path: root/src-gen/org/genivi/NodeStateManager/ConsumerProxy.h

/*
* This file was generated by the CommonAPI Generators.
*
 * Copyright (C) 2013, BMW AG
 *
 * \author Christian Linke, christian.linke@bmw.de BMW 2012,2013
*/
#ifndef ORG_GENIVI_NODESTATEMANAGER_Consumer_PROXY_H_
#define ORG_GENIVI_NODESTATEMANAGER_Consumer_PROXY_H_

#include "ConsumerProxyBase.h"

#define COMMONAPI_INTERNAL_COMPILATION

#include <CommonAPI/AttributeExtension.h>
#include <CommonAPI/Factory.h>

#undef COMMONAPI_INTERNAL_COMPILATION

namespace org {
namespace genivi {
namespace NodeStateManager {

template <typename ... _AttributeExtensions>
class ConsumerProxy: virtual public Consumer, virtual public ConsumerProxyBase, public _AttributeExtensions... {
 public:
    ConsumerProxy(std::shared_ptr<CommonAPI::Proxy> delegate);
    ~ConsumerProxy();

    /// Returns the wrapper class that provides access to the attribute BootMode.
    virtual BootModeAttribute& getBootModeAttribute() {
        return delegate_->getBootModeAttribute();
    }

    /// Returns the wrapper class that provides access to the attribute RestartReason.
    virtual RestartReasonAttribute& getRestartReasonAttribute() {
        return delegate_->getRestartReasonAttribute();
    }

    /// Returns the wrapper class that provides access to the attribute ShutdownReason.
    virtual ShutdownReasonAttribute& getShutdownReasonAttribute() {
        return delegate_->getShutdownReasonAttribute();
    }

    /// Returns the wrapper class that provides access to the attribute WakeUpReason.
    virtual WakeUpReasonAttribute& getWakeUpReasonAttribute() {
        return delegate_->getWakeUpReasonAttribute();
    }


    /// Returns the wrapper class that provides access to the broadcast NodeApplicationMode.
    virtual NodeApplicationModeEvent& getNodeApplicationModeEvent() {
        return delegate_->getNodeApplicationModeEvent();
    }

    /// Returns the wrapper class that provides access to the broadcast SessionStateChanged.
    virtual SessionStateChangedEvent& getSessionStateChangedEvent() {
        return delegate_->getSessionStateChangedEvent();
    }

    /// Returns the wrapper class that provides access to the broadcast NodeState.
    virtual NodeStateEvent& getNodeStateEvent() {
        return delegate_->getNodeStateEvent();
    }



    /**
     * Calls GetAppHealthCount with synchronous semantics.
     * 
     * All non-const parameters will be filled with the returned values.
     * The CallStatus will be filled when the method returns and indicate either
     * "SUCCESS" or which type of error has occurred. In case of an error, ONLY the CallStatus
     * will be set.
     * Synchronous calls are not supported (will block indefinitely) when mainloop integration is used.
     */
    virtual void GetAppHealthCount(CommonAPI::CallStatus& callStatus, uint32_t& Count);
    /**
     * Calls GetAppHealthCount with asynchronous semantics.
     * 
     * The provided callback will be called when the reply to this call arrives or
     * an error occurs during the call. The CallStatus will indicate either "SUCCESS"
     * or which type of error has occurred. In case of any error, ONLY the CallStatus
     * will have a defined value.
     * The std::future returned by this method will be fulfilled at arrival of the reply.
     * It will provide the same value for CallStatus as will be handed to the callback.
     */
    virtual std::future<CommonAPI::CallStatus> GetAppHealthCountAsync(GetAppHealthCountAsyncCallback callback);

