EXPERIMENTAL BTree+DL ADT for Tasks (USE AT RISK)
This commit is contained in:
David Anderson
parent
2f8939967e
commit
5ad341edd7
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@ -50,7 +50,6 @@ CPluginMngr::CPlugin *CTaskMngr::CTask::getPlugin() const
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void CTaskMngr::CTask::set(CPluginMngr::CPlugin *pPlugin, int iFunc, int iFlags, cell iId, float fBase, int iParamsLen, const cell *pParams, int iRepeat, float fCurrentTime)
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{
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clear();
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m_bFree = false;
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m_pPlugin = pPlugin;
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m_iFunc = iFunc;
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@ -110,8 +109,6 @@ void CTaskMngr::CTask::set(CPluginMngr::CPlugin *pPlugin, int iFunc, int iFlags,
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void CTaskMngr::CTask::clear()
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{
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m_bFree = true;
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if (m_iFunc >= 0)
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{
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unregisterSPForward(m_iFunc);
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@ -122,11 +119,6 @@ void CTaskMngr::CTask::clear()
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m_fNextExecTime = 0.0f;
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}
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bool CTaskMngr::CTask::isFree() const
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{
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return m_bFree;
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}
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void CTaskMngr::CTask::changeBase(float fNewBase)
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{
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m_fBase = fNewBase;
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@ -137,7 +129,7 @@ void CTaskMngr::CTask::resetNextExecTime(float fCurrentTime)
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m_fNextExecTime = fCurrentTime + m_fBase;
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}
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bool CTaskMngr::CTask::executeIfRequired(float fCurrentTime, float fTimeLimit, float fTimeLeft)
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int CTaskMngr::CTask::executeIfRequired(float fCurrentTime, float fTimeLimit, float fTimeLeft)
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{
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bool execute = false;
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bool done = false;
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@ -189,13 +181,11 @@ bool CTaskMngr::CTask::executeIfRequired(float fCurrentTime, float fTimeLimit, f
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m_fNextExecTime += m_fBase;
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}
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return done;
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return (execute ? (done ? Task_Done : Task_Rel) : Task_Nothing);
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}
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CTaskMngr::CTask::CTask()
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{
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m_bFree = true;
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m_pPlugin = NULL;
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m_iFunc = -1;
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m_iId = 0;
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@ -237,7 +227,8 @@ CTaskMngr::CTaskMngr()
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CTaskMngr::~CTaskMngr()
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{
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clear();
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delete g_FreeTasks;
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if (g_FreeTasks)
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delete g_FreeTasks;
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g_FreeTasks = NULL;
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}
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@ -251,107 +242,349 @@ void CTaskMngr::registerTimers(float *pCurrentTime, float *pTimeLimit, float *pT
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void CTaskMngr::registerTask(CPluginMngr::CPlugin *pPlugin, int iFunc, int iFlags, cell iId, float fBase, int iParamsLen, const cell *pParams, int iRepeat)
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{
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// first, search for free tasks
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CTask *pTmp = NULL;
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if (!g_FreeTasks->empty())
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{
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// found: reuse it
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CTask *pTmp = g_FreeTasks->front();
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pTmp = g_FreeTasks->front();
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g_FreeTasks->pop();
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pTmp->set(pPlugin, iFunc, iFlags, iId, fBase, iParamsLen, pParams, iRepeat, *m_pTmr_CurrentTime);
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m_Tasks.unshift(pTmp);
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} else {
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// not found: make a new one
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CTask *pTmp = new CTask;
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pTmp = new CTask;
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pTmp->set(pPlugin, iFunc, iFlags, iId, fBase, iParamsLen, pParams, iRepeat, *m_pTmr_CurrentTime);
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m_Tasks.unshift(pTmp);
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}
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insertTask(pTmp);
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}
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float CTaskMngr::CTask::nextThink()
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{
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float _next = 0.0f;
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/*switch (type)
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{
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case 0:
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{*/
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_next = m_fNextExecTime - g_tasksMngr.CurrentTime();
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if (_next < 0.0f)
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_next = 0.0f;
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/*break;
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}
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case 1:
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{
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_next = m_fBase - (g_tasksMngr.CurrentTime() - g_tasksMngr.TimeLeft() + 1.0f);
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if (_next < 0.0f)
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_next = 0.0f;
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break;
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}
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case 2:
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{
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if (g_tasksMngr.TimeLimit() == 0.0f)
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{
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_next = INFINITE;
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} else {
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_next = ((g_tasksMngr.TimeLeft() + g_tasksMngr.TimeLimit() * 60.0f) - g_tasksMngr.CurrentTime() - 1.0f) - m_fBase;
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if (_next < 0.0f)
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_next = 0.0f;
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}
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break;
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}
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}*/
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return _next;
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}
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int CTaskMngr::removeTasks(int iId, AMX *pAmx)
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{
