BOOL CALLBACK CheckCapacityForMirror(CNBUnitDevice *pUnitDevice, HWND hWnd, LPVOID lpContext) { if(!lpContext) return TRUE; if(!pUnitDevice) return FALSE; CNBLogicalDevice *pLogicalDevice = (CNBLogicalDevice *)lpContext; for(UINT32 i = 0; i < pLogicalDevice->DevicesTotal(); i++) { if ((*pLogicalDevice)[i] && (*pLogicalDevice)[i]->GetCapacityInByte() > pUnitDevice->GetCapacityInByte()) { CString strMsg; strMsg.LoadString( IDS_SELECTMIRDLG_SMALLER_DISK ); CString strTitle; strTitle.LoadString(IDS_APPLICATION); MessageBox( hWnd, strMsg, strTitle, MB_OK | MB_ICONWARNING ); return FALSE; } } return TRUE; }
void CMainFrame::OnSpareAdd(UINT wNotifyCode, int wID, HWND hwndCtl) { CNBDevice *pDevice = m_viewTreeList.GetSelectedDevice(); if(!pDevice) return; if(!pDevice->GetCommandAbility(wID)) return; CNBLogicalDevice *pLogicalDevice = dynamic_cast<CNBLogicalDevice *>(pDevice); if(!pLogicalDevice || !pLogicalDevice->IsOperatableAll()) return; CNBSelectDeviceDlg dlgSelectDevice( IDD_DEVICE_LIST, IDS_SPARE_ADD_DLG_CAPTION, IDS_SPARE_ADD_DLG_MESSAGE, GetOperatableSingleDevices(), 1, CheckCapacityForSpare, pLogicalDevice); if(dlgSelectDevice.DoModal() != IDOK) return; CNBUnitDevice *pUnitDevice = dlgSelectDevice.GetSelectedDevice(); // Bind & Synchronize NDASCOMM_CONNECTION_INFO ci, ci_spare; (*pLogicalDevice)[0]->InitConnectionInfo(&ci, TRUE); pUnitDevice->InitConnectionInfo(&ci_spare, TRUE); AutoCursor l_auto_cursor(IDC_WAIT); BOOL bResults = NdasOpSpareAdd( &ci, &ci_spare); l_auto_cursor.Release(); pLogicalDevice->HixChangeNotify(pGetNdasHostGuid()); pUnitDevice->HixChangeNotify(pGetNdasHostGuid()); if(!bResults) { CString strMsg; DWORD dwLastError = ::GetLastError(); strMsg.LoadString(IDS_OPERATION_FAIL); ShowErrorMessageBox(strMsg); return; } OnRefreshStatus(NULL, NULL, NULL); }
NBUnitDevicePtrList CMainFrame::GetOperatableSingleDevices() { NBUnitDevicePtrList listUnitDevicesSingle; CNBLogicalDevice *pLogicalDevice; for(NBLogicalDevicePtrList::iterator itLogicalDevice = m_listLogicalDevices.begin(); itLogicalDevice != m_listLogicalDevices.end(); itLogicalDevice++) { pLogicalDevice = *itLogicalDevice; if( pLogicalDevice->IsOperatable() && pLogicalDevice->IsHDD() && !pLogicalDevice->IsGroup()) { listUnitDevicesSingle.push_back((*pLogicalDevice)[0]); } } return listUnitDevicesSingle; }
void CMainFrame::OnUnBind(UINT wNotifyCode, int wID, HWND hwndCtl) { CNBDevice *pDevice = m_viewTreeList.GetSelectedDevice(); if(!pDevice) return; if(!pDevice->GetCommandAbility(wID)) return; CNBLogicalDevice *pLogicalDevice = dynamic_cast<CNBLogicalDevice *>(pDevice); if(!pLogicalDevice) return; BOOL bUnbindMirror = (NMT_RAID1 == pLogicalDevice->GetType() || NMT_RAID1R == pLogicalDevice->GetType() || NMT_MIRROR == pLogicalDevice->GetType()); // warning message CString strMsg; NBUnitDevicePtrList