ActuallyAdditions/src/main/java/de/ellpeck/actuallyadditions/api/ActuallyAdditionsAPI.java

package de.ellpeck.actuallyadditions.api;

import de.ellpeck.actuallyadditions.api.booklet.IBookletChapter;
import de.ellpeck.actuallyadditions.api.booklet.IBookletEntry;
import de.ellpeck.actuallyadditions.api.booklet.IBookletPage;
import de.ellpeck.actuallyadditions.api.farmer.IFarmerBehavior;
import de.ellpeck.actuallyadditions.api.internal.IMethodHandler;
import de.ellpeck.actuallyadditions.api.laser.ILaserRelayConnectionHandler;
import de.ellpeck.actuallyadditions.api.lens.Lens;
import de.ellpeck.actuallyadditions.api.lens.LensConversion;
import de.ellpeck.actuallyadditions.api.recipe.*;
import net.minecraft.block.Block;
import net.minecraft.block.BlockState;
import net.minecraft.item.Item;
import net.minecraft.item.ItemStack;
import net.minecraft.item.crafting.Ingredient;
import net.minecraftforge.registries.IForgeRegistry;
import net.minecraftforge.registries.RegistryBuilder;

import java.util.ArrayList;
import java.util.HashMap;
import java.util.List;
import java.util.Map;

public final class ActuallyAdditionsAPI {

    public static final String MOD_ID = "actuallyadditions";
    public static final String API_ID = MOD_ID + "api";
    public static final String API_VERSION = "34";
    
    public static final IForgeRegistry<Lens> LENS_REGISTRY = new RegistryBuilder<Lens>().disableSync().disableSaving().disableOverrides().create();
    
    public static final List<CrusherRecipe> CRUSHER_RECIPES = new ArrayList<>();
    public static final List<BallOfFurReturn> BALL_OF_FUR_RETURN_ITEMS = new ArrayList<>();
    public static final List<TreasureChestLoot> TREASURE_CHEST_LOOT = new ArrayList<>();
    public static final List<LensConversionRecipe> RECONSTRUCTOR_LENS_CONVERSION_RECIPES = new ArrayList<>();
    public static final List<EmpowererRecipe> EMPOWERER_RECIPES = new ArrayList<>();
    public static final Map<Item, IColorLensChanger> RECONSTRUCTOR_LENS_COLOR_CHANGERS = new HashMap<>();
    /**
     * Farmer behaviors are sorted when first accessed, this will not be done until after loading, but do not add behaviors at runtime.
     */
    public static final List<IFarmerBehavior> FARMER_BEHAVIORS = new ArrayList<>();
    public static final List<CoffeeIngredient> COFFEE_MACHINE_INGREDIENTS = new ArrayList<>();
    public static final List<CompostRecipe> COMPOST_RECIPES = new ArrayList<>();
    public static final List<OilGenRecipe> OIL_GENERATOR_RECIPES = new ArrayList<>();
    public static final List<IBookletEntry> BOOKLET_ENTRIES = new ArrayList<>();
    //This is added to automatically, you don't need to add anything to this list
    public static final List<IBookletChapter> ALL_CHAPTERS = new ArrayList<>();
    //This is added to automatically, you don't need to add anything to this list
    public static final List<IBookletPage> BOOKLET_PAGES_WITH_ITEM_OR_FLUID_DATA = new ArrayList<>();
    public static final List<WeightedOre> STONE_ORES = new ArrayList<>();
    public static final List<WeightedOre> NETHERRACK_ORES = new ArrayList<>();

    /**
     * Use this to handle things that aren't based in the API itself
     * DO NOT CHANGE/OVERRIDE THIS!!
     * This is getting initialized in Actually Additions' PreInit phase
     */
    public static IMethodHandler methodHandler;

    /**
     * Use this to add, remove or get Laser Relay Connections and Networks
     * The network system is built in a way that doesn't need the individual
     * positions to be Laser Relays, it relies only on BlockPos
     * DO NOT CHANGE/OVERRIDE THIS!!
     * This is getting initialized in Actually Additions' PreInit phase
     */
    public static ILaserRelayConnectionHandler connectionHandler;

