def get_key(self, request):
if request.token:
return '%s&%s' % \
(quote(request.consumer.secret),
quote(request.token.secret))
return '%s&' % quote(request.consumer.secret)
def testEncoding(self):
params = (
(u"abcABC123", u"abcABC123"),
(u"-._~", u"-._~"),
(u"%", u"%25"),
(u"+", u"%2B"),
(u"&=*", u"%26%3D%2A"),
(unichr(0x000A), u"%0A"),
(unichr(0x0020), u"%20"),
(unichr(0x007F), u"%7F"),
(unichr(0x0080), u"%C2%80"),
(unichr(0x3001), u"%E3%80%81"),
)
for p in params:
self.assertEqual(quote(p[0]), p[1])
self.assertEqual(unquote(quote(p[0])), p[1])
def normalized_params(self):
key_values = []
if self.has_oauth_header():
for k, v in self.OAUTH.items():
if k != "signature":
key_values.append((OAUTH_PREFIX + k, v))
if self.request.POST and self.request.META["CONTENT_TYPE"] == "application/x-www-form-urlencoded":
dcts = (self.request.POST, self.request.GET)
else:
dcts = (self.request.GET,)
for dct in dcts:
for k in dct:
if k != OAUTH_PREFIX + "signature":
for value in dct.getlist(k):
key_values.append((k, value))
key_values.sort()
return u"&".join(u"%s=%s" % (quote(unicode(k)), quote(unicode(v))) for k, v in key_values)
def signature_base_string(self):
return u"%s&%s&%s" % (self.request.method, quote(self.base_uri()), quote(self.normalized_params()))
