def load_from_xml_element(self, element):
self.mode = oscap_helpers.EvaluationMode.from_string(
et_helpers.get_element_text(element, "mode", "sds"))
self.target = et_helpers.get_element_text(element, "target")
self.input_ = SCAPInput()
self.input_.load_from_xml_element(
et_helpers.get_element(element, "input"))
self.tailoring = SCAPTailoring()
try:
self.tailoring.load_from_xml_element(
et_helpers.get_element(element, "tailoring"))
except RuntimeError:
# tailoring is optional, if it's not present just skip tailoring
pass
self.profile_id = et_helpers.get_element_text(element, "profile")
self.online_remediation = \
et_helpers.get_element_text(element, "online_remediation") == "true"
cpe_hints_str = et_helpers.get_element_text(element, "cpe_hints")
self.cpe_hints = []
if cpe_hints_str is not None:
for cpe_hint in cpe_hints_str.split(", "):
self.cpe_hints.append(cpe_hint)
def load_from_xml_element(self, element):
self.mode = oscap_helpers.EvaluationMode.from_string(
et_helpers.get_element_text(element, "mode", "sds")
)
self.target = et_helpers.get_element_text(element, "target")
self.input_ = SCAPInput()
self.input_.load_from_xml_element(
et_helpers.get_element(element, "input")
)
self.tailoring = SCAPTailoring()
try:
self.tailoring.load_from_xml_element(
et_helpers.get_element(element, "tailoring")
)
except RuntimeError:
# tailoring is optional, if it's not present just skip tailoring
pass
self.profile_id = et_helpers.get_element_text(element, "profile")
self.online_remediation = \
et_helpers.get_element_text(element, "online_remediation") == "true"
cpe_hints_str = et_helpers.get_element_text(element, "cpe_hints")
self.cpe_hints = []
if cpe_hints_str is not None:
for cpe_hint in cpe_hints_str.split(", "):
self.cpe_hints.append(cpe_hint)
def scrape_profiles(tree, xccdf_id, xccdf_ns, profile_ns, dest):
xlink_href = "{http://www.w3.org/1999/xlink}href"
xccdfs = []
if xccdf_id is None:
# If xccdf_id is not specified look for profiles only in the first
# xccdf component found in the datastream.
xccdfs = tree.findall(".//{%s}checklists/{%s}component-ref[1]" %
(xccdf_ns, xccdf_ns))
else:
xccdfs = tree.findall(
".//{%s}checklists/{%s}component-ref/[@id='%s']" %
(xccdf_ns, xccdf_ns, xccdf_id))
for x in xccdfs:
c = x.attrib[xlink_href]
c = c[1:] # Removes starting '#' character.
for elem in tree.findall(
".//{%s}component/[@id='%s']//{%s}Profile" %
(xccdf_ns, c, profile_ns)):
id_ = elem.get("id")
title = et_helpers.get_element_text(elem,
"{%s}title" % (profile_ns),
"")
dest[id_] = title
def load_from_xml_element(self, root, config_file):
self.id_ = Task.get_task_id_from_filepath(config_file)
self.enabled = root.get("enabled", "false") == "true"
self.title = et_helpers.get_element_text(root, "title")
self.evaluation_spec = evaluation_spec.EvaluationSpec()
self.evaluation_spec.load_from_xml_element(
et_helpers.get_element(root, "evaluation_spec"))
self.max_results_to_keep = \
int(et_helpers.get_element_text(root, "max-results-to-keep", "-1"))
self.schedule = Schedule()
self.schedule.load_from_xml_element(
et_helpers.get_element(root, "schedule"))
self.config_file = config_file
def scrape_profiles(tree, namespace, dest):
for elem in tree.findall(".//{%s}Profile" % (namespace)):
id_ = elem.get("id")
if id_ is None:
continue
title = et_helpers.get_element_text(elem,
"{%s}title" % (namespace), "")
dest[id_] = title
def load_from_xml_element(self, element):
self.target = et_helpers.get_element_text(element, "target")
self.input_ = SCAPInput()
self.input_.load_from_xml_element(
et_helpers.get_element(element, "input")
)
self.tailoring = SCAPTailoring()
try:
self.tailoring.load_from_xml_element(
et_helpers.get_element(element, "tailoring")
)
except RuntimeError:
# tailoring is optional, if it's not present just skip tailoring
pass
self.profile_id = et_helpers.get_element_text(element, "profile")
self.online_remediation = \
et_helpers.get_element_text(element, "online_remediation") == "true"
def load_from_xml_element(self, root, config_file):
self.id_ = Task.get_task_id_from_filepath(config_file)
self.enabled = root.get("enabled", "false") == "true"
self.title = et_helpers.get_element_text(root, "title")
self.evaluation_spec = evaluation_spec.EvaluationSpec()
self.evaluation_spec.load_from_xml_element(
et_helpers.get_element(root, "evaluation_spec")
)
self.max_results_to_keep = \
int(et_helpers.get_element_text(root, "max-results-to-keep", "-1"))
self.schedule = Schedule()
self.schedule.load_from_xml_element(
et_helpers.get_element(root, "schedule")
)
self.config_file = config_file
def scrape_profiles(tree, namespace, dest):
for elem in tree.iter("{%s}Profile" % (namespace)):
id_ = elem.get("id")
if id_ is None:
continue
title = et_helpers.get_element_text(
elem, "{%s}title" % (namespace), ""
)
dest[id_] = title
def scrape_profiles(tree, namespace, dest):
# TODO support multiple benchmarks in one DataStream
benchmark = tree.find(".//{%s}Benchmark" % (namespace))
if benchmark is None:
return
for elem in benchmark.findall(".//{%s}Profile" % (namespace)):
id_ = elem.get("id")
if id_ is None:
continue
title = et_helpers.get_element_text(elem,
"{%s}title" % (namespace), "")
dest[id_] = title
