A virtual filesystem for Rust
The virtual file system abstraction generalizes over file systems and allows using different filesystem implementations (e.g. an in memory implementation for unit tests)
This crate currently has the following implementations:
- PhysicalFS - the actual filesystem of the underlying OS
- MemoryFS - an ephemeral in-memory file system, intended mainly for unit tests
- AltrootFS - a file system with its root in a particular directory of another filesystem
- OverlayFS - an overlay file system combining two filesystems, an upper layer with read/write access and a lower layer with only read access
- EmbeddedFS - a read-only file system embedded in the executable, requires
embedded-fs
feature, no async version available
The minimum supported Rust version (MSRV) is 1.63.
Comments and pull-requests welcome!
- Allow reading and setting modification/creation/access-times - thanks @kartonrad!
- Allow seek when writing - thanks @jonmclean!
- Updated minimum supported Rust version to 1.63.
- Updated rust-embed dependency to 8.0 - thanks @NickAcPT!
- Unlocked tokio crate version to work with newer versions - thanks @Fredrik-Reinholdsen!
- use
Arc<str>
for paths internally to reduce string allocations - thanks @BrettMayson!
- Added async port of the crate, in a new module
async_vfs
. The module is behind theasync-vfs
feature flag which is not enabled by default. Huge thank you to @Fredrik Reinholdsen! - Ported all synchronous tests and doc-tests to async
- Updated minimum supported Rust version to 1.61.0, needed for the async port.
- Updated Rust edition from 2018 to 2021, needed for the async port.
- Updated Rust versions used in CI pipeline.
- prevent
Path::create_dir_all()
failures when executing in parallel (fixes #47) - Allow absolute paths (e.g. starting with "/") in
VfsPath::join()
(#45 - thanks @Property404) - Allow multiple consecutive slashes in paths (#43 - thanks @Property404)
- Add method
VfsPath::is_root()
(#44 - thanks @Property404) Path::join()
now allows resolving '..' at the root (resolving to root itself) (#41 - thanks @Property404)- Add
Send
to trait objects returned from APIs (#40, #46 - thanks @Property404)
- Impl
std::error::Error
forVfsError
(#32) and improved error ergonomics for end users (#34) - thanks @Technohacker
- Fixed a panic when accessing non-existing paths in
MemoryFS::append_file()
(closes #31)
- Update to
EmbeddedFS
torust-embed
v6 (closes #29) - Make
OverlayFS
andAltrootFS
available at the crate root, making it more consistent (PR #30 - thanks @Zyian)
- Activate
embedded-fs
feature when building on docs.rs to ensure that it actually shows up there (#28 - thanks @Absolucy)
- Added
VfsPath::root()
method to access the root path of a virtual filesystem (closes #26) - Added doctests to
VfsPath
docs to provide usage examples
- Fixed path inconsistency issues in
EmbeddedFS
(closes #24) - Added the test macro
test_vfs_readonly!
which allows verifying read-only filesystem implementations - Removed dependency on
thiserror
crate to improve compile times (closes #25)
- Removed potential panic in
OverlayFS
(closes #23) VfsPath::join()
now takes AsRef instead of &str to improve ergonomics with crates like camino
- Exported
test_vfs
macro via the feature flagexport-test-macros
to allow downstream implementations to verify expected behaviour - The MSRV is now 1.40 due to requirements in upstream crates
- The embedded implementation was broken by the 0.5.0 API changes, and is now fixed
- Added
EmbeddedFS
for using filesystems embeded in the binary using rust-embed (PR #12 - thanks @ahouts) - Changed
VfsPath::exists()
to returnVfsResult<bool>
instead of plainbool
(closes #17)
- Added
OverlayFS
union filesystem - Added
VfsPath::read_to_string()
convenience method - Added
VfsPath::walk_dir()
method for recursive directory traversal - Added
VfsPath::{copy,move}_{file,dir}()
methods (closes #9) - License is now Apache 2.0
- Minimum supported Rust version (MSRV) is 1.32.0
- Refactored to use a trait based design, simplifying usage and testing
- Added
AltrootFS
(thanks @icefoxen)
- Initial release
- Support for read-only filesystems
- Support for re-mounting filesystems
- Support for virtual filesystem access inside archives (e.g. zip)