def json_asn():
# TODO
# * Filter on date => if only returning one descr, return the desription at that date
query = request.get_json(force=True)
to_return = {'meta': query, 'response': {}}
if 'asn' not in query:
to_return['error'] = f'You need to pass an asn - {query}'
return Response(json.dumps(to_return), mimetype='application/json')
q = Querying()
asn_description_query = {'asn': query['asn']}
if 'all_descriptions' in query:
asn_description_query['all_descriptions'] = query['all_descriptions']
to_return['response']['asn_description'] = q.get_asn_descriptions(
**asn_description_query)['response']
asn_rank_query = {'asn': query['asn']}
if 'date' in query:
asn_rank_query['date'] = query['date']
if 'source' in query:
asn_rank_query['source'] = query['source']
else:
asn_rank_query['with_position'] = True
if 'ipversion' in query:
asn_rank_query['ipversion'] = query['ipversion']
to_return['response']['ranking'] = q.asn_rank(**asn_rank_query)['response']
return Response(json.dumps(to_return), mimetype='application/json')
def ipasn():
d = None
if request.method == 'POST':
d = request.form
elif request.method == 'GET':
d = request.args
if not d or 'ip' not in d:
return render_template('ipasn.html')
else:
if isinstance(d['ip'], list):
ip = d['ip'][0]
else:
ip = d['ip']
ipasn = get_ipasn()
q = Querying()
response = ipasn.query(first=(date.today() -
timedelta(days=60)).isoformat(),
aggregate=True,
ip=ip)
for r in response['response']:
r['asn_descriptions'] = []
asn_descriptions = q.get_asn_descriptions(
asn=r['asn'], all_descriptions=True)['response']
for timestamp in sorted(asn_descriptions.keys()):
if r['first_seen'] <= timestamp <= r['last_seen']:
r['asn_descriptions'].append(asn_descriptions[timestamp])
if not r['asn_descriptions'] and timestamp <= r['last_seen']:
r['asn_descriptions'].append(asn_descriptions[timestamp])
return render_template('ipasn.html',
ipasn_details=response['response'],
**response['meta'])
def asn_description():
query = request.get_json(force=True)
to_return = {'meta': query, 'response': {}}
if 'asn' not in query:
to_return['error'] = f'You need to pass an asn - {query}'
return Response(json.dumps(to_return), mimetype='application/json')
q = Querying()
to_return['response']['asn_descriptions'] = q.get_asn_descriptions(**query)['response']
return Response(json.dumps(to_return), mimetype='application/json')
def index():
if request.method == 'HEAD':
# Just returns ack if the webserver is running
return 'Ack'
load_session()
q = Querying()
sources = q.get_sources(date=session['date'])['response']
session.pop('asn', None)
session.pop('country', None)
ranks = q.asns_global_ranking(limit=100, **session)['response']
r = [(asn, rank, q.get_asn_descriptions(int(asn))['response']) for asn, rank in ranks]
return render_template('index.html', ranks=r, sources=sources, countries=get_country_codes(), **session)
def asn_details():
load_session()
q = Querying()
if 'asn' not in session:
return redirect(url_for('/'))
asn_descriptions = q.get_asn_descriptions(asn=session['asn'], all_descriptions=True)['response']
sources = q.get_sources(date=session['date'])['response']
prefix = session.pop('prefix', None)
ranks = q.asn_details(**session)['response']
if prefix:
prefix_ips = q.get_prefix_ips(prefix=prefix, **session)['response']
prefix_ips = [(ip, sorted(sources)) for ip, sources in prefix_ips.items()]
prefix_ips.sort(key=lambda entry: len(entry[1]), reverse=True)
else:
prefix_ips = []
return render_template('asn.html', sources=sources, ranks=ranks,
prefix_ips=prefix_ips, asn_descriptions=asn_descriptions, **session)