diff -r 000000000000 -r 33413c0669b9 vpnengine/ikev2lib/inc/ikev2acquire.h
--- /dev/null	Thu Jan 01 00:00:00 1970 +0000
+++ b/vpnengine/ikev2lib/inc/ikev2acquire.h	Thu Dec 17 09:14:51 2009 +0200
@@ -0,0 +1,133 @@
+/*
+* Copyright (c) 2003-2009 Nokia Corporation and/or its subsidiary(-ies).
+* All rights reserved.
+* This component and the accompanying materials are made available
+* under the terms of "Eclipse Public License v1.0"
+* which accompanies this distribution, and is available
+* at the URL "http://www.eclipse.org/legal/epl-v10.html".
+*
+* Initial Contributors:
+* Nokia Corporation - initial contribution.
+*
+* Contributors:
+*
+* Description:  IKEv2 Acquire definition
+*                Class CIkev2Acquire is a IKEv2 specific data structure
+*                containing information needed, when establishing a new 
+*                IPsec SA
+*/
+
+
+#ifndef __IKEV2ACQUIRE_H__
+#define __IKEV2ACQUIRE_H__
+
+#include <e32base.h>
+
+#include "ipsecsalifetime.h"
+
+class TPfkeyMessage;
+class TInetAddr;
+struct TIpsecSaSpec;
+class CIpsecSARekeyData;
+class TIkeV2TrafficSelector;
+
+//
+//
+//  CIkev2Acquire
+//  This class is used to handle PFKEY Acquire primitives received from
+//  Ipsec plug-in. 
+//
+
+NONSHARABLE_CLASS(CIkev2Acquire) : public CBase
+{
+    public:
+        static CIkev2Acquire* NewL(const TPfkeyMessage& aPfkeyMessage, TUint32 aId, 
+                              const TInetAddr& aLocalAddr, TUint16 aDHGroup, TBool aImplicitSa,
+                              const TIpsecSaSpec* aSaSpec = 0, const CIpsecSARekeyData* aRekeyData = 0);        
+        static CIkev2Acquire* NewL(TUint32 aId, HBufC8* aSa, 
+                              CArrayFix<TIkeV2TrafficSelector>* aTS_i, 
+                              CArrayFix<TIkeV2TrafficSelector>* aTS_r );
+        static void Link(CIkev2Acquire* aAcquire, CIkev2Acquire** aAnchor);
+        static CIkev2Acquire* Find(TUint32 aId, CIkev2Acquire** aAnchor, TBool aRemove=EFalse);        
+        static void PurgeQue(CIkev2Acquire** aAnchor);
+        static TBool Responding(CIkev2Acquire** aAnchor);                
+        static CIkev2Acquire* GetNext(CIkev2Acquire** aAnchor, TBool aResponse);
+        static void SetFirst(CIkev2Acquire* aAcquire, CIkev2Acquire** aAnchor);
+        static CIkev2Acquire* PeekFirst(CIkev2Acquire** aAnchor);      
+        static CIkev2Acquire* RemoveFromQue(TUint32 aId, CIkev2Acquire** aAnchor);
+
+        TUint32 Id();
+        TPtrC8 SPI_In();
+        TPtrC8 SPI_Out();          
+        TPtrC8 SPI_ToBeRekeyed();
+        void SetSPI_In(const TDesC8& aSPI);
+        void SetSPI_Out(const TDesC8& aSPI);
+        void SetSPI_ToBeRekeyed(const TDesC8& aSPI);
+        TUint16 DHGroup();
+        void DHGroup(TUint16 aDHGroup);               
+        TBool Transport();
+        void SetTransport();       
+        TBool Response();
+        void SetResponse();
+        void SetHardLifetime(const TIpsecSALifetime& aHard );
+        TIpsecSALifetime* HardLifetime();
+        void SetSoftLifetime(const TIpsecSALifetime& aSoft );
+        TIpsecSALifetime* SoftLifetime();
+        TUint8 ReplayWindow();
+        void SetReplayWindow(TUint8 aReplayWindow);
+        TUint32 Pid();
+        void SetPid(TUint32 aPfKeyPid);
+        TUint32 Seq();
+        void SetSeq(TUint32 aPfKeySeq);
+        void SetVirtualIp();
+        TBool ForVirtualIp();               
+        TBool SrcSpecific();
+        void SetSrcSpecific(TBool aSrcSpecific);      
+        TUint8 IpsecProtocol();
+        void SetIpsecProtocol(TUint8 aProtocol);                      
+
+        HBufC8* LocalId();
+        HBufC8* RemoteId();      
+        HBufC8* SA()const;
+        void AddIpsecSpiToSa(const TDesC8& aSpi);
+        const CArrayFix<TIkeV2TrafficSelector>& TS_i();
+        const CArrayFix<TIkeV2TrafficSelector>& TS_r();
+        void ReplaceSA(HBufC8* aSA);
+        void ReplaceTS_i(CArrayFix<TIkeV2TrafficSelector>* aTS);
+        void ReplaceTS_r(CArrayFix<TIkeV2TrafficSelector>* aTS);
+        void ReplaceLocalId(HBufC8* aId);
+        void ReplaceRemoteId(HBufC8* aId);
+
+        CIkev2Acquire(TInt aId);
+        ~CIkev2Acquire();
+        
+    private:
+        void ConstructL(const TPfkeyMessage& aReq, const TInetAddr& aLocalAddr, TUint16 aDHGroup, TBool aImplicitSa,
+                        const TIpsecSaSpec* aSaSpec, const CIpsecSARekeyData* aRekeyData);      
+
+    private:        
+        TUint32   iId;            // Unique sequence number for GETSPI
+        TBuf8<4>  iSPIIn;         // Ipsec SPI value in (local SPI)
+        TBuf8<4>  iSPIOut;        // Ipsec SPI value out (remote SPI)
+        TBuf8<4>  iSPIToBeRekeyed;// Ipsec SPI value of IPSec SA to be rekeyed
+        TUint32   iDHGroup;       // DH group for PFS       
+        TBool     iTransport;     // Transport Mode requested
+        TBool     iResponse;      // Object is for Child SA response
+        TBool     iSrcSpecific;   // Requested SA is "local address" specific
+        TBool     iForVirtualIp;  // This Acquire is just for getting virtual IP    
+        TInt      iReplayWindow;  // Ipsec replay window value
+        TInt      iProtocol;      // Ipsec protocol
+        TUint32   iPfKeyPid;      // Saved from PFKEY Acquire 
+        TUint32   iPfKeySeq;      // Saved from PFKEY Acquire 
+        TIpsecSALifetime iHard;
+        TIpsecSALifetime iSoft;
+        HBufC8*   iSA;            // Ipsec SA payload built from Pfkey Acquire
+        
+        CArrayFix<TIkeV2TrafficSelector>* iTS_i;   // Local Traffic selector info
+        CArrayFix<TIkeV2TrafficSelector>* iTS_r;   // Remote Traffic selector info
+        HBufC8*   iLocalId;       // Local Id data, if any
+        HBufC8*   iRemoteId;      // Remote Id data, if any
+        CIkev2Acquire* iNext;          // Next pending acquire
+};
+
+#endif /* __IKEV2ACQUIRE_H__ */