Top 10 Examples of "bandit in functional component" in Python

def test_yaml_invalid(self):
        # When the config yaml file isn't valid, sys.exit(2) is called.

        # The following is invalid because it starts a sequence and doesn't
        # end it.
        invalid_yaml = '- [ something'
        f = self.useFixture(TempFile(invalid_yaml))
        self.assertRaisesRegex(
            utils.ConfigError, f.name, config.BanditConfig, f.name)

:param checktype: The type of checks to run
        :param nosec_lines: Lines which should be skipped because of nosec
        :return: a score based on the number and type of test results
        '''

        scores = {
            'SEVERITY': [0] * len(constants.RANKING),
            'CONFIDENCE': [0] * len(constants.RANKING)
        }

        tests = self.testset.get_tests(checktype)
        for test in tests:
            name = test.__name__
            # execute test with the an instance of the context class
            temp_context = copy.copy(raw_context)
            context = b_context.Context(temp_context)
            try:
                if hasattr(test, '_config'):
                    result = test(context, test._config)
                else:
                    result = test(context)

                # if we have a result, record it and update scores
                if (result is not None and
                        result.lineno not in self.nosec_lines and
                        temp_context['lineno'] not in self.nosec_lines):

                    if isinstance(temp_context['filename'], bytes):
                        result.fname = temp_context['filename'].decode('utf-8')
                    else:
                        result.fname = temp_context['filename']

def _get_issue_instance(severity=bandit.MEDIUM, confidence=bandit.MEDIUM):
    new_issue = issue.Issue(severity, confidence, 'Test issue')
    new_issue.fname = 'code.py'
    new_issue.test = 'bandit_plugin'
    new_issue.lineno = 1
    return new_issue

def test_issue_filter_severity(self):
        levels = [bandit.LOW, bandit.MEDIUM, bandit.HIGH]
        issues = [_get_issue_instance(l, bandit.HIGH) for l in levels]

        for level in levels:
            rank = constants.RANKING.index(level)
            for i in issues:
                test = constants.RANKING.index(i.severity)
                result = i.filter(level, bandit.UNDEFINED)
                self.assertTrue((test >= rank) == result)

def test_report_contents(self, get_issue_list, get_code):
        self.manager.metrics.data['_totals'] = {'loc': 1000, 'nosec': 50}

        issue_a = _get_issue_instance(severity=bandit.LOW)
        issue_a.fname = 'abc.py'
        issue_a.test = 'AAAAAAA'
        issue_a.text = 'BBBBBBB'
        issue_a.confidence = 'CCCCCCC'
        # don't need to test severity, it determines the color which we're
        # testing separately

        issue_b = _get_issue_instance(severity=bandit.MEDIUM)
        issue_c = _get_issue_instance(severity=bandit.HIGH)

        issue_x = _get_issue_instance()
        get_code.return_value = 'some code'

        issue_y = _get_issue_instance()

        get_issue_list.return_value = collections.OrderedDict(
            [(issue_a, [issue_x, issue_y]),
             (issue_b, [issue_x]), (issue_c, [issue_y])])

        with open(self.tmp_fname, 'w') as tmp_file:
            b_html.report(
                self.manager, tmp_file, bandit.LOW, bandit.LOW)

        with open(self.tmp_fname) as f:

def test_report(self, get_issue_list):
        self.manager.files_list = ['binding.py']
        self.manager.scores = [{'SEVERITY': [0] * len(constants.RANKING),
                                'CONFIDENCE': [0] * len(constants.RANKING)}]

        get_issue_list.return_value = collections.OrderedDict(
            [(self.issue, self.candidates)])

        with open(self.tmp_fname, 'w') as tmp_file:
            b_json.report(self.manager, tmp_file, self.issue.severity,
                          self.issue.confidence)

        with open(self.tmp_fname) as f:
            data = yaml.load(f.read())
            self.assertIsNotNone(data['generated_at'])
            self.assertEqual(self.tmp_fname, data['results'][0]['filename'])
            self.assertEqual(self.issue.severity,
                             data['results'][0]['issue_severity'])
            self.assertEqual(self.issue.confidence,

def test_issue_filter_confidence(self):
        levels = [bandit.LOW, bandit.MEDIUM, bandit.HIGH]
        issues = [_get_issue_instance(bandit.HIGH, l) for l in levels]

        for level in levels:
            rank = constants.RANKING.index(level)
            for i in issues:
                test = constants.RANKING.index(i.confidence)
                result = i.filter(bandit.UNDEFINED, level)
                self.assertTrue((test >= rank) == result)

lineno=2)]

        self.manager.out_file = self.tmp_fname

        self.issue.fname = self.context['filename']
        self.issue.lineno = self.context['lineno']
        self.issue.linerange = self.context['linerange']
        self.issue.test = self.check_name

        self.manager.results.append(self.issue)
        self.manager.metrics = metrics.Metrics()

        # mock up the metrics
        for key in ['_totals', 'binding.py']:
            self.manager.metrics.data[key] = {'loc': 4, 'nosec': 2}
            for (criteria, default) in constants.CRITERIA:
                for rank in constants.RANKING:
                    self.manager.metrics.data[key]['{0}.{1}'.format(
                        criteria, rank
                    )] = 0

:param example_script: Filename of an example script to test
        :param expect: dict with expected values of metrics
        '''
        self.b_mgr.metrics = metrics.Metrics()
        self.b_mgr.scores = []
        self.run_example(example_script)

        # test general metrics (excludes issue counts)
        m = self.b_mgr.metrics.data
        for k in expect:
            if k != 'issues':
                self.assertEqual(expect[k], m['_totals'][k])
        # test issue counts
        if 'issues' in expect:
            for (criteria, default) in C.CRITERIA:
                for rank in C.RANKING:
                    label = '{0}.{1}'.format(criteria, rank)
                    expected = 0
                    if expect['issues'].get(criteria).get(rank):
                        expected = expect['issues'][criteria][rank]
                    self.assertEqual(expected, m['_totals'][label])

def test_plugin():
    sets = []
    sets.append(utils.build_conf_dict(
        'telnet', 'B401', ['telnetlib'],
        'A telnet-related module is being imported.  Telnet is '
        'considered insecure. Use SSH or some other encrypted protocol.',
        'HIGH'
        ))

    sets.append(utils.build_conf_dict(
        'marshal', 'B302', ['marshal.load', 'marshal.loads'],
        'Deserialization with the marshal module is possibly dangerous.'
        ))

    return {'Import': sets, 'ImportFrom': sets, 'Call': sets}