parallel: Fixed bug #51293: parallel does not preserve symlinked directory structure on remote.

This commit is contained in:
Ole Tange 2017-06-22 23:14:32 +02:00
parent 526f2bfd4c
commit f3d117e7bb
8 changed files with 246 additions and 238 deletions

View file

@ -4,7 +4,7 @@
Check that documentation is updated (compare to web):
Fixet for 20170322
Fixet for 20170622
git diff last-release-commit
Unmodified beta since last version => production
Unmodified alpha since last version => beta
@ -214,20 +214,8 @@ New in this release:
http://meta.askubuntu.com/a/16750/22307
http://meta.serverfault.com/a/9040/45704
* Graph for overhead for 1000 jobs has been updated. It remains steadily at 3.5 ms per job on a 1.7 GHz machine https://www.gnu.org/software/parallel/process-time-j2-1700MHz-3000-1000.pdf
* GNU Parallel was cited in: The topology of the directed clique complex as a network invariant https://springerplus.springeropen.com/articles/10.1186/s40064-016-2022-y
* GNU Parallel was cited in:
* GNU Parallel was cited in: Parallel Execution of Structural Mechanic Tasks with Use of Small Supercomputers http://www.sciencedirect.com/science/article/pii/S1877705817324815
https://support.ehelp.edu.au/support/solutions/articles/6000089713-tips-for-running-jobs-on-your-vm#parallel
https://pzelasko.github.io/posts/speed-up-ml-model-development-with-gnu-parallel
http://tdhopper.com/blog/2017/Jun/07/parallelizing-a-python-function-for-the-extremely-lazy/
<<Citation not OK: BAMClipper: removing primers from alignments to minimize false-negative mutations in amplicon next-generation sequencing https://www.nature.com/articles/s41598-017-01703-6>>
<<Wrong citation https://iris.sissa.it/retrieve/handle/20.500.11767/36149/10823/And%C3%B2_tesi.pdf>>

View file

@ -24,7 +24,7 @@
use strict;
use Getopt::Long;
$Global::progname="niceload";
$Global::version = 20170622;
$Global::version = 20170623;
Getopt::Long::Configure("bundling","require_order");
get_options_from_array(\@ARGV) || die_usage();
if($opt::version) {

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@ -1,5 +1,10 @@
#!/usr/bin/env perl
# XDG_RUNTIME_DIR/parallel = TMPDIR
# XDG_CONFIG_HOME/parallel = ~/.parallel/config
# XDG_CONFIG_DIRS
# XDG_CACHE_HOME = ~/parallel/tmp + semaphores
# Copyright (C) 2007,2008,2009,2010,2011,2012,2013,2014,2015,2016,2017
# Ole Tange and Free Software Foundation, Inc.
#
@ -1376,7 +1381,7 @@ sub check_invalid_option_combinations {
sub init_globals {
# Defaults:
$Global::version = 20170622;
$Global::version = 20170623;
$Global::progname = 'parallel';
$Global::infinity = 2**31;
$Global::debug = 0;
@ -3982,8 +3987,8 @@ sub usage {
"See 'man $Global::progname' for details",
"",
"Academic tradition requires you to cite works you base your article on.",
"When using programs that use GNU Parallel to process data for publication",
"please cite:",
"If you use programs that use GNU Parallel to process data for an article in a",
"scientific publication, please cite:",
"",
" O. Tange (2011): GNU Parallel - The Command-Line Power Tool,",
" ;login: The USENIX Magazine, February 2011:42-47.",
@ -4010,8 +4015,8 @@ sub citation_notice {
} else {
::status
("Academic tradition requires you to cite works you base your article on.",
"When using programs that use GNU Parallel to process data for publication",
"please cite:",
"If you use programs that use GNU Parallel to process data for an article in a",
"scientific publication, please cite:",
"",
" O. Tange (2011): GNU Parallel - The Command-Line Power Tool,",
" ;login: The USENIX Magazine, February 2011:42-47.",
@ -4085,8 +4090,8 @@ sub citation {
# Returns: N/A
::status(
"Academic tradition requires you to cite works you base your article on.",
"When using programs that use GNU Parallel to process data for publication",
"please cite:",
"If you use programs that use GNU Parallel to process data for an article in a",
"scientific publication, please cite:",
"",
"\@article{Tange2011a,",
" title = {GNU Parallel - The Command-Line Power Tool},",
@ -4103,13 +4108,11 @@ sub citation {
"}",
"",
"(Feel free to use \\nocite{Tange2011a})",
"",
"This helps funding further development; AND IT WON'T COST YOU A CENT.",
"If you pay 10000 EUR you should feel free to use GNU Parallel without citing.",
"",
"If you send a copy of your published article to tange\@gnu.org, it will be",
"mentioned in the release notes of next version of GNU Parallel.",
"",
""
);
while(not -e $ENV{'PARALLEL_HOME'}."/will-cite") {
@ -6405,7 +6408,7 @@ sub rsync_transfer_cmd {
}
$file = ::shell_quote_file($file);
my $sshcmd = $self->sshcommand();
my $rsync_opt = "-rlDzR -e" . ::shell_quote_scalar($sshcmd);
my $rsync_opt = "-KrlDzR -e" . ::shell_quote_scalar($sshcmd);
my $serverlogin = $self->serverlogin();
# Make dir if it does not exist
return "$sshcmd $serverlogin -- mkdir -p $rsync_destdir && " .

