The test suite is designed to be compatible with multiple operating systems and file systems.
It is primarily focused on POSIX compliance for FreeBSD file systems, but is also compatible with other operating systems and file systems
in addition of supplementary tests.
The test suite is a complete rewrite of the original test suite in Rust. Many tests have been ported, but some tests are still missing.
chflags
Test
Description
Converted
00.t
chflags changes flags
No
01.t
chflags returns ENOTDIR if a component of the path prefix is not a directory
Yes
02.t
chflags returns ENAMETOOLONG if a component of a pathname exceeded {NAME_MAX} characters
Yes
03.t
chflags returns ENAMETOOLONG if an entire path name exceeded {PATH_MAX} characters
No
04.t
chflags returns ENOENT if the named file does not exist
Yes
05.t
chflags returns EACCES when search permission is denied for a component of the path prefix
No
06.t
chflags returns ELOOP if too many symbolic links were encountered in translating the pathname
Yes
07.t
chflags returns EPERM when the effective user ID does not match the owner of the file and the effective user ID is not the super-user
No
08.t
chflags returns EPERM when one of SF_IMMUTABLE, SF_APPEND, or SF_NOUNLINK is set and the user is not the super-user
No
09.t
chflags returns EPERM when one of SF_IMMUTABLE, SF_APPEND, or SF_NOUNLINK is set and securelevel is greater than 0
Yes
10.t
chflags returns EPERM if non-super-user tries to set one of SF_IMMUTABLE, SF_APPEND, or SF_NOUNLINK
No
11.t
chflags returns EPERM if a user tries to set or remove the SF_SNAPSHOT flag
No
12.t
chflags returns EROFS if the named file resides on a read-only file system
Yes
13.t
chflags returns EFAULT if the path argument points outside the process's allocated address space
Yes
chmod
Test
Description
Converted
00.t
chmod changes permission
Yes
01.t
chmod returns ENOTDIR if a component of the path prefix is not a directory
Yes
02.t
chmod returns ENAMETOOLONG if a component of a pathname exceeded {NAME_MAX} characters
Yes
03.t
chmod returns ENAMETOOLONG if an entire path name exceeded {PATH_MAX} characters
Yes
04.t
chmod returns ENOENT if the named file does not exist
Yes
05.t
chmod returns EACCES when search permission is denied for a component of the path prefix
No
06.t
chmod returns ELOOP if too many symbolic links were encountered in translating the pathname
Yes
07.t
chmod returns EPERM if the operation would change the ownership, but the effective user ID is not the super-user
No
08.t
chmod returns EPERM if the named file has its immutable or append-only flag set
No
09.t
chmod returns EROFS if the named file resides on a read-only file system
Yes
10.t
chmod returns EFAULT if the path argument points outside the process's allocated address space
Yes
11.t
chmod returns EFTYPE if the effective user ID is not the super-user, the mode includes the sticky bit (S_ISVTX), and path does not refer to a directory
No
12.t
verify SUID/SGID bit behaviour
Yes
chown
Test
Description
Converted
00.t
chown changes ownership
No
01.t
chown returns ENOTDIR if a component of the path prefix is not a directory
No
02.t
chown returns ENAMETOOLONG if a component of a pathname exceeded ${NAME_MAX} characters
Yes
03.t
chown returns ENAMETOOLONG if an entire path name exceeded {PATH_MAX} characters
Yes
04.t
chown returns ENOENT if the named file does not exist
Yes
05.t
chown returns EACCES when search permission is denied for a component of the path prefix
No
06.t
chown returns ELOOP if too many symbolic links were encountered in translating the pathname
Yes
07.t
chown returns EPERM if the operation would change the ownership, but the effective user ID is not the super-user and the process is not an owner of the file
No
08.t
chown returns EPERM if the named file has its immutable or append-only flag set
No
09.t
chown returns EROFS if the named file resides on a read-only file system
Yes
10.t
chown returns EFAULT if the path argument points outside the process's allocated address space
Yes
ftruncate
Test
Description
Converted
00.t
ftruncate descrease/increase file size
No
01.t
truncate returns ENOTDIR if a component of the path prefix is not a directory
No
02.t
truncate returns ENAMETOOLONG if a component of a pathname exceeded {NAME_MAX} characters
No
03.t
truncate returns ENAMETOOLONG if an entire path name exceeded {PATH_MAX} characters
No
04.t
truncate returns ENOENT if the named file does not exist
No
05.t
truncate returns EACCES when search permission is denied for a component of the path prefix
