/
mx-test.sh
executable file
·10597 lines (9694 loc) · 280 KB
/
mx-test.sh
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#!/bin/sh -
#@ Synopsis: [OBJDIR=XY] ./mx-test.sh --check mailx-binary [:SKIPTESTNAME:]
#@ [OBJDIR=XY] ./mx-test.sh --run-test mailx-binary [:TESTNAME:]
#@ [./mx-test.sh # Note: performs hundreds of compilations!]
#@ --no-jobs can be used to prevent spawning concurrent tests.
#@ --no-colour or $MAILX_CC_TEST_NO_COLOUR for not trying to use colour
#@ (then grep for ^ERROR, for example).
#@ The last mode also reacts on $MAILX_CC_ALL_TESTS_DUMPERR, for even easier
#@ grep ^ERROR handling.
#@ And setting $MAILX_CC_TEST_NO_CLEANUP keeps all test data around, fwiw:
#@ this works with --run-test only.
#@ $JOBWAIT, $JOBMON and $SKIPTEST are taken from environment when found.
#
# Public Domain
: ${OBJDIR:=.obj}
# Instead of figuring out the environment in here, require a configured build
# system and include that! Our makefile and configure ensure that this test
# does not run in the configured, but the user environment nonetheless!
i=
while :; do
if [ -f ./mk-config.env ]; then
break
elif [ -f snailmail.jpg ] && [ -f "${OBJDIR}"/mk-config.env ]; then
i=`pwd`/ # not from environment, sic
cd "${OBJDIR}"
break
else
echo >&2 'S-nail/S-mailx is not configured.'
echo >&2 'This test script requires the shell environment that only the'
echo >&2 'configuration script can figure out, even if used to test'
echo >&2 'a different binary than the one that would be produced!'
echo >&2 '(The information will be in ${OBJDIR:=.obj}/mk-config.env.)'
echo >&2 'Hit RETURN to run "make config"'
read l
make config
fi
done
. ./mk-config.env
if [ -z "${MAILX__CC_TEST_RUNNING}" ]; then
MAILX__CC_TEST_RUNNING=1
export MAILX__CC_TEST_RUNNING
exec "${SHELL}" "${i}${0}" "${@}"
fi
# We need *stealthmua* regardless of $SOURCE_DATE_EPOCH, the program name as
# such is a compile-time variable
ARGS='-Sv15-compat -:/ -Sdotlock-disable -Smta=test -Smta-bcc-ok'
ARGS="${ARGS}"' -Smemdebug -Sstealthmua'
ARGS="${ARGS}"' -Smime-encoding=quoted-printable -Snosave'
ARGS="${ARGS}"' -Smailcap-disable -Smimetypes-load-control='
NOBATCH_ARGS="${ARGS}"' -Sexpandaddr'
ARGS="${ARGS}"' -Sexpandaddr=restrict -#'
ADDARG_UNI=-Sttycharset=UTF-8
CONF=../make.rc
BODY=./.cc-body.txt
MBOX=./.cc-test.mbox
ERR=./.cc-test.err # Covers some which cannot be checksummed; not quoted!
MAIL=/dev/null
#UTF8_LOCALE= HONOURS_READONLY= autodetected unless set
TMPDIR=`${pwd}`
# When testing mass mail/loops, maximum number of receivers/loops.
# TODO note we do not gracefully handle ARG_MAX excess yet!
# Those which use this have checksums for 2001 and 201.
# Some use the smaller automatically if +debug
LOOPS_BIG=2001 LOOPS_SMALL=201
LOOPS_MAX=$LOOPS_SMALL
# How long unless started tests get reaped (avoid endless looping)
: ${JOBWAIT:=42}
: ${JOBMON:=y}
: ${SKIPTEST:=}
# Note valgrind has problems with FDs in forked childs, which causes some tests
# to fail (the FD is rewound and thus will be dumped twice)
MEMTESTER=
#MEMTESTER='valgrind --leak-check=full --log-file=.vl-%p '
## -- >8 -- 8< -- ##
t_all() {
# Absolute Basics
jspawn X_Y_opt_input_go_stack
jspawn X_errexit
jspawn Y_errexit
jspawn S_freeze
jspawn f_batch_order
jspawn input_inject_semicolon_seq
jspawn wysh
jspawn commandalias # test now, save space later on!
