StringClassExample

    // ------------------------------- //
    // -------- Start of File -------- //
    // ------------------------------- //
    // ----------------------------------------------------------- //
    // C++ Source Code File Name: testprog.cpp
    // C++ Compiler Used: MSVC, BCC32, GCC, HPUX aCC, SOLARIS CC
    // Produced By: DataReel Software Development Team
    // File Creation Date: 11/29/1996
    // Date Last Modified: 06/17/2016
    // Copyright (c) 2001-2016 DataReel Software Development
    // ----------------------------------------------------------- //
    // ------------- Program Description and Details ------------- //
    // ----------------------------------------------------------- //
    /*
    This library is free software; you can redistribute it and/or
    modify it under the terms of the GNU Lesser General Public
    License as published by the Free Software Foundation; either
    version 2.1 of the License, or (at your option) any later version.

    This library 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 for more details.

    You should have received a copy of the GNU Lesser General Public
    License along with this library; if not, write to the Free Software
    Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA  02111-1307
    USA

    This is a test program for the gxString class.
    */
    // ----------------------------------------------------------- //
    #include "gxdlcode.h"

    #if defined (__USE_ANSI_CPP__) // Use the ANSI Standard C++ library
    #include <iostream>
    using namespace std; // Use unqualified names for Standard C++ library
    #else // Use the old iostream library by default
    #include <iostream.h>
    #endif // __USE_ANSI_CPP__

    #include "gxstring.h"

    #ifdef __MSVC_DEBUG__
    #include "leaktest.h"
    #endif

    void PausePrg()
    {
    #ifndef __AUTORUN_TESTPROG__
      cout << "\n";
      cout << "Press enter to continue..." << "\n";
      cin.get();
    #endif
    }

    void ASCIIStringTest()
    {
      cout << "Testing all ASCII string class functions..." << "\n";
      PausePrg();

      cout << "Testing constructors..." << "\n";

      gxString a("The quick brown fox jumps over the lazy dog");
      cout << a << "\n";

      gxString b;

      gxString c("This is a test");
      cout << c << "\n";

      cout << "Copy constructing a string..." << "\n";
      gxString d(c);
      cout << d << "\n";

      cout << "\n";
      cout << "Testing overloaded assignment operators..." << "\n";
      b = a;
      cout << b << "\n";
      b = c;
      cout << b << "\n";
      b = "0123456789";
      cout << b << "\n";

      cout << "\n";
      cout << "Testing copy constructor..." << "\n";
      gxString aa(a);
      cout << aa << "\n";
      gxString bb(b);
      cout << bb << "\n";

      PausePrg();

      cout << "Testing overloaded += operator..." << "\n";
      gxString buf(" 0123456789");
      a += buf;
      cout << a << "\n";
      c += " message";
      cout << c << "\n";
      c += 'X';
      cout << c << "\n";

      PausePrg();

      cout << "Testing concatenation..." << "\n";
      gxString s1("String 1"), s2("String 2");
      char *str3 = " and String 3";
      s1.Cat(" and ", 5);
      s1 += s2;
      cout << s1 << "\n";
      s1.Cat(str3);
      cout << s1 << "\n";

      PausePrg();

      cout << "Testing find functions..." << "\n";
      cout << s1 << "\n";
      cout << "Searching for: " << "xyz" << "\n";
      if(s1.Find("xyz") == -1)
        cout << "Pattern not found!" << "\n";
      else
        cout << "Pattern found." << "\n";
      cout << "Searching for: " << str3 << "\n";
      if(s1.Find(str3, gxstrlen(str3)) == -1)
        cout << "Pattern not found!" << "\n";
      else
        cout << "Pattern found." << "\n";
      cout << "Searching for: " << s2 << "\n";
      if(s1.Find(s2) == -1)
        cout << "Pattern not found!" << "\n";
      else
        cout << "Pattern found." << "\n";

      PausePrg();

      cout << "Testing ifind functions..." << "\n";
      cout << s1 << "\n";
      cout << "Searching for: " << "xyz" << "\n";
      if(s1.IFind("xyz") == -1)
        cout << "Pattern not found!" << "\n";
      else
        cout << "Pattern found." << "\n";
      cout << "Searching for: " << str3 << "\n";
      if(s1.IFind(str3, gxstrlen(str3)) == -1)
        cout << "Pattern not found!" << "\n";
      else
        cout << "Pattern found." << "\n";
      cout << "Searching for: " << s2 << "\n";
      if(s1.IFind(s2) == -1)
        cout << "Pattern not found!" << "\n";
      else
        cout << "Pattern found." << "\n";

      PausePrg();

      cout << "Testing repeated pattern finding..." << "\n";
      s1 = "This is a test message";
      cout << s1 << "\n";
      cout << "Searching for: " << "is" << "\n";
      int offset = 0;
      while(1) {
        offset = s1.Find("is", offset);
        if (offset == -1) break;
        cout << "Pattern match found at index: " << offset << "\n";
        offset++;
      }

      PausePrg();

      cout << "Testing delete function..." << "\n";
      gxString x1("The quick brown fox jumps over the lazy dog");
      cout << x1 << "\n";
      char *xx = "fox";
      int Index = x1.Find(xx);
      cout << "Deleting fox from string..." << "\n";
      x1.DeleteAt(Index, gxstrlen(xx));
      cout << x1 << "\n";

      PausePrg();

      cout << "Testing replace functions..." << "\n";
      x1 = "The quick brown fox jumps over the lazy dog";
      cout << x1 << "\n";
      char *xy = "cat";
      Index = x1.Find(xx);
      cout << "Replacing fox:" << "\n";
      x1.ReplaceAt(Index, xy, gxstrlen(xy));
      cout << x1 << "\n";
      cout << "Replacing jumps:" << "\n";
      Index = x1.Find("jumps");
      x1.ReplaceAt(Index, "runs ");
      cout << x1 << "\n";
      gxString x2("cow");
      cout << "Replacing dog:" << "\n";
      Index = x1.Find("dog");
      x1.ReplaceAt(Index, x2);
      cout << x1 << "\n";

      PausePrg();

      cout << "Testing the insert functions..." << "\n";
      x1 = "The quick brown fox jumps over the lazy dog";
      cout << x1 << "\n";
      char *xz = "and yellow ";
      cout << "Inserting text into string:" << "\n";
      Index = x1.Find(xx);
      x1.InsertAt(Index, xz, gxstrlen(xz));
      cout << x1 << "\n";
      Index = x1.Find("over");
      x1.InsertAt(Index, "around and ");
      cout << x1 << "\n";
      gxString x3("cow and ");
      Index = x1.Find("dog");
      x1.InsertAt(Index, x3);
      cout << x1 << "\n";

      PausePrg();

      cout << "Testing c_str functions" << "\n";
      gxString gs("COW");
      const gxString &cs = gs;
      cout << "String = " << gs.c_str() << "\n";
      cout << "Const String = " << cs.c_str() << "\n";
      PausePrg();

      cout << "Testing overload subscript operator..." << "\n";
      char *Message = "This is a test message";
      gxString ss(Message);
      for(unsigned i = 0; i < gxstrlen(Message); i++)
        cout << ss[i];
      cout << "\n";

      PausePrg();

      cout << "Testing general-purpose filter functions" << "\n";
      cout << "\n";

        gxString s("         ?The quick brown fox jumps over the lazy dog\n\r\
    0123456789\r\n?~!@#$%^&*()_+<>            ");

      unsigned num;
      cout << "Original string: " << "\n";
      cout << s.c_str() << "\n";
      cout << "\n";

      cout << "Trimming all leading and trailing spaces" << "\n";
      cout << "begin" << s.c_str() << "end" << "\n";
      num = s.TrimLeadingSpaces();
      cout << "Leading spaces = " << num << "\n";
      cout << s.c_str() << "\n";
      num = s.TrimTrailingSpaces();
      cout << "Trialing spaces = " << num << "\n";
      cout << s.c_str();
      cout << "end";

