Important:This document may not represent best practices for current development. Links to downloads and other resources may no longer be valid.
The following sections discuss the file systems supported by OS X and the impact they can have on application performance.
Supported File Systems
OS X supports a variety of file systems and volume formats, including those listed in Table 1. Although the primary volume format is HFS Plus, OS X can also boot from a disk formatted with the UFS file system. Future versions of OS X may be bootable with other volume formats as well.
File System | Description |
---|---|
HFS | Mac OS Standard file system. Standard Macintosh file system for older versions of Mac OS. |
HFS Plus | Mac OS Extended file system. Standard Macintosh file system for OS X. |
UFS | Unix File System. A variant of the BSD “Fast File System.” |
WebDAV | Used for directly accessing files on the web. For example, iDisk uses WebDAV for accessing files. |
UDF | Universal Disk Format. The standard file system for all forms of DVD media (video, ROM, RAM and RW) and some writable CD formats. |
FAT | The MS-DOS file system, with 16- and 32-bit variants. |
SMB/CIFS | Used for sharing files with Microsoft Windows SMB file servers. |
AFP | AppleTalk Filing Protocol. The primary network file system for all versions of Mac OS. |
NFS | Network File System. A commonly-used BSD file sharing standard. OS X supports NFSv2 and NFSv3 over TCP and UDP. |
FTP | A file system wrapper for the standard Internet File Transfer Protocol. |
Ocsmount - Mount WebDAV URLs into your Mac What is ocsmount? Ocsmount is a tool for macOS that can mount WebDAV servers into your local directory hierarchy. Your remote data will appear in the local file system like local files. It works as a local optimizing proxy and performs faster than connecting to server via Finder.
Accessing File-System Data
- Connect to or disconnect from a WebDAV server on Mac. To access a WebDAV server from your Mac, use the Connect to Server command in the Finder. Connect to a WebDAV server. In the Finder on your Mac, choose Go Connect to Server, enter the address of.
- Due to an issue with the Mac Finder tool, users currently cannot upload files into their sites using the Finder. If you use a Mac and you need to upload files into your sites, you should download and install Cyberduck for Mac (opens new window), then follow the instructions for connecting to your site.
- WebDAV (Web Distributed Authoring and Versioning) allows clients to perform remote Web content authoring operations. WebDAV Server lets you run the HTTP / WebDAV service on your Mac computer and you can access the files from other computers / devices with WebDAV-capable clients such as.
![Mac Mac](/uploads/1/1/8/2/118220506/587531951.jpeg)
Every file system stores metadata about the files in the file system. This metadata describes the file but is not part of the file itself. The metadata for a file can include attributes such as Mac OS file type information, BSD-style file access permissions, and creation and modification dates. Because of the differences in how file systems store this data, accessing metadata can be a potentially expensive operation on some file systems.
It’s important to realize that if a piece of data is not immediately present in the file system, that information might have to be calculated. Retrieving file-system information is a time-consuming operation as it is, but if the information must be calculated or read separately from disk, it becomes even more time-consuming. The valence of a directory—the number of items in that directory—is a typical example of information that must be calculated on most file systems.
When calling file-system routines, you should always carefully consider what information you actually need and request only that information. For example, a single call to
PBGetCatInfoSync
returns Finder file type information from a file or folder. On HFS and HFS Plus file systems, the penalty for retrieving this metadata is minimal because it is stored in the file’s catalog node and read into memory along with the file name. However, on other file systems, this data may have to be read separately, incurring another read operation. Instead of PBGetCatInfoSync
, you should have used FSGetCatalogInfo
or PBGetCatalogInfoSync
and specified exactly which pieces of information you wanted. Copyright © 2003, 2014 Apple Inc. All Rights Reserved. Terms of Use | Privacy Policy | Updated: 2014-03-10
Webdav Server For Mac Osx
WebDAV Server provides a simple way to share / sync files via HTTP / WebDAV.
WebDAV (Web Distributed Authoring and Versioning) allows clients to perform remote Web content authoring operations.
WebDAV Server lets you run the HTTP / WebDAV service on your Mac computer and you can access the files from other computers / devices with WebDAV-capable clients such as Finder or File Explorer.
You can press Command-K in Finder, enter the HTTP URL (e.g. http://192.168.0.100:8080/) and connect to WebDAV Server.
You can press Command-K in Finder, enter the HTTP URL (e.g. http://192.168.0.100:8080/) and connect to WebDAV Server.
WebDAV Server comes with built-in authentication, so you don’t need to expose your computer accounts to anyone.
* Features
• Easy to use: you can simply select a folder to share (the server root) and start the WebDAV service without any additional configuration.
• Built-in authentication (basic authentication).
• Supports both HTTP and HTTPS (HTTP over SSL).
• All kinds of regular files supported: folders, documents, photos, movies, apps, backups and other files.
• Built-in authentication (basic authentication).
• Supports both HTTP and HTTPS (HTTP over SSL).
• All kinds of regular files supported: folders, documents, photos, movies, apps, backups and other files.
Mac Webdav Client
* Please restart the WebDAV service after changing the configurations / the WebDAV accounts.
Note: the default server root points to “/Users/*username*/Library/Containers/net.langui.WebDAVServer/Data/Documents/WebDAVShare”, you can press Command-G in Finder to go to the destination folder.