def test_closed_cb_without_final_frame(self):
c = Channel('connection', None, {
20: ChannelClass,
40: ExchangeClass,
50: QueueClass,
60: BasicClass,
90: TransactionClass,
})
c._pending_events = 'foo'
c._frame_buffer = 'foo'
for val in c._class_map.values():
expect(val._cleanup)
expect(c._notify_close_listeners)
c._closed_cb()
assert_equals(deque([]), c._pending_events)
assert_equals(deque([]), c._frame_buffer)
assert_equals(None, c._connection)
assert_false(hasattr(c, 'channel'))
assert_false(hasattr(c, 'exchange'))
assert_false(hasattr(c, 'queue'))
assert_false(hasattr(c, 'basic'))
assert_false(hasattr(c, 'tx'))
assert_equals(None, c._class_map)
assert_equals(set(), c._close_listeners)
def test_clear_synchronous_cb_when_pending_cb_doesnt_match_but_isnt_in_list(self):
c = Channel(None, None, {})
stub(c._flush_pending_events)
c._pending_events = deque(['foo', 'bar'])
assert_raises(ChannelError, c.clear_synchronous_cb, 'bar')
assert_equals(deque(['foo', 'bar']), c._pending_events)
def test_close_with_args(self):
c = Channel(None, None, {})
expect(mock(c, 'channel').close).args(1, 'two', 3, 4)
expect(c.channel.close).args(1, 'two', 3, 4)
c.close(1, 'two', 3, 4)
c.close(reply_code=1, reply_text='two', class_id=3, method_id=4)
def test_clear_synchronous_cb_when_pending_cb_doesnt_match_but_isnt_in_list(self):
c = Channel(None,None,{})
stub( c._flush_pending_events )
c._pending_events = deque(['foo', 'bar'])
assertRaises( ChannelError, c.clear_synchronous_cb, 'bar' )
assertEquals( deque(['foo','bar']), c._pending_events )
def test_next_frame_with_a_frame(self):
c = Channel(None, None, {})
ch_id, c_id, m_id = 0, 1, 2
f0 = MethodFrame(ch_id, c_id, m_id)
f1 = MethodFrame(ch_id, c_id, m_id)
c._frame_buffer = deque([f0, f1])
assertEquals(c.next_frame(), f0)
def channel(self, channel_id=None):
"""
Fetch a Channel object identified by the numeric channel_id, or
create that object if it doesn't already exist. If channel_id is not
None but no channel exists for that id, will raise InvalidChannel. If
there are already too many channels open, will raise TooManyChannels.
"""
if channel_id is None:
# adjust for channel 0
if len(self._channels) - 1 >= self._channel_max:
raise Connection.TooManyChannels(
"%d channels already open, max %d",
len(self._channels) - 1, self._channel_max)
channel_id = self._next_channel_id()
while channel_id in self._channels:
channel_id = self._next_channel_id()
elif channel_id in self._channels:
return self._channels[channel_id]
else:
raise Connection.InvalidChannel("%s is not a valid channel id",
channel_id)
