windows-nt/Source/XPSP1/NT/base/cluster/admin/cluadmin/barfclus.cpp

/////////////////////////////////////////////////////////////////////////////
//
//	Copyright (c) 1996-1997 Microsoft Corporation
//
//	Module Name:
//		BarfClus.cpp
//
//	Abstract:
//		Implementation of the Basic Artifical Resource Failure entry points
//		for CLUSAPI functions.
//
//	Author:
//		David Potter (davidp)	April 14, 1997
//
//	Revision History:
//
//	Notes:
//
/////////////////////////////////////////////////////////////////////////////

#include "stdafx.h"

#define _NO_BARF_DEFINITIONS_

#include "Barf.h"
#include "BarfClus.h"
#include "TraceTag.h"
#include "ExcOper.h"

#ifdef	_USING_BARF_
 #error BARF failures should be disabled!
#endif

#ifdef _DEBUG	// The entire file!

#define new DEBUG_NEW
#undef THIS_FILE
static char THIS_FILE[] = __FILE__;

/////////////////////////////////////////////////////////////////////////////
// Global Variables
/////////////////////////////////////////////////////////////////////////////

CBarf	g_barfClusApi(_T("CLUSAPI Calls"));

/////////////////////////////////////////////////////////////////////////////
// Cluster Management Functions
/////////////////////////////////////////////////////////////////////////////

BOOL BARFCloseCluster(HCLUSTER hCluster)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("CloseCluster()"));
		SetLastError(ERROR_INVALID_FUNCTION);
		return FALSE;
	}  // if:  BARF failure
	else
		return CloseCluster(hCluster);

}  //*** BARFCloseCluster()

BOOL BARFCloseClusterNotifyPort(HCHANGE hChange)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("CloseClusterNotifyPort()"));
		SetLastError(ERROR_INVALID_FUNCTION);
		return FALSE;
	}  // if:  BARF failure
	else
		return CloseClusterNotifyPort(hChange);

}  //*** BARFCloseClusterNotifyPort()

DWORD BARFClusterCloseEnum(HCLUSENUM hClusEnum)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("ClusterCloseEnum()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return ClusterCloseEnum(hClusEnum);

}  //*** BARFClusterCloseEnum()

DWORD BARFClusterEnum(
	HCLUSENUM hClusEnum,
	DWORD dwIndex,
	LPDWORD lpdwType,
	LPWSTR lpszName,
	LPDWORD lpcchName
	)
{
//	if (g_barfClusApi.BFail())
//	{
//		Trace(g_tagBarf, _T("ClusterEnum()"));
//		return ERROR_INVALID_FUNCTION;
//	}  // if:  BARF failure
//	else
		return ClusterEnum(hClusEnum, dwIndex, lpdwType, lpszName, lpcchName);

}  //*** BARFClusterEnum()

HCLUSENUM BARFClusterOpenEnum(HCLUSTER hCluster, DWORD dwType)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("ClusterOpenEnum()"));
		SetLastError(ERROR_INVALID_FUNCTION);
		return NULL;
	}  // if:  BARF failure
	else
		return ClusterOpenEnum(hCluster, dwType);

}  //*** BARFClusterOpenEnum()

DWORD BARFClusterResourceTypeControl(
	HCLUSTER hCluster,
	LPCWSTR lpszResourceTypeName,
	HNODE hHostNode,
	DWORD dwControlCode,
	LPVOID lpInBuffer,
	DWORD nInBufferSize,
	LPVOID lpOutBuffer,
	DWORD nOutBufferSize,
	LPDWORD lpBytesReturned
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("ClusterResourceTypeControl()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return ClusterResourceTypeControl(
					hCluster,
					lpszResourceTypeName,
					hHostNode,
					dwControlCode,
					lpInBuffer,
					nInBufferSize,
					lpOutBuffer,
					nOutBufferSize,
					lpBytesReturned
					);

}  //*** BARFClusterResourceTypeControl()

HCHANGE BARFCreateClusterNotifyPort(
	HCHANGE hChange,
	HCLUSTER hCluster,
	DWORD dwFilter,
	DWORD_PTR dwNotifyKey
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("CreateClusterNotifyPort()"));
		SetLastError(ERROR_INVALID_FUNCTION);
		return NULL;
	}  // if:  BARF failure
	else
		return CreateClusterNotifyPort(
					hChange,
					hCluster,
					dwFilter,
					dwNotifyKey
					);

}  //*** BARFCreateClusterNotifyPort()

