
  1.8479 +	TBidiTextOOMTest toom(this);
  1.8480 +	toom.Initialize(KHttsD, TBidiTextOOMTest::ELeftToRight, 1);
  1.8481 +	TestOOML(toom);
  1.8482 +	toom.Initialize(KHttsD, TBidiTextOOMTest::ERightToLeft, 1);
  1.8483 +	TestOOML(toom);
  1.8484 +	toom.Initialize(KHttsD, TBidiTextOOMTest::EAutomatic, 1);
  1.8485 +	TestOOML(toom);
  1.8486 +	toom.Initialize(KHttsD, TBidiTextOOMTest::ELeftToRight, 100);
  1.8487 +	TestOOML(toom);
  1.8488 +	toom.Initialize(KHttsD, TBidiTextOOMTest::ERightToLeft, 100);
  1.8489 +	TestOOML(toom);
  1.8490 +	toom.Initialize(KHttsD, TBidiTextOOMTest::EAutomatic, 100);
  1.8491 +	TestOOML(toom);
  1.8492 +	toom.Initialize(KMultiLine, TBidiTextOOMTest::ELeftToRight, 1);
  1.8493 +	TestOOML(toom);
  1.8494 +	toom.Initialize(KLineSep, TBidiTextOOMTest::ERightToLeft, 1);
  1.8495 +	TestOOML(toom);
  1.8496 +
  1.8497 +	INFO_PRINTF1(_L("Panic"));
  1.8498 +	INFO_PRINTF1(_L("Testing DrawText panic\r\n"));
  1.8499 +	TEST (EBidiPanic_InvalidVisualOrderedTextLength == TestPanic(TestDrawTextPanicThread));
  1.8500 +	INFO_PRINTF1(_L("Arabic with no line break opportunities"));
  1.8501 +	NoLineBreakDrawTestL();
  1.8502 +	INFO_PRINTF1(_L("Arabic with rare line break opportunities"));
  1.8503 +	RightToLeftArabicDrawTestL();
  1.8504 +	INFO_PRINTF1(_L("Latin"));
  1.8505 +	LeftToRightDrawTestL();
  1.8506 +	INFO_PRINTF1(_L("Glyph tests"));
  1.8507 +	LigatureTestsL();
  1.8508 +
  1.8509 +	INFO_PRINTF1(_L("TRunInfoCompactReorder"));
  1.8510 +	TRunInfoCompactReorderTest();
  1.8511 +	// Need to test the rest of the TRunInfoCompact API as well.
  1.8512 +
  1.8513 +	INFO_PRINTF1(_L("Arabic Illegal Line breaks"));
  1.8514 +	ArabicIllegalLinebreakTestsL();
  1.8515 +
  1.8516 +	INFO_PRINTF1(_L("DEF043323 - Alignment of TBidiText::DrawText() doesn't take the truncation char into account"));
  1.8517 +	DEF043323L();
  1.8518 +	INFO_PRINTF1(_L("DEF042191 - Problems with wraping in TBidiText"));
  1.8519 +	DEF052191L();
  1.8520 +	}
  1.8521 +
  1.8522 +/**
  1.8523 +   @SYMTestCaseID			GRAPHICS-GDI-BiDi-0008
  1.8524 +
  1.8525 +   @SYMDEF					DEF105603
  1.8526 +
  1.8527 +   @SYMTestCaseDesc			Test TBidirectionalState functionality (Unicode Bidirectional Algorithm impmentation withing SymbianOS)
  1.8528 +
  1.8529 +   @SYMTestPriority			High
  1.8530 +
  1.8531 +   @SYMTestStatus       	Implemented
  1.8532 +
  1.8533 +   @SYMTestActions      	Test detection of 'overall' directionality of a given language/script
  1.8534 +
  1.8535 +   @SYMTestExpectedResults	Confirmation the implementation conforms to the Unicode Birdirection Algorithm standard
  1.8536 +*/
  1.8537 +void CTBiDi::TestBidiLogicalToVisualClassL()
  1.8538 +	{
  1.8539 +	static const TInt KRunInfoLength = 50;
  1.8540 +	TBidirectionalState::TRunInfo runInfo[KRunInfoLength];
  1.8541 +	INFO_PRINTF1(_L("TBidiVisual test - Out of Memory Tests\r\n"));
  1.8542 +	TBidiLogicalToVisualOOMTest toom(KHttsL, 0, 14, ETrue, KHttsD, runInfo, KRunInfoLength, this);
  1.8543 +	TestOOML(toom);
  1.8544 +	toom.Initialize(KHttL, 0, 13, ETrue, KHttD);
  1.8545 +	TestOOML(toom);
  1.8546 +	toom.Initialize(KHttL, 0, 13, EFalse, KHttD);
  1.8547 +	TestOOML(toom);
  1.8548 +	toom.Initialize(KMixedL, 0, 5, ETrue, KMixedD);
  1.8549 +	TestOOML(toom);
  1.8550 +	toom.Initialize(KMixedL, 0, 5, EFalse, KMixedDL);
  1.8551 +	TestOOML(toom);
  1.8552 +	toom.Initialize(KHello, 0, 5, ETrue, KHello);
  1.8553 +	TestOOML(toom);
  1.8554 +	toom.Initialize(KHello, 0, 5, EFalse, KHello);
  1.8555 +	TestOOML(toom);
  1.8556 +	toom.Initialize(KHalalL, 0, 4, EFalse, KHalalD);
  1.8557 +	TestOOML(toom);
  1.8558 +	toom.Initialize(KHalalL, 0, 4, ETrue, KHalalD);
  1.8559 +	TestOOML(toom);
  1.8560 +
  1.8561 +	TBidiLogicalToVisualGetVisualLineTest();
  1.8562 +	}
  1.8563 +
  1.8564 +/**
  1.8565 + *
  1.8566 + * void CTBiDi::TestCatToNumber
  1.8567 + * 
  1.8568 + * Convert TBidirectionalState::TCategory into it's equivalent TChar::TBdCategory
  1.8569 + *
  1.8570 + */
  1.8571 + void CTBiDi::TestCatToNumber(TInt aIn, TInt aOut)
  1.8572 +	{
  1.8573 +	TEST(TBidirectionalState::CatToNumber(aIn) == aOut);
  1.8574 +	}
  1.8575 +
  1.8576 +
  1.8577 +#define FILL_RUN_ARRAY(aTestArray, aRunArray, aContext) \
  1.8578 +	CTBiDi::FillRunArray((aTestArray), (aRunArray), \
  1.8579 +	sizeof((aTestArray))/sizeof((aTestArray)[0]), (aContext))
  1.8580 +
  1.8581 +void CTBiDi::FillRunArray(const TBdLevelTest* aTests, TBidirectionalState::TRunInfo* aRuns,
  1.8582 +	TInt aArraySize, TBidirectionalState::TReorderContext& aContext)
  1.8583 +	{
  1.8584 +	aContext.iCategories = 0;
  1.8585 +	aContext.iRuns = aArraySize;
  1.8586 +	for (TInt i = 0; i != aArraySize; ++i)
  1.8587 +		{
  1.8588 +		TUint category = 1 << static_cast<TUint>(aTests[i].iCat);
  1.8589 +		aContext.iCategories |= category;
  1.8590 +		aRuns[i].iCategory = category;
  1.8591 +		aRuns[i].iIndex = i;
  1.8592 +		}
  1.8593 +	}
  1.8594 +
  1.8595 +#define CHECK_RUN_RESULTS(aTestArray, aRunArray) \
  1.8596 +	CheckRunResults((aTestArray), (aRunArray), \
  1.8597 +	sizeof((aTestArray))/sizeof((aTestArray)[0]))
  1.8598 +
  1.8599 +void CTBiDi::CheckRunResults(const TBdLevelTest* aTests, TBidirectionalState::TRunInfo* aRuns,
  1.8600 +	TInt aArraySize)
  1.8601 +	{
  1.8602 +	for (TInt i = 0; i != aArraySize; ++i)
  1.8603 +		{
  1.8604 +		const TBdLevelTest* currentTestData = aTests + i;
  1.8605 +		TBidirectionalState::TRunInfo* currentRun = aRuns + i;
  1.8606 +		if (currentTestData->iLevel != -1)
  1.8607 +			{
  1.8608 +			TUint category = 1 << static_cast<TUint>(currentTestData->iChangedCat);
  1.8609 +			TEST(currentTestData->iLevel == currentRun->iEmbeddingLevel);
  1.8610 +			TEST(category == currentRun->iCategory);
  1.8611 +			}
  1.8612 +		}
  1.8613 +	}
  1.8614 +
  1.8615 +void CTBiDi::SetContext(TBidirectionalState::TReorderContext& aContext,
  1.8616 +	TChar::TBdCategory aCat)
  1.8617 +	{
  1.8618 +	TInt cat = 1 << static_cast<TInt>(aCat);
  1.8619 +	// big axe
  1.8620 +	TInt* p = reinterpret_cast<TInt*> (&(aContext.iNextStrongCategory));
  1.8621 +	*p = cat;
  1.8622 +	p = reinterpret_cast<TInt*> (&(aContext.iNextCategory));
  1.8623 +	*p = cat;
  1.8624 +	}
  1.8625 +
  1.8626 +//test data for TestTBidirectionalStateInternalsL
  1.8627 +
  1.8628 +// test X1, X2, X3, X4, X5, X6, X7
  1.8629 +// (X8 does not apply to ReorderLine: should not contain multiple paragraphs)
  1.8630 +// (X9 and X10 should not be tested explicitly at this level)
  1.8631 +static const TBdLevelTest KXTests[] =
  1.8632 +	{
  1.8633 +
  1.8634 +	{TChar::ERightToLeftEmbedding, -1, TChar::EOtherNeutral},
  1.8635 +	{TChar::EOtherNeutral, 1, TChar::EOtherNeutral},
  1.8636 +	{TChar::ELeftToRightEmbedding, -1, TChar::EOtherNeutral},
  1.8637 +	{TChar::EOtherNeutral, 2, TChar::EOtherNeutral},
  1.8638 +	{TChar::ELeftToRightEmbedding, -1, TChar::EOtherNeutral},
  1.8639 +	{TChar::EOtherNeutral, 4, TChar::EOtherNeutral},
  1.8640 +	{TChar::ELeftToRightOverride, -1, TChar::EOtherNeutral},
  1.8641 +	{TChar::EOtherNeutral, 6, TChar::ELeftToRight},
  1.8642 +	{TChar::ERightToLeftOverride, -1, TChar::EOtherNeutral},
  1.8643 +	{TChar::EOtherNeutral, 7, TChar::ERightToLeft},
  1.8644 +	{TChar::ERightToLeftOverride, -1, TChar::EOtherNeutral},
  1.8645 +	{TChar::EOtherNeutral, 9, TChar::ERightToLeft},
  1.8646 +	{TChar::ELeftToRightOverride, -1, TChar::EOtherNeutral},
  1.8647 +	{TChar::EOtherNeutral, 10, TChar::ELeftToRight},
  1.8648 +	{TChar::ELeftToRightOverride, -1, TChar::EOtherNeutral},
  1.8649 +	{TChar::EOtherNeutral, 12, TChar::ELeftToRight},
  1.8650 +	{TChar::ERightToLeftEmbedding, -1, TChar::EOtherNeutral},
  1.8651 +	{TChar::EOtherNeutral, 13, TChar::EOtherNeutral},
  1.8652 +	{TChar::ERightToLeftOverride, -1, TChar::EOtherNeutral},
  1.8653 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8654 +	{TChar::EOtherNeutral, 13, TChar::EOtherNeutral},
  1.8655 +	{TChar::ERightToLeftEmbedding, -1, TChar::EOtherNeutral},
  1.8656 +	{TChar::EOtherNeutral, 15, TChar::EOtherNeutral},
  1.8657 +	{TChar::ERightToLeftOverride, -1, TChar::EOtherNeutral},
  1.8658 +	{TChar::ERightToLeftOverride, -1, TChar::EOtherNeutral},
  1.8659 +	{TChar::ERightToLeftOverride, -1, TChar::EOtherNeutral},
  1.8660 +	{TChar::ERightToLeftOverride, -1, TChar::EOtherNeutral},
  1.8661 +	{TChar::ERightToLeftOverride, -1, TChar::EOtherNeutral},
  1.8662 +	{TChar::ERightToLeftOverride, -1, TChar::EOtherNeutral},
  1.8663 +	{TChar::ERightToLeftOverride, -1, TChar::EOtherNeutral},
  1.8664 +	{TChar::ERightToLeftOverride, -1, TChar::EOtherNeutral},
  1.8665 +	{TChar::ERightToLeftOverride, -1, TChar::EOtherNeutral},
  1.8666 +	{TChar::ERightToLeftOverride, -1, TChar::EOtherNeutral},
