typedef struct _gnubg_game {

  /* ordinal number of the game within a match */
  int i;

  /* match score BEFORE the game */
  int anScore[2];
  
  /* this is the Crawford game */
  int fCrawfordGame;

  /* who won (-1 = unfinished) */
  int fWinner;
  /* how many points were scored by the winner */
  int nPoints;

  /* the game was ended by resignation */
  int fResigned;

  /* how many automatic doubles were rolled */
  int nAutoDoubles; 

  /* Type of game */ 
  bgvariation bgv;

  /* Cube used in game */
  int fCubeUse;

  statcontext sc;
#if USE_TIMECONTROL
  /* the game ended on time */ 
  int fTimeout; 
  /* how many timeouts (clock expiry) have happened during the match */
  int nTimeouts[2];
#endif

	int length;  /* number of moves (moverecords) in this game. */
	GList *moves; /* linked list of moverecords */
  GList *current_move; /* link to current move */
} gnubg_game;

typedef struct _gnubg_match {
    player ap[ 2 ];

	  int nMatchTo;
		
    bgvariation bgv;
    int fCrawford;
    int fCubeUse;
    int fJacoby;

	  int length;  /* number of games in this match. */
		GList *games; /* linked list of games */
		GList *current_game; /* Link to current game */

		int fWinner; /* Do we need this? what about final score? */
} gnubg_match;

/* Ignore this code. I'm just playing around */
void
example_code(void){
	/* gnubg_match match;  // Global match? */
	GList game = match->games;

	printf("Player name: %s\n", match->ap[0]->name);

  // loop through match:
	for ( ; game ; game = game->next ){
		GList move = game->moves;
		for ( ; move ; move = move->next )
			analyse(move);
	}	
}