parallel/testsuite/tests-to-run/parallel-local-10s.sh

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#!/bin/bash
# Simple jobs that never fails
# Each should be taking 10-30s and be possible to run in parallel
# I.e.: No race conditions, no logins
par_bin() {
echo '### Test --bin'
seq 10 | parallel --pipe --bin 1 -j4 wc | sort
paste <(seq 10) <(seq 10 -1 1) |
parallel --pipe --colsep '\t' --bin 2 -j4 wc | sort
echo '### Test --bin with expression that gives 1..n'
paste <(seq 10) <(seq 10 -1 1) |
parallel --pipe --colsep '\t' --bin '2 $_=$_%2+1' -j4 wc | sort
echo '### Test --bin with expression that gives 0..n-1'
paste <(seq 10) <(seq 10 -1 1) |
parallel --pipe --colsep '\t' --bin '2 $_%=2' -j4 wc | sort
# Fails - blocks!
# paste <(seq 10) <(seq 10 -1 1) | parallel --pipe --colsep '\t' --bin 2 wc
}
par_nice() {
echo 'Check that --nice works'
# parallel-20160422 OK
check_for_2_bzip2s() {
perl -e '
for(1..5) {
# Try 5 times if the machine is slow starting bzip2
sleep(1);
@out = qx{ps -eo "%c %n" | grep 18 | grep bzip2};
if($#out == 1) {
# Should find 2 lines
print @out;
exit 0;
}
}
print "failed\n@out";
'
}
# wait for load < 8
parallel --load 8 echo ::: load_10
parallel -j0 --timeout 10 --nice 18 bzip2 '<' ::: /dev/zero /dev/zero &
pid=$!
check_for_2_bzip2s
parallel --retries 10 '! kill -TERM' ::: $pid 2>/dev/null
}
par_test_diff_roundrobin_k() {
echo '### test there is difference on -k'
. $(which env_parallel.bash)
mytest() {
K=$1
doit() {
# Sleep random time ever 1k line
# to mix up which process gets the next block
perl -ne '$t++ % 1000 or select(undef, undef, undef, rand()/10);print' |
md5sum
}
export -f doit
seq 1000000 |
parallel --block 65K --pipe $K --roundrobin doit |
sort
}
export -f mytest
parset a,b,c mytest ::: -k -k ''
# a == b and a != c or error
if [ "$a" == "$b" ]; then
if [ "$a" != "$c" ]; then
echo OK
else
echo error a c
fi
else
echo error a b
fi
}
par_colsep() {
echo '### Test of --colsep'
echo 'a%c%b' | parallel --colsep % echo {1} {3} {2}
(echo 'a%c%b'; echo a%c%b%d) | parallel -k --colsep % echo {1} {3} {2} {4}
(echo a%c%b; echo d%f%e) | parallel -k --colsep % echo {1} {3} {2}
parallel -k --colsep % echo {1} {3} {2} ::: a%c%b d%f%e
parallel -k --colsep % echo {1} {3} {2} ::: a%c%b
parallel -k --colsep % echo {1} {3} {2} {4} ::: a%c%b a%c%b%d
echo '### Test of tab as colsep'
printf 'def\tabc\njkl\tghi' | parallel -k --colsep '\t' echo {2} {1}
parallel -k -a <(printf 'def\tabc\njkl\tghi') --colsep '\t' echo {2} {1}
echo '### Test of multiple -a plus colsep'
parallel --xapply -k -a <(printf 'def\njkl\n') -a <(printf 'abc\tghi\nmno\tpqr') --colsep '\t' echo {2} {1}
echo '### Test of multiple -a no colsep'
parallel --xapply -k -a <(printf 'ghi\npqr\n') -a <(printf 'abc\tdef\njkl\tmno') echo {2} {1}
echo '### Test of quoting after colsplit'
parallel --colsep % echo {2} {1} ::: '>/dev/null%>/tmp/null'
echo '### Test of --colsep as regexp'
(echo 'a%c%%b'; echo a%c%b%d) | parallel -k --colsep %+ echo {1} {3} {2} {4}
parallel -k --colsep %+ echo {1} {3} {2} {4} ::: a%c%%b a%c%b%d