    /**
     * Calls LifecycleRequestComplete with synchronous semantics.
     * 
     * All const parameters are input parameters to this method.
     * All non-const parameters will be filled with the returned values.
     * The CallStatus will be filled when the method returns and indicate either
     * "SUCCESS" or which type of error has occurred. In case of an error, ONLY the CallStatus
     * will be set.
     * Synchronous calls are not supported (will block indefinitely) when mainloop integration is used.
     */
    virtual void LifecycleRequestComplete(const uint32_t& RequestId, const int32_t& Status, CommonAPI::CallStatus& callStatus, int32_t& ErrorCode);
    /**
     * Calls LifecycleRequestComplete with asynchronous semantics.
     * 
     * The provided callback will be called when the reply to this call arrives or
     * an error occurs during the call. The CallStatus will indicate either "SUCCESS"
     * or which type of error has occurred. In case of any error, ONLY the CallStatus
     * will have a defined value.
     * The std::future returned by this method will be fulfilled at arrival of the reply.
     * It will provide the same value for CallStatus as will be handed to the callback.
     */
    virtual std::future<CommonAPI::CallStatus> LifecycleRequestCompleteAsync(const uint32_t& RequestId, const int32_t& Status, LifecycleRequestCompleteAsyncCallback callback);

    /**
     * Calls GetInterfaceVersion with synchronous semantics.
     * 
     * All non-const parameters will be filled with the returned values.
     * The CallStatus will be filled when the method returns and indicate either
     * "SUCCESS" or which type of error has occurred. In case of an error, ONLY the CallStatus
     * will be set.
     * Synchronous calls are not supported (will block indefinitely) when mainloop integration is used.
     */
    virtual void GetInterfaceVersion(CommonAPI::CallStatus& callStatus, uint32_t& Version);
    /**
     * Calls GetInterfaceVersion with asynchronous semantics.
     * 
     * The provided callback will be called when the reply to this call arrives or
     * an error occurs during the call. The CallStatus will indicate either "SUCCESS"
     * or which type of error has occurred. In case of any error, ONLY the CallStatus
     * will have a defined value.
     * The std::future returned by this method will be fulfilled at arrival of the reply.
     * It will provide the same value for CallStatus as will be handed to the callback.
     */
    virtual std::future<CommonAPI::CallStatus> GetInterfaceVersionAsync(GetInterfaceVersionAsyncCallback callback);

    /**
     * Calls GetApplicationMode with synchronous semantics.
     * 
     * All non-const parameters will be filled with the returned values.
     * The CallStatus will be filled when the method returns and indicate either
     * "SUCCESS" or which type of error has occurred. In case of an error, ONLY the CallStatus
     * will be set.
     * Synchronous calls are not supported (will block indefinitely) when mainloop integration is used.
     */
    virtual void GetApplicationMode(CommonAPI::CallStatus& callStatus, int32_t& ErrorCode, int32_t& ApplicationModeId);
    /**
     * Calls GetApplicationMode with asynchronous semantics.
     * 
     * The provided callback will be called when the reply to this call arrives or
     * an error occurs during the call. The CallStatus will indicate either "SUCCESS"
     * or which type of error has occurred. In case of any error, ONLY the CallStatus
     * will have a defined value.
     * The std::future returned by this method will be fulfilled at arrival of the reply.
     * It will provide the same value for CallStatus as will be handed to the callback.
     */
    virtual std::future<CommonAPI::CallStatus> GetApplicationModeAsync(GetApplicationModeAsyncCallback callback);

    /**
     * Calls UnRegisterSession with synchronous semantics.
     * 
     * All const parameters are input parameters to this method.
     * All non-const parameters will be filled with the returned values.
     * The CallStatus will be filled when the method returns and indicate either
     * "SUCCESS" or which type of error has occurred. In case of an error, ONLY the CallStatus
     * will be set.
     * Synchronous calls are not supported (will block indefinitely) when mainloop integration is used.
     */
    virtual void UnRegisterSession(const std::string& SessionName, const std::string& SessionOwner, const int32_t& SeatID, CommonAPI::CallStatus& callStatus, int32_t& ErrorCode);
    /**
     * Calls UnRegisterSession with asynchronous semantics.
     * 
     * The provided callback will be called when the reply to this call arrives or
     * an error occurs during the call. The CallStatus will indicate either "SUCCESS"
     * or which type of error has occurred. In case of any error, ONLY the CallStatus
     * will have a defined value.
     * The std::future returned by this method will be fulfilled at arrival of the reply.
     * It will provide the same value for CallStatus as will be handed to the callback.
     */
    virtual std::future<CommonAPI::CallStatus> UnRegisterSessionAsync(const std::string& SessionName, const std::string& SessionOwner, const int32_t& SeatID, UnRegisterSessionAsyncCallback callback);

