On Sun, Dec 1, 2013 at 7:25 AM, George Marselis wrote:
>> Maybe it would be possible to append a byte to the tmp files before
>> printing them. If ftell stays the same then the append did not work
>> and a warning should be written. If it worked, seek back 1 byte and
>> truncate. This, however, m
On Sun, Dec 1, 2013 at 12:56 AM, Ole Tange wrote:
> Disk full is not the only situation where this could happen: If a file
> system has a file size limit this could also cause STDOUT/STDERR to be
> truncated.
Another situation: The disk is fills up, but just before Parallel is
printing some othe
>
> I am not sure I understand this at all. If your input is part of a
> name of a compressed file and the output is the uncompressed, I do not
> see a way for GNU Parallel to figure out how much space the
> uncompressed will take.
>
>
True. that is what i get for touching the keyboard before I ha
On Sun, Dec 1, 2013 at 12:56 AM, Ole Tange wrote:
> Maybe it would be possible to append a byte to the tmp files before
> printing them. If ftell stays the same then the append did not work
> and a warning should be written. If it worked, seek back 1 byte and
> truncate. This, however, might slow
Dear All,
I am trying to implement gnu parallel on a cluster with several nodes and each
node has up to 12 cores.
Here "file_name" name contains two parameters that is fed to my script
"program.sh". My script needs two parameters to run.
While "login_server_names" contains the address to each
On Sun, Dec 1, 2013 at 10:31 PM, yacob sen wrote:
> Here is my understanding of the gnu parallel implementations on a single
> node:
>
> cat $file_name | parallel -u -j 12 --sshloginfile $login_server_name
> --colsep ' ' program.sh {1} {2}
> My idea is for the above command is to distribut
Dear ole,
Thank you for your reply. I am not really forcing GNU parallel to send specific
job to a specific core of on a specific node. I merely showing the
distribution of the job that GNU parallel supposed to do. I do not care which
job goes to which core. I only need that a single task goes
