mirror of
https://github.com/adulau/hashlookup-server.git
synced 2024-11-22 01:57:08 +00:00
577 lines
22 KiB
Python
577 lines
22 KiB
Python
#!/usr/bin/env python
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version = "1.2"
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from flask import (
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Flask,
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url_for,
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send_from_directory,
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render_template,
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make_response,
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request,
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)
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from flask_restx import Resource, Api, reqparse
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import redis
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import configparser
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import json
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config = configparser.ConfigParser()
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config.read('../etc/server.conf')
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stats = config['global'].getboolean('stats')
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stats_pubsub = config['global'].getboolean('stats_pubsub')
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stats_public = config['global'].getboolean('stats_public')
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score = 1
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session = config['session'].getboolean('enable')
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session_ttl = config['session'].get('ttl')
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app = Flask(__name__)
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app.url_map.strict_slashes = False
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api = Api(
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app,
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version=version,
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title='hashlookup CIRCL API',
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description='\n[CIRCL hash lookup](https://hashlookup.circl.lu/) is a public API to lookup hash values against known database of files. For more details about all the datasets included [visit the website of the project](https://www.circl.lu/services/hashlookup/). The API is accessible via HTTP ReST API and the API is also [described as an OpenAPI](https://hashlookup.circl.lu/swagger.json). A [documentation is available with](https://www.circl.lu/services/hashlookup/) with sample queries and software using hashlookup. An offline version as Bloom filter is also [available](https://circl.lu/services/hashlookup/#how-to-quickly-check-a-set-of-files-in-a-local-directory). The API can be tested live in the interface below.',
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doc='/',
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license='CC-BY',
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contact='info@circl.lu',
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ordered=True,
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)
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rdb = redis.Redis(host='127.0.0.1', port='6666', decode_responses=True)
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def is_hex(s):
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try:
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int(s, 16)
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return True
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except ValueError:
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return False
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def check_md5(value=None):
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if value is None or len(value) != 32:
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return False
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if not is_hex(value):
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return False
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k = value.upper()
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return k
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def check_sha1(value=None):
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if value is None or len(value) != 40:
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return False
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if not is_hex(value):
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return False
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k = value.upper()
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return k
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def check_sha256(value=None):
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if value is None or len(value) != 64:
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return False
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if not is_hex(value):
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return False
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k = value.upper()
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return k
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def client_info():
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if request.environ.get('HTTP_X_FORWARDED_FOR') is None:
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ip = request.environ['REMOTE_ADDR']
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else:
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ip = request.environ['HTTP_X_FORWARDED_FOR']
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user_agent = request.headers.get('User-Agent')
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if request.environ.get('HTTP_AUTHORIZATION') is not None:
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auth = request.environ.get('HTTP_AUTHORIZATION')
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else:
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auth = None
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return {'ip_addr': ip, 'user_agent': user_agent, 'auth': auth}
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def pub_lookup(channel=None, k=None):
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if channel is None:
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return False
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if k is None:
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return False
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client = client_info()
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client['value'] = k
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rdb.publish(channel, json.dumps(client))
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return True
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def get_session():
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if session is False:
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return False
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if request.headers.get('hashlookup_session') is None:
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return False
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session_name = request.headers.get('hashlookup_session')
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if not rdb.exists("session:{}".format(session_name)):
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return False
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print("Using session_name: {}".format(session_name))
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ttl = rdb.ttl("session:{}".format(session_name))
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return ttl
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def calculate_trust(hobject=None):
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"""Trust level is between 0 and 100. 50 means we don't know the trust. Above 50, the trust level is more important as the file has been seen on various sources."""
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if hobject is None:
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return False
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hashlookup_trust = 50
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if 'hashlookup:parent-total' in hobject:
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hashlookup_trust = hashlookup_trust + (5 * hobject['hashlookup:parent-total'])
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if 'KnownMalicious' in hobject:
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hashlookup_trust = hashlookup_trust - 20
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if hashlookup_trust > 100:
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hashlookup_trust = 100
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hobject['hashlookup:trust'] = hashlookup_trust
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return hobject
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@api.route('/lookup/md5/<string:md5>')
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@api.doc(description="Lookup MD5.")
