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workspace.py
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workspace.py
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import git4intel
from git4intel.utils import hits_from_res
from elasticsearch import helpers
import stix2
import json
from slugify import slugify
from pprint import pprint
import random
import uuid
from datetime import datetime
import time
import sys
import requests
import base64
import re
import os
from polylogyx_apis.api import PolylogyxApi
from html.parser import HTMLParser
from html.entities import name2codepoint
class MyHTMLParser(HTMLParser):
def handle_starttag(self, tag, attrs):
print("Start tag:", tag)
for attr in attrs:
print(" attr:", attr)
def handle_endtag(self, tag):
print("End tag :", tag)
g4i = git4intel.Client('localhost:9200')
admin_fields = [
'spec_version',
'id',
'type',
'created',
'modified',
'created_by_ref',
'revoked',
'confidence',
'lang',
'object_marking_refs',
'granular_markings',
'defanged',
'external_references',
'valid_from'
]
def get_deterministic_uuid(prefix=None, seed=None):
if seed is None:
stix_id = uuid.uuid4()
else:
random.seed(seed)
a = "%32x" % random.getrandbits(128)
rd = a[:12] + '4' + a[13:16] + 'a' + a[17:]
stix_id = uuid.UUID(rd)
return "{}{}".format(prefix, stix_id)
def make_sighting(ind_id):
tlp = stix2.v21.common.TLP_GREEN.id
pii = g4i.pii_marking['id']
atime = '2020-02-24T13:18:21.477143Z'
ctime = '2020-02-24T13:18:19.477143Z'
mtime = '2020-02-24T13:18:20.477143Z'
sensor_name = 'OSQuery Agent 56b650'
sensor_id = get_deterministic_uuid(prefix='identity--',
seed=sensor_name)
sensor_ident = stix2.v21.Identity(id=sensor_id,
name=sensor_name,
identity_class='system',
object_marking_refs=[pii])
directory = stix2.v21.Directory(path="C:\\Windows\\%")
file = stix2.v21.File(hashes={'MD5': 'ce60a5c89ea89a8f7acd0103a786f407'},
name='ajbfjeklr.exe',
parent_directory_ref=directory.id,
atime=atime,
ctime=ctime,
mtime=mtime)
obsdata = stix2.v21.ObservedData(created_by_ref=sensor_id,
first_observed=datetime.now(),
last_observed=datetime.now(),
number_observed=1,
object_refs=[file.id],
object_marking_refs=[tlp])
sighting = stix2.v21.Sighting(created_by_ref=sensor_id,
sighting_of_ref=ind_id,
observed_data_refs=[obsdata.id],
where_sighted_refs=[sensor_id],
object_marking_refs=[tlp])
objects = [directory, file, obsdata, sensor_ident, sighting]
bundle = json.loads(stix2.v21.Bundle(objects=objects).serialize())
return bundle
def make_org(username1, username2, orgname):
pii_dm = g4i.pii_marking['id']
sector = slugify("IT Consulting & Other Services")
location = "location--ed901153-d634-4825-aea4-64f771c30433"
user1 = stix2.v21.Identity(name=username1,
identity_class='individual',
sectors=[sector],
object_marking_refs=[pii_dm])
user2 = stix2.v21.Identity(name=username2,
identity_class='individual',
sectors=[sector],
object_marking_refs=[pii_dm])
org = stix2.v21.Identity(name=orgname,
identity_class='organization',
sectors=[sector],
object_marking_refs=[pii_dm])
member1 = stix2.v21.Relationship(created_by_ref=user1.id,
source_ref=user1.id,
target_ref=org.id,
relationship_type='member-of',
object_marking_refs=[pii_dm])
member2 = stix2.v21.Relationship(created_by_ref=user2.id,
source_ref=user2.id,
target_ref=org.id,
relationship_type='member-of',
object_marking_refs=[pii_dm])
