#include "Scripting/Mono/MonoScriptRuntime.h"

#include "Components/CameraComponent.h"
#include "Components/GameObject.h"
#include "Components/LightComponent.h"
#include "Components/MeshFilterComponent.h"
#include "Components/MeshRendererComponent.h"
#include "Components/RigidbodyComponent.h"
#include "Components/TransformComponent.h"
#include "Debug/Logger.h"
#include "Input/InputManager.h"
#include "Physics/PhysicsWorld.h"
#include "Rendering/Caches/DirectionalShadowSurfaceCache.h"
#include "Rendering/Execution/CameraFramePlan.h"
#include "Rendering/Execution/DirectionalShadowExecutionState.h"
#include "Rendering/Execution/CameraFrameRenderGraphFrameData.h"
#include "Rendering/Execution/Internal/CameraFrameGraph/SurfaceUtils.h"
#include "Rendering/Graph/RenderGraph.h"
#include "Rendering/Graph/RenderGraphRecordingContext.h"
#include "Rendering/GraphicsSettingsState.h"
#include "Rendering/Internal/RenderPipelineFactory.h"
#include "Rendering/Passes/BuiltinFinalColorPass.h"
#include "Rendering/Passes/BuiltinVectorFullscreenPass.h"
#include "Rendering/Planning/FullscreenPassDesc.h"
#include "Rendering/Planning/SceneRenderRequestPlanner.h"
#include "Rendering/Pipelines/NativeSceneRecorder.h"
#include "Rendering/Pipelines/ManagedScriptableRenderPipelineAsset.h"
#include "Rendering/RenderPassGraphContract.h"
#include "Rendering/RenderPipeline.h"
#include "Rendering/RenderPipelineAsset.h"
#include "Rendering/RenderPipelineStageGraphContract.h"
#include "Resources/BuiltinResources.h"
#include "Core/Asset/ResourceManager.h"
#include "Scene/Scene.h"
#include "Scripting/ScriptComponent.h"
#include "Scripting/ScriptEngine.h"

#include <mono/jit/jit.h>
#include <mono/metadata/appdomain.h>
#include <mono/metadata/assembly.h>
#include <mono/metadata/attrdefs.h>
#include <mono/metadata/blob.h>
#include <mono/metadata/class.h>
#include <mono/metadata/image.h>
#include <mono/metadata/loader.h>
#include <mono/metadata/metadata.h>
#include <mono/metadata/mono-config.h>
#include <mono/metadata/object.h>
#include <mono/metadata/reflection.h>

#include <algorithm>
#include <cctype>
#include <cstdlib>
#include <fstream>
#include <limits>
#include <unordered_set>
#include <utility>

namespace XCEngine {
namespace Scripting {

namespace {

constexpr const char* kManagedRenderingNamespace = "XCEngine.Rendering";

struct MonoRootState {
    MonoDomain* rootDomain = nullptr;
    bool initialized = false;
    bool cleanupRegistered = false;
};

enum class ManagedComponentKind {
    Unknown,
    Script,
    Transform,
    Rigidbody,
    Camera,
    Light,
    MeshFilter,
    MeshRenderer,
};

struct ManagedComponentTypeInfo {
    ManagedComponentKind kind = ManagedComponentKind::Unknown;
    MonoClass* monoClass = nullptr;
    std::string assemblyName;
    std::string namespaceName;
    std::string className;
};

MonoRootState& GetMonoRootState() {
    static MonoRootState state;
    return state;
}

Components::Scene*& GetInternalCallScene() {
    static Components::Scene* scene = nullptr;
    return scene;
}

float& GetInternalCallDeltaTime() {
    static float deltaTime = 0.0f;
    return deltaTime;
}

bool& GetInternalCallRegistrationState() {
    static bool registered = false;
    return registered;
}

struct ManagedScriptableRenderContextState {
    uint64_t handle = 0;
    Rendering::CameraFrameStage stage = Rendering::CameraFrameStage::MainScene;
    const Rendering::RenderPipelineStageRenderGraphContext* graphContext = nullptr;
    Rendering::Pipelines::NativeSceneRecorder* sceneRecorder = nullptr;
    struct RasterPassRecordRequest {
        Containers::String passName = {};
        Rendering::FullscreenPassDesc passDesc = {};
        Rendering::RenderGraphTextureHandle sourceColorTexture = {};
        std::vector<Rendering::RenderGraphTextureHandle> readTextures = {};
        std::vector<Rendering::RenderGraphTextureHandle> readDepthTextures = {};
        std::vector<Rendering::RenderPassGraphTextureBindingRequest>
            textureBindings = {};
        std::vector<Rendering::RenderGraphTextureHandle> colorTargets = {};
        Rendering::RenderGraphTextureHandle depthTarget = {};
    };
    uint64_t nextPendingRasterPassHandle = 1u;
    std::unordered_map<uint64_t, RasterPassRecordRequest>
        pendingRasterPassRequests = {};
    std::vector<RasterPassRecordRequest> rasterPassRequests = {};
};

struct ManagedCameraRenderRequestContextState {
    uint64_t handle = 0;
    Rendering::CameraRenderRequest* request = nullptr;
    size_t renderedBaseCameraCount = 0u;
    size_t renderedRequestCount = 0u;
    Rendering::DirectionalShadowPlanningSettings
        directionalShadowPlanningSettings = {};
    bool suppressDirectionalShadow = false;
};

struct ManagedRenderSceneSetupContextState {
    uint64_t handle = 0;
    const Rendering::CameraFramePlan* plan = nullptr;
    Rendering::RenderSceneData* sceneData = nullptr;
    bool explicitlyConfigured = false;
};

struct ManagedDirectionalShadowExecutionContextState {
    uint64_t handle = 0;
    const Rendering::CameraFramePlan* plan = nullptr;
    const Rendering::DirectionalShadowSurfaceAllocation*
        shadowAllocation = nullptr;
    Rendering::DirectionalShadowExecutionState* shadowState =
        nullptr;
    bool explicitlyConfigured = false;
};

struct ManagedScriptableRenderPipelinePlanningContextState {
    uint64_t handle = 0;
    Rendering::CameraFramePlan* plan = nullptr;
};

uint64_t& GetManagedScriptableRenderContextNextHandle() {
    static uint64_t nextHandle = 1;
    return nextHandle;
}

std::unordered_map<uint64_t, ManagedScriptableRenderContextState*>&
GetManagedScriptableRenderContextRegistry() {
    static std::unordered_map<uint64_t, ManagedScriptableRenderContextState*> registry;
    return registry;
}

ManagedScriptableRenderContextState* FindManagedScriptableRenderContextState(
    uint64_t handle) {
    const auto it = GetManagedScriptableRenderContextRegistry().find(handle);
    return it != GetManagedScriptableRenderContextRegistry().end()
        ? it->second
        : nullptr;
}

ManagedScriptableRenderContextState::RasterPassRecordRequest*
FindPendingManagedRasterPassRecordRequest(
    ManagedScriptableRenderContextState* state,
    uint64_t rasterPassHandle) {
    if (state == nullptr || rasterPassHandle == 0u) {
        return nullptr;
    }

    const auto it =
        state->pendingRasterPassRequests.find(rasterPassHandle);
    return it != state->pendingRasterPassRequests.end()
        ? &it->second
        : nullptr;
}

uint64_t RegisterManagedScriptableRenderContextState(
    ManagedScriptableRenderContextState& state) {
    uint64_t handle = GetManagedScriptableRenderContextNextHandle()++;
    if (handle == 0) {
        handle = GetManagedScriptableRenderContextNextHandle()++;
    }

    state.handle = handle;
    GetManagedScriptableRenderContextRegistry()[handle] = &state;
    return handle;
}

void UnregisterManagedScriptableRenderContextState(uint64_t handle) {
    if (handle == 0) {
        return;
    }

    GetManagedScriptableRenderContextRegistry().erase(handle);
}

const Rendering::RenderCameraData& ResolveManagedScriptableRenderContextCameraData(
    const ManagedScriptableRenderContextState* state) {
    if (state != nullptr &&
        state->graphContext != nullptr) {
        return state->graphContext->sceneData.cameraData;
    }

    static const Rendering::RenderCameraData kDefaultCameraData = {};
    return kDefaultCameraData;
}

const Rendering::RenderLightingData& ResolveManagedScriptableRenderContextLightingData(
    const ManagedScriptableRenderContextState* state) {
    if (state != nullptr &&
        state->graphContext != nullptr) {
        return state->graphContext->sceneData.lighting;
    }

    static const Rendering::RenderLightingData kDefaultLightingData = {};
    return kDefaultLightingData;
}

const Rendering::RenderEnvironmentData&
ResolveManagedScriptableRenderContextEnvironmentData(
    const ManagedScriptableRenderContextState* state) {
    if (state != nullptr &&
        state->graphContext != nullptr) {
        return state->graphContext->sceneData.environment;
    }

    static const Rendering::RenderEnvironmentData kDefaultEnvironmentData = {};
    return kDefaultEnvironmentData;
}

const Rendering::ResolvedFinalColorPolicy&
ResolveManagedScriptableRenderContextFinalColorPolicy(
    const ManagedScriptableRenderContextState* state) {
    if (state != nullptr &&
        state->graphContext != nullptr) {
        return state->graphContext->finalColorPolicy;
    }

    static const Rendering::ResolvedFinalColorPolicy
        kDefaultFinalColorPolicy = {};
    return kDefaultFinalColorPolicy;
}

Rendering::CameraFrameColorSource
ResolveManagedScriptableRenderContextStageColorSource(
    const ManagedScriptableRenderContextState* state) {
    if (state != nullptr &&
        state->graphContext != nullptr) {
        return state->graphContext->stageColorSource;
    }

    return Rendering::CameraFrameColorSource::ExplicitSurface;
}

bool ResolveManagedScriptableRenderContextUsesGraphManagedOutputColor(
    const ManagedScriptableRenderContextState* state) {
    return state != nullptr &&
           state->graphContext != nullptr &&
           state->graphContext->usesGraphManagedOutputColor;
}

int32_t EncodeManagedRenderGraphTextureHandle(
    Rendering::RenderGraphTextureHandle handle) {
    return handle.IsValid()
        ? static_cast<int32_t>(handle.index)
        : -1;
}

Rendering::RenderGraphTextureHandle
DecodeManagedRenderGraphTextureHandle(
    int32_t handleValue) {
    Rendering::RenderGraphTextureHandle handle = {};
    if (handleValue < 0) {
        return handle;
    }

    handle.index = static_cast<Core::uint32>(handleValue);
    return handle;
}

Rendering::RenderGraphTextureHandle
ResolveManagedScriptableRenderContextSourceColorTexture(
    const ManagedScriptableRenderContextState* state) {
    if (state == nullptr ||
        state->graphContext == nullptr) {
        return {};
    }

    if (state->graphContext->sourceColorTexture.IsValid()) {
        return state->graphContext->sourceColorTexture;
    }

    const Rendering::CameraFrameRenderGraphResources* const resources =
        Rendering::TryGetCameraFrameRenderGraphResources(
            state->graphContext->blackboard);
    if (resources == nullptr) {
        return {};
    }

    switch (state->stage) {
    case Rendering::CameraFrameStage::PostProcess:
        return resources->mainScene.color;
    case Rendering::CameraFrameStage::FinalOutput:
        return resources->postProcess.color.IsValid()
            ? resources->postProcess.color
            : resources->mainScene.color;
    default:
        return {};
    }
}

Rendering::RenderGraphTextureHandle
ResolveManagedPrimaryColorTarget(
    const std::vector<Rendering::RenderGraphTextureHandle>& colorTargets) {
    const auto it =
        std::find_if(
            colorTargets.begin(),
            colorTargets.end(),
            [](Rendering::RenderGraphTextureHandle handle) {
                return handle.IsValid();
            });
    return it != colorTargets.end()
        ? *it
        : Rendering::RenderGraphTextureHandle{};
}

Rendering::RenderGraphTextureHandle
ResolveManagedScriptableRenderContextPrimaryColorTarget(
    const ManagedScriptableRenderContextState* state) {
    if (state == nullptr ||
        state->graphContext == nullptr) {
        return {};
    }

    return ResolveManagedPrimaryColorTarget(
        state->graphContext->colorTargets);
}

Rendering::RenderGraphTextureHandle
ResolveManagedScriptableRenderContextDepthTarget(
    const ManagedScriptableRenderContextState* state) {
    return state != nullptr &&
            state->graphContext != nullptr
        ? state->graphContext->depthTarget
        : Rendering::RenderGraphTextureHandle{};
}

Rendering::RenderGraphTextureDesc
BuildManagedFullscreenTransientDepthTextureDesc(
    const Rendering::RenderSurface& surface) {
    Rendering::RenderGraphTextureDesc desc = {};
    desc.width =
        surface.GetWidth() > 0u
            ? surface.GetWidth()
            : surface.GetRenderAreaWidth();
    desc.height =
        surface.GetHeight() > 0u
            ? surface.GetHeight()
            : surface.GetRenderAreaHeight();
    desc.format = static_cast<Core::uint32>(
        RHI::Format::D24_UNorm_S8_UInt);
    desc.textureType = static_cast<Core::uint32>(
        RHI::TextureType::Texture2D);
    desc.sampleCount = 1u;
    desc.sampleQuality = 0u;
    return desc;
}

Rendering::RenderGraphRecordingSourceBinding
BuildManagedScriptableRenderContextSourceBinding(
    const Rendering::RenderPipelineStageRenderGraphContext& context,
    Rendering::RenderGraphTextureHandle sourceColorTexture) {
    if (!sourceColorTexture.IsValid()) {
        return {};
    }

    Rendering::RenderGraphRecordingSourceBinding binding =
        Rendering::MakeRenderGraphRecordingSourceBinding(
            context.sourceSurface,
            context.sourceColorView,
            context.sourceColorState,
            sourceColorTexture);
    const bool usesContextSource =
        context.sourceColorTexture.IsValid() &&
        context.sourceColorTexture.index == sourceColorTexture.index;
    if (!usesContextSource) {
        binding.sourceColorView = nullptr;
        binding.sourceColorState =
            RHI::ResourceStates::PixelShaderResource;
    }

    if (binding.sourceSurface == nullptr) {
        binding.sourceSurface = &context.surfaceTemplate;
    }

    return binding;
}

bool RecordManagedFullscreenRasterPass(
    const Rendering::RenderPipelineStageRenderGraphContext& stageContext,
    Rendering::RenderPass& pass,
    Rendering::RenderGraphTextureHandle sourceColorTexture,
    std::vector<Rendering::RenderGraphTextureHandle> colorTargets,
    std::vector<Rendering::RenderGraphTextureHandle> additionalReadTextures,
    std::vector<Rendering::RenderGraphTextureHandle> additionalReadDepthTextures,
    std::vector<Rendering::RenderPassGraphTextureBindingRequest>
        textureBindings,
    Rendering::RenderGraphTextureHandle depthTarget,
    const Containers::String& passName) {
    if (!Rendering::IsCameraFrameFullscreenSequenceStage(stageContext.stage) ||
        !sourceColorTexture.IsValid() ||
        !ResolveManagedPrimaryColorTarget(colorTargets).IsValid()) {
        return false;
    }

    const Rendering::RenderGraphRecordingContext baseContext =
        Rendering::BuildRenderGraphRecordingContext(
            stageContext);
    Rendering::RenderGraphRecordingContextBuildParams params = {};
    if (!passName.Empty()) {
        params.passName = &passName;
    }
    params.overrideSourceBinding = true;
    params.sourceBinding =
        BuildManagedScriptableRenderContextSourceBinding(
            stageContext,
            sourceColorTexture);
    params.overrideColorTargets = true;
    params.colorTargets = std::move(colorTargets);
    params.overrideDepthTarget = true;
    params.depthTarget = depthTarget;

    const Rendering::RenderGraphRecordingContext recordingContext =
        Rendering::BuildRenderGraphRecordingContext(
            baseContext,
            std::move(params));
    const Rendering::RenderPassRenderGraphContext renderGraphContext =
        Rendering::BuildRenderPassRenderGraphContext(recordingContext);
    Rendering::RenderPass* const passPtr = &pass;
    Rendering::RenderPassGraphIO io =
        Rendering::BuildSourceColorFullscreenRasterPassGraphIO();
    io.writeDepth = depthTarget.IsValid();
    return Rendering::RecordCallbackRasterRenderPass(
        renderGraphContext,
        io,
        [passPtr](const Rendering::RenderPassContext& passContext) {
            return passPtr != nullptr &&
                   passPtr->Execute(passContext);
        },
        std::move(additionalReadTextures),
        std::move(additionalReadDepthTextures),
        std::move(textureBindings));
}

bool RecordManagedFullscreenPassToTexture(
    const Rendering::RenderPipelineStageRenderGraphContext& stageContext,
    Rendering::RenderPass& pass,
    Rendering::RenderGraphTextureHandle sourceColorTexture,
    Rendering::RenderGraphTextureHandle outputColorTexture,
    const Containers::String& passName) {
    return RecordManagedFullscreenRasterPass(
        stageContext,
        pass,
        sourceColorTexture,
        { outputColorTexture },
        {},
        {},
        {},
        {},
        passName);
}

const Rendering::DirectionalShadowRenderPlan&
ResolveManagedScriptableRenderContextDirectionalShadowPlan(
    const ManagedScriptableRenderContextState* state) {
    if (state != nullptr &&
        state->graphContext != nullptr) {
        return state->graphContext->directionalShadowPlan;
    }

    static const Rendering::DirectionalShadowRenderPlan
        kDefaultDirectionalShadowPlan = {};
    return kDefaultDirectionalShadowPlan;
}

uint64_t& GetManagedCameraRenderRequestContextNextHandle() {
    static uint64_t nextHandle = 1;
    return nextHandle;
}

std::unordered_map<uint64_t, ManagedCameraRenderRequestContextState*>&
GetManagedCameraRenderRequestContextRegistry() {
    static std::unordered_map<uint64_t, ManagedCameraRenderRequestContextState*>
        registry;
    return registry;
}

ManagedCameraRenderRequestContextState*
FindManagedCameraRenderRequestContextState(
    uint64_t handle) {
    const auto it =
        GetManagedCameraRenderRequestContextRegistry().find(handle);
    return it != GetManagedCameraRenderRequestContextRegistry().end()
        ? it->second
        : nullptr;
}

uint64_t RegisterManagedCameraRenderRequestContextState(
    ManagedCameraRenderRequestContextState& state) {
    uint64_t handle =
        GetManagedCameraRenderRequestContextNextHandle()++;
    if (handle == 0) {
        handle =
            GetManagedCameraRenderRequestContextNextHandle()++;
    }

    state.handle = handle;
    GetManagedCameraRenderRequestContextRegistry()[handle] =
        &state;
    return handle;
}

void UnregisterManagedCameraRenderRequestContextState(
    uint64_t handle) {
    if (handle == 0) {
        return;
    }

    GetManagedCameraRenderRequestContextRegistry().erase(handle);
}

uint64_t& GetManagedRenderSceneSetupContextNextHandle() {
    static uint64_t nextHandle = 1;
    return nextHandle;
}

std::unordered_map<uint64_t, ManagedRenderSceneSetupContextState*>&
GetManagedRenderSceneSetupContextRegistry() {
    static std::unordered_map<uint64_t, ManagedRenderSceneSetupContextState*>
        registry;
    return registry;
}

ManagedRenderSceneSetupContextState*
FindManagedRenderSceneSetupContextState(
    uint64_t handle) {
    const auto it =
        GetManagedRenderSceneSetupContextRegistry().find(handle);
    return it != GetManagedRenderSceneSetupContextRegistry().end()
        ? it->second
        : nullptr;
}

uint64_t RegisterManagedRenderSceneSetupContextState(
    ManagedRenderSceneSetupContextState& state) {
    uint64_t handle =
        GetManagedRenderSceneSetupContextNextHandle()++;
    if (handle == 0) {
        handle =
            GetManagedRenderSceneSetupContextNextHandle()++;
    }

    state.handle = handle;
    GetManagedRenderSceneSetupContextRegistry()[handle] =
        &state;
    return handle;
}

void UnregisterManagedRenderSceneSetupContextState(
    uint64_t handle) {
    if (handle == 0) {
        return;
    }

    GetManagedRenderSceneSetupContextRegistry().erase(handle);
}

uint64_t& GetManagedDirectionalShadowExecutionContextNextHandle() {
    static uint64_t nextHandle = 1;
    return nextHandle;
}

std::unordered_map<
    uint64_t,
    ManagedDirectionalShadowExecutionContextState*>&
GetManagedDirectionalShadowExecutionContextRegistry() {
    static std::unordered_map<
        uint64_t,
        ManagedDirectionalShadowExecutionContextState*>
        registry;
    return registry;
}

ManagedDirectionalShadowExecutionContextState*
FindManagedDirectionalShadowExecutionContextState(
    uint64_t handle) {
    const auto it =
        GetManagedDirectionalShadowExecutionContextRegistry().find(
            handle);
    return it !=
               GetManagedDirectionalShadowExecutionContextRegistry()
                   .end()
        ? it->second
        : nullptr;
}

uint64_t RegisterManagedDirectionalShadowExecutionContextState(
    ManagedDirectionalShadowExecutionContextState& state) {
    uint64_t handle =
        GetManagedDirectionalShadowExecutionContextNextHandle()++;
    if (handle == 0) {
        handle =
            GetManagedDirectionalShadowExecutionContextNextHandle()++;
    }

    state.handle = handle;
    GetManagedDirectionalShadowExecutionContextRegistry()[handle] =
        &state;
    return handle;
}

void UnregisterManagedDirectionalShadowExecutionContextState(
    uint64_t handle) {
    if (handle == 0) {
        return;
    }

    GetManagedDirectionalShadowExecutionContextRegistry().erase(
        handle);
}

uint64_t& GetManagedScriptableRenderPipelinePlanningContextNextHandle() {
    static uint64_t nextHandle = 1;
    return nextHandle;
}

std::unordered_map<uint64_t, ManagedScriptableRenderPipelinePlanningContextState*>&
GetManagedScriptableRenderPipelinePlanningContextRegistry() {
    static std::unordered_map<
        uint64_t,
        ManagedScriptableRenderPipelinePlanningContextState*> registry;
    return registry;
}

ManagedScriptableRenderPipelinePlanningContextState*
FindManagedScriptableRenderPipelinePlanningContextState(
    uint64_t handle) {
    const auto it =
        GetManagedScriptableRenderPipelinePlanningContextRegistry().find(
            handle);
    return it !=
            GetManagedScriptableRenderPipelinePlanningContextRegistry().end()
        ? it->second
        : nullptr;
}

uint64_t RegisterManagedScriptableRenderPipelinePlanningContextState(
    ManagedScriptableRenderPipelinePlanningContextState& state) {
    uint64_t handle =
        GetManagedScriptableRenderPipelinePlanningContextNextHandle()++;
    if (handle == 0) {
        handle =
            GetManagedScriptableRenderPipelinePlanningContextNextHandle()++;
    }

    state.handle = handle;
    GetManagedScriptableRenderPipelinePlanningContextRegistry()[handle] =
        &state;
    return handle;
}

void UnregisterManagedScriptableRenderPipelinePlanningContextState(
    uint64_t handle) {
    if (handle == 0) {
        return;
    }

    GetManagedScriptableRenderPipelinePlanningContextRegistry().erase(handle);
}

bool TryResolveManagedCameraFrameStage(
    int32_t value,
    Rendering::CameraFrameStage& outStage) {
    switch (value) {
    case static_cast<int32_t>(Rendering::CameraFrameStage::PreScenePasses):
        outStage = Rendering::CameraFrameStage::PreScenePasses;
        return true;
    case static_cast<int32_t>(Rendering::CameraFrameStage::ShadowCaster):
        outStage = Rendering::CameraFrameStage::ShadowCaster;
        return true;
    case static_cast<int32_t>(Rendering::CameraFrameStage::DepthOnly):
        outStage = Rendering::CameraFrameStage::DepthOnly;
        return true;
    case static_cast<int32_t>(Rendering::CameraFrameStage::MainScene):
        outStage = Rendering::CameraFrameStage::MainScene;
        return true;
    case static_cast<int32_t>(Rendering::CameraFrameStage::PostProcess):
        outStage = Rendering::CameraFrameStage::PostProcess;
        return true;
    case static_cast<int32_t>(Rendering::CameraFrameStage::FinalOutput):
        outStage = Rendering::CameraFrameStage::FinalOutput;
        return true;
    case static_cast<int32_t>(Rendering::CameraFrameStage::ObjectId):
        outStage = Rendering::CameraFrameStage::ObjectId;
        return true;
    case static_cast<int32_t>(Rendering::CameraFrameStage::PostScenePasses):
        outStage = Rendering::CameraFrameStage::PostScenePasses;
        return true;
    case static_cast<int32_t>(Rendering::CameraFrameStage::OverlayPasses):
        outStage = Rendering::CameraFrameStage::OverlayPasses;
        return true;
    default:
        outStage = Rendering::CameraFrameStage::MainScene;
        return false;
    }
}

void CleanupMonoRootDomainAtExit() {
    MonoRootState& rootState = GetMonoRootState();
    if (!rootState.rootDomain) {
        return;
    }

    mono_domain_set(rootState.rootDomain, true);
    mono_jit_cleanup(rootState.rootDomain);
    rootState.rootDomain = nullptr;
    rootState.initialized = false;
    GetInternalCallRegistrationState() = false;
}

std::string BuildFullClassName(const std::string& namespaceName, const std::string& className) {
    return namespaceName.empty() ? className : namespaceName + "." + className;
}

std::string BuildClassKey(
    const std::string& assemblyName,
    const std::string& namespaceName,
    const std::string& className) {
    return assemblyName + "|" + BuildFullClassName(namespaceName, className);
}

std::string SafeString(const char* value) {
    return value ? std::string(value) : std::string();
}

std::string TrimAssemblyName(const std::string& assemblyName) {
    constexpr const char* kDllSuffix = ".dll";
    if (assemblyName.size() >= 4u &&
        assemblyName.substr(assemblyName.size() - 4u) == kDllSuffix) {
        return assemblyName.substr(0u, assemblyName.size() - 4u);
    }

    return assemblyName;
}

std::string TrimWhitespace(std::string value) {
    auto isWhitespace = [](unsigned char ch) {
        return std::isspace(ch) != 0;
    };

    value.erase(
        value.begin(),
        std::find_if(
            value.begin(),
            value.end(),
            [&](char ch) {
                return !isWhitespace(static_cast<unsigned char>(ch));
            }));
    value.erase(
        std::find_if(
            value.rbegin(),
            value.rend(),
            [&](char ch) {
                return !isWhitespace(static_cast<unsigned char>(ch));
            }).base(),
        value.end());
    return value;
}

bool NormalizeManagedAssemblyDescriptor(
    MonoScriptRuntime::ManagedAssemblyDescriptor& descriptor,
    const std::filesystem::path& assemblyDirectory,
    std::unordered_set<std::string>& ioAssemblyNames,
    std::string* outError) {
    descriptor.name = TrimAssemblyName(TrimWhitespace(descriptor.name));
    if (descriptor.name.empty() && !descriptor.path.empty()) {
        descriptor.name =
            TrimAssemblyName(descriptor.path.stem().string());
    }

    if (descriptor.name.empty()) {
        if (outError != nullptr) {
            *outError = "Managed engine assembly name is empty.";
        }
        return false;
    }

    if (descriptor.path.empty() && !assemblyDirectory.empty()) {
        descriptor.path = assemblyDirectory / (descriptor.name + ".dll");
    }

    if (!descriptor.path.empty()) {
        descriptor.path = descriptor.path.lexically_normal();
    }

    if (!ioAssemblyNames.insert(descriptor.name).second) {
        if (outError != nullptr) {
            *outError =
                "Managed engine assembly name is duplicated: " +
                descriptor.name;
        }
        return false;
    }

    return true;
}

bool LoadManagedAssemblyManifest(
    const std::filesystem::path& assemblyDirectory,
    const std::filesystem::path& manifestPath,
    std::vector<MonoScriptRuntime::ManagedAssemblyDescriptor>& outAssemblies,
    std::string* outError) {
    outAssemblies.clear();

    std::error_code ec;
    if (manifestPath.empty() ||
        !std::filesystem::exists(manifestPath, ec)) {
        return true;
    }

    std::ifstream input(manifestPath);
    if (!input.is_open()) {
        if (outError != nullptr) {
            *outError =
                "Failed to open managed engine assembly manifest: " +
                manifestPath.string();
        }
        return false;
    }

    std::unordered_set<std::string> assemblyNames;
    std::string line;
    size_t lineNumber = 0u;
    while (std::getline(input, line)) {
        ++lineNumber;

        const size_t commentStart = line.find('#');
        if (commentStart != std::string::npos) {
            line.erase(commentStart);
        }

        line = TrimWhitespace(std::move(line));
        if (line.empty()) {
            continue;
        }

        MonoScriptRuntime::ManagedAssemblyDescriptor descriptor;
        const size_t separator = line.find('=');
        if (separator == std::string::npos) {
            descriptor.name = line;
        } else {
            descriptor.name = line.substr(0u, separator);
            std::string relativePath =
                TrimWhitespace(line.substr(separator + 1u));
            if (!relativePath.empty()) {
                descriptor.path =
                    (assemblyDirectory / relativePath).lexically_normal();
            }
        }

        if (!NormalizeManagedAssemblyDescriptor(
                descriptor,
                assemblyDirectory,
                assemblyNames,
                outError)) {
            if (outError != nullptr && !outError->empty()) {
                *outError +=
                    " Manifest: " + manifestPath.string() +
                    " line " + std::to_string(lineNumber) + ".";
            }
            return false;
        }

        outAssemblies.push_back(std::move(descriptor));
    }

    return true;
}

bool DiscoverManagedAssembliesByConvention(
    const MonoScriptRuntime::Settings& settings,
    std::vector<MonoScriptRuntime::ManagedAssemblyDescriptor>& outAssemblies) {
    outAssemblies.clear();

    std::error_code ec;
    if (settings.assemblyDirectory.empty() ||
        !std::filesystem::exists(settings.assemblyDirectory, ec)) {
        return true;
    }

    const std::string coreAssemblyName =
        TrimAssemblyName(settings.coreAssemblyName);
    const std::string appAssemblyName =
        TrimAssemblyName(settings.appAssemblyName);
    std::unordered_set<std::string> reservedNames = {
        coreAssemblyName,
        appAssemblyName,
        "mscorlib"};

    for (std::filesystem::directory_iterator it(
             settings.assemblyDirectory,
             ec), end;
         it != end && !ec;
         it.increment(ec)) {
        if (ec || !it->is_regular_file(ec)) {
            continue;
        }

        const std::filesystem::path path = it->path();
        if (path.extension() != ".dll") {
            continue;
        }

        const std::string assemblyName =
            TrimAssemblyName(path.stem().string());
        if (assemblyName.rfind("XCEngine.", 0u) != 0u ||
            reservedNames.contains(assemblyName)) {
            continue;
        }

        outAssemblies.push_back(
            MonoScriptRuntime::ManagedAssemblyDescriptor{
                assemblyName,
                path.lexically_normal()});
    }

    std::sort(
        outAssemblies.begin(),
        outAssemblies.end(),
        [](const MonoScriptRuntime::ManagedAssemblyDescriptor& lhs,
           const MonoScriptRuntime::ManagedAssemblyDescriptor& rhs) {
            return lhs.name < rhs.name;
        });
    return true;
}

MonoScriptRuntime::ManagedAssemblyDescriptor BuildManagedAssemblyDescriptor(
    const std::string& assemblyName,
    const std::filesystem::path& assemblyPath) {
    return MonoScriptRuntime::ManagedAssemblyDescriptor{
        assemblyName,
        assemblyPath};
}

bool IsMonoClassOrSubclass(MonoClass* monoClass, MonoClass* potentialBaseClass) {
    if (!monoClass || !potentialBaseClass) {
        return false;
    }

    return monoClass == potentialBaseClass
        || mono_class_is_subclass_of(monoClass, potentialBaseClass, 0) != 0;
}

std::string MonoStringToUtf8(MonoString* stringObject) {
    if (!stringObject) {
        return std::string();
    }

    char* utf8 = mono_string_to_utf8(stringObject);
    std::string result = utf8 ? std::string(utf8) : std::string();
    if (utf8) {
        mono_free(utf8);
    }

    return result;
}

MonoScriptRuntime* GetActiveMonoScriptRuntime() {
    return dynamic_cast<MonoScriptRuntime*>(ScriptEngine::Get().GetRuntime());
}

void ClearManagedRenderPipelineSelection(MonoScriptRuntime* runtime) {
    const Rendering::Pipelines::ManagedRenderPipelineAssetDescriptor descriptor =
        Rendering::GetGraphicsSettingsState()
            .GetConfiguredRenderPipelineAssetDescriptor();
    if (runtime != nullptr && descriptor.managedAssetHandle != 0u) {
        runtime->ReleaseExternalManagedObject(descriptor.managedAssetHandle);
    }

    Rendering::GetGraphicsSettingsState()
        .ClearConfiguredRenderPipelineAssetDescriptor();
}

bool TryUnboxManagedBoolean(MonoObject* boxedValue, bool& outValue) {
    outValue = false;
    if (!boxedValue) {
        return false;
    }

    void* const rawValue = mono_object_unbox(boxedValue);
    if (!rawValue) {
        return false;
    }

    outValue = (*static_cast<mono_bool*>(rawValue)) != 0;
    return true;
}

bool TryUnboxManagedInt32(MonoObject* boxedValue, int32_t& outValue) {
    outValue = 0;
    if (!boxedValue) {
        return false;
    }

    void* const rawValue = mono_object_unbox(boxedValue);
    if (!rawValue) {
        return false;
    }

    outValue = *static_cast<int32_t*>(rawValue);
    return true;
}

struct ManagedFinalColorSettingsData {
    uint8_t outputTransferMode = 0;
    uint8_t exposureMode = 0;
    uint16_t exposurePadding = 0;
    float exposureValue = 1.0f;
    uint8_t toneMappingMode = 0;
    uint8_t toneMappingPadding[3] = {};
    XCEngine::Math::Vector4 finalColorScale = XCEngine::Math::Vector4::One();
};

static_assert(
    sizeof(ManagedFinalColorSettingsData) ==
    sizeof(Rendering::FinalColorSettings),
    "Managed final color bridge layout must match native FinalColorSettings.");

struct ManagedFinalColorOverrideSettingsData {
    uint8_t overrideOutputTransferMode = 0u;
    uint8_t outputTransferMode = 0u;
    uint8_t overrideExposureMode = 0u;
    uint8_t exposureMode = 0u;
    uint8_t overrideExposureValue = 0u;
    uint8_t exposureValuePadding[3] = {};
    float exposureValue = 1.0f;
    uint8_t overrideToneMappingMode = 0u;
    uint8_t toneMappingMode = 0u;
    uint8_t overrideFinalColorScale = 0u;
    uint8_t finalColorScalePadding = 0u;
    XCEngine::Math::Vector4 finalColorScale = XCEngine::Math::Vector4::One();
};

static_assert(
    sizeof(ManagedFinalColorOverrideSettingsData) ==
    sizeof(Rendering::FinalColorOverrideSettings),
    "Managed final color override bridge layout must match native FinalColorOverrideSettings.");

struct ManagedRenderGraphTextureDescData {
    uint32_t width = 0u;
    uint32_t height = 0u;
    uint32_t format = 0u;
    uint32_t textureType = 0u;
    uint32_t sampleCount = 0u;
    uint32_t sampleQuality = 0u;
};

static_assert(
    sizeof(ManagedRenderGraphTextureDescData) ==
    sizeof(Rendering::RenderGraphTextureDesc),
    "Managed render graph texture desc bridge layout must match native RenderGraphTextureDesc.");

struct ManagedDirectionalShadowSamplingSettingsData {
    float receiverDepthBias = 0.0010f;
    float normalBiasScale = 2.0f;
    float shadowStrength = 0.85f;
};

static_assert(
    sizeof(ManagedDirectionalShadowSamplingSettingsData) ==
    sizeof(Rendering::DirectionalShadowSamplingSettings),
    "Managed directional shadow sampling bridge layout must match native DirectionalShadowSamplingSettings.");

struct ManagedDirectionalShadowCasterBiasSettingsData {
    float depthBiasFactor = 2.5f;
    int32_t depthBiasUnits = 4;
};

static_assert(
    sizeof(ManagedDirectionalShadowCasterBiasSettingsData) ==
    sizeof(Rendering::DirectionalShadowCasterBiasSettings),
    "Managed directional shadow caster bias bridge layout must match native DirectionalShadowCasterBiasSettings.");

struct ManagedDirectionalShadowPlanningSettingsData {
    uint32_t mapDimension = 2048u;
    float minFocusDistance = 5.0f;
    float maxFocusDistance = 32.0f;
    float perspectiveFocusFactor = 1.0f;
    float orthographicFocusFactor = 2.0f;
    float minDepthRange = 20.0f;
    float boundsPadding = 0.5f;
    float minDepthPadding = 2.0f;
    ManagedDirectionalShadowSamplingSettingsData sampling = {};
    ManagedDirectionalShadowCasterBiasSettingsData casterBias = {};
};

static_assert(
    sizeof(ManagedDirectionalShadowPlanningSettingsData) ==
    sizeof(Rendering::DirectionalShadowPlanningSettings),
    "Managed directional shadow planning bridge layout must match native DirectionalShadowPlanningSettings.");

struct ManagedFilteringSettingsData {
    int32_t renderQueueMin = std::numeric_limits<int32_t>::lowest();
    int32_t renderQueueMax = std::numeric_limits<int32_t>::max();
    uint32_t renderLayerMask = std::numeric_limits<uint32_t>::max();
    uint8_t requireShadowCasting = 0u;
    uint8_t requireRenderObjectId = 0u;
};

static_assert(
    sizeof(ManagedFilteringSettingsData) ==
    sizeof(Rendering::FilteringSettings),
    "Managed filtering settings bridge layout must match native FilteringSettings.");

struct ManagedSortingSettingsData {
    uint32_t sortMode = 0u;
};

static_assert(
    sizeof(ManagedSortingSettingsData) ==
    sizeof(Rendering::SortingSettings),
    "Managed sorting settings bridge layout must match native SortingSettings.");

struct ManagedRendererListDescData {
    uint32_t type = 0u;
    ManagedFilteringSettingsData filtering = {};
    ManagedSortingSettingsData sorting = {};
};

static_assert(
    sizeof(ManagedRendererListDescData) ==
    sizeof(Rendering::RendererListDesc),
    "Managed renderer list desc bridge layout must match native RendererListDesc.");

struct ManagedDepthStateData {
    uint8_t writeEnabled = 1u;
    uint8_t compareFunction =
        static_cast<uint8_t>(Resources::MaterialComparisonFunc::Less);
};

static_assert(
    sizeof(ManagedDepthStateData) ==
    sizeof(Rendering::DepthState),
    "Managed depth state bridge layout must match native DepthState.");

struct ManagedStencilFaceStateData {
    uint8_t failOperation =
        static_cast<uint8_t>(Resources::MaterialStencilOp::Keep);
    uint8_t passOperation =
        static_cast<uint8_t>(Resources::MaterialStencilOp::Keep);
    uint8_t depthFailOperation =
        static_cast<uint8_t>(Resources::MaterialStencilOp::Keep);
    uint8_t compareFunction =
        static_cast<uint8_t>(Resources::MaterialComparisonFunc::Always);
};

static_assert(
    sizeof(ManagedStencilFaceStateData) ==
    sizeof(Rendering::StencilFaceState),
    "Managed stencil face state bridge layout must match native StencilFaceState.");

struct ManagedStencilStateData {
    uint8_t enabled = 0u;
    uint8_t readMask = 0xFFu;
    uint8_t writeMask = 0xFFu;
    ManagedStencilFaceStateData frontFace = {};
    ManagedStencilFaceStateData backFace = {};
};

static_assert(
    sizeof(ManagedStencilStateData) ==
    sizeof(Rendering::StencilState),
    "Managed stencil state bridge layout must match native StencilState.");

struct ManagedRenderStateBlockData {
    uint32_t mask = 0u;
    ManagedDepthStateData depthState = {};
    ManagedStencilStateData stencilState = {};
    uint8_t stencilReference = 0u;
};

static_assert(
    sizeof(ManagedRenderStateBlockData) ==
    sizeof(Rendering::RenderStateBlock),
    "Managed render state block bridge layout must match native RenderStateBlock.");

