PokemonData.hh

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#ifndef     __POKEMONDATA_HH__
#define     __POKEMONDATA_HH__

#include    "PokemonUtils.hh"
#include    "IPokeData.hh"

class       PokemonData : public IPokeData
{
private:
  struct    Internal {
    uint32_t    personality;
    uint32_t    otID;
    uint8_t nick[10];
    uint16_t    lang;
    uint8_t otName[7];
    uint8_t markings;
    uint16_t    checksum;
    uint16_t    padding;
    uint8_t data[48];
    uint32_t    status;
    uint8_t level;
    uint8_t pokerus;
    uint16_t    currHP;
    uint16_t    maxHP;
    uint16_t    atk;
    uint16_t    def;
    uint16_t    speed;
    uint16_t    spatk;
    uint16_t    spdef;
  };

  struct    Growth {
    uint16_t    species;
    uint16_t    item;
    uint32_t    xp;
    uint8_t ppUp;
    uint8_t frienship;
    uint16_t    unknown;
  };

  struct    Attacks {
    uint16_t    move1;
    uint16_t    move2;
    uint16_t    move3;
    uint16_t    move4;
    uint8_t pp1;
    uint8_t pp2;
    uint8_t pp3;
    uint8_t pp4;
  };

  struct    EVs {
    uint8_t hp;
    uint8_t atk;
    uint8_t def;
    uint8_t speed;
    uint8_t spatk;
    uint8_t spdef;
    uint8_t coolness;
    uint8_t beauty;
    uint8_t cuteness;
    uint8_t smartness;
    uint8_t toughness;
    uint8_t feel;
  };

  struct    Misc {
    uint8_t pokerus;
    uint8_t metLocation;
    uint16_t    originsInfo;
    uint32_t    ivEggAbility;
    uint32_t    ribbons;
  };

public:
  PokemonData() {}
  PokemonData(uint32_t addr)
    : _data((Internal *) gbaMem(addr)) {}
  ~PokemonData() {}

public:
  void      update();

public:
  int       getStatus(Status s) const;
  uint8_t   hasPokerus() const { return (_data->pokerus); }
  uint8_t   getLevel() const { return (_data->level); }

  uint16_t  getHP() const { return (_data->currHP); }
  uint16_t  getMaxHP() const { return (_data->maxHP); }
  uint16_t  getAtk() const { return (_data->atk); }
  uint16_t  getDef() const { return (_data->def); }
  uint16_t  getSpeed() const { return (_data->speed); }
  uint16_t  getSpAtk() const { return (_data->spatk); }
  uint16_t  getSpDef() const { return (_data->spdef); }

  int       getHPBuff() const { return (0); }
  int       getAtkBuff() const { return (0); }
  int       getDefBuff() const { return (0); }
  int       getSpeedBuff() const { return (0); }
  int       getSpAtkBuff() const { return (0); }
  int       getSpDefBuff() const { return (0); }
  int       getAccuracyBuff() const { return (0); }
  int       getEvasionBuff() const { return (0); }

  uint16_t  getSpecies() const { return (_growth->species); }
  uint16_t  getItem() const { return (_growth->item); }
  uint32_t  getXP() const { return (_growth->xp); }

  uint8_t   getHPEV() const { return (_evs->hp); }
  uint8_t   getAtkEV() const { return (_evs->atk); }
  uint8_t   getDefEV() const { return (_evs->def); }
  uint8_t   getSpeedEV() const { return (_evs->speed); }
  uint8_t   getSpAtkEV() const { return (_evs->spatk); }
  uint8_t   getSpDefEV() const { return (_evs->spdef); }

  uint16_t  *getMoves() const { return ((uint16_t *) &(_attacks->move1)); }
  uint8_t   *getPPs() const { return ((uint8_t *) &(_attacks->pp1)); }

private:
  void      _decryptSubstructures();

private:
  Internal  *_data;
  uint32_t  _xored[12];
  Growth    *_growth;
  Attacks   *_attacks;
  EVs       *_evs;
  Misc      *_misc;
};

#endif