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functions.py
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functions.py
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import os
import sys
import shutil
import tarfile
import platform
import subprocess
import signal
import re
import time
import threading
import traceback
import colorsys
import socket
import shelve
import datetime
from PIL import Image # logo size, histogram, and list of Exif tags for file enum
from warnings import simplefilter
from urlparse import urlparse
from glob import glob
from Queue import Queue
from lxml import html, etree
from multiprocessing import Process, Pipe
# Local Imports
import requests
from lib.requests.auth import HTTPProxyAuth, HTTPDigestAuth
from lib.constants import *
from conf.modules import *
from conf.settings import fuzzdb, useragent, flist, timeout, ss_delay, nthreads, allow_redir, use_ghost
from lib.rawr_meta import *
import lib.rdp as rdp
import lib.vnc as vnc
meta_parser = Meta_Parser()
# Non stdlib
try:
from lxml import html
if use_ghost:
from ghost import Ghost, Session
except Exception, e:
from lib.banner import *
print(banner)
if isinstance(e, ImportError) or str(e) == "Ghost.py requires PySide or PyQt4":
print("\t%s[x]%s - Run install.sh to get set up. " % (TC.RED, TC.END) + str(e))
else:
print(e)
exit(1)
try:
import pygraphviz as pgv
except Exception, e:
print("\n\t%s[!]%s - pygraphviz - %s\n\n * Diagrams will not be available. *" %
(TC.YELLOW, TC.END, str(e)))
timestamp = datetime.datetime.now().strftime("%Y%m%d-%H%M%S")
platform_type = platform.machine()
simplefilter("ignore") # ignore warnings
dns_cache = {} # DNS lookup result cache - to avoid duplicate records
binging = False # to make sure one bing happens at a time
outs = [] # list of urls that have already been added to the HTML/CSV docs
crawling = 0 # a count of the number of crawls happening simultaneously
threads = [] # contains handles for each thread
q = Queue() # The main queue. Holds db reference for each target.
rd = Queue() # The RD screenshot. Holds RDP/VNC screenshot targets.
output = Queue() # The output queue - prevents output overlap
class RD_Screenshot_Thread(threading.Thread): # Worker class that screenshots RDP/VNC services from the queue 'rd'.
def __init__(self, queue, logdir, output):
threading.Thread.__init__(self)
self.queue = queue
self.logdir = logdir
self.output = output
def run(self):
while not self.queue.empty():
ip, port, t = self.queue.get()
ipnum = get_ipnum(ip)
if t == 'vnc':
f = vnc.get_screenshot(ip, port, self.logdir)
self.output.put(" %s[+]%s VNC Screenshot [ %s:%s ]" % (TC.CYAN, TC.END, ip, port))
else:
f = rdp.get_screenshot(ip, port, self.logdir)
self.output.put(" %s[+]%s RDP Screenshot [ %s:%s ]" % (TC.CYAN, TC.END, ip, port))
hist = get_histval(f)
write_to_html(timestamp, (str(hist), str(ipnum), t, ip, port))
self.queue.task_done()
class OutThread(threading.Thread): # Worker class that displays msgs in the 'output' queue in order and one at a time.
def __init__(self, queue, logfile, opts):
threading.Thread.__init__(self)
self.queue = queue
self.logfile = logfile
self.opts = opts
def run(self):
while True:
writelog(self.queue.get(), self.logfile, self.opts)
self.queue.task_done()
class SiThread(threading.Thread): # Threading class that enumerates hosts contained in the 'q' queue.
def __init__(self, db, timestamp, scriptpath, pjs_path, logfile, logdir, o, opts):
threading.Thread.__init__(self)
self.timestamp = timestamp
self.scriptpath = scriptpath
self.logfile = logfile
self.logdir = logdir
self.output = o
self.opts = opts
self.pjs_path = pjs_path
self.terminate = False
self.busy = False
self.db = db
def run(self):
global dns_cache
global binging
global crawling
global q
global outs
while not self.terminate:
time.sleep(0.5)
if q and not q.empty():
task = q.get()
self.busy = True
target = dict(self.db[task[0]][task[1]]) # the dict, rather than a link to the db...
