[ARM] tegra: add nvos/nvrm/nvmap drivers

arch/arm/mach-tegra/nv/nvrm/dispatch/nvrm_power_dispatch.c

+/*
+ * Copyright (c) 2009 NVIDIA Corporation.
+ * All rights reserved.
+ *
+ * Redistribution and use in source and binary forms, with or without
+ * modification, are permitted provided that the following conditions are met:
+ *
+ * Redistributions of source code must retain the above copyright notice,
+ * this list of conditions and the following disclaimer.
+ *
+ * Redistributions in binary form must reproduce the above copyright notice,
+ * this list of conditions and the following disclaimer in the documentation
+ * and/or other materials provided with the distribution.
+ *
+ * Neither the name of the NVIDIA Corporation nor the names of its contributors
+ * may be used to endorse or promote products derived from this software
+ * without specific prior written permission.
+ *
+ * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS"
+ * AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
+ * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
+ * ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE
+ * LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR
+ * CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF
+ * SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS
+ * INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN
+ * CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE)
+ * ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
+ * POSSIBILITY OF SUCH DAMAGE.
+ *
+ */
+
+#define NV_IDL_IS_DISPATCH
+
+#include "nvcommon.h"
+#include "nvos.h"
+#include "nvassert.h"
+#include "nvreftrack.h"
+#include "nvidlcmd.h"
+#include "nvrm_power.h"
+
+#define OFFSET( s, e ) (NvU32)(void *)(&(((s*)0)->e))
+
+
+typedef struct NvRmKernelPowerResume_in_t
+{
+    NvU32 package_;
+    NvU32 function_;
+    NvRmDeviceHandle hRmDeviceHandle;
+} NV_ALIGN(4) NvRmKernelPowerResume_in;
+
+typedef struct NvRmKernelPowerResume_inout_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmKernelPowerResume_inout;
+
+typedef struct NvRmKernelPowerResume_out_t
+{
+    NvError ret_;
+} NV_ALIGN(4) NvRmKernelPowerResume_out;
+
+typedef struct NvRmKernelPowerResume_params_t
+{
+    NvRmKernelPowerResume_in in;
+    NvRmKernelPowerResume_inout inout;
+    NvRmKernelPowerResume_out out;
+} NvRmKernelPowerResume_params;
+
+typedef struct NvRmKernelPowerSuspend_in_t
+{
+    NvU32 package_;
+    NvU32 function_;
+    NvRmDeviceHandle hRmDeviceHandle;
+} NV_ALIGN(4) NvRmKernelPowerSuspend_in;
+
+typedef struct NvRmKernelPowerSuspend_inout_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmKernelPowerSuspend_inout;
+
+typedef struct NvRmKernelPowerSuspend_out_t
+{
+    NvError ret_;
+} NV_ALIGN(4) NvRmKernelPowerSuspend_out;
+
+typedef struct NvRmKernelPowerSuspend_params_t
+{
+    NvRmKernelPowerSuspend_in in;
+    NvRmKernelPowerSuspend_inout inout;
+    NvRmKernelPowerSuspend_out out;
+} NvRmKernelPowerSuspend_params;
+
+typedef struct NvRmDfsSetLowVoltageThreshold_in_t
+{
+    NvU32 package_;
+    NvU32 function_;
+    NvRmDeviceHandle hRmDeviceHandle;
+    NvRmDfsVoltageRailId RailId;
+    NvRmMilliVolts LowMv;
+} NV_ALIGN(4) NvRmDfsSetLowVoltageThreshold_in;
+
+typedef struct NvRmDfsSetLowVoltageThreshold_inout_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmDfsSetLowVoltageThreshold_inout;
+
+typedef struct NvRmDfsSetLowVoltageThreshold_out_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmDfsSetLowVoltageThreshold_out;
+
+typedef struct NvRmDfsSetLowVoltageThreshold_params_t
+{
+    NvRmDfsSetLowVoltageThreshold_in in;
+    NvRmDfsSetLowVoltageThreshold_inout inout;
+    NvRmDfsSetLowVoltageThreshold_out out;
+} NvRmDfsSetLowVoltageThreshold_params;
+
+typedef struct NvRmDfsGetLowVoltageThreshold_in_t
+{
+    NvU32 package_;
+    NvU32 function_;
+    NvRmDeviceHandle hRmDeviceHandle;
+    NvRmDfsVoltageRailId RailId;
+} NV_ALIGN(4) NvRmDfsGetLowVoltageThreshold_in;
+
+typedef struct NvRmDfsGetLowVoltageThreshold_inout_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmDfsGetLowVoltageThreshold_inout;
+
+typedef struct NvRmDfsGetLowVoltageThreshold_out_t
+{
+    NvRmMilliVolts pLowMv;
+    NvRmMilliVolts pPresentMv;
+} NV_ALIGN(4) NvRmDfsGetLowVoltageThreshold_out;
+
+typedef struct NvRmDfsGetLowVoltageThreshold_params_t
+{
+    NvRmDfsGetLowVoltageThreshold_in in;
+    NvRmDfsGetLowVoltageThreshold_inout inout;
+    NvRmDfsGetLowVoltageThreshold_out out;
+} NvRmDfsGetLowVoltageThreshold_params;
+
+typedef struct NvRmDfsLogBusyGetEntry_in_t
+{
+    NvU32 package_;
+    NvU32 function_;
+    NvRmDeviceHandle hRmDeviceHandle;
+    NvU32 EntryIndex;
+} NV_ALIGN(4) NvRmDfsLogBusyGetEntry_in;
+
+typedef struct NvRmDfsLogBusyGetEntry_inout_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmDfsLogBusyGetEntry_inout;
+
+typedef struct NvRmDfsLogBusyGetEntry_out_t
+{
+    NvError ret_;
+    NvU32 pSampleIndex;
+    NvU32 pClientId;
+    NvU32 pClientTag;
+    NvRmDfsBusyHint pBusyHint;
+} NV_ALIGN(4) NvRmDfsLogBusyGetEntry_out;
+
+typedef struct NvRmDfsLogBusyGetEntry_params_t
+{
+    NvRmDfsLogBusyGetEntry_in in;
+    NvRmDfsLogBusyGetEntry_inout inout;
+    NvRmDfsLogBusyGetEntry_out out;
+} NvRmDfsLogBusyGetEntry_params;
+
+typedef struct NvRmDfsLogStarvationGetEntry_in_t
+{
+    NvU32 package_;
+    NvU32 function_;
+    NvRmDeviceHandle hRmDeviceHandle;
+    NvU32 EntryIndex;
+} NV_ALIGN(4) NvRmDfsLogStarvationGetEntry_in;
+
+typedef struct NvRmDfsLogStarvationGetEntry_inout_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmDfsLogStarvationGetEntry_inout;
+
+typedef struct NvRmDfsLogStarvationGetEntry_out_t
+{
+    NvError ret_;
+    NvU32 pSampleIndex;
+    NvU32 pClientId;
+    NvU32 pClientTag;
+    NvRmDfsStarvationHint pStarvationHint;
+} NV_ALIGN(4) NvRmDfsLogStarvationGetEntry_out;
+
+typedef struct NvRmDfsLogStarvationGetEntry_params_t
+{
+    NvRmDfsLogStarvationGetEntry_in in;
+    NvRmDfsLogStarvationGetEntry_inout inout;
+    NvRmDfsLogStarvationGetEntry_out out;
+} NvRmDfsLogStarvationGetEntry_params;
+
+typedef struct NvRmDfsLogActivityGetEntry_in_t
+{
+    NvU32 package_;
+    NvU32 function_;
+    NvRmDeviceHandle hRmDeviceHandle;
+    NvU32 EntryIndex;
+    NvU32 LogDomainsCount;
+    NvU32  * pActiveCyclesList;
+    NvRmFreqKHz  * pAveragesList;
+    NvRmFreqKHz  * pFrequenciesList;
+} NV_ALIGN(4) NvRmDfsLogActivityGetEntry_in;
+
+typedef struct NvRmDfsLogActivityGetEntry_inout_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmDfsLogActivityGetEntry_inout;
+
+typedef struct NvRmDfsLogActivityGetEntry_out_t
+{
+    NvError ret_;
+    NvU32 pIntervalMs;
+    NvU32 pLp2TimeMs;
+} NV_ALIGN(4) NvRmDfsLogActivityGetEntry_out;
+
+typedef struct NvRmDfsLogActivityGetEntry_params_t
+{
+    NvRmDfsLogActivityGetEntry_in in;
+    NvRmDfsLogActivityGetEntry_inout inout;
+    NvRmDfsLogActivityGetEntry_out out;
+} NvRmDfsLogActivityGetEntry_params;
+
+typedef struct NvRmDfsLogGetMeanFrequencies_in_t
+{
+    NvU32 package_;
+    NvU32 function_;
+    NvRmDeviceHandle hRmDeviceHandle;
+    NvU32 LogMeanFreqListCount;
+    NvRmFreqKHz  * pLogMeanFreqList;
+} NV_ALIGN(4) NvRmDfsLogGetMeanFrequencies_in;
+
+typedef struct NvRmDfsLogGetMeanFrequencies_inout_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmDfsLogGetMeanFrequencies_inout;
+
+typedef struct NvRmDfsLogGetMeanFrequencies_out_t
+{
+    NvError ret_;
+    NvU32 pLogLp2TimeMs;
+    NvU32 pLogLp2Entries;
+} NV_ALIGN(4) NvRmDfsLogGetMeanFrequencies_out;
+
+typedef struct NvRmDfsLogGetMeanFrequencies_params_t
+{
