private void HandleUserQuit(Msg_LR_UserQuit msg, PBChannel channel, int handle, uint seq)
{
bool isFieldThread;
int ix = GetActiveRoomThreadIndex(msg.RoomID, out isFieldThread);
if (ix >= 0)
{
if (isFieldThread)
{
RoomThread roomThread = field_roomthread_list_[ix];
roomThread.QueueAction(roomThread.HandleUserQuit, msg, channel);
}
else
{
RoomThread roomThread = roomthread_list_[ix];
roomThread.QueueAction(roomThread.HandleUserQuit, msg, channel);
}
}
else
{
Msg_RL_UserQuit replyBuilder = new Msg_RL_UserQuit();
replyBuilder.UserGuid = msg.UserGuid;
replyBuilder.RoomID = msg.RoomID;
channel.Send(replyBuilder);
}
}
private void HandleReconnectUser(Msg_LR_ReconnectUser urMsg, PBChannel channel, int handle, uint seq)
{
bool isFieldThread;
int ix = GetActiveRoomThreadIndex(urMsg.RoomID, out isFieldThread);
if (ix < 0)
{
Msg_RL_ReplyReconnectUser replyBuilder = new Msg_RL_ReplyReconnectUser();
replyBuilder.UserGuid = urMsg.UserGuid;
replyBuilder.RoomID = urMsg.RoomID;
replyBuilder.Result = (int)Msg_RL_ReplyReconnectUser.ReconnectResultEnum.NotExist;
channel.Send(replyBuilder);
}
else
{
if (isFieldThread)
{
RoomThread roomThread = field_roomthread_list_[ix];
roomThread.QueueAction(roomThread.HandleReconnectUser, urMsg, channel, handle, seq);
}
else
{
RoomThread roomThread = roomthread_list_[ix];
roomThread.QueueAction(roomThread.HandleReconnectUser, urMsg, channel, handle, seq);
}
}
}
private void HandleActiveScene(Msg_LR_ActiveScene msg, PBChannel channel, int handle, uint seq)
{
int roomid = msg.RoomID;
int sceneId = msg.SceneID;
List <ulong> users = msg.UserGuids;
int thread_id = GetIdleThread();
if (thread_id < 0)
{
LogSys.Log(LOG_TYPE.ERROR, "all room are using, active room failed!");
Msg_RL_ActiveSceneResult retMsg = new Msg_RL_ActiveSceneResult();
retMsg.UserGuids.AddRange(users);
retMsg.RoomID = roomid;
retMsg.Result = (int)SceneOperationResultEnum.Cant_Find_Room;
return;
}
RoomThread roomThread = roomthread_list_[thread_id];
AddActiveRoom(roomid, thread_id, false);
roomThread.PreActiveRoom();
LogSys.Log(LOG_TYPE.INFO, "queue active room {0} scene {1} thread {2}", roomid, sceneId, thread_id);
roomThread.QueueAction(roomThread.ActiveRoom, roomid, sceneId, (MyAction <bool>)((bool val) => {
Msg_RL_ActiveSceneResult retMsg = new Msg_RL_ActiveSceneResult();
retMsg.UserGuids.AddRange(users);
retMsg.RoomID = roomid;
retMsg.Result = val ? (int)SceneOperationResultEnum.Success : (int)SceneOperationResultEnum.Cant_Find_Room;
}));
}
internal RoomManager(uint maxusernum, uint thread_amount, uint room_amount)
{
thread_amount_ = thread_amount;
room_amount_ = room_amount;
roomthread_list_ = new RoomThread[thread_amount];
user_pool_size_ = maxusernum;
user_pool_ = new UserPool();
thread_tick_interval_ = 50;
}
internal RoomManager(uint maxusernum, uint thread_amount, uint room_amount, uint tick_interval, Connector conn)
{
thread_amount_ = thread_amount;
room_amount_ = room_amount;
roomthread_list_ = new RoomThread[thread_amount];
user_pool_size_ = maxusernum;
user_pool_ = new UserPool();
dispatcher_ = new Dispatcher();
thread_tick_interval_ = tick_interval;
connector_ = conn;
}