  1.8667 +	{TChar::EOtherNeutral, 35, TChar::ERightToLeft},
  1.8668 +	{TChar::ERightToLeftOverride, -1, TChar::EOtherNeutral},
  1.8669 +	{TChar::ERightToLeftOverride, -1, TChar::EOtherNeutral},
  1.8670 +	{TChar::ERightToLeftOverride, -1, TChar::EOtherNeutral},
  1.8671 +	{TChar::ERightToLeftOverride, -1, TChar::EOtherNeutral},
  1.8672 +	{TChar::ERightToLeftOverride, -1, TChar::EOtherNeutral},
  1.8673 +	{TChar::ERightToLeftOverride, -1, TChar::EOtherNeutral},
  1.8674 +	{TChar::ERightToLeftOverride, -1, TChar::EOtherNeutral},
  1.8675 +	{TChar::ERightToLeftOverride, -1, TChar::EOtherNeutral},
  1.8676 +	{TChar::ERightToLeftOverride, -1, TChar::EOtherNeutral},
  1.8677 +	{TChar::ERightToLeftOverride, -1, TChar::EOtherNeutral},
  1.8678 +	{TChar::EOtherNeutral, 55, TChar::ERightToLeft},
  1.8679 +	{TChar::ERightToLeftOverride, -1, TChar::EOtherNeutral},
  1.8680 +	{TChar::ERightToLeftOverride, -1, TChar::EOtherNeutral},
  1.8681 +	{TChar::ELeftToRightOverride, -1, TChar::EOtherNeutral},
  1.8682 +	{TChar::EOtherNeutral, 60, TChar::ELeftToRight},
  1.8683 +	{TChar::ELeftToRightOverride, -1, TChar::EOtherNeutral},	// should not alter directionality
  1.8684 +	{TChar::ELeftToRightOverride, -1, TChar::EOtherNeutral},	// should not alter directionality
  1.8685 +	{TChar::ELeftToRightOverride, -1, TChar::EOtherNeutral},	// should not alter directionality
  1.8686 +	{TChar::EOtherNeutral, 60, TChar::ELeftToRight},
  1.8687 +	{TChar::ERightToLeftEmbedding, -1, TChar::EOtherNeutral},
  1.8688 +	{TChar::EOtherNeutral, 61, TChar::EOtherNeutral},
  1.8689 +	{TChar::ELeftToRightOverride, -1, TChar::EOtherNeutral},	// should not alter directionality
  1.8690 +	{TChar::ELeftToRightOverride, -1, TChar::EOtherNeutral},	// should not alter directionality
  1.8691 +	{TChar::EOtherNeutral, 61, TChar::EOtherNeutral},
  1.8692 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},	// matches ignored code
  1.8693 +	{TChar::EOtherNeutral, 61, TChar::EOtherNeutral},
  1.8694 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},	// matches ignored code
  1.8695 +	{TChar::EOtherNeutral, 61, TChar::EOtherNeutral},
  1.8696 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8697 +	{TChar::EOtherNeutral, 60, TChar::ELeftToRight},
  1.8698 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},	// matches ignored code
  1.8699 +	{TChar::EOtherNeutral, 60, TChar::ELeftToRight},
  1.8700 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},	// matches ignored code
  1.8701 +	{TChar::EOtherNeutral, 60, TChar::ELeftToRight},
  1.8702 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},	// matches ignored code
  1.8703 +	{TChar::EOtherNeutral, 60, TChar::ELeftToRight},
  1.8704 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8705 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8706 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8707 +	{TChar::EOtherNeutral, 55, TChar::ERightToLeft},
  1.8708 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8709 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8710 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8711 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8712 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8713 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8714 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8715 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8716 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8717 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8718 +	{TChar::EOtherNeutral, 35, TChar::ERightToLeft},
  1.8719 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8720 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8721 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8722 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8723 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8724 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8725 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8726 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8727 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8728 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8729 +	{TChar::EOtherNeutral, 15, TChar::EOtherNeutral},
  1.8730 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8731 +	{TChar::EOtherNeutral, 13, TChar::EOtherNeutral},
  1.8732 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8733 +	{TChar::EOtherNeutral, 12, TChar::ELeftToRight},
  1.8734 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8735 +	{TChar::EOtherNeutral, 10, TChar::ELeftToRight},
  1.8736 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8737 +	{TChar::EOtherNeutral, 9, TChar::ERightToLeft},
  1.8738 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8739 +	{TChar::EOtherNeutral, 7, TChar::ERightToLeft},
  1.8740 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8741 +	{TChar::EOtherNeutral, 6, TChar::ELeftToRight},
  1.8742 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8743 +	{TChar::EOtherNeutral, 4, TChar::EOtherNeutral},
  1.8744 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8745 +	{TChar::EOtherNeutral, 2, TChar::EOtherNeutral},
  1.8746 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8747 +	{TChar::EOtherNeutral, 1, TChar::EOtherNeutral},
  1.8748 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8749 +	{TChar::EOtherNeutral, 0, TChar::EOtherNeutral}
  1.8750 +	};
  1.8751 +
  1.8752 +static const TBdLevelTest KW123TestsL[] =
  1.8753 +	{
  1.8754 +	{TChar::ENonSpacingMark, 0, TChar::ELeftToRight},
  1.8755 +	{TChar::EEuropeanNumber, 0, TChar::EEuropeanNumber},
  1.8756 +	{TChar::ERightToLeftEmbedding, -1, TChar::EOtherNeutral},
  1.8757 +	{TChar::ENonSpacingMark, 1, TChar::ERightToLeft},
  1.8758 +	{TChar::ELeftToRight, -1, TChar::EOtherNeutral},
  1.8759 +	{TChar::ENonSpacingMark, 1, TChar::ELeftToRight},
  1.8760 +	{TChar::EEuropeanNumber, 1, TChar::EEuropeanNumber},
  1.8761 +	{TChar::ERightToLeftArabic, 1, TChar::ERightToLeft},
  1.8762 +	{TChar::ENonSpacingMark, 1, TChar::ERightToLeft},
  1.8763 +	{TChar::EOtherNeutral, -1, TChar::EOtherNeutral},
  1.8764 +	{TChar::ENonSpacingMark, 1, TChar::EOtherNeutral},
  1.8765 +	{TChar::EEuropeanNumber, 1, TChar::EArabicNumber}
  1.8766 +	};
  1.8767 +
  1.8768 +static const TBdLevelTest KW123TestsR[] =
  1.8769 +	{
  1.8770 +	{TChar::ENonSpacingMark, 1, TChar::ERightToLeft},
  1.8771 +	{TChar::EEuropeanNumber, 1, TChar::EEuropeanNumber},
  1.8772 +	{TChar::ENonSpacingMark, 1, TChar::EEuropeanNumber},
  1.8773 +	{TChar::ELeftToRightEmbedding, -1, TChar::EOtherNeutral},
  1.8774 +	{TChar::ENonSpacingMark, 2, TChar::ELeftToRight},
  1.8775 +	{TChar::ELeftToRight, -1, TChar::EOtherNeutral},
  1.8776 +	{TChar::ENonSpacingMark, 2, TChar::ELeftToRight},
  1.8777 +	{TChar::EWhitespace, -1, TChar::EOtherNeutral},
  1.8778 +	{TChar::ENonSpacingMark, 2, TChar::EWhitespace},
  1.8779 +	{TChar::EOtherNeutral, -1, TChar::EOtherNeutral},
  1.8780 +	{TChar::ENonSpacingMark, 2, TChar::EOtherNeutral}
  1.8781 +	};
  1.8782 +
  1.8783 +
  1.8784 +static const TBdLevelTest KW456Tests[] =
  1.8785 +	{
  1.8786 +	{TChar::EEuropeanNumber, 0, TChar::EEuropeanNumber},
  1.8787 +	{TChar::EEuropeanNumberSeparator, 0, TChar::EEuropeanNumber},	// W4
  1.8788 +	{TChar::EEuropeanNumber, 0, TChar::EEuropeanNumber},
  1.8789 +	{TChar::EEuropeanNumber, 0, TChar::EEuropeanNumber},
  1.8790 +	{TChar::ECommonNumberSeparator, 0, TChar::EEuropeanNumber},	// W4
  1.8791 +	{TChar::EEuropeanNumber, 0, TChar::EEuropeanNumber},
  1.8792 +	{TChar::EArabicNumber, 0, TChar::EArabicNumber},
  1.8793 +	{TChar::ECommonNumberSeparator, 0, TChar::EArabicNumber},	// W4
  1.8794 +	{TChar::EArabicNumber, 0, TChar::EArabicNumber},
  1.8795 +	{TChar::EOtherNeutral, 0, TChar::EOtherNeutral},
  1.8796 +	{TChar::EEuropeanNumberTerminator, 0, TChar::EEuropeanNumber},	// W5
  1.8797 +	{TChar::EEuropeanNumberTerminator, 0, TChar::EEuropeanNumber},	// W5
  1.8798 +	{TChar::EEuropeanNumber, 0, TChar::EEuropeanNumber},
  1.8799 +	{TChar::EEuropeanNumberTerminator, 0, TChar::EEuropeanNumber},	// W5
  1.8800 +	{TChar::EEuropeanNumberTerminator, 0, TChar::EEuropeanNumber},	// W5
  1.8801 +	{TChar::EOtherNeutral, 0, TChar::EOtherNeutral},
  1.8802 +	{TChar::EArabicNumber, 0, TChar::EArabicNumber},
  1.8803 +	{TChar::EEuropeanNumberTerminator, 0, TChar::EEuropeanNumber},	// W5
  1.8804 +	{TChar::EEuropeanNumber, 0, TChar::EEuropeanNumber},
  1.8805 +	{TChar::EOtherNeutral, 0, TChar::EOtherNeutral},
  1.8806 +	{TChar::EEuropeanNumber, 0, TChar::EEuropeanNumber},
  1.8807 +	{TChar::EEuropeanNumberSeparator, 0, TChar::EOtherNeutral},	// W6
