* @param t The Thread to check
* @return True if the Thread is currently enabled
*/
-bool Scheduler::is_enabled(Thread *t) const
+bool Scheduler::is_enabled(const Thread *t) const
{
return is_enabled(t->get_id());
}
return (i >= enabled_len) ? false : (enabled[i] != THREAD_DISABLED);
}
-enabled_type_t Scheduler::get_enabled(Thread *t) {
+enabled_type_t Scheduler::get_enabled(const Thread *t) const
+{
int id = id_to_int(t->get_id());
- ASSERT(id<enabled_len);
+ ASSERT(id < enabled_len);
return enabled[id];
}
Thread * next_thread(Thread *t);
Thread * get_current_thread() const;
void print() const;
- enabled_type_t * get_enabled_array() { return enabled; };
+ enabled_type_t * get_enabled_array() const { return enabled; };
void remove_sleep(Thread *t);
void add_sleep(Thread *t);
- enabled_type_t get_enabled(Thread *t);
+ enabled_type_t get_enabled(const Thread *t) const;
void update_sleep_set(Node *n);
- bool is_enabled(Thread *t) const;
+ bool is_enabled(const Thread *t) const;
bool is_enabled(thread_id_t tid) const;
SNAPSHOTALLOC