org_loc = stix2.v21.Relationship(created_by_ref=org.id,
source_ref=org.id,
target_ref=location,
relationship_type='incorporated-at',
object_marking_refs=[pii_dm])
user1_loc = stix2.v21.Relationship(created_by_ref=user1.id,
source_ref=user1.id,
target_ref=location,
relationship_type='operates-at',
object_marking_refs=[pii_dm])
user2_loc = stix2.v21.Relationship(created_by_ref=user2.id,
source_ref=user2.id,
target_ref=location,
relationship_type='operates-at',
object_marking_refs=[pii_dm])
objects = [user1, user2, org, member1, member2, org_loc, user1_loc,
user2_loc]
bundle = json.loads(stix2.v21.Bundle(objects=objects).serialize())
return bundle['objects'], [org.id, user1.id, user2.id]
def make_incident(user_id, target_org, tlp, tlp_dist=None):
if tlp == 'white':
tlp = stix2.v21.common.TLP_WHITE.id
elif tlp == 'green':
tlp = stix2.v21.common.TLP_GREEN.id
elif tlp == 'amber' or tlp == 'red':
if tlp == 'amber':
tlp_def_ref = stix2.v21.common.TLP_AMBER.id
else:
tlp_def_ref = stix2.v21.common.TLP_RED.id
tlp = g4i.set_tlpplus(user_id=user_id,
md_name="Super Secret Distro...",
tlp_marking_def_ref=tlp_def_ref,
distribution_refs=tlp_dist)[0]
obs1 = stix2.v21.IPv4Address(value='62.171.220.83')
obs2 = stix2.v21.DomainName(value='www.altavista.com')
obsdata = stix2.v21.ObservedData(created_by_ref=user_id,
first_observed=datetime.now(),
last_observed=datetime.now(),
number_observed=1,
object_refs=[obs1.id, obs2.id],
object_marking_refs=[tlp])
pattern = (
"[file:hashes.'SHA-256' = "
"'aec070645fe53ee3b3763059376134f058cc337247c978add178b6ccdfb0019f']")
ind = stix2.v21.Indicator(created_by_ref=user_id,
name='EVENT',
pattern=pattern,
pattern_type='stix',
valid_from=datetime.now(),
indicator_types=['malicious-activity'],
object_marking_refs=[tlp])
based = stix2.v21.Relationship(created_by_ref=user_id,
source_ref=ind.id,
target_ref=obsdata.id,
relationship_type='based-on',
object_marking_refs=[tlp])
phase_atp = stix2.v21.AttackPattern(created_by_ref=user_id,
name='PHASE',
aliases=['EIQ-PHASE-derp'],
object_marking_refs=[tlp])
indicate = stix2.v21.Relationship(created_by_ref=user_id,
source_ref=ind.id,
target_ref=phase_atp.id,
relationship_type='indicates',
object_marking_refs=[tlp])
mitre_id = "attack-pattern--4b74a1d4-b0e9-4ef1-93f1-14ecc6e2f5b5"
instance = stix2.v21.Relationship(created_by_ref=user_id,
source_ref=phase_atp.id,
target_ref=mitre_id,
relationship_type='instance-of',
object_marking_refs=[tlp])
inc_props = {'x_eiq_assigned_to_ref': user_id,
'x_eiq_priority': 'High'}
inc_atp = stix2.v21.AttackPattern(created_by_ref=user_id,
name='INCIDENT',
custom_properties=inc_props,
object_marking_refs=[tlp])
phase_of = stix2.v21.Relationship(created_by_ref=user_id,
source_ref=phase_atp.id,
target_ref=inc_atp.id,
relationship_type='phase-of',
object_marking_refs=[tlp])
targets = stix2.v21.Relationship(created_by_ref=user_id,
source_ref=inc_atp.id,
target_ref=target_org,
relationship_type='targets',
object_marking_refs=[tlp])
objects = [obs1, obs2, obsdata, ind, based, phase_atp, indicate,
instance, inc_atp, phase_of, targets]
bundle = json.loads(stix2.v21.Bundle(objects=objects).serialize())
return bundle['objects'], [phase_atp.id, inc_atp.id]
def make_targeting(user_id, campaign_name, targeted_orgid, atp_id, iset_id=None):
cam = stix2.v21.Campaign(created_by_ref=user_id,
name=campaign_name,
