/////////////////////////////////////////////////////////////////////////////
//
// Copyright (c) 1996-2000 Microsoft Corporation
//
// Module Name:
// ClusDoc.cpp
//
// Abstract:
// Implementation of the CClusterDoc class.
//
// Author:
// David Potter (davidp) May 1, 1996
//
// Revision History:
//
// Notes:
//
/////////////////////////////////////////////////////////////////////////////
#include "stdafx.h"
#include <ClAdmWiz.h>
#include "CluAdmin.h"
#include "ConstDef.h"
#include "ClusDoc.h"
#include "Cluster.h"
#include "ExcOper.h"
#include "Notify.h"
#include "TraceTag.h"
#include "ListView.h"
#include "TreeView.h"
#include "GrpWiz.h"
#include "ResWiz.h"
#include "SplitFrm.h"
#include "YesToAll.h"
#include "ActGrp.h"
#ifdef _DEBUG
#define new DEBUG_NEW
#undef THIS_FILE
static char THIS_FILE[] = __FILE__;
#endif
/////////////////////////////////////////////////////////////////////////////
// Global Variables
/////////////////////////////////////////////////////////////////////////////
#ifdef _DEBUG
CTraceTag g_tagDoc(_T("Document"), _T("DOC"), 0);
CTraceTag g_tagDocMenu(_T("Menu"), _T("DOC"), 0);
CTraceTag g_tagDocNotify(_T("Notify"), _T("DOC NOTIFY"), 0);
CTraceTag g_tagDocRegNotify(_T("Notify"), _T("DOC REG NOTIFY"), 0);
CTraceTag g_tagDocRefresh(_T("Document"), _T("REFRESH"), 0);
#endif
/////////////////////////////////////////////////////////////////////////////
// CClusterDoc
/////////////////////////////////////////////////////////////////////////////
IMPLEMENT_DYNCREATE(CClusterDoc, CDocument)
/////////////////////////////////////////////////////////////////////////////
// Message Maps
BEGIN_MESSAGE_MAP(CClusterDoc, CDocument)
//{{AFX_MSG_MAP(CClusterDoc)
ON_COMMAND(ID_FILE_NEW_GROUP, OnCmdNewGroup)
ON_COMMAND(ID_FILE_NEW_RESOURCE, OnCmdNewResource)
ON_COMMAND(ID_FILE_NEW_NODE, OnCmdNewNode)
ON_COMMAND(ID_FILE_CONFIG_APP, OnCmdConfigApp)
ON_COMMAND(ID_VIEW_REFRESH, OnCmdRefresh)
//}}AFX_MSG_MAP
END_MESSAGE_MAP()
/////////////////////////////////////////////////////////////////////////////
//++
//
// CClusterDoc::CClusterDoc
//
// Routine Description:
// Default constructor.
//
// Arguments:
// None.
//
// Return Value:
// None.
//
//--
/////////////////////////////////////////////////////////////////////////////
CClusterDoc::CClusterDoc(void)
{
m_hcluster = NULL;
m_hkeyCluster = NULL;
m_pciCluster = NULL;
m_ptiCluster = NULL;
m_hmenuCluster = NULL;
m_hmenuNode = NULL;
m_hmenuGroup = NULL;
m_hmenuResource = NULL;
m_hmenuResType = NULL;
m_hmenuNetwork = NULL;
m_hmenuNetIFace = NULL;
m_hmenuCurrent = NULL;
m_idmCurrentMenu = 0;
m_bUpdateFrameNumber = TRUE;
m_bInitializing = TRUE;
m_bIgnoreErrors = FALSE;
m_bClusterAvailable = FALSE;
EnableAutomation();
} //*** CClusterDoc::CClusterDoc()
/////////////////////////////////////////////////////////////////////////////
//++
//
// CClusterDoc::~CClusterDoc
//
// Routine Description:
// Destructor.
//
// Arguments:
// None.
//
// Return Value:
// None.
//
//--
/////////////////////////////////////////////////////////////////////////////
CClusterDoc::~CClusterDoc(void)
{
// Destroy any menus we loaded.
if (m_hmenuCluster != NULL)
DestroyMenu(m_hmenuCluster);
if (m_hmenuNode != NULL)
DestroyMenu(m_hmenuNode);
if (m_hmenuGroup != NULL)
DestroyMenu(m_hmenuGroup);
if (m_hmenuResource != NULL)
DestroyMenu(m_hmenuResource);
if (m_hmenuResType != NULL)
DestroyMenu(m_hmenuResType);
if (m_hmenuNetwork != NULL)
DestroyMenu(m_hmenuNetwork);
if (m_hmenuNetIFace != NULL)
DestroyMenu(m_hmenuNetIFace);
delete m_pciCluster;
} //*** CClusterDoc::~CClusterDoc()
/////////////////////////////////////////////////////////////////////////////
// CClusterDoc diagnostics
#ifdef _DEBUG
void CClusterDoc::AssertValid(void) const
{
CDocument::AssertValid();
}
void CClusterDoc::Dump(CDumpContext& dc) const
{
CDocument::Dump(dc);
}
#endif //_DEBUG
/////////////////////////////////////////////////////////////////////////////
//++
//
// CClusterDoc::OnOpenDocument
//
// Routine Description:
// Open a cluster.
//
// Arguments:
// lpszPathName [IN] Name of the cluster to open.
//
// Return Value:
// TRUE Cluster opened successfully.
// FALSE Failed to open the cluster.
//
//--
/////////////////////////////////////////////////////////////////////////////
BOOL CClusterDoc::OnOpenDocument(LPCTSTR lpszPathName)
{
BOOL bSuccess = TRUE;
CWaitCursor wc;
ASSERT(Hcluster() == NULL);
ASSERT(HkeyCluster() == NULL);
// There better be a cluster name.
ASSERT(lpszPathName != NULL);
ASSERT(*lpszPathName != _T('\0'));
// Display a message on the status bar.
{
CString strStatusBarText;
strStatusBarText.FormatMessage(IDS_SB_OPENING_CONNECTION, lpszPathName);
PframeMain()->SetMessageText(strStatusBarText);
PframeMain()->UpdateWindow();
} // Display a message on the status bar
// If the application is minimized, don't display message boxes
// on errors.
m_bIgnoreErrors = AfxGetMainWnd()->IsIconic() == TRUE;
try
{
OnOpenDocumentWorker(lpszPathName);
} // try
catch (CException * pe)
{
if (!m_bIgnoreErrors)
pe->ReportError();
pe->Delete();
if (HkeyCluster() != NULL)
{
ClusterRegCloseKey(HkeyCluster());
m_hkeyCluster = NULL;
} // if: cluster registry key is open
if ((Hcluster() != NULL) && (Hcluster() != GetClusterAdminApp()->HOpenedCluster()))
{
CloseCluster(Hcluster());
m_hcluster = NULL;
} // if: cluster is open
m_bClusterAvailable = FALSE;
bSuccess = FALSE;
} // catch: CException
// Reset the message on the status bar.
PframeMain()->SetMessageText(AFX_IDS_IDLEMESSAGE);
PframeMain()->UpdateWindow();
m_bInitializing = FALSE;
return bSuccess;
} //*** CClusterDoc::OnOpenDocument()
/////////////////////////////////////////////////////////////////////////////
//++
//
// CClusterDoc::OnOpenDocumentWorker
//
// Routine Description:
// Worker function for opening a cluster.
//
// Arguments:
// lpszPathName [IN] Name of the cluster to open.
//
// Return Value:
// None.
//
// Exceptions Thrown:
// Any exceptions thrown by CString::operator=(), CCluster::new(),
// CCluster::Init(), BuildBaseHierarchy(), or CollectClusterItems().
//--
/////////////////////////////////////////////////////////////////////////////
void CClusterDoc::OnOpenDocumentWorker(LPCTSTR lpszPathName)
{
// Set the node name to the path name.
m_strNode = lpszPathName;
// Delete the contents to start out with an empty document.
DeleteContents();
m_bClusterAvailable = TRUE;
// Create a new cluster object.
m_pciCluster = new CCluster;
if ( m_pciCluster == NULL )
{
AfxThrowMemoryException();
} // if: error allocating the cluster object
PciCluster()->AddRef();
PciCluster()->Init(this, lpszPathName, GetClusterAdminApp()->HOpenedCluster());
// Build the base hierarchy.
BuildBaseHierarchy();
// Collect the items in the cluster and build the hierarchy.
CollectClusterItems();
// Collect network priority list.
PciCluster()->CollectNetworkPriority(NULL);
// Open new windows if there were more open when we exited.
{
int iwin;
int cwin;
CString strSection;
strSection = REGPARAM_CONNECTIONS _T("\\") + StrNode();
cwin = AfxGetApp()->GetProfileInt(strSection, REGPARAM_WINDOW_COUNT, 1);
for (iwin = 1 ; iwin < cwin ; iwin++)
AfxGetMainWnd()->PostMessage(WM_COMMAND, ID_WINDOW_NEW, NULL);
} // Open new windows if there were more open when we exited
// Initialize the frame window.
{
POSITION pos;
CView * pview;
CSplitterFrame * pframe;
pos = GetFirstViewPosition();
pview = GetNextView(pos);
ASSERT_VALID(pview);
pframe = (CSplitterFrame *) pview->GetParentFrame();
ASSERT_KINDOF(CSplitterFrame, pframe);
pframe->InitFrame(this);
} // Initialize the frame window
} //*** CClusterDoc::OnOpenDocumentWorker()
/////////////////////////////////////////////////////////////////////////////
//++
//
// CClusterDoc::OnCloseDocument
//
// Routine Description:
// Close a cluster.
//
// Arguments:
// None.
//
// Return Value:
// None.
//
//--
/////////////////////////////////////////////////////////////////////////////
void CClusterDoc::OnCloseDocument(void)
{
TraceMenu(g_tagDocMenu, AfxGetMainWnd()->GetMenu(), _T("OnCloseDocument menu: "));
m_bUpdateFrameNumber = FALSE;
CDocument::OnCloseDocument();
TraceMenu(g_tagDocMenu, AfxGetMainWnd()->GetMenu(), _T("Post-OnCloseDocument menu: "));
} //*** CClusterDoc::OnCloseDocument()
/////////////////////////////////////////////////////////////////////////////
//++
//
// CClusterDoc::SaveSettings
//
// Routine Description:
// Save settings so they can be restored later.
//
// Arguments:
// None.
//
// Return Value:
// None.
//
//--
/////////////////////////////////////////////////////////////////////////////
void CClusterDoc::SaveSettings(void)
{
int cwin = 0;
POSITION pos;
CView * pview;
CString strSection;
try
{
// Save the number of windows open on this document.
strSection = REGPARAM_CONNECTIONS _T("\\") + StrNode();
pos = GetFirstViewPosition();
while (pos != NULL)
{
pview = GetNextView(pos);
ASSERT_VALID(pview);
if (pview->IsKindOf(RUNTIME_CLASS(CClusterTreeView)))
cwin++;
} // while: more views in the list
AfxGetApp()->WriteProfileInt(strSection, REGPARAM_WINDOW_COUNT, cwin);
} // try
catch (CException * pe)
{
pe->Delete();
} // catch: CException
} //*** CClusterDoc::SaveSettings()
/////////////////////////////////////////////////////////////////////////////
//++
//
// CClusterDoc::BuildBaseHierarchy
//
// Routine Description:
// Build the base hierarchy. This hierarchy consists of tree items
// for the hierarchy and list items for what is displayed in the list
// view but does not contain any items for specific objects, other
// than the cluster itself.
//
// Arguments:
// None.
//
// Return Value:
// dwStatus Status of the operation: 0 if successful, !0 otherwise.
//
//--
/////////////////////////////////////////////////////////////////////////////
void CClusterDoc::BuildBaseHierarchy(void)
{
ASSERT_VALID(PciCluster());
ASSERT(PtiCluster() == NULL);
// Create the root cluster item.
{
ASSERT_VALID(PciCluster());
PciCluster()->ReadItem();
m_ptiCluster = new CTreeItem(NULL, PciCluster());
if ( m_ptiCluster == NULL )
{
AfxThrowMemoryException();
} // if: error allocating tree item
m_ptiCluster->AddRef();
ASSERT_VALID(PtiCluster());
PciCluster()->AddTreeItem(PtiCluster());
PtiCluster()->Init();
PtiCluster()->PcoliAddColumn(IDS_COLTEXT_NAME, COLI_WIDTH_NAME);
// PtiCluster()->PcoliAddColumn(IDS_COLTEXT_TYPE, COLI_WIDTH_TYPE);
PtiCluster()->PcoliAddColumn(IDS_COLTEXT_STATE, COLI_WIDTH_STATE);
PtiCluster()->PcoliAddColumn(IDS_COLTEXT_DESCRIPTION, COLI_WIDTH_DESCRIPTION);
} // Create the root cluster item
// Add the Groups container item under the cluster.
