/* -*- Mode: C++; tab-width: 4; indent-tabs-mode: nil; c-basic-offset: 4 -*- */
/*************************************************************************
 *
 * DO NOT ALTER OR REMOVE COPYRIGHT NOTICES OR THIS FILE HEADER.
 * 
 * Copyright 2000, 2010 Oracle and/or its affiliates.
 *
 * OpenOffice.org - a multi-platform office productivity suite
 *
 * This file is part of OpenOffice.org.
 *
 * OpenOffice.org is free software: you can redistribute it and/or modify
 * it under the terms of the GNU Lesser General Public License version 3
 * only, as published by the Free Software Foundation.
 *
 * OpenOffice.org is distributed in the hope that it will be useful,
 * but WITHOUT ANY WARRANTY; without even the implied warranty of
 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
 * GNU Lesser General Public License version 3 for more details
 * (a copy is included in the LICENSE file that accompanied this code).
 *
 * You should have received a copy of the GNU Lesser General Public License
 * version 3 along with OpenOffice.org.  If not, see
 * <http://www.openoffice.org/license.html>
 * for a copy of the LGPLv3 License.
 *
 ************************************************************************/

#ifndef _RTL_STRING_CONST_H_
#define _RTL_STRING_CONST_H_

#ifndef _RTL_STRING_UTILS_HXX_
    #include <rtl_String_Utils.hxx>
#endif

#include <limits.h>

#ifndef _SAL_TYPES_H_
    #include <sal/types.h>
#endif

#ifndef _RTL_TEXTENC_H
    #include <rtl/textenc.h>
#endif

#ifndef _RTL_USTRING_H_
    #include <rtl/ustring.h>
#endif

#ifdef __cplusplus
extern "C"
{
#endif

static const rtl_TextEncoding kEncodingRTLTextUSASCII = RTL_TEXTENCODING_ASCII_US;

static const sal_uInt32 kConvertFlagsOUStringToOString = OUSTRING_TO_OSTRING_CVTFLAGS;
static const sal_uInt32 kConvertFlagsOStringToOUString = OSTRING_TO_OUSTRING_CVTFLAGS;

static const sal_Char *kTestStr1  = "Sun Microsystems";
static const sal_Char *kTestStr2  = "Sun Microsystems Java Technology";
static const sal_Char *kTestStr3  = "Sun microsystems";
static const sal_Char *kTestStr4  = "SUN MICROSYSTEMS";
static const sal_Char *kTestStr5  = "sun microsystems";
static const sal_Char *kTestStr6  = "Java Technology";
static const sal_Char *kTestStr7  = "Sun ";
static const sal_Char *kTestStr8  = "Microsystems";
static const sal_Char *kTestStr9  = "sun microsystems java technology";
static const sal_Char *kTestStr10 = " Sun Microsystems";
static const sal_Char *kTestStr11 = "Sun Microsystems ";
static const sal_Char *kTestStr12 = " Sun Microsystems ";
static const sal_Char *kTestStr13 = "Sun Microsystems   ";
static const sal_Char *kTestStr14 = "   Sun Microsystems";
static const sal_Char *kTestStr15 = "   Sun Microsystems ";
static const sal_Char *kTestStr16 = " Sun Microsystems   ";
static const sal_Char *kTestStr17 = "   Sun Microsystems   ";
static const sal_Char *kTestStr18 = "sUN MICROsYsTEMs";
static const sal_Char *kTestStr19 = "---Sun-Microsystems---";
static const sal_Char *kTestStr20 = "sun";
static const sal_Char *kTestStr21 = "SUN";
static const sal_Char *kTestStr22 = "SUN MICROSYSTEMS JAVA TECHNOLOGY";
static const sal_Char *kTestStr23  = " Java Technology";
static const sal_Char *kTestStr24 = "Sun Microsystems Java Technolog";
static const sal_Char *kTestStr25 = "";
static const sal_Char *kTestStr26 = " Mic";
static const sal_Char *kTestStr27 = "s";
static const sal_Char *kTestStr28 = "\50\3\5\7\11\13\15\17sun";
static const sal_Char *kTestStr29 = "\50\3\5\7\11\13\15\17sun\21\23\25\27\31\33\50";
static const sal_Char *kTestStr30 = "sun\21\23\25\27\31\33\50";
static const sal_Char *kTestStr31 = "sun Microsystems";
static const sal_Char *kTestStr32 = "Sun Microsystem ";
static const sal_Char *kTestStr33 = " ";
static const sal_Char *kTestStr34 = "\50\5\5\7\11\13\15\17sun";
static const sal_Char *kTestStr35 = "\50\373\5\7\11\13\15\17sun";
static const sal_Char *kTestStr36 = "Microsystems Java Technology";
static const sal_Char *kTestStr37 = "Sun  Java Technology";
static const sal_Char *kTestStr38 = "\21\23\25\27\31\33\50";
static const sal_Char *kTestStr39 = "\50\3\5\7\11\13\15\17sun   Sun Microsystems   ";
static const sal_Char *kTestStr40 = "\50\3\5\7\11\13\15\17sunsun Microsystems";
static const sal_Char *kTestStr41 = "Sun";
static const sal_Char *kTestStr42 = "\50\3\5\7\11\13\15\17su";
static const sal_Char *kTestStr43 = "\50\3\5\7\11\13\15\17sun\256\345";
static const sal_Char *kTestStr44 = "\256\345";
static const sal_Char *kTestStr45  = "Sun true";
static const sal_Char *kTestStr46  = "Sun false";
static const sal_Char *kTestStr47  = "true";
static const sal_Char *kTestStr48  = "false";
static const sal_Char *kTestStr49 = "\50\3\5\7\11\13\15\17suntrue";
static const sal_Char *kTestStr50 = "\50\3\5\7\11\13\15\17sunfalse";
static const sal_Char *kTestStr51  = "Sun M";
//static const sal_Char *kTestStr52  = "Sun \077777";
//static const sal_Char *kTestStr53  = "Sun \100000";
//static const sal_Char *kTestStr54  = "\77777";
//static const sal_Char *kTestStr55  = "\100000";
static const sal_Char *kTestStr56 = "\50\3\5\7\11\13\15\17suns";
//static const sal_Char *kTestStr57 = "\50\3\5\7\11\13\15\17sun\77777";
//static const sal_Char *kTestStr58 = "\50\3\5\7\11\13\15\17sun\10000";
static const sal_Char *kTestStr1PlusStr6  = "Sun Microsystems" "Java Technology";

