def urlform_decode(formencoded):
"map URL encoded form data to UNICODE keys and values"
query_strings = {}
for param in formencoded.split('&'):
if param.find('=') > -1:
name, value = param.split('=', 1)
query_strings[unicode(urldecode(name),
'UTF-8')] = unicode(urldecode(value),
'UTF-8')
elif param:
query_strings[unicode(urldecode(param), 'UTF-8')] = None
return query_strings
def urlform_decode (formencoded):
"map URL encoded form data to UNICODE keys and values"
query_strings = {}
for param in formencoded.split ('&'):
if param.find ('=') > -1:
name, value = param.split ('=', 1)
query_strings[unicode (
urldecode (name), 'UTF-8'
)] = unicode (urldecode (value), 'UTF-8')
elif param:
query_strings[unicode (
urldecode (param), 'UTF-8'
)] = None
return query_strings
def request(self,endpoint, post = None, login = False, flood_wait = False, assoc = True):
if not self.parent.isLoggedIn and not login:
Exception("Not logged in\n")
return
headers = {
'Connection': 'close',
'Accept': '*/*',
'X-IG-Capabilities ': Constants.X_IG_Capabilities,
'X-IG-Connection-Type': 'WIFI',
'Content-type': 'application/x-www-form-urlencoded; charset=UTF-8',
'Accept-Language':' en-US',
}
ch =requests.Session()
ret =requests.Request()
req = ch.prepare_request(ret)
req.url= Constants.API_URL+endpoint
headers['User-agent']=self.userAgent
req.headers=headers
if self.parent.settingsAdopter['type'] == 'file':
cook = load_cookies(self.parent.settings.cookiesPath)
req.cookies = cook
else :
cookieJar = self.parent.settings.get('cookies');
cookieJarFile = os.tempnam(( tempfile.gettempdir(), uuid.uuid1()))
save_cookies(cookieJar,cookieJarFile)
req.cookies = cookieJar
if (post):
req.method='POST'
req.data= post
if (self.parent.proxy) :
resp = ch.send(req,
verify=self.verifyHost,
proxies=self.parent.proxy,
cert=False,
)
else:
resp = ch.send(req,
verify=self.verifyHost,
cert=False)
if (self.parent.debug):
print "REQUEST: endpoint"
if post:
print 'DATA: '+urllib.urldecode(post)
print "RESPONSE: body\n\n";
return [resp.response.headers, resp.json()];
def url_decode(string): if python_version < (3, 0): from urllib import quote as urldecode; else: from urllib.parse import unquote_plus as urldecode; #endif return urldecode(string);
def urlDecode(what):
res = None
if type(what) == type(""):
res = urllib.unquote(string.replace(what, "+", " "))
elif type(what) == type({}):
res = urllib.urldecode(what)
else:
raise "urlDecode doesn't know how to deal with this kind of data"
return res
def urlDecode(what):
res = None
if type(what) == type(""):
res = urllib.unquote(string.replace(what, "+", " "))
elif type(what) == type({}):
res = urllib.urldecode(what)
else:
raise "urlDecode doesn't know how to deal with this kind of data"
return res
def arg(otherwise, query, name):
"""Extracts the value of a query argument."""
nameLen = len(name)
if name + "=" == query[:1 + nameLen]:
first = 1 + nameLen
else:
first = query.find("&" + name + "=")
if -1 == first:
return otherwise
first += 2 + nameLen
last = query.find("&", first)
return urldecode(query[first:last])
def arg(otherwise, query, name):
"""Extracts the value of a query argument."""
nameLen = len(name)
if name+"=" == query[:1+nameLen]:
first = 1 + nameLen
else:
first = query.find("&"+name+"=")
if -1 == first:
return otherwise
first += 2 + nameLen
last = query.find("&",first)
return urldecode(query[first:last])
def http_continue (self, http):
uri = http.request[1]
try:
uri = list (HTTP_URI.match (uri).groups ())
except:
uri = ['http://', http.collector_headers.get (
'host', self.presto_path
), uri, '', '']
else:
uri[0] = uri[0] or 'http://'
uri[1] = uri[1] or http.collector_headers.get (
'host', self.presto_path
)
http.uri = uri
about = uri[2].split ('/', 2)
about[0] = uri[1]
about = http.uri_about = tuple ((
unicode (urldecode (n), 'UTF-8') for n in about
))
try:
# context, subject and maybe predicate
# || http://host/folder || http://host/folder/file
controller = self.presto_cached[about]
except:
if len (about) > 2:
about = (about[0], about[1])
else:
about = (about[0],)
try:
# context and subject || http://host/folder
controller = self.presto_cached[about]
except:
controller = http_404_close
try:
stalled = controller (http, about)
except:
self.loginfo_traceback ()
http (500)
stalled = False
try:
digest = http.irtd2[4]
except:
digest = '%x' % id (http)
loginfo.log (str (netstring.encode ((
' '.join (http.request),
''.join (uri[:3]),
digest
))), '%d' % http.response)
return stalled
def http_continue(self, http):
uri = http.request[1]
try:
uri = list(HTTP_URI.match(uri).groups())
except:
uri = [
'http://',
http.collector_headers.get('host', self.presto_path), uri, '',
''
]
else:
uri[0] = uri[0] or 'http://'
uri[1] = uri[1] or http.collector_headers.get(
'host', self.presto_path)
http.uri = uri
about = uri[2].split('/', 2)
about[0] = uri[1]