listUnitDevices = pLogicalDevice->GetOperatableDevices(); CNBSelectDeviceDlg dlgSelectDevice( IDD_DEVICE_LIST, IDS_UNBIND_DLG_CAPTION, (bUnbindMirror) ? IDS_WARNING_UNBIND_MIR : IDS_WARNING_UNBIND, listUnitDevices, 0, NULL, NULL); if(dlgSelectDevice.DoModal() != IDOK) return; NDASCOMM_CONNECTION_INFO *ci = new NDASCOMM_CONNECTION_INFO[listUnitDevices.size()]; UINT32 i = 0; for(NBUnitDevicePtrList::iterator itUnitDevice = listUnitDevices.begin(); itUnitDevice != listUnitDevices.end(); i++, itUnitDevice++) { (*itUnitDevice)->InitConnectionInfo(&ci[i], TRUE); } AutoCursor l_auto_cursor(IDC_WAIT); UINT32 BindResult = NdasOpBind(listUnitDevices.size(), ci, NMT_SINGLE, 0); l_auto_cursor.Release(); DWORD dwLastError = ::GetLastError(); if(i == BindResult) { CString strTitle; strTitle.LoadString(IDS_APPLICATION); strMsg.LoadString( (bUnbindMirror) ? IDS_WARNING_UNBIND_AFTER_MIR : IDS_WARNING_UNBIND_AFTER); MessageBox( strMsg, strTitle, MB_OK|MB_ICONINFORMATION ); } else { ::SetLastError(dwLastError); switch(dwLastError) { case NDASCOMM_ERROR_RW_USER_EXIST: case NDASOP_ERROR_ALREADY_USED: case NDASOP_ERROR_DEVICE_FAIL: case NDASOP_ERROR_NOT_SINGLE_DISK: case NDASOP_ERROR_DEVICE_UNSUPPORTED: case NDASOP_ERROR_NOT_BOUND_DISK: // does not return this error if(BindResult < listUnitDevices.size()) { i = 0; for(NBUnitDevicePtrList::iterator itUnitDevice = listUnitDevices.begin(); itUnitDevice != listUnitDevices.end(); i++, itUnitDevice++) { if(i == BindResult) strMsg.FormatMessage(IDS_BIND_FAIL_AT_SINGLE_NDAS_FMT, (*itUnitDevice)->GetName()); } } else strMsg.LoadString(IDS_BIND_FAIL); break; default: strMsg.LoadString(IDS_BIND_FAIL); break; } ShowErrorMessageBox(IDS_MAINFRAME_SINGLE_ACCESS_FAIL); } for(NBUnitDevicePtrList::iterator itUnitDevice = listUnitDevices.begin(); itUnitDevice != listUnitDevices.end(); i++, itUnitDevice++) { (*itUnitDevice)->HixChangeNotify(pGetNdasHostGuid()); } delete [] ci; OnRefreshStatus(NULL, NULL, NULL); return; }
void CMainFrame::OnSingle(UINT wNotifyCode, int wID, HWND hwndCtl) { CString strMsg; CNBDevice *pDevice = m_viewTreeList.GetSelectedDevice(); if(!pDevice) return; if(!pDevice->GetCommandAbility(wID)) return; CNBUnitDevice *pUnitDevice; if(dynamic_cast<CNBLogicalDevice *>(pDevice)) { CNBLogicalDevice *pLogicalDevice = dynamic_cast<CNBLogicalDevice *>(pDevice); if(!pLogicalDevice || !pLogicalDevice->IsOperatableAll()) return; pUnitDevice = (*pLogicalDevice)[0]; } else { pUnitDevice = dynamic_cast<CNBUnitDevice *>(pDevice); if(!pUnitDevice || !pUnitDevice->IsOperatable()) return; } if(!pUnitDevice) return; NBUnitDevicePtrList listUnitDevices; listUnitDevices.push_back(pUnitDevice); CNBSelectDeviceDlg dlgSelectDevice( IDD_DEVICE_LIST, IDS_SINGLE_DLG_CAPTION, IDS_SINGLE_DLG_MESSAGE, listUnitDevices, 