def _get_root(self, result_file):
'''
Returns an ET object for the input XML which can be a file
or a URL pointing to an xml file
'''
if result_file.startswith("http://"):
split_url = urlparse.urlsplit(result_file)
image_scanner = Client(split_url.hostname, port=split_url.port)
result_tree = image_scanner.getxml(result_file)
else:
result_tree = ET.parse(result_file)
return result_tree.getroot()
def _get_docker_state(self, docker_state_file):
'''
Returns a JSON object provided the docker_state_file either
as a URL or an XML file
'''
if docker_state_file.startswith("http://"):
split_url = urlparse.urlsplit(docker_state_file)
image_scanner = Client(split_url.hostname, port=split_url.port)
result_json = image_scanner.get_docker_json(docker_state_file)
else:
result_json = json.loads(open(docker_state_file).read())
self.local_reportdir = os.path.dirname(docker_state_file)
return result_json
from image_scanner_client import Client
from xml_parse import ParseOvalXML
import json
debug = True
def debug_print(json_data):
''' Simple helper function to pretty-print JSON data '''
print json.dumps(json_data, indent=4, separators=(',', ': '))
xmlp = ParseOvalXML()
# Create the connection to the host
image_scanner = Client("localhost", "5001", "4")
# Scan an image or container
scan_results = image_scanner.scan_list(['bef54'])
# The result of scan_list will return a JSON based structure
# that has a very basic summary of the scan as well as
# information you can use to get more granular information
# about the scan results
if debug:
debug_print(scan_results)
# To get more granular information on the results, grab the
# resulting docker_state.json file from scan_results which is
# also a JSON structure.
