########################################################
# NOTE: This file should execute correctly with any system's /bin/sh
-# shell, and not only with configure-time detected $CONFIG_SHELL,
+# shell, and not only with configure-time detected $AM_TEST_RUNNER_SHELL,
# *until differently and explicitly specified*.
## -------------------------------------------------------- ##
*x*) opts=-x;;
*) opts=;;
esac
- echo $me: exec $SHELL $opts "$0" "$*"
- exec $SHELL $opts "$0" ${1+"$@"} || {
- echo "$me: failed to re-execute with $SHELL" >&2
+ echo $me: exec $AM_TEST_RUNNER_SHELL $opts "$0" "$*"
+ exec $AM_TEST_RUNNER_SHELL $opts "$0" ${1+"$@"} || {
+ echo "$me: failed to re-execute with $AM_TEST_RUNNER_SHELL" >&2
exit 99
}
;;
esac
# NOTE: From this point on, we can assume this file is being executed
-# by the configure-time detected $CONFIG_SHELL.
+# by the configure-time detected $AM_TEST_RUNNER_SHELL.
## ----------------------- ##
unset TEST_SUITE_LOG
unset RECHECK_LOGS
unset VERBOSE
-for pfx in TEST_ TAP_ ''; do
+for pfx in TEST_ SH_ TAP_ ''; do
unset ${pfx}LOG_COMPILER
unset ${pfx}LOG_COMPILE # Not a typo!
unset ${pfx}LOG_FLAGS
# Resolve ties in favor of FILE.
is_newest ()
{
- is_newest_files=`find "$@" -prune -newer "$1"`
+ is_newest_files=$(find "$@" -prune -newer "$1")
test -z "$is_newest_files"
}
am__opt_re='' am__var_re=''
case $1 in
--*'=') am__opt_re="^ $1";;
- --*'[=]') am__opt_re='^ '`printf '%s\n' "$1" | sed 's/...$//'`'\[=';;
+ --*'[=]') am__opt_re='^ '$(printf '%s\n' "$1" | sed 's/...$//')'\[=';;
--*) am__opt_re="^ $1( .*|$)";;
*) am__var_re="^ $1( .*|$)";;
esac
3) seq_first=$1 seq_incr=$2 seq_last=$3;;
*) fatal_ "seq_: too many arguments";;
esac
- # Try to avoid forks if possible.
- case "$BASH_VERSION" in
- ""|[12].*)
- : Not bash, or a too old bash version. ;;
- *)
- # Use eval to protect dumber shells from parsing errors.
- eval 'for ((i = seq_first; i <= seq_last; i += seq_incr)); do
- echo $i
- done'
- return 0;;
- esac
- # Else, use GNU seq if available.
- seq "$@" && return 0
- # Otherwise revert to a slower loop using expr(1).
i=$seq_first
while test $i -le $seq_last; do
echo $i
- i=`expr $i + $seq_incr`
+ i=$(($i + $seq_incr))
done
}
# Avoid spurious failures with shells with "overly sensible"
# errexit shell flag, such as e.g., Solaris /bin/sh.
set +e
- test `grep -c '^PASS:' stdout` -eq $pass || rc=1
- test `grep -c '^XFAIL:' stdout` -eq $xfail || rc=1
- test `grep -c '^SKIP:' stdout` -eq $skip || rc=1
- test `grep -c '^FAIL:' stdout` -eq $fail || rc=1
- test `grep -c '^XPASS:' stdout` -eq $xpass || rc=1
- test `grep -c '^ERROR:' stdout` -eq $error || rc=1
+ test $(grep -c '^PASS:' stdout) -eq $pass || rc=1
+ test $(grep -c '^XFAIL:' stdout) -eq $xfail || rc=1
+ test $(grep -c '^SKIP:' stdout) -eq $skip || rc=1
+ test $(grep -c '^FAIL:' stdout) -eq $fail || rc=1
+ test $(grep -c '^XPASS:' stdout) -eq $xpass || rc=1
+ test $(grep -c '^ERROR:' stdout) -eq $error || rc=1
grep "^# TOTAL: *$total$" stdout || rc=1
grep "^# PASS: *$pass$" stdout || rc=1
grep "^# XFAIL: *$xfail$" stdout || rc=1
unindent ()
{
if test x"$sed_unindent_prog" = x; then
- sed_unindent_prog=`printf '%s\n' "$commented_sed_unindent_prog" | sed -e "s/ *# .*//"`
+ sed_unindent_prog=$(printf '%s\n' "$commented_sed_unindent_prog" \
+ | sed -e "s/ *# .*//")
fi
sed "$sed_unindent_prog" ${1+"$@"}
}
## required by them. ##
## ----------------------------------------------------------- ##
+# Performance tests must be enabled explicitly.