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class lookup(Resource):
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@api.doc(id='get_lookup_md5')
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@api.response(200, 'Success')
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@api.response(400, 'MD5 value incorrect, expecting a MD5 value in hex format')
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@api.response(404, 'Non existing MD5')
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def get(self, md5):
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if check_md5(value=md5) is False:
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return {
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'message': 'MD5 value incorrect, expecting a MD5 value in hex format'
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}, 400
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k = check_md5(value=md5)
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ttl = False
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if session:
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ttl = get_session()
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if not (rdb.exists("l:{}".format(k)) or rdb.exists("h:{}".format(k))):
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if stats:
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rdb.zincrby("s:nx:md5", score, k)
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if stats_pubsub:
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pub_lookup(channel='nx', k=k)
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if session and ttl is not False:
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session_key = "session:{}:nx".format(
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request.headers.get('hashlookup_session')
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)
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rdb.sadd(session_key, k)
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rdb.expire(session_key, ttl)
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return {'message': 'Non existing MD5', 'query': md5}, 404
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if stats:
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rdb.zincrby("s:exist:md5", score, k)
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if stats_pubsub:
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pub_lookup(channel='exist', k=k)
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if session and ttl is not False:
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session_key = "session:{}:exist".format(
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request.headers.get('hashlookup_session')
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)
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rdb.sadd(session_key, k)
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rdb.expire(session_key, ttl)
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if rdb.exists("h:{}".format(k)) and not rdb.exists("l:{}".format(k)):
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h = rdb.hgetall("h:{}".format(k))
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sha1 = k
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else:
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sha1 = rdb.get("l:{}".format(k))
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h = rdb.hgetall("h:{}".format(sha1))
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if "OpSystemCode" in h:
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if rdb.exists("h-OpSystemCode:{}".format(h['OpSystemCode'])):
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h['OpSystemCode'] = rdb.hgetall(
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"h-OpSystemCode:{}".format(h['OpSystemCode'])
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)
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if "ProductCode" in h:
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if rdb.exists("h-ProductCode:{}".format(h['ProductCode'])):
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h['ProductCode'] = rdb.hgetall(
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"h-ProductCode:{}".format(h['ProductCode'])
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)
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if rdb.exists("p:{}".format(sha1)):
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parents = []
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card = rdb.scard("p:{}".format(sha1))
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if card <= 15:
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p = rdb.smembers("p:{}".format(sha1))
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else:
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p = rdb.srandmember("p:{}".format(sha1), number=10)
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h['hashlookup:parent-total'] = card
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for parent in p:
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parent_details = rdb.hgetall("h:{}".format(parent))
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parents.append(parent_details)
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h['parents'] = parents
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if rdb.exists("c:{}".format(sha1)):
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children = []
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card = rdb.scard("c:{}".format(sha1))
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if card <= 15:
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c = rdb.smembers("c:{}".format(sha1))
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else:
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c = rdb.srandmember("c:{}".format(sha1), number=10)
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h['hashlookup:children-total'] = card
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for child in c:
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child_details = rdb.hgetall("h:{}".format(child))
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children.append(child_details)
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h['children'] = children
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h = calculate_trust(hobject=h)
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return h
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@api.route('/lookup/sha1/<string:sha1>')
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@api.doc(description="Lookup SHA-1.")
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class lookup(Resource):
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@api.doc(id='get_lookup_sha1')
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@api.response(200, 'Success')
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@api.response(400, 'SHA1 value incorrect, expecting a SHA1 value in hex format')
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@api.response(404, 'Non existing SHA1')
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def get(self, sha1):
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if check_sha1(value=sha1) is False:
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return {
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'message': 'SHA1 value incorrect, expecting a SHA1 value in hex format'
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}, 400
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k = check_sha1(value=sha1)
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ttl = False
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if session:
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ttl = get_session()
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if not rdb.exists("h:{}".format(k)):
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if stats:
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rdb.zincrby("s:nx:sha1", score, k)
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if stats_pubsub:
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pub_lookup(channel='nx', k=k)
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if session and ttl is not False:
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session_key = "session:{}:nx".format(
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request.headers.get('hashlookup_session')
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)
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rdb.sadd(session_key, k)
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rdb.expire(session_key, ttl)
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return {'message': 'Non existing SHA-1', 'query': sha1}, 404
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if stats:
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rdb.zincrby("s:exist:sha1", score, k)
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if stats_pubsub:
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pub_lookup(channel='exist', k=k)
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if session and ttl is not False:
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session_key = "session:{}:exist".format(
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request.headers.get('hashlookup_session')
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)
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rdb.sadd(session_key, k)
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rdb.expire(session_key, ttl)
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h = rdb.hgetall("h:{}".format(k))
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if "OpSystemCode" in h:
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if rdb.exists("h-OpSystemCode:{}".format(h['OpSystemCode'])):
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h['OpSystemCode'] = rdb.hgetall(