jspawn posix_abbrev
jsync
# Basics
jspawn shcodec
jspawn ifelse
jspawn localopts
jspawn local
jspawn environ
jspawn macro_param_shift
jspawn addrcodec
jspawn csop
jspawn vexpr
jspawn call_ret
jspawn xcall
jspawn vpospar
jspawn atxplode
jspawn read
jspawn readsh
jspawn headerpick # so we have a notion that it works a bit
jsync
# Send/RFC absolute basics
jspawn can_send_rfc
jspawn reply
jspawn forward
jspawn resend
jsync
# VFS
jspawn copy
jspawn save
jspawn move
jspawn mbox
jspawn maildir
jsync
# MIME and RFC basics
jspawn mime_if_not_ascii
jspawn mime_encoding
jspawn xxxheads_rfc2047
jspawn iconv_mbyte_base64
jspawn iconv_mainbody
jspawn mime_force_sendout
jspawn binary_mainbody
jspawn C_opt_customhdr
jsync
# Operational basics with trivial tests
jspawn alias
jspawn charsetalias
jspawn shortcut
jspawn netrc
jsync
# Operational basics with easy tests
jspawn expandaddr # (after t_alias)
jspawn mta_aliases # (after t_expandaddr)
jspawn filetype
jspawn e_H_L_opts
jspawn q_t_etc_opts
jspawn message_injections
jspawn attachments
jspawn rfc2231 # (after attachments)
jspawn mime_types_load_control
jsync
# Around state machine, after basics
jspawn alternates
jspawn cmd_escapes
jspawn compose_edits
jspawn digmsg
jspawn on_main_loop_tick
jspawn on_program_exit
jsync
# Heavy use of/rely on state machine (behaviour) and basics
jspawn compose_hooks
jspawn mass_recipients
jspawn lreply_futh_rth_etc
jspawn pipe_handlers
jspawn mailcap
jsync
# Unclassified rest
jspawn top
jspawn s_mime
jspawn z
jsync
jsync 1
}
## Now it is getting really weird. You have been warned.
# Setup and support {{{
export ARGS ADDARG_UNI CONF BODY MBOX MAIL TMPDIR \
MAKE awk cat cksum rm sed grep
LC_ALL=C LANG=C
TZ=UTC
# Wed Oct 2 01:50:07 UTC 1996
SOURCE_DATE_EPOCH=844221007
export LC_ALL LANG TZ SOURCE_DATE_EPOCH
unset POSIXLY_CORRECT LOGNAME USER
# usage {{{
usage() {
${cat} >&2 <<'_EOT'
Synopsis: [OBJDIR=x] mx-test.sh [--no-jobs] --check mailx-binary [:SKIPTEST:]
Synopsis: [OBJDIR=x] mx-test.sh [--no-jobs] --run-test mailx-binary [:TEST:]
Synopsis: [OBJDIR=x] mx-test.sh [--no-jobs]
--check EXE [:SKIPTEST:] run test series, exit success or error.
[:SKIPTEST:]s (and $SKIPTEST=) will be excluded.
--run-test EXE [:TEST:] run all or only the given TESTs, and create
test output data files; if run in a git(1)
checkout with the [test-out] branch available,
it will also create file diff(1)erences
--no-jobs do not spawn multiple jobs simultaneously
(dependent on make(1) and sh(1), pass JOBMON=n, too)
--no-colour or $MAILX_CC_TEST_NO_COLOUR: no colour
(for example to: grep ^ERROR)
$MAILX_CC_ALL_TESTS_DUMPER in addition for even
easier grep ^ERROR handling
The last invocation style will compile and test as many different
configurations as possible.
EXE should be absolute or relative to $OBJDIR, which can be may be set to the
location of the built objects etc.
$MAILX_CC_TEST_NO_CLEANUP skips deletion of test data (works only with
one test, aka --run-test).
$JOBWAIT could denote a timeout, $JOBMON controls usage of "set -m".