object_marking_refs=[stix2.v21.common.TLP_GREEN.id])
atp_rel = stix2.v21.Relationship(created_by_ref=user_id,
source_ref=cam.id,
target_ref=atp_id,
relationship_type='uses',
object_marking_refs=[stix2.v21.common.TLP_GREEN.id])
set_rel = stix2.v21.Relationship(created_by_ref=user_id,
source_ref=cam.id,
target_ref=iset_id,
relationship_type='attributed-to',
object_marking_refs=[stix2.v21.common.TLP_GREEN.id])
target = stix2.v21.Relationship(created_by_ref=user_id,
source_ref=cam.id,
target_ref=targeted_orgid,
relationship_type='targets',
object_marking_refs=[stix2.v21.common.TLP_GREEN.id])
objects = [cam, atp_rel, set_rel, target]
bundle = json.loads(stix2.v21.Bundle(objects=objects).serialize())
return bundle['objects'], cam.id
def make_attribution(user_id, actor_name, iset_id):
actor = stix2.v21.ThreatActor(created_by_ref=user_id,
name=actor_name,
threat_actor_types=["nation-state"],
object_marking_refs=[stix2.v21.common.TLP_GREEN.id])
att_rel = stix2.v21.Relationship(created_by_ref=user_id,
source_ref=iset_id,
target_ref=actor.id,
relationship_type='attributed-to',
object_marking_refs=[stix2.v21.common.TLP_GREEN.id])
objects = [actor, att_rel]
bundle = json.loads(stix2.v21.Bundle(objects=objects).serialize())
return bundle['objects'], actor.id
def get_rels(stix_id):
q_id = stix_id.split('--')[1]
q = {"query": {"bool": {"should": [
{"match": {"source_ref": q_id}},
{"match": {"target_ref": q_id}}
]}}}
res = g4i.search(user_id=g4i.identity['id'], index='relationship',
_md=False, body=q)
id_list = []
for obj in res['hits']['hits']:
id_list.append(obj['_source']['id'])
if obj['_source']['source_ref'] == stix_id:
id_list.append(obj['_source']['target_ref'])
elif obj['_source']['target_ref'] == stix_id:
id_list.append(obj['_source']['source_ref'])
return list(set(id_list))
def get_yara(user_id):
urls = [
"https://raw.githubusercontent.com/Yara-Rules/rules/master/Exploit-Kits/EK_Angler.yar",
"https://raw.githubusercontent.com/Yara-Rules/rules/master/Exploit-Kits/EK_Blackhole.yar",
]
objects = []
tmp_pattern = "[file:hashes.'SHA-256' = 'aec070645fe53ee3b3763059376134f058cc337247c978add178b6ccdfb0019f']"
for url in urls:
r = requests.get(url)
yara_desc = re.search('description = "(.*)"', r.text)
if yara_desc:
name = yara_desc.group(1)
else:
name = 'HUNT'
ind = stix2.v21.Indicator(created_by_ref=user_id,
name=name,
pattern_type='yara',
pattern=tmp_pattern,
valid_from=datetime.now(),
indicator_types=['malicious-activity'],
object_marking_refs=[stix2.v21.common.TLP_GREEN.id])
# q = {'query': {'bool': {'filter': {'bool': {'should': [{'bool': {'must_not': {'exists': {'field': 'revoked'}}}},
# {'bool': {'must_not': {'match': {'revoked': True}}}}]}},
# 'must': {'match': {'context': 'os-data-markings'}}}}}
# res = g4i.search(user_id=user_id, index='marking-definition', body=q)
# pprint(res)
ind = json.loads(ind.serialize())
ind['pattern'] = base64.b64encode(str(r.text).encode())
print(ind['name'], ind['id'])
print(g4i.index(user_id=g4i.identity['id'], body=ind))
id_parts = ind['id'].split('--')
_index = id_parts[0]
_id = id_parts[1]
obj_fields = list(ind.keys())
fields = [field for field in obj_fields if field not in admin_fields]
q = {"query": {"more_like_this": {"fields": fields,
"like": {"_index": _index, "_id": _id}}}}
# pprint(q)
res = g4i.search(user_id=user_id, index='intel', body=q)
pprint(res)
def capture_nodes(org_id):
