Bool HsGame::OnException(Int32 iCode)
{
static XIDVector vXID;
//系统异常, 通知玩家进行存储
ObjMan* pUserMan = GetObjMan(HSO_PLAYER);
if (pUserMan)
{
vXID.clear();
if (!pUserMan->CollectObjKey(vXID))
return false;
PostException(vXID, iCode);
}
//系统异常, 通知各个管理器进行存储
ObjMan* pManagerMan = GetObjMan(HSO_MANAGER);
if (pManagerMan)
{
vXID.clear();
if (!pManagerMan->CollectObjKey(vXID))
return false;
PostException(vXID, iCode);
}
return true;
}
Bool CApp::PostMsg(const XIDVector& vXID, CMsg* pMsg)
{
if (pMsg && vXID.size())
{
Int32 iCount = GetThreadNum();
Assert(iCount > 0);
map<Int32, XIDVector> mThreadXid;
for(Size_t i=0;i<vXID.size();i++)
{
Int32 iIdx = vXID[i].Id % iCount;
if (mThreadXid.find(iIdx) == mThreadXid.end())
mThreadXid[iIdx] = XIDVector();
mThreadXid[iIdx].push_back(vXID[i]);
}
map<Int32, XIDVector>::iterator it = mThreadXid.begin();
for (;it!=mThreadXid.end();it++)
{
CApp_MsgTask* pTask = new CApp_MsgTask(it->second, pMsg);
CScope::ObjPtr scope(pTask);
PostAppTask(pTask, it->first);
}
}
g_MsgManager->FreeMsg(pMsg);
return true;
}
Bool HsGame::TickManagers()
{
ObjMan* pManagerMan = GetObjMan(HSO_MANAGER);
if (pManagerMan)
{
static XIDVector vXID;
vXID.clear();
if (!pManagerMan->CollectObjKey(vXID))
return false;
return PostTick(vXID);
}
return false;
}
Bool HsGame::TickPlayers()
{
ObjMan* pUserMan = GetObjMan(HSO_PLAYER);
if (pUserMan)
{
static XIDVector vXID;
vXID.clear();
if (!pUserMan->CollectObjKey(vXID))
return false;
return PostTick(vXID);
}
return false;
}
Bool HawkAppFrame::BroadcastMsg(ObjMan* pObjMan, HawkMsg* pMsg)
{
if (pObjMan && pMsg)
{
XIDVector vXID;
pObjMan->CollectObjKey(vXID);
if (vXID.size())
PostMsg(vXID, pMsg);
return true;
}
return false;
}
CApp_MsgTask(const XIDVector& vXid, CMsg* pMsg) : m_pMsg(pMsg)
{
for (Size_t i=0;i<vXid.size();i++)
{
m_vXid.push_back(vXid[i]);
}
};
CApp_TickTask(const XIDVector& vXid)
{
for (Size_t i=0;i<vXid.size();i++)
{
m_vXid.push_back(vXid[i]);
}
};
virtual void ResetXids(const XIDVector& vXid)
{
m_vXid.clear();
for (Size_t i=0;i<vXid.size();i++)
{
m_vXid.push_back(vXid[i]);
}
}
Bool CApp::PostTick(const XIDVector& vXID)
{
if (vXID.size())
{
Int32 iCount = GetThreadNum();
Assert(iCount > 0);
map<Int32, XIDVector> mThreadXid;
for(Size_t i=0;i<vXID.size();i++)
{
Int32 iIdx = vXID[i].Id % iCount;
if (mThreadXid.find(iIdx) == mThreadXid.end())
mThreadXid[iIdx] = XIDVector();
mThreadXid[iIdx].push_back(vXID[i]);
}
map<Int32, XIDVector>::iterator it = mThreadXid.begin();
for (;it!=mThreadXid.end();it++)
{
static map<Int32, CApp_TickTask> mTickTask;
CApp_TickTask* pTask = 0;
map<Int32, CApp_TickTask>::iterator tit = mTickTask.find(it->first);
if (tit == mTickTask.end())
{
mTickTask.insert(std::make_pair(it->first, CApp_TickTask(it->second)));
pTask = &mTickTask.find(it->first)->second;
}
else
{
pTask = &tit->second;
pTask->ResetXids(it->second);
}
if (pTask)
{
pTask->AddRef();
PostAppTask(pTask, it->first);
}
}
}
return true;
}