DWORD BARFCreateClusterResourceType(
	HCLUSTER hCluster,
	LPCWSTR lpszResourceTypeName,
	LPCWSTR lpszDisplayName,
	LPCWSTR lpszResourceTypeDll,
	DWORD dwLooksAlivePollInterval,
	DWORD dwIsAlivePollInterval
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("CreateClusterResourceType()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return CreateClusterResourceType(
					hCluster,
					lpszResourceTypeName,
					lpszDisplayName,
					lpszDisplayName,
					dwLooksAlivePollInterval,
					dwIsAlivePollInterval
					);

}  //*** BARFCreateClusterResourceType()

DWORD BARFDeleteClusterResourceType(HCLUSTER hCluster, LPCWSTR lpszResourceTypeName)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("DeleteClusterResourceType()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return DeleteClusterResourceType(
					hCluster,
					lpszResourceTypeName
					);

}  //*** BARFDeleteClusterResourceType()

DWORD BARFGetClusterInformation(
	HCLUSTER hCluster,
	LPWSTR lpszClusterName,
	LPDWORD lpcchClusterName,
	LPCLUSTERVERSIONINFO lpClusterInfo
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("GetClusterInformation()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return GetClusterInformation(
					hCluster,
					lpszClusterName,
					lpcchClusterName,
					lpClusterInfo
					);

}  //*** BARFGetClusterInformation()

DWORD BARFGetClusterNotify(
	HCHANGE hChange,
	DWORD_PTR *lpdwNotifyKey,
	LPDWORD lpdwFilterType,
	LPWSTR lpszName,
	LPDWORD lpcchName,
	DWORD dwMilliseconds
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("GetClusterNotify()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return GetClusterNotify(
					hChange,
					lpdwNotifyKey,
					lpdwFilterType,
					lpszName,
					lpcchName,
					dwMilliseconds
					);

}  //*** BARFGetClusterNotify()

DWORD BARFGetClusterQuorumResource(
	HCLUSTER hCluster,
	LPWSTR lpszResourceName,
	LPDWORD lpcbResourceName,
	LPWSTR lpszDeviceName,
	LPDWORD lpcbDeviceName,
	LPDWORD lpdwMaxQuorumLogSize
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("GetClusterQuorumResource()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return GetClusterQuorumResource(
					hCluster,
					lpszResourceName,
					lpcbResourceName,
					lpszDeviceName,
					lpcbDeviceName,
					lpdwMaxQuorumLogSize
					);

}  //*** BARFGetClusterQuorumResource()

HCLUSTER BARFOpenCluster(LPCWSTR lpszClusterName)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("OpenCluster()"));
		SetLastError(ERROR_INVALID_FUNCTION);
		return NULL;
	}  // if:  BARF failure
	else
		return OpenCluster(lpszClusterName);

}  //*** BARFOpenCluster()

DWORD BARFRegisterClusterNotify(
	HCHANGE hChange,
	DWORD dwFilter,
	HANDLE hObject,
	DWORD_PTR dwNotifyKey
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("RegisterClusterNotify()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return RegisterClusterNotify(
						hChange,
						dwFilter,
						hObject,
						dwNotifyKey
						);

}  //*** BARFRegisterClusterNotify()

DWORD BARFSetClusterName(HCLUSTER hCluster, LPCWSTR lpszNewClusterName)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("SetClusterName()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return SetClusterName(hCluster, lpszNewClusterName);

}  //*** BARFSetClusterName()

DWORD BARFSetClusterQuorumResource(
	HRESOURCE hResource,
	LPCWSTR lpszDeviceName,
	DWORD dwMaxQuoLogSize
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("SetClusterQuorumResource()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return SetClusterQuorumResource(
						hResource,
						lpszDeviceName,
						dwMaxQuoLogSize
						);

}  //*** BARFSetClusterQuorumResource()

/////////////////////////////////////////////////////////////////////////////
// Node Management Functions
/////////////////////////////////////////////////////////////////////////////

BOOL BARFCloseClusterNode(HNODE hNode)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("CloseClusterNode()"));
		SetLastError(ERROR_INVALID_FUNCTION);
		return FALSE;
	}  // if:  BARF failure
	else
		return CloseClusterNode(hNode);

}  //*** BARFCloseClusterNode()

DWORD BARFClusterNodeControl(
	HNODE hNode,
	HNODE hHostNode,
	DWORD dwControlCode,
	LPVOID lpInBuffer,
	DWORD nInBufferSize,
	LPVOID lpOutBuffer,
	DWORD nOutBufferSize,
	LPDWORD lpBytesReturned
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("ClusterNodeControl()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return ClusterNodeControl(
						hNode,
						hHostNode,
						dwControlCode,
						lpInBuffer,
						nInBufferSize,
						lpOutBuffer,
						nOutBufferSize,
						lpBytesReturned
						);

}  //*** BARFClusterNodeControl()

