mount_point = *argv++;
if (!mount_point)
break;
- mount_entry = find_mount_point(mount_point);
+ mount_entry = find_mount_point(mount_point, 1);
if (!mount_entry) {
bb_error_msg("%s: can't find mount point", mount_point);
set_error:
#ifdef HAVE_MNTENT_H
extern int match_fstype(const struct mntent *mt, const char *fstypes) FAST_FUNC;
-extern struct mntent *find_mount_point(const char *name) FAST_FUNC;
+extern struct mntent *find_mount_point(const char *name, int subdir_too) FAST_FUNC;
#endif
extern void erase_mtab(const char * name) FAST_FUNC;
extern unsigned int tty_baud_to_value(speed_t speed) FAST_FUNC;
* Given any other file (or directory), find the mount table entry for its
* filesystem.
*/
-struct mntent* FAST_FUNC find_mount_point(const char *name)
+struct mntent* FAST_FUNC find_mount_point(const char *name, int subdir_too)
{
struct stat s;
- dev_t mountDevice;
- FILE *mountTable;
+ FILE *mtab_fp;
struct mntent *mountEntry;
+ dev_t devno_of_name;
+ bool block_dev;
if (stat(name, &s) != 0)
return NULL;
- if (S_ISBLK(s.st_mode))
- mountDevice = s.st_rdev;
- else
- mountDevice = s.st_dev;
-
+ devno_of_name = s.st_dev;
+ block_dev = 0;
+ if (S_ISBLK(s.st_mode)) {
+ devno_of_name = s.st_rdev;
+ block_dev = 1;
+ }
- mountTable = setmntent(bb_path_mtab_file, "r");
- if (!mountTable)
- return 0;
+ mtab_fp = setmntent(bb_path_mtab_file, "r");
+ if (!mtab_fp)
+ return NULL;
- while ((mountEntry = getmntent(mountTable)) != NULL) {
+ while ((mountEntry = getmntent(mtab_fp)) != NULL) {
/* rootfs mount in Linux 2.6 exists always,
* and it makes sense to always ignore it.
* Otherwise people can't reference their "real" root! */
) { /* String match. */
break;
}
- /* Match the device. */
- if (stat(mountEntry->mnt_fsname, &s) == 0 && s.st_rdev == mountDevice)
+
+ if (!(subdir_too || block_dev))
+ continue;
+
+ /* Is device's dev_t == name's dev_t? */
+ if (stat(mountEntry->mnt_fsname, &s) == 0 && s.st_rdev == devno_of_name)
break;
/* Match the directory's mount point. */
- if (stat(mountEntry->mnt_dir, &s) == 0 && s.st_dev == mountDevice)
+ if (stat(mountEntry->mnt_dir, &s) == 0 && s.st_dev == devno_of_name)
break;
}
- endmntent(mountTable);
+ endmntent(mtab_fp);
+
return mountEntry;
}
host system timezone setting. For glibc based host systems, timezona settings
are in /etc/localtime.
+LANG and LC_xxx environment variables set to non-C locale.
+
For the entire testsuite, the copyright is as follows:
" \
"" ""
+test x"$SKIP_KNOWN_BUGS" = x"" && {
# Currently fails. Numerous buglets: "1 blocks" versus "1 block",
# "1 block" must go to stderr, does not list cpio.testdir/x and cpio.testdir/y
testing "cpio lists hardlinks" \
0
" \
"" ""
+}
# More complex case
rm -rf cpio.testdir cpio.testdir2 2>/dev/null
#!/bin/sh
-
# Copyright 2007 by Denys Vlasenko <vda.linux@googlemail.com>
# Licensed under GPL v2, see file LICENSE for details.
exit 0
}
-dd if=/dev/zero of=mount.image1m count=1 bs=1M 2>/dev/null || exit 1
-mkfs.minix -v mount.image1m >/dev/null 2>&1 || exit 1
+dd if=/dev/zero of=mount.image1m count=1 bs=1M 2>/dev/null || { echo "dd error"; exit 1; }
+mkfs.minix -v mount.image1m >/dev/null 2>&1 || { echo "mkfs.minix error"; exit 1; }
testdir=$PWD/testdir
mkdir $testdir 2>/dev/null
umount -d $testdir 2>/dev/null
"od -b" \
"\
0000000 110 105 114 114 117
-0000006
+0000005
" \
"" "HELLO"
#!/bin/sh
-
# Usage:
# runtest [applet1] [applet2...]
-# Helper for helpers. Oh my...