if task[1] == '.':
hostname = target['ipv4']
else:
hostname = task[1]
port = ''
try:
prefix = "http://"
if 'service_tunnel' in target:
if target['service_tunnel'] == 'ssl':
prefix = "https://"
if not target['port'] in ["80", "443"]:
port = ":" + target['port']
if self.opts.dns and ('is_dns_result' not in target):
hostnames = []
# Don't do Bing>DNS lookups for non-routable IPs
if not re.findall(NRIP_REGEX, target['ipv4']):
if target['ipv4'] in dns_cache:
self.output.put(" %s[.]%s RevDNS\t: %s (%s) - pulling from cache..." %
(TC.PURPLE, TC.END, target['ipv4'], target['hostnames'][0]))
hostnames = dns_cache[target['ipv4']]
else:
while binging: # The intention here is to avoid flooding Bing with requests.
time.sleep(0.5)
binging = True
self.output.put(" %s[@]%s Bing RevDNS\t: %s" % (TC.PURPLE, TC.END, target['ipv4']))
cookies = dict(SRCHHPGUSR='NRSLT=50')
nxt, old_res, hostnames = (1, [], [])
while True:
try:
bing_res = requests.get("https://www.bing.com/search?q=ip%3a" + target['ipv4'] +
'&format=rss&first=%s' % nxt,
verify=False,
timeout=timeout,
allow_redirects=allow_redir,
proxies=self.opts.proxy_dict,
auth=self.opts.proxy_auth,
cookies=cookies).content
except:
error = traceback.format_exc().splitlines()
error_msg("\n".join(error))
self.output.put(
" %s[x]%s Bing RevDNS:\n\t%s\n" % (TC.RED, TC.END, "\n\t".join(error)))
break
if "No results found for ip:" + target['ipv4'] in bing_res:
break
res = re.findall(r"\<link\>(.*?)\<\/link\>", bing_res)
if res == old_res or not res:
break
else:
old_res = res
for r in res:
if 'bing.com' not in r:
r = re.sub("http[s]?\:\/\/", '', r)
hostnames.append(r.split('/')[0])
nxt += 50
dns_cache[target['ipv4']] = list(set(hostnames))
binging = False
if len(hostnames) > 0:
# remove any duplicates from our list of domains...
hostnames = list(set(hostnames))
self.output.put(" %s[+]%s RevDNS\t: found %s DNS names for %s" %
(TC.CYAN, TC.END, len(hostnames), target['ipv4']))
# distribute the load
for hostname in hostnames:
hn = hostname.strip(': ')
if hn not in [target['ipv4'], "https", "http", '']:
if hn not in self.db[task[0]]:
target['is_dns_result'] = True
target['hostnames'] = [hostname.strip()]
self.db[task[0]][hn] = target
q.put((task[0], hn))
self.output.put(" %s[+]%s RevDNS\t: [ %s:%s ] injected into queue." %
(TC.CYAN, TC.END, hn, target['port']))
else:
self.output.put(
" %s[x]%s RevDNS\t: found no DNS entries for %s" % (TC.YELLOW, TC.END, target['ipv4']))
if 'url' not in target:
target['url'] = prefix + hostname + port
elif hostname not in target['url']:
o = urlparse(target['url'])
target['url'] = target['url'].replace(o.scheme + "://" + o.netloc, prefix + hostname + port)
self.output.put(" %s[>]%s Pulling\t: %s" % (TC.GREEN, TC.END, target['url']))
try:
target['res'] = requests.get(target['url'],
headers={"user-agent": target['useragent']},
verify=False,
timeout=timeout,
allow_redirects=allow_redir,
proxies=self.opts.proxy_dict,
auth=self.opts.proxy_auth)
msg = [" %s[+]%s Finished" % (TC.CYAN, TC.END), ""]
except requests.ConnectionError:
try:
if '[401]' in target['res']:
open('%s/4_Exploitation/401_failed_auth.lst' % self.logdir, 'a').write(target['url'])
except:
pass