  1.8808 +	{TChar::EEuropeanNumberSeparator, 0, TChar::EOtherNeutral},	// W6
  1.8809 +	{TChar::EEuropeanNumber, 0, TChar::EEuropeanNumber},
  1.8810 +	{TChar::EArabicNumber, 0, TChar::EArabicNumber},
  1.8811 +	{TChar::EEuropeanNumberTerminator, 0, TChar::EOtherNeutral},	// W6
  1.8812 +	{TChar::EOtherNeutral, 0, TChar::EOtherNeutral},
  1.8813 +	{TChar::ELeftToRight, 0, TChar::ELeftToRight},
  1.8814 +	{TChar::EEuropeanNumberSeparator, 0, TChar::EOtherNeutral},	// W6
  1.8815 +	{TChar::EEuropeanNumber, 0, TChar::EEuropeanNumber},
  1.8816 +	{TChar::ELeftToRight, 0, TChar::ELeftToRight},
  1.8817 +	{TChar::EEuropeanNumberSeparator, 0, TChar::EOtherNeutral},	// W6
  1.8818 +	{TChar::EEuropeanNumberSeparator, 0, TChar::EOtherNeutral},	// W6
  1.8819 +	{TChar::EEuropeanNumberSeparator, 0, TChar::EOtherNeutral},	// W6
  1.8820 +	{TChar::EEuropeanNumber, 0, TChar::EEuropeanNumber},
  1.8821 +	{TChar::EEuropeanNumberSeparator, 0, TChar::EOtherNeutral},	// W6
  1.8822 +	{TChar::EArabicNumber, 0, TChar::EArabicNumber},
  1.8823 +	{TChar::EEuropeanNumberTerminator, 0, TChar::EOtherNeutral},	// W6
  1.8824 +	{TChar::EArabicNumber, 0, TChar::EArabicNumber},
  1.8825 +	};
  1.8826 +
  1.8827 +
  1.8828 +static const TBdLevelTest KW7TestsL[] =
  1.8829 +	{
  1.8830 +	{TChar::EEuropeanNumber, 0, TChar::ELeftToRight},
  1.8831 +	{TChar::EOtherNeutral, 0, TChar::EOtherNeutral},
  1.8832 +	{TChar::ELeftToRight, 0, TChar::ELeftToRight},
  1.8833 +	{TChar::EOtherNeutral, 0, TChar::EOtherNeutral},
  1.8834 +	{TChar::EOtherNeutral, 0, TChar::EOtherNeutral},
  1.8835 +	{TChar::EOtherNeutral, 0, TChar::EOtherNeutral},
  1.8836 +	{TChar::EOtherNeutral, 0, TChar::EOtherNeutral},
  1.8837 +	{TChar::EOtherNeutral, 0, TChar::EOtherNeutral},
  1.8838 +	{TChar::EEuropeanNumber, 0, TChar::ELeftToRight},
  1.8839 +	{TChar::ERightToLeft, 0, TChar::ERightToLeft},
  1.8840 +	{TChar::EOtherNeutral, 0, TChar::EOtherNeutral},
  1.8841 +	{TChar::EOtherNeutral, 0, TChar::EOtherNeutral},
  1.8842 +	{TChar::EOtherNeutral, 0, TChar::EOtherNeutral},
  1.8843 +	{TChar::EOtherNeutral, 0, TChar::EOtherNeutral},
  1.8844 +	{TChar::EOtherNeutral, 0, TChar::EOtherNeutral},
  1.8845 +	{TChar::EEuropeanNumber, 0, TChar::EEuropeanNumber},
  1.8846 +	{TChar::EOtherNeutral, 0, TChar::EOtherNeutral},
  1.8847 +	{TChar::ERightToLeftEmbedding, -1, TChar::EOtherNeutral},
  1.8848 +	{TChar::EEuropeanNumber, 1, TChar::EEuropeanNumber},
  1.8849 +	{TChar::ELeftToRightEmbedding, -1, TChar::EOtherNeutral},
  1.8850 +	{TChar::EEuropeanNumber, 2, TChar::ELeftToRight},
  1.8851 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8852 +	{TChar::EEuropeanNumber, 1, TChar::ELeftToRight},
  1.8853 +	{TChar::EPopDirectionalFormat, -1, TChar::EOtherNeutral},
  1.8854 +	{TChar::EEuropeanNumber, 0, TChar::EEuropeanNumber},
  1.8855 +	};
  1.8856 +
  1.8857 +static const TBdLevelTest KW7TestsR[] =
  1.8858 +	{
  1.8859 +	{TChar::EEuropeanNumber, 0, TChar::EEuropeanNumber},
  1.8860 +	};
  1.8861 +
  1.8862 +static const TBdLevelTest KN12TestsL[] =
  1.8863 +	{
  1.8864 +	{TChar::EOtherNeutral, 0, TChar::ELeftToRight},
  1.8865 +	{TChar::ELeftToRight, 0, TChar::ELeftToRight},
  1.8866 +	{TChar::EOtherNeutral, 0, TChar::ELeftToRight},
  1.8867 +	{TChar::EOtherNeutral, 0, TChar::ELeftToRight},
  1.8868 +	{TChar::EOtherNeutral, 0, TChar::ELeftToRight},
  1.8869 +	{TChar::ELeftToRight, 0, TChar::ELeftToRight},
  1.8870 +	{TChar::ERightToLeft, 0, TChar::ERightToLeft},
  1.8871 +	{TChar::EOtherNeutral, 0, TChar::ERightToLeft},
  1.8872 +	{TChar::EOtherNeutral, 0, TChar::ERightToLeft},
  1.8873 +	{TChar::EOtherNeutral, 0, TChar::ERightToLeft},
  1.8874 +	{TChar::ERightToLeft, 0, TChar::ERightToLeft},
  1.8875 +	{TChar::EOtherNeutral, 0, TChar::ERightToLeft},
  1.8876 +	{TChar::EOtherNeutral, 0, TChar::ERightToLeft},
  1.8877 +	{TChar::EArabicNumber, 0, TChar::EArabicNumber},
  1.8878 +	{TChar::EOtherNeutral, 0, TChar::ERightToLeft},
  1.8879 +	{TChar::ERightToLeft, 0, TChar::ERightToLeft},
  1.8880 +	{TChar::ERightToLeft, 0, TChar::ERightToLeft},
  1.8881 +	{TChar::EOtherNeutral, 0, TChar::ERightToLeft},
  1.8882 +	{TChar::EEuropeanNumber, 0, TChar::EEuropeanNumber},
  1.8883 +	{TChar::EOtherNeutral, 0, TChar::ERightToLeft},
  1.8884 +	{TChar::ERightToLeft, 0, TChar::ERightToLeft},
  1.8885 +	{TChar::EEuropeanNumber, 0, TChar::EEuropeanNumber},
  1.8886 +	{TChar::EOtherNeutral, 0, TChar::ERightToLeft},
  1.8887 +	{TChar::EOtherNeutral, 0, TChar::ERightToLeft},
  1.8888 +	{TChar::EArabicNumber, 0, TChar::EArabicNumber},
  1.8889 +	{TChar::EOtherNeutral, 0, TChar::ERightToLeft},
  1.8890 +	{TChar::EArabicNumber, 0, TChar::EArabicNumber},
  1.8891 +	{TChar::EOtherNeutral, 0, TChar::ELeftToRight},
  1.8892 +	{TChar::ELeftToRight, 0, TChar::ELeftToRight},
  1.8893 +	{TChar::EOtherNeutral, 0, TChar::ELeftToRight},
  1.8894 +	{TChar::EOtherNeutral, 0, TChar::ELeftToRight},
  1.8895 +	{TChar::EOtherNeutral, 0, TChar::ELeftToRight},
  1.8896 +	{TChar::ERightToLeft, 0, TChar::ERightToLeft},
  1.8897 +	{TChar::EOtherNeutral, 0, TChar::ELeftToRight},
  1.8898 +	{TChar::ELeftToRight, 0, TChar::ELeftToRight},
  1.8899 +	{TChar::EOtherNeutral, 0, TChar::ELeftToRight},
  1.8900 +	{TChar::EArabicNumber, 0, TChar::EArabicNumber},
  1.8901 +	{TChar::EOtherNeutral, 0, TChar::ERightToLeft},
  1.8902 +	{TChar::EArabicNumber, 0, TChar::EArabicNumber},
  1.8903 +	{TChar::ELeftToRight, 0, TChar::ELeftToRight},
  1.8904 +	{TChar::EOtherNeutral, 0, TChar::ELeftToRight},
  1.8905 +	};
  1.8906 +
  1.8907 +static const TBdLevelTest KN12TestsR[] =
  1.8908 +	{
  1.8909 +	{TChar::EOtherNeutral, 1, TChar::ERightToLeft},
  1.8910 +	{TChar::ELeftToRight, 1, TChar::ELeftToRight},
  1.8911 +	{TChar::EOtherNeutral, 1, TChar::ELeftToRight},
  1.8912 +	{TChar::EOtherNeutral, 1, TChar::ELeftToRight},
  1.8913 +	{TChar::EOtherNeutral, 1, TChar::ELeftToRight},
  1.8914 +	{TChar::ELeftToRight, 1, TChar::ELeftToRight},
  1.8915 +	{TChar::ERightToLeft, 1, TChar::ERightToLeft},
  1.8916 +	{TChar::EOtherNeutral, 1, TChar::ERightToLeft},
  1.8917 +	{TChar::EOtherNeutral, 1, TChar::ERightToLeft},
  1.8918 +	{TChar::EOtherNeutral, 1, TChar::ERightToLeft},
  1.8919 +	{TChar::ERightToLeft, 1, TChar::ERightToLeft},
  1.8920 +	{TChar::EOtherNeutral, 1, TChar::ERightToLeft},
  1.8921 +	{TChar::EOtherNeutral, 1, TChar::ERightToLeft},
  1.8922 +	{TChar::EArabicNumber, 1, TChar::EArabicNumber},
  1.8923 +	{TChar::EOtherNeutral, 1, TChar::ERightToLeft},
  1.8924 +	{TChar::ERightToLeft, 1, TChar::ERightToLeft},
  1.8925 +	{TChar::ERightToLeft, 1, TChar::ERightToLeft},
  1.8926 +	{TChar::EOtherNeutral, 1, TChar::ERightToLeft},
  1.8927 +	{TChar::EEuropeanNumber, 1, TChar::EEuropeanNumber},
  1.8928 +	{TChar::EOtherNeutral, 1, TChar::ERightToLeft},
  1.8929 +	{TChar::ERightToLeft, 1, TChar::ERightToLeft},
  1.8930 +	{TChar::EEuropeanNumber, 1, TChar::EEuropeanNumber},
  1.8931 +	{TChar::EOtherNeutral, 1, TChar::ERightToLeft},
  1.8932 +	{TChar::EOtherNeutral, 1, TChar::ERightToLeft},
  1.8933 +	{TChar::EArabicNumber, 1, TChar::EArabicNumber},
  1.8934 +	{TChar::EOtherNeutral, 1, TChar::ERightToLeft},
  1.8935 +	{TChar::EArabicNumber, 1, TChar::EArabicNumber},
  1.8936 +	{TChar::EOtherNeutral, 1, TChar::ERightToLeft},
  1.8937 +	{TChar::ELeftToRight, 1, TChar::ELeftToRight},
  1.8938 +	{TChar::EOtherNeutral, 1, TChar::ERightToLeft},
  1.8939 +	{TChar::EOtherNeutral, 1, TChar::ERightToLeft},
  1.8940 +	{TChar::EOtherNeutral, 1, TChar::ERightToLeft},
  1.8941 +	{TChar::ERightToLeft, 1, TChar::ERightToLeft},
  1.8942 +	{TChar::EOtherNeutral, 1, TChar::ERightToLeft},
  1.8943 +	{TChar::ELeftToRight, 1, TChar::ELeftToRight},
  1.8944 +	{TChar::ERightToLeft, 1, TChar::ERightToLeft},
  1.8945 +	{TChar::EOtherNeutral, 1, TChar::ERightToLeft},
  1.8946 +	};
  1.8947 +
  1.8948 +static const TBdLevelTest KN12TestsRRL[] =
  1.8949 +	{
  1.8950 +	{TChar::EOtherNeutral, 1, TChar::ERightToLeft},
  1.8951 +	{TChar::ERightToLeft, 1, TChar::ERightToLeft},
  1.8952 +	{TChar::EOtherNeutral, 1, TChar::ERightToLeft},
  1.8953 +	{TChar::ELeftToRight, 1, TChar::ELeftToRight},
  1.8954 +	{TChar::EOtherNeutral, 1, TChar::ELeftToRight}
  1.8955 +	};
  1.8956 +
  1.8957 +static const TBdLevelTest KN12TestsLRR[] =
  1.8958 +	{
  1.8959 +	{TChar::EOtherNeutral, 1, TChar::ELeftToRight},
  1.8960 +	{TChar::ELeftToRight, 1, TChar::ELeftToRight},
  1.8961 +	{TChar::EOtherNeutral, 1, TChar::ERightToLeft},
  1.8962 +	{TChar::ERightToLeft, 1, TChar::ERightToLeft},
  1.8963 +	{TChar::EOtherNeutral, 1, TChar::ERightToLeft}
  1.8964 +	};
  1.8965 +
  1.8966 +// Test that pop directional format as the final context does the
  1.8967 +// right thing, and that embedded directionalities are taken
  1.8968 +// into account.