static const sal_Int32 kTestStr1Len  = 16;
static const sal_Int32 kTestStr2Len  = 32;
static const sal_Int32 kTestStr3Len  = 16;
static const sal_Int32 kTestStr4Len  = 16;
static const sal_Int32 kTestStr5Len  = 16;
static const sal_Int32 kTestStr6Len  = 15;
static const sal_Int32 kTestStr7Len  = 4;
static const sal_Int32 kTestStr8Len  = 12;
static const sal_Int32 kTestStr9Len  = 32;
static const sal_Int32 kTestStr10Len = 17;
static const sal_Int32 kTestStr11Len = 17;
static const sal_Int32 kTestStr12Len = 18;
static const sal_Int32 kTestStr13Len = 19;
static const sal_Int32 kTestStr14Len = 19;
static const sal_Int32 kTestStr15Len = 20;
static const sal_Int32 kTestStr16Len = 20;
static const sal_Int32 kTestStr17Len = 22;
static const sal_Int32 kTestStr18Len = 16;
static const sal_Int32 kTestStr19Len = 22;
static const sal_Int32 kTestStr20Len = 3;
static const sal_Int32 kTestStr21Len = 3;
static const sal_Int32 kTestStr22Len = 32;
static const sal_Int32 kTestStr23Len = 16;
static const sal_Int32 kTestStr24Len = 31;
static const sal_Int32 kTestStr25Len = 0;
static const sal_Int32 kTestStr26Len = 4;
static const sal_Int32 kTestStr27Len = 1;
static const sal_Int32 kTestStr28Len = 11;
static const sal_Int32 kTestStr29Len = 18;
static const sal_Int32 kTestStr30Len = 10;
static const sal_Int32 kTestStr31Len = 16;
static const sal_Int32 kTestStr32Len = 16;
static const sal_Int32 kTestStr33Len = 1;
static const sal_Int32 kTestStr34Len = 11;
static const sal_Int32 kTestStr35Len = 11;
static const sal_Int32 kTestStr36Len = 28;
static const sal_Int32 kTestStr37Len = 20;
static const sal_Int32 kTestStr38Len = 7;
static const sal_Int32 kTestStr39Len = 33;
static const sal_Int32 kTestStr40Len = 27;
static const sal_Int32 kTestStr41Len = 3;
static const sal_Int32 kTestStr42Len = 10;
static const sal_Int32 kTestStr43Len = 13;
static const sal_Int32 kTestStr44Len = 2;
static const sal_Int32 kTestStr45Len = 8;
static const sal_Int32 kTestStr46Len = 9;
static const sal_Int32 kTestStr47Len = 4;
static const sal_Int32 kTestStr48Len = 5;
static const sal_Int32 kTestStr49Len = 15;
static const sal_Int32 kTestStr50Len = 16;
static const sal_Int32 kTestStr51Len = 5;
static const sal_Int32 kTestStr52Len = 5;
static const sal_Int32 kTestStr53Len = 5;
static const sal_Int32 kTestStr54Len = 1;
static const sal_Int32 kTestStr55Len = 1;
static const sal_Int32 kTestStr56Len = 12;
static const sal_Int32 kTestStr57Len = 12;
static const sal_Int32 kTestStr58Len = 12;
static const sal_Int32 kTestStr1PlusStr6Len = kTestStr1Len + kTestStr6Len;

