def send(self, message, callback=None, force_json=False):
"""Send message to the client.
`message`
Message to send.
`callback`
Optional callback. If passed, callback will be called
when client received sent message and sent acknowledgment
back.
`force_json`
Optional argument. If set to True (and message is a string)
then the message type will be JSON (Type 4 in socket_io protocol).
This is what you want, when you send already json encoded strings.
"""
if self.is_closed:
return
if callback is not None:
msg = proto.message(self.endpoint,
message,
self.queue_ack(callback, message), force_json)
else:
msg = proto.message(self.endpoint, message, force_json=force_json)
self.session.send_message(msg)
def send(self, message, callback=None, force_json=False):
"""Send message to the client.
`message`
Message to send.
`callback`
Optional callback. If passed, callback will be called
when client received sent message and sent acknowledgment
back.
`force_json`
Optional argument. If set to True (and message is a string)
then the message type will be JSON (Type 4 in socket_io protocol).
This is what you want, when you send already json encoded strings.
"""
if self.is_closed:
return
if callback is not None:
msg = proto.message(self.endpoint,
message,
self.queue_ack(callback, message), force_json)
else:
msg = proto.message(self.endpoint, message, force_json=force_json)
self.session.send_message(msg)
def test_json():
# Create environment
server, session, transport, conn = _get_test_environment()
# Send json message
transport.recv(proto.message(None, dict(a=10, b=20)))
# Check incoming message
eq_(conn.pop_incoming(), dict(a=10, b=20))
# Check outgoing message
eq_(transport.pop_outgoing(), proto.message(None, dict(a=10, b=20)))
def test_json():
# Create environment
server, session, transport, conn = _get_test_environment()
# Send json message
transport.recv(proto.message(None, dict(a=10, b=20)))
# Check incoming message
eq_(conn.pop_incoming(), dict(a=10, b=20))
# Check outgoing message
eq_(transport.pop_outgoing(), proto.message(None, dict(a=10, b=20)))
def test_message():
# Test string message
eq_(proto.message(None, 'abc'), '3:::abc')
eq_(proto.message('abc', 'def'), '3::abc:def')
eq_(proto.message(None, u'\u0403\u0404\u0405'),
u'3:::\u0403\u0404\u0405'.encode('utf-8'))
# TODO: Fix me
eq_(proto.message(None, dict(a=1, b=2)),
'4:::%s' % proto.json_dumps(dict(a=1, b=2)))
def test_message():
# Test string message
eq_(proto.message(None, 'abc'), '3:::abc')
eq_(proto.message('abc', 'def'), '3::abc:def')
eq_(proto.message(None, '\u0403\u0404\u0405'), '3:::\u0403\u0404\u0405')
# TODO: Multibyte encoding fix
# TODO: Fix me
eq_(proto.message(None, dict(a=1, b=2)),
'4:::%s' % proto.json_dumps(dict(a=1, b=2)))
def test_message():
# Test string message
eq_(proto.message(None, 'abc'), '3:::abc')
eq_(proto.message('abc', 'def'), '3::abc:def')
eq_(proto.message(None, '\u0403\u0404\u0405'),
'3:::\u0403\u0404\u0405')
# TODO: Multibyte encoding fix
# TODO: Fix me
eq_(proto.message(None, dict(a=1, b=2)),
'4:::%s' % proto.json_dumps(dict(a=1, b=2)))
def test_message():
# Test string message
eq_(proto.message(None, 'abc'), '3:::abc')
eq_(proto.message('abc', 'def'), '3::abc:def')
eq_(proto.message(None, u'\u0403\u0404\u0405'),
u'3:::\u0403\u0404\u0405'.encode('utf-8'))
# TODO: Fix me
eq_(proto.message(None, dict(a=1, b=2)),