  1.8969 +static const TBdLevelTest KN12TestsLRP[] =
  1.8970 +	{
  1.8971 +	{TChar::EOtherNeutral, 1, TChar::ELeftToRight},
  1.8972 +	{TChar::ELeftToRightEmbedding, -1, TChar::EOtherNeutral},
  1.8973 +	{TChar::ERightToLeft, 2, TChar::ERightToLeft},
  1.8974 +	{TChar::EOtherNeutral, 2, TChar::ELeftToRight},
  1.8975 +	{TChar::ELeftToRight, 2, TChar::ELeftToRight},
  1.8976 +	{TChar::EOtherNeutral, 2, TChar::ELeftToRight}
  1.8977 +	};
  1.8978 +
  1.8979 +static const TBdLevelTest KN12TestsRLP[] =
  1.8980 +	{
  1.8981 +	{TChar::EOtherNeutral, 0, TChar::ERightToLeft},
  1.8982 +	{TChar::ERightToLeftEmbedding, -1, TChar::EOtherNeutral},
  1.8983 +	{TChar::ELeftToRight, 1, TChar::ELeftToRight},
  1.8984 +	{TChar::EOtherNeutral, 1, TChar::ERightToLeft},
  1.8985 +	{TChar::ERightToLeft, 1, TChar::ERightToLeft},
  1.8986 +	{TChar::EOtherNeutral, 1, TChar::ERightToLeft}
  1.8987 +	};
  1.8988 +
  1.8989 +static const TBdLevelTest KPreviousCarryOver1Line1[] =
  1.8990 +	{
  1.8991 +	{TChar::ERightToLeftArabic, 1, TChar::ERightToLeft},
  1.8992 +	};
  1.8993 +static const TBdLevelTest KPreviousCarryOver1Line2[] =
  1.8994 +	{
  1.8995 +	{TChar::EEuropeanNumber, 2, TChar::EArabicNumber},
  1.8996 +	{TChar::EOtherNeutral, 1, TChar::ERightToLeft},
  1.8997 +	{TChar::EEuropeanNumber, 2, TChar::EArabicNumber},
  1.8998 +	};
  1.8999 +
  1.9000 +void CTBiDi::DoXTests(TBidirectionalState& aState,
  1.9001 +	TBidirectionalState::TReorderContext& aContext,
  1.9002 +	TBidirectionalState::TRunInfo* aRuns) 
  1.9003 +	{
  1.9004 +	FILL_RUN_ARRAY(KXTests, aRuns, aContext);
  1.9005 +	aState.HandleBdControls(aContext);
  1.9006 +	CHECK_RUN_RESULTS(KXTests, aRuns);
  1.9007 +	}
  1.9008 +
  1.9009 +void CTBiDi::DoKW123TestsLeft(TBidirectionalState& aState,
  1.9010 +	TBidirectionalState::TReorderContext& aContext,
  1.9011 +	TBidirectionalState::TRunInfo* aRuns) 
  1.9012 +	{
  1.9013 +	aState = TBidirectionalState(TChar::ELeftToRight, TChar::ELeftToRight, EFalse);
  1.9014 +	FILL_RUN_ARRAY(KW123TestsL, aRuns, aContext);
  1.9015 +	aState.HandleBdControls(aContext);
  1.9016 +	aState.ResolveWeakTypesW1W2W3(aContext);
  1.9017 +	CHECK_RUN_RESULTS(KW123TestsL, aRuns);
  1.9018 +	}
  1.9019 +
  1.9020 +void CTBiDi::DoKW123TestsRight(TBidirectionalState& aState,
  1.9021 +	TBidirectionalState::TReorderContext& aContext,
  1.9022 +	TBidirectionalState::TRunInfo* aRuns) 
  1.9023 +	{
  1.9024 +	aState = TBidirectionalState(TChar::ERightToLeft, TChar::ERightToLeft, ETrue);
  1.9025 +	FILL_RUN_ARRAY(KW123TestsR, aRuns, aContext);
  1.9026 +	aState.HandleBdControls(aContext);
  1.9027 +	aState.ResolveWeakTypesW1W2W3(aContext);
  1.9028 +	CHECK_RUN_RESULTS(KW123TestsR, aRuns);
  1.9029 +	}
  1.9030 +
  1.9031 +void CTBiDi::DoKW456Tests(TBidirectionalState& aState,
  1.9032 +	TBidirectionalState::TReorderContext& aContext,
  1.9033 +	TBidirectionalState::TRunInfo* aRuns) 
  1.9034 +	{
  1.9035 +	aState = TBidirectionalState(TChar::ELeftToRight, TChar::ELeftToRight, EFalse);
  1.9036 +	FILL_RUN_ARRAY(KW456Tests, aRuns, aContext);
  1.9037 +	aState.HandleBdControls(aContext);
  1.9038 +	aState.ResolveWeakTypesW1W2W3(aContext);
  1.9039 +	aState.ResolveWeakTypesW4W5W6(aContext);
  1.9040 +	CHECK_RUN_RESULTS(KW456Tests, aRuns);
  1.9041 +
  1.9042 +	}
  1.9043 +
  1.9044 +
  1.9045 +void CTBiDi::DoKW7TestsLeft(TBidirectionalState& aState,
  1.9046 +	TBidirectionalState::TReorderContext& aContext,
  1.9047 +	TBidirectionalState::TRunInfo* aRuns) 
  1.9048 +	{
  1.9049 +
  1.9050 +	aState = TBidirectionalState(TChar::ELeftToRight, TChar::ELeftToRight, EFalse);
  1.9051 +	FILL_RUN_ARRAY(KW7TestsL, aRuns, aContext);
  1.9052 +	aState.HandleBdControls(aContext);
  1.9053 +	aState.ResolveWeakTypesW1W2W3(aContext);
  1.9054 +	aState.ResolveWeakTypesW4W5W6(aContext);
  1.9055 +	aState.ResolveWeakTypesW7(aContext);
  1.9056 +	CHECK_RUN_RESULTS(KW7TestsL, aRuns);
  1.9057 +
  1.9058 +	}
  1.9059 +
  1.9060 +void CTBiDi::DoKW7TestsRight(TBidirectionalState& aState,
  1.9061 +	TBidirectionalState::TReorderContext& aContext,
  1.9062 +	TBidirectionalState::TRunInfo* aRuns) 
  1.9063 +	{
  1.9064 +	aState = TBidirectionalState(TChar::ERightToLeft, TChar::ERightToLeft, EFalse);
  1.9065 +	FILL_RUN_ARRAY(KW7TestsR, aRuns, aContext);
  1.9066 +	aState.HandleBdControls(aContext);
  1.9067 +	aState.ResolveWeakTypesW1W2W3(aContext);
  1.9068 +	aState.ResolveWeakTypesW4W5W6(aContext);
  1.9069 +	aState.ResolveWeakTypesW7(aContext);
  1.9070 +	CHECK_RUN_RESULTS(KW7TestsR, aRuns);
  1.9071 +	}
  1.9072 +
  1.9073 +void CTBiDi::DoKN12TestsLeft(TBidirectionalState& aState,
  1.9074 +	TBidirectionalState::TReorderContext& aContext,
  1.9075 +	TBidirectionalState::TRunInfo* aRuns) 
  1.9076 +	{
  1.9077 +	aState = TBidirectionalState(TChar::ERightToLeft, TChar::ERightToLeft, EFalse);
  1.9078 +	SetContext(aContext, TChar::ERightToLeft);
  1.9079 +	FILL_RUN_ARRAY(KN12TestsL, aRuns, aContext);
  1.9080 +	aState.HandleBdControls(aContext);
  1.9081 +	aState.ResolveWeakTypesW1W2W3(aContext);
  1.9082 +	aState.ResolveWeakTypesW4W5W6(aContext);
  1.9083 +	aState.ResolveWeakTypesW7(aContext);
  1.9084 +	aState.ResolveNeutralTypes(aContext);
  1.9085 +	CHECK_RUN_RESULTS(KN12TestsL, aRuns);
  1.9086 +
  1.9087 +	}
  1.9088 +
  1.9089 +void CTBiDi::DoKN12TestsRight(TBidirectionalState& aState,
  1.9090 +	TBidirectionalState::TReorderContext& aContext,
  1.9091 +	TBidirectionalState::TRunInfo* aRuns) 
  1.9092 +	{
  1.9093 +	aState = TBidirectionalState(TChar::ERightToLeft, TChar::ERightToLeft, ETrue);
  1.9094 +	SetContext(aContext, TChar::ERightToLeft);
  1.9095 +	FILL_RUN_ARRAY(KN12TestsR, aRuns, aContext);
  1.9096 +	aState.HandleBdControls(aContext);
  1.9097 +	aState.ResolveWeakTypesW1W2W3(aContext);
  1.9098 +	aState.ResolveWeakTypesW4W5W6(aContext);
  1.9099 +	aState.ResolveWeakTypesW7(aContext);
  1.9100 +	aState.ResolveNeutralTypes(aContext);
  1.9101 +	CHECK_RUN_RESULTS(KN12TestsR, aRuns);
  1.9102 +	}
  1.9103 +
  1.9104 +void CTBiDi::DoKN12TestsRRL(TBidirectionalState& aState,
  1.9105 +	TBidirectionalState::TReorderContext& aContext,
  1.9106 +	TBidirectionalState::TRunInfo* aRuns) 
  1.9107 +	{
  1.9108 +	aState = TBidirectionalState(TChar::ERightToLeft, TChar::ERightToLeft, ETrue);
  1.9109 +	SetContext(aContext, TChar::ELeftToRight);
  1.9110 +	FILL_RUN_ARRAY(KN12TestsRRL, aRuns, aContext);
  1.9111 +	aState.HandleBdControls(aContext);
  1.9112 +	aState.ResolveWeakTypesW1W2W3(aContext);
  1.9113 +	aState.ResolveWeakTypesW4W5W6(aContext);
  1.9114 +	aState.ResolveWeakTypesW7(aContext);
  1.9115 +	aState.ResolveNeutralTypes(aContext);
  1.9116 +	CHECK_RUN_RESULTS(KN12TestsRRL, aRuns);
  1.9117 +	}
  1.9118 +
  1.9119 +void CTBiDi::DoKN12TestsLRR(TBidirectionalState& aState,
  1.9120 +	TBidirectionalState::TReorderContext& aContext,
  1.9121 +	TBidirectionalState::TRunInfo* aRuns) 
  1.9122 +	{
  1.9123 +	aState = TBidirectionalState(TChar::ELeftToRight, TChar::ELeftToRight, ETrue);
  1.9124 +	SetContext(aContext, TChar::ERightToLeft);
  1.9125 +	FILL_RUN_ARRAY(KN12TestsLRR, aRuns, aContext);
  1.9126 +	aState.HandleBdControls(aContext);
  1.9127 +	aState.ResolveWeakTypesW1W2W3(aContext);
  1.9128 +	aState.ResolveWeakTypesW4W5W6(aContext);
  1.9129 +	aState.ResolveWeakTypesW7(aContext);
  1.9130 +	aState.ResolveNeutralTypes(aContext);
  1.9131 +	CHECK_RUN_RESULTS(KN12TestsLRR, aRuns);
  1.9132 +	}
  1.9133 +
  1.9134 +void CTBiDi::DoKN12TestsLRP(TBidirectionalState& aState,
  1.9135 +	TBidirectionalState::TReorderContext& aContext,
  1.9136 +	TBidirectionalState::TRunInfo* aRuns) 
  1.9137 +	{
  1.9138 +	aState = TBidirectionalState(TChar::ELeftToRight, TChar::ELeftToRight, ETrue);
  1.9139 +	SetContext(aContext, TChar::EPopDirectionalFormat);
  1.9140 +	FILL_RUN_ARRAY(KN12TestsLRP, aRuns, aContext);
  1.9141 +	aState.HandleBdControls(aContext);
  1.9142 +	aState.ResolveWeakTypesW1W2W3(aContext);
  1.9143 +	aState.ResolveWeakTypesW4W5W6(aContext);
  1.9144 +	aState.ResolveWeakTypesW7(aContext);
  1.9145 +	aState.ResolveNeutralTypes(aContext);
  1.9146 +	CHECK_RUN_RESULTS(KN12TestsLRP, aRuns);
  1.9147 +	}
  1.9148 +
  1.9149 +void CTBiDi::DoKN12TestsRLP(TBidirectionalState& aState,
  1.9150 +	TBidirectionalState::TReorderContext& aContext,
  1.9151 +	TBidirectionalState::TRunInfo* aRuns) 
  1.9152 +	{
  1.9153 +	aState = TBidirectionalState(TChar::ERightToLeft, TChar::ERightToLeft, EFalse);
  1.9154 +	SetContext(aContext, TChar::EPopDirectionalFormat);
  1.9155 +	FILL_RUN_ARRAY(KN12TestsRLP, aRuns, aContext);
  1.9156 +	aState.HandleBdControls(aContext);
  1.9157 +	aState.ResolveWeakTypesW1W2W3(aContext);
  1.9158 +	aState.ResolveWeakTypesW4W5W6(aContext);
  1.9159 +	aState.ResolveWeakTypesW7(aContext);
  1.9160 +	aState.ResolveNeutralTypes(aContext);
  1.9161 +	CHECK_RUN_RESULTS(KN12TestsRLP, aRuns);
  1.9162 +	}
  1.9163 +
  1.9164 +void CTBiDi::DoCarryOverTest1(TBidirectionalState& aState,
  1.9165 +	TBidirectionalState::TReorderContext& aContext,
  1.9166 +	TBidirectionalState::TRunInfo* aRuns)
  1.9167 +	{
  1.9168 +	aState = TBidirectionalState(TChar::ERightToLeft, TChar::ERightToLeft, EFalse);
  1.9169 +	SetContext(aContext, TChar::EOtherNeutral);
  1.9170 +	FILL_RUN_ARRAY(KPreviousCarryOver1Line1, aRuns, aContext);
  1.9171 +	aState.HandleBdControls(aContext);