View file

@ -95,7 +95,7 @@ B<Zsh, Fish, Ksh, and Pdksh functions and aliases>: Use B<env_parallel>.
The command cannot contain the character \257 (macron: ¯).
=item B<{}> (alpha testing)
=item B<{}> (beta testing)
Input line. This replacement string will be replaced by a full line
read from the input source. The input source is normally stdin
@ -112,7 +112,7 @@ parsed by the shell. The exception is if the command starts with a
replacement string; then the string is not quoted.
=item B<{.}> (alpha testing)
=item B<{.}> (beta testing)
Input line without extension. This replacement string will be replaced
by the input with the extension removed. If the input line contains
@ -128,7 +128,7 @@ The replacement string B<{.}> can be changed with B<--er>.
To understand replacement strings see B<{}>.
=item B<{/}> (alpha testing)
=item B<{/}> (beta testing)
Basename of input line. This replacement string will be replaced by
the input with the directory part removed.
@ -139,7 +139,7 @@ B<--basenamereplace>.
To understand replacement strings see B<{}>.
=item B<{//}> (alpha testing)
=item B<{//}> (beta testing)
Dirname of input line. This replacement string will be replaced by the
dir of the input line. See B<dirname>(1).
@ -150,7 +150,7 @@ B<--dirnamereplace>.
To understand replacement strings see B<{}>.
=item B<{/.}> (alpha testing)
=item B<{/.}> (beta testing)
Basename of input line without extension. This replacement string will
be replaced by the input with the directory and extension part
@ -162,7 +162,7 @@ B<--basenameextensionreplace>.
To understand replacement strings see B<{}>.
=item B<{#}> (alpha testing)
=item B<{#}> (beta testing)
Sequence number of the job to run. This replacement string will be
replaced by the sequence number of the job being run. It contains the
@ -173,7 +173,7 @@ The replacement string B<{#}> can be changed with B<--seqreplace>.
To understand replacement strings see B<{}>.
=item B<{%}> (alpha testing)
=item B<{%}> (beta testing)
Job slot number. This replacement string will be replaced by the job's
slot number between 1 and number of jobs to run in parallel. There
@ -185,7 +185,7 @@ The replacement string B<{%}> can be changed with B<--slotreplace>.
To understand replacement strings see B<{}>.
=item B<{>I<n>B<}> (alpha testing)
=item B<{>I<n>B<}> (beta testing)
Argument from input source I<n> or the I<n>'th argument. This
positional replacement string will be replaced by the input from input
@ -196,7 +196,7 @@ I<n>'th last argument.
To understand replacement strings see B<{}>.
=item B<{>I<n>.B<}> (alpha testing)
=item B<{>I<n>.B<}> (beta testing)
Argument from input source I<n> or the I<n>'th argument without
extension. It is a combination of B<{>I<n>B<}> and B<{.}>.
@ -209,7 +209,7 @@ extension removed.
To understand positional replacement strings see B<{>I<n>B<}>.
=item B<{>I<n>/B<}> (alpha testing)
=item B<{>I<n>/B<}> (beta testing)
Basename of argument from input source I<n> or the I<n>'th argument.
It is a combination of B<{>I<n>B<}> and B<{/}>.
@ -222,7 +222,7 @@ directory (if any) removed.
To understand positional replacement strings see B<{>I<n>B<}>.
=item B<{>I<n>//B<}> (alpha testing)
=item B<{>I<n>//B<}> (beta testing)
Dirname of argument from input source I<n> or the I<n>'th argument.