'4:::%s' % proto.json_dumps(dict(a=1, b=2)))
# TODO: Cover event
def test_session_attach():
# Create environment
server, session, transport, conn = _get_test_environment(a=[10])
# Check if connection opened
eq_(conn.is_open, True)
eq_(conn.request.arguments, {'a': [10]})
eq_(conn.request.get_argument('a'), 10)
# Send message and check if it was handled by connection
transport.recv(proto.message(None, 'abc'))
# Check if incoming queue has abc
eq_(conn.pop_incoming(), 'abc')
# Check if outgoing transport has abc
eq_(transport.pop_outgoing(), '3:::abc')
# Close session
conn.close()
# Check if it sent disconnect packet to the client
eq_(transport.pop_outgoing(), '0::')
# Detach
session.remove_handler(transport)
eq_(session.handler, None)
# Check if session is still open
eq_(transport.is_open, False)
eq_(conn.is_open, False)
eq_(session.is_closed, True)
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(message):
eq_(message, 'abc')
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')
def test_on_message(self, m_send):
session = EdtrRouter.create_session(self.request)
self.sleep()
message = 'test message'
session.raw_message(proto.message(None, message))
self.assertEqual(m_send.called, True)
m_send.assert_called_with(message + "from server")
def test_session_attach():
# Create environment
server, session, transport, conn = _get_test_environment(a=[10])
# Check if connection opened
eq_(conn.is_open, True)
eq_(conn.request.arguments, {'a': [10]})
eq_(conn.request.get_argument('a'), 10)
# Send message and check if it was handled by connection
transport.recv(proto.message(None, 'abc'))
# Check if incoming queue has abc
eq_(conn.pop_incoming(), 'abc')
# Check if outgoing transport has abc
eq_(transport.pop_outgoing(), '3:::abc')
# Close session
conn.close()
# Check if it sent disconnect packet to the client
eq_(transport.pop_outgoing(), '0::')
# Detach
session.remove_handler(transport)
eq_(session.handler, None)
# Check if session is still open
eq_(transport.is_open, False)
eq_(conn.is_open, False)
eq_(session.is_closed, True)
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(message):
eq_(message, 'abc')
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')
def send(self, message, callback=None):
"""Send message to the client.
`message`
Message to send.
`callback`
Optional callback. If passed, callback will be called
when client received sent message and sent acknowledgment
back.
"""
if callback is not None:
msg = proto.message(self.endpoint, message,
self.queue_ack(callback, message))
else:
msg = proto.message(self.endpoint, message)
self.session.send_message(msg)
def test_invalid_endpoint():
# Create environment
server, session, transport, conn = _get_test_environment()
# Send message to unconnected endpoint
transport.recv(proto.message('test', 'abc'))
# Check if message was received by default endpoint
eq_(len(conn.incoming), 0)
def test_invalid_endpoint():
# Create environment
server, session, transport, conn = _get_test_environment()
# Send message to unconnected endpoint
transport.recv(proto.message('test', 'abc'))
# Check if message was received by default endpoint
eq_(len(conn.incoming), 0)
def send(self, message, callback=None):
"""Send message to the client.
`message`
Message to send.
`callback`
Optional callback. If passed, callback will be called
when client received sent message and sent acknowledgment
back.