public RoomManager(uint maxusernum, uint thread_amount, uint room_amount)
{
s_Instance = this;
m_ThreadAmount = thread_amount;
m_RoomAmount = room_amount;
m_RoomThreadList = new RoomThread[thread_amount];
m_UserPoolSize = maxusernum;
m_UserPool = new UserPool();
m_ThreadTickInterval = 50;
}
internal void ChangeRoomScene(int roomid, int sceneId)
{
bool isFieldThread;
int ix = GetActiveRoomThreadIndex(roomid, out isFieldThread);
if (ix >= 0 && !isFieldThread)
{
RoomThread thread = roomthread_list_[ix];
thread.QueueAction(thread.ChangeRoomScene, roomid, sceneId, (MyAction <bool>)((bool success) => {
}));
}
}
internal bool Init(string roomServerName)
{
lock_obj_ = new object();
active_rooms_ = new Dictionary <int, int>();
user_pool_.Init(user_pool_size_);
// 初始化场景房间
int startId = 1;
MyDictionary <int, object> scenes = TableConfig.LevelProvider.Instance.LevelMgr.GetData();
foreach (KeyValuePair <int, object> pair in scenes)
{
TableConfig.Level cfg = pair.Value as TableConfig.Level;
if (null != cfg && cfg.type == (int)SceneTypeEnum.Room)
{
foreach (string roomSvrName in cfg.RoomServer)
{
for (int ix = 0; ix < cfg.ThreadCountPerScene; ++ix)
{
if (0 == roomServerName.CompareTo(roomSvrName))
{
RoomThread fieldThread = new RoomThread(this);
fieldThread.Init(thread_tick_interval_, (uint)cfg.RoomCountPerThread, user_pool_, connector_);
for (int rix = 0; rix < cfg.RoomCountPerThread; ++rix)
{
fieldThread.ActiveFieldRoom(startId, cfg.id);
AddActiveRoom(startId, field_roomthread_list_.Count, true);
AddFieldSceneRoomId(cfg.id, startId);
++startId;
}
field_roomthread_list_.Add(fieldThread);
}
else
{
for (int rix = 0; rix < cfg.RoomCountPerThread; ++rix)
{
++startId;
}
}
}
}
}
}
// 初始化房间线程
for (int i = 0; i < thread_amount_; ++i)
{
roomthread_list_[i] = new RoomThread(this);
roomthread_list_[i].Init(thread_tick_interval_, room_amount_, user_pool_, connector_);
}
next_room_id_ = startId;
return(true);
}
public bool Init(string roomServerName)
{
m_Lock = new object();
m_ActiveRooms = new Dictionary <int, int>();
m_UserPool.Init(m_UserPoolSize);
// 初始化场景房间
int startId = 1;
MyDictionary <int, object> scenes = TableConfig.LevelProvider.Instance.LevelMgr.GetData();
foreach (KeyValuePair <int, object> pair in scenes)
{
TableConfig.Level cfg = pair.Value as TableConfig.Level;
if (null != cfg && cfg.type == (int)SceneTypeEnum.Story)
{
foreach (string roomSvrName in cfg.RoomServer)
{
for (int ix = 0; ix < cfg.ThreadCountPerScene; ++ix)
{
if (0 == roomServerName.CompareTo(roomSvrName))
{
RoomThread fieldThread = new RoomThread(this);
fieldThread.Init(m_ThreadTickInterval, (uint)cfg.RoomCountPerThread, m_UserPool, m_Connector);
for (int rix = 0; rix < cfg.RoomCountPerThread; ++rix)
{
fieldThread.ActiveFieldRoom(startId, cfg.id);
AddActiveRoom(startId, m_FieldRoomthreadList.Count, true);
AddFieldSceneRoomId(cfg.id, startId);
++startId;
}
m_FieldRoomthreadList.Add(fieldThread);
}
else
{
for (int rix = 0; rix < cfg.RoomCountPerThread; ++rix)
{
++startId;
}
}
}
}
}
}
// 初始化房间线程
for (int i = 0; i < m_ThreadAmount; ++i)
{
m_RoomThreadList[i] = new RoomThread(this);
m_RoomThreadList[i].Init(m_ThreadTickInterval, m_RoomAmount, m_UserPool, m_Connector);