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CTaskDescriptor descriptor(iId, pAmx);
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List<CTask *>::iterator iter, end=m_Tasks.end();
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int i = 0;
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for (iter=m_Tasks.begin(); iter!=end; )
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CTask *pTask = first;
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CTask *pTemp;
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int num = 0;
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while (pTask)
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{
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if ( descriptor == (*iter) )
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pTemp = pTask->next;
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if ((!pAmx || (pTask->m_pPlugin->getAMX() == pAmx))
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&& (pTask->m_iId == iId))
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{
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g_FreeTasks->push( (*iter) );
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iter = m_Tasks.erase(iter);
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++i;
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} else {
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iter++;
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removeTask(pTask);
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pTask->clear();
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delete pTask;
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num++;
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}
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pTask = pTemp;
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}
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return i;
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return num;
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}
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int CTaskMngr::changeTasks(int iId, AMX *pAmx, float fNewBase)
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{
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CTaskDescriptor descriptor(iId, pAmx);
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List<CTask *>::iterator iter, end=m_Tasks.end();
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int i = 0;
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for (iter=m_Tasks.begin(); iter!=end; iter++)
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CTask *pTask = first;
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int num = 0;
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while (pTask)
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{
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if ( descriptor == (*iter) )
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if ((!pAmx || (pTask->m_pPlugin->getAMX() == pAmx))
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&& (pTask->m_iId == iId))
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{
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(*iter)->changeBase(fNewBase);
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(*iter)->resetNextExecTime(*m_pTmr_CurrentTime);
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++i;
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pTask->changeBase(fNewBase);
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pTask->resetNextExecTime(*m_pTmr_CurrentTime);
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num++;
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}
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pTask = pTask->next;
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}
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return i;
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return num;
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}
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bool CTaskMngr::taskExists(int iId, AMX *pAmx)
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{
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CTaskDescriptor descriptor(iId, pAmx);
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List<CTask *>::iterator iter, end=m_Tasks.end();
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for (iter=m_Tasks.begin(); iter!=end; iter++)
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CTask *pTask = first;
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while (pTask)
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{
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if ( descriptor == (*iter) )
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if ((!pAmx || (pTask->m_pPlugin->getAMX() == pAmx))
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&& (pTask->m_iId == iId))
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{
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return true;
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}
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pTask = pTask->next;
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}
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return false;
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}
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static int run_tasks = 0;
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void CTaskMngr::startFrame()
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{
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List<CTask *>::iterator iter, end=m_Tasks.end();
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CTask *pTask;
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int ignored=0, used=0;
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for (TaskListIter iter = m_Tasks.begin(); iter!=end;)
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CTask *pTask = first;
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CTask *pNext;
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float time_cur = *m_pTmr_CurrentTime;
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float time_left = *m_pTmr_TimeLeft;
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float time_limit = *m_pTmr_TimeLimit;
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int val;
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while (pTask)
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{
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pTask = (*iter);
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if (pTask->executeIfRequired(*m_pTmr_CurrentTime, *m_pTmr_TimeLimit, *m_pTmr_TimeLeft))
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pNext = pTask->next;
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if ( (val=pTask->executeIfRequired(time_cur, time_limit, time_left)) == Task_Nothing )
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{
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pTask->clear();
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iter = m_Tasks.erase(iter);
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g_FreeTasks->push(pTask);
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used++;
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//we're DONE
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break;
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} else {
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iter++;
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ignored++;
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run_tasks++;
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removeTask(pTask);
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if (val == Task_Rel)
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{
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//relocate task
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insertTask(pTask);
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} else {
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//do this for now to catch list/tree errors
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delete pTask;
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}
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}
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pTask = pNext;
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}
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}
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static int removed_tasks = 0;
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void CTaskMngr::removeTask(CTask *pTask)
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{
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removed_tasks++;
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//first, remove us from the linked list.
