Named data streams act like normal files, so you can read from them, write to them and even delete them (using rm). By default, ntfs-3g will only read the unnamed data stream.īy using the option streams_interface=windows, with the ntfs-3g driver (not possible with lowntfs-3g), you will be able to read any named data streams, simply by specifying the stream name after a colon. The size of a file is the size of its unnamed data stream. Every file has exactly one unnamed data stream and can have many named data streams. The option windows_names may be used to apply Windows restrictions to new file names. This is perfectly legal on Windows, though some application may get confused. This means that filenames are case sensitive and all characters are allowed except '/' and '\0'. While the ntfs-3g driver handles all of them, it always creates new files in the POSIX namespace for maximum portability and interoperability reasons. NTFS supports several filename namespaces: DOS, Win32 and POSIX. If ntfs-3g is set setuid-root then non-root users will be also able to mount volumes. Moreover, by defining a Windows-to-Linux user mapping, the ownerships and permissions are even applied to Windows users and conversely. Uid and/or the gid options together with the umask, or fmask and dmask options.ĭoing so, all Windows users have full access to the files created by ntfs-3g.īut, by setting the permissions option, you can benefit from the full ownership and permissions features as defined by POSIX. You can also assign permissions to a single user by using the Access Handling and Securityīy default, files and directories are owned by the effective user and group of the mounting process, and everybody has full read, write, execution and directory browsing permissions. If either Windows is hibernated or its fast restart is enabled, partitions on internal disks are forced to be mounted in read-only mode.
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