}
m_NextRoomId = startId;
return(true);
}
public RoomManager(uint maxusernum, uint thread_amount, uint room_amount, uint tick_interval, Connector conn)
{
s_Instance = this;
m_ThreadAmount = thread_amount;
m_RoomAmount = room_amount;
m_RoomThreadList = new RoomThread[thread_amount];
m_UserPoolSize = maxusernum;
m_UserPool = new UserPool();
m_Dispatcher = new Dispatcher();
m_ThreadTickInterval = tick_interval;
m_Connector = conn;
}
private void HandleRoomStoryMessage(Msg_LRL_StoryMessage msg, PBChannel channel, int handle, uint seq)
{
bool isFieldRoom;
int ix = GetActiveRoomThreadIndex(msg.RoomId, out isFieldRoom);
if (ix >= 0)
{
if (isFieldRoom)
{
RoomThread roomThread = field_roomthread_list_[ix];
roomThread.QueueAction(roomThread.HandleRoomStoryMessage, msg, channel);
}
else
{
RoomThread roomThread = roomthread_list_[ix];
roomThread.QueueAction(roomThread.HandleRoomStoryMessage, msg, channel);
}
}
}
private void HandleReclaimItem(Msg_LR_ReclaimItem msg, PBChannel channel, int handle, uint seq)
{
bool isFieldThread;
int ix = GetActiveRoomThreadIndex(msg.RoomID, out isFieldThread);
if (ix >= 0)
{
if (isFieldThread)
{
RoomThread roomThread = field_roomthread_list_[ix];
roomThread.QueueAction(roomThread.HandleReclaimItem, msg, channel);
}
else
{
RoomThread roomThread = roomthread_list_[ix];
roomThread.QueueAction(roomThread.HandleReclaimItem, msg, channel);
}
}
}
private void HandleUserRelive(Msg_LR_UserReLive msg, PBChannel channel, int handle, uint seq)
{
bool isFieldThread;
int ix = GetActiveRoomThreadIndex(msg.RoomID, out isFieldThread);
if (ix >= 0)
{
if (isFieldThread)
{
RoomThread roomThread = field_roomthread_list_[ix];
roomThread.QueueAction(roomThread.HandleUserRelive, msg);
}
else
{
RoomThread roomThread = roomthread_list_[ix];
roomThread.QueueAction(roomThread.HandleUserRelive, msg);
}
}
}
internal bool Init(string roomServerName)
{
lock_obj_ = new object();
active_rooms_ = new Dictionary<int, int>();
user_pool_.Init(user_pool_size_);
// ��ʼ����������
int startId = 1;
MyDictionary<int, object> scenes = TableConfig.LevelProvider.Instance.LevelMgr.GetData();
foreach (KeyValuePair<int, object> pair in scenes) {
TableConfig.Level cfg = pair.Value as TableConfig.Level;
if (null != cfg && cfg.type == (int)SceneTypeEnum.Room) {
foreach (string roomSvrName in cfg.RoomServer) {
for (int ix = 0; ix < cfg.ThreadCountPerScene; ++ix) {
if (0 == roomServerName.CompareTo(roomSvrName)) {
RoomThread fieldThread = new RoomThread(this);
fieldThread.Init(thread_tick_interval_, (uint)cfg.RoomCountPerThread, user_pool_, connector_);
for (int rix = 0; rix < cfg.RoomCountPerThread; ++rix) {
fieldThread.ActiveFieldRoom(startId, cfg.id);
AddActiveRoom(startId, field_roomthread_list_.Count, true);
AddFieldSceneRoomId(cfg.id, startId);
++startId;
}
field_roomthread_list_.Add(fieldThread);
} else {
for (int rix = 0; rix < cfg.RoomCountPerThread; ++rix) {
++startId;
}
}
}
}
}
}
// ��ʼ�������߳�
for (int i = 0; i < thread_amount_; ++i) {
roomthread_list_[i] = new RoomThread(this);
roomthread_list_[i].Init(thread_tick_interval_, room_amount_, user_pool_, connector_);
}
next_room_id_ = startId;
return true;
}