msg = [" %s[x]%s Not found" % (TC.RED, TC.END), ""]
except socket.timeout:
msg = [" %s[x]%s Timed out" % (TC.RED, TC.END), ""]
except requests.Timeout:
msg = [" %s[x]%s Timed out" % (TC.RED, TC.END), ""]
except:
error = traceback.format_exc().splitlines()
error_msg("\n".join(error))
msg = [" %s[x]%s Error " % (TC.RED, TC.END), ":\n\t%s\n" % ("\n\t".join(error))]
if 'res' in target:
wordlist = []
if not self.opts.json_min:
wl = list(set(target['res'].content.split()))
for w in wl:
if len(w) > 3 and re.search('^[a-zA-Z0-9]+$', w):
if w not in ELEMENT_NAMES:
wordlist.append(w)
if self.opts.getoptions:
try:
res = (requests.options(target['url'],
headers={"user-agent": target['useragent']},
verify=False,
timeout=timeout,
allow_redirects=allow_redir,
proxies=self.opts.proxy_dict,
auth=self.opts.proxy_auth))
if 'allow' in res.headers:
target['options'] = res.headers['allow'].replace(",", " | ")
self.output.put(" %s[o]%s pulled OPTIONS: [ %s:%s ]" %
(TC.PURPLE, TC.END, hostname, target['port']))
except requests.ConnectionError:
msg = [" %s[x]%s Not Found" % (TC.RED, TC.END), ""]
except socket.timeout:
self.output.put(" %s[x]%s Timed out pulling OPTIONS: [ %s:%s ]" %
(TC.RED, TC.END, hostname, target['port']))
except requests.Timeout:
msg = [" %s[x]%s Timed out" % (TC.RED, TC.END), ""]
except:
error = traceback.format_exc().splitlines()
error_msg("\n".join(error))
self.output.put(" %s[x]%s Failed pulling OPTIONS: [ %s:%s ]\n\t%s\n" %
(TC.RED, TC.END, hostname, target['port'], "\n\t".join(error)))
if not self.opts.json_min:
if False and self.opts.dorks and GOOGLE_API_KEY != "X":
# query google dorks for fnames, return list
try:
res = requests.get("https://www.google.com/?gws_rd=ssl#" +
"q=site:" + hostname + "+filetype:" +
'+OR+filetype:'.join(DORKS_FILETYPES) +
"&format=rss&first=" + str(nxt),
headers={"user-agent": target['useragent']},
verify=False,
timeout=timeout,
allow_redirects=allow_redir,
proxies=self.opts.proxy_dict,
auth=self.opts.proxy_auth,
cookies=cookies).content
except:
error = traceback.format_exc().splitlines()
error_msg("\n".join(error))
self.output.put(
" %s[x]%s Google Dorks:\n\t%s\n" % (TC.RED, TC.END, "\n\t".join(error)))
break
docs = re.findall(r"<link>(.*?)</link>", res)
for doc in docs:
fname = urlparse(doc).filename
fpath = '%s/3_Enumeration/meta/%s_%s_files' % (self.logdir, hostname, target['port'])
fn = '%s/%s' % (fpath, fname)
try:
os.makedirs(fpath)
except:
pass
with open(doc, 'wb') as wf:
for chunk in dat.iter_content(200):
wf.write(chunk)
report_fname = '%s/5_Reporting/meta_report_%s.html' % (self.logdir, timestamp)
ret = meta_parser.parse(fn)
try:
target['wordlist'] += ret['words']
except:
target['wordlist'] = [ret['words']]
del ret['words'] # save space on the report
meta_parser.add_to_report(fn, report_fname, ret, url_t2)
if ret:
self.output.put(" %s[#]%s Meta logged: %s" %
(TC.PURPLE, TC.END, os.path.basename(fn)))
target['hist'] = 256
if not (self.opts.noss or self.opts.json_min) and 'res' in target:
parent_conn, child_conn = Pipe()
proc = Process(target=screenshot,
args=(child_conn, target['url'], target['port'],
self.logfile, self.logdir, self.timestamp,
