def test_position_in_dict_ignored(self):
a = Request(target=None, body={"a": 1, "b": 2})
b = Request(target=None, body={"b": 2, "a": 1})
c = Request(target=None, body={"a": 2, "b": 1})
assert Amf.get_representation(a) == Amf.get_representation(b)
assert Amf.get_representation(a) != Amf.get_representation(c)
def test_amf_parse(self):
mq = MethodQueryCanonicalizer("POST", "application/x-amf", 0, BytesIO())
req = Request(target="t", body="")
ev_1 = Envelope(AMF3)
ev_1["/0"] = req
req = Request(target="t", body="alt_content")
ev_2 = Envelope(AMF3)
ev_2["/0"] = req
assert amf_parse(encode(ev_1).getvalue()) != amf_parse(encode(ev_2).getvalue())
def test_amf_parse(self):
mq = MethodQueryCanonicalizer('POST', 'application/x-amf', 0, BytesIO())
req = Request(target='t', body="")
ev_1 = Envelope(AMF3)
ev_1['/0'] = req
req = Request(target='t', body="alt_content")
ev_2 = Envelope(AMF3)
ev_2['/0'] = req
assert mq.amf_parse(encode(ev_1).getvalue(), None) != \
mq.amf_parse(encode(ev_2).getvalue(), None)
def test_order_of_array_preserved(self):
a = Request(target=None, body=[1, 2])
b = Request(target=None, body=[2, 1])
assert Amf.get_representation(a) != Amf.get_representation(b)
def generate_amf_request(request_body=None):
req = Request(target='UserService', body=request_body)
ev = Envelope(pyamf.AMF3)
ev['/0'] = req
return encode(ev).getvalue()