 static sal_Unicode aUStr1[kTestStr1Len+1];
 static sal_Unicode aUStr2[kTestStr2Len+1];
 static sal_Unicode aUStr3[kTestStr3Len+1];
 static sal_Unicode aUStr4[kTestStr4Len+1];
 static sal_Unicode aUStr5[kTestStr5Len+1];
 static sal_Unicode aUStr6[kTestStr6Len+1];
 static sal_Unicode aUStr7[kTestStr7Len+1]; 
 static sal_Unicode aUStr8[kTestStr8Len+1];
 static sal_Unicode aUStr9[kTestStr9Len+1];
 static sal_Unicode aUStr10[kTestStr10Len+1];
 static sal_Unicode aUStr11[kTestStr11Len+1]; 
 static sal_Unicode aUStr12[kTestStr12Len+1];
 static sal_Unicode aUStr13[kTestStr13Len+1];
 static sal_Unicode aUStr14[kTestStr14Len+1];
 static sal_Unicode aUStr15[kTestStr15Len+1];
 static sal_Unicode aUStr16[kTestStr16Len+1];
 static sal_Unicode aUStr17[kTestStr17Len+1];
 static sal_Unicode aUStr18[kTestStr18Len+1];
 static sal_Unicode aUStr19[kTestStr19Len+1];
 static sal_Unicode aUStr20[kTestStr20Len+1];
 static sal_Unicode aUStr21[kTestStr21Len+1];
 static sal_Unicode aUStr22[kTestStr22Len+1];
 static sal_Unicode aUStr23[kTestStr23Len+1];
 static sal_Unicode aUStr24[kTestStr24Len+1];
 static sal_Unicode aUStr25[kTestStr25Len+1];
 static sal_Unicode aUStr26[kTestStr26Len+1];
 static sal_Unicode aUStr27[kTestStr27Len+1];
 static sal_Unicode aUStr28[kTestStr28Len+1];
 static sal_Unicode aUStr29[kTestStr29Len+1]; 
 static sal_Unicode aUStr30[kTestStr30Len+1];
 static sal_Unicode aUStr31[kTestStr31Len+1];
 static sal_Unicode aUStr32[kTestStr32Len+1];
 static sal_Unicode aUStr33[kTestStr33Len+1];
 static sal_Unicode aUStr34[kTestStr34Len+1];
 static sal_Unicode aUStr35[kTestStr35Len+1];
 static sal_Unicode aUStr36[kTestStr36Len+1];
 static sal_Unicode aUStr37[kTestStr37Len+1];
 static sal_Unicode aUStr38[kTestStr38Len+1];
 static sal_Unicode aUStr39[kTestStr39Len+1];
 static sal_Unicode aUStr40[kTestStr40Len+1];
 static sal_Unicode aUStr41[kTestStr41Len+1];
 static sal_Unicode aUStr42[kTestStr42Len+1];
 static sal_Unicode aUStr43[kTestStr43Len+1];
 static sal_Unicode aUStr44[kTestStr44Len+1];
 static sal_Unicode aUStr45[kTestStr45Len+1];
 static sal_Unicode aUStr46[kTestStr46Len+1];
 static sal_Unicode aUStr47[kTestStr47Len+1];
 static sal_Unicode aUStr48[kTestStr48Len+1];
 static sal_Unicode aUStr49[kTestStr49Len+1];
 static sal_Unicode aUStr50[kTestStr50Len+1];
 static sal_Unicode aUStr51[kTestStr51Len+1];
// static sal_Unicode aUStr52[kTestStr52Len+1]={83,117,110,32,32767};
// static sal_Unicode aUStr53[kTestStr53Len+1]={83,117,110,32,SAL_MIN_INT16 /*-32768*/};
// static sal_Unicode aUStr54[kTestStr54Len+1]={32767};
// static sal_Unicode aUStr55[kTestStr55Len+1]={SAL_MIN_INT16 /*-32768*/};
 static sal_Unicode aUStr56[kTestStr56Len+1];
// static sal_Unicode aUStr57[kTestStr57Len+1]={40,3,5,7,9,11,13,15,115,117,110,32767};
// static sal_Unicode aUStr58[kTestStr58Len+1]={40,3,5,7,9,11,13,15,115,117,110,SAL_MIN_INT16 /*-32768*/};
 static sal_Unicode aUStr1PlusUStr6[kTestStr1Len + kTestStr6Len + 1];

