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tictoc14.ned文件simple Txc14{ parameters: @display("i=block/routing"); gates: inout gate[];}network Tictoc14{ types: channel Channel extends ned.DelayChannel { delay = 100ms; } submodules:

tictoc12.ned文件//input：指定当前门是输入门，只能和输出门连接，只能接受消息//output：当前门是输出门，只能和输入门连接，只能发送消息//inout：既是输入门又是输出门，既能发送消息也能接受消息simple Txc12{ parameters: @display("i=block/routing"); gates: inout gate[]; // declare two way connections声明双向连接}

tictoc11.ned文件simple Txc11{ parameters: @display("i=block/routing"); gates: input in[]; // declare in[] and out[] to be vector gates output out[];}//// Using local channel type definition to reduce the redundancy利用本地

tictoc10.ned文件//节点的输入门或输出门之间的连接是一一对应的//一个节点的输入门或输出门只能连接对应的输出门或输入门一次//多个连接以自加的方式增加门向量，不过也可以固定门向量的长度simple Txc10{ parameters: @display("i=block/routing"); gates: input in[]; // declare in[] and out[] to be vector gates o

tictoc9.ned文件simple Tic9{ parameters: @display("i=block/routing"); gates: input in; output out;}simple Toc9{ parameters: @display("i=block/process"); gates: input in; output out;}////

tictoc8.ned文件//此处定义了Tic8和Toc8的两个模块，所以需要在cc文件中分别实现Tic8和Toc8两个类simple Tic8{ parameters: @display("i=block/routing"); gates: input in; output out;}simple Toc8{ parameters: @display("i=block/process"); gate

tictoc7.nedsimple Txc7{ parameters: //volatile可变的，@unit(s)属性修饰指明当前变量的单位，此处s表示单位为秒 volatile double delayTime @unit(s); // delay before sending back message发回消息前延迟 @display("i=block/routing"); gates: input in;

tictoc6.ned文件simple Txc6{ parameters: @display("i=block/routing"); gates: input in; output out;}network Tictoc6{ submodules: tic: Txc6 { parameters: @display("i=,cyan");

Aloha.ned文件//Aloha网络由主机组成，这些主机通过纯Aloha或时隙Aloha协议network Aloha{ parameters: //这里的参数都是aloha的 int numHosts; // number of hosts主机数 double txRate @unit(bps); // transmission rate传输速率 double slotTime @unit(ms); // zero

ned文件//ned模块部分与tictoc4案例一致，只是把tic和toc描述部分单独写了simple Txc5{ parameters: bool sendMsgOnInit = default(false); int limit = default(2); @display("i=block/routing"); gates: input in; output out;}simple Tic5 ex

ned文件simple Txc4{ parameters: //决定在初始化函数中是否发送第一个消息 bool sendMsgOnInit = default(false); // whether the module should send out a message on initialization //定义的同时赋初值或在ini里面赋值 //产生的结果是发送两个来回的消息就结束了，这是因为有一个li

ned模块simple Txc3{ parameters: @display("i=block/routing"); gates: input in; output out;}//// Same as Tictoc2.//network Tictoc3{ submodules: //在tictoc1.ned文件里面，添加节点的图标，图标在安装文件夹里面的block文件夹。并且更加tic蓝色、toc节点黄

ned模块simple Txc2{ parameters: //加上这句话以后，图标看起来像路由器。所有Txc1类型的模块均会显示成这个形式 @display("i=block/routing"); // add a default icon gates: input in; output out;}//// Make the two module look a bit different with coloriza

ned模块simple Txc1{ gates: input in; output out;}network Tictoc1{ submodules: tic: Txc1; toc: Txc1; connections: tic.out --> { delay = 100ms; } --> toc.in; tic.in <-- { delay = 100m

tictoc13.ned本案例主要讲的是自定义消息和bubblesimple Txc13{ parameters: @display("i=block/routing"); gates: inout gate[];}network Tictoc13{ types: channel Channel extends ned.DelayChannel { delay = 100ms; }