///
/// MunimBluetooth-Swift-Cxx-Bridge.hpp
/// This file was generated by nitrogen. DO NOT MODIFY THIS FILE.
/// https://github.com/mrousavy/nitro
/// Copyright © Marc Rousavy @ Margelo
///

#pragma once

// Forward declarations of C++ defined types
// Forward declaration of `AdvertisingDataTypes` to properly resolve imports.
namespace margelo::nitro::munimbluetooth { struct AdvertisingDataTypes; }
// Forward declaration of `BluetoothCapabilities` to properly resolve imports.
namespace margelo::nitro::munimbluetooth { struct BluetoothCapabilities; }
// Forward declaration of `BluetoothPhyOption` to properly resolve imports.
namespace margelo::nitro::munimbluetooth { enum class BluetoothPhyOption; }
// Forward declaration of `BluetoothPhy` to properly resolve imports.
namespace margelo::nitro::munimbluetooth { enum class BluetoothPhy; }
// Forward declaration of `BondState` to properly resolve imports.
namespace margelo::nitro::munimbluetooth { enum class BondState; }
// Forward declaration of `CharacteristicValue` to properly resolve imports.
namespace margelo::nitro::munimbluetooth { struct CharacteristicValue; }
// Forward declaration of `DescriptorValue` to properly resolve imports.
namespace margelo::nitro::munimbluetooth { struct DescriptorValue; }
// Forward declaration of `GATTCharacteristic` to properly resolve imports.
namespace margelo::nitro::munimbluetooth { struct GATTCharacteristic; }
// Forward declaration of `GATTDescriptor` to properly resolve imports.
namespace margelo::nitro::munimbluetooth { struct GATTDescriptor; }
// Forward declaration of `GATTService` to properly resolve imports.
namespace margelo::nitro::munimbluetooth { struct GATTService; }
// Forward declaration of `HybridMunimBluetoothSpec` to properly resolve imports.
namespace margelo::nitro::munimbluetooth { class HybridMunimBluetoothSpec; }
// Forward declaration of `L2CAPChannel` to properly resolve imports.
namespace margelo::nitro::munimbluetooth { struct L2CAPChannel; }
// Forward declaration of `MultipeerDiscoveryInfoEntry` to properly resolve imports.
namespace margelo::nitro::munimbluetooth { struct MultipeerDiscoveryInfoEntry; }
// Forward declaration of `MultipeerEncryptionPreference` to properly resolve imports.
namespace margelo::nitro::munimbluetooth { enum class MultipeerEncryptionPreference; }
// Forward declaration of `MultipeerPeerState` to properly resolve imports.
namespace margelo::nitro::munimbluetooth { enum class MultipeerPeerState; }
// Forward declaration of `MultipeerPeer` to properly resolve imports.
namespace margelo::nitro::munimbluetooth { struct MultipeerPeer; }
// Forward declaration of `PhyStatus` to properly resolve imports.
namespace margelo::nitro::munimbluetooth { struct PhyStatus; }
// Forward declaration of `ScanMode` to properly resolve imports.
namespace margelo::nitro::munimbluetooth { enum class ScanMode; }
// Forward declaration of `ScanOptions` to properly resolve imports.
namespace margelo::nitro::munimbluetooth { struct ScanOptions; }
// Forward declaration of `ServiceDataEntry` to properly resolve imports.
namespace margelo::nitro::munimbluetooth { struct ServiceDataEntry; }
// Forward declaration of `WriteType` to properly resolve imports.
namespace margelo::nitro::munimbluetooth { enum class WriteType; }

// Forward declarations of Swift defined types
// Forward declaration of `HybridMunimBluetoothSpec_cxx` to properly resolve imports.
namespace MunimBluetooth { class HybridMunimBluetoothSpec_cxx; }

// Include C++ defined types
#include "AdvertisingDataTypes.hpp"
#include "BluetoothCapabilities.hpp"
#include "BluetoothPhy.hpp"
#include "BluetoothPhyOption.hpp"
#include "BondState.hpp"
#include "CharacteristicValue.hpp"
#include "DescriptorValue.hpp"
#include "GATTCharacteristic.hpp"
#include "GATTDescriptor.hpp"
#include "GATTService.hpp"
#include "HybridMunimBluetoothSpec.hpp"
#include "L2CAPChannel.hpp"
#include "MultipeerDiscoveryInfoEntry.hpp"
#include "MultipeerEncryptionPreference.hpp"
#include "MultipeerPeer.hpp"
#include "MultipeerPeerState.hpp"
#include "PhyStatus.hpp"
#include "ScanMode.hpp"
#include "ScanOptions.hpp"
#include "ServiceDataEntry.hpp"
#include "WriteType.hpp"
#include <NitroModules/Promise.hpp>
#include <NitroModules/PromiseHolder.hpp>
#include <NitroModules/Result.hpp>
#include <exception>
#include <functional>
#include <memory>
#include <optional>
#include <string>
#include <vector>

/**
 * Contains specialized versions of C++ templated types so they can be accessed from Swift,
 * as well as helper functions to interact with those C++ types from Swift.
 */
namespace margelo::nitro::munimbluetooth::bridge::swift {

  // pragma MARK: std::vector<std::string>
  /**
   * Specialized version of `std::vector<std::string>`.
   */
  using std__vector_std__string_ = std::vector<std::string>;
  inline std::vector<std::string> create_std__vector_std__string_(size_t size) noexcept {
    std::vector<std::string> vector;
    vector.reserve(size);
    return vector;
  }
  
  // pragma MARK: std::optional<std::string>
  /**
   * Specialized version of `std::optional<std::string>`.
   */
  using std__optional_std__string_ = std::optional<std::string>;
  inline std::optional<std::string> create_std__optional_std__string_(const std::string& value) noexcept {
    return std::optional<std::string>(value);
  }
  inline bool has_value_std__optional_std__string_(const std::optional<std::string>& optional) noexcept {
    return optional.has_value();
  }
  inline std::string get_std__optional_std__string_(const std::optional<std::string>& optional) noexcept {
    return optional.value();
  }
  
  // pragma MARK: std::optional<double>
  /**
   * Specialized version of `std::optional<double>`.
   */
  using std__optional_double_ = std::optional<double>;
  inline std::optional<double> create_std__optional_double_(const double& value) noexcept {
    return std::optional<double>(value);
  }
  inline bool has_value_std__optional_double_(const std::optional<double>& optional) noexcept {
    return optional.has_value();
  }
  inline double get_std__optional_double_(const std::optional<double>& optional) noexcept {
    return optional.value();
  }
  
  // pragma MARK: std::optional<std::vector<std::string>>
  /**
   * Specialized version of `std::optional<std::vector<std::string>>`.
   */
  using std__optional_std__vector_std__string__ = std::optional<std::vector<std::string>>;
  inline std::optional<std::vector<std::string>> create_std__optional_std__vector_std__string__(const std::vector<std::string>& value) noexcept {
    return std::optional<std::vector<std::string>>(value);
  }
  inline bool has_value_std__optional_std__vector_std__string__(const std::optional<std::vector<std::string>>& optional) noexcept {
    return optional.has_value();
  }
  inline std::vector<std::string> get_std__optional_std__vector_std__string__(const std::optional<std::vector<std::string>>& optional) noexcept {
    return optional.value();
  }
  
  // pragma MARK: std::vector<ServiceDataEntry>
  /**
   * Specialized version of `std::vector<ServiceDataEntry>`.
   */
  using std__vector_ServiceDataEntry_ = std::vector<ServiceDataEntry>;
  inline std::vector<ServiceDataEntry> create_std__vector_ServiceDataEntry_(size_t size) noexcept {
    std::vector<ServiceDataEntry> vector;
    vector.reserve(size);
    return vector;
  }
  