-test x"$ECHO" != x"" || {
- ECHO="echo"
- test x"`echo -ne`" = x"" || {
- # Compile and use a replacement 'echo' which understands -e -n
- ECHO="$PWD/echo-ne"
- test -x "$ECHO" || {
- gcc -Os -o "$ECHO" ../scripts/echo.c || exit 1
- }
- }
- export ECHO
-}
+. testing.sh
# Run one old-style test.
# Tests are stored in applet/testcase shell scripts.
testing "sed s//p" "sed -e s/foo/bar/p -e s/bar/baz/p" "bar\nbaz\nbaz\n" \
"" "foo\n"
testing "sed -n s//p" "sed -ne s/abc/def/p" "def\n" "" "abc\n"
+test x"$SKIP_KNOWN_BUGS" = x"" && {
testing "sed s//g (exhaustive)" "sed -e 's/[[:space:]]*/,/g'" ",1,2,3,4,5,\n" \
"" "12345\n"
+}
testing "sed s arbitrary delimiter" "sed -e 's woo boing '" "boing\n" "" "woo\n"
testing "sed s chains" "sed -e s/foo/bar/ -e s/bar/baz/" "baz\n" "" "foo\n"
testing "sed s chains2" "sed -e s/foo/bar/ -e s/baz/nee/" "bar\n" "" "foo\n"
testing "sed T (!test/branch)" "sed -e 's/a/1/;T notone;p;: notone;p'" \
"1\n1\n1\nb\nb\nc\nc\n" "" "a\nb\nc\n"
+test x"$SKIP_KNOWN_BUGS" = x"" && {
# Normal sed end-of-script doesn't print "c" because n flushed the pattern
# space. If n hits EOF, pattern space is empty when script ends.
# Query: how does this interact with no newline at EOF?
# N does _not_ flush pattern space, therefore c is still in there @ script end.
testing "sed N (doesn't flush pattern space when terminating)" "sed -e 'N;p'" \
"a\nb\na\nb\nc\n" "" "a\nb\nc\n"
+}
testing "sed address match newline" 'sed "/b/N;/b\\nc/i woo"' \
"a\nwoo\nb\nc\nd\n" "" "a\nb\nc\nd\n"
"sed -e '/ook/d;a\' -e 'bang'" "woot\nbang\n" "" "ook\nwoot\n"
# Multiple files, with varying newlines and NUL bytes
+test x"$SKIP_KNOWN_BUGS" = x"" && {
testing "sed embedded NUL" "sed -e 's/woo/bang/'" "\0bang\0woo\0" "" \
"\0woo\0woo\0"
+}
testing "sed embedded NUL g" "sed -e 's/woo/bang/g'" "bang\0bang\0" "" \
"woo\0woo\0"
+test x"$SKIP_KNOWN_BUGS" = x"" && {
echo -e "/woo/a he\0llo" > sed.commands
testing "sed NUL in command" "sed -f sed.commands" "woo\nhe\0llo\n" "" "woo"
