return ++priv->used_sequence_numbers;
}
+Node * ModelChecker::get_curr_node() {
+ return node_stack->get_head();
+}
+
/**
* @brief Choose the next thread to execute.
*
const model_params params;
Scheduler * get_scheduler() { return scheduler;}
+ Node * get_curr_node();
MEMALLOC
private:
if (prevfi) {
*fi=*prevfi;
}
- if (parent->enabled_array[i]==THREAD_ENABLED) {
+ if (parent->is_enabled(i)) {
fi->enabled_count++;
}
if (i==currtid) {
}
//Do window processing
if (prevfairness != NULL) {
- if (prevfairness -> parent->enabled_array[i] == THREAD_ENABLED)
+ if (prevfairness -> parent->is_enabled(i))
fi->enabled_count--;
if (i==prevtid) {
fi->turns--;
{
if ( t == NULL ) {
int old_curr_thread = curr_thread_index;
+ bool have_enabled_thread_with_priority=false;
+ Node *n=model->get_curr_node();
+
+ for(int i=0;i<enabled_len;i++) {
+ thread_id_t tid=int_to_id(i);
+ if (n->has_priority(tid)) {
+ //Have a thread with priority
+ if (enabled[i]!=THREAD_DISABLED)
+ have_enabled_thread_with_priority=true;
+ }
+ }
+
while(true) {
curr_thread_index = (curr_thread_index+1) % enabled_len;
- if (enabled[curr_thread_index]==THREAD_ENABLED) {
- t = model->get_thread(int_to_id(curr_thread_index));
+ thread_id_t curr_tid=int_to_id(curr_thread_index);
+ if (enabled[curr_thread_index]==THREAD_ENABLED&&
+ (!have_enabled_thread_with_priority||n->has_priority(curr_tid))) {
+ t = model->get_thread(int_to_id(curr_tid));
break;
}
if (curr_thread_index == old_curr_thread) {