import sys import struct import mock import unittest2 import mitogen.core import mitogen.master import testlib from mitogen.core import b class ConstructorTest(testlib.TestCase): klass = mitogen.core.Message def test_dst_id_default(self): self.assertEquals(self.klass().dst_id, None) def test_dst_id_explicit(self): self.assertEquals(self.klass(dst_id=1111).dst_id, 1111) @mock.patch('mitogen.context_id', 1234) def test_src_id_default(self): self.assertEquals(self.klass().src_id, 1234) def test_src_id_explicit(self): self.assertEquals(self.klass(src_id=4321).src_id, 4321) @mock.patch('mitogen.context_id', 5555) def test_auth_id_default(self): self.assertEquals(self.klass().auth_id, 5555) def test_auth_id_explicit(self): self.assertEquals(self.klass(auth_id=2222).auth_id, 2222) def test_handle_default(self): self.assertEquals(self.klass().handle, None) def test_handle_explicit(self): self.assertEquals(self.klass(handle=1234).handle, 1234) def test_reply_to_default(self): self.assertEquals(self.klass().reply_to, None) def test_reply_to_explicit(self): self.assertEquals(self.klass(reply_to=8888).reply_to, 8888) def test_data_default(self): m = self.klass() self.assertEquals(m.data, b('')) self.assertTrue(isinstance(m.data, mitogen.core.BytesType)) def test_data_explicit(self): m = self.klass(data=b('asdf')) self.assertEquals(m.data, b('asdf')) self.assertTrue(isinstance(m.data, mitogen.core.BytesType)) def test_data_hates_unicode(self): self.assertRaises(Exception, lambda: self.klass(data=u'asdf')) class PackTest(testlib.TestCase): klass = mitogen.core.Message def test_header_format_sanity(self): self.assertEquals(self.klass.HEADER_LEN, struct.calcsize(self.klass.HEADER_FMT)) def test_header_length_correct(self): s = self.klass(dst_id=123, handle=123).pack() self.assertEquals(len(s), self.klass.HEADER_LEN) def test_magic(self): s = self.klass(dst_id=123, handle=123).pack() magic, = struct.unpack('>h', s[:2]) self.assertEquals(self.klass.HEADER_MAGIC, magic) def test_dst_id(self): s = self.klass(dst_id=123, handle=123).pack() dst_id, = struct.unpack('>L', s[2:6]) self.assertEquals(123, dst_id) def test_src_id(self): s = self.klass(src_id=5432, dst_id=123, handle=123).pack() src_id, = struct.unpack('>L', s[6:10]) self.assertEquals(5432, src_id) def test_auth_id(self): s = self.klass(auth_id=1919, src_id=5432, dst_id=123, handle=123).pack() auth_id, = struct.unpack('>L', s[10:14]) self.assertEquals(1919, auth_id) def test_handle(self): s = self.klass(dst_id=123, handle=9999).pack() handle, = struct.unpack('>L', s[14:18]) self.assertEquals(9999, handle) def test_reply_to(self): s = self.klass(dst_id=1231, handle=7777, reply_to=9132).pack() reply_to, = struct.unpack('>L', s[18:22]) self.assertEquals(9132, reply_to) def test_data_length_empty(self): s = self.klass(dst_id=1231, handle=7777).pack() data_length, = struct.unpack('>L', s[22:26]) self.assertEquals(0, data_length) def test_data_length_present(self): s = self.klass(dst_id=1231, handle=7777, data=b('hello')).pack() data_length, = struct.unpack('>L', s[22:26]) self.assertEquals(5, data_length) def test_data_empty(self): s = self.klass(dst_id=1231, handle=7777).pack() data = s[26:] self.assertEquals(b(''), data) def test_data_present(self): s = self.klass(dst_id=11, handle=77, data=b('hello')).pack() data = s[26:] self.assertEquals(b('hello'), data) class IsDeadTest(testlib.TestCase): klass = mitogen.core.Message def test_is_dead(self): msg = self.klass(reply_to=mitogen.core.IS_DEAD) self.assertTrue(msg.is_dead) def test_is_not_dead(self): msg = self.klass(reply_to=5555) self.assertFalse(msg.is_dead) class DeadTest(testlib.TestCase): klass = mitogen.core.Message def test_no_reason(self): msg = self.klass.dead() self.assertEquals(msg.reply_to, mitogen.core.IS_DEAD) self.assertTrue(msg.is_dead) self.assertEquals(msg.data, b('')) def