DWORD BARFEvictClusterNode(HNODE hNode)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("EvictClusterNode()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return EvictClusterNode(hNode);

}  //*** BARFEvictClusterNode()

DWORD BARFGetClusterNodeId(HNODE hNode, LPWSTR lpszNodeId, LPDWORD lpcchNodeId)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("GetClusterNodeId()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return GetClusterNodeId(hNode, lpszNodeId, lpcchNodeId);

}  //*** BARFGetClusterNodeId()

CLUSTER_NODE_STATE BARFGetClusterNodeState(HNODE hNode)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("GetClusterNodeState()"));
		SetLastError(ERROR_INVALID_FUNCTION);
		return ClusterNodeStateUnknown;
	}  // if:  BARF failure
	else
		return GetClusterNodeState(hNode);

}  //*** BARFGetClusterNodeState()

HNODE BARFOpenClusterNode(HCLUSTER hCluster, LPCWSTR lpszNodeName)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("OpenClusterNode()"));
		SetLastError(ERROR_INVALID_FUNCTION);
		return NULL;
	}  // if:  BARF failure
	else
		return OpenClusterNode(hCluster, lpszNodeName);

}  //*** BARFOpenClusterNode()

DWORD BARFPauseClusterNode(HNODE hNode)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("PauseClusterNode()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return PauseClusterNode(hNode);

}  //*** BARFPauseClusterNode()

DWORD BARFResumeClusterNode(HNODE hNode)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("ResumeClusterNode()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return ResumeClusterNode(hNode);

}  //*** BARFResumeClusterNode()

/////////////////////////////////////////////////////////////////////////////
// Group Management Functions
/////////////////////////////////////////////////////////////////////////////

BOOL BARFCloseClusterGroup(HGROUP hGroup)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("CloseClusterGroup()"));
		SetLastError(ERROR_INVALID_FUNCTION);
		return FALSE;
	}  // if:  BARF failure
	else
		return CloseClusterGroup(hGroup);

}  //*** BARFCloseClusterGroup()

DWORD BARFClusterGroupCloseEnum(HGROUPENUM hGroupEnum)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("ClusterGroupCloseEnum()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return ClusterGroupCloseEnum(hGroupEnum);

}  //*** BARFClusterGroupCloseEnum()

DWORD BARFClusterGroupControl(
	HGROUP hGroup,
	HNODE hHostNode,
	DWORD dwControlCode,
	LPVOID lpInBuffer,
	DWORD nInBufferSize,
	LPVOID lpOutBuffer,
	DWORD nOutBufferSize,
	LPDWORD lpBytesReturned
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("ClusterGroupControl()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return ClusterGroupControl(
						hGroup,
						hHostNode,
						dwControlCode,
						lpInBuffer,
						nInBufferSize,
						lpOutBuffer,
						nOutBufferSize,
						lpBytesReturned
						);

}  //*** BARFClusterGroupControl()

DWORD BARFClusterGroupEnum(
	HGROUPENUM hGroupEnum,
	DWORD dwIndex,
	LPDWORD lpdwType,
	LPWSTR lpszResourceName,
	LPDWORD lpcchName
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("ClusterGroupEnum()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return ClusterGroupEnum(
						hGroupEnum,
						dwIndex,
						lpdwType,
						lpszResourceName,
						lpcchName
						);

}  //*** BARFClusterGroupEnum()

HGROUPENUM BARFClusterGroupOpenEnum(HGROUP hGroup, DWORD dwType)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("ClusterGroupOpenEnum()"));
		SetLastError(ERROR_INVALID_FUNCTION);
		return NULL;
	}  // if:  BARF failure
	else
		return ClusterGroupOpenEnum(hGroup, dwType);

}  //*** BARFClusterGroupOpenEnum()

HGROUP BARFCreateClusterGroup(HCLUSTER hCluster, LPCWSTR lpszGroupName)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("CreateClusterGroup()"));
		SetLastError(ERROR_INVALID_FUNCTION);
		return NULL;
	}  // if:  BARF failure
	else
		return CreateClusterGroup(hCluster, lpszGroupName);

}  //*** BARFCreateClusterGroup()

DWORD BARFDeleteClusterGroup(HGROUP hGroup)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("DeleteClusterGroup()"));
		SetLastError(ERROR_INVALID_FUNCTION);
		return NULL;
	}  // if:  BARF failure
	else
		return DeleteClusterGroup(hGroup);

}  //*** BARFDeleteClusterGroup()

CLUSTER_GROUP_STATE BARFGetClusterGroupState(
	HGROUP hGroup,
	LPWSTR lpszNodeName,
	LPDWORD lpcchNodeName
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("GetClusterGroupState()"));
		SetLastError(ERROR_INVALID_FUNCTION);
		return ClusterGroupStateUnknown;
	}  // if:  BARF failure
	else
		return GetClusterGroupState(
						hGroup,
						lpszNodeName,
						lpcchNodeName
						);