self.scriptpath, self.opts.proxy_dict,
target['useragent'], self.pjs_path,
(self.opts.json or self.opts.json_min),
timeout, use_ghost, self.opts.useragent[target['useragent']]))
proc.start()
r = parent_conn.recv()
proc.join()
if r[0]:
target['hist'] = int(r[1])
self.output.put(
" %s[+]%s Screenshot : [ %s ]" % (TC.CYAN, TC.END, target['url']))
else:
target['hist'] = 0
self.output.put(
" %s[x]%s Screenshot : [ %s ] Failed - %s" % \
(TC.RED, TC.END, target['url'], r[1]))
parent_conn, child_conn = None, None
if self.opts.getcrossdomain:
try:
res = requests.get("%s/crossdomain.xml" % target['url'],
headers={"user-agent": target['useragent']},
verify=False,
timeout=timeout,
allow_redirects=allow_redir,
proxies=self.opts.proxy_dict,
auth=self.opts.proxy_auth)
if res.status_code == 200:
if not self.opts.json_min:
try:
os.makedirs("./3_Enumeration/cross_domain")
except:
pass
open("./3_Enumeration/cross_domain/%s_%s_crossdomain.xml" %
(hostname, target['port']), 'w').write(safe_string(res.content))
self.output.put(" %s[c]%s Pulled crossdomain.xml : [ %s:%s ]" %
(TC.PURPLE, TC.END, hostname, target['port']))
target['crossdomain'] = "y"
except requests.ConnectionError:
msg = [" %s[x]%s Not found: %s" % (TC.RED, TC.END, hostname), ""]
except socket.timeout:
self.output.put(" %s[x]%s Timed out pulling crossdomain.xml : [ %s:%s ]" %
(TC.RED, TC.END, hostname, target['port']))
except requests.Timeout:
msg = [" %s[x]%s Timed out" % (TC.RED, TC.END), ""]
except:
error = traceback.format_exc().splitlines()
error_msg("\n".join(error))
self.output.put(" %s[x]%s Failed pulling crossdomain.xml :\n\t%s\n" %
(TC.RED, TC.END, "\n\t".join(error)))
if self.opts.getrobots:
try:
res = requests.get("%s/robots.txt" % target['url'],
headers={"user-agent": target['useragent']},
verify=False,
timeout=timeout,
allow_redirects=allow_redir,
proxies=self.opts.proxy_dict,
auth=self.opts.proxy_auth)
if res.status_code == 200 and "llow:" in res.content:
if not self.opts.json_min:
try:
os.makedirs("./3_Enumeration/robots")
except:
pass
open("./3_Enumeration/robots/%s_%s_robots.txt" %
(hostname, target['port']), 'w').write(safe_string(res.content))
self.output.put(" %s[r]%s Pulled robots.txt : [ %s:%s ]" %
(TC.PURPLE, TC.END, hostname, target['port']))
target['robots.txt'] = "y"
except requests.ConnectionError:
msg = [" %s[x]%s Not found" % (TC.RED, TC.END), ""]
except socket.timeout:
self.output.put(" %s[x]%s Timed out pulling robots.txt : [ %s:%s ]" %
(TC.RED, TC.END, hostname, target['port']))
except requests.Timeout:
msg = [" %s[x]%s Timed out" % (TC.RED, TC.END), ""]
except:
error = traceback.format_exc().splitlines()
error_msg("\n".join(error))
self.output.put(" %s[x]%s Failed pulling robots.txt :\n\t%s\n" %
(TC.RED, TC.END, "\n\t".join(error)))
if (self.opts.crawl or self.opts.mirror) and not self.opts.json_min:
while crawling >= self.opts.spider_thread_limit:
time.sleep(0.1)
crawling += 1
wordlist += crawl(target, self.logdir, self.timestamp, self.opts)
crawling -= 1
target = parse_data(task, target, self.timestamp, self.scriptpath, self.opts)
wordlist = list(set(wordlist))
try:
wordlist += target['wordlist'] # add our wordlist to all words from crawl