{
CTreeItem * ptiGroups;
// Create the Groups container item.
ptiGroups = PtiCluster()->PtiAddChild(IDS_TREEITEM_GROUPS);
ASSERT_VALID(ptiGroups);
ptiGroups->PcoliAddColumn(IDS_COLTEXT_NAME, COLI_WIDTH_NAME);
// ptiGroups->PcoliAddColumn(IDS_COLTEXT_TYPE, COLI_WIDTH_TYPE);
ptiGroups->PcoliAddColumn(IDS_COLTEXT_STATE, COLI_WIDTH_STATE);
ptiGroups->PcoliAddColumn(IDS_COLTEXT_OWNER, COLI_WIDTH_OWNER);
ptiGroups->PcoliAddColumn(IDS_COLTEXT_DESCRIPTION, COLI_WIDTH_DESCRIPTION);
} // Add the Groups container item under the cluster
// Add the Resources container item under the cluster.
{
CTreeItem * ptiResources;
// Create the Resources container item.
ptiResources = PtiCluster()->PtiAddChild(IDS_TREEITEM_RESOURCES);
ASSERT_VALID(ptiResources);
ptiResources->PcoliAddColumn(IDS_COLTEXT_NAME, COLI_WIDTH_NAME);
// ptiResources->PcoliAddColumn(IDS_COLTEXT_TYPE, COLI_WIDTH_TYPE);
ptiResources->PcoliAddColumn(IDS_COLTEXT_STATE, COLI_WIDTH_STATE);
ptiResources->PcoliAddColumn(IDS_COLTEXT_OWNER, COLI_WIDTH_OWNER);
ptiResources->PcoliAddColumn(IDS_COLTEXT_GROUP, COLI_WIDTH_GROUP);
ptiResources->PcoliAddColumn(IDS_COLTEXT_RESTYPE, COLI_WIDTH_RESTYPE);
ptiResources->PcoliAddColumn(IDS_COLTEXT_DESCRIPTION, COLI_WIDTH_DESCRIPTION);
} // Add the Resources container item under the cluster
// Add the Cluster Configuration container item under the cluster.
{
CTreeItem * ptiClusCfg;
// Create the Cluster Configuration container item.
ptiClusCfg = PtiCluster()->PtiAddChild(IDS_TREEITEM_CLUSTER_CONFIG);
ASSERT_VALID(ptiClusCfg);
ptiClusCfg->PcoliAddColumn(IDS_COLTEXT_NAME, COLI_WIDTH_NAME);
// ptiClusCfg->PcoliAddColumn(IDS_COLTEXT_TYPE, COLI_WIDTH_TYPE);
ptiClusCfg->PcoliAddColumn(IDS_COLTEXT_DESCRIPTION, COLI_WIDTH_DESCRIPTION);
// Add the Resources Types container item under the Cluster Configuration container.
{
CTreeItem * ptiResTypes;
// Create the Resources Types container item.
ptiResTypes = ptiClusCfg->PtiAddChild(IDS_TREEITEM_RESTYPES);
ASSERT_VALID(ptiResTypes);
ptiResTypes->PcoliAddColumn(IDS_COLTEXT_DISPLAY_NAME, COLI_WIDTH_DISPLAY_NAME);
// ptiResTypes->PcoliAddColumn(IDS_COLTEXT_NAME, COLI_WIDTH_NAME);
// ptiResTypes->PcoliAddColumn(IDS_COLTEXT_TYPE, COLI_WIDTH_TYPE);
ptiResTypes->PcoliAddColumn(IDS_COLTEXT_RESDLL, COLI_WIDTH_RESDLL);
ptiResTypes->PcoliAddColumn(IDS_COLTEXT_DESCRIPTION, COLI_WIDTH_DESCRIPTION);
} // Add the Resources Types container item under the Cluster Configuration container
// Add the Networks container item under the Cluster Configuration container.
{
CTreeItem * ptiNetworks;
// Create the Networks container item.
ptiNetworks = ptiClusCfg->PtiAddChild(IDS_TREEITEM_NETWORKS);
ASSERT_VALID(ptiNetworks);
ptiNetworks->PcoliAddColumn(IDS_COLTEXT_NAME, COLI_WIDTH_NAME);
// ptiNetworks->PcoliAddColumn(IDS_COLTEXT_TYPE, COLI_WIDTH_TYPE);
ptiNetworks->PcoliAddColumn(IDS_COLTEXT_STATE, COLI_WIDTH_STATE);
ptiNetworks->PcoliAddColumn(IDS_COLTEXT_ROLE, COLI_WIDTH_NET_ROLE);
// ptiNetworks->PcoliAddColumn(IDS_COLTEXT_ADDRESS, COLI_WIDTH_NET_ADDRESS);
ptiNetworks->PcoliAddColumn(IDS_COLTEXT_MASK, COLI_WIDTH_NET_MASK);
ptiNetworks->PcoliAddColumn(IDS_COLTEXT_DESCRIPTION, COLI_WIDTH_DESCRIPTION);
} // Add the Networks container item under the Cluster Configuration container
// Add the Network Interfaces container item under the Cluster Configuration container.
{
CTreeItem * ptiNetworkInterfacess;
// Create the Network Interfaces container item.
ptiNetworkInterfacess = ptiClusCfg->PtiAddChild(IDS_TREEITEM_NETIFACES);
ASSERT_VALID(ptiNetworkInterfacess);
ptiNetworkInterfacess->PcoliAddColumn(IDS_COLTEXT_NODE, COLI_WIDTH_NODE);
ptiNetworkInterfacess->PcoliAddColumn(IDS_COLTEXT_NETWORK, COLI_WIDTH_NETWORK);
// ptiNetworkInterfacess->PcoliAddColumn(IDS_COLTEXT_TYPE, COLI_WIDTH_TYPE);
ptiNetworkInterfacess->PcoliAddColumn(IDS_COLTEXT_STATE, COLI_WIDTH_STATE);
ptiNetworkInterfacess->PcoliAddColumn(IDS_COLTEXT_ADAPTER, COLI_WIDTH_NET_ADAPTER);
ptiNetworkInterfacess->PcoliAddColumn(IDS_COLTEXT_ADDRESS, COLI_WIDTH_NET_ADDRESS);
ptiNetworkInterfacess->PcoliAddColumn(IDS_COLTEXT_DESCRIPTION, COLI_WIDTH_DESCRIPTION);
} // Add the Network Interfaces container item under the Cluster Configuration container
} // Add the Cluster Configuration container item under the cluster
} //*** CClusterDoc::BuildBaseHierarchy()
/////////////////////////////////////////////////////////////////////////////
//++
//
// CClusterDoc::CollectClusterItems
//
// Routine Description:
// Collect items in the cluster.
//
// Arguments:
// None.
//
// Return Value:
// None.
//
// Exceptions Thrown:
// CNTException Status from ClusterOpenEnum or ClusterEnum.
//
//--
/////////////////////////////////////////////////////////////////////////////
void CClusterDoc::CollectClusterItems(void)
{
DWORD dwStatus;
HCLUSENUM hclusenum;
ClusEnumType cet;
int ienum;
LPWSTR pwszName = NULL;
DWORD cchName;
DWORD cchmacName;
// Open the enumeration.
hclusenum = ClusterOpenEnum(
Hcluster(),
( CLUSTER_ENUM_NODE
| CLUSTER_ENUM_GROUP
| CLUSTER_ENUM_RESOURCE
| CLUSTER_ENUM_RESTYPE
| CLUSTER_ENUM_NETWORK
| CLUSTER_ENUM_NETINTERFACE
)
);
if (hclusenum == NULL)
ThrowStaticException(GetLastError(), IDS_OPEN_CLUSTER_ENUM_ERROR, StrName());
try
{
// Allocate a buffer for object names.
cchmacName = 128;
pwszName = new WCHAR[cchmacName];
if ( pwszName == NULL )
{
AfxThrowMemoryException();
} // if: error allocating the name buffer
// Loop through the enumeration and add each item to the appropriate list.
for (ienum = 0 ; ; ienum++)
{
cchName = cchmacName;
dwStatus = ClusterEnum(hclusenum, ienum, &cet, pwszName, &cchName);
if (dwStatus == ERROR_MORE_DATA)
{
Trace(g_tagDoc, _T("OnOpenDocument() - name buffer too small. Expanding from %d to %d"), cchmacName, cchName);
delete [] pwszName;
pwszName = NULL;
cchmacName = cchName + 1;
pwszName = new WCHAR[cchmacName];
if ( pwszName == NULL )
{
AfxThrowMemoryException();
} // if: error allocating the name buffer
cchName = cchmacName;
dwStatus = ClusterEnum(hclusenum, ienum, &cet, pwszName, &cchName);
} // if: name buffer was too small
if (dwStatus == ERROR_NO_MORE_ITEMS)
break;
else if (dwStatus != ERROR_SUCCESS)
ThrowStaticException(dwStatus, IDS_ENUM_CLUSTER_ERROR, StrName());
switch (cet)
{
case CLUSTER_ENUM_NODE:
PciAddNewNode(pwszName);
break;
case CLUSTER_ENUM_GROUP:
PciAddNewGroup(pwszName);
break;
case CLUSTER_ENUM_RESOURCE:
PciAddNewResource(pwszName);
break;
case CLUSTER_ENUM_RESTYPE:
PciAddNewResourceType(pwszName);
break;
case CLUSTER_ENUM_NETWORK:
PciAddNewNetwork(pwszName);
break;
case CLUSTER_ENUM_NETINTERFACE:
PciAddNewNetInterface(pwszName);
break;
default:
Trace(g_tagDoc, _T("OnOpenDocument() - Unknown cluster enumeration type '%d'"), cet);
ASSERT(0);
break;
} // switch: cet
} // for: each item enumerated
// Initialize all the cluster items.
InitNodes();
InitGroups();
InitResourceTypes();
InitResources();
InitNetworks();
InitNetInterfaces();
// Deallocate our name buffer.
delete [] pwszName;
// Close the enumerator.
ClusterCloseEnum(hclusenum);
} // try
catch (CException *)
{
delete [] pwszName;
ClusterCloseEnum(hclusenum);
throw;
} // catch: any exception
} //*** CClusterDoc::CollectClusterItems()
/////////////////////////////////////////////////////////////////////////////
//++
//
// CClusterDoc::PciAddNewNode
//
// Routine Description:
// Add a new node to the list of nodes.
//
// Arguments:
// pszName [IN] Name of the node.
//
// Return Value:
// pci Cluster item for the new node.
//
//--
/////////////////////////////////////////////////////////////////////////////
CClusterNode * CClusterDoc::PciAddNewNode(IN LPCTSTR pszName)
{
CClusterNode * pciNewNode = NULL;
CClusterNode * pciRetNode = NULL;
CClusterNode * pciOldNode = NULL;
CActiveGroups * pciActiveGroups = NULL;
CTreeItem * ptiActiveGroups = NULL;
ASSERT(pszName != NULL);
ASSERT(*pszName != NULL);
ASSERT_VALID(PtiCluster());
ASSERT(LpciNodes().PciNodeFromName(pszName) == NULL);
// Display a message on the status bar.
{
CString strStatusBarText;
strStatusBarText.FormatMessage(IDS_SB_ADDING_NODE, pszName, StrNode());
PframeMain()->SetMessageText(strStatusBarText);
PframeMain()->UpdateWindow();
} // Display a message on the status bar
try
{
// If there is an item with that name, delete it.
pciOldNode = LpciNodes().PciNodeFromName(pszName);
if (pciOldNode != NULL)
{
pciOldNode->Delete();
pciOldNode = NULL;
} // if: already an item with that name
// Allocate a new node.
pciNewNode = new CClusterNode;
if ( pciNewNode == NULL )
{
AfxThrowMemoryException();
} // if: error allocating the node
// Add a reference while we are working on it to prevent a delete
// notification from taking us out.
pciNewNode->AddRef();
// Initialize the node.
pciNewNode->Init(this, pszName);
} // try
catch (CNTException * pnte)
{
if (pnte->Sc() == RPC_S_CALL_FAILED)
{
if (!m_bIgnoreErrors)
pnte->ReportError();
delete pciNewNode;
throw;
} // if: RPC call failed error
else if (pnte->Sc() != ERROR_FILE_NOT_FOUND)
{
ID id = IdProcessNewObjectError(pnte);
if (id == IDNO)
{
delete pciNewNode;
throw;
} // if: user doesn't want to ignore error
} // else if: error is NOT node not found
else
{
delete pciNewNode;
pnte->Delete();
return NULL;
} // else: object not found
pnte->Delete();
} // catch: CNTException
catch (CException * pe)
{
ID id = IdProcessNewObjectError(pe);
if (id == IDNO)
{
delete pciNewNode;
throw;
} // if: user doesn't want to ignore error
pe->Delete();
if (pciNewNode == NULL)
return NULL;
} // catch: CException
try
{
// Add the node to the list.