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if (pTask->prev)
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pTask->prev->next = pTask->next;
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if (pTask->next)
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pTask->next->prev = pTask->prev;
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if (pTask == first)
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first = pTask->next;
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//case 1: no right child
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if (pTask->child[AVL_RIGHT] == NULL)
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{
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if (pTask->parent)
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{
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//link our parent's child to our child, eliminating us
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if (pTask->parent->child[AVL_LEFT] == pTask)
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pTask->parent->child[AVL_LEFT] = pTask->child[AVL_LEFT];
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else
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pTask->parent->child[AVL_RIGHT] = pTask->child[AVL_LEFT];
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} else {
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//the only node with no parent is root
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root = pTask->child[AVL_LEFT];
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}
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//if we have a left child, correct its parent
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if (pTask->child[AVL_LEFT])
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pTask->child[AVL_LEFT]->parent = pTask->parent;
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} else {
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CTask *pSwap = NULL;
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if (pTask->child[AVL_LEFT] == NULL)
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{
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//case 2: we have no left child, it's safe to just rebind
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if (pTask->parent)
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{
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if (pTask->parent->child[AVL_LEFT] == pTask)
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pTask->parent->child[AVL_LEFT] = pTask->child[AVL_RIGHT];
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else
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pTask->parent->child[AVL_RIGHT] = pTask->child[AVL_RIGHT];
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} else {
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//the only node with no parent is root
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root = pTask->child[AVL_RIGHT];
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}
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//if we have a left child, correct its parent
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//we have a right channel because of the case we're in.
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pTask->child[AVL_RIGHT]->parent = pTask->parent;
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} else {
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//case 3: we have a right child, but it has no left child.
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if (pTask->child[AVL_RIGHT]->child[AVL_LEFT] == NULL)
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{
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pSwap = pTask->child[AVL_RIGHT];
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if (pTask->parent)
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{
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//link our parent's child to our child, eliminating us
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if (pTask->parent->child[AVL_LEFT] == pTask)
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pTask->parent->child[AVL_LEFT] = pSwap;
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else
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pTask->parent->child[AVL_RIGHT] = pSwap;
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} else {
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root = pSwap;
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}
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//set our child's parent to our parent
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pSwap->parent = pTask->parent;
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//if we have a left child, link it up to its new parent
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if (pTask->child[AVL_LEFT])
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pTask->child[AVL_LEFT]->parent = pSwap;
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//Set our child's left to whatever our left is
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pSwap->child[AVL_LEFT] = pTask->child[AVL_LEFT];
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} else {
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//case 4: we have a right child with at least a left child.
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//climb down the list to find the BIGGEST value that is
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// SMALLER than our node.
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pSwap = pTask->child[AVL_LEFT];
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while (pSwap->child[AVL_RIGHT])
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pSwap = pSwap->child[AVL_RIGHT];
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if (pTask->parent)
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{
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if (pTask->parent->child[AVL_LEFT] == pTask)
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pTask->parent->child[AVL_LEFT] = pSwap;
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else
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pTask->parent->child[AVL_RIGHT] = pSwap;
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} else {
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root = pSwap;
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}
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//the left child is guaranteed to not have another left child.
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//for this reason we can perform a swap like above ones.
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//however, there are more precautions.
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//unlink our swapped node. it's gone from that position.
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if (pSwap->parent)
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pSwap->parent->child[AVL_RIGHT] = NULL;
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//link swap to new parent
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pSwap->parent = pTask->parent;
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//set our children to have the swap as the parent
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pTask->child[AVL_RIGHT]->parent = pSwap;
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if (pTask->child[AVL_LEFT])
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pTask->child[AVL_LEFT]->parent = pSwap;
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//link our children in
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pSwap->child[AVL_LEFT] = pTask->child[AVL_LEFT];
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pSwap->child[AVL_RIGHT] = pTask->child[AVL_RIGHT];
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}
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}
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}
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//pTask->clear();
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//g_FreeTasks->push(pTask);
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}
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static int inserted_tasks = 0;
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void CTaskMngr::insertTask(CTask *pTask, float time, CTask *pRoot)
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{
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inserted_tasks++;
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int num_ran = 0;
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while (true)
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{
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num_ran++;
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float parent = pRoot->nextThink();
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if (time <= parent)
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{
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if (pRoot->child[AVL_LEFT])
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{
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pRoot = pRoot->child[AVL_LEFT];
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continue;
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} else {
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pTask->balance = 0;
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pTask->dir = AVL_LEFT;
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pTask->child[AVL_LEFT] = NULL;
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pTask->child[AVL_RIGHT] = NULL;
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pTask->parent = pRoot;
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pRoot->child[AVL_LEFT] = pTask;
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//insert us into the linked list.