+    NvRmDfsLogGetMeanFrequencies_in in;
+    NvRmDfsLogGetMeanFrequencies_inout inout;
+    NvRmDfsLogGetMeanFrequencies_out out;
+} NvRmDfsLogGetMeanFrequencies_params;
+
+typedef struct NvRmDfsLogStart_in_t
+{
+    NvU32 package_;
+    NvU32 function_;
+    NvRmDeviceHandle hRmDeviceHandle;
+} NV_ALIGN(4) NvRmDfsLogStart_in;
+
+typedef struct NvRmDfsLogStart_inout_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmDfsLogStart_inout;
+
+typedef struct NvRmDfsLogStart_out_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmDfsLogStart_out;
+
+typedef struct NvRmDfsLogStart_params_t
+{
+    NvRmDfsLogStart_in in;
+    NvRmDfsLogStart_inout inout;
+    NvRmDfsLogStart_out out;
+} NvRmDfsLogStart_params;
+
+typedef struct NvRmDfsGetProfileData_in_t
+{
+    NvU32 package_;
+    NvU32 function_;
+    NvRmDeviceHandle hRmDeviceHandle;
+    NvU32 DfsProfileCount;
+    NvU32  * pSamplesNoList;
+    NvU32  * pProfileTimeUsList;
+} NV_ALIGN(4) NvRmDfsGetProfileData_in;
+
+typedef struct NvRmDfsGetProfileData_inout_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmDfsGetProfileData_inout;
+
+typedef struct NvRmDfsGetProfileData_out_t
+{
+    NvError ret_;
+    NvU32 pDfsPeriodUs;
+} NV_ALIGN(4) NvRmDfsGetProfileData_out;
+
+typedef struct NvRmDfsGetProfileData_params_t
+{
+    NvRmDfsGetProfileData_in in;
+    NvRmDfsGetProfileData_inout inout;
+    NvRmDfsGetProfileData_out out;
+} NvRmDfsGetProfileData_params;
+
+typedef struct NvRmDfsSetAvHighCorner_in_t
+{
+    NvU32 package_;
+    NvU32 function_;
+    NvRmDeviceHandle hRmDeviceHandle;
+    NvRmFreqKHz DfsSystemHighKHz;
+    NvRmFreqKHz DfsAvpHighKHz;
+    NvRmFreqKHz DfsVpipeHighKHz;
+} NV_ALIGN(4) NvRmDfsSetAvHighCorner_in;
+
+typedef struct NvRmDfsSetAvHighCorner_inout_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmDfsSetAvHighCorner_inout;
+
+typedef struct NvRmDfsSetAvHighCorner_out_t
+{
+    NvError ret_;
+} NV_ALIGN(4) NvRmDfsSetAvHighCorner_out;
+
+typedef struct NvRmDfsSetAvHighCorner_params_t
+{
+    NvRmDfsSetAvHighCorner_in in;
+    NvRmDfsSetAvHighCorner_inout inout;
+    NvRmDfsSetAvHighCorner_out out;
+} NvRmDfsSetAvHighCorner_params;
+
+typedef struct NvRmDfsSetCpuEmcHighCorner_in_t
+{
+    NvU32 package_;
+    NvU32 function_;
+    NvRmDeviceHandle hRmDeviceHandle;
+    NvRmFreqKHz DfsCpuHighKHz;
+    NvRmFreqKHz DfsEmcHighKHz;
+} NV_ALIGN(4) NvRmDfsSetCpuEmcHighCorner_in;
+
+typedef struct NvRmDfsSetCpuEmcHighCorner_inout_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmDfsSetCpuEmcHighCorner_inout;
+
+typedef struct NvRmDfsSetCpuEmcHighCorner_out_t
+{
+    NvError ret_;
+} NV_ALIGN(4) NvRmDfsSetCpuEmcHighCorner_out;
+
+typedef struct NvRmDfsSetCpuEmcHighCorner_params_t
+{
+    NvRmDfsSetCpuEmcHighCorner_in in;
+    NvRmDfsSetCpuEmcHighCorner_inout inout;
+    NvRmDfsSetCpuEmcHighCorner_out out;
+} NvRmDfsSetCpuEmcHighCorner_params;
+
+typedef struct NvRmDfsSetEmcEnvelope_in_t
+{
+    NvU32 package_;
+    NvU32 function_;
+    NvRmDeviceHandle hRmDeviceHandle;
+    NvRmFreqKHz DfsEmcLowCornerKHz;
+    NvRmFreqKHz DfsEmcHighCornerKHz;
+} NV_ALIGN(4) NvRmDfsSetEmcEnvelope_in;
+
+typedef struct NvRmDfsSetEmcEnvelope_inout_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmDfsSetEmcEnvelope_inout;
+
+typedef struct NvRmDfsSetEmcEnvelope_out_t
+{
+    NvError ret_;
+} NV_ALIGN(4) NvRmDfsSetEmcEnvelope_out;
+
+typedef struct NvRmDfsSetEmcEnvelope_params_t
+{
+    NvRmDfsSetEmcEnvelope_in in;
+    NvRmDfsSetEmcEnvelope_inout inout;
+    NvRmDfsSetEmcEnvelope_out out;
+} NvRmDfsSetEmcEnvelope_params;
+
+typedef struct NvRmDfsSetCpuEnvelope_in_t
+{
+    NvU32 package_;
+    NvU32 function_;
+    NvRmDeviceHandle hRmDeviceHandle;
+    NvRmFreqKHz DfsCpuLowCornerKHz;
+    NvRmFreqKHz DfsCpuHighCornerKHz;
+} NV_ALIGN(4) NvRmDfsSetCpuEnvelope_in;
+
+typedef struct NvRmDfsSetCpuEnvelope_inout_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmDfsSetCpuEnvelope_inout;
+
+typedef struct NvRmDfsSetCpuEnvelope_out_t
+{
+    NvError ret_;
+} NV_ALIGN(4) NvRmDfsSetCpuEnvelope_out;
+
+typedef struct NvRmDfsSetCpuEnvelope_params_t
+{
+    NvRmDfsSetCpuEnvelope_in in;
+    NvRmDfsSetCpuEnvelope_inout inout;
+    NvRmDfsSetCpuEnvelope_out out;
+} NvRmDfsSetCpuEnvelope_params;
+
+typedef struct NvRmDfsSetTarget_in_t
+{
+    NvU32 package_;
+    NvU32 function_;
+    NvRmDeviceHandle hRmDeviceHandle;
+    NvU32 DfsFreqListCount;
+    NvRmFreqKHz  * pDfsTargetFreqList;
+} NV_ALIGN(4) NvRmDfsSetTarget_in;
+
+typedef struct NvRmDfsSetTarget_inout_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmDfsSetTarget_inout;
+
+typedef struct NvRmDfsSetTarget_out_t
+{
+    NvError ret_;
+} NV_ALIGN(4) NvRmDfsSetTarget_out;
+
+typedef struct NvRmDfsSetTarget_params_t
+{
+    NvRmDfsSetTarget_in in;
+    NvRmDfsSetTarget_inout inout;
+    NvRmDfsSetTarget_out out;
+} NvRmDfsSetTarget_params;
+
+typedef struct NvRmDfsSetLowCorner_in_t
+{
+    NvU32 package_;
+    NvU32 function_;
+    NvRmDeviceHandle hRmDeviceHandle;
+    NvU32 DfsFreqListCount;
+    NvRmFreqKHz  * pDfsLowFreqList;
+} NV_ALIGN(4) NvRmDfsSetLowCorner_in;
+
+typedef struct NvRmDfsSetLowCorner_inout_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmDfsSetLowCorner_inout;
+
+typedef struct NvRmDfsSetLowCorner_out_t
+{
+    NvError ret_;
+} NV_ALIGN(4) NvRmDfsSetLowCorner_out;
+
+typedef struct NvRmDfsSetLowCorner_params_t
+{
+    NvRmDfsSetLowCorner_in in;
+    NvRmDfsSetLowCorner_inout inout;
+    NvRmDfsSetLowCorner_out out;
+} NvRmDfsSetLowCorner_params;
+
+typedef struct NvRmDfsSetState_in_t
+{
+    NvU32 package_;
+    NvU32 function_;
+    NvRmDeviceHandle hRmDeviceHandle;
+    NvRmDfsRunState NewDfsRunState;
+} NV_ALIGN(4) NvRmDfsSetState_in;
+
+typedef struct NvRmDfsSetState_inout_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmDfsSetState_inout;
+
+typedef struct NvRmDfsSetState_out_t
+{
+    NvError ret_;
+} NV_ALIGN(4) NvRmDfsSetState_out;
+
+typedef struct NvRmDfsSetState_params_t
+{
+    NvRmDfsSetState_in in;
+    NvRmDfsSetState_inout inout;
+    NvRmDfsSetState_out out;
+} NvRmDfsSetState_params;
+
+typedef struct NvRmDfsGetClockUtilization_in_t
+{
+    NvU32 package_;
+    NvU32 function_;
+    NvRmDeviceHandle hRmDeviceHandle;
+    NvRmDfsClockId ClockId;
+} NV_ALIGN(4) NvRmDfsGetClockUtilization_in;
+
+typedef struct NvRmDfsGetClockUtilization_inout_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmDfsGetClockUtilization_inout;
+
+typedef struct NvRmDfsGetClockUtilization_out_t
+{
+    NvError ret_;
+    NvRmDfsClockUsage pClockUsage;
+} NV_ALIGN(4) NvRmDfsGetClockUtilization_out;
+
+typedef struct NvRmDfsGetClockUtilization_params_t
+{
+    NvRmDfsGetClockUtilization_in in;
+    NvRmDfsGetClockUtilization_inout inout;
+    NvRmDfsGetClockUtilization_out out;
+} NvRmDfsGetClockUtilization_params;
+
+typedef struct NvRmDfsGetState_in_t
+{
+    NvU32 package_;
+    NvU32 function_;
+    NvRmDeviceHandle hRmDeviceHandle;
+} NV_ALIGN(4) NvRmDfsGetState_in;
+
+typedef struct NvRmDfsGetState_inout_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmDfsGetState_inout;
+
+typedef struct NvRmDfsGetState_out_t
+{
+    NvRmDfsRunState ret_;
+} NV_ALIGN(4) NvRmDfsGetState_out;
+
+typedef struct NvRmDfsGetState_params_t
+{
+    NvRmDfsGetState_in in;
+    NvRmDfsGetState_inout inout;
+    NvRmDfsGetState_out out;
+} NvRmDfsGetState_params;
+
+typedef struct NvRmPowerActivityHint_in_t
+{
+    NvU32 package_;
+    NvU32 function_;
+    NvRmDeviceHandle hRmDeviceHandle;
+    NvRmModuleID ModuleId;
+    NvU32 ClientId;
+    NvU32 ActivityDurationMs;
+} NV_ALIGN(4) NvRmPowerActivityHint_in;
+