(echo 'a% c %%b'; echo a%c% b %d) | parallel -k --colsep %+ echo {1} {3} {2} {4}
(echo 'a% c %%b'; echo a%c% b %d) | parallel -k --colsep %+ echo '"{1}_{3}_{2}_{4}"'
echo '### Test of -C'
(echo 'a% c %%b'; echo a%c% b %d) | parallel -k -C %+ echo '"{1}_{3}_{2}_{4}"'
echo '### Test of --trim n'
(echo 'a% c %%b'; echo a%c% b %d) | parallel -k --trim n --colsep %+ echo '"{1}_{3}_{2}_{4}"'
parallel -k -C %+ echo '"{1}_{3}_{2}_{4}"' ::: 'a% c %%b' 'a%c% b %d'
echo '### Test of bug: If input is empty string'
(echo ; echo abcbdbebf;echo abc) | parallel -k --colsep b -v echo {1}{2}
}
par_failing_compressor() {
echo 'Compress with failing (de)compressor'
echo 'Test --tag/--line-buffer/--files in all combinations'
echo 'Test working/failing compressor/decompressor in all combinations'
echo '(-k is used as a dummy argument)'
stdout parallel -vk --header : --argsep ,,, \
parallel -k {tag} {lb} {files} --compress --compress-program {comp} --decompress-program {decomp} echo ::: C={comp},D={decomp} \
,,, tag --tag -k \
,,, lb --line-buffer -k \
,,, files --files -k \
,,, comp 'cat;true' 'cat;false' \
,,, decomp 'cat;true' 'cat;false' |
perl -pe 's:/par......par:/tmpfile:'
}
par_fifo_under_csh() {
echo '### Test --fifo under csh'
csh -c "seq 3000000 | parallel -k --pipe --fifo 'sleep .{#};cat {}|wc -c ; false; echo \$status; false'"
echo exit $?
}
par_parset() {
echo '### test parset'
. `which env_parallel.bash`
echo 'Put output into $myarray'
parset myarray -k seq 10 ::: 14 15 16
echo "${myarray[1]}"
echo 'Put output into vars "$seq, $pwd, $ls"'
parset "seq pwd ls" -k ::: "seq 10" pwd ls
echo "$seq"
echo 'Put output into vars ($seq, $pwd, $ls)':
into_vars=(seq pwd ls)
parset "${into_vars[*]}" -k ::: "seq 5" pwd ls
echo "$seq"
echo 'The commands to run can be an array'
cmd=("echo '<<joe \"double space\" cartoon>>'" "pwd")
parset data -k ::: "${cmd[@]}"
echo "${data[0]}"
echo "${data[1]}"
echo 'You cannot pipe into parset, but must use a tempfile'
seq 10 > /tmp/parset_input_$$
parset res -k echo :::: /tmp/parset_input_$$
echo "${res[0]}"
echo "${res[9]}"
rm /tmp/parset_input_$$
echo 'or process substitution'
parset res -k echo :::: <(seq 0 10)
echo "${res[0]}"
echo "${res[9]}"
echo 'Commands with newline require -0'
parset var -k -0 ::: 'echo "line1
line2"' 'echo "command2"'
echo "${var[0]}"
}
par_parset2() {
. `which env_parallel.bash`
echo '### parset into array'
parset arr1 echo ::: foo bar baz
echo ${arr1[0]} ${arr1[1]} ${arr1[2]}
echo '### parset into vars with comma'
parset comma3,comma2,comma1 echo ::: baz bar foo
echo $comma1 $comma2 $comma3
echo '### parset into vars with space'
parset 'space3 space2 space1' echo ::: baz bar foo
echo $space1 $space2 $space3
echo '### parset with newlines'
parset 'newline3 newline2 newline1' seq ::: 3 2 1
echo "$newline1"
echo "$newline2"
echo "$newline3"
echo '### parset into indexed array vars'
parset 'myarray[6],myarray[5],myarray[4]' echo ::: baz bar foo
echo ${myarray[*]}
echo ${myarray[4]} ${myarray[5]} ${myarray[5]}
echo '### env_parset'
alias myecho='echo myecho "$myvar" "${myarr[1]}"'
