wdm_onic.dml

Java programming on optical network protection and restroation algorithms

          name udp use SSF.OS.UDP.udpSessionMaster
          _find .dictionary.udpinit]
        ProtocolSession [name ip use gov.nist.antd.ssf.os.IP] 
    ]
    interface [ id 0 bitrate 1000000 debug true]
    nhi_route [dest 101(0) interface 0 next_hop 110(0)]
  ]
  
  host [ #Server
    id 101
    x 750
    y 50
    graph [
        ProtocolSession [ 
          name server use gov.nist.antd.traffic_generator.udpTGServer
          _find .dictionary.TGServerInit
        ]
        ProtocolSession [name socket use SSF.OS.Socket.socketMaster]
        ProtocolSession [
          name udp use SSF.OS.UDP.udpSessionMaster
          _find .dictionary.udpinit
        ]
        ProtocolSession [name ip use gov.nist.antd.ssf.os.IP] 
    ]
    interface [ id 0 bitrate 1000000 ]
    nhi_route [dest 100(0) interface 0 next_hop 111(1)]
  ]
  
  host [ #Client
    id 102
    x 10
    y 90
    graph [
        ProtocolSession [ 
          name client use gov.nist.antd.traffic_generator.udpTGClient
          _find .dictionary.TGClientInit            
        ]
        ProtocolSession [name socket use SSF.OS.Socket.socketMaster]
        ProtocolSession [
          name udp use SSF.OS.UDP.udpSessionMaster
          _find .dictionary.udpinit
        ]
        ProtocolSession [name ip use gov.nist.antd.ssf.os.IP] 
    ]
    interface [ id 0 bitrate 1000000 ]
    nhi_route [dest 103(0) interface 0 next_hop 110(1)]
  ]
  
  host [ #Server
    id 103
    x 750
    y 90
    graph [
        ProtocolSession [ 
          name server use gov.nist.antd.traffic_generator.udpTGServer
          _find .dictionary.TGServerInit
        ]
        ProtocolSession [name socket use SSF.OS.Socket.socketMaster]
        ProtocolSession [
          name udp use SSF.OS.UDP.udpSessionMaster
          _find .dictionary.udpinit
        ]
        ProtocolSession [name ip use gov.nist.antd.ssf.os.IP] 
    ]
    interface [ id 0 bitrate 1000000 ]
    nhi_route [dest 102(0) interface 0 next_hop 111(2)]
  ]
  
  host [ #Client
    id 104
    x 10
    y 140
    graph [
        ProtocolSession [ 
          name client use gov.nist.antd.traffic_generator.udpTGClient
          _find .dictionary.TGClientInit          
        ]
        ProtocolSession [name socket use SSF.OS.Socket.socketMaster]
        ProtocolSession [
          name udp use SSF.OS.UDP.udpSessionMaster
          _find .dictionary.udpinit
        ]
        ProtocolSession [name ip use gov.nist.antd.ssf.os.IP] 
    ]
    interface [ id 0 bitrate 1000000 ]
    nhi_route [dest 105(0) interface 0 next_hop 110(2)]
  ] 
  
  host [ #Server
    id 105
    x 750
    y 140
    graph [
        ProtocolSession [ 
          name server use gov.nist.antd.traffic_generator.udpTGServer
          _find .dictionary.TGServerInit
        ]
        ProtocolSession [name socket use SSF.OS.Socket.socketMaster]
        ProtocolSession [
          name udp use SSF.OS.UDP.udpSessionMaster
          _find .dictionary.udpinit
        ]
        ProtocolSession [name ip use gov.nist.antd.ssf.os.IP] 
    ]
    interface [ id 0 bitrate 1000000 ]
    nhi_route [dest 104(0) interface 0 next_hop 111(3)]
  ]
  
################################################################################
##                   L A B E L   S W I T C H   R O U T E R S                  ##
################################################################################
  # LER  110 -------------------------------------------------------------------
  LSR [ 
    id 110
    x 260
    y 90
    graph [
      ProtocolSession [name S_CRLDP use gov.nist.antd.mpls.signaling.crldp.S_CRLDP 
          debug false ]
      #ProtocolSession [name rsvp use gov.nist.antd.rsvp.mgmt.Rsvp
      # _find .dictionary.rsvpInit
      #]
      ProtocolSession [
          name MPLSModule use gov.nist.antd.mpls.mgmt.MPLSMgmt            
          _find .dictionary.mplsInit
      ]
      ProtocolSession [name te-app use gov.nist.antd.ospf_te.TEPath]
      ProtocolSession [name ospf-te use gov.nist.antd.ospf_te.sOSPF_TE]
      ProtocolSession [name ip use gov.nist.antd.ssf.os.IP] 
      ProtocolSession [name ospf  use SSF.OS.OSPF.sOSPF debug true]
       