Rendering::FinalColorOutputTransferMode ResolveManagedFinalColorOutputTransferMode(
    uint8_t value) {
    switch (value) {
    case 1:
        return Rendering::FinalColorOutputTransferMode::LinearToSRGB;
    default:
        return Rendering::FinalColorOutputTransferMode::Disabled;
    }
}

Rendering::FinalColorExposureMode ResolveManagedFinalColorExposureMode(
    uint8_t value) {
    switch (value) {
    case 1:
        return Rendering::FinalColorExposureMode::Fixed;
    default:
        return Rendering::FinalColorExposureMode::Disabled;
    }
}

Rendering::FinalColorToneMappingMode ResolveManagedFinalColorToneMappingMode(
    uint8_t value) {
    switch (value) {
    case 1:
        return Rendering::FinalColorToneMappingMode::Neutral;
    case 2:
        return Rendering::FinalColorToneMappingMode::ACES;
    default:
        return Rendering::FinalColorToneMappingMode::Disabled;
    }
}

Resources::MaterialComparisonFunc ResolveManagedMaterialComparisonFunc(
    uint8_t value) {
    switch (value) {
    case static_cast<uint8_t>(Resources::MaterialComparisonFunc::Never):
        return Resources::MaterialComparisonFunc::Never;
    case static_cast<uint8_t>(Resources::MaterialComparisonFunc::Equal):
        return Resources::MaterialComparisonFunc::Equal;
    case static_cast<uint8_t>(Resources::MaterialComparisonFunc::LessEqual):
        return Resources::MaterialComparisonFunc::LessEqual;
    case static_cast<uint8_t>(Resources::MaterialComparisonFunc::Greater):
        return Resources::MaterialComparisonFunc::Greater;
    case static_cast<uint8_t>(Resources::MaterialComparisonFunc::NotEqual):
        return Resources::MaterialComparisonFunc::NotEqual;
    case static_cast<uint8_t>(Resources::MaterialComparisonFunc::GreaterEqual):
        return Resources::MaterialComparisonFunc::GreaterEqual;
    case static_cast<uint8_t>(Resources::MaterialComparisonFunc::Always):
        return Resources::MaterialComparisonFunc::Always;
    case static_cast<uint8_t>(Resources::MaterialComparisonFunc::Less):
    default:
        return Resources::MaterialComparisonFunc::Less;
    }
}

Resources::MaterialStencilOp ResolveManagedMaterialStencilOp(
    uint8_t value) {
    switch (value) {
    case static_cast<uint8_t>(Resources::MaterialStencilOp::Zero):
        return Resources::MaterialStencilOp::Zero;
    case static_cast<uint8_t>(Resources::MaterialStencilOp::Replace):
        return Resources::MaterialStencilOp::Replace;
    case static_cast<uint8_t>(Resources::MaterialStencilOp::IncrSat):
        return Resources::MaterialStencilOp::IncrSat;
    case static_cast<uint8_t>(Resources::MaterialStencilOp::DecrSat):
        return Resources::MaterialStencilOp::DecrSat;
    case static_cast<uint8_t>(Resources::MaterialStencilOp::Invert):
        return Resources::MaterialStencilOp::Invert;
    case static_cast<uint8_t>(Resources::MaterialStencilOp::IncrWrap):
        return Resources::MaterialStencilOp::IncrWrap;
    case static_cast<uint8_t>(Resources::MaterialStencilOp::DecrWrap):
        return Resources::MaterialStencilOp::DecrWrap;
    case static_cast<uint8_t>(Resources::MaterialStencilOp::Keep):
    default:
        return Resources::MaterialStencilOp::Keep;
    }
}

Rendering::RenderStateMask ResolveManagedRenderStateMask(
    uint32_t value) {
    const uint32_t knownMask =
        Rendering::ToRenderStateMaskBits(Rendering::RenderStateMask::Depth) |
        Rendering::ToRenderStateMaskBits(Rendering::RenderStateMask::Stencil);
    return static_cast<Rendering::RenderStateMask>(
        value & knownMask);
}

Rendering::DepthState BuildManagedDepthState(
    const ManagedDepthStateData& depthStateData) {
    Rendering::DepthState depthState = {};
    depthState.writeEnabled = depthStateData.writeEnabled != 0u;
    depthState.compareFunction =
        ResolveManagedMaterialComparisonFunc(
            depthStateData.compareFunction);
    return depthState;
}

Rendering::StencilFaceState BuildManagedStencilFaceState(
    const ManagedStencilFaceStateData& stencilFaceData) {
    Rendering::StencilFaceState stencilFaceState = {};
    stencilFaceState.failOp =
        ResolveManagedMaterialStencilOp(
            stencilFaceData.failOperation);
    stencilFaceState.passOp =
        ResolveManagedMaterialStencilOp(
            stencilFaceData.passOperation);
    stencilFaceState.depthFailOp =
        ResolveManagedMaterialStencilOp(
            stencilFaceData.depthFailOperation);
    stencilFaceState.compareFunction =
        ResolveManagedMaterialComparisonFunc(
            stencilFaceData.compareFunction);
    return stencilFaceState;
}

Rendering::StencilState BuildManagedStencilState(
    const ManagedStencilStateData& stencilStateData) {
    Rendering::StencilState stencilState = {};
    stencilState.enabled = stencilStateData.enabled != 0u;
    stencilState.readMask = stencilStateData.readMask;
    stencilState.writeMask = stencilStateData.writeMask;
    stencilState.frontFace =
        BuildManagedStencilFaceState(
            stencilStateData.frontFace);
    stencilState.backFace =
        BuildManagedStencilFaceState(
            stencilStateData.backFace);
    return stencilState;
}

Rendering::RenderStateBlock BuildManagedRenderStateBlock(
    const ManagedRenderStateBlockData& renderStateBlockData) {
    Rendering::RenderStateBlock renderStateBlock = {};
    renderStateBlock.mask =
        ResolveManagedRenderStateMask(
            renderStateBlockData.mask);
    renderStateBlock.depthState =
        BuildManagedDepthState(
            renderStateBlockData.depthState);
    renderStateBlock.stencilState =
        BuildManagedStencilState(
            renderStateBlockData.stencilState);
    renderStateBlock.stencilReference =
        renderStateBlockData.stencilReference;
    return renderStateBlock;
}

bool TryUnboxManagedFinalColorSettings(
    MonoObject* boxedValue,
    Rendering::FinalColorSettings& outSettings) {
    outSettings = {};
    outSettings.exposureValue = 1.0f;
    outSettings.finalColorScale = XCEngine::Math::Vector4::One();
    if (!boxedValue) {
        return false;
    }

    void* const rawValue = mono_object_unbox(boxedValue);
    if (!rawValue) {
        return false;
    }

    const auto* const managedSettings =
        static_cast<const ManagedFinalColorSettingsData*>(rawValue);
    outSettings.outputTransferMode =
        ResolveManagedFinalColorOutputTransferMode(
            managedSettings->outputTransferMode);
    outSettings.exposureMode =
        ResolveManagedFinalColorExposureMode(
            managedSettings->exposureMode);
    outSettings.exposureValue = managedSettings->exposureValue;
    outSettings.toneMappingMode =
        ResolveManagedFinalColorToneMappingMode(
            managedSettings->toneMappingMode);
    outSettings.finalColorScale = managedSettings->finalColorScale;
    return true;
}

Rendering::FinalColorSettings BuildManagedFinalColorSettings(
    const ManagedFinalColorSettingsData& managedSettings) {
    Rendering::FinalColorSettings settings = {};
    settings.exposureValue = 1.0f;
    settings.finalColorScale = XCEngine::Math::Vector4::One();
    settings.outputTransferMode =
        ResolveManagedFinalColorOutputTransferMode(
            managedSettings.outputTransferMode);
    settings.exposureMode =
        ResolveManagedFinalColorExposureMode(
            managedSettings.exposureMode);
    settings.exposureValue = managedSettings.exposureValue;
    settings.toneMappingMode =
        ResolveManagedFinalColorToneMappingMode(
            managedSettings.toneMappingMode);
    settings.finalColorScale = managedSettings.finalColorScale;
    return settings;
}

ManagedFinalColorOverrideSettingsData BuildManagedFinalColorOverrideSettings(
    const Rendering::FinalColorOverrideSettings& nativeSettings) {
    ManagedFinalColorOverrideSettingsData managedSettings = {};
    managedSettings.overrideOutputTransferMode =
        nativeSettings.overrideOutputTransferMode
            ? 1u
            : 0u;
    managedSettings.outputTransferMode =
        static_cast<uint8_t>(nativeSettings.outputTransferMode);
    managedSettings.overrideExposureMode =
        nativeSettings.overrideExposureMode
            ? 1u
            : 0u;
    managedSettings.exposureMode =
        static_cast<uint8_t>(nativeSettings.exposureMode);
    managedSettings.overrideExposureValue =
        nativeSettings.overrideExposureValue
            ? 1u
            : 0u;
    managedSettings.exposureValue =
        nativeSettings.exposureValue;
    managedSettings.overrideToneMappingMode =
        nativeSettings.overrideToneMappingMode
            ? 1u
            : 0u;
    managedSettings.toneMappingMode =
        static_cast<uint8_t>(nativeSettings.toneMappingMode);
    managedSettings.overrideFinalColorScale =
        nativeSettings.overrideFinalColorScale
            ? 1u
            : 0u;
    managedSettings.finalColorScale =
        nativeSettings.finalColorScale;
    return managedSettings;
}

bool SupportsManagedRenderPipelineStageGraphRecording(
    Rendering::CameraFrameStage stage) {
    return Rendering::SupportsCameraFramePipelineGraphRecording(stage) ||
           Rendering::IsCameraFrameFullscreenSequenceStage(stage) ||
           Rendering::IsCameraFrameScenePassRequestStage(stage);
}

bool SupportsManagedScriptableRenderContextSceneRecordingStage(
    Rendering::CameraFrameStage stage) {
    return stage == Rendering::CameraFrameStage::MainScene ||
           Rendering::IsCameraFrameScenePassRequestStage(stage);
}

Rendering::RenderPass* ConfigureManagedFullscreenPass(
    std::vector<std::unique_ptr<Rendering::RenderPass>>& passPool,
    size_t passIndex,
    const Rendering::FullscreenPassDesc& passDesc) {
    while (passPool.size() <= passIndex) {
        passPool.push_back(nullptr);
    }

    std::unique_ptr<Rendering::RenderPass>& passSlot = passPool[passIndex];

    switch (passDesc.type) {
    case Rendering::FullscreenPassType::ColorScale: {
        Rendering::Passes::BuiltinVectorFullscreenPass* fullscreenPass =
            dynamic_cast<Rendering::Passes::BuiltinVectorFullscreenPass*>(
                passSlot.get());
        if (fullscreenPass == nullptr) {
            passSlot =
                std::make_unique<Rendering::Passes::BuiltinVectorFullscreenPass>();
            fullscreenPass =
                static_cast<Rendering::Passes::BuiltinVectorFullscreenPass*>(
                    passSlot.get());
        }
        fullscreenPass->SetShaderPath(
            Resources::GetBuiltinColorScalePostProcessShaderPath());
        fullscreenPass->SetPreferredPassName("ColorScale");
        fullscreenPass->SetVectorPayload(passDesc.colorScale.scale);
        return fullscreenPass;
    }
    case Rendering::FullscreenPassType::ShaderVector: {
        Rendering::Passes::BuiltinVectorFullscreenPass* fullscreenPass =
            dynamic_cast<Rendering::Passes::BuiltinVectorFullscreenPass*>(
                passSlot.get());
        if (fullscreenPass == nullptr) {
            passSlot =
                std::make_unique<Rendering::Passes::BuiltinVectorFullscreenPass>();
            fullscreenPass =
                static_cast<Rendering::Passes::BuiltinVectorFullscreenPass*>(
                    passSlot.get());
        }
        fullscreenPass->SetShaderPath(passDesc.shaderVector.shaderPath);
        fullscreenPass->SetPreferredPassName(passDesc.shaderVector.passName);
        fullscreenPass->SetVectorPayload(passDesc.shaderVector.vectorPayload);
        return fullscreenPass;
    }
    case Rendering::FullscreenPassType::FinalColor: {
        Rendering::Passes::BuiltinFinalColorPass* finalColorPass =
            dynamic_cast<Rendering::Passes::BuiltinFinalColorPass*>(
                passSlot.get());
        if (finalColorPass == nullptr) {
            passSlot =
                std::make_unique<Rendering::Passes::BuiltinFinalColorPass>();
            finalColorPass =
                static_cast<Rendering::Passes::BuiltinFinalColorPass*>(
                    passSlot.get());
        }

        finalColorPass->SetShaderPath(
            Resources::GetBuiltinFinalColorShaderPath());
        finalColorPass->SetSettings(passDesc.finalColor.settings);
        return finalColorPass;
    }
    default:
        return nullptr;
    }
}

} // namespace

class MonoManagedRenderPipelineAssetRuntime final
    : public Rendering::Pipelines::ManagedRenderPipelineAssetRuntime
    , public std::enable_shared_from_this<MonoManagedRenderPipelineAssetRuntime> {
public:
    MonoManagedRenderPipelineAssetRuntime(
        MonoScriptRuntime* runtime,
        std::weak_ptr<void> runtimeLifetime,
        Rendering::Pipelines::ManagedRenderPipelineAssetDescriptor descriptor)
        : m_runtime(runtime)
        , m_runtimeLifetime(std::move(runtimeLifetime))
        , m_descriptor(std::move(descriptor)) {
    }

    ~MonoManagedRenderPipelineAssetRuntime() override {
        ReleaseManagedAsset();
    }

    std::unique_ptr<Rendering::RenderPipelineStageRecorder> CreateStageRecorder() const override;

    void ConfigureCameraRenderRequest(
        Rendering::CameraRenderRequest& request,
        size_t renderedBaseCameraCount,
        size_t renderedRequestCount,
        const Rendering::DirectionalShadowPlanningSettings&
            directionalShadowSettings) const override;
    void ConfigureCameraFramePlan(
        Rendering::CameraFramePlan& plan) const override;
    bool ConfigureRenderSceneSetup(
        const Rendering::CameraFramePlan& plan,
        Rendering::RenderSceneData& sceneData) const override;
    bool ConfigureDirectionalShadowExecutionState(
        const Rendering::CameraFramePlan& plan,
        const Rendering::DirectionalShadowSurfaceAllocation&
            shadowAllocation,
        Rendering::DirectionalShadowExecutionState& shadowState)
        const override;

    bool TryGetDefaultFinalColorSettings(
        Rendering::FinalColorSettings& settings) const override;
    std::shared_ptr<const Rendering::RenderPipelineAsset>
    GetSharedPipelineBackendAsset() const override;

    MonoScriptRuntime* GetRuntime() const {
        return m_runtime;
    }

    bool IsRuntimeAlive() const {
        return m_runtime != nullptr &&
               !m_runtimeLifetime.expired() &&
               m_runtime->m_initialized;
    }

    bool AcquireManagedPipelineHandle(uint32_t& outPipelineHandle) const;

private:
    bool EnsureManagedAsset() const;
    bool SyncManagedAssetRuntimeState() const;
    bool TryGetManagedRuntimeResourceVersion(int32_t& outVersion) const;
    void ReleaseManagedPipeline() const;
    void ReleaseManagedAsset() const;
    MonoObject* GetManagedAssetObject() const;
    MonoMethod* ResolveDisposePipelineMethod(MonoObject* pipelineObject) const;
    MonoMethod* ResolveCreatePipelineMethod(MonoObject* assetObject) const;
    MonoMethod* ResolveConfigureCameraRenderRequestMethod(
        MonoObject* assetObject) const;
    MonoMethod* ResolveConfigureCameraFramePlanMethod(
        MonoObject* assetObject) const;
    MonoMethod* ResolveGetDefaultFinalColorSettingsMethod(
        MonoObject* assetObject) const;
    MonoMethod* ResolveGetRuntimeResourceVersionMethod(
        MonoObject* assetObject) const;
    MonoMethod* ResolveConfigureRenderSceneSetupMethod(
        MonoObject* assetObject) const;
    MonoMethod* ResolveConfigureDirectionalShadowExecutionStateMethod(
        MonoObject* assetObject) const;
    MonoMethod* ResolveReleaseRuntimeResourcesMethod(
        MonoObject* assetObject) const;

    MonoScriptRuntime* m_runtime = nullptr;
    std::weak_ptr<void> m_runtimeLifetime;
    Rendering::Pipelines::ManagedRenderPipelineAssetDescriptor m_descriptor;
    mutable uint32_t m_assetHandle = 0;
    mutable MonoMethod* m_disposePipelineMethod = nullptr;
    mutable MonoMethod* m_createPipelineMethod = nullptr;
    mutable MonoMethod* m_configureCameraRenderRequestMethod = nullptr;
    mutable MonoMethod* m_configureCameraFramePlanMethod = nullptr;
    mutable MonoMethod* m_getDefaultFinalColorSettingsMethod = nullptr;
    mutable MonoMethod* m_getRuntimeResourceVersionMethod = nullptr;
    mutable MonoMethod* m_configureRenderSceneSetupMethod =
        nullptr;
    mutable MonoMethod*
        m_configureDirectionalShadowExecutionStateMethod = nullptr;
    mutable MonoMethod* m_releaseRuntimeResourcesMethod = nullptr;
    mutable bool m_ownsManagedAssetHandle = false;
    mutable bool m_assetCreationAttempted = false;
    mutable bool m_runtimeResourceVersionResolved = false;
    mutable int32_t m_runtimeResourceVersion = 0;
    mutable uint32_t m_pipelineHandle = 0;
    mutable bool m_pipelineCreationAttempted = false;
    mutable bool m_sharedPipelineBackendAssetResolved = false;
    mutable std::shared_ptr<const Rendering::RenderPipelineAsset>
        m_sharedPipelineBackendAsset = nullptr;
};

class MonoManagedRenderPipelineStageRecorder final
    : public Rendering::RenderPipelineStageRecorder {
public:
    explicit MonoManagedRenderPipelineStageRecorder(
        std::shared_ptr<const MonoManagedRenderPipelineAssetRuntime> assetRuntime)
        : m_assetRuntime(std::move(assetRuntime))
        , m_runtime(
              m_assetRuntime != nullptr
                  ? m_assetRuntime->GetRuntime()
                  : nullptr) {
    }

    ~MonoManagedRenderPipelineStageRecorder() override {
        Shutdown();
    }

    bool Initialize(const Rendering::RenderContext&) override {
        return GetManagedPipelineObject() != nullptr;
    }

    void Shutdown() override {
        for (std::unique_ptr<Rendering::RenderPass>& pass :
             m_fullscreenPassPool) {
            if (pass != nullptr) {
                pass->Shutdown();
            }
        }
        m_fullscreenPassPool.clear();
        if (m_ownedSceneDrawBackend != nullptr) {
            m_ownedSceneDrawBackend->Shutdown();
        }
        m_ownedSharedPipelineBackendAsset.reset();
        m_supportsStageContextualMethod = nullptr;
        m_supportsStageMethod = nullptr;
        m_recordStageMethod = nullptr;
        m_resolvedPipelineHandle = 0;
        m_boundSceneDrawBackend = nullptr;
    }

    void SetPipelineBackend(
        Rendering::RenderPipelineBackend* pipelineBackend) override {
        m_boundSceneDrawBackend =
            dynamic_cast<Rendering::SceneDrawBackend*>(pipelineBackend);
    }

    bool SupportsStageRenderGraph(Rendering::CameraFrameStage stage) const override {
        return SupportsStageRenderGraph(
            Rendering::RenderPipelineStageSupportContext{
                stage,
                -1 });
    }

    bool SupportsStageRenderGraph(
        const Rendering::RenderPipelineStageSupportContext& context) const override {
        if (!SupportsManagedRenderPipelineStageGraphRecording(context.stage) ||
            !IsRuntimeAlive()) {
            return false;
        }

        MonoObject* const pipelineObject = GetManagedPipelineObject();
        if (!pipelineObject) {
            return false;
        }

        MonoMethod* const contextualMethod =
            ResolveSupportsStageContextualMethod(
                pipelineObject);
        if (contextualMethod != nullptr) {
            int32_t managedStage =
                static_cast<int32_t>(context.stage);
            int32_t rendererIndex =
                context.rendererIndex;
            void* args[2] = {
                &managedStage,
                &rendererIndex };
            MonoObject* result = nullptr;
            if (!m_runtime->InvokeManagedMethod(
                    pipelineObject,
                    contextualMethod,
                    args,
                    &result)) {
                return false;
            }

            bool supportsStage = false;
            return TryUnboxManagedBoolean(
                       result,
                       supportsStage) &&
                   supportsStage;
        }

        return SupportsStageRenderGraphFallback(
            pipelineObject,
            context.stage);
    }

private:
    bool SupportsStageRenderGraphFallback(
        MonoObject* pipelineObject,
        Rendering::CameraFrameStage stage) const {
        if (!SupportsManagedRenderPipelineStageGraphRecording(stage) ||
            !IsRuntimeAlive()) {
            return false;
        }

        MonoMethod* const method = ResolveSupportsStageMethod(pipelineObject);
        if (!pipelineObject || !method) {
            return false;
        }

        int32_t managedStage = static_cast<int32_t>(stage);
        void* args[1] = { &managedStage };
        MonoObject* result = nullptr;
        if (!m_runtime->InvokeManagedMethod(
                pipelineObject,
                method,
                args,
                &result)) {
            return false;
        }

        bool supportsStage = false;
        return TryUnboxManagedBoolean(result, supportsStage) && supportsStage;
    }

public:
    bool RecordStageRenderGraph(
        const Rendering::RenderPipelineStageRenderGraphContext& context) override {
        if (!IsRuntimeAlive()) {
            return false;
        }

        MonoObject* const pipelineObject = GetManagedPipelineObject();
        MonoMethod* const method = ResolveRecordStageMethod(pipelineObject);
        if (!pipelineObject || !method) {
            return false;
        }

        ManagedScriptableRenderContextState managedContextState = {};
        managedContextState.stage = context.stage;
        managedContextState.graphContext = &context;
        Rendering::SceneDrawBackend* const sceneDrawBackend =
            ResolveSceneDrawBackend();
        if (sceneDrawBackend == nullptr) {
            return false;
        }
        Rendering::Pipelines::NativeSceneRecorder sceneRecorder(
            *sceneDrawBackend,
            context);
        managedContextState.sceneRecorder = &sceneRecorder;
        const uint64_t managedContextHandle =
            RegisterManagedScriptableRenderContextState(managedContextState);
        MonoObject* const managedContextObject =
            m_runtime->CreateManagedScriptableRenderContext(managedContextHandle);
        if (managedContextObject == nullptr) {
            UnregisterManagedScriptableRenderContextState(managedContextHandle);
            return false;
        }

        void* args[1] = { managedContextObject };
        MonoObject* result = nullptr;
        const bool invokeSucceeded = m_runtime->InvokeManagedMethod(
                pipelineObject,
                method,
                args,
                &result);
        UnregisterManagedScriptableRenderContextState(managedContextHandle);
        if (!invokeSucceeded) {
            return false;
        }

        bool recorded = false;
        if (!(TryUnboxManagedBoolean(result, recorded) && recorded)) {
            return false;
        }

        return FlushManagedRasterPasses(
            context,
            managedContextState);
    }

private:
    bool IsRuntimeAlive() const {
        return m_assetRuntime != nullptr &&
               m_assetRuntime->IsRuntimeAlive() &&
               m_runtime != nullptr;
    }

    MonoObject* GetManagedPipelineObject() const {
        if (!IsRuntimeAlive()) {
            return nullptr;
        }

        uint32_t pipelineHandle = 0;
        if (!m_assetRuntime->AcquireManagedPipelineHandle(pipelineHandle) ||
            pipelineHandle == 0) {
            return nullptr;
        }

        if (pipelineHandle != m_resolvedPipelineHandle) {
            m_supportsStageContextualMethod = nullptr;
            m_supportsStageMethod = nullptr;
            m_recordStageMethod = nullptr;
            m_resolvedPipelineHandle = pipelineHandle;
        }

        return m_runtime->GetManagedObject(pipelineHandle);
    }

    MonoMethod* ResolveSupportsStageContextualMethod(
        MonoObject* pipelineObject) const {
        if (m_supportsStageContextualMethod == nullptr) {
            m_supportsStageContextualMethod =
                m_runtime->ResolveManagedMethod(
                    pipelineObject,
                    "SupportsStageRenderGraphContextual",
                    2);
        }

        return m_supportsStageContextualMethod;
    }

    MonoMethod* ResolveSupportsStageMethod(MonoObject* pipelineObject) const {
        if (m_supportsStageMethod == nullptr) {
            m_supportsStageMethod =
                m_runtime->ResolveManagedMethod(
                    pipelineObject,
                    "SupportsStageRenderGraph",
                    1);
        }

        return m_supportsStageMethod;
    }

    MonoMethod* ResolveRecordStageMethod(MonoObject* pipelineObject) const {
        if (m_recordStageMethod == nullptr) {
            m_recordStageMethod =
                m_runtime->ResolveManagedMethod(
                    pipelineObject,
                    "RecordStageRenderGraph",
                    1);
        }

        return m_recordStageMethod;
    }

    bool FlushManagedRasterPasses(
        const Rendering::RenderPipelineStageRenderGraphContext& context,
        const ManagedScriptableRenderContextState& managedContextState) {
        if (managedContextState.rasterPassRequests.empty()) {
            return true;
        }
        if (!Rendering::IsCameraFrameFullscreenSequenceStage(context.stage)) {
            return false;
        }

        Rendering::RenderGraphTextureHandle currentSourceColor =
            ResolveManagedScriptableRenderContextSourceColorTexture(
                &managedContextState);
        const Rendering::RenderGraphTextureHandle finalOutputColor =
            ResolveManagedScriptableRenderContextPrimaryColorTarget(
                &managedContextState);
        if (!currentSourceColor.IsValid() ||
            !finalOutputColor.IsValid()) {
            return false;
        }

        for (size_t passIndex = 0u;
             passIndex < managedContextState.rasterPassRequests.size();
             ++passIndex) {
            const ManagedScriptableRenderContextState::RasterPassRecordRequest&
                request = managedContextState.rasterPassRequests[passIndex];
            Rendering::RenderPass* const pass =
                ConfigureManagedFullscreenPass(
                    m_fullscreenPassPool,
                    passIndex,
                    request.passDesc);
            if (pass == nullptr) {
                return false;
            }

            const Containers::String resolvedPassName =
                !request.passName.Empty()
                    ? request.passName
                    : managedContextState.rasterPassRequests.size() == 1u
                        ? context.passName
                        : Rendering::BuildRenderGraphSequencePassName(
                              context.passName,
                              passIndex);
            const Rendering::RenderGraphTextureHandle resolvedSourceColor =
                request.sourceColorTexture.IsValid()
                    ? request.sourceColorTexture
                    : currentSourceColor;
            std::vector<Rendering::RenderGraphTextureHandle>
                resolvedColorTargets =
                    request.colorTargets;
            if (!ResolveManagedPrimaryColorTarget(resolvedColorTargets)
                     .IsValid()) {
                const bool isLastPass =
                    passIndex + 1u ==
                    managedContextState.rasterPassRequests.size();
                const Rendering::RenderGraphTextureHandle resolvedOutputColor =
                    isLastPass
                        ? finalOutputColor
                        : context.graphBuilder.CreateTransientTexture(
                              resolvedPassName + ".Color",
                              Rendering::BuildFullscreenTransientTextureDesc(
                                  context.surfaceTemplate));
                resolvedColorTargets = { resolvedOutputColor };
            }
            if (!RecordManagedFullscreenRasterPass(
                    context,
                    *pass,
                    resolvedSourceColor,
                    resolvedColorTargets,
                    request.readTextures,
                    request.readDepthTextures,
                    request.textureBindings,
                    request.depthTarget,
                    resolvedPassName)) {
                return false;
            }

            currentSourceColor =
                ResolveManagedPrimaryColorTarget(
                    resolvedColorTargets);
        }

        return true;
    }

    Rendering::SceneDrawBackend* ResolveSceneDrawBackend() {
        if (m_boundSceneDrawBackend != nullptr) {
            return m_boundSceneDrawBackend;
        }

        const std::shared_ptr<const Rendering::RenderPipelineAsset>
            sharedPipelineBackendAsset =
                m_assetRuntime != nullptr
                    ? m_assetRuntime->GetSharedPipelineBackendAsset()
                    : nullptr;
        if (sharedPipelineBackendAsset == nullptr) {
            return nullptr;
        }

        if (m_ownedSceneDrawBackend == nullptr ||
            sharedPipelineBackendAsset !=
                m_ownedSharedPipelineBackendAsset) {
            if (m_ownedSceneDrawBackend != nullptr) {
                m_ownedSceneDrawBackend->Shutdown();
            }
            m_ownedSceneDrawBackend =
                Rendering::Internal::CreateSceneDrawBackendFromAsset(
                    sharedPipelineBackendAsset);
            m_ownedSharedPipelineBackendAsset =
                sharedPipelineBackendAsset;
        }

        return m_ownedSceneDrawBackend.get();
    }

    std::shared_ptr<const MonoManagedRenderPipelineAssetRuntime> m_assetRuntime;
    MonoScriptRuntime* m_runtime = nullptr;
    mutable MonoMethod* m_supportsStageContextualMethod = nullptr;
    mutable MonoMethod* m_supportsStageMethod = nullptr;
    mutable MonoMethod* m_recordStageMethod = nullptr;
    mutable uint32_t m_resolvedPipelineHandle = 0;
    std::vector<std::unique_ptr<Rendering::RenderPass>> m_fullscreenPassPool = {};
    Rendering::SceneDrawBackend* m_boundSceneDrawBackend = nullptr;
    std::shared_ptr<const Rendering::RenderPipelineAsset>
        m_ownedSharedPipelineBackendAsset = nullptr;
    std::unique_ptr<Rendering::SceneDrawBackend> m_ownedSceneDrawBackend =
        nullptr;
};

std::unique_ptr<Rendering::RenderPipelineStageRecorder>
MonoManagedRenderPipelineAssetRuntime::CreateStageRecorder() const {
    if (!IsRuntimeAlive() || !m_descriptor.IsValid()) {
        return nullptr;
    }

    return std::make_unique<MonoManagedRenderPipelineStageRecorder>(
        shared_from_this());
}

void MonoManagedRenderPipelineAssetRuntime::ConfigureCameraRenderRequest(
    Rendering::CameraRenderRequest& request,
    size_t renderedBaseCameraCount,
    size_t renderedRequestCount,
    const Rendering::DirectionalShadowPlanningSettings&
        directionalShadowSettings) const {
    if (!EnsureManagedAsset()) {
        request.directionalShadow = {};
        Rendering::ApplyDefaultRenderPipelineAssetCameraRenderRequestPolicy(
            request,
            renderedBaseCameraCount,
            renderedRequestCount,
            directionalShadowSettings);
        return;
    }

    MonoObject* const assetObject = GetManagedAssetObject();
    MonoMethod* const method =
        ResolveConfigureCameraRenderRequestMethod(assetObject);
    if (assetObject == nullptr || method == nullptr) {
        request.directionalShadow = {};
        Rendering::ApplyDefaultRenderPipelineAssetCameraRenderRequestPolicy(
            request,
            renderedBaseCameraCount,
            renderedRequestCount,
            directionalShadowSettings);
        return;
    }

    ManagedCameraRenderRequestContextState requestContextState =
        {};
    requestContextState.request = &request;
    requestContextState.renderedBaseCameraCount = renderedBaseCameraCount;
    requestContextState.renderedRequestCount = renderedRequestCount;
    requestContextState.directionalShadowPlanningSettings =
        directionalShadowSettings;
    const uint64_t requestContextHandle =
        RegisterManagedCameraRenderRequestContextState(
            requestContextState);
    MonoObject* const requestContextObject =
        m_runtime->CreateManagedCameraRenderRequestContext(
            requestContextHandle);
    if (requestContextObject == nullptr) {
        UnregisterManagedCameraRenderRequestContextState(
            requestContextHandle);
        request.directionalShadow = {};
        Rendering::ApplyDefaultRenderPipelineAssetCameraRenderRequestPolicy(
            request,
            renderedBaseCameraCount,
            renderedRequestCount,
            directionalShadowSettings);
        return;
    }

    void* args[1] = { requestContextObject };
    m_runtime->InvokeManagedMethod(
        assetObject,
        method,
        args,
        nullptr);
    request.directionalShadow = {};
    if (requestContextState.suppressDirectionalShadow) {
    } else {
        Rendering::ApplyDefaultRenderPipelineAssetCameraRenderRequestPolicy(
            request,
            renderedBaseCameraCount,
            renderedRequestCount,
            requestContextState.directionalShadowPlanningSettings);
    }
    UnregisterManagedCameraRenderRequestContextState(
        requestContextHandle);
}

void MonoManagedRenderPipelineAssetRuntime::ConfigureCameraFramePlan(
    Rendering::CameraFramePlan& plan) const {
    if (!EnsureManagedAsset()) {
        return;
    }

    MonoObject* const assetObject = GetManagedAssetObject();
    MonoMethod* const method =
        ResolveConfigureCameraFramePlanMethod(assetObject);
    if (assetObject == nullptr || method == nullptr) {
        return;
    }

    ManagedScriptableRenderPipelinePlanningContextState
        planningContextState = {};
    planningContextState.plan = &plan;
    const uint64_t planningContextHandle =
        RegisterManagedScriptableRenderPipelinePlanningContextState(
            planningContextState);
    MonoObject* const planningContextObject =
        m_runtime->CreateManagedScriptableRenderPipelinePlanningContext(
            planningContextHandle);
    if (planningContextObject == nullptr) {
        UnregisterManagedScriptableRenderPipelinePlanningContextState(
            planningContextHandle);
        return;
    }

    void* args[1] = { planningContextObject };
    m_runtime->InvokeManagedMethod(
        assetObject,
        method,
        args,
        nullptr);
    UnregisterManagedScriptableRenderPipelinePlanningContextState(
        planningContextHandle);
}

bool MonoManagedRenderPipelineAssetRuntime::ConfigureRenderSceneSetup(
    const Rendering::CameraFramePlan& plan,
    Rendering::RenderSceneData& sceneData) const {
    if (!EnsureManagedAsset()) {
        return false;
    }

    MonoObject* const assetObject = GetManagedAssetObject();
    MonoMethod* const method =
        ResolveConfigureRenderSceneSetupMethod(assetObject);
    if (assetObject == nullptr || method == nullptr) {
        return false;
    }

    ManagedRenderSceneSetupContextState setupContextState = {};
    setupContextState.plan = &plan;
    setupContextState.sceneData = &sceneData;
    const uint64_t setupContextHandle =
        RegisterManagedRenderSceneSetupContextState(
            setupContextState);
    MonoObject* const setupContextObject =
        m_runtime->CreateManagedRenderSceneSetupContext(
            setupContextHandle);
    if (setupContextObject == nullptr) {
        UnregisterManagedRenderSceneSetupContextState(
            setupContextHandle);
        return false;
    }

    void* args[1] = { setupContextObject };
    m_runtime->InvokeManagedMethod(
        assetObject,
        method,
        args,
        nullptr);
    UnregisterManagedRenderSceneSetupContextState(
        setupContextHandle);
    return setupContextState.explicitlyConfigured;
}

bool MonoManagedRenderPipelineAssetRuntime::
    ConfigureDirectionalShadowExecutionState(
        const Rendering::CameraFramePlan& plan,
        const Rendering::DirectionalShadowSurfaceAllocation&
            shadowAllocation,
        Rendering::DirectionalShadowExecutionState& shadowState) const {
    if (!EnsureManagedAsset()) {
        return false;
    }

    MonoObject* const assetObject = GetManagedAssetObject();
    MonoMethod* const method =
        ResolveConfigureDirectionalShadowExecutionStateMethod(
            assetObject);
    if (assetObject == nullptr || method == nullptr) {
        return false;
    }

    ManagedDirectionalShadowExecutionContextState executionState =
        {};
    executionState.plan = &plan;
    executionState.shadowAllocation = &shadowAllocation;
    executionState.shadowState = &shadowState;
    const uint64_t executionContextHandle =
        RegisterManagedDirectionalShadowExecutionContextState(
            executionState);
    MonoObject* const executionContextObject =
        m_runtime->CreateManagedDirectionalShadowExecutionContext(
            executionContextHandle);
    if (executionContextObject == nullptr) {
        UnregisterManagedDirectionalShadowExecutionContextState(
            executionContextHandle);
        return false;
    }

    void* args[1] = { executionContextObject };
    m_runtime->InvokeManagedMethod(
        assetObject,
        method,
        args,
        nullptr);
    UnregisterManagedDirectionalShadowExecutionContextState(
        executionContextHandle);
    return executionState.explicitlyConfigured;
}

bool MonoManagedRenderPipelineAssetRuntime::TryGetDefaultFinalColorSettings(
    Rendering::FinalColorSettings& settings) const {
    settings = {};
    settings.exposureValue = 1.0f;
    settings.finalColorScale = XCEngine::Math::Vector4::One();
    if (!EnsureManagedAsset()) {
        return false;
    }

    MonoObject* const assetObject = GetManagedAssetObject();
    MonoMethod* const method =
        ResolveGetDefaultFinalColorSettingsMethod(assetObject);
    if (assetObject == nullptr || method == nullptr) {
        return false;
    }

    MonoObject* managedSettings = nullptr;
    if (!m_runtime->InvokeManagedMethod(
            assetObject,
            method,
            nullptr,
            &managedSettings)) {
        return false;
    }

    return TryUnboxManagedFinalColorSettings(
        managedSettings,
        settings);
}

std::shared_ptr<const Rendering::RenderPipelineAsset>
MonoManagedRenderPipelineAssetRuntime::GetSharedPipelineBackendAsset() const {
    if (!SyncManagedAssetRuntimeState()) {
        return nullptr;
    }

    if (m_sharedPipelineBackendAssetResolved) {
        return m_sharedPipelineBackendAsset;
    }

    if (GetManagedAssetObject() == nullptr) {
        return nullptr;
    }

    m_sharedPipelineBackendAssetResolved = true;
    m_sharedPipelineBackendAsset =
        Rendering::Internal::CreateDefaultPipelineBackendAsset();
    return m_sharedPipelineBackendAsset;
}

bool MonoManagedRenderPipelineAssetRuntime::AcquireManagedPipelineHandle(
    uint32_t& outPipelineHandle) const {
    if (!SyncManagedAssetRuntimeState()) {
        outPipelineHandle = 0;
        return false;
    }

    if (m_pipelineHandle != 0) {
        outPipelineHandle = m_pipelineHandle;
        return true;
    }
    if (m_pipelineCreationAttempted) {
        outPipelineHandle = 0;
        return false;
    }

    m_pipelineCreationAttempted = true;

    MonoObject* const assetObject = GetManagedAssetObject();
    MonoMethod* const createPipelineMethod =
        ResolveCreatePipelineMethod(assetObject);
    if (assetObject == nullptr || createPipelineMethod == nullptr) {
        outPipelineHandle = 0;
        return false;
    }

