static inline struct thread *get_free_thread(void)
{
struct thread *t;
struct cpu_info *ci;
struct cpu_info *new_ci;
if (thread_list_empty(&free_threads))
return NULL;
t = pop_thread(&free_threads);
ci = cpu_info();
/* Initialize the cpu_info structure on the new stack. */
new_ci = thread_cpu_info(t);
*new_ci = *ci;
new_ci->thread = t;
/* Reset the current stack value to the original. */
t->stack_current = t->stack_orig;
return t;
}
bool UDTPPeer::remove_thread()
{
if(get_thread_count() <= 0) return false;
UDTPThreadFlow *removeFlowThread = front_flow_thread();
UDTPThreadProcess *removeProcessThread = front_process_thread();
removeFlowThread->kill();
removeProcessThread->kill();
sem_post(&_semProcessChunkThread); /*Have to post one!*/
close(removeFlowThread->flow_socket()); /****FIND A WAY TO CLOSE BUT KEEP WHATEVER IS REMAINING INSIDE!*/
removeFlowThread = NULL;
removeProcessThread = NULL;
std::cout << "PEER " << get_unique_id() << " has removed a flow and process thread!" << std::endl;
decrement_thread_count();
pop_thread();
return true;
}
static inline struct thread *pop_runnable(void)
{
return pop_thread(&runnable_threads);
}
