def sendRequests(csrf,session,s):
while link_queue.__len__() > 0:
try:
link = link_queue.pop(0)
except IndexError:
break
if link not in visited:
#print sent_links.__len__()
parsed = urlparse(link)
linkrequest = HTTPrequest()
linkrequest.type = "GET"
linkrequest.version = "1.1"
linkrequest.host = parsed.netloc
linkrequest.path = parsed.path
linkrequest.cookies['csrf'] = csrf
linkrequest.cookies['sessionid'] = session
linkrequest.connection = "Keep-Alive"
#linkrequest.encoding = "gzip"
try:
sendRequestOnly(linkrequest,s)
sent_links.append(link)
print(link + " "+ str(secret_flags.__len__()))
except socket.error as err:
link_queue.insert(0,link)
#s.close()
break
def login_to_fakebook(login_link,username,password,csrf):
parsedLink = urlparse(login_link)
loginrequest = HTTPrequest()
loginrequest.type = "POST"
loginrequest.version = "1.1"
loginrequest.host = parsedLink.netloc
loginrequest.path = parsedLink.path
loginrequest.connection = "Keep-Alive"
loginrequest.cookies['csrf'] = csrf
loginrequest.content_type = "application/x-www-form-urlencoded"
loginrequest.content = "username="******"&password="******"&csrfmiddlewaretoken="+csrf
loginresponse = sendRequest(parsedLink.netloc,loginrequest)
return loginresponse
def login_to_fakebook(login_link,username,password,csrf):
# parse login link
parsedLink = urlparse(login_link)
# set parameters for HTTPrequest object
loginrequest = HTTPrequest()
loginrequest.type = "POST"
loginrequest.version = "1.1"
loginrequest.host = parsedLink.netloc
loginrequest.path = parsedLink.path
loginrequest.connection = "Keep-Alive"
loginrequest.cookies['csrf'] = csrf # setting the csrf token from previous request
loginrequest.content_type = "application/x-www-form-urlencoded"
loginrequest.content = "username="******"&password="******"&csrfmiddlewaretoken="+csrf # the content
# send request and return response
loginresponse = sendRequest(parsedLink.netloc,loginrequest)
return loginresponse
def sendRequests(csrf,session,s):
# repeat until link_queue is not empty
while link_queue.__len__() > 0:
# acquire mutex to prevent sync issues
mutex.acquire()
# pop link from queue
# can crash as queue could be empty due to other threads
try:
link = link_queue.pop(0)
except IndexError:
mutex.release() # release mutex and break
break
# if the popped link is not a visited link then send request to it
if link not in visited:
# make request object for it
parsed = urlparse(link)
linkrequest = HTTPrequest()
linkrequest.type = "GET"
linkrequest.version = "1.1"
linkrequest.host = parsed.netloc
linkrequest.path = parsed.path
linkrequest.cookies['csrf'] = csrf # send csrf token
linkrequest.cookies['sessionid'] = session # send session id
linkrequest.connection = "Keep-Alive" # for pipelining
# send the request
try:
s.send(str(linkrequest))
# if no error add link to sent links
sent_links.append(link)
except socket.error:
# if error occurs due to various reasons then insert link at start of queue
link_queue.insert(0,link)
mutex.release() # release mutex and break
#s.close()
break
mutex.release() # release mutex after successful transmission so that other threads can transmit
def getCSRF(login_link):
parsedLink = urlparse(login_link)
request = HTTPrequest()
request.type = "GET"
request.host = parsedLink.netloc
request.path = parsedLink.path
request.version = "1.1"
request.connection = "close"
httpresponse = sendRequest(parsedLink.netloc,request)
return httpresponse.csrf
def getCSRF(login_link):
# parse link using urlparse
parsedLink = urlparse(login_link)
# create request using HTTPrequest object
request = HTTPrequest()
# set parameters of request
request.type = "GET"
request.host = parsedLink.netloc
request.path = parsedLink.path
request.version = "1.1"
request.connection = "close"
# send request and get response
httpresponse = sendRequest(parsedLink.netloc,request)
return httpresponse.csrf # return csrf token