    /**
     * Calls RegisterSession with synchronous semantics.
     * 
     * All const parameters are input parameters to this method.
     * All non-const parameters will be filled with the returned values.
     * The CallStatus will be filled when the method returns and indicate either
     * "SUCCESS" or which type of error has occurred. In case of an error, ONLY the CallStatus
     * will be set.
     * Synchronous calls are not supported (will block indefinitely) when mainloop integration is used.
     */
    virtual void RegisterSession(const std::string& SessionName, const std::string& SessionOwner, const int32_t& SeatID, const int32_t& SessionState, CommonAPI::CallStatus& callStatus, int32_t& ErrorCode);
    /**
     * Calls RegisterSession with asynchronous semantics.
     * 
     * The provided callback will be called when the reply to this call arrives or
     * an error occurs during the call. The CallStatus will indicate either "SUCCESS"
     * or which type of error has occurred. In case of any error, ONLY the CallStatus
     * will have a defined value.
     * The std::future returned by this method will be fulfilled at arrival of the reply.
     * It will provide the same value for CallStatus as will be handed to the callback.
     */
    virtual std::future<CommonAPI::CallStatus> RegisterSessionAsync(const std::string& SessionName, const std::string& SessionOwner, const int32_t& SeatID, const int32_t& SessionState, RegisterSessionAsyncCallback callback);

    /**
     * Calls UnRegisterShutdownClient with synchronous semantics.
     * 
     * All const parameters are input parameters to this method.
     * All non-const parameters will be filled with the returned values.
     * The CallStatus will be filled when the method returns and indicate either
     * "SUCCESS" or which type of error has occurred. In case of an error, ONLY the CallStatus
     * will be set.
     * Synchronous calls are not supported (will block indefinitely) when mainloop integration is used.
     */
    virtual void UnRegisterShutdownClient(const std::string& BusName, const std::string& ObjName, const uint32_t& ShutdownMode, CommonAPI::CallStatus& callStatus, int32_t& ErrorCode);
    /**
     * Calls UnRegisterShutdownClient with asynchronous semantics.
     * 
     * The provided callback will be called when the reply to this call arrives or
     * an error occurs during the call. The CallStatus will indicate either "SUCCESS"
     * or which type of error has occurred. In case of any error, ONLY the CallStatus
     * will have a defined value.
     * The std::future returned by this method will be fulfilled at arrival of the reply.
     * It will provide the same value for CallStatus as will be handed to the callback.
     */
    virtual std::future<CommonAPI::CallStatus> UnRegisterShutdownClientAsync(const std::string& BusName, const std::string& ObjName, const uint32_t& ShutdownMode, UnRegisterShutdownClientAsyncCallback callback);