del target['wordlist']
except Exception, ex:
pass
if not self.opts.json_min:
try:
os.makedirs("./4_Exploitation/wordlists/")
except:
pass
with open('./4_Exploitation/wordlists/%s_%s.wl' %
(hostname, target['port']), 'w') as of:
of.write('\n'.join(wordlist))
wordlist = None
if self.opts.json or self.opts.json_min:
output.put(target)
i = target['url'] + "_" + str(self.opts.useragent[target['useragent']])
if not (self.opts.json or self.opts.json_min or i in outs):
outs.append(i)
write_to_html(timestamp, target)
write_to_csv(timestamp, target)
# remove redundant / potentially large entries before adding to db
for x in [x for x in ('defpass', 'res') if x in target]:
del target[x]
self.db[task[0]][task[1]] = target
self.output.put("%s [ %s:%s ]%s" % (msg[0], hostname, target['port'], msg[1]))
except:
error = traceback.format_exc().splitlines()
error_msg("\n".join(error))
self.output.put(" %s[x]%s Failed : [ %s:%s ]\n\t%s\n" %
(TC.RED, TC.END, hostname, target['port'], "\n\t".join(error)))
self.busy = False
busy_count = 0
for t in threads:
if t.busy:
busy_count += 1
self.output.put(" %s[i]%s Main queue size [ %s ] - Threads Busy/Total [ %s/%s ]" %
(TC.BLUE, TC.END, str(q.qsize()), busy_count, nthreads))
q.task_done()
def glob_recurse(f):
files = []
for i in glob(f):
if os.path.isfile(i):
files.append(os.path.abspath(i))
elif os.path.isdir(i):
for x in glob_recurse(i + "/*"):
files.append(os.path.abspath(x))
return files
def init(o):
global db
db = shelve.open('rawr_%s.shelvedb' % timestamp, writeback=True)
db['idx'] = {}
global unix_ts
unix_ts = datetime.datetime.now().strftime("%s")
global ints
ints = {}
global opts
opts = o
return db, ints, opts
def safe_string(s):
try:
r = str(s)
except UnicodeEncodeError:
r = unicode(s).encode('unicode_escape')
return r
def get_histval(fn):
rgb, c = (0, 0, 0), 0
img = Image.open(fn).resize((150, 150)) # taking our hist from a downsized sample
hsv = (0, 0, sum(img.histogram()))
for x in xrange(img.size[0]):
for y in xrange(img.size[1]):
t = img.load()[x, y]
rgb = tuple(map(sum, zip(rgb, t)))
c += 1
rgb = tuple((x / c) for x in rgb)
hsv = colorsys.rgb_to_hsv(*rgb)
return hsv[2]
def screenshot(conn, url, port, logfile, logdir, timestamp, scriptpath, proxy, useragent, pjs_path, silent, timeout,
use_ghost, ua_cksum):
filename = "%s/5_Reporting/images/%s_%s_%s_%s.png" % (logdir, urlparse(url).netloc.split(':')[0], timestamp, port, ua_cksum)
if use_ghost:
ghost = Ghost()
with ghost.start():
session = Session(ghost, wait_timeout=timeout, user_agent=useragent, viewport_size=(640, 480),
show_scrollbars=False, ignore_ssl_errors=True, java_enabled=True, plugins_enabled=True)
if proxy:
session.set_proxy('default', proxy['host'], proxy['port'])
page, res = session.open(url)
if page:
session.capture_to(filename, region=(0, 0, 640, 480))
else:
pass # ERROR MSG
else:
if not os.path.exists(filename): # the picture hasn't already been taken
lp = "/dev/null" # not logging (json, json-min)
if not silent:
lp = logfile
with open(lp, 'ab') as log_pipe:
start = datetime.datetime.now()
cmd = [pjs_path]
if proxy:
cmd.append("--proxy=%s" % proxy['http']) # Same ip:port is used for both http and https.