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"h-OpSystemCode:{}".format(h['OpSystemCode'])
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)
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if "ProductCode" in h:
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if rdb.exists("h-ProductCode:{}".format(h['ProductCode'])):
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h['ProductCode'] = rdb.hgetall(
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"h-ProductCode:{}".format(h['ProductCode'])
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)
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if rdb.exists("p:{}".format(k)):
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parents = []
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card = rdb.scard("p:{}".format(k))
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if card <= 15:
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p = rdb.smembers("p:{}".format(k))
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else:
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p = []
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p = rdb.srandmember("p:{}".format(k), number=10)
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h['hashlookup:parent-total'] = card
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for parent in p:
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parent_details = rdb.hgetall("h:{}".format(parent))
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parents.append(parent_details)
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h['parents'] = parents
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if rdb.exists("c:{}".format(k)):
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children = []
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card = rdb.scard("c:{}".format(k))
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if card <= 15:
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c = rdb.smembers("c:{}".format(k))
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else:
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c = rdb.srandmember("c:{}".format(k), number=10)
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h['hashlookup:children-total'] = card
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for child in c:
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child_details = rdb.hgetall("h:{}".format(child))
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children.append(child_details)
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h['children'] = children
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h = calculate_trust(hobject=h)
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return h
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@api.route('/lookup/sha256/<string:sha256>')
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@api.doc(description="Lookup SHA-256.")
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class lookup(Resource):
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@api.doc(id='get_lookup_sha256')
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@api.response(200, 'Success')
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@api.response(400, 'SHA-256 value incorrect, expecting a SHA-256 value in hex format')
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@api.response(404, 'Non existing SHA-256')
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def get(self, sha256):
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if check_sha256(value=sha256) is False:
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return {
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'message': 'SHA-256 value incorrect, expecting a SHA-256 value in hex format'
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}, 400
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k = check_sha256(value=sha256)
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ttl = False
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if session:
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ttl = get_session()
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if not (rdb.exists("l:{}".format(k)) or rdb.exists("h:{}".format(k))):
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if stats:
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rdb.zincrby("s:nx:sha256", score, k)
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if stats_pubsub:
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pub_lookup(channel='nx', k=k)
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if session and ttl is not False:
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session_key = "session:{}:nx".format(
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request.headers.get('hashlookup_session')
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)
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rdb.sadd(session_key, k)
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rdb.expire(session_key, ttl)
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return {'message': 'Non existing SHA-256', 'query': sha256}, 404
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if stats:
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rdb.zincrby("s:exist:sha256", score, k)
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if stats_pubsub:
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pub_lookup(channel='exist', k=k)
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if session and ttl is not False:
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session_key = "session:{}:exist".format(
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request.headers.get('hashlookup_session')
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)
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rdb.sadd(session_key, k)
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rdb.expire(session_key, ttl)
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if rdb.exists("h:{}".format(k)) and not rdb.exists("l:{}".format(k)):
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h = rdb.hgetall("h:{}".format(k))
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sha1 = k
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else:
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sha1 = rdb.get("l:{}".format(k))
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h = rdb.hgetall("h:{}".format(sha1))
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if "OpSystemCode" in h:
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if rdb.exists("h-OpSystemCode:{}".format(h['OpSystemCode'])):
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h['OpSystemCode'] = rdb.hgetall(
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"h-OpSystemCode:{}".format(h['OpSystemCode'])
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)
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if "ProductCode" in h:
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if rdb.exists("h-ProductCode:{}".format(h['ProductCode'])):
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h['ProductCode'] = rdb.hgetall(
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"h-ProductCode:{}".format(h['ProductCode'])
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)
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if rdb.exists("p:{}".format(sha1)):
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parents = []
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card = rdb.scard("p:{}".format(sha1))
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if card <= 15:
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p = rdb.smembers("p:{}".format(sha1))
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else:
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p = rdb.srandmember("p:{}".format(sha1), number=10)
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h['hashlookup:parent-total'] = card
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for parent in p:
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parent_details = rdb.hgetall("h:{}".format(parent))
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parents.append(parent_details)
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h['parents'] = parents
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if rdb.exists("c:{}".format(sha1)):
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children = []
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card = rdb.scard("c:{}".format(sha1))
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if card <= 15:
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c = rdb.smembers("c:{}".format(sha1))
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else:
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c = rdb.srandmember("c:{}".format(sha1), number=10)
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h['hashlookup:children-total'] = card
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for child in c:
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child_details = rdb.hgetall("h:{}".format(child))
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children.append(child_details)
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h['children'] = children
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h = calculate_trust(hobject=h)
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return h
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@api.route('/parents/<string:sha1>/<int:count>/<string:cursor>')
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@api.doc(
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description="Return parents from a given SHA1. A number of element to return and an offset must be given. If not set it will be the 100 first elements. A cursor must be given to paginate over. The starting cursor is 0."