+typedef struct NvRmPowerActivityHint_inout_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmPowerActivityHint_inout;
+
+typedef struct NvRmPowerActivityHint_out_t
+{
+    NvError ret_;
+} NV_ALIGN(4) NvRmPowerActivityHint_out;
+
+typedef struct NvRmPowerActivityHint_params_t
+{
+    NvRmPowerActivityHint_in in;
+    NvRmPowerActivityHint_inout inout;
+    NvRmPowerActivityHint_out out;
+} NvRmPowerActivityHint_params;
+
+typedef struct NvRmPowerStarvationHintMulti_in_t
+{
+    NvU32 package_;
+    NvU32 function_;
+    NvRmDeviceHandle hRmDeviceHandle;
+    NvU32 ClientId;
+    NvRmDfsStarvationHint  * pMultiHint;
+    NvU32 NumHints;
+} NV_ALIGN(4) NvRmPowerStarvationHintMulti_in;
+
+typedef struct NvRmPowerStarvationHintMulti_inout_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmPowerStarvationHintMulti_inout;
+
+typedef struct NvRmPowerStarvationHintMulti_out_t
+{
+    NvError ret_;
+} NV_ALIGN(4) NvRmPowerStarvationHintMulti_out;
+
+typedef struct NvRmPowerStarvationHintMulti_params_t
+{
+    NvRmPowerStarvationHintMulti_in in;
+    NvRmPowerStarvationHintMulti_inout inout;
+    NvRmPowerStarvationHintMulti_out out;
+} NvRmPowerStarvationHintMulti_params;
+
+typedef struct NvRmPowerStarvationHint_in_t
+{
+    NvU32 package_;
+    NvU32 function_;
+    NvRmDeviceHandle hRmDeviceHandle;
+    NvRmDfsClockId ClockId;
+    NvU32 ClientId;
+    NvBool Starving;
+} NV_ALIGN(4) NvRmPowerStarvationHint_in;
+
+typedef struct NvRmPowerStarvationHint_inout_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmPowerStarvationHint_inout;
+
+typedef struct NvRmPowerStarvationHint_out_t
+{
+    NvError ret_;
+} NV_ALIGN(4) NvRmPowerStarvationHint_out;
+
+typedef struct NvRmPowerStarvationHint_params_t
+{
+    NvRmPowerStarvationHint_in in;
+    NvRmPowerStarvationHint_inout inout;
+    NvRmPowerStarvationHint_out out;
+} NvRmPowerStarvationHint_params;
+
+typedef struct NvRmPowerBusyHintMulti_in_t
+{
+    NvU32 package_;
+    NvU32 function_;
+    NvRmDeviceHandle hRmDeviceHandle;
+    NvU32 ClientId;
+    NvRmDfsBusyHint  * pMultiHint;
+    NvU32 NumHints;
+    NvRmDfsBusyHintSyncMode Mode;
+} NV_ALIGN(4) NvRmPowerBusyHintMulti_in;
+
+typedef struct NvRmPowerBusyHintMulti_inout_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmPowerBusyHintMulti_inout;
+
+typedef struct NvRmPowerBusyHintMulti_out_t
+{
+    NvError ret_;
+} NV_ALIGN(4) NvRmPowerBusyHintMulti_out;
+
+typedef struct NvRmPowerBusyHintMulti_params_t
+{
+    NvRmPowerBusyHintMulti_in in;
+    NvRmPowerBusyHintMulti_inout inout;
+    NvRmPowerBusyHintMulti_out out;
+} NvRmPowerBusyHintMulti_params;
+
+typedef struct NvRmPowerBusyHint_in_t
+{
+    NvU32 package_;
+    NvU32 function_;
+    NvRmDeviceHandle hRmDeviceHandle;
+    NvRmDfsClockId ClockId;
+    NvU32 ClientId;
+    NvU32 BoostDurationMs;
+    NvRmFreqKHz BoostKHz;
+} NV_ALIGN(4) NvRmPowerBusyHint_in;
+
+typedef struct NvRmPowerBusyHint_inout_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmPowerBusyHint_inout;
+
+typedef struct NvRmPowerBusyHint_out_t
+{
+    NvError ret_;
+} NV_ALIGN(4) NvRmPowerBusyHint_out;
+
+typedef struct NvRmPowerBusyHint_params_t
+{
+    NvRmPowerBusyHint_in in;
+    NvRmPowerBusyHint_inout inout;
+    NvRmPowerBusyHint_out out;
+} NvRmPowerBusyHint_params;
+
+typedef struct NvRmListPowerAwareModules_in_t
+{
+    NvU32 package_;
+    NvU32 function_;
+    NvRmDeviceHandle hRmDeviceHandle;
+    NvRmModuleID  * pIdList;
+    NvBool  * pActiveList;
+} NV_ALIGN(4) NvRmListPowerAwareModules_in;
+
+typedef struct NvRmListPowerAwareModules_inout_t
+{
+    NvU32 pListSize;
+} NV_ALIGN(4) NvRmListPowerAwareModules_inout;
+
+typedef struct NvRmListPowerAwareModules_out_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmListPowerAwareModules_out;
+
+typedef struct NvRmListPowerAwareModules_params_t
+{
+    NvRmListPowerAwareModules_in in;
+    NvRmListPowerAwareModules_inout inout;
+    NvRmListPowerAwareModules_out out;
+} NvRmListPowerAwareModules_params;
+
+typedef struct NvRmPowerVoltageControl_in_t
+{
+    NvU32 package_;
+    NvU32 function_;
+    NvRmDeviceHandle hRmDeviceHandle;
+    NvRmModuleID ModuleId;
+    NvU32 ClientId;
+    NvRmMilliVolts MinVolts;
+    NvRmMilliVolts MaxVolts;
+    NvRmMilliVolts  * PrefVoltageList;
+    NvU32 PrefVoltageListCount;
+} NV_ALIGN(4) NvRmPowerVoltageControl_in;
+
+typedef struct NvRmPowerVoltageControl_inout_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmPowerVoltageControl_inout;
+
+typedef struct NvRmPowerVoltageControl_out_t
+{
+    NvError ret_;
+    NvRmMilliVolts CurrentVolts;
+} NV_ALIGN(4) NvRmPowerVoltageControl_out;
+
+typedef struct NvRmPowerVoltageControl_params_t
+{
+    NvRmPowerVoltageControl_in in;
+    NvRmPowerVoltageControl_inout inout;
+    NvRmPowerVoltageControl_out out;
+} NvRmPowerVoltageControl_params;
+
+typedef struct NvRmPowerModuleClockControl_in_t
+{
+    NvU32 package_;
+    NvU32 function_;
+    NvRmDeviceHandle hRmDeviceHandle;
+    NvRmModuleID ModuleId;
+    NvU32 ClientId;
+    NvBool Enable;
+} NV_ALIGN(4) NvRmPowerModuleClockControl_in;
+
+typedef struct NvRmPowerModuleClockControl_inout_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmPowerModuleClockControl_inout;
+
+typedef struct NvRmPowerModuleClockControl_out_t
+{
+    NvError ret_;
+} NV_ALIGN(4) NvRmPowerModuleClockControl_out;
+
+typedef struct NvRmPowerModuleClockControl_params_t
+{
+    NvRmPowerModuleClockControl_in in;
+    NvRmPowerModuleClockControl_inout inout;
+    NvRmPowerModuleClockControl_out out;
+} NvRmPowerModuleClockControl_params;
+
+typedef struct NvRmPowerModuleClockConfig_in_t
+{
+    NvU32 package_;
+    NvU32 function_;
+    NvRmDeviceHandle hRmDeviceHandle;
+    NvRmModuleID ModuleId;
+    NvU32 ClientId;
+    NvRmFreqKHz MinFreq;
+    NvRmFreqKHz MaxFreq;
+    NvRmFreqKHz  * PrefFreqList;
+    NvU32 PrefFreqListCount;
+    NvU32 flags;
+} NV_ALIGN(4) NvRmPowerModuleClockConfig_in;
+
+typedef struct NvRmPowerModuleClockConfig_inout_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmPowerModuleClockConfig_inout;
+
+typedef struct NvRmPowerModuleClockConfig_out_t
+{
+    NvError ret_;
+    NvRmFreqKHz CurrentFreq;
+} NV_ALIGN(4) NvRmPowerModuleClockConfig_out;
+
+typedef struct NvRmPowerModuleClockConfig_params_t
+{
+    NvRmPowerModuleClockConfig_in in;
+    NvRmPowerModuleClockConfig_inout inout;
+    NvRmPowerModuleClockConfig_out out;
+} NvRmPowerModuleClockConfig_params;
+
+typedef struct NvRmPowerModuleGetMaxFrequency_in_t
+{
+    NvU32 package_;
+    NvU32 function_;
+    NvRmDeviceHandle hRmDeviceHandle;
+    NvRmModuleID ModuleId;
+} NV_ALIGN(4) NvRmPowerModuleGetMaxFrequency_in;
+
+typedef struct NvRmPowerModuleGetMaxFrequency_inout_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmPowerModuleGetMaxFrequency_inout;
+
+typedef struct NvRmPowerModuleGetMaxFrequency_out_t
+{
+    NvRmFreqKHz ret_;
+} NV_ALIGN(4) NvRmPowerModuleGetMaxFrequency_out;
+
+typedef struct NvRmPowerModuleGetMaxFrequency_params_t
+{
+    NvRmPowerModuleGetMaxFrequency_in in;
+    NvRmPowerModuleGetMaxFrequency_inout inout;
+    NvRmPowerModuleGetMaxFrequency_out out;
+} NvRmPowerModuleGetMaxFrequency_params;
+
+typedef struct NvRmPowerGetPrimaryFrequency_in_t
+{
+    NvU32 package_;
+    NvU32 function_;
+    NvRmDeviceHandle hRmDeviceHandle;
+} NV_ALIGN(4) NvRmPowerGetPrimaryFrequency_in;
+
+typedef struct NvRmPowerGetPrimaryFrequency_inout_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmPowerGetPrimaryFrequency_inout;
+
+typedef struct NvRmPowerGetPrimaryFrequency_out_t
+{
+    NvRmFreqKHz ret_;
