# for exporters we need to create internal and external templates session.add_internal_template(template_id=999, template=tmpl) session.add_external_template(template_id=999, template=tmpl) session.add_internal_template(template_id=1000, template=sub_tmpl) session.add_external_template(template_id=1000, template=sub_tmpl) session.add_internal_template(template_id=1001, template=stl_tmpl) session.add_external_template(template_id=1001, template=stl_tmpl) # create the record to fill to export # we can just give it the template since we don't have duplicate elements rec = pyfixbuf.Record(infomodel, tmpl) #create the buffer for exporter buf = pyfixbuf.Buffer(rec) # make the buffer an export buffer buf.init_export(session, exporter) # set the internal template on the buffer buf.set_internal_template(999) # export the templates to the file session.export_templates() # now set the export template buf.set_export_template(999) # create a rec for our sub template multilist # we use 2 basicLists so add elements separately
# add the appropriate templates to each session session.add_internal_template(tmpl, template_id=876) session.add_internal_template(statstmpl, template_id=900) exsession.add_template(exportertmpl, template_id=987) # create the input record from the input template since there are no duplicate elements rec = pyfixbuf.Record(infomodel, tmpl) # we can create the export rec from the export template since there are no duplicate elements exportrec = pyfixbuf.Record(infomodel, exportertmpl) # create buffers for input and export buf = pyfixbuf.Buffer(rec) buf.init_collection(session, collector) exbuf = pyfixbuf.Buffer(exportrec) exbuf.init_export(exsession, exporter) # set the internal template on the input buffer buf.set_internal_template(876) # export the templates exsession.export_templates() # set the internal and external templates on the export buffer exbuf.set_internal_template(987) exbuf.set_export_template(987)
# Create a session session = p.Session(infomodel) # Add your template to the session session.add_internal_template(tmpl, 999) # create a Record for each template or subtemplate to give the buffer rec = p.Record(infomodel, tmpl) # Create a buffer to read from buf = p.Buffer(rec) # Add the session and collector the buffer buf.init_collection(session, collector) # Set your internal template to the data template buf.set_internal_template(999) # open our output file outFile = open(sys.argv[2], "w") flowcount = 0
# Add your template to the session session.add_internal_template(tmpl, 999) # Add the Stats Template session.add_internal_template(stats_tmpl, 911) # create a Record for the main template and stats template rec = p.Record(infomodel, tmpl) statsrec = p.Record(infomodel, stats_tmpl) # Create a buffer to read from buf = p.Buffer() # Add the session and collector the buffer buf.init_collection(session, collector) # Set your internal template to the data template buf.set_internal_template(999) # open our output file outFile = open(sys.argv[2], "w") flowcount = 0
# add YAF's HTTP IPFIX elements for a sub template
infomodel.add_element_list(pyfixbuf.YAF_HTTP_LIST)
# create the collector
collector = pyfixbuf.Collector()
#create the IPFIX file to read from
collector.init_file(sys.argv[1])
#create the session
session = pyfixbuf.Session(infomodel)
#create the buffer for the collector, set auto to True to
#automatically generate templates
buf = pyfixbuf.Buffer(auto=True)
# make the buffer an export buffer
buf.init_collection(session, collector)
# set auto insert on buffer in case we receive any Info Element Options Recs
buf.auto_insert()
if (len(sys.argv) > 2):
outFile = open(sys.argv[2], "w")
else:
outFile = sys.stdout
flowcount = 0
dontprintlist = ["subTemplateMultiList", "subTemplateList", "paddingOctets"]