    /**
     * Calls RegisterShutdownClient with synchronous semantics.
     * 
     * All const parameters are input parameters to this method.
     * All non-const parameters will be filled with the returned values.
     * The CallStatus will be filled when the method returns and indicate either
     * "SUCCESS" or which type of error has occurred. In case of an error, ONLY the CallStatus
     * will be set.
     * Synchronous calls are not supported (will block indefinitely) when mainloop integration is used.
     */
    virtual void RegisterShutdownClient(const std::string& BusName, const std::string& ObjName, const uint32_t& ShutdownMode, const uint32_t& TimeoutMs, CommonAPI::CallStatus& callStatus, int32_t& ErrorCode);
    /**
     * Calls RegisterShutdownClient with asynchronous semantics.
     * 
     * The provided callback will be called when the reply to this call arrives or
     * an error occurs during the call. The CallStatus will indicate either "SUCCESS"
     * or which type of error has occurred. In case of any error, ONLY the CallStatus
     * will have a defined value.
     * The std::future returned by this method will be fulfilled at arrival of the reply.
     * It will provide the same value for CallStatus as will be handed to the callback.
     */
    virtual std::future<CommonAPI::CallStatus> RegisterShutdownClientAsync(const std::string& BusName, const std::string& ObjName, const uint32_t& ShutdownMode, const uint32_t& TimeoutMs, RegisterShutdownClientAsyncCallback callback);

    /**
     * Calls GetNodeState with synchronous semantics.
     * 
     * All non-const parameters will be filled with the returned values.
     * The CallStatus will be filled when the method returns and indicate either
     * "SUCCESS" or which type of error has occurred. In case of an error, ONLY the CallStatus
     * will be set.
     * Synchronous calls are not supported (will block indefinitely) when mainloop integration is used.
     */
    virtual void GetNodeState(CommonAPI::CallStatus& callStatus, int32_t& ErrorCode, int32_t& NodeStateId);
    /**
     * Calls GetNodeState with asynchronous semantics.
     * 
     * The provided callback will be called when the reply to this call arrives or
     * an error occurs during the call. The CallStatus will indicate either "SUCCESS"
     * or which type of error has occurred. In case of any error, ONLY the CallStatus
     * will have a defined value.
     * The std::future returned by this method will be fulfilled at arrival of the reply.
     * It will provide the same value for CallStatus as will be handed to the callback.
     */
    virtual std::future<CommonAPI::CallStatus> GetNodeStateAsync(GetNodeStateAsyncCallback callback);

    /**
     * Calls GetSessionState with synchronous semantics.
     * 
     * All const parameters are input parameters to this method.
     * All non-const parameters will be filled with the returned values.
     * The CallStatus will be filled when the method returns and indicate either
     * "SUCCESS" or which type of error has occurred. In case of an error, ONLY the CallStatus
     * will be set.
     * Synchronous calls are not supported (will block indefinitely) when mainloop integration is used.
     */
    virtual void GetSessionState(const std::string& SessionName, const int32_t& SeatID, CommonAPI::CallStatus& callStatus, int32_t& SessionState, int32_t& ErrorCode);
    /**
     * Calls GetSessionState with asynchronous semantics.
     * 
     * The provided callback will be called when the reply to this call arrives or
     * an error occurs during the call. The CallStatus will indicate either "SUCCESS"
     * or which type of error has occurred. In case of any error, ONLY the CallStatus
     * will have a defined value.
     * The std::future returned by this method will be fulfilled at arrival of the reply.
     * It will provide the same value for CallStatus as will be handed to the callback.
     */
    virtual std::future<CommonAPI::CallStatus> GetSessionStateAsync(const std::string& SessionName, const int32_t& SeatID, GetSessionStateAsyncCallback callback);

    /**
     * Calls SetSessionState with synchronous semantics.
     * 
     * All const parameters are input parameters to this method.
     * All non-const parameters will be filled with the returned values.
     * The CallStatus will be filled when the method returns and indicate either
     * "SUCCESS" or which type of error has occurred. In case of an error, ONLY the CallStatus
     * will be set.
     * Synchronous calls are not supported (will block indefinitely) when mainloop integration is used.
     */
    virtual void SetSessionState(const std::string& SessionName, const std::string& SessionOwner, const int32_t& SessionState, const int32_t& SeatID, CommonAPI::CallStatus& callStatus, int32_t& ErrorCode);
    /**
     * Calls SetSessionState with asynchronous semantics.
     * 
     * The provided callback will be called when the reply to this call arrives or
     * an error occurs during the call. The CallStatus will indicate either "SUCCESS"
     * or which type of error has occurred. In case of any error, ONLY the CallStatus
     * will have a defined value.
     * The std::future returned by this method will be fulfilled at arrival of the reply.
     * It will provide the same value for CallStatus as will be handed to the callback.
     */
    virtual std::future<CommonAPI::CallStatus> SetSessionStateAsync(const std::string& SessionName, const std::string& SessionOwner, const int32_t& SessionState, const int32_t& SeatID, SetSessionStateAsyncCallback callback);

