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import re, json
from collections import defaultdict, namedtuple
class Output:
def __init__(self, options, data):
self.results = None
self.data = data
self.options = options
# calc the amount of fingerprints
fps = data['fingerprints'].data
num_fps_js = sum([len(fps['js'][fp_type]['fps']) for fp_type in fps['js']])
num_fps_os = len(fps['os']['fps'])
num_fps_cms = sum([len(fps['cms'][fp_type]['fps']) for fp_type in fps['cms']])
num_fps_plat = sum([len(fps['platform'][fp_type]['fps']) for fp_type in fps['platform']])
num_fps_vuln = sum([len(fps['vulnerabilities'][source]['fps']) for source in fps['vulnerabilities']])
self.num_fps = num_fps_js + num_fps_os + num_fps_cms + num_fps_plat + num_fps_vuln
self.ip = self.title = self.cookies = None
def replace_version_text(self, text):
# replace text in version output with something else
# (most likely an emtpy string) to improve output
text = re.sub('^wmf/', '', text)
text = re.sub('^develsnap_', '', text)
text = re.sub('^release_candidate_', '', text)
text = re.sub('^release_stable_', '', text)
text = re.sub('^release[-|_]', '', text, flags=re.IGNORECASE) # Umbraco, phpmyadmin
text = re.sub('^[R|r][E|e][L|l]_', '', text)
text = re.sub('^mt', '', text) # Movable Type
text = re.sub('^mybb_', '', text) # myBB
return text
def get_results_of_type(self, result_type):
return [r for r in self.results if type(r).__name__ == result_type]
def update_stats(self):
self.stats = {
'runtime': 'Time: %.1f sec' % (self.data['runtime'], ),
'url_count': 'Urls: %s' % (self.data['url_count'], ),
'fp_count': 'Fingerprints: %s' % (self.num_fps, ),
}
class OutputJSON(Output):
def __init__(self, options, data):
super().__init__(options, data)
self.json_data = []
def add_results(self):
self.results = self.data['results'].results
site_info = self.data['results'].site_info
site = {
'statistics': {
'start_time': self.data['timer'],
'run_time': self.data['runtime'],
'urls': self.data['url_count'],
'fingerprints': self.num_fps
},
'site_info': {
'url': self.options['url'],
'title': site_info['title'],
'cookies': [c for c in site_info['cookies']],
'ip': site_info['ip']
},
'data': []
}
get = self.get_results_of_type
# VERSIONS
for version in ['CMS', 'Platform', 'JavaScript', 'OS']:
site['data'].extend([{'category': version, 'name': v.name, 'version': v.version} for v in get(version)])
# SUBDOMAIN
site['data'].extend([{'category': 'subdomain', 'hostname': sub.subdomain, 'title': sub.page_title, 'ip': sub.ip} for sub in get('Subdomain')])
# INTERESTING
site['data'].extend([{'category': 'Interesting', 'url': i.url, 'note': i.note} for i in get('Interesting')])
# TOOLS
site['data'].extend([{'category': 'Tool', 'name': t.tool_name, 'link': t.link, 'used_for': t.software} for t in get('Tool')])
# VULNERABILITIES
site['data'].extend([{'category': 'Vulnerability', 'name': v.software, 'version': v.version, 'link': v.link, 'num': v.num_vuln} for v in get('Vulnerability')])
self.json_data.append(site)
def add_error(self, msg):
self.json_data.append({
'site_info': {
'url': self.options['url'],
'error': msg
}
})
def write_file(self):
file_name = self.options['write_file']
with open(file_name+ '.json', 'w') as fh:
fh.write(json.dumps(self.json_data, sort_keys=True, indent=4, separators=(',', ': ')))
class OutputPrinter(Output):
def __init__(self, options, data):
super().__init__(options, data)
self.results = self.data['results'].results
self.max_col_width = 60
# Split the list of strings into a list of lists of strings
# This is used to prevent very wide cols (e.g. when a precise version
# detection has not been possible and a long list of candidates is
# shown)
def split_string(self, string_list):
out, tmp = [], []
while len(string_list):
s = string_list.pop(0)
if len(' | '.join(tmp + [s])) > self.max_col_width:
out.append(' | '.join(tmp))
tmp = [s]
else:
tmp.append(s)
out.append(' | '.join(tmp))
return out
def print_results(self):
_header = namedtuple('Header', ['title'])