      PausePrg();

      cout << "Changing to upper case" << "\n";
      if(s.ToUpper()) cout << s.c_str() << "\n";
      cout << "Changing to lower case" << "\n";
      if(s.ToLower()) cout << s.c_str() << "\n";

      PausePrg();

      cout << "Replacing carriage returns/line feeds with spaces" << "\n";
      num = s.ReplaceChar('\r', ' ');
      num = s.ReplaceString("\n", " ");
      cout << s.c_str() << "\n";

      PausePrg();

      cout << "Filtering all \'?\' characters" << "\n";
      num = s.FilterChar('?');
      cout << s.c_str() << "\n";

      PausePrg();

      cout << "Filtering the \"he\" string" << "\n";
      s.FilterString("he");
      cout << s.c_str() << "\n";

      PausePrg();

      cout << "Testing overloaded << operators" << "\n";
      gxString stream;
      const int i1 = 1; const long i2 = 2; const short i3 = 3;
      int i4 = 255; long i5 =1024; short i6 = 2048;
      unsigned int i7 = 4096; unsigned long i8 = 8192; unsigned short i9 = 16384;
      float f1 = (float)4.22; double f2 = (double)8.092;
      char c1 = 'A'; char c2 = 'B'; char c3 = 'C'; char c4 = 'D';
      char *str1 = "Output test = "; gxString str2 = "Output test = ";

      stream << "Output test = " << c1 << ' ' << c2 << ' ' << c3 << ' '
    	 << c4 << "\n";
      cout << stream;

      stream << clear << str1 << i1 << " " << i2 << " " << i3 << " " << i4 << " "
    	 << i5 << " " << i6 << " " << i7 << " " << i8 << " " << i9 << "\n";
      cout << stream;

      stream.Clear();
      stream.SetWidth(4); stream.SetFill('0');
      stream << str2 << hex << i1 << " " << i2 << " " << i3 << " "
    	 << i4 << " " << i5 << " " << i6 << " " << i7 << " " << i8
    	 << " " << i9 << "\n";
      cout << stream;

      stream.Clear();
      stream.Precision(2);
      stream << "Output test = " << f1 << " " << f2 << "\n";
      stream.Precision(4);
      stream << "Output test = " << f1 << " " << f2 << "\n";
      cout << stream;
      stream << clear;

      PausePrg();
      cout << "Testing overloaded >> operators" << "\n";
      char csbuf[255];
      gxString sb1 = "Input test = ";
      sb1 << (int)15 << " " << (long)25 << " " << (short)35 << " "
          << (unsigned int)45 << " " << (unsigned long)55 << " "
          << (unsigned short)65 << " " << (double)1.5 << " "
          << (float)2.5 << " " << 'A' << 'B' << 'C' << "\n";

      sb1 >> csbuf;
      cout << csbuf;

      gxString sb2, sb3, sb4, sb5, sb6, sb7, sb8, sb9, sb10, sb11, sb12;
      sb2 << (int)15; sb3 << (long)25; sb4 << (short)35;
      sb5 << (unsigned int)45; sb6 << (unsigned long)55;
      sb7 << (unsigned short)65; sb8 << (double)1.5;
      sb9 << (float)2.5; sb10 << 'A'; sb11 << 'B'; sb12 << 'C';

      cout << "Input test = " << sb2 << " " << sb3 << " " << sb4 << " "
           << sb5 << " " << sb6 << " " << sb7 << " " <<  sb8 << " " << sb9
           << " " << sb10 << sb11 << sb12 << "\n";

      int ib2 = 0; long ib3 = 0; short ib4 = 0; unsigned int ib5 = 0;
      unsigned long ib6 = 0; unsigned short ib7 = 0; double ib8 = 0;
      float ib9 = 0; char ib10 = 0; char ib11 = 0; char ib12 = 0;

      sb2 >> ib2;
      sb3 >> ib3;
      sb4 >> ib4;
      sb5 >> ib5;
      sb6 >> ib6;
      sb7 >> ib7;
      sb8 >> ib8;
      sb9 >> ib9;
      sb10 >> ib10;
      sb11 >> ib11;
      sb12 >> ib12;

      cout << "Input test = " << ib2 << " " << ib3 << " " << ib4 << " "
           << ib5 << " " << ib6 << " " << ib7 << " " <<  ib8 << " " << ib9
           << " " << ib10 << ib11 << ib12 << "\n";

    #if defined (__64_BIT_DATABASE_ENGINE__)
      PausePrg();

      cout << "Testing overloaded >> and << 64-bit operators" << "\n";
      __LLWORD__ LL1 = (__LLWORD__)255;
      const __LLWORD__ LL2 = (__LLWORD__)1024;
      __ULLWORD__ LL3 = (__ULLWORD__)2048;
      const __ULLWORD__ LL4 = (__LLWORD__)4096;

      stream << clear << "64-bit test = " << LL1 << " " << LL2 << " " << LL3
    	 << " " << LL4 << "\n";

      stream >> csbuf;
      cout << csbuf;

      stream.Clear();
      stream.SetWidth(4); stream.SetFill('0');
      stream << "64-bit test = " << hex << LL1 << " " << LL2 << " "
    	 << LL3 << " " << LL4 << "\n";

      cout << stream;

      gxString sb64_1, sb64_2, sb64_3, sb64_4;
      sb64_1 << LL1;
      sb64_2 << LL2;
      sb64_3 << LL3;
      sb64_4 << LL4;

      __LLWORD__ LLn1, LLn2;
      __ULLWORD__ LLn3, LLn4;

      sb64_1 >> LLn1;
      sb64_2 >> LLn2;
      sb64_3 >> LLn3;
      sb64_4 >> LLn4;

      cout << "64-bit test = " << (int)LLn1 << " " << (int)LLn2 << " "
           << (int)LLn3 << " " << (int) LLn4 << "\n";
    #endif

      PausePrg();

      cout << "Testing escape sequence conversion function" << "\n";
      cout << "\n";
      gxString esc_string("This%20is%20a%20test%20for%20%%%20escape%20chars");
      cout << esc_string.c_str() << "\n";
      cout << "Converting escape sequences" << "\n";
      int num_esc = esc_string.ConvertEscapeSeq('%');
      cout << "Found " << num_esc << " escape sequences" << "\n";
      cout << esc_string.c_str() << "\n";
      cout << "\n";

      esc_string = "This#0020is#0020a#0020test#0020for#0020###0020escape\
    #0020chars";
      cout << esc_string.c_str() << "\n";
      cout << "Converting escape sequences" << "\n";
      num_esc = esc_string.ConvertEscapeSeq('#', 4);
      cout << "Found " << num_esc << " escape sequences" << "\n";
      cout << esc_string.c_str() << "\n";
      cout << "\n";

      esc_string = "This;020is;020a;020test;020for;020;;;020escape;020chars";
      cout << esc_string.c_str() << "\n";
      cout << "Converting escape sequences" << "\n";
      num_esc = esc_string.ConvertEscapeSeq(';', 3);
      cout << "Found " << num_esc << " escape sequences" << "\n";
      cout << esc_string.c_str() << "\n";

      PausePrg();

      cout << "Testing the comparison operators" << "\n";

