ssg.build_profile.XCCDFBenchmark.get_profile_stats() - Code Metrics - Inspection of "Merge pull request #7301 from cipherboy/upstream-s..." - ComplianceAsCode/content - Measure and Improve Code Quality continuously with Scrutinizer

Test Failed
Push — master ( 45848e...931d35 )

by Jan
created 2021-09-13 08:08 UTC
XCCDFBenchmark.get_profile_stats() F

↳ Parent: ssg.build_profile
Complexity

Conditions
Size

Total Lines	269
Code Lines	228
Duplication

Lines	0
Ratio	0 %
Code Coverage

Tests	0
CRAP Score	380
Importance

Changes
Metric	Value
cc	19
eloc	228
nop	2
dl	0
loc	269
ccs	0
cts	105
cp	0
crap	380
rs	0.4199
c	0
b	0
f	0
How to fix Long Method Complexity

from __future__ import absolute_import
from __future__ import print_function

import os
import sys

from .build_yaml import ProfileWithInlinePolicies
from .xml import ElementTree
from .constants import XCCDF11_NS as xccdf_ns
from .constants import oval_namespace as oval_ns
from .constants import SCE_SYSTEM as sce_ns
from .constants import bash_system as bash_rem_system
from .constants import ansible_system as ansible_rem_system
from .constants import ignition_system as ignition_rem_system
from .constants import kubernetes_system as kubernetes_rem_system
from .constants import puppet_system as puppet_rem_system
from .constants import anaconda_system as anaconda_rem_system
from .constants import cce_uri
from .constants import ssg_version_uri
from .constants import stig_ns, cis_ns, generic_stig_ns, hipaa_ns, anssi_ns
from .constants import ospp_ns, cui_ns, xslt_ns
console_width = 80


def make_name_to_profile_mapping(profile_files, env_yaml):
    name_to_profile = {}
    for f in profile_files:
        try:
            p = ProfileWithInlinePolicies.from_yaml(f, env_yaml)
            name_to_profile[p.id_] = p
        except Exception as exc:
            # The profile is probably doc-incomplete
            msg = "Not building profile from {fname}: {err}".format(
                fname=f, err=str(exc))
            print(msg, file=sys.stderr)
    return name_to_profile


class RuleStats(object):
    """
    Class representing the content of a rule for statistics generation
    purposes.
    """
    def __init__(self, rid=None, roval=None, rsce=None,
                 rbash_fix=None, ransible_fix=None,
                 rignition_fix=None, rkubernetes_fix=None,
                 rpuppet_fix=None, ranaconda_fix=None, rcce=None,
                 stig_id=None, cis_ref=None, hipaa_ref=None,
                 anssi_ref=None, ospp_ref=None, cui_ref=None):
        self.dict = {
            'id': rid,
            'oval': roval,
            'sce': rsce,
            'check': None,
            'bash_fix': rbash_fix,
            'ansible_fix': ransible_fix,
            'ignition_fix': rignition_fix,
            'kubernetes_fix': rkubernetes_fix,
            'puppet_fix': rpuppet_fix,
            'anaconda_fix': ranaconda_fix,
            'fix': None,
            'cce': rcce,
            'stig_id': stig_id,
            'cis_ref': cis_ref,
            'hipaa_ref': hipaa_ref,
            'anssi_ref': anssi_ref,
            'ospp_ref': ospp_ref,
            'cui_ref': cui_ref,
        }

        if roval is not None:
            self.dict['check'] = roval
        elif rsce is not None:
            self.dict['check'] = rsce

        if rbash_fix is not None:
            self.dict['fix'] = rbash_fix
        elif ransible_fix is not None:
            self.dict['fix'] = ransible_fix
        elif rignition_fix is not None:
            self.dict['fix'] = rignition_fix
        elif rkubernetes_fix is not None:
            self.dict['fix'] = rkubernetes_fix
        elif rpuppet_fix is not None:
            self.dict['fix'] = rpuppet_fix
        elif ranaconda_fix is not None:
            self.dict['fix'] = ranaconda_fix


class XCCDFBenchmark(object):
    """
    Class for processing an XCCDF benchmark to generate
    statistics about the profiles contained within it.
    """

    def __init__(self, filepath, product=""):
        self.tree = None
        try:
            with open(filepath, 'r') as xccdf_file:
                file_string = xccdf_file.read()
                tree = ElementTree.fromstring(file_string)
                self.tree = tree
        except IOError as ioerr:
            print("%s" % ioerr)
            sys.exit(1)

        self.indexed_rules = {}
        for rule in self.tree.findall(".//{%s}Rule" % (xccdf_ns)):
            rule_id = rule.get("id")
            if rule_id is None:
                raise RuntimeError("Can't index a rule with no id attribute!")

