def _from_xml(xml: Element) -> 'Node':
return Node(
address=str_to_IP(xml.attrib.pop('address')),
status=NodeStatus(xml.attrib.pop('status')),
device_id=xml.attrib.pop('device-id'),
site_name=xml.attrib.pop('site-name'),
site_importance=SiteImportance(xml.attrib.pop('site-importance')),
scan_template_name=xml.attrib.pop('scan-template'),
risk_score=float(xml.attrib.pop('risk-score')),
hardware_address=xml.attrib.pop('hardware-address', None),
names={
Name.from_xml(name)
for name in xml_pop_children(xml, 'names', [])
},
fingerprints={
Fingerprint.from_xml(fingerprint)
for fingerprint in xml_pop_children(xml, 'fingerprints')
},
software={
Fingerprint.from_xml(fingerprint)
for fingerprint in xml_pop_children(xml, 'software', [])
},
endpoints={
Endpoint.from_xml(endpoint)
for endpoint in xml_pop_children(xml, 'endpoints')
},
tests={
Test.from_xml(test)
for test in xml_pop_children(xml, 'tests')
},
)
def _from_xml(xml: Element):
assert xml.tag == 'vulnerability'
return Vulnerability(
vulnerability_id=xml.attrib.pop('id'),
title=xml.attrib.pop('title'),
severity=int(xml.attrib.pop('severity')),
pci_severity=int(xml.attrib.pop('pciSeverity')),
cvss_score=float(xml.attrib.pop('cvssScore')),
cvss_vector=xml.attrib.pop('cvssVector'),
published=parse_date(xml.attrib.pop('published')),
added=parse_date(xml.attrib.pop('added')),
modified=parse_date(xml.attrib.pop('modified')),
risk_score=float(xml.attrib.pop('riskScore')),
malware=Malware.from_xml(xml_pop(xml, 'malware')),
exploits={
Exploit.from_xml(exploit)
for exploit in xml_pop_children(xml, 'exploits')
},
description=Description.from_xml(xml_pop(xml, 'description')),
references={
Reference.from_xml(reference)
for reference in xml_pop_children(xml, 'references')
},
tags={Tag.from_xml(tag)
for tag in xml_pop_children(xml, 'tags')},
solution=Solution.from_xml(xml_pop(xml, 'solution')),
)
def _from_xml(xml: Element) -> 'NexposeReport':
return NexposeReport(
version=float(xml.attrib.pop('version')),
scans={Scan.from_xml(scan) for scan in xml_pop_children(xml, 'scans')},
nodes={Node.from_xml(node) for node in xml_pop_children(xml, 'nodes')},
vulnerability_definition={Vulnerability.from_xml(vulnerability) for vulnerability in
xml_pop_children(xml, 'VulnerabilityDefinitions')},
)
def _from_xml(xml: Element):
return Service(
name=xml.attrib.pop('name'),
fingerprints={Fingerprint.from_xml(fingerprint) for fingerprint in
xml_pop_children(xml, 'fingerprints', [])},
configuration={Config.from_xml(config) for config in xml_pop_children(xml, 'configuration', [])},
tests={Test.from_xml(test) for test in xml_pop_children(xml, 'tests')},
)
def _from_xml(xml: Element):
return Service(
name=xml.attrib.pop('name'),
fingerprints={
Fingerprint.from_xml(fingerprint)
for fingerprint in xml_pop_children(xml, 'fingerprints', [])
},
configuration={
Config.from_xml(config)
for config in xml_pop_children(xml, 'configuration', [])
},
tests={
Test.from_xml(test)
for test in xml_pop_children(xml, 'tests')
},
)
def _from_xml(xml: Element) -> 'Node':
return Node(
address=str_to_IP(xml.attrib.pop('address')),
status=NodeStatus(xml.attrib.pop('status')),
device_id=xml.attrib.pop('device-id'),
site_name=xml.attrib.pop('site-name'),
site_importance=SiteImportance(xml.attrib.pop('site-importance')),
scan_template_name=xml.attrib.pop('scan-template'),
risk_score=float(xml.attrib.pop('risk-score')),
hardware_address=xml.attrib.pop('hardware-address', None),
names={Name.from_xml(name) for name in xml_pop_children(xml, 'names', [])},
fingerprints={Fingerprint.from_xml(fingerprint) for fingerprint in xml_pop_children(xml, 'fingerprints')},
software={Fingerprint.from_xml(fingerprint) for fingerprint in xml_pop_children(xml, 'software', [])},
endpoints={Endpoint.from_xml(endpoint) for endpoint in xml_pop_children(xml, 'endpoints')},
tests={Test.from_xml(test) for test in xml_pop_children(xml, 'tests')},
)
def _from_xml(xml: Element) -> 'Endpoint':
return Endpoint(
protocol=Protocol(xml.attrib.pop('protocol')),
port=int(xml.attrib.pop('port')),
status=PortStatus(xml.attrib.pop('status')),
services={Service.from_xml(service) for service in xml_pop_children(xml, 'services')},
)
def _from_xml(xml: Element) -> 'NexposeReport':
return NexposeReport(
version=float(xml.attrib.pop('version')),
scans={
Scan.from_xml(scan)
for scan in xml_pop_children(xml, 'scans')
},
nodes={
Node.from_xml(node)
for node in xml_pop_children(xml, 'nodes')
},
vulnerability_definition={
Vulnerability.from_xml(vulnerability)
for vulnerability in xml_pop_children(
xml, 'VulnerabilityDefinitions')
},
)
def _from_xml(xml: Element) -> 'Endpoint':
return Endpoint(
protocol=Protocol(xml.attrib.pop('protocol')),
port=int(xml.attrib.pop('port')),
status=PortStatus(xml.attrib.pop('status')),
services={
Service.from_xml(service)
for service in xml_pop_children(xml, 'services')
},
)
def _from_xml(xml: Element):
assert xml.tag == 'vulnerability'
return Vulnerability(
vulnerability_id=xml.attrib.pop('id'),
title=xml.attrib.pop('title'),
severity=int(xml.attrib.pop('severity')),
pci_severity=int(xml.attrib.pop('pciSeverity')),
cvss_score=float(xml.attrib.pop('cvssScore')),
cvss_vector=xml.attrib.pop('cvssVector'),
published=parse_date(xml.attrib.pop('published')),
added=parse_date(xml.attrib.pop('added')),
modified=parse_date(xml.attrib.pop('modified')),
risk_score=float(xml.attrib.pop('riskScore')),
malware=Malware.from_xml(xml_pop(xml, 'malware')),
exploits={Exploit.from_xml(exploit) for exploit in xml_pop_children(xml, 'exploits')},
description=Description.from_xml(xml_pop(xml, 'description')),
references={Reference.from_xml(reference) for reference in xml_pop_children(xml, 'references')},
tags={Tag.from_xml(tag) for tag in xml_pop_children(xml, 'tags')},
solution=Solution.from_xml(xml_pop(xml, 'solution')),
)