{
POSITION posPci;
POSITION posCurPci;
posPci = LpciNodes().GetHeadPosition();
while (posPci != NULL)
{
posCurPci = posPci;
pciOldNode = (CClusterNode *) LpciNodes().GetNext(posPci);
ASSERT_VALID(pciOldNode);
if (pciOldNode->StrName().CompareNoCase(pszName) > 0)
{
LpciNodes().InsertBefore(posCurPci, pciNewNode);
break;
} // if: new node before this node
pciOldNode = NULL;
} // while: more items in the list
if (pciOldNode == NULL)
LpciNodes().AddTail(pciNewNode);
} // Add the node to the list
// Save this node as a return value now that we have added it to the list
pciRetNode = pciNewNode;
pciNewNode = NULL;
// Insert the item in the tree.
{
CTreeItem * ptiNode;
CTreeItem * ptiChild;
ptiNode = PtiCluster()->PtiAddChildBefore(pciOldNode, pciRetNode);
ASSERT_VALID(ptiNode);
ptiNode->PcoliAddColumn(IDS_COLTEXT_NAME, COLI_WIDTH_NAME);
// Add the Active Groups container under the node.
{
CString strName;
// Create the Active Groups container cluster item.
strName.LoadString(IDS_TREEITEM_ACTIVEGROUPS);
pciActiveGroups = new CActiveGroups;
if ( pciActiveGroups == NULL )
{
AfxThrowMemoryException();
} // if: Error allocating the active groups objct
pciActiveGroups->Init(this, strName, pciRetNode);
// Add the tree item for the container.
ptiActiveGroups = ptiNode->PtiAddChild(pciActiveGroups, TRUE /*bTakeOwnership*/);
ASSERT_VALID(ptiActiveGroups);
ptiActiveGroups->PcoliAddColumn(IDS_COLTEXT_NAME, COLI_WIDTH_NAME);
// ptiActiveGroups->PcoliAddColumn(IDS_COLTEXT_TYPE, COLI_WIDTH_TYPE);
ptiActiveGroups->PcoliAddColumn(IDS_COLTEXT_STATE, COLI_WIDTH_STATE);
ptiActiveGroups->PcoliAddColumn(IDS_COLTEXT_OWNER, COLI_WIDTH_OWNER);
ptiActiveGroups->PcoliAddColumn(IDS_COLTEXT_DESCRIPTION, COLI_WIDTH_DESCRIPTION);
} // Add the Active Groups container under the node.
// Add the Active Resources container under the node.
{
ptiChild = ptiNode->PtiAddChild(IDS_TREEITEM_ACTIVERESOURCES);
ASSERT_VALID(ptiChild);
ptiChild->PcoliAddColumn(IDS_COLTEXT_NAME, COLI_WIDTH_NAME);
// ptiChild->PcoliAddColumn(IDS_COLTEXT_TYPE, COLI_WIDTH_TYPE);
ptiChild->PcoliAddColumn(IDS_COLTEXT_STATE, COLI_WIDTH_STATE);
ptiChild->PcoliAddColumn(IDS_COLTEXT_OWNER, COLI_WIDTH_OWNER);
ptiChild->PcoliAddColumn(IDS_COLTEXT_GROUP, COLI_WIDTH_GROUP);
ptiChild->PcoliAddColumn(IDS_COLTEXT_RESTYPE, COLI_WIDTH_RESTYPE);
ptiChild->PcoliAddColumn(IDS_COLTEXT_DESCRIPTION, COLI_WIDTH_DESCRIPTION);
} // Add the Active Resources container under the node.
// Add the Network Interfaces container under the node.
{
ptiChild = ptiNode->PtiAddChild(IDS_TREEITEM_NETIFACES);
ASSERT_VALID(ptiChild);
ptiChild->PcoliAddColumn(IDS_COLTEXT_NODE, COLI_WIDTH_NODE);
ptiChild->PcoliAddColumn(IDS_COLTEXT_NETWORK, COLI_WIDTH_NETWORK);
// ptiChild->PcoliAddColumn(IDS_COLTEXT_TYPE, COLI_WIDTH_TYPE);
ptiChild->PcoliAddColumn(IDS_COLTEXT_STATE, COLI_WIDTH_STATE);
ptiChild->PcoliAddColumn(IDS_COLTEXT_ADAPTER, COLI_WIDTH_NET_ADAPTER);
ptiChild->PcoliAddColumn(IDS_COLTEXT_ADDRESS, COLI_WIDTH_NET_ADDRESS);
ptiChild->PcoliAddColumn(IDS_COLTEXT_DESCRIPTION, COLI_WIDTH_DESCRIPTION);
} // Add the Network Interfaces container under the node
// Add the Physical Devices container under the node.
{
// ptiChild = ptiNode->PtiAddChild(IDS_TREEITEM_PHYSDEVS);
// ASSERT_VALID(ptiChild);
// AddDefaultColumns(ptiChild);
} // Add the Physical Devices container under the node.
} // Insert the item in the tree
} // try
catch (CException * pe)
{
// If the Active Groups container has been created, clean up the
// reference to the node object we are creating. If the tree
// item hasn't been created yet, we still own the cluster item,
// so delete that as well.
if (pciActiveGroups != NULL)
{
pciActiveGroups->Cleanup();
if (ptiActiveGroups == NULL)
delete pciActiveGroups;
} // if: Active Groups container created
delete pciNewNode;
ID id = IdProcessNewObjectError(pe);
if (id == IDNO)
throw;
pe->Delete();
} // catch: CException
if (pciRetNode != NULL)
pciRetNode->Release();
return pciRetNode;
} //*** CClusterDoc::PciAddNewNode()
/////////////////////////////////////////////////////////////////////////////
//++
//
// CClusterDoc::PciAddNewGroup
//
// Routine Description:
// Add a new group to the list of groups.
//
// Arguments:
// pszName [IN] Name of the group.
//
// Return Value:
// pci Cluster item for the new group.
//
//--
/////////////////////////////////////////////////////////////////////////////
CGroup * CClusterDoc::PciAddNewGroup(IN LPCTSTR pszName)
{
CGroup * pciNewGroup = NULL;
CGroup * pciRetGroup = NULL;
CGroup * pciOldGroup = NULL;
ASSERT(pszName != NULL);
ASSERT(*pszName != NULL);
// Display a message on the status bar.
{
CString strStatusBarText;
strStatusBarText.FormatMessage(IDS_SB_ADDING_GROUP, pszName, StrNode());
PframeMain()->SetMessageText(strStatusBarText);
PframeMain()->UpdateWindow();
} // Display a message on the status bar
try
{
// If there is an item with that name, delete it.
pciOldGroup = LpciGroups().PciGroupFromName(pszName);
if (pciOldGroup != NULL)
{
Trace(g_tagGroup, _T("Deleting existing group '%s' (%x) before adding new instance"), pszName, pciOldGroup);
pciOldGroup->Delete();
pciOldGroup = NULL;
} // if: already an item with that name
// Allocate a new group.
pciNewGroup = new CGroup;
if ( pciNewGroup == NULL )
{
AfxThrowMemoryException();
} // if: error allocating the group object
// Add a reference while we are working on it to prevent a delete
// notification from taking us out.
pciNewGroup->AddRef();
// Initialize the group and add it to the list.
pciNewGroup->Init(this, pszName);
} // try
catch (CNTException * pnte)
{
if (pnte->Sc() == RPC_S_CALL_FAILED)
{
if (!m_bIgnoreErrors)
pnte->ReportError();
delete pciNewGroup;
throw;
} // if: RPC call failed error
else if (pnte->Sc() != ERROR_GROUP_NOT_FOUND)
{
ID id = IdProcessNewObjectError(pnte);
if (id == IDNO)
{
delete pciNewGroup;
throw;
} // if: user doesn't want to ignore error
} // else if: error is NOT group not found
else
{
delete pciNewGroup;
pnte->Delete();
return NULL;
} // else: object not found
pnte->Delete();
} // catch: CNTException
catch (CException * pe)
{
ID id = IdProcessNewObjectError(pe);
if (id == IDNO)
{
delete pciNewGroup;
throw;
} // if: user doesn't want to ignore error
pe->Delete();
if (pciNewGroup == NULL)
return NULL;
} // catch: CException
try
{
// Add the group to the list.
{
POSITION posPci;
POSITION posCurPci;
posPci = LpciGroups().GetHeadPosition();
while (posPci != NULL)
{
posCurPci = posPci;
pciOldGroup = (CGroup *) LpciGroups().GetNext(posPci);
ASSERT_VALID(pciOldGroup);
if (pciOldGroup->StrName().CompareNoCase(pszName) > 0)
{
LpciGroups().InsertBefore(posCurPci, pciNewGroup);
break;
} // if: new group before this group
pciOldGroup = NULL;
} // while: more items in the list
if (pciOldGroup == NULL)
LpciGroups().AddTail(pciNewGroup);
} // Add the group to the list
// Save this group as a return value now that we have added it to the list
pciRetGroup = pciNewGroup;
pciNewGroup = NULL;
// Insert the item in the tree.
{
CTreeItem * ptiGroups;
CTreeItem * ptiGroup;
// Find the Groups container tree item.
ptiGroups = PtiCluster()->PtiChildFromName(IDS_TREEITEM_GROUPS);
ASSERT_VALID(ptiGroups);
// Add the item before the found item we inserted it into in the groups list.
ptiGroup = ptiGroups->PtiAddChildBefore(pciOldGroup, pciRetGroup);
ASSERT_VALID(ptiGroup);
ptiGroup->PcoliAddColumn(IDS_COLTEXT_NAME, COLI_WIDTH_NAME);
// ptiGroup->PcoliAddColumn(IDS_COLTEXT_TYPE, COLI_WIDTH_TYPE);
ptiGroup->PcoliAddColumn(IDS_COLTEXT_STATE, COLI_WIDTH_STATE);
ptiGroup->PcoliAddColumn(IDS_COLTEXT_OWNER, COLI_WIDTH_OWNER);
ptiGroup->PcoliAddColumn(IDS_COLTEXT_RESTYPE, COLI_WIDTH_RESTYPE);
ptiGroup->PcoliAddColumn(IDS_COLTEXT_DESCRIPTION, COLI_WIDTH_DESCRIPTION);
} // Insert the item in the tree
} // try
catch (CException * pe)
{
delete pciNewGroup;
ID id = IdProcessNewObjectError(pe);
if (id == IDNO)
throw;
pe->Delete();
} // catch: CException
if (pciRetGroup != NULL)
pciRetGroup->Release();
return pciRetGroup;
} //*** CClusterDoc::PciAddNewGroup()
/////////////////////////////////////////////////////////////////////////////
//++
//
// CClusterDoc::PciAddNewResource
//
// Routine Description:
// Add a new resource to the list of groups.
//
// Arguments:
// pszName [IN] Name of the resource.
//
// Return Value:
// pci Cluster item for the new resource.
//
//--
/////////////////////////////////////////////////////////////////////////////
CResource * CClusterDoc::PciAddNewResource(IN LPCTSTR pszName)
{
CResource * pciNewRes = NULL;
CResource * pciRetRes = NULL;
CResource * pciOldRes;
ASSERT(pszName != NULL);
ASSERT(*pszName != NULL);
// Display a message on the status bar.