+} NV_ALIGN(4) NvRmPowerGetPrimaryFrequency_out;
+
+typedef struct NvRmPowerGetPrimaryFrequency_params_t
+{
+    NvRmPowerGetPrimaryFrequency_in in;
+    NvRmPowerGetPrimaryFrequency_inout inout;
+    NvRmPowerGetPrimaryFrequency_out out;
+} NvRmPowerGetPrimaryFrequency_params;
+
+typedef struct NvRmPowerGetState_in_t
+{
+    NvU32 package_;
+    NvU32 function_;
+    NvRmDeviceHandle hRmDeviceHandle;
+} NV_ALIGN(4) NvRmPowerGetState_in;
+
+typedef struct NvRmPowerGetState_inout_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmPowerGetState_inout;
+
+typedef struct NvRmPowerGetState_out_t
+{
+    NvError ret_;
+    NvRmPowerState pState;
+} NV_ALIGN(4) NvRmPowerGetState_out;
+
+typedef struct NvRmPowerGetState_params_t
+{
+    NvRmPowerGetState_in in;
+    NvRmPowerGetState_inout inout;
+    NvRmPowerGetState_out out;
+} NvRmPowerGetState_params;
+
+typedef struct NvRmPowerEventNotify_in_t
+{
+    NvU32 package_;
+    NvU32 function_;
+    NvRmDeviceHandle hRmDeviceHandle;
+    NvRmPowerEvent Event;
+} NV_ALIGN(4) NvRmPowerEventNotify_in;
+
+typedef struct NvRmPowerEventNotify_inout_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmPowerEventNotify_inout;
+
+typedef struct NvRmPowerEventNotify_out_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmPowerEventNotify_out;
+
+typedef struct NvRmPowerEventNotify_params_t
+{
+    NvRmPowerEventNotify_in in;
+    NvRmPowerEventNotify_inout inout;
+    NvRmPowerEventNotify_out out;
+} NvRmPowerEventNotify_params;
+
+typedef struct NvRmPowerGetEvent_in_t
+{
+    NvU32 package_;
+    NvU32 function_;
+    NvRmDeviceHandle hRmDeviceHandle;
+    NvU32 ClientId;
+} NV_ALIGN(4) NvRmPowerGetEvent_in;
+
+typedef struct NvRmPowerGetEvent_inout_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmPowerGetEvent_inout;
+
+typedef struct NvRmPowerGetEvent_out_t
+{
+    NvError ret_;
+    NvRmPowerEvent pEvent;
+} NV_ALIGN(4) NvRmPowerGetEvent_out;
+
+typedef struct NvRmPowerGetEvent_params_t
+{
+    NvRmPowerGetEvent_in in;
+    NvRmPowerGetEvent_inout inout;
+    NvRmPowerGetEvent_out out;
+} NvRmPowerGetEvent_params;
+
+typedef struct NvRmPowerUnRegister_in_t
+{
+    NvU32 package_;
+    NvU32 function_;
+    NvRmDeviceHandle hRmDeviceHandle;
+    NvU32 ClientId;
+} NV_ALIGN(4) NvRmPowerUnRegister_in;
+
+typedef struct NvRmPowerUnRegister_inout_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmPowerUnRegister_inout;
+
+typedef struct NvRmPowerUnRegister_out_t
+{
+    NvU32 dummy_;
+} NV_ALIGN(4) NvRmPowerUnRegister_out;
+
+typedef struct NvRmPowerUnRegister_params_t
+{
+    NvRmPowerUnRegister_in in;
+    NvRmPowerUnRegister_inout inout;
+    NvRmPowerUnRegister_out out;
+} NvRmPowerUnRegister_params;
+
+typedef struct NvRmPowerRegister_in_t
+{
+    NvU32 package_;
+    NvU32 function_;
+    NvRmDeviceHandle hRmDeviceHandle;
+    NvOsSemaphoreHandle hEventSemaphore;
+} NV_ALIGN(4) NvRmPowerRegister_in;
+
+typedef struct NvRmPowerRegister_inout_t
+{
+    NvU32 pClientId;
+} NV_ALIGN(4) NvRmPowerRegister_inout;
+
+typedef struct NvRmPowerRegister_out_t
+{
+    NvError ret_;
+} NV_ALIGN(4) NvRmPowerRegister_out;
+
+typedef struct NvRmPowerRegister_params_t
+{
+    NvRmPowerRegister_in in;
+    NvRmPowerRegister_inout inout;
+    NvRmPowerRegister_out out;
+} NvRmPowerRegister_params;
+
+static NvError NvRmKernelPowerResume_dispatch_( void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx )
+{
+    NvError err_ = NvSuccess;
+    NvRmKernelPowerResume_in *p_in;
+    NvRmKernelPowerResume_out *p_out;
+
+    p_in = (NvRmKernelPowerResume_in *)InBuffer;
+    p_out = (NvRmKernelPowerResume_out *)((NvU8 *)OutBuffer + OFFSET(NvRmKernelPowerResume_params, out) - OFFSET(NvRmKernelPowerResume_params, inout));
+
+
+    p_out->ret_ = NvRmKernelPowerResume( p_in->hRmDeviceHandle );
+
+    return err_;
+}
+
+static NvError NvRmKernelPowerSuspend_dispatch_( void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx )
+{
+    NvError err_ = NvSuccess;
+    NvRmKernelPowerSuspend_in *p_in;
+    NvRmKernelPowerSuspend_out *p_out;
+
+    p_in = (NvRmKernelPowerSuspend_in *)InBuffer;
+    p_out = (NvRmKernelPowerSuspend_out *)((NvU8 *)OutBuffer + OFFSET(NvRmKernelPowerSuspend_params, out) - OFFSET(NvRmKernelPowerSuspend_params, inout));
+
+
+    p_out->ret_ = NvRmKernelPowerSuspend( p_in->hRmDeviceHandle );
+
+    return err_;
+}
+
+static NvError NvRmDfsSetLowVoltageThreshold_dispatch_( void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx )
+{
+    NvError err_ = NvSuccess;
+    NvRmDfsSetLowVoltageThreshold_in *p_in;
+
+    p_in = (NvRmDfsSetLowVoltageThreshold_in *)InBuffer;
+
+
+    NvRmDfsSetLowVoltageThreshold( p_in->hRmDeviceHandle, p_in->RailId, p_in->LowMv );
+
+    return err_;
+}
+
+static NvError NvRmDfsGetLowVoltageThreshold_dispatch_( void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx )
+{
+    NvError err_ = NvSuccess;
+    NvRmDfsGetLowVoltageThreshold_in *p_in;
+    NvRmDfsGetLowVoltageThreshold_out *p_out;
+
+    p_in = (NvRmDfsGetLowVoltageThreshold_in *)InBuffer;
+    p_out = (NvRmDfsGetLowVoltageThreshold_out *)((NvU8 *)OutBuffer + OFFSET(NvRmDfsGetLowVoltageThreshold_params, out) - OFFSET(NvRmDfsGetLowVoltageThreshold_params, inout));
+
+
+    NvRmDfsGetLowVoltageThreshold( p_in->hRmDeviceHandle, p_in->RailId, &p_out->pLowMv, &p_out->pPresentMv );
+
+    return err_;
+}
+
+static NvError NvRmDfsLogBusyGetEntry_dispatch_( void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx )
+{
+    NvError err_ = NvSuccess;
+    NvRmDfsLogBusyGetEntry_in *p_in;
+    NvRmDfsLogBusyGetEntry_out *p_out;
+
+    p_in = (NvRmDfsLogBusyGetEntry_in *)InBuffer;
+    p_out = (NvRmDfsLogBusyGetEntry_out *)((NvU8 *)OutBuffer + OFFSET(NvRmDfsLogBusyGetEntry_params, out) - OFFSET(NvRmDfsLogBusyGetEntry_params, inout));
+
+
+    p_out->ret_ = NvRmDfsLogBusyGetEntry( p_in->hRmDeviceHandle, p_in->EntryIndex, &p_out->pSampleIndex, &p_out->pClientId, &p_out->pClientTag, &p_out->pBusyHint );
+
+    return err_;
+}
+
+static NvError NvRmDfsLogStarvationGetEntry_dispatch_( void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx )
+{
+    NvError err_ = NvSuccess;
+    NvRmDfsLogStarvationGetEntry_in *p_in;
+    NvRmDfsLogStarvationGetEntry_out *p_out;
+
+    p_in = (NvRmDfsLogStarvationGetEntry_in *)InBuffer;
+    p_out = (NvRmDfsLogStarvationGetEntry_out *)((NvU8 *)OutBuffer + OFFSET(NvRmDfsLogStarvationGetEntry_params, out) - OFFSET(NvRmDfsLogStarvationGetEntry_params, inout));
+
+
+    p_out->ret_ = NvRmDfsLogStarvationGetEntry( p_in->hRmDeviceHandle, p_in->EntryIndex, &p_out->pSampleIndex, &p_out->pClientId, &p_out->pClientTag, &p_out->pStarvationHint );
+
+    return err_;
+}
+
+static NvError NvRmDfsLogActivityGetEntry_dispatch_( void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx )
+{
+    NvError err_ = NvSuccess;
+    NvRmDfsLogActivityGetEntry_in *p_in;
+    NvRmDfsLogActivityGetEntry_out *p_out;
+    NvU32  *pActiveCyclesList = NULL;
+    NvRmFreqKHz *pAveragesList = NULL;
+    NvRmFreqKHz *pFrequenciesList = NULL;
+
+    p_in = (NvRmDfsLogActivityGetEntry_in *)InBuffer;
+    p_out = (NvRmDfsLogActivityGetEntry_out *)((NvU8 *)OutBuffer + OFFSET(NvRmDfsLogActivityGetEntry_params, out) - OFFSET(NvRmDfsLogActivityGetEntry_params, inout));
+
+    if( p_in->LogDomainsCount && p_in->pActiveCyclesList )
+    {
+        pActiveCyclesList = (NvU32  *)NvOsAlloc( p_in->LogDomainsCount * sizeof( NvU32  ) );
+        if( !pActiveCyclesList )
+        {
+            err_ = NvError_InsufficientMemory;
+            goto clean;
+        }
+    }
