int m_no_threads;
int m_max_threads;
+ int m_stack_size;
std::vector<Port> m_ports;
int m_listen_duration;
int m_session_timeout;
yf::FrontendNet::Rep::Rep()
{
m_max_threads = m_no_threads = 5;
+ m_stack_size = 0;
m_listen_duration = 0;
m_session_timeout = 300; // 5 minutes
m_connect_max = 0;
m_p->m_listen_duration);
ThreadPoolSocketObserver tp(&m_p->mySocketManager, m_p->m_no_threads,
- m_p->m_max_threads);
+ m_p->m_max_threads,
+ m_p->m_stack_size);
for (i = 0; i<m_p->m_ports.size(); i++)
{
std::string threads_str = mp::xml::get_text(ptr);
int threads = atoi(threads_str.c_str());
if (threads < 1)
- throw yf::FilterException("Bad value for threads: "
+ throw yf::FilterException("Bad value for max-threads: "
+ threads_str);
m_p->m_max_threads = threads;
}
+ else if (!strcmp((const char *) ptr->name, "stack-size"))
+ {
+ std::string sz_str = mp::xml::get_text(ptr);
+ int sz = atoi(sz_str.c_str());
+ if (sz < 0)
+ throw yf::FilterException("Bad value for stack-size: "
+ + sz_str);
+ m_p->m_stack_size = sz * 1024;
+ }
else if (!strcmp((const char *) ptr->name, "timeout"))
{
std::string timeout_str = mp::xml::get_text(ptr);
mp::IThreadPoolMsg *My_Msg::handle()
{
- My_Msg *res = new My_Msg;
-
if (m_val == 7)
sleep(1);
-
- res->m_val = m_val;
- res->m_timer = m_timer;
- return res;
+ return this;
}
bool My_Msg::cleanup(void *info)
{
m_timer->m_sum += m_val;
m_timer->m_responses++;
+ delete this;
}
My_Timer_Thread::My_Timer_Thread(ISocketObservable *obs,
void My_Timer_Thread::socketNotify(int event)
{
- My_Msg *m = new My_Msg;
- m->m_val = m_requests++;
- m->m_timer = this;
- m_t->put(m);
-#if 0
- // prevent input queue from being filled up..
- // bug #1064: Test test_thread_pool_observer hangs
- // fortunately we don't need this hack. because put (ebove)
- // will block itself if needed
- if (m->m_val == 30)
+ if (m_requests == 30)
m_obs->deleteObserver(this);
-#endif
+ else
+ {
+ My_Msg *m = new My_Msg;
+ m->m_val = m_requests++;
+ m->m_timer = this;
+ m_t->put(m);
+ }
}
BOOST_AUTO_TEST_CASE( thread_pool_observer1 )
{
SocketManager mySocketManager;
- mp::ThreadPoolSocketObserver m(&mySocketManager, 3);
- My_Timer_Thread t(&mySocketManager, &m) ;
+ mp::ThreadPoolSocketObserver m(&mySocketManager, 3, 3, 16*1024);
+ My_Timer_Thread t(&mySocketManager, &m);
+
while (t.m_responses < 30 && mySocketManager.processEvent() > 0)
;
BOOST_CHECK_EQUAL(t.m_responses, 30);
std::deque<IThreadPoolMsg *> m_input;
std::deque<IThreadPoolMsg *> m_output;
bool m_stop_flag;
+ unsigned m_stack_size;
unsigned m_no_threads;
unsigned m_min_threads;
unsigned m_max_threads;
ThreadPoolSocketObserver::ThreadPoolSocketObserver(
yazpp_1::ISocketObservable *obs,
- unsigned min_threads, unsigned max_threads)
+ unsigned min_threads, unsigned max_threads,
+ unsigned stack_size)
: m_p(new Rep(obs))
{
obs->addObserver(m_p->m_pipe.read_fd(), this);
m_p->m_min_threads = m_p->m_no_threads = min_threads;
m_p->m_max_threads = max_threads;
m_p->m_waiting_threads = 0;
+ m_p->m_stack_size = stack_size;
unsigned i;
for (i = 0; i < m_p->m_no_threads; i++)
{
Worker w(this);
- m_p->m_thrds.add_thread(new boost::thread(w));
+ boost::thread::attributes attrs;
+ if (m_p->m_stack_size)
+ attrs.set_stack_size(m_p->m_stack_size);
+
+ boost::thread *x = new boost::thread(attrs, w);
+
+ m_p->m_thrds.add_thread(x);
}
}
{
m_p->m_no_threads++;
Worker w(this);
- m_p->m_thrds.add_thread(new boost::thread(w));
+
+ boost::thread::attributes attrs;
+ if (m_p->m_stack_size)
+ attrs.set_stack_size(m_p->m_stack_size);
+ boost::thread *x = new boost::thread(attrs, w);
+
+ m_p->m_thrds.add_thread(x);
}
while (m_p->m_input.size() >= m_p->m_no_threads * queue_size_per_thread)
m_p->m_cond_input_full.wait(input_lock);
class Worker;
public:
ThreadPoolSocketObserver(yazpp_1::ISocketObservable *obs,
- unsigned min_threads, unsigned max_threads);
+ unsigned min_threads, unsigned max_threads,
+ unsigned stack_size);
virtual ~ThreadPoolSocketObserver();
void put(IThreadPoolMsg *m);
void cleanup(IThreadPoolMsg *m, void *info);
attribute name { xsd:NCName }?,
element mp:threads { xsd:integer }?,
element mp:max-threads { xsd:integer }?,
+ element mp:stack-size { xsd:integer }?,
element mp:port {
attribute route { xsd:NCName }?,
attribute max_recv_bytes { xsd:integer }?,