{
CString strStatusBarText;
strStatusBarText.FormatMessage(IDS_SB_ADDING_RESOURCE, pszName, StrNode());
PframeMain()->SetMessageText(strStatusBarText);
PframeMain()->UpdateWindow();
} // Display a message on the status bar
try
{
// If there is an item with that name, delete it.
pciOldRes = LpciResources().PciResFromName(pszName);
if (pciOldRes != NULL)
{
if (pciOldRes->BInitializing())
return pciOldRes;
Trace(g_tagResource, _T("Deleting existing resource '%s' (%x) before adding new instance"), pszName, pciOldRes);
pciOldRes->Delete();
pciOldRes = NULL;
} // if: already an item with that name
// Allocate a new resource.
pciNewRes = new CResource;
if ( pciNewRes == NULL )
{
AfxThrowMemoryException();
} // if: error allocating the resource object
// Add a reference while we are working on it to prevent a delete
// notification from taking us out.
pciNewRes->AddRef();
// Initialize the resource and add it to the list.
pciNewRes->Init(this, pszName);
} // try
catch (CNTException * pnte)
{
//DebugBreak();
if (pnte->Sc() == RPC_S_CALL_FAILED)
{
if (!m_bIgnoreErrors)
pnte->ReportError();
delete pciNewRes;
throw;
} // if: RPC call failed error
else if (pnte->Sc() != ERROR_RESOURCE_NOT_FOUND)
{
ID id = IdProcessNewObjectError(pnte);
if (id == IDNO)
{
delete pciNewRes;
throw;
} // if: user doesn't want to ignore error
} // else if: error is NOT resource not found
else
{
delete pciNewRes;
pnte->Delete();
return NULL;
} // else: object not found
pnte->Delete();
} // catch: CNTException
catch (CException * pe)
{
//DebugBreak();
ID id = IdProcessNewObjectError(pe);
if (id == IDNO)
{
delete pciNewRes;
throw;
} // if: user doesn't want to ignore error
pe->Delete();
if (pciNewRes == NULL)
return NULL;
} // catch: CException
try
{
// Add the resource to the list.
{
POSITION posPci;
POSITION posCurPci;
CResource * pciOldRes = NULL;
posPci = LpciResources().GetHeadPosition();
while (posPci != NULL)
{
posCurPci = posPci;
pciOldRes = (CResource *) LpciResources().GetNext(posPci);
ASSERT_VALID(pciOldRes);
if (pciOldRes->StrName().CompareNoCase(pszName) > 0)
{
LpciResources().InsertBefore(posCurPci, pciNewRes);
break;
} // if: new resource before this resource
pciOldRes = NULL;
} // while: more items in the list
if (pciOldRes == NULL)
LpciResources().AddTail(pciNewRes);
} // Add the resource to the list
// Save this resource as a return value now that we have added it to the list
pciRetRes = pciNewRes;
pciNewRes = NULL;
// Insert the item in the tree.
{
CTreeItem * ptiResources;
// Find the Resources container tree item.
ptiResources = PtiCluster()->PtiChildFromName(IDS_TREEITEM_RESOURCES);
ASSERT_VALID(ptiResources);
// Add the item to the list of children.
VERIFY(ptiResources->PliAddChild(pciRetRes) != NULL);
} // Insert the item in the tree
} // try
catch (CException * pe)
{
delete pciNewRes;
ID id = IdProcessNewObjectError(pe);
if (id == IDNO)
throw;
pe->Delete();
} // catch: CException
if (pciRetRes != NULL)
pciRetRes->Release();
return pciRetRes;
} //*** CClusterDoc::PciAddNewResource()
/////////////////////////////////////////////////////////////////////////////
//++
//
// CClusterDoc::PciAddNewResourceType
//
// Routine Description:
// Add a new resource type to the list of groups.
//
// Arguments:
// pszName [IN] Name of the resource type.
//
// Return Value:
// pci Cluster item for the new resource type.
//
//--
/////////////////////////////////////////////////////////////////////////////
CResourceType * CClusterDoc::PciAddNewResourceType(IN LPCTSTR pszName)
{
CResourceType * pciNewResType = NULL;
CResourceType * pciRetResType = NULL;
CResourceType * pciOldResType;
ASSERT(pszName != NULL);
ASSERT(*pszName != NULL);
ASSERT(LpciResourceTypes().PciResTypeFromName(pszName) == NULL);
// Display a message on the status bar.
{
CString strStatusBarText;
strStatusBarText.FormatMessage(IDS_SB_ADDING_RESTYPE, pszName, StrNode());
PframeMain()->SetMessageText(strStatusBarText);
PframeMain()->UpdateWindow();
} // Display a message on the status bar
try
{
// If there is an item with that name, delete it.
pciOldResType = LpciResourceTypes().PciResTypeFromName(pszName);
if (pciOldResType != NULL)
{
pciOldResType->Delete();
pciOldResType = NULL;
} // if: already an item with that name
// Allocate a new resource type.
pciNewResType = new CResourceType;
if ( pciNewResType == NULL )
{
AfxThrowMemoryException();
} // if: error allocating the resource type object
// Add a reference while we are working on it to prevent a delete
// notification from taking us out.
pciNewResType->AddRef();
// Initialize the resource type and add it to the list.
pciNewResType->Init(this, pszName);
} // try
catch (CNTException * pnte)
{
//DebugBreak();
if (pnte->Sc() == RPC_S_CALL_FAILED)
{
if (!m_bIgnoreErrors)
pnte->ReportError();
delete pciNewResType;
throw;
} // if: RPC call failed error
else if (pnte->Sc() != ERROR_FILE_NOT_FOUND)
{
ID id = IdProcessNewObjectError(pnte);
if (id == IDNO)
{
delete pciNewResType;
throw;
} // if: user doesn't want to ignore error
} // else if: error is NOT resource type not found
else
{
delete pciNewResType;
pnte->Delete();
return NULL;
} // else: object not found
pnte->Delete();
} // catch: CNTException
catch (CException * pe)
{
//DebugBreak();
ID id = IdProcessNewObjectError(pe);
if (id == IDNO)
{
delete pciNewResType;
throw;
} // if: user doesn't want to ignore error
pe->Delete();
if (pciNewResType == NULL)
return NULL;
} // catch: CException
try
{
// Add the resource type to the list.
{
POSITION posPci;
POSITION posCurPci;
CResourceType * pciOldResType = NULL;
posPci = LpciResourceTypes().GetHeadPosition();
while (posPci != NULL)
{
posCurPci = posPci;
pciOldResType = (CResourceType *) LpciResourceTypes().GetNext(posPci);
ASSERT_VALID(pciOldResType);
if (pciOldResType->StrName().CompareNoCase(pszName) > 0)
{
LpciResourceTypes().InsertBefore(posCurPci, pciNewResType);
break;
} // if: new resource type before this resource type
pciOldResType = NULL;
} // while: more items in the list
if (pciOldResType == NULL)
LpciResourceTypes().AddTail(pciNewResType);
} // Add the resource type to the list
// Save this resource type as a return value now that we have added it to the list
pciRetResType = pciNewResType;
pciNewResType = NULL;
// Insert the item in the tree.
{
CTreeItem * ptiClusCfg;
CTreeItem * ptiResTypes;
// Find the Resource Types container tree item.
ptiClusCfg = PtiCluster()->PtiChildFromName(IDS_TREEITEM_CLUSTER_CONFIG);
ASSERT_VALID(ptiClusCfg);
ptiResTypes = ptiClusCfg->PtiChildFromName(IDS_TREEITEM_RESTYPES);
ASSERT_VALID(ptiResTypes);
// Add the item to the list of children.
VERIFY(ptiResTypes->PliAddChild(pciRetResType) != NULL);
} // Insert the item in the tree
} // try
catch (CException * pe)
{
delete pciNewResType;
ID id = IdProcessNewObjectError(pe);
if (id == IDNO)
throw;
pe->Delete();
} // catch: CException
if (pciRetResType != NULL)
pciRetResType->Release();
return pciRetResType;
} //*** CClusterDoc::PciAddNewResourceType()
/////////////////////////////////////////////////////////////////////////////
//++
//
// CClusterDoc::PciAddNewNetwork
//
// Routine Description:
// Add a new network to the list of networks.
//
// Arguments:
// pszName [IN] Name of the networks.
//
// Return Value:
// pci Cluster item for the new network.
//
//--
/////////////////////////////////////////////////////////////////////////////
CNetwork * CClusterDoc::PciAddNewNetwork(IN LPCTSTR pszName)
{
CNetwork * pciNewNetwork = NULL;
CNetwork * pciRetNetwork = NULL;
CNetwork * pciOldNetwork = NULL;
ASSERT(pszName != NULL);
ASSERT(*pszName != NULL);
ASSERT(LpciNetworks().PciNetworkFromName(pszName) == NULL);
// Display a message on the status bar.
{
CString strStatusBarText;
strStatusBarText.FormatMessage(IDS_SB_ADDING_NETWORK, pszName, StrNode());
PframeMain()->SetMessageText(strStatusBarText);
PframeMain()->UpdateWindow();
} // Display a message on the status bar
try
{
// If there is an item with that name, delete it.
pciOldNetwork = LpciNetworks().PciNetworkFromName(pszName);
if (pciOldNetwork != NULL)
{
Trace(g_tagNetwork, _T("Deleting existing network '%s' (%x) before adding new instance"), pszName, pciOldNetwork);
pciOldNetwork->Delete();
pciOldNetwork = NULL;
} // if: already an item with that name
// Allocate a new network.
pciNewNetwork = new CNetwork;
if ( pciNewNetwork == NULL )
{
AfxThrowMemoryException();
} // if: error allocating the network object
// Add a reference while we are working on it to prevent a delete
// notification from taking us out.
pciNewNetwork->AddRef();
// Initialize the network.
pciNewNetwork->Init(this, pszName);
} // try
catch (CNTException * pnte)
{
if (pnte->Sc() == RPC_S_CALL_FAILED)
{
if (!m_bIgnoreErrors)
pnte->ReportError();
delete pciNewNetwork;
throw;
} // if: RPC call failed error
ID id = IdProcessNewObjectError(pnte);
if (id == IDNO)
{
delete pciNewNetwork;
throw;
} // if: user doesn't want to ignore error
pnte->Delete();
} // catch: CNTException
catch (CException * pe)
{
ID id = IdProcessNewObjectError(pe);
if (id == IDNO)
{
delete pciNewNetwork;
throw;
} // if: user doesn't want to ignore error
pe->Delete();
if (pciNewNetwork == NULL)
return NULL;
} // catch: CException
try
{
// Add the network to the list.
{
POSITION posPci;
POSITION posCurPci;
posPci = LpciNetworks().GetHeadPosition();
while (posPci != NULL)
{
posCurPci = posPci;
pciOldNetwork = (CNetwork *) LpciNetworks().GetNext(posPci);
ASSERT_VALID(pciOldNetwork);
if (pciOldNetwork->StrName().CompareNoCase(pszName) > 0)
{
LpciNetworks().InsertBefore(posCurPci, pciNewNetwork);
break;
} // if: new network before this network
pciOldNetwork = NULL;
} // while: more items in the list
if (pciOldNetwork == NULL)
LpciNetworks().AddTail(pciNewNetwork);
} // Add the network to the list
// Save this network as a return value now that we have added it to the list
pciRetNetwork = pciNewNetwork;
pciNewNetwork = NULL;
// Insert the item in the tree.
{
CTreeItem * ptiClusCfg;
CTreeItem * ptiNetworks;
CTreeItem * ptiNetwork;
// Find the Networks container tree item.
ptiClusCfg = PtiCluster()->PtiChildFromName(IDS_TREEITEM_CLUSTER_CONFIG);
ASSERT_VALID(ptiClusCfg);
ptiNetworks = ptiClusCfg->PtiChildFromName(IDS_TREEITEM_NETWORKS);
ASSERT_VALID(ptiNetworks);
// Add the item before the found item we inserted it into in the networks list.
ptiNetwork = ptiNetworks->PtiAddChildBefore(pciOldNetwork, pciRetNetwork);
ASSERT_VALID(ptiNetwork);
ptiNetwork->PcoliAddColumn(IDS_COLTEXT_NODE, COLI_WIDTH_NODE);
ptiNetwork->PcoliAddColumn(IDS_COLTEXT_NETWORK, COLI_WIDTH_NETWORK);
// ptiNetwork->PcoliAddColumn(IDS_COLTEXT_TYPE, COLI_WIDTH_TYPE);
ptiNetwork->PcoliAddColumn(IDS_COLTEXT_STATE, COLI_WIDTH_STATE);
ptiNetwork->PcoliAddColumn(IDS_COLTEXT_ADAPTER, COLI_WIDTH_NET_ADAPTER);
ptiNetwork->PcoliAddColumn(IDS_COLTEXT_ADDRESS, COLI_WIDTH_NET_ADDRESS);
ptiNetwork->PcoliAddColumn(IDS_COLTEXT_DESCRIPTION, COLI_WIDTH_DESCRIPTION);
} // Insert the item in the tree
} // try
catch (CException * pe)
{
delete pciNewNetwork;
ID id = IdProcessNewObjectError(pe);
if (id == IDNO)
throw;
pe->Delete();
} // catch: CException
if (pciRetNetwork != NULL)
pciRetNetwork->Release();
return pciRetNetwork;
} //*** CClusterDoc::PciAddNewNetwork()
/////////////////////////////////////////////////////////////////////////////
//++
//
// CClusterDoc::PciAddNewNetInterface
//
// Routine Description:
// Add a new network interfaces to the list of network interfaces.