_EOT
exit 1
}
CHECK= RUN_TEST= MAILX=
DEVELDIFF= DUMPERR= GIT_REPO=
MAXJOBS=1 NOCOLOUR= NOJOBS=
while [ ${#} -gt 0 ]; do
if [ "${1}" = --no-jobs ]; then
NOJOBS=y
shift
elif [ "${1}" = --no-colour ]; then
NOCOLOUR=y
shift
elif [ "${1}" = -h ] || [ "${1}" = --help ]; then
usage
exit 0
else
break
fi
done
if [ "${1}" = --check ]; then
CHECK=1 MAILX=${2}
[ -x "${MAILX}" ] || usage
shift 2
SKIPTEST="${@} ${SKIPTEST}"
[ -d ../.git ] && [ -z "${MAILX__CC_TEST_NO_DATA_FILES}" ] && GIT_REPO=1
echo 'Mode: --check, binary: '"${MAILX}"
elif [ "${1}" = --run-test ]; then
[ ${#} -ge 2 ] || usage
RUN_TEST=1 MAILX=${2}
[ -x "${MAILX}" ] || usage
shift 2
[ -d ../.git ] && GIT_REPO=1
echo 'Mode: --run-test, binary: '"${MAILX}"
else
[ ${#} -eq 0 ] || usage
echo 'Mode: full compile test, this will take a long time...'
MAILX__CC_TEST_NO_DATA_FILES=1
export MAILX__CC_TEST_NO_DATA_FILES
fi
# }}}
# Since we invoke $MAILX from within several directories we need a fully
# qualified path. Or at least something similar.
{ echo ${MAILX} | ${grep} -q ^/; } || MAILX="${TMPDIR}"/${MAILX}
RAWMAILX=${MAILX}
MAILX="${MEMTESTER}${MAILX}"
export RAWMAILX MAILX
# We want an UTF-8 locale, and HONOURS_READONLY {{{
if [ -n "${CHECK}${RUN_TEST}" ]; then
if [ -z "${UTF8_LOCALE}" ]; then
# Try ourselfs via nl_langinfo(CODESET) first (requires a new version)
if command -v "${RAWMAILX}" >/dev/null 2>&1 &&
("${RAWMAILX}" -:/ -Xxit) >/dev/null 2>&1; then
echo 'Trying to detect UTF-8 locale via '"${RAWMAILX}"
# C,POSIX last due to faulty localedef(1) result of GNU C lib 2.3[24]
# so here political friction for some decades, too
i=`</dev/null LC_ALL=de_DE.utf8 ${RAWMAILX} ${ARGS} -X '
\define cset_test {
\if "${ttycharset}" =%?case utf
\echo $LC_ALL
\xit 0
\end
\if "${#}" -gt 0
\wysh set LC_ALL=${1}
\shift
\xcall cset_test "${@}"
\end
\xit 1
}
\call cset_test \
de_DE.UTF-8 \
zh_CN.utf8 zh_CN.UTF-8 \
ru_RU.utf8 ru_RU.UTF-8 \
en_GB.utf8 en_GB.UTF-8 en_US.utf8 en_US.UTF-8 \
POSIX.utf8 POSIX.UTF-8 \
C.utf8 C.UTF-8
'`
[ $? -eq 0 ] && UTF8_LOCALE=$i
fi
if [ -z "${UTF8_LOCALE}" ] && (locale yesexpr) >/dev/null 2>&1; then
echo 'Trying to detect UTF-8 locale via locale -a'
UTF8_LOCALE=`locale -a | { m=
while read n; do
if { echo ${n} |
${grep} -i -e utf8 -e utf-8; } >/dev/null 2>&1; then
m=${n}
if { echo ${n} |
${grep} -e POSIX -e en_EN -e en_US; } \
>/dev/null 2>&1; then
break
fi
fi
done
echo ${m}
}`
fi
fi
if [ -n "${UTF8_LOCALE}" ]; then
echo 'Using Unicode locale '"${UTF8_LOCALE}"
else
echo 'No Unicode locale found, disabling Unicode tests'
fi
if [ -z "${HONOURS_READONLY}" ]; then
trap "${rm} -f ./.tisrdonly" EXIT
trap "exit 1" HUP INT TERM
printf '' > ./.tisrdonly
${chmod} 0444 ./.tisrdonly
if (printf 'no\n' > ./.tisrdonly) >/dev/null 2>&1 &&
test -s ./.tisrdonly; then
HONOURS_READONLY=
else
HONOURS_READONLY=yes
fi