            if rule_id in self.indexed_rules:
                raise RuntimeError("Multiple rules exist with same id attribute: %s!" % rule_id)

            self.indexed_rules[rule_id] = rule

        self.cis_ns = cis_ns
        self.stig_ns = stig_ns
        if product:
            constants_path = os.path.join(product, "transforms/constants.xslt")
            if os.path.exists(constants_path):
                root = ElementTree.parse(constants_path)
                cis_var = root.find('./{%s}variable[@name="cisuri"]' % (xslt_ns))
                if cis_var is not None and cis_var.text:
                    self.cis_ns = cis_var.text

                stig_var = root.find('./{%s}variable[@name="disa-stigs-uri"]' % (xslt_ns))
                if stig_var is not None and stig_var.text:
                    self.stig_ns = stig_var.text
                elif (stig_var and 'select' in stig_var.attrib and
                      stig_var.attrib['select'] == '$disa-stigs-os-unix-linux-uri'):
                    self.stig_ns = generic_stig_ns


    def get_profile_stats(self, profile):
        """Obtain statistics for the profile"""

        # Holds the intermediary statistics for profile
        profile_stats = {
            'profile_id': "",
            'ssg_version': 0,
            'rules': [],
            'rules_count': 0,
            'implemented_ovals': [],
            'implemented_ovals_pct': 0,
            'missing_ovals': [],
            'implemented_sces': [],
            'implemented_sces_pct': 0,
            'missing_sces': [],
            'implemented_checks': [],
            'implemented_checks_pct': 0,
            'missing_checks': [],
            'implemented_bash_fixes': [],
            'implemented_bash_fixes_pct': 0,
            'implemented_ansible_fixes': [],
            'implemented_ansible_fixes_pct': 0,
            'implemented_ignition_fixes': [],
            'implemented_ignition_fixes_pct': 0,
            'implemented_kubernetes_fixes': [],
            'implemented_kubernetes_fixes_pct': 0,
            'implemented_puppet_fixes': [],
            'implemented_puppet_fixes_pct': 0,
            'implemented_anaconda_fixes': [],
            'implemented_anaconda_fixes_pct': 0,
            'missing_bash_fixes': [],
            'missing_ansible_fixes': [],
            'missing_ignition_fixes': [],
            'missing_kubernetes_fixes': [],
            'missing_puppet_fixes': [],
            'missing_anaconda_fixes': [],
            'implemented_fixes': [],
            'implemented_fixes_pct': 0,
            'missing_fixes': [],
            'assigned_cces': [],
            'assigned_cces_pct': 0,
            'missing_cces': [],
            'missing_stig_ids': [],
            'missing_cis_refs': [],
            'missing_hipaa_refs': [],
            'missing_anssi_refs': [],
            'missing_ospp_refs': [],
            'missing_cui_refs': [],
            'ansible_parity': [],
        }

        rule_stats = []
        ssg_version_elem = self.tree.find("./{%s}version[@update=\"%s\"]" %
                                          (xccdf_ns, ssg_version_uri))

        rules = []

        if profile == "all":
            # "all" is a virtual profile that selects all rules
            rules = self.indexed_rules.values()
        else:
            xccdf_profile = self.tree.find("./{%s}Profile[@id=\"%s\"]" %
                                           (xccdf_ns, profile))
            if xccdf_profile is None:
                print("No such profile \"%s\" found in the benchmark!"
                      % profile)
                print("* Available profiles:")
                profiles_avail = self.tree.findall("./{%s}Profile" % (xccdf_ns))
                for _profile in profiles_avail:
                    print("** %s" % _profile.get('id'))
                sys.exit(1)

            # This will only work with SSG where the (default) profile has zero
            # selected rule. If you want to reuse this for custom content, you
            # need to change this to look into Rule/@selected
            selects = xccdf_profile.findall("./{%s}select[@selected=\"true\"]" %
                                            xccdf_ns)

            for select in selects:
                rule_id = select.get('idref')
                xccdf_rule = self.indexed_rules.get(rule_id)
                if xccdf_rule is not None:
                    # it could also be a Group
                    rules.append(xccdf_rule)

