def test_failed_event():
# Create environment
server, session, transport, conn = _get_test_environment(EventConnection)
# Send event
transport.recv(proto.event(None, 'test', None, a=10, b=20))
# Check response
eq_(transport.pop_outgoing(), proto.event(None, 'test', None, a=10, b=20))
# Throw invalid event
transport.recv(proto.event(None, 'test', None, a=10))
def test_failed_event():
# Create environment
server, session, transport, conn = _get_test_environment(EventConnection)
# Send event
transport.recv(proto.event(None, 'test', a=10, b=20))
# Check response
eq_(transport.pop_outgoing(), proto.event(None, 'test', a=10, b=20))
# Throw invalid event
transport.recv(proto.event(None, 'test', a=10))
def test_event():
# Create environment
server, session, transport, conn = _get_test_environment()
# Send event
transport.recv(proto.event(None, None, 'test', a=10, b=20))
# Send event with multiple parameters
transport.recv('5:::{"name":"test", "args":[10, 20]}')
# Check incoming
eq_(conn.pop_event(), ('test', dict(a=10, b=20)))
# Check outgoing
eq_(transport.pop_outgoing(), proto.event(None, 'test', a=10, b=20))
def test_event():
# Create environment
server, session, transport, conn = _get_test_environment()
# Send event
transport.recv(proto.event(None, 'test', None, a=10, b=20))
# Send event with multiple parameters
transport.recv('5:::{"name":"test", "args":[10, 20]}')
# Check incoming
eq_(conn.pop_event(), ('test', dict(a=10, b=20)))
# Check outgoing
eq_(transport.pop_outgoing(), proto.event(None, 'test', None, a=10, b=20))
def emit(self, name, *args, **kwargs):
"""Send socket.io event.
`name`
Name of the event
`kwargs`
Optional event parameters
"""
msg = proto.event(self.endpoint, name, None, *args, **kwargs)
self.session.send_message(msg)
def emit(self, name, *args, **kwargs):
"""Send socket.io event.
`name`
Name of the event
`kwargs`
Optional event parameters
"""
msg = proto.event(self.endpoint, name, None, *args, **kwargs)
self.session.send_message(msg)
def test_ack():
# Create environment
server, session, transport, conn = _get_test_environment()
# Send message with ACK
transport.recv(proto.message(None, 'abc', 1))
# Check that message was received by the connection
eq_(conn.pop_incoming(), 'abc')
# Check for ACK
eq_(transport.pop_outgoing(), '3:::abc')
eq_(transport.pop_outgoing(), '6:::1')
# Send with ACK
def handler(msg, data):
eq_(msg, 'abc')
eq_(data, None)
conn.send('yes')
conn.send('abc', handler)
eq_(transport.pop_outgoing(), '3:1::abc')
# Send ACK from client
transport.recv('6:::1')
# Check if handler was called
eq_(transport.pop_outgoing(), '3:::yes')
# Test ack with event
# Send event with multiple parameters
transport.recv(proto.event(None, 'test', 1, a=10, b=20))
# Check outgoing
eq_(transport.pop_outgoing(), proto.event(None, 'test', None, a=10, b=20))
eq_(transport.pop_outgoing(), proto.ack(None, 1, 'test'))
def test_ack():
# Create environment
server, session, transport, conn = _get_test_environment()
# Send message with ACK
transport.recv(proto.message(None, 'abc', 1))
# Check that message was received by the connection
eq_(conn.pop_incoming(), 'abc')
# Check for ACK
eq_(transport.pop_outgoing(), '3:::abc')
eq_(transport.pop_outgoing(), '6:::1')
# Send with ACK
def handler(msg, data):
eq_(msg, 'abc')
eq_(data, None)
conn.send('yes')
conn.send('abc', handler)
eq_(transport.pop_outgoing(), '3:1::abc')
# Send ACK from client
transport.recv('6:::1')
# Check if handler was called
eq_(transport.pop_outgoing(), '3:::yes')
# Test ack with event
# Send event with multiple parameters
transport.recv(proto.event(None, 'test', 1, a=10, b=20))
# Check outgoing
eq_(transport.pop_outgoing(), proto.event(None, 'test', None, a=10, b=20))
eq_(transport.pop_outgoing(), proto.ack(None, 1, 'test'))
def emit_ack(self, callback, name, *args, **kwargs):
"""Send socket.io event with acknowledgment.
`callback`
Acknowledgment callback
`name`
Name of the event
`kwargs`
Optional event parameters
"""
msg = proto.event(self.endpoint, name,
self.queue_ack(callback, (name, args, kwargs)),
*args, **kwargs)
self.session.send_message(msg)
def emit_ack(self, callback, name, *args, **kwargs):
"""Send socket.io event with acknowledgment.
`callback`
Acknowledgment callback
`name`
Name of the event
`kwargs`
Optional event parameters
"""
msg = proto.event(self.endpoint,
name,
self.queue_ack(callback, (name, args, kwargs)),
*args,
**kwargs)
self.session.send_message(msg)
def on_refresh_connection(self, endpoint_name):
logging.debug('* * * Refresh connection')
data_list = self.get_missed_ops(self.client_cts)
if len(data_list):
logging.debug('* * * %i new operations:' % len(data_list))
for op in data_list:
logging.debug(repr(op))
# dirty hack
server_cts = get_cts()
self.client_cts = server_cts
msg = proto.event(endpoint_name, 'operations', None, {'ops' : data_list, 'new_cts' : server_cts})
self.session.send_queue.append(msg)
return True
cur_date = datetime.now()
dt = cur_date - self.connection_date
if dt.seconds / 3600.0 > 2:
return False
return True
def on_refresh_connection(self, endpoint_name):
logging.debug('* * * Refresh connection')
data_list = self.get_missed_ops(self.client_cts)
if len(data_list):
logging.debug('* * * %i new operations:' % len(data_list))
for op in data_list:
logging.debug(repr(op))
# dirty hack
server_cts = get_cts()
self.client_cts = server_cts
msg = proto.event(endpoint_name, 'operations', None, {
'ops': data_list,
'new_cts': server_cts
})
self.session.send_queue.append(msg)
return True
cur_date = datetime.now()
dt = cur_date - self.connection_date
if dt.seconds / 3600.0 > 2:
return False
return True
def test_event_get_tree(self, m_emit):
session = EdtrRouter.create_session(self.request)
session.raw_message(proto.event(None, 'get_tree', None))
self.sleep()
m_emit.assert_called()