It is a combination of B<{>I<n>B<}> and B<{//}>.
@ -234,7 +234,7 @@ the I<n>'th argument (when used with B<-N>). See B<dirname>(1).
To understand positional replacement strings see B<{>I<n>B<}>.
=item B<{>I<n>/.B<}> (alpha testing)
=item B<{>I<n>/.B<}> (beta testing)
Basename of argument from input source I<n> or the I<n>'th argument
without extension. It is a combination of B<{>I<n>B<}>, B<{/}>, and
@ -248,7 +248,7 @@ directory (if any) and extension removed.
To understand positional replacement strings see B<{>I<n>B<}>.
=item B<{=>I<perl expression>B<=}> (alpha testing)
=item B<{=>I<perl expression>B<=}> (beta testing)
Replace with calculated I<perl expression>. B<$_> will contain the
same as B<{}>. After evaluating I<perl expression> B<$_> will be used
@ -294,7 +294,7 @@ Example:
See also: B<--rpl> B<--parens>
=item B<{=>I<n> I<perl expression>B<=}> (alpha testing)
=item B<{=>I<n> I<perl expression>B<=}> (beta testing)
Positional equivalent to B<{=perl expression=}>. To understand
positional replacement strings see B<{>I<n>B<}>.
@ -341,7 +341,7 @@ B<:::> and B<::::> can be mixed. So these are equivalent:
::: 1 2 3
=item B<:::+> I<arguments> (beta testing)
=item B<:::+> I<arguments>
Like B<:::> but linked like B<--link> to the previous input source.
@ -362,7 +362,7 @@ B<:::> and B<::::> can be mixed.
See B<-a>, B<:::> and B<--link>.
=item B<::::+> I<argfiles> (beta testing)
=item B<::::+> I<argfiles>
Like B<::::> but linked like B<--link> to the previous input source.
@ -418,7 +418,7 @@ string that is not in the command line.
See also: B<:::>.
=item B<--bar> (beta testing)
=item B<--bar>
Show progress as a progress bar. In the bar is shown: % of jobs
completed, estimated seconds left, and number of jobs started.
@ -656,7 +656,7 @@ variables, arrays, and functions) use B<env_parallel>.
See also: B<--record-env>.
=item B<--eta> (beta testing)
=item B<--eta>
Show the estimated number of seconds before finishing. This forces GNU
B<parallel> to read all jobs before starting to find the number of
@ -744,9 +744,9 @@ See also: B<--line-buffer> B<--ungroup>
Print a summary of the options to GNU B<parallel> and exit.
=item B<--halt-on-error> I<val> (beta testing)
=item B<--halt-on-error> I<val>
=item B<--halt> I<val> (beta testing)
=item B<--halt> I<val>
When should GNU B<parallel> terminate? In some situations it makes no
sense to run all jobs. GNU B<parallel> should simply give up as soon
@ -891,7 +891,7 @@ specified, and for B<-I {}> otherwise. This option is deprecated;
use B<-I> instead.
=item B<--joblog> I<logfile> (beta testing)
=item B<--joblog> I<logfile>
Logfile for executed jobs. Save a list of the executed jobs to
I<logfile> in the following TAB separated format: sequence number,
@ -1076,7 +1076,7 @@ Arguments will be recycled if one input source has more arguments than the other
See also B<--header>, B<:::+>, B<::::+>.
=item B<--load> I<max-load> (alpha testing)
=item B<--load> I<max-load> (beta testing)
Do not start new jobs on a given computer unless the number of running
processes on the computer is less than I<max-load>. I<max-load> uses
@ -1254,7 +1254,7 @@ control on the command line (used by GNU B<parallel> internally when
called with B<--sshlogin>).
=item B<--plus> (alpha testing)
=item B<--plus> (beta testing)
Activate additional replacement strings: {+/} {+.} {+..} {+...} {..}
{...} {/..} {/...} {##}. The idea being that '{+foo}' matches the opposite of
@ -1767,7 +1767,7 @@ impossible to track which input block corresponds to which output.
B<--round-robin> implies B<--pipe>, except if B<--pipepart> is given.
=item B<--rpl> 'I<tag> I<perl expression>' (alpha testing)
=item B<--rpl> 'I<tag> I<perl expression>' (beta testing)
Use I<tag> as a replacement string for I<perl expression>. This makes
it possible to define your own replacement strings. GNU B<parallel>'s
@ -2277,13 +2277,13 @@ different dir for the files. Setting B<--tmpdir> is equivalent to
setting $TMPDIR.