+    if( p_in->LogDomainsCount && p_in->pAveragesList )
+    {
+        pAveragesList = (NvRmFreqKHz  *)NvOsAlloc( p_in->LogDomainsCount * sizeof( NvRmFreqKHz  ) );
+        if( !pAveragesList )
+        {
+            err_ = NvError_InsufficientMemory;
+            goto clean;
+        }
+    }
+    if( p_in->LogDomainsCount && p_in->pFrequenciesList )
+    {
+        pFrequenciesList = (NvRmFreqKHz  *)NvOsAlloc( p_in->LogDomainsCount * sizeof( NvRmFreqKHz  ) );
+        if( !pFrequenciesList )
+        {
+            err_ = NvError_InsufficientMemory;
+            goto clean;
+        }
+    }
+
+    p_out->ret_ = NvRmDfsLogActivityGetEntry( p_in->hRmDeviceHandle, p_in->EntryIndex, p_in->LogDomainsCount, &p_out->pIntervalMs, &p_out->pLp2TimeMs, pActiveCyclesList, pAveragesList, pFrequenciesList );
+
+    if(p_in->pActiveCyclesList && pActiveCyclesList)
+    {
+        err_ = NvOsCopyOut( p_in->pActiveCyclesList, pActiveCyclesList, p_in->LogDomainsCount * sizeof( NvU32  ) );
+        if( err_ != NvSuccess )
+        {
+            err_ = NvError_BadParameter;
+        }
+    }
+    if(p_in->pAveragesList && pAveragesList)
+    {
+        err_ = NvOsCopyOut( p_in->pAveragesList, pAveragesList, p_in->LogDomainsCount * sizeof( NvRmFreqKHz  ) );
+        if( err_ != NvSuccess )
+        {
+            err_ = NvError_BadParameter;
+        }
+    }
+    if(p_in->pFrequenciesList && pFrequenciesList)
+    {
+        err_ = NvOsCopyOut( p_in->pFrequenciesList, pFrequenciesList, p_in->LogDomainsCount * sizeof( NvRmFreqKHz  ) );
+        if( err_ != NvSuccess )
+        {
+            err_ = NvError_BadParameter;
+        }
+    }
+clean:
+    NvOsFree( pActiveCyclesList );
+    NvOsFree( pAveragesList );
+    NvOsFree( pFrequenciesList );
+    return err_;
+}
+
+static NvError NvRmDfsLogGetMeanFrequencies_dispatch_( void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx )
+{
+    NvError err_ = NvSuccess;
+    NvRmDfsLogGetMeanFrequencies_in *p_in;
+    NvRmDfsLogGetMeanFrequencies_out *p_out;
+    NvRmFreqKHz *pLogMeanFreqList = NULL;
+
+    p_in = (NvRmDfsLogGetMeanFrequencies_in *)InBuffer;
+    p_out = (NvRmDfsLogGetMeanFrequencies_out *)((NvU8 *)OutBuffer + OFFSET(NvRmDfsLogGetMeanFrequencies_params, out) - OFFSET(NvRmDfsLogGetMeanFrequencies_params, inout));
+
+    if( p_in->LogMeanFreqListCount && p_in->pLogMeanFreqList )
+    {
+        pLogMeanFreqList = (NvRmFreqKHz  *)NvOsAlloc( p_in->LogMeanFreqListCount * sizeof( NvRmFreqKHz  ) );
+        if( !pLogMeanFreqList )
+        {
+            err_ = NvError_InsufficientMemory;
+            goto clean;
+        }
+    }
+
+    p_out->ret_ = NvRmDfsLogGetMeanFrequencies( p_in->hRmDeviceHandle, p_in->LogMeanFreqListCount, pLogMeanFreqList, &p_out->pLogLp2TimeMs, &p_out->pLogLp2Entries );
+
+    if(p_in->pLogMeanFreqList && pLogMeanFreqList)
+    {
+        err_ = NvOsCopyOut( p_in->pLogMeanFreqList, pLogMeanFreqList, p_in->LogMeanFreqListCount * sizeof( NvRmFreqKHz  ) );
+        if( err_ != NvSuccess )
+        {
+            err_ = NvError_BadParameter;
+        }
+    }
+clean:
+    NvOsFree( pLogMeanFreqList );
+    return err_;
+}
+
+static NvError NvRmDfsLogStart_dispatch_( void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx )
+{
+    NvError err_ = NvSuccess;
+    NvRmDfsLogStart_in *p_in;
+
+    p_in = (NvRmDfsLogStart_in *)InBuffer;
+
+
+    NvRmDfsLogStart( p_in->hRmDeviceHandle );
+
+    return err_;
+}
+
+static NvError NvRmDfsGetProfileData_dispatch_( void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx )
+{
+    NvError err_ = NvSuccess;
+    NvRmDfsGetProfileData_in *p_in;
+    NvRmDfsGetProfileData_out *p_out;
+    NvU32  *pSamplesNoList = NULL;
+    NvU32  *pProfileTimeUsList = NULL;
+
+    p_in = (NvRmDfsGetProfileData_in *)InBuffer;
+    p_out = (NvRmDfsGetProfileData_out *)((NvU8 *)OutBuffer + OFFSET(NvRmDfsGetProfileData_params, out) - OFFSET(NvRmDfsGetProfileData_params, inout));
+
+    if( p_in->DfsProfileCount && p_in->pSamplesNoList )
+    {
+        pSamplesNoList = (NvU32  *)NvOsAlloc( p_in->DfsProfileCount * sizeof( NvU32  ) );
+        if( !pSamplesNoList )
+        {
+            err_ = NvError_InsufficientMemory;
+            goto clean;
+        }
+    }
+    if( p_in->DfsProfileCount && p_in->pProfileTimeUsList )
+    {
+        pProfileTimeUsList = (NvU32  *)NvOsAlloc( p_in->DfsProfileCount * sizeof( NvU32  ) );
+        if( !pProfileTimeUsList )
+        {
+            err_ = NvError_InsufficientMemory;
+            goto clean;
+        }
+    }
+
+    p_out->ret_ = NvRmDfsGetProfileData( p_in->hRmDeviceHandle, p_in->DfsProfileCount, pSamplesNoList, pProfileTimeUsList, &p_out->pDfsPeriodUs );
+
+    if(p_in->pSamplesNoList && pSamplesNoList)
+    {
+        err_ = NvOsCopyOut( p_in->pSamplesNoList, pSamplesNoList, p_in->DfsProfileCount * sizeof( NvU32  ) );
+        if( err_ != NvSuccess )
+        {
+            err_ = NvError_BadParameter;
+        }
+    }
+    if(p_in->pProfileTimeUsList && pProfileTimeUsList)
+    {
+        err_ = NvOsCopyOut( p_in->pProfileTimeUsList, pProfileTimeUsList, p_in->DfsProfileCount * sizeof( NvU32  ) );
+        if( err_ != NvSuccess )
+        {
+            err_ = NvError_BadParameter;
+        }
+    }
+clean:
+    NvOsFree( pSamplesNoList );
+    NvOsFree( pProfileTimeUsList );
+    return err_;
+}
+
+static NvError NvRmDfsSetAvHighCorner_dispatch_( void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx )
+{
+    NvError err_ = NvSuccess;
+    NvRmDfsSetAvHighCorner_in *p_in;
+    NvRmDfsSetAvHighCorner_out *p_out;
+
+    p_in = (NvRmDfsSetAvHighCorner_in *)InBuffer;
+    p_out = (NvRmDfsSetAvHighCorner_out *)((NvU8 *)OutBuffer + OFFSET(NvRmDfsSetAvHighCorner_params, out) - OFFSET(NvRmDfsSetAvHighCorner_params, inout));
+
+
+    p_out->ret_ = NvRmDfsSetAvHighCorner( p_in->hRmDeviceHandle, p_in->DfsSystemHighKHz, p_in->DfsAvpHighKHz, p_in->DfsVpipeHighKHz );
+
+    return err_;
+}
+
+static NvError NvRmDfsSetCpuEmcHighCorner_dispatch_( void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx )
+{
+    NvError err_ = NvSuccess;
+    NvRmDfsSetCpuEmcHighCorner_in *p_in;
+    NvRmDfsSetCpuEmcHighCorner_out *p_out;
+
+    p_in = (NvRmDfsSetCpuEmcHighCorner_in *)InBuffer;
+    p_out = (NvRmDfsSetCpuEmcHighCorner_out *)((NvU8 *)OutBuffer + OFFSET(NvRmDfsSetCpuEmcHighCorner_params, out) - OFFSET(NvRmDfsSetCpuEmcHighCorner_params, inout));
+
+
+    p_out->ret_ = NvRmDfsSetCpuEmcHighCorner( p_in->hRmDeviceHandle, p_in->DfsCpuHighKHz, p_in->DfsEmcHighKHz );
+
+    return err_;
+}
+
+static NvError NvRmDfsSetEmcEnvelope_dispatch_( void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx )
+{
+    NvError err_ = NvSuccess;
+    NvRmDfsSetEmcEnvelope_in *p_in;
+    NvRmDfsSetEmcEnvelope_out *p_out;
+
+    p_in = (NvRmDfsSetEmcEnvelope_in *)InBuffer;
+    p_out = (NvRmDfsSetEmcEnvelope_out *)((NvU8 *)OutBuffer + OFFSET(NvRmDfsSetEmcEnvelope_params, out) - OFFSET(NvRmDfsSetEmcEnvelope_params, inout));
+
+
+    p_out->ret_ = NvRmDfsSetEmcEnvelope( p_in->hRmDeviceHandle, p_in->DfsEmcLowCornerKHz, p_in->DfsEmcHighCornerKHz );
+
+    return err_;
+}
+
+static NvError NvRmDfsSetCpuEnvelope_dispatch_( void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx )
+{
+    NvError err_ = NvSuccess;
+    NvRmDfsSetCpuEnvelope_in *p_in;
+    NvRmDfsSetCpuEnvelope_out *p_out;
+
+    p_in = (NvRmDfsSetCpuEnvelope_in *)InBuffer;
+    p_out = (NvRmDfsSetCpuEnvelope_out *)((NvU8 *)OutBuffer + OFFSET(NvRmDfsSetCpuEnvelope_params, out) - OFFSET(NvRmDfsSetCpuEnvelope_params, inout));
+
+
