freebsd-dev/bin/cp/tests/cp_test.sh
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#
# SPDX-License-Identifier: BSD-2-Clause
#
# Copyright (c) 2020 Kyle Evans <kevans@FreeBSD.org>
#
# Redistribution and use in source and binary forms, with or without
# modification, are permitted provided that the following conditions
# are met:
# 1. Redistributions of source code must retain the above copyright
# notice, this list of conditions and the following disclaimer.
# 2. Redistributions in binary form must reproduce the above copyright
# notice, this list of conditions and the following disclaimer in the
# documentation and/or other materials provided with the distribution.
#
# THIS SOFTWARE IS PROVIDED BY THE AUTHOR AND CONTRIBUTORS ``AS IS'' AND
# ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
# IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
# ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR OR CONTRIBUTORS BE LIABLE
# FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
# DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS
# OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION)
# HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
# LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY
# OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF
# SUCH DAMAGE.
#
check_size()
{
file=$1
sz=$2
atf_check -o inline:"$sz\n" stat -f '%z' $file
}
atf_test_case basic
basic_body()
{
echo "foo" > bar
atf_check cp bar baz
check_size baz 4
}
atf_test_case basic_symlink
basic_symlink_body()
{
echo "foo" > bar
ln -s bar baz
atf_check cp baz foo
atf_check test '!' -L foo
atf_check -e inline:"cp: baz and baz are identical (not copied).\n" \
-s exit:1 cp baz baz
atf_check -e inline:"cp: bar and baz are identical (not copied).\n" \
-s exit:1 cp baz bar
}
atf_test_case chrdev
chrdev_body()
{
echo "foo" > bar
check_size bar 4
atf_check cp /dev/null trunc
check_size trunc 0
atf_check cp bar trunc
check_size trunc 4
atf_check cp /dev/null trunc
check_size trunc 0
}
atf_test_case matching_srctgt
matching_srctgt_body()
{
# PR235438: `cp -R foo foo` would previously infinitely recurse and
# eventually error out.
mkdir foo
echo "qux" > foo/bar
cp foo/bar foo/zoo
atf_check cp -R foo foo
atf_check -o inline:"qux\n" cat foo/foo/bar
atf_check -o inline:"qux\n" cat foo/foo/zoo
atf_check -e not-empty -s not-exit:0 stat foo/foo/foo
}
atf_test_case matching_srctgt_contained
matching_srctgt_contained_body()
{
# Let's do the same thing, except we'll try to recursively copy foo into
# one of its subdirectories.
mkdir foo
ln -s foo coo
echo "qux" > foo/bar
mkdir foo/moo
touch foo/moo/roo
cp foo/bar foo/zoo
atf_check cp -R foo foo/moo
atf_check cp -RH coo foo/moo
atf_check -o inline:"qux\n" cat foo/moo/foo/bar
atf_check -o inline:"qux\n" cat foo/moo/coo/bar
atf_check -o inline:"qux\n" cat foo/moo/foo/zoo
atf_check -o inline:"qux\n" cat foo/moo/coo/zoo
# We should have copied the contents of foo/moo before foo, coo started
# getting copied in.
atf_check -o not-empty stat foo/moo/foo/moo/roo
atf_check -o not-empty stat foo/moo/coo/moo/roo
atf_check -e not-empty -s not-exit:0 stat foo/moo/foo/moo/foo
atf_check -e not-empty -s not-exit:0 stat foo/moo/coo/moo/coo
}
atf_test_case matching_srctgt_link
matching_srctgt_link_body()
{
mkdir foo
echo "qux" > foo/bar
cp foo/bar foo/zoo
atf_check ln -s foo roo
atf_check cp -RH roo foo
atf_check -o inline:"qux\n" cat foo/roo/bar
atf_check -o inline:"qux\n" cat foo/roo/zoo
}
atf_test_case matching_srctgt_nonexistent
matching_srctgt_nonexistent_body()
{
# We'll copy foo to a nonexistent subdirectory; ideally, we would
# skip just the directory and end up with a layout like;
#
# foo/
# bar
# dne/
# bar
# zoo
# zoo
#
mkdir foo
echo "qux" > foo/bar
cp foo/bar foo/zoo
atf_check cp -R foo foo/dne
atf_check -o inline:"qux\n" cat foo/dne/bar
atf_check -o inline:"qux\n" cat foo/dne/zoo
atf_check -e not-empty -s not-exit:0 stat foo/dne/foo
}
recursive_link_setup()
{
extra_cpflag=$1
mkdir -p foo/bar
ln -s bar foo/baz
mkdir foo-mirror
eval "cp -R $extra_cpflag foo foo-mirror"
}
atf_test_case recursive_link_dflt
recursive_link_dflt_body()