    //These are getting initialized in Actually Additions' PreInit phase
    //DO NOT CHANGE/OVERRIDE THESE!!
    public static IBookletEntry entryGettingStarted;
    public static IBookletEntry entryReconstruction;
    public static IBookletEntry entryLaserRelays;
    public static IBookletEntry entryFunctionalNonRF;
    public static IBookletEntry entryFunctionalRF;
    public static IBookletEntry entryGeneratingRF;
    public static IBookletEntry entryItemsNonRF;
    public static IBookletEntry entryItemsRF;
    public static IBookletEntry entryMisc;
    public static IBookletEntry entryUpdatesAndInfos;
    //This is added to automatically, you don't need to add anything to this entry
    public static IBookletEntry entryAllAndSearch;
    public static IBookletEntry entryTrials;

    //These are getting initialized in Actually Additions' PreInit phase
    //DO NOT CHANGE/OVERRIDE THESE!!
    public static LensConversion lensDefaultConversion;
    public static Lens lensDetonation;
    public static Lens lensDeath;
    public static Lens lensEvenMoarDeath;
    public static Lens lensColor;
    public static Lens lensDisruption;
    public static Lens lensDisenchanting;
    public static Lens lensMining;

    /**
     * Adds an ore with a specific weight to the list of ores that the lens of the miner will generate inside of stone.
     * Higher weight means higher occurence.
     *
     * @param oreName The ore's name
     * @param weight  The ore's weight
     */
    public static void addMiningLensStoneOre(String oreName, int weight) {
        STONE_ORES.add(new WeightedOre(oreName, weight));
    }

    /**
     * Adds an ore with a specific weight to the list of ores that the lens of the miner will generate inside of netherrack.
     * Higher weight means higher occurence.
     *
     * @param oreName The ore's name
     * @param weight  The ore's weight
     */
    public static void addMiningLensNetherOre(String oreName, int weight) {
        NETHERRACK_ORES.add(new WeightedOre(oreName, weight));
    }

    /**
     * Adds a Recipe to the Crusher Recipe Registry
     *
     * @param input           The input as an ItemStack
     * @param outputOne       The first output as an ItemStack
     * @param outputTwo       The second output as an ItemStack (can be ItemStack.EMPTY if there should be none)
     * @param outputTwoChance The chance of the second output (0 won't occur at all, 100 will all the time)
     */
    public static void addCrusherRecipe(ItemStack input, ItemStack outputOne, ItemStack outputTwo, int outputTwoChance) {
        CRUSHER_RECIPES.add(new CrusherRecipe(Ingredient.fromStacks(input), outputOne, outputTwo.isEmpty() ? ItemStack.EMPTY : outputTwo, outputTwoChance));
    }

    /**
     * Adds a Recipe to the Crusher Recipe Registry
     *
     * @param input           The input as an Ingredient
     * @param outputOne       The first output as an ItemStack
     * @param outputTwo       The second output as an ItemStack (can be ItemStack.EMPTY if there should be none)
     * @param outputTwoChance The chance of the second output (0 won't occur at all, 100 will all the time)
     */
    public static void addCrusherRecipe(Ingredient input, ItemStack outputOne, ItemStack outputTwo, int outputTwoChance) {
        CRUSHER_RECIPES.add(new CrusherRecipe(input, outputOne, outputTwo.isEmpty() ? ItemStack.EMPTY : outputTwo, outputTwoChance));
    }