+case $argv0 in
+ */perf/*)
+ case $AM_TESTSUITE_PERF in
+ [yY]|[yY]es|1) ;;
+ *) skip_ "performance tests not explicitly enabled" ;;
+ esac
+ ;;
+esac
+
# Look for (and maybe set up) required tools and/or system features; skip
# the current test if they are not found.
for tool in : $required
MAKE=$make_ am__using_gmake=''
test "$MAKE" = : && break
echo "$me: determine whether $MAKE is GNU make"
- # Don't use "&&" here, or a bug of 'set -e' present in some
- # versions of the BSD shell will be triggered. We add the
- # dummy "else" branch for extra safety.
- if using_gmake; then break; else :; fi
+ using_gmake && break
+ : For shells with busted 'set -e'.
done
test "$MAKE" = : && skip_all_ "this test requires GNU make"
export MAKE
"the '--html' option"
;;
mingw)
- uname_s=`uname -s || echo UNKNOWN`
+ uname_s=$(uname -s || echo UNKNOWN)
echo "$me: system name: $uname_s"
case $uname_s in
MINGW*) ;;
*) skip_all_ "this test requires MSYS in MinGW mode" ;;
esac
+ unset uname_s
;;
non-root)
# Skip this test case if the user is root.
# Don't use "&&" here, to avoid a bug of 'set -e' present in
# some (even relatively recent) versions of the BSD shell.
# We add the dummy "else" branch for extra safety.
- if cross_compiling; then
- skip_all_ "doesn't work in cross-compile mode"
- else :; fi
+ ! cross_compiling || skip_all_ "doesn't work in cross-compile mode"
;;
python)
# Python doesn't support --version, it has -V
distdir=$me-1.0
# Set up the exit trap.
-if test "$sh_errexit_works" = yes; then
- trap 'exit_status=$?
- set +e
- cd "$am_top_builddir"
- if test $am_using_tap = yes; then
- if test "$planned_" = later && test $exit_status -eq 0; then
- plan_ "now"
- fi
- test $exit_status -eq 0 && test $tap_pass_count_ -eq $tap_count_ \
- || keep_testdirs=yes
- else
- # This is to ensure that a test script does give a SKIP outcome just
- # because a command in it happens to exit with status 77. This
- # behaviour, while from time to time useful to developers, is not
- # meant to be enabled by default, as it could cause spurious failures
- # in the wild. Thus it will be enabled only when the variable
- # "am_explicit_skips" is set to a "true" value.
- case $am_explicit_skips in
- [yY]|[yY]es|1)
- if test $exit_status -eq 77 && test $am__test_skipped != yes; then
- echo "$me: implicit skip turned into failure"
- exit_status=78
- fi;;
- esac
- test $exit_status -eq 0 || keep_testdirs=yes
+trap 'exit_status=$?
+ set +e
+ cd "$am_top_builddir"
+ if test $am_using_tap = yes; then
+ if test "$planned_" = later && test $exit_status -eq 0; then
+ plan_ "now"
fi
- am_keeping_testdirs || rm_rf_ $testSubDir
- set +x
- echo "$me: exit $exit_status"
- exit $exit_status
- ' 0
- trap "fatal_ 'caught signal SIGHUP'" 1
- trap "fatal_ 'caught signal SIGINT'" 2
- trap "fatal_ 'caught signal SIGTERM'" 15
- # Various shells seems to just ignore SIGQUIT under some circumstances,
- # even if the signal is not blocked; however, if the signal it trapped,
- # the trap gets correctly executed. So we also trap SIGQUIT.