// we are already in "C" 

static sal_Bool SAL_CALL test_ini_uString()
{

    sal_Bool iniResult= sal_True;
    
    iniResult &=AStringToUStringNCopy( aUStr1, kTestStr1, kTestStr1Len );
    
    iniResult &=AStringToUStringNCopy( aUStr2, kTestStr2, kTestStr2Len );
    
    iniResult &=AStringToUStringNCopy( aUStr3, kTestStr3, kTestStr3Len );
    
    iniResult &=AStringToUStringNCopy( aUStr4, kTestStr4, kTestStr4Len );
    
    iniResult &=AStringToUStringNCopy( aUStr5, kTestStr5, kTestStr5Len );
    
    iniResult &=AStringToUStringNCopy( aUStr6, kTestStr6, kTestStr6Len );
    
        iniResult &=AStringToUStringNCopy( aUStr7, kTestStr7, kTestStr7Len );

        iniResult &=AStringToUStringNCopy( aUStr8, kTestStr8, kTestStr8Len );

    iniResult &=AStringToUStringNCopy( aUStr9, kTestStr9, kTestStr9Len );
    
    iniResult &=AStringToUStringNCopy( aUStr10, kTestStr10, kTestStr10Len );
    
    iniResult &=AStringToUStringNCopy( aUStr11, kTestStr11, kTestStr11Len );

        iniResult &=AStringToUStringNCopy( aUStr12, kTestStr12, kTestStr12Len );

        iniResult &=AStringToUStringNCopy( aUStr13, kTestStr13, kTestStr13Len );

        iniResult &=AStringToUStringNCopy( aUStr14, kTestStr14, kTestStr14Len );

        iniResult &=AStringToUStringNCopy( aUStr15, kTestStr15, kTestStr15Len );

        iniResult &=AStringToUStringNCopy( aUStr16, kTestStr16, kTestStr16Len );

        iniResult &=AStringToUStringNCopy( aUStr17, kTestStr17, kTestStr17Len );

        iniResult &=AStringToUStringNCopy( aUStr18, kTestStr18, kTestStr18Len );

        iniResult &=AStringToUStringNCopy( aUStr19, kTestStr19, kTestStr19Len );

        iniResult &=AStringToUStringNCopy( aUStr20, kTestStr20, kTestStr20Len );

        iniResult &=AStringToUStringNCopy( aUStr21, kTestStr21, kTestStr21Len );
     
    iniResult &=AStringToUStringNCopy( aUStr22, kTestStr22, kTestStr22Len );

    iniResult &=AStringToUStringNCopy( aUStr23, kTestStr23, kTestStr23Len );

    iniResult &=AStringToUStringNCopy( aUStr1PlusUStr6, kTestStr1PlusStr6, kTestStr1PlusStr6Len );
    
        iniResult &=AStringToUStringNCopy( aUStr24, kTestStr24, kTestStr24Len );

        iniResult &=AStringToUStringNCopy( aUStr25, kTestStr25, kTestStr25Len );

        iniResult &=AStringToUStringNCopy( aUStr26, kTestStr26, kTestStr26Len );

        iniResult &=AStringToUStringNCopy( aUStr27, kTestStr27, kTestStr27Len );

        iniResult &=AStringToUStringNCopy( aUStr28, kTestStr28, kTestStr28Len );

        iniResult &=AStringToUStringNCopy( aUStr29, kTestStr29, kTestStr29Len );

        iniResult &=AStringToUStringNCopy( aUStr30, kTestStr30, kTestStr30Len );

        iniResult &=AStringToUStringNCopy( aUStr31, kTestStr31, kTestStr31Len );

        iniResult &=AStringToUStringNCopy( aUStr32, kTestStr32, kTestStr32Len );

        iniResult &=AStringToUStringNCopy( aUStr33, kTestStr33, kTestStr33Len );

        iniResult &=AStringToUStringNCopy( aUStr34, kTestStr34, kTestStr34Len );

        iniResult &=AStringToUStringNCopy( aUStr35, kTestStr35, kTestStr35Len );

        iniResult &=AStringToUStringNCopy( aUStr36, kTestStr36, kTestStr36Len );

        iniResult &=AStringToUStringNCopy( aUStr37, kTestStr37, kTestStr37Len );

        iniResult &=AStringToUStringNCopy( aUStr38, kTestStr38, kTestStr38Len );

        iniResult &=AStringToUStringNCopy( aUStr39, kTestStr39, kTestStr39Len );

        iniResult &=AStringToUStringNCopy( aUStr40, kTestStr40, kTestStr40Len );

        iniResult &=AStringToUStringNCopy( aUStr41, kTestStr41, kTestStr41Len );

        iniResult &=AStringToUStringNCopy( aUStr42, kTestStr42, kTestStr42Len );

        iniResult &=AStringToUStringNCopy( aUStr43, kTestStr43, kTestStr43Len );