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//we want to be between pRoot and pRoot->prev
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pTask->prev = pRoot->prev; //set our previous node
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pTask->next = pRoot; //set our next node
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if (pRoot->prev)
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{
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pRoot->prev->next = pTask; //link previous node forward to us
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pRoot->prev = pTask; //link next node back to us
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} else {
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assert(pRoot == first);
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pRoot->prev = pTask;
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first = pTask;
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}
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break;
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}
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} else if (time > parent) {
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if (pRoot->child[AVL_RIGHT])
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{
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pRoot = pRoot->child[AVL_RIGHT];
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continue;
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} else {
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pTask->balance = 0;
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pTask->dir = AVL_RIGHT;
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pTask->child[AVL_LEFT] = NULL;
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pTask->child[AVL_RIGHT] = NULL;
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pTask->parent = pRoot;
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pRoot->child[AVL_RIGHT] = pTask;
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//insert us into the linked list.
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//we want to be between pRoot and pRoot->next
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pTask->next = pRoot->next; //set our next node
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pTask->prev = pRoot; //set our previous node
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if (pRoot->next)
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pRoot->next->prev = pTask; //link next node back to us
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pRoot->next = pTask; //link previous node forward to us
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break;
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}
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}
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}
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//:TODO: rebalance the tree!
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}
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void CTaskMngr::insertTask(CTask *pTask)
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{
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if (root == NULL)
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{
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pTask->parent = NULL;
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pTask->child[AVL_LEFT] = NULL;
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pTask->child[AVL_RIGHT] = NULL;
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pTask->next = NULL;
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pTask->prev = NULL;
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pTask->balance = 0;
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pTask->dir = AVL_PARENT;
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root = pTask;
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first = pTask;
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} else {
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float num = pTask->nextThink();
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insertTask(pTask, num, root);
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}
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}
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void CTaskMngr::clear()
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{
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while (!g_FreeTasks->empty())
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if (g_FreeTasks)
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{
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delete g_FreeTasks->front();
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g_FreeTasks->pop();
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while (!g_FreeTasks->empty())
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{
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delete g_FreeTasks->front();
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g_FreeTasks->pop();
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}
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}
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List<CTask *>::iterator iter, end=m_Tasks.end();
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for (iter=m_Tasks.begin(); iter!=end; iter++)
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delete (*iter);
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m_Tasks.clear();
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//:TODO: Free the linked list
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}
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@ -32,83 +32,76 @@
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#ifndef CTASK_H
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#define CTASK_H
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#define AVL_LEFT 0
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#define AVL_RIGHT 1
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#define AVL_PARENT -1
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#include "sh_list.h"
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class CTaskMngr
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{
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public:
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enum
|
||||
{
|
||||
Task_Nothing = 0,
|
||||
Task_Done,
|
||||
Task_Rel
|
||||
};
|
||||
/*** class CTask ***/
|
||||
class CTask
|
||||
{
|
||||
// task settings
|
||||
|
||||
friend class CTaskMngr;
|
||||
//plugin
|
||||
CPluginMngr::CPlugin *m_pPlugin;
|
||||
//task ID
|
||||
cell m_iId;
|
||||
//registered forward
|
||||
int m_iFunc;
|
||||
//number of times to repeat
|
||||
int m_iRepeat;
|
||||
|
||||
//type of task (a|b, c, d)
|
||||
int type;
|
||||
float m_fBase; // for normal tasks, stores the interval, for the others, stores the amount of time before start / after end
|
||||
// for normal tasks, stores the interval, for the others, stores the amount of time before start / after end
|
||||
float m_fBase;
|
||||
//Number of parameters
|
||||
int m_iParamLen;
|
||||
|
||||
//Parameter array
|
||||
cell *m_pParams;
|
||||
//Size of parameter array
|
||||
cell m_ParamSize;
|
||||
|
||||
// execution
|
||||
//next execution
|
||||
float m_fNextExecTime;
|
||||
|
||||
bool m_bFree;
|
||||
//will we repeat?