  // pragma MARK: std::optional<std::vector<ServiceDataEntry>>
  /**
   * Specialized version of `std::optional<std::vector<ServiceDataEntry>>`.
   */
  using std__optional_std__vector_ServiceDataEntry__ = std::optional<std::vector<ServiceDataEntry>>;
  inline std::optional<std::vector<ServiceDataEntry>> create_std__optional_std__vector_ServiceDataEntry__(const std::vector<ServiceDataEntry>& value) noexcept {
    return std::optional<std::vector<ServiceDataEntry>>(value);
  }
  inline bool has_value_std__optional_std__vector_ServiceDataEntry__(const std::optional<std::vector<ServiceDataEntry>>& optional) noexcept {
    return optional.has_value();
  }
  inline std::vector<ServiceDataEntry> get_std__optional_std__vector_ServiceDataEntry__(const std::optional<std::vector<ServiceDataEntry>>& optional) noexcept {
    return optional.value();
  }
  
  // pragma MARK: std::optional<AdvertisingDataTypes>
  /**
   * Specialized version of `std::optional<AdvertisingDataTypes>`.
   */
  using std__optional_AdvertisingDataTypes_ = std::optional<AdvertisingDataTypes>;
  inline std::optional<AdvertisingDataTypes> create_std__optional_AdvertisingDataTypes_(const AdvertisingDataTypes& value) noexcept {
    return std::optional<AdvertisingDataTypes>(value);
  }
  inline bool has_value_std__optional_AdvertisingDataTypes_(const std::optional<AdvertisingDataTypes>& optional) noexcept {
    return optional.has_value();
  }
  inline AdvertisingDataTypes get_std__optional_AdvertisingDataTypes_(const std::optional<AdvertisingDataTypes>& optional) noexcept {
    return optional.value();
  }
  
  // pragma MARK: std::shared_ptr<Promise<AdvertisingDataTypes>>
  /**
   * Specialized version of `std::shared_ptr<Promise<AdvertisingDataTypes>>`.
   */
  using std__shared_ptr_Promise_AdvertisingDataTypes__ = std::shared_ptr<Promise<AdvertisingDataTypes>>;
  inline std::shared_ptr<Promise<AdvertisingDataTypes>> create_std__shared_ptr_Promise_AdvertisingDataTypes__() noexcept {
    return Promise<AdvertisingDataTypes>::create();
  }
  inline PromiseHolder<AdvertisingDataTypes> wrap_std__shared_ptr_Promise_AdvertisingDataTypes__(std::shared_ptr<Promise<AdvertisingDataTypes>> promise) noexcept {
    return PromiseHolder<AdvertisingDataTypes>(std::move(promise));
  }
  
  // pragma MARK: std::function<void(const AdvertisingDataTypes& /* result */)>
  /**
   * Specialized version of `std::function<void(const AdvertisingDataTypes&)>`.
   */
  using Func_void_AdvertisingDataTypes = std::function<void(const AdvertisingDataTypes& /* result */)>;
  /**
   * Wrapper class for a `std::function<void(const AdvertisingDataTypes& / * result * /)>`, this can be used from Swift.
   */
  class Func_void_AdvertisingDataTypes_Wrapper final {
  public:
    explicit Func_void_AdvertisingDataTypes_Wrapper(std::function<void(const AdvertisingDataTypes& /* result */)>&& func): _function(std::make_unique<std::function<void(const AdvertisingDataTypes& /* result */)>>(std::move(func))) {}
    inline void call(AdvertisingDataTypes result) const noexcept {
      _function->operator()(result);
    }
  private:
    std::unique_ptr<std::function<void(const AdvertisingDataTypes& /* result */)>> _function;
  } SWIFT_NONCOPYABLE;
  Func_void_AdvertisingDataTypes create_Func_void_AdvertisingDataTypes(void* NON_NULL swiftClosureWrapper) noexcept;
  inline Func_void_AdvertisingDataTypes_Wrapper wrap_Func_void_AdvertisingDataTypes(Func_void_AdvertisingDataTypes value) noexcept {
    return Func_void_AdvertisingDataTypes_Wrapper(std::move(value));
  }
  
  // pragma MARK: std::function<void(const std::exception_ptr& /* error */)>
  /**
   * Specialized version of `std::function<void(const std::exception_ptr&)>`.
   */
  using Func_void_std__exception_ptr = std::function<void(const std::exception_ptr& /* error */)>;
  /**
   * Wrapper class for a `std::function<void(const std::exception_ptr& / * error * /)>`, this can be used from Swift.
   */
  class Func_void_std__exception_ptr_Wrapper final {
  public:
    explicit Func_void_std__exception_ptr_Wrapper(std::function<void(const std::exception_ptr& /* error */)>&& func): _function(std::make_unique<std::function<void(const std::exception_ptr& /* error */)>>(std::move(func))) {}
    inline void call(std::exception_ptr error) const noexcept {
      _function->operator()(error);
    }
  private:
    std::unique_ptr<std::function<void(const std::exception_ptr& /* error */)>> _function;
  } SWIFT_NONCOPYABLE;
  Func_void_std__exception_ptr create_Func_void_std__exception_ptr(void* NON_NULL swiftClosureWrapper) noexcept;
  inline Func_void_std__exception_ptr_Wrapper wrap_Func_void_std__exception_ptr(Func_void_std__exception_ptr value) noexcept {
    return Func_void_std__exception_ptr_Wrapper(std::move(value));
  }
  
  // pragma MARK: std::vector<GATTDescriptor>
  /**
   * Specialized version of `std::vector<GATTDescriptor>`.
   */
  using std__vector_GATTDescriptor_ = std::vector<GATTDescriptor>;
  inline std::vector<GATTDescriptor> create_std__vector_GATTDescriptor_(size_t size) noexcept {
    std::vector<GATTDescriptor> vector;
    vector.reserve(size);
    return vector;
  }
  
  // pragma MARK: std::optional<std::vector<GATTDescriptor>>
  /**
   * Specialized version of `std::optional<std::vector<GATTDescriptor>>`.
   */
  using std__optional_std__vector_GATTDescriptor__ = std::optional<std::vector<GATTDescriptor>>;
  inline std::optional<std::vector<GATTDescriptor>> create_std__optional_std__vector_GATTDescriptor__(const std::vector<GATTDescriptor>& value) noexcept {
    return std::optional<std::vector<GATTDescriptor>>(value);
  }
  inline bool has_value_std__optional_std__vector_GATTDescriptor__(const std::optional<std::vector<GATTDescriptor>>& optional) noexcept {
    return optional.has_value();
  }
  inline std::vector<GATTDescriptor> get_std__optional_std__vector_GATTDescriptor__(const std::optional<std::vector<GATTDescriptor>>& optional) noexcept {
    return optional.value();
  }
  
  // pragma MARK: std::vector<GATTCharacteristic>
  /**
   * Specialized version of `std::vector<GATTCharacteristic>`.
   */
  using std__vector_GATTCharacteristic_ = std::vector<GATTCharacteristic>;
  inline std::vector<GATTCharacteristic> create_std__vector_GATTCharacteristic_(size_t size) noexcept {
    std::vector<GATTCharacteristic> vector;
    vector.reserve(size);
    return vector;
  }
  
  // pragma MARK: std::vector<GATTService>
  /**
   * Specialized version of `std::vector<GATTService>`.
   */
  using std__vector_GATTService_ = std::vector<GATTService>;
  inline std::vector<GATTService> create_std__vector_GATTService_(size_t size) noexcept {
    std::vector<GATTService> vector;
    vector.reserve(size);
    return vector;
  }
  
