/*---------------------------------------------------------------------------*
  Project:  Horizon
  File:     ndm_Interface.cpp

  Copyright (C)2009 Nintendo Co., Ltd.  All rights reserved.

  These coded instructions, statements, and computer programs contain
  proprietary information of Nintendo of America Inc. and/or Nintendo
  Company Ltd., and are protected by Federal copyright law.  They may
  not be disclosed to third parties or copied or duplicated in any form,
  in whole or in part, without the prior written consent of Nintendo.

  $Rev: 23799 $
 *---------------------------------------------------------------------------*/

//
// このファイルを編集しないでください。
// このファイルは自動生成されます。
//

#include <nn/ndm/CTR/ndm_Interface.h>
#include <nn/os/ipc/os_SessionMessage.h>
#include <nn/svc/svc_Stub.h>
#include <cstring>




#ifdef NN_HARDWARE_CTR_LEGACY
    #include "..\..\..\processes\ndm\CTR\ndm_InterfaceImpl.h"
#endif   // ifdef NN_HARDWARE_CTR_LEGACY
using namespace nn::svc;
using namespace nn::os::ipc;

namespace nn {
namespace ndm {
namespace CTR {
namespace detail {

Handle Interface::s_Session;

nn::Result Interface::EnterExclusiveState( s32 mode )
{
#ifdef NN_HARDWARE_CTR_LEGACY
    return reinterpret_cast<InterfaceImpl*&>(s_Session)->EnterExclusiveState(0, mode);
#else    // ifdef NN_HARDWARE_CTR_LEGACY
    MessageBuffer ipcMsg(GetMessageBuffer());
    ipcMsg.SetHeader(TAG_ENTER_EXCLUSIVE_STATE, 1, 2, 0);
    ipcMsg.SetRaw(1, mode);
    ipcMsg.SetProcessIdHeader(2);


    nn::Result ipcResult = SendSyncRequest(s_Session);
    if( ipcResult.IsFailure() )
    {
        return ipcResult;
    }

    return ipcMsg.GetRaw<nn::Result>(1);
#endif   // ifdef NN_HARDWARE_CTR_LEGACY else
}
nn::Result Interface::LeaveExclusiveState()
{
#ifdef NN_HARDWARE_CTR_LEGACY
    return reinterpret_cast<InterfaceImpl*&>(s_Session)->LeaveExclusiveState(0);
#else    // ifdef NN_HARDWARE_CTR_LEGACY
    MessageBuffer ipcMsg(GetMessageBuffer());
    ipcMsg.SetHeader(TAG_LEAVE_EXCLUSIVE_STATE, 0, 2, 0);
    ipcMsg.SetProcessIdHeader(1);


    nn::Result ipcResult = SendSyncRequest(s_Session);
    if( ipcResult.IsFailure() )
    {
        return ipcResult;
    }

    return ipcMsg.GetRaw<nn::Result>(1);
#endif   // ifdef NN_HARDWARE_CTR_LEGACY else
}
nn::Result Interface::QueryExclusiveMode( s32* pMode )
{
#ifdef NN_HARDWARE_CTR_LEGACY
    return reinterpret_cast<InterfaceImpl*&>(s_Session)->QueryExclusiveMode(pMode);
#else    // ifdef NN_HARDWARE_CTR_LEGACY
    MessageBuffer ipcMsg(GetMessageBuffer());
    ipcMsg.SetHeader(TAG_QUERY_EXCLUSIVE_MODE, 0, 0, 0);


    nn::Result ipcResult = SendSyncRequest(s_Session);
    if( ipcResult.IsFailure() )
    {
        return ipcResult;
    }

    *pMode = ipcMsg.GetRaw<s32>(2);

    return ipcMsg.GetRaw<nn::Result>(1);
#endif   // ifdef NN_HARDWARE_CTR_LEGACY else
}
nn::Result Interface::LockState()
{
#ifdef NN_HARDWARE_CTR_LEGACY
    return reinterpret_cast<InterfaceImpl*&>(s_Session)->LockState(0);
#else    // ifdef NN_HARDWARE_CTR_LEGACY
    MessageBuffer ipcMsg(GetMessageBuffer());
    ipcMsg.SetHeader(TAG_LOCK_STATE, 0, 2, 0);
    ipcMsg.SetProcessIdHeader(1);


    nn::Result ipcResult = SendSyncRequest(s_Session);
    if( ipcResult.IsFailure() )
    {
        return ipcResult;
    }