    #ifndef __AUTORUN_TESTPROG__
      gxString acomp(255), bcomp;
      cout << "Enter string A>"; cin >> acomp;
      cout << "Enter string B>"; cin >> bcomp;
    #else
      // In auto run mode so do not prompt user for any input
      gxString acomp("CAT"), bcomp("cat");
      cout << "String A = CAT, String B = cat" << "\n";
    #endif

      cout << "String A == B "; acomp == bcomp ? cout << 'y' : cout << 'n';
      cout << "\n";
      cout << "String A != B "; acomp != bcomp ? cout << 'y' : cout << 'n';
      cout << "\n";
      cout << "String A <  B "; acomp < bcomp ? cout << 'y' : cout << 'n';
      cout << "\n";
      cout << "String A <= B "; acomp <= bcomp ? cout << 'y' : cout << 'n';
      cout << "\n";
      cout << "String A >  B "; acomp > bcomp ? cout << 'y' : cout << 'n';
      cout << "\n";
      cout << "String A >= B "; acomp >= bcomp ? cout << 'y' : cout << 'n';
      cout << "\n";

      PausePrg();

      cout << "Testing the case insensitive comparison functions" << "\n";
      cout << "String A == B ";
      acomp.StringICompare(bcomp) == 0 ? cout << 'y' : cout << 'n';
      cout << "\n";
      cout << "String A != B ";
      acomp.StringICompare(bcomp) != 0 ? cout << 'y' : cout << 'n';
      cout << "\n";
      cout << "String A <  B ";
      acomp.StringICompare(bcomp) < 0 ? cout << 'y' : cout << 'n';
      cout << "\n";
      cout << "String A <= B ";
      acomp.StringICompare(bcomp) <= 0 ? cout << 'y' : cout << 'n';
      cout << "\n";
      cout << "String A >  B ";
      acomp.StringICompare(bcomp) > 0 ? cout << 'y' : cout << 'n';
      cout << "\n";
      cout << "String A >= B ";
      acomp.StringICompare(bcomp) >= 0 ? cout << 'y' : cout << 'n';
      cout << "\n";

      PausePrg();

      cout << "Testing the find last function" << "\n";
      gxString url("http://www.example.com:80/docs/index.html");
      cout << "Complete URL: " << url.c_str() << "\n";
      cout << "Searching for last \"/\"" << "\n";
      offset = url.FindLast("/");
      if(offset != -1) {
        cout << "Found last \"/\" at offset: " << offset << "\n";
      }
      else {
        cout << "Could not find last \"/\"" << "\n";
      }
      cout << "\n";

      cout << "Testing delete before and after functions" << "\n";
      gxString ubuf = url;
      ubuf.DeleteBeforeIncluding("://");
      ubuf.DeleteAfterIncluding(":");
      cout << "Complete URL: " << url.c_str() << "\n";
      cout << "Server: " << ubuf.c_str() << "\n";
      ubuf = url;
      ubuf.DeleteAfter("http");
      cout << "Protocol: " << ubuf.c_str() << "\n";
      ubuf = url;
      ubuf.DeleteBeforeLast(":");
      ubuf.DeleteAfterIncluding("/");
      ubuf.DeleteAt(0, 1);
      cout << "Port: " << ubuf.c_str() << "\n";
      ubuf = url;
      ubuf.DeleteBeforeIncluding("://");
      ubuf.DeleteBeforeIncluding("/");
      ubuf.DeleteAfterLastIncluding("/");
      ubuf.InsertAt(0, "/");
      cout << "Directory: " << ubuf.c_str() << "\n";
      ubuf = url;
      ubuf.DeleteBeforeLastIncluding("/");
      cout << "File: " << ubuf.c_str() << "\n";
      ubuf.DeleteBefore(".");
      cout << "Dot extension: " << ubuf.c_str() << "\n";

      PausePrg();

      cout << "Testing shorthand notation nomenclature" << "\n";
      long by1 = 519;
      unsigned long by2 = 2133;
      gxString byte_string;
      byte_string << clear << "Byte value 1 = " << shn << by1 << " bytes "
    	      << "Byte value 2 = " << by2 << " bytes" << "\n";
      cout << byte_string.c_str();
      by1 *= (1000 * 1000);
      by2 *= (1000 * 1000);
      byte_string << clear << "Byte value 1 = " << shn << by1 << " bytes "
    	      << "Byte value 2 = " << by2 << " bytes" << "\n";
      cout << byte_string.c_str();

    #if defined (__64_BIT_DATABASE_ENGINE__)
      __LLWORD__ llby1 = 519;
      __ULLWORD__ llby2 = 2133;
       byte_string << clear << "Byte value 1 = " << shn << llby1 << " bytes "
    	      << "Byte value 2 = " << llby2 << " bytes" << "\n";
      cout << byte_string.c_str();
      llby1 *= (1000 * 1000);
      llby2 *= (1000 * 1000);
      byte_string << clear << "Byte value 1 = " << shn << llby1 << " bytes "
    	      << "Byte value 2 = " << llby2 << " bytes" << "\n";
      cout << byte_string.c_str();
      llby1 *= 1000;
      llby2 *= 1000;
      byte_string << clear << "Byte value 1 = " << shn << llby1 << " bytes "
    	      << "Byte value 2 = " << llby2 << " bytes" << "\n";
      cout << byte_string.c_str();
    #endif

      PausePrg();

      cout << "Testing octal conversion functions" << "\n";
      gxString o_string;
      int onum1 = 0755;
      int onum2 = 0644;
      int onum3 = 0220;
      o_string << clear << oct << onum1 << " " << onum2 << " " << onum3 << "\n";
      cout << o_string.c_str();

    #if defined (__64_BIT_DATABASE_ENGINE__)
      __LLWORD__ lonum1 = 0755;
      __LLWORD__ lonum2 = 0644;
      __LLWORD__ lonum3 = 0220;
      o_string << clear << oct << lonum1 << " " << lonum2 << " " << lonum3 << "\n";
      cout << o_string.c_str();
    #endif

      PausePrg();

      cout << "Testing char trim functions" << "\n";
      gxString trim_str = "######Test String______";
      cout << "String = " << trim_str.c_str() << "\n";
      trim_str.TrimLeading('#'); trim_str.TrimTrailing('_');
      cout << "String = " << trim_str.c_str() << "\n";

      PausePrg();

      cout << "Testing substring functions" << "\n";
      gxString substr("The quick brown fox jumps over the lazy dog");
      cout << substr.c_str() << "\n";
      Index = substr.Find("fox");
      cout << "Testing mid function:" << "\n";
      gxString Fox = substr.Mid(Index, 3); // 3 characters for fox
      cout << Fox.c_str() << "\n";
      cout << "Testing left function:" << "\n";
      gxString The = substr.Left(3); // 3 characters for the
      cout << The.c_str() << "\n";
      cout << "Testing right function:" << "\n";
      gxString Dog = substr.Right(3); // 3 characters for dog
      cout << Dog.c_str() << "\n";

      cout << "\n";
      cout << "Exiting ASCII string test" << "\n";
      PausePrg();
    }

    void UNICODEStringTest()
    {
      cout << "Testing all Unicode string class functions..." << "\n";
      PausePrg();

      cout << "Testing constructors..." << "\n";

      wchar_t wsbuf[255];

      gxStringw a(gxLTCHAR("The quick brown fox jumps over the lazy dog", wsbuf));
      cout << a << "\n";

      gxStringw b;
      gxStringw c(gxLTCHAR("This is a test", wsbuf));
      cout << c << "\n";
      cout << "Copy constructing a string..." << "\n";
      gxStringw d(c);
      cout << d << "\n";
      cout << "\n";

      cout << "Testing overloaded assignment operators..." << "\n";
      b = a;
      cout << b << "\n";
      b = c;
      cout << b << "\n";
      b = gxLTCHAR("0123456789", wsbuf);
      cout << b << "\n";

      cout << "\n";
      cout << "Testing copy constructor..." << "\n";
      gxStringw aa(a);
      cout << aa << "\n";
      gxStringw bb(b);
      cout << bb << "\n";