    MonoObject* pipelineObject = nullptr;
    if (!m_runtime->InvokeManagedMethod(
            assetObject,
            createPipelineMethod,
            nullptr,
            &pipelineObject) ||
        pipelineObject == nullptr) {
        outPipelineHandle = 0;
        return false;
    }

    if (!IsMonoClassOrSubclass(
            mono_object_get_class(pipelineObject),
            m_runtime->m_scriptableRenderPipelineClass)) {
        m_runtime->SetError(
            "Managed render pipeline asset returned a non-ScriptableRenderPipeline instance: " +
            m_descriptor.GetFullName() + ".");
        outPipelineHandle = 0;
        return false;
    }

    m_pipelineHandle = m_runtime->RetainExternalManagedObject(pipelineObject);
    outPipelineHandle = m_pipelineHandle;
    return m_pipelineHandle != 0;
}

bool MonoManagedRenderPipelineAssetRuntime::EnsureManagedAsset() const {
    if (m_assetHandle != 0) {
        return true;
    }
    if (m_assetCreationAttempted || !IsRuntimeAlive() || !m_descriptor.IsValid()) {
        return false;
    }

    m_assetCreationAttempted = true;

    if (m_descriptor.HasManagedAssetHandle()) {
        MonoObject* const assetObject =
            m_runtime->GetExternalManagedObject(
                m_descriptor.managedAssetHandle);
        MonoClass* const assetClass =
            assetObject != nullptr
                ? mono_object_get_class(assetObject)
                : nullptr;
        if (assetClass == nullptr) {
            m_runtime->SetError(
                "Managed render pipeline asset handle is no longer valid: " +
                m_descriptor.GetFullName() + ".");
            return false;
        }

        if (!IsMonoClassOrSubclass(
                assetClass,
                m_runtime->m_scriptableRenderPipelineAssetClass)) {
            m_runtime->SetError(
                "Managed render pipeline asset must derive from ScriptableRenderPipelineAsset: " +
                m_descriptor.GetFullName() + ".");
            return false;
        }

        m_assetHandle = m_descriptor.managedAssetHandle;
        m_ownsManagedAssetHandle = false;
        return true;
    }

    MonoClass* assetClass = nullptr;
    if (!m_runtime->ResolveManagedClass(
            m_descriptor.assemblyName,
            m_descriptor.namespaceName,
            m_descriptor.className,
            assetClass) ||
        assetClass == nullptr) {
        return false;
    }

    if (!IsMonoClassOrSubclass(
            assetClass,
            m_runtime->m_scriptableRenderPipelineAssetClass)) {
        m_runtime->SetError(
            "Managed render pipeline asset must derive from ScriptableRenderPipelineAsset: " +
            m_descriptor.GetFullName() + ".");
        return false;
    }

    m_ownsManagedAssetHandle =
        m_runtime->CreateExternalManagedObject(assetClass, m_assetHandle) &&
        m_assetHandle != 0;
    return m_ownsManagedAssetHandle;
}

bool MonoManagedRenderPipelineAssetRuntime::SyncManagedAssetRuntimeState() const {
    if (!EnsureManagedAsset()) {
        return false;
    }

    int32_t runtimeResourceVersion = 0;
    if (!TryGetManagedRuntimeResourceVersion(runtimeResourceVersion)) {
        return false;
    }

    if (!m_runtimeResourceVersionResolved) {
        m_runtimeResourceVersion = runtimeResourceVersion;
        m_runtimeResourceVersionResolved = true;
        return true;
    }

    if (runtimeResourceVersion == m_runtimeResourceVersion) {
        return true;
    }

    ReleaseManagedPipeline();
    m_sharedPipelineBackendAsset.reset();
    m_sharedPipelineBackendAssetResolved = false;
    m_runtimeResourceVersion = runtimeResourceVersion;
    return true;
}

bool MonoManagedRenderPipelineAssetRuntime::TryGetManagedRuntimeResourceVersion(
    int32_t& outVersion) const {
    outVersion = 0;
    if (!EnsureManagedAsset()) {
        return false;
    }

    MonoObject* const assetObject = GetManagedAssetObject();
    MonoMethod* const method =
        ResolveGetRuntimeResourceVersionMethod(assetObject);
    if (assetObject == nullptr || method == nullptr) {
        return false;
    }

    MonoObject* managedVersion = nullptr;
    if (!m_runtime->InvokeManagedMethod(
            assetObject,
            method,
            nullptr,
            &managedVersion)) {
        return false;
    }

    return TryUnboxManagedInt32(managedVersion, outVersion);
}

void MonoManagedRenderPipelineAssetRuntime::ReleaseManagedPipeline() const {
    m_pipelineCreationAttempted = false;
    m_disposePipelineMethod = nullptr;

    if (!IsRuntimeAlive()) {
        m_pipelineHandle = 0;
        return;
    }

    if (m_pipelineHandle != 0) {
        MonoObject* const pipelineObject =
            m_runtime->GetManagedObject(m_pipelineHandle);
        MonoMethod* const disposeMethod =
            ResolveDisposePipelineMethod(pipelineObject);
        if (pipelineObject != nullptr && disposeMethod != nullptr) {
            m_runtime->InvokeManagedMethod(
                pipelineObject,
                disposeMethod,
                nullptr,
                nullptr);
        }

        m_runtime->DestroyExternalManagedObject(m_pipelineHandle);
        m_pipelineHandle = 0;
    }
}

void MonoManagedRenderPipelineAssetRuntime::ReleaseManagedAsset() const {
    ReleaseManagedPipeline();
    m_releaseRuntimeResourcesMethod = nullptr;
    m_createPipelineMethod = nullptr;
    m_configureCameraRenderRequestMethod = nullptr;
    m_configureCameraFramePlanMethod = nullptr;
    m_getDefaultFinalColorSettingsMethod = nullptr;
    m_getRuntimeResourceVersionMethod = nullptr;
    m_configureRenderSceneSetupMethod = nullptr;
    m_configureDirectionalShadowExecutionStateMethod = nullptr;
    m_sharedPipelineBackendAsset.reset();
    m_sharedPipelineBackendAssetResolved = false;
    m_runtimeResourceVersionResolved = false;
    m_runtimeResourceVersion = 0;
    const bool ownsManagedAssetHandle = m_ownsManagedAssetHandle;
    m_ownsManagedAssetHandle = false;
    m_assetCreationAttempted = false;

    if (!IsRuntimeAlive()) {
        m_assetHandle = 0;
        return;
    }

    MonoObject* const assetObject = GetManagedAssetObject();
    MonoMethod* const releaseRuntimeResourcesMethod =
        ResolveReleaseRuntimeResourcesMethod(assetObject);
    if (assetObject != nullptr && releaseRuntimeResourcesMethod != nullptr) {
        m_runtime->InvokeManagedMethod(
            assetObject,
            releaseRuntimeResourcesMethod,
            nullptr,
            nullptr);
    }

    if (m_assetHandle != 0 && ownsManagedAssetHandle) {
        m_runtime->DestroyExternalManagedObject(m_assetHandle);
    }

    m_assetHandle = 0;
}

MonoObject* MonoManagedRenderPipelineAssetRuntime::GetManagedAssetObject() const {
    return m_assetHandle != 0
        ? m_runtime->GetManagedObject(m_assetHandle)
        : nullptr;
}

MonoMethod* MonoManagedRenderPipelineAssetRuntime::ResolveDisposePipelineMethod(
    MonoObject* pipelineObject) const {
    if (m_disposePipelineMethod == nullptr) {
        m_disposePipelineMethod =
            m_runtime->ResolveManagedMethod(
                pipelineObject,
                "DisposeInstance",
                0);
    }

    return m_disposePipelineMethod;
}

MonoMethod* MonoManagedRenderPipelineAssetRuntime::ResolveCreatePipelineMethod(
    MonoObject* assetObject) const {
    if (m_createPipelineMethod == nullptr) {
        m_createPipelineMethod =
            m_runtime->ResolveManagedMethod(
                assetObject,
                "CreatePipeline",
                0);
    }

    return m_createPipelineMethod;
}

MonoMethod*
MonoManagedRenderPipelineAssetRuntime::ResolveConfigureCameraRenderRequestMethod(
    MonoObject* assetObject) const {
    if (m_configureCameraRenderRequestMethod == nullptr) {
        m_configureCameraRenderRequestMethod =
            m_runtime->ResolveManagedMethod(
                assetObject,
                "ConfigureCameraRenderRequest",
                1);
    }

    return m_configureCameraRenderRequestMethod;
}

MonoMethod*
MonoManagedRenderPipelineAssetRuntime::ResolveConfigureCameraFramePlanMethod(
    MonoObject* assetObject) const {
    if (m_configureCameraFramePlanMethod == nullptr) {
        m_configureCameraFramePlanMethod =
            m_runtime->ResolveManagedMethod(
                assetObject,
                "ConfigureCameraFramePlanInstance",
                1);
    }

    return m_configureCameraFramePlanMethod;
}

MonoMethod*
MonoManagedRenderPipelineAssetRuntime::ResolveGetDefaultFinalColorSettingsMethod(
    MonoObject* assetObject) const {
    if (m_getDefaultFinalColorSettingsMethod == nullptr) {
        m_getDefaultFinalColorSettingsMethod =
            m_runtime->ResolveManagedMethod(
                assetObject,
                "GetDefaultFinalColorSettings",
                0);
    }

    return m_getDefaultFinalColorSettingsMethod;
}

MonoMethod*
MonoManagedRenderPipelineAssetRuntime::ResolveGetRuntimeResourceVersionMethod(
    MonoObject* assetObject) const {
    if (m_getRuntimeResourceVersionMethod == nullptr) {
        m_getRuntimeResourceVersionMethod =
            m_runtime->ResolveManagedMethod(
                assetObject,
                "GetRuntimeResourceVersionInstance",
                0);
    }

    return m_getRuntimeResourceVersionMethod;
}

MonoMethod*
MonoManagedRenderPipelineAssetRuntime::
    ResolveConfigureRenderSceneSetupMethod(
        MonoObject* assetObject) const {
    if (m_configureRenderSceneSetupMethod == nullptr) {
        m_configureRenderSceneSetupMethod =
            m_runtime->ResolveManagedMethod(
                assetObject,
                "ConfigureRenderSceneSetupInstance",
                1);
    }

    return m_configureRenderSceneSetupMethod;
}

MonoMethod*
MonoManagedRenderPipelineAssetRuntime::
    ResolveConfigureDirectionalShadowExecutionStateMethod(
        MonoObject* assetObject) const {
    if (m_configureDirectionalShadowExecutionStateMethod ==
        nullptr) {
        m_configureDirectionalShadowExecutionStateMethod =
            m_runtime->ResolveManagedMethod(
                assetObject,
                "ConfigureDirectionalShadowExecutionStateInstance",
                1);
    }

    return m_configureDirectionalShadowExecutionStateMethod;
}

MonoMethod*
MonoManagedRenderPipelineAssetRuntime::ResolveReleaseRuntimeResourcesMethod(
    MonoObject* assetObject) const {
    if (m_releaseRuntimeResourcesMethod == nullptr) {
        m_releaseRuntimeResourcesMethod =
            m_runtime->ResolveManagedMethod(
                assetObject,
                "ReleaseRuntimeResourcesInstance",
                0);
    }

    return m_releaseRuntimeResourcesMethod;
}

class MonoManagedRenderPipelineBridge final
    : public Rendering::Pipelines::ManagedRenderPipelineBridge {
public:
    MonoManagedRenderPipelineBridge(
        MonoScriptRuntime* runtime,
        std::weak_ptr<void> runtimeLifetime)
        : m_runtime(runtime)
        , m_runtimeLifetime(std::move(runtimeLifetime)) {
    }

    std::shared_ptr<const Rendering::Pipelines::ManagedRenderPipelineAssetRuntime>
    CreateAssetRuntime(
        const Rendering::Pipelines::ManagedRenderPipelineAssetDescriptor& descriptor)
        const override {
        if (!IsRuntimeAlive() || !descriptor.IsValid()) {
            return nullptr;
        }

        return std::make_shared<MonoManagedRenderPipelineAssetRuntime>(
            m_runtime,
            m_runtimeLifetime,
            descriptor);
    }

private:
    bool IsRuntimeAlive() const {
        return m_runtime != nullptr &&
               !m_runtimeLifetime.expired() &&
               m_runtime->m_initialized;
    }

    MonoScriptRuntime* m_runtime = nullptr;
    std::weak_ptr<void> m_runtimeLifetime;
};

namespace {

ManagedComponentTypeInfo ResolveManagedComponentTypeInfo(MonoClass* monoClass) {
    ManagedComponentTypeInfo typeInfo;
    if (!monoClass) {
        return typeInfo;
    }

    typeInfo.monoClass = monoClass;
    typeInfo.namespaceName = SafeString(mono_class_get_namespace(monoClass));
    typeInfo.className = SafeString(mono_class_get_name(monoClass));

    if (typeInfo.namespaceName == "XCEngine" && typeInfo.className == "Transform") {
        typeInfo.kind = ManagedComponentKind::Transform;
        return typeInfo;
    }
    if (typeInfo.namespaceName == "XCEngine" && typeInfo.className == "Rigidbody") {
        typeInfo.kind = ManagedComponentKind::Rigidbody;
        return typeInfo;
    }
    if (typeInfo.namespaceName == "XCEngine" && typeInfo.className == "Camera") {
        typeInfo.kind = ManagedComponentKind::Camera;
        return typeInfo;
    }
    if (typeInfo.namespaceName == "XCEngine" && typeInfo.className == "Light") {
        typeInfo.kind = ManagedComponentKind::Light;
        return typeInfo;
    }
    if (typeInfo.namespaceName == "XCEngine" && typeInfo.className == "MeshFilter") {
        typeInfo.kind = ManagedComponentKind::MeshFilter;
        return typeInfo;
    }
    if (typeInfo.namespaceName == "XCEngine" && typeInfo.className == "MeshRenderer") {
        typeInfo.kind = ManagedComponentKind::MeshRenderer;
        return typeInfo;
    }

    MonoScriptRuntime* runtime = GetActiveMonoScriptRuntime();
    if (runtime
        && runtime->IsClassAvailable(
            runtime->GetSettings().appAssemblyName,
            typeInfo.namespaceName,
            typeInfo.className)) {
        typeInfo.kind = ManagedComponentKind::Script;
        typeInfo.assemblyName = runtime->GetSettings().appAssemblyName;
    }

    return typeInfo;
}

ManagedComponentTypeInfo ResolveManagedComponentTypeInfo(MonoReflectionType* reflectionType) {
    if (!reflectionType) {
        return {};
    }

    MonoType* monoType = mono_reflection_type_get_type(reflectionType);
    if (!monoType) {
        return {};
    }

    return ResolveManagedComponentTypeInfo(mono_class_from_mono_type(monoType));
}

Components::GameObject* FindGameObjectByUUIDRecursive(Components::GameObject* gameObject, uint64_t uuid) {
    if (!gameObject) {
        return nullptr;
    }

    if (gameObject->GetUUID() == uuid) {
        return gameObject;
    }

    for (Components::GameObject* child : gameObject->GetChildren()) {
        if (Components::GameObject* found = FindGameObjectByUUIDRecursive(child, uuid)) {
            return found;
        }
    }

    return nullptr;
}

ScriptComponent* FindScriptComponentByUUIDRecursive(Components::GameObject* gameObject, uint64_t scriptComponentUUID) {
    if (!gameObject || scriptComponentUUID == 0) {
        return nullptr;
    }

    for (ScriptComponent* component : gameObject->GetComponents<ScriptComponent>()) {
        if (component && component->GetScriptComponentUUID() == scriptComponentUUID) {
            return component;
        }
    }

    for (Components::GameObject* child : gameObject->GetChildren()) {
        if (ScriptComponent* found = FindScriptComponentByUUIDRecursive(child, scriptComponentUUID)) {
            return found;
        }
    }

    return nullptr;
}

Components::GameObject* FindGameObjectByUUID(uint64_t uuid) {
    Components::Scene* scene = GetInternalCallScene();
    if (!scene || uuid == 0) {
        return nullptr;
    }

    for (Components::GameObject* root : scene->GetRootGameObjects()) {
        if (Components::GameObject* found = FindGameObjectByUUIDRecursive(root, uuid)) {
            return found;
        }
    }

    return nullptr;
}

ScriptComponent* FindScriptComponentByUUID(uint64_t scriptComponentUUID) {
    Components::Scene* scene = GetInternalCallScene();
    if (!scene || scriptComponentUUID == 0) {
        return nullptr;
    }

    for (Components::GameObject* root : scene->GetRootGameObjects()) {
        if (ScriptComponent* found = FindScriptComponentByUUIDRecursive(root, scriptComponentUUID)) {
            return found;
        }
    }

    return nullptr;
}

Components::Component* FindNativeComponent(Components::GameObject* gameObject, ManagedComponentKind componentKind) {
    if (!gameObject) {
        return nullptr;
    }

    switch (componentKind) {
        case ManagedComponentKind::Transform:
            return gameObject->GetTransform();
        case ManagedComponentKind::Rigidbody:
            return gameObject->GetComponent<Components::RigidbodyComponent>();
        case ManagedComponentKind::Camera:
            return gameObject->GetComponent<Components::CameraComponent>();
        case ManagedComponentKind::Light:
            return gameObject->GetComponent<Components::LightComponent>();
        case ManagedComponentKind::MeshFilter:
            return gameObject->GetComponent<Components::MeshFilterComponent>();
        case ManagedComponentKind::MeshRenderer:
            return gameObject->GetComponent<Components::MeshRendererComponent>();
        case ManagedComponentKind::Script:
        case ManagedComponentKind::Unknown:
            return nullptr;
    }

    return nullptr;
}

bool HasNativeComponent(Components::GameObject* gameObject, ManagedComponentKind componentKind) {
    return FindNativeComponent(gameObject, componentKind) != nullptr;
}

bool IsMatchingScriptComponent(const ScriptComponent* component, const ManagedComponentTypeInfo& typeInfo) {
    return component
        && component->HasScriptClass()
        && typeInfo.kind == ManagedComponentKind::Script
        && component->GetAssemblyName() == typeInfo.assemblyName
        && component->GetNamespaceName() == typeInfo.namespaceName
        && component->GetClassName() == typeInfo.className;
}

Components::Component* AddOrGetNativeComponent(Components::GameObject* gameObject, ManagedComponentKind componentKind) {
    if (!gameObject) {
        return nullptr;
    }

    switch (componentKind) {
        case ManagedComponentKind::Transform:
            return gameObject->GetTransform();
        case ManagedComponentKind::Rigidbody:
            return gameObject->GetComponent<Components::RigidbodyComponent>()
                ? static_cast<Components::Component*>(gameObject->GetComponent<Components::RigidbodyComponent>())
                : static_cast<Components::Component*>(gameObject->AddComponent<Components::RigidbodyComponent>());
        case ManagedComponentKind::Camera:
            return gameObject->GetComponent<Components::CameraComponent>()
                ? static_cast<Components::Component*>(gameObject->GetComponent<Components::CameraComponent>())
                : static_cast<Components::Component*>(gameObject->AddComponent<Components::CameraComponent>());
        case ManagedComponentKind::Light:
            return gameObject->GetComponent<Components::LightComponent>()
                ? static_cast<Components::Component*>(gameObject->GetComponent<Components::LightComponent>())
                : static_cast<Components::Component*>(gameObject->AddComponent<Components::LightComponent>());
        case ManagedComponentKind::MeshFilter:
            return gameObject->GetComponent<Components::MeshFilterComponent>()
                ? static_cast<Components::Component*>(gameObject->GetComponent<Components::MeshFilterComponent>())
                : static_cast<Components::Component*>(gameObject->AddComponent<Components::MeshFilterComponent>());
        case ManagedComponentKind::MeshRenderer:
            return gameObject->GetComponent<Components::MeshRendererComponent>()
                ? static_cast<Components::Component*>(gameObject->GetComponent<Components::MeshRendererComponent>())
                : static_cast<Components::Component*>(gameObject->AddComponent<Components::MeshRendererComponent>());
        case ManagedComponentKind::Script:
        case ManagedComponentKind::Unknown:
            return nullptr;
    }

    return nullptr;
}

ScriptComponent* FindMatchingScriptComponent(
    Components::GameObject* gameObject,
    const ManagedComponentTypeInfo& typeInfo) {
    if (!gameObject || typeInfo.kind != ManagedComponentKind::Script) {
        return nullptr;
    }

    for (ScriptComponent* component : gameObject->GetComponents<ScriptComponent>()) {
        if (IsMatchingScriptComponent(component, typeInfo)) {
            return component;
        }
    }

    return nullptr;
}

ScriptComponent* FindMatchingScriptComponentInChildren(
    Components::GameObject* gameObject,
    const ManagedComponentTypeInfo& typeInfo) {
    if (!gameObject) {
        return nullptr;
    }

    if (ScriptComponent* component = FindMatchingScriptComponent(gameObject, typeInfo)) {
        return component;
    }

    for (Components::GameObject* child : gameObject->GetChildren()) {
        if (ScriptComponent* component = FindMatchingScriptComponentInChildren(child, typeInfo)) {
            return component;
        }
    }

    return nullptr;
}

ScriptComponent* FindMatchingScriptComponentInParent(
    Components::GameObject* gameObject,
    const ManagedComponentTypeInfo& typeInfo) {
    while (gameObject) {
        if (ScriptComponent* component = FindMatchingScriptComponent(gameObject, typeInfo)) {
            return component;
        }

        gameObject = gameObject->GetParent();
    }

    return nullptr;
}

Components::Component* FindNativeComponentInChildren(
    Components::GameObject* gameObject,
    ManagedComponentKind componentKind) {
    if (!gameObject) {
        return nullptr;
    }

    if (Components::Component* component = FindNativeComponent(gameObject, componentKind)) {
        return component;
    }

    for (Components::GameObject* child : gameObject->GetChildren()) {
        if (Components::Component* component = FindNativeComponentInChildren(child, componentKind)) {
            return component;
        }
    }

    return nullptr;
}

Components::Component* FindNativeComponentInParent(
    Components::GameObject* gameObject,
    ManagedComponentKind componentKind) {
    while (gameObject) {
        if (Components::Component* component = FindNativeComponent(gameObject, componentKind)) {
            return component;
        }

        gameObject = gameObject->GetParent();
    }

    return nullptr;
}

bool DestroyNativeComponentInstance(Components::GameObject* gameObject, Components::Component* component) {
    if (!gameObject || !component || component == gameObject->GetTransform()) {
        return false;
    }

    if (component->IsEnabled() && gameObject->IsActiveInHierarchy()) {
        component->OnDisable();
    }

    component->OnDestroy();
    return gameObject->RemoveComponent(component);
}

Components::CameraComponent* FindCameraComponent(uint64_t gameObjectUUID) {
    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    return gameObject ? gameObject->GetComponent<Components::CameraComponent>() : nullptr;
}

Components::LightComponent* FindLightComponent(uint64_t gameObjectUUID) {
    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    return gameObject ? gameObject->GetComponent<Components::LightComponent>() : nullptr;
}

Components::MeshFilterComponent* FindMeshFilterComponent(uint64_t gameObjectUUID) {
    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    return gameObject ? gameObject->GetComponent<Components::MeshFilterComponent>() : nullptr;
}

Components::MeshRendererComponent* FindMeshRendererComponent(uint64_t gameObjectUUID) {
    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    return gameObject ? gameObject->GetComponent<Components::MeshRendererComponent>() : nullptr;
}

Components::RigidbodyComponent* FindRigidbodyComponent(uint64_t gameObjectUUID) {
    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    return gameObject ? gameObject->GetComponent<Components::RigidbodyComponent>() : nullptr;
}

Components::Space ResolveManagedSpace(int32_t value) {
    return value == static_cast<int32_t>(Components::Space::World)
        ? Components::Space::World
        : Components::Space::Self;
}

Physics::PhysicsBodyType ResolveManagedPhysicsBodyType(int32_t value) {
    switch (value) {
        case static_cast<int32_t>(Physics::PhysicsBodyType::Static):
            return Physics::PhysicsBodyType::Static;
        case static_cast<int32_t>(Physics::PhysicsBodyType::Kinematic):
            return Physics::PhysicsBodyType::Kinematic;
        case static_cast<int32_t>(Physics::PhysicsBodyType::Dynamic):
        default:
            return Physics::PhysicsBodyType::Dynamic;
    }
}

Physics::PhysicsForceMode ResolveManagedForceMode(int32_t value) {
    switch (value) {
        case static_cast<int32_t>(Physics::PhysicsForceMode::Acceleration):
            return Physics::PhysicsForceMode::Acceleration;
        case static_cast<int32_t>(Physics::PhysicsForceMode::Impulse):
            return Physics::PhysicsForceMode::Impulse;
        case static_cast<int32_t>(Physics::PhysicsForceMode::VelocityChange):
            return Physics::PhysicsForceMode::VelocityChange;
        case static_cast<int32_t>(Physics::PhysicsForceMode::Force):
        default:
            return Physics::PhysicsForceMode::Force;
    }
}

Physics::PhysicsWorld* FindRuntimePhysicsWorld() {
    return ScriptEngine::Get().GetRuntimePhysicsWorld();
}

MonoArray* CreateManagedComponentArray(MonoClass* componentClass, const std::vector<MonoObject*>& components) {
    if (!componentClass) {
        return nullptr;
    }

    MonoDomain* domain = mono_domain_get();
    if (!domain) {
        return nullptr;
    }

    MonoArray* array = mono_array_new(domain, componentClass, static_cast<uintptr_t>(components.size()));
    if (!array) {
        return nullptr;
    }

    for (uintptr_t index = 0; index < components.size(); ++index) {
        mono_array_setref(array, index, components[index]);
    }

    return array;
}

void LogManagedMessage(
    XCEngine::Debug::LogLevel level,
    MonoString* message,
    MonoString* file,
    int32_t line,
    MonoString* member) {
    const std::string messageText = MonoStringToUtf8(message);
    const std::string fileText = MonoStringToUtf8(file);
    const std::string memberText = MonoStringToUtf8(member);
    XCEngine::Debug::Logger::Get().Log(
        level,
        XCEngine::Debug::LogCategory::Scripting,
        XCEngine::Containers::String(messageText.c_str()),
        fileText.c_str(),
        line,
        memberText.c_str());
}

void InternalCall_Debug_Log(MonoString* message, MonoString* file, int32_t line, MonoString* member) {
    LogManagedMessage(XCEngine::Debug::LogLevel::Info, message, file, line, member);
}

void InternalCall_Debug_LogWarning(MonoString* message, MonoString* file, int32_t line, MonoString* member) {
    LogManagedMessage(XCEngine::Debug::LogLevel::Warning, message, file, line, member);
}

void InternalCall_Debug_LogError(MonoString* message, MonoString* file, int32_t line, MonoString* member) {
    LogManagedMessage(XCEngine::Debug::LogLevel::Error, message, file, line, member);
}

float InternalCall_Time_GetDeltaTime() {
    return GetInternalCallDeltaTime();
}

float InternalCall_Time_GetFixedDeltaTime() {
    return ScriptEngine::Get().GetRuntimeFixedDeltaTime();
}

mono_bool InternalCall_Input_GetKey(int32_t keyCode) {
    return XCEngine::Input::InputManager::Get().IsKeyDown(
        static_cast<XCEngine::Input::KeyCode>(keyCode)) ? 1 : 0;
}

mono_bool InternalCall_Input_GetKeyDown(int32_t keyCode) {
    return XCEngine::Input::InputManager::Get().IsKeyPressed(
        static_cast<XCEngine::Input::KeyCode>(keyCode)) ? 1 : 0;
}

mono_bool InternalCall_Input_GetKeyUp(int32_t keyCode) {
    return XCEngine::Input::InputManager::Get().IsKeyReleased(
        static_cast<XCEngine::Input::KeyCode>(keyCode)) ? 1 : 0;
}

mono_bool InternalCall_Input_GetMouseButton(int32_t button) {
    return XCEngine::Input::InputManager::Get().IsMouseButtonDown(
        static_cast<XCEngine::Input::MouseButton>(button)) ? 1 : 0;
}

mono_bool InternalCall_Input_GetMouseButtonDown(int32_t button) {
    return XCEngine::Input::InputManager::Get().IsMouseButtonClicked(
        static_cast<XCEngine::Input::MouseButton>(button)) ? 1 : 0;
}

mono_bool InternalCall_Input_GetMouseButtonUp(int32_t button) {
    return XCEngine::Input::InputManager::Get().IsMouseButtonReleased(
        static_cast<XCEngine::Input::MouseButton>(button)) ? 1 : 0;
}

mono_bool InternalCall_Input_GetButton(MonoString* buttonName) {
    return XCEngine::Input::InputManager::Get().GetButton(
        XCEngine::Containers::String(MonoStringToUtf8(buttonName).c_str())) ? 1 : 0;
}

mono_bool InternalCall_Input_GetButtonDown(MonoString* buttonName) {
    return XCEngine::Input::InputManager::Get().GetButtonDown(
        XCEngine::Containers::String(MonoStringToUtf8(buttonName).c_str())) ? 1 : 0;
}

mono_bool InternalCall_Input_GetButtonUp(MonoString* buttonName) {
    return XCEngine::Input::InputManager::Get().GetButtonUp(
        XCEngine::Containers::String(MonoStringToUtf8(buttonName).c_str())) ? 1 : 0;
}

float InternalCall_Input_GetAxis(MonoString* axisName) {
    return XCEngine::Input::InputManager::Get().GetAxis(
        XCEngine::Containers::String(MonoStringToUtf8(axisName).c_str()));
}

float InternalCall_Input_GetAxisRaw(MonoString* axisName) {
    return XCEngine::Input::InputManager::Get().GetAxisRaw(
        XCEngine::Containers::String(MonoStringToUtf8(axisName).c_str()));
}

mono_bool InternalCall_Input_GetAnyKey() {
    return XCEngine::Input::InputManager::Get().IsAnyKeyDown() ? 1 : 0;
}

mono_bool InternalCall_Input_GetAnyKeyDown() {
    return XCEngine::Input::InputManager::Get().IsAnyKeyPressed() ? 1 : 0;
}

void InternalCall_Input_GetMousePosition(XCEngine::Math::Vector3* outPosition) {
    if (!outPosition) {
        return;
    }

    const XCEngine::Math::Vector2 position = XCEngine::Input::InputManager::Get().GetMousePosition();
    *outPosition = XCEngine::Math::Vector3(position.x, position.y, 0.0f);
}

void InternalCall_Input_GetMouseScrollDelta(XCEngine::Math::Vector2* outDelta) {
    if (!outDelta) {
        return;
    }

    *outDelta = XCEngine::Math::Vector2(
        0.0f,
        XCEngine::Input::InputManager::Get().GetMouseScrollDelta());
}

MonoString* InternalCall_GameObject_GetName(uint64_t gameObjectUUID) {
    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    return mono_string_new(
        mono_domain_get(),
        gameObject ? gameObject->GetName().c_str() : "");
}

void InternalCall_GameObject_SetName(uint64_t gameObjectUUID, MonoString* name) {
    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject) {
        return;
    }

    gameObject->SetName(MonoStringToUtf8(name));
}

MonoString* InternalCall_GameObject_GetTag(uint64_t gameObjectUUID) {
    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    return mono_string_new(
        mono_domain_get(),
        gameObject ? gameObject->GetTag().c_str() : "");
}

void InternalCall_GameObject_SetTag(uint64_t gameObjectUUID, MonoString* tag) {
    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject) {
        return;
    }

    gameObject->SetTag(MonoStringToUtf8(tag));
}

mono_bool InternalCall_GameObject_CompareTag(uint64_t gameObjectUUID, MonoString* tag) {
    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    return (gameObject && gameObject->CompareTag(MonoStringToUtf8(tag))) ? 1 : 0;
}

int32_t InternalCall_GameObject_GetLayer(uint64_t gameObjectUUID) {
    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    return gameObject ? static_cast<int32_t>(gameObject->GetLayer()) : 0;
}

void InternalCall_GameObject_SetLayer(uint64_t gameObjectUUID, int32_t layer) {
    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject) {
        return;
    }

    gameObject->SetLayer(static_cast<uint8_t>(std::clamp(layer, 0, 31)));
}

mono_bool InternalCall_GameObject_GetActiveSelf(uint64_t gameObjectUUID) {
    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    return (gameObject && gameObject->IsActive()) ? 1 : 0;
}

mono_bool InternalCall_GameObject_GetActiveInHierarchy(uint64_t gameObjectUUID) {
    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    return (gameObject && gameObject->IsActiveInHierarchy()) ? 1 : 0;
}

void InternalCall_GameObject_SetActive(uint64_t gameObjectUUID, mono_bool active) {
    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject) {
        return;
    }

    gameObject->SetActive(active != 0);
}

mono_bool InternalCall_GameObject_HasComponent(uint64_t gameObjectUUID, MonoReflectionType* componentType) {
    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    const ManagedComponentTypeInfo typeInfo = ResolveManagedComponentTypeInfo(componentType);
    if (typeInfo.kind == ManagedComponentKind::Script) {
        return FindMatchingScriptComponent(gameObject, typeInfo) ? 1 : 0;
    }

    return HasNativeComponent(gameObject, typeInfo.kind) ? 1 : 0;
}

MonoObject* InternalCall_GameObject_GetComponent(uint64_t gameObjectUUID, MonoReflectionType* componentType) {
    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject) {
        return nullptr;
    }

    MonoScriptRuntime* runtime = GetActiveMonoScriptRuntime();
    if (!runtime) {
        return nullptr;
    }

    const ManagedComponentTypeInfo typeInfo = ResolveManagedComponentTypeInfo(componentType);
    if (typeInfo.kind == ManagedComponentKind::Script) {
        ScriptComponent* component = FindMatchingScriptComponent(gameObject, typeInfo);
        if (!component) {
            return nullptr;
        }

        if (!runtime->HasManagedInstance(component)) {
            ScriptEngine::Get().OnScriptComponentEnabled(component);
        }

        return runtime->GetManagedInstanceObject(component);
    }

    if (!HasNativeComponent(gameObject, typeInfo.kind) || !typeInfo.monoClass) {
        return nullptr;
    }

    return runtime->CreateManagedComponentWrapper(typeInfo.monoClass, gameObjectUUID);
}

MonoArray* InternalCall_GameObject_GetComponents(uint64_t gameObjectUUID, MonoReflectionType* componentType) {
    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject) {
        return nullptr;
    }

    MonoScriptRuntime* runtime = GetActiveMonoScriptRuntime();
    if (!runtime) {
        return nullptr;
    }

    const ManagedComponentTypeInfo typeInfo = ResolveManagedComponentTypeInfo(componentType);
    if (!typeInfo.monoClass) {
        return nullptr;
    }

    std::vector<MonoObject*> managedComponents;
    auto appendNativeComponents = [&](const auto& nativeComponents) {
        for (const auto* component : nativeComponents) {
            if (!component || !component->GetGameObject()) {
                continue;
            }

            if (MonoObject* managedObject =
                    runtime->CreateManagedComponentWrapper(typeInfo.monoClass, component->GetGameObject()->GetUUID())) {
                managedComponents.push_back(managedObject);
            }
        }
    };

    switch (typeInfo.kind) {
        case ManagedComponentKind::Script:
            for (ScriptComponent* component : gameObject->GetComponents<ScriptComponent>()) {
                if (!IsMatchingScriptComponent(component, typeInfo)) {
                    continue;
                }

                if (!runtime->HasManagedInstance(component)) {
                    ScriptEngine::Get().OnScriptComponentEnabled(component);
                }

                if (MonoObject* managedObject = runtime->GetManagedInstanceObject(component)) {
                    managedComponents.push_back(managedObject);
                }
            }
            break;
        case ManagedComponentKind::Transform:
            appendNativeComponents(gameObject->GetComponents<Components::TransformComponent>());
            break;
        case ManagedComponentKind::Rigidbody:
            appendNativeComponents(gameObject->GetComponents<Components::RigidbodyComponent>());
            break;
        case ManagedComponentKind::Camera:
            appendNativeComponents(gameObject->GetComponents<Components::CameraComponent>());
            break;
        case ManagedComponentKind::Light:
            appendNativeComponents(gameObject->GetComponents<Components::LightComponent>());
            break;
        case ManagedComponentKind::MeshFilter:
            appendNativeComponents(gameObject->GetComponents<Components::MeshFilterComponent>());
            break;
        case ManagedComponentKind::MeshRenderer:
            appendNativeComponents(gameObject->GetComponents<Components::MeshRendererComponent>());
            break;
        case ManagedComponentKind::Unknown:
            return nullptr;
    }

    return CreateManagedComponentArray(typeInfo.monoClass, managedComponents);
}

MonoObject* InternalCall_GameObject_GetComponentInChildren(uint64_t gameObjectUUID, MonoReflectionType* componentType) {
    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject) {
        return nullptr;
    }

    MonoScriptRuntime* runtime = GetActiveMonoScriptRuntime();
    if (!runtime) {
        return nullptr;
    }

    const ManagedComponentTypeInfo typeInfo = ResolveManagedComponentTypeInfo(componentType);
    if (typeInfo.kind == ManagedComponentKind::Script) {
        ScriptComponent* component = FindMatchingScriptComponentInChildren(gameObject, typeInfo);
        if (!component) {
            return nullptr;
        }

        if (!runtime->HasManagedInstance(component)) {
            ScriptEngine::Get().OnScriptComponentEnabled(component);
        }

        return runtime->GetManagedInstanceObject(component);
    }

    Components::Component* component = FindNativeComponentInChildren(gameObject, typeInfo.kind);
    if (!component || !typeInfo.monoClass) {
        return nullptr;
    }

    return runtime->CreateManagedComponentWrapper(typeInfo.monoClass, component->GetGameObject()->GetUUID());
}

MonoObject* InternalCall_GameObject_GetComponentInParent(uint64_t gameObjectUUID, MonoReflectionType* componentType) {
    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject) {
        return nullptr;
    }

    MonoScriptRuntime* runtime = GetActiveMonoScriptRuntime();
    if (!runtime) {
        return nullptr;
    }

    const ManagedComponentTypeInfo typeInfo = ResolveManagedComponentTypeInfo(componentType);
    if (typeInfo.kind == ManagedComponentKind::Script) {
        ScriptComponent* component = FindMatchingScriptComponentInParent(gameObject, typeInfo);
        if (!component) {
            return nullptr;
        }

        if (!runtime->HasManagedInstance(component)) {
            ScriptEngine::Get().OnScriptComponentEnabled(component);
        }

        return runtime->GetManagedInstanceObject(component);
    }

    Components::Component* component = FindNativeComponentInParent(gameObject, typeInfo.kind);
    if (!component || !typeInfo.monoClass) {
        return nullptr;
    }

    return runtime->CreateManagedComponentWrapper(typeInfo.monoClass, component->GetGameObject()->GetUUID());
}

MonoObject* InternalCall_GameObject_AddComponent(uint64_t gameObjectUUID, MonoReflectionType* componentType) {
    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject) {
        return nullptr;
    }

    MonoScriptRuntime* runtime = GetActiveMonoScriptRuntime();
    if (!runtime) {
        return nullptr;
    }

    const ManagedComponentTypeInfo typeInfo = ResolveManagedComponentTypeInfo(componentType);
    if (typeInfo.kind == ManagedComponentKind::Script) {
        ScriptComponent* component = gameObject->AddComponent<ScriptComponent>();
        component->SetScriptClass(typeInfo.assemblyName, typeInfo.namespaceName, typeInfo.className);
        return runtime->GetManagedInstanceObject(component);
    }

    if (!AddOrGetNativeComponent(gameObject, typeInfo.kind) || !typeInfo.monoClass) {
        return nullptr;
    }

    return runtime->CreateManagedComponentWrapper(typeInfo.monoClass, gameObjectUUID);
}

uint64_t InternalCall_GameObject_Find(MonoString* name) {
    Components::Scene* scene = GetInternalCallScene();
    if (!scene) {
        return 0;
    }

    Components::GameObject* gameObject = scene->Find(MonoStringToUtf8(name));
    return gameObject ? gameObject->GetUUID() : 0;
}

uint64_t InternalCall_GameObject_Create(MonoString* name, uint64_t parentGameObjectUUID) {
    Components::Scene* scene = GetInternalCallScene();
    if (!scene) {
        return 0;
    }

    Components::GameObject* parent = nullptr;
    if (parentGameObjectUUID != 0) {
        parent = FindGameObjectByUUID(parentGameObjectUUID);
        if (!parent || parent->GetScene() != scene) {
            return 0;
        }
    }

    std::string objectName = MonoStringToUtf8(name);
    if (objectName.empty()) {
        objectName = "GameObject";
    }

