gri11
commented
1 year ago Closed gri11 closed 6 months ago
gri11
commented
1 year ago 
riederd
commented
1 year ago Hi,
can you post the contents of /home/ubuntu/nextNEOpi/work/d8/182ae7593f5feda9fa6e7706bd4226/.command.run
gri11
commented
1 year ago Thank you for your kindly response.
Here it is the .command.run file when get the pVACseq error:
#!/bin/bash
# NEXTFLOW TASK: pVACseq (sample1)
set -e
set -u
NXF_DEBUG=${NXF_DEBUG:=0}; [[ $NXF_DEBUG > 1 ]] && set -x
NXF_ENTRY=${1:-nxf_main}
nxf_tree() {
local pid=$1
declare -a ALL_CHILDREN
while read P PP;do
ALL_CHILDREN[$PP]+=" $P"
done < <(ps -e -o pid= -o ppid=)
pstat() {
local x_pid=$1
local STATUS=$(2> /dev/null < /proc/$1/status egrep 'Vm|ctxt')
if [ $? = 0 ]; then
local x_vsz=$(echo "$STATUS" | grep VmSize | awk '{print $2}' || echo -n '0')
local x_rss=$(echo "$STATUS" | grep VmRSS | awk '{print $2}' || echo -n '0')
local x_peak=$(echo "$STATUS" | egrep 'VmPeak|VmHWM' | sed 's/^.*:\s*//' | sed 's/[\sa-zA-Z]*$//' | tr '\n' ' ' || echo -n '0 0')
local x_pmem=$(awk -v rss=$x_rss -v mem_tot=$mem_tot 'BEGIN {printf "%.0f", rss/mem_tot*100*10}' || echo -n '0')
local vol_ctxt=$(echo "$STATUS" | grep '\bvoluntary_ctxt_switches' | awk '{print $2}' || echo -n '0')
local inv_ctxt=$(echo "$STATUS" | grep '\bnonvoluntary_ctxt_switches' | awk '{print $2}' || echo -n '0')
cpu_stat[x_pid]="$x_pid $x_pmem $x_vsz $x_rss $x_peak $vol_ctxt $inv_ctxt"
fi
}
pwalk() {
pstat $1
for i in ${ALL_CHILDREN[$1]:=}; do pwalk $i; done
}
pwalk $1
}
nxf_stat() {
cpu_stat=()
nxf_tree $1
declare -a sum=(0 0 0 0 0 0 0 0)
local pid
local i
for pid in "${!cpu_stat[@]}"; do
local row=(${cpu_stat[pid]})
[ $NXF_DEBUG = 1 ] && echo "++ stat mem=${row[*]}"
for i in "${!row[@]}"; do
if [ $i != 0 ]; then
sum[i]=$((sum[i]+row[i]))
fi
done
done
[ $NXF_DEBUG = 1 ] && echo -e "++ stat SUM=${sum[*]}"
for i in {1..7}; do
if [ ${sum[i]} -lt ${cpu_peak[i]} ]; then
sum[i]=${cpu_peak[i]}
else
cpu_peak[i]=${sum[i]}
fi
done
[ $NXF_DEBUG = 1 ] && echo -e "++ stat PEAK=${sum[*]}\n"
nxf_stat_ret=(${sum[*]})
}
nxf_mem_watch() {
set -o pipefail
local pid=$1
local trace_file=.command.trace
local count=0;
declare -a cpu_stat=(0 0 0 0 0 0 0 0)
declare -a cpu_peak=(0 0 0 0 0 0 0 0)
local mem_tot=$(< /proc/meminfo grep MemTotal | awk '{print $2}')