    /// Returns the CommonAPI address of the remote partner this proxy communicates with.
    virtual std::string getAddress() const;

    /// Returns the domain of the remote partner this proxy communicates with.
    virtual const std::string& getDomain() const;

    /// Returns the service ID of the remote partner this proxy communicates with.
    virtual const std::string& getServiceId() const;

    /// Returns the instance ID of the remote partner this proxy communicates with.
    virtual const std::string& getInstanceId() const;

    /// Returns true if the remote partner for this proxy is available.
    virtual bool isAvailable() const;

    /**
     * Returns the wrapper class that is used to (de-)register for notifications about
     * the availability of the remote partner of this proxy.
     */
    virtual CommonAPI::ProxyStatusEvent& getProxyStatusEvent();

    /**
     * Returns the wrapper class that is used to access version information of the remote
     * partner of this proxy.
     */
    virtual CommonAPI::InterfaceVersionAttribute& getInterfaceVersionAttribute();

 private:
    std::shared_ptr<ConsumerProxyBase> delegate_;
};

namespace ConsumerExtensions {
    template <template <typename > class _ExtensionType>
    class BootModeAttributeExtension {
     public:
        typedef _ExtensionType<ConsumerProxyBase::BootModeAttribute> extension_type;
    
        static_assert(std::is_base_of<typename CommonAPI::AttributeExtension<ConsumerProxyBase::BootModeAttribute>, extension_type>::value,
                      "Not CommonAPI Attribute Extension!");
    
        BootModeAttributeExtension(ConsumerProxyBase& proxy): attributeExtension_(proxy.getBootModeAttribute()) {
        }
    
        inline extension_type& getBootModeAttributeExtension() {
            return attributeExtension_;
        }
    
     private:
        extension_type attributeExtension_;
    };

    template <template <typename > class _ExtensionType>
    class RestartReasonAttributeExtension {
     public:
        typedef _ExtensionType<ConsumerProxyBase::RestartReasonAttribute> extension_type;
    
        static_assert(std::is_base_of<typename CommonAPI::AttributeExtension<ConsumerProxyBase::RestartReasonAttribute>, extension_type>::value,
                      "Not CommonAPI Attribute Extension!");
    
        RestartReasonAttributeExtension(ConsumerProxyBase& proxy): attributeExtension_(proxy.getRestartReasonAttribute()) {
        }
    
        inline extension_type& getRestartReasonAttributeExtension() {
            return attributeExtension_;
        }
    
     private:
        extension_type attributeExtension_;
    };

    template <template <typename > class _ExtensionType>
    class ShutdownReasonAttributeExtension {
     public:
        typedef _ExtensionType<ConsumerProxyBase::ShutdownReasonAttribute> extension_type;
    
        static_assert(std::is_base_of<typename CommonAPI::AttributeExtension<ConsumerProxyBase::ShutdownReasonAttribute>, extension_type>::value,
                      "Not CommonAPI Attribute Extension!");
    
        ShutdownReasonAttributeExtension(ConsumerProxyBase& proxy): attributeExtension_(proxy.getShutdownReasonAttribute()) {
        }
    
        inline extension_type& getShutdownReasonAttributeExtension() {
            return attributeExtension_;
        }
    
     private:
        extension_type attributeExtension_;
    };

    template <template <typename > class _ExtensionType>
    class WakeUpReasonAttributeExtension {
     public:
        typedef _ExtensionType<ConsumerProxyBase::WakeUpReasonAttribute> extension_type;
    
        static_assert(std::is_base_of<typename CommonAPI::AttributeExtension<ConsumerProxyBase::WakeUpReasonAttribute>, extension_type>::value,
                      "Not CommonAPI Attribute Extension!");
    