    Components::GameObject* created = scene->CreateGameObject(objectName, parent);
    return created ? created->GetUUID() : 0;
}

void InternalCall_GameObject_Destroy(uint64_t gameObjectUUID) {
    Components::Scene* scene = GetInternalCallScene();
    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!scene || !gameObject || gameObject->GetScene() != scene) {
        return;
    }

    scene->DestroyGameObject(gameObject);
}

void InternalCall_Object_Destroy(MonoObject* object) {
    MonoScriptRuntime* runtime = GetActiveMonoScriptRuntime();
    if (!runtime || !object) {
        return;
    }

    runtime->DestroyManagedObject(object);
}

mono_bool InternalCall_Behaviour_GetEnabled(uint64_t scriptComponentUUID) {
    ScriptComponent* component = FindScriptComponentByUUID(scriptComponentUUID);
    return (component && component->IsEnabled()) ? 1 : 0;
}

void InternalCall_Behaviour_SetEnabled(uint64_t scriptComponentUUID, mono_bool enabled) {
    ScriptComponent* component = FindScriptComponentByUUID(scriptComponentUUID);
    if (!component) {
        return;
    }

    component->SetEnabled(enabled != 0);
}

void InternalCall_Transform_GetLocalPosition(uint64_t gameObjectUUID, XCEngine::Math::Vector3* outPosition) {
    if (!outPosition) {
        return;
    }

    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject || !gameObject->GetTransform()) {
        *outPosition = XCEngine::Math::Vector3::Zero();
        return;
    }

    *outPosition = gameObject->GetTransform()->GetLocalPosition();
}

void InternalCall_Transform_SetLocalPosition(uint64_t gameObjectUUID, XCEngine::Math::Vector3* position) {
    if (!position) {
        return;
    }

    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject || !gameObject->GetTransform()) {
        return;
    }

    gameObject->GetTransform()->SetLocalPosition(*position);
}

void InternalCall_Transform_GetLocalRotation(uint64_t gameObjectUUID, XCEngine::Math::Quaternion* outRotation) {
    if (!outRotation) {
        return;
    }

    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject || !gameObject->GetTransform()) {
        *outRotation = XCEngine::Math::Quaternion::Identity();
        return;
    }

    *outRotation = gameObject->GetTransform()->GetLocalRotation();
}

void InternalCall_Transform_SetLocalRotation(uint64_t gameObjectUUID, XCEngine::Math::Quaternion* rotation) {
    if (!rotation) {
        return;
    }

    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject || !gameObject->GetTransform()) {
        return;
    }

    gameObject->GetTransform()->SetLocalRotation(*rotation);
}

void InternalCall_Transform_GetLocalScale(uint64_t gameObjectUUID, XCEngine::Math::Vector3* outScale) {
    if (!outScale) {
        return;
    }

    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject || !gameObject->GetTransform()) {
        *outScale = XCEngine::Math::Vector3::One();
        return;
    }

    *outScale = gameObject->GetTransform()->GetLocalScale();
}

void InternalCall_Transform_SetLocalScale(uint64_t gameObjectUUID, XCEngine::Math::Vector3* scale) {
    if (!scale) {
        return;
    }

    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject || !gameObject->GetTransform()) {
        return;
    }

    gameObject->GetTransform()->SetLocalScale(*scale);
}

void InternalCall_Transform_GetLocalEulerAngles(uint64_t gameObjectUUID, XCEngine::Math::Vector3* outEulerAngles) {
    if (!outEulerAngles) {
        return;
    }

    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject || !gameObject->GetTransform()) {
        *outEulerAngles = XCEngine::Math::Vector3::Zero();
        return;
    }

    *outEulerAngles = gameObject->GetTransform()->GetLocalEulerAngles();
}

void InternalCall_Transform_SetLocalEulerAngles(uint64_t gameObjectUUID, XCEngine::Math::Vector3* eulerAngles) {
    if (!eulerAngles) {
        return;
    }

    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject || !gameObject->GetTransform()) {
        return;
    }

    gameObject->GetTransform()->SetLocalEulerAngles(*eulerAngles);
}

void InternalCall_Transform_GetPosition(uint64_t gameObjectUUID, XCEngine::Math::Vector3* outPosition) {
    if (!outPosition) {
        return;
    }

    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject || !gameObject->GetTransform()) {
        *outPosition = XCEngine::Math::Vector3::Zero();
        return;
    }

    *outPosition = gameObject->GetTransform()->GetPosition();
}

void InternalCall_Transform_SetPosition(uint64_t gameObjectUUID, XCEngine::Math::Vector3* position) {
    if (!position) {
        return;
    }

    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject || !gameObject->GetTransform()) {
        return;
    }

    gameObject->GetTransform()->SetPosition(*position);
}

void InternalCall_Transform_GetRotation(uint64_t gameObjectUUID, XCEngine::Math::Quaternion* outRotation) {
    if (!outRotation) {
        return;
    }

    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject || !gameObject->GetTransform()) {
        *outRotation = XCEngine::Math::Quaternion::Identity();
        return;
    }

    *outRotation = gameObject->GetTransform()->GetRotation();
}

void InternalCall_Transform_SetRotation(uint64_t gameObjectUUID, XCEngine::Math::Quaternion* rotation) {
    if (!rotation) {
        return;
    }

    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject || !gameObject->GetTransform()) {
        return;
    }

    gameObject->GetTransform()->SetRotation(*rotation);
}

void InternalCall_Transform_GetScale(uint64_t gameObjectUUID, XCEngine::Math::Vector3* outScale) {
    if (!outScale) {
        return;
    }

    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject || !gameObject->GetTransform()) {
        *outScale = XCEngine::Math::Vector3::One();
        return;
    }

    *outScale = gameObject->GetTransform()->GetScale();
}

void InternalCall_Transform_SetScale(uint64_t gameObjectUUID, XCEngine::Math::Vector3* scale) {
    if (!scale) {
        return;
    }

    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject || !gameObject->GetTransform()) {
        return;
    }

    gameObject->GetTransform()->SetScale(*scale);
}

void InternalCall_Transform_GetForward(uint64_t gameObjectUUID, XCEngine::Math::Vector3* outForward) {
    if (!outForward) {
        return;
    }

    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject || !gameObject->GetTransform()) {
        *outForward = XCEngine::Math::Vector3::Forward();
        return;
    }

    *outForward = gameObject->GetTransform()->GetForward();
}

void InternalCall_Transform_GetRight(uint64_t gameObjectUUID, XCEngine::Math::Vector3* outRight) {
    if (!outRight) {
        return;
    }

    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject || !gameObject->GetTransform()) {
        *outRight = XCEngine::Math::Vector3::Right();
        return;
    }

    *outRight = gameObject->GetTransform()->GetRight();
}

void InternalCall_Transform_GetUp(uint64_t gameObjectUUID, XCEngine::Math::Vector3* outUp) {
    if (!outUp) {
        return;
    }

    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject || !gameObject->GetTransform()) {
        *outUp = XCEngine::Math::Vector3::Up();
        return;
    }

    *outUp = gameObject->GetTransform()->GetUp();
}

void InternalCall_Transform_Translate(uint64_t gameObjectUUID, XCEngine::Math::Vector3* translation, int32_t relativeTo) {
    if (!translation) {
        return;
    }

    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject || !gameObject->GetTransform()) {
        return;
    }

    gameObject->GetTransform()->Translate(*translation, ResolveManagedSpace(relativeTo));
}

void InternalCall_Transform_Rotate(uint64_t gameObjectUUID, XCEngine::Math::Vector3* eulers, int32_t relativeTo) {
    if (!eulers) {
        return;
    }

    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject || !gameObject->GetTransform()) {
        return;
    }

    gameObject->GetTransform()->Rotate(*eulers, ResolveManagedSpace(relativeTo));
}

void InternalCall_Transform_RotateAxisAngle(
    uint64_t gameObjectUUID,
    XCEngine::Math::Vector3* axis,
    float angle,
    int32_t relativeTo) {
    if (!axis) {
        return;
    }

    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject || !gameObject->GetTransform()) {
        return;
    }

    gameObject->GetTransform()->Rotate(*axis, angle, ResolveManagedSpace(relativeTo));
}

void InternalCall_Transform_LookAt(uint64_t gameObjectUUID, XCEngine::Math::Vector3* target) {
    if (!target) {
        return;
    }

    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject || !gameObject->GetTransform()) {
        return;
    }

    gameObject->GetTransform()->LookAt(*target);
}

void InternalCall_Transform_LookAtWithUp(
    uint64_t gameObjectUUID,
    XCEngine::Math::Vector3* target,
    XCEngine::Math::Vector3* up) {
    if (!target || !up) {
        return;
    }

    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject || !gameObject->GetTransform()) {
        return;
    }

    gameObject->GetTransform()->LookAt(*target, *up);
}

void InternalCall_Transform_TransformPoint(uint64_t gameObjectUUID, XCEngine::Math::Vector3* point, XCEngine::Math::Vector3* outPoint) {
    if (!point || !outPoint) {
        return;
    }

    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject || !gameObject->GetTransform()) {
        *outPoint = *point;
        return;
    }

    *outPoint = gameObject->GetTransform()->TransformPoint(*point);
}

void InternalCall_Transform_InverseTransformPoint(uint64_t gameObjectUUID, XCEngine::Math::Vector3* point, XCEngine::Math::Vector3* outPoint) {
    if (!point || !outPoint) {
        return;
    }

    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject || !gameObject->GetTransform()) {
        *outPoint = *point;
        return;
    }

    *outPoint = gameObject->GetTransform()->InverseTransformPoint(*point);
}

void InternalCall_Transform_TransformDirection(uint64_t gameObjectUUID, XCEngine::Math::Vector3* direction, XCEngine::Math::Vector3* outDirection) {
    if (!direction || !outDirection) {
        return;
    }

    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject || !gameObject->GetTransform()) {
        *outDirection = *direction;
        return;
    }

    *outDirection = gameObject->GetTransform()->TransformDirection(*direction);
}

void InternalCall_Transform_InverseTransformDirection(uint64_t gameObjectUUID, XCEngine::Math::Vector3* direction, XCEngine::Math::Vector3* outDirection) {
    if (!direction || !outDirection) {
        return;
    }

    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject || !gameObject->GetTransform()) {
        *outDirection = *direction;
        return;
    }

    *outDirection = gameObject->GetTransform()->InverseTransformDirection(*direction);
}

uint64_t InternalCall_Transform_GetParent(uint64_t gameObjectUUID) {
    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject || !gameObject->GetParent()) {
        return 0;
    }

    return gameObject->GetParent()->GetUUID();
}

void InternalCall_Transform_SetParent(uint64_t gameObjectUUID, uint64_t parentGameObjectUUID, mono_bool worldPositionStays) {
    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject) {
        return;
    }

    Components::GameObject* parent = parentGameObjectUUID != 0 ? FindGameObjectByUUID(parentGameObjectUUID) : nullptr;
    gameObject->SetParent(parent, worldPositionStays != 0);
}

int32_t InternalCall_Transform_GetChildCount(uint64_t gameObjectUUID) {
    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    return gameObject ? static_cast<int32_t>(gameObject->GetChildCount()) : 0;
}

uint64_t InternalCall_Transform_GetChild(uint64_t gameObjectUUID, int32_t index) {
    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject || index < 0) {
        return 0;
    }

    Components::GameObject* child = gameObject->GetChild(static_cast<size_t>(index));
    return child ? child->GetUUID() : 0;
}

float InternalCall_Camera_GetFieldOfView(uint64_t gameObjectUUID) {
    Components::CameraComponent* component = FindCameraComponent(gameObjectUUID);
    return component ? component->GetFieldOfView() : 0.0f;
}

void InternalCall_Camera_SetFieldOfView(uint64_t gameObjectUUID, float value) {
    Components::CameraComponent* component = FindCameraComponent(gameObjectUUID);
    if (!component) {
        return;
    }

    component->SetFieldOfView(value);
}

float InternalCall_Camera_GetNearClipPlane(uint64_t gameObjectUUID) {
    Components::CameraComponent* component = FindCameraComponent(gameObjectUUID);
    return component ? component->GetNearClipPlane() : 0.0f;
}

void InternalCall_Camera_SetNearClipPlane(uint64_t gameObjectUUID, float value) {
    Components::CameraComponent* component = FindCameraComponent(gameObjectUUID);
    if (!component) {
        return;
    }

    component->SetNearClipPlane(value);
}

float InternalCall_Camera_GetFarClipPlane(uint64_t gameObjectUUID) {
    Components::CameraComponent* component = FindCameraComponent(gameObjectUUID);
    return component ? component->GetFarClipPlane() : 0.0f;
}

void InternalCall_Camera_SetFarClipPlane(uint64_t gameObjectUUID, float value) {
    Components::CameraComponent* component = FindCameraComponent(gameObjectUUID);
    if (!component) {
        return;
    }

    component->SetFarClipPlane(value);
}

float InternalCall_Camera_GetDepth(uint64_t gameObjectUUID) {
    Components::CameraComponent* component = FindCameraComponent(gameObjectUUID);
    return component ? component->GetDepth() : 0.0f;
}

void InternalCall_Camera_SetDepth(uint64_t gameObjectUUID, float value) {
    Components::CameraComponent* component = FindCameraComponent(gameObjectUUID);
    if (!component) {
        return;
    }

    component->SetDepth(value);
}

mono_bool InternalCall_Camera_GetPrimary(uint64_t gameObjectUUID) {
    Components::CameraComponent* component = FindCameraComponent(gameObjectUUID);
    return (component && component->IsPrimary()) ? 1 : 0;
}

void InternalCall_Camera_SetPrimary(uint64_t gameObjectUUID, mono_bool value) {
    Components::CameraComponent* component = FindCameraComponent(gameObjectUUID);
    if (!component) {
        return;
    }

    component->SetPrimary(value != 0);
}

int32_t InternalCall_Camera_GetClearMode(uint64_t gameObjectUUID) {
    Components::CameraComponent* component = FindCameraComponent(gameObjectUUID);
    return component != nullptr
        ? static_cast<int32_t>(component->GetClearMode())
        : 0;
}

void InternalCall_Camera_SetClearMode(uint64_t gameObjectUUID, int32_t value) {
    Components::CameraComponent* component = FindCameraComponent(gameObjectUUID);
    if (!component) {
        return;
    }

    component->SetClearMode(
        static_cast<Components::CameraClearMode>(value));
}

int32_t InternalCall_Camera_GetStackType(uint64_t gameObjectUUID) {
    Components::CameraComponent* component = FindCameraComponent(gameObjectUUID);
    return component != nullptr
        ? static_cast<int32_t>(component->GetStackType())
        : 0;
}

void InternalCall_Camera_SetStackType(uint64_t gameObjectUUID, int32_t value) {
    Components::CameraComponent* component = FindCameraComponent(gameObjectUUID);
    if (!component) {
        return;
    }

    component->SetStackType(
        static_cast<Components::CameraStackType>(value));
}

int32_t InternalCall_Camera_GetProjectionType(uint64_t gameObjectUUID) {
    Components::CameraComponent* component = FindCameraComponent(gameObjectUUID);
    return component != nullptr
        ? static_cast<int32_t>(component->GetProjectionType())
        : 0;
}

mono_bool InternalCall_Camera_GetSkyboxEnabled(uint64_t gameObjectUUID) {
    Components::CameraComponent* component = FindCameraComponent(gameObjectUUID);
    return (component && component->IsSkyboxEnabled()) ? 1 : 0;
}

mono_bool InternalCall_Camera_GetHasSkyboxMaterial(uint64_t gameObjectUUID) {
    Components::CameraComponent* component = FindCameraComponent(gameObjectUUID);
    return (component && component->GetSkyboxMaterial() != nullptr) ? 1 : 0;
}

mono_bool InternalCall_Camera_GetHasFinalColorOverrides(
    uint64_t gameObjectUUID) {
    Components::CameraComponent* component =
        FindCameraComponent(gameObjectUUID);
    return (component &&
            component->GetFinalColorOverrides().HasOverrides())
        ? 1
        : 0;
}

void InternalCall_Camera_GetFinalColorOverrideSettings(
    uint64_t gameObjectUUID,
    ManagedFinalColorOverrideSettingsData* outSettings) {
    if (outSettings == nullptr) {
        return;
    }

    Components::CameraComponent* component =
        FindCameraComponent(gameObjectUUID);
    const Rendering::FinalColorOverrideSettings sourceSettings =
        component != nullptr
            ? component->GetFinalColorOverrides()
            : Rendering::FinalColorOverrideSettings{};
    *outSettings =
        BuildManagedFinalColorOverrideSettings(
            sourceSettings);
}

void InternalCall_Camera_GetSkyboxTopColor(
    uint64_t gameObjectUUID,
    XCEngine::Math::Color* outColor) {
    if (outColor == nullptr) {
        return;
    }

    Components::CameraComponent* component = FindCameraComponent(gameObjectUUID);
    *outColor = component != nullptr
        ? component->GetSkyboxTopColor()
        : XCEngine::Math::Color();
}

void InternalCall_Camera_GetSkyboxHorizonColor(
    uint64_t gameObjectUUID,
    XCEngine::Math::Color* outColor) {
    if (outColor == nullptr) {
        return;
    }

    Components::CameraComponent* component = FindCameraComponent(gameObjectUUID);
    *outColor = component != nullptr
        ? component->GetSkyboxHorizonColor()
        : XCEngine::Math::Color();
}

void InternalCall_Camera_GetSkyboxBottomColor(
    uint64_t gameObjectUUID,
    XCEngine::Math::Color* outColor) {
    if (outColor == nullptr) {
        return;
    }

    Components::CameraComponent* component = FindCameraComponent(gameObjectUUID);
    *outColor = component != nullptr
        ? component->GetSkyboxBottomColor()
        : XCEngine::Math::Color();
}

float InternalCall_Light_GetIntensity(uint64_t gameObjectUUID) {
    Components::LightComponent* component = FindLightComponent(gameObjectUUID);
    return component ? component->GetIntensity() : 0.0f;
}

void InternalCall_Light_SetIntensity(uint64_t gameObjectUUID, float value) {
    Components::LightComponent* component = FindLightComponent(gameObjectUUID);
    if (!component) {
        return;
    }

    component->SetIntensity(value);
}

float InternalCall_Light_GetRange(uint64_t gameObjectUUID) {
    Components::LightComponent* component = FindLightComponent(gameObjectUUID);
    return component ? component->GetRange() : 0.0f;
}

void InternalCall_Light_SetRange(uint64_t gameObjectUUID, float value) {
    Components::LightComponent* component = FindLightComponent(gameObjectUUID);
    if (!component) {
        return;
    }

    component->SetRange(value);
}

float InternalCall_Light_GetSpotAngle(uint64_t gameObjectUUID) {
    Components::LightComponent* component = FindLightComponent(gameObjectUUID);
    return component ? component->GetSpotAngle() : 0.0f;
}

void InternalCall_Light_SetSpotAngle(uint64_t gameObjectUUID, float value) {
    Components::LightComponent* component = FindLightComponent(gameObjectUUID);
    if (!component) {
        return;
    }

    component->SetSpotAngle(value);
}

mono_bool InternalCall_Light_GetCastsShadows(uint64_t gameObjectUUID) {
    Components::LightComponent* component = FindLightComponent(gameObjectUUID);
    return (component && component->GetCastsShadows()) ? 1 : 0;
}

void InternalCall_Light_SetCastsShadows(uint64_t gameObjectUUID, mono_bool value) {
    Components::LightComponent* component = FindLightComponent(gameObjectUUID);
    if (!component) {
        return;
    }

    component->SetCastsShadows(value != 0);
}

MonoString* InternalCall_MeshFilter_GetMeshPath(uint64_t gameObjectUUID) {
    Components::MeshFilterComponent* component = FindMeshFilterComponent(gameObjectUUID);
    return mono_string_new(
        mono_domain_get(),
        component ? component->GetMeshPath().c_str() : "");
}

void InternalCall_MeshFilter_SetMeshPath(uint64_t gameObjectUUID, MonoString* path) {
    Components::MeshFilterComponent* component = FindMeshFilterComponent(gameObjectUUID);
    if (!component) {
        return;
    }

    component->SetMeshPath(MonoStringToUtf8(path));
}

int32_t InternalCall_MeshRenderer_GetMaterialCount(uint64_t gameObjectUUID) {
    Components::MeshRendererComponent* component = FindMeshRendererComponent(gameObjectUUID);
    return component ? static_cast<int32_t>(component->GetMaterialCount()) : 0;
}

MonoString* InternalCall_MeshRenderer_GetMaterialPath(uint64_t gameObjectUUID, int32_t index) {
    Components::MeshRendererComponent* component = FindMeshRendererComponent(gameObjectUUID);
    const std::string path =
        (component && index >= 0) ? component->GetMaterialPath(static_cast<size_t>(index)) : std::string();
    return mono_string_new(mono_domain_get(), path.c_str());
}

void InternalCall_MeshRenderer_SetMaterialPath(uint64_t gameObjectUUID, int32_t index, MonoString* path) {
    Components::MeshRendererComponent* component = FindMeshRendererComponent(gameObjectUUID);
    if (!component || index < 0) {
        return;
    }

    component->SetMaterialPath(static_cast<size_t>(index), MonoStringToUtf8(path));
}

void InternalCall_MeshRenderer_ClearMaterials(uint64_t gameObjectUUID) {
    Components::MeshRendererComponent* component = FindMeshRendererComponent(gameObjectUUID);
    if (!component) {
        return;
    }

    component->ClearMaterials();
}

mono_bool InternalCall_MeshRenderer_GetCastShadows(uint64_t gameObjectUUID) {
    Components::MeshRendererComponent* component = FindMeshRendererComponent(gameObjectUUID);
    return (component && component->GetCastShadows()) ? 1 : 0;
}

void InternalCall_MeshRenderer_SetCastShadows(uint64_t gameObjectUUID, mono_bool value) {
    Components::MeshRendererComponent* component = FindMeshRendererComponent(gameObjectUUID);
    if (!component) {
        return;
    }

    component->SetCastShadows(value != 0);
}

mono_bool InternalCall_MeshRenderer_GetReceiveShadows(uint64_t gameObjectUUID) {
    Components::MeshRendererComponent* component = FindMeshRendererComponent(gameObjectUUID);
    return (component && component->GetReceiveShadows()) ? 1 : 0;
}

void InternalCall_MeshRenderer_SetReceiveShadows(uint64_t gameObjectUUID, mono_bool value) {
    Components::MeshRendererComponent* component = FindMeshRendererComponent(gameObjectUUID);
    if (!component) {
        return;
    }

    component->SetReceiveShadows(value != 0);
}

int32_t InternalCall_MeshRenderer_GetRenderLayer(uint64_t gameObjectUUID) {
    Components::MeshRendererComponent* component = FindMeshRendererComponent(gameObjectUUID);
    return component ? static_cast<int32_t>(component->GetRenderLayer()) : 0;
}

void InternalCall_MeshRenderer_SetRenderLayer(uint64_t gameObjectUUID, int32_t value) {
    Components::MeshRendererComponent* component = FindMeshRendererComponent(gameObjectUUID);
    if (!component) {
        return;
    }

    component->SetRenderLayer(static_cast<uint32_t>(std::max(value, 0)));
}

int32_t InternalCall_Rigidbody_GetBodyType(uint64_t gameObjectUUID) {
    Components::RigidbodyComponent* component = FindRigidbodyComponent(gameObjectUUID);
    return component
        ? static_cast<int32_t>(component->GetBodyType())
        : static_cast<int32_t>(Physics::PhysicsBodyType::Dynamic);
}

void InternalCall_Rigidbody_SetBodyType(uint64_t gameObjectUUID, int32_t value) {
    Components::RigidbodyComponent* component = FindRigidbodyComponent(gameObjectUUID);
    if (!component) {
        return;
    }

    component->SetBodyType(ResolveManagedPhysicsBodyType(value));
}

float InternalCall_Rigidbody_GetMass(uint64_t gameObjectUUID) {
    Components::RigidbodyComponent* component = FindRigidbodyComponent(gameObjectUUID);
    return component ? component->GetMass() : 1.0f;
}

void InternalCall_Rigidbody_SetMass(uint64_t gameObjectUUID, float value) {
    Components::RigidbodyComponent* component = FindRigidbodyComponent(gameObjectUUID);
    if (!component) {
        return;
    }

    component->SetMass(value);
}

float InternalCall_Rigidbody_GetLinearDamping(uint64_t gameObjectUUID) {
    Components::RigidbodyComponent* component = FindRigidbodyComponent(gameObjectUUID);
    return component ? component->GetLinearDamping() : 0.0f;
}

void InternalCall_Rigidbody_SetLinearDamping(uint64_t gameObjectUUID, float value) {
    Components::RigidbodyComponent* component = FindRigidbodyComponent(gameObjectUUID);
    if (!component) {
        return;
    }

    component->SetLinearDamping(value);
}

float InternalCall_Rigidbody_GetAngularDamping(uint64_t gameObjectUUID) {
    Components::RigidbodyComponent* component = FindRigidbodyComponent(gameObjectUUID);
    return component ? component->GetAngularDamping() : 0.05f;
}

void InternalCall_Rigidbody_SetAngularDamping(uint64_t gameObjectUUID, float value) {
    Components::RigidbodyComponent* component = FindRigidbodyComponent(gameObjectUUID);
    if (!component) {
        return;
    }

    component->SetAngularDamping(value);
}

void InternalCall_Rigidbody_GetLinearVelocity(uint64_t gameObjectUUID, XCEngine::Math::Vector3* outVelocity) {
    if (!outVelocity) {
        return;
    }

    Components::RigidbodyComponent* component = FindRigidbodyComponent(gameObjectUUID);
    *outVelocity = component ? component->GetLinearVelocity() : XCEngine::Math::Vector3::Zero();
}

void InternalCall_Rigidbody_SetLinearVelocity(uint64_t gameObjectUUID, XCEngine::Math::Vector3* velocity) {
    Components::RigidbodyComponent* component = FindRigidbodyComponent(gameObjectUUID);
    if (!component || !velocity) {
        return;
    }

    component->SetLinearVelocity(*velocity);
}

void InternalCall_Rigidbody_GetAngularVelocity(uint64_t gameObjectUUID, XCEngine::Math::Vector3* outVelocity) {
    if (!outVelocity) {
        return;
    }

    Components::RigidbodyComponent* component = FindRigidbodyComponent(gameObjectUUID);
    *outVelocity = component ? component->GetAngularVelocity() : XCEngine::Math::Vector3::Zero();
}

void InternalCall_Rigidbody_SetAngularVelocity(uint64_t gameObjectUUID, XCEngine::Math::Vector3* velocity) {
    Components::RigidbodyComponent* component = FindRigidbodyComponent(gameObjectUUID);
    if (!component || !velocity) {
        return;
    }

    component->SetAngularVelocity(*velocity);
}

mono_bool InternalCall_Rigidbody_GetUseGravity(uint64_t gameObjectUUID) {
    Components::RigidbodyComponent* component = FindRigidbodyComponent(gameObjectUUID);
    return (component && component->GetUseGravity()) ? 1 : 0;
}

void InternalCall_Rigidbody_SetUseGravity(uint64_t gameObjectUUID, mono_bool value) {
    Components::RigidbodyComponent* component = FindRigidbodyComponent(gameObjectUUID);
    if (!component) {
        return;
    }

    component->SetUseGravity(value != 0);
}

mono_bool InternalCall_Rigidbody_GetEnableCCD(uint64_t gameObjectUUID) {
    Components::RigidbodyComponent* component = FindRigidbodyComponent(gameObjectUUID);
    return (component && component->GetEnableCCD()) ? 1 : 0;
}

void InternalCall_Rigidbody_SetEnableCCD(uint64_t gameObjectUUID, mono_bool value) {
    Components::RigidbodyComponent* component = FindRigidbodyComponent(gameObjectUUID);
    if (!component) {
        return;
    }

    component->SetEnableCCD(value != 0);
}

void InternalCall_Rigidbody_AddForce(uint64_t gameObjectUUID, XCEngine::Math::Vector3* force, int32_t forceMode) {
    Components::RigidbodyComponent* component = FindRigidbodyComponent(gameObjectUUID);
    if (!component || !force) {
        return;
    }

    component->AddForce(*force, ResolveManagedForceMode(forceMode));
}

void InternalCall_Rigidbody_ClearForces(uint64_t gameObjectUUID) {
    Components::RigidbodyComponent* component = FindRigidbodyComponent(gameObjectUUID);
    if (!component) {
        return;
    }

    component->ClearForces();
}

mono_bool InternalCall_Physics_Raycast(
    XCEngine::Math::Vector3* origin,
    XCEngine::Math::Vector3* direction,
    float maxDistance,
    uint64_t* outHitGameObjectUUID,
    XCEngine::Math::Vector3* outHitPoint,
    XCEngine::Math::Vector3* outHitNormal,
    float* outHitDistance,
    int32_t* outHitIsTrigger) {
    if (outHitGameObjectUUID) {
        *outHitGameObjectUUID = 0;
    }
    if (outHitPoint) {
        *outHitPoint = XCEngine::Math::Vector3::Zero();
    }
    if (outHitNormal) {
        *outHitNormal = XCEngine::Math::Vector3::Zero();
    }
    if (outHitDistance) {
        *outHitDistance = 0.0f;
    }
    if (outHitIsTrigger) {
        *outHitIsTrigger = 0;
    }

    Physics::PhysicsWorld* physicsWorld = FindRuntimePhysicsWorld();
    if (!physicsWorld || !origin || !direction) {
        return 0;
    }

    Physics::RaycastHit hit;
    if (!physicsWorld->Raycast(*origin, *direction, maxDistance, hit)) {
        return 0;
    }

    if (outHitGameObjectUUID) {
        *outHitGameObjectUUID = hit.gameObject ? hit.gameObject->GetUUID() : 0;
    }
    if (outHitPoint) {
        *outHitPoint = hit.point;
    }
    if (outHitNormal) {
        *outHitNormal = hit.normal;
    }
    if (outHitDistance) {
        *outHitDistance = hit.distance;
    }
    if (outHitIsTrigger) {
        *outHitIsTrigger = hit.isTrigger ? 1 : 0;
    }

    return 1;
}

void InternalCall_Rendering_SetRenderPipelineAsset(MonoObject* assetObject) {
    MonoScriptRuntime* const runtime = GetActiveMonoScriptRuntime();
    const Rendering::Pipelines::ManagedRenderPipelineAssetDescriptor currentDescriptor =
        Rendering::GetGraphicsSettingsState()
            .GetConfiguredRenderPipelineAssetDescriptor();

    if (assetObject == nullptr) {
        ClearManagedRenderPipelineSelection(runtime);
        return;
    }

    MonoClass* const monoClass = mono_object_get_class(assetObject);
    if (monoClass == nullptr) {
        return;
    }

    if (runtime != nullptr &&
        !runtime->IsScriptableRenderPipelineAssetObject(assetObject)) {
        return;
    }

    MonoImage* image = mono_class_get_image(monoClass);
    Rendering::Pipelines::ManagedRenderPipelineAssetDescriptor descriptor = {};
    descriptor.assemblyName =
        TrimAssemblyName(SafeString(image != nullptr ? mono_image_get_name(image) : nullptr));
    descriptor.namespaceName = SafeString(mono_class_get_namespace(monoClass));
    descriptor.className = SafeString(mono_class_get_name(monoClass));
    descriptor.managedAssetHandle =
        runtime != nullptr
            ? runtime->RetainExternalManagedObjectReference(assetObject)
            : 0u;
    if (!descriptor.IsValid() ||
        descriptor.managedAssetHandle == 0u) {
        if (runtime != nullptr &&
            descriptor.managedAssetHandle != 0u) {
            runtime->ReleaseExternalManagedObject(
                descriptor.managedAssetHandle);
        }
        return;
    }

    if (runtime != nullptr &&
        currentDescriptor.managedAssetHandle != 0u &&
        currentDescriptor.managedAssetHandle != descriptor.managedAssetHandle) {
        runtime->ReleaseExternalManagedObject(
            currentDescriptor.managedAssetHandle);
    }

    Rendering::GetGraphicsSettingsState()
        .SetConfiguredRenderPipelineAssetDescriptor(descriptor);
}

MonoObject* InternalCall_Rendering_GetRenderPipelineAsset() {
    MonoScriptRuntime* const runtime = GetActiveMonoScriptRuntime();
    if (runtime == nullptr) {
        return nullptr;
    }

    Rendering::Pipelines::ManagedRenderPipelineAssetDescriptor descriptor =
        Rendering::GetGraphicsSettingsState()
            .GetConfiguredRenderPipelineAssetDescriptor();
    if (!descriptor.IsValid()) {
        return nullptr;
    }

    if (descriptor.managedAssetHandle == 0u) {
        if (!runtime->TryEnsureManagedRenderPipelineAssetHandle(descriptor)) {
            return nullptr;
        }

        Rendering::GetGraphicsSettingsState()
            .SetConfiguredRenderPipelineAssetDescriptor(descriptor);
    }

    return runtime->GetExternalManagedObject(
        descriptor.managedAssetHandle);
}

int32_t InternalCall_Rendering_ScriptableRenderContext_GetStage(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return state != nullptr
        ? static_cast<int32_t>(state->stage)
        : static_cast<int32_t>(Rendering::CameraFrameStage::MainScene);
}

int32_t InternalCall_Rendering_ScriptableRenderContext_GetRendererIndex(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return state != nullptr &&
            state->graphContext != nullptr
        ? state->graphContext->rendererIndex
        : -1;
}

int32_t InternalCall_Rendering_ScriptableRenderContext_GetSourceColorTextureHandle(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return EncodeManagedRenderGraphTextureHandle(
        ResolveManagedScriptableRenderContextSourceColorTexture(
            state));
}

int32_t InternalCall_Rendering_ScriptableRenderContext_GetPrimaryColorTargetHandle(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return EncodeManagedRenderGraphTextureHandle(
        ResolveManagedScriptableRenderContextPrimaryColorTarget(
            state));
}

int32_t InternalCall_Rendering_ScriptableRenderContext_GetDepthTargetHandle(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return EncodeManagedRenderGraphTextureHandle(
        ResolveManagedScriptableRenderContextDepthTarget(
            state));
}

int32_t InternalCall_Rendering_ScriptableRenderContext_CreateTransientTexture(
    uint64_t nativeHandle,
    MonoString* name,
    ManagedRenderGraphTextureDescData* descData) {
    ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    if (state == nullptr ||
        state->graphContext == nullptr ||
        descData == nullptr) {
        return -1;
    }

    const auto* const desc =
        reinterpret_cast<const Rendering::RenderGraphTextureDesc*>(
            descData);
    if (!desc->IsValid()) {
        return -1;
    }

    const Rendering::RenderGraphTextureHandle handle =
        state->graphContext->graphBuilder.CreateTransientTexture(
            Containers::String(MonoStringToUtf8(name).c_str()),
            *desc);
    return EncodeManagedRenderGraphTextureHandle(handle);
}

int32_t
InternalCall_Rendering_ScriptableRenderContext_CreateFullscreenTransientColorTexture(
    uint64_t nativeHandle,
    MonoString* name) {
    ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    if (state == nullptr ||
        state->graphContext == nullptr) {
        return -1;
    }

    const Rendering::RenderGraphTextureHandle handle =
        state->graphContext->graphBuilder.CreateTransientTexture(
            Containers::String(MonoStringToUtf8(name).c_str()),
            Rendering::BuildFullscreenTransientTextureDesc(
                state->graphContext->surfaceTemplate));
    return EncodeManagedRenderGraphTextureHandle(handle);
}

int32_t
InternalCall_Rendering_ScriptableRenderContext_CreateFullscreenTransientDepthTexture(
    uint64_t nativeHandle,
    MonoString* name) {
    ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    if (state == nullptr ||
        state->graphContext == nullptr) {
        return -1;
    }

    const Rendering::RenderGraphTextureHandle handle =
        state->graphContext->graphBuilder.CreateTransientTexture(
            Containers::String(MonoStringToUtf8(name).c_str()),
            BuildManagedFullscreenTransientDepthTextureDesc(
                state->graphContext->surfaceTemplate));
    return EncodeManagedRenderGraphTextureHandle(handle);
}

uint64_t InternalCall_Rendering_ScriptableRenderContext_BeginRasterPass(
    uint64_t nativeHandle,
    MonoString* passName) {
    ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    if (state == nullptr ||
        state->graphContext == nullptr ||
        !Rendering::IsCameraFrameFullscreenSequenceStage(state->stage)) {
        return 0u;
    }

    const Containers::String passNameString(
        MonoStringToUtf8(passName).c_str());
    if (passNameString.Empty()) {
        return 0u;
    }

    uint64_t rasterPassHandle =
        state->nextPendingRasterPassHandle++;
    if (rasterPassHandle == 0u) {
        rasterPassHandle =
            state->nextPendingRasterPassHandle++;
    }

    ManagedScriptableRenderContextState::RasterPassRecordRequest
        request = {};
    request.passName = passNameString;
    state->pendingRasterPassRequests[rasterPassHandle] =
        std::move(request);
    return rasterPassHandle;
}

mono_bool
InternalCall_Rendering_ScriptableRenderContext_SetRasterPassSourceColorTexture(
    uint64_t nativeHandle,
    uint64_t rasterPassHandle,
    int32_t sourceTextureHandle) {
    ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    ManagedScriptableRenderContextState::RasterPassRecordRequest*
        const request =
            FindPendingManagedRasterPassRecordRequest(
                state,
                rasterPassHandle);
    if (request == nullptr) {
        return 0;
    }

    const Rendering::RenderGraphTextureHandle sourceColorTexture =
        DecodeManagedRenderGraphTextureHandle(
            sourceTextureHandle);
    if (!sourceColorTexture.IsValid()) {
        return 0;
    }

    request->sourceColorTexture = sourceColorTexture;
    return 1;
}

mono_bool
InternalCall_Rendering_ScriptableRenderContext_AddRasterPassReadTexture(
    uint64_t nativeHandle,
    uint64_t rasterPassHandle,
    int32_t textureHandle) {
    ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    ManagedScriptableRenderContextState::RasterPassRecordRequest*
        const request =
            FindPendingManagedRasterPassRecordRequest(
                state,
                rasterPassHandle);
    if (request == nullptr) {
        return 0;
    }

    const Rendering::RenderGraphTextureHandle readTexture =
        DecodeManagedRenderGraphTextureHandle(
            textureHandle);
    if (!readTexture.IsValid()) {
        return 0;
    }

    request->readTextures.push_back(readTexture);
    return 1;
}

mono_bool
InternalCall_Rendering_ScriptableRenderContext_AddRasterPassReadDepthTexture(
    uint64_t nativeHandle,
    uint64_t rasterPassHandle,
    int32_t textureHandle) {
    ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    ManagedScriptableRenderContextState::RasterPassRecordRequest*
        const request =
            FindPendingManagedRasterPassRecordRequest(
                state,
                rasterPassHandle);
    if (request == nullptr) {
        return 0;
    }

    const Rendering::RenderGraphTextureHandle readDepthTexture =
        DecodeManagedRenderGraphTextureHandle(
            textureHandle);
    if (!readDepthTexture.IsValid()) {
        return 0;
    }

    request->readDepthTextures.push_back(readDepthTexture);
    return 1;
}

mono_bool
InternalCall_Rendering_ScriptableRenderContext_AddRasterPassTextureBinding(
    uint64_t nativeHandle,
    uint64_t rasterPassHandle,
    MonoString* shaderResourceName,
    int32_t textureHandle,
    mono_bool isDepth) {
    ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    ManagedScriptableRenderContextState::RasterPassRecordRequest*
        const request =
            FindPendingManagedRasterPassRecordRequest(
                state,
                rasterPassHandle);
    if (request == nullptr) {
        return 0;
    }

    const Containers::String shaderResourceNameString(
        MonoStringToUtf8(shaderResourceName).c_str());
    if (shaderResourceNameString.Empty()) {
        return 0;
    }

    const Rendering::RenderGraphTextureHandle texture =
        DecodeManagedRenderGraphTextureHandle(
            textureHandle);
    if (!texture.IsValid()) {
        return 0;
    }