# Get all nodes that are configured on a plgx server and add them to the
# knowledge base. Return a list of possible tags to select from for
# Rule/Pack deployment.
# Vanilla plgx server setup...
domain = '127.0.0.1'
username = 'admin'
password = 'admin'
plgx = PolylogyxApi(domain=domain, username=username, password=password)
# Get nodes and create identities for them
nodes = plgx.get_nodes()
all_tags = []
pii_dm = g4i.pii_marking['id']
for node in nodes['results']['data']:
if not node['is_active']:
continue
all_tags += node['tags']
# Create new identity object for node
stix_node = stix2.v21.Identity(created_by_ref=org_id,
id='identity--' + node['node_key'],
identity_class='system',
labels=node['tags'],
name=node['display_name'],
object_marking_refs=[pii_dm])
# Create 'deployed-by' relationship from node to org
node_rel = stix2.v21.Relationship(created_by_ref=org_id,
relationship_type='deployed-by',
source_ref=stix_node.id,
target_ref=org_id,
object_marking_refs=[pii_dm])
# Store new objects to knowledge base
print(g4i.index(user_id=g4i.identity['id'],
body=json.loads(stix_node.serialize())))
print(g4i.index(user_id=g4i.identity['id'],
body=json.loads(node_rel.serialize())))
# Return the list of all tags to be used in rule deployment
return all_tags
def deploy_packs(threat_id, tags):
# Get data from graph walk down to Indicators:
# Note, this uses g4i molecule walk which requires some post-filtering.
# Better to have 1-shot query if possible.
res = g4i.get_molecule(
user_id=g4i.identity['id'],
stix_ids=[threat_id],
schema_name="mitre",
objs=True,
pivot=False)
if not res:
return False
# Vanilla plgx server setup...
domain = '127.0.0.1'
username = 'admin'
password = 'admin'
plgx = PolylogyxApi(domain=domain, username=username, password=password)
# Post-filtering and deploy each pack...
out = []
for hit in hits_from_res(res):
if hit['type'] != 'indicator':
continue
if hit['pattern_type'] != 'osquery-pack':
continue
# Add tags which is the way to tell plgx server to deploy to nodes
# that also have that tag.
new_pack = json.loads(hit['pattern'])
new_pack['tags'] = tags
new_pack = json.dumps(new_pack)
headers = {'x-access-token': plgx.AUTH_TOKEN,
'content-type': 'application/json'}
url = plgx.base + "/distributed/add"
try:
response = requests.post(
url, json=new_pack, headers=headers,
verify=False, timeout=30)
except requests.RequestException as e:
out.append(dict(error=str(e)))
out.append(plgx._return_response_and_status_code(response))
return out
def data_dump():
stats = {}
count = 0
q = {"query": {"match_all": {}}}
for hit in helpers.scan(client=g4i, index='intel', query=q, user_id=g4i.identity['id']):
try:
with open('./cti-data/' + hit['_source']['type'] + '/' + hit['_source']['id'] + '.json', 'w') as outfile:
json.dump(hit['_source'], outfile)
except FileNotFoundError:
os.mkdir('./cti-data/' + hit['_source']['type'])
with open('./cti-data/' + hit['_source']['type'] + '/' + hit['_source']['id'] + '.json', 'w') as outfile:
json.dump(hit['_source'], outfile)
try:
stats[hit['_source']['type']] += 1
except KeyError:
stats[hit['_source']['type']] = 1
count += 1
print(count)
pprint(stats)
return True
def jacek_search(s):
r = r'\S{3,32}--[0-9a-fA-F]{8}\-[0-9a-fA-F]{4}\-[0-9a-fA-F]{4}\-[0-9a-fA-F]{4}\-[0-9a-fA-F]{12}'
ids = re.findall(r, s)
objects = []
for _id in ids:
if _id.split('--')[0] == 'relationship':
continue
q = {"query": {"bool": {"must": {"match": {"id": _id.split('--')[1]}}}}}
res = g4i.real_search(index='intel', body=q, size=1000)
for hit in hits_from_res(res):
objects.append(hit)
return objects
def main():