cmd += "--web-security=no", "--ignore-ssl-errors=yes", "--ssl-protocol=any", \
(scriptpath + "/data/screenshot.js"), url, filename, useragent, str(ss_delay)
try:
process = subprocess.Popen(cmd, stdout=log_pipe, stderr=log_pipe)
while process.poll() is None:
time.sleep(0.1)
now = datetime.datetime.now()
if (now - start).seconds > timeout + 1:
try:
sig = getattr(signal, 'SIGKILL', signal.SIGTERM)
os.kill(process.pid, sig)
os.waitpid(-1, os.WNOHANG)
except:
pass
conn.send( (False, ' Timed Out.') )
conn.close()
except:
conn.send( (False, "\n\t\t".join(traceback.format_exc().splitlines())) )
conn.close()
if not os.path.isfile(filename):
shutil.copy(scriptpath + "/data/error.png", "%s/5_Reporting/images/error.png" % logdir)
conn.send( (False, '.png not created') )
conn.close()
elif os.stat(filename).st_size > 0:
try: # histogram time!
hist = get_histval(filename)
conn.send( (True, hist) )
conn.close()
except Exception, ex: # histogram failed
conn.send( (True, 0) )
conn.close()
else:
shutil.copy(scriptpath + "/data/error.png", "%s/5_Reporting/images/error.png" % logdir)
conn.send( (False, '0 byte file. [Deleted]') )
conn.close()
def crawl(target, logdir, timestamp, opts): # Our Spidering function.
output.put(" %s[>]%s Spidering : [ %s ]" % (TC.GREEN, TC.END, target['url']))
from PIL.ExifTags import TAGS
def recurse(url_t1, urls_t2, tabs, depth):
url_t1 = url_t1.strip('"/\; ()')
for url_t2 in urls_t2:
url_t2 = url_t2.strip('"/\; ()').replace("/#", "")
if opts.verbose:
output.put(" %s[i]%s [%s] threads %s/%s - depth %s/%s - sec %d/%s - urls %s/%s" %
(TC.BLUE, TC.END, target['url'], crawling,
opts.spider_thread_limit, depth, opts.spider_depth,
(datetime.datetime.now() - time_start).seconds,
opts.spider_timeout, len(list(set(urls_visited))), opts.spider_url_limit))
if len(list(set(urls_visited))) > opts.spider_url_limit:
if opts.verbose:
output.put(" %s[!]%s Spidering stopped at depth - %s: [ %s ] - URL limit reached" %
(TC.YELLOW, TC.END, str(depth), target['url']))
break
elif (datetime.datetime.now() - time_start).seconds > opts.spider_timeout:
if opts.verbose:
output.put(" %s[!]%s Spidering stopped at depth - %s: [ %s ] - Timed out" %
(TC.YELLOW, TC.END, str(depth), target['url']))
break
if url_t2 not in ("https://ssl", "http://www", "http://", "http://-", "http:", "https:"): # ga junk
coll.append((url_t1.replace(":", "-"), url_t2.replace(":", "-")))
if not (url_t2 in urls_visited or (opts.spider_url_blacklist and (url_t2 in url_blacklist))):
with open('%s/5_Reporting/diagrams/links_%s_%s__%s.txt' % (logdir, hname, target['port'], timestamp),
'a') as of:
of.write("%s%s\n" % (tabs, safe_string(url_t2)))
if not (url_t2 in urls_visited or (opts.spider_url_blacklist and (url_t2 in url_blacklist))):
try:
p = urlparse(url_t2)
urls_visited.append(url_t2)
if opts.spider_follow_subdomains:
url_t2_hn = ".".join(p.netloc.split(".")[-2:])
else:
url_t2_hn = p.netloc
if url_t2_hn in url_t1 or opts.alt_domains and url_t2_hn in opts.alt_domains.split(','):
urls_t3 = []
try:
doc_f = '%s/3_Enumeration/meta/%s_%s_%s_findings.csv' %\
(logdir, hname, target['port'], timestamp)
dat = session.get(url_t2,
headers={"user-agent": useragent, "referer": url_t1},
verify=False,