        for rule in rules:
            if rule is not None:
                oval = rule.find("./{%s}check[@system=\"%s\"]" %
                                 (xccdf_ns, oval_ns))
                sce = rule.find("./{%s}check[@system=\"%s\"]" %
                                (xccdf_ns, sce_ns))
                bash_fix = rule.find("./{%s}fix[@system=\"%s\"]" %
                                     (xccdf_ns, bash_rem_system))
                ansible_fix = rule.find("./{%s}fix[@system=\"%s\"]" %
                                        (xccdf_ns, ansible_rem_system))
                ignition_fix = rule.find("./{%s}fix[@system=\"%s\"]" %
                                        (xccdf_ns, ignition_rem_system))
                kubernetes_fix = rule.find("./{%s}fix[@system=\"%s\"]" %
                                           (xccdf_ns, kubernetes_rem_system))
                puppet_fix = rule.find("./{%s}fix[@system=\"%s\"]" %
                                       (xccdf_ns, puppet_rem_system))
                anaconda_fix = rule.find("./{%s}fix[@system=\"%s\"]" %
                                         (xccdf_ns, anaconda_rem_system))
                cce = rule.find("./{%s}ident[@system=\"%s\"]" %
                                (xccdf_ns, cce_uri))
                stig_id = rule.find("./{%s}reference[@href=\"%s\"]" %
                                    (xccdf_ns, self.stig_ns))
                cis_ref = rule.find("./{%s}reference[@href=\"%s\"]" %
                                    (xccdf_ns, self.cis_ns))
                hipaa_ref = rule.find("./{%s}reference[@href=\"%s\"]" %
                                    (xccdf_ns, hipaa_ns))
                anssi_ref = rule.find("./{%s}reference[@href=\"%s\"]" %
                                    (xccdf_ns, anssi_ns))
                ospp_ref = rule.find("./{%s}reference[@href=\"%s\"]" %
                                     (xccdf_ns, ospp_ns))
                cui_ref = rule.find("./{%s}reference[@href=\"%s\"]" %
                                    (xccdf_ns, cui_ns))

                rule_stats.append(
                    RuleStats(rule.get("id"), oval, sce,
                              bash_fix, ansible_fix, ignition_fix,
                              kubernetes_fix, puppet_fix, anaconda_fix,
                              cce, stig_id, cis_ref, hipaa_ref, anssi_ref,
                              ospp_ref, cui_ref)
                )

        if not rule_stats:
            print('Unable to retrieve statistics for %s profile' % profile)
            sys.exit(1)

        rule_stats.sort(key=lambda r: r.dict['id'])

        for rule in rule_stats:
            profile_stats['rules'].append(rule.dict['id'])

        profile_stats['profile_id'] = profile
        if ssg_version_elem is not None:
            profile_stats['ssg_version'] = \
                'SCAP Security Guide %s' % ssg_version_elem.text
        profile_stats['rules_count'] = len(rule_stats)
        profile_stats['implemented_ovals'] = \
            [x.dict['id'] for x in rule_stats if x.dict['oval'] is not None]
        profile_stats['implemented_ovals_pct'] = \
            float(len(profile_stats['implemented_ovals'])) / \
            profile_stats['rules_count'] * 100
        profile_stats['missing_ovals'] = \
            [x.dict['id'] for x in rule_stats if x.dict['oval'] is None]

        profile_stats['implemented_sces'] = \
            [x.dict['id'] for x in rule_stats if x.dict['sce'] is not None]
        profile_stats['implemented_sces_pct'] = \
            float(len(profile_stats['implemented_sces'])) / \
            profile_stats['rules_count'] * 100
        profile_stats['missing_sces'] = \
            [x.dict['id'] for x in rule_stats if x.dict['sce'] is None]

        profile_stats['implemented_checks'] = \
            [x.dict['id'] for x in rule_stats if x.dict['check'] is not None]
        profile_stats['implemented_checks_pct'] = \
            float(len(profile_stats['implemented_checks'])) / \
            profile_stats['rules_count'] * 100
        profile_stats['missing_checks'] = \
            [x.dict['id'] for x in rule_stats if x.dict['check'] is None]

        profile_stats['implemented_bash_fixes'] = \
            [x.dict['id'] for x in rule_stats if x.dict['bash_fix'] is not None]
        profile_stats['implemented_bash_fixes_pct'] = \
            float(len(profile_stats['implemented_bash_fixes'])) / \
            profile_stats['rules_count'] * 100
        profile_stats['missing_bash_fixes'] = \
            [x.dict['id'] for x in rule_stats if x.dict['bash_fix'] is None]

        profile_stats['implemented_ansible_fixes'] = \
            [x.dict['id'] for x in rule_stats if x.dict['ansible_fix'] is not None]
        profile_stats['implemented_ansible_fixes_pct'] = \
            float(len(profile_stats['implemented_ansible_fixes'])) / \
            profile_stats['rules_count'] * 100
        profile_stats['missing_ansible_fixes'] = \
            [x.dict['id'] for x in rule_stats if x.dict['ansible_fix'] is None]

