def sendMessage(self, message, subchannel, channel = None, typeName = None,
asObject = False, asDatagram = False):
"""
Send a direct message to the client.
@type message: str/number/ByteReader
@param subchannel: The subchannel of the message in the range 0-256
@param typeName: If not specified, the type will be
automatically detected (see L{lacewing.packetloaders.common.DATA_TYPES}
for possible values)
"""
if typeName is None:
typeName = detectType(message)
if asObject:
if channel is None:
newMessage = server.ObjectServerMessage()
else:
newMessage = server.ObjectServerChannelMessage()
else:
if channel is None:
newMessage = server.BinaryServerMessage()
else:
newMessage = server.BinaryServerChannelMessage()
newMessage.value = message
newMessage.subchannel = subchannel
if channel is not None:
newMessage.channel = channel.id
newMessage.setDataType(typeName)
self.sendLoader(newMessage, asDatagram)
def sendMessage(self, message, subchannel = 0, fromConnection = None,
asObject = False, typeName = None, **settings):
"""
Send a channel message from the given protocol instance.
@param fromConnection: The client that the message is sent
from (or None if the message is from the server).
@param message: The message to send.
@type message: str/number/ByteReader
@param subchannel: The subchannel to send the message on.
@type subchannel: number
@param typeName: If not specified, the type will be
automatically detected (see L{lacewing.packetloaders.common.DATA_TYPES}
for possible values)
"""
if typeName is None:
typeName = detectType(message)
if asObject:
if fromConnection is None:
newMessage = server.ObjectServerChannelMessage()
else:
newMessage = server.ObjectChannelMessage()
else:
if fromConnection is None:
newMessage = server.BinaryServerChannelMessage()
else:
newMessage = server.BinaryChannelMessage()
newMessage.channel = self.id
newMessage.value = message
newMessage.subchannel = subchannel
if fromConnection is not None:
newMessage.peer = fromConnection.id
newMessage.setDataType(typeName)
self.sendLoader(newMessage, [fromConnection], **settings)
def sendPrivateMessage(self, message, subchannel, sender, recipient,
asObject = False, typeName = None, **settings):
"""
Send a message from this client to a recipient
@type message: str/number/ByteReader
@param subchannel: The subchannel of the message in the range 0-256
@param sender: Sending connection
@type sender: L{ServerProtocol} object
@param recipient: Connection to send message to
@type recipient: L{ServerProtocol} object
@param typeName: If not specified, the type will be
automatically detected (see L{lacewing.packetloaders.common.DATA_TYPES}
for possible values)
"""
if typeName is None:
typeName = detectType(message)
if asObject:
newMessage = server.ObjectPeerMessage()
else:
newMessage = server.BinaryPeerMessage()
newMessage.channel = self.id
newMessage.value = message
newMessage.subchannel = subchannel
newMessage.peer = sender.id
newMessage.setDataType(typeName)
recipient.sendLoader(newMessage, **settings)
def sendMessage(self, message, subchannel, typeName = None,
asObject = False, asDatagram = False):
"""
Send a message to another peer
@type message: str/number/ByteReader
@param subchannel: The subchannel of the message in the range 0-256
@param typeName: If not specified, the type will be
automatically detected (see L{lacewing.packetloaders.common.DATA_TYPES}
for possible values)
"""
if asObject:
newMessage = client.ObjectPeerMessage()
else:
newMessage = client.BinaryPeerMessage()
newMessage.value = message
newMessage.subchannel = subchannel
newMessage.channel = self.channel.id
newMessage.peer = self.id
newMessage.setDataType(typeName or detectType(message))
self.user.sendLoader(newMessage, asDatagram)