      PausePrg();

      cout << "Testing overloaded += operator..." << "\n";
      gxStringw buf(gxLTCHAR(" 0123456789", wsbuf));

      a += buf;

      cout << a << "\n";
      c += gxLTCHAR(" message", wsbuf);
      cout << c << "\n";
      c += gxLTCHAR('X', wsbuf);
      cout << c << "\n";

      PausePrg();

      cout << "Testing concatenation..." << "\n";
      gxStringw s1(gxLTCHAR("String 1", wsbuf)), s2(gxLTCHAR("String 2", wsbuf));
      char *str3 = " and String 3";
      s1.Cat(gxLTCHAR(" and ", wsbuf), 5);
      s1 += s2;
      cout << s1 << "\n";
      s1.Cat(str3);
      cout << s1 << "\n";

      PausePrg();

      cout << "Testing find functions..." << "\n";
      cout << s1 << "\n";
      cout << "Searching for: " << "xyz" << "\n";
      if(s1.Find(gxLTCHAR("xyz", wsbuf)) == -1)
        cout << "Pattern not found!" << "\n";
      else
        cout << "Pattern found." << "\n";
      cout << "Searching for: " << str3 << "\n";
      if(s1.Find(str3, gxstrlen(str3)) == -1)
        cout << "Pattern not found!" << "\n";
      else
        cout << "Pattern found." << "\n";
      cout << "Searching for: " << s2 << "\n";
      if(s1.Find(s2) == -1)
        cout << "Pattern not found!" << "\n";
      else
        cout << "Pattern found." << "\n";

      PausePrg();

      cout << "Testing ifind functions..." << "\n";
      cout << s1 << "\n";
      cout << "Searching for: " << "xyz" << "\n";
      if(s1.IFind(gxLTCHAR("xyz", wsbuf)) == -1)
        cout << "Pattern not found!" << "\n";
      else
        cout << "Pattern found." << "\n";
      cout << "Searching for: " << str3 << "\n";
      if(s1.IFind(str3, gxstrlen(str3)) == -1)
        cout << "Pattern not found!" << "\n";
      else
        cout << "Pattern found." << "\n";
      cout << "Searching for: " << s2 << "\n";
      if(s1.IFind(s2) == -1)
        cout << "Pattern not found!" << "\n";
      else
        cout << "Pattern found." << "\n";

      PausePrg();

      cout << "Testing repeated pattern finding..." << "\n";
      s1 = "This is a test message";
      cout << s1 << "\n";
      cout << "Searching for: " << "is" << "\n";
      int offset = 0;
      while(1) {
        offset = s1.Find(gxLTCHAR("is", wsbuf), offset);
        if (offset == -1) break;
        cout << "Pattern match found at index: " << offset << "\n";
        offset++;
      }

      PausePrg();

      cout << "Testing delete function..." << "\n";
      gxStringw x1(gxLTCHAR("The quick brown fox jumps over the lazy dog", wsbuf));
      cout << x1 << "\n";
      wchar_t *xx = gxLTCHAR("fox", wsbuf);
      int Index = x1.Find(xx);
      cout << "Deleting fox from string..." << "\n";
      x1.DeleteAt(Index, gxstrlen(xx));
      cout << x1 << "\n";

      PausePrg();

      cout << "Testing replace functions..." << "\n";
      x1 = "The quick brown fox jumps over the lazy dog";
      cout << x1 << "\n";
      wchar_t *xy = gxLTCHAR("cat", wsbuf);
      Index = x1.Find(gxLTCHAR("fox", wsbuf));
      cout << "Replacing fox:" << "\n";
      x1.ReplaceAt(Index, xy, gxstrlen(xy));
      cout << x1 << "\n";
      cout << "Replacing jumps:" << "\n";
      Index = x1.Find(gxLTCHAR("jumps", wsbuf));
      x1.ReplaceAt(Index, gxLTCHAR("runs ", wsbuf));
      cout << x1 << "\n";
      gxStringw x2(gxLTCHAR("cow", wsbuf));
      cout << "Replacing dog:" << "\n";
      Index = x1.Find(gxLTCHAR("dog", wsbuf));
      x1.ReplaceAt(Index, x2);
      cout << x1 << "\n";

      PausePrg();

      cout << "Testing the insert functions..." << "\n";
      x1 = gxLTCHAR("The quick brown fox jumps over the lazy dog", wsbuf);
      cout << x1 << "\n";
      cout << "Inserting text into string:" << "\n";
      Index = x1.Find(gxLTCHAR("fox", wsbuf));
      x1.InsertAt(Index, gxLTCHAR("and yellow ", wsbuf), gxstrlen("and yellow "));
      cout << x1 << "\n";
      Index = x1.Find(gxLTCHAR("over", wsbuf));
      x1.InsertAt(Index, gxLTCHAR("around and ", wsbuf));
      cout << x1 << "\n";
      gxStringw x3(gxLTCHAR("cow and ", wsbuf));
      Index = x1.Find(gxLTCHAR("dog", wsbuf));
      x1.InsertAt(Index, x3);
      cout << x1 << "\n";

      PausePrg();

      cout << "Testing c_str functions" << "\n";
      char sbuf[255]; // ASCII string buffer for Unicode to ASCII conversion
      gxStringw gs(gxLTCHAR("COW", wsbuf));
      const gxStringw &cs = gs;
      cout << "String = " << gs.c_str(sbuf) << "\n";
      cout << "Const String = " << cs.c_str(sbuf) << "\n";
      PausePrg();

      cout << "Testing overload subscript operator..." << "\n";
      wchar_t *Message = gxLTCHAR("This is a test message", wsbuf);
      gxStringw ss(Message);
      for(unsigned i = 0; i < gxstrlen(Message); i++)
        cout << (char)ss[i];
      cout << "\n";

      PausePrg();

      cout << "Testing general-purpose filter functions" << "\n";
      cout << "\n";

        gxStringw s(gxLTCHAR(\
    "         ?The quick brown fox jumps over the lazy dog\n\r\
    0123456789\r\n?~!@#$%^&*()_+<>            ", wsbuf));

      unsigned num;
      cout << "Original string: " << "\n";
      cout << s.c_str(sbuf) << "\n";
      cout << "\n";

      cout << "Trimming all leading and trailing spaces" << "\n";
      cout << "begin" << s.c_str(sbuf) << "end" << "\n";
      num = s.TrimLeadingSpaces();
      cout << "Leading spaces = " << num << "\n";
      cout << s.c_str(sbuf) << "\n";
      num = s.TrimTrailingSpaces();
      cout << "Trialing spaces = " << num << "\n";
      cout << s.c_str(sbuf);
      cout << "end";

      PausePrg();

      cout << "Changing to upper case" << "\n";
      if(s.ToUpper()) cout << s.c_str(sbuf) << "\n";
      cout << "Changing to lower case" << "\n";
      if(s.ToLower()) cout << s.c_str(sbuf) << "\n";

      PausePrg();

      cout << "Replacing carriage returns/line feeds with spaces" << "\n";
      wchar_t wsbuf2[255];
      num = s.ReplaceChar(gxLTCHAR('\r', wsbuf), gxLTCHAR(' ', wsbuf2));
      num = s.ReplaceString(gxLTCHAR("\n", wsbuf), gxLTCHAR(" ", wsbuf2));
      cout << s.c_str(sbuf) << "\n";

      PausePrg();

      cout << "Filtering all \'?\' characters" << "\n";
      num = s.FilterChar(gxLTCHAR('?', wsbuf));
      cout << s.c_str(sbuf) << "\n";

      PausePrg();

      cout << "Filtering the \"he\" string" << "\n";
      s.FilterString(gxLTCHAR("he", wsbuf));
      cout << s.c_str(sbuf) << "\n";