test_with_reason(self): msg = self.klass.dead(reason=u'oh no') self.assertEquals(msg.reply_to, mitogen.core.IS_DEAD) self.assertTrue(msg.is_dead) self.assertEquals(msg.data, b('oh no')) class EvilObject(object): pass class PickledTest(testlib.TestCase): # getting_started.html#rpc-serialization-rules klass = mitogen.core.Message def roundtrip(self, v, router=None): msg = self.klass.pickled(v) msg2 = self.klass(data=msg.data) msg2.router = router return msg2.unpickle() def test_bool(self): for b in True, False: self.assertEquals(b, self.roundtrip(b)) @unittest2.skipIf(condition=sys.version_info < (2, 6), reason='bytearray missing on <2.6') def test_bytearray(self): ba = bytearray(b('123')) self.assertRaises(mitogen.core.StreamError, lambda: self.roundtrip(ba) ) def test_bytes(self): by = b('123') self.assertEquals(by, self.roundtrip(by)) def test_dict(self): d = {1: 2, u'a': 3, b('b'): 4, 'c': {}} roundtrip = self.roundtrip(d) self.assertEquals(d, roundtrip) self.assertTrue(isinstance(roundtrip, dict)) for k in d: self.assertTrue(isinstance(roundtrip[k], type(d[k]))) def test_int(self): self.assertEquals(123, self.klass.pickled(123).unpickle()) def test_list(self): l = [1, u'b', b('c')] roundtrip = self.roundtrip(l) self.assertTrue(isinstance(roundtrip, list)) self.assertEquals(l, roundtrip) for k in range(len(l)): self.assertTrue(isinstance(roundtrip[k], type(l[k]))) @unittest2.skipIf(condition=sys.version_info > (3, 0), reason='long missing in >3.x') def test_long(self): l = long(0xffffffffffff) roundtrip = self.roundtrip(l) self.assertEquals(l, roundtrip) self.assertTrue(isinstance(roundtrip, long)) def test_tuple(self): l = (1, u'b', b('c')) roundtrip = self.roundtrip(l) self.assertEquals(l, roundtrip) self.assertTrue(isinstance(roundtrip, tuple)) for k in range(len(l)): self.assertTrue(isinstance(roundtrip[k], type(l[k]))) def test_unicode(self): u = u'abcd' roundtrip = self.roundtrip(u) self.assertEquals(u, roundtrip) self.assertTrue(isinstance(roundtrip, mitogen.core.UnicodeType)) #### custom types. see also: types_test.py, call_error_test.py # Python 3 pickle protocol 2 does weird stuff depending on whether an empty # or nonempty bytes is being serialized. For non-empty, it yields a # _codecs.encode() call. For empty, it yields a bytes() call. def test_blob_nonempty(self): v = mitogen.core.Blob(b('dave')) roundtrip = self.roundtrip(v) self.assertTrue(isinstance(roundtrip, mitogen.core.Blob)) self.assertEquals(b('dave'), roundtrip) def test_blob_empty(self): v = mitogen.core.Blob(b('')) roundtrip = self.roundtrip(v) self.assertTrue(isinstance(roundtrip, mitogen.core.Blob)) self.assertEquals(b(''), v) def test_secret_nonempty(self): s = mitogen.core.Secret(u'dave') roundtrip = self.roundtrip(s) self.assertTrue(isinstance(roundtrip, mitogen.core.Secret)) self.assertEquals(u'dave', roundtrip) def test_secret_empty(self): s = mitogen.core.Secret(u'') roundtrip = self.roundtrip(s) self.assertTrue(isinstance(roundtrip, mitogen.core.Secret)) self.assertEquals(u'', roundtrip) def test_call_error(self): ce = mitogen.core.CallError('nope') ce2 = self.assertRaises(mitogen.core.CallError, lambda: self.roundtrip(ce)) self.assertEquals(ce.args[0], ce2.args[0]) def test_context(self): router = mitogen.master.Router() try: c = router.context_by_id(1234) roundtrip = self.roundtrip(c) self.assertTrue(isinstance(roundtrip, mitogen.core.Context)) self.assertEquals(c.context_id, 1234) finally: router.broker.shutdown() router.broker.join() def test_sender(self): router = mitogen.master.Router() try: recv = mitogen.core.Receiver(router) sender = recv.to_sender() roundtrip = self.roundtrip(sender, router=router) self.assertTrue(isinstance(roundtrip, mitogen.core.Sender)) self.assertEquals(roundtrip.context.context_id, mitogen.context_id) self.assertEquals(roundtrip.dst_handle, sender.dst_handle) finally: router.broker.shutdown() router.broker.join() #### def test_custom_object_deserialization_fails(self): self.assertRaises(mitogen.core.StreamError, lambda: self.roundtrip(EvilObject()) ) class ReplyTest(testlib.TestCase): # getting_started.html#rpc-serialization-rules klass = mitogen.core.Message def test_reply_calls_router_route(self): msg = self.klass(src_id=1234, reply_to=9191) router = mock.Mock() msg.reply(123, router=router) self.assertEquals(1, router.route.call_count) def test_reply_pickles_object(self): msg = self.klass(src_id=1234, reply_to=9191) router = mock.Mock() msg.reply(123, router=router) _, (reply,), _ = router.route.mock_calls[0] self.assertEquals(reply.dst_id, 1234) self.assertEquals(reply.unpickle(), 123) def test_reply_uses_preformatted_message(self): msg = self.klass(src_id=1234, reply_to=9191) router = mock.Mock() my_reply = mitogen.core.Message.pickled(4444) msg.reply(my_reply, router=router) _, (reply,), _ = router.route.mock_calls[0] self.assertTrue(my_reply is reply) self.assertEquals(reply.dst_id, 1234) self.assertEquals(reply.unpickle(), 4444) def test_reply_sets_dst_id(self): msg = self.klass(src_id=1234, reply_to=9191) router = mock.Mock() msg.reply(123, router=router) _, (reply,), _ = router.route.mock_calls[0] self.assertEquals(reply.dst_id, 1234) def test_reply_sets_handle(self): msg = self.klass(src_id=1234, reply_to=9191) router = mock.Mock() msg.reply(123, router=router) _, (reply,), _ = router.route.mock_calls[0] self.assertEquals(reply.handle, 9191) class UnpickleTest(testlib.TestCase): # mostly done by PickleTest, just check behaviour of parameters klass = mitogen.core.Message def test_throw(self): ce = mitogen.core.CallError('nope') m = self.klass.pickled(ce) ce2 = self.assertRaises(mitogen.core.CallError, lambda: m.unpickle()) self.assertEquals(ce.args[0], ce2.args[0]) def test_no_throw(self): ce = mitogen.core.CallError('nope') m = self.klass.pickled(ce) ce2 = m.unpickle(throw=False) self.assertEquals(ce.args[0], ce2.args[0]) def test_throw_dead(self): m = self.klass.pickled('derp', reply_to=mitogen.core.IS_DEAD) self.assertRaises(mitogen.core.ChannelError, lambda: m.unpickle()) def test_no_throw_dead(self): m = self.klass.pickled('derp', reply_to=mitogen.core.IS_DEAD) self.assertEquals('derp', m.unpickle(throw_dead=False)) class UnpickleCompatTest(testlib.TestCase): # try weird variations of pickles from different Python versions. klass = mitogen.core.Message def check(self, value, encoded, **kwargs): if isinstance(encoded, mitogen.core.UnicodeType): encoded = encoded.encode('latin1') m = self.klass(data=encoded) m.router = mitogen.master.Router() try: return m.unpickle(**kwargs) finally: m.router.broker.shutdown() m.router.broker.join() def test_py24_bytes(self): self.check('test', ('\x80\x02U\x04testq\x00.')) def test_py24_unicode(self): self.check(u'test', ('\x80\x02X\x04\x00\x00\x00testq\x00.')) def test_py24_int(self): self.check(123, ('\x80\x02K{.')) def test_py24_long(self): self.check(17592186044415, ('\x80\x02\x8a\x06\xff\xff\xff\xff\xff\x0f.')) def test_py24_dict(self): self.check({}, ('\x80\x02}q\x00.')) def test_py24_tuple(self): self.check((1, 2, u'b'), ('\x80\x02K\x01K\x02X\x01\x00\x00\x00bq\x00\x87q\x01.')) def test_py24_bool(self): self.check(True, ('\x80\x02\x88.')) def test_py24_list(self): self.check([1, 2, u'b'], ('\x80\x02]q\x00(K\x01K\x02X\x01\x00\x00\x00bq\x01e.')) def test_py24_blob(self): self.check(mitogen.core.mitogen.core.Blob(b('bigblob')), ('\x80\x02cmitogen.core\nBlob\nq\x00U\x07bigblobq\x01\x85q\x02Rq\x03.')) def test_py24_secret(self): self.check(mitogen.core.Secret(u'mypassword'), ('\x80\x02cmitogen.core\nSecret\nq\x00X\n\x00\x00\x00mypasswordq\x01\x85q\x02Rq\x03.')) def