//
// Arguments:
// pszName [IN] Name of the network interface.
//
// Return Value:
// pci Cluster item for the new network interface.
//
//--
/////////////////////////////////////////////////////////////////////////////
CNetInterface * CClusterDoc::PciAddNewNetInterface(IN LPCTSTR pszName)
{
CNetInterface * pciNewNetIFace = NULL;
CNetInterface * pciRetNetIFace = NULL;
CNetInterface * pciOldNetIFace;
ASSERT(pszName != NULL);
ASSERT(*pszName != NULL);
ASSERT(LpciNetInterfaces().PciNetInterfaceFromName(pszName) == NULL);
// Display a message on the status bar.
{
CString strStatusBarText;
strStatusBarText.FormatMessage(IDS_SB_ADDING_NETIFACE, pszName, StrNode());
PframeMain()->SetMessageText(strStatusBarText);
PframeMain()->UpdateWindow();
} // Display a message on the status bar
try
{
// If there is an item with that name, delete it.
pciOldNetIFace = LpciNetInterfaces().PciNetInterfaceFromName(pszName);
if (pciOldNetIFace != NULL)
{
pciOldNetIFace->Delete();
pciOldNetIFace = NULL;
} // if: already an item with that name
// Allocate a new network interface.
pciNewNetIFace = new CNetInterface;
if ( pciNewNetIFace == NULL )
{
AfxThrowMemoryException();
} // if: error allocating the net interface object
// Add a reference while we are working on it to prevent a delete
// notification from taking us out.
pciNewNetIFace->AddRef();
// Initialize the network interface.
pciNewNetIFace->Init(this, pszName);
} // try
catch (CNTException * pnte)
{
if (pnte->Sc() == RPC_S_CALL_FAILED)
{
if (!m_bIgnoreErrors)
pnte->ReportError();
delete pciNewNetIFace;
throw;
} // if: RPC call failed error
ID id = IdProcessNewObjectError(pnte);
if (id == IDNO)
{
delete pciNewNetIFace;
throw;
} // if: user doesn't want to ignore error
pnte->Delete();
} // catch: CNTException
catch (CException * pe)
{
ID id = IdProcessNewObjectError(pe);
if (id == IDNO)
{
delete pciNewNetIFace;
throw;
} // if: user doesn't want to ignore error
pe->Delete();
if (pciNewNetIFace == NULL)
return NULL;
} // catch: CException
try
{
// Add the network interface to the list.
{
POSITION posPci;
POSITION posCurPci;
CNetInterface * pciOldNetIFace = NULL;
posPci = LpciNetInterfaces().GetHeadPosition();
while (posPci != NULL)
{
posCurPci = posPci;
pciOldNetIFace = (CNetInterface *) LpciNetInterfaces().GetNext(posPci);
ASSERT_VALID(pciOldNetIFace);
if (pciOldNetIFace->StrName().CompareNoCase(pszName) > 0)
{
LpciNetInterfaces().InsertBefore(posCurPci, pciNewNetIFace);
break;
} // if: new network interfaces before this network interface
pciOldNetIFace = NULL;
} // while: more items in the list
if (pciOldNetIFace == NULL)
LpciNetInterfaces().AddTail(pciNewNetIFace);
} // Add the network interface to the list
// Save this network interface as a return value now that we have added it to the list
pciRetNetIFace = pciNewNetIFace;
pciNewNetIFace = NULL;
// Insert the item in the tree.
{
CTreeItem * ptiClusCfg;
CTreeItem * ptiNetIFaces;
// Find the Network Interfaces container tree item.
ptiClusCfg = PtiCluster()->PtiChildFromName(IDS_TREEITEM_CLUSTER_CONFIG);
ASSERT_VALID(ptiClusCfg);
ptiNetIFaces = ptiClusCfg->PtiChildFromName(IDS_TREEITEM_NETIFACES);
ASSERT_VALID(ptiNetIFaces);
// Add the item to the list of children.
VERIFY(ptiNetIFaces->PliAddChild(pciRetNetIFace) != NULL);
} // Insert the item in the tree
} // try
catch (CException * pe)
{
delete pciNewNetIFace;
ID id = IdProcessNewObjectError(pe);
if (id == IDNO)
throw;
pe->Delete();
} // catch: CException
if (pciRetNetIFace != NULL)
pciRetNetIFace->Release();
return pciRetNetIFace;
} //*** CClusterDoc::PciAddNewNetInterface()
/////////////////////////////////////////////////////////////////////////////
//++
//
// CClusterDoc::InitNodes
//
// Routine Description:
// Read item data.
//
// Arguments:
// None.
//
// Return Value:
// None.
//
//--
/////////////////////////////////////////////////////////////////////////////
void CClusterDoc::InitNodes(void)
{
POSITION pos;
CClusterNode * pci;
CNodeList & rlpci = LpciNodes();
CString strStatusBarText;
pos = rlpci.GetHeadPosition();
while (pos != NULL)
{
pci = (CClusterNode *) rlpci.GetNext(pos);
pci->AddRef();
try
{
// Display a message on the status bar.
{
strStatusBarText.FormatMessage(IDS_SB_READING_NODE, pci->StrName(), StrNode());
PframeMain()->SetMessageText(strStatusBarText);
PframeMain()->UpdateWindow();
} // Display a message on the status bar
pci->ReadItem();
} // try
catch (CNTException * pnte)
{
strStatusBarText.Empty();
if (pnte->Sc() == RPC_S_CALL_FAILED)
{
if (!m_bIgnoreErrors)
pnte->ReportError();
pci->Release();
throw;
} // if: RPC call failed
ID id = IdProcessNewObjectError(pnte);
if (id == IDNO)
{
pci->Release();
throw;
} // if: don't ignore the error
pnte->Delete();
} // catch: CNTException
catch (CException * pe)
{
strStatusBarText.Empty();
ID id = IdProcessNewObjectError(pe);
if (id == IDNO)
{
pci->Release();
throw;
} // if: don't ignore the error
pe->Delete();
} // catch: CException
pci->Release();
} // while: more items in the list
} //*** CClusterDoc::InitNodes()
/////////////////////////////////////////////////////////////////////////////
//++
//
// CClusterDoc::InitGroups
//
// Routine Description:
// Read item data.
//
// Arguments:
// None.
//
// Return Value:
// None.
//
//--
/////////////////////////////////////////////////////////////////////////////
void CClusterDoc::InitGroups(void)
{
POSITION pos;
CGroup * pci;
CGroupList & rlpci = LpciGroups();
CString strStatusBarText;
pos = rlpci.GetHeadPosition();
while (pos != NULL)
{
pci = (CGroup *) rlpci.GetNext(pos);
pci->AddRef();
try
{
// Display a message on the status bar.
{
strStatusBarText.FormatMessage(IDS_SB_READING_GROUP, pci->StrName(), StrNode());
PframeMain()->SetMessageText(strStatusBarText);
PframeMain()->UpdateWindow();
} // Display a message on the status bar
pci->ReadItem();
} // try
catch (CNTException * pnte)
{
strStatusBarText.Empty();
if (pnte->Sc() == RPC_S_CALL_FAILED)
{
if (!m_bIgnoreErrors)
pnte->ReportError();
pci->Release();
throw;
} // if: RPC call failed
ID id = IdProcessNewObjectError(pnte);
if (id == IDNO)
{
pci->Release();
throw;
} // if: don't ignore the error
pnte->Delete();
} // catch: CNTException
catch (CException * pe)
{
strStatusBarText.Empty();
ID id = IdProcessNewObjectError(pe);
if (id == IDNO)
{
pci->Release();
throw;
} // if: don't ignore the error
pe->Delete();
} // catch: CException
pci->Release();
} // while: more items in the list
} //*** CClusterDoc::InitGroups()
/////////////////////////////////////////////////////////////////////////////
//++
//
// CClusterDoc::InitResources
//
// Routine Description:
// Read item data.
//
// Arguments:
// None.
//
// Return Value:
// None.
//
//--
/////////////////////////////////////////////////////////////////////////////
void CClusterDoc::InitResources(void)
{
POSITION pos;
CResource * pci;
CResourceList & rlpci = LpciResources();
CString strStatusBarText;
pos = rlpci.GetHeadPosition();
while (pos != NULL)
{
pci = (CResource *) rlpci.GetNext(pos);
pci->AddRef();
try
{
// Display a message on the status bar.
{
CString strStatusBarText;
strStatusBarText.FormatMessage(IDS_SB_READING_RESOURCE, pci->StrName(), StrNode());
PframeMain()->SetMessageText(strStatusBarText);
PframeMain()->UpdateWindow();
} // Display a message on the status bar
pci->ReadItem();
} // try
catch (CNTException * pnte)
{
strStatusBarText.Empty();
if (pnte->Sc() == RPC_S_CALL_FAILED)
{
if (!m_bIgnoreErrors)
pnte->ReportError();
pci->Release();
throw;
} // if: RPC call failed
ID id = IdProcessNewObjectError(pnte);
if (id == IDNO)
{
pci->Release();
throw;
} // if: don't ignore the error
pnte->Delete();
} // catch: CNTException
catch (CException * pe)
{
strStatusBarText.Empty();
ID id = IdProcessNewObjectError(pe);
if (id == IDNO)
{
pci->Release();
throw;
} // if: don't ignore the error
pe->Delete();
} // catch: CException
pci->Release();
} // while: more items in the list
} //*** CClusterDoc::InitResources()
/////////////////////////////////////////////////////////////////////////////
//++
//
// CClusterDoc::InitResourceTypes
//
// Routine Description:
// Read item data.
//
// Arguments:
// None.
//
// Return Value:
// None.
//
//--
/////////////////////////////////////////////////////////////////////////////
void CClusterDoc::InitResourceTypes(void)
{
POSITION pos;
CResourceType * pci;
CResourceTypeList & rlpci = LpciResourceTypes();
CString strStatusBarText;
pos = rlpci.GetHeadPosition();
while (pos != NULL)
{
pci = (CResourceType *) rlpci.GetNext(pos);
pci->AddRef();
try
{
// Display a message on the status bar.
{
CString strStatusBarText;
strStatusBarText.FormatMessage(IDS_SB_READING_RESTYPE, pci->StrName(), StrNode());
PframeMain()->SetMessageText(strStatusBarText);
PframeMain()->UpdateWindow();
} // Display a message on the status bar
pci->ReadItem();
} // try
catch (CNTException * pnte)
{
strStatusBarText.Empty();
if (pnte->Sc() == RPC_S_CALL_FAILED)
{
if (!m_bIgnoreErrors)
pnte->ReportError();
pci->Release();
throw;
} // if: RPC call failed
ID id = IdProcessNewObjectError(pnte);
if (id == IDNO)
{
pci->Release();
throw;
} // if: don't ignore the error
pnte->Delete();
} // catch: CNTException
catch (CException * pe)
{
strStatusBarText.Empty();
ID id = IdProcessNewObjectError(pe);
if (id == IDNO)
{
pci->Release();
throw;
} // if: don't ignore the error
pe->Delete();
} // catch: CException
pci->Release();
} // while: more items in the list
} //*** CClusterDoc::InitResourceTypes()
/////////////////////////////////////////////////////////////////////////////
//++
//
// CClusterDoc::InitNetworks
//
// Routine Description:
// Read item data.
//
// Arguments:
// None.
//
// Return Value:
// None.
//
//--
/////////////////////////////////////////////////////////////////////////////
void CClusterDoc::InitNetworks(void)
{
POSITION pos;
CNetwork * pci;
CNetworkList & rlpci = LpciNetworks();
CString strStatusBarText;
pos = rlpci.GetHeadPosition();
while (pos != NULL)
{
pci = (CNetwork *) rlpci.GetNext(pos);
pci->AddRef();
try
{
// Display a message on the status bar.
