Leaked source code of windows server 2003
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//=============================================================================
//
// Copyright (c) 1996-1999, Microsoft Corporation, All rights reserved
//
// ESS.H
//
// Implements the class that contains all the fuctionality of the ESS by
// virtue of containing all the necessary components.
//
// Classes defined:
//
// CEss
//
// History:
//
// 11/27/96 a-levn Compiles.
// 1/6/97 a-levn Updated to initialize TSS.
//
//=============================================================================
#ifndef __ESS__H_
#define __ESS__H_
#include "pragmas.h"
#include "nsrep.h"
#include "equeue.h"
#include "wbemtss.h"
#include "sleeper.h"
#include <evtlog.h>
#include <wmimsg.h>
#include <wstlallc.h>
//*****************************************************************************
//
// class CEss
//
// This class is the central "collection point" for the ESS. It contains the
// list of namespace objects and some shared components.
//
//*****************************************************************************
class CInitActiveNamespacesRequest;
class CInitNamespaceRequest;
class CEss
{
protected:
typedef std::map<WString, CEssNamespace*, WSiless,
wbem_allocator<CEssNamespace*> > TNamespaceMap;
typedef TNamespaceMap::iterator TNamespaceIterator;
TNamespaceMap m_mapNamespaces;
CWinMgmtTimerGenerator m_TimerGenerator;
CEventQueue m_Queue;
IWbemLocator* m_pLocator;
_IWmiCoreServices* m_pCoreServices;
_IWmiProvSS* m_pProvSS;
_IWmiProvSSSink* m_pProvSSSink;
LPWSTR m_wszServerName;
IWbemDecorator* m_pDecorator;
long m_lObjectCount;
long m_lNumActiveNamespaces;
CEventLog m_EventLog;
CRegistryMinMaxLimitControl m_LimitControl;
IWbemTokenCache* m_pTokenCache;
HANDLE m_hReadyEvent;
BOOL m_bLastCallForCoreCalled;
CCritSec m_cs;
//
// the number of namespaces that were active on startup by are still
// initializating.
//
long m_lOutstandingActiveNamespaceInit;
//
// we use a background thread to perform recovery of guaranteed
// event deliveries.
//
HANDLE m_hRecoveryThread;
HRESULT InitiateRecovery();
static ULONG WINAPI PerformRecovery( void* pCtx );
HANDLE m_hExitBootPhaseTimer;
static void CALLBACK ExitBootPhaseCallback( LPVOID, BOOLEAN );
void ExecuteDeferredNSInitRequests();
//
// If we are in the boot phase, then we will queue up the ns init events
// until we're out of the boot phase.
//
CPointerArray<CExecRequest> m_aDeferredNSInitRequests;
BOOL m_bMSMQDisabled;
public:
CEss();
~CEss();
void TriggerDeferredInitialization();
HRESULT Initialize( LPCWSTR wszServer,
long lFlags,
_IWmiCoreServices* pCoreServices,
IWbemDecorator* pDecorator );
HRESULT Shutdown(BOOL bIsSystemShutdown);
HRESULT LastCallForCore(LONG lSystemShutDown);
HRESULT GetNamespaceObject( LPCWSTR wszNamespace,
BOOL bEnsureActivation,
RELEASE_ME CEssNamespace** ppNamespace );
HRESULT GetNamespacePointer( LPCWSTR wszNamespace,
BOOL bRepositoryOnly,
RELEASE_ME IWbemServices** ppNamespace );
HRESULT Decorate(IWbemClassObject* pObject, LPCWSTR wszNamespace);
HRESULT GetProviderFactory(LPCWSTR wszNamespace, IWbemServices* pNamespace,
_IWmiProviderFactory** ppFactory);
HRESULT ReloadProvider( long lFlags,
LPCWSTR wszNamespace,
LPCWSTR wszName );
HRESULT PurgeNamespace(LPCWSTR wszNamespace);
HRESULT ProcessEvent(READ_ONLY CEventRepresentation& Event, long lFlags);
HRESULT ProcessQueryObjectSinkEvent( READ_ONLY CEventRepresentation& Event );
HRESULT VerifyInternalEvent(READ_ONLY CEventRepresentation& Event);
HRESULT RegisterNotificationSink(WBEM_CWSTR wszNamespace,
WBEM_CWSTR wszQueryLanguage, WBEM_CWSTR wszQuery,
long lFlags, IWbemContext* pContext,
IWbemObjectSink* pSink);
HRESULT RemoveNotificationSink(IWbemObjectSink* pSink);
CWinMgmtTimerGenerator& GetTimerGenerator() {return m_TimerGenerator;}
CEventLog& GetEventLog() {return m_EventLog;}
void IncrementObjectCount();
void DecrementObjectCount();
HRESULT SetNamespaceActive(LPCWSTR wszNamespace);
HRESULT SetNamespaceInactive(LPCWSTR wszNamespace);
HRESULT SaveActiveNamespaceList();
HRESULT RequestStartOnBoot(BOOL bStart = TRUE);
HRESULT InitializeTimerGenerator(LPCWSTR wszNamespace,
IWbemServices* pNamespace);
static HRESULT DecorateObject(IWbemClassObject* pObj, LPCWSTR wszNamespace);
HRESULT EnqueueDeliver(CQueueingEventSink* pDest);
HRESULT Enqueue(CExecRequest* pReq);
HRESULT AddSleepCharge(DWORD dwSleep);
HRESULT AddCache();
HRESULT RemoveCache();
HRESULT AddToCache(DWORD dwAdd, DWORD dwMemberTotal,
DWORD* pdwSleep = NULL);
HRESULT RemoveFromCache(DWORD dwRemove);
HRESULT GetToken(PSID pSid, IWbemToken** ppToken);
HRESULT CreatePersistentQueue( LPCWSTR wszQueueName, DWORD dwQos );
HRESULT DestroyPersistentQueue( LPCWSTR wszQueueName );
void DumpStatistics(FILE* f, long lFlags);
//
// each namespace that is active on startup notifies us when it has
// finished initialization.
//
void NotifyActiveNamespaceInitComplete();
protected:
typedef CPointerArray<CInitActiveNamespacesRequest> InitActiveNsRequestList;
HRESULT PrepareNamespaceInitRequest(
LPCWSTR wszNamespace,
CInitActiveNamespacesRequest* pRequest );
HRESULT PrepareNamespaceInitRequests( IWbemServices* pRoot,
BOOL bRediscover,
InitActiveNsRequestList& aRequests);
HRESULT RecursivePrepareNamespaceInitRequests(
LPCWSTR wszNamespace,
IWbemServices* pNamespace,
CInitActiveNamespacesRequest* pRequest);
HRESULT ScheduleNamespaceInitialize( CExecRequest* pReq );
HRESULT LoadActiveNamespaces( IWbemServices* pRoot, BOOL bRediscover );
HRESULT CreateNamespaceObject( LPCWSTR wszNormName,
CEssNamespace** ppNamespace );
HRESULT LoadNamespaceObject( LPCWSTR wszNamespace,
BOOL bKnownEmpty,
RELEASE_ME CEssNamespace** ppNamespace );
inline HRESULT GetQueueManager( IWmiMessageQueueManager** ppQueueMgr );
friend class CInObjectCount;
};
class CInObjectCount
{
protected:
CEss* m_pEss;
public:
CInObjectCount(CEss* pEss) : m_pEss(pEss)
{
m_pEss->IncrementObjectCount();
}
~CInObjectCount()
{
m_pEss->DecrementObjectCount();
}
};
#endif