rm sed.commands
+}
# sed has funky behavior with newlines at the end of file. Test lots of
# corner cases with the optional newline appending behavior.
"" "one\ntwo"
testing "sed cat plus empty file" "sed -e 's/nohit//' input -" "one\ntwo" \
"one\ntwo" ""
+test x"$SKIP_KNOWN_BUGS" = x"" && {
testing "sed append autoinserts newline" "sed -e '/woot/a woo' -" \
"woot\nwoo\n" "" "woot"
+}
testing "sed insert doesn't autoinsert newline" "sed -e '/woot/i woo' -" \
"woo\nwoot" "" "woot"
testing "sed print autoinsert newlines" "sed -e 'p' -" "one\none" "" "one"
testing "sed selective matches noinsert newline" \
"sed -ne 's/woo/bang/p' input -" "a bang\nb bang" "a woo\nb woo" \
"c no\nd no"
+test x"$SKIP_KNOWN_BUGS" = x"" && {
testing "sed clusternewline" \
"sed -e '/one/a 111' -e '/two/i 222' -e p input -" \
"one\none\n111\n222\ntwo\ntwo" "one" "two"
+}
testing "sed subst+write" \
"sed -e 's/i/z/' -e 'woutputw' input -; echo -n X; cat outputw" \
"thzngy\nagaznXthzngy\nagazn" "thingy" "again"
"GNU sed version \n" "" ""
# Jump to nonexistent label
-testing "sed nonexistent label" "sed -e 'b walrus' 2> /dev/null || echo yes" \
+test x"$SKIP_KNOWN_BUGS" = x"" && {
+# Incompatibility: illegal jump is not detected if input is ""
+# (that is, no lines at all). GNU sed 4.1.5 complains even in this case
+testing "sed nonexistent label" "sed -e 'b walrus' 2>/dev/null || echo yes" \
"yes\n" "" ""
+}
testing "sed backref from empty s uses range regex" \
"sed -e '/woot/s//eep \0 eep/'" "eep woot eep" "" "woot"
999 3 0 algebra
" "$data" ""
-# Busybox is definitely doing this one wrong just now. FIXME
-
+test x"$SKIP_KNOWN_BUGS" = x"" && {
+# Busybox is definitely doing these wrong. FIXME
testing "sort key range with numeric option and global reverse" \
"sort -k2,3n -r input" \
"egg 1 2 papyrus
7 3 42 soup
" "$data" ""
-#
-
testing "sort key range with multiple options" "sort -k2,3rn input" \
"7 3 42 soup
999 3 0 algebra
42 1 3 woot
egg 1 2 papyrus
" "$data" ""
+}
testing "sort key range with two -k options" "sort -k 2,2n -k 1,1r input" "\
d 2
export FAILCOUNT=0
export SKIP=
+# Helper for helpers. Oh my...
+
+test x"$ECHO" != x"" || {
+ ECHO="echo"
+ test x"`echo -ne`" = x"" || {
+ # Compile and use a replacement 'echo' which understands -e -n
+ ECHO="$PWD/echo-ne"
+ test -x "$ECHO" || {
+ gcc -Os -o "$ECHO" ../scripts/echo.c || exit 1
+ }
+ }
+ export ECHO
+}
+
# Helper functions
optional()
$ECHO -ne "$3" > expected
$ECHO -ne "$4" > input
- [ -z "$VERBOSE" ] || echo "echo '$5' | $2"
+ [ -z "$VERBOSE" ] || echo "echo -ne '$5' | $2"
$ECHO -ne "$5" | eval "$2" > actual
RETVAL=$?
*/
static void check_mount(void)
{
- if (find_mount_point(device_name)) {
+ if (find_mount_point(device_name, 0)) {
int cont;
#if ENABLE_FEATURE_MTAB_SUPPORT
/*
G.total_blocks = 65535;
/* Check if it is mounted */
- if (find_mount_point(G.device_name))
+ if (find_mount_point(G.device_name, 0))
bb_error_msg_and_die("can't format mounted filesystem");
xmove_fd(xopen(G.device_name, O_RDWR), dev_fd);
)
bb_error_msg_and_die("will not try to make filesystem on full-disk device (use -I if wanted)");
// can't work on mounted filesystems
- if (find_mount_point(device_name))
+ if (find_mount_point(device_name, 0))
bb_error_msg_and_die("can't format mounted filesystem");
#endif
// get true sector size