test_py24_call_error(self): self.check(mitogen.core.CallError('big error'), ('\x80\x02cmitogen.core\n_unpickle_call_error\nq\x00X\t\x00\x00\x00big errorq\x01\x85q\x02R.'), throw=False) def test_py24_context(self): self.check(mitogen.core.Context(1234, None), ('\x80\x02cmitogen.core\n_unpickle_context\nq\x00M\xd2\x04N\x86q\x01Rq\x02.')) def test_py24_sender(self): self.check(mitogen.core.Sender(mitogen.core.Context(55555, None), 4444), ('\x80\x02cmitogen.core\n_unpickle_sender\nq\x00M\x03\xd9M\\\x11\x86q\x01Rq\x02.')) def test_py27_bytes(self): self.check(b('test'), ('\x80\x02U\x04testq\x01.')) def test_py27_unicode(self): self.check(u'test', ('\x80\x02X\x04\x00\x00\x00testq\x01.')) def test_py27_int(self): self.check(123, ('\x80\x02K{.')) def test_py27_long(self): self.check(17592186044415, ('\x80\x02\x8a\x06\xff\xff\xff\xff\xff\x0f.')) def test_py27_dict(self): self.check({}, ('\x80\x02}q\x01.')) def test_py27_tuple(self): self.check((1, 2, u'b'), ('\x80\x02K\x01K\x02X\x01\x00\x00\x00b\x87q\x01.')) def test_py27_bool(self): self.check(True, ('\x80\x02\x88.')) def test_py27_list(self): self.check([1, 2, u'b'], ('\x80\x02]q\x01(K\x01K\x02X\x01\x00\x00\x00be.')) def test_py27_blob(self): self.check(mitogen.core.mitogen.core.Blob(b('bigblob')), ('\x80\x02cmitogen.core\nBlob\nq\x01U\x07bigblob\x85Rq\x02.')) def test_py27_secret(self): self.check(mitogen.core.Secret(u'mypassword'), ('\x80\x02cmitogen.core\nSecret\nq\x01X\n\x00\x00\x00mypassword\x85Rq\x02.')) def test_py27_call_error(self): self.check(mitogen.core.CallError(u'big error',), ('\x80\x02cmitogen.core\n_unpickle_call_error\nq\x01X\t\x00\x00\x00big errorq\x02\x85Rq\x03.'), throw=False) def test_py27_context(self): self.check(mitogen.core.Context(1234, None), ('\x80\x02cmitogen.core\n_unpickle_context\nq\x01M\xd2\x04N\x86Rq\x02.')) def test_py27_sender(self): self.check(mitogen.core.Sender(mitogen.core.Context(55555, None), 4444), ('\x80\x02cmitogen.core\n_unpickle_sender\nq\x01M\x03\xd9M\\\x11\x86Rq\x02.')) def test_py36_bytes(self): self.check(b('test'), ('\x80\x02c_codecs\nencode\nq\x00X\x04\x00\x00\x00testq\x01X\x06\x00\x00\x00latin1q\x02\x86q\x03Rq\x04.')) def test_py36_unicode(self): self.check('test', ('\x80\x02X\x04\x00\x00\x00testq\x00.')) def test_py36_int(self): self.check(123, ('\x80\x02K{.')) def test_py36_long(self): self.check(17592186044415, ('\x80\x02\x8a\x06\xff\xff\xff\xff\xff\x0f.')) def test_py36_dict(self): self.check({}, ('\x80\x02}q\x00.')) def test_py36_tuple(self): self.check((1, 2, u'b'), ('\x80\x02K\x01K\x02X\x01\x00\x00\x00bq\x00\x87q\x01.')) def test_py36_bool(self): self.check(True, ('\x80\x02\x88.')) def test_py36_list(self): self.check([1, 2, u'b'], ('\x80\x02]q\x00(K\x01K\x02X\x01\x00\x00\x00bq\x01e.')) def test_py36_blob(self): self.check(mitogen.core.mitogen.core.Blob(b('bigblob')), ('\x80\x02cmitogen.core\nBlob\nq\x00c_codecs\nencode\nq\x01X\x07\x00\x00\x00bigblobq\x02X\x06\x00\x00\x00latin1q\x03\x86q\x04Rq\x05\x85q\x06Rq\x07.')) def test_py36_secret(self): self.check(mitogen.core.Secret('mypassword'), ('\x80\x02cmitogen.core\nSecret\nq\x00X\n\x00\x00\x00mypasswordq\x01\x85q\x02Rq\x03.')) def test_py36_call_error(self): self.check(mitogen.core.CallError('big error'), ('\x80\x02cmitogen.core\n_unpickle_call_error\nq\x00X\t\x00\x00\x00big errorq\x01\x85q\x02Rq\x03.'), throw=False) def test_py36_context(self): self.check(mitogen.core.Context(1234, None), ('\x80\x02cmitogen.core\n_unpickle_context\nq\x00M\xd2\x04N\x86q\x01Rq\x02.')) def test_py36_sender(self): self.check(mitogen.core.Sender(mitogen.core.Context(55555, None), 4444), ('\x80\x02cmitogen.core\n_unpickle_sender\nq\x00M\x03\xd9M\\\x11\x86q\x01Rq\x02.')) class ReprTest(testlib.TestCase): klass = mitogen.core.Message def test_repr(self): # doesn't crash repr(self.klass.pickled('test')) if __name__ == '__main__': unittest2.main()