{
CString strStatusBarText;
strStatusBarText.FormatMessage(IDS_SB_READING_NETWORK, pci->StrName(), StrNode());
PframeMain()->SetMessageText(strStatusBarText);
PframeMain()->UpdateWindow();
} // Display a message on the status bar
pci->ReadItem();
} // try
catch (CNTException * pnte)
{
strStatusBarText.Empty();
if (pnte->Sc() == RPC_S_CALL_FAILED)
{
if (!m_bIgnoreErrors)
pnte->ReportError();
pci->Release();
throw;
} // if: RPC call failed
ID id = IdProcessNewObjectError(pnte);
if (id == IDNO)
{
pci->Release();
throw;
} // if: don't ignore the error
pnte->Delete();
} // catch: CNTException
catch (CException * pe)
{
strStatusBarText.Empty();
ID id = IdProcessNewObjectError(pe);
if (id == IDNO)
{
pci->Release();
throw;
} // if: don't ignore the error
pe->Delete();
} // catch: CException
pci->Release();
} // while: more items in the list
} //*** CClusterDoc::InitNetworks()
/////////////////////////////////////////////////////////////////////////////
//++
//
// CClusterDoc::InitNetInterfaces
//
// Routine Description:
// Read item data.
//
// Arguments:
// None.
//
// Return Value:
// None.
//
//--
/////////////////////////////////////////////////////////////////////////////
void CClusterDoc::InitNetInterfaces(void)
{
POSITION pos;
CNetInterface * pci;
CNetInterfaceList & rlpci = LpciNetInterfaces();
CString strStatusBarText;
pos = rlpci.GetHeadPosition();
while (pos != NULL)
{
pci = (CNetInterface *) rlpci.GetNext(pos);
pci->AddRef();
try
{
// Display a message on the status bar.
{
CString strStatusBarText;
strStatusBarText.FormatMessage(IDS_SB_READING_NETIFACE, pci->StrName(), StrNode());
PframeMain()->SetMessageText(strStatusBarText);
PframeMain()->UpdateWindow();
} // Display a message on the status bar
pci->ReadItem();
} // try
catch (CNTException * pnte)
{
strStatusBarText.Empty();
if (pnte->Sc() == RPC_S_CALL_FAILED)
{
if (!m_bIgnoreErrors)
pnte->ReportError();
pci->Release();
throw;
} // if: RPC call failed
ID id = IdProcessNewObjectError(pnte);
if (id == IDNO)
{
pci->Release();
throw;
} // if: don't ignore the error
pnte->Delete();
} // catch: CNTException
catch (CException * pe)
{
strStatusBarText.Empty();
ID id = IdProcessNewObjectError(pe);
if (id == IDNO)
{
pci->Release();
throw;
} // if: don't ignore the error
pe->Delete();
} // catch: CException
pci->Release();
} // while: more items in the list
} //*** CClusterDoc::InitNetInterfaces()
/////////////////////////////////////////////////////////////////////////////
//++
//
// CClusterDoc::IdProcessNewObjectError
//
// Routine Description:
// Processes errors that occur when adding a new object. If this
// occurs during initialization and errors have not already been set
// to be ignored, display the YesToAll dialog. If not during
// initialization, add it to the error message queue to be displayed
// later.
//
// Arguments:
// pe [IN OUT] Exception object to process.
//
// Return Value:
// IDYES Ignore error.
// IDNO Cancel the object creation.
// IDC_YTA_YESTOALL Ignore this error and all succeeding ones.
//
//--
/////////////////////////////////////////////////////////////////////////////
ID CClusterDoc::IdProcessNewObjectError(IN OUT CException * pe)
{
ID id = IDYES;
ASSERT(pe != NULL);
if (m_bInitializing)
{
if (!m_bIgnoreErrors)
{
TCHAR szErrorMsg[2048];
CYesToAllDialog dlg(szErrorMsg);
pe->GetErrorMessage(szErrorMsg, sizeof(szErrorMsg) / sizeof(TCHAR));
id = (ID)dlg.DoModal();
if (id == IDC_YTA_YESTOALL)
m_bIgnoreErrors = TRUE;
} // if: not ignoring errors
} // if: initializing the connection
else
{
if (!m_bIgnoreErrors)
pe->ReportError();
} // else: called for a notification
return id;
} //*** CClusterDoc::IdProcessNewObjectError()
/////////////////////////////////////////////////////////////////////////////
//++
//
// CClusterDoc::AddDefaultColumns
//
// Routine Description:
// Add default columns to the item.
//
// Arguments:
// pti [IN OUT] Pointer to the item to add the columns to.
//
// Return Value:
// None.
//
//--
/////////////////////////////////////////////////////////////////////////////
void CClusterDoc::AddDefaultColumns(IN OUT CTreeItem * pti)
{
ASSERT_VALID(pti);
pti->DeleteAllColumns();
pti->PcoliAddColumn(IDS_COLTEXT_NAME, COLI_WIDTH_NAME);
// pti->PcoliAddColumn(IDS_COLTEXT_TYPE, COLI_WIDTH_TYPE);
pti->PcoliAddColumn(IDS_COLTEXT_DESCRIPTION, COLI_WIDTH_DESCRIPTION);
} //*** CClusterDoc::AddDefaultColumns()
/////////////////////////////////////////////////////////////////////////////
//++
//
// CClusterDoc::DeleteContents
//
// Routine Description:
// Delete the contents of the document.
//
// Arguments:
// None.
//
// Return Value:
// None.
//
//--
/////////////////////////////////////////////////////////////////////////////
void CClusterDoc::DeleteContents(void)
{
// Select the root item in all views.
// This is done so that selection is done right up front when all data
// is still available.
if (PtiCluster() != NULL)
PtiCluster()->SelectInAllViews();
// Delete the tree hierarchy.
if (m_ptiCluster != NULL)
{
// Delete the tree.
m_ptiCluster->Delete();
m_ptiCluster->Release();
m_ptiCluster = NULL;
} // if: there is a hierarchy
// Delete all the lists.
DeleteAllItemData(LpciResources());
DeleteAllItemData(LpciGroups());
DeleteAllItemData(LpciNetInterfaces());
DeleteAllItemData(LpciNetworks());
DeleteAllItemData(LpciNodes());
DeleteAllItemData(LpciResourceTypes());
LpciResources().RemoveAll();
LpciGroups().RemoveAll();
LpciNetInterfaces().RemoveAll();
LpciNetworks().RemoveAll();
LpciNodes().RemoveAll();
LpciResourceTypes().RemoveAll();
// Delete the top cluster item.
if (m_pciCluster != NULL)
{
m_pciCluster->Delete();
m_pciCluster->Release();
m_pciCluster = NULL;
} // if: there is a cluster item
// Close the cluster registry key.
if (HkeyCluster() != NULL)
{
ClusterRegCloseKey(HkeyCluster());
m_hkeyCluster = NULL;
} // if: cluster registry key is open
// Close the cluster if it is open.
if ((Hcluster() != NULL) && (Hcluster() != GetClusterAdminApp()->HOpenedCluster()))
{
CloseCluster(Hcluster());
m_hcluster = NULL;
} // if: cluster is open
CDocument::DeleteContents();
UpdateAllViews(NULL);
// If there are any items left to be deleted, let's delete them now.
{
POSITION pos;
POSITION posBeingChecked;
CClusterItem * pci;
pos = LpciToBeDeleted().GetHeadPosition();
while (pos != NULL)
{
posBeingChecked = pos;
pci = LpciToBeDeleted().GetNext(pos);
ASSERT_VALID(pci);
ASSERT(pci->NReferenceCount() == 1);
if (pci->NReferenceCount() == 1)
LpciToBeDeleted().RemoveAt(posBeingChecked);
} // while: more items in the list
ASSERT(LpciToBeDeleted().GetCount() == 0);
} // Delete items in To Be Deleted list
} //*** CClusterDoc::DeleteContents()
/////////////////////////////////////////////////////////////////////////////
//++
//
// CClusterDoc::SetPathName
//
// Routine Description:
// Set the name of the document.
//
// Arguments:
// lpszPathName [IN] Name of the cluster.
// bAddToMRU [IN] TRUE = add to Most Recently Used list.
//
// Return Value:
// None.
//
//--
/////////////////////////////////////////////////////////////////////////////
void CClusterDoc::SetPathName(IN LPCTSTR lpszPathName, IN BOOL bAddToMRU)
{
CString strTitle;
m_strPathName = lpszPathName;
ASSERT(!m_strPathName.IsEmpty()); // must be set to something
m_bEmbedded = FALSE;
ASSERT_VALID(this);
// Set the document title to the cluster name.
strTitle.FormatMessage(IDS_WINDOW_TITLE_FORMAT, m_strName, lpszPathName);
SetTitle(strTitle);
// add it to the file MRU list
if (bAddToMRU)
AfxGetApp()->AddToRecentFileList(m_strPathName);
// Set the node name to the path name.
m_strNode = lpszPathName;
ASSERT_VALID(this);
} //*** CClusterDoc::SetPathName()
/////////////////////////////////////////////////////////////////////////////
//++
//
// CClusterDoc::UpdateTitle
//
// Routine Description:
// Update the title of the document.
//
// Arguments:
// None.
//
// Return Value:
// None.
//
//--
/////////////////////////////////////////////////////////////////////////////
void CClusterDoc::UpdateTitle(void)
{
CString strTitle;
ASSERT_VALID(PciCluster());
ASSERT_VALID(this);
// Set the document title to the cluster name.
m_strName = PciCluster()->StrName();
strTitle.FormatMessage(IDS_WINDOW_TITLE_FORMAT, m_strName, m_strPathName);
SetTitle(strTitle);
} //*** CClusterDoc::UpdateTitle()
/////////////////////////////////////////////////////////////////////////////
//++
//
// CClusterDoc::OnChangedViewList
//
// Routine Description:
// Called when the list of view changes by either having a view added
// or removed.
//
// Arguments:
// None.
//
// Return Value:
// None.
//
//--
/////////////////////////////////////////////////////////////////////////////
void CClusterDoc::OnChangedViewList(void)
{
ASSERT_VALID(this);
// Notify all frames to re-calculate their frame number.
if (m_bUpdateFrameNumber)
{
POSITION pos;
CView * pview;
CSplitterFrame * pframe;
pos = GetFirstViewPosition();
while (pos != NULL)
{
pview = GetNextView(pos);
ASSERT_VALID(pview);
if (pview->IsKindOf(RUNTIME_CLASS(CClusterTreeView)))
{
pframe = (CSplitterFrame *) pview->GetParentFrame();
ASSERT_VALID(pframe);
pframe->CalculateFrameNumber();
} // if: tree view
} // while: more views on the document
} // if: updating frame numbers
// Call the base class method.
CDocument::OnChangedViewList();
} //*** CClusterDoc::OnChangedViewList()
/////////////////////////////////////////////////////////////////////////////
//++
//
// CClusterDoc::OnSelChanged
//
// Routine Description:
// Called by one of the cluster views when selection changes.
// Changes the menu if the object type changed.
//
// Arguments:
// pciSelected [IN] Currently selected item.
//
// Return Value:
// None.
