FUSE bindings are available through ctypes-based software, allowing developers to access and manipulate file systems through the FUSE API.
Review:
If you've been searching for a lightweight Python library that provides an easy way to work with FUSE and MacFUSE, then look no further than fusepy. This library is designed to be simple and straightforward to use, featuring just one file that is implemented using ctypes.
To get started with fusepy, you can check out some of the included examples to see how it can be used in various scenarios. For instance, the memory filesystem is a great option if you need to create an in-memory file system for a specific purpose. Alternatively, the loopback filesystem is a good choice if you need to access files on your local machine as if they were on a remote system.
One particularly useful feature of fusepy is its ability to work with context information using fuse_get_context(). This can be used to retrieve information about the user and group ID associated with a given file, as well as other relevant data.
Another excellent example to check out is the sftp filesystem, which provides a simple way to access files on a remote server using the paramiko library. With fusepy, it's easy to set up a convenient and secure way to access remote files from within your own code.
Overall, fusepy is a solid choice for anyone looking for an elegant and straightforward solution for working with FUSE and MacFUSE. Whether you're looking to create an in-memory filesystem, access remote files via SFTP, or work with context information, fusepy has got you covered.
If you've been searching for a lightweight Python library that provides an easy way to work with FUSE and MacFUSE, then look no further than fusepy. This library is designed to be simple and straightforward to use, featuring just one file that is implemented using ctypes.
To get started with fusepy, you can check out some of the included examples to see how it can be used in various scenarios. For instance, the memory filesystem is a great option if you need to create an in-memory file system for a specific purpose. Alternatively, the loopback filesystem is a good choice if you need to access files on your local machine as if they were on a remote system.
One particularly useful feature of fusepy is its ability to work with context information using fuse_get_context(). This can be used to retrieve information about the user and group ID associated with a given file, as well as other relevant data.
Another excellent example to check out is the sftp filesystem, which provides a simple way to access files on a remote server using the paramiko library. With fusepy, it's easy to set up a convenient and secure way to access remote files from within your own code.
Overall, fusepy is a solid choice for anyone looking for an elegant and straightforward solution for working with FUSE and MacFUSE. Whether you're looking to create an in-memory filesystem, access remote files via SFTP, or work with context information, fusepy has got you covered.
What's New
Version 1.0 R35: N/A