~Configuration() = default;
};
+class UnfoldingEvent {
+public:
+ int id = -1;
+ EventSet causes; // used to store directed ancestors of event e
+ UnfoldingEvent(unsigned int nb_events, std::string const& trans_tag, EventSet const& causes, int sid = -1);
+ UnfoldingEvent(const UnfoldingEvent&) = default;
+ UnfoldingEvent& operator=(UnfoldingEvent const&) = default;
+ UnfoldingEvent(UnfoldingEvent&&) = default;
+ ~UnfoldingEvent() = default;
+
+ EventSet getHistory() const;
+
+ bool isConflict(UnfoldingEvent* event, UnfoldingEvent* otherEvent) const;
+ bool concernSameComm(const UnfoldingEvent* event, const UnfoldingEvent* otherEvent) const;
+
+ // check otherEvent is in my history ?
+ bool inHistory(UnfoldingEvent* otherEvent) const;
+
+ bool isImmediateConflict1(UnfoldingEvent* evt, UnfoldingEvent* otherEvt) const;
+
+ bool conflictWithConfig(UnfoldingEvent* event, Configuration const& config) const;
+ bool operator==(const UnfoldingEvent& other) const;
+ void print() const;
+
+ inline int get_state_id() const { return state_id; }
+ inline void set_state_id(int sid) { state_id = sid; }
+
+ inline std::string get_transition_tag() const { return transition_tag; }
+ inline void set_transition_tag(std::string const& tr_tag) { transition_tag = tr_tag; }
+
+private:
+ int state_id{-1};
+ std::string transition_tag{""}; // The tag of the last transition that lead to creating the event
+ bool transition_is_IReceive(const UnfoldingEvent* testedEvt, const UnfoldingEvent* SdRcEvt) const;
+ bool transition_is_ISend(const UnfoldingEvent* testedEvt, const UnfoldingEvent* SdRcEvt) const;
+ bool check_tr_concern_same_comm(bool& chk1, bool& chk2, UnfoldingEvent* evt1, UnfoldingEvent* evt2) const;
+};
} // namespace mc
} // namespace simgrid
#endif
\ No newline at end of file