pass
# print(g4i.store_core_data())
# print(g4i.data_primer())
# print(g4i.get_osquery('/Users/cobsec/git/osquery-attck'))
# print(g4i.get_sigma('/Users/cobsec/git/sigma/rules'))
# # Make org 1:
# org1, users1 = make_org(username1="User1",
# username2="User2",
# orgname="Acme Corps")
# print(org1)
# print(users1)
# print(g4i.index_objects(user_id=g4i.identity['id'], objects=org1,
# refresh='wait_for'))
# # Do some targeting analysis...
# cam, cam_id = make_targeting(user_id=g4i.identity['id'],
# campaign_name="CAMPAIGN",
# targeted_orgid=org_id,
# atp_id=atp_id,
# iset_id=iset_id)
# # Do some attribution analysis...
# acto1, actor_i1 = make_attribution(user_id=g4i.identity['id'],
# actor_name="Zeus",
# iset_id=iset_id)
# acto2, actor_i2 = make_attribution(user_id=g4i.identity['id'],
# actor_name="ZeuS Group",
# iset_id=iset_id)
# acto3, actor_i3 = make_attribution(user_id=g4i.identity['id'],
# actor_name="Feodo",
# iset_id=iset_id)
# objects = cam + acto1 + acto2 + acto3
# print(g4i.index_objects(user_id=g4i.identity['id'], objects=objects,
# refresh='wait_for'))
# # obj_id = "threat-actor--bb0a8c50-2b84-450c-ab36-5b9527dbc23f"
# id_parts = actor_i1.split('--')
# _index = id_parts[0]
# _id = id_parts[1]
# atp_obj = g4i.get_object(user_id=g4i.identity['id'], obj_id=actor_i1)
# obj_fields = list(atp_obj.keys())
# fields = [field for field in obj_fields if field not in admin_fields]
# q = {"query": {"more_like_this": {"fields": fields,
# "like": {"_index": _index, "_id": _id},
# "min_term_freq": 1}}}
# res = g4i.search(user_id=g4i.identity['id'], index=_index, body=q, size=10)
# pprint(res)
# print(fields)
# pprint(atp_obj)
# user_id = "identity--8194aa4e-8f4f-4acb-9a23-55191cf39dde"
# phase_id = "attack-pattern--581829e5-4066-4c5e-bf8c-7f24b55809fe"
# print('Get phase...')
# start = time.time()
# res = g4i.get_molecule(user_id=user_id,
# stix_ids=[phase_id],
# schema_name='phase',
# objs=True,
# pivot=False)
# end = time.time()
# pprint(res)
# print(end-start)
# author = "identity--6d9f5924-fe28-4579-853b-0e3d77536ad9"
# recipient = "identity--ed059e4f-1810-4f16-9cb5-4a8ba7dc9333"
# print(g4i.set_tlpplus(user_id=author,
# md_name="Super Secret Distro List!!!",
# tlp_marking_def_ref=stix2.v21.common.TLP_RED.id,
# distribution_refs=[author, recipient]))
# time.sleep(2)
# print(g4i.set_tlpplus(user_id=author,
# md_name="Super Secret Distro List!!!",
# tlp_marking_def_ref=stix2.v21.common.TLP_RED.id,
# distribution_refs=[author, recipient]))
# time.sleep(2)
# print(g4i.set_tlpplus(user_id=author,
# md_name="Banter network...",
# tlp_marking_def_ref=stix2.v21.common.TLP_RED.id,
# distribution_refs=[author, recipient]))
# mol = g4i.get_molecule(
# user_id=g4i.identity['id'],
# stix_ids=["attack-pattern--fff235c8-6c22-415c-ab72-5abb7b6de0ce"],
# schema_name='phase',
# objs=True,
# pivot=False)
# pprint(mol)
# q = {"query": {"match_all": {}}}
# res = g4i.search(user_id=g4i.identity['id'], index='marking-definition',
# body=q)
# pprint(res)
# res = g4i.indices.get_alias(name="intel--d9482fd5-eea2-4416-b82f-d15fc03e9b57--19081916")
# pprint(res)
# md_obj = {
# "definition_type": "tlp-plus",
# "definition": {
# "tlp_marking_def_ref": "marking-definition--5e57c739-391a-4eb3-b6be-7d15ca92d5ed",
# "distribution_refs": [
# "identity--279707f3-fc49-40a6-b7c4-b4a58e235804",
# "identity--01f471c6-f620-4733-925b-4bb8bb7a33ac"
# ]
# },
# "id": "marking-definition--1bd25494-8cbb-42d5-aa78-e7d332a253d4",
# "created_by_ref": "identity--01f471c6-f620-4733-925b-4bb8bb7a33ac",
# "type": "marking-definition",
# "spec_version": "2.1",
# "created": "2019-08-19T11:25:17.684909Z"