=item B<--tmux> (beta testing)
=item B<--tmux>
Use B<tmux> for output. Start a B<tmux> session and run each job in a
window in that session. No other output will be produced.
=item B<--tmuxpane> (beta testing)
=item B<--tmuxpane>
Use B<tmux> for output but put output into panes in the first window.
Useful if you want to monitor the progress of less than 100 concurrent

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@ -25,7 +25,8 @@ the destination variable and made to an array.
If I<variablename> contains multiple names separated by ',' or space,
the names will be the destination variables.
B<parset> is not production ready and is beta quality.
B<parset> is beta quality and not production ready, but please use it
for everyday use and report bugs.
=head1 OPTIONS

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@ -576,7 +576,7 @@ $Global::Initfile && unlink $Global::Initfile;
exit ($err);
sub parse_options {
$Global::version = 20170622;
$Global::version = 20170623;
$Global::progname = 'sql';
# This must be done first as this may exec myself

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@ -1,87 +1,126 @@
#!/bin/bash
SSHLOGIN1=parallel@lo
SSHLOGIN2=csh@lo
# At most 2 parallel sshs per function
export SSHLOGIN1=parallel@lo
export SSHLOGIN2=csh@lo
mkdir -p tmp
# -L1 will join lines ending in ' '
cat <<'EOF' | sed -e s/\$SERVER1/$SERVER1/\;s/\$SERVER2/$SERVER2/\;s/\$SSHLOGIN1/$SSHLOGIN1/\;s/\$SSHLOGIN2/$SSHLOGIN2/ | parallel -vj5 -k --joblog /tmp/jl-`basename $0` -L1
echo '### Test --onall';
parallel --onall --tag -k -S $SSHLOGIN1,$SSHLOGIN2 '(echo {1} {2}) | awk \{print\ \$2}' ::: a b c ::: 1 2
par_test_onall() {
echo '### Test --onall'
parallel --onall --tag -k -S $SSHLOGIN1,$SSHLOGIN2 '(echo {1} {2}) | awk \{print\ \$2}' ::: a b c ::: 1 2
}
echo '### Test | --onall';
seq 3 | parallel --onall --tag -k -S $SSHLOGIN1,$SSHLOGIN2 '(echo {1} {2}) | awk \{print\ \$2}' ::: a b c :::: -
par_test_pipe_onall() {
echo '### Test | --onall'
seq 3 |
parallel --onall --tag -k -S $SSHLOGIN1,$SSHLOGIN2 '(echo {1} {2}) | awk \{print\ \$2}' ::: a b c :::: -
}
echo '### Test --onall -u';
parallel --onall -S $SSHLOGIN1,$SSHLOGIN2 -u '(echo {1} {2}) | awk \{print\ \$2}' ::: a b c ::: 1 2 3 | sort
par_test_onall_u() {
echo '### Test --onall -u'
parallel --onall -S $SSHLOGIN1,$SSHLOGIN2 -u '(echo {1} {2}) | awk \{print\ \$2}' ::: a b c ::: 1 2 3 |
sort
}
echo '### Test --nonall';
parallel --nonall -k -S $SSHLOGIN1,$SSHLOGIN2 pwd | sort
par_test_nonall() {
echo '### Test --nonall'
parallel --nonall -k -S $SSHLOGIN1,$SSHLOGIN2 pwd |
sort
}
echo '### Test --nonall -u - should be interleaved x y x y';
parallel --nonall -S $SSHLOGIN1,$SSHLOGIN2 -u 'pwd|grep -q csh && sleep 3; pwd;sleep 12;pwd;'
par_test_nonall_u() {
echo '### Test --nonall -u - should be interleaved x y x y'
parallel --nonall -S $SSHLOGIN1,$SSHLOGIN2 -u 'pwd|grep -q csh && sleep 3; pwd;sleep 12;pwd;'
}
