#include "TypeRegistry.h"

#include <Datei.h>

#include "BasicBlocks.h"
#include "BasicItems.h"
#include "BasicTool.h"
#include "BlockFilter.h"
#include "BlockInstanceGeneratorRule.h"
#include "BlockTypeGeneratorRule.h"
#include "Chest.h"
#include "Dimension.h"
#include "DimensionGenerator.h"
#include "FluidBlock.h"
#include "FluidContainer.h"
#include "GeneratorRule.h"
#include "Grass.h"
#include "GrowingPlant.h"
#include "LightSources.h"
#include "ModelInfo.h"
#include "OverworldDimension.h"
#include "OverworldDimensionGenerator.h"
#include "PlaceableProof.h"
#include "Quest.h"
#include "Recipie.h"
#include "TreeSeblingBlock.h"
#include "TreeTemplate.h"

TypeRegistry::TypeRegistry()
    : ReferenceCounter()
{
    // register dimension generators
    registerDimensionGeneratorFactory(new OverworldDimensionGeneratorFactory());
    // register dimensions
    registerDimension(new OverworldDimensionFactory());
    // register rules
    registerGeneratorRuleFactory(new BlockTypeGeneratorRuleFactory());
    registerGeneratorRuleFactory(new BlockInstanceGeneratorRuleFactory());
    // register templates
    registerSubType(new TreeTemplateFactory());

    // register quest datastructures
    registerType(new QuestRequirementStorageType());
    registerType(new QuestStorageType());
    registerType(new QuestPartyType());
    registerType(new QuestType());
    registerType(new QuestCollectionType());
    registerSubType(new QuestRequirementOpenDialogType());
    registerType(new ItemJsonType());
    registerType(new ItemStackInfoType());
    registerSubType(new QuestRewardGiveItemsType());

    // block types
    registerType(new ModelInfoFactory());
    registerSubType(new BasicBlockTypeFactory());
    registerSubType(new AdditionalItemSpawningBlockTypeFactory());
    registerSubType(new BasicLightSourceBlockTypeFactory());
    registerSubType(new ChestBlockTypeFactory());
    registerSubType(new FluidBlockTypeFactory());
    registerSubType(new GrassBlockTypeFactory());
    registerSubType(new GrowingPlantBlockTypeFactory());
    registerSubType(new TreeSeblingBlockTypeFactory());

    // block filter
    registerSubType(new BlockFilterAndFactory());
    registerSubType(new BlockFilterOrFactory());
    registerSubType(new BlockFilterNotFactory());
    registerSubType(new BlockFilterBlockTypeFactory());
    registerSubType(new BlockFilterTypeGroupFactory());
    registerSubType(new BlockFilterMaxHardnessFactory());
    registerSubType(new BlockFilterMinHardnessFactory());
    registerSubType(new BlockFilterMaxHeatFactory());

    // placeable proof
    registerSubType(new PlaceableProofAndFactory());
    registerSubType(new PlaceableProofOrFactory());
    registerSubType(new PlaceableProofNotFactory());
    registerSubType(new PlaceableProofBlockFilterFactory());

    // item types
    registerSubType(new BasicBlockItemTypeFactory());
    registerSubType(new BasicItemTypeFactory());
    registerSubType(new BasicToolItemTypeFactory());
    registerSubType(new FluidContainerItemTypeFactory());

    // item skills
    registerSubType(new XPBasedLevelUpRuleFactory());
    registerType(new DamagingItemSkillConfigFactory());
    registerSubType(new DamagingItemSkillFactory());
    registerType(new BlockReplaceItemSkillConfigFactory());
    registerSubType(new BlockReplaceItemSkillFactory());
    registerType(new FluidContainerItemSkillConfigFactory());
    registerSubType(new FluidContainerItemSkillFactory());

    // reipies
    registerType(new RecipieInputFactory());
    registerType(new RecipieOutputFactory());
    registerSubType(new ShapedRecipieFactory());
    registerSubType(new UnshapedRecipieFactory());

