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/**********************************************************************//** Microsoft Windows/NT **//** Copyright(c) Microsoft Corporation, 1997 - 1998 **//**********************************************************************/
/*
DVSumSTRM.cpp FILE HISTORY: */
#include "stdafx.h"
#include "dmvstrm.h"
#include "dmvcomp.h"
#include "xstream.h"
#include "dmvroot.h"
#include "refresh.h"
#define CURRENT_DMVCONFIGSTREAM_VERSION 0x00020000
/*!--------------------------------------------------------------------------
DMVConfigStream::DMVConfigStream - Author: KennT ---------------------------------------------------------------------------*/DMVConfigStream::DMVConfigStream(){ m_nVersionAdmin = 0x00010000; m_nVersion = CURRENT_DMVCONFIGSTREAM_VERSION; m_bAutoRefresh = FALSE; m_dwRefreshInterval = DEFAULT_REFRESH_INTERVAL;}
/*!--------------------------------------------------------------------------
DMVConfigStream::InitNew - Author: KennT ---------------------------------------------------------------------------*/HRESULT DMVConfigStream::InitNew(){ // Setup the appropriate defaults
// m_nVersionAdmin = 0x00020000;
// m_nVersion = 0x00020000;
// m_stName.Empty();
return hrOK;}
HRESULT DMVConfigStream::PrepareAutoRefreshDataForSave(){ SPIRouterRefresh spRefresh;
ASSERT(m_pDMVRootHandler); if (!m_pDMVRootHandler) return S_OK; HRESULT hr = m_pDMVRootHandler->GetServerNodesRefreshObject(&spRefresh);
if(FAILED(hr) || !spRefresh) return S_OK;
if(spRefresh->IsRefreshStarted() == hrOK) m_bAutoRefresh = TRUE; return spRefresh->GetRefreshInterval(&m_dwRefreshInterval);}
/*!--------------------------------------------------------------------------
DMVConfigStream::SaveTo - Author: KennT ---------------------------------------------------------------------------*/HRESULT DMVConfigStream::SaveTo(IStream *pstm){ return XferVersion0(pstm, XferStream::MODE_WRITE, NULL);}
/*!--------------------------------------------------------------------------
DMVConfigStream::SaveAs - Author: KennT ---------------------------------------------------------------------------*/HRESULT DMVConfigStream::SaveAs(UINT nVersion, IStream *pstm){ return XferVersion0(pstm, XferStream::MODE_WRITE, NULL);}
/*!--------------------------------------------------------------------------
DMVConfigStream::LoadFrom - Author: KennT ---------------------------------------------------------------------------*/HRESULT DMVConfigStream::LoadFrom(IStream *pstm){ return XferVersion0(pstm, XferStream::MODE_READ, NULL);}
/*!--------------------------------------------------------------------------
DMVConfigStream::GetSize - Author: KennT ---------------------------------------------------------------------------*/HRESULT DMVConfigStream::GetSize(ULONG *pcbSize){ return XferVersion0(NULL, XferStream::MODE_SIZE, NULL);}
/*!--------------------------------------------------------------------------
DMVConfigStream::GetVersionInfo - Author: KennT ---------------------------------------------------------------------------*/HRESULT DMVConfigStream::GetVersionInfo(DWORD *pdwVersion, DWORD *pdwAdminVersion){ if (pdwVersion) *pdwVersion = m_nVersion; if (pdwAdminVersion) *pdwAdminVersion = m_nVersionAdmin; return hrOK;}
/*!--------------------------------------------------------------------------
DMVConfigStream::XferVersion0 - Author: KennT ---------------------------------------------------------------------------*/
struct _ViewInfoEntry{ ULONG m_ulId; ULONG m_idSort; ULONG m_idAscending; ULONG m_idColumns; ULONG m_idPos;};
