};
struct PendingFutureValue {
- ModelAction *writer;
+ PendingFutureValue(ModelAction *writer, ModelAction *act) : writer(writer), act(act) { }
+ const ModelAction *writer;
ModelAction *act;
};
bool next_execution();
void set_current_action(ModelAction *act);
- Thread * check_current_action(ModelAction *curr);
+ ModelAction * check_current_action(ModelAction *curr);
bool initialize_curr_action(ModelAction **curr);
bool process_read(ModelAction *curr, bool second_part_of_rmw);
bool process_write(ModelAction *curr);
ModelAction * get_last_conflict(ModelAction *act);
void set_backtracking(ModelAction *act);
Thread * get_next_thread(ModelAction *curr);
+ bool set_latest_backtrack(ModelAction *act);
ModelAction * get_next_backtrack();
void reset_to_initial_state();
bool resolve_promises(ModelAction *curr);
void get_release_seq_heads(ModelAction *acquire, ModelAction *read, rel_heads_list_t *release_heads);
bool release_seq_heads(const ModelAction *rf, rel_heads_list_t *release_heads, struct release_seq *pending) const;
bool resolve_release_sequences(void *location, work_queue_t *work_queue);
+ void add_future_value(const ModelAction *writer, ModelAction *reader);
ModelAction * new_uninitialized_action(void *location) const;
struct execution_stats stats;
void record_stats();
+ void print_infeasibility(const char *prefix) const;
bool is_feasible_prefix_ignore_relseq() const;
bool is_infeasible_ignoreRMW() const;
bool is_infeasible() const;