        iniResult &=AStringToUStringNCopy( aUStr44, kTestStr44, kTestStr44Len );

        iniResult &=AStringToUStringNCopy( aUStr45, kTestStr45, kTestStr45Len );

        iniResult &=AStringToUStringNCopy( aUStr46, kTestStr46, kTestStr46Len );

        iniResult &=AStringToUStringNCopy( aUStr47, kTestStr47, kTestStr47Len );

        iniResult &=AStringToUStringNCopy( aUStr48, kTestStr48, kTestStr48Len );

        iniResult &=AStringToUStringNCopy( aUStr49, kTestStr49, kTestStr49Len );

        iniResult &=AStringToUStringNCopy( aUStr50, kTestStr50, kTestStr50Len );

        iniResult &=AStringToUStringNCopy( aUStr51, kTestStr51, kTestStr51Len );

        //iniResult &=AStringToUStringNCopy( aUStr52, kTestStr52, kTestStr52Len );

       // iniResult &=AStringToUStringNCopy( aUStr53, kTestStr53, kTestStr53Len );

        //iniResult &=AStringToUStringNCopy( aUStr54, kTestStr54, kTestStr54Len );

        //iniResult &=AStringToUStringNCopy( aUStr55, kTestStr55, kTestStr55Len );

        iniResult &=AStringToUStringNCopy( aUStr56, kTestStr56, kTestStr56Len );

       // iniResult &=AStringToUStringNCopy( aUStr57, kTestStr57, kTestStr57Len );

        //iniResult &=AStringToUStringNCopy( aUStr58, kTestStr58, kTestStr58Len );
    return iniResult;
    
}
 



static const sal_Int32 uTestStr1Len  = 16;
static const sal_Int32 uTestStr2Len  = 32;
static const sal_Int32 uTestStr3Len  = 16;
static const sal_Int32 uTestStr4Len  = 16;
static const sal_Int32 uTestStr5Len  = 16;
static const sal_Int32 uTestStr9Len  = 32;
static const sal_Int32 uTestStr22Len = 32;

const sal_Unicode uTestStr31[]= {0x400,0x410,0x4DF};
const sal_Unicode uTestStr32[]= {0x9F9F,0xA000,0x8F80,0x9AD9};

static const sal_Int32 uTestStr31Len  = 3;
static const sal_Int32 uTestStr32Len  = 4;

static const sal_Int16 kRadixBinary     = 2;
static const sal_Int16 kRadixOctol      = 8;
static const sal_Int16 kRadixDecimal    = 10;
static const sal_Int16 kRadixHexdecimal = 16;
static const sal_Int16 kRadixBase36     = 36;

static const sal_Int8  kSInt8Max  = SCHAR_MAX;
static const sal_Int16 kUInt8Max  = UCHAR_MAX;
static const sal_Int16 kSInt16Max = SHRT_MAX;
static const sal_Int32 kUInt16Max = USHRT_MAX;
static const sal_Int32 kSInt32Max = INT_MAX;
static const sal_Int64 kUInt32Max = UINT_MAX;
#if (defined UNX) || (defined OS2)
static const sal_Int64 kSInt64Max = 9223372036854775807LL;
#else
static const sal_Int64 kSInt64Max = 9223372036854775807;
#endif
//------------------------------------------------------------------------

static const sal_Int32 kInt32MaxNumsCount = 5;

static const sal_Int32 kInt32MaxNums[kInt32MaxNumsCount] =
                        {
                            kSInt8Max,  kUInt8Max,
                            kSInt16Max, kUInt16Max,
                            kSInt32Max
                        };

static const sal_Int32 kInt64MaxNumsCount = 7;

static const sal_Int64 kInt64MaxNums[kInt64MaxNumsCount] =
                        {
                            kSInt8Max,  kUInt8Max,
                            kSInt16Max, kUInt16Max,
                            kSInt32Max, kUInt32Max,
                            kSInt64Max
                        };

static const sal_Char *kSInt8MaxBinaryStr  = "1111111";
static const sal_Char *kUInt8MaxBinaryStr  = "11111111";
static const sal_Char *kSInt16MaxBinaryStr = "111111111111111";
static const sal_Char *kUInt16MaxBinaryStr = "1111111111111111";
static const sal_Char *kSInt32MaxBinaryStr =
                                        "1111111111111111111111111111111";
static const sal_Char *kUInt32MaxBinaryStr =
                                        "11111111111111111111111111111111";
static const sal_Char *kSInt64MaxBinaryStr =
            "111111111111111111111111111111111111111111111111111111111111111";