    /**
     * Adds multiple Recipes to the Crusher Recipe Registry
     * Use this if you want to add OreDictionary recipes easier
     *
     * @param inputs           The inputs as an ItemStack List, stacksizes are ignored
     * @param outputOnes       The first outputs as an ItemStack List, stacksizes are ignored
     * @param outputOneAmounts The amount of the first output, will be equal for all entries in the list
     * @param outputTwos       The second outputs as a List (can be null or empty if there should be none)
     * @param outputTwoAmounts The amount of the second output, will be equal for all entries in the list
     * @param outputTwoChance  The chance of the second output (0 won't occur at all, 100 will all the time)
     */
    public static boolean addCrusherRecipes(List<ItemStack> inputs, List<ItemStack> outputOnes, int outputOneAmounts, List<ItemStack> outputTwos, int outputTwoAmounts, int outputTwoChance) {
        return methodHandler.addCrusherRecipes(inputs, outputOnes, outputOneAmounts, outputTwos, outputTwoAmounts, outputTwoChance);
    }

    //Same thing as above, but with ItemStack outputs.
    @Deprecated //Use Ingredient
    public static boolean addCrusherRecipes(List<ItemStack> inputs, ItemStack outputOne, int outputOneAmount, ItemStack outputTwo, int outputTwoAmount, int outputTwoChance) {
        return methodHandler.addCrusherRecipes(inputs, outputOne, outputOneAmount, outputTwo, outputTwoAmount, outputTwoChance);
    }

    /**
     * Adds a Recipe to the Oil generator
     *
     * @param fluidName The name of the fluid to be consumed
     * @param genAmount The amount of energy generated per operation
     */
    public static void addOilGenRecipe(String fluidName, int genAmount) {
        addOilGenRecipe(fluidName, genAmount, 100);
    }

    /**
     * Adds a Recipe to the Oil generator
     *
     * @param fluidName The name of the fluid to be consumed
     * @param genAmount The amount of energy generated per operation
     */
    public static void addOilGenRecipe(String fluidName, int genAmount, int genTime) {
        OIL_GENERATOR_RECIPES.add(new OilGenRecipe(fluidName, genAmount, genTime));
    }

    /**
     * Adds a new conversion recipe to the compost.
     *
     * @param input         The itemstack to be input into the compost
     * @param inputDisplay  The block to display when there is input in the compost
     * @param output        The itemstack to be output from the compost once conversion finishes
     * @param outputDisplay The block to display when there is output in the compost
     */
    @Deprecated
    public static void addCompostRecipe(ItemStack input, Block inputDisplay, ItemStack output, Block outputDisplay) {
        COMPOST_RECIPES.add(new CompostRecipe(input, inputDisplay, output, outputDisplay));
    }

    /**
     * Adds a new conversion recipe to the compost.
     *
     * @param input         The ingredient to be input into the compost
     * @param inputDisplay  The state to display when there is input in the compost
     * @param output        The itemstack to be output from the compost once conversion finishes
     * @param outputDisplay The state to display when there is output in the compost
     */
    public static void addCompostRecipe(Ingredient input, BlockState inputDisplay, ItemStack output, BlockState outputDisplay) {
        COMPOST_RECIPES.add(new CompostRecipe(input, inputDisplay, output, outputDisplay));
    }

    /**
     * Adds an item to the list of possible items to be returned when right-clicking a Ball Of Fur
     *
     * @param stack  The ItemStack to be returned
     * @param chance The chance (this is from WeightedRandom.Item)
     */
    public static void addBallOfFurReturnItem(ItemStack stack, int chance) {
        BALL_OF_FUR_RETURN_ITEMS.add(new BallOfFurReturn(stack, chance));
    }

    /**
     * Adds an item to the list of possible items to be returned when opening a Treasure Chest
     *
     * @param stack     The ItemStack to be returned, the stacksize is ignored
     * @param chance    The chance (this is from WeightedRandom.Item)
     * @param minAmount The minimum stacksize of the returned stack
     * @param maxAmount The maximum stacksize of the returned stack
     */
    public static void addTreasureChestLoot(ItemStack stack, int chance, int minAmount, int maxAmount) {
        TREASURE_CHEST_LOOT.add(new TreasureChestLoot(stack, chance, minAmount, maxAmount));
    }