local timeout
local DONE
local STOP=''
[ $NXF_DEBUG = 1 ] && nxf_sleep 0.2 && ps fx
while true; do
nxf_stat $pid
if [ $count -lt 10 ]; then timeout=1;
elif [ $count -lt 120 ]; then timeout=5;
else timeout=30;
fi
read -t $timeout -r DONE || true
[[ $DONE ]] && break
if [ ! -e /proc/$pid ]; then
[ ! $STOP ] && STOP=$(nxf_date)
[ $(($(nxf_date)-STOP)) -gt 10000 ] && break
fi
count=$((count+1))
done
echo "%mem=${nxf_stat_ret[1]}" >> $trace_file
echo "vmem=${nxf_stat_ret[2]}" >> $trace_file
echo "rss=${nxf_stat_ret[3]}" >> $trace_file
echo "peak_vmem=${nxf_stat_ret[4]}" >> $trace_file
echo "peak_rss=${nxf_stat_ret[5]}" >> $trace_file
echo "vol_ctxt=${nxf_stat_ret[6]}" >> $trace_file
echo "inv_ctxt=${nxf_stat_ret[7]}" >> $trace_file
}
nxf_write_trace() {
echo "nextflow.trace/v2" > $trace_file
echo "realtime=$wall_time" >> $trace_file
echo "%cpu=$ucpu" >> $trace_file
echo "rchar=${io_stat1[0]}" >> $trace_file
echo "wchar=${io_stat1[1]}" >> $trace_file
echo "syscr=${io_stat1[2]}" >> $trace_file
echo "syscw=${io_stat1[3]}" >> $trace_file
echo "read_bytes=${io_stat1[4]}" >> $trace_file
echo "write_bytes=${io_stat1[5]}" >> $trace_file
}
nxf_trace_mac() {
local start_millis=$(nxf_date)
/bin/bash -ue /home/ubuntu/nextNEOpi/work/ac/fe00fc945c7321719eac86bd8428b3/.command.sh
local end_millis=$(nxf_date)
local wall_time=$((end_millis-start_millis))
local ucpu=''
local io_stat1=('' '' '' '' '' '')
nxf_write_trace
}
nxf_fd() {
local FD=11
while [ -e /proc/$$/fd/$FD ]; do FD=$((FD+1)); done
echo $FD
}
nxf_trace_linux() {
local pid=$$
command -v ps &>/dev/null || { >&2 echo "Command 'ps' required by nextflow to collect task metrics cannot be found"; exit 1; }
local num_cpus=$(< /proc/cpuinfo grep '^processor' -c)
local tot_time0=$(grep '^cpu ' /proc/stat | awk '{sum=$2+$3+$4+$5+$6+$7+$8+$9; printf "%.0f",sum}')
local cpu_time0=$(2> /dev/null < /proc/$pid/stat awk '{printf "%.0f", ($16+$17)*10 }' || echo -n 'X')
local io_stat0=($(2> /dev/null < /proc/$pid/io sed 's/^.*:\s*//' | head -n 6 | tr '\n' ' ' || echo -n '0 0 0 0 0 0'))
local start_millis=$(nxf_date)
trap 'kill $mem_proc' ERR
/bin/bash -ue /home/ubuntu/nextNEOpi/work/ac/fe00fc945c7321719eac86bd8428b3/.command.sh &
local task=$!
mem_fd=$(nxf_fd)
eval "exec $mem_fd> >(nxf_mem_watch $task)"
local mem_proc=$!