+    p_out->ret_ = NvRmDfsSetCpuEnvelope( p_in->hRmDeviceHandle, p_in->DfsCpuLowCornerKHz, p_in->DfsCpuHighCornerKHz );
+
+    return err_;
+}
+
+static NvError NvRmDfsSetTarget_dispatch_( void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx )
+{
+    NvError err_ = NvSuccess;
+    NvRmDfsSetTarget_in *p_in;
+    NvRmDfsSetTarget_out *p_out;
+    NvRmFreqKHz *pDfsTargetFreqList = NULL;
+
+    p_in = (NvRmDfsSetTarget_in *)InBuffer;
+    p_out = (NvRmDfsSetTarget_out *)((NvU8 *)OutBuffer + OFFSET(NvRmDfsSetTarget_params, out) - OFFSET(NvRmDfsSetTarget_params, inout));
+
+    if( p_in->DfsFreqListCount && p_in->pDfsTargetFreqList )
+    {
+        pDfsTargetFreqList = (NvRmFreqKHz  *)NvOsAlloc( p_in->DfsFreqListCount * sizeof( NvRmFreqKHz  ) );
+        if( !pDfsTargetFreqList )
+        {
+            err_ = NvError_InsufficientMemory;
+            goto clean;
+        }
+        if( p_in->pDfsTargetFreqList )
+        {
+            err_ = NvOsCopyIn( pDfsTargetFreqList, p_in->pDfsTargetFreqList, p_in->DfsFreqListCount * sizeof( NvRmFreqKHz  ) );
+            if( err_ != NvSuccess )
+            {
+                err_ = NvError_BadParameter;
+                goto clean;
+            }
+        }
+    }
+
+    p_out->ret_ = NvRmDfsSetTarget( p_in->hRmDeviceHandle, p_in->DfsFreqListCount, pDfsTargetFreqList );
+
+clean:
+    NvOsFree( pDfsTargetFreqList );
+    return err_;
+}
+
+static NvError NvRmDfsSetLowCorner_dispatch_( void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx )
+{
+    NvError err_ = NvSuccess;
+    NvRmDfsSetLowCorner_in *p_in;
+    NvRmDfsSetLowCorner_out *p_out;
+    NvRmFreqKHz *pDfsLowFreqList = NULL;
+
+    p_in = (NvRmDfsSetLowCorner_in *)InBuffer;
+    p_out = (NvRmDfsSetLowCorner_out *)((NvU8 *)OutBuffer + OFFSET(NvRmDfsSetLowCorner_params, out) - OFFSET(NvRmDfsSetLowCorner_params, inout));
+
+    if( p_in->DfsFreqListCount && p_in->pDfsLowFreqList )
+    {
+        pDfsLowFreqList = (NvRmFreqKHz  *)NvOsAlloc( p_in->DfsFreqListCount * sizeof( NvRmFreqKHz  ) );
+        if( !pDfsLowFreqList )
+        {
+            err_ = NvError_InsufficientMemory;
+            goto clean;
+        }
+        if( p_in->pDfsLowFreqList )
+        {
+            err_ = NvOsCopyIn( pDfsLowFreqList, p_in->pDfsLowFreqList, p_in->DfsFreqListCount * sizeof( NvRmFreqKHz  ) );
+            if( err_ != NvSuccess )
+            {
+                err_ = NvError_BadParameter;
+                goto clean;
+            }
+        }
+    }
+
+    p_out->ret_ = NvRmDfsSetLowCorner( p_in->hRmDeviceHandle, p_in->DfsFreqListCount, pDfsLowFreqList );
+
+clean:
+    NvOsFree( pDfsLowFreqList );
+    return err_;
+}
+
+static NvError NvRmDfsSetState_dispatch_( void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx )
+{
+    NvError err_ = NvSuccess;
+    NvRmDfsSetState_in *p_in;
+    NvRmDfsSetState_out *p_out;
+
+    p_in = (NvRmDfsSetState_in *)InBuffer;
+    p_out = (NvRmDfsSetState_out *)((NvU8 *)OutBuffer + OFFSET(NvRmDfsSetState_params, out) - OFFSET(NvRmDfsSetState_params, inout));
+
+
+    p_out->ret_ = NvRmDfsSetState( p_in->hRmDeviceHandle, p_in->NewDfsRunState );
+
+    return err_;
+}
+
+static NvError NvRmDfsGetClockUtilization_dispatch_( void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx )
+{
+    NvError err_ = NvSuccess;
+    NvRmDfsGetClockUtilization_in *p_in;
+    NvRmDfsGetClockUtilization_out *p_out;
+
+    p_in = (NvRmDfsGetClockUtilization_in *)InBuffer;
+    p_out = (NvRmDfsGetClockUtilization_out *)((NvU8 *)OutBuffer + OFFSET(NvRmDfsGetClockUtilization_params, out) - OFFSET(NvRmDfsGetClockUtilization_params, inout));
+
+
+    p_out->ret_ = NvRmDfsGetClockUtilization( p_in->hRmDeviceHandle, p_in->ClockId, &p_out->pClockUsage );
+
+    return err_;
+}
+
+static NvError NvRmDfsGetState_dispatch_( void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx )
+{
+    NvError err_ = NvSuccess;
+    NvRmDfsGetState_in *p_in;
+    NvRmDfsGetState_out *p_out;
+
+    p_in = (NvRmDfsGetState_in *)InBuffer;
+    p_out = (NvRmDfsGetState_out *)((NvU8 *)OutBuffer + OFFSET(NvRmDfsGetState_params, out) - OFFSET(NvRmDfsGetState_params, inout));
+
+
+    p_out->ret_ = NvRmDfsGetState( p_in->hRmDeviceHandle );
+
+    return err_;
+}
+
+static NvError NvRmPowerActivityHint_dispatch_( void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx )
+{
+    NvError err_ = NvSuccess;
+    NvRmPowerActivityHint_in *p_in;
+    NvRmPowerActivityHint_out *p_out;
+
+    p_in = (NvRmPowerActivityHint_in *)InBuffer;
+    p_out = (NvRmPowerActivityHint_out *)((NvU8 *)OutBuffer + OFFSET(NvRmPowerActivityHint_params, out) - OFFSET(NvRmPowerActivityHint_params, inout));
+
+
+    p_out->ret_ = NvRmPowerActivityHint( p_in->hRmDeviceHandle, p_in->ModuleId, p_in->ClientId, p_in->ActivityDurationMs );
+
+    return err_;
+}
+
+static NvError NvRmPowerStarvationHintMulti_dispatch_( void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx )
+{
+    NvError err_ = NvSuccess;
+    NvRmPowerStarvationHintMulti_in *p_in;
+    NvRmPowerStarvationHintMulti_out *p_out;
+    NvRmDfsStarvationHint *pMultiHint = NULL;
+
+    p_in = (NvRmPowerStarvationHintMulti_in *)InBuffer;
+    p_out = (NvRmPowerStarvationHintMulti_out *)((NvU8 *)OutBuffer + OFFSET(NvRmPowerStarvationHintMulti_params, out) - OFFSET(NvRmPowerStarvationHintMulti_params, inout));
+
+    if( p_in->NumHints && p_in->pMultiHint )
+    {
+        pMultiHint = (NvRmDfsStarvationHint  *)NvOsAlloc( p_in->NumHints * sizeof( NvRmDfsStarvationHint  ) );
+        if( !pMultiHint )
+        {
+            err_ = NvError_InsufficientMemory;
+            goto clean;
+        }
+        if( p_in->pMultiHint )
+        {
+            err_ = NvOsCopyIn( pMultiHint, p_in->pMultiHint, p_in->NumHints * sizeof( NvRmDfsStarvationHint  ) );
+            if( err_ != NvSuccess )
+            {
+                err_ = NvError_BadParameter;
+                goto clean;
+            }
+        }
+    }
+
+    p_out->ret_ = NvRmPowerStarvationHintMulti( p_in->hRmDeviceHandle, p_in->ClientId, pMultiHint, p_in->NumHints );
+
+clean:
+    NvOsFree( pMultiHint );
+    return err_;
+}
+
+static NvError NvRmPowerStarvationHint_dispatch_( void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx )
+{
+    NvError err_ = NvSuccess;
+    NvRmPowerStarvationHint_in *p_in;
+    NvRmPowerStarvationHint_out *p_out;
+
+    p_in = (NvRmPowerStarvationHint_in *)InBuffer;
+    p_out = (NvRmPowerStarvationHint_out *)((NvU8 *)OutBuffer + OFFSET(NvRmPowerStarvationHint_params, out) - OFFSET(NvRmPowerStarvationHint_params, inout));
+
+
+    p_out->ret_ = NvRmPowerStarvationHint( p_in->hRmDeviceHandle, p_in->ClockId, p_in->ClientId, p_in->Starving );
+
+    return err_;
+}
+
+static NvError NvRmPowerBusyHintMulti_dispatch_( void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx )
+{
+    NvError err_ = NvSuccess;
+    NvRmPowerBusyHintMulti_in *p_in;
+    NvRmPowerBusyHintMulti_out *p_out;
+    NvRmDfsBusyHint *pMultiHint = NULL;
+
+    p_in = (NvRmPowerBusyHintMulti_in *)InBuffer;
+    p_out = (NvRmPowerBusyHintMulti_out *)((NvU8 *)OutBuffer + OFFSET(NvRmPowerBusyHintMulti_params, out) - OFFSET(NvRmPowerBusyHintMulti_params, inout));
+
+    if( p_in->NumHints && p_in->pMultiHint )
+    {
+        pMultiHint = (NvRmDfsBusyHint  *)NvOsAlloc( p_in->NumHints * sizeof( NvRmDfsBusyHint  ) );
+        if( !pMultiHint )
+        {
+            err_ = NvError_InsufficientMemory;
+            goto clean;
+        }
+        if( p_in->pMultiHint )
+        {
+            err_ = NvOsCopyIn( pMultiHint, p_in->pMultiHint, p_in->NumHints * sizeof( NvRmDfsBusyHint  ) );