}  //*** BARFGetClusterGroupState()

DWORD BARFMoveClusterGroup(HGROUP hGroup, HNODE hDestinationNode)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("MoveClusterGroup()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return MoveClusterGroup(hGroup, hDestinationNode);

}  //*** BARFMoveClusterGroup()

DWORD BARFOfflineClusterGroup(HGROUP hGroup)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("OfflineClusterGroup()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return OfflineClusterGroup(hGroup);

}  //*** BARFOfflineClusterGroup()

DWORD BARFOnlineClusterGroup(HGROUP hGroup, HNODE hDestinationNode)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("OnlineClusterGroup()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return OnlineClusterGroup(hGroup, hDestinationNode);

}  //*** BARFOnlineClusterGroup()

HGROUP BARFOpenClusterGroup(HCLUSTER hCluster, LPCWSTR lpszGroupName)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("OpenClusterGroup()"));
		SetLastError(ERROR_INVALID_FUNCTION);
		return NULL;
	}  // if:  BARF failure
	else
		return OpenClusterGroup(hCluster, lpszGroupName);

}  //*** BARFOpenClusterGroup()

DWORD BARFSetClusterGroupName(HGROUP hGroup, LPCWSTR lpszGroupName)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("SetClusterGroupName()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return SetClusterGroupName(hGroup, lpszGroupName);

}  //*** BARFSetClusterGroupName()

DWORD BARFSetClusterGroupNodeList(
	HGROUP hGroup,
	DWORD cNodeCount,
	HNODE phNodeList[]
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("SetClusterGroupNodeList()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return SetClusterGroupNodeList(
						hGroup,
						cNodeCount,
						phNodeList
						);

}  //*** BARFSetClusterGroupNodeList()

/////////////////////////////////////////////////////////////////////////////
// Resource Management Functions
/////////////////////////////////////////////////////////////////////////////

DWORD BARFAddClusterResourceDependency(HRESOURCE hResource, HRESOURCE hDependsOn)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("AddClusterResourceDependency()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return AddClusterResourceDependency(hResource, hDependsOn);

}  //*** BARFAddClusterResourceDependency()

DWORD BARFAddClusterResourceNode(HRESOURCE hResource, HNODE hNode)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("AddClusterResourceNode()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return AddClusterResourceNode(hResource, hNode);

}  //*** BARFAddClusterResourceNode()

BOOL BARFCanResourceBeDependent(HRESOURCE hResource, HRESOURCE hResourceDependent)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("CanResourceBeDependent()"));
		SetLastError(ERROR_INVALID_FUNCTION);
		return FALSE;
	}  // if:  BARF failure
	else
		return CanResourceBeDependent(hResource, hResourceDependent);

}  //*** BARFCanResourceBeDependent()

DWORD BARFChangeClusterResourceGroup(HRESOURCE hResource, HGROUP hGroup)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("ChangeClusterResourceGroup()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return ChangeClusterResourceGroup(hResource, hGroup);

}  //*** BARFChangeClusterResourceGroup()

BOOL BARFCloseClusterResource(HRESOURCE hResource)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("CloseClusterResource()"));
		SetLastError(ERROR_INVALID_FUNCTION);
		return FALSE;
	}  // if:  BARF failure
	else
		return CloseClusterResource(hResource);

}  //*** BARFCloseClusterResource()

DWORD BARFClusterResourceCloseEnum(HRESENUM hResEnum)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("ClusterResourceCloseEnum()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return ClusterResourceCloseEnum(hResEnum);

}  //*** BARFClusterResourceCloseEnum()

DWORD BARFClusterResourceControl(
	HRESOURCE hResource,
	HNODE hHostNode,
	DWORD dwControlCode,
	LPVOID lpInBuffer,
	DWORD nInBufferSize,
	LPVOID lpOutBuffer,
	DWORD nOutBufferSize,
	LPDWORD lpBytesReturned
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("ClusterResourceControl()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return ClusterResourceControl(
						hResource,
						hHostNode,
						dwControlCode,
						lpInBuffer,
						nInBufferSize,
						lpOutBuffer,
						nOutBufferSize,
						lpBytesReturned
						);

}  //*** BARFClusterResourceControl()

DWORD BARFClusterResourceEnum(
	HRESENUM hResEnum,
	DWORD dwIndex,
	LPDWORD lpdwType,
	LPWSTR lpszName,
	LPDWORD lpcchName
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("ClusterResourceEnum()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return ClusterResourceEnum(
						hResEnum,
						dwIndex,
						lpdwType,
						lpszName,
						lpcchName
						);

