Name | Type | Description |
---|---|---|
SessionObj_t | struct |
Intserv/RSVP: Session Structure |
RsvpHopObj_t | struct |
Intserv/RSVP: RSVP HOP Structure |
SenderTemplateObj_t | struct |
Intserv/RSVP: Sender Template Structure |
SenderTspecObj_t | struct |
Intserv/RSVP: Sender Tspec Structure |
FlowSpecObj_t | struct |
Intserv/RSVP: Sender Tspec Structure |
FilterSpecObj_t | struct |
Intserv/RSVP: Sender Template Structure |
LabelRequestObj_t | struct |
Intserv/RSVP: Label Request Object Structure |
SenderDescriptor_t | struct |
Intserv/RSVP: Sender Descriptor Structure |
EroObj_t | struct |
Intserv/RSVP: Explicit Routing Object Structure |
FlowDescriptor_t | struct |
Intserv/RSVP: Flow Descriptor Structure |
// // (C) 2005 Vojtech Janota // (C) 2003 Xuan Thang Nguyen // // This library is free software, you can redistribute it // and/or modify // it under the terms of the GNU Lesser General Public License // as published by the Free Software Foundation; // either version 2 of the License, or any later version. // The library is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. // See the GNU Lesser General Public License for more details. // // // This file defines data structures used in IntServ services // cplusplus {{ #include "inet/networklayer/contract/ipv4/IPv4Address.h" }} namespace inet; cplusplus {{ typedef std::vector<IPv4Address> IPAddressVector; typedef std::vector<struct EroObj_t> EroVector; typedef std::vector<struct FlowDescriptor_t> FlowDescriptorVector; }} class noncobject IPv4Address; class noncobject IPAddressVector; class noncobject EroVector; // // Intserv/RSVP: Session Structure // struct SessionObj_t { int Tunnel_Id; int Extended_Tunnel_Id; IPv4Address DestAddress; int setupPri; int holdingPri; } // // Intserv/RSVP: RSVP HOP Structure // struct RsvpHopObj_t { IPv4Address Next_Hop_Address; IPv4Address Logical_Interface_Handle; } // // Intserv/RSVP: Sender Template Structure // struct SenderTemplateObj_t { IPv4Address SrcAddress; int Lsp_Id = -1; } // // Intserv/RSVP: Sender Tspec Structure // struct SenderTspecObj_t { double req_bandwidth = 0; } // // Intserv/RSVP: Sender Tspec Structure // struct FlowSpecObj_t extends SenderTspecObj_t { } // // Intserv/RSVP: Sender Template Structure // struct FilterSpecObj_t extends SenderTemplateObj_t { } // // Intserv/RSVP: Label Request Object Structure // struct LabelRequestObj_t { // request; int prot; } // // Intserv/RSVP: Sender Descriptor Structure // struct SenderDescriptor_t { SenderTemplateObj_t Sender_Template_Object; SenderTspecObj_t Sender_Tspec_Object; } // // Intserv/RSVP: Explicit Routing Object Structure // struct EroObj_t { bool L = false; IPv4Address node; } // // Intserv/RSVP: Flow Descriptor Structure // struct FlowDescriptor_t { FlowSpecObj_t Flowspec_Object; FilterSpecObj_t Filter_Spec_Object; IPAddressVector RRO; int label; }