  // pragma MARK: std::shared_ptr<Promise<void>>
  /**
   * Specialized version of `std::shared_ptr<Promise<void>>`.
   */
  using std__shared_ptr_Promise_void__ = std::shared_ptr<Promise<void>>;
  inline std::shared_ptr<Promise<void>> create_std__shared_ptr_Promise_void__() noexcept {
    return Promise<void>::create();
  }
  inline PromiseHolder<void> wrap_std__shared_ptr_Promise_void__(std::shared_ptr<Promise<void>> promise) noexcept {
    return PromiseHolder<void>(std::move(promise));
  }
  
  // pragma MARK: std::function<void()>
  /**
   * Specialized version of `std::function<void()>`.
   */
  using Func_void = std::function<void()>;
  /**
   * Wrapper class for a `std::function<void()>`, this can be used from Swift.
   */
  class Func_void_Wrapper final {
  public:
    explicit Func_void_Wrapper(std::function<void()>&& func): _function(std::make_unique<std::function<void()>>(std::move(func))) {}
    inline void call() const noexcept {
      _function->operator()();
    }
  private:
    std::unique_ptr<std::function<void()>> _function;
  } SWIFT_NONCOPYABLE;
  Func_void create_Func_void(void* NON_NULL swiftClosureWrapper) noexcept;
  inline Func_void_Wrapper wrap_Func_void(Func_void value) noexcept {
    return Func_void_Wrapper(std::move(value));
  }
  
  // pragma MARK: std::optional<bool>
  /**
   * Specialized version of `std::optional<bool>`.
   */
  using std__optional_bool_ = std::optional<bool>;
  inline std::optional<bool> create_std__optional_bool_(const bool& value) noexcept {
    return std::optional<bool>(value);
  }
  inline bool has_value_std__optional_bool_(const std::optional<bool>& optional) noexcept {
    return optional.has_value();
  }
  inline bool get_std__optional_bool_(const std::optional<bool>& optional) noexcept {
    return optional.value();
  }
  
  // pragma MARK: std::shared_ptr<Promise<bool>>
  /**
   * Specialized version of `std::shared_ptr<Promise<bool>>`.
   */
  using std__shared_ptr_Promise_bool__ = std::shared_ptr<Promise<bool>>;
  inline std::shared_ptr<Promise<bool>> create_std__shared_ptr_Promise_bool__() noexcept {
    return Promise<bool>::create();
  }
  inline PromiseHolder<bool> wrap_std__shared_ptr_Promise_bool__(std::shared_ptr<Promise<bool>> promise) noexcept {
    return PromiseHolder<bool>(std::move(promise));
  }
  
  // pragma MARK: std::function<void(bool /* result */)>
  /**
   * Specialized version of `std::function<void(bool)>`.
   */
  using Func_void_bool = std::function<void(bool /* result */)>;
  /**
   * Wrapper class for a `std::function<void(bool / * result * /)>`, this can be used from Swift.
   */
  class Func_void_bool_Wrapper final {
  public:
    explicit Func_void_bool_Wrapper(std::function<void(bool /* result */)>&& func): _function(std::make_unique<std::function<void(bool /* result */)>>(std::move(func))) {}
    inline void call(bool result) const noexcept {
      _function->operator()(result);
    }
  private:
    std::unique_ptr<std::function<void(bool /* result */)>> _function;
  } SWIFT_NONCOPYABLE;
  Func_void_bool create_Func_void_bool(void* NON_NULL swiftClosureWrapper) noexcept;
  inline Func_void_bool_Wrapper wrap_Func_void_bool(Func_void_bool value) noexcept {
    return Func_void_bool_Wrapper(std::move(value));
  }
  
  // pragma MARK: std::shared_ptr<Promise<BluetoothCapabilities>>
  /**
   * Specialized version of `std::shared_ptr<Promise<BluetoothCapabilities>>`.
   */
  using std__shared_ptr_Promise_BluetoothCapabilities__ = std::shared_ptr<Promise<BluetoothCapabilities>>;
  inline std::shared_ptr<Promise<BluetoothCapabilities>> create_std__shared_ptr_Promise_BluetoothCapabilities__() noexcept {
    return Promise<BluetoothCapabilities>::create();
  }
  inline PromiseHolder<BluetoothCapabilities> wrap_std__shared_ptr_Promise_BluetoothCapabilities__(std::shared_ptr<Promise<BluetoothCapabilities>> promise) noexcept {
    return PromiseHolder<BluetoothCapabilities>(std::move(promise));
  }
  
  // pragma MARK: std::function<void(const BluetoothCapabilities& /* result */)>
  /**
   * Specialized version of `std::function<void(const BluetoothCapabilities&)>`.
   */
  using Func_void_BluetoothCapabilities = std::function<void(const BluetoothCapabilities& /* result */)>;
  /**
   * Wrapper class for a `std::function<void(const BluetoothCapabilities& / * result * /)>`, this can be used from Swift.
   */
  class Func_void_BluetoothCapabilities_Wrapper final {
  public:
    explicit Func_void_BluetoothCapabilities_Wrapper(std::function<void(const BluetoothCapabilities& /* result */)>&& func): _function(std::make_unique<std::function<void(const BluetoothCapabilities& /* result */)>>(std::move(func))) {}
    inline void call(BluetoothCapabilities result) const noexcept {
      _function->operator()(result);
    }
  private:
    std::unique_ptr<std::function<void(const BluetoothCapabilities& /* result */)>> _function;
  } SWIFT_NONCOPYABLE;
  Func_void_BluetoothCapabilities create_Func_void_BluetoothCapabilities(void* NON_NULL swiftClosureWrapper) noexcept;
  inline Func_void_BluetoothCapabilities_Wrapper wrap_Func_void_BluetoothCapabilities(Func_void_BluetoothCapabilities value) noexcept {
    return Func_void_BluetoothCapabilities_Wrapper(std::move(value));
  }
  
  // pragma MARK: std::optional<ScanMode>
  /**
   * Specialized version of `std::optional<ScanMode>`.
   */
  using std__optional_ScanMode_ = std::optional<ScanMode>;
  inline std::optional<ScanMode> create_std__optional_ScanMode_(const ScanMode& value) noexcept {
    return std::optional<ScanMode>(value);
  }
  inline bool has_value_std__optional_ScanMode_(const std::optional<ScanMode>& optional) noexcept {
    return optional.has_value();
  }
  inline ScanMode get_std__optional_ScanMode_(const std::optional<ScanMode>& optional) noexcept {
    return optional.value();
  }
  
  // pragma MARK: std::optional<ScanOptions>
  /**
   * Specialized version of `std::optional<ScanOptions>`.
   */
  using std__optional_ScanOptions_ = std::optional<ScanOptions>;
  inline std::optional<ScanOptions> create_std__optional_ScanOptions_(const ScanOptions& value) noexcept {
    return std::optional<ScanOptions>(value);
  }
  inline bool has_value_std__optional_ScanOptions_(const std::optional<ScanOptions>& optional) noexcept {
    return optional.has_value();
  }
  inline ScanOptions get_std__optional_ScanOptions_(const std::optional<ScanOptions>& optional) noexcept {
    return optional.value();
  }
  