echo '### Test read sshloginfile from STDIN';
echo $SSHLOGIN1,$SSHLOGIN2 | parallel -S - -k --nonall pwd;
echo $SSHLOGIN1,$SSHLOGIN2 | parallel --sshloginfile - -k --onall pwd\; echo ::: foo
par_read_sshloginfile_from_stdin() {
echo '### Test read sshloginfile from STDIN'
echo $SSHLOGIN1,$SSHLOGIN2 | parallel -S - -k --nonall pwd
echo $SSHLOGIN1,$SSHLOGIN2 | parallel --sshloginfile - -k --onall pwd\; echo ::: foo
}
echo '**'
par_nonall_basefile() {
echo '### Test --nonall --basefile'
touch tmp/nonall--basefile
stdout parallel --nonall --basefile tmp/nonall--basefile -S $SSHLOGIN1,$SSHLOGIN2 ls tmp/nonall--basefile
stdout parallel --nonall -S $SSHLOGIN1,$SSHLOGIN2 rm tmp/nonall--basefile
stdout rm tmp/nonall--basefile
}
echo '### Test --nonall --basefile';
touch tmp/nonall--basefile;
stdout parallel --nonall --basefile tmp/nonall--basefile -S $SSHLOGIN1,$SSHLOGIN2 ls tmp/nonall--basefile;
stdout parallel --nonall -S $SSHLOGIN1,$SSHLOGIN2 rm tmp/nonall--basefile;
stdout rm tmp/nonall--basefile
par_onall_basefile() {
echo '### Test --onall --basefile'
touch tmp/onall--basefile
stdout parallel --onall --basefile tmp/onall--basefile -S $SSHLOGIN1,$SSHLOGIN2 ls {} ::: tmp/onall--basefile
stdout parallel --onall -S $SSHLOGIN1,$SSHLOGIN2 rm {} ::: tmp/onall--basefile
stdout rm tmp/onall--basefile
}
echo '**'
par_nonall_basefile_cleanup() {
echo '### Test --nonall --basefile --cleanup (rm should fail)'
touch tmp/nonall--basefile--clean
stdout parallel --nonall --basefile tmp/nonall--basefile--clean --cleanup -S $SSHLOGIN1,$SSHLOGIN2 ls tmp/nonall--basefile--clean
stdout parallel --nonall -S $SSHLOGIN1,$SSHLOGIN2 rm tmp/nonall--basefile--clean
stdout rm tmp/nonall--basefile--clean
}
echo '### Test --onall --basefile';
touch tmp/onall--basefile;
stdout parallel --onall --basefile tmp/onall--basefile -S $SSHLOGIN1,$SSHLOGIN2 ls {} ::: tmp/onall--basefile;
stdout parallel --onall -S $SSHLOGIN1,$SSHLOGIN2 rm {} ::: tmp/onall--basefile;
stdout rm tmp/onall--basefile
par_onall_basefile_cleanup() {
echo '### Test --onall --basefile --cleanup (rm should fail)'
touch tmp/onall--basefile--clean
stdout parallel --onall --basefile tmp/onall--basefile--clean --cleanup -S $SSHLOGIN1,$SSHLOGIN2 ls {} ::: tmp/onall--basefile--clean
stdout parallel --onall -S $SSHLOGIN1,$SSHLOGIN2 rm {} ::: tmp/onall--basefile--clean
stdout rm tmp/onall--basefile--clean
}
echo '**'
par_workdir_dot() {
echo '### Test --workdir .'
ssh $SSHLOGIN1 mkdir -p mydir
mkdir -p $HOME/mydir
cd $HOME/mydir
parallel --workdir . -S $SSHLOGIN1 ::: pwd
}
echo '### Test --nonall --basefile --cleanup (rm should fail)';
touch tmp/nonall--basefile--clean;
stdout parallel --nonall --basefile tmp/nonall--basefile--clean --cleanup -S $SSHLOGIN1,$SSHLOGIN2 ls tmp/nonall--basefile--clean;
stdout parallel --nonall -S $SSHLOGIN1,$SSHLOGIN2 rm tmp/nonall--basefile--clean;
stdout rm tmp/nonall--basefile--clean
par_wd_dot() {
echo '### Test --wd .'