    return ipcMsg.GetRaw<nn::Result>(1);
#endif   // ifdef NN_HARDWARE_CTR_LEGACY else
}
nn::Result Interface::UnlockState()
{
#ifdef NN_HARDWARE_CTR_LEGACY
    return reinterpret_cast<InterfaceImpl*&>(s_Session)->UnlockState(0);
#else    // ifdef NN_HARDWARE_CTR_LEGACY
    MessageBuffer ipcMsg(GetMessageBuffer());
    ipcMsg.SetHeader(TAG_UNLOCK_STATE, 0, 2, 0);
    ipcMsg.SetProcessIdHeader(1);


    nn::Result ipcResult = SendSyncRequest(s_Session);
    if( ipcResult.IsFailure() )
    {
        return ipcResult;
    }

    return ipcMsg.GetRaw<nn::Result>(1);
#endif   // ifdef NN_HARDWARE_CTR_LEGACY else
}
nn::Result Interface::SuspendDaemons( bit32 mask )
{
#ifdef NN_HARDWARE_CTR_LEGACY
    return reinterpret_cast<InterfaceImpl*&>(s_Session)->SuspendDaemons(mask);
#else    // ifdef NN_HARDWARE_CTR_LEGACY
    MessageBuffer ipcMsg(GetMessageBuffer());
    ipcMsg.SetHeader(TAG_SUSPEND_DAEMONS, 1, 0, 0);
    ipcMsg.SetRaw(1, mask);


    nn::Result ipcResult = SendSyncRequest(s_Session);
    if( ipcResult.IsFailure() )
    {
        return ipcResult;
    }

    return ipcMsg.GetRaw<nn::Result>(1);
#endif   // ifdef NN_HARDWARE_CTR_LEGACY else
}
nn::Result Interface::ResumeDaemons( bit32 mask )
{
#ifdef NN_HARDWARE_CTR_LEGACY
    return reinterpret_cast<InterfaceImpl*&>(s_Session)->ResumeDaemons(mask);
#else    // ifdef NN_HARDWARE_CTR_LEGACY
    MessageBuffer ipcMsg(GetMessageBuffer());
    ipcMsg.SetHeader(TAG_RESUME_DAEMONS, 1, 0, 0);
    ipcMsg.SetRaw(1, mask);


    nn::Result ipcResult = SendSyncRequest(s_Session);
    if( ipcResult.IsFailure() )
    {
        return ipcResult;
    }

    return ipcMsg.GetRaw<nn::Result>(1);
#endif   // ifdef NN_HARDWARE_CTR_LEGACY else
}
nn::Result Interface::SuspendScheduler( bool bAsync )
{
#ifdef NN_HARDWARE_CTR_LEGACY
    return reinterpret_cast<InterfaceImpl*&>(s_Session)->SuspendScheduler(bAsync);
#else    // ifdef NN_HARDWARE_CTR_LEGACY
    MessageBuffer ipcMsg(GetMessageBuffer());
    ipcMsg.SetHeader(TAG_SUSPEND_SCHEDULER, 1, 0, 0);
    ipcMsg.SetRaw(1, bAsync);


    nn::Result ipcResult = SendSyncRequest(s_Session);
    if( ipcResult.IsFailure() )
    {
        return ipcResult;
    }

    return ipcMsg.GetRaw<nn::Result>(1);
#endif   // ifdef NN_HARDWARE_CTR_LEGACY else
}
nn::Result Interface::ResumeScheduler()
{
#ifdef NN_HARDWARE_CTR_LEGACY
    return reinterpret_cast<InterfaceImpl*&>(s_Session)->ResumeScheduler();
#else    // ifdef NN_HARDWARE_CTR_LEGACY
    MessageBuffer ipcMsg(GetMessageBuffer());
    ipcMsg.SetHeader(TAG_RESUME_SCHEDULER, 0, 0, 0);


    nn::Result ipcResult = SendSyncRequest(s_Session);
    if( ipcResult.IsFailure() )
    {
        return ipcResult;
    }

    return ipcMsg.GetRaw<nn::Result>(1);
#endif   // ifdef NN_HARDWARE_CTR_LEGACY else
}
nn::Result Interface::GetCurrentState( s32* pState )
{
#ifdef NN_HARDWARE_CTR_LEGACY
    return reinterpret_cast<InterfaceImpl*&>(s_Session)->GetCurrentState(pState);
#else    // ifdef NN_HARDWARE_CTR_LEGACY
    MessageBuffer ipcMsg(GetMessageBuffer());
    ipcMsg.SetHeader(TAG_GET_CURRENT_STATE, 0, 0, 0);


    nn::Result ipcResult = SendSyncRequest(s_Session);
    if( ipcResult.IsFailure() )
    {
        return ipcResult;
    }

