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#pragma once
#include <math/seadVector.h>
#include <prim/seadEnum.h>
#include "KingSystem/GameData/gdtFlagHandle.h"
#include "KingSystem/GameData/gdtManager.h"
#include "KingSystem/Utils/InitTimeInfo.h"
namespace sead {
class Heap;
}
namespace ksys {
class PlayReport;
SEAD_ENUM(PlayReportKey, PlayReport_PlayTime , PlayReport_AllPlayTime , PlayReport_CtrlMode_Free , PlayReport_CtrlMode_Ext , PlayReport_CtrlMode_FullKey , PlayReport_CtrlMode_Handheld , PlayReport_CtrlMode_Console_Free , PlayReport_CtrlMode_Console_Ext , PlayReport_CtrlMode_Console_FullKey , PlayReport_PlayTime_Handheld , PlayReport_PlayTime_Console , PlayReport_AudioChannel_Mono , PlayReport_AudioChannel_Stereo , PlayReport_AudioChannel_5_1ch , PlayReport_AudioChannel_Other , PosTrackEndPointBlockNumber , PosTrackEndPointRecordIndex , PosTrackEndPointPosIndex)
struct WorkTimes {
util::InitConstants _0;
u32 rom;
u32 scene;
};
// TODO
class PlayerTrackReporter {
public:
PlayerTrackReporter();
void init(sead::Heap* heap);
void setPosTrackEnd();
u8 _0[40];
bool _28;
bool _29;
bool _30;
u8 _3a[5];
};
enum class PanicReason {
OverlayArenaFull = 0,
HavokMainHeapFull = 1,
ActorCreateHeapFull = 2,
ResourceSHeapFull = 3,
ResourceLHeapFull = 4,
AudioHeapFull = 5,
TextureHandleMgrSlow = 6,
};
class ProductReporter {
public:
ProductReporter() = default;
virtual ~ProductReporter();
void init(sead::Heap* heap);
void initGameDataIterators();
void terminate();
static bool getSomeBool();
bool isEnabled() const;
sead::BitFlag32 getPanicReasons() const { return mPanicReasons; }
void addPanicReason(PanicReason reason) { mPanicReasons.setBit(int(reason)); }
void clearPanicReason() { mPanicReasons.makeAllZero(); }
s32 getRomWorkTime() const;
s32 getSceneWorkTime() const;
void resetSceneWorkTime();
void updateTimers();
bool saveReport(PlayReport* playReport) const;
bool incrementSceneAndRomWorkTime();
s32 getPlayTime() const;
s32 getAllPlayTime() const;
s32 getCtrlModeFree() const;
s32 getCtrlModeExt() const;
s32 getCtrlModeFullKey() const;
s32 getCtrlModeHandheld() const;
s32 getCtrlModeConsoleFree() const;
s32 getCtrlModeConsoleExt() const;
s32 getCtrlModeConsoleFullKey() const;
s32 getCtrlModePlayTimeHandheld() const;
s32 getPlayTimeConsole() const;
class Container {
public:
void init(sead::Heap* heap, u64 capacity, u64 itemSize) {
auto* dataPointer = new (heap, 8, std::nothrow) u8[capacity * itemSize];
if (dataPointer != nullptr) {
mBuffer = dataPointer;
mBufferLength = 0;
mBufferCapacity = capacity;
}
}
private:
void* mBuffer;
u64 mBufferCapacity;
u32 mBufferLength;
};
sead::Heap* getHeap() const { return mHeap; }
PlayerTrackReporter* getPlayerTrackReporter() const { return mPlayerTrackReporter; }
inline s32 getS32(s32 key) {
s32 out = 0;
gdt::Manager::instance()->getS32(mGameDataHandles[key], &out);
return out;
}
private:
sead::BitFlag32 mPanicReasons;
Container mContainer1;
Container mContainer2;
Container mContainer3;
Container mContainer4;
f32 mNinetyTickTimer;
f32 mIncrementWorkTimesTimer;
f32 mCameraIdleTimer;
sead::Vector3f mPos;
sead::Heap* mHeap;
bool mIsInitalized;
bool mEnabled;
u32 mCtrlMode; // TODO: very likely an enum member
PlayerTrackReporter* mPlayerTrackReporter;
gdt::FlagHandle mGameDataHandles[PlayReportKey::size()];
gdt::Manager::ReinitSignal::Slot mSlot;
};
} // namespace ksys
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