lkml.org 
[lkml]   [1996]   [Jun]   [25]   [last100]   RSS Feed
Views: [wrap][no wrap]   [headers]  [forward] 
 
Messages in this thread
/
From
Subject2.2.0 wishlist, new version
Date

Wishlist for Linux 2.2.0

Now that Linux 2.0 is out, it's time for another round of Request For
Features.

Here's what people on linux-kernel have been suggesting, in no
particular order. Some items are rather hotly debated.

First, user-visible things:
* Modularization of ide.c and ide-cd.c
* Minimalistic video code to make Linux more "aware" of the current
state
* Making the boot process less verbose as an option
* Colorizing the boot-up display
* Making 80 chars the maximum line length during boot
* Make the system embeddable
* Journaling file system
* Access Control Lists and other security enhancements (POSIX.6
things)
* Full Threads support using clone()
* Queued signals and other POSIX.1b (aka POSIX.4) stuff (see [1]A
Vision for Linux 2.2 -- POSIX.1b Compatibility and Real-Time
Support by Markus Kuhn for a good summary)
* signal stacks
* Undelete command and/or versioned file system
* 32-bit or 64-bit minor/major device numbers
* STREAMS support (possibly in userspace)
* IPv6 (in progress)
* General per-user resources (CPU, IP, memory quotas)
* Limiting TCP bandwidth
* per user accounting and firewalling
* System call auditing (for real paranoids)
* Making atime a configurable option (per file system?)
* Moving of all the relevent README files into the Documention
directory
* Localtalk support for the Appletalk stack
* Allowing the video mode code at bootup to be optional
* Being able to run a parallel zip drive and a printer at the same
time
* Ability to change the scheduler at runtime, via loading a module
* SCSI device numbers should include drive IDs, not be consecutively
numbered
* Microchannel support
* More flexible configuration through sysctl
* Integrated PCMCIA support
* hfs, userfs and NTFS filesystems
* physical/logical volume manager (like AIX)
* PC speaker patch
* parallel port sound input driver
* real swapping (instead of paging) so multiple high memory usage
jobs can run concurrently
* Preemptive paging
* A union file system
* Deal with &dquot;out of VM&dquot; situations more gracefully
* revoke() system call (make sure nobody holds this device open)
* Swap files over NFS
* Opening serial lines or changing the baud rate without raising any
modem control lines (DTR, RTS)
* Registering/unregistering transfer functions for the loop device
* Fully debugging a running kernel on Intel
* Support for more RAID levels
* Making mandatory locking a mount option
* Add support for the KIP protocol
* NFS write clustering/coalescing/biod
* NFS V3 (RFC 1813)
* Use secure TCP sequence number generation
* Caching a slow block device on a fast one
* Handle SAK and Ctrl-Alt-Del
* Secure RPC (for NFS, for example)
* Allow process run by normal users to lock a few pages into memory
* Get the dumpalbe flag of a process
* Being able to prevent other users from seeing processes (option to
/proc)
* Better support for Plug'n Play cards
* Guaranteed stream throughput (for example, reserve 300 kB/sec for
a
* Paging binaries run off CD-ROM and NFS to local swap
* Uniform game controller support.
* Environment variables as part of symbolic links

Second, internal kernel stuff:
* Adaption of all CD-ROM drivers to generic interface
* Drivers being able to throw away their init. code once complete
* Global min/max functions
* Faster dep (qdep, for example)
* Better kmalloc debugging
* Serial console support
* Cleaner code for swap files (FAT now supports bread())
* Putting kernel dependent stuff into #ifdef __KERNEL__
* Better memory management to get large continous DMA buffers

References

1. ftp://ftp.informatik.uni-erlangen.de/local/cip/mskuhn/misc/linux-posix.1b


\
 
 \ /
  Last update: 2005-03-22 13:37    [W:0.137 / U:0.400 seconds]
©2003-2020 Jasper Spaans|hosted at Digital Ocean and TransIP|Read the blog|Advertise on this site