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# Copyright 2022, Red Hat, Inc. |
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# SPDX-License-Identifier: LGPL-2.1-or-later |
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from ..data_structures import ResultOfScan |
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from ..namespaces import NAMESPACES |
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class ScanResultParser: |
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def __init__(self, test_results_el, root): |
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self.root = root |
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self.test_results_el = test_results_el |
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self.benchmark_el = self.root.find(".//xccdf:benchmark", NAMESPACES) |
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def _get_cpe_platforms(self): |
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return [ |
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platform.get('idref') |
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for platform in self.test_results_el.findall('.//xccdf:platform', NAMESPACES) |
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] |
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def _get_text_of_element(self, element_path): |
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element = self.test_results_el.find(element_path, NAMESPACES) |
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if element is None: |
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return "" |
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return element.text |
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def _get_list_of_addresses(self, type_): |
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out = [] |
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path = ( |
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".//xccdf:target-facts/xccdf:fact" |
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f"[@name='urn:xccdf:fact:asset:identifier:{type_.lower()}']" |
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) |
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for address in self.test_results_el.findall(path, NAMESPACES): |
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out.append(address.text) |
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return out |
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def get_test_result(self): |
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score_el = self.test_results_el.find(".//xccdf:score", NAMESPACES) |
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scan_result_dict = { |
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"title": self._get_text_of_element('.//xccdf:title'), |
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"identity": self._get_text_of_element('.//xccdf:identity'), |
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"cpe_platforms": self._get_cpe_platforms(), |
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"target": self._get_text_of_element('.//xccdf:target'), |
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"benchmark_version": self.test_results_el.get("version"), |
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"start_time": self.test_results_el.get("start-time"), |
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"end_time": self.test_results_el.get("end-time"), |
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"test_system": self.test_results_el.get("test-system"), |
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"score_system": score_el.get("system"), |
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"score": float(score_el.text), |
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"score_max": float(score_el.get("maximum")), |
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"benchmark_url": self.benchmark_el.get("href"), |
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"benchmark_id": self.benchmark_el.get("id"), |
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"scanner": self._get_text_of_element( |
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".//xccdf:target-facts/xccdf:fact[@name='urn:xccdf:fact:scanner:name']"), |
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"scanner_version": self._get_text_of_element( |
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".//xccdf:target-facts/xccdf:fact[@name='urn:xccdf:fact:scanner:version']"), |
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} |
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profile_name = self.test_results_el.find('.//xccdf:profile', NAMESPACES) |
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if profile_name is not None: |
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scan_result_dict["profile_id"] = profile_name.get("idref") |
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target_addresses = {} |
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for type_ in ["MAC", "IPv4", "IPv6"]: |
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target_addresses[type_] = self._get_list_of_addresses(type_) |
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scan_result_dict["target_addresses"] = target_addresses |
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return ResultOfScan(**scan_result_dict) |
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OpenSCAP /
openscap-report