    *pState = ipcMsg.GetRaw<s32>(2);

    return ipcMsg.GetRaw<nn::Result>(1);
#endif   // ifdef NN_HARDWARE_CTR_LEGACY else
}
nn::Result Interface::GetTargetState( s32* pState )
{
#ifdef NN_HARDWARE_CTR_LEGACY
    return reinterpret_cast<InterfaceImpl*&>(s_Session)->GetTargetState(pState);
#else    // ifdef NN_HARDWARE_CTR_LEGACY
    MessageBuffer ipcMsg(GetMessageBuffer());
    ipcMsg.SetHeader(TAG_GET_TARGET_STATE, 0, 0, 0);


    nn::Result ipcResult = SendSyncRequest(s_Session);
    if( ipcResult.IsFailure() )
    {
        return ipcResult;
    }

    *pState = ipcMsg.GetRaw<s32>(2);

    return ipcMsg.GetRaw<nn::Result>(1);
#endif   // ifdef NN_HARDWARE_CTR_LEGACY else
}
nn::Result Interface::GetStateChangedEvent( nn::Handle* hEvent )
{
#ifdef NN_HARDWARE_CTR_LEGACY
    Handle duplicated_hEvent;
    Result ipcResult = reinterpret_cast<InterfaceImpl*&>(s_Session)->GetStateChangedEvent(&duplicated_hEvent);

    nn::svc::DuplicateHandle(hEvent, duplicated_hEvent);

    return ipcResult;
#else    // ifdef NN_HARDWARE_CTR_LEGACY
    MessageBuffer ipcMsg(GetMessageBuffer());
    ipcMsg.SetHeader(TAG_GET_STATE_CHANGED_EVENT, 0, 0, 0);


    nn::Result ipcResult = SendSyncRequest(s_Session);
    if( ipcResult.IsFailure() )
    {
        return ipcResult;
    }

    *hEvent = ipcMsg.GetHandle(3);

    return ipcMsg.GetRaw<nn::Result>(1);
#endif   // ifdef NN_HARDWARE_CTR_LEGACY else
}
nn::Result Interface::QueryStatus( nn::ndm::CTR::DaemonName name, s32* pStatus )
{
#ifdef NN_HARDWARE_CTR_LEGACY
    return reinterpret_cast<InterfaceImpl*&>(s_Session)->QueryStatus(name, pStatus);
#else    // ifdef NN_HARDWARE_CTR_LEGACY
    MessageBuffer ipcMsg(GetMessageBuffer());
    ipcMsg.SetHeader(TAG_QUERY_STATUS, 1, 0, 0);
    ipcMsg.SetRaw(1, name);


    nn::Result ipcResult = SendSyncRequest(s_Session);
    if( ipcResult.IsFailure() )
    {
        return ipcResult;
    }

    *pStatus = ipcMsg.GetRaw<s32>(2);

    return ipcMsg.GetRaw<nn::Result>(1);
#endif   // ifdef NN_HARDWARE_CTR_LEGACY else
}
nn::Result Interface::GetDaemonDisableCount( nn::ndm::CTR::DaemonName name, s32* pCount, s32* pCountTotal )
{
#ifdef NN_HARDWARE_CTR_LEGACY
    return reinterpret_cast<InterfaceImpl*&>(s_Session)->GetDaemonDisableCount(name, pCount, pCountTotal);
#else    // ifdef NN_HARDWARE_CTR_LEGACY
    MessageBuffer ipcMsg(GetMessageBuffer());
    ipcMsg.SetHeader(TAG_GET_DAEMON_DISABLE_COUNT, 1, 0, 0);
    ipcMsg.SetRaw(1, name);


    nn::Result ipcResult = SendSyncRequest(s_Session);
    if( ipcResult.IsFailure() )
    {
        return ipcResult;
    }

