Board.h

#ifndef BOARD_H
#define BOARD_H

#include "Side.h"


class Board
{
public:
	Board(int nHoles, int nInitialBeansPerHole);
	//Construct a Board with the indicated number of holes per side (not counting the pot) and initial number of beans per hole. 
	//If nHoles is not positive, act as if it were 1; if nInitialBeansPerHole is negative, act as if it were 0.

	Board(const Board& copy);

	~Board(); //destructor

	//assignment operator

	Board& operator=(const Board& rhs);

	
	int holes() const;
	//Return the number of holes on a side (not counting the pot).
	
	int beans(Side s, int hole) const;
	//Return the number of beans in the indicated hole or pot, or −1 if the hole number is invalid.
	
	int beansInPlay(Side s) const;
	//Return the total number of beans in all the holes on the indicated side, not counting the beans in the pot.

	int totalBeans() const;
	//Return the total number of beans in the game, including any in the pots.

	bool sow(Side s, int hole, Side& endSide, int& endHole);
	//If the hole indicated by (s,hole) is empty or invalid or a pot, this function returns false without changing anything. 
	//Otherwise, it will return true after sowing the beans: the beans are removed from hole (s,hole) and sown counterclockwise, including s's pot if encountered, but skipping s's opponent's pot. 
	//The parameters endSide and endHole are set to the side and hole where the last bean was placed. 
	//(This function does not make captures or multiple turns; different Kalah variants have different rules about these issues, so dealing with them should not be the responsibility of the Board class.)

	bool moveToPot(Side s, int hole, Side potOwner);
	//If the indicated hole is invalid or a pot, return false without changing anything. 
	//Otherwise, move all the beans in hole (s,hole) into the pot belonging to potOwner and return true.

	bool setBeans(Side s, int hole, int beans);
	//If the indicated hole is invalid or beans is negative, this function returns false without changing anything. 
	//Otherwise, it will return true after setting the number of beans in the indicated hole or pot to the value of the third parameter. 
	//(This may change what beansInPlay and totalBeans return if they are called later.) 
	//This function exists solely so that we and you can more easily test your program: 
	//None of your code that implements the member functions of any class is allowed to call this function directly or indirectly. 
	//(We'll show an example of its use below.)

private:
	int m_holes_side; //not inclusive of pot
	int m_total_holes; //not inclusive of pot
	int num_beans_north;
	int num_beans_south;
	int* grid0;
	int* grid1;

};



#endif // !BOARD_H