  // pragma MARK: std::shared_ptr<Promise<std::vector<GATTService>>>
  /**
   * Specialized version of `std::shared_ptr<Promise<std::vector<GATTService>>>`.
   */
  using std__shared_ptr_Promise_std__vector_GATTService___ = std::shared_ptr<Promise<std::vector<GATTService>>>;
  inline std::shared_ptr<Promise<std::vector<GATTService>>> create_std__shared_ptr_Promise_std__vector_GATTService___() noexcept {
    return Promise<std::vector<GATTService>>::create();
  }
  inline PromiseHolder<std::vector<GATTService>> wrap_std__shared_ptr_Promise_std__vector_GATTService___(std::shared_ptr<Promise<std::vector<GATTService>>> promise) noexcept {
    return PromiseHolder<std::vector<GATTService>>(std::move(promise));
  }
  
  // pragma MARK: std::function<void(const std::vector<GATTService>& /* result */)>
  /**
   * Specialized version of `std::function<void(const std::vector<GATTService>&)>`.
   */
  using Func_void_std__vector_GATTService_ = std::function<void(const std::vector<GATTService>& /* result */)>;
  /**
   * Wrapper class for a `std::function<void(const std::vector<GATTService>& / * result * /)>`, this can be used from Swift.
   */
  class Func_void_std__vector_GATTService__Wrapper final {
  public:
    explicit Func_void_std__vector_GATTService__Wrapper(std::function<void(const std::vector<GATTService>& /* result */)>&& func): _function(std::make_unique<std::function<void(const std::vector<GATTService>& /* result */)>>(std::move(func))) {}
    inline void call(std::vector<GATTService> result) const noexcept {
      _function->operator()(result);
    }
  private:
    std::unique_ptr<std::function<void(const std::vector<GATTService>& /* result */)>> _function;
  } SWIFT_NONCOPYABLE;
  Func_void_std__vector_GATTService_ create_Func_void_std__vector_GATTService_(void* NON_NULL swiftClosureWrapper) noexcept;
  inline Func_void_std__vector_GATTService__Wrapper wrap_Func_void_std__vector_GATTService_(Func_void_std__vector_GATTService_ value) noexcept {
    return Func_void_std__vector_GATTService__Wrapper(std::move(value));
  }
  
  // pragma MARK: std::shared_ptr<Promise<CharacteristicValue>>
  /**
   * Specialized version of `std::shared_ptr<Promise<CharacteristicValue>>`.
   */
  using std__shared_ptr_Promise_CharacteristicValue__ = std::shared_ptr<Promise<CharacteristicValue>>;
  inline std::shared_ptr<Promise<CharacteristicValue>> create_std__shared_ptr_Promise_CharacteristicValue__() noexcept {
    return Promise<CharacteristicValue>::create();
  }
  inline PromiseHolder<CharacteristicValue> wrap_std__shared_ptr_Promise_CharacteristicValue__(std::shared_ptr<Promise<CharacteristicValue>> promise) noexcept {
    return PromiseHolder<CharacteristicValue>(std::move(promise));
  }
  
  // pragma MARK: std::function<void(const CharacteristicValue& /* result */)>
  /**
   * Specialized version of `std::function<void(const CharacteristicValue&)>`.
   */
  using Func_void_CharacteristicValue = std::function<void(const CharacteristicValue& /* result */)>;
  /**
   * Wrapper class for a `std::function<void(const CharacteristicValue& / * result * /)>`, this can be used from Swift.
   */
  class Func_void_CharacteristicValue_Wrapper final {
  public:
    explicit Func_void_CharacteristicValue_Wrapper(std::function<void(const CharacteristicValue& /* result */)>&& func): _function(std::make_unique<std::function<void(const CharacteristicValue& /* result */)>>(std::move(func))) {}
    inline void call(CharacteristicValue result) const noexcept {
      _function->operator()(result);
    }
  private:
    std::unique_ptr<std::function<void(const CharacteristicValue& /* result */)>> _function;
  } SWIFT_NONCOPYABLE;
  Func_void_CharacteristicValue create_Func_void_CharacteristicValue(void* NON_NULL swiftClosureWrapper) noexcept;
  inline Func_void_CharacteristicValue_Wrapper wrap_Func_void_CharacteristicValue(Func_void_CharacteristicValue value) noexcept {
    return Func_void_CharacteristicValue_Wrapper(std::move(value));
  }
  
  // pragma MARK: std::shared_ptr<Promise<DescriptorValue>>
  /**
   * Specialized version of `std::shared_ptr<Promise<DescriptorValue>>`.
   */
  using std__shared_ptr_Promise_DescriptorValue__ = std::shared_ptr<Promise<DescriptorValue>>;
  inline std::shared_ptr<Promise<DescriptorValue>> create_std__shared_ptr_Promise_DescriptorValue__() noexcept {
    return Promise<DescriptorValue>::create();
  }
  inline PromiseHolder<DescriptorValue> wrap_std__shared_ptr_Promise_DescriptorValue__(std::shared_ptr<Promise<DescriptorValue>> promise) noexcept {
    return PromiseHolder<DescriptorValue>(std::move(promise));
  }
  
  // pragma MARK: std::function<void(const DescriptorValue& /* result */)>
  /**
   * Specialized version of `std::function<void(const DescriptorValue&)>`.
   */
  using Func_void_DescriptorValue = std::function<void(const DescriptorValue& /* result */)>;
  /**
   * Wrapper class for a `std::function<void(const DescriptorValue& / * result * /)>`, this can be used from Swift.
   */
  class Func_void_DescriptorValue_Wrapper final {
  public:
    explicit Func_void_DescriptorValue_Wrapper(std::function<void(const DescriptorValue& /* result */)>&& func): _function(std::make_unique<std::function<void(const DescriptorValue& /* result */)>>(std::move(func))) {}
    inline void call(DescriptorValue result) const noexcept {
      _function->operator()(result);
    }
  private:
    std::unique_ptr<std::function<void(const DescriptorValue& /* result */)>> _function;
  } SWIFT_NONCOPYABLE;
  Func_void_DescriptorValue create_Func_void_DescriptorValue(void* NON_NULL swiftClosureWrapper) noexcept;
  inline Func_void_DescriptorValue_Wrapper wrap_Func_void_DescriptorValue(Func_void_DescriptorValue value) noexcept {
    return Func_void_DescriptorValue_Wrapper(std::move(value));
  }
  
  // pragma MARK: std::optional<WriteType>
  /**
   * Specialized version of `std::optional<WriteType>`.
   */
  using std__optional_WriteType_ = std::optional<WriteType>;
  inline std::optional<WriteType> create_std__optional_WriteType_(const WriteType& value) noexcept {
    return std::optional<WriteType>(value);
  }
  inline bool has_value_std__optional_WriteType_(const std::optional<WriteType>& optional) noexcept {
    return optional.has_value();
  }
  inline WriteType get_std__optional_WriteType_(const std::optional<WriteType>& optional) noexcept {
    return optional.value();
  }
  
  // pragma MARK: std::shared_ptr<Promise<std::vector<std::string>>>
  /**
   * Specialized version of `std::shared_ptr<Promise<std::vector<std::string>>>`.
   */
  using std__shared_ptr_Promise_std__vector_std__string___ = std::shared_ptr<Promise<std::vector<std::string>>>;
  inline std::shared_ptr<Promise<std::vector<std::string>>> create_std__shared_ptr_Promise_std__vector_std__string___() noexcept {
    return Promise<std::vector<std::string>>::create();
  }
  inline PromiseHolder<std::vector<std::string>> wrap_std__shared_ptr_Promise_std__vector_std__string___(std::shared_ptr<Promise<std::vector<std::string>>> promise) noexcept {
    return PromiseHolder<std::vector<std::string>>(std::move(promise));
  }
  