}  //*** BARFClusterResourceEnum()

HRESENUM BARFClusterResourceOpenEnum(HRESOURCE hResource, DWORD dwType)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("ClusterResourceOpenEnum()"));
		SetLastError(ERROR_INVALID_FUNCTION);
		return NULL;
	}  // if:  BARF failure
	else
		return ClusterResourceOpenEnum(hResource, dwType);

}  //*** BARFClusterResourceOpenEnum()

HRESOURCE BARFCreateClusterResource(
	HGROUP hGroup,
	LPCWSTR lpszResourceName,
	LPCWSTR lpszResourceType,
	DWORD dwFlags
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("CreateClusterResource()"));
		SetLastError(ERROR_INVALID_FUNCTION);
		return NULL;
	}  // if:  BARF failure
	else
		return CreateClusterResource(
						hGroup,
						lpszResourceName,
						lpszResourceType,
						dwFlags
						);

}  //*** BARFCreateClusterResource()

DWORD BARFDeleteClusterResource(HRESOURCE hResource)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("DeleteClusterResource()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return DeleteClusterResource(hResource);

}  //*** BARFDeleteClusterResource()

DWORD BARFFailClusterResource(HRESOURCE hResource)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("FailClusterResource()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return FailClusterResource(hResource);

}  //*** BARFFailClusterResource()

BOOL BARFGetClusterResourceNetworkName(
	HRESOURCE hResource,
	LPWSTR lpBuffer,
	LPDWORD nSize
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("GetClusterResourceNetworkName()"));
		SetLastError(ERROR_INVALID_FUNCTION);
		return NULL;
	}  // if:  BARF failure
	else
		return GetClusterResourceNetworkName(
						hResource,
						lpBuffer,
						nSize
						);

}  //*** BARFGetClusterResourceNetworkName()

CLUSTER_RESOURCE_STATE BARFGetClusterResourceState(
	HRESOURCE hResource,
	LPWSTR lpszNodeName,
	LPDWORD lpcchNodeName,
	LPWSTR lpszGroupName,
	LPDWORD lpcchGroupName
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("GetClusterResourceNetworkName()"));
		SetLastError(ERROR_INVALID_FUNCTION);
		return ClusterResourceStateUnknown;
	}  // if:  BARF failure
	else
		return GetClusterResourceState(
						hResource,
						lpszNodeName,
						lpcchNodeName,
						lpszGroupName,
						lpcchGroupName
						);

}  //*** BARFGetClusterResourceState()

DWORD BARFOfflineClusterResource(HRESOURCE hResource)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("OfflineClusterResource()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return OfflineClusterResource(hResource);

}  //*** BARFOfflineClusterResource()

DWORD BARFOnlineClusterResource(HRESOURCE hResource)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("OnlineClusterResource()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return OnlineClusterResource(hResource);

}  //*** BARFOnlineClusterResource()

HRESOURCE BARFOpenClusterResource(
	HCLUSTER hCluster,
	LPCWSTR lpszResourceName
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("OpenClusterResource()"));
		SetLastError(ERROR_INVALID_FUNCTION);
		return NULL;
	}  // if:  BARF failure
	else
		return OpenClusterResource(hCluster, lpszResourceName);

}  //*** BARFOpenClusterResource()

DWORD BARFRemoveClusterResourceNode(
	HRESOURCE hResource,
	HNODE hNode
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("RemoveClusterResourceNode()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return RemoveClusterResourceNode(hResource, hNode);

}  //*** BARFRemoveClusterResourceNode()

DWORD BARFRemoveClusterResourceDependency(
	HRESOURCE hResource,
	HRESOURCE hDependsOn
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("RemoveClusterResourceDependency()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return RemoveClusterResourceDependency(hResource, hDependsOn);

}  //*** BARFRemoveClusterResourceDependency()

DWORD BARFSetClusterResourceName(
	HRESOURCE hResource,
	LPCWSTR lpszResourceName
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("SetClusterResourceName()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return SetClusterResourceName(hResource, lpszResourceName);

}  //*** BARFSetClusterResourceName()

/////////////////////////////////////////////////////////////////////////////
// Network Management Functions
/////////////////////////////////////////////////////////////////////////////

HNETWORK BARFOpenClusterNetwork(
	HCLUSTER hCluster,
	LPCWSTR lpszNetworkName
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("OpenClusterNetwork()"));
		SetLastError(ERROR_INVALID_FUNCTION);
		return NULL;
	}  // if:  BARF failure
	else
		return OpenClusterNetwork(hCluster, lpszNetworkName);