+            if( err_ != NvSuccess )
+            {
+                err_ = NvError_BadParameter;
+                goto clean;
+            }
+        }
+    }
+
+    p_out->ret_ = NvRmPowerBusyHintMulti( p_in->hRmDeviceHandle, p_in->ClientId, pMultiHint, p_in->NumHints, p_in->Mode );
+
+clean:
+    NvOsFree( pMultiHint );
+    return err_;
+}
+
+static NvError NvRmPowerBusyHint_dispatch_( void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx )
+{
+    NvError err_ = NvSuccess;
+    NvRmPowerBusyHint_in *p_in;
+    NvRmPowerBusyHint_out *p_out;
+
+    p_in = (NvRmPowerBusyHint_in *)InBuffer;
+    p_out = (NvRmPowerBusyHint_out *)((NvU8 *)OutBuffer + OFFSET(NvRmPowerBusyHint_params, out) - OFFSET(NvRmPowerBusyHint_params, inout));
+
+
+    p_out->ret_ = NvRmPowerBusyHint( p_in->hRmDeviceHandle, p_in->ClockId, p_in->ClientId, p_in->BoostDurationMs, p_in->BoostKHz );
+
+    return err_;
+}
+
+static NvError NvRmListPowerAwareModules_dispatch_( void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx )
+{
+    NvError err_ = NvSuccess;
+    NvRmListPowerAwareModules_in *p_in;
+    NvRmListPowerAwareModules_inout *p_inout;
+    NvRmListPowerAwareModules_inout inout;
+    NvRmModuleID *pIdList = NULL;
+    NvBool  *pActiveList = NULL;
+
+    p_in = (NvRmListPowerAwareModules_in *)InBuffer;
+    p_inout = (NvRmListPowerAwareModules_inout *)((NvU8 *)InBuffer + OFFSET(NvRmListPowerAwareModules_params, inout));
+
+    (void)inout;
+    inout.pListSize = p_inout->pListSize;
+    if( p_inout->pListSize && p_in->pIdList )
+    {
+        pIdList = (NvRmModuleID  *)NvOsAlloc( p_inout->pListSize * sizeof( NvRmModuleID  ) );
+        if( !pIdList )
+        {
+            err_ = NvError_InsufficientMemory;
+            goto clean;
+        }
+    }
+    if( p_inout->pListSize && p_in->pActiveList )
+    {
+        pActiveList = (NvBool  *)NvOsAlloc( p_inout->pListSize * sizeof( NvBool  ) );
+        if( !pActiveList )
+        {
+            err_ = NvError_InsufficientMemory;
+            goto clean;
+        }
+    }
+
+    NvRmListPowerAwareModules( p_in->hRmDeviceHandle, &inout.pListSize, pIdList, pActiveList );
+
+
+    p_inout = (NvRmListPowerAwareModules_inout *)OutBuffer;
+    p_inout->pListSize = inout.pListSize;
+    if(p_in->pIdList && pIdList)
+    {
+        err_ = NvOsCopyOut( p_in->pIdList, pIdList, p_inout->pListSize * sizeof( NvRmModuleID  ) );
+        if( err_ != NvSuccess )
+        {
+            err_ = NvError_BadParameter;
+        }
+    }
+    if(p_in->pActiveList && pActiveList)
+    {
+        err_ = NvOsCopyOut( p_in->pActiveList, pActiveList, p_inout->pListSize * sizeof( NvBool  ) );
+        if( err_ != NvSuccess )
+        {
+            err_ = NvError_BadParameter;
+        }
+    }
+clean:
+    NvOsFree( pIdList );
+    NvOsFree( pActiveList );
+    return err_;
+}
+
+static NvError NvRmPowerVoltageControl_dispatch_( void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx )
+{
+    NvError err_ = NvSuccess;
+    NvRmPowerVoltageControl_in *p_in;
+    NvRmPowerVoltageControl_out *p_out;
+    NvRmMilliVolts *PrefVoltageList = NULL;
+
+    p_in = (NvRmPowerVoltageControl_in *)InBuffer;
+    p_out = (NvRmPowerVoltageControl_out *)((NvU8 *)OutBuffer + OFFSET(NvRmPowerVoltageControl_params, out) - OFFSET(NvRmPowerVoltageControl_params, inout));
+
+    if( p_in->PrefVoltageListCount && p_in->PrefVoltageList )
+    {
+        PrefVoltageList = (NvRmMilliVolts  *)NvOsAlloc( p_in->PrefVoltageListCount * sizeof( NvRmMilliVolts  ) );
+        if( !PrefVoltageList )
+        {
+            err_ = NvError_InsufficientMemory;
+            goto clean;
+        }
+        if( p_in->PrefVoltageList )
+        {
+            err_ = NvOsCopyIn( PrefVoltageList, p_in->PrefVoltageList, p_in->PrefVoltageListCount * sizeof( NvRmMilliVolts  ) );
+            if( err_ != NvSuccess )
+            {
+                err_ = NvError_BadParameter;
+                goto clean;
+            }
+        }
+    }
+
+    p_out->ret_ = NvRmPowerVoltageControl( p_in->hRmDeviceHandle, p_in->ModuleId, p_in->ClientId, p_in->MinVolts, p_in->MaxVolts, PrefVoltageList, p_in->PrefVoltageListCount, &p_out->CurrentVolts );
+
+clean:
+    NvOsFree( PrefVoltageList );
+    return err_;
+}
+
+static NvError NvRmPowerModuleClockControl_dispatch_( void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx )
+{
+    NvError err_ = NvSuccess;
+    NvRmPowerModuleClockControl_in *p_in;
+    NvRmPowerModuleClockControl_out *p_out;
+
+    p_in = (NvRmPowerModuleClockControl_in *)InBuffer;
+    p_out = (NvRmPowerModuleClockControl_out *)((NvU8 *)OutBuffer + OFFSET(NvRmPowerModuleClockControl_params, out) - OFFSET(NvRmPowerModuleClockControl_params, inout));
+
+
+    p_out->ret_ = NvRmPowerModuleClockControl( p_in->hRmDeviceHandle, p_in->ModuleId, p_in->ClientId, p_in->Enable );
+
+    return err_;
+}
+
+static NvError NvRmPowerModuleClockConfig_dispatch_( void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx )
+{
+    NvError err_ = NvSuccess;
+    NvRmPowerModuleClockConfig_in *p_in;
+    NvRmPowerModuleClockConfig_out *p_out;
+    NvRmFreqKHz *PrefFreqList = NULL;
+
+    p_in = (NvRmPowerModuleClockConfig_in *)InBuffer;
+    p_out = (NvRmPowerModuleClockConfig_out *)((NvU8 *)OutBuffer + OFFSET(NvRmPowerModuleClockConfig_params, out) - OFFSET(NvRmPowerModuleClockConfig_params, inout));
+
+    if( p_in->PrefFreqListCount && p_in->PrefFreqList )
+    {
+        PrefFreqList = (NvRmFreqKHz  *)NvOsAlloc( p_in->PrefFreqListCount * sizeof( NvRmFreqKHz  ) );
+        if( !PrefFreqList )
+        {
+            err_ = NvError_InsufficientMemory;
+            goto clean;
+        }
+        if( p_in->PrefFreqList )
+        {
+            err_ = NvOsCopyIn( PrefFreqList, p_in->PrefFreqList, p_in->PrefFreqListCount * sizeof( NvRmFreqKHz  ) );
+            if( err_ != NvSuccess )
+            {
+                err_ = NvError_BadParameter;
+                goto clean;
+            }
+        }
+    }
+
+    p_out->ret_ = NvRmPowerModuleClockConfig( p_in->hRmDeviceHandle, p_in->ModuleId, p_in->ClientId, p_in->MinFreq, p_in->MaxFreq, PrefFreqList, p_in->PrefFreqListCount, &p_out->CurrentFreq, p_in->flags );
+
+clean:
+    NvOsFree( PrefFreqList );
+    return err_;
+}
+
+static NvError NvRmPowerModuleGetMaxFrequency_dispatch_( void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx )
+{
+    NvError err_ = NvSuccess;
+    NvRmPowerModuleGetMaxFrequency_in *p_in;
+    NvRmPowerModuleGetMaxFrequency_out *p_out;
+
+    p_in = (NvRmPowerModuleGetMaxFrequency_in *)InBuffer;
+    p_out = (NvRmPowerModuleGetMaxFrequency_out *)((NvU8 *)OutBuffer + OFFSET(NvRmPowerModuleGetMaxFrequency_params, out) - OFFSET(NvRmPowerModuleGetMaxFrequency_params, inout));
+
+
+    p_out->ret_ = NvRmPowerModuleGetMaxFrequency( p_in->hRmDeviceHandle, p_in->ModuleId );
+
+    return err_;
+}
+
+static NvError NvRmPowerGetPrimaryFrequency_dispatch_( void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx )
+{
+    NvError err_ = NvSuccess;
+    NvRmPowerGetPrimaryFrequency_in *p_in;
+    NvRmPowerGetPrimaryFrequency_out *p_out;
+
+    p_in = (NvRmPowerGetPrimaryFrequency_in *)InBuffer;
+    p_out = (NvRmPowerGetPrimaryFrequency_out *)((NvU8 *)OutBuffer + OFFSET(NvRmPowerGetPrimaryFrequency_params, out) - OFFSET(NvRmPowerGetPrimaryFrequency_params, inout));
+
+
+    p_out->ret_ = NvRmPowerGetPrimaryFrequency( p_in->hRmDeviceHandle );
+
+    return err_;
+}
+
+static NvError NvRmPowerGetState_dispatch_( void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx )
+{