  // pragma MARK: std::function<void(const std::vector<std::string>& /* result */)>
  /**
   * Specialized version of `std::function<void(const std::vector<std::string>&)>`.
   */
  using Func_void_std__vector_std__string_ = std::function<void(const std::vector<std::string>& /* result */)>;
  /**
   * Wrapper class for a `std::function<void(const std::vector<std::string>& / * result * /)>`, this can be used from Swift.
   */
  class Func_void_std__vector_std__string__Wrapper final {
  public:
    explicit Func_void_std__vector_std__string__Wrapper(std::function<void(const std::vector<std::string>& /* result */)>&& func): _function(std::make_unique<std::function<void(const std::vector<std::string>& /* result */)>>(std::move(func))) {}
    inline void call(std::vector<std::string> result) const noexcept {
      _function->operator()(result);
    }
  private:
    std::unique_ptr<std::function<void(const std::vector<std::string>& /* result */)>> _function;
  } SWIFT_NONCOPYABLE;
  Func_void_std__vector_std__string_ create_Func_void_std__vector_std__string_(void* NON_NULL swiftClosureWrapper) noexcept;
  inline Func_void_std__vector_std__string__Wrapper wrap_Func_void_std__vector_std__string_(Func_void_std__vector_std__string_ value) noexcept {
    return Func_void_std__vector_std__string__Wrapper(std::move(value));
  }
  
  // pragma MARK: std::shared_ptr<Promise<double>>
  /**
   * Specialized version of `std::shared_ptr<Promise<double>>`.
   */
  using std__shared_ptr_Promise_double__ = std::shared_ptr<Promise<double>>;
  inline std::shared_ptr<Promise<double>> create_std__shared_ptr_Promise_double__() noexcept {
    return Promise<double>::create();
  }
  inline PromiseHolder<double> wrap_std__shared_ptr_Promise_double__(std::shared_ptr<Promise<double>> promise) noexcept {
    return PromiseHolder<double>(std::move(promise));
  }
  
  // pragma MARK: std::function<void(double /* result */)>
  /**
   * Specialized version of `std::function<void(double)>`.
   */
  using Func_void_double = std::function<void(double /* result */)>;
  /**
   * Wrapper class for a `std::function<void(double / * result * /)>`, this can be used from Swift.
   */
  class Func_void_double_Wrapper final {
  public:
    explicit Func_void_double_Wrapper(std::function<void(double /* result */)>&& func): _function(std::make_unique<std::function<void(double /* result */)>>(std::move(func))) {}
    inline void call(double result) const noexcept {
      _function->operator()(result);
    }
  private:
    std::unique_ptr<std::function<void(double /* result */)>> _function;
  } SWIFT_NONCOPYABLE;
  Func_void_double create_Func_void_double(void* NON_NULL swiftClosureWrapper) noexcept;
  inline Func_void_double_Wrapper wrap_Func_void_double(Func_void_double value) noexcept {
    return Func_void_double_Wrapper(std::move(value));
  }
  
  // pragma MARK: std::optional<BluetoothPhyOption>
  /**
   * Specialized version of `std::optional<BluetoothPhyOption>`.
   */
  using std__optional_BluetoothPhyOption_ = std::optional<BluetoothPhyOption>;
  inline std::optional<BluetoothPhyOption> create_std__optional_BluetoothPhyOption_(const BluetoothPhyOption& value) noexcept {
    return std::optional<BluetoothPhyOption>(value);
  }
  inline bool has_value_std__optional_BluetoothPhyOption_(const std::optional<BluetoothPhyOption>& optional) noexcept {
    return optional.has_value();
  }
  inline BluetoothPhyOption get_std__optional_BluetoothPhyOption_(const std::optional<BluetoothPhyOption>& optional) noexcept {
    return optional.value();
  }
  
  // pragma MARK: std::shared_ptr<Promise<PhyStatus>>
  /**
   * Specialized version of `std::shared_ptr<Promise<PhyStatus>>`.
   */
  using std__shared_ptr_Promise_PhyStatus__ = std::shared_ptr<Promise<PhyStatus>>;
  inline std::shared_ptr<Promise<PhyStatus>> create_std__shared_ptr_Promise_PhyStatus__() noexcept {
    return Promise<PhyStatus>::create();
  }
  inline PromiseHolder<PhyStatus> wrap_std__shared_ptr_Promise_PhyStatus__(std::shared_ptr<Promise<PhyStatus>> promise) noexcept {
    return PromiseHolder<PhyStatus>(std::move(promise));
  }
  
  // pragma MARK: std::function<void(const PhyStatus& /* result */)>
  /**
   * Specialized version of `std::function<void(const PhyStatus&)>`.
   */
  using Func_void_PhyStatus = std::function<void(const PhyStatus& /* result */)>;
  /**
   * Wrapper class for a `std::function<void(const PhyStatus& / * result * /)>`, this can be used from Swift.
   */
  class Func_void_PhyStatus_Wrapper final {
  public:
    explicit Func_void_PhyStatus_Wrapper(std::function<void(const PhyStatus& /* result */)>&& func): _function(std::make_unique<std::function<void(const PhyStatus& /* result */)>>(std::move(func))) {}
    inline void call(PhyStatus result) const noexcept {
      _function->operator()(result);
    }
  private:
    std::unique_ptr<std::function<void(const PhyStatus& /* result */)>> _function;
  } SWIFT_NONCOPYABLE;
  Func_void_PhyStatus create_Func_void_PhyStatus(void* NON_NULL swiftClosureWrapper) noexcept;
  inline Func_void_PhyStatus_Wrapper wrap_Func_void_PhyStatus(Func_void_PhyStatus value) noexcept {
    return Func_void_PhyStatus_Wrapper(std::move(value));
  }
  
  // pragma MARK: std::shared_ptr<Promise<BondState>>
  /**
   * Specialized version of `std::shared_ptr<Promise<BondState>>`.
   */
  using std__shared_ptr_Promise_BondState__ = std::shared_ptr<Promise<BondState>>;
  inline std::shared_ptr<Promise<BondState>> create_std__shared_ptr_Promise_BondState__() noexcept {
    return Promise<BondState>::create();
  }
  inline PromiseHolder<BondState> wrap_std__shared_ptr_Promise_BondState__(std::shared_ptr<Promise<BondState>> promise) noexcept {
    return PromiseHolder<BondState>(std::move(promise));
  }
  
  // pragma MARK: std::function<void(BondState /* result */)>
  /**
   * Specialized version of `std::function<void(BondState)>`.
   */
  using Func_void_BondState = std::function<void(BondState /* result */)>;
  /**
   * Wrapper class for a `std::function<void(BondState / * result * /)>`, this can be used from Swift.
   */
  class Func_void_BondState_Wrapper final {
  public:
    explicit Func_void_BondState_Wrapper(std::function<void(BondState /* result */)>&& func): _function(std::make_unique<std::function<void(BondState /* result */)>>(std::move(func))) {}
    inline void call(int result) const noexcept {
      _function->operator()(static_cast<BondState>(result));
    }
  private:
    std::unique_ptr<std::function<void(BondState /* result */)>> _function;
  } SWIFT_NONCOPYABLE;
  Func_void_BondState create_Func_void_BondState(void* NON_NULL swiftClosureWrapper) noexcept;
  inline Func_void_BondState_Wrapper wrap_Func_void_BondState(Func_void_BondState value) noexcept {
    return Func_void_BondState_Wrapper(std::move(value));
  }
  