${rm} -f ./.tisrdonly
trap '' EXIT HUP INT TERM
fi
fi
export UTF8_LOCALE HONOURS_READONLY
# }}}
TESTS_PERFORMED=0 TESTS_OK=0 TESTS_FAILED=0 TESTS_SKIPPED=0
JOBS=0 JOBLIST= JOBREAPER= JOBSYNC=
SUBSECOND_SLEEP=
( sleep .1 ) >/dev/null 2>&1 && SUBSECOND_SLEEP=y
COLOR_ERR_ON= COLOR_ERR_OFF= COLOR_DBGERR_ON= COLOR_DBGERR_OFF=
COLOR_WARN_ON= COLOR_WARN_OFF=
COLOR_OK_ON= COLOR_OK_OFF=
ESTAT=0
TEST_NAME=
trap "
jobreaper_stop
[ -z "${MAILX_CC_TEST_NO_CLEANUP}" ] &&
${rm} -rf ./t.*.d ./t.*.io ./t.*.result ./t.time.out
" EXIT
trap "exit 1" HUP INT QUIT TERM
# JOBS {{{
if [ -n "${NOJOBS}" ]; then
jobs_max() { :; }
else
jobs_max() {
# The user desired variant
if ( echo "${MAKEFLAGS}" | ${grep} -- -j ) >/dev/null 2>&1; then
i=`echo "${MAKEFLAGS}" |
${sed} -e 's/^.*-j[ ]*\([0-9]\{1,\}\).*$/\1/'`
if ( echo "${i}" | grep -q -e '^[0-9]\{1,\}$' ); then
printf 'Job number derived from MAKEFLAGS: %s\n' ${i}
MAXJOBS=${i}
[ "${MAXJOBS}" -eq 0 ] && MAXJOBS=1
return
fi
fi
# The actual hardware
printf 'all:\n' > t.mk.io
if ( ${MAKE} -j 10 -f t.mk.io ) >/dev/null 2>&1; then
if command -v nproc >/dev/null 2>&1; then
i=`nproc 2>/dev/null`
[ ${?} -eq 0 ] && MAXJOBS=${i}
else
i=`getconf _NPROCESSORS_ONLN 2>/dev/null`
j=${?}
if [ ${j} -ne 0 ]; then
i=`getconf NPROCESSORS_ONLN 2>/dev/null`
j=${?}
fi
if [ ${j} -ne 0 ]; then
# SunOS 5.9 ++
if command -v kstat >/dev/null 2>&1; then
i=`PERL5OPT= kstat -p cpu | ${awk} '
BEGIN{no=0; FS=":"}
{if($2 > no) max = $2; next}
END{print ++max}
' 2>/dev/null`
j=${?}
fi
fi
if [ ${j} -eq 0 ] && [ -n "${i}" ]; then
printf 'Job number derived from CPU number: %s\n' ${i}
MAXJOBS=${i}
fi
fi
[ "${MAXJOBS}" -eq 0 ] && MAXJOBS=1
fi
}
fi
jobreaper_start() {
case "${JOBMON}" in
[yY]*)
# There were problems when using monitor mode with mksh
i=`env -i ${SHELL} -c 'echo $KSH_VERSION'`
if [ -n "${i}" ]; then
if [ "${i}" != "${i#*MIRBSD}" ]; then
JOBMON=
fi
fi
if [ -n "${JOBMON}" ]; then
( set -m ) </dev/null >/dev/null 2>&1 || JOBMON=
else
printf >&2 '%s! $JOBMON: $SHELL %s incapable, disabled!%s\n' \
"${COLOR_ERR_ON}" "${SHELL}" "${COLOR_ERR_OFF}"
printf >&2 '%s! No process groups available, killed tests may '\
'leave process "zombies"!%s\n' \
"${COLOR_ERR_ON}" "${COLOR_ERR_OFF}"
fi
;;
*)
JOBMON=
;;
esac
}
jobreaper_stop() {
if [ ${JOBS} -gt 0 ]; then
echo 'Cleaning up running jobs'
[ -n "${JOBREAPER}" ] && kill -KILL ${JOBREAPER} >/dev/null 2>&1
jtimeout
wait ${JOBLIST}
JOBLIST=
fi
}
jspawn() {
if [ -n "${CHECK}" ] && [ -n "${SKIPTEST}" ]; then
i="${@}"
j="${1}"
k=
set -- ${SKIPTEST}
SKIPTEST=
while [ ${#} -gt 0 ]; do
if [ "${1}" != "${j}" ]; then
SKIPTEST="${SKIPTEST} ${1}"
elif [ -z "${k}" ]; then
k=y
t_echoskip ${1}
fi
shift
done
[ -n "${k}" ] && return
set -- "${i}"
fi
if [ ${MAXJOBS} -gt 1 ]; then
# We are spawning multiple jobs..
[ ${JOBS} -eq 0 ] && printf '...'