0, NULL, NULL); if(dlgSelectDevice.DoModal() != IDOK) return; NDASCOMM_CONNECTION_INFO ConnectionInfo; if(!pUnitDevice->InitConnectionInfo(&ConnectionInfo, TRUE)) { // "%1!s! does not have a write access privilege. You need to set write key to this NDAS device before this action." strMsg.FormatMessage(IDS_ERROR_NOT_REGISTERD_WRITE_FMT, pUnitDevice->GetName() ); CString strTitle; strTitle.LoadString(IDS_APPLICATION); MessageBox( strMsg, strTitle, MB_OK|MB_ICONERROR ); return; } AutoCursor l_auto_cursor(IDC_WAIT); UINT32 BindResult = NdasOpBind( 1, &ConnectionInfo, NMT_SINGLE, 0); l_auto_cursor.Release(); if(1 != BindResult) { DWORD dwLastError = ::GetLastError(); switch(dwLastError) { case NDASCOMM_ERROR_RW_USER_EXIST: case NDASOP_ERROR_ALREADY_USED: case NDASOP_ERROR_DEVICE_FAIL: case NDASOP_ERROR_NOT_SINGLE_DISK: case NDASOP_ERROR_DEVICE_UNSUPPORTED: case NDASOP_ERROR_NOT_BOUND_DISK: // does not return this error strMsg.FormatMessage(IDS_BIND_FAIL_AT_SINGLE_NDAS_FMT, pUnitDevice->GetName()); break; default: strMsg.LoadString(IDS_BIND_FAIL); break; } ShowErrorMessageBox(strMsg); } pUnitDevice->HixChangeNotify(pGetNdasHostGuid()); OnRefreshStatus(NULL, NULL, NULL); }
void CMainFrame::OnMigrate(UINT wNotifyCode, int wID, HWND hwndCtl) { CNBDevice *pDevice = m_viewTreeList.GetSelectedDevice(); if(!pDevice) return; if(!pDevice->GetCommandAbility(wID)) return; CNBLogicalDevice *pLogicalDevice = dynamic_cast<CNBLogicalDevice *>(pDevice); if(!pLogicalDevice) return; if (NMT_MIRROR != pLogicalDevice->GetType() && NMT_RAID1 != pLogicalDevice->GetType() && NMT_RAID4 != pLogicalDevice->GetType()) return; // warning message CString strMsg; NBUnitDevicePtrList listUnitDevices = pLogicalDevice->GetOperatableDevices(); CNBSelectDeviceDlg dlgSelectDevice( IDD_DEVICE_LIST, IDS_MIGRATE_DLG_CAPTION, IDS_MIGRATE_DLG_MESSAGE, listUnitDevices, 0, NULL, NULL); if(dlgSelectDevice.DoModal() != IDOK) return; NDASCOMM_CONNECTION_INFO *ci = new NDASCOMM_CONNECTION_INFO[listUnitDevices.size()]; UINT32 i = 0; for(NBUnitDevicePtrList::iterator itUnitDevice = listUnitDevices.begin(); itUnitDevice != listUnitDevices.end(); i++, itUnitDevice++) { (*itUnitDevice)->InitConnectionInfo(&ci[i], TRUE); } AutoCursor l_auto_cursor(IDC_WAIT); BOOL bResult = NdasOpMigrate(&ci[0]); l_auto_cursor.Release(); DWORD dwLastError = ::GetLastError(); if(!bResult) { ShowErrorMessageBox(IDS_MAINFRAME_SINGLE_ACCESS_FAIL); } for(NBUnitDevicePtrList::iterator itUnitDevice = listUnitDevices.begin(); itUnitDevice != listUnitDevices.end(); i++, itUnitDevice++) { (*itUnitDevice)->HixChangeNotify(pGetNdasHostGuid()); } delete [] ci; OnRefreshStatus(NULL, NULL, NULL); return; }