/*static const _ViewInfoEntry s_rgDVSumAdminViewInfo[]
{ { DVSumSTRM_STATS_DVSumNBR, DVSumSTRM_TAG_STATS_DVSumNBR_SORT, DVSumSTRM_TAG_STATS_DVSumNBR_ASCENDING, DVSumSTRM_TAG_STATS_DVSumNBR_COLUMNS, DVSumSTRM_TAG_STATS_DVSumNBR_POSITION }, { DVSumSTRM_IFSTATS_DVSumNBR, DVSumSTRM_TAG_IFSTATS_DVSumNBR_SORT, DVSumSTRM_TAG_IFSTATS_DVSumNBR_ASCENDING, DVSumSTRM_TAG_IFSTATS_DVSumNBR_COLUMNS, DVSumSTRM_TAG_IFSTATS_DVSumNBR_POSITION },};*/
HRESULT DMVConfigStream::XferVersion0(IStream *pstm, XferStream::Mode mode, ULONG *pcbSize){ XferStream xstm(pstm, mode); HRESULT hr = hrOK; DWORD dwNum1; DWORD dwNum2; int i; if (mode==XferStream::MODE_WRITE) { // If we are writing the data, reload the current set of server names
// (get it from the real list of nodes)
// -------------------------------------------------------------
Assert(m_pDMVRootHandler); m_pDMVRootHandler->LoadPersistedServerListFromNode(); }; CORg( xstm.XferDWORD( DMVSTRM_TAG_VERSION, &m_nVersion ) ); CORg( xstm.XferDWORD( DMVSTRM_TAG_VERSIONADMIN, &m_nVersionAdmin ) ); if (m_nVersion != CURRENT_DMVCONFIGSTREAM_VERSION) return E_FAIL; /*
for ( i=0; i<DimensionOf(s_rgDVSumAdminViewInfo); i++) { CORg( m_rgViewInfo[s_rgDVSumAdminViewInfo[i].m_ulId].Xfer(&xstm, s_rgDVSumAdminViewInfo[i].m_idSort, s_rgDVSumAdminViewInfo[i].m_idAscending, s_rgDVSumAdminViewInfo[i].m_idColumns) ); CORg( xstm.XferRect( s_rgDVSumAdminViewInfo[i].m_idPos, &m_prgrc[s_rgDVSumAdminViewInfo[i].m_ulId]) ); }*/ CORg( xstm.XferDWORD( DMVSTRM_TAG_SIZEQRY, &(m_RQPersist.m_dwSizeQry) ) ); if (mode==XferStream::MODE_READ) { CORg( xstm.XferDWORD( DMVSTRM_TAG_NUMQRY, &(dwNum1) ) ); m_RQPersist.createQry(dwNum1); CORg( xstm.XferDWORD( DMVSTRM_TAG_NUMSRV, &(dwNum2) ) ); m_RQPersist.createSrv(dwNum2); } else { CORg( xstm.XferDWORD( DMVSTRM_TAG_NUMQRY, &(m_RQPersist.m_dwNumQry) ) ); CORg( xstm.XferDWORD( DMVSTRM_TAG_NUMSRV, &(m_RQPersist.m_dwNumSrv) ) ); } Assert(m_RQPersist.m_v_pQData.size()==m_RQPersist.m_dwNumQry); Assert(m_RQPersist.m_v_pSData.size()==m_RQPersist.m_dwNumSrv); //persist the query list
for (i=0; i < m_RQPersist.m_dwNumQry;i++) { CORg( xstm.XferDWORD( DMVSTRM_TAG_CATFLAG, &(m_RQPersist.m_v_pQData[i]->dwCatFlag) ) ); CORg( xstm.XferCString( DMVSTRM_TAG_SCOPE, &(m_RQPersist.m_v_pQData[i]->strScope) ) ); CORg( xstm.XferCString( DMVSTRM_TAG_FILTER, &(m_RQPersist.m_v_pQData[i]->strFilter) ) ); } //persist the servername list
for (i=0; i < m_RQPersist.m_dwNumSrv;i++) { CORg( xstm.XferCString(DMVSTRM_TAG_SERVERNAME, m_RQPersist.m_v_pSData[i]) ); } if (mode==XferStream::MODE_READ) { // Load the list of persisted servers (add them to the list of
// servers to be added into the UI).
Assert(m_pDMVRootHandler); m_pDMVRootHandler->LoadPersistedServerList(); }
// refresh settings
if (mode==XferStream::MODE_WRITE) { PrepareAutoRefreshDataForSave(); } CORg( xstm.XferDWORD( DMVSTRM_TAG_IFAUTOREFRESHISON, &m_bAutoRefresh ) ); CORg( xstm.XferDWORD( DMVSTRM_TAG_AUTOREFRESHINTERVAL, &m_dwRefreshInterval ) ); if (pcbSize) *pcbSize = xstm.GetSize(); Error: return hr;}
/*---------------------------------------------------------------------------
DVSumComponentConfigStream implementation ---------------------------------------------------------------------------*/
enum DVSCOMPSTRM_TAG{ DVSCOMPSTRM_TAG_VERSION = XFER_TAG(1, XFER_DWORD), DVSCOMPSTRM_TAG_VERSIONADMIN = XFER_TAG(2, XFER_DWORD), DVSCOMPSTRM_TAG_SUMMARY_COLUMNS = XFER_TAG(3, XFER_COLUMNDATA_ARRAY), DVSCOMPSTRM_TAG_SUMMARY_SORT_COLUMN = XFER_TAG(4, XFER_DWORD), DVSCOMPSTRM_TAG_SUMMARY_SORT_ASCENDING = XFER_TAG(5, XFER_DWORD),