    Rendering::RenderPassGraphTextureBindingRequest
        bindingRequest = {};
    bindingRequest.resourceName =
        shaderResourceNameString;
    bindingRequest.texture = texture;
    bindingRequest.aspect =
        isDepth != 0
            ? Rendering::RenderGraphTextureAspect::Depth
            : Rendering::RenderGraphTextureAspect::Color;

    auto existingBinding =
        std::find_if(
            request->textureBindings.begin(),
            request->textureBindings.end(),
            [&shaderResourceNameString](
                const Rendering::RenderPassGraphTextureBindingRequest&
                    existingRequest) {
                return existingRequest.resourceName ==
                       shaderResourceNameString;
            });
    if (existingBinding != request->textureBindings.end()) {
        *existingBinding = std::move(bindingRequest);
    } else {
        request->textureBindings.push_back(
            std::move(bindingRequest));
    }

    return 1;
}

mono_bool
InternalCall_Rendering_ScriptableRenderContext_SetRasterPassColorAttachment(
    uint64_t nativeHandle,
    uint64_t rasterPassHandle,
    int32_t colorAttachmentIndex,
    int32_t textureHandle) {
    ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    ManagedScriptableRenderContextState::RasterPassRecordRequest*
        const request =
            FindPendingManagedRasterPassRecordRequest(
                state,
                rasterPassHandle);
    if (request == nullptr ||
        colorAttachmentIndex < 0) {
        return 0;
    }

    const Rendering::RenderGraphTextureHandle colorAttachment =
        DecodeManagedRenderGraphTextureHandle(
            textureHandle);
    if (!colorAttachment.IsValid()) {
        return 0;
    }

    if (request->colorTargets.size() <=
        static_cast<size_t>(colorAttachmentIndex)) {
        request->colorTargets.resize(
            static_cast<size_t>(colorAttachmentIndex) + 1u);
    }

    request->colorTargets[static_cast<size_t>(colorAttachmentIndex)] =
        colorAttachment;
    return 1;
}

mono_bool
InternalCall_Rendering_ScriptableRenderContext_SetRasterPassDepthAttachment(
    uint64_t nativeHandle,
    uint64_t rasterPassHandle,
    int32_t textureHandle) {
    ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    ManagedScriptableRenderContextState::RasterPassRecordRequest*
        const request =
            FindPendingManagedRasterPassRecordRequest(
                state,
                rasterPassHandle);
    if (request == nullptr) {
        return 0;
    }

    const Rendering::RenderGraphTextureHandle depthAttachment =
        DecodeManagedRenderGraphTextureHandle(
            textureHandle);
    if (!depthAttachment.IsValid()) {
        return 0;
    }

    request->depthTarget = depthAttachment;
    return 1;
}

mono_bool
InternalCall_Rendering_ScriptableRenderContext_SetRasterPassColorScaleFullscreenExecution(
    uint64_t nativeHandle,
    uint64_t rasterPassHandle,
    XCEngine::Math::Vector4* vectorPayload) {
    ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    ManagedScriptableRenderContextState::RasterPassRecordRequest*
        const request =
            FindPendingManagedRasterPassRecordRequest(
                state,
                rasterPassHandle);
    if (request == nullptr ||
        vectorPayload == nullptr) {
        return 0;
    }

    request->passDesc =
        Rendering::FullscreenPassDesc::MakeColorScale(
            *vectorPayload);
    return 1;
}

mono_bool
InternalCall_Rendering_ScriptableRenderContext_SetRasterPassShaderVectorFullscreenExecution(
    uint64_t nativeHandle,
    uint64_t rasterPassHandle,
    MonoString* shaderPath,
    MonoString* shaderPassName,
    XCEngine::Math::Vector4* vectorPayload) {
    ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    ManagedScriptableRenderContextState::RasterPassRecordRequest*
        const request =
            FindPendingManagedRasterPassRecordRequest(
                state,
                rasterPassHandle);
    if (request == nullptr ||
        vectorPayload == nullptr) {
        return 0;
    }

    const Containers::String shaderPathString(
        MonoStringToUtf8(shaderPath).c_str());
    if (shaderPathString.Empty()) {
        return 0;
    }

    request->passDesc =
        Rendering::FullscreenPassDesc::MakeShaderVector(
            shaderPathString,
            *vectorPayload,
            Containers::String(MonoStringToUtf8(shaderPassName).c_str()));
    return request->passDesc.IsValid()
        ? 1
        : 0;
}

mono_bool
InternalCall_Rendering_ScriptableRenderContext_SetRasterPassFinalColorFullscreenExecution(
    uint64_t nativeHandle,
    uint64_t rasterPassHandle,
    ManagedFinalColorSettingsData* settingsData) {
    ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    ManagedScriptableRenderContextState::RasterPassRecordRequest*
        const request =
            FindPendingManagedRasterPassRecordRequest(
                state,
                rasterPassHandle);
    if (request == nullptr ||
        settingsData == nullptr) {
        return 0;
    }

    request->passDesc =
        Rendering::FullscreenPassDesc::MakeFinalColor(
            BuildManagedFinalColorSettings(
                *settingsData));
    return request->passDesc.IsValid()
        ? 1
        : 0;
}

mono_bool InternalCall_Rendering_ScriptableRenderContext_CommitRasterPass(
    uint64_t nativeHandle,
    uint64_t rasterPassHandle) {
    ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    if (state == nullptr ||
        state->graphContext == nullptr ||
        !Rendering::IsCameraFrameFullscreenSequenceStage(state->stage)) {
        return 0;
    }

    auto it =
        state->pendingRasterPassRequests.find(
            rasterPassHandle);
    if (it == state->pendingRasterPassRequests.end()) {
        return 0;
    }

    ManagedScriptableRenderContextState::RasterPassRecordRequest
        request = std::move(it->second);
    state->pendingRasterPassRequests.erase(it);
    if (!request.passDesc.IsValid() ||
        !ResolveManagedPrimaryColorTarget(request.colorTargets)
             .IsValid()) {
        return 0;
    }

    state->rasterPassRequests.push_back(std::move(request));
    return 1;
}

int32_t InternalCall_Rendering_ScriptableRenderContext_GetStageColorSource(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return static_cast<int32_t>(
        ResolveManagedScriptableRenderContextStageColorSource(state));
}

mono_bool
InternalCall_Rendering_ScriptableRenderContext_GetStageUsesGraphManagedOutputColor(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return ResolveManagedScriptableRenderContextUsesGraphManagedOutputColor(
               state)
        ? 1
        : 0;
}

mono_bool
InternalCall_Rendering_ScriptableRenderContext_GetMainDirectionalShadowEnabled(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return ResolveManagedScriptableRenderContextDirectionalShadowPlan(state)
                   .enabled
        ? 1
        : 0;
}

void InternalCall_Rendering_ScriptableRenderContext_GetMainDirectionalShadowViewProjection(
    uint64_t nativeHandle,
    XCEngine::Math::Matrix4x4* outViewProjection) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    *outViewProjection =
        ResolveManagedScriptableRenderContextDirectionalShadowPlan(state)
            .cameraData.viewProjection;
}

float InternalCall_Rendering_ScriptableRenderContext_GetMainDirectionalShadowOrthographicHalfExtent(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return ResolveManagedScriptableRenderContextDirectionalShadowPlan(state)
        .orthographicHalfExtent;
}

float InternalCall_Rendering_ScriptableRenderContext_GetMainDirectionalShadowNearClipPlane(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return ResolveManagedScriptableRenderContextDirectionalShadowPlan(state)
        .nearClipPlane;
}

float InternalCall_Rendering_ScriptableRenderContext_GetMainDirectionalShadowFarClipPlane(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return ResolveManagedScriptableRenderContextDirectionalShadowPlan(state)
        .farClipPlane;
}

int32_t InternalCall_Rendering_ScriptableRenderContext_GetMainDirectionalShadowMapWidth(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return static_cast<int32_t>(
        ResolveManagedScriptableRenderContextDirectionalShadowPlan(state)
            .mapWidth);
}

int32_t InternalCall_Rendering_ScriptableRenderContext_GetMainDirectionalShadowMapHeight(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return static_cast<int32_t>(
        ResolveManagedScriptableRenderContextDirectionalShadowPlan(state)
            .mapHeight);
}

float InternalCall_Rendering_ScriptableRenderContext_GetMainDirectionalShadowWorldTexelSize(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return ResolveManagedScriptableRenderContextDirectionalShadowPlan(state)
        .texelWorldSize;
}

float InternalCall_Rendering_ScriptableRenderContext_GetMainDirectionalShadowReceiverDepthBias(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return ResolveManagedScriptableRenderContextDirectionalShadowPlan(state)
        .sampling.receiverDepthBias;
}

float InternalCall_Rendering_ScriptableRenderContext_GetMainDirectionalShadowNormalBiasScale(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return ResolveManagedScriptableRenderContextDirectionalShadowPlan(state)
        .sampling.normalBiasScale;
}

float InternalCall_Rendering_ScriptableRenderContext_GetMainDirectionalShadowStrength(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return ResolveManagedScriptableRenderContextDirectionalShadowPlan(state)
        .sampling.shadowStrength;
}

float InternalCall_Rendering_ScriptableRenderContext_GetMainDirectionalShadowDepthBiasFactor(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return ResolveManagedScriptableRenderContextDirectionalShadowPlan(state)
        .casterBias.depthBiasFactor;
}

int32_t InternalCall_Rendering_ScriptableRenderContext_GetMainDirectionalShadowDepthBiasUnits(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return ResolveManagedScriptableRenderContextDirectionalShadowPlan(state)
        .casterBias.depthBiasUnits;
}

void InternalCall_Rendering_ScriptableRenderContext_GetCameraView(
    uint64_t nativeHandle,
    XCEngine::Math::Matrix4x4* outView) {
    if (outView == nullptr) {
        return;
    }

    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    *outView =
        ResolveManagedScriptableRenderContextCameraData(state).view;
}

void InternalCall_Rendering_ScriptableRenderContext_GetCameraProjection(
    uint64_t nativeHandle,
    XCEngine::Math::Matrix4x4* outProjection) {
    if (outProjection == nullptr) {
        return;
    }

    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    *outProjection =
        ResolveManagedScriptableRenderContextCameraData(state).projection;
}

void InternalCall_Rendering_ScriptableRenderContext_GetCameraViewProjection(
    uint64_t nativeHandle,
    XCEngine::Math::Matrix4x4* outViewProjection) {
    if (outViewProjection == nullptr) {
        return;
    }

    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    *outViewProjection =
        ResolveManagedScriptableRenderContextCameraData(state).viewProjection;
}

void InternalCall_Rendering_ScriptableRenderContext_GetCameraWorldPosition(
    uint64_t nativeHandle,
    XCEngine::Math::Vector3* outWorldPosition) {
    if (outWorldPosition == nullptr) {
        return;
    }

    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    *outWorldPosition =
        ResolveManagedScriptableRenderContextCameraData(state).worldPosition;
}

void InternalCall_Rendering_ScriptableRenderContext_GetCameraWorldRight(
    uint64_t nativeHandle,
    XCEngine::Math::Vector3* outWorldRight) {
    if (outWorldRight == nullptr) {
        return;
    }

    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    *outWorldRight =
        ResolveManagedScriptableRenderContextCameraData(state).worldRight;
}

void InternalCall_Rendering_ScriptableRenderContext_GetCameraWorldUp(
    uint64_t nativeHandle,
    XCEngine::Math::Vector3* outWorldUp) {
    if (outWorldUp == nullptr) {
        return;
    }

    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    *outWorldUp =
        ResolveManagedScriptableRenderContextCameraData(state).worldUp;
}

void InternalCall_Rendering_ScriptableRenderContext_GetCameraWorldForward(
    uint64_t nativeHandle,
    XCEngine::Math::Vector3* outWorldForward) {
    if (outWorldForward == nullptr) {
        return;
    }

    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    *outWorldForward =
        ResolveManagedScriptableRenderContextCameraData(state).worldForward;
}

void InternalCall_Rendering_ScriptableRenderContext_GetCameraClearColor(
    uint64_t nativeHandle,
    XCEngine::Math::Color* outClearColor) {
    if (outClearColor == nullptr) {
        return;
    }

    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    *outClearColor =
        ResolveManagedScriptableRenderContextCameraData(state).clearColor;
}

int32_t InternalCall_Rendering_ScriptableRenderContext_GetCameraClearFlags(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return static_cast<int32_t>(
        ResolveManagedScriptableRenderContextCameraData(state).clearFlags);
}

mono_bool
InternalCall_Rendering_ScriptableRenderContext_GetCameraPerspectiveProjection(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return ResolveManagedScriptableRenderContextCameraData(state)
                   .perspectiveProjection
        ? 1
        : 0;
}

float InternalCall_Rendering_ScriptableRenderContext_GetCameraVerticalFovRadians(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return ResolveManagedScriptableRenderContextCameraData(state)
        .verticalFovRadians;
}

float InternalCall_Rendering_ScriptableRenderContext_GetCameraOrthographicSize(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return ResolveManagedScriptableRenderContextCameraData(state)
        .orthographicSize;
}

float InternalCall_Rendering_ScriptableRenderContext_GetCameraAspectRatio(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return ResolveManagedScriptableRenderContextCameraData(state)
        .aspectRatio;
}

float InternalCall_Rendering_ScriptableRenderContext_GetCameraNearClipPlane(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return ResolveManagedScriptableRenderContextCameraData(state)
        .nearClipPlane;
}

float InternalCall_Rendering_ScriptableRenderContext_GetCameraFarClipPlane(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return ResolveManagedScriptableRenderContextCameraData(state)
        .farClipPlane;
}

int32_t InternalCall_Rendering_ScriptableRenderContext_GetCameraViewportWidth(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return static_cast<int32_t>(
        ResolveManagedScriptableRenderContextCameraData(state).viewportWidth);
}

int32_t InternalCall_Rendering_ScriptableRenderContext_GetCameraViewportHeight(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return static_cast<int32_t>(
        ResolveManagedScriptableRenderContextCameraData(state).viewportHeight);
}

mono_bool
InternalCall_Rendering_ScriptableRenderContext_GetMainDirectionalLightEnabled(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return ResolveManagedScriptableRenderContextLightingData(state)
                   .mainDirectionalLight.enabled
        ? 1
        : 0;
}

mono_bool
InternalCall_Rendering_ScriptableRenderContext_GetMainDirectionalLightCastsShadows(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return ResolveManagedScriptableRenderContextLightingData(state)
                   .mainDirectionalLight.castsShadows
        ? 1
        : 0;
}

void InternalCall_Rendering_ScriptableRenderContext_GetMainDirectionalLightDirection(
    uint64_t nativeHandle,
    XCEngine::Math::Vector3* outDirection) {
    if (outDirection == nullptr) {
        return;
    }

    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    *outDirection = ResolveManagedScriptableRenderContextLightingData(state)
                        .mainDirectionalLight.direction;
}

void InternalCall_Rendering_ScriptableRenderContext_GetMainDirectionalLightColor(
    uint64_t nativeHandle,
    XCEngine::Math::Color* outColor) {
    if (outColor == nullptr) {
        return;
    }

    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    *outColor = ResolveManagedScriptableRenderContextLightingData(state)
                    .mainDirectionalLight.color;
}

float
InternalCall_Rendering_ScriptableRenderContext_GetMainDirectionalLightIntensity(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return ResolveManagedScriptableRenderContextLightingData(state)
        .mainDirectionalLight.intensity;
}

mono_bool
InternalCall_Rendering_ScriptableRenderContext_GetHasMainDirectionalShadow(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return ResolveManagedScriptableRenderContextLightingData(state)
                   .HasMainDirectionalShadow()
        ? 1
        : 0;
}

int32_t InternalCall_Rendering_ScriptableRenderContext_GetAdditionalLightCount(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return static_cast<int32_t>(
        ResolveManagedScriptableRenderContextLightingData(state)
            .additionalLightCount);
}

int32_t InternalCall_Rendering_ScriptableRenderContext_GetEnvironmentMode(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return static_cast<int32_t>(
        ResolveManagedScriptableRenderContextEnvironmentData(state).mode);
}

void InternalCall_Rendering_ScriptableRenderContext_GetEnvironmentSkyboxTopColor(
    uint64_t nativeHandle,
    XCEngine::Math::Color* outColor) {
    if (outColor == nullptr) {
        return;
    }

    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    *outColor = ResolveManagedScriptableRenderContextEnvironmentData(state)
                    .skybox.topColor;
}

void InternalCall_Rendering_ScriptableRenderContext_GetEnvironmentSkyboxHorizonColor(
    uint64_t nativeHandle,
    XCEngine::Math::Color* outColor) {
    if (outColor == nullptr) {
        return;
    }

    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    *outColor = ResolveManagedScriptableRenderContextEnvironmentData(state)
                    .skybox.horizonColor;
}

void InternalCall_Rendering_ScriptableRenderContext_GetEnvironmentSkyboxBottomColor(
    uint64_t nativeHandle,
    XCEngine::Math::Color* outColor) {
    if (outColor == nullptr) {
        return;
    }

    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    *outColor = ResolveManagedScriptableRenderContextEnvironmentData(state)
                    .skybox.bottomColor;
}

int32_t
InternalCall_Rendering_ScriptableRenderContext_GetFinalColorOutputTransferMode(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return static_cast<int32_t>(
        ResolveManagedScriptableRenderContextFinalColorPolicy(state)
            .outputTransferMode);
}

int32_t
InternalCall_Rendering_ScriptableRenderContext_GetFinalColorExposureMode(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return static_cast<int32_t>(
        ResolveManagedScriptableRenderContextFinalColorPolicy(state)
            .exposureMode);
}

float InternalCall_Rendering_ScriptableRenderContext_GetFinalColorExposureValue(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return ResolveManagedScriptableRenderContextFinalColorPolicy(state)
        .exposureValue;
}

int32_t
InternalCall_Rendering_ScriptableRenderContext_GetFinalColorToneMappingMode(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return static_cast<int32_t>(
        ResolveManagedScriptableRenderContextFinalColorPolicy(state)
            .toneMappingMode);
}

void InternalCall_Rendering_ScriptableRenderContext_GetFinalColorScale(
    uint64_t nativeHandle,
    XCEngine::Math::Vector4* outScale) {
    if (outScale == nullptr) {
        return;
    }

    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    *outScale = ResolveManagedScriptableRenderContextFinalColorPolicy(state)
                    .finalColorScale;
}

mono_bool
InternalCall_Rendering_ScriptableRenderContext_GetFinalColorHasPipelineDefaults(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return ResolveManagedScriptableRenderContextFinalColorPolicy(state)
                   .hasPipelineDefaults
        ? 1
        : 0;
}

mono_bool
InternalCall_Rendering_ScriptableRenderContext_GetFinalColorHasCameraOverrides(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    return ResolveManagedScriptableRenderContextFinalColorPolicy(state)
                   .hasCameraOverrides
        ? 1
        : 0;
}

mono_bool
InternalCall_Rendering_ScriptableRenderContext_RecordScenePhase(
    uint64_t nativeHandle,
    int32_t scenePhase) {
    ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    if (state == nullptr ||
        state->graphContext == nullptr ||
        state->sceneRecorder == nullptr ||
        !SupportsManagedScriptableRenderContextSceneRecordingStage(
            state->stage)) {
        return 0;
    }

    return state->sceneRecorder->RecordScenePhase(
               static_cast<Rendering::ScenePhase>(scenePhase))
        ? 1
        : 0;
}

mono_bool
InternalCall_Rendering_ScriptableRenderContext_RecordSceneInjectionPoint(
    uint64_t nativeHandle,
    int32_t injectionPoint) {
    ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    if (state == nullptr ||
        state->graphContext == nullptr ||
        state->sceneRecorder == nullptr ||
        state->stage != Rendering::CameraFrameStage::MainScene) {
        return 0;
    }

    return state->sceneRecorder->RecordInjectionPoint(
               static_cast<Rendering::SceneRenderInjectionPoint>(injectionPoint))
        ? 1
        : 0;
}

mono_bool
InternalCall_Rendering_ScriptableRenderContext_RecordNativeSceneFeaturePass(
    uint64_t nativeHandle,
    int32_t featurePassId) {
    ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    if (state == nullptr ||
        state->graphContext == nullptr ||
        state->sceneRecorder == nullptr ||
        state->stage != Rendering::CameraFrameStage::MainScene) {
        return 0;
    }

    const Rendering::NativeSceneFeaturePassId
        resolvedFeaturePassId =
            static_cast<Rendering::NativeSceneFeaturePassId>(
                featurePassId);
    if (resolvedFeaturePassId ==
        Rendering::NativeSceneFeaturePassId::Invalid) {
        return 0;
    }

    return state->sceneRecorder->RecordFeaturePass(
               resolvedFeaturePassId)
        ? 1
        : 0;
}

mono_bool
InternalCall_Rendering_ScriptableRenderContext_DrawRenderersByDesc(
    uint64_t nativeHandle,
    int32_t scenePhase,
    ManagedRendererListDescData* rendererListDescData,
    MonoString* overrideMaterialPath,
    MonoString* shaderPassName,
    ManagedRenderStateBlockData* renderStateBlockData) {
    ManagedScriptableRenderContextState* const state =
        FindManagedScriptableRenderContextState(nativeHandle);
    if (state == nullptr ||
        state->graphContext == nullptr ||
        state->sceneRecorder == nullptr ||
        !SupportsManagedScriptableRenderContextSceneRecordingStage(
            state->stage) ||
        rendererListDescData == nullptr) {
        return 0;
    }

    Rendering::DrawSettings drawSettings = {};
    drawSettings.scenePhase =
        static_cast<Rendering::ScenePhase>(scenePhase);
    drawSettings.rendererListDesc =
        *reinterpret_cast<const Rendering::RendererListDesc*>(
            rendererListDescData);
    const std::string overrideMaterialPathUtf8 =
        MonoStringToUtf8(overrideMaterialPath);
    if (!overrideMaterialPathUtf8.empty()) {
        drawSettings.overrideMaterial =
            Resources::ResourceManager::Get().Load<Resources::Material>(
                overrideMaterialPathUtf8.c_str());
        if (!drawSettings.overrideMaterial.IsValid()) {
            Debug::Logger::Get().Error(
                Debug::LogCategory::Rendering,
                (Containers::String(
                     "ScriptableRenderContext DrawRenderers failed to load override material: ") +
                 Containers::String(overrideMaterialPathUtf8.c_str()))
                    .CStr());
            return 0;
        }
    }

    const std::string shaderPassNameUtf8 =
        MonoStringToUtf8(shaderPassName);
    if (!shaderPassNameUtf8.empty()) {
        drawSettings.shaderPassName =
            Containers::String(shaderPassNameUtf8.c_str());
    }
    if (renderStateBlockData != nullptr) {
        drawSettings.renderStateBlock =
            BuildManagedRenderStateBlock(
                *renderStateBlockData);
    }

    return state->sceneRecorder->RecordSceneDrawSettings(
               drawSettings)
        ? 1
        : 0;
}

int32_t
InternalCall_Rendering_CameraRenderRequestContext_GetRenderedBaseCameraCount(
    uint64_t nativeHandle) {
    const ManagedCameraRenderRequestContextState* const state =
        FindManagedCameraRenderRequestContextState(nativeHandle);
    return state != nullptr
        ? static_cast<int32_t>(state->renderedBaseCameraCount)
        : 0;
}

int32_t
InternalCall_Rendering_CameraRenderRequestContext_GetRenderedRequestCount(
    uint64_t nativeHandle) {
    const ManagedCameraRenderRequestContextState* const state =
        FindManagedCameraRenderRequestContextState(nativeHandle);
    return state != nullptr
        ? static_cast<int32_t>(state->renderedRequestCount)
        : 0;
}

uint64_t
InternalCall_Rendering_CameraRenderRequestContext_GetCameraGameObjectUUID(
    uint64_t nativeHandle) {
    const ManagedCameraRenderRequestContextState* const state =
        FindManagedCameraRenderRequestContextState(nativeHandle);
    if (state == nullptr ||
        state->request == nullptr ||
        state->request->camera == nullptr ||
        state->request->camera->GetGameObject() == nullptr) {
        return 0u;
    }

    return state->request->camera->GetGameObject()->GetUUID();
}

int32_t InternalCall_Rendering_CameraRenderRequestContext_GetRendererIndex(
    uint64_t nativeHandle) {
    const ManagedCameraRenderRequestContextState* const state =
        FindManagedCameraRenderRequestContextState(nativeHandle);
    return state != nullptr &&
            state->request != nullptr
        ? state->request->rendererIndex
        : -1;
}

void InternalCall_Rendering_CameraRenderRequestContext_SetRendererIndex(
    uint64_t nativeHandle,
    int32_t rendererIndex) {
    ManagedCameraRenderRequestContextState* const state =
        FindManagedCameraRenderRequestContextState(nativeHandle);
    if (state == nullptr || state->request == nullptr) {
        return;
    }

    state->request->rendererIndex = rendererIndex;
}

mono_bool
InternalCall_Rendering_CameraRenderRequestContext_GetHasDirectionalShadow(
    uint64_t nativeHandle) {
    const ManagedCameraRenderRequestContextState* const state =
        FindManagedCameraRenderRequestContextState(nativeHandle);
    return state != nullptr &&
            state->request != nullptr &&
            state->request->directionalShadow.IsValid()
        ? 1
        : 0;
}

void
InternalCall_Rendering_CameraRenderRequestContext_GetDirectionalShadowPlanningSettings(
    uint64_t nativeHandle,
    ManagedDirectionalShadowPlanningSettingsData* outSettings) {
    const ManagedCameraRenderRequestContextState* const state =
        FindManagedCameraRenderRequestContextState(nativeHandle);
    if (outSettings == nullptr) {
        return;
    }

    const Rendering::DirectionalShadowPlanningSettings sourceSettings =
        state != nullptr
            ? state->directionalShadowPlanningSettings
            : Rendering::DirectionalShadowPlanningSettings();
    *outSettings =
        *reinterpret_cast<const ManagedDirectionalShadowPlanningSettingsData*>(
            &sourceSettings);
}

void
InternalCall_Rendering_CameraRenderRequestContext_SetDirectionalShadowPlanningSettings(
    uint64_t nativeHandle,
    ManagedDirectionalShadowPlanningSettingsData* settings) {
    ManagedCameraRenderRequestContextState* const state =
        FindManagedCameraRenderRequestContextState(nativeHandle);
    if (state == nullptr ||
        settings == nullptr) {
        return;
    }

    state->directionalShadowPlanningSettings =
        *reinterpret_cast<const Rendering::DirectionalShadowPlanningSettings*>(
            settings);
}

void InternalCall_Rendering_CameraRenderRequestContext_ClearDirectionalShadow(
    uint64_t nativeHandle) {
    ManagedCameraRenderRequestContextState* const state =
        FindManagedCameraRenderRequestContextState(nativeHandle);
    if (state == nullptr || state->request == nullptr) {
        return;
    }

    state->request->directionalShadow = {};
    state->suppressDirectionalShadow = true;
}

int32_t InternalCall_Rendering_CameraRenderRequestContext_GetClearFlags(
    uint64_t nativeHandle) {
    const ManagedCameraRenderRequestContextState* const state =
        FindManagedCameraRenderRequestContextState(nativeHandle);
    return state != nullptr &&
            state->request != nullptr
        ? static_cast<int32_t>(state->request->clearFlags)
        : static_cast<int32_t>(Rendering::RenderClearFlags::All);
}

void InternalCall_Rendering_CameraRenderRequestContext_SetClearFlags(
    uint64_t nativeHandle,
    int32_t clearFlags) {
    ManagedCameraRenderRequestContextState* const state =
        FindManagedCameraRenderRequestContextState(nativeHandle);
    if (state == nullptr || state->request == nullptr) {
        return;
    }

    state->request->clearFlags =
        static_cast<Rendering::RenderClearFlags>(clearFlags);
}

void InternalCall_Rendering_CameraRenderRequestContext_SetResolvedFinalColorPolicy(
    uint64_t nativeHandle,
    ManagedFinalColorSettingsData* settings,
    mono_bool hasPipelineDefaults,
    mono_bool hasCameraOverrides) {
    ManagedCameraRenderRequestContextState* const state =
        FindManagedCameraRenderRequestContextState(nativeHandle);
    if (state == nullptr ||
        state->request == nullptr ||
        settings == nullptr) {
        return;
    }

    const Rendering::FinalColorSettings resolvedSettings =
        BuildManagedFinalColorSettings(*settings);
    Rendering::ResolvedFinalColorPolicy resolvedPolicy = {};
    resolvedPolicy.outputTransferMode =
        resolvedSettings.outputTransferMode;
    resolvedPolicy.exposureMode =
        resolvedSettings.exposureMode;
    resolvedPolicy.exposureValue =
        resolvedSettings.exposureValue;
    resolvedPolicy.toneMappingMode =
        resolvedSettings.toneMappingMode;
    resolvedPolicy.finalColorScale =
        resolvedSettings.finalColorScale;
    resolvedPolicy.hasPipelineDefaults =
        hasPipelineDefaults != 0;
    resolvedPolicy.hasCameraOverrides =
        hasCameraOverrides != 0;
    state->request->finalColorPolicy =
        resolvedPolicy;
}

void InternalCall_Rendering_CameraRenderRequestContext_ClearFinalColorPolicy(
    uint64_t nativeHandle) {
    ManagedCameraRenderRequestContextState* const state =
        FindManagedCameraRenderRequestContextState(nativeHandle);
    if (state == nullptr || state->request == nullptr) {
        return;
    }

    state->request->finalColorPolicy = {};
}

int32_t
InternalCall_Rendering_RenderSceneSetupContext_GetRendererIndex(
    uint64_t nativeHandle) {
    const ManagedRenderSceneSetupContextState* const state =
        FindManagedRenderSceneSetupContextState(nativeHandle);
    return state != nullptr &&
            state->plan != nullptr
        ? state->plan->request.rendererIndex
        : -1;
}

uint64_t
InternalCall_Rendering_RenderSceneSetupContext_GetCameraGameObjectUUID(
    uint64_t nativeHandle) {
    const ManagedRenderSceneSetupContextState* const state =
        FindManagedRenderSceneSetupContextState(nativeHandle);
    if (state == nullptr ||
        state->plan == nullptr ||
        state->plan->request.camera == nullptr ||
        state->plan->request.camera->GetGameObject() == nullptr) {
        return 0u;
    }

    return state->plan->request.camera->GetGameObject()->GetUUID();
}

mono_bool
InternalCall_Rendering_RenderSceneSetupContext_GetIsConfigured(
    uint64_t nativeHandle) {
    const ManagedRenderSceneSetupContextState* const state =
        FindManagedRenderSceneSetupContextState(nativeHandle);
    return state != nullptr &&
               state->explicitlyConfigured
        ? 1
        : 0;
}

int32_t InternalCall_Rendering_RenderSceneSetupContext_GetClearFlags(
    uint64_t nativeHandle) {
    const ManagedRenderSceneSetupContextState* const state =
        FindManagedRenderSceneSetupContextState(nativeHandle);
    return state != nullptr &&
            state->plan != nullptr
        ? static_cast<int32_t>(state->plan->request.clearFlags)
        : 0;
}

mono_bool
InternalCall_Rendering_RenderSceneSetupContext_GetHasMainSceneDepthAttachment(
    uint64_t nativeHandle) {
    const ManagedRenderSceneSetupContextState* const state =
        FindManagedRenderSceneSetupContextState(nativeHandle);
    return state != nullptr &&
               state->plan != nullptr &&
               state->plan->GetMainSceneSurface().GetDepthAttachment() != nullptr
        ? 1
        : 0;
}

mono_bool
InternalCall_Rendering_RenderSceneSetupContext_GetHasMainDirectionalShadow(
    uint64_t nativeHandle) {
    const ManagedRenderSceneSetupContextState* const state =
        FindManagedRenderSceneSetupContextState(nativeHandle);
    return state != nullptr &&
               state->sceneData != nullptr &&
               state->sceneData->lighting.HasMainDirectionalShadow()
        ? 1
        : 0;
}

void InternalCall_Rendering_RenderSceneSetupContext_SetEnvironmentNone(
    uint64_t nativeHandle) {
    ManagedRenderSceneSetupContextState* const state =
        FindManagedRenderSceneSetupContextState(nativeHandle);
    if (state == nullptr || state->sceneData == nullptr) {
        return;
    }

    state->sceneData->environment = {};
    state->explicitlyConfigured = true;
}

mono_bool
InternalCall_Rendering_RenderSceneSetupContext_UseCameraSkyboxMaterial(
    uint64_t nativeHandle) {
    ManagedRenderSceneSetupContextState* const state =
        FindManagedRenderSceneSetupContextState(nativeHandle);
    if (state == nullptr ||
        state->plan == nullptr ||
        state->sceneData == nullptr ||
        state->plan->request.camera == nullptr) {
        return 0;
    }

    const Resources::Material* skyboxMaterial =
        state->plan->request.camera->GetSkyboxMaterial();
    if (skyboxMaterial == nullptr) {
        return 0;
    }

    state->sceneData->environment = {};
    state->sceneData->environment.mode =
        Rendering::RenderEnvironmentMode::MaterialSkybox;
    state->sceneData->environment.materialSkybox.material =
        skyboxMaterial;
    state->explicitlyConfigured = true;
    return 1;
}

void InternalCall_Rendering_RenderSceneSetupContext_SetProceduralSkybox(
    uint64_t nativeHandle,
    XCEngine::Math::Color* topColor,
    XCEngine::Math::Color* horizonColor,
    XCEngine::Math::Color* bottomColor) {
    ManagedRenderSceneSetupContextState* const state =
        FindManagedRenderSceneSetupContextState(nativeHandle);
    if (state == nullptr || state->sceneData == nullptr) {
        return;
    }

    state->sceneData->environment = {};
    state->sceneData->environment.mode =
        Rendering::RenderEnvironmentMode::ProceduralSkybox;
    state->sceneData->environment.skybox.topColor =
        topColor != nullptr ? *topColor : XCEngine::Math::Color();
    state->sceneData->environment.skybox.horizonColor =
        horizonColor != nullptr ? *horizonColor : XCEngine::Math::Color();
    state->sceneData->environment.skybox.bottomColor =
        bottomColor != nullptr ? *bottomColor : XCEngine::Math::Color();
    state->explicitlyConfigured = true;
}

void
InternalCall_Rendering_RenderSceneSetupContext_ClearGlobalShaderKeywords(
    uint64_t nativeHandle) {
    ManagedRenderSceneSetupContextState* const state =
        FindManagedRenderSceneSetupContextState(nativeHandle);
    if (state == nullptr || state->sceneData == nullptr) {
        return;
    }

    state->sceneData->globalShaderKeywords = {};
    state->explicitlyConfigured = true;
}

void InternalCall_Rendering_RenderSceneSetupContext_SetGlobalShaderKeyword(
    uint64_t nativeHandle,
    MonoString* keyword,
    mono_bool enabled) {
    ManagedRenderSceneSetupContextState* const state =
        FindManagedRenderSceneSetupContextState(nativeHandle);
    if (state == nullptr || state->sceneData == nullptr) {
        return;
    }

    const XCEngine::Containers::String normalizedKeyword =
        Resources::NormalizeShaderKeywordToken(
            XCEngine::Containers::String(
                MonoStringToUtf8(keyword).c_str()));
    if (normalizedKeyword.Empty()) {
        state->explicitlyConfigured = true;
        return;
    }

    Resources::ShaderKeywordSet& keywordSet =
        state->sceneData->globalShaderKeywords;
    bool foundKeyword = false;
    size_t foundIndex = 0;
    for (size_t keywordIndex = 0;
         keywordIndex < keywordSet.enabledKeywords.Size();
         ++keywordIndex) {
        if (keywordSet.enabledKeywords[keywordIndex] ==
            normalizedKeyword) {
            foundKeyword = true;
            foundIndex = keywordIndex;
            break;
        }
    }

    if (enabled != 0) {
        if (!foundKeyword) {
            keywordSet.enabledKeywords.PushBack(normalizedKeyword);
        }
    } else if (foundKeyword) {
        const size_t lastIndex =
            keywordSet.enabledKeywords.Size() - 1;
        if (foundIndex != lastIndex) {
            keywordSet.enabledKeywords[foundIndex] =
                keywordSet.enabledKeywords[lastIndex];
        }
        keywordSet.enabledKeywords.PopBack();
    }

    Resources::NormalizeShaderKeywordSetInPlace(keywordSet);
    state->explicitlyConfigured = true;
}

mono_bool
InternalCall_Rendering_DirectionalShadowExecutionContext_GetHasPlannedMainDirectionalShadow(
    uint64_t nativeHandle) {
    const ManagedDirectionalShadowExecutionContextState* const state =
        FindManagedDirectionalShadowExecutionContextState(
            nativeHandle);
    return state != nullptr &&
               state->plan != nullptr &&
               state->plan->directionalShadow.IsValid()
        ? 1
        : 0;
}

int32_t
InternalCall_Rendering_DirectionalShadowExecutionContext_GetRendererIndex(
    uint64_t nativeHandle) {
    const ManagedDirectionalShadowExecutionContextState* const state =
        FindManagedDirectionalShadowExecutionContextState(
            nativeHandle);
    return state != nullptr &&
            state->plan != nullptr
        ? state->plan->request.rendererIndex
        : -1;
}

mono_bool
InternalCall_Rendering_DirectionalShadowExecutionContext_GetIsConfigured(
    uint64_t nativeHandle) {
    const ManagedDirectionalShadowExecutionContextState* const state =
        FindManagedDirectionalShadowExecutionContextState(
            nativeHandle);
    return state != nullptr &&
               state->explicitlyConfigured
        ? 1
        : 0;
}

mono_bool
InternalCall_Rendering_DirectionalShadowExecutionContext_UseDefaultMainDirectionalShadowExecution(
    uint64_t nativeHandle) {
    ManagedDirectionalShadowExecutionContextState* const state =
        FindManagedDirectionalShadowExecutionContextState(
            nativeHandle);
    if (state == nullptr ||
        state->plan == nullptr ||
        state->shadowAllocation == nullptr ||
        state->shadowState == nullptr) {
        return 0;
    }

    Rendering::ApplyDefaultRenderPipelineDirectionalShadowExecutionPolicy(
        *state->plan,
        *state->shadowAllocation,
        *state->shadowState);
    state->explicitlyConfigured = true;
    return state->shadowState->shadowCasterRequest.IsValid() &&
               state->shadowState->shadowData.IsValid()
        ? 1
        : 0;
}

void InternalCall_Rendering_DirectionalShadowExecutionContext_ClearDirectionalShadowExecution(
    uint64_t nativeHandle) {
    ManagedDirectionalShadowExecutionContextState* const state =
        FindManagedDirectionalShadowExecutionContextState(
            nativeHandle);
    if (state == nullptr || state->shadowState == nullptr) {
        return;
    }

    *state->shadowState = {};
    state->explicitlyConfigured = true;
}

int32_t
InternalCall_Rendering_ScriptableRenderPipelinePlanningContext_GetRendererIndex(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderPipelinePlanningContextState* const state =
        FindManagedScriptableRenderPipelinePlanningContextState(nativeHandle);
    return state != nullptr &&
            state->plan != nullptr
        ? state->plan->request.rendererIndex
        : -1;
}

mono_bool
InternalCall_Rendering_ScriptableRenderPipelinePlanningContext_IsStageRequested(
    uint64_t nativeHandle,
    int32_t stage) {
    const ManagedScriptableRenderPipelinePlanningContextState* const state =
        FindManagedScriptableRenderPipelinePlanningContextState(nativeHandle);
    if (state == nullptr || state->plan == nullptr) {
        return 0;
    }

