Name | Type | Description |
---|---|---|
TTEOutput | simple module |
Module for outgoing traffic to MAC layer. The module maintains the adherence of priorities for all traffic classes. |
package ttethernet.linklayer; import inet.linklayer.IOutputQueue; // // Module for outgoing traffic to MAC layer. The module maintains the adherence of priorities // for all traffic classes. // // @todo Statistics for rate-constrained queue lengths (per priority if possible) // @todo Better documentation of behaviour! // // @see EtherLLC, IMacRelayUnit, IOutputQueue // // @author Till Steinbach simple TTEOutput like IOutputQueue { parameters: @display("i=block/tx"); //Statistic of the queue length of time-triggered frames @statistic[ttQueueLength](title="TT-Queue Length"; record=vector; interpolationmode=sample-hold); //Statistic of the queue length of best-effort frames @statistic[beQueueLength](title="BE-Queue Length"; record=vector; interpolationmode=sample-hold); //Statistic of the queue length of protocol control frames @statistic[pcfQueueLength](title="PCF-Queue Length"; record=vector; interpolationmode=sample-hold); //Comma seperated list of TTBuffers that send messages to this port string tt_buffers = default(""); gates: //Input for best-effort frames from the upper layer (EtherLLC or IMacRelayUnit) input in @labels(EtherFrame); //Output to the lower layer (MAC layer) output out @labels(EtherFrame); //Input for time-triggered frames from the buffers input TTin @labels(CTFrame); //Input for rate-constrained frames from the buffers input RCin @labels(CTFrame); //Input for protocol control frames from the buffers input PCFin @labels(CTFrame); }