No
06.t
truncate returns EACCES if the named file is not writable by the user
No
07.t
truncate returns ELOOP if too many symbolic links were encountered in translating the pathname
No
08.t
truncate returns EPERM if the named file has its immutable or append-only flag set
No
09.t
truncate returns EISDIR if the named file is a directory
No
10.t
truncate returns EROFS if the named file resides on a read-only file system
No
11.t
truncate returns ETXTBSY the file is a pure procedure (shared text) file that is being executed
No
12.t
truncate returns EFBIG or EINVAL if the length argument was greater than the maximum file size
No
13.t
ftruncate returns EINVAL if the length argument was less than 0
Yes
14.t
truncate returns EFAULT if the path argument points outside the process's allocated address space
No
granular
Test
Description
Converted
00.t
NFSv4 granular permissions checking - WRITE_DATA vs APPEND_DATA on directories
Yes
01.t
NFSv4 granular permissions checking - ACL_READ_ATTRIBUTES and ACL_WRITE_ATTRIBUTES
Yes
02.t
NFSv4 granular permissions checking - ACL_READ_ACL and ACL_WRITE_ACL
Yes
03.t
NFSv4 granular permissions checking - DELETE and DELETE_CHILD
NFSv4 granular permissions checking - DELETE and DELETE_CHILD with directories
Yes
06.t
NFSv4 granular permissions checking - setuid and setgid are cleared when non-owner calls chown
Yes
link
Test
Description
Converted
00.t
link creates hardlinks
Yes
01.t
link returns ENOTDIR if a component of either path prefix is not a directory
Yes
02.t
link returns ENAMETOOLONG if a component of either pathname exceeded {NAME_MAX} characters
Yes
03.t
link returns ENAMETOOLONG if an entire length of either path name exceeded {PATH_MAX} characters
Yes
04.t
link returns ENOENT if a component of either path prefix does not exist
Yes
05.t
link returns EMLINK if the link count of the file named by name1 would exceed 32767
No
06.t
link returns EACCES when a component of either path prefix denies search permission
No
07.t
link returns EACCES when the requested link requires writing in a directory with a mode that denies write permission
Yes
08.t
link returns ELOOP if too many symbolic links were encountered in translating one of the pathnames
Yes
09.t
link returns ENOENT if the source file does not exist
Yes
10.t
link returns EEXIST if the destination file does exist
Yes
11.t
link returns EPERM if the source file is a directory
No
12.t
link returns EPERM if the source file has its immutable or append-only flag set
Yes
13.t
link returns EPERM if the parent directory of the destination file has its immutable flag set
Yes
14.t
link returns EXDEV if the source and the destination files are on different file systems
Yes
15.t
link returns ENOSPC if the directory in which the entry for the new link is being placed cannot be extended because there is no space left on the file system containing the directory
No
16.t
link returns EROFS if the requested link requires writing in a directory on a read-only file system
Yes
17.t
link returns EFAULT if one of the pathnames specified is outside the process's allocated address space
Yes
mkdir
Test
Description
Converted
00.t
mkdir creates directories
No
01.t
mkdir returns ENOTDIR if a component of the path prefix is not a directory
No
02.t
mkdir returns ENAMETOOLONG if a component of a pathname exceeded {NAME_MAX} characters
Yes
03.t
mkdir returns ENAMETOOLONG if an entire path name exceeded {PATH_MAX} characters
Yes
04.t
mkdir returns ENOENT if a component of the path prefix does not exist
Yes
05.t
mkdir returns EACCES when search permission is denied for a component of the path prefix
No
06.t
mkdir returns EACCES when write permission is denied on the parent directory of the directory to be created
No
07.t
mkdir returns ELOOP if too many symbolic links were encountered in translating the pathname
Yes
08.t
mkdir returns EPERM if the parent directory of the directory to be created has its immutable flag set
No
09.t
mkdir returns EROFS if the named file resides on a read-only file system
Yes
10.t
mkdir returns EEXIST if the named file exists
Yes
11.t
mkdir returns ENOSPC if there are no free inodes on the file system on which the directory is being created
No
12.t
mkdir returns EFAULT if the path argument points outside the process's allocated address space
Yes
mkfifo
Test
Description
Converted
00.t
mkfifo creates fifo files
No
01.t
mkfifo returns ENOTDIR if a component of the path prefix is not a directory
Yes
02.t
