文件列表:

Examples\CVS\Root (33, 2006-01-17)
Examples\CVS\Repository (27, 2006-01-17)
Examples\CVS\Entries (146, 2006-01-17)
Examples\rundemo (14206, 2005-05-02)
Examples\rundemo.bat (24, 2005-02-09)
Examples\Ethernet\CVS\Root (33, 2006-01-17)
Examples\Ethernet\CVS\Repository (36, 2006-01-17)
Examples\Ethernet\CVS\Entries (25, 2006-01-17)
Examples\Ethernet\ARPTest\CVS\Root (33, 2006-01-17)
Examples\Ethernet\ARPTest\CVS\Repository (44, 2006-01-17)
Examples\Ethernet\ARPTest\CVS\Entries (217, 2006-01-17)
Examples\Ethernet\ARPTest\ARPTest (21, 2005-05-02)
Examples\Ethernet\ARPTest\ARPTest.bat (21, 2005-05-02)
Examples\Ethernet\ARPTest\ARPTest.ned (3165, 2005-04-27)
Examples\Ethernet\ARPTest\omnetpp.ini (2356, 2005-06-01)
Examples\Ethernet\LANs\CVS\Root (33, 2006-01-17)
Examples\Ethernet\LANs\CVS\Repository (41, 2006-01-17)
Examples\Ethernet\LANs\CVS\Entries (692, 2006-01-17)
Examples\Ethernet\LANs\EtherHost.ned (1764, 2005-02-25)
Examples\Ethernet\LANs\LANs (21, 2005-05-02)
Examples\Ethernet\LANs\LANs.bat (21, 2005-05-02)
Examples\Ethernet\LANs\LargeNet.ned (9633, 2005-02-09)
Examples\Ethernet\LANs\Networks.ned (7055, 2005-02-09)
Examples\Ethernet\LANs\addresstable.txt (341, 2005-02-09)
Examples\Ethernet\LANs\bus.ini (355, 2005-02-09)
Examples\Ethernet\LANs\defaults.ini (891, 2005-02-09)
Examples\Ethernet\LANs\hub.ini (916, 2005-02-09)
Examples\Ethernet\LANs\largeNet.ini (2541, 2005-02-09)
Examples\Ethernet\LANs\mixed.ini (371, 2005-02-09)
Examples\Ethernet\LANs\omnetpp.ini (390, 2005-04-27)
Examples\Ethernet\LANs\switch.ini (364, 2005-02-09)
Examples\Ethernet\LANs\twoHosts.ini (374, 2005-02-09)
Examples\INET\CVS\Root (33, 2006-01-17)
Examples\INET\CVS\Repository (32, 2006-01-17)
Examples\INET\CVS\Entries (109, 2006-01-17)
Examples\INET\BulkTransfer\CVS\Root (33, 2006-01-17)
Examples\INET\BulkTransfer\CVS\Repository (45, 2006-01-17)
Examples\INET\BulkTransfer\CVS\Entries (283, 2006-01-17)
... ...

INET Framework for OMNEST/OMNeT++ ================================= The INET framework is an open-source communication networks simulation package, written for the OMNEST/OMNeT++ simulation system. The INET framework contains models for several Internet protocols: beyond TCP and IP there is UDP, Ethernet, PPP and MPLS with LDP and RSVP-TE signalling. See the CREDITS file for the names of people involved in the development. IMPORTANT: BE AWARE THAT DIFFERENT COMPONENTS IN THE FRAMEWORK VARY SIGNIFICANTLY IN SOFTWARE QUALITY, LEVEL OF DETAIL, COMPLIANCE AND QUALITY OF DOCUMENTATION, FROM EXCELLENT TO VERY POOR. The framework is being continously improved, the worst parts being either revised, or thrown out and replaced. ALWAYS CHECK THE COMPONENTS (READ THE SOURCE, ETC) YOU ARE PLANNING TO USE IN YOUR RESEARCH. YOUR CONTRIBUTIONS ARE HIGHLY WELCOME! You can make a difference. GETTING STARTED --------------- You may start by downloading and installing the INET demo on Windows. Then you can gather initial experience by following the INET tutorial. After that, you can learn the NED language from the OMNeT++ manual & sample simulations. After that, you may write your own topologies using the NED language. You may assign some of the submodule parameters in NED files. You may leave some of them unassigned. Then, you may assign unassigned module parameters in omnetpp.ini of your simulation. (You can refer to sample simulations & manual for the content of omnetpp.ini) Finally, you will be ready to run your simulation. As you see, you may use the INET framework without writing any C++ code, as long as you use the available modules. Finally, to implement new protocols or modify existing ones, you'll need to download the INET source, compile it yourself, then start adding/modifying source files yourself. Directory structure ------------------- Directories of INET framework source are arranged roughly along the OSI layers. Bottom-up: PHY/ physical layer models (none yet) NetworkInterfaces/ L2 (data link layer) protocols Contract/ "contract" (~API) between L2 and higher layers Ethernet/ Ethernet model PPP new PPP implementation Network/ L3 (network layer) protocols Contract/ "contract" (~API) between L3 and higher layers IPv4/ IPv4 and associated protocols IPv4d/ modularized IPv4 implementation ARP/ ARP protocol AutoRouting/ autoconfiguration of static routes MPLS/ MPLS implementation LDP/ LDP signalling protocol for MPLS RSVP_TE/ RSVP-TE signalling protocol for MPLS Transport/ transport layer protocols TCP/ TCP protocol UDP/ UDP protocol RTP/ Realtime Transport Protocol (not yet integrated) Applications/ application layer TCPApp/ TCP application models UDPApp/ UDP application models Generic/ traffic generators (directly for IP) Ethernet/ traffic generators (directly for Ethernet) PingApp/ ping application Further directories are: Nodes/ protocol stacks, host and router models INET/ IP-based components MPLS/ router models with MPLS/LDP/RSVP-TE Examples/ example networks Ethernet/ example Ethernet networks INET/ IP-based example networks MPLS/ example networks for MPLS/LDP/RSVP-TE RTP/ RTP examples (not yet integrated) Base/ common header files, base classes Util/ utility classes Documentation/ documentation Tests/ test suite IPv4/ for IP components MPLS/ for the MPLS models NewTCP/ for the TCP model Unsupported/ obsolete, unmaintained stuff

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