or route(8): it tells ifconfig(8) to try to resolve numbers to
hosts and service names.
This default ifconfig behavior stays the same as it always was.
a struct called kernelops, which contains standard system calls
for the normal case and rump system calls for the rump case.
Make it possible to run the lfs cleaner in a library fashion (taking
the quick route with the implementation).
will not return any data and mount(2) fails with EINVAL if data_len
is 0. This caused lame-o output in mount -vv:
mount_fdesc: fdesc on /failsystem: Invalid argument
value to put a prop_string_t into the environment, but the keyword
parser put a prop_data_t into the environment, instead. That broke
the -vlanif and -carpdev keywords and defied developer expectations.
Let's put a prop_string_t into the environment.
Thanks to Arnaud Degroote for reporting the problem.
tested with a DEBUG+DIAGNOSTIC+LOCKDEBUG kernel. To summerise NiLFS, i'll
repeat my posting to tech-kern here:
NiLFS stands for New implementation of Logging File System; LFS done
right they claim :) It is at version 2 now and is being developed by NTT, the
Japanese telecom company and recently put into the linux source tree. See
http://www.nilfs.org. The on-disc format is not completely frozen and i expect
at least one minor revision to come in time.
The benefits of NiLFS are build-in fine-grained checkpointing, persistent
snapshots, multiple mounts and very large file and media support. Every
checkpoint can be transformed into a snapshot and v.v. It is said to perform
very well on flash media since it is not overwriting pieces apart from a
incidental update of the superblock, but that might change. It is accompanied
by a cleaner to clean up the segments and recover lost space.
My work is not a port of the linux code; its a new implementation. Porting the
code would be more work since its very linux oriented and never written to be
ported outside linux. The goal is to be fully interchangable. The code is non
intrusive to other parts of the kernel. It is also very light-weight.
The current state of the code is read-only access to both clean and dirty
NiLFS partitions. On mounting a dirty partition it rolls forward the log to
the last checkpoint. Full read-write support is however planned!
Just as the linux code, mount_nilfs allows for the `head' to be mounted
read/write and allows multiple read-only snapshots/checkpoint mounts next to
it.
By allowing the RW mount at a different snapshot for read-write it should be
possible eventually to revert back to a previous state; i.e. try to upgrade a
system and being able to revert to the exact state prior to the upgrade.
Compared to other FS's its pretty light-weight, suitable for embedded use and
on flash media. The read-only code is currently 17kb object code on
NetBSD/i386. I doubt the read-write code will surpass the 50 or 60. Compared
this to FFS being 156kb, UDF being 84 kb and NFS being 130kb. Run-time memory
usage is most likely not very different from other uses though maybe a bit
higher than FFS.
- Capitialize "Name" in World Wide Name.
- Print the World Wide Name if it exists.
- Use LBA48 maximum address when available for "total sectors" output.
- So that geometry will display on more drives, don't be as strict when
checking for non-ATAPI devices. (This seemed to be an issue on at least
one instance of a Caviar SE16 drive.)
- Check more carefully for valid/relevant queue depth before printing it.
- Increment the queue depth by one for display.
While here, wrap some long lines that I should have had wrapped before they
were commited in rev. 1.46.
partutil.c::getdiskinfo to use it to get disk geometry info.
Use DIOCGWEDGEINFO ioctl to get information about partition size, if disk
driver doesn't support it use old DIOCGDINFO. This patch adds support for
wedge like devices(lvm logical volumes, ZFS zvol partitions) to newfs and
other tools.
No objections on tech-userlevel@.