      ProtocolSession [name probe use SSF.OS.ProbeSession
        file "resultFile"     # output file prefix
        stream result         # stream name
      ]
    ]     
    interface [ id 0 bitrate 1000000 ]
    interface [ id 1 bitrate 1000000 ]
    interface [ id 2 bitrate 1000000 ]
    Onic [ id 3 ]
  ]
    
  # LER  111 -------------------------------------------------------------------
  LSR [ 
    id 111
    x 510
    y 90
    graph [
      ProtocolSession [name S_CRLDP use gov.nist.antd.mpls.signaling.crldp.S_CRLDP 
                      debug false ]
      #ProtocolSession [name rsvp use gov.nist.antd.rsvp.mgmt.Rsvp
      # _find .dictionary.rsvpInit
      #]
      
      ProtocolSession [
          name MPLSModule use gov.nist.antd.mpls.mgmt.MPLSMgmt
          _find .dictionary.mplsInit
      ]
      ProtocolSession [name te-app use gov.nist.antd.ospf_te.TEPath]
      ProtocolSession [name ospf-te use gov.nist.antd.ospf_te.sOSPF_TE]
      ProtocolSession [name ip use gov.nist.antd.ssf.os.IP] 
      ProtocolSession [ name ospf  use SSF.OS.OSPF.sOSPF]
        
      ProtocolSession [name probe use SSF.OS.ProbeSession
        file "resultFile"     # output file prefix
        stream result         # stream name
      ]
    ]     
    Onic [ id 0 ]
    interface [ id 1 bitrate 1000000 ]
    interface [ id 2 bitrate 1000000 ]
    interface [ id 3 bitrate 1000000 ]
  ]
]


dictionary [
    mplsInit [
      debug false
      
      # Components Debug flag - true/false
      SigIntf_debug   false
      IntfMgmt_debug  false
      fwd_debug   false
      fwdTable_debug  false
    
      PacketScheduler [
          PrimaryScheduler [
            name WFQ use gov.nist.antd.MPLSMgmt.MPLSInterface.WFQScheduler
          ]
      ]
      
      Queue [ 
          name DropTail use gov.nist.antd.MPLSMgmt.MPLSInterface.MPLSDropTailQueue
          BufferSize 30000
          monitor [
          use gov.nist.antd.mpls.mgmt.mpls_interface.QueueMonitor
          probe_interval 1.0
          debug false
        ]
      ]
      BandwidthBorrowing off #on/off
      
      # LSP monitor
      lspMonitor [
        use gov.nist.antd.mpls.mgmt.lspMonitor
        probe_interval 1.0
        debug false
      ]
      # NIC Monitor
      nicMonitor [
        use gov.nist.antd.mpls.mgmt.NicMonitor
        probe_interval 1.0
        debug false
      ]
    ]
  
  #//////////////////////////////////////////////////////////////////////////
  #             RSVP Init
  #//////////////////////////////////////////////////////////////////////////
  rsvpInit [
    debug true
    ##############  Time Information  ########################
    R 30    # Refresh Time, Default 30sec
    K 3     # L >= (K + 0.5) * 1.5 * R default 3
    SlewMax 0.3   # Default 0.3 : Successive value R2/R1 < 1 + slew.max

    ##############  Hello Extension ##########################
    # If this description is not defined,
    # Hello Extesion is not used within simulation
    HelloExtension [
      Interval 0.005          # default 5ms
      LossHellMsgInterfval 3.5      # default 3.5
    ]

    ProcessingDelay 0.0
  ]
  
  
    udpinit [
      max_datagram_size 10000 # max UDP datagram size (payload bytes)
      debug false             # print verbose UDP diagnostics
    ]
    
    TGClientInit [ 
      start_time 30.0       # earliest time to send request to server
      start_window 2.0      # send request to server at randomly chosen time
              # in interval [start_time, start_time+start_window]
      file_size 100000000    # requested file size (payload bytes)
      request_size  4       # client request datagram size (bytes)
      datagram_size 1000    # max server datagram payload size (virtual bytes, int)
      show_report false     # print client-server session summary report
      debug false           # print verbose client/server diagnostics
    ]
  
    TGServerInit [
      port 10               # server's well known port
      client_limit  10      # max number of contemporaneously allowed clients
      request_size  4       # client request datagram size (bytes)
      show_report false     # print client-server session summary report
      debug false           # print verbose client/server diagnostics
    
      packet_gen_rate 1000000            # packet generation rate of this server..
      packet_gen_rate_distribution Exponential  # packet generation rate distribution, Normal or Exponential
      packet_gen_rate_deviation 0.3     # packet generation rate deviation, only Normal distribution
                                      # unit : % of the packet generation rate, 0 <= packet_gen_rate_deviation < 1.0
      datagram_size 1000                # max server datagram payload size (virtual bytes, int)
      datagram_size_distribution Normal # datagram size distrubution, Normal or Exponential
      datagram_size_deviation 0.3       # datagram size deviation, only Normal distribution
                                      # unit : % of the datagram size, 0 <= packet_gen_rate_deviation < 1.0
    ]
]