timeout=opts.spider_url_timeout,
allow_redirects=False,
proxies=opts.proxy_dict,
auth=opts.proxy_auth)
if dat.status_code == 201:
open('%s/4_Exploitation/201_pages.lst' % logdir, 'a').write(url_t2 + '\n')
elif dat.status_code == (300, 301, 302, 303, 305, 306, 307, 308):
if "location" in dat.headers.keys():
for l in dat.headers['location']:
if url_t2_hn in l:
urls_t3.append(l)
elif dat.status_code in (401, 403):
open('%s/4_Exploitation/auth_sites.lst' % logdir, 'a').write('[' + str(dat.status_code) + '] ' + url_t2 + '\n')
elif dat.content and dat.status_code != 404:
l = list(set(target['res'].content.split()))
for w in l:
if len(w) > 3 and re.search('^[a-zA-Z0-9]+$', w):
wl.append(w)
page = p.path.split('/')[-1]
if opts.mirror:
if not page:
page = '/' + "root_page"
fpath = '%s/3_Enumeration/mirrored_sites/%s_%s%s' %\
(logdir, hname, target['port'], p.path.replace(page, ''))
fn = fpath + page
try:
os.makedirs(fpath)
except:
pass
with open(fn, 'wb') as wf:
for chunk in dat.iter_content(200):
wf.write(chunk)
else:
fpath = '%s/3_Enumeration/meta/%s_%s_files' % (logdir, hname, target['port'])
fn = '%s/%s' % (fpath, page)
ext = p.path.split(".")[-1].lower()
# parse for meta
if ext in DOC_TYPES and url_t2 not in target['docs']:
if not opts.mirror:
fpath = '%s/3_Enumeration/meta/%s_%s_files' % (logdir, hname, target['port'])
fn = '%s/%s' % (fpath, page)
try:
os.makedirs(fpath)
except:
pass
with open(fn, 'wb+') as wf:
for chunk in dat.iter_content(200):
wf.write(chunk)
target['docs'].append(str(url_t2))
try:
os.makedirs('%s/3_Enumeration/meta/' % logdir)
except:
pass
with open(doc_f, 'a+') as ofn:
ofn.write('DOC,%s\n' % safe_string(url_t2))
try:
report_fname = '%s/5_Reporting/meta_report_%s.html' % (logdir, timestamp)
ret = meta_parser.parse(fn)
try:
target['wordlist'] += ret['words']
except:
target['wordlist'] = ret['words']
del ret['words'] # save space on the report
meta_parser.add_to_report(fn, report_fname, ret, url_t2)
if ret:
output.put(" %s[#]%s Meta logged: %s" %
(TC.PURPLE, TC.END, os.path.basename(fn)))
try:
os.system('rm -rf ./tmp')
except:
pass
except:
e = traceback.format_exc().splitlines()
print(" [spider] processing document:\n\t%s\n\t%s" % (url_t2, e))
elif ext in OTHER_TYPES:
try:
os.makedirs(fpath)
except:
pass
with open(doc_f, 'a+') as ofn:
ofn.write('OTHER,%s\n' % safe_string(url_t2))
for u in list(set(re.findall(URL_REGEX, dat.content, re.I))):
urls_t3.append(u.split('"')[0].split("'")[0].split(
"<")[0].split("--")[0].rstrip('%)/.')) # supplement the regex
if dat.content.rstrip():
try: # parse the html for tags w/ href or source
cxt = html.fromstring(str(dat.content))
for el in cxt.iter():
try:
if str(el.tag).strip().lower() in ['link', 'a', 'script', 'iframe',
'applet', 'area', 'object',
'embed', 'form']:
for i, v in el.items():
if i in ("src", "href"):
if "mailto" in v:
x = safe_string(v.split(":")[1]).strip()
try:
if x not in target['email_addresses']:
target['email_addresses'].append(x)
except:
target['email_addresses'] = [x]
else:
if not v.split("//")[0] in ("http:", "https:"):
v = v.replace("../", '')
if not v.startswith("/"):
v = "/" + v
v = p.scheme + "://" + p.netloc + v
urls_t3.append(v)
except:
# pass
e = traceback.format_exc().splitlines()