//
//--
/////////////////////////////////////////////////////////////////////////////
void CClusterDoc::OnSelChanged(IN CClusterItem * pciSelected)
{
IDM idmNewMenu;
HMENU * phmenu;
IDS idsType;
// Get the type of object being selected
if (pciSelected == NULL)
idsType = 0;
else
{
ASSERT_VALID(pciSelected);
idsType = pciSelected->IdsType();
} // else: an item was selected
// Get the ID of the menu required by the selected item.
switch (idsType)
{
case IDS_ITEMTYPE_CLUSTER:
idmNewMenu = IDM_CLUSTER;
phmenu = &m_hmenuCluster;
break;
case IDS_ITEMTYPE_NODE:
idmNewMenu = IDM_NODE;
phmenu = &m_hmenuNode;
break;
case IDS_ITEMTYPE_GROUP:
idmNewMenu = IDM_GROUP;
phmenu = &m_hmenuGroup;
break;
case IDS_ITEMTYPE_RESOURCE:
idmNewMenu = IDM_RESOURCE;
phmenu = &m_hmenuResource;
break;
case IDS_ITEMTYPE_RESTYPE:
idmNewMenu = IDM_RESTYPE;
phmenu = &m_hmenuResType;
break;
case IDS_ITEMTYPE_NETWORK:
idmNewMenu = IDM_NETWORK;
phmenu = &m_hmenuNetwork;
break;
case IDS_ITEMTYPE_NETIFACE:
idmNewMenu = IDM_NETIFACE;
phmenu = &m_hmenuNetIFace;
break;
default:
idmNewMenu = 0;
phmenu = NULL;
break;
} // switch: pciSelected->IdsType()
// If the menu ID changed, load the new one.
if (m_idmCurrentMenu != idmNewMenu)
{
if (idmNewMenu == 0)
m_hmenuCurrent = NULL;
else
{
if (*phmenu == NULL)
*phmenu = ::LoadMenu(AfxGetResourceHandle(), MAKEINTRESOURCE(idmNewMenu));
m_hmenuCurrent = *phmenu;
} // else: special menu required by item
m_idmCurrentMenu = idmNewMenu;
} // if: menu ID changed
// Update the menu bar and redisplay it.
if (((CMDIFrameWnd *) AfxGetMainWnd())->MDIGetActive() != NULL)
{
#ifdef _DEBUG
if (g_tagDocMenu.BAny())
{
TraceMenu(g_tagDocMenu, AfxGetMainWnd()->GetMenu(), _T("OnSelChanged menu: "));
{
CMDIFrameWnd * pFrame = (CMDIFrameWnd *) AfxGetMainWnd();
CMenu menuDefault;
menuDefault.Attach(pFrame->m_hMenuDefault);
TraceMenu(g_tagDocMenu, &menuDefault, _T("Frame default menu before OnSelChanged: "));
menuDefault.Detach();
} // trace default menu
} // if: tag is active
#endif
((CFrameWnd *) AfxGetMainWnd())->OnUpdateFrameMenu(NULL);
AfxGetMainWnd()->DrawMenuBar();
TraceMenu(g_tagDocMenu, AfxGetMainWnd()->GetMenu(), _T("Post-OnSelChanged menu: "));
} // if: active window present
} //*** CClusterDoc::OnSelChanged()
/////////////////////////////////////////////////////////////////////////////
//++
//
// CClusterDoc::GetDefaultMenu
//
// Routine Description:
// Returns the menu to use. Overridden to allow us to use multiple menus
// with the same type of document.
//
// Arguments:
// None.
//
// Return Value:
// hmenu The currently selected menu, or NULL for no default.
//
//--
/////////////////////////////////////////////////////////////////////////////
HMENU CClusterDoc::GetDefaultMenu(void)
{
return m_hmenuCurrent;
} //*** CClusterDoc::GetDefaultMenu()
/////////////////////////////////////////////////////////////////////////////
//++
//
// CClusterDoc::OnCmdRefresh
//
// Routine Description:
// Processes the ID_VIEW_REFRESH menu command.
//
// Arguments:
// None.
//
// Return Value:
// None.
//
//--
/////////////////////////////////////////////////////////////////////////////
void CClusterDoc::OnCmdRefresh(void)
{
CWaitCursor wc;
try
{
Trace(g_tagDocRefresh, _T("(%s) Deleting old contents"), StrNode());
{
POSITION pos;
CSplitterFrame * pframe;
CView * pview;
// Get the active child frame window.
pframe = (CSplitterFrame *) ((CFrameWnd *) AfxGetMainWnd())->GetActiveFrame();
if ((pframe->IsKindOf(RUNTIME_CLASS(CSplitterFrame)))
&& (pframe->PviewList()->PtiParent() != NULL))
{
// Tell the view to save its column information.
pframe->PviewList()->SaveColumns();
} // if: MDI window exists
pos = GetFirstViewPosition();
while (pos != NULL)
{
pview = GetNextView(pos);
if (pview->IsKindOf(RUNTIME_CLASS(CClusterTreeView)))
{
// Save the current selection
((CClusterTreeView *) pview)->SaveCurrentSelection();
} // if: this is a tree view
} // while: more views
} // Save the column information
DeleteContents();
Trace(g_tagDocRefresh, _T("(%s) %d items still to be deleted"), StrNode(), LpciToBeDeleted().GetCount());
Trace(g_tagDocRefresh, _T("(%s) Creating new cluster object"), StrNode());
m_bClusterAvailable = TRUE;
m_bInitializing = TRUE;
// Create a new cluster object.
m_pciCluster = new CCluster;
if ( m_pciCluster == NULL )
{
AfxThrowMemoryException();
} // if: error allocating the cluster object
PciCluster()->AddRef();
PciCluster()->Init(this, GetPathName());
Trace(g_tagDocRefresh, _T("(%s) Building base hierarchy"), StrNode());
// Build the base hierarchy.
BuildBaseHierarchy();
Trace(g_tagDocRefresh, _T("(%s) Collecting cluster items"), StrNode());
// Collect the items in the cluster and build the hierarchy.
CollectClusterItems();
PciCluster()->CollectNetworkPriority(NULL);
Trace(g_tagDocRefresh, _T("(%s) Re-initializing the views"), StrNode());
// Re-initialize the views.
{
POSITION pos;
CView * pview;
pos = GetFirstViewPosition();
while (pos != NULL)
{
pview = GetNextView(pos);
ASSERT_VALID(pview);
pview->OnInitialUpdate();
} // while: more items in the list
} // Re-initialize the views
} // try
catch (CException * pe)
{
if (!m_bIgnoreErrors)
pe->ReportError();
pe->Delete();
if (HkeyCluster() != NULL)
{
ClusterRegCloseKey(HkeyCluster());
m_hkeyCluster = NULL;
} // if: cluster registry key is open
if (Hcluster() != NULL)
{
CloseCluster(Hcluster());
m_hcluster = NULL;
} // if: cluster is open
m_bClusterAvailable = FALSE;
} // catch: CException
// Reset the message on the status bar.
PframeMain()->SetMessageText(AFX_IDS_IDLEMESSAGE);
PframeMain()->UpdateWindow();
m_bInitializing = FALSE;
#ifdef GC_DEBUG
gcCollect();
#endif
} //*** CClusterDoc::OnCmdRefresh()
/////////////////////////////////////////////////////////////////////////////
//++
//
// CClusterDoc::OnCmdNewGroup
//
// Routine Description:
// Processes the ID_FILE_NEW_GROUP menu command.
//
// Arguments:
// None.
//
// Return Value:
// None.
//
//--
/////////////////////////////////////////////////////////////////////////////
void CClusterDoc::OnCmdNewGroup(void)
{
CCreateGroupWizard wiz(this, AfxGetMainWnd());
if (wiz.BInit())
{
if (wiz.DoModal() == ID_WIZFINISH)
{
CString strMsg;
strMsg.FormatMessage(IDS_CREATED_GROUP, wiz.StrName());
AfxMessageBox(strMsg, MB_ICONINFORMATION);
} // if: user pressed the FINISH button
} // if: wizard initialized successfully
} //*** CClusterDoc::OnCmdNewGroup()
/////////////////////////////////////////////////////////////////////////////
//++
//
// CClusterDoc::OnCmdNewResource
//
// Routine Description:
// Processes the ID_FILE_NEW_RESOURCE menu command.
//
// Arguments:
// None.
//
// Return Value:
// None.
//
//--
/////////////////////////////////////////////////////////////////////////////
void CClusterDoc::OnCmdNewResource(void)
{
CCreateResourceWizard wiz(this, AfxGetMainWnd());
if (wiz.BInit())
{
if (wiz.DoModal() == ID_WIZFINISH)
{
CString strMsg;
strMsg.FormatMessage(IDS_CREATED_RESOURCE, wiz.StrName());
AfxMessageBox(strMsg, MB_ICONINFORMATION);
} // if: user pressed the FINISH button
} // if: wizard initialized successfully
} //*** CClusterDoc::OnCmdNewResource()
/////////////////////////////////////////////////////////////////////////////
//++
//
// CClusterDoc::OnCmdNewNode
//
// Routine Description:
// Processes the ID_FILE_NEW_NODE menu command.
//
// Arguments:
// None.
//
// Return Value:
// None.
//
//--
/////////////////////////////////////////////////////////////////////////////
void CClusterDoc::OnCmdNewNode( void )
{
NewNodeWizard( StrName(), m_bIgnoreErrors );
#if 0
HRESULT hr;
IClusCfgWizard * pccwWiz;
BSTR bstrConnectName = NULL;
BOOL fCommitted = FALSE;
// Make sure the ClusCfg client has been loaded.
GetClusterAdminApp()->LoadClusCfgClient();
// Get an interface pointer for the wizard.
hr = CoCreateInstance(
CLSID_ClusCfgWizard,
NULL,
CLSCTX_INPROC_SERVER,
IID_IClusCfgWizard,
(void **) &pccwWiz
);
if ( FAILED( hr ) )
{
CNTException nte( hr, IDS_CREATE_CLUSCFGWIZ_OBJ_ERROR, NULL, NULL, FALSE /*bAutoDelete*/ );
if ( ! m_bIgnoreErrors )
{
nte.ReportError();
}
return;
} // if: error getting the interface pointer
// Specify the name of the cluster we are going to add a node to.
bstrConnectName = SysAllocString( PciCluster()->StrFQDN() );
if ( bstrConnectName == NULL )
{
AfxThrowMemoryException();
}
hr = pccwWiz->put_ClusterName( bstrConnectName );
if ( FAILED( hr ) )
{
CNTException nte( hr, IDS_ADD_NODES_TO_CLUSTER_ERROR, bstrConnectName, NULL, FALSE /*bAutoDelete*/ );
if ( ! m_bIgnoreErrors )
{
nte.ReportError();
}
} // if: error setting the cluster name
// Display the wizard.
hr = pccwWiz->AddClusterNodes(
AfxGetMainWnd()->m_hWnd,
&fCommitted
);
if ( FAILED( hr ) )
{
CNTException nte( hr, IDS_ADD_NODES_TO_CLUSTER_ERROR, bstrConnectName, NULL, FALSE /*bAutoDelete*/ );
if ( ! m_bIgnoreErrors )
{
nte.ReportError();
}
} // if: error adding cluster nodes
SysFreeString( bstrConnectName );
pccwWiz->Release();
#endif
} //*** CClusterDoc::OnCmdNewNode()
/////////////////////////////////////////////////////////////////////////////
//++
//
// CClusterDoc::OnCmdConfigApp
//
// Routine Description:
// Processes the ID_FILE_CONFIG_APP menu command.
//
// Arguments:
// None.
//
// Return Value:
// None.
//
//--
/////////////////////////////////////////////////////////////////////////////
void CClusterDoc::OnCmdConfigApp(void)
{
HRESULT hr;
IClusterApplicationWizard * piWiz;
// Get an interface pointer for the wizard.
hr = CoCreateInstance(
__uuidof(ClusAppWiz),
NULL,
CLSCTX_INPROC_SERVER,
__uuidof(IClusterApplicationWizard),
(LPVOID *) &piWiz
);
if (FAILED(hr))
{
CNTException nte(hr, (IDS) 0);
if (!m_bIgnoreErrors)
nte.ReportError();
return;
} // if: error getting the interface pointer
// Display the wizard.
hr = piWiz->DoModalWizard(AfxGetMainWnd()->m_hWnd,
(ULONG_PTR)Hcluster(),
NULL);
piWiz->Release();
// Handle any errors.
if (FAILED(hr))
{
CNTException nte(hr, (IDS) 0);
if (!m_bIgnoreErrors)
nte.ReportError();
} // if: error from the wizard
} //*** CClusterDoc::OnCmdConfigApp()
/////////////////////////////////////////////////////////////////////////////
//++
//
// CClusterDoc::OnClusterNotify
//
// Routine Description:
// Handler for the WM_CAM_CLUSTER_NOTIFY message.
// Processes cluster notifications.
//
// Arguments:
// pnotify [IN OUT] Object describing the notification.
//
// Return Value:
// Value returned from the application method.
//
//--
/////////////////////////////////////////////////////////////////////////////
LRESULT CClusterDoc::OnClusterNotify( IN OUT CClusterNotify * pnotify )
{
ASSERT( pnotify != NULL );
BOOL bOldIgnoreErrors = m_bIgnoreErrors;
CClusterItem * pciClusterItemPtr = NULL;
m_bIgnoreErrors = TRUE;
try
{
switch ( pnotify->m_dwFilterType )
{
case CLUSTER_CHANGE_CLUSTER_STATE:
{
m_bClusterAvailable = FALSE;
// Update the state of all objects in the cluster.
