prime/include/MetroidPrime/CMemoryCardDriver.hpp

#ifndef _CMEMORYCARDDRIVER
#define _CMEMORYCARDDRIVER

#include "MetroidPrime/Player/CGameState.hpp"

#include "Kyoto/CMemoryCardSys.hpp"

#include "rstl/auto_ptr.hpp"
#include "rstl/pair.hpp"
#include "rstl/reserved_vector.hpp"
#include "rstl/single_ptr.hpp"
#include "rstl/vector.hpp"

struct SMemoryCardFileInfo {
  CMemoryCardSys::CardFileHandle x0_fileInfo;

  rstl::string x14_name;
  rstl::vector< u8 > x24_saveFileData;
  rstl::vector< u8 > x34_saveData;

  SMemoryCardFileInfo(int cardPort, const rstl::string& name);
  SMemoryCardFileInfo(const SMemoryCardFileInfo& other)
  : x0_fileInfo(other.x0_fileInfo)
  , x14_name(other.x14_name)
  , x24_saveFileData(other.x24_saveFileData)
  , x34_saveData(other.x34_saveData) {}

  ECardResult Open();
  ECardResult Close();
  EMemoryCardPort GetFileCardPort() const { return x0_fileInfo.slot; }
  int GetFileNo() const; // { return x0_fileInfo.GetFileNo(); }
  ECardResult StartRead();
  ECardResult TryFileRead();
  ECardResult FileRead();
  ECardResult GetSaveDataOffset(u32& offOut) const;
};

struct SSaveHeader {
  uint x0_version;
  bool x4_savePresent[3];

  SSaveHeader();
  // : x0_version(0) {}

  void DoPut(CMemoryStreamOut& out) const; /* {
    out.WriteLong(x0_version);
    for (int i = 0; i < 3; ++i) {
      out.Put(x4_savePresent[i]);
    }
  }*/
};

struct SGameFileSlot {
  u8 x0_saveBuffer[940];
  CGameState::GameFileStateInfo x944_fileInfo;

  SGameFileSlot();
  // explicit SGameFileSlot(CMemoryInStream& in);
  void InitializeFromGameState();
  void LoadGameState(u32 idx);
  void DoPut(CMemoryStreamOut& w) const; // { w.Put(x0_saveBuffer, 940); }
};

enum EState {
  kS_Initial = 0,
  kS_Ready = 1,
  kS_NoCard = 2,
  kS_DriverClosed = 3,
  kS_CardFormatted = 4,
  kS_CardProbeDone = 5,
  kS_CardMountDone = 6,
  kS_CardCheckDone = 7,
  kS_FileCreateDone = 8,
  kS_FileCreateTransactionalDone = 9,
  kS_FileWriteTransactionalDone = 10,
  kS_FileAltDeleteTransactionalDone = 11,
  kS_CardProbeFailed = 12,
  kS_CardMountFailed = 13,
  kS_CardCheckFailed = 14,
  kS_FileDeleteBadFailed = 15,
  kS_FileDeleteAltFailed = 16,
  kS_FileBad = 17,
  kS_FileCreateFailed = 18,
  kS_FileWriteFailed = 19,
  kS_FileCreateTransactionalFailed = 20,
  kS_FileWriteTransactionalFailed = 21,
  kS_FileAltDeleteTransactionalFailed = 22,
  kS_FileRenameBtoAFailed = 23,
  kS_CardFormatFailed = 24,
  kS_CardProbe = 25,
  kS_CardMount = 26,
  kS_CardCheck = 27,
  kS_FileDeleteBad = 28,
  kS_FileRead = 29,
  kS_FileDeleteAlt = 30,
  kS_FileCreate = 31,
  kS_FileWrite = 32,
  kS_FileCreateTransactional = 33,
  kS_FileWriteTransactional = 34,
  kS_FileAltDeleteTransactional = 35,
  kS_FileRenameBtoA = 36,
  kS_CardFormat = 37
};

class CMemoryCardDriver {
public:
  enum EError {
    kE_OK,
    kE_CardBroken,
    kE_CardWrongCharacterSet,
    kE_CardIOError,
    kE_CardWrongDevice,
    kE_CardFull,
    kE_CardStillFull, /* After attempting alt-delete (if needed) */
    kE_CardNon8KSectors,
    kE_FileMissing,
    kE_FileCorrupted
  };
  enum EFileState { kFS_Unknown, kFS_NoFile, kFS_File, kFS_BadFile };

private:
  EMemoryCardPort x0_cardPort;
  CAssetId x4_saveBanner;
  CAssetId x8_saveIcon0;
  CAssetId xc_saveIcon1;
  EState x10_state;
  EError x14_error;
  uint x18_cardFreeBytes;
  uint x1c_cardFreeFiles;
  uint x20_fileTime;
  long long x28_cardSerial;
  rstl::reserved_vector< u8, 174 > x30_systemData;
  rstl::reserved_vector< rstl::auto_ptr< SGameFileSlot >, 3 > xe4_fileSlots;
  rstl::reserved_vector< rstl::pair< EFileState, SMemoryCardFileInfo >, 2 > x100_mcFileInfos;
  int x194_fileIdx;
  rstl::single_ptr< CCardFileInfo > x198_fileInfo;
  bool x19c_;
  bool x19d_importPersistent;

public:
  static bool IsCardBusy(EState);
  static bool IsCardWriting(EState);
  CMemoryCardDriver(EMemoryCardPort cardPort, CAssetId saveBanner, CAssetId saveIcon0,
                    CAssetId saveIcon1, bool importPersistent);
  void ClearFileInfo();
  ~CMemoryCardDriver();
  void Update();
  void HandleCardError(ECardResult result, EState state);
  void UpdateMountCard(ECardResult);
  void UpdateCardCheck(ECardResult);
  void UpdateFileRead(ECardResult);
  void UpdateFileDeleteAlt(ECardResult);
  void UpdateFileDeleteBad(ECardResult);
  void UpdateFileCreate(ECardResult);
  void UpdateFileWrite(ECardResult);
  void UpdateFileCreateTransactional(ECardResult);
  void UpdateFileWriteTransactional(ECardResult);
  void UpdateFileRenameBtoA(ECardResult);
  void StartFileRenameBtoA();
  void WriteBackupBuf();
  void UpdateFileAltDeleteTransactional(ECardResult);
  void UpdateCardFormat(ECardResult);
  void StartCardProbe();
  void UpdateCardProbe();
  void StartMountCard();
  void StartCardCheck();
  void ClearError();
  void CheckCardCapacity();
  void NoCardFound();
  void IndexFiles();
  void StartFileDeleteBad();
  void StartFileDeleteAlt();
  void StartFileRead();
  void StartFileCreate();
  void StartFileWrite();
  void StartFileCreateTransactional();
  void StartFileWriteTransactional();
  void StartFileDeleteAltTransactional();
  void StartCardFormat();
  void InitializeFileInfo();
  void ReadFinished();
  void EraseFileSlot(int);
  void BuildNewFileSlot(int);
  void BuildExistingFileSlot(int);
  void ImportPersistentOptions();
  void ExportPersistentOptions();
  const CGameState::GameFileStateInfo* GetGameFileStateInfo(int);
  bool GetCardFreeBytes();
};

#endif // _CMEMORYCARDDRIVER