wait $task
local end_millis=$(nxf_date)
local tot_time1=$(grep '^cpu ' /proc/stat | awk '{sum=$2+$3+$4+$5+$6+$7+$8+$9; printf "%.0f",sum}')
local cpu_time1=$(2> /dev/null < /proc/$pid/stat awk '{printf "%.0f", ($16+$17)*10 }' || echo -n 'X')
local ucpu=$(awk -v p1=$cpu_time1 -v p0=$cpu_time0 -v t1=$tot_time1 -v t0=$tot_time0 -v n=$num_cpus 'BEGIN { pct=(p1-p0)/(t1-t0)*100*n; printf("%.0f", pct>0 ? pct : 0) }' )
local io_stat1=($(2> /dev/null < /proc/$pid/io sed 's/^.*:\s*//' | head -n 6 | tr '\n' ' ' || echo -n '0 0 0 0 0 0'))
local i
for i in {0..5}; do
io_stat1[i]=$((io_stat1[i]-io_stat0[i]))
done
local wall_time=$((end_millis-start_millis))
[ $NXF_DEBUG = 1 ] && echo "+++ STATS %CPU=$ucpu TIME=$wall_time I/O=${io_stat1[*]}"
echo "nextflow.trace/v2" > $trace_file
echo "realtime=$wall_time" >> $trace_file
echo "%cpu=$ucpu" >> $trace_file
echo "rchar=${io_stat1[0]}" >> $trace_file
echo "wchar=${io_stat1[1]}" >> $trace_file
echo "syscr=${io_stat1[2]}" >> $trace_file
echo "syscw=${io_stat1[3]}" >> $trace_file
echo "read_bytes=${io_stat1[4]}" >> $trace_file
echo "write_bytes=${io_stat1[5]}" >> $trace_file
[ -e /proc/$mem_proc ] && eval "echo 'DONE' >&$mem_fd" || true
wait $mem_proc 2>/dev/null || true
while [ -e /proc/$mem_proc ]; do nxf_sleep 0.1; done
}
nxf_trace() {
local trace_file=.command.trace
touch $trace_file
if [[ $(uname) = Darwin ]]; then
nxf_trace_mac
else
nxf_trace_linux
fi
}
nxf_container_env() {
cat << EOF
export PATH="\$PATH:/home/ubuntu/nextNEOpi/bin"
EOF
}
nxf_sleep() {
sleep $1 2>/dev/null || sleep 1;
}
nxf_date() {
local ts=$(date +%s%3N);
if [[ ${#ts} == 10 ]]; then echo ${ts}000
elif [[ $ts == *%3N ]]; then echo ${ts/\%3N/000}
elif [[ $ts == *3N ]]; then echo ${ts/3N/000}
elif [[ ${#ts} == 13 ]]; then echo $ts
else echo "Unexpected timestamp value: $ts"; exit 1
fi
}
nxf_env() {
echo '============= task environment ============='
env | sort | sed "s/\(.*\)AWS\(.*\)=\(.\{6\}\).*/\1AWS\2=\3xxxxxxxxxxxxx/"
echo '============= task output =================='
}
nxf_kill() {
declare -a children
while read P PP;do
children[$PP]+=" $P"
done < <(ps -e -o pid= -o ppid=)
kill_all() {
[[ $1 != $$ ]] && kill $1 2>/dev/null || true
for i in ${children[$1]:=}; do kill_all $i; done
}
kill_all $1
}
nxf_mktemp() {
local base=${1:-/tmp}
mkdir -p "$base"
if [[ $(uname) = Darwin ]]; then mktemp -d $base/nxf.XXXXXXXXXX
else TMPDIR="$base" mktemp -d -t nxf.XXXXXXXXXX
fi
}
nxf_fs_copy() {
local source=$1
local target=$2
local basedir=$(dirname $1)
mkdir -p $target/$basedir
cp -fRL $source $target/$basedir
}
nxf_fs_move() {
local source=$1
local target=$2
local basedir=$(dirname $1)
mkdir -p $target/$basedir
mv -f $source $target/$basedir
}
nxf_fs_rsync() {
rsync -rRl $1 $2
}
on_exit() {
exit_status=${nxf_main_ret:=$?}
printf $exit_status > /home/ubuntu/nextNEOpi/work/ac/fe00fc945c7321719eac86bd8428b3/.exitcode
set +u
[[ "$tee1" ]] && kill $tee1 2>/dev/null
[[ "$tee2" ]] && kill $tee2 2>/dev/null
[[ "$ctmp" ]] && rm -rf $ctmp || true
exit $exit_status
}
on_term() {
set +e