    *pCount = ipcMsg.GetRaw<s32>(2);
    *pCountTotal = ipcMsg.GetRaw<s32>(3);

    return ipcMsg.GetRaw<nn::Result>(1);
#endif   // ifdef NN_HARDWARE_CTR_LEGACY else
}
nn::Result Interface::GetSchedulerDisableCount( s32* pCount, s32* pCountTotal )
{
#ifdef NN_HARDWARE_CTR_LEGACY
    return reinterpret_cast<InterfaceImpl*&>(s_Session)->GetSchedulerDisableCount(pCount, pCountTotal);
#else    // ifdef NN_HARDWARE_CTR_LEGACY
    MessageBuffer ipcMsg(GetMessageBuffer());
    ipcMsg.SetHeader(TAG_GET_SCHEDULER_DISABLE_COUNT, 0, 0, 0);


    nn::Result ipcResult = SendSyncRequest(s_Session);
    if( ipcResult.IsFailure() )
    {
        return ipcResult;
    }

    *pCount = ipcMsg.GetRaw<s32>(2);
    *pCountTotal = ipcMsg.GetRaw<s32>(3);

    return ipcMsg.GetRaw<nn::Result>(1);
#endif   // ifdef NN_HARDWARE_CTR_LEGACY else
}
nn::Result Interface::SetScanInterval( s32 interval )
{
#ifdef NN_HARDWARE_CTR_LEGACY
    return reinterpret_cast<InterfaceImpl*&>(s_Session)->SetScanInterval(interval);
#else    // ifdef NN_HARDWARE_CTR_LEGACY
    MessageBuffer ipcMsg(GetMessageBuffer());
    ipcMsg.SetHeader(TAG_SET_SCAN_INTERVAL, 1, 0, 0);
    ipcMsg.SetRaw(1, interval);


    nn::Result ipcResult = SendSyncRequest(s_Session);
    if( ipcResult.IsFailure() )
    {
        return ipcResult;
    }

    return ipcMsg.GetRaw<nn::Result>(1);
#endif   // ifdef NN_HARDWARE_CTR_LEGACY else
}
nn::Result Interface::GetScanInterval( s32* pInterval )
{
#ifdef NN_HARDWARE_CTR_LEGACY
    return reinterpret_cast<InterfaceImpl*&>(s_Session)->GetScanInterval(pInterval);
#else    // ifdef NN_HARDWARE_CTR_LEGACY
    MessageBuffer ipcMsg(GetMessageBuffer());
    ipcMsg.SetHeader(TAG_GET_SCAN_INTERVAL, 0, 0, 0);


    nn::Result ipcResult = SendSyncRequest(s_Session);
    if( ipcResult.IsFailure() )
    {
        return ipcResult;
    }

    *pInterval = ipcMsg.GetRaw<s32>(2);

    return ipcMsg.GetRaw<nn::Result>(1);
#endif   // ifdef NN_HARDWARE_CTR_LEGACY else
}
nn::Result Interface::SetRetryInterval( s32 interval )
{
#ifdef NN_HARDWARE_CTR_LEGACY
    return reinterpret_cast<InterfaceImpl*&>(s_Session)->SetRetryInterval(interval);
#else    // ifdef NN_HARDWARE_CTR_LEGACY
    MessageBuffer ipcMsg(GetMessageBuffer());
    ipcMsg.SetHeader(TAG_SET_RETRY_INTERVAL, 1, 0, 0);
    ipcMsg.SetRaw(1, interval);


    nn::Result ipcResult = SendSyncRequest(s_Session);
    if( ipcResult.IsFailure() )
    {
        return ipcResult;
    }

    return ipcMsg.GetRaw<nn::Result>(1);
#endif   // ifdef NN_HARDWARE_CTR_LEGACY else
}
nn::Result Interface::GetRetryInterval( s32* pInterval )
{
#ifdef NN_HARDWARE_CTR_LEGACY
    return reinterpret_cast<InterfaceImpl*&>(s_Session)->GetRetryInterval(pInterval);
#else    // ifdef NN_HARDWARE_CTR_LEGACY
    MessageBuffer ipcMsg(GetMessageBuffer());
    ipcMsg.SetHeader(TAG_GET_RETRY_INTERVAL, 0, 0, 0);


    nn::Result ipcResult = SendSyncRequest(s_Session);
    if( ipcResult.IsFailure() )
    {
        return ipcResult;
    }

    *pInterval = ipcMsg.GetRaw<s32>(2);

    return ipcMsg.GetRaw<nn::Result>(1);
#endif   // ifdef NN_HARDWARE_CTR_LEGACY else
}

} // end of namespace detail
} // end of namespace CTR
} // end of namespace ndm
} // end of namespace nn