CTEST2(tube, close)
{
tube *t;
struct sockaddr_in6 remoteAddr;
ASSERT_TRUE( ls_sockaddr_get_remote_ip_addr("127.0.0.1",
"1402",
(struct sockaddr *)&remoteAddr,
sizeof(remoteAddr),
&data->err));
ASSERT_TRUE( tube_manager_open_tube(data->mgr, (const struct sockaddr*)&remoteAddr, &t, &data->err));
ASSERT_TRUE( tube_close(t, &data->err));
}
static int
markov()
{
struct timespec timer;
struct timespec remaining;
tube* t;
ls_err err;
int i;
int* iptr;
timer.tv_sec = 0;
while ( tube_manager_running(mgr) )
{
timer.tv_nsec = gauss(50000000, 10000000);
nanosleep(&timer, &remaining);
i = random() % NUM_TUBES;
t = tubes[i];
if (!t)
{
if ( !tube_create(&t, &err) )
{
LS_LOG_ERR(err, "tube_create");
return 1;
}
tubes[i] = t;
iptr = malloc( sizeof(*iptr) );
*iptr = i;
tube_set_data(t, iptr);
}
switch ( tube_get_state(t) )
{
case TS_START:
ls_log(LS_LOG_ERROR, "invalid tube state");
return 1;
case TS_UNKNOWN:
if ( !tube_manager_open_tube(mgr,
(const struct sockaddr*)&remoteAddr,
&t,
&err) )
{
LS_LOG_ERR(err, "tube_manager_open_tube");
return 1;
}
break;
case TS_OPENING:
/* keep waiting by the mailbox, Charlie Brown */
break;
case TS_RUNNING:
/* .1% chance of close */
if ( (random() % 10000) < 10 )
{
if ( !tube_close(t, &err) )
{
LS_LOG_ERR(err, "tube_close");
return 1;
}
}
else
{
/* TODO: put something intersting in the buffer */
if ( !tube_data(t, data, random() % sizeof(data), &err) )
{
LS_LOG_ERR(err, "tube_data");
return 1;
}
}
case TS_RESUMING:
/* can't get here yet */
break;
}
}
return 0;
}