wagic/projects/mtg/include/MTGGameZones.h

#ifndef _MTGGAMEZONES_H_
#define _MTGGAMEZONES_H_

#include <map>
using std::map;

#include "MTGDeck.h"
#include "MTGCardInstance.h"
#include "PlayRestrictions.h"
#include "TargetChooser.h"

#define MTG_MAX_PLAYER_CARDS 100

class MTGAllCards;
class MTGDeck;
class MTGCardInstance;
class Player;

class MTGGameZone {
 protected:

 public:

   enum{
    ALL_ZONES = -1,

    MY_GRAVEYARD = 11,
    OPPONENT_GRAVEYARD = 12,
    TARGET_OWNER_GRAVEYARD = 13,
    TARGET_CONTROLLER_GRAVEYARD = 14,
    GRAVEYARD = 15,
    OWNER_GRAVEYARD = 16,
    TARGETED_PLAYER_GRAVEYARD = 17,

    MY_BATTLEFIELD = 21,
    OPPONENT_BATTLEFIELD = 22,
    TARGET_OWNER_BATTLEFIELD = 23,
    TARGET_CONTROLLER_BATTLEFIELD = 24,
    BATTLEFIELD = 25,
    OWNER_BATTLEFIELD = 26,
    TARGETED_PLAYER_BATTLEFIELD = 27,

    MY_HAND = 31,
    OPPONENT_HAND = 32,
    TARGET_OWNER_HAND = 33,
    TARGET_CONTROLLER_HAND = 34,
    HAND = 35,
    OWNER_HAND = 36,
    TARGETED_PLAYER_HAND = 37,

    MY_EXILE = 41,
    OPPONENT_EXILE = 42,
    TARGET_OWNER_EXILE = 43,
    TARGET_CONTROLLER_EXILE = 44,
    EXILE = 45,
    OWNER_EXILE = 46,
    TARGETED_PLAYER_EXILE = 47,

    MY_LIBRARY = 51,
    OPPONENT_LIBRARY = 52,
    TARGET_OWNER_LIBRARY = 53,
    TARGET_CONTROLLER_LIBRARY = 54,
    LIBRARY = 55,
    OWNER_LIBRARY = 56,
    TARGETED_PLAYER_LIBRARY = 57,

    MY_STACK = 61,
    OPPONENT_STACK = 62,
    TARGET_OWNER_STACK = 63,
    TARGET_CONTROLLER_STACK = 64,
    STACK = 65,
    OWNER_STACK = 66,
    TARGETED_PLAYER_STACK = 67,

	MY_REVEAL = 71,
	OPPONENT_REVEAL = 72,
	TARGET_OWNER_REVEAL = 73,
	TARGET_CONTROLLER_REVEAL = 74,
	REVEAL = 75,
	OWNER_REVEAL = 76,
	TARGETED_PLAYER_REVEAL = 77,

   };

   Player * owner;
   //Both cards and cardsMap contain the cards of a zone. The vector is used to keep the order, useful for some zones such as the stack, library, etc...
   vector<MTGCardInstance *> cards;
   map<MTGCardInstance *,int> cardsMap;

    //list of cards that have been through this zone in the current turn
    vector<MTGCardInstance *> cardsSeenThisTurn;
    //list of cards that have been through this zone in the last turn
    vector<MTGCardInstance *> cardsSeenLastTurn;
   int nb_cards;
   MTGGameZone();
   virtual ~MTGGameZone();
   void shuffle();
   void addCard(MTGCardInstance * card);
   void debugPrint();
   MTGCardInstance * removeCard(MTGCardInstance * card, int createCopy = 1);
   MTGCardInstance * hasCard(MTGCardInstance * card);
   size_t getIndex(MTGCardInstance * card);
   void cleanupPhase();
   void beforeBeginPhase();

   unsigned int countByType(const string &value);
   unsigned int countByCanTarget(TargetChooser * tc);
   unsigned int countTotalManaSymbols(TargetChooser * tc, int color);
   unsigned int countDevotion(TargetChooser * tc, int color1, int color2); //devotion for gods
   MTGCardInstance * findByName(string name);

    //returns true if one of the cards in the zone has the ability
   bool hasAbility(int ability);
    //returns true if one of the cards in the zone has the alias
   bool hasAlias(int alias);

   //returns true if one of the cards in the zone has the type
   bool hasType(const char * value);
   bool hasTypeSpecificInt(int value1,int value);
   bool hasSpecificType(const char* value, const char* secondvalue);
   bool hasPrimaryType(const char* value, const char* secondvalue);
   bool hasTypeButNotType(const char* value, const char* secondvalue);
   bool hasName(string value);
   bool hasColor(int value);
   bool hasX();