}  //*** BARFOpenClusterNetwork()

BOOL BARFCloseClusterNetwork(HNETWORK hNetwork)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("CloseClusterNetwork()"));
		SetLastError(ERROR_INVALID_FUNCTION);
		return FALSE;
	}  // if:  BARF failure
	else
		return CloseClusterNetwork(hNetwork);

}  //*** BARFOpenClusterNetwork()

HNETWORKENUM BARFClusterNetworkOpenEnum(
	HNETWORK hNetwork,
	DWORD dwType
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("ClusterNetworkOpenEnum()"));
		SetLastError(ERROR_INVALID_FUNCTION);
		return NULL;
	}  // if:  BARF failure
	else
		return ClusterNetworkOpenEnum(hNetwork, dwType);

}  //*** BARFClusterNetworkOpenEnum()

DWORD BARFClusterNetworkEnum(
	HNETWORKENUM hNetworkEnum,
	DWORD dwIndex,
	DWORD * lpdwType,
	LPWSTR lpszName,
	LPDWORD lpcchName
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("ClusterNetworkEnum()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return ClusterNetworkEnum(
						hNetworkEnum,
						dwIndex,
						lpdwType,
						lpszName,
						lpcchName
						);

}  //*** BARFClusterNetworkEnum()

DWORD BARFClusterNetworkCloseEnum(HNETWORKENUM hNetworkEnum)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("ClusterNetworkCloseEnum()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return ClusterNetworkCloseEnum(hNetworkEnum);

}  //*** BARFClusterNetworkCloseEnum()

CLUSTER_NETWORK_STATE BARFGetClusterNetworkState(HNETWORK hNetwork)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("GetClusterNetworkState()"));
		SetLastError(ERROR_INVALID_FUNCTION);
		return ClusterNetworkStateUnknown;
	}  // if:  BARF failure
	else
		return GetClusterNetworkState(hNetwork);

}  //*** BARFGetClusterNetworkState()

DWORD BARFSetClusterNetworkName(
	HNETWORK hNetwork,
	LPCWSTR lpszName
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("SetClusterNetworkName()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return SetClusterNetworkName(hNetwork, lpszName);

}  //*** BARFSetClusterNetworkName()

DWORD BARFClusterNetworkControl(
	HNETWORK hNetwork,
	HNODE hHostNode,
	DWORD dwControlCode,
	LPVOID lpInBuffer,
	DWORD nInBufferSize,
	LPVOID lpOutBuffer,
	DWORD nOutBufferSize,
	LPDWORD lpBytesReturned
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("ClusterNetworkControl()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return ClusterNetworkControl(
						hNetwork,
						hHostNode,
						dwControlCode,
						lpInBuffer,
						nInBufferSize,
						lpOutBuffer,
						nOutBufferSize,
						lpBytesReturned
						);

}  //*** BARFClusterNetworkControl()

/////////////////////////////////////////////////////////////////////////////
// Network Interface Management Functions
/////////////////////////////////////////////////////////////////////////////

HNETINTERFACE BARFOpenClusterNetInterface(
	HCLUSTER hCluster,
	LPCWSTR lpszInterfaceName
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("OpenClusterNetInterface()"));
		SetLastError(ERROR_INVALID_FUNCTION);
		return NULL;
	}  // if:  BARF failure
	else
		return OpenClusterNetInterface(hCluster, lpszInterfaceName);

}  //*** BARFOpenClusterNetInterface()

DWORD BARFGetClusterNetInterface(
	HCLUSTER hCluster,
	LPCWSTR lpszNodeName,
	LPCWSTR lpszNetworkName,
	LPWSTR lpszNetInterfaceName,
	DWORD * lpcchNetInterfaceName
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("GetClusterNetInterface()"));
		SetLastError(ERROR_INVALID_FUNCTION);
		return NULL;
	}  // if:  BARF failure
	else
		return GetClusterNetInterface(
							hCluster,
							lpszNodeName,
							lpszNetworkName,
							lpszNetInterfaceName,
							lpcchNetInterfaceName
							);

}  //*** BARFGetClusterNetInterface()

BOOL BARFCloseClusterNetInterface(HNETINTERFACE hNetInterface)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("CloseClusterNetInterface()"));
		SetLastError(ERROR_INVALID_FUNCTION);
		return FALSE;
	}  // if:  BARF failure
	else
		return CloseClusterNetInterface(hNetInterface);

}  //*** BARFCloseClusterNetInterface()

CLUSTER_NETINTERFACE_STATE BARFGetClusterNetInterfaceState(HNETINTERFACE hNetInterface)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("GetClusterNetInterfaceState()"));
		SetLastError(ERROR_INVALID_FUNCTION);
		return ClusterNetInterfaceStateUnknown;
	}  // if:  BARF failure
	else
		return GetClusterNetInterfaceState(hNetInterface);

