GMLIB-LegacyRemoteCallApi/src/LegacyModApi.cpp

#include "Global.h"
#include <gmlib/mc/world/Level.h>
#include <mc/world/item/crafting/RecipeIngredient.h>

std::unordered_set<std::string> HardCodedKeys = {"AlwaysUnlocked", "PlayerHasManyItems", "PlayerInWater", "None"};

std::variant<std::string, std::vector<RecipeIngredient>> makeRecipeUnlockingKey(std::string const& key) {
    if (HardCodedKeys.count(key)) return key;
    return std::vector<RecipeIngredient>({RecipeIngredient(key, 0, 1)});
}

void Export_Legacy_GMLib_ModAPI() {
    // 合成表部分
    RemoteCall::exportAs(
        "GMLib_ModAPI",
        "registerShapelessRecipe",
        [](std::string const&       recipe_id,
           std::vector<std::string> ingredients,
           std::string const&       result,
           int                      count,
           std::string const&       unlock) -> void {
            // if (!GMLIB_Level::getInstance().has_value()) return;
            // std::vector<RecipeIngredient> types;
            // for (auto ing : ingredients) {
            //     types.emplace_back(ing, 0, 1);
            // }
            // GMLIB::Mod::JsonRecipe::registerShapelessCraftingTableRecipe(
            //     recipe_id,
            //     types,
            //     RecipeIngredient(result, 0, count),
            //     makeRecipeUnlockingKey(unlock)
            // );
            throw std::runtime_error("GMLib_ModAPI::registerShapelessRecipe is not implemented");
        }
    );
    RemoteCall::exportAs(
        "GMLib_ModAPI",
        "registerShapedRecipe",
        [](std::string const&       recipe_id,
           std::vector<std::string> shape,
           std::vector<std::string> ingredients,
           std::string const&       result,
           int                      count,
           std::string const&       unlock) -> void {
            // if (!GMLIB_Level::getInstance().has_value()) return;
            // std::vector<RecipeIngredient> types;
            // for (auto ing : ingredients) {
            //     types.push_back(RecipeIngredient(ing, 0, 1));
            // }
            // GMLIB::Mod::JsonRecipe::registerShapedCraftingTableRecipe(
            //     recipe_id,
            //     shape,
            //     types,
            //     RecipeIngredient(result, 0, count),
            //     makeRecipeUnlockingKey(unlock)
            // );
            throw std::runtime_error("GMLib_ModAPI::registerShapedRecipe is not implemented");
        }
    );
    RemoteCall::exportAs(
        "GMLib_ModAPI",
        "registerFurnaceRecipe",
        [](std::string const&       recipe_id,
           std::string const&       input,
           std::string const&       output,
           std::vector<std::string> tags) -> void {
            // if (!GMLIB_Level::getInstance().has_value()) return;
            // GMLIB::Mod::JsonRecipe::registerFurnaceRecipe(
            //     recipe_id,
            //     RecipeIngredient(input, 0, 1),
            //     RecipeIngredient(output, 0, 1),
            //     tags
            // );
            throw std::runtime_error("GMLib_ModAPI::registerFurnaceRecipe is not implemented");
        }
    );
    RemoteCall::exportAs(
        "GMLib_ModAPI",
        "registerBrewingMixRecipe",
        [](std::string const& recipe_id, std::string const& input, std::string const& output, std::string const& reagent
        ) -> void {
            // if (!GMLIB_Level::getInstance().has_value()) return;
            // GMLIB::Mod::JsonRecipe::registerBrewingMixRecipe(recipe_id, input, output, RecipeIngredient(reagent, 0,
            // 1));
            throw std::runtime_error("GMLib_ModAPI::registerBrewingMixRecipe is not implemented");
        }
    );
    RemoteCall::exportAs(
        "GMLib_ModAPI",
        "registerBrewingContainerRecipe",
        [](std::string const& recipe_id, std::string const& input, std::string const& output, std::string const& reagent