      PausePrg();

      cout << "Testing overloaded << operators" << "\n";
      gxStringw stream;
      const int i1 = 1; const long i2 = 2; const short i3 = 3;
      int i4 = 255; long i5 =1024; short i6 = 2048;
      unsigned int i7 = 4096; unsigned long i8 = 8192; unsigned short i9 = 16384;
      float f1 = (float)4.22; double f2 = (double)8.092;
      char c1 = 'A';  char c2 = 'B';
      wchar_t c3 = gxLTCHAR('C', wsbuf);  wchar_t c4 = gxLTCHAR('D', wsbuf2);
      char *str1 = "Output test = "; gxStringw str2 = "Output test = ";

      stream << "Output test = " << c1 << ' ' << c2 << ' ' << (char)c3 << ' '
    	 << (char)c4 << "\n";
      cout << stream;

      stream << clear << str1 << i1 << " " << i2 << " " << i3 << " " << i4 << " "
    	 << i5 << " " << i6 << " " << i7 << " " << i8 << " " << i9 << "\n";
      cout << stream;

      stream.Clear();
      stream.SetWidth(4); stream.SetFill('0');
      stream << str2 << hex << i1 << " " << i2 << " " << i3 << " "
    	 << i4 << " " << i5 << " " << i6 << " " << i7 << " " << i8
    	 << " " << i9 << "\n";
      cout << stream;

      stream.Clear();
      stream.Precision(2);
      stream << "Output test = " << f1 << " " << f2 << "\n";
      stream.Precision(4);
      stream << "Output test = " << f1 << " " << f2 << "\n";
      cout << stream;
      stream << clear;

      PausePrg();
      cout << "Testing overloaded >> operators" << "\n";
      char csbuf[255];
      gxStringw sb1 = "Input test = ";
      sb1 << (int)15 << " " << (long)25 << " " << (short)35 << " "
          << (unsigned int)45 << " " << (unsigned long)55 << " "
          << (unsigned short)65 << " " << (double)1.5 << " "
          << (float)2.5 << " " << 'A' << 'B' << 'C' << "\n";

      sb1 >> csbuf;
      cout << csbuf;

      gxStringw sb2, sb3, sb4, sb5, sb6, sb7, sb8, sb9, sb10, sb11, sb12;
      sb2 << (int)15; sb3 << (long)25; sb4 << (short)35;
      sb5 << (unsigned int)45; sb6 << (unsigned long)55;
      sb7 << (unsigned short)65; sb8 << (double)1.5;
      sb9 << (float)2.5; sb10 << 'A'; sb11 << 'B'; sb12 << 'C';

      cout << "Input test = " << sb2 << " " << sb3 << " " << sb4 << " "
           << sb5 << " " << sb6 << " " << sb7 << " " <<  sb8 << " " << sb9
           << " " << sb10 << sb11 << sb12 << "\n";

      int ib2 = 0; long ib3 = 0; short ib4 = 0; unsigned int ib5 = 0;
      unsigned long ib6 = 0; unsigned short ib7 = 0; double ib8 = 0;
      float ib9 = 0; char ib10 = 0; char ib11 = 0; char ib12 = 0;

      sb2 >> ib2;
      sb3 >> ib3;
      sb4 >> ib4;
      sb5 >> ib5;
      sb6 >> ib6;
      sb7 >> ib7;
      sb8 >> ib8;
      sb9 >> ib9;
      sb10 >> ib10;
      sb11 >> ib11;
      sb12 >> ib12;

      cout << "Input test = " << ib2 << " " << ib3 << " " << ib4 << " "
           << ib5 << " " << ib6 << " " << ib7 << " " <<  ib8 << " " << ib9
           << " " << ib10 << ib11 << ib12 << "\n";

    #if defined (__64_BIT_DATABASE_ENGINE__)
      PausePrg();

      cout << "Testing overloaded >> and << 64-bit operators" << "\n";
      __LLWORD__ LL1 = (__LLWORD__)255;
      const __LLWORD__ LL2 = (__LLWORD__)1024;
      __ULLWORD__ LL3 = (__ULLWORD__)2048;
      const __ULLWORD__ LL4 = (__LLWORD__)4096;

      stream << clear << "64-bit test = " << LL1 << " " << LL2 << " " << LL3
    	 << " " << LL4 << "\n";

      stream >> csbuf;
      cout << csbuf;

      stream.Clear();
      stream.SetWidth(4); stream.SetFill('0');
      stream << "64-bit test = " << hex << LL1 << " " << LL2 << " "
    	 << LL3 << " " << LL4 << "\n";

      cout << stream;

      gxStringw sb64_1, sb64_2, sb64_3, sb64_4;
      sb64_1 << LL1;
      sb64_2 << LL2;
      sb64_3 << LL3;
      sb64_4 << LL4;

      __LLWORD__ LLn1, LLn2;
      __ULLWORD__ LLn3, LLn4;

      sb64_1 >> LLn1;
      sb64_2 >> LLn2;
      sb64_3 >> LLn3;
      sb64_4 >> LLn4;

      cout << "64-bit test = " << (int)LLn1 << " " << (int)LLn2 << " "
           << (int)LLn3 << " " << (int) LLn4 << "\n";
    #endif

      PausePrg();

      cout << "Testing escape sequence conversion function" << "\n";
      cout << "\n";
      gxStringw esc_string(gxLTCHAR(\
    "This%20is%20a%20test%20for%20%%%20escape%20chars", wsbuf));
      cout << esc_string.c_str(sbuf) << "\n";
      cout << "Converting escape sequences" << "\n";
      wchar_t es = gxLTCHAR('%', wsbuf);
      int num_esc = esc_string.ConvertEscapeSeq(es);
      cout << "Found " << num_esc << " escape sequences" << "\n";
      cout << esc_string.c_str(sbuf) << "\n";
      cout << "\n";

      esc_string = gxLTCHAR("This#0020is#0020a#0020test#0020for#0020###0020escape\
    #0020chars", wsbuf);
      cout << esc_string.c_str(sbuf) << "\n";
      cout << "Converting escape sequences" << "\n";
      num_esc = esc_string.ConvertEscapeSeq(gxLTCHAR('#', wsbuf), 4);
      cout << "Found " << num_esc << " escape sequences" << "\n";
      cout << esc_string.c_str(sbuf) << "\n";
      cout << "\n";

      esc_string = gxLTCHAR(\
    "This;020is;020a;020test;020for;020;;;020escape;020chars", wsbuf);
      cout << esc_string.c_str(sbuf) << "\n";
      cout << "Converting escape sequences" << "\n";
      num_esc = esc_string.ConvertEscapeSeq(';', 3);
      cout << "Found " << num_esc << " escape sequences" << "\n";
      cout << esc_string.c_str(sbuf) << "\n";

      PausePrg();

      cout << "Testing the comparison operators" << "\n";

    #ifndef __AUTORUN_TESTPROG__
      gxStringw acomp(255), bcomp;
      cout << "Enter string A>"; cin >> acomp;
      cout << "Enter string B>"; cin >> bcomp;
    #else
      // In auto run mode so do not prompt user for any input
      gxStringw acomp(gxLTCHAR("CAT", wsbuf)), bcomp(gxLTCHAR("cat", wsbuf));
      cout << "String A = CAT, String B = cat" << "\n";
    #endif

      cout << "String A == B "; acomp == bcomp ? cout << 'y' : cout << 'n';
      cout << "\n";
      cout << "String A != B "; acomp != bcomp ? cout << 'y' : cout << 'n';
      cout << "\n";
      cout << "String A <  B "; acomp < bcomp ? cout << 'y' : cout << 'n';
      cout << "\n";
      cout << "String A <= B "; acomp <= bcomp ? cout << 'y' : cout << 'n';
      cout << "\n";
      cout << "String A >  B "; acomp > bcomp ? cout << 'y' : cout << 'n';
      cout << "\n";
      cout << "String A >= B "; acomp >= bcomp ? cout << 'y' : cout << 'n';
      cout << "\n";