   //How many cards matching a TargetChooser have been put in this zone during the turn
   int seenThisTurn(TargetChooser * tc, int castFilter = Constants::CAST_DONT_CARE,bool lastTurn = false); 
   int seenThisTurn(string s, int castFilter = Constants::CAST_DONT_CARE);
   int seenLastTurn(string s, int castFilter = Constants::CAST_DONT_CARE); 

   void setOwner(Player * player);
   MTGCardInstance * lastCardDrawn;
   static MTGGameZone * stringToZone(GameObserver *g, string zoneName, MTGCardInstance * source, MTGCardInstance * target);
   static int zoneStringToId(string zoneName);
   static MTGGameZone *intToZone(GameObserver *g, int zoneId, MTGCardInstance * source = NULL,MTGCardInstance * target = NULL);
   static MTGGameZone *intToZone(int zoneId, Player * source, Player * target = NULL);
   bool needShuffle;
   virtual const char * getName(){return "zone";};
   virtual ostream& toString(ostream&) const;
   bool parseLine(const string& s);
};

class MTGLibrary: public MTGGameZone {
public:
    bool miracle;//we already consider a card a miracle drawn from here.
    vector<MTGCardInstance*>placeOnTop;
    virtual ostream& toString(ostream&) const;
    const char * getName(){return "library";}
};

class MTGGraveyard: public MTGGameZone {
public:
    virtual ostream& toString(ostream&) const;
    const char * getName(){return "graveyard";}
};

class MTGHand: public MTGGameZone {
public:
    virtual ostream& toString(ostream&) const;
    const char * getName(){return "hand";}
};

class MTGRemovedFromGame: public MTGGameZone {
public:
    virtual ostream& toString(ostream&) const;
    const char * getName(){return "exile";}
};

class MTGStack: public MTGGameZone {
public:
    virtual ostream& toString(ostream&) const;
    const char * getName(){return "stack";}
};

class MTGInPlay: public MTGGameZone {
public:
    void untapAll();
    MTGCardInstance * getNextAttacker(MTGCardInstance * previous);
    MTGCardInstance * getNextLurer(MTGCardInstance * previous);
    MTGCardInstance * findALurer();
    virtual ostream& toString(ostream&) const;
    const char * getName(){return "battlefield";}
};


class MTGPlayerCards {
protected:
    void init();

public:
    Player * owner;
    PlayRestrictions * playRestrictions;
    MTGLibrary * library;
    MTGGraveyard * graveyard;
    MTGHand * hand;
    MTGInPlay * inPlay;
    MTGInPlay * battlefield; //alias to inPlay

    MTGStack * stack;
    MTGRemovedFromGame * removedFromGame;
    MTGRemovedFromGame * exile; //alias to removedFromZone
    MTGGameZone * garbage;
    MTGGameZone * garbageLastTurn;
	MTGGameZone * reveal;
    MTGGameZone * temp;

    MTGPlayerCards();
    MTGPlayerCards(Player*, int * idList, int idListSize);
    MTGPlayerCards(MTGDeck * deck);
    ~MTGPlayerCards();
    void initGame(int shuffle = 1, int draw = 1);
        void OptimizedHand(Player * who,int amount = 7,int lands = 3,int creatures = 0,int othercards = 4);
    void setOwner(Player * player);
    void discardRandom(MTGGameZone * from,MTGCardInstance * source);
    void drawFromLibrary();
    void showHand();
    void resetLibrary();
    void initDeck(MTGDeck * deck);
    void beforeBeginPhase();
    MTGCardInstance * putInGraveyard(MTGCardInstance * card);
    MTGCardInstance * putInExile(MTGCardInstance * card);
    MTGCardInstance * putInLibrary(MTGCardInstance * card);
    MTGCardInstance * putInHand(MTGCardInstance * card);
    MTGCardInstance * putInZone(MTGCardInstance * card, MTGGameZone * from, MTGGameZone * to, bool asCopy = false);
    int isInPlay(MTGCardInstance * card);
    int isInGrave(MTGCardInstance * card);
    int isInZone(MTGCardInstance * card,MTGGameZone * zone);
    bool parseLine(const string& s);
};

ostream& operator<<(ostream&, const MTGGameZone&);
ostream& operator<<(ostream&, const MTGPlayerCards&);


#endif