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|
#! /bin/sh
# Copyright (C) 2001 by Martin Pool <mbp@samba.org>
# General-purpose test functions for rsync.
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License version
# 2 as published by the Free Software Foundation.
#
# This program is distributed in the hope that it will be useful, but
# WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
# Lesser General Public License for more details.
#
# You should have received a copy of the GNU Lesser General Public
# License along with this program; if not, write to the Free Software
# Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
tmpdir="$scratchdir"
fromdir="$tmpdir/from"
todir="$tmpdir/to"
chkdir="$tmpdir/chk"
# For itemized output:
all_plus='+++++++++'
allspace=' '
dots='.....' # trailing dots after changes
# Berkley's nice.
PATH="$PATH:/usr/ucb"
if diff -u "$srcdir/testsuite/rsync.fns" "$srcdir/testsuite/rsync.fns" >/dev/null 2>&1; then
diffopt="-u"
else
diffopt="-c"
fi
HOME="$scratchdir"
export HOME
runtest() {
echo $ECHO_N "Test $1: $ECHO_C"
if eval "$2"
then
echo "$ECHO_T done."
return 0
else
echo "$ECHO_T failed!"
return 1
fi
}
set_cp_destdir() {
while test $# -gt 1; do
shift
done
destdir="$1"
}
# Perform a "cp -p", making sure that timestamps are really the same,
# even if the copy rounded microsecond times on the destination file.
cp_touch() {
cp -p "${@}" || test_fail "cp -p failed"
if test $# -gt 2 -o -d "$2"; then
set_cp_destdir "${@}" # sets destdir var
while test $# -gt 1; do
destname="$destdir/`basename $1`"
touch -r "$destname" "$1" "$destname"
shift
done
else
touch -r "$2" "$1" "$2"
fi
}
# Call this if you want to filter out verbose messages (-v or -vv) from
# the output of an rsync run (whittling the output down to just the file
# messages). This isn't needed if you use -i without -v.
filter_outfile() {
sed -e '/^building file list /d' \
-e '/^sending incremental file list/d' \
-e '/^created directory /d' \
-e '/^done$/d' \
-e '/ --whole-file$/d' \
-e '/^total: /d' \
-e '/^client charset: /d' \
-e '/^server charset: /d' \
-e '/^$/,$d' \
<"$outfile" >"$outfile.new"
mv "$outfile.new" "$outfile"
}
printmsg() {
echo "$1"
}
rsync_ls_lR() {
find "$@" -print | sort | sed 's/ /\\ /g' | xargs "$TOOLDIR/tls" $TLS_ARGS
}
check_perms() {
perms=`"$TOOLDIR/tls" "$1" | sed 's/^[-d]\(.........\).*/\1/'`
if test $perms = $2; then
return 0
fi
echo "permissions: $perms on $1"
echo "should be: $2"
test_fail "failed test $3"
}
rsync_getgroups() {
"$TOOLDIR/getgroups"
}
####################
# Build test directories $todir and $fromdir, with $fromdir full of files.
hands_setup() {
# Clean before creation
rm -rf "$fromdir"
rm -rf "$todir"
[ -d "$tmpdir" ] || mkdir "$tmpdir"
[ -d "$fromdir" ] || mkdir "$fromdir"
[ -d "$todir" ] || mkdir "$todir"
# On some BSD systems, the umask affects the mode of created
# symlinks, even though the mode apparently has no effect on how
# the links behave in the future, and it cannot be changed using
# chmod! rsync always sets its umask to 000 so that it can
# accurately recreate permissions, but this script is probably run
# with a different umask.
# This causes a little problem that "ls -l" of the two will not be
# the same. So, we need to set our umask before doing any creations.
# set up test data
touch "$fromdir/empty"
mkdir "$fromdir/emptydir"
# a hundred lines of text or so
rsync_ls_lR "$srcdir" > "$fromdir/filelist"
echo $ECHO_N "This file has no trailing lf$ECHO_C" > "$fromdir/nolf"
umask 0
ln -s nolf "$fromdir/nolf-symlink"
umask 022
cat "$srcdir"/*.c > "$fromdir/text"
mkdir "$fromdir/dir"
cp "$fromdir/text" "$fromdir/dir"
mkdir "$fromdir/dir/subdir"
echo some data > "$fromdir/dir/subdir/foobar.baz"
mkdir "$fromdir/dir/subdir/subsubdir"
if [ -r /etc ]; then
ls -ltr /etc > "$fromdir/dir/subdir/subsubdir/etc-ltr-list"
else
ls -ltr / > "$fromdir/dir/subdir/subsubdir/etc-ltr-list"
fi
mkdir "$fromdir/dir/subdir/subsubdir2"
if [ -r /bin ]; then
ls -lt /bin > "$fromdir/dir/subdir/subsubdir2/bin-lt-list"
else
ls -lt / > "$fromdir/dir/subdir/subsubdir2/bin-lt-list"
fi
# echo testing head:
# ls -lR "$srcdir" | head -10 || echo failed
}
####################
# Many machines do not have "mkdir -p", so we have to build up long paths.
# How boring.
makepath() {
for p in "${@}"; do
(echo " makepath $p"
# Absolut Unix.
if echo $p | grep '^/' >/dev/null
then
cd /
fi
# This will break if $p contains a space.
for c in `echo $p | tr '/' ' '`
do
if [ -d "$c" ] || mkdir "$c"
then
cd "$c" || return $?