      PausePrg();

      cout << "Testing the case insensitive comparison functions" << "\n";
      cout << "String A == B ";
      acomp.StringICompare(bcomp) == 0 ? cout << 'y' : cout << 'n';
      cout << "\n";
      cout << "String A != B ";
      acomp.StringICompare(bcomp) != 0 ? cout << 'y' : cout << 'n';
      cout << "\n";
      cout << "String A <  B ";
      acomp.StringICompare(bcomp) < 0 ? cout << 'y' : cout << 'n';
      cout << "\n";
      cout << "String A <= B ";
      acomp.StringICompare(bcomp) <= 0 ? cout << 'y' : cout << 'n';
      cout << "\n";
      cout << "String A >  B ";
      acomp.StringICompare(bcomp) > 0 ? cout << 'y' : cout << 'n';
      cout << "\n";
      cout << "String A >= B ";
      acomp.StringICompare(bcomp) >= 0 ? cout << 'y' : cout << 'n';
      cout << "\n";

      PausePrg();

      cout << "Testing the find last function" << "\n";
      gxStringw url(gxLTCHAR("http://www.example.com:80/docs/index.html", wsbuf));
      cout << "Complete URL: " << url.c_str(sbuf) << "\n";
      cout << "Searching for last \"/\"" << "\n";
      offset = url.FindLast(gxLTCHAR("/", wsbuf));
      if(offset != -1) {
        cout << "Found last \"/\" at offset: " << offset << "\n";
      }
      else {
        cout << "Could not find last \"/\"" << "\n";
      }
      cout << "\n";

      cout << "Testing delete before and after functions" << "\n";
      gxStringw ubuf = url;
      ubuf.DeleteBeforeIncluding(gxLTCHAR("://", wsbuf));
      ubuf.DeleteAfterIncluding(gxLTCHAR(":", wsbuf));
      cout << "Complete URL: " << url.c_str(sbuf) << "\n";
      cout << "Server: " << ubuf.c_str(sbuf) << "\n";
      ubuf = url;
      ubuf.DeleteAfter(gxLTCHAR("http", wsbuf));
      cout << "Protocol: " << ubuf.c_str(sbuf) << "\n";
      ubuf = url;
      ubuf.DeleteBeforeLast(gxLTCHAR(":", wsbuf));
      ubuf.DeleteAfterIncluding(gxLTCHAR("/", wsbuf));
      ubuf.DeleteAt(0, 1);
      cout << "Port: " << ubuf.c_str(sbuf) << "\n";
      ubuf = url;
      ubuf.DeleteBeforeIncluding(gxLTCHAR("://", wsbuf));
      ubuf.DeleteBeforeIncluding(gxLTCHAR("/", wsbuf));
      ubuf.DeleteAfterLastIncluding(gxLTCHAR("/", wsbuf));
      ubuf.InsertAt(0, gxLTCHAR("/", wsbuf));
      cout << "Directory: " << ubuf.c_str(sbuf) << "\n";
      ubuf = url;
      ubuf.DeleteBeforeLastIncluding(gxLTCHAR("/", wsbuf));
      cout << "File: " << ubuf.c_str(sbuf) << "\n";
      ubuf.DeleteBefore(gxLTCHAR(".", wsbuf));
      cout << "Dot extension: " << ubuf.c_str(sbuf) << "\n";

      PausePrg();

      cout << "Testing shorthand notation nomenclature" << "\n";
      long by1 = 519;
      unsigned long by2 = 2133;
      gxStringw byte_string;
      byte_string << clear << "Byte value 1 = " << shn << by1 << " bytes "
    	      << "Byte value 2 = " << by2 << " bytes" << "\n";
      cout << byte_string.c_str(sbuf);
      by1 *= (1000 * 1000);
      by2 *= (1000 * 1000);
      byte_string << clear << "Byte value 1 = " << shn << by1 << " bytes "
    	      << "Byte value 2 = " << by2 << " bytes" << "\n";
      cout << byte_string.c_str(sbuf);

    #if defined (__64_BIT_DATABASE_ENGINE__)
      __LLWORD__ llby1 = 519;
      __ULLWORD__ llby2 = 2133;
       byte_string << clear << "Byte value 1 = " << shn << llby1 << " bytes "
    	      << "Byte value 2 = " << llby2 << " bytes" << "\n";
      cout << byte_string.c_str(sbuf);
      llby1 *= (1000 * 1000);
      llby2 *= (1000 * 1000);
      byte_string << clear << "Byte value 1 = " << shn << llby1 << " bytes "
    	      << "Byte value 2 = " << llby2 << " bytes" << "\n";
      cout << byte_string.c_str(sbuf);
      llby1 *= 1000;
      llby2 *= 1000;
      byte_string << clear << "Byte value 1 = " << shn << llby1 << " bytes "
    	      << "Byte value 2 = " << llby2 << " bytes" << "\n";
      cout << byte_string.c_str(sbuf);
    #endif

      PausePrg();

      cout << "Testing octal conversion functions" << "\n";
      gxStringw o_string;
      int onum1 = 0755;
      int onum2 = 0644;
      int onum3 = 0220;
      o_string << clear << oct << onum1 << " " << onum2 << " " << onum3 << "\n";
      cout << o_string.c_str(sbuf);

    #if defined (__64_BIT_DATABASE_ENGINE__)
      __LLWORD__ lonum1 = 0755;
      __LLWORD__ lonum2 = 0644;
      __LLWORD__ lonum3 = 0220;
      o_string << clear << oct << lonum1 << " " << lonum2 << " " << lonum3 << "\n";
      cout << o_string.c_str(sbuf);
    #endif

      PausePrg();

      cout << "Testing char trim functions" << "\n";
      gxStringw trim_str = gxLTCHAR("######Test String______", wsbuf);
      cout << "String = " << trim_str.c_str(sbuf) << "\n";
      trim_str.TrimLeading((wchar_t)'#');
      trim_str.TrimTrailing((wchar_t)'_');
      cout << "String = " << trim_str.c_str(sbuf) << "\n";

      PausePrg();

      cout << "Testing substring functions" << "\n";
      gxStringw substr(gxLTCHAR("The quick brown fox jumps over the lazy dog",
    			    wsbuf));
      cout << substr.c_str(sbuf) << "\n";
      Index = substr.Find(gxLTCHAR("fox", wsbuf));
      cout << "Testing mid function:" << "\n";
      gxStringw Fox = substr.Mid(Index, 3); // 3 characters for fox
      cout << Fox.c_str(sbuf) << "\n";
      cout << "Testing left function:" << "\n";
      gxStringw The = substr.Left(3); // 3 characters for the
      cout << The.c_str(sbuf) << "\n";
      cout << "Testing right function:" << "\n";
      gxStringw Dog = substr.Right(3); // 3 characters for dog
      cout << Dog.c_str(sbuf) << "\n";

      cout << "\n";
      cout << "Exiting Unicode string test" << "\n";
      PausePrg();
    }

    void MixedStringTest()
    {
      cout << "Testing ASCII and UNICODE string functions..." << "\n";
      PausePrg();

      cout << "Displaying platform dependent byte alignments" << "\n";
      cout << "ASCII byte alignment = " << sizeof(char) << "\n";
      cout << "ASCII bit alignment = " << (sizeof(char) * 8) << "\n";
      cout << "Unicode byte alignment = " << sizeof(wchar_t)
           << "\n";
      cout << "Unicode bit alignment = " << (sizeof(wchar_t) * 8)
           << "\n";
      cout << "gxwchar_t byte alignment = " << sizeof(gxwchar_t)
           << "\n";
      cout << "gxwchar_t bit alignment = " << (sizeof(gxwchar_t) * 8)
           << "\n";