//------------------------------------------------------------------------

static const sal_Char *kSInt8MaxOctolStr  = "177";
static const sal_Char *kUInt8MaxOctolStr  = "377";
static const sal_Char *kSInt16MaxOctolStr = "77777";
static const sal_Char *kUInt16MaxOctolStr = "177777";
static const sal_Char *kSInt32MaxOctolStr = "17777777777";
static const sal_Char *kUInt32MaxOctolStr = "37777777777";
static const sal_Char *kSInt64MaxOctolStr = "777777777777777777777";

//------------------------------------------------------------------------

static const sal_Char *kSInt8MaxDecimalStr  = "127";
static const sal_Char *kUInt8MaxDecimalStr  = "255";
static const sal_Char *kSInt16MaxDecimalStr = "32767";
static const sal_Char *kUInt16MaxDecimalStr = "65535";
static const sal_Char *kSInt32MaxDecimalStr = "2147483647";
static const sal_Char *kUInt32MaxDecimalStr = "4294967295";
static const sal_Char *kSInt64MaxDecimalStr = "9223372036854775807";

//------------------------------------------------------------------------

static const sal_Char *kSInt8MaxHexDecimalStr  = "7f";
static const sal_Char *kUInt8MaxHexDecimalStr  = "ff";
static const sal_Char *kSInt16MaxHexDecimalStr = "7fff";
static const sal_Char *kUInt16MaxHexDecimalStr = "ffff";
static const sal_Char *kSInt32MaxHexDecimalStr = "7fffffff";
static const sal_Char *kUInt32MaxHexDecimalStr = "ffffffff";
static const sal_Char *kSInt64MaxHexDecimalStr = "7fffffffffffffff";

//------------------------------------------------------------------------

static const sal_Char *kSInt8MaxBase36Str  = "3j";
static const sal_Char *kUInt8MaxBase36Str  = "73";
static const sal_Char *kSInt16MaxBase36Str = "pa7";
static const sal_Char *kUInt16MaxBase36Str = "1ekf";
static const sal_Char *kSInt32MaxBase36Str = "zik0zj";
static const sal_Char *kUInt32MaxBase36Str = "1z141z3";
static const sal_Char *kSInt64MaxBase36Str = "1y2p0ij32e8e7";

static const sal_Int32 kBinaryNumsCount = 16;

static const sal_Char *kBinaryNumsStr[kBinaryNumsCount] =
                        {
                            "0",   "1",    "10",   "11",
                            "100",  "101",  "110",  "111",
                            "1000", "1001", "1010", "1011",
                            "1100", "1101", "1110", "1111"
                        };

static const sal_Int32 kBinaryMaxNumsCount = 7;

static const sal_Char *kBinaryMaxNumsStr[kBinaryMaxNumsCount] =
                        {
                            kSInt8MaxBinaryStr,
                            kUInt8MaxBinaryStr,
                            kSInt16MaxBinaryStr,
                            kUInt16MaxBinaryStr,
                            kSInt32MaxBinaryStr,
                            kUInt32MaxBinaryStr,
                            kSInt64MaxBinaryStr
                        };

//------------------------------------------------------------------------

static const sal_Int32 kOctolNumsCount = 16;

static const sal_Char *kOctolNumsStr[kOctolNumsCount] =
                        {
                            "0",  "1",  "2",  "3",
                            "4",  "5",  "6",  "7",
                            "10", "11", "12", "13",
                            "14", "15", "16", "17"
                        };

static const sal_Int32 kOctolMaxNumsCount = 7;

static const sal_Char *kOctolMaxNumsStr[kOctolMaxNumsCount] =
                        {
                            kSInt8MaxOctolStr,
                            kUInt8MaxOctolStr,
                            kSInt16MaxOctolStr,
                            kUInt16MaxOctolStr,
                            kSInt32MaxOctolStr,
                            kUInt32MaxOctolStr,
                            kSInt64MaxOctolStr
                        };

//------------------------------------------------------------------------

static const sal_Int32 kDecimalNumsCount = 16;

static const sal_Char *kDecimalNumsStr[kDecimalNumsCount] =
                        {
                            "0",  "1",  "2",  "3",
                            "4",  "5",  "6",  "7",
                            "8",  "9", "10", "11",
                            "12", "13", "14", "15"
                        };

static const sal_Int32 kDecimalMaxNumsCount = 7;

static const sal_Char *kDecimalMaxNumsStr[kDecimalMaxNumsCount] =
                        {
                            kSInt8MaxDecimalStr,
                            kUInt8MaxDecimalStr,
                            kSInt16MaxDecimalStr,
                            kUInt16MaxDecimalStr,
                            kSInt32MaxDecimalStr,
                            kUInt32MaxDecimalStr,
                            kSInt64MaxDecimalStr
                        };