ASSERT_VALID( PtiCluster() );
PtiCluster()->UpdateAllStatesInTree();
try
{
CString strMsg;
ASSERT( pnotify->m_strName.GetLength() > 0 );
strMsg.FormatMessage( IDS_CLUSTER_NOT_AVAILABLE, pnotify->m_strName );
AfxMessageBox( strMsg, MB_ICONINFORMATION );
} // try
catch ( CException * pe )
{
pe->Delete();
} // catch: CException
break;
}
case CLUSTER_CHANGE_CLUSTER_PROPERTY:
{
ASSERT_VALID( PciCluster() );
Trace( g_tagDocNotify, _T("(%s) - Cluster properties changed - new name is '%s'"), StrNode(), pnotify->m_strName );
PciCluster()->ReadItem();
PciCluster()->CollectNetworkPriority( NULL );
break;
}
case CLUSTER_CHANGE_NODE_ADDED:
{
CClusterNode * pciNode;
Trace( g_tagNodeNotify, _T("(%s) - Adding node '%s'"), m_strPathName, pnotify->m_strName );
pciNode = PciAddNewNode( pnotify->m_strName );
if ( pciNode != NULL )
{
ASSERT_VALID( pciNode );
pciNode->AddRef();
// For calling Release later. This is done so that
// release is called even if ReadItem below throws an exception.
pciClusterItemPtr = pciNode;
pciNode->ReadItem();
} // if: node was added
break;
}
case CLUSTER_CHANGE_GROUP_ADDED:
{
CGroup * pciGroup;
Trace( g_tagGroupNotify, _T("(%s) - Adding group '%s'"), m_strPathName, pnotify->m_strName );
pciGroup = PciAddNewGroup( pnotify->m_strName );
if ( pciGroup != NULL )
{
ASSERT_VALID( pciGroup );
pciGroup->AddRef();
// For calling Release later. This is done so that
// release is called even if ReadItem below throws an exception.
pciClusterItemPtr = pciGroup;
pciGroup->ReadItem();
} // if: group was added
break;
}
case CLUSTER_CHANGE_RESOURCE_ADDED:
{
CResource * pciRes;
Trace( g_tagResNotify, _T("(%s) - Adding resource '%s'"), m_strPathName, pnotify->m_strName );
pciRes = PciAddNewResource( pnotify->m_strName );
if (pciRes != NULL)
{
ASSERT_VALID( pciRes );
pciRes->AddRef();
// For calling Release later. This is done so that
// release is called even if ReadItem below throws an exception.
pciClusterItemPtr = pciRes;
if ( ! pciRes->BInitializing() )
{
pciRes->ReadItem();
} // if: not initializing the resource
} // if: resource was added
break;
}
case CLUSTER_CHANGE_RESOURCE_TYPE_ADDED:
{
CResourceType * pciResType;
Trace( g_tagResTypeNotify, _T("(%s) - Adding resource Type '%s'"), m_strPathName, pnotify->m_strName );
pciResType = PciAddNewResourceType( pnotify->m_strName );
if ( pciResType != NULL )
{
ASSERT_VALID( pciResType );
pciResType->AddRef();
// For calling Release later. This is done so that
// release is called even if ReadItem below throws an exception.
pciClusterItemPtr = pciResType;
pciResType->ReadItem();
} // if: resource type was added
break;
}
case CLUSTER_CHANGE_RESOURCE_TYPE_DELETED:
{
ASSERT( pnotify->m_strName.GetLength() > 0 );
CResourceType * pciResType = LpciResourceTypes().PciResTypeFromName( pnotify->m_strName );
if ( pciResType != NULL )
{
ASSERT_VALID( pciResType );
Trace( g_tagResTypeNotify, _T("(%s) - Resource Type '%s' deleted"), m_strPathName, pnotify->m_strName );
pciResType->Delete();
} // if: resource type was found
else
{
Trace( g_tagDocNotify, _T("(%s) - Resource Type '%s' deleted (NOT FOUND)"), m_strPathName, pnotify->m_strName );
} // else: resource type not found
break;
}
case CLUSTER_CHANGE_RESOURCE_TYPE_PROPERTY:
{
ASSERT( pnotify->m_strName.GetLength() > 0 );
CResourceType * pciResType = LpciResourceTypes().PciResTypeFromName( pnotify->m_strName );
if ( pciResType != NULL )
{
ASSERT_VALID( pciResType );
Trace( g_tagResTypeNotify, _T("(%s) - Resource Type '%s' property change"), m_strPathName, pnotify->m_strName );
pciResType->ReadItem();
} // if: resource type was found
else
{
Trace( g_tagDocNotify, _T("(%s) - Resource Type '%s' deleted (NOT FOUND)"), m_strPathName, pnotify->m_strName );
} // else: resource type not found
break;
}
case CLUSTER_CHANGE_NETWORK_ADDED:
{
CNetwork * pciNetwork;
Trace( g_tagNetNotify, _T("(%s) - Adding network '%s'"), m_strPathName, pnotify->m_strName );
pciNetwork = PciAddNewNetwork( pnotify->m_strName );
if ( pciNetwork != NULL )
{
ASSERT_VALID( pciNetwork );
pciNetwork->AddRef();
// For calling Release later. This is done so that
// release is called even if ReadItem below throws an exception.
pciClusterItemPtr = pciNetwork;
pciNetwork->ReadItem();
} // if: network was added
break;
}
case CLUSTER_CHANGE_NETINTERFACE_ADDED:
{
CNetInterface * pciNetIFace;
Trace( g_tagNetIFaceNotify, _T("(%s) - Adding network interface '%s'"), m_strPathName, pnotify->m_strName );
pciNetIFace = PciAddNewNetInterface( pnotify->m_strName );
if ( pciNetIFace != NULL )
{
ASSERT_VALID( pciNetIFace );
pciNetIFace->AddRef();
// For calling Release later. This is done so that
// release is called even if ReadItem below throws an exception.
pciClusterItemPtr = pciNetIFace;
pciNetIFace->ReadItem();
} // if: network interface was added
break;
}
case CLUSTER_CHANGE_QUORUM_STATE:
Trace( g_tagDocNotify, _T("(%s) - Quorum state changed (%s)"), m_strPathName, pnotify->m_strName );
break;
case CLUSTER_CHANGE_REGISTRY_NAME:
Trace( g_tagDocRegNotify, _T("(%s) - Registry namespace '%s' changed"), m_strPathName, pnotify->m_strName );
ProcessRegNotification( pnotify );
break;
case CLUSTER_CHANGE_REGISTRY_ATTRIBUTES:
Trace( g_tagDocRegNotify, _T("(%s) - Registry atributes for '%s' changed"), m_strPathName, pnotify->m_strName );
ProcessRegNotification( pnotify );
break;
case CLUSTER_CHANGE_REGISTRY_VALUE:
Trace( g_tagDocRegNotify, _T("(%s) - Registry value '%s' changed"), m_strPathName, pnotify->m_strName );
ProcessRegNotification( pnotify );
break;
default:
Trace( g_tagDocNotify, _T("(%s) - Unknown notification (%x) for '%s'"), m_strPathName, pnotify->m_dwFilterType, pnotify->m_strName );
} // switch: dwFilterType
} // try
catch ( CException * pe )
{
// Don't display anything on notification errors.
// If it's really a problem, the user will see it when
// refreshing the view.
if ( ! m_bIgnoreErrors )
{
pe->ReportError();
} // if: not ignoring errors
pe->Delete();
} // catch: CException
if ( pciClusterItemPtr != NULL )
{
pciClusterItemPtr->Release();
} // if: cluster item pointer not released yet
m_bIgnoreErrors = bOldIgnoreErrors;
// Reset the message on the status bar.
{
CFrameWnd * pframe = PframeMain( );
if ( pframe != NULL )
{
pframe->SetMessageText(AFX_IDS_IDLEMESSAGE);
pframe->UpdateWindow();
} // if: main frame window is available
}
delete pnotify;
return 0;
} //*** CClusterDoc::OnClusterNotify()
/////////////////////////////////////////////////////////////////////////////
//++
//
// CClusterDoc::ProcessRegNotification
//
// Routine Description:
// Process registry notifications for the document.
//
// Arguments:
// pnotify [IN] Object describing the notification.
//
// Return Value:
// pci Cluster item that cares about the notification.
// NULL Unknown object.
//
//--
/////////////////////////////////////////////////////////////////////////////
void CClusterDoc::ProcessRegNotification(IN const CClusterNotify * pnotify)
{
CCluster * pci = NULL;
HKEY hkey = NULL;
CString strRootKeyName;
#define RESTYPE_KEY_NAME_PREFIX CLUSREG_KEYNAME_RESOURCE_TYPES _T("\\")
try
{
// If there is no key name, update the cluster item.
if (pnotify->m_strName.GetLength() == 0)
pci = PciCluster();
else
{
// Find the root key name.
strRootKeyName = pnotify->m_strName.SpanExcluding(_T("\\"));
// If the root key name is the same as the notification name
// and it is for one of the object type keys, reread the lists
// of extensions for that one type of object.
if (strRootKeyName == pnotify->m_strName)
{
POSITION pos;
// Find the object based on its type.
if (strRootKeyName == CLUSREG_KEYNAME_NODES)
{
PciCluster()->ReadNodeExtensions();
pos = LpciNodes().GetHeadPosition();
while (pos != NULL)
((CClusterNode *) LpciNodes().GetNext(pos))->ReadExtensions();
} // if: node registry notification
else if (strRootKeyName == CLUSREG_KEYNAME_GROUPS)
{
PciCluster()->ReadGroupExtensions();
pos = LpciGroups().GetHeadPosition();
while (pos != NULL)
((CGroup *) LpciGroups().GetNext(pos))->ReadExtensions();
} // else if: group registry notification
else if (strRootKeyName == CLUSREG_KEYNAME_RESOURCES)
{
PciCluster()->ReadResourceExtensions();
pos = LpciResources().GetHeadPosition();
while (pos != NULL)
((CResource *) LpciResources().GetNext(pos))->ReadExtensions();
} // else if: resource registry notification
else if (strRootKeyName == CLUSREG_KEYNAME_RESOURCE_TYPES)
{
PciCluster()->ReadResTypeExtensions();
pos = LpciResourceTypes().GetHeadPosition();
while (pos != NULL)
((CResourceType *) LpciResourceTypes().GetNext(pos))->ReadExtensions();
pos = LpciResources().GetHeadPosition();
while (pos != NULL)
((CResource *) LpciResources().GetNext(pos))->ReadExtensions();
} // else if: resource type registry notification
else if (strRootKeyName == CLUSREG_KEYNAME_NETWORKS)
{
PciCluster()->ReadNetworkExtensions();
pos = LpciNetworks().GetHeadPosition();
while (pos != NULL)
((CNetwork *) LpciNetworks().GetNext(pos))->ReadExtensions();
} // else if: network registry notification
else if (strRootKeyName == CLUSREG_KEYNAME_NETINTERFACES)
{
PciCluster()->ReadNetInterfaceExtensions();
pos = LpciNetInterfaces().GetHeadPosition();
while (pos != NULL)
((CNetInterface *) LpciNetInterfaces().GetNext(pos))->ReadExtensions();
} // else if: network interface registry notification
} // if: root name and full name are the same
else if (_tcsnicmp(pnotify->m_strName, RESTYPE_KEY_NAME_PREFIX, lstrlen(RESTYPE_KEY_NAME_PREFIX)) == 0)
{
int idxSlash = pnotify->m_strName.Find(_T('\\'));
CString strResTypeName;
CResource * pciRes;
CResourceType * pciResType;
POSITION pos;
strResTypeName = pnotify->m_strName.Mid(idxSlash + 1, lstrlen(pnotify->m_strName) - lstrlen(RESTYPE_KEY_NAME_PREFIX));
// Re-read the resource type extensions.
pos = LpciResourceTypes().GetHeadPosition();
while (pos != NULL)
{
pciResType = (CResourceType *) LpciResourceTypes().GetNext(pos);
if (pciResType->StrName().CompareNoCase(strResTypeName) == 0)
{
pciResType->ReadExtensions();
break;
} // if: found the resource type
} // while: more resource types
// Re-read the resource extensions.
pos = LpciResources().GetHeadPosition();
while (pos != NULL)
{
pciRes = (CResource *) LpciResources().GetNext(pos);
if (pciRes->StrResourceType() == strResTypeName)
{
pciRes->ReadExtensions();
} // if: found a resource of that type
} // while: more resources
} // else if: single resource type changed
pci = PciCluster();
} // else: not the cluster object
// If the cluster object can process it, have it re-read its info
if (pci != NULL)
{
pci->MarkAsChanged();
pci->ReadClusterExtensions();
} // if: cluster object changed
} // try
catch (...)
{
}
if (hkey != NULL)
::ClusterRegCloseKey(hkey);
} //*** CClusterDoc::ProcessRegNotification()