# Call open() here so that ConnectionChannel doesn't have it called. Could
# also solve this other ways, but it's a HACK regardless.
rval = Channel(self, channel_id)
self._channels[channel_id] = rval
rval.open()
return rval
def test_init(self):
connection = mock()
c = Channel(connection, 'id', self._CLASS_MAP)
assert_equals(connection, c._connection)
assert_equals('id', c._channel_id)
assert_true(isinstance(c.channel, ChannelClass))
assert_true(isinstance(c.exchange, ExchangeClass))
assert_true(isinstance(c.queue, QueueClass))
assert_true(isinstance(c.basic, BasicClass))
assert_true(isinstance(c.tx, TransactionClass))
assert_false(c._synchronous)
assert_equals(c._class_map[20], c.channel)
assert_equals(c._class_map[40], c.exchange)
assert_equals(c._class_map[50], c.queue)
assert_equals(c._class_map[60], c.basic)
assert_equals(c._class_map[90], c.tx)
assert_equals(deque([]), c._pending_events)
assert_equals(deque([]), c._frame_buffer)
assert_equals(set([]), c._open_listeners)
assert_equals(set([]), c._close_listeners)
assert_false(c._closed)
assert_equals(
{
'reply_code': 0,
'reply_text': 'first connect',
'class_id': 0,
'method_id': 0
}, c._close_info)
assert_true(c._active)
c = Channel(connection, 'id', self._CLASS_MAP, synchronous=True)
assert_true(c._synchronous)
def test_send_frame_when_not_closed_no_flow_control_pending_event(self):
conn = mock()
c = Channel(conn, 32, {})
c._pending_events.append('cb')
c.send_frame('frame')
assert_equals(deque(['cb', 'frame']), c._pending_events)
def test_send_frame_when_closed_for_no_reason(self):
conn = mock()
c = Channel(conn, 32, {})
c._closed = True
c._close_info = {"reply_code": 42, "reply_text": ""}
assertRaises(ChannelClosed, c.send_frame, "frame")
def test_send_frame_when_not_closed_no_flow_control_pending_event(self):
conn = mock()
c = Channel(conn, 32, {})
c._pending_events.append("cb")
c.send_frame("frame")
self.assertEquals(deque(["cb", "frame"]), c._pending_events)
def test_publish_synchronous(self):
c = Channel(None, None, {})
expect(mock(c, 'tx').select)
expect(mock(c, 'basic').publish).args('arg1', 'arg2', foo='bar')
expect(c.tx.commit).args(cb='a_cb')
c.publish_synchronous('arg1', 'arg2', foo='bar', cb='a_cb')
def test_send_frame_when_not_closed_no_flow_control_no_pending_events(self):
conn = mock()
c = Channel(conn, 32, {})
expect( conn.send_frame ).args('frame')
c.send_frame( 'frame' )
def test_send_frame_when_closed_for_no_reason(self):
conn = mock()
c = Channel(conn, 32, {})
c._closed = True
c._close_info = {'reply_code': 42, 'reply_text': ''}
assert_raises(ChannelClosed, c.send_frame, 'frame')
def test_send_frame_when_closed_for_no_reason(self):
conn = mock()
c = Channel(conn, 32, {})
c._closed = True
c._close_info = {'reply_code': 42, 'reply_text': ''}
assertRaises(ChannelClosed, c.send_frame, 'frame')
def dispatch(self, frame):
'''
Override the default dispatch since we don't need the rest of the stack.
'''
if frame.type() == HeartbeatFrame.type():
self.send_heartbeat()
elif frame.type() == MethodFrame.type():
if frame.class_id == 10:
cb = self._method_map.get(frame.method_id)
if cb:
cb(frame)
else:
raise Channel.InvalidMethod(
"unsupported method %d on channel %d", frame.method_id,
self.channel_id)
else:
raise Channel.InvalidClass(
"class %d is not supported on channel %d", frame.class_id,
self.channel_id)
else:
raise Frame.InvalidFrameType(
"frame type %d is not supported on channel %d", frame.type(),
self.channel_id)
def test_send_frame_when_not_closed_no_flow_control_pending_event(self):
conn = mock()
c = Channel(conn, 32, {})
c._pending_events.append('cb')
c.send_frame('frame')
self.assertEquals(deque(['cb', 'frame']), c._pending_events)
def test_publish_synchronous(self):
c = Channel(None, None, {})
expect(mock(c, 'tx').select)
expect(mock(c, 'basic').publish).args('arg1', 'arg2', foo='bar')
expect(c.tx.commit).args(cb='a_cb')
c.publish_synchronous('arg1', 'arg2', foo='bar', cb='a_cb')
def test_next_frame_with_a_frame(self):
c = Channel(None, None, {})
ch_id, c_id, m_id = 0, 1, 2
f0 = MethodFrame(ch_id, c_id, m_id)
f1 = MethodFrame(ch_id, c_id, m_id)
c._frame_buffer = deque([f0, f1])
assert_equals(c.next_frame(), f0)
def channel(self, channel_id=None, synchronous=False):
"""
Fetch a Channel object identified by the numeric channel_id, or
create that object if it doesn't already exist. If channel_id is not
None but no channel exists for that id, will raise InvalidChannel. If
there are already too many channels open, will raise TooManyChannels.