    // item modifiers
    registerSubType(new ConsumeItemModifierFactory());
    registerSubType(new DoNothingModifierFactory());
    registerSubType(new AttributeItemModifierFactory());
    registerSubType(new CombinedItemModifierFactory());

    // item filters
    registerSubType(new CombinedItemFilterFactory());
    registerSubType(new AnyItemFilterFactory());
    registerSubType(new TypeItemFilterFactory());
    registerSubType(new GroupItemFilterFactory());
}

void TypeRegistry::registerGeneratorRuleFactory(GeneratorRuleFactory* factory)
{
    generatorRules.add(factory);
}

GeneratorRule* TypeRegistry::createGeneratorRule(
    Framework::JSON::JSONValue* zConfig, JExpressionMemory* zMemory)
{
    for (GeneratorRuleFactory* f : generatorRules)
    {
        Framework::JSON::Validator::JSONValidator* validator
            = f->getValidator();
        if (validator->isValid(zConfig))
        {
            validator->release();
            return f->createRule(zConfig, zMemory);
        }
        validator->release();
    }
    return 0;
}

Framework::JSON::Validator::JSONValidator*
TypeRegistry::getGeneratorRuleValidator()
{
    auto validator = Framework::JSON::Validator::JSONValidator::buildForOneOf()
                         ->typeSpecifiedByAttribute("type");
    for (GeneratorRuleFactory* f : generatorRules)
    {
        validator->addAcceptedType(f->getValidator());
    }
    return validator->finishOneOf();
}

void TypeRegistry::registerDimensionGeneratorFactory(
    DimensionGeneratorFactory* factory)
{
    dimensionGenerators.add(factory);
}

DimensionGenerator* TypeRegistry::createDimensionGenerator(
    Framework::JSON::JSONValue* zConfig, int worldSeed)
{
    for (DimensionGeneratorFactory* f : dimensionGenerators)
    {
        Framework::JSON::Validator::JSONValidator* validator
            = f->getConfigValidator();
        if (validator->isValid(zConfig))
        {
            validator->release();
            std::cout << "Loaded Config for dimension '" << f->getName()
                      << "' with id " << f->getDimensionId() << "\n";
            return f->createDimensionGenerator(worldSeed, zConfig);
        }
        validator->release();
    }
    return 0;
}

Framework::JSON::Validator::JSONValidator*
TypeRegistry::getDimensionGeneratorValidator()
{
    auto validator = Framework::JSON::Validator::JSONValidator::buildForOneOf()
                         ->typeSpecifiedByAttribute("dimension");
    for (DimensionGeneratorFactory* f : dimensionGenerators)
    {
        validator->addAcceptedType(f->getConfigValidator());
    }
    return validator->finishOneOf();
}

const Framework::RCArray<DimensionGeneratorFactory>&
TypeRegistry::getDimensionGeneratorFactories() const
{
    return dimensionGenerators;
}

void TypeRegistry::registerDimension(DimensionFactory* factory)
{
    dimensionFactories.add(factory);
}

Dimension* TypeRegistry::createDimension(int id)
{
    for (DimensionFactory* factory : dimensionFactories)
    {
        if (factory->getDimensionId() == id)
        {
            return factory->createDimension();
        }
    }
    return 0;
}

void TypeRegistry::writeSyntaxInfo(Framework::Text folderPath) const
{
    for (Framework::Text* typeId : parsableTypeNames)
    {
        TypeFatoryRef* factory
            = parsableTypes.z(typeId->getText(), typeId->getLength());
        Framework::JSON::Validator::JSONValidator* validator
            = factory->getValidator();
        Framework::Datei syntaxFile(
            new Framework::Text(folderPath + "/" + *typeId + ".xml"));
        syntaxFile.erstellen();
        Framework::Text syntaxContent = validator->zConstraints()->toString();
        syntaxFile.open(Framework::Datei::Style::schreiben);
        syntaxFile.schreibe(syntaxContent, syntaxContent.getLength());
        syntaxFile.close();
        validator->release();
    }
}