  1.9172 +	aState.ResolveWeakTypesW1W2W3(aContext);
  1.9173 +	aState.ResolveWeakTypesW4W5W6(aContext);
  1.9174 +	aState.ResolveWeakTypesW7(aContext);
  1.9175 +	aState.ResolveNeutralTypes(aContext);
  1.9176 +	aState.ResolveImplicitLevels(aContext);
  1.9177 +	aState.PrepareForNextLine(aContext);
  1.9178 +	CHECK_RUN_RESULTS(KPreviousCarryOver1Line1, aRuns);
  1.9179 +	FILL_RUN_ARRAY(KPreviousCarryOver1Line2, aRuns, aContext);
  1.9180 +	aState.HandleBdControls(aContext);
  1.9181 +	aState.ResolveWeakTypesW1W2W3(aContext);
  1.9182 +	aState.ResolveWeakTypesW4W5W6(aContext);
  1.9183 +	aState.ResolveWeakTypesW7(aContext);
  1.9184 +	aState.ResolveNeutralTypes(aContext);
  1.9185 +	aState.ResolveImplicitLevels(aContext);
  1.9186 +	aState.PrepareForNextLine(aContext);
  1.9187 +	CHECK_RUN_RESULTS(KPreviousCarryOver1Line2, aRuns);
  1.9188 +	}
  1.9189 +
  1.9190 +/**
  1.9191 +   @SYMTestCaseID			GRAPHICS-GDI-BiDi-0001
  1.9192 +
  1.9193 +   @SYMDEF					DEF105603
  1.9194 +
  1.9195 +   @SYMTestCaseDesc			Test TBidirectionalState functionality (Unicode Bidirectional Algorithm impmentation withing SymbianOS)
  1.9196 +
  1.9197 +   @SYMTestPriority			High
  1.9198 +
  1.9199 +   @SYMTestStatus       	Implemented
  1.9200 +
  1.9201 +   @SYMTestActions      	Test conversion of a TBidirectional::TCategory value into it's equivalent TChar::TBdCategory
  1.9202 +							Test the various phases of the Bidirectional Algorithm implementation (Resolving explicit levels and directions, weak types & neutral types) 
  1.9203 +
  1.9204 +   @SYMTestExpectedResults	Confirmation the implementation conforms to the Unicode Birdirection Algorithm standard
  1.9205 +*/
  1.9206 +void CTBiDi::TestTBidirectionalStateInternalsL()
  1.9207 +	{
  1.9208 +	INFO_PRINTF1(_L("TBidirectionalState internals"));
  1.9209 +	TestCatToNumber(1, 0);
  1.9210 +	TestCatToNumber(2, 1);
  1.9211 +	TestCatToNumber(3, 1);
  1.9212 +	TestCatToNumber(4, 2);
  1.9213 +	TestCatToNumber(6, 2);
  1.9214 +	TestCatToNumber(8, 3);
  1.9215 +	TestCatToNumber(9, 3);
  1.9216 +	TestCatToNumber(0x10, 4);
  1.9217 +	TestCatToNumber(0x20, 5);
  1.9218 +	TestCatToNumber(0x40, 6);
  1.9219 +	TestCatToNumber(0x7F, 6);
  1.9220 +	TestCatToNumber(0x80, 7);
  1.9221 +	TestCatToNumber(0x100, 8);
  1.9222 +	TestCatToNumber(0x200, 9);
  1.9223 +	TestCatToNumber(0x400, 10);
  1.9224 +	TestCatToNumber(0x800, 11);
  1.9225 +	TestCatToNumber(0x1000, 12);
  1.9226 +	TestCatToNumber(0x2000, 13);
  1.9227 +	TestCatToNumber(0x4000, 14);
  1.9228 +	TestCatToNumber(0x8000, 15);
  1.9229 +	TestCatToNumber(0xFFFF, 15);
  1.9230 +	TestCatToNumber(0x10000, 16);
  1.9231 +	TestCatToNumber(0x20000, 17);
  1.9232 +	TestCatToNumber(0x40000, 18);
  1.9233 +	TestCatToNumber(0x80000, 19);
  1.9234 +	TestCatToNumber(0x100000, 20);
  1.9235 +	TestCatToNumber(0x200000, 21);
  1.9236 +	TestCatToNumber(0x400000, 22);
  1.9237 +	TestCatToNumber(0x800000, 23);
  1.9238 +	TestCatToNumber(0x1000000, 24);
  1.9239 +	TestCatToNumber(0x2000000, 25);
  1.9240 +	TestCatToNumber(0x4000000, 26);
  1.9241 +	TestCatToNumber(0x8000000, 27);
  1.9242 +	TestCatToNumber(0x10000000, 28);
  1.9243 +	TestCatToNumber(0x20000000, 29);
  1.9244 +	TestCatToNumber(0x40000000, 30);
  1.9245 +	TestCatToNumber(0x7FFFFFFF, 30);
  1.9246 +
  1.9247 +	TBidirectionalState::TRunInfo* runs = new(ELeave) TBidirectionalState::TRunInfo[200];
  1.9248 +	CleanupArrayDeletePushL(runs);
  1.9249 +	TBidirectionalState state(TChar::EOtherNeutral, TChar::EOtherNeutral, EFalse);
  1.9250 +	TBidirectionalState::TReorderContext context;
  1.9251 +	context.iRunInfo = runs;
  1.9252 +	DoXTests(state, context, runs);
  1.9253 +	DoKW123TestsLeft(state, context, runs);
  1.9254 +	DoKW123TestsRight(state, context, runs);
  1.9255 +	DoKW456Tests(state, context, runs);
  1.9256 +	DoKW7TestsLeft(state, context, runs);
  1.9257 +	DoKW7TestsRight(state, context, runs);
  1.9258 +	DoKN12TestsLeft(state, context, runs);
  1.9259 +	DoKN12TestsRight(state, context, runs);
  1.9260 +	DoKN12TestsRRL(state, context, runs);
  1.9261 +	DoKN12TestsLRR(state, context, runs);
  1.9262 +	DoKN12TestsLRP(state, context, runs);
  1.9263 +	DoKN12TestsRLP(state, context, runs);
  1.9264 +
  1.9265 +	// Should test "Resolve implicit levels" as well.
  1.9266 +	//...
  1.9267 +
  1.9268 +	DoCarryOverTest1(state, context, runs);
  1.9269 +
  1.9270 +	CleanupStack::PopAndDestroy(runs);
  1.9271 +	}
  1.9272 +
  1.9273 +
  1.9274 +/**
  1.9275 + * @SYMTestCaseID			GRAPHICS-SYSLIB-GDI-CT-0217
  1.9276 + * @SYMTestCaseDesc			Test the operation of the run array scratch area
  1.9277 + * @SYMTestPriority			low
  1.9278 + * @SYMTestActions			Step 1: Verify that the scratch area is created and destroyed correctly
  1.9279 + *									and that no memory is leaked.
  1.9280 + *                			Step 2: Verify that the reference counting mechanism operates correctly
  1.9281 + *                			Step 3: Verify that a call to OpenL() will leave correctly if there is 
  1.9282 + * 									not enough memory available.
  1.9283 + * @SYMTestExpectedResults	The test must pass
  1.9284 + * @SYMREQ					APOS-69QD7N - Change TBidiText to make it useable and easier to port 
  1.9285 + *							code to it
  1.9286 + * @SYMDevelopedForRelease	Mike
  1.9287 + * @SYMTestType				CT
  1.9288 + * 
  1.9289 + */
  1.9290 +void CTBiDi::DoTestRRunInfoArrayInternalsL()
  1.9291 +	{
  1.9292 +	INFO_PRINTF1(_L("RRunInfoArray Internals..."));
  1.9293 +	
  1.9294 +
  1.9295 +#ifdef _DEBUG
  1.9296 +	const TInt KExpectedHeapCells = 2;
  1.9297 +#endif
  1.9298 +
  1.9299 +
  1.9300 +	// Step 1: Verify that the scratch area is created and
  1.9301 +	//         destroyed correctly
  1.9302 +		{
  1.9303 +		INFO_PRINTF1(_L("    Create/destroy run info scratch area..."));
  1.9304 +		
  1.9305 +		__UHEAP_MARK;
  1.9306 +		RRunInfoArray runInfoArray;
  1.9307 +		runInfoArray.OpenL();
  1.9308 +		__UHEAP_CHECK(KExpectedHeapCells);
  1.9309 +		runInfoArray.Close();
  1.9310 +		__UHEAP_MARKEND;
  1.9311 +		}
  1.9312 +
  1.9313 +
  1.9314 +	// Step 2: Multiple calls to OpenL() and Close()
  1.9315 +	//
  1.9316 +		{
  1.9317 +		INFO_PRINTF1(_L("    Multiple calls to RRunInfoArray::OpenL()..."));
  1.9318 +		
  1.9319 +		__UHEAP_MARK;
  1.9320 +		RRunInfoArray runInfoArray;
  1.9321 +		runInfoArray.OpenL();
  1.9322 +		__UHEAP_CHECK(KExpectedHeapCells);
  1.9323 +
  1.9324 +		// Second call on the same object gets ignored.
  1.9325 +		runInfoArray.OpenL();
  1.9326 +		__UHEAP_CHECK(KExpectedHeapCells);
  1.9327 +
  1.9328 +
  1.9329 +		// Creating another one reuses the singleton we created
  1.9330 +		// earlier. No additional storage gets allocated
  1.9331 +		RRunInfoArray runInfoArray2;
  1.9332 +		runInfoArray2.OpenL();
  1.9333 +		__UHEAP_CHECK(KExpectedHeapCells);
  1.9334 +
  1.9335 +
  1.9336 +		// Shut down can be done in any order -  It is the last one 
  1.9337 +		// that should actually free the memory
  1.9338 +		INFO_PRINTF1(_L("    Multiple calls to RRunInfoArray::Close()..."));
  1.9339 +		runInfoArray.Close();
  1.9340 +		__UHEAP_CHECK(KExpectedHeapCells);
  1.9341 +		runInfoArray2.Close();
  1.9342 +		__UHEAP_CHECK(0);
  1.9343 +		
  1.9344 +		
  1.9345 +		// Try to break it by calling Close() again
  1.9346 +		runInfoArray.Close();
  1.9347 +		__UHEAP_CHECK(0);
  1.9348 +
  1.9349 +		
  1.9350 +		__UHEAP_MARKEND;
  1.9351 +		}
  1.9352 +		
  1.9353 +	
  1.9354 +	// Step 3: Check that OpenL() really does leave if not enough
  1.9355 +	//         memory - only valid for debug builds
  1.9356 +#ifdef _DEBUG
  1.9357 +		{
  1.9358 +		INFO_PRINTF1(_L("    RRunInfoArray::OpenL() fails for OOM..."));
  1.9359 +		RRunInfoArray runInfoArray;
  1.9360 +
  1.9361 +		// OOM loop - must successfully allocate for 10 consecutive alloc sizes
  1.9362 +		TInt allocSuccess = 0;
  1.9363 +		TInt failAlloc = 1;
  1.9364 +		do 
  1.9365 +			{
  1.9366 +			__UHEAP_FAILNEXT(failAlloc);
  1.9367 +			TRAPD(err, runInfoArray.OpenL());
  1.9368 +			__UHEAP_RESET;
  1.9369 +
  1.9370 +			if (err == KErrNone)
  1.9371 +				{
  1.9372 +				++allocSuccess;
  1.9373 +				runInfoArray.Close();
  1.9374 +				}
  1.9375 +			else
  1.9376 +				{
  1.9377 +				TEST(KErrNoMemory == err);
  1.9378 +				allocSuccess = 0;
  1.9379 +				}
  1.9380 +			++failAlloc;
  1.9381 +			}
  1.9382 +			while (allocSuccess < 10);
  1.9383 +		}
  1.9384 +#endif
  1.9385 +	}
  1.9386 +
  1.9387 +
  1.9388 +/**
  1.9389 + *
  1.9390 + * Check that TBidiText will panic if the NewL call contains
  1.9391 + * an invalid max length value.
  1.9392 + *
  1.9393 + * Note: This function will generate a panic and should therefore
  1.9394 + * be called from within a separate worker thread.
  1.9395 + *
  1.9396 + */
  1.9397 +static TInt TestPanicMaxLengthInvalidL(TAny*)
  1.9398 +	{
  1.9399 +	// A max length of 0 or less is invalid. Should cause a panic.
  1.9400 +	TBidiText* bidi = TBidiText::NewL(-1, 3);
  1.9401 +
  1.9402 +
  1.9403 +	return (KErrNone);
  1.9404 +	}
  1.9405 +
  1.9406 +
  1.9407 +/**
  1.9408 + *
  1.9409 + * Check that TBidiText will panic if the NewL call contains
  1.9410 + * an invalid max lines value
  1.9411 + *
  1.9412 + * Note: This function will generate a panic and should therefore
  1.9413 + * be called from within a separate worker thread.
