UeRequestApp¶

//
// This application is to be instantiated on the UE side. It requires that a ~DeviceApp is
// also instantiated at the UE. This module requests the ~DeviceApp to instantiate a
// ~MecResponseApp in the MEC system.
// Once the peer MEC application is up and running, this module sends periodic messages to
// the MEC application and waits for a response. It collects metrics such as round-trip time.
//
simple UeRequestApp like IApp
{
    parameters:
        @display("i=block/source");

        // Connection parameters
        int localPort = default(4000);
        int deviceAppPort = default(4000); // Port of the DeviceApp
        string deviceAppAddress; // IP address of the DeviceApp

        int requestPacketSize @unit(B) = default(10B);

        int tos = default(-1); // If not -1, set the Type of Service (IPv4) / Traffic Class (IPv6) field of sent packets to this value

        // Auto-scheduling parameters
        double period @unit("s") = default(0.2s);
        double startTime @unit("s") = default(0s);
        double stopTime @unit("s") = default(120s);

        string mecAppName = default("MecResponseApp");

        // Stats

        @signal[responseTime];
        @statistic[responseTime](title="responseTime"; unit="s"; source="responseTime"; record=stats,mean,vector);

        @signal[processingTime];
        @statistic[processingTime](title="processingTime"; unit="s"; source="processingTime"; record=stats,mean,vector);

        @signal[serviceResponseTime];
        @statistic[serviceResponseTime](title="serviceResponseTime"; unit="s"; source="serviceResponseTime"; record=stats,mean,vector);

        @signal[upLinkTime];
        @statistic[upLinkTime](title="upLinkTime"; unit="s"; source="upLinkTime"; record=stats,mean,vector);

        @signal[downLinkTime];
        @statistic[downLinkTime](title="downLinkTime"; unit="s"; source="downLinkTime"; record=stats,mean,vector);



    gates:
        output socketOut;
        input socketIn;
}