#ifndef __BREAKPOINT_CONTROLLER_SLICE_AH__
  #define __BREAKPOINT_CONTROLLER_SLICE_AH__

#include "config/FailConfig.hpp"

#ifdef CONFIG_FAST_BREAKPOINTS

#include <cassert>
#include "../Listener.hpp"

/**
 * \class BreakpointControllerSlice
 *
 * The slice class definition to be used with FastBreakpoint.ah.
 * The members of this class will be sliced into the \c SimulatorController class.
 */
slice class BreakpointControllerSlice {
public:
	bool addListener(fail::BPSingleListener* sli)
	{
		assert(sli != NULL && "FATAL ERROR: Argument (ptr) cannot be NULL!");
		// Check whether we were called from onTrigger (see SimulatorController.cc@addListener).
		fail::ExperimentFlow* pFlow = m_Flows.getCurrent(); 
		if (pFlow == CoroutineManager::SIM_FLOW)
			pFlow = sli->getParent();
		m_LstList.add(sli, pFlow);
		// Call the common postprocessing function:
		if (!sli->onAddition()) { // If the return value signals "false"...,
			m_LstList.remove(sli); // ...skip the addition
			return false;
		}
		return true;
	}
	fail::BaseListener* addListenerAndResume(fail::BPSingleListener* sli)
	{ addListener(sli); return resume(); }
	bool addListener(fail::BPRangeListener* rli)
	{
		assert(rli != NULL && "FATAL ERROR: Argument (ptr) cannot be NULL!");
		// Check whether we were called from onTrigger (see above).
		fail::ExperimentFlow* pFlow = m_Flows.getCurrent();
		if (pFlow == CoroutineManager::SIM_FLOW)
			pFlow = rli->getParent();
		m_LstList.add(rli, pFlow);
		// Call the common postprocessing function:
		if (!rli->onAddition()) { // If the return value signals "false"...,
			m_LstList.remove(rli); // ...skip the addition
			return false;
		}
		return true;
	}
	fail::BaseListener* addListenerAndResume(fail::BPRangeListener* rli)
	{ addListener(rli); return resume(); }
};

#endif // CONFIG_FAST_BREAKPOINTS

#endif // __BREAKPOINT_CONTROLLER_SLICE_AH__