//-------------------------------------------------------------------------
/// <summary>
/// 创建Timer
/// </summary>
/// <param name="nTimerID"></param>
/// <param name="nIntervalTime"></param>
/// <param name="del"></param>
/// <param name="nCallTime"></param>
public void CreateTimer(uint uTimerID, uint uIntervalTime, DelITimerHander del, uint uCallTime = 0xffffffff, string strInfo = "")
{
if (null == del)
{
return;
}
if (uIntervalTime == 0)
{
uIntervalTime = 1;
}
//Debug.Log("CTimerSystem::CreateTimer del.GetHashCode() = " + del.GetHashCode());
int nHashCode = del.GetHashCode();
List <uint> singleList = null;
if (m_TimerDict.TryGetValue(nHashCode, out singleList))
{
bool isExists = singleList.Exists(delegate(uint p) { return(p == uTimerID); });
if (isExists)
{
return;
}
singleList.Add(uTimerID);
}
else
{
singleList = new List <uint>();
singleList.Add(uTimerID);
m_TimerDict.Add(nHashCode, singleList);
}
CTimerHandle sTimerHandle = new CTimerHandle();
sTimerHandle.m_Handle = del;
sTimerHandle.m_unTimerID = uTimerID;
sTimerHandle.m_unCallTimes = uCallTime;
sTimerHandle.m_unIntervalTime = uIntervalTime;
sTimerHandle.m_unLastCallTick = m_unLastCheckTick;
sTimerHandle.m_nHandleHashCode = nHashCode;
if (!string.IsNullOrEmpty(strInfo))
{
sTimerHandle.m_strDebugInfo = strInfo;
}
sTimerHandle.m_unTimerGridIndex =
((sTimerHandle.m_unLastCallTick + sTimerHandle.m_unIntervalTime - m_unInitializeTime) / gs_DEFAULT_TIME_GRID) % m_unTimerAxisSize;
List <CTimerHandle> axisList = null;
if (!m_TimerAxis.TryGetValue(sTimerHandle.m_unTimerGridIndex, out axisList))
{
axisList = new List <CTimerHandle>();
m_TimerAxis.Add(sTimerHandle.m_unTimerGridIndex, axisList);
}
if (null != axisList)
{
axisList.Add(sTimerHandle);
}
}
//-------------------------------------------------------------------------
/// <summary>
/// 根据时间标识更新
/// </summary>
/// <param name="uKey"></param>
/// <param name="unCurTick"></param>
private void __UpdateByKey(uint uKey, uint unCurTick)
{
List <CTimerHandle> axisList = null;
if (m_TimerAxis.TryGetValue(uKey, out axisList))
{
if (null == axisList || 0 == axisList.Count)
{
m_TimerAxis.Remove(uKey);
axisList = null;
}
}
if (null == axisList)
{
return;
}
CTimerHandle sTimerTemp = null;
for (int nIndex = axisList.Count - 1; nIndex >= 0; --nIndex)
{
sTimerTemp = axisList[nIndex];
if (!__CheckByHashCode(sTimerTemp.m_nHandleHashCode, sTimerTemp.m_unTimerID))
{
axisList.RemoveAt(nIndex);
continue;
}
if (m_unLastCheckTick - sTimerTemp.m_unLastCallTick >= sTimerTemp.m_unIntervalTime)
{
uint dwTick = __GetTickTime();
if (null != sTimerTemp.m_Handle)
{
sTimerTemp.m_Handle(sTimerTemp.m_unTimerID);
}
if (sTimerTemp == axisList[nIndex])
{
uint nCostTime = __GetTickTime() - dwTick;
if (nCostTime > 64 && nCostTime > gs_DEFAULT_TIME_GRID)
{
Debug.Log("CTimerSystem::__UpdateByKey - 定时器频率过低: ID = " + sTimerTemp.m_unTimerID);
}
sTimerTemp.m_unLastCallTick = unCurTick;
sTimerTemp.m_unCallTimes -= 1;
if (0 == sTimerTemp.m_unCallTimes)
{
DestroyTimer(sTimerTemp.m_unTimerID, sTimerTemp.m_Handle);
}
else
{
uint unNewGrid =
((sTimerTemp.m_unLastCallTick + sTimerTemp.m_unIntervalTime - m_unInitializeTime) / gs_DEFAULT_TIME_GRID) % m_unTimerAxisSize;
if (sTimerTemp.m_unTimerGridIndex == unNewGrid)
{
continue;
}
sTimerTemp.m_unTimerGridIndex = unNewGrid;
axisList.RemoveAt(nIndex);
List <CTimerHandle> axisListNew = null;
if (!m_TimerAxis.TryGetValue(sTimerTemp.m_unTimerGridIndex, out axisListNew))
{
axisListNew = new List <CTimerHandle>();
m_TimerAxis.Add(sTimerTemp.m_unTimerGridIndex, axisListNew);
}
if (null != axisListNew)
{
axisListNew.Add(sTimerTemp);
}
}
}
else
{
axisList.RemoveAt(nIndex);
continue;
}
}
}
}
//-------------------------------------------------------------------------
/// <summary>
/// 创建Timer
/// </summary>
/// <param name="nTimerID"></param>
/// <param name="nIntervalTime"></param>
/// <param name="del"></param>
/// <param name="nCallTime"></param>
public void CreateTimer(uint uTimerID, uint uIntervalTime, DelITimerHander del, uint uCallTime = 0xffffffff, string strInfo = "")
{
if (null == del)
{
return;
}
if( uIntervalTime == 0 )
uIntervalTime = 1;
Debug.Log("CTimerSystem::CreateTimer del.GetHashCode() = " + del.GetHashCode());
int nHashCode = del.GetHashCode();
List<uint> singleList = null;
if (m_TimerDict.TryGetValue(nHashCode,out singleList))
{
bool isExists = singleList.Exists(delegate(uint p) { return p == uTimerID; });
if (isExists)
{
return;
}
singleList.Add(uTimerID);
}
else
{
singleList = new List<uint>();
singleList.Add(uTimerID);
m_TimerDict.Add(nHashCode, singleList);
}
CTimerHandle sTimerHandle = new CTimerHandle();
sTimerHandle.m_Handle = del;
sTimerHandle.m_unTimerID = uTimerID;
sTimerHandle.m_unCallTimes = uCallTime;
sTimerHandle.m_unIntervalTime = uIntervalTime;
sTimerHandle.m_unLastCallTick = m_unLastCheckTick;
sTimerHandle.m_nHandleHashCode = nHashCode;
if (!string.IsNullOrEmpty(strInfo))
{
sTimerHandle.m_strDebugInfo = strInfo;
}
sTimerHandle.m_unTimerGridIndex =
((sTimerHandle.m_unLastCallTick + sTimerHandle.m_unIntervalTime - m_unInitializeTime) / gs_DEFAULT_TIME_GRID) % m_unTimerAxisSize;
List<CTimerHandle> axisList = null;
if (!m_TimerAxis.TryGetValue(sTimerHandle.m_unTimerGridIndex,out axisList))
{
axisList = new List<CTimerHandle>();
m_TimerAxis.Add(sTimerHandle.m_unTimerGridIndex, axisList);
}
if (null != axisList)
{
axisList.Add(sTimerHandle);
}
}