ExternConsts.cc

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// The MIT License (MIT)
//
// Copyright (c) 2014-2016 Brno University of Technology, PRISTINE project
//
// Permission is hereby granted, free of charge, to any person obtaining a copy
// of this software and associated documentation files (the "Software"), to deal
// in the Software without restriction, including without limitation the rights
// to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
// copies of the Software, and to permit persons to whom the Software is
// furnished to do so, subject to the following conditions:
//
// The above copyright notice and this permission notice shall be included in
// all copies or substantial portions of the Software.
//
// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
// AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
// OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN
// THE SOFTWARE.

#include <ExternConsts.h>

//Static module names
const char* MOD_CDAP            = "commonDistributedApplicationProtocol";
const char* MOD_CDAPAUTH        = "auth";
const char* MOD_CDAPCACE        = "cace";
const char* MOD_CDAPCDAP        = "cdap";
const char* MOD_CDAPMSGLOG      = "cdapMsgLog";
const char* MOD_CDAPSPLIT       = "cdapSplitter";
const char* MOD_CONNTABLE       = "connectionTable";
const char* MOD_DA              = "da";
const char* MOD_DIFALLOC        = "difAllocator";
const char* MOD_DIRECTORY       = "directory";
const char* MOD_DTCP            = "dtcp";
const char* MOD_DTCP_STATE      = "dtcpState";
const char* MOD_DTP             = "dtp";
const char* MOD_DTP_STATE       = "dtpState";
const char* MOD_EFCP            = "efcp";
const char* MOD_EFCPI           = "efcpi_";
const char* MOD_EFCPTABLE       = "efcpTable";
const char* MOD_ENROLLMENT      = "enrollment";
const char* MOD_ENROLLMENTMODULE= "enrollmentModule";
const char* MOD_ENROLLMENTTABLE = "enrollmentStateTable";
const char* MOD_FA              = "fa";
const char* MOD_FLOWALLOC       = "flowAllocator";
const char* MOD_IAE             = "iae";
const char* MOD_IPCRESMANAGER   = "ipcResourceManager";
const char* MOD_IRM             = "irm";
const char* MOD_NAMINFO         = "namingInformation";
const char* MOD_NEIGHBORTABLE   = "neighborTable";
const char* MOD_NFLOWTABLE      = "nFlowTable";
const char* MOD_PDUFWDGEN       = "pduFwdGenerator";
const char* MOD_RA              = "ra";
const char* MOD_RANM1FLOWTABLE  = "nm1FlowTable";
const char* MOD_RELAYANDMUX     = "relayAndMux";
const char* MOD_RESALLOC        = "resourceAllocator";
const char* MOD_RIBD            = "ribd";
const char* MOD_RIBDAEMON       = "ribDaemon";
const char* MOD_RIBDSPLITTER    = "ribdSplitter";
const char* MOD_RMT             = "rmt";
const char* MOD_RMTALLOC        = "allocator";
const char* MOD_RMTPORT         = "port";
const char* MOD_SEARCHTAB       = "searchTable";

//Policy module names
const char* MOD_POL_RA_ADDRCOMPARATOR   = "addressComparator";
const char* MOD_POL_RA_IDGENERATOR      = "queueIdGenerator";
const char* MOD_POL_RA_QOSCOMPARER      = "qosComparerPolicy";
const char* MOD_POL_RA_QUEUEALLOC       = "queueAllocPolicy";
const char* MOD_POL_RMT_MAXQ            = "maxQueuePolicy";
const char* MOD_POL_RMT_PDUFWD          = "pduForwardingPolicy";
const char* MOD_POL_RMT_QMONITOR        = "queueMonitorPolicy";
const char* MOD_POL_RMT_SCHEDULER       = "schedulingPolicy";
const char* MOD_POL_QUEUEALLOC          = "queueAllocPolicy";
const char* MOD_POL_ROUTING             = "routingPolicy";

//Module type paths
const char* MOD_EFCP_PATH       = "rina.src.DIF.EFCP";
const char* MOD_EFCPI_PATH      = "rina.src.DIF.EFCP.EFCPI";
const char* MOD_DTP_PATH        = "rina.src.DIF.EFCP.DTP.DTP";
const char* MOD_DTP_STATE_PATH  = "rina.src.DIF.EFCP.DTP.DTPState";
const char* MOD_DTCP_PATH       = "rina.src.DIF.EFCP.DTCP.DTCP";
const char* MOD_DTCP_STATE_PATH = "rina.src.DIF.EFCP.DTCP.DTCPState";
const char* MOD_DELIMITING_PATH = "rina.src.DIF.Delimiting.Delimiting";
const char* MOD_RMT_PORTWRAPPER = "rina.src.DIF.RMT.RMTPortWrapper";
const char* MOD_RMT_QUEUE       = "rina.src.DIF.RMT.RMTQueue";