  1.9414 + *
  1.9415 + */
  1.9416 +static TInt TestPanicMaxLinesInvalidL(TAny*)
  1.9417 +	{
  1.9418 +	// The max number of lines should be 1 or more. Should cause a
  1.9419 +	// panic.
  1.9420 +	TBidiText* bidi = TBidiText::NewL(100, -1);
  1.9421 +	
  1.9422 +	
  1.9423 +	return (KErrNone);
  1.9424 +	}
  1.9425 +
  1.9426 +
  1.9427 +/**
  1.9428 + *
  1.9429 + * @SYMTestCaseID			GRAPHICS-SYSLIB-GDI-CT-0218
  1.9430 + * @SYMTestCaseDesc			Test the creation of an empty TBidiText object
  1.9431 + * @SYMTestPriority			low
  1.9432 + * @SYMTestActions			Step 1: Verify object creation
  1.9433 + *                			Step 2: Verify that object destruction does not leak memory
  1.9434 + *                			Step 3: Verify that the correct panics are generated if an
  1.9435 + *									invalid parameter is specified
  1.9436 + * @SYMTestExpectedResults	The test must pass
  1.9437 + * @SYMREQ					APOS-69QD7N - Change TBidiText to make it useable and easier to port 
  1.9438 + *							code to it
  1.9439 + * @SYMDevelopedForRelease	Mike
  1.9440 + * @SYMTestType				CT
  1.9441 + *
  1.9442 + */
  1.9443 +void CTBiDi::DoTestTBidiTextNewL()
  1.9444 +	{
  1.9445 +	INFO_PRINTF1(_L("TBidiText::NewL()..."));
  1.9446 +	const TInt KMaxLength         = 100;
  1.9447 +	const TInt KMaxLines          =   3;
  1.9448 +#ifdef _DEBUG
  1.9449 +	const TInt KExpectedHeapCells =   1;
  1.9450 +#endif
  1.9451 +			
  1.9452 +	TBidiText* bidiText = 0;
  1.9453 +
  1.9454 +	// First we're going to test the successful creation. This
  1.9455 +	// should (hopefully) be how the client app will use the class)
  1.9456 +	INFO_PRINTF1(_L("    Create an empty object..."));
  1.9457 +	__UHEAP_MARK;
  1.9458 +	TRAPD(err, bidiText = TBidiText::NewL(KMaxLength, KMaxLines));
  1.9459 +	TEST(KErrNone == err);
  1.9460 +	__UHEAP_CHECK(KExpectedHeapCells);
  1.9461 +	
  1.9462 +		
  1.9463 +	// Free up the memory and make sure we haven't leaked anything
  1.9464 +	INFO_PRINTF1(_L("    Delete object..."));
  1.9465 +	delete bidiText;
  1.9466 +	bidiText = 0;
  1.9467 +	__UHEAP_CHECK(0);
  1.9468 +	__UHEAP_MARKEND;
  1.9469 +			
  1.9470 +
  1.9471 +	// Now for the invalid parameters. These will generate a panic
  1.9472 +	// so must be tested in a separate thread.
  1.9473 +	INFO_PRINTF1(_L("    Invalid max length (will panic!)"));
  1.9474 +	TEST(EBidiPanic_InvalidReservedMaxLength == TestPanic(TestPanicMaxLengthInvalidL));
  1.9475 +	INFO_PRINTF1(_L("    Invalid max lines (will panic!)"));
  1.9476 +	TEST(EBidiPanic_InvalidMaxline == TestPanic(TestPanicMaxLinesInvalidL));
  1.9477 +	}
  1.9478 +
  1.9479 +
  1.9480 +/**
  1.9481 + *
  1.9482 + * Check that TBidiText will panic if the SetText call is made
  1.9483 + * before RRunInfoArray::OpenL();
  1.9484 + *
  1.9485 + * Note: This function will generate a panic and should therefore
  1.9486 + * be called from within a separate worker thread.
  1.9487 + *
  1.9488 + */
  1.9489 +TInt CTBiDi::DoTestPanicSetTextL()
  1.9490 +	{
  1.9491 +	const TInt KMaxLength = 100;
  1.9492 +	const TInt KMaxLines  =   3;
  1.9493 +	_LIT(KHello, "Hello World");
  1.9494 +	
  1.9495 +	TBidiText* bidiText   = TBidiText::NewL(KMaxLength, KMaxLines);
  1.9496 +	CleanupStack::PushL(bidiText);
  1.9497 +
  1.9498 +	
  1.9499 +	// Will cause a KErrDisconnected panic because we have not
  1.9500 +	// called RRunInfoArray::OpenL()
  1.9501 +	RRunInfoArray runArray;
  1.9502 +	bidiText->SetText(KHello, runArray);
  1.9503 +
  1.9504 +
  1.9505 +	CleanupStack::PopAndDestroy(bidiText);
  1.9506 +	return KErrNone;
  1.9507 +	}
  1.9508 +	
  1.9509 +
  1.9510 +/**
  1.9511 + *
  1.9512 + * Entry point for the DoTestPanicSetTextL test's worker thread
  1.9513 + *
  1.9514 + * Provides cleanup stack for the test function
  1.9515 + *
  1.9516 + */
  1.9517 +TInt TestPanicSetTextL(TAny* aData)
  1.9518 +	{
  1.9519 +	CTBiDi* theTest = static_cast<CTBiDi*> (aData);
  1.9520 +	CTrapCleanup* trap = CTrapCleanup::New();
  1.9521 +	if (!trap)
  1.9522 +		return KErrNoMemory;
  1.9523 +	
  1.9524 +	
  1.9525 +	TRAP_IGNORE(theTest->DoTestPanicSetTextL());	
  1.9526 +
  1.9527 +
  1.9528 +	delete trap;
  1.9529 +	return KErrNone;
  1.9530 +	}
  1.9531 +
  1.9532 +
  1.9533 +/**
  1.9534 + *
  1.9535 + * @SYMTestCaseID			GRAPHICS-SYSLIB-GDI-CT-0219
  1.9536 + * @SYMTestCaseDesc			Test the operation of TBidiText::SetText()
  1.9537 + * @SYMTestPriority			low
  1.9538 + * @SYMTestActions			Step 1: Verify that RRunInfoArray will panic if OpenL() 
  1.9539 + *									has not been called
  1.9540 + *                			Step 2: Verify that SetText() does change the text and
  1.9541 + *									string length
  1.9542 + *                			Step 3: Verify that SetText() will return the number of
  1.9543 + *									characters truncated if the string is too big for
  1.9544 + *									the object.
  1.9545 + *                 			Step 4: Also checks that the text is changed and the
  1.9546 + *									length is updated.
  1.9547 + *                			Step 5: Verify that RRunInfoArray will panic if it's
  1.9548 + *									buffer overflows
  1.9549 + * @SYMTestExpectedResults	The test must pass
  1.9550 + * @SYMREQ					APOS-69QD7N - Change TBidiText to make it useable and easier to port 
  1.9551 + *							code to it
  1.9552 + * @SYMDevelopedForRelease	Mike
  1.9553 + * @SYMTestType				CT
  1.9554 + *
  1.9555 + */
  1.9556 +void CTBiDi::DoTestTBidiTextSetTextL()
  1.9557 +	{
  1.9558 +	INFO_PRINTF1(_L("TBidiText::SetText()..."));
  1.9559 +
  1.9560 +
  1.9561 +	INFO_PRINTF1(_L("    Run Array not initialised (will panic!)"));
  1.9562 +	TEST(EBidiPanic_RunArrayNull == TestPanic(TestPanicSetTextL));
  1.9563 +	
  1.9564 +	
  1.9565 +	// Rest of the tests will make use of these resources
  1.9566 +	_LIT(KLine1,    "Mary had a little lamb");
  1.9567 +	_LIT(KLine2,    "and she had a bear");
  1.9568 +	_LIT(KLine3,    "I've often seen her little lamb");
  1.9569 +	const TInt KExpectedDiff = KLine3.iTypeLength - KLine1.iTypeLength;
  1.9570 +
  1.9571 +
  1.9572 +	RRunInfoArray runArray;
  1.9573 +	runArray.OpenL();
  1.9574 +	
  1.9575 +
  1.9576 +	INFO_PRINTF1(_L("    Change text..."));
  1.9577 +	TBidiText* bidiText = TBidiText::NewL(KLine1, 1);
  1.9578 +	CleanupStack::PushL(bidiText);
  1.9579 +	TEST(KLine1.iTypeLength == bidiText->Text().Length());
  1.9580 +	
  1.9581 +
  1.9582 +	// Will fit. Expect an overflow of 0 characters.	
  1.9583 +	TInt overFlow = bidiText->SetText(KLine2, runArray);
  1.9584 +	TEST(0 == overFlow);
  1.9585 +	TEST(KLine2.iTypeLength == bidiText->Text().Length());
  1.9586 +	TEST(!bidiText->Text().Compare(KLine2));
  1.9587 +	
  1.9588 +	
  1.9589 +	// Too long. Expect an overflow for this string. The number of
  1.9590 +	// characters we have exceeded the buffer by is determined from
  1.9591 +	// the lengths of the two strings: KLine1 (used to set the initial
  1.9592 +	// length of the buffer) and KLine3 (used to change the text in the 
  1.9593 +	// buffer
  1.9594 +	INFO_PRINTF1(_L("    Text overflow..."));
  1.9595 +	overFlow = bidiText->SetText(KLine3, runArray);
  1.9596 +	TEST(KExpectedDiff == overFlow);
  1.9597 +	TEST(KLine1.iTypeLength == bidiText->Text().Length());
  1.9598 +	TPtrC line3(KLine3);
  1.9599 +	TEST(!bidiText->Text().Compare(line3.Left(KLine1.iTypeLength)));
  1.9600 +	
  1.9601 +	
  1.9602 +	// If the Run Info Array is too small, the text will be truncated
  1.9603 +	// and the excess characters returned to the client application as
  1.9604 +	// a negative integer. (i.e. can be distinguished from simple
  1.9605 +	// truncation)
  1.9606 +	TBidiText* bidiText2 = TBidiText::NewL(512, 1);
  1.9607 +	CleanupStack::PushL(bidiText2);
  1.9608 +	
  1.9609 +	// KManyRuns is too long for RRunArray
  1.9610 +	_LIT(KManyRuns, "1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a1a");
  1.9611 +	TInt excessChars = bidiText2->SetText(KManyRuns, runArray);
  1.9612 +	TEST (52 == excessChars);
  1.9613 +	
  1.9614 +
  1.9615 +	// Tidy up
  1.9616 +	CleanupStack::PopAndDestroy(bidiText2);
  1.9617 +	CleanupStack::PopAndDestroy(bidiText);
  1.9618 +	runArray.Close();
  1.9619 +	}
  1.9620 +	
  1.9621 +
  1.9622 +/**
  1.9623 + *
  1.9624 + * @SYMTestCaseID			GRAPHICS-SYSLIB-GDI-CT-0220
  1.9625 + * @SYMTestCaseDesc			Test the operation of TBidiText::MinimumSize()
  1.9626 + * @SYMTestPriority			low
  1.9627 + * @SYMTestActions			Step 1: Verify that MinimumSize() returns the correct
  1.9628 + *									size in pixels both with and without the aMaxLines
  1.9629 + *									parameter specified
  1.9630 + *                          Step 2: Verify that MinimumSize() will panic if an invalid
  1.9631 + *									parameter is specified.
  1.9632 + * @SYMTestExpectedResults	The test must pass
  1.9633 + * @SYMREQ					APOS-69QD7N - Change TBidiText to make it useable and easier to port 
  1.9634 + *							code to it
  1.9635 + * @SYMDevelopedForRelease	Mike
  1.9636 + * @SYMTestType				CT
  1.9637 + *
  1.9638 + */
  1.9639 +void CTBiDi::DoTestTBidiTextMinimumSizeL()
  1.9640 +	{
  1.9641 +	INFO_PRINTF1(_L("TBidiText::MinimumSize()..."));
  1.9642 +	
  1.9643 +	
  1.9644 +	CFont* testFont = new (ELeave) CTestFont;
  1.9645 +	CleanupStack::PushL(testFont);
  1.9646 +	
  1.9647 +
  1.9648 +	// Create and populate the buffer that holds the test data
  1.9649 +	// for this test. 
