Leaked source code of windows server 2003
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//
// Microsoft
//
// CollectionAdapter.h
#pragma once
#include "ScopeCriticalSection.h"
#include "AdapterInfo.h"
#include "PrimaryControlChannel.h"
#include <list>
#include <algorithm>
//
// Adapters
//
typedef std::list<IAdapterInfo*> LISTOF_ADAPTERS;
//
//
//
class CCollectionAdapters
{
//
// Properties
//
public:
CComAutoCriticalSection m_AutoCS;
LISTOF_ADAPTERS m_ListOfAdapters;
//
// Methods
//
public:
//
// standard destructor
//
~CCollectionAdapters();
//
// Add a new Adapter (Thread safe)
//
HRESULT
Add(
IN IAdapterInfo* pAdapterToAdd
);
//
// This version of Add will actualy create the new IAdapterInfo before adding it to the collection
// return the newly created IAdapterInfo or NULL is faild
//
IAdapterInfo*
Add(
IN ULONG nCookie,
IN short nType
);
//
// Remove a adapter from the list (Thead safe)
// by removing a adapter it will also kill all associated ControlChannel
//
HRESULT
Remove(
IN IAdapterInfo* pAdapterToRemove
);
//
// This version od Remove will remove the IAdapterInfo base on the given index
//
HRESULT
Remove(
IN ULONG nCookie
);
//
// Remove all the adapter from the collection
//
HRESULT
RemoveAll();
//
// Return an IAdapterInfo the caller is responsable of releasing the interface
//
HRESULT
GetAdapterInfo(
IN ULONG nCookie,
OUT IAdapterInfo** ppAdapterInfo
);
//
// Bind the given addresses with the given index representing the AdapterInfo
//
HRESULT
SetAddresses(
IN ULONG nCookie,
IN ULONG nAdapterIndex,
IN ULONG nAddressCount,
IN DWORD anAddress[]
);
HRESULT
ApplyPrimaryChannel(
CPrimaryControlChannel* pChannelToActivate
);
HRESULT
AdapterUpdatePrimaryChannel(
ULONG nCookie,
CPrimaryControlChannel *pChannel
);
private:
//
// Will return the IAdapterInfo* of for the given Cookie or NULL if not found
//
IAdapterInfo*
FindUsingCookie(
ULONG nCookie
)
{
for ( LISTOF_ADAPTERS::iterator theIterator = m_ListOfAdapters.begin();
theIterator != m_ListOfAdapters.end();
theIterator++
)
{
CAdapterInfo* pAdapterInfo = (CAdapterInfo*)(*theIterator);
if ( pAdapterInfo->m_nCookie == nCookie )
return *theIterator;
}
return NULL;
}
//
// Will return the IAdapterInfo* of given the AdapterIndex or NULL if not found
//
IAdapterInfo*
FindUsingAdapterIndex(
ULONG nAdapterIndex
)
{
MYTRACE_ENTER("FindUsingAdapterIndex");
MYTRACE("Looking for adapter %d", nAdapterIndex);
for ( LISTOF_ADAPTERS::iterator theIterator = m_ListOfAdapters.begin();
theIterator != m_ListOfAdapters.end();
theIterator++
)
{
CAdapterInfo* pAdapterInfo = (CAdapterInfo*)(*theIterator);
MYTRACE("ADAPTER index %d", pAdapterInfo->m_nAdapterIndex);
if ( pAdapterInfo->m_nAdapterIndex == nAdapterIndex )
return *theIterator;
}
return NULL;
}
//
// Return true if the AdapterInfo is part of the collection
//
inline bool
FindUsingInterface(
IAdapterInfo* pAdapterToFind
)
{
LISTOF_ADAPTERS::iterator theIterator = std::find(
m_ListOfAdapters.begin(),
m_ListOfAdapters.end(),
pAdapterToFind
);
return *theIterator ? true : false;
}
};