        profile_stats['implemented_ignition_fixes'] = \
            [x.dict['id'] for x in rule_stats if x.dict['ignition_fix'] is not None]
        profile_stats['implemented_ignition_fixes_pct'] = \
            float(len(profile_stats['implemented_ignition_fixes'])) / \
            profile_stats['rules_count'] * 100
        profile_stats['missing_ignition_fixes'] = \
            [x.dict['id'] for x in rule_stats if x.dict['ignition_fix'] is None]

        profile_stats['implemented_kubernetes_fixes'] = \
            [x.dict['id'] for x in rule_stats if x.dict['kubernetes_fix'] is not None]
        profile_stats['implemented_kubernetes_fixes_pct'] = \
            float(len(profile_stats['implemented_kubernetes_fixes'])) / \
            profile_stats['rules_count'] * 100
        profile_stats['missing_kubernetes_fixes'] = \
            [x.dict['id'] for x in rule_stats if x.dict['kubernetes_fix'] is None]

        profile_stats['implemented_puppet_fixes'] = \
            [x.dict['id'] for x in rule_stats if x.dict['puppet_fix'] is not None]
        profile_stats['implemented_puppet_fixes_pct'] = \
            float(len(profile_stats['implemented_puppet_fixes'])) / \
            profile_stats['rules_count'] * 100
        profile_stats['missing_puppet_fixes'] = \
            [x.dict['id'] for x in rule_stats if x.dict['puppet_fix'] is None]

        profile_stats['implemented_anaconda_fixes'] = \
            [x.dict['id'] for x in rule_stats if x.dict['anaconda_fix'] is not None]

        profile_stats['implemented_fixes'] = \
            [x.dict['id'] for x in rule_stats if x.dict['fix'] is not None]
        profile_stats['implemented_fixes_pct'] = \
            float(len(profile_stats['implemented_fixes'])) / \
            profile_stats['rules_count'] * 100
        profile_stats['missing_fixes'] = \
            [x.dict['id'] for x in rule_stats if x.dict['fix'] is None]

        profile_stats['missing_stig_ids'] = []
        if 'stig' in profile_stats['profile_id']:
            profile_stats['missing_stig_ids'] = \
                [x.dict['id'] for x in rule_stats if x.dict['stig_id'] is None]

        profile_stats['missing_cis_refs'] = []
        if 'cis' in profile_stats['profile_id']:
            profile_stats['missing_cis_refs'] = \
                [x.dict['id'] for x in rule_stats if x.dict['cis_ref'] is None]

        profile_stats['missing_hipaa_refs'] = []
        if 'hipaa' in profile_stats['profile_id']:
            profile_stats['missing_hipaa_refs'] = \
                [x.dict['id'] for x in rule_stats if x.dict['hipaa_ref'] is None]

        profile_stats['missing_anssi_refs'] = []
        if 'anssi' in profile_stats['profile_id']:
            profile_stats['missing_anssi_refs'] = \
                [x.dict['id'] for x in rule_stats if x.dict['anssi_ref'] is None]

        profile_stats['missing_ospp_refs'] = []
        if 'ospp' in profile_stats['profile_id']:
            profile_stats['missing_ospp_refs'] = \
                [x.dict['id'] for x in rule_stats if x.dict['ospp_ref'] is None]

        profile_stats['missing_cui_refs'] = []
        if 'cui' in profile_stats['profile_id']:
            profile_stats['missing_cui_refs'] = \
                [x.dict['id'] for x in rule_stats if x.dict['cui_ref'] is None]

        profile_stats['implemented_anaconda_fixes_pct'] = \
            float(len(profile_stats['implemented_anaconda_fixes'])) / \
            profile_stats['rules_count'] * 100
        profile_stats['missing_anaconda_fixes'] = \
            [x.dict['id'] for x in rule_stats if x.dict['anaconda_fix'] is None]

        profile_stats['assigned_cces'] = \
            [x.dict['id'] for x in rule_stats if x.dict['cce'] is not None]
        profile_stats['assigned_cces_pct'] = \
            float(len(profile_stats['assigned_cces'])) / \
            profile_stats['rules_count'] * 100
        profile_stats['missing_cces'] = \
            [x.dict['id'] for x in rule_stats if x.dict['cce'] is None]