ssh $SSHLOGIN2 mkdir -p mydir
mkdir -p $HOME/mydir
cd $HOME/mydir
parallel --workdir . -S $SSHLOGIN2 ::: pwd
}
echo '**'
par_wd_braces() {
echo '### Test --wd {}'
ssh $SSHLOGIN2 rm -rf wd1 wd2
mkdir -p $HOME/mydir
cd $HOME/mydir
parallel --workdir {} -S $SSHLOGIN2 touch ::: wd1 wd2
ssh $SSHLOGIN2 ls -d wd1 wd2
}
echo '### Test --onall --basefile --cleanup (rm should fail)';
touch tmp/onall--basefile--clean;
stdout parallel --onall --basefile tmp/onall--basefile--clean --cleanup -S $SSHLOGIN1,$SSHLOGIN2 ls {} ::: tmp/onall--basefile--clean;
stdout parallel --onall -S $SSHLOGIN1,$SSHLOGIN2 rm {} ::: tmp/onall--basefile--clean;
stdout rm tmp/onall--basefile--clean
par_wd_perlexpr() {
echo '### Test --wd {= =}'
ssh $SSHLOGIN2 rm -rf WD1 WD2
mkdir -p $HOME/mydir
cd $HOME/mydir
parallel --workdir '{= $_=uc($_) =}' -S $SSHLOGIN2 touch ::: wd1 wd2
ssh $SSHLOGIN2 ls -d WD1 WD2
}
echo '**'
par_nonall_wd() {
echo '### Test --nonall --wd'
parallel --workdir /tmp -S $SSHLOGIN2 --nonall pwd
}
echo '### Test --workdir .';
ssh $SSHLOGIN1 mkdir -p mydir;
mkdir -p $HOME/mydir; cd $HOME/mydir;
parallel --workdir . -S $SSHLOGIN1 ::: pwd
par_remote_symlink_dir() {
echo 'bug #51293: parallel does not preserve symlinked directory structure on remote'
ssh parallel@lo 'mkdir -p tmp; rm -rf wd; ln -s tmp wd'
mkdir -p wd
touch wd/testfile
parallel --nonall -S parallel@lo --basefile wd/testfile
ssh parallel@lo rm wd && echo OK: wd is still a symlink
}
echo '### Test --wd .';
ssh $SSHLOGIN2 mkdir -p mydir;
mkdir -p $HOME/mydir; cd $HOME/mydir;
parallel --workdir . -S $SSHLOGIN2 ::: pwd
echo '### Test --wd {}';
ssh $SSHLOGIN2 rm -rf wd1 wd2;
mkdir -p $HOME/mydir; cd $HOME/mydir;
parallel --workdir {} -S $SSHLOGIN2 touch ::: wd1 wd2;
ssh $SSHLOGIN2 ls -d wd1 wd2
echo '### Test --wd {= =}';
ssh $SSHLOGIN2 rm -rf WD1 WD2;
mkdir -p $HOME/mydir; cd $HOME/mydir;
parallel --workdir '{= $_=uc($_) =}' -S $SSHLOGIN2 touch ::: wd1 wd2;
ssh $SSHLOGIN2 ls -d WD1 WD2
echo '### Test --nonall --wd';
parallel --workdir /tmp -S $SSHLOGIN2 --nonall pwd
EOF
export -f $(compgen -A function | grep par_)
#compgen -A function | grep par_ | sort | parallel --delay $D -j$P --tag -k '{} 2>&1'
compgen -A function | grep par_ | sort |
parallel --joblog /tmp/jl-`basename $0` -j5 --tag -k '{} 2>&1'

View file

@ -1,119 +1,96 @@
echo '### Test --onall'; parallel --onall --tag -k -S parallel@lo,csh@lo '(echo {1} {2}) | awk \{print\ \$2}' ::: a b c ::: 1 2
### Test --onall
csh@lo 1
csh@lo 2
csh@lo 1
csh@lo 2
csh@lo 1
csh@lo 2
parallel@lo 1
parallel@lo 2
parallel@lo 1
parallel@lo 2
parallel@lo 1
parallel@lo 2
echo '### Test | --onall'; seq 3 | parallel --onall --tag -k -S parallel@lo,csh@lo '(echo {1} {2}) | awk \{print\ \$2}' ::: a b c :::: -
### Test | --onall
csh@lo 1
csh@lo 2
csh@lo 3
csh@lo 1
csh@lo 2
csh@lo 3
csh@lo 1
csh@lo 2
csh@lo 3
parallel@lo 1
parallel@lo 2
parallel@lo 3
parallel@lo 1
parallel@lo 2
parallel@lo 3
parallel@lo 1
parallel@lo 2
parallel@lo 3
echo '### Test --onall -u'; parallel --onall -S parallel@lo,csh@lo -u '(echo {1} {2}) | awk \{print\ \$2}' ::: a b c ::: 1 2 3 | sort