mkfifo returns ENAMETOOLONG if a component of a pathname exceeded {NAME_MAX} characters
Yes
03.t
mkfifo returns ENAMETOOLONG if an entire path name exceeded {PATH_MAX} characters
Yes
04.t
mkfifo returns ENOENT if a component of the path prefix does not exist
Yes
05.t
mkfifo returns EACCES when search permission is denied for a component of the path prefix
No
06.t
mkfifo returns EACCES when write permission is denied on the parent directory of the file to be created
No
07.t
mkfifo returns ELOOP if too many symbolic links were encountered in translating the pathname
Yes
08.t
mkfifo returns EROFS if the named file resides on a read-only file system
Yes
09.t
mkfifo returns EEXIST if the named file exists
Yes
10.t
mkfifo returns EPERM if the parent directory of the file to be created has its immutable flag set
No
11.t
mkfifo returns ENOSPC if there are no free inodes on the file system on which the file is being created
No
12.t
mkfifo returns EFAULT if the path argument points outside the process's allocated address space
Yes
mknod
Test
Description
Converted
00.t
mknod creates fifo files
No
01.t
mknod returns ENOTDIR if a component of the path prefix is not a directory
Yes
02.t
mknod returns ENAMETOOLONG if a component of a pathname exceeded {NAME_MAX} characters
Yes
03.t
mknod returns ENAMETOOLONG if an entire path name exceeded {PATH_MAX} characters
Yes
04.t
mknod returns ENOENT if a component of the path prefix does not exist
Yes
05.t
mknod returns EACCES when search permission is denied for a component of the path prefix
No
06.t
mknod returns EACCES when write permission is denied on the parent directory of the file to be created
No
07.t
mknod returns ELOOP if too many symbolic links were encountered in translating the pathname
Yes
08.t
mknod returns EEXIST if the named file exists
Yes
09.t
mknod returns EPERM if the parent directory of the file to be created has its immutable flag set
No
10.t
mknod returns EFAULT if the path argument points outside the process's allocated address space
Yes
11.t
mknod creates device files
Yes
open
Test
Description
Converted
00.t
open opens (and eventually creates) a file
Yes
01.t
open returns ENOTDIR if a component of the path prefix is not a directory
No
02.t
open returns ENAMETOOLONG if a component of a pathname exceeded {NAME_MAX} characters
Yes
03.t
open returns ENAMETOOLONG if an entire path name exceeded ${PATH_MAX} characters
Yes
04.t
open returns ENOENT if a component of the path name that must exist does not exist or O_CREAT is not set and the named file does not exist
Yes
05.t
open returns EACCES when search permission is denied for a component of the path prefix
No
06.t
open returns EACCES when the required permissions (for reading and/or writing) are denied for the given flags
No
07.t
open returns EACCES when O_TRUNC is specified and write permission is denied
No
08.t
open returns EACCES when O_CREAT is specified, the file does not exist, and the directory in which it is to be created does not permit writing
No
09.t
O_CREAT is specified, the file does not exist, and the directory in which it is to be created has its immutable flag set
No
10.t
open returns EPERM when the named file has its immutable flag set and the file is to be modified
No
11.t
open returns EPERM when the named file has its append-only flag set, the file is to be modified, and O_TRUNC is specified or O_APPEND is not specified
No
12.t
open returns ELOOP if too many symbolic links were encountered in translating the pathname
Yes
13.t
open returns EISDIR when trying to open a directory for writing
Yes
14.t
open returns EROFS if the named file resides on a read-only file system, and the file is to be modified
Yes
15.t
open returns EROFS when O_CREAT is specified and the named file would reside on a read-only file system
Yes
16.t
open returns $error when O_NOFOLLOW was specified and the target is a symbolic link
No
17.t
open returns ENXIO when O_NONBLOCK is set, the named file is a fifo, O_WRONLY is set, and no process has the file open for reading
No
18.t
open returns EWOULDBLOCK when O_NONBLOCK and one of O_SHLOCK or O_EXLOCK is specified and the file is locked
Yes
19.t
open returns ENOSPC when O_CREAT is specified, the file does not exist, and there are no free inodes on the file system on which the file is being created
No
20.t
open returns ETXTBSY when the file is a pure procedure (shared text) file that is being executed and the open() system call requests write access
Yes
21.t
open returns EFAULT if the path argument points outside the process's allocated address space