        profile_stats['ansible_parity'] = \
            [rule_id for rule_id in profile_stats["missing_ansible_fixes"] if rule_id not in profile_stats["missing_bash_fixes"]]
        profile_stats['ansible_parity_pct'] = 0
        if len(profile_stats['implemented_bash_fixes']):
            profile_stats['ansible_parity_pct'] = \
                float(len(profile_stats['implemented_bash_fixes']) -
                      len(profile_stats['ansible_parity'])) / \
                len(profile_stats['implemented_bash_fixes']) * 100

        return profile_stats

    def show_profile_stats(self, profile, options):
        """Displays statistics for specific profile"""

        profile_stats = self.get_profile_stats(profile)
        rules_count = profile_stats['rules_count']
        impl_ovals_count = len(profile_stats['implemented_ovals'])
        impl_sces_count = len(profile_stats['implemented_sces'])
        impl_checks_count = len(profile_stats['implemented_checks'])
        impl_bash_fixes_count = len(profile_stats['implemented_bash_fixes'])
        impl_ansible_fixes_count = len(profile_stats['implemented_ansible_fixes'])
        impl_ignition_fixes_count = len(profile_stats['implemented_ignition_fixes'])
        impl_kubernetes_fixes_count = len(profile_stats['implemented_kubernetes_fixes'])
        impl_puppet_fixes_count = len(profile_stats['implemented_puppet_fixes'])
        impl_anaconda_fixes_count = len(profile_stats['implemented_anaconda_fixes'])
        impl_fixes_count = len(profile_stats['implemented_fixes'])
        missing_stig_ids_count = len(profile_stats['missing_stig_ids'])
        missing_cis_refs_count = len(profile_stats['missing_cis_refs'])
        missing_hipaa_refs_count = len(profile_stats['missing_hipaa_refs'])
        missing_anssi_refs_count = len(profile_stats['missing_anssi_refs'])
        missing_ospp_refs_count = len(profile_stats['missing_ospp_refs'])
        missing_cui_refs_count = len(profile_stats['missing_cui_refs'])
        impl_cces_count = len(profile_stats['assigned_cces'])

        if options.format == "plain":
            if not options.skip_overall_stats:
                print("\nProfile %s:" % profile)
                print("* rules:              %d" % rules_count)
                print("* checks (OVAL):      %d\t[%d%% complete]" %
                      (impl_ovals_count,
                       profile_stats['implemented_ovals_pct']))
                print("* checks (SCE):       %d\t[%d%% complete]" %
                      (impl_sces_count,
                       profile_stats['implemented_sces_pct']))
                print("* checks (any):       %d\t[%d%% complete]" %
                      (impl_checks_count,
                       profile_stats['implemented_checks_pct']))

                print("* fixes (bash):       %d\t[%d%% complete]" %
                      (impl_bash_fixes_count,
                       profile_stats['implemented_bash_fixes_pct']))
                print("* fixes (ansible):    %d\t[%d%% complete]" %
                      (impl_ansible_fixes_count,
                       profile_stats['implemented_ansible_fixes_pct']))
                print("* fixes (ignition):   %d\t[%d%% complete]" %
                      (impl_ignition_fixes_count,
                       profile_stats['implemented_ignition_fixes_pct']))
                print("* fixes (kubernetes): %d\t[%d%% complete]" %
                      (impl_kubernetes_fixes_count,
                       profile_stats['implemented_kubernetes_fixes_pct']))
                print("* fixes (puppet):     %d\t[%d%% complete]" %
                      (impl_puppet_fixes_count,
                       profile_stats['implemented_puppet_fixes_pct']))
                print("* fixes (anaconda):   %d\t[%d%% complete]" %
                      (impl_anaconda_fixes_count,
                       profile_stats['implemented_anaconda_fixes_pct']))
                print("* fixes (any):        %d\t[%d%% complete]" %
                      (impl_fixes_count,
                       profile_stats['implemented_fixes_pct']))

                print("* CCEs:               %d\t[%d%% complete]" %
                      (impl_cces_count,
                       profile_stats['assigned_cces_pct']))

            if options.implemented_ovals and \
               profile_stats['implemented_ovals']:
                print("** Rules of '%s' " % profile +
                      "profile having OVAL check: %d of %d [%d%% complete]" %
                      (impl_ovals_count, rules_count,
                       profile_stats['implemented_ovals_pct']))
                self.console_print(profile_stats['implemented_ovals'],
                                   console_width)

            if options.implemented_sces and \
               profile_stats['implemented_sces']:
                print("** Rules of '%s' " % profile +
                      "profile having SCE check: %d of %d [%d%% complete]" %
                      (impl_sces_count, rules_count,
                       profile_stats['implemented_sces_pct']))
                self.console_print(profile_stats['implemented_sces'],
                                   console_width)