myvar="myvar"
myarr=("myarr 0" "myarr 1" "myarr 2")
mynewline="`echo newline1;echo newline2;`"
env_parset arr1 myecho ::: foo bar baz
echo "${arr1[0]} ${arr1[1]} ${arr1[2]}"
env_parset comma3,comma2,comma1 myecho ::: baz bar foo
echo "$comma1 $comma2 $comma3"
env_parset 'space3 space2 space1' myecho ::: baz bar foo
echo "$space1 $space2 $space3"
env_parset 'newline3 newline2 newline1' 'echo "$mynewline";seq' ::: 3 2 1
echo "$newline1"
echo "$newline2"
echo "$newline3"
env_parset 'myarray[6],myarray[5],myarray[4]' myecho ::: baz bar foo
echo "${myarray[*]}"
echo "${myarray[4]} ${myarray[5]} ${myarray[5]}"
echo 'bug #52507: parset arr1 -v echo ::: fails'
parset arr1 -v seq ::: 1 2 3
echo "${arr1[2]}"
}
par_perlexpr_repl() {
echo '### {= and =} in different groups separated by space'
parallel echo {= s/a/b/ =} ::: a
parallel echo {= s/a/b/=} ::: a
parallel echo {= s/a/b/=}{= s/a/b/=} ::: a
parallel echo {= s/a/b/=}{=s/a/b/=} ::: a
parallel echo {= s/a/b/=}{= {= s/a/b/=} ::: a
parallel echo {= s/a/b/=}{={=s/a/b/=} ::: a
parallel echo {= s/a/b/ =} {={==} ::: a
parallel echo {={= =} ::: a
parallel echo {= {= =} ::: a
parallel echo {= {= =} =} ::: a
echo '### bug #45842: Do not evaluate {= =} twice'
parallel -k echo '{= $_=++$::G =}' ::: {1001..1004}
parallel -k echo '{=1 $_=++$::G =}' ::: {1001..1004}
parallel -k echo '{= $_=++$::G =}' ::: {1001..1004} ::: {a..c}
parallel -k echo '{=1 $_=++$::G =}' ::: {1001..1004} ::: {a..c}
echo '### bug #45939: {2} in {= =} fails'
parallel echo '{= s/O{2}//=}' ::: OOOK
parallel echo '{2}-{=1 s/O{2}//=}' ::: OOOK ::: OK
}
par_END() {
echo '### Test -i and --replace: Replace with argument'
(echo a; echo END; echo b) | parallel -k -i -eEND echo repl{}ce
(echo a; echo END; echo b) | parallel -k --replace -eEND echo repl{}ce
(echo a; echo END; echo b) | parallel -k -i+ -eEND echo repl+ce
(echo e; echo END; echo b) | parallel -k -i'*' -eEND echo r'*'plac'*'
(echo a; echo END; echo b) | parallel -k --replace + -eEND echo repl+ce
(echo a; echo END; echo b) | parallel -k --replace== -eEND echo repl=ce
(echo a; echo END; echo b) | parallel -k --replace = -eEND echo repl=ce
(echo a; echo END; echo b) | parallel -k --replace=^ -eEND echo repl^ce
(echo a; echo END; echo b) | parallel -k -I^ -eEND echo repl^ce
echo '### Test -E: Artificial end-of-file'
(echo include this; echo END; echo not this) | parallel -k -E END echo
(echo include this; echo END; echo not this) | parallel -k -EEND echo
echo '### Test -e and --eof: Artificial end-of-file'
(echo include this; echo END; echo not this) | parallel -k -e END echo
(echo include this; echo END; echo not this) | parallel -k -eEND echo
(echo include this; echo END; echo not this) | parallel -k --eof=END echo
(echo include this; echo END; echo not this) | parallel -k --eof END echo
}
par_xargs_compat() {
echo xargs compatibility
a_b-c() { echo a_b; echo c; }
a_b_-c-d() { echo a_b' '; echo c; echo d; }
a_b_-c-d-e() { echo a_b' '; echo c; echo d; echo e; }
one_mb_line() { perl -e 'print "z"x1000000'; }
stdsort() { "$@" | LC_ALL=C sort; }
echo '### Test -L -l and --max-lines'
