//
// Created by cbihan on 24/05/2021.
//

#pragma once

#include <array>
#include "PPU/TileRenderer.hpp"
#include "Ram/Ram.hpp"

namespace ComSquare::Debugger
{
	class RAMTileRenderer {
	private:
		//! @brief ram to render
		std::shared_ptr<Ram::Ram> _ram;
		//! @brief The size to render in the ram
		int _renderSize;
		//! @brief The number of tile columns to display
		int _nbColumns;
		//! @brief Bytes to skip from the start of the ram
		int _ramOffset;
		//! @brief The actual bpp to render
		int _bpp;
		//! @brief The class tha actually render the tile
		PPU::TileRenderer _tileRenderer;
	public:
		//! @brief internal buffer
		std::array<std::array<uint32_t, 1024>, 1024> buffer;
		//! @brief Set the palette to use for render (index of palette)
		void setPaletteIndex(int paletteIndex);
		//! @brief Set the ram to look for color references
		void setCgram(std::shared_ptr<Ram::Ram> ram);
		//! @brief Set the bpp to render graphics
		void setBpp(int bpp);
		//! @brief Set the number of maximum columns
		void setNbColumns(int nbColumns);
		//! @brief Set the size of ram to render
		void setRenderSize(int size);
		//! @brief The ram to render
		void setRam(std::shared_ptr<Ram::Ram> ram);
		//! @brief Set the ram offset
		void setRamOffset(int offset);
		//! @brief Get the current bpp
		int getBpp() const;
		//! @brief Get the index of the current palette used
		int getPaletteIndex() const;
		//! @brief Get the numbr of maximum tile columns to render
		int getNbColumns() const;
		//! @brief render the selected ram
		void render();
		//! @brief ctor
		RAMTileRenderer();
		//! @brief copy ctor
		RAMTileRenderer(const RAMTileRenderer &) = default;
		//! @brief dtor
		~RAMTileRenderer() = default;
		//! @brief assignment operator
		RAMTileRenderer &operator=(const RAMTileRenderer &) = default;
	};
}