JOBS=`add ${JOBS} 1`
printf ' [%s=%s]' ${JOBS} "${1}"
else
JOBS=1
# Assume problems exist, do not let user keep hanging on terminal
if [ -n "${RUN_TEST}" ]; then
printf '... [%s]\n' "${1}"
fi
fi
[ -n "${JOBMON}" ] && set -m >/dev/null 2>&1
( # Place the job in its own directory to ease file management
trap '' EXIT HUP INT QUIT TERM USR1 USR2
${mkdir} t.${JOBS}.d && cd t.${JOBS}.d &&
eval t_${1} ${JOBS} ${1} &&
${rm} -f ../t.${JOBS}.id
) > t.${JOBS}.io </dev/null & # 2>&1 </dev/null &
i=${!}
[ -n "${JOBMON}" ] && set +m >/dev/null 2>&1
JOBLIST="${JOBLIST} ${i}"
printf '%s\n%s\n' ${i} ${1} > t.${JOBS}.id
# ..until we should sync or reach the maximum concurrent number
[ ${JOBS} -lt ${MAXJOBS} ] && return
jsync 1
}
jsync() {
if [ ${JOBS} -eq 0 ]; then
[ -n "${TEST_ANY}" ] && printf '\n'
TEST_ANY=
return
fi
[ -z "${JOBSYNC}" ] && [ ${#} -eq 0 ] && return
[ ${MAXJOBS} -ne 1 ] && printf ' .. waiting\n'
# Start an asynchronous notify process
${rm} -f ./t.time.out
(
sleep ${JOBWAIT} &
sleeper=${!}
trap "kill -TERM ${sleeper}; exit 1" HUP INT TERM
wait ${sleeper}
trap '' HUP INT TERM
printf '' > ./t.time.out
) </dev/null >/dev/null 2>&1 &
JOBREAPER=${!}
# Then loop a while, looking out for collecting tests
loops=0
while :; do
[ -f ./t.time.out ] && break
alldone=1
i=0
while [ ${i} -lt ${JOBS} ]; do
i=`add ${i} 1`
[ -f t.${i}.id ] || continue
alldone=
break
done
[ -n "${alldone}" ] && break
if [ -z "${SUBSECOND_SLEEP}" ]; then
loops=`add ${loops} 1`
[ ${loops} -lt 111 ] && continue
sleep 1 &
else
sleep .25 &
fi
wait ${!}
done
if [ -f ./t.time.out ]; then
${rm} -f ./t.time.out
jtimeout
else
kill -TERM ${JOBREAPER} >/dev/null 2>&1
fi
wait ${JOBREAPER}
JOBREAPER=
# Now collect the zombies
wait ${JOBLIST}
JOBLIST=
# Update global counters
i=0
while [ ${i} -lt ${JOBS} ]; do
i=`add ${i} 1`
[ -s t.${i}.io ] && ${cat} t.${i}.io
if [ -n "${DUMPERR}" ] && [ -s ./t.${i}.d/${ERR} ]; then
printf '%s [Debug/Devel: nullified errors]\n' "${COLOR_DBGERR_ON}"
while read l; do
printf ' %s\n' "${l}"
done < t.${i}.d/${ERR}
printf '%s' "${COLOR_DBGERR_OFF}"
fi
if [ -f t.${i}.id ]; then
{ read pid; read desc; } < t.${i}.id
desc=${desc#${desc%%[! ]*}}
desc=${desc%${desc##*[! ]}}
[ -s t.${i}.io ] && printf >&2 '\n'