a_b-c | parallel -km -L2 echo
a_b-c | parallel -k -L2 echo
a_b-c | xargs -L2 echo
echo '### xargs -L1 echo'
a_b-c | parallel -km -L1 echo
a_b-c | parallel -k -L1 echo
a_b-c | xargs -L1 echo
echo 'Lines ending in space should continue on next line'
echo '### xargs -L1 echo'
a_b_-c-d | parallel -km -L1 echo
a_b_-c-d | parallel -k -L1 echo
a_b_-c-d | xargs -L1 echo
echo '### xargs -L2 echo'
a_b_-c-d-e | parallel -km -L2 echo
a_b_-c-d-e | parallel -k -L2 echo
a_b_-c-d-e | xargs -L2 echo
echo '### xargs -l echo'
a_b_-c-d-e | parallel -l -km echo # This behaves wrong
a_b_-c-d-e | parallel -l -k echo # This behaves wrong
a_b_-c-d-e | xargs -l echo
echo '### xargs -l2 echo'
a_b_-c-d-e | parallel -km -l2 echo
a_b_-c-d-e | parallel -k -l2 echo
a_b_-c-d-e | xargs -l2 echo
echo '### xargs -l1 echo'
a_b_-c-d-e | parallel -km -l1 echo
a_b_-c-d-e | parallel -k -l1 echo
a_b_-c-d-e | xargs -l1 echo
echo '### xargs --max-lines=2 echo'
a_b_-c-d-e | parallel -km --max-lines 2 echo
a_b_-c-d-e | parallel -k --max-lines 2 echo
a_b_-c-d-e | xargs --max-lines=2 echo
echo '### xargs --max-lines echo'
a_b_-c-d-e | parallel --max-lines -km echo # This behaves wrong
a_b_-c-d-e | parallel --max-lines -k echo # This behaves wrong
a_b_-c-d-e | xargs --max-lines echo
echo '### test too long args'
one_mb_line | parallel echo 2>&1
one_mb_line | xargs echo 2>&1
(seq 1 10; one_mb_line; seq 12 15) | stdsort parallel -j1 -km -s 10 echo
(seq 1 10; one_mb_line; seq 12 15) | stdsort xargs -s 10 echo
(seq 1 10; one_mb_line; seq 12 15) | stdsort parallel -j1 -kX -s 10 echo
echo '### Test -x'
echo '-km'
(seq 1 10; echo 12345; seq 12 15) | stdsort parallel -j1 -km -s 10 -x echo
echo '-kX'
(seq 1 10; echo 12345; seq 12 15) | stdsort parallel -j1 -kX -s 10 -x echo
echo '-x'
(seq 1 10; echo 12345; seq 12 15) | stdsort xargs -s 10 -x echo
echo '-km -x'
(seq 1 10; echo 1234; seq 12 15) | stdsort parallel -j1 -km -s 10 -x echo
echo '-kX -x'
(seq 1 10; echo 1234; seq 12 15) | stdsort parallel -j1 -kX -s 10 -x echo
echo '-x'
(seq 1 10; echo 1234; seq 12 15) | stdsort xargs -s 10 -x echo
}
par_sem_2jobs() {
echo '### Test semaphore 2 jobs running simultaneously'
parallel --semaphore --id 2jobs -u -j2 'echo job1a 1; sleep 4; echo job1b 3'
sleep 0.5
parallel --semaphore --id 2jobs -u -j2 'echo job2a 2; sleep 4; echo job2b 5'
sleep 0.5
parallel --semaphore --id 2jobs -u -j2 'echo job3a 4; sleep 4; echo job3b 6'
parallel --semaphore --id 2jobs --wait
echo done
}
par_semaphore() {
echo '### Test if parallel invoked as sem will run parallel --semaphore'
sem --id as_sem -u -j2 'echo job1a 1; sleep 3; echo job1b 3'
sleep 0.5
sem --id as_sem -u -j2 'echo job2a 2; sleep 3; echo job2b 5'
sleep 0.5
sem --id as_sem -u -j2 'echo job3a 4; sleep 3; echo job3b 6'
sem --id as_sem --wait
echo done
}
par_line_buffer() {
echo "### --line-buffer"
tmp1=$(tempfile)
tmp2=$(tempfile)
seq 10 | parallel -j20 --line-buffer 'seq {} 10 | pv -qL 10' > $tmp1
seq 10 | parallel -j20 'seq {} 10 | pv -qL 10' > $tmp2
cat $tmp1 | wc
diff $tmp1 $tmp2 >/dev/null
echo These must diff: $?
