* fix: fakeraid/softraid detection was incorrect
* change: major performance improvement for writing large
files (new block allocator)
* change: manual update, added access handling, security section
* new: use the 'nonempty' FUSE mount option by default, so the driver
behaves as the in-kernel file systems
* new: --disable-ldconfig configure option
Collection.
FUSE-based union filesystem, with almost limitless number of root
directories.
This utility is implementedd at the user level - to mount a series
of roots, simply use:
fuse-unionfs root1:root2:root3 <mountpoint>
EncFS provides an encrypted filesystem in user-space. It runs without any
special permissions and uses the FUSE library.
As with most encrypted filesystems, Encfs is meant to provide security
against off-line attacks; ie your notebook or backups fall into the wrong
hands, etc.
Homepage: http://arg0.net/encfs
pancake.
With FUSE it is possible to implement a fully functional filesystem in a
userspace program. Features include:
* Simple library API
* Simple installation (no need to patch or recompile the kernel)
* Secure implementation
* Userspace - kernel interface is very efficient
* Usable by non privileged users
* Runs on Linux kernels 2.4.X and 2.6.X
* Has proven very stable over time
This package is enabled only for linux and FreeBSD, NetBSD uses
its own compatible library.
Gateway between FUSE and libarchive. Allows mounting of cpio, .tar.gz,
.tar.bz2 archives.
Reading and writing supported.
Supports all formats libarchive supports.
CurlFtpFS is a filesystem for acessing FTP hosts based on FUSE and libcurl.
Features
CurlFtpFS diferentiates itself from other FTP filesystems because it features:
* SSLv3 and TLSv1 support
* connecting through tunneling HTTP proxies
* automatically reconnection if the server times out
* transform absolute symlinks to point back into the ftp file system
LZOlayer Filesystem is a filesystem which allows you to use transparently
compressed files, just as they would be normal files.
Both read and write operations are possible, along with other most common
system calls. It consumes little memory in my opinion, because files are
divided into blocks, which can be decompressed separetly. In other words,
if you (or an application) would like to read byte 4,500,000 in a file
sized 5,000,000 bytes, it only decompresses a block which constain wanted
data. Write operation is based on a packet gathering and after reaching its
limit it 'syncs' the data. It allows it's user to write/modify files pretty
fast, despite the fact it's block divided.
LZOlayer FileSystem was meant to support only LZO compression algorythm,
because it has extremely low compression/decompression time. However,
currently it supports LZO and ZLIB (but only one at the run-time!)
compression algorythms.
CryptoFS is a encrypted filesystem for Filesystem in Userspace (FUSE).
CryptoFS will use a normal directory to store files encrypted. The
mountpoint will contain the decrypted files. Every file stored in
this mountpoint will be written encrypted (data and filename) to the
directory that was mounted. If you unmount the directory the encrypted
data can only be access by mounting the directory with the correct key
again.