DVSCOMPSTRM_TAG_IFADMIN_COLUMNS = XFER_TAG(6, XFER_COLUMNDATA_ARRAY), DVSCOMPSTRM_TAG_IFADMIN_SORT_COLUMN = XFER_TAG(7, XFER_DWORD), DVSCOMPSTRM_TAG_IFADMIN_SORT_ASCENDING = XFER_TAG(8, XFER_DWORD),
DVSCOMPSTRM_TAG_DIALIN_COLUMNS = XFER_TAG(9, XFER_COLUMNDATA_ARRAY), DVSCOMPSTRM_TAG_DIALIN_SORT_COLUMN = XFER_TAG(10, XFER_DWORD), DVSCOMPSTRM_TAG_DIALIN_SORT_ASCENDING = XFER_TAG(11, XFER_DWORD),
DVSCOMPSTRM_TAG_PORTS_COLUMNS = XFER_TAG(12, XFER_COLUMNDATA_ARRAY), DVSCOMPSTRM_TAG_PORTS_SORT_COLUMN = XFER_TAG(13, XFER_DWORD), DVSCOMPSTRM_TAG_PORTS_SORT_ASCENDING = XFER_TAG(14, XFER_DWORD),
};
HRESULT DVComponentConfigStream::XferVersion0(IStream *pstm, XferStream::Mode mode, ULONG *pcbSize){ XferStream xstm(pstm, mode); HRESULT hr = hrOK;
CORg( xstm.XferDWORD( DVSCOMPSTRM_TAG_VERSION, &m_nVersion ) ); CORg( xstm.XferDWORD( DVSCOMPSTRM_TAG_VERSIONADMIN, &m_nVersionAdmin ) );
CORg( m_rgViewInfo[DM_COLUMNS_DVSUM].Xfer(&xstm, DVSCOMPSTRM_TAG_SUMMARY_SORT_COLUMN, DVSCOMPSTRM_TAG_SUMMARY_SORT_ASCENDING, DVSCOMPSTRM_TAG_SUMMARY_COLUMNS) ); CORg( m_rgViewInfo[DM_COLUMNS_IFADMIN].Xfer(&xstm, DVSCOMPSTRM_TAG_IFADMIN_SORT_COLUMN, DVSCOMPSTRM_TAG_IFADMIN_SORT_ASCENDING, DVSCOMPSTRM_TAG_IFADMIN_COLUMNS) ); CORg( m_rgViewInfo[DM_COLUMNS_DIALIN].Xfer(&xstm, DVSCOMPSTRM_TAG_DIALIN_SORT_COLUMN, DVSCOMPSTRM_TAG_DIALIN_SORT_ASCENDING, DVSCOMPSTRM_TAG_DIALIN_COLUMNS) ); CORg( m_rgViewInfo[DM_COLUMNS_PORTS].Xfer(&xstm, DVSCOMPSTRM_TAG_PORTS_SORT_COLUMN, DVSCOMPSTRM_TAG_PORTS_SORT_ASCENDING, DVSCOMPSTRM_TAG_PORTS_COLUMNS) ); if (pcbSize) *pcbSize = xstm.GetSize();
Error: return hr;}
//---------------------------------------------------------------
// RRASQryPersist implementation
//---------------------------------------------------------------
HRESULT RRASQryPersist::createQry(DWORD dwNum){ HRESULT hr=S_OK; try { removeAllQry(); m_dwNumQry=dwNum; for (int i=0;i<m_dwNumQry;i++) { RRASQryData* p = new RRASQryData; p->dwCatFlag=RRAS_QRY_CAT_NONE; p->strScope=_T(""); p->strFilter=_T(""); m_v_pQData.push_back(p); } } catch(...) { hr=E_FAIL; } return hr;}
HRESULT RRASQryPersist::createSrv(DWORD dwNum){ HRESULT hr=S_OK; try { removeAllSrv(); m_dwNumSrv=dwNum; for (int i=0;i<m_dwNumSrv;i++) m_v_pSData.push_back(new CString); } catch(...) { hr=E_FAIL; } return hr;}
HRESULT RRASQryPersist::add_Qry(const RRASQryData& qd){ HRESULT hr=S_OK; try { for (int i=0;i<m_v_pQData.size(); i++ ) { RRASQryData& qd0 = *(m_v_pQData[i]); if ( (qd0.dwCatFlag==qd.dwCatFlag) && (qd0.strScope==qd.strScope) && (qd0.strFilter==qd.strFilter) ) return S_FALSE; } RRASQryData *pqd= new RRASQryData ; pqd->dwCatFlag=qd.dwCatFlag; pqd->strScope=qd.strScope; pqd->strFilter=qd.strFilter; m_v_pQData.push_back(pqd); m_dwNumQry++; } catch(...) { hr=E_FAIL; } return hr;}
HRESULT RRASQryPersist::add_Srv(const CString& szServer){ HRESULT hr=S_OK; try { for (int i=0;i<m_v_pSData.size(); i++ ) { if ( szServer==*(m_v_pSData[i]) ) return S_FALSE; } CString* psz= new CString(szServer) ; m_v_pSData.push_back(psz); m_dwNumSrv++; } catch(...) { hr=E_FAIL; } return hr;}
HRESULT RRASQryPersist::removeAllSrv(){ HRESULT hr=S_OK; try { for (int i=0;i<m_v_pSData.size(); i++ ) delete m_v_pSData[i]; m_v_pSData.clear(); } catch(...) { hr=E_FAIL; } m_dwNumSrv=0; return hr;}
HRESULT RRASQryPersist::removeAllQry(){ HRESULT hr=S_OK; try { for (int i=0;i<m_v_pQData.size(); i++ ) delete m_v_pQData[i]; m_v_pQData.clear(); } catch(...) { TRACE0("RRASQryPersist::remove error\n"); hr=E_FAIL; } m_dwNumQry=0; return hr;}
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