printf >&2 '%s!! Timeout: reaped job %s [%s]%s\n' \
"${COLOR_ERR_ON}" ${i} "${desc}" "${COLOR_ERR_OFF}"
TESTS_FAILED=`add ${TESTS_FAILED} 1`
elif [ -s t.${i}.result ]; then
read es tp to tf ts < t.${i}.result
TESTS_PERFORMED=`add ${TESTS_PERFORMED} ${tp}`
TESTS_OK=`add ${TESTS_OK} ${to}`
TESTS_FAILED=`add ${TESTS_FAILED} ${tf}`
TESTS_SKIPPED=`add ${TESTS_SKIPPED} ${ts}`
[ "${es}" != 0 ] && ESTAT=${es}
else
TESTS_FAILED=`add ${TESTS_FAILED} 1`
ESTAT=1
fi
done
[ -z "${MAILX_CC_TEST_NO_CLEANUP}" ] &&
${rm} -rf ./t.*.d ./t.*.id ./t.*.io t.*.result ./t.time.out
JOBS=0
}
jtimeout() {
i=0
while [ ${i} -lt ${JOBS} ]; do
i=`add ${i} 1`
if [ -f t.${i}.id ] &&
read pid < t.${i}.id >/dev/null 2>&1 &&
kill -0 ${pid} >/dev/null 2>&1; then
j=${pid}
[ -n "${JOBMON}" ] && j=-${j}
kill -KILL ${j} >/dev/null 2>&1
else
${rm} -f t.${i}.id
fi
done
}
# }}}
# echoes, checks, etc. {{{
t_prolog() {
shift
ESTAT=0 TESTS_PERFORMED=0 TESTS_OK=0 TESTS_FAILED=0 TESTS_SKIPPED=0 \
TEST_NAME=${1} TEST_ANY=
printf '%s[%s]%s\n' "" "${TEST_NAME}" ""
}
t_epilog() {
[ -n "${TEST_ANY}" ] && printf '\n'
printf '%s %s %s %s %s\n' \
${ESTAT} \
${TESTS_PERFORMED} ${TESTS_OK} ${TESTS_FAILED} ${TESTS_SKIPPED} \
> ../t.${1}.result
}
t_echo() {
[ -n "${TEST_ANY}" ] && __i__=' ' || __i__=
printf "${__i__}"'%s' "${*}"
TEST_ANY=1
}
t_echook() {
[ -n "${TEST_ANY}" ] && __i__=' ' || __i__=
printf "${__i__}"'%s%s:ok%s' "${COLOR_OK_ON}" "${*}" "${COLOR_OK_OFF}"
TEST_ANY=1
}
t_echoerr() {
ESTAT=1
t_echo0err "${@}"
}
t_echo0err() {
[ -n "${TEST_ANY}" ] && __i__="\n" || __i__=
printf "${__i__}"'%sERROR: %s%s\n' \
"${COLOR_ERR_ON}" "${*}" "${COLOR_ERR_OFF}"
TEST_ANY=
}
t_echowarn() {
[ -n "${TEST_ANY}" ] && __i__=' ' || __i__=
printf "${__i__}"'%s%s%s' "${COLOR_WARN_ON}" "${*}" "${COLOR_WARN_OFF}"
TEST_ANY=1
}
t_echoskip() {
[ -n "${TEST_ANY}" ] && __i__=' ' || __i__=
printf "${__i__}"'%s%s[skip]%s' \
"${COLOR_WARN_ON}" "${*}" "${COLOR_WARN_OFF}"
TEST_ANY=1
TESTS_SKIPPED=`add ${TESTS_SKIPPED} 1`
}
check() {
restat=${?} tid=${1} eestat=${2} f=${3} s=${4} optmode=${5}
TESTS_PERFORMED=`add ${TESTS_PERFORMED} 1`
case "${optmode}" in
'') ;;
async)
[ "$eestat" = - ] || exit 200
while :; do
[ -f "${f}" ] && break
t_echowarn "[${tid}:async=wait]"
sleep 1 &
wait ${!}