            if options.implemented_fixes:
                if profile_stats['implemented_bash_fixes']:
                    print("*** Rules of '%s' profile having "
                          "a bash fix script: %d of %d [%d%% complete]"
                          % (profile, impl_bash_fixes_count, rules_count,
                             profile_stats['implemented_bash_fixes_pct']))
                    self.console_print(profile_stats['implemented_bash_fixes'],
                                       console_width)

                if profile_stats['implemented_ansible_fixes']:
                    print("*** Rules of '%s' profile having "
                          "a ansible fix script: %d of %d [%d%% complete]"
                          % (profile, impl_ansible_fixes_count, rules_count,
                             profile_stats['implemented_ansible_fixes_pct']))
                    self.console_print(
                        profile_stats['implemented_ansible_fixes'],
                        console_width)

                if profile_stats['implemented_ignition_fixes']:
                    print("*** Rules of '%s' profile having "
                          "a ignition fix script: %d of %d [%d%% complete]"
                          % (profile, impl_ignition_fixes_count, rules_count,
                             profile_stats['implemented_ignition_fixes_pct']))
                    self.console_print(
                        profile_stats['implemented_ignition_fixes'],
                        console_width)

                if profile_stats['implemented_kubernetes_fixes']:
                    print("*** Rules of '%s' profile having "
                          "a kubernetes fix script: %d of %d [%d%% complete]"
                          % (profile, impl_kubernetes_fixes_count, rules_count,
                             profile_stats['implemented_kubernetes_fixes_pct']))
                    self.console_print(
                        profile_stats['implemented_kubernetes_fixes'],
                        console_width)

                if profile_stats['implemented_puppet_fixes']:
                    print("*** Rules of '%s' profile having "
                          "a puppet fix script: %d of %d [%d%% complete]"
                          % (profile, impl_puppet_fixes_count, rules_count,
                             profile_stats['implemented_puppet_fixes_pct']))
                    self.console_print(
                        profile_stats['implemented_puppet_fixes'],
                        console_width)

                if profile_stats['implemented_anaconda_fixes']:
                    print("*** Rules of '%s' profile having "
                          "a anaconda fix script: %d of %d [%d%% complete]"
                          % (profile, impl_anaconda_fixes_count, rules_count,
                             profile_stats['implemented_anaconda_fixes_pct']))
                    self.console_print(
                        profile_stats['implemented_anaconda_fixes'],
                        console_width)

            if options.assigned_cces and \
               profile_stats['assigned_cces']:
                print("*** Rules of '%s' " % profile +
                      "profile having CCE assigned: %d of %d [%d%% complete]" %
                      (impl_cces_count, rules_count,
                       profile_stats['assigned_cces_pct']))
                self.console_print(profile_stats['assigned_cces'],
                                   console_width)

            if options.missing_ovals and profile_stats['missing_ovals']:
                print("*** Rules of '%s' " % profile + "profile missing " +
                      "OVAL: %d of %d [%d%% complete]" %
                      (rules_count - impl_ovals_count, rules_count,
                       profile_stats['implemented_ovals_pct']))
                self.console_print(profile_stats['missing_ovals'],
                                   console_width)

            if options.missing_sces and profile_stats['missing_sces']:
                print("*** Rules of '%s' " % profile + "profile missing " +
                      "SCE: %d of %d [%d%% complete]" %
                      (rules_count - impl_sces_count, rules_count,
                       profile_stats['implemented_sces_pct']))
                self.console_print(profile_stats['missing_sces'],
                                   console_width)

            if options.missing_fixes:
                if profile_stats['missing_bash_fixes']:
                    print("*** rules of '%s' profile missing "
                          "a bash fix script: %d of %d [%d%% complete]"
                          % (profile, rules_count - impl_bash_fixes_count,
                             rules_count,
                             profile_stats['implemented_bash_fixes_pct']))
                    self.console_print(profile_stats['missing_bash_fixes'],
                                       console_width)

                if profile_stats['missing_ansible_fixes']:
                    print("*** rules of '%s' profile missing "
                          "a ansible fix script: %d of %d [%d%% complete]"
                          % (profile, rules_count - impl_ansible_fixes_count,
                             rules_count,
                             profile_stats['implemented_ansible_fixes_pct']))
                    self.console_print(profile_stats['missing_ansible_fixes'],
                                       console_width)

                if profile_stats['missing_ignition_fixes']:
                    print("*** rules of '%s' profile missing "
                          "a ignition fix script: %d of %d [%d%% complete]"
                          % (profile, rules_count - impl_ignition_fixes_count,
                             rules_count,
                             profile_stats['implemented_ignition_fixes_pct']))
                    self.console_print(profile_stats['missing_ignition_fixes'],
                                       console_width)