        WakeUpReasonAttributeExtension(ConsumerProxyBase& proxy): attributeExtension_(proxy.getWakeUpReasonAttribute()) {
        }
    
        inline extension_type& getWakeUpReasonAttributeExtension() {
            return attributeExtension_;
        }
    
     private:
        extension_type attributeExtension_;
    };

} // namespace ConsumerExtensions

//
// ConsumerProxy Implementation
//
template <typename ... _AttributeExtensions>
ConsumerProxy<_AttributeExtensions...>::ConsumerProxy(std::shared_ptr<CommonAPI::Proxy> delegate):
        delegate_(std::dynamic_pointer_cast<ConsumerProxyBase>(delegate)),
        _AttributeExtensions(*(std::dynamic_pointer_cast<ConsumerProxyBase>(delegate)))... {
}

template <typename ... _AttributeExtensions>
ConsumerProxy<_AttributeExtensions...>::~ConsumerProxy() {
}

template <typename ... _AttributeExtensions>
void ConsumerProxy<_AttributeExtensions...>::GetAppHealthCount(CommonAPI::CallStatus& callStatus, uint32_t& Count) {
    delegate_->GetAppHealthCount(callStatus, Count);
}

template <typename ... _AttributeExtensions>
std::future<CommonAPI::CallStatus> ConsumerProxy<_AttributeExtensions...>::GetAppHealthCountAsync(GetAppHealthCountAsyncCallback callback) {
    return delegate_->GetAppHealthCountAsync(callback);
}

template <typename ... _AttributeExtensions>
void ConsumerProxy<_AttributeExtensions...>::LifecycleRequestComplete(const uint32_t& RequestId, const int32_t& Status, CommonAPI::CallStatus& callStatus, int32_t& ErrorCode) {
    delegate_->LifecycleRequestComplete(RequestId, Status, callStatus, ErrorCode);
}

template <typename ... _AttributeExtensions>
std::future<CommonAPI::CallStatus> ConsumerProxy<_AttributeExtensions...>::LifecycleRequestCompleteAsync(const uint32_t& RequestId, const int32_t& Status, LifecycleRequestCompleteAsyncCallback callback) {
    return delegate_->LifecycleRequestCompleteAsync(RequestId, Status, callback);
}

template <typename ... _AttributeExtensions>
void ConsumerProxy<_AttributeExtensions...>::GetInterfaceVersion(CommonAPI::CallStatus& callStatus, uint32_t& Version) {
    delegate_->GetInterfaceVersion(callStatus, Version);
}

template <typename ... _AttributeExtensions>
std::future<CommonAPI::CallStatus> ConsumerProxy<_AttributeExtensions...>::GetInterfaceVersionAsync(GetInterfaceVersionAsyncCallback callback) {
    return delegate_->GetInterfaceVersionAsync(callback);
}

template <typename ... _AttributeExtensions>
void ConsumerProxy<_AttributeExtensions...>::GetApplicationMode(CommonAPI::CallStatus& callStatus, int32_t& ErrorCode, int32_t& ApplicationModeId) {
    delegate_->GetApplicationMode(callStatus, ErrorCode, ApplicationModeId);
}

template <typename ... _AttributeExtensions>
std::future<CommonAPI::CallStatus> ConsumerProxy<_AttributeExtensions...>::GetApplicationModeAsync(GetApplicationModeAsyncCallback callback) {
    return delegate_->GetApplicationModeAsync(callback);
}

