passt/test/lib/test
Stefano Brivio be2a7898e9 test: Add demo for Podman with pasta
...showing setup steps, some peculiarities as --net option, and a
general side-to-side comparison with slirp4netns(1), including
"quick" TCP and UDP throughput and latency benchmarks.

Signed-off-by: Stefano Brivio <sbrivio@redhat.com>
2022-02-22 18:34:44 +01:00

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#!/bin/sh
#
# SPDX-License-Identifier: AGPL-3.0-or-later
#
# PASST - Plug A Simple Socket Transport
# for qemu/UNIX domain socket mode
#
# PASTA - Pack A Subtle Tap Abstraction
# for network namespace/tap device mode
#
# test/lib/test - List tests and run them, evaluating directives from files
#
# Copyright (c) 2021 Red Hat GmbH
# Author: Stefano Brivio <sbrivio@redhat.com>
# Empty, 'passt' or 'pasta', to match against 'onlyfor' directive
MODE=
# test_iperf3() - Ugly helper for iperf3c/iperf3s directives
# $1: Role: client or server
# $2: Pane name, can be lowercase
# $3: Destination name or address for client
# $4: Port number, ${i} is translated to process index
# $5: Number of processes to run in parallel
# $@: Options
test_iperf3() {
__role="${1}"; shift
__pane="$(echo "${1}" | tr [a-z] [A-Z])"; shift
[ "${__role}" = "client" ] && __dest="${1}" && shift || __dest=""
__port="${1}"; shift
__procs="$((${1} - 1))"; shift
[ "${__role}" = "server" ] && __role_opt="-c" || __role_opt="-s1J"
if [ ${__role} = "client" ]; then
UDP_CLIENT=0
for __opt in ${@}; do
[ "${__opt}" = "-u" ] && UDP_CLIENT=1
done
(
sleep 2
pane_run "${__pane}" 'for i in $(seq 0 '${__procs}');' \
'do ( iperf3 -c '"${__dest}"' -p '"${__port}" \
"${@}" ' -T s${i} & echo $! > c${i}.pid & ); done'
sleep 40
pane_run "${__pane}" 'for i in $(seq 0 '${__procs}'); do'\
'kill -INT $(cat c${i}.pid) 2>/dev/null; done'
) &
return
fi
pane_run "${__pane}" 'for i in $(seq 0 '${__procs}'); do' \
':> s${i}.bw; done'
pane_wait "${__pane}"
if [ ${UDP_CLIENT} -eq 0 ]; then
pane_run "${__pane}" 'for i in $(seq 0 '${__procs}');' \
'do ( ( iperf3 -s1J -p '"${__port} ${@}" \
'& echo $! > s${i}.pid ) 2>/dev/null' \
'| jq -rM ".end.sum_received.bits_per_second"' \
'> s${i}.bw & );' \
'done'
else
pane_run "${__pane}" 'for i in $(seq 0 '${__procs}');' \
'do ( ( iperf3 -s1J -i 30 -p '"${__port} ${@}" \
'& echo $! > s${i}.pid ) 2>/dev/null' \
'| jq -rM ".intervals[0].sum.bits_per_second"' \
'> s${i}.bw & );' \
'done'
fi
pane_wait "${__pane}"
sleep 45
pane_run "${__pane}" 'for i in $(seq 0 '${__procs}'); do' \
'kill -INT $(cat s${i}.pid) 2>/dev/null; done'
sleep 4
pane_wait "${__pane}"
pane_run "${__pane}" '(cat s*.bw |' \
'sed '"'"'s/\(.*\)/\1\+/g'"'"' |' \
'tr -d "\n"; echo 0) | bc -l'
pane_wait "${__pane}"
pane_parse "${__pane}"
pane_run "${__pane}" 'for i in $(seq 0 '${__procs}'); do' \
'rm -f s${i}.bw; done'
pane_wait "${__pane}"
}
test_one_line() {
__line="${1}"
# Strip comments
__line="${__line%%#*}"
if [ -n "${TEST_ONE_in_def}" ]; then
[ "${__line}" = "endef" ] && TEST_ONE_in_def= && return
# Append $__line to variable TEST_ONE_DEF_<definition name>
__ifs="${IFS}"
IFS=
eval TEST_ONE_DEF_$TEST_ONE_in_def=\"\$\(printf \"%s\\n%s\" \"\$TEST_ONE_DEF_$TEST_ONE_in_def\" \"$__line\"\)\"
IFS="${__ifs}"
return
fi
# tab-split command and arguments, apply variable substitutions
__cmd="${__line%%$(printf '\t')*}"
__arg="${__line#*$(printf '\t')*}"
__arg="$(subs_apply "${TEST_ONE_subs}" "${__arg}")"
[ ${TEST_ONE_nok} -eq 1 ] && [ "${__cmd}" != "test" ] && continue