_caption = namedtuple('Caption', ['left', 'center', 'right'])
_result = namedtuple('Result', ['left', 'center', 'right'])
_space = namedtuple('Space', ['char'])
_status = namedtuple('Status', ['runtime', 'urls', 'fingerprints'])
_info = namedtuple('Info', ['left', 'span_rest'])
p = self.data['printer']
self.update_stats()
output_lines = []
# VERSION
for version in ['CMS', 'Platform', 'JavaScript', 'OS']:
data = defaultdict(list)
for result in self.get_results_of_type(version):
data[result.name].append(self.replace_version_text(result.version))
for result in data:
version_list = self.split_string(sorted(data[result]))
output_lines.append(_result(result, version_list[0] , version))
output_lines.extend([_result('', v, '') for v in version_list[1:]])
# SUBDOMAIN
subdomains = self.get_results_of_type('Subdomain')
if subdomains:
output_lines.extend([_space(' '), _header('SUBDOMAINS'), _caption('Name', 'Page Title', 'IP')])
output_lines.extend([_result(result.subdomain, result.page_title[:self.max_col_width], result.ip) for result in subdomains])
# INTERESTING
interesting = self.get_results_of_type('Interesting')
if interesting:
output_lines.extend([_space(' '), _header('INTERESTING'), _caption('URL', 'Note', 'Type')])
output_lines.extend([_result(result.url, result.note, 'Interesting') for result in interesting])
# PLATFORM NOTES
platform_notes = sorted(self.get_results_of_type('PlatformNote'), key=lambda x: x.platform)
if platform_notes:
output_lines.extend([_space(' '), _header('PLATFORM OBSERVATIONS'), _caption('Platform', 'URL', 'Type')])
output_lines.extend([_result(result.platform, result.url, 'Observation') for result in platform_notes])
# TOOLS
tools = self.get_results_of_type('Tool')
if tools:
output_lines.extend([_space(' '), _header('TOOLS'), _caption('Name', 'Link', 'Software')])
output_lines.extend([_result(result.tool_name, result.link, result.software) for result in tools])
# VULNERABILITES
vulns = self.get_results_of_type('Vulnerability')
if vulns:
output_lines.extend([_space(' '), _header('VULNERABILITIES'), _caption('Affected', '#Vulns', 'Link')])
output_lines.extend([_result(result.software + ' ' +result.version, result.num_vuln, result.link) for result in vulns])
# STATUS
output_lines.append(_space(' '))
output_lines.append(_space('_'))
output_lines.append(_status(self.stats['runtime'], self.stats['url_count'], self.stats['fp_count']))
# calculate the widths of the cols based on 'Results' and 'Status'
widths = [max(map(len, col)) for col in zip(*[i for i in output_lines if type(i).__name__ in ['Result', 'Status']])]
# prepend the site information
# the site title will span 2 cols. It is added here to allow for calculation of the
# actual width of the 2 last cols (instead of just setting the width to 2*self.max_col_width)
intro = [
_header('SITE INFO'),
_caption('IP', 'Title', ''),
_info(self.data['results'].site_info['ip'][0], self.data['results'].site_info['title'][:(widths[1] + widths[2])])
]
# if there are more than one IP in the results (see issue #19)
for i in self.data['results'].site_info['ip'][1:]:
intro.append(_info(i, ''))
intro.extend([_space(' '), _header('VERSION'), _caption('Name', 'Versions', 'Type')])
output_lines = intro + output_lines
# the actual printing of the results
for row in output_lines:
if type(row).__name__ == 'Header':
p.build_line((' ' + row.title + ' ').center(sum(widths)+4, '_'), 'blue', True)
elif type(row).__name__ == 'Caption':
p.build_line(' '.join((val.ljust(width) for val,width in zip(row, widths))), 'green', False)
elif type(row).__name__ == 'Info':
p.build_line(' '.join((val.ljust(width) for val,width in zip(row, [widths[0], widths[1]+widths[2]]))), 'normal', False)
elif type(row).__name__ in ['Result', 'Status']:
p.build_line(' '.join((val.ljust(width) for val,width in zip(row, widths))), 'normal', False)
elif type(row).__name__ == 'Space':
p.build_line(row.char*(sum(widths)+4), 'blue', True)
p.print_built_line()
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