        ) -> void {
            // if (!GMLIB_Level::getInstance().has_value()) return;
            // GMLIB::Mod::JsonRecipe::registerBrewingContainerRecipe(
            //     recipe_id,
            //     RecipeIngredient(input, 0, 1),
            //     RecipeIngredient(output, 0, 1),
            //     RecipeIngredient(reagent, 0, 1)
            // );
            throw std::runtime_error("GMLib_ModAPI::registerBrewingContainerRecipe is not implemented");
        }
    );
    RemoteCall::exportAs(
        "GMLib_ModAPI",
        "registerSmithingTransformRecipe",
        [](std::string const& recipe_id,
           std::string const& smithing_template,
           std::string const& base,
           std::string const& addition,
           std::string const& result) -> void {
            // if (!GMLIB_Level::getInstance().has_value()) return;
            // GMLIB::Mod::JsonRecipe::registerSmithingTransformRecipe(
            //     recipe_id,
            //     smithing_template,
            //     base,
            //     addition,
            //     result
            // );
            throw std::runtime_error("GMLib_ModAPI::registerSmithingTransformRecipe is not implemented");
        }
    );
    RemoteCall::exportAs(
        "GMLib_ModAPI",
        "registerSmithingTrimRecipe",
        [](std::string const& recipe_id,
           std::string const& smithing_template,
           std::string const& base,
           std::string const& addition) -> void {
            // if (!GMLIB_Level::getInstance().has_value()) return;
            // GMLIB::Mod::JsonRecipe::registerSmithingTrimRecipe(recipe_id, smithing_template, base, addition);
            throw std::runtime_error("GMLib_ModAPI::registerSmithingTrimRecipe is not implemented");
        }
    );
    RemoteCall::exportAs(
        "GMLib_ModAPI",
        "registerStoneCutterRecipe",
        [](std::string const& recipe_id,
           std::string const& input,
           int                input_data,
           std::string const& output,
           int                output_data,
           int                output_count) -> void {
            // if (!GMLIB_Level::getInstance().has_value()) return;
            // GMLIB::Mod::JsonRecipe::registerStoneCutterRecipe(
            //     recipe_id,
            //     RecipeIngredient(input, 0, 1),
            //     RecipeIngredient(output, 0, 1)
            // );
            throw std::runtime_error("GMLib_ModAPI::registerStoneCutterRecipe is not implemented");
        }
    );
    // 错误方块清理
    RemoteCall::exportAs("GMLib_ModAPI", "setUnknownBlockCleaner", []() -> void {
        // GMLIB::Mod::VanillaFix::setAutoCleanUnknownBlockEnabled();
        throw std::runtime_error("GMLib_ModAPI::setUnknownBlockCleaner is not implemented");
    });
    // 实验性
    RemoteCall::exportAs("GMLib_ModAPI", "registerExperimentsRequire", [](int experiment_id) -> void {
        GMLevel::getInstance().and_then([&](GMLevel& level) {
            level.setExperimentEnabled((AllExperiments)experiment_id);
            return true;
        });
    });
    RemoteCall::exportAs("GMLib_ModAPI", "setExperimentEnabled", [](int experiment_id, bool value) -> void {
        GMLevel::getInstance().and_then([&](GMLevel& level) {
            level.setExperimentEnabled((AllExperiments)experiment_id, value);
            return true;
        });
    });
    RemoteCall::exportAs("GMLib_ModAPI", "getExperimentEnabled", [](int experiment_id) -> bool {
        return GMLevel::getInstance()
            .transform([&](GMLevel& level) { return level.getExperimentEnabled((AllExperiments)experiment_id); })
            .value_or(false);
    });
    RemoteCall::exportAs("GMLib_ModAPI", "setFixI18nEnabled", []() -> void {
        // GMLIB::Mod::VanillaFix::setFixI18nEnabled();
        throw std::runtime_error("GMLib_ModAPI::setFixI18nEnabled is not implemented");
    });
}