If synchronous=True, then the channel will act synchronous in all cases
where a protocol method supports `nowait=False`, or where there is an
implied callback in the protocol.
"""
if channel_id is None:
# adjust for channel 0
if len(self._channels) - 1 >= self._channel_max:
raise Connection.TooManyChannels(
"%d channels already open, max %d",
len(self._channels) - 1,
self._channel_max)
channel_id = self._next_channel_id()
while channel_id in self._channels:
channel_id = self._next_channel_id()
elif channel_id in self._channels:
return self._channels[channel_id]
else:
raise Connection.InvalidChannel("%s is not a valid channel id",
channel_id)
# Call open() here so that ConnectionChannel doesn't have it called. Could
# also solve this other ways, but it's a HACK regardless.
ch = Channel(self, channel_id, self._class_map,
synchronous=synchronous)
self._channels[channel_id] = ch
ch.add_close_listener(self._channel_closed)
ch.open()
return ch
def channel(self, channel_id=None):
"""
Fetch a Channel object identified by the numeric channel_id, or
create that object if it doesn't already exist. If channel_id is not
None but no channel exists for that id, will raise InvalidChannel. If
there are already too many channels open, will raise TooManyChannels.
"""
if channel_id is None:
# adjust for channel 0
if len(self._channels)-1 >= self._channel_max:
raise Connection.TooManyChannels( "%d channels already open, max %d",
len(self._channels)-1, self._channel_max )
channel_id = self._next_channel_id()
while channel_id in self._channels:
channel_id = self._next_channel_id()
elif channel_id in self._channels:
return self._channels[channel_id]
else:
raise Connection.InvalidChannel("%s is not a valid channel id", channel_id )
# Call open() here so that ConnectionChannel doesn't have it called. Could
# also solve this other ways, but it's a HACK regardless.
rval = Channel(self, channel_id, self._class_map)
self._channels[ channel_id ] = rval
rval.add_close_listener( self._channel_closed )
rval.open()
return rval
def test_publish_synchronous(self):
c = Channel(None, None, {})
expect(mock(c, "tx").select)
expect(mock(c, "basic").publish).args("arg1", "arg2", foo="bar")
expect(c.tx.commit).args(cb="a_cb")
c.publish_synchronous("arg1", "arg2", foo="bar", cb="a_cb")
def test_send_frame_when_not_closed_no_flow_control_no_pending_events(self):
conn = mock()
c = Channel(conn, 32, {})
expect(conn.send_frame).args('frame')
c.send_frame('frame')
def test_clear_synchronous_cb_when_pending_cb_matches(self):
c = Channel(None,None)
c._pending_events = ['foo']
expect( c._flush_pending_events )
c.clear_synchronous_cb( 'foo' )
assertEquals( [], c._pending_events )
def test_notify_close_listeners(self):
c = Channel(None, None, {})
cb1 = mock()
cb2 = mock()
c._close_listeners = set([cb1, cb2])
expect(cb1).args(c)
expect(cb2).args(c)
c._notify_close_listeners()
def test_requeue_frames(self):
c = Channel(None, None, {})
ch_id, c_id, m_id = 0, 1, 2
f = [MethodFrame(ch_id, c_id, m_id) for i in xrange(4)]
c._frame_buffer = deque(f[:2])
c.requeue_frames(f[2:])