BOOL CMainFrame::RefreshStatus() { AutoCursor l_auto_cursor(IDC_WAIT); m_viewTreeList.GetTreeControl().DeleteAllItems(); ClearDevices(); // Initially, no commands are enabled // UIEnableForDevice(pDevice, IDM_TOOL_BIND); UIEnableForDevice(NULL, IDM_TOOL_UNBIND); UIEnableForDevice(NULL, IDM_TOOL_ADDMIRROR); UIEnableForDevice(NULL, IDM_TOOL_MIGRATE); UIEnableForDevice(NULL, IDM_TOOL_REPLACE_DEVICE); UIEnableForDevice(NULL, IDM_TOOL_REPLACE_UNIT_DEVICE); UIEnableForDevice(NULL, IDM_TOOL_SINGLE); UIEnableForDevice(NULL, IDM_TOOL_SPAREADD); UIEnableForDevice(NULL, IDM_TOOL_SPAREREMOVE); UpdateWindow(); // retrieve all the device & unit device information if(!NdasEnumDevices( EnumDevicesCallBack, reinterpret_cast<LPVOID>(&m_listDevices))) { return FALSE; } m_wndRefreshProgress.ShowWindow(SW_SHOW); m_wndRefreshProgress.SetRange32(0, m_listDevices.size()); m_wndRefreshProgress.SetStep(1); m_wndRefreshProgress.SetPos(0); // initialize all the unit devices for(NBNdasDevicePtrList::iterator itDevice = m_listDevices.begin(); itDevice != m_listDevices.end(); itDevice++) { if(!(*itDevice)->UnitDevicesInitialize()) { // add single empty device ATLTRACE(_T("Device not connected : %s\n"), (*itDevice)->GetName()); // m_wndRefreshProgress.ShowWindow(SW_HIDE); // return FALSE; } m_wndRefreshProgress.StepIt(); } // create logical devices CNBUnitDevice *pUnitDevice; CNBLogicalDevice *pLogicalDevice; m_wndRefreshProgress.SetPos(0); for(NBNdasDevicePtrList::iterator itDevice = m_listDevices.begin(); itDevice != m_listDevices.end(); itDevice++) { for(UINT32 i = 0; i < (*itDevice)->UnitDevicesCount(); i++) { // find logical device which has this unit device as member pLogicalDevice = NULL; pUnitDevice = (*(*itDevice))[i]; ATLASSERT(pUnitDevice); if(!pUnitDevice) return FALSE; for(NBLogicalDevicePtrList::iterator itLogicalDevice = m_listLogicalDevices.begin(); itLogicalDevice != m_listLogicalDevices.end(); itLogicalDevice++) { if((*itLogicalDevice)->IsMember(pUnitDevice)) { // add to this logical device pLogicalDevice = *itLogicalDevice; ATLTRACE(_T("use CNBLogicalDevice(%p) : %s\n"), pLogicalDevice, pUnitDevice->GetName()); break; } } if(NULL == pLogicalDevice) { // create new logical device pLogicalDevice = new CNBLogicalDevice(); m_listLogicalDevices.push_back(pLogicalDevice); ATLTRACE(_T("new CNBLogicalDevice(%p) : %s\n"), pLogicalDevice, pUnitDevice->GetName()); } if(!pLogicalDevice->UnitDeviceAdd(pUnitDevice)) { m_wndRefreshProgress.ShowWindow(SW_HIDE); return FALSE; } } m_wndRefreshProgress.StepIt(); } m_viewTreeList.SetDevices(&m_listLogicalDevices); m_wndRefreshProgress.ShowWindow(SW_HIDE); return TRUE; }