rm $tmp1 $tmp2
}
par_pipe_line_buffer() {
echo "### --pipe --line-buffer"
tmp1=$(tempfile)
tmp2=$(tempfile)
nowarn() {
# Ignore certain warnings
# parallel: Warning: Starting 11 processes took > 2 sec.
# parallel: Warning: Consider adjusting -j. Press CTRL-C to stop.
grep -v '^parallel: Warning: (Starting|Consider)'
}
export PARALLEL="-N10 -L1 --pipe -j20 --tagstring {#}"
seq 200| parallel --line-buffer pv -qL 10 > $tmp1 2> >(nowarn)
seq 200| parallel pv -qL 10 > $tmp2 2> >(nowarn)
cat $tmp1 | wc
diff $tmp1 $tmp2 >/dev/null
echo These must diff: $?
rm $tmp1 $tmp2
}
par_pipe_line_buffer_compress() {
echo "### --pipe --line-buffer --compress"
seq 200| parallel -N10 -L1 --pipe -j20 --line-buffer --compress --tagstring {#} pv -qL 10 | wc
}
par__pipepart_spawn() {
echo '### bug #46214: Using --pipepart doesnt spawn multiple jobs in version 20150922'
seq 1000000 > /tmp/num1000000
stdout parallel --pipepart --progress -a /tmp/num1000000 --block 10k -j0 true |
grep 1:local | perl -pe 's/\d\d\d/999/g; s/[2-9]/2+/g;'
}
par__pipe_tee() {
echo 'bug #45479: --pipe/--pipepart --tee'
echo '--pipe --tee'
random100M() {
< /dev/zero openssl enc -aes-128-ctr -K 1234 -iv 1234 2>/dev/null |
head -c 100M;
}
random100M | parallel --pipe --tee cat ::: {1..3} | LC_ALL=C wc -c
}
par__pipepart_tee() {
echo 'bug #45479: --pipe/--pipepart --tee'
echo '--pipepart --tee'
export TMPDIR=/dev/shm/parallel
mkdir -p $TMPDIR
random100M() {
< /dev/zero openssl enc -aes-128-ctr -K 1234 -iv 1234 2>/dev/null |
head -c 100M;
}
tmp=$(mktemp)
random100M >$tmp
parallel --pipepart --tee -a $tmp cat ::: {1..3} | LC_ALL=C wc -c
rm $tmp
}
par_k() {
echo '### Test -k'
ulimit -n 50
(echo "sleep 3; echo begin";
seq 1 30 |
parallel -j1 -kq echo "sleep 1; echo {}";
echo "echo end") |
stdout nice parallel -k -j0 |
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grep -Ev 'No more file handles.|Raising ulimit -n' |
perl -pe '/parallel:/ and s/\d/X/g'
}
par_k_linebuffer() {
echo '### bug #47750: -k --line-buffer should give current job up to now'
parallel --line-buffer --tag -k 'seq {} | pv -qL 10' ::: {10..20}
parallel --line-buffer -k 'echo stdout top;sleep 1;echo stderr in the middle >&2; sleep 1;echo stdout' ::: end 2>&1
}
par_maxlinelen_m_I() {
echo "### Test max line length -m -I"
seq 1 60000 | parallel -I :: -km -j1 echo a::b::c | LC_ALL=C sort >/tmp/114-a$$;
md5sum </tmp/114-a$$;
export CHAR=$(cat /tmp/114-a$$ | wc -c);
export LINES=$(cat /tmp/114-a$$ | wc -l);
echo "Chars per line ($CHAR/$LINES): "$(echo "$CHAR/$LINES" | bc);
rm /tmp/114-a$$
}
par_maxlinelen_X_I() {
echo "### Test max line length -X -I"
seq 1 60000 | parallel -I :: -kX -j1 echo a::b::c | LC_ALL=C sort >/tmp/114-b$$;
md5sum </tmp/114-b$$;
export CHAR=$(cat /tmp/114-b$$ | wc -c);
export LINES=$(cat /tmp/114-b$$ | wc -l);
echo "Chars per line ($CHAR/$LINES): "$(echo "$CHAR/$LINES" | bc);
rm /tmp/114-b$$
}
par_compress_fail() {
echo "### bug #41609: --compress fails"
seq 12 | parallel --compress --compress-program gzip -k seq {} 10000 | md5sum
seq 12 | parallel --compress -k seq {} 10000 | md5sum
}
par_results_csv() {
echo "bug #: --results csv"
doit() {
parallel -k $@ --results -.csv echo ::: H2 22 23 ::: H1 11 12;
}
export -f doit
parallel -k --tag doit ::: '--header :' '' \