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)
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class parents(Resource):
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@api.response(200, 'Success')
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@api.response(400, 'SHA1 value incorrect, expecting a SHA1 value in hex format')
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@api.response(404, 'The SHA1 value has no known parent.')
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def get(self, sha1, count, cursor):
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if check_sha1(value=sha1) is False:
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return {
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'message': 'SHA1 value incorrect, expecting a SHA1 value in hex format.'
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}, 400
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sha1 = check_sha1(value=sha1)
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if not count:
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count = 100
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if not cursor:
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cursor = 0
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if not rdb.exists("p:{}".format(sha1)):
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return {'message': 'The SHA1 value has no known parent.'}, 404
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parents = []
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cursor, parents = rdb.sscan("p:{}".format(sha1), count=count, cursor=cursor)
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h = {}
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h['parents'] = parents
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h['cursor'] = cursor
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h['total'] = rdb.scard("p:{}".format(sha1))
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return h
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@api.route('/children/<string:sha1>/<int:count>/<string:cursor>')
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@api.doc(
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description="Return children from a given SHA1. A number of element to return and an offset must be given. If not set it will be the 100 first elements. A cursor must be given to paginate over. The starting cursor is 0."
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)
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class children(Resource):
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@api.response(200, 'Success')
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@api.response(400, 'SHA1 value incorrect, expecting a SHA1 value in hex format')
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@api.response(404, 'The SHA1 value has no known child.')
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def get(self, sha1, count, cursor):
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if check_sha1(value=sha1) is False:
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return {
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'message': 'SHA1 value incorrect, expecting a SHA1 value in hex format.'
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}, 400
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sha1 = check_sha1(value=sha1)
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if not count:
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count = 100
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if not cursor:
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cursor = 0
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if not rdb.exists("c:{}".format(sha1)):
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return {'message': 'The SHA1 value has no known child.'}, 404
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children = []
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cursor, children = rdb.sscan("c:{}".format(sha1), count=count, cursor=cursor)
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h = {}
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h['children'] = children
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h['cursor'] = cursor
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h['total'] = rdb.scard("c:{}".format(sha1))
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return h
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@api.route('/info')
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@api.doc(description="Info about the hashlookup database")
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class info(Resource):
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def get(self):
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info = {}
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lookup = rdb.info()
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info['nsrl-version'] = rdb.get('nsrl-version')
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info['stat:hashlookup_total_keys'] = lookup['estimate_keys[default]']
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info['stat:nsrl_modern_rds'] = rdb.get('stat:nsrl_modern_rds')
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info['stat:nsrl_legacy'] = rdb.get('stat:nsrl_legacy')
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info['stat:nsrl_ios'] = rdb.get('stat:nsrl_ios')
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info['stat:nsrl_android'] = rdb.get('stat:nsrl_android')
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info['hashlookup-version'] = version
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return info
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@api.route('/bulk/md5')
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@api.doc(
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description="Bulk search of MD5 hashes in a JSON array with the key \'hashes\'."
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)
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class bulkmd5(Resource):
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@api.response(200, 'Success')
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@api.response(404, 'JSON format incorrect. An array of hashes in the key \'hashes\' is expected.')
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def post(self):
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json_data = request.get_json(force=True)
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if not 'hashes' in json_data:
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return {
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'message': 'JSON format incorrect. An array of hashes in the key \'hashes\' is expected.'
|
|
}, 404
|
|
ret = []
|
|
for val in json_data['hashes']:
|
|
k = val.upper()
|
|
if check_md5(value=k) is False:
|
|
continue
|
|
if not rdb.exists("l:{}".format(k)):
|
|
if stats_pubsub:
|
|
pub_lookup(channel='nx', k=k)
|
|
continue
|
|
sha1 = rdb.get("l:{}".format(k))
|
|
ret.append(rdb.hgetall("h:{}".format(sha1)))
|
|
if stats:
|
|
rdb.zincrby("s:exist:sha1", score, k)
|
|
if stats_pubsub:
|
|
pub_lookup(channel='exist', k=k)
|
|
return ret
|
|
|
|
|
|
@api.route('/bulk/sha1')
|
|
@api.doc(description="Bulk search of SHA1 hashes in a JSON array with the \'hashes\'.")