void CMainFrame::OnAddMirror(UINT wNotifyCode, int wID, HWND hwndCtl) { CNBDevice *pDevice = m_viewTreeList.GetSelectedDevice(); if(!pDevice) return; if(!pDevice->GetCommandAbility(wID)) return; CNBLogicalDevice *pLogicalDevice = dynamic_cast<CNBLogicalDevice *>(pDevice); if(!pLogicalDevice || pLogicalDevice->IsGroup()) return; NBUnitDevicePtrList listUnitDevices = GetOperatableSingleDevices(); // remove self listUnitDevices.remove((*pLogicalDevice)[0]); CNBSelectDeviceDlg dlgSelectDevice( IDD_DEVICE_LIST, IDS_MIRROR_ADD_DLG_CAPTION, IDS_MIRROR_ADD_DLG_MESSAGE, listUnitDevices, 1, CheckCapacityForMirror, pLogicalDevice); if(dlgSelectDevice.DoModal() != IDOK) return; CNBUnitDevice *pUnitDeviceAdd = dlgSelectDevice.GetSelectedDevice(); CNBUnitDevice *pUnitDevice = pUnitDevice = (*pLogicalDevice)[0]; // Bind & Synchronize NDASCOMM_CONNECTION_INFO ConnectionInfo[2]; pUnitDevice->InitConnectionInfo(&ConnectionInfo[0], TRUE); pUnitDeviceAdd->InitConnectionInfo(&ConnectionInfo[1], TRUE); AutoCursor l_auto_cursor(IDC_WAIT); UINT32 BindResult = NdasOpBind( 2, ConnectionInfo, NMT_SAFE_RAID1, 0); l_auto_cursor.Release(); if(2 != BindResult) { CString strMsg; DWORD dwLastError = ::GetLastError(); switch(dwLastError) { case NDASCOMM_ERROR_RW_USER_EXIST: case NDASOP_ERROR_ALREADY_USED: case NDASOP_ERROR_DEVICE_FAIL: case NDASOP_ERROR_NOT_SINGLE_DISK: case NDASOP_ERROR_DEVICE_UNSUPPORTED: strMsg.FormatMessage(IDS_BIND_FAIL_AT_SINGLE_NDAS_FMT, (BindResult == 0) ? pUnitDevice->GetName() : pUnitDeviceAdd->GetName()); break; default: strMsg.LoadString(IDS_BIND_FAIL); break; } ShowErrorMessageBox(strMsg); return; } pUnitDevice->HixChangeNotify(pGetNdasHostGuid()); pUnitDeviceAdd->HixChangeNotify(pGetNdasHostGuid()); /* CRecoverDlg dlgRecover(FALSE, IDS_LOGDEV_TYPE_DISK_RAID1, IDS_RECOVERDLG_TASK_ADD_MIRROR); ATLASSERT(FALSE); // dlgRecover.SetMemberDevice(pUnitDeviceAdd); dlgRecover.DoModal(); */ OnRefreshStatus(NULL, NULL, NULL); }
void CMainFrame::OnReplaceUnitDevice(UINT wNotifyCode, int wID, HWND hwndCtl) { CNBDevice *pDevice = m_viewTreeList.GetSelectedDevice(); if(!pDevice) return; if(!pDevice->GetCommandAbility(wID)) return; CNBLogicalDevice *pLogicalDevice = dynamic_cast<CNBLogicalDevice *>(pDevice); if(!pLogicalDevice) return; // find the missing device CNBLogicalDevice *pLogicalDeviceReplace = NULL; CNBUnitDevice *pUnitDeviceReplace = NULL; NBUnitDevicePtrList listUnitDevicesReplace; NBLogicalDevicePtrList::iterator itLogicalDevice; for(UINT32 i = 0; i < pLogicalDevice->DevicesTotal(); i++) { if(!(*pLogicalDevice)[i]) { for(itLogicalDevice = m_listLogicalDevices.begin(); itLogicalDevice != m_listLogicalDevices.end(); ++itLogicalDevice) { pLogicalDeviceReplace = *itLogicalDevice; if(pLogicalDeviceReplace) { if (pLogicalDeviceReplace->IsHDD() && !pLogicalDeviceReplace->IsGroup() && pLogicalDeviceReplace->IsOperatable()) { pUnitDeviceReplace = (*pLogicalDeviceReplace)[0]; if (pUnitDeviceReplace->IsThis( pLogicalDevice->DIB()->UnitDisks[i].MACAddr, pLogicalDevice->DIB()->UnitDisks[i].UnitNumber)) { // ok we found replacable HDD listUnitDevicesReplace.push_back(pUnitDeviceReplace); } } } } } } if(!listUnitDevicesReplace.size()) return; CNBSelectDeviceDlg