done
;;
*) exit 222;;
esac
check__bad= check__runx=
if [ "${eestat}" != - ] && [ "${restat}" != "${eestat}" ]; then
ESTAT=1
t_echoerr "${tid}: bad-status: ${restat} != ${eestat}"
check__bad=1
fi
csum="`${cksum} < "${f}" | ${sed} -e 's/[ ]\{1,\}/ /g'`"
if [ "${csum}" = "${s}" ]; then
t_echook "${tid}"
check__runx=${DEVELDIFF}
else
ESTAT=1
t_echoerr "${tid}: checksum mismatch (got ${csum})"
check__bad=1 check__runx=1
fi
if [ -z "${check__bad}" ]; then
TESTS_OK=`add ${TESTS_OK} 1`
else
TESTS_FAILED=`add ${TESTS_FAILED} 1`
fi
if [ -n "${CHECK}${RUN_TEST}" ]; then
x="t.${TEST_NAME}-${tid}"
if [ -n "${RUN_TEST}" ] ||
[ -n "${check__runx}" -a -n "${GIT_REPO}" ]; then
${cp} -f "${f}" ../"${x}"
fi
if [ -n "${check__runx}" ] && [ -n "${GIT_REPO}" ] &&
command -v diff >/dev/null 2>&1; then
y=test-out
if (git rev-parse --verify $y) >/dev/null 2>&1; then :; else
y=refs/remotes/origin/test-out
(git rev-parse --verify $y) >/dev/null 2>&1 || y=
fi
if [ -n "${y}" ]; then
if GIT_CONFIG=/dev/null git show "${y}":"${x}" > \
../"${x}".old 2>/dev/null; then
diff -ru ../"${x}".old ../"${x}" > ../"${x}".diff
if [ ${?} -eq 0 ]; then
[ -z "${MAILX_CC_TEST_NO_CLEANUP}" ] &&
${rm} -f ../"${x}" ../"${x}".old ../"${x}".diff
elif [ -n "${MAILX_CC_ALL_TESTS_DUMPERR}" ]; then
while read l; do
printf 'ERROR-DIFF %s\n' "${l}"
done < ../"${x}".diff
fi
else
t_echo0err "${tid}: misses [test-out] template"
fi
fi
fi
fi
}
check_ex0() {
# $1=test name [$2=status]
__qm__=${?}
[ ${#} -gt 1 ] && __qm__=${2}
TESTS_PERFORMED=`add ${TESTS_PERFORMED} 1`
if [ ${__qm__} -ne 0 ]; then
ESTAT=1
t_echoerr "${1}: unexpected non-0 exit status: ${__qm__}"
TESTS_FAILED=`add ${TESTS_FAILED} 1`
else
t_echook "${1}"
TESTS_OK=`add ${TESTS_OK} 1`
fi
}
check_exn0() {
# $1=test name [$2=status]
__qm__=${?}
[ ${#} -gt 1 ] && __qm__=${2}
[ ${#} -gt 2 ] && __expect__=${3} || __expect__=
TESTS_PERFORMED=`add ${TESTS_PERFORMED} 1`
if [ ${__qm__} -eq 0 ]; then
ESTAT=1
t_echoerr "${1}: unexpected 0 exit status: ${__qm__}"
TESTS_FAILED=`add ${TESTS_FAILED} 1`
elif [ -n "${__expect__}" ] && [ ${__expect__} -ne ${__qm__} ]; then
ESTAT=1
t_echoerr "${1}: unexpected exit status: ${__qm__} != ${__expected__}"
TESTS_FAILED=`add ${TESTS_FAILED} 1`
else
t_echook "${1}"