assert_equals(c._frame_buffer, deque([f[i] for i in [3, 2, 0, 1]]))
def test_clear_synchronous_cb_when_pending_cb_doesnt_match_but_isnt_in_list(self):
c = Channel(None,None)
c._pending_events = ['foo']
expect( c._flush_pending_events )
c.clear_synchronous_cb( 'bar' )
assertEquals( ['foo'], c._pending_events )
def test_clear_synchronous_cb_when_pending_cb_matches(self):
c = Channel(None, None)
c._pending_events = ['foo']
expect(c._flush_pending_events)
c.clear_synchronous_cb('foo')
assertEquals([], c._pending_events)
def test_clear_synchronous_cb_when_pending_cb_matches(self):
c = Channel(None, None, {})
c._pending_events = deque(['foo'])
expect(c._flush_pending_events)
assert_equals('foo', c.clear_synchronous_cb('foo'))
assert_equals(deque([]), c._pending_events)
def test_requeue_frames(self):
c = Channel(None, None, {})
ch_id, c_id, m_id = 0, 1, 2
f = [MethodFrame(ch_id, c_id, m_id) for i in xrange(4)]
c._frame_buffer = deque(f[:2])
c.requeue_frames(f[2:])
assertEquals(c._frame_buffer, deque([f[i] for i in [3, 2, 0, 1]]))
def test_clear_synchronous_cb_when_pending_cb_doesnt_match_but_isnt_in_list(self):
c = Channel(None,None,{})
c._pending_events = deque(['foo'])
expect( c._flush_pending_events )
assert_equals( 'bar', c.clear_synchronous_cb('bar') )
assertEquals( deque(['foo']), c._pending_events )
def test_clear_synchronous_cb_when_pending_cb_doesnt_match_but_isnt_in_list(self):
c = Channel(None, None, {})
c._pending_events = deque(['foo'])
expect(c._flush_pending_events)
assert_equals('bar', c.clear_synchronous_cb('bar'))
assert_equals(deque(['foo']), c._pending_events)
def test_add_synchronous_cb_when_transport_asynchronous(self):
conn = mock()
conn.synchronous = False
c = Channel(conn, None, {})
assert_equals(deque([]), c._pending_events)
c.add_synchronous_cb('foo')
assert_equals(deque(['foo']), c._pending_events)
def test_notify_close_listeners(self):
c = Channel(None, None, {})
cb1 = mock()
cb2 = mock()
c._close_listeners = set([cb1, cb2])
expect(cb1).args(c)
expect(cb2).args(c)
c._notify_close_listeners()
def test_clear_synchronous_cb_when_pending_cb_matches(self):
c = Channel(None, None, {})
c._pending_events = deque(['foo'])
expect(c._flush_pending_events)
assert_equals('foo', c.clear_synchronous_cb('foo'))
assertEquals(deque([]), c._pending_events)
def test_add_synchronous_cb_when_transport_asynchronous(self):
conn = mock()
conn.synchronous = False
c = Channel(conn, None, {})
assertEquals(deque([]), c._pending_events)
c.add_synchronous_cb('foo')
assertEquals(deque(['foo']), c._pending_events)
def test_closed_cb_with_final_frame(self):
conn = mock()
c = Channel(conn, None, {})
expect(conn.send_frame).args('final')
for val in c._class_map.values():
expect(val._cleanup)
c._closed_cb('final')
def test_closed_cb_with_final_frame(self):
conn = mock()
c = Channel(conn, None, {})
expect(conn.send_frame).args('final')
for val in c._class_map.values():
expect(val._cleanup)
c._closed_cb('final')
def test_clear_synchronous_cb_when_pending_cb_doesnt_match_but_isnt_in_list(
self):
c = Channel(None, None)
c._pending_events = ['foo']
expect(c._flush_pending_events)