|
|
class bulksha1(Resource):
|
|
@api.response(200, 'Success')
|
|
@api.response(404, 'JSON format incorrect. An array of hashes in the key \'hashes\' is expected.')
|
|
def post(self):
|
|
json_data = request.get_json(force=True)
|
|
if not 'hashes' in json_data:
|
|
return {
|
|
'message': 'JSON format incorrect. An array of hashes in the key \'hashes\' is expected.'
|
|
}, 404
|
|
ret = []
|
|
for val in json_data['hashes']:
|
|
k = val.upper()
|
|
if check_sha1(value=k) is False:
|
|
continue
|
|
if not rdb.exists("h:{}".format(k)):
|
|
if stats_pubsub:
|
|
pub_lookup(channel='nx', k=k)
|
|
continue
|
|
k = val.upper()
|
|
ret.append(rdb.hgetall("h:{}".format(k)))
|
|
if stats:
|
|
rdb.zincrby("s:exist:sha1", score, k)
|
|
if stats_pubsub:
|
|
pub_lookup(channel='exist', k=k)
|
|
return ret
|
|
|
|
|
|
@api.route('/session/create/<string:name>')
|
|
@api.doc(
|
|
description="Create a session key to keep search context. The session is attached to a name. After the session is created, the header `hashlookup_session` can be set to the session name."
|
|
)
|
|
class sessioncreate(Resource):
|
|
@api.doc(id='get_session_create')
|
|
@api.response(200, 'Success')
|
|
@api.response(400, 'Expecting a name for the session')
|
|
@api.response(500, 'Session feature is not enabled')
|
|
def get(self, name):
|
|
if name is None or len(name) > 120:
|
|
return {'message': 'Expecting a name for the session'}, 400
|
|
if session is False:
|
|
return {'message': 'Session feature is not enabled'}, 500
|
|
rdb.set('session:{}'.format(name), str(client_info()))
|
|
rdb.expire('session:{}'.format(name), session_ttl)
|
|
return {
|
|
'message': 'Session {} created and session will expire in {} seconds'.format(
|
|
name, session_ttl
|
|
)
|
|
}
|
|
|
|
|
|
@api.route('/session/get/<string:name>')
|
|
@api.doc(description="Return set of matching and non-matching hashes from a session.")
|
|
class sessioncreate(Resource):
|
|
@api.doc(id='get_session_matches')
|
|
@api.response(200, 'Success')
|
|
@api.response(400, 'Expecting a name for the session')
|
|
@api.response(500, 'Session feature is not enabled')
|
|
def get(self, name):
|
|
if name is None or len(name) > 120:
|
|
return {'message': 'Expecting a name for the session'}, 400
|
|
if session is False:
|
|
return {'message': 'Session feature is not enabled'}, 500
|
|
if not rdb.exists('session:{}'.format(name)):
|
|
return {'message': 'Non-existing session'}, 404
|
|
nx = rdb.smembers('session:{}:nx'.format(name))
|
|
exist = rdb.smembers('session:{}:exist'.format(name))
|
|
ret = {}
|
|
ret['nx'] = list(nx)
|
|
ret['exist'] = list(exist)
|
|
ret['info'] = rdb.get('session:{}'.format(name))
|
|
return ret
|
|
|
|
|
|
@api.route('/stats/top')
|
|
@api.doc(description="Return the top 100 of most queried values.")
|
|
class stattop(Resource):
|
|
@api.response(200, 'Success')
|
|
@api.response(400, 'Public statistics not enabled')
|
|
def get(self):
|
|
if stats_public is False:
|
|
return {'message': 'Public statistics not enabled'}, 400
|
|
ret = {}
|
|
ret['nx'] = rdb.zrevrange("s:nx:sha1", 0, 100, withscores=True)
|
|
for val in ret['nx']:
|
|
if rdb.exists("h:{}".format(val[0])):
|
|
ret['nx'].remove(val)
|
|
exist = rdb.zrevrange("s:exist:sha1", 0, 100, withscores=True)
|
|
ret['exist'] = []
|
|
for value in exist:
|
|
name = rdb.hget("h:{}".format(value[0]), "FileName")
|
|
entry = {}
|
|
entry['FileName'] = name
|
|
entry['SHA-1'] = value
|
|
ret['exist'].append(entry)
|
|
return ret
|
|
|
|
|
|
if __name__ == '__main__':
|
|
app.run(host='0.0.0.0')
|