}  //*** BARFGetClusterNetInterfaceState()

DWORD BARFClusterNetInterfaceControl(
	HNETINTERFACE hNetInterface,
	HNODE hHostNode,
	DWORD dwControlCode,
	LPVOID lpInBuffer,
	DWORD nInBufferSize,
	LPVOID lpOutBuffer,
	DWORD nOutBufferSize,
	LPDWORD lpBytesReturned
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("ClusterNetInterfaceControl()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return ClusterNetInterfaceControl(
						hNetInterface,
						hHostNode,
						dwControlCode,
						lpInBuffer,
						nInBufferSize,
						lpOutBuffer,
						nOutBufferSize,
						lpBytesReturned
						);

}  //*** BARFClusterNetInterfaceControl()

/////////////////////////////////////////////////////////////////////////////
// Cluster Database Management Functions
/////////////////////////////////////////////////////////////////////////////

LONG BARFClusterRegCloseKey(HKEY hKey)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("ClusterRegCloseKey()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return ClusterRegCloseKey(hKey);

}  //*** BARFClusterRegCloseKey()

LONG BARFClusterRegCreateKey(
	HKEY hKey,
	LPCWSTR lpszSubKey,
	DWORD dwOptions,
	REGSAM samDesired,
	LPSECURITY_ATTRIBUTES lpSecurityAttributes,
	PHKEY phkResult,
	LPDWORD lpdwDisposition
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("ClusterRegCreateKey()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return ClusterRegCreateKey(
						hKey,
						lpszSubKey,
						dwOptions,
						samDesired,
						lpSecurityAttributes,
						phkResult,
						lpdwDisposition
						);

}  //*** BARFClusterRegCreateKey()

LONG BARFClusterRegDeleteKey(
	HKEY hKey,
	LPCWSTR lpszSubKey
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("ClusterRegDeleteKey()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return ClusterRegDeleteKey(hKey, lpszSubKey);

}  //*** BARFClusterRegDeleteKey()

DWORD BARFClusterRegDeleteValue(
	HKEY hKey,
	LPCWSTR lpszValueName
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("ClusterRegDeleteValue()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return ClusterRegDeleteValue(hKey, lpszValueName);

}  //*** BARFClusterRegDeleteValue()

LONG BARFClusterRegEnumKey(
	HKEY hKey,
	DWORD dwIndex,
	LPWSTR lpszName,
	LPDWORD lpcchName,
	PFILETIME lpftLastWriteTime
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("ClusterRegEnumKey()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return ClusterRegEnumKey(
						hKey,
						dwIndex,
						lpszName,
						lpcchName,
						lpftLastWriteTime
						);

}  //*** BARFClusterRegEnumKey()

DWORD BARFClusterRegEnumValue(
	HKEY hKey,
	DWORD dwIndex,
	LPWSTR lpszValueName,
	LPDWORD lpcchValueName,
	LPDWORD lpdwType,
	LPBYTE lpbData,
	LPDWORD lpcbData
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("ClusterRegEnumValue()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return ClusterRegEnumValue(
						hKey,
						dwIndex,
						lpszValueName,
						lpcchValueName,
						lpdwType,
						lpbData,
						lpcbData
						);

}  //*** BARFClusterRegEnumValue()

LONG BARFClusterRegGetKeySecurity(
	HKEY hKey,
	SECURITY_INFORMATION SecurityInformation,
	PSECURITY_DESCRIPTOR pSecurityDescriptor,
	LPDWORD lpcbSecurityDescriptor
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("ClusterRegGetKeySecurity()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return ClusterRegGetKeySecurity(
						hKey,
						SecurityInformation,
						pSecurityDescriptor,
						lpcbSecurityDescriptor
						);

}  //*** BARFClusterRegGetKeySecurity()

LONG BARFClusterRegOpenKey(
	HKEY hKey,
	LPCWSTR lpszSubKey,
	REGSAM samDesired,
	PHKEY phkResult
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("ClusterRegOpenKey()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return ClusterRegOpenKey(
						hKey,
						lpszSubKey,
						samDesired,
						phkResult
						);

}  //*** BARFClusterRegOpenKey()

LONG BARFClusterRegQueryInfoKey(
	HKEY hKey,
	LPDWORD lpcSubKeys,
	LPDWORD lpcbMaxSubKeyLen,
	LPDWORD lpcValues,
	LPDWORD lpcbMaxValueNameLen,
	LPDWORD lpcbMaxValueLen,
	LPDWORD lpcbSecurityDescriptor,
	PFILETIME lpftLastWriteTime
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("ClusterRegQueryInfoKey()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return ClusterRegQueryInfoKey(
						hKey,
						lpcSubKeys,
						lpcbMaxSubKeyLen,
						lpcValues,
						lpcbMaxValueNameLen,
						lpcbMaxValueLen,
						lpcbSecurityDescriptor,
						lpftLastWriteTime
						);

