generate_hwmap Namespace Reference

Functions
	generate_hwmap (oksfile, n_streams, n_apps=1, det_id=3, app_host="localhost", eth_protocol="udp", flx_mode="fix_rate")

Variables
	n_apps

Function Documentation

generate_hwmap()

generate_hwmap.generate_hwmap	(		oksfile,
			n_streams,
			n_apps = 1,
			det_id = 3,
			app_host = "localhost",
			eth_protocol = "udp",
			flx_mode = "fix_rate" )

Definition at line 8 of file generate_hwmap.py.

                             eth_protocol = "udp", flx_mode = "fix_rate"):
 
    schemafiles = [
        "schema/confmodel/dunedaq.schema.xml",
        "schema/appmodel/application.schema.xml",
        "schema/appmodel/fdmodules.schema.xml",
        "schema/appmodel/wiec.schema.xml",
    ]
    dal = conffwk.dal.module("generated", schemafiles[-1])
    db = conffwk.Configuration("oksconflibs")
    db.create_db(oksfile, schemafiles)
 
    group_name = os.path.basename(oksfile).removesuffix(".data.xml")
    groups = []
    streams = []
    senders = []
    source_id = 0
 
    for app in range(n_apps):
        print (f"Generating {app=}")
        print(f"New nic adding nic with id nic-{app}")
        nic_dal = dal.NetworkInterface(f"nic-{app}")
        db.update_dal(nic_dal)
 
        for stream_no in range(n_streams):
            print (f"Generating {stream_no=}")
 
            # 28-May-2025, KAB: hack(?) to get DAPHNE TPs to have unique channel numbers
            # within a single ReadoutApp. This involves setting DAPHNE slot numbers to
            # unique values. There is probably more work to be done to get the DAPHNE
            # and WIBEth crate/slot/stream numbers that we use in fake-data-playback and
            # integration tests to better match real electronics, but hopefully this is
            # sufficient for now.
            if det_id in [2, 8, 9]:
                geo_dal = dal.GeoId(
                    f"geioId-{source_id}",
                    detector_id=det_id,
                    crate_id=app+1,
                    slot_id=stream_no,
                    stream_id=1,
                )
            else:
                geo_dal = dal.GeoId(
                    f"geioId-{source_id}",
                    detector_id=det_id,
                    crate_id=app+1,
                    slot_id=0,
                    stream_id=stream_no,
                )
            db.update_dal(geo_dal)
            stream = dal.DetectorStream(
                f"stream-{source_id}",
                source_id=source_id,
                geo_id=geo_dal,
            )
            db.update_dal(stream)
            streams.append(stream)
            db.commit()
 
            sender_dal = dal.FakeDataSender(
                f"sender-{source_id}",
                streams=[stream],
                uses=nic_dal
            )
            db.update_dal(sender_dal)
            senders.append(sender_dal)
            db.commit()
 
            source_id = source_id + 1
 
        rec_dal = dal.FakeDataReceiver(
            f"dataRec-{app}",
            uses=nic_dal
        )
        db.update_dal(rec_dal)
        detconn_dal = dal.NetworkDetectorToDaqConnection(
            f"det-conn-{app}",
            net_receiver=rec_dal,
            net_senders=senders
        )
        db.update_dal(detconn_dal)
        groups.append(detconn_dal)
        senders = []
 
    db.commit()
 

Variable Documentation

n_apps

generate_hwmap.n_apps

Definition at line 96 of file generate_hwmap.py.