c.clear_synchronous_cb('bar')
assertEquals(['foo'], c._pending_events)
def test_process_frames_stops_when_buffer_is_empty(self):
c = Channel(None, None)
f0 = MethodFrame('ch_id', 'c_id', 'm_id')
f1 = MethodFrame('ch_id', 'c_id', 'm_id')
c._frame_buffer = deque([ f0, f1 ])
expect( c.dispatch ).args( f0 )
expect( c.dispatch ).args( f1 )
c.process_frames()
def test_process_frames_stops_when_frameunderflow_raised(self):
c = Channel(None, None, {})
f0 = MethodFrame('ch_id', 'c_id', 'm_id')
f1 = MethodFrame('ch_id', 'c_id', 'm_id')
c._frame_buffer = deque([f0, f1])
expect(c.dispatch).args(f0).raises(ProtocolClass.FrameUnderflow)
c.process_frames()
assertEquals(f1, c._frame_buffer[0])
def test_process_frames_stops_when_buffer_is_empty(self):
c = Channel(None, None)
f0 = MethodFrame('ch_id', 'c_id', 'm_id')
f1 = MethodFrame('ch_id', 'c_id', 'm_id')
c._frame_buffer = deque([f0, f1])
expect(c.dispatch).args(f0)
expect(c.dispatch).args(f1)
c.process_frames()
def test_process_frames_stops_when_frameunderflow_raised(self):
c = Channel(None, None, {})
f0 = MethodFrame('ch_id', 'c_id', 'm_id')
f1 = MethodFrame('ch_id', 'c_id', 'm_id')
c._frame_buffer = deque([f0, f1])
expect(c.dispatch).args(f0).raises(ProtocolClass.FrameUnderflow)
c.process_frames()
assert_equals(f1, c._frame_buffer[0])
def test_process_frames_with_one_frame(self):
conn = mock()
conn.logger = mock()
c = Channel(conn, None)
ch_id, c_id, m_id = 0, 20, 2
f = MethodFrame(ch_id, c_id, m_id)
c._frame_buffer = deque([ f ])
expect(c.logger.error).args(ignore(), ignore(), exc_info=ignore())
expect(c.close).args(ignore(), ignore())
c.process_frames()
def test_process_frames_stops_when_buffer_is_empty(self):
c = Channel(None, None, {})
f0 = MethodFrame("ch_id", "c_id", "m_id")
f1 = MethodFrame("ch_id", "c_id", "m_id")
c._frame_buffer = deque([f0, f1])
expect(c.dispatch).args(f0)
expect(c.dispatch).args(f1)
c.process_frames()
assert_equals(deque(), c._frame_buffer)
def test_process_frames_with_one_frame(self):
conn = mock()
conn.logger = mock()
c = Channel(conn, None)
ch_id, c_id, m_id = 0, 20, 2
f = MethodFrame(ch_id, c_id, m_id)
c._frame_buffer = deque([f])
expect(c.logger.error).args(ignore(), ignore(), exc_info=ignore())
expect(c.close).args(ignore(), ignore())
c.process_frames()
def test_dispatch(self):
c = Channel(None, None, {})
frame = mock()
frame.class_id = 32
klass = mock()
c._class_map[32] = klass
expect(klass.dispatch).args(frame)
c.dispatch(frame)
frame.class_id = 33
assert_raises(Channel.InvalidClass, c.dispatch, frame)
def test_dispatch(self):
c = Channel(None, None, {})
frame = mock()
frame.class_id = 32
klass = mock()
c._class_map[32] = klass
expect(klass.dispatch).args(frame)
c.dispatch(frame)
frame.class_id = 33
assert_raises(Channel.InvalidClass, c.dispatch, frame)
def test_flush_pending_events_flushes_all_leading_frames(self):
conn = mock()
c = Channel(conn, 42, {})
f1 = MethodFrame(1, 2, 3)
f2 = MethodFrame(1, 2, 3)
f3 = MethodFrame(1, 2, 3)
c._pending_events = deque([f1, f2, 'cb', f3])
expect(conn.send_frame).args(f1)
expect(conn.send_frame).args(f2)
c._flush_pending_events()