  1.9650 +	HBufC* oldTextBufPtr = HBufC::NewLC(KBufferSize);
  1.9651 +	TextIterator rIterator(KRightToLeftArabic, KRightToLeftArabicLength);
  1.9652 +	MLineBreaker breaker;
  1.9653 +	for (TInt i = 0; i < KBufferSize; ++i)
  1.9654 +		{
  1.9655 +		TUint s, e;
  1.9656 +		TText16 ch = rIterator.NextChar();
  1.9657 +		if (breaker.LineBreakClass(ch, s, e) == MLineBreaker::EAlLineBreakClass)
  1.9658 +			oldTextBufPtr->Des().Append(ch);
  1.9659 +		}
  1.9660 +	TPtr oldText(oldTextBufPtr->Des());
  1.9661 +	
  1.9662 +	
  1.9663 +	TBidiText* bidiText = TBidiText::NewL(oldText, 50);
  1.9664 +	CleanupStack::PushL(bidiText);
  1.9665 +	
  1.9666 +
  1.9667 +	const TUint KWrapWidth      = 400;
  1.9668 +	const TUint KLineGap        =   2;
  1.9669 +	TSize result = bidiText->MinimumSize(KWrapWidth, *testFont, KLineGap);
  1.9670 +
  1.9671 +
  1.9672 +	// For a fixed width font where each character is 10 pixels wide, we
  1.9673 +	// should expect that we will have 40 characters per line for a wrapping
  1.9674 +	// width of 400. 
  1.9675 +	const TUint KExpectedWidth = KWrapWidth;
  1.9676 +	const TUint KExpectedCharsPerLine = KWrapWidth/testFont->CharWidthInPixels('a');
  1.9677 +	const TUint KExpectedLines = (oldText.Length() + KExpectedCharsPerLine - 1)/KExpectedCharsPerLine;
  1.9678 +	const TUint KExpectedHeight = (testFont->HeightInPixels() + KLineGap) * KExpectedLines - KLineGap;
  1.9679 +	TEST(KExpectedWidth == result.iWidth);
  1.9680 +	TEST(KExpectedHeight == result.iHeight);
  1.9681 +	
  1.9682 +
  1.9683 +	// Repeat the above, but this time specify the maximum number of lines
  1.9684 +	// we're interested in.
  1.9685 +	const TUint KMaxLines =  14;
  1.9686 +	result = bidiText->MinimumSize(KWrapWidth, *testFont, KLineGap, KMaxLines);
  1.9687 +	const TUint KExpectedHeight2      = (testFont->HeightInPixels() + KLineGap) * KMaxLines - KLineGap;;
  1.9688 +	TEST(KExpectedWidth   == result.iWidth);
  1.9689 +	TEST(KExpectedHeight2 == result.iHeight);
  1.9690 +
  1.9691 +
  1.9692 +	CleanupStack::PopAndDestroy(bidiText);
  1.9693 +	CleanupStack::PopAndDestroy(oldTextBufPtr);
  1.9694 +	CleanupStack::PopAndDestroy(testFont);
  1.9695 +	}
  1.9696 +
  1.9697 +
  1.9698 +/**
  1.9699 + *
  1.9700 + * Check that TBidiText will panic if MinimumSize is called
  1.9701 + * with an invalid wrapping width
  1.9702 + *
  1.9703 + * Note: This function will generate a panic and should therefore
  1.9704 + * be called from within a separate worker thread.
  1.9705 + *
  1.9706 + */
  1.9707 +TInt CTBiDi::DoTestPanicMinimumSizeWidth()
  1.9708 +	{
  1.9709 +	CFont* testFont = new (ELeave) CTestFont;
  1.9710 +	CleanupStack::PushL(testFont);
  1.9711 +
  1.9712 +	_LIT(KDummyText, "Hello World");
  1.9713 +	const TInt KMaxLines  = 50;
  1.9714 +	TBidiText* bidiText   = TBidiText::NewL(KDummyText, KMaxLines);
  1.9715 +	CleanupStack::PushL(bidiText);
  1.9716 +	
  1.9717 +	
  1.9718 +	RRunInfoArray runArray;
  1.9719 +	runArray.OpenL();
  1.9720 +
  1.9721 +
  1.9722 +	// Should panic - KWrappingWidth is negative
  1.9723 +	const TInt  KWrappingWidth = -1;
  1.9724 +	const TUint KLineGap       =  1;
  1.9725 +	bidiText->MinimumSize(KWrappingWidth, *testFont, KLineGap);
  1.9726 +
  1.9727 +
  1.9728 +	CleanupStack::PopAndDestroy(bidiText);
  1.9729 +	CleanupStack::PopAndDestroy(testFont);
  1.9730 +	
  1.9731 +	
  1.9732 +	return KErrNone;
  1.9733 +	}
  1.9734 +
  1.9735 +
  1.9736 +/**
  1.9737 + *
  1.9738 + * Entry point for the DoTestPanicMinimumSizeWidth test's worker 
  1.9739 + * thread
  1.9740 + *
  1.9741 + * Provides cleanup stack for the test function
  1.9742 + *
  1.9743 + */
  1.9744 +static TInt TestPanicMinimumSizeWidth(TAny* aData)
  1.9745 +	{
  1.9746 +	CTBiDi* theTest = static_cast<CTBiDi*> (aData);
  1.9747 +	CTrapCleanup* trap = CTrapCleanup::New();
  1.9748 +	if (!trap)
  1.9749 +		return KErrNoMemory;
  1.9750 +	
  1.9751 +	TInt result = KErrNone;
  1.9752 +	TRAP_IGNORE(result = theTest->DoTestPanicMinimumSizeWidth());
  1.9753 +	
  1.9754 +	delete trap;
  1.9755 +	return result;
  1.9756 +	}
  1.9757 +
  1.9758 +
  1.9759 +/**
  1.9760 + *
  1.9761 + * Check that TBidiText will panic if MinimumSize is called
  1.9762 + * with an invalid line gap
  1.9763 + *
  1.9764 + * Note: This function will generate a panic and should therefore
  1.9765 + * be called from within a separate worker thread.
  1.9766 + *
  1.9767 + */
  1.9768 +TInt CTBiDi::DoTestPanicMinimumSizeLineGap()
  1.9769 +	{
  1.9770 +	CFont* testFont = new (ELeave) CTestFont;
  1.9771 +	CleanupStack::PushL(testFont);
  1.9772 +
  1.9773 +	_LIT(KDummyText, "Hello World");
  1.9774 +	const TInt KMaxLines  = 50;
  1.9775 +	TBidiText* bidiText   = TBidiText::NewL(KDummyText, KMaxLines);
  1.9776 +	CleanupStack::PushL(bidiText);
  1.9777 +	
  1.9778 +	
  1.9779 +	RRunInfoArray runArray;
  1.9780 +	runArray.OpenL();
  1.9781 +
  1.9782 +
  1.9783 +	// Should panic - KLineGap is negative
  1.9784 +	const TUint KWrappingWidth = 400;
  1.9785 +	const TInt  KLineGap       =  -1;
  1.9786 +	bidiText->MinimumSize(KWrappingWidth, *testFont, KLineGap);
  1.9787 +
  1.9788 +
  1.9789 +	CleanupStack::PopAndDestroy(bidiText);
  1.9790 +	CleanupStack::PopAndDestroy(testFont);
  1.9791 +	
  1.9792 +	
  1.9793 +	return KErrNone;
  1.9794 +	}
  1.9795 +
  1.9796 +
  1.9797 +/**
  1.9798 + *
  1.9799 + * Entry point for the DoTestPanicMinimumSizeLineGap test's worker 
  1.9800 + * thread
  1.9801 + *
  1.9802 + * Provides cleanup stack for the test function
  1.9803 + *
  1.9804 + */
  1.9805 +static TInt TestPanicMinimumSizeLineGap(TAny* aData)
  1.9806 +	{
  1.9807 +	CTBiDi* theTest = static_cast <CTBiDi*> (aData);
  1.9808 +	CTrapCleanup* trap = CTrapCleanup::New();
  1.9809 +	if (!trap)
  1.9810 +		return KErrNoMemory;
  1.9811 +	
  1.9812 +	TInt result = KErrNone;;
  1.9813 +	TRAP_IGNORE(result = theTest->DoTestPanicMinimumSizeLineGap());
  1.9814 +	
  1.9815 +	delete trap;
  1.9816 +	return result;
  1.9817 +	}
  1.9818 +
  1.9819 +
  1.9820 +/**
  1.9821 + *
  1.9822 + * Check that TBidiText will panic if MinimumSize is called
  1.9823 + * with an invalid maximum number of lines
  1.9824 + *
  1.9825 + * Note: This function will generate a panic and should therefore
  1.9826 + * be called from within a separate worker thread.
  1.9827 + *
  1.9828 + */
  1.9829 +TInt CTBiDi::DoTestPanicMinimumSizeMaxLines()
  1.9830 +	{
  1.9831 +	CFont* testFont = new (ELeave) CTestFont;
  1.9832 +	CleanupStack::PushL(testFont);
  1.9833 +
  1.9834 +	_LIT(KDummyText, "Hello World");
  1.9835 +	TBidiText* bidiText   = TBidiText::NewL(KDummyText, 50);
  1.9836 +	CleanupStack::PushL(bidiText);
  1.9837 +	
  1.9838 +	
  1.9839 +	RRunInfoArray runArray;
  1.9840 +	runArray.OpenL();
  1.9841 +
  1.9842 +
  1.9843 +	// Should panic - KMaxLines is invalid
  1.9844 +	const TUint KWrappingWidth = 400;
  1.9845 +	const TUint KLineGap       =   1;
  1.9846 +	const TInt  KMaxLines      =  -2;
  1.9847 +	bidiText->MinimumSize(KWrappingWidth, *testFont, KLineGap, KMaxLines);
  1.9848 +
  1.9849 +
  1.9850 +	CleanupStack::PopAndDestroy(bidiText);
  1.9851 +	CleanupStack::PopAndDestroy(testFont);
  1.9852 +	
  1.9853 +	
  1.9854 +	return KErrNone;
  1.9855 +	}
  1.9856 +
  1.9857 +
  1.9858 +/**
  1.9859 + *
  1.9860 + * Entry point for the DoTestPanicMinimumSizeMaxLines test's worker 
  1.9861 + * thread
  1.9862 + *
  1.9863 + * Provides cleanup stack for the test function
  1.9864 + *
  1.9865 + */
  1.9866 +static TInt TestPanicMinimumSizeMaxLines(TAny* aData)
  1.9867 +	{
  1.9868 +	CTBiDi* theTest = static_cast <CTBiDi*> (aData);
  1.9869 +	CTrapCleanup* trap = CTrapCleanup::New();
  1.9870 +	if (!trap)
  1.9871 +		return KErrNoMemory;
  1.9872 +	
  1.9873 +	TInt result = KErrNone;;
  1.9874 +	TRAP_IGNORE(result = theTest->DoTestPanicMinimumSizeMaxLines());
  1.9875 +	
  1.9876 +	delete trap;
  1.9877 +	return result;
  1.9878 +	}
  1.9879 +
  1.9880 +
  1.9881 +/**
  1.9882 + *
  1.9883 + * Check that TBidiText will panic if LineOfDisplayText is called
  1.9884 + * with an invalid number of lines.
  1.9885 + *
  1.9886 + * Note: This function will generate a panic and should therefore
  1.9887 + * be called from within a separate worker thread.