case ${__cmd} in
"def")
TEST_ONE_in_def="${__arg}"
# Clear variable TEST_ONE_DEF_<definition name>
__ifs="${IFS}"
IFS= eval TEST_ONE_DEF_$TEST_ONE_in_def=
IFS="${__ifs}"
;;
"tempdir")
__tmpdir="$(mktemp -d)"
TEST_ONE_subs="$(list_add_pair "${TEST_ONE_subs}" "__${__arg}__" "${__tmpdir}")"
TEST_ONE_dirclean="$(list_add "${TEST_ONE_dirclean}" "${__tmpdir}")"
;;
"temp")
__tmpfile="$(mktemp)"
TEST_ONE_subs="$(list_add_pair "${TEST_ONE_subs}" "__${__arg}__" "${__tmpfile}")"
TEST_ONE_dirclean="$(list_add "${TEST_ONE_dirclean}" "${__tmpfile}")"
;;
"test")
[ ${TEST_ONE_perf_nok} -eq 0 ] || TEST_ONE_nok=1
[ ${TEST_ONE_nok} -eq 1 ] && status_test_fail
[ ${TEST_ONE_nok} -eq 0 ] && status_test_ok
status_test_start "${__arg}"
TEST_ONE_nok=0
TEST_ONE_perf_nok=0
;;
"host")
pane_run HOST "${__arg}"
pane_wait HOST
;;
"hostb")
pane_run HOST "${__arg}"
;;
"hostw")
pane_wait HOST
;;
"hint")
tmux send-keys -t ${PANE_HOST} "C-c"
;;
"htools")
pane_run HOST 'which '"${__arg}"' >/dev/null || echo skip'
pane_wait HOST
[ "$(pane_parse HOST)" = "skip" ] && TEST_ONE_skip=1
;;
"passt")
pane_run PASST "${__arg}"
pane_wait PASST
;;
"passtb")
pane_run PASST "${__arg}"
;;
"passtw")
pane_wait PASST
;;
"pout")
__varname="${__arg%% *}"
pane_run PASST "${__arg#* }"
pane_wait PASST
TEST_ONE_subs="$(list_add_pair "${TEST_ONE_subs}" "__${__varname}__" "$(pane_parse PASST)")"
;;
"guest")
pane_run GUEST "${__arg}"
pane_wait GUEST
;;
"guestb")
pane_run GUEST "${__arg}"
;;
"guestw")
pane_wait GUEST
;;
"guest1")
pane_run GUEST_1 "${__arg}"
pane_wait GUEST_1
;;
"guest1b")
pane_run GUEST_1 "${__arg}"
;;
"guest1w")
pane_wait GUEST_1
;;
"gtools")
pane_run GUEST 'which '"${__arg}"' >/dev/null || echo skip'
pane_wait GUEST
[ "$(pane_parse GUEST)" = "skip" ] && TEST_ONE_skip=1
;;
"g1tools")
pane_run GUEST_1 'which '"${__arg}"' >/dev/null || echo skip'
pane_wait GUEST_1
[ "$(pane_parse GUEST_1)" = "skip" ] && TEST_ONE_skip=1
;;
"g2tools")
pane_run GUEST_2 'which '"${__arg}"' >/dev/null || echo skip'
pane_wait GUEST_2
[ "$(pane_parse GUEST_2)" = "skip" ] && TEST_ONE_skip=1
;;
"guest2")
pane_run GUEST_2 "${__arg}"
pane_wait GUEST_2
;;
"guest2b")
pane_run GUEST_2 "${__arg}"
;;
"guest2w")
pane_wait GUEST_2
;;
"ns")
pane_run NS "${__arg}"
pane_wait NS
;;
"ns1")
pane_run NS1 "${__arg}"
pane_wait NS1
;;
"ns2")
pane_run NS2 "${__arg}"
pane_wait NS2
;;
"nsb")
pane_run NS "${__arg}"
;;
"ns1b")
pane_run NS1 "${__arg}"
;;
"ns2b")
pane_run NS2 "${__arg}"
;;
"nsw")
pane_wait NS
;;
"ns1w")
pane_wait NS1
;;
"ns2w")
pane_wait NS2
;;
"nstools")
pane_run NS 'which '"${__arg}"' >/dev/null || echo skip'
pane_wait NS
[ "$(pane_parse NS)" = "skip" ] && TEST_ONE_skip=1
;;
"gout")
__varname="${__arg%% *}"
pane_run GUEST "${__arg#* }"
pane_wait GUEST
TEST_ONE_subs="$(list_add_pair "${TEST_ONE_subs}" "__${__varname}__" "$(pane_parse GUEST)")"
;;
"g1out")
__varname="${__arg%% *}"
pane_run GUEST_1 "${__arg#* }"
pane_wait GUEST_1
TEST_ONE_subs="$(list_add_pair "${TEST_ONE_subs}" "__${__varname}__" "$(pane_parse GUEST_1)")"
;;
"g2out")
__varname="${__arg%% *}"
pane_run GUEST_2 "${__arg#* }"
pane_wait GUEST_2
TEST_ONE_subs="$(list_add_pair "${TEST_ONE_subs}" "__${__varname}__" "$(pane_parse GUEST_2)")"
;;
"hout")
__varname="${__arg%% *}"
pane_run HOST "${__arg#* }"
pane_wait HOST
TEST_ONE_subs="$(list_add_pair "${TEST_ONE_subs}" "__${__varname}__" "$(pane_parse HOST)")"