template <typename ... _AttributeExtensions>
void ConsumerProxy<_AttributeExtensions...>::UnRegisterSession(const std::string& SessionName, const std::string& SessionOwner, const int32_t& SeatID, CommonAPI::CallStatus& callStatus, int32_t& ErrorCode) {
    delegate_->UnRegisterSession(SessionName, SessionOwner, SeatID, callStatus, ErrorCode);
}

template <typename ... _AttributeExtensions>
std::future<CommonAPI::CallStatus> ConsumerProxy<_AttributeExtensions...>::UnRegisterSessionAsync(const std::string& SessionName, const std::string& SessionOwner, const int32_t& SeatID, UnRegisterSessionAsyncCallback callback) {
    return delegate_->UnRegisterSessionAsync(SessionName, SessionOwner, SeatID, callback);
}

template <typename ... _AttributeExtensions>
void ConsumerProxy<_AttributeExtensions...>::RegisterSession(const std::string& SessionName, const std::string& SessionOwner, const int32_t& SeatID, const int32_t& SessionState, CommonAPI::CallStatus& callStatus, int32_t& ErrorCode) {
    delegate_->RegisterSession(SessionName, SessionOwner, SeatID, SessionState, callStatus, ErrorCode);
}

template <typename ... _AttributeExtensions>
std::future<CommonAPI::CallStatus> ConsumerProxy<_AttributeExtensions...>::RegisterSessionAsync(const std::string& SessionName, const std::string& SessionOwner, const int32_t& SeatID, const int32_t& SessionState, RegisterSessionAsyncCallback callback) {
    return delegate_->RegisterSessionAsync(SessionName, SessionOwner, SeatID, SessionState, callback);
}

template <typename ... _AttributeExtensions>
void ConsumerProxy<_AttributeExtensions...>::UnRegisterShutdownClient(const std::string& BusName, const std::string& ObjName, const uint32_t& ShutdownMode, CommonAPI::CallStatus& callStatus, int32_t& ErrorCode) {
    delegate_->UnRegisterShutdownClient(BusName, ObjName, ShutdownMode, callStatus, ErrorCode);
}

template <typename ... _AttributeExtensions>
std::future<CommonAPI::CallStatus> ConsumerProxy<_AttributeExtensions...>::UnRegisterShutdownClientAsync(const std::string& BusName, const std::string& ObjName, const uint32_t& ShutdownMode, UnRegisterShutdownClientAsyncCallback callback) {
    return delegate_->UnRegisterShutdownClientAsync(BusName, ObjName, ShutdownMode, callback);
}

template <typename ... _AttributeExtensions>
void ConsumerProxy<_AttributeExtensions...>::RegisterShutdownClient(const std::string& BusName, const std::string& ObjName, const uint32_t& ShutdownMode, const uint32_t& TimeoutMs, CommonAPI::CallStatus& callStatus, int32_t& ErrorCode) {
    delegate_->RegisterShutdownClient(BusName, ObjName, ShutdownMode, TimeoutMs, callStatus, ErrorCode);
}

template <typename ... _AttributeExtensions>
std::future<CommonAPI::CallStatus> ConsumerProxy<_AttributeExtensions...>::RegisterShutdownClientAsync(const std::string& BusName, const std::string& ObjName, const uint32_t& ShutdownMode, const uint32_t& TimeoutMs, RegisterShutdownClientAsyncCallback callback) {
    return delegate_->RegisterShutdownClientAsync(BusName, ObjName, ShutdownMode, TimeoutMs, callback);
}

template <typename ... _AttributeExtensions>
void ConsumerProxy<_AttributeExtensions...>::GetNodeState(CommonAPI::CallStatus& callStatus, int32_t& ErrorCode, int32_t& NodeStateId) {
    delegate_->GetNodeState(callStatus, ErrorCode, NodeStateId);
}

template <typename ... _AttributeExtensions>
std::future<CommonAPI::CallStatus> ConsumerProxy<_AttributeExtensions...>::GetNodeStateAsync(GetNodeStateAsyncCallback callback) {
    return delegate_->GetNodeStateAsync(callback);
}