dlgSelectDevice( IDD_DEVICE_LIST, IDS_REPLACE_UNIT_DEVICE_DLG_CAPTION, IDS_REPLACE_UNIT_DEVICE_DLG_MESSAGE, listUnitDevicesReplace, 0, CheckCapacityForSpare, pLogicalDevice); if(dlgSelectDevice.DoModal() != IDOK) return; // dlgSelectDevice is not selective dialog. get unit device from listUnitDevicesReplace CNBUnitDevice *pUnitDevice = *(listUnitDevicesReplace.begin()); // Bind & Synchronize NDASCOMM_CONNECTION_INFO ci, ci_replace; pLogicalDevice->InitConnectionInfo(&ci, TRUE); // use write access. this function does not support run time replace yet. pUnitDevice->InitConnectionInfo(&ci_replace, TRUE); for(UINT32 i = 0; i < pLogicalDevice->DevicesTotal(); i++) { if (!(*pLogicalDevice)[i]) { break; } } if(pLogicalDevice->DevicesTotal() == i) { // failed to find missing device return; } AutoCursor l_auto_cursor(IDC_WAIT); BOOL bResults = NdasOpReplaceUnitDevice( &ci, &ci_replace, i); l_auto_cursor.Release(); pLogicalDevice->HixChangeNotify(pGetNdasHostGuid()); pUnitDevice->HixChangeNotify(pGetNdasHostGuid()); if(!bResults) { CString strMsg; DWORD dwLastError = ::GetLastError(); strMsg.LoadString(IDS_OPERATION_FAIL); ShowErrorMessageBox(strMsg); return; } OnRefreshStatus(NULL, NULL, NULL); }
BOOL CMainFrame::RefreshStatus() { // lock ActivateUI(FALSE); m_viewTreeList.GetTreeControl().DeleteAllItems(); ClearDevices(); // retrieve all the device & unit device information if(!NdasEnumDevices( EnumDevicesCallBack, reinterpret_cast<LPVOID>(&m_listDevices))) return FALSE; m_wndRefreshProgress.ShowWindow(SW_SHOW); m_wndRefreshProgress.SetRange32(0, m_listDevices.size()); m_wndRefreshProgress.SetStep(1); m_wndRefreshProgress.SetPos(0); // initialize all the unit devices for(NBNdasDevicePtrList::iterator itDevice = m_listDevices.begin(); itDevice != m_listDevices.end(); itDevice++) { if(!(*itDevice)->UnitDevicesInitialize()) { m_wndRefreshProgress.ShowWindow(SW_HIDE); return FALSE; } m_wndRefreshProgress.StepIt(); } // create logical devices CNBUnitDevice *pUnitDevice; CNBLogicalDevice *pLogicalDevice; UINT32 nLogicalDeviceIndex = 0; m_wndRefreshProgress.SetPos(0); for(NBNdasDevicePtrList::iterator itDevice = m_listDevices.begin(); itDevice != m_listDevices.end(); itDevice++) { for(UINT32 i = 0; i < (*itDevice)->UnitDevicesCount(); i++) { // find logical device which has this unit device as member pLogicalDevice = NULL; pUnitDevice = (*(*itDevice))[i]; for(NBLogicalDevicePtrMap::iterator itLogicalDevice = m_mapLogicalDevices.begin(); itLogicalDevice != m_mapLogicalDevices.end(); itLogicalDevice++) { if(itLogicalDevice->second->IsMember(pUnitDevice)) { // add to this logical device pLogicalDevice = itLogicalDevice->second; break; } } if(NULL == pLogicalDevice) { // create new logical device pLogicalDevice = new CNBLogicalDevice(nLogicalDeviceIndex); m_mapLogicalDevices[nLogicalDeviceIndex++] = pLogicalDevice; } if(!pLogicalDevice->UnitDeviceAdd(pUnitDevice)) { m_wndRefreshProgress.ShowWindow(SW_HIDE); return FALSE; } } m_wndRefreshProgress.StepIt(); } m_viewTreeList.SetDevices(&m_mapLogicalDevices); m_wndRefreshProgress.ShowWindow(SW_HIDE); ActivateUI(TRUE); return TRUE; }