+    NvError err_ = NvSuccess;
+    NvRmPowerGetState_in *p_in;
+    NvRmPowerGetState_out *p_out;
+
+    p_in = (NvRmPowerGetState_in *)InBuffer;
+    p_out = (NvRmPowerGetState_out *)((NvU8 *)OutBuffer + OFFSET(NvRmPowerGetState_params, out) - OFFSET(NvRmPowerGetState_params, inout));
+
+
+    p_out->ret_ = NvRmPowerGetState( p_in->hRmDeviceHandle, &p_out->pState );
+
+    return err_;
+}
+
+static NvError NvRmPowerEventNotify_dispatch_( void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx )
+{
+    NvError err_ = NvSuccess;
+    NvRmPowerEventNotify_in *p_in;
+
+    p_in = (NvRmPowerEventNotify_in *)InBuffer;
+
+
+    NvRmPowerEventNotify( p_in->hRmDeviceHandle, p_in->Event );
+
+    return err_;
+}
+
+static NvError NvRmPowerGetEvent_dispatch_( void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx )
+{
+    NvError err_ = NvSuccess;
+    NvRmPowerGetEvent_in *p_in;
+    NvRmPowerGetEvent_out *p_out;
+
+    p_in = (NvRmPowerGetEvent_in *)InBuffer;
+    p_out = (NvRmPowerGetEvent_out *)((NvU8 *)OutBuffer + OFFSET(NvRmPowerGetEvent_params, out) - OFFSET(NvRmPowerGetEvent_params, inout));
+
+
+    p_out->ret_ = NvRmPowerGetEvent( p_in->hRmDeviceHandle, p_in->ClientId, &p_out->pEvent );
+
+    return err_;
+}
+
+static NvError NvRmPowerUnRegister_dispatch_( void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx )
+{
+    NvError err_ = NvSuccess;
+    NvRmPowerUnRegister_in *p_in;
+
+    p_in = (NvRmPowerUnRegister_in *)InBuffer;
+
+
+    NvRmPowerUnRegister( p_in->hRmDeviceHandle, p_in->ClientId );
+
+    return err_;
+}
+
+static NvError NvRmPowerRegister_dispatch_( void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx )
+{
+    NvError err_ = NvSuccess;
+    NvRmPowerRegister_in *p_in;
+    NvRmPowerRegister_inout *p_inout;
+    NvRmPowerRegister_out *p_out;
+    NvRmPowerRegister_inout inout;
+    NvOsSemaphoreHandle hEventSemaphore = NULL;
+
+    p_in = (NvRmPowerRegister_in *)InBuffer;
+    p_inout = (NvRmPowerRegister_inout *)((NvU8 *)InBuffer + OFFSET(NvRmPowerRegister_params, inout));
+    p_out = (NvRmPowerRegister_out *)((NvU8 *)OutBuffer + OFFSET(NvRmPowerRegister_params, out) - OFFSET(NvRmPowerRegister_params, inout));
+
+    (void)inout;
+    if( p_in->hEventSemaphore )
+    {
+        err_ = NvOsSemaphoreUnmarshal( p_in->hEventSemaphore, &hEventSemaphore );
+        if( err_ != NvSuccess )
+        {
+            err_ = NvError_BadParameter;
+            goto clean;
+        }
+    }
+    inout.pClientId = p_inout->pClientId;
+
+    p_out->ret_ = NvRmPowerRegister( p_in->hRmDeviceHandle, hEventSemaphore, &inout.pClientId );
+
+
+    p_inout = (NvRmPowerRegister_inout *)OutBuffer;
+    p_inout->pClientId = inout.pClientId;
+clean:
+    NvOsSemaphoreDestroy( hEventSemaphore );
+    return err_;
+}
+
+NvError nvrm_power_Dispatch( NvU32 function, void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx );
+NvError nvrm_power_Dispatch( NvU32 function, void *InBuffer, NvU32 InSize, void *OutBuffer, NvU32 OutSize, NvDispatchCtx* Ctx )
+{
+    NvError err_ = NvSuccess;
+
+    switch( function ) {
+    case 34:
+        err_ = NvRmKernelPowerResume_dispatch_( InBuffer, InSize, OutBuffer, OutSize, Ctx );
+        break;
+    case 33:
+        err_ = NvRmKernelPowerSuspend_dispatch_( InBuffer, InSize, OutBuffer, OutSize, Ctx );
+        break;
+    case 32:
+        err_ = NvRmDfsSetLowVoltageThreshold_dispatch_( InBuffer, InSize, OutBuffer, OutSize, Ctx );
+        break;
+    case 31:
+        err_ = NvRmDfsGetLowVoltageThreshold_dispatch_( InBuffer, InSize, OutBuffer, OutSize, Ctx );
+        break;
+    case 30:
+        err_ = NvRmDfsLogBusyGetEntry_dispatch_( InBuffer, InSize, OutBuffer, OutSize, Ctx );
+        break;
+    case 29:
+        err_ = NvRmDfsLogStarvationGetEntry_dispatch_( InBuffer, InSize, OutBuffer, OutSize, Ctx );
+        break;
+    case 28:
+        err_ = NvRmDfsLogActivityGetEntry_dispatch_( InBuffer, InSize, OutBuffer, OutSize, Ctx );
+        break;
+    case 27:
+        err_ = NvRmDfsLogGetMeanFrequencies_dispatch_( InBuffer, InSize, OutBuffer, OutSize, Ctx );
+        break;
+    case 26:
+        err_ = NvRmDfsLogStart_dispatch_( InBuffer, InSize, OutBuffer, OutSize, Ctx );
+        break;
+    case 25:
+        err_ = NvRmDfsGetProfileData_dispatch_( InBuffer, InSize, OutBuffer, OutSize, Ctx );
+        break;
+    case 24:
+        err_ = NvRmDfsSetAvHighCorner_dispatch_( InBuffer, InSize, OutBuffer, OutSize, Ctx );
+        break;
+    case 23:
+        err_ = NvRmDfsSetCpuEmcHighCorner_dispatch_( InBuffer, InSize, OutBuffer, OutSize, Ctx );
+        break;
+    case 22:
+        err_ = NvRmDfsSetEmcEnvelope_dispatch_( InBuffer, InSize, OutBuffer, OutSize, Ctx );
+        break;
+    case 21:
+        err_ = NvRmDfsSetCpuEnvelope_dispatch_( InBuffer, InSize, OutBuffer, OutSize, Ctx );
+        break;
+    case 20:
+        err_ = NvRmDfsSetTarget_dispatch_( InBuffer, InSize, OutBuffer, OutSize, Ctx );
+        break;
+    case 19:
+        err_ = NvRmDfsSetLowCorner_dispatch_( InBuffer, InSize, OutBuffer, OutSize, Ctx );
+        break;
+    case 18:
+        err_ = NvRmDfsSetState_dispatch_( InBuffer, InSize, OutBuffer, OutSize, Ctx );
+        break;
+    case 17:
+        err_ = NvRmDfsGetClockUtilization_dispatch_( InBuffer, InSize, OutBuffer, OutSize, Ctx );
+        break;
+    case 16:
+        err_ = NvRmDfsGetState_dispatch_( InBuffer, InSize, OutBuffer, OutSize, Ctx );
+        break;
+    case 15:
+        err_ = NvRmPowerActivityHint_dispatch_( InBuffer, InSize, OutBuffer, OutSize, Ctx );
+        break;
+    case 14:
+        err_ = NvRmPowerStarvationHintMulti_dispatch_( InBuffer, InSize, OutBuffer, OutSize, Ctx );
+        break;
+    case 13:
+        err_ = NvRmPowerStarvationHint_dispatch_( InBuffer, InSize, OutBuffer, OutSize, Ctx );
+        break;
+    case 12:
+        err_ = NvRmPowerBusyHintMulti_dispatch_( InBuffer, InSize, OutBuffer, OutSize, Ctx );
+        break;
+    case 11:
+        err_ = NvRmPowerBusyHint_dispatch_( InBuffer, InSize, OutBuffer, OutSize, Ctx );
+        break;
+    case 10:
+        err_ = NvRmListPowerAwareModules_dispatch_( InBuffer, InSize, OutBuffer, OutSize, Ctx );
+        break;
+    case 9:
+        err_ = NvRmPowerVoltageControl_dispatch_( InBuffer, InSize, OutBuffer, OutSize, Ctx );
+        break;
+    case 8:
+        err_ = NvRmPowerModuleClockControl_dispatch_( InBuffer, InSize, OutBuffer, OutSize, Ctx );
+        break;
+    case 7:
+        err_ = NvRmPowerModuleClockConfig_dispatch_( InBuffer, InSize, OutBuffer, OutSize, Ctx );
+        break;
+    case 6:
+        err_ = NvRmPowerModuleGetMaxFrequency_dispatch_( InBuffer, InSize, OutBuffer, OutSize, Ctx );
+        break;
+    case 5:
+        err_ = NvRmPowerGetPrimaryFrequency_dispatch_( InBuffer, InSize, OutBuffer, OutSize, Ctx );
+        break;
+    case 4:
+        err_ = NvRmPowerGetState_dispatch_( InBuffer, InSize, OutBuffer, OutSize, Ctx );
+        break;
+    case 3:
+        err_ = NvRmPowerEventNotify_dispatch_( InBuffer, InSize, OutBuffer, OutSize, Ctx );
+        break;
+    case 2:
+        err_ = NvRmPowerGetEvent_dispatch_( InBuffer, InSize, OutBuffer, OutSize, Ctx );
+        break;
+    case 1:
+        err_ = NvRmPowerUnRegister_dispatch_( InBuffer, InSize, OutBuffer, OutSize, Ctx );
+        break;
+    case 0:
+        err_ = NvRmPowerRegister_dispatch_( InBuffer, InSize, OutBuffer, OutSize, Ctx );
+        break;
+    default:
+        err_ = NvError_BadParameter;
+        break;
+    }
+
+    return err_;
+}