about = http.uri_about = tuple(
(unicode(urldecode(n), 'UTF-8') for n in about))
try:
# context, subject and maybe predicate
# || http://host/folder || http://host/folder/file
controller = self.presto_cached[about]
except:
if len(about) > 2:
about = (about[0], about[1])
else:
about = (about[0], )
try:
# context and subject || http://host/folder
controller = self.presto_cached[about]
except:
controller = http_404_close
try:
stalled = controller(http, about)
except:
self.loginfo_traceback()
http(500)
stalled = False
try:
digest = http.irtd2[4]
except:
digest = '%x' % id(http)
loginfo.log(
str(
netstring.encode(
(' '.join(http.request), ''.join(uri[:3]), digest))),
'%d' % http.response)
return stalled
def prepare(self, record):
"""
Prepares the record to be placed on the queue
"""
if record.exc_info:
record.exc_text = self.formatException(record.exc_info)
record.exc_info = None
# Apply string formatting to the message using args
if hasattr(record, 'args'):
record.msg = urldecode(record.msg) % record.args
record.args = []
serialized_record = json.dumps(record.__dict__)
return serialized_record
def decode_string(s):
"""
>>> decode_string('foo')
u'foo'
>>> decode_string('foo%20bar')
u'foo bar'
>>> decode_string('föö%20bär')
u'f\\xf6\\xf6 b\\xe4r'
"""
try:
s = s.decode('utf-8')
except:
if not type(s) in (str, unicode):
s = unicode(s)
s = unicode(non_ascii_pattern.sub('', s))
return urldecode(s)
def get_pingback_uri(url_to_ping):
"""
Get Pingback url for RPC
"""
pingback_uri = ''
try:
response = urlfetch.fetch(url_to_ping, method=urlfetch.GET, deadline = 10)
except:
pass
try:
pingback_uri = response.headers['X-Pingback']
except KeyError:
_pingback_re = re.compile(r'<link rel="pingback" href="([^"]+)" ?/?>(?i)')
match = _pingback_re.search(response.content)
if match:
pingback_uri =urldecode(match.group(1))
return pingback_uri
def get(self, value):
value = urldecode(value)
qr_key = QRKey.from_value(value)
jsonp = self.request.get('callback')
try:
qr_image = QRStore.get(qr_key)
if not qr_image:
qr_image = QRStore(value)
qr_image.put() # saves the image if new, but otherwise just updates the access time
if self.request.get('info'):
if jsonp:
jsonify(self.response, {"success": True, "message": "QR code now stored in database."}, jsonp)
else:
jsonify(self.response, {"success": True, "message": "QR code now stored in database."})
else:
self.response.headers['Content-Type'] = "image/png"
self.response.out.write(qr_image.get_image())
except QRValueError:
if jsonp:
jsonify(self.response, {"success": False, "message": "Value too short."}, jsonp)
else:
jsonify(self.response, {"success": False, "message": "Value too short."})
def changeProfilePicture(self,photo):
if not photo:
print "Photo not valid\n\n";
return;
uData = json.loads({
'_csrftoken' : self.parent.token,
'_uuid' : self.parent.uuid,
'_uid' : self.parent.username_id,
});
endpoint = Constants.API_URL+'accounts/change_profile_picture/';
boundary = self.parent.uuid;
with open(photo,'rb') as e:
ph= e.read()
bodies = {
{
'type' : 'form-data',
'name' : 'ig_sig_key_version',
'data' : Constants.SIG_KEY_VERSION,
},
{
'type' : 'form-data',
'name' : 'signed_body',
'data' :hmac.new( Constants.IG_SIG_KEY,uData,hashlib.sha256).digest()+uData,
},
{
'type' : 'form-data',
'name' : 'profile_pic',
'data' :ph ,
'filename' : 'profile_pic',
'headers' : [
'Content-type: application/octet-stream',
'Content-Transfer-Encoding: binary',
],
},
};
data = self.buildBody(bodies, boundary);
headers = {
'Proxy-Connection': 'keep-alive',
'Connection': 'keep-alive',
'Accept': '*/*',
'Content-type': 'multipart/form-data; boundary='+boundary,
'Accept-Language': 'en-en',
'Accept-Encoding': 'gzip, deflate',
};
ch =requests.Session()
ret =requests.Request()
req = ch.prepare_request(ret)
req.url= endpoint
headers['User-agent']=self.userAgent
req.headers=headers
cook = load_cookies(self.parent.IGDataPath+self.parent.username+'-cookies.dat')
#curl_setopt(ch, CURLOPT_COOKIEFILE, self.parent.IGDataPath+self.parent.username+'-cookies.dat');
#curl_setopt(ch, CURLOPT_COOKIEJAR, self.parent.IGDataPath+self.parent.username+'-cookies.dat');
req.cookies = cook
req.method='POST'
req.data=post
if (self.parent.proxy) :
resp = s.send(req,
verify=False,
proxies=self.parent.proxy,
cert=False,
)
else:
resp = s.send(req,
verify=False,
cert=False)
if (self.parent.debug):
print "REQUEST: endpoint"
if post:
print 'DATA: '+urllib.urldecode(post)
print "RESPONSE: body\n\n";
def urldecode_rfc3986(string):
return urllib.urldecode(string)
def url_decode(url):
return urllib.urldecode(url)
def parse(self, elt, ps):
val = String.parse(self, elt, ps)
return urldecode(val)
def urldecode(self, st):
return urllib.urldecode(st)
def decode(self, text=""):
if(type(text) == str):
return urllib.unquote(text)
elif(type(text) == dict):
return urllib.urldecode(text)
return text