    Rendering::CameraFrameStage resolvedStage =
        Rendering::CameraFrameStage::MainScene;
    if (!TryResolveManagedCameraFrameStage(stage, resolvedStage)) {
        return 0;
    }

    return state->plan->HasFrameStage(resolvedStage) ? 1 : 0;
}

int32_t
InternalCall_Rendering_ScriptableRenderPipelinePlanningContext_GetStageColorSource(
    uint64_t nativeHandle,
    int32_t stage) {
    const ManagedScriptableRenderPipelinePlanningContextState* const state =
        FindManagedScriptableRenderPipelinePlanningContextState(nativeHandle);
    if (state == nullptr || state->plan == nullptr) {
        return static_cast<int32_t>(
            Rendering::CameraFrameColorSource::ExplicitSurface);
    }

    Rendering::CameraFrameStage resolvedStage =
        Rendering::CameraFrameStage::MainScene;
    if (!TryResolveManagedCameraFrameStage(stage, resolvedStage)) {
        return static_cast<int32_t>(
            Rendering::CameraFrameColorSource::ExplicitSurface);
    }

    return static_cast<int32_t>(
        state->plan->ResolveStageColorSource(resolvedStage));
}

mono_bool
InternalCall_Rendering_ScriptableRenderPipelinePlanningContext_GetStageUsesGraphManagedOutputColor(
    uint64_t nativeHandle,
    int32_t stage) {
    const ManagedScriptableRenderPipelinePlanningContextState* const state =
        FindManagedScriptableRenderPipelinePlanningContextState(nativeHandle);
    if (state == nullptr || state->plan == nullptr) {
        return 0;
    }

    Rendering::CameraFrameStage resolvedStage =
        Rendering::CameraFrameStage::MainScene;
    if (!TryResolveManagedCameraFrameStage(stage, resolvedStage)) {
        return 0;
    }

    return state->plan->UsesGraphManagedOutputColor(resolvedStage)
        ? 1
        : 0;
}

mono_bool
InternalCall_Rendering_ScriptableRenderPipelinePlanningContext_RequestFullscreenStage(
    uint64_t nativeHandle,
    int32_t stage,
    int32_t source,
    mono_bool usesGraphManagedOutputColor) {
    ManagedScriptableRenderPipelinePlanningContextState* const state =
        FindManagedScriptableRenderPipelinePlanningContextState(nativeHandle);
    if (state == nullptr || state->plan == nullptr) {
        return 0;
    }

    Rendering::CameraFrameStage resolvedStage =
        Rendering::CameraFrameStage::MainScene;
    if (!TryResolveManagedCameraFrameStage(stage, resolvedStage)) {
        return 0;
    }

    const Rendering::CameraFrameColorSource resolvedSource =
        static_cast<Rendering::CameraFrameColorSource>(source);
    return state->plan->RequestFullscreenStage(
               resolvedStage,
               resolvedSource,
               usesGraphManagedOutputColor != 0,
               true)
        ? 1
        : 0;
}

void InternalCall_Rendering_ScriptableRenderPipelinePlanningContext_ClearFullscreenStage(
    uint64_t nativeHandle,
    int32_t stage) {
    ManagedScriptableRenderPipelinePlanningContextState* const state =
        FindManagedScriptableRenderPipelinePlanningContextState(nativeHandle);
    if (state == nullptr || state->plan == nullptr) {
        return;
    }

    Rendering::CameraFrameStage resolvedStage =
        Rendering::CameraFrameStage::MainScene;
    if (!TryResolveManagedCameraFrameStage(stage, resolvedStage)) {
        return;
    }

    state->plan->ClearFullscreenStage(resolvedStage, true);
}

mono_bool
InternalCall_Rendering_ScriptableRenderPipelinePlanningContext_RequestShadowCasterStage(
    uint64_t nativeHandle) {
    ManagedScriptableRenderPipelinePlanningContextState* const state =
        FindManagedScriptableRenderPipelinePlanningContextState(nativeHandle);
    return state != nullptr &&
            state->plan != nullptr &&
            state->plan->RequestShadowCasterStage(true)
        ? 1
        : 0;
}

void InternalCall_Rendering_ScriptableRenderPipelinePlanningContext_ClearShadowCasterStage(
    uint64_t nativeHandle) {
    ManagedScriptableRenderPipelinePlanningContextState* const state =
        FindManagedScriptableRenderPipelinePlanningContextState(nativeHandle);
    if (state == nullptr || state->plan == nullptr) {
        return;
    }

    state->plan->ClearShadowCasterStage(true);
}

mono_bool
InternalCall_Rendering_ScriptableRenderPipelinePlanningContext_GetHasExplicitShadowCasterStageConfiguration(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderPipelinePlanningContextState* const state =
        FindManagedScriptableRenderPipelinePlanningContextState(nativeHandle);
    return state != nullptr &&
            state->plan != nullptr &&
            state->plan->HasExplicitShadowCasterStageConfiguration()
        ? 1
        : 0;
}

mono_bool
InternalCall_Rendering_ScriptableRenderPipelinePlanningContext_RequestDepthOnlyStage(
    uint64_t nativeHandle) {
    ManagedScriptableRenderPipelinePlanningContextState* const state =
        FindManagedScriptableRenderPipelinePlanningContextState(nativeHandle);
    return state != nullptr &&
            state->plan != nullptr &&
            state->plan->RequestDepthOnlyStage(true)
        ? 1
        : 0;
}

mono_bool
InternalCall_Rendering_ScriptableRenderPipelinePlanningContext_RequestCameraDepthOnlyStage(
    uint64_t nativeHandle) {
    ManagedScriptableRenderPipelinePlanningContextState* const state =
        FindManagedScriptableRenderPipelinePlanningContextState(nativeHandle);
    if (state == nullptr || state->plan == nullptr) {
        return 0;
    }

    Rendering::DepthOnlyRenderRequest& depthOnlyRequest =
        state->plan->request.depthOnly;
    depthOnlyRequest = {};
    depthOnlyRequest.surface =
        Rendering::CameraFramePlan::BuildCameraDepthOnlySurfaceTemplate(
            state->plan->request.surface);
    depthOnlyRequest.clearFlags =
        Rendering::RenderClearFlags::Depth;

    if (!depthOnlyRequest.IsValid()) {
        depthOnlyRequest = {};
        state->plan->ClearDepthOnlyStage(true);
        return 0;
    }

    return state->plan->RequestDepthOnlyStage(true)
        ? 1
        : 0;
}

void InternalCall_Rendering_ScriptableRenderPipelinePlanningContext_ClearDepthOnlyStage(
    uint64_t nativeHandle) {
    ManagedScriptableRenderPipelinePlanningContextState* const state =
        FindManagedScriptableRenderPipelinePlanningContextState(nativeHandle);
    if (state == nullptr || state->plan == nullptr) {
        return;
    }

    state->plan->ClearDepthOnlyStage(true);
}

mono_bool
InternalCall_Rendering_ScriptableRenderPipelinePlanningContext_GetHasExplicitDepthOnlyStageConfiguration(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderPipelinePlanningContextState* const state =
        FindManagedScriptableRenderPipelinePlanningContextState(nativeHandle);
    return state != nullptr &&
            state->plan != nullptr &&
            state->plan->HasExplicitDepthOnlyStageConfiguration()
        ? 1
        : 0;
}

mono_bool
InternalCall_Rendering_ScriptableRenderPipelinePlanningContext_GetHasFinalColorProcessing(
    uint64_t nativeHandle) {
    const ManagedScriptableRenderPipelinePlanningContextState* const state =
        FindManagedScriptableRenderPipelinePlanningContextState(nativeHandle);
    return state != nullptr &&
            state->plan != nullptr &&
            state->plan->finalColorPolicy.RequiresProcessing()
        ? 1
        : 0;
}

void RegisterInternalCalls() {
    if (GetInternalCallRegistrationState()) {
        return;
    }

    mono_add_internal_call("XCEngine.InternalCalls::Debug_Log", reinterpret_cast<const void*>(&InternalCall_Debug_Log));
    mono_add_internal_call("XCEngine.InternalCalls::Debug_LogWarning", reinterpret_cast<const void*>(&InternalCall_Debug_LogWarning));
    mono_add_internal_call("XCEngine.InternalCalls::Debug_LogError", reinterpret_cast<const void*>(&InternalCall_Debug_LogError));
    mono_add_internal_call("XCEngine.InternalCalls::Time_GetDeltaTime", reinterpret_cast<const void*>(&InternalCall_Time_GetDeltaTime));
    mono_add_internal_call("XCEngine.InternalCalls::Time_GetFixedDeltaTime", reinterpret_cast<const void*>(&InternalCall_Time_GetFixedDeltaTime));
    mono_add_internal_call("XCEngine.InternalCalls::Input_GetKey", reinterpret_cast<const void*>(&InternalCall_Input_GetKey));
    mono_add_internal_call("XCEngine.InternalCalls::Input_GetKeyDown", reinterpret_cast<const void*>(&InternalCall_Input_GetKeyDown));
    mono_add_internal_call("XCEngine.InternalCalls::Input_GetKeyUp", reinterpret_cast<const void*>(&InternalCall_Input_GetKeyUp));
    mono_add_internal_call("XCEngine.InternalCalls::Input_GetMouseButton", reinterpret_cast<const void*>(&InternalCall_Input_GetMouseButton));
    mono_add_internal_call("XCEngine.InternalCalls::Input_GetMouseButtonDown", reinterpret_cast<const void*>(&InternalCall_Input_GetMouseButtonDown));
    mono_add_internal_call("XCEngine.InternalCalls::Input_GetMouseButtonUp", reinterpret_cast<const void*>(&InternalCall_Input_GetMouseButtonUp));
    mono_add_internal_call("XCEngine.InternalCalls::Input_GetButton", reinterpret_cast<const void*>(&InternalCall_Input_GetButton));
    mono_add_internal_call("XCEngine.InternalCalls::Input_GetButtonDown", reinterpret_cast<const void*>(&InternalCall_Input_GetButtonDown));
    mono_add_internal_call("XCEngine.InternalCalls::Input_GetButtonUp", reinterpret_cast<const void*>(&InternalCall_Input_GetButtonUp));
    mono_add_internal_call("XCEngine.InternalCalls::Input_GetAxis", reinterpret_cast<const void*>(&InternalCall_Input_GetAxis));
    mono_add_internal_call("XCEngine.InternalCalls::Input_GetAxisRaw", reinterpret_cast<const void*>(&InternalCall_Input_GetAxisRaw));
    mono_add_internal_call("XCEngine.InternalCalls::Input_GetAnyKey", reinterpret_cast<const void*>(&InternalCall_Input_GetAnyKey));
    mono_add_internal_call("XCEngine.InternalCalls::Input_GetAnyKeyDown", reinterpret_cast<const void*>(&InternalCall_Input_GetAnyKeyDown));
    mono_add_internal_call("XCEngine.InternalCalls::Input_GetMousePosition", reinterpret_cast<const void*>(&InternalCall_Input_GetMousePosition));
    mono_add_internal_call("XCEngine.InternalCalls::Input_GetMouseScrollDelta", reinterpret_cast<const void*>(&InternalCall_Input_GetMouseScrollDelta));
    mono_add_internal_call("XCEngine.InternalCalls::GameObject_GetName", reinterpret_cast<const void*>(&InternalCall_GameObject_GetName));
    mono_add_internal_call("XCEngine.InternalCalls::GameObject_SetName", reinterpret_cast<const void*>(&InternalCall_GameObject_SetName));
    mono_add_internal_call("XCEngine.InternalCalls::GameObject_GetTag", reinterpret_cast<const void*>(&InternalCall_GameObject_GetTag));
    mono_add_internal_call("XCEngine.InternalCalls::GameObject_SetTag", reinterpret_cast<const void*>(&InternalCall_GameObject_SetTag));
    mono_add_internal_call("XCEngine.InternalCalls::GameObject_CompareTag", reinterpret_cast<const void*>(&InternalCall_GameObject_CompareTag));
    mono_add_internal_call("XCEngine.InternalCalls::GameObject_GetLayer", reinterpret_cast<const void*>(&InternalCall_GameObject_GetLayer));
    mono_add_internal_call("XCEngine.InternalCalls::GameObject_SetLayer", reinterpret_cast<const void*>(&InternalCall_GameObject_SetLayer));
    mono_add_internal_call("XCEngine.InternalCalls::GameObject_GetActiveSelf", reinterpret_cast<const void*>(&InternalCall_GameObject_GetActiveSelf));
    mono_add_internal_call("XCEngine.InternalCalls::GameObject_GetActiveInHierarchy", reinterpret_cast<const void*>(&InternalCall_GameObject_GetActiveInHierarchy));
    mono_add_internal_call("XCEngine.InternalCalls::GameObject_SetActive", reinterpret_cast<const void*>(&InternalCall_GameObject_SetActive));
    mono_add_internal_call("XCEngine.InternalCalls::GameObject_HasComponent", reinterpret_cast<const void*>(&InternalCall_GameObject_HasComponent));
    mono_add_internal_call("XCEngine.InternalCalls::GameObject_GetComponent", reinterpret_cast<const void*>(&InternalCall_GameObject_GetComponent));
    mono_add_internal_call("XCEngine.InternalCalls::GameObject_GetComponents", reinterpret_cast<const void*>(&InternalCall_GameObject_GetComponents));
    mono_add_internal_call("XCEngine.InternalCalls::GameObject_GetComponentInChildren", reinterpret_cast<const void*>(&InternalCall_GameObject_GetComponentInChildren));
    mono_add_internal_call("XCEngine.InternalCalls::GameObject_GetComponentInParent", reinterpret_cast<const void*>(&InternalCall_GameObject_GetComponentInParent));
    mono_add_internal_call("XCEngine.InternalCalls::GameObject_AddComponent", reinterpret_cast<const void*>(&InternalCall_GameObject_AddComponent));
    mono_add_internal_call("XCEngine.InternalCalls::GameObject_Find", reinterpret_cast<const void*>(&InternalCall_GameObject_Find));
    mono_add_internal_call("XCEngine.InternalCalls::GameObject_Create", reinterpret_cast<const void*>(&InternalCall_GameObject_Create));
    mono_add_internal_call("XCEngine.InternalCalls::GameObject_Destroy", reinterpret_cast<const void*>(&InternalCall_GameObject_Destroy));
    mono_add_internal_call("XCEngine.InternalCalls::Object_Destroy", reinterpret_cast<const void*>(&InternalCall_Object_Destroy));
    mono_add_internal_call("XCEngine.InternalCalls::Behaviour_GetEnabled", reinterpret_cast<const void*>(&InternalCall_Behaviour_GetEnabled));
    mono_add_internal_call("XCEngine.InternalCalls::Behaviour_SetEnabled", reinterpret_cast<const void*>(&InternalCall_Behaviour_SetEnabled));
    mono_add_internal_call("XCEngine.InternalCalls::Transform_GetLocalPosition", reinterpret_cast<const void*>(&InternalCall_Transform_GetLocalPosition));
    mono_add_internal_call("XCEngine.InternalCalls::Transform_SetLocalPosition", reinterpret_cast<const void*>(&InternalCall_Transform_SetLocalPosition));
    mono_add_internal_call("XCEngine.InternalCalls::Transform_GetLocalRotation", reinterpret_cast<const void*>(&InternalCall_Transform_GetLocalRotation));
    mono_add_internal_call("XCEngine.InternalCalls::Transform_SetLocalRotation", reinterpret_cast<const void*>(&InternalCall_Transform_SetLocalRotation));
    mono_add_internal_call("XCEngine.InternalCalls::Transform_GetLocalScale", reinterpret_cast<const void*>(&InternalCall_Transform_GetLocalScale));
    mono_add_internal_call("XCEngine.InternalCalls::Transform_SetLocalScale", reinterpret_cast<const void*>(&InternalCall_Transform_SetLocalScale));
    mono_add_internal_call("XCEngine.InternalCalls::Transform_GetLocalEulerAngles", reinterpret_cast<const void*>(&InternalCall_Transform_GetLocalEulerAngles));
    mono_add_internal_call("XCEngine.InternalCalls::Transform_SetLocalEulerAngles", reinterpret_cast<const void*>(&InternalCall_Transform_SetLocalEulerAngles));
    mono_add_internal_call("XCEngine.InternalCalls::Transform_GetPosition", reinterpret_cast<const void*>(&InternalCall_Transform_GetPosition));
    mono_add_internal_call("XCEngine.InternalCalls::Transform_SetPosition", reinterpret_cast<const void*>(&InternalCall_Transform_SetPosition));
    mono_add_internal_call("XCEngine.InternalCalls::Transform_GetRotation", reinterpret_cast<const void*>(&InternalCall_Transform_GetRotation));
    mono_add_internal_call("XCEngine.InternalCalls::Transform_SetRotation", reinterpret_cast<const void*>(&InternalCall_Transform_SetRotation));
    mono_add_internal_call("XCEngine.InternalCalls::Transform_GetScale", reinterpret_cast<const void*>(&InternalCall_Transform_GetScale));
    mono_add_internal_call("XCEngine.InternalCalls::Transform_SetScale", reinterpret_cast<const void*>(&InternalCall_Transform_SetScale));
    mono_add_internal_call("XCEngine.InternalCalls::Transform_GetForward", reinterpret_cast<const void*>(&InternalCall_Transform_GetForward));
    mono_add_internal_call("XCEngine.InternalCalls::Transform_GetRight", reinterpret_cast<const void*>(&InternalCall_Transform_GetRight));
    mono_add_internal_call("XCEngine.InternalCalls::Transform_GetUp", reinterpret_cast<const void*>(&InternalCall_Transform_GetUp));
    mono_add_internal_call("XCEngine.InternalCalls::Transform_Translate", reinterpret_cast<const void*>(&InternalCall_Transform_Translate));
    mono_add_internal_call("XCEngine.InternalCalls::Transform_Rotate", reinterpret_cast<const void*>(&InternalCall_Transform_Rotate));
    mono_add_internal_call("XCEngine.InternalCalls::Transform_RotateAxisAngle", reinterpret_cast<const void*>(&InternalCall_Transform_RotateAxisAngle));
    mono_add_internal_call("XCEngine.InternalCalls::Transform_LookAt", reinterpret_cast<const void*>(&InternalCall_Transform_LookAt));
    mono_add_internal_call("XCEngine.InternalCalls::Transform_LookAtWithUp", reinterpret_cast<const void*>(&InternalCall_Transform_LookAtWithUp));
    mono_add_internal_call("XCEngine.InternalCalls::Transform_TransformPoint", reinterpret_cast<const void*>(&InternalCall_Transform_TransformPoint));
    mono_add_internal_call("XCEngine.InternalCalls::Transform_InverseTransformPoint", reinterpret_cast<const void*>(&InternalCall_Transform_InverseTransformPoint));
    mono_add_internal_call("XCEngine.InternalCalls::Transform_TransformDirection", reinterpret_cast<const void*>(&InternalCall_Transform_TransformDirection));
    mono_add_internal_call("XCEngine.InternalCalls::Transform_InverseTransformDirection", reinterpret_cast<const void*>(&InternalCall_Transform_InverseTransformDirection));
    mono_add_internal_call("XCEngine.InternalCalls::Transform_GetParent", reinterpret_cast<const void*>(&InternalCall_Transform_GetParent));
    mono_add_internal_call("XCEngine.InternalCalls::Transform_SetParent", reinterpret_cast<const void*>(&InternalCall_Transform_SetParent));
    mono_add_internal_call("XCEngine.InternalCalls::Transform_GetChildCount", reinterpret_cast<const void*>(&InternalCall_Transform_GetChildCount));
    mono_add_internal_call("XCEngine.InternalCalls::Transform_GetChild", reinterpret_cast<const void*>(&InternalCall_Transform_GetChild));
    mono_add_internal_call("XCEngine.InternalCalls::Camera_GetFieldOfView", reinterpret_cast<const void*>(&InternalCall_Camera_GetFieldOfView));
    mono_add_internal_call("XCEngine.InternalCalls::Camera_SetFieldOfView", reinterpret_cast<const void*>(&InternalCall_Camera_SetFieldOfView));
    mono_add_internal_call("XCEngine.InternalCalls::Camera_GetNearClipPlane", reinterpret_cast<const void*>(&InternalCall_Camera_GetNearClipPlane));
    mono_add_internal_call("XCEngine.InternalCalls::Camera_SetNearClipPlane", reinterpret_cast<const void*>(&InternalCall_Camera_SetNearClipPlane));
    mono_add_internal_call("XCEngine.InternalCalls::Camera_GetFarClipPlane", reinterpret_cast<const void*>(&InternalCall_Camera_GetFarClipPlane));
    mono_add_internal_call("XCEngine.InternalCalls::Camera_SetFarClipPlane", reinterpret_cast<const void*>(&InternalCall_Camera_SetFarClipPlane));
    mono_add_internal_call("XCEngine.InternalCalls::Camera_GetDepth", reinterpret_cast<const void*>(&InternalCall_Camera_GetDepth));
    mono_add_internal_call("XCEngine.InternalCalls::Camera_SetDepth", reinterpret_cast<const void*>(&InternalCall_Camera_SetDepth));
    mono_add_internal_call("XCEngine.InternalCalls::Camera_GetPrimary", reinterpret_cast<const void*>(&InternalCall_Camera_GetPrimary));
    mono_add_internal_call("XCEngine.InternalCalls::Camera_SetPrimary", reinterpret_cast<const void*>(&InternalCall_Camera_SetPrimary));
    mono_add_internal_call("XCEngine.InternalCalls::Camera_GetClearMode", reinterpret_cast<const void*>(&InternalCall_Camera_GetClearMode));
    mono_add_internal_call("XCEngine.InternalCalls::Camera_SetClearMode", reinterpret_cast<const void*>(&InternalCall_Camera_SetClearMode));
    mono_add_internal_call("XCEngine.InternalCalls::Camera_GetStackType", reinterpret_cast<const void*>(&InternalCall_Camera_GetStackType));
    mono_add_internal_call("XCEngine.InternalCalls::Camera_SetStackType", reinterpret_cast<const void*>(&InternalCall_Camera_SetStackType));
    mono_add_internal_call("XCEngine.InternalCalls::Camera_GetProjectionType", reinterpret_cast<const void*>(&InternalCall_Camera_GetProjectionType));
    mono_add_internal_call("XCEngine.InternalCalls::Camera_GetSkyboxEnabled", reinterpret_cast<const void*>(&InternalCall_Camera_GetSkyboxEnabled));
    mono_add_internal_call("XCEngine.InternalCalls::Camera_GetHasSkyboxMaterial", reinterpret_cast<const void*>(&InternalCall_Camera_GetHasSkyboxMaterial));
    mono_add_internal_call("XCEngine.InternalCalls::Camera_GetHasFinalColorOverrides", reinterpret_cast<const void*>(&InternalCall_Camera_GetHasFinalColorOverrides));
    mono_add_internal_call("XCEngine.InternalCalls::Camera_GetFinalColorOverrideSettings", reinterpret_cast<const void*>(&InternalCall_Camera_GetFinalColorOverrideSettings));
    mono_add_internal_call("XCEngine.InternalCalls::Camera_GetSkyboxTopColor", reinterpret_cast<const void*>(&InternalCall_Camera_GetSkyboxTopColor));
    mono_add_internal_call("XCEngine.InternalCalls::Camera_GetSkyboxHorizonColor", reinterpret_cast<const void*>(&InternalCall_Camera_GetSkyboxHorizonColor));
    mono_add_internal_call("XCEngine.InternalCalls::Camera_GetSkyboxBottomColor", reinterpret_cast<const void*>(&InternalCall_Camera_GetSkyboxBottomColor));
    mono_add_internal_call("XCEngine.InternalCalls::Light_GetIntensity", reinterpret_cast<const void*>(&InternalCall_Light_GetIntensity));
    mono_add_internal_call("XCEngine.InternalCalls::Light_SetIntensity", reinterpret_cast<const void*>(&InternalCall_Light_SetIntensity));
    mono_add_internal_call("XCEngine.InternalCalls::Light_GetRange", reinterpret_cast<const void*>(&InternalCall_Light_GetRange));
    mono_add_internal_call("XCEngine.InternalCalls::Light_SetRange", reinterpret_cast<const void*>(&InternalCall_Light_SetRange));
    mono_add_internal_call("XCEngine.InternalCalls::Light_GetSpotAngle", reinterpret_cast<const void*>(&InternalCall_Light_GetSpotAngle));
    mono_add_internal_call("XCEngine.InternalCalls::Light_SetSpotAngle", reinterpret_cast<const void*>(&InternalCall_Light_SetSpotAngle));
    mono_add_internal_call("XCEngine.InternalCalls::Light_GetCastsShadows", reinterpret_cast<const void*>(&InternalCall_Light_GetCastsShadows));
    mono_add_internal_call("XCEngine.InternalCalls::Light_SetCastsShadows", reinterpret_cast<const void*>(&InternalCall_Light_SetCastsShadows));
    mono_add_internal_call("XCEngine.InternalCalls::MeshFilter_GetMeshPath", reinterpret_cast<const void*>(&InternalCall_MeshFilter_GetMeshPath));
    mono_add_internal_call("XCEngine.InternalCalls::MeshFilter_SetMeshPath", reinterpret_cast<const void*>(&InternalCall_MeshFilter_SetMeshPath));
    mono_add_internal_call("XCEngine.InternalCalls::MeshRenderer_GetMaterialCount", reinterpret_cast<const void*>(&InternalCall_MeshRenderer_GetMaterialCount));
    mono_add_internal_call("XCEngine.InternalCalls::MeshRenderer_GetMaterialPath", reinterpret_cast<const void*>(&InternalCall_MeshRenderer_GetMaterialPath));
    mono_add_internal_call("XCEngine.InternalCalls::MeshRenderer_SetMaterialPath", reinterpret_cast<const void*>(&InternalCall_MeshRenderer_SetMaterialPath));
    mono_add_internal_call("XCEngine.InternalCalls::MeshRenderer_ClearMaterials", reinterpret_cast<const void*>(&InternalCall_MeshRenderer_ClearMaterials));
    mono_add_internal_call("XCEngine.InternalCalls::MeshRenderer_GetCastShadows", reinterpret_cast<const void*>(&InternalCall_MeshRenderer_GetCastShadows));
    mono_add_internal_call("XCEngine.InternalCalls::MeshRenderer_SetCastShadows", reinterpret_cast<const void*>(&InternalCall_MeshRenderer_SetCastShadows));
    mono_add_internal_call("XCEngine.InternalCalls::MeshRenderer_GetReceiveShadows", reinterpret_cast<const void*>(&InternalCall_MeshRenderer_GetReceiveShadows));
    mono_add_internal_call("XCEngine.InternalCalls::MeshRenderer_SetReceiveShadows", reinterpret_cast<const void*>(&InternalCall_MeshRenderer_SetReceiveShadows));
    mono_add_internal_call("XCEngine.InternalCalls::MeshRenderer_GetRenderLayer", reinterpret_cast<const void*>(&InternalCall_MeshRenderer_GetRenderLayer));
    mono_add_internal_call("XCEngine.InternalCalls::MeshRenderer_SetRenderLayer", reinterpret_cast<const void*>(&InternalCall_MeshRenderer_SetRenderLayer));
    mono_add_internal_call("XCEngine.InternalCalls::Rigidbody_GetBodyType", reinterpret_cast<const void*>(&InternalCall_Rigidbody_GetBodyType));
    mono_add_internal_call("XCEngine.InternalCalls::Rigidbody_SetBodyType", reinterpret_cast<const void*>(&InternalCall_Rigidbody_SetBodyType));
    mono_add_internal_call("XCEngine.InternalCalls::Rigidbody_GetMass", reinterpret_cast<const void*>(&InternalCall_Rigidbody_GetMass));
    mono_add_internal_call("XCEngine.InternalCalls::Rigidbody_SetMass", reinterpret_cast<const void*>(&InternalCall_Rigidbody_SetMass));
    mono_add_internal_call("XCEngine.InternalCalls::Rigidbody_GetLinearDamping", reinterpret_cast<const void*>(&InternalCall_Rigidbody_GetLinearDamping));
    mono_add_internal_call("XCEngine.InternalCalls::Rigidbody_SetLinearDamping", reinterpret_cast<const void*>(&InternalCall_Rigidbody_SetLinearDamping));
    mono_add_internal_call("XCEngine.InternalCalls::Rigidbody_GetAngularDamping", reinterpret_cast<const void*>(&InternalCall_Rigidbody_GetAngularDamping));
    mono_add_internal_call("XCEngine.InternalCalls::Rigidbody_SetAngularDamping", reinterpret_cast<const void*>(&InternalCall_Rigidbody_SetAngularDamping));
    mono_add_internal_call("XCEngine.InternalCalls::Rigidbody_GetLinearVelocity", reinterpret_cast<const void*>(&InternalCall_Rigidbody_GetLinearVelocity));
    mono_add_internal_call("XCEngine.InternalCalls::Rigidbody_SetLinearVelocity", reinterpret_cast<const void*>(&InternalCall_Rigidbody_SetLinearVelocity));
    mono_add_internal_call("XCEngine.InternalCalls::Rigidbody_GetAngularVelocity", reinterpret_cast<const void*>(&InternalCall_Rigidbody_GetAngularVelocity));
    mono_add_internal_call("XCEngine.InternalCalls::Rigidbody_SetAngularVelocity", reinterpret_cast<const void*>(&InternalCall_Rigidbody_SetAngularVelocity));
    mono_add_internal_call("XCEngine.InternalCalls::Rigidbody_GetUseGravity", reinterpret_cast<const void*>(&InternalCall_Rigidbody_GetUseGravity));
    mono_add_internal_call("XCEngine.InternalCalls::Rigidbody_SetUseGravity", reinterpret_cast<const void*>(&InternalCall_Rigidbody_SetUseGravity));
    mono_add_internal_call("XCEngine.InternalCalls::Rigidbody_GetEnableCCD", reinterpret_cast<const void*>(&InternalCall_Rigidbody_GetEnableCCD));
    mono_add_internal_call("XCEngine.InternalCalls::Rigidbody_SetEnableCCD", reinterpret_cast<const void*>(&InternalCall_Rigidbody_SetEnableCCD));
    mono_add_internal_call("XCEngine.InternalCalls::Rigidbody_AddForce", reinterpret_cast<const void*>(&InternalCall_Rigidbody_AddForce));
    mono_add_internal_call("XCEngine.InternalCalls::Rigidbody_ClearForces", reinterpret_cast<const void*>(&InternalCall_Rigidbody_ClearForces));
    mono_add_internal_call("XCEngine.InternalCalls::Physics_Raycast", reinterpret_cast<const void*>(&InternalCall_Physics_Raycast));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_SetRenderPipelineAsset", reinterpret_cast<const void*>(&InternalCall_Rendering_SetRenderPipelineAsset));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_GetRenderPipelineAsset", reinterpret_cast<const void*>(&InternalCall_Rendering_GetRenderPipelineAsset));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetStage", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetStage));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetRendererIndex", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetRendererIndex));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetSourceColorTextureHandle", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetSourceColorTextureHandle));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetPrimaryColorTargetHandle", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetPrimaryColorTargetHandle));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetDepthTargetHandle", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetDepthTargetHandle));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_CreateTransientTexture", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_CreateTransientTexture));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_CreateFullscreenTransientColorTexture", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_CreateFullscreenTransientColorTexture));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_CreateFullscreenTransientDepthTexture", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_CreateFullscreenTransientDepthTexture));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_BeginRasterPass", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_BeginRasterPass));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_SetRasterPassSourceColorTexture", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_SetRasterPassSourceColorTexture));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_AddRasterPassReadTexture", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_AddRasterPassReadTexture));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_AddRasterPassReadDepthTexture", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_AddRasterPassReadDepthTexture));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_AddRasterPassTextureBinding", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_AddRasterPassTextureBinding));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_SetRasterPassColorAttachment", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_SetRasterPassColorAttachment));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_SetRasterPassDepthAttachment", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_SetRasterPassDepthAttachment));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_SetRasterPassColorScaleFullscreenExecution", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_SetRasterPassColorScaleFullscreenExecution));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_SetRasterPassShaderVectorFullscreenExecution", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_SetRasterPassShaderVectorFullscreenExecution));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_SetRasterPassFinalColorFullscreenExecution", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_SetRasterPassFinalColorFullscreenExecution));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_CommitRasterPass", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_CommitRasterPass));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetStageColorSource", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetStageColorSource));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetStageUsesGraphManagedOutputColor", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetStageUsesGraphManagedOutputColor));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetMainDirectionalShadowEnabled", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetMainDirectionalShadowEnabled));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetMainDirectionalShadowViewProjection", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetMainDirectionalShadowViewProjection));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetMainDirectionalShadowOrthographicHalfExtent", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetMainDirectionalShadowOrthographicHalfExtent));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetMainDirectionalShadowNearClipPlane", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetMainDirectionalShadowNearClipPlane));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetMainDirectionalShadowFarClipPlane", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetMainDirectionalShadowFarClipPlane));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetMainDirectionalShadowMapWidth", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetMainDirectionalShadowMapWidth));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetMainDirectionalShadowMapHeight", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetMainDirectionalShadowMapHeight));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetMainDirectionalShadowWorldTexelSize", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetMainDirectionalShadowWorldTexelSize));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetMainDirectionalShadowReceiverDepthBias", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetMainDirectionalShadowReceiverDepthBias));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetMainDirectionalShadowNormalBiasScale", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetMainDirectionalShadowNormalBiasScale));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetMainDirectionalShadowStrength", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetMainDirectionalShadowStrength));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetMainDirectionalShadowDepthBiasFactor", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetMainDirectionalShadowDepthBiasFactor));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetMainDirectionalShadowDepthBiasUnits", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetMainDirectionalShadowDepthBiasUnits));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetCameraView", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetCameraView));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetCameraProjection", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetCameraProjection));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetCameraViewProjection", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetCameraViewProjection));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetCameraWorldPosition", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetCameraWorldPosition));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetCameraWorldRight", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetCameraWorldRight));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetCameraWorldUp", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetCameraWorldUp));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetCameraWorldForward", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetCameraWorldForward));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetCameraClearColor", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetCameraClearColor));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetCameraClearFlags", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetCameraClearFlags));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetCameraPerspectiveProjection", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetCameraPerspectiveProjection));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetCameraVerticalFovRadians", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetCameraVerticalFovRadians));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetCameraOrthographicSize", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetCameraOrthographicSize));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetCameraAspectRatio", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetCameraAspectRatio));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetCameraNearClipPlane", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetCameraNearClipPlane));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetCameraFarClipPlane", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetCameraFarClipPlane));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetCameraViewportWidth", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetCameraViewportWidth));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetCameraViewportHeight", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetCameraViewportHeight));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetMainDirectionalLightEnabled", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetMainDirectionalLightEnabled));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetMainDirectionalLightCastsShadows", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetMainDirectionalLightCastsShadows));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetMainDirectionalLightDirection", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetMainDirectionalLightDirection));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetMainDirectionalLightColor", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetMainDirectionalLightColor));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetMainDirectionalLightIntensity", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetMainDirectionalLightIntensity));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetHasMainDirectionalShadow", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetHasMainDirectionalShadow));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetAdditionalLightCount", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetAdditionalLightCount));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetEnvironmentMode", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetEnvironmentMode));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetEnvironmentSkyboxTopColor", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetEnvironmentSkyboxTopColor));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetEnvironmentSkyboxHorizonColor", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetEnvironmentSkyboxHorizonColor));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetEnvironmentSkyboxBottomColor", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetEnvironmentSkyboxBottomColor));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetFinalColorOutputTransferMode", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetFinalColorOutputTransferMode));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetFinalColorExposureMode", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetFinalColorExposureMode));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetFinalColorExposureValue", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetFinalColorExposureValue));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetFinalColorToneMappingMode", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetFinalColorToneMappingMode));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetFinalColorScale", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetFinalColorScale));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetFinalColorHasPipelineDefaults", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetFinalColorHasPipelineDefaults));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_GetFinalColorHasCameraOverrides", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_GetFinalColorHasCameraOverrides));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_RecordScenePhase", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_RecordScenePhase));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_DrawRenderersByDesc", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_DrawRenderersByDesc));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_RecordSceneInjectionPoint", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_RecordSceneInjectionPoint));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderContext_RecordNativeSceneFeaturePass", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderContext_RecordNativeSceneFeaturePass));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderPipelinePlanningContext_GetRendererIndex", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderPipelinePlanningContext_GetRendererIndex));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderPipelinePlanningContext_IsStageRequested", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderPipelinePlanningContext_IsStageRequested));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderPipelinePlanningContext_GetStageColorSource", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderPipelinePlanningContext_GetStageColorSource));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderPipelinePlanningContext_GetStageUsesGraphManagedOutputColor", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderPipelinePlanningContext_GetStageUsesGraphManagedOutputColor));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderPipelinePlanningContext_RequestFullscreenStage", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderPipelinePlanningContext_RequestFullscreenStage));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderPipelinePlanningContext_ClearFullscreenStage", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderPipelinePlanningContext_ClearFullscreenStage));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderPipelinePlanningContext_RequestShadowCasterStage", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderPipelinePlanningContext_RequestShadowCasterStage));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderPipelinePlanningContext_ClearShadowCasterStage", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderPipelinePlanningContext_ClearShadowCasterStage));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderPipelinePlanningContext_GetHasExplicitShadowCasterStageConfiguration", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderPipelinePlanningContext_GetHasExplicitShadowCasterStageConfiguration));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderPipelinePlanningContext_RequestDepthOnlyStage", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderPipelinePlanningContext_RequestDepthOnlyStage));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderPipelinePlanningContext_RequestCameraDepthOnlyStage", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderPipelinePlanningContext_RequestCameraDepthOnlyStage));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderPipelinePlanningContext_ClearDepthOnlyStage", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderPipelinePlanningContext_ClearDepthOnlyStage));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderPipelinePlanningContext_GetHasExplicitDepthOnlyStageConfiguration", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderPipelinePlanningContext_GetHasExplicitDepthOnlyStageConfiguration));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_ScriptableRenderPipelinePlanningContext_GetHasFinalColorProcessing", reinterpret_cast<const void*>(&InternalCall_Rendering_ScriptableRenderPipelinePlanningContext_GetHasFinalColorProcessing));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_CameraRenderRequestContext_GetRenderedBaseCameraCount", reinterpret_cast<const void*>(&InternalCall_Rendering_CameraRenderRequestContext_GetRenderedBaseCameraCount));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_CameraRenderRequestContext_GetRenderedRequestCount", reinterpret_cast<const void*>(&InternalCall_Rendering_CameraRenderRequestContext_GetRenderedRequestCount));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_CameraRenderRequestContext_GetCameraGameObjectUUID", reinterpret_cast<const void*>(&InternalCall_Rendering_CameraRenderRequestContext_GetCameraGameObjectUUID));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_CameraRenderRequestContext_GetRendererIndex", reinterpret_cast<const void*>(&InternalCall_Rendering_CameraRenderRequestContext_GetRendererIndex));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_CameraRenderRequestContext_SetRendererIndex", reinterpret_cast<const void*>(&InternalCall_Rendering_CameraRenderRequestContext_SetRendererIndex));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_CameraRenderRequestContext_GetHasDirectionalShadow", reinterpret_cast<const void*>(&InternalCall_Rendering_CameraRenderRequestContext_GetHasDirectionalShadow));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_CameraRenderRequestContext_GetDirectionalShadowPlanningSettings", reinterpret_cast<const void*>(&InternalCall_Rendering_CameraRenderRequestContext_GetDirectionalShadowPlanningSettings));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_CameraRenderRequestContext_SetDirectionalShadowPlanningSettings", reinterpret_cast<const void*>(&InternalCall_Rendering_CameraRenderRequestContext_SetDirectionalShadowPlanningSettings));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_CameraRenderRequestContext_ClearDirectionalShadow", reinterpret_cast<const void*>(&InternalCall_Rendering_CameraRenderRequestContext_ClearDirectionalShadow));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_CameraRenderRequestContext_GetClearFlags", reinterpret_cast<const void*>(&InternalCall_Rendering_CameraRenderRequestContext_GetClearFlags));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_CameraRenderRequestContext_SetClearFlags", reinterpret_cast<const void*>(&InternalCall_Rendering_CameraRenderRequestContext_SetClearFlags));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_CameraRenderRequestContext_SetResolvedFinalColorPolicy", reinterpret_cast<const void*>(&InternalCall_Rendering_CameraRenderRequestContext_SetResolvedFinalColorPolicy));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_CameraRenderRequestContext_ClearFinalColorPolicy", reinterpret_cast<const void*>(&InternalCall_Rendering_CameraRenderRequestContext_ClearFinalColorPolicy));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_RenderSceneSetupContext_GetRendererIndex", reinterpret_cast<const void*>(&InternalCall_Rendering_RenderSceneSetupContext_GetRendererIndex));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_RenderSceneSetupContext_GetCameraGameObjectUUID", reinterpret_cast<const void*>(&InternalCall_Rendering_RenderSceneSetupContext_GetCameraGameObjectUUID));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_RenderSceneSetupContext_GetIsConfigured", reinterpret_cast<const void*>(&InternalCall_Rendering_RenderSceneSetupContext_GetIsConfigured));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_RenderSceneSetupContext_GetClearFlags", reinterpret_cast<const void*>(&InternalCall_Rendering_RenderSceneSetupContext_GetClearFlags));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_RenderSceneSetupContext_GetHasMainSceneDepthAttachment", reinterpret_cast<const void*>(&InternalCall_Rendering_RenderSceneSetupContext_GetHasMainSceneDepthAttachment));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_RenderSceneSetupContext_GetHasMainDirectionalShadow", reinterpret_cast<const void*>(&InternalCall_Rendering_RenderSceneSetupContext_GetHasMainDirectionalShadow));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_RenderSceneSetupContext_SetEnvironmentNone", reinterpret_cast<const void*>(&InternalCall_Rendering_RenderSceneSetupContext_SetEnvironmentNone));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_RenderSceneSetupContext_UseCameraSkyboxMaterial", reinterpret_cast<const void*>(&InternalCall_Rendering_RenderSceneSetupContext_UseCameraSkyboxMaterial));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_RenderSceneSetupContext_SetProceduralSkybox", reinterpret_cast<const void*>(&InternalCall_Rendering_RenderSceneSetupContext_SetProceduralSkybox));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_RenderSceneSetupContext_ClearGlobalShaderKeywords", reinterpret_cast<const void*>(&InternalCall_Rendering_RenderSceneSetupContext_ClearGlobalShaderKeywords));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_RenderSceneSetupContext_SetGlobalShaderKeyword", reinterpret_cast<const void*>(&InternalCall_Rendering_RenderSceneSetupContext_SetGlobalShaderKeyword));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_DirectionalShadowExecutionContext_GetHasPlannedMainDirectionalShadow", reinterpret_cast<const void*>(&InternalCall_Rendering_DirectionalShadowExecutionContext_GetHasPlannedMainDirectionalShadow));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_DirectionalShadowExecutionContext_GetRendererIndex", reinterpret_cast<const void*>(&InternalCall_Rendering_DirectionalShadowExecutionContext_GetRendererIndex));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_DirectionalShadowExecutionContext_GetIsConfigured", reinterpret_cast<const void*>(&InternalCall_Rendering_DirectionalShadowExecutionContext_GetIsConfigured));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_DirectionalShadowExecutionContext_UseDefaultMainDirectionalShadowExecution", reinterpret_cast<const void*>(&InternalCall_Rendering_DirectionalShadowExecutionContext_UseDefaultMainDirectionalShadowExecution));
    mono_add_internal_call("XCEngine.InternalCalls::Rendering_DirectionalShadowExecutionContext_ClearDirectionalShadowExecution", reinterpret_cast<const void*>(&InternalCall_Rendering_DirectionalShadowExecutionContext_ClearDirectionalShadowExecution));