//------------------------------------------------------------------------

static const sal_Int32 kHexDecimalNumsCount = 16;

static const sal_Char *kHexDecimalNumsStr[kHexDecimalNumsCount] =
                        {
                            "0", "1", "2", "3",
                            "4", "5", "6", "7",
                            "8", "9", "a", "b",
                            "c", "d", "e", "f"
                        };

static const sal_Int32 kHexDecimalMaxNumsCount = 7;

static const sal_Char *kHexDecimalMaxNumsStr[kHexDecimalMaxNumsCount] =
                        {
                            kSInt8MaxHexDecimalStr,
                            kUInt8MaxHexDecimalStr,
                            kSInt16MaxHexDecimalStr,
                            kUInt16MaxHexDecimalStr,
                            kSInt32MaxHexDecimalStr,
                            kUInt32MaxHexDecimalStr,
                            kSInt64MaxHexDecimalStr
                        };

//------------------------------------------------------------------------

static const sal_Int32 kBase36NumsCount = 36;

static const sal_Char *kBase36NumsStr[kBase36NumsCount] =
                        {
                            "0", "1", "2", "3",
                            "4", "5", "6", "7",
                            "8", "9", "a", "b",
                            "c", "d", "e", "f",
                            "g", "h", "i", "j",
                            "k", "l", "m", "n",
                            "o", "p", "q", "r",
                            "s", "t", "u", "v",
                            "w", "x", "y", "z"
                        };

static const sal_Int32 kBase36MaxNumsCount = 7;

static const sal_Char *kBase36MaxNumsStr[kBase36MaxNumsCount] =
                        {
                            kSInt8MaxBase36Str,
                            kUInt8MaxBase36Str,
                            kSInt16MaxBase36Str,
                            kUInt16MaxBase36Str,
                            kSInt32MaxBase36Str,
                            kUInt32MaxBase36Str,
                            kSInt64MaxBase36Str
                        };