template <typename ... _AttributeExtensions>
void ConsumerProxy<_AttributeExtensions...>::GetSessionState(const std::string& SessionName, const int32_t& SeatID, CommonAPI::CallStatus& callStatus, int32_t& SessionState, int32_t& ErrorCode) {
    delegate_->GetSessionState(SessionName, SeatID, callStatus, SessionState, ErrorCode);
}

template <typename ... _AttributeExtensions>
std::future<CommonAPI::CallStatus> ConsumerProxy<_AttributeExtensions...>::GetSessionStateAsync(const std::string& SessionName, const int32_t& SeatID, GetSessionStateAsyncCallback callback) {
    return delegate_->GetSessionStateAsync(SessionName, SeatID, callback);
}

template <typename ... _AttributeExtensions>
void ConsumerProxy<_AttributeExtensions...>::SetSessionState(const std::string& SessionName, const std::string& SessionOwner, const int32_t& SessionState, const int32_t& SeatID, CommonAPI::CallStatus& callStatus, int32_t& ErrorCode) {
    delegate_->SetSessionState(SessionName, SessionOwner, SessionState, SeatID, callStatus, ErrorCode);
}

template <typename ... _AttributeExtensions>
std::future<CommonAPI::CallStatus> ConsumerProxy<_AttributeExtensions...>::SetSessionStateAsync(const std::string& SessionName, const std::string& SessionOwner, const int32_t& SessionState, const int32_t& SeatID, SetSessionStateAsyncCallback callback) {
    return delegate_->SetSessionStateAsync(SessionName, SessionOwner, SessionState, SeatID, callback);
}


template <typename ... _AttributeExtensions>
std::string ConsumerProxy<_AttributeExtensions...>::getAddress() const {
    return delegate_->getAddress();
}

template <typename ... _AttributeExtensions>
const std::string& ConsumerProxy<_AttributeExtensions...>::getDomain() const {
    return delegate_->getDomain();
}

template <typename ... _AttributeExtensions>
const std::string& ConsumerProxy<_AttributeExtensions...>::getServiceId() const {
    return delegate_->getServiceId();
}

template <typename ... _AttributeExtensions>
const std::string& ConsumerProxy<_AttributeExtensions...>::getInstanceId() const {
    return delegate_->getInstanceId();
}

template <typename ... _AttributeExtensions>
bool ConsumerProxy<_AttributeExtensions...>::isAvailable() const {
    return delegate_->isAvailable();
}

template <typename ... _AttributeExtensions>
CommonAPI::ProxyStatusEvent& ConsumerProxy<_AttributeExtensions...>::getProxyStatusEvent() {
    return delegate_->getProxyStatusEvent();
}

template <typename ... _AttributeExtensions>
CommonAPI::InterfaceVersionAttribute& ConsumerProxy<_AttributeExtensions...>::getInterfaceVersionAttribute() {
    return delegate_->getInterfaceVersionAttribute();
}

} // namespace NodeStateManager
} // namespace genivi
} // namespace org

namespace CommonAPI {
template<template<typename > class _AttributeExtension>
struct DefaultAttributeProxyFactoryHelper<org::genivi::NodeStateManager::ConsumerProxy,
    _AttributeExtension> {
    typedef typename org::genivi::NodeStateManager::ConsumerProxy<
            org::genivi::NodeStateManager::ConsumerExtensions::BootModeAttributeExtension<_AttributeExtension>, 
            org::genivi::NodeStateManager::ConsumerExtensions::RestartReasonAttributeExtension<_AttributeExtension>, 
            org::genivi::NodeStateManager::ConsumerExtensions::ShutdownReasonAttributeExtension<_AttributeExtension>, 
            org::genivi::NodeStateManager::ConsumerExtensions::WakeUpReasonAttributeExtension<_AttributeExtension>
    > class_t;
};
}


#endif // ORG_GENIVI_NODESTATEMANAGER_Consumer_PROXY_H_