                if profile_stats['missing_kubernetes_fixes']:
                    print("*** rules of '%s' profile missing "
                          "a kubernetes fix script: %d of %d [%d%% complete]"
                          % (profile, rules_count - impl_kubernetes_fixes_count,
                             rules_count,
                             profile_stats['implemented_kubernetes_fixes_pct']))
                    self.console_print(profile_stats['missing_kubernetes_fixes'],
                                       console_width)

                if profile_stats['missing_puppet_fixes']:
                    print("*** rules of '%s' profile missing "
                          "a puppet fix script: %d of %d [%d%% complete]"
                          % (profile, rules_count - impl_puppet_fixes_count,
                             rules_count,
                             profile_stats['implemented_puppet_fixes_pct']))
                    self.console_print(profile_stats['missing_puppet_fixes'],
                                       console_width)

                if profile_stats['missing_anaconda_fixes']:
                    print("*** rules of '%s' profile missing "
                          "a anaconda fix script: %d of %d [%d%% complete]"
                          % (profile, rules_count - impl_anaconda_fixes_count,
                             rules_count,
                             profile_stats['implemented_anaconda_fixes_pct']))
                    self.console_print(profile_stats['missing_anaconda_fixes'],
                                       console_width)

            if options.missing_stig_ids and profile_stats['missing_stig_ids']:
                print("*** rules of '%s' profile missing "
                      "STIG IDs: %d of %d have them [%d%% missing]"
                      % (profile, rules_count - missing_stig_ids_count,
                         rules_count,
                         (100.0 * missing_stig_ids_count / rules_count)))
                self.console_print(profile_stats['missing_stig_ids'],
                                   console_width)

            if options.missing_cis_refs and profile_stats['missing_cis_refs']:
                print("*** rules of '%s' profile missing "
                      "CIS Refs: %d of %d have them [%d%% missing]"
                      % (profile, rules_count - missing_cis_refs_count,
                         rules_count,
                         (100.0 * missing_cis_refs_count / rules_count)))
                self.console_print(profile_stats['missing_cis_refs'],
                                   console_width)

            if options.missing_hipaa_refs and profile_stats['missing_hipaa_refs']:
                print("*** rules of '%s' profile missing "
                      "HIPAA Refs: %d of %d have them [%d%% missing]"
                      % (profile, rules_count - missing_hipaa_refs_count,
                         rules_count,
                         (100.0 * missing_hipaa_refs_count / rules_count)))
                self.console_print(profile_stats['missing_hipaa_refs'],
                                   console_width)

            if options.missing_anssi_refs and profile_stats['missing_anssi_refs']:
                print("*** rules of '%s' profile missing "
                      "ANSSI Refs: %d of %d have them [%d%% missing]"
                      % (profile, rules_count - missing_anssi_refs_count,
                         rules_count,
                         (100.0 * missing_anssi_refs_count / rules_count)))
                self.console_print(profile_stats['missing_anssi_refs'],
                                   console_width)

            if options.missing_ospp_refs and profile_stats['missing_ospp_refs']:
                print("*** rules of '%s' profile missing "
                      "OSPP Refs: %d of %d have them [%d%% missing]"
                      % (profile, rules_count - missing_ospp_refs_count,
                         rules_count,
                         (100.0 * missing_ospp_refs_count / rules_count)))
                self.console_print(profile_stats['missing_ospp_refs'],
                                   console_width)

            if options.missing_cui_refs and profile_stats['missing_cui_refs']:
                print("*** rules of '%s' profile missing "
                      "CUI Refs: %d of %d have them [%d%% missing]"
                      % (profile, rules_count - missing_cui_refs_count,
                         rules_count,
                         (100.0 * missing_cui_refs_count / rules_count)))
                self.console_print(profile_stats['missing_cui_refs'],
                                   console_width)

            if options.missing_cces and profile_stats['missing_cces']:
                print("***Rules of '%s' " % profile + "profile missing " +
                      "CCE identifier: %d of %d [%d%% complete]" %
                      (rules_count - impl_cces_count, rules_count,
                       profile_stats['assigned_cces_pct']))
                self.console_print(profile_stats['missing_cces'],
                                   console_width)

            if options.ansible_parity:
                print("*** rules of '%s' profile with bash fix that implement "
                      "ansible fix scripts: %d out of %d [%d%% complete]"
                      % (profile, impl_bash_fixes_count - len(profile_stats['ansible_parity']),
                         impl_bash_fixes_count,
                         profile_stats['ansible_parity_pct']))
                self.console_print(profile_stats['ansible_parity'],
                                   console_width)