|
||||
bool m_bLoop;
|
||||
|
||||
private:
|
||||
//Tasks are both a binary tree and a doubly-linked list...
|
||||
//The path of execution is stored in the linked list.
|
||||
//The search tree is for fast insertion.
|
||||
CTask *next;
|
||||
CTask *prev;
|
||||
CTask *child[2];
|
||||
CTask *parent;
|
||||
//balance factor for AVL trees
|
||||
char balance;
|
||||
int dir;
|
||||
public:
|
||||
void set(CPluginMngr::CPlugin *pPlugin, int iFunc, int iFlags, cell iId, float fBase, int iParamsLen, const cell *pParams, int iRepeat, float fCurrentTime);
|
||||
void clear();
|
||||
bool isFree() const;
|
||||
|
||||
CPluginMngr::CPlugin *getPlugin() const;
|
||||
int getTaskId() const;
|
||||
|
||||
bool executeIfRequired(float fCurrentTime, float fTimeLimit, float fTimeLeft); // also removes the task if needed
|
||||
|
||||
int executeIfRequired(float fCurrentTime, float fTimeLimit, float fTimeLeft);
|
||||
void changeBase(float fNewBase);
|
||||
void resetNextExecTime(float fCurrentTime);
|
||||
|
||||
bool shouldRepeat();
|
||||
CTask *getTask() { return this; }
|
||||
|
||||
float nextThink();
|
||||
CTask();
|
||||
~CTask();
|
||||
};
|
||||
|
||||
class CTaskDescriptor
|
||||
{
|
||||
public:
|
||||
cell m_iId;
|
||||
AMX *m_pAmx;
|
||||
bool m_bFree;
|
||||
|
||||
CTaskDescriptor(int iId, AMX *pAmx, bool bFree = false)
|
||||
{
|
||||
m_iId = iId;
|
||||
m_pAmx = pAmx;
|
||||
m_bFree = bFree;
|
||||
}
|
||||
|
||||
friend bool operator == (const CTaskDescriptor &right, const CTask *left)
|
||||
{
|
||||
if (right.m_bFree)
|
||||
return left->isFree();
|
||||
|
||||
return !left->isFree() && (right.m_pAmx ? left->getPlugin()->getAMX() == right.m_pAmx : true) && left->getTaskId() == right.m_iId;
|
||||
}
|
||||
};
|
||||
|
||||
/*** CTaskMngr priv members ***/
|
||||
typedef List<CTask *> TaskList;
|
||||
typedef TaskList::iterator TaskListIter;
|
||||
|
||||
TaskList m_Tasks;
|
||||
|
||||
CTask *root;
|
||||
CTask *first;
|
||||
float *m_pTmr_CurrentTime;
|
||||
float *m_pTmr_TimeLimit;
|
||||
float *m_pTmr_TimeLeft;
|
||||
|
|
@ -116,15 +109,22 @@ public:
|
|||
CTaskMngr();
|
||||
~CTaskMngr();
|
||||
|
||||
inline float CurrentTime() { return *m_pTmr_CurrentTime; }
|
||||
inline float TimeLimit() { return *m_pTmr_TimeLimit; }
|
||||
inline float TimeLeft() { return *m_pTmr_TimeLeft; }
|
||||
void registerTimers(float *pCurrentTime, float *pTimeLimit, float *pTimeLeft); // The timers will always point to the right value
|
||||
void registerTask(CPluginMngr::CPlugin *pPlugin, int iFunc, int iFlags, cell iId, float fBase, int iParamsLen, const cell *pParams, int iRepeat);
|
||||
|
||||
void insertTask(CTask *pTask);
|
||||
void removeTask(CTask *pTask);
|
||||
int removeTasks(int iId, AMX *pAmx); // remove all tasks that match the id and amx
|
||||
int changeTasks(int iId, AMX *pAmx, float fNewBase); // change all tasks that match the id and amx
|
||||
bool taskExists(int iId, AMX *pAmx);
|
||||
|
||||
void startFrame();
|
||||
void clear();
|
||||
private:
|
||||
void insertTask(CTask *pTask, float time, CTask *pRoot);
|
||||
};
|
||||
|
||||
#endif //CTASK_H
|
||||
|
|
|
|||
Loading…
Reference in New Issue
Block a user