void InitializeGame()
{
int i, piecesPerBin, *arrayBoard;
arrayBoard = (int *) SafeMalloc ((boardSize+1) * sizeof (int));
UpdateGameSpecs();
generic_hash_destroy();
SetupTierStuff();
piecesPerBin = numOfPieces / (boardSize - 2);
for(i = 0; i < boardSize; i += 1) {
arrayBoard[i] = piecesPerBin;
}
arrayBoard[mancalaL] = 0;
arrayBoard[mancalaR] = 0;
arrayBoard[turn] = 0;
/* this is the max number the rearrangerHash can generate
given the limitations of the 32-bit cpu 2 * (31 my_nCr 15) */
//gNumberOfPositions = 601080390;
gInitialPosition = array_unhash(arrayBoard);
//int z;
// for(z = 0;z < boardSize + 1; z++)
// printf("slot %d: %d\n",z,arrayBoard[z]);
SafeFree (arrayBoard);
gMoveToStringFunPtr = MoveToString;
}
void SetupGame() {
generic_hash_destroy();
SetupTierStuff();
if (width < 5 && length < 5) {
int pieces_array[10] = {BLACK, 0, (boardsize+1)/2, WHITE, 0, boardsize/2, SPACE, 0, boardsize, -1};
gNumberOfPositions = generic_hash_init(boardsize, pieces_array, NULL, 0);
// initial position
int i;
char* initial = (char *) SafeMalloc(boardsize * sizeof(char));
for(i = 0; i < boardsize; i++)
initial[i] = SPACE;
gInitialPosition = hash(initial, 1);
}
}
static void
callee_info_table_destroy(void)
{
callee_info_table_exit = true;
generic_hash_destroy(GLOBAL_DCONTEXT, callee_info_table);
}
