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C-/C++-Quelltext

class RenderManager : public ISingleton<RenderManager> {

        friend class ShaderParameter;

    public:

        /// @brief Constructs a new RenderManager.
        RenderManager ();
        /// @brief Destructs the RenderManager.
        virtual ~RenderManager ();

        /// @brief Pushes the given render description onto the render queue.
        /// @param desc The description to push.
        ///
        /// All descriptions pushed onto the render queue will be drawn when
        /// flushRenderQueue() is invoked.
        void pushRenderDescription ( const RenderDescription* desc );

        /// @brief Flushes the render queue.
        ///
        /// All Renderables which have been added as a render job up to now
        /// will be rendered.
        void flushRenderQueue ();

    protected:

        const RenderDescription* getProcessedDescription () const;

    private:

        void render ( const RenderDescription* desc );

        std::queue<const RenderDescription*> mRenderQueue;
        RenderDescription const* mProcessedDescription;

    };

C-/C++-Quelltext

if ( std::strcmp ( value, "MODELVIEW_MATRIX" ) == 0 ) {
    const RenderDescription* ( RenderManager::* __funcptr )( ) const = RenderManager::getProcessedDescription;
    return new LambaShaderParam ( location, [__funcptr] ( I32 location ) {
        glUniformMatrix4fv ( location, 1, false, ( RenderManager::getRef().*__funcptr) ()->getModelView().Data() );
    } );
}

C-/C++-Quelltext

if ( std::strcmp ( value, "MODELVIEW_MATRIX" ) == 0 ) {
    return new LambaShaderParam ( location, [] ( I32 location, const RenderDescription* desc ) {
        desc->getMaterial ()->getProgram ()->uniformMatrix ( location, desc->getModelView () );
    } );
}

C-/C++-Quelltext

void memcpy(void *dst, const void *src, uint32 size)
{
    byte *src0 = (byte*)src;
    byte *dst0 = (byte*)dst;
    while(size--)
        *src0++ = *dst0++;
}