// package net.minecraft.world.item.crafting;
//
// import net.minecraft.world.inventory.CraftingContainer;
// import net.minecraft.world.item.ItemInstance;

#pragma once

#include "../Containers/CraftingContainer.h"

#define RECIPE_TYPE_2x2 0
#define RECIPE_TYPE_3x3 1

class Recipy {
public:
    enum _eGroupType {
        eGroupType_First = 0,
        eGroupType_Structure = 0,
        eGroupType_Tool,
        eGroupType_Food,
        eGroupType_Armour,
        eGroupType_Mechanism,
        eGroupType_Transport,
        eGroupType_Decoration,
        eGroupType_Max
    } eGroupType;  // to class the item produced by the recipe

    // 4J-PB - we'll classing an ingredient ID with a different aux value as a
    // different IngID AuxVal pair
    typedef struct {
        int iIngC;
        int iType;  // Can be a 2x2 or a 3x3. Inventory crafting can only make a
                    // 2x2.
        int* iIngIDA;
        int* iIngValA;
        int* iIngAuxValA;
        Recipy* pRecipy;
        bool bCanMake[XUSER_MAX_COUNT];
        unsigned int*
            uiGridA;  // hold the layout of the recipe (id | auxval<<24)
        unsigned short usBitmaskMissingGridIngredients
            [XUSER_MAX_COUNT];  // each bit set means we don't have that grid
                                // ingredient
    } INGREDIENTS_REQUIRED;
    ~Recipy() {}
    virtual bool matches(std::shared_ptr<CraftingContainer> craftSlots,
                         Level* level) = 0;
    virtual std::shared_ptr<ItemInstance> assemble(
        std::shared_ptr<CraftingContainer> craftSlots) = 0;
    virtual int size() = 0;
    virtual const ItemInstance* getResultItem() = 0;
    virtual const int getGroup() = 0;

    // 4J-PB
    virtual bool requiresRecipe(int iRecipe) = 0;
    virtual void collectRequirements(INGREDIENTS_REQUIRED* pIngReq) = 0;
};