        elif options.format == "html":
            del profile_stats['implemented_ovals']
            del profile_stats['implemented_sces']
            del profile_stats['implemented_bash_fixes']
            del profile_stats['implemented_ansible_fixes']
            del profile_stats['implemented_ignition_fixes']
            del profile_stats['implemented_kubernetes_fixes']
            del profile_stats['implemented_puppet_fixes']
            del profile_stats['implemented_anaconda_fixes']
            del profile_stats['assigned_cces']

            profile_stats['missing_stig_ids_count'] = missing_stig_ids_count
            profile_stats['missing_cis_refs_count'] = missing_cis_refs_count
            profile_stats['missing_hipaa_refs_count'] = missing_hipaa_refs_count
            profile_stats['missing_anssi_refs_count'] = missing_anssi_refs_count
            profile_stats['missing_ospp_refs_count'] = missing_ospp_refs_count
            profile_stats['missing_cui_refs_count'] = missing_cui_refs_count
            profile_stats['missing_ovals_count'] = len(profile_stats['missing_ovals'])
            profile_stats['missing_sces_count'] = len(profile_stats['missing_sces'])
            profile_stats['missing_bash_fixes_count'] = len(profile_stats['missing_bash_fixes'])
            profile_stats['missing_ansible_fixes_count'] = len(profile_stats['missing_ansible_fixes'])
            profile_stats['missing_ignition_fixes_count'] = len(profile_stats['missing_ignition_fixes'])
            profile_stats['missing_kubernetes_fixes_count'] = \
                    len(profile_stats['missing_kubernetes_fixes'])
            profile_stats['missing_puppet_fixes_count'] = len(profile_stats['missing_puppet_fixes'])
            profile_stats['missing_anaconda_fixes_count'] = len(profile_stats['missing_anaconda_fixes'])
            profile_stats['missing_cces_count'] = len(profile_stats['missing_cces'])

            del profile_stats['implemented_ovals_pct']
            del profile_stats['implemented_sces_pct']
            del profile_stats['implemented_bash_fixes_pct']
            del profile_stats['implemented_ansible_fixes_pct']
            del profile_stats['implemented_ignition_fixes_pct']
            del profile_stats['implemented_kubernetes_fixes_pct']
            del profile_stats['implemented_puppet_fixes_pct']
            del profile_stats['implemented_anaconda_fixes_pct']
            del profile_stats['assigned_cces_pct']
            del profile_stats['ssg_version']
            del profile_stats['ansible_parity_pct']

            return profile_stats
        else:
            # First delete the not requested information
            if not options.missing_ovals:
                del profile_stats['missing_ovals']
            if not options.missing_sces:
                del profile_stats['missing_sces']
            if not options.missing_fixes:
                del profile_stats['missing_bash_fixes']
                del profile_stats['missing_ansible_fixes']
                del profile_stats['missing_ignition_fixes']
                del profile_stats['missing_kubernetes_fixes']
                del profile_stats['missing_puppet_fixes']
                del profile_stats['missing_anaconda_fixes']
                del profile_stats['missing_stig_ids']
                del profile_stats['missing_cis_refs']
                del profile_stats['missing_hipaa_refs']
                del profile_stats['missing_anssi_refs']
                del profile_stats['missing_ospp_refs']
                del profile_stats['missing_cui_refs']
            if not options.missing_cces:
                del profile_stats['missing_cces']
            if not options.implemented_ovals:
                del profile_stats['implemented_ovals']
            if not options.implemented_sces:
                del profile_stats['implemented_sces']
            if not options.implemented_fixes:
                del profile_stats['implemented_bash_fixes']
                del profile_stats['implemented_ansible_fixes']
                del profile_stats['implemented_ignition_fixes']
                del profile_stats['implemented_kubernetes_fixes']
                del profile_stats['implemented_puppet_fixes']
                del profile_stats['implemented_anaconda_fixes']
            if not options.assigned_cces:
                del profile_stats['assigned_cces']

            del profile_stats['rules']

            return profile_stats

    def console_print(self, content, width):
        """Prints the 'content' array left aligned, each time 45 characters
           long, each row 'width' characters wide"""

        msg = ''
        for item in content:
            if len(msg) + len(item) < width - 6:
                msg += '   ' + "%-45s" % item
            else:
                print("%s" % msg)
                msg = '   ' + "%-45s" % item
        if msg != '':
            print("%s" % msg)

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XCCDFBenchmark.get_profile_stats() F

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