void UserPresenceManagerLeaderImpl::OnMessageReceived(const NetworkConnectionPtr&, NetworkInMessage& message)
{
// Messages to the MuteManagerLeader are considered requests.
XStringPtr nameValue = message.ReadString();
int32 muteValue = message.ReadInt32();
// Set the internal state and tell the baraboo about the new state.
SetName(nameValue);
SetMuteState(muteValue > 0 ? true : false);
}
void XSessionImpl::OnMessageReceived(const NetworkConnectionPtr& connection, NetworkInMessage& message)
{
XStringPtr command = message.ReadString();
JSONMessagePtr jMsg = JSONMessage::CreateFromMessage(command->GetString());
// Route the incoming message to the appropriate function to handle it
if (!m_messageRouter.CallHandler(jMsg, connection))
{
// There was a problem with the message that was sent. Boot the connection
connection->Disconnect();
}
}
void SessionServer::OnMessageReceived(const NetworkConnectionPtr& connection, NetworkInMessage& message)
{
XStringPtr command = message.ReadString();
JSONMessagePtr jMsg = JSONMessage::CreateFromMessage(command->GetString());
// Route the incoming message to the appropriate function to handle it
if (!m_messageRouter.CallHandler(jMsg, connection))
{
// We got a bad or unexpected message; break the connection
connection->Disconnect();
}
}
void CreateOperation::Deserialize(NetworkInMessage& msg)
{
m_elementType = (ElementType)msg.ReadByte();
m_name = msg.ReadString();
m_elementGuid = msg.ReadInt64();
m_parentGuid = msg.ReadInt64();
m_startingValue.Deserialize(msg);
// Read the number of ancestors
uint32 numAncestors = msg.ReadUInt32();
m_hierarchy.reserve(numAncestors);
// Read the GUIDs of the ancestors
for (uint32 i = 0; i < numAncestors; ++i)
{
m_hierarchy.push_back(msg.ReadInt64());
}
// NOTE: authority level is NOT included in the op when serialized; it changes as the op is sent around the network
}