    GetInternalCallRegistrationState() = true;
}

} // namespace

MonoScriptRuntime::MonoScriptRuntime(Settings settings)
    : m_settings(std::move(settings)) {
    ResolveSettings();
}

MonoScriptRuntime::~MonoScriptRuntime() {
    Shutdown();
}

bool MonoScriptRuntime::Initialize() {
    m_lastError.clear();
    if (!ResolveSettings()) {
        return false;
    }

    if (m_initialized) {
        return true;
    }

    if (!InitializeRootDomain()) {
        return false;
    }

    if (!CreateAppDomain()) {
        return false;
    }

    if (!LoadAssemblies()) {
        DestroyAppDomain();
        return false;
    }

    if (!DiscoverScriptClasses()) {
        DestroyAppDomain();
        return false;
    }

    m_runtimeLifetimeToken = std::make_shared<int>(0);
    m_initialized = true;
    Rendering::Pipelines::SetManagedRenderPipelineBridge(
        std::make_shared<MonoManagedRenderPipelineBridge>(
            this,
            m_runtimeLifetimeToken));
    return true;
}

void MonoScriptRuntime::Shutdown() {
    Rendering::Pipelines::ClearManagedRenderPipelineBridge();
    ClearManagedRenderPipelineSelection(this);
    GetManagedScriptableRenderContextRegistry().clear();
    GetManagedScriptableRenderContextNextHandle() = 1;
    GetManagedCameraRenderRequestContextRegistry().clear();
    GetManagedCameraRenderRequestContextNextHandle() = 1;
    GetManagedRenderSceneSetupContextRegistry().clear();
    GetManagedRenderSceneSetupContextNextHandle() = 1;
    GetManagedDirectionalShadowExecutionContextRegistry().clear();
    GetManagedDirectionalShadowExecutionContextNextHandle() = 1;
    GetManagedScriptableRenderPipelinePlanningContextRegistry().clear();
    GetManagedScriptableRenderPipelinePlanningContextNextHandle() = 1;
    ClearManagedInstances();
    ClearExternalManagedObjects();
    ClearClassCache();

    m_coreAssembly = nullptr;
    m_appAssembly = nullptr;
    m_coreImage = nullptr;
    m_appImage = nullptr;
    m_loadedManagedAssemblies.clear();
    m_componentClass = nullptr;
    m_behaviourClass = nullptr;
    m_gameObjectClass = nullptr;
    m_monoBehaviourClass = nullptr;
    m_scriptableRenderPipelineAssetClass = nullptr;
    m_scriptableRenderPipelineClass = nullptr;
    m_scriptableRenderContextClass = nullptr;
    m_cameraRenderRequestContextClass = nullptr;
    m_renderSceneSetupContextClass = nullptr;
    m_directionalShadowExecutionContextClass = nullptr;
    m_scriptableRenderPipelinePlanningContextClass = nullptr;
    m_serializeFieldAttributeClass = nullptr;
    m_gameObjectConstructor = nullptr;
    m_scriptableRenderContextConstructor = nullptr;
    m_cameraRenderRequestContextConstructor = nullptr;
    m_renderSceneSetupContextConstructor = nullptr;
    m_directionalShadowExecutionContextConstructor = nullptr;
    m_scriptableRenderPipelinePlanningContextConstructor = nullptr;
    m_managedGameObjectUUIDField = nullptr;
    m_gameObjectUUIDField = nullptr;
    m_scriptComponentUUIDField = nullptr;

    DestroyAppDomain();

    m_activeScene = nullptr;
    GetInternalCallScene() = nullptr;
    GetInternalCallDeltaTime() = 0.0f;
    m_runtimeLifetimeToken.reset();
    m_initialized = false;
}

bool MonoScriptRuntime::IsClassAvailable(
    const std::string& assemblyName,
    const std::string& namespaceName,
    const std::string& className) const {
    return FindClassMetadata(assemblyName, namespaceName, className) != nullptr;
}

bool MonoScriptRuntime::TryGetAvailableScriptClasses(
    std::vector<ScriptClassDescriptor>& outClasses) const {
    outClasses.clear();
    if (!m_initialized) {
        return false;
    }

    outClasses.reserve(m_classes.size());
    for (const auto& [key, metadata] : m_classes) {
        (void)key;
        outClasses.push_back(
            ScriptClassDescriptor{
                metadata.assemblyName,
                metadata.namespaceName,
                metadata.className
            });
    }

    std::sort(
        outClasses.begin(),
        outClasses.end(),
        [](const ScriptClassDescriptor& lhs, const ScriptClassDescriptor& rhs) {
            if (lhs.assemblyName != rhs.assemblyName) {
                return lhs.assemblyName < rhs.assemblyName;
            }
            if (lhs.namespaceName != rhs.namespaceName) {
                return lhs.namespaceName < rhs.namespaceName;
            }
            return lhs.className < rhs.className;
        });

    return true;
}

bool MonoScriptRuntime::TryGetAvailableRenderPipelineAssetClasses(
    std::vector<ScriptClassDescriptor>& outClasses) const {
    outClasses.clear();
    if (!m_initialized) {
        return false;
    }

    outClasses = m_renderPipelineAssetClasses;
    std::sort(
        outClasses.begin(),
        outClasses.end(),
        [](const ScriptClassDescriptor& lhs, const ScriptClassDescriptor& rhs) {
            if (lhs.assemblyName != rhs.assemblyName) {
                return lhs.assemblyName < rhs.assemblyName;
            }
            if (lhs.namespaceName != rhs.namespaceName) {
                return lhs.namespaceName < rhs.namespaceName;
            }
            return lhs.className < rhs.className;
        });

    return true;
}

std::vector<std::string> MonoScriptRuntime::GetScriptClassNames(const std::string& assemblyName) const {
    std::vector<ScriptClassDescriptor> classes;
    if (!TryGetAvailableScriptClasses(classes)) {
        return {};
    }

    std::vector<std::string> classNames;
    classNames.reserve(classes.size());

    for (const ScriptClassDescriptor& descriptor : classes) {
        if (!assemblyName.empty() && descriptor.assemblyName != assemblyName) {
            continue;
        }

        classNames.push_back(descriptor.GetFullName());
    }

    return classNames;
}

bool MonoScriptRuntime::TryGetClassFieldMetadata(
    const std::string& assemblyName,
    const std::string& namespaceName,
    const std::string& className,
    std::vector<ScriptFieldMetadata>& outFields) const {
    outFields.clear();

    const ClassMetadata* metadata = FindClassMetadata(assemblyName, namespaceName, className);
    if (!metadata) {
        return false;
    }

    outFields.reserve(metadata->fields.size());
    for (const auto& [fieldName, fieldMetadata] : metadata->fields) {
        outFields.push_back(ScriptFieldMetadata{fieldName, fieldMetadata.type});
    }

    std::sort(
        outFields.begin(),
        outFields.end(),
        [](const ScriptFieldMetadata& lhs, const ScriptFieldMetadata& rhs) {
            return lhs.name < rhs.name;
        });
    return true;
}

bool MonoScriptRuntime::TryGetClassFieldDefaultValues(
    const std::string& assemblyName,
    const std::string& namespaceName,
    const std::string& className,
    std::vector<ScriptFieldDefaultValue>& outFields) const {
    outFields.clear();

    const ClassMetadata* metadata = FindClassMetadata(assemblyName, namespaceName, className);
    if (!metadata) {
        return false;
    }

    SetCurrentDomain();

    MonoObject* instance = mono_object_new(m_appDomain, metadata->monoClass);
    if (!instance) {
        return false;
    }

    mono_runtime_object_init(instance);

    outFields.reserve(metadata->fields.size());
    for (const auto& [fieldName, fieldMetadata] : metadata->fields) {
        ScriptFieldValue value;
        if (!TryReadFieldValue(instance, fieldMetadata, value)) {
            outFields.clear();
            return false;
        }

        outFields.push_back(ScriptFieldDefaultValue{fieldName, fieldMetadata.type, value});
    }

    std::sort(
        outFields.begin(),
        outFields.end(),
        [](const ScriptFieldDefaultValue& lhs, const ScriptFieldDefaultValue& rhs) {
            return lhs.fieldName < rhs.fieldName;
        });
    return true;
}

bool MonoScriptRuntime::HasManagedInstance(const ScriptComponent* component) const {
    const InstanceData* instanceData = FindInstance(component);
    return instanceData != nullptr && GetManagedObject(*instanceData) != nullptr;
}

MonoObject* MonoScriptRuntime::GetManagedInstanceObject(const ScriptComponent* component) const {
    const InstanceData* instanceData = FindInstance(component);
    return instanceData ? GetManagedObject(*instanceData) : nullptr;
}

bool MonoScriptRuntime::TryGetFieldValue(
    const ScriptComponent* component,
    const std::string& fieldName,
    ScriptFieldValue& outValue) const {
    const InstanceData* instanceData = FindInstance(component);
    if (!instanceData || !instanceData->classMetadata) {
        return false;
    }

    const auto fieldIt = instanceData->classMetadata->fields.find(fieldName);
    if (fieldIt == instanceData->classMetadata->fields.end()) {
        return false;
    }

    MonoObject* instance = GetManagedObject(*instanceData);
    if (!instance) {
        return false;
    }

    return TryReadFieldValue(instance, fieldIt->second, outValue);
}

void MonoScriptRuntime::OnRuntimeStart(Components::Scene* scene) {
    m_activeScene = nullptr;
    GetInternalCallDeltaTime() = 0.0f;
    if (Initialize()) {
        m_activeScene = scene;
        GetInternalCallScene() = scene;
    }
}

void MonoScriptRuntime::OnRuntimeStop(Components::Scene* scene) {
    if (scene != nullptr) {
        ClearManagedRenderPipelineSelection(this);
    }
    ClearManagedInstances();
    m_activeScene = nullptr;
    GetInternalCallScene() = nullptr;
    GetInternalCallDeltaTime() = 0.0f;
}

bool MonoScriptRuntime::TrySetManagedFieldValue(
    const ScriptRuntimeContext& context,
    const std::string& fieldName,
    const ScriptFieldValue& value) {
    const InstanceData* instanceData = FindInstance(context);
    if (!instanceData || !instanceData->classMetadata) {
        return false;
    }

    const auto metadataIt = instanceData->classMetadata->fields.find(fieldName);
    if (metadataIt == instanceData->classMetadata->fields.end()) {
        return false;
    }

    if (!IsScriptFieldValueCompatible(metadataIt->second.type, value)) {
        return false;
    }

    MonoObject* instance = GetManagedObject(*instanceData);
    if (!instance) {
        return false;
    }

    return TrySetFieldValue(instance, metadataIt->second, value);
}

bool MonoScriptRuntime::TryGetManagedFieldValue(
    const ScriptRuntimeContext& context,
    const std::string& fieldName,
    ScriptFieldValue& outValue) const {
    const InstanceData* instanceData = FindInstance(context);
    if (!instanceData || !instanceData->classMetadata) {
        return false;
    }

    const auto metadataIt = instanceData->classMetadata->fields.find(fieldName);
    if (metadataIt == instanceData->classMetadata->fields.end()) {
        return false;
    }

    MonoObject* instance = GetManagedObject(*instanceData);
    if (!instance) {
        return false;
    }

    return TryReadFieldValue(instance, metadataIt->second, outValue);
}

void MonoScriptRuntime::SyncManagedFieldsToStorage(const ScriptRuntimeContext& context) {
    if (!context.component) {
        return;
    }

    const InstanceData* instanceData = FindInstance(context);
    if (!instanceData || !instanceData->classMetadata) {
        return;
    }

    MonoObject* instance = GetManagedObject(*instanceData);
    if (!instance) {
        return;
    }

    ScriptFieldStorage& fieldStorage = context.component->GetFieldStorage();
    const std::vector<std::string> fieldNames = fieldStorage.GetFieldNames();
    for (const std::string& fieldName : fieldNames) {
        StoredScriptField* storedField = fieldStorage.FindField(fieldName);
        if (!storedField) {
            continue;
        }

        const auto metadataIt = instanceData->classMetadata->fields.find(fieldName);
        if (metadataIt == instanceData->classMetadata->fields.end() || storedField->type != metadataIt->second.type) {
            continue;
        }

        ScriptFieldValue value;
        if (!TryReadFieldValue(instance, metadataIt->second, value)) {
            continue;
        }

        fieldStorage.SetFieldValue(fieldName, storedField->type, value);
    }
}

bool MonoScriptRuntime::CreateScriptInstance(const ScriptRuntimeContext& context) {
    if (!context.component) {
        SetError("Cannot create a managed script instance without a ScriptComponent.");
        return false;
    }

    if (FindInstance(context)) {
        return true;
    }

    if (!Initialize()) {
        return false;
    }

    const std::string assemblyName = context.component->GetAssemblyName().empty()
        ? m_settings.appAssemblyName
        : context.component->GetAssemblyName();

    const ClassMetadata* classMetadata = FindClassMetadata(
        assemblyName,
        context.component->GetNamespaceName(),
        context.component->GetClassName());
    if (!classMetadata) {
        SetError("Managed script class was not found: " + assemblyName + "|" + context.component->GetFullClassName());
        return false;
    }

    SetCurrentDomain();

    MonoObject* instance = mono_object_new(m_appDomain, classMetadata->monoClass);
    if (!instance) {
        SetError("Mono failed to allocate a managed object for " + classMetadata->fullName + ".");
        return false;
    }

    mono_runtime_object_init(instance);

    if (!ApplyContextFields(context, instance) || !ApplyStoredFields(context, *classMetadata, instance)) {
        return false;
    }

    const uint32_t gcHandle = mono_gchandle_new(instance, false);
    const InstanceKey key{context.gameObjectUUID, context.scriptComponentUUID};
    m_instances[key] = InstanceData{classMetadata, gcHandle};
    return true;
}

void MonoScriptRuntime::DestroyScriptInstance(const ScriptRuntimeContext& context) {
    InstanceData* instanceData = FindInstance(context);
    if (!instanceData) {
        return;
    }

    if (instanceData->gcHandle != 0) {
        mono_gchandle_free(instanceData->gcHandle);
    }

    m_instances.erase(InstanceKey{context.gameObjectUUID, context.scriptComponentUUID});
}

void MonoScriptRuntime::InvokeMethod(
    const ScriptRuntimeContext& context,
    ScriptLifecycleMethod method,
    float deltaTime) {
    const InstanceData* instanceData = FindInstance(context);
    if (!instanceData || !instanceData->classMetadata) {
        return;
    }

    MonoMethod* managedMethod = instanceData->classMetadata->lifecycleMethods[static_cast<size_t>(method)];
    if (!managedMethod) {
        return;
    }

    MonoObject* instance = GetManagedObject(*instanceData);
    if (!instance) {
        return;
    }

    const float previousDeltaTime = GetInternalCallDeltaTime();
    GetInternalCallDeltaTime() = deltaTime;
    InvokeManagedMethod(instance, managedMethod, nullptr);
    GetInternalCallDeltaTime() = previousDeltaTime;
}

void MonoScriptRuntime::InvokePhysicsMessage(
    const ScriptRuntimeContext& context,
    ScriptPhysicsMessage message,
    Components::GameObject* other) {
    const InstanceData* instanceData = FindInstance(context);
    if (!instanceData || !instanceData->classMetadata) {
        return;
    }

    const PhysicsMessageMethods& methods =
        instanceData->classMetadata->physicsMessageMethods[static_cast<size_t>(message)];
    MonoMethod* managedMethod = methods.withGameObject ? methods.withGameObject : methods.withoutArgs;
    if (!managedMethod) {
        return;
    }

    MonoObject* instance = GetManagedObject(*instanceData);
    if (!instance) {
        return;
    }

    if (methods.withGameObject) {
        MonoObject* managedOther = other ? CreateManagedGameObject(other->GetUUID()) : nullptr;
        if (other && !managedOther) {
            return;
        }

        void* args[1];
        args[0] = managedOther;
        InvokeManagedMethod(instance, managedMethod, args);
        return;
    }

    InvokeManagedMethod(instance, managedMethod, nullptr);
}

size_t MonoScriptRuntime::InstanceKeyHasher::operator()(const InstanceKey& key) const {
    const size_t h1 = std::hash<uint64_t>{}(key.gameObjectUUID);
    const size_t h2 = std::hash<uint64_t>{}(key.scriptComponentUUID);
    return h1 ^ (h2 + 0x9e3779b97f4a7c15ULL + (h1 << 6) + (h1 >> 2));
}

std::filesystem::path MonoScriptRuntime::GetEngineAssemblyManifestPath(
    const std::filesystem::path& assemblyDirectory) {
    return assemblyDirectory / EngineAssemblyManifestFileName;
}

bool MonoScriptRuntime::DiscoverEngineAssemblies(
    Settings& ioSettings,
    std::string* outError) {
    if (!ioSettings.engineAssemblies.empty()) {
        std::unordered_set<std::string> assemblyNames;
        for (ManagedAssemblyDescriptor& assembly :
             ioSettings.engineAssemblies) {
            if (!NormalizeManagedAssemblyDescriptor(
                    assembly,
                    ioSettings.assemblyDirectory,
                    assemblyNames,
                    outError)) {
                return false;
            }
        }
        return true;
    }

    if (ioSettings.assemblyDirectory.empty()) {
        return true;
    }

    std::vector<ManagedAssemblyDescriptor> discoveredAssemblies;
    const std::filesystem::path manifestPath =
        GetEngineAssemblyManifestPath(ioSettings.assemblyDirectory);
    if (!LoadManagedAssemblyManifest(
            ioSettings.assemblyDirectory,
            manifestPath,
            discoveredAssemblies,
            outError)) {
        return false;
    }

    if (discoveredAssemblies.empty() &&
        !DiscoverManagedAssembliesByConvention(
            ioSettings,
            discoveredAssemblies)) {
        if (outError != nullptr) {
            *outError =
                "Failed to discover managed engine assemblies in " +
                ioSettings.assemblyDirectory.string();
        }
        return false;
    }

    ioSettings.engineAssemblies = std::move(discoveredAssemblies);
    return true;
}

bool MonoScriptRuntime::ResolveSettings() {
    if (!m_settings.coreAssemblyPath.empty() && m_settings.assemblyDirectory.empty()) {
        m_settings.assemblyDirectory = m_settings.coreAssemblyPath.parent_path();
    }

    if (!m_settings.appAssemblyPath.empty() && m_settings.assemblyDirectory.empty()) {
        m_settings.assemblyDirectory = m_settings.appAssemblyPath.parent_path();
    }

    if (m_settings.coreAssemblyPath.empty() && !m_settings.assemblyDirectory.empty()) {
        m_settings.coreAssemblyPath = m_settings.assemblyDirectory / (m_settings.coreAssemblyName + ".dll");
    }

    if (m_settings.appAssemblyPath.empty() && !m_settings.assemblyDirectory.empty()) {
        m_settings.appAssemblyPath = m_settings.assemblyDirectory / (m_settings.appAssemblyName + ".dll");
    }

    if (m_settings.corlibDirectory.empty()) {
        if (!m_settings.assemblyDirectory.empty()) {
            m_settings.corlibDirectory = m_settings.assemblyDirectory;
        } else if (!m_settings.coreAssemblyPath.empty()) {
            m_settings.corlibDirectory = m_settings.coreAssemblyPath.parent_path();
        }
    }

    std::string discoveryError;
    if (!DiscoverEngineAssemblies(m_settings, &discoveryError)) {
        SetError(discoveryError);
        return false;
    }

    return true;
}

bool MonoScriptRuntime::InitializeRootDomain() {
    MonoRootState& rootState = GetMonoRootState();
    if (rootState.initialized) {
        return true;
    }

    if (!m_settings.corlibDirectory.empty()) {
        const std::string corlibDirectory = m_settings.corlibDirectory.string();
        mono_set_assemblies_path(corlibDirectory.c_str());
    }

    mono_config_parse(nullptr);

    rootState.rootDomain = mono_jit_init_version("XCEngineRootDomain", "v4.0.30319");
    if (!rootState.rootDomain) {
        SetError("Failed to initialize the Mono root domain.");
        return false;
    }

    mono_domain_set(rootState.rootDomain, true);
    RegisterInternalCalls();
    rootState.initialized = true;
    if (!rootState.cleanupRegistered) {
        std::atexit(&CleanupMonoRootDomainAtExit);
        rootState.cleanupRegistered = true;
    }
    return true;
}

bool MonoScriptRuntime::CreateAppDomain() {
    if (m_appDomain) {
        return true;
    }

    MonoRootState& rootState = GetMonoRootState();
    if (!rootState.rootDomain) {
        SetError("Mono root domain is not initialized.");
        return false;
    }

    mono_domain_set(rootState.rootDomain, true);
    m_appDomain = mono_domain_create_appdomain(const_cast<char*>("XCEngineScriptDomain"), nullptr);
    if (!m_appDomain) {
        SetError("Failed to create the Mono app domain.");
        return false;
    }

    mono_domain_set(m_appDomain, true);
    return true;
}

void MonoScriptRuntime::DestroyAppDomain() {
    if (!m_appDomain) {
        return;
    }

    MonoRootState& rootState = GetMonoRootState();
    if (rootState.rootDomain) {
        mono_domain_set(rootState.rootDomain, true);
    }

    mono_domain_unload(m_appDomain);
    m_appDomain = nullptr;

    if (rootState.rootDomain) {
        mono_domain_set(rootState.rootDomain, true);
    }
}

void MonoScriptRuntime::SetCurrentDomain() const {
    if (m_appDomain) {
        mono_domain_set(m_appDomain, true);
    }
}

bool MonoScriptRuntime::LoadAssemblies() {
    if (m_settings.coreAssemblyPath.empty() || m_settings.appAssemblyPath.empty()) {
        SetError("Managed assembly paths are not configured.");
        return false;
    }

    SetCurrentDomain();
    m_loadedManagedAssemblies.clear();

    if (!LoadAssemblyImage(
            BuildManagedAssemblyDescriptor(
                m_settings.coreAssemblyName,
                m_settings.coreAssemblyPath),
            "script core",
            m_coreAssembly,
            m_coreImage)) {
        return false;
    }

    for (const ManagedAssemblyDescriptor& assembly :
         m_settings.engineAssemblies) {
        MonoAssembly* loadedAssembly = nullptr;
        MonoImage* loadedImage = nullptr;
        if (!LoadAssemblyImage(
                assembly,
                "engine",
                loadedAssembly,
                loadedImage)) {
            return false;
        }
    }

    if (!LoadAssemblyImage(
            BuildManagedAssemblyDescriptor(
                m_settings.appAssemblyName,
                m_settings.appAssemblyPath),
            "game scripts",
            m_appAssembly,
            m_appImage)) {
        return false;
    }

    return true;
}

bool MonoScriptRuntime::LoadAssemblyImage(
    const ManagedAssemblyDescriptor& descriptor,
    const char* roleLabel,
    MonoAssembly*& outAssembly,
    MonoImage*& outImage) {
    outAssembly = nullptr;
    outImage = nullptr;

    if (descriptor.name.empty() || descriptor.path.empty()) {
        SetError(
            "Managed " + std::string(roleLabel) +
            " assembly descriptor is incomplete.");
        return false;
    }

    if (!std::filesystem::exists(descriptor.path)) {
        SetError(
            "Managed " + std::string(roleLabel) +
            " assembly does not exist: " + descriptor.path.string());
        return false;
    }

    if (m_loadedManagedAssemblies.contains(descriptor.name)) {
        SetError(
            "Managed assembly name is loaded more than once: " +
            descriptor.name);
        return false;
    }

    outAssembly = mono_domain_assembly_open(
        m_appDomain,
        descriptor.path.string().c_str());
    if (!outAssembly) {
        SetError(
            "Failed to load managed " + std::string(roleLabel) +
            " assembly: " + descriptor.path.string());
        return false;
    }

    outImage = mono_assembly_get_image(outAssembly);
    if (!outImage) {
        SetError(
            "Failed to access the managed " + std::string(roleLabel) +
            " image: " + descriptor.path.string());
        return false;
    }

    m_loadedManagedAssemblies.emplace(
        descriptor.name,
        LoadedManagedAssemblyData{outAssembly, outImage});
    return true;
}

bool MonoScriptRuntime::DiscoverScriptClasses() {
    ClearClassCache();

    m_componentClass = mono_class_from_name(
        m_coreImage,
        m_settings.baseNamespace.c_str(),
        "Component");
    if (!m_componentClass) {
        SetError("Failed to locate the managed Component base type.");
        return false;
    }

    m_behaviourClass = mono_class_from_name(
        m_coreImage,
        m_settings.baseNamespace.c_str(),
        "Behaviour");
    if (!m_behaviourClass) {
        SetError("Failed to locate the managed Behaviour base type.");
        return false;
    }

    m_gameObjectClass = mono_class_from_name(
        m_coreImage,
        m_settings.baseNamespace.c_str(),
        "GameObject");
    if (!m_gameObjectClass) {
        SetError("Failed to locate the managed GameObject wrapper type.");
        return false;
    }

    m_gameObjectConstructor = mono_class_get_method_from_name(m_gameObjectClass, ".ctor", 1);
    m_managedGameObjectUUIDField = mono_class_get_field_from_name(m_gameObjectClass, "m_uuid");
    if (!m_gameObjectConstructor || !m_managedGameObjectUUIDField) {
        SetError("Failed to locate the managed GameObject constructor or UUID field.");
        return false;
    }

    m_monoBehaviourClass = mono_class_from_name(
        m_coreImage,
        m_settings.baseNamespace.c_str(),
        m_settings.baseClassName.c_str());
    if (!m_monoBehaviourClass) {
        SetError("Failed to locate the managed base type " + BuildFullClassName(m_settings.baseNamespace, m_settings.baseClassName) + ".");
        return false;
    }

    m_scriptableRenderPipelineAssetClass = mono_class_from_name(
        m_coreImage,
        kManagedRenderingNamespace,
        "ScriptableRenderPipelineAsset");
    if (!m_scriptableRenderPipelineAssetClass) {
        SetError("Failed to locate the managed ScriptableRenderPipelineAsset base type.");
        return false;
    }

    m_scriptableRenderPipelineClass = mono_class_from_name(
        m_coreImage,
        kManagedRenderingNamespace,
        "ScriptableRenderPipeline");
    if (!m_scriptableRenderPipelineClass) {
        SetError("Failed to locate the managed ScriptableRenderPipeline base type.");
        return false;
    }

    m_scriptableRenderContextClass = mono_class_from_name(
        m_coreImage,
        kManagedRenderingNamespace,
        "ScriptableRenderContext");
    if (!m_scriptableRenderContextClass) {
        SetError("Failed to locate the managed ScriptableRenderContext type.");
        return false;
    }

    m_scriptableRenderContextConstructor = mono_class_get_method_from_name(
        m_scriptableRenderContextClass,
        ".ctor",
        1);
    if (!m_scriptableRenderContextConstructor) {
        SetError(
            "Failed to locate the managed ScriptableRenderContext constructor.");
        return false;
    }

    m_cameraRenderRequestContextClass = mono_class_from_name(
        m_coreImage,
        kManagedRenderingNamespace,
        "CameraRenderRequestContext");
    if (!m_cameraRenderRequestContextClass) {
        SetError(
            "Failed to locate the managed CameraRenderRequestContext type.");
        return false;
    }

    m_cameraRenderRequestContextConstructor =
        mono_class_get_method_from_name(
            m_cameraRenderRequestContextClass,
            ".ctor",
            1);
    if (!m_cameraRenderRequestContextConstructor) {
        SetError(
            "Failed to locate the managed CameraRenderRequestContext constructor.");
        return false;
    }

    m_renderSceneSetupContextClass = mono_class_from_name(
        m_coreImage,
        kManagedRenderingNamespace,
        "RenderSceneSetupContext");
    if (!m_renderSceneSetupContextClass) {
        SetError(
            "Failed to locate the managed RenderSceneSetupContext type.");
        return false;
    }

    m_renderSceneSetupContextConstructor =
        mono_class_get_method_from_name(
            m_renderSceneSetupContextClass,
            ".ctor",
            1);
    if (!m_renderSceneSetupContextConstructor) {
        SetError(
            "Failed to locate the managed RenderSceneSetupContext constructor.");
        return false;
    }

    m_directionalShadowExecutionContextClass = mono_class_from_name(
        m_coreImage,
        kManagedRenderingNamespace,
        "DirectionalShadowExecutionContext");
    if (!m_directionalShadowExecutionContextClass) {
        SetError(
            "Failed to locate the managed DirectionalShadowExecutionContext type.");
        return false;
    }

    m_directionalShadowExecutionContextConstructor =
        mono_class_get_method_from_name(
            m_directionalShadowExecutionContextClass,
            ".ctor",
            1);
    if (!m_directionalShadowExecutionContextConstructor) {
        SetError(
            "Failed to locate the managed DirectionalShadowExecutionContext constructor.");
        return false;
    }

    m_scriptableRenderPipelinePlanningContextClass = mono_class_from_name(
        m_coreImage,
        kManagedRenderingNamespace,
        "ScriptableRenderPipelinePlanningContext");
    if (!m_scriptableRenderPipelinePlanningContextClass) {
        SetError(
            "Failed to locate the managed ScriptableRenderPipelinePlanningContext type.");
        return false;
    }

    m_scriptableRenderPipelinePlanningContextConstructor =
        mono_class_get_method_from_name(
            m_scriptableRenderPipelinePlanningContextClass,
            ".ctor",
            1);
    if (!m_scriptableRenderPipelinePlanningContextConstructor) {
        SetError(
            "Failed to locate the managed ScriptableRenderPipelinePlanningContext constructor.");
        return false;
    }

    m_serializeFieldAttributeClass = mono_class_from_name(
        m_coreImage,
        m_settings.baseNamespace.c_str(),
        "SerializeField");
    if (!m_serializeFieldAttributeClass) {
        SetError("Failed to locate the managed SerializeField attribute type.");
        return false;
    }

    m_gameObjectUUIDField = mono_class_get_field_from_name(m_componentClass, "m_gameObjectUUID");
    m_scriptComponentUUIDField = mono_class_get_field_from_name(m_behaviourClass, "m_scriptComponentUUID");
    if (!m_gameObjectUUIDField || !m_scriptComponentUUIDField) {
        SetError("Failed to locate the managed context fields for Component/Behaviour.");
        return false;
    }

    DiscoverScriptClassesInImage(m_settings.appAssemblyName, m_appImage);
    DiscoverRenderPipelineAssetClassesInImage(
        m_settings.coreAssemblyName,
        m_coreImage);
    for (const ManagedAssemblyDescriptor& assembly :
         m_settings.engineAssemblies) {
        DiscoverRenderPipelineAssetClassesInImage(
            assembly.name,
            FindLoadedAssemblyImage(assembly.name));
    }
    DiscoverRenderPipelineAssetClassesInImage(
        m_settings.appAssemblyName,
        m_appImage);
    return true;
}

void MonoScriptRuntime::DiscoverScriptClassesInImage(const std::string& assemblyName, MonoImage* image) {
    if (!image) {
        return;
    }

    const int typeCount = mono_image_get_table_rows(image, MONO_TABLE_TYPEDEF);
    for (int index = 1; index <= typeCount; ++index) {
        const uint32_t typeToken = mono_metadata_make_token(MONO_TABLE_TYPEDEF, index);
        MonoClass* monoClass = mono_class_get(image, typeToken);
        if (!monoClass || !IsMonoBehaviourSubclass(monoClass)) {
            continue;
        }

        if ((mono_class_get_flags(monoClass) & MONO_TYPE_ATTR_ABSTRACT) != 0) {
            continue;
        }

        ClassMetadata metadata;
        metadata.assemblyName = assemblyName;
        metadata.namespaceName = SafeString(mono_class_get_namespace(monoClass));
        metadata.className = SafeString(mono_class_get_name(monoClass));
        metadata.fullName = BuildFullClassName(metadata.namespaceName, metadata.className);
        metadata.monoClass = monoClass;

        for (size_t methodIndex = 0; methodIndex < LifecycleMethodCount; ++methodIndex) {
            metadata.lifecycleMethods[methodIndex] = mono_class_get_method_from_name(
                monoClass,
                ToLifecycleMethodName(static_cast<ScriptLifecycleMethod>(methodIndex)),
                0);
        }

        for (size_t methodIndex = 0; methodIndex < PhysicsMessageCount; ++methodIndex) {
            PhysicsMessageMethods& methods = metadata.physicsMessageMethods[methodIndex];
            methods.withGameObject = mono_class_get_method_from_name(
                monoClass,
                ToPhysicsMessageMethodName(static_cast<ScriptPhysicsMessage>(methodIndex)),
                1);
            methods.withoutArgs = mono_class_get_method_from_name(
                monoClass,
                ToPhysicsMessageMethodName(static_cast<ScriptPhysicsMessage>(methodIndex)),
                0);
        }

        void* fieldIterator = nullptr;
        while (MonoClassField* field = mono_class_get_fields(monoClass, &fieldIterator)) {
            const uint32_t fieldFlags = mono_field_get_flags(field);
            if ((fieldFlags & MONO_FIELD_ATTR_STATIC) != 0
                || (fieldFlags & MONO_FIELD_ATTR_LITERAL) != 0
                || (fieldFlags & MONO_FIELD_ATTR_INIT_ONLY) != 0) {
                continue;
            }

            const bool isPublicField = (fieldFlags & MONO_FIELD_ATTR_PUBLIC) != 0;
            if (!isPublicField && !HasSerializeFieldAttribute(field)) {
                continue;
            }

            FieldMetadata fieldMetadata = BuildFieldMetadata(field);
            if (fieldMetadata.type == ScriptFieldType::None) {
                continue;
            }

            metadata.fields.emplace(mono_field_get_name(field), std::move(fieldMetadata));
        }

        m_classes.emplace(
            BuildClassKey(metadata.assemblyName, metadata.namespaceName, metadata.className),
            std::move(metadata));
    }
}

void MonoScriptRuntime::DiscoverRenderPipelineAssetClassesInImage(
    const std::string& assemblyName,
    MonoImage* image) {
    if (!image || m_scriptableRenderPipelineAssetClass == nullptr) {
        return;
    }

    const int typeCount = mono_image_get_table_rows(image, MONO_TABLE_TYPEDEF);
    for (int index = 1; index <= typeCount; ++index) {
        const uint32_t typeToken =
            mono_metadata_make_token(MONO_TABLE_TYPEDEF, index);
        MonoClass* monoClass = mono_class_get(image, typeToken);
        if (monoClass == nullptr ||
            monoClass == m_scriptableRenderPipelineAssetClass ||
            !IsMonoClassOrSubclass(
                monoClass,
                m_scriptableRenderPipelineAssetClass)) {
            continue;
        }

        if ((mono_class_get_flags(monoClass) & MONO_TYPE_ATTR_ABSTRACT) != 0) {
            continue;
        }

        const ScriptClassDescriptor descriptor{
            assemblyName,
            SafeString(mono_class_get_namespace(monoClass)),
            SafeString(mono_class_get_name(monoClass))};
        if (std::find(
                m_renderPipelineAssetClasses.begin(),
                m_renderPipelineAssetClasses.end(),
                descriptor) == m_renderPipelineAssetClasses.end()) {
            m_renderPipelineAssetClasses.push_back(descriptor);
        }
    }
}

bool MonoScriptRuntime::IsMonoBehaviourSubclass(MonoClass* monoClass) const {
    if (!monoClass || !m_monoBehaviourClass || monoClass == m_monoBehaviourClass) {
        return false;
    }

    MonoClass* current = monoClass;
    while (current) {
        if (current == m_monoBehaviourClass) {
            return true;
        }

        current = mono_class_get_parent(current);
    }

    return false;
}

bool MonoScriptRuntime::IsSupportedComponentFieldClass(MonoClass* monoClass) const {
    if (!IsMonoClassOrSubclass(monoClass, m_componentClass)) {
        return false;
    }

    if (monoClass == m_componentClass || monoClass == m_behaviourClass || monoClass == m_monoBehaviourClass) {
        return false;
    }

    if (IsScriptComponentFieldClass(monoClass)) {
        return true;
    }

    const std::string namespaceName = SafeString(mono_class_get_namespace(monoClass));
    const std::string className = SafeString(mono_class_get_name(monoClass));
    if (namespaceName != m_settings.baseNamespace) {
        return false;
    }

    return className == "Transform"
        || className == "Rigidbody"
        || className == "Camera"
        || className == "Light"
        || className == "MeshFilter"
        || className == "MeshRenderer";
}

bool MonoScriptRuntime::IsScriptComponentFieldClass(MonoClass* monoClass) const {
    if (!monoClass || monoClass == m_monoBehaviourClass) {
        return false;
    }

    return IsMonoClassOrSubclass(monoClass, m_monoBehaviourClass);
}

bool MonoScriptRuntime::HasSerializeFieldAttribute(MonoClassField* field) const {
    if (!field || !m_serializeFieldAttributeClass) {
        return false;
    }