assert_equals(deque(['cb', f3]), c._pending_events)
def test_flush_pending_events_flushes_all_leading_frames(self):
conn = mock()
c = Channel(conn, 42, {})
f1 = MethodFrame(1, 2, 3)
f2 = MethodFrame(1, 2, 3)
f3 = MethodFrame(1, 2, 3)
c._pending_events = deque([f1, f2, 'cb', f3])
expect(conn.send_frame).args(f1)
expect(conn.send_frame).args(f2)
c._flush_pending_events()
assertEquals(deque(['cb', f3]), c._pending_events)
def test_process_frames_when_connectionclosed_on_dispatch(self):
c = Channel(None, None, {})
c._connection = mock()
c._connection.logger = mock()
f0 = MethodFrame(20, 30, 40)
f1 = MethodFrame('ch_id', 'c_id', 'm_id')
c._frame_buffer = deque([f0, f1])
expect(c.dispatch).args(f0).raises(ConnectionClosed('something darkside'))
stub(c.close) # assert not called
assert_raises(ConnectionClosed, c.process_frames)
def test_process_frames_when_connectionclosed_on_dispatch(self):
c = Channel(None, None, {})
c._connection = mock()
c._connection.logger = mock()
f0 = MethodFrame(20, 30, 40)
f1 = MethodFrame('ch_id', 'c_id', 'm_id')
c._frame_buffer = deque([f0, f1])
expect(c.dispatch).args(f0).raises(
ConnectionClosed('something darkside'))
stub(c.close) # assert not called
assert_raises(ConnectionClosed, c.process_frames)
def test_process_frames_logs_and_closes_when_systemexit_raised(self):
c = Channel(None, None, {})
c._connection = mock()
c._connection.logger = mock()
f0 = MethodFrame(20, 30, 40)
f1 = MethodFrame('ch_id', 'c_id', 'm_id')
c._frame_buffer = deque([f0, f1])
expect(c.dispatch).args(f0).raises(SystemExit())
stub(c.close)
assert_raises(SystemExit, c.process_frames)
assert_equals(f1, c._frame_buffer[0])
def test_process_frames_logs_and_closes_when_dispatch_error_raised_even_when_exception_on_close(self):
c = Channel(None, None, {})
c._connection = mock()
c._connection.logger = mock()
f0 = MethodFrame(20, 30, 40)
f1 = MethodFrame('ch_id', 'c_id', 'm_id')
c._frame_buffer = deque([f0, f1])
expect(c.dispatch).args(f0).raises(RuntimeError("zomg it broked"))
expect(c.close).raises(ValueError())
assert_raises(RuntimeError, c.process_frames)
assert_equals(f1, c._frame_buffer[0])
def test_process_frames_logs_and_closes_when_dispatch_error_raised(self):
c = Channel(None, None, {})
c._connection = mock()
c._connection.logger = mock()
f0 = MethodFrame(20, 30, 40)
f1 = MethodFrame('ch_id', 'c_id', 'm_id')
c._frame_buffer = deque([f0, f1])
expect(c.dispatch).args(f0).raises(RuntimeError("zomg it broked"))
expect(c.close).args(500, 'Failed to dispatch %s' % (str(f0)))
assert_raises(RuntimeError, c.process_frames)
assertEquals(f1, c._frame_buffer[0])
def test_process_frames_logs_and_closes_when_systemexit_raised(self):
c = Channel(None, None, {})
c._connection = mock()
c._connection.logger = mock()
f0 = MethodFrame(20, 30, 40)
f1 = MethodFrame('ch_id', 'c_id', 'm_id')
c._frame_buffer = deque([f0, f1])
expect(c.dispatch).args(f0).raises(SystemExit())
stub(c.close)
assert_raises(SystemExit, c.process_frames)
assertEquals(f1, c._frame_buffer[0])
def test_properties(self):
connection = mock()
connection.logger = 'logger'
c = Channel(connection, 'id')
c.channel = mock()