//Module parameters
const char* PAR_IPCADDR         = "ipcAddress";
const char* PAR_DIFNAME         = "difName";
const char* PAR_LOCALPORTID     = "localPortId";
const char* PAR_LOCALCEPID      = "localCEPId";
const char* PAR_REMOTEPORTID    = "remotePortId";
const char* PAR_REMOTECEPID     = "remoteCEPId";

const char* PAR_APNAME          = "apName";
const char* PAR_APINSTANCE      = "apInstance";
const char* PAR_AENAME          = "aeName";
const char* PAR_AEINSTANCE      = "aeInstance";
const char* PAR_CONFIGDATA      = "configData";
const char* PAR_CREREQTIMEOUT   = "createRequestTimeout";
const char* PAR_CURINVOKEID     = "currentInvokeId";

//Gate names
const char* GATE_SOUTHIO        = "southIo";
const char* GATE_NORTHIO        = "northIo";
const char* GATE_NORTHIO_       = "northIo_";
const char* GATE_SOUTHIO_       = "southIo_";
const char* GATE_EFCPIO_        = "efcpIo_";
const char* GATE_EFCPIO         = "efcpIo";
const char* GATE_RMT_           = "rmt_";
const char* GATE_RMTIO          = "rmtIo";
const char* GATE_APPIO_         = "appIo_";
const char* GATE_AEIO           = "aeIo";
const char* GATE_DATAIO         = "dataIo";
const char* GATE_SPLITIO        = "splitterIo";
const char* GATE_CACEIO         = "caceIo";
const char* GATE_AUTHIO         = "authIo";
const char* GATE_CDAPIO         = "cdapIo";
const char* GATE_DTP_NORTHIO    = "northIo";
const char* GATE_DTP_SOUTHIO    = "southIo";
const char* GATE_EFCPI_NORTHIO  = "northIo";
const char* GATE_EFCPI_SOUTHIO  = "southIo";

//XML attributes and elements
const char* ELEM_APN            = "APN";
const char* ATTR_APN            = "apn";
const char* ATTR_SRC            = "src";
const char* ATTR_DST            = "dst";
const char* ELEM_AVGBW               = "AverageBandwidth";
const char* ELEM_AVGSDUBW            = "AverageSDUBandwidth";
const char* ELEM_PEAKBWDUR           = "PeakBandwidthDuration";
const char* ELEM_PEAKSDUBWDUR        = "PeakSDUBandwidthDuration";
const char* ELEM_BURSTPERIOD         = "BurstPeriod";
const char* ELEM_BURSTDURATION       = "BurstDuration";
const char* ELEM_UNDETECTBITERR      = "UndetectedBitError";
const char* ELEM_PDUDROPPROBAB       = "PDUDroppingProbability";
const char* ELEM_MAXSDUSIZE          = "MaxSDUSize";
const char* ELEM_PARTIALDELIVER      = "PartialDelivery";
const char* ELEM_INCOMPLETEDELIVER   = "IncompleteDelivery";
const char* ELEM_FORCEORDER          = "ForceOrder";
const char* ELEM_MAXALLOWGAP         = "MaxAllowableGap";
const char* ELEM_DELAY               = "Delay";
const char* ELEM_JITTER              = "Jitter";
const char* ELEM_COSTTIME            = "CostTime";
const char* ELEM_COSTBITS            = "CostBits";
const char* ELEM_ATIME               = "ATime";
const char* ELEM_RXON                = "RxOn";
const char* ELEM_WINON               = "WinOn";
const char* ELEM_RATEON              = "RateOn";
const char* ELEM_EFCPPOL             = "EFCPPolicySet";
const char* ELEM_RESILIENCYFACTOR    = "ResiliencyFactor";


//Values
const int   VAL_QOSPARDONOTCARE = -1;
const bool  VAL_QOSPARDEFBOOL   = false;
const int   UNINIT_INVOKEID     = -1;
const int   DONTCARE_INVOKEID   = 0;
const int   VAL_DEFINSTANCE     = -1;
//const int   VAL_UNDEF_PORTID   = -1;