TESTS_OK=`add ${TESTS_OK} 1`
fi
}
# }}}
color_init() {
[ -n "${NOCOLOUR}" ] && return
[ -n "${MAILX_CC_TEST_NO_COLOUR}" ] && return
# We do not want color for "make test > .LOG"!
if [ -t 1 ] && command -v tput >/dev/null 2>&1; then
{ sgr0=`tput sgr0`; } 2>/dev/null
[ $? -eq 0 ] || return
{ saf1=`tput setaf 1`; } 2>/dev/null
[ $? -eq 0 ] || return
{ saf2=`tput setaf 2`; } 2>/dev/null
[ $? -eq 0 ] || return
{ saf3=`tput setaf 3`; } 2>/dev/null
[ $? -eq 0 ] || return
{ saf5=`tput setaf 5`; } 2>/dev/null
[ $? -eq 0 ] || return
{ b=`tput bold`; } 2>/dev/null
[ $? -eq 0 ] || return
COLOR_ERR_ON=${saf1}${b} COLOR_ERR_OFF=${sgr0}
COLOR_DBGERR_ON=${saf5} COLOR_DBGERR_OFF=${sgr0}
COLOR_WARN_ON=${saf3}${b} COLOR_WARN_OFF=${sgr0}
COLOR_OK_ON=${saf2} COLOR_OK_OFF=${sgr0}
unset saf1 saf2 saf3 b
fi
}
if ( [ "$((1 + 1))" = 2 ] ) >/dev/null 2>&1; then
add() {
echo "$((${1} + ${2}))"
}
else
add() {
${awk} 'BEGIN{print '${1}' + '${2}'}'
}
fi
if ( [ "$((2 % 3))" = 2 ] ) >/dev/null 2>&1; then
modulo() {
echo "$((${1} % ${2}))"
}
else
modulo() {
${awk} 'BEGIN{print '${1}' % '${2}'}'
}
fi
have_feat() {
( "${RAWMAILX}" ${ARGS} -X'echo $features' -Xx |
${grep} ,+${1}, ) >/dev/null 2>&1
}
# }}}
# Absolute Basics {{{
t_X_Y_opt_input_go_stack() {
t_prolog "${@}"
${cat} <<- '__EOT' > "${BODY}"
echo 1
define mac0 {
echo mac0-1 via1 $0
}
call mac0
echo 2
source '\
echo "define mac1 {";\
echo " echo mac1-1 via1 \$0";\
echo " call mac0";\
echo " echo mac1-2";\
echo " call mac2";\
echo " echo mac1-3";\
echo "}";\
echo "echo 1-1";\
echo "define mac2 {";\
echo " echo mac2-1 via1 \$0";\
echo " call mac0";\
echo " echo mac2-2";\
echo "}";\
echo "echo 1-2";\
echo "call mac1";\
echo "echo 1-3";\
echo "source \"\
echo echo 1-1-1 via1 \$0;\
echo call mac0;\
echo echo 1-1-2;\
| \"";\
echo "echo 1-4";\
| '
echo 3
call mac2
echo 4
undefine *
__EOT
# The -X option supports multiline arguments, and those can internally use
# reverse solidus newline escaping. And all -X options are joined...
APO=\'
< "${BODY}" ${MAILX} ${ARGS} \
-X 'e\' \
-X ' c\' \
-X ' h\' \
-X ' o \' \
-X 1 \
-X'
define mac0 {
echo mac0-1 via2 $0
}
call mac0
echo 2
' \
-X'
source '${APO}'\
echo "define mac1 {";\
echo " echo mac1-1 via2 \$0";\
echo " call mac0";\
echo " echo mac1-2";\
echo " call mac2";\
echo " echo mac1-3";\
echo "}";\
echo "echo 1-1";\
echo "define mac2 {";\
echo " echo mac2-1 via2 \$0";\
echo " call mac0";\
echo " echo mac2-2";\
echo "}";\
echo "echo 1-2";\
echo "call mac1";\
echo "echo 1-3";\
echo "source \"\
echo echo 1-1-1 via2 \$0;\
echo call mac0;\
echo echo 1-1-2;\
| \"";\
echo "echo 1-4";\
| '${APO}'
echo 3
' \
-X'
call mac2
echo 4
undefine *
' > "${MBOX}"
check 1 0 "${MBOX}" '1786542668 416'
# The -Y option supports multiline arguments, and those can internally use
# reverse solidus newline escaping.
APO=\'
< "${BODY}" ${MAILX} ${ARGS} \
-X 'echo FIRST_X' \
-X 'echo SECOND_X' \
-Y 'e\' \
-Y ' c\' \
-Y ' h\' \
-Y ' o \' \
-Y 1 \
-Y'
define mac0 {
echo mac0-1 via2 $0
}
call mac0
echo 2
' \
-Y'
source '${APO}'\
echo "define mac1 {";\
echo " echo mac1-1 via2 \$0";\
echo " call mac0";\
echo " echo mac1-2";\
echo " call mac2";\
echo " echo mac1-3";\
echo "}";\
echo "echo 1-1";\
echo "define mac2 {";\
echo " echo mac2-1 via2 \$0";\
echo " call mac0";\
echo " echo mac2-2";\
echo "}";\
echo "echo 1-2";\
echo "call mac1";\
echo "echo 1-3";\
echo "source \"\
echo echo 1-1-1 via2 \$0;\
echo call mac0;\
echo echo 1-1-2;\
| \"";\
echo "echo 1-4";\
| '${APO}'
echo 3
' \
-Y'
call mac2
echo 4
undefine *
' \
-Y 'echo LAST_Y' > "${MBOX}"
check 2 0 "${MBOX}" '1845176711 440'
# Compose mode, too!