      PausePrg();

      cout << "Constructing ASCII and Unicode strings" << "\n";
      char sbuf[255];
      wchar_t wsbuf[255];
      const char *mesg = "This is a test";
      wchar_t *umesg = ASCII2Unicode(mesg);
      gxString as(mesg);
      gxStringw wstr1((const wchar_t *)umesg);

      cout << "ASCII string: " << as.c_str() << "\n";
      cout << "Unicode string: " << wstr1.c_str(sbuf) << "\n";
      cout << "\n";
      cout << "Testing string length functions" << "\n";
      cout << "ASCII string length = " << gxstrlen(as.c_str()) << "\n";
      cout << "Unicode string length = " << gxstrlen(wstr1.c_wstr()) << "\n";

      PausePrg();

      cout << "Testing the gxwchar_t strings functions" << "\n";
      gxwchar_t *gxws_t1 = ASCII2gxwchar_t(mesg);
      gxString gxas = gxws_t1;
      gxStringw gxws = gxws_t1;
      cout << "gxwchar_t String: " << (gxStringw)gxws_t1 << "\n";
      cout << "gxwchar_t String: " << (gxString)gxws_t1 << "\n";
      cout << "ASCII string: " << gxas.c_str() << "\n";
      cout << "Unicode string: " << gxws.c_str(sbuf) << "\n";
      cout << "\n";
      cout << "Testing string length functions" << "\n";
      cout << "ASCII string length = " << gxstrlen(gxas.c_str()) << "\n";
      cout << "Unicode string length = " << gxstrlen(gxws.c_wstr()) << "\n";
      cout << "gxwchar_t string length = " << gxstrlen(gxws_t1) << "\n";
      cout << "\n";
      cout << "Testing gxwchar_t string copy, cat, and cmp functions" << endl;
      gxwchar_t gxws_tbuf[255];
      gxwchar_t gxws_t2[255]; gxwchar_t gxws_t3[255]; gxwchar_t gxws_t4[255];
      gxstrcpy(gxws_t2, gxLTCHAR("Cat", gxws_tbuf));
      gxstrcpy(gxws_t3, gxLTCHAR("Dog", gxws_tbuf));
      gxstrcpy(gxws_t4, gxLTCHAR("Cow", gxws_tbuf));
      gxstrcpy(gxws_tbuf, gxws_t2);
      gxstrcat(gxws_tbuf, gxws_t3);
      gxstrcat(gxws_tbuf, gxws_t4);
      cout << (gxStringw)gxws_tbuf << "\n";
      cout << "Comparing \"Cat\" to \"Dog\"" << "\n";
      cout << "String compare = " << gxstrcmp(gxws_t2, gxws_t3);

      PausePrg();

      cout << "Testing the string class length functions" << "\n";
      cout << "ASCII string length: " << as.length() << "\n";
      cout << "ASCII bytes allocated: " << as.dlength() << "\n";
      cout << "Unicode string length: " << wstr1.length() << "\n";
      cout << "Unicode bytes allocated: " << wstr1.dlength() << "\n";

      PausePrg();

      cout << "Testing standalone string copy functions" << "\n";
      gxstrcpy(sbuf, as.c_str());
      cout << sbuf << "\n";
      gxstrcpy(wsbuf, wstr1.c_wstr());
      cout << (gxStringw)wsbuf << "\n";

      PausePrg();

      cout << "Testing standalone string cat functions" << "\n";
      const char *s1 = "The quick brown";
      const char *s2 = " fox jumps over";
      const char *s3 = " the lazy dog";
      char *comp = StringCat(s1, s2, s3);
      cout << comp << "\n";

      wchar_t *ws1 = ASCII2Unicode(s1);
      wchar_t *ws2 = ASCII2Unicode(s2);
      wchar_t *ws3 = ASCII2Unicode(s3);
      wchar_t *wcomp = StringCat(ws1, ws2, ws3);
      cout << (gxStringw)wcomp << "\n";

      PausePrg();

      cout << "Testing the standalone string parser..." << "\n";
      const char *as_strings = "MOUSE DOG CAT LION FLEA COW HORSE";
      wchar_t *ws_strings = ASCII2Unicode(as_strings);
      char as_words[MAXWORDS][MAXWORDLENGTH];
      wchar_t ws_words[MAXWORDS][MAXWORDLENGTH];
      int num_words;
      char as_sep = ' ';
      wchar_t ws_sep = (wchar_t)as_sep;
      int i;
      int rv = parse(as_strings, as_words, &num_words, as_sep);
      if(rv != 0) {
        cout << "ASCII parse error" << "\n";
      }
      else {
        cout << "Parsed " << num_words << " ASCII words" << "\n";
        for(i = 0; i < num_words; i++) {
          if(*as_words[i] == 0) break;
          cout << as_words[i] << ' ';
        }
        cout << "\n";
      }

      parse(ws_strings, ws_words, &num_words, ws_sep);
      if(rv != 0) {
        cout << "Unicode parse error" << "\n";
      }
      else {
        cout << "Parsed " << num_words << " Unicode words" << "\n";
        for(i = 0; i < num_words; i++) {
          if(*ws_words[i] == 0) break;
          cout << (gxStringw)ws_words[i] << ' ';
        }
        cout << "\n";
      }

      PausePrg();

      cout << "Testing standalone string compare functions" << "\n";
      char *acomp = "CAT"; char *bcomp = "cat";
      cout << "String A = CAT, String B = cat" << "\n";
      wchar_t *wacomp = ASCII2Unicode(acomp);
      wchar_t *wbcomp = ASCII2Unicode(bcomp);
      rv = gxstrcmp(acomp, bcomp);
      cout << "ASCII case compare = " << rv << "\n";
      rv = gxstrcmp(wacomp, wbcomp);
      cout << "Unicode case compare = " << rv << "\n";
      rv = CaseICmp(acomp, bcomp);
      cout << "ASCII casei compare = " << rv << "\n";
      rv = CaseICmp(wacomp, wbcomp);
      cout << "Unicode casei compare = " << rv << "\n";

      PausePrg();

      cout << "Testing standalone pattern matching functions" << "\n";
      const char *search_str = "The quick brown fox jumps over the lazy dog";
      wchar_t *wsearch_str = ASCII2Unicode(search_str);
      cout << "Searching for pattern \"fox\"" << "\n";
      int offset = FindMatch(search_str, "fox", 0, 0, 0);
      if(offset != -1) {
        cout << "Found ASCII match at character offset: " << offset << "\n";
      }
      else {
        cout << "Could not find ASCII match" << "\n";
      }
      wchar_t *wpattern = ASCII2Unicode("fox");
      offset = FindMatch(wsearch_str, wpattern);
      if(offset != -1) {
        cout << "Found Unicode match at character offset: " << offset << "\n";
      }
      else {
        cout << "Could not find Unicode match" << "\n";
      }
      cout << "\n";
      cout << "Search using non-case sensitive pattern match" << "\n";
      cout << "Searching for pattern \"FOX\"" << "\n";
      offset = IFindMatch(search_str, "FOX");
      if(offset != -1) {
        cout << "Found ASCII match at character offset: " << offset << "\n";
      }
      else {
        cout << "Could not find ASCII match" << "\n";
      }
      delete wpattern; // Free memory before calling conversion function again
      wpattern = ASCII2Unicode("FOX");
      offset = IFindMatch(wsearch_str, wpattern);
      if(offset != -1) {
        cout << "Found Unicode match at character offset: " << offset << "\n";
      }
      else {
        cout << "Could not find Unicode match" << "\n";
      }