Yes
22.t
open returns EEXIST when O_CREAT and O_EXCL were specified and the file exists
Yes
23.t
open may return EINVAL when an attempt was made to open a descriptor with an illegal combination of O_RDONLY, O_WRONLY, and O_RDWR
Yes
24.t
open returns $expected_error when trying to open UNIX domain socket
No
25.t
interact with > 2 GB files
Yes
posix_fallocate
Test
Description
Converted
00.t
posix_fallocate descrease/increase file size
No
rename
Test
Description
Converted
00.t
rename changes file name
Yes
01.t
rename returns ENAMETOOLONG if a component of either pathname exceeded {NAME_MAX} characters
Yes
02.t
rename returns ENAMETOOLONG if an entire length of either path name exceeded {PATH_MAX} characters
Yes
03.t
rename returns ENOENT if a component of the 'from' path does not exist, or a path prefix of 'to' does not exist
Yes
04.t
rename returns EACCES when a component of either path prefix denies search permission
No
05.t
rename returns EACCES when the requested link requires writing in a directory with a mode that denies write permission
No
06.t
rename returns EPERM if the file pointed at by the 'from' argument has its immutable, undeletable or append-only flag set
No
07.t
rename returns EPERM if the parent directory of the file pointed at by the 'from' argument has its immutable or append-only flag set
No
08.t
rename returns EPERM if the parent directory of the file pointed at by the 'to' argument has its immutable flag set
No
09.t
rename returns EACCES or EPERM if the directory containing 'from' is marked sticky, and neither the containing directory nor 'from' are owned by the effective user ID
No
10.t
rename returns EACCES or EPERM if the file pointed at by the 'to' argument exists, the directory containing 'to' is marked sticky, and neither the containing directory nor 'to' are owned by the effective user ID
No
11.t
rename returns ELOOP if too many symbolic links were encountered in translating one of the pathnames
No
12.t
rename returns ENOTDIR if a component of either path prefix is not a directory
Yes
13.t
rename returns ENOTDIR when the 'from' argument is a directory, but 'to' is not a directory
Yes
14.t
rename returns EISDIR when the 'to' argument is a directory, but 'from' is not a directory
Yes
15.t
rename returns EXDEV if the link named by 'to' and the file named by 'from' are on different file systems
Yes
16.t
rename returns EROFS if the requested link requires writing in a directory on a read-only file system
Yes
17.t
rename returns EFAULT if one of the pathnames specified is outside the process's allocated address space
Yes
18.t
rename returns EINVAL when the 'from' argument is a parent directory of 'to'
Yes
19.t
rename returns EINVAL/EBUSY when an attempt is made to rename '.' or '..'
Yes
20.t
rename returns EEXIST or ENOTEMPTY if the 'to' argument is a directory and is not empty
Yes
21.t
write access to subdirectory is required to move it to another directory
Yes
22.t
rename changes file ctime
Yes
23.t
rename succeeds when to is multiply linked
Yes
24.t
rename of a directory updates its .. link
Yes
rmdir
Test
Description
Converted
00.t
rmdir removes directories
No
01.t
rmdir returns ENOTDIR if a component of the path is not a directory
Yes
02.t
rmdir returns ENAMETOOLONG if a component of a pathname exceeded {NAME_MAX} characters
Yes
03.t
rmdir returns ENAMETOOLONG if an entire path name exceeded ${PATH_MAX} characters
Yes
04.t
rmdir returns ENOENT if the named directory does not exist
Yes
05.t
rmdir returns ELOOP if too many symbolic links were encountered in translating the pathname
Yes
06.t
rmdir returns EEXIST or ENOTEMPTY the named directory contains files other than '.' and '..' in it
Yes
07.t
rmdir returns EACCES when search permission is denied for a component of the path prefix
No
08.t
rmdir returns EACCES when write permission is denied on the directory containing the link to be removed
No
09.t
rmdir returns EPERM if the named directory has its immutable, undeletable or append-only flag set
No
10.t
rmdir returns EPERM if the parent directory of the named file has its immutable or append-only flag set
No
11.t
rmdir returns EACCES or EPERM if the directory containing the directory to be removed is marked sticky, and neither the containing directory nor the directory to be removed are owned by the effective user ID
No
12.t
rmdir returns EINVAL if the last component of the path is '.' and EEXIST or ENOTEMPTY if the last component of the path is '..'
