A symbolic file is a file that points to another file, but does not itself take up any space. Actions performed upon it will affect the target. It is similar to a sortcut in Windows, but is done at the file system level.
Hard links do not link paths on different volumes or file systems, whereas symbolic links may point to any file or directory irrespective of the volumes on which the link and target reside. Hard links always refer to an existing file, whereas symbolic links may contain an arbitrary path that does not point to anything.
The first file system Linux supported was the MINIX file system.
There is no set file manager in linux. Examples of Linux file managers include but: Nautilus (GNOME) Thunar (XFCE) Dolphin (KDE)
Wow, a question that actually makes sense.Symbolic links began to appear in operating systems as far back as the mid to late 1970s. Symbolic links are supported by all operating systems that are POSIX compliant.In the Unix/Linux world, the ln command is used to create a symbolic link. To provide a more specific answer to your question, a soft link is a symbolic link that can span file systems. A hard link by contrast, must point to another inode on the same file system. Not all operating systems support symbolic links (the FAT file system does not for instance).See the man page for ln for specific information on the use of the Linux/Unix ln command.
The Linux VFS (Virtual File System) may be thought of as a sort of interface between the Linux kernel and the mounted file systems. There can be many different file system types mounted simultaneously and VFS allows the Linux kernel to see and address them all in a similar way. This provides Linux with a great deal of flexibility. [JMH]
You don't edit inodes manually. They are managed by the file system driver.
ext3 is the default file system for Red Hat Enterprise Linux.
One could find information online regarding Linux file servers at the HowToForge website. The site covers everything one would need to know about Linux file servers.
There are programs you can download that will read Linux file systems. Common file systems are ext2 and ext3.
Traditionally in /usr/src/linux.
There is no "the startup file" in Linux; depending on the type of system, there may not be any files at all. The Linux boot process has a number of steps, many of which are optional or have alternative implementations.
YES