GFxResource.h

Go to the documentation of this file.

#pragma once
 
#include "RE/G/GAtomic.h"
#include "RE/G/GFxResourceKey.h"
#include "RE/G/GNewOverrideBase.h"
#include "RE/G/GStats.h"
 
namespace RE
{
    class GFxResourceLibBase;
    class GFxResourceReport;
 
    // Resource is an interface for casting to different types of resources.
    class GFxResource : public GNewOverrideBase<GStatGroups::kGStat_Default_Mem>
    {
        friend class GFxResourceWeakLib;
 
    public:
        // Different types of resources.
        enum class ResourceType
        {
            // Set this bit if CharacterDef
            kCharacterDefBit = 1 << 7,
 
            // Non-character types
            kNone = 0,
            kImage,
            kFont,
            // Internal
            kMovieDef,
            kSoundSample,
 
            // GFxCharacterDef derived types
            kMovieDataDef = kCharacterDefBit | 0,
            kButtonDef,
            kTextDef,
            kEditTextDef,
            kSpriteDef,
            kShapeDef,
            kVideoDef,
 
            // Mask and shift applied to store ResourceType in type code
            kTypeCode_Mask = 0xFF00,
            kTypeCode_Shift = 8
        };
 
        // An enumeration listing the attributes of the image resource to use such as bitmap, gradient or font texture etc.
        enum class ResourceUse
        {
            kNone = 0,
            kBitmap = 1,
            kGradient = 2,
            kFontTexture = 3,
            kSoundSample = 4,
 
            // Use mask within TypeCode
            kTypeCode_Mask = 0xFF
        };
 
        GFxResource();
        virtual ~GFxResource();  // 00
 
        // add
        virtual GFxResourceKey              GetKey();                     // 01
        [[nodiscard]] virtual std::uint32_t GetResourceTypeCode() const;  // 02
        virtual GFxResourceReport*          GetResourceReport();          // 03
 
        static std::uint32_t MakeTypeCode(ResourceType a_resourceType, ResourceUse a_resourceUse = ResourceUse::kNone);  // Creates a resource type code which is a combination of ResourceType and ResourceUse.
 
        void                       AddRef();                                        // Thread-safe reference count implementation; increments the reference count.
        bool                       AddRef_NotZero();                                // Thread-safe reference count implementation ; increments a reference count if it is not zero.
        void                       Release();                                       // Thread-Safe reference count implementation; release the resources.
        [[nodiscard]] std::int32_t GetRefCount() const;                             // Thread-Safe reference count implementation; returns the reference count.
        void                       SetOwnerResourceLib(GFxResourceLibBase* a_lib);  // Assigns owner library for resource.
        [[nodiscard]] ResourceType GetResourceType() const;                         // Obtains the resource type.
        [[nodiscard]] ResourceUse  GetResourceUse() const;                          // Obtains the type of resource use.
 
    protected:
        // members
        GAtomicInt<std::int32_t> _refCount;  // 08
        std::uint32_t            _pad0C;     // 0C
        GFxResourceLibBase*      _lib;       // 10
    };
    static_assert(sizeof(GFxResource) == 0x18);
}