Yes
13.t
rmdir returns EBUSY if the directory to be removed is the mount point for a mounted file system
Yes
14.t
rmdir returns EROFS if the named file resides on a read-only file system
Yes
15.t
rmdir returns EFAULT if the path argument points outside the process's allocated address space
Yes
symlink
Test
Description
Converted
00.t
symlink creates symbolic links
Yes
01.t
symlink returns ENOTDIR if a component of the name2 path prefix is not a directory
Yes
02.t
symlink returns ENAMETOOLONG if a component of the name2 pathname exceeded {NAME_MAX} characters
Yes
03.t
symlink returns ENAMETOOLONG if an entire length of either path name exceeded {PATH_MAX} characters
Yes
04.t
symlink returns ENOENT if a component of the name2 path prefix does not exist
Yes
05.t
symlink returns EACCES when a component of the name2 path prefix denies search permission
No
06.t
symlink returns EACCES if the parent directory of the file to be created denies write permission
No
07.t
symlink returns ELOOP if too many symbolic links were encountered in translating the name2 path name
No
08.t
symlink returns EEXIST if the name2 argument already exists
Yes
09.t
symlink returns EPERM if the parent directory of the file named by name2 has its immutable flag set
No
10.t
symlink returns EROFS if the file name2 would reside on a read-only file system
Yes
11.t
symlink returns ENOSPC if there are no free inodes on the file system on which the symbolic link is being created
No
12.t
symlink returns EFAULT if one of the pathnames specified is outside the process's allocated address space
No
truncate
Test
Description
Converted
00.t
truncate descrease/increase file size
Yes
01.t
truncate returns ENOTDIR if a component of the path prefix is not a directory
Yes
02.t
truncate returns ENAMETOOLONG if a component of a pathname exceeded {NAME_MAX} characters
Yes
03.t
truncate returns ENAMETOOLONG if an entire path name exceeded {PATH_MAX} characters
Yes
04.t
truncate returns ENOENT if the named file does not exist
Yes
05.t
truncate returns EACCES when search permission is denied for a component of the path prefix
No
06.t
truncate returns EACCES if the named file is not writable by the user
No
07.t
truncate returns ELOOP if too many symbolic links were encountered in translating the pathname
Yes
08.t
truncate returns EPERM if the named file has its immutable or append-only flag set
No
09.t
truncate returns EISDIR if the named file is a directory
Yes
10.t
truncate returns EROFS if the named file resides on a read-only file system
Yes
11.t
truncate returns ETXTBSY the file is a pure procedure (shared text) file that is being executed
Yes
12.t
truncate returns EFBIG or EINVAL if the length argument was greater than the maximum file size
No
13.t
truncate returns EINVAL if the length argument was less than 0
Yes
14.t
truncate returns EFAULT if the path argument points outside the process's allocated address space
Yes
unlink
Test
Description
Converted
00.t
unlink removes regular files, symbolic links, fifos and sockets
Yes
01.t
unlink returns ENOTDIR if a component of the path prefix is not a directory
Yes
02.t
unlink returns ENAMETOOLONG if a component of a pathname exceeded {NAME_MAX} characters
Yes
03.t
unlink returns ENAMETOOLONG if an entire path name exceeded {PATH_MAX} characters
Yes
04.t
unlink returns ENOENT if the named file does not exist
Yes
05.t
unlink returns EACCES when search permission is denied for a component of the path prefix
No
06.t
unlink returns EACCES when write permission is denied on the directory containing the link to be removed
No
07.t
unlink returns ELOOP if too many symbolic links were encountered in translating the pathname
Yes
08.t
unlink may return EPERM if the named file is a directory
No
09.t
unlink returns EPERM if the named file has its immutable, undeletable or append-only flag set
No
10.t
unlink returns EPERM if the parent directory of the named file has its immutable or append-only flag set
No
11.t
unlink returns EACCES or EPERM if the directory containing the file is marked sticky, and neither the containing directory nor the file to be removed are owned by the effective user ID
No
12.t
unlink returns EROFS if the named file resides on a read-only file system
Yes
13.t
unlink returns EFAULT if the path argument points outside the process's allocated address space
Yes
14.t
An open file will not be immediately freed by unlink
Yes
utimensat
Test
Description
Converted
00.t
utimensat changes timestamps on any type of file
Yes
01.t
utimensat with UTIME_NOW will set the will set typestamps to now
Yes
02.t
utimensat with UTIME_OMIT will leave the time unchanged
Yes
03.t
utimensat can update birthtimes
Yes
04.t
utimensat can set mtime < atime or vice versa
Yes
05.t
utimensat can follow symlinks
Yes
06.t
utimensat with UTIME_NOW will work if the caller has write permission
Yes
07.t
utimensat will work if the caller is the owner or root
Yes
08.t
utimensat can set timestamps with subsecond precision