- # Here is a list of some shells that have been verified to exhibit the
- # problematic behavior with SIGQUIT:
- # - zsh 4.3.12 on Debian GNU/Linux
- # - /bin/ksh and /usr/xpg4/bin/sh on Solaris 10
- # - Bash 3.2.51 on Solaris 10 and bash 4.1.5 on Debian GNU/Linux
- # - AT&T ksh on Debian Gnu/Linux (deb package ksh, version 93u-1)
- # OTOH, at least these shells that do *not* exhibit that behaviour:
- # - modern version of the Almquist Shell (at least 0.5.5.1), on
- # both Solaris and GNU/Linux
- # - Solaris 10 /bin/sh
- # - public domain Korn Shell, version 5.2.14, on Debian GNU/Linux
- trap "fatal_ 'caught signal SIGQUIT'" 3
- # Ignore further SIGPIPE in the trap code. This is required to avoid
- # a very weird issue with some shells, at least when the execution of
- # the automake testsuite is driven by the 'prove' utility: if prove
- # (or the make process that has spawned it) gets interrupted with
- # Ctrl-C, the shell might go in a loop, continually getting a SIGPIPE,
- # sometimes finally dumping core, other times hanging indefinitely.
- # See also Test::Harness bug [rt.cpan.org #70855], archived at
- # <https://rt.cpan.org/Ticket/Display.html?id=70855>
- trap "trap '' 13; fatal_ 'caught signal SIGPIPE'" 13
-fi
+ test $exit_status -eq 0 && test $tap_pass_count_ -eq $tap_count_ \
+ || keep_testdirs=yes
+ else
+ # This is to ensure that a test script does give a SKIP outcome just
+ # because a command in it happens to exit with status 77. This
+ # behaviour, while from time to time useful to developers, is not
+ # meant to be enabled by default, as it could cause spurious failures
+ # in the wild. Thus it will be enabled only when the variable
+ # "am_explicit_skips" is set to a "true" value.
+ case $am_explicit_skips in
+ [yY]|[yY]es|1)
+ if test $exit_status -eq 77 && test $am__test_skipped != yes; then
+ echo "$me: implicit skip turned into failure"
+ exit_status=78
+ fi;;
+ esac
+ test $exit_status -eq 0 || keep_testdirs=yes
+ fi
+ am_keeping_testdirs || rm_rf_ $testSubDir
+ set +x
+ echo "$me: exit $exit_status"
+ exit $exit_status
+' 0
+trap "fatal_ 'caught signal SIGHUP'" 1
+trap "fatal_ 'caught signal SIGINT'" 2
+trap "fatal_ 'caught signal SIGTERM'" 15
+# Various shells seems to just ignore SIGQUIT under some circumstances,
+# even if the signal is not blocked; however, if the signal it trapped,
+# the trap gets correctly executed. So we also trap SIGQUIT.
+# Here is a list of some shells that have been verified to exhibit the
+# problematic behavior with SIGQUIT:
+# - zsh 4.3.12 on Debian GNU/Linux
+# - /bin/ksh and /usr/xpg4/bin/sh on Solaris 10
+# - Bash 3.2.51 on Solaris 10 and bash 4.1.5 on Debian GNU/Linux
+# - AT&T ksh on Debian Gnu/Linux (deb package ksh, version 93u-1)
+# OTOH, at least these shells that do *not* exhibit that behaviour:
+# - modern version of the Almquist Shell (at least 0.5.5.1), on
+# both Solaris and GNU/Linux
+# - Solaris 10 /bin/sh
+# - public domain Korn Shell, version 5.2.14, on Debian GNU/Linux
+trap "fatal_ 'caught signal SIGQUIT'" 3
+# Ignore further SIGPIPE in the trap code. This is required to avoid
+# a very weird issue with some shells, at least when the execution of
+# the automake testsuite is driven by the 'prove' utility: if prove
+# (or the make process that has spawned it) gets interrupted with
+# Ctrl-C, the shell might go in a loop, continually getting a SIGPIPE,
+# sometimes finally dumping core, other times hanging indefinitely.
+# See also Test::Harness bug [rt.cpan.org #70855], archived at
+# <https://rt.cpan.org/Ticket/Display.html?id=70855>
+trap "trap '' 13; fatal_ 'caught signal SIGPIPE'" 13
# Create and populate the temporary directory, if and as required.
if test x"$am_create_testdir" = x"no"; then
# to append AC_OUTPUT.
{
echo "AC_INIT([$me], [1.0])"
- if test x"$am_parallel_tests" = x"yes"; then
- echo "AM_INIT_AUTOMAKE([parallel-tests])"
- else
+ if test x"$am_serial_tests" = x"yes"; then
echo "AM_INIT_AUTOMAKE"
+ else
+ echo "AM_INIT_AUTOMAKE([parallel-tests])"
fi
echo "AC_CONFIG_FILES([Makefile])"
} >configure.ac || framework_failure_ "creating configure.ac skeleton"
projects / platform / upstream / automake.git / blobdiff