# }
# res = g4i.update_md(md_obj=md_obj)
# print(res)
# res = g4i.get_events(user_id="identity--5710089b-bec8-4913-b674-bf7c6be221ae")
# pprint(res)
# stix_id = "intrusion-set--899ce53f-13a0-479b-a0e4-67d46e241542"
# related_ids = get_rels(stix_id=stix_id)
# tmp_ids = related_ids[:]
# for _id in tmp_ids:
# sub_rels = get_rels(stix_id=_id)
# related_ids += sub_rels
# objects = g4i.get_objects(user_id=g4i.identity['id'], obj_ids=related_ids)
# bundle = {"type": "bundle",
# "id": get_deterministic_uuid(prefix='bundle--',
# seed='fudge-bundles'),
# "objects": objects}
# with open('mitre-big.json', 'w') as outfile:
# json.dump(bundle, outfile)
# # Version testing
# objects = []
# for i in range(5):
# inc_atp = stix2.v21.AttackPattern(name='INCIDENT--' + str(i),
# id="attack-pattern--c3df754e-997b-4cf9-97d4-70feb3120851")
# objects.append(inc_atp)
# bundle = json.loads(stix2.v21.Bundle(objects=objects).serialize())
# g4i.index_objects(user_id="identity--084bcd40-a2ed-4420-84db-04444bd0e763",
# objects=bundle['objects'])
# print(g4i.store_core_data())
# print(g4i.data_primer())
# # Make org 1:
# org1, users1 = make_org(username1="User1",
# username2="User2",
# orgname="Acme Corps")
# # Event, phase and incident (green)
# green_inc1, inc_ids1 = make_incident(user_id=users1[1],
# target_org=users1[0],
# tlp='green')
# # Event, phase and incident (white)
# green_inc2, inc_ids2 = make_incident(user_id=users1[2],
# target_org=users1[0],
# tlp='white')
# atp_id = "attack-pattern--6aac77c4-eaf2-4366-8c13-ce50ab951f38"
# iset_id = "intrusion-set--06a11b7e-2a36-47fe-8d3e-82c265df3258"
# # Do some targeting analysis...
# cam, cam_id = make_targeting(user_id=users1[1],
# campaign_name="CAMPAIGN",
# targeted_orgid=users1[0],
# atp_id=atp_id,
# iset_id=iset_id)
# # Do some attribution analysis...
# actor, actor_id = make_attribution(user_id=users1[1],
# actor_name="THREAT ACTOR",
# iset_id=iset_id)
# # Make org 2:
# org2, users2 = make_org(username1="User1",
# username2="User2",
# orgname="Arkham Ventures")
# # Event, phase and incident (red)
# red_inc1, inc_ids3 = make_incident(user_id=users2[1],
# target_org=users2[0],
# tlp='red',
# tlp_dist=[users1[1], users2[1]])
# objects = org1 + green_inc1 + green_inc2 + org2 + red_inc1 + cam + actor
# # bundle = {"type": "bundle",
# # "id": get_deterministic_uuid(prefix='bundle--',
# # seed='fudge-bundles'),
# # "objects": objects}
# # with open('data.json', 'w') as outfile:
# # json.dump(bundle, outfile)
# print('Storing sample data...')
# start = time.time()
# print(g4i.index_objects(user_id=users1[1], objects=objects,
# refresh='wait_for'))
# end = time.time()
# print(end-start)
# # REGISTER A PERCOLATOR INDEX FOR ALL DOCUMENT TYPES...
# mappings = g4i.indices.get_mapping(index="_all")
# master_map = {}
# for mapping in mappings:
# if mapping[:1] == '.':
# continue
# master_map.update(mappings[mapping]['mappings']['properties'])
# master_map['core'] = {'type': 'percolator'}
# master_map['ext'] = {'type': 'percolator'}
# master_map = {
# "settings": {
# "analysis": {
# "analyzer": {
# "stixid_analyzer": {
# "tokenizer": "id_split"
# }
# },
# "tokenizer": {
# "id_split": {
# "type": "pattern",
# "pattern": "--"
# }
# }
# }
# },
# 'mappings': {'properties': master_map}}
# pprint(master_map)
# print(g4i.indices.create(index="stix-perc", body=master_map, ignore=400))
# # REGISTER A PERCOLATOR QUERY FOR A MOLECULE...
