- Generated on Thu Aug 30 2012 22:56:44 for INET Framework for OMNeT++/OMNEST by
1.7.6.1
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INET Framework for OMNeT++/OMNEST
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00001 // 00002 // Copyright (C) 2006 Andras Babos and Andras Varga 00003 // 00004 // This program is free software; you can redistribute it and/or 00005 // modify it under the terms of the GNU Lesser General Public License 00006 // as published by the Free Software Foundation; either version 2 00007 // of the License, or (at your option) any later version. 00008 // 00009 // This program is distributed in the hope that it will be useful, 00010 // but WITHOUT ANY WARRANTY; without even the implied warranty of 00011 // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the 00012 // GNU Lesser General Public License for more details. 00013 // 00014 // You should have received a copy of the GNU Lesser General Public License 00015 // along with this program; if not, see <http://www.gnu.org/licenses/>. 00016 // 00017 00018 #ifndef __INET_OSPFINTERFACE_H 00019 #define __INET_OSPFINTERFACE_H 00020 00021 #include "INETDefs.h" 00022 #include "OSPFcommon.h" 00023 #include "OSPFTimer_m.h" 00024 #include "OSPFNeighbor.h" 00025 #include <map> 00026 #include <vector> 00027 #include <list> 00028 00029 namespace OSPF { 00030 00031 class InterfaceState; 00032 class Area; 00033 00034 class Interface { 00035 public: 00036 enum InterfaceEventType { 00037 InterfaceUp = 0, 00038 HelloTimer = 1, 00039 WaitTimer = 2, 00040 AcknowledgementTimer = 3, 00041 BackupSeen = 4, 00042 NeighborChange = 5, 00043 LoopIndication = 6, 00044 UnloopIndication = 7, 00045 InterfaceDown = 8 00046 }; 00047 00048 enum OSPFInterfaceType { 00049 UnknownType = 0, 00050 PointToPoint = 1, 00051 Broadcast = 2, 00052 NBMA = 3, 00053 PointToMultiPoint = 4, 00054 Virtual = 5 00055 }; 00056 00057 enum InterfaceStateType { 00058 DownState = 0, 00059 LoopbackState = 1, 00060 WaitingState = 2, 00061 PointToPointState = 3, 00062 NotDesignatedRouterState = 4, 00063 BackupState = 5, 00064 DesignatedRouterState = 6 00065 }; 00066 00067 private: 00068 OSPFInterfaceType interfaceType; 00069 InterfaceState* state; 00070 InterfaceState* previousState; 00071 unsigned char ifIndex; 00072 unsigned short mtu; 00073 IPv4AddressRange interfaceAddressRange; 00074 AreaID areaID; 00075 AreaID transitAreaID; 00076 short helloInterval; 00077 short pollInterval; 00078 short routerDeadInterval; 00079 short interfaceTransmissionDelay; 00080 unsigned char routerPriority; 00081 OSPFTimer* helloTimer; 00082 OSPFTimer* waitTimer; 00083 OSPFTimer* acknowledgementTimer; 00084 std::map<RouterID, Neighbor*> neighboringRoutersByID; 00085 std::map<IPv4Address, Neighbor*, IPv4Address_Less> neighboringRoutersByAddress; 00086 std::vector<Neighbor*> neighboringRouters; 00087 std::map<IPv4Address, std::list<OSPFLSAHeader>, IPv4Address_Less> delayedAcknowledgements; 00088 DesignatedRouterID designatedRouter; 00089 DesignatedRouterID backupDesignatedRouter; 00090 Metric interfaceOutputCost; 00091 short retransmissionInterval; 00092 short acknowledgementDelay; 00093 AuthenticationType authenticationType; 00094 AuthenticationKeyType authenticationKey; 00095 00096 Area* parentArea; 00097 private: 00098 friend class InterfaceState; 00099 void ChangeState(InterfaceState* newState, InterfaceState* currentState); 00100 00101 public: 00102 Interface(OSPFInterfaceType ifType = UnknownType); 00103 virtual ~Interface(void); 00104 00105 void ProcessEvent (InterfaceEventType event); 00106 void Reset (void); 00107 void SendHelloPacket (IPv4Address destination, short ttl = 1); 00108 void SendLSAcknowledgement (OSPFLSAHeader* lsaHeader, IPv4Address destination); 00109 Neighbor* GetNeighborByID (RouterID neighborID); 00110 Neighbor* GetNeighborByAddress (IPv4Address address); 00111 void AddNeighbor (Neighbor* neighbor); 00112 InterfaceStateType GetState (void) const; 00113 static const char* GetStateString (InterfaceStateType stateType); 00114 bool HasAnyNeighborInStates (int states) const; 00115 void RemoveFromAllRetransmissionLists (LSAKeyType lsaKey); 00116 bool IsOnAnyRetransmissionList (LSAKeyType lsaKey) const; 00117 bool FloodLSA (OSPFLSA* lsa, Interface* intf = NULL, Neighbor* neighbor = NULL); 00118 void AddDelayedAcknowledgement (OSPFLSAHeader& lsaHeader); 00119 void SendDelayedAcknowledgements (void); 00120 void AgeTransmittedLSALists (void); 00121 00122 OSPFLinkStateUpdatePacket* CreateUpdatePacket (OSPFLSA* lsa); 00123 00124 void SetType (OSPFInterfaceType ifType) { interfaceType = ifType; } 00125 OSPFInterfaceType GetType (void) const { return interfaceType; } 00126 void SetIfIndex (unsigned char index); 00127 unsigned char GetIfIndex (void) const { return ifIndex; } 00128 void SetMTU (unsigned short ifMTU) { mtu = ifMTU; } 00129 unsigned short GetMTU (void) const { return mtu; } 00130 void SetAreaID (AreaID areaId) { areaID = areaId; } 00131 AreaID GetAreaID (void) const { return areaID; } 00132 void SetTransitAreaID (AreaID areaId) { transitAreaID = areaId; } 00133 AreaID GetTransitAreaID (void) const { return transitAreaID; } 00134 void SetOutputCost (Metric cost) { interfaceOutputCost = cost; } 00135 Metric GetOutputCost (void) const { return interfaceOutputCost; } 00136 void SetRetransmissionInterval (short interval) { retransmissionInterval = interval; } 00137 short GetRetransmissionInterval (void) const { return retransmissionInterval; } 00138 void SetTransmissionDelay (short delay) { interfaceTransmissionDelay = delay; } 00139 short GetTransmissionDelay (void) const { return interfaceTransmissionDelay; } 00140 void SetAcknowledgementDelay (short delay) { acknowledgementDelay = delay; } 00141 short GetAcknowledgementDelay (void) const { return acknowledgementDelay; } 00142 void SetRouterPriority (unsigned char priority) { routerPriority = priority; } 00143 unsigned char GetRouterPriority (void) const { return routerPriority; } 00144 void SetHelloInterval (short interval) { helloInterval = interval; } 00145 short GetHelloInterval (void) const { return helloInterval; } 00146 void SetPollInterval (short interval) { pollInterval = interval; } 00147 short GetPollInterval (void) const { return pollInterval; } 00148 void SetRouterDeadInterval (short interval) { routerDeadInterval = interval; } 00149 short GetRouterDeadInterval (void) const { return routerDeadInterval; } 00150 void SetAuthenticationType (AuthenticationType type) { authenticationType = type; } 00151 AuthenticationType GetAuthenticationType (void) const { return authenticationType; } 00152 void SetAuthenticationKey (AuthenticationKeyType key) { authenticationKey = key; } 00153 AuthenticationKeyType GetAuthenticationKey (void) const { return authenticationKey; } 00154 void SetAddressRange (IPv4AddressRange range) { interfaceAddressRange = range; } 00155 IPv4AddressRange GetAddressRange (void) const { return interfaceAddressRange; } 00156 00157 OSPFTimer* GetHelloTimer (void) { return helloTimer; } 00158 OSPFTimer* GetWaitTimer (void) { return waitTimer; } 00159 OSPFTimer* GetAcknowledgementTimer (void) { return acknowledgementTimer; } 00160 DesignatedRouterID GetDesignatedRouter (void) const { return designatedRouter; } 00161 DesignatedRouterID GetBackupDesignatedRouter (void) const { return backupDesignatedRouter; } 00162 unsigned long GetNeighborCount (void) const { return neighboringRouters.size(); } 00163 Neighbor* GetNeighbor (unsigned long i) { return neighboringRouters[i]; } 00164 const Neighbor* GetNeighbor (unsigned long i) const { return neighboringRouters[i]; } 00165 00166 void SetArea (Area* area) { parentArea = area; } 00167 Area* GetArea (void) { return parentArea; } 00168 const Area* GetArea (void) const { return parentArea; } 00169 }; 00170 00171 } // namespace OSPF 00172 00173 #endif // __INET_OSPFINTERFACE_H 00174
1.7.6.1