  1.9888 + *
  1.9889 + */
  1.9890 +TInt CTBiDi::DoTestPanicMinimumNumberOfLinesL()
  1.9891 +	{
  1.9892 +	CFont* testFont = new (ELeave) CTestFont;
  1.9893 +	CleanupStack::PushL(testFont);
  1.9894 +
  1.9895 +	_LIT(KDummyText, "Hello World");
  1.9896 +	TBidiText* bidiText   = TBidiText::NewL(KDummyText, 50);
  1.9897 +	CleanupStack::PushL(bidiText);
  1.9898 +	
  1.9899 +	TInt width = 400;
  1.9900 +	bidiText->LineOfDisplayText(-2, width);
  1.9901 +
  1.9902 +	CleanupStack::PopAndDestroy(2,testFont);
  1.9903 +	
  1.9904 +	return KErrNone;
  1.9905 +	}
  1.9906 +/**
  1.9907 + *
  1.9908 + * Entry point for the DoTestPanicMinimumNumberOfLinesL test's worker 
  1.9909 + * thread
  1.9910 + *
  1.9911 + * Provides cleanup stack for the test function
  1.9912 + *
  1.9913 + */
  1.9914 +static TInt TestPanicMinimumNumberOfLines(TAny* aData)
  1.9915 +	{
  1.9916 +	CTBiDi* theTest = static_cast <CTBiDi*> (aData);
  1.9917 +	CTrapCleanup* trap = CTrapCleanup::New();
  1.9918 +	if (!trap)
  1.9919 +		{
  1.9920 +		return KErrNoMemory;
  1.9921 +		}
  1.9922 +	TRAP_IGNORE(theTest->DoTestPanicMinimumNumberOfLinesL());
  1.9923 +	
  1.9924 +	delete trap;
  1.9925 +	return KErrNone;
  1.9926 +	}
  1.9927 +
  1.9928 +/**
  1.9929 + *
  1.9930 + * Test that TBidiText::MinimumSize() will panic in the following
  1.9931 + * circumstances:
  1.9932 + *
  1.9933 + *    o Wrapping width is invalid (i.e. <= 0)
  1.9934 + *    o Line gap is invalid (i.e. < 0)
  1.9935 + *    o Max. lines is invalid (i.e. < -1)
  1.9936 + *
  1.9937 + */
  1.9938 +void CTBiDi::DoTestTBidiTextMinimumSizePanics()
  1.9939 +	{
  1.9940 +	INFO_PRINTF1(_L("    Invalid wrapping width (will panic!)"));
  1.9941 +	TEST(EBidiPanic_InvalidWrappingWidth == TestPanic(TestPanicMinimumSizeWidth));
  1.9942 +
  1.9943 +	INFO_PRINTF1(_L("    Invalid line gap (will panic!)"));
  1.9944 +	TEST(EBidiPanic_InvalidLineGap == TestPanic(TestPanicMinimumSizeLineGap));
  1.9945 +
  1.9946 +	INFO_PRINTF1(_L("    Invalid max lines (will panic!)"));
  1.9947 +	TEST(EBidiPanic_InvalidMaxline == TestPanic(TestPanicMinimumSizeMaxLines));
  1.9948 +	
  1.9949 +	INFO_PRINTF1(_L("    Invalid minimum number of lines (will panic!)"));
  1.9950 +	TEST(EBidiPanic_InvalidVisualOrderedTextLength == TestPanic(TestPanicMinimumNumberOfLines));
  1.9951 +	}
  1.9952 +	
  1.9953 +	
  1.9954 +/**
  1.9955 +   @SYMTestCaseID			GRAPHICS-GDI-BiDi-0009
  1.9956 +
  1.9957 +   @SYMDEF					Change Request APOS-69QD7N
  1.9958 +
  1.9959 +   @SYMTestCaseDesc			Test TBidirectionalState functionality (Unicode Bidirectional Algorithm impmentation withing SymbianOS)
  1.9960 +
  1.9961 +   @SYMTestPriority			High
  1.9962 +
  1.9963 +   @SYMTestStatus       	Implemented
  1.9964 +
  1.9965 +   @SYMTestActions      	Test detection of 'overall' directionality of a given language/script
  1.9966 +
  1.9967 +   @SYMTestExpectedResults	Confirmation the implementation conforms to the Unicode Birdirection Algorithm standard
  1.9968 +*/
  1.9969 +void CTBiDi::TestCrApos69qd7nL()
  1.9970 +	{
  1.9971 +	INFO_PRINTF1(_L("CR APOS-69QD7N - TBidiText"));
  1.9972 +	((CTBiDiStep*)iStep)->SetTestStepID(_L("GRAPHICS-SYSLIB-GDI-CT-0217"));
  1.9973 +	DoTestRRunInfoArrayInternalsL();
  1.9974 +	((CTBiDiStep*)iStep)->RecordTestResultL();
  1.9975 +	((CTBiDiStep*)iStep)->SetTestStepID(_L("GRAPHICS-SYSLIB-GDI-CT-0218"));
  1.9976 +	DoTestTBidiTextNewL();
  1.9977 +	((CTBiDiStep*)iStep)->RecordTestResultL();
  1.9978 +	((CTBiDiStep*)iStep)->SetTestStepID(_L("GRAPHICS-SYSLIB-GDI-CT-0219"));
  1.9979 +	DoTestTBidiTextSetTextL();
  1.9980 +	((CTBiDiStep*)iStep)->RecordTestResultL();
  1.9981 +	((CTBiDiStep*)iStep)->SetTestStepID(_L("GRAPHICS-SYSLIB-GDI-CT-0220"));
  1.9982 +	DoTestTBidiTextMinimumSizeL();
  1.9983 +	((CTBiDiStep*)iStep)->RecordTestResultL();
  1.9984 +	((CTBiDiStep*)iStep)->SetTestStepID(_L("GRAPHICS-GDI-BiDi-0009"));
  1.9985 +	DoTestTBidiTextMinimumSizePanics();
  1.9986 +	}
  1.9987 +	
  1.9988 +/**
  1.9989 + *
  1.9990 + * Test for English Strings inserted into Arabic text with brackets interspersed.
  1.9991 + *
  1.9992 + */
  1.9993 + 
  1.9994 +void CTBiDi::INC086135TestL()
  1.9995 +	{	
  1.9996 +	// originalText: "<ALEF><LAM> ([h]o{m}e(r)):"
  1.9997 +	const TText* originalText = _S("\x627\x644 ([h]o{m}e(r)):");
  1.9998 +	// expected text: ":((h]o{m}e(r]) <LAM><ALEF>
  1.9999 +	const TText* expectedText = _S(":((h]o{m}e(r]) \x644\x627");
 1.10000 +	
 1.10001 +	TPtrC ptrOriginal(originalText);
 1.10002 +	TPtrC ptrExpected(expectedText);
 1.10003 +
 1.10004 +	// Construct the bidirectional text
 1.10005 +	TBidiText* bidiText = TBidiText::NewL(ptrOriginal, 16);
 1.10006 +	CleanupStack::PushL(bidiText);
 1.10007 +	
 1.10008 +	// Call wrap text to prepare the text
 1.10009 +	CFont* testFont = new(ELeave) CTestFont;
 1.10010 +	CleanupStack::PushL(testFont);
 1.10011 +	const TInt KLineLength = 192;
 1.10012 +	const TInt KNumLines = 1;
 1.10013 +	bidiText->WrapText(KLineLength , *testFont, NULL, KNumLines);
 1.10014 +	
 1.10015 +	// Return the text that would be displayed
 1.10016 +	TPtrC displayText = bidiText->DisplayText();
 1.10017 +	
 1.10018 +	// Check the result
 1.10019 +	if(displayText.Compare(ptrExpected) != 0)
 1.10020 +		{
 1.10021 +		INFO_PRINTF1(_L("INC086135Test Failed\r\n"));
 1.10022 +		PrintTestData(_L("Result "), displayText);
 1.10023 +		PrintTestData(_L("Expected "), ptrExpected);
 1.10024 +		TEST(EFalse);
 1.10025 +		}
 1.10026 +	else
 1.10027 +		{
 1.10028 +		INFO_PRINTF1(_L("INC086135Test Passed\r\n"));
 1.10029 +		}
 1.10030 +	CleanupStack::PopAndDestroy(2, bidiText);
 1.10031 +	}
 1.10032 +
 1.10033 +
 1.10034 +CTBiDi::CTBiDi(CTestStep* aStep) :
 1.10035 +	CTGraphicsBase(aStep)
 1.10036 +	{
 1.10037 +	 iTestThreadCounter = 0;
 1.10038 +	INFO_PRINTF1(_L("TBidirectionalState::ReorderText"));
 1.10039 +	}
 1.10040 +
 1.10041 +
 1.10042 +void CTBiDi::RunTestCaseL(TInt aCurTestCase)
 1.10043 +	{
 1.10044 +	((CTBiDiStep*)iStep)->SetTestStepID(KUnknownSYMTestCaseIDName);
 1.10045 +	switch(aCurTestCase)
 1.10046 +		{
 1.10047 +	case 1:
 1.10048 +		((CTBiDiStep*)iStep)->SetTestStepID(_L("GRAPHICS-GDI-BiDi-0001"));
 1.10049 +		TRAPD(err, TestTBidirectionalStateInternalsL());
 1.10050 +		TEST(err == KErrNone);
 1.10051 +		break;
 1.10052 +	case 2:
 1.10053 +/**
 1.10054 +@SYMTestCaseID GRAPHICS-GDI-BiDi-0002
 1.10055 +*/
 1.10056 +        	((CTBiDiStep*)iStep)->SetTestStepID(_L("GRAPHICS-GDI-BiDi-0002"));
 1.10057 +		TRAP(err, TestTBidirectionalState::TestAPIL(this));
 1.10058 +		TEST(err == KErrNone);
 1.10059 +		break;
 1.10060 +	case 3:
 1.10061 +		((CTBiDiStep*)iStep)->SetTestStepID(_L("GRAPHICS-GDI-BiDi-0003"));
 1.10062 +		TRAP(err, TestTBidirectionalState::TestReorderTextL(this));
 1.10063 +		TEST(err == KErrNone);
 1.10064 +		break;
 1.10065 +	case 4:
 1.10066 +		((CTBiDiStep*)iStep)->SetTestStepID(_L("GRAPHICS-GDI-BiDi-0004"));
 1.10067 +		TRAP(err, TestReorderTextL());
 1.10068 +		TEST(err == KErrNone);
 1.10069 +		break;
 1.10070 +	case 5:
 1.10071 +		((CTBiDiStep*)iStep)->SetTestStepID(_L("GRAPHICS-GDI-BiDi-0005"));
 1.10072 +		TRAP(err, TUnicodeExampleTestL());
 1.10073 +		TEST(err == KErrNone);
 1.10074 +		break;
 1.10075 +	case 6:
 1.10076 +		((CTBiDiStep*)iStep)->SetTestStepID(_L("GRAPHICS-GDI-BiDi-0006"));
 1.10077 +		INFO_PRINTF1(_L("Script directionality"));
 1.10078 +		TestScriptDirectionality();
 1.10079 +		break;
 1.10080 +	case 7:
 1.10081 +		{
 1.10082 +		((CTBiDiStep*)iStep)->SetTestStepID(_L("GRAPHICS-GDI-BiDi-0007"));
 1.10083 +		INFO_PRINTF1(_L("TBidiText"));
 1.10084 +		TRAPD(err, TestBidiTextClassL());
 1.10085 +		TEST(err == KErrNone);
 1.10086 +		}
 1.10087 +		break;
 1.10088 +	case 8:
 1.10089 +		{
 1.10090 +		((CTBiDiStep*)iStep)->SetTestStepID(_L("GRAPHICS-GDI-BiDi-0008"));
 1.10091 +		INFO_PRINTF1(_L("TBidiLogicalToVisual"));
 1.10092 +		TRAPD(err, TestBidiLogicalToVisualClassL());
 1.10093 +		TEST(err == KErrNone);
 1.10094 +		}
 1.10095 +		break;
 1.10096 +	case 9:
 1.10097 +		{
 1.10098 +	__UHEAP_MARK;
 1.10099 +		((CTBiDiStep*)iStep)->SetTestStepID(_L("GRAPHICS-GDI-BiDi-0009"));
 1.10100 +		TRAPD(err, TestCrApos69qd7nL());
 1.10101 +		TEST(err == KErrNone);
 1.10102 +		((CTBiDiStep*)iStep)->CloseTMSGraphicsStep();	
 1.10103 +	__UHEAP_MARKEND;
 1.10104 +		}
 1.10105 +		break;
 1.10106 +	case 10:
 1.10107 +		{
 1.10108 +/**
 1.10109 +@SYMTestCaseID GRAPHICS-GDI-BiDi-0010
 1.10110 +*/
 1.10111 +        	((CTBiDiStep*)iStep)->SetTestStepID(_L("GRAPHICS-GDI-BiDi-0010"));
 1.10112 +		INFO_PRINTF1(_L("INC086135Test"));
 1.10113 +		TRAPD(err, INC086135TestL());
 1.10114 +		TEST(err == KErrNone);
 1.10115 +		break;	
 1.10116 +		}
 1.10117 +	case 11:
 1.10118 +        	((CTBiDiStep*)iStep)->SetTestStepID(KNotATestSYMTestCaseIDName);
 1.10119 +		((CTBiDiStep*)iStep)->CloseTMSGraphicsStep();
 1.10120 +		TestComplete();
 1.10121 +		break;
 1.10122 +		}
 1.10123 +	((CTBiDiStep*)iStep)->RecordTestResultL();
 1.10124 +	}
 1.10125 +
 1.10126 +//--------------
 1.10127 +__CONSTRUCT_STEP__(BiDi)