"""
if callback is not None:
msg = proto.message(self.endpoint,
message,
self.queue_ack(callback, message))
else:
msg = proto.message(self.endpoint, message)
self.session.send_message(msg)
def test_endpoint():
# Create environment
server, session, transport, conn = _get_test_environment()
# Connect endpoint
transport.recv(proto.connect('/test?a=123&b=456'))
# Verify that client received connect message
eq_(transport.pop_outgoing(), '1::/test')
# Verify that connection object was created
conn_test = session.endpoints['/test']
eq_(conn_test.endpoint, '/test')
eq_(conn_test.is_open, True)
eq_(conn_test.request.arguments, dict(a=['123'], b=['456']))
eq_(conn_test.request.get_argument('a'), '123')
# Send message to endpoint and verify that it was received
transport.recv(proto.message('/test', 'abc'))
eq_(conn_test.pop_incoming(), 'abc')
eq_(transport.pop_outgoing(), '3::/test:abc')
# Close endpoint connection from client
transport.recv(proto.disconnect('/test'))
# Verify that everything was cleaned up
eq_(transport.pop_outgoing(), '0::/test')
eq_(conn_test.is_open, False)
eq_(conn.is_open, True)
eq_(session.is_closed, False)
eq_(session.endpoints, dict())
# Open another endpoint connection
transport.recv(proto.connect('/test2'))
# Verify that client received connect message
eq_(transport.pop_outgoing(), '1::/test2')
# Get connection
conn_test = session.endpoints['/test2']
eq_(conn_test.request.arguments, dict())
# Close main connection
transport.recv(proto.disconnect())
# Check if connections were closed and sent out
eq_(transport.pop_outgoing(), '0::/test2')
eq_(transport.pop_outgoing(), '0::')
eq_(conn_test.is_open, False)
eq_(conn.is_open, False)
eq_(session.is_closed, True)
def test_endpoint():
# Create environment
server, session, transport, conn = _get_test_environment()
# Connect endpoint
transport.recv(proto.connect("/test?a=123&b=456"))
# Verify that client received connect message
eq_(transport.pop_outgoing(), "1::/test")
# Verify that connection object was created
conn_test = session.endpoints["/test"]
eq_(conn_test.endpoint, "/test")
eq_(conn_test.is_open, True)
eq_(conn_test.request.arguments, dict(a=["123"], b=["456"]))
eq_(conn_test.request.get_argument("a"), "123")
# Send message to endpoint and verify that it was received
transport.recv(proto.message("/test", "abc"))
eq_(conn_test.pop_incoming(), "abc")
eq_(transport.pop_outgoing(), "3::/test:abc")
# Close endpoint connection from client
transport.recv(proto.disconnect("/test"))
# Verify that everything was cleaned up
eq_(transport.pop_outgoing(), "0::/test")
eq_(conn_test.is_open, False)
eq_(conn.is_open, True)
eq_(session.is_closed, False)
eq_(session.endpoints, dict())
# Open another endpoint connection
transport.recv(proto.connect("/test2"))
# Verify that client received connect message
eq_(transport.pop_outgoing(), "1::/test2")
# Get connection
conn_test = session.endpoints["/test2"]
eq_(conn_test.request.arguments, dict())
# Close main connection
transport.recv(proto.disconnect())
# Check if connections were closed and sent out
eq_(transport.pop_outgoing(), "0::/test2")
eq_(transport.pop_outgoing(), "0::")
eq_(conn_test.is_open, False)
eq_(conn.is_open, False)
eq_(session.is_closed, True)
def test_endpoint():
# Create environment
server, session, transport, conn = _get_test_environment()
# Connect endpoint
transport.recv(proto.connect('/test?a=123&b=456'))
# Verify that client received connect message
eq_(transport.pop_outgoing(), '1::/test')
# Verify that connection object was created
conn_test = session.endpoints['/test']
eq_(conn_test.endpoint, '/test')
eq_(conn_test.is_open, True)
eq_(conn_test.request.arguments, dict(a=['123'], b=['456']))
eq_(conn_test.request.get_argument('a'), '123')
# Send message to endpoint and verify that it was received
transport.recv(proto.message('/test', 'abc'))
eq_(conn_test.pop_incoming(), 'abc')
eq_(transport.pop_outgoing(), '3::/test:abc')
# Close endpoint connection from client
transport.recv(proto.disconnect('/test'))
# Verify that everything was cleaned up
eq_(transport.pop_outgoing(), '0::/test')
eq_(conn_test.is_open, False)
eq_(conn.is_open, True)
eq_(session.is_closed, False)
eq_(session.endpoints, dict())
# Open another endpoint connection
transport.recv(proto.connect('/test2'))
# Verify that client received connect message
eq_(transport.pop_outgoing(), '1::/test2')
# Get connection
conn_test = session.endpoints['/test2']
eq_(conn_test.request.arguments, dict())
# Close main connection
transport.recv(proto.disconnect())
# Check if connections were closed and sent out
eq_(transport.pop_outgoing(), '0::/test2')
eq_(transport.pop_outgoing(), '0::')
eq_(conn_test.is_open, False)
eq_(conn.is_open, False)
eq_(session.is_closed, True)
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'))