Try putting wait() after stop() to make sure the resources are teared down.
On Sat, Nov 15, 2014 at 6:56 PM, Syed Aqeel Raza wrote:
> Hi,
>
> Currently, I am using a single usrp as a transmitter. The program is
> changing the transmission frequency with respect to (external) switching
> time. In
Hi,
Currently, I am using a single usrp as a transmitter. The program is
changing the transmission frequency with respect to (external) switching
time. In order to change the frequency in usrp box; I set the following
programming conditions.
while 1:
if ((time!=0) and ((ch1=1) or (ch2==1))):
> I can't use sleep() here; because there're other threads as well in the
> program which need to be executed as well. Sleep() stop the execution of
> program; which is not a solution.
No it doesn't. It pauses the execution of the _THREAD_ ... other
threads (both those created by gnuradio to actua
I can't use sleep() here; because there're other threads as well in the
program which need to be executed as well. Sleep() stop the execution of
program; which is not a solution. Thanks.
On Thu, Nov 13, 2014 at 5:53 PM, Syed Aqeel Raza
wrote:
> Thanks Sylvain for your reply; but if I introduced
Thanks Sylvain for your reply; but if I introduced sleep(14) then during
that time it won't perform the tasks in tb1 as well.
On Thu, Nov 13, 2014 at 3:28 PM, Syed Aqeel Raza
wrote:
> Hi All,
>
> I am looking for a solution that start() the flow graph for a definite
> period of time (in seconds)
tb1.start()
time.sleep(14)
tb1.stop()
tb1.wait()
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Hi All,
I am looking for a solution that start() the flow graph for a definite
period of time (in seconds) and after that it stop() it automatically. For
example
# let suppose initial value of time is 14 seconds; it means that the
flowgraph defined in tb1 should need to executed during that time;
