blob: e33d04d043b27cc2b74686957b0a420c37c96d3f [file] [log] [blame] [raw]
#!/bin/bash
#set -ex
#set -o pipefail
NPROC=$(nproc)
MAX_QUEUE_SIZE=${NPROC:-2}
IFS=$'\n' TEST_LIST=($(ls /usr/lib/systemd/tests/test-*))
# Check & report test results
# Arguments:
# $1: test path
# $2: test exit code
function report_result() {
if [[ $# -ne 2 ]]; then
echo >&2 "check_result: missing arguments"
exit 1
fi
local name="${1##*/}"
local ret=$2
if [[ $ret -ne 0 && $ret != 77 ]]; then
echo "$name failed with $ret"
echo "$name" >> /failed-tests
{
echo "--- $name begin ---"
cat "/$name.log"
echo "--- $name end ---"
} >> /failed
elif [[ $ret == 77 ]]; then
echo "$name skipped"
echo "$name" >> /skipped-tests
{
echo "--- $name begin ---"
cat "/$name.log"
echo "--- $name end ---"
} >> /skipped
else
echo "$name OK"
echo "$name" >> /testok
fi
systemd-cat echo "--- $name ---"
systemd-cat cat "/$name.log"
}
# Associative array for running tasks, where running[test-path]=PID
declare -A running=()
for task in "${TEST_LIST[@]}"; do
# If there's MAX_QUEUE_SIZE running tasks, keep checking the running queue
# until one of the tasks finishes, so we can replace it.
while [[ ${#running[@]} -ge $MAX_QUEUE_SIZE ]]; do
for key in "${!running[@]}"; do
if ! kill -0 ${running[$key]} &>/dev/null; then
# Task has finished, report its result and drop it from the queue
wait ${running[$key]}
ec=$?
report_result "$key" $ec
unset running["$key"]
# Break from inner for loop and outer while loop to skip
# the sleep below when we find a free slot in the queue
break 2
fi
done
# Precisely* calculated constant to keep the spinlock from burning the CPU(s)
sleep 0.01
done
if [[ -x $task ]]; then
log_file="/${task##*/}.log"
$task &> "$log_file" &
running[$task]=$!
fi
done
# Wait for remaining running tasks
for key in "${!running[@]}"; do
wait ${running[$key]}
ec=$?
report_result "$key" $ec
unset running["$key"]
done
exit 0