Wait, is there perhaps a way to simulataneously read and write without any
kind of blocking? Perhaps the a mode or the r+ mode might help for
simultaneous read/write? I am currently implementing the
multithreading.Queue, but I think that a large number of query requests
might put an necessary load
Hi all,
Il 14/07/2012 00:44, Josh Ayers ha scritto:
My first instinct would be to handle all access (read and write) to
that file from a single process. You could create two
multiprocessing.Queue objects, one for data to write and one for read
requests. Then the process would check the
Awesome, I think this sounds like a very workable solution and the idea is
very neat. I will try to implement this right away. I definitely agree to
putting a small example.
Let you know how this works, thanks guys!
Thanks,
Jacob
On Sat, Jul 14, 2012 at 2:36 AM, Antonio Valentino
+1 to example of this!
On Sat, Jul 14, 2012 at 1:36 PM, Jacob Bennett jacob.bennet...@gmail.comwrote:
Awesome, I think this sounds like a very workable solution and the idea is
very neat. I will try to implement this right away. I definitely agree to
putting a small example.
Let you know
On Fri, Jul 13, 2012 at 2:09 PM, Jacob Bennett jacob.bennet...@gmail.comwrote:
[snip]
My first implementation was to have a set of current files stay in write
mode and have an overall lock over these files for the current day, but
(stupidly) I forgot that lock instances cannot be shared
My first instinct would be to handle all access (read and write) to
that file from a single process. You could create two
multiprocessing.Queue objects, one for data to write and one for read
requests. Then the process would check the queues in a loop and
handle each request serially. The data