error_msg(" [spider] parsing HTML element:\n\t%s\n\t%s" %
(url_t2, e))
except:
pass
# e = traceback.format_exc().splitlines()[-1]
# error_msg(" [spider] parsing HTML from:\n\t%s\n\t%s" % (url_t2, e))
urls_t3 = list(set(urls_t3))
if len(urls_t3) > 0:
if not len(list(set(urls_visited))) > opts.spider_url_limit:
if not depth >= opts.spider_depth:
d = (datetime.datetime.now() - time_start).seconds
if not d > opts.spider_timeout:
if opts.spider_breadth_first:
urls_to_crawl.put([url_t2, urls_t3, "\t", depth + 1])
else:
recurse(url_t2, urls_t3, tabs + "\t", depth + 1)
except:
# pass
e = traceback.format_exc().splitlines()
error_msg(" [spider] pulling [ %s ]:\n\t%s" % (target['url'], e))
except:
pass # problem parsing the url
if opts.spider_url_blacklist:
if os.path.isfile(opts.spider_url_blacklist):
url_blacklist = open(opts.spider_url_blacklist).read().split('\n')
output.put(" %s[i]%s Spidering - blacklisting %s urls." % (TC.BLUE, TC.END, len(url_blacklist) - 1))
else:
output.put(" %s[i]%s Spidering - unable to find blacklist file - %s" %
(TC.BLUE, TC.END, opts.spider_url_blacklist))
coll, urls_visited, target['docs'], target['exif_docs'] = [], [], [], []
hname = urlparse(target['url']).netloc
wl = []
time_start = datetime.datetime.now()
session = requests.Session()
if not (opts.json_min or os.path.exists("./5_Reporting/diagrams")):
try:
os.makedirs("./5_Reporting/diagrams")
except:
pass
if opts.spider_breadth_first:
urls_to_crawl = Queue()
urls_to_crawl.put([target['url'], [target['url']], "\t", 1])
while not urls_to_crawl.empty():
x, y, t, d = urls_to_crawl.get()
recurse(x, y, t, d)
urls_to_crawl = None
else: # length first
recurse(target['url'], [target['url']], "\t", 1)
session = None
target['doc_count'] = len(target['docs'])
if len(coll) < 2:
output.put(
" %s[+]%s Finished spider: [ %s ] - no links, skipping graph..." % (TC.CYAN, TC.END, target['url']))
else:
try:
output.put(" %s[+]%s Finished spider: [ %s ] - building graph..." % (TC.CYAN, TC.END, target['url']))
# Graph creation
gr = pgv.AGraph(splines='ortho', rankdir='LR')
gr.node_attr['shape'] = 'rect'
c = []
for x, y in coll: # Add nodes and edges
if x not in c:
c.append(x)
if not (x == y or y in c):
c.append(y)
if opts.verbose:
output.put(" %s[i]%s Processing data for [ %s ]: %s nodes / %s unique" %
(TC.BLUE, TC.END, target['url'], len(c), len(list(set(c)))))
for node in c[:50]:
if node == target['url'].replace(':', '-'):
gr.add_node(node, root=True, shape=ROOT_NODE_SHAPE, color=ROOT_NODE_COLOR)
elif not urlparse(target['url']).netloc in node:
gr.add_node(node, shape=EXTERNAL_NODE_SHAPE, color=EXTERNAL_NODE_COLOR)
else:
gr.add_node(node)
if opts.verbose:
output.put(" %s[i]%s Processing colls for [ %s ]: %s colls" %
(TC.BLUE, TC.END, target['url'], len(coll)))
for x, y in [z for z in coll if z[0] != z[1]]:
gr.add_edge((x, y))
# Draw as PNG
gr.layout(prog=LAYOUT_TYPE)
# will get a warning if the graph is too large - not fatal
f = '%s/5_Reporting/diagrams/diagram_%s_%s__%s_%s.png' %\
(logdir, urlparse(target['url']).netloc, target['port'], timestamp, opts.useragent[target['useragent']])
if opts.verbose:
output.put(" %s[i]%s Drawing diagram for [ %s ]: %s" % (TC.BLUE, TC.END, target['url'], f))