From GEANT2-JRA1 Wiki

Contents 1 netflow configuration 2 Service Configuration Options 2.1 Service Type 2.2 Measurement Archive general properties 2.3 Logger properties 2.4 nmwg properties 2.5 LS Registration properties 2.6 Authentication properties 2.7 Flow properties

netflow configuration

you should configure a flow exporter (like a router) to export netflow data to the machine where the service is deployed. If you don't have a flow exporter you can use softflowd to generate your own netflow from ethernet.

Service Configuration Options

Change the following should be enough:

• LS location where the service should register itself
• Add entries for all you flow exporters (examples are included).

Likely your are finished now, but maybe you need to modify any other things that are nog correct (for example zebedee path)

Name	Description	Default value
[edit] Service Type
service.r.type		mp
service.r.service_type		mp
service.r.service_name		Java flowSubscription MP
service.r.ls_url		http://localhost:8080/XML-LS-1.1.2/services/LookupService
service.r.access_point		http://sonar1.amsterdam.surfnet.nl:8080/flowsubscription-mp/services/flowsubscriptionMeasurementArchiveService
[edit] Measurement Archive general properties
service.mp.class_name		org.perfsonar.service.measurementPoint.flowsubscription.FlowTypeMPServiceEngine
service.mp.message_types		SubscriptionRequest,UnSubscriptionRequest,SubscriptionKeepaliveRequest
service.mp.conf_file		config.xml
[edit] Logger properties
service.log.log4j.config		/perfsonar/conf/log4j.properties
[edit] nmwg properties
service.sax_parser.config		/perfsonar/conf/objects.config
[edit] LS Registration properties
component.registrator.scheduler_component		ma_scheduler
component.registrator.interval		30000
service.ls.service_content_type		context
[edit] Authentication properties
service.as.authn_active		off
service.as.authn_for_msg_types		SetupDataRequest
service.as.point		http://homer.rediris.es:8080/perfSONAR-AS/services/AuthService
[edit] Flow properties
service.mp.flow.inPort	port (and up) that the zebedee client should receive data at	11110
service.mp.flow.betweenPort	port (and up) that the zebedee client should use for sending data (and listen for reverse connection setup from server)	22220
service.mp.flow.netflow_versions	which versions of netflow can we export	netflow_v9,netflow_v5,sflow
service.mp.flow.transport_protocols	what t.p. for netflow data do we support	udp,tcp,sctp,pr-sctp
service.mp.flow.sample_rate	at what rate is the netflow data sampled	100
service.mp.flow.max_conn	maximum client netflow subscriptions	20
service.mp.flow.router.0.name	flow exporter number 1 name	arthur
service.mp.flow.router.0.enabled	flow exporter number 1 enabled or not	true
service.mp.flow.router.0.address	flow exporter number 1 IP address	145.145.127.1
service.mp.flow.router.0.flowport	On what port is the exported flow data received	29001
service.mp.flow.router.0.interfaces	What interfaces does the flow exporter have	1,2,3,4,5,6
service.mp.flow.router.x.name	flow exporter number X name	ford
service.mp.flow.router.x.enabled	flow exporter number X enabled or not	true
service.mp.flow.router.x.address	flow exporter number X IP address	145.145.127.2
service.mp.flow.router.x.flowport	On what port is the exported flow data received	29002
service.mp.flow.router.x.interfaces	What interfaces does the flow exporter have	1,2,3,4,5,6
service.mp.flow.zebedee		/usr/bin/zebedee
service.mp.flow.nfdump		/usr/local/bin/nfdump
service.mp.flow.nfcapd		/usr/local/bin/nfcapd
service.mp.flow.nfreplay		/usr/local/bin/nfreplay