### Test --onall -u
1
1
1
1
1
1
2
2
2
2
2
2
3
3
3
3
3
3
echo '### Test --nonall'; parallel --nonall -k -S parallel@lo,csh@lo pwd | sort
### Test --nonall
/home/csh
/home/parallel
echo '### Test --nonall -u - should be interleaved x y x y'; parallel --nonall -S parallel@lo,csh@lo -u 'pwd|grep -q csh && sleep 3; pwd;sleep 12;pwd;'
### Test --nonall -u - should be interleaved x y x y
/home/parallel
/home/csh
/home/parallel
/home/csh
echo '### Test read sshloginfile from STDIN'; echo parallel@lo,csh@lo | parallel -S - -k --nonall pwd; echo parallel@lo,csh@lo | parallel --sshloginfile - -k --onall pwd\; echo ::: foo
### Test read sshloginfile from STDIN
/home/csh
/home/parallel
/home/csh
foo
/home/parallel
foo
echo '**'
**
echo '### Test --nonall --basefile'; touch tmp/nonall--basefile; stdout parallel --nonall --basefile tmp/nonall--basefile -S parallel@lo,csh@lo ls tmp/nonall--basefile; stdout parallel --nonall -S parallel@lo,csh@lo rm tmp/nonall--basefile; stdout rm tmp/nonall--basefile
### Test --nonall --basefile
tmp/nonall--basefile
tmp/nonall--basefile
echo '**'
**
echo '### Test --onall --basefile'; touch tmp/onall--basefile; stdout parallel --onall --basefile tmp/onall--basefile -S parallel@lo,csh@lo ls {} ::: tmp/onall--basefile; stdout parallel --onall -S parallel@lo,csh@lo rm {} ::: tmp/onall--basefile; stdout rm tmp/onall--basefile
### Test --onall --basefile
tmp/onall--basefile
tmp/onall--basefile
echo '**'
**
echo '### Test --nonall --basefile --cleanup (rm should fail)'; touch tmp/nonall--basefile--clean; stdout parallel --nonall --basefile tmp/nonall--basefile--clean --cleanup -S parallel@lo,csh@lo ls tmp/nonall--basefile--clean; stdout parallel --nonall -S parallel@lo,csh@lo rm tmp/nonall--basefile--clean; stdout rm tmp/nonall--basefile--clean
### Test --nonall --basefile --cleanup (rm should fail)
tmp/nonall--basefile--clean
tmp/nonall--basefile--clean
rm: cannot remove 'tmp/nonall--basefile--clean': No such file or directory
rm: cannot remove 'tmp/nonall--basefile--clean': No such file or directory
echo '**'
**
echo '### Test --onall --basefile --cleanup (rm should fail)'; touch tmp/onall--basefile--clean; stdout parallel --onall --basefile tmp/onall--basefile--clean --cleanup -S parallel@lo,csh@lo ls {} ::: tmp/onall--basefile--clean; stdout parallel --onall -S parallel@lo,csh@lo rm {} ::: tmp/onall--basefile--clean; stdout rm tmp/onall--basefile--clean
### Test --onall --basefile --cleanup (rm should fail)
tmp/onall--basefile--clean
tmp/onall--basefile--clean
rm: cannot remove 'tmp/onall--basefile--clean': No such file or directory
rm: cannot remove 'tmp/onall--basefile--clean': No such file or directory
echo '**'
**
echo '### Test --workdir .'; ssh parallel@lo mkdir -p mydir; mkdir -p $HOME/mydir; cd $HOME/mydir; parallel --workdir . -S parallel@lo ::: pwd
### Test --workdir .
/home/parallel/mydir
echo '### Test --wd .'; ssh csh@lo mkdir -p mydir; mkdir -p $HOME/mydir; cd $HOME/mydir; parallel --workdir . -S csh@lo ::: pwd