BOOL CMainFrame::RefreshStatus() { // lock ActivateUI(FALSE); m_viewTreeList.GetTreeControl().DeleteAllItems(); ClearDevices(); // retrieve all the device & unit device information if(!NdasEnumDevices( EnumDevicesCallBack, reinterpret_cast<LPVOID>(&m_listDevices))) return FALSE; m_wndRefreshProgress.ShowWindow(SW_SHOW); m_wndRefreshProgress.SetRange32(0, m_listDevices.size()); m_wndRefreshProgress.SetStep(1); m_wndRefreshProgress.SetPos(0); // initialize all the unit devices for(NBNdasDevicePtrList::iterator itDevice = m_listDevices.begin(); itDevice != m_listDevices.end(); itDevice++) { if(!(*itDevice)->UnitDevicesInitialize()) { // add single empty device ATLTRACE(_T("Device not connected : %s\n"), (*itDevice)->GetName()); // m_wndRefreshProgress.ShowWindow(SW_HIDE); // return FALSE; } m_wndRefreshProgress.StepIt(); } // create logical devices CNBUnitDevice *pUnitDevice; CNBLogicalDevice *pLogicalDevice; m_wndRefreshProgress.SetPos(0); for(NBNdasDevicePtrList::iterator itDevice = m_listDevices.begin(); itDevice != m_listDevices.end(); itDevice++) { /* if(0 == (*itDevice)->UnitDevicesCount()) { // suppose to be disconnected pLogicalDevice = new CNBLogicalDevice(); pLogicalDevice->SetEmpty(); m_listLogicalDevices.push_back(pLogicalDevice); ATLTRACE(_T("new CNBLogicalDevice(%p) : empty\n"), pLogicalDevice); } */ for(UINT32 i = 0; i < (*itDevice)->UnitDevicesCount(); i++) { // find logical device which has this unit device as member pLogicalDevice = NULL; pUnitDevice = (*(*itDevice))[i]; ATLASSERT(pUnitDevice); if(!pUnitDevice) return FALSE; for(NBLogicalDevicePtrList::iterator itLogicalDevice = m_listLogicalDevices.begin(); itLogicalDevice != m_listLogicalDevices.end(); itLogicalDevice++) { if((*itLogicalDevice)->IsMember(pUnitDevice)) { // add to this logical device pLogicalDevice = *itLogicalDevice; ATLTRACE(_T("use CNBLogicalDevice(%p) : %s\n"), pLogicalDevice, pUnitDevice->GetName()); break; } } if(NULL == pLogicalDevice) { // create new logical device pLogicalDevice = new CNBLogicalDevice(); m_listLogicalDevices.push_back(pLogicalDevice); ATLTRACE(_T("new CNBLogicalDevice(%p) : %s\n"), pLogicalDevice, pUnitDevice->GetName()); } if(!pLogicalDevice->UnitDeviceAdd(pUnitDevice)) { m_wndRefreshProgress.ShowWindow(SW_HIDE); return FALSE; } } m_wndRefreshProgress.StepIt(); } m_viewTreeList.SetDevices(&m_listLogicalDevices); m_wndRefreshProgress.ShowWindow(SW_HIDE); ActivateUI(TRUE); return TRUE; }