      // Free all memory buffers
      delete umesg;
      delete gxws_t1;
      delete comp; delete wcomp;
      delete ws1; delete ws2; delete ws3;
      delete ws_strings;
      delete wacomp; delete wbcomp;
      delete wsearch_str; delete wpattern;

      cout << "\n";
      cout << "Exiting mixed string test" << "\n";
      PausePrg();
    }

    void NULLStringTest()
    {
      cout << "Testing ASCII and UNICODE with NULL strings..." << "\n";
      PausePrg();

      wchar_t wsbuf[255];
      char sbuf[255];

      cout << "Testing the NULL string class" << "\n";
      cout << "Global null char = " << (int)UStringNULLPtr::UStringNUllChar
           << "\n";
      cout << "Global null wchar_t = " << UStringNULLPtr::UStringwNUllChar << "\n";
      cout << "Global null wchar_t address = "
           << &UStringNULLPtr::UStringwNUllChar << "\n";
      cout << "Global null string address = " << &UStringNULLPtr::UStringNUllStr
           << "\n";
      cout << "Global null wstring address = " << &UStringNULLPtr::UStringwNUllStr
           << "\n";

      PausePrg();

      cout << "Testing NULL string construction and manipulation" << "\n";
      // Test the constructors and assignment operators
      gxString nstr; UString nstr2(""); UString nstr3(gxLTCHAR("", wsbuf));
      UStringw nwstr; UStringw nwstr2(""); UStringw nwstr3(gxLTCHAR("", wsbuf));
      nstr = ""; nstr = nstr2; nstr = nstr3; nstr = nwstr3.c_wstr();
      nstr = gxLTCHAR("", wsbuf);
      nwstr = gxLTCHAR("", wsbuf); nwstr = nwstr2; nwstr = nwstr3;
      nwstr = nstr2.c_str();
      cout << "ASCII length = " << nstr.length() << endl;
      cout << "ASCII dimensioned length = " << nstr.dlength() << endl;
      cout << "Unicode length = " << nwstr.length() << endl;
      cout << "Unicode dimensioned length = " << nwstr.dlength() << endl;

      PausePrg();

      cout << "Testing for wild pointers and buffer overflows" << "\n";
      cout << nstr[100]; cout << (char)nwstr[100];
      cout << nstr.c_str(); cout << gxLTCHAR(nwstr.c_wstr(), sbuf);
      cout << gxLTCHAR(nstr.c_wstr(wsbuf), sbuf);
      cout << nwstr.c_str(sbuf);
      nstr.DeleteAt(0, 100);
      nstr += "";
      nstr.ReplaceAt(0, "");
      nstr.InsertAt(0, "");
      nstr.Atoi();
      nstr.Atol();
      nstr.Atof();
      nstr.ToUpper();
      nstr.ToLower();
      nstr.FindLast("");
      nstr.ReplaceChar('\0', '\0');
      nstr.ReplaceString("", "");
      nstr.FilterString("");
      nstr.FilterChar('\0');
      nstr.TrimLeadingSpaces();
      nstr.TrimTrailingSpaces();
      nstr.DeleteAfter("");
      nstr.DeleteBefore("");
      nstr.DeleteAfterIncluding("");
      nstr.DeleteBeforeIncluding("");
      nstr.DeleteAfterLast("");
      nstr.DeleteAfterLastIncluding("");
      nstr.DeleteBeforeLast("");
      nstr.DeleteBeforeLastIncluding("");
      nstr.ConvertEscapeSeq('%');
      nstr.Find("");
      nstr.Find("", 100, 100);
      nstr.IFind("");
      nstr.IFind("", 100, 100);
      nwstr.DeleteAt(0, 100);
      nstr += "";
      nwstr.ReplaceAt(0, "");
      nwstr.InsertAt(0, "");
      nwstr.Atoi();
      nwstr.Atol();
      nwstr.Atof();
      nwstr.ToUpper();
      nwstr.ToLower();
      nwstr.FindLast("");
      nwstr.ReplaceChar('\0', '\0');
      nwstr.ReplaceString("", "");
      nwstr.FilterString("");
      nwstr.FilterChar('\0');
      nwstr.TrimLeadingSpaces();
      nwstr.TrimTrailingSpaces();
      nwstr.DeleteAfter("");
      nwstr.DeleteBefore("");
      nwstr.DeleteAfterIncluding("");
      nwstr.DeleteBeforeIncluding("");
      nwstr.DeleteAfterLast("");
      nwstr.DeleteAfterLastIncluding("");
      nwstr.DeleteBeforeLast("");
      nwstr.DeleteBeforeLastIncluding("");
      nwstr.ConvertEscapeSeq('%');
      nwstr.Find("");
      nwstr.Find("", 100, 100);
      nwstr.IFind("");
      nwstr.IFind("", 100, 100);
      cout << "\n";
      cout << "Passed" << "\n";

      PausePrg();

      cout << "Testing comparison operator on null strings" << "\n";
      cout << "ASCII length = " << nstr.length() << endl;
      cout << "ASCII dimensioned length = " << nstr.dlength() << endl;
      cout << "Unicode length = " << nwstr.length() << endl;
      cout << "Unicode dimensioned length = " << nwstr.dlength() << endl;
      cout << "ASCII String == null "; nstr == "" ? cout << 'y' : cout << 'n';
      cout << "\n";
      cout << "ASCII String != null "; nstr != "" ? cout << 'y' : cout << 'n';
      cout << "\n";
      cout << "ASCII String <  null "; nstr < "" ? cout << 'y' : cout << 'n';
      cout << "\n";
      cout << "ASCII String A <= B "; nstr <= "" ? cout << 'y' : cout << 'n';
      cout << "\n";
      cout << "ASCII String >  null "; nstr > "" ? cout << 'y' : cout << 'n';
      cout << "\n";
      cout << "ASCII String >= null "; nstr >= "" ? cout << 'y' : cout << 'n';
      cout << "\n";

      cout << "Unicode String == null ";
      nwstr == gxLTCHAR("", wsbuf) ? cout << 'y' : cout << 'n';
      cout << "\n";
      cout << "Unicode String != null ";
      nwstr != gxLTCHAR("", wsbuf) ? cout << 'y' : cout << 'n';
      cout << "\n";
      cout << "Unicode String <  null ";
      nwstr < gxLTCHAR("", wsbuf) ? cout << 'y' : cout << 'n';
      cout << "\n";
      cout << "Unicode String A <= B ";
      nwstr <= gxLTCHAR("", wsbuf) ? cout << 'y' : cout << 'n';
      cout << "\n";
      cout << "Unicode String >  null ";
      nwstr > gxLTCHAR("", wsbuf) ? cout << 'y' : cout << 'n';
      cout << "\n";
      cout << "Unicode String >= null ";
      nwstr >= gxLTCHAR("", wsbuf) ? cout << 'y' : cout << 'n';
      cout << "\n";

      // Test the global pointer reset functions
      // NOTE: A reset is only required if the global nulls have
      // been accidentally modified.
      nstr.ResetGlobalNull();
      nwstr.ResetGlobalNull();

      cout << "\n";
      cout << "Exiting NULL string test" << "\n";
      PausePrg();
    }

    int main()
    {
    #ifdef __MSVC_DEBUG__
      InitLeakTest();
    #endif

      MixedStringTest();
      NULLStringTest();
      ASCIIStringTest();
      UNICODEStringTest();
      cout << "All tests complete. Exiting..." << "\n";
      return 0;
    }
    // ----------------------------------------------------------- //
    // ------------------------------- //
    // --------- End of File --------- //
    // ------------------------------- //