  // pragma MARK: std::shared_ptr<Promise<std::string>>
  /**
   * Specialized version of `std::shared_ptr<Promise<std::string>>`.
   */
  using std__shared_ptr_Promise_std__string__ = std::shared_ptr<Promise<std::string>>;
  inline std::shared_ptr<Promise<std::string>> create_std__shared_ptr_Promise_std__string__() noexcept {
    return Promise<std::string>::create();
  }
  inline PromiseHolder<std::string> wrap_std__shared_ptr_Promise_std__string__(std::shared_ptr<Promise<std::string>> promise) noexcept {
    return PromiseHolder<std::string>(std::move(promise));
  }
  
  // pragma MARK: std::function<void(const std::string& /* result */)>
  /**
   * Specialized version of `std::function<void(const std::string&)>`.
   */
  using Func_void_std__string = std::function<void(const std::string& /* result */)>;
  /**
   * Wrapper class for a `std::function<void(const std::string& / * result * /)>`, this can be used from Swift.
   */
  class Func_void_std__string_Wrapper final {
  public:
    explicit Func_void_std__string_Wrapper(std::function<void(const std::string& /* result */)>&& func): _function(std::make_unique<std::function<void(const std::string& /* result */)>>(std::move(func))) {}
    inline void call(std::string result) const noexcept {
      _function->operator()(result);
    }
  private:
    std::unique_ptr<std::function<void(const std::string& /* result */)>> _function;
  } SWIFT_NONCOPYABLE;
  Func_void_std__string create_Func_void_std__string(void* NON_NULL swiftClosureWrapper) noexcept;
  inline Func_void_std__string_Wrapper wrap_Func_void_std__string(Func_void_std__string value) noexcept {
    return Func_void_std__string_Wrapper(std::move(value));
  }
  
  // pragma MARK: std::optional<BluetoothPhy>
  /**
   * Specialized version of `std::optional<BluetoothPhy>`.
   */
  using std__optional_BluetoothPhy_ = std::optional<BluetoothPhy>;
  inline std::optional<BluetoothPhy> create_std__optional_BluetoothPhy_(const BluetoothPhy& value) noexcept {
    return std::optional<BluetoothPhy>(value);
  }
  inline bool has_value_std__optional_BluetoothPhy_(const std::optional<BluetoothPhy>& optional) noexcept {
    return optional.has_value();
  }
  inline BluetoothPhy get_std__optional_BluetoothPhy_(const std::optional<BluetoothPhy>& optional) noexcept {
    return optional.value();
  }
  
  // pragma MARK: std::shared_ptr<Promise<L2CAPChannel>>
  /**
   * Specialized version of `std::shared_ptr<Promise<L2CAPChannel>>`.
   */
  using std__shared_ptr_Promise_L2CAPChannel__ = std::shared_ptr<Promise<L2CAPChannel>>;
  inline std::shared_ptr<Promise<L2CAPChannel>> create_std__shared_ptr_Promise_L2CAPChannel__() noexcept {
    return Promise<L2CAPChannel>::create();
  }
  inline PromiseHolder<L2CAPChannel> wrap_std__shared_ptr_Promise_L2CAPChannel__(std::shared_ptr<Promise<L2CAPChannel>> promise) noexcept {
    return PromiseHolder<L2CAPChannel>(std::move(promise));
  }
  
  // pragma MARK: std::function<void(const L2CAPChannel& /* result */)>
  /**
   * Specialized version of `std::function<void(const L2CAPChannel&)>`.
   */
  using Func_void_L2CAPChannel = std::function<void(const L2CAPChannel& /* result */)>;
  /**
   * Wrapper class for a `std::function<void(const L2CAPChannel& / * result * /)>`, this can be used from Swift.
   */
  class Func_void_L2CAPChannel_Wrapper final {
  public:
    explicit Func_void_L2CAPChannel_Wrapper(std::function<void(const L2CAPChannel& /* result */)>&& func): _function(std::make_unique<std::function<void(const L2CAPChannel& /* result */)>>(std::move(func))) {}
    inline void call(L2CAPChannel result) const noexcept {
      _function->operator()(result);
    }
  private:
    std::unique_ptr<std::function<void(const L2CAPChannel& /* result */)>> _function;
  } SWIFT_NONCOPYABLE;
  Func_void_L2CAPChannel create_Func_void_L2CAPChannel(void* NON_NULL swiftClosureWrapper) noexcept;
  inline Func_void_L2CAPChannel_Wrapper wrap_Func_void_L2CAPChannel(Func_void_L2CAPChannel value) noexcept {
    return Func_void_L2CAPChannel_Wrapper(std::move(value));
  }
  
  // pragma MARK: std::vector<MultipeerDiscoveryInfoEntry>
  /**
   * Specialized version of `std::vector<MultipeerDiscoveryInfoEntry>`.
   */
  using std__vector_MultipeerDiscoveryInfoEntry_ = std::vector<MultipeerDiscoveryInfoEntry>;
  inline std::vector<MultipeerDiscoveryInfoEntry> create_std__vector_MultipeerDiscoveryInfoEntry_(size_t size) noexcept {
    std::vector<MultipeerDiscoveryInfoEntry> vector;
    vector.reserve(size);
    return vector;
  }
  
  // pragma MARK: std::optional<std::vector<MultipeerDiscoveryInfoEntry>>
  /**
   * Specialized version of `std::optional<std::vector<MultipeerDiscoveryInfoEntry>>`.
   */
  using std__optional_std__vector_MultipeerDiscoveryInfoEntry__ = std::optional<std::vector<MultipeerDiscoveryInfoEntry>>;
  inline std::optional<std::vector<MultipeerDiscoveryInfoEntry>> create_std__optional_std__vector_MultipeerDiscoveryInfoEntry__(const std::vector<MultipeerDiscoveryInfoEntry>& value) noexcept {
    return std::optional<std::vector<MultipeerDiscoveryInfoEntry>>(value);
  }
  inline bool has_value_std__optional_std__vector_MultipeerDiscoveryInfoEntry__(const std::optional<std::vector<MultipeerDiscoveryInfoEntry>>& optional) noexcept {
    return optional.has_value();
  }
  inline std::vector<MultipeerDiscoveryInfoEntry> get_std__optional_std__vector_MultipeerDiscoveryInfoEntry__(const std::optional<std::vector<MultipeerDiscoveryInfoEntry>>& optional) noexcept {
    return optional.value();
  }
  
  // pragma MARK: std::optional<MultipeerEncryptionPreference>
  /**
   * Specialized version of `std::optional<MultipeerEncryptionPreference>`.
   */
  using std__optional_MultipeerEncryptionPreference_ = std::optional<MultipeerEncryptionPreference>;
  inline std::optional<MultipeerEncryptionPreference> create_std__optional_MultipeerEncryptionPreference_(const MultipeerEncryptionPreference& value) noexcept {
    return std::optional<MultipeerEncryptionPreference>(value);
  }
  inline bool has_value_std__optional_MultipeerEncryptionPreference_(const std::optional<MultipeerEncryptionPreference>& optional) noexcept {
    return optional.has_value();
  }
  inline MultipeerEncryptionPreference get_std__optional_MultipeerEncryptionPreference_(const std::optional<MultipeerEncryptionPreference>& optional) noexcept {
    return optional.value();
  }
  
  // pragma MARK: std::vector<MultipeerPeer>
  /**
   * Specialized version of `std::vector<MultipeerPeer>`.
   */
  using std__vector_MultipeerPeer_ = std::vector<MultipeerPeer>;
  inline std::vector<MultipeerPeer> create_std__vector_MultipeerPeer_(size_t size) noexcept {
    std::vector<MultipeerPeer> vector;
    vector.reserve(size);
    return vector;
  }
  
