//*************************************************************************** //* file: P2PNic.ned //* //* author: Daniel Willkomm //* //* copyright: (C) 2004 Telecommunication Networks Group (TKN) at //* Technische Universitaet Berlin, Germany. //* //* This program is free software; you can redistribute it //* and/or modify it under the terms of the GNU General Public //* License as published by the Free Software Foundation; either //* version 2 of the License, or (at your option) any later //* version. //* For further information see file COPYING //* in the top level directory //*************************************************************************** //* part of: framework implementation developed by tkn //* description: basic network interace card Compound Module //* //*************************************************************************** //* changelog: $Revision: 285 $ //* last modified: $Date: 2006-06-07 18:20:31 +0200 (Mi, 07 Jun 2006) $ //* by: $Author: willkomm $ //*************************************************************************** import "AlohaMacLayer", "P2PPhyLayer", "SingleChannelRadio"; // The nic (network interface card) is a compound module that contains the // MAC and PHY of a host within the Mobility Framework // // The P2P nic only contains a simple phy layer which provides no snr // evaluation but simple sends unicast messages and calculates the bit errors // based on a bit error probability provided in omnetpp.ini // // IMPORTANT:<br> In order to work with our ChannelControl module the phy // module has to be called "phy" in the ned file. // // @author Daniel Willkomm module P2PNic gates: in: uppergateIn; // to upper layers out: upperControlOut, // control to upper layers uppergateOut; // from upper layers in: radioIn; //gate for sendDirect submodules: mac: AlohaMacLayer; display: "b=32,30;p=60,50;i=prot2"; phy: P2PPhyLayer; display: "b=32,30;p=60,100;i=prot3"; radio: SingleChannelRadio; display: "p=90,50;b=32,30;o=red"; connections: phy.uppergateIn <-- mac.lowergateOut; phy.uppergateOut --> mac.lowergateIn; phy.upperControlOut --> mac.lowerControlIn; mac.uppergateOut --> uppergateOut; mac.upperControlOut --> upperControlOut; mac.uppergateIn <-- uppergateIn; radioIn --> phy.radioIn; display: "p=10,10;b=100,125,rect;o=white"; endmodule