Good point. yes you should close it but how and why depends on your
protocol and how you use the function.
On Wednesday, 6 February 2013 20:19:31 UTC-6, Bernard wrote:
>
> Thanks, it works.
> Do I have to worry about s.close()?
>
> On Wednesday, February 6, 2013 6:12:06 PM UTC-8, Massimo Di Pierr
Thanks, it works.
Do I have to worry about s.close()?
On Wednesday, February 6, 2013 6:12:06 PM UTC-8, Massimo Di Pierro wrote:
>
> yes:
>
> def connect(address):
> socket.settimeout(10)
> s = socket.socket()
> return s.connect(address)
>
> mysocket = cache.ram('socket',lambda address=
yes:
def connect(address):
socket.settimeout(10)
s = socket.socket()
return s.connect(address)
mysocket = cache.ram('socket',lambda address=(ip,port):
connect(address),3600)
mysocket.send('hello world')
But mind that s.connect may block.
On Wednesday, 6 February 2013 19:32:49 UTC-6
Is it possible to use cache.ram for a TCP socket?
In my setup, establishing a TCP connection to a remote machine is time
consuming and I need to find a workaround to have snappier response to the
Web UI.
Any help appreciated.
Thanks,
Bernard
On Monday, February 4, 2013 11:46:22 AM UTC-8, Berna
Thanks Derek,
There is a second requirement that is not realtime based, but
I omitted that because the challenges are not as tricky.
The workstation has a database to manage historical data and keep
configuration information for the field units (GPS location, IP address
etc.), but also has to
Well, depends on the MFUs I guess. I would probably bypass web2py for this
and simply use a javascript based polling reader based on websockets. Of
course, you'd have to have a websockets enabler on all the MFUs
Is there any reason why you'd use a database for this? If all you are
looking for is
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