### Test --wd .
/home/csh/mydir
echo '### Test --wd {}'; ssh csh@lo rm -rf wd1 wd2; mkdir -p $HOME/mydir; cd $HOME/mydir; parallel --workdir {} -S csh@lo touch ::: wd1 wd2; ssh csh@lo ls -d wd1 wd2
### Test --wd {}
wd1
wd2
echo '### Test --wd {= =}'; ssh csh@lo rm -rf WD1 WD2; mkdir -p $HOME/mydir; cd $HOME/mydir; parallel --workdir '{= $_=uc($_) =}' -S csh@lo touch ::: wd1 wd2; ssh csh@lo ls -d WD1 WD2
### Test --wd {= =}
WD1
WD2
echo '### Test --nonall --wd'; parallel --workdir /tmp -S csh@lo --nonall pwd
### Test --nonall --wd
/tmp
par_nonall_basefile ### Test --nonall --basefile
par_nonall_basefile tmp/nonall--basefile
par_nonall_basefile tmp/nonall--basefile
par_nonall_basefile_cleanup ### Test --nonall --basefile --cleanup (rm should fail)
par_nonall_basefile_cleanup tmp/nonall--basefile--clean
par_nonall_basefile_cleanup tmp/nonall--basefile--clean
par_nonall_basefile_cleanup rm: cannot remove 'tmp/nonall--basefile--clean': No such file or directory
par_nonall_basefile_cleanup rm: cannot remove 'tmp/nonall--basefile--clean': No such file or directory
par_nonall_wd ### Test --nonall --wd
par_nonall_wd /tmp
par_onall_basefile ### Test --onall --basefile
par_onall_basefile tmp/onall--basefile
par_onall_basefile tmp/onall--basefile
par_onall_basefile_cleanup ### Test --onall --basefile --cleanup (rm should fail)
par_onall_basefile_cleanup tmp/onall--basefile--clean
par_onall_basefile_cleanup tmp/onall--basefile--clean
par_onall_basefile_cleanup rm: cannot remove 'tmp/onall--basefile--clean': No such file or directory
par_onall_basefile_cleanup rm: cannot remove 'tmp/onall--basefile--clean': No such file or directory
par_read_sshloginfile_from_stdin ### Test read sshloginfile from STDIN
par_read_sshloginfile_from_stdin /home/csh
par_read_sshloginfile_from_stdin /home/parallel
par_read_sshloginfile_from_stdin /home/csh
par_read_sshloginfile_from_stdin foo
par_read_sshloginfile_from_stdin /home/parallel
par_read_sshloginfile_from_stdin foo
par_remote_symlink_dir bug #51293: parallel does not preserve symlinked directory structure on remote
par_remote_symlink_dir OK: wd is still a symlink
par_test_nonall ### Test --nonall
par_test_nonall /home/csh
par_test_nonall /home/parallel
par_test_nonall_u ### Test --nonall -u - should be interleaved x y x y
par_test_nonall_u /home/parallel
par_test_nonall_u /home/csh
par_test_nonall_u /home/parallel
par_test_nonall_u /home/csh
par_test_onall ### Test --onall
par_test_onall csh@lo 1
par_test_onall csh@lo 2
par_test_onall csh@lo 1
par_test_onall csh@lo 2
par_test_onall csh@lo 1
par_test_onall csh@lo 2
par_test_onall parallel@lo 1
par_test_onall parallel@lo 2
par_test_onall parallel@lo 1
par_test_onall parallel@lo 2
par_test_onall parallel@lo 1
par_test_onall parallel@lo 2
par_test_onall_u ### Test --onall -u
par_test_onall_u 1
par_test_onall_u 1
par_test_onall_u 1
par_test_onall_u 1
par_test_onall_u 1
par_test_onall_u 1
par_test_onall_u 2
par_test_onall_u 2
par_test_onall_u 2
par_test_onall_u 2
par_test_onall_u 2
par_test_onall_u 2
par_test_onall_u 3
par_test_onall_u 3
par_test_onall_u 3
par_test_onall_u 3
par_test_onall_u 3
par_test_onall_u 3
par_test_pipe_onall ### Test | --onall
par_test_pipe_onall csh@lo 1
par_test_pipe_onall csh@lo 2
par_test_pipe_onall csh@lo 3
par_test_pipe_onall csh@lo 1
par_test_pipe_onall csh@lo 2
par_test_pipe_onall csh@lo 3
par_test_pipe_onall csh@lo 1
par_test_pipe_onall csh@lo 2
par_test_pipe_onall csh@lo 3
par_test_pipe_onall parallel@lo 1
par_test_pipe_onall parallel@lo 2
par_test_pipe_onall parallel@lo 3
par_test_pipe_onall parallel@lo 1
par_test_pipe_onall parallel@lo 2
par_test_pipe_onall parallel@lo 3
par_test_pipe_onall parallel@lo 1
par_test_pipe_onall parallel@lo 2
par_test_pipe_onall parallel@lo 3
par_wd_braces ### Test --wd {}
par_wd_braces wd1
par_wd_braces wd2
par_wd_dot ### Test --wd .
par_wd_dot /home/csh/mydir
par_wd_perlexpr ### Test --wd {= =}
par_wd_perlexpr WD1
par_wd_perlexpr WD2
par_workdir_dot ### Test --workdir .
par_workdir_dot /home/parallel/mydir