}  //*** BARFClusterRegQueryInfoKey()

LONG BARFClusterRegQueryValue(
	HKEY hKey,
	LPCWSTR lpszValueName,
	LPDWORD lpdwValueType,
	LPBYTE lpbData,
	LPDWORD lpcbData
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("ClusterRegQueryValue()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return ClusterRegQueryValue(
						hKey,
						lpszValueName,
						lpdwValueType,
						lpbData,
						lpcbData
						);

}  //*** BARFClusterRegQueryValue()

LONG BARFClusterRegSetKeySecurity(
	HKEY hKey,
	SECURITY_INFORMATION SecurityInformation,
	PSECURITY_DESCRIPTOR pSecurityDescriptor
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("ClusterRegSetKeySecurity()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return ClusterRegSetKeySecurity(
						hKey,
						SecurityInformation,
						pSecurityDescriptor
						);

}  //*** BARFClusterRegSetKeySecurity()

DWORD BARFClusterRegSetValue(
	HKEY hKey,
	LPCWSTR lpszValueName,
	DWORD dwType,
	CONST BYTE * lpbData,
	DWORD cbData
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("ClusterRegSetValue()"));
		return ERROR_INVALID_FUNCTION;
	}  // if:  BARF failure
	else
		return ClusterRegSetValue(
						hKey,
						lpszValueName,
						dwType,
						lpbData,
						cbData
						);

}  //*** BARFClusterRegSetValue()

HKEY BARFGetClusterGroupKey(
	HGROUP hGroup,
	REGSAM samDesired
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("GetClusterGroupKey()"));
		SetLastError(ERROR_INVALID_FUNCTION);
		return NULL;
	}  // if:  BARF failure
	else
		return GetClusterGroupKey(hGroup, samDesired);

}  //*** BARFGetClusterGroupKey()

HKEY BARFGetClusterKey(
	HCLUSTER hCluster,
	REGSAM samDesired
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("GetClusterKey()"));
		SetLastError(ERROR_INVALID_FUNCTION);
		return NULL;
	}  // if:  BARF failure
	else
		return GetClusterKey(hCluster, samDesired);

}  //*** BARFGetClusterKey()

HKEY BARFGetClusterNodeKey(
	HNODE hNode,
	REGSAM samDesired
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("GetClusterNodeKey()"));
		SetLastError(ERROR_INVALID_FUNCTION);
		return NULL;
	}  // if:  BARF failure
	else
		return GetClusterNodeKey(hNode, samDesired);

}  //*** BARFGetClusterNodeKey()

HKEY BARFGetClusterResourceKey(
	HRESOURCE hResource,
	REGSAM samDesired
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("GetClusterResourceKey()"));
		SetLastError(ERROR_INVALID_FUNCTION);
		return NULL;
	}  // if:  BARF failure
	else
		return GetClusterResourceKey(hResource, samDesired);

}  //*** BARFGetClusterResourceKey()

HKEY BARFGetClusterResourceTypeKey(
	HCLUSTER hCluster,
	LPCWSTR lpszTypeName,
	REGSAM samDesired
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("GetClusterResourceTypeKey()"));
		SetLastError(ERROR_INVALID_FUNCTION);
		return NULL;
	}  // if:  BARF failure
	else
		return GetClusterResourceTypeKey(hCluster, lpszTypeName, samDesired);

}  //*** BARFGetClusterResourceTypeKey()

HKEY BARFGetClusterNetworkKey(
	HNETWORK hNetwork,
	REGSAM samDesired
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("GetClusterNetworkKey()"));
		SetLastError(ERROR_INVALID_FUNCTION);
		return NULL;
	}  // if:  BARF failure
	else
		return GetClusterNetworkKey(hNetwork, samDesired);

}  //*** BARFGetClusterNetworkKey()

HKEY BARFGetClusterNetInterfaceKey(
	HNETINTERFACE hNetInterface,
	REGSAM samDesired
	)
{
	if (g_barfClusApi.BFail())
	{
		Trace(g_tagBarf, _T("GetClusterNetInterfaceKey()"));
		SetLastError(ERROR_INVALID_FUNCTION);
		return NULL;
	}  // if:  BARF failure
	else
		return GetClusterNetInterfaceKey(hNetInterface, samDesired);

}  //*** BARFGetClusterNetInterfaceKey()

#endif // _DEBUG