[[ "$pid" ]] && kill $pid 2>/dev/null
}
nxf_launch() {
set +u; env - PATH="$PATH" ${TMP:+SINGULARITYENV_TMP="$TMP"} ${TMPDIR:+SINGULARITYENV_TMPDIR="$TMPDIR"} SINGULARITYENV_NXF_DEBUG=${NXF_DEBUG:=0} singularity exec -B /home/ubuntu/nextNEOpi --no-home -H /tmp -B /home/ubuntu/nextNEOpi/assets -B /tmp -B /home/ubuntu/nextNEOpi/resources -B /home/ubuntu/nextNEOpi/resources/databases/iedb:/opt/iedb -B /home/ubuntu/nextNEOpi/resources/databases/mhcflurry_data:/opt/mhcflurry_data /home/ubuntu/nextNEOpi/work/singularity/apps-01.i-med.ac.at-images-singularity-pVACtools_4.0.1_icbi_4ae2625d.sif /bin/bash -c "cd $PWD; eval $(nxf_container_env); /bin/bash /home/ubuntu/nextNEOpi/work/ac/fe00fc945c7321719eac86bd8428b3/.command.run nxf_trace"
}
nxf_stage() {
true
# stage input files
rm -f sample1_vep_phased.vcf.gz
rm -f sample1_vep_phased.vcf.gz.tbi
rm -f sample1_hc_vep_pick.vcf.gz
rm -f sample1_hc_vep_pick.vcf.gz.tbi
rm -f .iedb_install_ok.chck
ln -s /home/ubuntu/nextNEOpi/work/fe/e5e17b623757924536a9efc5219f68/sample1_vep_phased.vcf.gz sample1_vep_phased.vcf.gz
ln -s /home/ubuntu/nextNEOpi/work/fe/e5e17b623757924536a9efc5219f68/sample1_vep_phased.vcf.gz.tbi sample1_vep_phased.vcf.gz.tbi
ln -s /home/ubuntu/nextNEOpi/work/8f/53d82e08e1be2381a7518393da30c0/sample1_hc_vep_pick.vcf.gz sample1_hc_vep_pick.vcf.gz
ln -s /home/ubuntu/nextNEOpi/work/8f/53d82e08e1be2381a7518393da30c0/sample1_hc_vep_pick.vcf.gz.tbi sample1_hc_vep_pick.vcf.gz.tbi
ln -s /home/ubuntu/nextNEOpi/resources/databases/iedb/.iedb_install_ok.chck .iedb_install_ok.chck
}
nxf_unstage() {
true
[[ ${nxf_main_ret:=0} != 0 ]] && return
}
nxf_main() {
trap on_exit EXIT
trap on_term TERM INT USR2
trap '' USR1
[[ "${NXF_CHDIR:-}" ]] && cd "$NXF_CHDIR"
export NXF_BOXID="nxf-$(dd bs=18 count=1 if=/dev/urandom 2>/dev/null | base64 | tr +/ 0A)"
NXF_SCRATCH=''
[[ $NXF_DEBUG > 0 ]] && nxf_env
touch /home/ubuntu/nextNEOpi/work/ac/fe00fc945c7321719eac86bd8428b3/.command.begin
set +u
set -u
[[ $NXF_SCRATCH ]] && cd $NXF_SCRATCH
nxf_stage
set +e
ctmp=$(set +u; nxf_mktemp /dev/shm 2>/dev/null || nxf_mktemp $TMPDIR)
local cout=$ctmp/.command.out; mkfifo $cout
local cerr=$ctmp/.command.err; mkfifo $cerr
tee .command.out < $cout &
tee1=$!
tee .command.err < $cerr >&2 &
tee2=$!
( nxf_launch ) >$cout 2>$cerr &
pid=$!
wait $pid || nxf_main_ret=$?
wait $tee1 $tee2
nxf_unstage
}
$NXF_ENTRYHi, sorry for the late reply,
can you run the following commands:
singularity exec -B /home/ubuntu/nextNEOpi --no-home -H /tmp -B /home/ubuntu/nextNEOpi/assets -B /tmp -B /home/ubuntu/nextNEOpi/resources -B /home/ubuntu/nextNEOpi/resources/databases/iedb:/opt/iedb -B /home/ubuntu/nextNEOpi/resources/databases/mhcflurry_data:/opt/mhcflurry_data /home/ubuntu/nextNEOpi/work/singularity/apps-01.i-med.ac.at-images-singularity-pVACtools_4.0.1_icbi_4ae2625d.sif /bin/bash
ls -la /opt/iedb/mhc_i/src/../method/netmhcpan-4.1-executable/netmhcpan_4_1_executable/netMHCpanand post the output?
riederd
commented
6 months ago Should be fixed now in v1.4.1, please reopen if not.