    MonoClass* ownerClass = mono_field_get_parent(field);
    if (!ownerClass) {
        return false;
    }

    MonoCustomAttrInfo* attributes = mono_custom_attrs_from_field(ownerClass, field);
    if (!attributes) {
        return false;
    }

    const mono_bool hasAttribute = mono_custom_attrs_has_attr(attributes, m_serializeFieldAttributeClass);
    mono_custom_attrs_free(attributes);
    return hasAttribute != 0;
}

MonoScriptRuntime::FieldMetadata MonoScriptRuntime::BuildFieldMetadata(MonoClassField* field) const {
    FieldMetadata metadata;
    metadata.field = field;
    if (!field) {
        return metadata;
    }

    MonoType* monoType = mono_field_get_type(field);
    if (!monoType) {
        return metadata;
    }

    switch (mono_type_get_type(monoType)) {
        case MONO_TYPE_R4:
            metadata.type = ScriptFieldType::Float;
            return metadata;
        case MONO_TYPE_R8:
            metadata.type = ScriptFieldType::Double;
            return metadata;
        case MONO_TYPE_BOOLEAN:
            metadata.type = ScriptFieldType::Bool;
            return metadata;
        case MONO_TYPE_I4:
            metadata.type = ScriptFieldType::Int32;
            return metadata;
        case MONO_TYPE_U8:
            metadata.type = ScriptFieldType::UInt64;
            return metadata;
        case MONO_TYPE_STRING:
            metadata.type = ScriptFieldType::String;
            return metadata;
        case MONO_TYPE_CLASS: {
            MonoClass* referenceClass = mono_class_from_mono_type(monoType);
            if (!referenceClass) {
                return metadata;
            }

            const std::string namespaceName = SafeString(mono_class_get_namespace(referenceClass));
            const std::string className = SafeString(mono_class_get_name(referenceClass));
            if (namespaceName == m_settings.baseNamespace && className == "GameObject") {
                metadata.type = ScriptFieldType::GameObject;
                return metadata;
            }

            if (IsSupportedComponentFieldClass(referenceClass)) {
                metadata.type = ScriptFieldType::Component;
                metadata.componentClass = referenceClass;
            }

            return metadata;
        }
        case MONO_TYPE_VALUETYPE: {
            MonoClass* valueTypeClass = mono_class_from_mono_type(monoType);
            if (!valueTypeClass) {
                return metadata;
            }

            if (mono_class_is_enum(valueTypeClass) != 0) {
                MonoType* underlyingType = mono_class_enum_basetype(valueTypeClass);
                if (!underlyingType) {
                    return metadata;
                }

                switch (mono_type_get_type(underlyingType)) {
                    case MONO_TYPE_I1:
                    case MONO_TYPE_U1:
                    case MONO_TYPE_I2:
                    case MONO_TYPE_U2:
                    case MONO_TYPE_I4:
                    case MONO_TYPE_U4:
                        metadata.type = ScriptFieldType::Int32;
                        metadata.isEnum = true;
                        metadata.enumUnderlyingType = static_cast<int32_t>(mono_type_get_type(underlyingType));
                        return metadata;
                    default:
                        return metadata;
                }
            }

            const std::string namespaceName = SafeString(mono_class_get_namespace(valueTypeClass));
            const std::string className = SafeString(mono_class_get_name(valueTypeClass));
            if (namespaceName != m_settings.baseNamespace) {
                return metadata;
            }

            if (className == "Vector2") {
                metadata.type = ScriptFieldType::Vector2;
                return metadata;
            }
            if (className == "Vector3") {
                metadata.type = ScriptFieldType::Vector3;
                return metadata;
            }
            if (className == "Vector4") {
                metadata.type = ScriptFieldType::Vector4;
                return metadata;
            }
            return metadata;
        }
        default:
            return metadata;
    }
}

const char* MonoScriptRuntime::ToLifecycleMethodName(ScriptLifecycleMethod method) {
    switch (method) {
        case ScriptLifecycleMethod::Awake: return "Awake";
        case ScriptLifecycleMethod::OnEnable: return "OnEnable";
        case ScriptLifecycleMethod::Start: return "Start";
        case ScriptLifecycleMethod::FixedUpdate: return "FixedUpdate";
        case ScriptLifecycleMethod::Update: return "Update";
        case ScriptLifecycleMethod::LateUpdate: return "LateUpdate";
        case ScriptLifecycleMethod::OnDisable: return "OnDisable";
        case ScriptLifecycleMethod::OnDestroy: return "OnDestroy";
    }

    return "";
}

const char* MonoScriptRuntime::ToPhysicsMessageMethodName(ScriptPhysicsMessage message) {
    switch (message) {
        case ScriptPhysicsMessage::CollisionEnter: return "OnCollisionEnter";
        case ScriptPhysicsMessage::CollisionStay: return "OnCollisionStay";
        case ScriptPhysicsMessage::CollisionExit: return "OnCollisionExit";
        case ScriptPhysicsMessage::TriggerEnter: return "OnTriggerEnter";
        case ScriptPhysicsMessage::TriggerStay: return "OnTriggerStay";
        case ScriptPhysicsMessage::TriggerExit: return "OnTriggerExit";
    }

    return "";
}

const MonoScriptRuntime::ClassMetadata* MonoScriptRuntime::FindClassMetadata(
    const std::string& assemblyName,
    const std::string& namespaceName,
    const std::string& className) const {
    const auto it = m_classes.find(BuildClassKey(assemblyName, namespaceName, className));
    return it != m_classes.end() ? &it->second : nullptr;
}

bool MonoScriptRuntime::ResolveManagedClass(
    const std::string& assemblyName,
    const std::string& namespaceName,
    const std::string& className,
    MonoClass*& outClass) const {
    outClass = nullptr;
    if (!m_initialized || assemblyName.empty() || className.empty()) {
        return false;
    }

    MonoImage* image = FindLoadedAssemblyImage(assemblyName);
    if (!image) {
        return false;
    }

    SetCurrentDomain();
    outClass = mono_class_from_name(
        image,
        namespaceName.c_str(),
        className.c_str());
    return outClass != nullptr;
}

bool MonoScriptRuntime::CreateExternalManagedObject(
    const std::string& assemblyName,
    const std::string& namespaceName,
    const std::string& className,
    uint32_t& outHandle) {
    outHandle = 0;

    MonoClass* monoClass = nullptr;
    if (!ResolveManagedClass(
            assemblyName,
            namespaceName,
            className,
            monoClass)) {
        SetError(
            "Managed class was not found: " +
            assemblyName + "|" +
            BuildFullClassName(namespaceName, className));
        return false;
    }

    return CreateExternalManagedObject(monoClass, outHandle);
}

bool MonoScriptRuntime::CreateExternalManagedObject(
    MonoClass* monoClass,
    uint32_t& outHandle) {
    outHandle = 0;
    if (!m_initialized || !monoClass) {
        return false;
    }

    SetCurrentDomain();

    MonoObject* const instance = mono_object_new(m_appDomain, monoClass);
    if (!instance) {
        SetError(
            "Mono failed to allocate a managed object for " +
            BuildFullClassName(
                SafeString(mono_class_get_namespace(monoClass)),
                SafeString(mono_class_get_name(monoClass))) + ".");
        return false;
    }

    mono_runtime_object_init(instance);
    outHandle = RetainExternalManagedObject(instance);
    return outHandle != 0;
}

uint32_t MonoScriptRuntime::RetainExternalManagedObject(MonoObject* instance) {
    if (!m_initialized || !instance) {
        return 0;
    }

    SetCurrentDomain();

    const uint32_t gcHandle = mono_gchandle_new(instance, false);
    if (gcHandle == 0) {
        return 0;
    }

    m_externalManagedObjects[gcHandle] = ExternalManagedObjectData{
        mono_object_get_class(instance),
        gcHandle
    };
    return gcHandle;
}

MonoObject* MonoScriptRuntime::GetExternalManagedObject(uint32_t gcHandle) const {
    return GetManagedObject(gcHandle);
}

uint32_t MonoScriptRuntime::RetainExternalManagedObjectReference(
    MonoObject* managedObject) {
    return RetainExternalManagedObject(managedObject);
}

void MonoScriptRuntime::ReleaseExternalManagedObject(uint32_t gcHandle) {
    DestroyExternalManagedObject(gcHandle);
}

bool MonoScriptRuntime::IsScriptableRenderPipelineAssetObject(
    MonoObject* managedObject) const {
    return managedObject != nullptr &&
           m_scriptableRenderPipelineAssetClass != nullptr &&
           IsMonoClassOrSubclass(
               mono_object_get_class(managedObject),
               m_scriptableRenderPipelineAssetClass);
}

bool MonoScriptRuntime::TryEnsureManagedRenderPipelineAssetHandle(
    Rendering::Pipelines::ManagedRenderPipelineAssetDescriptor& ioDescriptor) {
    if (!m_initialized || !ioDescriptor.IsValid()) {
        return false;
    }

    if (ioDescriptor.managedAssetHandle != 0u) {
        MonoObject* const assetObject =
            GetExternalManagedObject(ioDescriptor.managedAssetHandle);
        if (IsScriptableRenderPipelineAssetObject(assetObject)) {
            return true;
        }

        ioDescriptor.managedAssetHandle = 0u;
    }

    MonoClass* assetClass = nullptr;
    if (!ResolveManagedClass(
            ioDescriptor.assemblyName,
            ioDescriptor.namespaceName,
            ioDescriptor.className,
            assetClass) ||
        assetClass == nullptr) {
        return false;
    }

    if (!IsMonoClassOrSubclass(
            assetClass,
            m_scriptableRenderPipelineAssetClass)) {
        SetError(
            "Managed render pipeline asset must derive from ScriptableRenderPipelineAsset: " +
            ioDescriptor.GetFullName() + ".");
        return false;
    }

    return CreateExternalManagedObject(assetClass, ioDescriptor.managedAssetHandle) &&
           ioDescriptor.managedAssetHandle != 0u;
}

void MonoScriptRuntime::DestroyExternalManagedObject(uint32_t gcHandle) {
    if (gcHandle == 0) {
        return;
    }

    const auto it = m_externalManagedObjects.find(gcHandle);
    if (it == m_externalManagedObjects.end()) {
        return;
    }

    SetCurrentDomain();
    mono_gchandle_free(gcHandle);
    m_externalManagedObjects.erase(it);
}

MonoObject* MonoScriptRuntime::CreateManagedScriptableRenderContext(
    uint64_t nativeHandle) {
    if (!m_initialized ||
        nativeHandle == 0 ||
        m_scriptableRenderContextClass == nullptr ||
        m_scriptableRenderContextConstructor == nullptr) {
        return nullptr;
    }

    SetCurrentDomain();

    MonoObject* const contextObject =
        mono_object_new(m_appDomain, m_scriptableRenderContextClass);
    if (contextObject == nullptr) {
        SetError(
            "Mono failed to allocate a managed ScriptableRenderContext.");
        return nullptr;
    }

    void* args[1];
    uint64_t nativeHandleArgument = nativeHandle;
    args[0] = &nativeHandleArgument;

    MonoObject* exception = nullptr;
    mono_runtime_invoke(
        m_scriptableRenderContextConstructor,
        contextObject,
        args,
        &exception);
    if (exception != nullptr) {
        RecordException(exception);
        return nullptr;
    }

    return contextObject;
}

MonoObject*
MonoScriptRuntime::CreateManagedCameraRenderRequestContext(
    uint64_t nativeHandle) {
    if (!m_initialized ||
        nativeHandle == 0 ||
        m_cameraRenderRequestContextClass == nullptr ||
        m_cameraRenderRequestContextConstructor == nullptr) {
        return nullptr;
    }

    SetCurrentDomain();

    MonoObject* const contextObject =
        mono_object_new(
            m_appDomain,
            m_cameraRenderRequestContextClass);
    if (contextObject == nullptr) {
        SetError(
            "Mono failed to allocate a managed CameraRenderRequestContext.");
        return nullptr;
    }

    void* args[1];
    uint64_t nativeHandleArgument = nativeHandle;
    args[0] = &nativeHandleArgument;

    MonoObject* exception = nullptr;
    mono_runtime_invoke(
        m_cameraRenderRequestContextConstructor,
        contextObject,
        args,
        &exception);
    if (exception != nullptr) {
        RecordException(exception);
        return nullptr;
    }

    return contextObject;
}

MonoObject*
MonoScriptRuntime::CreateManagedRenderSceneSetupContext(
    uint64_t nativeHandle) {
    if (!m_initialized ||
        nativeHandle == 0 ||
        m_renderSceneSetupContextClass == nullptr ||
        m_renderSceneSetupContextConstructor == nullptr) {
        return nullptr;
    }

    SetCurrentDomain();

    MonoObject* const contextObject =
        mono_object_new(
            m_appDomain,
            m_renderSceneSetupContextClass);
    if (contextObject == nullptr) {
        SetError(
            "Mono failed to allocate a managed RenderSceneSetupContext.");
        return nullptr;
    }

    void* args[1];
    uint64_t nativeHandleArgument = nativeHandle;
    args[0] = &nativeHandleArgument;

    MonoObject* exception = nullptr;
    mono_runtime_invoke(
        m_renderSceneSetupContextConstructor,
        contextObject,
        args,
        &exception);
    if (exception != nullptr) {
        RecordException(exception);
        return nullptr;
    }

    return contextObject;
}

MonoObject*
MonoScriptRuntime::CreateManagedDirectionalShadowExecutionContext(
    uint64_t nativeHandle) {
    if (!m_initialized ||
        nativeHandle == 0 ||
        m_directionalShadowExecutionContextClass == nullptr ||
        m_directionalShadowExecutionContextConstructor == nullptr) {
        return nullptr;
    }

    SetCurrentDomain();

    MonoObject* const contextObject =
        mono_object_new(
            m_appDomain,
            m_directionalShadowExecutionContextClass);
    if (contextObject == nullptr) {
        SetError(
            "Mono failed to allocate a managed DirectionalShadowExecutionContext.");
        return nullptr;
    }

    void* args[1];
    uint64_t nativeHandleArgument = nativeHandle;
    args[0] = &nativeHandleArgument;

    MonoObject* exception = nullptr;
    mono_runtime_invoke(
        m_directionalShadowExecutionContextConstructor,
        contextObject,
        args,
        &exception);
    if (exception != nullptr) {
        RecordException(exception);
        return nullptr;
    }

    return contextObject;
}

MonoObject*
MonoScriptRuntime::CreateManagedScriptableRenderPipelinePlanningContext(
    uint64_t nativeHandle) {
    if (!m_initialized ||
        nativeHandle == 0 ||
        m_scriptableRenderPipelinePlanningContextClass == nullptr ||
        m_scriptableRenderPipelinePlanningContextConstructor == nullptr) {
        return nullptr;
    }

    SetCurrentDomain();

    MonoObject* const contextObject =
        mono_object_new(
            m_appDomain,
            m_scriptableRenderPipelinePlanningContextClass);
    if (contextObject == nullptr) {
        SetError(
            "Mono failed to allocate a managed ScriptableRenderPipelinePlanningContext.");
        return nullptr;
    }

    void* args[1];
    uint64_t nativeHandleArgument = nativeHandle;
    args[0] = &nativeHandleArgument;

    MonoObject* exception = nullptr;
    mono_runtime_invoke(
        m_scriptableRenderPipelinePlanningContextConstructor,
        contextObject,
        args,
        &exception);
    if (exception != nullptr) {
        RecordException(exception);
        return nullptr;
    }

    return contextObject;
}

MonoScriptRuntime::InstanceData* MonoScriptRuntime::FindInstance(const ScriptRuntimeContext& context) {
    const auto it = m_instances.find(InstanceKey{context.gameObjectUUID, context.scriptComponentUUID});
    return it != m_instances.end() ? &it->second : nullptr;
}

const MonoScriptRuntime::InstanceData* MonoScriptRuntime::FindInstance(const ScriptRuntimeContext& context) const {
    const auto it = m_instances.find(InstanceKey{context.gameObjectUUID, context.scriptComponentUUID});
    return it != m_instances.end() ? &it->second : nullptr;
}

const MonoScriptRuntime::InstanceData* MonoScriptRuntime::FindInstance(const ScriptComponent* component) const {
    if (!component || !component->GetGameObject()) {
        return nullptr;
    }

    const auto it = m_instances.find(InstanceKey{
        component->GetGameObject()->GetUUID(),
        component->GetScriptComponentUUID()
    });
    return it != m_instances.end() ? &it->second : nullptr;
}

MonoObject* MonoScriptRuntime::GetManagedObject(const InstanceData& instanceData) const {
    if (instanceData.gcHandle == 0) {
        return nullptr;
    }

    SetCurrentDomain();
    return mono_gchandle_get_target(instanceData.gcHandle);
}

MonoObject* MonoScriptRuntime::GetManagedObject(uint32_t gcHandle) const {
    if (gcHandle == 0 ||
        m_externalManagedObjects.find(gcHandle) == m_externalManagedObjects.end()) {
        return nullptr;
    }

    SetCurrentDomain();
    return mono_gchandle_get_target(gcHandle);
}

MonoMethod* MonoScriptRuntime::ResolveManagedMethod(
    MonoClass* monoClass,
    const char* methodName,
    int parameterCount) const {
    if (!monoClass || !methodName) {
        return nullptr;
    }

    SetCurrentDomain();
    for (MonoClass* currentClass = monoClass;
         currentClass != nullptr;
         currentClass = mono_class_get_parent(currentClass)) {
        if (MonoMethod* const method =
                mono_class_get_method_from_name(
                    currentClass,
                    methodName,
                    parameterCount);
            method != nullptr) {
            return method;
        }
    }

    return nullptr;
}

MonoMethod* MonoScriptRuntime::ResolveManagedMethod(
    MonoObject* instance,
    const char* methodName,
    int parameterCount) const {
    return instance != nullptr
        ? ResolveManagedMethod(
            mono_object_get_class(instance),
            methodName,
            parameterCount)
        : nullptr;
}

bool MonoScriptRuntime::ApplyContextFields(const ScriptRuntimeContext& context, MonoObject* instance) {
    if (!instance) {
        return false;
    }

    SetCurrentDomain();

    if (m_gameObjectUUIDField) {
        uint64_t gameObjectUUID = context.gameObjectUUID;
        mono_field_set_value(instance, m_gameObjectUUIDField, &gameObjectUUID);
    }

    if (m_scriptComponentUUIDField) {
        uint64_t scriptComponentUUID = context.scriptComponentUUID;
        mono_field_set_value(instance, m_scriptComponentUUIDField, &scriptComponentUUID);
    }

    return true;
}

bool MonoScriptRuntime::ApplyStoredFields(
    const ScriptRuntimeContext& context,
    const ClassMetadata& metadata,
    MonoObject* instance) {
    if (!context.component || !instance) {
        return false;
    }

    const ScriptFieldStorage& fieldStorage = context.component->GetFieldStorage();
    for (const std::string& fieldName : fieldStorage.GetFieldNames()) {
        const StoredScriptField* storedField = fieldStorage.FindField(fieldName);
        if (!storedField) {
            continue;
        }

        const auto metadataIt = metadata.fields.find(fieldName);
        if (metadataIt == metadata.fields.end() || storedField->type != metadataIt->second.type) {
            continue;
        }

        if (!TrySetFieldValue(instance, metadataIt->second, storedField->value)) {
            return false;
        }
    }

    return true;
}

MonoObject* MonoScriptRuntime::CreateManagedComponentWrapper(MonoClass* componentClass, uint64_t gameObjectUUID) {
    if (!m_initialized || !componentClass || gameObjectUUID == 0) {
        return nullptr;
    }

    SetCurrentDomain();

    MonoMethod* constructor = mono_class_get_method_from_name(componentClass, ".ctor", 1);
    if (!constructor) {
        return nullptr;
    }

    MonoObject* managedObject = mono_object_new(m_appDomain, componentClass);
    if (!managedObject) {
        return nullptr;
    }

    void* args[1];
    uint64_t uuidArgument = gameObjectUUID;
    args[0] = &uuidArgument;

    MonoObject* exception = nullptr;
    mono_runtime_invoke(constructor, managedObject, args, &exception);
    if (exception) {
        RecordException(exception);
        return nullptr;
    }

    return managedObject;
}

MonoObject* MonoScriptRuntime::CreateManagedGameObject(uint64_t gameObjectUUID) {
    if (gameObjectUUID == 0 || !m_gameObjectClass || !m_gameObjectConstructor) {
        return nullptr;
    }

    SetCurrentDomain();

    MonoObject* managedObject = mono_object_new(m_appDomain, m_gameObjectClass);
    if (!managedObject) {
        return nullptr;
    }

    void* args[1];
    uint64_t uuidArgument = gameObjectUUID;
    args[0] = &uuidArgument;

    MonoObject* exception = nullptr;
    mono_runtime_invoke(m_gameObjectConstructor, managedObject, args, &exception);
    if (exception) {
        RecordException(exception);
        return nullptr;
    }

    return managedObject;
}

bool MonoScriptRuntime::TryExtractComponentReference(
    MonoObject* managedObject,
    ComponentReference& outReference) const {
    outReference = ComponentReference{};
    if (!managedObject) {
        return true;
    }

    if (!m_componentClass || !m_gameObjectUUIDField) {
        return false;
    }

    SetCurrentDomain();

    MonoClass* monoClass = mono_object_get_class(managedObject);
    if (!IsMonoClassOrSubclass(monoClass, m_componentClass)) {
        return false;
    }

    uint64_t gameObjectUUID = 0;
    mono_field_get_value(managedObject, m_gameObjectUUIDField, &gameObjectUUID);
    if (gameObjectUUID == 0) {
        return false;
    }

    uint64_t scriptComponentUUID = 0;
    if (m_scriptComponentUUIDField && IsMonoClassOrSubclass(monoClass, m_behaviourClass)) {
        mono_field_get_value(managedObject, m_scriptComponentUUIDField, &scriptComponentUUID);
    }

    outReference = ComponentReference{gameObjectUUID, scriptComponentUUID};
    return true;
}

bool MonoScriptRuntime::DestroyManagedObject(MonoObject* managedObject) {
    if (!m_initialized || !managedObject) {
        return false;
    }

    SetCurrentDomain();

    MonoClass* monoClass = mono_object_get_class(managedObject);
    if (!monoClass) {
        return false;
    }

    if (monoClass == m_gameObjectClass) {
        uint64_t gameObjectUUID = 0;
        mono_field_get_value(managedObject, m_managedGameObjectUUIDField, &gameObjectUUID);

        Components::Scene* scene = GetInternalCallScene();
        Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
        if (!scene || !gameObject || gameObject->GetScene() != scene) {
            return false;
        }

        scene->DestroyGameObject(gameObject);
        return true;
    }

    if (monoClass != m_componentClass && !mono_class_is_subclass_of(monoClass, m_componentClass, false)) {
        return false;
    }

    uint64_t gameObjectUUID = 0;
    mono_field_get_value(managedObject, m_gameObjectUUIDField, &gameObjectUUID);

    Components::GameObject* gameObject = FindGameObjectByUUID(gameObjectUUID);
    if (!gameObject) {
        return false;
    }

    if (monoClass == m_behaviourClass || mono_class_is_subclass_of(monoClass, m_behaviourClass, false)) {
        uint64_t scriptComponentUUID = 0;
        mono_field_get_value(managedObject, m_scriptComponentUUIDField, &scriptComponentUUID);

        if (scriptComponentUUID != 0) {
            ScriptComponent* component = FindScriptComponentByUUID(scriptComponentUUID);
            return DestroyNativeComponentInstance(gameObject, component);
        }
    }

    const ManagedComponentTypeInfo typeInfo = ResolveManagedComponentTypeInfo(monoClass);
    switch (typeInfo.kind) {
        case ManagedComponentKind::Rigidbody:
            return DestroyNativeComponentInstance(gameObject, gameObject->GetComponent<Components::RigidbodyComponent>());
        case ManagedComponentKind::Camera:
            return DestroyNativeComponentInstance(gameObject, gameObject->GetComponent<Components::CameraComponent>());
        case ManagedComponentKind::Light:
            return DestroyNativeComponentInstance(gameObject, gameObject->GetComponent<Components::LightComponent>());
        case ManagedComponentKind::MeshFilter:
            return DestroyNativeComponentInstance(gameObject, gameObject->GetComponent<Components::MeshFilterComponent>());
        case ManagedComponentKind::MeshRenderer:
            return DestroyNativeComponentInstance(gameObject, gameObject->GetComponent<Components::MeshRendererComponent>());
        case ManagedComponentKind::Transform:
        case ManagedComponentKind::Script:
        case ManagedComponentKind::Unknown:
            return false;
    }

    return false;
}

bool MonoScriptRuntime::TryExtractGameObjectReference(
    MonoObject* managedObject,
    GameObjectReference& outReference) const {
    outReference = GameObjectReference{};
    if (!managedObject) {
        return true;
    }

    if (!m_gameObjectClass || !m_managedGameObjectUUIDField) {
        return false;
    }

    if (mono_object_get_class(managedObject) != m_gameObjectClass) {
        return false;
    }

    uint64_t gameObjectUUID = 0;
    mono_field_get_value(managedObject, m_managedGameObjectUUIDField, &gameObjectUUID);
    outReference = GameObjectReference{gameObjectUUID};
    return true;
}

bool MonoScriptRuntime::TrySetFieldValue(
    MonoObject* instance,
    const FieldMetadata& fieldMetadata,
    const ScriptFieldValue& value) {
    if (!instance || !fieldMetadata.field) {
        return false;
    }

    SetCurrentDomain();

    if (fieldMetadata.isEnum) {
        if (!std::holds_alternative<int32_t>(value)) {
            return false;
        }

        const int32_t storedValue = std::get<int32_t>(value);
        switch (fieldMetadata.enumUnderlyingType) {
            case MONO_TYPE_I1: {
                if (storedValue < std::numeric_limits<int8_t>::min()
                    || storedValue > std::numeric_limits<int8_t>::max()) {
                    return false;
                }

                int8_t nativeValue = static_cast<int8_t>(storedValue);
                mono_field_set_value(instance, fieldMetadata.field, &nativeValue);
                return true;
            }
            case MONO_TYPE_U1: {
                if (storedValue < 0 || storedValue > std::numeric_limits<uint8_t>::max()) {
                    return false;
                }

                uint8_t nativeValue = static_cast<uint8_t>(storedValue);
                mono_field_set_value(instance, fieldMetadata.field, &nativeValue);
                return true;
            }
            case MONO_TYPE_I2: {
                if (storedValue < std::numeric_limits<int16_t>::min()
                    || storedValue > std::numeric_limits<int16_t>::max()) {
                    return false;
                }

                int16_t nativeValue = static_cast<int16_t>(storedValue);
                mono_field_set_value(instance, fieldMetadata.field, &nativeValue);
                return true;
            }
            case MONO_TYPE_U2: {
                if (storedValue < 0 || storedValue > std::numeric_limits<uint16_t>::max()) {
                    return false;
                }

                uint16_t nativeValue = static_cast<uint16_t>(storedValue);
                mono_field_set_value(instance, fieldMetadata.field, &nativeValue);
                return true;
            }
            case MONO_TYPE_I4: {
                int32_t nativeValue = storedValue;
                mono_field_set_value(instance, fieldMetadata.field, &nativeValue);
                return true;
            }
            case MONO_TYPE_U4: {
                if (storedValue < 0) {
                    return false;
                }

                uint32_t nativeValue = static_cast<uint32_t>(storedValue);
                mono_field_set_value(instance, fieldMetadata.field, &nativeValue);
                return true;
            }
            default:
                return false;
        }
    }

    switch (fieldMetadata.type) {
        case ScriptFieldType::Float: {
            float nativeValue = std::get<float>(value);
            mono_field_set_value(instance, fieldMetadata.field, &nativeValue);
            return true;
        }
        case ScriptFieldType::Double: {
            double nativeValue = std::get<double>(value);
            mono_field_set_value(instance, fieldMetadata.field, &nativeValue);
            return true;
        }
        case ScriptFieldType::Bool: {
            mono_bool nativeValue = std::get<bool>(value) ? 1 : 0;
            mono_field_set_value(instance, fieldMetadata.field, &nativeValue);
            return true;
        }
        case ScriptFieldType::Int32: {
            int32_t nativeValue = std::get<int32_t>(value);
            mono_field_set_value(instance, fieldMetadata.field, &nativeValue);
            return true;
        }
        case ScriptFieldType::UInt64: {
            uint64_t nativeValue = std::get<uint64_t>(value);
            mono_field_set_value(instance, fieldMetadata.field, &nativeValue);
            return true;
        }
        case ScriptFieldType::String: {
            MonoString* managedString = mono_string_new(m_appDomain, std::get<std::string>(value).c_str());
            mono_field_set_value(instance, fieldMetadata.field, managedString);
            return true;
        }
        case ScriptFieldType::Vector2: {
            Math::Vector2 nativeValue = std::get<Math::Vector2>(value);
            mono_field_set_value(instance, fieldMetadata.field, &nativeValue);
            return true;
        }
        case ScriptFieldType::Vector3: {
            Math::Vector3 nativeValue = std::get<Math::Vector3>(value);
            mono_field_set_value(instance, fieldMetadata.field, &nativeValue);
            return true;
        }
        case ScriptFieldType::Vector4: {
            Math::Vector4 nativeValue = std::get<Math::Vector4>(value);
            mono_field_set_value(instance, fieldMetadata.field, &nativeValue);
            return true;
        }
        case ScriptFieldType::GameObject: {
            const GameObjectReference reference = std::get<GameObjectReference>(value);
            MonoObject* managedGameObject = CreateManagedGameObject(reference.gameObjectUUID);
            if (reference.gameObjectUUID != 0 && !managedGameObject) {
                return false;
            }
            mono_field_set_value(instance, fieldMetadata.field, managedGameObject);
            return true;
        }
        case ScriptFieldType::Component: {
            const ComponentReference reference = std::get<ComponentReference>(value);
            if (reference.gameObjectUUID == 0 && reference.scriptComponentUUID == 0) {
                mono_field_set_value(instance, fieldMetadata.field, nullptr);
                return true;
            }

            if (!fieldMetadata.componentClass) {
                return false;
            }

            MonoObject* managedComponent = nullptr;
            if (IsScriptComponentFieldClass(fieldMetadata.componentClass)) {
                if (reference.gameObjectUUID == 0 || reference.scriptComponentUUID == 0) {
                    return false;
                }

                ScriptComponent* component = FindScriptComponentByUUID(reference.scriptComponentUUID);
                if (!component
                    || !component->GetGameObject()
                    || component->GetGameObject()->GetUUID() != reference.gameObjectUUID
                    || component->GetAssemblyName() != m_settings.appAssemblyName
                    || component->GetNamespaceName() != SafeString(mono_class_get_namespace(fieldMetadata.componentClass))
                    || component->GetClassName() != SafeString(mono_class_get_name(fieldMetadata.componentClass))) {
                    return false;
                }

                if (!HasManagedInstance(component)) {
                    ScriptEngine::Get().OnScriptComponentEnabled(component);
                }

                managedComponent = GetManagedInstanceObject(component);
                if (!managedComponent) {
                    return false;
                }
            } else {
                if (reference.gameObjectUUID == 0 || reference.scriptComponentUUID != 0) {
                    return false;
                }

                Components::GameObject* targetObject = FindGameObjectByUUID(reference.gameObjectUUID);
                if (!targetObject) {
                    return false;
                }

                const std::string namespaceName = SafeString(mono_class_get_namespace(fieldMetadata.componentClass));
                const std::string className = SafeString(mono_class_get_name(fieldMetadata.componentClass));
                if (namespaceName != m_settings.baseNamespace) {
                    return false;
                }

                bool hasComponent = false;
                if (className == "Transform") {
                    hasComponent = targetObject->GetTransform() != nullptr;
                } else if (className == "Rigidbody") {
                    hasComponent = targetObject->GetComponent<Components::RigidbodyComponent>() != nullptr;
                } else if (className == "Camera") {
                    hasComponent = targetObject->GetComponent<Components::CameraComponent>() != nullptr;
                } else if (className == "Light") {
                    hasComponent = targetObject->GetComponent<Components::LightComponent>() != nullptr;
                } else if (className == "MeshFilter") {
                    hasComponent = targetObject->GetComponent<Components::MeshFilterComponent>() != nullptr;
                } else if (className == "MeshRenderer") {
                    hasComponent = targetObject->GetComponent<Components::MeshRendererComponent>() != nullptr;
                } else {
                    return false;
                }

                if (!hasComponent) {
                    return false;
                }

                managedComponent = CreateManagedComponentWrapper(fieldMetadata.componentClass, reference.gameObjectUUID);
                if (!managedComponent) {
                    return false;
                }
            }

            mono_field_set_value(instance, fieldMetadata.field, managedComponent);
            return true;
        }
        case ScriptFieldType::None:
            return false;
    }

    return false;
}

bool MonoScriptRuntime::TryReadFieldValue(
    MonoObject* instance,
    const FieldMetadata& fieldMetadata,
    ScriptFieldValue& outValue) const {
    if (!instance || !fieldMetadata.field) {
        return false;
    }

    if (fieldMetadata.isEnum) {
        switch (fieldMetadata.enumUnderlyingType) {
            case MONO_TYPE_I1: {
                int8_t nativeValue = 0;
                mono_field_get_value(instance, fieldMetadata.field, &nativeValue);
                outValue = static_cast<int32_t>(nativeValue);
                return true;
            }
            case MONO_TYPE_U1: {
                uint8_t nativeValue = 0;
                mono_field_get_value(instance, fieldMetadata.field, &nativeValue);
                outValue = static_cast<int32_t>(nativeValue);
                return true;
            }
            case MONO_TYPE_I2: {
                int16_t nativeValue = 0;
                mono_field_get_value(instance, fieldMetadata.field, &nativeValue);
                outValue = static_cast<int32_t>(nativeValue);
                return true;
            }
            case MONO_TYPE_U2: {
                uint16_t nativeValue = 0;
                mono_field_get_value(instance, fieldMetadata.field, &nativeValue);
                outValue = static_cast<int32_t>(nativeValue);
                return true;
            }
            case MONO_TYPE_I4: {
                int32_t nativeValue = 0;
                mono_field_get_value(instance, fieldMetadata.field, &nativeValue);
                outValue = nativeValue;
                return true;
            }
            case MONO_TYPE_U4: {
                uint32_t nativeValue = 0;
                mono_field_get_value(instance, fieldMetadata.field, &nativeValue);
                if (nativeValue > static_cast<uint32_t>(std::numeric_limits<int32_t>::max())) {
                    return false;
                }

                outValue = static_cast<int32_t>(nativeValue);
                return true;
            }
            default:
                return false;
        }
    }

    switch (fieldMetadata.type) {
        case ScriptFieldType::Float: {
            float nativeValue = 0.0f;
            mono_field_get_value(instance, fieldMetadata.field, &nativeValue);
            outValue = nativeValue;
            return true;
        }
        case ScriptFieldType::Double: {
            double nativeValue = 0.0;
            mono_field_get_value(instance, fieldMetadata.field, &nativeValue);
            outValue = nativeValue;
            return true;
        }
        case ScriptFieldType::Bool: {
            mono_bool nativeValue = 0;
            mono_field_get_value(instance, fieldMetadata.field, &nativeValue);
            outValue = (nativeValue != 0);
            return true;
        }
        case ScriptFieldType::Int32: {
            int32_t nativeValue = 0;
            mono_field_get_value(instance, fieldMetadata.field, &nativeValue);
            outValue = nativeValue;
            return true;
        }
        case ScriptFieldType::UInt64: {
            uint64_t nativeValue = 0;
            mono_field_get_value(instance, fieldMetadata.field, &nativeValue);
            outValue = nativeValue;
            return true;
        }
        case ScriptFieldType::String: {
            MonoObject* managedObject = mono_field_get_value_object(m_appDomain, fieldMetadata.field, instance);
            if (!managedObject) {
                outValue = std::string();
                return true;
            }

            MonoString* managedString = reinterpret_cast<MonoString*>(managedObject);
            char* utf8 = mono_string_to_utf8(managedString);
            outValue = utf8 ? std::string(utf8) : std::string();
            if (utf8) {
                mono_free(utf8);
            }
            return true;
        }
        case ScriptFieldType::Vector2: {
            Math::Vector2 nativeValue;
            mono_field_get_value(instance, fieldMetadata.field, &nativeValue);
            outValue = nativeValue;
            return true;
        }
        case ScriptFieldType::Vector3: {
            Math::Vector3 nativeValue;
            mono_field_get_value(instance, fieldMetadata.field, &nativeValue);
            outValue = nativeValue;
            return true;
        }
        case ScriptFieldType::Vector4: {
            Math::Vector4 nativeValue;
            mono_field_get_value(instance, fieldMetadata.field, &nativeValue);
            outValue = nativeValue;
            return true;
        }
        case ScriptFieldType::GameObject: {
            MonoObject* managedObject = mono_field_get_value_object(m_appDomain, fieldMetadata.field, instance);
            GameObjectReference reference;
            if (!TryExtractGameObjectReference(managedObject, reference)) {
                return false;
            }

            outValue = reference;
            return true;
        }
        case ScriptFieldType::Component: {
            MonoObject* managedObject = mono_field_get_value_object(m_appDomain, fieldMetadata.field, instance);
            ComponentReference reference;
            if (!TryExtractComponentReference(managedObject, reference)) {
                return false;
            }

            outValue = reference;
            return true;
        }
        case ScriptFieldType::None:
            return false;
    }

    return false;
}

void MonoScriptRuntime::ClearManagedInstances() {
    for (auto& [key, instanceData] : m_instances) {
        (void)key;
        if (instanceData.gcHandle != 0) {
            mono_gchandle_free(instanceData.gcHandle);
        }
    }

    m_instances.clear();
}

void MonoScriptRuntime::ClearExternalManagedObjects() {
    for (auto& [gcHandle, objectData] : m_externalManagedObjects) {
        (void)objectData;
        if (gcHandle != 0) {
            mono_gchandle_free(gcHandle);
        }
    }

    m_externalManagedObjects.clear();
}

void MonoScriptRuntime::ClearClassCache() {
    m_classes.clear();
    m_renderPipelineAssetClasses.clear();
}

MonoImage* MonoScriptRuntime::FindLoadedAssemblyImage(
    const std::string& assemblyName) const {
    const auto it = m_loadedManagedAssemblies.find(assemblyName);
    return it != m_loadedManagedAssemblies.end()
        ? it->second.image
        : nullptr;
}

bool MonoScriptRuntime::InvokeManagedMethod(
    MonoObject* instance,
    MonoMethod* method,
    void** args,
    MonoObject** outReturnValue) {
    if (!instance || !method) {
        if (outReturnValue) {
            *outReturnValue = nullptr;
        }
        return false;
    }

    SetCurrentDomain();

    MonoObject* exception = nullptr;
    MonoObject* returnValue = mono_runtime_invoke(method, instance, args, &exception);
    if (exception) {
        if (outReturnValue) {
            *outReturnValue = nullptr;
        }
        RecordException(exception);
        return false;
    }

    if (outReturnValue) {
        *outReturnValue = returnValue;
    }

    return true;
}

void MonoScriptRuntime::RecordException(MonoObject* exception) {
    m_lastError = "Managed exception";
    if (!exception) {
        return;
    }

    MonoObject* secondaryException = nullptr;
    MonoString* exceptionString = mono_object_to_string(exception, &secondaryException);
    if (!exceptionString || secondaryException) {
        return;
    }

    char* utf8 = mono_string_to_utf8(exceptionString);
    if (!utf8) {
        return;
    }

    m_lastError = utf8;
    mono_free(utf8);
}

void MonoScriptRuntime::SetError(const std::string& error) {
    m_lastError = error;
}

} // namespace Scripting
} // namespace XCEngine