c.channel.closed = 'closed'
c.channel.close_info = 'uwerebad'
assertEquals(connection, c.connection)
assertEquals('id', c.channel_id)
assertEquals('logger', c.logger)
assertEquals('closed', c.closed)
assertEquals('uwerebad', c.close_info)
def test_init(self):
c = Channel(
'connection', 'id', {
20: ChannelClass,
40: ExchangeClass,
50: QueueClass,
60: BasicClass,
90: TransactionClass,
})
self.assertEquals('connection', c._connection)
self.assertEquals('id', c._channel_id)
self.assertTrue(isinstance(c.channel, ChannelClass))
self.assertTrue(isinstance(c.exchange, ExchangeClass))
self.assertTrue(isinstance(c.queue, QueueClass))
self.assertTrue(isinstance(c.basic, BasicClass))
self.assertTrue(isinstance(c.tx, TransactionClass))
self.assertEquals(c._class_map[20], c.channel)
self.assertEquals(c._class_map[40], c.exchange)
self.assertEquals(c._class_map[50], c.queue)
self.assertEquals(c._class_map[60], c.basic)
self.assertEquals(c._class_map[90], c.tx)
self.assertEquals(deque([]), c._pending_events)
self.assertEquals(deque([]), c._frame_buffer)
assert_equals(set([]), c._open_listeners)
assert_equals(set([]), c._close_listeners)
assert_false(c._closed)
assert_equals(
{
'reply_code': 0,
'reply_text': 'first connect',
'class_id': 0,
'method_id': 0
}, c._close_info)
assert_true(c._active)
def test_add_synchronous_cb_when_transport_synchronous_and_channel_closes(self):
conn = mock()
conn.synchronous = True
c = Channel(conn,None,{})
wrapper = mock()
wrapper._read = True
wrapper._result = 'done'
expect( channel.SyncWrapper ).args( 'foo' ).returns( wrapper )
expect( conn.read_frames )
expect( conn.read_frames ).side_effect(
lambda: setattr(c, '_closed', True) )
with assert_raises( ChannelClosed ):
c.add_synchronous_cb('foo')
def test_process_frames_raises_systemexit_when_close_raises_systemexit(self):
c = Channel(mock(), 20, {})
c._connection = mock()
c._connection.logger = mock()
f0 = MethodFrame(20, 30, 40)
f1 = MethodFrame('ch_id', 'c_id', 'm_id')
c._frame_buffer = deque([f0, f1])
expect(c.dispatch).args(f0).raises(RuntimeError("zomg it broked"))
expect(c.logger.exception).args(
'Closing on failed dispatch of frame %.255s', f0)
expect(c.close).raises(SystemExit())
assert_raises(SystemExit, c.process_frames)
assert_equals(f1, c._frame_buffer[0])
def test_process_frames_drops_non_close_methods_when_emergency_closing(
self):
c = Channel(mock(), None, self._CLASS_MAP)
c._emergency_close_pending = True
c._connection = mock()
c._connection.logger = mock()
f0 = MethodFrame(1, 30, 40)
f1 = HeaderFrame(1, 30, 0, 0)
f2 = ContentFrame(1, "payload")
f3_basic_close = MethodFrame(1, 20, 40)
f4_basic_close_ok = MethodFrame(1, 20, 41)
f5 = MethodFrame(1, 90, 11)
c._frame_buffer = deque(
[f0, f1, f2, f3_basic_close, f4_basic_close_ok, f5])
expect(c.dispatch).args(f0).times(0)
expect(c.dispatch).args(f1).times(0)
expect(c.dispatch).args(f2).times(0)
expect(c.dispatch).args(f3_basic_close).times(1)
expect(c.dispatch).args(f4_basic_close_ok).times(1)
expect(c.dispatch).args(f5).times(0)
expect(c.logger.warn).times(4)
c.process_frames()
assert_equals(0, len(c._frame_buffer))