# inc_mol = {
# "core": {"bool": {"should": [
# {"bool": {"must": [
# {"match": {"type": "attack-pattern"}},
# {"match": {"x_eiq_assigned_to_ref": "identity--"}},
# {"exists": {"field": "x_eiq_priority"}}
# ]}},
# {"bool": {"must": [
# {"match": {"type": "identity"}},
# {"bool": {"should": [
# {"match": {"identity_class": "individual"}},
# {"match": {"identity_class": "system"}},
# {"match": {"identity_class": "organization"}}
# ]}}
# ]}},
# {"bool": {"must": [
# {"match": {"type": "relationship"}},
# {"match": {"relationship_type": "targets"}},
# {"match": {"source_ref": "attack-pattern--"}},
# {"match": {"target_ref": "identity--"}}
# ]}}
# ]}},
# "ext": {"bool": {"should": [
# {"bool": {"must": [
# {"match": {"type": "relationship"}},
# {"match": {"relationship_type": "phase-of"}},
# {"match": {"source_ref": "attack-pattern--"}},
# {"match": {"target_ref": "attack-pattern--"}}
# ]}}
# ]}}
# }
# print(g4i.index(user_id=g4i.identity['id'], index='stix-perc',
# id=get_deterministic_uuid(prefix='percolator--'),
# body=inc_mol, refresh='wait_for'))
# # TEST A KNOWN HIT DOC AGAINST THE PERC QUERY...
# for idref in inc_ids1:
# print(idref)
# idparts = idref.split('--')
# _index = idparts[0]
# _id = idparts[1]
# p = {"query": {"constant_score": {"filter": {"percolate": {"field": "core", "index": _index,
# "id": _id, "version": 1}}}}}
# start = time.time()
# res = g4i.real_search(index='stix-perc', body=p,
# filter_path=['hits.hits._id'])
# end = time.time()
# pprint(res)
# print(end-start)
# print('Get org1 info...')
# start = time.time()
# res = g4i.get_molecule(user_id=users1[1],
# stix_ids=[users1[0]],
# schema_name='org',
# objs=True,
# pivot=True)
# end = time.time()
# pprint(res)
# print(end-start)
# print('Get inc1...')
# start = time.time()
# res = g4i.get_molecule(user_id=users1[1],
# stix_ids=[inc_ids1[1]],
# schema_name='incident',
# objs=True,
# pivot=False)
# end = time.time()
# pprint(res)
# print(end-start)
# print('Try to get red inc when not on distro...')
# start = time.time()
# res = g4i.get_molecule(user_id=users1[2],
# stix_ids=[inc_ids3[1]],
# schema_name='incident',
# objs=True,
# pivot=False)
# end = time.time()
# pprint(res)
# print(end-start)
# print('Get remediations for an attack pattern...')
# start = time.time()
# res = g4i.get_molecule(user_id=users1[2],
# stix_ids=["attack-pattern--4b74a1d4-b0e9-4ef1-93f1-14ecc6e2f5b5"],
# schema_name='remediation',
# objs=True,
# pivot=False)
# end = time.time()
# pprint(res)
# print(end-start)
# print('Get MC-specific incident format...')
# start = time.time()
# res = g4i.get_incidents(user_id=users1[1],
# focus='my_org')
# user_id = 'identity--e10f7a0f-ef60-4ba6-a34e-3fb20849cea5'
# event_id = 'observed-data--438aa167-dc89-4b8d-8042-89a724b9a114'
# atp_id = 'malware--5f9f7648-04ba-4a9f-bb4c-2a13e74572bd'
# res = g4i.get_incidents(user_id=user_id,
# focus='all')
# res = g4i.get_molecule(user_id=user_id, stix_ids=[event_id],
# schema_name='event', pivot=False,
# objs=True)
# res = g4i.get_events(user_id=user_id)
# res = g4i.get_molecule(
# user_id=user_id,
# stix_ids=[atp_id],
# schema_name="capabilities",
# objs=True,
# pivot=False)
# pprint(res)
# out = []
# for obj in hits_from_res(res):
# out.append(obj)
# print(out)
# end = time.time()
# pprint(res)
# print(end-start)
# print('Get targeting of campaign...')
# start = time.time()
# res = g4i.get_molecule(user_id=users1[2],
# stix_ids=[cam_id],
# schema_name='targeting',
# objs=True,
# pivot=False)
# end = time.time()
# pprint(res)
# print(end-start)
# print('Get attribution of intrusion set...')
# start = time.time()
# res = g4i.get_molecule(user_id=users1[2],
# stix_ids=[actor_id],
# schema_name='attribution',
# objs=True,
# pivot=False)
# end = time.time()
# pprint(res)
# print(end-start)
if __name__ == '__main__':
main()