;;
"nsout")
__varname="${__arg%% *}"
pane_run NS "${__arg#* }"
pane_wait NS
TEST_ONE_subs="$(list_add_pair "${TEST_ONE_subs}" "__${__varname}__" "$(pane_parse NS)")"
;;
"ns1out")
__varname="${__arg%% *}"
pane_run NS1 "${__arg#* }"
pane_wait NS1
TEST_ONE_subs="$(list_add_pair "${TEST_ONE_subs}" "__${__varname}__" "$(pane_parse NS1)")"
;;
"ns2out")
__varname="${__arg%% *}"
pane_run NS2 "${__arg#* }"
pane_wait NS2
TEST_ONE_subs="$(list_add_pair "${TEST_ONE_subs}" "__${__varname}__" "$(pane_parse NS2)")"
;;
"check")
info_check "${__arg}"
__nok=0
eval "${__arg} || __nok=1"
if [ ${__nok} -eq 1 ]; then
TEST_ONE_nok=1
info_check_failed
else
info_check_passed
fi
;;
"sleep")
sleep "${__arg}"
;;
"info")
info "${__arg}"
;;
"report")
perf_report ${__arg}
;;
"th")
table_header ${__arg}
;;
"tr")
table_row "${__arg}"
;;
"tl")
table_line "${__arg}"
;;
"te")
table_end
;;
"bw")
table_value_throughput ${__arg} || TEST_ONE_perf_nok=1
;;
"lat")
table_value_latency ${__arg} || TEST_ONE_perf_nok=1
;;
"iperf3c")
test_iperf3 client ${__arg}
;;
"iperf3s")
TEST_ONE_subs="$(list_add_pair "${TEST_ONE_subs}" "__${__arg%% *}__" "$(test_iperf3 server ${__arg#* })" )"
;;
"set")
TEST_ONE_subs="$(list_add_pair "${TEST_ONE_subs}" "__${__arg%% *}__" "${__arg#* }")"
;;
# Demo commands
"say")
text_write "${__arg}"
;;
"em")
em_write "${__arg}"
;;
"nl")
info_nolog ""
;;
"hl")
pane_highlight "${__arg}"
;;
"bsp")
text_backspace "${__arg}"
;;
"killp")
pane_kill "${__arg}"
;;
"resize")
pane_resize ${__arg}
;;
*)
__def_body="$(eval printf \"\$TEST_ONE_DEF_$__cmd\")"
if [ -n "${__def_body}" ]; then
__ifs="${IFS}"
IFS='
'
for __def_line in ${__def_body}; do
IFS= test_one_line "${__def_line}"
done
IFS="${__ifs}"
fi
;;
esac
}
# test_one() - Run a single test file evaluating directives
# $1: Name of test file, relative to test/ directory
test_one() {
TEST_ONE_dirclean=
__test_file="test/${1}"
__type="$(file -b --mime-type ${__test_file})"
if [ "${__type}" = "text/x-shellscript" ]; then
status_file_start "${1}" 1
"${__test_file}" && status_test_ok || status_test_fail
return
fi
__ntests="$(grep -c "^test$(printf '\t')" "${__test_file}")"
[ ${DEMO} -eq 0 ] && status_file_start "${1}" "${__ntests}"
[ ${CI} -eq 1 ] && video_link "${1}"
TEST_ONE_subs=
TEST_ONE_nok=-1
TEST_ONE_perf_nok=0
TEST_ONE_skip=0
TEST_ONE_in_def=
while IFS= read -r __line; do
test_one_line "${__line}"
[ ${TEST_ONE_skip} -eq 1 ] && break
done < "${__test_file}"
for __d in ${TEST_ONE_dirclean}; do
rm -rf ${__d}
done
[ ${DEMO} -eq 1 ] && return
[ ${TEST_ONE_skip} -eq 1 ] && status_test_skip && return
[ ${TEST_ONE_perf_nok} -eq 0 ] || TEST_ONE_nok=1
[ ${TEST_ONE_nok} -eq 0 ] && status_test_ok || status_test_fail
}
# test() - Build list of tests to run, in order, then issue test_one()
# $1: Name of directory containing set of test files, relative to test/
test() {
__list=
__rem=1
cd test
while [ ${__rem} -eq 1 ]; do
__rem=0
for __f in "${1}"/*; do
__type="$(file -b --mime-type ${__f})"
if [ "${__type}" = "text/x-shellscript" ]; then
__list="$(list_add "${__list}" "${__f}")"
continue
fi
if [ -n "$(file_def "${__f}" onlyfor)" ] && \
! list_has "$(file_def "${__f}" onlyfor)" "${MODE}"; then
continue
fi
if list_has_all "${__list}" "$(file_def "${__f}" req)"; then
__list="$(list_add "${__list}" "${__f}")"
else
__rem=1
fi
done
done
cd ..
for __f in ${__list}; do
test_one "${__f}"
done
}