else
echo "failed to create $c" >&2; return $?
fi
done)
done
}
###########################
# Run a test (in '$1') then compare directories $2 and $3 to see if
# there are any difference. If there are, explain them.
# So normally basically $1 should be an rsync command, and $2 and $3
# the source and destination directories. This is only good when you
# expect to transfer the whole directory exactly as is. If some files
# should be excluded, you might need to use something else.
checkit() {
failed=
# We can just write everything to stdout/stderr, because the
# wrapper hides it unless there is a problem.
echo "Running: \"$1\""
eval "$1"
status=$?
if [ $status != 0 ]; then
failed="YES";
fi
echo "-------------"
echo "check how the directory listings compare with diff:"
echo ""
( cd "$2" && rsync_ls_lR . ) > "$tmpdir/ls-from"
( cd "$3" && rsync_ls_lR . ) > "$tmpdir/ls-to"
diff $diffopt "$tmpdir/ls-from" "$tmpdir/ls-to" || failed=YES
echo "-------------"
echo "check how the files compare with diff:"
echo ""
if [ "x$4" != x ]; then
echo " === Skipping (as directed) ==="
else
diff -r $diffopt "$2" "$3" || failed=YES
fi
echo "-------------"
if [ -z "$failed" ] ; then
return 0
else
return 1
fi
}
build_rsyncd_conf() {
# Build an appropriate configuration file
conf="$scratchdir/test-rsyncd.conf"
echo "building configuration $conf"
port=2612
pidfile="$scratchdir/rsyncd.pid"
logfile="$scratchdir/rsyncd.log"
hostname=`uname -n`
cat >"$conf" <<EOF
# rsyncd configuration file autogenerated by $0
pid file = $pidfile
use chroot = no
munge symlinks = no
hosts allow = localhost 127.0.0.0/24 192.168.0.0/16 10.0.0.0/8 $hostname
log file = $logfile
log format = %i %h [%a] %m (%u) %l %f%L
transfer logging = yes
exclude = ? foobar.baz
max verbosity = 4
uid = 0
gid = 0
[test-from]
path = $fromdir
read only = yes
comment = r/o
[test-to]
path = $todir
read only = no
comment = r/w
[test-scratch]
path = $scratchdir
read only = no
[test-hidden]
path = $fromdir
list = no
EOF
# Build a helper script to ignore exit code 23
ignore23="$scratchdir/ignore23"
echo "building help script $ignore23"
cat >"$ignore23" <<'EOT'
if "${@}"; then
exit
fi
ret=$?
if test $ret = 23; then
exit
fi
exit $ret
EOT
chmod +x "$ignore23"
}
build_symlinks() {
mkdir "$fromdir"
date >"$fromdir/referent"
ln -s referent "$fromdir/relative"
ln -s "$fromdir/referent" "$fromdir/absolute"
ln -s nonexistent "$fromdir/dangling"
ln -s "$srcdir/rsync.c" "$fromdir/unsafe"
}
test_fail() {
echo "$@" >&2
exit 1
}
test_skipped() {
echo "$@" >&2
echo "$@" > "$tmpdir/whyskipped"
exit 77
}
# It failed, but we expected that. don't dump out error logs,
# because most users won't want to see them. But do leave
# the working directory around.
test_xfail() {
echo "$@" >&2
exit 78
}
# Determine what shell command will appropriately test for links.
ln -s foo "$scratchdir/testlink"
for cmd in test /bin/test /usr/bin/test /usr/ucb/bin/test /usr/ucb/test
do
for switch in -h -L
do
if $cmd $switch "$scratchdir/testlink" 2>/dev/null
then
# how nice
TEST_SYMLINK_CMD="$cmd $switch"
# i wonder if break 2 is portable?
break 2
fi
done
done
# ok, now get rid of it
rm "$scratchdir/testlink"
if [ "x$TEST_SYMLINK_CMD" = 'x' ]
then
test_fail "Couldn't determine how to test for symlinks"
else
echo "Testing for symlinks using '$TEST_SYMLINK_CMD'"
fi
# Test whether something is a link, allowing for shell peculiarities
is_a_link() {
# note the variable contains the first option and therefore is not quoted
$TEST_SYMLINK_CMD "$1"
}
# We need to set the umask to be reproducible. Note also that when we
# do some daemon tests as root, we will setuid() and therefore the
# directory has to be writable by the nobody user in some cases. The
# best thing is probably to explicitly chmod those directories after
# creation.
umask 022
|