  // pragma MARK: std::shared_ptr<Promise<std::vector<MultipeerPeer>>>
  /**
   * Specialized version of `std::shared_ptr<Promise<std::vector<MultipeerPeer>>>`.
   */
  using std__shared_ptr_Promise_std__vector_MultipeerPeer___ = std::shared_ptr<Promise<std::vector<MultipeerPeer>>>;
  inline std::shared_ptr<Promise<std::vector<MultipeerPeer>>> create_std__shared_ptr_Promise_std__vector_MultipeerPeer___() noexcept {
    return Promise<std::vector<MultipeerPeer>>::create();
  }
  inline PromiseHolder<std::vector<MultipeerPeer>> wrap_std__shared_ptr_Promise_std__vector_MultipeerPeer___(std::shared_ptr<Promise<std::vector<MultipeerPeer>>> promise) noexcept {
    return PromiseHolder<std::vector<MultipeerPeer>>(std::move(promise));
  }
  
  // pragma MARK: std::function<void(const std::vector<MultipeerPeer>& /* result */)>
  /**
   * Specialized version of `std::function<void(const std::vector<MultipeerPeer>&)>`.
   */
  using Func_void_std__vector_MultipeerPeer_ = std::function<void(const std::vector<MultipeerPeer>& /* result */)>;
  /**
   * Wrapper class for a `std::function<void(const std::vector<MultipeerPeer>& / * result * /)>`, this can be used from Swift.
   */
  class Func_void_std__vector_MultipeerPeer__Wrapper final {
  public:
    explicit Func_void_std__vector_MultipeerPeer__Wrapper(std::function<void(const std::vector<MultipeerPeer>& /* result */)>&& func): _function(std::make_unique<std::function<void(const std::vector<MultipeerPeer>& /* result */)>>(std::move(func))) {}
    inline void call(std::vector<MultipeerPeer> result) const noexcept {
      _function->operator()(result);
    }
  private:
    std::unique_ptr<std::function<void(const std::vector<MultipeerPeer>& /* result */)>> _function;
  } SWIFT_NONCOPYABLE;
  Func_void_std__vector_MultipeerPeer_ create_Func_void_std__vector_MultipeerPeer_(void* NON_NULL swiftClosureWrapper) noexcept;
  inline Func_void_std__vector_MultipeerPeer__Wrapper wrap_Func_void_std__vector_MultipeerPeer_(Func_void_std__vector_MultipeerPeer_ value) noexcept {
    return Func_void_std__vector_MultipeerPeer__Wrapper(std::move(value));
  }
  
  // pragma MARK: std::shared_ptr<HybridMunimBluetoothSpec>
  /**
   * Specialized version of `std::shared_ptr<HybridMunimBluetoothSpec>`.
   */
  using std__shared_ptr_HybridMunimBluetoothSpec_ = std::shared_ptr<HybridMunimBluetoothSpec>;
  std::shared_ptr<HybridMunimBluetoothSpec> create_std__shared_ptr_HybridMunimBluetoothSpec_(void* NON_NULL swiftUnsafePointer) noexcept;
  void* NON_NULL get_std__shared_ptr_HybridMunimBluetoothSpec_(std__shared_ptr_HybridMunimBluetoothSpec_ cppType);
  
  // pragma MARK: std::weak_ptr<HybridMunimBluetoothSpec>
  using std__weak_ptr_HybridMunimBluetoothSpec_ = std::weak_ptr<HybridMunimBluetoothSpec>;
  inline std__weak_ptr_HybridMunimBluetoothSpec_ weakify_std__shared_ptr_HybridMunimBluetoothSpec_(const std::shared_ptr<HybridMunimBluetoothSpec>& strong) noexcept { return strong; }
  
  // pragma MARK: Result<void>
  using Result_void_ = Result<void>;
  inline Result_void_ create_Result_void_() noexcept {
    return Result<void>::withValue();
  }
  inline Result_void_ create_Result_void_(const std::exception_ptr& error) noexcept {
    return Result<void>::withError(error);
  }
  
  // pragma MARK: Result<std::shared_ptr<Promise<AdvertisingDataTypes>>>
  using Result_std__shared_ptr_Promise_AdvertisingDataTypes___ = Result<std::shared_ptr<Promise<AdvertisingDataTypes>>>;
  inline Result_std__shared_ptr_Promise_AdvertisingDataTypes___ create_Result_std__shared_ptr_Promise_AdvertisingDataTypes___(const std::shared_ptr<Promise<AdvertisingDataTypes>>& value) noexcept {
    return Result<std::shared_ptr<Promise<AdvertisingDataTypes>>>::withValue(value);
  }
  inline Result_std__shared_ptr_Promise_AdvertisingDataTypes___ create_Result_std__shared_ptr_Promise_AdvertisingDataTypes___(const std::exception_ptr& error) noexcept {
    return Result<std::shared_ptr<Promise<AdvertisingDataTypes>>>::withError(error);
  }
  
  // pragma MARK: Result<std::shared_ptr<Promise<void>>>
  using Result_std__shared_ptr_Promise_void___ = Result<std::shared_ptr<Promise<void>>>;
  inline Result_std__shared_ptr_Promise_void___ create_Result_std__shared_ptr_Promise_void___(const std::shared_ptr<Promise<void>>& value) noexcept {
    return Result<std::shared_ptr<Promise<void>>>::withValue(value);
  }
  inline Result_std__shared_ptr_Promise_void___ create_Result_std__shared_ptr_Promise_void___(const std::exception_ptr& error) noexcept {
    return Result<std::shared_ptr<Promise<void>>>::withError(error);
  }
  
  // pragma MARK: Result<std::shared_ptr<Promise<bool>>>
  using Result_std__shared_ptr_Promise_bool___ = Result<std::shared_ptr<Promise<bool>>>;
  inline Result_std__shared_ptr_Promise_bool___ create_Result_std__shared_ptr_Promise_bool___(const std::shared_ptr<Promise<bool>>& value) noexcept {
    return Result<std::shared_ptr<Promise<bool>>>::withValue(value);
  }
  inline Result_std__shared_ptr_Promise_bool___ create_Result_std__shared_ptr_Promise_bool___(const std::exception_ptr& error) noexcept {
    return Result<std::shared_ptr<Promise<bool>>>::withError(error);
  }
  
  // pragma MARK: Result<std::shared_ptr<Promise<BluetoothCapabilities>>>
  using Result_std__shared_ptr_Promise_BluetoothCapabilities___ = Result<std::shared_ptr<Promise<BluetoothCapabilities>>>;
  inline Result_std__shared_ptr_Promise_BluetoothCapabilities___ create_Result_std__shared_ptr_Promise_BluetoothCapabilities___(const std::shared_ptr<Promise<BluetoothCapabilities>>& value) noexcept {
    return Result<std::shared_ptr<Promise<BluetoothCapabilities>>>::withValue(value);
  }
  inline Result_std__shared_ptr_Promise_BluetoothCapabilities___ create_Result_std__shared_ptr_Promise_BluetoothCapabilities___(const std::exception_ptr& error) noexcept {
    return Result<std::shared_ptr<Promise<BluetoothCapabilities>>>::withError(error);
  }
  
  // pragma MARK: Result<std::shared_ptr<Promise<std::vector<GATTService>>>>
  using Result_std__shared_ptr_Promise_std__vector_GATTService____ = Result<std::shared_ptr<Promise<std::vector<GATTService>>>>;
  inline Result_std__shared_ptr_Promise_std__vector_GATTService____ create_Result_std__shared_ptr_Promise_std__vector_GATTService____(const std::shared_ptr<Promise<std::vector<GATTService>>>& value) noexcept {
    return Result<std::shared_ptr<Promise<std::vector<GATTService>>>>::withValue(value);
  }
  inline Result_std__shared_ptr_Promise_std__vector_GATTService____ create_Result_std__shared_ptr_Promise_std__vector_GATTService____(const std::exception_ptr& error) noexcept {
    return Result<std::shared_ptr<Promise<std::vector<GATTService>>>>::withError(error);
  }
  