::: --tag '' ::: --files '' ::: --compress '' |
perl -pe 's:/par......par:/tmpfile:g;s/\d+\.\d+/999.999/g'
}
par_results_compress() {
tmp=$(mktemp)
rm "$tmp"
parallel --results $tmp --compress echo ::: 1 | wc -l
parallel --results $tmp echo ::: 1 | wc -l
rm -r "$tmp"
}
par_kill_children_timeout() {
echo '### Test killing children with --timeout and exit value (failed if timed out)'
pstree $$ | grep sleep | grep -v anacron | grep -v screensave | wc
doit() {
for i in `seq 100 120`; do
bash -c "(sleep $i)" &
sleep $i &
done;
wait;
echo No good;
}
export -f doit
parallel --timeout 3 doit ::: 1000000000 1000000001
echo $?;
sleep 2;
pstree $$ | grep sleep | grep -v anacron | grep -v screensave | wc
}
par_tmux_fg() {
echo 'bug #50107: --tmux --fg should also write how to access it'
stdout parallel --tmux --fg sleep ::: 3 | perl -pe 's/.tmp\S+/tmp/'
}
par_retries_all_fail() {
echo "bug #53748: -k --retries 10 + out of filehandles = blocking"
ulimit -n 30
seq 8 |
parallel -k -j0 --retries 2 --timeout 0.1 'echo {}; sleep {}; false' 2>/dev/null
}
par_sockets_cores_threads() {
echo '### Test --number-of-sockets/cores/threads'
unset PARALLEL_CPUINFO
parallel --number-of-sockets
parallel --number-of-cores
parallel --number-of-threads
parallel --number-of-cpus
echo '### Test --use-sockets-instead-of-threads'
(seq 1 4 |
stdout parallel --use-sockets-instead-of-threads -j100% sleep) &&
echo sockets done &
(seq 1 4 | stdout parallel -j100% sleep) && echo threads done &
wait
echo 'Threads should complete first on machines with less than 8 sockets'
}
par_long_line_remote() {
echo '### Deal with long command lines on remote servers'
perl -e "print(((\"'\"x5000).\"\\n\")x6)" |
parallel -j1 -S lo -N 10000 echo {} |wc
perl -e 'print((("\$"x5000)."\n")x50)' |
parallel -j1 -S lo -N 10000 echo {} |wc
}
par_shellquote() {
echo '### Test --shellquote in all shells'
doit() {
# Run --shellquote for ascii 1..255 in a shell
shell="$1"
"$shell" -c perl\ -e\ \'print\ pack\(\"c\*\",1..255\)\'\ \|\ parallel\ -0\ --shellquote
}
export -f doit
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parallel --tag -q -k doit {} ::: ash bash csh dash fish fizsh ksh2020 ksh93 lksh mksh posh rzsh sash sh static-sh tcsh yash zsh csh tcsh
}
par_tmp_full() {
# Assume /tmp/shm is easy to fill up
export SHM=/tmp/shm/parallel
mkdir -p $SHM
sudo umount -l $SHM 2>/dev/null
sudo mount -t tmpfs -o size=10% none $SHM
echo "### Test --tmpdir running full. bug #40733 was caused by this"
stdout parallel -j1 --tmpdir $SHM cat /dev/zero ::: dummy
}
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par_jobs_file() {
echo '### Test of -j filename - non-existent file'
stdout parallel -j no_such_file echo ::: 1 |
perl -ne '/Tange, O.|Zenodo./ or print'
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echo '### Test of -j filename'
echo 3 >/tmp/jobs_to_run1
parallel -j /tmp/jobs_to_run1 -v sleep {} ::: 10 8 6 5 4
# Should give 6 8 10 5 4
}
export -f $(compgen -A function | grep par_)
compgen -A function | grep par_ | LC_ALL=C sort |
parallel --timeout 1000% -j10 --tag -k --joblog /tmp/jl-`basename $0` '{} 2>&1' |
perl -pe 's/,31,0/,15,0/' |
perl -pe 's/131\d\d\d/131XXX/' |
# Replace $PWD with . even if given as ~/...
perl -pe 's:~:'$HOME':g' |
perl -pe 's:'$PWD':.:g' |
perl -pe 's:'$HOME':~:g'