#include <iostream>

using namespace std;

char *chess_board[8][8];//declare cheesboard a two dimensional array
char *color[2] = {"black", "white"};//declare two colors
char *pieces[16] = {"castle 1", "castle 2", "knight 1", //all pieces
"knight 2", "rooke 1", "rooke 2", "king", "quenn", 
"pawn 1", "pawn 2", "pawn 3", "pawn 4", "pawn 5", 
"pawn 6", "pawn 7", "pawn 8"};

#include <ostream>
#include <string>

namespace chess {

struct piece
{
	enum color_type
	{
		first_color,
		black = first_color, 
		white, 
		color_count
	};
	
	enum rank_type
	{
		first_rank,
		king = first_rank, 
		queen, 
		castle, 
		bishop, 
		knight, 
		pawn, 
		rank_count
	};

	piece( int rank, int color, int ordinal = 0 )
	: rank( rank ), color( color ), ordinal( ordinal )
	{	}

	friend bool operator == ( piece const& lhs,  piece const& rhs )
	{
		return 
			lhs.rank == rhs.rank 
			&&
			lhs.color == rhs.color 
			&&
			lhs.ordinal == rhs.ordinal;				
	}
	
	friend std::ostream& operator << ( std::ostream& out,  piece const& rhs )
	{
		return out 
			<< translate_color( rhs.color ) << "." 
			<< translate_rank( rhs.rank ) << "." 
			<< rhs.ordinal;				
	}	
	
	static std::string translate_color( int color )
	{
		if( color == white )
			return "white";
		if( color == black )
			return "black";
	/*
		Or maybe throw an exception here
	*/
		return std::string( );	
	}
	
	static std::string translate_rank( int rank )
	{
		if( rank == king )
			return "king";
		if( rank == queen )
			return "queen";
		if( rank == castle )
			return "castle";
		if( rank == bishop )
			return "bishop";
		if( rank == knight )
			return "knight";
		if( rank == pawn )
			return "pawn";
	/*
		Or maybe throw an exception here
	*/
		return std::string( );	
	}
	
	static int ordinals_of_rank( int rank )
	{	
		if( rank == king )
			return 1;
		if( rank == queen )
			return 1;
		if( rank == castle )
			return 2;
		if( rank == bishop )
			return 2;
		if( rank == knight )
			return 2;
		if( rank == pawn )
			return 8;
	/*
		Or maybe throw an exception here
	*/
		return 0;	
	}
	
	int
		color;
	int
		rank;
	int
		ordinal;
};

} // namespace chess

#include <iostream>
#include <vector>
#include <iterator>
#include <algorithm>

int main( void )
{
	using namespace chess;
	using namespace std;
	vector< piece >
		pieces;
	for( int color = piece::first_color; color < piece::color_count; ++color )
		for( int rank = piece::first_rank; rank < piece::rank_count; ++rank )
			for( int ordinal = 0, ordinal_count = piece::ordinals_of_rank( rank );  ordinal < ordinal_count; ++ordinal )
				pieces.push_back( piece( rank, color, ordinal ) );
	copy( pieces.begin( ), pieces.end( ), ostream_iterator< piece >( cout, "\n" ) );
	return 0;
}

int main(void){srand(time(0));for(double l=rand(),l0=0,l00=0;;l0+=0.1){for(double l000=0;l000
<1;l000+=.001,l+=((double)rand()/RAND_MAX)/0x64,l00+=((sin(l*0x8*atan(l0)*l000-(l0*0x8*atan
(l)))*0.5)+0.5)){for(size_t l0000=0,l00000=(size_t)(0x50*(l00-floor(l00)));l0000<l00000;++l0000
)putchar(0x20);putchar(0x61+(int)((double)rand()/RAND_MAX*0x1a));putchar('\n');}}return 0;}

#include <iostream>

using namespace std;

int black;
int white;
int pawn[8], rooke[2], knight[2], quenn, king, castle[2];

class chess_board()
{
      int num1;
      int num2;
      int chess_board[num1][num2];
      for (num1 = 0, num2 = 0; num2 < 8, num1 < 8; num2++, num1++) 
          

}

class Chess_Board() 

class Chess_Board
{
/*Some code here*/
}; 

int main(void){srand(time(0));for(double l=rand(),l0=0,l00=0;;l0+=0.1){for(double l000=0;l000
<1;l000+=.001,l+=((double)rand()/RAND_MAX)/0x64,l00+=((sin(l*0x8*atan(l0)*l000-(l0*0x8*atan
(l)))*0.5)+0.5)){for(size_t l0000=0,l00000=(size_t)(0x50*(l00-floor(l00)));l0000<l00000;++l0000
)putchar(0x20);putchar(0x61+(int)((double)rand()/RAND_MAX*0x1a));putchar('\n');}}return 0;}