    @Deprecated
    public static void addEmpowererRecipe(ItemStack input, ItemStack output, ItemStack modifier1, ItemStack modifier2, ItemStack modifier3, ItemStack modifier4, int energyPerStand, int time, float[] particleColor) {
        EMPOWERER_RECIPES.add(new EmpowererRecipe(input, output, modifier1, modifier2, modifier3, modifier4, energyPerStand, time, particleColor));
    }

    public static void addEmpowererRecipe(Ingredient input, ItemStack output, Ingredient modifier1, Ingredient modifier2, Ingredient modifier3, Ingredient modifier4, int energyPerStand, int time, float[] particleColor) {
        EMPOWERER_RECIPES.add(new EmpowererRecipe(input, output, modifier1, modifier2, modifier3, modifier4, energyPerStand, time, particleColor));
    }

    /**
     * Adds a recipe to the Atomic Reconstructor conversion lenses
     * StackSizes can only be 1 and greater ones will be ignored
     *
     * @param input     The input as an ItemStack
     * @param output    The output as an ItemStack
     * @param energyUse The amount of RF used per conversion
     * @param type      The type of lens used for the conversion. To use the default type, use method below.
     *                  Note how this always has to be the same instance of the lens type that the item also has for it to work!
     */
    @Deprecated
    public static void addReconstructorLensConversionRecipe(ItemStack input, ItemStack output, int energyUse, LensConversion type) {
        RECONSTRUCTOR_LENS_CONVERSION_RECIPES.add(new LensConversionRecipe(input, output, energyUse, type));
    }

    @Deprecated
    public static void addReconstructorLensConversionRecipe(ItemStack input, ItemStack output, int energyUse) {
        addReconstructorLensConversionRecipe(input, output, energyUse, lensDefaultConversion);
    }

    /**
     * Adds a recipe to the Atomic Reconstructor conversion lenses
     * StackSizes can only be 1 and greater ones will be ignored
     *
     * @param input     The input as an ItemStack
     * @param output    The output as an ItemStack
     * @param energyUse The amount of RF used per conversion
     * @param type      The type of lens used for the conversion. To use the default type, use method below.
     *                  Note how this always has to be the same instance of the lens type that the item also has for it to work!
     */
    public static void addReconstructorLensConversionRecipe(Ingredient input, ItemStack output, int energyUse, LensConversion type) {
        RECONSTRUCTOR_LENS_CONVERSION_RECIPES.add(new LensConversionRecipe(input, output, energyUse, type));
    }

    public static void addReconstructorLensConversionRecipe(Ingredient input, ItemStack output, int energyUse) {
        addReconstructorLensConversionRecipe(input, output, energyUse, lensDefaultConversion);
    }

    /**
     * Adds an item and the way it is modified to the Atomic Reconstructor's color lens.
     * This also works for blocks, but they have to be in their item form.
     * The way it is modified is an instance of IColorLensChanger. When modifying the item,
     * its modifyItem() method will be called with a stack containing the item.
     *
     * @param item    The item (or block's item) to add
     * @param changer The change mechanism
     */
    public static void addReconstructorLensColorChangeItem(Item item, IColorLensChanger changer) {
        RECONSTRUCTOR_LENS_COLOR_CHANGERS.put(item, changer);
    }

    /**
     * Adds an ingredient to the Coffee Machine ingredient list
     *
     * @param ingredient The ingredient to add
     */
    public static void addCoffeeMachineIngredient(CoffeeIngredient ingredient) {
        COFFEE_MACHINE_INGREDIENTS.add(ingredient);
    }

    /**
     * Adds a booklet entry to the list of entries
     *
     * @param entry The entry to add
     */
    public static void addBookletEntry(IBookletEntry entry) {
        BOOKLET_ENTRIES.add(entry);
    }

    /**
     * Adds a new farmer behavior to the Farmer
     *
     * @param behavior The behavior to add
     */
    public static void addFarmerBehavior(IFarmerBehavior behavior) {
        FARMER_BEHAVIORS.add(behavior);
    }
}