  // pragma MARK: Result<std::shared_ptr<Promise<CharacteristicValue>>>
  using Result_std__shared_ptr_Promise_CharacteristicValue___ = Result<std::shared_ptr<Promise<CharacteristicValue>>>;
  inline Result_std__shared_ptr_Promise_CharacteristicValue___ create_Result_std__shared_ptr_Promise_CharacteristicValue___(const std::shared_ptr<Promise<CharacteristicValue>>& value) noexcept {
    return Result<std::shared_ptr<Promise<CharacteristicValue>>>::withValue(value);
  }
  inline Result_std__shared_ptr_Promise_CharacteristicValue___ create_Result_std__shared_ptr_Promise_CharacteristicValue___(const std::exception_ptr& error) noexcept {
    return Result<std::shared_ptr<Promise<CharacteristicValue>>>::withError(error);
  }
  
  // pragma MARK: Result<std::shared_ptr<Promise<DescriptorValue>>>
  using Result_std__shared_ptr_Promise_DescriptorValue___ = Result<std::shared_ptr<Promise<DescriptorValue>>>;
  inline Result_std__shared_ptr_Promise_DescriptorValue___ create_Result_std__shared_ptr_Promise_DescriptorValue___(const std::shared_ptr<Promise<DescriptorValue>>& value) noexcept {
    return Result<std::shared_ptr<Promise<DescriptorValue>>>::withValue(value);
  }
  inline Result_std__shared_ptr_Promise_DescriptorValue___ create_Result_std__shared_ptr_Promise_DescriptorValue___(const std::exception_ptr& error) noexcept {
    return Result<std::shared_ptr<Promise<DescriptorValue>>>::withError(error);
  }
  
  // pragma MARK: Result<std::shared_ptr<Promise<std::vector<std::string>>>>
  using Result_std__shared_ptr_Promise_std__vector_std__string____ = Result<std::shared_ptr<Promise<std::vector<std::string>>>>;
  inline Result_std__shared_ptr_Promise_std__vector_std__string____ create_Result_std__shared_ptr_Promise_std__vector_std__string____(const std::shared_ptr<Promise<std::vector<std::string>>>& value) noexcept {
    return Result<std::shared_ptr<Promise<std::vector<std::string>>>>::withValue(value);
  }
  inline Result_std__shared_ptr_Promise_std__vector_std__string____ create_Result_std__shared_ptr_Promise_std__vector_std__string____(const std::exception_ptr& error) noexcept {
    return Result<std::shared_ptr<Promise<std::vector<std::string>>>>::withError(error);
  }
  
  // pragma MARK: Result<std::shared_ptr<Promise<double>>>
  using Result_std__shared_ptr_Promise_double___ = Result<std::shared_ptr<Promise<double>>>;
  inline Result_std__shared_ptr_Promise_double___ create_Result_std__shared_ptr_Promise_double___(const std::shared_ptr<Promise<double>>& value) noexcept {
    return Result<std::shared_ptr<Promise<double>>>::withValue(value);
  }
  inline Result_std__shared_ptr_Promise_double___ create_Result_std__shared_ptr_Promise_double___(const std::exception_ptr& error) noexcept {
    return Result<std::shared_ptr<Promise<double>>>::withError(error);
  }
  
  // pragma MARK: Result<std::shared_ptr<Promise<PhyStatus>>>
  using Result_std__shared_ptr_Promise_PhyStatus___ = Result<std::shared_ptr<Promise<PhyStatus>>>;
  inline Result_std__shared_ptr_Promise_PhyStatus___ create_Result_std__shared_ptr_Promise_PhyStatus___(const std::shared_ptr<Promise<PhyStatus>>& value) noexcept {
    return Result<std::shared_ptr<Promise<PhyStatus>>>::withValue(value);
  }
  inline Result_std__shared_ptr_Promise_PhyStatus___ create_Result_std__shared_ptr_Promise_PhyStatus___(const std::exception_ptr& error) noexcept {
    return Result<std::shared_ptr<Promise<PhyStatus>>>::withError(error);
  }
  
  // pragma MARK: Result<std::shared_ptr<Promise<BondState>>>
  using Result_std__shared_ptr_Promise_BondState___ = Result<std::shared_ptr<Promise<BondState>>>;
  inline Result_std__shared_ptr_Promise_BondState___ create_Result_std__shared_ptr_Promise_BondState___(const std::shared_ptr<Promise<BondState>>& value) noexcept {
    return Result<std::shared_ptr<Promise<BondState>>>::withValue(value);
  }
  inline Result_std__shared_ptr_Promise_BondState___ create_Result_std__shared_ptr_Promise_BondState___(const std::exception_ptr& error) noexcept {
    return Result<std::shared_ptr<Promise<BondState>>>::withError(error);
  }
  
  // pragma MARK: Result<std::shared_ptr<Promise<std::string>>>
  using Result_std__shared_ptr_Promise_std__string___ = Result<std::shared_ptr<Promise<std::string>>>;
  inline Result_std__shared_ptr_Promise_std__string___ create_Result_std__shared_ptr_Promise_std__string___(const std::shared_ptr<Promise<std::string>>& value) noexcept {
    return Result<std::shared_ptr<Promise<std::string>>>::withValue(value);
  }
  inline Result_std__shared_ptr_Promise_std__string___ create_Result_std__shared_ptr_Promise_std__string___(const std::exception_ptr& error) noexcept {
    return Result<std::shared_ptr<Promise<std::string>>>::withError(error);
  }
  
  // pragma MARK: Result<std::shared_ptr<Promise<L2CAPChannel>>>
  using Result_std__shared_ptr_Promise_L2CAPChannel___ = Result<std::shared_ptr<Promise<L2CAPChannel>>>;
  inline Result_std__shared_ptr_Promise_L2CAPChannel___ create_Result_std__shared_ptr_Promise_L2CAPChannel___(const std::shared_ptr<Promise<L2CAPChannel>>& value) noexcept {
    return Result<std::shared_ptr<Promise<L2CAPChannel>>>::withValue(value);
  }
  inline Result_std__shared_ptr_Promise_L2CAPChannel___ create_Result_std__shared_ptr_Promise_L2CAPChannel___(const std::exception_ptr& error) noexcept {
    return Result<std::shared_ptr<Promise<L2CAPChannel>>>::withError(error);
  }
  
  // pragma MARK: Result<std::shared_ptr<Promise<std::vector<MultipeerPeer>>>>
  using Result_std__shared_ptr_Promise_std__vector_MultipeerPeer____ = Result<std::shared_ptr<Promise<std::vector<MultipeerPeer>>>>;
  inline Result_std__shared_ptr_Promise_std__vector_MultipeerPeer____ create_Result_std__shared_ptr_Promise_std__vector_MultipeerPeer____(const std::shared_ptr<Promise<std::vector<MultipeerPeer>>>& value) noexcept {
    return Result<std::shared_ptr<Promise<std::vector<MultipeerPeer>>>>::withValue(value);
  }
  inline Result_std__shared_ptr_Promise_std__vector_MultipeerPeer____ create_Result_std__shared_ptr_Promise_std__vector_MultipeerPeer____(const std::exception_ptr& error) noexcept {
    return Result<std::shared_ptr<Promise<std::vector<MultipeerPeer>>>>::withError(error);
  }

} // namespace margelo::nitro::munimbluetooth::bridge::swift