This is dependent on what filesystem is in use.
The de facto standard filesystem in Linux is ext4, which supports up to 255 characters on its filenames.
But if you are using something else it's better to look it up on Wikipedia.
This is entirely dependent on the filesystem being used. Since right now the de facto standard filesystem for Linux is ext4, the de facto maximum filename length for Linux is 255 bytes. That's 255 individual characters.
Again, keep in mind that's for ext4. Linux supports a lot of filesystems, each with different features and limits. If you have a different filesystem than ext4, I suggest looking it up on Wikipedia.
This is fiercely dependent on your filesystem, but since the de facto standard filesystem for now is ext4, the typical maximum is 255 characters. It's not going to be practical to go over every filesystem Linux supports, so I'll just say read the manual.
FAT 16 file system support 2GB partion.
Starting from /home, the path may include up to 4,091 additional characters (that is, Linux supports 4096 characters for the path, with up to 256 characters per file or directory name). This is a limitation of the kernel, and not of the file system. It is technically possible to modify the Linux kernel to support even longer file and path names if a user needed to do so.
Linux systems have access to a wide range of filesystems, however most Linux distributions default to ext3 or ext4. In the future it is our hope that the "standard" Linux filesystem will be btrfs.Linux supports many different file systems, including ext, ext3, ext4, ReiserFS, Reiser4, JFS, btrfs, and XFS.
Windows uses 4 file systems: FAT, NTFS, exFAT, and ReFS. "Linux" supports dozens of file systems, there are too many to mention. The differences between them are massive and specific to the file system in question. For a proper answer you need to read http://en.wikipedia.org/wiki/File_system . It is incorrect to say "the Linux file system is faster than Windows" because it's dependent on the data, and of course because there is no "Linux file system." It's incorrect to say "The Linux filesystem is more/less secure than the Windows file system" for the same reason. Drive encryption is available in both Windows and Linux. To the average user, there is no functional difference.
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)
NTFS read support has been in the kernel since 2.2. 2.6.0 supports read / write operations.
For the purpose of this question, I'll stick to file systems that Linux natively supports and can boot off of.FAT12FAT16FAT32X-FAT (used on the Xbox)Minixextext2ext3ReiserFSReiser4JFSXFS
Only one partition is necessary to install Red Hat Enterprise Linux. If no other partitions are present, the single partition usually contains the entire / system hierarchy. As for the file system type, Red Hat Enterprise Linux only supports ext3 and ext4 by default, but support for additional file systems can be added by recompiling the kernel.
Yes, but it's not recommended as it will be complicated. To add spaces, you use the backslash followed by a space character.
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]