storage.hpp

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#ifndef GLI_CORE_STORAGE_INCLUDED
#define GLI_CORE_STORAGE_INCLUDED

// STD
#include <vector>
#include <queue>
#include <string>
#include <cassert>
#include <cmath>
#include <cstring>

// GLM
#include <glm/glm.hpp>
#include <glm/gtx/component_wise.hpp>
#include <glm/gtx/gradient_paint.hpp>
#include <glm/gtx/integer.hpp>
#include <glm/gtx/multiple.hpp>
#include <glm/gtx/number_precision.hpp>
#include <glm/gtx/raw_data.hpp>
#include <glm/gtx/scalar_relational.hpp>

#include "shared_ptr.hpp"
#include "header.hpp"
#include "format.hpp"

namespace gli
{
        class storage
        {
        public:
                typedef glm::uint dimensions1_type;
                typedef glm::uvec2 dimensions2_type;
                typedef glm::uvec3 dimensions3_type;
                typedef glm::uvec4 dimensions4_type;
                typedef dimensions3_type dimensions_type;
                typedef float texcoord1_type;
                typedef glm::vec2 texcoord2_type;
                typedef glm::vec3 texcoord3_type;
                typedef glm::vec4 texcoord4_type;
                typedef std::size_t size_type;
                typedef gli::format format_type;

        public:
                storage();

                storage(
                        size_type const & Layers,
                        size_type const & Faces,
                        size_type const & Levels,
                        format_type const & Format,
                        dimensions_type const & Dimensions);

                storage(
                        size_type const & Layers,
                        size_type const & Faces,
                        size_type const & Levels,
                        dimensions_type const & Dimensions,
                        format_type const & Format,
                        size_type const & BlockSize,
                        dimensions_type const & BlockDimensions);

                bool empty() const;
                size_type size() const; // Express is bytes
                format_type format() const;
                size_type layers() const;
                size_type faces() const;
                size_type levels() const;

                size_type blockSize() const; // Express is bytes
                dimensions_type blockDimensions() const; // Express is bytes
                dimensions_type dimensions(size_type const & Level) const;

                glm::byte * data();
                glm::byte const * data() const;

                size_type levelSize(
                        size_type const & Level) const;
                size_type faceSize(
                        size_type const & BaseLevel,
                        size_type const & MaxLevel) const;
                size_type layerSize(
                        size_type const & BaseFace,
                        size_type const & MaxFace,
                        size_type const & BaseLevel,
                        size_type const & MaxLevel) const;

        private:
                struct impl
                {
                        impl();

                        explicit impl(
                                size_type const & Layers, 
                                size_type const & Faces,
                                size_type const & Levels,
                                format_type const & Format,
                                dimensions_type const & Dimensions,
                                size_type const & BlockSize,
                                dimensions_type const & BlockDimensions);

                        size_type const Layers; 
                        size_type const Faces;
                        size_type const Levels;
                        format_type const Format;
                        dimensions_type const Dimensions;
                        size_type const BlockSize;
                        dimensions_type const BlockDimensions;
                        std::vector<glm::byte> Data;
                };

                shared_ptr<impl> Impl;
        };

/*
        storage extractLayers(
                storage const & Storage, 
                storage::size_type const & Offset, 
                storage::size_type const & Size);
*/
/*
        storage extractFace(
                storage const & Storage, 
                face const & Face);
*/
/*
        storage extractLevels(
                storage const & Storage, 
                storage::size_type const & Offset, 
                storage::size_type const & Size);
*/
/*
        void copy_layers(
                storage const & SourceStorage, 
                storage::size_type const & SourceLayerOffset,
                storage::size_type const & SourceLayerSize,
                storage & DestinationStorage, 
                storage::size_type const & DestinationLayerOffset);

        void copy_faces(
                storage const & SourceStorage, 
                storage::size_type const & SourceLayerOffset,
                storage::size_type const & SourceFaceOffset,
                storage::size_type const & SourceLayerSize,
                storage & DestinationStorage, 
                storage::size_type const & DestinationLayerOffset,
                storage::size_type const & DestinationFaceOffset);

        void copy_levels(
                storage const & SourceStorage, 
                storage::size_type const & SourceLayerOffset,
                storage::size_type const & SourceFaceOffset,
                storage::size_type const & SourceLevelOffset,
                storage::size_type const & SourceLayerSize,
                storage & DestinationStorage, 
                storage::size_type const & DestinationLayerOffset,
                storage::size_type const & DestinationFaceOffset,
                storage::size_type const & DestinationlevelOffset);
*/

        std::size_t block_size(format const & Format);
        glm::uvec3 block_dimensions(format const & Format);
        std::size_t component_count(format const & Format);
        bool is_compressed(format const & Format);
}//namespace gli

#include "storage.inl"

#endif//GLI_CORE_STORAGE_INCLUDED