static const sal_Int32 nDoubleCount=24;
// static const sal_Char *inputDouble[nDoubleCount] =
// 	{
//             "3","3.1","3.1415","3.1415926535","3.141592653589793",
//             "3.1415926535897932","3.14159265358979323","+3.1",
//             "3.141592653589793238462643","9.1096e-31","2.997925e8","6.241e18","5.381e+18",
//             "1.7e-309","6.5822e-16","1.7e+307","2.2e30","03.1"," 3.1","-3.1",
//             "-0.0","0.0","","1.00e308"
// 	};
static const double   expValDouble[nDoubleCount]=
    {
            3.0,3.1,3.1415,3.1415926535,3.141592653589793,
            3.1415926535897932,3.14159265358979323,3.1,
            3.141592653589793238462643,9.1096e-31,2.997925e8,6.241e18,5.381e18,
            1.7e-309,6.5822e-16,1.7e+307,2.2e30,3.1,3.1,-3.1,
            0.0,0.0,0.0,1.00e+308
    };
//------------------------------------------------------------------------
static const sal_Int32 nFloatCount=22;
// static const sal_Char *inputFloat[nFloatCount] =
//         {
//             "3",
//             "3.1",
//             "3.1415",
//             "3.14159",
//             "3.141592",
//             "3.1415926",
//             "3.14159265",
//             "3.141592653589793238462643",
//             "6.5822e-16",
//             "9.1096e-31",
//             "2.997925e8",
//             "6.241e18",
//             "1.00e38",
//             "6.241e-37",
//             "6.241e37",
//             "03.1",
//             " 3.1",
//             "-3.1",
//             "+3.1",
//             "-0.0",
//             "0.0",
//             ""
//         };
static const float  expValFloat[nFloatCount] =
        {
            3.0f,
            3.1f,
            3.1415f,
            3.14159f,
            3.141592f,
            3.1415926f,
            3.14159265f,
            3.141592653589793238462643f,
            6.5822e-16f,
            9.1096e-31f,
            2.997925e8f,
            6.241e18f,
            1.00e38f,
            6.241e-37f,
            6.241e37f,
            3.1f,
            3.1f,
            -3.1f,
            3.1f,
            0.0f,
            0.0f,
            0.0f
        };
static const float  fPrecision[nFloatCount] =
        {
            3e-7f,
            3e-7f,
            3e-7f,
            3e-7f,
            3e-7f,
            3e-7f,
            3e-7f,
            3e-7f,
            6e-16f * 1e-7f,
            9e-31f * 1e-7f,
            3e8f   * 1e-7f,
            6e18f  * 1e-7f,
            1e38f  * 1e-7f,
            6e-37f * 1e-7f,
            6e37f  * 1e-7f,
            3e-7f,
            3e-7f,
            3e-7f,
            3e-7f,
            1e-7f,
            1e-7f,
            1e-7f
        };
//------------------------------------------------------------------------
static const sal_Int32 nCharCount=15;
static const sal_Char *inputChar[nCharCount] =
        {
            "A","a","0","-","_",
            "\25","\33","\35",
            "@","\n","\'","\"",
            "\0","","Sun Microsystems"
        };
static const sal_Unicode  expValChar[nCharCount] =
        {
            65,97,48,45,95,
            21,27,29,
            64,10,39,34,
            0,0,83
        };
//------------------------------------------------------------------------
static const sal_Int32 nDefaultCount=6;
static const sal_Unicode input1Default[nDefaultCount] =
        {
            77,115,85,119,32,0
        };
static const sal_Int32 input2Default[nDefaultCount] =
        {
            0,0,0,0,0,0
        };
static const sal_Int32  expValDefault[nDefaultCount] =
        {
            4,9,-1,-1,3,-1
        };
//------------------------------------------------------------------------
static const sal_Int32 nNormalCount=10;
static const sal_Unicode input1Normal[nNormalCount] =
        {
            77,77,77,115,115,115,119,119,0,0
        };
static const sal_Int32 input2Normal[nNormalCount] =
        {
            0,32,80,0,13,20,0,80,0,32
        };
static const sal_Int32  expValNormal[nNormalCount] =
        {
            4,-1,-1,9,15,-1,-1,-1,-1,-1
        };
//------------------------------------------------------------------------
static const sal_Int32 nlastDefaultCount=5;
static const sal_Unicode input1lastDefault[nlastDefaultCount] =
        {
            77,115,119,32,0
        };
static const sal_Int32 input2lastDefault[nlastDefaultCount] =
        {
            31,31,31,31,31
        };
static const sal_Int32  expVallastDefault[nlastDefaultCount] =
        {
            4,15,-1,21,-1
        };
//------------------------------------------------------------------------
static const sal_Int32 nlastNormalCount=8;
static const sal_Unicode input1lastNormal[nlastNormalCount] =
        {
            77,77,77,115,115,119,119,0
        };
static const sal_Int32 input2lastNormal[nlastNormalCount] =
        {
            29,0,80,31,3,31,80,31
        };
static const sal_Int32  expVallastNormal[nlastNormalCount] =
        {
            4,-1,4,15,-1,-1,-1,-1
        };
//------------------------------------------------------------------------
static const sal_Int32 nStrDefaultCount=6;
static const sal_Unicode *input1StrDefault[nStrDefaultCount] =
        {
            aUStr7,aUStr8,aUStr21,
            aUStr30,aUStr25,aUStr26
        };
static const sal_Int32 input2StrDefault[nStrDefaultCount] =
        {
            0,0,0,0,0,0
        };
static const sal_Int32 expValStrDefault[nStrDefaultCount] =
        {
            0,4,-1,-1,-1,3
        };
//------------------------------------------------------------------------
static const sal_Int32 nStrNormalCount=9;
static const sal_Unicode *input1StrNormal[nStrNormalCount] =
        {
            aUStr7,aUStr7,aUStr8,aUStr8,aUStr21,aUStr30,aUStr25,aUStr25,aUStr26
        };
static const sal_Int32 input2StrNormal[nStrNormalCount] =
        {
            0,32,0,30,0,0,0,32,0
        };
static const sal_Int32 expValStrNormal[nStrNormalCount] =
        {
            0,-1,4,-1,-1,-1,-1,-1,3
        };
//------------------------------------------------------------------------
static const sal_Int32 nStrLastDefaultCount=6;
static const sal_Unicode *input1StrLastDefault[nStrLastDefaultCount] =
        {
            aUStr7,aUStr8,aUStr21,aUStr30,aUStr25,aUStr26
        };
static const sal_Int32 input2StrLastDefault[nStrLastDefaultCount] =
        {
            31,31,31,31,31,31
        };
static const sal_Int32  expValStrLastDefault[nStrLastDefaultCount] =
        {
            0,4,-1,-1,-1,3
        };
//------------------------------------------------------------------------
static const sal_Int32 nStrLastNormalCount=12;
static const sal_Unicode *input1StrLastNormal[nStrLastNormalCount] =
        {
            aUStr7,aUStr7,aUStr7,aUStr8,aUStr8,aUStr21,aUStr30,
            aUStr25,aUStr25,aUStr26,aUStr27,aUStr27
        };
static const sal_Int32 input2StrLastNormal[nStrLastNormalCount] =
        {
            31,0,80,31,2,31,31,31,0,31,31,14
        };
static const sal_Int32  expValStrLastNormal[nStrLastNormalCount] =
        {
            0,-1,0,4,-1,-1,-1,-1,-1,3,15,11
        };
//------------------------------------------------------------------------
static const sal_Int32 kNonSInt32Max = INT_MIN;
static const sal_Int32 kNonSInt16Max = SHRT_MIN;
//------------------------------------------------------------------------
#ifdef __cplusplus
}
#endif

#endif /* _RTL_STRING_CONST_H_ */

/* vim:set shiftwidth=4 softtabstop=4 expandtab: */