{
recursive_link_setup
# -P is the default, so this should work and preserve the link.
atf_check cp -R foo foo-mirror
atf_check test -L foo-mirror/foo/baz
}
atf_test_case recursive_link_Hflag
recursive_link_Hflag_body()
{
recursive_link_setup
# -H will not follow either, so this should also work and preserve the
# link.
atf_check cp -RH foo foo-mirror
atf_check test -L foo-mirror/foo/baz
}
atf_test_case recursive_link_Lflag
recursive_link_Lflag_body()
{
recursive_link_setup -L
# -L will work, but foo/baz ends up expanded to a directory.
atf_check test -d foo-mirror/foo/baz -a \
'(' ! -L foo-mirror/foo/baz ')'
atf_check cp -RL foo foo-mirror
atf_check test -d foo-mirror/foo/baz -a \
'(' ! -L foo-mirror/foo/baz ')'
}
file_is_sparse()
{
atf_check ${0%/*}/sparse "$1"
}
files_are_equal()
{
atf_check test "$(stat -f "%d %i" "$1")" != "$(stat -f "%d %i" "$2")"
atf_check cmp "$1" "$2"
}
atf_test_case sparse_leading_hole
sparse_leading_hole_body()
{
# A 16-megabyte hole followed by one megabyte of data
truncate -s 16M foo
seq -f%015g 65536 >>foo
file_is_sparse foo
atf_check cp foo bar
files_are_equal foo bar
file_is_sparse bar
}
atf_test_case sparse_multiple_holes
sparse_multiple_holes_body()
{
# Three one-megabyte blocks of data preceded, separated, and
# followed by 16-megabyte holes
truncate -s 16M foo
seq -f%015g 65536 >>foo
truncate -s 33M foo
seq -f%015g 65536 >>foo
truncate -s 50M foo
seq -f%015g 65536 >>foo
truncate -s 67M foo
file_is_sparse foo
atf_check cp foo bar
files_are_equal foo bar
file_is_sparse bar
}
atf_test_case sparse_only_hole
sparse_only_hole_body()
{
# A 16-megabyte hole
truncate -s 16M foo
file_is_sparse foo
atf_check cp foo bar
files_are_equal foo bar
file_is_sparse bar
}
atf_test_case sparse_to_dev
sparse_to_dev_body()
{
# Three one-megabyte blocks of data preceded, separated, and
# followed by 16-megabyte holes
truncate -s 16M foo
seq -f%015g 65536 >>foo
truncate -s 33M foo
seq -f%015g 65536 >>foo
truncate -s 50M foo
seq -f%015g 65536 >>foo
truncate -s 67M foo
file_is_sparse foo
atf_check -o file:foo cp foo /dev/stdout
}
atf_test_case sparse_trailing_hole
sparse_trailing_hole_body()
{
# One megabyte of data followed by a 16-megabyte hole
seq -f%015g 65536 >foo
truncate -s 17M foo
file_is_sparse foo
atf_check cp foo bar
files_are_equal foo bar
file_is_sparse bar
}
atf_test_case standalone_Pflag
standalone_Pflag_body()
{
echo "foo" > bar
ln -s bar foo
atf_check cp -P foo baz
atf_check -o inline:'Symbolic Link\n' stat -f %SHT baz
}
atf_init_test_cases()
{
atf_add_test_case basic
atf_add_test_case basic_symlink
atf_add_test_case chrdev
atf_add_test_case matching_srctgt
atf_add_test_case matching_srctgt_contained
atf_add_test_case matching_srctgt_link
atf_add_test_case matching_srctgt_nonexistent
atf_add_test_case recursive_link_dflt
atf_add_test_case recursive_link_Hflag
atf_add_test_case recursive_link_Lflag
atf_add_test_case sparse_leading_hole
atf_add_test_case sparse_multiple_holes
atf_add_test_case sparse_only_hole
atf_add_test_case sparse_to_dev
atf_add_test_case sparse_trailing_hole
atf_add_test_case standalone_Pflag
}